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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41988</librarycollectiondetailsurl><price>700</price><publisher>桃園縣政府</publisher><publishrocyear>86</publishrocyear><title>桃園縣綜合發展計畫2一士地使用交通輸部門發展計畫</title><yearidentifier>199711</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>30664860011</governmentpublicationsnumber><identifier>41989</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41989</librarycollectiondetailsurl><price>700</price><publisher>桃園縣政府</publisher><publishrocyear>86</publishrocyear><title>桃園縣綜合發展計畫1一 總體發展計畫</title><yearidentifier>199711</yearidentifier></data><data><abstract>1.水資源政策推動與訓練講習 2.台南縣善化鎮與西港鄉及高雄縣茄萣鄉與永安鄉水井清查 3.高雄縣鳳山地區水資源緊急供應之研究（地下水） 4.南部中小學地區及偏遠地區地層下陷防治教育與宣導</abstract><author>國立高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>1009205213</governmentpublicationsnumber><identifier>41990</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41990</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>九十二年度水資源保育及發展研究中心執行計畫 報告書 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>監察院</author><categoryidentifier>T-9 052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1995/4/10</date><governmentpublicationsnumber>4.15E+11</governmentpublicationsnumber><identifier>41992</identifier><internationalstandardbooknumber>9789570048650 ; 9570048654</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41992</librarycollectiondetailsurl><price>400</price><publisher>監察院</publisher><publishrocyear>84</publishrocyear><title>中華民國八十三年監察報告書彙編上</title><yearidentifier>199502</yearidentifier></data><data><abstract> </abstract><author>監察院</author><categoryidentifier>T-9 052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1995/4/10</date><governmentpublicationsnumber>4.15E+11</governmentpublicationsnumber><identifier>41993</identifier><internationalstandardbooknumber>9789570048667 ; 9570048662</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41993</librarycollectiondetailsurl><price>400</price><publisher>監察院</publisher><publishrocyear>84</publishrocyear><title>中華民國八十三年監察報告書彙編下</title><yearidentifier>199502</yearidentifier></data><data><abstract> </abstract><author>最高法院</author><categoryidentifier>582</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>2.15E+11</governmentpublicationsnumber><identifier>41994</identifier><internationalstandardbooknumber>9789570288162 ; 9570288167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41994</librarycollectiondetailsurl><price>1200</price><publisher>最高法院</publisher><publishrocyear>91</publishrocyear><title>中華民國十七年至八十九年最高法院刑事庭會議決暨全文彙編一民事部分上冊</title><yearidentifier>200202</yearidentifier></data><data><abstract> </abstract><author>最高法院</author><categoryidentifier>582</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>2.15E+11</governmentpublicationsnumber><identifier>41995</identifier><internationalstandardbooknumber>9789570288162 ; 9570288167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41995</librarycollectiondetailsurl><price>1200</price><publisher>最高法院</publisher><publishrocyear>91</publishrocyear><title>中華民國十七年至八十九年最高法院刑事庭會議決暨全文彙編一刑事部分下冊</title><yearidentifier>200202</yearidentifier></data><data><abstract>1.辦理訓練班講習與政策推動 2.濁水溪沖積扇南北案天然入滲監測及成果 3.雲林縣二崙、西螺、虎尾、大埤四鄉鎮水井清查 4.林內垃圾焚化廠對淨水廠附近地下水影響範圍評估研究 5.彰化、雲林縣沿海地區地下水遭海水入侵研究 6.彰化、雲林農地超灌溉入滲研究</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>1009205214</governmentpublicationsnumber><identifier>41996</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41996</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫」補助計畫 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院陸委會</author><categoryidentifier>010205 159</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1995/8/21</date><governmentpublicationsnumber>35003841133</governmentpublicationsnumber><identifier>42002</identifier><internationalstandardbooknumber>9789570073263 ; 9570073268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42002</librarycollectiondetailsurl><price>100</price><publisher>行政院陸委會</publisher><publishrocyear>85</publishrocyear><title>行政院大陸委員會　民國八十四年年報</title><yearidentifier>199606</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>573.09</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35009841116</governmentpublicationsnumber><identifier>42004</identifier><internationalstandardbooknumber>9789570054996 ; 9570054999</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42004</librarycollectiondetailsurl><price>100</price><publisher>行政院大陸委員會</publisher><publishrocyear>84</publishrocyear><title>大陸工作參考資料</title><yearidentifier>199505</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>563.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35004830936</governmentpublicationsnumber><identifier>42005</identifier><internationalstandardbooknumber>9789570046304 ; 9570046309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42005</librarycollectiondetailsurl><price>100</price><publisher>行政院大陸委員會</publisher><publishrocyear>83</publishrocyear><title>台商投資大陸法律實用手冊</title><yearidentifier>199403</yearidentifier></data><data><abstract>本年度近海水文網基本站建置(5/5)計畫的工作重點是「研發近海水文觀測技術」、「操作維護近海水文觀測網」、「提供多元近海水文資訊服務」。工作成果可分為「近海水文網基本站操作」、「近海水文資訊服務與資料分析」以及「第一期計畫成效檢討與第二期計畫執行方案」等三部分，本冊報告主要是扼要說明各部分執行概要與成果說明。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205094</governmentpublicationsnumber><identifier>42006</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42006</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5) 第一冊：摘要報告(內附光碟) The Establishment of Coastal Hydrological Monitoring Network (5/5) Book I: Abstract Report</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>573.09</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35008810270</governmentpublicationsnumber><identifier>42007</identifier><internationalstandardbooknumber>9789570012132 ; 9570012137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42007</librarycollectiondetailsurl><price>180</price><publisher>行政院大陸委員會</publisher><publishrocyear>81</publishrocyear><title>大陸事務手冊</title><yearidentifier>199206</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>573.09</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35009820282</governmentpublicationsnumber><identifier>42008</identifier><internationalstandardbooknumber>9789570027853 ; 9570027851</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42008</librarycollectiondetailsurl><price>180</price><publisher>行政院大陸委員會</publisher><publishrocyear>82</publishrocyear><title>大陸工作參考資料</title><yearidentifier>199303</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>573.09</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35009860073</governmentpublicationsnumber><identifier>42010</identifier><internationalstandardbooknumber>9789570087895 ; 9570087897</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42010</librarycollectiondetailsurl><price>180</price><publisher>行政院大陸委員會</publisher><publishrocyear>86</publishrocyear><title>大陸工作參考資料</title><yearidentifier>199711</yearidentifier></data><data><abstract>本冊報告說明今年度針對近海水文網測站的操作，包含23個觀測站的定期保養、不定期維護、測站監控、資料品管與測站功能提升等之工作成果。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205096</governmentpublicationsnumber><identifier>42011</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5)  第二冊：近海水文網基本站操作(內附光碟) The Establishment of Coastal Hydrological Monitoring Network (5/5) Book II: Operation of the Network</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>581.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35001820100</governmentpublicationsnumber><identifier>42012</identifier><internationalstandardbooknumber>9789570020168 ; 9570020164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42012</librarycollectiondetailsurl><price>500</price><publisher>行政院大陸委員會</publisher><publishrocyear>82</publishrocyear><title>大陸工作法規彙編</title><yearidentifier>199306</yearidentifier></data><data><abstract>本冊報告主要在說明本計畫在近海水文資訊服務與觀測業務推廣方面的成果。包含海岸災害防救資訊監控系統整合、近海水文資料庫與資訊服務系統、近海水文資料應用情形分析、92年度近海水文觀測資料分析以及水利署施作近海水文觀測政績宣導活動等。</abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205097</governmentpublicationsnumber><identifier>42016</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42016</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5)  第三冊：近海水文資訊服務與資料分析(內附光碟) The Establishment of Coastal Hydrological Monitoring Network (5/5) Book III：Data Analysis and Public Service</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.14</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>7011860024</governmentpublicationsnumber><identifier>42017</identifier><internationalstandardbooknumber>9789570090055 ; 9570090057</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42017</librarycollectiondetailsurl><price>200</price><publisher>法務部</publisher><publishrocyear>86</publishrocyear><title>中華民國八十六年四月增修國家賠法令解釋彙編</title><yearidentifier>199712</yearidentifier></data><data><abstract>本圖冊整理分析五年(民國88年至92年)之近海水文觀測資料，並參考相關資料包括：交通部頒訂之『港灣結構物設計基準－碼頭設計基準及說明』與『港灣構造物設計基準－防波堤設計基準及說明』(民國85年)、內政部發行之『海埔地開發工程規劃設計手冊』(民國85年)以及前台灣省水利局發行之『海堤規劃設計手冊』(民國68年)等規範與手冊，擬定繪製從事海岸工程(如港口與海堤)時所需要的相關圖表。</abstract><author>團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205098</governmentpublicationsnumber><identifier>42018</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42018</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5)  第四冊：近岸工程應用圖冊(內附光碟) The Establishment of Coastal Hydrological Monitoring Network (5/5) Book IV：Graphical Illustration for Coastal Engineering Design</title><yearidentifier>200312</yearidentifier></data><data><abstract>近海水文網基本站之建置計畫第一期(民國87年至92年)即將屆滿，為檢討實施成效，乃針對第一期計畫的執行結果進行成效的評估與檢討，並且研擬第二期計畫執行方向與內容，以使近海水文觀測任務能永續發展，持續掌握海洋水文情勢，提供防災預警所需要的資訊。</abstract><author>財團法人成大研究發展基金會、.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205099</governmentpublicationsnumber><identifier>42020</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42020</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5)  第五冊：第一期計畫成效檢討與第二期計畫執行方案(內附光碟) The Establishment of Coastal Hydrological Monitoring Network(5/5) Book V: Insspection on the achievements of Project Phase I and Proposed outlines for the Phase</title><yearidentifier>200312</yearidentifier></data><data><abstract>民國八十七年一月行政院以台八十七經○○七八九號函核定『台灣地區水文觀測代化整體計畫』，包含「地面水」、「地下水」及「近海水文」三個部分，明訂以十年分兩期執行，其中近海水文部份指定由成功大學近海水文中心執行。民國87年至民國92年為第一期計畫執行時間，本報告將這5年內計畫執行過程與成果，完整且有系統的呈獻出來。</abstract><author>成大研究發展基金會、.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920008V5</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009205100</governmentpublicationsnumber><identifier>42022</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42022</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 (5/5)  總報告(內附光碟) The Establishment of Coastal Hydrological Monitoring Network</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>581.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>35001840997</governmentpublicationsnumber><identifier>42027</identifier><internationalstandardbooknumber>9789570048988 ; 9570048980</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42027</librarycollectiondetailsurl><price>650</price><publisher>行政院大陸委員會</publisher><publishrocyear>84</publishrocyear><title>大陸工作法規彙編</title><yearidentifier>199502</yearidentifier></data><data><abstract>水利署所屬雨量站之定位作業及河川水位觀測站量測及傳輸系統整合之研究。</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>328.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>1009204594</governmentpublicationsnumber><identifier>42031</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42031</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>雨量站定位及河川水位觀測站量測與傳輸系統整合之研發補助計畫 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>S7-11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/22</date><governmentpublicationsnumber>23025860132</governmentpublicationsnumber><identifier>42038</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42202</librarycollectiondetailsurl><price>40</price><publisher>立法院秘書處</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規彙編（第二十六冊）</title><yearidentifier>199409</yearidentifier></data><data><abstract> </abstract><author>中華民國法律彙編審定委員會</author><categoryidentifier>T-4 055</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1986/12/1</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>42203</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42203</librarycollectiondetailsurl><price>40</price><publisher>立法院秘書處</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規彙編（第二十七冊）</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>中華民國法律彙編審定委員會</author><categoryidentifier>T-4 055</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1986/12/1</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>42204</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42204</librarycollectiondetailsurl><price>40</price><publisher>立法院秘書處</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規彙編（第二十八冊）</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>台灣省政府</author><categoryidentifier>572.948</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/27</date><governmentpublicationsnumber>30201830021</governmentpublicationsnumber><identifier>42214</identifier><internationalstandardbooknumber>9789570033830 ; 9570033835</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42214</librarycollectiondetailsurl><price>600</price><publisher>台灣省政府</publisher><publishrocyear>82</publishrocyear><title>台灣省法規彙編(已失效部分)</title><yearidentifier>199303</yearidentifier></data><data><abstract> </abstract><author>張世倉等編撰</author><categoryidentifier>366.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/3</date><governmentpublicationsnumber>1009300824</governmentpublicationsnumber><identifier>42219</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42219</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所、行政院農委會特有生物研究保育中心</publisher><publishrocyear>93</publishrocyear><title>台灣河川生物導覽手冊</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、交大防災中心</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>-9MOEA/WRB/ST0</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/4</date><governmentpublicationsnumber>1009204604</governmentpublicationsnumber><identifier>42228</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42228</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>海岸地區地陷潛能與危險評估技術(3/3) －光碟版</title><yearidentifier>200311</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/23</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>42229</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42229</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第十六 期）</title><yearidentifier>200404</yearidentifier></data><data><abstract>本研究為三年之計畫，本年度為第二年計畫，主要工作內容為：災害評估研究及模型庫系統建立、堰塞湖與河川型態相互影響關係、模式庫使用手冊編撰與第二年研究成果報告。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/16</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>42230</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42230</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告 －光碟版 Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52   432.57   441.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009300525</governmentpublicationsnumber><identifier>42242</identifier><internationalstandardbooknumber>9789570167436 ; 9789570167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42242</librarycollectiondetailsurl><price>350</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>2004生態工法案例編選集</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009300988</governmentpublicationsnumber><identifier>42251</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42251</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃 (內附光碟) Planning Study of Control Mechanism for Total Water Resources in Taiwan</title><yearidentifier>200404</yearidentifier></data><data><abstract>以會計成本為基礎分析各種水資源開發方式之成本</abstract><author>經濟部水利署、中央研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009204418</governmentpublicationsnumber><identifier>42252</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42252</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>水資源成本分析 An Analysis of Cost of Water</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009300988</governmentpublicationsnumber><identifier>42253</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42253</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃 Planning Study of Control Mechanism for  Total Water Resources in Taiwan(內附光碟)</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009300988</governmentpublicationsnumber><identifier>42254</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42254</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃－台灣地區水資源總量評估(內附光碟)  Planning Study of Control Mechanism for Total Water Resources in Taiwan : Evaluation of Total Water Resources in Taiwan</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>中央研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009204418</governmentpublicationsnumber><identifier>42255</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42255</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水資源成本分析 An Analysis of  Cost of Wster</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009300989</governmentpublicationsnumber><identifier>42258</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42258</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃 Planning Study of Control Mechsnism for Total Water Resourses in Taiwan 台灣地區水資源總量評估</title><yearidentifier>200404</yearidentifier></data><data><abstract>依據行政院於推動節約用水措施第二階段實施計劃,節約用水行動方案,節約用水行動方案之階段性節水量化目標及相關配套策略及挑戰2008國家發展重點計劃積極推動節水用水計劃之指示,為協助水利署達成推動節約用水相關工作之逐年既定目標, 本年度計劃預計之主要 工作項目如下:(1)因應 乾旱缺水期節水行動計畫.(2)省水器材品質提 升與合作推廣.(3)節約 用水技術服務與輔導. (4)節水成效追蹤與政 策支援.</abstract><author>工技院能資所、 節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920025V7</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/10</date><governmentpublicationsnumber>1009205160</governmentpublicationsnumber><identifier>42261</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42261</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>節約用水措施推動計畫(7/8) 期末報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>建立家庭用膜式淨水器產生水效能測試規範與測試服務平台,家用淨水器之採用戶約150萬戶,未來仍存有發展空間,淨水器產水效能測試,一方面可為這項產品提供測試服務,另一方面也可為建立工業純水系統測試方法奠定基礎.由於水價偏低,導致淨水器之相關製造廠商並未將提升產水效能列為產品機能開發之重點,若欲兼顧產水效能,就現階段之外在條件而言,淨水器之測試仍需以衛生及產水水質為重心,並搭配省水標章之獎勵,方易產生誘因,雖然完整之膜功能測試項目需建立者尚多,不過本工作向已為膜式產水設施之測試踏出了重要的一步.</abstract><author>工業技述研究院能源與資源研究所、 節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009205162</governmentpublicationsnumber><identifier>42276</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42276</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>節水技術環境建構與大用水戶節水輔導</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.77</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009005719</governmentpublicationsnumber><identifier>42277</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42277</librarycollectiondetailsurl><price>900</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(1/4) = Analysis,Investigation and Monitoring  in Taiwan Subjected to Land Subsidence (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>由於經濟持續發展,台灣地區各標的需水量逐年增加,惟因水庫興建日漸困難,地下水亦已嚴重超限使用,加上水污染日漸嚴重,可直接引用水源日益減少,未來面臨缺水之機會甚高,今後除應加強既有水源之有效利用,節約用水實為必要之措施.經濟部水利署有鑑於開源不易的情況下,惟有推動節約用水,提升用水效率,並依循挑戰2008國家發展重點計劃 積極推動節約用水計劃,期能力基於過去推動水之成效與經驗,加速各項節水措施,早日達成提高用水效率與效能,健全用水管理之目標.故於92年8月15日廣徵國內外顧問及學術研究機構建立過去節約用水成效之展示系統,以期加速推廣及宣導節水措施.</abstract><author>中興工程顧問j公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009205161</governmentpublicationsnumber><identifier>42278</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42278</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>節約用水成效展示評核系統  A System for Displaying and Assessing Water-Saving Efforts</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣地區溫泉資源稀有珍貴,為充實及充分掌握國內外溫泉發展的資訊與脈動,俾利政府規劃未來推動溫泉水資源發展政策工作,爰辦理本計劃,計劃內容包括(1)溫泉相關資料蒐集,分類,彙整與建檔,以供評估及規劃策略之參考.(2)了解他國溫泉利用現況及特色,以為我國之借鏡.(3)綜合評估國內之溫泉發展,以擬定溫泉發展政策與策略.(4)規劃國內溫泉中長程發展政策與策略之建議方案.</abstract><author>國立台北大學司法學系</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009205199</governmentpublicationsnumber><identifier>42280</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42280</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>溫泉中長程發展政策與策略之規劃研究期末報告 The Study on Devepment Strategy and Tactic of Hot Springs in the Mid and Long Term</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣地區隨著人口成長,都市化發展及產業結構的改變,民生用水及工業用水需求量迅速增加,加上傳統水資源開發日益艱困與破壞環境生態之虞,因此須積極研究發展新興的替代水源技術.水回收再利用的方式相當多元化,範疇包含都市污水,工業廢水,農業灌溉排水,雨水再利用,養殖漁業廢水等回收循環再利用.再生水利用類別包括有農業灌溉用水,景觀灌溉用水,工業再利用水,娛樂及環境用水,都市非飲用水,地下水回注及飲用水等.不同的利用方式決定風險所在 ,即使污水以高級處理將水質達到相當良好之程度後再加以利用,仍會存在不確定之潛在風險.</abstract><author>經濟部水利署、台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009204700</governmentpublicationsnumber><identifier>42281</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42281</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水再生利用風險之研究 (2/2)  The study of the risks for water reclamation and reuse (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫工程位於台南縣楠西鄉、玉井鄉及南化鄉。其中攔河堰位於曾文三號橋下游180公尺，有效蓄水量74.8萬噸立方公尺。輸水管路含取水口至玉井段及玉井至新北寮橋段。曾文收費站土資場面積5.5公頃，規劃容量55萬立方公尺。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009300938</governmentpublicationsnumber><identifier>42298</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42298</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>曾文水庫越域引水下游輸水工程環境影響說明書 (定稿本) Tseng -Wen Reservoir Transbasin Diversion's  Downstream Water Conveyance Project Environmental Impact Statement</title><yearidentifier>200403</yearidentifier></data><data><abstract>水利地理資訊之各項資料及應用系統，對於水利業務之推動助益甚大，為整體且長期性之重點業務之一。本署目前已完成多項水利地理資訊相關計畫，並建立各資料庫及應用系統，供業務人員使用；惟各項計畫所建立的資料及系統眾多，亟需建立一整合型入口網站，彙整各項水利地理資訊計畫成果，令各單位透過此一入口網站了解各項計畫成果及進行資料檢索、瀏覽、下載與地理資訊技術交流，並連結國內外相關網站，以奠定貴署水利地理資訊系統永續發展之基礎，達成水利地理資料互通、共享與多目標加值應用之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-920013</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009204241</governmentpublicationsnumber><identifier>42312</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42312</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水利地理資訊系統整合型入口網站 Establish Integrated Portal Site of Hydrological Geographic Information System</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利地理資訊之各項資料及應用系統，對於水利業務之推動助益甚大，為整體且長期性之重點業務之一。本署目前已完成多項水利地理資訊相關計畫，並建立各資料庫及應用系統，供業務人員使用；惟各項計畫所建立的資料及系統眾多，亟需建立一整合型入口網站，彙整各項水利地理資訊計畫成果，令各單位透過此一入口網站了解各項計畫成果及進行資料檢索、瀏覽、下載與地理資訊技術交流，並連結國內外相關網站，以奠定貴署水利地理資訊系統永續發展之基礎，達成水利地理資料互通、共享與多目標加值應用之目標。</abstract><author>經濟部水利署、銳?科技公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-92</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009204241</governmentpublicationsnumber><identifier>42313</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42313</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水利地理資訊系統整合型入口網站－(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920015V1</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009204722</governmentpublicationsnumber><identifier>42315</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42315</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>流域空間洪流資訊與治水管理系統之研究 (1/3)  A Study on Spatial Flood Information and Flood-Mitigation Management System for River Basins (1/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920015V1</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009204722</governmentpublicationsnumber><identifier>42316</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42316</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>流域空間洪流資訊與治水管理系統之研究 (1/3)－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>為減少洪災的損失，傳統上採行沿著河川兩案興建堤防或在上游興建水庫等大型防洪工程。但近年來環保意識抬頭，興建防洪建造物困難故提出流域綜合治水策略，亦即在中上游實施減洪措施，配合下游防洪措施之具體興建及軟體策略實施，以達綜合有效地消滅洪水災害。</abstract><author>台灣海洋大學河海工程學系</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920016</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/12</date><governmentpublicationsnumber>1009204829</governmentpublicationsnumber><identifier>42325</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42325</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>流域減洪規劃作業規範研究</title><yearidentifier>200312</yearidentifier></data><data><abstract>為減少洪災的損失，傳統上採行沿著河川兩案興建堤防或在上游興建水庫等大型防洪工程。但近年來環保意識抬頭，興建防洪建造物困難故提出流域綜合治水策略，亦即在中上游實施減洪措施，配合下游防洪措施之具體興建及軟體策略實施，以達綜合有效地消滅洪水災害。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920016</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/12</date><governmentpublicationsnumber>1009204829</governmentpublicationsnumber><identifier>42326</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42326</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>流域減洪規劃作業規範研究 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/19</date><governmentpublicationsnumber>7101880018</governmentpublicationsnumber><identifier>42333</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42333</librarycollectiondetailsurl><price>350</price><publisher>法務部</publisher><publishrocyear>89</publishrocyear><title>行政程序法</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>榮民工程股份有限公司</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>2009100015</governmentpublicationsnumber><identifier>42338</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42338</librarycollectiondetailsurl><price>350</price><publisher>榮民工程股份有限公司</publisher><publishrocyear>94</publishrocyear><title>榮民工程股份有限公司統計年鑑</title><yearidentifier>200501</yearidentifier></data><data><abstract>本計畫執行期間完成國內外水資源科技發展情勢分析與相關新科技發展資訊收集，及過去本署水資源研究（含行政及科技）相關計畫投入資源（人力與經費）與執行成效探討，研析國內水資源遭遇問題、發展取向，並完成下列兩項具體工作成果：  1. 完成88至91年度水利署水資源研究相關計畫執行成效與建議報告。  2. 完成水資源科技發展策略議題方案。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST92002</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009204698</governmentpublicationsnumber><identifier>42347</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42347</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水資源科技發展資源整合與策略規劃  The Resources Integration and Strategy Planning of Water Resources Technology Development</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫執行期間完成國內外水資源科技發展情勢分析與相關新科技發展資訊收集，及過去本署水資源研究（含行政及科技）相關計畫投入資源（人力與經費）與執行成效探討，研析國內水資源遭遇問題、發展取向，並完成下列兩項具體工作成果：  1. 完成88至91年度水利署水資源研究相關計畫執行成效與建議報告。  2. 完成水資源科技發展策略議題方案。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST92002</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009204698</governmentpublicationsnumber><identifier>42348</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42348</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水資源科技發展資源整合與策略規劃 (光碟版) the Resources Integration and Strategy Planning of Water Resources Techology Development</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009204657</governmentpublicationsnumber><identifier>42349</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42349</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究 (3/3)  Application of Radar Observing Technology for Hydrology and Physiography Changing Research (3/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST－92</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009204657</governmentpublicationsnumber><identifier>42350</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42350</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究 (3/3) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>一、資料彙整 二、需求分析 三、資料庫管理系統建置 四、資料標準化建置 五、詮釋資料(Metadata)規劃與建置 六、應用雛型及測試 七、舉辦教育訓練及技術轉移</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009204171</governmentpublicationsnumber><identifier>42352</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42352</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫 Establishment of Hydraulic Web-Bases Geographic Information System</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>台灣經濟研究院</author><categoryidentifier>554.6809</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/14</date><governmentpublicationsnumber>1009300205</governmentpublicationsnumber><identifier>42353</identifier><internationalstandardbooknumber>9789570165302 ; 9570165308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42353</librarycollectiondetailsurl><price>285</price><publisher>經濟部能源委員會</publisher><publishrocyear>93</publishrocyear><title>台灣能源發展軌跡源起不滅</title><yearidentifier>200403</yearidentifier></data><data><abstract>以會計成本為基礎分析各種水資源開發方式之成本</abstract><author>經濟部水利署、中央研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/17</date><governmentpublicationsnumber>1009204418</governmentpublicationsnumber><identifier>42354</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42354</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>水資源成本分析 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫蒐集台灣地區北、中、南、東區等4區都市污水及工業區廢水處理廠之營運現況資料，包括污水處理容量、排放水水質及土地利用等資料，進行回收再利用潛勢分析，以瞭解各區廢污水再利用之供水潛能。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/17</date><governmentpublicationsnumber>1009204465</governmentpublicationsnumber><identifier>42355</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42355</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台灣地區廢污水再利用潛勢整體評估 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>一、本計畫經參考國外分級方式及國內水庫特性，國內水庫建議分三級作管理。 二、配合目前『經濟部蓄水庫安全評估小組』之組織及作業方式，有關第三級水庫可由該小組幕僚機關經濟部水利署逕予審定，但評估結果有重大事項變更或修繕，則送「工作小組會議」審定；第二級水庫則由「工作小組會議」逕予審定；第一級水庫由「工作小組會議」審查後，彙報「審議委員會議」審定。而由地方主管之水庫，依辦法並無成立安全評估小組之必要，其報告之審核得轉報中央主管機關為之。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/17</date><governmentpublicationsnumber>1009300476</governmentpublicationsnumber><identifier>42359</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42359</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>蓄水庫分級安全管理制度規劃 Planning of Dams Safety Management Program Based on Dam Classification</title><yearidentifier>200402</yearidentifier></data><data><abstract>本年度(第二年)工作進一步加強影響水壩安全評估週期之參數分析，以制定一套適用台灣水庫之偵測度p、維修配合度q、年災害損失C、檢查費用參數w值之推估方法與流程，及研究訂定地震風險分析之原理及計算。並以石門水庫為例分析其偵測度p、維修配合度q、年災害損失C、檢查費用常數w，以及地震風險分析。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/17</date><governmentpublicationsnumber>1009300952</governmentpublicationsnumber><identifier>42360</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水壩安全檢查最佳次序及週期之建立 (2/2)  The Establishment of the Optimal Inspection Scheduling and Frequency for Dam-Safty (2/2)</title><yearidentifier>200404</yearidentifier></data><data><abstract>一、資料彙整 二、需求分析 三、資料庫管理系統建置 四、資料標準化建置 五、詮釋資料(Metadata)規劃與建置 六、應用雛型及測試 七、舉辦教育訓練及技術轉移</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/--920</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204171</governmentpublicationsnumber><identifier>42361</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42361</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(附光碟)  Establishment of Hydraulic Web-Bases Geographic Information System</title><yearidentifier>200311</yearidentifier></data><data><abstract>臺灣水文及民國九十一年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204598</governmentpublicationsnumber><identifier>42363</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42363</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十一年臺灣水文年報 總冊 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2002 TOTAL REPORT</title><yearidentifier>200402</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204599</governmentpublicationsnumber><identifier>42366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42366</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年臺灣水文年報 第一部份 雨量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2002 PART Ⅰ–RAINFALL</title><yearidentifier>200312</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204600</governmentpublicationsnumber><identifier>42367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42367</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年臺灣水文年報 第二部份 河川水位及流量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2002 PART Ⅱ–RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200312</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204601</governmentpublicationsnumber><identifier>42368</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42368</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年臺灣水文年報 第三部份 地下水水文 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2002 PART Ⅲ–GROUNDWATER HYDROLOGY</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009204609</governmentpublicationsnumber><identifier>42369</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42369</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年臺灣水文年報 第四部份 近海水文 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2002 PART Ⅳ–COASTAL HYDROLOGY</title><yearidentifier>200312</yearidentifier></data><data><abstract>一、本計畫經參考國外分級方式及國內水庫特性，國內水庫建議分三級作管理。 二、配合目前『經濟部蓄水庫安全評估小組』之組織及作業方式，有關第三級水庫可由該小組幕僚機關經濟部水利署逕予審定，但評估結果有重大事項變更或修繕，則送「工作小組會議」審定；第二級水庫則由「工作小組會議」逕予審定；第一級水庫由「工作小組會議」審查後，彙報「審議委員會議」審定。而由地方主管之水庫，依辦法並無成立安全評估小組之必要，其報告之審核得轉報中央主管機關為之。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009300476</governmentpublicationsnumber><identifier>42370</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42370</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>蓄水庫分級安全管理制度規劃 (光碟版)</title><yearidentifier>200402</yearidentifier></data><data><abstract>本年度(第二年)工作進一步加強影響水壩安全評估週期之參數分析，以制定一套適用台灣水庫之偵測度p、維修配合度q、年災害損失C、檢查費用參數w值之推估方法與流程，及研究訂定地震風險分析之原理及計算。並以石門水庫為例分析其偵測度p、維修配合度q、年災害損失C、檢查費用常數w，以及地震風險分析。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009300952</governmentpublicationsnumber><identifier>42371</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42371</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水壩安全檢查最佳次序及週期之建立 (2/2) －光碟版</title><yearidentifier>200404</yearidentifier></data><data><abstract>本計畫蒐集台灣地區北、中、南、東區等4區都市污水及工業區廢水處理廠之營運現況資料，包括污水處理容量、排放水水質及土地利用等資料，進行回收再利用潛勢分析，以瞭解各區廢污水再利用之供水潛能。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204465</governmentpublicationsnumber><identifier>42377</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42377</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台灣地區廢污水再利用潛勢整體評估=The Integrated Evaluation of  Wastewater Reclamation and Reuse Potential in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract>「水文水資源資料管理供應系統」係整合水利相關單位之資料，並結合開放式地理資訊系統(Open GIS)，應用Web Services技術與資料生產單位建立開放式資料共通存取機制，藉以提昇資料供應管理自動化程度，完成全國水文水資源相關業務所需之整體性資料庫，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-920003V2</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009204240</governmentpublicationsnumber><identifier>42384</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42384</librarycollectiondetailsurl><price>395</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統 Establish Management and Supply System of Hydrological and Water Resource Database</title><yearidentifier>200312</yearidentifier></data><data><abstract>「水文水資源資料管理供應系統」係整合水利相關單位之資料，並結合開放式地理資訊系統(Open GIS)，應用Web Services技術與資料生產單位建立開放式資料共通存取機制，藉以提昇資料供應管理自動化程度，完成全國水文水資源相關業務所需之整體性資料庫，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92000</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/19</date><governmentpublicationsnumber>1009204240</governmentpublicationsnumber><identifier>42385</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42385</librarycollectiondetailsurl><price>395</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89、90及91年度之北、中、南等區域計畫成果，辦理東部及離島地區之計畫工作，目前已彙整建置之GIS圖層資料共87項，水文、水庫、水質、河川斷面、水權等時序性資料43項，並以XML Web Service技術擴充連結本署直接中水局、南水局及四河局等單位之即時資料；同時，擴充GIS查詢系統功能，提供進階圖文交叉查詢及圖資申請下載功能。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/19</date><governmentpublicationsnumber>1009204239</governmentpublicationsnumber><identifier>42386</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42386</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域 (2/2)  Establish Management  and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89、90及91年度之北、中、南等區域計畫成果，辦理東部及離島地區之計畫工作，目前已彙整建置之GIS圖層資料共87項，水文、水庫、水質、河川斷面、水權等時序性資料43項，並以XML Web Service技術擴充連結本署直接中水局、南水局及四河局等單位之即時資料；同時，擴充GIS查詢系統功能，提供進階圖文交叉查詢及圖資申請下載功能。</abstract><author>經濟部水利署 、銳科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92000</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/19</date><governmentpublicationsnumber>1009204239</governmentpublicationsnumber><identifier>42387</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42387</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域 (2/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>鄭錫奇.彭國棟</author><categoryidentifier>385.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/20</date><governmentpublicationsnumber>1009300939</governmentpublicationsnumber><identifier>42395</identifier><internationalstandardbooknumber>9789570170436 ; 9570170433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42395</librarycollectiondetailsurl><price>350</price><publisher>行政院農業委員會.特有生研究保育中心</publisher><publishrocyear>93</publishrocyear><title>台灣保育類弢野生勳物圖鑑</title><yearidentifier>200405</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/20</date><governmentpublicationsnumber>1009201294</governmentpublicationsnumber><identifier>42398</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42398</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>溫泉法授權子法之研究 The Research of the Order Delegated by Spring Act</title><yearidentifier>200305</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/24</date><governmentpublicationsnumber>1009000822</governmentpublicationsnumber><identifier>42414</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42414</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>濁水溪支流陳有蘭溪治理規劃報告=Training Planning for Chen-Yu-Lan River-Branch of Cho-Shui River</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/24</date><governmentpublicationsnumber>1009000824</governmentpublicationsnumber><identifier>42415</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42415</librarycollectiondetailsurl><price>95</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>濁水溪支流陳有蘭溪治理基本計畫=Training Fundamental Plan for Chen-Yu-Lan River-Branch of Cho-Shui River</title><yearidentifier>200103</yearidentifier></data><data><abstract>水利地理資訊之各項資料及應用系統，對於水利業務之推動助益甚大，為整體且長期性之重點業務之一。本署目前已完成多項水利地理資訊相關計畫，並建立各資料庫及應用系統，供業務人員使用；惟各項計畫所建立的資料及系統眾多，亟需建立一整合型入口網站，彙整各項水利地理資訊計畫成果，令各單位透過此一入口網站了解各項計畫成果及進行資料檢索、瀏覽、下載與地理資訊技術交流，並連結國內外相關網站，以奠定貴署水利地理資訊系統永續發展之基礎，達成水利地理資料互通、共享與多目標加值應用之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-920013</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009204241</governmentpublicationsnumber><identifier>42436</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42436</librarycollectiondetailsurl><price>130</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水利地理資訊系統整合型入口網站－網站操作手冊 Establish Integrated Portal Site of Hydrological Geographic Information System</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>李訓煌計畫主持;陳義雄共同主持</author><categoryidentifier>367.881   367.88192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/26</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>42438</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42438</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(2/4)(中部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200202</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.716058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/26</date><governmentpublicationsnumber>8943891609</governmentpublicationsnumber><identifier>42439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42439</librarycollectiondetailsurl><price>243</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>海岸水文氣象年報=Annual Report on Coastal Hydrology and Meteorology(民國八十八年)</title><yearidentifier>200009</yearidentifier></data><data><abstract> </abstract><author>經濟部產業發展諮詢委員會</author><categoryidentifier>553</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/5/27</date><governmentpublicationsnumber>2008300139</governmentpublicationsnumber><identifier>42450</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42450</librarycollectiondetailsurl><price>100</price><publisher>經濟部產業發展諮詢委員會</publisher><publishrocyear>93</publishrocyear><title>產業發展諮詢委員會年報（民國九十二年）</title><yearidentifier>200401</yearidentifier></data><data><abstract> </abstract><author>國立中央大</author><categoryidentifier>445.983</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/1</date><governmentpublicationsnumber>1009301084</governmentpublicationsnumber><identifier>42489</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42489</librarycollectiondetailsurl><price>300</price><publisher>內政部營建署</publisher><publishrocyear>93</publishrocyear><title>國土利用監測計畫----土地利用變遷偵測管理系統(第三年)規劃建置計畫</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>573.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/1</date><governmentpublicationsnumber>1009300666</governmentpublicationsnumber><identifier>42493</identifier><internationalstandardbooknumber>9789570168402 ; 9570168404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42493</librarycollectiondetailsurl><price>250</price><publisher>行政院新聞局</publisher><publishrocyear>93</publishrocyear><title>陳總統水扁先生九十二年言論選集(上)</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>573.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/1</date><governmentpublicationsnumber>1009300667</governmentpublicationsnumber><identifier>42494</identifier><internationalstandardbooknumber>9789570168419 ; 9570168412</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42494</librarycollectiondetailsurl><price>250</price><publisher>行政院新聞局</publisher><publishrocyear>93</publishrocyear><title>陳總統水扁先生九十二年言論選集(下)</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>中華建築中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/2</date><governmentpublicationsnumber>1009204413</governmentpublicationsnumber><identifier>42505</identifier><internationalstandardbooknumber>957015981 ; 957015981</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42505</librarycollectiondetailsurl><price>200</price><publisher>內政部建築研究所</publisher><publishrocyear>92</publishrocyear><title>都市洪災防制策略之整合型規劃研究（二）子計畫一：淹水潛勢地區建築防洪設計技術探討</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中華建築中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/2</date><governmentpublicationsnumber>1009204379</governmentpublicationsnumber><identifier>42506</identifier><internationalstandardbooknumber>9789570160772 ; 9789570160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42506</librarycollectiondetailsurl><price>200</price><publisher>內政部建築研究所</publisher><publishrocyear>92</publishrocyear><title>都市洪災防制策略之整合型規劃研究（二）淹水潛勢地區土地使用管制策略</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>臺南縣政府</author><categoryidentifier>678.62028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>4309301384</governmentpublicationsnumber><identifier>42605</identifier><internationalstandardbooknumber>9789570172584 ; 9789570172</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42605</librarycollectiondetailsurl><price>200</price><publisher>臺南縣政府</publisher><publishrocyear>93</publishrocyear><title>臺南縣統計要覽專刊（民國三十八年至九十一年）－光碟版</title><yearidentifier>200405</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>42610</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42610</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>節約用水季刊（第三十三期）</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>42611</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42611</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署永續發展簡訊　 第八期</title><yearidentifier>200403</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>42612</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42612</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第十七 期）</title><yearidentifier>200405</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>42614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42614</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第十八 期）</title><yearidentifier>200405</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>42616</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42617</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第二十 期）</title><yearidentifier>200405</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>42619</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42619</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第二十一 期）</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>554.127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/24</date><governmentpublicationsnumber>1009204749</governmentpublicationsnumber><identifier>42682</identifier><internationalstandardbooknumber>9789570160567 ; 9789570160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42682</librarycollectiondetailsurl><price>250</price><publisher>內政部</publisher><publishrocyear>92</publishrocyear><title>非都市土地使用編定管制相關法規暨解釋函令彙編</title><yearidentifier>200312</yearidentifier></data><data><abstract>本參考手冊以執行生態工法的流程為基礎，利用「時間軸」的概念為章節架構，集水區為尺度，提供讀者對於生態工法全盤式觀念，全書分為五部分，十五章。</abstract><author>林鎮洋</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/24</date><governmentpublicationsnumber>1009301128</governmentpublicationsnumber><identifier>42684</identifier><internationalstandardbooknumber>9789577031051 ; 9577031056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42684</librarycollectiondetailsurl><price>850</price><publisher>明文書局股份有限公司</publisher><publishrocyear>93</publishrocyear><title>生態工法技術參考手冊 Ecological Engineering Methods Manual</title><yearidentifier>200405</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/6/28</date><governmentpublicationsnumber>2007700019</governmentpublicationsnumber><identifier>42692</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42692</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>93</publishrocyear><title>潮汐觀測資料年報(中華民國九十二年)TIDAL OBSERV ATION DATA ANNUAL REPORT2003</title><yearidentifier>200406</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7   443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-920028V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/2</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>42699</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42699</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/2</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>42700</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42700</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2) 使用手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/2</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>42701</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42701</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2) 操作及維護手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/7</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>42706</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42706</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統-南部區域及東部區域(2/2)=Establish Management and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region(2/2) 教育訓練手冊 一般課程</title><yearidentifier>200312</yearidentifier></data><data><abstract> 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(內附光碟)</title><yearidentifier>200407</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/9</date><governmentpublicationsnumber>2009006085</governmentpublicationsnumber><identifier>42739</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42739</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>水利第十一期</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>572.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/9</date><governmentpublicationsnumber>1009300024</governmentpublicationsnumber><identifier>42740</identifier><internationalstandardbooknumber>9789570156348 ; 9570156341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42740</librarycollectiondetailsurl><price>400</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>93</publishrocyear><title>政府績效評估</title><yearidentifier>200401</yearidentifier></data><data><abstract> </abstract><author>監察院財政及經濟委員會</author><categoryidentifier>579.141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/13</date><governmentpublicationsnumber>1009301888</governmentpublicationsnumber><identifier>42745</identifier><internationalstandardbooknumber>9789570175271 ; 9570175273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42745</librarycollectiondetailsurl><price>600</price><publisher> </publisher><publishrocyear>93</publishrocyear><title>海洋與台灣相關課題總體檢調查報告彙編</title><yearidentifier>200406</yearidentifier></data><data><abstract>台北盆地於民國六十一年經宣告為地下水管制區域後，地下水位下降情形已逐漸緩和，民國七十三年翡翠水庫開始蓄水及供水後，台北盆地居民因獲充足水源而停止抽取地下水，再加上翡翠水庫對台北盆地具地下水補注功能，地下水位在最近十年內已大幅回昇。雖然如此，由於台北盆地人口密集且聚集數個北部重要的都市，因此持續對地下水位及水質之監測實為長期且必要之工作。本延續性計畫之目的為監測台北盆地之地下水位及水質並建立地下水位地理資訊系統以作為日後該區管理地下水資源之依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920022V4</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204705</governmentpublicationsnumber><identifier>42762</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42762</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台北盆地地下水水位及水質檢測（四） Monitoring of Groundwater Level and Quality in Taipei Basin (IV)</title><yearidentifier>200312</yearidentifier></data><data><abstract>台北盆地於民國六十一年經宣告為地下水管制區域後，地下水位下降情形已逐漸緩和，民國七十三年翡翠水庫開始蓄水及供水後，台北盆地居民因獲充足水源而停止抽取地下水，再加上翡翠水庫對台北盆地具地下水補注功能，地下水位在最近十年內已大幅回昇。雖然如此，由於台北盆地人口密集且聚集數個北部重要的都市，因此持續對地下水位及水質之監測實為長期且必要之工作。本延續性計畫之目的為監測台北盆地之地下水位及水質並建立地下水位地理資訊系統以作為日後該區管理地下水資源之依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204705</governmentpublicationsnumber><identifier>42763</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42763</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台北盆地地下水水位及水質檢測（四）－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫將分兩年進行，第一年主要工作為地下水資源現況整體檢討、發展單目標地表地下最佳潛能模式及案例分析、初擬地下水最佳利用分區。這些工作項目的完成將可建立一長期的地下水操作原則。第二年主要工作為地下水資源短期營運及案例分析，其目的為針對乾旱時期建立短期的地下水操作原則;本計畫將可完成地表地下水整體可開發潛能及長期與乾旱時期的地下水操作原則等評估，以提供地層下陷防治及地下水資源整體經營之參考，發揮地下水觀測站網最大加值效益。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204706</governmentpublicationsnumber><identifier>42764</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42764</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水資源整體營運規劃與綜合評估（2/2） Assessment and Management of Regional Groundwater Resources (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫將分兩年進行，第一年主要工作為地下水資源現況整體檢討、發展單目標地表地下最佳潛能模式及案例分析、初擬地下水最佳利用分區。這些工作項目的完成將可建立一長期的地下水操作原則。第二年主要工作為地下水資源短期營運及案例分析，其目的為針對乾旱時期建立短期的地下水操作原則;本計畫將可完成地表地下水整體可開發潛能及長期與乾旱時期的地下水操作原則等評估，以提供地層下陷防治及地下水資源整體經營之參考，發揮地下水觀測站網最大加值效益。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204706</governmentpublicationsnumber><identifier>42765</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42765</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水資源整體營運規劃與綜合評估（2/2）－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>本年度計畫屬全程計畫第四年。預定計畫目標皆已達成，包括：(1)完成烏來、清泉、東埔、寶來不老等四處調查區溫泉地質圖及溫泉露頭分布圖之繪製 (比例尺1:50,000)各乙幅;(2)完成烏來、清泉、東埔、寶來不老等四處調查區溫泉水資源儲集量、可使用量及耗用量估計；(3)完成溫泉資料庫資料架構、建置方式及資料庫內容規劃；(4)完成溫泉法實施與溫泉資源管理之探討；(5)完成九十年度及九十一年度調查區之溫泉水資源可使用量與耗用量之檢討與再估計；(6)完成四處調查區溫泉水資源永續經營原則及發利用策略研擬；(7)完成全程計畫摘要報告。</abstract><author>工業技術研究院</author><categoryidentifier>354.327   354.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204708</governmentpublicationsnumber><identifier>42766</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42766</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣溫泉水資源之調查及開發利用（4/4） A Study on the Investigation , Exploitation and Utilization of Hot-Spring Resources in Taiwan (4/4)</title><yearidentifier>200403</yearidentifier></data><data><abstract>本年度計畫屬全程計畫第四年。預定計畫目標皆已達成，包括：(1)完成烏來、清泉、東埔、寶來不老等四處調查區溫泉地質圖及溫泉露頭分布圖之繪製 (比例尺1:50,000)各乙幅;(2)完成烏來、清泉、東埔、寶來不老等四處調查區溫泉水資源儲集量、可使用量及耗用量估計；(3)完成溫泉資料庫資料架構、建置方式及資料庫內容規劃；(4)完成溫泉法實施與溫泉資源管理之探討；(5)完成九十年度及九十一年度調查區之溫泉水資源可使用量與耗用量之檢討與再估計；(6)完成四處調查區溫泉水資源永續經營原則及發利用策略研擬；(7)完成全程計畫摘要報告。</abstract><author>工業技術研究院</author><categoryidentifier>354.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204708</governmentpublicationsnumber><identifier>42767</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42767</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣溫泉水資源之調查及開發利用（4/4）－光碟版</title><yearidentifier>200403</yearidentifier></data><data><abstract>完成4處示範溫泉區(陽明山馬槽、奧萬大、金崙、仁澤)及14處改善整建溫泉區(金山、北投、烏來、清泉、泰安、谷關、廬山、東埔、關子嶺、寶來不老、四重溪、知本、礁溪、蘇澳冷泉)等之溫泉露頭分布圖及溫泉地質圖(比例尺1/50,000)各乙幅。2.完成前述18處調查區之溫泉水資源儲集量及可使用水量估計、目前耗用量估計、永續經營原則與開發利用策略研擬等。</abstract><author>工業技術研究院</author><categoryidentifier>354.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-920036V4</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204709</governmentpublicationsnumber><identifier>42768</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42768</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣溫泉水資源之調查及開發利用（1/4～4/4）全程計畫摘要報告 A Study on the Investigation, Exploitation and Utilization of Hot-spring Resources in Taiwan (1/4-4/4)</title><yearidentifier>200401</yearidentifier></data><data><abstract>完成4處示範溫泉區(陽明山馬槽、奧萬大、金崙、仁澤)及14處改善整建溫泉區(金山、北投、烏來、清泉、泰安、谷關、廬山、東埔、關子嶺、寶來不老、四重溪、知本、礁溪、蘇澳冷泉)等之溫泉露頭分布圖及溫泉地質圖(比例尺1/50,000)各乙幅。 2.完成前述18處調查區之溫泉水資源儲集量及可使用水量估計、目前耗用量估計、永續經營原則與開發利用策略研擬等。</abstract><author>工業技術研究院</author><categoryidentifier>354.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/16</date><governmentpublicationsnumber>1009204709</governmentpublicationsnumber><identifier>42769</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42769</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣溫泉水資源之調查及開發利用（1/4～4/4）全程計畫摘要報告－光碟版</title><yearidentifier>200401</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/21</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>42770</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42770</librarycollectiondetailsurl><price>340</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>92年度經濟部水利署年報 (內附光碟)</title><yearidentifier>200406</yearidentifier></data><data><abstract>記錄鯉魚潭水庫監測儀器種類、數據、安全監測的圖表;依據監測成果作大壩及附屬工程的安全分析結論且提出建議。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/29</date><governmentpublicationsnumber>1009300367</governmentpublicationsnumber><identifier>42775</identifier><internationalstandardbooknumber>9789570143348 ; 9570143347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42775</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>93</publishrocyear><title>九十二年度鯉魚潭水庫安全監測分析總報告</title><yearidentifier>200402</yearidentifier></data><data><abstract>(一)基本資料之蒐集整理分析I.完成台灣水庫清淤規劃之相關資料庫2.台灣水庫之清淤規劃資料3.台灣水庫之淤泥處理與再利用資料II.完成國外水庫清淤防淤技術之相關資料庫1.清淤防淤技術資料2.淤泥處理與再利用技術資料(二)高效率水庫清淤之研究(三)浚渫物處理之研究</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920027V4</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/30</date><governmentpublicationsnumber>1009204504</governmentpublicationsnumber><identifier>42776</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42776</librarycollectiondetailsurl><price>765</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水庫高效率排砂(4/4) Development of High Efficiency Reservoir Desilting Methods (4/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>九十二年度主要工作完成釐清GSTARS 3.0模式基本功能及適用對象.完成二維水庫沉滓運移模式之建立.建構一水平二維非均勻質動床模式，以模擬水庫集水區內非均勻質粒徑之差異沉降。同時考量非凝聚性與凝聚行沉滓之行為，以探討不同性質沉滓之運移效應。懸浮載與河床載分開計算，以合理反映水庫非平衡輸砂的機制。提供與石門水庫淤砂浚渫策略參考。提供與石門水庫營運管理規劃參考。提供與台灣其他水庫泥砂相關問題參考。兼具學理、物模、現場實務操作之比對驗證若有所突破，於該領域之學術及應用將有所貢獻。。</abstract><author>交通大學防災工程中心</author><categoryidentifier>443.642743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920014V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/30</date><governmentpublicationsnumber>1009204500</governmentpublicationsnumber><identifier>42777</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42777</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫沉滓運移模式研究與應用 (2/2)-以石門水庫為例  Investigation and Application of the Sediment Transport Model in Reservoir (2/2)-for Shih-Men Reservoir</title><yearidentifier>200312</yearidentifier></data><data><abstract>九十二年度完成工作如下：1.完成創新再生技術製程雛型。2.完成壓密固結技術在不同水灰比、淤灰比、飛灰等級、壓密壓力等條件下，獲得較佳壓密成品之控制條件與流程，以提供作為技術轉移與應用推廣之參考。3.完成燒結技術在不同強度、比重、孔隙比等成品條件需求下，其較佳之配比條件與控制流程，以提供作為技術轉移與應用推廣之參考。4.協助提供水庫淤泥再生利用製品試行量產所需製程技術。5.完成水庫淤砂再生利用管理及法規面課題之評估研究。</abstract><author>交通大學</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920015V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/7/30</date><governmentpublicationsnumber>1009204503</governmentpublicationsnumber><identifier>42778</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42778</librarycollectiondetailsurl><price>285</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫淤砂再生資源技術研究 (2/4)  A New Technology to Turning Sediment Waste into a Renewables Material (2/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/7/30</date><governmentpublicationsnumber>1009301306</governmentpublicationsnumber><identifier>42779</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42779</librarycollectiondetailsurl><price>工本費50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「日本河川整備中心出版品推廣計畫」叢書NO.7 營造多元自然型河川 施工及現場的工夫</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/1</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>42780</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42780</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署永續發展簡訊　 第九期</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/1</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>42781</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42781</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>節約用水季刊（第三十四期）</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/1</date><governmentpublicationsnumber>1009302044</governmentpublicationsnumber><identifier>42782</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42782</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年水利統計  STATISTIC OF WATER RESOURCES 2003</title><yearidentifier>200408</yearidentifier></data><data><abstract>1.推動國際學術交流 2.辦理「水、環境與社區研討會」 3.水資源社區總體營造機制建立與教育宣導</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/3</date><governmentpublicationsnumber>1009204097</governmentpublicationsnumber><identifier>42783</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42783</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水環境研究中心綜合執行計畫(4/5) Water Environment Research Center 2003</title><yearidentifier>200312</yearidentifier></data><data><abstract>（一）水庫整體保育計畫擬定演練依據91年度水利署已完成之「水庫整體保育計畫規範。 （二）編定技術參考手冊評估適用於台灣地區之「水庫集水區水質污染防治」技術及編定相關技術參考手冊。 （三）舉辦二次座談會，聽取相關意見作為修訂規範技術參考手冊。 （四）邀請水庫管理單位、學校、顧問公司等，宣導及推廣水庫整體保育計畫內容及相關技術。 （五)選定翡翠水庫為案例研究之範例，透過執行過程檢視規範之合理性，</abstract><author>台大水工所</author><categoryidentifier>443.64023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/3</date><governmentpublicationsnumber>1009204187</governmentpublicationsnumber><identifier>42784</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42784</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫整體保育技術與推廣計畫報告書 Technology Development and Application on  Reservoir Conservation</title><yearidentifier>200312</yearidentifier></data><data><abstract>1.銫137應用於石門水庫上游集水區 2.銫137理論與土壤沖蝕量公式推導 3.玉峰、秀巒集水區崩塌土方量推估 4.資料驗證與防砂策略</abstract><author>台灣水利環境科技發展基金會</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920042V1</commissionedprojectidentifier><currency>NT$</currency><date>2004/8/3</date><governmentpublicationsnumber>1009204188</governmentpublicationsnumber><identifier>42791</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42791</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>石門水庫集水區泥砂產量推估之研究(1/3)期末報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>573.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/3</date><governmentpublicationsnumber>1009300655</governmentpublicationsnumber><identifier>42792</identifier><internationalstandardbooknumber>9789570168266 ; 9570168269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42792</librarycollectiondetailsurl><price>200</price><publisher>行政院新聞局</publisher><publishrocyear>93</publishrocyear><title>行政院由院長九十一----九十二年言論選集</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>巨艇工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/4</date><governmentpublicationsnumber>1009300988</governmentpublicationsnumber><identifier>42797</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42797</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/4</date><governmentpublicationsnumber>1009300989</governmentpublicationsnumber><identifier>42798</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42798</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源總量管制機制規劃-----台灣地區水資縓總量評估Planning Study of Control Mechanism for Total Water Resources in Taiwan</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>清流月刊編輯委員會</author><categoryidentifier>312.954</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/4</date><governmentpublicationsnumber>1009002594</governmentpublicationsnumber><identifier>42807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42807</librarycollectiondetailsurl><price>750</price><publisher>清流雜誌社</publisher><publishrocyear>90</publishrocyear><title>資訊安全</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.4211   443.42.11   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/5</date><governmentpublicationsnumber>1009204351</governmentpublicationsnumber><identifier>42818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42818</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>鳳山溪治理基本計畫(鳳山溪橋至河口段)(第一次修訂)</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>楊敬戎.施證育</author><categoryidentifier>375.27   .373.572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/5</date><governmentpublicationsnumber>1009301872</governmentpublicationsnumber><identifier>42822</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42822</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區河川區域植物圖鑑</title><yearidentifier>200406</yearidentifier></data><data><abstract>本研究係藉由數模演算分析,於河防安全前提下,重新檢討現行河川區域種植規定,並調查臺灣河川地區各植物之土壤條件,樹種之根,莖,冠寬等特質,以利相關河川管理從業人員審查設計之用.</abstract><author>私立逢甲大學</author><categoryidentifier>367.881052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/6</date><governmentpublicationsnumber>1009301871</governmentpublicationsnumber><identifier>42827</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42827</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>河川區域種植規定修正研究 Reviews on Regulation of Planting in Floodplain</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>國家圖書館</author><categoryidentifier>20.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/6</date><governmentpublicationsnumber>2009301876</governmentpublicationsnumber><identifier>42839</identifier><internationalstandardbooknumber>9789576784064 ; 9576784069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42839</librarycollectiondetailsurl><price>750</price><publisher>國家圖書館</publisher><publishrocyear>93</publishrocyear><title>圖書館年鑑</title><yearidentifier>200405</yearidentifier></data><data><abstract>九十二年度主要工作完成釐清GSTARS 3.0模式基本功能及適用對象.完成二維水庫沉滓運移模式之建立.建構一水平二維非均勻質動床模式，以模擬水庫集水區內非均勻質粒徑之差異沉降。同時考量非凝聚性與凝聚行沉滓之行為，以探討不同性質沉滓之運移效應。懸浮載與河床載分開計算，以合理反映水庫非平衡輸砂的機制。提供與石門水庫淤砂浚渫策略參考。提供與石門水庫營運管理規劃參考。提供與台灣其他水庫泥砂相關問題參考。兼具學理、物模、現場實務操作之比對驗證若有所突破，於該領域之學術及應用將有所貢獻。。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.642743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920014V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/8/10</date><governmentpublicationsnumber>1009204500</governmentpublicationsnumber><identifier>42868</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42868</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫沉滓運移模式研究與應用 (2/2)-以石門水庫為例 －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>九十二年度完成工作如下：1.完成創新再生技術製程雛型。2.完成壓密固結技術在不同水灰比、淤灰比、飛灰等級、壓密壓力等條件下，獲得較佳壓密成品之控制條件與流程，以提供作為技術轉移與應用推廣之參考。3.完成燒結技術在不同強度、比重、孔隙比等成品條件需求下，其較佳之配比條件與控制流程，以提供作為技術轉移與應用推廣之參考。4.協助提供水庫淤泥再生利用製品試行量產所需製程技術。5.完成水庫淤砂再生利用管理及法規面課題之評估研究。</abstract><author>交通大學</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920015V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/8/10</date><governmentpublicationsnumber>1009204503</governmentpublicationsnumber><identifier>42870</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42870</librarycollectiondetailsurl><price>285</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫淤砂再生資源技術研究 (2/4) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>1.推動國際學術交流 2.辦理「水、環境與社區研討會」 3.水資源社區總體營造機制建立與教育宣導</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/10</date><governmentpublicationsnumber>1009204097</governmentpublicationsnumber><identifier>42871</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42871</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水環境研究中心綜合執行計畫(4/5) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>（一）水庫整體保育計畫擬定演練依據91年度水利署已完成之「水庫整體保育計畫規範。 （二）編定技術參考手冊評估適用於台灣地區之「水庫集水區水質污染防治」技術及編定相關技術參考手冊。 （三）舉辦二次座談會，聽取相關意見作為修訂規範技術參考手冊。 （四）邀請水庫管理單位、學校、顧問公司等，宣導及推廣水庫整體保育計畫內容及相關技術。 （五)選定翡翠水庫為案例研究之範例，透過執行過程檢視規範之合理性，</abstract><author>台大水工所</author><categoryidentifier>443.64023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/10</date><governmentpublicationsnumber>1009204187</governmentpublicationsnumber><identifier>42879</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42879</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫整體保育技術與推廣計畫報告書－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>367.881052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>1009301871</governmentpublicationsnumber><identifier>42919</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42919</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>河川區域種植規定修正研究 (光碟版)</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>552</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30119772002</governmentpublicationsnumber><identifier>42929</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42929</librarycollectiondetailsurl><price>200</price><publisher>台灣省政府廳聞處</publisher><publishrocyear>74</publishrocyear><title>台灣經濟發展的經驗與模式 一經濟建設篇</title><yearidentifier>198510</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>552</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30119772002</governmentpublicationsnumber><identifier>42930</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42930</librarycollectiondetailsurl><price>200</price><publisher>台灣省政府廳聞處</publisher><publishrocyear>74</publishrocyear><title>民主憲政的理想正實踐 一政治建設篇</title><yearidentifier>198510</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>552</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30119772002</governmentpublicationsnumber><identifier>42931</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42931</librarycollectiondetailsurl><price>200</price><publisher>台灣省政府廳聞處</publisher><publishrocyear>74</publishrocyear><title>邁向安定祥和福利社會之路一社會建設篇</title><yearidentifier>198510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.4211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>1009204351</governmentpublicationsnumber><identifier>42932</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42932</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>鳳山溪治理基本計畫(鳳山溪橋至河口段)(第一次修訂) －光碟版</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>78</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30112790194</governmentpublicationsnumber><identifier>42935</identifier><internationalstandardbooknumber>9789570000306 ; 9570000309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42935</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>台灣光復四十五年專輯一索引篇</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>78</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30112790194</governmentpublicationsnumber><identifier>42936</identifier><internationalstandardbooknumber>9789570000306 ; 9570000309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42936</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>台灣政治民主化的發展一政治建設篇</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>78</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30112790194</governmentpublicationsnumber><identifier>42938</identifier><internationalstandardbooknumber>9789570000306 ; 9570000309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42938</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>邁向經濟自由化之路 一經濟建設篇</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>540</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30119772002</governmentpublicationsnumber><identifier>42939</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42939</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>74</publishrocyear><title>台灣光復四十五年專輯一索引篇</title><yearidentifier>198510</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>540</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30119772002</governmentpublicationsnumber><identifier>42940</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42940</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>74</publishrocyear><title>教育文化的發展與展望一文化建設篇</title><yearidentifier>198510</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>540</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30112790194</governmentpublicationsnumber><identifier>42942</identifier><internationalstandardbooknumber>9789570000306 ; 9570000309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42942</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>教育發展與文化建設</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>羅森棟</author><categoryidentifier>540</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/11</date><governmentpublicationsnumber>30112790194</governmentpublicationsnumber><identifier>42943</identifier><internationalstandardbooknumber>9789570000306 ; 9570000309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42943</librarycollectiondetailsurl><price>140</price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>現代化福利社會的實現</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68970303   443.6291</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/12</date><governmentpublicationsnumber>1009302286</governmentpublicationsnumber><identifier>42961</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42961</librarycollectiondetailsurl><price>86</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>景美溪上游段治理基本計畫 Improvemen Master Plan for Upstream Reach of Jingmei River</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>台灣省新聞處</author><categoryidentifier>573.932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/12</date><governmentpublicationsnumber>30119840300</governmentpublicationsnumber><identifier>42976</identifier><internationalstandardbooknumber>957-00656-3 ; 957006563</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42976</librarycollectiondetailsurl><price>86</price><publisher>台灣省新聞處</publisher><publishrocyear>84</publishrocyear><title>馬不停蹄又一年:宋省長就職週年專輯</title><yearidentifier>199512</yearidentifier></data><data><abstract> </abstract><author>中華民國海下技術協會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOTC-STA-89-023</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009000260</governmentpublicationsnumber><identifier>40541</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40541</librarycollectiondetailsurl><price>500</price><publisher>交通部</publisher><publishrocyear>90</publishrocyear><title>近岸海域水深調查與海下環境資料庫建立(三)</title><yearidentifier>200102</yearidentifier></data><data><abstract> </abstract><author>賴泉基計畫主持 財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>8374890380</governmentpublicationsnumber><identifier>40544</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40544</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>高效率流量測量示範站之建置運作(1/2) 水位資料傳輸.雷達遙測表面-流速及流量計算 操作手冊</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>羅慶瑞</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>8379890050</governmentpublicationsnumber><identifier>40553</identifier><internationalstandardbooknumber>9789570256192 ; 9570256192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40553</librarycollectiondetailsurl><price>100</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>雨水貯留與利用</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009105033</governmentpublicationsnumber><identifier>40562</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40562</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>水文資訊網整合性服務系統之建立(1/2) Established Integrative Service System of Hydrological Information(1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61011</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>40570</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40570</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統-南部及東部區域(1/2) Establish Management  and Supply Sysstem of Hydrological and Water Resource Database for Southern and Eastern Region(1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、台大生物環境系統工程學系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204318</governmentpublicationsnumber><identifier>40577</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40577</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災損失評估系統模式講習會(2/2)講義(附冊二) Seminar of Systematic Models for Flood Damage Evaluation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、台大生物環境系統工程學系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204317</governmentpublicationsnumber><identifier>40578</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40578</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災損失評估系統與資料庫操作維護手冊 (附冊一) The Guidebook of Evaluation System and Database of Flood Damage for Operation and Maintenance</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台大生物環境系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920003V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204311</governmentpublicationsnumber><identifier>40579</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40579</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災損失評估系統模式之建立(2/2)成果報告 Establishment of Systematic Models for Flood Damage Evaluation (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>利用衛星雷達（合成孔徑雷達）影像採用微波波段，資料不受天候影響，建立影像資料庫，再以水災即時影像套合偵測淹水區域，並利用DTM估計淹水深度。建立一套水災監測系統，有效提供防災疏散、救災、災害評估等決策參考。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204209</governmentpublicationsnumber><identifier>40580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40580</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>應用衛星雷達於水災監測及淹水範圍與損失評估(1/2)  Application of Satellite Radar for Flood Monitoring and Damage Evaluation Model (1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中央大學災害防治中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204211</governmentpublicationsnumber><identifier>40581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40581</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災災情即時影像通報及水利設施災害防救決策支援系統整合建置計畫 Integrated Project for Assessing Flood Disaster Images and Establishing Decision Support System for Disaster Mitigation of Hydraulic Installation</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中央大學災害防治中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204211</governmentpublicationsnumber><identifier>40589</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40589</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災災情即時影像通報及水利設施災害防救決策支援系統整合建置計畫  系統程式使用與維護手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中央大學災害防治中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204211</governmentpublicationsnumber><identifier>40595</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40595</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災災情即時影像通報及水利設施災害防救決策支援系統整合建置計畫  即時影像傳輸儀器設備操作、維護與管理手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract>因應我國加入WTO後，須開放國內技術或專業服務採購業務於國際廠商，同時參與WTO會員國間之採購。因此政府為掌握國內水利服務部門間之業務可適合國外廠商執行之業務及我國廠商之技術能力與他國競爭的優劣勢，以維持我國產業經濟永續發展及提昇國家競爭力。本研究目標乃透過對國內外廠商及政府部門在水利服務業的調查，以掌握政府可提供開放WTO會員國採購之項目及技術，同時提供我國可向WTO會員國採購之項目及技術，俾促進我國產業競爭力及永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204560</governmentpublicationsnumber><identifier>40614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40614</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>水源開發之投資及水服務之全球化研究  A Study on Globalized Investment Services and Development of Water Resources</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中興應用經濟學系</author><categoryidentifier>443.6207</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920004V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204321</governmentpublicationsnumber><identifier>40618</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40618</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>防洪措施之間接效益初步評估(2/2)  Preliminary Evaluation of Indirect Benefits from Flood-Control Measures (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>(一)、整合雷達和雨量站降雨觀測(二)、利用雨滴譜儀觀測資料校正雷達Z–R關係(三)、研發檢測雨量站資料協調性和水位資料合理性的方法(四)、應用QPESUMS系統產品(五)、開發地貌型逕流模組(六)、開發圖形使用者介面和決策支援介面有效利用水文氣象觀測逐步自動化的成果，結合水文與水理模擬模式，達到自動化串接執行洪水預報、早期預警、支援防災應變等目的</abstract><author>台大水工所</author><categoryidentifier>351.716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920006V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204210</governmentpublicationsnumber><identifier>40625</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40625</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文氣象資訊與水文水理系統模式整合之研發(2/2)期末報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫蒐集台灣地區北、中、南、東區等4區都市污水及工業區廢水處理廠之營運現況資料，包括污水處理容量、排放水水質及土地利用等資料，進行回收再利用潛勢分析，以瞭解各區廢污水再利用之供水潛能。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204465</governmentpublicationsnumber><identifier>40626</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40626</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台灣地區廢污水再利用潛勢整體評估 (附光碟)The Integrated Evaluation of  Wastewater Reclamation and Reuse Potential in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920327V1</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009204314</governmentpublicationsnumber><identifier>40637</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40637</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海地區淹水潛勢之研究 (1/2)  Study on flood inundation potential in the coastal regions of Taiwan (1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/2</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>40642</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40642</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利第十三期(內附光碟)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>日本近自然工法研究會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009203831</governmentpublicationsnumber><identifier>40646</identifier><internationalstandardbooknumber>9789570155730 ; 9570155736</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40646</librarycollectiondetailsurl><price>385</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>92</publishrocyear><title>近自然工法之石組技術</title><yearidentifier>200312</yearidentifier></data><data><abstract>本研究為三年之計畫，本年度為第二年計畫，主要工作內容為：災害評估研究及模型庫系統建立、堰塞湖與河川型態相互影響關係、模式庫使用手冊編撰與第二年研究成果報告。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-920005V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/1/16</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>40647</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40647</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告(內附光碟)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>許菁如編輯</author><categoryidentifier>992.8232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009105032</governmentpublicationsnumber><identifier>40655</identifier><internationalstandardbooknumber>9789570131147 ; 9570131144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40655</librarycollectiondetailsurl><price>100</price><publisher>內政部營建署玉山國家公園管理處</publisher><publishrocyear>91</publishrocyear><title>玉山遊記:生態旅遊導引</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>孫于卿執行編輯</author><categoryidentifier>992.8232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009104082</governmentpublicationsnumber><identifier>40659</identifier><internationalstandardbooknumber>9789570126310 ; 9570126310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40659</librarycollectiondetailsurl><price>100</price><publisher>內政部營建署</publisher><publishrocyear>91</publishrocyear><title>珍愛台灣擁抱自然:福爾摩莎國家公園生態旅遊</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>何健鎔, 姜碧惠</author><categoryidentifier>387.785</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009103586</governmentpublicationsnumber><identifier>40662</identifier><internationalstandardbooknumber>9789570129434 ; 9570129433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40662</librarycollectiondetailsurl><price>420</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>91</publishrocyear><title>螢光水影 : 水生螢火蟲的保育與復育 = Shadows of firefly glowing on the water</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>江柏煒</author><categoryidentifier>922.931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009101648</governmentpublicationsnumber><identifier>40663</identifier><internationalstandardbooknumber>9789570116960 ; 957011696X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40663</librarycollectiondetailsurl><price>200</price><publisher>金門縣立文化中心</publisher><publishrocyear>91</publishrocyear><title>庶民生活的空間美學 : 金門的歷史建築概說</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>陳進興主編</author><categoryidentifier>367.329</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009200179</governmentpublicationsnumber><identifier>40667</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40667</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>92</publishrocyear><title>長河綿延:濁水溪生態圖鑑(內附光碟)</title><yearidentifier>200301</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>8378890065</governmentpublicationsnumber><identifier>40676</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40676</librarycollectiondetailsurl><price>85</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>節約用水季刊（第十九期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.6527   443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>40681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40681</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究 Investigation of Construction Safety Management Issues for River Construction Projects</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫旨在引進先進之廢水回收再利用高級處理技術進行工業廢水回收再利用之可行性規劃，初期以新竹工業區為例，進行廢水回用模廠的設置與操作，來驗證模廠各處理程序對各種污染物的削減能力及出水水質，並據以評估廢水回收再利用之可行性。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.9391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009204477</governmentpublicationsnumber><identifier>40685</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>新竹工業區廢水回收再利用規劃 The Planning of Effluent Reclamation and Reuse of Wastewater Treatment Plant in Hsinchu Industrial Park</title><yearidentifier>200312</yearidentifier></data><data><abstract>以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、節約用水、海水淡化、地層下陷、水文觀測、防洪（河堤）工程、禦潮(海堤)工程、排水工程、河川公地許可使用、水權登記、農田水利、自來水事業、行政組織、經費及其他等十七章</abstract><author>經濟部水利署</author><categoryidentifier>443.681   443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/13</date><governmentpublicationsnumber>1009201990</governmentpublicationsnumber><identifier>40726</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40726</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年 水利統計=STATISTIC OF WATER RESOURCES 2002</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/13</date><governmentpublicationsnumber>1009103826</governmentpublicationsnumber><identifier>40751</identifier><internationalstandardbooknumber>9789570124835 ; 9570124830</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40751</librarycollectiondetailsurl><price>150</price><publisher>法務部</publisher><publishrocyear>91</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編(二)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.6527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/12</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>40806</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40806</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究 Investigation of Construction Safety Management Issues for River Construction Projects</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204465</governmentpublicationsnumber><identifier>40807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40807</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台灣地區廢污水再利用潛勢整體評估 (附光碟)The Integrated Evaluation of  Wastewater Reclamation and Reuse Potential in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>日本近自然工法研究會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009203831</governmentpublicationsnumber><identifier>40809</identifier><internationalstandardbooknumber>9789570155730 ; 9570155736</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40809</librarycollectiondetailsurl><price>385</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>92</publishrocyear><title>近自然工法之石組技術</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的旨在於進行水利產業技術與產品之研發及推廣先驅計畫。</abstract><author>國立成功大學.水工試驗所.經濟部水利署</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/16</date><governmentpublicationsnumber>1009204714</governmentpublicationsnumber><identifier>40157</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40157</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利產業技術研發及推廣先驅計畫成果報告書 Pilot Plan For Research, Development and Promotion of Aqua-Enterprise Technology Final Report</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立中興大學環境工程學系</author><categoryidentifier>443.829</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204602</governmentpublicationsnumber><identifier>40161</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40161</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析(2/2) Investigation and Analysis of Groundwater Quality in Taiwan Area(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>完成六個地區(高雄﹑嘉南﹑屏東﹑宜蘭﹑竹苗﹑彰雲)的地下水水質檢驗, 提供水資源調配之水質依據。依上述地下水的特性，建議地下水的使用策略應優先選擇在扇頂補注區及淺層，越深層、封閉型的受壓水層，除非有人工補注，否則因缺乏自然補注，長期開發會產生負面效應。扇頂補注區及淺層含水層因受地面水及雨水的補注，導電度通常都低於750 μS/cm，水質並不需要特別的淡化處理，但因農業硝酸鹽氮肥的普遍使用，淺層水普遍含有硝酸鹽氮，若作為飲用水應持續監測硝酸鹽氮之濃度。再者，因補注水流進地層，溶解地層中的礦物質，及溶氧消耗後變成無氧，所以地下水的硬度及鐵錳濃度會比地面水偏高。</abstract><author>台糖新營廠地下水中心及其研究所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920021V5</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009204596</governmentpublicationsnumber><identifier>40162</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40162</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析(5/5) Groundwater Quality by the Taiwan Groundwater Monitoring Network</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6   443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>40176</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40176</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究(內附光碟) =Study on Floodplain Delineation and  Management</title><yearidentifier>200312</yearidentifier></data><data><abstract>針對九二一地震災害發生地區，藉由現有地質資料之蒐集，配合補充調查研究，提供受災地區之政府與民眾所需之大地與結構工程相關資訊，以經濟而可靠的方法進行家園之重建，以及未來政府施政之參考，以期將類似災害發生之可能降至最低。</abstract><author>經濟部水利署水利規劃試驗所、國立交通大學</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204374</governmentpublicationsnumber><identifier>40185</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40185</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署.九二一震災災後重建推動委員會</publisher><publishrocyear>92</publishrocyear><title>九二一地震土壤液化區防災規劃總報告(內附光碟)=The Final Report on Earthquake Hazard Mitigation Planning for Areas Affected by the Soil Liquefaction during 921 Earthquake(附光碟)</title><yearidentifier>200312</yearidentifier></data><data><abstract>針對九二一地震災害發生地區，藉由現有地質資料之蒐集，配合補充調查研究，提供受災地區之政府與民眾所需之大地與結構工程相關資訊，以經濟而可靠的方法進行家園之重建，以及未來政府施政之參考，以期將類似災害發生之可能降至最低。</abstract><author>國立交通大學</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204912</governmentpublicationsnumber><identifier>40186</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40186</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>九二一地震土壤液化區防災規劃第三年工作成果報告</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204699</governmentpublicationsnumber><identifier>40187</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40187</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>自來水水源水質水量保護區網路資訊之建立(1/2) The Establishment of Web based information System for the Water Source, Quantity Protection Region(I)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、逢甲大學地理資訊系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204699</governmentpublicationsnumber><identifier>40189</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40189</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>自來水水源水質水量保護區網路資訊之建立(1/2) The Establishment of Web based Information System for the Water Source, Quality Protection Region (I)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204976</governmentpublicationsnumber><identifier>40191</identifier><internationalstandardbooknumber>9789570162646 ; 9789570162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40191</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>石門水庫集水區類神經網路於流量推估之研究 簡報資料</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、財團法人資訊工業策進會</author><categoryidentifier>529.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204973</governmentpublicationsnumber><identifier>40197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40197</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>親水教育宣導計畫(2/3)－內附光碟</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大學水資源管理與政策研究中心</author><categoryidentifier>443.681   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>40198</identifier><internationalstandardbooknumber> 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9570142901</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40219</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>公共工程品質管理訓練班教材第二單元  下冊</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009201808</governmentpublicationsnumber><identifier>40220</identifier><internationalstandardbooknumber>9789570142891 ; 9570142898</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40220</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>共公工程品質管理訓練班教材第一單元</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009201812</governmentpublicationsnumber><identifier>40221</identifier><internationalstandardbooknumber>9789570142914 ; 957014291*</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40221</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>公共工程品質管理訓練班教材第三單元</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009201811</governmentpublicationsnumber><identifier>40222</identifier><internationalstandardbooknumber>9789570142907 ; 9570142901</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40222</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>公共工程品質管理訓練班教材第二單元  上冊</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009201884</governmentpublicationsnumber><identifier>40223</identifier><internationalstandardbooknumber>9789570143294 ; 9570143290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40223</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>公共工程品質管理人員回訓班教材  第一單元</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>575.15026   575.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009004466</governmentpublicationsnumber><identifier>40224</identifier><internationalstandardbooknumber>9789570296129 ; 9789570296</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40224</librarycollectiondetailsurl><price>415</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>各機關辦理公有建築物作業手冊</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>440.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>1009004940</governmentpublicationsnumber><identifier>40225</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40225</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>工程技術鑑定案例彙編</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>台灣營建研究中心</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/28</date><governmentpublicationsnumber>199812</governmentpublicationsnumber><identifier>40227</identifier><internationalstandardbooknumber>9789578343146 ; 9578343140</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40227</librarycollectiondetailsurl><price>415</price><publisher>台灣營建研究中心</publisher><publishrocyear>87</publishrocyear><title>纖維混凝土在工程上的應用與發展</title><yearidentifier>199812</yearidentifier></data><data><abstract>為因應東台灣用水需求成長，調查分析台東地區水資源之現況及未來供需情形，檢討及研究各水源開發案，綜合評估該地區之水資源開發，擬定可行開發案之開發順序及時程，遠程滿足民國110年之用水需求為目標。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.6194</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/29</date><governmentpublicationsnumber>1009104899</governmentpublicationsnumber><identifier>40275</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40275</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台東地區水資源開發檢討報告 Report on Review of Water Resources Development in Taitung Area</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.14</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/30</date><governmentpublicationsnumber>7011880108</governmentpublicationsnumber><identifier>40285</identifier><internationalstandardbooknumber>9789570245332 ; 9570245336</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40285</librarycollectiondetailsurl><price>1000</price><publisher>法務部編印</publisher><publishrocyear>92</publishrocyear><title>國家賠償法問答手冊</title><yearidentifier>200311</yearidentifier></data><data><abstract>基隆河流域於員山子分洪堰址處，200年發生一次之洪峰流量高達1,870CMS，經員山子分洪後，下游地區仍將有550公頃地區淹水，而興建平溪滯洪池並配合員山子分洪及經滯洪作後，可減除下游550公頃之洪池災害。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68977</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/30</date><governmentpublicationsnumber>1009201214</governmentpublicationsnumber><identifier>40291</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40291</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>基隆河上游平溪及三貂嶺滯洪池規劃評估計畫 Evaluation of Pinshi and Sandiau Lian Detention Pond in Upstream of Keelung River</title><yearidentifier>200306</yearidentifier></data><data><abstract>能取水量開發方向進行改善規劃可行性基本設計，俾利加速烏溪水源運用，及完成建民水庫替代水源規劃檢討工作，本報告屬本計畫之建民水庫替代水源規劃(烏溪水系)總報告。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6442</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/30</date><governmentpublicationsnumber>1009204427</governmentpublicationsnumber><identifier>40293</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40293</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>建民水庫替代水源規劃(烏溪水系)總報告(內附光碟) Planning of Substitutive water resource for Chien-Min Reservoir (Wu-Chi River Basin) General Report</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/2</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>40321</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40321</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水利第十三期</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫目的主要延續先前「濁水溪下游水源開發規劃檢討」之既有成果，在地下水開發方案中，將先進行地下水觀測資料補充及水文地質資料調查，作為地下水及伏流水開發區位研擬之參考。在地表水發展方案，則考量計畫區域之水源特性，以蓄豐濟枯之涵養水源方式，結合工程手段進行佈置，在對環境衝擊最小之前提下，研擬「人工湖」水土資源之運用方式以進一步達到水、土資源永續利用之目標。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6442</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204748</governmentpublicationsnumber><identifier>40328</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40328</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>建民水庫替代水源規劃(濁水溪系)總報告(內附光碟) Planning of Substitutive Water Resource for Chien-Min Reservoir (Cho-Shui Creek Basin) General Report</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>林讚漂</author><categoryidentifier>435.429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>103189420</governmentpublicationsnumber><identifier>40333</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40333</librarycollectiondetailsurl><price>250</price><publisher>南天書局</publisher><publishrocyear>76</publishrocyear><title>台灣蘭科植物3</title><yearidentifier>198705</yearidentifier></data><data><abstract> </abstract><author>林讚漂</author><categoryidentifier>435.429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>103189420</governmentpublicationsnumber><identifier>40334</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40334</librarycollectiondetailsurl><price>250</price><publisher>南天書局</publisher><publishrocyear>76</publishrocyear><title>台灣蘭科植物2</title><yearidentifier>198705</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.11026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204556</governmentpublicationsnumber><identifier>40357</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40357</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水文觀測委外業務分區試辦計畫-彰雲嘉地區(1/3) Hydrological Monitoring authorized for some specified areas--Chung-Hua,Yunlin,and Chia-Tiareas (1/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計劃擬對台北盆地標高十五公尺以下，進行地下水管制區檢討及土壤液化評估。首先在於對台北盆地水文、水文地質、地層、地盤反應及土壤液化潛能分區等資料之蒐集與分析，以便建立台北盆地地下水水平衡模式；其次，探討地下水位變化對台北盆地土層的液化潛能及地下結構物安全之影響，同時對液化潛能及地下結構物安全選擇適切之評估方法；最後則對地下水管制區與土壤液化潛能分區圖作整合，檢討目前台北盆地地下水管制區訂定之適切性，並提供適合之地下水管理模式。此計畫預期可提供台北盆地地下水管制區及土壤液化之管理模式，協助有關單位對各行政區域作防範措施之參考。</abstract><author>成功大學資源工程系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920007V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204505</governmentpublicationsnumber><identifier>40358</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40358</librarycollectiondetailsurl><price>430</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台北盆地地下水管制區檢討及土壤液化評估(2/2) A Review of Groundwater Restricted Area and Soil Evaluation of Soil Liquefaction (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204604</governmentpublicationsnumber><identifier>40360</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40360</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>海岸地區地陷潛能與危險評估技術(3/3) Assessment on Risk and Potential of Land-Subsidence in Coastal Area (3/3)</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920002V3</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204742</governmentpublicationsnumber><identifier>40362</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40362</librarycollectiondetailsurl><price>1033</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水井調查定位與井體攝影分析(3/4) Field Survey by GPS and Status Analysis by Television Inspection System on Groundwater Monitoring Wells (3/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水工試驗所</author><categoryidentifier>351.8505</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204607</governmentpublicationsnumber><identifier>40365</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40365</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(1/4)期末報告 Compiling the Groundwater Hydrological Atlas of Taiwan (1/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920001</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204743</governmentpublicationsnumber><identifier>40367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40367</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>地下水觀測網成果彙整檢討及宣導推廣 Achievements Compiled and Development Popularized of Groundwater Monitoring Networks</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/4</date><governmentpublicationsnumber>8854890121</governmentpublicationsnumber><identifier>40405</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40405</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>九二一集集大地震地表地下水位變動分析報告</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.64   443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009102378</governmentpublicationsnumber><identifier>40410</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40410</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫 Feasibility Study of Da-Chia River weir 五、綜合專題 3、經濟分析及財務計畫 五、Synthetic Administration Study Report 3、Economic Analysis and Financial Planning</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>日本近自然工法研究會</author><categoryidentifier>367.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/5</date><governmentpublicationsnumber>1009203831</governmentpublicationsnumber><identifier>40457</identifier><internationalstandardbooknumber>9789570155730 ; 9570155736</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40457</librarycollectiondetailsurl><price>385</price><publisher>日本近自然工法研究會</publisher><publishrocyear>92</publishrocyear><title>近自然工法之石組技術</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣水利環科研發基金會</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920049</commissionedprojectidentifier><currency>NT$</currency><date>2003/12/10</date><governmentpublicationsnumber>1009203498</governmentpublicationsnumber><identifier>39923</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39923</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水利工程新技術專題研習班  Workshop on Advancements in Science ,Engineering, and Management of the Water Sector</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>台灣水利環科研發基金會</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920049</commissionedprojectidentifier><currency>NT$</currency><date>2003/12/10</date><governmentpublicationsnumber>1009203498</governmentpublicationsnumber><identifier>39924</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39924</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水利工程新技術專題研習班(光碟版）</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/10</date><governmentpublicationsnumber>1009101099</governmentpublicationsnumber><identifier>39925</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39925</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖長期水資源利用可行性評估專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Feasibility Assessment</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/11</date><governmentpublicationsnumber>8854890111</governmentpublicationsnumber><identifier>39934</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39934</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>草嶺崩坍之處理對策評估</title><yearidentifier>200004</yearidentifier></data><data><abstract> </abstract><author>台北縣政府</author><categoryidentifier>678.3028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/11</date><governmentpublicationsnumber>2009201758</governmentpublicationsnumber><identifier>39941</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39941</librarycollectiondetailsurl><price>1200</price><publisher>台北縣政府</publisher><publishrocyear>92</publishrocyear><title>北縣工務暨水利統計年報（民國九十一年度）</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>臺南縣政府</author><categoryidentifier>678.62028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/11</date><governmentpublicationsnumber>1009202700</governmentpublicationsnumber><identifier>39942</identifier><internationalstandardbooknumber>9789570150902 ; 9789570150</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39942</librarycollectiondetailsurl><price>350</price><publisher>臺南縣政府</publisher><publishrocyear>92</publishrocyear><title>臺南縣統計要覽（民國九十一年，第五十四期）－內附光碟</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>440.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/12</date><governmentpublicationsnumber>1009202406</governmentpublicationsnumber><identifier>39961</identifier><internationalstandardbooknumber>9789570146165 ; 9789570146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39961</librarycollectiondetailsurl><price>500</price><publisher>經濟部技術處</publisher><publishrocyear>92</publishrocyear><title>經濟部科技專案重要成果暨專利彙編（九十一年度）</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/12</date><governmentpublicationsnumber>1009202407</governmentpublicationsnumber><identifier>39962</identifier><internationalstandardbooknumber>9789570146172 ; 9789570146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39962</librarycollectiondetailsurl><price>300</price><publisher>經濟部技術處</publisher><publishrocyear>92</publishrocyear><title>經濟部科技專案可移轉技術摘要彙編（九十一年度）</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>402</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/12</date><governmentpublicationsnumber>1009202408</governmentpublicationsnumber><identifier>39963</identifier><internationalstandardbooknumber>9789570146158 ; 9789570146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39963</librarycollectiondetailsurl><price>200</price><publisher>經濟部技術處</publisher><publishrocyear>92</publishrocyear><title>經濟部科技專案執行年報（九十一年度）</title><yearidentifier>200309</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39964</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39964</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十八期）</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39965</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39965</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十九期）</title><yearidentifier>200312</yearidentifier></data><data><abstract>我國之水資源開發利用與保育，係分別由不同性質之機關推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整，有鑑於此，本署自七十年起，逐年蒐集歷年各標的投資資料，進行整理、歸納與統計分析，俾瞭解每年水資源之投資概況，並提供日後相關單位辦理水資源規劃之參考</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203520</governmentpublicationsnumber><identifier>39968</identifier><internationalstandardbooknumber>9789570154825 ; 9789570154</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39968</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署（台北辦公室）</publisher><publishrocyear>92</publishrocyear><title>台灣地區水資源投資分析報告（九十一年度）</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/16</date><governmentpublicationsnumber>8414880022</governmentpublicationsnumber><identifier>39969</identifier><internationalstandardbooknumber>9789570241143 ; 9570241144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39969</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>台灣地區地下水觀測站 第一期計畫 濁水溪沖積扇水文地質調查研究總報告(附錄)</title><yearidentifier>199903</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/16</date><governmentpublicationsnumber>8414880022</governmentpublicationsnumber><identifier>39970</identifier><internationalstandardbooknumber>9789570241143 ; 9570241144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39970</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>台灣地區地下水觀測站 第一期計畫 濁水溪沖積扇水文地質調查研究總報告(附圖)</title><yearidentifier>199903</yearidentifier></data><data><abstract>鑒於以往國內並無土壤水泥應用於蓄水庫土壩坡面、蓄水坡面或堤防護坡之經驗。本研究之目的即針對一般水庫工程之土壩壩面保護工、蓄水坡面或堤防工程之坡面等，若經規劃採用土壤水泥作為保護工材料時所需進行之研究項目進行探討，全書共分為八章，內容涵蓋相關資料之整理、土壤水泥室內試驗及工程性質研究、土壤水泥護坡設計法及適用性探討、土壤水泥護坡施工方法及施工規範研擬、土壤水泥經濟性評估方法探討及現地輾壓試驗計畫研擬等。</abstract><author>中興顧問社</author><categoryidentifier>443.642741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203084</governmentpublicationsnumber><identifier>39971</identifier><internationalstandardbooknumber>9789570157574 ; 9789570157</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39971</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>湖山水庫工程計畫土壤水泥之性質試驗及適用性探討研究成果報告</title><yearidentifier>200309</yearidentifier></data><data><abstract>本計畫之主要目的在檢討后里地區排水系統問題，針對現有排水不良原因及洪災情況予詳細檢討分析後，研擬計畫區排水改善方案，經評估比較後，提出有效且可行之對策，提供相關單位作為工程施設及維護管理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.9392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203473</governmentpublicationsnumber><identifier>39972</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39972</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台中縣后里地區排水改善規劃報告　</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>802.263</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203749</governmentpublicationsnumber><identifier>39973</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39973</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>字詞辨正</title><yearidentifier>200311</yearidentifier></data><data><abstract>潮汐表（民國九十三年）Tide Tables 2004</abstract><author>中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>39974</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39974</librarycollectiondetailsurl><price>300</price><publisher>中央氣象局</publisher><publishrocyear>92</publishrocyear><title>潮汐表（民國九十三年）Tide Tables 2004</title><yearidentifier>200311</yearidentifier></data><data><abstract>鑒於以往國內並無土壤水泥應用於蓄水庫土壩坡面、蓄水坡面或堤防護坡之經驗。本研究之目的即針對一般水庫工程之土壩壩面保護工、蓄水坡面或堤防工程之坡面等，若經規劃採用土壤水泥作為保護工材料時所需進行之研究項目進行探討，全書共分為八章，內容涵蓋相關資料之整理、土壤水泥室內試驗及工程性質研究、土壤水泥護坡設計法及適用性探討、土壤水泥護坡施工方法及施工規範研擬、土壤水泥經濟性評估方法探討及現地輾壓試驗計畫研擬等。</abstract><author>中興顧問社</author><categoryidentifier>443.642741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203084</governmentpublicationsnumber><identifier>39978</identifier><internationalstandardbooknumber>9789570157574 ; 9789570157</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39978</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>湖山水庫工程計畫土壤水泥之性質試驗及適用性探討研究成果報告（光碟版）</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>802.263</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/17</date><governmentpublicationsnumber>1009203749</governmentpublicationsnumber><identifier>39980</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39980</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>字詞辨正</title><yearidentifier>200311</yearidentifier></data><data><abstract>鑒於以往國內並無土壤水泥應用於蓄水庫土壩坡面、蓄水坡面或堤防護坡之經驗。本研究之目的即針對一般水庫工程之土壩壩面保護工、蓄水坡面或堤防工程之坡面等，若經規劃採用土壤水泥作為保護工材料時所需進行之研究項目進行探討，全書共分為八章，內容涵蓋相關資料之整理、土壤水泥室內試驗及工程性質研究、土壤水泥護坡設計法及適用性探討、土壤水泥護坡施工方法及施工規範研擬、土壤水泥經濟性評估方法探討及現地輾壓試驗計畫研擬等。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-D1812006</commissionedprojectidentifier><currency>NT$</currency><date>2003/12/15</date><governmentpublicationsnumber>1009203084</governmentpublicationsnumber><identifier>39981</identifier><internationalstandardbooknumber>9789570157574 ; 9570157579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39981</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>湖山水庫工程計畫土壤水泥之性質試驗及適用性探討研究成果報告</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/18</date><governmentpublicationsnumber>1009203462</governmentpublicationsnumber><identifier>39982</identifier><internationalstandardbooknumber>9789570152876 ; 9570152877</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39982</librarycollectiondetailsurl><price>200</price><publisher>法務部</publisher><publishrocyear>92</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編(三)</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>678.57028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/11</date><governmentpublicationsnumber>2004100013</governmentpublicationsnumber><identifier>39999</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39999</librarycollectiondetailsurl><price>85</price><publisher>彰化縣政府</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年彰化縣統計要覽第五十二期光碟版</title><yearidentifier>200310</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.9393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/23</date><governmentpublicationsnumber>1009204354</governmentpublicationsnumber><identifier>40004</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40004</librarycollectiondetailsurl><price>373</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>愛河水系改善檢討規劃報告</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/30</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>40011</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40011</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十一年度年報</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6897   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/30</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>40012</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40012</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十一年度年報</title><yearidentifier>200311</yearidentifier></data><data><abstract>台灣地下水資源圖說明書=Groundwater resource map of Taiwan, Republic of China</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>40014</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40014</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖說明書=GROUNDWATER RESOURCES MAP OF TAIWAN, REPUBLIC OF CHINA</title><yearidentifier>200308</yearidentifier></data><data><abstract>本研究針對國內、外發展較為成熟之淹水模式以台南科學園區及其周邊之實際資料進行實例應用模擬，並由模式理論、功能及模擬成果等不同面向綜合評比，以提供未來排水淹水演算之參考及選擇模式之依據。</abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>092-b-02-00-0-999-04-0</commissionedprojectidentifier><currency>NT$</currency><date>2004/1/2</date><governmentpublicationsnumber>1009204974</governmentpublicationsnumber><identifier>40025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40025</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水淹水模式之研究</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水工試驗所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/2</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>40027</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40027</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖說明書 GROUNDWATER RESOURCES MAP OF TAIWAN, REPUBLIC OF CHINA</title><yearidentifier>200308</yearidentifier></data><data><abstract>本計畫針對區排生態工法之規劃設計及其環境立地條件等作通盤性的探討研究，以編訂「區域排水生態工法規劃設計準則(草案)」，並依該準則完成六件排水規劃案之排水情勢調查，以作為各規劃案施設排水生態工法之依據。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>092-b-02-00-0-999-05-0</commissionedprojectidentifier><currency>NT$</currency><date>2004/1/5</date><governmentpublicationsnumber>1009204975</governmentpublicationsnumber><identifier>40031</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40031</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水生態工法之研究及排水情勢調查(內附光碟)=On Application of Ecological Measures on Regional Drainage Channel Design and Evaluation of Corresponding Current Status</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫針對區排生態工法之規劃設計及其環境立地條件等作通盤性的探討研究，以編訂「區域排水生態工法規劃設計準則(草案)」，並依該準則完成六件排水規劃案之排水情勢調查，以作為各規劃案施設排水生態工法之依據。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/5</date><governmentpublicationsnumber>1009204975</governmentpublicationsnumber><identifier>40032</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40032</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水生態工法之研究及排水情勢調查附件區域排水生態工法規劃設計準則(草案)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/5</date><governmentpublicationsnumber>1009204974</governmentpublicationsnumber><identifier>40034</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40034</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水淹水模式之研究=A study on inundation models for regional drainages</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.642   443.6420301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009200227</governmentpublicationsnumber><identifier>40041</identifier><internationalstandardbooknumber>9789570136401 ; 9789570136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40041</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>大漢溪上游石門水庫集水區特性探討之研究(內附光碟) Investigations of soil erosion characteristics in Shihmen Reservoir watershed</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>437.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/12</date><governmentpublicationsnumber>1009205201</governmentpublicationsnumber><identifier>40064</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40064</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>設置水利產業知識化育成中心補助案 九十二年度成果報告書 A Grant-Maintained Project for Establishing  Water Problems Enterprise Information and  Incubation Center Final Report (2003)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.8052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/12</date><governmentpublicationsnumber>1009204883</governmentpublicationsnumber><identifier>40075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40075</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究(1/3)第一年研究成果報告</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台大慶齡研究中心</author><categoryidentifier>10020206 055</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1998/10/13</date><governmentpublicationsnumber>8374870425</governmentpublicationsnumber><identifier>40087</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40087</librarycollectiondetailsurl><price>450</price><publisher>經濟部水資源局</publisher><publishrocyear>87</publishrocyear><title>台灣地區水庫入流泥砂、水質觀測方法及水壩安全評估風險分析（一）Efficient Method of Measuring Sediment and Water Quality of Reservoir Inflow and Risk Analysis for Dam-safety Assessment (Ⅰ)</title><yearidentifier>199806</yearidentifier></data><data><abstract>水文氣象觀測站基本資料</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>40092</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40092</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學法律學院</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/13</date><governmentpublicationsnumber>1009204712</governmentpublicationsnumber><identifier>40094</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40094</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水利法中央地方權限及水權相關爭議問題之研究計畫  A Research on Separatio of Power Between Central Government and Local Government and Issues on Water Right</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/13</date><governmentpublicationsnumber>1009204713</governmentpublicationsnumber><identifier>40096</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40096</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水利法規配合國家發展重點計畫之檢討修正計畫(1/2) Revision of the Water Law for the National Development Plan</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>437.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/13</date><governmentpublicationsnumber>1009204715</governmentpublicationsnumber><identifier>40107</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40107</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>知識型水利產業育成資料庫開發與建置維護計畫(1/2) Projects for the development and maintenance of knowledge-based water resource industry database(1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/14</date><governmentpublicationsnumber>1009102681</governmentpublicationsnumber><identifier>40121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40121</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>九十一年石門水庫抗旱總報告</title><yearidentifier>200208</yearidentifier></data><data><abstract>洪氾區劃設準則及模式研究總報告</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>40125</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40125</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設準則及模式研究總報告</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣公共工程編製</author><categoryidentifier>433.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/15</date><governmentpublicationsnumber>611240450</governmentpublicationsnumber><identifier>40128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40128</librarycollectiondetailsurl><price>440</price><publisher>台灣公共工程編製</publisher><publishrocyear>61</publishrocyear><title>石門自來水系統規劃報告</title><yearidentifier>197210</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.61   443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/15</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>40133</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40133</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設準則及模式研究總報告=Study on Guidelines and Modeling for Floodplain Delineation</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/15</date><governmentpublicationsnumber>1009204374</governmentpublicationsnumber><identifier>40135</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40135</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>九二一地震土壤液化區防災規劃總報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39681</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第三十九期）</title><yearidentifier>200310</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39682</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39682</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十期）</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>327.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>39709</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39709</librarycollectiondetailsurl><price>600</price><publisher>中央氣象局</publisher><publishrocyear>90</publishrocyear><title>天文日曆=Astronomical Almanac 2000</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.49</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>841389008</governmentpublicationsnumber><identifier>39711</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39711</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>89</publishrocyear><title>經濟部中央地質調查所特刊第十二號 九二一集集大地震專輯</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>林啟文等</author><categoryidentifier>353.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>8413890024</governmentpublicationsnumber><identifier>39712</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39712</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>89</publishrocyear><title>經濟部中央地質調查所特刊第十三號 台灣活動斷層概論 第二版 五十萬分之一 台灣活動斷層分布圖說明書</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>8414880101</governmentpublicationsnumber><identifier>39713</identifier><internationalstandardbooknumber>9789570253139 ; 9570253134</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39713</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>89</publishrocyear><title>九二一地震地質調查報告</title><yearidentifier>200005</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>8414890020</governmentpublicationsnumber><identifier>39714</identifier><internationalstandardbooknumber>9789570259292 ; 9570259299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39714</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>89</publishrocyear><title>地質災害調查報告第一號 台灣山崩災害專輯(一)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/29</date><governmentpublicationsnumber>1009105139</governmentpublicationsnumber><identifier>39717</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39717</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>區域排水工程第四期五年計畫（九十三～九十七年度）</title><yearidentifier>200210</yearidentifier></data><data><abstract>吉洋人工湖開發計畫因廣達700公頃大面積開挖將產生土地不可回復及人工湖周邊地區之環境衝擊課題。經經建會於91年11月20日審議指示水利署，為考量人工湖之開發能與周邊地區併行發展，應就景觀及周邊土地朝向多目標整體開發願景進行概念規劃後重新陳報，爰有本案。本計畫之規劃對象及層級有二，針對周邊土地僅提出概念式願景描述，未來有待進一步進行整體規劃；而有關人工湖區與剩餘台糖農場土地，則以湖形修改及土地利用之概念規劃為重點。</abstract><author>中興顧問公司</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>1009200922</governmentpublicationsnumber><identifier>39723</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39723</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>吉洋人工湖及周邊土地開發願景概念規劃　The Conceptual Development Plan on the Surroundings of Chi-Yang Lake</title><yearidentifier>200306</yearidentifier></data><data><abstract>吉洋人工湖開發計畫因廣達700公頃大面積開挖將產生土地不可回復及人工湖周邊地區之環境衝擊課題。經經建會於91年11月20日審議指示水利署，為考量人工湖之開發能與周邊地區併行發展，應就景觀及周邊土地朝向多目標整體開發願景進行概念規劃後重新陳報，爰有本案。本計畫之規劃對象及層級有二，針對周邊土地僅提出概念式願景描述，未來有待進一步進行整體規劃；而有關人工湖區與剩餘台糖農場土地，則以湖形修改及土地利用之概念規劃為重點。</abstract><author>中興顧問公司</author><categoryidentifier>443.6441   443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>1009200922</governmentpublicationsnumber><identifier>39724</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39724</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>吉洋人工湖及周邊土地開發願景概念規劃（光碟版）</title><yearidentifier>200306</yearidentifier></data><data><abstract>本計劃所採用的海水淡化程序，是鄭建炎教授發明之真空結冰水蒸氣壓提升法，此一技術已獲得多國專利。這種方法是根據(1)潛能互用及(2)熵值互用等原理所開發出來的新技術，其操作過程相當接近於可逆操作，因此能以更少的能源來達到海水淡化的目的。此種真空結冰式海水淡化法的操作過程中主要的能量消耗來自於吸收液的重複再生使用，而熱量的取得可利用各種不同型式的低溫熱源（廢熱）來供應，如此便能達到節省能源及降低運轉成本的目的。本年度期間本計畫的執行已獲得核心單元—VPE模組的功能從多餘蒸汽處理區的反應獲得了驗證，整體系統的功能方面逐步地獲得驗證。依系統操作的數據也將進一步提供全世界水資源開發技術者一個突破性的參考指標。</abstract><author>台大機械系</author><categoryidentifier>351.932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910034V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>1009200621</governmentpublicationsnumber><identifier>39725</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39725</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>海水淡化新技術之開發－利用真空結冰水蒸氣壓提升法（2/2） Development of New Sea Water Desalination Technology-Vacuum Freezing Vapor Pressure Enhancement Process (2/2)</title><yearidentifier>200304</yearidentifier></data><data><abstract>本計劃所採用的海水淡化程序，是鄭建炎教授發明之真空結冰水蒸氣壓提升法，此一技術已獲得多國專利。這種方法是根據(1)潛能互用及(2)熵值互用等原理所開發出來的新技術，其操作過程相當接近於可逆操作，因此能以更少的能源來達到海水淡化的目的。此種真空結冰式海水淡化法的操作過程中主要的能量消耗來自於吸收液的重複再生使用，而熱量的取得可利用各種不同型式的低溫熱源（廢熱）來供應，如此便能達到節省能源及降低運轉成本的目的。本年度期間本計畫的執行已獲得核心單元—VPE模組的功能從多餘蒸汽處理區的反應獲得了驗證，整體系統的功能方面逐步地獲得驗證。依系統操作的數據也將進一步提供全世界水資源開發技術者一個突破性的參考指標。</abstract><author>台大機械系</author><categoryidentifier>351.932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910034V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>1009200621</governmentpublicationsnumber><identifier>39726</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39737</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十一期）</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>39738</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39738</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署永續發展簡訊　 第五期</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/15</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>39739</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39739</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署永續發展簡訊　 第六期</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>39740</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39740</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>節約用水季刊（第三十期）</title><yearidentifier>200306</yearidentifier></data><data><abstract>水利署91年度業務成果</abstract><author>經濟部水利署</author><categoryidentifier>443.68058   443.682   443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/17</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>39747</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39751</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利處</publisher><publishrocyear>92</publishrocyear><title>水利第十期</title><yearidentifier>200301</yearidentifier></data><data><abstract> </abstract><author>蔡佩瑜總編輯</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/17</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>39752</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39752</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>92</publishrocyear><title>開闢鴻荒的傳奇(內附光碟)</title><yearidentifier>200301</yearidentifier></data><data><abstract> </abstract><author>吳祖揚總編輯</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/17</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>39753</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39753</librarycollectiondetailsurl><price>286</price><publisher>省水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府主計處</author><categoryidentifier>514.2757</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/17</date><governmentpublicationsnumber>2004100013</governmentpublicationsnumber><identifier>39754</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39754</librarycollectiondetailsurl><price>250</price><publisher>彰化縣政府</publisher><publishrocyear>92</publishrocyear><title>中華民國九十一年 彰化縣統計要覽 第五十二期</title><yearidentifier>200309</yearidentifier></data><data><abstract>記錄鯉魚潭水庫監測儀器種類、數據、安全監測的圖表;依據監測成果作大壩及附屬工程的安全分析結論且提出建議。</abstract><author>經濟部水利署中區水資源局、中興顧問公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/24</date><governmentpublicationsnumber>1009201729</governmentpublicationsnumber><identifier>39757</identifier><internationalstandardbooknumber>9789570143348 ; 9789570143</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39757</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>九十一年度鯉魚潭水庫安全監測分析總報告</title><yearidentifier>200306</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/17</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>39758</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39758</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十一年）</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>514.2757</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/20</date><governmentpublicationsnumber>30706880211</governmentpublicationsnumber><identifier>39764</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39764</librarycollectiondetailsurl><price>100</price><publisher>彰化縣政府</publisher><publishrocyear>88</publishrocyear><title>中華民國八十七年 彰化縣統計要覽 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39676</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第三十四期）</title><yearidentifier>200308</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39677</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39677</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第三十五期）</title><yearidentifier>200309</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39678</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39678</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第三十六期）</title><yearidentifier>200309</yearidentifier></data><data><abstract>位於雲林縣古坑境內的草嶺地區，因民國88年9月21集集大地而再度於堀?山發生大量崩塌。崩塌土石淤塞清水溪河長約五公里，高約五十公尺(水利處，1999)，致使清水溪上游水流受阻滯而形成一堰塞湖。此堰塞湖在經歷碧利斯颱風(89.8.22)、桃芝颱風(90.7.30)，及納莉颱風(90.9.17)後，土石淤積，下游河道?刷，蓄水量已經大幅下降。有感於台灣中南部地區地震頻繁，未來附近斷層活動對該天然土石壩體危害程度，有必要做一慎重探討與評估。該地區近地質相當複雜，依經濟部中央地質調查所雲林圖幅所列共計有12條斷層通過附近，而發生地震的主因常是斷層的運，因此斷層及其活動性的確定有其必要性。為確保草嶺地區清水溪下游居民生命財產安全，本計畫辦理草嶺地區附近斷層之追蹤調查及其對天然壩體與全仔社橋(全仔橋)下游至清水溪與生毛樹溪匯流口間崩塌地和殘坡之地震影響評估。</abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/13</date><governmentpublicationsnumber>1009101080</governmentpublicationsnumber><identifier>38977</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_38977</librarycollectiondetailsurl><price>工本費800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖斷層追蹤與地震調查評估研究專題報告(內附光碟)=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Fault Mapping and Seismic Hazard Analysis</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/13</date><governmentpublicationsnumber>1009101094</governmentpublicationsnumber><identifier>38978</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_38978</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖淤積及地形測量專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Lake Sediment and Topography Survey</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/13</date><governmentpublicationsnumber>1009101095</governmentpublicationsnumber><identifier>38979</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_38979</librarycollectiondetailsurl><price>工本費1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃清水溪流域緊急應變計畫與防災對策專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Emergency Act and Disaster Prevention at Chin-Shui River Basin</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/13</date><governmentpublicationsnumber>1009101096</governmentpublicationsnumber><identifier>38980</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_38980</librarycollectiondetailsurl><price>工本費1600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖資料補充調查及複核分析專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Taso-Lin Report on Basic Data Collection and Evaluation</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39563</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地震發生前後地下水水位異常變化之研究(1/5)The Study of Groundwater Anomalies Associated with the Earthquake(1/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>351.7026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900019V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009005924</governmentpublicationsnumber><identifier>39565</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39565</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水文設計應用手冊=Handbook for Hydrological Design</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院能源與資源研究所</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>8374890410</governmentpublicationsnumber><identifier>39566</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39566</librarycollectiondetailsurl><price>470</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水文觀測站網儀器檢校管理之建立　Study and Planning of Hydrological Instruments Calibration in the Observation Network</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學土木工程學系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009005640</governmentpublicationsnumber><identifier>39567</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39567</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>臺灣沿海地區海水入侵之調查、評估與防治對策研擬（二）　Study on the Seawater Intrusion in Taiwan Area (Ⅱ)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009005681</governmentpublicationsnumber><identifier>39569</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39569</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嘉南平原區域性地下水觀測站井佈置檢討=The Review of Groundwater Monitoring Network in Chia-Nan Plain</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學地質科學系</author><categoryidentifier>443.829</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>8374891270</governmentpublicationsnumber><identifier>39571</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39571</librarycollectiondetailsurl><price>225</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區新建地下水觀測井之地下水定年分析及垂向水質變化調查(1/4)(含增辦「台灣地區鑽井岩心沈積物及萃取液分析」工作項目)=Radiometric Dating and Vertical Quality Variation of Groundwater from Wells in Taiwan Area (1/4) (and Analyses of Core Sediments and Extractions.)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>8374890440</governmentpublicationsnumber><identifier>39572</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39572</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>用聲納方法實測河川斷面流量之可行性研究　Feasibility of Measuring Width Average Velocity Using Hydrophones</title><yearidentifier>200102</yearidentifier></data><data><abstract> </abstract><author>台灣電力公司電源勘測隊</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>8374891537</governmentpublicationsnumber><identifier>39573</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39573</librarycollectiondetailsurl><price>100</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區水文觀測現代化整體計畫-台電執行部分(1/4)=Corporate Planning of Modernization of Hydrologic Data Collection in Taiwan-Implemented by Taiwan Power Company(1/4)</title><yearidentifier>200012</yearidentifier></data><data><abstract>台灣河川高流量的發生都為颱洪，觀測不易，致使可供運用之實測水位流量資料都偏低，嚴重影響水資源利用、管理及水利防洪等規劃成果之不確定性（Uncertainity）。因此，詳實評估台灣河川水文流量資料既有內涵與觀測現況，著手推導水位流量率定曲線新方法的評估與探討的研究工作，實是當務之急。爰此，本署特成立「理論水位流量率定曲線於台灣河川之應用評估探討─以基隆河流域水文站為例(2/2)」研究計畫，以甄選委託合宜研究團隊進行探討流量與水位之關係理論，並建立基隆河水文站之模式，以提供河防工作之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009105164</governmentpublicationsnumber><identifier>39577</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39577</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討－以基隆河流域水文站為例(2/2)=Evaluation of Theoretical Rating Curve for Natural Channel-Application on Keelung River (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署自民國八十九年起委託台灣大學陸續執行「水文技術規範之研訂」與「水文設計應用手冊」等計畫，除全面檢討、評估水文設計所需之各項參數與設計法外，並已完成全台灣各地區之設計暴雨深度、設計雨型及可能最大降雨量，且於民國九十年十一月辦理「暴雨水文設計應用講習會」，推廣應用所建立之各項設計參數。為能落實「水文技術規範之研訂」計畫所擬訂之設計方法，充分利用「水文設計應用手冊」計畫所完成之各項設計參數，並考慮近年來各種環境變遷因素對水文規劃設計之影響，亟需針對全台灣地區建立水文設計所需之各項地文相關參數，並探討氣候變遷對水文規劃設計之影響程度。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009105071</governmentpublicationsnumber><identifier>39578</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39578</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>因應環境變遷之水文規劃設計研究=Hydrological Planning and Design In Correspondence To Environmental Change</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>328.88026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/30</date><governmentpublicationsnumber>1009104262</governmentpublicationsnumber><identifier>39579</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39579</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(1/4) 第四冊 海岸災害決策系統建立之初步規劃</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>8374891061</governmentpublicationsnumber><identifier>39580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39580</librarycollectiondetailsurl><price>265</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(四) Integration Project on Groundwater Monitoring and Land Subsidence Prevention</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014V5</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>1009005760</governmentpublicationsnumber><identifier>39581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39581</librarycollectiondetailsurl><price>230</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014V5</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>1009006267</governmentpublicationsnumber><identifier>39582</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39582</librarycollectiondetailsurl><price>205</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) (附件一)屏東平原地下水資源之研究＝Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>1009006269</governmentpublicationsnumber><identifier>39583</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39583</librarycollectiondetailsurl><price>90</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)(附件二)屏東平原地下水補注量估算</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>1009006271</governmentpublicationsnumber><identifier>39584</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39584</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)(附件三)地下水觀測網教材</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/1</date><governmentpublicationsnumber>1009006272</governmentpublicationsnumber><identifier>39585</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39585</librarycollectiondetailsurl><price>55</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)(附件四)觀測井保養與維護現行作業程序</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006141</governmentpublicationsnumber><identifier>39601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39601</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 民國八十九年近海水文觀測資料年報</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006135</governmentpublicationsnumber><identifier>39602</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39602</librarycollectiondetailsurl><price>895</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 第一冊近海水文觀測站網建置=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006136</governmentpublicationsnumber><identifier>39603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39603</librarycollectiondetailsurl><price>790</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 第二冊近海水文觀測站網維護作業=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006137</governmentpublicationsnumber><identifier>39604</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39604</librarycollectiondetailsurl><price>960</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 第三冊近海水文觀測資料品管分析=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006138</governmentpublicationsnumber><identifier>39605</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39605</librarycollectiondetailsurl><price>125</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 第四冊潮位站水準點檢測=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006139</governmentpublicationsnumber><identifier>39606</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39606</librarycollectiondetailsurl><price>205</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 第五冊近海颱風水文觀測=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006140</governmentpublicationsnumber><identifier>39607</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39607</librarycollectiondetailsurl><price>155</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 摘要=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.62903   443.68972903</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/6</date><governmentpublicationsnumber>1009202295</governmentpublicationsnumber><identifier>39615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39615</librarycollectiondetailsurl><price>148</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>南清水溝溪治理基本計畫</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/9/30</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>39640</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39640</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年氣候資料年報第一部份-地面資料 CLIMATOLOGICAL DATA ANNUAL REPORT 2003 PART I - SURFACE DATA (TAIWAN AREA)</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.9232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/7</date><governmentpublicationsnumber>1009103330</governmentpublicationsnumber><identifier>39641</identifier><internationalstandardbooknumber>9789570123401 ; 9789570123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39641</librarycollectiondetailsurl><price>5000</price><publisher>交通部中央氣象局</publisher><publishrocyear>91</publishrocyear><title>氣象報告彙編（臺灣）第六篇（民國八十年至八十九年）</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>行政院九二一震災災後重建推動委員會</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/7</date><governmentpublicationsnumber>1009100369</governmentpublicationsnumber><identifier>39642</identifier><internationalstandardbooknumber>9789570105834 ; 9789570105</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39642</librarycollectiondetailsurl><price></price><publisher>行政院九二一震災災後重建推動委員會</publisher><publishrocyear>92</publishrocyear><title>九二一震災重建區地理資料建置</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>351.817</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/8</date><governmentpublicationsnumber>8852890130</governmentpublicationsnumber><identifier>39651</identifier><internationalstandardbooknumber>9789570259162 ; 9570259167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39651</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣重要河川（修正版）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>陳建忠、解鴻年、林文欽</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009104456</governmentpublicationsnumber><identifier>39656</identifier><internationalstandardbooknumber>9789570132878 ; 9789570132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39656</librarycollectiondetailsurl><price>100</price><publisher>內政部建築研究所</publisher><publishrocyear>91</publishrocyear><title>都市防災規劃有關增修洪災防救應變救援空間系統補強</title><yearidentifier>200210</yearidentifier></data><data><abstract>中華民國八十九年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2000</abstract><author>中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>39658</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39658</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>91</publishrocyear><title>中華民國八十九年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2000</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>行政院農委會水土保持局</author><categoryidentifier>432.73023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/13</date><governmentpublicationsnumber>1009202823</governmentpublicationsnumber><identifier>39660</identifier><internationalstandardbooknumber>9789570147902 ; 9570147903</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39660</librarycollectiondetailsurl><price>200</price><publisher>行政院農委會水土保持局</publisher><publishrocyear>92</publishrocyear><title>水土保持技術規範</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/16</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>39052</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39052</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處水利規劃試驗所 八十八下半年及八十九年度工作成果報告</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/16</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>39054</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39054</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫 濁水溪流域地區逕流測預報系統建置 水文系統模擬模式成果報告</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/17</date><governmentpublicationsnumber>1009103858</governmentpublicationsnumber><identifier>39090</identifier><internationalstandardbooknumber>9789570126600 ; 9789570126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39090</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>台灣地區水資源投資分析 九十年度報告</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39107</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>九二一集集大地震草嶺堰塞湖災害緊急措施計畫資料蒐集與處理(地質調查)工作報告=Geology Investigation for Trao-Liog Landslide Caused by 921 Chi-Chi Earthquake</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>史天元計畫主持</author><categoryidentifier>351.8113   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/17</date><governmentpublicationsnumber>1008900016</governmentpublicationsnumber><identifier>39112</identifier><internationalstandardbooknumber> 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(第一年)</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>8944891951</governmentpublicationsnumber><identifier>39118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39118</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>海岸開發對地區之影響調查研究報告(第一年)=Investigation Research on the Influence of Coastal Development on Local Areas.</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水工試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-900004V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/17</date><governmentpublicationsnumber>1009005267</governmentpublicationsnumber><identifier>39121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39121</librarycollectiondetailsurl><price>530</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海灘侵蝕防治新科技研發(2/4) The Research of New Shore Protection Technology (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST900002V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/17</date><governmentpublicationsnumber>1009005265</governmentpublicationsnumber><identifier>39122</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39122</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立波潮流與海岸變遷模式(2/6)=Establishment of Wave,Tidal Current and Coastal Evolution Models</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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三.工程可行性規劃專題 2.營運管理規劃</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.829</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/8/18</date><governmentpublicationsnumber>8854890647</governmentpublicationsnumber><identifier>39335</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39335</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>濁水溪沖積扇地表地下水聯合運用總報告</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.8   443.8052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39364</librarycollectiondetailsurl><price>1250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水通訊(第一~六十九期合訂本)</title><yearidentifier>200301</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/8/19</date><governmentpublicationsnumber>8375740165</governmentpublicationsnumber><identifier>39374</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39374</librarycollectiondetailsurl><price>1250</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>76</publishrocyear><title>中華民國七十四年臺灣水文年報 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</abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/8/20</date><governmentpublicationsnumber>8375760180</governmentpublicationsnumber><identifier>39376</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39376</librarycollectiondetailsurl><price>1250</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>78</publishrocyear><title>中華民國七十六年臺灣水文年報 Hydrological Year Book of Taiwan , Republic of China, 1987</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27019</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫二、地質與材料專題 2、地質與工程材料調查試驗=Feasibility Study of Da-Chia River weir II、Geology and Materials Investigation Report 2、Geological Investigation and Materials Test</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009102074</governmentpublicationsnumber><identifier>27020</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27020</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫三、水文水源專題2、工程水文=Feasibility Study of Da-Chia River Weir III、Hydrology and Water Resources Study Report 2、Engineering Hydrology</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009102386</governmentpublicationsnumber><identifier>27023</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27024</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫四、工程專題1.攔河堰及引水工程規劃</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009102386</governmentpublicationsnumber><identifier>27025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27025</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫四、工程專題1、攔河堰及引水工程規劃附冊貳(一)、水工機械報告書(二)、施工規範(三)、國外專家專題報告</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009102374</governmentpublicationsnumber><identifier>27026</identifier><internationalstandardbooknumber> 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957029874X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45571</librarycollectiondetailsurl><price>330</price><publisher>法務部</publisher><publishrocyear>90</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>494.22</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/8</date><governmentpublicationsnumber>1009004141</governmentpublicationsnumber><identifier>45581</identifier><internationalstandardbooknumber>9789570295320 ; 9570295325</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45581</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>勞務採購一百問</title><yearidentifier>200111</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/8</date><governmentpublicationsnumber>1009101903</governmentpublicationsnumber><identifier>45582</identifier><internationalstandardbooknumber>9789570114263 ; 9570114266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45582</librarycollectiondetailsurl><price>50</price><publisher>法務部</publisher><publishrocyear>92</publishrocyear><title>行政機關文書送達問答手冊</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>臺灣省政府法規委員會</author><categoryidentifier>582.18</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>30201880018</governmentpublicationsnumber><identifier>45595</identifier><internationalstandardbooknumber>9789570238433 ; 9570238437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45595</librarycollectiondetailsurl><price>100</price><publisher>省法規會</publisher><publishrocyear>88</publishrocyear><title>常用中央法規彙編(下)</title><yearidentifier>199901</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>45596</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45596</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第十三期）</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>1009300524</governmentpublicationsnumber><identifier>45608</identifier><internationalstandardbooknumber>9789570167443 ; 9570167440</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45608</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>促進民間參與公共建設法令彙編</title><yearidentifier>200402</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>45610</identifier><internationalstandardbooknumber>9570194596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45610</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)光碟版=The development of model and design guideline for ecological engineering methods(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>台灣省水利局</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>30924850017</governmentpublicationsnumber><identifier>45619</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45619</librarycollectiondetailsurl><price>400</price><publisher>台灣省水利局</publisher><publishrocyear>85</publishrocyear><title>台灣省建設統計第二輯水利工程(85年)=RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1996 PART II CONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199605</yearidentifier></data><data><abstract> </abstract><author>台灣省水利局</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>30924860024</governmentpublicationsnumber><identifier>45620</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45620</librarycollectiondetailsurl><price>400</price><publisher>台灣省水利局</publisher><publishrocyear>86</publishrocyear><title>台灣省建設統計第二輯水利工程=RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1997 PART II CONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199705</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1997/4/22</date><governmentpublicationsnumber>8373860076</governmentpublicationsnumber><identifier>45624</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45624</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>水資源政策白皮書精簡本</title><yearidentifier>199706</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局編</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/11</date><governmentpublicationsnumber>8373860105</governmentpublicationsnumber><identifier>45626</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45626</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>經濟部水資源局民國八十五年工作年報</title><yearidentifier>199706</yearidentifier></data><data><abstract>公共工程施工綱要規範(第二輯)(下)</abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>38054880438</governmentpublicationsnumber><identifier>45629</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45629</librarycollectiondetailsurl><price>400</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程施工綱要規範(第二輯)(下)</title><yearidentifier>199906</yearidentifier></data><data><abstract>公共工程製圖手冊</abstract><author>行政院公共工程委員會</author><categoryidentifier>440.8026   440.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>38054880369</governmentpublicationsnumber><identifier>45630</identifier><internationalstandardbooknumber>9789570232625 ; 9789570232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45630</librarycollectiondetailsurl><price>400</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程製圖手冊</title><yearidentifier>199902</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>1009104096</governmentpublicationsnumber><identifier>45632</identifier><internationalstandardbooknumber>9789570127461 ; 9570127465</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45632</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200206</yearidentifier></data><data><abstract>公共工程施工綱要規範(第二輯)(上)</abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>38054880438</governmentpublicationsnumber><identifier>45655</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45655</librarycollectiondetailsurl><price>70</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程施工綱要規範(第二輯)(上)</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>謝伯娟</author><categoryidentifier>380.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/12</date><governmentpublicationsnumber>1009200953</governmentpublicationsnumber><identifier>45662</identifier><internationalstandardbooknumber>9789570138849 ; 957013884X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45662</librarycollectiondetailsurl><price>180</price><publisher>臺北市立動物園</publisher><publishrocyear>92</publishrocyear><title>意外的訪客</title><yearidentifier>200312</yearidentifier></data><data><abstract>寶山第二水庫(以下簡稱寶二水庫)於民國94年完工加入營運後，因用水設施尚包括現有之寶山水庫、上坪堰、隆恩堰及引、導水工程，其管理單位目前分屬經濟部水利署北區水資源局(以下簡稱北水局)、台灣省自來水股份有限公司(以下簡稱水公司)及新竹農田水利會(以上簡稱水利會)等。由於寶二水庫擬與現有之寶山水庫及位於頭前溪之隆恩堰聯合運用，加上寶二水庫與寶山水庫均自上坪堰取水，兩水庫間並設計一條並聯之水源聯通管路，可相互調配亦可同時輸送原水至寶山給水廠處理。因此，如何利用水庫蓄水空間，靈活調度水源，以達到最佳之水源運用，有賴於適宜之營運管理組織與權責分配，為本報告探討之課題，俾提供水庫完成後營運之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642706</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/12</date><governmentpublicationsnumber>1009300933</governmentpublicationsnumber><identifier>45664</identifier><internationalstandardbooknumber> 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9570112565</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45682</librarycollectiondetailsurl><price>650</price><publisher>台南縣文化局</publisher><publishrocyear>91</publishrocyear><title>南瀛母親河曾文溪情攝影專輯</title><yearidentifier>200206</yearidentifier></data><data><abstract>北區水資源局管理系統建置計畫，旨在建立區域之水資源管理資訊系統。藉由乾旱預警、調度模擬、水情監視評估及作業支援，提供水資源管理上之決策支援訊息，達成有效管理水資源之目標。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/12</date><governmentpublicationsnumber>1009300338</governmentpublicationsnumber><identifier>45684</identifier><internationalstandardbooknumber> 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9570164237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45769</librarycollectiondetailsurl><price>380</price><publisher>內政部建築研究所</publisher><publishrocyear>92</publishrocyear><title>水庫淤泥輕質骨材產製及輕質骨材混淆應用與推廣(二)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>內政部建築研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/14</date><governmentpublicationsnumber>1009300139</governmentpublicationsnumber><identifier>45770</identifier><internationalstandardbooknumber>9789570164251 ; 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9570164263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45771</librarycollectiondetailsurl><price>330</price><publisher>內政部建築研究所</publisher><publishrocyear>92</publishrocyear><title>水庫淤泥輕質骨材產製及輕質骨材混凝土應用與推廣(四)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中興科技發展基金會、中興工程顧問社、中興工程顧問公司</author><categoryidentifier>443.03</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/14</date><governmentpublicationsnumber>1009102698</governmentpublicationsnumber><identifier>45776</identifier><internationalstandardbooknumber>9789570118452 ; 9570118458</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45776</librarycollectiondetailsurl><price>330</price><publisher>臺北翡翠水庫管理局</publisher><publishrocyear>91</publishrocyear><title>翡翠水庫竣工十五週年特刊－水庫情緣自淺深</title><yearidentifier>200209</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>45812</identifier><internationalstandardbooknumber> 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9860001332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45829</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>石門水庫集水區陸域生態之調查研究(內附光碟) The ecological investigation of Shinmen Reservoir</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>楊憲宏</author><categoryidentifier>673.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/19</date><governmentpublicationsnumber>30652820017</governmentpublicationsnumber><identifier>45855</identifier><internationalstandardbooknumber>9789570018929 ; 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9570228822</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45860</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>87</publishrocyear><title>政府採購法相關資料彙編</title><yearidentifier>199811</yearidentifier></data><data><abstract>政府採購法逐條釋例彙編(一)</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023   564.72   445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>38041890315</governmentpublicationsnumber><identifier>45861</identifier><internationalstandardbooknumber>9789570264999 ; 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9573092107</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46028</librarycollectiondetailsurl><price>200</price><publisher>固地文化事業有限公司</publisher><publishrocyear>89</publishrocyear><title>礁溪溫泉之研究?兼論溫泉開發與觀光產業的發展</title><yearidentifier>200004</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會採集組</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/6</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>46037</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46037</librarycollectiondetailsurl><price>270</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46041</librarycollectiondetailsurl><price>170</price><publisher>宜蘭縣政府</publisher><publishrocyear>83</publishrocyear><title>宜蘭縣地理圖集</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>46044</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46044</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>公共工程2005年刊=PUBLIC CONSTRUCTION COMMISSION 2005 ANNUAL REPORT</title><yearidentifier>200503</yearidentifier></data><data><abstract>台灣五十多年來政府持續進行水利建設，開發充裕的水資源，使經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，成為流域基本管理的新挑戰。水資源因「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育及統籌調配。 據九十二年全國水利會議決議落實流域管理機制，整合水土林海業務成立部會層級專責機關，統籌上中下游水土資源管理、災害防救及流域整體發展，提出河川綜合治水對策，實踐生態治河理念，流域基本管理研究更顯其重要性。</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>1009401274</governmentpublicationsnumber><identifier>46052</identifier><internationalstandardbooknumber>9789860010510 ; 986001051X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(1/2)附錄  Watershed management project (1)</title><yearidentifier>200504</yearidentifier></data><data><abstract>台灣五十多年來政府持續進行水利建設，開發充裕的水資源，使經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，成為流域基本管理的新挑戰。水資源因「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育及統籌調配。 據九十二年全國水利會議決議落實流域管理機制，整合水土林海業務成立部會層級專責機關，統籌上中下游水土資源管理、災害防救及流域整體發展，提出河川綜合治水對策，實踐生態治河理念，流域基本管理研究更顯其重要性。</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>1009401273</governmentpublicationsnumber><identifier>46055</identifier><internationalstandardbooknumber>9789860010503 ; 9860010501</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46055</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(1/2)本文  Watershed management project (1)</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>周大慶, 張集益, 伊象菁作</author><categoryidentifier>367.88</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>30692900423</governmentpublicationsnumber><identifier>46064</identifier><internationalstandardbooknumber>9789570277340 ; 9570277343</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46064</librarycollectiondetailsurl><price>100</price><publisher>台中縣政府</publisher><publishrocyear>89</publishrocyear><title>大肚溪口野生動物保護區解說手冊</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>劉靜榆主編</author><categoryidentifier>367.88</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>25329880031</governmentpublicationsnumber><identifier>46065</identifier><internationalstandardbooknumber>9789570252477 ; 9570252472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46065</librarycollectiondetailsurl><price>100</price><publisher>彰化縣政府</publisher><publishrocyear>88</publishrocyear><title>大肚溪口野生動物保護區生態導覽</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>46067</identifier><internationalstandardbooknumber>16062574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46067</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>節約用水季刊（第三十七期）</title><yearidentifier>200503</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>46087</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46087</librarycollectiondetailsurl><price>415</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2) 總報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣五十多年來政府持續進行水利建設，開發充裕的水資源，使經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，成為流域基本管理的新挑戰。水資源因「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育及統籌調配。 據九十二年全國水利會議決議落實流域管理機制，整合水土林海業務成立部會層級專責機關，統籌上中下游水土資源管理、災害防救及流域整體發展，提出河川綜合治水對策，實踐生態治河理念，流域基本管理研究更顯其重要性。</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST930</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/16</date><governmentpublicationsnumber>1009401273</governmentpublicationsnumber><identifier>46101</identifier><internationalstandardbooknumber>9789860010503 ; 9789860010</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46101</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(1/2)－光碟版</title><yearidentifier>200504</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46102</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46102</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第十八期）</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>財團法人資訊工業策進會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/18</date><governmentpublicationsnumber>1009400017</governmentpublicationsnumber><identifier>46108</identifier><internationalstandardbooknumber>9789860002812 ; 9860002819</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46108</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>親水教育宣導計畫(3/3)－內附光碟</title><yearidentifier>200503</yearidentifier></data><data><abstract> </abstract><author>財團法人資訊工業策進會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/18</date><governmentpublicationsnumber>1009400017</governmentpublicationsnumber><identifier>46109</identifier><internationalstandardbooknumber>9789860002812 ; 9860002819</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46109</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>親水教育宣導計畫(3/3)－光碟版</title><yearidentifier>200503</yearidentifier></data><data><abstract> </abstract><author>本局</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009302636</governmentpublicationsnumber><identifier>46111</identifier><internationalstandardbooknumber>9789570182828 ; 9570182822</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46111</librarycollectiondetailsurl><price>300</price><publisher>本局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署臺北水源特定區管理局92年度年報</title><yearidentifier>200410</yearidentifier></data><data><abstract>本計畫為一連續性四年度之計畫，第一年度工作辦理完成屏東平原及嘉南平原之地下水資源管理決策之系統建置工作。第二年度研究工作辦理完成蘭陽平原及濁水溪沖積扇之地下水資源管理決策之系統建置工作，計畫之第三年度研究辦理完成新苗地區之地下水資源管理決策之系統建置工作。本年度為計畫執行之第四年，本年度計畫之工作內容簡述如下： 1.資料庫更新及建置 (1)資料庫建置 (2)資料庫更新 (3)地下水相關文獻數化 2.地下水資源管理決策支援系統功能擴充 (1)資訊查詢介面功能加強(2)	地下水水情公報(3)	地下水資源管理警示系統規劃 (4)知識文件管理子系統功能加強 3.相關研究成果系統匯整(1)	台灣地下水資源圖成果建置</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930017</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009304934</governmentpublicationsnumber><identifier>46112</identifier><internationalstandardbooknumber>9789570197457 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46112</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水資源管理決策支援系統建置(4/4)第一冊:決策支援系統  Develpoment of Decision Support System for Groundwater Management in Taiwan(4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本年度地下水觀測網評估檢討，主要係針對站網計畫第三階段第二年度的地下水觀測站設置進行評估工作，評估的區域包括台中地區及花東縱谷地下水區，就地下水資源管理之需求及目前設置完成之觀測站試驗及分析結果，進行通盤檢討，作為觀測站井設置之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930017</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009304935</governmentpublicationsnumber><identifier>46113</identifier><internationalstandardbooknumber>9789570197464 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46113</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水資源管理決策支援系統建置(4/4)第二冊:台中地區及花東縱谷站網評估  Develpoment of Decision Support System for Groundwater Management in Taiwan(4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本署以往辦理地下水觀測站井建置計畫均委由河川局同仁監造，惟囿於人力時間與業務技術屬性，實有不足之處。爰此自本年度起始成立規劃、設計及監造計畫，監督「93年度地下水觀測站井建置維護」計畫之鑿井作業，以確保各觀測井及抽水試驗井之施工品質，並協助本署協調管控工作界面與勞動安全事項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930020</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009305130</governmentpublicationsnumber><identifier>46115</identifier><internationalstandardbooknumber>9789860000764 ; 9789860000</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46115</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>規劃、設計及監造「九十三年度地下水觀測站井建置維護計畫」與 地下水試驗分析計畫　Planning , Design, Supervision and Aquifer Test for the Installation and Maintenance of Groundwater Observation Wells in 2004</title><yearidentifier>200412</yearidentifier></data><data><abstract>規劃、設計及監造九十三年度地下水觀測站井建置維護計畫與地下水試驗分析計畫之試驗及分析報告。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009305230</governmentpublicationsnumber><identifier>46117</identifier><internationalstandardbooknumber>9789860000771 ; 9789860000</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46117</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>規劃、設計及監造「九十三年度地下水觀測站井建置維護計畫」與 地下水試驗分析計畫－試驗分析計畫　Planning , Design, Supervision and Aquifer Test for the Installation and Maintenance of Groundwater Observation Wells in 2004</title><yearidentifier>200412</yearidentifier></data><data><abstract>一、本計畫之工作內容主要包括： （一）辦理現有地下水觀測儀器（含九十二年度新建觀測井所需觀測儀器）現場調查與系統評估，依據本署站井號碼為關鍵碼，建立儀器管理系統資料庫 （二）制定地下水水位觀測儀器維護檢校標準與施作 （三）儀器箱裝置、檢測、評估與改良 二、本計畫預期成果包括： （一）最適儀器選擇系統開發 （二）提高儀器箱與工作環境、儀器系統之配合度 （三）提高資料量測之可靠度與可信度 （四）擴充現有地下水觀測井管理資料庫 （五）改良地下水文觀測儀器及儀器箱設計規範 （六）建立地下水觀測儀器維護檢校標準作業規範，提高儀器使用可靠度與使用期限 （七）完成儀器選擇流程、設備規範建議及儀器使用調配機制</abstract><author>中興工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920046</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009400656</governmentpublicationsnumber><identifier>46118</identifier><internationalstandardbooknumber>9789860005929 ; 9789860005</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46118</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>地下水位觀測系統儀器建置標準之建立  The Establishment of Standard Operation Procedure for Groundwater Level Monitoring Instruments</title><yearidentifier>200502</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/24</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>46186</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46186</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署永續發展簡訊　 第十二期</title><yearidentifier>200503</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/24</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46187</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46187</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第十九期）</title><yearidentifier>200505</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>財團法人成大水利海洋研究發展基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/24</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>46188</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46188</librarycollectiondetailsurl><price>1500</price><publisher>經濟部 水利署 第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─(內附光碟)=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/25</date><governmentpublicationsnumber>1009400222</governmentpublicationsnumber><identifier>46196</identifier><internationalstandardbooknumber>9789860000009 ; 986000000X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46196</librarycollectiondetailsurl><price>100</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>94</publishrocyear><title>文書流程管理手冊</title><yearidentifier>200504</yearidentifier></data><data><abstract>研擬自來水水質水量保護區劃設影響因子評估方法及績效指標、劃設管理作業規範，並建置自來水水質水量保護區禁止或限制事項管理系統。</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/30</date><governmentpublicationsnumber>1009304548</governmentpublicationsnumber><identifier>46209</identifier><internationalstandardbooknumber>9789570196399 ; 9570196394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46209</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水水質水量保護區劃定準則計劃及績效指標之研究 Study on Delineation Guidelines and Performance Indicators of Water Quality and Quantity Protection Area for Water Supply</title><yearidentifier>200412</yearidentifier></data><data><abstract>研擬自來水水質水量保護區劃設影響因子評估方法及績效指標、劃設管理作業規範，並建置自來水水質水量保護區禁止或限制事項管理系統。</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/30</date><governmentpublicationsnumber>1009304548</governmentpublicationsnumber><identifier>46210</identifier><internationalstandardbooknumber>9789570196399 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46210</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水水質水量保護區劃定準則計劃及績效指標之研究(光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/30</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46212</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46212</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十期）</title><yearidentifier>200505</yearidentifier></data><data><abstract>一、本計畫之工作內容主要包括： （一）辦理現有地下水觀測儀器（含九十二年度新建觀測井所需觀測儀器）現場調查與系統評估，依據本署站井號碼為關鍵碼，建立儀器管理系統資料庫 （二）制定地下水水位觀測儀器維護檢校標準與施作 （三）儀器箱裝置、檢測、評估與改良 二、本計畫預期成果包括： （一）最適儀器選擇系統開發 （二）提高儀器箱與工作環境、儀器系統之配合度 （三）提高資料量測之可靠度與可信度 （四）擴充現有地下水觀測井管理資料庫 （五）改良地下水文觀測儀器及儀器箱設計規範 （六）建立地下水觀測儀器維護檢校標準作業規範，提高儀器使用可靠度與使用期限 （七）完成儀器選擇流程、設備規範建議及儀器使用調配機制</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920046</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/31</date><governmentpublicationsnumber>1009400656</governmentpublicationsnumber><identifier>46218</identifier><internationalstandardbooknumber>9789860005929 ; 9789860005</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46218</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>地下水位觀測系統儀器建置標準之建立(光碟版)</title><yearidentifier>200502</yearidentifier></data><data><abstract>本署以往辦理地下水觀測站井建置計畫均委由河川局同仁監造，惟囿於人力時間與業務技術屬性，實有不足之處。爰此自本年度起始成立規劃、設計及監造計畫，監督「93年度地下水觀測站井建置維護」計畫之鑿井作業，以確保各觀測井及抽水試驗井之施工品質，並協助本署協調管控工作界面與勞動安全事項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930020</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009305130</governmentpublicationsnumber><identifier>46219</identifier><internationalstandardbooknumber>9789860000764 ; 9789860000</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46219</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>規劃、設計及監造「九十三年度地下水觀測站井建置維護計畫」與 地下水試驗分析計畫(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為一連續性四年度之計畫，第一年度工作辦理完成屏東平原及嘉南平原之地下水資源管理決策之系統建置工作。第二年度研究工作辦理完成蘭陽平原及濁水溪沖積扇之地下水資源管理決策之系統建置工作，計畫之第三年度研究辦理完成新苗地區之地下水資源管理決策之系統建置工作。本年度為計畫執行之第四年，本年度計畫之工作內容簡述如下： 1.資料庫更新及建置 (1)資料庫建置 (2)資料庫更新 (3)地下水相關文獻數化 2.地下水資源管理決策支援系統功能擴充 (1)資訊查詢介面功能加強(2)	地下水水情公報(3)	地下水資源管理警示系統規劃 (4)知識文件管理子系統功能加強 3.相關研究成果系統匯整(1)	台灣地下水資源圖成果建置</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930017</commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009304934</governmentpublicationsnumber><identifier>46220</identifier><internationalstandardbooknumber>9789570197457 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46220</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水資源管理決策支援系統建置(4/4)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國家圖書館</author><categoryidentifier>11.43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/31</date><governmentpublicationsnumber>2009301876</governmentpublicationsnumber><identifier>46222</identifier><internationalstandardbooknumber>9789576784286 ; 9789576784</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46222</librarycollectiondetailsurl><price>600</price><publisher>國家圖書館</publisher><publishrocyear>94</publishrocyear><title>圖書館年鑑(九十三年)</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/31</date><governmentpublicationsnumber>1009400222</governmentpublicationsnumber><identifier>46226</identifier><internationalstandardbooknumber>9789860000009 ; 986000000X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46226</librarycollectiondetailsurl><price>100</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>94</publishrocyear><title>文書管理流程手冊</title><yearidentifier>200504</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46251</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46251</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十一期）</title><yearidentifier>200506</yearidentifier></data><data><abstract>台灣水資源多媒體系列影片(光碟版)</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>3409103366</governmentpublicationsnumber><identifier>46260</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46260</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣水資源多媒體系列影片(光碟版)</title><yearidentifier>200302</yearidentifier></data><data><abstract>洪氾區劃設管理課題之研究(光碟版)</abstract><author>河川規劃課</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>46266</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46266</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>367.881052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/6</date><governmentpublicationsnumber>1009301871</governmentpublicationsnumber><identifier>46274</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46274</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>河川區域種植規定修正研究(光碟版)Reviews on Regulation of Planting in Floodplain</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/7</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>46303</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46303</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究總報告(光碟版)=Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/7</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>46304</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46304</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告(光碟版)=Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/8</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>46311</identifier><internationalstandardbooknumber>957-01-9530-4</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46311</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究期末報告(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46367</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十二期）</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>簡仲和等著</author><categoryidentifier>443.41</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/23</date><governmentpublicationsnumber>100941574</governmentpublicationsnumber><identifier>46394</identifier><internationalstandardbooknumber>9789860012767 ; 9860012768</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46394</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉義鱉鼓至曾文溪口潮波流及輸砂調查報告總報告(附光碟)</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.971933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/23</date><governmentpublicationsnumber>1009401574</governmentpublicationsnumber><identifier>46401</identifier><internationalstandardbooknumber>9789860012767 ; 9789860012</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46401</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉義鰲鼓至曾文溪口潮波流及輸砂調查研究總報告(內附光碟)=In Situ Investigation on Tide,Wave,Current and Sedimentfrom Au-Gu to Tsen-Wen Coast</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署,節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/24</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>46409</identifier><internationalstandardbooknumber>16062574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46409</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>節約用水季刊（第三十八期 )</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/30</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>46419</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46419</librarycollectiondetailsurl><price>3000</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十二年資料浮標觀測年報=DATA  BUOY  OBSERVATLON  DATA  ANNUAL  REPORT2003</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/6</date><governmentpublicationsnumber>1009303376</governmentpublicationsnumber><identifier>46429</identifier><internationalstandardbooknumber>9789570186185 ; 9570186186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46429</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「日本河川整備中心出版品推廣計畫」叢書NO.8「河川真面相」設定要點及作業程序彙集</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/6</date><governmentpublicationsnumber>1009303374</governmentpublicationsnumber><identifier>46430</identifier><internationalstandardbooknumber>9789570186222 ; 9570186224</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46430</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「日本河川整備中心出版品推廣計畫」叢書NO.9 淺談河川環境整治之效益評估(試辦案)</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/6</date><governmentpublicationsnumber>1009305007</governmentpublicationsnumber><identifier>46431</identifier><internationalstandardbooknumber>9789570198652 ; 9570198656</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46431</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「日本河川整備中心出版品推廣計畫」叢書NO.10 展現河川環境入門(草案)</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009401443</governmentpublicationsnumber><identifier>46432</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46435</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>濁水溪流域(濁水溪本流、東埔蚋溪、清水溪及陳有蘭溪)監測工作計畫:成果報告書-圖冊(斷面比較圖)</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009401443</governmentpublicationsnumber><identifier>46436</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46436</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>濁水溪流域(濁水溪本流、東埔蚋溪、清水溪及陳有蘭溪)監測工作計畫:成果報告書-圖冊(斷面圖)</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009304577</governmentpublicationsnumber><identifier>46438</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46438</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪流域集鹿大橋段河川廊道環境景觀規劃設計委託技術服務:成果報告書(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>唐真真建築師事務所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009304578</governmentpublicationsnumber><identifier>46439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46439</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>清水溪南雲大橋段河川廊道環境景觀規劃設計:成果報告書(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>崇峻工程顧問有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009304576</governmentpublicationsnumber><identifier>46440</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46440</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪西螺大橋段河川廊道環境景觀規劃=The Ambient  Landscape Planning and Design for the Stream Corridor of the Choshui River's Siluo Bridge Reach(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>崇峻工程顧問有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009304576</governmentpublicationsnumber><identifier>46441</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46441</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪西螺大橋段河川廊道環境景觀規劃(附錄)=The Ambient  Landscape Planning and Design for the Stream Corridor of the Choshui River's Siluo Bridge Reach(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023   564.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/7</date><governmentpublicationsnumber>1009400758</governmentpublicationsnumber><identifier>46442</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46442</librarycollectiondetailsurl><price>250</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>政府採購申訴案例彙編(三)〈法規叢書029-2〉</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/8</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>46443</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46443</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署永續發展簡訊　 第十三期</title><yearidentifier>200506</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46444</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46444</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十三期）</title><yearidentifier>200506</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46445</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46445</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十四期）</title><yearidentifier>200506</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46446</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46446</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十五期）</title><yearidentifier>200506</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/6/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46447</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46447</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十六期）</title><yearidentifier>200507</yearidentifier></data><data><abstract>讓我們看河去：台灣河川簡介(光碟版)</abstract><author>經濟部水利處</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>8852890636</governmentpublicationsnumber><identifier>46488</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46488</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>讓我們看河去：台灣河川簡介(光碟版)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>3409103366</governmentpublicationsnumber><identifier>46489</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46489</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣水資源多媒體系列影片１－台灣水資源環境篇(光碟版)</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>3409103366</governmentpublicationsnumber><identifier>46490</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46490</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣水資源多媒體系列影片２－台灣水資源運用發屏篇(光碟版)</title><yearidentifier>200302</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46492</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46492</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十七期）</title><yearidentifier>200507</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46493</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46493</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二十八期）</title><yearidentifier>200507</yearidentifier></data><data><abstract>本研究藉由淨水場與給水場操作管理評鑑制度的落實，提升淨水場及給水場的效能；確保水質合乎標準、建立環境資訊公開化制度、建立追蹤考核制度及獎懲辦法。PDCA本研究依照精神，參考國內外評鑑制度與國內淨水場資料，建置淨水場評鑑辦法。研究執行中將藉舉辦訓練與輔導、技術交流與觀摩、政策諮詢準則、評鑑方法與評鑑成績。研究成果將推廣給國內其他淨水場及給水場。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>1009304617</governmentpublicationsnumber><identifier>46494</identifier><internationalstandardbooknumber>9789570195965 ; 9570195967</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46494</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水淨水場操作管理評鑑試辦計畫＝Pilot Study on  Performance Evaluation of Operation and Management at Water Treatment Plants</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究藉由淨水場與給水場操作管理評鑑制度的落實，提升淨水場及給水場的效能；確保水質合乎標準、建立環境資訊公開化制度、建立追蹤考核制度及獎懲辦法。PDCA本研究依照精神，參考國內外評鑑制度與國內淨水場資料，建置淨水場評鑑辦法。研究執行中將藉舉辦訓練與輔導、技術交流與觀摩、政策諮詢準則、評鑑方法與評鑑成績。研究成果將推廣給國內其他淨水場及給水場。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>1009304617</governmentpublicationsnumber><identifier>46495</identifier><internationalstandardbooknumber>9789570195965 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46495</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水淨水場操作管理評鑑試辦計畫（光碟版）＝Pilot Study on Performance Evaluation of Operation and Management at Water Treatment Plants</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>山地工程顧問有限公司</author><categoryidentifier>443.64091   443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>1009400923</governmentpublicationsnumber><identifier>46497</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46497</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>鯉魚潭水庫集水區治理工程調查規劃設計報告</title><yearidentifier>200503</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>351.971933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/7/27</date><governmentpublicationsnumber>1009401574</governmentpublicationsnumber><identifier>46498</identifier><internationalstandardbooknumber>9789860012767 ; 9789860012</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46498</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉義鱉鼓至曾文溪口潮波流及輸砂調查研究總報告(光碟版)</title><yearidentifier>200505</yearidentifier></data><data><abstract>本計畫以筏子溪流域為例，評估流域在不同開發度下洪水量及洪峰峰值之出流變化，並配合參考國外相關實施之洪水分配制度，提出一套具可行性之整合式洪水管制策略及實施方式，期以供未來進行河川基本治理計畫檢討時之參考。</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940064</commissionedprojectidentifier><currency>NT$</currency><date>2005/8/5</date><governmentpublicationsnumber>1009401854</governmentpublicationsnumber><identifier>46512</identifier><internationalstandardbooknumber>9789860015379 ; 9860015376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46512</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河川流域洪水出流管制之可行性研究(內附光碟) Feasibility Study on the Flood Control Strategies of River Basin</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>臺灣省自來水股份有限公司</author><categoryidentifier>445.2028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/8/8</date><governmentpublicationsnumber>4109102422</governmentpublicationsnumber><identifier>46516</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46578</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>河道水工構造物保護工法試驗研究 (第二年)=Model Studies of The Hydraulic Structure Protection Works in Streams (II))(光碟版)</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>經濟部統計處</author><categoryidentifier>555.6026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/6</date><governmentpublicationsnumber>2006900008</governmentpublicationsnumber><identifier>46597</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46597</librarycollectiondetailsurl><price>500</price><publisher>經濟部統計處</publisher><publishrocyear>93</publishrocyear><title>台閩地區工廠名錄電子書使用說明手冊（民國九十二年）光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/7</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>46598</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46598</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十二年）</title><yearidentifier>200408</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/7</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>46599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46599</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十三年）</title><yearidentifier>200508</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/7</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46601</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十四期）</title><yearidentifier>200508</yearidentifier></data><data><abstract>受氣候變遷之影響，近年來台灣地區連續面臨缺水問題，離島地區尤其嚴重，為確保水源供應，必須擴大開源及節流，雨水收集貯留利用可做為澆灌及沖廁等之補充用水，提升水資源利用率，減緩枯水期之缺水壓力。</abstract><author>台灣雨水利用協會；廖朝軒</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/7</date><governmentpublicationsnumber>1009304924</governmentpublicationsnumber><identifier>46602</identifier><internationalstandardbooknumber>9789860006773 ; 9860006776</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46602</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>離島地區雨水貯留利用規劃(1/2)＝Rainwater Utilization  Planning in Offshore Island (Part I)</title><yearidentifier>200412</yearidentifier></data><data><abstract>一、省水標章業務(一)省水標章申請產品審查作業與現場稽核業務。 二、節水技術服務與輔導民生及公共大用水戶節水技術輔導 三、節水成果彙整與應用推廣</abstract><author>工技院能資所、 節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/7</date><governmentpublicationsnumber>1009304898</governmentpublicationsnumber><identifier>46603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46603</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>節約用水措施推動計畫(8/8) Water Conservation Works Implement Program (8/8)</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區因可用水資源短缺，地面水可靠度不穩定，在水資源總量管制與積極發展多元化水源之政策下，都市及工業區廢污水水量充足，且穩定性佳，可回收利用。本研究之目的係瞭解國內廢污水處理廠放流水質及微生物種類與含量，調查研究放流水水質改善方法與設備，並評估設備之適用性及其經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/8</date><governmentpublicationsnumber>1009304925</governmentpublicationsnumber><identifier>46604</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46604</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署 (台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>回收利用廢污水除菌及水質改善之研究 (1/2) = Removal of Micro-organism and Water Quality Improvement Study for Waste Water Reuse(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/13</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46606</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46606</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十五期）</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/16</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>46613</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46613</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告(內附光碟)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為求能永續經營，?定提供質與量並重的水資源，有效靈活調度各標的水量，強化水資源管理以應變各種標的用水之成長與分配，本計畫針對台灣地區水資源供需結構與其利用情形進行資料蒐，以利水利相關單位及學術研究單位能深入探討台灣地區水資源量運用情形。</abstract><author>私立逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009305258</governmentpublicationsnumber><identifier>46614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46614</librarycollectiondetailsurl><price>225</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>各項用水統計報告及資料庫擴充建置總報告</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>陳正美</author><categoryidentifier>443.09232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/20</date><governmentpublicationsnumber>1009401158</governmentpublicationsnumber><identifier>46623</identifier><internationalstandardbooknumber>9789860009934 ; 9860009937</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46623</librarycollectiondetailsurl><price>350</price><publisher>行政院農業委員會 農田水利聯合會</publisher><publishrocyear>94</publishrocyear><title>嘉南大圳與八田與一</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/9</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>46628</identifier><internationalstandardbooknumber>1606-2574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46628</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>節約用水季刊（第三十九期）</title><yearidentifier>200509</yearidentifier></data><data><abstract>本計畫希望藉由地下水資源管理決策支援系統之建置，得以輔助地下水資源之決策分析者，進行相關之分析決策工作，使得管理者得以充分瞭解並掌握台灣地區地下水資源之特性，以提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920005</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>1009204783</governmentpublicationsnumber><identifier>46629</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46629</librarycollectiondetailsurl><price>685</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置(3/4)－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/21</date><governmentpublicationsnumber>1009300158</governmentpublicationsnumber><identifier>46632</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46632</librarycollectiondetailsurl><price>685</price><publisher> </publisher><publishrocyear>93</publishrocyear><title>農業用水與公共用水事業合作組成區域供水調度機制及組織之可行性探討計畫Feasibility Study on Establishing an Regional Water Allocation System and Orgaization Based on Agricultural Water Corporation and Public Water Corporation</title><yearidentifier>200401</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46634</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46634</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十六期）</title><yearidentifier>200509</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/23</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46654</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十七期）</title><yearidentifier>200509</yearidentifier></data><data><abstract>一、省水標章業務(一)省水標章申請產品審查作業與現場稽核業務。 二、節水技術服務與輔導民生及公共大用水戶節水技術輔導 三、節水成果彙整與應用推廣</abstract><author>工技院能資所、 節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930031V8</commissionedprojectidentifier><currency>NT$</currency><date>2005/9/23</date><governmentpublicationsnumber>1009304898</governmentpublicationsnumber><identifier>46660</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46660</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>節約用水措施推動計畫(8/8) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區因可用水資源短缺，地面水可靠度不穩定，在水資源總量管制與積極發展多元化水源之政策下，都市及工業區廢污水水量充足，且穩定性佳，可回收利用。本研究之目的係瞭解國內廢污水處理廠放流水質及微生物種類與含量，調查研究放流水水質改善方法與設備，並評估設備之適用性及其經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/23</date><governmentpublicationsnumber>1009304925</governmentpublicationsnumber><identifier>46663</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46663</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署 (台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>回收利用廢污水除菌及水質改善之研究 (1/2) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>東埔蚋溪流域於921地震造成區內地層鬆動，之後又接連受到桃芝、納莉颱風侵襲，造成本區域相當頻繁水土災害，在921重建委員會指導下，流域內各項治理計畫與緊急防災整治工作經各業務單位全力執行下，迄今已初步完成，此計劃成果如下:流域內治理工程、水文水理分析、文獻資料庫建置成果、流域現有防災標準及措施檢討和評估程序分析。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090-E-01032-501-000</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>46678</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46678</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估(內附光碟)=Tonpuze Creak Watershed Integral Treatment Assessment</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090-E-01032-501-000</commissionedprojectidentifier><currency>NT$</currency><date>2005/9/26</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>46679</identifier><internationalstandardbooknumber>9789860022162 ; 986002216X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46679</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估 附件=Tonpuze Creak Watershed Integral Treatment Assessment Appendix</title><yearidentifier>200508</yearidentifier></data><data><abstract>我國之水資源開發利用與保育，分別由不同性質之機關推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整，有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行整理、歸納及統計分析，俾瞭解每年水資源之投資概況，並提供日後相關單位辦理水資源規劃之參考。本會計年度為民國93年1月1日至民國93年12月31日止。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/30</date><governmentpublicationsnumber>1009402806</governmentpublicationsnumber><identifier>46728</identifier><internationalstandardbooknumber>9789860022094 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46728</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署台灣地區水資源投資分析:93年度報告</title><yearidentifier>200509</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/30</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46729</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46729</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十八期）</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>中華民國地區發展學會</author><categoryidentifier>351.6807</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/9/30</date><governmentpublicationsnumber>1009402485</governmentpublicationsnumber><identifier>46730</identifier><internationalstandardbooknumber>9789860019919 ; 9789860019</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46730</librarycollectiondetailsurl><price>200</price><publisher>雲嘉南濱海風景管理處</publisher><publishrocyear>94</publishrocyear><title>雲嘉南濱海濕地永續發展研討會論文集－專題論文及辦理成果編輯</title><yearidentifier>200508</yearidentifier></data><data><abstract>台灣河流短促坡降陡峻，地質脆弱流路分岐常導致河堤護岸沖毀，本研究目的藉由水工模型試驗，針對清水溪南雲橋上下游局部沖淤河段進行護岸保護工法研究。本計畫擬分二年進行，第一年(91年度)為清水溪南雲大橋段護岸保護工法研究；第二年(93年度)為此溪此橋段連續性跨河構适物對河道沖淤、通洪能力及護岸堤防穩定探討。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932   443.68972904</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/11</date><governmentpublicationsnumber>1009402873</governmentpublicationsnumber><identifier>46793</identifier><internationalstandardbooknumber>9789860022742 ; 9860022747</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46793</librarycollectiondetailsurl><price>254</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>清水溪河道護岸保護工法水理調查試驗研究(2/2)</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>視群傳播事業有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/11</date><governmentpublicationsnumber>4509401698</governmentpublicationsnumber><identifier>46794</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46794</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>八色鳥與湖山水庫工程計畫(光碟版)</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/13</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>46811</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46811</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>94</publishrocyear><title>93年度經濟部水利署年報(內附光碟)</title><yearidentifier>200509</yearidentifier></data><data><abstract>本署以往辦理地下水觀測站井建置計畫均委由河川局同仁監造，惟囿於人力時間與業務技術屬性，實有不足之處。爰此自本年度起始成立規劃、設計及監造計畫，監督「93年度地下水觀測站井建置維護」計畫之鑿井作業，以確保各觀測井及抽水試驗井之施工品質，並協助本署協調管控工作界面與勞動安全事項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/5/19</date><governmentpublicationsnumber>1009305130</governmentpublicationsnumber><identifier>46812</identifier><internationalstandardbooknumber>9789860000764 ; 986000076X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46812</librarycollectiondetailsurl><price>工本費440</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>規劃、設計及監造「93年度地下水觀測站井建置維護計畫」與 地下水試驗分析計畫(光碟版)=Planning , Design, Supervision and Aquifer Test for the Installation and Maintenance of Groundwater Observation Wells in 2004</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>法務部教育部行政院衛生署</author><categoryidentifier>412.2607</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/18</date><governmentpublicationsnumber>1009401552</governmentpublicationsnumber><identifier>46845</identifier><internationalstandardbooknumber>9789860012750 ; 986001275X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46845</librarycollectiondetailsurl><price>61</price><publisher>法務部</publisher><publishrocyear>94</publishrocyear><title>94年反毒報告書</title><yearidentifier>200506</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/19</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46854</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46854</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三十九期）</title><yearidentifier>200510</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/19</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46855</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46855</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四十期）</title><yearidentifier>200510</yearidentifier></data><data><abstract>台灣河流短促坡降陡峻，地質脆弱流路分岐常導致河堤護岸沖毀，本研究目的藉由水工模型試驗，針對清水溪南雲橋上下游局部沖淤河段進行護岸保護工法研究。本計畫擬分二年進行，第一年(91年度)為清水溪南雲大橋段護岸保護工法研究；第二年(93年度)為此溪此橋段連續性跨河構适物對河道沖淤、通洪能力及護岸堤防穩定探討。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/19</date><governmentpublicationsnumber>1009402873</governmentpublicationsnumber><identifier>46864</identifier><internationalstandardbooknumber>9789860022742 ; 9860022747</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46864</librarycollectiondetailsurl><price>254</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>清水溪河道護岸保護工法水理調查試驗研究(2/2)(光碟版)</title><yearidentifier>200509</yearidentifier></data><data><abstract>我國之水資源開發利用與保育，分別由不同性質之機關推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整，有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行整理、歸納及統計分析，俾瞭解每年水資源之投資概況，並提供日後相關單位辦理水資源規劃之參考。本會計年度為民國93年1月1日至民國93年12月31日止。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/20</date><governmentpublicationsnumber>1009402806</governmentpublicationsnumber><identifier>46866</identifier><internationalstandardbooknumber>9789860022094 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46866</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署台灣地區水資源投資分析:93年度報告－光碟版</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/20</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>46868</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46868</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署永續發展簡訊　 第十四期</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>臺南縣政府</author><categoryidentifier>678.62028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/20</date><governmentpublicationsnumber>1009402658</governmentpublicationsnumber><identifier>46873</identifier><internationalstandardbooknumber>9789860021806 ; 9789860021</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46873</librarycollectiondetailsurl><price>80</price><publisher>臺南縣政府</publisher><publishrocyear>94</publishrocyear><title>臺南縣統計要覽（民國九十三年，第五十六期）－內附光碟</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/21</date><governmentpublicationsnumber>2004000007</governmentpublicationsnumber><identifier>46896</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46896</librarycollectiondetailsurl><price>450</price><publisher>南投縣政府</publisher><publishrocyear>91</publishrocyear><title>中華民國九十年 南投縣統計要覽 第五十期</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/21</date><governmentpublicationsnumber>2004000007</governmentpublicationsnumber><identifier>46897</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46897</librarycollectiondetailsurl><price>450</price><publisher>南投縣政府</publisher><publishrocyear>90</publishrocyear><title>中華民國八十九年 南投縣統計要覽 第四十九期</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/21</date><governmentpublicationsnumber>30715890139</governmentpublicationsnumber><identifier>46898</identifier><internationalstandardbooknumber>9789570270440 ; 9570270446</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46898</librarycollectiondetailsurl><price>450</price><publisher>南投縣政府</publisher><publishrocyear>89</publishrocyear><title>中華民國八十八年 南投縣統計要覽 第四十八期</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/21</date><governmentpublicationsnumber>30715820049</governmentpublicationsnumber><identifier>46899</identifier><internationalstandardbooknumber>9789570031676 ; 9570031670</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46899</librarycollectiondetailsurl><price>450</price><publisher>南投縣政府</publisher><publishrocyear>82</publishrocyear><title>南投縣統計提要:民國三十九年至八十一年</title><yearidentifier>199312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>46900</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46901</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪流域洪水逕流測預報系統水情中心工作計畫成果報告(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>351.819</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/26</date><governmentpublicationsnumber>8854890012</governmentpublicationsnumber><identifier>46919</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46919</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣地區河川流量延時曲線</title><yearidentifier>200001</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處  編印</author><categoryidentifier>443.6211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/27</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>46929</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46929</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處88年下半年及89年度年報</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>台灣省水利局</author><categoryidentifier>443.682   443.6211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/27</date><governmentpublicationsnumber>30922850046</governmentpublicationsnumber><identifier>46931</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46933</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署中區水資源局年報九十三年度</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/27</date><governmentpublicationsnumber>1009000504</governmentpublicationsnumber><identifier>46935</identifier><internationalstandardbooknumber> 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附錄:模式說明及應用範例</title><yearidentifier>200102</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/10/27</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>46942</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_46942</librarycollectiondetailsurl><price>475</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署中區水資源局年報 九十三年度</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47170</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四十六期）</title><yearidentifier>200511</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47171</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47171</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四十七期）</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>臺北自來水事業處 編印</author><categoryidentifier>445.202811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/8</date><governmentpublicationsnumber>2005200014</governmentpublicationsnumber><identifier>47196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47196</librarycollectiondetailsurl><price>280</price><publisher>臺北自來水事業處</publisher><publishrocyear>90</publishrocyear><title>臺北自來水事業_八十九年統計年報</title><yearidentifier>200106</yearidentifier></data><data><abstract>阿公店水庫更新工程蓄水前安全複核及運用維護操作計畫阿公店更新工程緊急應變計畫</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.6111   440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>2009101534</governmentpublicationsnumber><identifier>47198</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47198</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>九十年度年報</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/9</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>47210</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47210</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十五年潮汐表=Tide Tables 2006</title><yearidentifier>200511</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47212</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47212</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四十八期）</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技發展基金會</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920042V1</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/13</date><governmentpublicationsnumber>1009304238</governmentpublicationsnumber><identifier>47225</identifier><internationalstandardbooknumber>9789570194005 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47225</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>石門水庫集水區泥砂產量推估之研究(2/3) On Estimation of Sediment Yield in Shihmen Reservoir Watershed</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技發展基金會</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920042V1</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/13</date><governmentpublicationsnumber>1009304238</governmentpublicationsnumber><identifier>47226</identifier><internationalstandardbooknumber>9789570194005 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47226</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>石門水庫集水區泥砂產量推估之研究(2/3) －光碟版</title><yearidentifier>200411</yearidentifier></data><data><abstract>為持續推動水文及水資源資料之供應服務，建置水資源資料倉儲中心，本年度持續擴充更新河川水質、水權及河川斷面等多項GIS圖層及時序性資料，並新增全台五千分之一彩色正射影像及蘭陽溪等18條河川沿岸彩色正射影像；而於系統功能部分，則新增資料檢索、基本圖查詢、資料回饋線上填報、影像資料申請下載等數項功能，並進行系統版面修改、功能架構調整，提升操作之便利性。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029   554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940007</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/15</date><governmentpublicationsnumber>1009403674</governmentpublicationsnumber><identifier>47231</identifier><internationalstandardbooknumber>9789860029245 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47231</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(2/4)=Expand the Supply System of Hydrological and Water Resource Data (2/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>為持續推動水文及水資源資料之供應服務，建置水資源資料倉儲中心，本年度持續擴充更新河川水質、水權及河川斷面等多項GIS圖層及時序性資料，並新增全台五千分之一彩色正射影像及蘭陽溪等18條河川沿岸彩色正射影像；而於系統功能部分，則新增資料檢索、基本圖查詢、資料回饋線上填報、影像資料申請下載等數項功能，並進行系統版面修改、功能架構調整，提升操作之便利性。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940007</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/15</date><governmentpublicationsnumber>1009403674</governmentpublicationsnumber><identifier>47232</identifier><internationalstandardbooknumber>9789860029246 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47232</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(2/4)－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>臺北自來水事業處</author><categoryidentifier>445.2028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/15</date><governmentpublicationsnumber>2005200014</governmentpublicationsnumber><identifier>47233</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47233</librarycollectiondetailsurl><price>180</price><publisher>臺北自來水事業處</publisher><publishrocyear>94</publishrocyear><title>臺北自來水事業統計年報（民國九十三年）</title><yearidentifier>200510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/15</date><governmentpublicationsnumber>1009402638</governmentpublicationsnumber><identifier>47234</identifier><internationalstandardbooknumber>9789860021370 ; 9860021376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47234</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署臺北水源特定區管理局93年度年報</title><yearidentifier>200509</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47235</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47235</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四十九期）</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>327.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/21</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>47248</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47248</librarycollectiondetailsurl><price>100</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>天文日曆=Astronomical Almanac 2006</title><yearidentifier>200512</yearidentifier></data><data><abstract>提供水利行政知識檢索與分類應用</abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940175</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/21</date><governmentpublicationsnumber>1009403670</governmentpublicationsnumber><identifier>47249</identifier><internationalstandardbooknumber>9789860029260 ; 9860029261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47249</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>「水利行政管理知識網2/2計畫」 Water Administration Knowledge Management Web</title><yearidentifier>200511</yearidentifier></data><data><abstract>提供水利行政知識檢索與分類應用</abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940175</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/21</date><governmentpublicationsnumber>1009403670</governmentpublicationsnumber><identifier>47250</identifier><internationalstandardbooknumber>9789860029260 ; 9860029261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47250</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>「水利行政管理知識網2/2計畫」(光碟版) Water Administration Knowledge Management Web</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/22</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>47251</identifier><internationalstandardbooknumber>1606-2574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47251</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>節約用水季刊（第四十期）:水環境再造 國際趨勢</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/22</date><governmentpublicationsnumber>1009001688</governmentpublicationsnumber><identifier>47252</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47252</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>地下水人工補助池試驗研究Experiment &amp; Research of  Artificial Groundwater Recharge Pond</title><yearidentifier>200107</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/23</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47254</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47254</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第五十期）</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/23</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>47255</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47255</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署永續發展簡訊　 第十五期</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣省水利局八十三年度年報</abstract><author>台灣省水利局</author><categoryidentifier>443.6897   443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>30923830017</governmentpublicationsnumber><identifier>47256</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47256</librarycollectiondetailsurl><price>80</price><publisher>台灣省水利局</publisher><publishrocyear>83</publishrocyear><title>台灣省水利局八十三年度年報</title><yearidentifier>199411</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>100101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/26</date><governmentpublicationsnumber>8374820012</governmentpublicationsnumber><identifier>47257</identifier><internationalstandardbooknumber>00-H-30-22 ; 00H3022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47257</librarycollectiondetailsurl><price>80</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>82</publishrocyear><title>中華民國八十年台灣水文年報Hydrological Year Book of Taiwan , Republic of China, 1991</title><yearidentifier>199301</yearidentifier></data><data><abstract>主要探討之地文參數包括地下水側流補注量以及河川上游集水區降雨有效入滲係數，並透過河川上下游流量差及同位素與化學物質於水中的含量分布分析區域性河川與地下水交互補注關係。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.8   443.830</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940164</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/27</date><governmentpublicationsnumber>1009404337</governmentpublicationsnumber><identifier>47259</identifier><internationalstandardbooknumber>9789860035414 ; 9860035415</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47259</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>花蓮溪流域地下水資源調查研究(內附光碟)= Investigation of Groundwater Resources in Hua-Lian Alluvial Valley</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要目的針對高台水庫進一步之質探查工作，包括地形圖製作、工程地質探查、地球物理探查以及現地試驗等，並依此成果評估其壩型之適用性。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6441   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/27</date><governmentpublicationsnumber>1009404182</governmentpublicationsnumber><identifier>47260</identifier><internationalstandardbooknumber>9789860035292 ; 9860035296</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47260</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>高台水庫可行性規劃(一)工程地質探查專題報告(內附光碟)=The Feasibility Study of Gaotai Reservoir (1)- Engineering Geological  Investigation</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究之目的即在發展一套由國人自行研發適合大區域及小範圍之地下水流及質量傳輸模式，並進行地下水污染現地試驗，輔以實驗室砂箱試驗，提出地下水流及污染物質量傳輸之相關地質參數。</abstract><author>國立交通大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/28</date><governmentpublicationsnumber>1009404341</governmentpublicationsnumber><identifier>47261</identifier><internationalstandardbooknumber>9789860035407 ; 9860035407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47261</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究總成果報告(內附光碟)=Development of Groundwater Mass Transport Model and ln-Situ Experiments</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年來臺灣已開始重視非點源污染之管制,非點源污染是影響水庫永續經營之最主要因素,考量以集水區為尺度之非點源污染削減措施為一有效且必須之管理策略.本研究即以整個集水區為範圍,建立一非點源污染削減方案分析模式,決定集水區內非點源削減策略.本研究以翡翠水庫集水區為例,推估非點源污染物總磷輸出量,計算達到水庫貧養水質標準所需之削減量,規劃BMP配置策略,所獲致之結果可提供翡翠水庫集水區未來實施非點源污染管制時之參考.</abstract><author>國立臺北科技大學水環境研究中心；林鎮洋編著</author><categoryidentifier>443.642   443.642703   443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940130</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/29</date><governmentpublicationsnumber>1009404502</governmentpublicationsnumber><identifier>47263</identifier><internationalstandardbooknumber>9789860037524 ; 9860037523</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47263</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>翡翠水庫集水區非點源污染削減措施整體規劃之研究 Research of Non-Point Source Pollution Reduce and Control Integrated Strategy on Feitsui Reservoir Catchment Area</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940105</commissionedprojectidentifier><currency>NT$</currency><date>2005/12/29</date><governmentpublicationsnumber>1009403984</governmentpublicationsnumber><identifier>47265</identifier><internationalstandardbooknumber>9789860032116 ; 9860032114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47265</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(二)(內附光碟)=Development of Generalized Priority-WBased Allocation Models for Regional Water Resources Management and Transfer ll</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/29</date><governmentpublicationsnumber>1009403984</governmentpublicationsnumber><identifier>47266</identifier><internationalstandardbooknumber>9789860032116 ; 9860032114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47266</librarycollectiondetailsurl><price>500</price><publisher>National Cheng Kung University</publisher><publishrocyear>94</publishrocyear><title>Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer ll Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/12/29</date><governmentpublicationsnumber>1009403984</governmentpublicationsnumber><identifier>47268</identifier><internationalstandardbooknumber>9789860032116 ; 9860032114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer ll Summary(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對台中彰化及雲林海岸一般性海堤區域調查海域及陸域生態資料及建立資料庫,以提供作為海岸環境營造及改善基本參靠資料.</abstract><author>中華民國環境綠化協會</author><categoryidentifier>367   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009404227</governmentpublicationsnumber><identifier>47288</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47288</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>海岸生態資料調查及資料庫建置(2/2)(內附光碟)=The ecological investigation and database establishment of seashore areas</title><yearidentifier>200512</yearidentifier></data><data><abstract>海岸生態資料調查及資料庫建置(2/2):(光碟版)</abstract><author>中華民國環境綠化協會</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009404227</governmentpublicationsnumber><identifier>47289</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47289</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>海岸生態資料調查及資料庫建置(2/2):(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>基隆河中、下游屬蜿蜒型河道，河床坡度平緩，沿途存在多個彎道，水流經彎道時，主流偏向凹岸，造成凹岸過度之沖刷及凸岸嚴重之淤積，對河防安全構成嚴重威脅。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/2</date><governmentpublicationsnumber>1009403938</governmentpublicationsnumber><identifier>47291</identifier><internationalstandardbooknumber>9860032122 ; 1009403938</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47291</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>基隆河水尾灣彎道挑流工水工模型試驗報告</title><yearidentifier>200511</yearidentifier></data><data><abstract>基隆河中、下游屬蜿蜒型河道，河床坡度平緩，沿途存在多個彎道，水流經彎道時，主流偏向凹岸，造成凹岸過度之沖刷及凸岸嚴重之淤積，對河防安全構成嚴重威脅。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/2</date><governmentpublicationsnumber>1009403938</governmentpublicationsnumber><identifier>47292</identifier><internationalstandardbooknumber>9789860032123 ; 9860032122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47292</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>基隆河水尾灣彎道挑流工水工模型試驗報告(內附光碟片)=Hydraulic Model The Sests on The Spur Dike of Shuiweiwan in Keelung River</title><yearidentifier>200511</yearidentifier></data><data><abstract>進入WTO後，稻作面積勢將配合減少，由於水稻用水量大但缺水忍耐度高，如能妥善規劃於缺水地區依灌溉系統辦理稻作停灌休耕或轉作，則應可在不影響農糧政策下，有效節約農業用水以調度支援枯水期之產業用水緊張本報告以桃園地區為例，進行農地耕作調整促進水資源利用研究。</abstract><author>清雲科技大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/2</date><governmentpublicationsnumber>1009403977</governmentpublicationsnumber><identifier>47293</identifier><internationalstandardbooknumber>9789860032109 ; 9860032106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47293</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園地區農地耕作調整促進水資源利用研究(內附光碟片)=Study on the  Enhancement of  Water Resources Utilization by the Adjustment of Cultivation on Farm-Lands in Tao-Yuan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>進入WTO後，稻作面積勢將配合減少，由於水稻用水量大但缺水忍耐度高，如能妥善規劃於缺水地區依灌溉系統辦理稻作停灌休耕或轉作，則應可在不影響農糧政策下，有效節約農業用水以調度支援枯水期之產業用水緊張本報告以嘉南地區為例，進行農地耕作調整促進水資源利用研究。</abstract><author>清雲科技大學</author><categoryidentifier>432.5775</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/2</date><governmentpublicationsnumber>1009403978</governmentpublicationsnumber><identifier>47295</identifier><internationalstandardbooknumber>9789860032093 ; 9860032092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47295</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉南地區農地耕作調整促進水資源利用研究(內附光碟)=Study on the Enhancement of Water Resources Utilization by the Adjustment of Cultivation on Farm-Lands in Chia-Nan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47298</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47298</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第五十一期）</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>黃鑑水</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009400997</governmentpublicationsnumber><identifier>47299</identifier><internationalstandardbooknumber>9789860008623 ; 9789860008</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47299</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>94</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第四號　臺北第三版</title><yearidentifier>200509</yearidentifier></data><data><abstract>1.前言 2.相關法令及計畫 3.流域概況調查 4.發展潛力分析 5.環境營造計畫 6.經營管理計畫 7.分期實施計畫 8.效益分析</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009404428</governmentpublicationsnumber><identifier>47300</identifier><internationalstandardbooknumber>9789860038569 ; 9860038562</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47300</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>94</publishrocyear><title>景美溪河川環境營造計畫規劃 Chingmei River Environment Management Planning</title><yearidentifier>200512</yearidentifier></data><data><abstract>主要探討之地文參數包括地下水側流補注量以及河川上游集水區降雨有效入滲係數，並透過河川上下游流量差及同位素與化學物質於水中的含量分布分析區域性河川與地下水交互補注關係。</abstract><author>逢甲大學水利工程學系</author><categoryidentifier>443.8   443.830</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940164</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009404337</governmentpublicationsnumber><identifier>47301</identifier><internationalstandardbooknumber>9789860035414 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47301</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>花蓮溪流域地下水資源調查研究成果報告(光碟版）= Investigation of Groundwater Resources in Hua-Lian Alluvial Valley</title><yearidentifier>200512</yearidentifier></data><data><abstract>集集共同引水工程計畫涵蓋：「攔河堰及附屬工程」「北岸聯絡渠道工程」「南岸聯絡渠道工程」「工業用水專用設施工程」等4大部份</abstract><author>經濟部水利署中區水資源局,經濟部水利署第四河川局,彰化農田水利會,雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009402993</governmentpublicationsnumber><identifier>47302</identifier><internationalstandardbooknumber>9789860024173 ; 9860024170</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47302</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(上冊)(內附光碟)(平裝)</title><yearidentifier>200510</yearidentifier></data><data><abstract>集集共同引水工程計畫涵蓋：「攔河堰及附屬工程」「北岸聯絡渠道工程」「南岸聯絡渠道工程」「工業用水專用設施工程」等4大部份</abstract><author>經濟部水利署中區水資源局,經濟部水利署第四河川局,彰化農田水利會,雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>47303</identifier><internationalstandardbooknumber>9789860024197 ; 9860024197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47303</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(下冊)(內附光碟)(平裝本)</title><yearidentifier>200510</yearidentifier></data><data><abstract>集集共同引水工程計畫涵蓋：「攔河堰及附屬工程」「北岸聯絡渠道工程」「南岸聯絡渠道工程」「工業用水專用設施工程」等4大部份</abstract><author>經濟部水利署中區水資源局,經濟部水利署第四河川局,彰化農田水利會,雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009402993</governmentpublicationsnumber><identifier>47304</identifier><internationalstandardbooknumber>9789860024166 ; 9860024162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47304</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(上冊)(內附光碟)(精裝本)</title><yearidentifier>200510</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>47313</identifier><internationalstandardbooknumber>9789860022162 ; 986002216X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47313</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估Tonpuze Creak Watershed Integral Treatment  Assessment(成果光碟)</title><yearidentifier>200508</yearidentifier></data><data><abstract>頭前溪河川環境營造計畫規劃(內附光碟)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6897   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>1009404260</governmentpublicationsnumber><identifier>47318</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47318</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪河川環境營造計畫規劃(內附光碟)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/3</date><governmentpublicationsnumber>1009404260</governmentpublicationsnumber><identifier>47319</identifier><internationalstandardbooknumber>986-00-3442-7</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47319</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪河川環境營造計畫規劃(光碟版)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，因應豐枯時期區域水資源之調度與供需分析，以符合區域內各標的用水的最佳調度策略，針對台灣西部北區特殊之水文環境，進行通用性之區域水資源調度與供需分析模式之建置工作</abstract><author>國立成功大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940105</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403984</governmentpublicationsnumber><identifier>47321</identifier><internationalstandardbooknumber>9789860032116 ; 9860032114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(二)=Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer ll</title><yearidentifier>200512</yearidentifier></data><data><abstract>基隆河中、下游屬蜿蜒型河道，河床坡度平緩，沿途存在多個彎道，水流經彎道時，主流偏向凹岸，造成凹岸過度之沖刷及凸岸嚴重之淤積，對河防安全構成嚴重威脅。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403938</governmentpublicationsnumber><identifier>47322</identifier><internationalstandardbooknumber>9860032122 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47322</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>基隆河水尾灣彎道挑流工水工模型試驗報告(光碟版)</title><yearidentifier>200511</yearidentifier></data><data><abstract>集集共同引水工程計畫涵蓋：「攔河堰及附屬工程」「北岸聯絡渠道工程」「南岸聯絡渠道工程」「工業用水專用設施工程」等4大部份</abstract><author>經濟部水利署中區水資源局,經濟部水利署第四河川局,彰化農田水利會,雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>47323</identifier><internationalstandardbooknumber>9789860024180 ; 9860024189</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47323</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(下冊)(內附光碟) (精裝本)</title><yearidentifier>200510</yearidentifier></data><data><abstract>基隆河中、下游屬蜿蜒型河道，河床坡度平緩，沿途存在多個彎道，水流經彎道時，主流偏向凹岸，造成凹岸過度之沖刷及凸岸嚴重之淤積，對河防安全構成嚴重威脅。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403938</governmentpublicationsnumber><identifier>47324</identifier><internationalstandardbooknumber>9789860032123 ; 9860032122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47324</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>基隆河水尾灣彎道挑流工水工模型試驗報告=Hydraulic Model The Sests on The Spur Dike of Shuiweiwan in Keelung River</title><yearidentifier>200511</yearidentifier></data><data><abstract>本研究之目的即在發展一套由國人自行研發適合大區域及小範圍之地下水流及質量傳輸模式，並進行地下水污染現地試驗，輔以實驗室砂箱試驗，提出地下水流及污染物質量傳輸之相關地質參數。</abstract><author>國立交通大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940195</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404344</governmentpublicationsnumber><identifier>47325</identifier><internationalstandardbooknumber>9789860035421 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47325</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究(3/3)－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究之目的即在發展一套由國人自行研發適合大區域及小範圍之地下水流及質量傳輸模式，並進行地下水污染現地試驗，輔以實驗室砂箱試驗，提出地下水流及污染物質量傳輸之相關地質參數。</abstract><author>國立交通大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404341</governmentpublicationsnumber><identifier>47326</identifier><internationalstandardbooknumber>9789860035407 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47326</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究總成果報告－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年來臺灣已開始重視非點源污染之管制,非點源污染是影響水庫永續經營之最主要因素,考量以集水區為尺度之非點源污染削減措施為一有效且必須之管理策略.本研究即以整個集水區為範圍,建立一非點源污染削減方案分析模式,決定集水區內非點源削減策略.本研究以翡翠水庫集水區為例,推估非點源污染物總磷輸出量,計算達到水庫貧養水質標準所需之削減量,規劃BMP配置策略,所獲致之結果可提供翡翠水庫集水區未來實施非點源污染管制時之參考.</abstract><author>國立台北科大水環境研究中心</author><categoryidentifier>443.642   443.642703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940130</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404502</governmentpublicationsnumber><identifier>47327</identifier><internationalstandardbooknumber>9789860037524 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47327</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>翡翠水庫集水區非點源污染削減措施整體規劃之研究(光碟版) Research of Non-Point Source Pollution Reduce and Control Integrated Strategy on Feitsui Reservoir Catchment Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要目的針對高台水庫進一步之質探查工作，包括地形圖製作、工程地質探查、地球物理探查以及現地試驗等，並依此成果評估其壩型之適用性。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404182</governmentpublicationsnumber><identifier>47328</identifier><internationalstandardbooknumber>9789860035292 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47328</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>高台水庫可行性規劃(一)工程地質探查專題報告(光碟版)=The Feasibility Study of Gaotai Reservoir (1)- Engineering Geological  Investigation</title><yearidentifier>200512</yearidentifier></data><data><abstract>進入WTO後，稻作面積勢將配合減少，由於水稻用水量大但缺水忍耐度高，如能妥善規劃於缺水地區依灌溉系統辦理稻作停灌休耕或轉作，則應可在不影響農糧政策下，有效節約農業用水以調度支援枯水期之產業用水緊張本報告以桃園地區為例，進行農地耕作調整促進水資源利用研究。</abstract><author>清雲科技大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403977</governmentpublicationsnumber><identifier>47329</identifier><internationalstandardbooknumber>9789860032109 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47329</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園地區農地耕作調整促進水資源利用研究－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.前言 2.相關法令及計畫 3.流域概況調查 4.發展潛力分析 5.環境營造計畫 6.經營管理計畫 7.分期實施計畫 8.效益分析</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404428</governmentpublicationsnumber><identifier>47330</identifier><internationalstandardbooknumber>9789860038569 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47330</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>94</publishrocyear><title>景美溪河川環境營造計畫規劃(光碟版) Chingmei River Environment Management Planning</title><yearidentifier>200512</yearidentifier></data><data><abstract>進入WTO後，稻作面積勢將配合減少，由於水稻用水量大但缺水忍耐度高，如能妥善規劃於缺水地區依灌溉系統辦理稻作停灌休耕或轉作，則應可在不影響農糧政策下，有效節約農業用水以調度支援枯水期之產業用水緊張本報告以嘉南地區為例，進行農地耕作調整促進水資源利用研究。</abstract><author>清雲科技大學</author><categoryidentifier>432.5775</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403978</governmentpublicationsnumber><identifier>47331</identifier><internationalstandardbooknumber>9789860032093 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉南地區農地耕作調整促進水資源利用研究－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>一、國外先進國家開發出一種取代傳統回填料之新型水泥質材料，稱之為CLSM﹙Controlled Low Strength Materials﹚，CLSM是一種非常理想的回填材料，極具突破傳?施工品質與效率之潛力。二、本研究之目的乃將現地開挖之土壤充分的回收再利用，以製成CLSM之方式開發出以土壤為材料的RMSM，重新原她進行基礎回填，在最短時間內進行鋪面工程。內容依土壤粒度分類及工程性質要求，完成RMSM之配比設計並探討其物理性、耐久性及與AC間之黏結力，從而建立完整的RMSM概念。   目次： 第一章、緒論第二章、文獻回顧第三章、RMSM配比設計與拌製之試驗規畫第四章、RMSM各項試驗之結果與討論第五章、混凝土品檢技術第六章、結論與建議</abstract><author>國立中興大學</author><categoryidentifier>443.6798</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009404222</governmentpublicationsnumber><identifier>47332</identifier><internationalstandardbooknumber>9789860034455 ; 9860034451</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47332</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>現地開挖土壤之回收利用─CLSM 成果報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，因應豐枯時期區域水資源之調度與供需分析，以符合區域內各標的用水的最佳調度策略，針對台灣西部北區特殊之水文環境，進行通用性之區域水資源調度與供需分析模式之建置工作</abstract><author>國立成功大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940105</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/4</date><governmentpublicationsnumber>1009403984</governmentpublicationsnumber><identifier>47333</identifier><internationalstandardbooknumber>9789860032116 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47333</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(二)－光碟版 Development of Generalized Priority-WBased Allocation Models for Regional Water Resources Management and Transfer ll</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書針對規劃案中之各引水路線及壩堰址作地表地質調查及工程地質評估，以探討可能遭遇之工程問題，並檢討各計畫壩堰址和引水路線之適當性，以作為淡水河流域水源調配可能方案之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404223</governmentpublicationsnumber><identifier>47334</identifier><internationalstandardbooknumber>9789860034905 ; 9860034907</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47334</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>『淡水河流域水資源調配利用調查規劃 』 北勢溪與基隆河水資源聯合運用規劃─引水路沿線及可能壩堰址地質調查報告(內附光碟)=Schematic Plan for the Joint Utilization of the Water Resources of Peiszechi and Keelung River -Report on Geological Survey for Water -Conduit Lines</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書針對規劃案中之各引水路線及壩堰址作地表地質調查及工程地質評估，以探討可能遭遇之工程問題，並檢討各計畫壩堰址和引水路線之適當性，以作為淡水河流域水源調配可能方案之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404233</governmentpublicationsnumber><identifier>47335</identifier><internationalstandardbooknumber>9789860034912 ; 9860034915</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47335</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>『淡水河流域水資源調配利用調查規劃』南勢溪.石門水庫與三峽河水資源聯合運用規劃─引水路沿線及可能壩堰址地質調查報(內附光碟)=Schematic Plan for the Joint Utilization of the Water Resources of  Nanszechi,Shimen Reservoir ,and Sanhsia River─Report on Geological Survey for W</title><yearidentifier>200512</yearidentifier></data><data><abstract>進入WTO後，稻作面積勢將配合減少，由於水稻用水量大但缺水忍耐度高，如能妥善規劃於缺水地區依灌溉系統辦理稻作停灌休耕或轉作，則應可在不影響農糧政策下，有效節約農業用水以調度支援枯水期之產業用水緊張本報告以桃園地區為例，進行農地耕作調整促進水資源利用研究。</abstract><author>清雲科技大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009403977</governmentpublicationsnumber><identifier>47336</identifier><internationalstandardbooknumber>9789860032109 ; 9860032106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47336</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園地區農地耕作調整促進水資源利用研究=Study on the  Enhancement of  Water Resources Utilization by the Adjustment of Cultivation on Farm-Lands in Tao-Yuan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書藉由蒐集全省各主要河川流域之既有地質資料，建置地質資料庫，並以資料最為充足豐富之頭前溪流域為範本，建置成可供網際查詢之系統，供河川流域整體治理規劃、管理之參考工具。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404217</governmentpublicationsnumber><identifier>47337</identifier><internationalstandardbooknumber>9789860034899 ; 9860034893</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47337</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─第二年工作成果報告(2/2)(內附光碟)=Development of Geology GIS for Major River Basins in Taiwan (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>集集共同引水工程竣工報告(上冊)</abstract><author>經濟部水利署中區水資源局.經濟部水利署第四河川局.台灣省彰化農田水利會.台灣省雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009402993</governmentpublicationsnumber><identifier>47338</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47338</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(上冊)(平裝版)</title><yearidentifier>200510</yearidentifier></data><data><abstract>集集共同引水工程竣工報告(下冊)</abstract><author>經濟部水利署中區水資源局.經濟部水利署第四河川局.台灣省彰化農田水利會.台灣省雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>47339</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47339</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(下冊)(平裝版)</title><yearidentifier>200510</yearidentifier></data><data><abstract>本手冊在於介紹全省主要河川流域地質資訊系統建立所建置之資訊系統的使用及操作程序和方法</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404241</governmentpublicationsnumber><identifier>47340</identifier><internationalstandardbooknumber>9789860034998 ; 9860034990</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47340</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─河川流域地質資訊系統使用手冊(內附光碟)=Geology GIS for Major River Basins in Taiwan Users’Manual</title><yearidentifier>200512</yearidentifier></data><data><abstract>彙整經濟部水利署水利規劃試驗所九十三年度水資源調查規劃項下委託服務辦理之研究計畫成果及辦理研究成果發表會，提供相關單位相互觀摩參考交流機會及將研究成果公開提供相關單位參考應用。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009403829</governmentpublicationsnumber><identifier>47341</identifier><internationalstandardbooknumber>9789860031768 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47341</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>九十三年度水資源規劃委辦計畫成果?整及成果發表會  2004 Conference on Water Resources Planning</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公區</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>47342</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47342</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>水利第15期(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>廖文豪主編</author><categoryidentifier>925.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009204196</governmentpublicationsnumber><identifier>47343</identifier><internationalstandardbooknumber>9789570158489 ; 9570158484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47343</librarycollectiondetailsurl><price>370</price><publisher>彰化縣文化局</publisher><publishrocyear>92</publishrocyear><title>牽手半世紀:西螺大橋通車五十週年紀念專輯</title><yearidentifier>200312</yearidentifier></data><data><abstract>藉由系統化方式彙整及分析臺北水源局過去對轄區及相關區內水資源規劃執行工作，並考慮未來業務目標(包括流域管理、溫泉管理、回饋補償)，規劃臺北水源局各課室之未來工作考量；並運用行銷方式建置成果行銷媒體及整體業務規劃方案，涵蓋短、中、長期之行銷目標，俾利整合特定區之水、土及生態資源，以兼顧民眾與環境永續發展之需。</abstract><author>環境技術學院；張志誠編著</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404425</governmentpublicationsnumber><identifier>47344</identifier><internationalstandardbooknumber>9789860036978 ; 9860036977</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47344</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>臺北水源特定區業務管理規劃建置與行銷 The Management and Promotion Project In Taipei Watershed District</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>連惠邦.廖清標.周佳賢等編著</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940045</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404555</governmentpublicationsnumber><identifier>47345</identifier><internationalstandardbooknumber>9789860037500 ; 9860037507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47345</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>濁水溪高風險河段治理策略及緊急避難疏散研究計畫(成果報告)=The study of Cho-Shui River High Risk Reach Management Strategies and the System Planning for Emergency Evacuation and Shelters</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫整合水源特定區相關地理圖層資料，並改變傳統檔案儲存資料之方式，規劃以資料庫型態儲存及管理空間資料，解決圖資檔案共用問題，提供一致性資料，並規劃以Web GIS技術開發業務支援系統，整合地理資訊、建立管理查詢介面，以提供都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等業務資料管理與圖資查詢之需求，有效提昇行政效率、增加資料應用價值，及落實地理資訊系統技術之應用與推廣。</abstract><author>九福科技顧問公司；葉嘉揚編著</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/5</date><governmentpublicationsnumber>1009404500</governmentpublicationsnumber><identifier>47346</identifier><internationalstandardbooknumber>9789860036985 ; 9860036985</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47346</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>臺北水源特定區管理局業務支援系統 Taipei Water Management Office Business Support System</title><yearidentifier>200512</yearidentifier></data><data><abstract>水利署所屬之南勢角水工試驗室位於台北縣新店河畔，為國內辦理水利工程相關水工模型驗研究之重要機構。本試驗場對於國內水利工程的發展與推動可謂貢獻良多。為迎接新時代水利研究發展，以及讓試驗場地提升研究設備水準及功能，因而提出將本區規劃成水科技博物館大樓之構想。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.6106</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940071</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009404401</governmentpublicationsnumber><identifier>47347</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47347</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水科技博物館與水利生態研發試驗中心規劃</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>連惠邦.廖清標.周佳賢等編著</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940045</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/6</date><governmentpublicationsnumber>1009404555</governmentpublicationsnumber><identifier>47348</identifier><internationalstandardbooknumber>9789860037500 ; 9860037507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>濁水溪高風險河段治理策略及緊急避難疏散研究計畫(成果報告)(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>水利署所屬之南勢角水工試驗室位於台北縣新店河畔，為國內辦理水利工程相關水工模型驗研究之重要機構。本試驗場對於國內水利工程的發展與推動可謂貢獻良多。為迎接新時代水利研究發展，以及讓試驗場地提升研究設備水準及功能，因而提出將本區規劃成水科技博物館大樓之構想。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.6106</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940071</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/6</date><governmentpublicationsnumber>1009404401</governmentpublicationsnumber><identifier>47351</identifier><internationalstandardbooknumber>9789860036220 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47351</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水科技博物館與水利生態研發試驗中心規劃(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書係藉由蒐集全省各主要河川流域之既有地資料，建置地質資料庫，並以資料最為充足豐富之頭前溪流域為範本，建置成可供網際查詢之系統，供河川流域整體治理規劃、管理之參考工具。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940066</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/6</date><governmentpublicationsnumber>1009404248</governmentpublicationsnumber><identifier>47355</identifier><internationalstandardbooknumber>9789860034974 ; 9860034974</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47355</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─總報告(內附光碟)=Developmen of Geology GIS for Major River Basins in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由試驗量測技術研發與應用、數值模式建立與模擬、虛擬實境展示，以探討水工構造物附近流場及底床沖刷特性。計畫以基隆河員山子分洪入口及水尾灣丁壩設置為主要研究對象，分二年進行研究。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/9</date><governmentpublicationsnumber>1009404347</governmentpublicationsnumber><identifier>47361</identifier><internationalstandardbooknumber>9789860035391 ; 9860035393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47361</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水工構造物附近流場與底床沖刷特性觀測及數值模擬展示(2/2)總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由試驗量測技術研發與應用、數值模式建立與模擬、虛擬實境展示，以探討水工構造物附近流場及底床沖刷特性。計畫以基隆河員山子分洪入口及水尾灣丁壩設置為主要研究對象，分二年進行研究。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404347</governmentpublicationsnumber><identifier>47362</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47362</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水工構造物附近流場與底床沖刷特性觀測及數值模擬展示(2/2)(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>海軍大氣海洋局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>2009300393</governmentpublicationsnumber><identifier>47364</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47364</librarycollectiondetailsurl><price>270</price><publisher>海軍大氣海洋局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十五年─潮汐及日月出沒表=TlDE TABLES &amp; SUN/MOON(Rise&amp;SeT)</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47367</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第一期）</title><yearidentifier>200601</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940040</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>47368</identifier><internationalstandardbooknumber>9799860034416 ; 9860034419</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47368</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(1/1)(內附光碟)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404627</governmentpublicationsnumber><identifier>47369</identifier><internationalstandardbooknumber>9789860038781 ; 9860038783</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47369</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>集集攔河堰清淤及排砂操作之研究=The research of depositing and discharging sand operation in Chi-Chi weir(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.節約用水績優單位及個人選拔表揚暨宣導推廣 2.績優水利人員表揚 3.維護更新愛水人之屋網站 4.旱季與防汛期愛護水資源宣導 5.珍水志工表揚</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940178</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404202</governmentpublicationsnumber><identifier>47371</identifier><internationalstandardbooknumber>9789860034301 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47371</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>愛護水資源教育宣導服務計畫 Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.節約用水績優單位及個人選拔表揚暨宣導推廣 2.績優水利人員表揚 3.維護更新愛水人之屋網站 4.旱季與防汛期愛護水資源宣導 5.珍水志工表揚</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940178</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404202</governmentpublicationsnumber><identifier>47372</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47372</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>愛護水資源教育宣導服務計畫(光碟版)  Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200512</yearidentifier></data><data><abstract>為依據自來水法辦理水源保育與回饋費之徵收、回饋費之運用管理，故推動辦理本計畫，以提供水源保育與回饋費繳費者名冊之建立、費額計算與列印、繳費情形與催繳名冊、回饋計畫提報與管考、水源保育與回饋業務介紹(網頁)等功能。藉由本計畫成果將水源保育與回饋費徵收作業資訊化，節省作業成本，並利水源保育與回饋費後續之運用與管理。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940176</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404259</governmentpublicationsnumber><identifier>47373</identifier><internationalstandardbooknumber>9789860034844 ; 9860034842</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47373</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水源保育與回饋費徵收系統建置計畫 The Establishment of Water Resources Conservation and Compensation Fee System</title><yearidentifier>200512</yearidentifier></data><data><abstract>為依據自來水法辦理水源保育與回饋費之徵收、回饋費之運用管理，故推動辦理本計畫，以提供水源保育與回饋費繳費者名冊之建立、費額計算與列印、繳費情形與催繳名冊、回饋計畫提報與管考、水源保育與回饋業務介紹(網頁)等功能。藉由本計畫成果將水源保育與回饋費徵收作業資訊化，節省作業成本，並利水源保育與回饋費後續之運用與管理。</abstract><author>逄甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940176</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/10</date><governmentpublicationsnumber>1009404259</governmentpublicationsnumber><identifier>47374</identifier><internationalstandardbooknumber>9789860034844 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47374</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水源保育與回饋費徵收系統建置計畫(光碟版） The Establishment of Water Resources Conservation and Compensation Fee System</title><yearidentifier>200512</yearidentifier></data><data><abstract>確保荖溪河川水質潔淨，復育荖溪河川生態系統，朝向「生態治河親水建設」之目標旨在有效削減旱澇災害、保障民眾生命財產安全及產業發展；兼顧生態保育及親水空間營造，創造具安全性、多樣化、自然及親水之河川環境。本計畫係依據「荖溪治理規劃報告」成果，研提機能空間之營造計畫，為荖溪後續整治與管理之參考依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6897301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404204</governmentpublicationsnumber><identifier>47375</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47375</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>94</publishrocyear><title>荖溪河川環境營造計畫規劃 The Environmental Rehabilitation and Planning for the Lau River</title><yearidentifier>200512</yearidentifier></data><data><abstract>確保荖溪河川水質潔淨，復育荖溪河川生態系統，朝向「生態治河親水建設」之目標旨在有效削減旱澇災害、保障民眾生命財產安全及產業發展；兼顧生態保育及親水空間營造，創造具安全性、多樣化、自然及親水之河川環境。本計畫係依據「荖溪治理規劃報告」成果，研提機能空間之營造計畫，為荖溪後續整治與管理之參考依據。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.68973006   445.992</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404204</governmentpublicationsnumber><identifier>47376</identifier><internationalstandardbooknumber>9789860034707 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47376</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>94</publishrocyear><title>荖溪河川環境營造計畫規劃(光碟版) The Environmental Rehabilitation and Planning for the Lau River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書針對規劃案中之各引水路線及壩堰址作地表地質調查及工程地質評估，以探討可能遭遇之工程問題，並檢討各計畫壩堰址和引水路線之適當性，以作為淡水河流域水源調配可能方案之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404223</governmentpublicationsnumber><identifier>47377</identifier><internationalstandardbooknumber>9789860034905 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47377</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>『淡水河流域水資源調配利用調查規劃 』 北勢溪與基隆河水資源聯合運用規劃─引水路沿線及可能壩堰址地質調查報告(光碟版)=Schematic Plan for the Joint Utilization of the Water Resources of Peiszechi and Keelung River -Report on Geological Survey for Water -Conduit Lines</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書針對規劃案中之各引水路線及壩堰址作地表地質調查及工程地質評估，以探討可能遭遇之工程問題，並檢討各計畫壩堰址和引水路線之適當性，以作為淡水河流域水源調配可能方案之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404233</governmentpublicationsnumber><identifier>47379</identifier><internationalstandardbooknumber>9789860034912 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47379</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>『淡水河流域水資源調配利用調查規劃』南勢溪.石門水庫與三峽河水資源聯合運用規劃─引水路沿線及可能壩堰址地質調查報(光碟版)=Schematic Plan for the Joint Utilization of the Water Resources of  Nanszechi,Shimen Reservoir ,and Sanhsia River─Report on Geological Survey for W</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書係藉由蒐集全省各主要河川流域之既有地資料，建置地質資料庫，並以資料最為充足豐富之頭前溪流域為範本，建置成可供網際查詢之系統，供河川流域整體治理規劃、管理之參考工具。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940066</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404248</governmentpublicationsnumber><identifier>47381</identifier><internationalstandardbooknumber>9789860034974 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47381</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─總報告(光碟版)=Developmen of Geology GIS for Major River Basins in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本報告書藉由蒐集全省各主要河川流域之既有地質資料，建置地質資料庫，並以資料最為充足豐富之頭前溪流域為範本，建置成可供網際查詢之系統，供河川流域整體治理規劃、管理之參考工具。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404217</governmentpublicationsnumber><identifier>47382</identifier><internationalstandardbooknumber>9789860034899 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47382</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─第二年工作成果報告(2/2)(光碟版)=Development of Geology GIS for Major River Basins in Taiwan (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本手冊在於介紹全省主要河川流域地質資訊系統建立所建置之資訊系統的使用及操作程序和方法</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404241</governmentpublicationsnumber><identifier>47383</identifier><internationalstandardbooknumber>9789860034998 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47383</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─河川流域地質資訊系統使用手冊(光碟版)=Geology GIS for Major River Basins in Taiwan Users’Manual</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要目的為藉由聲波造影技術，探討基隆河四腳亭分洪規劃評估地質補充調查試驗鑽探孔內地質參數，並與岩心判釋成果比對，提供研判鑽探孔內資訊相關輔助與創新技術。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232   356.2320305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/11</date><governmentpublicationsnumber>1009404206</governmentpublicationsnumber><identifier>47384</identifier><internationalstandardbooknumber>9789860034981 ; 9860034982</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47384</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>基隆河四腳亭分洪規劃評估地質補充調查試驗計畫鑽探孔內聲波造影(內附光碟)</title><yearidentifier>200511</yearidentifier></data><data><abstract>集集共同引水工程計畫涵蓋：「攔河堰及附屬工程」「北岸聯絡渠道工程」「南岸聯絡渠道工程」「工業用水專用設施工程」等4大部份</abstract><author>經濟部水利署中區水資源局,經濟部水利署第四河川局,彰化農田水利會,雲林農田水利會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>47386</identifier><internationalstandardbooknumber>9789860024180 ; 9789860024</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47386</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>集集共同引水工程竣工報告(光碟版-勘誤修正後)</title><yearidentifier>200608</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940247</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47387</identifier><internationalstandardbooknumber>9789860031850 ; 9860031851</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47387</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)(本文)=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940247</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47389</identifier><internationalstandardbooknumber>9789860031850 ; 9860031851</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)(附冊)=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940247</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47390</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47390</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2) －光碟版 =The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47391</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47391</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)生態工法案例DVD影片 －光碟版 =The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47392</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47392</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)生態工法設計要點參考手冊與分析模式使用手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/12</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>47393</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47393</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)成果報告word檔 (光碟版)=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6029   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940208</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009404261</governmentpublicationsnumber><identifier>47394</identifier><internationalstandardbooknumber>9789860034431 ; 9860034435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47394</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>建置頭前溪流域水情測預報系統(內附光碟)=The Establishment of Tou-Cian  River Flood Forecasting System</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009404547</governmentpublicationsnumber><identifier>47395</identifier><internationalstandardbooknumber>9789860037463 ; 9860037469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47395</librarycollectiondetailsurl><price>1015</price><publisher>經濟部水利署〈台中辦公區〉</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計畫成果摘要彙編:93年度</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署推動各項水利專案計畫，以解決影響民生與工商發展之水資源關鍵問題，並培養本土化之研究人力。於92年度內，持續推動各項水利計畫，強化水資源整體規劃、調配、管理與水利行政之功能，以進一步提升施政品質與效能。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009404546</governmentpublicationsnumber><identifier>47396</identifier><internationalstandardbooknumber>9789860037487 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47396</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計畫成果摘要彙編:92年度</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47397</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47397</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二期）</title><yearidentifier>200601</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-0940095</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>47407</identifier><internationalstandardbooknumber>9789860031775 ; 9860031770</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47407</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(2/2)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.81   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>47409</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47409</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究總報告=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>逄甲大學</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009404641</governmentpublicationsnumber><identifier>47410</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47410</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>中區水資源營運管理系統建置計畫石岡壩清淤及排砂作業之研究(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>47411</identifier><internationalstandardbooknumber>9789860031775 ; 9860031770</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47411</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範(內附光碟)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要目的為藉由聲波造影技術，探討基隆河四腳亭分洪規劃評估地質補充調查試驗鑽探孔內地質參數，並與岩心判釋成果比對，提供研判鑽探孔內資訊相關輔助與創新技術。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009404206</governmentpublicationsnumber><identifier>47413</identifier><internationalstandardbooknumber>9789860034981 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47413</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>基隆河四腳亭分洪規劃評估地質補充調查試驗計畫─鑽探孔內聲波造影(光碟版)=Borehole Acoustic Televiewer</title><yearidentifier>200511</yearidentifier></data><data><abstract>彙整經濟部水利署水利規劃試驗所九十三年度水資源調查規劃項下委託服務辦理之研究計畫成果及辦理研究成果發表會，提供相關單位相互觀摩參考交流機會及將研究成果公開提供相關單位參考應用。</abstract><author>逄甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/13</date><governmentpublicationsnumber>1009403829</governmentpublicationsnumber><identifier>47414</identifier><internationalstandardbooknumber>9789860031768 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47414</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>九十三年度水資源規劃委辦計畫成果?整及成果發表會(光碟版) 2004 Conference on Water Resources Planning</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>47415</identifier><internationalstandardbooknumber>9789860034486 ; 9860034486</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47415</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃報告(內附光碟)=The Planning of Environment protection and promotion on Kang-Nan coast along Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract>藉由系統化方式彙整及分析臺北水源局過去對轄區及相關區內水資源規劃執行工作，並考慮未來業務目標(包括流域管理、溫泉管理、回饋補償)，規劃臺北水源局各課室之未來工作考量；並運用行銷方式建置成果行銷媒體及整體業務規劃方案，涵蓋短、中、長期之行銷目標，俾利整合特定區之水、土及生態資源，以兼顧民眾與環境永續發展之需。</abstract><author>環境技術學院；張志誠編著</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404425</governmentpublicationsnumber><identifier>47416</identifier><internationalstandardbooknumber>9789860036978 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47416</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>臺北水源特定區業務管理規劃建置與行銷(光碟版) The Management and Promotion Project In Taipei Watershed District</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人中華顧問工程司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940090</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>47417</identifier><internationalstandardbooknumber>9789860033618 ; 9860033617</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47417</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸生態工法之研擬(1)-人工養灘對底棲生物之影響(內附光碟)=Study the Ecological of Engineering Application on Kang-Nan Coast along Hsin Chu City (Ι) - Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫整合水源特定區相關地理圖層資料，並改變傳統檔案儲存資料之方式，規劃以資料庫型態儲存及管理空間資料，解決圖資檔案共用問題，提供一致性資料，並規劃以Web GIS技術開發業務支援系統，整合地理資訊、建立管理查詢介面，以提供都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等業務資料管理與圖資查詢之需求，有效提昇行政效率、增加資料應用價值，及落實地理資訊系統技術之應用與推廣。</abstract><author>九福科技顧問公司；葉嘉揚編著</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404500</governmentpublicationsnumber><identifier>47418</identifier><internationalstandardbooknumber>9789860036985 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47418</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>臺北水源特定區管理局業務支援系統 (光碟版）Taipei Water Management Office Business Support System</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對國內外河道深水槽沖淤演變技術，進行相關研究蒐集與整理，並提出現場沖淤可行之量測方法，以獲得可靠之深水槽沖淤演變資料，據以進行一般沖淤及局部最大沖刷預測模式之選取、參數之率定及評估，並提出客觀之河道深水槽沖淤演變預測模式</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>351.81929</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404440</governmentpublicationsnumber><identifier>47420</identifier><internationalstandardbooknumber>9860037418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47420</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道深槽沖淤量測及預測模擬變化潛勢評估(以濁水溪為研究案例)總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的在探討水資源系統最佳運用之優選模式，研究分析在各種水源設施條件下之供水效率，同時探討未來各種提升水資源運用效率措施條件下之水資源運用可靠度分析，擬定水資源有效運用之策略</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009403833</governmentpublicationsnumber><identifier>47425</identifier><internationalstandardbooknumber>9789860031737 ; 9860031738</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47425</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>提昇臺灣水資源運用效率之研究(2/3)＝Study on the  Improvement of Water Resources Utilization Efficiency in Taiwan(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的在探討水資源系統最佳運用之優選模式，研究分析在各種水源設施條件下之供水效率，同時探討未來各種提升水資源運用效率措施條件下之水資源運用可靠度分析，擬定水資源有效運用之策略</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009403833</governmentpublicationsnumber><identifier>47426</identifier><internationalstandardbooknumber>9789860031737 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47426</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>提昇臺灣水資源運用效率之研究(2/3)(光碟版)＝Study on the  improvement of water Resources Utilization Efficiency in Taiwan(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾就便休閒、遊憩的地區；且當地居民長期來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性）？以達多元發展與雙贏境界；實為值得評估之課題。本局為確保本特定區內各項營管工作有效的執行，委託研究建置一套生態環境調查及管理資訊與水土資源利用整合性之系統，以促進台北水源特定區水土資源之永續利用。</abstract><author>農業工程研究中心；簡傳彬</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940131</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404517</governmentpublicationsnumber><identifier>47427</identifier><internationalstandardbooknumber>9789860037333 ; 9860037337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47427</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定管理局</publisher><publishrocyear>94</publishrocyear><title>環境生態管理與整合性利用之研究＝Study on the Management  and Integral utilization for Environmental Ecology</title><yearidentifier>200512</yearidentifier></data><data><abstract>台北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾就便休閒、遊憩的地區；且當地居民長期來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性）？以達多元發展與雙贏境界；實為值得評估之課題。本局為確保本特定區內各項營管工作有效的執行，委託研究建置一套生態環境調查及管理資訊與水土資源利用整合性之系統，以促進台北水源特定區水土資源之永續利用。</abstract><author>農業工程研究中心；簡傳彬編</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940131</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404517</governmentpublicationsnumber><identifier>47428</identifier><internationalstandardbooknumber>9789860037333 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47428</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定管理局</publisher><publishrocyear>94</publishrocyear><title>環境生態管理與整合性利用之研究(光碟版)＝Study on the Management  and Integral utilization for Environmental Ecology</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以「整體水資源地理資訊系統規劃計畫」成果為基礎，完成整體水資源地理資訊系統規劃、決策支援案例規劃和水資源資料服務平台規劃。本計畫針對水利署既有資訊系統進行細部調查，蒐集有資料庫之資訊系統之資料表、資料典，作為系統資料庫揭露與資料流通之基礎。依據業務所需須使用或產製的資料，包括文字與地理資訊資料，綜合歸納水利署資料，共計952種，經歸納分成10大類、30中類、87小類資料，並釐清資料權責單位，期能使各項水利署資料能有一管理或提供之組室單位，以確保水利署各組室取用資料之一致性。同時參考研考會e政府共通作業平台架構，規劃設計水資源資訊服務平台，對外作為跨機關資訊交換必須之基礎建設，對內提供水利署內系統間彼此資訊整合橋樑。透過整合試辦執行，以防災業務上具有迫切需求性之即時水情資訊，作為與研考會e政府共通作業平台介接之公開服務，使各防災單位得以使用最新之網路服務技術進行各項水情資料之擷取、加值，提升災害防救業務的效率。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940171</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404377</governmentpublicationsnumber><identifier>47429</identifier><internationalstandardbooknumber>9789860036183 ; 9860036187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47429</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>整體水資源地理資訊系統規劃計畫(2/2)＝Planning of  Integrated Water Resource Geographic Information Systems(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以「整體水資源地理資訊系統規劃計畫」成果為基礎，完成整體水資源地理資訊系統規劃、決策支援案例規劃和水資源資料服務平台規劃。 本計畫針對水利署既有資訊系統進行細部調查，蒐集有資料庫之資訊系統之資料表、資料典，作為系統資料庫揭露與資料流通之基礎。依據業務所需須使用或產製的資料，包括文字與地理資訊資料，綜合歸納水利署資料，共計952種，經歸納分成10大類、30中類、87小類資料，並釐清資料權責單位，期能使各項水利署資料能有一管理或提供之組室單位，以確保水利署各組室取用資料之一致性。 同時參考研考會e政府共通作業平台架構，規劃設計水資源資訊服務平台，對外作為跨機關資訊交換必須之基礎建設，對內提供水利署內系統間彼此資訊整合橋樑。透過整合試辦執行，以防災業務上具有迫切需求性之即時水情資訊，作為與研考會e政府共通作業平台介接之公開服務，使各防災單位得以使用最新之網路服務技術進行各項水情資料之擷取、加值，提升災害防救業務的效率。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940171</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404377</governmentpublicationsnumber><identifier>47430</identifier><internationalstandardbooknumber>9789860036183 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47430</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>整體水資源地理資訊系統規劃計畫(2/2)－光碟版＝Planning of  Integrated Water Resource Geographic Information Systems(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>配合政府「知識經濟發展方案」及「電子化政府推動方案」，水利署已針對過去因應個別任務需求所建立之相關資訊系統，依據並分析業務全面電腦化之實際需求，但由於獨立開發之應用系統，在帳號及權限管理上無法達到單一簽入全程使用，且彼此訊息無法互相交換，造成業務執行上之不便。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940177</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/16</date><governmentpublicationsnumber>1009404391</governmentpublicationsnumber><identifier>47431</identifier><internationalstandardbooknumber>9789860036206 ; 9860036209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47431</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源資訊服務平台建置計畫＝Planning of Water Resource Information Service Platform</title><yearidentifier>200512</yearidentifier></data><data><abstract>配合政府「知識經濟發展方案」及「電子化政府推動方案」，水利署已針對過去因應個別任務需求所建立之相關資訊系統，依據並分析業務全面電腦化之實際需求，但由於獨立開發之應用系統，在帳號及權限管理上無法達到單一簽入全程使用，且彼此訊息無法互相交換，造成業務執行上之不便。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940177</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404391</governmentpublicationsnumber><identifier>47432</identifier><internationalstandardbooknumber>9789860036206 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47432</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源資訊服務平台建置計畫(光碟版)＝Planning of Water Resource Information Service Platform</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究之主旨在於探討如何有效應用淤泥砂包來處理浚渫後之大量淤泥。為使淤泥應用於國土保育能持續進行，著重之課題如下：1.泥砂包為新興科技，國外已有相關研究，是否優於傳統工法，探討淤泥砂包在台灣地區之應用可行性為何。2.淤泥砂包是否適用於台灣地區，需經過實驗室試驗及現場試驗，建立屬於台灣地區本土性質之技術。3.詳細評估應用淤泥砂包之經濟效益及環境影響，以便推廣淤泥砂包應用於國土保育。4.規劃推動水庫淤泥砂包應用於國土保育之實施計畫，考量供(水庫單位)需(國土保育執行單位)之平衡，方能確保淤泥應用於國土保育之流程不因某一部分之原因，而造成整體計畫之失敗。面對新興技術之推廣，建立標準之技術手冊，並舉辦研習會、研討會及建立相關網頁，提供工程人員施工之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940214</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009404256</governmentpublicationsnumber><identifier>47433</identifier><internationalstandardbooknumber>9789860036756 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47433</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫淤泥應用於國土保育之研究(2/3) Utilization of Reservoir Sediment on National Land Conservation(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究之主旨在於探討如何有效應用淤泥砂包來處理浚渫後之大量淤泥。為使淤泥應用於國土保育能持續進行，著重之課題如下：1.泥砂包為新興科技，國外已有相關研究，是否優於傳統工法，探討淤泥砂包在台灣地區之應用可行性為何。2.淤泥砂包是否適用於台灣地區，需經過實驗室試驗及現場試驗，建立屬於台灣地區本土性質之技術。3.詳細評估應用淤泥砂包之經濟效益及環境影響，以便推廣淤泥砂包應用於國土保育。4.規劃推動水庫淤泥砂包應用於國土保育之實施計畫，考量供(水庫單位)需(國土保育執行單位)之平衡，方能確保淤泥應用於國土保育之流程不因某一部分之原因，而造成整體計畫之失敗。面對新興技術之推廣，建立標準之技術手冊，並舉辦研習會、研討會及建立相關網頁，提供工程人員施工之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940214</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404256</governmentpublicationsnumber><identifier>47435</identifier><internationalstandardbooknumber>9789860036756 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47435</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫淤泥應用於國土保育之研究(2/3)--光碟版=Utilization of Reservoir Sediment on National Land Conservation(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本局為執行保護區內水體水質之監控，依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升。</abstract><author>東南技術學院  ;張育傑</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404638</governmentpublicationsnumber><identifier>47436</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47436</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量監測計畫-臺北水源特定區地表水質監測分析暨管理系統規劃  Water Quality Monitoring and Management Planning for Taipei Water Supply Protected Watershed</title><yearidentifier>200512</yearidentifier></data><data><abstract>本局為執行保護區內水體水質之監控，依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升。</abstract><author>東南技術學院  ;張育傑編著</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404638</governmentpublicationsnumber><identifier>47437</identifier><internationalstandardbooknumber>9789860038682 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47437</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量監測計畫-臺北水源特定區地表水質監測分析暨管理系統規劃 〈光碟版〉 Water Quality Monitoring and Management Planning for Taipei Water Supply Protected Watershed</title><yearidentifier>200512</yearidentifier></data><data><abstract>依據九十三年度「台灣地區水資源永續發展綜合執行計畫」所建立之水資源永續發展指標架構系統，持續性蒐集與建立各項水資源永續發展指標之基本資料，並加以計算與評估分析，最綜目的是能夠藉由水資源綜合性指標指數來整體綜合評估台灣地區水資源的永續發展性。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404030</governmentpublicationsnumber><identifier>47438</identifier><internationalstandardbooknumber>9789860032147 ; 9860032149</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47438</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>九十三年度水資源永續發展指標之計算與評估＝2004 The Assessment and Computation of the Indicators on Sustainable Development of Water Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>依據九十三年度「台灣地區水資源永續發展綜合執行計畫」所建立之水資源永續發展指標架構系統，持續性蒐集與建立各項水資源永續發展指標之基本資料，並加以計算與評估分析，最綜目的是能夠藉由水資源綜合性指標指數來整體綜合評估台灣地區水資源的永續發展性。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/17</date><governmentpublicationsnumber>1009404030</governmentpublicationsnumber><identifier>47439</identifier><internationalstandardbooknumber>9789860032147 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47439</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>九十三年度水資源永續發展指標之計算與評估(光碟版）＝2004 The Assessment and Computation of the Indicators on Sustainable Development of Water Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫成立之主要目的，除分別針對當前水資源永續發展相關重要議題(包括水資源永續發展指標釐訂與評估分析計算、全球氣候變遷與台灣水資源永續發展策略)提出研究報告，亦協助水利署推動水資源永續發展相關業務，同時辦理蒐集彙整國外有關水資源永續發展最新動態及資訊、製作水資源永續發展指標中英文對照手冊、水利署永續發展網頁資料庫之更新與維護，所得資訊及研究成果期能做為水利署制訂及執行水資源永續發展政策之參考。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940174</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404016</governmentpublicationsnumber><identifier>47443</identifier><internationalstandardbooknumber>9789860032154 ; 9860032157</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47443</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源永續發展計畫＝Project of Sustainable Water Resources Development</title><yearidentifier>200512</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.81   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>47444</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47444</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(光碟版)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940235</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404373</governmentpublicationsnumber><identifier>47445</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47445</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測及其相關分析  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>一九八七年聯合國世界環境與發展委員會發表「我們共同的未來」報告中，首先詮釋了「永續發展」的觀念以後，不僅在世界各國引發了廣泛的迴響，更成為全世界最重要的思潮之一。從聯合國永續發展委員會推動一系列永續發展相關議題活動，到我國行政院亦成立「國家永續發展委員會」，負責我國永續發展工作之規劃及推動，皆顯示出推動永續發展已成為全世界之共同策略與工作。 指標為用來描述狀態之變數，水資源永續發展指標為用來描述水資源狀態是否能支援永續發展。水資源包含相關資訊相當的多，例如水文觀測資料即包括降雨、溫度、蒸發及河川流量等，而這些水文觀測資料所反應的水資源狀態為何？則必須結合專家學者的知識，就水資源系統進行評估。永續發展指標設計目的不應只是提供政府、專家參考，而應使其扮演政策改善及大眾教育宣導之功能。因此，如何將大量水資源資訊及專家學者揉合及濃縮成為具有政策指導及教育宣導之指標系統功能，為水資源管理上重要的課題。目前經濟部水利署已發展出一套可評估台灣地區水資源發展現況之指標系統架構，本手冊將依據其評估結果編製成中英文對照手冊，以供各界人士參考。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404158</governmentpublicationsnumber><identifier>47446</identifier><internationalstandardbooknumber>9789860037241 ; 9860037248</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47446</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>2005 台灣水資源永續發展指標中英文對照手冊 Chinese-English Guidebook on the Indicators of Water Resources Sustainable Development in Taiwan 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940235</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404373</governmentpublicationsnumber><identifier>47447</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47447</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測及其相關分析(附錄上)  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2005 (Appendix 1)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940235</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404373</governmentpublicationsnumber><identifier>47448</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47448</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測及其相關分析(附錄下)  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2005 (Appendix 2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940235</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404373</governmentpublicationsnumber><identifier>47449</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47449</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>彰化、雲林地區38站地下水觀測站水準點檢測</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源不僅攸關民生福利，同時也牽涉到國土規劃、水土保持及環境保護等各項問題，在國家整體經濟建設發展中實位居重要之環節，亙古以來「興修水利」即為歷代執政者所必然揭櫫之施政重點。中央水利主管機關於民國92年召開「全國水利會議」，是項會議除確立水利政策將朝治水、利水、活水與親水四大施政主軸的推動外，亦檢討得出導致我國用水效率低落的之部分癥結在於水價低廉及取用水制度未臻健全等因素，並達成開徵水權費之共識。然而，開徵水權費涉及對人民課予金錢給付義務，其徵收行政作業關係人民之權益至鉅，且行政程序法自90年1月施行後，揭櫫行政機關訂定法規命令與行政規則，必須遵循公正、公開與民主之程序，以及行政法一般原理原則，因此水利主管機關為開徵水權費之行政作業所建立之法律架構，勢必受到各方對其合憲性及合法性之檢視與要求。為期該作業程序能有周詳之規劃，俾建立合憲、合法、合理且可行並具效率的水權費行政作業制度，同時對於開徵所得之收支管理亦能有完善之運作機制。</abstract><author>中正大學財經法律研究中心；黃俊杰, 辜仲明</author><categoryidentifier>575.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940144</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404372</governmentpublicationsnumber><identifier>47450</identifier><internationalstandardbooknumber>9789860040005 ; 9860040001</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47450</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水權費開徵行政作業之研究(二之二)＝Research Regarding the Administrative Procedure of Imposing Water Right Fee(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源不僅攸關民生福利，同時也牽涉到國土規劃、水土保持及環境保護等各項問題，在國家整體經濟建設發展中實位居重要之環節，亙古以來「興修水利」即為歷代執政者所必然揭櫫之施政重點。中央水利主管機關於民國92年召開「全國水利會議」，是項會議除確立水利政策將朝治水、利水、活水與親水四大施政主軸的推動外，亦檢討得出導致我國用水效率低落的之部分癥結在於水價低廉及取用水制度未臻健全等因素，並達成開徵水權費之共識。然而，開徵水權費涉及對人民課予金錢給付義務，其徵收行政作業關係人民之權益至鉅，且行政程序法自90年1月施行後，揭櫫行政機關訂定法規命令與行政規則，必須遵循公正、公開與民主之程序，以及行政法一般原理原則，因此水利主管機關為開徵水權費之行政作業所建立之法律架構，勢必受到各方對其合憲性及合法性之檢視與要求。為期該作業程序能有周詳之規劃，俾建立合憲、合法、合理且可行並具效率的水權費行政作業制度，同時對於開徵所得之收支管理亦能有完善之運作機制。</abstract><author>中正大學財經法律研究中心；黃俊杰, 辜仲明</author><categoryidentifier>575.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940144</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404372</governmentpublicationsnumber><identifier>47451</identifier><internationalstandardbooknumber>9789860040005 ; 9860040001</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水權費開徵行政作業之研究(二之二)－光碟版＝Research Regarding the Administrative Procedure of Imposing Water Right Fee(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940236</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/18</date><governmentpublicationsnumber>1009404366</governmentpublicationsnumber><identifier>47452</identifier><internationalstandardbooknumber>9789860035841 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47452</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測井新建及其相關試驗分析  Installing Land Subsidence Monitoring Wells and Conducting Laboratory Tests in Taiwan in 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法及其應用含總論 規劃調查篇 設計篇 施工篇 維護管理篇</abstract><author>中國文化大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930027V3</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>47457</identifier><internationalstandardbooknumber>986-00-2186 ; 986002186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47457</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川生態工法及其應用(3/3)(內附光碟)=River Eco-Engineering Methods and Its Applications(3/3)</title><yearidentifier>200506</yearidentifier></data><data><abstract>河川生態工法及其應用含總論 規劃調查篇 設計篇 施工篇 維護管理篇</abstract><author>中國文化大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-930027V3</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>47458</identifier><internationalstandardbooknumber>986-00-2186 ; 986002186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47458</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川生態工法及其應用(總報告)=River Eco-Engineering Methods and lts Applications</title><yearidentifier>200506</yearidentifier></data><data><abstract>河川生態工法及其應用含總論 規劃調查篇 設計篇 施工篇 維護管理篇</abstract><author>中國文化大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930027V3</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>47459</identifier><internationalstandardbooknumber>986-00-2186 ; 986002186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47459</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川生態工法實務手冊(內附光碟)=Practical Manual on River Eco-Engineering Methods</title><yearidentifier>200506</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940236</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009404366</governmentpublicationsnumber><identifier>47460</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47460</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測井新建及其相關試驗分析(光碟版)  Installing Land Subsidence Monitoring Wells and Conducting Laboratory Tests in Taiwan in2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940050</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>47463</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47463</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2))(內附光碟) =Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區地層下陷水準監測、地陷井觀測及下陷機制分析與模擬。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940235</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/19</date><governmentpublicationsnumber>1009404373</governmentpublicationsnumber><identifier>47468</identifier><internationalstandardbooknumber>9789860035858 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47468</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區94年度地層下陷水準監測及其相關分析(光碟版)  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（以下簡稱南水局）為評估廣林斷層、及月光山斷層等地質構造於美濃水庫壩址預定地安全性之影響，委託成功大學衛星資訊研究中心進行「美濃水庫計畫位置地震儀暨GPS和水準點位維護」。本計畫工作項目包括：(1)GPS測網地殼變形監測控制點維護；(2)跨斷層短水準測量控制點維護；(3)地震監測網；(4)地震活動分析（5）綜合研判分析。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009404296</governmentpublicationsnumber><identifier>47477</identifier><internationalstandardbooknumber>9789860034776 ; 986003477X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47477</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>美濃水庫斷層活動性後續監測第五年計畫－ 美濃水庫計畫位置地震儀暨GPS和水準點位維護  Report of the Fifth Year Project for Continue Monitoring to Faults Activity in the Mei-nong Reservoir Area  Maintains for Seismographs and Geodetic Control Bench Mark</title><yearidentifier>200512</yearidentifier></data><data><abstract>計畫主要目的在根據現有設計地震資料，檢討現有壩型設計方案，以較直接的數值分析方法評估設計方案在地震後之變形量，研擬提出較佳之壩體分區設計方案及適當之築壩材料強度需求建議值。分析工作以FLAC程式分析壩體受震變形，分析時採用雙曲線E-B模式模擬壩體填築及蓄水之震前應力，再以Mohr-Coulomb準則配合孔隙水壓激發模式Finn model分析壩體受震產生之變形及孔隙水壓激發行為，以為評估壩體分區方案耐震能力的依據。評估結果建議採用上游擋水壩變更為上游殼層材料並配合正常滿水位降至高程219m的方案，以符合壩體受震安全及水庫出水高需求。建議方案之大壩工程成本分析及未來設計階段執行所需之築壩材料補充調查與築壩材料工程施工品質管制標準建議，亦一?於報告中提出。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009404156</governmentpublicationsnumber><identifier>47479</identifier><internationalstandardbooknumber>9789860034806 ; 986003480X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47479</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>美濃水庫設計壩型檢討計畫成果報告  Study on the zoning of embankment dam of Meinung reservoir</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地理位置位於西北太平洋颱風移動路徑影響範圍，依中央氣象局歷史資料統計，每年約有3~4次颱風會侵襲或通過台灣沿海附近。颱風經過時，因颱風結構因素，低氣壓會使海面水位抬昇，加上強勁的風速，亦會造成海水面產生相同的反應，此二者作用形成海水面異常上升現象稱為暴潮。當海水面受颱風效應異常抬升時，若正值天文潮漲潮，兩者共同的影響，會使沿海地區海水位異常增高，導致沿海低窪地區遭到淹沒，或是河口地區因外水位增高，形成排水不易而淹水；尤有甚者，當海面水位高漲，再加上波浪效應，衝擊海堤，極易發潰決，引發海水倒灌之重大水災。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62   443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940183</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009403567</governmentpublicationsnumber><identifier>47483</identifier><internationalstandardbooknumber>9789860031171 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47483</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川及沿海禦潮預警指標暨通報雛型建置計畫 Building an early warning system for the prevention of surge inundation at estuary and the coastline regions</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲嘉海岸地區是颱風期間常發生海岸溢淹災害的地點之一，為了協助水利署推動禦潮防災業務，本計畫結合歷史資料、現場監測、數值模式預測與資訊服務系統技術，期能掌握現況並預測未來，以達到及早因應災害之可能發生事件。本計畫研究目標為建置一套雲嘉地區海岸災害監測與預警之展示與查詢系統，期能在往後颱風期間讓水利署有多一份參考資料得以掌握雲嘉地區海岸概況。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3   443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940184</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009403571</governmentpublicationsnumber><identifier>47486</identifier><internationalstandardbooknumber>9789860030556 ; 9789860030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47486</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雲嘉地區海岸災害預警監測系統建置 Monitoring and Modelling of Sea-State for Hazard Warning System at Yunlin and Chiayi Coastal Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫延續92-93年[應用衛星雷達於水災監測及淹水範圍與損失評估建構]計畫，建構衛星災害監測標準作業程序，進行例行影像規劃及氣象觀測，當颱風豪雨來臨時，啟動緊雷達衛星影像急接收機制以進行淹溢區域判釋與監測，提供水利署水利防災中心參考並採取必要措施。報告首先針對目前運轉中的遙測衛星，以及國內外應用衛星遙測於災害監測之實例予以詳述。計畫中另應用光學衛星影像進行石門水庫水庫集水區及頭前溪流域之崩塌地判釋及量化分析，提供崩塌位置、區域、以及面積等定量資訊，並進行德基水庫、曾文水庫集水區地貌判釋，供水利署下轄各水源局崩塌預警及土地管理依據。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009403572</governmentpublicationsnumber><identifier>47487</identifier><internationalstandardbooknumber>9789860031188 ; 9860031185</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47487</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>衛星災害監測及預警機制建立=Disaster Monitoring Using Satellite Imagery</title><yearidentifier>200512</yearidentifier></data><data><abstract>有感於現行水、旱災應變作業系統的設計架構已逐漸不符合未來水利署值勤作業之需求，為全面改善上述情況，故提出本「災害緊急應變作業系統更新維護備援計畫」，以目前最新之資訊技術，並依據水利署現行之防救災業務，設計出符合水利署以及各所屬機關所需之緊急應變作業系統，以供平日及防汛時期之用，期望能藉由此全面改善計畫，能建立更完善之防救災資訊網。</abstract><author>資訊工業策進會</author><categoryidentifier>445.5   445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940005</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/20</date><governmentpublicationsnumber>1009403612</governmentpublicationsnumber><identifier>47488</identifier><internationalstandardbooknumber>9789860029390 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47488</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>災害緊急應變作業系統更新維護備援計書 Disaster Emergency Response Operating System</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，藉由各年相關監測調查與分析結果，以海象、經濟、安全及人民權益等觀點，研擬並規劃本計畫範圍適宜之灘線侵蝕防治或定沙工程方案。並針對規劃佈置方案計畫以海岸波場、流場、海岸線變遷等數值模式，進行方案之模擬與評估，以提供相關單位未來辦理海岸防護等工作之依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>094-B-01080-001-022</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/23</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>47489</identifier><internationalstandardbooknumber>9789860040586 ; 9860040583</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47489</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功海岸地形監測研究計畫(1/2)成果報告書(內附光碟)=Monitoring of Coastal Topography at Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/23</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47493</identifier><internationalstandardbooknumber>9789860032024 ; 9860032025</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47493</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對嘉義鰲鼓至曾文溪口間，海岸開發後對地形變遷影響機制問題進行分析研究，配合現場實測資料，進行波浪、潮汐、近岸流場、地形變遷與海岸線變化之數值模擬，研擬可能之海岸護工法，提出適當之海岸防護對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/23</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47494</identifier><internationalstandardbooknumber>9789860032024 ; 9860032025</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47494</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口):總報告=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>為發揮整體防災能量，致力強化各部會之間、中央與地方，以及民間單位聯繫，本案計畫辦理「經濟部水利署水災防救資料庫供應系統」更新及擴充暨有防救災器材資料，並將各防救災器材資料數化成資料庫與GIS圖層；另藉由本計畫水利設施搶修復建通達系統建置，儘速彙整各單位災情及搶修復建情況，將可有效追蹤與管理水利設施之搶修與復建情形；並利用地理資訊系統及分析程式提供各項災害防救器材調度機制及動員路線，以期在最短時間內迅速獲得各災害發生地點附近之防救災器材，並提供各防救災器材最佳化之動員路線，縮短決策者在防救器材調度與動員路線規劃之時間</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940004</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403615</governmentpublicationsnumber><identifier>47501</identifier><internationalstandardbooknumber>9789860029147 ; 9860029148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47501</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水災防救資料庫擴充與防救災器材動員路線及救災倉庫配置最佳化規劃(1/2)計畫=Expanding database of the flood rescue and prevention ,and optimization  planning in disaster  relief for providing apparatus, mobilizing route and warehouse position (1/2</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對台灣地區人造雨技術的發展，吸取先進國家造雨經驗與移植造雨技術，提出一長期策略，建立作業的流程與成效評估模式；同時也推動國內相關的基礎研究，以使人造雨作業技術生根，有效加強人造雨作業成果，期使人工造雨成為台灣地區水資源供應計畫的一環，以紓解供水壓力。</abstract><author>台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403659</governmentpublicationsnumber><identifier>47502</identifier><internationalstandardbooknumber>9789860029130 ; 986002913X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47502</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>人造雨技術發展長期策略擬定(2/3)=Planning a long-term strategy for the development of artificial rainfall enhancement technology(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署統籌台灣地區地面造雨業務，已恢復進行空中及地面人造雨作業、修復現有造雨器材、更新採購造雨器材、及研發自動點火裝置之地面造雨器等工作。為使長期作業得以展開，水利署對研發中之自動點火裝置地面造雨器進行後續改良，增加操作便捷性，同時亦擬增購國外最新造雨器，以為加強地面造雨工作調度能力之準備。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403604</governmentpublicationsnumber><identifier>47503</identifier><internationalstandardbooknumber>9789860029123 ; 9860029121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47503</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>國造遠端自動點火造雨器開發=The Development of Automatic Ground Agl Generators</title><yearidentifier>200512</yearidentifier></data><data><abstract>目前水利主管單位為有效管理流域中下游洪水災害，已建立許多防洪治水工程，包括堤防、排水系統及抽水站等，但隨著集水區土地利用改變，致使原先設計之防洪設施可能已不足應付開發所增加之洪流量，因此近年來已規劃投入適當資源，提供許多非工程防洪方法建置之防洪資訊，讓台灣防洪工作進入嶄新的一頁。</abstract><author>國立聯合大學災害防救災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940185</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403606</governmentpublicationsnumber><identifier>47504</identifier><internationalstandardbooknumber>9789860029093 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47504</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>94</publishrocyear><title>高屏溪流域淹水指數之研究(2/2) A Study on Inundation Index for Gaoping Creek Basin (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403606</governmentpublicationsnumber><identifier>47505</identifier><internationalstandardbooknumber>9789860029093 ; 9860029091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47505</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>高屏溪流域淹水指數之研究(1/2)=A Study on lnundation lndex for Gaoping Creek Basin(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>目前水利主管單位為有效管理流域中下游洪水災害，已建立許多防洪治水工程，包括堤防、排水系統及抽水站等，但隨著集水區土地利用改變，致使原先設計之防洪設施可能已不足應付開發所增加之洪流量，因此近年來已規劃投入適當資源，提供許多非工程防洪方法建置之防洪資訊，讓台灣防洪工作進入嶄新的一頁。</abstract><author>國立聯合大學災害防救災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940185</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403606</governmentpublicationsnumber><identifier>47506</identifier><internationalstandardbooknumber>9789860029093 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47506</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>94</publishrocyear><title>高屏溪流域淹水指數之研究(2/2)－光碟版 A Study on Inundation Index for Gaoping Creek Basin (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度工作除延續性之年度工作項目外，並進行彙整全期計畫工作成果，作為達成整體計畫各項階段目標之具體呈現。全期計畫工作成果的撰寫，區分成：(1)整體推動計畫研訂與落實、(2)觀測井網及資料分析系統建立成果、(3)地震地下水觀測成果、(4)地震地下水變化案例及機制研究、(5)地下水位降雨反應之濾除、(6)孔彈性力學於地震引致地下水位變化研究、(7)地下水位異常變化偵測技術研發、(8) 地下水氡示蹤技術在地震及斷層活動監測之應用、(9)計畫配合相關事項、(10)結論與建議等十項內容，說明五年度內全期的工作成果。施。進行的工作包括敏感站址選定、站台及儀器施工、儀器裝設、試運轉及正式上線運轉測試等過程。</abstract><author>國立成功大學防災研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940182</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403647</governmentpublicationsnumber><identifier>47507</identifier><internationalstandardbooknumber>9789860029109 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47507</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>地震發生前後地下水水位異常變化之研究(5/5)  Planning of Groundwater Anomalies Associated with the Earthguake(5/5)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭颱風、豪雨所侵襲；而且由於地形的特殊關係，河川坡陡流急，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。因此，當豪大雨災害侵襲時，救災緊急應變指揮體系如何能在最短的時間內下達正確的決策，是極為重要的課題。當災情傳出時，以災害發生所需應變的階段反應之第一時間最為緊迫。因此，如何在應變期間利用即時性的災害通報系統及災害資源管理系統，運用網路的便利與即時性將水情資訊即時傳輸至應變中心，以便進行相關地區的人員的疏散、救援資源調度與派遣工作。可說是救災工作之成功與否所在。</abstract><author>國立中央大學</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA940180</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403864</governmentpublicationsnumber><identifier>47510</identifier><internationalstandardbooknumber>9789860030808 ; 9789860030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47510</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水災災害行動偵測.監測機制之建立 Establishment of Mobile Monitoring System for Flood Disaster</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫延續92-93年[應用衛星雷達於水災監測及淹水範圍與損失評估建構]計畫，建構衛星災害監測標準作業程序，進行例行影像規劃及氣象觀測，當颱風豪雨來臨時，啟動緊雷達衛星影像急接收機制以進行淹溢區域判釋與監測，提供水利署水利防災中心參考並採取必要措施。報告首先針對目前運轉中的遙測衛星，以及國內外應用衛星遙測於災害監測之實例予以詳述。計畫中另應用光學衛星影像進行石門水庫水庫集水區及頭前溪流域之崩塌地判釋及量化分析，提供崩塌位置、區域、以及面積等定量資訊，並進行德基水庫、曾文水庫集水區地貌判釋，供水利署下轄各水源局崩塌預警及土地管理依據。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403572</governmentpublicationsnumber><identifier>47513</identifier><internationalstandardbooknumber>9789860031188 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47513</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>衛星災害監測及預警機制建立(光碟版)=Disaster Monitoring Using Satellite Imagery</title><yearidentifier>200512</yearidentifier></data><data><abstract>格網版本之洪水預報系統設計，檢討過去單機版洪水預報系統設計之限制，考量系統未來擴充、結合水資源調配、區域排水規劃等模擬應用，提出以下洪水預報系統五項主要設計構想， 包括： (1)網頁服務化即時水文資料服務，(2)元件化展示界面，(3)模組化水文模式，(4)開發水利應用平台，和(5)利用計算格網後端演算。其中，第(1)、(3)項為今年工作重點</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940003</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009404484</governmentpublicationsnumber><identifier>47514</identifier><internationalstandardbooknumber>9789860037012 ; 9860037019</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47514</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>洪水預報與減災應變格網建置計畫(1/3)=Development of The Flood Forecasting and Mitigation Grid(1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>格網（Grid）是繼傳統網際網路（Internet）、WWW (World Wide Web)之後的第三代網際網路應用。格網與傳統網際網路的主要差異，在於格網是透過建立模組化中介軟體（Middleware）形成格網平台，除了可有效管理及運用異地設備與資源，包括計算、儲存、通信、軟體、知識與軟體庫、及實驗觀測儀器設施等各項資源，更可透過高頻寬網路和分散式伺服器之負載平衡技術，提升網路傳輸與程式計算之效能。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940126</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403641</governmentpublicationsnumber><identifier>47516</identifier><internationalstandardbooknumber>9789860029116 ; 9860029113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47516</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>防災應變格網之研發(1/2)=Study on Grid of Hazard Mitigation and Emergency Response(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對台灣地區人造雨技術的發展，吸取先進國家造雨經驗與移植造雨技術，提出一長期策略，建立作業的流程與成效評估模式；同時也推動國內相關的基礎研究，以使人造雨作業技術生根，有效加強人造雨作業成果，期使人工造雨成為台灣地區水資源供應計畫的一環，以紓解供水壓力。</abstract><author>台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403659</governmentpublicationsnumber><identifier>47517</identifier><internationalstandardbooknumber>9789860029130 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47517</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>人造雨技術發展長期策略擬定(2/3)－光碟版=Planning a long-term strategy for the development of artificial rainfall enhancement technology(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署統籌台灣地區地面造雨業務，已恢復進行空中及地面人造雨作業、修復現有造雨器材、更新採購造雨器材、及研發自動點火裝置之地面造雨器等工作。為使長期作業得以展開，水利署對研發中之自動點火裝置地面造雨器進行後續改良，增加操作便捷性，同時亦擬增購國外最新造雨器，以為加強地面造雨工作調度能力之準備。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403604</governmentpublicationsnumber><identifier>47519</identifier><internationalstandardbooknumber>9789860029123 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47519</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>國造遠端自動點火造雨器開發(光碟版)=The Development of Automatic Ground Agl Generators</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度工作除延續性之年度工作項目外，並進行彙整全期計畫工作成果，作為達成整體計畫各項階段目標之具體呈現。全期計畫工作成果的撰寫，區分成：(1)整體推動計畫研訂與落實、(2)觀測井網及資料分析系統建立成果、(3)地震地下水觀測成果、(4)地震地下水變化案例及機制研究、(5)地下水位降雨反應之濾除、(6)孔彈性力學於地震引致地下水位變化研究、(7)地下水位異常變化偵測技術研發、(8) 地下水氡示蹤技術在地震及斷層活動監測之應用、(9)計畫配合相關事項、(10)結論與建議等十項內容，說明五年度內全期的工作成果。施。進行的工作包括敏感站址選定、站台及儀器施工、儀器裝設、試運轉及正式上線運轉測試等過程。</abstract><author>國立成功大學防災研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940182</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403647</governmentpublicationsnumber><identifier>47522</identifier><internationalstandardbooknumber>9789860029109 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47522</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>地震發生前後地下水水位異常變化之研究(5/5)－光碟版   Planning of Groundwater Anomalies Associated with the Earthguake(5/5)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究擬建立水庫泥砂觀測系統，實際調查水庫現場渾水異重流垂直濃度分佈及評估設置減淤通道之可行性，並配合水理模型試驗與數值模式，探求適宜台灣水庫之減淤操作方式及減淤通道形式，使水庫經營管理及水資源永續利用兼顧，提供水庫上下游及海岸土砂平衡機制，使水庫功能再提升。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009404253</governmentpublicationsnumber><identifier>47523</identifier><internationalstandardbooknumber>9789860037494 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47523</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(2/3)期末報告書(內附光碟) A Study of Density Current and Operation of Reservoir Desiltation(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭颱風、豪雨所侵襲；而且由於地形的特殊關係，河川坡陡流急，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。因此，當豪大雨災害侵襲時，救災緊急應變指揮體系如何能在最短的時間內下達正確的決策，是極為重要的課題。當災情傳出時，以災害發生所需應變的階段反應之第一時間最為緊迫。因此，如何在應變期間利用即時性的災害通報系統及災害資源管理系統，運用網路的便利與即時性將水情資訊即時傳輸至應變中心，以便進行相關地區的人員的疏散、救援資源調度與派遣工作。可說是救災工作之成功與否所在。</abstract><author>國立中央大學</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA940180</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403864</governmentpublicationsnumber><identifier>47524</identifier><internationalstandardbooknumber>9789860030808 ; 9789860030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47524</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水災災害行動偵測.監測機制之建立(光碟版)  Establishment of Mobile Monitoring System for Flood Disaster</title><yearidentifier>200512</yearidentifier></data><data><abstract>格網（Grid）是繼傳統網際網路（Internet）、WWW (World Wide Web)之後的第三代網際網路應用。格網與傳統網際網路的主要差異，在於格網是透過建立模組化中介軟體（Middleware）形成格網平台，除了可有效管理及運用異地設備與資源，包括計算、儲存、通信、軟體、知識與軟體庫、及實驗觀測儀器設施等各項資源，更可透過高頻寬網路和分散式伺服器之負載平衡技術，提升網路傳輸與程式計算之效能。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940126</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009403641</governmentpublicationsnumber><identifier>47526</identifier><internationalstandardbooknumber>9789860029116 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47526</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>防災應變格網之研發(1/2)－光碟版 = Study on Grid of Hazard Mitigation and Emergency Response(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>格網版本之洪水預報系統設計，檢討過去單機版洪水預報系統設計之限制，考量系統未來擴充、結合水資源調配、區域排水規劃等模擬應用，提出以下洪水預報系統五項主要設計構想， 包括： (1)網頁服務化即時水文資料服務，(2)元件化展示界面，(3)模組化水文模式，(4)開發水利應用平台，和(5)利用計算格網後端演算。其中，第(1)、(3)項為今年工作重點</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940003</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/24</date><governmentpublicationsnumber>1009404484</governmentpublicationsnumber><identifier>47527</identifier><internationalstandardbooknumber>9789860037012 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47527</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>洪水預報與減災應變格網建置計畫(1/3)－光碟版 = Development of The Flood Forecasting and Mitigation Grid(1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47531</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47531</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三期）</title><yearidentifier>200601</yearidentifier></data><data><abstract>台灣地區可利用之水資源相當有限，水資源之規劃應朝多元化水源開發與管理著手，台灣地區四面環海，多數河川下游皆屬感潮河段，可能具備半鹹水開發之潛能，值得進一步深入探討。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940166</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403830</governmentpublicationsnumber><identifier>47532</identifier><internationalstandardbooknumber>9789860031751 ; 9860031754</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47532</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣感潮河段設置半鹹水淡化廠利用研究=Feasibility study of implementing brackish water desalination plants along the tidal estuaries of Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>10094038830</governmentpublicationsnumber><identifier>47533</identifier><internationalstandardbooknumber>9789860031751 ; 9860031754</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47533</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>Feasibility study of implementing brackish water desalination plants along the tidal estuaries of Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>為發揮整體防災能量，致力強化各部會之間、中央與地方，以及民間單位聯繫，本案計畫辦理「經濟部水利署水災防救資料庫供應系統」更新及擴充暨有防救災器材資料，並將各防救災器材資料數化成資料庫與GIS圖層；另藉由本計畫水利設施搶修復建通達系統建置，儘速彙整各單位災情及搶修復建情況，將可有效追蹤與管理水利設施之搶修與復建情形；並利用地理資訊系統及分析程式提供各項災害防救器材調度機制及動員路線，以期在最短時間內迅速獲得各災害發生地點附近之防救災器材，並提供各防救災器材最佳化之動員路線，縮短決策者在防救器材調度與動員路線規劃之時間</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940004</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403615</governmentpublicationsnumber><identifier>47534</identifier><internationalstandardbooknumber>9789860029147 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47534</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水災防救資料庫擴充與防救災器材動員路線及救災倉庫配置最佳化規劃(1/2)計畫(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究擬建立水庫泥砂觀測系統，實際調查水庫現場渾水異重流垂直濃度分佈及評估設置減淤通道之可行性，並配合水理模型試驗與數值模式，探求適宜台灣水庫之減淤操作方式及減淤通道形式，使水庫經營管理及水資源永續利用兼顧，提供水庫上下游及海岸土砂平衡機制，使水庫功能再提升。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009404253</governmentpublicationsnumber><identifier>47536</identifier><internationalstandardbooknumber>9789860037494 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47536</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(2/3)光碟版 A Study of Density Current and Operation of Reservoir Desiltation(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區可利用之水資源相當有限，水資源之規劃應朝多元化水源開發與管理著手，台灣地區四面環海，多數河川下游皆屬感潮河段，可能具備半鹹水開發之潛能，值得進一步深入探討。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940166</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403830</governmentpublicationsnumber><identifier>47538</identifier><internationalstandardbooknumber>9789860031751 ; 9860031754</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47538</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣感潮河段設置半鹹水淡化廠利用研究(光碟版)=Feasibility study of implementing brackish water desalination plants along the tidal estuaries of Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（以下簡稱南水局）為評估廣林斷層、及月光山斷層等地質構造於美濃水庫壩址預定地安全性之影響，委託成功大學衛星資訊研究中心進行「美濃水庫計畫位置地震儀暨GPS和水準點位維護」。本計畫工作項目包括：(1)GPS測網地殼變形監測控制點維護；(2)跨斷層短水準測量控制點維護；(3)地震監測網；(4)地震活動分析（5）綜合研判分析。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009404296</governmentpublicationsnumber><identifier>47540</identifier><internationalstandardbooknumber>9789860034776 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47540</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>美濃水庫斷層活動性後續監測第五年計畫-美濃水庫計畫位置地震儀暨GPS和水準點位維護(光碟片)=Report of the Fifth Year Project for Continue Monitoring to Faults Activity in the Mei-nong Reservoir Area  Maintains for Seismographs and Geodetic Control Bench M</title><yearidentifier>200512</yearidentifier></data><data><abstract>計畫主要目的在根據現有設計地震資料，檢討現有壩型設計方案，以較直接的數值分析方法評估設計方案在地震後之變形量，研擬提出較佳之壩體分區設計方案及適當之築壩材料強度需求建議值。 分析工作以FLAC程式分析壩體受震變形，分析時採用雙曲線E-B模式模擬壩體填築及蓄水之震前應力，再以Mohr-Coulomb準則配合孔隙水壓激發模式Finn model分析壩體受震產生之變形及孔隙水壓激發行為，以為評估壩體分區方案耐震能力的依據。 評估結果建議採用上游擋水壩變更為上游殼層材料並配合正常滿水位降至高程219m的方案，以符合壩體受震安全及水庫出水高需求。建議方案之大壩工程成本分析及未來設計階段執行所需之築壩材料補充調查與築壩材料工程施工品質管制標準建議，亦一?於報告中提出。</abstract><author>中興工程顧問社</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009404156</governmentpublicationsnumber><identifier>47543</identifier><internationalstandardbooknumber>9789860034806 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47543</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>美濃水庫設計壩型檢討計畫成果報告(光碟版)=Study on the zoning of embankment dam of Meinung reservoir</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對嘉義鰲鼓至曾文溪口間，海岸開發後對地形變遷影響機制問題進行分析研究，配合現場實測資料，進行波浪、潮汐、近岸流場、地形變遷與海岸線變化之數值模擬，研擬可能之海岸護工法，提出適當之海岸防護對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47544</identifier><internationalstandardbooknumber>9789860032025 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47544</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(總報告)(光碟版)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3):成果報告書(第三年)(光碟版)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47545</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47545</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3):成果報告書(第三年)(光碟版)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>有感於現行水、旱災應變作業系統的設計架構已逐漸不符合未來水利署值勤作業之需求，為全面改善上述情況，故提出本「災害緊急應變作業系統更新維護備援計畫」，以目前最新之資訊技術，並依據水利署現行之防救災業務，設計出符合水利署以及各所屬機關所需之緊急應變作業系統，以供平日及防汛時期之用，期望能藉由此全面改善計畫，能建立更完善之防救災資訊網。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940005</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403612</governmentpublicationsnumber><identifier>47546</identifier><internationalstandardbooknumber>9789860029390 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47546</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>災害緊急應變作業系統更新維護備援計書(光碟版) Disaster Emergency Response Operating System</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫係以滿足澎湖地區未來至民國110年用水需求為目標，並保育澎湖地區日趨鹽化之地下水源，進行各項相關計畫之檢討評估，並規劃後續相關供水改善方案，確保未來民生?定供水與觀光旅遊的發展。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2   445.267</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009404527</governmentpublicationsnumber><identifier>47547</identifier><internationalstandardbooknumber>9789860037395 ; 9860037396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47547</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>澎湖地區供水改善規劃=Water Supply Improvement Plan for Penghu Region</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲嘉海岸地區是颱風期間常發生海岸溢淹災害的地點之一，為了協助水利署推動禦潮防災業務，本計畫結合歷史資料、現場監測、數值模式預測與資訊服務系統技術，期能掌握現況並預測未來，以達到及早因應災害之可能發生事件。本計畫研究目標為建置一套雲嘉地區海岸災害監測與預警之展示與查詢系統，期能在往後颱風期間讓水利署有多一份參考資料得以掌握雲嘉地區海岸概況。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940184</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403571</governmentpublicationsnumber><identifier>47548</identifier><internationalstandardbooknumber>9789860030556 ; 9789860030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47548</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雲嘉地區海岸災害預警監測系統建置(光碟版) Monitoring and Modelling of Sea-State for Hazard Warning System at Yunlin and Chiayi Coastal Area</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.267</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009404527</governmentpublicationsnumber><identifier>47549</identifier><internationalstandardbooknumber>9789860037395 ; 9789860037</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47549</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>澎湖地區供水改善規劃=Water Supply Improvement Plan for Penghu Region─Executive Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地理位置位於西北太平洋颱風移動路徑影響範圍，依中央氣象局歷史資料統計，每年約有3~4次颱風會侵襲或通過台灣沿海附近。颱風經過時，因颱風結構因素，低氣壓會使海面水位抬昇，加上強勁的風速，亦會造成海水面產生相同的反應，此二者作用形成海水面異常上升現象稱為暴潮。當海水面受颱風效應異常抬升時，若正值天文潮漲潮，兩者共同的影響，會使沿海地區海水位異常增高，導致沿海低窪地區遭到淹沒，或是河口地區因外水位增高，形成排水不易而淹水；尤有甚者，當海面水位高漲，再加上波浪效應，衝擊海堤，極易發潰決，引發海水倒灌之重大水災。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940183</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/25</date><governmentpublicationsnumber>1009403567</governmentpublicationsnumber><identifier>47550</identifier><internationalstandardbooknumber>9789860031171 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47550</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川及沿海禦潮預警指標暨通報雛型建置計畫(光碟版) Building an early warning system for the prevention of surge inundation at estuary and the coastline regions</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫係以滿足澎湖地區未來至民國110年用水需求為目標，並保育澎湖地區日趨鹽化之地下水源，進行各項相關計畫之檢討評估，並規劃後續相關供水改善方案，確保未來民生?定供水與觀光旅遊的發展。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2   445.267</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404527</governmentpublicationsnumber><identifier>47551</identifier><internationalstandardbooknumber>9789860037395 ; 9860037396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47551</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>澎湖地區供水改善規劃(光碟版)=Water Supply Improvement Plan for Penghu Region</title><yearidentifier>200512</yearidentifier></data><data><abstract>水，對任何人來說不能一日沒有它，但過多又會危害到生命及財產之安全，可說是既愛又害怕，也正因為如此水利事業機關在政府部門一直不容忽略，尤其近幾年來，全球氣候異常，乾旱、洪水發生頻率逐年上升，再加上台灣地形起伏變化極劇，集水區地勢陡峭不易涵養水份，以及降雨豐枯分布極為不平均等等因素，讓中央掌管水利事業之機關--水利署，除了致力於防治水患，減輕洪災損失外，同時面臨開發與調配水資源，並兼顧自然之親水環境與創造源源不絕之活水等多元化的挑戰。考量21世紀之水資源經營管理，除須面對臺灣地區整體水環境變化之嚴峻考驗，另一方面則需考量我國加入世界貿易組織（WTO）後之產業結構轉變影響，並兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢，爰編訂「水資源白皮書」，其編訂內容架構以本署治水、利水、保水、親水及活水五大策略為基礎，展現現階段水資源建設成果，回顧先人蓽路藍縷之建設成就，並廣納「92年全國水利會議」之各界建言，擷取具永續性、多樣性、前瞻性及可行性之水資源政策，作為未來我國水資源業務推動之最高指導方針，俾供各界瞭解今後水資源事業努力方向，以期策勵共勉。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/4</date><governmentpublicationsnumber>1009404607</governmentpublicationsnumber><identifier>47553</identifier><internationalstandardbooknumber>9789860037814 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47553</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源白皮書(內附光碟)</title><yearidentifier>200601</yearidentifier></data><data><abstract>水，對任何人來說不能一日沒有它，但過多又會危害到生命及財產之安全，可說是既愛又害怕，也正因為如此水利事業機關在政府部門一直不容忽略，尤其近幾年來，全球氣候異常，乾旱、洪水發生頻率逐年上升，再加上台灣地形起伏變化極劇，集水區地勢陡峭不易涵養水份，以及降雨豐枯分布極為不平均等等因素，讓中央掌管水利事業之機關--水利署，除了致力於防治水患，減輕洪災損失外，同時面臨開發與調配水資源，並兼顧自然之親水環境與創造源源不絕之活水等多元化的挑戰。考量21世紀之水資源經營管理，除須面對臺灣地區整體水環境變化之嚴峻考驗，另一方面則需考量我國加入世界貿易組織（WTO）後之產業結構轉變影響，並兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢，爰編訂「水資源白皮書」，其編訂內容架構以本署治水、利水、保水、親水及活水五大策略為基礎，展現現階段水資源建設成果，回顧先人蓽路藍縷之建設成就，並廣納「92年全國水利會議」之各界建言，擷取具永續性、多樣性、前瞻性及可行性之水資源政策，作為未來我國水資源業務推動之最高指導方針，俾供各界瞭解今後水資源事業努力方向，以期策勵共勉。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404607</governmentpublicationsnumber><identifier>47554</identifier><internationalstandardbooknumber>9789860037817 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47554</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源白皮書(光碟版)</title><yearidentifier>200601</yearidentifier></data><data><abstract>具體評估經濟部水利署中區水資源局現有、施工中及規劃中水源設施之營運、維護及更新所需之費用與各標的用水之分擔比例，以達水源設施在財務上之永續經營；另本局所轄大甲溪、大安溪尚無農業用水移用機制，亟須評估於必要時其農業用水之可調用水量及其調水成本分析，以作為因應未來用水需求之決策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404742</governmentpublicationsnumber><identifier>47560</identifier><internationalstandardbooknumber>9789860039085 ; 9860039089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47560</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源局所屬水源設施營運維護更新財務規劃及調用農業用水經濟分析</title><yearidentifier>200601</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保、生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81026   351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009404364</governmentpublicationsnumber><identifier>47561</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47561</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009404361</governmentpublicationsnumber><identifier>47562</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47562</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊研擬總報告書</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的主要延續麥寮人工湖開發計畫─環境影響說明書既有成果，加強補充環保署專案小組第三次初審會議審查結論建議，評估以海水淡化廠作為人工湖計畫替代方案之可行性，以及規劃營造補償型河口濕地，以降低麥寮人工湖開發所造成的生態衝擊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404142</governmentpublicationsnumber><identifier>47564</identifier><internationalstandardbooknumber>9789860034882 ; 9860034885</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47564</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>麥寮人工湖開發計畫:海水淡化廠初步規劃 =Development Plan of  Mai-Liao Lake Preliminary Study on Seawater Desalination Plant</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的主要延續麥寮人工湖開發計畫─環境影響說明書既有成果，加強補充環保署專案小組第三次初審會議審查結論建議，為補償麥寮人工湖之開發，所造成基地範圍內120公頃潮間帶生態損失，規劃營造補償型河口濕地，以降低開發所造成的生態衝擊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404141</governmentpublicationsnumber><identifier>47565</identifier><internationalstandardbooknumber>9789860034875 ; 9860034877</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47565</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>麥寮人工湖開發計畫:溼地營造初步規劃 =Development Plan of  Mai-Liao Lake Preliminary Study on Wetland Construction</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的主要延續麥寮人工湖開發計畫─環境影響說明書既有成果，加強補充環保署專案小組第三次初審會議審查結論建議，評估以海水淡化廠作為人工湖計畫替代方案之可行性，以及規劃營造補償型河口濕地，以降低麥寮人工湖開發所造成的生態衝擊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404142</governmentpublicationsnumber><identifier>47566</identifier><internationalstandardbooknumber>9789860034882 ; 9860034885</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47566</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>麥寮人工湖開發計畫:海水淡化廠初步規劃(光碟版)=Development Plan of  Mai-Liao Lake Preliminary Study on Seawater Desalination Plant</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的主要延續麥寮人工湖開發計畫─環境影響說明書既有成果，加強補充環保署專案小組第三次初審會議審查結論建議，為補償麥寮人工湖之開發，所造成基地範圍內120公頃潮間帶生態損失，規劃營造補償型河口濕地，以降低開發所造成的生態衝擊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404141</governmentpublicationsnumber><identifier>47567</identifier><internationalstandardbooknumber>9789860034875 ; 9860034877</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47567</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>麥寮人工湖開發計畫:溼地營造初步規劃(光碟版) =Development Plan of  Mai-Liao Lake Preliminary Study on Wetland Construction</title><yearidentifier>200512</yearidentifier></data><data><abstract>（一）成立專案小組 （二）各水庫基本資料與相關文獻蒐集整理 （三）各水庫泥砂來源及淤積潛勢分析 （四）水庫淤積型態分析 （五）各水庫過去淤積浚渫執行成效檢討</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940248</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404045</governmentpublicationsnumber><identifier>47570</identifier><internationalstandardbooknumber>9789860037807 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47570</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫清淤之檢討與評估 Review and assessment for reservoirs desilting</title><yearidentifier>200512</yearidentifier></data><data><abstract>（一）成立專案小組 （二）各水庫基本資料與相關文獻蒐集整理 （三）各水庫泥砂來源及淤積潛勢分析 （四）水庫淤積型態分析 （五）各水庫過去淤積浚渫執行成效檢討</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940248</commissionedprojectidentifier><currency>NT$</currency><date>2006/1/26</date><governmentpublicationsnumber>1009404045</governmentpublicationsnumber><identifier>47571</identifier><internationalstandardbooknumber>9789860037807 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47571</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫清淤之檢討與評估(光碟版）Review and assessment for reservoirs desilting</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃的目的是收集臺北水源特定區之流量資料，作為往後工程設計、水理研究及分析與水質與水資源管理之重要依據配合水質監測，同時取得水質與水量之資料，以作為整合分析使用，因此將有系統的引進科學研究，以發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測及推估方法，並引進最新觀測儀器</abstract><author>國立臺灣大學；郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009404601</governmentpublicationsnumber><identifier>47572</identifier><internationalstandardbooknumber>9789860038552 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47572</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量監測計畫-臺北水源特定區水文觀測現代化建置 Establishment of Modern Hydrological Measurement for the Catchment Protected the Taipei Water Management Office</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃的目的是收集臺北水源特定區之流量資料，作為往後工程設計、水理研究及分析與水質與水資源管理之重要依據配合水質監測，同時取得水質與水量之資料，以作為整合分析使用，因此將有系統的引進科學研究，以發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測及推估方法，並引進最新觀測儀器</abstract><author>國立臺灣大學；郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009404601</governmentpublicationsnumber><identifier>47573</identifier><internationalstandardbooknumber>9789860038552 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47573</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量監測計畫-臺北水源特定區水文觀測現代化建置〈光碟版〉 Establishment of Modern Hydrological Measurement for the Catchment Protected the Taipei Water Management Office</title><yearidentifier>200512</yearidentifier></data><data><abstract>（一）文獻資料蒐集整理與分析 （二）石門水庫淤泥靜水沉降特性實驗與實驗尺度效應分析 （三）提出界面沉降歷線各轉折點的改變原因 （四）石門水庫艾莉颱風資料分析</abstract><author>逢甲大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009403999</governmentpublicationsnumber><identifier>47574</identifier><internationalstandardbooknumber>9789860037791 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47574</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>渾水水庫沉降特性與排渾減淤操作研究  Settling Characteristics of Muddy Lake and Reservoir Operation Study for Reducing Deposition</title><yearidentifier>200512</yearidentifier></data><data><abstract>（一）文獻資料蒐集整理與分析 （二）石門水庫淤泥靜水沉降特性實驗與實驗尺度效應分析 （三）提出界面沉降歷線各轉折點的改變原因 （四）石門水庫艾莉颱風資料分析</abstract><author>逢甲大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009403999</governmentpublicationsnumber><identifier>47575</identifier><internationalstandardbooknumber>9789860037791 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47575</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>渾水水庫沉降特性與排渾減淤操作研究（光碟版） Settling  characteristics of muddy lake and reservoir operation study for reducing deposition</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642752</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405064</governmentpublicationsnumber><identifier>47580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47580</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度鯉魚潭水庫地震儀維護及觀測分析報告</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405065</governmentpublicationsnumber><identifier>47581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47581</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度石岡壩水庫地震儀維護及觀測分析報告</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.641515</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405066</governmentpublicationsnumber><identifier>47582</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47582</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度集集攔河堰地震儀維護及觀測分析報告</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642752</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405064</governmentpublicationsnumber><identifier>47583</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47583</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度鯉魚潭水庫地震儀維護及觀測分析報告(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405065</governmentpublicationsnumber><identifier>47584</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47584</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度石岡壩水庫地震儀維護及觀測分析報告(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.641515</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009405066</governmentpublicationsnumber><identifier>47585</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47585</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>94年度集集攔河堰地震儀維護及觀測分析報告(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689753</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/1/27</date><governmentpublicationsnumber>1009103945</governmentpublicationsnumber><identifier>47592</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47592</librarycollectiondetailsurl><price>317</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究 Study on Unit Hydrograph Model Application  for Important River in Taiwan東港溪流域 Basin TUNG-KANG CHI</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940007</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009403674</governmentpublicationsnumber><identifier>47602</identifier><internationalstandardbooknumber>9789860029245 ; 9860029245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47602</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(2/4)操作手冊=Expand the Supply System of Hydrological and Water Resource Data (2/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>民國八十八年九月二十一日台灣中部地區發生規模7.3級之集集地震。雲林縣古坑鄉草嶺附近之草嶺潭於此次大地震中再度發生大規模崩山事件，崩坍土石阻塞原有清水溪河道而在上游形成蓄水體積約四千二百萬立方公尺之堰塞湖。水利署第四河川局在草嶺地區施作各種緊急防護工程。工程完成後，崩塌區但歷經（89.8.22）碧利斯颱風、桃芝颱風（90.7.30）及納莉颱風（90.9.17）等發生較大強度雨量之風災後，堰塞湖雖未造成重大災情，但卻使崩塌地地形地貌作了部分之變動，堰塞湖淤積情況也日益嚴重，尤其草嶺潭天然壩在桃芝颱風時嚴重沖毀，因各種緊急防護工程發揮功效，所幸沒有造成下游嚴重災害。豪雨後，草嶺殘坡及崩塌地仍產生局部破壞，堰塞湖溢洪段繼續刷深約2.5公尺(從溢流後已累積下刷?16~20公尺)，當地縣政府及居民對堰塞湖因上游泥砂下移並淤滿，咸認將導致下游地區災害，極力建議辦理疏浚工程及其它因應措施。因此本計畫主要為研究堰塞湖泥砂問題之工程與非工程配套方案，同時並對下游河川影響進行風險評估及提出防災管理建議。</abstract><author>逢甲大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940046</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404415</governmentpublicationsnumber><identifier>47603</identifier><internationalstandardbooknumber>9799860036342 ; 9860036349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47603</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>草嶺崩塌區及堰塞湖對下游河川影響之風險評估與研究(內附光碟)=A Risk Evaluation and Study on the Influence of Tsao-Lin Landslide Area and Landslide Induced Lake on the Downstream River</title><yearidentifier>200512</yearidentifier></data><data><abstract>一九八七年聯合國世界環境與發展委員會發表「我們共同的未來」報告中，首先詮釋了「永續發展」的觀念以後，不僅在世界各國引發了廣泛的迴響，更成為全世界最重要的思潮之一。從聯合國永續發展委員會推動一系列永續發展相關議題活動，到我國行政院亦成立「國家永續發展委員會」，負責我國永續發展工作之規劃及推動，皆顯示出推動永續發展已成為全世界之共同策略與工作。 指標為用來描述狀態之變數，水資源永續發展指標為用來描述水資源狀態是否能支援永續發展。水資源包含相關資訊相當的多，例如水文觀測資料即包括降雨、溫度、蒸發及河川流量等，而這些水文觀測資料所反應的水資源狀態為何？則必須結合專家學者的知識，就水資源系統進行評估。永續發展指標設計目的不應只是提供政府、專家參考，而應使其扮演政策改善及大眾教育宣導之功能。因此，如何將大量水資源資訊及專家學者揉合及濃縮成為具有政策指導及教育宣導之指標系統功能，為水資源管理上重要的課題。目前經濟部水利署已發展出一套可評估台灣地區水資源發展現況之指標系統架構，本手冊將依據其評估結果編製成中英文對照手冊，以供各界人士參考。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404158</governmentpublicationsnumber><identifier>47619</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47619</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>2005 台灣水資源永續發展指標中英文對照手冊(光碟版) Chinese-English Guidebook on the Indicators of Water Resources Sustainable Development in Taiwan 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫成立之主要目的，除分別針對當前水資源永續發展相關重要議題(包括水資源永續發展指標釐訂與評估分析計算、全球氣候變遷與台灣水資源永續發展策略)提出研究報告，亦協助水利署推動水資源永續發展相關業務，同時辦理蒐集彙整國外有關水資源永續發展最新動態及資訊、製作水資源永續發展指標中英文對照手冊、水利署永續發展網頁資料庫之更新與維護，所得資訊及研究成果期能做為水利署制訂及執行水資源永續發展政策之參考。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940174</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404016</governmentpublicationsnumber><identifier>47620</identifier><internationalstandardbooknumber>9789860032154 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47620</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源永續發展計畫(光碟版)＝Project of Sustainable Water Resources Development</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨為水利署研擬馬祖地區水庫集水區的整體治理規劃，以提供農委會、環保署執行相關水土保持及水質維護等水庫保育工作上的依據。本計畫期程自民國95年起至97年止，內容為水土保持與水質改善等兩大部分。由於馬祖地區水土保持現況穩定，植被良好，並無土地超限利用問題，集水區保育計畫以改善水庫水體水質為主要目標。本計畫先建立改善水庫水體水質從優養減少至普養狀態時各湖庫需減少營養鹽的量，依據此目標再配合各可行工法進行方案配置。主要的工作包括（1）基本資料蒐集、整理及分析，（2）現地調查，（3）問題分析，（4）水庫集水區保育治理規劃，（5）計畫期程與經費編列，（6）效益評估，（7）研提水庫集水區保育治理計畫。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940125</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404032</governmentpublicationsnumber><identifier>47633</identifier><internationalstandardbooknumber>9789860031928 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47633</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>馬祖地區水庫集水區整體治理規劃</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>8854890627</governmentpublicationsnumber><identifier>47634</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47634</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處第七河川局</publisher><publishrocyear>89</publishrocyear><title>荖濃溪六龜河段治理規劃檢討報告</title><yearidentifier>200012</yearidentifier></data><data><abstract>本計畫旨為水利署研擬馬祖地區水庫集水區的整體治理規劃，以提供農委會、環保署執行相關水土保持及水質維護等水庫保育工作上的依據。本計畫期程自民國95年起至97年止，內容為水土保持與水質改善等兩大部分。由於馬祖地區水土保持現況穩定，植被良好，並無土地超限利用問題，集水區保育計畫以改善水庫水體水質為主要目標。本計畫先建立改善水庫水體水質從優養減少至普養狀態時各湖庫需減少營養鹽的量，依據此目標再配合各可行工法進行方案配置。主要的工作包括（1）基本資料蒐集、整理及分析，（2）現地調查，（3）問題分析，（4）水庫集水區保育治理規劃，（5）計畫期程與經費編列，（6）效益評估，（7）研提水庫集水區保育治理計畫。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940125</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404032</governmentpublicationsnumber><identifier>47635</identifier><internationalstandardbooknumber>9789860031928 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47635</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>馬祖地區水庫集水區整體治理規劃(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度(九十四年度)水環境研究中心秉持過去五年豐碩的教育宣導成果，進行推廣水環境人才培訓、教育推廣與國際交流。因此，包括諸如出版Journal of Ecotechnology(改版集水區展望通訊)、中心資訊網站等有形的強調時間累積成效的「持續型傳播工具」，以及學術交流、國際論壇、研討會等無形的「聚焦形式互動平台」都將持續辦理以建立特定的學術角色，同時開放相關的溝通管道將民眾的力量落實於集水區發展。 本中心將以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，在永續發展觀念下的水與綠建設，著力於相關之研究。</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009403921</governmentpublicationsnumber><identifier>47636</identifier><internationalstandardbooknumber>9789860031911 ; 9860031916</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47636</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水環境研究中心94年綜合執行計畫(1/5) Water Environment Research Center 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度(九十四年度)水環境研究中心秉持過去五年豐碩的教育宣導成果，進行推廣水環境人才培訓、教育推廣與國際交流。因此，包括諸如出版Journal of Ecotechnology(改版集水區展望通訊)、中心資訊網站等有形的強調時間累積成效的「持續型傳播工具」，以及學術交流、國際論壇、研討會等無形的「聚焦形式互動平台」都將持續辦理以建立特定的學術角色，同時開放相關的溝通管道將民眾的力量落實於集水區發展。 本中心將以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，在永續發展觀念下的水與綠建設，著力於相關之研究。</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009403921</governmentpublicationsnumber><identifier>47637</identifier><internationalstandardbooknumber>9789860031911 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47637</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水環境研究中心94年綜合執行計畫(1/5)－光碟版  Water Environment Research Center 2005</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究中採用衛星遙測之方法能有效地快速觀測並處理水質優養化之污染分布，相較於以往傳統的監測方式只能獲得點的訊息而無法獲得整體大規模的變化，僅能獲得局部的水質情形。所以就傳統方法與衛星遙測方式相比，不管是在獲取資料的特性上、範圍上或是頻率上，使用衛星遙測的方式都遠勝過傳統的監測方法；這將為管理與決策階層提供一個的良好的資料來源。由於本法所獲得的成果為面狀資料，除了提供管理與決策階層視覺上的呈現；更可結合GIS進行空間分析進一步掌握水庫整體的變化，除了可用於監測水庫主體之外，更可針對集水區的範圍進行管理與監控，同時掌握集水區與水庫水質之間的關聯變化，進而管理與監控整個系統。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/6</date><governmentpublicationsnumber>1009404000</governmentpublicationsnumber><identifier>47638</identifier><internationalstandardbooknumber>9789860031867 ; 986003186X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47638</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>衛星技術應用於水庫優養化預測與防治(2/2) Reservoir Eutrophication Prediction and Prevention by Using Remote Sensing Technique (2/2)</title><yearidentifier>200511</yearidentifier></data><data><abstract>本研究中採用衛星遙測之方法能有效地快速觀測並處理水質優養化之污染分布，相較於以往傳統的監測方式只能獲得點的訊息而無法獲得整體大規模的變化，僅能獲得局部的水質情形。所以就傳統方法與衛星遙測方式相比，不管是在獲取資料的特性上、範圍上或是頻率上，使用衛星遙測的方式都遠勝過傳統的監測方法；這將為管理與決策階層提供一個的良好的資料來源。由於本法所獲得的成果為面狀資料，除了提供管理與決策階層視覺上的呈現；更可結合GIS進行空間分析進一步掌握水庫整體的變化，除了可用於監測水庫主體之外，更可針對集水區的範圍進行管理與監控，同時掌握集水區與水庫水質之間的關聯變化，進而管理與監控整個系統。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009404000</governmentpublicationsnumber><identifier>47643</identifier><internationalstandardbooknumber>9789860031867 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47643</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>衛星技術應用於水庫優養化預測與防治(2/2)－光碟版  Reservoir Eutrophication Prediction and Prevention by Using Remote Sensing Technique (2/2)</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47645</identifier><internationalstandardbooknumber>9789860032024 ; 9860032025</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47645</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3)成果資料(第三年)光碟片=A Study on Mechanism of Topographical Chanhes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫希望跨越工程與生態之間的鴻溝，將生態學或生物學語言轉化為工程計算之學理，建構確保目前生態不再惡化、促進生物多樣性之實現，達成發展本土化生態工法之設計參數。 本年度(第二年)計畫先以室內實驗方式建立四種魚類指標物種之生物參數，包括最大持續游速、最適流速、跳躍能力、可承受最大流量、最低流量等。流場數值模擬方面，二維數值模擬分別針對拋石工法、石樑工法、丁壩及緊急庇護水道等水工結構物，以單位寬度之概念作基礎，簡化流場數值模擬，並建立水工結構物設計參數；另三維數值模擬主要針對石樑工法進行詳細流場模擬，藉此得知真實三維空間中，此結構物所形成之流場於何處適合魚類生存，不至使原河川生態棲地遭受過大之改變。</abstract><author>台北科技大學</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940098</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403917</governmentpublicationsnumber><identifier>47650</identifier><internationalstandardbooknumber>9789860031874 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47650</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區生態水工結構物設計參數之建立(2/3)  The Establishment of Ecological Engineering Parameters in Reservoir Watershed (2/3)</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫希望跨越工程與生態之間的鴻溝，將生態學或生物學語言轉化為工程計算之學理，建構確保目前生態不再惡化、促進生物多樣性之實現，達成發展本土化生態工法之設計參數。 本年度(第二年)計畫先以室內實驗方式建立四種魚類指標物種之生物參數，包括最大持續游速、最適流速、跳躍能力、可承受最大流量、最低流量等。流場數值模擬方面，二維數值模擬分別針對拋石工法、石樑工法、丁壩及緊急庇護水道等水工結構物，以單位寬度之概念作基礎，簡化流場數值模擬，並建立水工結構物設計參數；另三維數值模擬主要針對石樑工法進行詳細流場模擬，藉此得知真實三維空間中，此結構物所形成之流場於何處適合魚類生存，不至使原河川生態棲地遭受過大之改變。</abstract><author>台北科技大學</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940098</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403917</governmentpublicationsnumber><identifier>47652</identifier><internationalstandardbooknumber>9789860031874 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47652</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區生態水工結構物設計參數之建立(2/3)－光碟版  The Establishment of Ecological Engineering Parameters in Reservoir Watershed (2/3)</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫之目的在於重新檢討現行水庫集水區土地利用管理制度，並據以提出相關土地管理策略之改進建議。此外，藉由水庫集水區管理資訊系統之開發，將能有效整合其內水資源保育及管理等完整之監測資訊，並健全水庫集水區土地利用管理機制，以提供作為政府單位施政之重要參考依據，進而達到國土資源永續利用之最終目標。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940259</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009404012</governmentpublicationsnumber><identifier>47653</identifier><internationalstandardbooknumber>9789860033243 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47653</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區保育及管理監測系統建置計畫(1/2) The  Establishment of Web Based System for Conservation, Management and Monitroing in Catchment Area (1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之目的在於重新檢討現行水庫集水區土地利用管理制度，並據以提出相關土地管理策略之改進建議。此外，藉由水庫集水區管理資訊系統之開發，將能有效整合其內水資源保育及管理等完整之監測資訊，並健全水庫集水區土地利用管理機制，以提供作為政府單位施政之重要參考依據，進而達到國土資源永續利用之最終目標。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940259</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009404012</governmentpublicationsnumber><identifier>47654</identifier><internationalstandardbooknumber>9789860033243 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47654</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區保育及管理監測系統建置計畫(1/2)－光碟版　The  Establishment of Web Based System for Conservation, Management and Monitroing in Catchment Area (1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>47655</identifier><internationalstandardbooknumber>9789860032024 ; 9860032025</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47655</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3)成果資料(第三年)光碟片=A Study on Mechanism of Topographical Chanhes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究進行建構降雨誘發崩塌潛勢評估模式、估算邊坡崩塌量及推估泥沙遞移率等研究；崩塌潛勢評估模式建構過程，採用北橫、中橫、南橫及台14線等之崩塌案例進行檢定，及桃芝颱風及艾利颱風之崩塌案例進行驗證，並針對明德水庫進行不同累積降雨情況下崩塌潛勢分佈研究；另外探討邊坡崩塌量估算及集水區土砂產量及運移情況，以Khazai &amp; Sitar(2000)所提出之坡度與崩塌深度關係表估算各集水區之邊坡崩塌量，以指標法估算集水區土壤沖蝕量，結果顯示明德水庫於桃芝颱風期間之總土砂量約有85％來自邊坡崩塌量，於七二水災期間之總土砂量約有89％來自邊坡崩塌量，石門水庫於艾利颱風期間之總土砂量約有64％來自邊坡崩塌量。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940121</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403916</governmentpublicationsnumber><identifier>47656</identifier><internationalstandardbooknumber>9789860031881 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47656</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>水庫集水區崩塌地潛勢分析及崩塌土方量估算之研究(2/3)  The Evaluation Study of Landslide Susceptibility and Landslide Size in Reservoir Watersheds (2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究進行建構降雨誘發崩塌潛勢評估模式、估算邊坡崩塌量及推估泥沙遞移率等研究；崩塌潛勢評估模式建構過程，採用北橫、中橫、南橫及台14線等之崩塌案例進行檢定，及桃芝颱風及艾利颱風之崩塌案例進行驗證，並針對明德水庫進行不同累積降雨情況下崩塌潛勢分佈研究；另外探討邊坡崩塌量估算及集水區土砂產量及運移情況，以Khazai &amp; Sitar(2000)所提出之坡度與崩塌深度關係表估算各集水區之邊坡崩塌量，以指標法估算集水區土壤沖蝕量，結果顯示明德水庫於桃芝颱風期間之總土砂量約有85％來自邊坡崩塌量，於七二水災期間之總土砂量約有89％來自邊坡崩塌量，石門水庫於艾利颱風期間之總土砂量約有64％來自邊坡崩塌量。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940121</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403916</governmentpublicationsnumber><identifier>47657</identifier><internationalstandardbooknumber>9789860031881 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47657</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>水庫集水區崩塌地潛勢分析及崩塌土方量估算之研究(2/3) －光碟版  The Evaluation Study of Landslide Susceptibility and Landslide Size in Reservoir Watersheds (2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>「水庫集水區水質、水量及泥砂整合性監測系統之規劃」計畫，是以石門、南化兩座水庫為例，對水庫集水區做整體考量，進行整合性監測系統之規劃，包括監測點選定、監測項目、監測方法、監測頻率、監測系統建置、資料傳輸、資料分析、資料查詢及展示等，以期整合集水區水質、水量、泥砂之監測工作，並能更有效地運用監測成果，達到水資源保護和集水區保育的整體目標。其中監測站站址應能反映集水區內水文、地文及人文因子空間分佈的差異性，並依據資料分析、推估結果，掌握集水區內泥砂及污染量主要產出的區位。計畫執行期間，已完成南化及石門水庫集水區整合性監測系統之規劃，研擬監測站站址，成果並可做為日後推動相關計畫之參考。</abstract><author>成功大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRA0940129</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403920</governmentpublicationsnumber><identifier>47662</identifier><internationalstandardbooknumber>9789860031898 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47662</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區水質、水量及泥砂整合性監測系統之規劃  Design of Integrated Water Quality, Discharge and Sediment Monitoring System for the Watershed of Reservoir</title><yearidentifier>200512</yearidentifier></data><data><abstract>「水庫集水區水質、水量及泥砂整合性監測系統之規劃」計畫，是以石門、南化兩座水庫為例，對水庫集水區做整體考量，進行整合性監測系統之規劃，包括監測點選定、監測項目、監測方法、監測頻率、監測系統建置、資料傳輸、資料分析、資料查詢及展示等，以期整合集水區水質、水量、泥砂之監測工作，並能更有效地運用監測成果，達到水資源保護和集水區保育的整體目標。其中監測站站址應能反映集水區內水文、地文及人文因子空間分佈的差異性，並依據資料分析、推估結果，掌握集水區內泥砂及污染量主要產出的區位。計畫執行期間，已完成南化及石門水庫集水區整合性監測系統之規劃，研擬監測站站址，成果並可做為日後推動相關計畫之參考。</abstract><author>成功大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRA0940129</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403920</governmentpublicationsnumber><identifier>47663</identifier><internationalstandardbooknumber>9789860031898 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47663</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區水質、水量及泥砂整合性監測系統之規劃(光碟版)  Design of Integrated Water Quality, Discharge and Sediment Monitoring System for the Watershed of Reservoir</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47669</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47669</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四期）</title><yearidentifier>200601</yearidentifier></data><data><abstract>具體評估經濟部水利署中區水資源局現有、施工中及規劃中水源設施之營運、維護及更新所需之費用與各標的用水之分擔比例，以達水源設施在財務上之永續經營；另本局所轄大甲溪、大安溪尚無農業用水移用機制，亟須評估於必要時其農業用水之可調用水量及其調水成本分析，以作為因應未來用水需求之決策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009404742</governmentpublicationsnumber><identifier>47670</identifier><internationalstandardbooknumber>9789860039085 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47670</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源局所屬水源設施營運維護更新財務規劃及調用農業用水經濟分析(光碟版)=Financial Planning of Operation,Maintenance and Replacement for Water Resources Facilities of Central Water Resources Office and Economic Analysis of Agricultural Water Al</title><yearidentifier>200601</yearidentifier></data><data><abstract>本研究利用放射性核種及崩塌地現場調查研究石門水庫集水區之流域土壤產砂機制，推估該集水區之土壤沖蝕量與河道產砂來源，以作為水庫集水區保育及防砂策略之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940099</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403919</governmentpublicationsnumber><identifier>47672</identifier><internationalstandardbooknumber>9789860035827 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47672</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>石門水庫集水區泥砂產量推估之研究(3/3) On Estimation of Sediment Yield in Shihmen Reservoir Watershed</title><yearidentifier>200511</yearidentifier></data><data><abstract>本研究利用放射性核種及崩塌地現場調查研究石門水庫集水區之流域土壤產砂機制，推估該集水區之土壤沖蝕量與河道產砂來源，以作為水庫集水區保育及防砂策略之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940099</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/7</date><governmentpublicationsnumber>1009403919</governmentpublicationsnumber><identifier>47673</identifier><internationalstandardbooknumber>9789860035827 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47673</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>石門水庫集水區泥砂產量推估之研究(3/3)－光碟版  On Estimation of Sediment Yield in Shihmen Reservoir Watershed</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>鍾起岱</author><categoryidentifier>547.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/13</date><governmentpublicationsnumber>30119840231</governmentpublicationsnumber><identifier>42982</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_42982</librarycollectiondetailsurl><price>86</price><publisher>台灣省政府新聞處</publisher><publishrocyear>84</publishrocyear><title>企業政府一新觀念與新省政</title><yearidentifier>199510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/16</date><governmentpublicationsnumber>1009204351</governmentpublicationsnumber><identifier>43015</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43015</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>鳳山溪治理基本計畫(鳳山溪橋至河口段)(第一次修訂)(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.627</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/17</date><governmentpublicationsnumber>1009302233</governmentpublicationsnumber><identifier>43028</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43028</librarycollectiondetailsurl><price>86</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>基隆河治理基本計畫(大坑溪口至北山大橋段-第一次修訂)</title><yearidentifier>200407</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.627</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/17</date><governmentpublicationsnumber>1009302234</governmentpublicationsnumber><identifier>43034</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43034</librarycollectiondetailsurl><price>104</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>基隆河治理基本計畫(員山子分洪入口侯硐介壽橋段-第一次修訂)</title><yearidentifier>200407</yearidentifier></data><data><abstract> </abstract><author>劉寧顏</author><categoryidentifier>922.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>30112740182</governmentpublicationsnumber><identifier>43211</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43211</librarycollectiondetailsurl><price>1200</price><publisher>臺灣省政府新聞處</publisher><publishrocyear>74</publishrocyear><title>台灣地區第一級古蹟巡禮</title><yearidentifier>198506</yearidentifier></data><data><abstract> </abstract><author>林信輝.歐辰雄</author><categoryidentifier>373.551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>1009100432</governmentpublicationsnumber><identifier>43216</identifier><internationalstandardbooknumber>9789570106787 ; 9570106786</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43216</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>臺灣海岸地區應用植物</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>80</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>33037820468</governmentpublicationsnumber><identifier>43228</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43228</librarycollectiondetailsurl><price>400</price><publisher>行政院勞工委員會</publisher><publishrocyear>83</publishrocyear><title>勞工休閒指南</title><yearidentifier>199402</yearidentifier></data><data><abstract> </abstract><author>行政新聞局</author><categoryidentifier>562.421</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>15012860889</governmentpublicationsnumber><identifier>43229</identifier><internationalstandardbooknumber>9789570201413 ; 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9570201339</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43230</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>國防部</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>69.8703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>15012861084</governmentpublicationsnumber><identifier>43231</identifier><internationalstandardbooknumber>9789570201611 ; 9570201614</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43231</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>故宮博物院</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>578.822</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>15012860790</governmentpublicationsnumber><identifier>43232</identifier><internationalstandardbooknumber>9789570201321 ; 9570201320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43232</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>外交部</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>578.822</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>1512860819</governmentpublicationsnumber><identifier>43233</identifier><internationalstandardbooknumber>9789570201345 ; 9570201347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43233</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>財政部</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>572.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>15012861074</governmentpublicationsnumber><identifier>43234</identifier><internationalstandardbooknumber>9780950201603 ; 0950201606</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43234</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>中央選舉委員會</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>561</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>15012860879</governmentpublicationsnumber><identifier>43236</identifier><internationalstandardbooknumber>9789570201406 ; 9570201401</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43236</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>僑務委員會</title><yearidentifier>199708</yearidentifier></data><data><abstract>由於集集共同引水工程南岸之計畫取水量高達108cms，而 且其沉砂池之設計方式有異於傳統形式，工程竣工後，包括進水 口取水、排砂道之排砂操作及沉砂池營運操作管理工作勢必頗具 挑戰性，為使上述營運操作工作能夠順利執行，擬於整體工程竣 工前，進行進水口前庭至排砂道之間淤砂形態及淤砂高度觀測， 配合輸水渠道內之水流含砂濃度觀測資料，檢討攔河堰排砂道之 初期排砂操作方式。另外擬在南岸左後方3號沉砂池內，進行水 理、淤砂分佈及排砂效果等觀測工作，藉以深入了解泥砂在沉砂 槽內之淤積形態及排砂操作效果，進而研擬較為可行及效率較佳 之初期操作方式。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>1009101848</governmentpublicationsnumber><identifier>43237</identifier><internationalstandardbooknumber> 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9570201398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43238</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>86</publishrocyear><title>蒙藏委員會</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>5577.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/8/23</date><governmentpublicationsnumber>1512860859</governmentpublicationsnumber><identifier>43239</identifier><internationalstandardbooknumber>9789570201383 ; 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ANNUAL  REPORT  OF  DRYLAND  FOOD  CROPS  IMPROVEMENT</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/9/30</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>43588</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43588</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>92</publishrocyear><title>中華民國九十二年氣候資料年報第一部份一地面資料</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>萇圓工程顧問有限公司</author><categoryidentifier>443.6227</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43615</librarycollectiondetailsurl><price>40</price><publisher>基隆市政府主計室</publisher><publishrocyear>93</publishrocyear><title>基隆市統計要覽（民國九十二年，第五十七期）</title><yearidentifier>200408</yearidentifier></data><data><abstract>本計畫主要針對經濟部水利署所屬各水資源局與各河川局進行水文觀測能力與品質之全面普查及評鑑，並編列經費加以改善，提升其素質。本年度擬以委辦計畫形式辦理該項評鑑計畫，邀集專家、學者、儀電人員組成工作團隊，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，以作為全面提升水文觀測品質保証之準備。 本委辦計畫工作項目除建立前述之普查評鑑制度，及其所需要之相關規定外，另需完成提升經濟部水利署所屬各水資源局與各河川局水文觀測能力與技術之改善計畫及其分年經費需求之擬訂，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/8</date><governmentpublicationsnumber>1009204538</governmentpublicationsnumber><identifier>43616</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43616</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂(2/2) =Establishment of an Quality Appraisal Institution for Hydrology Observation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-D13-110-02</commissionedprojectidentifier><currency>NT$</currency><date>2004/10/11</date><governmentpublicationsnumber>1009103625</governmentpublicationsnumber><identifier>43631</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>美濃水庫區域地質之爭議主題論證計畫(第一階段)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6193</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/11</date><governmentpublicationsnumber>1009000928</governmentpublicationsnumber><identifier>43635</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43635</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>彰雲地區農業用水合理需水量之探討(內附光碟)</title><yearidentifier>200104</yearidentifier></data><data><abstract>本計畫工程位於台南縣楠西鄉、玉井鄉及南化鄉。其中攔河堰位於曾文三號橋下游180公尺，有效蓄水量74.8萬噸立方公尺。輸水管路含取水口至玉井段及玉井至新北寮橋段。曾文收費站土資場面積5.5公頃，規劃容量55萬立方公尺。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/18</date><governmentpublicationsnumber>1009300938</governmentpublicationsnumber><identifier>43665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43665</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>曾文水庫越域引水下游輸水工程環境影響說明書 (定稿本) －光碟版</title><yearidentifier>200403</yearidentifier></data><data><abstract>（一）	完成青草湖水庫重生計畫可行性之檢討 （二）	完成青草湖水庫重生規劃設計 （三）	完成環境影響預測及管理對策</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0920018</commissionedprojectidentifier><currency>NT$</currency><date>2004/10/20</date><governmentpublicationsnumber>1009204497</governmentpublicationsnumber><identifier>43671</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43671</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>青草湖水庫重生規劃  The Rehabilitation Plan of Cing-Chou-Hu Reservoir</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0920018</commissionedprojectidentifier><currency>NT$</currency><date>2004/10/20</date><governmentpublicationsnumber>1009204497</governmentpublicationsnumber><identifier>43672</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43672</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>青草湖水庫重生規劃環境影響說明書(草案)The Rehabilitation Plan of Cing-Chou-Hu Reservoir Environmental Impact Statement(draft)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本年度報告引用64個單位調查之資料，就統計結果而言，九十二年度建設經費，與上一年度相比，投資額增加3.20%；研發費用之投資額減少49.09%。水為維持生命之根源，亦是人群生活與經濟生產所需，水資源的開發利用、控制、防災、管理與建設，攸關全民福祉和國家的整體發展。各種經濟發展之演變過程，無不依賴著水資源之充份供應始能達成，充份顯示水資源在經濟活動領域，佔有極為重要之地位。由於台灣本島特殊地貌及降雨型態，再加上近年來全球氣候的異常變化，導致水資源在時間、空間上嚴重分布不均，致使可供利用之水資源愈顯不足。因此如何將目前有限之水資源做最有效之合理開發與運用，已成為我國當前經濟發展之重要課題。</abstract><author>經濟部水利署</author><categoryidentifier>554.617   554.6127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/22</date><governmentpublicationsnumber>1009302777</governmentpublicationsnumber><identifier>43680</identifier><internationalstandardbooknumber>9789570182118 ; 9789570182</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43680</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署台灣地區水資源投資分析九十二年度報告</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府主計室</author><categoryidentifier>514.2741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/22</date><governmentpublicationsnumber>1009302578</governmentpublicationsnumber><identifier>43681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43681</librarycollectiondetailsurl><price>150</price><publisher>桃園縣政府</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年桃園縣統計要覽第五十四期 THE STATISTICAL ABSTRACT OF TAOYUAN PREFECTURE 2003</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/10/27</date><governmentpublicationsnumber>1009102452</governmentpublicationsnumber><identifier>43687</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫營運管理系統試運轉成果報告</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>李玉芬等合撰</author><categoryidentifier>601</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/9</date><governmentpublicationsnumber>1009200117</governmentpublicationsnumber><identifier>43691</identifier><internationalstandardbooknumber>9789570132564 ; 9789570132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43691</librarycollectiondetailsurl><price>330</price><publisher>臺東縣成功鎮公所</publisher><publishrocyear>92</publishrocyear><title>成功鎮志－地理篇</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.627</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/9</date><governmentpublicationsnumber>1009303097</governmentpublicationsnumber><identifier>43692</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43692</librarycollectiondetailsurl><price>330</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>基隆河河道疏洪及滯洪水工模型試驗報告 Hydraulic Model Studies of Evacuation and Detention flood in Kee-Lung River</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/11</date><governmentpublicationsnumber>1009302044</governmentpublicationsnumber><identifier>43693</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43693</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年水利統計（光碟版）</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.627</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/11</date><governmentpublicationsnumber>1009303097</governmentpublicationsnumber><identifier>43694</identifier><internationalstandardbooknumber>9789570183887 ; 9789570183</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43694</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>基隆河河道疏洪及滯洪水工模型試驗報告（光碟版）</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>2004000007</governmentpublicationsnumber><identifier>43695</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43695</librarycollectiondetailsurl><price>180</price><publisher>南投縣政府</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年 南投縣統計要覽 第五十二期</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>台灣糖業公司新營廠</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920006V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>1009254784</governmentpublicationsnumber><identifier>43697</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43697</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井及已完成觀測井井體維護計畫（2/2）地質水文分析</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣糖業公司新營廠</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920006V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>1009254784</governmentpublicationsnumber><identifier>43698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43698</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井及已完成觀測井井體維護計畫（2/2）觀測井井體清洗維護</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920006V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>1009254784</governmentpublicationsnumber><identifier>43699</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43699</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井及已完成觀測井井體維護計畫（2/2）地下水觀測站井佈置檢討（台北盆地及桃園中壢台地）</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫希望藉由地下水資源管理決策支援系統之建置，得以輔助地下水資源之決策分析者，進行相關之分析決策工作，使得管理者得以充分瞭解並掌握台灣地區地下水資源之特性，以提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920005</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/12</date><governmentpublicationsnumber>1009204783</governmentpublicationsnumber><identifier>43700</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43700</librarycollectiondetailsurl><price>685</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置（3/4） Development of Decision  Support  System for Groundwater Management  in Taiwan (3/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>蔡其朝主編</author><categoryidentifier>445.2028   445.202868</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/15</date><governmentpublicationsnumber>1009302589</governmentpublicationsnumber><identifier>43704</identifier><internationalstandardbooknumber>9789570181079 ; 9789570181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43704</librarycollectiondetailsurl><price>200</price><publisher>金門縣自來水廠</publisher><publishrocyear>93</publishrocyear><title>金門縣自來水廠統計年報 中華民國九十三年</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>台東縣政府主計室</author><categoryidentifier>514.2787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/15</date><governmentpublicationsnumber>2009003999</governmentpublicationsnumber><identifier>43708</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43708</librarycollectiondetailsurl><price>1098</price><publisher>台東縣政府主計室</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年臺東縣統計要覽(第五十三期)</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>台灣糖業公司新營廠</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92000</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>1009254784</governmentpublicationsnumber><identifier>43711</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43711</librarycollectiondetailsurl><price>1098</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井及已完成觀測井井體維護計畫（2/2）－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43712</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43712</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十 期）</title><yearidentifier>200410</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43713</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43713</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十一 期）</title><yearidentifier>200410</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43714</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43714</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十二 期）</title><yearidentifier>200410</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43715</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43715</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十三 期）</title><yearidentifier>200411</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43716</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43716</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十四 期）</title><yearidentifier>200411</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/18</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>43731</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43731</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷, 第四十五 期）</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>台灣省自來水股份有限公司</author><categoryidentifier>445.2028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/19</date><governmentpublicationsnumber>4109102422</governmentpublicationsnumber><identifier>43733</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43733</librarycollectiondetailsurl><price>450</price><publisher>台灣省自來水股份有限公司</publisher><publishrocyear>92</publishrocyear><title>臺灣省自來水事業統計年報（民國九十二年，第二十五期）－光碟版</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>臺南縣政府</author><categoryidentifier>514.2762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/18</date><governmentpublicationsnumber>1009302768</governmentpublicationsnumber><identifier>43740</identifier><internationalstandardbooknumber>9789570182644 ; 9570182644</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43740</librarycollectiondetailsurl><price>450</price><publisher>臺南縣政府</publisher><publishrocyear>93</publishrocyear><title>臺南縣統計要覽（民國九十二年，第五十五期）－內附光碟</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>萇圓工程顧問有限公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/22</date><governmentpublicationsnumber>1009300162</governmentpublicationsnumber><identifier>43746</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43746</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>93</publishrocyear><title>烏溪水岸整建及景觀改善計畫 (內附光碟) The River Reclamation and Landscape Planning of Wu-River</title><yearidentifier>200406</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>351.9322743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/22</date><governmentpublicationsnumber>1009302876</governmentpublicationsnumber><identifier>43763</identifier><internationalstandardbooknumber>9789570182910 ; 9570182911</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>現階段海水淡化推動計畫(2/2)?題報告－新竹海水淡化廠工程規劃報告Present Phase Seawater Desalination Promotion Plan(2/2)Engineering Plan of Hsinchu Sea-water Desalination Plant</title><yearidentifier>200410</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>351.9322743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/22</date><governmentpublicationsnumber>1009302877</governmentpublicationsnumber><identifier>43765</identifier><internationalstandardbooknumber>9789570182927 ; 957018292X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43765</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>現階段海水淡化推動計畫(2/2)?題報告二民間參與新竹海水淡化廠可行性評估Present Phase Seawater Desalination Promotion Plan (2/2) Feasibility Study of Private Participatin in Hsinchu Sea-water Desalination Plant</title><yearidentifier>200410</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>351.9322743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/11/22</date><governmentpublicationsnumber>1009302878</governmentpublicationsnumber><identifier>43766</identifier><internationalstandardbooknumber>9789570182934 ; 9570182938</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43766</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>現階段海水淡化推動計畫(2/2)?題報告三民間參與新竹海水淡化廠先期計畫書Present Phase Sipieawater Desalination Promotion Plan (2/2) Preliminary Plan of Privat Participation  in Hsinchu Sea-water Desalination Plant</title><yearidentifier>200410</yearidentifier></data><data><abstract> 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光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>(一)基本資料之蒐集整理分析I.完成台灣水庫清淤規劃之相關資料庫2.台灣水庫之清淤規劃資料3.台灣水庫之淤泥處理與再利用資料II.完成國外水庫清淤防淤技術之相關資料庫1.清淤防淤技術資料2.淤泥處理與再利用技術資料(二)高效率水庫清淤之研究(三)浚渫物處理之研究</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920027V4</commissionedprojectidentifier><currency>NT$</currency><date>2004/12/6</date><governmentpublicationsnumber>1009204504</governmentpublicationsnumber><identifier>43898</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_43898</librarycollectiondetailsurl><price>765</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水庫高效率排砂(4/4) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> 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9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44209</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫成果總報告－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/12/29</date><governmentpublicationsnumber>1009304644</governmentpublicationsnumber><identifier>44210</identifier><internationalstandardbooknumber>9789570196665 ; 9570196661</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44210</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源永續發展指標之計算與評估 The  Assessment and Computation of the Indicators on Sustainable Development of Water Resources in Taiwan</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/12/29</date><governmentpublicationsnumber>1009304644</governmentpublicationsnumber><identifier>44211</identifier><internationalstandardbooknumber>9789570196665 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44211</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>台灣地區水資源永續發展指標之計算與評估－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>湖山水庫之溢洪道係位於湖山副壩與湖南壩間之山脊上基礎屬順向坡,在長期上為維持溢洪道基礎機能情形下,溢道之設計以能順利通過洪水流量,符合結構?定及經濟性考量原則,入口段採無閘門控制U型溢流堰，其下接洩槽輸送洪水至下游靜水池消能後排入中坑溪；溢洪道之設計流量採最大設計洪水５０９cms而靜水池以２００年重現期距洪水設計並以最大設計洪水校核.由於溢洪道之通洪能力水理現象及下游靜水池之消能效困是為本計畫之關鍵課題.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/12/27</date><governmentpublicationsnumber>1009304076</governmentpublicationsnumber><identifier>44213</identifier><internationalstandardbooknumber>9789570190960 ; 9570190965</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44213</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>93</publishrocyear><title>湖山水庫溢洪道水工模型試驗報告(內附光碟)</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/21</date><governmentpublicationsnumber>8944891971</governmentpublicationsnumber><identifier>44226</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44226</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>流域整體規劃河川集水區數值地形資訊系統建立(一)=Development of the Watershed Digital Topography Information System for Integrated Basin Management (I)</title><yearidentifier>200012</yearidentifier></data><data><abstract>在地震地下水觀測資料的應用研究部分，除藉由集集地震於濁水溪沖積扇區造成的水位變化為案例，研究地震對地下水文系統的影響（詳參附冊三：地震對於地下水文系統影響），並聯合地下水及地表水因為地震所引致的水文變化（詳參附冊二：地震引致河川基流量變化分析），以綜觀因為地震所引致的水文或水力變化現象。從地下水化學連續性監測所提供的離子濃度及水氡含量的變動資料，經過與地下水位及其他物理量的比對，可提供單從地下水位變動資料無法提供的地下水文資訊（詳參附冊四：地下水水化學連續監測分析），並解釋地下水物理及化學連動的有力證據。</abstract><author>成大防災中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST0920031V3</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/3</date><governmentpublicationsnumber>1009204606</governmentpublicationsnumber><identifier>44238</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44238</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地震發生前後地下水水位異常變化之研究（3/5） The Study of Groundwater Anomalies Associated with the Earthquake (3/5)</title><yearidentifier>200312</yearidentifier></data><data><abstract>研究內容為:人工湖永續經營標的與系統功能分析/系統規劃設計原則建立/模擬案例量化分析/評估及模擬案例三維展示.旨在提出一個更積極兼具水源運用生態景觀與滯洪等多功能人工湖之新型態水資源經營方式,建立其系統規劃設計方法與原則並藉由模擬設計案例展示其功能與效並益,將使水源運用設施從消極的降低環境生態衝擊轉而積極的提升生態品質</abstract><author>國立交通大學土木工程學系</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/4</date><governmentpublicationsnumber>1009304013</governmentpublicationsnumber><identifier>44239</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44239</librarycollectiondetailsurl><price>300</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>多功能人工湖永續經營研究(內附光碟)Study on Sustainable Utilization of Multi -purposes Aritificial Lakes</title><yearidentifier>200412</yearidentifier></data><data><abstract>為能完整提供水資源管理、河川整治、災害防救等施政決策及相關應用分析所需之資料，本署歷經四年期間，建置「水文水資源資料管理供應系統」，完成全國水文水資源相關業務所需之整體性資料庫，除提供豐富圖資與水資源資訊供本署內部同仁進行規劃分析外，更進一步開放予民眾查詢。為持續推動相關資料之供應服務，本年度賡續辦理系統功能擴充與資料維護更新，彙整納入河川管理相關圖資及影像資料，並進行系統版面修改、美化與調整，提升操作之便利性；在圖資申請方面，則整合本署電子表單系統，落實線上簽核流程；此外，為配合「營造英語生活環境」，並建置英文版「水文水資源資料管理供應系統」，期使本署水利資源管理的資訊化成果推廣至世界各國。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-930102V1</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/4</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>44242</identifier><internationalstandardbooknumber>9789570193275 ; 9570193271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44242</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4) Expand the Supply System of Hydrological and Water Resource Data (1/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為能完整提供水資源管理、河川整治、災害防救等施政決策及相關應用分析所需之資料，本署歷經四年期間，建置「水文水資源資料管理供應系統」，完成全國水文水資源相關業務所需之整體性資料庫，除提供豐富圖資與水資源資訊供本署內部同仁進行規劃分析外，更進一步開放予民眾查詢。為持續推動相關資料之供應服務，本年度賡續辦理系統功能擴充與資料維護更新，彙整納入河川管理相關圖資及影像資料，並進行系統版面修改、美化與調整，提升操作之便利性；在圖資申請方面，則整合本署電子表單系統，落實線上簽核流程；此外，為配合「營造英語生活環境」，並建置英文版「水文水資源資料管理供應系統」，期使本署水利資源管理的資訊化成果推廣至世界各國。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/4</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>44243</identifier><internationalstandardbooknumber>9789570193275 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44243</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>網際水利地理資訊資料管理系統建置</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/4</date><governmentpublicationsnumber>1009304317</governmentpublicationsnumber><identifier>44244</identifier><internationalstandardbooknumber>9789570193541 ; 9570193549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44244</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(1/4) Establishment of Hydraulic Web-Based Geographic Information Systems (1/4)</title><yearidentifier>200411</yearidentifier></data><data><abstract>網際水利地理資訊資料管理系統建置</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304317</governmentpublicationsnumber><identifier>44245</identifier><internationalstandardbooknumber>9789570193541 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44245</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(1/4)(光碟版)</title><yearidentifier>200411</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44259</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44259</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第一 期）</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/4</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>44260</identifier><internationalstandardbooknumber>9789570193275 ; 9570193271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44260</librarycollectiondetailsurl><price>155</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)=Expand the Supply System of Hydrological and Water Resource Data (1/4) 使用手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>578.255</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/7</date><governmentpublicationsnumber>1009303407</governmentpublicationsnumber><identifier>44276</identifier><internationalstandardbooknumber>9789570186321 ; 9570186321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44276</librarycollectiondetailsurl><price>200</price><publisher>行政院新聞局</publisher><publishrocyear>93</publishrocyear><title>人才共享經濟共榮行政院游院長出訪紀實</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.644129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/7</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>44299</identifier><internationalstandardbooknumber>9789570119886 ; 9570119888</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44299</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集(附光碟)   The Chou-Shui river</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>44321</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫 濁水溪流域地區逕流測預報系統建置 水文系統模擬模式成果報告</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處中區水資源局</author><categoryidentifier>010402 127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/19</date><governmentpublicationsnumber>1009002312</governmentpublicationsnumber><identifier>44323</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44323</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>濁水溪流域水資源整體最佳利用規劃</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/10</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>44326</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44326</librarycollectiondetailsurl><price>工本費350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>90</publishrocyear><title>集集共同引水計畫 濁水溪流域地區逕流測預報系統建置工程施工規範及施工補充說明書</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.64295</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>44328</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44328</librarycollectiondetailsurl><price>工本費500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫 濁水溪流域地區逕流測預報系統建置 水文系統模擬模式成果報告</title><yearidentifier>200206</yearidentifier></data><data><abstract>建置台灣地區之自來水水質水量保護區相關地理資訊，以Web based架構建立網際網路查詢系統，提供資料查詢服務。</abstract><author>經濟部水利署、逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/11</date><governmentpublicationsnumber>1009304432</governmentpublicationsnumber><identifier>44336</identifier><internationalstandardbooknumber>9789570194685 ; 9570194685</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44336</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水水質水量保護區網路資訊之建立(2/2) The Establishment of Web based Information System for the Water Quality and Quantity Protection Area of Water Suppiy (II)</title><yearidentifier>200412</yearidentifier></data><data><abstract>建置台灣地區之自來水水質水量保護區相關地理資訊，以Web based架構建立網際網路查詢系統，提供資料查詢服務。</abstract><author>經濟部水利署、逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/11</date><governmentpublicationsnumber>1009304432</governmentpublicationsnumber><identifier>44338</identifier><internationalstandardbooknumber>9789570194685 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44338</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>自來水水質水量保護區網路資訊之建立(2/2)－光碟版The Establishment of Web based Information System for the Water Quality and Quantity Protection Area of Water Suppiy (II)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>林信輝、歐辰雄</author><categoryidentifier>373.551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/11</date><governmentpublicationsnumber>1009100432</governmentpublicationsnumber><identifier>44342</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44342</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>臺灣海岸地區應用植物</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、中正大學財經法律研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304472</governmentpublicationsnumber><identifier>44343</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44343</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水權費開?行政作業之研究 (二之一) －內附光碟　Research Regarding the Administrative Procedure of Imposing Water Right Fee (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之目的係發展一套由國人自行研發適合大區域及小範圍模擬之多含水層系統地下水質量傳輸模式,並藉由地下水污染傳輸現地試驗,輔以實驗室砂箱試驗,作為推估台灣地區地下水及污染物傳輸等相關地質參考依據.研究結困可作為管理地下水整治地下水污染參考之工具.</abstract><author>國立交通大學</author><categoryidentifier>443.8   443.8052</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/11</date><governmentpublicationsnumber>1009304430</governmentpublicationsnumber><identifier>44344</identifier><internationalstandardbooknumber>9789570196795 ; 9570196793</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44344</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究(2/3)－內附光碟  Development of Groundwater Mass Transport Model and in-Situ Experiments (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之主要目的在於提出三個以上較優可能壩址之綜合評估,包括開發規模.築壩材料.工程初步規劃及工程經費概估等以提供未來進行第二階段可行性評估之選址依據.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.6103   443.68970301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304419</governmentpublicationsnumber><identifier>44353</identifier><internationalstandardbooknumber>9789570196801 ; 9570196807</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44353</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>大漢溪水源開發工程規劃計畫－地質探查及評估專題報告(內附光碟片)The Water Resources Development  in theDahan River-Preliminary  Study on Geological Investigat</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之測量範圍位於新竹縣尖石?秀巒村大漢溪上游,測量面積約四十公頃,內容包含平面控制測量 (三角點衛測量.導線測量).地形測量.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.642   443.68970301   554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304420</governmentpublicationsnumber><identifier>44365</identifier><internationalstandardbooknumber>9789570196788 ; 9570196785</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44365</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>大漢溪水源開發工程規劃計畫－壩址地形測量專題報告(內附光碟) The Water Resources Development  in the Dahan River-Topographic Surveying</title><yearidentifier>200412</yearidentifier></data><data><abstract>藉由英國生態與水文研究中心於2002年發展之水貧乏指數，瞭解臺灣在全球148個國家中之排名，增加臺灣於國際社會之能見度；並發展臺灣本土性之水貧乏指數提昇其在臺灣之實用性。</abstract><author>環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304562</governmentpublicationsnumber><identifier>44375</identifier><internationalstandardbooknumber>9789570196009 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44375</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>臺灣地區水貧乏指數之研究與應用  Research and Applications of Water Poverty Index to Taiwan</title><yearidentifier>200412</yearidentifier></data><data><abstract>藉由英國生態與水文研究中心於2002年發展之水貧乏指數，瞭解臺灣在全球148個國家中之排名，增加臺灣於國際社會之能見度；並發展臺灣本土性之水貧乏指數提昇其在臺灣之實用性。</abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304562</governmentpublicationsnumber><identifier>44377</identifier><internationalstandardbooknumber>9789570196009 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44377</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>臺灣地區水貧乏指數之研究與應用－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目標為“建立雷達測波能力，評估雷達測波系統之準確性，做為未來設置雷達測波站之基礎”，為達到上述目標，本計畫包含下列主要工作內容：雷達測波研究概況蒐集與評析、雷達影像分析方法研究、雷達測波系統準確性研究、建置雷達測波站之評估</abstract><author>成大研究發展基金會及其近海水文中心</author><categoryidentifier>448.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304518</governmentpublicationsnumber><identifier>44380</identifier><internationalstandardbooknumber>9789570194364 ; 9570194367</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44380</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>雷達測波監測系統建立之研究  Assessment of Ocean Wave Monitoring by Using Marine Radar</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目標為“建立雷達測波能力，評估雷達測波系統之準確性，做為未來設置雷達測波站之基礎”，為達到上述目標，本計畫包含下列主要工作內容：雷達測波研究概況蒐集與評析、雷達影像分析方法研究、雷達測波系統準確性研究、建置雷達測波站之評估</abstract><author>成大研究發展基金會及其近海水文中心</author><categoryidentifier>448.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304518</governmentpublicationsnumber><identifier>44382</identifier><internationalstandardbooknumber>9789570194364 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44382</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>雷達測波監測系統建立之研究－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>依據本計畫目標，第一年度（91年度）的執行重點為基本資料的彙整分析與系統規劃，第二年度（92年度）執行重點為海岸即時水情系統雛形之建置。本年度（93年度）為第三年度，延續前兩年之工作內容，本年度之執行目標為提昇海岸水位推估準確性，加強海岸水情系統功能，並著手建立海岸災害決策系統，為達此目標本年度之工作重點包含(1)提昇海岸水位推估之準確度、(2)加強海岸即時水情系統之網頁展示功能、(3)建立海岸災害決策系統之雛形、(4)利用數值模式從事台灣東部海域潮位特性分類研究、(5)持續海岸災害資料收集與分析。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304457</governmentpublicationsnumber><identifier>44385</identifier><internationalstandardbooknumber>9789570194357 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44385</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(3/4) Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System (3/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>依據本計畫目標，第一年度（91年度）的執行重點為基本資料的彙整分析與系統規劃，第二年度（92年度）執行重點為海岸即時水情系統雛形之建置。本年度（93年度）為第三年度，延續前兩年之工作內容，本年度之執行目標為提昇海岸水位推估準確性，加強海岸水情系統功能，並著手建立海岸災害決策系統，為達此目標本年度之工作重點包含(1)提昇海岸水位推估之準確度、(2)加強海岸即時水情系統之網頁展示功能、(3)建立海岸災害決策系統之雛形、(4)利用數值模式從事台灣東部海域潮位特性分類研究、(5)持續海岸災害資料收集與分析。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304457</governmentpublicationsnumber><identifier>44388</identifier><internationalstandardbooknumber>9789570194357 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44388</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(3/4) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究以河川廊道的觀念進行河川環境規劃，對於河川的人工構造物以生態系統需求分析了解其是否須進行棲地改善或復育，棲地改善的規劃方法以生態工法為主。在第一年的計畫側重於生態水利與壩工復育研究方法之建立，並以南勢溪作為研究案例，進行初步的規劃分析，此外進行地理資訊系統GIS空間資料收集並轉換為相同的屬性資料，以作為第二年後續之準備，第一年將撰寫壩工復育之作業手冊與南勢溪河川環境初步規劃報告。</abstract><author>台灣水利環境科技研發基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304509</governmentpublicationsnumber><identifier>44396</identifier><internationalstandardbooknumber>9789570194333 ; 9570194332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44396</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>河川廊道棲地改善復育技術與對策之研究(1/3) River Corridor and Habitat Restoration-Principles and Practices System (1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.689751   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304665</governmentpublicationsnumber><identifier>44397</identifier><internationalstandardbooknumber>9789570196450 ; 9570196459</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44397</librarycollectiondetailsurl><price>200</price><publisher>行政院環境保護署.經濟部水利署第七河川局</publisher><publishrocyear>93</publishrocyear><title>草種對武洛溪排水(高屏溪流域)水質淨化效困之研究(ll－ll)內附光碟片The Effect of Grass Specieslon Water -Quality  Purification in the Wu-Rou Drainage(kao-Ping River Basin )(ll-ll)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究以河川廊道的觀念進行河川環境規劃，對於河川的人工構造物以生態系統需求分析了解其是否須進行棲地改善或復育，棲地改善的規劃方法以生態工法為主。在第一年的計畫側重於生態水利與壩工復育研究方法之建立，並以南勢溪作為研究案例，進行初步的規劃分析，此外進行地理資訊系統GIS空間資料收集並轉換為相同的屬性資料，以作為第二年後續之準備，第一年將撰寫壩工復育之作業手冊與南勢溪河川環境初步規劃報告。</abstract><author>台灣水利環境科技研發基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304509</governmentpublicationsnumber><identifier>44399</identifier><internationalstandardbooknumber>9789570194333 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44399</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>河川廊道棲地改善復育技術與對策之研究(1/3) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究以河川廊道的觀念進行河川環境規劃，對於河川的人工構造物以生態系統需求分析了解其是否須進行棲地改善或復育，棲地改善的規劃方法以生態工法為主。在第一年的計畫側重於生態水利與壩工復育研究方法之建立，並以南勢溪作為研究案例，進行初步的規劃分析，此外進行地理資訊系統GIS空間資料收集並轉換為相同的屬性資料，以作為第二年後續之準備，第一年將撰寫壩工復育之作業手冊與南勢溪河川環境初步規劃報告。</abstract><author>台灣水利環境科技研發基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009304509</governmentpublicationsnumber><identifier>44403</identifier><internationalstandardbooknumber>9789570194333 ; 9570194332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44403</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>河川廊道棲地改善復育技術與對策之研究(1/3)附件  River Corridor and Habitat Restoration-Principles and Practices System (1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究計畫旨在考量台灣目前水位觀測、流量觀測、河川條件、測站環境、施測條件等因素，建立水位流量觀測之不確定度（或準確度）、流量站率定曲線及其不確定度之評估方法，並研擬作業手冊供水利實務人員進行水位流量觀測作業及成果展現之依循。此外，評估國內外較先進之高流量觀測方法，並針對台灣河川特性，就各方法之準確度、施測便利性及在台灣應用之可行性，提出評估規劃並研擬可能較佳之高流量觀測更新方案，供流量觀測業務更新施政之參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/12</date><governmentpublicationsnumber>1009302510</governmentpublicationsnumber><identifier>44408</identifier><internationalstandardbooknumber>9789570194319 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44408</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水位流量觀測資料不確定度及率定曲線分析研究(2/2) Study on the measurement uncertainty of water level and discharge and the analysis of rating curve(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究計畫旨在考量台灣目前水位觀測、流量觀測、河川條件、測站環境、施測條件等因素，建立水位流量觀測之不確定度（或準確度）、流量站率定曲線及其不確定度之評估方法，並研擬作業手冊供水利實務人員進行水位流量觀測作業及成果展現之依循。此外，評估國內外較先進之高流量觀測方法，並針對台灣河川特性，就各方法之準確度、施測便利性及在台灣應用之可行性，提出評估規劃並研擬可能較佳之高流量觀測更新方案，供流量觀測業務更新施政之參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009302510</governmentpublicationsnumber><identifier>44409</identifier><internationalstandardbooknumber>9789570194319 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44409</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水位流量觀測資料不確定度及率定曲線分析研究(2/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>計畫之目的為考量/水庫蓄水量影響因素,建立出旱象缺水指標,並利用燈號來表示其所顯示其所顯示之訊息.同時針對區域降雨特性分析乾旱頻率,並應用衛星遙測方法監測區域乾旱之發生,以即時掌握地區性之乾旱程度及其影響範圍.對於未來乾旱的發展趨勢,本計畫擬開發一乾旱預測模式,以及時發布水文乾旱警報,協助水資源調度,冀能確實降低乾旱對整體社會的不利影響.</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>093-R-11-00-1-013-01</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304212</governmentpublicationsnumber><identifier>44418</identifier><internationalstandardbooknumber>9789570192391 ; 9570192399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44418</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>乾旱潛勢分析及預測模式之建置(內附光碟)=Drought Potential Analysis and Construction of Drought Forecasting Models</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304212</governmentpublicationsnumber><identifier>44420</identifier><internationalstandardbooknumber>9789570192391 ; 9570192399</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44420</librarycollectiondetailsurl><price>260</price><publisher>Water Resources Agency,MOEA</publisher><publishrocyear>93</publishrocyear><title>Drought Potential Analysis and Construction of Drought Forecasting Models</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之基本工作目標為”維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，並提供水利署進行水文觀測之技術支援”，為達到上述目標，本計畫包含五大工作內容如下，累計共有二十五工作項目。 近海水文網基本站之操作。近海水文觀測資料品管。近海水文資訊服務。近海水文觀測技術提昇。近海水文資料於禦潮防災之應用。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304516</governmentpublicationsnumber><identifier>44422</identifier><internationalstandardbooknumber>9789570194340 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44422</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>近海水文站網維護管理計畫  Maintenance and Management of  Coastal Hydrological Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究計畫主要在探討水資源系統最佳運用之優選模式,研究分析在各種水源設施條件下之供水效率,同時探討未來各種提升水資源運用效率措施條件下之水資源運用可靠度分析,擬定水資源有效運用之策略</abstract><author>國立台灣大學.嚴慶齡工業發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304945</governmentpublicationsnumber><identifier>44423</identifier><internationalstandardbooknumber>9789570199109 ; 9570199105</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44423</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>提升台灣水資源運用效率之研究(1/3)內附光碟Study on the Improvement of Water Resources Utilization Efficiency in Taiwan(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之基本工作目標為”維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，並提供水利署進行水文觀測之技術支援”，為達到上述目標，本計畫包含五大工作內容如下，累計共有二十五工作項目。 近海水文網基本站之操作。近海水文觀測資料品管。近海水文資訊服務。近海水文觀測技術提昇。近海水文資料於禦潮防災之應用。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304516</governmentpublicationsnumber><identifier>44424</identifier><internationalstandardbooknumber>9789570194340 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44424</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>近海水文站網維護管理計畫 附冊一：監控品管紀錄與維護檢校報告  Maintenance and Management of  Coastal Hydrological Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之基本工作目標為”維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，並提供水利署進行水文觀測之技術支援”，為達到上述目標，本計畫包含五大工作內容如下，累計共有二十五工作項目。 近海水文網基本站之操作。近海水文觀測資料品管。近海水文資訊服務。近海水文觀測技術提昇。近海水文資料於禦潮防災之應用。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304516</governmentpublicationsnumber><identifier>44426</identifier><internationalstandardbooknumber>9789570194340 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44426</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>近海水文站網維護管理計畫 附冊二：水利署海岸水文圖冊初稿  Maintenance and Management of  Coastal Hydrological Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之基本工作目標為”維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，並提供水利署進行水文觀測之技術支援”，為達到上述目標，本計畫包含五大工作內容如下，累計共有二十五工作項目。 近海水文網基本站之操作。近海水文觀測資料品管。近海水文資訊服務。近海水文觀測技術提昇。近海水文資料於禦潮防災之應用。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304516</governmentpublicationsnumber><identifier>44428</identifier><internationalstandardbooknumber>9789570194340 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44428</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>近海水文站網維護管理計畫 (光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫依水利署要求將九十三年度工作項目分成觀測站井地下水觀測井地下水位資料下載、地下水水質採樣及地面水水質採樣等三大項工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930021V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304504</governmentpublicationsnumber><identifier>44430</identifier><internationalstandardbooknumber>9789570194289 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44430</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測委外業務分區試辦計畫：彰雲嘉地區(2/3)  Hydrological monitoring authorized for some specified areas  Chung-Hua, Yunlin, and Chia-Ti areas (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫研究內容為:序率水文模式繁衍合成流量之檢討.水庫運用規線訂定及修正.風險評估方法之建立.本研究分別以遺傳演算法及線性規劃法檢討水庫運用規線,並配合成流量模式繁衍流量,進一步作風險分析.</abstract><author>國立台灣大學土木工程學系暨研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009303957</governmentpublicationsnumber><identifier>44438</identifier><internationalstandardbooknumber>9789570190625 ; 9570190620</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44438</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>主要水庫運用規線?正與風險評估(內附光碟)Risk Analysis Evaluation and  the Modification of the Rule Curves of Important Reservoirs</title><yearidentifier>200412</yearidentifier></data><data><abstract>為改善原住民地區飲用水設施,提高原住民地區水資源利用效率及飲用水品質,藉由各地區水資源可開發總量及各種水源標的需水量之檢討,以提供水資源整體規劃.另外針對飲用水設施之工程開發及管理進行原則性之檢討,同時也將以四供水區之方式進行案例之驗證.</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>537.3   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304324</governmentpublicationsnumber><identifier>44450</identifier><internationalstandardbooknumber>9789570193626 ; 957019362X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44450</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>原住民部落水資源營運管理整體檢討與先期規劃報告(內附光碟片)Overall Review and Preliminary Planning Report on Water Resources Operation Management in Aboriginal Villages</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫依水利署要求將九十三年度工作項目分成觀測站井地下水觀測井地下水位資料下載、地下水水質採樣及地面水水質採樣等三大項工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930021V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304504</governmentpublicationsnumber><identifier>44451</identifier><internationalstandardbooknumber>9789570194289 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測委外業務分區試辦計畫：彰雲嘉地區(2/3)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫依水利署要求將九十三年度工作項目分成觀測站井地下水觀測井地下水位資料下載、地下水水質採樣及地面水水質採樣等三大項工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930021V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304504</governmentpublicationsnumber><identifier>44452</identifier><internationalstandardbooknumber>9789570194289 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44452</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測委外業務分區試辦計畫：彰雲嘉地區(2/3)附錄上冊  Hydrological monitoring authorized for some specified areas  Chung-Hua, Yunlin, and Chia-Ti areas (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫依水利署要求將九十三年度工作項目分成觀測站井地下水觀測井地下水位資料下載、地下水水質採樣及地面水水質採樣等三大項工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930021V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/13</date><governmentpublicationsnumber>1009304504</governmentpublicationsnumber><identifier>44453</identifier><internationalstandardbooknumber>9789570194289 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44453</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測委外業務分區試辦計畫：彰雲嘉地區(2/3)附錄下冊  Hydrological monitoring authorized for some specified areas  Chung-Hua, Yunlin, and Chia-Ti areas (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系環境管理計畫規劃之前前置作業,以航測技術建立高屏溪數值圖資</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/12/13</date><governmentpublicationsnumber>1009304839</governmentpublicationsnumber><identifier>44459</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44459</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>93</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)(內附光碟)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304527</governmentpublicationsnumber><identifier>44465</identifier><internationalstandardbooknumber>9789570196771 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44465</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(1/3)內附光碟  Quality  Appraisal and Conserve Project Give and Impetus to Hydrology Observation System (1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問股份有限公司編</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304527</governmentpublicationsnumber><identifier>44467</identifier><internationalstandardbooknumber>9789570196771 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44467</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(1/3)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為三年期計畫，第二年度主要之工作項目為「建置行政作業管理機制」、「健全水文觀測管理作業制度」、「維護水文資料供應體系」、「提昇觀測人員素質」等四項，並預期完成下列各項成果：(一)完成水利法修訂後所需之手冊與規範編修，及其它相關規範之建立與推動，健全水文觀測管理作業制度(二)	維護水文資料供應體系，解決資料品管問題，以提昇水文觀測品質(三)建立水文觀測教育訓練機制，以提昇觀測人員素質(四)確立「水文資訊網整合性服務系統」中相關水文分析方法，以確保服務系統之正確性，進而提昇我國水文分析作業環境(五)發行臺灣地區水文通訊，提供完善之資訊服務，以促進水文資料之流通與共享。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304511</governmentpublicationsnumber><identifier>44470</identifier><internationalstandardbooknumber>9789570194371 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44470</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測技術團建置先期研究與示範(2/3)  Preliminary  Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為三年期計畫，第二年度主要之工作項目為「建置行政作業管理機制」、「健全水文觀測管理作業制度」、「維護水文資料供應體系」、「提昇觀測人員素質」等四項，並預期完成下列各項成果：(一)完成水利法修訂後所需之手冊與規範編修，及其它相關規範之建立與推動，健全水文觀測管理作業制度(二)	維護水文資料供應體系，解決資料品管問題，以提昇水文觀測品質(三)建立水文觀測教育訓練機制，以提昇觀測人員素質(四)確立「水文資訊網整合性服務系統」中相關水文分析方法，以確保服務系統之正確性，進而提昇我國水文分析作業環境(五)發行臺灣地區水文通訊，提供完善之資訊服務，以促進水文資料之流通與共享。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304511</governmentpublicationsnumber><identifier>44472</identifier><internationalstandardbooknumber>9789570194371 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44472</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文觀測技術團建置先期研究與示範(2/3)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要工作為以北及中區水資源分區為例，進行平均雨量計算方式評估及雨量站網對降雨量與逕流量推估之敏感度分析，與不同區域性降雨頻率分析方法之評估。同時進行不同蒸發散量推估方式之敏感度分析與進行水位流量站網對逕流量推估敏感度分析。此外，計畫中建立降雨量、蒸發散量與逕流量之水文分析標準作業流程、及研擬水文量測技術之改進與其精度提升之建議，以達成水文觀測現代化整體計畫中第二期計畫之目標。本計劃之研究成果可作為各項用水供需計畫研擬及水利工程規劃設計等水文分析作業流程之依據，另藉由新科技技術之引進，以增進觀測能力與資料品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304491</governmentpublicationsnumber><identifier>44473</identifier><internationalstandardbooknumber>9789570194302 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44473</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>水文循環系統分析與量測新技術開發：以北及中等二水資源分區為研析區域  System Analysis of the Hydrologic Cycle and Development of New Measurement Technology  for Northern and Central Taiwan Regions</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要工作為以北及中區水資源分區為例，進行平均雨量計算方式評估及雨量站網對降雨量與逕流量推估之敏感度分析，與不同區域性降雨頻率分析方法之評估。同時進行不同蒸發散量推估方式之敏感度分析與進行水位流量站網對逕流量推估敏感度分析。此外，計畫中建立降雨量、蒸發散量與逕流量之水文分析標準作業流程、及研擬水文量測技術之改進與其精度提升之建議，以達成水文觀測現代化整體計畫中第二期計畫之目標。 本計劃之研究成果可作為各項用水供需計畫研擬及水利工程規劃設計等水文分析作業流程之依據，另藉由新科技技術之引進，以增進觀測能力與資料品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304491</governmentpublicationsnumber><identifier>44475</identifier><internationalstandardbooknumber>9789570194302 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44475</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>水文循環系統分析與量測新技術開發：以北及中等二水資源分區為研析區域(光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>隨著人口成長與經濟發展，台灣對水資源的需求日益提高，但由於有限的水資源、地形及氣候的限制，再加上近年來乾旱的發生，使得水資源的有效管理及永續經營成為政府施政的重要課題。而由於各級政府機關及社會大眾對環境生態的重視逐漸提升，在兼顧河川生態及人類使用之需求中，如何找到一個平衡區域將生態觀念融入水利工程建設與經營管理之中，成為本世紀水資源管理之重大挑戰。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304492</governmentpublicationsnumber><identifier>44479</identifier><internationalstandardbooknumber>9789570194296 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44479</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>生態水文於多目標水資源管理之研究與應用(1/2)  Integration  of Ecohydrology in Managing Water Resources (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>隨著人口成長與經濟發展，台灣對水資源的需求日益提高，但由於有限的水資源、地形及氣候的限制，再加上近年來乾旱的發生，使得水資源的有效管理及永續經營成為政府施政的重要課題。而由於各級政府機關及社會大眾對環境生態的重視逐漸提升，在兼顧河川生態及人類使用之需求中，如何找到一個平衡區域將生態觀念融入水利工程建設與經營管理之中，成為本世紀水資源管理之重大挑戰。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304492</governmentpublicationsnumber><identifier>44481</identifier><internationalstandardbooknumber>9789570194296 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44481</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>生態水文於多目標水資源管理之研究與應用(1/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區河川流短坡陡，颱洪暴雨雨量強度大且時間集中，若能及時預警及因應，可降低其所造成之災害及損失。本計畫即以類神經網路系統於蘭陽溪、烏溪建置即時預報(至少未來三小時之河川水位)系統。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930020</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304580</governmentpublicationsnumber><identifier>44483</identifier><internationalstandardbooknumber>9789570195835 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44483</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>智慧型水文防洪系統建置 Building a Flood Warning  Information System</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區河川流短坡陡，颱洪暴雨雨量強度大且時間集中，若能及時預警及因應，可降低其所造成之災害及損失。本計畫即以類神經網路系統於蘭陽溪、烏溪建置即時預報(至少未來三小時之河川水位)系統。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930020</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304580</governmentpublicationsnumber><identifier>44484</identifier><internationalstandardbooknumber>9789570195835 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44484</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>智慧型水文防洪系統建置(光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫將針對水利署「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等，並持續更新強化現有系統，提供各單位使用者更穩定、更快捷的作業環境。同時為了朝向未來水文資訊加值服務系統之目標，並建置水文資訊申請機制以作為對外資料提供的管道。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7232029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930013</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304532</governmentpublicationsnumber><identifier>44485</identifier><internationalstandardbooknumber>9789570194326 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44485</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>擴充建置水文資訊網整合性服務系統  Expand Integrative  Service System of Hydrological Information</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫將針對水利署「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等，並持續更新強化現有系統，提供各單位使用者更穩定、更快捷的作業環境。同時為了朝向未來水文資訊加值服務系統之目標，並建置水文資訊申請機制以作為對外資料提供的管道。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7232029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0930013</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304532</governmentpublicationsnumber><identifier>44486</identifier><internationalstandardbooknumber>9789570194326 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44486</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>擴充建置水文資訊網整合性服務系統(光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>橫向整合完成之重要河川基本調查資料與治理規劃報告,台灣重要河川開發度量化之研究,水文設計應用手冊及流域整體規劃河川集水區數值地形資訊系統之建立</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST93001V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009304564</governmentpublicationsnumber><identifier>44487</identifier><internationalstandardbooknumber>9789570195088 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44487</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>流域空間洪流資訊與治水管理系統之研究 (2/3)  A Study on Spatial Flood Information and Flood-Mitigation Management System for River Basins (2/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>橫向整合完成之重要河川基本調查資料與治理規劃報告,台灣重要河川開發度量化之研究,水文設計應用手冊及流域整體規劃河川集水區數值地形資訊系統之建立</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST93001V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/11</date><governmentpublicationsnumber>1009304564</governmentpublicationsnumber><identifier>44488</identifier><internationalstandardbooknumber>9789570195088 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44488</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>流域空間洪流資訊與治水管理系統之研究 (2/3) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>監測與分析金門地區地下水水質水量之變化, 並根據監測結果評估金門地區地下水之安全出水量及其污染潛勢.</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930023V1</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304559</governmentpublicationsnumber><identifier>44492</identifier><internationalstandardbooknumber>9789570195071 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44492</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>金門地區地下水水質、水量之監測與安全出水量及污染潛勢之評估 (1/2)  Investigation of Groundwater Quantity, Quality, Safe Yield and Contamination Potential in Kinmen Area (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>監測與分析金門地區地下水水質水量之變化, 並根據監測結果評估金門地區地下水之安全出水量及其污染潛勢.</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009304559</governmentpublicationsnumber><identifier>44495</identifier><internationalstandardbooknumber>9789570195071 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44495</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>金門地區地下水水質、水量之監測與安全出水量及污染潛勢之評估 (1/2) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>濁水溪沖積扇32口觀測井井頂高程測量,62口觀測井井體攝影</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930022V4</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009205622</governmentpublicationsnumber><identifier>44498</identifier><internationalstandardbooknumber>9789570195064 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44498</librarycollectiondetailsurl><price>749</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水井調查定位與井體攝影分析(4/4)  Field Survery by GPS and Status Analysis by Television Inspection System on Groundwater Monitoring Wells (4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>濁水溪沖積扇32口觀測井井頂高程測量,62口觀測井井體攝影</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/14</date><governmentpublicationsnumber>1009205622</governmentpublicationsnumber><identifier>44500</identifier><internationalstandardbooknumber>9789570195064 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44500</librarycollectiondetailsurl><price>749</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水井調查定位與井體攝影分析(4/4)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>主要目的擬在桂山壩以上南勢溪流域調查勘選三個以上較優可能壩址,以及適當之堰址,進行工程地質調查及初步綜合評估,以提供規劃單位作為可行性評估之選址依據,以利研擬適當水源開發案</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/17</date><governmentpublicationsnumber>1009304340</governmentpublicationsnumber><identifier>44517</identifier><internationalstandardbooknumber>9789570197402 ; 9570197404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44517</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>板新地區供水改善計畫二期工程檢討評估暨新店溪水源開發計畫檢討新店溪上游可能壩址工程地質初步調查專題報告(內附光碟) Report on Preliminary Engineering Geological Survey for Potential Dam Sites of the Upper Seream Area of Sindian River</title><yearidentifier>200412</yearidentifier></data><data><abstract>主要目的擬在桂山壩以上南勢溪流域調查勘選三個以上較優可能壩址,以及適當之堰址,進行工程地質調查及初步綜合評估,以提供規劃單位作為可行性評估之選址依據,以利研擬適當水源開發案</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/17</date><governmentpublicationsnumber>1009304340</governmentpublicationsnumber><identifier>44522</identifier><internationalstandardbooknumber>9789570197402 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44522</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>板新地區供水改善計畫二期工程檢討評估暨新店溪水源開發計畫檢討－新店溪上游可能壩址工程地質初步調查專題報告(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫應用台灣區地下水觀測網作為採樣之調查井, 監測地下水水質以提供水資源單位調配地下水資源之依據。本(93)年度監測的範圍包含七個地區：高雄(33口井)、嘉南(99口井)、宜蘭(39口井)、屏東(134口井)、台北(12口井)、澎湖(6口井)及竹苗(45口井)，共計368口觀測井。原計劃381口，因其中有部份井移作地震水位觀測井，故實作368口。</abstract><author>台糖農場經營中心、地下水開發保育中心、台糖公司台糖研究所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009304477</governmentpublicationsnumber><identifier>44532</identifier><internationalstandardbooknumber>9789570194265 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44532</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地下水觀測網水質常態監測與調查分析(1/2) Groundwater Quality by the Taiwan Groundwater Monitoring Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫應用台灣區地下水觀測網作為採樣之調查井, 監測地下水水質以提供水資源單位調配地下水資源之依據。本(93)年度監測的範圍包含七個地區：高雄(33口井)、嘉南(99口井)、宜蘭(39口井)、屏東(134口井)、台北(12口井)、澎湖(6口井)及竹苗(45口井)，共計368口觀測井。原計劃381口，因其中有部份井移作地震水位觀測井，故實作368口。</abstract><author>台糖農場經營中心、地下水開發保育中心、台糖研究所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/18</date><governmentpublicationsnumber>1009304477</governmentpublicationsnumber><identifier>44535</identifier><internationalstandardbooknumber>9789570194278 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44535</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地下水觀測網水質常態監測與調查分析(1/2)(光碟版)=Groundwater Quality by the Taiwan Groundwater Monitoring Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>為完整發展「臺灣地區地下水文圖集」，水利署於民國92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內，分階段完成三張圖幅名稱暫定為「臺灣地區地下水文圖集－主要含水層流通係數圖」、「臺灣地區地下水文圖集－地下水污染潛勢圖」及「臺灣地區地下水文圖集－地下水水質現況圖」。</abstract><author>成功大學、成大水工所</author><categoryidentifier>351.85   351.8590</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/18</date><governmentpublicationsnumber>1009304479</governmentpublicationsnumber><identifier>44537</identifier><internationalstandardbooknumber>9789570194272 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44537</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(2/4) Compiling the Groundwater Hydrological Atlas of Taiwan (2/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為完整發展「臺灣地區地下水文圖集」，水利署於民國92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內，分階段完成三張圖幅名稱暫定為「臺灣地區地下水文圖集－主要含水層流通係數圖」、「臺灣地區地下水文圖集－地下水污染潛勢圖」及「臺灣地區地下水文圖集－地下水水質現況圖」。</abstract><author>成功大學、成大水工所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/18</date><governmentpublicationsnumber>1009304479</governmentpublicationsnumber><identifier>44539</identifier><internationalstandardbooknumber>9789570194272 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44539</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(2/4)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>雲化縣政府</author><categoryidentifier>514.2767</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/18</date><governmentpublicationsnumber>1009303875</governmentpublicationsnumber><identifier>44543</identifier><internationalstandardbooknumber>9789570191561 ; 9789570191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44543</librarycollectiondetailsurl><price>600</price><publisher>雲林縣政府</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年 雲林縣統計要覽 第五十四期</title><yearidentifier>200411</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>44544</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44544</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究總報告(內附光碟)=Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>鑒於以往水資源建設之建設之經濟分析及財務計畫所考慮因子未臻周詳,本計畫旨在建立明確且包括外部成本與收 入之經濟模,並針對政府出資或民間參與興建營運不同資金來源之假設,發展水資源開發工程財務計畫編擬之規範</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009303939</governmentpublicationsnumber><identifier>44546</identifier><internationalstandardbooknumber>9789570190618 ; 9570190612</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44546</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源開發經濟分析財務計畫評估方式研究(內附光碟片)An Economic and Financial Analysis on Water Development  Project</title><yearidentifier>200412</yearidentifier></data><data><abstract>將水資源開發之經濟分析及財務計畫之內容與步驟準則,並編製成評估手冊,此手冊內容包括作業規範與操作範例有助於未來相關計畫之評估效率.</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009303940</governmentpublicationsnumber><identifier>44547</identifier><internationalstandardbooknumber>9789570190595 ; 9570190590</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44547</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源開發經濟分析財務計畫評估手冊(內附光碟片)An Economic and Financial Analysis on Water Development  Project─Ｍanual</title><yearidentifier>200412</yearidentifier></data><data><abstract>人工湖開發如深達地下水位,湖水與地下水視人工湖進水與出水量之多寡將產生交.地表地下水交換影響因子複雜地表水入流量.湖水深地下水位及人工湖出水量等均具時變性與相關性,須使用地表地下水偶合數值模式模擬,而模式模擬之成困將以動畫方式展示,配合視覺化之動態展示技術,設計適當之展示腳本,將專業化之數值模擬成果轉變為容易理解之動態圖形.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>554.61   443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009303949</governmentpublicationsnumber><identifier>44548</identifier><internationalstandardbooknumber>9789570190601 ; 9570190604</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44548</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>人工湖地表地下水資源運用分析及成果動畫展示(內附光碟)Conjunctive use of surface and sub-surface water resources in the Gao-pin Artificial Lake and presenting a visual demonstration</title><yearidentifier>200412</yearidentifier></data><data><abstract>針對台灣特有之水文環境,發展建置一套適用於台灣地區之通用性區域水資源調度與供需模擬模,以利在枯旱時期住行區域水資源調度分析,研擬出符合區域內各標的用水意願的最佳調度策略</abstract><author>國立成功大學</author><categoryidentifier>554.61   554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009303936</governmentpublicationsnumber><identifier>44550</identifier><internationalstandardbooknumber>9789570190588 ; 9570190582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44550</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(內附光碟片)Development of Generalized Priority -Based Allocation Models for Regional Water Resources Management and Transfer</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目的係依據排水集水區條件,以本省西南沿海地層下陷低窪地區為實,以各種滯洪或蓄洪設施整合利用,減輕淹水問題,同時增加補注量,減緩地層下陷滯洪設施並可兼為休閒遊憩場所或為生物之棲地,期能達到排水整治兼顧生態環境保育之目標.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>44552</identifier><internationalstandardbooknumber>9789570195309 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44552</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告對於一般區域排水適用之水位流量儀器之特性/故障率/價格及量測精度等因素進行討論,藉由尋求國內本領域具技術生產能力之公民營單位技術合作,評估國內自行研發超音波式水位流速量測設備之可行性,並完成研發評估報告書</abstract><author>聲博科技股份有限公司</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009304157</governmentpublicationsnumber><identifier>44555</identifier><internationalstandardbooknumber>9789570195316 ; 9570195312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44555</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>本土化水位流速量測系統設備開發評估(超音波式)內附光碟片=The Feasibility Study on the Design and Development of the Ultrasonic LEVELand Flow Velocity Measuring System for Drainage</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究以雲林沿海平原地區之排水集水區為對象,建立設站觀測之模式/查詢網頁架構/數值模式聯結與建議設站後之管理機制,以供未來平地排水區域設置自記式水位流量觀測站之參考.</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443.1029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>093B2000999003</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/20</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>44559</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44559</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立、觀測分析研究(平地排水區域) The Study on the Establishment,Measurement,and Analysis of Automatic Stage-Discharge Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫係針對台灣地區具設置人工湖之區域,進行初步分析/評估及設定其功能與規模,並進行人工湖之發展策略擬定,供後續相關計畫及決策之參考.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/20</date><governmentpublicationsnumber>1009304146</governmentpublicationsnumber><identifier>44561</identifier><internationalstandardbooknumber>9789570193633 ; 9570193638</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44561</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>台灣地區設置人工湖先期規劃(內附光碟片)=Preliminary Study of Artificial Lakes in Taiwan</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫評估設置儲蓄水資源之(農塘)以及相關開發設施,先就社會面及法規面探討,同時就社會需求性/環境影響工程技術等考量,提出台灣地區利用休耕農地設置農塘之發展策略</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/20</date><governmentpublicationsnumber>1009304149</governmentpublicationsnumber><identifier>44562</identifier><internationalstandardbooknumber>9789570193640 ; 9570193646</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44562</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>利用休耕農地設置農塘可行性評估(內附光碟)=Feasibility Assessment for Agricultural Ponds Sited on Fallow Fields</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>44563</identifier><internationalstandardbooknumber>9789570195743 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44563</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告 Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/20</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>44564</identifier><internationalstandardbooknumber>9789570195767 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44564</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書係藉由蒐集.建置全省主要河川流域之既有地質資料,做成可供網際查詢之系統,做為河川流域整體治理規劃.管理之參考工具</abstract><author>國立交通大學</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/21</date><governmentpublicationsnumber>1009304339</governmentpublicationsnumber><identifier>44565</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44565</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>全省主要河川流域地質資訊系統建立第一年工作成果報告(1/2)(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>吳紹同</author><categoryidentifier>957.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/21</date><governmentpublicationsnumber>1009101254</governmentpublicationsnumber><identifier>44568</identifier><internationalstandardbooknumber>9789570110579 ; 9570110570</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44568</librarycollectiondetailsurl><price>1200</price><publisher>國立鳳凰谷鳥園</publisher><publishrocyear>91</publishrocyear><title>鶴的世界：吳紹同1997~2001=A thousand cranes</title><yearidentifier>200205</yearidentifier></data><data><abstract>本報告書係藉由蒐集.建置全省主要河川流域之既有地質資料,做成可供網際查詢之系統,做為河川流域整體治理規劃.管理之參考工具</abstract><author>國立交通大學</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/21</date><governmentpublicationsnumber>1009304339</governmentpublicationsnumber><identifier>44570</identifier><internationalstandardbooknumber>9789570196085 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44570</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>全省主要河川流或地質資訊系統建立－第一年工作成果報告(1/2)光碟版 Development  of Geology GlS for Major River Basins in Taiwan</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究以雲林沿海平原地區之排水集水區為對象,建立設站觀測之模式/查詢網頁架構/數值模式聯結與建議設站後之管理機制,以供未來平地排水區域設置自記式水位流量觀測站之參考.</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.1029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>44571</identifier><internationalstandardbooknumber>9789570195323 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44571</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立.觀測分析研究(平地排水區域)(光碟版)The Study on the Establishment,Measurement,and Analysis of Automatic Stage-Discharge Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract>民國90年8月桃芝颱風及9月納莉颱風所帶來的豪雨,造成台中市及其週邊地區嚴重之水患,在可能遭受洪患地區推動非工程性之防洪策略及建置淹水預警系統來提昇防災能力,可以提早告知易淹水區居民警戒,爭取更多防災應變時間,進而有效減少可能之洪患損失.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/24</date><governmentpublicationsnumber>1009304152</governmentpublicationsnumber><identifier>44577</identifier><internationalstandardbooknumber>9789570195293 ; 9570195290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44577</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>『台中市及週邊排水淹水潛勢與預警系統建立研究-淹水潛勢圖建置』</title><yearidentifier>200412</yearidentifier></data><data><abstract>民國90年8月桃芝颱風及9月納莉颱風所帶來的豪雨,造成台中市及其週邊地區嚴重之水患,在可能遭受洪患地區推動非工程性之防洪策略及建置淹水預警系統來提昇防災能力,可以提早告知易淹水區居民警戒,爭取更多防災應變時間,進而有效減少可能之洪患損失.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/24</date><governmentpublicationsnumber>1009304152</governmentpublicationsnumber><identifier>44578</identifier><internationalstandardbooknumber>9789570195293 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44578</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>臺中市及週邊排水淹水潛勢與預警系統建立研究：淹水潛勢圖建置（光碟版）</title><yearidentifier>200412</yearidentifier></data><data><abstract>對彰化海岸沿海鄉鎮歷史文化、風俗民情、生態景觀及地方特產等以遊記方式做介紹，並以繪本及漫畫方式呈現。</abstract><author>廖文豪主編</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/25</date><governmentpublicationsnumber>1009303998</governmentpublicationsnumber><identifier>44583</identifier><internationalstandardbooknumber>9789570192780 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44583</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>叮叮放暑假:彰化海岸遊記(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract>在地震地下水觀測資料的應用研究部分，除藉由集集地震於濁水溪沖積扇區造成的水位變化為案例，研究地震對地下水文系統的影響（詳參附冊三：地震對於地下水文系統影響），並聯合地下水及地表水因為地震所引致的水文變化（詳參附冊二：地震引致河川基流量變化分析），以綜觀因為地震所引致的水文或水力變化現象。從地下水化學連續性監測所提供的離子濃度及水氡含量的變動資料，經過與地下水位及其他物理量的比對，可提供單從地下水位變動資料無法提供的地下水文資訊（詳參附冊四：地下水水化學連續監測分析），並解釋地下水物理及化學連動的有力證據。</abstract><author>成大防災中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-92</commissionedprojectidentifier><currency>NT$</currency><date>2005/1/3</date><governmentpublicationsnumber>1009204606</governmentpublicationsnumber><identifier>44590</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44590</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地震發生前後地下水水位異常變化之研究（3/5）－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>聲博科技股份有限公司                                                                博</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/26</date><governmentpublicationsnumber>1009304157</governmentpublicationsnumber><identifier>44591</identifier><internationalstandardbooknumber>9789570195316 ; 9570195312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44591</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>本土化水位流速量測系統設備開發評估(超音波式)內附光碟片(英文摘要)=The Feasibility Study on the Design and Development of the Ultrasonic LEVELand Flow Velocity Measuring System for Drainage</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>38061880515</governmentpublicationsnumber><identifier>44594</identifier><internationalstandardbooknumber>9789570253061 ; 9570253061</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44594</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程施工品質評鑑作業手冊</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>38111880417</governmentpublicationsnumber><identifier>44595</identifier><internationalstandardbooknumber>9789570236590 ; 9570236590</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44595</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>政府採購法「異議及申訴」暨「調解」處理手冊</title><yearidentifier>199911</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>38051890380</governmentpublicationsnumber><identifier>44596</identifier><internationalstandardbooknumber>9789570276350 ; 9570276355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44596</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>促進民間參與公共建設法令彙編</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>38101890420</governmentpublicationsnumber><identifier>44597</identifier><internationalstandardbooknumber>9789570273540 ; 9570273542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44597</librarycollectiondetailsurl><price>200</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>政府採購申訴案例彙編(一)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>1009000083</governmentpublicationsnumber><identifier>44598</identifier><internationalstandardbooknumber>9789570278149 ; 9570278145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44598</librarycollectiondetailsurl><price>200</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>政府採購履約爭議處理案例彙編(一)</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/27</date><governmentpublicationsnumber>1009002790</governmentpublicationsnumber><identifier>44599</identifier><internationalstandardbooknumber>9789570288612 ; 9570288612</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44599</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>採購人員參考手冊:釐清圖利與行政裁量</title><yearidentifier>200108</yearidentifier></data><data><abstract>在提供相關單位相互觀摩參考交流機會及將研究成果公開提供相關單位參考運用.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/31</date><governmentpublicationsnumber>1009304328</governmentpublicationsnumber><identifier>44605</identifier><internationalstandardbooknumber>9789570196832 ; 9570196831</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44605</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>九十二年度水資源規劃委辦計畫成果?整及成果發表會(內附光碟) 2003 Conference on Water Resources Planning</title><yearidentifier>200412</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>44609</identifier><internationalstandardbooknumber>9789570195767 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44609</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊 (光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>44611</identifier><internationalstandardbooknumber>9789570195750 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44611</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究 總報告(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/20</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>44612</identifier><internationalstandardbooknumber>9789570195743 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44612</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之目的的參考以往制訂警戒水位之經驗，以其對警戒水位之訂定提出更周延之方法，並對經濟部水位署第七河川局依「河川警戒水位值修訂說明及原則」所訂出高屏溪之警戒水位，可能存在之不夠周延之處提出建議，俾使日後各河川局在制定警戒水位有較完整之作業程序。</abstract><author>國立交通大學</author><categoryidentifier>443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304689</governmentpublicationsnumber><identifier>44620</identifier><internationalstandardbooknumber>9789570195637 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44620</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>警戒水位訂定之研究－以高屏溪為例 Study on Determination of Warning Stages--Kao-Ping Creek as Example</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304684</governmentpublicationsnumber><identifier>44621</identifier><internationalstandardbooknumber>9789570195644 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44621</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>人造雨技術發展長期策略擬定---造雨器開發與改良 An Extended Strategy Study for Weather Modification Technology-Development and Improvement of Cloud Seeding Generator</title><yearidentifier>200412</yearidentifier></data><data><abstract>收集相關人造雨成效文獻回顧、實施人工增雨成效及施放區與對照區降雨資料比對探討、建立地面人造雨大器擴散之中尺度氣象整合模式探討。</abstract><author>國立台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304690</governmentpublicationsnumber><identifier>44622</identifier><internationalstandardbooknumber>9789570195644 ; 9570195649</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44622</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>人造雨技術發展長期策略擬定--造雨研究發展成效模式評估(1/3) Planning a long-term strategy for the development of artificial rainfall enhancement techology:Cloud seeding research with modeling assessment and effect evaluation</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>國立中央大學土木系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>44623</identifier><internationalstandardbooknumber>9789570195583 ; 9570195584</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44623</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及其應用系統之建置計畫」Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract>目前水利主管單位為有效管理流域中下游洪水災害，已建立許多防洪治水工程，包括堤防、排水系統及抽水站等，但隨著集水區土地利用改變，致使原先設計之防洪設施可能以不足應付開發所增加之洪流量，因此近年來已規劃投入適當資源，提供許多非工程防洪方法建制之防洪資訊，讓台灣防洪工作進入嶄新的一業。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.62   443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304587</governmentpublicationsnumber><identifier>44624</identifier><internationalstandardbooknumber>9789570195095 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44624</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>高屏溪流域淹水指數之研究(1/2) A Study on lnundation Index for Gaoping Creek Basin(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為了解地震前後地下水水位變化機制的解釋及水氡季節性變化趨勢的分析，針對影響地下水水位機制的討論，規劃包含降雨對於地下水位影響、地震對於地下水位影響、波動傳遞對地下水位動態影響、地下水位異常變化型態研究及地下水氡含量變化等研究子題。</abstract><author>成功大學防災研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304589</governmentpublicationsnumber><identifier>44625</identifier><internationalstandardbooknumber>9789570195101 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44625</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>地震發生前後地下水水位異常變化之研究(4/5) Planning of Groundwater Anomalies Associated with the Earthquake (4/5)</title><yearidentifier>200412</yearidentifier></data><data><abstract>氣象局五分山雷達站對台灣北部地區之觀測仍有不足，水利署為能獲得北部地區高解析度之最佳降水估計，透過本計畫之執行，提升中央大學氣象雷達為偏級化雷達，並經由雨滴譜儀網之建置及降雨資料收集，以校驗雷達回波降雨公式，在長時間觀測以及即時雷達觀測資料傳輸至氣象局，在氣象局QPESUMS系統與五分山雷達資料互補，改善北部氣區降雨估計。</abstract><author>國立中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304571</governmentpublicationsnumber><identifier>44626</identifier><internationalstandardbooknumber>9789570195163 ; 9570195169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44626</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>「台灣北部地區雷達降水精密校正」Radar Rainfall Calibration through Polarimetric Radar and Disdrometer Network in Northern Taiwan</title><yearidentifier>200412</yearidentifier></data><data><abstract>（1）決解洪水預報模式自網路取得資料、有效執行、輸出成果（2）開發視訊會議模組，並且整合需要觀看與討論的影像、資料、預報成果等（3）提升或解決網路效率與設備溝通問題;以達成順暢運作、支援決策的目標。</abstract><author>國立台灣大學水工試驗所、財團法人國家實驗研究院國家高速網路與計算中心、財團法人資訊工業策進會、以柔資訊股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304672</governmentpublicationsnumber><identifier>44627</identifier><internationalstandardbooknumber>9789570195576 ; 9570195576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44627</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>洪水預報與減災應變格網雛型建置計畫 Development of The Flood Forecasting and Mitigation Grid,A Prototype</title><yearidentifier>200412</yearidentifier></data><data><abstract>瞭解濁水溪；東港溪及林邊溪等沿海地區淹水潛勢狀況。加上抽取地下水影響，導致地層下陷，使得在颱風期間，常因排水不通暢而導致淹水現象產生。</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST93006V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304670</governmentpublicationsnumber><identifier>44628</identifier><internationalstandardbooknumber>9789570195590 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44628</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣沿海地區淹水潛勢之研究(2/2) Study on flood inundation potential in the coastal regions of Taiwan(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>經濟部水利署、國立成功大學水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009305099</governmentpublicationsnumber><identifier>44629</identifier><internationalstandardbooknumber>9789570199482 ; 9570199482</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44629</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>設置水利產業知識化育成中心補助案九十三年度成果報告書A Grant-Maintained  Project  for Establishing Water Professions Enterprise Information and Incubation Center Final Report(2004)</title><yearidentifier>200412</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>經濟部水利署、成大水工所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009305099</governmentpublicationsnumber><identifier>44630</identifier><internationalstandardbooknumber>9789570199482 ; 9789570199</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44630</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>設置水利產業知識化育成中心補助案九十三年度成果報告書(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫旨在於進行「水利產業技術與產品之研發及推廣」，主要目的係為鼓勵產、官、學、研各界能將技術研發成果進一步與市場需求相結合，完成產品原型之開發。並就所擁有之技術研發成果，評估具有產品開發及商品化之潛能者，研提產品開發之計畫，並就所提之產品開發計畫所涉及技術領域，完成至少三項產品原型之開發，或提出三項產品之相關專利取得之申請</abstract><author>經濟部水利署、成大水工所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304816</governmentpublicationsnumber><identifier>44631</identifier><internationalstandardbooknumber>9789570197426 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44631</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利產業技術研發及推廣成果報告書－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>系統的正常運轉，有賴於平時之維護，且為預防應變時之突發狀況，亦需維護單位併同進駐緊急應變小組，以確保系統之運作無虞。</abstract><author>資訊工業策進會</author><categoryidentifier>575.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930098</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304691</governmentpublicationsnumber><identifier>44632</identifier><internationalstandardbooknumber>9789570195651 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44632</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>經濟部災害緊急應變作業系統93年度維護計畫 Ministry of Economic Affair Emergency Response Operation System Maintenance Project for2004</title><yearidentifier>200412</yearidentifier></data><data><abstract>水資源總體經濟模式（水資源政策決策支援系統）為經濟部水利署委託台經院於1999年～2003年開發之決策支援系統，主要目的在於建構水資源政策經濟影響之評估模型，提供水資源政策決策時之影響評估工具。本研究從今年度起三年將進行水資源總體經濟模式之更新與維護，在說明水資源總體經濟模式之檢討與更新工作前，本章先說明現有系統之內涵。於2.2節先介紹水資源總體經濟模式之概況與現有資料庫之簡要內容；由於資料庫之更新為本研究計畫之重點，至於詳細之系統內容與資料庫編製方式，請參見水資源總體經濟模式各年度之研究報告。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304651</governmentpublicationsnumber><identifier>44633</identifier><internationalstandardbooknumber>9789570198645 ; 9570198648</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44633</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水資源總體經濟模式系統更新(1/3)  Maintaining WATERGEM and MR-WATERGEM</title><yearidentifier>200412</yearidentifier></data><data><abstract>水資源總體經濟模式（水資源政策決策支援系統）為經濟部水利署委託台經院於1999年～2003年開發之決策支援系統，主要目的在於建構水資源政策經濟影響之評估模型，提供水資源政策決策時之影響評估工具。本研究從今年度起三年將進行水資源總體經濟模式之更新與維護，在說明水資源總體經濟模式之檢討與更新工作前，本章先說明現有系統之內涵。於2.2節先介紹水資源總體經濟模式之概況與現有資料庫之簡要內容；由於資料庫之更新為本研究計畫之重點，至於詳細之系統內容與資料庫編製方式，請參見水資源總體經濟模式各年度之研究報告。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304651</governmentpublicationsnumber><identifier>44634</identifier><internationalstandardbooknumber>9789570198645 ; 9789570198</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44634</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水資源總體經濟模式系統更新(1/3)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>洪水災害常為突發性且受災範圍廣大，發生時亦為天候狀況極為惡劣的環境，因此以往在災害發生之後，無論在防災、災情通報或是災情分析及損失評估工作進行，往往面臨許多的困難與實際落差。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930011V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304233</governmentpublicationsnumber><identifier>44635</identifier><internationalstandardbooknumber>9789570195606 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44635</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>應用衛星雷達於水災監測及淹水範圍與損失評估(2/2) Application of Satellite Radar for Flood Monitoring and Damage Evaluation Model(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>由於氣候及地形之影響，台灣地區因颱風、豪雨而造成淹水災害，造成人民生命及財產之損失，因此行政院國家科學委員會防災國家型科技計畫辦公室（現國家災害防救中心）為使行政機關瞭解各縣市之淹水潛勢，於民國88年起製作全省各縣市之淹水潛勢圖，工各方防災規劃參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930012</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304683</governmentpublicationsnumber><identifier>44636</identifier><internationalstandardbooknumber>9789570195613 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44636</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>區域淹水損失圖建立先期計畫 Establishment of the Regional Inundation Loss Map-Inititl Plan</title><yearidentifier>200412</yearidentifier></data><data><abstract>本建置計畫包含曾文水庫、鳶山堰、直潭壩等站，以無線結合有線專線區域網路連接遠端監測點及近端之間空中心，其中遠端監測點之影像透過無線傳輸至近端監控中心。</abstract><author>國家高速網路與計算中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304697</governmentpublicationsnumber><identifier>44637</identifier><internationalstandardbooknumber>9789570195569 ; 9570195568</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44637</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>格網系統之規劃與建置--以乾旱預報為例 Planning and Development of Grid System for Drought Forecasting</title><yearidentifier>200412</yearidentifier></data><data><abstract>防救災專用，衛星及微波通訊案擴充，更新台北辦公區及所屬機關資訊機房設施。</abstract><author>隆業興科技有限公司</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304599</governmentpublicationsnumber><identifier>44638</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44638</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署配合行政院災害防就委員會建置防救災專用衛星及微波通訊系統案擴充、更新台北辦公區及所屬機關資訊機房設施規劃暨監造計畫</title><yearidentifier>200412</yearidentifier></data><data><abstract>落實資訊蒐集、整合、加值及分享之理念，積極建構知識管理系統，俾利水利業務快速有效的推動。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>554.61   443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930004V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304649</governmentpublicationsnumber><identifier>44639</identifier><internationalstandardbooknumber>9789570197433 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44639</librarycollectiondetailsurl><price>338</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>現階段水資源政策檢討與綜合業務 (2/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>經濟部水利署依據行政院核定「輔導知識型水利產業發展計畫」，於台灣東部規畫深層海水開發利用示範園區，開發新興水資源計畫利用深層海水發展獨特高附加價值、高競爭力產業。本計畫蒐集國外深層海水抽水管相關海事工程設計及施工技術經驗，對觀測項目及精度要求進行歸納，並蒐集國內現行法令規範，提出「深層海水開發海洋環境調查參考規範手冊」，評估國內海洋觀測能力，以瞭解國內海洋觀測調查市場概況、調查原理及技術層次。資源有效利用、不重複投資之原則，滿足工程設計及施工所需，研擬適當的觀測項目、方式、精度、範圍及頻率。</abstract><author>財團法人國際海洋大氣研發基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009305102</governmentpublicationsnumber><identifier>44641</identifier><internationalstandardbooknumber>9789570199550 ; 9789570199</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44641</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>深層海水開發海洋環境觀測先期規劃＝Planning of Ocean  Environmental Monitoring for the Exploitation of Deep Ocean Water</title><yearidentifier>200412</yearidentifier></data><data><abstract>經濟部水利署依據行政院核定「輔導知識型水利產業發展計畫」，於台灣東部規畫深層海水開發利用示範園區，開發新興水資源計畫利用深層海水發展獨特高附加價值、高競爭力產業。本計畫蒐集國外深層海水抽水管相關海事工程設計及施工技術經驗，對觀測項目及精度要求進行歸納，並蒐集國內現行法令規範，提出「深層海水開發海洋環境調查參考規範手冊」，評估國內海洋觀測能力，以瞭解國內海洋觀測調查市場概況、調查原理及技術層次。資源有效利用、不重複投資之原則，滿足工程設計及施工所需，研擬適當的觀測項目、方式、精度、範圍及頻率。</abstract><author>財團法人國際海洋大氣研發基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009305102</governmentpublicationsnumber><identifier>44642</identifier><internationalstandardbooknumber>9789570199550 ; 9789570199</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44642</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>深層海水開發海洋環境觀測先期規劃(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>經濟部水利署依據行政院核定「輔導知識型水利產業發展計畫」，於台灣東部規畫深層海水開發利用示範園區，開發新興水資源計畫利用深層海水發展獨特高附加價值、高競爭力產業。本計畫蒐集國外深層海水抽水管相關海事工程設計及施工技術經驗，對觀測項目及精度要求進行歸納，並蒐集國內現行法令規範，提出「深層海水開發海洋環境調查參考規範手冊」，評估國內海洋觀測能力，以瞭解國內海洋觀測調查市場概況、調查原理及技術層次。資源有效利用、不重複投資之原則，滿足工程設計及施工所需，研擬適當的觀測項目、方式、精度、範圍及頻率。</abstract><author>財團法人國際海洋大氣研發基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009305103</governmentpublicationsnumber><identifier>44643</identifier><internationalstandardbooknumber>9789570199567 ; 9570199563</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44643</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>深層海水開發海洋環境調查參考規範手冊 Manual of Ocean  Environment  Monitoring for the Exploitation of Deep Ocean Water</title><yearidentifier>200412</yearidentifier></data><data><abstract>隨著人口的成長、都市化的發展與產業結構的改變，台灣地區用水需求量正逐年不斷增加中，然而傳統水源開發卻面臨愈來愈困難之窘境，因此政府相關單位也積極研發新興水源，以滿足各標的用水之需求。一般而言，新興水源包含雨水貯留利用、海水利用(包括海水淡化、半鹹水淡化、深層海水利用等)及水再生利用(包括工業廢水再利用、都市(生活)污水再利用、農業灌溉回歸水再利用)等，在台灣地區面對水資源開發不易、河川水質污染嚴重及用水成長壓力等嚴峻條件下，前述水再生利用作為新興水源之重要性日顯重要。</abstract><author>財團法人工業技術研究院能源與資源研究所</author><categoryidentifier>554.61023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009400082</governmentpublicationsnumber><identifier>44644</identifier><internationalstandardbooknumber>9789570198140 ; 9570198141</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44644</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水再生利用政策與法規研訂(1/2) Study on the Policy and  Regulation for Water Reclamation and Reuse</title><yearidentifier>200412</yearidentifier></data><data><abstract>隨著人口的成長、都市化的發展與產業結構的改變，台灣地區用水需求量正逐年不斷增加中，然而傳統水源開發卻面臨愈來愈困難之窘境，因此政府相關單位也積極研發新興水源，以滿足各標的用水之需求。一般而言，新興水源包含雨水貯留利用、海水利用(包括海水淡化、半鹹水淡化、深層海水利用等)及水再生利用(包括工業廢水再利用、都市(生活)污水再利用、農業灌溉回歸水再利用)等，在台灣地區面對水資源開發不易、河川水質污染嚴重及用水成長壓力等嚴峻條件下，前述水再生利用作為新興水源之重要性日顯重要。</abstract><author>財團法人工業技術研究院能源與資源研究所</author><categoryidentifier>554.61023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009400082</governmentpublicationsnumber><identifier>44645</identifier><internationalstandardbooknumber>9789570198140 ; 9789570198</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44645</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水再生利用政策與法規研訂(1/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目的在本計畫將以(台灣地區水資源規劃工作管理資料庫)系統為主要架構,以及參考相關之既有資料庫建立整合介面,並針對台灣地區北.中.南.東四區及離島區域進行相關水資源資料之蒐集.?整.更新,並增加交叉分析等加值功能.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61029   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940104</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/3</date><governmentpublicationsnumber>1009304329</governmentpublicationsnumber><identifier>44650</identifier><internationalstandardbooknumber>9789570198157 ; 957019815x</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44650</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源供需資料庫更新及應用推廣計畫(內附光碟) Updating and Promotion of a Database System on Water Supply and Demand</title><yearidentifier>200412</yearidentifier></data><data><abstract>由於氣候及地形之影響，台灣地區因颱風、豪雨而造成淹水災害，造成人民生命及財產之損失，因此行政院國家科學委員會防災國家型科技計畫辦公室（現國家災害防救中心）為使行政機關瞭解各縣市之淹水潛勢，於民國88年起製作全省各縣市之淹水潛勢圖，工各方防災規劃參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897   443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST930012</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009304683</governmentpublicationsnumber><identifier>44652</identifier><internationalstandardbooknumber>9789570195590 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44652</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>區域淹水損失圖建立先期計畫(光碟版) Establishment of the Regional Inundation Loss Map-Inititl Plan</title><yearidentifier>200412</yearidentifier></data><data><abstract>本建置計畫包含曾文水庫、鳶山堰、直潭壩等站，以無線結合有線專線區域網路連接遠端監測點及近端之間空中心，其中遠端監測點之影像透過無線傳輸至近端監控中心。</abstract><author>國家高速網路與計算中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST920</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304697</governmentpublicationsnumber><identifier>44653</identifier><internationalstandardbooknumber>9789570195569 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44653</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>格網系統之規劃與建置--以乾旱預報為例(光碟版) Planning and Development of Grid System for Drought Forecasting</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫之目的的參考以往制訂警戒水位之經驗，以其對警戒水位之訂定提出更周延之方法，並對經濟部水位署第七河川局依「河川警戒水位值修訂說明及原則」所訂出高屏溪之警戒水位，可能存在之不夠周延之處提出建議，俾使日後各河川局在制定警戒水位有較完整之作業程序。</abstract><author>國立交通大學</author><categoryidentifier>443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304689</governmentpublicationsnumber><identifier>44654</identifier><internationalstandardbooknumber>9789570195637 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44654</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>警戒水位訂定之研究-以高屏溪為例(光碟版) Study on Determination of Warning Stage--Kao-Ping Creek as Example</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。</abstract><author>工業技術研究能源與資源研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304684</governmentpublicationsnumber><identifier>44655</identifier><internationalstandardbooknumber>9789570195644 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44655</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>人造雨技術發展長期策略擬定---造雨器開發與改良(光碟版) An Extended Strategy Study for Weather Modification Technology-Development and Improvement of Cloud Seeding Generator</title><yearidentifier>200412</yearidentifier></data><data><abstract>系統的正常運轉，有賴於平時之維護，且為預防應變時之突發狀況，亦需維護單位併同進駐緊急應變小組，以確保系統之運作無虞。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>575.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930098</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304691</governmentpublicationsnumber><identifier>44656</identifier><internationalstandardbooknumber>9789570195651 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44656</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「經濟部災害緊急應變作業系統93年度維護計畫」(光碟版)Ministry of Economic Affair Emergency Response Operation System Maintenance Project for2004</title><yearidentifier>200412</yearidentifier></data><data><abstract>收集相關人造雨成效文獻回顧、實施人工增雨成效及施放區與對照區降雨資料比對探討、建立地面人造雨大器擴散之中尺度氣象整合模式探討。</abstract><author>國立台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304690</governmentpublicationsnumber><identifier>44657</identifier><internationalstandardbooknumber>9789570195644 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44657</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>人造雨技術發展長期策略擬定--造雨研究發展成效模式評估(1/3)(光碟版) Planning a long-term strategy for the development of artificial rainfall enhancement techology:Cloud seeding research with modeling assessment and effect evaluation</title><yearidentifier>200412</yearidentifier></data><data><abstract>洪水災害常為突發性且受災範圍廣大，發生時亦為天候狀況極為惡劣的環境，因此以往在災害發生之後，無論在防災、災情通報或是災情分析及損失評估工作進行，往往面臨許多的困難與實際落差。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304233</governmentpublicationsnumber><identifier>44658</identifier><internationalstandardbooknumber>9789570195606 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44658</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>應用衛星雷達於水災監測及淹水範圍與損失評估(2/2)(光碟版)Application of Satellite Radar for Flood Monitoring and Damage Evaluation Model(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為了解地震前後地下水水位變化機制的解釋及水氡季節性變化趨勢的分析，針對影響地下水水位機制的討論，規劃包含降雨對於地下水位影響、地震對於地下水位影響、波動傳遞對地下水位動態影響、地下水位異常變化型態研究及地下水氡含量變化等研究子題。</abstract><author>國立成功大學防災研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304589</governmentpublicationsnumber><identifier>44659</identifier><internationalstandardbooknumber>9789570195101 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44659</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>地震發生前後地下水水位異常變化之研究(4/5)(光碟版) Planning of Groundwater Anomalies Associated with the Earehquake(4/5)</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>國立中央大學土木系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>44660</identifier><internationalstandardbooknumber>9789570195583 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44660</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及應用系統之建置計畫」(光碟版)Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract>（1）決解洪水預報模式自網路取得資料、有效執行、輸出成果（2）開發視訊會議模組，並且整合需要觀看與討論的影像、資料、預報成果等（3）提升或解決網路效率與設備溝通問題;以達成順暢運作、支援決策的目標。</abstract><author>國立台灣大學水工試驗所、財團法人國家實驗研究院國家高速網路與計算中心、財團法人資訊工業策進會、以柔資訊股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOWAWRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304672</governmentpublicationsnumber><identifier>44661</identifier><internationalstandardbooknumber>9789570195576 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44661</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>洪水預報與減災應變格網雛型建置計畫(光碟版) Development of The Flood Forecasting and Mitigation Grid,A Prototype</title><yearidentifier>200412</yearidentifier></data><data><abstract>瞭解濁水溪；東港溪及林邊溪等沿海地區淹水潛勢狀況。加上抽取地下水影響，導致地層下陷，使得在颱風期間，常因排水不通暢而導致淹水現象產生。</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST93006V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304670</governmentpublicationsnumber><identifier>44662</identifier><internationalstandardbooknumber>9789570195590 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44662</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣沿海地區淹水潛勢之研究(2/2)(光碟版) Study on flood inundation potential in the coastal regions of Taiwan(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>氣象局五分山雷達站對台灣北部地區之觀測仍有不足，水利署為能獲得北部地區高解析度之最佳降水估計，透過本計畫之執行，提升中央大學氣象雷達為偏級化雷達，並經由雨滴譜儀網之建置及降雨資料收集，以校驗雷達回波降雨公式，在長時間觀測以及即時雷達觀測資料傳輸至氣象局，在氣象局QPESUMS系統與五分山雷達資料互補，改善北部氣區降雨估計。</abstract><author>國立中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304571</governmentpublicationsnumber><identifier>44663</identifier><internationalstandardbooknumber>9789570195163 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44663</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>「台灣北部地區雷達降水精密校正」(光碟版)Radar Rainfall Calibration through Polarimetric Radar and Disdrometer Network in Northern Taiwanr</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>陳伸賢</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/12/27</date><governmentpublicationsnumber>200920059</governmentpublicationsnumber><identifier>44664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44664</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>水利[第14期]</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目的係針對八里污水處理廠之都市污水再生利用併同桃園人工湖水源及蓄水空間,進行調查.分析.評估及規劃,俾訂定其功能與開發規模,以促進北部區域水資源永續利用.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009305084</governmentpublicationsnumber><identifier>44665</identifier><internationalstandardbooknumber>9789570199772 ; 9789570199</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44665</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>八里污水處理廠污水再生利用結合桃園人工湖規劃專題報告－桃園人工湖初步規劃(內附光碟) The Planning of Effluent Reclamation and Reuse of Ba- Li Wastewater Treatment Plant Join with Tao-Yuan Artificial Lake Preliminary Study on Tao-Yuan Artifiaial Lake</title><yearidentifier>200412</yearidentifier></data><data><abstract>本規劃係針對八里污水處理廠之都市污水再生利用併同桃園人工湖水源及蓄水空間,進行調.分析.評估及規劃,以紓解北部地區缺水窘況促進水資源永續利用.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>10093005085</governmentpublicationsnumber><identifier>44666</identifier><internationalstandardbooknumber>9789570199789 ; 9570199784</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44666</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>八里污水處理廠污水再生利用結合桃園人工湖規劃專題報告二八里污水處理廠污水再生利用規劃(內附光碟) The Planning of Effluent Reclamation and Reuse of Ba- Li WastewaterTreatment Plant Join with Tao-Yuan Artificial Lake The Planning of Effluent Reclamation and R</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為利用八里污水處理廠穩定之放流水,經提升水質後輸送至桃園地區,供應桃園濱海地區之大園.觀音.桃園科技.大潭濱海.觀塘等工業區內簽約使用再生水之廠商,可靠穩定及合乎品質需求之再生水,以供作為工業用途使用.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009305086</governmentpublicationsnumber><identifier>44667</identifier><internationalstandardbooknumber>9789570199796 ; 9789570199</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44667</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>八里污水處理廠污水再生利用結合桃園人工湖規劃專題報告三興建及營運管理方案與推動計畫(內附光碟) The Planning of Effluent Reclamation and Reuse of Ba- Li Wastewater Treatment Plant Join with Tao-Yuan Artificial Lake The Executive Plan of the Construction and</title><yearidentifier>200412</yearidentifier></data><data><abstract>針對八里污水處理廠之都市污水再生利用併同桃園人工湖水源及蓄水空間,進行調查.分析.評估及規劃, 俾訂定其功能與開發規模, 以紓解北部地區缺水窘況,以促進水資源永續利用</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009304325</governmentpublicationsnumber><identifier>44668</identifier><internationalstandardbooknumber>9789570199116 ; 9570199113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44668</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>八里污水處理廠污水再生利用結合桃園人工湖規劃總報告(內附光碟)The Planning of Effluent Reclamation and Reuse of Ba- Li Wastewater Treatment Plant Join with Tao-Yuan Artificial Lake General Report</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告違建至一個以「節水效能提升技術」、「工廠排水在利用技術」、「雨水/再生水利用技術」、「海水淡化技術」、「水文觀測技術」、「深層海水利用技術」、「溫泉水利用技術」等七大技術領域為主要推動方向之水利產業知識交流平台，其藉由國內外水利產業智庫與網路型知識交流平台之建置，提供水利產業相關之產、官、學、研供需交流合作之園地，整合國內外創新知識、專業技術與各界精英等，採行前瞻發展策略，再造新興水利產業，激發民間創新、投資動力，以促進傳統水利產業的升級。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009204821</governmentpublicationsnumber><identifier>44669</identifier><internationalstandardbooknumber>9789570197372 ; 9570197374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44669</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>知識型水利產業育成資料庫開發與建置維護計畫(2/2) Projects for the development and maintenance of knowledge-based water resource industry database(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告違建至一個以「節水效能提升技術」、「工廠排水在利用技術」、「雨水/再生水利用技術」、「海水淡化技術」、「水文觀測技術」、「深層海水利用技術」、「溫泉水利用技術」等七大技術領域為主要推動方向之水利產業知識交流平台，其藉由國內外水利產業智庫與網路型知識交流平台之建置，提供水利產業相關之產、官、學、研供需交流合作之園地，整合國內外創新知識、專業技術與各界精英等，採行前瞻發展策略，再造新興水利產業，激發民間創新、投資動力，以促進傳統水利產業的升級。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA－93000</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009304821</governmentpublicationsnumber><identifier>44670</identifier><internationalstandardbooknumber>9789570197372 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44670</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>知識型水利產業育成資料庫開發與建置維護計畫(2/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>配合93年6月30日總統令公布實施保護區回饋法「自來水法」新增條文對於水源保育與回饋費徵收及運用等辦理，工作內容包括 １、蒐集彙整自來水水質水量保護區及水源特定區限制開發行為及相關法規。 ２、蒐集彙整限制發展地區救助、回饋、補償處理案例。 ３、訂定水源保育與回饋費徵收所需行政規則（徵收項目及對象、計算方式、費率、徵收方式、繳費流程、繳納期限、繳費金額不足之追補繳、取用水資源量之計算方法、其他應遵行事項收費辦法） ４、規劃水源保育與回饋費運用小組之組織成員、任務及作業方式，並研訂設置要點。 ５、訂定因水質水量保護區之劃設土地使用受限制須發放補償金標準 ６、舉辦二場水源保育與回饋費徵收計畫座談會。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/4</date><governmentpublicationsnumber>1009304868</governmentpublicationsnumber><identifier>44671</identifier><internationalstandardbooknumber>9789570197440 ; 9570197447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44671</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水源保育與回饋費相關行政規則之研訂 The Study of Regulations for Conservation and Feedback Fees of Water Resources</title><yearidentifier>200412</yearidentifier></data><data><abstract>屏東海岸基本資料收集、海岸變遷蒐集調查、屏東東港至塭豐沙灘至離岸堤間夏季至颱風後侵淤分析。</abstract><author>經濟部水利署第七河川局</author><categoryidentifier>351.32776   351.711   351.3232028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009305178</governmentpublicationsnumber><identifier>44672</identifier><internationalstandardbooknumber>9789860000481 ; 9860000484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44672</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>93</publishrocyear><title>屏東海岸基本資料監測調查(東港至塭豐段)(內附光碟)=Investigation on Preliminary Data Base at Pingtung Coast ( from Tungkang to Wenfong)</title><yearidentifier>200412</yearidentifier></data><data><abstract>「水資源建設與管理環境成本分析之研究」主要目的在建立一套評估水資源建設及管理之環境成本的準則。水資源建設及管理措施的影響極其深遠，不但對整體經濟有所影響，也會產生社會面及環境面的影響。本計畫第一年之研究內容，主要工作成果如下：1.界定水資源工程與管理之定義、內容及其環境影響範疇；2.建立水資源工程與管理環境成本效益分析理論基礎與原則；3.確立水資源工程與管理之環境成本與效益項目、內容與評估方法，並介紹各評估方法之理論基礎與操作方式；4.初步評估平地水庫興建之環境成本與效益。為配合我國綠色國民所得帳之編製工作，本研究未來亦將探討水資源工程與管理之環境成本對水資源帳和綠色國民所得帳之影響。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304650</governmentpublicationsnumber><identifier>44673</identifier><internationalstandardbooknumber>9789570198638 ; 957019863X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44673</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水資源建設與管理環境成本分析之研究(1/3) Enviromental Cost of Water Development Project and Water Management</title><yearidentifier>200412</yearidentifier></data><data><abstract>「水資源建設與管理環境成本分析之研究」主要目的在建立一套評估水資源建設及管理之環境成本的準則。水資源建設及管理措施的影響極其深遠，不但對整體經濟有所影響，也會產生社會面及環境面的影響。本計畫第一年之研究內容，主要工作成果如下：1.界定水資源工程與管理之定義、內容及其環境影響範疇；2.建立水資源工程與管理環境成本效益分析理論基礎與原則；3.確立水資源工程與管理之環境成本與效益項目、內容與評估方法，並介紹各評估方法之理論基礎與操作方式；4.初步評估平地水庫興建之環境成本與效益。為配合我國綠色國民所得帳之編製工作，本研究未來亦將探討水資源工程與管理之環境成本對水資源帳和綠色國民所得帳之影響。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304650</governmentpublicationsnumber><identifier>44674</identifier><internationalstandardbooknumber>9789570198638 ; 9789570198</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44674</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水資源建設與管理環境成本分析之研究(1/3)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>今年（93年）本計畫主要工作項目有三大項，分別為(1)於嘉義縣新港鄉及台南市安南區，具有地層下陷潛勢之地區各設置一口地層下陷監測井，供調查地層之壓縮機制，以達到早期預警之效果。(2)於此兩口地層下陷監測井之地表至深度100公尺範圍內地層，以薄管取樣方式取不擾動土樣，並進行室內土壤力學及化學試驗，以獲得重要現地數據供地層下陷相關研究之參考。(3)嘉義地區水準檢測網加密，新增檢測路線長度為47公里。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304358</governmentpublicationsnumber><identifier>44675</identifier><internationalstandardbooknumber>9789570193534 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44675</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷監測井施設及其試驗分析(嘉義縣新港鄉、台南市安南區)  Installing Land Subsidence Monitoring Wells and Conducting Laboratory Tests in Taiwan (Xingang, Chiayi County and Annan, Tainan City)</title><yearidentifier>200412</yearidentifier></data><data><abstract>今年（93年）本計畫主要工作項目有三大項，分別為(1)於嘉義縣新港鄉及台南市安南區，具有地層下陷潛勢之地區各設置一口地層下陷監測井，供調查地層之壓縮機制，以達到早期預警之效果。(2)於此兩口地層下陷監測井之地表至深度100公尺範圍內地層，以薄管取樣方式取不擾動土樣，並進行室內土壤力學及化學試驗，以獲得重要現地數據供地層下陷相關研究之參考。(3)嘉義地區水準檢測網加密，新增檢測路線長度為47公里。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304358</governmentpublicationsnumber><identifier>44676</identifier><internationalstandardbooknumber>9789570193534 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44676</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷監測井施設及其試驗分析(嘉義縣新港鄉、台南市安南區) －光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本年度計畫為三年計畫之最後一年，主要工作項目包括： 一、籌設雲林防治志工 二、擴張防治資訊運用，規劃宣導知識庫 三、深耕基礎教育體系，開闢社會教育資源 四、編撰縣市防治紀實，製做作實用宣導品 五、加強計畫相關聯繫</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930041V3</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304309</governmentpublicationsnumber><identifier>44677</identifier><internationalstandardbooknumber>9789570192919 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44677</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(3/3)總報告  Training Session  Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200412</yearidentifier></data><data><abstract>本年度計畫為三年計畫之最後一年，主要工作項目包括： 一、籌設雲林防治志工 二、擴張防治資訊運用，規劃宣導知識庫 三、深耕基礎教育體系，開闢社會教育資源 四、編撰縣市防治紀實，製做作實用宣導品 五、加強計畫相關聯繫</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304309</governmentpublicationsnumber><identifier>44678</identifier><internationalstandardbooknumber>9789570192919 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44678</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(3/3)總報告－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本年度計畫為三年計畫之最後一年，主要工作項目包括： 一、籌設雲林防治志工 二、擴張防治資訊運用，規劃宣導知識庫 三、深耕基礎教育體系，開闢社會教育資源 四、編撰縣市防治紀實，製做作實用宣導品 五、加強計畫相關聯繫</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930041V3</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304309</governmentpublicationsnumber><identifier>44679</identifier><internationalstandardbooknumber>9789570192919 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44679</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(3/3)附件集  Training Session  Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200412</yearidentifier></data><data><abstract>本年度計畫為三年計畫之最後一年，主要工作項目包括： 一、籌設雲林防治志工 二、擴張防治資訊運用，規劃宣導知識庫 三、深耕基礎教育體系，開闢社會教育資源 四、編撰縣市防治紀實，製做作實用宣導品 五、加強計畫相關聯繫</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930041V3</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304309</governmentpublicationsnumber><identifier>44680</identifier><internationalstandardbooknumber>9789570192919 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44680</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導91~93年計畫總報告   Training Session  Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304345</governmentpublicationsnumber><identifier>44684</identifier><internationalstandardbooknumber>9789570193503 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44684</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4) Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence(4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304348</governmentpublicationsnumber><identifier>44687</identifier><internationalstandardbooknumber>9789570193510 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄上 Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence(4/4) Appendix ∣</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304351</governmentpublicationsnumber><identifier>44688</identifier><internationalstandardbooknumber>9789570193527 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44688</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄下 Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence(4/4) Appendix II</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/5</date><governmentpublicationsnumber>1009304345</governmentpublicationsnumber><identifier>44689</identifier><internationalstandardbooknumber>9789570193503 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44689</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/4</date><governmentpublicationsnumber>1009304939</governmentpublicationsnumber><identifier>44693</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44693</librarycollectiondetailsurl><price>350</price><publisher>經濟部 水利署</publisher><publishrocyear>93</publishrocyear><title>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44694</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44694</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第二期）</title><yearidentifier>200501</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44695</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44695</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第三期）</title><yearidentifier>200501</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44696</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44696</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第四期）</title><yearidentifier>200501</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44697</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44697</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第五期）</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/15</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>44698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44698</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利第十四期</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>陳士伯 趙培因 張文熙 邱菊梅 李殷</author><categoryidentifier>28.9029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/15</date><governmentpublicationsnumber>1009305188</governmentpublicationsnumber><identifier>44701</identifier><internationalstandardbooknumber>9789860000405 ; 9860000409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44701</librarycollectiondetailsurl><price>670</price><publisher>檔案管理局</publisher><publishrocyear>93</publishrocyear><title>檔案資訊資源管理 Archival Information Resources Management</title><yearidentifier>200412</yearidentifier></data><data><abstract>目前水利主管單位為有效管理流域中下游洪水災害，已建立許多防洪治水工程，包括堤防、排水系統及抽水站等，但隨著集水區土地利用改變，致使原先設計之防洪設施可能以不足應付開發所增加之洪流量，因此近年來已規劃投入適當資源，提供許多非工程防洪方法建制之防洪資訊，讓台灣防洪工作進入嶄新的一業。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/1</date><governmentpublicationsnumber>1009304587</governmentpublicationsnumber><identifier>44703</identifier><internationalstandardbooknumber>9789570195095 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44703</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>高屏溪流域淹水指數之研究(1/2)－光碟版 A Study on lnundation Index for Gaoping Creek Basin(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>目的在於透過蒐集.評估區域水資源的關係,建立多目標有效運用之數理模式, 檢討現行各標的用水量及研擬各標的間水量之移用策略, 擬訂各標的用水管理機制.協商平台機制及可行推動方案及區域性試辦方案.</abstract><author>清雲科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/16</date><governmentpublicationsnumber>1009304328</governmentpublicationsnumber><identifier>44710</identifier><internationalstandardbooknumber>9789570196825 ; 9570196823</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源多目標有效運用管理機制(內附光碟片)=The Management Mechanism on the Effective Operation of Multi-Objective Water Resources</title><yearidentifier>200412</yearidentifier></data><data><abstract>於民國92年於新竹工業區廢水處理廠進行半年之架設及操作之放流水再生大型模廠測試,擬透過本年度之再生模廠再生水試用,使廢水再生廠架設及供水系統建置與營運用有具體之推動方案.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/16</date><governmentpublicationsnumber>1009304326</governmentpublicationsnumber><identifier>44716</identifier><internationalstandardbooknumber>9789570196849 ; 957019684X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44716</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>新竹工業區廢水回收再利用規劃延續計畫(內附光碟)=The Planning of Effluent Reclamation and Reuse of Wastewater Treatment Plant in Hsinchu Industrial Park (II)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目的為針對於羅東溪攔河堰上游，尋求適當地 點設置固床工，探討對於補注伏流水之效益，期能擴大下 游之羅束堰取水功能。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.8572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/21</date><governmentpublicationsnumber>1009001690</governmentpublicationsnumber><identifier>44739</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44739</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>宜蘭羅東堰上游設置固床工增加伏流水補注量效益研究=Study on the Efficiency of Subsurface Flow Recharge by Setting Groundsill Works at Upstream of Weir Lo-Tung,I-Lan</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/21</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>44751</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44751</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(1/4)(北部地區) Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>行政院九二一震災災後重建推動委員會</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/22</date><governmentpublicationsnumber>1009303574</governmentpublicationsnumber><identifier>44764</identifier><internationalstandardbooknumber>9789570192704 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44764</librarycollectiondetailsurl><price>1500</price><publisher>行政院九二一震災災後重建推動委員會</publisher><publishrocyear>93</publishrocyear><title>典藏921世紀的花蕊</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/23</date><governmentpublicationsnumber>1008900057</governmentpublicationsnumber><identifier>44765</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44765</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>洪氾區劃設準則及模式研究(第一年) Study on Guidelines and Modeling for Floodplain Delineation</title><yearidentifier>200012</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44766</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44766</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第六期）</title><yearidentifier>200502</yearidentifier></data><data><abstract>湖山水庫之溢洪道係位於湖山副壩與湖南壩間之山脊上基礎屬順向坡,在長期上為維持溢洪道基礎機能情形下,溢道之設計以能順利通過洪水流量,符合結構?定及經濟性考量原則,入口段採無閘門控制U型溢流堰，其下接洩槽輸送洪水至下游靜水池消能後排入中坑溪；溢洪道之設計流量採最大設計洪水５０９cms而靜水池以２００年重現期距洪水設計並以最大設計洪水校核.由於溢洪道之通洪能力水理現象及下游靜水池之消能效困是為本計畫之關鍵課題.</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/23</date><governmentpublicationsnumber>1009304076</governmentpublicationsnumber><identifier>44767</identifier><internationalstandardbooknumber>9789570190960 ; 9570190965</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44767</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>湖山水庫溢洪道水工模型試驗報告 Hydraulic Model Tests of Hushan Reservoir Spillway</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>行政院經濟建設委員會</author><categoryidentifier>553.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/2</date><governmentpublicationsnumber>1009304077</governmentpublicationsnumber><identifier>44798</identifier><internationalstandardbooknumber>9789570190779 ; 9570190779</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44798</librarycollectiondetailsurl><price>450</price><publisher>行政院經濟建設委員會</publisher><publishrocyear>93</publishrocyear><title>新世紀第二期國家建設計畫--民國94至97年計畫暨民國104年展望</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44808</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44808</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第七期）</title><yearidentifier>200502</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第二河川局</author><categoryidentifier>673.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>1009305047</governmentpublicationsnumber><identifier>44814</identifier><internationalstandardbooknumber>9789572851333 ; 9572851330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44814</librarycollectiondetailsurl><price>300</price><publisher>台灣水利環境科技研發會</publisher><publishrocyear>93</publishrocyear><title>認識我們的鄉土：桃園新竹海岸城鄉三百年</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44816</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第八期）</title><yearidentifier>200503</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第二河川局</author><categoryidentifier>351.3274</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>1009305047</governmentpublicationsnumber><identifier>44822</identifier><internationalstandardbooknumber>9789572851333 ; 9572851330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44822</librarycollectiondetailsurl><price>300</price><publisher>台灣水利環境科技研發會</publisher><publishrocyear>93</publishrocyear><title>認識我們的鄉土：桃園新竹海岸城鄉三百年(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract>對彰化海岸沿海鄉鎮歷史文化、風俗民情、生態景觀及地方特產等以遊記方式做介紹，並以繪本及漫畫方式呈現。</abstract><author>廖文豪主編</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/25</date><governmentpublicationsnumber>1009303998</governmentpublicationsnumber><identifier>44829</identifier><internationalstandardbooknumber>9789570192780 ; 9789570192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44829</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>叮叮放暑假:彰化海岸遊記(光碟版):彰化海岸遊記(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>台灣省水利局</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/11</date><governmentpublicationsnumber>30921860018</governmentpublicationsnumber><identifier>44872</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44872</librarycollectiondetailsurl><price>500</price><publisher>台灣省水利局</publisher><publishrocyear>86</publishrocyear><title>讓我們看河去：台灣河川簡介</title><yearidentifier>199702</yearidentifier></data><data><abstract>對彰化海岸沿海鄉鎮歷史文化、風俗民情、生態景觀及地方特產等以遊記方式做介紹，並以繪本及漫畫方式呈現。</abstract><author>廖文豪主編</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/25</date><governmentpublicationsnumber>1009303998</governmentpublicationsnumber><identifier>44912</identifier><internationalstandardbooknumber>9789570192780 ; 957019278X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44912</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>叮叮放暑假:彰化海岸遊記</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工供試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/16</date><governmentpublicationsnumber>1009305251</governmentpublicationsnumber><identifier>44925</identifier><internationalstandardbooknumber>9789860001341 ; 9860001340</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44925</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>93</publishrocyear><title>水庫戰備檢查暨緊急應變演習規劃計畫(1/2) PIanning for Reservoir Safety Inspection &amp; Emergency Response Maneuvers(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689737   351.71337</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/17</date><governmentpublicationsnumber>1009104299</governmentpublicationsnumber><identifier>44927</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44927</librarycollectiondetailsurl><price>445</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究:八掌溪暨急水溪流域=Application Study on Unit Hydrograph Model for Important River in Taiwan ( Pachang-Chi &amp; Chishui-Chi Basin)</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>臺灣省政府建設廳水利局、臺灣省政府研究發展考核委員會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>30176840014</governmentpublicationsnumber><identifier>44928</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44928</librarycollectiondetailsurl><price>445</price><publisher>臺灣省政府</publisher><publishrocyear>83</publishrocyear><title>本省河川興建攔河堰增加水源之可行性及其對環境之影響省政業務研討會實錄(二十)</title><yearidentifier>199412</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/17</date><governmentpublicationsnumber>1009400589</governmentpublicationsnumber><identifier>44937</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44937</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>九十三年度鯉魚潭水庫安全監測分析總報告</title><yearidentifier>200501</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44939</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44939</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第九期）</title><yearidentifier>200503</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>44941</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44941</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第十期）</title><yearidentifier>200503</yearidentifier></data><data><abstract>配合93年6月30日總統令公布實施保護區回饋法「自來水法」新增條文對於水源保育與回饋費徵收及運用等辦理，工作內容包括 １、蒐集彙整自來水水質水量保護區及水源特定區限制開發行為及相關法規。 ２、蒐集彙整限制發展地區救助、回饋、補償處理案例。 ３、訂定水源保育與回饋費徵收所需行政規則（徵收項目及對象、計算方式、費率、徵收方式、繳費流程、繳納期限、繳費金額不足之追補繳、取用水資源量之計算方法、其他應遵行事項收費辦法） ４、規劃水源保育與回饋費運用小組之組織成員、任務及作業方式，並研訂設置要點。 ５、訂定因水質水量保護區之劃設土地使用受限制須發放補償金標準 ６、舉辦二場水源保育與回饋費徵收計畫座談會。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-93000</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/17</date><governmentpublicationsnumber>1009304868</governmentpublicationsnumber><identifier>44958</identifier><internationalstandardbooknumber>9789570197440 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44958</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水源保育與回饋費相關行政規則之研訂(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/16</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>44959</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44959</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告(內附光碟)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>44965</identifier><internationalstandardbooknumber>9789570195750 ; 9570195754</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44965</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究總報告(內附光碟片)=Stuly on the Disadter Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>44974</identifier><internationalstandardbooknumber>9789570195767 ; 9570195762</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_44974</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利技師公會</author><categoryidentifier>443.6406</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009303249</governmentpublicationsnumber><identifier>45011</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>寶山第二水庫工程計畫引水工程平地段(土建部分)艾莉颱風災害鑑定報告書</title><yearidentifier>200410</yearidentifier></data><data><abstract>研擬水庫淤泥應用於河川保護及海岸國土保育之研究,並針對指定水庫之具體條件,因地制宜,擬訂具有最佳利用效率之方案.</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009304090</governmentpublicationsnumber><identifier>45047</identifier><internationalstandardbooknumber>9789570194609 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45047</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫淤泥應用於國土保育之研究(1/3) Utilization of Reservoir Sediment on National Land Conservation(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>研擬水庫淤泥應用於河川保護及海岸國土保育之研究,並針對指定水庫之具體條件,因地制宜,擬訂具有最佳利用效率之方案.</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304090</governmentpublicationsnumber><identifier>45048</identifier><internationalstandardbooknumber>9789570194609 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45048</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫淤泥應用於國土保育之研究(1/3)(光碟版) Utilization of Reservoir Sediment on National Land Conservation(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>建立入庫泥砂觀測系統,實際調查水庫現場渾水異重流垂直濃度分布及評估設置減淤通道之可行性,並配合水理模型試驗與數值模式,探求適合於台灣水庫之減淤操作方式及減淤通道型式.</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304102</governmentpublicationsnumber><identifier>45049</identifier><internationalstandardbooknumber>9789570195811 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45049</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(1/3) A Study on Density Current and Desiltation Operation(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>建立入庫泥砂觀測系統,實際調查水庫現場渾水異重流垂直濃度分布及評估設置減淤通道之可行性,並配合水理模型試驗與數值模式,探求適合於台灣水庫之減淤操作方式及減淤通道型式.</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/22</date><governmentpublicationsnumber>1009304102</governmentpublicationsnumber><identifier>45051</identifier><internationalstandardbooknumber>9789570195811 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45051</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(1/3) (光碟版) A Study on Density Current and Desiltation Operation(1/3)(Disk)</title><yearidentifier>200412</yearidentifier></data><data><abstract>民國90年8月桃芝颱風及9月納莉颱風所帶來的豪雨,造成台中市及其週邊地區嚴重之水患,在可能遭受洪患地區推動非工程性之防洪策略及建置淹水預警系統來提昇防災能力,可以提早告知易淹水區居民警戒,爭取更多防災應變時間,進而有效減少可能之洪患損失.</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/24</date><governmentpublicationsnumber>1009304152</governmentpublicationsnumber><identifier>45071</identifier><internationalstandardbooknumber>9789570195293 ; 9570195290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45071</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>臺中市及週邊排水淹水潛勢與預警系統建立研究---淹水潛勢圖建置 SOBEK 模式(淹水相關模組)暨淹水預警資訊展示系統操作手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>工技院能資所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1997/5/14</date><governmentpublicationsnumber>8064850207</governmentpublicationsnumber><identifier>45091</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45091</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利司</publisher><publishrocyear>84</publishrocyear><title>台灣地區地下水觀測網計畫81～83年度技術成果彙編</title><yearidentifier>199512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>45095</identifier><internationalstandardbooknumber>9789570194593 ; 9570194596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45095</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2) The development of model and design guideline for ecological engineering methods(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/1/19</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>45096</identifier><internationalstandardbooknumber>9789570195750 ; 9570195754</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45096</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究 總報告 Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>45097</identifier><internationalstandardbooknumber>9789570195743 ; 9570195746</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45097</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告 Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1997/3/5</date><governmentpublicationsnumber>8374860041</governmentpublicationsnumber><identifier>45119</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45119</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>經濟部水資源局八十五年度地下水觀測網暨地層下陷防治計畫成果發表會成果報告集</title><yearidentifier>199703</yearidentifier></data><data><abstract>為求能永續經營，?定提供質與量並重的水資源，有效靈活調度各標的水量，強化水資源管理以應變各種標的用水之成長與分配，本計畫針對台灣地區水資源供需結構與其利用情形進行資料蒐，以利水利相關單位及學術研究單位能深入探討台灣地區水資源量運用情形。</abstract><author>私立逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009305258</governmentpublicationsnumber><identifier>45122</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45122</librarycollectiondetailsurl><price>225</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>各項用水統計報告及資料庫擴充建置總報告(附光碟)－九十二年</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009205409</governmentpublicationsnumber><identifier>45123</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45123</librarycollectiondetailsurl><price>195</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>各項用水統計報告總報告(九十一年)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本署為配合行政院推動生態工法之政策，積極辦理所轄中央管河川水岸整建及景觀改善工程，惟因生態工法講求因地制宜，就地取材，且工法較具柔性，在台灣水文、地文條件極為特殊之情形下，第一線設計工程司常有安全性不足之疑慮，因而常裹足不前，致影響推展之進程。故有必要蒐集現有或研究創新適合台灣河川自然特質之工法，並就其力學機制作分析，訂定一套嚴謹之分析模式，俾據以研擬生態工法設計作業要點，以作為日後訂定生態工法設計準則之雛構，俾作為水利從業人員設計時之指引。</abstract><author>國立交通大學</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/23</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>45133</identifier><internationalstandardbooknumber>9789570194596 ; 9571019459</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45133</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)(內附光碟)=The development of model and design guideline for ecological engineering methods (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>中野秀章</author><categoryidentifier>436.8666</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>30869860175</governmentpublicationsnumber><identifier>45140</identifier><internationalstandardbooknumber>9789570203431 ; 9570203439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45140</librarycollectiondetailsurl><price>200</price><publisher>台灣省林業試驗所</publisher><publishrocyear>86</publishrocyear><title>森林與水的科學</title><yearidentifier>199709</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009005240</governmentpublicationsnumber><identifier>45142</identifier><internationalstandardbooknumber>9789570298741 ; 957029874X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45142</librarycollectiondetailsurl><price>200</price><publisher>法務部</publisher><publishrocyear>90</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>陳水在</author><categoryidentifier>678.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/25</date><governmentpublicationsnumber>28059860042</governmentpublicationsnumber><identifier>45165</identifier><internationalstandardbooknumber>9789570253153 ; 9570253150</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45165</librarycollectiondetailsurl><price>250</price><publisher>金門縣政府</publisher><publishrocyear>88</publishrocyear><title>風獅爺千秋</title><yearidentifier>199908</yearidentifier></data><data><abstract> </abstract><author>陳水在</author><categoryidentifier>678.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/25</date><governmentpublicationsnumber>28059860042</governmentpublicationsnumber><identifier>45190</identifier><internationalstandardbooknumber>9789570089981 ; 9570089989</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45190</librarycollectiondetailsurl><price>200</price><publisher>金門縣政府</publisher><publishrocyear>86</publishrocyear><title>前人古事</title><yearidentifier>199704</yearidentifier></data><data><abstract> </abstract><author>陳水在</author><categoryidentifier>678.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/25</date><governmentpublicationsnumber>28059860042</governmentpublicationsnumber><identifier>45192</identifier><internationalstandardbooknumber>9789570253146 ; 9570253142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45192</librarycollectiondetailsurl><price>250</price><publisher>金門縣政府</publisher><publishrocyear>88</publishrocyear><title>走訪金門古厝</title><yearidentifier>199908</yearidentifier></data><data><abstract> </abstract><author>林享能</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/25</date><governmentpublicationsnumber>25039890047</governmentpublicationsnumber><identifier>45196</identifier><internationalstandardbooknumber>9789570257427 ; 9570257423</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45196</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會</publisher><publishrocyear>89</publishrocyear><title>天然災害手冊</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>廖學誠</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>地理研究叢書第三十二號</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/25</date><governmentpublicationsnumber>1009300604</governmentpublicationsnumber><identifier>45199</identifier><internationalstandardbooknumber>9789577524447 ; 9577524443</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45199</librarycollectiondetailsurl><price>300</price><publisher>國立臺灣師範大學地埋學系</publisher><publishrocyear>93</publishrocyear><title>六龜試驗林的水文特性</title><yearidentifier>200403</yearidentifier></data><data><abstract>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>548.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009104589</governmentpublicationsnumber><identifier>45212</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45212</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>張博雅</author><categoryidentifier>573.932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/28</date><governmentpublicationsnumber>1009001346</governmentpublicationsnumber><identifier>45216</identifier><internationalstandardbooknumber>9789570295580 ; 9570295589</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45216</librarycollectiondetailsurl><price>300</price><publisher>臺灣省政府</publisher><publishrocyear>90</publishrocyear><title>臺灣省政府歷任首長重大省政建設 畫冊走過中興新村榮光之路程(1947-2001)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、台北市政府及第十河川局</author><categoryidentifier>351.71503</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/28</date><governmentpublicationsnumber>1009104589</governmentpublicationsnumber><identifier>45231</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45231</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>93</publishrocyear><title>九十二年度淡水河長期水理觀測暨洪水預報工作計畫年度報告</title><yearidentifier>200411</yearidentifier></data><data><abstract>乾旱防救作業屬一相當複雜的防災與救災之整合工作。在進行乾旱防救作業時，隨時需要收集彙整各種氣象水文與水資源管理相關資訊，藉助各種監視、模擬分析工具與決策支援系統，進行災情分析與決策擬定，進而依照通報程序因應執行各項旱災防救作業。近年來電腦應用於水資源管理已為相當成熟之技術，因此本計畫系統亦以資訊化管理方式建立。本計畫之主要工作項目有：(一)水情監視及評估系統(二)乾旱預警系統(三)決策支援系統(四)應變機制系統 (五)抗旱資訊網(六)系統維護次系統(七)系統移交教育訓練</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/28</date><governmentpublicationsnumber>1009301106</governmentpublicationsnumber><identifier>45238</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45238</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>建置旱災防救決策支援系統總報告 Planning Decision Support System for Drought Defense</title><yearidentifier>200403</yearidentifier></data><data><abstract>乾旱防救作業屬一相當複雜的防災與救災之整合工作。在進行乾旱防救作業時，隨時需要收集彙整各種氣象水文與水資源管理相關資訊，藉助各種監視、模擬分析工具與決策支援系統，進行災情分析與決策擬定，進而依照通報程序因應執行各項旱災防救作業。近年來電腦應用於水資源管理已為相當成熟之技術，因此本計畫系統亦以資訊化管理方式建立。本計畫之主要工作項目有：(一)水情監視及評估系統(二)乾旱預警系統(三)決策支援系統(四)應變機制系統 (五)抗旱資訊網(六)系統維護次系統(七)系統移交教育訓練</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST--9</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/28</date><governmentpublicationsnumber>1009301106</governmentpublicationsnumber><identifier>45240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45240</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>建置旱災防救決策支援系統 －光碟版</title><yearidentifier>200403</yearidentifier></data><data><abstract>臺灣水文及民國九十二年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058   351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-34</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/28</date><governmentpublicationsnumber>1009304811</governmentpublicationsnumber><identifier>45241</identifier><internationalstandardbooknumber>9789570196689 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45241</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2003 TOTAL REPORT</title><yearidentifier>200412</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058   351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</commissionedprojectidentifier><currency>NT$</currency><date>2004/5/18</date><governmentpublicationsnumber>1009304817</governmentpublicationsnumber><identifier>45249</identifier><internationalstandardbooknumber>9789570196757 ; 9789570196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45249</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年臺灣水文年報 第四部份-近海水文=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2003 PART Ⅳ-COASTAL HYDROLOGY</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</commissionedprojectidentifier><currency>NT$</currency><date>2004/11/24</date><governmentpublicationsnumber>1009304589</governmentpublicationsnumber><identifier>45282</identifier><internationalstandardbooknumber>957019510X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45282</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>地震發生前後地下水水位異常變化之研究(4/5)成果報告書</title><yearidentifier>200411</yearidentifier></data><data><abstract>深層海水佔所有海水總量的95%，存在於海洋斜溫層（海水溫度快速下降的一層）以下，隨季節與地點之不同，約在水面以下200到1000公尺處，故稱之為深層海水。深層海水相對比較潔淨、低溫、並含有豐富的營養鹽與礦物質。美國夏威夷和日本在過去十年在深層海水多目標利用方面已有相當之成就，目前可利用於水產養殖，冷水農業、飲料、化粧品、保健食品生產，甚至於休閒觀光事業。台灣東部因地處亞洲大陸礁棚之邊緣，得天獨厚，可在離岸不遠處即可取得深層海水。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/29</date><governmentpublicationsnumber>1009304711</governmentpublicationsnumber><identifier>45291</identifier><internationalstandardbooknumber>9789570198669 ; 9570198664</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45291</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>深層海水資源利用規劃研究(2/2)  Planning for Deep Ocean Water Utilization (2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>深層海水佔所有海水總量的95%，存在於海洋斜溫層（海水溫度快速下降的一層）以下，隨季節與地點之不同，約在水面以下200到1000公尺處，故稱之為深層海水。深層海水相對比較潔淨、低溫、並含有豐富的營養鹽與礦物質。美國夏威夷和日本在過去十年在深層海水多目標利用方面已有相當之成就，目前可利用於水產養殖，冷水農業、飲料、化粧品、保健食品生產，甚至於休閒觀光事業。台灣東部因地處亞洲大陸礁棚之邊緣，得天獨厚，可在離岸不遠處即可取得深層海水。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-93</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/29</date><governmentpublicationsnumber>1009304711</governmentpublicationsnumber><identifier>45301</identifier><internationalstandardbooknumber>9789570198669 ; 9789570198</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45301</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>深層海水資源利用規劃研究(2/2)－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>45310</identifier><internationalstandardbooknumber> 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9570284587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45311</librarycollectiondetailsurl><price>40</price><publisher>總統府</publisher><publishrocyear>90</publishrocyear><title>跨越世紀2000-2001政權和平轉移紀實</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>呂勝由等</author><categoryidentifier>554.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/30</date><governmentpublicationsnumber>8347880227</governmentpublicationsnumber><identifier>45314</identifier><internationalstandardbooknumber> 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9570190620</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45318</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>主要水庫運用規線修正與風險評估</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>林鎮洋主編</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009204096</governmentpublicationsnumber><identifier>45351</identifier><internationalstandardbooknumber>9789570156409 ; 9570156406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45351</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>集水區生態工法技術參考手冊(內附光碟)=Ecological Engineering Methods Manual</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/31</date><governmentpublicationsnumber>1009304305</governmentpublicationsnumber><identifier>45352</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45355</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪流域洪水逕流測預報系統水情中心工作計畫:參考資料(4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>水利署水文技術組</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/31</date><governmentpublicationsnumber>1009305341</governmentpublicationsnumber><identifier>45356</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45356</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年台灣水文年報電子書 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2003</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>王良行.葉瓊英.陳修平</author><categoryidentifier>601   673.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/31</date><governmentpublicationsnumber>1009303891</governmentpublicationsnumber><identifier>45363</identifier><internationalstandardbooknumber>9789570188950 ; 9789570188</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45363</librarycollectiondetailsurl><price>500</price><publisher>台北縣金山鄉公所</publisher><publishrocyear>93</publishrocyear><title>金山鄉志.經濟篇</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>富立業工程顧問股份有限工 司</author><categoryidentifier>367.882</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/31</date><governmentpublicationsnumber>1009400169</governmentpublicationsnumber><identifier>45364</identifier><internationalstandardbooknumber>9789570197679 ; 9570197676</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45364</librarycollectiondetailsurl><price>350</price><publisher>經濟</publisher><publishrocyear>93</publishrocyear><title>訪幽石門水庫集水區路域生態 Natural Environment Shihman Reservoir</title><yearidentifier>200412</yearidentifier></data><data><abstract>臺灣水文及民國九十二年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-34</commissionedprojectidentifier><currency>NT$</currency><date>2005/3/31</date><governmentpublicationsnumber>1009305341</governmentpublicationsnumber><identifier>45365</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45365</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>中華民國九十二年臺灣水文年報 電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2003</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009200695</governmentpublicationsnumber><identifier>45375</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45375</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區民國九十二年各標的用水量統計報告(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009200691</governmentpublicationsnumber><identifier>45376</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45376</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區民國九十二年蓄水設施水量營運統計報告(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009200692</governmentpublicationsnumber><identifier>45379</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45379</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區民國九十二年農業用水量統計報告(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009200694</governmentpublicationsnumber><identifier>45380</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45380</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區民國九十二年生活用水量統計報告(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009200693</governmentpublicationsnumber><identifier>45383</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45383</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區民國九十二年工業用水量統計報告(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>45393</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45393</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利公報（第六卷, 第十二期）</title><yearidentifier>200503</yearidentifier></data><data><abstract>為妥善保護這裡自然生態環境，首先需提出有效的保育措施。因此本局先針對集水區陸域動植物分佈情形做現況調查，以建立完整的生態資料，作為區域內長期保育工作的依據，研擬出適當的措施。並依調查結果編撰本解說手冊，協助民眾認識水庫集水區陸域內之動植物。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009400169</governmentpublicationsnumber><identifier>45399</identifier><internationalstandardbooknumber>9789570197679 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45399</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>訪幽-石門水庫集水區陸域生態(內附光碟)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為求能永續經營，?定提供質與量並重的水資源，有效靈活調度各標的水量，強化水資源管理以應變各種標的用水之成長與分配，本計畫針對台灣地區水資源供需結構與其利用情形進行資料蒐，以利水利相關單位及學術研究單位能深入探討台灣地區水資源量運用情形。</abstract><author>私立逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/3/24</date><governmentpublicationsnumber>1009305258</governmentpublicationsnumber><identifier>45403</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45403</librarycollectiondetailsurl><price>225</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>各項用水統計報告及資料庫擴充建置總報告－光碟版(九十二年)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為協助各水庫辦理淤積浚渫工程,彙整提出浚渫成果檢討報告及效益評估,研訂水庫淤積浚渫標準作業程序,並規劃未來長期水庫浚渫計畫.</abstract><author>逄甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009304097</governmentpublicationsnumber><identifier>45410</identifier><internationalstandardbooknumber>9789570195828 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45410</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫清淤標準作業檢討 Reviewing the Standard Operation of Reservoir Dredging</title><yearidentifier>200412</yearidentifier></data><data><abstract>本所辦理濁水溪沖積扇頂區人工湖個案規劃報告及濁水溪下游水源開發規劃檢討規劃報告,溪州人工湖方案及於水溪河道高灘地設置人工湖與開發伏流水等方案為區域水源開發初步可行之方, 其中開發伏流水及地下水等方案應進一步估算出水量?定性及與區域地水之影響,人工湖方案應朝崙背與麥寮人工湖整體開發規劃.本報告係配合本計畫開發方案檢討進行工程測量及基本資料調查等.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61   443.61   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009304384</governmentpublicationsnumber><identifier>45412</identifier><internationalstandardbooknumber>9789570194203 ; 9570194200</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45412</librarycollectiondetailsurl><price>385</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>濁水溪下游水源開發規劃檢討(二)3.工程測量及基本資料調查(內附光碟)=Planning and Review on Water Resource Development in Downstream of Cho-Shui River 3.Engineering Survey and Basic Data lnvestigation</title><yearidentifier>200412</yearidentifier></data><data><abstract>為協助各水庫辦理淤積浚渫工程,彙整提出浚渫成果檢討報告及效益評估,研訂水庫淤積浚渫標準作業程序,並規劃未來長期水庫浚渫計畫.</abstract><author>逄甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/1</date><governmentpublicationsnumber>1009304097</governmentpublicationsnumber><identifier>45414</identifier><internationalstandardbooknumber>9789570195828 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45414</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫清淤標準作業檢討－光碟版</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫位於台北縣瑞芳鎮，全長約2.8km，主要將基隆河洪水分洪至瑞濱外海，計畫施工及營運期間，依規定應提出相關因應對策，以符合環保法令及相關規定，故辦理此計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>45421</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45421</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫工作項目除地表地下水系統使用者介面之開發，尚包含技術轉移、各項手冊之編纂、建置一地表地下聯合營運案例等項目。</abstract><author>國立交通大學</author><categoryidentifier>554.61   554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/4</date><governmentpublicationsnumber>1009305325</governmentpublicationsnumber><identifier>45438</identifier><internationalstandardbooknumber>9789860002959 ; 9860002959</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45438</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源系統分析模式庫及資料庫建置與使用手冊編纂(三)第三年成果報告(內附光碟) Development of Database and Models for Water Resources Management (3)The Annual Report of Third Year</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫內容包括系統架構說明、各子系統功能說明、第二類模式建置說明、第三類模式建置說明、地表水系統備份及還原方式與資料庫建置教學等使用操作方式</abstract><author>國立交通大學</author><categoryidentifier>554.61   554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/4</date><governmentpublicationsnumber>1009305327</governmentpublicationsnumber><identifier>45441</identifier><internationalstandardbooknumber>9789860002973 ; 9860002975</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45441</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源系統分析模式庫及資料庫建置與使用手冊編纂(三)使用手冊(內附光碟片)=Development of Database and Models for Water Resources Management (3)The User Manual</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/4</date><governmentpublicationsnumber>1009305328</governmentpublicationsnumber><identifier>45451</identifier><internationalstandardbooknumber>9789860002966 ; 9860002967</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45451</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資 源系統分析模式庫及資料庫建置與使用手冊編纂總報告書(內附光碟)=Development of Database and Models for Water Resources Management The Final Report</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫初步以地表及地下水資源分析相關之案例庫建置為主，進而整合後端的資料庫，及具有開放式碼的相關模式 與使用者介面，發展及建立以案例庫管及應用為核心之水資源資訊系統。</abstract><author>國立交通大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/4</date><governmentpublicationsnumber>1009305328</governmentpublicationsnumber><identifier>45457</identifier><internationalstandardbooknumber>9789860002966 ; 9860002967</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45457</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>水資源系統分析模式庫及資料庫建置與使用手冊編纂總報告書(內附光碟片)=Development of Database and Models for Water Resources Management The Fianl Report</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.681026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/4</date><governmentpublicationsnumber>2009001159</governmentpublicationsnumber><identifier>45468</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45468</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署重要施政統計手冊:中華民國九十四年度</title><yearidentifier>200503</yearidentifier></data><data><abstract> </abstract><author>陳樹群、施東榮等</author><categoryidentifier>548.3178735</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>25213890072</governmentpublicationsnumber><identifier>45481</identifier><internationalstandardbooknumber>9789570271553 ; 9570271558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45481</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>89</publishrocyear><title>921集集大地震坡地水土災害及復建紀實</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會採集組</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>45483</identifier><internationalstandardbooknumber>9789570283099 ; 9570283092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45483</librarycollectiondetailsurl><price>270</price><publisher>台灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>台灣地區水資源史 第六篇(下冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009001440</governmentpublicationsnumber><identifier>45487</identifier><internationalstandardbooknumber>9789570283303 ; 9570283300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45487</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第一冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009001441</governmentpublicationsnumber><identifier>45488</identifier><internationalstandardbooknumber>9789570283310 ; 9570283319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45488</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第二冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009001443</governmentpublicationsnumber><identifier>45489</identifier><internationalstandardbooknumber>9789570283327 ; 9570283327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45489</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第三冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.8   440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009001410</governmentpublicationsnumber><identifier>45491</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45491</librarycollectiondetailsurl><price>150</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程製圖手冊</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院秘書處</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1128790020</governmentpublicationsnumber><identifier>45498</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45498</librarycollectiondetailsurl><price>80</price><publisher>行政院秘書處</publisher><publishrocyear>79</publishrocyear><title>文書處理檔案管理手冊</title><yearidentifier>199010</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.138264</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/6</date><governmentpublicationsnumber>1009005240</governmentpublicationsnumber><identifier>45500</identifier><internationalstandardbooknumber>9789570298741 ; 957029874X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45500</librarycollectiondetailsurl><price>80</price><publisher>法務部</publisher><publishrocyear>90</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/21</date><governmentpublicationsnumber>1009100986</governmentpublicationsnumber><identifier>45507</identifier><internationalstandardbooknumber>9789570109139 ; 9789570109</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45507</librarycollectiondetailsurl><price>250</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>政府採購申訴案例彙編(二)</title><yearidentifier>200204</yearidentifier></data><data><abstract> </abstract><author>中央造幣廠</author><categoryidentifier>561.392024</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/7</date><governmentpublicationsnumber>1009200061</governmentpublicationsnumber><identifier>45521</identifier><internationalstandardbooknumber>9789570128697 ; 9570128690</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45521</librarycollectiondetailsurl><price>600</price><publisher>中央造幣廠</publisher><publishrocyear>92</publishrocyear><title>中央造幣廠幣張圖鑑八十二年至九十二年</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/7</date><governmentpublicationsnumber>38041890315</governmentpublicationsnumber><identifier>45529</identifier><internationalstandardbooknumber>9789570264999 ; 9570264993</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45529</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>政府採購法逐條例彙編(一)</title><yearidentifier>200008</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/7</date><governmentpublicationsnumber>1009003300</governmentpublicationsnumber><identifier>45549</identifier><internationalstandardbooknumber>9789570290875 ; 9570290870</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45549</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>最有利標作業手冊</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/7</date><governmentpublicationsnumber>1009000083</governmentpublicationsnumber><identifier>45551</identifier><internationalstandardbooknumber>9789570278149 ; 9570278145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45551</librarycollectiondetailsurl><price>200</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>政府採購履約爭議處理案例彙編(一)</title><yearidentifier>200103</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49843</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49843</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二期）</title><yearidentifier>200701</yearidentifier></data><data><abstract>石門水庫位於淡水河支流大漢溪上游，目前主要供應桃園及新竹地區之農業灌溉、民生與公共用水。水庫集水區內山坡陡峻、溪流湍急、地質疏鬆、雨量豐沛而集中，極易造成崩坍沖蝕致使泥砂下移；為維護石門水庫蓄水系統之永續經營，水庫上游集水區之水土保持工作必須持續進行。 本研究應用數值高程模式與遙測影像分析技術，提供集水區相關地文資訊。對於面積小於10平方公里之小型集水區，研究中採用合理化公式以推求小集水區之重現期流量。而對於面積大於10平方公里且有流量紀錄之中型集水區，是以流量頻率分析方式推算重現期流量。若於無流量紀錄之中型集水區，則應用設計雨型理論，配合運動波-地貌瞬時單位歷線模式之應用，以推算該位置點之重現期流量。本研究藉由ArcView GIS軟體建立視窗化之查詢系統，使用者可以滑鼠點選方式，求取集水區河川網路上任一位置點之地文與水文資訊，並可提供水庫上游新建壩址資訊，俾利主管單位進行各項工程規劃及水土保育之應用，以達成水庫永續經營的目標。</abstract><author>臺灣海洋大學河海工程學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/15</date><governmentpublicationsnumber>1009503413</governmentpublicationsnumber><identifier>49847</identifier><internationalstandardbooknumber>9789860076479 ; 9860076472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49847</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>95</publishrocyear><title>石門水庫集水區逕流預測：地文及水文資訊查詢系統＝Runoff Prediction and Geohydrologic Information Inquiry System for Shihmen Reservoir Watershed</title><yearidentifier>200611</yearidentifier></data><data><abstract>石門水庫位於淡水河支流大漢溪上游，目前主要供應桃園及新竹地區之農業灌溉、民生與公共用水。水庫集水區內山坡陡峻、溪流湍急、地質疏鬆、雨量豐沛而集中，極易造成崩坍沖蝕致使泥砂下移；為維護石門水庫蓄水系統之永續經營，水庫上游集水區之水土保持工作必須持續進行。 本研究應用數值高程模式與遙測影像分析技術，提供集水區相關地文資訊。對於面積小於10平方公里之小型集水區，研究中採用合理化公式以推求小集水區之重現期流量。而對於面積大於10平方公里且有流量紀錄之中型集水區，是以流量頻率分析方式推算重現期流量。若於無流量紀錄之中型集水區，則應用設計雨型理論，配合運動波-地貌瞬時單位歷線模式之應用，以推算該位置點之重現期流量。本研究藉由ArcView GIS軟體建立視窗化之查詢系統，使用者可以滑鼠點選方式，求取集水區河川網路上任一位置點之地文與水文資訊，並可提供水庫上游新建壩址資訊，俾利主管單位進行各項工程規劃及水土保育之應用，以達成水庫永續經營的目標。</abstract><author>臺灣海洋大學河海工程學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/15</date><governmentpublicationsnumber>1009503413</governmentpublicationsnumber><identifier>49848</identifier><internationalstandardbooknumber>9789860076479 ; 9860076472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49848</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>95</publishrocyear><title>石門水庫集水區逕流預測：地文及水文資訊查詢系統(光碟版)＝Runoff Prediction and Geohydrologic Information Inquiry System for Shihmen Reservoir Watershed</title><yearidentifier>200611</yearidentifier></data><data><abstract>95年度鯉魚潭水庫淤積測量成果</abstract><author>永璋工程有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/15</date><governmentpublicationsnumber>1009504151</governmentpublicationsnumber><identifier>49851</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49851</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十五年度鯉魚潭水庫淤積測量報告</title><yearidentifier>200612</yearidentifier></data><data><abstract>95年度鯉魚潭水庫淤積測量成果</abstract><author>永璋工程有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/15</date><governmentpublicationsnumber>1009504151</governmentpublicationsnumber><identifier>49852</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49852</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十五年度鯉魚潭水庫淤積測量報告－光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract>烏溪流域位於台灣西海岸中部，因民國88年9月21日大地震造成中部地區各種水利設施嚴重損毀，且因近年來颱風頻仍且挾帶強大豪雨，造成烏溪流域諸多災害，由於地震及颱洪之作用下，造成烏溪集水區產生大量鬆散之砂石，河川輸砂特性因之改變，對於烏溪河道之穩定必造成極大之影響。本研究主要目的為針對烏溪本流(北港溪匯流點以下河道)之河床沖淤穩定情況進行分析，進而提出治理對策供相關單位參考，以達到防洪工程減災興利之目標。</abstract><author>逢甲大學水利工程學系</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950326</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504133</governmentpublicationsnumber><identifier>49863</identifier><internationalstandardbooknumber>9789860081602 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49863</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>95</publishrocyear><title>烏溪本流河床穩定與治理對策之研究(內附光碟)＝The Study for Riverbed Stability and Regulation Methods of Wu-River</title><yearidentifier>200612</yearidentifier></data><data><abstract>一、計畫目標 台灣南部高屏溪流域年雨量豐沛，惟降雨時間空間分佈不均，豐枯期雨量過於懸殊致調度水量困難。近年來因豪大雨或颱洪事件造成高屏溪大樹攔河堰(以下簡稱高屏攔河堰)泥沙淤積、橡皮壩磨損而衝擊水源之穩定供給。為因應大高雄地區穩定供水，經濟部水利署第七河川局(以下簡稱七河局)委託巨廷工程顧問股份有限公司針對南水局之「高屏攔河堰上下游河段之河性變化影響檢討分析及改善規劃」報告之建議事項及未完成研究部分進行更進一步分析，並將範圍擴增至里港大橋至出海口，以提供用水單位因應大高雄地區穩定供水參考。 二、流域概況 本計畫範圍為高屏溪里港大橋下游至出海口河段，全長約38km，屬第四紀之沖積平原，除高屏溪攔河堰上游斷面及高斷68～高斷74之平均粒徑偏大外，大部分斷面之平均粒徑均在1 mm以下，屬砂礫石河床。中游河段因高屏大橋、新舊鐵路橋等跨河構造物之設置，造成上游阻水效應，自舊鐵路橋後，流速加快，河川輸砂能力因而增高，以致河道沖刷劇烈，形成陡峭之坡降，上游及下游河段則較為平緩。由於長期人為干擾，高屏溪河川型態已由早期之辮狀河川，演變至今應為介於順直河段與蜿蜒河段間之河川型態。 三、河川特性分析 高屏溪流況屬亞臨界流，分析結果顯示除斷面14以下河段之現況洪水位與計畫洪水位(治理規劃報告)相當外，現況洪水位均較計畫洪水位低0.3~5.1m不等，應是早期採砂及河道沖刷造成整體河床下降所致。高屏溪現有防洪設施完成近95%，而計畫分析範圍內之荖濃溪河段(斷面75~81)左右兩岸，則分別設置有里港堤防及土庫堤防，現況河道應可順利宣洩計畫洪水無虞，惟部分河段現有防洪設施仍未達保護標準或出水高不足1.5m，皆為未來優先改善目標。目前現有橋梁均符合梁底高程出水高需達1.5m的要求。近年來在禁止採砂情況下，已有逐年回淤之現象，但 上游河段現況河川特性亦是處於淤積趨勢，故運移至高屏溪往往多為較細顆粒之推移質。高屏溪斷面40以上河段於民國84年以後則因河床採砂形成深槽明顯之複式河槽；斷面40~河口之下游河段亦具有深水槽型態；斷面10以下受感潮影響，故其深水槽較為廣闊。 四、高屏溪河道改善措施水理之分析 利用一維水理HEC-RAS及二維水理SOBEK等模式，模擬跨河構造物及河道改善對高屏堰水理之影響。透過分析曹公堰堰頂高程與新鐵路橋橋墩保護工頂部高程降低之改善方案，顯示在定床情況下，上游之流速略有增加，但增幅不大，故對高屏堰上游之淤積情況改善有限。而河道疏濬後，高屏攔河堰上游河段因下游疏濬後水位降低，主深槽流速增加，研判應對其輸砂能力有幫助，惟為短期效應，故改善程度仍有限。另外，利用二維水理模式模擬斜張橋下游右岸四座丁壩及河道深槽束縮對流況之影響。結果顯示該四座丁壩應有減低岸側流速及沉澱土砂之功用，但在1.1年重現期流量之情況下，丁壩已產生越流現象，挑流效果已不明顯。而將高屏堰上游河段(斷面50~55)之河道深槽河幅束縮至寬約500~560m時，該河段深槽流速較現況河道深槽流速明顯提升，應有助於增加水力排砂能力，減緩高屏堰上游淤積趨勢；惟河道束縮段以上河段，則因流速降低，將提前使泥砂落淤於此。 五、高屏溪沖淤潛勢分析 藉由NETSTARS模式模擬河道沖淤之功能，探討近年水文特性及高屏攔河堰上下游河道改善措施對高屏溪沖淤潛勢之影響，提供管理單位營運操作與河道整治之參考。由分析結果得知： (一)	高屏溪因早期採砂導致河床下降、坡度減緩，目前正處於自我調整之全面回淤階段。 (二)	高屏堰下游河道窄縮及橋墩密集增加淤積潛勢。 (三)	異常水文事件增加淤積潛勢。 (四)	高屏堰下游河道改善措施對高屏堰中長期減淤效益不明顯。 (五)	高屏堰上游河道深槽束縮有助減緩淤積趨勢。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950328</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504171</governmentpublicationsnumber><identifier>49865</identifier><internationalstandardbooknumber>9789860082098 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49865</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪(里港大橋至出海口)整體河性檢討之研究＝A Study of Morphological Evaluation of Kao-Ping River：from Li-Kong Bridge to River Month</title><yearidentifier>200612</yearidentifier></data><data><abstract>一、計畫目標 台灣南部高屏溪流域年雨量豐沛，惟降雨時間空間分佈不均，豐枯期雨量過於懸殊致調度水量困難。近年來因豪大雨或颱洪事件造成高屏溪大樹攔河堰(以下簡稱高屏攔河堰)泥沙淤積、橡皮壩磨損而衝擊水源之穩定供給。為因應大高雄地區穩定供水，經濟部水利署第七河川局(以下簡稱七河局)委託巨廷工程顧問股份有限公司針對南水局之「高屏攔河堰上下游河段之河性變化影響檢討分析及改善規劃」報告之建議事項及未完成研究部分進行更進一步分析，並將範圍擴增至里港大橋至出海口，以提供用水單位因應大高雄地區穩定供水參考。 二、流域概況 本計畫範圍為高屏溪里港大橋下游至出海口河段，全長約38km，屬第四紀之沖積平原，除高屏溪攔河堰上游斷面及高斷68～高斷74之平均粒徑偏大外，大部分斷面之平均粒徑均在1 mm以下，屬砂礫石河床。中游河段因高屏大橋、新舊鐵路橋等跨河構造物之設置，造成上游阻水效應，自舊鐵路橋後，流速加快，河川輸砂能力因而增高，以致河道沖刷劇烈，形成陡峭之坡降，上游及下游河段則較為平緩。由於長期人為干擾，高屏溪河川型態已由早期之辮狀河川，演變至今應為介於順直河段與蜿蜒河段間之河川型態。 三、河川特性分析 高屏溪流況屬亞臨界流，分析結果顯示除斷面14以下河段之現況洪水位與計畫洪水位(治理規劃報告)相當外，現況洪水位均較計畫洪水位低0.3~5.1m不等，應是早期採砂及河道沖刷造成整體河床下降所致。高屏溪現有防洪設施完成近95%，而計畫分析範圍內之荖濃溪河段(斷面75~81)左右兩岸，則分別設置有里港堤防及土庫堤防，現況河道應可順利宣洩計畫洪水無虞，惟部分河段現有防洪設施仍未達保護標準或出水高不足1.5m，皆為未來優先改善目標。目前現有橋梁均符合梁底高程出水高需達1.5m的要求。近年來在禁止採砂情況下，已有逐年回淤之現象，但 上游河段現況河川特性亦是處於淤積趨勢，故運移至高屏溪往往多為較細顆粒之推移質。高屏溪斷面40以上河段於民國84年以後則因河床採砂形成深槽明顯之複式河槽；斷面40~河口之下游河段亦具有深水槽型態；斷面10以下受感潮影響，故其深水槽較為廣闊。 四、高屏溪河道改善措施水理之分析 利用一維水理HEC-RAS及二維水理SOBEK等模式，模擬跨河構造物及河道改善對高屏堰水理之影響。透過分析曹公堰堰頂高程與新鐵路橋橋墩保護工頂部高程降低之改善方案，顯示在定床情況下，上游之流速略有增加，但增幅不大，故對高屏堰上游之淤積情況改善有限。而河道疏濬後，高屏攔河堰上游河段因下游疏濬後水位降低，主深槽流速增加，研判應對其輸砂能力有幫助，惟為短期效應，故改善程度仍有限。另外，利用二維水理模式模擬斜張橋下游右岸四座丁壩及河道深槽束縮對流況之影響。結果顯示該四座丁壩應有減低岸側流速及沉澱土砂之功用，但在1.1年重現期流量之情況下，丁壩已產生越流現象，挑流效果已不明顯。而將高屏堰上游河段(斷面50~55)之河道深槽河幅束縮至寬約500~560m時，該河段深槽流速較現況河道深槽流速明顯提升，應有助於增加水力排砂能力，減緩高屏堰上游淤積趨勢；惟河道束縮段以上河段，則因流速降低，將提前使泥砂落淤於此。 五、高屏溪沖淤潛勢分析 藉由NETSTARS模式模擬河道沖淤之功能，探討近年水文特性及高屏攔河堰上下游河道改善措施對高屏溪沖淤潛勢之影響，提供管理單位營運操作與河道整治之參考。由分析結果得知： (一)	高屏溪因早期採砂導致河床下降、坡度減緩，目前正處於自我調整之全面回淤階段。 (二)	高屏堰下游河道窄縮及橋墩密集增加淤積潛勢。 (三)	異常水文事件增加淤積潛勢。 (四)	高屏堰下游河道改善措施對高屏堰中長期減淤效益不明顯。 (五)	高屏堰上游河道深槽束縮有助減緩淤積趨勢。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950328</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504171</governmentpublicationsnumber><identifier>49866</identifier><internationalstandardbooknumber>9789860082098 ; 986008209X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49866</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪(里港大橋至出海口)整體河性檢討之研究(光碟版)＝A Study of Morphological Evaluation of Kao-Ping River：from Li-Kong Bridge to River Month</title><yearidentifier>200612</yearidentifier></data><data><abstract>基本資料、文獻蒐集、調查、整理分析，水文泥砂資料補充觀測調查分析，輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證，及計畫區域河段河床現況穩定性探討</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504051</governmentpublicationsnumber><identifier>49867</identifier><internationalstandardbooknumber>9789860082869 ; 9860082863</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49867</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>荖濃溪、隘寮溪河道疏濬與河床穩定研究(1/2)＝The Study on Sediment Dredging and Riverbed Stability of Laonong-River and Ailiao-River(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>基本資料、文獻蒐集、調查、整理分析，水文泥砂資料補充觀測調查分析，輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證，及計畫區域河段河床現況穩定性探討</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504051</governmentpublicationsnumber><identifier>49868</identifier><internationalstandardbooknumber>9789860082869 ; 9860082863</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49868</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>荖濃溪、隘寮溪河道疏濬與河床穩定研究(1/2)－光碟版＝The Study on Sediment Dredging and Riverbed Stability of Laonong-River and Ailiao-River(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>(一) 長期平均海象與水地文資料之蒐集整理 (二) 河口海岸與河道長期地形資料之彙整分析 (三) 歷年數值地形與計算網格之建立 (四) 數值模式之建立 (五) 數值模式之測試</abstract><author>台灣大學</author><categoryidentifier>443.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504250</governmentpublicationsnumber><identifier>49873</identifier><internationalstandardbooknumber>9789860083446 ; 9860083444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49873</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>台北港設置後對淡水河口海岸地形變遷之影響(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>(一) 長期平均海象與水地文資料之蒐集整理 (二) 河口海岸與河道長期地形資料之彙整分析 (三) 歷年數值地形與計算網格之建立 (四) 數值模式之建立 (五) 數值模式之測試</abstract><author>台灣大學</author><categoryidentifier>443.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504250</governmentpublicationsnumber><identifier>49874</identifier><internationalstandardbooknumber>9789860083446 ; 9860083444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49874</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>台北港設置後對淡水河口海岸地形變遷之影響(1/2)－光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract>多元化水資源經營管理</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009501733</governmentpublicationsnumber><identifier>49875</identifier><internationalstandardbooknumber>9789860056716 ; 9860056714</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49875</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水資源經營管理方案政策評估說明書工作報告＝Executive Summary：Strategic Environmental Assessment for Integrated Water Resources Management</title><yearidentifier>200606</yearidentifier></data><data><abstract>多元化水資源經營管理</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009501733</governmentpublicationsnumber><identifier>49877</identifier><internationalstandardbooknumber>9789860056716 ; 9860056714</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49877</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水資源經營管理方案政策評估說明書工作報告－光碟版＝Executive Summary：Strategic Environmental Assessment for Integrated Water Resources Management</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009204975</governmentpublicationsnumber><identifier>49878</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49878</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水生態工法之研究及排水情勢調查On Application of Ecological Measures on Regional Drainage Channel Design and Evaluation of Corresponding Current Status</title><yearidentifier>200312</yearidentifier></data><data><abstract>本編譯研析工作係蒐集國內外多元化水資源經營管理(IWRM)之相關資訊及動態共20篇，採要譯方式辦理，其中日本水資源、聯合國培訓手冊等重要文件則全文翻譯供相關單位參考。 國際趨勢顯示沒有水就沒有未來(No Water No Future)；多元化規劃除須獲得授權及能力培訓外，更必須在各階段邀請利害關係人(Stakeholders)參與，以共同達到水資源永續發展目標。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009404054</governmentpublicationsnumber><identifier>49879</identifier><internationalstandardbooknumber>9789860032178 ; 9860032173</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49879</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>多元化水資源經營管理方案－國內、外相關資訊及政策動態蒐集、翻譯 = The Compilation of the Most Updated Publications on Domestic International IWRM:Collection, Translation and Analysis</title><yearidentifier>200606</yearidentifier></data><data><abstract>溫泉可開發總量除與溫泉蘊藏量、開發行為有關，亦受溫泉補注來源、分佈、循環狀態、地質條件影響。本計畫旨在針對國內現有溫泉資源情形研擬溫泉蘊藏量推估模式，並以此配合開發行為建立溫泉可開發總量評估模式，提供主管機關未來辦理審查溫泉開發案件相關參考依據，以落實總量管制。 　　本計畫為兩年計畫。本年度工作項目包括：(1)蒐集國內外溫泉蘊藏量推估模式及溫泉可開發總量評估模式相關研究、(2)提出溫泉蘊藏量推估模式、(3)提出溫泉可開發總量評估模式、(4)擇定模式驗證區域，並蒐集溫泉蘊藏量及溫泉可開發總量資訊，以及(5)研擬溫泉可開發總量管制策略，提供地方主管機關溫泉資源總量管制參考。 　　本年度的工作期程自5月19日起，至12月15日止，預計完成(1)建立適用國內之溫泉蘊藏量推估模式、(2)建立溫泉可開發總量評估模式，以及(3)完成溫泉可開發總量管制策略及措施等具體成果。</abstract><author>能邦科技顧問公司</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950082</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504216</governmentpublicationsnumber><identifier>49882</identifier><internationalstandardbooknumber>9789860082685 ; 9860082685</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49882</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉蘊藏量推估及開發總量管制評估技術研究(1/2)=Research on the Methodologies for Evaluating Hot Spring Reserve and Assessing Control Strategies for Hot Spring Exploitation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>溫泉可開發總量除與溫泉蘊藏量、開發行為有關，亦受溫泉補注來源、分佈、循環狀態、地質條件影響。本計畫旨在針對國內現有溫泉資源情形研擬溫泉蘊藏量推估模式，並以此配合開發行為建立溫泉可開發總量評估模式，提供主管機關未來辦理審查溫泉開發案件相關參考依據，以落實總量管制。 　　本計畫為兩年計畫。本年度工作項目包括：(1)蒐集國內外溫泉蘊藏量推估模式及溫泉可開發總量評估模式相關研究、(2)提出溫泉蘊藏量推估模式、(3)提出溫泉可開發總量評估模式、(4)擇定模式驗證區域，並蒐集溫泉蘊藏量及溫泉可開發總量資訊，以及(5)研擬溫泉可開發總量管制策略，提供地方主管機關溫泉資源總量管制參考。 　　本年度的工作期程自5月19日起，至12月15日止，預計完成(1)建立適用國內之溫泉蘊藏量推估模式、(2)建立溫泉可開發總量評估模式，以及(3)完成溫泉可開發總量管制策略及措施等具體成果。</abstract><author>能邦科技顧問公司</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504216</governmentpublicationsnumber><identifier>49883</identifier><internationalstandardbooknumber>9789860082685 ; 9860082685</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49883</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉蘊藏量推估及開發總量管制評估技術研究(1/2)－光碟版=Research on the Methodologies for Evaluating Hot Spring Reserve and Assessing Control Strategies for Hot Spring Exploitation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本署94年委託執行之「台灣資源保育防災基本資料庫研究計畫」，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。為利該資訊平台正常運作，並逐步彙整、建置地方上傳基本資料，需辦理系統維護、圖層編修、資料校驗以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正，擬持續辦理本維護計畫，進行系統之維護、改進與教育訓練。</abstract><author>理太科技公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950089</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504165</governmentpublicationsnumber><identifier>49884</identifier><internationalstandardbooknumber>9789860083521 ; 9860083525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49884</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>溫泉資源基本資料庫維護計畫(1/3)＝The Basic Database Management Project for Hot Spring Resources</title><yearidentifier>200612</yearidentifier></data><data><abstract>本署94年委託執行之「台灣資源保育防災基本資料庫研究計畫」，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。為利該資訊平台正常運作，並逐步彙整、建置地方上傳基本資料，需辦理系統維護、圖層編修、資料校驗以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正，擬持續辦理本維護計畫，進行系統之維護、改進與教育訓練。</abstract><author>理太科技公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950089</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/16</date><governmentpublicationsnumber>1009504165</governmentpublicationsnumber><identifier>49885</identifier><internationalstandardbooknumber>9789860083521 ; 9860083525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49885</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>溫泉資源基本資料庫維護計畫(1/3)－光碟版＝The Basic Database Management Project for Hot Spring Resources</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立臺北藝術大學</author><categoryidentifier>999.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009500550</governmentpublicationsnumber><identifier>49887</identifier><internationalstandardbooknumber>9789860046465 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49887</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署北區水資源局、行政院農委會林務局</publisher><publishrocyear>95</publishrocyear><title>?流2005石門水庫國際漂流木藝術節</title><yearidentifier>200603</yearidentifier></data><data><abstract>溫泉法自94年7月1日施行，為輔導地方政府溫泉業辦人員、溫泉業者、執業技師熟悉溫泉業務作業流程及法令，擬辦理溫泉法規及業務研習會，藉以彙整溫泉法推動實務面遭遇困難，俾利未來修法或政策研擬之參考，並透過宣導文宣及短片製作等，向國人推廣溫泉資源常識與保育，加速國內溫泉法制制度上軌，爰辦理本計畫。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950009</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009504162</governmentpublicationsnumber><identifier>49888</identifier><internationalstandardbooknumber>9789860082494 ; 9860082499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49888</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>溫泉資源保育宣導計畫＝A Promotion Project of the Hot Springs Resources Conservation</title><yearidentifier>200612</yearidentifier></data><data><abstract>溫泉法自94年7月1日施行，為輔導地方政府溫泉業辦人員、溫泉業者、執業技師熟悉溫泉業務作業流程及法令，擬辦理溫泉法規及業務研習會，藉以彙整溫泉法推動實務面遭遇困難，俾利未來修法或政策研擬之參考，並透過宣導文宣及短片製作等，向國人推廣溫泉資源常識與保育，加速國內溫泉法制制度上軌，爰辦理本計畫。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950009</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009504162</governmentpublicationsnumber><identifier>49889</identifier><internationalstandardbooknumber>9789860082494 ; 9860082499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49889</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>溫泉資源保育宣導計畫(光碟版) ＝A Promotion Project of the Hot Springs Resources Conservation</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>49893</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49893</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究(光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>近年來，國內歷經多次缺水與淹水的危機，喚醒全民的愛水意識，體認到台灣水資源環境永續發展的重要，進而配合政府相關宣導計畫，投入愛護水資源的行列。行政院於民國91年5月所核定之「挑戰2008：國家發展重點計畫」，即於計畫項下明列「水與綠建設計畫」。其中，在「水資源規劃利用」要點中，更制定了「推動合理水價與節約用水」、「水資源調度與營運管理」、「水庫永續利用」及「水源開發之多樣化」等四大重點工作，持續宣導愛護水資源的觀念。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940178</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009503899</governmentpublicationsnumber><identifier>49894</identifier><internationalstandardbooknumber>9789860079647 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49894</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>愛護水資源教育宣導服務計畫 Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來，國內歷經多次缺水與淹水的危機，喚醒全民的愛水意識，體認到台灣水資源環境永續發展的重要，進而配合政府相關宣導計畫，投入愛護水資源的行列。行政院於民國91年5月所核定之「挑戰2008：國家發展重點計畫」，即於計畫項下明列「水與綠建設計畫」。其中，在「水資源規劃利用」要點中，更制定了「推動合理水價與節約用水」、「水資源調度與營運管理」、「水庫永續利用」及「水源開發之多樣化」等四大重點工作，持續宣導愛護水資源的觀念。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940178</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009503899</governmentpublicationsnumber><identifier>49895</identifier><internationalstandardbooknumber>9789860079647 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49895</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>愛護水資源教育宣導服務計畫(光碟版) Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>1009200185</governmentpublicationsnumber><identifier>49901</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49901</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究:報告Scouring Effects Around Bridge Sites Due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>553.19</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/17</date><governmentpublicationsnumber>100910609</governmentpublicationsnumber><identifier>49903</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49903</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>吉洋人工湖可行性規劃三、綜合專題3、可行性補充調查規劃(2)民間參與可行性評估</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>高家俊、林志明</author><categoryidentifier>010402 113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>6404800183</governmentpublicationsnumber><identifier>49906</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49906</librarycollectiondetailsurl><price>1500</price><publisher>農委會、成大水利及海洋研所</publisher><publishrocyear>80</publishrocyear><title>河川水位觀測法之改良（一）</title><yearidentifier>199106</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>中興大學</author><categoryidentifier>443.642   367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/9</date><governmentpublicationsnumber>1009503715</governmentpublicationsnumber><identifier>49907</identifier><internationalstandardbooknumber>9789860077762 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49907</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫濱水帶植物</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱本署)為配合行政院「電子化政府」計畫、「知識經濟發展方案」及重視「政府線上作業」，期建立知識管理所必需的內部管理系統，因此本署建置有署內資訊網。又本署資訊服務共同作業平台啟用，為進一步整合本署之對內的系統，本署爰成立本計畫，增修署內資訊網之服務與管理支援等多項功能，並建構所屬機關的局內資訊網樣本網站，另整合全球資訊網之活動媒介，以達到署內、局內、全球資訊網多方資訊互動的交流。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950021</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503365</governmentpublicationsnumber><identifier>49909</identifier><internationalstandardbooknumber>9789860074277 ; 9860074275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49909</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利署署內資訊網增修功能計畫＝Enhancement for Intranet Web Site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200611</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱本署)為配合行政院「電子化政府」計畫、「知識經濟發展方案」及重視「政府線上作業」，期建立知識管理所必需的內部管理系統，因此本署建置有署內資訊網。又本署資訊服務共同作業平台啟用，為進一步整合本署之對內的系統，本署爰成立本計畫，增修署內資訊網之服務與管理支援等多項功能，並建構所屬機關的局內資訊網樣本網站，另整合全球資訊網之活動媒介，以達到署內、局內、全球資訊網多方資訊互動的交流。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950021</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503365</governmentpublicationsnumber><identifier>49910</identifier><internationalstandardbooknumber>9789860074277 ; 9860074275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49910</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利署署內資訊網增修功能計畫(光碟版)＝Enhancement for Intranet Web Site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200611</yearidentifier></data><data><abstract>配合政府「知識經濟發展方案」及「電子化政府推動方案」，針對過去因應個別任務需求所建立之相關資訊系統，依據並分析業務全面電腦化之實際需求，完成水利署整體水資源業務系統整合規劃，並於去（94）年完成「水資源資訊服務平台建置計畫」。 水資源資訊服務平台建置完成後，將可提供單一簽入環境及提供水利署各業務系統訊息交換環境，簡化業務流程，提升作業效率，並落實本署「水資源資訊服務平台建置計畫」的建置成果，建立資訊服務平台管理中心機制，並強化水資源資訊服務平台功能，並對同仁及各界進行教育宣導，以強化平台效果，對於本署現有各系統進行整合服務，並建立相關之管理規範制度。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950079</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503800</governmentpublicationsnumber><identifier>49912</identifier><internationalstandardbooknumber>9789860078398 ; 9860078394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49912</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資訊服務平台應用推廣計畫＝Planning of Water Resources Information Service Platform Promotion</title><yearidentifier>200612</yearidentifier></data><data><abstract>配合政府「知識經濟發展方案」及「電子化政府推動方案」，針對過去因應個別任務需求所建立之相關資訊系統，依據並分析業務全面電腦化之實際需求，完成水利署整體水資源業務系統整合規劃，並於去（94）年完成「水資源資訊服務平台建置計畫」。 水資源資訊服務平台建置完成後，將可提供單一簽入環境及提供水利署各業務系統訊息交換環境，簡化業務流程，提升作業效率，並落實本署「水資源資訊服務平台建置計畫」的建置成果，建立資訊服務平台管理中心機制，並強化水資源資訊服務平台功能，並對同仁及各界進行教育宣導，以強化平台效果，對於本署現有各系統進行整合服務，並建立相關之管理規範制度。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950079</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503800</governmentpublicationsnumber><identifier>49913</identifier><internationalstandardbooknumber>9789860078398 ; 9860078394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49913</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資訊服務平台應用推廣計畫(光碟版) ＝ Planning of Water Resources Information Service Platform Promotion</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部能源局</author><categoryidentifier>400.15061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>2006800009</governmentpublicationsnumber><identifier>49914</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49914</librarycollectiondetailsurl><price>210</price><publisher>經濟部能源局</publisher><publishrocyear>96</publishrocyear><title>能源報導</title><yearidentifier>200701</yearidentifier></data><data><abstract>本研究擬建立入庫泥砂觀測系統，調查水庫現場渾水異重流垂直濃度分佈及評估減淤通道之可適性，並配合水槽模型試驗與數值模式，探求適合於台灣水庫之減淤操作方式及減淤通道型式，兼顧水庫經營管理及水資源永續利用。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950229</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503782</governmentpublicationsnumber><identifier>49915</identifier><internationalstandardbooknumber>9789860078329 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49915</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(3/3) A Study of Density Current and Operation of Reservoir Desiltation(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究擬建立入庫泥砂觀測系統，調查水庫現場渾水異重流垂直濃度分佈及評估減淤通道之可適性，並配合水槽模型試驗與數值模式，探求適合於台灣水庫之減淤操作方式及減淤通道型式，兼顧水庫經營管理及水資源永續利用。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950229</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503782</governmentpublicationsnumber><identifier>49916</identifier><internationalstandardbooknumber>9789860078329 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49916</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫異重流與水庫減淤操作試驗研究(3/3)－光碟版 A Study of Density Current and Operation of Reservoir Desiltation(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬針對平地水庫、都市污水回收、工業廢水回收、海水淡化及雨水貯留利用等多元化的水源開發風險、取水成本、可操作性及供水可靠度進行評估。同時進行各區域多元化水源開發之經濟效益、供水規模及水量潛勢之分析，檢討其配套技術及經濟政策。並依區域多元化水源開發總量與供需分析結果，在考慮各水源相互影響、政府資源投入的相互排擠程度以及最小資源耗用下創造最大的經濟利益等限制條件下，建立區域多元化水源開發優選模式，作為多元化水源開發決策之參考。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950145</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503609</governmentpublicationsnumber><identifier>49917</identifier><internationalstandardbooknumber>9789860076684 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49917</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水源開發策略研究－以桃竹地區為例(內附光碟) Study for Alternative Water Resources Development Strategy Taoyan and Hsinchu Regions</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬針對平地水庫、都市污水回收、工業廢水回收、海水淡化及雨水貯留利用等多元化的水源開發風險、取水成本、可操作性及供水可靠度進行評估。同時進行各區域多元化水源開發之經濟效益、供水規模及水量潛勢之分析，檢討其配套技術及經濟政策。並依區域多元化水源開發總量與供需分析結果，在考慮各水源相互影響、政府資源投入的相互排擠程度以及最小資源耗用下創造最大的經濟利益等限制條件下，建立區域多元化水源開發優選模式，作為多元化水源開發決策之參考。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950145</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/18</date><governmentpublicationsnumber>1009503609</governmentpublicationsnumber><identifier>49918</identifier><internationalstandardbooknumber>9789860076684 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49918</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水源開發策略研究－以桃竹地區為例－光碟版 Study for Alternative Water Resources Development Strategy Taoyan and Hsinchu Regions</title><yearidentifier>200612</yearidentifier></data><data><abstract>臺北水源特定區即新店溪青潭水源水質水量保護區，係指臺北自來水事業處設於新店溪之青潭堰取水口上游之新店溪及南、北勢溪集水區；涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區範圍面積廣達七一七平方公里，約佔臺北縣行政區域面積的三分之一。為了維護水源、水質之安全與潔淨，以求水量豐沛、水質良好，於水源特定區內長期的水質監測、採樣與水質資料蒐集是相當重要的。 本計畫主要在監測、推估臺北水源特定區內河川中污染物之負荷量，重點在高流量及營養源之監測及推估。除了加強河川水體水質監測作業及分析，健全水體水質資料外，亦包括加強水質監測作業品質，提升監測數據品質方法之研發。而這些數據資料與建議將可作為水質、水資源管理等之重要依據，作為模式檢定、驗證之依據，亦為水源特定區內決策之重要參考。 另外執行水質模擬分析，評估坪林交流道開放後對水體水質之影響為推估臺北水源特定區內水質涵容能力，除了建立該區域之高效率河川污染物負荷量推估方法外，並將於暴雨期間進行水質採樣，以補足國內長期僅有於平常時期蒐集之水質樣本而缺乏暴雨期水質樣本之缺憾，並針對造成水質優養化之主要因子「磷」為對象，所測得之資料將供模式（CE-QUAL-RIV1）之參數率定與驗證。此外，利用本研究團隊所發展之高效率河川污染物負荷量方法，將可精進未來於暴雨期採樣之效率並降低採樣之風險。藉由長期的水質監測、採樣分析資料，模擬北宜高通車後對坪林地區及翡翠水庫水體水質之影響，以提供水質企劃課(陳世弘)02-29173282-351      95025920  模擬數據作為特定區內水質、水資源管理等之重要依據，亦為水源特定區內決策之重要參考。</abstract><author>郭振泰</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950103</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504205</governmentpublicationsnumber><identifier>49919</identifier><internationalstandardbooknumber>9789860083118 ; 9860083118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49919</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>臺北水源特定區內水質涵容能力推估  Assimilative Capacity Estimation for the Catchment Protected by the Taipei Water Management Office</title><yearidentifier>200612</yearidentifier></data><data><abstract>臺北水源特定區即新店溪青潭水源水質水量保護區，係指臺北自來水事業處設於新店溪之青潭堰取水口上游之新店溪及南、北勢溪集水區；涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區範圍面積廣達七一七平方公里，約佔臺北縣行政區域面積的三分之一。為了維護水源、水質之安全與潔淨，以求水量豐沛、水質良好，於水源特定區內長期的水質監測、採樣與水質資料蒐集是相當重要的。 本計畫主要在監測、推估臺北水源特定區內河川中污染物之負荷量，重點在高流量及營養源之監測及推估。除了加強河川水體水質監測作業及分析，健全水體水質資料外，亦包括加強水質監測作業品質，提升監測數據品質方法之研發。而這些數據資料與建議將可作為水質、水資源管理等之重要依據，作為模式檢定、驗證之依據，亦為水源特定區內決策之重要參考。 另外執行水質模擬分析，評估坪林交流道開放後對水體水質之影響為推估臺北水源特定區內水質涵容能力，除了建立該區域之高效率河川污染物負荷量推估方法外，並將於暴雨期間進行水質採樣，以補足國內長期僅有於平常時期蒐集之水質樣本而缺乏暴雨期水質樣本之缺憾，並針對造成水質優養化之主要因子「磷」為對象，所測得之資料將供模式（CE-QUAL-RIV1）之參數率定與驗證。此外，利用本研究團隊所發展之高效率河川污染物負荷量方法，將可精進未來於暴雨期採樣之效率並降低採樣之風險。藉由長期的水質監測、採樣分析資料，模擬北宜高通車後對坪林地區及翡翠水庫水體水質之影響，以提供水質企劃課(陳世弘)02-29173282-351      95025920  模擬數據作為特定區內水質、水資源管理等之重要依據，亦為水源特定區內決策之重要參考。</abstract><author>郭振泰</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950103</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504205</governmentpublicationsnumber><identifier>49920</identifier><internationalstandardbooknumber>9789860083118 ; 9860083118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49920</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>臺北水源特定區內水質涵容能力推估 〈光碟版〉 Assimilative Capacity Estimation for the Catchment Protected by the Taipei Water Management Office</title><yearidentifier>200612</yearidentifier></data><data><abstract>為避免集水區之水源水質水量因自然及人為破壞而轉劣，對於集水區保育之各項工作，先以進行推廣認知環境生態保育、保護台灣自然生態的重要性為主要目標，並延伸此觀念轉化生態環境教育由下扎根，教導學子，落實地（社）區生態環境教育，並整合各地（社）區生態環保資源，而從家庭、學校、社區建立宣導水土保持及水源水質水量的保護之觀念，以利達到宣導生態環境教育，建立宣傳臺北水源局之服務業務與服務績效。除了宣導與環境教育之外，本計劃另針對臺北水源特定區轄區內之兩處生態工程案例進行分析與評估，提出評估規劃與建議，期為未來水源區進行管理治理之參考依據。</abstract><author>張嘉容</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950199</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504271</governmentpublicationsnumber><identifier>49921</identifier><internationalstandardbooknumber>9789789860081 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49921</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>臺北水源特定區管理治理規劃與宣導  Management and Propaganda of Taipei Water Source Domain</title><yearidentifier>200612</yearidentifier></data><data><abstract>為避免集水區之水源水質水量因自然及人為破壞而轉劣，對於集水區保育之各項工作，先以進行推廣認知環境生態保育、保護台灣自然生態的重要性為主要目標，並延伸此觀念轉化生態環境教育由下扎根，教導學子，落實地（社）區生態環境教育，並整合各地（社）區生態環保資源，而從家庭、學校、社區建立宣導水土保持及水源水質水量的保護之觀念，以利達到宣導生態環境教育，建立宣傳臺北水源局之服務業務與服務績效。除了宣導與環境教育之外，本計劃另針對臺北水源特定區轄區內之兩處生態工程案例進行分析與評估，提出評估規劃與建議，期為未來水源區進行管理治理之參考依據。</abstract><author>張嘉容</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950199</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504271</governmentpublicationsnumber><identifier>49922</identifier><internationalstandardbooknumber>9789860083293 ; 9860083290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49922</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>臺北水源特定區管理治理規劃與宣導 〈光碟版〉 Management and Propaganda of Taipei Water Source Domain</title><yearidentifier>200612</yearidentifier></data><data><abstract>本署辦理會計暨出納業務電腦化之工作，業已推廣至所屬機關，對本署與各所屬之會計、出納業務皆有明顯的效益，提昇各人的工作效率與工作品質。除此外，並將出納帳務資訊傳給薪資系統，減少薪資作業的輸入人力，充分達到資源共享的目的。 鑑於以上的成果，並配合水資源資訊服務平台之建置計畫，擬開發 Web_based 『計畫預算管控系統』，利用與會計系統一致之推算機制，供本署各組室使用。提供各組室以簡便、快速的方式，管理自己的分配執行預算經費，並將推算簿電子化，以利隨時查詢掌控，並進一步彙整統計各單位推算簿資料，提供本署各業務組室計畫預算執行進度管控及協助決策分析。 本計劃完成系統如下： 	預算支用申請/查詢：包含物品請購申請、差旅費結報申請、分期付款動支申請、其他預算支用申請、組室電子推算簿查詢、電子表單差旅費結報維護、電子表單差旅費結報列印。 	管理決策：包含資本支出執行現況(月報)、資本支出執行現況(即時)、所屬機關計劃經費執行現況、計畫別工管費支用現況查詢、代辦計劃執行現況、補助經費執行現況、捐助經費執行查詢、歷年歲入編列預算比較、歷年歲出編列預算比較、歷年各用途編列預算比較。 	預算管理：包含預算基本資料管理、預算科目編列、預算調整、差旅費結報單轉傳票、加班單資料轉傳票、申請單資料維護、共通平台-合約預算黨、共通平台-單位請款記錄檔、共通平台-受款人記錄檔。 	請購、請修管理：包含物品請購管理、採購單資料轉出。</abstract><author>哈瑪星科技公司</author><categoryidentifier>564.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950050</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503338</governmentpublicationsnumber><identifier>49923</identifier><internationalstandardbooknumber>9789860073980 ; 9789860073</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49923</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>「計畫預算管控系統開發建置計畫」委託服務計畫(1/2)  The Set-up Scheme of Planning Budget Control System Consignable Service Plan(1/2)</title><yearidentifier>200611</yearidentifier></data><data><abstract>台北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾就便休閒、遊憩的地區；且當地居民長期來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性）？以達多元發展與雙贏境界；實為值得評估之課題。本局為確保本特定區內各項營管工作有效的執行，委託研究建置一套生態環境調查及管理資訊與水土資源利用整合性之系統，以促進台北水源特定區水土資源之永續利用。</abstract><author>簡傳彬</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950083</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503810</governmentpublicationsnumber><identifier>49924</identifier><internationalstandardbooknumber>9789860078626 ; 9860078629</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49924</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>環境生態管理與整合性利用之研究-以臺北水源特定區為例 Study on the Management and Integral Utilization for Environmental Ecology-A Case Study for the Taipei Water Resource Special District</title><yearidentifier>200612</yearidentifier></data><data><abstract>台北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾就便休閒、遊憩的地區；且當地居民長期來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性）？以達多元發展與雙贏境界；實為值得評估之課題。本局為確保本特定區內各項營管工作有效的執行，委託研究建置一套生態環境調查及管理資訊與水土資源利用整合性之系統，以促進台北水源特定區水土資源之永續利用。</abstract><author>簡傳彬</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950083</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503810</governmentpublicationsnumber><identifier>49925</identifier><internationalstandardbooknumber>9789860078626 ; 9860078629</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49925</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>環境生態管理與整合性利用之研究-以臺北水源特定區為例〈光碟版〉 Study on the Management and Integral Utilization for Environmental Ecology-A Case Study for the Taipei Water Resource Special District</title><yearidentifier>200612</yearidentifier></data><data><abstract>本署辦理會計暨出納業務電腦化之工作，業已推廣至所屬機關，對本署與各所屬之會計、出納業務皆有明顯的效益，提昇各人的工作效率與工作品質。除此外，並將出納帳務資訊傳給薪資系統，減少薪資作業的輸入人力，充分達到資源共享的目的。 鑑於以上的成果，並配合水資源資訊服務平台之建置計畫，擬開發 Web_based 『計畫預算管控系統』，利用與會計系統一致之推算機制，供本署各組室使用。提供各組室以簡便、快速的方式，管理自己的分配執行預算經費，並將推算簿電子化，以利隨時查詢掌控，並進一步彙整統計各單位推算簿資料，提供本署各業務組室計畫預算執行進度管控及協助決策分析。 本計劃完成系統如下： 	預算支用申請/查詢：包含物品請購申請、差旅費結報申請、分期付款動支申請、其他預算支用申請、組室電子推算簿查詢、電子表單差旅費結報維護、電子表單差旅費結報列印。 	管理決策：包含資本支出執行現況(月報)、資本支出執行現況(即時)、所屬機關計劃經費執行現況、計畫別工管費支用現況查詢、代辦計劃執行現況、補助經費執行現況、捐助經費執行查詢、歷年歲入編列預算比較、歷年歲出編列預算比較、歷年各用途編列預算比較。 	預算管理：包含預算基本資料管理、預算科目編列、預算調整、差旅費結報單轉傳票、加班單資料轉傳票、申請單資料維護、共通平台-合約預算黨、共通平台-單位請款記錄檔、共通平台-受款人記錄檔。 	請購、請修管理：包含物品請購管理、採購單資料轉出。</abstract><author>哈瑪星科技公司</author><categoryidentifier>564.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503338</governmentpublicationsnumber><identifier>49926</identifier><internationalstandardbooknumber>9789860073980 ; 9789860073</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49926</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>「計畫預算管控系統開發建置計畫」委託服務計畫(1/2)－光碟版  The Set-up Scheme of Planning Budget Control System Consignable Service Plan(1/2)</title><yearidentifier>200611</yearidentifier></data><data><abstract>１、運用全球衛星定位系統(GPS)及圖資傳輸處理等相關技術，以結合地理資訊系統(GIS)、管理資訊系統(MIS)，加強現有水源特定區管理局業務支援系統相關圖資及系統功能，提昇業務行政效率與品質。 ２、加強現有網站內容，增進互動機制及人民申請案件進度查詢功能，以提昇服務民眾之品質。 ３、建置污水設施管理、簡報製作、跑馬燈播放管理等系統，以提昇行政作業效率，強化政府部門施政形象。 ４、達成本局轄區環境變遷或災後影像鑑識作業。</abstract><author>葉嘉揚</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950200</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503736</governmentpublicationsnumber><identifier>49927</identifier><internationalstandardbooknumber>9789860077933 ; 9860077932</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49927</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>建置臺北水源特定區管理局業務支援系統計畫〈延續〉Taipei Water Management Office Business Support System〈II〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>１、運用全球衛星定位系統(GPS)及圖資傳輸處理等相關技術，以結合地理資訊系統(GIS)、管理資訊系統(MIS)，加強現有水源特定區管理局業務支援系統相關圖資及系統功能，提昇業務行政效率與品質。 ２、加強現有網站內容，增進互動機制及人民申請案件進度查詢功能，以提昇服務民眾之品質。 ３、建置污水設施管理、簡報製作、跑馬燈播放管理等系統，以提昇行政作業效率，強化政府部門施政形象。 ４、達成本局轄區環境變遷或災後影像鑑識作業。</abstract><author>葉嘉揚</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950200</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503736</governmentpublicationsnumber><identifier>49928</identifier><internationalstandardbooknumber>9789860077933 ; 9860077932</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49928</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>建置臺北水源特定區管理局業務支援系統計畫〈延續〉﹝光碟版﹞Taipei Water Management Office Business Support System〈II〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>坪林污水處理廠(以下稱處理廠)係屬翡翠水庫上游污水下水道系統之一環，位處於北勢溪與  魚堀溪匯流口處，民國89年與90年分別遭受象神與納莉颱洪侵襲，造成巨大損失。本計畫目的為檢討處理廠之防洪牆保護標準是否足夠，並分析其保護標準，並擬定處理廠於發生颱洪豪雨期間之緊急疏散標準作業程序。本計畫經由降雨－逕流分析與河道水理演算結果得知，翡翠水庫水位對於處理廠附近北勢溪所造成之迴水現象並不明顯，雨型變化卻有較明顯影響；研究中重新評估防洪牆結構安全與重現期，目前防洪牆結構低於設計之安全係數且高度(177.55m)已不符合200年重現期。本研究研訂目前橫式防洪閘門對岸水尺位置處(斷面68)之警戒水位值，採用之控制高程有二，一為平時打開之橫移式閘門底部高程，另一為防洪牆頂高程。本研究建議將處理廠現有之一至六級警戒，改為三級、二級與一級警戒。經研訂三級警戒水位值為175.5m (預警時間1小時)、二級警戒水位為176.9m (預警時間3小時)及一級警戒水位177.2m (1.5小時)。本計畫經過現場勘查、座談與訪談，擬定颱風豪雨緊急應變策略、颱風豪雨緊急應變流程、颱風豪雨緊急疏散標準作業程序，並編訂教育手冊，進行手冊說明會與緊急疏散演練。</abstract><author>葉克家</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950202</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503958</governmentpublicationsnumber><identifier>49929</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49929</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>坪林污水處理廠防洪牆保護標準及緊急疏散策略研究 Study of flood wall protection Ievel and strategies of emergency evacuation of Pinglin wastewater treatment plant</title><yearidentifier>200612</yearidentifier></data><data><abstract>坪林污水處理廠(以下稱處理廠)係屬翡翠水庫上游污水下水道系統之一環，位處於北勢溪與  魚堀溪匯流口處，民國89年與90年分別遭受象神與納莉颱洪侵襲，造成巨大損失。本計畫目的為檢討處理廠之防洪牆保護標準是否足夠，並分析其保護標準，並擬定處理廠於發生颱洪豪雨期間之緊急疏散標準作業程序。本計畫經由降雨－逕流分析與河道水理演算結果得知，翡翠水庫水位對於處理廠附近北勢溪所造成之迴水現象並不明顯，雨型變化卻有較明顯影響；研究中重新評估防洪牆結構安全與重現期，目前防洪牆結構低於設計之安全係數且高度(177.55m)已不符合200年重現期。本研究研訂目前橫式防洪閘門對岸水尺位置處(斷面68)之警戒水位值，採用之控制高程有二，一為平時打開之橫移式閘門底部高程，另一為防洪牆頂高程。本研究建議將處理廠現有之一至六級警戒，改為三級、二級與一級警戒。經研訂三級警戒水位值為175.5m (預警時間1小時)、二級警戒水位為176.9m (預警時間3小時)及一級警戒水位177.2m (1.5小時)。本計畫經過現場勘查、座談與訪談，擬定颱風豪雨緊急應變策略、颱風豪雨緊急應變流程、颱風豪雨緊急疏散標準作業程序，並編訂教育手冊，進行手冊說明會與緊急疏散演練。</abstract><author>葉克家</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950202</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503958</governmentpublicationsnumber><identifier>49930</identifier><internationalstandardbooknumber>9789860079791 ; 986007979X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49930</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>坪林污水處理廠防洪牆保護標準及緊急疏散策略研究〈光碟版〉 Study of flood wall protection Ievel and strategies of emergency evacuation of Pinglin wastewater treatment plant</title><yearidentifier>200612</yearidentifier></data><data><abstract>翡翠水庫主要供應大台北地區400多萬人口之民生用水，因此如何達到水量與水質的保護目標，一直是管理單位最重要的任務及挑戰。本計畫評估水庫保護帶的設置，並整體規劃翡翠水庫集水區保育管理策略，以減緩水庫淤積速度與維護水質，達到水庫永續之目標。 保護帶因具有減緩地表逕流、攔截部分泥沙、去除污染物及安定河岸等多項功能，可有效地控制非點源污染，保育河川之生態環境。本計畫提出保護帶的設置方法，參考WinVAST和SWAT模式之保護帶演算理論及分析許多不同實場觀測記錄，建立保護帶寬度及坡度因子對污染削減量的關係模式。模式評估結果顯示保護帶對懸浮固體物的攔阻及削減效果相當好，以寬度30公尺和縱向坡度5％的保護帶設計而言，對SS的削減效果可達近八成（78.7%）；然而此模式對營養鹽的削減效果並不顯著（小於10％）。保護帶設置長度和區位的選擇，則針對建造及維護成本進行4種方案之效益評估。最後，保護帶則建議採行寬度30公尺和縱向坡度5％之設計，設置於具高度污染產出且含有高比例農業活動之7個子集水區河道兩岸。WinVAST模式則應用於推估各子集水區之污染物承載，從而標定出具有高度污染產出之子集水區。 針對保護帶未能達到污染削減目標的部分，本計畫建議另外於保護帶附近設置合適的最佳管理措施（BMPs），以達到保護水質的目的。本計畫同時也參考歐美日等先進國家對集水區綜合管理之作法，提出共生集水區保育概念、低衝擊發展策略以及污染量總量管制共三大面向來建構翡翠水庫集水區的保育管理策略，藉此全面性的整合管理計畫，達到集水區內水土資源保育與永續利用之目標</abstract><author>陳彥璋</author><categoryidentifier>443.6403   443.642   443.64 03</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504375</governmentpublicationsnumber><identifier>49932</identifier><internationalstandardbooknumber>9789860084573 ; 9860084572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49932</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>翡翠水庫蓄水範圍及保護帶保育計畫 Implementation of Riparian Buffer Zone and Watershed Conservation Strategies on Feitsui Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>翡翠水庫主要供應大台北地區400多萬人口之民生用水，因此如何達到水量與水質的保護目標，一直是管理單位最重要的任務及挑戰。本計畫評估水庫保護帶的設置，並整體規劃翡翠水庫集水區保育管理策略，以減緩水庫淤積速度與維護水質，達到水庫永續之目標。 保護帶因具有減緩地表逕流、攔截部分泥沙、去除污染物及安定河岸等多項功能，可有效地控制非點源污染，保育河川之生態環境。本計畫提出保護帶的設置方法，參考WinVAST和SWAT模式之保護帶演算理論及分析許多不同實場觀測記錄，建立保護帶寬度及坡度因子對污染削減量的關係模式。模式評估結果顯示保護帶對懸浮固體物的攔阻及削減效果相當好，以寬度30公尺和縱向坡度5％的保護帶設計而言，對SS的削減效果可達近八成（78.7%）；然而此模式對營養鹽的削減效果並不顯著（小於10％）。保護帶設置長度和區位的選擇，則針對建造及維護成本進行4種方案之效益評估。最後，保護帶則建議採行寬度30公尺和縱向坡度5％之設計，設置於具高度污染產出且含有高比例農業活動之7個子集水區河道兩岸。WinVAST模式則應用於推估各子集水區之污染物承載，從而標定出具有高度污染產出之子集水區。 針對保護帶未能達到污染削減目標的部分，本計畫建議另外於保護帶附近設置合適的最佳管理措施（BMPs），以達到保護水質的目的。本計畫同時也參考歐美日等先進國家對集水區綜合管理之作法，提出共生集水區保育概念、低衝擊發展策略以及污染量總量管制共三大面向來建構翡翠水庫集水區的保育管理策略，藉此全面性的整合管理計畫，達到集水區內水土資源保育與永續利用之目標</abstract><author>陳彥璋</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504375</governmentpublicationsnumber><identifier>49933</identifier><internationalstandardbooknumber>9789860084573 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49933</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>翡翠水庫蓄水範圍及保護帶保育計畫〈光碟版〉 Implementation of Riparian Buffer Zone and Watershed Conservation Strategies on Feitsui Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>南勢溪流域內烏來地區溫泉含量豐富，外露點取用方便且水質優良，又鄰近大台北地區，烏來溫泉區已成為台灣北部著名溫泉勝地，觀光事業興盛。由於溫泉需求量增加，在大量開發使用下，溫泉水排放量也逐漸增加，而未經處理的溫泉排放水直接流入南勢溪內逐漸成為南勢溪水質污染的潛在壓力，尤其烏來溫泉位在水源保護區內。適當處理溫泉排放水，削減溫泉排放水污染量，以保護南勢溪水質為本計畫的主要目的。雖然目前南勢溪水質符合甲類水體水質標準，但隨溫泉使用量逐漸增加，溫泉排放水的任意排放可能導致水源水質逐漸惡化。本計畫選擇大中小不同類型的溫泉業者進行現場採樣工作，分別採取平日3次以及假日3次水樣，烏來地區溫泉排放水之平均水質以COD、氨氮、總磷、大腸桿菌的濃度較高，超出甲類水體水質標準，但若以餐飲業的排放水標準而定，僅COD略高於排放水標準。另以實測值推估烏來地區之溫泉排放水量得平日約3312 CMD，假日為5950 CMD。本研究溫泉業者分佈溫泉排放水量與水質調查，經評估溫泉排放水以集中處理、分區處理及個別處理，並經採用工程經費、用地取得、處理成本及維護管理等比較各處理方案之優劣點，評估結果以溫泉排放水個別處理最為經濟可行，每立方公尺的處理成本為5.75元，另外建議鼓勵業者採用可回收利用之溫泉排放水處理設備，除可節省業者支付溫泉費之開銷及溫泉回收水可做他用外，亦可削減排入南勢溪之污染量。</abstract><author>林鎮洋</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950206</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504199</governmentpublicationsnumber><identifier>49936</identifier><internationalstandardbooknumber>9789860083286 ; 9860083282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49936</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>南勢溪溫泉排放水污染削減整體規劃設計 A Planning of Hot Spring Wastewater Pollution Reduction Plan for Nanshi River</title><yearidentifier>200612</yearidentifier></data><data><abstract>南勢溪流域內烏來地區溫泉含量豐富，外露點取用方便且水質優良，又鄰近大台北地區，烏來溫泉區已成為台灣北部著名溫泉勝地，觀光事業興盛。由於溫泉需求量增加，在大量開發使用下，溫泉水排放量也逐漸增加，而未經處理的溫泉排放水直接流入南勢溪內逐漸成為南勢溪水質污染的潛在壓力，尤其烏來溫泉位在水源保護區內。適當處理溫泉排放水，削減溫泉排放水污染量，以保護南勢溪水質為本計畫的主要目的。雖然目前南勢溪水質符合甲類水體水質標準，但隨溫泉使用量逐漸增加，溫泉排放水的任意排放可能導致水源水質逐漸惡化。本計畫選擇大中小不同類型的溫泉業者進行現場採樣工作，分別採取平日3次以及假日3次水樣，烏來地區溫泉排放水之平均水質以COD、氨氮、總磷、大腸桿菌的濃度較高，超出甲類水體水質標準，但若以餐飲業的排放水標準而定，僅COD略高於排放水標準。另以實測值推估烏來地區之溫泉排放水量得平日約3312 CMD，假日為5950 CMD。本研究溫泉業者分佈溫泉排放水量與水質調查，經評估溫泉排放水以集中處理、分區處理及個別處理，並經採用工程經費、用地取得、處理成本及維護管理等比較各處理方案之優劣點，評估結果以溫泉排放水個別處理最為經濟可行，每立方公尺的處理成本為5.75元，另外建議鼓勵業者採用可回收利用之溫泉排放水處理設備，除可節省業者支付溫泉費之開銷及溫泉回收水可做他用外，亦可削減排入南勢溪之污染量。</abstract><author>林鎮洋</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950206</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504199</governmentpublicationsnumber><identifier>49937</identifier><internationalstandardbooknumber>9789860083286 ; 9860083282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49937</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>南勢溪溫泉排放水污染削減整體規劃設計〈光碟版〉 A Planning of Hot Spring Wastewater Pollution Reduction Plan for Nanshi River</title><yearidentifier>200612</yearidentifier></data><data><abstract>水源保育與回饋費奉行政院核定後已於95年1月起開徵，而水源保育與回饋費徵收後之管理運用與補償回饋作業亦將陸續配合辦理。為落實水源保育與回饋政策，水利署本年度延續水源保育與回饋費開徵與回饋作業系統進行擴充更新，進行系統化管理，並與原系統資料庫整合，以符合水源保育與回饋業務之需求。本計畫主要工作項目包括：系統擴充、網頁更新、宣導文宣製作、辦理教育訓練及說明會等，提供水源保育與回饋費徵收所需資訊，並提供各保護區水源保育與回饋費徵收金額與執行情形之查詢，藉由本系統將水源保育與回饋費徵收作業資訊化，節省作業成本，宣導並落實政府之政策推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950080</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503937</governmentpublicationsnumber><identifier>49938</identifier><internationalstandardbooknumber>9789860079708 ; 9860079706</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49938</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水源保育與回饋制度推動計畫＝The Promotion of Water Resource Conservation and Compensation Institution</title><yearidentifier>200612</yearidentifier></data><data><abstract>水源保育與回饋費奉行政院核定後已於95年1月起開徵，而水源保育與回饋費徵收後之管理運用與補償回饋作業亦將陸續配合辦理。為落實水源保育與回饋政策，水利署本年度延續水源保育與回饋費開徵與回饋作業系統進行擴充更新，進行系統化管理，並與原系統資料庫整合，以符合水源保育與回饋業務之需求。本計畫主要工作項目包括：系統擴充、網頁更新、宣導文宣製作、辦理教育訓練及說明會等，提供水源保育與回饋費徵收所需資訊，並提供各保護區水源保育與回饋費徵收金額與執行情形之查詢，藉由本系統將水源保育與回饋費徵收作業資訊化，節省作業成本，宣導並落實政府之政策推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950080</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009503937</governmentpublicationsnumber><identifier>49939</identifier><internationalstandardbooknumber>9789860079708 ; 9860079706</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49939</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水源保育與回饋制度推動計畫(光碟版) ＝The Promotion of Water Resource Conservation and Compensation Institution</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫最主要之工作為台北水源特定區現有南勢溪攬勝橋站、北勢溪水源橋站與思源橋站、魚逮魚堀溪大林橋站及金瓜寮溪金瓜寮站等5站流量站進行每個月2至4次之例行性流量觀測及水文站操作維護，並配合水質監測每個月加測魚逮魚堀溪碧湖站及平廣溪平廣站流量1次，並整合水質及水量之量測成果。除此之外，本計畫亦進行流量站之大斷面測量，並修正水源橋等5站之水位-流量率定曲線，亦對現有流量站網進行整體性規劃及修正。本年度計劃藉由幅狀基底函數之神經網路（RBFNN）建置資料補遺模式，以作為各測站之水位、流量資料補遺時之所需，而所測得之流量及水位資料經QA與QC後，則收集於更新版本之資料庫中。 本計劃有系統的引用科學研究，發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測及推估方法，並改善水文資料庫，及修正舊有之率定曲線，建立更準確的水文數學模式及資料補遺模式，作為往後工程設計、水理研究及分析與水質與水資源管理之重要依據。計畫執行期間，高水位時期流量以改良後之聲波式流速儀Min ADP進行量測，平常時期則以旋杯式流速儀及FlowTracker進行量測，皆可測得可靠且準確之流量。</abstract><author>郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950104</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504189</governmentpublicationsnumber><identifier>49940</identifier><internationalstandardbooknumber>9789860082883 ; 986008288X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49940</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水量監測暨管理系統規劃〈1/2〉  Planning of Stream Discharge Measurement and Management for the Catchment Protected by the Taipei Water  Management Office〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署北區水資源局94年度年報</abstract><author>賴伯勳</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>49941</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49941</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十四年）</title><yearidentifier>200611</yearidentifier></data><data><abstract>本計畫最主要之工作為台北水源特定區現有南勢溪攬勝橋站、北勢溪水源橋站與思源橋站、魚逮魚堀溪大林橋站及金瓜寮溪金瓜寮站等5站流量站進行每個月2至4次之例行性流量觀測及水文站操作維護，並配合水質監測每個月加測魚逮魚堀溪碧湖站及平廣溪平廣站流量1次，並整合水質及水量之量測成果。除此之外，本計畫亦進行流量站之大斷面測量，並修正水源橋等5站之水位-流量率定曲線，亦對現有流量站網進行整體性規劃及修正。本年度計劃藉由幅狀基底函數之神經網路（RBFNN）建置資料補遺模式，以作為各測站之水位、流量資料補遺時之所需，而所測得之流量及水位資料經QA與QC後，則收集於更新版本之資料庫中。 本計劃有系統的引用科學研究，發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測及推估方法，並改善水文資料庫，及修正舊有之率定曲線，建立更準確的水文數學模式及資料補遺模式，作為往後工程設計、水理研究及分析與水質與水資源管理之重要依據。計畫執行期間，高水位時期流量以改良後之聲波式流速儀Min ADP進行量測，平常時期則以旋杯式流速儀及FlowTracker進行量測，皆可測得可靠且準確之流量。</abstract><author>郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950104</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504189</governmentpublicationsnumber><identifier>49942</identifier><internationalstandardbooknumber>9789860082883 ; 986008288X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49942</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水量監測暨管理系統規劃〈1/2〉﹝光碟版﹞  Planning of Stream Discharge Measurement and Management for the Catchment Protected by the Taipei Water  Management Office〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行保護區內水體水質之監控，故辦理「臺北水源特定區地表水質監測分析暨管理系統規劃」（以下簡稱本計畫），依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升，爰辦理本計畫。 本計畫主要目的為： 一、	加強河川水體水質監測作業及分析，建全水體水質資料。 二、	加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。 三、	規劃本區河川水質資料庫及相關應用管理系統，其架構建立後並應能結合水利署相關水資源系統。  報告彙整至目前檢測結果，提報九十五年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本報告以專章討論水質資料系統之規劃，規劃未來與其他計畫整合之方向。本報告於章末規劃未來工作重點，說明未來計畫執行重點，提供委辦單位參考。</abstract><author>張育傑</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950373</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504240</governmentpublicationsnumber><identifier>49944</identifier><internationalstandardbooknumber>9789860083590 ; 9860083592</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49944</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水質監測暨管理系統規劃〈1/2〉Water Quality Monitoring and Management Planning for Taipei Water Supply Protected Watershed〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行保護區內水體水質之監控，故辦理「臺北水源特定區地表水質監測分析暨管理系統規劃」（以下簡稱本計畫），依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升，爰辦理本計畫。 本計畫主要目的為： 一、	加強河川水體水質監測作業及分析，建全水體水質資料。 二、	加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。 三、	規劃本區河川水質資料庫及相關應用管理系統，其架構建立後並應能結合水利署相關水資源系統。  報告彙整至目前檢測結果，提報九十五年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本報告以專章討論水質資料系統之規劃，規劃未來與其他計畫整合之方向。本報告於章末規劃未來工作重點，說明未來計畫執行重點，提供委辦單位參考。</abstract><author>張育傑</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950373</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/19</date><governmentpublicationsnumber>1009504240</governmentpublicationsnumber><identifier>49945</identifier><internationalstandardbooknumber>9789578986008 ; 9578986008</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49945</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水質監測暨管理系統規劃〈1/2〉﹝光碟版﹞Water Quality Monitoring and Management Planning for Taipei Water Supply Protected Watershed〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>交通部臺灣區國道新建工程局</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009504021</governmentpublicationsnumber><identifier>49949</identifier><internationalstandardbooknumber>9789860080254 ; 9860080259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49949</librarycollectiondetailsurl><price>750</price><publisher> </publisher><publishrocyear>95</publishrocyear><title>國道路廊與沿線水文變化關系之研究</title><yearidentifier>200612</yearidentifier></data><data><abstract>計畫預期成果可輔助目前執行河川生物通道試驗研究或現地調查之相關課題，包括精確的水理數值模擬及建置虛擬實境展示系統；該成果以供未來權責單位辦理各項魚道設計、數值模式在試驗室或現地調查之資料相互檢定驗証、工程實務、保育工作及藉由虛擬實境互動立體技術教育宣導，有效展現水利業務之具體成果。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950243</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503780</governmentpublicationsnumber><identifier>49960</identifier><internationalstandardbooknumber>9789860078893 ; 9860078890</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49960</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫建構一套完整之河川物理性棲地環境調查程序及評估模式，以順應河性建構適當之河川工程、減少河川工程對當地物理性棲地環境破壞與加速其環境復育為目標，研發出不同河川物理性棲地之復育方針，以供政府決策、管理與施工單位之參考。</abstract><author>中華水土保持學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503875</governmentpublicationsnumber><identifier>49961</identifier><internationalstandardbooknumber>9789860079470 ; 9860079471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49961</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川型態應用於棲地環境復育之研究(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49962</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49962</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第三期）</title><yearidentifier>200701</yearidentifier></data><data><abstract>本工作目的為調查計畫區域地下水現況及交換機制，工程材料及環境影響，提供作為人工湖未來工程設計及計畫評估之依據</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950156</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503414</governmentpublicationsnumber><identifier>49965</identifier><internationalstandardbooknumber>9789860074956 ; 986007495X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49965</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台中人工湖規劃－工程地質、材料及環境調查評估專題報告書(內附光碟) ＝Planning of the Taichung Artifical Lake－Investigation and Assessment of Engineering Geology, Material, and Enviroment</title><yearidentifier>200612</yearidentifier></data><data><abstract>本工作目的為調查計畫區域地下水現況及交換機制，工程材料及環境影響，提供作為人工湖未來工程設計及計畫評估之依據</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950156</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503414</governmentpublicationsnumber><identifier>49967</identifier><internationalstandardbooknumber>9789860074956 ; 986007495X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49967</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台中人工湖規劃－工程地質、材料及環境調查評估專題報告書(光碟版)＝Planning of the Taichung Artifical Lake－Investigation and Assessment of Engineering Geology, Material, and Enviroment</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，為因應豐枯時期區域水資源之調度與供需分析，針對西部北區特殊之水文環境，進行通用性之區域之建置工作，為三個年度之總報告書</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950011</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503233</governmentpublicationsnumber><identifier>49968</identifier><internationalstandardbooknumber>9789860072815 ; 9860072817</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49968</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>通用性區域水資源調度與供需分析模式建立總報告書=Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer Final Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，為因應豐枯時期區域水資源之調度與供需分析，針對西部北區特殊之水文環境，進行通用性之區域之建置工作，為三個年度之總報告書</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950011</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503233</governmentpublicationsnumber><identifier>49969</identifier><internationalstandardbooknumber>9789860072815 ; 9860072817</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49969</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>通用性區域水資源調度與供需分析模式建立總報告書(光碟版)=Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer Final Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，為因應豐枯時期區域水資源之調度與供需分析，針對西部北區特殊之水文環境，進行通用性之區域之建置工作，為三個年度之總報告書</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950011</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503240</governmentpublicationsnumber><identifier>49970</identifier><internationalstandardbooknumber>9789860072808 ; 9860072809</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49970</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(3/3)=Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區新開發的水源往往須併入既有的水資源供需系統營運，水源聯合運用範疇將包含跨流域甚至跨區域之各種多元水源，為因應豐枯時期區域水資源之調度與供需分析，針對西部北區特殊之水文環境，進行通用性之區域之建置工作，為三個年度之總報告書</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950011</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/22</date><governmentpublicationsnumber>1009503240</governmentpublicationsnumber><identifier>49972</identifier><internationalstandardbooknumber>9789860072808 ; 9860072809</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49972</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>通用性區域水資源調度與供需分析模式建立(3/3)－光碟版=Development of Generalized Priority-Based Allocation Models for Regional Water Resources Management and Transfer (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>如何使河川環境較符合生態保育的原則，有賴棲地改善的規劃與設計。本年度以南投縣的北港溪(烏溪支流)作為河川環境規劃的案例，俾使水利單位後續的規劃案例有參考依據。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950236</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>49973</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49973</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)=River Corridor and Habitat Restoration-Principles and Practices system (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>如何使河川環境較符合生態保育的原則，有賴棲地改善的規劃與設計。第一、二年以台北縣的南勢溪(新店溪支流)、第三年以南投縣的北港溪(烏溪支流)作為河川環境規劃的案例，俾使水利單位後續的規劃案例有參考依據。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009503904</governmentpublicationsnumber><identifier>49976</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49976</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(總報告)=River Corridor and Habitat Restoration-Principles and Practices system (Final Report)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國 立成功大學水利及海洋工程研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>6404800163</governmentpublicationsnumber><identifier>49979</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49979</librarycollectiondetailsurl><price>500</price><publisher>台灣省水利局</publisher><publishrocyear>79</publishrocyear><title>屏東縣佳冬鄉養殖漁業海水統籌供應離岸堤內灘地抽取海水之影響評估報告(I)</title><yearidentifier>199008</yearidentifier></data><data><abstract>計畫預期成果可輔助目前執行河川生物通道試驗研究或現地調查之相關課題，包括精確的水理數值模擬及建置虛擬實境展示系統；該成果以供未來權責單位辦理各項魚道設計、數值模式在試驗室或現地調查之資料相互檢定驗証、工程實務、保育工作及藉由虛擬實境互動立體技術教育宣導，有效展現水利業務之具體成果。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950243</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503780</governmentpublicationsnumber><identifier>49980</identifier><internationalstandardbooknumber>9789860078893 ; 9860078890</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49980</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(1/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>553.19</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>100910609</governmentpublicationsnumber><identifier>49981</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49981</librarycollectiondetailsurl><price>500</price><publisher>中興工程顧問股份有限公司</publisher><publishrocyear>90</publishrocyear><title>吉洋人工湖可行性補充規劃民間參與可行性評估 期末報告(初稿)</title><yearidentifier>200105</yearidentifier></data><data><abstract>本計畫建構一套完整之河川物理性棲地環境調查程序及評估模式，以順應河性建構適當之河川工程、減少河川工程對當地物理性棲地環境破壞與加速其環境復育為目標，研發出不同河川物理性棲地之復育方針，以供政府決策、管理與施工單位之參考。</abstract><author>中華水土保持學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503875</governmentpublicationsnumber><identifier>49985</identifier><internationalstandardbooknumber>9789860079470 ; 9860079471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49985</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川型態應用於棲地環境復育之研究(1/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>49989</identifier><internationalstandardbooknumber>9789860079517 ; 986007951X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49989</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)－光碟版=River Corridor and Habiat Restoration-Principles and Practices system(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503904</governmentpublicationsnumber><identifier>49991</identifier><internationalstandardbooknumber>9789860079524 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49991</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(總報告)--光碟版=River Corridor and Habiat Restoration - Principles and Practices system (Final Report)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503904</governmentpublicationsnumber><identifier>49996</identifier><internationalstandardbooknumber>9789860079517 ; 986007951X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49996</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)─成果資料(光碟版）=River Corridor and Habiat Restoration-Principles and Practices system(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>無論水災災害損失評估，或進一步分析區域淹水損失，均有賴基礎損失與相關資料之收集。而民國93年、94年幾次颱風豪雨（如72水災、艾利颱風、911豪雨、612豪雨及海棠颱風等）造成重大災害，災區遍及全省，對於在此期間水災災害預防、應變及復舊等事項與造成之災情以及各地區災害損失等，將加以記錄、分析探討，以做為未來流域治理規劃與籌編防災經費之參考。 此外，水利署於民國91、92年間以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料據以建立水災災損評估系統。系統完成至今已多年，考慮模式參數更新及操作之便利性，需進一步將其內部資料予以網路資料庫化，最後將資料分析過程由半自動改為全自動化。 本計畫執行期間，若因颱風、暴雨因素需成立水利署緊急應變小組時，本計畫執行相關人員將協助災害應變支援諮詢工作，提供計畫研究之相關災損評估經驗，規劃災害調查之行政機制及災後之災損資料蒐集等，以協助防救災應變之決策支援。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950042</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503846</governmentpublicationsnumber><identifier>49998</identifier><internationalstandardbooknumber>9789860079081 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49998</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>區域淹水損失圖建立前期計畫-93、94年颱風豪雨及災損調查分析   A Pre-plan for Production of Local Inundation Lost Maps-Investigation and Analysis of the Inundation Lost, Storms, and Typhoons in 2004 and 2005</title><yearidentifier>200612</yearidentifier></data><data><abstract>無論水災災害損失評估，或進一步分析區域淹水損失，均有賴基礎損失與相關資料之收集。而民國93年、94年幾次颱風豪雨（如72水災、艾利颱風、911豪雨、612豪雨及海棠颱風等）造成重大災害，災區遍及全省，對於在此期間水災災害預防、應變及復舊等事項與造成之災情以及各地區災害損失等，將加以記錄、分析探討，以做為未來流域治理規劃與籌編防災經費之參考。 此外，水利署於民國91、92年間以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料據以建立水災災損評估系統。系統完成至今已多年，考慮模式參數更新及操作之便利性，需進一步將其內部資料予以網路資料庫化，最後將資料分析過程由半自動改為全自動化。 本計畫執行期間，若因颱風、暴雨因素需成立水利署緊急應變小組時，本計畫執行相關人員將協助災害應變支援諮詢工作，提供計畫研究之相關災損評估經驗，規劃災害調查之行政機制及災後之災損資料蒐集等，以協助防救災應變之決策支援。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950042</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503846</governmentpublicationsnumber><identifier>49999</identifier><internationalstandardbooknumber>9789860079081 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49999</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「區域淹水損失圖建立前期計畫-93、94年颱風豪雨及災損調查分析」－民國93、94年颱風、豪雨紀實</title><yearidentifier>200612</yearidentifier></data><data><abstract>無論水災災害損失評估，或進一步分析區域淹水損失，均有賴基礎損失與相關資料之收集。而民國93年、94年幾次颱風豪雨（如72水災、艾利颱風、911豪雨、612豪雨及海棠颱風等）造成重大災害，災區遍及全省，對於在此期間水災災害預防、應變及復舊等事項與造成之災情以及各地區災害損失等，將加以記錄、分析探討，以做為未來流域治理規劃與籌編防災經費之參考。 此外，水利署於民國91、92年間以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料據以建立水災災損評估系統。系統完成至今已多年，考慮模式參數更新及操作之便利性，需進一步將其內部資料予以網路資料庫化，最後將資料分析過程由半自動改為全自動化。 本計畫執行期間，若因颱風、暴雨因素需成立水利署緊急應變小組時，本計畫執行相關人員將協助災害應變支援諮詢工作，提供計畫研究之相關災損評估經驗，規劃災害調查之行政機制及災後之災損資料蒐集等，以協助防救災應變之決策支援。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950042</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503846</governmentpublicationsnumber><identifier>50000</identifier><internationalstandardbooknumber>9789860079081 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50000</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「區域淹水損失圖建立前期計畫-93、94年颱風豪雨及災損調查分析」－民國93、94年世界颱風豪雨災情</title><yearidentifier>200612</yearidentifier></data><data><abstract>無論水災災害損失評估，或進一步分析區域淹水損失，均有賴基礎損失與相關資料之收集。而民國93年、94年幾次颱風豪雨（如72水災、艾利颱風、911豪雨、612豪雨及海棠颱風等）造成重大災害，災區遍及全省，對於在此期間水災災害預防、應變及復舊等事項與造成之災情以及各地區災害損失等，將加以記錄、分析探討，以做為未來流域治理規劃與籌編防災經費之參考。 此外，水利署於民國91、92年間以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料據以建立水災災損評估系統。系統完成至今已多年，考慮模式參數更新及操作之便利性，需進一步將其內部資料予以網路資料庫化，最後將資料分析過程由半自動改為全自動化。 本計畫執行期間，若因颱風、暴雨因素需成立水利署緊急應變小組時，本計畫執行相關人員將協助災害應變支援諮詢工作，提供計畫研究之相關災損評估經驗，規劃災害調查之行政機制及災後之災損資料蒐集等，以協助防救災應變之決策支援。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950042</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503846</governmentpublicationsnumber><identifier>50001</identifier><internationalstandardbooknumber>9789860079081 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50001</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「區域淹水損失圖建立前期計畫-93、94年颱風豪雨及災損調查分析」－水災損失評估系統模式操作手冊</title><yearidentifier>200612</yearidentifier></data><data><abstract>無論水災災害損失評估，或進一步分析區域淹水損失，均有賴基礎損失與相關資料之收集。而民國93年、94年幾次颱風豪雨（如72水災、艾利颱風、911豪雨、612豪雨及海棠颱風等）造成重大災害，災區遍及全省，對於在此期間水災災害預防、應變及復舊等事項與造成之災情以及各地區災害損失等，將加以記錄、分析探討，以做為未來流域治理規劃與籌編防災經費之參考。 此外，水利署於民國91、92年間以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料據以建立水災災損評估系統。系統完成至今已多年，考慮模式參數更新及操作之便利性，需進一步將其內部資料予以網路資料庫化，最後將資料分析過程由半自動改為全自動化。 本計畫執行期間，若因颱風、暴雨因素需成立水利署緊急應變小組時，本計畫執行相關人員將協助災害應變支援諮詢工作，提供計畫研究之相關災損評估經驗，規劃災害調查之行政機制及災後之災損資料蒐集等，以協助防救災應變之決策支援。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950042</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503846</governmentpublicationsnumber><identifier>50002</identifier><internationalstandardbooknumber>9789860079081 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50002</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>區域淹水損失圖建立前期計畫-93、94年颱風豪雨及災損調查分析(光碟版)  A Pre-plan for Production of Local Inundation Lost Maps-Investigation and Analysis of the Inundation Lost, Storms, and Typhoons in 2004 and 2005</title><yearidentifier>200612</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950357</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>50003</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50003</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置第一年專題報告書(內附光碟)=Multiformity Drainage Watershed Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>行政院國家災害防救科技中心為使行政機關瞭解各縣市之淹水潛勢，於民國88年起製作全省各縣市之淹水潛勢圖，供各方防災規劃之參考。然其淹水潛勢圖對於部分水利構造物與相關運算條件予以簡化或忽略，對於許多水利工程規劃設計而言，其精度略顯不足，因此有必要針對相關地形、地貌及地物資料進行深入之檢討，以了解其影響程度及適用性，據以日後辦理淹水潛勢圖更新工作之參考。 此外，根據國家災害防救科技中心之淹水潛勢分析與水利署歷年來淹水調查結果顯示，台灣西南沿海地區包括彰化縣、雲林縣、嘉義縣市與台南縣市等地區，因地勢低窪且受地層下陷的影響，為台灣地區淹水潛勢最高的地區之一，因此本計畫乃以上述高淹水潛勢地區為對象，區分都會型區域及鄉村型區域進行詳細之淹水潛勢分析，並擬定雨量預警指標，以提供各級政府提早擬定因應之防災對策，並作為未來規劃建置淹水預警通報系統之參考。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950041</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503847</governmentpublicationsnumber><identifier>50004</identifier><internationalstandardbooknumber>9789860078985 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50004</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>淹水潛勢圖更新前期計畫：演算資料調查及雨量預警之研究  A Pre-plan for Update of Potential Inundation Maps - Compute Data Investigate and a Study of Rainfall Warning</title><yearidentifier>200612</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950357</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>50005</identifier><internationalstandardbooknumber>9789860077810 ; 9860077819</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50005</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置─光碟版=Multiformity Drainage Watershd Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>行政院國家災害防救科技中心為使行政機關瞭解各縣市之淹水潛勢，於民國88年起製作全省各縣市之淹水潛勢圖，供各方防災規劃之參考。然其淹水潛勢圖對於部分水利構造物與相關運算條件予以簡化或忽略，對於許多水利工程規劃設計而言，其精度略顯不足，因此有必要針對相關地形、地貌及地物資料進行深入之檢討，以了解其影響程度及適用性，據以日後辦理淹水潛勢圖更新工作之參考。 此外，根據國家災害防救科技中心之淹水潛勢分析與水利署歷年來淹水調查結果顯示，台灣西南沿海地區包括彰化縣、雲林縣、嘉義縣市與台南縣市等地區，因地勢低窪且受地層下陷的影響，為台灣地區淹水潛勢最高的地區之一，因此本計畫乃以上述高淹水潛勢地區為對象，區分都會型區域及鄉村型區域進行詳細之淹水潛勢分析，並擬定雨量預警指標，以提供各級政府提早擬定因應之防災對策，並作為未來規劃建置淹水預警通報系統之參考。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950384</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503847</governmentpublicationsnumber><identifier>50006</identifier><internationalstandardbooknumber>9789860078985 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50006</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>淹水潛勢圖更新前期計畫：演算資料調查及雨量預警之研究(光碟版)  A Pre-plan for Update of Potential Inundation Maps - Compute Data Investigate and a Study of Rainfall Warning</title><yearidentifier>200612</yearidentifier></data><data><abstract>為了協助水利署推動禦潮防災業務，本計畫結合歷史資料、現場監測、數值模式預測與資訊服務系統技術，期能掌握現況並預測未來，以達到及早因應災害之可能發生事件。本年度計畫執行對象為台南高雄海岸地區，計畫目標為建置一套台南高雄地區海岸災害監測與預警之展示與查詢系統雛形，期能在往後颱風期間讓水利署有多一份參考資料得以掌握海岸災害概況。 為達到上述目標，本計畫涵蓋了「資料蒐集分析」、「模式預測」、「現場監測」與「資訊整合」四部分。蒐集歷史資料包含波浪、潮位、氣象、地形、海堤、海岸影像與海岸災害等資料，本報告已完成大部分資料蒐集與分析工作。歷史資料之蒐集是為了瞭解過去與現在狀況，本計畫利用數值模式預測未來海岸水位變化，以NWWIII模式結合SWAN模式推測波浪(含波揚)，可有效預測台南高雄海域的波浪分佈情況，並包含由波浪所形成的波浪水位；在天文朝與暴潮預測方面，則以大範圍三維POM模式與小範圍有限元素法潮流模式，亦可有效模擬台南高雄海域天文潮流與暴潮分佈。至於波浪溯生方面，利用SPH和VOF模式推算外海入射波浪在海堤上造成之溯升高度，上述模式均要求小區域高解析度的模式，本計畫研究重點在於設立這些模式之輸入輸出格式，並進行了驗證獲得良好的模擬結果。海岸水位(含溯升)之預測將藉由本計畫之現場監測結果進行驗證，將在近岸設置溯升監測樁與浪高水位觀測系統之規劃，並納入現場即時影像。 多元的資料是否能有效地被應用，有一套展示與查詢介面有其必要性。因此，本計畫完成此資料展示系統之規劃設計，並至系統建置完成後，未來相關人員只要在網際網路服務範圍內，均可獲得有關台南高雄海岸的數據、影像、歷史經驗、現況與未來預測等資訊，作為禦潮防災決策之參考用途。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950317</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503848</governmentpublicationsnumber><identifier>50007</identifier><internationalstandardbooknumber>9789860079005 ; 9860079005</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50007</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台南高屏海岸災害監測預警系統建立(1/2)＝Monitoring nad Modeling of Sea-State for Hazard Warning System at Tainan, Kaohsing and Pingtung Coastal Areas(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為了協助水利署推動禦潮防災業務，本計畫結合歷史資料、現場監測、數值模式預測與資訊服務系統技術，期能掌握現況並預測未來，以達到及早因應災害之可能發生事件。本年度計畫執行對象為台南高雄海岸地區，計畫目標為建置一套台南高雄地區海岸災害監測與預警之展示與查詢系統雛形，期能在往後颱風期間讓水利署有多一份參考資料得以掌握海岸災害概況。 為達到上述目標，本計畫涵蓋了「資料蒐集分析」、「模式預測」、「現場監測」與「資訊整合」四部分。蒐集歷史資料包含波浪、潮位、氣象、地形、海堤、海岸影像與海岸災害等資料，本報告已完成大部分資料蒐集與分析工作。歷史資料之蒐集是為了瞭解過去與現在狀況，本計畫利用數值模式預測未來海岸水位變化，以NWWIII模式結合SWAN模式推測波浪(含波揚)，可有效預測台南高雄海域的波浪分佈情況，並包含由波浪所形成的波浪水位；在天文朝與暴潮預測方面，則以大範圍三維POM模式與小範圍有限元素法潮流模式，亦可有效模擬台南高雄海域天文潮流與暴潮分佈。至於波浪溯生方面，利用SPH和VOF模式推算外海入射波浪在海堤上造成之溯升高度，上述模式均要求小區域高解析度的模式，本計畫研究重點在於設立這些模式之輸入輸出格式，並進行了驗證獲得良好的模擬結果。海岸水位(含溯升)之預測將藉由本計畫之現場監測結果進行驗證，將在近岸設置溯升監測樁與浪高水位觀測系統之規劃，並納入現場即時影像。 多元的資料是否能有效地被應用，有一套展示與查詢介面有其必要性。因此，本計畫完成此資料展示系統之規劃設計，並至系統建置完成後，未來相關人員只要在網際網路服務範圍內，均可獲得有關台南高雄海岸的數據、影像、歷史經驗、現況與未來預測等資訊，作為禦潮防災決策之參考用途。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950317</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503848</governmentpublicationsnumber><identifier>50009</identifier><internationalstandardbooknumber>9789860079005 ; 9860079005</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50009</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台南高屏海岸災害監測預警系統建立(1/2)－光碟版＝Monitoring nad Modeling of Sea-State for Hazard Warning System at Tainan, Kaohsing and Pingtung Coastal Areas(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>由地層在各方向之變化情形，將有助於探討地下水水質在空間上之分布概況及變化趨勢。藉由不同時間之空間分佈趨勢分析與探討，明瞭人為開發利用或環境背景因素之演變對於地下水質之影響，以作為後續水質監測之參考，</abstract><author>台灣糖業股份有限公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950191</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503967</governmentpublicationsnumber><identifier>50010</identifier><internationalstandardbooknumber>9789860079982 ; 9860079986</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50010</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區地下水觀測網計畫─台灣地區地下水水質空間分佈初步分析專題報告書(內附光碟)=Preliminary Analysis on the Spatial Distribution of the Groundwater Quality in Taiwan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫延續94年衛星災害監測及預警機制建立(1/2)計畫，應用衛星遙測影像進行90-95年石門水庫、頭前溪、大甲溪、高屏溪上源集水區裸露崩塌地判釋，計畫首先藉由實驗樣區植生分析，制定出崩塌判釋標準流程，並應用數值地形模型探討崩塌發生的區位特徵；為利於崩塌地的持續監測及現地勘查，研究中彙整集水區中大型崩塌地屬性資料。在資料的比對驗證上，則藉由現地調查及航照判釋資料進行。 在集水區淤沙推估上，首先制定泥沙沖刷演算流程，其中非點源式的表土沖刷以通用土壤流失公式進行推估，點源式的淤砂來源則以判釋崩塌區及崩塌深度進行分析，再藉由泥沙遞移概念演算進入庫區或集水區出流點的砂石總量。經由比較分析，歷年表土沖刷變化與年降雨量呈現相關，而在空間分布上，高表土流失區域與裸露崩塌區位相符合。分析結果顯示石門水庫及高屏溪流域分別於2004年及2005年有明顯增加的趨勢，與艾利、馬莎颱風造成影響有關 在河床高程變遷的研究上，計畫中應用ERS-2，ENVISAT雷達衛星資料，以差分干涉技術分析大甲溪、高屏溪、及蘭陽溪因河砂淤積沖刷造成的河床高程變化，經由與SRTM及水利署河床斷面資料相比較皆獲致一致成果。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950040</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>10095033849</governmentpublicationsnumber><identifier>50012</identifier><internationalstandardbooknumber>9789860079029 ; 9860079021</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50012</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星災害監測及預警機制建立(2/2)=Disaster Monitoring Using Satellite Imagery (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫延續94年衛星災害監測及預警機制建立(1/2)計畫，應用衛星遙測影像進行90-95年石門水庫、頭前溪、大甲溪、高屏溪上源集水區裸露崩塌地判釋，計畫首先藉由實驗樣區植生分析，制定出崩塌判釋標準流程，並應用數值地形模型探討崩塌發生的區位特徵；為利於崩塌地的持續監測及現地勘查，研究中彙整集水區中大型崩塌地屬性資料。在資料的比對驗證上，則藉由現地調查及航照判釋資料進行。 在集水區淤沙推估上，首先制定泥沙沖刷演算流程，其中非點源式的表土沖刷以通用土壤流失公式進行推估，點源式的淤砂來源則以判釋崩塌區及崩塌深度進行分析，再藉由泥沙遞移概念演算進入庫區或集水區出流點的砂石總量。經由比較分析，歷年表土沖刷變化與年降雨量呈現相關，而在空間分布上，高表土流失區域與裸露崩塌區位相符合。分析結果顯示石門水庫及高屏溪流域分別於2004年及2005年有明顯增加的趨勢，與艾利、馬莎颱風造成影響有關 在河床高程變遷的研究上，計畫中應用ERS-2，ENVISAT雷達衛星資料，以差分干涉技術分析大甲溪、高屏溪、及蘭陽溪因河砂淤積沖刷造成的河床高程變化，經由與SRTM及水利署河床斷面資料相比較皆獲致一致成果。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950040</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503849</governmentpublicationsnumber><identifier>50014</identifier><internationalstandardbooknumber>9789860079029 ; 9860079021</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50014</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星災害監測及預警機制建立(2/2)－光碟版=Disaster Monitoring Using Satellite Imagery (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的持續瞭解蘭陽平原等10個地區區域地下水水質狀況，以提供水資源調配之依據，及提供污染監測參考；並配合濁水溪下游河道伏流水及地下水調查分析計畫及金門地區地下水水質檢測工作，以初步了解其水質狀況。</abstract><author>台灣糖業股份有限公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950191</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503968</governmentpublicationsnumber><identifier>50015</identifier><internationalstandardbooknumber>9789860079975 ; 9860079978</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50015</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區地下水觀測網計畫─95台灣地區地下水水質檢測分析與評估專題報告書(內附光碟)= Analysis and Evaluation of  the Groundwater Qualitu Surviy in Taiwan Area,2006</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503479</governmentpublicationsnumber><identifier>50016</identifier><internationalstandardbooknumber>9789860075809 ; 9860075808</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50016</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河床質調查方法之比較研究專題報告書=Comparison Study of Sampling Methods for Grain -Size Distribution of Riverbed Materials</title><yearidentifier>200612</yearidentifier></data><data><abstract>我國防災體系的統合指揮方式，防災資源與能力皆分散於各業務主管單位、地方政府、與民間單位之中，為因應災害之跨區域、跨學科、跨領域及跨專業的特質，整合防救災資源，並利用資訊技術有效率的管理防救災資源，發揮整體及加乘之防災能量，致力強化橫向聯繫，包括各部會之間、中央與地方，以及民間單位，加強相關業務、資訊、經驗、知識與資源的協調、支援與共享，不但是我國防災體系重要特質，也是防災工作的成功關鍵。 今年度延續去年度以資訊技術提升救災效能的精神，研究成果如下：結合GIS，製作「淹水潛勢分析系統」；調查十二縣市民間廠商是否具抽水機等設備；利用分析階層程序法(AHP)及地理資訊系統(GIS)，分別探討區排失效型水災及潰堤型水災之考量因子及其對應淹水潛勢估算模式，並將此淹水潛勢與災害損失程度相結合而建立水災風險評估指標；本計畫利用台中市筏子溪實證區以及前項工作成果，針對能夠有效降低淹水高度而減緩區排失效型水災災害之抽水機置放處，以及能有效控制潰堤所造成潰堤型水災之防汛塊置放河段與數量比例，進行防救災器材最佳化規劃之示範操作；建立水災救災倉庫配置模式之最佳化規劃分析流程及操作步驟，利用台中市筏子溪實證區進行集水區層級之臨時器材調度集結中心最佳化配置，並利用水利署所管轄之四座防汛倉庫(後龍、霧峰、石岡及集集)對中部區域六縣市(苗栗縣、台中縣市、彰化縣、南投縣及雲林縣)進行區域性層級之水災救災倉庫最佳化配置；水災防救資料庫功能介面之提昇與強化；辦理水災防救資料庫資訊系統教育訓練及系統操作演練；辦理水旱災防救災業務講習；以「經濟部水利署防汛搶險器材管理要點」及「經濟部水利署移動式抽水機運用及維護管理作業要點」為依據，將抽水機及防汛器材從保管維護、資源請求、資源調度運用等程序或表單，編撰成「水災防救災資源管理作業手冊」方便相關業務單位參考；及編撰「抽水機調度操作手冊」等工作成果。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950044</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503850</governmentpublicationsnumber><identifier>50017</identifier><internationalstandardbooknumber>9789860079050 ; 9860079056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50017</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水災防救資料庫擴充與防救災器材動員路線及救災倉庫配置最佳化規劃(2/2)計畫=Expanding database of the flood rescue and prevention ,and optimization  planning in disaster  relief for providing apparatus, mobilizing route and warehouse position (2/2</title><yearidentifier>200612</yearidentifier></data><data><abstract>我國防災體系的統合指揮方式，防災資源與能力皆分散於各業務主管單位、地方政府、與民間單位之中，為因應災害之跨區域、跨學科、跨領域及跨專業的特質，整合防救災資源，並利用資訊技術有效率的管理防救災資源，發揮整體及加乘之防災能量，致力強化橫向聯繫，包括各部會之間、中央與地方，以及民間單位，加強相關業務、資訊、經驗、知識與資源的協調、支援與共享，不但是我國防災體系重要特質，也是防災工作的成功關鍵。 今年度延續去年度以資訊技術提升救災效能的精神，研究成果如下：結合GIS，製作「淹水潛勢分析系統」；調查十二縣市民間廠商是否具抽水機等設備；利用分析階層程序法(AHP)及地理資訊系統(GIS)，分別探討區排失效型水災及潰堤型水災之考量因子及其對應淹水潛勢估算模式，並將此淹水潛勢與災害損失程度相結合而建立水災風險評估指標；本計畫利用台中市筏子溪實證區以及前項工作成果，針對能夠有效降低淹水高度而減緩區排失效型水災災害之抽水機置放處，以及能有效控制潰堤所造成潰堤型水災之防汛塊置放河段與數量比例，進行防救災器材最佳化規劃之示範操作；建立水災救災倉庫配置模式之最佳化規劃分析流程及操作步驟，利用台中市筏子溪實證區進行集水區層級之臨時器材調度集結中心最佳化配置，並利用水利署所管轄之四座防汛倉庫(後龍、霧峰、石岡及集集)對中部區域六縣市(苗栗縣、台中縣市、彰化縣、南投縣及雲林縣)進行區域性層級之水災救災倉庫最佳化配置；水災防救資料庫功能介面之提昇與強化；辦理水災防救資料庫資訊系統教育訓練及系統操作演練；辦理水旱災防救災業務講習；以「經濟部水利署防汛搶險器材管理要點」及「經濟部水利署移動式抽水機運用及維護管理作業要點」為依據，將抽水機及防汛器材從保管維護、資源請求、資源調度運用等程序或表單，編撰成「水災防救災資源管理作業手冊」方便相關業務單位參考；及編撰「抽水機調度操作手冊」等工作成果。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950044</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/23</date><governmentpublicationsnumber>1009503850</governmentpublicationsnumber><identifier>50018</identifier><internationalstandardbooknumber>9789860079050 ; 9860079056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50018</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水災防救資料庫擴充與防救災器材動員路線及救災倉庫配置最佳化規劃(2/2)計畫(光碟版)=Expanding database of the flood rescue and prevention ,and optimization  planning in disaster  relief for providing apparatus, mobilizing route and warehouse position</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外相關文獻蒐集，深入瞭解國內外河川治理思維與發展趨勢，依據國內相關法令規定，並參據既有相關研究成果，柔合防洪安全、生態景觀維護與空間利用需求，納入環境變遷趨勢因子，宏觀研訂河川治理技術準則。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950297</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503536</governmentpublicationsnumber><identifier>50025</identifier><internationalstandardbooknumber>9789860076028 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50025</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)  First Step Research on Technical Guidelines of  Hydraulic Engineering─River Regulation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外相關文獻蒐集，深入瞭解國內外河川治理思維與發展趨勢，依據國內相關法令規定，並參據既有相關研究成果，柔合防洪安全、生態景觀維護與空間利用需求，納入環境變遷趨勢因子，宏觀研訂河川治理技術準則。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950297</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503536</governmentpublicationsnumber><identifier>50026</identifier><internationalstandardbooknumber>9789860076028 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50026</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)(光碟版)  First Step Research on Technical Guidelines of  Hydraulic Engineering─River Regulation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著資訊化時代來臨，在防救災業務領域中，針對防救災資料及作業的處理、充足性、準確性與時效性的要求亦相對提高，而資料的傳輸、處理、運用及資訊服務，為強化防救災作業的重要關鍵因素。 ?便利、輔助水利署各單位於各應變小組值勤開設時之作業，本計畫加強規劃建置具有整體性、區域性、跨單位性之災害緊急應變作業系統，以提供完整的防救災作業環境。 水利署轄區內水文資料庫多分散於中央氣象局、河川局、水資源局、水庫管理單位等。由於原始資料眾多繁雜，為使水利署各單位於各應變小組值勤開設時，能快速且方便查詢相關加值後之水文資料，本系統建置各類水文資料的統計分析。另外，銜接中央氣象局、台灣大學土木工程學系李天浩教授、第四河川局及第十河川局等之雨量、水位預報資訊，並加以整合以便本系統提供相關預警資訊。如此，相關作業人員便能藉由系統，提早得知警訊，進而預先做出相關應變作為。 水利署相關作業人員於應變小組開設時，需定時發佈各類最新之水情資訊及通報，另外還需負責其他眾多任務，實為龐大之負擔。為提升相關工作人員之工作效率，本系統建置自動通報管理功能。除了減低各類文件工作外，也方便各式通報之管理。</abstract><author>財團法人資訊工業策進會編</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950371</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503853</governmentpublicationsnumber><identifier>50027</identifier><internationalstandardbooknumber>9789860079043 ; 9860079048</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50027</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>災害緊急應變資訊統計、預警資訊整合及自動通報系統建立=The Establishment of Statistic Data, Integrated Early Warning and Automatic Aviso for Disaster Emergency Response</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著資訊化時代來臨，在防救災業務領域中，針對防救災資料及作業的處理、充足性、準確性與時效性的要求亦相對提高，而資料的傳輸、處理、運用及資訊服務，為強化防救災作業的重要關鍵因素。 ?便利、輔助水利署各單位於各應變小組值勤開設時之作業，本計畫加強規劃建置具有整體性、區域性、跨單位性之災害緊急應變作業系統，以提供完整的防救災作業環境。 水利署轄區內水文資料庫多分散於中央氣象局、河川局、水資源局、水庫管理單位等。由於原始資料眾多繁雜，為使水利署各單位於各應變小組值勤開設時，能快速且方便查詢相關加值後之水文資料，本系統建置各類水文資料的統計分析。另外，銜接中央氣象局、台灣大學土木工程學系李天浩教授、第四河川局及第十河川局等之雨量、水位預報資訊，並加以整合以便本系統提供相關預警資訊。如此，相關作業人員便能藉由系統，提早得知警訊，進而預先做出相關應變作為。 水利署相關作業人員於應變小組開設時，需定時發佈各類最新之水情資訊及通報，另外還需負責其他眾多任務，實為龐大之負擔。為提升相關工作人員之工作效率，本系統建置自動通報管理功能。除了減低各類文件工作外，也方便各式通報之管理。</abstract><author>財團法人資訊工業策進會編</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950371</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503853</governmentpublicationsnumber><identifier>50028</identifier><internationalstandardbooknumber>9789860079043 ; 9860079048</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50028</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>災害緊急應變資訊統計、預警資訊整合及自動通報系統建立(光碟版)=The Establishment of Statistic Data, Integrated Early Warning and Automatic Aviso for Disaster Emergency Response</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬針對台灣地區人造雨技術的發展，吸取先進國家造雨經驗與移植造雨技術，提出一長期策?，建?作業的?程與成效評估模式；同時也推動國內相關的基礎研究，以使人造雨作業技術生根，有效加強人造雨作業成果，期使人工造雨成為台灣地區水資源供應計畫的一環，以紓解供水壓?。  工作內容包含以下項目：  （一）地面人造雨大氣擴散及積雲之中尺?氣象整合模式探討  （二) 成果發表會  （三) 撰寫研發技術手冊  （四）提出人造雨長期策?規劃</abstract><author>台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950047</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503906</governmentpublicationsnumber><identifier>50029</identifier><internationalstandardbooknumber>9789860079630 ; 9860079633</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50029</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>人造雨技術發展長期策略擬定(3/3)=Planning a long-term strategy for the development of artificial rainfall enhancement technology(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬針對台灣地區人造雨技術的發展，吸取先進國家造雨經驗與移植造雨技術，提出一長期策?，建?作業的?程與成效評估模式；同時也推動國內相關的基礎研究，以使人造雨作業技術生根，有效加強人造雨作業成果，期使人工造雨成為台灣地區水資源供應計畫的一環，以紓解供水壓?。  工作內容包含以下項目：  （一）地面人造雨大氣擴散及積雲之中尺?氣象整合模式探討  （二) 成果發表會  （三) 撰寫研發技術手冊  （四）提出人造雨長期策?規劃</abstract><author>台灣大學大氣科學系</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950047</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503906</governmentpublicationsnumber><identifier>50030</identifier><internationalstandardbooknumber>9789860079630 ; 9860079633</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50030</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>人造雨技術發展長期策略擬定(3/3)－光碟版=Planning a long-term strategy for the development of artificial rainfall enhancement technology(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署自92年起恢復台灣地區地面及空中人工增雨作業，陸續修復、新購地面碘化銀配方燃燒器，並改良現有人工設備為自動化構型，藉由網路與無線通訊作遠端監控及操作，降低現地工作人員負擔。歷經數年之計畫投入，不論在傳統手動型地面造雨器的維護持續使用，及新型遠距遙控地面造雨器的研發都有具體成效，達成當初由後勤面支援水利署造雨作業及台大大氣系的人造雨測試評估作業，具體成果可以造雨器修復維護、人員操作訓練、及遠距自動點火造雨器開發三項成果：    (一)	造雨器修復維護：原有傳統手動地面造雨器已購入十年以上， 33具中有17部呈待修狀態，多數有?蝕、滲漏、及零件損壞的現象，工作修復工作包括分解零件、以去漬油及超音波清洗、堪品分檢，確認各部零配件數量，重新組合及試燒等，重新組裝後交回水利署及現場使用，在修復後並定期回收保護。    (二)	編寫造雨器操作手冊及人員訓練：針對地面造雨器之操作流程及各級保養程序，編寫操作手冊，在北區水資源局辦理操作保養講習會，供使用人員操作有所依據。    (三)	遠距自動點造雨器開發：在不改變既有燃燒造雨核噴出特性的條件下，開發遠距自動點火造雨器，在第一年功能發展成功後，第二年持續精簡組件及壓縮體積，最後的成品增加線上管路控制閥件、信號檢知、母火燃燒器與火焰檢知器及燃燒安全程序控制器等，可以達成遠方安全點火操作與桶裝液化瓦斯、碘化銀存量的監視管理的目的。可接受由遠方外部信號點火操作及造雨器燃燒時之相關信號的回傳，使遠方可監視造雨器的燃燒狀況燃燒。遠方監控統選擇可獨立運作之GSM/GPRS系統為通訊通道。可以在不干擾現有回報系統下多工控制多具造雨站。 	目前已完成七具自動點火造雨器，其中三部配合人造雨評估作業，分別佈置在石門水庫、中壢中央大學、烏來污水處處理廠等三處。</abstract><author>工業技術研究院能源與環境研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950046</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503854</governmentpublicationsnumber><identifier>50033</identifier><internationalstandardbooknumber>9789860079074 ; 9860079072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50033</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>國造遠端自動點火造雨器改良=Modification of Indigenous Remote-Controlled Ground Generator</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署自92年起恢復台灣地區地面及空中人工增雨作業，陸續修復、新購地面碘化銀配方燃燒器，並改良現有人工設備為自動化構型，藉由網路與無線通訊作遠端監控及操作，降低現地工作人員負擔。歷經數年之計畫投入，不論在傳統手動型地面造雨器的維護持續使用，及新型遠距遙控地面造雨器的研發都有具體成效，達成當初由後勤面支援水利署造雨作業及台大大氣系的人造雨測試評估作業，具體成果可以造雨器修復維護、人員操作訓練、及遠距自動點火造雨器開發三項成果：    (一)	造雨器修復維護：原有傳統手動地面造雨器已購入十年以上， 33具中有17部呈待修狀態，多數有?蝕、滲漏、及零件損壞的現象，工作修復工作包括分解零件、以去漬油及超音波清洗、堪品分檢，確認各部零配件數量，重新組合及試燒等，重新組裝後交回水利署及現場使用，在修復後並定期回收保護。    (二)	編寫造雨器操作手冊及人員訓練：針對地面造雨器之操作流程及各級保養程序，編寫操作手冊，在北區水資源局辦理操作保養講習會，供使用人員操作有所依據。    (三)	遠距自動點造雨器開發：在不改變既有燃燒造雨核噴出特性的條件下，開發遠距自動點火造雨器，在第一年功能發展成功後，第二年持續精簡組件及壓縮體積，最後的成品增加線上管路控制閥件、信號檢知、母火燃燒器與火焰檢知器及燃燒安全程序控制器等，可以達成遠方安全點火操作與桶裝液化瓦斯、碘化銀存量的監視管理的目的。可接受由遠方外部信號點火操作及造雨器燃燒時之相關信號的回傳，使遠方可監視造雨器的燃燒狀況燃燒。遠方監控統選擇可獨立運作之GSM/GPRS系統為通訊通道。可以在不干擾現有回報系統下多工控制多具造雨站。 	目前已完成七具自動點火造雨器，其中三部配合人造雨評估作業，分別佈置在石門水庫、中壢中央大學、烏來污水處處理廠等三處。</abstract><author>工業技術研究院能源與環境研究所</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950046</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503854</governmentpublicationsnumber><identifier>50035</identifier><internationalstandardbooknumber>9789860079074 ; 9860079072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50035</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>國造遠端自動點火造雨器改良(光碟版)=Modification of Indigenous Remote-Controlled Ground Generator</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭颱風、豪雨所侵襲；而且由於地形的特殊關係，河川坡陡流急，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。因此，當豪大雨災害侵襲時，救災緊急應變指揮體系如何能在最短的時間內下達正確的決策，是極為重要的課題。當災情傳出時，以災害發生所需應變的階段反應之第一時間最為緊迫。因此，如何在應變期間利用即時性的災害通報系統及災害資源管理系統，運用網路的便利與即時性將水情資訊即時傳輸至應變中心，以便進行相關地區的人員的疏散、救援資源調度與派遣工作。可說是救災工作之成功與否所在。 本計畫為2年期計畫，主要延續「94年度水災災情行動偵測、監測機制之建立（1/2）」計畫案，本（95）年度進行行動偵測及監測系統進行測試及推廣運用、中央管河川重要河段、區域排水及西南沿海嚴重地層下陷且易淹水地區進行偵測點規劃、運用現有之影像監視系統結合GPS、GIS及地形高程資料，初步建立淹水地區淹水範圍及深度之估算模式、建置即時影像監視站並對現有之即時影像站功能評估以及整合即時影像監視系統、颱風豪雨災害應變系統成為水災災害即時影像監視及應變決策資訊系統等工作。 對於行動偵測及監測系統進行測試及推廣運用上，本計畫開發行動偵測傳輸系統軟體，藉由3G-PDA手機及藍芽GPS的組合，將現場水情資訊有效的傳遞至水利署展示網頁，由於本系統有資訊傳遞快速以及建置簡易的特性，因此在非汛期時可做為河川巡守之用，汛期時可作為災情傳達通報，以及建置臨時指揮中心，達到迅速掌握災情以及減少救災時間，並可對救災資源調度上提供參考。 本年度亦陸續協助水利署建置即時影像站，以目前影像站數規模可達百餘組影像，並將相關影像資訊傳回本計畫為水利署所建置之水災災害即時影像監視及應變決策資訊系統中，該系統建置於水利署在維護與使用上甚為方便。且對於水利署防災業務上，能夠提供即時、迅速以及全面性的資訊，並將本計畫所開發之3G行動水情系統所傳輸之資料納入展示介面等功能，對於即時影像站不足部分可作為互補之用。本系統對於水利署在災情掌控上可加速救災腳步、救災資源調度參考以及災情掌握，減少民眾損失及民怨。 建立淹水地區淹水範圍及深度之估算模式上，本年度以嘉義縣義竹鄉後鎮村為主要分析地點，但因為本年度（95年）僅有6月9～10日該區域發生水災，雖有利用即時影像站紀錄其水災災情，但由於並無水尺資料得知淹水深度予以比對及修正模式，故僅能推估接近實際淹水範圍的淹水潛勢圖形與資料，但由於本年度第二次即時影像站建置上已將水尺劃設納入，並加入移動式水位計，故可於後續計畫予以修正本模式。</abstract><author>中央大學土木工程學系</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950043</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503856</governmentpublicationsnumber><identifier>50036</identifier><internationalstandardbooknumber>9789860078992 ; 9860078998</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50036</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水災災害行動偵測、監測機制之建立(2/2)=Establishment of Mobile Monitoring System for Flood Disaster(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭颱風、豪雨所侵襲；而且由於地形的特殊關係，河川坡陡流急，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。因此，當豪大雨災害侵襲時，救災緊急應變指揮體系如何能在最短的時間內下達正確的決策，是極為重要的課題。當災情傳出時，以災害發生所需應變的階段反應之第一時間最為緊迫。因此，如何在應變期間利用即時性的災害通報系統及災害資源管理系統，運用網路的便利與即時性將水情資訊即時傳輸至應變中心，以便進行相關地區的人員的疏散、救援資源調度與派遣工作。可說是救災工作之成功與否所在。 本計畫為2年期計畫，主要延續「94年度水災災情行動偵測、監測機制之建立（1/2）」計畫案，本（95）年度進行行動偵測及監測系統進行測試及推廣運用、中央管河川重要河段、區域排水及西南沿海嚴重地層下陷且易淹水地區進行偵測點規劃、運用現有之影像監視系統結合GPS、GIS及地形高程資料，初步建立淹水地區淹水範圍及深度之估算模式、建置即時影像監視站並對現有之即時影像站功能評估以及整合即時影像監視系統、颱風豪雨災害應變系統成為水災災害即時影像監視及應變決策資訊系統等工作。 對於行動偵測及監測系統進行測試及推廣運用上，本計畫開發行動偵測傳輸系統軟體，藉由3G-PDA手機及藍芽GPS的組合，將現場水情資訊有效的傳遞至水利署展示網頁，由於本系統有資訊傳遞快速以及建置簡易的特性，因此在非汛期時可做為河川巡守之用，汛期時可作為災情傳達通報，以及建置臨時指揮中心，達到迅速掌握災情以及減少救災時間，並可對救災資源調度上提供參考。 本年度亦陸續協助水利署建置即時影像站，以目前影像站數規模可達百餘組影像，並將相關影像資訊傳回本計畫為水利署所建置之水災災害即時影像監視及應變決策資訊系統中，該系統建置於水利署在維護與使用上甚為方便。且對於水利署防災業務上，能夠提供即時、迅速以及全面性的資訊，並將本計畫所開發之3G行動水情系統所傳輸之資料納入展示介面等功能，對於即時影像站不足部分可作為互補之用。本系統對於水利署在災情掌控上可加速救災腳步、救災資源調度參考以及災情掌握，減少民眾損失及民怨。 建立淹水地區淹水範圍及深度之估算模式上，本年度以嘉義縣義竹鄉後鎮村為主要分析地點，但因為本年度（95年）僅有6月9～10日該區域發生水災，雖有利用即時影像站紀錄其水災災情，但由於並無水尺資料得知淹水深度予以比對及修正模式，故僅能推估接近實際淹水範圍的淹水潛勢圖形與資料，但由於本年度第二次即時影像站建置上已將水尺劃設納入，並加入移動式水位計，故可於後續計畫予以修正本模式。</abstract><author>中央大學土木工程學系</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950043</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503856</governmentpublicationsnumber><identifier>50037</identifier><internationalstandardbooknumber>9789860078992 ; 9860078998</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50037</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水災災害行動偵測、監測機制之建立(2/2)－光碟版=Establishment of Mobile Monitoring System for Flood Disaster(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著河川生態工法之興起，國內已有部分河川採行生態工法治河，然多數之工程設計人員仍對生態工法有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工法相關研究資料，擬定與編修河川生態工法規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工法規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪，以展示其在河川生態工法規劃設計時之功能性與輔助性。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950252</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503845</governmentpublicationsnumber><identifier>50038</identifier><internationalstandardbooknumber>9789860080803 ; 9860080801</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50038</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(1/3)--光碟版＝Development  of  Information  System for  Planning  and  Design  of  River  Eco-Engineering(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫即針對紅樹林自然保留區衍生的問題加以探討，並選擇適當地點(自然保留區外)進行現場紅樹林疏伐評估，包括洪效應、濕地陸域化及對底棲無脊椎動物、鳥類之衝擊進行評估。希望能獲得寶貴資料，作為未來相關單位在河川濕地管理上之參考。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950251</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503918</governmentpublicationsnumber><identifier>50039</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50039</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>淡水河系紅樹林溼地疏伐可行性評估研究(1/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>大甲溪流域於民國88年921大地震後，使得脆弱的地質更形破碎，再歷經多次風災、水災後，大量土石下移造成主河道嚴重淤積，形成通水面積不足問題，遇颱風豪雨，河床水位迅速抬升，滾滾洪水向下奔流，造成中、下游洪水災害，威脅大甲溪流域之民眾生命、財產安全，耗損社會資源。根據中央氣象局統計資料顯示，台灣地區每年約遭受3～4個颱風侵襲，且造成大甲溪流域中、下游河段兩岸多處防洪構造物損?，中、上游河段因大規模豪雨挾帶土石崩積材料下移嚴重淤積主流河床，導致洪水漫淹重創沿岸谷關、松鶴、裡冷等聚落，故有其必要建立大甲溪流域防洪預警系統。 本計畫之規劃構想，鑒於大甲溪流域之區域水文特性之雨量、流量大，及主河道淤積嚴重，遇豪雨即傳洪災，為期於洪水期間能掌握大甲溪流域洪水量，強化河川防災能力，及避免流域民眾受到二次災害，建議採取非工程性防洪措施之洪水測預報方式，為相關防救災單位及當地居民爭取防災及避難時間，以達減災、避災之功效。考量大甲溪流域尚未建立洪水預報模式，則先蒐集整合大甲溪流域的相關環境資料，評估現況及未來大甲溪流域建置洪水預警系統之方法及可行性，且分析比較現已開發的洪水預報模式或開發新的洪水預報模式，以期建立大甲溪洪水測預報模式。洪水測預報範圍為大甲溪流域，並由雨量、流量、水位即時監測及水庫運轉操作等相關資料進行防洪預警作業，以保護谷關、松鶴、裡冷等聚落及下游民眾生命、財產安全。</abstract><author>逢甲大學</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950303</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503857</governmentpublicationsnumber><identifier>50040</identifier><internationalstandardbooknumber>9789860079012 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50040</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>大甲溪流域防洪預警系統先期規劃 The Planning for the Establishment of a Flood Warning System on Ta-Chia River Basin</title><yearidentifier>200612</yearidentifier></data><data><abstract>大甲溪流域於民國88年921大地震後，使得脆弱的地質更形破碎，再歷經多次風災、水災後，大量土石下移造成主河道嚴重淤積，形成通水面積不足問題，遇颱風豪雨，河床水位迅速抬升，滾滾洪水向下奔流，造成中、下游洪水災害，威脅大甲溪流域之民眾生命、財產安全，耗損社會資源。根據中央氣象局統計資料顯示，台灣地區每年約遭受3～4個颱風侵襲，且造成大甲溪流域中、下游河段兩岸多處防洪構造物損?，中、上游河段因大規模豪雨挾帶土石崩積材料下移嚴重淤積主流河床，導致洪水漫淹重創沿岸谷關、松鶴、裡冷等聚落，故有其必要建立大甲溪流域防洪預警系統。 本計畫之規劃構想，鑒於大甲溪流域之區域水文特性之雨量、流量大，及主河道淤積嚴重，遇豪雨即傳洪災，為期於洪水期間能掌握大甲溪流域洪水量，強化河川防災能力，及避免流域民眾受到二次災害，建議採取非工程性防洪措施之洪水測預報方式，為相關防救災單位及當地居民爭取防災及避難時間，以達減災、避災之功效。考量大甲溪流域尚未建立洪水預報模式，則先蒐集整合大甲溪流域的相關環境資料，評估現況及未來大甲溪流域建置洪水預警系統之方法及可行性，且分析比較現已開發的洪水預報模式或開發新的洪水預報模式，以期建立大甲溪洪水測預報模式。洪水測預報範圍為大甲溪流域，並由雨量、流量、水位即時監測及水庫運轉操作等相關資料進行防洪預警作業，以保護谷關、松鶴、裡冷等聚落及下游民眾生命、財產安全。</abstract><author>逢甲大學</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950303</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503864</governmentpublicationsnumber><identifier>50041</identifier><internationalstandardbooknumber>9789860079067 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50041</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>大甲溪流域防洪預警系統先期規劃(規劃建議書) The Planning for the Establishment of a Flood Warning System on Ta-Chia River Basin</title><yearidentifier>200612</yearidentifier></data><data><abstract>大甲溪流域於民國88年921大地震後，使得脆弱的地質更形破碎，再歷經多次風災、水災後，大量土石下移造成主河道嚴重淤積，形成通水面積不足問題，遇颱風豪雨，河床水位迅速抬升，滾滾洪水向下奔流，造成中、下游洪水災害，威脅大甲溪流域之民眾生命、財產安全，耗損社會資源。根據中央氣象局統計資料顯示，台灣地區每年約遭受3～4個颱風侵襲，且造成大甲溪流域中、下游河段兩岸多處防洪構造物損?，中、上游河段因大規模豪雨挾帶土石崩積材料下移嚴重淤積主流河床，導致洪水漫淹重創沿岸谷關、松鶴、裡冷等聚落，故有其必要建立大甲溪流域防洪預警系統。本計畫之規劃構想，鑒於大甲溪流域之區域水文特性之雨量、流量大，及主河道淤積嚴重，遇豪雨即傳洪災，為期於洪水期間能掌握大甲溪流域洪水量，強化河川防災能力，及避免流域民眾受到二次災害，建議採取非工程性防洪措施之洪水測預報方式，為相關防救災單位及當地居民爭取防災及避難時間，以達減災、避災之功效。考量大甲溪流域尚未建立洪水預報模式，則先蒐集整合大甲溪流域的相關環境資料，評估現況及未來大甲溪流域建置洪水預警系統之方法及可行性，且分析比較現已開發的洪水預報模式或開發新的洪水預報模式，以期建立大甲溪洪水測預報模式。洪水測預報範圍為大甲溪流域，並由雨量、流量、水位即時監測及水庫運轉操作等相關資料進行防洪預警作業，以保護谷關、松鶴、裡冷等聚落及下游民眾生命、財產安全。</abstract><author>逢甲大學</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950303</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503857</governmentpublicationsnumber><identifier>50042</identifier><internationalstandardbooknumber>9789860079012 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50042</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>大甲溪流域防洪預警系統先期規劃(光碟版)The Planning for the Establishment of a Flood Warning System on Ta-Chia River Basin</title><yearidentifier>200612</yearidentifier></data><data><abstract>目前國內對於滯洪設計流程並無一套可遵循的模式。而滯洪量的合理範圍，應在安全與經濟間權衡的綜合考量下設計。本報告提出一套建議模式，分水文、水理模式，先由水文模式進行滯洪體積的推估，再利用其結果進行水理模式，包括滯洪設施初步設計、滯洪池水庫演算、檢核與調整設計。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950237</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503896</governmentpublicationsnumber><identifier>50043</identifier><internationalstandardbooknumber>9789860079548 ; 9860079544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50043</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>滯洪設施模式分析評估與規劃設計標準作業程序之研究(2/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>格網版洪水預報系統設計，檢討過去單機版洪水預報系統設計之限制，考量系統未來擴充、結合水資源調配、區域排水規劃等模擬應用，提出以下洪水預報系統五項主要設計構想，包括：(1)網頁服務化即時水文資料服務，(2)模組化水文模式，(3)使用者端水利應用平台，(4)元件化展示界面，和(5)格網化後端演算。茲分述各項設計構想實行成果如下。 第(1)項「即時水文資料服務」的目標是，建立包含集中註冊、集中管理和單一供應窗口的網頁服務(web service)水文資料供應平台。94年度完成制定即時水文資料Web service標準規範，規範內容包含Function名稱格式、Function標準功能、Function參數內容、資料格式等項目，另外，建立淡水河流域即時水文資料的網頁化服務。95年度完成濁水溪流域即時水文資料的網頁化服務；建立自動化偵測颱風警報單，啟動將水利署氣象水文資料定時自動傳輸到data server、啟動演算颱風定量降雨推估模組的機制；改進全台灣氣候法颱風定量降雨推估模式資料提供格式和效率。 第(2)項「模組化水文模式」的目標是，除了水庫或攔河堰的颱洪時期洩洪操作模組必須因流域特別製作外，將洪水預報過程中所需使用之水文模式，包括降雨、逕流、河川和河口潮位預報等水文模式，製作為通用(適用於所有流域)且可以動態連結的模組。93年度格網雛型計畫中已完成降雨模式和逕流模式的模組化設計。94年度將其他淡水河洪水預報系統之河川模式納入至本計畫開發的PC版模組化系統；同時利用模組化的水文模式，嘗試開發在「計算格網」上執行的濁水溪洪水預報模式雛型。95年度開發模組化河川模式，採用XML標記語言做為模式資料交換標準，並且為所有已模組化的水文模式撰寫前編譯與後編譯程式。本計畫於93-95年的三年期間，改進水文模式方面具有多項成果。颱風降雨推估模式方面，針對全台灣各流域，利用氣候法開發適用於颱風的降雨推估模式，可推估24小時或以上的降雨，如果路徑和強度預報正確，就氣候平均而言，應無偏估的問題。開發保留狀態變數作為下次演算初始條件、配合水筒模式表現基流量歷線、和不使用線性假設的地貌型運動波逕流模式。河川模式方面，NewC法開發的河川水理模式可以解決跨陡坡、緩坡的trans-critical flow演算，撰寫完成匯流、堰、分洪等元件，並且可以做到模式與流域參數完全分離的元件化理想。 格網系統的運作平台目前皆是採用Unix/Linux作業系統。由於目前大部分的個人電腦多是採用微軟公司的Windows系統，欲使預報人員能夠在其所熟悉的Windows作業環境下，可觸及並使用到Unix/Linux系統的格網運算資源，必須要建立兩系統的溝通機制。因此，整個水預報格網系統架構依功能性切割分為使用者(client)端、訊息交換端、格網計算(computing grid, CG)端三層，第(3)項「使用者端水利應用平台」即是建立於使用者端的介面，提供使用者進行專案管理、工作交付、以及成果展示等工作。為達擴充性之目的，在設計上，平台上所有的元件都是外嵌的，元件的加入必須以不變動原平台核心程式碼為原則，因此系統中所有設定均為XML標示語言，透過相對應的XML設定，系統可輕易加入、刪除或修改展示元件、套圖和畫面佈局。本計畫於94年度使用者端水利應用平台架構設計，95年完成平台實作。 第(4)項「元件化展示界面」的目標是，開發可以GIS化展示空間分佈和時間序列的元件化展示介面，使得展示觀測與預報的水文資料都能夠達到畫面標準化、操作簡單化與自動化，且可於不同流域重複使用。93年度格網雛型計畫中初步採用資策會為第十河川局發展的元件整合應用展示平台。94年開發淡水河與濁水溪流域的「氣候法颱風定量降雨推估」介面，新增兩種查詢產品：(1)未來24小時降雨趨勢推估，以及(2)類似路徑歷史颱風降雨歷線與災損查詢。95年度除了將「氣候法颱風定量降雨推估」產品的預報範圍由淡水河和濁水溪流域擴展至全台灣各河川流域，開發QPESUMS產品展示介面，並且將介面彙整至水利應用平台外，另外在平台上新增專案展示視界、多功能地圖展示視界、河道縱剖面展示視界、橫斷面水位預報展示視界、時間序列曲線展示視界等元件。 第(5)項「格網化後端演算」所謂的後端格網環境除了計算格網端外，還包括訊息交換端。計算格網是應用國網中心暨有的設備。訊息交換端是架設兩台伺服器負責使用者端與計算格網端的聯繫工作：分工伺服器(Broker server)和格網連結伺服器(Grid Connective Server)，前者是Windows作業環境，對上接收使用端(同為Windows作業環境)訊息，動態製作格網工作描述語言(Grid Job Description Language, Grid JDL)所需之前置資料，並轉送後者；後者則為Linux作業系統，負責接收前者之訊息，並依據前端傳送的前置資料轉譯為 Grid JDL，然後對後端提出計算請求。此外，一台資料伺服器(Data server)專司資料供應及儲存的工作。本計畫於94年度完成格網演算架構設計，95年度完成訊息交換中介層與計算格網網頁化服務窗口的實作。</abstract><author>台灣大學、財團法人資訊工業策進會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950038</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503858</governmentpublicationsnumber><identifier>50046</identifier><internationalstandardbooknumber>9789860079036 ; 986007903X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50046</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>洪水預報與減災應變格網建置計畫(2/2)=Development of The Flood Forecasting and Mitigation Grid (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>格網版洪水預報系統設計，檢討過去單機版洪水預報系統設計之限制，考量系統未來擴充、結合水資源調配、區域排水規劃等模擬應用，提出以下洪水預報系統五項主要設計構想，包括：(1)網頁服務化即時水文資料服務，(2)模組化水文模式，(3)使用者端水利應用平台，(4)元件化展示界面，和(5)格網化後端演算。茲分述各項設計構想實行成果如下。 第(1)項「即時水文資料服務」的目標是，建立包含集中註冊、集中管理和單一供應窗口的網頁服務(web service)水文資料供應平台。94年度完成制定即時水文資料Web service標準規範，規範內容包含Function名稱格式、Function標準功能、Function參數內容、資料格式等項目，另外，建立淡水河流域即時水文資料的網頁化服務。95年度完成濁水溪流域即時水文資料的網頁化服務；建立自動化偵測颱風警報單，啟動將水利署氣象水文資料定時自動傳輸到data server、啟動演算颱風定量降雨推估模組的機制；改進全台灣氣候法颱風定量降雨推估模式資料提供格式和效率。 第(2)項「模組化水文模式」的目標是，除了水庫或攔河堰的颱洪時期洩洪操作模組必須因流域特別製作外，將洪水預報過程中所需使用之水文模式，包括降雨、逕流、河川和河口潮位預報等水文模式，製作為通用(適用於所有流域)且可以動態連結的模組。93年度格網雛型計畫中已完成降雨模式和逕流模式的模組化設計。94年度將其他淡水河洪水預報系統之河川模式納入至本計畫開發的PC版模組化系統；同時利用模組化的水文模式，嘗試開發在「計算格網」上執行的濁水溪洪水預報模式雛型。95年度開發模組化河川模式，採用XML標記語言做為模式資料交換標準，並且為所有已模組化的水文模式撰寫前編譯與後編譯程式。本計畫於93-95年的三年期間，改進水文模式方面具有多項成果。颱風降雨推估模式方面，針對全台灣各流域，利用氣候法開發適用於颱風的降雨推估模式，可推估24小時或以上的降雨，如果路徑和強度預報正確，就氣候平均而言，應無偏估的問題。開發保留狀態變數作為下次演算初始條件、配合水筒模式表現基流量歷線、和不使用線性假設的地貌型運動波逕流模式。河川模式方面，NewC法開發的河川水理模式可以解決跨陡坡、緩坡的trans-critical flow演算，撰寫完成匯流、堰、分洪等元件，並且可以做到模式與流域參數完全分離的元件化理想。 格網系統的運作平台目前皆是採用Unix/Linux作業系統。由於目前大部分的個人電腦多是採用微軟公司的Windows系統，欲使預報人員能夠在其所熟悉的Windows作業環境下，可觸及並使用到Unix/Linux系統的格網運算資源，必須要建立兩系統的溝通機制。因此，整個水預報格網系統架構依功能性切割分為使用者(client)端、訊息交換端、格網計算(computing grid, CG)端三層，第(3)項「使用者端水利應用平台」即是建立於使用者端的介面，提供使用者進行專案管理、工作交付、以及成果展示等工作。為達擴充性之目的，在設計上，平台上所有的元件都是外嵌的，元件的加入必須以不變動原平台核心程式碼為原則，因此系統中所有設定均為XML標示語言，透過相對應的XML設定，系統可輕易加入、刪除或修改展示元件、套圖和畫面佈局。本計畫於94年度使用者端水利應用平台架構設計，95年完成平台實作。 第(4)項「元件化展示界面」的目標是，開發可以GIS化展示空間分佈和時間序列的元件化展示介面，使得展示觀測與預報的水文資料都能夠達到畫面標準化、操作簡單化與自動化，且可於不同流域重複使用。93年度格網雛型計畫中初步採用資策會為第十河川局發展的元件整合應用展示平台。94年開發淡水河與濁水溪流域的「氣候法颱風定量降雨推估」介面，新增兩種查詢產品：(1)未來24小時降雨趨勢推估，以及(2)類似路徑歷史颱風降雨歷線與災損查詢。95年度除了將「氣候法颱風定量降雨推估」產品的預報範圍由淡水河和濁水溪流域擴展至全台灣各河川流域，開發QPESUMS產品展示介面，並且將介面彙整至水利應用平台外，另外在平台上新增專案展示視界、多功能地圖展示視界、河道縱剖面展示視界、橫斷面水位預報展示視界、時間序列曲線展示視界等元件。 第(5)項「格網化後端演算」所謂的後端格網環境除了計算格網端外，還包括訊息交換端。計算格網是應用國網中心暨有的設備。訊息交換端是架設兩台伺服器負責使用者端與計算格網端的聯繫工作：分工伺服器(Broker server)和格網連結伺服器(Grid Connective Server)，前者是Windows作業環境，對上接收使用端(同為Windows作業環境)訊息，動態製作格網工作描述語言(Grid Job Description Language, Grid JDL)所需之前置資料，並轉送後者；後者則為Linux作業系統，負責接收前者之訊息，並依據前端傳送的前置資料轉譯為 Grid JDL，然後對後端提出計算請求。此外，一台資料伺服器(Data server)專司資料供應及儲存的工作。本計畫於94年度完成格網演算架構設計，95年度完成訊息交換中介層與計算格網網頁化服務窗口的實作。</abstract><author>台灣大學、財團法人資訊工業策進會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950038</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503858</governmentpublicationsnumber><identifier>50049</identifier><internationalstandardbooknumber>9789860079036 ; 986007903X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50049</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>洪水預報與減災應變格網建置計畫(2/2)－光碟版=Development of The Flood Forecasting and Mitigation Grid (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>目前國內對於滯洪設計流程並無一套可遵循的模式。而滯洪量的合理範圍，應在安全與經濟間權衡的綜合考量下設計。本報告提出一套建議模式，分水文、水理模式，先由水文模式進行滯洪體積的推估，再利用其結果進行水理模式，包括滯洪設施初步設計、滯洪池水庫演算、檢核與調整設計。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950237</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009503896</governmentpublicationsnumber><identifier>50050</identifier><internationalstandardbooknumber>9789860079548 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>滯洪設施模式分析評估與規劃設計標準作業程序之研究(2/2)成果報告書</title><yearidentifier>200612</yearidentifier></data><data><abstract>目前國內對於滯洪設計流程並無一套可遵循的模式。而滯洪量的合理範圍，本手冊對滯洪池設計模式具提出一套建議之標準作業程序，內容分為前置作業、分析作業及施設作業程序，內容分為前置作業、分析作業及施設作業，以提供滯洪技術與實務上之參考依據。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950237</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/24</date><governmentpublicationsnumber>1009503895</governmentpublicationsnumber><identifier>50051</identifier><internationalstandardbooknumber>9789860079531 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50051</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>滯洪設施規劃設計參考手冊(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫即針對紅樹林自然保留區衍生的問題加以探討，並選擇適當地點(自然保留區外)進行現場紅樹林疏伐評估，包括洪效應、濕地陸域化及對底棲無脊椎動物、鳥類之衝擊進行評估。希望能獲得寶貴資料，作為未來相關單位在河川濕地管理上之參考。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554   443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950251</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009503918</governmentpublicationsnumber><identifier>50052</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>淡水河系紅樹林溼地疏伐可行性評估研究(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著河川生態工法之興起，國內已有部分河川採行生態工法治河，然多數之工程設計人員仍對生態工法有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工法相關研究資料，擬定與編修河川生態工法規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工法規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪，以展示其在河川生態工法規劃設計時之功能性與輔助性。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950252</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/25</date><governmentpublicationsnumber>1009503845</governmentpublicationsnumber><identifier>50053</identifier><internationalstandardbooknumber>9789860080803 ; 9860080801</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50053</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(1/3)=Development of Information System for Planning and Design of River Eco─Engineering(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>快速、客觀、有效的監測河川土地資源利用現況及變遷資訊，為河川區域監測管理工作上重要的課題之一。遙測技術具有長時間、大範圍觀測的特性，尤其是我國自主之「福爾摩沙衛星二號」成功發射之後，提供了台灣地區自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性的福衛二號遙測影像，適為迅速掌握地表改變狀況以監測管理河川區域的理想資料來源。本計畫以濁水溪、高屏溪為監測範圍，配合不同的優先與緊急取像排程，獲取監測區域大量的福衛二號原始影像，再應用「福衛二號影像自動處理系統」，快速而自動地產製高品質的彩色融合正射影像，並針對各期影像進行精準的空間對位處理及相對輻射強度校正，以進行變異分析。再根據河川區域變異的種種特徵，制訂了「河川區域變異監測標準作業程序」。又為求河川區域變異通報之準確性與時效性，建置了一套以網路為平台的「河川區域變異通報作業系統」，以利於每週監測流域變異通報之工作以及現地成果之查核與彙整，於計畫執行期間共進行四次教育訓練，與河川巡查人員實際交流，針對其需要不斷修改，該系統已臻實用而有效率之境界，運作正常，發揮預期之效能。本計畫執行105天中，福衛二號對監測區域取像共計35天，扣除其中10天雲覆率過高之影像，共有25天的影像可供使用，完成了原訂監測頻率與範圍43.73%的影像拍攝工作。從這些有限的影像中共判釋出452筆「高度變異點」，以及808筆「一般變異點」資訊，並透過「河川區域變異通報作業系統」，快速提供第四及第七河川局巡查人員至現地進行查核並將結果回傳。本研究之結果顯示，善加利用福衛二號取像排程，確能達成監測區域每兩週至少進行一次變異分析，以及每月獲取至少一幅雲覆率低於20％衛星影像之需求。並可在收到原始影像後3.5天內即完成變異分析並將結果通報，未來將朝向應用平行化運算以提升處理速度，以及歸納整理變異區域查核結果以修正各種變異現象門檻值的兩大方向持續努力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950411</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/25</date><governmentpublicationsnumber>1009504374</governmentpublicationsnumber><identifier>50055</identifier><internationalstandardbooknumber>9789860084917 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50055</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以濁水溪及高屏溪為例=Applications of Satellite Remote Sensing on Monitoring and Managing the River Watershed Examples of Jhuoshuei River and Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>研究水庫淤泥應用於河川及海岸國土保育</abstract><author>成大研究發展基金會、蔡長泰、王文江</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950230</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009504108</governmentpublicationsnumber><identifier>50056</identifier><internationalstandardbooknumber>9789860081954 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50056</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫淤泥應用於國土保育之研究(3/3) Utilization of Reservoir Sediment on National Land Conservation(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>研究水庫淤泥應用於河川及海岸國土保育</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950230</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/25</date><governmentpublicationsnumber>1009504108</governmentpublicationsnumber><identifier>50057</identifier><internationalstandardbooknumber>9789860081954 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50057</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫淤泥應用於國土保育之研究(3/3)－光碟版 Utilization of Reservoir Sediment on National Land Conservation(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>檢討辦理建民水庫壩址上移案先期規劃，以探尋低壩型蓄水之可能壩址及初步評估烏溪中上游水資源開發最佳堰址方案之可能性，以期藉開發烏溪水系新水源，填補建民水庫停建後之不足水量</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6441   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950144</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503410</governmentpublicationsnumber><identifier>50059</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50059</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪水源開發─建民水庫壩址上移先期規劃暨流域水資源運用規劃檢討─壩堰址地質調查專題報告(內附光碟) =Water Rester Development for the Wuchi River -Preliminary Planning for Relocation of the Damwite of Jianmin Reservoir and Application, Planning and Review of W</title><yearidentifier>200612</yearidentifier></data><data><abstract>檢討辦理建民水庫壩址上移案先期規劃，以探尋低壩型蓄水之可能壩址及初步評估烏溪中上游水資源開發最佳堰址方案之可能性，以期藉開發烏溪水系新水源，填補建民水庫停建後之不足水量</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950144</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503410</governmentpublicationsnumber><identifier>50060</identifier><internationalstandardbooknumber>9789860074932 ; 9860074933</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50060</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪水源開發─建民水庫壩址上移先期規劃暨流域水資源運用規劃檢討─壩堰址地質調查專題報告(光碟版)=Water Rester Development for the Wuchi River -Preliminary Planning for Relocation of the Damwite of Jianmin Reservoir and Application, Planning and Review of Wat</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950360</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503313</governmentpublicationsnumber><identifier>50061</identifier><internationalstandardbooknumber>9789860074154 ; 9860074151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50061</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫─新竹地區客雅溪排水環境營造計畫─The Planning of Regulation and Environment  Rehabilitation of Regional Drainage -Environment Rehabilitation Rehabilitation Project of Ke-ya-si Drainage in Hsin-Chu Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950360</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503313</governmentpublicationsnumber><identifier>50062</identifier><internationalstandardbooknumber>9789860074154 ; 9860074151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50062</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫─新竹地區客雅溪排水環境營造計畫(光碟版)=The Planning of Regulation and Environment  Rehabilitation of Regional Drainage -Environment Rehabilitation Rehabilitation Project of Ke-ya-si Drainage in Hsin-Chu Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950359</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503309</governmentpublicationsnumber><identifier>50063</identifier><internationalstandardbooknumber>9789860074178 ; 9789860074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50063</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－桃竹地區褔興溪排水環境營造計畫(內附光碟)=The Planning of Regulation and Environment Rehabilitation of Regional Draional -Environment Rehabilitation Project of Fu-sing-si Drainage in Tao-Yuanand Hsin-Chu Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950359</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/26</date><governmentpublicationsnumber>1009503309</governmentpublicationsnumber><identifier>50064</identifier><internationalstandardbooknumber>9789860074178 ; 9860074178</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50064</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－桃竹地區褔興溪排水環境營造計畫(光碟版) =The Planning of Regulation and Environment Rehabilitation of Regional Draional -Environment Rehabilitation Project of Fu-sing-si Drainage in Tao-Yuanand Hsin-Chu Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>編印2006年台灣水資源永續發展指標中英文對照手冊供各界人士參考</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503469</governmentpublicationsnumber><identifier>50065</identifier><internationalstandardbooknumber>9789860076011 ; 9860076014</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50065</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>2006台灣水資源永續發展指標中英文對照手冊＝Chinese-English Guidebook on the Indicators of Water Resources Sustainable Development in Taiwan 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>編印2006年台灣水資源永續發展指標中英文對照手冊供各界人士參考</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503469</governmentpublicationsnumber><identifier>50066</identifier><internationalstandardbooknumber>9789860076011 ; 9860076014</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50066</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>2006台灣水資源永續發展指標中英文對照手冊(光碟版)＝Chinese-English Guidebook on the Indicators of Water Resources Sustainable Development in Taiwan 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源是支持產業發展的不可或缺的要素之一，然而過去台灣的產業政策規劃，大都以促進經濟發展為出發點作考量，很少考量到水資源供給潛能，往往是在產業政策形成並推動之後才積極尋找水源。因此產業發展規劃亦應以永續發展為考量，才能控制過度開發所造成的環境損害。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950146</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503826</governmentpublicationsnumber><identifier>50067</identifier><internationalstandardbooknumber>9789860078749 ; 9860078742</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50067</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源永續利用與產業政策關係之研究=A Study of the Relationship Between Sustainable Water Use and Industry Policy</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源是支持產業發展的不可或缺的要素之一，然而過去台灣的產業政策規劃，大都以促進經濟發展為出發點作考量，很少考量到水資源供給潛能，往往是在產業政策形成並推動之後才積極尋找水源。因此產業發展規劃亦應以永續發展為考量，才能控制過度開發所造成的環境損害。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950146</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503826</governmentpublicationsnumber><identifier>50068</identifier><internationalstandardbooknumber>9789860078749 ; 9860078742</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50068</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源永續利用與產業政策關係之研究(光碟版) = A Study of the Relationship Between Sustainable Water Use and Industry Policy</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950285</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009504150</governmentpublicationsnumber><identifier>50069</identifier><internationalstandardbooknumber>9789860082968 ; 9860082960</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50069</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究(1/2)＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950285</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009504150</governmentpublicationsnumber><identifier>50070</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50070</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究(1/2)--光碟版＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>由地層在各方向之變化情形，將有助於探討地下水水質在空間上之分布概況及變化趨勢。藉由不同時間之空間分佈趨勢分析與探討，明瞭人為開發利用或環境背景因素之演變對於地下水質之影響，以作為後續水質監測之參考，</abstract><author>台灣糖業股份有限公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950191</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503967</governmentpublicationsnumber><identifier>50071</identifier><internationalstandardbooknumber>9789860079982 ; 9860079986</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50071</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區地下水觀測網計畫─台灣地區地下水水質空間分佈初步分析專題報告書(光碟版)=Preliminary Analysis on the Spatial Distribution of the Groundwater Quality in Taiwan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950248</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>50072</identifier><internationalstandardbooknumber>9789860076622 ; 9860076626</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50072</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>中國文化大學)</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>50073</identifier><internationalstandardbooknumber>986002186 ; 986002186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50073</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川生態工法及其應用(3/3)－光碟版 River Eco-Engineering Methods and lts Applications(3/3)</title><yearidentifier>200506</yearidentifier></data><data><abstract>主要目的持續瞭解蘭陽平原等10個地區區域地下水水質狀況，以提供水資源調配之依據，及提供污染監測參考；並配合濁水溪下游河道伏流水及地下水調查分析計畫及金門地區地下水水質檢測工作，以初步了解其水質狀況。</abstract><author>台灣糖業股份有限公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950191</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503968</governmentpublicationsnumber><identifier>50074</identifier><internationalstandardbooknumber>9789860079975 ; 9860079978</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50074</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區地下水觀測網計畫─95台灣地區地下水水質檢測分析與評估專題報告書(光碟版)= Analysis and Evaluation of  the Groundwater Qualitu Surviy in Taiwan Area,2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的在於針對不同河床質調查方法進行探討與瞭解，藉由現地河床質調查試驗所得成果?合進行分析比較，並由比較討探中提出符合臺灣河川特性之河床質調查方法之規劃與調查建議。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950239</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503479</governmentpublicationsnumber><identifier>50078</identifier><internationalstandardbooknumber>9789860075809 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50078</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河床質調查方法之比較研究專題報告書 〈光碟版〉 Comparison  Study  of  Sampling  Methods  for  Grain-Size  Distribution  of  Riverbed  Materials</title><yearidentifier>200612</yearidentifier></data><data><abstract>針對加入WTO後相的水旱田利用調配計畫或是其後續計畫的延續實施，依法規、行政體系研擬活化水資源經濟的途徑或方法，以因應高缺水風險區用水需求，規劃計畫性與集團性之休耕與轉作，以成功調配農業用水，提供作為支援暫時性公共用水之水源供應。</abstract><author>清雲科技大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950013</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503243</governmentpublicationsnumber><identifier>50081</identifier><internationalstandardbooknumber>9789860072822 ; 9789860072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50081</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>配合加入WTO水旱田調整調配水資源研究(內附光碟)＝Study on the Water Resources Distribution by the Adjustment of Rice-Paddy and Upland-Crop Fields Upon the Accession to WTO</title><yearidentifier>200612</yearidentifier></data><data><abstract>針對加入WTO後相的水旱田利用調配計畫或是其後續計畫的延續實施，依法規、行政體系研擬活化水資源經濟的途徑或方法，以因應高缺水風險區用水需求，規劃計畫性與集團性之休耕與轉作，以成功調配農業用水，提供作為支援暫時性公共用水之水源供應。</abstract><author>清雲科技大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950013</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/29</date><governmentpublicationsnumber>1009503243</governmentpublicationsnumber><identifier>50083</identifier><internationalstandardbooknumber>9789860072822 ; 9789860072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50083</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>配合加入WTO水旱田調整調配水資源研究(光碟版) ＝Study on the Water Resources Distribution by the Adjustment of Rice-Paddy and Upland-Crop Fields Upon the Accession to WTO</title><yearidentifier>200612</yearidentifier></data><data><abstract>擬定河川生態復育目標，並藉由個體生態矩陣、生態水文特性之探討，來發展多目標河川流量管理策略。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950246</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009503612</governmentpublicationsnumber><identifier>50089</identifier><internationalstandardbooknumber>9789860076639 ; 9860076634</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50089</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>擬定河川生態復育目標，並藉由個體生態矩陣、生態水文特性之探討，來發展多目標河川流量管理策略。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950246</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009503612</governmentpublicationsnumber><identifier>50093</identifier><internationalstandardbooknumber>9789860076639 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50093</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(1/3)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009501733</governmentpublicationsnumber><identifier>50095</identifier><internationalstandardbooknumber>9789860056716 ; 9860056714</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50095</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水資源經營管理方案政策評估說明書〈內附光碟片〉Strategic Environmental Assessment for Integrated Water Resources Management</title><yearidentifier>200606</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950248</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>50098</identifier><internationalstandardbooknumber>9789860076622 ; 9860076626</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50098</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>蒐集水文、地文資料，河床地質探鑽並檢討本河段沖刷機制、河性及計畫河段河床定之趨勢，研析沖淤定坡降，提出最佳治理方案並定治理計畫措施及原則，推估工程經費及工程實施期程，並將可能衝擊及分工權責介面劃定做說明。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950256</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009504096</governmentpublicationsnumber><identifier>50099</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50099</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪仁義潭(攔河堰)下游沖刷河段治理方案之研析</title><yearidentifier>200612</yearidentifier></data><data><abstract>蒐集水文、地文資料，河床地質探鑽並檢討本河段沖刷機制、河性及計畫河段河床定之趨勢，研析沖淤定坡降，提出最佳治理方案並定治理計畫措施及原則，推估工程經費及工程實施期程，並將可能衝擊及分工權責介面劃定做說明。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950256</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009504096</governmentpublicationsnumber><identifier>50100</identifier><internationalstandardbooknumber>9789860081459 ; 986008145X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50100</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪仁義潭(攔河堰)下游沖刷河段治理方案之研析(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為解緩桃園地區缺水窘況，水源規劃將從備用水源及經常性水源兩大方向考量桃園大湖規劃，於桃園地區勘選儲蓄 水源方案，並辦理其方案規劃檢討、估算其開發效益，俾因應本地區未來中長程用水發展情勢。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950158</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009503590</governmentpublicationsnumber><identifier>50101</identifier><internationalstandardbooknumber>9789860076608 ; 986007660X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50101</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>桃園大湖規劃檢討(內附光碟) ＝Planning and Review of Tao-Yuan Artificial Lake</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為解緩桃園地區缺水窘況，水源規劃將從備用水源及經常性水源兩大方向考量桃園大湖規劃，於桃園地區勘選儲蓄 水源方案，並辦理其方案規劃檢討、估算其開發效益，俾因應本地區未來中長程用水發展情勢。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950158</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/30</date><governmentpublicationsnumber>1009503590</governmentpublicationsnumber><identifier>50102</identifier><internationalstandardbooknumber>9789860076608 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>桃園大湖規劃檢討(光碟版) ＝Planning and Review of Tao-Yuan Artificial Lake</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950358</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503310</governmentpublicationsnumber><identifier>50103</identifier><internationalstandardbooknumber>9789860074161 ; 986007416X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50103</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－臺北地區內溝溪排水環境營造計畫(內附光碟)＝The Planning of Regulation and Enviroment Rehabilitation of Regional Drainage：Environment Rehabilitation Project of Lei-guo-si Drainage in Taipei Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950361</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503311</governmentpublicationsnumber><identifier>50104</identifier><internationalstandardbooknumber>9789860074147 ; 9860074143</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50104</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－竹苗地區鹽港溪排水環境營造計畫=The Planning of Regulation and Environment Rehabilitation of Regional Drainage-Environment Rehabilitation Project of Y n -gang-si Drainage in Hsin-Chu and Miao-liArea</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950358</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503310</governmentpublicationsnumber><identifier>50105</identifier><internationalstandardbooknumber>9789860074161 ; 986007416X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50105</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－臺北地區內溝溪排水環境營造計畫(光碟版)＝The Planning of Regulation and Enviroment Rehabilitation of Regional Drainage：Environment Rehabilitation Project of Lei-guo-si Drainage in Taipei Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬致力於水患防治與環境利用之雙贏目標，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性之改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950361</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503311</governmentpublicationsnumber><identifier>50106</identifier><internationalstandardbooknumber>9789860074147 ; 9860074143</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50106</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－竹苗地區鹽港溪排水環境營造計畫(光碟版)=The Planning of Regulation and Environment Rehabilitation of Regional Drainage-Environment Rehabilitation Project of Y n -gang-si Drainage in Hsin-Chu and Miao-liArea</title><yearidentifier>200612</yearidentifier></data><data><abstract>根據現地的環境資源調查及本地相關發展計畫及法規的研析來探討計畫區域的發展潛力與限制，並以此進行環境營造的設計與構想，提出兼具區域防洪、污染控制、景觀塑造、生態營造及民眾參與的環境營造策略計畫。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950362</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503561</governmentpublicationsnumber><identifier>50107</identifier><internationalstandardbooknumber>9789860076523 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50107</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－彰投地區隘寮溪排水環境營造規劃(內附光碟)＝The Planning of the Enviroment Rehabilitation of Ai-Liau-Chi Drainage in Changhua and Nantou Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫致力於水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689793   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950363</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009503566</governmentpublicationsnumber><identifier>50110</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50110</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－台南地區鹽水溪排水、大洲排水環境營造規劃(內附光碟)＝The Planning of the Enviroment Rehabilitation of Tachou and Yanshuei Drainage in Tainan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要工作內容包含 1.計畫區基本資料蒐集2.相關計畫與法令研析3.環境調查及分析4.民眾意見調查及整合分析5.發展構想6.環境營造規劃7.經營管理計畫8.效益評估等八大項</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950364</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503563</governmentpublicationsnumber><identifier>50111</identifier><internationalstandardbooknumber>9789860076516 ; 9860076510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50111</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－台南縣將軍溪排水環境營造規劃(內附光碟)＝The Planning of the Enviroment Rehabilitation of Chiangchun Drainage in District Tainan CountyTainan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源總體經濟模式為台灣經濟研究院在過去四年為經濟部水利署所研發之可計算一般均衡模型，主要目的在於評估水資源政策對個體經濟與總體經濟的影響。本系統連結經濟模組中WATERGEM和MR-WATERGEM兩模型以及GIS系統，成為一決策支援系統，可將政策模擬結果以地理空間型態呈現。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950008</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503939</governmentpublicationsnumber><identifier>50115</identifier><internationalstandardbooknumber>9789860079692 ; 9860079692</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50115</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源總體經濟模式系統維護及更新(2/2)= Maintaining WATERGEM and MR-WATERGEM</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源總體經濟模式為台灣經濟研究院在過去四年為經濟部水利署所研發之可計算一般均衡模型，主要目的在於評估水資源政策對個體經濟與總體經濟的影響。本系統連結經濟模組中WATERGEM和MR-WATERGEM兩模型以及GIS系統，成為一決策支援系統，可將政策模擬結果以地理空間型態呈現。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950008</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/31</date><governmentpublicationsnumber>1009503939</governmentpublicationsnumber><identifier>50116</identifier><internationalstandardbooknumber>9789860079692 ; 9860079692</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50116</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源總體經濟模式系統維護及更新(2/2)－光碟版= Maintaining WATERGEM and MR-WATERGEM</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源系統是一個動態開放的複雜系統，存在著許多不確定的因素，包括自然環境的不確定性與未知性、人類經濟活動以及社群活動的變遷等，均會對區域或全球水資源系統?生重大的影響。這些不確定性因素的存在，對於政府水資源政策乃至整體水資源運用帶來不同程度的風險，有時甚至會造成難以挽回的災難性後果。我們必須了解水資源政策有其先天的不確定性，因此如何從『風險』的角度評估、規劃、執行水資源政策成為當前水利主管機關不可忽視的重要課題。 本計畫研究試圖建立一套水資源政策風險評估標準與作業規範，在嚴謹的數理基礎上，分析包括自然、社會文化、經濟等面向等政策風險，並得到政策風險量化指標，包括個別風險以及綜合性風險指標(Policy Risk Index, PRI)，作為輔佐政府施政的工具。本計畫第一年度擬建立一套整合性的水資源風險評估規範，同時考量不同面向的政策風險因子並整合各風險管理單元於風險評估程序中，接著建立真正符合風險概念與精神的政策風險指標，作為風險處理、風險溝通、監督查核的基礎。為達到此目標，本研究建構一個能考量所有風險管理程序的分析網路結構(Analytic Network Process, ANP)，在此平台上分析所有可能的問題與因應對策，並提出關鍵要素以供決策或執行者參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950115</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503936</governmentpublicationsnumber><identifier>50127</identifier><internationalstandardbooknumber>9789860080551 ; 9860080550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50127</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源政策風險管理機制(1/2)＝The Mechanism of Risk Management for Water Resources Policy(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源系統是一個動態開放的複雜系統，存在著許多不確定的因素，包括自然環境的不確定性與未知性、人類經濟活動以及社群活動的變遷等，均會對區域或全球水資源系統?生重大的影響。這些不確定性因素的存在，對於政府水資源政策乃至整體水資源運用帶來不同程度的風險，有時甚至會造成難以挽回的災難性後果。我們必須了解水資源政策有其先天的不確定性，因此如何從『風險』的角度評估、規劃、執行水資源政策成為當前水利主管機關不可忽視的重要課題。 本計畫研究試圖建立一套水資源政策風險評估標準與作業規範，在嚴謹的數理基礎上，分析包括自然、社會文化、經濟等面向等政策風險，並得到政策風險量化指標，包括個別風險以及綜合性風險指標(Policy Risk Index, PRI)，作為輔佐政府施政的工具。本計畫第一年度擬建立一套整合性的水資源風險評估規範，同時考量不同面向的政策風險因子並整合各風險管理單元於風險評估程序中，接著建立真正符合風險概念與精神的政策風險指標，作為風險處理、風險溝通、監督查核的基礎。為達到此目標，本研究建構一個能考量所有風險管理程序的分析網路結構(Analytic Network Process, ANP)，在此平台上分析所有可能的問題與因應對策，並提出關鍵要素以供決策或執行者參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950115</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503936</governmentpublicationsnumber><identifier>50128</identifier><internationalstandardbooknumber>9789860080551 ; 9860080550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50128</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源政策風險管理機制(1/2)－光碟版＝The Mechanism of Risk Management for Water Resources Policy(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫最終之目的是瞭解水資源相關費用同時開徵政策所產生之社會經濟效能和效率，並藉此以作為政府修正或調整水資源相關費用之訂定或執行策略之決策參考，從而以確保水資源環境費（稅）政策能達成環境外部成本內部化與增進水資源環境分配與有效運用之目標。 爰此，本計畫首先延續本工作團隊過去關於水資源稅費之研究成果與結合水利署已有關於水資源費(稅)、水資源管理政策之相關研究成果為基礎，並廣泛地蒐集水資源費(稅)及政策執行評估之相關文獻，對水資源相關費用開徵政策之執行現況以及水資源相關費用同時開徵之法規影響分析，進行深入之研究與探討。</abstract><author>台大嚴慶齡工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950131</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503929</governmentpublicationsnumber><identifier>50129</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50129</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水資源相關費用同時開徵之政策影響評估(1/2)＝The Study of Policy Impact Evaluation for Simultaneous Levy of Water Resources Fees (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫最終之目的是瞭解水資源相關費用同時開徵政策所產生之社會經濟效能和效率，並藉此以作為政府修正或調整水資源相關費用之訂定或執行策略之決策參考，從而以確保水資源環境費（稅）政策能達成環境外部成本內部化與增進水資源環境分配與有效運用之目標。 爰此，本計畫首先延續本工作團隊過去關於水資源稅費之研究成果與結合水利署已有關於水資源費(稅)、水資源管理政策之相關研究成果為基礎，並廣泛地蒐集水資源費(稅)及政策執行評估之相關文獻，對水資源相關費用開徵政策之執行現況以及水資源相關費用同時開徵之法規影響分析，進行深入之研究與探討。</abstract><author>台大嚴慶齡工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950131</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503929</governmentpublicationsnumber><identifier>50130</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50130</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水資源相關費用同時開徵之政策影響評估(1/2)－光碟版＝The Study of Policy Impact Evaluation for Simultaneous Levy of Water Resources Fees (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水利問題涵蓋水源充足供應與水利災害應變防救，其決策結果與社會發展及人民生命財產息息相關，因此本署首長面對重大水利問題時，所做之決策就需要有系統且充足的資訊，作為參考與判斷之依據，方能周延。而決策確定後，組織體系如何由上而下、由中央而地方迅速動員執行，以及執行成果如何由下而上傳達，使決策者能有效掌握，更是決策成敗之關鍵。 有關水利決策資訊支援系統(DISS)，本署過去已有豐碩之研究與建置成果。惟囿於未能整體規劃，常導致系統功能衝突及重複投資之憾。且所建置系統往往忽略決策者核心需求及服務對象，使得系統功能無法完全發揮。因此，如何掌握決策需求、協助落實決策指令、檢討整合系統資訊品質、確保資訊傳遞時效及穩定等，已成為決策資訊支援之迫切課題。</abstract><author>中華民國國家資訊基本建設產業發展協進會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950072</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504127</governmentpublicationsnumber><identifier>50131</identifier><internationalstandardbooknumber>9789860081480 ; 9860081484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50131</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利決策資訊支援系統規劃－水旱災害防救及重大事故決策支援系統整合規劃(2/2)＝Planning of Decision-Making Information Support System(DISS)-DISS for Flood and Drought Events Management(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水利問題涵蓋水源充足供應與水利災害應變防救，其決策結果與社會發展及人民生命財產息息相關，因此本署首長面對重大水利問題時，所做之決策就需要有系統且充足的資訊，作為參考與判斷之依據，方能周延。而決策確定後，組織體系如何由上而下、由中央而地方迅速動員執行，以及執行成果如何由下而上傳達，使決策者能有效掌握，更是決策成敗之關鍵。 有關水利決策資訊支援系統(DISS)，本署過去已有豐碩之研究與建置成果。惟囿於未能整體規劃，常導致系統功能衝突及重複投資之憾。且所建置系統往往忽略決策者核心需求及服務對象，使得系統功能無法完全發揮。因此，如何掌握決策需求、協助落實決策指令、檢討整合系統資訊品質、確保資訊傳遞時效及穩定等，已成為決策資訊支援之迫切課題。</abstract><author>中華民國國家資訊基本建設產業發展協進會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950072</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504127</governmentpublicationsnumber><identifier>50132</identifier><internationalstandardbooknumber>9789860081480 ; 9860081484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50132</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利決策資訊支援系統規劃－水旱災害防救及重大事故決策支援系統整合規劃(2/2)－光碟版＝Planning of Decision-Making Information Support System(DISS)-DISS for Flood and Drought Events Management(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫爰依據行政院推動之「挑戰2008：國家發展重點計畫」建立「電子化政府」工作，規劃收錄水利署水利工程計畫書、圖、表及防災應變經驗文件數位資料，並積極建構知識文件分享系統，藉由資訊科技應用及顯性知識庫的建立，作為組織內部知識傳遞與管理的利器。此外，透過水資源新聞電子報服務，傳遞水資源新聞、瞭解民情輿論及宣達政策，期能協助水利署建立顧客導向型之服務政府。茲將本計畫今年度工作成果與建議摘列如下： 一、完成95年度水資源新聞電子報服務功能，新增「話題與趨勢」報導，擇選時事專題提供深度服務；會員新增達預期300人目標，總會員已達3,843人；水資源新聞收納超過2,889則，含全球新聞268則，水資源新聞資料庫收納總數已達17,000多則。 二、完成水資源專業知識資料庫系統之改版，整合「署長文稿資料庫」、「簡報資料庫」、「照圖片資料庫」、「人力資料庫」及「委辦計畫資料庫」等五大內部資料庫系統；並新增建置「水利工程及防災技術文件資料庫」內含「大型圖檔」、「工程經驗」、「工程照圖片」及「災害應變」等文件管理系統，未來擬將兩套系統整併合一。 三、水資源新聞電子報服務未來擬擴大全球新聞摘錄範疇，由每月摘錄國外新知擇選重要議題進行深度摘譯，提供全球水資源管理之新知；另，水資源新聞資料庫之探勘(data mining)，發覺國內關注之課題及提供民情輿論分析報告為未來計畫工作規劃重點。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950027</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503934</governmentpublicationsnumber><identifier>50133</identifier><internationalstandardbooknumber>9789860080544 ; 9860080542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50133</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利工程與防災技術資料庫建立之研究(2/3)＝Creation of Database for Hydraulic Engineering and Disaster Prevention(2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫爰依據行政院推動之「挑戰2008：國家發展重點計畫」建立「電子化政府」工作，規劃收錄水利署水利工程計畫書、圖、表及防災應變經驗文件數位資料，並積極建構知識文件分享系統，藉由資訊科技應用及顯性知識庫的建立，作為組織內部知識傳遞與管理的利器。此外，透過水資源新聞電子報服務，傳遞水資源新聞、瞭解民情輿論及宣達政策，期能協助水利署建立顧客導向型之服務政府。茲將本計畫今年度工作成果與建議摘列如下： 一、完成95年度水資源新聞電子報服務功能，新增「話題與趨勢」報導，擇選時事專題提供深度服務；會員新增達預期300人目標，總會員已達3,843人；水資源新聞收納超過2,889則，含全球新聞268則，水資源新聞資料庫收納總數已達17,000多則。 二、完成水資源專業知識資料庫系統之改版，整合「署長文稿資料庫」、「簡報資料庫」、「照圖片資料庫」、「人力資料庫」及「委辦計畫資料庫」等五大內部資料庫系統；並新增建置「水利工程及防災技術文件資料庫」內含「大型圖檔」、「工程經驗」、「工程照圖片」及「災害應變」等文件管理系統，未來擬將兩套系統整併合一。 三、水資源新聞電子報服務未來擬擴大全球新聞摘錄範疇，由每月摘錄國外新知擇選重要議題進行深度摘譯，提供全球水資源管理之新知；另，水資源新聞資料庫之探勘(data mining)，發覺國內關注之課題及提供民情輿論分析報告為未來計畫工作規劃重點。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950027</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009503934</governmentpublicationsnumber><identifier>50134</identifier><internationalstandardbooknumber>9789860080544 ; 9860080542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50134</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利工程與防災技術資料庫建立之研究(2/3)－光碟版＝Creation of Database for Hydraulic Engineering and Disaster Prevention(2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川流域地區介於水陸之間資源豐富、生態與環境景觀類型多樣化，是生態環境最敏感的地區。在臺灣，早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量。但近年來生態保育觀念抬頭，除防災、蓄水及保障沿岸居民生命財產外，已逐漸重視河岸自然多樣化、綠美化、休憩等多功能目標之利用，並積極尋找與河川流域生態環境之共存的方法。民眾對環境保護需求亟殷切，從行政院在民國90年9月通過「生物多樣性推動方案」，可顯示全民對於環境保護的需求殷切。近年來自然生態永續經營觀念蓬勃發展，但一般民眾大多只有初淺的概念，對於自然生態永續經營觀念的核心價值與實質內容並不那麼清楚，因此有必要加以推廣宣導。再者，政府相關單位歷年針對淡水河流域投入龐大的研究經費，成果相當豐碩，以前辦理完成之《淡水河河川情勢調查報告》內容嚴謹、資料精確，在實質應用層面上，可作為相關工程施作與後繼研究之參考依據之外，更應將這些得來不易的研究成果作更廣泛的應用。因此，以此研究為基礎資料，將其內容擇要轉化為淺顯易懂之文字及圖片，並導入觀念宣導及流域人文介紹，以文字及圖表將資料重新整理，期使將正確的河川自然生態資訊以資訊性、可讀性、實用性、人性化，傳播給社會大眾。</abstract><author>李慧馨等</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950264</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/9</date><governmentpublicationsnumber>1009504101</governmentpublicationsnumber><identifier>50135</identifier><internationalstandardbooknumber>9789860081268 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50135</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>看見：淡水河流域河川自然生態彙編</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著時代的變遷與生活方式的改變，臺灣經濟快速發展、人口激增，以致內陸土地不敷使用，海岸地區乃成為競相開發利用之對象。由於海岸地區為生產力最高、生態環境最為敏感之區域，且海岸管理牽涉經濟、環境、生態、工程等眾多面向，而每個面向間之交互作用錯綜複雜，因此需要更進一步的發展科學技術，整合性、全面化地思考海岸地區各層面的因素與問題，協調溝通不同層級的組織團體，以妥善管理海岸資源，建立永續發展能力之要項。 本計畫引入對海岸管理相當重視之歐美日等國家的知識與經驗，以「整合性海岸管理」的概念，全盤思考海岸地區問題，就海岸地區的生態體系、水利防災工程、社會經濟活動、環境保護等面向綜合考量，溝通協調不同層級、組織間的資源使用衝突，以引導其合理利用。再依據行政院國科會補助學術界進行的永續臺灣的願景與策略研究計畫中之「臺灣永續發展指標系統」架構，運用其PSR與DSR的概念，發展以擴充的DSR為基礎之指標系統，並強調指標之間的因果關係，以彰顯指標系統的動態特性，且能避免過於重視個別指標而影響整個系統的認知與掌握。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095011</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504030</governmentpublicationsnumber><identifier>50136</identifier><internationalstandardbooknumber>9789860080278 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50136</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>海岸地區整合性管理保育決策分析計畫：以高雄為例(2/3)  Decision Analysis for Integrated Coastal Zone Management and Conservation - Examples on Kaohsing (2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著時代的變遷與生活方式的改變，臺灣經濟快速發展、人口激增，以致內陸土地不敷使用，海岸地區乃成為競相開發利用之對象。由於海岸地區為生產力最高、生態環境最為敏感之區域，且海岸管理牽涉經濟、環境、生態、工程等眾多面向，而每個面向間之交互作用錯綜複雜，因此需要更進一步的發展科學技術，整合性、全面化地思考海岸地區各層面的因素與問題，協調溝通不同層級的組織團體，以妥善管理海岸資源，建立永續發展能力之要項。 本計畫引入對海岸管理相當重視之歐美日等國家的知識與經驗，以「整合性海岸管理」的概念，全盤思考海岸地區問題，就海岸地區的生態體系、水利防災工程、社會經濟活動、環境保護等面向綜合考量，溝通協調不同層級、組織間的資源使用衝突，以引導其合理利用。再依據行政院國科會補助學術界進行的永續臺灣的願景與策略研究計畫中之「臺灣永續發展指標系統」架構，運用其PSR與DSR的概念，發展以擴充的DSR為基礎之指標系統，並強調指標之間的因果關係，以彰顯指標系統的動態特性，且能避免過於重視個別指標而影響整個系統的認知與掌握。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950114</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504030</governmentpublicationsnumber><identifier>50138</identifier><internationalstandardbooknumber>9789860080278 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50138</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>海岸地區整合性管理保育決策分析計畫：以高雄為例(2/3)－光碟版  Decision Analysis for Integrated Coastal Zone Management and Conservation - Examples on Kaohsing (2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>民國94年各標的用水量彙整「台灣地區94年蓄水設施水量營運統計報告」、「台灣地區94年農業用水量統計報告」、「台灣地區94年工業用水量統計報告」及「台灣地區94年生活用水量統計報告」，配合行政院經建會「台灣地區綜合開發計畫」，統籌規划水資源之運用。主要分為消耗性及非消耗性兩大部分，其中消耗性部分分為農業用水（含灌溉養殖及畜牧）生活用水（含自來水及自行取水）及工業用水等三大項；非消耗性用水部分未列入電力用水（即水力用水）。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504533</governmentpublicationsnumber><identifier>50139</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50139</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣地區民國九十四年各標的用水量統計報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>統計台灣地區民國94年實際運轉且有營運統計之40座水庫調整池5座及池埤之蓄水設施容量統計、蓄水設施年總運用水量統計、水庫水量營運統計、各年度水量運用比較、水庫泥砂淤積統計等。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504531</governmentpublicationsnumber><identifier>50140</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50140</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣地區民國九十四年蓄水設施水量營運統計報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>統計農業用水包括灌養殖與畜牧為台主要用水標的，其中灌溉用水仍佔大宗占86.48%，養殖用水次之占12.68%，畜牧用水最少占0.86%。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504529</governmentpublicationsnumber><identifier>50142</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50142</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣地區民國九十四年農業用水量統計報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>統計台灣地區民國94年底總人口、自來水供水人口、自來水供水普及率、平均每人每生活用水量、94年生活用水總量等。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504530</governmentpublicationsnumber><identifier>50143</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50143</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣地區民國九十四年生活用水量統計報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>統計台灣地區民國九十四年工業面積及工業用水量，工業用水之統計方式仍沿用單位面積推算，台灣地區民國九十四年以北部及南部所佔比重較大，該兩區域之工業面積合占台灣地區工業面積68%，用水量合計占台灣地區工業用水量64%。</abstract><author>經濟部水利署</author><categoryidentifier>460.98   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504528</governmentpublicationsnumber><identifier>50144</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50144</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣地區民國九十四年工業用水量統計報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>在水資源先天不足的情況下，必須對台灣有限的水資源進行有效的分配及利用規劃，才能使國家永續發展。而對各類蓄水設施的容量及運作、各標的用水的總量及分配情形的統計分析，對水資源的利用規劃及經濟發展方向而言，是基本且重要的參考根據。今年針對蓄水設施營運及農業用水探討，並彙編台灣地區94年度五本用水統計年報，並廣泛蒐集整理日、美、澳及中國大陸等之農業用水統計資料形式及內容概要，以提供給社會大眾政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504525</governmentpublicationsnumber><identifier>50145</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50145</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94- 96年各項用水統計報告(1/3)總報告</title><yearidentifier>200612</yearidentifier></data><data><abstract>在水資源先天不足的情況下，必須對台灣有限的水資源進行有效的分配及利用規劃，才能使國家永續發展。而對各類蓄水設施的容量及運作、各標的用水的總量及分配情形的統計分析，對水資源的利用規劃及經濟發展方向而言，是基本且重要的參考根據。今年針對蓄水設施營運及農業用水探討，並彙編台灣地區94年度五本用水統計年報，並廣泛蒐集整理日、美、澳及中國大陸等之農業用水統計資料形式及內容概要，以提供給社會大眾政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/1</date><governmentpublicationsnumber>1009504525</governmentpublicationsnumber><identifier>50146</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50146</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94- 96年各項用水統計報告(1/3)總報告－光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/2</date><governmentpublicationsnumber>1009503243</governmentpublicationsnumber><identifier>50147</identifier><internationalstandardbooknumber>9789860072822 ; 9860072825</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50147</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>Study on the Water Resources Distribution by the Adjustment of Rice-Paddy and  Upland-Crop Fields upon the Accession to WTO SUMMARY(英文版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>加強海岸教育宣導及推廣，促進民眾積極參勞工安全衛生施工環境保護自然生態保育法令彙編與維護海岸工作</abstract><author>臺灣藝術大學李慧馨等</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/9</date><governmentpublicationsnumber>1009503948</governmentpublicationsnumber><identifier>50148</identifier><internationalstandardbooknumber>9789860080728 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50148</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>認識我們的鄉土-苗栗54公里海岸城鄉</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣東部海域由於先天地質條件的特殊性而擁有發展深層海洋水產業的絕對優勢， 貴局轄下的花蓮縣附近海岸位處海、陸板塊交接的斜坡邊緣，海岸坡度較陡，向海離岸不遠處即為太平洋的海溝區，水深幾乎都超過1,000公尺，非常適合深層海水的開發與相關產業的進駐，為全台一極具潛力的區域。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950172</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>50149</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50149</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫報告書(1/2)－內附光碟＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Hualien Area(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫歸納整理既有都市河川復育研究之成果，研擬都市型河川復育規劃參考手冊，以供都市型河川復育規畫之參考。本計畫報告中闡述參考手冊之重要內容、數學模式理論與建立及大里溪幹流復育規劃示範案例之說明。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/2</date><governmentpublicationsnumber>1009503723</governmentpublicationsnumber><identifier>50150</identifier><internationalstandardbooknumber>9789860077827 ; 9860077827</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50150</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範研究</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫歸納整理既有都市河川復育研究之成果，研擬都市型河川復育規劃參考手冊，以供都市型河川復育規畫之參考。本計畫報告中闡述參考手冊之重要內容、數學模式理論與建立及大里溪幹流復育規劃示範案例之說明。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/2</date><governmentpublicationsnumber>1009503723</governmentpublicationsnumber><identifier>50151</identifier><internationalstandardbooknumber>9789860077827 ; 9860077827</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50151</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範研究(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/2</date><governmentpublicationsnumber>1009503724</governmentpublicationsnumber><identifier>50152</identifier><internationalstandardbooknumber>9789860077841 ; 9860077843</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50152</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範手冊=An IIIustration Project of Urban Stream Restoration Planning Handbook</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外河川與海岸地文環境與水文條件，及其生態工法演進、推動與成果等相關文獻資料蒐集，針對本署所施作河川、海岸生態工法之推動成果深入評析，研擬國內河川、海岸推動生態工法之策略，並提出本署推動河川、海岸生態工法說帖。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950298</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503387</governmentpublicationsnumber><identifier>50160</identifier><internationalstandardbooknumber>9789860075007 ; 986007500X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50160</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>生態工法演進、推動、實施成果評估＝Evaluation for Process、Impel and Execution of Ecotechnology</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外河川與海岸地文環境與水文條件，及其生態工法演進、推動與成果等相關文獻資料蒐集，針對本署所施作河川、海岸生態工法之推動成果深入評析，研擬國內河川、海岸推動生態工法之策略，並提出本署推動河川、海岸生態工法說帖。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950298</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503387</governmentpublicationsnumber><identifier>50161</identifier><internationalstandardbooknumber>9789860075007 ; 986007500X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50161</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>生態工法演進、推動、實施成果評估(光碟版)＝Evaluation for Process、Impel and Execution of Ecotechnology</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫提出渾水面上升率約為總水面上升率的80%；洪水結束後，操作低孔排砂可用係數1估算渾水面下降速度，靜水時渾水面沉降速度與濃度呈線性關係。防洪運轉期間以低孔排渾，可維持低孔前庭不淤積；能夠發揮最佳排渾操作效果的是在洪水過後進入退水段，此階段排渾可快速降低渾水面，縮短原水濁度高的時間，亦可維持取水口前庭不淤積，減少該場颱風淤積量、延長水庫壽命。</abstract><author>逢甲大學水利工程系</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950290</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503786</governmentpublicationsnumber><identifier>50162</identifier><internationalstandardbooknumber>9789860078312 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50162</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>渾水水庫沉降特性與排渾減淤操作研究(2/2) Settling Characteristics of Muddy Lake and Reservoir Operation Study for Reducing Deposition(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫提出渾水面上升率約為總水面上升率的80%；洪水結束後，操作低孔排砂可用係數1估算渾水面下降速度，靜水時渾水面沉降速度與濃度呈線性關係。防洪運轉期間以低孔排渾，可維持低孔前庭不淤積；能夠發揮最佳排渾操作效果的是在洪水過後進入退水段，此階段排渾可快速降低渾水面，縮短原水濁度高的時間，亦可維持取水口前庭不淤積，減少該場颱風淤積量、延長水庫壽命。</abstract><author>逢甲大學水利工程系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950290</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503786</governmentpublicationsnumber><identifier>50163</identifier><internationalstandardbooknumber>9789860078312 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50163</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>渾水水庫沉降特性與排渾減淤操作研究(2/2)(第二年成果報告)－光碟版 Settling Characteristics of Muddy Lake and Reservoir Operation Study for Reducing Deposition(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>透過國內外專家學者論壇之共同討論方式整合各方意見，以作為未來大甲溪流域聯合整體治理對策研擬執行之依據</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6225   443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950312</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503614</governmentpublicationsnumber><identifier>50164</identifier><internationalstandardbooknumber>9789860076677 ; 9860076677</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50164</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大甲溪治理方案論壇(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950295</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>50165</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50165</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)  On Establishing the Evaluation Standards and Procedures of the Sea-Dikes and Storm Gates under Tsunami Attack(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川之棲地生態環境極為複雜，且國外所發展之棲地模式及評估指標，無法完全適用於台灣地區，故須進行跨領域的整合研究，建立適合於臺灣地區河川棲地之評估方法。</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>443.6897   351.81   443.689732</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950235</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>50166</identifier><internationalstandardbooknumber>9789860079487 ; 986007948X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50166</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川棲地評估技術之研究(2/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950295</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>50167</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50167</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)－光碟版  On Establishing the Evaluation Standards and Procedures of the Sea-Dikes and Storm Gates under Tsunami Attack(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>根據現地的環境資源調查及本地相關發展計畫及法規的研析來探討計畫區域的發展潛力與限制，並以此進行環境營造的設計與構想，提出兼具區域防洪、污染控制、景觀塑造、生態營造及民眾參與的環境營造策略計畫。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950362</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503561</governmentpublicationsnumber><identifier>50168</identifier><internationalstandardbooknumber>9789860076523 ; 9860076529</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50168</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－彰投地區隘寮溪排水環境營造規劃(光碟版)＝The Planning of the Enviroment Rehabilitation of Ai-Liau-Chi Drainage in Changhua and Nantou Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫致力於水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950363</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503566</governmentpublicationsnumber><identifier>50169</identifier><internationalstandardbooknumber>9789860076455 ; 9860076456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50169</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－台南地區鹽水溪排水、大洲排水環境營造規劃(光碟版)＝The Planning of the Enviroment Rehabilitation of Tachou and Yanshuei Drainage in Tainan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要工作內容包含 1.計畫區基本資料蒐集2.相關計畫與法令研析3.環境調查及分析4.民眾意見調查及整合分析5.發展構想6.環境營造規劃7.經營管理計畫8.效益評估等八大項</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950364</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503563</governmentpublicationsnumber><identifier>50170</identifier><internationalstandardbooknumber>9789860076516 ; 9860076510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50170</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造計畫－台南縣將軍溪排水環境營造規劃(光碟版)＝The Planning of the Enviroment Rehabilitation of Chiangchun Drainage in District Tainan CountyTainan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>為延續94年度「淡水河流域水資源調配利用調查」工作，主要針對「基隆河水源與西勢水庫聯合供水系統」之可能壩堰址及引水路沿線進行地質探查工作，以充分瞭解引水路線工程之可行性，並作為其後續規劃工作之參考依據。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950397</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/5</date><governmentpublicationsnumber>1009503474</governmentpublicationsnumber><identifier>50171</identifier><internationalstandardbooknumber>9789860075779 ; 9860075778</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50171</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>基隆河水源與西勢水庫聯合供水系統初步規劃－地質探查報告專題報告書〈內附光碟〉=Preliminary Planning on the Water Supply of Keelung River and Sishih Reservoir Joint System －Report of Geological Investigation</title><yearidentifier>200612</yearidentifier></data><data><abstract>為保育馬祖地區地下水資源，達成水資源永續發展之目標，對資料蒐集、抽水井普查、含水層概念模式建立、地下水安全出水量評估等進行調查規劃。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095015</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/6</date><governmentpublicationsnumber>1009503649</governmentpublicationsnumber><identifier>50172</identifier><internationalstandardbooknumber>9789860077124 ; 9860077126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50172</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>馬祖地區地下水資源調查規劃〈內附光碟片〉Planning and investigation on ground water resources in Matsu region</title><yearidentifier>200612</yearidentifier></data><data><abstract>透過國內外專家學者論壇之共同討論方式整合各方意見，以作為未來大甲溪流域聯合整體治理對策研擬執行之依據</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6225   443.689725   443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950312</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009503614</governmentpublicationsnumber><identifier>50173</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50173</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大甲溪治理方案論壇</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川之棲地生態環境極為複雜，且國外所發展之棲地模式及評估指標，無法完全適用於台灣地區，故須進行跨領域的整合研究，建立適合於臺灣地區河川棲地之評估方法。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6897   351.81   443.68932   443.689732</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950235</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/6</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>50174</identifier><internationalstandardbooknumber>9789860079487 ; 986007948X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50174</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川棲地評估技術之研究(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫以台南地區為範圍，選擇條件較佳的廢污水廠為案例，進行廢水處理廠水再生事業試驗研究</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950020</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/6</date><governmentpublicationsnumber>1009503655</governmentpublicationsnumber><identifier>50180</identifier><internationalstandardbooknumber>9789860077179 ; 9860077177</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50180</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>廢水處理廠水再生事業試驗研究-台南地區工業區為例</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫以台南地區為範圍，選擇條件較佳的廢污水廠為案例，進行廢水處理廠水再生事業試驗研究</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950020</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/6</date><governmentpublicationsnumber>1009503655</governmentpublicationsnumber><identifier>50181</identifier><internationalstandardbooknumber>9789860077179 ; 9860077177</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50181</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>廢水處理廠水再生事業試驗研究-台南地區工業區為例(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>李慧馨</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503948</governmentpublicationsnumber><identifier>50182</identifier><internationalstandardbooknumber>9789789860081 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50182</librarycollectiondetailsurl><price>300</price><publisher>經濟部第二河川局</publisher><publishrocyear>95</publishrocyear><title>認識我們的鄉土-苗栗54公里海岸城鄉</title><yearidentifier>200612</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性。</abstract><author>國立台北科技大學</author><categoryidentifier>443.62   443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950355</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503571</governmentpublicationsnumber><identifier>50185</identifier><internationalstandardbooknumber>9789860076509 ; 9860076502</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究(1/2)=Study on the Demarcation of Warning Line and the  Drafting of Management Strategy for Coastal Floodplain (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本報告擬針對沿海低地排水區減洪措施與生態產業整合經營進行研究;同時，第二年選取彰化及嘉義二處示範區進行初部規劃及成本效益分析。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950352</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503055</governmentpublicationsnumber><identifier>50186</identifier><internationalstandardbooknumber>9789860071177 ; 9860071179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50186</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海低地排水區減洪措施與生態產業整合經營之研究(彰化及嘉義沿海地區)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本報告擬針對沿海低地排水區減洪措施與生態產業整合經營進行研究;同時，第二年選取彰化及嘉義二處示範區進行初部規劃及成本效益分析。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950352</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503055</governmentpublicationsnumber><identifier>50187</identifier><internationalstandardbooknumber>9789860071177 ; 9860071179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50187</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海低地排水區減洪措施與生態產業整合經營之研究(彰化及嘉義沿海地區)</title><yearidentifier>200612</yearidentifier></data><data><abstract>在傳統水源開發不易條件下，多元人水資源之開發與管理為水利署之政策，是以考慮海水淡化技術巳日益成熟，其產水成本逐年降低，且施工期短、產水規模亦較具彈性。桃園地區目前巳規劃興建日產3萬噸海水淡化廠一座，為減緩石門水庫供水壓力，分散供水風險，擬增加海水淡化廠之產水規模，增加海淡水於該區供水之比重，以供應工業與民生用水。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950401</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503456</governmentpublicationsnumber><identifier>50188</identifier><internationalstandardbooknumber>9789860075786 ; 9860075786</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50188</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>桃園地區設置海水淡化廠需求規模檢討規劃＝The Capacity Investigation and Deployment Planning of the Desalination Plants in Tauyuan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>在傳統水源開發不易條件下，多元人水資源之開發與管理為水利署之政策，是以考慮海水淡化技術巳日益成熟，其產水成本逐年降低，且施工期短、產水規模亦較具彈性。桃園地區目前巳規劃興建日產3萬噸海水淡化廠一座，為減緩石門水庫供水壓力，分散供水風險，擬增加海水淡化廠之產水規模，增加海淡水於該區供水之比重，以供應工業與民生用水。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950401</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503456</governmentpublicationsnumber><identifier>50189</identifier><internationalstandardbooknumber>9789860075786 ; 9860075786</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50189</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>桃園地區設置海水淡化廠需求規模檢討規劃－光碟版＝The Capacity Investigation and Deployment Planning of the Desalination Plants in Tauyuan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>國立中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950434</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>50190</identifier><internationalstandardbooknumber>9789860084139 ; 9860084130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50190</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>國立中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950434</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>50191</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50191</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫提出以水力旋流漏斗排砂構想，於試驗室進行二年之水力旋流排砂試驗，將高濃度含砂水流引入水力旋流器，利用離心力與重力交互作用，將泥砂顆粒由漏斗底部之排砂孔排出，而表層含砂濃度低之水流則流入導水路以茲利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA0950395</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503879</governmentpublicationsnumber><identifier>50192</identifier><internationalstandardbooknumber>9789860079500 ; 9860079501</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50192</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水力旋流漏斗排砂之試驗研究(1/2)＝Experimental study of vortex chamber type extractor on sediment removal (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫提出以水力旋流漏斗排砂構想，於試驗室進行二年之水力旋流排砂試驗，將高濃度含砂水流引入水力旋流器，利用離心力與重力交互作用，將泥砂顆粒由漏斗底部之排砂孔排出，而表層含砂濃度低之水流則流入導水路以茲利用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095039</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009503879</governmentpublicationsnumber><identifier>50193</identifier><internationalstandardbooknumber>9789860079500 ; 9860079501</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50193</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水力旋流漏斗排砂之試驗研究(1/2)－光碟版＝Experimental Study of  Vortex Chamber Type Extractor on Sediment Removal(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50194</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50194</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第四期）</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>盧顯卿、鄧婉君</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>50195</identifier><internationalstandardbooknumber>9789860083279 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50195</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>蘭陽水絲路聽水說故事</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50196</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第五期）</title><yearidentifier>200701</yearidentifier></data><data><abstract>蘭陽水絲路聽水說故事(光碟版)</abstract><author>鄧婉君、盧顯卿</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>50197</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50197</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>蘭陽水絲路聽水說故事(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>鄧婉君、盧顯卿</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/7</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>50198</identifier><internationalstandardbooknumber>9789860083279 ; 9860083279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50198</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>水路行腳遍蘭陽─蘭陽水與文〈DVD版〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署於民國90年訂頒《地面水水權/臨時用水登記申請須知》，須知內之附錄十與附錄十一分別內明訂各用水標的事業所必須用水量及合理用水範圍。其中，在農業灌溉用水方面，由於附錄十與附錄十一公式所計算之水量不同，公式之合理性引起爭議。本計畫藉由收集二公式中各影響因子之相關資料，研究並比較公式之差異，根據10場會議對各因子所提出之意見，檢討並修訂灌溉用水合理用水量之推估方法，以解決公式所引發之爭議。 影響因子之用語與定義 本計畫收集並參考7項重要文獻，對用水量、取水量、需水量等用語進行明確定義。田間需水量為作物蒸發散量與滲透損失之合；田間用水量為田間需水量扣除有效雨量；總用水量為田間用水量與渠道損失水量之合。 附錄十公式之檢討與修訂 本計畫對附錄十公式中土質、灌溉率、每日用水時間及渠道損失水量4因子逐項進行檢討與修訂。土質方面，參考澀谷博士之土壤分類法，修訂並增補附錄十公式中土質之定義與分類。灌溉率部分，藉由《農田水利工程計劃用設計定規》釐清其數值為田間需水量，即作物蒸發散量與滲透損失之合。作物蒸發散量以6mm/day計，滲透損失以土壤黏土百分比與一係數I計算，其公式即目前常用之水利局公式。 每日用水時間方面，根據水權資訊網登記2,040筆案件顯示，自然流引水者8成以上每日用水時間超過20小時，即使是機械引水者，亦有4成案件超過20小時，故建議每日用水時間以實際用水時間計算之。 渠道損失水量方面，根據9項與渠道損失水量相關之研究顯示，不同水利會之損失水量具有差異，即使在相同水利會中，不同渠道特性亦呈現不同之損失水量。由於全面重新調查各地渠道損失水量需耗費大量經費與時間，故建議以各水利會灌溉計畫書所列之渠道損失水量計算。 附錄十一公式之檢討與修訂 附錄十一公式採Penman Monteith Method計算作物蒸發散量，滲透損失則採省水利局公式。本計畫更新氣象資料與作物係數重新計算作物蒸發散量。附錄十與附錄十一計算之田間需水量主要差異在作物蒸發散量之計算方法，附錄十採定值6mm/day推估，附錄十一採Penman Monteith Method計算之作物蒸發散量則呈現各地、各月份不同的現象。渠道損失水量部分，建議依照附錄十方式修訂。 其他影響因子之檢討與修訂 其他影響因子包括有效雨量與節水率。根據歷次會議對此二因子之意見，本計畫提出三種方案，方案(1)為一律不考慮有效雨量及節水；方案(2)為一律考慮有效雨量及節水；方案(3)為具貯蓄設施時考慮有效雨量；輪灌時，依續灌水量折減10%。 差異分析 本計畫共選取54案例比較不同方案所計算之水量差異，結果顯示方案(1)與方案(3)並無明顯差異，方案(2)在續灌地區多出4筆案例估計水量小於水權登記量。與全台水量比較，則以方案(1)估計水量最接近總水權登記量。故本計畫建議採方案(1)計算之。此外，基於計算簡便，建議採修訂之附錄十計算。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009504552</governmentpublicationsnumber><identifier>50199</identifier><internationalstandardbooknumber>9789860086157 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50199</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>95</publishrocyear><title>農業灌溉用水合理用水量範圍之檢討與修訂=Reviewing and Revising Survey of Reasonable Amount to Agricultural Irrigation Water</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署於民國90年訂頒《地面水水權/臨時用水登記申請須知》，須知內之附錄十與附錄十一分別內明訂各用水標的事業所必須用水量及合理用水範圍。其中，在農業灌溉用水方面，由於附錄十與附錄十一公式所計算之水量不同，公式之合理性引起爭議。本計畫藉由收集二公式中各影響因子之相關資料，研究並比較公式之差異，根據10場會議對各因子所提出之意見，檢討並修訂灌溉用水合理用水量之推估方法，以解決公式所引發之爭議。 影響因子之用語與定義 本計畫收集並參考7項重要文獻，對用水量、取水量、需水量等用語進行明確定義。田間需水量為作物蒸發散量與滲透損失之合；田間用水量為田間需水量扣除有效雨量；總用水量為田間用水量與渠道損失水量之合。 附錄十公式之檢討與修訂 本計畫對附錄十公式中土質、灌溉率、每日用水時間及渠道損失水量4因子逐項進行檢討與修訂。土質方面，參考澀谷博士之土壤分類法，修訂並增補附錄十公式中土質之定義與分類。灌溉率部分，藉由《農田水利工程計劃用設計定規》釐清其數值為田間需水量，即作物蒸發散量與滲透損失之合。作物蒸發散量以6mm/day計，滲透損失以土壤黏土百分比與一係數I計算，其公式即目前常用之水利局公式。 每日用水時間方面，根據水權資訊網登記2,040筆案件顯示，自然流引水者8成以上每日用水時間超過20小時，即使是機械引水者，亦有4成案件超過20小時，故建議每日用水時間以實際用水時間計算之。 渠道損失水量方面，根據9項與渠道損失水量相關之研究顯示，不同水利會之損失水量具有差異，即使在相同水利會中，不同渠道特性亦呈現不同之損失水量。由於全面重新調查各地渠道損失水量需耗費大量經費與時間，故建議以各水利會灌溉計畫書所列之渠道損失水量計算。 附錄十一公式之檢討與修訂 附錄十一公式採Penman Monteith Method計算作物蒸發散量，滲透損失則採省水利局公式。本計畫更新氣象資料與作物係數重新計算作物蒸發散量。附錄十與附錄十一計算之田間需水量主要差異在作物蒸發散量之計算方法，附錄十採定值6mm/day推估，附錄十一採Penman Monteith Method計算之作物蒸發散量則呈現各地、各月份不同的現象。渠道損失水量部分，建議依照附錄十方式修訂。 其他影響因子之檢討與修訂 其他影響因子包括有效雨量與節水率。根據歷次會議對此二因子之意見，本計畫提出三種方案，方案(1)為一律不考慮有效雨量及節水；方案(2)為一律考慮有效雨量及節水；方案(3)為具貯蓄設施時考慮有效雨量；輪灌時，依續灌水量折減10%。 差異分析 本計畫共選取54案例比較不同方案所計算之水量差異，結果顯示方案(1)與方案(3)並無明顯差異，方案(2)在續灌地區多出4筆案例估計水量小於水權登記量。與全台水量比較，則以方案(1)估計水量最接近總水權登記量。故本計畫建議採方案(1)計算之。此外，基於計算簡便，建議採修訂之附錄十計算。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940251</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009504552</governmentpublicationsnumber><identifier>50200</identifier><internationalstandardbooknumber>9789860086157 ; 9860086157</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50200</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>95</publishrocyear><title>農業灌溉用水合理用水量範圍之檢討與修訂〈光碟版〉=Reviewing and Revising Survey of Reasonable Amount to Agricultural Irrigation Water</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為恢復花蓮溪口往日豐富的生態與生機，以及水鳥生態環境景觀，擬以「環境復育」為首要重點，包括動物及植物相資源調查、水鳥棲地－溼地回復改善計畫、河川環境多樣化之經營與改善等。同時，整體發展規劃著重分區使用，並提供永續經營策略與模式，期使對於這塊珍貴自然資源的最佳規劃與永續經營。本計畫將朝向保育花蓮溪口濕地生態環境，復育濕地生物多樣性及濕地生態系統結構和功能的完整性為目標，並且提供東部河川生態教育與研究之場所，同時期能建構成為國際級溼地，提供生物多樣性的棲地環境以及一般民眾休閒遊憩之深度旅遊活動使用。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>367.8813</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950234</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009504117</governmentpublicationsnumber><identifier>50201</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50201</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮溪出海口溼地生態復育計畫＝The Rehabilitation and Planning of the Wetland Ecology for the Estuary of Hualian River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為恢復花蓮溪口往日豐富的生態與生機，以及水鳥生態環境景觀，擬以「環境復育」為首要重點，包括動物及植物相資源調查、水鳥棲地－溼地回復改善計畫、河川環境多樣化之經營與改善等。同時，整體發展規劃著重分區使用，並提供永續經營策略與模式，期使對於這塊珍貴自然資源的最佳規劃與永續經營。 本計畫將朝向保育花蓮溪口濕地生態環境，復育濕地生物多樣性及濕地生態系統結構和功能的完整性為目標，並且提供東部河川生態教育與研究之場所，同時期能建構成為國際級溼地，提供生物多樣性的棲地環境以及一般民眾休閒遊憩之深度旅遊活動使用。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.8813</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950234</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504117</governmentpublicationsnumber><identifier>50202</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50202</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮溪出海口溼地生態復育計畫(光碟版)＝The Rehabilitation and Planning of the Wetland Ecology for the Estuary of Hualian River</title><yearidentifier>200612</yearidentifier></data><data><abstract>石門水庫近幾年因泥砂問題，研擬高台水庫在攔砂、排砂、蓄水等不同功能之搭配，探討水庫壽命等方向有何程度之影響及其效益為何。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950139</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503644</governmentpublicationsnumber><identifier>50203</identifier><internationalstandardbooknumber>9789860077452 ; 9860077452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50203</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：高台臺庫初步規劃檢討報告書(內附光碟)＝Kaotai Reservior Feasibility Study (phase I) Kastai Reservoir Preliminary Planning Evaluation Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>石門水庫近幾年因泥砂問題，研擬高台水庫在攔砂、排砂、蓄水等不同功能之搭配，探討水庫壽命等方向有何程度之影響及其效益為何。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950139</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503644</governmentpublicationsnumber><identifier>50204</identifier><internationalstandardbooknumber>9789860077452 ; 9860077452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50204</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：高台臺庫初步規劃檢討報告書(光碟版)＝Kaotai Reservior Feasibility Study (phase I) Kastai Reservoir Preliminary Planning Evaluation Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>為瞭解高台水庫壩址地區之地質情況，評估壩址地區之工程地質特性，以及探討築壩骨材料之料源及工程性質，做為高台水庫壩型之探討依據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503645</governmentpublicationsnumber><identifier>50205</identifier><internationalstandardbooknumber>9789860077445 ; 9860077444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50205</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：工程地質及工程材料專題報告(內附光碟)＝Kaotai Reservior Feasibility Study (phase I) Engineering Geology &amp; Construction Material Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>為瞭解高台水庫壩址地區之地質情況，評估壩址地區之工程地質特性，以及探討築壩骨材料之料源及工程性質，做為高台水庫壩型之探討依據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503645</governmentpublicationsnumber><identifier>50206</identifier><internationalstandardbooknumber>9789860077445 ; 9860077444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50206</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：工程地質及工程材料專題報告(光碟版)＝Kaotai Reservior Feasibility Study (phase I) Engineering Geology &amp; Construction Material Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>石門系統供水能力分析、高台水庫串聯石門系統供水能力分析、聯合新竹地區供水能力分析及不同排砂方案與供水能力差異分析等，以檢討高台水庫在供水之效益。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503646</governmentpublicationsnumber><identifier>50207</identifier><internationalstandardbooknumber>9789860077438 ; 9860077436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50207</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：水源及工程水文專題報告(內附光碟)＝Kaotai Reservior Feasibility Study (phase I) Water Source &amp; Engineering Hydrology Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>石門系統供水能力分析、高台水庫串聯石門系統供水能力分析、聯合新竹地區供水能力分析及不同排砂方案與供水能力差異分析等，以檢討高台水庫在供水之效益。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503646</governmentpublicationsnumber><identifier>50208</identifier><internationalstandardbooknumber>9789860077438 ; 9860077436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50208</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：水源及工程水文專題報告(光碟版)＝Kaotai Reservior Feasibility Study (phase I) Water Source &amp; Engineering Hydrology Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>為瞭解高台水庫壩址等各項工程用地環境現況，並針對可能淹沒地區之用地進行調查及相關地上物補償費等各項補償費用之估算。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503647</governmentpublicationsnumber><identifier>50209</identifier><internationalstandardbooknumber>9789860077421 ; 9860077428</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50209</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：工程用地調查專題報告(內附光碟)＝Kaotai Reservior Feasibility Study (phase I) Project Land Ownership Survey Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>為瞭解高台水庫壩址等各項工程用地環境現況，並針對可能淹沒地區之用地進行調查及相關地上物補償費等各項補償費用之估算。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503647</governmentpublicationsnumber><identifier>50210</identifier><internationalstandardbooknumber>9789860077421 ; 9860077428</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50210</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：工程用地調查專題報告(光碟版)＝Kaotai Reservior Feasibility Study (phase I) Project Land Ownership Survey Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>就各排砂方案進行水庫壽命差異分析及排砂效益評估，以探討高台水庫在攔砂、排砂等功能之搭配，以作為訂定水庫開發規模及功能定位之參考依據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503643</governmentpublicationsnumber><identifier>50211</identifier><internationalstandardbooknumber>9789860077469 ; 9860077460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50211</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：排砂功能評估專題報告(內附光碟)＝Kaotai Reservior Feasibility Study (phase I) Desilting Capability Evaluation Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>就各排砂方案進行水庫壽命差異分析及排砂效益評估，以探討高台水庫在攔砂、排砂等功能之搭配，以作為訂定水庫開發規模及功能定位之參考依據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503643</governmentpublicationsnumber><identifier>50212</identifier><internationalstandardbooknumber>9789860077469 ; 9860077460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50212</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(第一階段)：排砂功能評估專題報告(光碟版 )＝Kaotai Reservior Feasibility Study (phase I) Desilting Capability Evaluation Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫綜合半鹹水水量、水質、供水對象、經濟效益等評估因子，初步規劃於烏溪設置4萬噸半鹹水淡化廠供給全興淨水場以減少彰化沿海地區地下水超用量，於高屏溪設置6萬噸半鹹水淡化廠供給鳳山淨水場以支援高雄地區民生用水。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095001</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503652</governmentpublicationsnumber><identifier>50213</identifier><internationalstandardbooknumber>9789860077148 ; 9860077142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50213</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣感潮河段設置半鹹水淡化廠利用研究(2)=Feasibility study of implementing brackish water desalination plants along the tidal estuaries of Taiwan (2)--Case study of the Wu and the Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫綜合半鹹水水量、水質、供水對象、經濟效益等評估因子，初步規劃於烏溪設置4萬噸半鹹水淡化廠供給全興淨水場以減少彰化沿海地區地下水超用量，於高屏溪設置6萬噸半鹹水淡化廠供給鳳山淨水場以支援高雄地區民生用水。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095001</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/8</date><governmentpublicationsnumber>1009503652</governmentpublicationsnumber><identifier>50214</identifier><internationalstandardbooknumber>9789860077148 ; 9860077142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50214</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣感潮河段設置半鹹水淡化廠利用研究(2)－光碟版=Feasibility study of implementing brackish water desalination plants along the tidal estuaries of Taiwan (2)--Case study of the Wu and the Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>為保育馬祖地區地下水資源，達成水資源永續發展之目標，對資料蒐集、抽水井普查、含水層概念模式建立、地下水安全出水量評估等進行調查規劃。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095015</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503649</governmentpublicationsnumber><identifier>50215</identifier><internationalstandardbooknumber>9789860077124 ; 9860077126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50215</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>馬祖地區地下水資源調查規劃〈光碟版〉Planning and investigation on ground water resources in Matsu region</title><yearidentifier>200612</yearidentifier></data><data><abstract>對全省主要河川流域地質資訊系統既有圖資進行更新與維護，並針對?山溪與濁水溪流域進行地質查核工作，並就查核成果加以詮釋，同時比照頭前溪流域所建置之流域地質資料庫格式，建置此兩流域的地質資料庫。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>356.23211   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095024</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503478</governmentpublicationsnumber><identifier>50217</identifier><internationalstandardbooknumber>9789860075793 ; 9860075794</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50217</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>全省主要河川流域地質資料查核－鳳山溪及濁水溪專題報告書(內附光碟)＝Checking of Geological Data for Major River Basins in Taiwan - Fongshan and Jhuoshuei Basins</title><yearidentifier>200612</yearidentifier></data><data><abstract>對全省主要河川流域地質資訊系統既有圖資進行更新與維護，並針對?山溪與濁水溪流域進行地質查核工作，並就查核成果加以詮釋，同時比照頭前溪流域所建置之流域地質資料庫格式，建置此兩流域的地質資料庫。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>356.23211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095024</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503478</governmentpublicationsnumber><identifier>50218</identifier><internationalstandardbooknumber>9789860075793 ; 9860075794</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50218</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>全省主要河川流域地質資料查核－鳳山溪及濁水溪專題報告書(光碟版)＝Checking of Geological Data for Major River Basins in Taiwan - Fongshan and Jhuoshuei Basins</title><yearidentifier>200612</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029   443.689790   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095_B01030_001_058</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>50219</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50219</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095_B01030_001_058</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>50222</identifier><internationalstandardbooknumber>9789860077803 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50222</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫致力於彰化及大里溪下游地區水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095028</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503095</governmentpublicationsnumber><identifier>50226</identifier><internationalstandardbooknumber>9789860072389 ; 9860072388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50226</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>彰化地區排水環境與生態調查分析成果報告(內附光碟)＝A Project of Environmental and Ecological Survey and Analysis Regarding Drainage System in Chang-Hua Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫致力於彰化及大里溪下游地區水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA094028</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503095</governmentpublicationsnumber><identifier>50227</identifier><internationalstandardbooknumber>9789860072389 ; 9860072388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50227</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>彰化地區排水環境與生態調查分析成果報告－光碟版＝A Project of Environmental and Ecological Survey and Analysis Regarding Drainage System in Chang-Hua Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性。</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950355</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503571</governmentpublicationsnumber><identifier>50228</identifier><internationalstandardbooknumber>9789860076509 ; 9860076502</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50228</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究(1/2)(光碟版)=Study on the Demarcation of Warning Line and the  Drafting of Management Strategy for Coastal Floodplain (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為延續94年度「淡水河流域水資源調配利用調查」工作，主要針對「基隆河水源與西勢水庫聯合供水系統」之可能壩堰址及引水路沿線進行地質探查工作，以充分瞭解引水路線工程之可行性，並作為其後續規劃工作之參考依據。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950397</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503474</governmentpublicationsnumber><identifier>50229</identifier><internationalstandardbooknumber>9789860075779 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50229</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>基隆河水源與西勢水庫聯合供水系統初步規劃－地質探查報告專題報告書〈光碟版〉=Preliminary Planning on the Water Supply of Keelung River and Sishih Reservoir Joint System －Report of Geological Investigation</title><yearidentifier>200612</yearidentifier></data><data><abstract>本手冊之目的在於闡釋都市型河川復育之基本理念及規劃之原則與方法。其中復育之基本理念包括河川之演變機理、河川廊道之生物棲地架構等要件；復育規劃方法則包括復育團隊之組織與運作、公聽會、復育措施之設計與佈置、復育計畫之執行、執行後之監測與改善等項目</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/9</date><governmentpublicationsnumber>1009503724</governmentpublicationsnumber><identifier>50230</identifier><internationalstandardbooknumber>9789860077841 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50230</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範手冊=An Illustration Project of Urban Stream Restoration Planning Handbook</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華顧問工程司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950232</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>50232</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50232</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)-人工養灘對底棲生物之影響(內附光碟)=Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city(2)-Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>族群數量調查及年間族群數量變化比較、湖山水庫聯外道路八色鳥調查、八色鳥繁殖成功率估算與八色鳥潛在天敵調查。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>388.894</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503587</governmentpublicationsnumber><identifier>50233</identifier><internationalstandardbooknumber>9789860080964 ; 9860080963</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50233</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年斗六丘陵(包括湖山水庫)八色鳥族群數量調查</title><yearidentifier>200611</yearidentifier></data><data><abstract>族群數量調查及年間族群數量變化比較、湖山水庫聯外道路八色鳥調查、八色鳥繁殖成功率估算與八色鳥潛在天敵調查。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>388.894</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503587</governmentpublicationsnumber><identifier>50234</identifier><internationalstandardbooknumber>9789860080964 ; 9860080963</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50234</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年斗六丘陵(包括湖山水庫)八色鳥族群數量調查(光碟版)</title><yearidentifier>200611</yearidentifier></data><data><abstract>本研究經由地方座談方式瞭民眾需求，以生態博物館為理念，提出淹沒區住戶安置計畫、水庫週邊自來水供水改善、水庫下游生態旅遊等規劃。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950372</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503691</governmentpublicationsnumber><identifier>50235</identifier><internationalstandardbooknumber>9789860077520 ; 9860077525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50235</librarycollectiondetailsurl><price>800</price><publisher>經濟部f水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可行性規劃檢討. 2: 水庫推動及計畫資料更新(光碟版) ＝A  Review of Feasibility Study of Tien Hwa Hu Reservoir (2)－Project Impetus and Renewal</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣東部海域由於先天地質條件的特殊性而擁有發展深層海洋水產業的絕對優勢， 貴局轄下的花蓮縣附近海岸位處海、陸板塊交接的斜坡邊緣，海岸坡度較陡，向海離岸不遠處即為太平洋的海溝區，水深幾乎都超過1,000公尺，非常適合深層海水的開發與相關產業的進駐，為全台一極具潛力的區域。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950172</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>50236</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50236</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(1/2)－光碟版＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Hualien Area(1/2)</title><yearidentifier>200708</yearidentifier></data><data><abstract>本計畫主要目的在於建置各縣市之排水系統地理資訊查詢系統，以做為後續本所暨相關單位釐定排水改善及維護管理時查詢之依據，另於第一階段(94年度)辦理彰化縣及雲林縣地區排水系統建置以作為系統之檢測</abstract><author>崧旭資訊公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940286</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009502683</governmentpublicationsnumber><identifier>50237</identifier><internationalstandardbooknumber>9789860069198 ; 9860069190</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50237</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>排水系統基本資料庫地理資訊查詢系統建置：網路版專題報告書(內附光碟) ＝WebGIS based drainage database querying and displaying system</title><yearidentifier>200610</yearidentifier></data><data><abstract>本計畫主要目的在於建置各縣市之排水系統地理資訊查詢系統，以做為後續本所暨相關單位釐定排水改善及維護管理時查詢之依據，另於第一階段(94年度)辦理彰化縣及雲林縣地區排水系統建置以作為系統之檢測</abstract><author>崧旭資訊公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940286</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009502683</governmentpublicationsnumber><identifier>50238</identifier><internationalstandardbooknumber>9789860069198 ; 9860069190</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50238</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>排水系統基本資料庫地理資訊查詢系統建置：網路版專題報告書－光碟版＝WebGIS based drainage database querying and displaying system</title><yearidentifier>200610</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950240</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009503615</governmentpublicationsnumber><identifier>50239</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50239</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>集水區洪水出流管制之評析及初步規劃(1/2)＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950240</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503615</governmentpublicationsnumber><identifier>50240</identifier><internationalstandardbooknumber>9789860076615 ; 9860076618</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>集水區洪水出流管制之評析及初步規劃(1/2)--光碟版=Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>95年完成北部地區以及中部地區水資源運用模擬- 優選結合模式之建立與模擬比較與可靠度分析之彙總。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950010</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503721</governmentpublicationsnumber><identifier>50241</identifier><internationalstandardbooknumber>9789860077834 ; 9860077835</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50241</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>提升台灣水資源運用效率之研究總報告(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保離島地區海岸時參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業,並開發數值模式模擬成果之展示模組,以提供決策單位防災預報參考。</abstract><author>國立臺灣大學工程科學及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950271</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>50242</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50242</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>建立波潮流與海岸線變遷模式(5/6)</title><yearidentifier>200612</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保離島地區海岸時參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業,並開發數值模式模擬成果之展示模組,以提供決策單位防災預報參考。</abstract><author>國立臺灣大學工程科學及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950271</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>50243</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50243</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>建立波潮流與海岸線變遷模式(5/6)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>延續93年繼續完成北部地區及中部地區水資源運用模擬-優選結合模式之建立與模擬比較與可靠度分析。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950010</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/12</date><governmentpublicationsnumber>1009503651</governmentpublicationsnumber><identifier>50244</identifier><internationalstandardbooknumber>9789860077278 ; 9860077274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50244</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>提升台灣水資源運用效率之研究(3/3)(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>財團法人中華顧問工程司</author><categoryidentifier>351.32762   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950269</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009503915</governmentpublicationsnumber><identifier>50245</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50245</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台南海岸復育規劃(1/2)(急水溪至曾文溪口)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>財團法人中華顧問工程司</author><categoryidentifier>351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950269</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/13</date><governmentpublicationsnumber>1009503915</governmentpublicationsnumber><identifier>50246</identifier><internationalstandardbooknumber>9789860079968 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50246</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台南海岸復育規劃(1/2)(急水溪至曾文溪口)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主軸為擬增加水庫淤泥之最終去處，以提升淤泥處理量，並進一步評估出可行方法，以將淤泥處置可能導致河防安全、影響生態及社會環境之衝降到最低。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950107</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/13</date><governmentpublicationsnumber>1009503524</governmentpublicationsnumber><identifier>50247</identifier><internationalstandardbooknumber>9789860075977 ; 9860075972</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50247</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫淤泥排放於下游河道及應用於水庫集水區保育之研究(內附光碟)＝Study on feasibility of applying Reservoir Dredged Material in River and Catchment Area Restoration</title><yearidentifier>200612</yearidentifier></data><data><abstract>95年度岡壩水庫區域淤積測量</abstract><author>大聖工程顧問公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/13</date><governmentpublicationsnumber>1009504596</governmentpublicationsnumber><identifier>50248</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50248</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度石岡壩水庫區域淤積測量報告＝Year 95 Shih-Gang Dam Reservoir Region Silting Survey Report</title><yearidentifier>200611</yearidentifier></data><data><abstract>95年度岡壩水庫區域淤積測量</abstract><author>大聖工程顧問公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/13</date><governmentpublicationsnumber>1009504596</governmentpublicationsnumber><identifier>50249</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50249</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度石岡壩水庫區域淤積測量報告－光碟版＝Year 95 Shih-Gang Dam Reservoir Region Silting Survey Report</title><yearidentifier>200611</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950327</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009504130</governmentpublicationsnumber><identifier>50251</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50251</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>鱉溪河川生態調查及復育規劃(1/2)＝The investigation of  the ecological environment and the rehabilitation planning of the Bie River (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950327</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504130</governmentpublicationsnumber><identifier>50252</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50252</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>鱉溪河川生態調查及復育規劃(1/2)－光碟版＝The investigation of  the ecological environment and the rehabilitation planning of the Bie River (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為落實卓溪河川生態環境之營造與復育利用，期能有效削減洪澇災害，保障民眾生命財產安全及產業發展，並兼顧生態保育及親水空間之營造，結合河川治理、水質改善及河道垃圾清理等成效，創造具安全性、多樣性、自然親水之河川環境。針對河川物化環境、生態環境、人文環境及河道環境，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，除可改善卓溪河川生態與景觀環境之外，並可結合上游卓溪鄉公所行政轄區之卓溪下部落與現有休閒設施整體規劃，落實民意需求與社區參與。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6   443.68973405   443.63405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950403</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009504140</governmentpublicationsnumber><identifier>50253</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50253</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>卓溪河川生態環境營造及景觀規劃＝The Enviornmental Rehabilitation and Landscape Planning for the Zhuo River</title><yearidentifier>200612</yearidentifier></data><data><abstract>為落實卓溪河川生態環境之營造與復育利用，期能有效削減洪澇災害，保障民眾生命財產安全及產業發展，並兼顧生態保育及親水空間之營造，結合河川治理、水質改善及河道垃圾清理等成效，創造具安全性、多樣性、自然親水之河川環境。針對河川物化環境、生態環境、人文環境及河道環境，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，除可改善卓溪河川生態與景觀環境之外，並可結合上游卓溪鄉公所行政轄區之卓溪下部落與現有休閒設施整體規劃，落實民意需求與社區參與。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6   443.63405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA950403</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504140</governmentpublicationsnumber><identifier>50254</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50254</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>卓溪河川生態環境營造及景觀規劃(光碟版)＝The Enviornmental Rehabilitation and Landscape Planning for the Zhuo River</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950411</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/13</date><governmentpublicationsnumber>1009504374</governmentpublicationsnumber><identifier>50255</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50255</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以濁水溪及高屏溪為例(光碟版)=Applications of satellite remote sensing on monitoring and managing the river watershed-examples of Jhuoshuei River and Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>延續93年繼續完成北部地區及中部地區水資源運用模擬-優選結合模式之建立與模擬比較與可靠度分析。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950010</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503651</governmentpublicationsnumber><identifier>50256</identifier><internationalstandardbooknumber>9789860077278 ; 9860077274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50256</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>提升台灣水資源運用效率之研究(3/3)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>由於台灣南部地區傳統水資源開發計畫受阻，而水源之需求與日俱增。復因近年來高屏地區颱洪時期常連日大雨，高屏溪及上游河川挾帶大量泥沙滾滾而下，導致此期間高屏溪大樹攔河堰取用自來水源因濁度太高而供水水質渾濁，致使該供水區域民生用水供需失調。本計畫的目的乃於高屏沿岸及隘寮溪中下游地區，藉由淺層地下水及伏流水之取水技術，研擬其水資源之開發方式，並規劃評估可行方案，俾作為一旦地表水源無法正常使用時之備援系統用途。</abstract><author>中鼎工程股份有限公司</author><categoryidentifier>351.8551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950136</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503104</governmentpublicationsnumber><identifier>50257</identifier><internationalstandardbooknumber>9789860071740 ; 9860071740</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50257</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>高屏溪沿岸及隘寮溪中下游淺層地下水開發評估及備援系統規劃-成果報告書 The Assessment of Shallow Groundwater Development along Kao-ping River and Middle-down Sterm Ai-Liao River,and The Planning of Water Resouces Backup System</title><yearidentifier>200612</yearidentifier></data><data><abstract>95年完成北部地區以及中部地區水資源運用模擬- 優選結合模式之建立與模擬比較與可靠度分析之彙總。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950010</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503721</governmentpublicationsnumber><identifier>50258</identifier><internationalstandardbooknumber>9789860077834 ; 9860077835</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50258</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>提升台灣水資源運用效率之研究總報告(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為進行大園廠之放流水再生規劃研究、可能用戶使用需求與意願等之調查，以及成本效益分析，作為未來推動污水再生整體規劃之參考。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950017</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503654</governmentpublicationsnumber><identifier>50259</identifier><internationalstandardbooknumber>9789860077162 ; 9860077169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50259</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大園工業區污水處理廠放流水再生利用研究</title><yearidentifier>200612</yearidentifier></data><data><abstract>為進行大園廠之放流水再生規劃研究、可能用戶使用需求與意願等之調查，以及成本效益分析，作為未來推動污水再生整體規劃之參考。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950017</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503654</governmentpublicationsnumber><identifier>50260</identifier><internationalstandardbooknumber>9789860077162 ; 9860077169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50260</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大園工業區污水處理廠放流水再生利用研究(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究乃加強規劃其高級再生設施，並擴大其既有之都市雜用水再生設施使，再生產水可作為鄰近工業區之工業用水及台中市都市雜用水及學校雜用水</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950017</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503653</governmentpublicationsnumber><identifier>50261</identifier><internationalstandardbooknumber>9789860077155 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50261</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台中市福田水資源回收中心放流水再生利用研究</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究乃加強規劃其高級再生設施，並擴大其既有之都市雜用水再生設施使，再生產水可作為鄰近工業區之工業用水及台中市都市雜用水及學校雜用水</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950017</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/14</date><governmentpublicationsnumber>1009503653</governmentpublicationsnumber><identifier>50262</identifier><internationalstandardbooknumber>9789860077155 ; 9860077150</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50262</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台中市福田水資源回收中心放流水再生利用研究(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6423029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50264</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50264</librarycollectiondetailsurl><price>330</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50265</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50265</librarycollectiondetailsurl><price>424</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6424029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50266</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50266</librarycollectiondetailsurl><price>315</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>南化水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50267</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50267</librarycollectiondetailsurl><price>393</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>南化水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6432029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50268</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50268</librarycollectiondetailsurl><price>312</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>牡丹水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50269</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50269</librarycollectiondetailsurl><price>372</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>牡丹水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50270</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50270</librarycollectiondetailsurl><price>298</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>阿公店水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50271</identifier><internationalstandardbooknumber>9789860086201 ; 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9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50274</librarycollectiondetailsurl><price>304</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>蘭潭水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6418</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50275</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50275</librarycollectiondetailsurl><price>349</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>蘭潭水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6420029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50276</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50276</librarycollectiondetailsurl><price>303</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>白河水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50277</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50277</librarycollectiondetailsurl><price>357</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>白河水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6417029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50278</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50278</librarycollectiondetailsurl><price>298</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>仁義潭水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6417</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50279</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50279</librarycollectiondetailsurl><price>293</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>仁義潭水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6430029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50280</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50280</librarycollectiondetailsurl><price>297</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>澄清湖水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>2009101534</governmentpublicationsnumber><identifier>50281</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50281</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十年）－光碟版</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.643</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50282</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50282</librarycollectiondetailsurl><price>296</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>澄清湖水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6431029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50283</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50283</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>鳳山水庫地理資訊查詢系統報告</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6431</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50284</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50284</librarycollectiondetailsurl><price>322</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>鳳山水庫蓄水範圍及保護帶保育計畫</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/WEASB</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50285</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50285</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃-總報告(上冊-Ｉ)  Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署北區水資源局94年度年報</abstract><author>賴伯勳</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>50286</identifier><internationalstandardbooknumber>9789860081473 ; 9860081476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50286</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十四年）－光碟版</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/WEASB</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50287</identifier><internationalstandardbooknumber>9789860086201 ; 9860086201</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50287</librarycollectiondetailsurl><price>562</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃-總報告(下冊-ＩＩ)  Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要目的在於進行石門水庫集水區之陸域生態調查研究，藉由陸域生態之調查研究建立完整的水庫集水區陸域生態資料，提供本局對集水區內自然生態保育工作之依據，進而研擬相關規劃與保育措施。</abstract><author>富立業工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/15</date><governmentpublicationsnumber>1009400168</governmentpublicationsnumber><identifier>50288</identifier><internationalstandardbooknumber>9789860001334 ; 9860001332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50288</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>石門水庫集水區陸域生態之調查研究(光碟版) The ecological investigation of Shinmen Reservoir</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/16</date><governmentpublicationsnumber>1009503590</governmentpublicationsnumber><identifier>50289</identifier><internationalstandardbooknumber>9789860076608 ; 986007660X</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50289</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>95</publishrocyear><title>Planning and Review of Tao-Yuan Artificial Lake</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主軸為擬增加水庫淤泥之最終去處，以提升淤泥處理量，並進一步評估出可行方法，以將淤泥處置可能導致河防安全、影響生態及社會環境之衝降到最低。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950107</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/26</date><governmentpublicationsnumber>1009503524</governmentpublicationsnumber><identifier>50292</identifier><internationalstandardbooknumber>9789860075977 ; 9860075972</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50292</librarycollectiondetailsurl><price>600</price><publisher>經灣部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫淤泥排放於下游河道及應用於水庫集水區保育之研究(光碟版)=Study on feasibility of applying Reservoir Dredged Material in River and Catchment Area Restoration</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50293</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50293</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(曾文水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50294</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50294</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(南化水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50295</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50295</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(牡丹水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50296</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50296</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(阿公店水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50297</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50297</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(烏山頭水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6418</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50298</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50298</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(蘭潭水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50299</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50299</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(白河水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6417</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50300</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50300</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(仁義潭水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.643</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50301</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50301</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(澄清湖水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6431</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504550</governmentpublicationsnumber><identifier>50302</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50302</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.蘭潭.仁義潭.白河.南化.烏山頭.阿公店.澄清湖.鳳山及牡丹等10座水庫蓄水範圍及保護帶(含主要河川)治理規劃 -光碟版(鳳山水庫)Control Planning for the Storage Scope and Protection Zone (with the Primary Stream)of Tseng Wen.Lan Tan.Jen Yi Tan.Bai Hou. Nan Hua.Wu S</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504367</governmentpublicationsnumber><identifier>50303</identifier><internationalstandardbooknumber>9789860086119 ; 9860086119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50303</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度曾文.牡丹.高屏溪及甲仙攔河堰水質檢驗分析計畫總報告 2006Tseng -Wen,Mu-Dan,Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analysis Final Report</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要目的在於檢視本區域整體水資源時空配置，整合區域地表地下水資源，俾更有效率運用區域水資源，以增加區域供水穩定性及達到水資源永續利用的目標，提供未來屏東平原地區地表地下水資源聯合運用工作推動之方針，並且針對隘寮溪河道進行地表地下水聯合運用之個案工程規劃。 本計畫工作項目有六大項，(1)屏東平原水資源整體評價、(2)屏東平原地下水資源保育問題評析、(3)屏東平原地表地下水資源聯合運用原則擬定、(4)地下水補注方案評估、(5)屏東平原地表地下水資源聯合運用整體規劃構想、(6)隘寮溪地表地下水聯合運用個案工程規劃。 根據本計畫水資源現況利用分析結果，屏東平原各標的用水量約15.3億立方公尺，地下水用水量9.7億立方公尺，地表水5.6億立方公尺，顯示目前屏東平原地表地下水運用之現況約36：64左右。本計畫所擬地表地下水聯合運用構想之目標有二，一為改善高屏溪汛期河水高濁度所引發供水受限之問題，二為減少扇央及扇尾地區地下水抽取量，永續利用屏東平原之水資源。為達成上述之目標，本計畫所研擬之地表地下水聯合運用方案為已核定之高屏大湖計畫及旗山溪、荖濃溪沿岸淺層地下水開發計畫、抽水井網運作計畫、隘寮溪下游河段伏流水開發計畫、東港溪水源開發計畫、大潮州人工湖及士文水庫計畫。而隘寮溪個案工程規劃評估為設置集水廊道即將出滲至河道之地下水汲取，評選出最佳之場址為南華大橋下游之106斷面。第一階段取水量為替代屏東淨水場豐水期抽取之地下水5萬CMD，並視地下水涵養補注之情況及屏東地區用水成長推動第二階段計畫，擴大取水規模為豐水期每日10萬CMD，枯水期每日5萬CMD。總工程費為13.83億元，單位原水成本為每立方公尺7.56元。如不計輸水管線，則約為2.76億元，單位原水成本為1.78元。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950178</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009503068</governmentpublicationsnumber><identifier>50304</identifier><internationalstandardbooknumber>9789860071290 ; 9860071292</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50304</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>屏東平原地表地下水聯合運用機制檢討與個案工程規劃(1) Review and Critique of Surface and Ground Water Conjunctive use Practices in the Pingtung Plain and the Planning of a Specific Project Along the Ai-liao Creek(1)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要目的在於檢視本區域整體水資源時空配置，整合區域地表地下水資源，俾更有效率運用區域水資源，以增加區域供水穩定性及達到水資源永續利用的目標，提供未來屏東平原地區地表地下水資源聯合運用工作推動之方針，並且針對隘寮溪河道進行地表地下水聯合運用之個案工程規劃。 本計畫工作項目有六大項，(1)屏東平原水資源整體評價、(2)屏東平原地下水資源保育問題評析、(3)屏東平原地表地下水資源聯合運用原則擬定、(4)地下水補注方案評估、(5)屏東平原地表地下水資源聯合運用整體規劃構想、(6)隘寮溪地表地下水聯合運用個案工程規劃。 根據本計畫水資源現況利用分析結果，屏東平原各標的用水量約15.3億立方公尺，地下水用水量9.7億立方公尺，地表水5.6億立方公尺，顯示目前屏東平原地表地下水運用之現況約36：64左右。本計畫所擬地表地下水聯合運用構想之目標有二，一為改善高屏溪汛期河水高濁度所引發供水受限之問題，二為減少扇央及扇尾地區地下水抽取量，永續利用屏東平原之水資源。為達成上述之目標，本計畫所研擬之地表地下水聯合運用方案為已核定之高屏大湖計畫及旗山溪、荖濃溪沿岸淺層地下水開發計畫、抽水井網運作計畫、隘寮溪下游河段伏流水開發計畫、東港溪水源開發計畫、大潮州人工湖及士文水庫計畫。而隘寮溪個案工程規劃評估為設置集水廊道即將出滲至河道之地下水汲取，評選出最佳之場址為南華大橋下游之106斷面。第一階段取水量為替代屏東淨水場豐水期抽取之地下水5萬CMD，並視地下水涵養補注之情況及屏東地區用水成長推動第二階段計畫，擴大取水規模為豐水期每日10萬CMD，枯水期每日5萬CMD。總工程費為13.83億元，單位原水成本為每立方公尺7.56元。如不計輸水管線，則約為2.76億元，單位原水成本為1.78元。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950178</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009503068</governmentpublicationsnumber><identifier>50305</identifier><internationalstandardbooknumber>9789860071290 ; 9860071292</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50305</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>屏東平原地表地下水聯合運用機制檢討與個案工程規劃(1) -成果報告光碟版Review and critique of surface and ground water conjunctive use practices in the Pingtung Plain and the planning of a specific project along the Ai-liao Creek(1)</title><yearidentifier>200612</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），其目的為評估ASR技術成為台灣水資源開發利用之一的技術可行性。目前已在屏東縣枋寮鄉設立了昌隆ASR示範廠，現有設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，並獲得一些良好的現場試驗資料。     本計畫目的為延續ASR井之維護與管理，已針對ASR井及其周邊設施損壞部份進行維修與更新，使其ASR井運轉功能正常，並利用 ASR井進行抽水及補注試驗，以探求當地之水文地質狀況。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950341</commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009503094</governmentpublicationsnumber><identifier>50306</identifier><internationalstandardbooknumber>9789860071443 ; 9860071443</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50306</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度ASR井功能維護及抽水與入滲功能觀測-成果報告 ASR Well Function Maintance and Pumping/Recharge Tests F.Y.95</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/2/27</date><governmentpublicationsnumber>1009504096</governmentpublicationsnumber><identifier>50307</identifier><internationalstandardbooknumber>9789860081459 ; 9860081459</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50307</librarycollectiondetailsurl><price>500</price><publisher>經灣部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪仁義潭(攔河堰)下游沖刷河段治理方案之研析(成果資料光碟版)=Study on Control Plan in the Downstream Scour Channel Section of Jen Yi Tan (Weir) for  Pa Chang Chi</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>351.084</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/1</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>50313</identifier><internationalstandardbooknumber>9789860084139 ; 9860084130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50313</librarycollectiondetailsurl><price>850</price><publisher>經灣部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)(成果資料光碟)=Coastal Change Dectection on Taiwan Using Satellite SAR(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50314</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50314</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第六期）</title><yearidentifier>200702</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50315</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50315</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第七期）</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫自議價日起至民國95年12月15日止。主要工作內容有：（1）建立洪水預報模組所需計算格網服務（2）建立高頻寬網路環境架構；（3）擴充影像監測應用功能，建立「水情影像監視格網」；（4）建立多方人員與影像、影片、簡報資料溝通的「超級視訊格網」；（5）格網平台之維運與管控規劃；（6）辦理教育訓練。依照水利署防救災作業流程與格網系統建置需求，本計畫將格網架構分為資料、監測、計算和超級視訊等四個核心格網平台，依業務需求訂定平台規範與系統平台實作。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950039</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>1009503961</governmentpublicationsnumber><identifier>50318</identifier><internationalstandardbooknumber>9789860079739 ; 9860079730</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50318</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災應變格網之研發(2/2)=Study on Grid of Hazard Mitigation and Emergency Response(2/2)</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華工程顧問工程司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950232</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>50319</identifier><internationalstandardbooknumber>978986007805X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50319</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)-人工養灘對底棲生物之影響(光碟版)=Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City(2)-Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫自議價日起至民國95年12月15日止。主要工作內容有：（1）建立洪水預報模組所需計算格網服務（2）建立高頻寬網路環境架構；（3）擴充影像監測應用功能，建立「水情影像監視格網」；（4）建立多方人員與影像、影片、簡報資料溝通的「超級視訊格網」；（5）格網平台之維運與管控規劃；（6）辦理教育訓練。依照水利署防救災作業流程與格網系統建置需求，本計畫將格網架構分為資料、監測、計算和超級視訊等四個核心格網平台，依業務需求訂定平台規範與系統平台實作。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950039</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>1009503961</governmentpublicationsnumber><identifier>50320</identifier><internationalstandardbooknumber>9789860079739 ; 9860079730</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50320</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災應變格網之研發(2/2)－光碟版=Study on Grid of Hazard Mitigation and Emergency Response(2/2)</title><yearidentifier>200702</yearidentifier></data><data><abstract>關於水權費之開徵，除應確立其徵收作業及費用保管支用之法律制度外，尚應考量下列議題：首先，為使水權費開徵政策更具有促進引用水量合理及建立節約用水觀念之實效性，對於水權費費率因子、費率原則、調整機制以及最適費率等各項議題，尚須植基於經濟部水利署過去之研究成果，在法制面向加以檢討其規範設計。其次，水權費之徵收亦將面臨來自政府部門本身協調或政策考量、社會對經濟衝擊及分配正義之疑慮、軟硬體設施暫時無法配合及法制建構無法完全周詳等各項問題，因此課徵時可能產生之爭議障礙及政策衝擊亦須審慎加以研析並提出解決方案。此外，?能順利推動水權費徵收政策，其開徵時機、方式及政策說帖仍有待深入探討及研擬。因此，在本次第一年期的研究中，本中心係對水權費徵收政策背景進行深入研究，並對水利法相關規範進行調控，使此項費用之徵收更具合憲性，同時完善地確立具有實效性之水權費費率及調整機制，且對於水權費徵收政策進行優勢、弱點、機會及趨勢之綜合分析，提高政策評估及決策之正確性。</abstract><author>中正大學財經法律研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950375</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>1009504398</governmentpublicationsnumber><identifier>50321</identifier><internationalstandardbooknumber>9789860084900 ; 9860084904</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50321</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>95</publishrocyear><title>水權費徵收政策評估之研究〈1/2〉=Research Regarding the Policy Assessing of Imposing Water Right Fee〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>關於水權費之開徵，除應確立其徵收作業及費用保管支用之法律制度外，尚應考量下列議題：首先，為使水權費開徵政策更具有促進引用水量合理及建立節約用水觀念之實效性，對於水權費費率因子、費率原則、調整機制以及最適費率等各項議題，尚須植基於經濟部水利署過去之研究成果，在法制面向加以檢討其規範設計。其次，水權費之徵收亦將面臨來自政府部門本身協調或政策考量、社會對經濟衝擊及分配正義之疑慮、軟硬體設施暫時無法配合及法制建構無法完全周詳等各項問題，因此課徵時可能產生之爭議障礙及政策衝擊亦須審慎加以研析並提出解決方案。此外，?能順利推動水權費徵收政策，其開徵時機、方式及政策說帖仍有待深入探討及研擬。因此，在本次第一年期的研究中，本中心係對水權費徵收政策背景進行深入研究，並對水利法相關規範進行調控，使此項費用之徵收更具合憲性，同時完善地確立具有實效性之水權費費率及調整機制，且對於水權費徵收政策進行優勢、弱點、機會及趨勢之綜合分析，提高政策評估及決策之正確性。</abstract><author>中正大學財經法律研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950375</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>1009504398</governmentpublicationsnumber><identifier>50322</identifier><internationalstandardbooknumber>9789860084900 ; 9860084904</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50322</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>95</publishrocyear><title>水權費徵收政策評估之研究〈1/2〉光碟版 =Research Regarding the Policy Assessing of Imposing Water Right Fee〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/2</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>50323</identifier><internationalstandardbooknumber>1606-2574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50323</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>節約用水季刊（第四十四期）－節水成效總體驗</title><yearidentifier>200612</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），其目的為評估ASR技術成為台灣水資源開發利用之一的技術可行性。目前已在屏東縣枋寮鄉設立了昌隆ASR示範廠，現有設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，並獲得一些良好的現場試驗資料。     本計畫目的為延續ASR井之維護與管理，已針對ASR井及其周邊設施損壞部份進行維修與更新，使其ASR井運轉功能正常，並利用 ASR井進行抽水及補注試驗，以探求當地之水文地質狀況。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950341</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/3</date><governmentpublicationsnumber>1009503094</governmentpublicationsnumber><identifier>50324</identifier><internationalstandardbooknumber>9789860071443 ; 9860071446</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50324</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>95年度ASR井功能維護及抽水與入滲功能觀測-成果報告(光碟版） ASR Well Function Maintance and Pumping/Recharge Tests F.Y.95</title><yearidentifier>200612</yearidentifier></data><data><abstract>濁水溪為台灣各大河川中泥砂產量最豐富且治理工作最艱鉅者，基於其重要性，濁水溪下游河道輸砂特性與上游集水區泥砂來源之相關研究，921集集大地震造成濁水溪流域崩塌面積高達11300公頃，因而產生大量鬆散之砂石，河川之輸砂特性變化值得吾人作進一步之探討。</abstract><author>國立中興大學</author><categoryidentifier>443.68932   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950324</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/3</date><governmentpublicationsnumber>1009504123</governmentpublicationsnumber><identifier>50325</identifier><internationalstandardbooknumber>9789860081626 ; 986008162X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50325</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(1/2)=Experimental Study of Sediment Transport Rrelationships for the Lower Cho-Shui River after the 921 Chi-Chi Earthquake(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>濁水溪為台灣各大河川中泥砂產量最豐富且治理工作最艱鉅者，基於其重要性，濁水溪下游河道輸砂特性與上游集水區泥砂來源之相關研究，921集集大地震造成濁水溪流域崩塌面積高達11300公頃，因而產生大量鬆散之砂石，河川之輸砂特性變化值得吾人作進一步之探討。</abstract><author>國立中興大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950324</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/3</date><governmentpublicationsnumber>1009504123</governmentpublicationsnumber><identifier>50326</identifier><internationalstandardbooknumber>9789860081626 ; 986008162X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50326</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(1/2)(光碟版)=Experimental Study of Sediment Transport Rrelationships for the Lower Cho-Shui River after the 921 Chi-Chi Earthquake(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究主要在於建構崩塌潛勢評估模式、崩塌量估算模式及集水區泥沙產量推估模式；針對崩塌潛勢評估模式之建構上，本模式乃利用多準則決策層級分析法進行為基礎，以過往文獻及資料取得性為篩選因子之主要考量，因子評分方式給定則採用民國90年桃芝颱風於中台灣所引發之崩塌案例為根據，並利用北橫公路、中橫公路、南橫公路及台14線等之崩塌案例進行模式檢定，獲得降雨引發邊坡崩塌之臨界門檻值約為8.9至9.0之間，並根據評估值與對應之崩塌現象差異分為崩塌頻發區、案例集中區及深層土層滑動區等；在崩塌量估算模式建構上，本研究利用艾利颱風於石門水庫所引發之崩塌案例為依據，以5m×5m DEM及六處空載LiDAR資料，發展不同降雨、不同地質之坡度與崩塌深度評估表，並推估降雨事件引發之集水區土砂量。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950051</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503421</governmentpublicationsnumber><identifier>50327</identifier><internationalstandardbooknumber>9789860075304 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50327</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水庫集水區崩塌地潛勢分析及崩塌土方量估算之研究(3/3) The Evaluation Study of Landslide Susceptibility and Landslide Size in Reservoir Watersheds (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究主要在於建構崩塌潛勢評估模式、崩塌量估算模式及集水區泥沙產量推估模式；針對崩塌潛勢評估模式之建構上，本模式乃利用多準則決策層級分析法進行為基礎，以過往文獻及資料取得性為篩選因子之主要考量，因子評分方式給定則採用民國90年桃芝颱風於中台灣所引發之崩塌案例為根據，並利用北橫公路、中橫公路、南橫公路及台14線等之崩塌案例進行模式檢定，獲得降雨引發邊坡崩塌之臨界門檻值約為8.9至9.0之間，並根據評估值與對應之崩塌現象差異分為崩塌頻發區、案例集中區及深層土層滑動區等；在崩塌量估算模式建構上，本研究利用艾利颱風於石門水庫所引發之崩塌案例為依據，以5m×5m DEM及六處空載LiDAR資料，發展不同降雨、不同地質之坡度與崩塌深度評估表，並推估降雨事件引發之集水區土砂量。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950051</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503421</governmentpublicationsnumber><identifier>50329</identifier><internationalstandardbooknumber>9789860075304 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50329</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>水庫集水區崩塌地潛勢分析及崩塌土方量估算之研究(3/3) －光碟版 The Evaluation Study of Landslide Susceptibility and Landslide Size in Reservoir Watersheds (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>此研究為三年期程之計畫，而依上兩年度之研究為基礎，本年度則首先以水槽之實驗方式，建立兩種選定水生植物生物參數與流場參數關係，實驗參數分為水生植物參數群與流場參數群，水生植物參數群設定有水生植物倒伏高度比、水生植物植栽密度、水生植物植株高與水深比、水生植物抗流力，流場參數設定有曼寧糙度、福祿數、通水斷面積、最大流速U（Z）max、U（Z）、U（X,Y）等。流場數值模擬方面，於二維之數值模擬分別針對丁壩及緊急庇護水道等水工結構物，配合水生植物種植並且觀察其流場改變情形。最後實驗與數值模擬結果與第二年水生動物計畫所得之魚類最適流速等結合，以提供生態水工結構物設計參考。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950052</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503461</governmentpublicationsnumber><identifier>50332</identifier><internationalstandardbooknumber>9789860076349 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50332</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區生態水工結構物設計參數之建立(3/3) The Establishment of Ecological Engineering Parameters in Reservoir Watershed (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>此研究為三年期程之計畫，而依上兩年度之研究為基礎，本年度則首先以水槽之實驗方式，建立兩種選定水生植物生物參數與流場參數關係，實驗參數分為水生植物參數群與流場參數群，水生植物參數群設定有水生植物倒伏高度比、水生植物植栽密度、水生植物植株高與水深比、水生植物抗流力，流場參數設定有曼寧糙度、福祿數、通水斷面積、最大流速U（Z）max、U（Z）、U（X,Y）等。流場數值模擬方面，於二維之數值模擬分別針對丁壩及緊急庇護水道等水工結構物，配合水生植物種植並且觀察其流場改變情形。最後實驗與數值模擬結果與第二年水生動物計畫所得之魚類最適流速等結合，以提供生態水工結構物設計參考。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950052</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503461</governmentpublicationsnumber><identifier>50333</identifier><internationalstandardbooknumber>9789860076349 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50333</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區生態水工結構物設計參數之建立(3/3) －光碟版 The Establishment of Ecological Engineering Parameters in Reservoir Watershed (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>「水庫集水區水質、水量及泥砂整合性監測系統規劃手冊」的內容提供水庫管理單位規劃流程及方法，決定設置監測站的位置及數量。本計畫從兩方面評估規劃手冊的實用性，一是依照規劃手冊的流程及方法，規劃石門及曾文水庫集水區的監測系統，並與兩個集水區內既有的水文站做比較，除了對設站的位置提出建議之外，並依據蒐集的水量及輸砂量資料，分析監測站掌握流量及泥砂來源的比例，以監測成果推求集水區總產出量的可能性。另外則是在南化水庫集水區已建置的示範整合性監測站進行水質、水量及泥砂監測工作，並就監測方式、頻率及資料傳輸、展示系統、維護管理進行評估。本計畫的結果並能提供已進行集水區監測的水庫管理單位評估既有監測站的功能。</abstract><author>成功大學防災研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRA0950186</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503445</governmentpublicationsnumber><identifier>50335</identifier><internationalstandardbooknumber>9789860075298 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50335</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區水質、水量及泥砂整合性監測計畫 Integrated Monitoring on Water Quality, Discharge and Sediment in the Watershed of a Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>「水庫集水區水質、水量及泥砂整合性監測系統規劃手冊」的內容提供水庫管理單位規劃流程及方法，決定設置監測站的位置及數量。本計畫從兩方面評估規劃手冊的實用性，一是依照規劃手冊的流程及方法，規劃石門及曾文水庫集水區的監測系統，並與兩個集水區內既有的水文站做比較，除了對設站的位置提出建議之外，並依據蒐集的水量及輸砂量資料，分析監測站掌握流量及泥砂來源的比例，以監測成果推求集水區總產出量的可能性。另外則是在南化水庫集水區已建置的示範整合性監測站進行水質、水量及泥砂監測工作，並就監測方式、頻率及資料傳輸、展示系統、維護管理進行評估。本計畫的結果並能提供已進行集水區監測的水庫管理單位評估既有監測站的功能。</abstract><author>成功大學防災研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRA0950186</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503445</governmentpublicationsnumber><identifier>50336</identifier><internationalstandardbooknumber>9789860075298 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50336</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區水質、水量及泥砂整合性監測計畫 －光碟版  Integrated Monitoring on Water Quality, Discharge and Sediment in the Watershed of a Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950228</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503715</governmentpublicationsnumber><identifier>50337</identifier><internationalstandardbooknumber>9789860077766 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50337</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫濱水帶植生與其保育功能之研究(1/2) Study on Vegetation and Conservation Effect of Reservoir Riparian Zone (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950228</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503715</governmentpublicationsnumber><identifier>50338</identifier><internationalstandardbooknumber>9789860077766 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50338</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫濱水帶植生與其保育功能之研究(1/2)－光碟版 Study on Vegetation and Conservation Effect of Reservoir Riparian Zone (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究主要目的在建立一套適用於臺灣水庫集水區非點源污染傳輸的模擬模式，考慮的污染物包括泥砂、營養源（磷、氮）等，工作範圍包括簡易模式、複雜模式的選取，模式功能及優劣性比較，本土化條件的考量。另外需選取二座水庫集水區加以實際應用、展示，比較模式之各項功能。第一年的研究以泥砂模擬為主，建議選取石門水庫集水區加以應用分析，以作為國內水源保護及自來水供應之重要工作參考。第二年的工作則以其他污染源（例如：總磷、氮、BOD）為考慮對象及模式手冊之撰寫及推廣。此項研究工作的成果將可做為國內集水區保育、治理規劃的重要參考依據。</abstract><author>國立臺灣大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950287</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503719</governmentpublicationsnumber><identifier>50339</identifier><internationalstandardbooknumber>9789860077773 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50339</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區非點源污染傳輸最適用模式之建立與應用(1/2) Evaluation and Applications of Suitable Models for Nonpoint Source Pollution in Reservoir Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究主要目的在建立一套適用於臺灣水庫集水區非點源污染傳輸的模擬模式，考慮的污染物包括泥砂、營養源（磷、氮）等，工作範圍包括簡易模式、複雜模式的選取，模式功能及優劣性比較，本土化條件的考量。另外需選取二座水庫集水區加以實際應用、展示，比較模式之各項功能。第一年的研究以泥砂模擬為主，建議選取石門水庫集水區加以應用分析，以作為國內水源保護及自來水供應之重要工作參考。第二年的工作則以其他污染源（例如：總磷、氮、BOD）為考慮對象及模式手冊之撰寫及推廣。此項研究工作的成果將可做為國內集水區保育、治理規劃的重要參考依據。</abstract><author>國立臺灣大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950287</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503719</governmentpublicationsnumber><identifier>50340</identifier><internationalstandardbooknumber>9789860077773 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50340</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區非點源污染傳輸最適用模式之建立與應用(1/2) －光碟版 Evaluation and Applications of Suitable Models for Nonpoint Source Pollution in Reservoir Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>石門水庫集水區地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，水庫集水區土砂大量流失，進入庫區內造成水庫淤積。如何有效地針對石門水庫集水區進行土砂流失的風險控管，減緩水庫的淤積速率，以延長石門水庫的使用壽命，實為當前相當重要的研究課題。 歷年來針對石門水庫集水區泥砂產出及輸送機制之研究已累積相當研究成果，然各研究計畫的成果並未經整合，對於計畫區內土石崩塌、表土沖蝕、泥砂輸送與水庫淤積之關聯性尚待建立，無法具體、有效地提出集水區整體治理對策及其成效。 本計畫主要目的在建立石門水庫集水區崩塌與庫區淤積之風險管理模式，提出石門水庫集水區整體治理對策，以維持水庫設計功能的正常發揮，延長石門水庫的使用壽命。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950073</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503683</governmentpublicationsnumber><identifier>50341</identifier><internationalstandardbooknumber>9789860077360 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50341</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究(1/3) The study of risk assessment of landslide and sediment deposition in Shihmen watershed(1/3)</title><yearidentifier>200611</yearidentifier></data><data><abstract>石門水庫集水區地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，水庫集水區土砂大量流失，進入庫區內造成水庫淤積。如何有效地針對石門水庫集水區進行土砂流失的風險控管，減緩水庫的淤積速率，以延長石門水庫的使用壽命，實為當前相當重要的研究課題。 歷年來針對石門水庫集水區泥砂產出及輸送機制之研究已累積相當研究成果，然各研究計畫的成果並未經整合，對於計畫區內土石崩塌、表土沖蝕、泥砂輸送與水庫淤積之關聯性尚待建立，無法具體、有效地提出集水區整體治理對策及其成效。 本計畫主要目的在建立石門水庫集水區崩塌與庫區淤積之風險管理模式，提出石門水庫集水區整體治理對策，以維持水庫設計功能的正常發揮，延長石門水庫的使用壽命。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950073</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/5</date><governmentpublicationsnumber>1009503683</governmentpublicationsnumber><identifier>50342</identifier><internationalstandardbooknumber>9789860077360 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究(1/3)－光碟版 The study of risk assessment of landslide and sediment deposition in Shihmen watershed(1/3)</title><yearidentifier>200611</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>50343</identifier><internationalstandardbooknumber>9789860077803 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50343</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)計畫研究成果─光碟版=Development of integrated basen management and inundation</title><yearidentifier>200612</yearidentifier></data><data><abstract>本年度計畫將以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，推動在永續發展觀念下的水與綠建設，並著力於相關之研究。新增方向包括：水庫集水區生態工法之諮詢與推廣、資訊科技的應用、傳統技術的發掘和介紹前瞻性水環境管理工具等，進行集水區之水環境管理工作，致使水庫集水區之保護工作得以延續。</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503462</governmentpublicationsnumber><identifier>50344</identifier><internationalstandardbooknumber>9789860076356 ; 9860076359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50344</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水環境研究中心95年綜合執行計畫(2/5)＝Water Environment Research Center 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>本年度計畫將以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，推動在永續發展觀念下的水與綠建設，並著力於相關之研究。新增方向包括：水庫集水區生態工法之諮詢與推廣、資訊科技的應用、傳統技術的發掘和介紹前瞻性水環境管理工具等，進行集水區之水環境管理工作，致使水庫集水區之保護工作得以延續。</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503462</governmentpublicationsnumber><identifier>50345</identifier><internationalstandardbooknumber>9789860076356 ; 9860076359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50345</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水環境研究中心95年綜合執行計畫(2/5)－光碟版＝Water Environment Research Center 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50346</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50346</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第八期）</title><yearidentifier>200703</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>50347</identifier><internationalstandardbooknumber>9789860077803 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50347</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)集水區地文資訊系統安裝程式─光碟版=Development of integrated basen management and inundation</title><yearidentifier>200612</yearidentifier></data><data><abstract>澎湖地區1市5鄉，幅員遼闊，惟經費及人力之因素，擬分年陸續完成澎湖地區之地下水資源調查規劃工作。95年擬先蒐集調查本島地區地下水之水文資料、使用狀況、水質情況等，以規劃地下水長期監測計畫及訂定地下水利用管理策略。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950153</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503650</governmentpublicationsnumber><identifier>50348</identifier><internationalstandardbooknumber>9789860077261 ; 9860077266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>澎湖地區地下水資源調查規劃</title><yearidentifier>200612</yearidentifier></data><data><abstract>澎湖地區1市5鄉，幅員遼闊，惟經費及人力之因素，擬分年陸續完成澎湖地區之地下水資源調查規劃工作。95年擬先蒐集調查本島地區地下水之水文資料、使用狀況、水質情況等，以規劃地下水長期監測計畫及訂定地下水利用管理策略。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950153</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503650</governmentpublicationsnumber><identifier>50349</identifier><internationalstandardbooknumber>9789860077261 ; 9860077266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50349</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>澎湖地區地下水資源調查規劃(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950248</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>50350</identifier><internationalstandardbooknumber>9789860076622 ; 9860076626</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)成果資料光碟=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫延續水利署整體資訊系統發展規劃與水資源資訊服務平台建置成果，透過資料倉儲的建置，避免水資源資料重複建置，蒐集整合分析資料，提昇資料共享使用效益。作為知識發掘與決策管理之用，並與水資源資訊服務平台試辦細部規劃資料交換服務，以進行整體水利業務相關資訊系統規劃，增進業務管理支援整合性與通透性，促進資料交換標準化與公開化，實現資訊整合作業最高附加價值，提昇水利署各業務單位資訊交流與工作效益。其次，配合規劃設計水利署水資源業務管理支援系統，彙整決策所需案例，與署內經過協調後，所取得的資料庫，進行分析彙整，將本計畫及其他相關計畫有使用到的資料表格進行資料倉儲的建置。利用資料挖礦的概念並將此概念引導入水利署的資料庫中。藉此，從資料倉儲的資料中，將資料整合應用，並規劃三個案例的應用與一個比較案例，協助水利署相關決策者決策的依據。 本計畫使用建置在資料倉儲中各個系統的資料庫，綜合各個面向，加以彙整分析及規劃，作為主管決策支援的依據。並透過資料交換，有效存取多方正確的資訊，呼叫用本計畫所提供的資料交換服務或透過水資源資訊服務平台WRISP所註冊的服務。本系統共應用14個資料交換服務以及歸納彙整出14項業務資訊，作為決策者參考之有效資訊。我們從資料倉儲的資料中，將資料整合應用，並規劃三個案例的應用與一個比較案例，協助水利署相關決策者決策的依據。案例分別為︰案例一︰公文時效展期預測、案例二︰雨量工程關係預測、案例三︰水位站水位預測、案例四︰?潮水位預報比較。調查與彙整水利署附屬機關的「水資源資料交換服務」資訊資料現況，進行訪談調查與問卷填寫。經調查目前附屬機關與水利署相關有9個水資源資料交換服務，資料管理中心的定位為水利署內業務系統間的資料交換中心，採用Web Services為基礎的資料交換機制，可以達到跨系統及跨資料庫間的資料交換目的。</abstract><author>國立中興大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095003</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/6</date><governmentpublicationsnumber>1009503420</governmentpublicationsnumber><identifier>50351</identifier><internationalstandardbooknumber>9789860075168 ; 9860075166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50351</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源整合業務管理支援系統規劃(光碟版) A Project of Integrated  Water Resources Executive Information Systems</title><yearidentifier>200611</yearidentifier></data><data><abstract>為確實瞭解水文循環中之各項水文量，本署近年已就水位、流量、雨量、蒸發等水文項目加強觀測、調查或研究，惟就蒸發量及入滲量部分尚未進行改善規劃（經初步調查大部分水庫設有蒸發量觀測設備，無入滲量觀測設備。）。鑑於水庫為民生、工業及農業等用水之主要來源，又近年非澇即旱的水文現象，調查及整合水庫集水區內蒸發量及入滲量等水文資訊以確時掌握其水文情勢有其必要性。94年度已於翡翠、石門、鯉魚潭等水庫集水區建置一即時觀測及傳輸之蒸發量、入滲量觀測設備系統，並就所蒐集及觀測資料進行分析。本(95)及96年度擬辦理日月潭、曾文、南化及阿公店等水庫集水區即時觀測及傳輸蒸發量、入滲量觀測站評估及觀測系統設置，俾利水庫水資源利用及開發時參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950092</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503970</governmentpublicationsnumber><identifier>50355</identifier><internationalstandardbooknumber>9789860081756 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50355</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區蒸發量及入滲量觀測與資料品管計畫(1/2) Observation and Quality Management of Eevaluation of Evaporation and Infiltration Data in Reservoir Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為確實瞭解水文循環中之各項水文量，本署近年已就水位、流量、雨量、蒸發等水文項目加強觀測、調查或研究，惟就蒸發量及入滲量部分尚未進行改善規劃（經初步調查大部分水庫設有蒸發量觀測設備，無入滲量觀測設備。）。鑑於水庫為民生、工業及農業等用水之主要來源，又近年非澇即旱的水文現象，調查及整合水庫集水區內蒸發量及入滲量等水文資訊以確時掌握其水文情勢有其必要性。94年度已於翡翠、石門、鯉魚潭等水庫集水區建置一即時觀測及傳輸之蒸發量、入滲量觀測設備系統，並就所蒐集及觀測資料進行分析。本(95)及96年度擬辦理日月潭、曾文、南化及阿公店等水庫集水區即時觀測及傳輸蒸發量、入滲量觀測站評估及觀測系統設置，俾利水庫水資源利用及開發時參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950092</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503970</governmentpublicationsnumber><identifier>50356</identifier><internationalstandardbooknumber>9789860081756 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50356</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區蒸發量及入滲量觀測與資料品管計畫(1/2)－光碟版 Observation and Quality Management of Eevaluation of Evaporation and Infiltration Data in Reservoir Watersheds (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>花蓮溪口附近海岸基本資料監測調查</abstract><author>中山大學海洋科技研究中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950128</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503947</governmentpublicationsnumber><identifier>50357</identifier><internationalstandardbooknumber>9789860081695 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50357</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>花蓮溪口附近海岸基本資料監測調查  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200612</yearidentifier></data><data><abstract>花蓮溪口附近海岸基本資料監測調查</abstract><author>中山大學海洋科技研究中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950128</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503947</governmentpublicationsnumber><identifier>50358</identifier><internationalstandardbooknumber>9789860081695 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50358</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>花蓮溪口附近海岸基本資料監測調查－光碟版  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣水旱災預警作業模式推廣應用</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950393</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503969</governmentpublicationsnumber><identifier>50359</identifier><internationalstandardbooknumber>9789860081749 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50359</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣水旱災預警作業模式推廣應用  Promotion and Application of Flood and Drought Early Warning Systems in Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣水旱災預警作業模式推廣應用</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950393</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503969</governmentpublicationsnumber><identifier>50360</identifier><internationalstandardbooknumber>9789860081749 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50360</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣水旱災預警作業模式推廣應用(光碟版)  Promotion and Application of Flood and Drought Early Warning Systems in Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950093</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503978</governmentpublicationsnumber><identifier>50361</identifier><internationalstandardbooknumber>9789860081800 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50361</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(1/2)  Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950093</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503978</governmentpublicationsnumber><identifier>50362</identifier><internationalstandardbooknumber>9789860081800 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50362</librarycollectiondetailsurl><price>565</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(1/2)－光碟版  Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水文觀測資料為水文分析之基礎，資料品質良莠攸關流域水資源利用及洪災降減之成效。現行河川流量觀測作業主要藉由水位流量率定關係而得，囿於觀測設備精度易受橋樑等跨河構造物干擾，且斷面變化過程掌握不易等因素，亟需逐步依河川流量特性，建置標準化流量觀測方法與評估技術，引進先進觀測儀器，提昇國內流量觀測技術與資料品質。行政院核定之「台灣地區水文觀測現代化整體計畫第二期實施計畫」中，即規劃辦理流量觀測標準斷面建置工作，本署爰於94年度委辦先驅研究計畫，依據流量量測原理及渠道量測條件適合性，完成曾文溪及頭前溪流域示範河段選取、量測方法、設備及工程等可行性規劃工作。為能完成兩流域規劃之流量觀測示範站建置工作，並擴衍示範站建置及運作成果，持續推動中央管河川流量觀測環境改善工作，爰研提2年期計畫，衡諸各中央管河川之環境條件，規劃標準化流量量測站建置期程，並循序辦理各階段實施河川規劃及建置作業，以逐步達成全面提昇中央管河川流量觀測作業準確性之目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950160</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009503941</governmentpublicationsnumber><identifier>50363</identifier><internationalstandardbooknumber>9789860081633 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50363</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂(1/2)=The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Government (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水文觀測資料為水文分析之基礎，資料品質良莠攸關流域水資源利用及洪災降減之成效。現行河川流量觀測作業主要藉由水位流量率定關係而得，囿於觀測設備精度易受橋樑等跨河構造物干擾，且斷面變化過程掌握不易等因素，亟需逐步依河川流量特性，建置標準化流量觀測方法與評估技術，引進先進觀測儀器，提昇國內流量觀測技術與資料品質。 行政院核定之「台灣地區水文觀測現代化整體計畫第二期實施計畫」中，即規劃辦理流量觀測標準斷面建置工作，本署爰於94年度委辦先驅研究計畫，依據流量量測原理及渠道量測條件適合性，完成曾文溪及頭前溪流域示範河段選取、量測方法、設備及工程等可行性規劃工作。為能完成兩流域規劃之流量觀測示範站建置工作，並擴衍示範站建置及運作成果，持續推動中央管河川流量觀測環境改善工作，爰研提2年期計畫，衡諸各中央管河川之環境條件，規劃標準化流量量測站建置期程，並循序辦理各階段實施河川規劃及建置作業，以逐步達成全面提昇中央管河川流量觀測作業準確性之目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950160</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/7</date><governmentpublicationsnumber>1009503941</governmentpublicationsnumber><identifier>50364</identifier><internationalstandardbooknumber>9789860081633 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50364</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂 (1/2)－光碟版  The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Goverment (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>中央管河川流量量測規劃改善計畫及工法之擬訂 (1/2)附冊＝The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Goverment (1/2)</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950160</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009504394</governmentpublicationsnumber><identifier>50365</identifier><internationalstandardbooknumber>9789860084764 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50365</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂(1/2)附冊=The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Government (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水文參數觀測多以各水文觀測站或氣象站觀測為主，所得資料雖極富參考價值，由於觀測站資料皆為點的資料，無法完整描述空間上的變異，且各觀測站多需人工維護，費時費力且維護不易。衛星遙測的優點為非接觸性量測，一旦演算法確立，後續只要持續獲取遙測資料，便可以較少的人力提供及時、大面積的探測資料供研究分析之用。遙測目前已大量應用於各領域的勘查及資料獲取，如台灣第三次資源調查即以遙測資料作為初步選取樣區、及後續全島分類的依據之一。應用遙感探測方式於台灣地區水文參數獲取仍較少見，如能採遙測之優點以快速大面積獲取水文參數，對水文觀測及模型預測、分析洪峰、需水量等必能大有助益。 本計畫係利用一日觀測台灣兩次、空間解析度250m~1km、光譜解析度達36波段的MODIS衛星作為計算水文參數的衛星資料來源，計算地表溫度（LST）、實際蒸發散量（ET）及土壤含水量（Soil Moisture Content）等重要水文參數供水文模式使用。計畫內容包含：取得氣象局接收的MODIS影像資料作幾何校正及輻射校正至正射部份，再進行地文參數的演算及水文參數的反演運算。其中地表溫度部分可見都市熱島效應相當明顯而於植物生長期可明顯可發現蒸發散較為旺盛。為準確獲取地表參數，除由中央氣象局提供MODIS衛星資料之外，並使用中央氣象局提供之地面實際觀測資料作為輔助，推算實際蒸發散量及驗證各參數；另外演算中亦採用SPOT-5光學衛星影像作地類分類，以此作為計算地表溫度、實際蒸發散及土壤含水量重要計算參數。 總結本計畫已成功開發利用MODIS衛星觀測資料，透過分裂視窗與日夜演算法來推算台灣全島地表溫度，進而配合地面氣象觀測資料推演實際蒸發散量以及利用經驗迴歸模式計算土壤含水量。在作業化上已移轉給中央氣象局配合MODIS衛星資料接收與處理，適時產生台灣全島地表溫度、實際蒸發散及土壤含水量。所得到台灣全島地表溫度、實際蒸發散及土壤含水量將可整合於水利署之水文模式FEWS預報系統，使得應用上不僅可符合台灣地區的區域特性，更可達到國際化的相容性。以期進一步提升模式預報精度，希望透過衛星遙測，達到有效監測台灣地表蒸發散行為。此外，以網格（Grid）格式儲存的蒸發散資料，可提供分散式水文模型（distribute hydrological model）進行長時間水文模擬，能更有效管理水資源的狀況，達到永續發展與經營水資源的最終目的。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950061</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503973</governmentpublicationsnumber><identifier>50371</identifier><internationalstandardbooknumber>9789860081770 ; 9789860081</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50371</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>氣象局MODIS衛星於水文氣象觀測產品標準化作業之研究   Establishment of Standard Operation Process for Hydrologic Parameters Retrieval from Satellite MODIS Data</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於天然地形河川流短坡陡，復因土地開發利用密度增加、環境及氣候變遷，颱洪暴雨期間雨量於時間分布相當集中且降雨強度甚大，往往造成許多重大洪災損失。對於颱洪仍可能頻發生之情勢下，為保障人民生命財產安全及減少洪災造成社會成本之損失，本署結合自動化電腦設備與網路即時傳輸功能於蘭陽溪、烏溪及曾文溪流域完成即時水文防洪系統之建構。惟於先期研究階段未將各流域建置於共同平台，鑑於水文防洪預測模式為防災應變決策重要資訊之一，資料、模式與軟體之整合有其必要性。爰於本(95)年度擬整合已建置之各流域水文防洪預測模式，將前述水文預測系統及本署所屬單位建置之水文防洪預測模式整合於一共通平台並配合地理資訊架構全台中央管重要河川之水文防洪系統雛型，提供洪汛期所需之即時水文資訊。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950091</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503943</governmentpublicationsnumber><identifier>50372</identifier><internationalstandardbooknumber>9789860081640 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50372</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>流域水文防洪預測模式整合應用(光碟版)=Integration of River Basin Flood Forecasting Models</title><yearidentifier>200612</yearidentifier></data><data><abstract>水文參數觀測多以各水文觀測站或氣象站觀測為主，所得資料雖極富參考價值，由於觀測站資料皆為點的資料，無法完整描述空間上的變異，且各觀測站多需人工維護，費時費力且維護不易。衛星遙測的優點為非接觸性量測，一旦演算法確立，後續只要持續獲取遙測資料，便可以較少的人力提供及時、大面積的探測資料供研究分析之用。遙測目前已大量應用於各領域的勘查及資料獲取，如台灣第三次資源調查即以遙測資料作為初步選取樣區、及後續全島分類的依據之一。應用遙感探測方式於台灣地區水文參數獲取仍較少見，如能採遙測之優點以快速大面積獲取水文參數，對水文觀測及模型預測、分析洪峰、需水量等必能大有助益。 本計畫係利用一日觀測台灣兩次、空間解析度250m~1km、光譜解析度達36波段的MODIS衛星作為計算水文參數的衛星資料來源，計算地表溫度（LST）、實際蒸發散量（ET）及土壤含水量（Soil Moisture Content）等重要水文參數供水文模式使用。計畫內容包含：取得氣象局接收的MODIS影像資料作幾何校正及輻射校正至正射部份，再進行地文參數的演算及水文參數的反演運算。其中地表溫度部分可見都市熱島效應相當明顯而於植物生長期可明顯可發現蒸發散較為旺盛。為準確獲取地表參數，除由中央氣象局提供MODIS衛星資料之外，並使用中央氣象局提供之地面實際觀測資料作為輔助，推算實際蒸發散量及驗證各參數；另外演算中亦採用SPOT-5光學衛星影像作地類分類，以此作為計算地表溫度、實際蒸發散及土壤含水量重要計算參數。 總結本計畫已成功開發利用MODIS衛星觀測資料，透過分裂視窗與日夜演算法來推算台灣全島地表溫度，進而配合地面氣象觀測資料推演實際蒸發散量以及利用經驗迴歸模式計算土壤含水量。在作業化上已移轉給中央氣象局配合MODIS衛星資料接收與處理，適時產生台灣全島地表溫度、實際蒸發散及土壤含水量。所得到台灣全島地表溫度、實際蒸發散及土壤含水量將可整合於水利署之水文模式FEWS預報系統，使得應用上不僅可符合台灣地區的區域特性，更可達到國際化的相容性。以期進一步提升模式預報精度，希望透過衛星遙測，達到有效監測台灣地表蒸發散行為。此外，以網格（Grid）格式儲存的蒸發散資料，可提供分散式水文模型（distribute hydrological model）進行長時間水文模擬，能更有效管理水資源的狀況，達到永續發展與經營水資源的最終目的。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950061</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503973</governmentpublicationsnumber><identifier>50373</identifier><internationalstandardbooknumber>9789860081770 ; 9789860081</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50373</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>氣象局MODIS衛星於水文氣象觀測產品標準化作業之研究(光碟版） Establishment of Standard Operation Process for Hydrologic Parameters Retrieval from Satellite MODIS Data</title><yearidentifier>200612</yearidentifier></data><data><abstract>為讓大眾瞭解經濟部技術處「業界開發產業技術計畫」對於推動技術升級、創新及產業轉型的積極推動，支援廠商從事前瞻性、關鍵性、整合性且具產業效益之共通技術開發，以協助廠商建立研發能量，並導引其研發資源的持續投入，進而創造競爭優勢，特規劃出版本書。藉此促進國人對我國產業技術發展成果及對於政府相關產業政策的瞭解和關注。</abstract><author>陳啟明, 周一德, 林靜宜採訪，林靜宜主</author><categoryidentifier>555.1232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009600166</governmentpublicationsnumber><identifier>50374</identifier><internationalstandardbooknumber>9789789860081 ; 9789860086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50374</librarycollectiondetailsurl><price>450</price><publisher>經濟部技術處</publisher><publishrocyear>96</publishrocyear><title>一觸即發：跨越創新的鴻溝</title><yearidentifier>200701</yearidentifier></data><data><abstract>本計畫採用水利署與荷蘭Delft Hydraulics公司合作發展的FEWS_TAIWAN作業平台，整合降雨逕流模式與中央氣象局所發展的氣候預報模式，並選定曾文溪與高屏溪流域為應用推廣區域。所完成的工作項目包括 1.	水文水資源資料庫連結整合。 2. 曾文溪與高屏溪流域水文模式之檢定與驗證。 3. 氣候預報與水文模式整合模擬。 4. 預報模式作業模擬。 5. FEWS_TAIWAN維護與更新。 6. 技術移轉與教育訓練。 本計畫所建置之FEWS_TAIWAN不僅可整合連結不同型態及來源的資料庫，且可依據各河川局之需求調整預報作業系統內容。經由測試作業結果，證實FEWS_TAIWAN系統可進行高效能且可靠之即時水情預報作業。</abstract><author>國立交通大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950063</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503974</governmentpublicationsnumber><identifier>50375</identifier><internationalstandardbooknumber>9789860081787 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50375</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>降雨逕流模式與氣候預報系統整合應用  Integration and Application of the Rainfall-Runoff Model and Climate-Forecast System</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫採用水利署與荷蘭Delft Hydraulics公司合作發展的FEWS_TAIWAN作業平台，整合降雨逕流模式與中央氣象局所發展的氣候預報模式，並選定曾文溪與高屏溪流域為應用推廣區域。所完成的工作項目包括 1.	水文水資源資料庫連結整合。 2. 曾文溪與高屏溪流域水文模式之檢定與驗證。 3. 氣候預報與水文模式整合模擬。 4. 預報模式作業模擬。 5. FEWS_TAIWAN維護與更新。 6. 技術移轉與教育訓練。 本計畫所建置之FEWS_TAIWAN不僅可整合連結不同型態及來源的資料庫，且可依據各河川局之需求調整預報作業系統內容。經由測試作業結果，證實FEWS_TAIWAN系統可進行高效能且可靠之即時水情預報作業。</abstract><author>國立交通大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950063</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503974</governmentpublicationsnumber><identifier>50376</identifier><internationalstandardbooknumber>9789860081787 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50376</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>降雨逕流模式與氣候預報系統整合應用(光碟版)  Integration and Application of the Rainfall-Runoff Model and Climate-Forecast System</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐，中央大學大氣科學系雷達氣象實驗室，為提升雷達降水估計及預報能力，已於2004年11月底成功將都卜勒雷達完成偏極化功能升級。此種偏極化功能除了可以在三維空間中，測量水滴大小、扁平度、粒子個數分佈等雨滴譜儀參數外，並且提供不受地形影響之電磁波相位資料。偏極化雷達的降雨即時觀測配合雨滴譜儀網，將成為精密校正台灣北部雷達站/雨量計網降水估計最重要並無可取代的工具。本團隊在2005年及2006年的計畫中積極進行偏極化雷達觀測，並從所得到的參數發展反演雨滴譜及降雨率的方法，從2006年的計畫結果看來C–波段雙偏極化雷達對定量降雨估計為豪大雨的結果相當良好。在本年2006年本委辦計畫順利執行以下的目標：維護中央大學偏極化/都卜勒氣象雷達；在台灣北部進行即時雙偏極化雷達觀測；提供中央大學偏極化都卜勒雷達資料；配合北部雷達站網、雨量計網、雨滴譜儀網，採用最佳降水估計流程、發展自動化數值程式及即時降雨率分布產品；並與雨滴譜儀導出之偏極化雷達降水公式統計及雨量站網進行驗證；並綜合以上的成果達到提升水文降水資料之品質的目標，並評估國內偏極化雷達現況及增設雙偏極化都卜勒降水雷達建置的可行性。</abstract><author>中央大學大氣物理研究所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950065</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503975</governmentpublicationsnumber><identifier>50377</identifier><internationalstandardbooknumber>9789860081497 ; 9860081492</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50377</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣北部雷達降水估計－偏極化雷達系統功能擴充提升及應用＝The Radar Quantitation Estimation in Northern Taiwan - The Application Upgrade of Dual Polarimetric Radar System Function</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐，中央大學大氣科學系雷達氣象實驗室，為提升雷達降水估計及預報能力，已於2004年11月底成功將都卜勒雷達完成偏極化功能升級。此種偏極化功能除了可以在三維空間中，測量水滴大小、扁平度、粒子個數分佈等雨滴譜儀參數外，並且提供不受地形影響之電磁波相位資料。偏極化雷達的降雨即時觀測配合雨滴譜儀網，將成為精密校正台灣北部雷達站/雨量計網降水估計最重要並無可取代的工具。本團隊在2005年及2006年的計畫中積極進行偏極化雷達觀測，並從所得到的參數發展反演雨滴譜及降雨率的方法，從2006年的計畫結果看來C–波段雙偏極化雷達對定量降雨估計為豪大雨的結果相當良好。在本年2006年本委辦計畫順利執行以下的目標：維護中央大學偏極化/都卜勒氣象雷達；在台灣北部進行即時雙偏極化雷達觀測；提供中央大學偏極化都卜勒雷達資料；配合北部雷達站網、雨量計網、雨滴譜儀網，採用最佳降水估計流程、發展自動化數值程式及即時降雨率分布產品；並與雨滴譜儀導出之偏極化雷達降水公式統計及雨量站網進行驗證；並綜合以上的成果達到提升水文降水資料之品質的目標，並評估國內偏極化雷達現況及增設雙偏極化都卜勒降水雷達建置的可行性。</abstract><author>中央大學大氣物理研究所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950065</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503975</governmentpublicationsnumber><identifier>50378</identifier><internationalstandardbooknumber>9789860081497 ; 9860081492</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50378</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>台灣北部雷達降水估計－偏極化雷達系統功能擴充提升及應用(光碟版)＝The Radar Quantitation Estimation in Northern Taiwan - The Application Upgrade of Dual Polarimetric Radar System Function</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來由於台灣氣候變化劇烈，加上台灣地形陡峭，因此造成颱洪期間，容易因土石沖蝕而造成河川夾帶大量的泥砂，使得下游水工結構物以及水利相關操作受到河川泥砂濃度影響甚巨。河川含砂濃度是一項重要的基本資料，但一般傳統的人工採樣觀測方式，颱洪期間因氣候、交通及安全等因素，缺乏時間解析度，無法掌握主要泥砂運移時機，且時間與人力成本高。 本研究為能取得可靠的泥砂運移資料，積極推動自動化的泥砂觀測技術之研發。首先參考國內外既有泥砂觀測技術，並進一步評估多光譜輻射技術、光學濁度、超音波衰減特性，以及研發時域反射法（Time Domain Reflectometry, TDR）電學性質與泥砂濃度相關性。研究成果顯示，多光譜輻射技術需要現場資料率定，其空間與時間解析度低；光學濁度對於含砂濃度的靈敏度相當高，可適用於100 ppm以下之解析度，但其相關性受到泥砂粒徑的影響很大，量測範圍一般小於5000 ppm；超音波衰減特性具有中等靈敏度，可適用於1000 ppm左右之解析度，但其相關性受到泥砂粒徑的影響是所有評估方法中最大的，受超音波感測器尺寸，在含泥量大於30％狀況下，量測範圍一般小於60000ppm；TDR泥砂觀測技術經過感測器與分析方法的改良及提出的溫度補償方法，準確度從30000 ppm提昇至10000 ppm，其量測範圍沒有上限，適用於高含砂濃度監測，TDR泥砂觀測技術受泥砂粒徑影響程度小，且未來可以研究電學性質頻譜與泥砂粒徑的關係。上述不同泥砂觀測技術具有不同的靈敏度、量測範圍及受泥砂粒徑的影響程度，需視河川的含砂特性選擇適當的儀器。其中，所研發的TDR泥砂觀測技術，傳感器為經濟、堅固的機械元件，主要觀測儀器至於水面上，具有可維護性，因此較適合於天然河川颱洪期間的觀測，且可一機多點及多功能（包括水位、雨量、土壤含水量等）自動化監測，未來可以針對其量測準確度及泥砂粒徑的觀測作進一步的研究。本研究結合光學濁度、超音波衰減量、TDR技術以及自動幫浦取樣器，於內灣義興大橋建置一泥砂自動觀測系統及TDR水位輔助站，並初步完成自動化資料擷取設定與分析流程，未來可利用此自動化觀測系統進行觀測技術的比較評估及全洪程觀測。 顏氏所發展之明渠水力履性圖（Open-channel hydraulic performance graph, HPG），在應用上可配合颱洪時洪水位觀測，根據上、下游水位關係推得對應之通過河段流量，並可直接應用以推求理論流量率定曲線。由於颱洪流量不易量測，藉由水力履性圖推估流量，應可降低高流量偏離及可信度問題。今年七月碧利絲颱風過境台灣期間，進行油羅溪內灣測站河段之全洪程水位流量觀測，根據觀測結果、與河道斷面測量進行水理分析與繪製水力履性圖，結果顯示水力履性圖所推估之流量與實測流量相近。因此，利用水力履性圖推估河槽穩定而斷面沖淤變化不大河段之流量具有其實用價值。 本研究蒐集濁水溪以及大甲溪基本水文資料，並據此分析水文站可能設置位置。目前初步究規劃於南投水里鄉玉峰橋水文站建置另一自動化泥砂觀測設備，並根據現場常態泥砂含量約5000 PPM狀況，建議以超音波及TDR技術為主。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950090</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503944</governmentpublicationsnumber><identifier>50379</identifier><internationalstandardbooknumber>9789860081657 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50379</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(1/2) Improving Sediment Monitoring Technique and Establishing Pilot Monitoring Stations (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來由於台灣氣候變化劇烈，加上台灣地形陡峭，因此造成颱洪期間，容易因土石沖蝕而造成河川夾帶大量的泥砂，使得下游水工結構物以及水利相關操作受到河川泥砂濃度影響甚巨。河川含砂濃度是一項重要的基本資料，但一般傳統的人工採樣觀測方式，颱洪期間因氣候、交通及安全等因素，缺乏時間解析度，無法掌握主要泥砂運移時機，且時間與人力成本高。 本研究為能取得可靠的泥砂運移資料，積極推動自動化的泥砂觀測技術之研發。首先參考國內外既有泥砂觀測技術，並進一步評估多光譜輻射技術、光學濁度、超音波衰減特性，以及研發時域反射法（Time Domain Reflectometry, TDR）電學性質與泥砂濃度相關性。研究成果顯示，多光譜輻射技術需要現場資料率定，其空間與時間解析度低；光學濁度對於含砂濃度的靈敏度相當高，可適用於100 ppm以下之解析度，但其相關性受到泥砂粒徑的影響很大，量測範圍一般小於5000 ppm；超音波衰減特性具有中等靈敏度，可適用於1000 ppm左右之解析度，但其相關性受到泥砂粒徑的影響是所有評估方法中最大的，受超音波感測器尺寸，在含泥量大於30％狀況下，量測範圍一般小於60000ppm；TDR泥砂觀測技術經過感測器與分析方法的改良及提出的溫度補償方法，準確度從30000 ppm提昇至10000 ppm，其量測範圍沒有上限，適用於高含砂濃度監測，TDR泥砂觀測技術受泥砂粒徑影響程度小，且未來可以研究電學性質頻譜與泥砂粒徑的關係。上述不同泥砂觀測技術具有不同的靈敏度、量測範圍及受泥砂粒徑的影響程度，需視河川的含砂特性選擇適當的儀器。其中，所研發的TDR泥砂觀測技術，傳感器為經濟、堅固的機械元件，主要觀測儀器至於水面上，具有可維護性，因此較適合於天然河川颱洪期間的觀測，且可一機多點及多功能（包括水位、雨量、土壤含水量等）自動化監測，未來可以針對其量測準確度及泥砂粒徑的觀測作進一步的研究。本研究結合光學濁度、超音波衰減量、TDR技術以及自動幫浦取樣器，於內灣義興大橋建置一泥砂自動觀測系統及TDR水位輔助站，並初步完成自動化資料擷取設定與分析流程，未來可利用此自動化觀測系統進行觀測技術的比較評估及全洪程觀測。 顏氏所發展之明渠水力履性圖（Open-channel hydraulic performance graph, HPG），在應用上可配合颱洪時洪水位觀測，根據上、下游水位關係推得對應之通過河段流量，並可直接應用以推求理論流量率定曲線。由於颱洪流量不易量測，藉由水力履性圖推估流量，應可降低高流量偏離及可信度問題。今年七月碧利絲颱風過境台灣期間，進行油羅溪內灣測站河段之全洪程水位流量觀測，根據觀測結果、與河道斷面測量進行水理分析與繪製水力履性圖，結果顯示水力履性圖所推估之流量與實測流量相近。因此，利用水力履性圖推估河槽穩定而斷面沖淤變化不大河段之流量具有其實用價值。 本研究蒐集濁水溪以及大甲溪基本水文資料，並據此分析水文站可能設置位置。目前初步究規劃於南投水里鄉玉峰橋水文站建置另一自動化泥砂觀測設備，並根據現場常態泥砂含量約5000 PPM狀況，建議以超音波及TDR技術為主。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950090</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503944</governmentpublicationsnumber><identifier>50380</identifier><internationalstandardbooknumber>9789860081657 ; 9860081654</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50380</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(1/2)－光碟版＝Improving  Sediment Monitoring Technique and Establishing Pilot Monitoring Stations(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要是研究季節性降雨和颱風降水潛勢之預報。利用現代化之中尺度動力數值模式（天氣研究與預測模式，簡稱WRF模式），針對河川流域與集水區建立定量降雨預報。降雨產品包括0~24、0~12、以及0~6小時之定量降雨預報，同時建置幾近於即時之定量降雨校驗系統。校驗資料是使用自動雨量計之觀測值，計算一些預報得分來校驗定量降雨預報之表現。在0~6小時定量降雨預報產品，應用非絕熱初始化區域分析與預報系統（簡稱LAPS-WRF）與衛星及雷達資料同化，結果顯示這些降雨產品在極短期定量降雨預報是非常有用的，可作為水利署發展的河川水位預測模式輸入值。 另一方面，為了改善「多重觀測工具之定量降水估計與分類技術」 (QPESUMS)資料在颱風降水和風場預報之應用，執行整合(rerun)都卜勒雷達資料，尤其是降水回波合成部分。都卜勒雷達資料由1987至2006年共蒐集了54個颱風個案，部分個案透由整合過程，建立颱風降雨和環流特徵氣候資料庫以及辨識分析系統，可作為水利署颱風侵襲威脅潛勢預估與決策之輔助。今年（2006年）的碧利斯、凱米，寶發、桑美及珊珊颱風共五個颱風個案進行降雨結構分析。目前已完成2004年至2006年康森等22颱風個案之整合工作，較為完整的rerun結果則可以透過台大QPESUMS系統網頁http://140.112.66.109，點選個案選項進行瀏覽。 本計畫在今年颱風季共針對了7個影響台灣地區的颱風，進行了『颱風定量降雨預報實驗』，實驗過程相當成功順利，完成各颱風專案報告與進行台灣北、中與南部地區之定量降水預報與校驗工作，校驗是使用即時之雨量計觀測資料。定量降水預報產品，同樣可作為水利署颱風侵襲威脅潛勢預估與決策之輔助。除了颱風個案外，本計畫於今年梅雨季(5月與6月期間)增加『豪大雨定量降雨預報實驗』，結果發現綜觀尺度預報產品建立的豪大雨預報檢查表，確實有相當程度的豪大雨預警能力。然而在梅雨季環境受西南氣流影響下，於主要的河川流域之定量降水預報，仍有很大的改善空間。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950064</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503949</governmentpublicationsnumber><identifier>50381</identifier><internationalstandardbooknumber>9789860081732 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50381</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>季節性降雨、颱風威脅潛勢預報改善之研究  A Study of Seasonal Rainfall Forecast and Potential of Typhoon Threat</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要是研究季節性降雨和颱風降水潛勢之預報。利用現代化之中尺度動力數值模式（天氣研究與預測模式，簡稱WRF模式），針對河川流域與集水區建立定量降雨預報。降雨產品包括0~24、0~12、以及0~6小時之定量降雨預報，同時建置幾近於即時之定量降雨校驗系統。校驗資料是使用自動雨量計之觀測值，計算一些預報得分來校驗定量降雨預報之表現。在0~6小時定量降雨預報產品，應用非絕熱初始化區域分析與預報系統（簡稱LAPS-WRF）與衛星及雷達資料同化，結果顯示這些降雨產品在極短期定量降雨預報是非常有用的，可作為水利署發展的河川水位預測模式輸入值。 另一方面，為了改善「多重觀測工具之定量降水估計與分類技術」 (QPESUMS)資料在颱風降水和風場預報之應用，執行整合(rerun)都卜勒雷達資料，尤其是降水回波合成部分。都卜勒雷達資料由1987至2006年共蒐集了54個颱風個案，部分個案透由整合過程，建立颱風降雨和環流特徵氣候資料庫以及辨識分析系統，可作為水利署颱風侵襲威脅潛勢預估與決策之輔助。今年（2006年）的碧利斯、凱米，寶發、桑美及珊珊颱風共五個颱風個案進行降雨結構分析。目前已完成2004年至2006年康森等22颱風個案之整合工作，較為完整的rerun結果則可以透過台大QPESUMS系統網頁http://140.112.66.109，點選個案選項進行瀏覽。 本計畫在今年颱風季共針對了7個影響台灣地區的颱風，進行了『颱風定量降雨預報實驗』，實驗過程相當成功順利，完成各颱風專案報告與進行台灣北、中與南部地區之定量降水預報與校驗工作，校驗是使用即時之雨量計觀測資料。定量降水預報產品，同樣可作為水利署颱風侵襲威脅潛勢預估與決策之輔助。除了颱風個案外，本計畫於今年梅雨季(5月與6月期間)增加『豪大雨定量降雨預報實驗』，結果發現綜觀尺度預報產品建立的豪大雨預報檢查表，確實有相當程度的豪大雨預警能力。然而在梅雨季環境受西南氣流影響下，於主要的河川流域之定量降水預報，仍有很大的改善空間。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950064</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503949</governmentpublicationsnumber><identifier>50382</identifier><internationalstandardbooknumber>9789860081732 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50382</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>季節性降雨、颱風威脅潛勢預報改善之研究(光碟版)  A Study of Seasonal Rainfall Forecast and Potential of Typhoon Threat</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於天然地形河川流短坡陡，復因土地開發利用密度增加、環境及氣候變遷，颱洪暴雨期間雨量於時間分布相當集中且降雨強度甚大，往往造成許多重大洪災損失。對於颱洪仍可能頻發生之情勢下，為保障人民生命財產安全及減少洪災造成社會成本之損失，本署結合自動化電腦設備與網路即時傳輸功能於蘭陽溪、烏溪及曾文溪流域完成即時水文防洪系統之建構。惟於先期研究階段未將各流域建置於共同平台，鑑於水文防洪預測模式為防災應變決策重要資訊之一，資料、模式與軟體之整合有其必要性。爰於本(95)年度擬整合已建置之各流域水文防洪預測模式，將前述水文預測系統及本署所屬單位建置之水文防洪預測模式整合於一共通平台並配合地理資訊架構全台中央管重要河川之水文防洪系統雛型，提供洪汛期所需之即時水文資訊。</abstract><author>國立臺灣大學生物環境系統工程學系</author><categoryidentifier>443.11   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950091</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503943</governmentpublicationsnumber><identifier>50383</identifier><internationalstandardbooknumber>9789860081640 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50383</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>流域水文防洪預測模式整合應用=Integration of River Basin Flood Forecasting Models</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於土地開發劇烈，使得水文環境產生巨大變化，然而，相應防洪標準卻未提昇，因而致使洪水災害仍然頻頻發生。洪水預警系統為一保護民眾的生命財產安全、減低洪水災害的重要手段，而該預警系統之發展需根基於有效率及高精度的洪水預報模式上。由於小型流域的集流面積較小，所以該種流域的集流時間通常較短，亦即洪峰到達時間極短，使得對於該種流域之洪水預報的難度大幅提高，而且，對於洪水預報的效率及精度之需求也遠大於大型流域。因此，為能使決策者擁有足夠時間做出正確決定，一個有效率及高精度的小流域洪水預報模式是十分需要的。有鑑於目前常用之洪水預報模式具有預報精度不足、無參數自動檢定法及需要流量資料作為模式輸入等缺點，本研究使用一完全改善上述缺點之洪水預報模式來提高洪水預報之技術，稱之為非線性計算單元串聯模式（nonlinear computational units cascaded model, 簡稱為NCUC模式）。此模式擁有模式參數自動檢定法而且模式架構可依使用者需求而調整，在使用上十分方便且有效率。本研究之目的，乃是應用NCUC為基礎架構一洪水預報模式，並使用所蒐集之資料，針對石門水庫集水區之水文與地文特性發展出一套適用於石門水庫之洪水預報模式，並以颱風事件進行洪水預報工作。由模式之驗證結果顯示，以NCUC模式為基礎所建置之洪水預報模式，在颱風期間對於一個小時後之洪水量有十分良好之預報能力。本研究所得之成果可供石門水庫集水區管理單位作為發展集水區洪水預報系統之根據，並可提供相關決策者做為水資源規劃與防災之重要參考。</abstract><author>台灣大學土木工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950392</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503972</governmentpublicationsnumber><identifier>50384</identifier><internationalstandardbooknumber>9789860081763 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50384</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>小流域河川洪水預報之研究(1/2) Study on River Flood Forecasting of Small Catchments (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於土地開發劇烈，使得水文環境產生巨大變化，然而，相應防洪標準卻未提昇，因而致使洪水災害仍然頻頻發生。洪水預警系統為一保護民眾的生命財產安全、減低洪水災害的重要手段，而該預警系統之發展需根基於有效率及高精度的洪水預報模式上。由於小型流域的集流面積較小，所以該種流域的集流時間通常較短，亦即洪峰到達時間極短，使得對於該種流域之洪水預報的難度大幅提高，而且，對於洪水預報的效率及精度之需求也遠大於大型流域。因此，為能使決策者擁有足夠時間做出正確決定，一個有效率及高精度的小流域洪水預報模式是十分需要的。有鑑於目前常用之洪水預報模式具有預報精度不足、無參數自動檢定法及需要流量資料作為模式輸入等缺點，本研究使用一完全改善上述缺點之洪水預報模式來提高洪水預報之技術，稱之為非線性計算單元串聯模式（nonlinear computational units cascaded model, 簡稱為NCUC模式）。此模式擁有模式參數自動檢定法而且模式架構可依使用者需求而調整，在使用上十分方便且有效率。本研究之目的，乃是應用NCUC為基礎架構一洪水預報模式，並使用所蒐集之資料，針對石門水庫集水區之水文與地文特性發展出一套適用於石門水庫之洪水預報模式，並以颱風事件進行洪水預報工作。由模式之驗證結果顯示，以NCUC模式為基礎所建置之洪水預報模式，在颱風期間對於一個小時後之洪水量有十分良好之預報能力。本研究所得之成果可供石門水庫集水區管理單位作為發展集水區洪水預報系統之根據，並可提供相關決策者做為水資源規劃與防災之重要參考。</abstract><author>台灣大學土木工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950392</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/8</date><governmentpublicationsnumber>1009503972</governmentpublicationsnumber><identifier>50385</identifier><internationalstandardbooknumber>9789860081763 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50385</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>小流域河川洪水預報之研究(1/2)－光碟版  Study on River Flood Forecasting of Small Catchments (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>南投縣政府</author><categoryidentifier>514.2755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>2004000007</governmentpublicationsnumber><identifier>50390</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50390</librarycollectiondetailsurl><price>400</price><publisher>南投縣政府</publisher><publishrocyear>95</publishrocyear><title>中華民國94年 南投縣統計要覽=THE STATISTICAL ABSTRACT OF NANTOU COUNTY 2005: 第五十四期(內附光碟)</title><yearidentifier>200609</yearidentifier></data><data><abstract>本計畫旨在研究豪雨洪水發生之高流量率定模組，並以高於三級警戒水位對應之流量為高流量。經由擴散波(零慣性波)之理論，可推論緩坡渠道之水深-流量率定曲線為環狀曲線，而洪峰水深與對應之流量，或洪峰流量與對應水深均可成單一曲線，並介於環狀率定曲線之間。本計畫建立集水區雨量-流量-水位演算模式為高流量率定模組，並以鹽水溪流域及曾文溪流域為研究對象，進行實用性分析。由上述二流域之演算結果與觀測值之比較檢討，鹽水溪之新市站(豐化橋)、太平橋、以及曾文溪之新中站(曾文溪橋)、左鎮站、二溪大橋、西港大橋、麻善大橋等之水位-流量率定曲線均為環狀曲線，但可有上升肢及下降肢之包絡線，可用於評估洪水期間各水位之可能流量範圍。各橋梁水文站均可有良好的單一曲線形式之洪峰水位-流量率定曲線，並可為單一曲線。鹽水溪之新市站(豐化橋)之洪峰水位對應之流量明顯小於洪峰流量，但曾文溪各站之洪峰水位對應流量則與洪峰流頗為相近，此可能是因為曾文溪之坡度較鹽水溪為陡之故。依據上述應用結果，建議推演洪峰水位-流量率定曲線的方法。本計畫建立之集水區雨量-流量-水位演算模式具有以即時雨量與河口潮位演算沿河即時水位及流量之功能，可用於高流量推估。但仍需以更多之豪雨事件及可靠之斷面資料進行檢定，特別是集水區入滲量及各雨量站控制區域之檢討尤為重要。依擴散波理論，傳統應用洪水痕跡以推估洪峰水位流量的坡度面積具有適用性，但適當選擇相鄰二水位站之間距以決定水面坡度頗為重要，尚需進一步之分析與驗証。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950307</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>1009503981</governmentpublicationsnumber><identifier>50393</identifier><internationalstandardbooknumber>9789860081817 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50393</librarycollectiondetailsurl><price>570</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>高流量率定及推估模組建立  Development of High-flow Rating Curve and Estimation Model</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫旨在研究豪雨洪水發生之高流量率定模組，並以高於三級警戒水位對應之流量為高流量。 經由擴散波(零慣性波)之理論，可推論緩坡渠道之水深-流量率定曲線為環狀曲線，而洪峰水深與對應之流量，或洪峰流量與對應水深均可成單一曲線，並介於環狀率定曲線之間。 本計畫建立集水區雨量-流量-水位演算模式為高流量率定模組，並以鹽水溪流域及曾文溪流域為研究對象，進行實用性分析。 由上述二流域之演算結果與觀測值之比較檢討，鹽水溪之新市站(豐化橋)、太平橋、以及曾文溪之新中站(曾文溪橋)、左鎮站、二溪大橋、西港大橋、麻善大橋等之水位-流量率定曲線均為環狀曲線，但可有上升肢及下降肢之包絡線，可用於評估洪水期間各水位之可能流量範圍。各橋梁水文站均可有良好的單一曲線形式之洪峰水位-流量率定曲線，並可為單一曲線。鹽水溪之新市站(豐化橋)之洪峰水位對應之流量明顯小於洪峰流量，但曾文溪各站之洪峰水位對應流量則與洪峰流頗為相近，此可能是因為曾文溪之坡度較鹽水溪為陡之故。依據上述應用結果，建議推演洪峰水位-流量率定曲線的方法。 本計畫建立之集水區雨量-流量-水位演算模式具有以即時雨量與河口潮位演算沿河即時水位及流量之功能，可用於高流量推估。但仍需以更多之豪雨事件及可靠之斷面資料進行檢定，特別是集水區入滲量及各雨量站控制區域之檢討尤為重要。 依擴散波理論，傳統應用洪水痕跡以推估洪峰水位流量的坡度面積具有適用性，但適當選擇相鄰二水位站之間距以決定水面坡度頗為重要，尚需進一步之分析與驗証。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950307</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>1009503981</governmentpublicationsnumber><identifier>50395</identifier><internationalstandardbooknumber>9789860081817 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50395</librarycollectiondetailsurl><price>570</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>高流量率定及推估模組建立(光碟版)  Development of High-flow Rating Curve and Estimation Model</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。 本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950095</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>50398</identifier><internationalstandardbooknumber>9789860081664 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50398</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)=Improvement and Integration of Hydrological Information Transmission and Services(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署水利規劃試驗委託成功大學衛星研究中心辦理天花湖水庫可行性規劃檢討─計畫壩址強地動儀維護觀測及資料整理(95年度)計畫，以觀測天花湖水庫壩址地區之強地震活動，執行期間自九十五年四月起至民國九十五年十二月止。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950133</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>1009503690</governmentpublicationsnumber><identifier>50399</identifier><internationalstandardbooknumber>9789860077971 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50399</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可?性規劃檢討(2)-強地動儀維護觀測及資?整?(95??)(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。 台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。 94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。  本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950095</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/9</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>50400</identifier><internationalstandardbooknumber>9789860081664 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50400</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)－光碟版  Improvement and Integration of Hydrological Information Transmission and Service(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>鹿寮水庫由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至92年測量後剩113萬立方公尺，淤積量達庫容之70%，須活化以達永續利用，另因新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，本計畫將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095013</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503299</governmentpublicationsnumber><identifier>50403</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50403</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>鹿寮水庫更新改善可行性規劃(1)成果報告 Lu-Liao reservoir renewal improvement feasibility plan(1)</title><yearidentifier>200612</yearidentifier></data><data><abstract>鹿寮水庫由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至92年測量後剩113萬立方公尺，淤積量達庫容之70%，須活化以達永續利用，另因新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，本計畫將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRA0950135</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503299</governmentpublicationsnumber><identifier>50404</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50404</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>鹿寮水庫更新改善可行性規劃(1) 成果報告(光碟版)Lu-Liao reservoir renewal improvement feasibility plan(1)</title><yearidentifier>200612</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 本計畫以萬隆農場新、舊人工湖試驗區為研究場址，探討地下水人工湖補注試驗之入流量率定、延長試驗時間、生物阻塞之藻種研究與應用同位素分析補注區與林邊溪流域地下水流情況，並釐清「屏東平原地下水補注之試驗研究(1/3)」成果中，由學者專家提出之疑慮與問題。     本年度應用超音波流量計觀測流量，獲得良好之結果，未來可應用在相關試驗研究上並做為參考依據。延長地下水補注試驗其生物阻塞因子確認矽藻為優勢藻種，鞘藻為主要大型絲狀藻種，其生長對於補注效率影響較小；林邊溪之補注水流向為東北向西南。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950329</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009502735</governmentpublicationsnumber><identifier>50406</identifier><internationalstandardbooknumber>9789860068849 ; 9860068844</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50406</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>屏東平原地下水補注試驗研究(2/3)成果報告 Pilot Study on Artificial Recharge Groundwater for Pingtung Plain(2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 本計畫以萬隆農場新、舊人工湖試驗區為研究場址，探討地下水人工湖補注試驗之入流量率定、延長試驗時間、生物阻塞之藻種研究與應用同位素分析補注區與林邊溪流域地下水流情況，並釐清「屏東平原地下水補注之試驗研究(1/3)」成果中，由學者專家提出之疑慮與問題。     本年度應用超音波流量計觀測流量，獲得良好之結果，未來可應用在相關試驗研究上並做為參考依據。延長地下水補注試驗其生物阻塞因子確認矽藻為優勢藻種，鞘藻為主要大型絲狀藻種，其生長對於補注效率影響較小；林邊溪之補注水流向為東北向西南。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950329</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009502735</governmentpublicationsnumber><identifier>50407</identifier><internationalstandardbooknumber>9789860068849 ; 9860068849</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50407</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>屏東平原地下水補注試驗研究(2/3)成果報告－光碟版＝Pilot Study on Artificial Recharge Groundwater for Pingtung Plain(2/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>彭國棟、 邱美蘭</author><categoryidentifier>441.115</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009600269</governmentpublicationsnumber><identifier>50408</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50408</librarycollectiondetailsurl><price>180</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>96</publishrocyear><title>砌石之美=The Aesthetics of Dry Stone Walls</title><yearidentifier>200701</yearidentifier></data><data><abstract>本計畫依據「台灣地區水文觀測現代化整體計畫」第二期實施計畫目標「確實掌握水文情勢」項下之各實施要項，辦理區域性水文情勢分析、建立資料管理制度、推動民間參與水文觀測工作及增修訂相關法令規章，藉以達成第二期計畫之階段性任務。本計畫為二年期計畫，第一年度主要之工作項目為「健全水文觀測作業及相關管理制度」、「維護水文資料及資訊之供應體系」、「提昇水文分析技術」、「提昇觀測人員與業務相關人員之專業能力」等四項。各項工作均依既定之規劃辦理，且已有若干具體成果，茲將其整理如下：(一) 健全水文觀測作業及相關管理制度1.召開「水文觀測業務委託民間辦理可行性評估」座談會，並完成水文觀測業務委外評估報告。2.協助完成第二期計畫95年度計畫成效考核作業。3.完成水利相關法規之檢討與修訂，並提供雨量、河川水位流量之觀測手冊試用版予各執行單位參考。(二) 維護水文資料及資訊之供應體系1.收錄水利署及中央氣象局之雨量、流量及颱風資料至94年，並完成「水文情勢分析系統」資料庫之更新。2.完成石門水庫上游、曾文水庫上游、頭前溪支流上坪溪與油羅溪集水區之雨量、流量預測模式建立。(三) 提昇水文分析技術1.完成「609暴雨」、「碧利斯颱風」、「凱米颱風」、「寶發颱風」及「桑美颱風」等5份颱洪水文分析報告。2.完成石門水庫集水區之乾旱水文情勢分析報告，共計10週(自95年2月18日至95年4月22日)。3.召開「河川治理規劃及河川區域劃設水文分析方法」研商會議，並提出具體建議方案。4.完成94年台灣地區等雨量線圖之繪製、年平均雨量計算及年逕流量計算。5.完成FEWS_TAIWAN功能擴充，包含颱洪降雨動態頻率分析、重要河川或水庫集水區降雨－逕流模組、雨量警戒值及石門水庫上游集水區之流量預測模式建立。(四) 提昇觀測人員與業務相關人員之專業能力1.辦理95年度之「水文觀測專業訓練講習會」。2.辦理水文分析專題課程(三次)。3.辦理95年度之「水文觀測實務及儀器維護檢校教育訓練」。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950120</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503977</governmentpublicationsnumber><identifier>50409</identifier><internationalstandardbooknumber>9789860081794 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50409</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文業務現代化綜合計畫(1/2)  Comprehensive Plan for Modernizing Hydrologic Affair (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫依據「台灣地區水文觀測現代化整體計畫」第二期實施計畫目標「確實掌握水文情勢」項下之各實施要項，辦理區域性水文情勢分析、建立資料管理制度、推動民間參與水文觀測工作及增修訂相關法令規章，藉以達成第二期計畫之階段性任務。 本計畫為二年期計畫，第一年度主要之工作項目為「健全水文觀測作業及相關管理制度」、「維護水文資料及資訊之供應體系」、「提昇水文分析技術」、「提昇觀測人員與業務相關人員之專業能力」等四項。各項工作均依既定之規劃辦理，且已有若干具體成果，茲將其整理如下： (一) 健全水文觀測作業及相關管理制度 1.召開「水文觀測業務委託民間辦理可行性評估」座談會，並完成水文觀測業務委外評估報告。 2.協助完成第二期計畫95年度計畫成效考核作業。 3.完成水利相關法規之檢討與修訂，並提供雨量、河川水位流量之觀測手冊試用版予各執行單位參考。 (二) 維護水文資料及資訊之供應體系 1.收錄水利署及中央氣象局之雨量、流量及颱風資料至94年，並完成「水文情勢分析系統」資料庫之更新。 2.完成石門水庫上游、曾文水庫上游、頭前溪支流上坪溪與油羅溪集水區之雨量、流量預測模式建立。 (三) 提昇水文分析技術 1.完成「609暴雨」、「碧利斯颱風」、「凱米颱風」、「寶發颱風」及「桑美颱風」等5份颱洪水文分析報告。 2.完成石門水庫集水區之乾旱水文情勢分析報告，共計10週(自95年2月18日至95年4月22日)。 3.召開「河川治理規劃及河川區域劃設水文分析方法」研商會議，並提出具體建議方案。 4.完成94年台灣地區等雨量線圖之繪製、年平均雨量計算及年逕流量計算。 5.完成FEWS_TAIWAN功能擴充，包含颱洪降雨動態頻率分析、重要河川或水庫集水區降雨－逕流模組、雨量警戒值及石門水庫上游集水區之流量預測模式建立。 (四) 提昇觀測人員與業務相關人員之專業能力 1.辦理95年度之「水文觀測專業訓練講習會」。 2.辦理水文分析專題課程(三次)。 3.辦理95年度之「水文觀測實務及儀器維護檢校教育訓練」。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950120</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503977</governmentpublicationsnumber><identifier>50410</identifier><internationalstandardbooknumber>9789860081794 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50410</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文業務現代化綜合計畫(1/2) －光碟版  Comprehensive Plan for Modernizing Hydrologic Affair (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署為掌握我國沿海即時海氣象狀況，提昇防救災效率，依據行政院核定之「台灣地區水文觀測現代化整體計畫」，推動近海水文觀測業務，整體計畫分為兩期，第一期計畫已於民國九十二年完成階段性任務。第二期計畫自94年度開始實施，本(95)年度為第二期第二年計畫，工作內容包含兩個部分，例行性與應用研究性兩方面，分別為壹、近海水文站網之操作與品管，以及貳、近海水文資料分析與應用研究，本計畫目標為「維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，提昇站網功能，強化學術研究與技術研發工作」。本計畫下保養維護之測站共計36站，包括3座資料浮標站、12座氣象站、11座潮位站、7座電腦資訊展示站或電子看板，另有3座海況視訊站。 為了確保近海水文觀測站網長期運作，且保持良好的觀測資料品質，計畫執行團對建立一套標準的作業程序，包含測站保養、維護、定期檢校與資料品管等一貫化的作業，在此標準下，本(95)年度全部測站的平均觀測成功率達95%以上，資料品管通過率亦超過90%。觀測技術的改良是提升觀測水準的重要手段，在本計畫之下，研發超過六項的觀測技術，包含GPS測波技術、電力增援技術、海況影像辨識技術、GPRS多目標資料傳輸、海浪溯升觀測設備、近岸表面流自動觀測設備等，其中有兩項研發成果已經取得專利。說明了本計畫隨時透過研究的方式，改善觀測方法，達到解決觀測上的需求以及提升觀測資料品質的目標。 除了在現場保養維護與技術開發的工作外，本計畫投注精力於觀測資料分析，為了推廣觀測資料的應用，本年度除製作觀測資料年報外，亦著手編纂海岸水文資料應用手冊，希望能將觀測資料加值分析，提供水利署工程師參考。本計畫也已將近海水文網頁提升為滿足無障礙網頁基本要求。防災禦潮是水利署最重要的職掌之一，本計畫持續改良”水利署海岸水情系統”使其能發揮功效，也將水規所數十年之前的潮位資料重新整理與分析，建立更充足的資料庫以提供禦潮防浪的數據。在觀測資料分析方面，本年度觀測資料基本統計分析是例行性工作已完成，除此，本計畫建立了一套湧浪分析方法，並針對颱風湧浪進行分析，發現颱風過後的湧浪亦不可忽視。 水利署為了加強海況監測的範圍，本計畫也完成了七股資料浮標和澎湖資料浮標的設置，對於台灣海峽中部與西南部增加個監測的能量。為了管理上的需要，本計畫也協助水利署建置了觀測儀器管理系統，管理者可透過網路查詢各站的儀器以及各儀器的生命歷程。另外，本計畫也完成了資料品管手冊提供水利署參考，文件化工作是讓觀測持續長久的重要工作之一。 本計畫如期完成所有工作項目，包含例行性、研發性、應用性與研究性等工作，明年度的工作將持續本年工作，將把觀測資料的推廣應用列為明年度的重點工作。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950162</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503946</governmentpublicationsnumber><identifier>50411</identifier><internationalstandardbooknumber>9789860081671 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50411</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(1/2)  Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署為掌握我國沿海即時海氣象狀況，提昇防救災效率，依據行政院核定之「台灣地區水文觀測現代化整體計畫」，推動近海水文觀測業務，整體計畫分為兩期，第一期計畫已於民國九十二年完成階段性任務。第二期計畫自94年度開始實施，本(95)年度為第二期第二年計畫，工作內容包含兩個部分，例行性與應用研究性兩方面，分別為壹、近海水文站網之操作與品管，以及貳、近海水文資料分析與應用研究，本計畫目標為「維持近海水文站網正常運作，收集高品質即時資料供禦潮防災應用，提昇站網功能，強化學術研究與技術研發工作」。本計畫下保養維護之測站共計36站，包括3座資料浮標站、12座氣象站、11座潮位站、7座電腦資訊展示站或電子看板，另有3座海況視訊站。 為了確保近海水文觀測站網長期運作，且保持良好的觀測資料品質，計畫執行團對建立一套標準的作業程序，包含測站保養、維護、定期檢校與資料品管等一貫化的作業，在此標準下，本(95)年度全部測站的平均觀測成功率達95%以上，資料品管通過率亦超過90%。觀測技術的改良是提升觀測水準的重要手段，在本計畫之下，研發超過六項的觀測技術，包含GPS測波技術、電力增援技術、海況影像辨識技術、GPRS多目標資料傳輸、海浪溯升觀測設備、近岸表面流自動觀測設備等，其中有兩項研發成果已經取得專利。說明了本計畫隨時透過研究的方式，改善觀測方法，達到解決觀測上的需求以及提升觀測資料品質的目標。 除了在現場保養維護與技術開發的工作外，本計畫投注精力於觀測資料分析，為了推廣觀測資料的應用，本年度除製作觀測資料年報外，亦著手編纂海岸水文資料應用手冊，希望能將觀測資料加值分析，提供水利署工程師參考。本計畫也已將近海水文網頁提升為滿足無障礙網頁基本要求。防災禦潮是水利署最重要的職掌之一，本計畫持續改良”水利署海岸水情系統”使其能發揮功效，也將水規所數十年之前的潮位資料重新整理與分析，建立更充足的資料庫以提供禦潮防浪的數據。在觀測資料分析方面，本年度觀測資料基本統計分析是例行性工作已完成，除此，本計畫建立了一套湧浪分析方法，並針對颱風湧浪進行分析，發現颱風過後的湧浪亦不可忽視。 水利署為了加強海況監測的範圍，本計畫也完成了七股資料浮標和澎湖資料浮標的設置，對於台灣海峽中部與西南部增加個監測的能量。為了管理上的需要，本計畫也協助水利署建置了觀測儀器管理系統，管理者可透過網路查詢各站的儀器以及各儀器的生命歷程。另外，本計畫也完成了資料品管手冊提供水利署參考，文件化工作是讓觀測持續長久的重要工作之一。 本計畫如期完成所有工作項目，包含例行性、研發性、應用性與研究性等工作，明年度的工作將持續本年工作，將把觀測資料的推廣應用列為明年度的重點工作。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950162</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503946</governmentpublicationsnumber><identifier>50412</identifier><internationalstandardbooknumber>9789860081671 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50412</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(1/2)－光碟版  Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫延續水利署整體資訊系統發展規劃與水資源資訊服務平台建置成果，透過資料倉儲的建置，避免水資源資料重複建置，蒐集整合分析資料，提昇資料共享使用效益。作為知識發掘與決策管理之用，並與水資源資訊服務平台試辦細部規劃資料交換服務，以進行整體水利業務相關資訊系統規劃，增進業務管理支援整合性與通透性，促進資料交換標準化與公開化，實現資訊整合作業最高附加價值，提昇水利署各業務單位資訊交流與工作效益。其次，配合規劃設計水利署水資源業務管理支援系統，彙整決策所需案例，與署內經過協調後，所取得的資料庫，進行分析彙整，將本計畫及其他相關計畫有使用到的資料表格進行資料倉儲的建置。利用資料挖礦的概念並將此概念引導入水利署的資料庫中。藉此，從資料倉儲的資料中，將資料整合應用，並規劃三個案例的應用與一個比較案例，協助水利署相關決策者決策的依據。 本計畫使用建置在資料倉儲中各個系統的資料庫，綜合各個面向，加以彙整分析及規劃，作為主管決策支援的依據。並透過資料交換，有效存取多方正確的資訊，呼叫用本計畫所提供的資料交換服務或透過水資源資訊服務平台WRISP所註冊的服務。本系統共應用14個資料交換服務以及歸納彙整出14項業務資訊，作為決策者參考之有效資訊。我們從資料倉儲的資料中，將資料整合應用，並規劃三個案例的應用與一個比較案例，協助水利署相關決策者決策的依據。案例分別為︰案例一︰公文時效展期預測、案例二︰雨量工程關係預測、案例三︰水位站水位預測、案例四︰?潮水位預報比較。調查與彙整水利署附屬機關的「水資源資料交換服務」資訊資料現況，進行訪談調查與問卷填寫。經調查目前附屬機關與水利署相關有9個水資源資料交換服務，資料管理中心的定位為水利署內業務系統間的資料交換中心，採用Web Services為基礎的資料交換機制，可以達到跨系統及跨資料庫間的資料交換目的。</abstract><author>國立中興大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950033</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009503420</governmentpublicationsnumber><identifier>50414</identifier><internationalstandardbooknumber>9789860075168 ; 9860075166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50414</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源整合業務管理支援系統規劃＝ A Project of Integrated  Water Resources Executive Information Systems</title><yearidentifier>200611</yearidentifier></data><data><abstract>鑒於水利事業目前多屬公共建設，開發建設及經營人才多集中於政府部門，經濟部水利署爰以健全水利產業發展環境、扶植育成產業技術與經營人才為第一階段政策，配合行政院「知識經濟發展方案」定訂推動「輔導知識型水利產業發展方案」4年計畫（91-94年），辦理水利產業知識化育成中心之設置、建立專業知識技術資料庫與e化交流平台、輔導育成民間廠商取得水利產業技術專利及人才。在行政院所核定之「深層海水資源利用及產業發展政策綱領」中所提之執行方案內容主要為設立深層海水園區及推動深層海水特性基礎研究及產業技術研發，並積極辦理深層海水資源開發與利用之基礎研發。另外，在「深層海水資源利用及產業發展實施計畫」中所提之計畫目標主要希望能夠善用台灣東部優越深層海水資源，均衡區域開發，並提供優良投資環境，促進產業生根。本計畫為兩年度計畫(94~95年)，主要針對未來台灣東部宜蘭、花蓮、及台東等縣可行之深層海水開發場址，進行海域地形及水質等基本環境調查工作，工作內容規劃包括針對南澳、和平、石梯坪、奇萊鼻、知本、及金崙等進行深層海水水質及可行廠址之海域地形調查。94年度深層海水水質水質調查分析項目包含水溫、鹽度、氫離子濃度指數(pH)、溶氧量、懸浮固體、葉綠素a、大腸桿菌群、重金屬(鉻、鎘、銅、錳、鋅、汞)、營養鹽(矽酸鹽、亞硝酸鹽、氨氮、磷酸鹽、硝酸鹽)、戴奧辛及飲用水水源水質標準等項目；95年度除了上述的分析項目之外，另增加了總生菌數及人體所需微量元素碘、錫、鉬、鈷、釩等。海域地形則以單音束測深系統，自水深20公尺處至水深750公尺處，進行海底斷面測量，測量寬度為斷面線左右各300公尺，並間隔100公尺寬測量1次。本計畫乃加強沿岸地形水深及深層海水水質之基本研究調查，因為此兩項目關係著施工之難易、海域汲水之安全、及未來深層海水之用途等，本計畫之工作成果效益包括： 1.完成台灣東部六處可行候選廠址之沿岸地形水深調查，繪製相關之平面及縱面地形圖，以評估可能鋪設管線之長度，並作為未來海底取水管線設計之基礎。 2.分析可行候選廠址海域斷面海水水質，並分析各候選廠址間可汲取之深層海水水質變化情形，以瞭解深層海水之應用方向。 3.綜合地形水深及深層海水水質之基本研究調查，可使後續之取水工程規劃、施工估價、及用水分析等更為精準。本計畫調查結果顯示，六處測站中以和平廠址最為陡峭，離海岸僅1.7Km即可達水深750m，南澳廠址則最遠，水深750m離海6.5Km。海域水質部份，調查顯示知本區域海域水質有規定標準者皆能符合甲類海域水質標準。此外，深層海水之水質如預期呈現出理論上具備低溫潔淨、以及富含營養鹽等之特性。溫度部份，以第一次(94年8月26~27日)知本測點和第二次(95年8月15~16日)的金崙測點有最大的溫差，其最低與最高的溫度差異分別可達20.4與20.2℃。營養鹽的部份，各測點超過200m水深的測點中，可測得較高濃度的營養鹽，除第一次採樣時的奇萊鼻與和平測點的600m下層磷酸鹽濃度未超過甲類海域水質標準外，其他各測點在兩次的分析中，500m、600m及750m的下層海水磷酸鹽濃度均高於甲類海域水質標準。人體內代謝所需之微量元素鐵、鋅、銅、錳、硒、鉻、鎳等，所有點位兩次調查結果均未發現有較高之情形。而於今年度所增加的碘、錫、鉬、鈷、釩等五項，在第一次分析時，所有的測點皆偵測不到鈷的濃度，第二次分析時，除和平測點之外，所有測點鈷的濃度皆相同(0.0011 mg/L)，另外的四種元素在兩次的檢測結果均發現差異不大。重金屬部份，其濃度在表、底層並無顯著的差異。一些毒性較強的含氯有機物及農藥，其濃度在本計劃中皆小於偵測極限值。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009504277</governmentpublicationsnumber><identifier>50415</identifier><internationalstandardbooknumber>9789860083484 ; 9860083487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50415</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>知識型水利產業技術開發計畫(2/2)－深層海水環境水質基本調查 = Deveopment of Knowledge Based Water Industry Technology(2/2):Preliminary Investigation of Water Quality in Deep Ocean Water (DOW)</title><yearidentifier>200612</yearidentifier></data><data><abstract>鑒於水利事業目前多屬公共建設，開發建設及經營人才多集中於政府部門，經濟部水利署爰以健全水利產業發展環境、扶植育成產業技術與經營人才為第一階段政策，配合行政院「知識經濟發展方案」定訂推動「輔導知識型水利產業發展方案」4年計畫（91-94年），辦理水利產業知識化育成中心之設置、建立專業知識技術資料庫與e化交流平台、輔導育成民間廠商取得水利產業技術專利及人才。 在行政院所核定之「深層海水資源利用及產業發展政策綱領」中所提之執行方案內容主要為設立深層海水園區及推動深層海水特性基礎研究及產業技術研發，並積極辦理深層海水資源開發與利用之基礎研發。另外，在「深層海水資源利用及產業發展實施計畫」中所提之計畫目標主要希望能夠善用台灣東部優越深層海水資源，均衡區域開發，並提供優良投資環境，促進產業生根。 本計畫為兩年度計畫(94~95年)，主要針對未來台灣東部宜蘭、花蓮、及台東等縣可行之深層海水開發場址，進行海域地形及水質等基本環境調查工作，工作內容規劃包括針對南澳、和平、石梯坪、奇萊鼻、知本、及金崙等進行深層海水水質及可行廠址之海域地形調查。94年度深層海水水質水質調查分析項目包含水溫、鹽度、氫離子濃度指數(pH)、溶氧量、懸浮固體、葉綠素a、大腸桿菌群、重金屬(鉻、鎘、銅、錳、鋅、汞)、營養鹽(矽酸鹽、亞硝酸鹽、氨氮、磷酸鹽、硝酸鹽)、戴奧辛及飲用水水源水質標準等項目；95年度除了上述的分析項目之外，另增加了總生菌數及人體所需微量元素碘、錫、鉬、鈷、釩等。海域地形則以單音束測深系統，自水深20公尺處至水深750公尺處，進行海底斷面測量，測量寬度為斷面線左右各300公尺，並間隔100公尺寬測量1次。 本計畫乃加強沿岸地形水深及深層海水水質之基本研究調查，因為此兩項目關係著施工之難易、海域汲水之安全、及未來深層海水之用途等，本計畫之工作成果效益包括： 1.完成台灣東部六處可行候選廠址之沿岸地形水深調查，繪製相關之平面及縱面地形圖，以評估可能鋪設管線之長度，並作為未來海底取水管線設計之基礎。 2.分析可行候選廠址海域斷面海水水質，並分析各候選廠址間可汲取之深層海水水質變化情形，以瞭解深層海水之應用方向。 3.綜合地形水深及深層海水水質之基本研究調查，可使後續之取水工程規劃、施工估價、及用水分析等更為精準。 本計畫調查結果顯示，六處測站中以和平廠址最為陡峭，離海岸僅1.7Km即可達水深750m，南澳廠址則最遠，水深750m離海6.5Km。海域水質部份，調查顯示知本區域海域水質有規定標準者皆能符合甲類海域水質標準。此外，深層海水之水質如預期呈現出理論上具備低溫潔淨、以及富含營養鹽等之特性。溫度部份，以第一次(94年8月26~27日)知本測點和第二次(95年8月15~16日)的金崙測點有最大的溫差，其最低與最高的溫度差異分別可達20.4與20.2℃。營養鹽的部份，各測點超過200m水深的測點中，可測得較高濃度的營養鹽，除第一次採樣時的奇萊鼻與和平測點的600m下層磷酸鹽濃度未超過甲類海域水質標準外，其他各測點在兩次的分析中，500m、600m及750m的下層海水磷酸鹽濃度均高於甲類海域水質標準。人體內代謝所需之微量元素鐵、鋅、銅、錳、硒、鉻、鎳等，所有點位兩次調查結果均未發現有較高之情形。而於今年度所增加的碘、錫、鉬、鈷、釩等五項，在第一次分析時，所有的測點皆偵測不到鈷的濃度，第二次分析時，除和平測點之外，所有測點鈷的濃度皆相同(0.0011 mg/L)，另外的四種元素在兩次的檢測結果均發現差異不大。重金屬部份，其濃度在表、底層並無顯著的差異。一些毒性較強的含氯有機物及農藥，其濃度在本計劃中皆小於偵測極限值。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950036</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009504277</governmentpublicationsnumber><identifier>50416</identifier><internationalstandardbooknumber>9789860083484 ; 9860083487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50416</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>知識型水利產業技術開發計畫(2/2)－深層海水環境水質基本調查－光碟版 = Deveopment of Knowledge Based Water Industry Technology(2/2):Preliminary Investigation of Water Quality in Deep Ocean Water (DOW)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫全程二年期，全程之目標為進行金門地下水調查、分析、保育，防止地下水污染，以達到金門地區地下水水資源永續利用。第一年目的為利用金門地區地下水水位、水質檢測資料分析地下水結構，以掌握特性，建立含水層水位變動與儲蓄量變化之關係，現場踏勘調查金門地區地表潛在污染源與土地使用狀況，分析與地下水污染之關係，並評估金酒公司廢、污水再利用對於地下水補注效益。 由地下水平均水位及水位變動分析顯示寧山庫（KM-003）及金門高中（KM-005）一帶，地下水抽用量已過大，地下水資源不適合再進行開發，金鼎國小（KM-002）附近地區地下水抽用量不大且地下水補注量良好，適合未來地下水開發，但氧化環境所伴隨硝酸鹽氮污染情況較高，值得注意。以地下水水質分析結果顯示金沙國小(KM-006)及上岐國小(KM-011)受天然沉積環境影響，為地下水水質較為鹽化；金門西部地區呈現出較為氧化、酸性、高硝酸鹽氮污染之特性，酸性地下水水質及高氧化性主要受地層礦物中地化反應釋出氫離子及土壤高入滲率所致，金門中部地區地下水趨向還原、中性、低為硝酸鹽氮污染之特性；烈嶼地區有機物污染最為嚴重，金門西半島有機物污染較東半島嚴重。金門縣畜試所在山外至料羅一帶規劃三千頭養牛專區，若無法妥善處理排泄物，將嚴重污染地下水，因此將牛隻排泄物進行有機堆肥處理，可發展有機農業、改善金門土壤，但需特別注意污染防治，並在養牛專區西南方設置地下水水質監測井，有效監測污染。 本計畫以地下水收支平衡方式分析地表補注量、抽水量、邊界流出量、邊界流入量、含水層地下水儲蓄量及其變化，並將地下水收支分析過程程式化，可快速計算各地下水收支平衡分量，以提供金門地區水資源分析與管理參考。 受惠於「保價收購」政策，高梁、小麥為主要栽種作物，在貧瘠土地上栽種作物，必須大量使用肥料，近年金門地區每單位面積肥料使用量逐年增加，地下水氮污染情況亦隨之逐年惡化。經過實際踏勘調查後，金門西半島城鎮地區因生活污水造成地下水氮污染嚴重，西北農業栽種地區以環島西路以西之農田為主要地下水氮污染源；西南部農業區有潛在污染源，金酒公司金寧廠位於該污染區上游，雖然無立即性污染危害，但值得持續追蹤注意。 金門縣政府提出『金門酒廠與周邊社區雨、污水截流整治再利用計畫』，其中以工程或非工程方式進行每天1000CMD廢水處理後排入人工濕地、生態池進行地下水補注，本計畫以模式評估補注結果顯示寧山庫(KM-003)觀測井平均每年地下水回升1.12公尺，因此該地下水補注計畫，可對金門西部地區地下水保育產生立即且正面助益，減少金酒公司抽取地下水對環境之衝擊。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950194</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009504226</governmentpublicationsnumber><identifier>50417</identifier><internationalstandardbooknumber>9789860082692 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50417</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>金門地下水資源調查分析(1/2)  Survey and Analysis of Groundwater Resources in Kinmen</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫全程二年期，全程之目標為進行金門地下水調查、分析、保育，防止地下水污染，以達到金門地區地下水水資源永續利用。第一年目的為利用金門地區地下水水位、水質檢測資料分析地下水結構，以掌握特性，建立含水層水位變動與儲蓄量變化之關係，現場踏勘調查金門地區地表潛在污染源與土地使用狀況，分析與地下水污染之關係，並評估金酒公司廢、污水再利用對於地下水補注效益。 由地下水平均水位及水位變動分析顯示寧山庫（KM-003）及金門高中（KM-005）一帶，地下水抽用量已過大，地下水資源不適合再進行開發，金鼎國小（KM-002）附近地區地下水抽用量不大且地下水補注量良好，適合未來地下水開發，但氧化環境所伴隨硝酸鹽氮污染情況較高，值得注意。以地下水水質分析結果顯示金沙國小(KM-006)及上岐國小(KM-011)受天然沉積環境影響，為地下水水質較為鹽化；金門西部地區呈現出較為氧化、酸性、高硝酸鹽氮污染之特性，酸性地下水水質及高氧化性主要受地層礦物中地化反應釋出氫離子及土壤高入滲率所致，金門中部地區地下水趨向還原、中性、低為硝酸鹽氮污染之特性；烈嶼地區有機物污染最為嚴重，金門西半島有機物污染較東半島嚴重。金門縣畜試所在山外至料羅一帶規劃三千頭養牛專區，若無法妥善處理排泄物，將嚴重污染地下水，因此將牛隻排泄物進行有機堆肥處理，可發展有機農業、改善金門土壤，但需特別注意污染防治，並在養牛專區西南方設置地下水水質監測井，有效監測污染。 本計畫以地下水收支平衡方式分析地表補注量、抽水量、邊界流出量、邊界流入量、含水層地下水儲蓄量及其變化，並將地下水收支分析過程程式化，可快速計算各地下水收支平衡分量，以提供金門地區水資源分析與管理參考。 受惠於「保價收購」政策，高梁、小麥為主要栽種作物，在貧瘠土地上栽種作物，必須大量使用肥料，近年金門地區每單位面積肥料使用量逐年增加，地下水氮污染情況亦隨之逐年惡化。經過實際踏勘調查後，金門西半島城鎮地區因生活污水造成地下水氮污染嚴重，西北農業栽種地區以環島西路以西之農田為主要地下水氮污染源；西南部農業區有潛在污染源，金酒公司金寧廠位於該污染區上游，雖然無立即性污染危害，但值得持續追蹤注意。 金門縣政府提出『金門酒廠與周邊社區雨、污水截流整治再利用計畫』，其中以工程或非工程方式進行每天1000CMD廢水處理後排入人工濕地、生態池進行地下水補注，本計畫以模式評估補注結果顯示寧山庫(KM-003)觀測井平均每年地下水回升1.12公尺，因此該地下水補注計畫，可對金門西部地區地下水保育產生立即且正面助益，減少金酒公司抽取地下水對環境之衝擊。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950194</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/12</date><governmentpublicationsnumber>1009504226</governmentpublicationsnumber><identifier>50418</identifier><internationalstandardbooknumber>9789860082692 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50418</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>金門地下水資源調查分析(光碟版)  Survey and Analysis of Groundwater Resources in Kinmen</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫爰依據「第二期地層下陷防治執行方案」項下，持續教育宣導與訓練乙項辦理，並參酌行政院經濟建設委員會第1,124次委員會議結論，可選取二至三個縣市為地層下陷治理示範區(其中應含高鐵通過之雲林縣)。在水利署指導下，本年度計畫主要工作策略包括(1)運用傳媒力量，宣導全民防治(2)結合當地資源，輔導志工組織(3)深耕基礎教育，豐富教學資源(4)交流防治經驗，落實技術移轉等4大項目。本計畫宣導對象包括全國民眾、基礎教育體系師生、養殖業者、在地居民及相關工作業管人員，依據各工作項目逐步完成防治觀念之傳遞、技術培訓及資源整合。本年度完成工作計有：一、利用各式管道推廣地層下陷防治宣導影帶，共計發送單位1,140片、配合活動發送468人次，以及透過電視製作30分鐘節目向全國大眾播放，加深民眾對於防治議題之認識。二、完成地層下陷防治專題報導，透過民生報刊載，共分3次專題，每次二分之ㄧ版面，促進全民對地層下陷議題之瞭解與關注，擴大宣導的層面及廣度。三、協助雲林縣防治地層下陷教育中心建置相關軟體，並規劃完成未來硬體需求，未來俟中央與地方政府經費編列後，即可完成首座防治教育在地據點。四、持續維護與更新地層下陷防治教育宣導資訊網群之內容，本年度新建防治資訊網英文版，加強非中文使用者之線上服務，使得台灣之下陷情況得以透過網際網路傳達外籍人士。五、辦理完成「地層下陷防治Flash動畫設計競賽」，蒐錄優良作品18件，除上傳網站提供民眾瀏覽運用外，未來可利用各式場合善加利用，增加宣導媒介多樣性。六、持續輔導雲林縣地層下陷防治志工服務隊，包括訂定年度工作計畫，協助完成6項宣導工作，結合節水計畫推廣等，並維繫防治志工隊之向心力與熱誠。七、規劃成立彰化隊地層下陷防治志工服務隊籌備委員會相關事宜，並擬定籌組計畫書，同時聯繫地方團體及教育界人士，尋求各方支持，預計明年辦理召募及培訓作業。八、於雲林縣社區大學麥寮教學中心開辦水資源教育課程，將愛護水資源及防治地層下陷等觀念帶入社區，藉由上課民眾之認同後影響其餘社區居民。九、基礎教育推動完成辦理地層下陷防治教學觀摩會1場，辦理「高屏地區地層下陷防治種子教師研習營」室內講習及現地參訪1梯次，並編撰完成地層下陷防治教學參考教材，增加教學資源提供教師使用。十、辦理完成地層下陷防治專業訓練講習會暨各縣市防治經驗交流座談會1場，提升基層工作業管人員之專業智能及視野；同時辦理完成循環水技術推廣說明會1場次，裨益減少地下水使用需求，有效舒緩地層下陷。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950176</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504293</governmentpublicationsnumber><identifier>50422</identifier><internationalstandardbooknumber>9789860083507 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50422</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地層下陷防治教育訓練及宣導計畫(1/2)  The Education training and Propaganda for Land Subsidence Prevention Affairs(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫爰依據「第二期地層下陷防治執行方案」項下，持續教育宣導與訓練乙項辦理，並參酌行政院經濟建設委員會第1,124次委員會議結論，可選取二至三個縣市為地層下陷治理示範區(其中應含高鐵通過之雲林縣)。 在水利署指導下，本年度計畫主要工作策略包括(1)運用傳媒力量，宣導全民防治(2)結合當地資源，輔導志工組織(3)深耕基礎教育，豐富教學資源(4)交流防治經驗，落實技術移轉等4大項目。 本計畫宣導對象包括全國民眾、基礎教育體系師生、養殖業者、在地居民及相關工作業管人員，依據各工作項目逐步完成防治觀念之傳遞、技術培訓及資源整合。本年度完成工作計有： 一、利用各式管道推廣地層下陷防治宣導影帶，共計發送單位1,140片、配合活動發送468人次，以及透過電視製作30分鐘節目向全國大眾播放，加深民眾對於防治議題之認識。 二、完成地層下陷防治專題報導，透過民生報刊載，共分3次專題，每次二分之ㄧ版面，促進全民對地層下陷議題之瞭解與關注，擴大宣導的層面及廣度。 三、協助雲林縣防治地層下陷教育中心建置相關軟體，並規劃完成未來硬體需求，未來俟中央與地方政府經費編列後，即可完成首座防治教育在地據點。 四、持續維護與更新地層下陷防治教育宣導資訊網群之內容，本年度新建防治資訊網英文版，加強非中文使用者之線上服務，使得台灣之下陷情況得以透過網際網路傳達外籍人士。 五、辦理完成「地層下陷防治Flash動畫設計競賽」，蒐錄優良作品18件，除上傳網站提供民眾瀏覽運用外，未來可利用各式場合善加利用，增加宣導媒介多樣性。 六、持續輔導雲林縣地層下陷防治志工服務隊，包括訂定年度工作計畫，協助完成6項宣導工作，結合節水計畫推廣等，並維繫防治志工隊之向心力與熱誠。 七、規劃成立彰化隊地層下陷防治志工服務隊籌備委員會相關事宜，並擬定籌組計畫書，同時聯繫地方團體及教育界人士，尋求各方支持，預計明年辦理召募及培訓作業。 八、於雲林縣社區大學麥寮教學中心開辦水資源教育課程，將愛護水資源及防治地層下陷等觀念帶入社區，藉由上課民眾之認同後影響其餘社區居民。 九、基礎教育推動完成辦理地層下陷防治教學觀摩會1場，辦理「高屏地區地層下陷防治種子教師研習營」室內講習及現地參訪1梯次，並編撰完成地層下陷防治教學參考教材，增加教學資源提供教師使用。 十、辦理完成地層下陷防治專業訓練講習會暨各縣市防治經驗交流座談會1場，提升基層工作業管人員之專業智能及視野；同時辦理完成循環水技術推廣說明會1場次，裨益減少地下水使用需求，有效舒緩地層下陷。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950176</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504293</governmentpublicationsnumber><identifier>50423</identifier><internationalstandardbooknumber>9789860083507 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50423</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地層下陷防治教育訓練及宣導計畫(1/2)－光碟版  The Education Training and Propaganda for Land Subsidence Prevention Affairs(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫爰依據「第二期地層下陷防治執行方案」項下，持續教育宣導與訓練乙項辦理，並參酌行政院經濟建設委員會第1,124次委員會議結論，可選取二至三個縣市為地層下陷治理示範區(其中應含高鐵通過之雲林縣)。 在水利署指導下，本年度計畫主要工作策略包括(1)運用傳媒力量，宣導全民防治(2)結合當地資源，輔導志工組織(3)深耕基礎教育，豐富教學資源(4)交流防治經驗，落實技術移轉等4大項目。 本計畫宣導對象包括全國民眾、基礎教育體系師生、養殖業者、在地居民及相關工作業管人員，依據各工作項目逐步完成防治觀念之傳遞、技術培訓及資源整合。本年度完成工作計有： 一、利用各式管道推廣地層下陷防治宣導影帶，共計發送單位1,140片、配合活動發送468人次，以及透過電視製作30分鐘節目向全國大眾播放，加深民眾對於防治議題之認識。 二、完成地層下陷防治專題報導，透過民生報刊載，共分3次專題，每次二分之ㄧ版面，促進全民對地層下陷議題之瞭解與關注，擴大宣導的層面及廣度。 三、協助雲林縣防治地層下陷教育中心建置相關軟體，並規劃完成未來硬體需求，未來俟中央與地方政府經費編列後，即可完成首座防治教育在地據點。 四、持續維護與更新地層下陷防治教育宣導資訊網群之內容，本年度新建防治資訊網英文版，加強非中文使用者之線上服務，使得台灣之下陷情況得以透過網際網路傳達外籍人士。 五、辦理完成「地層下陷防治Flash動畫設計競賽」，蒐錄優良作品18件，除上傳網站提供民眾瀏覽運用外，未來可利用各式場合善加利用，增加宣導媒介多樣性。 六、持續輔導雲林縣地層下陷防治志工服務隊，包括訂定年度工作計畫，協助完成6項宣導工作，結合節水計畫推廣等，並維繫防治志工隊之向心力與熱誠。 七、規劃成立彰化隊地層下陷防治志工服務隊籌備委員會相關事宜，並擬定籌組計畫書，同時聯繫地方團體及教育界人士，尋求各方支持，預計明年辦理召募及培訓作業。 八、於雲林縣社區大學麥寮教學中心開辦水資源教育課程，將愛護水資源及防治地層下陷等觀念帶入社區，藉由上課民眾之認同後影響其餘社區居民。 九、基礎教育推動完成辦理地層下陷防治教學觀摩會1場，辦理「高屏地區地層下陷防治種子教師研習營」室內講習及現地參訪1梯次，並編撰完成地層下陷防治教學參考教材，增加教學資源提供教師使用。 十、辦理完成地層下陷防治專業訓練講習會暨各縣市防治經驗交流座談會1場，提升基層工作業管人員之專業智能及視野；同時辦理完成循環水技術推廣說明會1場次，裨益減少地下水使用需求，有效舒緩地層下陷。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950176</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504293</governmentpublicationsnumber><identifier>50424</identifier><internationalstandardbooknumber>9789860083507 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50424</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地層下陷防治教育訓練及宣導計畫(1/2)附件集  The Education Training and Propaganda for Land Subsidence Prevention Affairs(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署水利規劃試驗委託成功大學衛星研究中心辦理天花湖水庫可行性規劃檢討─計畫壩址強地動儀維護觀測及資料整理(95年度)計畫，以觀測天花湖水庫壩址地區之強地震活動，執行期間自九十五年四月起至民國九十五年十二月止。</abstract><author>成功大學衛星資訊研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950133</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009503690</governmentpublicationsnumber><identifier>50425</identifier><internationalstandardbooknumber>9789860077971 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50425</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可?性規劃檢討(2)-強地動儀維護觀測及資?整?(95??)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究經由地方座談方式瞭民眾需求，以生態博物館為理念，提出淹沒區住戶安置計畫、水庫週邊自來水供水改善、水庫下游生態旅遊等規劃。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950372</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009503691</governmentpublicationsnumber><identifier>50426</identifier><internationalstandardbooknumber>9789860077520 ; 9860077525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50426</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可行性規劃檢討. 2: 水庫推動及計畫資料更新(內附光碟)＝A  Review of Feasibility Study of Tien Hwa Hu Reservoir (2)－Project Impetus and Renewal</title><yearidentifier>200612</yearidentifier></data><data><abstract>為有效管理及利用地下水資源，經濟部水利署極力推動「臺灣地區地下水觀測網整體計畫」，隨著觀測站逐年建置完成後，爰將建立地下水相關基本資料，以便利地下水資源管理工作之進行。    隨著觀測網站之建立，水利署業已累積大量之各項基本資料。為有效利用此些資料，水利署於其前身；水資源局時代，自民國89年起即開始推動「臺灣地區地下水文圖繪製工作」計畫，冀期藉由此一計畫的推動，整合近年來水利署地下水相關工作成果，使相關基本資料能被容易地理解及徹底地運用。至民國91年底止，「臺灣地區地下水文圖集繪製工作」計畫之相關工作，業已完成「地下水流模數值」、「地下水逕流係數」和「地下水基流係數」等三張圖幅的繪製工作。而為完整發展「臺灣地區地下水文圖集」，水利署復於92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內（民國92年至民國95年），分階段完成「臺灣地區地下水文圖集」中之「主要含水層流通係數」、「地下水污染潛勢」及「地下水水質現況」等三張比例尺為1：250,000之圖幅。    依合約之規定及預期進度，本所於本年度（民國95年度）已完成下列工作： 1.完成「含水層導水係數圖」及「地下水易污染區圖」之編輯審查及出版準備工作； 2.完成建置「地下水水質現況圖」繪圖工作程序與資料處理分析方法及進行圖幅繪製工作； 3.完成繪製「臺灣地區地下水水質現況圖」及編撰使用說明書； 4.完成籌備召開「地下水水質現況圖」圖幅檢核及編輯審查等出版準備工作； 5.完成「地下水水質現況圖」圖幅檢核修訂等出版準備工作； 6.完成彙整所有圖幅成果及更新圖幅資料； 7.進行國際學術合作交流； 8.完成「地下水資源圖」圖幅之教育訓練與運用推廣工作； 9.合水利署參與「2006年臺灣水科技展覽暨國際學術研討會」相關活動。</abstract><author>成功大學水工試驗所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950190</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504124</governmentpublicationsnumber><identifier>50427</identifier><internationalstandardbooknumber>9789860082418 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50427</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(4/4)  Compiling the Groundwater Hydrological Atlas of Taiwan(4/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為有效管理及利用地下水資源，經濟部水利署極力推動「臺灣地區地下水觀測網整體計畫」，隨著觀測站逐年建置完成後，爰將建立地下水相關基本資料，以便利地下水資源管理工作之進行。    隨著觀測網站之建立，水利署業已累積大量之各項基本資料。為有效利用此些資料，水利署於其前身；水資源局時代，自民國89年起即開始推動「臺灣地區地下水文圖繪製工作」計畫，冀期藉由此一計畫的推動，整合近年來水利署地下水相關工作成果，使相關基本資料能被容易地理解及徹底地運用。至民國91年底止，「臺灣地區地下水文圖集繪製工作」計畫之相關工作，業已完成「地下水流模數值」、「地下水逕流係數」和「地下水基流係數」等三張圖幅的繪製工作。而為完整發展「臺灣地區地下水文圖集」，水利署復於92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內（民國92年至民國95年），分階段完成「臺灣地區地下水文圖集」中之「主要含水層流通係數」、「地下水污染潛勢」及「地下水水質現況」等三張比例尺為1：250,000之圖幅。    依合約之規定及預期進度，本所於本年度（民國95年度）已完成下列工作： 1.完成「含水層導水係數圖」及「地下水易污染區圖」之編輯審查及出版準備工作； 2.完成建置「地下水水質現況圖」繪圖工作程序與資料處理分析方法及進行圖幅繪製工作； 3.完成繪製「臺灣地區地下水水質現況圖」及編撰使用說明書； 4.完成籌備召開「地下水水質現況圖」圖幅檢核及編輯審查等出版準備工作； 5.完成「地下水水質現況圖」圖幅檢核修訂等出版準備工作； 6.完成彙整所有圖幅成果及更新圖幅資料； 7.進行國際學術合作交流； 8.完成「地下水資源圖」圖幅之教育訓練與運用推廣工作； 9.合水利署參與「2006年臺灣水科技展覽暨國際學術研討會」相關活動。</abstract><author>成功大學水工試驗所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950190</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504124</governmentpublicationsnumber><identifier>50428</identifier><internationalstandardbooknumber>9789860082418 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50428</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(4/4)－光碟版  Compiling the Groundwater Hydrological Atlas of Taiwan(4/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致地震發生頻繁，而且由於台灣地區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，都可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究與成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：站井維護、資料收錄、異常通報、站況說明與成效檢討等工作；(2)階段性的站網系統研發工作包括：資料品管流程研究與建立、高頻率取樣技術研發、 Baytap-G分析模式導入及系統架構與功能規劃(資料庫系統規劃與資料交換格式的定訂)等與(3)計畫配合辦理事項等。 在常態性工作成果方面，本年度進行了全面性的地震地下水觀測站井及儀器狀態點檢，經狀態點檢及儀器的檢測及維修，除需送回原廠維修之高精度水溫計外，其餘均已逐站修復，從九月份下旬起所有十六座站址，已逐站恢復正常觀測營運，並已進行所有觀測站井之氣壓計及雨量計之拆卸與送驗。在觀測資料方面，儘管受到儀器因素導致本年度1月至7月之地下水觀測資料有部份缺漏，但已分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出16起地震33站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，已建立資料品管流程研究與架構與應用方案，並進行資料連線測試，以提供實際自動資料收錄與前處理時的穩定度測試。前端資料收錄系統更新及擴充方面，本年度提出ADSL寬頻網路及GPRS無線數據傳輸兩種高頻率取樣技術方案進行測試，以選擇未來推行之適合方案。在中端資料分析系統更新及擴充工作方面，以BAYTAP-G分析模式作為第一期導入成果，作為新建置地震地下水站網系統之氣壓、潮汐及雜訊濾除模式，並測試BAYTAP-G模式於Linux作業平台上程式移植之相容度。後端資料展示及分享系統建置方面，除完成規劃系統架構與功能規劃外，在資料庫的建置上，結合水利署FEWS即時水文資料作業平台作為連線機制，透過地震地下水站網系統的資料伺服器進行資料即時更新。 在配合計畫辦理的相關事項方面，本計畫持續推動與日本地震地下水觀測相關學者及研究機構之合作，並辦理與日本山口大學進行台灣西南部泥火山地下流體調查與監測、與日本地質調查所地震地下水研究室進行的短期課程及技術交流，以及民國95年10月9日至12日與日本地質調查所合辦第五屆台日地震前後地下水異常變化研究研討會。本計畫亦將各年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度日本地球惑星科學合同大會、西太平洋地球物理大會及與中國國家地震局地質研究所地下流體地震預報研究群進行技術交流會議中進行發表與研討。並邀請日本地震速報系統專家藤繩幸雄博士到訪，提供異常偵測、資料傳輸技術的交流與建議。並定期舉辦計畫聯合工作會議，確實掌握計畫執行進度，並追蹤會議交辦事項。 本計畫依據本年度計畫規定之工作項目、工作會議協調事項及各次審查會議委員提供之建議，持續辦理各項工作，如期、如質的完成各項計畫工作項目與預期目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950377</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504126</governmentpublicationsnumber><identifier>50429</identifier><internationalstandardbooknumber>9789860082081 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50429</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地震地下水站網系統研發及技術成果導入(1/4)  Development  of Tecono-Hydrology Monitoring System and Application of the Research Results(1/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致地震發生頻繁，而且由於台灣地區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，都可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究與成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：站井維護、資料收錄、異常通報、站況說明與成效檢討等工作；(2)階段性的站網系統研發工作包括：資料品管流程研究與建立、高頻率取樣技術研發、 Baytap-G分析模式導入及系統架構與功能規劃(資料庫系統規劃與資料交換格式的定訂)等與(3)計畫配合辦理事項等。 在常態性工作成果方面，本年度進行了全面性的地震地下水觀測站井及儀器狀態點檢，經狀態點檢及儀器的檢測及維修，除需送回原廠維修之高精度水溫計外，其餘均已逐站修復，從九月份下旬起所有十六座站址，已逐站恢復正常觀測營運，並已進行所有觀測站井之氣壓計及雨量計之拆卸與送驗。在觀測資料方面，儘管受到儀器因素導致本年度1月至7月之地下水觀測資料有部份缺漏，但已分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出16起地震33站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，已建立資料品管流程研究與架構與應用方案，並進行資料連線測試，以提供實際自動資料收錄與前處理時的穩定度測試。前端資料收錄系統更新及擴充方面，本年度提出ADSL寬頻網路及GPRS無線數據傳輸兩種高頻率取樣技術方案進行測試，以選擇未來推行之適合方案。在中端資料分析系統更新及擴充工作方面，以BAYTAP-G分析模式作為第一期導入成果，作為新建置地震地下水站網系統之氣壓、潮汐及雜訊濾除模式，並測試BAYTAP-G模式於Linux作業平台上程式移植之相容度。後端資料展示及分享系統建置方面，除完成規劃系統架構與功能規劃外，在資料庫的建置上，結合水利署FEWS即時水文資料作業平台作為連線機制，透過地震地下水站網系統的資料伺服器進行資料即時更新。 在配合計畫辦理的相關事項方面，本計畫持續推動與日本地震地下水觀測相關學者及研究機構之合作，並辦理與日本山口大學進行台灣西南部泥火山地下流體調查與監測、與日本地質調查所地震地下水研究室進行的短期課程及技術交流，以及民國95年10月9日至12日與日本地質調查所合辦第五屆台日地震前後地下水異常變化研究研討會。本計畫亦將各年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度日本地球惑星科學合同大會、西太平洋地球物理大會及與中國國家地震局地質研究所地下流體地震預報研究群進行技術交流會議中進行發表與研討。並邀請日本地震速報系統專家藤繩幸雄博士到訪，提供異常偵測、資料傳輸技術的交流與建議。並定期舉辦計畫聯合工作會議，確實掌握計畫執行進度，並追蹤會議交辦事項。 本計畫依據本年度計畫規定之工作項目、工作會議協調事項及各次審查會議委員提供之建議，持續辦理各項工作，如期、如質的完成各項計畫工作項目與預期目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950377</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504126</governmentpublicationsnumber><identifier>50430</identifier><internationalstandardbooknumber>9789860082081 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50430</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地震地下水站網系統研發及技術成果導入(1/4)－光碟版  Development  of Tecono-Hydrology Monitoring System and Application of the Research Results(1/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對已建置地下水觀測井進行井體攝影分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。本計畫之重要成果茲摘錄如下：1.由井體影像資料顯示，本年度調查已建置觀測井45口，18口觀測井井況良好，建議繼續使用；13口觀測井有部份積垢或淤淺問題，需抽水改善；13口觀測井因井管井管偏斜凸出破裂，無法利用抽水或洗井之方式進行改善，水位資料不可靠，建議廢井處理，另建新井。2.各觀測井之井體內腐蝕潛勢分析方面，15口觀測井之AI指數都在10以上，並未有高度腐蝕性之情形。3.依據本計畫經費分析結果，概估每口觀測井洗井維護之單價約為12萬元，若由過去研究統計有39.2%的觀測井需要洗井維護，則在民國93年底前所建置完成的542口觀測井，需要2,544萬元之洗井維護費用，但此費用並不包含觀測井發生偏斜、變形或破裂之維護費用。4.本計畫完成台南新東三與宜蘭大福一兩口觀測井之洗井維護示範工作，經洗井後進行井體攝影追蹤，發現井管積垢與淤淺問題已獲得改善，效果良好。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950192</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504230</governmentpublicationsnumber><identifier>50431</identifier><internationalstandardbooknumber>9789860082708 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50431</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>95年度地下水觀測井體檢測、.評估與改善   lnspection, Evaluation, and lmprovement of Groundwater Monitoring Wells in 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對已建置地下水觀測井進行井體攝影分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。 本計畫之重要成果茲摘錄如下： 1.由井體影像資料顯示，本年度調查已建置觀測井45口，18口觀測井井況良好，建議繼續使用；13口觀測井有部份積垢或淤淺問題，需抽水改善；13口觀測井因井管井管偏斜凸出破裂，無法利用抽水或洗井之方式進行改善，水位資料不可靠，建議廢井處理，另建新井。 2.各觀測井之井體內腐蝕潛勢分析方面，15口觀測井之AI指數都在10以上，並未有高度腐蝕性之情形。 3.依據本計畫經費分析結果，概估每口觀測井洗井維護之單價約為12萬元，若由過去研究統計有39.2%的觀測井需要洗井維護，則在民國93年底前所建置完成的542口觀測井，需要2,544萬元之洗井維護費用，但此費用並不包含觀測井發生偏斜、變形或破裂之維護費用。 4.本計畫完成台南新東三與宜蘭大福一兩口觀測井之洗井維護示範工作，經洗井後進行井體攝影追蹤，發現井管積垢與淤淺問題已獲得改善，效果良好。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950192</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504230</governmentpublicationsnumber><identifier>50432</identifier><internationalstandardbooknumber>9789860082708 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50432</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>95年度地下水觀測井體檢測、.評估與改善－光碟版  lnspection, Evaluation, and lmprovement of Groundwater Monitoring Wells in 2006</title><yearidentifier>200612</yearidentifier></data><data><abstract>為建立台灣地區之地下水觀測系統，收集長期、整體之水文地質、地下水水文及地下水水質等資料，由水利署及中央地質調查所共同辦理的「台灣地區地下水觀測網整體計畫」本(95)年度新設地下水觀測站井區域包括台北盆地地區、桃園地區及台中地區，總計建置12站18口觀測井。設置地點包括：新生公園、青年公園、蘆竹、頭洲、內定、龍潭、永順、梧棲、大秀、華龍、三光等站。本計畫配合「95年度地下水觀測站井建置維護」工作，進行站網設計、監造等工作，並於各監測井設置完成後，辦理相關配合工作，包括區域水文地質分析工作、水質檢驗、及測量等工作。一、觀測井設計本計畫首先根據區域水文地質概況研判各預定站址可能遭遇之水文地質條件與其他環境影響因素，如水位深度、地質構造等，進行各站井之初步規劃設計，並分別於新生公園、桃園龍潭國中及台中大秀國小設置抽試觀測井進行複井抽水試驗。另參考相關資料根據水位量測、水質量測及抽水試驗三項主要需求規劃觀測井之井徑，站房形式則考量土地所有單位需求規劃傳統改良式以及平面式站房。二、觀測井施工管理「95年度地下水觀測站井建置維護」工程於95年7月26日決標後，隨即於7月28日陪同施工廠商親赴各預定站址拜訪土地所有單位，水利署亦於8月14正式發函通知各用地單位近期施工機具將進場，之後8月15日各站址陸續開工。開工後，期間曾遭遇內定站坍孔問題以及卡鑽、大秀站則因地層過於堅硬施工難度較高進度落後、梧棲站則因校方希望更改站房形式以及場地復原問題而停工、新生公園進機問題與施工期間交通動線等種種困難，然而監造單位仍要求廠商全面動員於工程後期加緊趕工，監督廠商務必於11月30日前如期提報竣工，並於12月11至13日完成驗收動作。三、水文地質調查根據本年度的抽水試驗成果顯示台北盆地地下水主要含水層的流通係數的範圍大約在0.054m2/min至3.547m2/min之間，地下水的出水能力，以南側之青年公園站較佳。而桃園地區流通係數的範圍則介於0.002m2/min至0.164m2/min，出水能力較為貧脊。台中清水海岸平原地區流通係數的範圍大約在0.072m2/min至0.867m2/min之間。四、水質調查本次調查結果顯示，台北盆地地區、桃園地區及台中地區各地地下水觀測站水質pH介於6.0~7.9之間，超出地下水監測基準項目以總有機碳、總溶解性固體量、氨氮、硝酸鹽氮、鉛、鐵、錳、砷、硬度為主。除龍潭觀一及龍潭抽二之重金屬鉛與新生抽一、梧棲觀一及大秀抽一之重金屬汞超出地下水管制標準外，其他水質均符合地下水污染管制標準。因為地質因素，本年度增設測站之鐵、錳含量偏高，除少數測站（內定觀一、內定觀二及頭洲觀一）均未超出外，所有測站均有鐵或錳含量均高於監測基準之情形。本年度增設測站之氨氮濃度除頭洲觀一、大秀抽外，其餘各測站普遍超出第二類監測基準。總有機碳以新生抽一及新生觀一兩測站為最高，該兩站導電度、總溶解性固體、氯鹽均為所有測站中前二高值，參考Simpson法分析海水入侵程度，顯示新生抽一屬於高度受海水污染之抽試井，新生觀一則屬於中度污染之觀測井；另頭洲觀一及梧棲觀一亦屬中度污染之觀測井。參考LSI及Larson-Skold指數，本年度增設測站地下水水質，除大秀觀一外，其餘各測站地下水水質目前暫無積垢傾向，頭洲觀一、梧棲觀一、永順觀一、大秀抽二、新生觀一、新生抽一及青年觀一等測站Larson-Skold指數大於1.2，顯示這些測站的地下水具有腐蝕的傾向，另蘆竹觀一及大秀抽一等測站Larson-Skold指數介於0.8~1.2之間，可能具有腐蝕傾向。新生觀一及新生抽一等測站之鈉吸收率超過6，亦不適合作為灌溉用水。另依據各測站水質，分別繪製水質菱形圖及Stiff圖，作為地下水質及地質分類參考。本計畫並依據各測站水質之陰陽離子當量總和、TDS計算值、TDS實測值及導電度間相互比較、陰陽離子和與導電度值比較，評估水質分析數據結果，評估結果顯示，數據品質與符合理想（經驗）值有所差異。推測本次調查雖已涵蓋常見之陰、陽離子，但仍有部分離子未納入調查計畫，例如:NO2-、氟離子、矽酸根離子，可能造成計算偏差較大之原因。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950189</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504520</governmentpublicationsnumber><identifier>50433</identifier><internationalstandardbooknumber>9789860085594 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50433</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>設計.監造「95年度地下水觀測站井建置維護」成果報告</title><yearidentifier>200612</yearidentifier></data><data><abstract>為建立台灣地區之地下水觀測系統，收集長期、整體之水文地質、地下水水文及地下水水質等資料，由水利署及中央地質調查所共同辦理的「台灣地區地下水觀測網整體計畫」本(95)年度新設地下水觀測站井區域包括台北盆地地區、桃園地區及台中地區，總計建置12站18口觀測井。設置地點包括：新生公園、青年公園、蘆竹、頭洲、內定、龍潭、永順、梧棲、大秀、華龍、三光等站。本計畫配合「95年度地下水觀測站井建置維護」工作，進行站網設計、監造等工作，並於各監測井設置完成後，辦理相關配合工作，包括區域水文地質分析工作、水質檢驗、及測量等工作。 一、觀測井設計 本計畫首先根據區域水文地質概況研判各預定站址可能遭遇之水文地質條件與其他環境影響因素，如水位深度、地質構造等，進行各站井之初步規劃設計，並分別於新生公園、桃園龍潭國中及台中大秀國小設置抽試觀測井進行複井抽水試驗。另參考相關資料根據水位量測、水質量測及抽水試驗三項主要需求規劃觀測井之井徑，站房形式則考量土地所有單位需求規劃傳統改良式以及平面式站房。 二、觀測井施工管理 「95年度地下水觀測站井建置維護」工程於95年7月26日決標後，隨即於7月28日陪同施工廠商親赴各預定站址拜訪土地所有單位，水利署亦於8月14正式發函通知各用地單位近期施工機具將進場，之後8月15日各站址陸續開工。 開工後，期間曾遭遇內定站坍孔問題以及卡鑽、大秀站則因地層過於堅硬施工難度較高進度落後、梧棲站則因校方希望更改站房形式以及場地復原問題而停工、新生公園進機問題與施工期間交通動線等種種困難，然而監造單位仍要求廠商全面動員於工程後期加緊趕工，監督廠商務必於11月30日前如期提報竣工，並於12月11至13日完成驗收動作。 三、水文地質調查 根據本年度的抽水試驗成果顯示台北盆地地下水主要含水層的流通係數的範圍大約在0.054m2/min至3.547m2/min之間，地下水的出水能力，以南側之青年公園站較佳。而桃園地區流通係數的範圍則介於0.002m2/min至0.164m2/min，出水能力較為貧脊。台中清水海岸平原地區流通係數的範圍大約在0.072m2/min至0.867m2/min之間。 四、水質調查 本次調查結果顯示，台北盆地地區、桃園地區及台中地區各地地下水觀測站水質pH介於6.0~7.9之間，超出地下水監測基準項目以總有機碳、總溶解性固體量、氨氮、硝酸鹽氮、鉛、鐵、錳、砷、硬度為主。除龍潭觀一及龍潭抽二之重金屬鉛與新生抽一、梧棲觀一及大秀抽一之重金屬汞超出地下水管制標準外，其他水質均符合地下水污染管制標準。因為地質因素，本年度增設測站之鐵、錳含量偏高，除少數測站（內定觀一、內定觀二及頭洲觀一）均未超出外，所有測站均有鐵或錳含量均高於監測基準之情形。本年度增設測站之氨氮濃度除頭洲觀一、大秀抽外，其餘各測站普遍超出第二類監測基準。總有機碳以新生抽一及新生觀一兩測站為最高，該兩站導電度、總溶解性固體、氯鹽均為所有測站中前二高值，參考Simpson法分析海水入侵程度，顯示新生抽一屬於高度受海水污染之抽試井，新生觀一則屬於中度污染之觀測井；另頭洲觀一及梧棲觀一亦屬中度污染之觀測井。 參考LSI及Larson-Skold指數，本年度增設測站地下水水質，除大秀觀一外，其餘各測站地下水水質目前暫無積垢傾向，頭洲觀一、梧棲觀一、永順觀一、大秀抽二、新生觀一、新生抽一及青年觀一等測站Larson-Skold指數大於1.2，顯示這些測站的地下水具有腐蝕的傾向，另蘆竹觀一及大秀抽一等測站Larson-Skold指數介於0.8~1.2之間，可能具有腐蝕傾向。新生觀一及新生抽一等測站之鈉吸收率超過6，亦不適合作為灌溉用水。另依據各測站水質，分別繪製水質菱形圖及Stiff圖，作為地下水質及地質分類參考。 本計畫並依據各測站水質之陰陽離子當量總和、TDS計算值、TDS實測值及導電度間相互比較、陰陽離子和與導電度值比較，評估水質分析數據結果，評估結果顯示，數據品質與符合理想（經驗）值有所差異。推測本次調查雖已涵蓋常見之陰、陽離子，但仍有部分離子未納入調查計畫，例如:NO2-、氟離子、矽酸根離子，可能造成計算偏差較大之原因。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950189</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/13</date><governmentpublicationsnumber>1009504520</governmentpublicationsnumber><identifier>50434</identifier><internationalstandardbooknumber>9789860085594 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50434</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>設計.監造「95年度地下水觀測站井建置維護」成果報告－光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區受全球氣候變遷影響，為因應特殊情況供水，本計畫擬規劃能?定提供之水源，以增加系統供水能力及系統間之聯通調及區域間通援能力，以降低缺水風險。並以民國110年需求為目標，評估北部地區供水能力及備用水量。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950137</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009503525</governmentpublicationsnumber><identifier>50435</identifier><internationalstandardbooknumber>9789860075984 ; 9860075980</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50435</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>北部地區水資源利用整體檢討規劃(2)－水源及供水系統檢討暨調查規劃＝Water Source and Supply System Evaluation and Investigation Planning(2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區受全球氣候變遷影響，為因應特殊情況供水，本計畫擬規劃能?定提供之水源，以增加系統供水能力及系統間之聯通調及區域間通援能力，以降低缺水風險。並以民國110年需求為目標，評估北部地區供水能力及備用水量。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950137</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009503525</governmentpublicationsnumber><identifier>50436</identifier><internationalstandardbooknumber>9789860075984 ; 9860075980</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50436</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>北部地區水資源利用整體檢討規劃(2)－水源及供水系統檢討暨調查規劃－光碟版＝Water Source and Supply System Evaluation and Investigation Planning(2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保離島地區海岸時參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業,並開發數值模式模擬成果之展示模組,以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>50439</identifier><internationalstandardbooknumber>9789860079951 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50439</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>建立波潮流與海岸線變遷模式(5/6)數值模式開發系統程式(光碟版)＝Establishment of Wave, Tidal Current and Coastal Evolution Models(5/6)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>楊吉宗總編輯</author><categoryidentifier>385.232024</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009504275</governmentpublicationsnumber><identifier>50440</identifier><internationalstandardbooknumber>9789789860081 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50440</librarycollectiondetailsurl><price>200</price><publisher>農委會特有生物中心</publisher><publishrocyear>95</publishrocyear><title>臺北及基隆縣市野生動物</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黃朝慶等撰</author><categoryidentifier>375.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009504302</governmentpublicationsnumber><identifier>50441</identifier><internationalstandardbooknumber>9789789860081 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50441</librarycollectiondetailsurl><price>250</price><publisher>農委會特有生物中心</publisher><publishrocyear>95</publishrocyear><title>宜蘭縣植物資源＝Vascular plants of Yilan County</title><yearidentifier>200612</yearidentifier></data><data><abstract>以94年度「保育用水推動策略規劃」計算評估保育用水量方法，將保育用水量運用於水庫或攔河堰操作上所造成之影響，以及討論枯旱年級颱洪時期水濁度升高對於納入保育用水之水庫操作上所造成之影響予以分析，並以石門水庫為案例予以說明。</abstract><author>中央大學土木工程學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950077</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009503693</governmentpublicationsnumber><identifier>50442</identifier><internationalstandardbooknumber>9789860077964 ; 9860077967</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50442</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>檢討水庫與攔河堰操作策略影響保育用水標的之探討(內附光碟)＝Discussing the Influence Included the Reserved-Nurtured Water Use in the Reservoir and dam's Control Plan</title><yearidentifier>200612</yearidentifier></data><data><abstract>以94年度「保育用水推動策略規劃」計算評估保育用水量方法，將保育用水量運用於水庫或攔河堰操作上所造成之影響，以及討論枯旱年級颱洪時期水濁度升高對於納入保育用水之水庫操作上所造成之影響予以分析，並以石門水庫為案例予以說明。</abstract><author>中央大學土木工程學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950077</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009503693</governmentpublicationsnumber><identifier>50443</identifier><internationalstandardbooknumber>9789860077964 ; 9860077967</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50443</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>檢討水庫與攔河堰操作策略影響保育用水標的之探討(光碟版)＝Discussing the Influence Included the Reserved-Nurtured Water Use in the Reservoir and dam's Control Plan</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50444</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50444</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第九期）</title><yearidentifier>200703</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/14</date><governmentpublicationsnumber>1009600554</governmentpublicationsnumber><identifier>50447</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50447</librarycollectiondetailsurl><price>985</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>九十五年度集集攔河堰閘門機電控制系統及設施檢查維護保養成果報告書(光碟版)</title><yearidentifier>200703</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009600554</governmentpublicationsnumber><identifier>50448</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50448</librarycollectiondetailsurl><price>985</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>九十五年度集集攔河堰閘門機電控制系統及設施檢查維護保養成果報告書</title><yearidentifier>200703</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009600554</governmentpublicationsnumber><identifier>50449</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50449</librarycollectiondetailsurl><price>394</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>九十五年度集集攔河堰閘門機電控制系統及設施檢查維護保養成果報告書(附冊)</title><yearidentifier>200703</yearidentifier></data><data><abstract>「中區水資源營運管理系統建置計畫」為水利署「區域水資源營運管理系統建置計畫」之子計畫，將建置於中水局新建之大樓「中區水資源調度中心」，其中「外站水文測報系統」與「調度中心資訊及多媒體展示系統」兩計畫為提供「中區水資源調配管理系統」所需之地面水情資訊與系統運作及展示所需之軟硬體設備，除此之外，系統中運作之其他資訊之蒐集、營管資料庫建置、調配模擬分析等均由「中區水資源調配管理系統」規劃與建置。本系統之建置不影響現有集集、鯉魚潭、石岡三管理中心現有之營運管理系統運作，其營運資料目前旁收至中水局「外站水文測報系統」之外站水文資料庫，「中區水資源調配管理系統」乃接收外站水文系統的資料進行各項功能之加值分析</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009600083</governmentpublicationsnumber><identifier>50450</identifier><internationalstandardbooknumber>9879860084207 ; 9879860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50450</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源營運管理系統建置總報告 Establishment of the Central Region Water Resources Operation and Management System</title><yearidentifier>200612</yearidentifier></data><data><abstract>「中區水資源營運管理系統建置計畫」為水利署「區域水資源營運管理系統建置計畫」之子計畫，將建置於中水局新建之大樓「中區水資源調度中心」，其中「外站水文測報系統」與「調度中心資訊及多媒體展示系統」兩計畫為提供「中區水資源調配管理系統」所需之地面水情資訊與系統運作及展示所需之軟硬體設備，除此之外，系統中運作之其他資訊之蒐集、營管資料庫建置、調配模擬分析等均由「中區水資源調配管理系統」規劃與建置。本系統之建置不影響現有集集、鯉魚潭、石岡三管理中心現有之營運管理系統運作，其營運資料目前旁收至中水局「外站水文測報系統」之外站水文資料庫，「中區水資源調配管理系統」乃接收外站水文系統的資料進行各項功能之加值分析</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009600083</governmentpublicationsnumber><identifier>50451</identifier><internationalstandardbooknumber>9789860084207 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50451</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源營運管理系統建置總報告(光碟版) Establishment of the Central Region Water Resources Operation and Management System</title><yearidentifier>200612</yearidentifier></data><data><abstract>辦理各項環境現況初步調查、資料蒐集和環境敏感區位或待定目的區位查詢，以瞭解計畫區域環境概況及是否有涉及環境敏感區位問題，依據環境現況調查結果，並配合其他專題成果進行環境影響初步評估與建議，以作為工程規劃之參考依據。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950399</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009503369</governmentpublicationsnumber><identifier>50452</identifier><internationalstandardbooknumber>9789860074291 ; 9860074291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50452</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>基隆河水源與西勢水庫聯合供水系統初步規劃－社經環境調查評估＝Preliminary Planning on tne Water Supply of Keelung River and Sishih Reservior Joint System－Social Economic Environmental Investigation and Assessment</title><yearidentifier>200612</yearidentifier></data><data><abstract>由於台灣南部地區傳統水資源開發計畫受阻，而水源之需求與日俱增。復因近年來高屏地區颱洪時期常連日大雨，高屏溪及上游河川挾帶大量泥沙滾滾而下，導致此期間高屏溪大樹攔河堰取用自來水源因濁度太高而供水水質渾濁，致使該供水區域民生用水供需失調。本計畫的目的乃於高屏沿岸及隘寮溪中下游地區，藉由淺層地下水及伏流水之取水技術，研擬其水資源之開發方式，並規劃評估可行方案，俾作為一旦地表水源無法正常使用時之備援系統用途。</abstract><author>中鼎工程股份有限公司</author><categoryidentifier>351.8551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950136</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/15</date><governmentpublicationsnumber>1009503104</governmentpublicationsnumber><identifier>50453</identifier><internationalstandardbooknumber>9789860071740 ; 9789860071</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50453</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>高屏溪沿岸及隘寮溪中下游淺層地下水開發評估及備援系統規劃-成果報告(光碟版)The Assessment of Shallow Groundwater Development along Kao-ping River and Middle-down Sterm Ai-Liao River,and The Planning of Water Resouces Backup System</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來由於社會的發展，人民對河川環境與生態保育之意識不斷提升，期待政府能顧及生活、生態及生產的河川新風貌。 台灣與日本之水文及地文條件頗為相似，日本長年來，一向對自然河川從事有系統之調查研究。有鑑於此，水利署已著手蒐集日本多年來之研究經驗，期能擇取與台灣河川相關有益之技術成果，提供相關單位作為改善之參考。 兩國對嚴苛的天災禍害，如地震災區的即時搶救、堰塞湖的善後處理、土石流的應變等。過去各有不同的遭遇處境及對應經驗，雙方若能就應變技術及搶救工法，從事相互交換經驗及心得，將可提升災害之救災效率與技術。此外，日本對水資源營運調配之治水經驗，河川整體防洪排水體系的監控以及人工湖設置的範例，皆可作為當前台灣提昇技術層面的正面參考。 過去兩國水利界技術交流，以日方技術專家單向來訪居多，今後期盼能善用已有的交流互通管道，讓台灣技術人員亦能出國研習日方日新月異之技術工法，體驗學習其正在進行之先進工程，甚至認知該國已被認定有缺失之工程範例經驗，由正反兩面觀摩思考台灣工程技術之未來。除了達到引進日本先進技術之目的外，亦可避免重蹈其過去失敗之先例，才能對台灣技術的提昇及保障有所俾益。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950118</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/16</date><governmentpublicationsnumber>1009503868</governmentpublicationsnumber><identifier>50455</identifier><internationalstandardbooknumber>9789860078756 ; 9860078750</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50455</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>日本河川整備中心知識管理合作計畫(2/2)九十五年度期末報告 = Cooperation of Technology Informatin Management for River Front Development brtween Taiwan and Japan (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來由於社會的發展，人民對河川環境與生態保育之意識不斷提升，期待政府能顧及生活、生態及生產的河川新風貌。 台灣與日本之水文及地文條件頗為相似，日本長年來，一向對自然河川從事有系統之調查研究。有鑑於此，水利署已著手蒐集日本多年來之研究經驗，期能擇取與台灣河川相關有益之技術成果，提供相關單位作為改善之參考。 兩國對嚴苛的天災禍害，如地震災區的即時搶救、堰塞湖的善後處理、土石流的應變等。過去各有不同的遭遇處境及對應經驗，雙方若能就應變技術及搶救工法，從事相互交換經驗及心得，將可提升災害之救災效率與技術。此外，日本對水資源營運調配之治水經驗，河川整體防洪排水體系的監控以及人工湖設置的範例，皆可作為當前台灣提昇技術層面的正面參考。 過去兩國水利界技術交流，以日方技術專家單向來訪居多，今後期盼能善用已有的交流互通管道，讓台灣技術人員亦能出國研習日方日新月異之技術工法，體驗學習其正在進行之先進工程，甚至認知該國已被認定有缺失之工程範例經驗，由正反兩面觀摩思考台灣工程技術之未來。除了達到引進日本先進技術之目的外，亦可避免重蹈其過去失敗之先例，才能對台灣技術的提昇及保障有所俾益。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950118</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/16</date><governmentpublicationsnumber>1009503868</governmentpublicationsnumber><identifier>50456</identifier><internationalstandardbooknumber>9789860078756 ; 9860078750</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50456</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>日本河川整備中心知識管理合作計畫(2/2)九十五年度期末報告－光碟版 = Cooperation of Technology Informatin Management for River Front Development brtween Taiwan and Japan (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50457</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50457</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十期）</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>行政院主計處</author><categoryidentifier>430.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/19</date><governmentpublicationsnumber>1009503184</governmentpublicationsnumber><identifier>50461</identifier><internationalstandardbooknumber>9789789860074 ; 9789860073</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50461</librarycollectiondetailsurl><price>200</price><publisher>行政院主計處</publisher><publishrocyear>96</publishrocyear><title>94年農林漁牧業普查初步綜合報告(光碟版)</title><yearidentifier>200701</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/21</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>50479</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50479</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究(內附光碟) A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.61001</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/21</date><governmentpublicationsnumber>1009504408</governmentpublicationsnumber><identifier>50480</identifier><internationalstandardbooknumber>9789860085174 ; 986008517X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50480</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)＝The Monitor and Investigation of Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge Area (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.61001</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/21</date><governmentpublicationsnumber>1009504408</governmentpublicationsnumber><identifier>50481</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50481</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)--光碟版=The Monitor and Investigation of Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge Area (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>桃竹苗地區水情測預報系統之建置(內附光碟)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</abstract><author>工業技術研究院</author><categoryidentifier>443.689791   443.6029   443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950126</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009504156</governmentpublicationsnumber><identifier>50486</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50486</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>桃竹苗地區水情測預報系統之建置(內附光碟)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</title><yearidentifier>200612</yearidentifier></data><data><abstract>桃竹苗地區水情測預報系統之建置(光碟版)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</abstract><author>工業技術研究院</author><categoryidentifier>443.689791   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950126</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504156</governmentpublicationsnumber><identifier>50487</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50487</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>桃竹苗地區水情測預報系統之建置(光碟版)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為完成濁水溪水源分析暨集集堰下游南北兩岸巳完成初步規劃之人工綜合評估，以供區域水源運用之參考，工作範圍為濁水溪集集堰下游南北兩岸區域。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950157</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/22</date><governmentpublicationsnumber>1009503592</governmentpublicationsnumber><identifier>50495</identifier><internationalstandardbooknumber>9789860076462 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50495</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>濁水溪人工湖規劃(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>現階段雲林地區濁水溪扇頂人工湖主要係朝地下水補注或水源運用等功能進行規劃，以地表水源取代區域局部地下水源，減少地下水抽用量，進而補注地下水，以減緩地層持續下陷之潛勢，並貯蓄水源以供區發展需求，提升區域水土資源之有效利用</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/22</date><governmentpublicationsnumber>1009503527</governmentpublicationsnumber><identifier>50498</identifier><internationalstandardbooknumber>9789860076158 ; 9860076154</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50498</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林地區濁水溪扇頂人工湖初步評估(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目的為完成濁水溪水源分析暨集集堰下游南北兩岸巳完成初步規劃之人工綜合評估，以供區域水源運用之參考，工作範圍為濁水溪集集堰下游南北兩岸區域。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950157</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/22</date><governmentpublicationsnumber>1009503592</governmentpublicationsnumber><identifier>50499</identifier><internationalstandardbooknumber>9789860076462 ; 9860076464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50499</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>濁水溪人工湖規劃</title><yearidentifier>200612</yearidentifier></data><data><abstract>現階段雲林地區濁水溪扇頂人工湖主要係朝地下水補注或水源運用等功能進行規劃，以地表水源取代區域局部地下水源，減少地下水抽用量，進而補注地下水，以減緩地層持續下陷之潛勢，並貯蓄水源以供區發展需求，提升區域水土資源之有效利用</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/22</date><governmentpublicationsnumber>1009503527</governmentpublicationsnumber><identifier>50500</identifier><internationalstandardbooknumber>9789860076158 ; 9860076154</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50500</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林地區濁水溪扇頂人工湖初步評估</title><yearidentifier>200612</yearidentifier></data><data><abstract>濁水溪每遇豪大雨時，水流即挾帶大量土砂奔流而下，致使集集攔河堰原水濁度劇升而嚴重影響下游供水。在高濁度水流條件下之運作效率情形與水砂關係變化等特性，及其對未來水資源營運操作決策之研訂，有極密切關係。但因泥砂觀測受限於現有觀測技術瓶頸、惡劣天候水文條件、嚴苛地形地貌及人力經費等限制，以致現行泥砂觀測主要依賴人力採樣方式取得，故水砂資料極為有限，且因資料多屬單一水文事件中之固定位置的某瞬時單筆資料，所以資料之空間、時間代表性極為不足。因此，如何掌握及瞭解「水」與「砂」關係，誠屬集集堰未來營運重大課題。而現今泥砂觀測技術仍多採用傳統採樣方式，如此不但費時且耗費人力，亦不能即時掌握水流泥砂濃度資料。若能突破現行泥砂觀測技術瓶頸，逐步建立一完整之即時自動化之泥砂觀測站，將對集集攔河堰之營運管理有極大助益。故本計畫主要為以集集攔河堰之水流泥砂為研究對象，研擬評估現代化之泥砂觀測儀器，以建置一自動化在線式泥砂觀測站。本計畫主要成果摘要如下： 1. 本計畫於集集攔河堰南岸沉砂池後輸水渠道，以密度式測砂儀建置完成一在線式自動化泥砂觀測示範站。該觀測示範站能即時觀測泥砂濃度資料，並回傳集集攔河堰管理中心，提供管理中心沉砂池處理過後之原水泥砂濃度資料。 2. 自動化觀測示範站建置成果，顯示密度式測砂儀，能發揮自動化、即時傳輸及遠端操控儲存分析功能。對於台灣地區集水區渾水發生時機多為天候惡劣、交通動線中斷情況，且人員安全易遭受極大風險情況下，建立一自動化連續式泥砂觀測設施，實是當務之急。密度式測砂儀目前雖已能達到一定程度的自動化連續測砂功能，但其受環境條件之影響機制，及如何進一步提高其在攔河堰量測環境下之觀測精度，則有賴未來持續地觀測分析與觀測改良工作。 3. 本計畫以現地觀測資料探討南岸沉砂池之水、砂關係。透過沉砂池前後渠道之採樣觀測結果，由粒徑分佈分析試成果顯示粒徑0.2mm之泥砂顆粒累計通過百分比由沉砂前的61.50%提高至沉砂後的99.80%，顯示該沉砂池能確實沉降粒徑大於0.2mm泥砂顆粒。 4. 本計畫透過現地觀測泥砂濃度變化計算囚砂率，此試驗以沉砂前後泥砂濃度變化的觀點來看，結果表明南岸沉砂池囚砂率平均為38%。而以Hazen、Vetter、Einstein、Sumer等四人之理論囚砂率公式配合實測入流資料與粒徑分佈試驗成果計算，結果顯示理論囚砂率平均為53%。造成泥砂濃度的因素為懸浮載，而原水懸浮載中的細粒徑並無法於沉砂池中沉降，且由粒徑分佈成果顯示細粒徑所佔累計通故百分比達50%以上。故造成以泥砂濃度變化觀點或理論公式計算囚砂率，其囚砂率都偏低之主因。 5. 本研究以利用現地渠道淤積泥砂之表層泥砂，於試驗室調配各標準濃度，並量測其濁度值。將試驗室試驗成果繪製濃濁度關係曲線，結果顯示濃濁度值之間存在線性關係。建議可以長時間的現地觀測資料進行率定，則率定曲線當更具可信度</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRACMC0950</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/22</date><governmentpublicationsnumber>1009600272</governmentpublicationsnumber><identifier>50504</identifier><internationalstandardbooknumber>9789860087840 ; 9860087849</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50504</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>集集堰泥砂觀測分析研究及觀測站建置＝The Study on the Measurement, Analysis, and Establishment of Automatic Sediment Concerntration Station on Ji-Ji Weir</title><yearidentifier>200701</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6   443.689740</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>50511</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50511</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫(1/2)=The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River(1/2)</title><yearidentifier>200703</yearidentifier></data><data><abstract>基本資料 文獻蒐集 調查 整理分析 水文泥砂資料補充觀測調查分析 輸砂模式 輸砂公式適用性評估 輸砂模式率定及驗證  計畫區域河段河床現況穩定性探討</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/23</date><governmentpublicationsnumber>1009504051</governmentpublicationsnumber><identifier>50513</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50513</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>荖濃溪隘寮溪河道疏濬與河床穩定研究(1/2)=The Study on Sediment Dredging and Riverbed Stability of Laonong River and Ailiao River(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6   443.689740</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/23</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>50514</identifier><internationalstandardbooknumber>9789860089660 ; 9860089663</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50514</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉〈光碟版〉The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>苗栗縣苑裡鎮志編纂委員會</author><categoryidentifier>678.476</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/23</date><governmentpublicationsnumber>1009103919</governmentpublicationsnumber><identifier>50515</identifier><internationalstandardbooknumber>957-01-2595 ; 957012595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50515</librarycollectiondetailsurl><price>1000</price><publisher>苗栗縣苑裡鎮公所</publisher><publishrocyear>91</publishrocyear><title>苑裡鎮志(下)</title><yearidentifier>200211</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6   443.689740</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/23</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>50516</identifier><internationalstandardbooknumber>9789860089660 ; 9860089663</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50516</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫(1/2) 附冊=The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River(1/2) APPENDIX</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600384</governmentpublicationsnumber><identifier>50521</identifier><internationalstandardbooknumber>9789789860081 ; 9789860088</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50521</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署 中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫越域引水效能評估及改善措施規劃=Liyutan Reservoir Transbaisn Diversion Efficieny Assessment and lmprovement-Measure Planning</title><yearidentifier>200702</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600384</governmentpublicationsnumber><identifier>50522</identifier><internationalstandardbooknumber>9789789860081 ; 9789860088</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50522</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署 中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫越域引水效能評估及改善措施規劃(光碟版)=Liyutan Reservoir Transbaisn Diversion Efficieny Assessment and lmprovement-Measure Planning</title><yearidentifier>200702</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50524</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50524</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十一期）</title><yearidentifier>200703</yearidentifier></data><data><abstract>95年度石岡壩營運管理系統檢測維修報告</abstract><author>台能系統股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600540</governmentpublicationsnumber><identifier>50525</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50525</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡壩營運管理系統檢測維修報告</title><yearidentifier>200703</yearidentifier></data><data><abstract>95年度石岡壩營運管理系統檢測維修報告</abstract><author>台能系統股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600540</governmentpublicationsnumber><identifier>50526</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50526</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡壩營運管理系統檢測維修報告－光碟版</title><yearidentifier>200703</yearidentifier></data><data><abstract>濁水溪每遇豪大雨時，水流即挾帶大量土砂奔流而下，致使集集攔河堰原水濁度劇升而嚴重影響下游供水。在高濁度水流條件下之運作效率情形與水砂關係變化等特性，及其對未來水資源營運操作決策之研訂，有極密切關係。但因泥砂觀測受限於現有觀測技術瓶頸、惡劣天候水文條件、嚴苛地形地貌及人力經費等限制，以致現行泥砂觀測主要依賴人力採樣方式取得，故水砂資料極為有限，且因資料多屬單一水文事件中之固定位置的某瞬時單筆資料，所以資料之空間、時間代表性極為不足。因此，如何掌握及瞭解「水」與「砂」關係，誠屬集集堰未來營運重大課題。而現今泥砂觀測技術仍多採用傳統採樣方式，如此不但費時且耗費人力，亦不能即時掌握水流泥砂濃度資料。若能突破現行泥砂觀測技術瓶頸，逐步建立一完整之即時自動化之泥砂觀測站，將對集集攔河堰之營運管理有極大助益。故本計畫主要為以集集攔河堰之水流泥砂為研究對象，研擬評估現代化之泥砂觀測儀器，以建置一自動化在線式泥砂觀測站。本計畫主要成果摘要如下： 1. 本計畫於集集攔河堰南岸沉砂池後輸水渠道，以密度式測砂儀建置完成一在線式自動化泥砂觀測示範站。該觀測示範站能即時觀測泥砂濃度資料，並回傳集集攔河堰管理中心，提供管理中心沉砂池處理過後之原水泥砂濃度資料。 2. 自動化觀測示範站建置成果，顯示密度式測砂儀，能發揮自動化、即時傳輸及遠端操控儲存分析功能。對於台灣地區集水區渾水發生時機多為天候惡劣、交通動線中斷情況，且人員安全易遭受極大風險情況下，建立一自動化連續式泥砂觀測設施，實是當務之急。密度式測砂儀目前雖已能達到一定程度的自動化連續測砂功能，但其受環境條件之影響機制，及如何進一步提高其在攔河堰量測環境下之觀測精度，則有賴未來持續地觀測分析與觀測改良工作。 3. 本計畫以現地觀測資料探討南岸沉砂池之水、砂關係。透過沉砂池前後渠道之採樣觀測結果，由粒徑分佈分析試成果顯示粒徑0.2mm之泥砂顆粒累計通過百分比由沉砂前的61.50%提高至沉砂後的99.80%，顯示該沉砂池能確實沉降粒徑大於0.2mm泥砂顆粒。 4. 本計畫透過現地觀測泥砂濃度變化計算囚砂率，此試驗以沉砂前後泥砂濃度變化的觀點來看，結果表明南岸沉砂池囚砂率平均為38%。而以Hazen、Vetter、Einstein、Sumer等四人之理論囚砂率公式配合實測入流資料與粒徑分佈試驗成果計算，結果顯示理論囚砂率平均為53%。造成泥砂濃度的因素為懸浮載，而原水懸浮載中的細粒徑並無法於沉砂池中沉降，且由粒徑分佈成果顯示細粒徑所佔累計通故百分比達50%以上。故造成以泥砂濃度變化觀點或理論公式計算囚砂率，其囚砂率都偏低之主因。 5. 本研究以利用現地渠道淤積泥砂之表層泥砂，於試驗室調配各標準濃度，並量測其濁度值。將試驗室試驗成果繪製濃濁度關係曲線，結果顯示濃濁度值之間存在線性關係。建議可以長時間的現地觀測資料進行率定，則率定曲線當更具可信度</abstract><author>逢甲大學</author><categoryidentifier>443.64151   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRACMC0950</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600272</governmentpublicationsnumber><identifier>50528</identifier><internationalstandardbooknumber>9789860087840 ; 9860087849</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50528</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>集集堰泥砂觀測分析研究及觀測站建置(光碟版)＝The Study on the Measurement, Analysis, and Establishment of Automatic Sediment Concerntration Station on Ji-Ji Weir</title><yearidentifier>200701</yearidentifier></data><data><abstract>本計畫完成之工作項目包括1.各水庫淤積潛勢評估2.各水庫過去淤積浚渫成效檢討3.建立水庫淤積浚渫優先評估模式4.提出水庫淤積浚渫工程計畫5.分析評估各水庫淤積浚渫物之處置方式6.各水庫永續利用之檢討、評估與建議</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950106</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600184</governmentpublicationsnumber><identifier>50529</identifier><internationalstandardbooknumber>986008723 ; 986008723</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50529</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫清淤之檢討與評估(2/2)--光碟版 Review and assessment for  reservoirs desilting</title><yearidentifier>200701</yearidentifier></data><data><abstract>本計畫完成之工作項目包括1.各水庫淤積潛勢評估2.各水庫過去淤積浚渫成效檢討3.建立水庫淤積浚渫優先評估模式4.提出水庫淤積浚渫工程計畫5.分析評估各水庫淤積浚渫物之處置方式6.各水庫永續利用之檢討、評估與建議</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950106</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009600184</governmentpublicationsnumber><identifier>50531</identifier><internationalstandardbooknumber>986008723 ; 986008723</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50531</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫清淤之檢討與評估(第二年) Review and Assessment for Reservoirs Desilting〈2/2〉</title><yearidentifier>200701</yearidentifier></data><data><abstract>近年來由於企業遭受資訊安全損害日益頻繁，資訊價值愈形重要，因此組織對資訊之保護需求大增。根據ISO 27001/CNS 17800標準ISMS資訊安全管理系統係運用一套有系統之方法，對敏感/機密資訊進行管理，以維護其安全。目前國內的政府機構及企業亦對資訊安全管理系統展現高度重視，紛紛在其組織建置ISMS資訊安全管理系統。本計畫最主要的目的是幫助經濟部水利署資訊室(以下簡稱資訊室)建置整體ISMS資訊安全管理系統，有效率改善其資訊安全。此系統必須具備有下面幾點特性：(1)有效性；能經由某些衡量標準，如制定關鍵績效指標(Key Performance Indicator, KPI)，來確保此系統的有效性。(2)永續性；能經由定期的稽核工作改善建置系統的缺點，確保系統能長期運作。(3)驗證性；能經由內部稽核以及公信單位的外部稽核，通過認證。以上三點是本計畫所建置系統預期達成的三個主要目標。</abstract><author>國立清華大學</author><categoryidentifier>312.976</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009503466</governmentpublicationsnumber><identifier>50532</identifier><internationalstandardbooknumber>9789860077667 ; 9860077665</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50532</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>「資訊室安全管理系統規劃及認證輔導計畫」專案正式報告書Establishment and Guide for ISMS of Information office,Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>200611</yearidentifier></data><data><abstract>辦理各項環境現況初步調查、資料蒐集和環境敏感區位或待定目的區位查詢，以瞭解計畫區域環境概況及是否有涉及環境敏感區位問題，依據環境現況調查結果，並配合其他專題成果進行環境影響初步評估與建議，以作為工程規劃之參考依據。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950399</commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009503369</governmentpublicationsnumber><identifier>50533</identifier><internationalstandardbooknumber>9789860074291 ; 9789860074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50533</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>基隆河水源與西勢水庫聯合供水系統初步規劃－社經環境調查評估(光碟版)＝Preliminary Planning on tne Water Supply of Keelung River and Sishih Reservior Joint System－Social Economic Environmental Investigation and Assessment</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/26</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>50536</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50536</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2 )下冊＝Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>經濟部水利署中區水資源局轄管之集集攔河堰，自民國91年開始營運之後，主要之功能除改善彰化、雲林兩農田水利會過去沿濁水溪南北兩岸各自分散之簡陋引水設施，提供彰雲地區約十萬公頃農田灌溉的穩定水源之外，更可增加供應雲林地區民生用水暨調配雲林離島式基礎工業區工業用水。爾來有民眾質疑因集集攔河堰設置，造成濁水溪沖積扇地下水補注不足。惟集集攔河堰並無蓄水功能，且攔河堰抬高水位，有利地下水補注之增加，而濁水溪流域地表逕流量於豐枯水期分配不均，在枯水期之地表逕流量較為不足，無法完全滿足濁水溪南北兩岸農業用水、民生用水及工業用水等標的之用水需求，故彰雲地區之地下水仍被大量抽用，致使整個濁水溪下游沖積扇地下水水位有下降趨勢，可能為主要原因。為釐清民眾之質疑，提出「濁水溪下游河道伏流水及地下水調查分析」計畫，檢討集集攔河堰設置對濁水溪下游地下水補注產生之影響及探討濁水溪伏流水潛能量。集集攔河堰自民國91年開始營運之前，並無相關河川區域地下水水位長期觀測資料，僅原有濁水溪南北岸之地下水水位觀測井，故斷言集集堰設置阻斷濁水溪下游河道地下水補注，導致下游區域內地下水水位下降，無觀測成果與學理分析檢討，將流於過度簡化，並非妥適。且依地下水學理探討，影響地下水水位變動之因素錯綜複雜，非單一因子可得，須藉由實際觀測所得數據，配合原有濁水溪南北岸之地下水水位觀測井觀測之資料，以學理評估集集共同引水工程營運後對下游區域內地下水之影響及濁水溪伏流水潛能。</abstract><author>國立中興大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/28</date><governmentpublicationsnumber>1009600050</governmentpublicationsnumber><identifier>50554</identifier><internationalstandardbooknumber>9789860081008 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50554</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪下游河道伏流水及地下水調查分析(光碟版)Subsurface Flow and Groundwater resources investigation in Downstream of Cho-Shui River</title><yearidentifier>200701</yearidentifier></data><data><abstract>經濟部水利署中區水資源局轄管之集集攔河堰，自民國91年開始營運之後，主要之功能除改善彰化、雲林兩農田水利會過去沿濁水溪南北兩岸各自分散之簡陋引水設施，提供彰雲地區約十萬公頃農田灌溉的穩定水源之外，更可增加供應雲林地區民生用水暨調配雲林離島式基礎工業區工業用水。爾來有民眾質疑因集集攔河堰設置，造成濁水溪沖積扇地下水補注不足。惟集集攔河堰並無蓄水功能，且攔河堰抬高水位，有利地下水補注之增加，而濁水溪流域地表逕流量於豐枯水期分配不均，在枯水期之地表逕流量較為不足，無法完全滿足濁水溪南北兩岸農業用水、民生用水及工業用水等標的之用水需求，故彰雲地區之地下水仍被大量抽用，致使整個濁水溪下游沖積扇地下水水位有下降趨勢，可能為主要原因。為釐清民眾之質疑，提出「濁水溪下游河道伏流水及地下水調查分析」計畫，檢討集集攔河堰設置對濁水溪下游地下水補注產生之影響及探討濁水溪伏流水潛能量。集集攔河堰自民國91年開始營運之前，並無相關河川區域地下水水位長期觀測資料，僅原有濁水溪南北岸之地下水水位觀測井，故斷言集集堰設置阻斷濁水溪下游河道地下水補注，導致下游區域內地下水水位下降，無觀測成果與學理分析檢討，將流於過度簡化，並非妥適。且依地下水學理探討，影響地下水水位變動之因素錯綜複雜，非單一因子可得，須藉由實際觀測所得數據，配合原有濁水溪南北岸之地下水水位觀測井觀測之資料，以學理評估集集共同引水工程營運後對下游區域內地下水之影響及濁水溪伏流水潛能。</abstract><author>國立中興大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/28</date><governmentpublicationsnumber>1009600050</governmentpublicationsnumber><identifier>50555</identifier><internationalstandardbooknumber>9789860081008 ; 986008100X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50555</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪下游河道伏流水及地下水調查分析=Subsurface Flow and Groundwater Resources Investigation in Downstream of Cho-Shui River</title><yearidentifier>200701</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>經濟部水利署、台大生環系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/3/30</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>50577</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50577</librarycollectiondetailsurl><price>1000</price><publisher>台灣大學生物環境系統工程系</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統模式之建立（1/2）成果報告  Establishment of Systematic Models for Flood Damage Evaluation (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱水利署)欲透過可靠的管理機制與平台來提高資訊系統之穩定性及可用性，在重大事件發生之前，來搜集相關事件，即時警示並提供相關資訊及知識讓管理者有能力處理重大問題，讓資訊系統服務能夠延續，提升服務品質與效率，增加資訊系統之商業價值。</abstract><author>鼎盛資科股份有限公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950132</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/2</date><governmentpublicationsnumber>1009503459</governmentpublicationsnumber><identifier>50580</identifier><internationalstandardbooknumber>9789860075243 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50580</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利相關應用系統服務效能監控系統建置計畫(光碟版)  Proposal,  efficiency of service and system of surveillance, for Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200610</yearidentifier></data><data><abstract>為提供湖山水庫之湖南壩工區施工期間之交通運輸，以及水庫完工後作為管理中心及壩頂之通達道路，本工程除關係未來水庫之施工時程，日後更擔任水庫整體運轉維護之種要道路。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/3</date><governmentpublicationsnumber>1009600565</governmentpublicationsnumber><identifier>50589</identifier><internationalstandardbooknumber>9789860090390 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50589</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>湖山水庫工程計畫湖南壩左岸遷建道路工程基本設計報告 Hushan Reservoir Project Basic Design Report of Hunan Dam Left Side Relocation Road</title><yearidentifier>200703</yearidentifier></data><data><abstract>為提供湖山水庫之湖南壩工區施工期間之交通運輸，以及水庫完工後作為管理中心及壩頂之通達道路，本工程除關係未來水庫之施工時程，日後更擔任水庫整體運轉維護之種要道路。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/3</date><governmentpublicationsnumber>1009600565</governmentpublicationsnumber><identifier>50590</identifier><internationalstandardbooknumber>9789860090390 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50590</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>湖山水庫工程計畫湖南壩左岸遷建道路工程基本設計報告(光碟版) Hushan Reservoir Project Basic Design Report of Hunan Dam Left Side Relocation Road</title><yearidentifier>200703</yearidentifier></data><data><abstract>公共工程綱要編碼</abstract><author>行政院公共工程委員會</author><categoryidentifier>588   441.33026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009001438</governmentpublicationsnumber><identifier>50595</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50595</librarycollectiondetailsurl><price>150</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程綱要編碼</title><yearidentifier>200108</yearidentifier></data><data><abstract>本計劃利用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，一般輔導藉由學員與助教相互交流，進行問題探討分析並提供技術管理資訊及改善策略建議。重點輔導乃藉由教授親赴水場輔導，協助解決淨水場關鍵課題，並建立操作參數，邁向最佳化營運。淨水場評鑑部分，以「淨水場評鑑要點」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950116</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/9</date><governmentpublicationsnumber>1009504332</governmentpublicationsnumber><identifier>50598</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50598</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(1/3)(光碟版)＝Performance  evaluation and consultation programs for water treatment plants(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫針對 大署規定之計畫內容共計四大項，其工作範圍及項目為一、從事河川水文流量測定；二、辦理 大署44處水位流量站之水質檢測；三、辦理16處水位流量站之含砂量測定與分析；四、建立各站水量與水質整合分析之初步架構與建議。執行內容概述如下一、從事河川水文流量測定檢測範圍及工作內容：就 貴署中水局轄區範圍選擇水資源調度之代表水位站共計13處水位站需測量該溪之斷面、水位、流速、流量等水文資訊並繪製水位-流量率定曲線，測定期間應於1月至4月、及11月至12月觀定頻率每月每站三次。本中心特地邀請前第四河川局資深工程師吳禎祥先生，參與本計畫執行工作。二、辦理 大署44處水位流量站之水質檢測水質檢測之測站共計44站，檢測頻率為每月一次，檢測時需配合河川局及中水局水位流量量測作業進行水質採樣及分析工作。水質分析項目包括水溫、濁度、導電度、pH值、懸浮固體物、氨氮、溶氧、生化需氧量(BOD5)、總磷(TP)、大腸桿菌群等共計10項。其水質分析之機構為有環保認證之檢測業者，並符合環保署公告之方法及查核要求。所得分析數據將採評估方法常用者，一為河川污染程度評估（RPI），另一為水質指標評估（WQI8）。三、辦理16處水位流量站之含砂量測定與分析針對包含中港溪田美攔河堰等16測站進行含砂量測定，進而進行濃度分析、顆粒分析、懸移載率定曲線繪製及懸移載輸砂量計算等後續分析工作，期望了解目標測站處河川含砂量特性，以作為未來水利工程規劃之參考。四、建立各站水量與水質整合分析之初步架構與建議欲建立河川水量與水質整合分析架構，可藉由目前現有之河川水量與水質資料，結合未來計畫執行所累積之河川水量與水質資料，經由合宜的統計方法進行迴歸分析，進而達到整合河川水質與水量監測數據之目的，並建構出兩者間之關係模型。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940209</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/9</date><governmentpublicationsnumber>1009501862</governmentpublicationsnumber><identifier>50599</identifier><internationalstandardbooknumber>9789860058697 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50599</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川流量測定與水質檢驗整合性評估(光碟版)  The study of integrated  estimate for measurement of river discharge and examination of water quality</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區第五期整體治理計畫之實施，本（95）年度為第4年辦理，其目的除持續進行集水區水體水質調查及水庫藻類生物調查，以瞭解水體水質良窳及水庫優養程度，並利用水庫集水區整合水質模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950185</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/9</date><governmentpublicationsnumber>1009503589</governmentpublicationsnumber><identifier>50600</identifier><internationalstandardbooknumber>9789860077285 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50600</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>德基水庫集水區水質監測與管理計畫(4/5)(光碟版) Water Quality Monitoring and Management for the Watershed of Techi Reservoir(4/5)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區第五期整體治理計畫之實施，本（95）年度為第4年辦理，其目的除持續進行集水區水體水質調查及水庫藻類生物調查，以瞭解水體水質良窳及水庫優養程度，並利用水庫集水區整合水質模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950185</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/10</date><governmentpublicationsnumber>1009503589</governmentpublicationsnumber><identifier>50601</identifier><internationalstandardbooknumber>9789860077285 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50601</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>德基水庫集水區水質監測與管理計畫(4/5) Water Quality Monitoring and Management for the Watershed of Techi Reservoir (4/5)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為維護水庫功能，確保水資源永續利用，以管理重於治理之原則，結合「水」、「土」、「林」各方功能做整體有效之經營，本計畫擬針對目前水庫集水區土地管理現況進行分析檢討，並提出改進建議，另運用地理資訊系統及遙感探測技術，建立歷年土地利用資料與即時之監測資訊，提供政府單位作為施政之重要參考，以期達到水庫永續利用之最終目標。本計畫主要工作項目包括:資料庫建置、系統開發、軟硬體購置等，提供水庫集水區保育及管理監測所需資訊，藉由本系統將水庫集水區保育及管理監測作業資訊化，進而提高水庫集水區管理之成效。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/10</date><governmentpublicationsnumber>1009503673</governmentpublicationsnumber><identifier>50602</identifier><internationalstandardbooknumber>9789860078336 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50602</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區保育及管理監測系統建置計畫(2/2) The establishment of web based system for conservation, management and monitoring in catchment area(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學防災中心</author><categoryidentifier>443.6423029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/95-WR</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/13</date><governmentpublicationsnumber>1009504548</governmentpublicationsnumber><identifier>50616</identifier><internationalstandardbooknumber>9789860086126 ; 9860086126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50616</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區工程管理資訊系統之建置與應用研究 An Establishment on the Engineering MIS for Tseng-Wen Watershed in Southern Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學防災中心</author><categoryidentifier>443.6423029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/95-WR</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/13</date><governmentpublicationsnumber>1009504548</governmentpublicationsnumber><identifier>50617</identifier><internationalstandardbooknumber>9789860086126 ; 9860086126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50617</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區工程管理資訊系統之建置與應用研究(光碟版) An Establishment on the Engineering MIS for Tseng-Wen Watershed in Southern Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫研究溫泉資源之有效循環利用或處理方法，以達到溫泉永續利用目標，同時減少溫泉廢水排放量、降低環境負荷，減輕業者水污費繳納負擔，提供業者與地方政府管理遵循參考。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950060</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/16</date><governmentpublicationsnumber>1009504257</governmentpublicationsnumber><identifier>50637</identifier><internationalstandardbooknumber>9789860083040 ; 9860083045</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50637</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉資源永續利用前瞻性技術研究(3/3)＝Preliminary technical research of sustainable application of hot spring resources(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>建置一套合適開發溫泉深井之區位的管理制度，提供溫泉開發業者及直轄市、縣(市)政府主管機關審核之參考，長程上亦可作為溫泉地下水資源保育之基礎，以達溫泉地下水資源永續利用</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950181</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/16</date><governmentpublicationsnumber>1009504238</governmentpublicationsnumber><identifier>50638</identifier><internationalstandardbooknumber>9789860083057 ; 9860083053</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50638</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉深井管理制度之研擬＝A study of geothermal deep well  management</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫的主要目的，為藉由蒐集及彙整分析世界各國或國際重要組織出版水資源永續願景重要相關文獻，以評析水利先進國家或組織水資源永續願景之緣由、其研擬過程中所遭遇之困難、及解決水資源永續發展相關政策之主軸。本報告已完成各水利先進國家(包括聯合國、歐盟、美國、日本、荷蘭、與中國)或組織水資源永續願景(共22項)之評析，並就我國水資源之防洪、用水安全、國土規劃，提出相關策略，提出執行水資源永續發展因應策略及執行優先順序之建議。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950400</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/16</date><governmentpublicationsnumber>1009504346</governmentpublicationsnumber><identifier>50639</identifier><internationalstandardbooknumber>9789860084290 ; 9860084297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50639</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>國際水資源永續發展趨勢評析＝Evaluation and analysis of  international water resources sustainable development trend</title><yearidentifier>200612</yearidentifier></data><data><abstract>建置一套合適開發溫泉深井之區位的管理制度，提供溫泉開發業者及直轄市、縣(市)政府主管機關審核之參考，長程上亦可作為溫泉地下水資源保育之基礎，以達溫泉地下水資源永續利用</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950423</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009504238</governmentpublicationsnumber><identifier>50640</identifier><internationalstandardbooknumber>9789860083057 ; 9860083053</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50640</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉深井管理制度之研擬(光碟版)  ＝A study of geothermal deep well  management</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫研究溫泉資源之有效循環利用或處理方法，以達到溫泉永續利用目標，同時減少溫泉廢水排放量、降低環境負荷，減輕業者水污費繳納負擔，提供業者與地方政府管理遵循參考。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950060</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009504257</governmentpublicationsnumber><identifier>50641</identifier><internationalstandardbooknumber>9789860083040 ; 9860083045</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50641</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>溫泉資源永續利用前瞻性技術研究(3/3)(光碟版) ＝Preliminary  technical research of sustainable application of hot spring resources</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫的主要目的，為藉由蒐集及彙整分析世界各國或國際重要組織出版水資源永續願景重要相關文獻，以評析水利先進國家或組織水資源永續願景之緣由、其研擬過程中所遭遇之困難、及解決水資源永續發展相關政策之主軸。本報告已完成各水利先進國家(包括聯合國、歐盟、美國、日本、荷蘭、與中國)或組織水資源永續願景(共22項)之評析，並就我國水資源之防洪、用水安全、國土規劃，提出相關策略，提出執行水資源永續發展因應策略及執行優先順序之建議。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950400</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009504346</governmentpublicationsnumber><identifier>50642</identifier><internationalstandardbooknumber>9789860084290 ; 9860084297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50642</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>國際水資源永續發展趨勢評析(光碟版)＝Evaluation and analysis of  international water resources sustainable development trend</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來由於企業遭受資訊安全損害日益頻繁，資訊價值愈形重要，因此組織對資訊之保護需求大增。根據ISO 27001/CNS 17800標準ISMS資訊安全管理系統係運用一套有系統之方法，對敏感/機密資訊進行管理，以維護其安全。目前國內的政府機構及企業亦對資訊安全管理系統展現高度重視，紛紛在其組織建置ISMS資訊安全管理系統。本計畫最主要的目的是幫助經濟部水利署資訊室(以下簡稱資訊室)建置整體ISMS資訊安全管理系統，有效率改善其資訊安全。此系統必須具備有下面幾點特性：(1)有效性；能經由某些衡量標準，如制定關鍵績效指標(Key Performance Indicator, KPI)，來確保此系統的有效性。(2)永續性；能經由定期的稽核工作改善建置系統的缺點，確保系統能長期運作。(3)驗證性；能經由內部稽核以及公信單位的外部稽核，通過認證。以上三點是本計畫所建置系統預期達成的三個主要目標。</abstract><author>國立清華大學</author><categoryidentifier>312.976</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950070</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009503466</governmentpublicationsnumber><identifier>50643</identifier><internationalstandardbooknumber>9789860077667 ; 9860077665</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50643</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>「資訊室安全管理系統規劃及認證輔導計畫」專案正式報告書(光碟版)Establishment and Guide for ISMS of Information office,Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>200611</yearidentifier></data><data><abstract>本計畫將協助水利署主辦2006年第四屆世界水論壇分組會議Water Education for the Youth、The global Climate change and urban flood mitigation及台灣代表團組團相關事宜，辦理中日工程技術研討會-水資源分組會議、第19屆台美水資源技術合作年會、第21屆近代工程技術研討會-水資源分組會議。此外，本計畫也將針對低地水患治理、全球氣候變遷及水環境教育議題，協助邀請國外學者專家來台指導及講習，以達到引進水資源新科技之目的。最後，針對國內外水資源趨勢及積極參與國際相關會議之觀點，綜合分析規劃水資源科技發展中長程策略及相關預算。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950224</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009504347</governmentpublicationsnumber><identifier>50644</identifier><internationalstandardbooknumber>9789860084283 ; 9860084289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50644</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源國際科技交流推動計畫(光碟版) ＝International cooperation  promotion project of science and technology for water resource</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬進行95年度台灣水貧乏指數之最新資料更新與試算，且釐清我國之地域化水貧乏指數的最適分割尺度，並與我國水資源政策產生連結關係。另將運用專家學者法（ad-hoc approach）舉行多次專家學者座談會議，尋求運用水貧乏指數協助政策或研提合適之解決方案，以藉此提升水貧乏指數之實用性與政策之關聯性，而配合水貧乏指數與政策之連結，亦將建立我國本土化水貧乏指數之決策支援系統，呈現台灣各區域之綜合指數值或建議措施；同時加強我國與英國生態與水文研究中心（CEH）的雙邊交流及國際合作。</abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950316</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009504414</governmentpublicationsnumber><identifier>50645</identifier><internationalstandardbooknumber>9789860085457 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50645</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>臺灣水貧乏指數更新與支援決策運用及國際合作(光碟版)  Data renewal,  policy implementations, and international cooperation for the water poverty index in Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract>前台灣省水利局規劃之建民水庫工程計畫預定供水區域主要為台中、彰化地區，其供水標的為公共給水(生活及工業用水)。在建民水庫未完成前，為因應中部區域急需用水需求，於民國86年在雙溪嘴攔河堰(建民水庫取水設施)尚未興建前先於南投水利會之龍泉圳攔河堰之排砂道下游側以共構式興建柑子林取水口，設計取水能力約每日26萬噸，可先行利用烏溪水源，省水公司則配合辦理柑子林取水口下游供水計畫(淨水場及管線)，未來建民水庫計畫完成後則改自雙溪嘴堰取水，因此柑子林取水口為一臨時取水設施。民國88年921地震後，地震斷層對建民水庫的不利影響，民國90年12月奉行政院同意停止建民水庫之興建。另水公司柑子林取水口下游供水計畫於民國92年12月亦決議停止興建。建民水庫計畫停辦後，雙溪嘴攔河堰已暫不興建，而柑子林取水口臨時設施已於民國86年興建完成，為避免柑子林取水口閒置，宜重新檢討評估其利用方式，並研究於枯水期以地表地下水聯合運用方式，達到穩定供水目標，供應南投地區用水，爰研提本計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/17</date><governmentpublicationsnumber>1009600413</governmentpublicationsnumber><identifier>50646</identifier><internationalstandardbooknumber>9789860089219 ; 9860089213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50646</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>柑子林取水口地表地下水聯合運用：取水口設施定位及水源供需探討(光碟版)＝Conjunctive utilization of surface water with ground water for Gan-Zih-Lin Intake</title><yearidentifier>200702</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/18</date><governmentpublicationsnumber>1009202823</governmentpublicationsnumber><identifier>50659</identifier><internationalstandardbooknumber>9789570147902 ; 9570147903</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50659</librarycollectiondetailsurl><price>1200</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>92</publishrocyear><title>水土保持技術規範</title><yearidentifier>200311</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。</abstract><author>臺灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950187</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009504125</governmentpublicationsnumber><identifier>50718</identifier><internationalstandardbooknumber>9789860082074 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50718</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地震與地下水文異常變化分析研究(1/4)  Analysis and Research of Earthquake-induced Anomalous Groundwater Hydrologic Changes(1/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。本研究為第二期四年計畫，執行期間從95年6月至98年12月，95年度主要規劃的工作為地震敏感井位分析評估、震前地下水文異常變化研究、同震地下水位異常變化研究、震後地下水文系統變化分析及國際合作等。在地震敏感井位分析評估方面，完成了已建置的16口地震監測井之地下水位資料分析評估與長期監測優先順序，並建立既有地下水觀測井對地震敏感度之評估依據，評選出10口對強震反應較為敏感之井位，建議考量升級為地震監測井；在震前地下水文異常變化研究方面，完成分析第一期計畫所發現之震前地下水文異常變化案例，並進行小波分析以了解地下水文異常變化與地震之相關性；在同震地下水位異常變化研究方面，完成1998至2003年台灣地區十個規模大於六的地震之同震地下水位變化分析，並建立序率孔彈性模式，以探討同震地下水位變化之機制；在震後地下水文系統變化分析方面，進行地震導致含水層水力參數變化之模式分析與估算，並以集集地震前後氧同素的變化看濁水溪沖積扇不同含水層地下水的補注、流動及混合特性；在國際合作方面，除了參與國際研討會，發表研究論文，並洽談國際合作事宜，另往訪加州柏克萊大學及美國國家地質調查所，以期逐步建立台灣與美國、日本、中國大陸之間的國際合作研究架構。</abstract><author>國立臺灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950187</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009504125</governmentpublicationsnumber><identifier>50720</identifier><internationalstandardbooknumber>9789860082074 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50720</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>地震與地下水文異常變化分析研究(1/4)光碟版  Analysis and Research of Earthquake-induced Anomalous Groundwater Hydrologic Changes(1/4)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009503946</governmentpublicationsnumber><identifier>50725</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50725</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(1/2)附冊 =lmprovement  of Coastal Ocean Monitoring Technology and Study on Observation Data (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>擎雲科技企業公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>109504187</governmentpublicationsnumber><identifier>50729</identifier><internationalstandardbooknumber>9789860082548 ; 9860082548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50729</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>95</publishrocyear><title>水權管理支援系統維護更新期末報告    Maintenance and Promoting of The Water Rights Support System</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程工程會</author><categoryidentifier>198.44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009600472</governmentpublicationsnumber><identifier>50731</identifier><internationalstandardbooknumber>9789860089646 ; 9860089646</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50731</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>96</publishrocyear><title>工程倫理手冊</title><yearidentifier>200703</yearidentifier></data><data><abstract>營運管理系統操作管理與檢測維修</abstract><author>精業股份有限公司台中分公司中興工程顧問股份有限公司翰昇環境科技股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009600697</governmentpublicationsnumber><identifier>50732</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50732</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集共同引水營運管理系統操作管理與檢測維修報告(光碟版)</title><yearidentifier>200703</yearidentifier></data><data><abstract>石岡壩95年度安全檢查監測資料觀測分析成果</abstract><author>中興工程顧問股份有限j公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009600186</governmentpublicationsnumber><identifier>50733</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50733</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡霸安全檢查總報告(光碟版)Annual Report on Safety Examination of Shih-kang Dam in 2006</title><yearidentifier>200701</yearidentifier></data><data><abstract>石岡壩95年度地震儀維護觀測分析成果</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/24</date><governmentpublicationsnumber>1009600187</governmentpublicationsnumber><identifier>50734</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50734</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡霸地震儀維護及觀測分析報告(光碟版)＝Annual Report on Seismographic Maintenance and Seismic Observation of Shih-Kang Dam in 2006</title><yearidentifier>200701</yearidentifier></data><data><abstract>本編譯研析工作係蒐集國內外多元化水資源經營管理(IWRM)之相關資訊及動態共20篇，採要譯方式辦理，其中日本水資源、聯合國培訓手冊等重要文件則全文翻譯供相關單位參考。 國際趨勢顯示沒有水就沒有未來(No Water No Future)；多元化規劃除須獲得授權及能力培訓外，更必須在各階段邀請利害關係人(Stakeholders)參與，以共同達到水資源永續發展目標。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/25</date><governmentpublicationsnumber>1009404054</governmentpublicationsnumber><identifier>50742</identifier><internationalstandardbooknumber>9789860032178 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50742</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>多元化水資源經營管理方案－國內、外相關資訊及政策動態蒐集、翻譯(光碟版) = The Compilation of the Most Updated Publications on Domestic International IWRM:Collection, Translation and Analysis</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>573.4023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/26</date><governmentpublicationsnumber>1009000110</governmentpublicationsnumber><identifier>50749</identifier><internationalstandardbooknumber>9789570280654 ; 9570280654</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50749</librarycollectiondetailsurl><price>390</price><publisher>行政院人事行政局</publisher><publishrocyear>90</publishrocyear><title>人事行政法規釋例彙編（上）</title><yearidentifier>200104</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>573.4023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/26</date><governmentpublicationsnumber>1009000110</governmentpublicationsnumber><identifier>50750</identifier><internationalstandardbooknumber>9789570280654 ; 9570280654</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50750</librarycollectiondetailsurl><price>390</price><publisher>行政院人事行政局</publisher><publishrocyear>90</publishrocyear><title>人事行政法規釋例彙編（下）</title><yearidentifier>200104</yearidentifier></data><data><abstract> </abstract><author>銓敘部</author><categoryidentifier>573.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/26</date><governmentpublicationsnumber>1009102514</governmentpublicationsnumber><identifier>50751</identifier><internationalstandardbooknumber>9789570117738 ; 9570117737</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50751</librarycollectiondetailsurl><price>390</price><publisher>銓敘部</publisher><publishrocyear>91</publishrocyear><title>銓敘法規釋例彙編</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/26</date><governmentpublicationsnumber>38041880378</governmentpublicationsnumber><identifier>50756</identifier><internationalstandardbooknumber>9789570266269 ; 9570266266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50756</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>政府採購法相關資料彙編</title><yearidentifier>199902</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/26</date><governmentpublicationsnumber>38041880398</governmentpublicationsnumber><identifier>50757</identifier><internationalstandardbooknumber>9789570233674 ; 9570233672</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50757</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>政府採購法子法草案彙編</title><yearidentifier>199903</yearidentifier></data><data><abstract>近年來高屏堰常態性受到洪水高含沙量淤積影響導致無法穩定取水，經濟部水利署南區水資源局為解決該問題陸續推動短、中及長期計畫。為求嚴謹及有效改善無法穩定取水之現象，遂成立本計畫組成專家學者團隊，審視各項因應高屏溪攔河堰高含沙量及濁度問題所推動之短、中、長期計畫及應變策略，並提供技術諮詢及預擬對策；另協助辦理洪水期因濁度過高導致缺水緊急事件之即時分析、檢討及適時對外界說明等工作，以降低缺水之災害損失，並加強與居民溝通，俾獲得民眾諒解</abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>445.251</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095030</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/27</date><governmentpublicationsnumber>1009600997</governmentpublicationsnumber><identifier>50761</identifier><internationalstandardbooknumber>9789860094060 ; 9860094060</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50761</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>高屏溪攔河堰高濁度缺水分析及改善策略檢討計畫= Shortage Analysis and Improvement Strategies of Kao-ping River Weir during High-Turbidity Period</title><yearidentifier>200704</yearidentifier></data><data><abstract>近年來高屏堰常態性受到洪水高含沙量淤積影響導致無法穩定取水，經濟部水利署南區水資源局為解決該問題陸續推動短、中及長期計畫。為求嚴謹及有效改善無法穩定取水之現象，遂成立本計畫組成專家學者團隊，審視各項因應高屏溪攔河堰高含沙量及濁度問題所推動之短、中、長期計畫及應變策略，並提供技術諮詢及預擬對策；另協助辦理洪水期因濁度過高導致缺水緊急事件之即時分析、檢討及適時對外界說明等工作，以降低缺水之災害損失，並加強與居民溝通，俾獲得民眾諒解</abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>445.251</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950305</commissionedprojectidentifier><currency>NT$</currency><date>2007/4/27</date><governmentpublicationsnumber>1009600997</governmentpublicationsnumber><identifier>50762</identifier><internationalstandardbooknumber>9789860094060 ; 9860094060</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50762</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>高屏溪攔河堰高濁度缺水分析及改善策略檢討計畫 (光碟版) =Shortage Analysis and Improvement Strategies of Kao-ping River Weir during High-Turbidity Period</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.689711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/4/30</date><governmentpublicationsnumber>1009504190</governmentpublicationsnumber><identifier>50766</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50766</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>鳳山溪支流霄裡溪大斷面測量計畫報告</title><yearidentifier>200612</yearidentifier></data><data><abstract>「自來水管承裝商管理系統」自94年起上線使用，以供各縣市政府及本署辦理自來水管承裝商暨技工管理業務。本計畫除例行維護工作外，針對系統資料庫進行資料補齊及正規化之檢討，並依使用者需求修正系統；並另開發技工管理業務語音查詢及自動傳真回覆功能，以利相關業務之推動。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950108</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504290</governmentpublicationsnumber><identifier>50776</identifier><internationalstandardbooknumber>9789860083514 ; 9860083517</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50776</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水管承裝商管理系統維護計畫Maintenances of A Registration System for Water-Supply-Pipes Installation Industry</title><yearidentifier>200612</yearidentifier></data><data><abstract>(一)省水標章業務 1.省水標章申請產品審查作業與現場稽核業務 2.省水標章產品之使用枚數查核統計與標章產品標示稽核 3.推動水龍頭最大流量納入CNS標準 4.省水標章產品購買地點、生產廠商資料及歷年標章使用數量資訊查詢 5.省水標章廠商產品市售比率調查 (二)節水技術服務與輔導 1.民生及公共大用水戶節水技術輔導 2.建立線上節水查詢、診斷與輔導系統 (三)節水資訊調查及成果彙整 1.民眾節水意識調查。 2.全國政府機關及學校節約用水推動現況調查 3.民生及公共大用水戶落實節水方案之執行成效追蹤 4.節水成效追蹤及計畫管理系統建置 5.協助水利署辦理推動民生節約用水短、中、長程相關規劃事宜 (四)節水成果應用推廣與宣導 1.節水成果應用推廣 2.節約用水教育紮根系列 3.節約用水季刊編輯及發行</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950113</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504294</governmentpublicationsnumber><identifier>50778</identifier><internationalstandardbooknumber>9789860083637 ; 9860083630</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50778</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>節水環境建構與推廣計畫(1/3)Environmental Improvement and Popularize Plan of Water Conservatoin(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>1.配合挑戰2008積極推動節約用水計畫，辦理民生及公共大用水戶節水技術輔導工作。 2.完成60案次以上，總計應有240萬噸以上之節水量。 3.10案次以上，依節水建議方案辦理，並追蹤其成效。 4.每項輔導案必須進行現勘、用水資料蒐集、繪製水平衡圖、節水方案規劃及提供節水建議書等。 5.辦理二場次節水經驗分享座談會。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950111</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504295</governmentpublicationsnumber><identifier>50784</identifier><internationalstandardbooknumber>9789860084337 ; 9860084335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50784</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>民生及公共大用水戶節水輔導計畫＝Water conservation  promotion and techniques service program in public</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50787</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50787</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十二期）</title><yearidentifier>200703</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50788</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50788</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十三期）</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫針對 大署規定之計畫內容共計四大項，其工作範圍及項目為一、從事河川水文流量測定；二、辦理 大署44處水位流量站之水質檢測；三、辦理16處水位流量站之含砂量測定與分析；四、建立各站水量與水質整合分析之初步架構與建議。執行內容概述如下一、從事河川水文流量測定檢測範圍及工作內容：就 貴署中水局轄區範圍選擇水資源調度之代表水位站共計13處水位站需測量該溪之斷面、水位、流速、流量等水文資訊並繪製水位-流量率定曲線，測定期間應於1月至4月、及11月至12月觀定頻率每月每站三次。本中心特地邀請前第四河川局資深工程師吳禎祥先生，參與本計畫執行工作。二、辦理 大署44處水位流量站之水質檢測水質檢測之測站共計44站，檢測頻率為每月一次，檢測時需配合河川局及中水局水位流量量測作業進行水質採樣及分析工作。水質分析項目包括水溫、濁度、導電度、pH值、懸浮固體物、氨氮、溶氧、生化需氧量(BOD5)、總磷(TP)、大腸桿菌群等共計10項。其水質分析之機構為有環保認證之檢測業者，並符合環保署公告之方法及查核要求。所得分析數據將採評估方法常用者，一為河川污染程度評估（RPI），另一為水質指標評估（WQI8）。三、辦理16處水位流量站之含砂量測定與分析針對包含中港溪田美攔河堰等16測站進行含砂量測定，進而進行濃度分析、顆粒分析、懸移載率定曲線繪製及懸移載輸砂量計算等後續分析工作，期望了解目標測站處河川含砂量特性，以作為未來水利工程規劃之參考。四、建立各站水量與水質整合分析之初步架構與建議欲建立河川水量與水質整合分析架構，可藉由目前現有之河川水量與水質資料，結合未來計畫執行所累積之河川水量與水質資料，經由合宜的統計方法進行迴歸分析，進而達到整合河川水質與水量監測數據之目的，並建構出兩者間之關係模型。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940209</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009501862</governmentpublicationsnumber><identifier>50789</identifier><internationalstandardbooknumber>9789860058697 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50789</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川流量測定與水質檢驗整合性評估  The Study of lntegrated Estimate for Measurement of River Discharge and Examination of Water Quality</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50790</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50790</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十四期）</title><yearidentifier>200704</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50791</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50791</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十五期）</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫針對 大署規定之計畫內容共計四大項，其工作範圍及項目為一、從事河川水文流量測定；二、辦理 大署44處水位流量站之水質檢測；三、辦理16處水位流量站之含砂量測定與分析；四、建立各站水量與水質整合分析之初步架構與建議。執行內容概述如下一、從事河川水文流量測定檢測範圍及工作內容：就 貴署中水局轄區範圍選擇水資源調度之代表水位站共計13處水位站需測量該溪之斷面、水位、流速、流量等水文資訊並繪製水位-流量率定曲線，測定期間應於1月至4月、及11月至12月觀定頻率每月每站三次。本中心特地邀請前第四河川局資深工程師吳禎祥先生，參與本計畫執行工作。二、辦理 大署44處水位流量站之水質檢測水質檢測之測站共計44站，檢測頻率為每月一次，檢測時需配合河川局及中水局水位流量量測作業進行水質採樣及分析工作。水質分析項目包括水溫、濁度、導電度、pH值、懸浮固體物、氨氮、溶氧、生化需氧量(BOD5)、總磷(TP)、大腸桿菌群等共計10項。其水質分析之機構為有環保認證之檢測業者，並符合環保署公告之方法及查核要求。所得分析數據將採評估方法常用者，一為河川污染程度評估（RPI），另一為水質指標評估（WQI8）。三、辦理16處水位流量站之含砂量測定與分析針對包含中港溪田美攔河堰等16測站進行含砂量測定，進而進行濃度分析、顆粒分析、懸移載率定曲線繪製及懸移載輸砂量計算等後續分析工作，期望了解目標測站處河川含砂量特性，以作為未來水利工程規劃之參考。四、建立各站水量與水質整合分析之初步架構與建議欲建立河川水量與水質整合分析架構，可藉由目前現有之河川水量與水質資料，結合未來計畫執行所累積之河川水量與水質資料，經由合宜的統計方法進行迴歸分析，進而達到整合河川水質與水量監測數據之目的，並建構出兩者間之關係模型。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940209</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009501862</governmentpublicationsnumber><identifier>50793</identifier><internationalstandardbooknumber>9789860058697 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50793</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川流量測定與水質檢驗整合性評估附錄  The Study of lntegrated Estimate for Measurement  of River Discharge and Examination of Water Quality</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計劃利用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，一般輔導藉由學員與助教相互交流，進行問題探討分析並提供技術管理資訊及改善策略建議。重點輔導乃藉由教授親赴水場輔導，協助解決淨水場關鍵課題，並建立操作參數，邁向最佳化營運。淨水場評鑑部分，以「淨水場評鑑要點」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950166</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504332</governmentpublicationsnumber><identifier>50794</identifier><internationalstandardbooknumber>9789860084108 ; 9860084108</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50794</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(1/3)＝Performance  evaluation and consultation programs for water treatment plants(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50795</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50795</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十六期）</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計劃利用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，一般輔導藉由學員與助教相互交流，進行問題探討分析並提供技術管理資訊及改善策略建議。重點輔導乃藉由教授親赴水場輔導，協助解決淨水場關鍵課題，並建立操作參數，邁向最佳化營運。淨水場評鑑部分，以「淨水場評鑑要點」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950166</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504332</governmentpublicationsnumber><identifier>50796</identifier><internationalstandardbooknumber>9789860084108 ; 9860084108</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50796</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(1/3)(附件)＝Performance  evaluation and consultation programs for water treatment plants(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬進行95年度台灣水貧乏指數之最新資料更新與試算，且釐清我國之地域化水貧乏指數的最適分割尺度，並與我國水資源政策產生連結關係。另將運用專家學者法（ad-hoc approach）舉行多次專家學者座談會議，尋求運用水貧乏指數協助政策或研提合適之解決方案，以藉此提升水貧乏指數之實用性與政策之關聯性，而配合水貧乏指數與政策之連結，亦將建立我國本土化水貧乏指數之決策支援系統，呈現台灣各區域之綜合指數值或建議措施；同時加強我國與英國生態與水文研究中心（CEH）的雙邊交流及國際合作。</abstract><author>環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950316</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504414</governmentpublicationsnumber><identifier>50797</identifier><internationalstandardbooknumber>9789860085457 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50797</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>臺灣水貧乏指數更新與支援決策運用及國際合作Data renewal,  policy implementations, and international cooperation for the water poverty index in Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫將協助水利署主辦2006年第四屆世界水論壇分組會議Water Education for the Youth、The global Climate change and urban flood mitigation及台灣代表團組團相關事宜，辦理中日工程技術研討會-水資源分組會議、第19屆台美水資源技術合作年會、第21屆近代工程技術研討會-水資源分組會議。此外，本計畫也將針對低地水患治理、全球氣候變遷及水環境教育議題，協助邀請國外學者專家來台指導及講習，以達到引進水資源新科技之目的。最後，針對國內外水資源趨勢及積極參與國際相關會議之觀點，綜合分析規劃水資源科技發展中長程策略及相關預算。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950224</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009504347</governmentpublicationsnumber><identifier>50799</identifier><internationalstandardbooknumber>9789860084283 ; 9860084289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源國際科技交流推動計畫 ＝International cooperation  promotion project of science and technology for water resource</title><yearidentifier>200612</yearidentifier></data><data><abstract>淡水河江子翠地區位於新店溪與大漢溪匯流口一帶（鄰近華江雁鴨公園），因為兩溪匯流後河道縮減，故產生若干沙洲淤積，也造就了一片濕地環境，營造出野鳥天堂。但近年來觀察發現，沙洲淤積情況越趨明顯，野鳥棲地環境也產生變化，前兩年更有不少的野鳥死亡，部分保育團體認為可能是因為棲地環境惡化的緣故；而匯流口之淤沙也有降低河道通洪能力之疑慮，因此本計畫擬在河防安全的前提下，研究該區棲地品質及其生態變遷，並提出最適棲地類型之建議，以維持當地一定品質的生態環境。本計畫主要目的為分析江子翠地區目前河防安全問題，並預估未來河川淤積趨勢，研擬相關改善對策方案；另外也針對該區域的沙洲、草澤及溼地進行調查，分析生態棲地惡化的影響因子，並提出棲地改善規劃及建議方案。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950267</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009503392</governmentpublicationsnumber><identifier>50800</identifier><internationalstandardbooknumber>9789860079913 ; 9860079919</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50800</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河江子翠地區河防安全及河川生態棲地檢討規劃＝Evaluating Habitat Quality and Flood Impact of Jian-Chi-Chei Confluence in Tanshui River System</title><yearidentifier>200612</yearidentifier></data><data><abstract>前台灣省水利局規劃之建民水庫工程計畫預定供水區域主要為台中、彰化地區，其供水標的為公共給水(生活及工業用水)。在建民水庫未完成前，為因應中部區域急需用水需求，於民國86年在雙溪嘴攔河堰(建民水庫取水設施)尚未興建前先於南投水利會之龍泉圳攔河堰之排砂道下游側以共構式興建柑子林取水口，設計取水能力約每日26萬噸，可先行利用烏溪水源，省水公司則配合辦理柑子林取水口下游供水計畫(淨水場及管線)，未來建民水庫計畫完成後則改自雙溪嘴堰取水，因此柑子林取水口為一臨時取水設施。民國88年921地震後，地震斷層對建民水庫的不利影響，民國90年12月奉行政院同意停止建民水庫之興建。另水公司柑子林取水口下游供水計畫於民國92年12月亦決議停止興建。建民水庫計畫停辦後，雙溪嘴攔河堰已暫不興建，而柑子林取水口臨時設施已於民國86年興建完成，為避免柑子林取水口閒置，宜重新檢討評估其利用方式，並研究於枯水期以地表地下水聯合運用方式，達到穩定供水目標，供應南投地區用水，爰研提本計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009600413</governmentpublicationsnumber><identifier>50802</identifier><internationalstandardbooknumber>9789860089219 ; 9860089213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50802</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>柑子林取水口地表地下水聯合運用：取水口設施定位及水源供需探討＝Conjunctive utilization of surface water with ground water for Gan-Zih-Lin Intake</title><yearidentifier>200702</yearidentifier></data><data><abstract>石岡壩95年度安全檢查監測資料觀測分析成果</abstract><author>中興工程顧問股份有限j公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009600186</governmentpublicationsnumber><identifier>50804</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50804</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡霸安全檢查總報告=Annual Report on Safety Examination of Shih-kang Dam in 2006</title><yearidentifier>200701</yearidentifier></data><data><abstract>石岡壩95年度地震儀維護觀測分析成果</abstract><author>中興工程顧問股份有限j公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/2</date><governmentpublicationsnumber>1009600187</governmentpublicationsnumber><identifier>50805</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50805</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度石岡霸地震儀維護及觀測分析報告＝Annual Report on Seismographic Maintenance and Seismic Observation of Shih-Kang Dam in 2006</title><yearidentifier>200701</yearidentifier></data><data><abstract>為配合行政院核定之挑戰2008國家重點發展計畫─水與綠建設計畫之實施，暨92年全國水利會議之召開，水利政策除將朝治水、利水、活水與親水四大施政主軸推動外，許多新施政措施亦配合規劃推行，本計畫係二年連續計畫。在第一年計畫中，已針對綜合治水對策、水資源保育限制回饋、水利署組織及業務之檢討等三個主題加以研究完成；本年度係第二年計畫，獎對多元化水資源開發政策與相關法理、河川環境營造及管理、地層下陷防治可行性檢討三個主題加以研究探討。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009304805</governmentpublicationsnumber><identifier>50807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50807</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利法規配合國家發展重點計畫之檢討修正計畫(2/2) Revision of the Water Law for the National Development Plan (2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>(一)省水標章業務 1.省水標章申請產品審查作業與現場稽核業務 2.省水標章產品之使用枚數查核統計與標章產品標示稽核 3.推動水龍頭最大流量納入CNS標準 4.省水標章產品購買地點、生產廠商資料及歷年標章使用數量資訊查詢 5.省水標章廠商產品市售比率調查 (二)節水技術服務與輔導 1.民生及公共大用水戶節水技術輔導 2.建立線上節水查詢、診斷與輔導系統 (三)節水資訊調查及成果彙整 1.民眾節水意識調查。 2.全國政府機關及學校節約用水推動現況調查 3.民生及公共大用水戶落實節水方案之執行成效追蹤 4.節水成效追蹤及計畫管理系統建置 5.協助水利署辦理推動民生節約用水短、中、長程相關規劃事宜 (四)節水成果應用推廣與宣導 1.節水成果應用推廣 2.節約用水教育紮根系列 3.節約用水季刊編輯及發行</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950113</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009504294</governmentpublicationsnumber><identifier>50808</identifier><internationalstandardbooknumber>9789860083637 ; 9860083630</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50808</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>節水環境建構與推廣計畫(1/3)(光碟版) Environmental Improvement and Popularize Plan of Water Conservatoin(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水資源在整個產業發展的過程中，扮演著攸關成敗的角色，其相關政策影響層面甚廣。因此，決策不但必須考慮各種可能影響的因素，政策分析也應以能進行全面性評估的工具為主，方能徹底評估其對經濟體系中各部門的影響。又因水資源的特性異於其他財貨，故須針對其特性建立專屬模型，才能正確的評估水資源政策之影響。因此本研究全方位考量水資源之特性及其與經濟體系相關部門之關係後，建構watergem與mr-watergem模型，以評估水資源相關政策之影響，同時配合地理資訊系統建構水資源決策支援系統。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST92022</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009204711</governmentpublicationsnumber><identifier>50809</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50809</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水資源整妳經濟模式(四之四)The Economic Model of Water Resources</title><yearidentifier>200312</yearidentifier></data><data><abstract>鯉魚潭水庫95年度共收錄到9個地震，總計45筆的高品質強震紀錄，惟加速度皆小於25gal，未達於一般定義的強震紀錄。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009600463</governmentpublicationsnumber><identifier>50810</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50810</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度鯉魚潭水庫地震儀維護及觀測分析報告(光碟版)</title><yearidentifier>200702</yearidentifier></data><data><abstract>鯉魚潭水庫95年度共收錄到9個地震，總計45筆的高品質強震紀錄，惟加速度皆小於25gal，未達於一般定義的強震紀錄。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009600463</governmentpublicationsnumber><identifier>50811</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50811</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度鯉魚潭水庫地震儀維護及觀測分析報告</title><yearidentifier>200702</yearidentifier></data><data><abstract>淡水河江子翠地區位於新店溪與大漢溪匯流口一帶（鄰近華江雁鴨公園），因為兩溪匯流後河道縮減，故產生若干沙洲淤積，也造就了一片濕地環境，營造出野鳥天堂。但近年來觀察發現，沙洲淤積情況越趨明顯，野鳥棲地環境也產生變化，前兩年更有不少的野鳥死亡，部分保育團體認為可能是因為棲地環境惡化的緣故；而匯流口之淤沙也有降低河道通洪能力之疑慮，因此本計畫擬在河防安全的前提下，研究該區棲地品質及其生態變遷，並提出最適棲地類型之建議，以維持當地一定品質的生態環境。本計畫主要目的為分析江子翠地區目前河防安全問題，並預估未來河川淤積趨勢，研擬相關改善對策方案；另外也針對該區域的沙洲、草澤及溼地進行調查，分析生態棲地惡化的影響因子，並提出棲地改善規劃及建議方案。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950267</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009503392</governmentpublicationsnumber><identifier>50815</identifier><internationalstandardbooknumber>9789860079913 ; 9860079919</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50815</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河江子翠地區河防安全及河川生態棲地檢討規劃(光碟版)＝Evaluating Habitat Quality and Flood Impact of Jian-Chi-Chei Confluence in Tanshui River System</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6893203</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/3</date><governmentpublicationsnumber>1009402222</governmentpublicationsnumber><identifier>50816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50816</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>水利統計 STATISTIC OF WATER RESOURCES 2004</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600680</governmentpublicationsnumber><identifier>50817</identifier><internationalstandardbooknumber>9789860091953 ; 9860091953</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50817</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫營運階段環境監測 95年度成果報告 The Environmental Monitoring Program During Operation Period of A-Kung-Tien Reservoir</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600680</governmentpublicationsnumber><identifier>50818</identifier><internationalstandardbooknumber>9789860091953 ; 9789860091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50818</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫營運階段環境監測 95年度成果報告 The Environmental Monitoring Program During Operation Period of A-Kung-Tien Reservoir</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600676</governmentpublicationsnumber><identifier>50819</identifier><internationalstandardbooknumber>9789860091946 ; 9860091946</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50819</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>95及96年度阿公店水庫大壩安全監測分析(95年度工作成果報告) The Dam Safety Monitoring Analysis of A-Kung-Tien Reservoir 95and96 Year</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600676</governmentpublicationsnumber><identifier>50820</identifier><internationalstandardbooknumber>9789860091946 ; 9789860091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50820</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>95及96年度阿公店水庫大壩安全監測分析(95年度工作成果報告) The Dam Safety Monitoring Analysis of A-Kung-Tien Reservoir 95and96 Year</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫目的在於借由專業顧問公司等機構之專業知識與能力，對於攔河堰堰體及蓄水範圍南北岸聯絡渠道等土木設施依相關規定進行檢查與評估</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600140</governmentpublicationsnumber><identifier>50822</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50822</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集攔河堰及聯絡渠道土木設施檢查維護報告(光碟版)Inspection and Maintenance Report for the Civil Engineering Facility of Ji-Ji Weir and Its Conveying Channel in 2006</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫目的在於借由專業顧問公司等機構之專業知識與能力，對於攔河堰堰體及蓄水範圍南北岸聯絡渠道等土木設施依相關規定進行檢查與評估</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/4</date><governmentpublicationsnumber>1009600140</governmentpublicationsnumber><identifier>50823</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50823</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集攔河堰及聯絡渠道土木設施檢查維護報告(內附光碟)=Inspection and Maintenance Report for the Civil Engineering Facility of Ji-Ji Weir and Its Conveying Channel in 2006</title><yearidentifier>200702</yearidentifier></data><data><abstract>金門、馬祖地區因水資源匱乏，替代水源難覓及受限於水庫集水區面積不大，以致水源不足，水質不佳，因此水庫及自來水廠操作管理面臨了更嚴苛考驗，鑑於離島地區水庫及淨水場規模較小，並受限人員及技術條件，致使供水品質較不穩定。金門縣李縣長炷烽有感於目前自來水事業未統一，且非屬縣市地方自治事項，基於一體原則，並提昇自來水供水品質，且先前已有金電公司及金門縣立醫院合併之案例，故提議將金門自來水廠交由臺灣省自來水公司接管，及經濟部水利署（水利署）民國94年11月15日「金門地區供水問題」研商會議決議事項辦理，成立研究計畫，就金門及馬祖地區自來水廠併入省自來水公司問題作完整探討，並提出評估報告以供後續決策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950396</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/7</date><governmentpublicationsnumber>1009504225</governmentpublicationsnumber><identifier>50825</identifier><internationalstandardbooknumber>9789860082715 ; 9860082715</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50825</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(新店辦公區)</publisher><publishrocyear>95</publishrocyear><title>金門、連江縣自來水廠交由臺灣省自來水公司經營管理之整體可行性評估＝Feasibility study of managerial takeover of the water supply facilities in Kinmen and Lienchiang County by Taiwan water corporation</title><yearidentifier>200612</yearidentifier></data><data><abstract>金門、馬祖地區因水資源匱乏，替代水源難覓及受限於水庫集水區面積不大，以致水源不足，水質不佳，因此水庫及自來水廠操作管理面臨了更嚴苛考驗，鑑於離島地區水庫及淨水場規模較小，並受限人員及技術條件，致使供水品質較不穩定。金門縣李縣長炷烽有感於目前自來水事業未統一，且非屬縣市地方自治事項，基於一體原則，並提昇自來水供水品質，且先前已有金電公司及金門縣立醫院合併之案例，故提議將金門自來水廠交由臺灣省自來水公司接管，及經濟部水利署（水利署）民國94年11月15日「金門地區供水問題」研商會議決議事項辦理，成立研究計畫，就金門及馬祖地區自來水廠併入省自來水公司問題作完整探討，並提出評估報告以供後續決策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/7</date><governmentpublicationsnumber>1009504225</governmentpublicationsnumber><identifier>50826</identifier><internationalstandardbooknumber>9789860082715 ; 9860082715</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50826</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(新店辦公區)</publisher><publishrocyear>95</publishrocyear><title>金門、連江縣自來水廠交由臺灣省自來水公司經營管理之整體可行性評估(光碟版)＝Feasibility study of managerial takeover of the water supply facilities in Kinmen and Lienchiang County by Taiwan water corporation</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫是民國95年5月「水權管理支援系統維護更新」五年計畫中執行的第一年計畫。計畫的目的仍在維護改善「健全水權管理實施方案」前十年的成果，工作項目共八大項，其執行成果請參閱本報告各相關章節。水權資料庫自民國85年起已陸續建立完成，早年因無網路環境而建置單機系統，各水權承辦人自行操作，經多年來的核辦及承辦人更換頻繁與作業品質不良，發現仍有漏登資料、誤打資料等問題。各縣、市政府水權承辦人或其他相關單位提出發現問題資料時，協助研判後進行補校正處理，並配合委方提出調整或修改程式要求進行網頁程式修改。</abstract><author>擎雲科技企業股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950165</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/7</date><governmentpublicationsnumber>1009504187</governmentpublicationsnumber><identifier>50827</identifier><internationalstandardbooknumber>9789860082548 ; 9860082545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50827</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水權管理支援系統維護更新期末報告＝Maintenance and Promoting of the Water Rights Support System</title><yearidentifier>200611</yearidentifier></data><data><abstract>營運管理系統操作管理與檢測維修</abstract><author>精業股份有限公司台中分公司中興工程顧問股份有限公司翰昇環境科技股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/7</date><governmentpublicationsnumber>1009600697</governmentpublicationsnumber><identifier>50830</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50830</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集共同引水營運管理系統操作管理與檢測維修報告</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/7</date><governmentpublicationsnumber>1009200644</governmentpublicationsnumber><identifier>50835</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50835</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣現有地下水觀測及地盤下陷監測資料之整理與分析報告 第五期：新苗地區、台中地區、花東縱谷</title><yearidentifier>200302</yearidentifier></data><data><abstract>為維護水庫功能，確保水資源永續利用，以管理重於治理之原則，結合「水」、「土」、「林」各方功能做整體有效之經營，本計畫擬針對目前水庫集水區土地管理現況進行分析檢討，並提出改進建議，另運用地理資訊系統及遙感探測技術，建立歷年土地利用資料與即時之監測資訊，提供政府單位作為施政之重要參考，以期達到水庫永續利用之最終目標。本計畫主要工作項目包括:資料庫建置、系統開發、軟硬體購置等，提供水庫集水區保育及管理監測所需資訊，藉由本系統將水庫集水區保育及管理監測作業資訊化，進而提高水庫集水區管理之成效。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/11</date><governmentpublicationsnumber>1009503673</governmentpublicationsnumber><identifier>50848</identifier><internationalstandardbooknumber>9789860078336 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50848</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫集水區保育及管理監測系統建置計畫(2/2)－光碟版 The establishment of web based system for conservation, management and monitoring in catchment area(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/11</date><governmentpublicationsnumber>8944891703</governmentpublicationsnumber><identifier>50849</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50849</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>吉洋人工湖可行性規劃  三、綜合專題 1.環境影響說明書定稿本(光碟版)</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、財團法人資訊工業策進會</author><categoryidentifier>529.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/11</date><governmentpublicationsnumber>1009204973</governmentpublicationsnumber><identifier>50853</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50853</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>親水教育宣導計畫(2/3結案報告(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫目的在於協助經濟部水利署針對已核定之用水計畫書進行查核工作，掌握已開發案在現有開發進度下之實際用水量及用水計畫書內承諾之用水回收率及相關節約用水措施推動情形，適時反應開發單位實際現況用水，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用，同時研擬合適工業用水量推估模式，以解決編定工業用水統計報告實務面上所面臨的困難。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950293</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/14</date><governmentpublicationsnumber>1009504615</governmentpublicationsnumber><identifier>50860</identifier><internationalstandardbooknumber>9789860089349 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50860</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>用水計畫書查核服務系統作業(含工業用水量統計推估模式研究 The Achievements of Verifying the Ratified Water Use Prospectus ( including industrial water use estimating model study)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫目的在於協助經濟部水利署針對已核定之用水計畫書進行查核工作，掌握已開發案在現有開發進度下之實際用水量及用水計畫書內承諾之用水回收率及相關節約用水措施推動情形，適時反應開發單位實際現況用水，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用，同時研擬合適工業用水量推估模式，以解決編定工業用水統計報告實務面上所面臨的困難。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950293</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/14</date><governmentpublicationsnumber>1009504615</governmentpublicationsnumber><identifier>50861</identifier><internationalstandardbooknumber>9789860089349 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50861</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>用水計畫書查核服務系統作業(含工業用水量統計推估模式研究－光碟版 The Achievements of Verifying the Ratified Water Use Prospectus ( including industrial water use estimating model study)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950274</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/16</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>50871</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50871</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In YiLan Coastal Area</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950274</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/16</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>50872</identifier><internationalstandardbooknumber>9789860095180 ; 9860095183</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50872</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009404649</governmentpublicationsnumber><identifier>50876</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50876</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>日本河川整備中心相關出版品摘要簡錄</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>50877</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50877</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生(日本河川整備中心知識管理合作計畫)叢書no.2.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>50878</identifier><internationalstandardbooknumber>9789860083217 ; 986008321x</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50878</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌(日本河川整備中心知識管理合作計畫)叢書no.3.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>50879</identifier><internationalstandardbooknumber>9789860038224 ; 9860038228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50879</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南(日本河川整備中心知識管理合作計畫)叢書no.4.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>50880</identifier><internationalstandardbooknumber>9789860038255 ; 9860038252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50880</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊(日本河川整備中心知識管理合作計畫)叢書no.5.</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.資料蒐集2.相關法令與計畫研析3.環境調查與分析4.發展潛力分析5.環境營造計畫 6.集水區地文狀況及土砂因子研議7.經營管理與實施計畫8.地質調查與細部設計</abstract><author>中興工程顧問股份有限有限公司</author><categoryidentifier>443.689791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950367</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009504088</governmentpublicationsnumber><identifier>50884</identifier><internationalstandardbooknumber>986-00-8257- ; 986008257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50884</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>塔寮坑溪區域排水整治及環境營造規劃=Regional Drainage lmprovement and  Environment Rehabilitaion Project of Ta-Liao-keng Creek</title><yearidentifier>200703</yearidentifier></data><data><abstract>1.資料蒐集 2.相關法令與計畫研析 3.環境調查與分析 4.發展潛力分析 5.環境營造計畫 6.集水區地文狀況及土砂因子研議 7.經營管理與實施計畫 8.地質調查與細部設計</abstract><author>中興工程顧問股份有限有限公司</author><categoryidentifier>443.689791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950367</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/17</date><governmentpublicationsnumber>1009504088</governmentpublicationsnumber><identifier>50885</identifier><internationalstandardbooknumber>986-00-8267- ; 986008267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50885</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>塔寮坑溪區域排水整治及環境營造規劃(光碟版)=Regional Drainage lmprovement and  Environment Rehabilitaion Project of Ta-Liao-keng Creek</title><yearidentifier>200703</yearidentifier></data><data><abstract>1.配合挑戰2008積極推動節約用水計畫，辦理民生及公共大用水戶節水技術輔導工作。 2.完成60案次以上，總計應有240萬噸以上之節水量。 3.10案次以上，依節水建議方案辦理，並追蹤其成效。 4.每項輔導案必須進行現勘、用水資料蒐集、繪製水平衡圖、節水方案規劃及提供節水建議書等。 5.辦理二場次節水經驗分享座談會。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950111</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009504295</governmentpublicationsnumber><identifier>50889</identifier><internationalstandardbooknumber>9789860084337 ; 9860084335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50889</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>民生及公共大用水戶節水輔導計畫(光碟版）＝Water conservation  promotion and techniques service program in public</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部礦務局  編印</author><categoryidentifier>451.302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>2008900325</governmentpublicationsnumber><identifier>50890</identifier><internationalstandardbooknumber>1682-2943 ; 16822943</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50890</librarycollectiondetailsurl><price>350</price><publisher>經濟部礦務局</publisher><publishrocyear>96</publishrocyear><title>礦業統計年報-中華民國95年 ANNUAL STATISTICAL REPORT OF MINERAL 2006</title><yearidentifier>200707</yearidentifier></data><data><abstract>「自來水管承裝商管理系統」自94年起上線使用，以供各縣市政府及本署辦理自來水管承裝商暨技工管理業務。本計畫除例行維護工作外，針對系統資料庫進行資料補齊及正規化之檢討，並依使用者需求修正系統；並另開發技工管理業務語音查詢及自動傳真回覆功能，以利相關業務之推動。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950108</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009504290</governmentpublicationsnumber><identifier>50892</identifier><internationalstandardbooknumber>9789860083514 ; 9860083517</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50892</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水管承裝商管理系統維護計畫(光碟版)＝Maintenances of A Registration System for Water-Supply-Pipes Installation Industry</title><yearidentifier>200612</yearidentifier></data><data><abstract>1.大台北地區之台北市、新店市、永和市全部及三重市、中和市部分地區為台北自來水事業處供水範圍，其餘屬台灣省自來水公司供水範圍，由於兩自來水事業水價不同，台北縣一縣兩種水價，民眾迭有抱怨。 2.因應桃園地區用水快速成長，近年來政府積極推動板新供水改善計畫，以新店溪水源南引，供應台北縣之板新地區，板新地區既有水源則南引供應桃園地區運用。板新供水改善第一期工程目前已完成，但兩自來水事業各自基於經營績效考量，支援清水之價格經多次協調無法達成共識，水源調度運用並不順暢，而台北縣民則認為既然與北水處供水範圍同飲相同水源，水價為何無法比照北水處價格調降？ 3.為促使水資源運用更趨完善及解決台北縣內兩種水價問題，考量調整自來水事業供水範圍或經營模式，建立符合公平合理水價、提升整體經營效益及適合未來發展需要之合理經營模式。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950379</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009504472</governmentpublicationsnumber><identifier>50893</identifier><internationalstandardbooknumber>9789860085617 ; 9860085617</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50893</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>大台北地區自來水事業最佳經營模式研究 = A sudy on an optimum management model of water supply industry in greater Taipei Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>1.大台北地區之台北市、新店市、永和市全部及三重市、中和市部分地區為台北自來水事業處供水範圍，其餘屬台灣省自來水公司供水範圍，由於兩自來水事業水價不同，台北縣一縣兩種水價，民眾迭有抱怨。 2.因應桃園地區用水快速成長，近年來政府積極推動板新供水改善計畫，以新店溪水源南引，供應台北縣之板新地區，板新地區既有水源則南引供應桃園地區運用。板新供水改善第一期工程目前已完成，但兩自來水事業各自基於經營績效考量，支援清水之價格經多次協調無法達成共識，水源調度運用並不順暢，而台北縣民則認為既然與北水處供水範圍同飲相同水源，水價為何無法比照北水處價格調降？ 3.為促使水資源運用更趨完善及解決台北縣內兩種水價問題，考量調整自來水事業供水範圍或經營模式，建立符合公平合理水價、提升整體經營效益及適合未來發展需要之合理經營模式。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950379</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009504472</governmentpublicationsnumber><identifier>50894</identifier><internationalstandardbooknumber>9789860085617 ; 9860085617</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50894</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>大台北地區自來水事業最佳經營模式研究(光碟版) = A sudy on an optimum management model of water supply industry in greater Taipei Area</title><yearidentifier>200612</yearidentifier></data><data><abstract>「自來水事業技術人員考驗辦法」於93年4月21日修正發布後，經濟部水利署隨即積極籌劃自來水事業技術人員考驗相關事宜，並於94年度辦理第1次已在職各類級自來水事業技術人員考驗，俾逐步落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水品質，維護國人用水衛生與安全。</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950180</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009600787</governmentpublicationsnumber><identifier>50895</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50895</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>自來水事業技術人員之考驗(1/4)  = Examination for Technical Personnel of Water Supply Industry (1/4)</title><yearidentifier>200703</yearidentifier></data><data><abstract>「自來水事業技術人員考驗辦法」於93年4月21日修正發布後，經濟部水利署隨即積極籌劃自來水事業技術人員考驗相關事宜，並於94年度辦理第1次已在職各類級自來水事業技術人員考驗，俾逐步落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水品質，維護國人用水衛生與安全。</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950180</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/21</date><governmentpublicationsnumber>1009600787</governmentpublicationsnumber><identifier>50896</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50896</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>自來水事業技術人員之考驗(1/4)－光碟版  = Examination for Technical Personnel of Water Supply Industry (1/4)</title><yearidentifier>200703</yearidentifier></data><data><abstract>水利署所屬單位，在民國93~95年度期間，執行海岸環境營造五年計畫所衍生的海岸防護設施現況、管理維護類計畫及工程措施類計畫進行評估與檢討發現問題癥結俾進而擬定改善策略；並據以提出次一階段海岸營造之相關計畫</abstract><author>中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950268</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009600977</governmentpublicationsnumber><identifier>50899</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50899</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(1/2)(光碟版)＝A  Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement</title><yearidentifier>200704</yearidentifier></data><data><abstract>高台水庫經初步評估為一水資源開發可行方案，將對水庫工程所需築壩材料進行調查。本(94)年進入可行性規劃第一階段，進一步進行築壩材料調查，以期掌確之料源。</abstract><author>經濟部水利署水利規劃試驗所[</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/22</date><governmentpublicationsnumber>1009502681</governmentpublicationsnumber><identifier>50902</identifier><internationalstandardbooknumber>9789860067941 ; 9860067945</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50902</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(一)築壩材料調查工作報告(九十四年度)(光碟版)＝The Feasibility study of Gaotai Reservoir(1)Investigation Report of Embankment Materials(2005)</title><yearidentifier>200609</yearidentifier></data><data><abstract>本計畫致力於水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950356</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/22</date><governmentpublicationsnumber>1009503569</governmentpublicationsnumber><identifier>50903</identifier><internationalstandardbooknumber>9789860076493 ; 9860076499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50903</librarycollectiondetailsurl><price>1000</price><publisher>水利署水規所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造第5期5年計畫(1/2)()光碟版)The 5th five- year planning of drainage improvement and environment rehabilitation</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫係將新店溪水源經北水處處理後之清水，供應板新地區；經行政核定先辦理本計畫第一期工程，俟第一期工程施工後，再進行較詳細之評估，另案核議第二期工程。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/22</date><governmentpublicationsnumber>1009500381</governmentpublicationsnumber><identifier>50904</identifier><internationalstandardbooknumber>9789860044577 ; 9860044570</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50904</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>板新地區供水改善計畫二期工程檢討評估總報告 = Final Report for Assessing the Second Stage of Water Supply Improvement Project for Bansin District</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫係將新店溪水源經北水處處理後之清水，供應板新地區；經行政核定先辦理本計畫第一期工程，俟第一期工程施工後，再進行較詳細之評估，另案核議第二期工程。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/22</date><governmentpublicationsnumber>1009500381</governmentpublicationsnumber><identifier>50905</identifier><internationalstandardbooknumber>9789860044577 ; 9860044570</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50905</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>板新地區供水改善計畫二期工程檢討評估總報告(光碟版) = Final Report for Assessing the Second Stage of Water Supply Improvement Project for Bansin District</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫為考慮石門水庫無法正常供水時備援水源與備系統，並以較小之規模兼具增加三峽河之水源利用。故針對本計畫所規劃之攔河堰、調整池及越域引水路等各方案之地質狀況作調查，以提供後續工程規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950439</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/22</date><governmentpublicationsnumber>1009600366</governmentpublicationsnumber><identifier>50906</identifier><internationalstandardbooknumber>9789860088519 ; 9860088519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50906</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>三峽河調整池初步規劃：地質調查專題報告書(光碟版) ＝Preliminary  study of Sanhsia River adjust pool-geological survey</title><yearidentifier>200703</yearidentifier></data><data><abstract>高台水庫經初步評估為一水資源開發可行方案，將對水庫工程所需築壩材料進行調查。本(94)年進入可行性規劃第一階段，進一步進行築壩材料調查，以期掌確之料源。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/23</date><governmentpublicationsnumber>1009502681</governmentpublicationsnumber><identifier>50908</identifier><internationalstandardbooknumber>9789860067941 ; 9860067945</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50908</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>高台水庫可行性規劃(一)築壩材料調查工作報告(九十四年度)＝The Feasibility Study of Gaotai Reservoir(1)Investigation Report of Embankment Materials(2005)</title><yearidentifier>200609</yearidentifier></data><data><abstract>本計畫是民國95年5月「水權管理支援系統維護更新」五年計畫中執行的第一年計畫。計畫的目的仍在維護改善「健全水權管理實施方案」前十年的成果，工作項目共八大項，其執行成果請參閱本報告各相關章節。水權資料庫自民國85年起已陸續建立完成，早年因無網路環境而建置單機系統，各水權承辦人自行操作，經多年來的核辦及承辦人更換頻繁與作業品質不良，發現仍有漏登資料、誤打資料等問題。各縣、市政府水權承辦人或其他相關單位提出發現問題資料時，協助研判後進行補校正處理，並配合委方提出調整或修改程式要求進行網頁程式修改。</abstract><author>擎雲科技企業股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/23</date><governmentpublicationsnumber>1009504187</governmentpublicationsnumber><identifier>50909</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50909</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水權管理支援系統維護更新期末報告(光碟版)＝Maintenance and Promoting of the Water Rights Support System</title><yearidentifier>200611</yearidentifier></data><data><abstract>為利防汛期間河川水位變化之掌握，依河川管理辦理各河川隻主管機關應訂定並公告河川之警戒水位以作為防災預警之管制手段，本年度為實施頭前溪流域警戒水位檢討之需，辦理計畫河道大斷面測量工作，藉以取得大斷面測量成果，供訂定警戒水位檢討之依據，並作為本溪治理規劃及河道變異等基本資料之建制。</abstract><author>幀衡工程顧問有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950331</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/23</date><governmentpublicationsnumber>1009600504</governmentpublicationsnumber><identifier>50910</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50910</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪支流上坪溪及油羅溪大斷面測量計畫－成果報告(光碟版)</title><yearidentifier>200703</yearidentifier></data><data><abstract>為利防汛期間河川水位變化之掌握，依河川管理辦理各河川隻主管機關應訂定並公告河川之警戒水位以作為防災預警之管制手段，本年度為實施頭前溪流域警戒水位檢討之需，爰依經濟部水利署95年1月4日經水文字第09530000040號函辦理計畫河道大斷面測量工作，藉以取得大斷面測量成果，供訂定警戒水位檢討之依據，並作為本溪治理規劃及河道變異等基本資料之建</abstract><author>幀衡工程顧問有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950331</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/23</date><governmentpublicationsnumber>1009600505</governmentpublicationsnumber><identifier>50911</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50911</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪支流上坪溪及油羅溪大斷面測量計畫－大斷面測量成果(光碟版)</title><yearidentifier>200703</yearidentifier></data><data><abstract>台灣西南部包括彰化縣、雲林縣、嘉義縣、台南縣、高雄縣及屏東縣、等六縣，因地層下陷，以致常發生淹水，在整治工作尚未完成前，每逢淹水皆需仰賴移動式抽水機協助排水。惟過去並未規劃移動式抽水機最佳抽排水位置的地點，因此發生災害時常因道路不通或地點不適，影響救災時效。本計畫主要目的即規劃移動式抽水機最佳抽排水地點及其動線，供救災單位參考。 本計畫亦評估以數位行動裝置（筆記型電腦及PDA內建全球定位系統及電子地圖）輔助人員救災之可行性。評估結果認為數位行動裝置優於一般1/5000航空相片基本圖，尤其在視線不加及風雨中，數位行動裝置更適合救災行動。</abstract><author>中興工程顧問公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950432</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009600534</governmentpublicationsnumber><identifier>50914</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50914</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣西南部易淹水地區移動式抽水機進駐地點及最佳配置先期規劃評估＝Prior plan of the best sites for deploying mobile pumps in the easily inundant region of south-west Taiwan</title><yearidentifier>200703</yearidentifier></data><data><abstract>台灣西南部包括彰化縣、雲林縣、嘉義縣、台南縣、高雄縣及屏東縣、等六縣，因地層下陷，以致常發生淹水，在整治工作尚未完成前，每逢淹水皆需仰賴移動式抽水機協助排水。惟過去並未規劃移動式抽水機最佳抽排水位置的地點，因此發生災害時常因道路不通或地點不適，影響救災時效。本計畫主要目的即規劃移動式抽水機最佳抽排水地點及其動線，供救災單位參考。 本計畫亦評估以數位行動裝置（筆記型電腦及PDA內建全球定位系統及電子地圖）輔助人員救災之可行性。評估結果認為數位行動裝置優於一般1/5000航空相片基本圖，尤其在視線不加及風雨中，數位行動裝置更適合救災行動。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950432</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/23</date><governmentpublicationsnumber>1009600534</governmentpublicationsnumber><identifier>50915</identifier><internationalstandardbooknumber>9789860089998 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50915</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣西南部易淹水地區移動式抽水機進駐地點及最佳配置先期規劃評估(光碟版)＝Prior plan of the best sites for deploying mobile pumps in the easily inundant region of south-west Taiwan</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫之目標在於協助經濟部水利署，運用法規衝擊影響分析(RIA)，完成「多元化水源發展條例」草案內涵適切性與替代方案評估及成本效益影響與資訊揭露評估，以降低條例法規對相關層面之衝擊。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950117</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009503925</governmentpublicationsnumber><identifier>50917</identifier><internationalstandardbooknumber>9789860079661 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50917</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水源發展條例立法推動及法規影響分析</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之目標在於協助經濟部水利署，運用法規衝擊影響分析(RIA)，完成「多元化水源發展條例」草案內涵適切性與替代方案評估及成本效益影響與資訊揭露評估，以降低條例法規對相關層面之衝擊。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950117</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009503925</governmentpublicationsnumber><identifier>50918</identifier><internationalstandardbooknumber>9789860079661 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50918</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>多元化水源發展條例立法推動及法規影響分析(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>現行自來水法民國55年訂定，已達成其階段性之任務，訂定迄今，僅針對台北水源特定區協助地方建設辦法，及配合精省、行政程序法及水質水量保護區回饋，歷經五次小幅度個案性修正。自來水事業經營與發展環境四十年來有劇烈變化，為使自來水法能與現況結合，引導自來水事業未來發展方向，爰成立本計畫，通盤檢討自來水法作為修法及政策推動參考。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950112</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009504033</governmentpublicationsnumber><identifier>50919</identifier><internationalstandardbooknumber>9789860080285 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50919</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水法通盤檢討之研究(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>現行自來水法民國55年訂定，已達成其階段性之任務，訂定迄今，僅針對台北水源特定區協助地方建設辦法，及配合精省、行政程序法及水質水量保護區回饋，歷經五次小幅度個案性修正。自來水事業經營與發展環境四十年來有劇烈變化，為使自來水法能與現況結合，引導自來水事業未來發展方向，爰成立本計畫，通盤檢討自來水法作為修法及政策推動參考。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950112</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009504033</governmentpublicationsnumber><identifier>50920</identifier><internationalstandardbooknumber>9789860080285 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50920</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水法通盤檢討之研究(2/2)－光碟版 = Research on Whole Review and Revise of Water Supply Act (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究根據文獻回顧探討、未來氣候統計降尺度分析與未來台灣區域總逕流量分析之模擬結果，具體結論為：全球氣候變遷預期對臺灣地區在「水」方面，威脅較嚴重者為：海水位上升0.18~6公尺，國土流失問題不容輕忽；極端氣象事件發生頻繁，災害損失將會增加；豐水期流量增加，枯水期流量減少，水資源穩定供應將面臨考驗。同時，如何增加水力發電供應，以增加再生能源供電比例，協助國內溫室氣體排放之減量，亦為重要任務。</abstract><author>台灣大學全球變遷研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950119</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009504169</governmentpublicationsnumber><identifier>50921</identifier><internationalstandardbooknumber>9789860082067 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50921</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>因應氣候變遷及京都議定書水利政策調整之研究(1/2)  Study on the adjustment of hydrology policy in responding to the climate change and Kyoto Protocol (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究根據文獻回顧探討、未來氣候統計降尺度分析與未來台灣區域總逕流量分析之模擬結果，具體結論為：全球氣候變遷預期對臺灣地區在「水」方面，威脅較嚴重者為：海水位上升0.18~6公尺，國土流失問題不容輕忽；極端氣象事件發生頻繁，災害損失將會增加；豐水期流量增加，枯水期流量減少，水資源穩定供應將面臨考驗。同時，如何增加水力發電供應，以增加再生能源供電比例，協助國內溫室氣體排放之減量，亦為重要任務。</abstract><author>台灣大學全球變遷研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950119</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009504169</governmentpublicationsnumber><identifier>50922</identifier><internationalstandardbooknumber>9789860082067 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50922</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>因應氣候變遷及京都議定書水利政策調整之研究(1/2)－光碟版  Study on the adjustment of hydrology policy in responding to the climate change and Kyoto Protocol (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來台灣地區水旱災害頻仍，依現行水利建造物設計基準興建之建造物，其設計標準是否足以消減水利災害，深受各界質疑。另國家經濟發展提升後，社會大眾對自然災害容忍程度降低，原規劃之容許淹水天數（如農田原允許淹水數天）因產生之財產損失增加，造成民眾怨懟。復以現行水利建造物設計基準多為單一建造物之設計基準，運用於流域整體規劃時，有時產生過度保護或保護不足的情形。為使水利建造物能有效削減洪澇災害及提升政府行政資源有效利用，並能符合現今社經發展及防災應變要求，爰有檢討現行水利建造物設計基準之必要。 水利建造物指「水利法」規定與水患防治、水資源利用有關之防水、洩水、蓄水、引水四大類水利建造物，「水利建造物設計基準」著重於水利建造物功能面之技術基準，含保護標準等，其結構安全之設計基準仍應遵照內政部制訂的「建築技術規範」。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950220</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009503881</governmentpublicationsnumber><identifier>50923</identifier><internationalstandardbooknumber>9789860078763 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50923</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利建造物工程設計基準之檢討(1/2)  Review on the Design Criteria for Hydraulic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>近年來台灣地區水旱災害頻仍，依現行水利建造物設計基準興建之建造物，其設計標準是否足以消減水利災害，深受各界質疑。另國家經濟發展提升後，社會大眾對自然災害容忍程度降低，原規劃之容許淹水天數（如農田原允許淹水數天）因產生之財產損失增加，造成民眾怨懟。復以現行水利建造物設計基準多為單一建造物之設計基準，運用於流域整體規劃時，有時產生過度保護或保護不足的情形。為使水利建造物能有效削減洪澇災害及提升政府行政資源有效利用，並能符合現今社經發展及防災應變要求，爰有檢討現行水利建造物設計基準之必要。 水利建造物指「水利法」規定與水患防治、水資源利用有關之防水、洩水、蓄水、引水四大類水利建造物，「水利建造物設計基準」著重於水利建造物功能面之技術基準，含保護標準等，其結構安全之設計基準仍應遵照內政部制訂的「建築技術規範」。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950220</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009503881</governmentpublicationsnumber><identifier>50924</identifier><internationalstandardbooknumber>9789860078763 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50924</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利建造物工程設計基準之檢討(1/2)－光碟版  Review on the Design Criteria for Hydraulic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>基於永續發展考量，未來公共工程投資將逐漸轉變成以現有構造物與設施之維護管理為主，配合適當之維護與營運管理制度，確保相關設施之使用安全與延長使用年限，同時維持營運常態化與穩定性。本計畫目的在藉由水利建造物生命週期制度之建立(防水、洩水部份)，據以提供水利建造物管理單位執行維護管理時之參考，暨主管機關從事督導、技術協助及必要經費審查之基準。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940228</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009501495</governmentpublicationsnumber><identifier>50926</identifier><internationalstandardbooknumber>9789860054453 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50926</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利建造物生命週期制度之建立總報告(含摘要本)(1)蓄水引水部份(2)防水洩水部份－光碟版  Development of Life Cycle Assessment for Hydratlic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>基於永續發展考量，未來公共工程投資將逐漸轉變成以現有構造物與設施之維護管理為主，配合適當之維護與營運管理制度，確保相關設施之使用安全與延長使用年限，同時維持營運常態化與穩定性。本計畫目的在藉由水利建造物生命週期制度之建立(蓄水、引水部份)，據以提供水利建造物管理單位執行維護管理時之參考，暨主管機關從事督導、技術協助及必要經費審查之基準。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940228</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009501495</governmentpublicationsnumber><identifier>50927</identifier><internationalstandardbooknumber>9789860054460 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50927</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利建造物生命週期制度之建立總報告(含摘要本)－蓄水、引水部份   Development of Life Cycle Assessment for Hydraulic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>基於永續發展考量，未來公共工程投資將逐漸轉變成以現有構造物與設施之維護管理為主，配合適當之維護與營運管理制度，確保相關設施之使用安全與延長使用年限，同時維持營運常態化與穩定性。本計畫目的在藉由水利建造物生命週期制度之建立(蓄水、引水部份)，據以提供水利建造物管理單位執行維護管理時之參考，暨主管機關從事督導、技術協助及必要經費審查之基準。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940228</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/24</date><governmentpublicationsnumber>1009501496</governmentpublicationsnumber><identifier>50928</identifier><internationalstandardbooknumber>9789860054453 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50928</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利建造物生命週期制度之建立總報告(含摘要本)－防水、洩水部份  Development of Life Cycle Assessment for Hydraulic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫藉由高雄縣林園鄉海域地形水深的監測成果，探討海岸結構物興築對海岸保護的成效。??地形水深資?分析可?此海域地形變遷主要由呈?種變遷型態，一為沿岸興築的?岸堤群改變極近岸區漂砂?為；其次，沿岸潛沒砂洲的運移。尤其後者對大範圍地形變遷影響?是明顯。中芸港以南東西汕海堤海域，??至目前為止地形變遷分析顯示現況的?岸堤配置中，在間距大於40m且無其它砂源補充的部份，堤後淤砂效果較?顯著。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.3232   351.3277</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950279</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/28</date><governmentpublicationsnumber>1009600618</governmentpublicationsnumber><identifier>50933</identifier><internationalstandardbooknumber>9789860090659 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50933</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>高雄海岸(鳳鼻頭至高屏溪口)基本資料監測調查(光碟版)＝Field Investigation and Analysis on the Coastal Topography and bed material at Offshore Area of Kaohsiung County (from Fongbitou to Gaoping River)</title><yearidentifier>200704</yearidentifier></data><data><abstract>經濟部水利署為滿足馬祖地區民國110年之用水需求，計劃在南竿新建950噸海淡廠一座。本計畫執行廠址附近海域環境之監測工作，以提供後續階段工程規劃設計及排放許可申請所需之背景資料</abstract><author>富聯工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950152</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/28</date><governmentpublicationsnumber>1009601067</governmentpublicationsnumber><identifier>50934</identifier><internationalstandardbooknumber>9789860095258 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50934</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>馬祖地區新增海水淡化廠海域環境監測調查(光碟版) ＝Marine  Environment  Monitoring and Investigation for  a  New Seawater Desalination Plant in Matsu Region</title><yearidentifier>200704</yearidentifier></data><data><abstract>行政院已核定民間參與金門海水淡化廠計畫，預定於民國97年前在小金門新建海水淡化廠，本計畫為辦理新建海水淡化廠申請排放管許可所需之一年四季海域環境監測資料，以利來相關興建計畫之推展與營管工作之所需。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950151</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/28</date><governmentpublicationsnumber>1009601069</governmentpublicationsnumber><identifier>50936</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50936</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>金門地區新增海水淡化廠海域環境監測調查(光碟版) ＝Marine environment monitoring and investigation for a new seawater desalination plant in Kinmen region</title><yearidentifier>200704</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68932   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>50937</identifier><internationalstandardbooknumber>9.79E+13</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50937</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(1/2)(光碟版)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫為考慮石門水庫無法正常供水時備援水源與備系統，並以較小之規模兼具增加三峽河之水源利用。故針對本計畫所規劃之攔河堰、調整池及越域引水路等各方案之地質狀況作調查，以提供後續工程規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950439</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/28</date><governmentpublicationsnumber>1009600366</governmentpublicationsnumber><identifier>50939</identifier><internationalstandardbooknumber>9789860088519 ; 9860088519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50939</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>三峽河調整池初步規劃：地質調查專題報告書(內附光碟) ＝Preliminary  study of Sanhsia River adjust pool-geological survey</title><yearidentifier>200703</yearidentifier></data><data><abstract>應用多光譜衛星遙測技術配合現地調查，對上游集水區之土地利用/地表覆蓋狀況及海岸地區之水質進行廣域且經常性之監測，以瞭解分洪對出口海岸地區水質之影響。</abstract><author>國立台灣大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950387</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/29</date><governmentpublicationsnumber>1009601068</governmentpublicationsnumber><identifier>50940</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50940</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>衛星遙測應用於員山子分洪隧道出口水質監測(1/2)＝Application of Remote Sensing to Water Quality Monitoring at the Outlet of Yuan-Shan-Tsu Diversion Tunnel (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>應用多光譜衛星遙測技術配合現地調查，對上游集水區之土地利用/地表覆蓋狀況及海岸地區之水質進行廣域且經常性之監測，以瞭解分洪對出口海岸地區水質之影響。</abstract><author>國立臺灣大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950387</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/29</date><governmentpublicationsnumber>1009601068</governmentpublicationsnumber><identifier>50941</identifier><internationalstandardbooknumber>986-00-9571- ; 986009571</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50941</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>衛星遙測應用於員山子分洪隧道出口水質監測(1/2)－光碟版＝Application of remote sensing to water quality monitoring at the outlet of Yuan-Shan-Tsu diversion tunnel (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>林石猛</author><categoryidentifier>588.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>93003360</governmentpublicationsnumber><identifier>50943</identifier><internationalstandardbooknumber>9789867697301 ; 9867697308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50943</librarycollectiondetailsurl><price>680</price><publisher>學林文化事業公司</publisher><publishrocyear>93</publishrocyear><title>行政訴訟類型之理論與實務</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>管歐</author><categoryidentifier>580.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>86002167</governmentpublicationsnumber><identifier>50944</identifier><internationalstandardbooknumber>9789571113128 ; 9571113125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50944</librarycollectiondetailsurl><price>490</price><publisher>五南出版公司</publisher><publishrocyear>86</publishrocyear><title>法律類似語辨異</title><yearidentifier>199702</yearidentifier></data><data><abstract> </abstract><author>楊與齡</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>80004321</governmentpublicationsnumber><identifier>50945</identifier><internationalstandardbooknumber>9789571104379 ; 957110437x</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50945</librarycollectiondetailsurl><price>6</price><publisher>五南出版公司ˇ</publisher><publishrocyear>85</publishrocyear><title>民法物權</title><yearidentifier>199604</yearidentifier></data><data><abstract>本計劃係針對屏東縣東港鎮、林邊及佳冬鄉間海岸舉辦海岸防災水工模型試驗探討探討多種海岸防護結構物佈置型式之溯上特性及海灘侵淤情形。工作內容包含 1.)基本資料蒐集及分析；2.)過往規劃案之安全性及安定性檢證；3.)既有海岸防護設施及足可改善海岸環境設施之評估；4.)海堤高程之安全性及堤頂降低之可行性評估；5.)離岸堤形式或佈置後對現有海岸地形之影響探討；6.)養灘方案之地點及方式研擬等。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.31</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950318</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>1009601232</governmentpublicationsnumber><identifier>50946</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50946</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>屏東海岸改善防護結構物佈置水工模型試驗=The Hydraulic Model Studies for the Improvement of the Arrangement on Coastal Protection Structures of Ping-Tung</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計劃係針對屏東縣東港鎮、林邊及佳冬鄉間海岸舉辦海岸防災水工模型試驗探討探討多種海岸防護結構物佈置型式之溯上特性及海灘侵淤情形。工作內容包含 1.)基本資料蒐集及分析；2.)過往規劃案之安全性及安定性檢證；3.)既有海岸防護設施及足可改善海岸環境設施之評估；4.)海堤高程之安全性及堤頂降低之可行性評估；5.)離岸堤形式或佈置後對現有海岸地形之影響探討；6.)養灘方案之地點及方式研擬等。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.31</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950318</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>1009601232</governmentpublicationsnumber><identifier>50947</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50947</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>屏東海岸改善防護結構物佈置水工模型試驗－光碟版 =The Hydraulic Model Studies for the Improvement of the Arrangement on Coastal Protection Structures of Ping-Tung</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫係為針對高屏溪沿岸「武洛溪水質改善計畫（第一、二期）」及「一、二、三期自然生態園區」兩處場址，進行人工濕地周圍地表水及地下水水質檢測，濕地進水量分析及觀測地下水位變化，並針對土壤的營養元素及無機污染物進行檢測分析，且延續水域生態調查及環境荷爾蒙物質壬基酚檢測。</abstract><author>屏東科技大學</author><categoryidentifier>443.3   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950260</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>1009600706</governmentpublicationsnumber><identifier>50949</identifier><internationalstandardbooknumber>9789860091908 ; 9789860091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50949</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>人工溼地水質淨化成效評估及水回收再利用之研究(2/2) =Pilot  Studies  on  Evaluation  of  Water  Quality  Improvement  and  Water  Reuse  in  Constructed  Wetland(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫係為針對高屏溪沿岸「武洛溪水質改善計畫（第一、二期）」及「一、二、三期自然生態園區」兩處場址，進行人工濕地周圍地表水及地下水水質檢測，濕地進水量分析及觀測地下水位變化，並針對土壤的營養元素及無機污染物進行檢測分析，且延續水域生態調查及環境荷爾蒙物質壬基酚檢測。</abstract><author>屏東科技大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950260</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>1009600706</governmentpublicationsnumber><identifier>50950</identifier><internationalstandardbooknumber>9789860091908 ; 9789860091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50950</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>人工溼地水質淨化成效評估及水回收再利用之研究(2/2) －光碟版=Pilot  Studies  on  Evaluation  of  Water  Quality  Improvement  and  Water  Reuse  in  Constructed  Wetland(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>透過國內外專家學者論壇之共同討論方式整合各方意見，以作為未來大甲溪流域聯合整體治理對策研擬執行之依據</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950312</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/30</date><governmentpublicationsnumber>1009503614</governmentpublicationsnumber><identifier>50951</identifier><internationalstandardbooknumber>9789860076677 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50951</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大甲溪治理方案論壇(成果資料光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>1、建置台灣地區水資源統合系統並配合政府法令政策建立協調機制，作為緊急乾旱時期用水調度與應變決策之依循。 2、掌握區域水資源現況及各標的用水資訊，協調並統籌調度作業，提昇水資源的運用效率。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009601098</governmentpublicationsnumber><identifier>50952</identifier><internationalstandardbooknumber>986-00-9564- ; 986009564</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50952</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>96</publishrocyear><title>台灣地區水資源水情決策支援系統建置計畫〈光碟版〉  Taiwan Area Water Resources Information and Decision Support System</title><yearidentifier>200701</yearidentifier></data><data><abstract>1、建置台灣地區水資源統合系統並配合政府法令政策建立協調機制，作為緊急乾旱時期用水調度與應變決策之依循。 2、掌握區域水資源現況及各標的用水資訊，協調並統籌調度作業，提昇水資源的運用效率。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009601098</governmentpublicationsnumber><identifier>50953</identifier><internationalstandardbooknumber>986-00-9564- ; 986009564</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50953</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>96</publishrocyear><title>台灣地區水資源水情決策支援系統建置計畫總報告 Taiwan Area Water Resources Information and Decision Support System</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009601098</governmentpublicationsnumber><identifier>50954</identifier><internationalstandardbooknumber>9789860095647 ; 9860095647</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50954</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>96</publishrocyear><title>台灣地區水資源水情決策支援系統建置計畫操作手冊</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009601098</governmentpublicationsnumber><identifier>50955</identifier><internationalstandardbooknumber>9789860095647 ; 9860095647</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50955</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>96</publishrocyear><title>台灣地區水資源水情決策支援系統建置計畫管理維護手冊</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.8029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009601098</governmentpublicationsnumber><identifier>50956</identifier><internationalstandardbooknumber>9789860095647 ; 9860095647</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50956</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署〈台中辦公區  〉</publisher><publishrocyear>96</publishrocyear><title>台灣地區水資源水情決策支援系統建置計畫技術移轉手冊</title><yearidentifier>200701</yearidentifier></data><data><abstract>為利防汛期間河川水位變化之掌握，依河川管理辦理各河川隻主管機關應訂定並公告河川之警戒水位以作為防災預警之管制手段，本年度為實施頭前溪流域警戒水位檢討之需，辦理計畫河道大斷面測量工作，藉以取得大斷面測量成果，供訂定警戒水位檢討之依據，並作為本溪治理規劃及河道變異等基本資料之建制。</abstract><author>幀衡工程顧問有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950331</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009600504</governmentpublicationsnumber><identifier>50957</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50957</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪支流上坪溪及油羅溪大斷面測量計畫－成果報告</title><yearidentifier>200703</yearidentifier></data><data><abstract>為利防汛期間河川水位變化之掌握，依河川管理辦理各河川隻主管機關應訂定並公告河川之警戒水位以作為防災預警之管制手段，本年度為實施頭前溪流域警戒水位檢討之需，爰依經濟部水利署95年1月4日經水文字第09530000040號函辦理計畫河道大斷面測量工作，藉以取得大斷面測量成果，供訂定警戒水位檢討之依據，並作為本溪治理規劃及河道變異等基本資料之建</abstract><author>幀衡工程顧問有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950331</commissionedprojectidentifier><currency>NT$</currency><date>2007/5/31</date><governmentpublicationsnumber>1009600505</governmentpublicationsnumber><identifier>50958</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50958</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪支流上坪溪及油羅溪大斷面測量計畫－大斷面測量成果</title><yearidentifier>200703</yearidentifier></data><data><abstract>基於永續發展考量，未來公共工程投資將逐漸轉變成以現有構造物與設施之維護管理為主，配合適當之維護與營運管理制度，確保相關設施之使用安全與延長使用年限，同時維持營運常態化與穩定性。本計畫目的在藉由水利建造物生命週期制度之建立(防水、洩水部份)，據以提供水利建造物管理單位執行維護管理時之參考，暨主管機關從事督導、技術協助及必要經費審查之基準。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>1009501495</governmentpublicationsnumber><identifier>50964</identifier><internationalstandardbooknumber>9789860054453 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50964</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>水利建造物生命週期制度之建立-總報告(含摘要本)-(防水.洩水部份) Development of Life Cycle Assessment for Hydraulic Structures</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50965</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50965</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十七期）</title><yearidentifier>200705</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50966</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50966</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十八期）</title><yearidentifier>200705</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50967</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50967</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第十九期）</title><yearidentifier>200705</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>50968</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50968</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十期）</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/6</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>50969</identifier><internationalstandardbooknumber>1606-2574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50969</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>節約用水季刊（第四十五期）－『澳洲百年大旱』以創新思維迎向紀水戰</title><yearidentifier>200704</yearidentifier></data><data><abstract>北區水資源局管理系統建置計畫，旨在建立區域之水資源管理資訊系統。藉由乾旱預警、調度模擬、水情監視評估及作業支援，提供水資源管理上之決策支援訊息，達成有效管理水資源之目標。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/7</date><governmentpublicationsnumber>1009300338</governmentpublicationsnumber><identifier>50973</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50973</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>北區水資源管理系統建置(光碟版) Report of Establishing North Region Water Resources Management System</title><yearidentifier>200401</yearidentifier></data><data><abstract>寶山第二水庫(以下簡稱寶二水庫)於民國94年完工加入營運後，因用水設施尚包括現有之寶山水庫、上坪堰、隆恩堰及引、導水工程，其管理單位目前分屬經濟部水利署北區水資源局(以下簡稱北水局)、台灣省自來水股份有限公司(以下簡稱水公司)及新竹農田水利會(以上簡稱水利會)等。由於寶二水庫擬與現有之寶山水庫及位於頭前溪之隆恩堰聯合運用，加上寶二水庫與寶山水庫均自上坪堰取水，兩水庫間並設計一條並聯之水源聯通管路，可相互調配亦可同時輸送原水至寶山給水廠處理。因此，如何利用水庫蓄水空間，靈活調度水源，以達到最佳之水源運用，有賴於適宜之營運管理組織與權責分配，為本報告探討之課題，俾提供水庫完成後營運之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642706</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/7</date><governmentpublicationsnumber>1009300933</governmentpublicationsnumber><identifier>50974</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50974</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>寶山第二水庫營運管理系統規劃、設計及建置－營運管理組織與權責檢討規劃(光碟版)</title><yearidentifier>200403</yearidentifier></data><data><abstract>台東海域由於先天地理環境特殊性，而擁有世界上發展深層海水產業之絕佳條件。本局轄下之台東縣東側海域位處海、陸板塊交接斜坡邊緣，海岸坡度較西海岸為陡，向海離岸不遠處即為太平洋海溝區，水深均超過700公尺，頗適合深層海水產業，與花蓮、宜蘭海域同為全台極具開發潛力候選區域之一。 本年度計畫為針對選定之潛力廠址區進行岸灘與海域之環境調查工作，辦理水深實測與收集海陸地形測繪、海域水文(溫度、鹽度、密度)資料、海域流況(流速、流向)資料、海域水質與底質資料…等環境條件現況，以建立該區域之基本環境資料；更進一步再將以上成果以GIS建置成查詢展示系統，以期日後能迅速與便捷地提供本局或相關單位有關深層海水潛力區之海洋環境條件與背景資料需求，以利後續投資之評估。 本計畫主要工作內容分成下列三大項目：(1)海陸域環境調查；(2)查詢展示系統建立；(3)深層海水開發可行性先期規劃。 就海陸域地形與海域環境之測量與調查成果，工作團隊於台東縣知本潛力廠址區海域內選擇4條適合佈放取水管之路徑，並就環境、技術與經濟三方面進行開發初步可行性評估，除溫差發電(OTEC)因初置成本因素暫不建議外，本區較適合進行深層海水產業開發之項目有：養殖、飲用水及觀光之冷能利用。 最後尚待進一步探討者為產業整合、地方政及民間之參與及政府輔導政策之落實。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950171</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/7</date><governmentpublicationsnumber>1009601114</governmentpublicationsnumber><identifier>50975</identifier><internationalstandardbooknumber>9789860096026 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50975</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫 The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area(Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>台東海域由於先天地理環境特殊性，而擁有世界上發展深層海水產業之絕佳條件。本局轄下之台東縣東側海域位處海、陸板塊交接斜坡邊緣，海岸坡度較西海岸為陡，向海離岸不遠處即為太平洋海溝區，水深均超過700公尺，頗適合深層海水產業，與花蓮、宜蘭海域同為全台極具開發潛力候選區域之一。本年度計畫為針對選定之潛力廠址區進行岸灘與海域之環境調查工作，辦理水深實測與收集海陸地形測繪、海域水文(溫度、鹽度、密度)資料、海域流況(流速、流向)資料、海域水質與底質資料…等環境條件現況，以建立該區域之基本環境資料；更進一步再將以上成果以GIS建置成查詢展示系統，以期日後能迅速與便捷地提供本局或相關單位有關深層海水潛力區之海洋環境條件與背景資料需求，以利後續投資之評估。本計畫主要工作內容分成下列三大項目：(1)海陸域環境調查；(2)查詢展示系統建立；(3)深層海水開發可行性先期規劃。就海陸域地形與海域環境之測量與調查成果，工作團隊於台東縣知本潛力廠址區海域內選擇4條適合佈放取水管之路徑，並就環境、技術與經濟三方面進行開發初步可行性評估，除溫差發電(OTEC)因初置成本因素暫不建議外，本區較適合進行深層海水產業開發之項目有：養殖、飲用水及觀光之冷能利用。最後尚待進一步探討者為產業整合、地方政及民間之參與及政府輔導政策之落實。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950171</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/7</date><governmentpublicationsnumber>1009601114</governmentpublicationsnumber><identifier>50976</identifier><internationalstandardbooknumber>9789860096026 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50976</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫(光碟版)=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area(Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫藉由高雄縣林園鄉海域地形水深的監測成果，探討海岸結構物興築對海岸保護的成效。??地形水深資?分析可?此海域地形變遷主要由呈?種變遷型態，一為沿岸興築的?岸堤群改變極近岸區漂砂?為；其次，沿岸潛沒砂洲的運移。尤其後者對大範圍地形變遷影響?是明顯。中芸港以南東西汕海堤海域，??至目前為止地形變遷分析顯示現況的?岸堤配置中，在間距大於40m且無其它砂源補充的部份，堤後淤砂效果較?顯著。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.3232   351.3277</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950279</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/8</date><governmentpublicationsnumber>1009600618</governmentpublicationsnumber><identifier>50980</identifier><internationalstandardbooknumber>9789860090659 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50980</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>高雄海岸(鳳鼻頭至高屏溪口)基本資料監測調查=Field lnvestigation and Analysis on the Coastal Topography and Bed Material at Offshore Area of Kaohsiung County (from Fongbitou to Gaoping River)</title><yearidentifier>200704</yearidentifier></data><data><abstract>行政院已核定民間參與金門海水淡化廠計畫，預定於民國97年前在小金門新建海水淡化廠，本計畫為辦理新建海水淡化廠申請排放管許可所需之一年四季海域環境監測資料，以利來相關興建計畫之推展與營管工作之所需。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950151</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/8</date><governmentpublicationsnumber>1009601069</governmentpublicationsnumber><identifier>50981</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50981</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>金門地區新增海水淡化廠海域環境監測調查 ＝Marine environment monitoring and investigation for a new seawater desalination plant in Kinmen region</title><yearidentifier>200704</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68932   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950231</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/4</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>50982</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50982</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫致力於水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/8</date><governmentpublicationsnumber>1009503569</governmentpublicationsnumber><identifier>50983</identifier><internationalstandardbooknumber>9789860076493 ; 9860076499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50983</librarycollectiondetailsurl><price>1000</price><publisher>水利署水規所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造第5期5年計畫(1/2)The 5th five- year planning of drainage improvement and environment rehabilitation</title><yearidentifier>200612</yearidentifier></data><data><abstract>水利署所屬單位，在民國93~95年度期間，執行海岸環境營造五年計畫所衍生的海岸防護設施現況、管理維護類計畫及工程措施類計畫進行評估與檢討發現問題癥結俾進而擬定改善策略；並據以提出次一階段海岸營造之相關計畫</abstract><author>國立中山大學</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950268</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009600977</governmentpublicationsnumber><identifier>50984</identifier><internationalstandardbooknumber>9789860093902 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50984</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(1/2)總評估報告(內附光碟)＝A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>水利署所屬單位，在民國93~95年度期間，執行海岸環境營造五年計畫所衍生的海岸防護設施現況、管理維護類計畫及工程措施類計畫進行評估與檢討發現問題癥結俾進而擬定改善策略；並據以提出次一階段海岸營造之相關計畫</abstract><author>國立中山大學</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950268</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009600977</governmentpublicationsnumber><identifier>50985</identifier><internationalstandardbooknumber>9789860093902 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50985</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(1/2)附冊(內附光碟)＝A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱水利署)欲透過可靠的管理機制與平台來提高資訊系統之穩定性及可用性，在重大事件發生之前，來搜集相關事件，即時警示並提供相關資訊及知識讓管理者有能力處理重大問題，讓資訊系統服務能夠延續，提升服務品質與效率，增加資訊系統之商業價值。</abstract><author>鼎盛資科股份有限公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950132</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/8</date><governmentpublicationsnumber>1009503459</governmentpublicationsnumber><identifier>50986</identifier><internationalstandardbooknumber>9789860075243 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50986</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利相關應用系統服務效能監控系統建置計畫  Proposal,  efficiency of service and system of surveillance, for Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200610</yearidentifier></data><data><abstract>本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950282</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/8</date><governmentpublicationsnumber>1009600533</governmentpublicationsnumber><identifier>50989</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50989</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>後灣海岸海堤改善後監測計畫(1/3)=Coastal Restoration Planning in Hou-Wan Area(1/3)</title><yearidentifier>200703</yearidentifier></data><data><abstract>台東海岸〈香蘭段〉監測防護計畫〈2/2〉</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3   351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009600990</governmentpublicationsnumber><identifier>50992</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50992</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東海岸〈香蘭段〉監測防護計畫〈2/2〉= Image Monitoring and Protection Program At Hsianlan Coast ,Taitung〈2/2〉</title><yearidentifier>200704</yearidentifier></data><data><abstract>台東海岸〈香蘭段〉監測防護計畫〈2/2〉〈光碟版〉=Image Monitoring and Protection Program At Hsianlan Coast ,Taitung〈2/2〉</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3   351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009600990</governmentpublicationsnumber><identifier>50993</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50993</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東海岸(香蘭段)監測防護計畫(2/2)--光碟版=Image Monitoring and Protection Program At Hsianlan Coast ,Taitung (2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫之目的為完成濁水溪水源分析暨集集堰下游南北兩岸巳完成初步規劃之人工綜合評估，以供區域水源運用之參考，工作範圍為濁水溪集集堰下游南北兩岸區域。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009503592</governmentpublicationsnumber><identifier>50994</identifier><internationalstandardbooknumber>9789860076462 ; 9860076464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50994</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>濁水溪人工湖規劃(內附光碟)＝The Planning for the Artificial Lake in Choshui Alluvial Fan</title><yearidentifier>200612</yearidentifier></data><data><abstract>現階段雲林地區濁水溪扇頂人工湖主要係朝地下水補注或水源運用等功能進行規劃，以地表水源取代區域局部地下水源，減少地下水抽用量，進而補注地下水，以減緩地層持續下陷之潛勢，並貯蓄水源以供區發展需求，提升區域水土資源之有效利用</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009503527</governmentpublicationsnumber><identifier>50995</identifier><internationalstandardbooknumber>9789860076158 ; 9860076154</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_50995</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林地區濁水溪扇頂人工湖初步評估(內附光碟)＝The Preliminary Study on Upper Choshui Delta Artificial Lake in Yunlin County</title><yearidentifier>200612</yearidentifier></data><data><abstract>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)＝The Monitor and Investigation of  Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge A</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009504408</governmentpublicationsnumber><identifier>51002</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51002</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)＝The Monitor and Investigation of  Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge A</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009504408</governmentpublicationsnumber><identifier>51003</identifier><internationalstandardbooknumber>9789860085174 ; 986008517X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51003</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)＝The Monitor and Investigation of  Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge A</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32782</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>51005</identifier><internationalstandardbooknumber>9789860095180 ; 9860095183</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51005</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32782</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950274</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>51006</identifier><internationalstandardbooknumber>9789860095180 ; 9860095183</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51006</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本書為河川局委託成大公共工程研究中心進行曾文溪堤防的安全性評估分析及研擬改善方案之研究計畫的成果報告書，內容包含地質鑽探、沉陷量監測、非破壞性檢測以及堤防淘空潛勢評估之結果，最後並依淘空原因以及不同破壞情形提出多項修復建議，並針對未來欲興建堤岸段，考量不同的河岸形式提出數種不同的堤防興建工法供河川局往後設計參考之用。</abstract><author>成功大學公共工程研究中心</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>1009504638</governmentpublicationsnumber><identifier>51007</identifier><internationalstandardbooknumber>986009561 ; 986009561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51007</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>曾文溪堤防安全性評估分析研究計畫(光碟版)＝The report for the  safety analysis and evaluation of dikes on Tseng-Wen River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本書為河川局委託成大公共工程研究中心進行曾文溪堤防的安全性評估分析及研擬改善方案之研究計畫的成果報告書，內容包含地質鑽探、沉陷量監測、非破壞性檢測以及堤防淘空潛勢評估之結果，最後並依淘空原因以及不同破壞情形提出多項修復建議，並針對未來欲興建堤岸段，考量不同的河岸形式提出數種不同的堤防興建工法供河川局往後設計參考之用。</abstract><author>成功大學公共工程研究中心</author><categoryidentifier>443.689741   443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950314</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009504638</governmentpublicationsnumber><identifier>51008</identifier><internationalstandardbooknumber>9789860095616 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51008</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>曾文溪堤防安全性評估分析研究計畫(內附光碟)＝The report for the  safety analysis and evaluation of dikes on Tseng-Wen River</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>2539890132</governmentpublicationsnumber><identifier>51009</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51009</librarycollectiondetailsurl><price>1100</price><publisher>行政院農委會特有生物研究保育中心</publisher><publishrocyear>89</publishrocyear><title>生態保育宣導短片集錦〈第一、二、三、四、五輯〉〈光碟版〉</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>4309001569</governmentpublicationsnumber><identifier>51010</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51010</librarycollectiondetailsurl><price>1100</price><publisher>行政院農委會特有生物研究保育中心</publisher><publishrocyear>89</publishrocyear><title>鐵甲將軍─螃蟹〈光碟版〉</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/11</date><governmentpublicationsnumber>3409101730</governmentpublicationsnumber><identifier>51013</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51013</librarycollectiondetailsurl><price>200</price><publisher> </publisher><publishrocyear>91</publishrocyear><title>九十年度生態保育宣導短片集錦〈錄影帶〉</title><yearidentifier>200206</yearidentifier></data><data><abstract>苗栗鯉魚潭水庫設施及管理維護用地範圍之地界及地形測量成果，界樁皆完成座標化</abstract><author>成威工程顧問公司</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009600641</governmentpublicationsnumber><identifier>51014</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51014</librarycollectiondetailsurl><price>2600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度鯉魚潭水庫設施及管理維護用地範圍測量成果報告地形圖</title><yearidentifier>200701</yearidentifier></data><data><abstract>苗栗鯉魚潭水庫設施及管理維護用地範圍之地界及地形測量成果，界樁皆完成座標化</abstract><author>成威工程顧問公司</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009600641</governmentpublicationsnumber><identifier>51015</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51015</librarycollectiondetailsurl><price>2600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度鯉魚潭水庫設施及管理維護用地範圍測量成果報告地形圖(光碟版)</title><yearidentifier>200701</yearidentifier></data><data><abstract>95年度鯉魚潭水庫之監測儀器概要,量測方法及現況檢討分析,監測資料評估分析,後續工作之建議等。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009601053</governmentpublicationsnumber><identifier>51016</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51016</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>九十五年度鯉魚潭水庫安全監測報告</title><yearidentifier>200704</yearidentifier></data><data><abstract>95年度鯉魚潭水庫之監測儀器概要,量測方法及現況檢討分析,監測資料評估分析,後續工作之建議等。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009601053</governmentpublicationsnumber><identifier>51017</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51017</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>九十五年度鯉魚潭水庫安全監測報告(光碟版)</title><yearidentifier>200704</yearidentifier></data><data><abstract>水庫管理中心為水庫完成後營管單位之辦公處所，負責水庫之操作運轉、維護檢查及蓄水管理等工作，因此湖山水庫管理中心規劃定位為具備管理維護、遊客服務及生態教育展示等功能。</abstract><author>戴榮伸建築師事務所</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009504557</governmentpublicationsnumber><identifier>51019</identifier><internationalstandardbooknumber>986-00-8769- ; 986008769</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51019</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>湖山水庫工程計畫：湖山水庫管理中心新建工程基本設計報告=Basic Design Report</title><yearidentifier>200703</yearidentifier></data><data><abstract>水庫管理中心為水庫完成後營管單位之辦公處所，負責水庫之操作運轉、維護檢查及蓄水管理等工作，因此湖山水庫管理中心規劃定位為具備管理維護、遊客服務及生態教育展示等功能。</abstract><author>戴榮伸建築師事務所</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>1009504557</governmentpublicationsnumber><identifier>51020</identifier><internationalstandardbooknumber>986-00-8769- ; 986008769</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51020</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>湖山水庫工程計畫：湖山水庫管理中心新建工程基本設計報告(光碟版)BASic Design Report</title><yearidentifier>200703</yearidentifier></data><data><abstract>水利署所屬單位，在民國93~95年度期間，執行海岸環境營造五年計畫所衍生的海岸防護設施現況、管理維護類計畫及工程措施類計畫進行評估與檢討發現問題癥結俾進而擬定改善策略；並據以提出次一階段海岸營造之相關計畫</abstract><author>國立中山大學</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950268</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009600977</governmentpublicationsnumber><identifier>51022</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51022</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(1/2)＝A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for improvement (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>農田水利會配合行政院農業委員會之政策指示，已推行生態工程建設3年，為加強宣導農民認知，並做員工工作上參考，拍攝此宣導影片，以使政策更加落實而有效。</abstract><author>宜蘭.石門.新竹.嘉南.台東農田水利會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/12</date><governmentpublicationsnumber>4509600531</governmentpublicationsnumber><identifier>51024</identifier><internationalstandardbooknumber>9789789860081 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51024</librarycollectiondetailsurl><price>250</price><publisher>農委會</publisher><publishrocyear>96</publishrocyear><title>農田水利會生態工程宣導影片</title><yearidentifier>200703</yearidentifier></data><data><abstract>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950171</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009601114</governmentpublicationsnumber><identifier>51027</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51027</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area (Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-095017</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/13</date><governmentpublicationsnumber>100960114</governmentpublicationsnumber><identifier>51028</identifier><internationalstandardbooknumber>9789860096026 ; 9860096026</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51028</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫(光碟版)=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area (Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950282</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/13</date><governmentpublicationsnumber>1009600533</governmentpublicationsnumber><identifier>51029</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51029</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>後灣海岸海堤改善後監測計畫(1/3)－光碟版 Coastal Restoration Planning in Hou-Wan Area(1/3)正式報告書</title><yearidentifier>200703</yearidentifier></data><data><abstract>完成雲林南部沿海嚴重地層下陷地區國土復育及利用示範區之規劃(初步設計)，以供將來工程實施之參考，並依執行成果檢討推廣於其他沿海嚴重地層下陷地區，以有效復育嚴重地層下陷地區的生態環境，減緩地層下陷所造成的危害，降低人民生命財產損失，提高土地利用價值，重塑鄉村新風貌，促進環境資源永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>356.267</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/13</date><governmentpublicationsnumber>1009502727</governmentpublicationsnumber><identifier>51030</identifier><internationalstandardbooknumber>9789860068245 ; 9789860068</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51030</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林南部嚴重地層下陷區國土復育及利用(附圖)雲林南部國土復育規劃設計圖</title><yearidentifier>200610</yearidentifier></data><data><abstract>本計畫係針對苗栗海岸現況做調查並對較具嚴重侵蝕或對環境破壞之區域提出改善方案及對策研擬，其中青天泉海岸屬於侵蝕較嚴重之地區，本年度提出2個改善方案供參。１石籠保護工２石袋木樁。苑裡海岸為風飛砂嚴重地區，本計畫將苑裡海岸分成3區並分別對前濱區、後濱區、活動砂丘帶、安定砂丘帶提出防風定砂之具體改善對策。</abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950276</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/14</date><governmentpublicationsnumber>1009600844</governmentpublicationsnumber><identifier>51038</identifier><internationalstandardbooknumber>9789860092936 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51038</librarycollectiondetailsurl><price>工本費1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>苗栗海岸復育研究計畫〈2/2〉－內附光碟 = Study on  coastal restoration  in Miao-Li  county〈2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫研究包括三部分1.清天泉海岸長約2.3公里，主要為海岸防風林邊緣侵蝕問題，建議分段防治，除林務局已進行500m海事固袋保護區段外，其他段海岸分別建議修復竹籬定沙並植草、及採石籠保護工500公尺等；2.針對苑理海岸飛沙整治，建議整治苑港漁港至苑裡漁港間海岸，本段海岸長約2.4公里，依飛沙淤積程度、人工構造物及植生狀況分三區整治，並依海灘斷面之前濱(灘)、後濱(灘)、活動沙丘及安定沙丘，分別建議興建石滬、利用農田排水、建防風網與竹籬及植栽等整治工法；3. 針對海岸保護整合方案評估，應用多評準決策(MCDM)方法，考量自然生態、防災安全及景觀親水等3目標層及 9分項目標層，整體評估苗栗海岸22分區，建議7個優先考慮復育之海岸段，及研提初步改善構想，供苗栗縣海岸未來復育規劃及建設參考。</abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950276</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/14</date><governmentpublicationsnumber>1009600865</governmentpublicationsnumber><identifier>51039</identifier><internationalstandardbooknumber>9789860092943 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51039</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>苗栗海岸復育研究計畫總報告(光碟版)＝Study on coastal restoration  in Miao-Li County</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫係針對苗栗海岸現況做調查並對較具嚴重侵蝕或對環境破壞之區域提出改善方案及對策研擬，其中青天泉海岸屬於侵蝕較嚴重之地區，本年度提出2個改善方案供參。１石籠保護工２石袋木樁。苑裡海岸為風飛砂嚴重地區，本計畫將苑裡海岸分成3區並分別對前濱區、後濱區、活動砂丘帶、安定砂丘帶提出防風定砂之具體改善對策。</abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950276</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/14</date><governmentpublicationsnumber>1009600844</governmentpublicationsnumber><identifier>51040</identifier><internationalstandardbooknumber>9789860092936 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51040</librarycollectiondetailsurl><price>工本費1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>苗栗海岸復育研究計畫(2/2)光碟版 = Study on  coastal restoration  in Miao-Li  county(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫係針對苗栗海岸現況做調查並對較具嚴重侵蝕或對環境破壞之區域提出改善方案及對策研擬，其中青天泉海岸屬於侵蝕較嚴重之地區，本年度提出2個改善方案供參。１石籠保護工２石袋木樁。苑裡海岸為風飛砂嚴重地區，本計畫將苑裡海岸分成3區並分別對前濱區、後濱區、活動砂丘帶、安定砂丘帶提出防風定砂之具體改善對策。</abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950276</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/14</date><governmentpublicationsnumber>1009600865</governmentpublicationsnumber><identifier>51041</identifier><internationalstandardbooknumber>9789860092943 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51041</librarycollectiondetailsurl><price>工本費1300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>苗栗海岸復育研究計畫總報告－內附光碟 = Study on  coastal restoration  in Miao-Li  county</title><yearidentifier>200704</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51045</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51045</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十一期）</title><yearidentifier>200705</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51046</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51046</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十二期）</title><yearidentifier>200705</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51047</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51047</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十三期）</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/15</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>51049</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51049</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>96</publishrocyear><title>公共工程年刊=PUBLIC CONSTRUCTION COMMISSION</title><yearidentifier>200703</yearidentifier></data><data><abstract>沉澱池、沉澱泥砂處理池及相關機電儀控設施，本書敘述本工程施工及運轉相關過程及成果。</abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/20</date><governmentpublicationsnumber>1009601027</governmentpublicationsnumber><identifier>51050</identifier><internationalstandardbooknumber>9789860094558 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>集集共同引水工程後續計畫-工業用水專用設施沉澱池工程竣工報告</title><yearidentifier>200702</yearidentifier></data><data><abstract>本計畫為了延續與落實「生態工法應用於海岸復育之研究」計畫的研究成果與精神，進一步在青草崙海岸南段自然海岸沙丘區進行海岸植生與人工沙丘復育之現場試驗，並進行北段海堤斷面改善試驗研究.</abstract><author>成大研究發展基金會</author><categoryidentifier>351.393   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950278</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009601086</governmentpublicationsnumber><identifier>51051</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51051</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>青草崙海岸復育試驗研究(光碟版)＝Research of Rehabilitation Experiments at Ching-Tsao-Luu Coastal Area</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫為了延續與落實「生態工法應用於海岸復育之研究」計畫的研究成果與精神，進一步在青草崙海岸南段自然海岸沙丘區進行海岸植生與人工沙丘復育之現場試驗，並進行北段海堤斷面改善試驗研究.</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3   351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950278</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/20</date><governmentpublicationsnumber>1009601086</governmentpublicationsnumber><identifier>51052</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51052</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>青草崙海岸復育試驗研究＝Research of Rehabilitation  Experiments at Ching-Tsao-Luu Coastal Area</title><yearidentifier>200705</yearidentifier></data><data><abstract>經濟部水利署為滿足馬祖地區民國110年之用水需求，計劃在南竿新建950噸海淡廠一座。本計畫執行廠址附近海域環境之監測工作，以提供後續階段工程規劃設計及排放許可申請所需之背景資料</abstract><author>富聯工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950152</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/21</date><governmentpublicationsnumber>1009601067</governmentpublicationsnumber><identifier>51054</identifier><internationalstandardbooknumber>9789860095258 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51054</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>馬祖地區新增海水淡化廠海域環境監測調查 ＝Marine Environment  Monitoring and Investigation for a  New Seawater Desalination plant in Matsu Region</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>華義水文地質技師事務所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/25</date><governmentpublicationsnumber>1009404945</governmentpublicationsnumber><identifier>51070</identifier><internationalstandardbooknumber>9789860041477 ; 9860041471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51070</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>設計.監造「94年度地下水觀測站井建置維護與調查試驗」計畫</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950233</commissionedprojectidentifier><currency>NT$</currency><date>2007/6/25</date><governmentpublicationsnumber>1009503320</governmentpublicationsnumber><identifier>51072</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51072</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(1/2)(內含光碟)＝The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Cosat</title><yearidentifier>200611</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/25</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51075</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十四期）</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/25</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>51076</identifier><internationalstandardbooknumber>9789860079517 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51076</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)=River Corridor and Habiat Restoration-Principles and Practices system(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人中華顧問工程司</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/26</date><governmentpublicationsnumber>1009503915</governmentpublicationsnumber><identifier>51094</identifier><internationalstandardbooknumber>9789860079968 ; 986007996x</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51094</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台南海岸復育規劃(1/2)(急水溪至曾文溪口)成果資料光碟</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署為滿足馬祖地區民國110年之用水需求，計劃在南竿新建950噸海淡廠一座。本計畫執行廠址附近海域環境之監測工作，以提供後續階段工程規劃設計及排放許可申請所需之背景資料</abstract><author>富聯工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/27</date><governmentpublicationsnumber>1009601067</governmentpublicationsnumber><identifier>51104</identifier><internationalstandardbooknumber>9789860095258 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51104</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>馬祖地區新增海水淡化廠海域環境監測調查〈附冊〉Marine Environment  Monitoring and Investigation for a  New Seawater Desalination plant in Matsu Region</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/28</date><governmentpublicationsnumber>8944891921</governmentpublicationsnumber><identifier>51110</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51110</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>花蓮縣吉安鄉中園排水細統改善規劃地區排水系統改善規劃報告Report on the Improvement  Planning of Jung-Yuan Drainage Systen,Ji-an Shiang,Hualian County</title><yearidentifier>200011</yearidentifier></data><data><abstract>員山子分洪工程係於基隆河上游築堰分洪，以期減低基隆河中 下游地區之洪水負擔，分洪地點位於瑞芳鎮員山子瑞柑新村附近，興 建攔河堰將洪水經由側流堰導入分洪隧道，朝東北方向通過九份溪及 基隆山西麓，最後將洪水排入東海。 目前完成基本設計階段地質調查工作，根據調查結果進行綜合 評估，掌握隧道沿線之地質狀況，對於隧道施工可能遭遇之斷層破碎 帶、地下湧水、煤層、廢煤坑、有害氣體等地質困難問題，研判其影 響程度與區段，並推估隧道沿線岩體分類分布情形。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/28</date><governmentpublicationsnumber>1009100051</governmentpublicationsnumber><identifier>51118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51118</librarycollectiondetailsurl><price>3326</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪工程計畫地質補充探查試驗專題報告(內附光碟)</title><yearidentifier>200201</yearidentifier></data><data><abstract>台灣位處西太平洋颱風行經路線上,洪氾災害較其他國家頻繁,目前國內防洪方法大多採取工程措施,不過洪災具有不確定性與災損等風險因素,為有效執行洪災管理,必須將災害風險概念運用於洪災管理之工作上,在有限的資源下,優先處理危險度高之區域.本計畫主要以大里溪水系上游河川為示範區,第一年利用影像處理與遙測技術評估土地利用之價值,並套疊淹水勢圖以評估洪氾區之災害;第二年依據第一年所選定之洪氾災害歷史事件進行淹水潛勢之數值模擬,並估算洪災損失.比較數值模擬及衛星影像估算洪災損失與實際損失金額之差異,以評估兩者應用於洪災損失估計之準確性.</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950430</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/3</date><governmentpublicationsnumber>1009601180</governmentpublicationsnumber><identifier>51144</identifier><internationalstandardbooknumber>9789860096828 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51144</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>96</publishrocyear><title>以遙測技術輔助洪災損失評估(1/2)成果報告(內附光碟) = Application of remote  sensing to flood lost assessment(1/2)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫為水利規劃試驗所依據總報告所提後續待辦工作之所列項目需進一步擴大辦理者之右脊西、南兩側之地質調查壩軸下游之地質調查及右山脊前剪裂帶之調查，爰據以辦理本委託技術工作</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/5</date><governmentpublicationsnumber>1009601026</governmentpublicationsnumber><identifier>51148</identifier><internationalstandardbooknumber>9789860094626 ; 9860094626</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51148</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃－三、地質專題 （五）右山脊工程地質補充調查專題報告書（內附光碟） Feasibility Study of shiwen Reservoir  Ⅲ. Geological Survery 5. Geological Supplementary Investigation of Right Saddle Ridge</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫為水利規劃試驗所依據總報告所提後續待辦工作之所列項目需進一步擴大辦理者之右脊西、南兩側之地質調查壩軸下游之地質調查及右山脊前剪裂帶之調查，爰據以辦理本委託技術工作</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/5</date><governmentpublicationsnumber>1009601026</governmentpublicationsnumber><identifier>51149</identifier><internationalstandardbooknumber>9789860094626 ; 9860094626</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51149</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃－三、地質專題 （五）右山脊工程地質補充調查專題報告書（光碟版） Feasibility Study of shiwen Reservoir  Ⅲ. Geological Survery 5. Geological Supplementary Investigation of Right Saddle Ridge</title><yearidentifier>200704</yearidentifier></data><data><abstract>台灣位處西太平洋颱風行經路線上,洪氾災害較其他國家頻繁,目前國內防洪方法大多採取工程措施,不過洪災具有不確定性與災損等風險因素,為有效執行洪災管理,必須將災害風險概念運用於洪災管理之工作上,在有限的資源下,優先處理危險度高之區域.本計畫主要以大里溪水系上游河川為示範區,第一年利用影像處理與遙測技術評估土地利用之價值,並套疊淹水勢圖以評估洪氾區之災害;第二年依據第一年所選定之洪氾災害歷史事件進行淹水潛勢之數值模擬,並估算洪災損失.比較數值模擬及衛星影像估算洪災損失與實際損失金額之差異,以評估兩者應用於洪災損失估計之準確性.</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950430</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/5</date><governmentpublicationsnumber>1009601180</governmentpublicationsnumber><identifier>51151</identifier><internationalstandardbooknumber>9789860096828 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51151</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>96</publishrocyear><title>以遙測技術輔助洪災損失評估(1/2)成果報告(光碟版) = Application of remote  sensing to flood lost assessment(1/2)</title><yearidentifier>200705</yearidentifier></data><data><abstract>為推展高屏溪河系河川事業、管理及提供水利工程單位對近自然工法規劃設計之參考依據，對高屏溪河系河川有關之各種情勢做整體之調查，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950259</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009600837</governmentpublicationsnumber><identifier>51188</identifier><internationalstandardbooknumber>9789860092714 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51188</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫(2/2)＝Investigation of Current Status in Kao Ping River System(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>為推展高屏溪河系河川事業、管理及提供水利工程單位對近自然工法規劃設計之參考依據，對高屏溪河系河川有關之各種情勢做整體之調查，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950259</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009600837</governmentpublicationsnumber><identifier>51189</identifier><internationalstandardbooknumber>9789860092714 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51189</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫(2/2)－光碟版＝Investigation of Current Status in Kao Ping River System(2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>海岸開發對地區之影響調查研究報告(2/5)=Investigation and Research on the Influence of Coastal Development on Local Areas. (第二年) (附冊)</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.393   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009101878</governmentpublicationsnumber><identifier>51193</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51193</librarycollectiondetailsurl><price>308</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>海岸開發對地區之影響調查研究報告(2/5)=Investigation and Research on the Influence of Coastal Development on Local Areas. (第二年) (附冊)</title><yearidentifier>200206</yearidentifier></data><data><abstract>基隆河汐止五堵地區洪災保險制度建立可行性研究</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.620305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>8944892068</governmentpublicationsnumber><identifier>51194</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51194</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>基隆河汐止五堵地區洪災保險制度建立可行性研究</title><yearidentifier>200101</yearidentifier></data><data><abstract>為推展高屏溪河系河川事業、管理及提供水利工程單位對近自然工法規劃設計之參考依據，對高屏溪河系河川有關之各種情勢做整體之調查，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940052</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009600839</governmentpublicationsnumber><identifier>51195</identifier><internationalstandardbooknumber>9789860092684 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51195</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫成果總報告書＝Investigation of Current Status in Gaoping River System</title><yearidentifier>200704</yearidentifier></data><data><abstract>為推展高屏溪河系河川事業、管理及提供水利工程單位對近自然工法規劃設計之參考依據，對高屏溪河系河川有關之各種情勢做整體之調查，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA094005</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009600839</governmentpublicationsnumber><identifier>51196</identifier><internationalstandardbooknumber>9789860092684 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51196</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫成果總報告書－光碟版＝Investigation of Current Status in Gaoping River System</title><yearidentifier>200704</yearidentifier></data><data><abstract>為推展高屏溪河系河川事業、管理及提供水利工程單位對近自然工法規劃設計之參考依據，對高屏溪河系河川有關之各種情勢做整體之調查，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940052</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009600839</governmentpublicationsnumber><identifier>51198</identifier><internationalstandardbooknumber>9789860092684 ; 9789860092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51198</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫成果總報告書(附錄本)＝Investigation of Current Status in Gaoping River System</title><yearidentifier>200704</yearidentifier></data><data><abstract>海岸開發對地區之影響調查研究報告(2/5)=Investigation and Research on the Influence of Coastal Development on Local Areas. (第二年)</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.393   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009101878</governmentpublicationsnumber><identifier>51200</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51200</librarycollectiondetailsurl><price>654</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>海岸開發對地區之影響調查研究報告(2/5)=Investigation and Research on the Influence of Coastal Development on Local Areas. (第二年)</title><yearidentifier>200206</yearidentifier></data><data><abstract>全省河川生態補充調查與資料庫建立研究計畫(1/4)(北部地區)</abstract><author>李訓煌、陳義雄共同主持</author><categoryidentifier>443.6897   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>51201</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51201</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(1/4)(北部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>1009000020</governmentpublicationsnumber><identifier>51202</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51202</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>濁水溪河口段配合水資源開發及對防洪與河道穩定之影響＝Water Resource Development of the Estuary of Zhousi River and the Influence of Flood Mitigation and River Stability</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/6</date><governmentpublicationsnumber>8944891872</governmentpublicationsnumber><identifier>51203</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51203</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>全省區域排水地理資訊系統:系統模組及資料建置 計畫報告</title><yearidentifier>200012</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。 本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950280</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>1009600920</governmentpublicationsnumber><identifier>51212</identifier><internationalstandardbooknumber>9789860093636 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51212</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>琉球海岸復育調查(2/2)＝The Restoration of Seashore at Lui-Qui Island (2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。 本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950280</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>1009600920</governmentpublicationsnumber><identifier>51213</identifier><internationalstandardbooknumber>9789860093636 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51213</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>琉球海岸復育調查(2/2)－光碟版＝The Restoration of Seashore at Lui-Qui Island (2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。 本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950280</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>1009600921</governmentpublicationsnumber><identifier>51214</identifier><internationalstandardbooknumber>9789860093643 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51214</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>琉球海岸復育調查成果總報告＝The Restoration of Seashore at Lui-Qui Island</title><yearidentifier>200704</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。 本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950280</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>1009600921</governmentpublicationsnumber><identifier>51215</identifier><internationalstandardbooknumber>9789860093643 ; 9789860093</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51215</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>琉球海岸復育調查成果總報告(光碟版）＝The Restoration of Seashore at Lui-Qui Island</title><yearidentifier>200704</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51217</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51217</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十五期）</title><yearidentifier>200706</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51218</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51218</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十六期）</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/9</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>51219</identifier><internationalstandardbooknumber>1606-2574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51219</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>節約用水季刊（第四十六期）－『搶救水資源大作戰０』中國大陸邁向節水型社會</title><yearidentifier>200706</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>367.881   443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>資本門095B01030008010</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/10</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>51222</identifier><internationalstandardbooknumber>9789860100594 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51222</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫(內附光碟)=Investigation of Current Status in the Er-Jen River System</title><yearidentifier>200706</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/10</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>51223</identifier><internationalstandardbooknumber>9789860100594 ; 9860100594</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51223</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫〈光碟版〉   Investigation  of  Current  Status  in  the Er-Jen  River  System</title><yearidentifier>200706</yearidentifier></data><data><abstract>基於配合防災國家型科技計畫項目工作時程,本計畫於前兩年度已於五流域相關子題完成初步具體規劃.本年度工作目標即為延續前兩年之規劃成果,基於整合立場,規劃建立整體洪水預警系統示範模式,實質建立鹽水溪及八掌/朴子溪三流域有關洪水預警系統之資訊流程,以作為確保整體洪水預警系統建置推廣與落實之基礎.</abstract><author>中華民國資訊基本建設產業發展協進會</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900011V3</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/11</date><governmentpublicationsnumber>1009005269</governmentpublicationsnumber><identifier>51233</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51233</librarycollectiondetailsurl><price>工本費800</price><publisher>經濟部水資源局</publisher><publishrocyear>91</publishrocyear><title>建立洪水預警系統暨水利設施災害防救體系整合計畫（三）展示系統操作手冊</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>中央大學災害防治中心</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/11</date><governmentpublicationsnumber>1009104414</governmentpublicationsnumber><identifier>51236</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51236</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>颱風災害應變管理系統使用及維護手冊</title><yearidentifier>200212</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成以下專題報告及教學教材</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/11</date><governmentpublicationsnumber>1009601616</governmentpublicationsnumber><identifier>51242</identifier><internationalstandardbooknumber>9789860094657 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51242</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬工作執行報告=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成以下專題報告及教學教材</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009601616</governmentpublicationsnumber><identifier>51243</identifier><internationalstandardbooknumber>9789860094657 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51243</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬工作執行報告(教學光碟版)=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成專題報告及教學教材。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/11</date><governmentpublicationsnumber>1009601618</governmentpublicationsnumber><identifier>51244</identifier><internationalstandardbooknumber>9789860094664 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51244</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬-專題報告第一冊國內外攔河堰與沉砂池資料彙編=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009601619</governmentpublicationsnumber><identifier>51245</identifier><internationalstandardbooknumber>9789860094671 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51245</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬-專題報告第二冊攔河堰與沉砂池設計要領=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009601620</governmentpublicationsnumber><identifier>51246</identifier><internationalstandardbooknumber>9789860094695 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51246</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬-專題報告第三冊荖濃溪攔河堰與曾文溪東口攔河堰方案初步研擬評估=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/11</date><governmentpublicationsnumber>1009601622</governmentpublicationsnumber><identifier>51247</identifier><internationalstandardbooknumber>9789860094732 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51247</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬－專題報告第四冊國內魚道專題研究：以桶頭堰為例 Tsengwen Reservior Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51254</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51254</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十七期）</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920327V1</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009204314</governmentpublicationsnumber><identifier>51257</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51257</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海地區淹水潛勢之研究 (1/2)使用手冊  Study on flood inundation potential in the coastal regions of Taiwan (1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台大生物環境系統工程學系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009204317</governmentpublicationsnumber><identifier>51261</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51261</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災損失評估系統與資料庫簡易操作手冊(內附光碟) The Guidebook of Evaluation System and Database of Flood Damage for Operation and Maintenance</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫"研訂自來水技術規範",係編撰"自來水專有名詞",研擬"自來水漏水防止對策"及"我國自來水漏水改善對策",共3冊成果報告書(含報告書共4冊),提供國內自來水界參考應用,漏水防止因應之道可提供工程實務及政策推動之參考</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950167</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009504128</governmentpublicationsnumber><identifier>51264</identifier><internationalstandardbooknumber>9789860083491 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51264</librarycollectiondetailsurl><price>1550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>研訂自來水技術規範(光碟版)  Institution of technical code for  water supply</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫"研訂自來水技術規範",係編撰"自來水專有名詞",研擬"自來水漏水防止對策"及"我國自來水漏水改善對策",共3冊成果報告書(含報告書共4冊),提供國內自來水界參考應用,漏水防止因應之道可提供工程實務及政策推動之參考</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950167</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009504128</governmentpublicationsnumber><identifier>51265</identifier><internationalstandardbooknumber>9789860083491 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51265</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>研訂自來水技術規範  Institution of technical code for  water supply</title><yearidentifier>200612</yearidentifier></data><data><abstract>邀請國內外相關專業領域之專家學者,組成編輯委員會,收集先進國家自來水技術資料並彙整分析,編撰自來水專有名詞,供國內自來水界參考應用</abstract><author>中華自來水服務社</author><categoryidentifier>445.204</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950167</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009504380</governmentpublicationsnumber><identifier>51266</identifier><internationalstandardbooknumber>9789860084726 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51266</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>研訂自來水技術規範：自來水專有名詞 (內附光碟)Technical terms for  water supply</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣水源開發日益困難,降雨量逐漸減少,更突顯缺水問題,針對漏水現象調查及現況分析,研擬漏水防止計畫及預防對策,提供工程實務及未來政策推動之參考!</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950167</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009504383</governmentpublicationsnumber><identifier>51267</identifier><internationalstandardbooknumber>9789860084719 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51267</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>研訂自來水技術規範：自來水漏水對策(內附光碟) Countermeasures for  leakages of water supply</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣水源開發日益困難,降雨量逐漸減少,更突顯缺水問題,針對我國漏水現象調查及現況分析,研擬漏水防止計畫及預防對策,提供工程實務及未來政策推動之參考!</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950167</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/13</date><governmentpublicationsnumber>1009504384</governmentpublicationsnumber><identifier>51268</identifier><internationalstandardbooknumber>9789860084689 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51268</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>研訂自來水技術規範：我國自來水漏水改善對策(內附光碟) Improvement  methods for leakages of water supply in Taiwan</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區水文情況特殊，河川特性坡陡流短，自上游集水區降雨至下游河口入海不過數個小時，每逢颱風或豪雨，輒易造成洪災。在台灣之天然災害中，洪水災害為最頻仍，常造成生命財產之嚴重損失。經濟部水利署水利防災工作，於非汛期間需執行防救災整備業務；於汛期每逢颱洪來襲，需執行防救災應變之業務。此外，對於旱災、地震、公共安全也進行防救業務標準作業流程之建置。災害防救業務為一跨部會整合之工作，若無預先訂定明確防救災流程及任務歸屬，易造成防救災之人力與物力配置不當。然以往尚未完整建立防災作業手冊作為災害防救工作之依據。因此，本計畫藉由深度研討及蒐集各單位標準作業程序，進而建立一套更新修訂適合目前水利署水利防災中心使用操作之防災作業手冊。 過去防救災之經驗，可反映當時防救災程序之優缺點，亦可作為建立防救災程序之參考。因此本計畫參照美國哈佛大學管理個案研析方式，針對近年六項災害應變處理個案，進行個案訪談，深入分析探討，其成果可供未來改善防救災作業程序之參考。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950449</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/16</date><governmentpublicationsnumber>1009601683</governmentpublicationsnumber><identifier>51273</identifier><internationalstandardbooknumber>9789860101560 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51273</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災作業程序建立及作業手冊研定  Developing the standard  operation procedure for disaster prevention and a study of operation handbook</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣地區水文情況特殊，河川特性坡陡流短，自上游集水區降雨至下游河口入海不過數個小時，每逢颱風或豪雨，輒易造成洪災。在台灣之天然災害中，洪水災害為最頻仍，常造成生命財產之嚴重損失。經濟部水利署水利防災工作，於非汛期間需執行防救災整備業務；於汛期每逢颱洪來襲，需執行防救災應變之業務。此外，對於旱災、地震、公共安全也進行防救業務標準作業流程之建置。災害防救業務為一跨部會整合之工作，若無預先訂定明確防救災流程及任務歸屬，易造成防救災之人力與物力配置不當。然以往尚未完整建立防災作業手冊作為災害防救工作之依據。因此，本計畫藉由深度研討及蒐集各單位標準作業程序，進而建立一套更新修訂適合目前水利署水利防災中心使用操作之防災作業手冊。 過去防救災之經驗，可反映當時防救災程序之優缺點，亦可作為建立防救災程序之參考。因此本計畫參照美國哈佛大學管理個案研析方式，針對近年六項災害應變處理個案，進行個案訪談，深入分析探討，其成果可供未來改善防救災作業程序之參考。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950449</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/16</date><governmentpublicationsnumber>1009601683</governmentpublicationsnumber><identifier>51274</identifier><internationalstandardbooknumber>9789860101560 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51274</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災作業程序建立及作業手冊研定(光碟版)  Developing the standard  operation procedure for disaster prevention and a study of operation handbook</title><yearidentifier>200706</yearidentifier></data><data><abstract>瞭解濁水溪；東港溪及林邊溪等沿海地區淹水潛勢狀況。加上抽取地下水影響，導致地層下陷，使得在颱風期間，常因排水不通暢而導致淹水現象產生。</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST93006V2</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/19</date><governmentpublicationsnumber>1009304670</governmentpublicationsnumber><identifier>51280</identifier><internationalstandardbooknumber>9789570195592 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51280</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣沿海地區淹水潛勢之研究(2/2) 系統操作手冊  Study on flood inundation potential in the coastal regions of Taiwan(2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51290</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51290</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十八期）</title><yearidentifier>200707</yearidentifier></data><data><abstract>白冷圳主要供應新社地區灌溉用水，自九二一地震修復後，取水能力增加，鑑於經水利會加強灌溉管理及妥善維護渠道下，白冷圳除供應本身需水外，可能尚有餘水供應鄰近地區，而鄰近大坑地區及崑山、頭坪、水井等地區需水殷切，爰此，台中市政府於93年委託農工中心進行白冷圳節餘水源移用至台中大坑之可性行性評估，本規劃完成大坑地區655公頃旱地之灌溉管路佈置及初步規劃設計與每日計畫水量，但管線後續營運仍需台中水利會配合，惟台中水利會對白冷圳節餘水利用有不同規劃，因此於94年委託農工中心進行台中縣白冷圳節餘水源利用評估規劃，本規劃主要完成研擬各種供水方案估算用水成本，並評估白冷圳餘水作為崑山、水井及頭坪地區灌溉用水可行性。 上述兩項計畫在95年12月15日召開「白冷圳餘水引進台中縣、台中市大坑地區可行性評估」會議，會議結論水利署同意支持台中市政府所提白冷圳餘水引進台中市大坑地區利用計畫，但前述兩者報告中對餘水分析僅依取水及輸水能力，而非河川供引取水量，難以保證餘水可靠度，故附帶同意條件為先由本局於96年度辦理白冷圳剩餘水源量利用可靠度及餘水使用優先順序與對大甲溪水源量運用分配之影響等分析後，再進行後續推動方式研議。為檢討白冷圳剩餘水源量利用可靠度及餘水使用優先順序對大甲溪水量運用分配影響，爰提本「白冷圳餘水利用技術可行性評估」委託服務計畫書。 主要工作項目： 一、大甲溪剩餘水源量及白冷圳餘水可靠度分析：    依據大甲溪歷年流量資料並配合大甲溪整體水源運用、大安溪大甲溪聯合運用計畫、既有白冷圳用水需求及白冷圳輸水限制等條件下，分析大甲溪剩餘流量延時曲線及旬超越機率等，並敘明白冷圳能保證引取最可靠流量、白冷圳各旬之取水可靠度及餘水可靠度。  二、白冷圳餘水利用技術可行性檢討     藉由前述白冷圳餘水量分析結果，檢討93年及94年農工中心出版報告書中所提白冷圳餘水利用方案之技術是否可行及檢討餘水供應鄰近地區民生用水可行性，並進一步評估白冷圳餘水利用技術是否可行。 三、白冷圳餘水使用優先順序對大甲溪水源量運用分配影響分析    本項工作為分析白冷圳餘水使用優先順序對大甲溪水源量運用分配影響及餘水使用順序不同對下游食水嵙溪水量影響及對策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>1009601650</governmentpublicationsnumber><identifier>51291</identifier><internationalstandardbooknumber>9789860101201 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51291</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>白冷圳餘水利用評估＝Residual Water utilization Evaluation  for Bailung Canal</title><yearidentifier>200706</yearidentifier></data><data><abstract>白冷圳主要供應新社地區灌溉用水，自九二一地震修復後，取水能力增加，鑑於經水利會加強灌溉管理及妥善維護渠道下，白冷圳除供應本身需水外，可能尚有餘水供應鄰近地區，而鄰近大坑地區及崑山、頭坪、水井等地區需水殷切，爰此，台中市政府於93年委託農工中心進行白冷圳節餘水源移用至台中大坑之可性行性評估，本規劃完成大坑地區655公頃旱地之灌溉管路佈置及初步規劃設計與每日計畫水量，但管線後續營運仍需台中水利會配合，惟台中水利會對白冷圳節餘水利用有不同規劃，因此於94年委託農工中心進行台中縣白冷圳節餘水源利用評估規劃，本規劃主要完成研擬各種供水方案估算用水成本，並評估白冷圳餘水作為崑山、水井及頭坪地區灌溉用水可行性。 上述兩項計畫在95年12月15日召開「白冷圳餘水引進台中縣、台中市大坑地區可行性評估」會議，會議結論水利署同意支持台中市政府所提白冷圳餘水引進台中市大坑地區利用計畫，但前述兩者報告中對餘水分析僅依取水及輸水能力，而非河川供引取水量，難以保證餘水可靠度，故附帶同意條件為先由本局於96年度辦理白冷圳剩餘水源量利用可靠度及餘水使用優先順序與對大甲溪水源量運用分配之影響等分析後，再進行後續推動方式研議。為檢討白冷圳剩餘水源量利用可靠度及餘水使用優先順序對大甲溪水量運用分配影響，爰提本「白冷圳餘水利用技術可行性評估」委託服務計畫書。 主要工作項目： 一、大甲溪剩餘水源量及白冷圳餘水可靠度分析：    依據大甲溪歷年流量資料並配合大甲溪整體水源運用、大安溪大甲溪聯合運用計畫、既有白冷圳用水需求及白冷圳輸水限制等條件下，分析大甲溪剩餘流量延時曲線及旬超越機率等，並敘明白冷圳能保證引取最可靠流量、白冷圳各旬之取水可靠度及餘水可靠度。  二、白冷圳餘水利用技術可行性檢討     藉由前述白冷圳餘水量分析結果，檢討93年及94年農工中心出版報告書中所提白冷圳餘水利用方案之技術是否可行及檢討餘水供應鄰近地區民生用水可行性，並進一步評估白冷圳餘水利用技術是否可行。 三、白冷圳餘水使用優先順序對大甲溪水源量運用分配影響分析    本項工作為分析白冷圳餘水使用優先順序對大甲溪水源量運用分配影響及餘水使用順序不同對下游食水嵙溪水量影響及對策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>1009601650</governmentpublicationsnumber><identifier>51292</identifier><internationalstandardbooknumber>9789860101201 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51292</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>白冷圳餘水利用評估(光碟版)＝Residual Water utilization Evaluation  for Bailung Canal</title><yearidentifier>200706</yearidentifier></data><data><abstract>堤壩之安全管理與監測為水庫安全評估之重要一環，因為安全管理上所需之知識含水文學、物理學、材料力學、工程地質學、土壤力學、基礎工程學、土木施工學、電機工程學等相當廣泛，致使堤壩安全管理相關人員於從事此項工作時，偶會有吃力之感。筆者本著提供「堤壩安全管理與監測」綜合知識之用心，特著此書，俾供參考。期盼此書有助益於相關人員的知識獲得與素質提昇，進而加速監測資料處理、監測值判釋能力、安全管理效率等系統上的昇級。</abstract><author>楊朝平</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>1009302750</governmentpublicationsnumber><identifier>51295</identifier><internationalstandardbooknumber>9789570181708 ; 9789570181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51295</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>堤壩之安全管理與監測</title><yearidentifier>200409</yearidentifier></data><data><abstract>（1）決解洪水預報模式自網路取得資料、有效執行、輸出成果（2）開發視訊會議模組，並且整合需要觀看與討論的影像、資料、預報成果等（3）提升或解決網路效率與設備溝通問題;以達成順暢運作、支援決策的目標。</abstract><author>國立台灣大學水工試驗所、財團法人國家實驗研究院國家高速網路與計算中心、財團法人資訊工業策進會、以柔資訊股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>1009304672</governmentpublicationsnumber><identifier>51296</identifier><internationalstandardbooknumber>9789570195576 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51296</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>93</publishrocyear><title>洪水預報與減災應變格網雛型建置計畫－操作手冊 Development of The Flood Forecasting and Mitigation Grid,A Prototype</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>國立中央大學土木系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/20</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>51298</identifier><internationalstandardbooknumber>9789570195583 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51298</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及其應用系統之建置計畫」系統程式使用與維護手冊Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究對士文水庫施工擾動區域進行一年四季調查，水質調查結果，士文三號橋處水質未受污染，但下游農業用水需求大，枯水期間士文橋以下常有斷流情形;生物資源調查結果，共紀錄到保育類野生動物25種，其中哺乳類、魚類在水庫淹?區域內之分布情形尚有加強調查評估必要，以根據調查成果研擬具體之保育策略。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950424</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/25</date><governmentpublicationsnumber>1009601334</governmentpublicationsnumber><identifier>51312</identifier><internationalstandardbooknumber>9789860098235 ; 9789860098</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51312</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃（五）五、綜合專題（三）環境生態調查（光碟版）＝Feasibility Planning of Shi Wen Reservoir V comprehensive topics (3)Ecology Investigation for Environment</title><yearidentifier>200706</yearidentifier></data><data><abstract>本研究對士文水庫施工擾動區域進行一年四季調查，水質調查結果，士文三號橋處水質未受污染，但下游農業用水需求大，枯水期間士文橋以下常有斷流情形;生物資源調查結果，共紀錄到保育類野生動物25種，其中哺乳類、魚類在水庫淹?區域內之分布情形尚有加強調查評估必要，以根據調查成果研擬具體之保育策略。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950424</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/25</date><governmentpublicationsnumber>1009601334</governmentpublicationsnumber><identifier>51319</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51319</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃（五）五、綜合專題（三）環境生態調查＝Feasibility Planning of Shi Wen  Reservoir V Comprehensive Topics (3)Ecology Investigation for Environment</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601697</governmentpublicationsnumber><identifier>51329</identifier><internationalstandardbooknumber>9789860101669 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51329</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查總報告(光碟版)＝Investigation of current status  in Jhong-Gang River system</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601696</governmentpublicationsnumber><identifier>51330</identifier><internationalstandardbooknumber>9789860101652 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51330</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查(2/2)(光碟版)＝Investigation of current status  in Jhong-Gang River system</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6233   443.689733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009600442</governmentpublicationsnumber><identifier>51333</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51333</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪(復興鐵橋至出海口)水岸整建及景觀改善計畫=Beigang River (Fuxing Railway Bridge to the Estuary) Riverfront Landscape Restoration and Improvement</title><yearidentifier>200703</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學</author><categoryidentifier>367.881   443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601696</governmentpublicationsnumber><identifier>51334</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51334</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查(2/2)＝Investigation of current status  in Jhong-Gang River system</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601697</governmentpublicationsnumber><identifier>51335</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51335</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查總報告＝Investigation of current status  in Jhong-Gang River system</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問有限公司</author><categoryidentifier>443.6233   443.689733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009600442</governmentpublicationsnumber><identifier>51336</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51336</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪〈復興鐵橋至出海口〉水岸整建及景觀改善計畫 =Beigang River〈Fuxing Railway Bridge to the Estuary )Riverfront Landscape Restoration and Improvement〉〈光碟版〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881   351.8117</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601696</governmentpublicationsnumber><identifier>51338</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51338</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查(2/2)(內附光碟)=Investigation of Current Status in Jhong-Gang River System(2/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881   351.8117</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950253</commissionedprojectidentifier><currency>NT$</currency><date>2007/7/27</date><governmentpublicationsnumber>1009601697</governmentpublicationsnumber><identifier>51340</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51340</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查總報告(內附光碟)=Investigation of Current Status in Jhong-Gang River System</title><yearidentifier>200706</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/30</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51349</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51349</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第二十九期）</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>行政院\海洋事務推動研討會</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/7/31</date><governmentpublicationsnumber>1009500303</governmentpublicationsnumber><identifier>51352</identifier><internationalstandardbooknumber>9789860043730 ; 9860043736</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51352</librarycollectiondetailsurl><price></price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>95</publishrocyear><title>海洋政策白皮書ocean  policy  white paper 2006</title><yearidentifier>200604</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成以下專題報告及教學教材</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/1</date><governmentpublicationsnumber>1009601616</governmentpublicationsnumber><identifier>51363</identifier><internationalstandardbooknumber>9789860094657 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51363</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬工作執行報告(光碟版) Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>95年度集集攔河堰營運對於濁水溪下游水域生態環境所造成之影響及提出因應對策</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/1</date><governmentpublicationsnumber>1009601968</governmentpublicationsnumber><identifier>51364</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51364</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集攔河堰營運階段水域生態及水質監測報告</title><yearidentifier>200707</yearidentifier></data><data><abstract>95年度集集攔河堰營運對於濁水溪下游水域生態環境所造成之影響及提出因應對策</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/1</date><governmentpublicationsnumber>1009601968</governmentpublicationsnumber><identifier>51365</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51365</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年度集集攔河堰營運階段水域生態及水質監測報告(光碟版)</title><yearidentifier>200707</yearidentifier></data><data><abstract>95年度斗六堰上下游水域生態資源調查研究</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/1</date><governmentpublicationsnumber>1009601970</governmentpublicationsnumber><identifier>51366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51366</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>斗六堰魚道效益評估與改善方案規劃報告（95年度）</title><yearidentifier>200707</yearidentifier></data><data><abstract>95年度斗六堰上下游水域生態資源調查研究</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/1</date><governmentpublicationsnumber>1009601970</governmentpublicationsnumber><identifier>51367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>斗六堰魚道效益評估與改善方案規劃報告（95年度）－光碟版</title><yearidentifier>200707</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>51390</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51390</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第三十期）</title><yearidentifier>200708</yearidentifier></data><data><abstract>法令明細規定採購的標準依據</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>38041880427</governmentpublicationsnumber><identifier>51403</identifier><internationalstandardbooknumber>9789570237382 ; 9789570237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51403</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200012</yearidentifier></data><data><abstract>本計畫整合水利設施防災管理系統、災害防救系統及臺灣地區水利災情資訊網等，並依據測試結果進行加強與修正，以供初步災害預防之參考。</abstract><author>經濟部水資源局、成大防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/7</date><governmentpublicationsnumber>1009005271</governmentpublicationsnumber><identifier>51404</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51404</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水利設施災害防救業務系統建置計畫(2/2)使用手冊　The Establishment of Hazard Prevention System for Hydraulic Facilities (2/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫之目的為規劃本區之觀光系統，以發展當地之觀光產業並提昇生活水準</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950435</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/8</date><governmentpublicationsnumber>1009601761</governmentpublicationsnumber><identifier>51412</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51412</librarycollectiondetailsurl><price>400</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)週邊觀光系統規劃(光碟版) Feasibility Plan of Shi-Wen Reservoir(5)Recreation Plan for Nearby Area</title><yearidentifier>200707</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫之目的為規劃本區之觀光系統，以發展當地之觀光產業並提昇生活水準</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950435</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/8</date><governmentpublicationsnumber>1009601761</governmentpublicationsnumber><identifier>51413</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51413</librarycollectiondetailsurl><price>400</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)週邊觀光系統規劃 Feasibility Plan of Shi-Wen Reservoir(5)Recreation Plan for Nearby Area</title><yearidentifier>200707</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫之目的針筒計畫地區調查有關計畫範圍住民之安置意願及安置規劃，以為日後工作推動之參考</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950435</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/8</date><governmentpublicationsnumber>1009601758</governmentpublicationsnumber><identifier>51414</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51414</librarycollectiondetailsurl><price>300</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)安置拆遷規劃 Feasibility Plan of Shi-Wen Reservoir(5)Resident Recreation Plan</title><yearidentifier>200707</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫之目的針筒計畫地區調查有關計畫範圍住民之安置意願及安置規劃，以為日後工作推動之參考</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950435</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/8</date><governmentpublicationsnumber>1009601758</governmentpublicationsnumber><identifier>51415</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51415</librarycollectiondetailsurl><price>300</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)安置拆遷規劃(光碟版) Feasibility Plan of Shi-Wen Reservoir(5)Resident Recreation Plan</title><yearidentifier>200707</yearidentifier></data><data><abstract>本計畫旨在維護台北水源特定區之水源及水質，並配合行政院環境保護署95年1月27日核定之「翡翠水庫集水區水污染管制執行計畫」實施，特研議台北水源特定區河川集水區之維護及管理政策目標及工作規劃，同時研訂維護管理執行績效指標之評量方法，達成涵養水源、維護水質之預期目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.6   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950421</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/10</date><governmentpublicationsnumber>1009601847</governmentpublicationsnumber><identifier>51423</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51423</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪谷(含南、北勢溪)河川維護及管理整體方案先期計畫 (光碟版) Preliminary Study of Comprehensive Scheme of River Protection and Management for Hsin-Tien Stream (Includes Nan-shih and Pei-shih Streams)</title><yearidentifier>200707</yearidentifier></data><data><abstract>本計畫旨在維護台北水源特定區之水源及水質，並配合行政院環境保護署95年1月27日核定之「翡翠水庫集水區水污染管制執行計畫」實施，特研議台北水源特定區河川集水區之維護及管理政策目標及工作規劃，同時研訂維護管理執行績效指標之評量方法，達成涵養水源、維護水質之預期目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.6   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950421</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/10</date><governmentpublicationsnumber>1009601847</governmentpublicationsnumber><identifier>51425</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51425</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪(含南、北勢溪)河川維護及管理整體方案先期計畫  Preliminary Study of Comprehensive Scheme of River Protection and Management for Hsin-Tien Stream (Includes Nan-shin and Pei-shih Streams)</title><yearidentifier>200707</yearidentifier></data><data><abstract>民國九十三年敏督利颱風及七二水災後大甲溪溪水濁度增加，自來水公司豐原給水廠處理出水能力降低，又因七月五日鯉魚潭水庫擋水閘門脫落事件造成大台中地區缺水長達六日。爰此，為降低大台中地區供水風險，經濟部水利署中區水資源局(以下簡稱中水局)研議辦理「鯉魚潭水庫備援供水系統規劃」。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64091   448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/13</date><governmentpublicationsnumber>1009502184</governmentpublicationsnumber><identifier>51434</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51434</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫發電取水口設置備援出水工工程規劃報告=Li-Yu-Tan Reservoir Setting Backup Outlet Works at the Power-Generating Intake －ｐlanning Report－</title><yearidentifier>200707</yearidentifier></data><data><abstract>民國九十三年敏督利颱風及七二水災後大甲溪溪水濁度增加，自來水公司豐原給水廠處理出水能力降低，又因七月五日鯉魚潭水庫擋水閘門脫落事件造成大台中地區缺水長達六日。爰此，為降低大台中地區供水風險，經濟部水利署中區水資源局(以下簡稱中水局)研議辦理「鯉魚潭水庫備援供水系統規劃」。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/13</date><governmentpublicationsnumber>1009502184</governmentpublicationsnumber><identifier>51435</identifier><internationalstandardbooknumber>9789860078718 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51435</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫發電取水口設置備援出水工工程規劃報告(光碟版)=Li-Yu-Tan Reservoir Setting Backup Outlet Works at the Power-Generating Intake －ｐlanning Report－</title><yearidentifier>200707</yearidentifier></data><data><abstract>研究評估鯉魚潭水庫設置電廠之可行性分析</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>448.13   443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/13</date><governmentpublicationsnumber>1009503809</governmentpublicationsnumber><identifier>51436</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51436</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭電廠檢討規劃報告=Planning and Reviewing for the Liyutan Power Plant</title><yearidentifier>200707</yearidentifier></data><data><abstract>研究評估鯉魚潭水庫設置電廠之可行性分析</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/13</date><governmentpublicationsnumber>1009503809</governmentpublicationsnumber><identifier>51437</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51437</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭電廠檢討規劃報告(光碟版)=Planning and Reviewing for the Liyutan Power Plant</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/14</date><governmentpublicationsnumber>4309501601</governmentpublicationsnumber><identifier>51441</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51441</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>96</publishrocyear><title>中華民國95年潮汐觀測資料年報(光碟版)=TIDAL OBSERVATION DATA ANNUAL REPORT 2006年刊 第19期</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/15</date><governmentpublicationsnumber>1009600837</governmentpublicationsnumber><identifier>51457</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51457</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏溪河系情勢調查計畫(2/2)=lnvestigation of Current Status in Gaoping River System(附錄本)</title><yearidentifier>200704</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。 本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950095</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>51467</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51467</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)系統操作及維護手冊＝Improvement and Integration of Hydrological Information Transmission and Services(1/2) Handbook of Management and Maintenance</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。 本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950095</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>51468</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51468</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)使用手冊＝Improvement and Integration of Hydrological Information Transmission and Services(1/2) Users' Manual</title><yearidentifier>200612</yearidentifier></data><data><abstract>要： 經濟部水利署辦理「國土復育策略方案暨行動計畫—地層下陷區地下水觀測站井建置維護計畫」，乃結合「台灣地區地下水觀測網整體計畫」歷年建置之既有觀測井，提高地層下陷區觀測井網密度，俾以蒐集完整地下水文地質資料，作為地下水資源利用及保育與地層下陷防治之基本資訊。本(95)年度新設地下水觀測站井區域包括彰化及雲林地區，總計建置11站15口觀測井及3站4口抽水試驗井。設置地點包括：青山、崙雅、社頭、僑義、永定、二崙、光復、拯民、忠孝、秀潭及辰光等站(建置成果詳表1.3-1)。本計畫主要工作內容包括二大部分：一、站井規劃設計及監造二、區域水文地質分析評估本年度成果報告分二冊，第一冊內容係為第一部份(站井規劃設計及監造)之成果彙編，主要執行工作分述如下：一、觀測站井建置維護規劃設計；二、觀測站井施工監造三、調查試驗資料審核；第二冊內容係為第二部份(相關專題研討)之成果彙編，分述如下：1、新設地下水觀測站井之區域水文地質分析評估；二、評估雲林農田水利會既有水井(27口)改設地下水觀測站井之可行性三、地層下陷區地下水觀測站井補充建置之探討；四、觀測站井維護管理研擬；五、96年度先期作業規劃等。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940283</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009601544</governmentpublicationsnumber><identifier>51469</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51469</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>規劃設計、監造「95年度地層下陷區地下水觀測站井建置維護計畫」:專題報告(1/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫之目的係考量未來濁水溪流域水源供需運用情勢，進行濁水溪下游水源規劃檢討，以因應本區域未來水資源需求之發展情勢。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.6192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090-D-12---120</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009200499</governmentpublicationsnumber><identifier>51470</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51470</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中部地區水資源整體規劃檢討:Ⅰ.濁水溪下游水源開發規劃檢討=Ⅰ.Planning and Reviewal on Water Resource Development in Downstream Cho-Shui Creek</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>554.6192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090-D-12---120</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009200500</governmentpublicationsnumber><identifier>51471</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51471</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中部地區水資源整體規劃檢討:?.濁水溪下游水源運用檢討=?.Reviewal on Water Resource Ut ilization in Downstream Cho-Shui Creek</title><yearidentifier>200212</yearidentifier></data><data><abstract>就中部地區分析用水需求，檢討現有水源供給能力及供水潛能、評估可能水源方案，並就各目標擬訂本區域水源供需策略以為未來水源開發與調配之依據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.6192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>1009200440</governmentpublicationsnumber><identifier>51472</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51472</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>中部地區水資源整體規劃檢討－中部地區水資源供需檢討（內附光碟）=Review of Water Resources Overall planning for Central Region Review of Water Resources Supply and Demand in Central Region</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>554.6192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/20</date><governmentpublicationsnumber>8944891060</governmentpublicationsnumber><identifier>51473</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51473</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>中部地區水源運用規劃報告</title><yearidentifier>200004</yearidentifier></data><data><abstract> </abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/22</date><governmentpublicationsnumber>1009601758</governmentpublicationsnumber><identifier>51481</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51481</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃（五）五、安置拆遷規劃─成果報告光碟＝Feasibility Plan of Shi -Wen  Reservoir (5)─Resident Relocation Plan</title><yearidentifier>200707</yearidentifier></data><data><abstract>本計畫針對天花湖水庫可能影響區域進行規劃研究，包括明德水庫週邊供水改善，水庫排砂規劃、攔河堰上游污染源防制規劃、計畫區域週邊整體景觀營造規劃及水庫計畫宣傳與民意溝通，係做為未來水庫推動之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950427</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/23</date><governmentpublicationsnumber>1009601754</governmentpublicationsnumber><identifier>51482</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51482</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫計畫區域週邊供水改善及景觀營造規劃(內附光碟)Planning  report for water supply Improving and Landscape Construction of Tienhwahu Reservoir</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫以地方資源及需求為依據，就天花湖水庫可能影響之溪流環境進行觀光遊憩規劃，供未來推動水庫計畫參考</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950427</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/23</date><governmentpublicationsnumber>1009601753</governmentpublicationsnumber><identifier>51483</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51483</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫可行性規劃六綜合專題15觀光遊憩計畫＝Feasibility Study of Tienhwahu Reservoir VI Comprehensive Topics 15 Report on Planning of Tourism and Recreation</title><yearidentifier>200706</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.68   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/23</date><governmentpublicationsnumber>1009600829</governmentpublicationsnumber><identifier>51484</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51484</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署臺北水源特定區管理局95年度工作年報=Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2006annual job report</title><yearidentifier>200707</yearidentifier></data><data><abstract>本刊以數字陳示水利工程建設與水利行政措施之成果.</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/23</date><governmentpublicationsnumber>1009601993</governmentpublicationsnumber><identifier>51485</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51485</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國95年─水利統計=STATISTIC OF WATER RESOURCES 2006</title><yearidentifier>200708</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/23</date><governmentpublicationsnumber>1009600829</governmentpublicationsnumber><identifier>51486</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51486</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署臺北水源特定區管理局95年度工作年報(光碟版)  Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2006annual job report</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/24</date><governmentpublicationsnumber>2009302266</governmentpublicationsnumber><identifier>51491</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51491</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>96</publishrocyear><title>臺灣糧食統計要覽(中華民國九十五年版) TAIWAN  FOOD  STATISTICS  BOOK</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/24</date><governmentpublicationsnumber>2004100014</governmentpublicationsnumber><identifier>51492</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51492</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>96</publishrocyear><title>臺灣地區糧食生產情形及業務概況   【九十五年版】      FOOD  PRODUCTION  AND  ACTIVITIES IN TAIWAN  AREA</title><yearidentifier>200707</yearidentifier></data><data><abstract>濁水溪河川情勢調查計畫Investigation of Current Status in Jhuoshuei River System</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/27</date><governmentpublicationsnumber>1009404883</governmentpublicationsnumber><identifier>51494</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51494</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪河川情勢調查計畫Investigation of Current Status in Jhuoshuei River System</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/27</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>51495</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51495</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)附錄五、經濟部水利署水文觀測品質評鑑實施要點〈草案〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/27</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>51496</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51496</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)附錄六、地面水水文觀測站維護保養標準作業程序〈稿  〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。 台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。 94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。  本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/8/27</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>51497</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51497</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)＝Improvement and Integration of Hydrological Information Transmission and Service(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>臺北水源特定區為大臺北地區之重要水源區域，其水源供應主要來自南、北勢溪，而南勢溪因蘊藏豐富之碳酸氫鈉溫泉，且其位置鄰近大臺北地區佔有地利之便，近年來吸引相當多的觀光業者搶進開發，促使此區域觀光產業快速發展。由於地理位置特殊，南勢溪之河川環境與資源管理涉及多元的主管機關及繁雜的法令體系，為有效管理及永續利用臺北水源特定區內南勢溪河川環境之治理，本研究首先以深度訪談及座談會之方式，發掘各利害相關人所關心之焦點及其建議心聲，初步建構南勢溪區域資源管理政策之相關問題及影響因子，再輔以分析網路程序法（Analytic Network Process, ANP）以及政策德菲法（Policy Delphi Method），透過對於利害相關者施行問卷調查的方式，進而研析未來南勢溪流域管理之政策建議方案，作為未來政府決策之參考。</abstract><author>中華水資源管理學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950423</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/31</date><governmentpublicationsnumber>1009602027</governmentpublicationsnumber><identifier>51506</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51506</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>臺北水源特定區南勢溪流域管理之政策規劃  The Policy Planning of Nan-Shih Creek Basin Management in Taipei Water Source Domain</title><yearidentifier>200707</yearidentifier></data><data><abstract>臺北水源特定區為大臺北地區之重要水源區域，其水源供應主要來自南、北勢溪，而南勢溪因蘊藏豐富之碳酸氫鈉溫泉，且其位置鄰近大臺北地區佔有地利之便，近年來吸引相當多的觀光業者搶進開發，促使此區域觀光產業快速發展。由於地理位置特殊，南勢溪之河川環境與資源管理涉及多元的主管機關及繁雜的法令體系，為有效管理及永續利用臺北水源特定區內南勢溪河川環境之治理，本研究首先以深度訪談及座談會之方式，發掘各利害相關人所關心之焦點及其建議心聲，初步建構南勢溪區域資源管理政策之相關問題及影響因子，再輔以分析網路程序法（Analytic Network Process, ANP）以及政策德菲法（Policy Delphi Method），透過對於利害相關者施行問卷調查的方式，進而研析未來南勢溪流域管理之政策建議方案，作為未來政府決策之參考。</abstract><author>中華水資源管理學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950423</commissionedprojectidentifier><currency>NT$</currency><date>2007/8/31</date><governmentpublicationsnumber>1009602027</governmentpublicationsnumber><identifier>51507</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51507</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>臺北水源特定區南勢溪流域管理之政策規劃 (光碟版) The Policy Planning of Nan-Shih Creek Basin Management in Taipei Water Source Domain</title><yearidentifier>200707</yearidentifier></data><data><abstract>台灣地區水資源有百分之七十五用於農業灌溉，而新水源開發常受阻於環境生態保育及經濟成本因素，故本報告擬在不影響農糧政策下，有效節約農業用水以供非農業標的用水需求，進而減緩水資源開發時程上與所需建設成本或環境開發之壓力。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/3</date><governmentpublicationsnumber>1009601687</governmentpublicationsnumber><identifier>51518</identifier><internationalstandardbooknumber>9.88E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51518</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>節省及提高農業灌溉用水效率之可行性策略研究=A study of feasible strategies to save or increase efficiency of agricultrral irrigation water resources</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣地區水資源有百分之七十五用於農業灌溉，而新水源開發常受阻於環境生態保育及經濟成本因素，故本報告擬在不影響農糧政策下，有效節約農業用水以供非農業標的用水需求，進而減緩水資源開發時程上與所需建設成本或環境開發之壓力。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/3</date><governmentpublicationsnumber>1009601687</governmentpublicationsnumber><identifier>51519</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51519</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>節省及提高農業灌溉用水效率之可行性策略研究(光碟版)=A study of feasible strategies to save or increase efficiency of agricultrral irrigation water resources</title><yearidentifier>200706</yearidentifier></data><data><abstract>本刊以數字陳示水利工程建設與水利行政措施之成果.</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/5</date><governmentpublicationsnumber>1009601993</governmentpublicationsnumber><identifier>51532</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51532</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國95年─水利統計(光碟版)</title><yearidentifier>200708</yearidentifier></data><data><abstract>本書專為日本之河川中游及下游之災害對策工法加以介紹。　近年來在日本、有許多新的工法及新的材料被運用在災害復舊工程上。因而在瞭解台灣的災害狀況下、並從日本的工法經驗中借鏡、以提出些對今後對台灣災害對策有所貢獻的各類工法加以介紹。　發生河川氾濫災害的主要原因如；係颱風等大型豪雨的影響造成河川流量劇增、導致氾濫發生。而氾濫的河川、引發出各種不同的災害、其中比較代表的有橋墩下陷、堤防護岸的崩壞等現象。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009503704</governmentpublicationsnumber><identifier>51545</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51545</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>日本災害(水災)及環境保全之對應－日本河川整備中心知識管理合作計畫叢書 No.6</title><yearidentifier>200612</yearidentifier></data><data><abstract>本內容主要介紹河川上游沿岸及水庫坡面災害等之新進保護工法，並介紹過去災害發生後的重建案例與災害復舊工法。  日本的國土面積中約有3分之2為山坡地，而其坡面不僅險峻加上地形與地質構造極為複雜且多元化，又有梅雨或颱風等的豪雨的影響，而寒帶地區因為冰雪凍結與溶解、或是火山活動或是地震等等的天然災害的發生。  所以、針對邊坡保護工程中經常成為防災對象的邊坡工程，不僅基本上強烈地需要能滿足施工安全及品質要求，並且要能夠兼顧到環保問題。  在日本最常發生的河川災害，就是所謂因豪雨而引發的土石流災害。若發生在河川上游流域的土砂災害大都是以防砂工程來應對防治。但是目前還是依舊陸陸續續有局部地區發生因颱風豪雨釀成的災害。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009503707</governmentpublicationsnumber><identifier>51546</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51546</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>河川上游沿岸及水庫坡面災害等之新進保護工法－日本河川整備中心知識管理合作計畫叢書 No.7</title><yearidentifier>200612</yearidentifier></data><data><abstract>本書是根據國土交通省所推動的「創造魚類容易上溯的河川環境模型計畫」所示範的魚道工程為主，選定全國代表性魚道，就其構造、特徵、功效，用正反兩面的形式作整理說明。　在此並非評論魚道的性能，而是說明魚道有各種不同的種類及組合。換言之，將「魚道的設置，可以讓魚類產生移動的結果」的概念，介紹給一般背景的社會大眾認識，是本書的主要目的。　本事例集的順序、內容的修訂尚有諸多有待商討之處，不過先閱覽所介紹的內容，今後對魚及魚道的研究有所俾益，更期待能創造出性能良好的魚道。　示範計畫創設至今已有10年的歷史，目前的河川改善已經從「容易上溯」轉變成「容易居棲」的廣域目標。所謂「容易居棲」就是「對魚類安全的河川」及「可平穩傳宗接代的河川」。魚道是連結各生息場所的重要設施，本事例除了供工程人員參考外，也提供給一般人士對「魚道」的瞭解。　當實際前往魚道參觀時，本晝具有相當參考性，甚至再經描述及拍照，加上自己的註解，便可以成為「自己的魚道事例集」。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009503710</governmentpublicationsnumber><identifier>51547</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51547</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>魚道事例集創造魚類容易上溯的河川環境－日本河川整備中心知識管理合作計畫叢書 No.8</title><yearidentifier>200612</yearidentifier></data><data><abstract>流經我們居住地的鶴見川，是平靜流動的河川，但大雨降臨後，即刻轉換成兇猛的洪水。鶴見川流域至今發生過好幾次的洪水災害。鶴見川流域，受急速的都市化，喪失了原本自然持有的保水．遊水機能，水害的危險性大增。對策上，正在進行河川整備工作。但是遠遠追不上進行都市化的腳步。因此，河川整備外的流域對策上，雨水的貯留，增加滲透的方式來確保保水機能。使用種種的方法，來從事綜合治水對策。為了確保流域內居民的安居樂業，綜合治水對策必須要每一居民的理解與協助。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009503713</governmentpublicationsnumber><identifier>51548</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51548</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>如何善加利用雨水--綜合治水對策事例－日本河川整備中心知識管理合作計畫 叢書 No.9</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009503713</governmentpublicationsnumber><identifier>51549</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51549</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>呈現地球生命及生活鶴見川流域之重生願景－日本河川整備中心知識管理合作計畫叢書 No.10</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>王良行, 陳俞伊合撰</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009602039</governmentpublicationsnumber><identifier>51551</identifier><internationalstandardbooknumber>9789860103946 ; 9789860103</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51551</librarycollectiondetailsurl><price>180</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>96</publishrocyear><title>竹東鎮志－經濟篇</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>王良行, 陳俞伊合撰</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>1009602039</governmentpublicationsnumber><identifier>51552</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51552</librarycollectiondetailsurl><price>180</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>96</publishrocyear><title>竹東鎮志經濟篇(光碟版）</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>經濟部工業統計調查聯繫小組</author><categoryidentifier>555.6026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/7</date><governmentpublicationsnumber>2006900008</governmentpublicationsnumber><identifier>51553</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51553</librarycollectiondetailsurl><price>1500</price><publisher>經濟部工業統計調查聯繫小組</publisher><publishrocyear>95</publishrocyear><title>95年台閩地區工廠名錄電子書光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區水文情況特殊，河川特性坡陡流短，自上游集水區降雨至下游河口入海不過數個小時，每逢颱風或豪雨，輒易造成洪災。在台灣之天然災害中，洪水災害為最頻仍，常造成生命財產之嚴重損失。本署水利防災工作，於非汛期間需執行防救災整備業務；於汛期每逢颱洪來襲，需執行防救災應變之業務。過去防救災之經驗，可反映當時防救災程序之優缺點，亦可作為建立防救災程序之參考。因此本研究參照美國哈佛大學管理個案研析方式，針對近年六項災害應變處理個案，進行個案訪談，深入分析探討，其成果可供未來改善防救災作業程序之參考。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950449</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/11</date><governmentpublicationsnumber>1009601946</governmentpublicationsnumber><identifier>51558</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51558</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>防災作業程序建立及作業手冊研定：附冊：個案研究＝Developing the standard operation procedure for disaster prevention and a study of operation handbook：case study</title><yearidentifier>200706</yearidentifier></data><data><abstract>要： 經濟部水利署辦理「國土復育策略方案暨行動計畫—地層下陷區地下水觀測站井建置維護計畫」，乃結合「台灣地區地下水觀測網整體計畫」歷年建置之既有觀測井，提高地層下陷區觀測井網密度，俾以蒐集完整地下水文地質資料，作為地下水資源利用及保育與地層下陷防治之基本資訊。本(95)年度新設地下水觀測站井區域包括彰化及雲林地區，總計建置11站15口觀測井及3站4口抽水試驗井。設置地點包括：青山、崙雅、社頭、僑義、永定、二崙、光復、拯民、忠孝、秀潭及辰光等站(建置成果詳表1.3-1)。本計畫主要工作內容包括二大部分：一、站井規劃設計及監造二、區域水文地質分析評估本年度成果報告分二冊，第一冊內容係為第一部份(站井規劃設計及監造)之成果彙編，主要執行工作分述如下：一、觀測站井建置維護規劃設計；二、觀測站井施工監造三、調查試驗資料審核；第二冊內容係為第二部份(相關專題研討)之成果彙編，分述如下：1、新設地下水觀測站井之區域水文地質分析評估；二、評估雲林農田水利會既有水井(27口)改設地下水觀測站井之可行性三、地層下陷區地下水觀測站井補充建置之探討；四、觀測站井維護管理研擬；五、96年度先期作業規劃等。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940283</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/11</date><governmentpublicationsnumber>1009601544</governmentpublicationsnumber><identifier>51559</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51559</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>規劃設計、監造「95年度地層下陷區地下水觀測站井建置維護計畫」:專題報告(2/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>水文資料係水資源開發調配利用、水患防治預警等規劃設計之依據，為獲得高品質水文資料，穩定且持續性水文觀測業務為基本要素；而維持觀測儀器正常穩定運作，水文觀測作業程序標準化與相關管理制度建立，又為其不可或缺之重要環節。另為提昇觀測資料品質，水位流量站網與雨量站網實有必要進行整體規劃與評估，並透過目前已開發雨量及地下水位觀測資料收集之介面－行動數位助理(personal digital assistant, PDA)之Pocket PC作業系統，以提供觀測人員便捷之作業環境。又隨著通訊技術發展，以目前透過撥接遠端收集水文觀測資料之傳輸系統，對於水利防洪與水資源利用所需之即時水文資訊而言，亟待規劃以新的通訊技術，建立新一代即時水文傳輸系統。另水文觀測儀器系統正確且穩定運作，實有賴定常性保養與維護工作，本署自八十八年度起陸續於各河川局轄區裝設超音波水位站及數位式雨量計之量測設備，原建置廠商提供保固期間已屆期，擬以本計畫持續辦理觀測系統相容且正常運作之儀器定常保養維護計畫，並提供各觀測儀器所需之汰換更新之儀器。透過本項計畫推動，以三年為期辦理本署十個河川局水文測站現地品質評鑑工作，持續擴充行動數位水文觀測系統與新一代通訊傳輸系統規劃與示範站建置，並進行觀測儀器維護保養計畫，及汰換更新或新設儀器建置等，協助本署統合綜理水文觀測作業規劃顧問之支援工作。以維持穩定高品質之水文資料的取得。而行動數位水文觀測系統擴充與整合，可提昇水文觀測作業之能力並強化本土化水文觀測儀器開發，並從水文觀測站網規劃與評估，及前瞻性即時水文傳輸系統規劃，落實「台灣地區水文觀測現代化整體計畫」第二期計畫目標之達成。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950075</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/11</date><governmentpublicationsnumber>1009503940</governmentpublicationsnumber><identifier>51560</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51560</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)＝Quality Appraisal and Conserve Project Give an Impetus to Hydrology Observation System(3/3)</title><yearidentifier>200703</yearidentifier></data><data><abstract>建立符合國際標準的流速儀校正實驗室，是推動流速儀品質管理系統必要的步驟。為改善現有流速儀檢校實驗室校正系統，提升現有流速儀校正品質，使其校正報告普遍為國內外機構接受。本計畫針對經濟部水利署水利規劃試驗所現有旋杯式流速儀檢校實驗室，於93年度強化其系統軟硬體設施，使系統可以自動校正數位型懸杯式流速儀，94年度再進行試運轉並輔導申請取得實驗室CNLA校正領域認證。　　本計畫於93年度完成經濟部水利署流速儀檢校實驗室之流速儀校正系統軟體，硬體與品質管理兩大部分之整體強化工作，包括「流速儀校正系統強化」及「電子品質文件管理系統」之規劃，設計，監造，與整合。針對原有流速儀校正系統強化其數位顯示型旋杯式流速儀的校正功能，也進行實驗室品質系統的建立，包括電子品質系統規劃與「品質手冊」，「文件管理流程」，「電子文件管理系統」建立和系統整合，人員訓練。這些工作已經建立水利署流速儀檢校實驗室符合中華民國實驗室認證體系CNLA校正實驗室之品質管理及技術要求完整軟硬體架構，可提供國內旋杯式流速儀高品質的校正服務。94年度完成校正系統評估，實驗室試運轉，CNLA認證申請，評鑑之準備工作，輔導流速儀檢校實驗室取得CNLA校正實驗室認證，可以提供國內旋杯式流速儀校正服務的品質保證。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/11</date><governmentpublicationsnumber>1009600609</governmentpublicationsnumber><identifier>51561</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51561</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>流速儀檢校實驗室試運轉與認證輔導(2/2)＝Operation  preparation &amp; certification assessments of the current meters calibration laboratory</title><yearidentifier>200703</yearidentifier></data><data><abstract>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告</abstract><author>黎明工程顧問公司</author><categoryidentifier>367.881   351.812701</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009601568</governmentpublicationsnumber><identifier>51565</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51565</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/12</date><governmentpublicationsnumber>1009200165</governmentpublicationsnumber><identifier>51570</identifier><internationalstandardbooknumber>9789570138016 ; 9570138017</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51570</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>石岡壩的故事石岡壩九二一震災紀念文集</title><yearidentifier>200306</yearidentifier></data><data><abstract>台北水源特定區乃是大台北地區相當重要的自來水水源，特定區內為了避免水土資源與生態環境受到自然及人為破壞而日趨惡劣，因此對於特定區內各項開發行為及土地利用皆定有嚴格之規範，以維護區域環境及生態。為在社區發展、水土資源及生態景觀間取得平衡，以達到多元發展與雙贏境界，因此初步規劃建構特定區內生態環境營造計畫方針，作為特定區內未來的行動計畫，打造符合生態環境之水源特定區實有其必要性。     本計畫之規劃構想，鑒於計畫區域範圍為大台北之重要水源來源，因此對於計畫區域內之水土保育及生態環境應當有所保護，以維護人民飲水之安全。考量水源區內尚無環境營造評估準則，因此先整理分析國內外相關規劃案例，究其規劃流程、規劃目標、共同單元等面向進行綜合討論，以作為其他工作項目之參考重點，並將其評估準則套用於水源區內。水土資料監測站網規劃方面，為求整合性之監測，先對計畫區域內做現況調查及規劃評估，並提出所需增設或改善之建議。計畫基地內雖有許多既有聚落與產業，但長期被劃為水源水質、水量保護區，開發行為受限，加上林務局近年來加強保育與社區宣導工作，故區內自然生態所受負面衝擊有限，本計畫根據這些原則規劃出水源區內之社區營造計畫方針，並選定一示範社區為日後生態環境社區營造參考之用。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950422</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009602087</governmentpublicationsnumber><identifier>51579</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51579</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪〈含南、北勢溪〉水與綠生態環境營造先期規劃研究 Blueprint for The Development of Green Ecology at The Hsin-Tien Stream(Includes Nan-shin and Pei-shin Stream)</title><yearidentifier>200706</yearidentifier></data><data><abstract>台北水源特定區乃是大台北地區相當重要的自來水水源，特定區內為了避免水土資源與生態環境受到自然及人為破壞而日趨惡劣，因此對於特定區內各項開發行為及土地利用皆定有嚴格之規範，以維護區域環境及生態。為在社區發展、水土資源及生態景觀間取得平衡，以達到多元發展與雙贏境界，因此初步規劃建構特定區內生態環境營造計畫方針，作為特定區內未來的行動計畫，打造符合生態環境之水源特定區實有其必要性。     本計畫之規劃構想，鑒於計畫區域範圍為大台北之重要水源來源，因此對於計畫區域內之水土保育及生態環境應當有所保護，以維護人民飲水之安全。考量水源區內尚無環境營造評估準則，因此先整理分析國內外相關規劃案例，究其規劃流程、規劃目標、共同單元等面向進行綜合討論，以作為其他工作項目之參考重點，並將其評估準則套用於水源區內。水土資料監測站網規劃方面，為求整合性之監測，先對計畫區域內做現況調查及規劃評估，並提出所需增設或改善之建議。計畫基地內雖有許多既有聚落與產業，但長期被劃為水源水質、水量保護區，開發行為受限，加上林務局近年來加強保育與社區宣導工作，故區內自然生態所受負面衝擊有限，本計畫根據這些原則規劃出水源區內之社區營造計畫方針，並選定一示範社區為日後生態環境社區營造參考之用。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950422</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009602087</governmentpublicationsnumber><identifier>51581</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51581</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪〈含南、北勢溪〉水與綠生態環境營造先期規劃研究(光碟版)  Blueprint for The Development of Green Ecology at The Hsin-Tien Stream(Includes Nan-shin and Pei-shin Stream)</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫完成雲林地區環境背景資料(氣候、地形、地質、水文、地下水及社會人)、水體污染現況之蒐集與分析，以了解雲林地區農業迴歸水開發潛力。</abstract><author>嘉德技術顧問股份有限公司</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009601461</governmentpublicationsnumber><identifier>51582</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51582</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>農業迴歸水回收再利用研究：雲林地區為例(內附光碟)＝The Research on the Recovery and Reutilization of Agricultural Return Flow in Yuin-Lin Area</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫完成雲林地區環境背景資料(氣候、地形、地質、水文、地下水及社會人)、水體污染現況之蒐集與分析，以了解雲林地區農業迴歸水開發潛力。</abstract><author>嘉德技術顧問股份有限公司</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950019</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009601461</governmentpublicationsnumber><identifier>51583</identifier><internationalstandardbooknumber>9789860099379 ; 9789860099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51583</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>農業迴歸水回收再利用研究：雲林地區為例(光碟版)＝The Research on the Recovery and Reutilization of Agricultural Return Flow in Yuin-Lin Area</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫主要目的藉地表地質調查、鑽探、岩心試驗及綜合評估獲取必要之地形、地質資訊及大地參數，以提供瞭解現有隧道之地質資訊並整合探討烏山嶺第二隧道工程之選線及規劃設計之參考</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009602246</governmentpublicationsnumber><identifier>51588</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51588</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水計畫：烏山嶺隧道檢討及調查規劃地質調查試驗計畫－地質初步探查試驗(內附光碟)＝Complemetary Study of Wu-shan-ling Diversion Tunnel：Report on the Elementary Geological Survey</title><yearidentifier>200708</yearidentifier></data><data><abstract>由於烏山嶺隧道使用至今巳逾七十餘年，雖尚能繼續輸水，但歷次檢修皆發現磨損範圍不斷擴大等不利隧道操作因素。故於95年烏山嶺隧道之歲修停水期，辦理隧道內安全檢測與評估，以研判及評估隧道之相關安全資訊</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/13</date><governmentpublicationsnumber>1009602247</governmentpublicationsnumber><identifier>51594</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51594</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水計畫：烏山嶺隧道檢討及調查規劃地質調查試驗計畫－原有隧道補充調查與評估(內附光碟)＝Complemetary Study of Wu-shan-ling Diversion Tunnel：Report on the Complementary Survey and Evaluation of the Tunnel</title><yearidentifier>200708</yearidentifier></data><data><abstract>本計畫以地方資源及需求為依據，就天花湖水庫可能影響之溪流環境進行觀光遊憩規劃，供未來推動水庫計畫參考</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950427</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/17</date><governmentpublicationsnumber>1009601753</governmentpublicationsnumber><identifier>51619</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51619</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫可行性規劃六綜合專題15觀光遊憩計畫(光碟版)＝Feasibility Study of Tienhwahu Reservoir VI Comprehensive Topics 15 Report on Planning of Tourism and Recreation</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫主要目的藉地表地質調查、鑽探、岩心試驗及綜合評估獲取必要之地形、地質資訊及大地參數，以提供瞭解現有隧道之地質資訊並整合探討烏山嶺第二隧道工程之選線及規劃設計之參考</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/18</date><governmentpublicationsnumber>1009602246</governmentpublicationsnumber><identifier>51621</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51621</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水計畫：烏山嶺隧道檢討及調查規劃地質調查試驗計畫－地質初步探查試驗(光碟版)＝Complemetary Study of Wu-shan-ling Diversion Tunnel：Report on the Elementary Geological Survey</title><yearidentifier>200708</yearidentifier></data><data><abstract>由於烏山嶺隧道使用至今巳逾七十餘年，雖尚能繼續輸水，但歷次檢修皆發現磨損範圍不斷擴大等不利隧道操作因素。故於95年烏山嶺隧道之歲修停水期，辦理隧道內安全檢測與評估，以研判及評估隧道之相關安全資訊</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/18</date><governmentpublicationsnumber>1009602247</governmentpublicationsnumber><identifier>51622</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51622</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水計畫：烏山嶺隧道檢討及調查規劃地質調查試驗計畫－原有隧道補充調查與評估(光碟版)＝Complemetary Study of Wu-shan-ling Diversion Tunnel：Report on the Complementary Survey and Evaluation of the Tunnel</title><yearidentifier>200708</yearidentifier></data><data><abstract>建立符合國際標準的流速儀校正實驗室，是推動流速儀品質管理系統必要的步驟。為改善現有流速儀檢校實驗室校正系統，提升現有流速儀校正品質，使其校正報告普遍為國內外機構接受。本計畫針對經濟部水利署水利規劃試驗所現有旋杯式流速儀檢校實驗室，於93年度強化其系統軟硬體設施，使系統可以自動校正數位型懸杯式流速儀，94年度再進行試運轉並輔導申請取得實驗室CNLA校正領域認證。　　本計畫於93年度完成經濟部水利署流速儀檢校實驗室之流速儀校正系統軟體，硬體與品質管理兩大部分之整體強化工作，包括「流速儀校正系統強化」及「電子品質文件管理系統」之規劃，設計，監造，與整合。針對原有流速儀校正系統強化其數位顯示型旋杯式流速儀的校正功能，也進行實驗室品質系統的建立，包括電子品質系統規劃與「品質手冊」，「文件管理流程」，「電子文件管理系統」建立和系統整合，人員訓練。這些工作已經建立水利署流速儀檢校實驗室符合中華民國實驗室認證體系CNLA校正實驗室之品質管理及技術要求完整軟硬體架構，可提供國內旋杯式流速儀高品質的校正服務。94年度完成校正系統評估，實驗室試運轉，CNLA認證申請，評鑑之準備工作，輔導流速儀檢校實驗室取得CNLA校正實驗室認證，可以提供國內旋杯式流速儀校正服務的品質保證。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/18</date><governmentpublicationsnumber>1009600609</governmentpublicationsnumber><identifier>51623</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51623</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>流速儀檢校實驗室試運轉與認證輔導(2/2)(光碟版)＝Operation  preparation &amp; certification assessments of the current meters calibration laboratory</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫針對天花湖水庫可能影響區域進行規劃研究，包括明德水庫週邊供水改善，水庫排砂規劃、攔河堰上游污染源防制規劃、計畫區域週邊整體景觀營造規劃及水庫計畫宣傳與民意溝通，係做為未來水庫推動之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950427</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009601754</governmentpublicationsnumber><identifier>51624</identifier><internationalstandardbooknumber>9789860102277 ; 9789860102</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51624</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫計畫區域週邊供水改善及景觀營造規劃(光碟版) Planning  Report for Water Supply Improving and Landscape Construction of Tienhwahu Reservoir</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度預定之工作如下：（一）已地層下陷及具地層下陷潛勢地區水準網檢測（二）磁感應分層式地層下陷監測井及固定式GPS衛星追蹤站觀測及維護（三）施測區域相關檢測及觀測資料整合分析研判作業（四）更新及維護台灣地區地層下陷資料庫與查詢系統。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950168</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009601676</governmentpublicationsnumber><identifier>51625</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51625</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>地層下陷水準監測及其相關分析(光碟版) ＝Leveling survey and  relevant analysis in Taiwan subjected to land subsidence in 2006</title><yearidentifier>200705</yearidentifier></data><data><abstract>水文資料係水資源開發調配利用、水患防治預警等規劃設計之依據，為獲得高品質水文資料，穩定且持續性水文觀測業務為基本要素；而維持觀測儀器正常穩定運作，水文觀測作業程序標準化與相關管理制度建立，又為其不可或缺之重要環節。另為提昇觀測資料品質，水位流量站網與雨量站網實有必要進行整體規劃與評估，並透過目前已開發雨量及地下水位觀測資料收集之介面－行動數位助理(personal digital assistant, PDA)之Pocket PC作業系統，以提供觀測人員便捷之作業環境。又隨著通訊技術發展，以目前透過撥接遠端收集水文觀測資料之傳輸系統，對於水利防洪與水資源利用所需之即時水文資訊而言，亟待規劃以新的通訊技術，建立新一代即時水文傳輸系統。另水文觀測儀器系統正確且穩定運作，實有賴定常性保養與維護工作，本署自八十八年度起陸續於各河川局轄區裝設超音波水位站及數位式雨量計之量測設備，原建置廠商提供保固期間已屆期，擬以本計畫持續辦理觀測系統相容且正常運作之儀器定常保養維護計畫，並提供各觀測儀器所需之汰換更新之儀器。透過本項計畫推動，以三年為期辦理本署十個河川局水文測站現地品質評鑑工作，持續擴充行動數位水文觀測系統與新一代通訊傳輸系統規劃與示範站建置，並進行觀測儀器維護保養計畫，及汰換更新或新設儀器建置等，協助本署統合綜理水文觀測作業規劃顧問之支援工作。以維持穩定高品質之水文資料的取得。而行動數位水文觀測系統擴充與整合，可提昇水文觀測作業之能力並強化本土化水文觀測儀器開發，並從水文觀測站網規劃與評估，及前瞻性即時水文傳輸系統規劃，落實「台灣地區水文觀測現代化整體計畫」第二期計畫目標之達成。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009503940</governmentpublicationsnumber><identifier>51626</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51626</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)(光碟版)＝Quality Appraisal and Conserve Project Give an Impetus to Hydrology Observation System(3/3)</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫擬整合現有水準測量成果、地層下陷監測井及GPS等量測資料並建立一標準格式資料庫及建置觀測資料傳輸系統，由現有觀測資料與分析，配合水利署已建立之地下水觀測資料及發展衛星影像判釋高程變化之新技術，發展地層下陷潛勢警示模式，期於最短時間內掌握地下水管制區內地層下陷趨勢與分布，作為防治對策擬訂之參據。衡諸本計畫委辦目標係在整合現有監測方法及相關資料庫，爰引遙測技術及模擬分析程式，發展地層下陷潛勢警示模式，其涉及之關鍵課題主要分為下列三項：地層下陷監測體系及其限制、遙測技術發展趨勢及其適用性、地層下陷潛勢分析需求性探討。本計畫將深入分析探討，以掌握計畫執行重點方向。綜合關鍵課題分析及對委辦計畫目標之瞭解，本計畫初步擬定執行之原則為： ● 運用先端遙測技術建立可行之地層下陷區位評析模式 ● 以多元配套觀點檢討評估地層下陷監測站網佈設適切性。 ● 整合地下水監測站網資訊建立地層下陷潛勢警示系統。 ● 衡諸政策目標協助建置管理平台。各項工作目前執行進度如後；一、資料蒐集整理及分析本項工作主要構想為廣泛蒐集地層下陷監測調查作為潛勢分析及警示模式建置所需資料，掌握監測站網佈設與調查現階段面臨之課題及地層下陷機制，針對監測現況探討地層下陷防治實務上之功能與限制性。除整合現有地層下陷監測方法及相關資料庫，含水準檢測、地層下陷監測井及GPS固定追蹤站，並蒐集地質鑽探井與地下水觀測井，以空間內插技術呈現歷年累積地層下陷量、年平均下陷速率、零水位分布及水位變化率等，探討空間變化趨勢。此外，針對雲林內陸地層下陷嚴重地區同時又是高鐵路線地區，蒐集相關監測與分析評估，將高鐵沿線監測資料與水利署資料作綜合分析。 二、運用衛星影像遙測技術建置地層下陷監測系統可行性之評估分析本項工作主要在於開發運用可行之遙測技術，分析探討其在地層下陷空間分佈判釋能力，地層下陷區位時間演變分析能力，及固定線狀構造物沈陷監測能力等方面之適用性。干涉影像對方面，經時間間隔測試發現干涉影像很強烈的受到時間長短影響，時間間隔愈短愈能產生品質甚佳足以判釋地表沉降之全相位還原影像，其中乾季呈現影像干涉同調性較佳。利用影像干涉(差分干涉測量)可給予最短35天之地層下陷警訊，提供地層下陷測區的地表變形分布、時空演變方式、速?與頻?，作為地層下陷潛勢與警示分析之依據。未來若建置角反射器進行提供永久散射體干涉測?，可進一步提供地層下陷測區?密且全面的地表變形資訊，且可有效移除大氣誤差，與GPS 測?互補(面與點)，並可提供其與他大地測?法作結果驗證。三、資料庫規劃整合及展示系統建置本項工作在於綜合分析水利署及其他單位開發建置資料庫之資料項目及屬性格式，並考量各調查方法及其資料產生頻率、數量等，配合委辦單位業務需求、開發檢索及資料傳輸介面，進一步整合地層下陷潛勢分析及應用模式所需資料表格，建置展示系統，提供地層下陷防治業務支援功能。衡諸本計畫工作目標係在資料庫規劃整合及展示系統建置，其涉及之關鍵課題概分為下列四項：1.資料庫規劃及建置。2.平台架構細部分析。3.系統功能及架構平台之規劃。目前已收納工研院地層下陷監測SQL資料庫相關表格，並已建置和轉換成MYSQL資料庫，及以WEB BASE 為主，使用者只需裝有瀏覽器(Browser)之個人電腦即可，透過網際網路之全球資訊網所提供的服務，就可進行觀測資料傳輸界面建置所需之匯入及匯出資料之功能。初步規劃建置標準表格諸如，基本屬性資料、基本定性資料、相關時序遞增資料、判讀或演算處理所需參數、圖檔等。四、地層下陷潛勢分析台灣地區地層下陷係地下水超抽引致土層有效應力變化所產生，因之地層下陷潛勢分析可藉數值模擬或統計分析方式為之。惟其立論須植基於土壤應力—應變關係之掌握，以建立符合實際壓密機制之分析模式。本項工作目前以數值模式分析與統計分析方法進行地層下陷潛勢與預測分析。數值模式分析係本所以Terzahgi單向度壓密理論建立適應性之地層下陷壓密量化分析模式(LSUB-1)與工研院能環所提供之COMPAC地陷模式，結合參數優選模式，運用現地水文地質條件、地層下陷分層監測井及地下水水位之觀測資料，進行黏土及砂之分層壓縮量計算與比對外，另再考量不同高度覆土荷重造成之淺層有效應力變化，進行外加荷重沉陷分析，除可充份掌握區域性地層下陷問題癥結(例如高鐵異常下陷)並提供警示訊息，並可作為未來結合衛星遙測技術建置地層下陷監測系統之基礎。統計分析方法則嘗試以類神經網路與機器學習演算法建構水位變化或地層下陷量時間數列預測模式，以協助建立警示系統管理指標或操作管理規線，進而可依不同地區之可能下陷嚴重程度發布警訊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950443</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009602032</governmentpublicationsnumber><identifier>51627</identifier><internationalstandardbooknumber>9789860104752 ; 9789860104</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51627</librarycollectiondetailsurl><price>686</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>96</publishrocyear><title>地層下陷潛勢分析與警示計畫(1/2)(光碟版)  Land Subsidencr Potential Analysis and Warning System Development(1/2)</title><yearidentifier>200707</yearidentifier></data><data><abstract>臺灣水文及民國九十四年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009504634</governmentpublicationsnumber><identifier>51632</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51632</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2005 TOTAL REPORT</title><yearidentifier>200612</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009504635</governmentpublicationsnumber><identifier>51635</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51635</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2005 PART Ⅰ- RAINFALL</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009504636</governmentpublicationsnumber><identifier>51636</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51636</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2005 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200612</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009504637</governmentpublicationsnumber><identifier>51637</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51637</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2005 PART Ⅲ- GROUNDWATER</title><yearidentifier>200612</yearidentifier></data><data><abstract>臺灣水文及民國九十三年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>1009504634</governmentpublicationsnumber><identifier>51638</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51638</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年臺灣水文年報電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2005</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局第三組</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>51639</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51639</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>96</publishrocyear><title>中華民國95年氣候資料年報第一部份─地面資料  CLIMATOLOGICAL  DATA  ANNUAL  REPORT  2006  PART 1─SURFACE  DATA</title><yearidentifier>200708</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/19</date><governmentpublicationsnumber>4309600810</governmentpublicationsnumber><identifier>51640</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51640</librarycollectiondetailsurl><price>3000</price><publisher>交通部中央氣局</publisher><publishrocyear>96</publishrocyear><title>中華民國九十四年資料浮標觀測年報(光碟版) DATA  BUOY OBSERVATION DATA ANNUAL  REPORT2005</title><yearidentifier>200708</yearidentifier></data><data><abstract>要： 經濟部水利署辦理「國土復育策略方案暨行動計畫—地層下陷區地下水觀測站井建置維護計畫」，乃結合「台灣地區地下水觀測網整體計畫」歷年建置之既有觀測井，提高地層下陷區觀測井網密度，俾以蒐集完整地下水文地質資料，作為地下水資源利用及保育與地層下陷防治之基本資訊。本(95)年度新設地下水觀測站井區域包括彰化及雲林地區，總計建置11站15口觀測井及3站4口抽水試驗井。設置地點包括：青山、崙雅、社頭、僑義、永定、二崙、光復、拯民、忠孝、秀潭及辰光等站(建置成果詳表1.3-1)。本計畫主要工作內容包括二大部分：一、站井規劃設計及監造二、區域水文地質分析評估本年度成果報告分二冊，第一冊內容係為第一部份(站井規劃設計及監造)之成果彙編，主要執行工作分述如下：一、觀測站井建置維護規劃設計；二、觀測站井施工監造三、調查試驗資料審核；第二冊內容係為第二部份(相關專題研討)之成果彙編，分述如下：1、新設地下水觀測站井之區域水文地質分析評估；二、評估雲林農田水利會既有水井(27口)改設地下水觀測站井之可行性三、地層下陷區地下水觀測站井補充建置之探討；四、觀測站井維護管理研擬；五、96年度先期作業規劃等。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940283</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/20</date><governmentpublicationsnumber>1009601544</governmentpublicationsnumber><identifier>51642</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51642</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>規劃設計、監造「95年度地層下陷區地下水觀測站井建置維護計畫」(光碟版)</title><yearidentifier>200706</yearidentifier></data><data><abstract>北港溪河系河川情勢調查計畫(1/2)(光碟版)=Investigation of stream status of Bei-gang River</abstract><author>黎明工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009601568</governmentpublicationsnumber><identifier>51645</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51645</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪河系河川情勢調查計畫(1/2)(光碟版)=Investigation of stream status of Bei-gang River</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫擬整合現有水準測量成果、地層下陷監測井及GPS等量測資料並建立一標準格式資料庫及建置觀測資料傳輸系統，由現有觀測資料與分析，配合水利署已建立之地下水觀測資料及發展衛星影像判釋高程變化之新技術，發展地層下陷潛勢警示模式，期於最短時間內掌握地下水管制區內地層下陷趨勢與分布，作為防治對策擬訂之參據。衡諸本計畫委辦目標係在整合現有監測方法及相關資料庫，爰引遙測技術及模擬分析程式，發展地層下陷潛勢警示模式，其涉及之關鍵課題主要分為下列三項：地層下陷監測體系及其限制、遙測技術發展趨勢及其適用性、地層下陷潛勢分析需求性探討。本計畫將深入分析探討，以掌握計畫執行重點方向。綜合關鍵課題分析及對委辦計畫目標之瞭解，本計畫初步擬定執行之原則為： ● 運用先端遙測技術建立可行之地層下陷區位評析模式 ● 以多元配套觀點檢討評估地層下陷監測站網佈設適切性。 ● 整合地下水監測站網資訊建立地層下陷潛勢警示系統。 ● 衡諸政策目標協助建置管理平台。各項工作目前執行進度如後；一、資料蒐集整理及分析本項工作主要構想為廣泛蒐集地層下陷監測調查作為潛勢分析及警示模式建置所需資料，掌握監測站網佈設與調查現階段面臨之課題及地層下陷機制，針對監測現況探討地層下陷防治實務上之功能與限制性。除整合現有地層下陷監測方法及相關資料庫，含水準檢測、地層下陷監測井及GPS固定追蹤站，並蒐集地質鑽探井與地下水觀測井，以空間內插技術呈現歷年累積地層下陷量、年平均下陷速率、零水位分布及水位變化率等，探討空間變化趨勢。此外，針對雲林內陸地層下陷嚴重地區同時又是高鐵路線地區，蒐集相關監測與分析評估，將高鐵沿線監測資料與水利署資料作綜合分析。 二、運用衛星影像遙測技術建置地層下陷監測系統可行性之評估分析本項工作主要在於開發運用可行之遙測技術，分析探討其在地層下陷空間分佈判釋能力，地層下陷區位時間演變分析能力，及固定線狀構造物沈陷監測能力等方面之適用性。干涉影像對方面，經時間間隔測試發現干涉影像很強烈的受到時間長短影響，時間間隔愈短愈能產生品質甚佳足以判釋地表沉降之全相位還原影像，其中乾季呈現影像干涉同調性較佳。利用影像干涉(差分干涉測量)可給予最短35天之地層下陷警訊，提供地層下陷測區的地表變形分布、時空演變方式、速?與頻?，作為地層下陷潛勢與警示分析之依據。未來若建置角反射器進行提供永久散射體干涉測?，可進一步提供地層下陷測區?密且全面的地表變形資訊，且可有效移除大氣誤差，與GPS 測?互補(面與點)，並可提供其與他大地測?法作結果驗證。三、資料庫規劃整合及展示系統建置本項工作在於綜合分析水利署及其他單位開發建置資料庫之資料項目及屬性格式，並考量各調查方法及其資料產生頻率、數量等，配合委辦單位業務需求、開發檢索及資料傳輸介面，進一步整合地層下陷潛勢分析及應用模式所需資料表格，建置展示系統，提供地層下陷防治業務支援功能。衡諸本計畫工作目標係在資料庫規劃整合及展示系統建置，其涉及之關鍵課題概分為下列四項：1.資料庫規劃及建置。2.平台架構細部分析。3.系統功能及架構平台之規劃。目前已收納工研院地層下陷監測SQL資料庫相關表格，並已建置和轉換成MYSQL資料庫，及以WEB BASE 為主，使用者只需裝有瀏覽器(Browser)之個人電腦即可，透過網際網路之全球資訊網所提供的服務，就可進行觀測資料傳輸界面建置所需之匯入及匯出資料之功能。初步規劃建置標準表格諸如，基本屬性資料、基本定性資料、相關時序遞增資料、判讀或演算處理所需參數、圖檔等。四、地層下陷潛勢分析台灣地區地層下陷係地下水超抽引致土層有效應力變化所產生，因之地層下陷潛勢分析可藉數值模擬或統計分析方式為之。惟其立論須植基於土壤應力—應變關係之掌握，以建立符合實際壓密機制之分析模式。本項工作目前以數值模式分析與統計分析方法進行地層下陷潛勢與預測分析。數值模式分析係本所以Terzahgi單向度壓密理論建立適應性之地層下陷壓密量化分析模式(LSUB-1)與工研院能環所提供之COMPAC地陷模式，結合參數優選模式，運用現地水文地質條件、地層下陷分層監測井及地下水水位之觀測資料，進行黏土及砂之分層壓縮量計算與比對外，另再考量不同高度覆土荷重造成之淺層有效應力變化，進行外加荷重沉陷分析，除可充份掌握區域性地層下陷問題癥結(例如高鐵異常下陷)並提供警示訊息，並可作為未來結合衛星遙測技術建置地層下陷監測系統之基礎。統計分析方法則嘗試以類神經網路與機器學習演算法建構水位變化或地層下陷量時間數列預測模式，以協助建立警示系統管理指標或操作管理規線，進而可依不同地區之可能下陷嚴重程度發布警訊。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950443</commissionedprojectidentifier><currency>NT$</currency><date>2007/9/27</date><governmentpublicationsnumber>1009602032</governmentpublicationsnumber><identifier>51654</identifier><internationalstandardbooknumber>9789860104752 ; 9789860104</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51654</librarycollectiondetailsurl><price>686</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地層下陷潛勢分析與警示計畫(1/2)   Land Subsidence Potential Analysis and Warning System Development (1/2)</title><yearidentifier>200707</yearidentifier></data><data><abstract>經濟部水利署中區水資源局所轄管之集集攔河堰、石岡壩及鯉魚潭水庫分別位於濁水溪、大甲溪及大安溪之中下游，屬於中部地區之三大主要水資源命脈，長期以來中部地區之水資源調配營運皆有賴此三個水庫攔河堰之管理操作，因此，泥砂淤積問題造成庫容減少以致影響水庫攔河堰之操作管理即顯得格外重要。中部地區歷經九二一大地震後，山區之地層變動造成土石鬆軟，每逢颱風豪雨即容易造成大量泥砂被沖刷進入上游河川，使建構於濁水溪上之集集攔河堰與大甲溪上之石岡壩淤積情況日益惡化。本計畫的主要工作為提出有效的監測方案與措施，使三個營管單位於未來進行泥砂監測時能確實掌握泥砂的入/出庫量以及水砂相關資訊，做為三個水庫攔河堰操作管理的依據，以達到永續經營利用的目的。此外，透過本計畫所建議之量測項目與記錄格式，可將研究分析所需之水砂相關資料較過去更完整的保存，提供其他研究單位進行進一步的分析研究。 本計畫以鯉魚潭水庫、石岡壩與集集攔河堰之水流泥砂觀測調查為主要規劃研究對象。首先，根據這三個水庫攔河堰的操作營運目標訂出初步的探討方向及量測項目（包括量測目的、量測項目、量測時間與頻率、量測地點…等），在與其他專家學者及三個水庫攔河堰的現地操作人員進行討論後，根據實際現地情況作適當的修正。待所提出之方案受各管理單位與專家學者認可後，針對三個水庫攔河堰的不同需求，進一步研議編撰適合三個水庫攔河堰各自的泥砂觀測作業程序，做為未來管理單位辦理泥砂調查觀測工作及現地操作人員實地操作時的參考依據。於符合較經濟的觀測調查作業下，能有效的觀測收集所需之水砂相關資料，做為未來此三個水庫攔河堰於水砂相關觀測及操作管理之依據。</abstract><author>逢甲大學水利工程系</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/29</date><governmentpublicationsnumber>1009602049</governmentpublicationsnumber><identifier>51663</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51663</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中水局所轄水庫攔河堰泥砂觀測調查作業規劃 A Planning Study on Sediment Observation Methods for Three Major Storage Facilities in Central Region Water Resources Bureau</title><yearidentifier>200707</yearidentifier></data><data><abstract>經濟部水利署中區水資源局所轄管之集集攔河堰、石岡壩及鯉魚潭水庫分別位於濁水溪、大甲溪及大安溪之中下游，屬於中部地區之三大主要水資源命脈，長期以來中部地區之水資源調配營運皆有賴此三個水庫攔河堰之管理操作，因此，泥砂淤積問題造成庫容減少以致影響水庫攔河堰之操作管理即顯得格外重要。中部地區歷經九二一大地震後，山區之地層變動造成土石鬆軟，每逢颱風豪雨即容易造成大量泥砂被沖刷進入上游河川，使建構於濁水溪上之集集攔河堰與大甲溪上之石岡壩淤積情況日益惡化。本計畫的主要工作為提出有效的監測方案與措施，使三個營管單位於未來進行泥砂監測時能確實掌握泥砂的入/出庫量以及水砂相關資訊，做為三個水庫攔河堰操作管理的依據，以達到永續經營利用的目的。此外，透過本計畫所建議之量測項目與記錄格式，可將研究分析所需之水砂相關資料較過去更完整的保存，提供其他研究單位進行進一步的分析研究。 本計畫以鯉魚潭水庫、石岡壩與集集攔河堰之水流泥砂觀測調查為主要規劃研究對象。首先，根據這三個水庫攔河堰的操作營運目標訂出初步的探討方向及量測項目（包括量測目的、量測項目、量測時間與頻率、量測地點…等），在與其他專家學者及三個水庫攔河堰的現地操作人員進行討論後，根據實際現地情況作適當的修正。待所提出之方案受各管理單位與專家學者認可後，針對三個水庫攔河堰的不同需求，進一步研議編撰適合三個水庫攔河堰各自的泥砂觀測作業程序，做為未來管理單位辦理泥砂調查觀測工作及現地操作人員實地操作時的參考依據。於符合較經濟的觀測調查作業下，能有效的觀測收集所需之水砂相關資料，做為未來此三個水庫攔河堰於水砂相關觀測及操作管理之依據。</abstract><author>逢甲大學水利工程系</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/9/29</date><governmentpublicationsnumber>1009602049</governmentpublicationsnumber><identifier>51664</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51664</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中水局所轄水庫攔河堰泥砂觀測調查作業規劃(光碟版) A Planning Study on Sediment Observation Methods for Three Major Storage Facilities in Central Region Water Resources Bureau</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/1</date><governmentpublicationsnumber>1009601676</governmentpublicationsnumber><identifier>51670</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51670</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>95年度地層下陷水準監測及其相關分析=Leveling Surey and relevant Analysis in Taiwan Subjected to Land Subsidence in 2006</title><yearidentifier>200705</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/1</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>51674</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51674</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十ㄧ年度年報</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/1</date><governmentpublicationsnumber>1009302636</governmentpublicationsnumber><identifier>51675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51675</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十二年度年報</title><yearidentifier>200410</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/3</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>51676</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51676</librarycollectiondetailsurl><price>465</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署中區水資源局年報九十五年</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/3</date><governmentpublicationsnumber>100960720</governmentpublicationsnumber><identifier>51677</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51677</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>96</publishrocyear><title>水土保持相關法規?編</title><yearidentifier>200707</yearidentifier></data><data><abstract>經濟部水利處(原台灣省政府水利處)八十八年度年報</abstract><author>經濟部水利處</author><categoryidentifier>440.94   443.682   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>8853880010</governmentpublicationsnumber><identifier>51679</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51679</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>經濟部水利處(原台灣省政府水利處)八十八年度年報</title><yearidentifier>199912</yearidentifier></data><data><abstract>本計畫進行聯通管路既設pccp管材預力鋼線非破壞檢查，採管段取樣方式，進行安全評估分析工作，涉及特殊專業技術，乃爰編本委託計畫委託專業廠商辦理。計畫成果將可作為本機關掌握pccp管材預力鋼線之勘用與否，作為營運維護及辦理更換之參據，可使聯通管路設備功能提高安全性與可靠度，俾順利於日後移交台灣省自來水公司操作營運。</abstract><author>必昱化學股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095KPRW</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/17</date><governmentpublicationsnumber>1009600223</governmentpublicationsnumber><identifier>51763</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51763</librarycollectiondetailsurl><price>1000</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>南化水庫與高屏溪攔河堰聯通管路：復通水前管線渦電流非破壞特別安全檢查工作報告＝Electromagnetic nondestructive testing service of Nan- Hua Reservoir and Kao-Ping creek weir communication pipeline</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>必昱化學股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA96KPRWP</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/18</date><governmentpublicationsnumber>1009601868</governmentpublicationsnumber><identifier>51769</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51769</librarycollectiondetailsurl><price>1000</price><publisher>水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>南化水庫與高屏溪攔河堰聯通管路：復通水前第二階段管線渦電流非破壞特別安全檢查工作報告 2nd Electromagneic Nondestructive Testing Service of Nan-Hua Reservoir and Kao-Ping Creek Weir Communication Pipeline</title><yearidentifier>200707</yearidentifier></data><data><abstract>鯉魚潭水庫第一次定期安全評估補充調查試驗成果,包括土木設施之混凝土檢驗及非破壞檢測,投池右岸邊坡大地力學試驗及水工機械非破壞檢測等項目</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/24</date><governmentpublicationsnumber>1009602545</governmentpublicationsnumber><identifier>51778</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51778</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估補充調查與試驗</title><yearidentifier>200707</yearidentifier></data><data><abstract>鯉魚潭水庫第一次定期安全評估補充調查試驗成果,包括土木設施之混凝土檢驗及非破壞檢測,投池右岸邊坡大地力學試驗及水工機械非破壞檢測等項目</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/24</date><governmentpublicationsnumber>1009602545</governmentpublicationsnumber><identifier>51779</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51779</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估補充調查與試驗(光碟版)</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/30</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>51793</identifier><internationalstandardbooknumber>16062574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51793</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>節約用水季刊（第四十七期)－美國以縝密與宏觀打造水資源後盾</title><yearidentifier>200706</yearidentifier></data><data><abstract>為建立經濟部水利署各業務單位之河川業務GIS中心，並充實水利署之空間資料倉儲，特委託辦理「網際水利地理資訊資料管理系統建置」計畫，在本4年期程計畫中，主要目的在於奠定未來建置一套完善之「水利署河川GIS業務服務平台」基礎，以達到資源整合、撙節經費之目標，更冀望進一步發展「整合式水利地理資訊決策支援系統」，全面提升水利業務施政決策品質。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960020</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/30</date><governmentpublicationsnumber>1009602770</governmentpublicationsnumber><identifier>51796</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(4/4)＝Establishment of Hydraulic Web-Based Geographic Information Systems (4/4)</title><yearidentifier>200710</yearidentifier></data><data><abstract>為建立經濟部水利署各業務單位之河川業務GIS中心，並充實水利署之空間資料倉儲，特委託辦理「網際水利地理資訊資料管理系統建置」計畫，在本4年期程計畫中，主要目的在於奠定未來建置一套完善之「水利署河川GIS業務服務平台」基礎，以達到資源整合、撙節經費之目標，更冀望進一步發展「整合式水利地理資訊決策支援系統」，全面提升水利業務施政決策品質。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960020</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/30</date><governmentpublicationsnumber>1009602770</governmentpublicationsnumber><identifier>51797</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51797</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(4/4)－光碟版＝Establishment of Hydraulic Web-Based Geographic Information Systems (4/4)</title><yearidentifier>200710</yearidentifier></data><data><abstract>為建立經濟部水利署各業務單位之河川業務GIS中心，並充實水利署之空間資料倉儲，特委託辦理「網際水利地理資訊資料管理系統建置」計畫，在本4年期程計畫中，主要目的在於奠定未來建置一套完善之「水利署河川GIS業務服務平台」基礎，以達到資源整合、撙節經費之目標，更冀望進一步發展「整合式水利地理資訊決策支援系統」，全面提升水利業務施政決策品質。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960020</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/30</date><governmentpublicationsnumber>1009602771</governmentpublicationsnumber><identifier>51799</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫總報告書＝Establishment of Hydraulic Web-Based Geographic Information Systems</title><yearidentifier>200710</yearidentifier></data><data><abstract>為建立經濟部水利署各業務單位之河川業務GIS中心，並充實水利署之空間資料倉儲，特委託辦理「網際水利地理資訊資料管理系統建置」計畫，在本4年期程計畫中，主要目的在於奠定未來建置一套完善之「水利署河川GIS業務服務平台」基礎，以達到資源整合、撙節經費之目標，更冀望進一步發展「整合式水利地理資訊決策支援系統」，全面提升水利業務施政決策品質。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960020</commissionedprojectidentifier><currency>NT$</currency><date>2007/10/30</date><governmentpublicationsnumber>1009602771</governmentpublicationsnumber><identifier>51800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51800</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫總報告書(光碟版)＝Establishment of Hydraulic Web-Based Geographic Information Systems</title><yearidentifier>200710</yearidentifier></data><data><abstract>依據規劃報告成果編定本治理計畫，含排水集水區域、堤防預定線(用地範圍)，期儘早完成本計畫之核定及依法應公告事項，以供權責單位執行排水業務之規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/10/31</date><governmentpublicationsnumber>1009602208</governmentpublicationsnumber><identifier>51808</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51808</librarycollectiondetailsurl><price>340</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>台南地區曾文溪排水治理計畫</title><yearidentifier>200707</yearidentifier></data><data><abstract>本報告係藉由蒐集分析台灣地區各地下水分區的資料及探討台灣地區地下水關測站網整體計畫執行成果和水利署既有地下水資料庫功能之評估檢討，以研提台灣地區下水資源調查、規劃、分析的前瞻性作為。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950217</commissionedprojectidentifier><currency>NT$</currency><date>2007/11/5</date><governmentpublicationsnumber>1009601950</governmentpublicationsnumber><identifier>51817</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51817</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>地下水環境調查及分析作業先驅規劃(1/2)第一年度報告(內附光碟)＝Precursory  planning of groundwater environmental investigation and analysis</title><yearidentifier>200709</yearidentifier></data><data><abstract>本報告係藉由蒐集分析台灣地區各地下水分區的資料及探討台灣地區地下水關測站網整體計畫執行成果和水利署既有地下水資料庫功能之評估檢討，以研提台灣地區下水資源調查、規劃、分析的前瞻性作為。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950217</commissionedprojectidentifier><currency>NT$</currency><date>2007/11/5</date><governmentpublicationsnumber>1009601950</governmentpublicationsnumber><identifier>51819</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51819</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>地下水環境調查及分析作業先驅規劃(1/2)第一年度報告(光碟版)＝Precursory  planning of groundwater environmental investigation and analysis(1/2)</title><yearidentifier>200709</yearidentifier></data><data><abstract>評估知本溪、金崙溪流域地下水資源，從水文地質模型架構、地下水補注勢能分區以及所集與調查之資料，建立流域地下水資源調查準則</abstract><author>成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950416</commissionedprojectidentifier><currency>NT$</currency><date>2007/11/6</date><governmentpublicationsnumber>1009602493</governmentpublicationsnumber><identifier>51828</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51828</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(1/2)工作成果報告書(內附光碟)＝Investigation of Groundwater Resources in Chin-Ben and Jin-Lin Creek Basins</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣地區河川溪流遍佈，平均年雨量高達2,467公釐，由於地形影響，坡陡流急，河川流量隨著降雨情況迅速變化，難以掌握利用，致使我們處於一個非常缺水的環境。加上近年來全球的氣候變遷、土地過度開發，以及921大地震對地質造成的傷害，使得台灣地區水文條件益形惡化，旱、澇災害交迭，政府在確保人民享有優質的水資源以及免於淹水之苦等方面，任務更艱鉅，挑戰更多。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/8</date><governmentpublicationsnumber>1009602934</governmentpublicationsnumber><identifier>51838</identifier><internationalstandardbooknumber>9789860113372 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51838</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護隊計畫成果彙編(95年11月~96年6月)</title><yearidentifier>200709</yearidentifier></data><data><abstract>臺灣地區現有中央管河川長度2078.7公里及大小水庫與攔河堰100餘座以上，均由中央水利主管機關及水利事業興辦人設置或委託管理機關(構)依水利法、河川管理辦法及水庫蓄水範圍管理辦法負責管理。鑒於前述中央管河川之河川區域、區域排水及水庫集水區之水文資料調查建檔、水利建造物維護管理及基層社區水災害因應輔導等攸關防洪安全之成敗，而各地方政府財源有限，人力不足難以有效管理，加上近年來環境生態之永續觀念高漲，民眾維護自身權益積極，前述河川、區域排水及水庫集水區域內之水環境之調查及保育管理工作遂成為水利主管機關之新增重任。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/8</date><governmentpublicationsnumber>1009602932</governmentpublicationsnumber><identifier>51839</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51839</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護隊計畫－水環境調查成果彙編資料集(95年11月~96年6月)</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會動植物防疫檢疫局</author><categoryidentifier>412.38061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/9</date><governmentpublicationsnumber>2009006804</governmentpublicationsnumber><identifier>51843</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51843</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會動植物防疫檢疫局</publisher><publishrocyear>96</publishrocyear><title>動植物防疫檢疫業務統計年報(中華民國95年)-內附光碟</title><yearidentifier>200710</yearidentifier></data><data><abstract>依據規劃報告成果編定本治理計畫，含排水集水區域、堤防預定線(用地範圍)，期儘早完成本計畫之核定及依法應公告事項，以供權責單位執行排水業務之規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/12</date><governmentpublicationsnumber>1009602208</governmentpublicationsnumber><identifier>51846</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51846</librarycollectiondetailsurl><price>340</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>台南地區曾文溪排水治理計畫(光碟版)</title><yearidentifier>200707</yearidentifier></data><data><abstract>本工作成果年報經各業務提後歸類整理後，精簡扼要的陳述方式呈現，豐碩之成果供相關水利機關施行參據，以期最終營造出自然與人文共生的河海環境</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009602962</governmentpublicationsnumber><identifier>51847</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51847</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署水利規劃試驗所九十五年度工作成果年報＝Summary Report of Year 2006 Projects</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/12</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>51857</identifier><internationalstandardbooknumber>9 789570 1371</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51857</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>92</publishrocyear><title>水利第十二期</title><yearidentifier>200302</yearidentifier></data><data><abstract>水利第十三期</abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/12</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>51858</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51858</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>92</publishrocyear><title>水利第十三期</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/12</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>51859</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51859</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>94</publishrocyear><title>水利第十五期</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/12</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>51860</identifier><internationalstandardbooknumber>1848840 ; 1848840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51860</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>95</publishrocyear><title>水利第十六期</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據收集彙整與補充調查現況資料，以及對原住民部落相關用水問題癥結的瞭解，從法規、權責單位、人力、組織、經費、規劃設計、施工、營管等層面提出具體可行的改善對策與建議，並研擬簡易自來水妥適之營管模式。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/14</date><governmentpublicationsnumber>1009602863</governmentpublicationsnumber><identifier>51867</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51867</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>原住民部落相關用水設施管理現況調查與未來興辦營管模式規劃</title><yearidentifier>200710</yearidentifier></data><data><abstract>依據收集彙整與補充調查現況資料，以及對原住民部落相關用水問題癥結的瞭解，從法規、權責單位、人力、組織、經費、規劃設計、施工、營管等層面提出具體可行的改善對策與建議，並研擬簡易自來水妥適之營管模式。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/14</date><governmentpublicationsnumber>1009602863</governmentpublicationsnumber><identifier>51868</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51868</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>原住民部落相關用水設施管理現況調查與未來興辦營管模式規劃(光碟版)</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>謝光照  楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/16</date><governmentpublicationsnumber>1009602544</governmentpublicationsnumber><identifier>51880</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51880</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>96</publishrocyear><title>雜糧作物試驗研究年報(民國94年) -ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT2005</title><yearidentifier>200710</yearidentifier></data><data><abstract>台灣光復以來，政府推動水利建設不遺餘力，在每一個經濟發展階段，充分滿足農業生產和工商業發展的用水需求。迄今台灣已擁有89座水庫，蓄水容量達21億立方公尺，為經濟發展開啟源頭、注入活水；超過3000公里的河川堤防及禦潮海堤，構築了庇護河川、海岸邊民眾身家性命之保護長堤；自來水普及率已達到90%以上，供應絕大多數人民充足而乾淨的生活及各個產業生產所需的用水。    進入21世紀，水利建設的思維和方向都有所改變，管理重於建設，保育優於開發；近年來更因氣候異常，世界各地水資源問題層出不窮，或而淹溢、或而乾旱，再加上污染、分配不均等等問題，使得水資源議題益發引起各國的重視。有鑑於此，本署特於95年提出「新世紀水資源政策綱領」，釐訂治水、利水、保水、親水及活水等五大施政目標，作為廿一世紀我國水資源業務推動之最高指導方針。同時，配合行政院「2015年經濟發展願景計畫第一階段三年衝刺計畫公共建設套案」提出「水水水旗艦計畫」，更明確定調以「不缺水」、「不淹水」、「親近水」為本署現階段之施政重點。另為加速推動易淹水地區水患治理、石門水庫及其集水區整治等刻不容緩的工作，亦於本(95)年度完成制定特別條例及編列特別預算之艱辛任務。    95年度年報共計十篇45章，以「不缺水」、「不淹水」、「親近水」這三項人民感受最深之訴求為架構主軸，同時對當年主客觀環境與各項業務執行情形等，包括水文環境、水利政策、施政計畫、災害防救、水利產業、研究發展與國際交流、行政管理等，均有詳實記載，清楚呈現本署之施政績效與同仁共同戮力完成許多艱鉅任務之辛苦歷程。今日年報得以付梓，特別感謝提供資料及參與年報編輯等所有工作同仁的用心和辛勞，並期勉同仁再接再厲，共同為美麗的福爾摩沙努力，一起打造不缺水、不淹水、親近水的水水台灣。</abstract><author>經濟部水利署</author><categoryidentifier>443.68058   440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/26</date><governmentpublicationsnumber>1009602821</governmentpublicationsnumber><identifier>51901</identifier><internationalstandardbooknumber>9789860111996 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51901</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>95年度經濟部水利署年報</title><yearidentifier>200710</yearidentifier></data><data><abstract>在政府人力編制難以擴增下，導入民間參與，積極獎?輔導地方民眾及原住民?與敏感地區管?及環境保育工作，為當前務實可行之作法。本計畫任務為配合水利署河川復育及保育守護計畫進行「水環境調查訓練及調查成果展示」，以「建立河川溪流、區域排水及中小排水環境景觀生態現地調查資訊庫系統、展示網站」及「完成辦理觀摩活動與優良人員表揚大會，鼓勵當地民眾積極參與地方水利環境維護與調查之工作」為主要目標。水環境調查訓練部分：(1)完成3場次分區教育訓練，計培訓守護隊員約200人；(2)完成2場次國土復育暨水環境永續發展觀摩活動及1場次小小守護軍紮根教育培訓營；(3)完成辦理河川復育及保育守護隊成立誓師大會與會隊員計約250人；(4)赴12原住民鄉守護隊現地拜訪輔導與協助主辦機關現地考核共計24次。調查成果展示部分：(1)完成河川復育及保育守護成果展示網站計5套，含總入口網及4個分區展示網；(2)完成河川復育及保育守護調查成果資料庫查詢平台1套及2場次系統操作教育訓練；(3)完成1場次區域成果展示活動；(4)完成河川復育及保育守護調查成果彙編報告一式2 本，計印製300套。河川復育和保育守護工作應為永續工程，因此未來在河川環境相關基本知識及實務交流等課程訓練，應繼續辦理研習並妥善運用已具基礎之守護員，培養專業素資，輔導朝向地方協力營造優質之水環境，並結合地方特色逐步建立社會價值目標，以達到河川復育及保育守護計畫之願景。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950419</commissionedprojectidentifier><currency>NT$</currency><date>2007/11/26</date><governmentpublicationsnumber>1009602787</governmentpublicationsnumber><identifier>51902</identifier><internationalstandardbooknumber>9789860111835 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51902</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護計畫：水環境調查訓練及調查成果展示(光碟版)  River restoration and preservation project：a demonstration of the results of the investigation, training, and inspection of water environment</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣地區之水資源開發利用與保育，分別由不同性質之機關共同推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整。有鑑於此，經濟部水利署(以下簡稱本署)自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況，供各相關單位辦理水資源規劃之參考。 本年度之計算基期為民國95年1月1日至民國95年12月31日止。報告中引用行政院主計處公佈之資料，配合主計處於民國95年校正各項統計資料修正。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/26</date><governmentpublicationsnumber>1009602818</governmentpublicationsnumber><identifier>51904</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51904</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署台灣地區水資源投資分析:95年度報告</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣地區之水資源開發利用與保育，分別由不同性質之機關共同推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整。有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況，供各相關單位辦理水資源規劃之參考。 本年度之計算基期為民國94年1月1日至民國94年12月31日止。報告中引用行政院主計處公佈之資料，配合主計處於民國94年校正各項統計資料修正。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009502351</governmentpublicationsnumber><identifier>51911</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51911</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署台灣地區水資源投資分析94年度報告</title><yearidentifier>200609</yearidentifier></data><data><abstract>台灣地區之水資源開發利用與保育，分別由不同性質之機關共同推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整。有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況，供各相關單位辦理水資源規劃之參考。 本年度之計算基期為民國94年1月1日至民國94年12月31日止。報告中引用行政院主計處公佈之資料，配合主計處於民國94年校正各項統計資料修正。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009502351</governmentpublicationsnumber><identifier>51912</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51912</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署台灣地區水資源投資分析94年度報告(光碟版)</title><yearidentifier>200609</yearidentifier></data><data><abstract>台灣地區之水資源開發利用與保育，分別由不同性質之機關共同推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整。有鑑於此，經濟部水利署(以下簡稱本署)自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況，供各相關單位辦理水資源規劃之參考。 本年度之計算基期為民國95年1月1日至民國95年12月31日止。報告中引用行政院主計處公佈之資料，配合主計處於民國95年校正各項統計資料修正。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602818</governmentpublicationsnumber><identifier>51913</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51913</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署台灣地區水資源投資分析95年度報告(光碟版)</title><yearidentifier>200709</yearidentifier></data><data><abstract>評估知本溪、金崙溪流域地下水資源，從水文地質模型架構、地下水補注勢能分區以及所集與調查之資料，建立流域地下水資源調查準則</abstract><author>成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602493</governmentpublicationsnumber><identifier>51915</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51915</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(1/2)－光碟版＝Investigation of Groundwater Resources in Chin-Ben and Jin-Lin Creek Basins</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣光復以來，政府推動水利建設不遺餘力，在每一個經濟發展階段，充分滿足農業生產和工商業發展的用水需求。迄今台灣已擁有89座水庫，蓄水容量達21億立方公尺，為經濟發展開啟源頭、注入活水；超過3000公里的河川堤防及禦潮海堤，構築了庇護河川、海岸邊民眾身家性命之保護長堤；自來水普及率已達到90%以上，供應絕大多數人民充足而乾淨的生活及各個產業生產所需的用水。     進入21世紀，水利建設的思維和方向都有所改變，管理重於建設，保育優於開發；近年來更因氣候異常，世界各地水資源問題層出不窮，或而淹溢、或而乾旱，再加上污染、分配不均等等問題，使得水資源議題益發引起各國的重視。有鑑於此，本署特於95年提出「新世紀水資源政策綱領」，釐訂治水、利水、保水、親水及活水等五大施政目標，作為廿一世紀我國水資源業務推動之最高指導方針。同時，配合行政院「2015年經濟發展願景計畫第一階段三年衝刺計畫公共建設套案」提出「水水水旗艦計畫」，更明確定調以「不缺水」、「不淹水」、「親近水」為本署現階段之施政重點。另為加速推動易淹水地區水患治理、石門水庫及其集水區整治等刻不容緩的工作，亦於本(95)年度完成制定特別條例及編列特別預算之艱辛任務。     95年度年報共計十篇45章，以「不缺水」、「不淹水」、「親近水」這三項人民感受最深之訴求為架構主軸，同時對當年主客觀環境與各項業務執行情形等，包括水文環境、水利政策、施政計畫、災害防救、水利產業、研究發展與國際交流、行政管理等，均有詳實記載，清楚呈現本署之施政績效與同仁共同戮力完成許多艱鉅任務之辛苦歷程。今日年報得以付梓，特別感謝提供資料及參與年報編輯等所有工作同仁的用心和辛勞，並期勉同仁再接再厲，共同為美麗的福爾摩沙努力，一起打造不缺水、不淹水、親近水的水水台灣。</abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009602821</governmentpublicationsnumber><identifier>51916</identifier><internationalstandardbooknumber>9789860111996 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51916</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>96</publishrocyear><title>95年度經濟部水利署年報(光碟版)</title><yearidentifier>200710</yearidentifier></data><data><abstract>臺灣地區現有中央管河川長度2078.7公里及大小水庫與攔河堰100餘座以上，均由中央水利主管機關及水利事業興辦人設置或委託管理機關(構)依水利法、河川管理辦法及水庫蓄水範圍管理辦法負責管理。鑒於前述中央管河川之河川區域、區域排水及水庫集水區之水文資料調查建檔、水利建造物維護管理及基層社區水災害因應輔導等攸關防洪安全之成敗，而各地方政府財源有限，人力不足難以有效管理，加上近年來環境生態之永續觀念高漲，民眾維護自身權益積極，前述河川、區域排水及水庫集水區域內之水環境之調查及保育管理工作遂成為水利主管機關之新增重任。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602932</governmentpublicationsnumber><identifier>51917</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51917</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護隊計畫－水環境調查成果彙編資料集(95年11月~96年6月) －光碟版</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣地區河川溪流遍佈，平均年雨量高達2,467公釐，由於地形影響，坡陡流急，河川流量隨著降雨情況迅速變化，難以掌握利用，致使我們處於一個非常缺水的環境。加上近年來全球的氣候變遷、土地過度開發，以及921大地震對地質造成的傷害，使得台灣地區水文條件益形惡化，旱、澇災害交迭，政府在確保人民享有優質的水資源以及免於淹水之苦等方面，任務更艱鉅，挑戰更多。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602934</governmentpublicationsnumber><identifier>51918</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51918</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護隊計畫成果彙編(95年11月~96年6月)－光碟版</title><yearidentifier>200709</yearidentifier></data><data><abstract>嘗試由地質觀點切入，對台中地區水文地質形成機制進行深入研究，希望建立水文地質概念模型、探討地下水概況及地下水水質概況，提供台中盆地做為地下水水庫之初步可能性探討之依據</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950414</commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602176</governmentpublicationsnumber><identifier>51919</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51919</librarycollectiondetailsurl><price>650</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>臺中盆地做為地下水庫可能性之探討專題報告書＝A study on the possibility of Tai-Chung basin as an underground-water reservoir</title><yearidentifier>200709</yearidentifier></data><data><abstract>嘗試由地質觀點切入，對台中地區水文地質形成機制進行深入研究，希望建立水文地質概念模型、探討地下水概況及地下水水質概況，提供台中盆地做為地下水水庫之初步可能性探討之依據</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>1009602176</governmentpublicationsnumber><identifier>51920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51920</librarycollectiondetailsurl><price>650</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>臺中盆地做為地下水庫可能性之探討專題報告書(光碟版) ＝A study on the possibility of Tai-Chung basin as an underground-water reservoir</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>林啟文盧詩丁石同生陳致言林燕慧</author><categoryidentifier>356.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>51921</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51921</librarycollectiondetailsurl><price>450</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>96</publishrocyear><title>臺灣北部的活動斷層二萬五千分之一活動斷層條帶圖說明書</title><yearidentifier>200707</yearidentifier></data><data><abstract> </abstract><author>林朝宗</author><categoryidentifier>356.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/27</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>51922</identifier><internationalstandardbooknumber>10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51922</librarycollectiondetailsurl><price>550</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>96</publishrocyear><title>臺灣第四紀研究---回顧與前瞻</title><yearidentifier>200709</yearidentifier></data><data><abstract>水利署95年12月陳報經濟部水資源審議通過之「大台中地區公共用水穩定水源及供水方案」，透過新建大安大甲溪水源聯合運用輸水工程、后里淨水場、鯉魚潭水庫第二原水路及提昇自來水抄見率等工作，可提高大安溪及大甲溪水資源聯合運用效率，建構穩定供水系統，可滿足目標年用水需求。其中「大安大甲溪水源聯合運用輸水工程」，計畫優先由「大甲溪輸水路」將大甲溪餘水輸送至后里淨水場及鯉魚潭淨水場，並將剩餘水源送至大安溪后里圳，使大安溪水源儘可能蓄存於鯉魚潭水庫，以穩定枯水期台中地區用水。因內埔圳及后里圳係分別於大甲溪石岡壩下游及大安溪士林堰下游取水，其臨時導水設施易受洪流沖毀，致取水相當不穩定，如后里圳及內埔圳灌溉系統與大甲輸水路系統銜接，未來內埔圳及后里圳灌區將有雙供水系統，納入大安溪及大甲溪整體聯合調度提高水資源利用效率、並可降低河床滲漏損失，如該二圳原取水設施颱洪過後無法正常取水時，亦可緊急調度支援，除可增加調度自來水用水並兼顧農業用水穩定、改善與維持，可大幅提昇區域之用水穩定。本計畫為內埔圳及后里圳灌區水源納入大安溪及大甲溪聯合運用調度可行性評估及規劃工作，以作為後續推動之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009602908</governmentpublicationsnumber><identifier>51926</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51926</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>內埔圳及后里圳灌區水源納入大安大甲溪水源聯合運用效益評估規劃＝Feasibility evaluation of conjunctive use of Naipu &amp; Houli irrigation water with Taan &amp; Tachia rivers</title><yearidentifier>200710</yearidentifier></data><data><abstract>水利署95年12月陳報經濟部水資源審議通過之「大台中地區公共用水穩定水源及供水方案」，透過新建大安大甲溪水源聯合運用輸水工程、后里淨水場、鯉魚潭水庫第二原水路及提昇自來水抄見率等工作，可提高大安溪及大甲溪水資源聯合運用效率，建構穩定供水系統，可滿足目標年用水需求。其中「大安大甲溪水源聯合運用輸水工程」，計畫優先由「大甲溪輸水路」將大甲溪餘水輸送至后里淨水場及鯉魚潭淨水場，並將剩餘水源送至大安溪后里圳，使大安溪水源儘可能蓄存於鯉魚潭水庫，以穩定枯水期台中地區用水。因內埔圳及后里圳係分別於大甲溪石岡壩下游及大安溪士林堰下游取水，其臨時導水設施易受洪流沖毀，致取水相當不穩定，如后里圳及內埔圳灌溉系統與大甲輸水路系統銜接，未來內埔圳及后里圳灌區將有雙供水系統，納入大安溪及大甲溪整體聯合調度提高水資源利用效率、並可降低河床滲漏損失，如該二圳原取水設施颱洪過後無法正常取水時，亦可緊急調度支援，除可增加調度自來水用水並兼顧農業用水穩定、改善與維持，可大幅提昇區域之用水穩定。本計畫為內埔圳及后里圳灌區水源納入大安溪及大甲溪聯合運用調度可行性評估及規劃工作，以作為後續推動之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009602908</governmentpublicationsnumber><identifier>51927</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51927</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>內埔圳及后里圳灌區水源納入大安大甲溪水源聯合運用效益評估規劃(光碟版)＝Feasibility evaluation of conjunctive use of Naipu &amp; Houli irrigation water with Taan &amp; Tachia rivers</title><yearidentifier>200710</yearidentifier></data><data><abstract>經濟部水利署北區水資源局95年度年報</abstract><author>賴伯勳</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>51929</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51929</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十五年）－光碟版</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>51930</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51930</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十五年）</title><yearidentifier>200710</yearidentifier></data><data><abstract>書內容為柯子湖溪治理基本方針</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009601864</governmentpublicationsnumber><identifier>51931</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51931</librarycollectiondetailsurl><price>200</price><publisher>水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水治理計畫＝Ke-Zi-Hu-Si drainage regulation  project</title><yearidentifier>200707</yearidentifier></data><data><abstract>書內容為柯子湖溪治理基本方針</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/29</date><governmentpublicationsnumber>1009601864</governmentpublicationsnumber><identifier>51932</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51932</librarycollectiondetailsurl><price>200</price><publisher>水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水治理計畫(光碟版)＝Ke-Zi-Hu-Si drainage regulation  project</title><yearidentifier>200707</yearidentifier></data><data><abstract>一、計畫緣起與目的本計畫雖前期於79年完成「寶山水庫下游河道(柯子湖溪)改善規劃報告」，另科學工業園區管理局於92年6月完成「新竹柯子湖溪水岸規劃」，但因規劃成果缺乏綜合治水及經營管理之分析，且為因應排水管理辦法(92.10.1頒布實施)規定中央管區域排水集水區域及堤防預定線（用地範圍）之公告，故於排水管理辦法實施後提列94年度計畫重新辦理規劃。本計畫已於94年12月完成「柯子湖溪排水整治及環境營造規劃」報告，以作為水利署河川勘測隊辦理劃定堤防預定線（用地範圍）與本局編訂治理規劃報告及治理計劃的依據，並後續完成排水管理辦法規定之應公告事項，以作為權責單位執行排水業務的規範。二、計畫範圍本計畫係柯子湖溪排水全長10.6公里的水岸整治及結合周邊環境之景觀改善規劃。三、主要工作及方法柯子湖溪排水依據「區域排水整治及環境營造計畫」規劃作業流程，第一階段先完成排水治理規劃報告，並依地形圖劃定排水集水區域及符合環境營造需求的排水整治用地範圍，第二階段彙編完成「排水治理計畫」(含排水集水區域圖及本署河川勘測隊套繪地籍所劃定之堤防預定線（用地範圍）圖)，經召開地方說明會，並報署提請「經濟部水利署河川治理基本計畫審議小組」核定後公告。四、集水區特性柯子湖溪排水發源於新竹縣香山湖村的北緣，往北流經竹東鎮柯湖里，流至新竹市金山里、關東里之後成為縣市的界河，繼續往西北側成為新竹縣員山里與新竹市千甲里的界河。柯子湖溪排水流域面積13.383平方公里，水庫集水區面積3.245平方公里，自寶山水庫下游溢洪道出口至柯子湖溪排水匯入頭前溪排水路之主幹線及其支、分線，主幹線全長10.6公里。地形呈東南向北傾斜，柯子湖溪排水幹線由南向北流，於頭前溪大斷面23處之九甲埔堤防與麻園肚堤防間匯入頭前溪。整個流域呈狹長型，河幅狹窄，河道縱坡降陡，水流湍急，有很明顯之河槽，河道寬窄不一(約15-40m)蜿蜒曲折，雜草竹木叢生，關東橋以上屬丘陵區之排水溝，關東橋以下屬農田排水形式。依河川型態概分屬辮狀流，河心流路較不穩定。目前柯子湖溪排水的河床質在福龍橋上游，大多為較大型之河川石，至關東橋以中型之河川石與鵝卵石相間之石質為主，其它由上往下漸小分佈，至匯入頭前溪的出水口處，則為小型鵝卵石及細砂河床為主。五、水文及計畫排水量 (一)水文分析降雨頻率分析係以中央氣象局新竹雨量站之雨量資料進行分析，以極端值一型分佈、一般極端值分佈、皮爾遜三型分佈、對數皮爾遜三型分佈及三參數對數常態分佈等五種進行，另參酌水文設計應用手冊分析新竹雨量站頻率分析成果，而選用之最佳統計分佈為皮爾遜三型分佈做為暴雨量各重現期距暴雨量推算方法。 (二)計畫排水量柯子湖溪排水洪峰流量推估，本計畫基於安全性及長期治理考量，本規劃擬採用三角形單位歷線法年最大24小時所推得之洪峰流量，作為後續水理分析、檢討與規劃之設計流量。六、排水路通水能力及淹水災害原因現況排水路無法容納重現期距25年洪水之斷面計有斷面0、2、17、20-1、21、22-1、23、32、33、34、35、48、49、57、63、64、69、76、77、83、84、91、92、93、94、95、98-1、100、106、107、117及142等32處，其中餘裕出口高不足超過1m以上者，僅有斷面2，而其餘31處餘裕出水高不足均在1m內。斷面0位處頭前溪洪水平原，建議不做任何工程措施，另斷面2(東西向快速道路橋下排水箱涵)已於95年度配合新甲一號橋下游段石籠護岸施作一併改建。造成曾屋橋餘裕出水高度不足原因，除鄰近地區護岸高度不足外，橋樑樑底標高亦較低，造成排水路通洪斷面不足及回水壅高所致，建議曾屋橋改建及鄰近護岸一併施作以增加通洪斷面。關馨橋至復興橋段等人口密度高及高科技重鎮渠段，僅部分通水斷面不足，且餘裕出水高度不足均在0.5m以內，其餘斷面護岸高度均能達到排水保護標準。柯子湖溪整治的思維上，除了關東橋至關馨橋之人口密集地區強化護岸設施強度及河道整理來調整流速，其餘河段則依據水理分析結果，針對河道護岸高度不足部分予以加高修建，以降低災害的發生。七、治水對策依據集水區之排水特性融合當地景觀、環境及構造物，避免造成視覺障礙，結合當地文化背景及觀光特色，營造具地方特性之環境，並針對現況排水問題與考慮未來可能發生暴雨極端事件，考量現有設施與相關計畫（生態或親水渠段）之配合，擬定治水原則與對策。 (一)外水倒灌之防止匯流處之頭前溪計畫堤頂高為EL. 38.88 m與本計畫起點之計畫堤頂高仍有落差，故本計畫建議以背水堤方式銜接柯子湖溪排水與頭前溪，以防止為防止頭前溪外水倒灌影響堤內地區。 (二)內水之排除考量極端值暴雨洪水事件或寶山水庫緊急排洪，關東橋至新甲一號橋之中游河段，護岸型式建議採用以防洪為主，生態為輔之預鑄混凝土植生槽護岸；華邦電子至關東橋及新甲一號橋以下部分配合既設護岸及加強景觀與生態，護岸型式建議採用石籠護岸。根據現況排水路之需求管理，適時清淤，使排水路保持暢通，主要清除人為傾倒廢棄土、大型垃圾及高莖植物，保留挺水性水生植物，以維河川自然淨化功能。八、排水整治方案柯子湖溪排水整治保護標準以能宣洩10年重現期距之洪峰流量為原則，護岸高度則至少滿足25年重現期距洪水位。全線配合現地環境特色、資源特性及可利用腹地，依地方特色針對其相關資源擬定發展方向，發展不同的遊憩體驗，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗。綜上所述計畫區段可分為五個區段，由上游至下游依序為水源涵養段、休閒農業體驗段、地方特色體驗段、河堤綠化段及河口親水段。排水整治規劃用地範圍劃定原則：(一)都市計畫使用分區有河道用地或溝渠用地者，依其用地範圍為限。(二)非都市計畫區或都市計畫無規劃河道用地者，依現況河道內公有地中心為準平順劃定，如無公有地則大致依現況河道中心為準劃定；如為環境營造需單邊擴大用地範圍者，依規劃需要範圍劃定。(三)堤岸設有灌溉取水口者，水路整治時予以改建，並應維持其取水功能。(四)現有橋樑無阻礙排水者予以留用，需改建之橋樑則配合護岸施作時一併完成。九、工程計畫概要柯子湖溪排水全線護岸建議之整治長度約1,723公尺，環境營造方面有三期安遷戶及匯流口等二處公有地提供規劃。包括防洪工程為128,906仟元、用地費為51,076仟元、景觀工程為9,500仟元，總工程經費共計196,155仟元。十、計畫評價本計畫就防災、景觀休憩及社區營造、生態教育等綜合評估後，其所需總工程費約196,155仟元，年計效益18,872仟元，年計工程成本17,584仟元，益本比為1.07，且計畫完成後，可達到正面提昇的效果，激起地方居民愛鄉、愛土及保護環境的同理心。後續建議方面，希望各地方相關單位可配合執行，及由地方團體、廠商認養渠道的整理與環境維護，共同為地方發展付出心力。十一、管理及配合措施柯子湖溪排水沿線都市計畫公園綠地及公有地分佈，配合防洪及休閒、生態功能，依河道轉彎處易淹水段或配合整體發展需求，並將規劃成果需提供予新竹市政府都市計畫單位，作為後續辦理都市計畫檢討之參考。水質改善部分需配合新竹縣、市政府環保局及其下水道規劃管理單位配合辦理，目前家庭污水可望於污水下水道系統完成建設後得到改善。有關區域排水應公告事項、排水管理事項及其權責機關均依「排水管理辦法」規定。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/30</date><governmentpublicationsnumber>1009601860</governmentpublicationsnumber><identifier>51941</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51941</librarycollectiondetailsurl><price>800</price><publisher>水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水整治及環境營造治理規劃報告(光碟版)＝Ke-Zi-Hu-Si drainage regulation  and environment rehabilitation project</title><yearidentifier>200707</yearidentifier></data><data><abstract>一、計畫緣起與目的本計畫雖前期於79年完成「寶山水庫下游河道(柯子湖溪)改善規劃報告」，另科學工業園區管理局於92年6月完成「新竹柯子湖溪水岸規劃」，但因規劃成果缺乏綜合治水及經營管理之分析，且為因應排水管理辦法(92.10.1頒布實施)規定中央管區域排水集水區域及堤防預定線（用地範圍）之公告，故於排水管理辦法實施後提列94年度計畫重新辦理規劃。本計畫已於94年12月完成「柯子湖溪排水整治及環境營造規劃」報告，以作為水利署河川勘測隊辦理劃定堤防預定線（用地範圍）與本局編訂治理規劃報告及治理計劃的依據，並後續完成排水管理辦法規定之應公告事項，以作為權責單位執行排水業務的規範。二、計畫範圍本計畫係柯子湖溪排水全長10.6公里的水岸整治及結合周邊環境之景觀改善規劃。三、主要工作及方法柯子湖溪排水依據「區域排水整治及環境營造計畫」規劃作業流程，第一階段先完成排水治理規劃報告，並依地形圖劃定排水集水區域及符合環境營造需求的排水整治用地範圍，第二階段彙編完成「排水治理計畫」(含排水集水區域圖及本署河川勘測隊套繪地籍所劃定之堤防預定線（用地範圍）圖)，經召開地方說明會，並報署提請「經濟部水利署河川治理基本計畫審議小組」核定後公告。四、集水區特性柯子湖溪排水發源於新竹縣香山湖村的北緣，往北流經竹東鎮柯湖里，流至新竹市金山里、關東里之後成為縣市的界河，繼續往西北側成為新竹縣員山里與新竹市千甲里的界河。柯子湖溪排水流域面積13.383平方公里，水庫集水區面積3.245平方公里，自寶山水庫下游溢洪道出口至柯子湖溪排水匯入頭前溪排水路之主幹線及其支、分線，主幹線全長10.6公里。地形呈東南向北傾斜，柯子湖溪排水幹線由南向北流，於頭前溪大斷面23處之九甲埔堤防與麻園肚堤防間匯入頭前溪。整個流域呈狹長型，河幅狹窄，河道縱坡降陡，水流湍急，有很明顯之河槽，河道寬窄不一(約15-40m)蜿蜒曲折，雜草竹木叢生，關東橋以上屬丘陵區之排水溝，關東橋以下屬農田排水形式。依河川型態概分屬辮狀流，河心流路較不穩定。目前柯子湖溪排水的河床質在福龍橋上游，大多為較大型之河川石，至關東橋以中型之河川石與鵝卵石相間之石質為主，其它由上往下漸小分佈，至匯入頭前溪的出水口處，則為小型鵝卵石及細砂河床為主。五、水文及計畫排水量 (一)水文分析降雨頻率分析係以中央氣象局新竹雨量站之雨量資料進行分析，以極端值一型分佈、一般極端值分佈、皮爾遜三型分佈、對數皮爾遜三型分佈及三參數對數常態分佈等五種進行，另參酌水文設計應用手冊分析新竹雨量站頻率分析成果，而選用之最佳統計分佈為皮爾遜三型分佈做為暴雨量各重現期距暴雨量推算方法。 (二)計畫排水量柯子湖溪排水洪峰流量推估，本計畫基於安全性及長期治理考量，本規劃擬採用三角形單位歷線法年最大24小時所推得之洪峰流量，作為後續水理分析、檢討與規劃之設計流量。六、排水路通水能力及淹水災害原因現況排水路無法容納重現期距25年洪水之斷面計有斷面0、2、17、20-1、21、22-1、23、32、33、34、35、48、49、57、63、64、69、76、77、83、84、91、92、93、94、95、98-1、100、106、107、117及142等32處，其中餘裕出口高不足超過1m以上者，僅有斷面2，而其餘31處餘裕出水高不足均在1m內。斷面0位處頭前溪洪水平原，建議不做任何工程措施，另斷面2(東西向快速道路橋下排水箱涵)已於95年度配合新甲一號橋下游段石籠護岸施作一併改建。造成曾屋橋餘裕出水高度不足原因，除鄰近地區護岸高度不足外，橋樑樑底標高亦較低，造成排水路通洪斷面不足及回水壅高所致，建議曾屋橋改建及鄰近護岸一併施作以增加通洪斷面。關馨橋至復興橋段等人口密度高及高科技重鎮渠段，僅部分通水斷面不足，且餘裕出水高度不足均在0.5m以內，其餘斷面護岸高度均能達到排水保護標準。柯子湖溪整治的思維上，除了關東橋至關馨橋之人口密集地區強化護岸設施強度及河道整理來調整流速，其餘河段則依據水理分析結果，針對河道護岸高度不足部分予以加高修建，以降低災害的發生。七、治水對策依據集水區之排水特性融合當地景觀、環境及構造物，避免造成視覺障礙，結合當地文化背景及觀光特色，營造具地方特性之環境，並針對現況排水問題與考慮未來可能發生暴雨極端事件，考量現有設施與相關計畫（生態或親水渠段）之配合，擬定治水原則與對策。 (一)外水倒灌之防止匯流處之頭前溪計畫堤頂高為EL. 38.88 m與本計畫起點之計畫堤頂高仍有落差，故本計畫建議以背水堤方式銜接柯子湖溪排水與頭前溪，以防止為防止頭前溪外水倒灌影響堤內地區。 (二)內水之排除考量極端值暴雨洪水事件或寶山水庫緊急排洪，關東橋至新甲一號橋之中游河段，護岸型式建議採用以防洪為主，生態為輔之預鑄混凝土植生槽護岸；華邦電子至關東橋及新甲一號橋以下部分配合既設護岸及加強景觀與生態，護岸型式建議採用石籠護岸。根據現況排水路之需求管理，適時清淤，使排水路保持暢通，主要清除人為傾倒廢棄土、大型垃圾及高莖植物，保留挺水性水生植物，以維河川自然淨化功能。八、排水整治方案柯子湖溪排水整治保護標準以能宣洩10年重現期距之洪峰流量為原則，護岸高度則至少滿足25年重現期距洪水位。全線配合現地環境特色、資源特性及可利用腹地，依地方特色針對其相關資源擬定發展方向，發展不同的遊憩體驗，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗。綜上所述計畫區段可分為五個區段，由上游至下游依序為水源涵養段、休閒農業體驗段、地方特色體驗段、河堤綠化段及河口親水段。排水整治規劃用地範圍劃定原則：(一)都市計畫使用分區有河道用地或溝渠用地者，依其用地範圍為限。(二)非都市計畫區或都市計畫無規劃河道用地者，依現況河道內公有地中心為準平順劃定，如無公有地則大致依現況河道中心為準劃定；如為環境營造需單邊擴大用地範圍者，依規劃需要範圍劃定。(三)堤岸設有灌溉取水口者，水路整治時予以改建，並應維持其取水功能。(四)現有橋樑無阻礙排水者予以留用，需改建之橋樑則配合護岸施作時一併完成。九、工程計畫概要柯子湖溪排水全線護岸建議之整治長度約1,723公尺，環境營造方面有三期安遷戶及匯流口等二處公有地提供規劃。包括防洪工程為128,906仟元、用地費為51,076仟元、景觀工程為9,500仟元，總工程經費共計196,155仟元。十、計畫評價本計畫就防災、景觀休憩及社區營造、生態教育等綜合評估後，其所需總工程費約196,155仟元，年計效益18,872仟元，年計工程成本17,584仟元，益本比為1.07，且計畫完成後，可達到正面提昇的效果，激起地方居民愛鄉、愛土及保護環境的同理心。後續建議方面，希望各地方相關單位可配合執行，及由地方團體、廠商認養渠道的整理與環境維護，共同為地方發展付出心力。十一、管理及配合措施柯子湖溪排水沿線都市計畫公園綠地及公有地分佈，配合防洪及休閒、生態功能，依河道轉彎處易淹水段或配合整體發展需求，並將規劃成果需提供予新竹市政府都市計畫單位，作為後續辦理都市計畫檢討之參考。水質改善部分需配合新竹縣、市政府環保局及其下水道規劃管理單位配合辦理，目前家庭污水可望於污水下水道系統完成建設後得到改善。有關區域排水應公告事項、排水管理事項及其權責機關均依「排水管理辦法」規定。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/11/30</date><governmentpublicationsnumber>1009601860</governmentpublicationsnumber><identifier>51942</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51942</librarycollectiondetailsurl><price>800</price><publisher>水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水整治及環境營造治理規劃報告＝Ke-Zi-Hu-Si drainage regulation  and environment rehabilitation project</title><yearidentifier>200707</yearidentifier></data><data><abstract>潮汐表-中華民國97年</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>51946</identifier><internationalstandardbooknumber>18121535 ; 18121535</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51946</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>96</publishrocyear><title>潮汐表-中華民國97年=Tide Tables 2008:年刊 第11期</title><yearidentifier>200710</yearidentifier></data><data><abstract>本研究以彰顯經濟部水?署相關科研計畫於研究發展上之績效為主要目的，藉由盤點水?署之研發成果以及整?水?署研發成果之應用價值，以期使水資源施政能順應當前之時勢潮?，並展現水?署之水資源施政之價值與成效。</abstract><author>逢甲大學營建及防災中心及科技管理研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950433</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/7</date><governmentpublicationsnumber>1009602644</governmentpublicationsnumber><identifier>51951</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51951</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利署研究發展管理與績效評估之研究＝A Study on the Performance Evaluation and Mangement of WRA Research &amp; Development Project</title><yearidentifier>200710</yearidentifier></data><data><abstract>本研究以彰顯經濟部水?署相關科研計畫於研究發展上之績效為主要目的，藉由盤點水?署之研發成果以及整?水?署研發成果之應用價值，以期使水資源施政能順應當前之時勢潮?，並展現水?署之水資源施政之價值與成效。</abstract><author>逢甲大學營建及防災中心及科技管理研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950433</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/7</date><governmentpublicationsnumber>1009602644</governmentpublicationsnumber><identifier>51952</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51952</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利署研究發展管理與績效評估之研究(光碟版)＝A Study on the Performance Evaluation and Mangement of WRA Research &amp; Development Project</title><yearidentifier>200710</yearidentifier></data><data><abstract>經濟部水利署及其附屬機關針對95年度所執行之委辦計畫辦理成果發表會，業於96年9月20日至21日一天半的時間假國立成功大學國際會議廳舉行，會中公開展示各項委辦計畫具體成果，並且提供各相關單位、學術單位及水利從業者意見交流及成果觀摩，以提昇國內水資源相關課題之專業資訊和技術水準。 此次成果發表會共舉辦33場委辦計畫成果專題演講，分為八大議題，包含政策專題、治水專題、保水專題、利水專題、親水專題、活水專題、防災專題及資訊專題，並邀請國立成功大學黃煌煇副校長演講「水利科專計畫的規劃與執行」，黃副校長精闢的演說也讓水利從業人員對於未來計畫有更新的想法。會中同時展示優秀委辦計畫成果海報43篇，現場共吸引239人參與盛會，成果豐碩並一致受到與會人員肯定及認同。 在成果摘要彙編方面，共收集水利署95年度委辦計畫243件之摘要(含94年度委辦於95年結案之計畫)，並編輯完成「經濟部水利署95年度委辦計畫成果摘要彙編」一冊。另在委辦建言方面針對水利署95年度所執行之委辦計畫提出對未來施政建議方向，並編輯完成「經濟部水利署95年度委辦計畫成果歸納分析」一冊，以提供未來水利署整體施政之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960087</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/7</date><governmentpublicationsnumber>1009603088</governmentpublicationsnumber><identifier>51953</identifier><internationalstandardbooknumber>9789860115185 ; 9789860115</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51953</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>水利署95委辦計畫成果發表會  2006 Water resources agency  commissiomed projects accomplishment presentation</title><yearidentifier>200711</yearidentifier></data><data><abstract>經濟部水利署及其附屬機關針對95年度所執行之委辦計畫辦理成果發表會，業於96年9月20日至21日一天半的時間假國立成功大學國際會議廳舉行，會中公開展示各項委辦計畫具體成果，並且提供各相關單位、學術單位及水利從業者意見交流及成果觀摩，以提昇國內水資源相關課題之專業資訊和技術水準。 此次成果發表會共舉辦33場委辦計畫成果專題演講，分為八大議題，包含政策專題、治水專題、保水專題、利水專題、親水專題、活水專題、防災專題及資訊專題，並邀請國立成功大學黃煌煇副校長演講「水利科專計畫的規劃與執行」，黃副校長精闢的演說也讓水利從業人員對於未來計畫有更新的想法。會中同時展示優秀委辦計畫成果海報43篇，現場共吸引239人參與盛會，成果豐碩並一致受到與會人員肯定及認同。 在成果摘要彙編方面，共收集水利署95年度委辦計畫243件之摘要(含94年度委辦於95年結案之計畫)，並編輯完成「經濟部水利署95年度委辦計畫成果摘要彙編」一冊。另在委辦建言方面針對水利署95年度所執行之委辦計畫提出對未來施政建議方向，並編輯完成「經濟部水利署95年度委辦計畫成果歸納分析」一冊，以提供未來水利署整體施政之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960087</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/7</date><governmentpublicationsnumber>1009603088</governmentpublicationsnumber><identifier>51954</identifier><internationalstandardbooknumber>9789860115185 ; 9789860115</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51954</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利署95委辦計畫成果發表會(光碟版)  2006 Water resources agency  commissiomed projects accomplishment presentation</title><yearidentifier>200711</yearidentifier></data><data><abstract>隨著人們對有限地球自然資源的認識和重視，如何能夠對水資源利用盡到永續經營管理的職責便是全世界在水資源議題的首要目標，目前全球性水資源所面臨的困境和衝擊。鑒於許多國家目前仍未能取得安全的淡水資源，聯合國大會於2003年12月宣佈2005至2015年目標為「生命之水（Waters for Life）國際十年行動」。經濟部水利署基於力促水資源永續發展理念，並追求與自然環境間的和諧與平衡為現代化水資源管理新理念，逐步推動「治水」、「利水」、「保水」、「親水」、「活水」五項核心水利政策，以多元化經營、保育及開發水資源，確保水源穩定供應；推動流域綜合治理，改善易淹水地區水患，營造自然安全的水環境。本彙編預計收錄94年委辦於95年度結案及95年度水利署辦理之計畫342件委辦計畫成果摘要，但無需成果摘要彙編計畫44件，正在執行中的計畫55件，故需進行成果摘要彙編之計畫為243件。有關95年度辦理之委辦計畫投入經費約為846,053,000元，人力約為2,869人。為使這些成果能夠提供相關單位參考運用，本彙編彙整已辦理完成之委辦計畫成果並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/7</date><governmentpublicationsnumber>1009603112</governmentpublicationsnumber><identifier>51955</identifier><internationalstandardbooknumber>9789860115178 ; 9789860115</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51955</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利署95年度委辦計畫成果摘要彙編(內附光碟)=2006 Water resources agency commissioned projects accomplishment summary</title><yearidentifier>200711</yearidentifier></data><data><abstract>隨著人們對有限地球自然資源的認識和重視，如何能夠對水資源利用盡到永續經營管理的職責便是全世界在水資源議題的首要目標，目前全球性水資源所面臨的困境和衝擊。鑒於許多國家目前仍未能取得安全的淡水資源，聯合國大會於2003年12月宣佈2005至2015年目標為「生命之水（Waters for Life）國際十年行動」。經濟部水利署基於力促水資源永續發展理念，並追求與自然環境間的和諧與平衡為現代化水資源管理新理念，逐步推動「治水」、「利水」、「保水」、「親水」、「活水」五項核心水利政策，以多元化經營、保育及開發水資源，確保水源穩定供應；推動流域綜合治理，改善易淹水地區水患，營造自然安全的水環境。 本彙編預計收錄94年委辦於95年度結案及95年度水利署辦理之計畫342件委辦計畫成果摘要，但無需成果摘要彙編計畫44件，正在執行中的計畫55件，故需進行成果摘要彙編之計畫為243件。有關95年度辦理之委辦計畫投入經費約為846,053,000元，人力約為2,869人。為使這些成果能夠提供相關單位參考運用，本彙編彙整已辦理完成之委辦計畫成果並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009603112</governmentpublicationsnumber><identifier>51956</identifier><internationalstandardbooknumber>9789860115178 ; 9789860115</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51956</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利署95委辦計畫成果摘要彙編(光碟版)  2006 Water resources agency commissiomed projects accomplishment summary</title><yearidentifier>200711</yearidentifier></data><data><abstract>行政院農業委員會特有生物研究保育中心九十六年度年報</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.68   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>51958</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51958</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>96</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十六年度年報</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計畫係賡續辦理水文水資源資料管理供應系統擴充建置，除持續更新水資源相關圖資及影像外，亦開發地圖服務API 功能，以提供水利署眾多業務單位共用地理資訊系統，達到資料共享及管理目的；並納入內政部DTM 資料提供地形查詢服務；以及整合Google 技術，於系統中提供相關瀏覽應用；最後配合國土資訊系統標準制度發展，完成「水資源空間資料標準草案」作業。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/17</date><governmentpublicationsnumber>1009603183</governmentpublicationsnumber><identifier>51966</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51966</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(4/4)  Expand the Supply System of Hydrological and Water Resource Data (4/4)</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫係賡續辦理水文水資源資料管理供應系統擴充建置，除持續更新水資源相關圖資及影像外，亦開發地圖服務API 功能，以提供水利署眾多業務單位共用地理資訊系統，達到資料共享及管理目的；並納入內政部DTM 資料提供地形查詢服務；以及整合Google 技術，於系統中提供相關瀏覽應用；最後配合國土資訊系統標準制度發展，完成「水資源空間資料標準草案」作業。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/17</date><governmentpublicationsnumber>1009603183</governmentpublicationsnumber><identifier>51967</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51967</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(4/4)－光碟版  Expand the Supply System of Hydrological and Water Resource Data (4/4)</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫目的係為建置全國內水文及水資源資料之供應服務體系，完成水文水資源相關業務所需之整體性資料庫，並藉由網際網路開放式系統，暢通即時及歷史資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/17</date><governmentpublicationsnumber>1009603184</governmentpublicationsnumber><identifier>51968</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51968</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新總報告書＝Expand the Supply System of Hydrological and Water Resource Data</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫目的係為建置全國內水文及水資源資料之供應服務體系，完成水文水資源相關業務所需之整體性資料庫，並藉由網際網路開放式系統，暢通即時及歷史資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/17</date><governmentpublicationsnumber>1009603184</governmentpublicationsnumber><identifier>51969</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51969</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新總報告書－光碟版＝Expand the Supply System of Hydrological and Water Resource Data</title><yearidentifier>200711</yearidentifier></data><data><abstract>本署曾於95年間委託凌網科技股份有限公司建置「易淹水地區水患治理綱要計畫」專屬網站之專案，內容除建置專屬網站、建立互動維護介面，提供網站即時互動維護功能外，並報導政府歷年來已執行推動之防洪工程及其治水成效以供民眾與相關人士了解。 　　為提升網站服務內容及品質、增加服務宣導、充實網站內容資訊，特成立此增修計畫，辦理易淹水地需水患治理計畫專屬網站功能增修、全球資訊服務網中英文網站、生態工法網站、基隆河整體治理計畫網站及第六河川局全球資訊網站維護工作，以確保網站能更切合需求並建構一個無障礙網路空間的環境。 　　本計畫預期成效： 1.充實網站內容資訊，強化行事曆功能。 2.增加網站歡迎頁的節慶版面及電子賀卡的款式。 3.維護全網站系統正常運作，提升網站服務效能。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960181</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009603107</governmentpublicationsnumber><identifier>51973</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51973</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫專屬網站功能增修計畫＝Enhancement for World Wide Web Site for Regulation Project of Flood-Prone Areas</title><yearidentifier>200710</yearidentifier></data><data><abstract>本署曾於95年間委託凌網科技股份有限公司建置「易淹水地區水患治理綱要計畫」專屬網站之專案，內容除建置專屬網站、建立互動維護介面，提供網站即時互動維護功能外，並報導政府歷年來已執行推動之防洪工程及其治水成效以供民眾與相關人士了解。 　　為提升網站服務內容及品質、增加服務宣導、充實網站內容資訊，特成立此增修計畫，辦理易淹水地需水患治理計畫專屬網站功能增修、全球資訊服務網中英文網站、生態工法網站、基隆河整體治理計畫網站及第六河川局全球資訊網站維護工作，以確保網站能更切合需求並建構一個無障礙網路空間的環境。 　　本計畫預期成效： 1.充實網站內容資訊，強化行事曆功能。 2.增加網站歡迎頁的節慶版面及電子賀卡的款式。 3.維護全網站系統正常運作，提升網站服務效能。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960181</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009603107</governmentpublicationsnumber><identifier>51974</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51974</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫專屬網站功能增修計畫(光碟版)＝Enhancement for World Wide Web Site for Regulation Project of Flood-Prone Areas</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>擎昊科技股份有限公司</author><categoryidentifier>312.916</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960150</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009603172</governmentpublicationsnumber><identifier>51975</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51975</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>資通訊基礎網路環境改造計畫＝Information and Communication Network Infrastructure Transformation Project</title><yearidentifier>200711</yearidentifier></data><data><abstract> </abstract><author>擎昊科技股份有限公司</author><categoryidentifier>312.916</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960150</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009603172</governmentpublicationsnumber><identifier>51976</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51976</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>資通訊基礎網路環境改造計畫(光碟版)＝Information and Communication Network Infrastructure Transformation Project</title><yearidentifier>200711</yearidentifier></data><data><abstract>本治理計畫範圍之治理應參酌現況河道地形、河性、現有防洪構物之分布及儘量保留天然河川排洪、蓄砂空間等因素，以蓄洪、儲砂及防止兩岸沖刷為原則，設防洪設施並配合河川管理以確保洪水流路減少土砂災害。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009602210</governmentpublicationsnumber><identifier>51977</identifier><internationalstandardbooknumber>9789860106671 ; 9789860106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51977</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>濁水溪水系陳有蘭溪支流郡坑溪治理基本計畫＝Regulation Master Plan of Jin-Kern River</title><yearidentifier>200708</yearidentifier></data><data><abstract>本治理計畫範圍之治理應參酌現況河道地形、河性、現有防洪構物之分布及儘量保留天然河川排洪、蓄砂空間等因素，以蓄洪、儲砂及防止兩岸沖刷為原則，設防洪設施並配合河川管理以確保洪水流路減少土砂災害。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009602210</governmentpublicationsnumber><identifier>51978</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51978</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>濁水溪水系陳有蘭溪支流郡坑溪治理基本計畫(光碟版)＝Regulation Master Plan of Jin-Kern River</title><yearidentifier>200708</yearidentifier></data><data><abstract>本範圍之治理應參酌現況河道地形、河性、現有防洪構物之分布及儘量保留天然河川排洪、蓄砂空間等因素，以蓄洪、儲砂及防止兩岸沖刷為原則，設防洪設施並配合河川管理以確保洪水流路減少土砂災害。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009602211</governmentpublicationsnumber><identifier>51979</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51979</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>濁水溪水系陳有蘭溪支流郡坑溪治理規劃報告＝Report on Review of Rever Planning of Jin-Kern River</title><yearidentifier>200708</yearidentifier></data><data><abstract>本範圍之治理應參酌現況河道地形、河性、現有防洪構物之分布及儘量保留天然河川排洪、蓄砂空間等因素，以蓄洪、儲砂及防止兩岸沖刷為原則，設防洪設施並配合河川管理以確保洪水流路減少土砂災害。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/18</date><governmentpublicationsnumber>1009602211</governmentpublicationsnumber><identifier>51980</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51980</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>濁水溪水系陳有蘭溪支流郡坑溪治理規劃報告(光碟版)＝Report on Review of Rever Planning of Jin-Kern River</title><yearidentifier>200708</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/19</date><governmentpublicationsnumber>1009603112</governmentpublicationsnumber><identifier>51981</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51981</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>95年度經濟部水利署委辦計畫成果摘要彙編─水到渠成(內附光碟)</title><yearidentifier>200711</yearidentifier></data><data><abstract>經濟部水利署中區水資源局，職掌台灣中部地區水資源規劃、設計、施工以及營運管理。歷年來承辦過許多專案計畫，累積數量龐大的寶貴資料（如文字資料、報告書、簡報檔、設計圖面及施工照片）。資料內容繁雜且多數分散存放於各單位及各承辦人，如此無制度化之規劃管理，使資料不利於分享、傳播及經驗傳承。 為將資料全數妥善保存、分享與利用，故民國95年以公開招標方式辦理「水資源資料庫運用管理系統規劃建置」案，主要為規劃建置「中區水資源圖文資料庫管理系統」之雛型系統。系統主要提供本局同仁於內部網路中可檢索、查詢報告書冊、工程圖、影像、簡報等資料，另提供上述資料的上傳、線上核准、統計分析、權限管控等功能。 「水資源資料庫運用管理系統規劃建置」案主要工作內容為「中區水資源圖文資料庫管理系統」之系統規劃、軟體系統開發建置、資料庫檔案移轉建置及教育訓練等項目。本報告為本案規劃建置之成果記錄。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/19</date><governmentpublicationsnumber>1009602943</governmentpublicationsnumber><identifier>51982</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51982</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中區水資源圖文資料庫管理系統規劃建置報告</title><yearidentifier>200710</yearidentifier></data><data><abstract>經濟部水利署中區水資源局，職掌台灣中部地區水資源規劃、設計、施工以及營運管理。歷年來承辦過許多專案計畫，累積數量龐大的寶貴資料（如文字資料、報告書、簡報檔、設計圖面及施工照片）。資料內容繁雜且多數分散存放於各單位及各承辦人，如此無制度化之規劃管理，使資料不利於分享、傳播及經驗傳承。 為將資料全數妥善保存、分享與利用，故民國95年以公開招標方式辦理「水資源資料庫運用管理系統規劃建置」案，主要為規劃建置「中區水資源圖文資料庫管理系統」之雛型系統。系統主要提供本局同仁於內部網路中可檢索、查詢報告書冊、工程圖、影像、簡報等資料，另提供上述資料的上傳、線上核准、統計分析、權限管控等功能。 「水資源資料庫運用管理系統規劃建置」案主要工作內容為「中區水資源圖文資料庫管理系統」之系統規劃、軟體系統開發建置、資料庫檔案移轉建置及教育訓練等項目。本報告為本案規劃建置之成果記錄。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/19</date><governmentpublicationsnumber>1009602943</governmentpublicationsnumber><identifier>51983</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51983</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中區水資源圖文資料庫管理系統規劃建置報告(光碟版)</title><yearidentifier>200710</yearidentifier></data><data><abstract>淹水災害的準確預警為防救災工作之重要環節，而淹水災害預警有賴準確的定量降雨預報；然而，目前的定量降雨預報研究，一般均未特別針對水災預警、應變之需求。本計畫之目的在配合水利署水災應變作業之需求，研擬流域集水區定量降雨預報技術的發展方向，並於豪大雨期間，進行未來降雨趨勢分析，提供水利署額外氣象分析資訊，作為水災應變作業之參考。在另一方面，本計畫亦針對水利署作業上的氣象知識需求，提供氣象知識講習。期望透過本計畫，提升水利署於豪大雨期間之災害應變成效。 配合計畫目標之需求，本計畫收集並整理目前台灣梅雨鋒及颱風之定量降雨預報研究及技術，分析其於水災預警之可應用性。在颱風降雨方面，目前氣候模式（Lee et al., 2006）在降雨分佈特徵上，有相當好的預報能力；但在量值的預報方面，則尚有改進空間。至於數值動力模式，若模式所預報的颱風路徑有所偏差時，則降雨分佈特徵和觀測將有顯著差異。未來可在現有降雨氣候模式的基礎上，根據個別颱風特性，選取不同門檻值進行計算和分析，進行流域集水區降雨預報技術的改進研究。在梅雨季降雨方面，目前的中尺度氣候分析所採用的雨量時段尚不足，其結果的穩定性仍有改進空間；至於數值模式，其預報不確定性仍大，仍需持續改進。未來，除結合不同模式的系集預報（ensemble forecast）技術外，結合數值模式與統計的客觀預報法—MOS（Model Output Statistics），亦是值得考慮的發展方向。 在另一方面，本計畫並提供氣象知識研習課程，主題包含「基本天氣概念和天氣分析介紹」、「天氣圖和數值預報圖簡介及簡易判讀」、「2007年梅雨案例介紹」及「2007年柯羅莎颱風案例介紹」。此外，在颱風和豪大雨期間，本計畫除密切注意氣象資訊和降雨之變化趨勢外，並配合水利署需求，共提供超過50次的專業氣象分析資訊（例行分析不列入），供水利署於水災預警、應變作業時參考。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960364</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603598</governmentpublicationsnumber><identifier>51989</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51989</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>颱風豪雨預判研究前期計畫</title><yearidentifier>200712</yearidentifier></data><data><abstract>為強化原有的網路教育訓練系統功能，並配合行政院目前推動的知識經濟發展方案，擬定水利專業學習網功能增修計畫，透過新版的數位學習平台，期能有效提升同仁水利資訊等相關的專業知識，以加強工作品質與效率。 本計畫系統除了保留原有網路教育訓練系統的功能之外，並針對學習者、教師、管理者之需求，建置完善的數位學習環境，另外搭配電腦教室軟硬體設備之改善服務，提昇實體課程的學習環境品質，促進同仁的學習意願與成效。 本計畫建置而成的系統功能概要如下： ? 個人專區：個人化的學習管理，包括行事曆、個人筆記等功能，且學習者可依照需求選修課程，隨時查詢學習狀態與進度。 ? 課程資訊：學習者可在此閱讀教材、填寫問卷及評量、發表意見與同仁討論，促進彼此之間的交流。 ? 訓練計畫：提供各組室之管理者設定該年度之課程訓練計畫。 ? 審核管理：管理者透過此功能審查教師新增的課程是否核准，另可審查報名之學員是否可修讀該課程。 ? 課程分析：提供一般學習者及人資相關同仁查看與課程學習相關的資訊分析，並可匯出為excel檔案。 ? 課程管理：教師設定課程相關資訊，並上傳一般教材及單元教材，亦可查看修課學員的學習紀錄。 ? 評量管理：教師配合課程設計評量、作業以及問卷內容，評量支援多媒體影像呈現。 ? 系統管理：包括所有人員的基本資料維護、學習管理、訊息管理、系統相關設定維護等。</abstract><author>哈瑪星科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960205</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603451</governmentpublicationsnumber><identifier>51991</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51991</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>電子化水利專業學習(E-learning)網功能增修計畫(光碟版)＝The system  function adding project of e-learning web site in water resources</title><yearidentifier>200711</yearidentifier></data><data><abstract>淹水災害的準確預警為防救災工作之重要環節，而淹水災害預警有賴準確的定量降雨預報；然而，目前的定量降雨預報研究，一般均未特別針對水災預警、應變之需求。本計畫之目的在配合水利署水災應變作業之需求，研擬流域集水區定量降雨預報技術的發展方向，並於豪大雨期間，進行未來降雨趨勢分析，提供水利署額外氣象分析資訊，作為水災應變作業之參考。在另一方面，本計畫亦針對水利署作業上的氣象知識需求，提供氣象知識講習。期望透過本計畫，提升水利署於豪大雨期間之災害應變成效。 配合計畫目標之需求，本計畫收集並整理目前台灣梅雨鋒及颱風之定量降雨預報研究及技術，分析其於水災預警之可應用性。在颱風降雨方面，目前氣候模式（Lee et al., 2006）在降雨分佈特徵上，有相當好的預報能力；但在量值的預報方面，則尚有改進空間。至於數值動力模式，若模式所預報的颱風路徑有所偏差時，則降雨分佈特徵和觀測將有顯著差異。未來可在現有降雨氣候模式的基礎上，根據個別颱風特性，選取不同門檻值進行計算和分析，進行流域集水區降雨預報技術的改進研究。在梅雨季降雨方面，目前的中尺度氣候分析所採用的雨量時段尚不足，其結果的穩定性仍有改進空間；至於數值模式，其預報不確定性仍大，仍需持續改進。未來，除結合不同模式的系集預報（ensemble forecast）技術外，結合數值模式與統計的客觀預報法—MOS（Model Output Statistics），亦是值得考慮的發展方向。 在另一方面，本計畫並提供氣象知識研習課程，主題包含「基本天氣概念和天氣分析介紹」、「天氣圖和數值預報圖簡介及簡易判讀」、「2007年梅雨案例介紹」及「2007年柯羅莎颱風案例介紹」。此外，在颱風和豪大雨期間，本計畫除密切注意氣象資訊和降雨之變化趨勢外，並配合水利署需求，共提供超過50次的專業氣象分析資訊（例行分析不列入），供水利署於水災預警、應變作業時參考。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960364</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603598</governmentpublicationsnumber><identifier>51992</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51992</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>颱風豪雨預判研究前期計畫(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近??台灣地區水文特性有明顯之改變，各?域?雨?時有接近或超越設計雨?之情形發生，且?雨集中使得低窪地區在短時間內無法排放多餘之水?而造成淹水災情，?發生於人口密集地區，其損失相當可觀。為避免決策者發佈洪水警報過於頻繁，準確預測?雨及洪??成為相當重要之課題。本計畫主要之目的，在評估沖淤劇?之河川於洪水期間，其洪水位是否會因底床變動而產生較假設為定床時有?大之變化，進而影響到定床洪水預報模式預測洪水位之準確性；此外，評估目前台灣常用洪水預報模式在?況複雜水系(超亞?界混合?況)之水文、水??模方面之表現。為達此目的，本計畫擬於第一?以五種定床洪水預報模式，先對穩定及沖淤劇?之河川(前者以淡水河為?，後者以濁水溪為?)進?檢定與驗證之工作及比較，第二?以EFA 動床模式以相同案?進?模擬，將定床與動床模式之結果進?比較，評估沖淤劇?河川對定床洪水位預報模擬之影響程?，進而提供決策者在使用定床洪水預報模式時，可事前瞭解洪水位因動床而可能產生之偏差範圍，以強化決策之周延性。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960183</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603621</governmentpublicationsnumber><identifier>51994</identifier><internationalstandardbooknumber>9789860121438 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51994</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣常用洪水預報模式在沖淤劇烈河川之適用性研究(1/2) Study on Applicability of Commomly Used Flood Forecasting Models to Rapidly Migrating Rivers in Taiwan(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近??台灣地區水文特性有明顯之改變，各?域?雨?時有接近或超越設計雨?之情形發生，且?雨集中使得低窪地區在短時間內無法排放多餘之水?而造成淹水災情，?發生於人口密集地區，其損失相當可觀。為避免決策者發佈洪水警報過於頻繁，準確預測?雨及洪??成為相當重要之課題。本計畫主要之目的，在評估沖淤劇?之河川於洪水期間，其洪水位是否會因底床變動而產生較假設為定床時有?大之變化，進而影響到定床洪水預報模式預測洪水位之準確性；此外，評估目前台灣常用洪水預報模式在?況複雜水系(超亞?界混合?況)之水文、水??模方面之表現。為達此目的，本計畫擬於第一?以五種定床洪水預報模式，先對穩定及沖淤劇?之河川(前者以淡水河為?，後者以濁水溪為?)進?檢定與驗證之工作及比較，第二?以EFA 動床模式以相同案?進?模擬，將定床與動床模式之結果進?比較，評估沖淤劇?河川對定床洪水位預報模擬之影響程?，進而提供決策者在使用定床洪水預報模式時，可事前瞭解洪水位因動床而可能產生之偏差範圍，以強化決策之周延性。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960183</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603621</governmentpublicationsnumber><identifier>51996</identifier><internationalstandardbooknumber>9789860121438 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51996</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣常用洪水預報模式在沖淤劇烈河川之適用性研究(1/2)－光碟版  Study on Applicability of Commomly Used Flood Forecasting Models to Rapidly Migrating Rivers in Taiwan(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置工作，一直是重要之課題。 本計畫擬運用專業機構之專業能力及充足人力資源，於災前進行颱風或大豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、定量降雨預估、河川水位預估、淹水潛勢、災損評估等一系列工作，以協助貴署掌握災情狀況；且於災後支援災損調查之行政工作及撰寫災後調查報告，提昇災害防救能量。此外藉由專業機構協助貴署規劃災害防救服務團未來與地方協力機構聯繫、協調與輔導機制，並拓展規劃與所屬各單位防災業務整合作業機制。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960070</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603758</governmentpublicationsnumber><identifier>51999</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_51999</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災服務團之成立先期計畫＝A Preliminary Masterplan for Establishing Disaster Prevention Service Group</title><yearidentifier>200712</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置工作，一直是重要之課題。 本計畫擬運用專業機構之專業能力及充足人力資源，於災前進行颱風或大豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、定量降雨預估、河川水位預估、淹水潛勢、災損評估等一系列工作，以協助貴署掌握災情狀況；且於災後支援災損調查之行政工作及撰寫災後調查報告，提昇災害防救能量。此外藉由專業機構協助貴署規劃災害防救服務團未來與地方協力機構聯繫、協調與輔導機制，並拓展規劃與所屬各單位防災業務整合作業機制。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960070</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/20</date><governmentpublicationsnumber>1009603758</governmentpublicationsnumber><identifier>52000</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52000</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>防災服務團之成立先期計畫(光碟版) ＝A Preliminary Masterplan for Establishing Disaster Prevention Service Group</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區位處太平洋西側，夏秋季節時常遭受颱風侵襲，而颱風往往挾帶大量豪雨，加上本島地勢陡峻、河川坡陡流短、集流時間短暫，颱洪時期所帶來的暴雨又大又急，容易造成河川中下游地區水患，致使河川沿岸居民之生命財產安全飽受威脅。然而河川下游水位變化與上升趨勢難以判斷，以致不易採取適當的措施因應洪災的發生；因此，建置洪水預測模式並進行洪水趨勢的分析，對於防災應變作業的需求將有很大的幫助。 本計畫針對八掌溪流域颱風暴雨時期水文特性－降雨量與水位上升關係，進行洪水趨勢分析與評估；對於水位測站的選取，則配合流域之水文特性、水位站位置、歷史資料收集長度等，選定適合的水文站，以灰色理論、類神經網路、線性迴歸以及將灰資訊分析的洪水趨勢特性提供類神經網路等四種模式建置洪水預測模式，結合黑盒子模式(類神經網路)強大的歸納推演能力，與灰訊息(灰建模、灰預測)在不充分的訊息下可提供系統趨勢的特性，來分析河川流域的洪水趨勢與水位預測，以提供即時且具實用性的下游洪水情勢與洪災資訊。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>351.8237</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960354</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/24</date><governmentpublicationsnumber>1009603689</governmentpublicationsnumber><identifier>52002</identifier><internationalstandardbooknumber>9789860121308 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52002</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>八掌溪流域洪水趨勢分析與評估 Trend Analysis nad Evaluation for Flood in Pa-Chang Chi Basin</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區位處太平洋西側，夏秋季節時常遭受颱風侵襲，而颱風往往挾帶大量豪雨，加上本島地勢陡峻、河川坡陡流短、集流時間短暫，颱洪時期所帶來的暴雨又大又急，容易造成河川中下游地區水患，致使河川沿岸居民之生命財產安全飽受威脅。然而河川下游水位變化與上升趨勢難以判斷，以致不易採取適當的措施因應洪災的發生；因此，建置洪水預測模式並進行洪水趨勢的分析，對於防災應變作業的需求將有很大的幫助。 本計畫針對八掌溪流域颱風暴雨時期水文特性－降雨量與水位上升關係，進行洪水趨勢分析與評估；對於水位測站的選取，則配合流域之水文特性、水位站位置、歷史資料收集長度等，選定適合的水文站，以灰色理論、類神經網路、線性迴歸以及將灰資訊分析的洪水趨勢特性提供類神經網路等四種模式建置洪水預測模式，結合黑盒子模式(類神經網路)強大的歸納推演能力，與灰訊息(灰建模、灰預測)在不充分的訊息下可提供系統趨勢的特性，來分析河川流域的洪水趨勢與水位預測，以提供即時且具實用性的下游洪水情勢與洪災資訊。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>351.8237</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960354</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/24</date><governmentpublicationsnumber>1009603689</governmentpublicationsnumber><identifier>52003</identifier><internationalstandardbooknumber>9789860121308 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52003</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>八掌溪流域洪水趨勢分析與評估(光碟版) Trend Analysis nad Evaluation for Flood in Pa-Chang Chi Basin</title><yearidentifier>200712</yearidentifier></data><data><abstract>為強化原有的網路教育訓練系統功能，並配合行政院目前推動的知識經濟發展方案，擬定水利專業學習網功能增修計畫，透過新版的數位學習平台，期能有效提升同仁水利資訊等相關的專業知識，以加強工作品質與效率。 本計畫系統除了保留原有網路教育訓練系統的功能之外，並針對學習者、教師、管理者之需求，建置完善的數位學習環境，另外搭配電腦教室軟硬體設備之改善服務，提昇實體課程的學習環境品質，促進同仁的學習意願與成效。 本計畫建置而成的系統功能概要如下： ? 個人專區：個人化的學習管理，包括行事曆、個人筆記等功能，且學習者可依照需求選修課程，隨時查詢學習狀態與進度。 ? 課程資訊：學習者可在此閱讀教材、填寫問卷及評量、發表意見與同仁討論，促進彼此之間的交流。 ? 訓練計畫：提供各組室之管理者設定該年度之課程訓練計畫。 ? 審核管理：管理者透過此功能審查教師新增的課程是否核准，另可審查報名之學員是否可修讀該課程。 ? 課程分析：提供一般學習者及人資相關同仁查看與課程學習相關的資訊分析，並可匯出為excel檔案。 ? 課程管理：教師設定課程相關資訊，並上傳一般教材及單元教材，亦可查看修課學員的學習紀錄。 ? 評量管理：教師配合課程設計評量、作業以及問卷內容，評量支援多媒體影像呈現。 ? 系統管理：包括所有人員的基本資料維護、學習管理、訊息管理、系統相關設定維護等。</abstract><author>哈瑪星科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960205</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/24</date><governmentpublicationsnumber>1009603451</governmentpublicationsnumber><identifier>52004</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52004</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>電子化水利專業學習(E-learning)網功能增修計畫 The system  function adding project of e-learning web site in water resources</title><yearidentifier>200711</yearidentifier></data><data><abstract>台灣近年來水文氣象環境受全球氣候變遷影響程度，雖然仍有爭議，但事實上水文資料已與過去有很大變異性，連帶使得水文水理特性（降雨量、逕流量等）產生不確定性，進而造成根據特定水文量所設計之水利建造物，可能已無法達到原先設定的保護標準，而承受了相當大的毀壞風險。為了確保水利建造物(蓄水建造物除外)安全，本計畫全方位針對水文、水理、地文及其他風險因子進行探討及評估，並建置一套風險分析程序，期使可作為擬定減輕風險策略之參考。 本研究所建置之水利建造物防洪風險分析模式可區分為四部份：(1) 風險因子之界定與衍生；(2) 採用蒙地卡羅模擬法(LHS)衍生各因子並代入水文水理演算及多變數迴歸分析法，建立最高洪水位與風險因子之關係式；(3) 計算可靠度指標之 ；及(4) 計算水利建造物防洪功能失敗機率之 以評估水利建造物是否可達到預期之防洪功能。其中本計畫將影響水利建造物防洪功能之風險因子分別界定為水文風險因子(降雨延時、降雨量、雨型及河口潮位)、地文風險因子(河道糙度係數及土地開發程度(即Curve Number, CN值))及其他風險因子(分洪道堰流公式之參數、操作因子(抽水站及水門)、及結構破壞因子(例如地震、地層下陷及管湧等))。 本計畫第一年度以水文風險因子為基礎建立風險分析程序，並以基隆河流域為應用案例。研究成果發現基隆河降雨型態可分為前進型、中央型、均勻型及延後型等四種雨型，故針對各雨型進行風險分析並根據雨型發生機率求得水利建造物防洪功能可靠度。採用基隆河九場暴雨事件應用於之風險分析模式分析結果，顯示模式可適用於水利建造物防洪功能之可靠度分析。另由基隆河保護標準重現期距200年三日降雨量之不確定性對防洪功能影響分析結果顯示，堤防出水高1.5公尺可有效提高防洪功能可靠度，且基隆河防洪功能之可靠度隨不同年份所推得之降雨量增加而降低。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960199</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/24</date><governmentpublicationsnumber>1009603600</governmentpublicationsnumber><identifier>52005</identifier><internationalstandardbooknumber>9789860121339 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52005</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>影響水利建造物(蓄水建造物除外)功能之風險因子探討與分析程序 之建立(1/2)  Evaluation of risk factors affecting the functions of hydraulic structures (except the storage structures) and development of its analysis procedure(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣近年來水文氣象環境受全球氣候變遷影響程度，雖然仍有爭議，但事實上水文資料已與過去有很大變異性，連帶使得水文水理特性（降雨量、逕流量等）產生不確定性，進而造成根據特定水文量所設計之水利建造物，可能已無法達到原先設定的保護標準，而承受了相當大的毀壞風險。為了確保水利建造物(蓄水建造物除外)安全，本計畫全方位針對水文、水理、地文及其他風險因子進行探討及評估，並建置一套風險分析程序，期使可作為擬定減輕風險策略之參考。 本研究所建置之水利建造物防洪風險分析模式可區分為四部份：(1) 風險因子之界定與衍生；(2) 採用蒙地卡羅模擬法(LHS)衍生各因子並代入水文水理演算及多變數迴歸分析法，建立最高洪水位與風險因子之關係式；(3) 計算可靠度指標之 ；及(4) 計算水利建造物防洪功能失敗機率之 以評估水利建造物是否可達到預期之防洪功能。其中本計畫將影響水利建造物防洪功能之風險因子分別界定為水文風險因子(降雨延時、降雨量、雨型及河口潮位)、地文風險因子(河道糙度係數及土地開發程度(即Curve Number, CN值))及其他風險因子(分洪道堰流公式之參數、操作因子(抽水站及水門)、及結構破壞因子(例如地震、地層下陷及管湧等))。 本計畫第一年度以水文風險因子為基礎建立風險分析程序，並以基隆河流域為應用案例。研究成果發現基隆河降雨型態可分為前進型、中央型、均勻型及延後型等四種雨型，故針對各雨型進行風險分析並根據雨型發生機率求得水利建造物防洪功能可靠度。採用基隆河九場暴雨事件應用於之風險分析模式分析結果，顯示模式可適用於水利建造物防洪功能之可靠度分析。另由基隆河保護標準重現期距200年三日降雨量之不確定性對防洪功能影響分析結果顯示，堤防出水高1.5公尺可有效提高防洪功能可靠度，且基隆河防洪功能之可靠度隨不同年份所推得之降雨量增加而降低。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/24</date><governmentpublicationsnumber>1009603600</governmentpublicationsnumber><identifier>52006</identifier><internationalstandardbooknumber>9789860121339 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52006</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>影響水利建造物(蓄水建造物除外)功能之風險因子探討與分析程序 之建立(1/2)－光碟版  Evaluation of risk factors affecting the functions of hydraulic structures (except the storage structures) and development of its analysis procedure(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫將分為二年執行。第一年度針對全球因水所引致之新類型災害進行資料蒐集、彙整及分析，並針對防洪設施分析適當之因應對策探討議題。由於氣候變遷可能導致顯著之新類型災害，需另針對臺灣與附近地域之氣候變遷進行研析，由減災、防災角度深入探討氣候變遷，並考量氣候劇烈變化，進而推估臺灣北區與附近地域未來短期、中期、長期於不同面向之氣候變遷程度。根據前述推估結果進行氣候劇變對北區防洪系統其永續發展之脆弱度分析與整體評估，並建立北區重要流域防洪系統脆弱度對氣候劇變衝擊之調適策略。第二年針對臺灣西南沿海易淹水地區進行氣候變遷之研析，進而推估臺灣西南沿海易淹水地區與附近地域未來短期、中期、長期於不同面向之氣候變遷程度。最後進行氣候劇變對臺灣西南沿海易淹水地區防洪系統其永續發展之脆弱度分析與整體評估，並建立該區防洪系統脆弱度對氣候劇變衝擊之調適策略。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960182</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/25</date><governmentpublicationsnumber>1009603769</governmentpublicationsnumber><identifier>52010</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52010</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利防洪設施受新類型災害之脆弱度與調適度分析(1/2)＝Vulnerability assessment and adeptive management of new hazard on flood prevention systems(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫將分為二年執行。第一年度針對全球因水所引致之新類型災害進行資料蒐集、彙整及分析，並針對防洪設施分析適當之因應對策探討議題。由於氣候變遷可能導致顯著之新類型災害，需另針對臺灣與附近地域之氣候變遷進行研析，由減災、防災角度深入探討氣候變遷，並考量氣候劇烈變化，進而推估臺灣北區與附近地域未來短期、中期、長期於不同面向之氣候變遷程度。根據前述推估結果進行氣候劇變對北區防洪系統其永續發展之脆弱度分析與整體評估，並建立北區重要流域防洪系統脆弱度對氣候劇變衝擊之調適策略。第二年針對臺灣西南沿海易淹水地區進行氣候變遷之研析，進而推估臺灣西南沿海易淹水地區與附近地域未來短期、中期、長期於不同面向之氣候變遷程度。最後進行氣候劇變對臺灣西南沿海易淹水地區防洪系統其永續發展之脆弱度分析與整體評估，並建立該區防洪系統脆弱度對氣候劇變衝擊之調適策略。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960182</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/25</date><governmentpublicationsnumber>1009603769</governmentpublicationsnumber><identifier>52012</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52012</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利防洪設施受新類型災害之脆弱度與調適度分析(1/2)－光碟版＝Vulnerability assessment and adeptive management of new hazard on flood prevention systems(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括高屏溪流域、高雄縣、高雄市與屏東縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪災保險及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪災保險用），亦分析3小時、6小時累積雨量之各重現期距值（淹水預警用）。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960062</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009603596</governmentpublicationsnumber><identifier>52021</identifier><internationalstandardbooknumber>9789860121384 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52021</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>高屏溪流域及高雄縣、高雄市與屏東縣淹水潛勢圖更新計畫  Upgrading potential inundation maps of Kao-Ping creek basin, Kao-Shung County, Kao-Shung City and Ping-Tung County</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括烏溪流域、台中縣、台中市與南投縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪災保險及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪災保險用），亦分析3小時、6小時累積雨量之各重現期距值（淹水預警用）。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960061</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/26</date><governmentpublicationsnumber>1009603592</governmentpublicationsnumber><identifier>52022</identifier><internationalstandardbooknumber>9789860121346 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52022</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>烏溪流域及台中縣、台中市與南投縣淹水潛勢圖更新計畫  Upgrading potential inundation maps of Wu-Xi creek basin, Tai-Chung County, Tai-Chung City and Nan-Tou County</title><yearidentifier>200712</yearidentifier></data><data><abstract>救災應變決策支援系統之傳輸體系，其相關之設備包含不同科技領域，且必須定期的維護與更新，為使系統具有持續性，使其在災害應變期間運作正常，必須建置災害時期不間斷的傳輸體系。水利署於93年度起持續建置即時影像站，95年度為止已達50餘站，本年度亦協助水利署建置即時影像站，並更新原有之展示介面及功能。 在97～100年建站規劃上，以雲林嘉義沿海低窪地區優先，彰化台南地區次之、其他河川最後。建站設備規劃均已需申請電力電話及設水尺，建議以轉動式攝影機觀測水情為主。每年維護費用分為即時影像監視站維護費用、3G行動偵測系統通訊費用、移動式水位計架設及通訊費用三者，即時影像監視站維護費用會隨著站點的增加而增加，每一站維護費用包括電信電力費用、電池更新、備品更換以及設備增購，建議每站每年以8.9萬元為維護費用。3G行動偵測系統通訊費用為183元/月加上電池每兩年更新費用為1000元/2年，故每套3G行動偵測系統每年固定維護費用為2700元，目前移動式水位計架設費用及通訊費用為30000元。故以水利署96年度已架設或已進行建置之即時影像站（66站、不含旁收站）、3G行動偵測系統（30套）、移動式水位計（17組），加上建置費用後，97年度約需2449.8萬元、98年度約需2637萬元、99年度約需2817.8萬元萬元、100年度約需2840.7萬元作為建置及維護經費。 此外，在即時水位資訊上，於本年度增加17組即時水位計外，本年度亦利用水位計所回傳之資訊進行分析。原有之移動式水位計水位資訊展示系統並無提供連續性水位變化之圖形，故此本系統於本計畫中將連續性水位變化圖結合原有之移動式水位計水位回傳資訊以視窗方式開啟，並提供最近連續24小時的水位變化圖，加強移動式水位計資訊功能， 水位影像辨識功能開發是，利用穩健水位估計法可以有效的分析固定鏡頭之水位資訊，然水位影像辨識功能需由硬體設備協助配合，以進行測試在其他水尺影像(固定鏡頭)上之表現.與ROI定義法則之探討，同時對於其他相關影像處理方法也進一步探討。但經由與即時影像站建置之硬體廠商討論後，目前水利署96年度之即時影像系統頻寬不足，僅有10Mbps，提供上百組即時影像資訊已十分吃緊，無法再做錄影之功能，而所有固定鏡頭所擷取之影像需存入水利署資料庫系統中，以供本軟體抓取並做即時性的水位演算，在無法取得錄影影像的促況下，本軟體將暫建於展示系統中，俟頻寬與錄影功能達到需求後，予以納入系統中展示。 購置或租用行動水情相關硬體設備成本分析上，截至96年10月底，尚無廠商提供此項服務或規劃，故從租用角度上目前並不可行。若以購置相關手機硬體及門號，目前合於需求之手機種類僅有DOPOD CHT9100系列共2款手機有結合3G及GPS（內建），而原有購置之30台DOPOD CHT9000手機於汛期使用狀況尚需加強，建議可於本計畫案結束後，依手機市場狀況及原有購置之手機使用狀況再行考量是否購置。 為了使加強原有手機之水情傳輸系統之功能，本次PDA行動水情在事件空間資訊部分，除了提估上述原本的單一點資訊外，目前也完成了多點的空間資訊功能，使用者點選「多點」的事件時，系統在地圖展示上則會以多點的方式表現，現地調查者可以透過此一功能來進行淹水範圍之量測，提供決策人員可以了解該淹水區域的範圍。 在淹水範圍分析上，利用DTM圖層，即時影像站影像資料以及水深資料，分析即時影像站建置地區之可能淹水水情，包括淹水深度以及範圍，以沿海低窪易淹水地區之即時影像站評估淹水潛勢分析模式，95年度完成嘉義縣義竹鄉後鎮村之淹水範圍估算，本年度業已完成嘉義縣義竹鄉北華村、嘉義縣布袋鎮東港里社區以及屏東縣佳冬鄉羌園村等地之淹水估算，其中後鎮村與北華村之淹水範圍達到高程2m以上時，2村落均會淹水，而北華村位於後鎮村之下游處，且位於後鎮中排與新店大排間，故高程2m以上之淹水範圍估算成果納入北華村之淹水範圍圖層中。 對於抽水機佈置於即時影像站監測區域效能評估賞，目前屏東縣佳冬鄉羌園村已分析出不同淹水深度淹水範圍之結果，其成果除了於展示介面顯示外，並得知在24小時累積降雨量為0mm，且為淹水深度50cm（含）以下時，其淹水體積及淹水範圍均在可控制的範圍內，即可利用抽水機將積水於24小時內抽乾。然若淹水深度一旦超過50cm，則淹水範圍迅速擴大，並與鄰近村落的淹水水情相互混和，淹水範圍擴增並超過假設之邊界（縱貫鐵路），且需提供之抽水機數量至少3台以上，才有可能略微控制水情。且一旦降雨量不斷的增加，而淹水深度又超過50cm，則淹水災情將變得難以控制。若需有效控制水情，當淹水深度在50 cm以下時，需提供1台以上的抽水機連續運作24小時以控制水情；若淹水深度達到60cm時，則需提供3台以上的抽水機連續運作24小時以控制水情；若淹水深度達到70cm時，則需提供7台以上的抽水機連續運作24小時以控制水情；若淹水深度達到80cm時，則提供10台的抽水機連續工作24小時亦無法將水抽乾以控制水情。當中央氣象局預估24小時累積降雨量達到200mm以上、淹水深度達到60cm以上時，則提供羌園村該地區10台抽水機連續抽水24小時亦無法立即降低或抽乾淹水。 此外，由梧提颱風引進西南氣流造成屏東縣佳冬鄉羌園村地區8月13日淹水即時影像資訊、移動式水位計水位回傳資訊以及中央氣象局屏東測站觀測雨量結果得知，淹水深度達到162cm、24小時累積降雨量達到391mm，且由即時影像站所回傳之資訊顯示，羌園大排已近乎達到滿水位，而抽水機雖持續運作但對於水情並無法有效控制，因此於羌園大排末端建置抽水站實有其必要性。</abstract><author>中央大學土木工程學系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960065</commissionedprojectidentifier><currency>NT$</currency><date>2007/12/26</date><governmentpublicationsnumber>1009603764</governmentpublicationsnumber><identifier>52024</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52024</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>抽水機於淹水地區佈置效能之評估＝Estimate the Effect that Lay out Pumps in Flood Disaster Area</title><yearidentifier>200712</yearidentifier></data><data><abstract>鯉魚潭水庫第一次定期安全評估補充調查試驗成果,包括土木設施之混凝土檢驗及非破壞檢測,投池右岸邊坡大地力學試驗及水工機械非破壞檢測等項目</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/26</date><governmentpublicationsnumber>1009603747</governmentpublicationsnumber><identifier>52027</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52027</librarycollectiondetailsurl><price>310</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估－現地檢查與評估＝The First Regular Safety Assessmnet of liyutan Reservoir On-Site Inspection and Evaluation</title><yearidentifier>200707</yearidentifier></data><data><abstract>鯉魚潭水庫第一次定期安全評估補充調查試驗成果,包括土木設施之混凝土檢驗及非破壞檢測,投池右岸邊坡大地力學試驗及水工機械非破壞檢測等項目</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/26</date><governmentpublicationsnumber>1009603747</governmentpublicationsnumber><identifier>52028</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52028</librarycollectiondetailsurl><price>310</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估－現地檢查與評估(光碟版)＝The First Regular Safety Assessmnet of liyutan Reservoir On-Site Inspection and Evaluation</title><yearidentifier>200707</yearidentifier></data><data><abstract>台灣近年來遭受風災、水災不斷，每當災害來時，經常導致河川溪水暴漲，在短時間內造成民命財產與損失。目前全台灣對於河川水位變化監測系統大多採用固定式水位計觀測；另外，於出海口處的潮位高程變化量測也非岸邊潮位計、波高計可以勝任，且成本較高。因此，對於上述在河川或近海岸某處提供點形式水位資料，其餘地區則僅能採用外插方式獲取水位資料的方法，並無法即時提供大範圍的面狀的水位資料，例如對於無設置水位計的河川某區段或河川出海口的面狀水位資料。目前GPS均為接收直接訊號並應用於各種定位應用，其定位精度可達公分等級。唯近幾年來，由於GPS反射訊號具極佳的機動性且可以提供大範圍、高頻率、近即時性、長期觀測、低成本的遙測資訊，故分析GPS的反射訊號（Reflected GPS signal, R-GPS）用於遙測地表資訊的技術逐漸受到重視。其中R-GPS用來輔助水面水位、海面高程變化的量測，將對河川、海岸監測、整治管理提供極佳的觀測數據。本計畫之研究目的是建立一套機動式R-GPS河川水位和近岸潮位觀測系統，試驗對象為本局管轄之水系區段及其出海口附近。希望藉此計劃之經驗，改善目前水位變化觀測方法，提升海岸研究治理與規劃設計之成效，將災害損傷降到最低，普及於其他河段。</abstract><author>嘉南藥理科技大學空間科技研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/28</date><governmentpublicationsnumber>1009604016</governmentpublicationsnumber><identifier>52031</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52031</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>GPS反射訊號(RGPS)應用於近岸水位量測之研究(內附光碟)=Research of reflected GPS signal that apply to near shore water level measurement</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣近年來遭受風災、水災不斷，每當災害來時，經常導致河川溪水暴漲，在短時間內造成民命財產與損失。目前全台灣對於河川水位變化監測系統大多採用固定式水位計觀測；另外，於出海口處的潮位高程變化量測也非岸邊潮位計、波高計可以勝任，且成本較高。因此，對於上述在河川或近海岸某處提供點形式水位資料，其餘地區則僅能採用外插方式獲取水位資料的方法，並無法即時提供大範圍的面狀的水位資料，例如對於無設置水位計的河川某區段或河川出海口的面狀水位資料。目前GPS均為接收直接訊號並應用於各種定位應用，其定位精度可達公分等級。唯近幾年來，由於GPS反射訊號具極佳的機動性且可以提供大範圍、高頻率、近即時性、長期觀測、低成本的遙測資訊，故分析GPS的反射訊號（Reflected GPS signal, R-GPS）用於遙測地表資訊的技術逐漸受到重視。其中R-GPS用來輔助水面水位、海面高程變化的量測，將對河川、海岸監測、整治管理提供極佳的觀測數據。本計畫之研究目的是建立一套機動式R-GPS河川水位和近岸潮位觀測系統，試驗對象為本局管轄之水系區段及其出海口附近。希望藉此計劃之經驗，改善目前水位變化觀測方法，提升海岸研究治理與規劃設計之成效，將災害損傷降到最低，普及於其他河段。</abstract><author>嘉南藥理科技大學空間科技研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009604016</governmentpublicationsnumber><identifier>52032</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52032</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>GPS反射訊號(RGPS)應用於近岸水位量測之研究(光碟版)=Research of reflected GPS signal that apply to near shore water level measurement</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床之?徑尺寸分佈資訊，以應用於水?之定床模擬、動床模擬之輸砂?及沖淤?等推估。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/28</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>52033</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52033</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究(內附光碟)=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床之?徑尺寸分佈資訊，以應用於水?之定床模擬、動床模擬之輸砂?及沖淤?等推估。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232   443.689710</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>52034</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52034</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究(光碟版)=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>為推估合理之農業迴歸水量，並評估農業迴歸水資源利用之可行性，本研究首先建立區域水平衡系統動力模式，並於桃園、石門及新竹農田水利會灌區(農業迴歸水推估量5,000CMD以上之支線)進行實測雨量以檢定驗證所開發之模式，規劃合理之農業迴歸水開發營運構想、執行方案及效益評估。</abstract><author>中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/31</date><governmentpublicationsnumber>1009603417</governmentpublicationsnumber><identifier>52037</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52037</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>多元化水資源開發；桃園及新竹地區農業迴歸水調查與可行性評估＝Development  of  Diverse  Water  Resources─ Investigation  and  Feasibility  Assessment  of  Agricultural  Return  Flows  in  the  Taoyuan  and  Hsinchu  Areas</title><yearidentifier>200711</yearidentifier></data><data><abstract>為推估合理之農業迴歸水量，並評估農業迴歸水資源利用之可行性，本研究首先建立區域水平衡系統動力模式，並於桃園、石門及新竹農田水利會灌區(農業迴歸水推估量5,000CMD以上之支線)進行實測雨量以檢定驗證所開發之模式，規劃合理之農業迴歸水開發營運構想、執行方案及效益評估。</abstract><author>中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/12/31</date><governmentpublicationsnumber>1009603417</governmentpublicationsnumber><identifier>52038</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52038</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>多元化水資源開發；桃園及新竹地區農業迴歸水調查與可行性評估(光碟版)＝Development  of  Diverse  Water  Resources─Iinvestigation  and  Feasibility  Assessment  of  Agricultural  Return  Flows  in  the  Taoyuan  and  Hsinchu  Areas</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫旨在研擬、編撰適合當今我國地理、地質及地形狀況之觀測井或一般水井的建置施工法與行政管理作業準則，以作為地方政府辦理鑿井行政管理及合法鑿井業者執業之參考，俾落實加強地下水井鑿井管理目標策略</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960318</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/2</date><governmentpublicationsnumber>1009603680</governmentpublicationsnumber><identifier>52043</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52043</librarycollectiondetailsurl><price>300</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>研訂鑿井技術參考手冊及行政管理作業準則(草案)(1/2)第一年度成果報告(內附光碟)＝Composing a technical and management guideline of well construction(draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來電腦資訊科技發展迅速，網際網路已成了重要的資訊媒體，更是政府單位電子化的必要條件。經濟部水利署為有效掌握署內暨所屬各業務單位執行之各項計畫資料，透過WWW建置『列管計畫專案管考系統』，利用系統整合業務作業流程，以輔助水利署有效控管列管計畫進行之各階段流程；本計畫主要之工作項目為: 一、專案管考系統開發與建置二、資料雙向傳輸整合機制三、工程資料及空間資料串聯機制四、歷史工程資料轉入五、委辦計畫管理系統功能提昇與擴充六、實施教育訓練</abstract><author>逢甲大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950406</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/2</date><governmentpublicationsnumber>1009601952</governmentpublicationsnumber><identifier>52044</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52044</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署專案管考系統建置＝Projects assess and  management system for Water Resources Agency, Economic Ministry of Affairs</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/3</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>52045</identifier><internationalstandardbooknumber>16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52045</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>節約用水季刊（第四十八期)－歐洲展開抗旱節水行動</title><yearidentifier>200712</yearidentifier></data><data><abstract>救災應變決策支援系統之傳輸體系，其相關之設備包含不同科技領域，且必須定期的維護與更新，為使系統具有持續性，使其在災害應變期間運作正常，必須建置災害時期不間斷的傳輸體系。水利署於93年度起持續建置即時影像站，95年度為止已達50餘站，本年度亦協助水利署建置即時影像站，並更新原有之展示介面及功能。 在97～100年建站規劃上，以雲林嘉義沿海低窪地區優先，彰化台南地區次之、其他河川最後。建站設備規劃均已需申請電力電話及設水尺，建議以轉動式攝影機觀測水情為主。每年維護費用分為即時影像監視站維護費用、3G行動偵測系統通訊費用、移動式水位計架設及通訊費用三者，即時影像監視站維護費用會隨著站點的增加而增加，每一站維護費用包括電信電力費用、電池更新、備品更換以及設備增購，建議每站每年以8.9萬元為維護費用。3G行動偵測系統通訊費用為183元/月加上電池每兩年更新費用為1000元/2年，故每套3G行動偵測系統每年固定維護費用為2700元，目前移動式水位計架設費用及通訊費用為30000元。故以水利署96年度已架設或已進行建置之即時影像站（66站、不含旁收站）、3G行動偵測系統（30套）、移動式水位計（17組），加上建置費用後，97年度約需2449.8萬元、98年度約需2637萬元、99年度約需2817.8萬元萬元、100年度約需2840.7萬元作為建置及維護經費。 此外，在即時水位資訊上，於本年度增加17組即時水位計外，本年度亦利用水位計所回傳之資訊進行分析。原有之移動式水位計水位資訊展示系統並無提供連續性水位變化之圖形，故此本系統於本計畫中將連續性水位變化圖結合原有之移動式水位計水位回傳資訊以視窗方式開啟，並提供最近連續24小時的水位變化圖，加強移動式水位計資訊功能， 水位影像辨識功能開發是，利用穩健水位估計法可以有效的分析固定鏡頭之水位資訊，然水位影像辨識功能需由硬體設備協助配合，以進行測試在其他水尺影像(固定鏡頭)上之表現.與ROI定義法則之探討，同時對於其他相關影像處理方法也進一步探討。但經由與即時影像站建置之硬體廠商討論後，目前水利署96年度之即時影像系統頻寬不足，僅有10Mbps，提供上百組即時影像資訊已十分吃緊，無法再做錄影之功能，而所有固定鏡頭所擷取之影像需存入水利署資料庫系統中，以供本軟體抓取並做即時性的水位演算，在無法取得錄影影像的促況下，本軟體將暫建於展示系統中，俟頻寬與錄影功能達到需求後，予以納入系統中展示。 購置或租用行動水情相關硬體設備成本分析上，截至96年10月底，尚無廠商提供此項服務或規劃，故從租用角度上目前並不可行。若以購置相關手機硬體及門號，目前合於需求之手機種類僅有DOPOD CHT9100系列共2款手機有結合3G及GPS（內建），而原有購置之30台DOPOD CHT9000手機於汛期使用狀況尚需加強，建議可於本計畫案結束後，依手機市場狀況及原有購置之手機使用狀況再行考量是否購置。 為了使加強原有手機之水情傳輸系統之功能，本次PDA行動水情在事件空間資訊部分，除了提估上述原本的單一點資訊外，目前也完成了多點的空間資訊功能，使用者點選「多點」的事件時，系統在地圖展示上則會以多點的方式表現，現地調查者可以透過此一功能來進行淹水範圍之量測，提供決策人員可以了解該淹水區域的範圍。 在淹水範圍分析上，利用DTM圖層，即時影像站影像資料以及水深資料，分析即時影像站建置地區之可能淹水水情，包括淹水深度以及範圍，以沿海低窪易淹水地區之即時影像站評估淹水潛勢分析模式，95年度完成嘉義縣義竹鄉後鎮村之淹水範圍估算，本年度業已完成嘉義縣義竹鄉北華村、嘉義縣布袋鎮東港里社區以及屏東縣佳冬鄉羌園村等地之淹水估算，其中後鎮村與北華村之淹水範圍達到高程2m以上時，2村落均會淹水，而北華村位於後鎮村之下游處，且位於後鎮中排與新店大排間，故高程2m以上之淹水範圍估算成果納入北華村之淹水範圍圖層中。 對於抽水機佈置於即時影像站監測區域效能評估賞，目前屏東縣佳冬鄉羌園村已分析出不同淹水深度淹水範圍之結果，其成果除了於展示介面顯示外，並得知在24小時累積降雨量為0mm，且為淹水深度50cm（含）以下時，其淹水體積及淹水範圍均在可控制的範圍內，即可利用抽水機將積水於24小時內抽乾。然若淹水深度一旦超過50cm，則淹水範圍迅速擴大，並與鄰近村落的淹水水情相互混和，淹水範圍擴增並超過假設之邊界（縱貫鐵路），且需提供之抽水機數量至少3台以上，才有可能略微控制水情。且一旦降雨量不斷的增加，而淹水深度又超過50cm，則淹水災情將變得難以控制。若需有效控制水情，當淹水深度在50 cm以下時，需提供1台以上的抽水機連續運作24小時以控制水情；若淹水深度達到60cm時，則需提供3台以上的抽水機連續運作24小時以控制水情；若淹水深度達到70cm時，則需提供7台以上的抽水機連續運作24小時以控制水情；若淹水深度達到80cm時，則提供10台的抽水機連續工作24小時亦無法將水抽乾以控制水情。當中央氣象局預估24小時累積降雨量達到200mm以上、淹水深度達到60cm以上時，則提供羌園村該地區10台抽水機連續抽水24小時亦無法立即降低或抽乾淹水。 此外，由梧提颱風引進西南氣流造成屏東縣佳冬鄉羌園村地區8月13日淹水即時影像資訊、移動式水位計水位回傳資訊以及中央氣象局屏東測站觀測雨量結果得知，淹水深度達到162cm、24小時累積降雨量達到391mm，且由即時影像站所回傳之資訊顯示，羌園大排已近乎達到滿水位，而抽水機雖持續運作但對於水情並無法有效控制，因此於羌園大排末端建置抽水站實有其必要性。</abstract><author>中央大學土木工程學系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960065</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/3</date><governmentpublicationsnumber>1009603764</governmentpublicationsnumber><identifier>52046</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52046</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>抽水機於淹水地區佈置效能之評估(光碟版)＝Estimate the Effect that Lay out Pumps in Flood Disaster Area</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括烏溪流域、台中縣、台中市與南投縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪災保險及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪災保險用），亦分析3小時、6小時累積雨量之各重現期距值（淹水預警用）。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960061</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/3</date><governmentpublicationsnumber>1009603592</governmentpublicationsnumber><identifier>52047</identifier><internationalstandardbooknumber>9789860121346 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52047</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>烏溪流域及台中縣、台中市與南投縣淹水潛勢圖更新計畫(光碟版)  Upgrading potential inundation maps of Wu-Xi creek basin, Tai-Chung County, Tai-Chung City and Nan-Tou County</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括高屏溪流域、高雄縣、高雄市與屏東縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪災保險及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪災保險用），亦分析3小時、6小時累積雨量之各重現期距值（淹水預警用）。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/3</date><governmentpublicationsnumber>1009603596</governmentpublicationsnumber><identifier>52048</identifier><internationalstandardbooknumber>9789860121384 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52048</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>高屏溪流域及高雄縣、高雄市與屏東縣淹水潛勢圖更新計畫(光碟版)  Upgrading potential inundation maps of Kao-Ping creek basin, Kao-Shung County, Kao-Shung City and Ping-Tung County</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來電腦資訊科技發展迅速，網際網路已成了重要的資訊媒體，更是政府單位電子化的必要條件。經濟部水利署為有效掌握署內暨所屬各業務單位執行之各項計畫資料，透過WWW建置『列管計畫專案管考系統』，利用系統整合業務作業流程，以輔助水利署有效控管列管計畫進行之各階段流程；本計畫主要之工作項目為: 一、專案管考系統開發與建置二、資料雙向傳輸整合機制三、工程資料及空間資料串聯機制四、歷史工程資料轉入五、委辦計畫管理系統功能提昇與擴充六、實施教育訓練</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950406</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/3</date><governmentpublicationsnumber>1009601952</governmentpublicationsnumber><identifier>52050</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52050</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署專案管考系統建置(光碟版)＝Projects assess and  management system for Water Resources Agency, Economic Ministry of Affairs</title><yearidentifier>200709</yearidentifier></data><data><abstract> </abstract><author>交通大學防災工程研究中心</author><categoryidentifier>441.24</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/7</date><governmentpublicationsnumber>1009405033</governmentpublicationsnumber><identifier>52051</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52051</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>湖山水庫工程計畫光纖監測系統應用於蓄水庫邊坡穩定之研究(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。河道邊界為河岸與河床所構成，河岸多岩石、沖積層卵礫石組成，河床則為鬆積土砂所構成。河道穩定多藉由河床演變及水中泥砂濃度之調整，進行河道能量平衡與穩定機制。為考量部份河道沖刷現象之影響，有必要進行流域整體水砂平衡評估，故另針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933   443.1113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960272</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/7</date><governmentpublicationsnumber>1009603645</governmentpublicationsnumber><identifier>52052</identifier><internationalstandardbooknumber>9789860119787 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52052</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(1/2)＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>二河局管轄範圍桃竹苗地區，延續先前計畫內容以Delft Hydraulics發展之FEWS持續更新二河局洪水預警系統，並且結合防汛作業所需內容，建置決策參考文件與訂定防汛標準作業流程。</abstract><author>工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960106</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009603649</governmentpublicationsnumber><identifier>52053</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52053</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>桃竹苗地區洪水預警與防汛整合計畫＝Taoyuan, Hisnchu and  Miaoli Area Flood Foresasting System and Flood-Protection Integration Plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>二河局管轄範圍桃竹苗地區，延續先前計畫內容以Delft Hydraulics發展之FEWS持續更新二河局洪水預警系統，並且結合防汛作業所需內容，建置決策參考文件與訂定防汛標準作業流程。</abstract><author>工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960106</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/7</date><governmentpublicationsnumber>1009603649</governmentpublicationsnumber><identifier>52054</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52054</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>桃竹苗地區洪水預警與防汛整合計畫(光碟版)＝Taoyuan, Hisnchu and  Miaoli Area Flood Foresasting System and Flood-Protection Integration Plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>鳳山溪係中央管河川之ㄧ，每年颱洪期間常引發災害。經前水利局之調查規劃，於七十二年提出『鳳山溪治理基本計畫』，工程實施計畫範圍自關西渡船大橋至河口段止，長約28.26公里，包括新建兩岸堤防及鞏固強化舊有堤防。另外於90年9月17日納莉颱風來襲，早期老舊砌石之簡易堤防，難以防禦洪水侵襲，大多損壞，同年奉水利署指示，全面辦理災害復建，復建長度約34,544公尺，總工程費約8,247億元，於92年8月全部完工。鳳山溪兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防或基?保護之。故本計劃利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，以導引彎道凹岸與堤岸基腳之流路，達到保護效果，並發展潛板數模及設置工法。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960254</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603983</governmentpublicationsnumber><identifier>52055</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52055</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>潛板在河川治理上之應用研究(1/2)＝Application Study of Submerged Vanes on River Training (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>鳳山溪係中央管河川之ㄧ，每年颱洪期間常引發災害。經前水利局之調查規劃，於七十二年提出『鳳山溪治理基本計畫』，工程實施計畫範圍自關西渡船大橋至河口段止，長約28.26公里，包括新建兩岸堤防及鞏固強化舊有堤防。另外於90年9月17日納莉颱風來襲，早期老舊砌石之簡易堤防，難以防禦洪水侵襲，大多損壞，同年奉水利署指示，全面辦理災害復建，復建長度約34,544公尺，總工程費約8,247億元，於92年8月全部完工。鳳山溪兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防或基?保護之。故本計劃利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，以導引彎道凹岸與堤岸基腳之流路，達到保護效果，並發展潛板數模及設置工法。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960254</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603983</governmentpublicationsnumber><identifier>52056</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52056</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>潛板在河川治理上之應用研究(1/2)--光碟版＝Application Study of Submerged Vanes on River Training (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來圖書館自動化已成為重要的知識檢索來源，為了掌握更有組織性及整合性的功能，經濟部水利署將推廣署內各項資源的運用，透過本項計劃針對數位典藏政府出版品，利用搜尋引擎所提供之知識分類及全文檢索功能，進行知識推廣。 本計劃系統除了保留原有圖書館自動化系統的功能之外，並針對讀者、署內同仁、管理者之需求，建置完善的知識環境，另搭配教育訓練服務，提升同仁知識環境品質，促進同仁獲取更多知識來源。 本計劃建置而成的系統功能概要如下： 1.擴充系統維護端功能：館員編目時可以利用ISBN條碼，直接轉入國家圖書館的書目資料，並且版本提升可處理ISBN 10及13碼的功能。 2.增修全文檢索功能：完成增修出版品電子圖書全文檢索功能，並更換檢索引擎介面為「龍捲風知識檢索系統」，以全文檢索的關鍵字比對搜尋為基礎，結合以文找文的概念關聯搜尋功能，協助同仁以關鍵字搭配文章概念比對的方式，直接快速地從電子書資料庫中取得所有符合需要的資訊，線上瀏覽內文檔。 3.增修電子書功能：修改本署出版品網頁設計，提供出版品陳列展示及供民眾下載及閱讀。下載的格式除了ACROBAT的PDF檔案格式，還新增了ZINIO電子書的格式，供民眾下載使用。ZINIO閱讀器軟體模組，使用了圖書翻頁的方式供讀者操作閱讀，非常貼近人們閱讀圖書的方式，特別適合使用於平板式電腦及電子書閱讀器。 4.身分認證及資料共享：利用WRISP加強對使用者的SSO的功能，並且能讓使用者在水利署的各種不同的系統之間，利用WEB SERVICE取用其他系統的資訊，以達到資料交換共享。 5.擴充查詢網站功能：更新改版設計「圖書資訊系統」之查詢網頁內容，採用CSS的設計理念，並且針對無障礙網站空間的設計原則，重新規劃設計圖書資訊系統的查詢模組，以期達到符合全網站符合行政院研究發展考核委員會無障礙網站空間服務網網頁檢測。</abstract><author>鉑特資訊有限公司</author><categoryidentifier>28.72026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960203</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603996</governmentpublicationsnumber><identifier>52060</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52060</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>電子圖書知識分類及全文檢索功能增修計畫(1/2)＝Digital Knowledge Classification and full-text Search Enhanced Function Project (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為提高「淡水河即時洪水預報模式」於洪災應變期間迅速協助決策支援之功能，本計畫延續第一年度研發之即時淹水模組以銜接「淡水河即時洪水預報模式」進行即時淹水模擬，並於洪災高潛勢區建立洪災應變虛擬實境。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>W10P96005</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603610</governmentpublicationsnumber><identifier>52061</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52061</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>淡水河洪災應變境況模擬與展示(2/2)(光碟版)＝Scenario Simulations of Flood Disasters Emergency Responses and Its Display of Dansuie River(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來圖書館自動化已成為重要的知識檢索來源，為了掌握更有組織性及整合性的功能，經濟部水利署將推廣署內各項資源的運用，透過本項計劃針對數位典藏政府出版品，利用搜尋引擎所提供之知識分類及全文檢索功能，進行知識推廣。 本計劃系統除了保留原有圖書館自動化系統的功能之外，並針對讀者、署內同仁、管理者之需求，建置完善的知識環境，另搭配教育訓練服務，提升同仁知識環境品質，促進同仁獲取更多知識來源。 本計劃建置而成的系統功能概要如下： 1.擴充系統維護端功能：館員編目時可以利用ISBN條碼，直接轉入國家圖書館的書目資料，並且版本提升可處理ISBN 10及13碼的功能。 2.增修全文檢索功能：完成增修出版品電子圖書全文檢索功能，並更換檢索引擎介面為「龍捲風知識檢索系統」，以全文檢索的關鍵字比對搜尋為基礎，結合以文找文的概念關聯搜尋功能，協助同仁以關鍵字搭配文章概念比對的方式，直接快速地從電子書資料庫中取得所有符合需要的資訊，線上瀏覽內文檔。 3.增修電子書功能：修改本署出版品網頁設計，提供出版品陳列展示及供民眾下載及閱讀。下載的格式除了ACROBAT的PDF檔案格式，還新增了ZINIO電子書的格式，供民眾下載使用。ZINIO閱讀器軟體模組，使用了圖書翻頁的方式供讀者操作閱讀，非常貼近人們閱讀圖書的方式，特別適合使用於平板式電腦及電子書閱讀器。 4.身分認證及資料共享：利用WRISP加強對使用者的SSO的功能，並且能讓使用者在水利署的各種不同的系統之間，利用WEB SERVICE取用其他系統的資訊，以達到資料交換共享。 5.擴充查詢網站功能：更新改版設計「圖書資訊系統」之查詢網頁內容，採用CSS的設計理念，並且針對無障礙網站空間的設計原則，重新規劃設計圖書資訊系統的查詢模組，以期達到符合全網站符合行政院研究發展考核委員會無障礙網站空間服務網網頁檢測。</abstract><author>鉑特資訊有限公司</author><categoryidentifier>28.72026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960203</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603996</governmentpublicationsnumber><identifier>52062</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52062</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>電子圖書知識分類及全文檢索功能增修計畫(1/2)－光碟版＝Digital Knowledge Classification and full-text Search Enhanced Function Project (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對大台中地區包括大甲溪和大安溪流域，建立涵蓋技術面、經濟財務面與環境面之整合性區域水資源策略分析平台。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960142</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603741</governmentpublicationsnumber><identifier>52063</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52063</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>區域水資源永續利用之策略模擬與分析：總報告(光碟版) ＝Evaluating  strategies for the sustainable development of regional water resources(Final report)</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對大台中地區包括大甲溪和大安溪流域，建立涵蓋技術面、經濟財務面與環境面之整合性區域水資源策略分析平台。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960142</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603730</governmentpublicationsnumber><identifier>52064</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52064</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>區域水資源永續利用之策略模擬與分析(3)－光碟版＝Evaluating strategies for the sustainable development of regional water resources(3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>52065</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52065</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)(光碟版)＝Experimental study of sediment transport relationships for the lower Cho-Shui River after the 921 Chi-Chi rarthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在建立一套兼顧河川水環境中水質水量問題並合理之集水區土地利用規劃與管理架構，並據此發展出一套適合台北水源特定區應用之水環境變遷模式。    由於經濟部水利署台北水源特定區管理局之行政管轄流域範圍廣闊，其事業項目包括觀光旅遊、污染行為、用地開發與建築、工程治理、水土保持、林地保育、區內規劃與整治、野生動植物保育或文化資產保存等多面向考量，突顯諸多「水環境保護及復育」之議題。為能掌握水源特定區範圍內之土地利用對水環境變遷之影響，因此期藉由完成「南北勢溪水環境變遷研究分析計畫」本計畫一案，以提供特定區內河川集水區之水源涵養及水質維護等參考依據，並透過本模式之建構進而提供未來進行不同土地利用規劃決策之重要參考。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960174</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009604106</governmentpublicationsnumber><identifier>52066</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52066</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>南北勢溪水環境變遷研究分析計畫＝ Analysis of Water Environment Changes in the Nan-Shih and Pei-Shih Streams</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>中興大學</author><categoryidentifier>443.6933   443.1129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>52067</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52067</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)(內附光碟)＝Experimental study of Sediment Transport Relationships for the lower Cho-Shui River after the 921 Chi-Chi Earthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為提高「淡水河即時洪水預報模式」於洪災應變期間迅速協助決策支援之功能，本計畫延續第一年度研發之即時淹水模組以銜接「淡水河即時洪水預報模式」進行即時淹水模擬，並於洪災高潛勢區建立洪災應變虛擬實境。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>W10P96005</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603610</governmentpublicationsnumber><identifier>52068</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52068</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>淡水河洪災應變境況模擬與展示(2/2)＝Scenario Simulations of Flood Disasters Emergency Responses and Its Display of Dansuie River(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960230</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009603324</governmentpublicationsnumber><identifier>52069</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52069</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究(2/2)＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在建立一套兼顧河川水環境中水質水量問題並合理之集水區土地利用規劃與管理架構，並據此發展出一套適合台北水源特定區應用之水環境變遷模式。 由於經濟部水利署台北水源特定區管理局之行政管轄流域範圍廣闊，其事業項目包括觀光旅遊、污染行為、用地開發與建築、工程治理、水土保持、林地保育、區內規劃與整治、野生動植物保育或文化資產保存等多面向考量，突顯諸多「水環境保護及復育」之議題。為能掌握水源特定區範圍內之土地利用對水環境變遷之影響，因此期藉由完成「南北勢溪水環境變遷研究分析計畫」本計畫一案，以提供特定區內河川集水區之水源涵養及水質維護等參考依據，並透過本模式之建構進而提供未來進行不同土地利用規劃決策之重要參考。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWTA0960174</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009604106</governmentpublicationsnumber><identifier>52070</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52070</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>南北勢溪水環境變遷研究分析計畫(光碟版) ＝Analysis of Water Environment Changes in the Nan-Shih and Pei-Shih Streams</title><yearidentifier>200712</yearidentifier></data><data><abstract>辦理水利規劃試驗所四十週年慶系列活動三大研討會，將先輩們之經驗心血留存為論文專輯。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960313</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603927</governmentpublicationsnumber><identifier>52075</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52075</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>承先啟後繼往開來-水利規劃經驗傳承研討會成果報告＝A Link  between the Past and Future -- A Seminar on the Experience Concerning Water Conservancy Plans</title><yearidentifier>200712</yearidentifier></data><data><abstract>辦理水利規劃試驗所四十週年慶系列活動三大研討會，將先輩們之經驗心血留存為論文專輯。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960313</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603927</governmentpublicationsnumber><identifier>52076</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52076</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>承先啟後繼往開來-水利規劃經驗傳承研討會成果報告(光碟版)＝A Link between the past and Future -- A Seminar on the Experience Concerning Water Conservancy Plans</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33   356.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>52077</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52077</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)(內附光碟)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>52078</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52078</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)－光碟版＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33   356.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>52079</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52079</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書(內附光碟)＝Drafting a Reference Manual for Riverbed Material Sampling</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/8</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>52080</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52080</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書(光碟版)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在強化乾旱預警與應變機制之區域乾旱預警模式的建置，擬綜合乾旱的監測、影響、預警、應變至決策的分析，建立乾旱指標、水情情勢指標、乾旱預警指標、風險決策分析及抗旱因應對策。最後並藉由此計畫研究內容，完成網路系統建置並展示決策支援成果，供水利署與相關業務單位人員於乾旱發生前進行乾旱預警評估、用以支援救旱決策之參考，輔助各權責單位休耕、限水等決策。 本計畫完成之研究工作內容，包括：1. 乾旱現況分析項目：建立乾旱指標(D)，評估等級採用無乾旱、輕度乾旱、中度乾旱、嚴重乾旱、極嚴重乾旱五等級。在石門水庫供水系統中，研訂出採用蓄水量做為水庫乾旱評估因子，在翡翠水庫供水系統則驗證後採南勢溪河川流量及翡翠水庫蓄水量做為評估因子。經案例研究及分析後，於豐、枯期間均可合理反應現況之旱象或無乾旱之狀態。2. 未來水情分析項目：建立水源情勢評估指標(S)，以石門、翡翠水庫供水系統運轉模擬之架構，針對未來三個月之不同水文條件進行分析，評估等級分為無缺水、輕度缺水、中度缺水、嚴重缺水、極嚴重缺水等五等級。分析情境分別針對多目標與單目標水庫功能各別設定，分析結果可明確掌握未來水文供水狀態之發展情勢。3. 乾旱預警分析項目：乾旱預警指標(DAI)為整合水庫乾旱指標分析(現況乾旱程度)及水源情勢指標分析(未來缺水狀況)所反應之乾旱預警。本研究利用不同豐枯之水文超越機率分析各不同水文情勢下之乾旱預警等級，分析結果可適切掌握乾旱發展之潛勢，對於在枯旱缺水之期間亦可有效掌握休耕或減水策略之訊息。4. 乾旱決策分析項目：則是進一步提供決策者更明確之乾旱決策訊息，本研究基於前述模式基礎，建立期望乾旱預警指標(E[DAI])及在不確定下不同風險之乾旱預警決策程度。經由案例分析結果顯示，對於若未來水文情勢反應不一時，如未來水文情勢在Q10至Q95（豐至枯）的反應含括等級1(五個水寶寶)至等級5（一個水寶寶）等五種狀態時，則此分析可為決策者提供更進一步之風險決策。5. 為將水庫乾旱預警相關資訊建立一分析查詢系統，本計畫以伺服器基礎(web base)下之相關線上程式設計，建置「水庫供水乾旱預警決策支援系統」，目前已將完成之線上分析程式設置於測試平台http://cee.dwu.edu.tw/~hydro。其中除了包含相關水情之即時資訊之外，亦可線上分析本研究模式相關乾旱預警資訊及風險決策訊息。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960063</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603637</governmentpublicationsnumber><identifier>52083</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52083</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>強化乾旱預警與應變機制之區域乾旱預警模式建置＝Build up a Drought Early Warning System on the Region of Water Resource Supply</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在強化乾旱預警與應變機制之區域乾旱預警模式的建置，擬綜合乾旱的監測、影響、預警、應變至決策的分析，建立乾旱指標、水情情勢指標、乾旱預警指標、風險決策分析及抗旱因應對策。最後並藉由此計畫研究內容，完成網路系統建置並展示決策支援成果，供水利署與相關業務單位人員於乾旱發生前進行乾旱預警評估、用以支援救旱決策之參考，輔助各權責單位休耕、限水等決策。 本計畫完成之研究工作內容，包括：1. 乾旱現況分析項目：建立乾旱指標(D)，評估等級採用無乾旱、輕度乾旱、中度乾旱、嚴重乾旱、極嚴重乾旱五等級。在石門水庫供水系統中，研訂出採用蓄水量做為水庫乾旱評估因子，在翡翠水庫供水系統則驗證後採南勢溪河川流量及翡翠水庫蓄水量做為評估因子。經案例研究及分析後，於豐、枯期間均可合理反應現況之旱象或無乾旱之狀態。2. 未來水情分析項目：建立水源情勢評估指標(S)，以石門、翡翠水庫供水系統運轉模擬之架構，針對未來三個月之不同水文條件進行分析，評估等級分為無缺水、輕度缺水、中度缺水、嚴重缺水、極嚴重缺水等五等級。分析情境分別針對多目標與單目標水庫功能各別設定，分析結果可明確掌握未來水文供水狀態之發展情勢。3. 乾旱預警分析項目：乾旱預警指標(DAI)為整合水庫乾旱指標分析(現況乾旱程度)及水源情勢指標分析(未來缺水狀況)所反應之乾旱預警。本研究利用不同豐枯之水文超越機率分析各不同水文情勢下之乾旱預警等級，分析結果可適切掌握乾旱發展之潛勢，對於在枯旱缺水之期間亦可有效掌握休耕或減水策略之訊息。4. 乾旱決策分析項目：則是進一步提供決策者更明確之乾旱決策訊息，本研究基於前述模式基礎，建立期望乾旱預警指標(E[DAI])及在不確定下不同風險之乾旱預警決策程度。經由案例分析結果顯示，對於若未來水文情勢反應不一時，如未來水文情勢在Q10至Q95（豐至枯）的反應含括等級1(五個水寶寶)至等級5（一個水寶寶）等五種狀態時，則此分析可為決策者提供更進一步之風險決策。5. 為將水庫乾旱預警相關資訊建立一分析查詢系統，本計畫以伺服器基礎(web base)下之相關線上程式設計，建置「水庫供水乾旱預警決策支援系統」，目前已將完成之線上分析程式設置於測試平台http://cee.dwu.edu.tw/~hydro。其中除了包含相關水情之即時資訊之外，亦可線上分析本研究模式相關乾旱預警資訊及風險決策訊息。</abstract><author>台灣雨水利用協會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960063</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603637</governmentpublicationsnumber><identifier>52085</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52085</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>強化乾旱預警與應變機制之區域乾旱預警模式建置(光碟版)＝Build up a Drought Early Warning System on the Region of Water Resource Supply</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫分為三年執行。本年度首先蒐集珍珠颱風之海氣象條件、研究區域之地形水深及海堤破壞之案例。本計劃先由理論方式推求風浪由深海傳遞至近岸之波高演化行為，證實當珍珠颱風過境時，在西南海域海岸線確實發生碎波現象，其計算結果與現場實測結果頗為一致。於實驗室斷面水槽試驗，利用波壓計進行量測，並以坡度1/15、高雄港實測之有義波高及有義週期作為試驗條件，模擬颱風風浪所產生的波浪壓力，並與曾(2005)之衝量理論相互驗證，以證明曾(2005)之理論可應用於海堤破壞案例中。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960348</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603690</governmentpublicationsnumber><identifier>52086</identifier><internationalstandardbooknumber>9789860121148 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52086</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>波浪破碎之衝擊對海堤影響及海平面上昇影響之數值與實驗研究：以高雄海岸為例(1/3)  Numerical and experimental study of Kaohsiung coast as an examlple of the combined effect of breaking wave impact and sea level rise on sea walls (1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫分為三年執行。本年度首先蒐集珍珠颱風之海氣象條件、研究區域之地形水深及海堤破壞之案例。本計劃先由理論方式推求風浪由深海傳遞至近岸之波高演化行為，證實當珍珠颱風過境時，在西南海域海岸線確實發生碎波現象，其計算結果與現場實測結果頗為一致。於實驗室斷面水槽試驗，利用波壓計進行量測，並以坡度1/15、高雄港實測之有義波高及有義週期作為試驗條件，模擬颱風風浪所產生的波浪壓力，並與曾(2005)之衝量理論相互驗證，以證明曾(2005)之理論可應用於海堤破壞案例中。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960348</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603690</governmentpublicationsnumber><identifier>52087</identifier><internationalstandardbooknumber>9789860121148 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52087</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>波浪破碎之衝擊對海堤影響及海平面上昇影響之數值與實驗研究：以高雄海岸為例(1/3)－光碟版  Numerical and experimental study of Kaohsiung coast as an examlple of the combined effect of breaking wave impact and sea level rise on sea walls (1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地平原及其相鄰山區丘陵與海域之淹水─排水演算模式，以分析越域水流及暴潮對排水系統之影響，並應用於比較檢討區域排水系統之排水改善功能及尚需改善地區。經以八掌溪以南，曾文溪以北之丘陵及沿海平原潟湖為演算區域，分析將軍溪流域之淹排水現象。應用淹水─排水演算模式於民國九十四年0612豪雨、海棠颱風及泰利颱風等三場颱風豪雨暴潮之淹水模擬。模擬結果顯示計畫範圍內將軍溪流域主要淹水範圍在分布於北門鄉(三光村)、將軍鄉將軍溪兩岸(長沙村、中樞村、仁和村)、下營鄉(仁里村、西連村)及麻豆鎮(北勢里、小埤里、油車里)麻豆排水於國道1號兩側及學甲鎮南側(達明里、美豐里)等地，與勘災報告與縣府公告之淹水範圍圖比較可看出二者之主要淹水範圍尚屬一致，顯示本計畫所建立之地文性淹水─排水模式可合理模擬計畫範圍區之淹水情形。由將軍溪流域之越域水流分析結果，可看出將軍溪流域邊界有向相鄰流域之流出水流，也有自相鄰流域流入水量，流出大於流入。 　　本計畫參考水利規劃試驗所之將軍溪水治理計畫進行治理前及治理後之3場歷史颱風豪雨及12場設計豪雨淹水模擬，比較模擬結果之最大淹水深度，可看出治理後華宗橋至將軍溪出海口之下游兩側淹水現象有顯著之改善。將軍溪流域位於沿海平原，因流域內有局部低漥地區，降雨逕流不易渲洩，故改善策略應包括地表逕流之渲洩及低地積水之處理。改善排水路以提升排水能力可有效渲洩流入排水路之降雨逕流，對於局部低地積水則需考慮整合滯洪池、蓄洪池，以及抽水站配合地形改善等之綜合治水設施才能有效改善淹水現象。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960172</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603684</governmentpublicationsnumber><identifier>52088</identifier><internationalstandardbooknumber>9789860121759 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52088</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>沿海低地平原排水系統之暴潮與越域水流研究(1/2)  A study on the surge and cross-watershed runoff for the drainage system of the coastland (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地平原及其相鄰山區丘陵與海域之淹水─排水演算模式，以分析越域水流及暴潮對排水系統之影響，並應用於比較檢討區域排水系統之排水改善功能及尚需改善地區。經以八掌溪以南，曾文溪以北之丘陵及沿海平原潟湖為演算區域，分析將軍溪流域之淹排水現象。應用淹水─排水演算模式於民國九十四年0612豪雨、海棠颱風及泰利颱風等三場颱風豪雨暴潮之淹水模擬。模擬結果顯示計畫範圍內將軍溪流域主要淹水範圍在分布於北門鄉(三光村)、將軍鄉將軍溪兩岸(長沙村、中樞村、仁和村)、下營鄉(仁里村、西連村)及麻豆鎮(北勢里、小埤里、油車里)麻豆排水於國道1號兩側及學甲鎮南側(達明里、美豐里)等地，與勘災報告與縣府公告之淹水範圍圖比較可看出二者之主要淹水範圍尚屬一致，顯示本計畫所建立之地文性淹水─排水模式可合理模擬計畫範圍區之淹水情形。由將軍溪流域之越域水流分析結果，可看出將軍溪流域邊界有向相鄰流域之流出水流，也有自相鄰流域流入水量，流出大於流入。 　　本計畫參考水利規劃試驗所之將軍溪水治理計畫進行治理前及治理後之3場歷史颱風豪雨及12場設計豪雨淹水模擬，比較模擬結果之最大淹水深度，可看出治理後華宗橋至將軍溪出海口之下游兩側淹水現象有顯著之改善。將軍溪流域位於沿海平原，因流域內有局部低漥地區，降雨逕流不易渲洩，故改善策略應包括地表逕流之渲洩及低地積水之處理。改善排水路以提升排水能力可有效渲洩流入排水路之降雨逕流，對於局部低地積水則需考慮整合滯洪池、蓄洪池，以及抽水站配合地形改善等之綜合治水設施才能有效改善淹水現象。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960172</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603684</governmentpublicationsnumber><identifier>52089</identifier><internationalstandardbooknumber>9789860121759 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52089</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>沿海低地平原排水系統之暴潮與越域水流研究(1/2)－光碟版  A study on the surge and cross-watershed runoff for the drainage system of the coastland (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣每年夏季遭受颱風侵襲，不論在內陸抑或海岸地帶均常造成嚴重的生命財產損失，海岸地帶的防災預警是水利署的執掌之一，掌握現況、預測未來是從事防災、減災的重要手段。本計畫目的為推動台南高屏地區海岸災害之監測與預警系統的建立，提供協助台南高屏海岸防救災決策的參考。本年度為計畫執行第二年度，計畫執行對象為第七河川局境內之海岸地區。為達到上述目標，本計畫涵蓋了「現場監測」、「模式預測」、「歷史資料分析」與「資訊整合」四部分。現場監測部分於屏東塭豐建置一座網路海岸即時監視系統，收集長期影像記錄，並藉以瞭解離岸堤對於海岸保護的功效；另於黃金海岸增設一座海浪溯上立體影像監視系統，經造波水槽、實驗水池率定與測試，與台南黃金海岸溯升觀測系統進行驗證，觀測結果尚可接受；本計畫第一年度設置之黃金海岸水位溯升系統，於本年度五個侵台颱風期間均成功測得平均溯升水位曲線。至於模式預測部分則包含了波浪與暴潮之推算。波浪部份以 NWWIII 模式結合 SWAN 模式推估波浪 (含波揚)；天文潮及暴潮預測部分，則以大範圍三維 POM 模式與小範圍有限元素法潮流模式計算屏東地區潮位變化。利用實測資料率定模式參考並驗證數值模式之適用情形，颱風期間並透過風場的輸入，預測暴潮位與波況。結果證明模式可有效預測屏東海域之波浪及潮流分佈情形；波浪溯升方面，利用模式推算波浪在海堤上造成之溯升高度，進而迴歸溯升經驗公式以供實際應用參考；除觀測與預測的資料外，從事防災決策時，基礎水文資料與歷史災害資料是重要的參考依據，因此本計畫收集歷史資料並建立觀測資料、數值模式、海岸地文、海岸災害等四個資料庫，使水利署防災人員可以應用以進行決策判斷。本計畫整合前 (94) 年與去 (95) 年所建置的雲嘉海岸以及台南海岸的水情系統成為一套「南台灣海岸水位監測預警系統」，通過網際網路可獲得有關南台灣全區海岸的數據、影像、歷史經驗、現況與未來預測等資訊，作為水利署防災決策下達之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960045</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603620</governmentpublicationsnumber><identifier>52090</identifier><internationalstandardbooknumber>9789860121445 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52090</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台南高屏海岸災害監測預警系統建置(2/2)  Monitoring and Modeling of Sea-State for Hazard Warning System at Tainan, Kaohsiung and Pingtung Coastal Areas(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫完成基本資料蒐集，並建立GIS圖層架構，針對不同停灌休耕區域選定之空間分佈型態；初步研討可能之停灌休耕方式，以提供相關單位進行停灌休耕決策時的參考</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960131</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603707</governmentpublicationsnumber><identifier>52091</identifier><internationalstandardbooknumber>9789860121094 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52091</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣每年夏季遭受颱風侵襲，不論在內陸抑或海岸地帶均常造成嚴重 的生命財產損失，海岸地帶的防災預警是水利署的執掌之一，掌握現況、 預測未來是從事防災、減災的重要手段。本計畫目的為推動台南高屏地區 海岸災害之監測與預警系統的建立，提供協助台南高屏海岸防救災決策的 參考。本年度為計畫執行第二年度，計畫執行對象為第七河川局境內之海 岸地區。 為達到上述目標，本計畫涵蓋了「現場監測」、「模式預測」、「歷 史資料分析」與「資訊整合」四部分。現場監測部分於屏東塭豐建置一座 網路海岸即時監視系統，收集長期影像記錄，並藉以瞭解離岸堤對於海岸 保護的功效；另於黃金海岸增設一座海浪溯上立體影像監視系統，經造波 水槽、實驗水池率定與測試，與台南黃金海岸溯升觀測系統進行驗證，觀 測結果尚可接受；本計畫第一年度設置之黃金海岸水位溯升系統，於本年 度五個侵台颱風期間均成功測得平均溯升水位曲線。至於模式預測部分則 包含了波浪與暴潮之推算。波浪部份以 NWWIII 模式結合 SWAN 模式 推估波浪 (含波揚)；天文潮及暴潮預測部分，則以大範圍三維 POM 模式 與小範圍有限元素法潮流模式計算屏東地區潮位變化。利用實測資料率定 模式參考並驗證數值模式之適用情形，颱風期間並透過風場的輸入，預測 暴潮位與波況。結果證明模式可有效預測屏東海域之波浪及潮流分佈情 形；波浪溯升方面，利用模式推算波浪在海堤上造成之溯升高度，進而迴 歸溯升經驗公式以供實際應用參考；除觀測與預測的資料外，從事防災決 策時，基礎水文資料與歷史災害資料是重要的參考依據，因此本計畫收集 歷史資料並建立觀測資料、數值模式、海岸地文、海岸災害等四個資料庫， 使水利署防災人員可以應用以進行決策判斷。 本計畫整合前 (94) 年與去 (95) 年所建置的雲嘉海岸以及台南海岸 的水情系統成為一套「南台灣海岸水位監測預警系統」，通過網際網路可 獲得有關南台灣全區海岸的數據、影像、歷史經驗、現況與未來預測等資 訊，作為水利署防災決策下達之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960045</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603620</governmentpublicationsnumber><identifier>52092</identifier><internationalstandardbooknumber>9789860121445 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52092</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台南高屏海岸災害監測預警系統建置(2/2)－光碟版  Monitoring and Modeling of Sea-State for Hazard Warning System at Tainan, Kaohsiung and Pingtung Coastal Areas(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫擬以本所於民國94年完成之河川流域整體規劃地文與水文資訊查詢系統為基礎，應用民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960231</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009603879</governmentpublicationsnumber><identifier>52094</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52094</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(2/3)=Development of integrated basin management and inundation information system (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫擬以本所於民國94年完成之河川流域整體規劃地文與水文資訊查詢系統為基礎，應用民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960231</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603879</governmentpublicationsnumber><identifier>52095</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52095</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(2/3)--光碟版=Development of integrated basin management and inundation information system (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>以石門水庫為目標，考量人員安全、儀器安全、水體泥砂分布狀態及電力供應等因素，大壩及排洪隧道上游側規劃為陣列支架式系統，庫區規劃為錨定陣列式系統，石門電廠、羅浮及後池堰規劃為抽取式系統。完成一套浸入式系統及兩套抽取式系統製作，並順利完成技術移轉教育訓練課程及石水庫現場操作。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960191</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603912</governmentpublicationsnumber><identifier>52096</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52096</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(2/2)＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>以石門水庫為目標，考量人員安全、儀器安全、水體泥砂分布狀態及電力供應等因素，大壩及排洪隧道上游側規劃為陣列支架式系統，庫區規劃為錨定陣列式系統，石門電廠、羅浮及後池堰規劃為抽取式系統。完成一套浸入式系統及兩套抽取式系統製作，並順利完成技術移轉教育訓練課程及石水庫現場操作。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960191</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603912</governmentpublicationsnumber><identifier>52097</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52097</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(2/2)－光碟版＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本署及所屬機關之委辦計畫、作業基金、工程管理、資訊服務等項目繁多，目前僅署內之委辦計畫管理系統以署內之控管人員角度提供綜合企劃組進行計畫管控作業；然而，署內各組室及所屬機關之委辦、自辦及其他案件，迄今尚未全部予以電腦化管理，各業務單位無法完全掌握機關內部之整體經費執行及運用狀況；再者，因應署內多項計畫管控系統，承辦人員常需重覆填報多個子系統；因此，亟需協助業務單位建置一套登錄平台，將署內現有各業務系統所需登錄之資訊予以整合至此一平台，透過資料傳輸機制分別傳輸各項資訊至所需之業務系統，以減少承辦人員重覆登錄作業，提高行政作業效率，達成e化政府資料交換目的，提高行政作業效率。</abstract><author>巨鷗科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960347</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603830</governmentpublicationsnumber><identifier>52098</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52098</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>96</publishrocyear><title>專案管理系統建置計畫＝Projects management system</title><yearidentifier>200712</yearidentifier></data><data><abstract>本署及所屬機關之委辦計畫、作業基金、工程管理、資訊服務等項目繁多，目前僅署內之委辦計畫管理系統以署內之控管人員角度提供綜合企劃組進行計畫管控作業；然而，署內各組室及所屬機關之委辦、自辦及其他案件，迄今尚未全部予以電腦化管理，各業務單位無法完全掌握機關內部之整體經費執行及運用狀況；再者，因應署內多項計畫管控系統，承辦人員常需重覆填報多個子系統；因此，亟需協助業務單位建置一套登錄平台，將署內現有各業務系統所需登錄之資訊予以整合至此一平台，透過資料傳輸機制分別傳輸各項資訊至所需之業務系統，以減少承辦人員重覆登錄作業，提高行政作業效率，達成e化政府資料交換目的，提高行政作業效率。</abstract><author>巨鷗科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603830</governmentpublicationsnumber><identifier>52099</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52099</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>96</publishrocyear><title>專案管理系統建置計畫(光碟版) ＝Projects management system</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對大台中地區包括大甲溪和大安溪流域，建立涵蓋技術面、經濟財務面與環境面之整合性區域水資源策略分析平台。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960142</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603741</governmentpublicationsnumber><identifier>52100</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52100</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>區域水資源永續利用之策略模擬與分析(3)總報告－內附光碟＝Evaluating strategies for the sustainable development of regional water resources(3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對大台中地區包括大甲溪和大安溪流域，建立涵蓋技術面、經濟財務面與環境面之整合性區域水資源策略分析平台。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960142</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603730</governmentpublicationsnumber><identifier>52101</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52101</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>區域水資源永續利用之策略模擬與分析(3)＝Evaluating strategies for the sustainable development of regional water resources(3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度為計畫執行的第二年，工作項目包括：(1)二維與三維水流模式之檢定驗證券市(2)不同生物通道設計方案水理模擬分析 (3)虛擬實境系統建置與水理模擬之整合(4)檢討模擬與分析結果 (5)既有魚道及新設魚道水理模擬檢討與評估改善建議方案(6)教育訓練及技術轉移</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960226</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/9</date><governmentpublicationsnumber>1009603877</governmentpublicationsnumber><identifier>52102</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(2/2)(光碟版)＝The  numerical simulations and virtual reality display system establishment for flow field in the stream corridors(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度為計畫執行的第二年，工作項目包括：(1)二維與三維水流模式之檢定驗證券市(2)不同生物通道設計方案水理模擬分析 (3)虛擬實境系統建置與水理模擬之整合(4)檢討模擬與分析結果 (5)既有魚道及新設魚道水理模擬檢討與評估改善建議方案(6)教育訓練及技術轉移</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960226</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009603877</governmentpublicationsnumber><identifier>52103</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52103</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(2/2)=The numerical simulations and virtual reality display system establishment for flow field in the stream corridors (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究區（新店溪青潭水質水量保護區）是大台北地區重要且主要之自來水來源，並位於大台北都會區近郊，故成為假日休閒旅遊的好去處，因此存在土地開發之潛能，造成管理單位之壓力。經濟部水利署臺北水源特定區管理局（以下簡稱臺北水源局），除積極進行違規查處計畫，亦積極思考如何藉由教育宣導，將民眾的無形力量導入，促進水資源之永續經營，乃為一重要之議題。 國內、外行之多年的經驗可了解到，大眾教育的實踐是水資源永續之關鍵元素。過去國人對於水資源保育觀念呈現懵懂狀態，使得保育工作在推行上困難重重。故本計畫藉由文宣製作、交流活動辦理進而建立管理單位與集水區居民良好互信之溝通平台。 本計劃以藉由平面傳媒宣導擴大正向宣導之廣度及深度。並利用活動舉辦之規劃、課程研討等內容，以結合4鄉1市居民及民間保育團體共同維護新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續保育水質水量目的。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960361</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009604255</governmentpublicationsnumber><identifier>52104</identifier><internationalstandardbooknumber>9789860126761 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52104</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭水質水量保護區促進水源保育宣導計畫 Promoting Conservation of Water Resource Program for the Ching-Tan Water Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究區（新店溪青潭水質水量保護區）是大台北地區重要且主要之自來水來源，並位於大台北都會區近郊，故成為假日休閒旅遊的好去處，因此存在土地開發之潛能，造成管理單位之壓力。經濟部水利署臺北水源特定區管理局（以下簡稱臺北水源局），除積極進行違規查處計畫，亦積極思考如何藉由教育宣導，將民眾的無形力量導入，促進水資源之永續經營，乃為一重要之議題。國內、外行之多年的經驗可了解到，大眾教育的實踐是水資源永續之關鍵元素。過去國人對於水資源保育觀念呈現懵懂狀態，使得保育工作在推行上困難重重。故本計畫藉由文宣製作、交流活動辦理進而建立管理單位與集水區居民良好互信之溝通平台。本計劃以藉由平面傳媒宣導擴大正向宣導之廣度及深度。並利用活動舉辦之規劃、課程研討等內容，以結合4鄉1市居民及民間保育團體共同維護新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續保育水質水量目的。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960361</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009604255</governmentpublicationsnumber><identifier>52105</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52105</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭水質水量保護區促進水源保育宣導計畫(光碟版)＝Promoting Conservation of  Water Resource Program for the Ching-Tan Water Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川生態廊道泛指沿河川兩側濱水區，因沿河川流向而形成ㄧ狹長的廊道型區域，具有穩定水文循環、避免外來因素直接汙染水質以及維護生態平衡的緩衝功用，所以又稱為緩衝區。以往河川生態模式或工法大多考慮河川之生態基流量、棲地面積等因素作為設計或評估之準則。為維持水質之良好，以營養鹽傳輸及生態上的考量，則更須考慮緩衝區植物生長依季節、種類、溫度等因素作較精確之模擬，因此欲以數值模式對緩衝區進行功能評估與分析時，其模式必須同時結合：水文模式、泥砂傳輸與營養鹽傳輸的水質模式以及植物生長模式。 為能同時考慮緩衝區的水文、水質以及植物生態系統相互聯動影響，本計畫以美國農業部(United States Department of Agriculture，簡稱USDA)所發展的「濱水生態系統管理模式(Riparian Ecosystem Management Model，簡稱REMM)」，結合模擬緩衝區上面高地(upland)的GLEAMS模式以及CLIGEN氣候模式，選定闊瀨與逮魚堀溪兩處示範區，建立緩衝區上面高地的茶園現地參數，配合現地狀況，針對緩衝區寬度以及植物配置，探討硝酸鹽氮(NO3-N)與磷酸鹽(PO4-P)的負荷量削減情況。模擬結果顯示，當緩衝區寬度增加為27公尺，兩種營養鹽的負荷量削減率可達到35%以上，若以現地濱水區寬度12公尺配置不同的植物，則視上面高地茶園的面積不同，硝酸鹽氮(NO3-N)削減率約為20~24.5%，磷酸鹽(PO4-P)的負荷量削減率約為14~27%。 本計畫依示範區之模擬結果建立相關原則，提供國內規劃設計河川濱水緩衝區之參考，以利達到穩定水文情形、淨化水質以及生態保育之效用。</abstract><author>台灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960175</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009604092</governmentpublicationsnumber><identifier>52106</identifier><internationalstandardbooknumber>9789860124934 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52106</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>河川生態廊道水質與生態模式之功能評估與分析 Evaluation Of Ecological Processes And Water Quality In Riparian Buffer System</title><yearidentifier>200712</yearidentifier></data><data><abstract>台北水源特定區為大台北地區最主要自來水水源來源，其集水區範圍則涵蓋新店溪青潭堰上游，包括青潭堰取水口上溯新店溪及南、北勢溪主流，面積廣達717平方公里，區域範圍十分遼闊，因此本計畫透過一套完善的監測機制，以客觀、有效的方法，掌握水源區域內植被、地形、地貌、土地利用及變遷的狀況或協助災後影像的判釋工作。</abstract><author>坡地環境基金會、陳美心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009603883</governmentpublicationsnumber><identifier>52107</identifier><internationalstandardbooknumber>9789860122367 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52107</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭堰上游管理業務支援計畫--環境變遷分析 The Business Support for Upper Stream Management of Hsin-Dian River--Environmental Change Analysis</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川生態廊道泛指沿河川兩側濱水區，因沿河川流向而形成ㄧ狹長的廊道型區域，具有穩定水文循環、避免外來因素直接汙染水質以及維護生態平衡的緩衝功用，所以又稱為緩衝區。以往河川生態模式或工法大多考慮河川之生態基流量、棲地面積等因素作為設計或評估之準則。為維持水質之良好，以營養鹽傳輸及生態上的考量，則更須考慮緩衝區植物生長依季節、種類、溫度等因素作較精確之模擬，因此欲以數值模式對緩衝區進行功能評估與分析時，其模式必須同時結合：水文模式、泥砂傳輸與營養鹽傳輸的水質模式以及植物生長模式。 為能同時考慮緩衝區的水文、水質以及植物生態系統相互聯動影響，本計畫以美國農業部(United States Department of Agriculture，簡稱USDA)所發展的「濱水生態系統管理模式(Riparian Ecosystem Management Model，簡稱REMM)」，結合模擬緩衝區上面高地(upland)的GLEAMS模式以及CLIGEN氣候模式，選定闊瀨與逮魚堀溪兩處示範區，建立緩衝區上面高地的茶園現地參數，配合現地狀況，針對緩衝區寬度以及植物配置，探討硝酸鹽氮(NO3-N)與磷酸鹽(PO4-P)的負荷量削減情況。模擬結果顯示，當緩衝區寬度增加為27公尺，兩種營養鹽的負荷量削減率可達到35%以上，若以現地濱水區寬度12公尺配置不同的植物，則視上面高地茶園的面積不同，硝酸鹽氮(NO3-N)削減率約為20~24.5%，磷酸鹽(PO4-P)的負荷量削減率約為14~27%。 本計畫依示範區之模擬結果建立相關原則，提供國內規劃設計河川濱水緩衝區之參考，以利達到穩定水文情形、淨化水質以及生態保育之效用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960175</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009604092</governmentpublicationsnumber><identifier>52110</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52110</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>河川生態廊道水質與生態模式之功能評估與分析 (光碟版) ＝Evaluation Of Ecological Processes And Water Quality In Riparian Buffer System</title><yearidentifier>200712</yearidentifier></data><data><abstract>台北水源特定區為大台北地區最主要自來水水源來源，其集水區範圍則涵蓋新店溪青潭堰上游，包括青潭堰取水口上溯新店溪及南、北勢溪主流，面積廣達717平方公里，區域範圍十分遼闊，因此本計畫透過一套完善的監測機制，以客觀、有效的方法，掌握水源區域內植被、地形、地貌、土地利用及變遷的狀況或協助災後影像的判釋工作。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/10</date><governmentpublicationsnumber>1009603883</governmentpublicationsnumber><identifier>52112</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52112</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭堰上游管理業務支援計畫--環境變遷分析(光碟版)＝The Business Support for Upper Stream Management of Hsin-Dian River--Environmental Change Analysis</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由水資源永續利用現況及氣候變遷衝評估，瞭解建立因應之調適能力的重要性，後續將考量國內現有規劃策略，並且以水資源經理策略與計畫方案作為未來可能之調適策略選擇，使決策者瞭解在不同調適策略下，水資源永續利用的情形，而作出最佳之水資源規劃決策</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960132</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603461</governmentpublicationsnumber><identifier>52123</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52123</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力(1/2)＝Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構與作業流程等進行修正，提升現有之成本效分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960288</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603710</governmentpublicationsnumber><identifier>52125</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52125</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>防洪工程經濟效益評估之檢討修正(1/3)--光碟版=A Study on Review and Revision of Economic Evaluation of Flood-Control Projects (1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的乃是藉由高含砂水流之特性分析、數值模擬及模型試驗對現象之瞭解後，以檢討高含砂水流河川之整治規劃條件。96年度主要工作重點為藉由物理實驗得到可供模式使用的流變關係(東埔蚋溪)，並完成模式測試進行整治規劃與設計條件擬定及實例應用。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960239</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603918</governmentpublicationsnumber><identifier>52128</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52128</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(2/3)(光碟版)＝Development and application of computation model and regulation planning rules for hyperconcentrated flow(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立台灣地區屬於中央管、直轄市管、縣市管區域排水之基本資料查詢系統，以及釐定排水分類原則與方法，除可供做國土資訊系統之基本資料外，也可供做相關水利工程施工規劃及設計、地盤下陷研究、國土開發利用及後續相關單位釐定排水改善及維護管理時引用或查詢參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960192</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009604041</governmentpublicationsnumber><identifier>52130</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52130</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置(第二年)-高雄縣、屏東縣、台東縣、花蓮縣附冊(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立台灣地區屬於中央管、直轄市管、縣市管區域排水之基本資料查詢系統，以及釐定排水分類原則與方法，除可供做國土資訊系統之基本資料外，也可供做相關水利工程施工規劃及設計、地盤下陷研究、國土開發利用及後續相關單位釐定排水改善及維護管理時引用或查詢參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960192</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009604040</governmentpublicationsnumber><identifier>52131</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52131</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置(第二年)-高雄縣、屏東縣、台東縣、花蓮縣(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>52133</identifier><internationalstandardbooknumber>9789860117011 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52133</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)(光碟版）First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603343</governmentpublicationsnumber><identifier>52134</identifier><internationalstandardbooknumber>9789860117073 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52134</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(下冊)(光碟版）Technical Guidelines of Hydraulic Engineering－River Regulation (DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/14</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>52135</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52135</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(上冊)(光碟版）Technical Guidelines of Hydraulic Engineering－River Regulation (DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量澎湖、馬祖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係2年報告。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603463</governmentpublicationsnumber><identifier>52140</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>澎湖與馬祖地區地下水資源調查規劃(2)(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量澎湖、馬祖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係2年報告。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603463</governmentpublicationsnumber><identifier>52141</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52141</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>澎湖與馬祖地區地下水資源調查規劃(2)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量澎湖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係為總報告</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603465</governmentpublicationsnumber><identifier>52142</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52142</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>澎湖地區地下水資源調查規劃總報告(民國95-96年)(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量澎湖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係為總報告</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603465</governmentpublicationsnumber><identifier>52143</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52143</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>澎湖地區地下水資源調查規劃總報告(民國95-96年)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量馬祖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係為總報告</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603464</governmentpublicationsnumber><identifier>52144</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52144</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>馬祖地區地下水資源調查規劃總報告(民國95-96年)</title><yearidentifier>200712</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區相當重要的自來水水源，過去二十年來為因應水源保護政策，避免特定區之水源水質、水量受到自然及人為破壞而日趨惡劣，對於區域內各項開發行為及土地利用皆訂有嚴格之規範，以維護區域環境及生態。如何在地方發展及水源保護政策(防制各類違規行為，維護特定區水源水質、水量及生態多樣性)間取得平衡，以達多元發展與雙贏境界，建置一套生態環境調查及管理與水土資源利用之整合性系統實有其必要性。</abstract><author>財團法人農業工程研究中心、簡傳彬</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960178</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603949</governmentpublicationsnumber><identifier>52145</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52145</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>環境生態管理及整合性利用之研究〈臺北水源特定區為例〉〈3/3〉Study on the Management and Integral Utilization for Environmental Ecology (A Case Study for the Taipei Water Resource Special District)(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>考量馬祖地區各鄉或各島際之間交通不便，水利署水利規劃試驗所分2年委託專業服務公司執行，本報告係為總報告</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603464</governmentpublicationsnumber><identifier>52146</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52146</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>馬祖地區地下水資源調查規劃總報告(民國95-96年)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區相當重要的自來水水源，過去二十年來為因應水源保護政策，避免特定區之水源水質、水量受到自然及人為破壞而日趨惡劣，對於區域內各項開發行為及土地利用皆訂有嚴格之規範，以維護區域環境及生態。如何在地方發展及水源保護政策(防制各類違規行為，維護特定區水源水質、水量及生態多樣性)間取得平衡，以達多元發展與雙贏境界，建置一套生態環境調查及管理與水土資源利用之整合性系統實有其必要性。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960178</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603949</governmentpublicationsnumber><identifier>52147</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52147</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>環境生態管理及整合性利用之研究〈臺北水源特定區為例〉〈3/3〉(光碟版) Study on the Management and Integral Utilization for Environmental Ecology (A Case Study for the Taipei Water Resource Special District)(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>52148</identifier><internationalstandardbooknumber>9789860117011 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52148</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)  First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>52149</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(上冊)  Technical Guidelines of Hydraulic Engineering－River Regulation(DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603343</governmentpublicationsnumber><identifier>52150</identifier><internationalstandardbooknumber>9789860117073 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52150</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(下冊)=Technical Guidelines of Hydraulic Engineering－River Regulation (DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立台灣地區屬於中央管、直轄市管、縣市管區域排水之基本資料查詢系統，以及釐定排水分類原則與方法，除可供做國土資訊系統之基本資料外，也可供做相關水利工程施工規劃及設計、地盤下陷研究、國土開發利用及後續相關單位釐定排水改善及維護管理時引用或查詢參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960192</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009604040</governmentpublicationsnumber><identifier>52152</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52152</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置(第二年)-高雄縣、屏東縣、台東縣、花蓮縣(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立台灣地區屬於中央管、直轄市管、縣市管區域排水之基本資料查詢系統，以及釐定排水分類原則與方法，除可供做國土資訊系統之基本資料外，也可供做相關水利工程施工規劃及設計、地盤下陷研究、國土開發利用及後續相關單位釐定排水改善及維護管理時引用或查詢參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960192</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009604041</governmentpublicationsnumber><identifier>52153</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52153</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置(第二年)-高雄縣、屏東縣、台東縣、花蓮縣附冊(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>分析蘭陽地區地面及地下水的特性與利用現況，以建置地面與地下水聯合運用之數值模式，藉此提出本地區地面與地下水聯合運用具體策略及方案</abstract><author>中興工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/15</date><governmentpublicationsnumber>1009603609</governmentpublicationsnumber><identifier>52154</identifier><internationalstandardbooknumber>9789860119916 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>蘭陽地區地面地下水聯合運用規劃(內附光碟) Conjunctive Utilization of Surface Water with Ground Water for Lan-Yang  Area</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」成果、95年度「卑南溪水系河道大斷面測量計畫」成果、95年度「卑南溪水系河道大斷面測量計畫」之成果及96年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（1/2）」進行97年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（2/2）」河川水理演算，並配合既設防洪構造物現狀調查結果，檢討斷面6～斷面96，共58段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自卑南溪河口臺東大橋到上游池上大橋共埋設9支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。經現地調查結果與原設計圖說（CAD圖）顯示比較護坡正常基腳沒有裸露現象，部份護腳工處消波塊有沖刷、傾斜情形，約略分布於水理2維計算中流速較大的地方且與力學初步推估吻合（力學推估上因資料不足上多數參數均為預估值及平均值，其準確性尚須確認，建議作為參考依據。）；多數斷面之保護工消波塊有傾斜情形，然尚不至於危及堤防本身，可見保護工仍具相當的保護功能。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻三年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。96?八月?續三個颱風(帕布、梧提、聖帕)後進行柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫95年已完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。</abstract><author>聯聖工程顧問股份有限公司</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-96-水八規-01</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603751</governmentpublicationsnumber><identifier>52155</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52155</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫(2/2)＝The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」成果、95年度「卑南溪水系河道大斷面測量計畫」成果、95年度「卑南溪水系河道大斷面測量計畫」之成果及96年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（1/2）」進行97年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（2/2）」河川水理演算，並配合既設防洪構造物現狀調查結果，檢討斷面6～斷面96，共58段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自卑南溪河口臺東大橋到上游池上大橋共埋設9支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。經現地調查結果與原設計圖說（CAD圖）顯示比較護坡正常基腳沒有裸露現象，部份護腳工處消波塊有沖刷、傾斜情形，約略分布於水理2維計算中流速較大的地方且與力學初步推估吻合（力學推估上因資料不足上多數參數均為預估值及平均值，其準確性尚須確認，建議作為參考依據。）；多數斷面之保護工消波塊有傾斜情形，然尚不至於危及堤防本身，可見保護工仍具相當的保護功能。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻三年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。96?八月?續三個颱風(帕布、梧提、聖帕)後進行柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫95年已完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。</abstract><author>聯聖工程顧問公司</author><categoryidentifier>443.6   443.689740</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-96-水八規-01</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603751</governmentpublicationsnumber><identifier>52156</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52156</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫(2/2)--光碟版＝The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>員山子分洪隧道為基隆河整治重要工程之一，其可有效降低瑞芳以下河段水位，對於洪水防治有顯著的成效。然而颱洪期間洪水所夾帶泥砂含量，恐影響員山子分洪道出口海岸地區之水質及泥沙淤積。對其可能衍生之長期效應宜有定期之監測，以提供基隆河上游集水區及分洪設施管理之參考。此外，暴雨期間分洪道之泥沙來自上游集水區，欲評估分洪水量對分洪隧道出口沿岸地區泥沙淤積之影響，必須對上游集水區之土地利用/地表覆蓋狀況有全面之瞭解。有鑑於上游集水區及分洪隧道出口海岸地區範圍甚廣，不易進行密集之水質採樣或土地利用/地表覆蓋調查，故本計畫應用多光譜衛星遙測技術配合現地調查，對上游集水區之土地利用/地表覆蓋狀況及海岸地區之水質進行廣域且經常性之監測。</abstract><author>國立台灣大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960051</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009604215</governmentpublicationsnumber><identifier>52157</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52157</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>衛星遙測應用於員山子分洪隧道出口水質監測(2/2)＝Application of Remote Sensing to Water Quality Monitoring at the Outlet of Yuan-Shan-Tsu Diversion Tunnel (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>員山子分洪隧道為基隆河整治重要工程之一，其可有效降低瑞芳以下河段水位，對於洪水防治有顯著的成效。然而颱洪期間洪水所夾帶泥砂含量，恐影響員山子分洪道出口海岸地區之水質及泥沙淤積。對其可能衍生之長期效應宜有定期之監測，以提供基隆河上游集水區及分洪設施管理之參考。此外，暴雨期間分洪道之泥沙來自上游集水區，欲評估分洪水量對分洪隧道出口沿岸地區泥沙淤積之影響，必須對上游集水區之土地利用/地表覆蓋狀況有全面之瞭解。有鑑於上游集水區及分洪隧道出口海岸地區範圍甚廣，不易進行密集之水質採樣或土地利用/地表覆蓋調查，故本計畫應用多光譜衛星遙測技術配合現地調查，對上游集水區之土地利用/地表覆蓋狀況及海岸地區之水質進行廣域且經常性之監測。</abstract><author>國立台灣大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960051</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009604215</governmentpublicationsnumber><identifier>52158</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52158</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>衛星遙測應用於員山子分洪隧道出口水質監測(2/2)－光碟版＝Application of Remote Sensing to Water Quality Monitoring at the Outlet of Yuan-Shan-Tsu Diversion Tunnel (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>52160</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52160</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利第17期(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>降低蓄水庫設施失敗之風險，以確保人民生命財產之安全，為蓄水庫安全管理之主要目標。為達此目的，在公共工程預算經費有限下，水庫之維護管理除賴各既有設施之檢測、監測、安全評估與補強維護等工作外，其中安全評估工作應考慮風險因素，即考慮設施所能容忍之最大破壞機率與後續造成之危害程度，將預算經費做最有效益之運用，以符合經濟有效之原則。基於上述因素考量及借鏡目前先進國家之經驗，本計畫旨在建立一套符合國內既有環境之蓄水庫風險管理制度及其執行方法，以應蓄水庫安全管理工作迫切之需求，且符合未來工程發展之趨勢。</abstract><author>中興工程顧問社</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960056</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603838</governmentpublicationsnumber><identifier>52163</identifier><internationalstandardbooknumber>9789860121766 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52163</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫安全風險管理之研究成果報告(1/2) A Study on the Dam Safety Risk Management (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>降低蓄水庫設施失敗之風險，以確保人民生命財產之安全，為蓄水庫安全管理之主要目標。為達此目的，在公共工程預算經費有限下，水庫之維護管理除賴各既有設施之檢測、監測、安全評估與補強維護等工作外，其中安全評估工作應考慮風險因素，即考慮設施所能容忍之最大破壞機率與後續造成之危害程度，將預算經費做最有效益之運用，以符合經濟有效之原則。基於上述因素考量及借鏡目前先進國家之經驗，本計畫旨在建立一套符合國內既有環境之蓄水庫風險管理制度及其執行方法，以應蓄水庫安全管理工作迫切之需求，且符合未來工程發展之趨勢。</abstract><author>中興工程顧問社</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960056</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603838</governmentpublicationsnumber><identifier>52164</identifier><internationalstandardbooknumber>9789860121766 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52164</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫安全風險管理之研究成果報告(1/2)－光碟版 A Study on the Dam Safety Risk Management (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蓄水庫中實測資料之蒐集、整理、分析、與詮釋對蓄水庫安全評估理應扮演非常重要之角色，檢測與診斷工作對蓄水庫安全評估更具有高度重要性。近年多種非破壞檢測現地試驗技術日新月異、電腦輔助分析技術長遠進步、以及數值模擬分析技術日益精進，對蓄水庫安全評估皆可扮演高度功能性、客觀性、與實用性之價值與角色。本計畫之辦理目標即在推動蓄水庫壩體監/檢測、安診、與判釋之技術研發，進而提昇與推廣蓄水庫監、檢測技術水準。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960015</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603498</governmentpublicationsnumber><identifier>52165</identifier><internationalstandardbooknumber>9789860118322 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52165</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(2/3) Development  of monitoring, non-destructive testing, and diagnosis techniques for dam safety (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960234</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603516</governmentpublicationsnumber><identifier>52166</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52166</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>集水區洪水出流管制之評析及初步規劃(2/2)--光碟版＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蓄水庫中實測資料之蒐集、整理、分析、與詮釋對蓄水庫安全評估理應扮演非常重要之角色，檢測與診斷工作對蓄水庫安全評估更具有高度重要性。近年多種非破壞檢測現地試驗技術日新月異、電腦輔助分析技術長遠進步、以及數值模擬分析技術日益精進，對蓄水庫安全評估皆可扮演高度功能性、客觀性、與實用性之價值與角色。本計畫之辦理目標即在推動蓄水庫壩體監/檢測、安診、與判釋之技術研發，進而提昇與推廣蓄水庫監、檢測技術水準。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960015</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603498</governmentpublicationsnumber><identifier>52167</identifier><internationalstandardbooknumber>9789860118322 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52167</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(2/3)－光碟版 Development  of monitoring, non-destructive testing, and diagnosis techniques for dam safety (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950122</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009700021</governmentpublicationsnumber><identifier>52168</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52168</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>衛星遙測於河川區域監測管理之應用：以大甲溪、烏溪、北港溪及二仁溪為例(光碟版)＝Applications of satellite remote sensing images on river monitoring and managing：examles of TaChia River, Wu River, PeiKang River and ErhJen River</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之地震危害度分析繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603361</governmentpublicationsnumber><identifier>52169</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52169</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃 (6) 五、綜合專題－地震危害度分析(光碟版)＝Feasibility Study of Shi-Wen Reservoir (6)：Seismic Hazard Analysis</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之地震危害度分析繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>成功大學衛星資訊研究中心</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009603361</governmentpublicationsnumber><identifier>52170</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52170</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃 (6) 五、綜合專題－地震危害度分析＝Feasibility Study of Shi-Wen Reservoir (6)：Seismic Hazard Analysis</title><yearidentifier>200712</yearidentifier></data><data><abstract>日本河川治理知識管理合作計畫九十六年度期末報告</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960147</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009604200</governmentpublicationsnumber><identifier>52171</identifier><internationalstandardbooknumber>9789860126358 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52171</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>日本河川治理知識管理合作計畫(光碟版)  Cooperation of Technology Information Management for River Controlling Development between Taiwan and Japan 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對本局所轄範圍水位站，測量河川之斷面、水位、流速、流量等水文資訊並繪製水位-流量率定曲線。</abstract><author>台能系統股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950129</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009604158</governmentpublicationsnumber><identifier>52172</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52172</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中水局轄區測站流量測定成果報告(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>要： 摘 要本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」成果、95年度「卑南溪水系河道大斷面測量計畫」成果、95年度「卑南溪水系河道大斷面測量計畫」之成果及96年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（1/2）」進行97年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（2/2）」河川水理演算，並配合既設防洪構造物現狀調查結果，檢討斷面6～斷面96，共58段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自卑南溪河口臺東大橋到上游池上大橋共埋設9支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。經現地調查結果與原設計圖說（CAD圖）顯示比較護坡正常基腳沒有裸露現象，部份護腳工處消波塊有沖刷、傾斜情形，約略分布於水理2維計算中流速較大的地方且與力學初步推估吻合（力學推估上因資料不足上多數參數均為預估值及平均值，其準確性尚須確認，建議作為參考依據。）；多數斷面之保護工消波塊有傾斜情形，然尚不至於危及堤防本身，可見保護工仍具相當的保護功能。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻三年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。96?八月?續三個颱風(帕布、梧提、聖帕)後進行柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫95年已完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 關鍵字︰河川治理、河川防護、安全評估、改善對策、生態工法、沖刷磚、大斷面測量、根系發展</abstract><author>聯聖工程顧問公司</author><categoryidentifier>443.689740   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-96-水八規</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009601114</governmentpublicationsnumber><identifier>52173</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52173</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈2/2〉〈光碟版〉The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>日本河川治理知識管理合作計畫九十六年度期末報告</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960147</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/16</date><governmentpublicationsnumber>1009604200</governmentpublicationsnumber><identifier>52174</identifier><internationalstandardbooknumber>9789860126358 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52174</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>日本河川治理知識管理合作計畫  Cooperation of Technology Information Management for River Controlling Development between Taiwan and Japan 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫目的為進行台中市褔田水資源回收中心之放流水水質現況、放流水再生模廠之規劃研究、潛在用戶端使用需求以及二元供水系統等調查，並協助規劃有關再生水之教育宣導資料、網站建置，以及健康風險的使用情境設定等資料，以作為未來推動廢污水再生整體規劃之參考。</abstract><author>中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603466</governmentpublicationsnumber><identifier>52175</identifier><internationalstandardbooknumber>9789860118056 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52175</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>廢污水再生利用技術研究－台中市福田水資源回收中心再生水試用計畫(1/2)－內附光碟 The Testing Project of Reclaimed Water of Futian Water Resource Resysling Center in Taichung City (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960230</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603324</governmentpublicationsnumber><identifier>52176</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52176</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究(2/2)--光碟版＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960327</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603322</governmentpublicationsnumber><identifier>52177</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52177</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>鱉溪河川生態調查及復育規劃(2/2)＝The investigation of the ecological environment and the rehabilitation planning of the Bie River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960327</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603322</governmentpublicationsnumber><identifier>52178</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52178</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>鱉溪河川生態調查及復育規劃(2/2)--光碟版＝The investigation of the ecological environment and the rehabilitation planning of the Bie River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫(研訂水井封填技術規範及行政管理)主要目的為蒐集及分析國內外水井(含溫泉井) 相關封井法規，回顧國內外水井(含溫泉井)封填及廢棄相關文獻，並參考國內外水井(含溫泉井)相關封井工法後，建置符合台灣地區水文地質特性之封井技術規範(草案)及行政管理作業要點(草案)，並配合「國土復育方案暨行動計畫」之策略，落實水井及溫泉井之封填行政管理，以確保地下水資源之保育與永續利用。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950436</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009604127</governmentpublicationsnumber><identifier>52179</identifier><internationalstandardbooknumber>9789860124255 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52179</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>研訂水井封填技術規範及行政管理成果報告  Preliminary Study of Well-Plugging Technical Regulations and Administrative Management for Decommissioning Wells</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源國際技術合作與交流計畫</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960144</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009604083</governmentpublicationsnumber><identifier>52180</identifier><internationalstandardbooknumber>9789860123722 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52180</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源國際技術合作與交流計畫 International Cooperation and Exchange Program of Water Resource Technology</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水庫下游河道治理規劃繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603353</governmentpublicationsnumber><identifier>52181</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52181</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)四、關聯計畫－率芒溪(士文水庫下游河道)治理規劃(光碟版)＝Feasibility Study of Shi-Wen Reservoir(6) Improvement Planning of Reservoir Downstream</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水庫下游河道治理規劃繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603354</governmentpublicationsnumber><identifier>52182</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52182</librarycollectiondetailsurl><price>670</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五、 綜合專題－集水區保育規劃(光碟版)＝Feasibility Study of Shi-Wen Reservoir(6) －Planning of the Watershed Conservation</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>514.2757</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>2004100013</governmentpublicationsnumber><identifier>52185</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52185</librarycollectiondetailsurl><price>316</price><publisher>彰化縣政府</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年 彰化縣統計要覽 第五十六期(內附光碟)</title><yearidentifier>200710</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水力排砂之可行性評估(永續水庫觀念)繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/17</date><governmentpublicationsnumber>1009603355</governmentpublicationsnumber><identifier>52186</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52186</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五、 綜合專題－水力排砂之可行性評估(永續水庫觀念)(光碟版)＝Feasibility Study of Shi-Wen Reservoir(6)：Hydraulic Desiliting Feasibility Evaluation (Sustainable Reservoir Concept)</title><yearidentifier>200712</yearidentifier></data><data><abstract>坪林地方產業結構以農林為主，其次為商業及服務業，交通除北宜高外，尚有臺9省道、106乙縣道和北42等數條聯外道路可通達，故杜絕水源水質保護區之污染，應從管理面執行水源水質保護及獎勵措施予以落實。有鑑於此，本研究計畫以「零污染社區」為規劃方向，提出適當水資源應用產業及零污染規劃社區地點並透過問卷及深入訪談了解居民的需求，提出具體之初步規劃建議，以兼顧產業、教育、民生發展，並對水源區之影響到達最小，且能有限度開放使得當地適度發展。</abstract><author>台灣大學及嚴慶齡工業發展基金會合設工業研究中心、於幼華</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960034</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009604209</governmentpublicationsnumber><identifier>52188</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52188</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>坪林地區發展零污染社區計畫＝Development of the Zere-emission Village in Ping-Lin Area</title><yearidentifier>200712</yearidentifier></data><data><abstract>坪林地方產業結構以農林為主，其次為商業及服務業，交通除北宜高外，尚有臺9省道、106乙縣道和北42等數條聯外道路可通達，故杜絕水源水質保護區之污染，應從管理面執行水源水質保護及獎勵措施予以落實。有鑑於此，本研究計畫以「零污染社區」為規劃方向，提出適當水資源應用產業及零污染規劃社區地點並透過問卷及深入訪談了解居民的需求，提出具體之初步規劃建議，以兼顧產業、教育、民生發展，並對水源區之影響到達最小，且能有限度開放使得當地適度發展。</abstract><author>台灣大學及嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960365</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009604209</governmentpublicationsnumber><identifier>52189</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52189</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>坪林地區發展零污染社區計畫－光碟版＝Development of the Zere-emission Village in Ping-Lin Area</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>2009603884</governmentpublicationsnumber><identifier>52190</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52190</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(1/3)=Coastal Eco-Technology Ecology Dike Research(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>2009603884</governmentpublicationsnumber><identifier>52191</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52191</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(1/3)=Coastal Eco-Technology Ecology Dike Research(1/3) (光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。河道邊界為河岸與河床所構成，河岸多岩石、沖積層卵礫石組成，河床則為鬆積土砂所構成。河道穩定多藉由河床演變及水中泥砂濃度之調整，進行河道能量平衡與穩定機制。為考量部份河道沖刷現象之影響，有必要進行流域整體水砂平衡評估，故另針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960272</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009603645</governmentpublicationsnumber><identifier>52192</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52192</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(1/2)－光碟版＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國88年發生九二一集集大地震後，大甲溪上游集水區發生大規模崩山地滑，導致爾後數年自桃芝、納莉及敏督利等颱風以來，每次颱風均伴隨規模不一的坡地崩塌及土石流，造成大甲溪上各水庫、攔河堰不斷受創且淤積嚴重，修復與清淤工程耗時且需投入大量經費。由於臺灣地區地理環境特殊，降雨時空分布及豐枯差異量大，水庫與攔河堰共同扮演水資源調蓄或引水發電的重要角色，如何兼顧有效利用水資源與世界環境保護潮流，實屬困難課題。因此成立本計畫探究大甲溪台電公司所轄之青山、谷關、天輪及馬鞍等水庫攔河堰在水資源，包括供水與發電、環境生態及安全水理上的影響，並進一步探討存廢議題的適法性，瞭解各堰壩應以何種方式繼續貢獻其功能。  二、堰壩存廢在水資源面向之影響 　　大甲溪台電所轄堰壩的蓄水功能對增加大安溪及大甲溪聯合運用系統之供水能力助益不顯著。由台電公司現況操作、谷關及青山電廠復建計畫完成後及配合下游用水需求等三種情境下之模擬結果可知，青山、谷關、天輪及馬鞍共約800萬立方公尺的總庫容約僅可增加系統供水能力1至2萬CMD。然而，在堰壩拆除即無法發電的前提下，以情境一而言，廢除天輪及馬鞍電廠約損失10.0億度發電量，若同時廢除青山、谷關、天輪及馬鞍四座電廠為例(情境二及三)約損失20.0億度發電量，台灣電力公司水力機組裝置容量為4,510.7 MW，約佔系統裝置的13%，其中大甲溪電廠裝置容量為1,135 MW，約佔水力機組25.2%，佔全系統的3.2%而言，顯見廢除堰壩對台電發電品質影響甚鉅。  三、堰壩存廢在環境生態面向之影響 　　由環境生態面向分析結果顯示，青山、谷關、天輪、馬鞍等四座水壩的存在，將德基水庫至石岡壩間約60公里的河段分為數段，阻隔了水中生物的遷移路徑，也因引水發電的確阻撓河道水流之連續，改變了河中的生態環境，因此拆除攔河堰對水生物的生態及環境復育絕對有益，拆除堰壩正面影響包括恢復河流生態系統、重新利用淹沒區土地及改變鄰近河流的溼地生態系統等；負面影響則包括破壞現存堰壩已產生的穩定生態系統及底泥中沉積的重金屬及化學物質重新釋出等。倘若不拆除堰壩，為減少堰壩對環境生態面向之衝擊，建議各堰壩應優先保留環境基流量、改善魚道、於堰壩上游施放魚苗及補充堰壩下游河道砂石。各堰壩引水發電時若可藉由優先保留最低限度環境基流量Q97的方式減輕堰壩存在對下游河道生態物種的衝擊時，將使大甲溪發電廠每年總、尖峰及離峰發電量約減少10.84％、6.78％及19.14％。  四、堰壩存廢在安全水理面向之影響 　　由於天輪壩以上地區無保全對象，故本計畫主要探討天輪壩以下的安全水理。拆除堰壩後上游原庫區蓄水及因蓄水導致的迴水現象消失、造成河道及能量坡度增加，加快流速增加沖刷情況，導致部份河床高程降低，進而降低河道水位。該現象對堰壩上游的正面影響為水位下降可降低上游地區淹水潛勢，長期有助於降低因九二一震災所致之河道淤積深度，以馬鞍壩為例，至民國94年，迴水影響河道範圍超過壩體上游2公里，因九二一地震淤深約4公尺影響，上游2公里處單純因迴水現象增高約2公尺。至於前述現象對堰壩上游的負面影響為可能危害兩岸建造物基礎安全，淘刷上游堤防及橋樑基礎，弱化河防。 　　拆除堰壩後下游河道因無堰壩攔阻，原庫區內淤積泥砂將被搬運至下游，沉積於流速較緩處，可局部增加河床淤積，上游砂石長期下移可補充下游河道之泥砂量，穩固下游河防及橋樑基礎安全，對堰壩下游具有正面效應。拆除堰壩後，下游河道淤積增加，通水斷面減少，導致水位抬高，或短期內局部河段流速加快，沖刷河道破壞河防構造物等均可能增加下游淹水潛勢，對堰壩下游具有負面影響。此外，拆除堰壩可能會增加下游原水濁度，影響系統供水能力。 　　對整體河道沖淤趨勢而言，石岡壩至馬鞍壩間於民國89至94年淨淤積量約26.07萬立方公尺，顯示此河段為淤積狀態，橋樑基礎沖刷應為局部現象，短期內宜人為補強橋樑基礎方式改善。拆除馬鞍壩後，馬鞍壩蓄積約40萬立方公尺砂石逐年下移可能有助於穩定下游河床，若不拆除馬鞍壩，則應主動補充土砂於馬鞍壩下游，進而促進保護下游橋基。馬鞍壩至天輪壩93年至94年淨淤積量約717.99萬立方公尺，現況已是嚴重淤積的河段，天輪壩若拆除，上游泥砂下移，將使得淤積的狀況更為嚴重，增加淹水潛勢。堰壩對近河道有固床及護岸功能，且為砂石之控制斷面，可緩和砂石下移速度，但其影響範圍有限。  五、堰壩存廢適法性探討 　　水利法及野生動物保育法部分條文說明可拆除或續存水壩攔河堰條件，假若評估通過拆除水壩攔河堰，則拆除前需準備相關必要事項、公共工程專業技師簽證及進行環境影響評估，拆除過程中需注意水土保持、河川地使用申請、營建剩餘土石、水權、財產與管理權費轉移及補償等問題，各問題分別與水利法、公共工程專業技師簽證規則、環境影響評估法及施行細則、水土保持法、河川管理辦法、營建剩餘土石方處理方案、國有財產權法等法規有關。至於若評估通過續存堰壩，則因針對運移堰壩上游淤積砂石至下游補充事宜之法律限制進行修正，減少堰壩續存對下游橋樑安全之影響。  六、堰壩功能綜合評估及其存廢檢討 　　由於大甲溪電廠發電量佔台電水力發電25％，於無較佳替代方案下，為維持台電的供電品質，大甲溪台電所屬堰壩續存應已構成重大需要性。至於堰壩續存對水資於系統供水能力影響並不顯著，對環境生態雖有一定程度影響，但可藉由人為施放魚苗或增設魚道工程等替代方案減緩衝擊，在安全水理方面，堰壩續存主要缺點為阻礙河道砂石下移，進而影響下游橋樑安全，惟此缺點可由人為補注砂石至下游沖刷處等配套方案解決。依此可知系統供水能力、環境生態及安全水理面向並無拆除堰壩的重大需要性。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009604205</governmentpublicationsnumber><identifier>52193</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52193</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>大甲溪台電公司轄管水庫攔河堰存廢對水質源利用及相關事項影響檢討(初步評估)＝Comprehensive Study of the Consequences of Removing Weirs of Taipower Company from the Dachia River (Reconnaissance Study)</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國88年發生九二一集集大地震後，大甲溪上游集水區發生大規模崩山地滑，導致爾後數年自桃芝、納莉及敏督利等颱風以來，每次颱風均伴隨規模不一的坡地崩塌及土石流，造成大甲溪上各水庫、攔河堰不斷受創且淤積嚴重，修復與清淤工程耗時且需投入大量經費。由於臺灣地區地理環境特殊，降雨時空分布及豐枯差異量大，水庫與攔河堰共同扮演水資源調蓄或引水發電的重要角色，如何兼顧有效利用水資源與世界環境保護潮流，實屬困難課題。因此成立本計畫探究大甲溪台電公司所轄之青山、谷關、天輪及馬鞍等水庫攔河堰在水資源，包括供水與發電、環境生態及安全水理上的影響，並進一步探討存廢議題的適法性，瞭解各堰壩應以何種方式繼續貢獻其功能。  二、堰壩存廢在水資源面向之影響 　　大甲溪台電所轄堰壩的蓄水功能對增加大安溪及大甲溪聯合運用系統之供水能力助益不顯著。由台電公司現況操作、谷關及青山電廠復建計畫完成後及配合下游用水需求等三種情境下之模擬結果可知，青山、谷關、天輪及馬鞍共約800萬立方公尺的總庫容約僅可增加系統供水能力1至2萬CMD。然而，在堰壩拆除即無法發電的前提下，以情境一而言，廢除天輪及馬鞍電廠約損失10.0億度發電量，若同時廢除青山、谷關、天輪及馬鞍四座電廠為例(情境二及三)約損失20.0億度發電量，台灣電力公司水力機組裝置容量為4,510.7 MW，約佔系統裝置的13%，其中大甲溪電廠裝置容量為1,135 MW，約佔水力機組25.2%，佔全系統的3.2%而言，顯見廢除堰壩對台電發電品質影響甚鉅。  三、堰壩存廢在環境生態面向之影響 　　由環境生態面向分析結果顯示，青山、谷關、天輪、馬鞍等四座水壩的存在，將德基水庫至石岡壩間約60公里的河段分為數段，阻隔了水中生物的遷移路徑，也因引水發電的確阻撓河道水流之連續，改變了河中的生態環境，因此拆除攔河堰對水生物的生態及環境復育絕對有益，拆除堰壩正面影響包括恢復河流生態系統、重新利用淹沒區土地及改變鄰近河流的溼地生態系統等；負面影響則包括破壞現存堰壩已產生的穩定生態系統及底泥中沉積的重金屬及化學物質重新釋出等。倘若不拆除堰壩，為減少堰壩對環境生態面向之衝擊，建議各堰壩應優先保留環境基流量、改善魚道、於堰壩上游施放魚苗及補充堰壩下游河道砂石。各堰壩引水發電時若可藉由優先保留最低限度環境基流量Q97的方式減輕堰壩存在對下游河道生態物種的衝擊時，將使大甲溪發電廠每年總、尖峰及離峰發電量約減少10.84％、6.78％及19.14％。  四、堰壩存廢在安全水理面向之影響 　　由於天輪壩以上地區無保全對象，故本計畫主要探討天輪壩以下的安全水理。拆除堰壩後上游原庫區蓄水及因蓄水導致的迴水現象消失、造成河道及能量坡度增加，加快流速增加沖刷情況，導致部份河床高程降低，進而降低河道水位。該現象對堰壩上游的正面影響為水位下降可降低上游地區淹水潛勢，長期有助於降低因九二一震災所致之河道淤積深度，以馬鞍壩為例，至民國94年，迴水影響河道範圍超過壩體上游2公里，因九二一地震淤深約4公尺影響，上游2公里處單純因迴水現象增高約2公尺。至於前述現象對堰壩上游的負面影響為可能危害兩岸建造物基礎安全，淘刷上游堤防及橋樑基礎，弱化河防。 　　拆除堰壩後下游河道因無堰壩攔阻，原庫區內淤積泥砂將被搬運至下游，沉積於流速較緩處，可局部增加河床淤積，上游砂石長期下移可補充下游河道之泥砂量，穩固下游河防及橋樑基礎安全，對堰壩下游具有正面效應。拆除堰壩後，下游河道淤積增加，通水斷面減少，導致水位抬高，或短期內局部河段流速加快，沖刷河道破壞河防構造物等均可能增加下游淹水潛勢，對堰壩下游具有負面影響。此外，拆除堰壩可能會增加下游原水濁度，影響系統供水能力。 　　對整體河道沖淤趨勢而言，石岡壩至馬鞍壩間於民國89至94年淨淤積量約26.07萬立方公尺，顯示此河段為淤積狀態，橋樑基礎沖刷應為局部現象，短期內宜人為補強橋樑基礎方式改善。拆除馬鞍壩後，馬鞍壩蓄積約40萬立方公尺砂石逐年下移可能有助於穩定下游河床，若不拆除馬鞍壩，則應主動補充土砂於馬鞍壩下游，進而促進保護下游橋基。馬鞍壩至天輪壩93年至94年淨淤積量約717.99萬立方公尺，現況已是嚴重淤積的河段，天輪壩若拆除，上游泥砂下移，將使得淤積的狀況更為嚴重，增加淹水潛勢。堰壩對近河道有固床及護岸功能，且為砂石之控制斷面，可緩和砂石下移速度，但其影響範圍有限。  五、堰壩存廢適法性探討 　　水利法及野生動物保育法部分條文說明可拆除或續存水壩攔河堰條件，假若評估通過拆除水壩攔河堰，則拆除前需準備相關必要事項、公共工程專業技師簽證及進行環境影響評估，拆除過程中需注意水土保持、河川地使用申請、營建剩餘土石、水權、財產與管理權費轉移及補償等問題，各問題分別與水利法、公共工程專業技師簽證規則、環境影響評估法及施行細則、水土保持法、河川管理辦法、營建剩餘土石方處理方案、國有財產權法等法規有關。至於若評估通過續存堰壩，則因針對運移堰壩上游淤積砂石至下游補充事宜之法律限制進行修正，減少堰壩續存對下游橋樑安全之影響。  六、堰壩功能綜合評估及其存廢檢討 　　由於大甲溪電廠發電量佔台電水力發電25％，於無較佳替代方案下，為維持台電的供電品質，大甲溪台電所屬堰壩續存應已構成重大需要性。至於堰壩續存對水資於系統供水能力影響並不顯著，對環境生態雖有一定程度影響，但可藉由人為施放魚苗或增設魚道工程等替代方案減緩衝擊，在安全水理方面，堰壩續存主要缺點為阻礙河道砂石下移，進而影響下游橋樑安全，惟此缺點可由人為補注砂石至下游沖刷處等配套方案解決。依此可知系統供水能力、環境生態及安全水理面向並無拆除堰壩的重大需要性。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009604205</governmentpublicationsnumber><identifier>52194</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52194</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>大甲溪台電公司轄管水庫攔河堰存廢對水質源利用及相關事項影響檢討(初步評估)－光碟版＝Comprehensive Study of the Consequences of Removing Weirs of Taipower Company from the Dachia River (Reconnaissance Study)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>432.7323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/96-WR</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009604335</governmentpublicationsnumber><identifier>52195</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52195</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年曾文水庫集水區土地利用及保育防災監測計畫 2007 Monitoring Plan of Land Use ,Conservation and Disaster Prevention for the Watershed of Tsengwen Reservoir</title><yearidentifier>200712</yearidentifier></data><data><abstract>在現今水資源日益缺乏之情況下，水量的控制與掌握擇日顯重要，因此流量資料收集更顯的重要。台灣河川平常時期之流量低，流量的量測耗費大量的人力與物力，然高水位時期之流量觀測時，流量資料收集費時費力且量測不易，傳統的量測的技術及儀器極難達到流量收集的目的，且人員必須曝露於危險之環境下，更加深資料收集之困難度。本計畫有系統的引用科學研究，發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測與推估方法，高水位時期流量以改良後之聲波式流速儀Min ADP進行量測，平常時期則以OTT、旋杯式流速儀及FlowTracker進行量測，皆可測得可靠且準確之流量。本年度計畫以資訊熵進行雨量站網之評估，以瞭解臺北水源特定區內之降雨資訊，依據模式評估結果，建議增設雨量站，使特定區具有完整雨量資訊。 本計畫針對台北水源特定區現有流量站進行例行性之流量觀測及水文站操作維護，並將現場蒐集之水位及流量資料，經資料品管與品保後，收入於水文資料庫中。此外，本年度亦進行流量站之大斷面測量，並修正各流量站舊有之水位-流量率定曲線，同時統計各流量站之歷年水位及流量資料。 本計畫之研究成果，有助於台北水源特定區管理局掌握整體之雨量及流量等相關水文情勢，並將可作為往後該區域之工程設計、水理研究與分析及水資源規劃與管理的重要依據。</abstract><author>台灣大學、郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960003</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009603869</governmentpublicationsnumber><identifier>52196</identifier><internationalstandardbooknumber>9789860121865 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52196</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水量監測暨管理系統規劃(96年度) Planning of Stream Discharge Measurement and Management for the Catchment Protected by the Taipei Water Management Office(2007)</title><yearidentifier>200712</yearidentifier></data><data><abstract>在現今水資源日益缺乏之情況下，水量的控制與掌握擇日顯重要，因此流量資料收集更顯的重要。台灣河川平常時期之流量低，流量的量測耗費大量的人力與物力，然高水位時期之流量觀測時，流量資料收集費時費力且量測不易，傳統的量測的技術及儀器極難達到流量收集的目的，且人員必須曝露於危險之環境下，更加深資料收集之困難度。本計畫有系統的引用科學研究，發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測與推估方法，高水位時期流量以改良後之聲波式流速儀Min ADP進行量測，平常時期則以OTT、旋杯式流速儀及FlowTracker進行量測，皆可測得可靠且準確之流量。本年度計畫以資訊熵進行雨量站網之評估，以瞭解臺北水源特定區內之降雨資訊，依據模式評估結果，建議增設雨量站，使特定區具有完整雨量資訊。本計畫針對台北水源特定區現有流量站進行例行性之流量觀測及水文站操作維護，並將現場蒐集之水位及流量資料，經資料品管與品保後，收入於水文資料庫中。此外，本年度亦進行流量站之大斷面測量，並修正各流量站舊有之水位-流量率定曲線，同時統計各流量站之歷年水位及流量資料。本計畫之研究成果，有助於台北水源特定區管理局掌握整體之雨量及流量等相關水文情勢，並將可作為往後該區域之工程設計、水理研究與分析及水資源規劃與管理的重要依據。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960003</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/18</date><governmentpublicationsnumber>1009603869</governmentpublicationsnumber><identifier>52197</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52197</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水量監測暨管理系統規劃(96年度)－光碟版＝Planning of Stream Discharge Measurement and Management for the Catchment Protected by the Taipei Water Management Office(2007)</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行保護區內水體水質之監控，故辦理「臺北水源特定區地表水質監測分析暨管理系統規劃」（以下簡稱本計畫），依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升，爰辦理本計畫。本計畫主要目的為：一、 加強河川水體水質監測作業及分析，建全水體水質資料。二、 加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。三、 規劃本區河川水質資料庫及相關應用管理系統，其架構建立後並應能結合水利署相關水資源系統。 報告彙整至目前檢測結果，提報九十五年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本報告以專章討論水質資料系統之規劃，規劃未來與其他計畫整合之方向。本報告於章末規劃未來工作重點，說明未來計畫執行重點，提供委辦單位參考。</abstract><author>東南科技大學、張育傑</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960004</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603878</governmentpublicationsnumber><identifier>52198</identifier><internationalstandardbooknumber>9789860121858 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52198</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水質監測暨管理系統規劃(96年度)  Water Quality Monitoring and Management Planning for Taipei Water supply protected(2007)</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行保護區內水體水質之監控，故辦理「臺北水源特定區地表水質監測分析暨管理系統規劃」（以下簡稱本計畫），依據歷年局內所規劃之環境監測計畫，及行政院環保署認可環境檢測機構之飲用水源或水質水量檢測類之檢驗化合物之規定，進行相關之水質監測，期藉由此長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫，並由監測結果之研判分析其可能的影響，而立即採取水質品質惡化的防治措施。此外，採樣分析部分需具備環保署認可之合格代檢測資格，對檢測數據的品管品保將可有效提升，爰辦理本計畫。本計畫主要目的為：一、 加強河川水體水質監測作業及分析，建全水體水質資料。二、 加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。三、 規劃本區河川水質資料庫及相關應用管理系統，其架構建立後並應能結合水利署相關水資源系統。 報告彙整至目前檢測結果，提報九十五年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本報告以專章討論水質資料系統之規劃，規劃未來與其他計畫整合之方向。本報告於章末規劃未來工作重點，說明未來計畫執行重點，提供委辦單位參考。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960004</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603878</governmentpublicationsnumber><identifier>52199</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52199</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水質監測暨管理系統規劃(96年度)－光碟版＝Water Quality Monitoring and Management Planning for Taipei Water supply protected(2007)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>52201</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52201</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>蘭陽水絲路-聽水說故事〈附光碟〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>針對本局所轄範圍水位站，測量河川之斷面、水位、流速、流量等水文資訊並繪製水位-流量率定曲線。</abstract><author>台能系統股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950129</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009604158</governmentpublicationsnumber><identifier>52202</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52202</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>中水局轄區測站流量測定成果報告</title><yearidentifier>200712</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960234</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/23</date><governmentpublicationsnumber>1009603516</governmentpublicationsnumber><identifier>52203</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52203</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>集水區洪水出流管制之評析及初步規劃(2/2)＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960234</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603523</governmentpublicationsnumber><identifier>52204</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52204</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>集水區洪水出流管制之評析及初步規劃總報告＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>52205</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52205</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)成果光碟＝Experimental study of sediment transport relationships for the lower Cho-Shui River after the 921 Chi-Chi rarthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>52206</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52206</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)資料光碟＝Experimental study of sediment transport relationships for the lower Cho-Shui River after the 921 Chi-Chi rarthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960234</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603523</governmentpublicationsnumber><identifier>52207</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52207</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>集水區洪水出流管制之評析及初步規劃總報告(光碟版)＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對基隆河水影響之監測資料，審慎提出建議，作為基隆河整體治理計畫防洪成效評估之基礎。是以針對基隆河整體淢理計畫之後續追蹤與成效評估工作，需依長期實測資料進行流域追蹤監測模式之建置，並具體分析各項防洪工程之效益，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960287</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603894</governmentpublicationsnumber><identifier>52208</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52208</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(1/3)(光碟版)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to Integrated Flood Control Plan at Keelung River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的為進行河川流量管理之多目標最佳化研究，利用相關水文、地文及魚類資料整理分析及配合水庫操作方式，以建立臺灣生態水文指標及擴充魚類個體生態矩陣，並擬定河川生態系統的管理目標，供國內水利相關人員之參考應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960228</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009603924</governmentpublicationsnumber><identifier>52209</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52209</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(2/3)--光碟版=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstructionl (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫之工作重點在於因應水利署核心業務之需求，辦理水資源教育訓練課程，培訓並加強各階層水利同仁之核心能力，期藉由核心能力之養成，人盡其才，確保水利同仁皆能對邁向水利願景發揮助?，從而對政府施政效果產生事半功倍之效。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960086</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/21</date><governmentpublicationsnumber>1009604081</governmentpublicationsnumber><identifier>52210</identifier><internationalstandardbooknumber>9789860124903 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52210</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源教育訓練計畫(光碟版)  The Plan of Water Resources Training</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水庫下游河道治理規劃繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/22</date><governmentpublicationsnumber>1009603353</governmentpublicationsnumber><identifier>52211</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52211</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)四、關聯計畫－率芒溪(士文水庫下游河道)治理規劃＝Feasibility Study of Shi-Wen Reservoir(6) Improvement Planning of Reservoir Downstream</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的乃是藉由高含砂水流之特性分析、數值模擬及模型試驗對現象之瞭解後，以檢討高含砂水流河川之整治規劃條件。96年度主要工作重點為藉由物理實驗得到可供模式使用的流變關係(東埔蚋溪)，並完成模式測試進行整治規劃與設計條件擬定及實例應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960239</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603918</governmentpublicationsnumber><identifier>52213</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52213</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(2/3)＝Development and application of computation model and regulation planning rules for hyperconcentrated flow (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的乃是藉由高含砂水流之特性分析、數值模擬及模型試驗對現象之瞭解後，以檢討高含砂水流河川之整治規劃條件。96年度主要工作重點為藉由物理實驗得到可供模式使用的流變關係(東埔蚋溪)，並完成模式測試進行整治規劃與設計條件擬定及實例應用。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960239</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603918</governmentpublicationsnumber><identifier>52214</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52214</librarycollectiondetailsurl><price>500</price><publisher>交通大學防災工程研究中心</publisher><publishrocyear>96</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(2/3)(附冊─圓桌會議議事錄)＝Development and application of computation model and regulation planning rules for hyperconcentrated flow(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫延續93、94及95年度計畫，透過地理資訊系統平台及資料庫的建立，可有效的將各河川流域相關的地形、地質資訊整合在一起，即時而有效的應用方式，並可訊速提供相?人員河川流域規劃，管理所需之地理資訊。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960265</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603390</governmentpublicationsnumber><identifier>52215</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52215</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>全省主要河川流域地質資料查核大甲溪及大安溪專題報告書=Checking of Geological Data for Maior River Basins in Taiwan─Dajia and Da-an Basins</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫延續93、94及95年度計畫，透過地理資訊系統平台及資料庫的建立，可有效的將各河川流域相關的地形、地質資訊整合在一起，即時而有效的應用方式，並可訊速提供相?人員河川流域規劃，管理所需之地理資訊。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603390</governmentpublicationsnumber><identifier>52216</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52216</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>全省主要河川流域地質資料查核大甲溪及大安溪專題報告書(光碟版)=Checking of Geological Data for Maior River Basins in Taiwan─Dajia and Da-an Basins</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫旨在研擬、編撰適合當今我國地理、地質及地形狀況之觀測井或一般水井的建置施工法與行政管理作業準則，以作為地方政府辦理鑿井行政管理及合法鑿井業者執業之參考，俾落實加強地下水井鑿井管理目標策略</abstract><author>財團法人成大研究發展基金會.</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960318</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603680</governmentpublicationsnumber><identifier>52217</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52217</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>研訂鑿井技術參考手冊及行政管理作業準則(草案)(1/2)─光碟版=Composing a Technical and Management Guideline of  Well Construction(Draft)(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水庫下游河道治理規劃繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603354</governmentpublicationsnumber><identifier>52218</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52218</librarycollectiondetailsurl><price>670</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五、 綜合專題－集水區保育規劃＝Feasibility Study of Shi-Wen Reservoir(6) －Planning of the Watershed Conservation</title><yearidentifier>200712</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>52219</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52219</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範之研訂總報告－防水、洩水建造物部分(光碟版)  Research and Establishment of Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation Final Report Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/23</date><governmentpublicationsnumber>1009603827</governmentpublicationsnumber><identifier>52220</identifier><internationalstandardbooknumber>9789789860111 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52220</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範之研訂總報告－蓄水、引水建造物部分(光碟版)  Research and Establishment of Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation Final Report Impounding and Water-Conveying Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以彰化芳苑海岸為研究對象，為二?計畫。第一?是針對彰化芳苑海岸潮間帶進?調查、分析、評估等整體性生態工程之規劃研究。第二年?主要工作項目為持續第一年度之?用動植物生態與水質及底質等調查與分析，建?生態指標、生物棲地定性、定?模式，以及經由水質和底質相關性研究、水生植物?育研究與沙洲、人工潮溝及人工潟湖可?性研究，與當地居民訪談，進?實質生態工程與景觀工法之分析與規劃。彰化芳苑海岸，其地勢平坦、潮差大，潮間帶寬可達3公里以上，北側永興海堤現有養殖蚵架，南側芳苑市區海堤段為茂盛之紅樹林區。水質底質受到養殖廢水汙染，生物多樣性低落，但全區海岸生物數量極為豐富，若能妥為經營，將可成為優良之生態保護區；現有海岸設施係以防止天然災害為目的，除了永興海堤以外，其餘並未考量對生態、親水和景觀之影響，因此有重新規劃之必要。水質底質遭受到污染的問題，將使用生態工程去除，以工程技術構築人類與自然互利共存的生態系，其手法包括利用潮間帶生態系統、水生植物、海水交換等，在淨化後以復育指標生物為目標，在提高生物多樣性的前提下，發展賞鳥觀光及近岸漁業經濟價值。海岸設施之規劃重建當以海堤為優先，利用生態工程中緩坡、多孔隙及塊石潛沒化三種手法來達到生態、親水和防災三個目標，另再配合陸域植生部份，將海岸陸側營造為富有生態景觀的區域，再與潮間帶生態工程結合，成為以永續經營為目標的整合型海岸工程。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960243</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604360</governmentpublicationsnumber><identifier>52222</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52222</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究總報告=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側王功段現有養殖蚵架，南側新街段為茂盛之紅樹林區，全段海岸生態極為豐富，若能妥為經營，將可成為優良之生態保護區。惟現有防護設施係以防止天然災害為目的，並未考量對生態、景觀之影響。目前潮間帶亦無適當管理，導致生態環境持續遭到破壞。而芳苑海岸潮間帶外緣兩道長形沙洲，近年來呈現侵蝕現象，連帶影響其陸側之潮間帶與海岸防護設施。本計畫第一年已針對彰化芳苑海岸潮間帶進行規劃、設計、監測、評估、改進等整體性生態工法規劃研究，用以經營潮間帶，並維護管理生態環境之完整性。第二年針對第一年成果做持續性之研究及檢討，以獲得真正適合現地生態環境的規劃方案。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA0960243</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604187</governmentpublicationsnumber><identifier>52223</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52223</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(2/2)=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側王功段現有養殖蚵架，南側新街段為茂盛之紅樹林區，全段海岸生態極為豐富，若能妥為經營，將可成為優良之生態保護區。惟現有防護設施係以防止天然災害為目的，並未考量對生態、景觀之影響。目前潮間帶亦無適當管理，導致生態環境持續遭到破壞。而芳苑海岸潮間帶外緣兩道長形沙洲，近年來呈現侵蝕現象，連帶影響其陸側之潮間帶與海岸防護設施。 本計畫第一年已針對彰化芳苑海岸潮間帶進行規劃、設計、監測、評估、改進等整體性生態工法規劃研究，用以經營潮間帶，並維護管理生態環境之完整性。 第二年針對第一年成果做持續性之研究及檢討，以獲得真正適合現地生態環境的規劃方案。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA096024</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604187</governmentpublicationsnumber><identifier>52224</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52224</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(2/2)光碟版=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast〈2/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之工作項目中之水力排砂之可行性評估(永續水庫觀念)繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603355</governmentpublicationsnumber><identifier>52225</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52225</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五、 綜合專題－水力排砂之可行性評估(永續水庫觀念)＝Feasibility Study of Shi-Wen Reservoir(6)：Hydraulic Desiliting Feasibility Evaluation (Sustainable Reservoir Concept)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以彰化芳苑海岸為研究對象，為二?計畫。第一?是針對彰化芳苑海岸潮間帶進?調查、分析、評估等整體性生態工程之規劃研究。第二年?主要工作項目為持續第一年度之?用動植物生態與水質及底質等調查與分析，建?生態指標、生物棲地定性、定?模式，以及經由水質和底質相關性研究、水生植物?育研究與沙洲、人工潮溝及人工潟湖可?性研究，與當地居民訪談，進?實質生態工程與景觀工法之分析與規劃。彰化芳苑海岸，其地勢平坦、潮差大，潮間帶寬可達3公里以上，北側永興海堤現有養殖蚵架，南側芳苑市區海堤段為茂盛之紅樹林區。水質底質受到養殖廢水汙染，生物多樣性低落，但全區海岸生物數量極為豐富，若能妥為經營，將可成為優良之生態保護區；現有海岸設施係以防止天然災害為目的，除了永興海堤以外，其餘並未考量對生態、親水和景觀之影響，因此有重新規劃之必要。水質底質遭受到污染的問題，將使用生態工程去除，以工程技術構築人類與自然互利共存的生態系，其手法包括利用潮間帶生態系統、水生植物、海水交換等，在淨化後以復育指標生物為目標，在提高生物多樣性的前提下，發展賞鳥觀光及近岸漁業經濟價值。海岸設施之規劃重建當以海堤為優先，利用生態工程中緩坡、多孔隙及塊石潛沒化三種手法來達到生態、親水和防災三個目標，另再配合陸域植生部份，將海岸陸側營造為富有生態景觀的區域，再與潮間帶生態工程結合，成為以永續經營為目標的整合型海岸工程。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960243</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604360</governmentpublicationsnumber><identifier>52226</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52226</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究總報告(光碟版)=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究乃以台南市安平都市污水廠清淨放流水為水源，規劃水再生實廠及評選鄰近地區優先使用之標的及供水量，並進行輸配水系統調查規劃及成本分析，再透過民間參與研究財務分析及收費機制研究，研析後續推動計畫。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603469</governmentpublicationsnumber><identifier>52229</identifier><internationalstandardbooknumber>9789860118032 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52229</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南市安平污水廠放流水再利用規劃(內附光碟) The Reserach on Effluent Reclamation and Reuse of An-Ping Municipal Wastewater Treatment Plant, Tainan City</title><yearidentifier>200712</yearidentifier></data><data><abstract>為落實建置工業區內之水再生產業，本研究針對前期研究選定之台南科技工業區廢水廠，以其穩定排放之放流水為水源，規劃建置水再生模廠，並建議下階段之試用推廣計畫。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960053</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603468</governmentpublicationsnumber><identifier>52230</identifier><internationalstandardbooknumber>9789860118049 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52230</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>工業廢水再生利用產業試驗研究以台南地區為例(內附光碟) The Experimental Research on Developing Waster Reclamation Industry-Case Study of Tainan Technology Industrial Park (TTIP)</title><yearidentifier>200712</yearidentifier></data><data><abstract>如何有效減低水流含砂濃度是水資源利用中很重要之課題。此外，噴灌是改善灌溉水源缺乏的好方法，但是若水中含砂量過或含砂過粗，易造成噴頭堵塞，因此為避免砂方石堵塞噴頭導致無法供水灌溉，在農業取水之前，有效排除較粗之泥顆粒是非常重要的。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>433.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960190</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603932</governmentpublicationsnumber><identifier>52237</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52237</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水力旋流漏斗排砂之試驗研究(2/2)＝Experimental study of vortex chamber type extractor on sediment removal (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>如何有效減低水流含砂濃度是水資源利用中很重要之課題。此外，噴灌是改善灌溉水源缺乏的好方法，但是若水中含砂量過或含砂過粗，易造成噴頭堵塞，因此為避免砂方石堵塞噴頭導致無法供水灌溉，在農業取水之前，有效排除較粗之泥顆粒是非常重要的。</abstract><author>成大研究發展基金會</author><categoryidentifier>433.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>moeawra0960190</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603932</governmentpublicationsnumber><identifier>52239</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52239</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水力旋流漏斗排砂之試驗研究(2/2)－光碟版＝Experimental Study of  Vortex Chamber Type Extractor on Sediment Removal(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>主要以各類型之生態物理性棲地，建立以河相為基礎之誘導式棲地復育流程，建構河川型態與棲地復育之相關性及其調查研究程序並開設棲地環境復育調查程序技術轉移訓練班。以及配合完整之現地調查資料及照片，建構完整之河川資料庫。</abstract><author>中華水土保持學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960242</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603905</governmentpublicationsnumber><identifier>52240</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川型態應用於棲地環境復育之研究(2/2)=River Morphology Applied to River Habitats Restoration (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>主要以各類型之生態物理性棲地，建立以河相為基礎之誘導式棲地復育流程，建構河川型態與棲地復育之相關性及其調查研究程序並開設棲地環境復育調查程序技術轉移訓練班。以及配合完整之現地調查資料及照片，建構完整之河川資料庫。</abstract><author>中華水土保持學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960242</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009603905</governmentpublicationsnumber><identifier>52241</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52241</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川型態應用於棲地環境復育之研究(2/2)－光碟版=River Morphology  Applied to River Habitats Restoration(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>關於水權費之開徵，除應確立其徵收作業及費用保管支用之法律制度外，尚應考量下列議題：首先，為使水權費開徵政策更具有促進引用水量合理及建立節約用水觀念之實效性，對於水權費費率因子、費率原則、調整機制以及最適費率等各項議題，尚須植基於經濟部水利署過去之研究成果，在法制面向加以檢討其規範設計。其次，水權費之徵收亦將面臨來自政府部門本身協調或政策考量、社會對經濟衝擊及分配正義之疑慮、軟硬體設施暫時無法配合及法制建構無法完全周詳等各項問題，因此課徵時可能產生之爭議障礙及政策衝擊亦須審慎加以研析並提出解決方案。此外，?能順利推動水權費徵收政策，其開徵時機、方式及政策說帖仍有待深入探討及研擬。因此，在本次第一年期的研究中，本中心係對水權費徵收政策背景進行深入研究，並對水利法相關規範進行調控，使此項費用之徵收更具合憲性，同時完善地確立具有實效性之水權費費率及調整機制，且對於水權費徵收政策進行優勢、弱點、機會及趨勢之綜合分析，提高政策評估及決策之正確性。</abstract><author>中正大學財經法律研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960072</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604144</governmentpublicationsnumber><identifier>52242</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52242</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公室)</publisher><publishrocyear>96</publishrocyear><title>水權費徵收政策評估之研究〈2/2〉=Research Regarding the Policy  Assessing  of  Imposing  Water  Right  Fee〈2/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>關於水權費之開徵，除應確立其徵收作業及費用保管支用之法律制度外，尚應考量下列議題：首先，為使水權費開徵政策更具有促進引用水量合理及建立節約用水觀念之實效性，對於水權費費率因子、費率原則、調整機制以及最適費率等各項議題，尚須植基於經濟部水利署過去之研究成果，在法制面向加以檢討其規範設計。其次，水權費之徵收亦將面臨來自政府部門本身協調或政策考量、社會對經濟衝擊及分配正義之疑慮、軟硬體設施暫時無法配合及法制建構無法完全周詳等各項問題，因此課徵時可能產生之爭議障礙及政策衝擊亦須審慎加以研析並提出解決方案。此外，?能順利推動水權費徵收政策，其開徵時機、方式及政策說帖仍有待深入探討及研擬。因此，在本次第一年期的研究中，本中心係對水權費徵收政策背景進行深入研究，並對水利法相關規範進行調控，使此項費用之徵收更具合憲性，同時完善地確立具有實效性之水權費費率及調整機制，且對於水權費徵收政策進行優勢、弱點、機會及趨勢之綜合分析，提高政策評估及決策之正確性。</abstract><author>中正大學財經法律研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960072</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/24</date><governmentpublicationsnumber>1009604144</governmentpublicationsnumber><identifier>52243</identifier><internationalstandardbooknumber>9789860124873 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52243</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署〈台中辦公區〉</publisher><publishrocyear>96</publishrocyear><title>水權費徵收政策評估之研究〈2/2〉光碟版 Research  Regarding  the  Policy  Assessing  of  Imposing  Water  Right  Fee〈2/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.886   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950122</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/25</date><governmentpublicationsnumber>1009700021</governmentpublicationsnumber><identifier>52244</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52244</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以大甲溪、.烏溪、北港溪及二仁溪為例＝Applications of Satellite Remote Sensing Images on River Monitoring  and Managing-Examples of TaChia River,Wu River,PeiKang and Erhjen River</title><yearidentifier>200712</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，以展示其在河川生態工程規劃設計時之功能性與輔助性。    本研究為三年度計畫，今年為第二年，主要工作項目為中港溪生態工程規劃設計應用以及單機板輔助系統之建立。藉由中港溪基本資料之廣泛搜集，包含河川特性、生態環境以及過往災害等，本研究以河川分類(Rosgen, 1994)的概念出發，對中港溪進行河段之分類，配合現場探勘與數值模擬之結果探討中港溪既有工程對河川特性與環境之影響，並進一步評估過往洪災之成因，據此研擬局部河段之解決策略。初步分析結果顯示，中港溪洪災主要肇因於地勢低窪排水不易、防洪工程設施尚未健全以及洪水流速過大直衝防洪構造物。    依據前段中港溪現況之探討，本研究研選了新中港溪橋段、三灣員林圳段以及南河溪福南橋上游段等三個河段進行生態工程規劃設計之應用，並據以編修生態工程設計參考手冊。初步應用成果顯示，生態工程規劃設計流程架構上並無修改之必要，故參考國內外常見工法，在設計要點上，本研究以簡易圖表化之方式，新增了詳細之工法選用對照表以及景觀生態槽護岸工之適用條件及其安全性分析方法，以配合系統之建立達到降低生態工程規劃設計之難度。</abstract><author>交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA0960229</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/25</date><governmentpublicationsnumber>1009603565</governmentpublicationsnumber><identifier>52245</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52245</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(2/3)＝Development of Informantion System for Planning and Design of River Eco-Engineering</title><yearidentifier>200712</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，以展示其在河川生態工程規劃設計時之功能性與輔助性。     本研究為三年度計畫，今年為第二年，主要工作項目為中港溪生態工程規劃設計應用以及單機板輔助系統之建立。藉由中港溪基本資料之廣泛搜集，包含河川特性、生態環境以及過往災害等，本研究以河川分類(Rosgen, 1994)的概念出發，對中港溪進行河段之分類，配合現場探勘與數值模擬之結果探討中港溪既有工程對河川特性與環境之影響，並進一步評估過往洪災之成因，據此研擬局部河段之解決策略。初步分析結果顯示，中港溪洪災主要肇因於地勢低窪排水不易、防洪工程設施尚未健全以及洪水流速過大直衝防洪構造物。     依據前段中港溪現況之探討，本研究研選了新中港溪橋段、三灣員林圳段以及南河溪福南橋上游段等三個河段進行生態工程規劃設計之應用，並據以編修生態工程設計參考手冊。初步應用成果顯示，生態工程規劃設計流程架構上並無修改之必要，故參考國內外常見工法，在設計要點上，本研究以簡易圖表化之方式，新增了詳細之工法選用對照表以及景觀生態槽護岸工之適用條件及其安全性分析方法，以配合系統之建立達到降低生態工程規劃設計之難度。</abstract><author>國立交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA096022</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/25</date><governmentpublicationsnumber>1009603565</governmentpublicationsnumber><identifier>52246</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52246</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(2/3) －光碟版＝Development of Informantion System for Planning and Design of River Eco-Engineering</title><yearidentifier>200712</yearidentifier></data><data><abstract>本系統涉及濁水溪流域防汛應變工作，並進行水情監測與災害應變工作，為健全洪水測預報系統模式運作，綜合檢討降雨及逕流模式，以提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960010</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/25</date><governmentpublicationsnumber>1009604188</governmentpublicationsnumber><identifier>52249</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52249</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪流域降雨逕流監測系統=The Runoff and Rainfall Monitoring System for Jhuoshuei River Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>本系統涉及濁水溪流域防汛應變工作，並進行水情監測與災害應變工作，為健全洪水測預報系統模式運作，綜合檢討降雨及逕流模式，以提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960010</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/25</date><governmentpublicationsnumber>1009604188</governmentpublicationsnumber><identifier>52251</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52251</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪流域降雨逕流監測系統(光碟版)=The Runoff and Rainfall Monitoring System for Jhuoshuei River Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>大坪溪係屬中港溪支流，其發源於新竹與苗栗二縣交界之鵝公髻山(標高1,579m)，流域面積31.89平方公里，除小部分屬五峰鄉之行政區域，其餘均屬北埔鄉，計畫河段(南埔大橋至深壢橋)長度8.4公里，平均坡度為0.0144，屬急流河川。規劃河段現有防洪設施不多，沿線部分地區設置堤防保護房舍與耕地，於主流已設置數座防砂壩，除可降低洪水流速及防止土砂下移外，並可穩定流向。本計畫調查分析大坪溪河川物化環境、生態環境、人文環境及相關規劃成果，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，並符合民意需求，在確保防洪機能前提下，進行河川環境營造，研擬各環境分區及其機能空間營造之具體方案，讓大坪溪重獲生機與活力，期重塑新容貌與整體意象。工作內容主要為相關資料收集、分析，訂定規劃設計目標及發展方向，並依基地發展潛力、限制分析與評估，進行課題與對策研擬後續研擬設計規劃構想。環境調查項目為河川現況調查、現地自然與人文環境調查、土地使用現況及權屬調查、生態調查、水質及污水排放調查、鄰近地區之空間、綠地及遊憩設施調查以及民眾現地活動需求與發展意見調查等七項作為本計畫的河川調查項目。大坪溪環境營造將結合地方歷史風土、生態特性，在休閒與環境生態保護的目標下，以達到地方特色提昇及環境品質改善。主要發展願景包括(一)整體發展，表現地方特色，凝聚民眾對鄉土的關愛。(二)因地制宜，運用自然環境資源創造休閒環境。(三)以生態保育的觀念，低度發展本區，維持河川應有的風貌。全線環境營造發展依水岸定位與發展願景為標的，配合現地環境特色、資源特性、可利用腹地等，依地方特色針對其相關資源擬定其發展方向，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗，規劃主要環境營造點由下游至上游分別為南埔大橋堤岸休閒空間規劃、小分林河灘地生態體驗區規劃、大坪橋親水護岸規劃、冷泉護魚步道規劃、生態觀察解說站規劃。整體規劃完成後，後續經營管理計畫亦為另一重點工作，依照「河川管理辦法」相關法規所公告事宜，各機關與地方政府的權屬劃分均有明文規定，大坪溪屬中央管排水，必須由水利署第二河川局進行防洪工程改善、相關景觀規劃設計及後續管理維護工作。而經營管理機制方面則希望由地方政府結合地方團體的力量，共同管理硬體及軟體設施。綜合效益分析成果，本計畫評價結果為0.3，雖然益本比小於1，但計畫實施後，對計畫區內社區景觀、教育、提高土地利用價值、增進地方繁榮、保障經濟交通安全等無法量化之間接效益，均有正面之實質助益，且地方居民對此河川環境營造期盼甚殷，故本計畫應儘早實施。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960336</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009603778</governmentpublicationsnumber><identifier>52276</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52276</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>北埔鄉大坪溪環境營造規劃＝Planning for environment rehabilitation in Da-Ping Chi of Beipu township</title><yearidentifier>200712</yearidentifier></data><data><abstract>大坪溪係屬中港溪支流，其發源於新竹與苗栗二縣交界之鵝公髻山(標高1,579m)，流域面積31.89平方公里，除小部分屬五峰鄉之行政區域，其餘均屬北埔鄉，計畫河段(南埔大橋至深壢橋)長度8.4公里，平均坡度為0.0144，屬急流河川。規劃河段現有防洪設施不多，沿線部分地區設置堤防保護房舍與耕地，於主流已設置數座防砂壩，除可降低洪水流速及防止土砂下移外，並可穩定流向。本計畫調查分析大坪溪河川物化環境、生態環境、人文環境及相關規劃成果，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，並符合民意需求，在確保防洪機能前提下，進行河川環境營造，研擬各環境分區及其機能空間營造之具體方案，讓大坪溪重獲生機與活力，期重塑新容貌與整體意象。工作內容主要為相關資料收集、分析，訂定規劃設計目標及發展方向，並依基地發展潛力、限制分析與評估，進行課題與對策研擬後續研擬設計規劃構想。環境調查項目為河川現況調查、現地自然與人文環境調查、土地使用現況及權屬調查、生態調查、水質及污水排放調查、鄰近地區之空間、綠地及遊憩設施調查以及民眾現地活動需求與發展意見調查等七項作為本計畫的河川調查項目。大坪溪環境營造將結合地方歷史風土、生態特性，在休閒與環境生態保護的目標下，以達到地方特色提昇及環境品質改善。主要發展願景包括(一)整體發展，表現地方特色，凝聚民眾對鄉土的關愛。(二)因地制宜，運用自然環境資源創造休閒環境。(三)以生態保育的觀念，低度發展本區，維持河川應有的風貌。全線環境營造發展依水岸定位與發展願景為標的，配合現地環境特色、資源特性、可利用腹地等，依地方特色針對其相關資源擬定其發展方向，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗，規劃主要環境營造點由下游至上游分別為南埔大橋堤岸休閒空間規劃、小分林河灘地生態體驗區規劃、大坪橋親水護岸規劃、冷泉護魚步道規劃、生態觀察解說站規劃。整體規劃完成後，後續經營管理計畫亦為另一重點工作，依照「河川管理辦法」相關法規所公告事宜，各機關與地方政府的權屬劃分均有明文規定，大坪溪屬中央管排水，必須由水利署第二河川局進行防洪工程改善、相關景觀規劃設計及後續管理維護工作。而經營管理機制方面則希望由地方政府結合地方團體的力量，共同管理硬體及軟體設施。綜合效益分析成果，本計畫評價結果為0.3，雖然益本比小於1，但計畫實施後，對計畫區內社區景觀、教育、提高土地利用價值、增進地方繁榮、保障經濟交通安全等無法量化之間接效益，均有正面之實質助益，且地方居民對此河川環境營造期盼甚殷，故本計畫應儘早實施。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960336</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009603778</governmentpublicationsnumber><identifier>52277</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52277</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>北埔鄉大坪溪環境營造規劃(光碟版)＝Planning for environment rehabilitation in Da-Ping Chi of Beipu township</title><yearidentifier>200712</yearidentifier></data><data><abstract>苗栗縣南庄鄉不僅風景宜人，並有擁有豐富的生態資源及景觀特色，於民國94年3月完成進出南庄鄉道路堤共構工程後，更帶動了南庄鄉觀光事業。計畫希望進一步配合南庄鄉中港溪河川物化環境、生態環境、人文環境及相關規劃成果，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，並符合民意需求。計畫範圍為中港溪南庄橋至下游台3線中港溪橋，全長約11.70公里。  計畫分別於豐（民國96年8月）、枯水季（民國96年2月）進行兩次生態及水質調查，以了解計畫河段區域內之水質條件及生態資源狀況，調查點位分別位於上游西溪橋及中港溪橋上游段。經調查在生態資源方面，陸域及水域各類物種之種類非常豐富，其中鳥類及兩棲爬蟲類皆有二級保育類生物物種；而在水質方面，於西溪橋點位水體RPI值介於1~1.5之間，此顯示樣站水質為未（稍）受污染的狀況，WQI值為73.90（豐水季）及78.79（枯水季），此顯示樣站水體屬良好等級；中港溪橋上游段點位水體RPI值於豐、枯水季分別為2.0（未（稍）受污染）及2.5（輕度污染），而WQI值為71.21（良好）及63.18（中等），初步判斷豐水季較多之河水量可稀釋污染的水體。故計畫河段水體水質於豐、枯水季介於未受污染至輕度污染之間，水體品質並不影響親水活動的進行。  經區域發展潛力分析後，並彙整計畫河段沿岸景觀特色、問卷調查之民眾意見及需求與各節點發展潛力等資訊，將區域劃分為四個環境營造主題區，分別為南庄重點營造區、田美生態親水區、下游左岸田野風情區及三灣休閒散步區。營造區域主要為南庄鄉中港溪河段，並包含計畫河段下游之三灣鄉區域。南庄重點營造區規劃內容包含道路共構段堤頂木棧道規劃、道路共構段既設堤防坡面地方特色圖騰規劃、西溪橋下臨時停車場規劃、臨時停車場木棧道規劃、既設木棧道環境規劃及西溪橋護欄規劃；田美生態親水區規劃內容包含田美大橋下游親水空間規劃及田美攔河堰解說環境規劃；下游左岸田野風情區則因此區為進入南庄的第一個鄉野印象，故將其列為南庄入口花田規劃區；三灣休閒散步區規劃內容則為北埔堤防木棧道規劃，因其最接近三灣市區，故以南庄的堤頂木棧道方式規劃，提供三灣民眾散步休閒的場所。  為有利工程進行計畫將分四個期程來施作，總工程經費約為7,826.8萬元。各期程工程項目大致上由南庄橋依序往下游施作，第一期工程內容包含西溪橋下臨時停車場規劃、臨時停車場木棧道規劃、道路共構段既設堤防坡面地方特色圖騰規劃、既設木棧道環境規劃、南庄入口花田規劃及西溪橋護欄規劃，工程預算約1,366.8萬元；第二期工程及第三期工程內容則以道路共構段堤頂木棧道規劃為主，道路共構段堤頂總長2.5km，靠近南庄部份的800m進行棧道設置（鋪設木棧道列於第二期工程），其餘區段約1,700m以步道方式規劃（不鋪設木棧道於第三期工程），第二期工程預算約2,326萬元，第三期工程預算約2,076萬元。第四期工程工程內容為田美攔河堰解說環境規劃、田美大橋下游親水空間規劃及北埔堤防木棧道規劃，工程經費約2,058萬元。  計畫僅進行南庄鄉中港溪河段之環境營造規劃工作，不包含河川治理相關工作，故經濟效益的評估僅針對其他附加效益及不可計效益來進行分析討論。不可計效益包含景觀、休憩、區域發展、教育、綜合等效益；而附加效益經計算於規劃工程執行完畢後，每年約可帶來33,042.24萬元之經濟效益，因此本計畫之經濟評價益本比約為4.22。在後續維護管理方面可透過第二河川局、南庄鄉公所、三灣鄉公所、苗栗農田水利會、參山國家風景區管理處及地方團體等單位互相配合進行，並有賴當地居民及旅客配合維護，方可確保各項設施及環境之整潔及使用品質。</abstract><author>容泰工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009603240</governmentpublicationsnumber><identifier>52278</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52278</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>南庄鄉中港溪河段環境營造規劃＝Environment constructing and planning along the Jhonggang River in the Nan-chuang Township</title><yearidentifier>200711</yearidentifier></data><data><abstract>苗栗縣南庄鄉不僅風景宜人，並有擁有豐富的生態資源及景觀特色，於民國94年3月完成進出南庄鄉道路堤共構工程後，更帶動了南庄鄉觀光事業。計畫希望進一步配合南庄鄉中港溪河川物化環境、生態環境、人文環境及相關規劃成果，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，並符合民意需求。計畫範圍為中港溪南庄橋至下游台3線中港溪橋，全長約11.70公里。  計畫分別於豐（民國96年8月）、枯水季（民國96年2月）進行兩次生態及水質調查，以了解計畫河段區域內之水質條件及生態資源狀況，調查點位分別位於上游西溪橋及中港溪橋上游段。經調查在生態資源方面，陸域及水域各類物種之種類非常豐富，其中鳥類及兩棲爬蟲類皆有二級保育類生物物種；而在水質方面，於西溪橋點位水體RPI值介於1~1.5之間，此顯示樣站水質為未（稍）受污染的狀況，WQI值為73.90（豐水季）及78.79（枯水季），此顯示樣站水體屬良好等級；中港溪橋上游段點位水體RPI值於豐、枯水季分別為2.0（未（稍）受污染）及2.5（輕度污染），而WQI值為71.21（良好）及63.18（中等），初步判斷豐水季較多之河水量可稀釋污染的水體。故計畫河段水體水質於豐、枯水季介於未受污染至輕度污染之間，水體品質並不影響親水活動的進行。  經區域發展潛力分析後，並彙整計畫河段沿岸景觀特色、問卷調查之民眾意見及需求與各節點發展潛力等資訊，將區域劃分為四個環境營造主題區，分別為南庄重點營造區、田美生態親水區、下游左岸田野風情區及三灣休閒散步區。營造區域主要為南庄鄉中港溪河段，並包含計畫河段下游之三灣鄉區域。南庄重點營造區規劃內容包含道路共構段堤頂木棧道規劃、道路共構段既設堤防坡面地方特色圖騰規劃、西溪橋下臨時停車場規劃、臨時停車場木棧道規劃、既設木棧道環境規劃及西溪橋護欄規劃；田美生態親水區規劃內容包含田美大橋下游親水空間規劃及田美攔河堰解說環境規劃；下游左岸田野風情區則因此區為進入南庄的第一個鄉野印象，故將其列為南庄入口花田規劃區；三灣休閒散步區規劃內容則為北埔堤防木棧道規劃，因其最接近三灣市區，故以南庄的堤頂木棧道方式規劃，提供三灣民眾散步休閒的場所。  為有利工程進行計畫將分四個期程來施作，總工程經費約為7,826.8萬元。各期程工程項目大致上由南庄橋依序往下游施作，第一期工程內容包含西溪橋下臨時停車場規劃、臨時停車場木棧道規劃、道路共構段既設堤防坡面地方特色圖騰規劃、既設木棧道環境規劃、南庄入口花田規劃及西溪橋護欄規劃，工程預算約1,366.8萬元；第二期工程及第三期工程內容則以道路共構段堤頂木棧道規劃為主，道路共構段堤頂總長2.5km，靠近南庄部份的800m進行棧道設置（鋪設木棧道列於第二期工程），其餘區段約1,700m以步道方式規劃（不鋪設木棧道於第三期工程），第二期工程預算約2,326萬元，第三期工程預算約2,076萬元。第四期工程工程內容為田美攔河堰解說環境規劃、田美大橋下游親水空間規劃及北埔堤防木棧道規劃，工程經費約2,058萬元。  計畫僅進行南庄鄉中港溪河段之環境營造規劃工作，不包含河川治理相關工作，故經濟效益的評估僅針對其他附加效益及不可計效益來進行分析討論。不可計效益包含景觀、休憩、區域發展、教育、綜合等效益；而附加效益經計算於規劃工程執行完畢後，每年約可帶來33,042.24萬元之經濟效益，因此本計畫之經濟評價益本比約為4.22。在後續維護管理方面可透過第二河川局、南庄鄉公所、三灣鄉公所、苗栗農田水利會、參山國家風景區管理處及地方團體等單位互相配合進行，並有賴當地居民及旅客配合維護，方可確保各項設施及環境之整潔及使用品質。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009603240</governmentpublicationsnumber><identifier>52279</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52279</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>南庄鄉中港溪河段環境營造規劃(光碟版)＝Environment constructing and planning along the Jhonggang River in the Nan-chuang Township</title><yearidentifier>200711</yearidentifier></data><data><abstract>研究紅樹林擴張在河防及濕地陸域化上的衝擊，以利水利相關單位疏伐時之參考，並提出具體可行的紅樹林疏伐可行性評估流程</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960233</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009604068</governmentpublicationsnumber><identifier>52280</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52280</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>淡水河系紅樹林濕地疏伐可行性評估研究(2/2)(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>研究紅樹林擴張在河防及濕地陸域化上的衝擊，以利水利相關單位疏伐時之參考，並提出具體可行的紅樹林疏伐可行性評估流程</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/28</date><governmentpublicationsnumber>1009604072</governmentpublicationsnumber><identifier>52281</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52281</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>紅樹林疏伐操作參考手冊</title><yearidentifier>200712</yearidentifier></data><data><abstract>研究紅樹林擴張在河防及濕地陸域化上的衝擊，以利水利相關單位疏伐時之參考，並提出具體可行的紅樹林疏伐可行性評估流程</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960233</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009604068</governmentpublicationsnumber><identifier>52287</identifier><internationalstandardbooknumber>9789860123739 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52287</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>淡水河系紅樹林濕地疏伐可行性評估研究(2/2)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>京揚工程科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-0960273</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009604220</governmentpublicationsnumber><identifier>52288</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52288</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>桃竹苗海堤水門漂砂淤積調查與防淤策略評估成果報告=Evaluation of the causes and countermeasures of drift-sand deposition at seawall gates along Tao-Chu-Miao coastline</title><yearidentifier>200712</yearidentifier></data><data><abstract>中部科學工業園區屬高產值之科技產業，用水需求?定性要求高，而傳統水資源供給日益困難，使各標的用水在枯年每有缺水之威脅。本計畫針對中科台中基地規劃以海水淡化供應用水，以提供高科技廠商?定及質優之水源。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603570</governmentpublicationsnumber><identifier>52289</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52289</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台中海水淡化廠調查規劃＝Planning and Investigation for a Seawater Desalination Plant in Taichung</title><yearidentifier>200712</yearidentifier></data><data><abstract>中部科學工業園區屬高產值之科技產業，用水需求?定性要求高，而傳統水資源供給日益困難，使各標的用水在枯年每有缺水之威脅。本計畫針對中科台中基地規劃以海水淡化供應用水，以提供高科技廠商?定及質優之水源。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603570</governmentpublicationsnumber><identifier>52290</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52290</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台中海水淡化廠調查規劃(光碟版)＝Planning and Investigation for a Seawater Desalination Plant in Taichung</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來由於台南科學工業園區之用水需求日益增加，本計畫重新檢討台南地區設置海淡廠之初步調查規劃，以提供高科技廠商穩定及質優之水源</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603571</governmentpublicationsnumber><identifier>52291</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52291</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海水淡化廠調查規劃＝Planning and Investigation for a Seawater Desalination Plant in Tainan</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來由於台南科學工業園區之用水需求日益增加，本計畫重新檢討台南地區設置海淡廠之初步調查規劃，以提供高科技廠商穩定及質優之水源</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603571</governmentpublicationsnumber><identifier>52292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52292</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海水淡化廠調查規劃(光碟版)＝Planning and Investigation for a Seawater Desalination Plant in Tainan</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫在探討新店溪及大漢溪水源之合理利用率大台北地區之供水風險，並進行板新地區共同調度機制、翡翠及石門水庫之聯合運用規線規劃，以資新店溪及大漢溪水源調度統合營運管理，達成禸效利用水資源之目標。</abstract><author>農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603435</governmentpublicationsnumber><identifier>52295</identifier><internationalstandardbooknumber>9789860117899 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52295</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>翡翠及石門水庫共同用水調度機制規劃＝Planning on the Mechanism of Joint Water Allocation for the Feitsui and Shihmen Reservoirs</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫在探討新店溪及大漢溪水源之合理利用率大台北地區之供水風險，並進行板新地區共同調度機制、翡翠及石門水庫之聯合運用規線規劃，以資新店溪及大漢溪水源調度統合營運管理，達成禸效利用水資源之目標。</abstract><author>農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603435</governmentpublicationsnumber><identifier>52296</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52296</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>翡翠及石門水庫共同用水調度機制規劃(光碟版)＝Planning on the Mechanism of Joint Water Allocation for the Feitsui and Shihmen Reservoirs</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>52298</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52298</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(1/2)報告書＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Hualien Area(1/2)</title><yearidentifier>200708</yearidentifier></data><data><abstract> </abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6933   351.8141   443.641</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>52299</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52299</librarycollectiondetailsurl><price>700</price><publisher> </publisher><publishrocyear>96</publishrocyear><title>?文溪及鹽水溪河床變動與防洪分析研究成果報告(內附光碟)=Study on Riverbed Variations  and Flood Preventions of Tseng -Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構與作業流程等進行修正，提升現有之成本效分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960288</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603710</governmentpublicationsnumber><identifier>52300</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52300</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>防洪工程經濟效益評估之檢討修正(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本文對台灣地區過去生活用水量之變動趨勢及影響因子，利用三種方法進行分析，為滿足民眾生活用水需求並兼顧國家資源公平享用原則下，探求其推估方法，以作為水資源規劃與管理之參據。本計畫並透過專家會議之實施，初擬出基本生活用水量之建議值。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960054</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603432</governmentpublicationsnumber><identifier>52301</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52301</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台灣地區生活用水需求量之預測推估與應用＝The Modeling and Application of Estimating the Future Domestic Water Demand in Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>本文對台灣地區過去生活用水量之變動趨勢及影響因子，利用三種方法進行分析，為滿足民眾生活用水需求並兼顧國家資源公平享用原則下，探求其推估方法，以作為水資源規劃與管理之參據。本計畫並透過專家會議之實施，初擬出基本生活用水量之建議值。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960054</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603432</governmentpublicationsnumber><identifier>52302</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52302</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台灣地區生活用水需求量之預測推估與應用(光碟版)＝The Mmodeling and Application of Estimating the Future Domestic Water Demand in Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對北水處及水公司12區處聯合供水系統進行管網水力分析，檢討板二計畫及其配合備援管線工程之供水方案與工程規劃，建立新店溪及大漢溪水源調度之統合營運管理機制並研擬常態、枯旱年及特殊緊急狀況之供水作業規範。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603434</governmentpublicationsnumber><identifier>52303</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52303</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台北板新地區供水系統聯合供水管網分析＝Pipe Network Aanalysis on Conjunctive Use for Taipei-Banshin Districts of Water Supply Systems</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對北水處及水公司12區處聯合供水系統進行管網水力分析，檢討板二計畫及其配合備援管線工程之供水方案與工程規劃，建立新店溪及大漢溪水源調度之統合營運管理機制並研擬常態、枯旱年及特殊緊急狀況之供水作業規範。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603434</governmentpublicationsnumber><identifier>52304</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52304</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台北板新地區供水系統聯合供水管網分析(光碟版)＝Pipe Network Aanalysis on Conjunctive Use for Taipei-Banshin Districts of Water Supply Systems</title><yearidentifier>200712</yearidentifier></data><data><abstract>為因應南部地區中長程用水需求及開發優美水域提供觀光遊憩，行政院通過高屏大湖工程計畫，陸續完成水資源工程規劃及環評審查。本計畫因應現況環境作調整檢討，俾利該規劃案能更符合地方需求與國家發展。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603567</governmentpublicationsnumber><identifier>52305</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52305</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高屏大湖開發營運方式與地下水位變化研究＝The study on development, operation and groundwater level fluctuation of Gaoping Lake</title><yearidentifier>200712</yearidentifier></data><data><abstract>為因應南部地區中長程用水需求及開發優美水域提供觀光遊憩，行政院通過高屏大湖工程計畫，陸續完成水資源工程規劃及環評審查。本計畫因應現況環境作調整檢討，俾利該規劃案能更符合地方需求與國家發展。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603567</governmentpublicationsnumber><identifier>52306</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52306</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高屏大湖開發營運方式與地下水位變化研究(光碟版)＝The study on development, operation and groundwater level fluctuation of Gaoping Lake</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣近年來遭受風災、水災不斷，每當災害來時，經常導致河川溪水暴漲，在短時間內造成民命財產與損失。目前全台灣對於河川水位變化監測系統大多採用固定式水位計觀測；另外，於出海口處的潮位高程變化量測也非岸邊潮位計、波高計可以勝任，且成本較高。因此，對於上述在河川或近海岸某處提供點形式水位資料，其餘地區則僅能採用外插方式獲取水位資料的方法，並無法即時提供大範圍的面狀的水位資料，例如對於無設置水位計的河川某區段或河川出海口的面狀水位資料。 目前GPS均為接收直接訊號並應用於各種定位應用，其定位精度可達公分等級。唯近幾年來，由於GPS反射訊號具極佳的機動性且可以提供大範圍、高頻率、近即時性、長期觀測、低成本的遙測資訊，故分析GPS的反射訊號（Reflected GPS signal, R-GPS）用於遙測地表資訊的技術逐漸受到重視。其中R-GPS用來輔助水面水位、海面高程變化的量測，將對河川、海岸監測、整治管理提供極佳的觀測數據。 本計畫之研究目的是建立一套機動式R-GPS河川水位和近岸潮位觀測系統，試驗對象為本局管轄之水系區段及其出海口附近。希望藉此計劃之經驗，改善目前水位變化觀測方法，提升海岸研究治理與規劃設計之成效，將災害損傷降到最低，普及於其他河段。</abstract><author>嘉南藥理科技大學空間科技研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009604016</governmentpublicationsnumber><identifier>52309</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52309</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>GPS反射訊號(RGPS)應用於近岸水位量測之研究=Research of reflected GPS signal that apply to near shore water level measurement</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫壩型研究主要依據既有基本資料研擬不同壩型方案並比較其優劣點，對於後續應辦之補充調查及工作事項提供建議，以供後續辦理進一步壩型評估之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603691</governmentpublicationsnumber><identifier>52310</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52310</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－壩型研究專題報告(內附光碟)＝Kaotai Reservoir Feasibility Study (2) - Dam Type Study Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的為進行河川流量管理之多目標最佳化研究，利用相關水文、地文及魚類資料整理分析及配合水庫操作方式，以建立臺灣生態水文指標及擴充魚類個體生態矩陣，並擬定河川生態系統的管理目標，供國內水利相關人員之參考應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960228</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603924</governmentpublicationsnumber><identifier>52311</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52311</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫壩型研究主要依據既有基本資料研擬不同壩型方案並比較其優劣點，對於後續應辦之補充調查及工作事項提供建議，以供後續辦理進一步壩型評估之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603691</governmentpublicationsnumber><identifier>52313</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52313</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－壩型研究專題報告(光碟版)＝Kaotai Reservoir Feasibility Study (2) - Dam Type Study Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床之?徑尺寸分佈資訊，以應用於水?之定床模擬、動床模擬之輸砂?及沖淤?等推估。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>52314</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52314</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的為引進美國國家計算水科學及工程中心之CCHE1D、CCHE2D河道變遷模式，以濁水溪為應用於台灣實際河川案例進行模式之研究應用，並針對河道之沖淤變化趨勢，攔河堰上下游局部沖淤、岸壁沖刷機制與河道側向變遷進行探討。</abstract><author>國立交通大學</author><categoryidentifier>443.6029   44306029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960363</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603925</governmentpublicationsnumber><identifier>52318</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52318</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫環境及淹沒區民意調查，主要在初步瞭解陸域生態、水域生態及文化資產等環境生態狀況，並以問卷調查初步探詢淹沒區民眾對於高台水庫開發計畫之意向，以供後續相關調查規劃及水庫可行性評估之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603693</governmentpublicationsnumber><identifier>52319</identifier><internationalstandardbooknumber>9789860121124 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52319</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－環境及淹沒區民意調查專題報告(內附光碟)＝Kaotai Reservoir Feasibility Study (2) - Environmental and Inundated Area Residence Opinion Survey Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫環境及淹沒區民意調查，主要在初步瞭解陸域生態、水域生態及文化資產等環境生態狀況，並以問卷調查初步探詢淹沒區民眾對於高台水庫開發計畫之意向，以供後續相關調查規劃及水庫可行性評估之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603693</governmentpublicationsnumber><identifier>52322</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52322</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－環境及淹?區民意調查專題報告(光碟版)＝Kaotai Reservoir Feasibility Study (2) - Environmental and Inundated Area Residence Opinion Survey Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的為引進美國國家計算水科學及工程中心之CCHE1D、CCHE2D河道變遷模式，以濁水溪為應用於台灣實際河川案例進行模式之研究應用，並針對河道之沖淤變化趨勢，攔河堰上下游局部沖淤、岸壁沖刷機制與河道側向變遷進行探討。</abstract><author>國立交通大學</author><categoryidentifier>443.6029   44306029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960363</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/29</date><governmentpublicationsnumber>1009603925</governmentpublicationsnumber><identifier>52325</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52325</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(1/3)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫河道斷面及沉積物調查，主要對石門水庫至規劃高台水庫間之河道辦理斷面測量及河道沉積物採樣分析，並依據調查成果進行輸砂數值模式及水庫排砂功能檢討，以瞭解高台水庫對石門水庫減淤之成效。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603694</governmentpublicationsnumber><identifier>52327</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52327</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－河道斷面及沉積物調查專題報告(內附光碟)＝Kaotai Reservoir Feasibility Study (2) - Channel Cross-Section and Deposited Material Survey Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫河道斷面及沉積物調查，主要對石門水庫至規劃高台水庫間之河道辦理斷面測量及河道沉積物採樣分析，並依據調查成果進行輸砂數值模式及水庫排砂功能檢討，以瞭解高台水庫對石門水庫減淤之成效。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603694</governmentpublicationsnumber><identifier>52328</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52328</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－河道斷面及沉積物調查專題報告(光碟版)＝Kaotai Reservoir Feasibility Study (2) - Channel Cross-Section and Deposited Material Survey Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要針對堰址及人工湖區進行地表地質、航空照片判釋、地球物理探測、地質鑽探、地下水位觀測井及抽水試驗等項目調查，以瞭解計畫區內基本地質及地下水文狀況，並依調查成果提供後續規劃引用。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603931</governmentpublicationsnumber><identifier>52329</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52329</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>烏溪鳥嘴潭攔河堰初步規劃堰址地質及區域地下水調查(內附光碟)=Preliminary Planning of Niaozueitan Weir in Wu River -Geological and Regional Groundwater Investigation of Weir Site</title><yearidentifier>200712</yearidentifier></data><data><abstract>本規劃旨在辦理替代石門水庫供水水源方案及水源運用分析檢討，並進行高台水庫初步規劃、工程費估算及效益評估等事項，以供後續規劃之參考</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603695</governmentpublicationsnumber><identifier>52330</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－替代石門水庫供水水源工程規劃專題報告(內附光碟)＝Kaotai Reservoir Feasibility Study (2) - Shihmem Reservoir Alternate Water Resources Planning Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本規劃旨在辦理替代石門水庫供水水源方案及水源運用分析檢討，並進行高台水庫初步規劃、工程費估算及效益評估等事項，以供後續規劃之參考</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603695</governmentpublicationsnumber><identifier>52331</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>高台水庫可行性規劃(2)－替代石門水庫供水水源工程規劃專題報告(光碟版)＝Kaotai Reservoir Feasibility Study (2) - Shihmem Reservoir Alternate Water Resources Planning Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要針對堰址及人工湖區進行地表地質、航空照片判釋、地球物理探測、地質鑽探、地下水位觀測井及抽水試驗等項目調查，以瞭解計畫區內基本地質及地下水文狀況，並依調查成果提供後續規劃引用。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603931</governmentpublicationsnumber><identifier>52332</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52332</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>烏溪鳥嘴潭攔河堰初步規劃堰址地質及區域地下水調查(光碟版)=Preliminary Planning of Niaozueitan Weir in Wu River -Geological and Regional Groundwater Investigation of Weir Site</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以定性分析探討河道人工放淤對於河道穩定、河防安全以及生態棲地等課題的影響，並進行河道人工放淤方式的研擬。本計畫並從技術層面出發，分析物理模型與數值模式在河道人工放淤的應用性。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603890</governmentpublicationsnumber><identifier>52333</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52333</librarycollectiondetailsurl><price>700</price><publisher>經濟部f水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫淤砂回歸下游河道之模擬與整合規劃(1/3)－內附光碟＝Simulation and Integrated Study of Applying Reservoir Dredged Material in River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以定性分析探討河道人工放淤對於河道穩定、河防安全以及生態棲地等課題的影響，並進行河道人工放淤方式的研擬。本計畫並從技術層面出發，分析物理模型與數值模式在河道人工放淤的應用性。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603890</governmentpublicationsnumber><identifier>52334</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52334</librarycollectiondetailsurl><price>700</price><publisher>經濟部f水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫淤砂回歸下游河道之模擬與整合規劃(1/3)－光碟版＝Simulation and Integrated Study of Applying Reservoir Dredged Material in River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>大漢溪石門水庫對家用及公共給水標的之供水負荷巳遠超過原始設計，目前在傳統水源開發不易下，合理規劃利用及調配管理各標的用水成為重要課題。本計畫對大漢溪系統水資源運用之規劃管理工作建置不同功能分析模組，以架構完整的桃園地區水資源分析系統。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960064</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603597</governmentpublicationsnumber><identifier>52336</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52336</librarycollectiondetailsurl><price>600</price><publisher>經濟部f水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源計畫之規劃與管理模式整合研究－以桃園地區為例(1/2)＝Integration of Water Resources Allocation Models for Planning and Management－A Case Study on Taoyuan District, Taiwan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>大漢溪石門水庫對家用及公共給水標的之供水負荷巳遠超過原始設計，目前在傳統水源開發不易下，合理規劃利用及調配管理各標的用水成為重要課題。本計畫對大漢溪系統水資源運用之規劃管理工作建置不同功能分析模組，以架構完整的桃園地區水資源分析系統。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960064</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603597</governmentpublicationsnumber><identifier>52337</identifier><internationalstandardbooknumber>9789860119183 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52337</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源計畫之規劃與管理模式整合研究－以桃園地區為例(1/2)－光碟版＝Integration of Water Resources Allocation Models for Planning and Management－A Case Study on Taoyuan District, Taiwan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫包含“已核定用水計畫案件查核服務”及“重大產業合理用水量及回收率評估”二大工作項目，在查核服務方面，本年度用水計畫書實際查核186案次，以開發類別而言，工業類開發案次有81個，民生類開發案次有105個。在用水量及回收率評估方面，共研擬高科技產業5類及傳統產業4類。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960126</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009604094</governmentpublicationsnumber><identifier>52338</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52338</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>用水計畫書查核服務及重要產業合理用水量評估計畫＝The Achievements of Verifying the Ratified Water Ues Prospectus and the Assessment of Rational Water Consumption for the Important Industries</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫包含“已核定用水計畫案件查核服務”及“重大產業合理用水量及回收率評估”二大工作項目，在查核服務方面，本年度用水計畫書實際查核186案次，以開發類別而言，工業類開發案次有81個，民生類開發案次有105個。在用水量及回收率評估方面，共研擬高科技產業5類及傳統產業4類。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960126</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009604094</governmentpublicationsnumber><identifier>52339</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52339</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>用水計畫書查核服務及重要產業合理用水量評估計畫(光碟版)＝The Achievements of Verifying the Ratified Water Ues Prospectus and the Assessment of Rational Water Consumption for the Important Industries</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫包含“已核定用水計畫案件查核服務”及“重大產業合理用水量及回收率評估”二大工作項目，在查核服務方面，本年度用水計畫書實際查核186案次，以開發類別而言，工業類開發案次有81個，民生類開發案次有105個。在用水量及回收率評估方面，共研擬高科技產業5類及傳統產業4類。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960126</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009604094</governmentpublicationsnumber><identifier>52340</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52340</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>用水計畫書查核服務及重要產業合理用水量評估計畫(附錄五～九)＝The Achievements of Verifying the Ratified Water Ues Prospectus and the Assessment of Rational Water Consumption for the Important Industries (appendixes 5~9)</title><yearidentifier>200712</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>52341</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52341</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範之研訂總報告－防水、洩水建造物部分  Research and Establishment of Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation Final Report Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.38   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603827</governmentpublicationsnumber><identifier>52342</identifier><internationalstandardbooknumber>9789860121742 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52342</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範之研訂總報告－蓄水、引水建造物部分  Research and Establishment of Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation Final Report Impounding and Water-Conveying Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>「流域別用水量統計分析研究」目的在建立流域別各項用水量之統計機制，以供流域別研擬水資源綜合發展計畫基礎工作與重要參考依據，未來水資源經理工作需從流域別精準掌控用水供需，以流域別經營水資源供需調配與投資，發揮最佳與最經濟有效之運用。，第一年以北部區域淡水河及頭前溪流域著手進行。</abstract><author>中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960310</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603943</governmentpublicationsnumber><identifier>52343</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52343</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>流域別用水量統計分析研究(1/3)＝The study of water use statistics and analysis for river basin (1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>「流域別用水量統計分析研究」目的在建立流域別各項用水量之統計機制，以供流域別研擬水資源綜合發展計畫基礎工作與重要參考依據，未來水資源經理工作需從流域別精準掌控用水供需，以流域別經營水資源供需調配與投資，發揮最佳與最經濟有效之運用。，第一年以北部區域淡水河及頭前溪流域著手進行。</abstract><author>中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960310</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/30</date><governmentpublicationsnumber>1009603943</governmentpublicationsnumber><identifier>52344</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52344</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>流域別用水量統計分析研究(1/3)－光碟版＝The study of water use statistics and analysis for river basin (1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫是民國96年「水權管理支援系統維護更新」開始之執行計畫，而計畫之目的仍在維護改善「水權管理支援系統維護更新」計畫的執行成果，工作項目共八大項，其執行成果請參閱本報告之第二章、第三章及其他相關章節。水權資料庫自民國85年起已陸續建立完成，早年因無網路環境而建置單機系統，各水權承辦人自行操作，經多年來的核辦及承辦人更換頻繁與作業品質未臻完善，發現仍有漏資料、誤打資料等問題。在各縣、市政府水權承辦人或其他相關單位提出發現問題時，協助研判後進行補校正處理，調整或修正程式，以進行網頁程式之修改。另配合經濟部水利署資訊發展和水權核辦業務需求，於水權核辦系統中建置檢核功能。本文在第一章將計畫緣起及目的，做一概略的敘述。第二章針對本案的計畫工作項目做說明。第三章將主要針對工作方法及步驟做描述。第四章是著重在計畫成果。第五章為計畫進度甘特圖，以易於明瞭與掌控所有工作項目的進度。第六章是本系統維護的紀錄，以確保水權承辦人在操作系統時，所發生的問題皆能獲得解決。第七章是對結論與建議，說明本系統維護更新之主要成果，並提供後續維護更新者在維護更新本系統時之參考及建議。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960221</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604146</governmentpublicationsnumber><identifier>52345</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52345</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>96</publishrocyear><title>水權管理支援系統維護更新(光碟版)＝Maintenance and Promoting of the Water Rights Support System</title><yearidentifier>200712</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），目的為評估ASR井地下水補注技術，引用豐水期間河川剩餘流量，經由ASR井注入地下含水層儲存，在枯水期或需水時，再抽回補注水使用，發揮蓄豐濟枯之功能，以利水資源調配。 目前屏東縣枋寮鄉昌隆ASR示範廠，設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，獲得良好的現場試驗資料。 本計畫延續第3年持續維護與管理ASR井，並加強ASR井周邊設施功能正常運作，包含抽水輸水管線及管頭系統保養等進行維修與更新，使其ASR井運轉功能正常，利用 ASR井進行抽水及補注試驗。並辦理多場教學參觀，包含本校教學參觀及外賓（工研院研究人員）。今年度增加地面水及地下水質分析，該區域之水質狀況仍屬未受污染狀態。</abstract><author>屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960321</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603229</governmentpublicationsnumber><identifier>52346</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52346</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度ASR井功能維護及抽水與入滲功能觀測成果報告＝ASR Well Function Maintaining and Pumping/Recharge Tests F.Y.96</title><yearidentifier>200712</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），目的為評估ASR井地下水補注技術，引用豐水期間河川剩餘流量，經由ASR井注入地下含水層儲存，在枯水期或需水時，再抽回補注水使用，發揮蓄豐濟枯之功能，以利水資源調配。 目前屏東縣枋寮鄉昌隆ASR示範廠，設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，獲得良好的現場試驗資料。 本計畫延續第3年持續維護與管理ASR井，並加強ASR井周邊設施功能正常運作，包含抽水輸水管線及管頭系統保養等進行維修與更新，使其ASR井運轉功能正常，利用 ASR井進行抽水及補注試驗。並辦理多場教學參觀，包含本校教學參觀及外賓（工研院研究人員）。今年度增加地面水及地下水質分析，該區域之水質狀況仍屬未受污染狀態。</abstract><author>屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960321</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603229</governmentpublicationsnumber><identifier>52347</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52347</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度ASR井功能維護及抽水與入滲功能觀測成果報告(光碟版) ＝ASR Well Function Maintaining and Pumping/Recharge Tests F.Y.96</title><yearidentifier>200712</yearidentifier></data><data><abstract>南部地區由於先天受環境限制，河川流量豐枯極不均勻，加上環保意?日?提升導致水庫興建??受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經初步評估更新改善台糖公司所屬鹿寮水庫為一可行之方案。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960215</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603230</governmentpublicationsnumber><identifier>52348</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52348</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>鹿寮水庫更新改善可行性規劃(2)成果報告(光碟版)＝Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project(2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-b-01050-001-013</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603670</governmentpublicationsnumber><identifier>52349</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52349</librarycollectiondetailsurl><price>870</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(2/2)--光碟版＝Coastal Change Dectection on Taiwan Using Satellite SAR (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>52350</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(內附光碟)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>52351</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52351</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(光碟版)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603634</governmentpublicationsnumber><identifier>52352</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52352</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬(3/4)－人工養灘對底棲生物之影響(光碟版)＝Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City (3/4)－Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604390</governmentpublicationsnumber><identifier>52353</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52353</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬─人工養灘對底棲生物之影響總報告＝Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city -Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604390</governmentpublicationsnumber><identifier>52354</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52354</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬─人工養灘對底棲生物之影響總報告(光碟版)＝Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603634</governmentpublicationsnumber><identifier>52355</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52355</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬(3/4)－人工養灘對底棲生物之影響＝Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city (3/4)－Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract>南部地區由於先天受環境限制，河川流量豐枯極不均勻，加上環保意?日?提升導致水庫興建??受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經初步評估更新改善台糖公司所屬鹿寮水庫為一可行之方案。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960215</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603230</governmentpublicationsnumber><identifier>52356</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52356</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>鹿寮水庫更新改善可行性規劃(2)成果報告＝Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project(2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>南部地區由於先天受環境限制，河川流量豐枯極不均勻，加上環保意?日?提升導致水庫興建??受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經初步評估更新改善台糖公司所屬鹿寮水庫為一可行之方案。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960215</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603230</governmentpublicationsnumber><identifier>52357</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52357</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>鹿寮水庫更新改善可行性規劃(2)附錄二～附錄八＝Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project(2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由水資源永續利用現況及氣候變遷衝評估，瞭解建立因應之調適能力的重要性，後續將考量國內現有規劃策略，並且以水資源經理策略與計畫方案作為未來可能之調適策略選擇，使決策者瞭解在不同調適策略下，水資源永續利用的情形，而作出最佳之水資源規劃決策</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960132</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603461</governmentpublicationsnumber><identifier>52358</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52358</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力(1/2)－光碟版＝Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>卑南上圳位於台東縣延平鄉，每遇颱風豪雨大量砂石沖刷而下，造成攔河堰堰體及取水設施損毀外，同時因水濁度昇高造成管路堵塞及停灌之現象。為改善攔河堰取水現況以維持其取水功能及效率，由本所與台東農田水利會共同辦理。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604310</governmentpublicationsnumber><identifier>52359</identifier><internationalstandardbooknumber>9789860127737 ; 9789860127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52359</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>卑南上圳進水口取水方式規劃報告(內附光碟) Planning Report on the Intake Works of Pei-Nan Irrigation System</title><yearidentifier>200712</yearidentifier></data><data><abstract>因應台中地區社經發展快速，公共用水需求增長之情形，乃於后里地區規劃一人工湖，並評估是否能滿足中科三期新增之用水需求，或做為該地區未來中長程用水水源。主要標的為供給台中港臨海工業區之用水，增供台中地區公共用水，以滿足區域性用水需求。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604311</governmentpublicationsnumber><identifier>52360</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台中人工湖初步規劃報告(內附光碟)＝The 2005 Year's Report of Preliminary Study on Taichung Lake</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603672</governmentpublicationsnumber><identifier>52361</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52361</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究總報告(光碟版)＝Coastal Change Detection on Taiwan Using Satellite SAR (General Report)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫依已公告並經權責單位提報有改善需求之區域排水為對象，提列排水整治及環境營造經費，辦理改善工程，預計在未來六年(98~103年度)計畫內辦理完成重要待改善之區域排水工程</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960165</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603795</governmentpublicationsnumber><identifier>52362</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52362</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水整治及環境營造第5期6年計畫(內附光碟)＝The 5th Six-Year Planning of Drainage Improvement and Environment Rehabilitation</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫是民國96年「水權管理支援系統維護更新」開始之執行計畫，而計畫之目的仍在維護改善「水權管理支援系統維護更新」計畫的執行成果，工作項目共八大項，其執行成果請參閱本報告之第二章、第三章及其他相關章節。 水權資料庫自民國85年起已陸續建立完成，早年因無網路環境而建置單機系統，各水權承辦人自行操作，經多年來的核辦及承辦人更換頻繁與作業品質未臻完善，發現仍有漏資料、誤打資料等問題。在各縣、市政府水權承辦人或其他相關單位提出發現問題時，協助研判後進行補校正處理，調整或修正程式，以進行網頁程式之修改。另配合經濟部水利署資訊發展和水權核辦業務需求，於水權核辦系統中建置檢核功能。 本文在第一章將計畫緣起及目的，做一概略的敘述。第二章針對本案的計畫工作項目做說明。第三章將主要針對工作方法及步驟做描述。第四章是著重在計畫成果。第五章為計畫進度甘特圖，以易於明瞭與掌控所有工作項目的進度。第六章是本系統維護的紀錄，以確保水權承辦人在操作系統時，所發生的問題皆能獲得解決。第七章是對結論與建議，說明本系統維護更新之主要成果，並提供後續維護更新者在維護更新本系統時之參考及建議。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960221</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604146</governmentpublicationsnumber><identifier>52363</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52363</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水權管理支援系統維護更新=Maintenance and Promoting of the Water Rights Support System</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源國際技術合作與交流計畫</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960144</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009604083</governmentpublicationsnumber><identifier>52364</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52364</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源國際技術合作與交流計畫(光碟版)＝International Cooperation and Exchange Program of Water Resource Technology</title><yearidentifier>200712</yearidentifier></data><data><abstract>檢討全台河川攔河堰現有功能，就經濟、安全、環境生態、水理、水資源、永續文明等層面探討其存廢之正負面影響及存廢指標。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960194</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603997</governmentpublicationsnumber><identifier>52365</identifier><internationalstandardbooknumber>9789860125313 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52365</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>全台河川攔河堰現有功能評估及其存廢檢討(1/2)--光碟版 Functional  evaluation of  weirs in Taiwan and the assessment of removal or maintaining〈1/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫依已公告並經權責單位提報有改善需求之區域排水為對象，提列排水整治及環境營造經費，辦理改善工程，預計在未來六年(98~103年度)計畫內辦理完成重要待改善之區域排水工程</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960165</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603796</governmentpublicationsnumber><identifier>52366</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52366</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水整治及環境營造第5期6年計畫(附冊)＝The 5th Six-Year Planning of Drainage Improvement and Environment Rehabilitation</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的擬彙整比麟水庫歷年調查成果，並進行供水能力分析，依各種條件進行壩址開發尺度初步研究，以及對壩高及壩工佈置及輸水管線配置提出初步工程費估算，最後研提各建議方案，進而分析各方案之原水成本及效益，俾利往後規劃之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603538</governmentpublicationsnumber><identifier>52367</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>比麟水庫調查規劃＝Belin Reservoir Planning Study</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的擬彙整比麟水庫歷年調查成果，並進行供水能力分析，依各種條件進行壩址開發尺度初步研究，以及對壩高及壩工佈置及輸水管線配置提出初步工程費估算，最後研提各建議方案，進而分析各方案之原水成本及效益，俾利往後規劃之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603538</governmentpublicationsnumber><identifier>52368</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52368</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>比麟水庫調查規劃(光碟版)＝Belin Reservior Planning Study</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫區域位於餉潭橋上游，經推算此處集水面積為144.84平方公里，年逕流量約為3.61億噸/年，但豐枯水量相差懸殊，為期半年以上之枯水期水量約佔全年逕流量之3 %。根據本計畫現場補注試驗(豐、枯水期)結果顯示，本計畫區域平均入滲率達到16-17m/day，有利於地下水補注。計畫中利用地電阻探測計畫區域之地層走向及地下水位監測結果研判，此區域地下水流向大致符合以往針對屏東地區地下水流向之預估(東北往西南流)。但在可取水量分析中，本計畫區域可取水量經扣除上游大潮州人工湖預計取水量(50 cms)及河川保留量後，可取水機率偏低，且地下水補注於國內目前僅有試驗階段之研究成果，並無實際之案例及長期之監測，因此本區域之地下水補注，建議以颱洪時期之水量透過取水工、沉砂池及補注池進行自然補注為主。本計畫建議開發面積為40公頃，包括3座取水箱涵、3座沉砂池、3座補注池及1座備用補注池，另將開發區域利用現有植栽物種予以植栽綠美化，搭配教育解說及景觀休憩等功能。未來可將此區域定位為地下水補注之示範區，並可進一步藉由擴大補注區域及時間來確立地下水補注之機制及補注效益，以提供未來進行地下水補注及水資源開發與保育之參考依據。</abstract><author>鴻威國際工程顧問有限公司</author><categoryidentifier>443.689755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950412</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603582</governmentpublicationsnumber><identifier>52369</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52369</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>林邊溪餉潭橋上游增加地下水補注區域營造及試驗可行性評估計畫(光碟版)＝Feasible Assessment on Environmental Management and Experiment for increases Recharge of Groundwater at the upstream of Siangtan Bridge Lin-Bien River</title><yearidentifier>200712</yearidentifier></data><data><abstract>延續95年社經環境調查評估，辦理計畫區環境生態調查分析工作。蒐集以往調查成果、環境現況調查分析、依據環境現況調查結果初步分析本計畫對環境之衝擊，並提出對策建議，同時針對後續執行環境影響評估工作提出建議</abstract><author>聯美環保科技公司</author><categoryidentifier>367.028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603675</governmentpublicationsnumber><identifier>52370</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52370</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河水源開發利用及供水系統初步規劃檢討－計畫區環境生態調查分析＝A Preliminary Planning and Assessment of Water Resource Utilization and Supply Network for the Keelung River－Ecological Survey and Analysis for the Targeted Zone</title><yearidentifier>200712</yearidentifier></data><data><abstract>延續95年社經環境調查評估，辦理計畫區環境生態調查分析工作。蒐集以往調查成果、環境現況調查分析、依據環境現況調查結果初步分析本計畫對環境之衝擊，並提出對策建議，同時針對後續執行環境影響評估工作提出建議</abstract><author>聯美環保科技公司</author><categoryidentifier>367.028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960278</commissionedprojectidentifier><currency>NT$</currency><date>2008/1/31</date><governmentpublicationsnumber>1009603675</governmentpublicationsnumber><identifier>52371</identifier><internationalstandardbooknumber>9789860120097 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52371</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河水源開發利用及供水系統初步規劃檢討－計畫區環境生態調查分析(光碟版)＝A Preliminary Planning and Assessment of Water Resource Utilization and Supply Network for the Keelung River－Ecological Survey and Analysis for the Targeted Zone</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-B-01050-001-013</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009603670</governmentpublicationsnumber><identifier>52372</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52372</librarycollectiondetailsurl><price>870</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(2/2)＝Coastal Change Detection on Taiwan Using Satellite SAR (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009603672</governmentpublicationsnumber><identifier>52373</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52373</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究總報告＝Coastal Change Detection on Taiwan Using Satellite SAR (General Report)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在於檢視本區域整體水資源時空配置，整合區域地表地下水資源，俾更有效率運用區域水資源，以增加區域供水穩定性及達到水資源永續利用的目標，提供未來屏東平原地區地表地下水資源聯合運用工作推動之方針，並且針對隘寮溪河道進行地表地下水聯合運用之個案工程規劃。本計畫工作項目有六大項，(1)屏東平原水資源整體評價、(2)屏東平原地下水資源保育問題評析、(3)屏東平原地表地下水資源聯合運用原則擬定、(4)地下水補注方案評估、(5)屏東平原地表地下水資源聯合運用整體規劃構想、(6)隘寮溪地表地下水聯合運用個案工程規劃。根據本計畫水資源現況利用分析結果，屏東平原各標的用水量約15.3億立方公尺，地下水用水量9.7億立方公尺，地表水5.6億立方公尺，顯示目前屏東平原地表地下水運用之現況約36：64左右。本計畫所擬地表地下水聯合運用構想之目標有二，一為改善高屏溪汛期河水高濁度所引發供水受限之問題，二為減少扇央及扇尾地區地下水抽取量，永續利用屏東平原之水資源。為達成上述之目標，本計畫所研擬之地表地下水聯合運用方案為已核定之高屏大湖計畫及旗山溪、荖濃溪沿岸淺層地下水開發計畫、抽水井網運作計畫、隘寮溪下游河段伏流水開發計畫、東港溪水源開發計畫、大潮州人工湖及士文水庫計畫。而隘寮溪個案工程規劃評估為設置集水廊道即將出滲至河道之地下水汲取，評選出最佳之場址為南華大橋下游之106斷面。第一階段取水量為替代屏東淨水場豐水期抽取之地下水5萬CMD，並視地下水涵養補注之情況及屏東地區用水成長推動第二階段計畫，擴大取水規模為豐水期每日10萬CMD，枯水期每日5萬CMD。總工程費為13.83億元，單位原水成本為每立方公尺7.56元。如不計輸水管線，則約為2.76億元，單位原水成本為1.78元。關鍵字：地表地下水聯合運用、集水廊道、地下水補注</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960120</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/4</date><governmentpublicationsnumber>1009602832</governmentpublicationsnumber><identifier>52380</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52380</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>屏東平原地面地下水聯合運用個案工程規劃(2)內附光碟 -Review and critique of and ground water conjunctive use practices in the Pingtong Plain and the planning of a specific project along the Ai-liao CreeK(2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區第五期整體治理計畫之實施，本（95）年度為第5年辦理，其目的除持續進行集水區水體水質調查及水庫藻類生物調查，以瞭解水體水質良窳及水庫優養程度，並利用水庫集水區整合水質模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960006</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/4</date><governmentpublicationsnumber>1009603661</governmentpublicationsnumber><identifier>52381</identifier><internationalstandardbooknumber>9789860120387 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52381</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>德基水庫集水區水質監測與管理計畫(5/5)(光碟版) Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (5/5)</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫將針對工程範圍鄉鎮推動廣泛之水資源宣導，期能於工程正式動工前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960362</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/4</date><governmentpublicationsnumber>1009603744</governmentpublicationsnumber><identifier>52382</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52382</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)－地方溝通宣導計畫(光碟版)＝Feasibility Plan of Shi-Wen Reservoir(5)－The Plan of Communication and Publicity for Locals</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫之工作重點在於因應水利署核心業務之需求，辦理水資源教育訓練課程，培訓並加強各階層水利同仁之核心能力，期藉由核心能力之養成，人盡其才，確保水利同仁皆能對邁向水利願景發揮助?，從而對政府施政效果產生事半功倍之效。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960086</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009604081</governmentpublicationsnumber><identifier>52383</identifier><internationalstandardbooknumber>9789860124903 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52383</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源教育訓練計畫  The Plan of Water Resources Training</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在於檢視本區域整體水資源時空配置，整合區域地表地下水資源，俾更有效率運用區域水資源，以增加區域供水穩定性及達到水資源永續利用的目標，提供未來屏東平原地區地表地下水資源聯合運用工作推動之方針，並且針對隘寮溪河道進行地表地下水聯合運用之個案工程規劃。本計畫工作項目有六大項，(1)屏東平原水資源整體評價、(2)屏東平原地下水資源保育問題評析、(3)屏東平原地表地下水資源聯合運用原則擬定、(4)地下水補注方案評估、(5)屏東平原地表地下水資源聯合運用整體規劃構想、(6)隘寮溪地表地下水聯合運用個案工程規劃。根據本計畫水資源現況利用分析結果，屏東平原各標的用水量約15.3億立方公尺，地下水用水量9.7億立方公尺，地表水5.6億立方公尺，顯示目前屏東平原地表地下水運用之現況約36：64左右。本計畫所擬地表地下水聯合運用構想之目標有二，一為改善高屏溪汛期河水高濁度所引發供水受限之問題，二為減少扇央及扇尾地區地下水抽取量，永續利用屏東平原之水資源。為達成上述之目標，本計畫所研擬之地表地下水聯合運用方案為已核定之高屏大湖計畫及旗山溪、荖濃溪沿岸淺層地下水開發計畫、抽水井網運作計畫、隘寮溪下游河段伏流水開發計畫、東港溪水源開發計畫、大潮州人工湖及士文水庫計畫。而隘寮溪個案工程規劃評估為設置集水廊道即將出滲至河道之地下水汲取，評選出最佳之場址為南華大橋下游之106斷面。第一階段取水量為替代屏東淨水場豐水期抽取之地下水5萬CMD，並視地下水涵養補注之情況及屏東地區用水成長推動第二階段計畫，擴大取水規模為豐水期每日10萬CMD，枯水期每日5萬CMD。總工程費為13.83億元，單位原水成本為每立方公尺7.56元。如不計輸水管線，則約為2.76億元，單位原水成本為1.78元。關鍵字：地表地下水聯合運用、集水廊道、地下水補注</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960120</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009602832</governmentpublicationsnumber><identifier>52384</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52384</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>屏東平原地面地下水聯合運用個案工程規劃(2)光碟版 -Review and critique of and ground water conjunctive use practices in the Pingtong Plain and the planning of a specific project along the Ai-liao CreeK(2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區雨量雖豐，惟季節與地區上之分配不均勻，加以河川短促，流量豐枯懸殊，近年來又因人口增加及工商業發達，家庭及工商業用水急速成長，各標的間用水競爭日趨嚴重，且受地形地質條件限制，廉價之水源多已開發利用，新水源開發成本日漸高昂，加以開發對環境衝擊等問題，新水源開發計畫不易推動。為因應未來用水需求增加，應就區域與國家利益為整體考量，藉由兼具經濟誘因與管理措施之水交易方式，促進水權人主動改善取水、用水方法或設備，進而由需用水資源者利用其剩餘水量，以提高水資源利用效率。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960134</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009604153</governmentpublicationsnumber><identifier>52385</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52385</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水交易制度規劃之研究〈光碟版〉 ＝A  Research  of  Legal  Water Transfer</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603789</governmentpublicationsnumber><identifier>52386</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52386</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(急水溪至曾文溪口)總報告(光碟版)＝The Beach Restoration planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要，因此，需要一包含物理、化學及生物之綜合評估方法來達到此目標，本研究由河川型態五層分類法架構，以可跨越性溪流快速生物評估法（RBP）及河溪環境快速評估系統（SERAS）為基礎，建構包含物理性棲地、水質及水生物之綜合評估指標，並以中華大學水域生態環境中心（2005）調查之三民溪、霞雲溪、榮華溪及卡拉溪四條支流之水質及魚類調查資料為基礎，選取相同調查點位實地調查河川之棲地物理組成特性，取得並彙整該調查棲地之成果後，做為棲地優劣之評估基礎，分析結果顯示，此法能量化人為介入後對棲地之影響性，且由結果得知，生態環境之健全與否乃取決於物理性棲地的好壞。</abstract><author>國立中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960180</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603743</governmentpublicationsnumber><identifier>52387</identifier><internationalstandardbooknumber>9789860121469 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52387</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區生態環境評估與綜合成效指標之建立(1/2)(光碟版) Ecological Assessment and Integrated Effective Index of Reservior Watershed(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度計畫以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，推動在永續發展觀念下的水與綠建設，並著力於相關之研究。持續推動方向包括：水庫集水區生態工程技術諮詢與推廣、資訊科技的應用、傳統技術的發掘、介紹前瞻性集水區管理模式和水與綠環境規劃宣導等，進行集水區之水環境管理工作，致使水庫集水區之保育得以朝永續發展邁進。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603700</governmentpublicationsnumber><identifier>52388</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52388</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水環境研究中心96綜合執行計劃(3/5)－光碟版＝Water Environment Research Center 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>行政院於民國95年3月核定「水庫集水區保育綱要」，對於水庫集水區保育計畫水土保持工程將依業務權責及專長分工治理，涉及單位包括水庫管理單位、行政院農委會水土保持局、林務局及道路主管機關等。為有效管理治理水庫集水區，使水庫達永續利用之最終目標，本計畫整合水庫集水區水資源保育之完整資訊，建立水庫集水區管理及治理平台之資訊化作業，提供各項空間環境資訊，作為水庫集水區保育實施計畫擬訂之重要參考依據及未來水庫集水區共通平台之基礎，並持續建置南化水庫、鯉魚潭水庫及烏山頭水庫集水區範圍保育及監測管理資訊，規劃行動式管理系統，透過PDA Phone即時查詢水庫集水區保育資訊，以達多元化管理之目標。此外，本計畫探討國外水庫集水區管理組織面及制度面之案例，提出水庫集水區管理制度架構設計與建議，以為後續政府進行現行組織制度檢討之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960173</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603775</governmentpublicationsnumber><identifier>52389</identifier><internationalstandardbooknumber>9789860121315 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52389</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區保育及管理資料庫建置與應用系統整合計畫(1/2)－光碟版 The Establishment and Integration of Web Based System for Conservation and Management in Resvoir Watershed Areas(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>國立中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960033</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603944</governmentpublicationsnumber><identifier>52390</identifier><internationalstandardbooknumber>9789860123029 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52390</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫濱水帶植生與其保育功能之研究(2/2)－光碟版 Study on Vegetation and Conservation Effect of Reservoir Riparian Zone(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.32762   351.3262</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603788</governmentpublicationsnumber><identifier>52391</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52391</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(2/2)急水溪至曾文溪口(光碟版)＝The each Restoration Planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立石門水庫集水區土砂風險評估模式，並以此模式為基礎，提出石門水庫集水區整體治理對策，以維持水庫設計功能的正常發揮，延長石門水庫的使用壽命</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960201</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603561</governmentpublicationsnumber><identifier>52392</identifier><internationalstandardbooknumber>9789860120615 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52392</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究(2/3)－光碟版 A study  on risk assessment of landslide and sediment deposition in Shihmen watershed</title><yearidentifier>200711</yearidentifier></data><data><abstract>本研究主要目的在建立一套適用於臺灣水庫集水區非點源污染傳輸的模擬模式，考慮的污染物包括泥砂、營養源（磷、氮）等，工作範圍包括簡易模式、複雜模式的選取，模式功能及優劣性比較，本土化條件的考量。另外需選取二座水庫集水區加以實際應用、展示，比較模式之各項功能。第一年的研究以泥砂模擬為主，建議選取石門水庫集水區加以應用分析，以作為國內水源保護及自來水供應之重要工作參考。第二年的工作則以其他污染源（例如：總磷、氮、BOD）為考慮對象及模式手冊之撰寫及推廣。此項研究工作的成果將可做為國內集水區保育、治理規劃的重要參考依據。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960114</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603945</governmentpublicationsnumber><identifier>52393</identifier><internationalstandardbooknumber>9789860126891 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52393</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區非點源污染傳輸最適用模式之建立與應用(2/2)－光碟版 Evaluation and Application of Suitable Models for Nonpoint Source Pollution in Reservoir Watersheds(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>以河川棲地二維模式為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品評估模組，經由現地水生物及河川流況調查資料，求得研究河段之水生物群聚與流況多樣性之關係，再以此作為規劃河川水利建造物對河川棲地品質之檢定基準。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6   443.6897   443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603922</governmentpublicationsnumber><identifier>52394</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52394</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(1/2)(第一年)成果報告書(光碟版)＝The Application of 2-Dimensional River Habitat Model(River 2D)</title><yearidentifier>200712</yearidentifier></data><data><abstract>分析蘭陽地區地面及地下水的特性與利用現況，以建置地面與地下水聯合運用之數值模式，藉此提出本地區地面與地下水聯合運用具體策略及方案</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603609</governmentpublicationsnumber><identifier>52395</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52395</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>蘭陽地區地面地下水聯合運用規劃(光碟版)＝Conjunctive Utilization of Surface Water with Ground Water for Lan-Yang Area</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對前期研提之各可行方案進行相關基本資料補充調查檢測，並檢討各可行方案之功能、工程規劃、各方案間之關聯性及計畫推展之難易度分析與供水期程。優選基隆河水源開發利用可行之方案，並做為下階段辦理可行性評估之參考。      針對前期研提之各可行方案進行相關基本資料補充調查檢測，並檢討各可行方案之功能、工程規劃、各方案間之關聯性及計畫推展之難易度分析與供水期程。優選基隆河水源開發利用可行之方案，並做為下階段辦理可行性評估之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603678</governmentpublicationsnumber><identifier>52396</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52396</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河水源開發利用及供水系統初步規劃檢討─水源與工程規劃(光碟版)＝A Preliminary Planning and Assessment  of  Water Resource Utilization and supply Network for the Keelung River-Water Resource Potential and Engineering Studing</title><yearidentifier>200712</yearidentifier></data><data><abstract>彙整統合歷年完成河川情勢資料，以期對於河川水資源之管理，生態環境之維護、及水利工程規劃之需求，提供不同使用者有效率的操作界面。</abstract><author>中興工程顧問股份有限公司編</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960262</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52397</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52397</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)(光碟版)＝The Database Management Information System of River's Investigation〈1/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>苗栗縣苑裡鎮市區灌溉渠道、區域排水及雨水下水道等系統，因錯綜複雜不易管理，市區遇豪大雨即有淹水可能，藉由本次改善方案提出除能找出問題之關鍵並提供與各相關單位作為改善市區淹水之依據。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.62   443.68971902</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/5</date><governmentpublicationsnumber>1009603526</governmentpublicationsnumber><identifier>52398</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52398</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>苑裡溪/流經市區灌溉溝圳改善規劃(光碟版)＝Planning for improvement on the Yuanli River / the Irrigation Channel Passing through the Urban</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603354</governmentpublicationsnumber><identifier>52399</identifier><internationalstandardbooknumber>9789860117226 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52399</librarycollectiondetailsurl><price>670</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五.綜合專題集水區保育規劃(內附光碟)=Feasibility Study of Shi -Wen Reservoir(6)-Planning of the Watershed Conservation</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603354</governmentpublicationsnumber><identifier>52400</identifier><internationalstandardbooknumber>9789860117226 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52400</librarycollectiondetailsurl><price>670</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(6)五.綜合專題集水區保育規劃(光碟版)=Feasibility Study of Shi -Wen Reservoir(6)-Planning of the Watershed Conservation</title><yearidentifier>200712</yearidentifier></data><data><abstract>以河川棲地二維模式為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品評估模組，經由現地水生物及河川流況調查資料，求得研究河段之水生物群聚與流況多樣性之關係，再以此作為規劃河川水利建造物對河川棲地品質之檢定基準。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6   443.689790   443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603922</governmentpublicationsnumber><identifier>52401</identifier><internationalstandardbooknumber>9789860123340 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52401</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(1/2)(第一年)成果報告書=The Application of 2-Dimensional River Habitat Model (River 2D)</title><yearidentifier>200712</yearidentifier></data><data><abstract>檢討全台河川攔河堰現有功能，就經濟、安全、環境生態、水理、水資源、永續文明等層面探討其存廢之正負面影響及存廢指標。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960194</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603997</governmentpublicationsnumber><identifier>52403</identifier><internationalstandardbooknumber>9789860125313 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52403</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>全台河川攔河堰現有功能評估及其存廢檢討(1/2) Functional evaluation of weirs in Taiwan and the assessment of removal or maintaining(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，其中公告為水庫者為90處，依據「水利建造物檢查及安全評估辦法」規定，各建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。 上述年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；由於蓄水與引水建造物數量眾多，在本署人力有限之情況下，為期有效掌握其安全狀況與可能發生之潛在問題，使蓄水與引水建造物之檢查報告稽核、檢查之複查及安全評估報告審查能更嚴謹及詳實，進而針對老舊水庫研提相關設施更新改善可行對策，故本計畫擬委託具有專業技術及能力之機構協助本署辦理相關工作。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見供本署提報「經濟部水利建造物檢查及安全評估小組」委員會議討論。 同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。 本計畫目的即在配合本署業務需要委託專業機構協助本署辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960001</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603639</governmentpublicationsnumber><identifier>52409</identifier><internationalstandardbooknumber>9789860119794 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52409</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(2/3)－光碟版 Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈2/3〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，其中公告為水庫者為90處，依據「水利建造物檢查及安全評估辦法」規定，各建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。 上述年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；由於蓄水與引水建造物數量眾多，在本署人力有限之情況下，為期有效掌握其安全狀況與可能發生之潛在問題，使蓄水與引水建造物之檢查報告稽核、檢查之複查及安全評估報告審查能更嚴謹及詳實，進而針對老舊水庫研提相關設施更新改善可行對策，故本計畫擬委託具有專業技術及能力之機構協助本署辦理相關工作。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見供本署提報「經濟部水利建造物檢查及安全評估小組」委員會議討論。 同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。 本計畫目的即在配合本署業務需要委託專業機構協助本署辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960001</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/12</date><governmentpublicationsnumber>1009603639</governmentpublicationsnumber><identifier>52411</identifier><internationalstandardbooknumber>9789860119794 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52411</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(2/3) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈2/3〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐及淹水及土石流災害，水利單位對於定量降水估計具有迫切的需求，如何利用先進的雷達技術改善定量降水估計提供洪水預警及水資源管理，並作為國土復育所需之基本資料調查是未來工作的重點。 本署從2004至2006年持續辦理提升雷達降水估計及預報能力的相關委託計畫，委託中央大學大氣科學系雷達氣象實驗室，並由中央大學、國科會、氣象局、民航局、中科院共同協助支持下，以中正機場汰舊都卜勒雷達進行雙偏極化升級的工作，已於2004年11月底前完成雙偏極化功能升級，同時在台灣北部協助本署架設雨滴譜儀網。2005-2006年進行北部雙偏極化雷達及雨滴譜儀網降水系統觀測，其中包括梅雨及颱風時期的豪大雨個案，同時發展資料處理、降水估計方法，經過本署雨滴譜儀網及雨量計網的驗證，證實雨量估計的準確性大為提高。經過兩年計畫配合本署雨滴譜儀網的觀測驗證，證實雙偏極化雷達的降雨即時觀測，可以提供高時間、空間解析度精確降水估計，是針對水患防救災及水資源管理十分重要並無可取代的工具。因此本署擬透過此委託計畫在2007年持續取得即時自動雙偏極化都卜勒雷達之最佳降水產品，並將資料納入本署與氣象局共同使用之QPESUMS系統，提供本署及相關防救災單位應用。 由於雙偏極化雷達觀測降水的優越性已經獲得本署及其他相關作業及災防單位的認可，並透過行政院災害防救專家諮詢委員會積極推動，在重要颱洪災害潛勢地區評估精密降雨雷達網之效益，因此本年度本署亦將因應此發展方向，委託具有偏極化降雨雷達的專長之單位，評估規劃未來建設台灣精密降水雷達網可行性。</abstract><author>中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960314</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603910</governmentpublicationsnumber><identifier>52415</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52415</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣精密降雨雷達網建立先期評估計畫(1/2)=The feasibility study of the precipitation radar network in Taiwan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐及淹水及土石流災害，水利單位對於定量降水估計具有迫切的需求，如何利用先進的雷達技術改善定量降水估計提供洪水預警及水資源管理，並作為國土復育所需之基本資料調查是未來工作的重點。 本署從2004至2006年持續辦理提升雷達降水估計及預報能力的相關委託計畫，委託中央大學大氣科學系雷達氣象實驗室，並由中央大學、國科會、氣象局、民航局、中科院共同協助支持下，以中正機場汰舊都卜勒雷達進行雙偏極化升級的工作，已於2004年11月底前完成雙偏極化功能升級，同時在台灣北部協助本署架設雨滴譜儀網。2005-2006年進行北部雙偏極化雷達及雨滴譜儀網降水系統觀測，其中包括梅雨及颱風時期的豪大雨個案，同時發展資料處理、降水估計方法，經過本署雨滴譜儀網及雨量計網的驗證，證實雨量估計的準確性大為提高。經過兩年計畫配合本署雨滴譜儀網的觀測驗證，證實雙偏極化雷達的降雨即時觀測，可以提供高時間、空間解析度精確降水估計，是針對水患防救災及水資源管理十分重要並無可取代的工具。因此本署擬透過此委託計畫在2007年持續取得即時自動雙偏極化都卜勒雷達之最佳降水產品，並將資料納入本署與氣象局共同使用之QPESUMS系統，提供本署及相關防救災單位應用。 由於雙偏極化雷達觀測降水的優越性已經獲得本署及其他相關作業及災防單位的認可，並透過行政院災害防救專家諮詢委員會積極推動，在重要颱洪災害潛勢地區評估精密降雨雷達網之效益，因此本年度本署亦將因應此發展方向，委託具有偏極化降雨雷達的專長之單位，評估規劃未來建設台灣精密降水雷達網可行性。</abstract><author>中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960314</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603910</governmentpublicationsnumber><identifier>52416</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52416</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣精密降雨雷達網建立先期評估計畫(1/2)(光碟版)＝The feasibility study of the precipitation radar network in Taiwan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫工作為近海水文站網之操作與品管及近海水文資料分析與應用研究，合計共包含22工作項目，包含例行性、研發性與應用性方面之工作。例行性工作是從事近海水文站網之維護管理與更新工作；研發性之工作為現有觀測系統之改良並研究發展新式觀測技術；應用性的工作則是推廣觀測資料之應用，提昇在防災減災上之應用，創造觀測資料附加價值。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7   351.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960002</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603915</governmentpublicationsnumber><identifier>52417</identifier><internationalstandardbooknumber>9789860123043 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52417</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(2/2)=Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫工作為近海水文站網之操作與品管及近海水文資料分析與應用研究，合計共包含22工作項目，包含例行性、研發性與應用性方面之工作。例行性工作是從事近海水文站網之維護管理與更新工作；研發性之工作為現有觀測系統之改良並研究發展新式觀測技術；應用性的工作則是推廣觀測資料之應用，提昇在防災減災上之應用，創造觀測資料附加價值。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7   351.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960002</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603915</governmentpublicationsnumber><identifier>52418</identifier><internationalstandardbooknumber>9789860123043 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52418</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(2/2)附冊=Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫工作為近海水文站網之操作與品管及近海水文資料分析與應用研究，合計共包含22工作項目，包含例行性、研發性與應用性方面之工作。例行性工作是從事近海水文站網之維護管理與更新工作；研發性之工作為現有觀測系統之改良並研究發展新式觀測技術；應用性的工作則是推廣觀測資料之應用，提昇在防災減災上之應用，創造觀測資料附加價值。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7   351.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960002</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603915</governmentpublicationsnumber><identifier>52419</identifier><internationalstandardbooknumber>9789860123043 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52419</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(2/2)－光碟版  Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源系統是一個動態開放的複雜系統，存在著許多不確定的因素，包括自然環境的不確定性與未知性、人類經濟活動以及社群活動的變遷等，均對於區域或全球水資源系統?生重大的影響。這些不確定性因素的存在，對於政府水資源政策乃至整體水資源運用帶來不同程度的風險，有時甚至會造成難以挽回的災難性後果。我們必須了解水資源政策有其先天的不確定性，因此如何從「風險」的角度評估、規劃、執行水資源政策成為當前水利主管機關不可忽視的重要課題。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960022</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603892</governmentpublicationsnumber><identifier>52420</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52420</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源政策風險管理機制(2/2)＝The Mechanism of Risk Management for Water Resources Policy(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源系統是一個動態開放的複雜系統，存在著許多不確定的因素，包括自然環境的不確定性與未知性、人類經濟活動以及社群活動的變遷等，均對於區域或全球水資源系統?生重大的影響。這些不確定性因素的存在，對於政府水資源政策乃至整體水資源運用帶來不同程度的風險，有時甚至會造成難以挽回的災難性後果。我們必須了解水資源政策有其先天的不確定性，因此如何從「風險」的角度評估、規劃、執行水資源政策成為當前水利主管機關不可忽視的重要課題。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960022</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603892</governmentpublicationsnumber><identifier>52421</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52421</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源政策風險管理機制(2/2)－光碟版＝The Mechanism of Risk Management for Water Resources Policy(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫最終之目的是瞭解水資源相關費用同時開徵政策所產生之社會經濟效能和效率，並藉此以作為政府修正或調整水資源相關費用之訂定或執行策略之決策參考，從而以確保水資源環境費（稅）政策能達成環境外部成本內部化與增進水資源環境分配與有效運用之目標。</abstract><author>台大嚴慶齡工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960111</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603777</governmentpublicationsnumber><identifier>52422</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52422</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>水資源相關費用同時開徵之政策影響評估(2/2)＝The Study of Policy Impact Evaluation for Simultaneous Levy of Water Resources Fees (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫最終之目的是瞭解水資源相關費用同時開徵政策所產生之社會經濟效能和效率，並藉此以作為政府修正或調整水資源相關費用之訂定或執行策略之決策參考，從而以確保水資源環境費（稅）政策能達成環境外部成本內部化與增進水資源環境分配與有效運用之目標。</abstract><author>台大嚴慶齡工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960111</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009603777</governmentpublicationsnumber><identifier>52423</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52423</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>水資源相關費用同時開徵之政策影響評估(2/2)－光碟版＝The Study of Policy Impact Evaluation for Simultaneous Levy of Water Resources Fees (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區在民國五十年代開始發現有地層下陷現象，先是台北地區，而後西南沿海地區，因養殖漁業發達，養殖面積迅速擴大，以致需求水量遽增。在地面水源之水質水量無法滿足養殖業之需求情形下，遂大量抽取地下水使用，致使地下水水位急速下降，形成地層下陷。嚴重下陷地區其海拔高程甚至已低於海平面，政府雖一再改善排水及禦潮設施，但豪雨颱風時仍頻頻發生淹水且積水不退現象。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950116</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009601695</governmentpublicationsnumber><identifier>52425</identifier><internationalstandardbooknumber>9789860101676 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52425</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>配合國土復育方案檢討修正水利法(1/2)  Review and Suggestions to Revision of Water Act Subject to National Land Restoration Strategy and Action Plan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區在民國五十年代開始發現有地層下陷現象，先是台北地區，而後西南沿海地區，因養殖漁業發達，養殖面積迅速擴大，以致需求水量遽增。在地面水源之水質水量無法滿足養殖業之需求情形下，遂大量抽取地下水使用，致使地下水水位急速下降，形成地層下陷。嚴重下陷地區其海拔高程甚至已低於海平面，政府雖一再改善排水及禦潮設施，但豪雨颱風時仍頻頻發生淹水且積水不退現象。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950116</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009601695</governmentpublicationsnumber><identifier>52426</identifier><internationalstandardbooknumber>9789860101676 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52426</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>配合國土復育方案檢討修正水利法(1/2)－光碟版  Review and Suggestions to Revision of Water Act Subject to National Land Restoration Strategy and Action Plan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>在政府人力編制難以擴增下，導入民間參與，積極獎?輔導地方民眾及原住民?與敏感地區管?及環境保育工作，為當前務實可行之作法。本計畫任務為配合水利署河川復育及保育守護計畫進行「水環境調查訓練及調查成果展示」，以「建立河川溪流、區域排水及中小排水環境景觀生態現地調查資訊庫系統、展示網站」及「完成辦理觀摩活動與優良人員表揚大會，鼓勵當地民眾積極參與地方水利環境維護與調查之工作」為主要目標。水環境調查訓練部分：(1)完成3場次分區教育訓練，計培訓守護隊員約200人；(2)完成2場次國土復育暨水環境永續發展觀摩活動及1場次小小守護軍紮根教育培訓營；(3)完成辦理河川復育及保育守護隊成立誓師大會與會隊員計約250人；(4)赴12原住民鄉守護隊現地拜訪輔導與協助主辦機關現地考核共計24次。調查成果展示部分：(1)完成河川復育及保育守護成果展示網站計5套，含總入口網及4個分區展示網；(2)完成河川復育及保育守護調查成果資料庫查詢平台1套及2場次系統操作教育訓練；(3)完成1場次區域成果展示活動；(4)完成河川復育及保育守護調查成果彙編報告一式2 本，計印製300套。河川復育和保育守護工作應為永續工程，因此未來在河川環境相關基本知識及實務交流等課程訓練，應繼續辦理研習並妥善運用已具基礎之守護員，培養專業素資，輔導朝向地方協力營造優質之水環境，並結合地方特色逐步建立社會價值目標，以達到河川復育及保育守護計畫之願景。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950419</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/13</date><governmentpublicationsnumber>1009602787</governmentpublicationsnumber><identifier>52429</identifier><internationalstandardbooknumber>9789860111835 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52429</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川復育及保育守護計畫：水環境調查訓練及調查成果展示  River restoration and preservation project：a demonstration of the results of the investigation, training, and inspection of water environment</title><yearidentifier>200709</yearidentifier></data><data><abstract>隨著時代的變遷與生活方式的改變，臺灣經濟快速發展、人口激增，以致內陸土地不敷使用，海岸地區乃成為競相開發利用之對象。由於海岸地區為生產力最高、生態環境最為敏感之區域，且海岸管理牽涉經濟、環境、生態、工程等眾多面向，而每個面向間之交互作用錯綜複雜，因此需要更進一步的發展科學技術，整合性、全面化地思考海岸地區各層面的因素與問題，協調溝通不同層級的組織團體，以妥善管理海岸資源，建立永續發展能力之要項。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960052</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603887</governmentpublicationsnumber><identifier>52430</identifier><internationalstandardbooknumber>9789860122350 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52430</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海岸地區整合性管理保育決策分析計畫：以高雄為例(3/3) 內附光碟 Decision Analysis for Integrated Coastal Zone Management and Conservation - Examples on Kaohsing (3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>隨著時代的變遷與生活方式的改變，臺灣經濟快速發展、人口激增，以致內陸土地不敷使用，海岸地區乃成為競相開發利用之對象。由於海岸地區為生產力最高、生態環境最為敏感之區域，且海岸管理牽涉經濟、環境、生態、工程等眾多面向，而每個面向間之交互作用錯綜複雜，因此需要更進一步的發展科學技術，整合性、全面化地思考海岸地區各層面的因素與問題，協調溝通不同層級的組織團體，以妥善管理海岸資源，建立永續發展能力之要項。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960052</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603887</governmentpublicationsnumber><identifier>52431</identifier><internationalstandardbooknumber>9789860122350 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52431</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海岸地區整合性管理保育決策分析計畫：以高雄為例(3/3)－光碟版  Decision Analysis for Integrated Coastal Zone Management and Conservation - Examples on Kaohsing (3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對前期研提之各可行方案進行相關基本資料補充調查檢測，並檢討各可行方案之功能、工程規劃、各方案間之關聯性及計畫推展之難易度分析與供水期程。優選基隆河水源開發利用可行之方案，並做為下階段辦理可行性評估之參考。      針對前期研提之各可行方案進行相關基本資料補充調查檢測，並檢討各可行方案之功能、工程規劃、各方案間之關聯性及計畫推展之難易度分析與供水期程。優選基隆河水源開發利用可行之方案，並做為下階段辦理可行性評估之參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960210</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603678</governmentpublicationsnumber><identifier>52433</identifier><internationalstandardbooknumber>9789860121087 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52433</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河水源開發利用及供水系統初步規劃檢討─水源與工程規劃 A  Preliminary  Planning  and  Assessment   of   Water  Resource  Utilization  and  supply  Network  for  the  Keelung  River-Water  Resource  Potential  and  Engineering  Studing</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源之日漸枯竭已成為世界各國經濟發展都必須面臨的嚴重考驗。根據聯合國發出的缺水警訊顯示，除非各國能更有效率的利用淡水資源、控制河川與湖泊污染，否則預計至2025年時全世界將有三分之一人口遭受嚴重缺水的壓力。台灣地區現階段水資源利用係以川流水、地下水與水庫為主，其中川流水的利用受限於各年的水文狀況、現有水庫調蓄能力不足、新水庫興建費時且遭保育團體反對、地下水也易因超抽而造成地層下陷，同時為因應枯水年之民生與工業用水需求，也常實施農業用水減量供應及農田休耕等措施。在國內各種天然條件限制與保育自然環境之情況下，為維持並增進民眾生活品質與事業發展，積極推動多元水源的開發實為刻不容緩的政策。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009604136</governmentpublicationsnumber><identifier>52437</identifier><internationalstandardbooknumber>9789860125467 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52437</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>多元化水源發展政策實施計畫之研擬(1/2)  Composing the Execution Plan for the Diversified Water Resources Development Policy (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源之日漸枯竭已成為世界各國經濟發展都必須面臨的嚴重考驗。根據聯合國發出的缺水警訊顯示，除非各國能更有效率的利用淡水資源、控制河川與湖泊污染，否則預計至2025年時全世界將有三分之一人口遭受嚴重缺水的壓力。台灣地區現階段水資源利用係以川流水、地下水與水庫為主，其中川流水的利用受限於各年的水文狀況、現有水庫調蓄能力不足、新水庫興建費時且遭保育團體反對、地下水也易因超抽而造成地層下陷，同時為因應枯水年之民生與工業用水需求，也常實施農業用水減量供應及農田休耕等措施。在國內各種天然條件限制與保育自然環境之情況下，為維持並增進民眾生活品質與事業發展，積極推動多元水源的開發實為刻不容緩的政策。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009604136</governmentpublicationsnumber><identifier>52438</identifier><internationalstandardbooknumber>9789860125467 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52438</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>多元化水源發展政策實施計畫之研擬(1/2)－光碟版  Composing the Execution Plan for the Diversified Water Resources Development Policy (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/96-WR</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009604378</governmentpublicationsnumber><identifier>52439</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52439</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度曾文.牡丹.高屏溪及甲仙攔河堰水質檢驗分析計畫總報告 96年度=Tseng-Wen,Mu-Dan,Kao-Ping River and Chia-Sheng weir water-quality monitoring and analysis report</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫的工作扮演著水利人新舊世代間互動的角色功能，水資源新聞電子報每天蒐尋新的水資源訊息及國際全球相關新知，全年無休將新的水資源資訊彙整傳播並妥善保存歷史新聞收錄於資料庫查詢系統之中；特定議題研析則從收納的全球新知中萃取並延伸彙整當前國際關注之水利相關課題及因應策略，展現極速時代中水資源外部新知知識收納及彙整的功能角色。而「水資源專業知識資料庫」、「水利工程與防災技術文件資料庫」及「綜合企劃組行政輔助資料庫」等資訊服務系統則扮演著將組織內同仁的經驗與智慧有系統地以文件檔案綜合整理存放於資料庫中，使它得以延續保留下去。但是知識是在人與人之間傳播，只有人能應用知識。因此，未來除了人性化資訊系統的建構外，人的參與是必要的，水利知識的傳承運作是水利人與資訊科技交互為用，本計畫建議將已建置的資料庫系統再進一步整合周詳設計，把人性及工作習性納入考量，發展建構一套學習與知識分享文化的使用平台，相信將來必會有助於水利署的永續經營。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960021</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603889</governmentpublicationsnumber><identifier>52440</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52440</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程與防災技術資料庫建立之研究(3/3)總報告＝Creation of Database for Hydraulic Engineering and Disaster Prevention(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫的工作扮演著水利人新舊世代間互動的角色功能，水資源新聞電子報每天蒐尋新的水資源訊息及國際全球相關新知，全年無休將新的水資源資訊彙整傳播並妥善保存歷史新聞收錄於資料庫查詢系統之中；特定議題研析則從收納的全球新知中萃取並延伸彙整當前國際關注之水利相關課題及因應策略，展現極速時代中水資源外部新知知識收納及彙整的功能角色。而「水資源專業知識資料庫」、「水利工程與防災技術文件資料庫」及「綜合企劃組行政輔助資料庫」等資訊服務系統則扮演著將組織內同仁的經驗與智慧有系統地以文件檔案綜合整理存放於資料庫中，使它得以延續保留下去。但是知識是在人與人之間傳播，只有人能應用知識。因此，未來除了人性化資訊系統的建構外，人的參與是必要的，水利知識的傳承運作是水利人與資訊科技交互為用，本計畫建議將已建置的資料庫系統再進一步整合周詳設計，把人性及工作習性納入考量，發展建構一套學習與知識分享文化的使用平台，相信將來必會有助於水利署的永續經營。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960021</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603889</governmentpublicationsnumber><identifier>52441</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52441</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程與防災技術資料庫建立之研究(3/3)附錄五單行報告－全球水資源新知特定議題研析彙編＝Creation of Database for Hydraulic Engineering and Disaster Prevention(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>彙整統合歷年完成河川情勢資料，以期對於河川水資源之管理，生態環境之維護、及水利工程規劃之需求，提供不同使用者有效率的操作界面。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029   351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960262</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52442</identifier><internationalstandardbooknumber>9789860124507 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52442</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)=The Database Management Information System of River's Investigation(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫的工作扮演著水利人新舊世代間互動的角色功能，水資源新聞電子報每天蒐尋新的水資源訊息及國際全球相關新知，全年無休將新的水資源資訊彙整傳播並妥善保存歷史新聞收錄於資料庫查詢系統之中；特定議題研析則從收納的全球新知中萃取並延伸彙整當前國際關注之水利相關課題及因應策略，展現極速時代中水資源外部新知知識收納及彙整的功能角色。而「水資源專業知識資料庫」、「水利工程與防災技術文件資料庫」及「綜合企劃組行政輔助資料庫」等資訊服務系統則扮演著將組織內同仁的經驗與智慧有系統地以文件檔案綜合整理存放於資料庫中，使它得以延續保留下去。但是知識是在人與人之間傳播，只有人能應用知識。因此，未來除了人性化資訊系統的建構外，人的參與是必要的，水利知識的傳承運作是水利人與資訊科技交互為用，本計畫建議將已建置的資料庫系統再進一步整合周詳設計，把人性及工作習性納入考量，發展建構一套學習與知識分享文化的使用平台，相信將來必會有助於水利署的永續經營。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960021</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009603889</governmentpublicationsnumber><identifier>52443</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52443</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程與防災技術資料庫建立之研究(3/3)總報告－光碟版＝Creation of Database for Hydraulic Engineering and Disaster Prevention(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區雨量雖豐，惟季節與地區上之分配不均勻，加以河川短促，流量豐枯懸殊，近年來又因人口增加及工商業發達，家庭及工商業用水急速成長，各標的間用水競爭日趨嚴重，且受地形地質條件限制，廉價之水源多已開發利用，新水源開發成本日漸高昂，加以開發對環境衝擊等問題，新水源開發計畫不易推動。為因應未來用水需求增加，應就區域與國家利益為整體考量，藉由兼具經濟誘因與管理措施之水交易方式，促進水權人主動改善取水、用水方法或設備，進而由需用水資源者利用其剩餘水量，以提高水資源利用效率。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960134</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/14</date><governmentpublicationsnumber>1009604153</governmentpublicationsnumber><identifier>52444</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52444</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水交易制度規劃之研究＝ A  Research  of  Legal  Water Transfer</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的為依據「第2期地層下陷防治執行方案」及「彰化雲林地區地層下陷防治計畫」等上位計畫指示，研擬濁水溪沖積扇地面地下水聯合運用具體可行方案方案，俾利落實地層下陷防治工作成效，以期有效解決彰雲地區地層下陷問題，達成濁水溪沖積扇地區水資源永續利用的總體目標，並建立成效評估數學模式，評估方案推動後地下水水位變化</abstract><author>中興工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/15</date><governmentpublicationsnumber>1009604148</governmentpublicationsnumber><identifier>52451</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52451</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪沖積扇地面地下水聯合運用管理模式建立與機制評估總報告＝Conjunctive Use of Surface and Groundwater in Cho-Shui Creek Fan Study and Evaluation on Water Utilization Measures</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的為依據「第2期地層下陷防治執行方案」及「彰化雲林地區地層下陷防治計畫」等上位計畫指示，研擬濁水溪沖積扇地面地下水聯合運用具體可行方案方案，俾利落實地層下陷防治工作成效，以期有效解決彰雲地區地層下陷問題，達成濁水溪沖積扇地區水資源永續利用的總體目標，並建立成效評估數學模式，評估方案推動後地下水水位變化</abstract><author>中興工程顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/15</date><governmentpublicationsnumber>1009604148</governmentpublicationsnumber><identifier>52452</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52452</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪沖積扇地面地下水聯合運用管理模式建立與機制評估總報告－光碟版＝Conjunctive Use of Surface and Groundwater in Cho-Shui Creek Fan Study and Evaluation on Water Utilization Measures</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案，本計畫將針對工程範圍鄉鎮推動廣泛之水資源宣導，期能於工程正式動工前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960362</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/15</date><governmentpublicationsnumber>1009603744</governmentpublicationsnumber><identifier>52455</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52455</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>士文水庫可行性規劃(五)－地方溝通宣導計畫＝Feasibility Plan of Shi-Wen Reservoir(5)－The Plan of Communication and Publicity for Locals</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫區域位於餉潭橋上游，經推算此處集水面積為144.84平方公里，年逕流量約為3.61億噸/年，但豐枯水量相差懸殊，為期半年以上之枯水期水量約佔全年逕流量之3 %。根據本計畫現場補注試驗(豐、枯水期)結果顯示，本計畫區域平均入滲率達到16-17m/day，有利於地下水補注。計畫中利用地電阻探測計畫區域之地層走向及地下水位監測結果研判，此區域地下水流向大致符合以往針對屏東地區地下水流向之預估(東北往西南流)。但在可取水量分析中，本計畫區域可取水量經扣除上游大潮州人工湖預計取水量(50 cms)及河川保留量後，可取水機率偏低，且地下水補注於國內目前僅有試驗階段之研究成果，並無實際之案例及長期之監測，因此本區域之地下水補注，建議以颱洪時期之水量透過取水工、沉砂池及補注池進行自然補注為主。本計畫建議開發面積為40公頃，包括3座取水箱涵、3座沉砂池、3座補注池及1座備用補注池，另將開發區域利用現有植栽物種予以植栽綠美化，搭配教育解說及景觀休憩等功能。未來可將此區域定位為地下水補注之示範區，並可進一步藉由擴大補注區域及時間來確立地下水補注之機制及補注效益，以提供未來進行地下水補注及水資源開發與保育之參考依據。</abstract><author>鴻威國際工程顧問有限公司</author><categoryidentifier>443.689755</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950412</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/15</date><governmentpublicationsnumber>1009603582</governmentpublicationsnumber><identifier>52456</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52456</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>林邊溪餉潭橋上游增加地下水補注區域營造及試驗可行性評估計畫＝Feasible Assessment on Environmental Management and Experiment for increases Recharge of Groundwater at the upstream of Siangtan Bridge Lin-Bien River</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/18</date><governmentpublicationsnumber>1009603924</governmentpublicationsnumber><identifier>52461</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52461</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(2/3)成果資料光碟=lntegration of  the Optimum Managing  Water Resources in Stream Ecological(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/18</date><governmentpublicationsnumber>1009603925</governmentpublicationsnumber><identifier>52462</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52462</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模具式之引進及應用研究(1/3)成果資料光碟=lmplement  and Application Study of NCCHE,s River Migration Models(1/3)i</title><yearidentifier>200712</yearidentifier></data><data><abstract>本局於民國九十年起即陸續完成河基隆河河道及流域集水區航拍數值影像圖資之製作，並後續應用於相關研究及建置GIS管理系統等方面，成效良好，基於全方位集水區保育治理及防洪避災對策需求及重要河川環境規劃，須再辦理本局轄管淡水河其他水系之數值影像圖資建置，配合本計畫航拍成果將可有效瞭解本局轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋河川環境營造、河川管理及防洪避災研究等應用。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960259</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/18</date><governmentpublicationsnumber>1009603231</governmentpublicationsnumber><identifier>52465</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52465</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>淡水河主流及二重疏洪道環境規劃航拍作業計畫(1/2)成果報告＝Aeria Photography Work Plan of Danshuei River Mainstream and Erchong Floodway Environment Planning (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本局於民國九十年起即陸續完成河基隆河河道及流域集水區航拍數值影像圖資之製作，並後續應用於相關研究及建置GIS管理系統等方面，成效良好，基於全方位集水區保育治理及防洪避災對策需求及重要河川環境規劃，須再辦理本局轄管淡水河其他水系之數值影像圖資建置，配合本計畫航拍成果將可有效瞭解本局轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋河川環境營造、河川管理及防洪避災研究等應用。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960259</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/18</date><governmentpublicationsnumber>1009603231</governmentpublicationsnumber><identifier>52466</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52466</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>淡水河主流及二重疏洪道環境規劃航拍作業計畫(1/2)成果報告－光碟版＝Aeria Photography Work Plan of Danshuei River Mainstream and Erchong Floodway Environment Planning (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>以河川棲地二維模式為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品評估模組，經由現地水生物及河川流況調查資料，求得研究河段之水生物群聚與流況多樣性之關係，再以此作為規劃河川水利建造物對河川棲地品質之檢定基準。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603922</governmentpublicationsnumber><identifier>52467</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52467</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究第一年(1/2)成果報告書〈光碟版〉＝The  Application of 2-Dimensional River Habitat model(River 2D)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對基隆河水影響之監測資料，審慎提出建議，作為基隆河整體治理計畫防洪成效評估之基礎。是以針對基隆河整體淢理計畫之後續追蹤與成效評估工作，需依長期實測資料進行流域追蹤監測模式之建置，並具體分析各項防洪工程之效益，以作為執行基隆河整治後續改善之依據。</abstract><author>聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960287</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603894</governmentpublicationsnumber><identifier>52468</identifier><internationalstandardbooknumber>9789860122268 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52468</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(1/3)=Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to Integrated Flood Control Plan at Keelung River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>苗栗縣苑裡鎮市區灌溉渠道、區域排水及雨水下水道等系統，因錯綜複雜不易管理，市區遇豪大雨即有淹水可能，藉由本次改善方案提出除能找出問題之關鍵並提供與各相關單位作為改善市區淹水之依據。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.62   443.68971902</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009603526</governmentpublicationsnumber><identifier>52469</identifier><internationalstandardbooknumber>9789860118841 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52469</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>苑裡溪/流經市區灌溉溝圳改善規劃=Planning for Improvement on the Yuanli River / the Irrigation Channel Passing through the Urban</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來，由於全球氣候變遷，降雨型態在空間與時間上皆有嚴重不均的現象，對於水資源的有效利用更顯現其重要性。現今世界上許多國家均面臨相同的水資源問題：乾淨且可靠的水源皆已開發至瓶頸，對於高品質的水資源必須更有效的妥善利用，否則難以因應需水量的成長所遭遇之課題。聯合國經濟暨社會理事會（United Nations Economic and Social Council, UNECOSOC）於1958年指出：「除非能忍受較低水質之用水，使高水質之水資源能有剩餘，否則未來將不會有足夠的高水質用水來滿足人類的需求。」 台灣地區之工業用水水源多為地下水與河川水，在工業用水比重尚低的背景下，為降低淨水場與輸水管線成本，並未興建獨立的工業用水供水系統，而是讓部分工廠引用自來水系統所供應之水源，隨著工業用水日益成長，工業用水採用自來水的比例相對提高，明顯增加自來水公司之供水壓力與處理容量。自來水系統所供應之用水水質，高於部分工廠可正常生產及運作下之水質，越多工廠共用自來水供水系統，水資源利用效率可謂越低。在水資源需要更有效且妥善利用之前提下，有必要針對此一課題進行深入探討及研究。 水道分離之目的即是讓有限的水資源，依其用水需求作更有效的配置。台灣應參考先進國家之經驗，針對工業與生活用水分離課題，由需求、經濟、技術及法規等面向研擬政策方向，逐步推動工業用水與生活用水分離，使水資源管理者將水質、水量做最佳化之配置。本計畫將參考先進國家實施水道分離政策之現況，同時分析台灣分區的產業結構與用水特性，以探討台灣推廣水道分離政策之可行性，同時研擬水道分離政策之推動策略與相關配套措施，俾据為實務上之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960211</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603811</governmentpublicationsnumber><identifier>52470</identifier><internationalstandardbooknumber>9789860122329 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52470</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公室)</publisher><publishrocyear>96</publishrocyear><title>工業用水與生活用水分離之探討 The Research of Separating Industrial Water from Public Supply System</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來，由於全球氣候變遷，降雨型態在空間與時間上皆有嚴重不均的現象，對於水資源的有效利用更顯現其重要性。現今世界上許多國家均面臨相同的水資源問題：乾淨且可靠的水源皆已開發至瓶頸，對於高品質的水資源必須更有效的妥善利用，否則難以因應需水量的成長所遭遇之課題。聯合國經濟暨社會理事會（United Nations Economic and Social Council, UNECOSOC）於1958年指出：「除非能忍受較低水質之用水，使高水質之水資源能有剩餘，否則未來將不會有足夠的高水質用水來滿足人類的需求。」 台灣地區之工業用水水源多為地下水與河川水，在工業用水比重尚低的背景下，為降低淨水場與輸水管線成本，並未興建獨立的工業用水供水系統，而是讓部分工廠引用自來水系統所供應之水源，隨著工業用水日益成長，工業用水採用自來水的比例相對提高，明顯增加自來水公司之供水壓力與處理容量。自來水系統所供應之用水水質，高於部分工廠可正常生產及運作下之水質，越多工廠共用自來水供水系統，水資源利用效率可謂越低。在水資源需要更有效且妥善利用之前提下，有必要針對此一課題進行深入探討及研究。 水道分離之目的即是讓有限的水資源，依其用水需求作更有效的配置。台灣應參考先進國家之經驗，針對工業與生活用水分離課題，由需求、經濟、技術及法規等面向研擬政策方向，逐步推動工業用水與生活用水分離，使水資源管理者將水質、水量做最佳化之配置。本計畫將參考先進國家實施水道分離政策之現況，同時分析台灣分區的產業結構與用水特性，以探討台灣推廣水道分離政策之可行性，同時研擬水道分離政策之推動策略與相關配套措施，俾据為實務上之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960211</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603811</governmentpublicationsnumber><identifier>52471</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52471</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公室)</publisher><publishrocyear>96</publishrocyear><title>工業用水與生活用水分離之探討－光碟版＝The Research of Separating Industrial Water from Public Supply System</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960304</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603345</governmentpublicationsnumber><identifier>52472</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52472</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究(2/2)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度計畫以過去相關研究為基礎，促進水環境人才培訓、教育推廣與國際交流，進行水庫集水區水環境技術諮詢與研發，落實水資源社區總體營造，推動在永續發展觀念下的水與綠建設，並著力於相關之研究。持續推動方向包括：水庫集水區生態工程技術諮詢與推廣、資訊科技的應用、傳統技術的發掘、介紹前瞻性集水區管理模式和水與綠環境規劃宣導等，進行集水區之水環境管理工作，致使水庫集水區之保育得以朝永續發展邁進。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/19</date><governmentpublicationsnumber>1009603700</governmentpublicationsnumber><identifier>52473</identifier><internationalstandardbooknumber>9789860120356 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52473</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水環境研究中心96綜合執行計劃(3/5) Water Environment Research Center 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區第五期整體治理計畫之實施，本（95）年度為第5年辦理，其目的除持續進行集水區水體水質調查及水庫藻類生物調查，以瞭解水體水質良窳及水庫優養程度，並利用水庫集水區整合水質模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960006</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603661</governmentpublicationsnumber><identifier>52474</identifier><internationalstandardbooknumber>9789860120387 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52474</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>德基水庫集水區水質監測與管理計畫(5/5)  Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (5/5)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立石門水庫集水區土砂風險評估模式，並以此模式為基礎，提出石門水庫集水區整體治理對策，以維持水庫設計功能的正常發揮，延長石門水庫的使用壽命</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960201</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603561</governmentpublicationsnumber><identifier>52475</identifier><internationalstandardbooknumber>9789860120615 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52475</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究(2/3) A study  on risk assessment of landslide and sediment deposition in Shihmen watershed</title><yearidentifier>200711</yearidentifier></data><data><abstract>本研究主要目的在建立一套適用於臺灣水庫集水區非點源污染傳輸的模擬模式，考慮的污染物包括泥砂、營養源（磷、氮）等，工作範圍包括簡易模式、複雜模式的選取，模式功能及優劣性比較，本土化條件的考量。另外需選取二座水庫集水區加以實際應用、展示，比較模式之各項功能。第一年的研究以泥砂模擬為主，建議選取石門水庫集水區加以應用分析，以作為國內水源保護及自來水供應之重要工作參考。第二年的工作則以其他污染源（例如：總磷、氮、BOD）為考慮對象及模式手冊之撰寫及推廣。此項研究工作的成果將可做為國內集水區保育、治理規劃的重要參考依據。</abstract><author>台灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960114</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603945</governmentpublicationsnumber><identifier>52476</identifier><internationalstandardbooknumber>9789860126891 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52476</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區非點源污染傳輸最適用模式之建立與應用(2/2) Evaluation and Application of Suitable Models for Nonpoint Source Pollution in Reservoir Watersheds(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960033</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603944</governmentpublicationsnumber><identifier>52477</identifier><internationalstandardbooknumber>9789860123029 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52477</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫濱水帶植生與其保育功能之研究(2/2) Study on Vegetation and Conservation Effect of Reservoir Riparian Zone(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>行政院於民國95年3月核定「水庫集水區保育綱要」，對於水庫集水區保育計畫水土保持工程將依業務權責及專長分工治理，涉及單位包括水庫管理單位、行政院農委會水土保持局、林務局及道路主管機關等。為有效管理治理水庫集水區，使水庫達永續利用之最終目標，本計畫整合水庫集水區水資源保育之完整資訊，建立水庫集水區管理及治理平台之資訊化作業，提供各項空間環境資訊，作為水庫集水區保育實施計畫擬訂之重要參考依據及未來水庫集水區共通平台之基礎，並持續建置南化水庫、鯉魚潭水庫及烏山頭水庫集水區範圍保育及監測管理資訊，規劃行動式管理系統，透過PDA Phone即時查詢水庫集水區保育資訊，以達多元化管理之目標。此外，本計畫探討國外水庫集水區管理組織面及制度面之案例，提出水庫集水區管理制度架構設計與建議，以為後續政府進行現行組織制度檢討之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960173</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603775</governmentpublicationsnumber><identifier>52478</identifier><internationalstandardbooknumber>9789860121315 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52478</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區保育及管理資料庫建置與應用系統整合計畫(1/2) The Establishment and Integration of Web Based System for Conservation and Management in Resvoir Watershed Areas(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要，因此，需要一包含物理、化學及生物之綜合評估方法來達到此目標，本研究由河川型態五層分類法架構，以可跨越性溪流快速生物評估法（RBP）及河溪環境快速評估系統（SERAS）為基礎，建構包含物理性棲地、水質及水生物之綜合評估指標，並以中華大學水域生態環境中心（2005）調查之三民溪、霞雲溪、榮華溪及卡拉溪四條支流之水質及魚類調查資料為基礎，選取相同調查點位實地調查河川之棲地物理組成特性，取得並彙整該調查棲地之成果後，做為棲地優劣之評估基礎，分析結果顯示，此法能量化人為介入後對棲地之影響性，且由結果得知，生態環境之健全與否乃取決於物理性棲地的好壞。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960180</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603743</governmentpublicationsnumber><identifier>52479</identifier><internationalstandardbooknumber>9789860121469 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52479</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區生態環境評估與綜合成效指標之建立(1/2) Ecological Assessment and Integrated Effective Index of Reservior Watershed(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   443.689741   351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603788</governmentpublicationsnumber><identifier>52480</identifier><internationalstandardbooknumber>9789860121506 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52480</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(2/2)(急水溪至曾文溪口)=The Beach Restoration Planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/20</date><governmentpublicationsnumber>1009603789</governmentpublicationsnumber><identifier>52481</identifier><internationalstandardbooknumber>9789860121490 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52481</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(急水溪至曾文溪口)總報告=The Beach Restoration planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960304</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/21</date><governmentpublicationsnumber>1009603346</governmentpublicationsnumber><identifier>52482</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52482</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫完成基本資料蒐集，並建立GIS圖層架構，針對不同停灌休耕區域選定之空間分佈型態；初步研討可能之停灌休耕方式，以提供相關單位進行停灌休耕決策時的參考</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960131</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009603707</governmentpublicationsnumber><identifier>52483</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52483</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究(1/2)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本手冊邀請專家學者對綜合治水各項的主題提出深入的闡述，並配合台灣地區特有的地理條件介紹適用於台灣區域排水治理規劃之各種方法與案例，以提供水利署及相關單位從事區域排水規劃時的參考工具。</abstract><author>財團法人維謙基金會</author><categoryidentifier>443.6   443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009604045</governmentpublicationsnumber><identifier>52484</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52484</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水整治及環境營造規劃技術手冊(內附光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究乃以台南市安平都市污水廠清淨放流水為水源，規劃水再生實廠及評選鄰近地區優先使用之標的及供水量，並進行輸配水系統調查規劃及成本分析，再透過民間參與研究財務分析及收費機制研究，研析後續推動計畫。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009603469</governmentpublicationsnumber><identifier>52488</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52488</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南市安平污水廠放流水再利用規劃(光碟版) ＝The Reserach on Effluent Reclamation and Reuse of An-Ping Municipal Wastewater Treatment Plant, Tainan City</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫目的為進行台中市褔田水資源回收中心之放流水水質現況、放流水再生模廠之規劃研究、潛在用戶端使用需求以及二元供水系統等調查，並協助規劃有關再生水之教育宣導資料、網站建置，以及健康風險的使用情境設定等資料，以作為未來推動廢污水再生整體規劃之參考。</abstract><author>中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009603466</governmentpublicationsnumber><identifier>52490</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52490</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>廢污水再生利用技術研究－台中市福田水資源回收中心再生水試用計畫(1/2)－光碟版＝The Testing Project of Reclaimed Water of Futian Water Resource Resysling Center in Taichung City (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為落實建置工業區內之水再生產業，本研究針對前期研究選定之台南科技工業區廢水廠，以其穩定排放之放流水為水源，規劃建置水再生模廠，並建議下階段之試用推廣計畫。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960053</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009603468</governmentpublicationsnumber><identifier>52491</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52491</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>工業廢水再生利用產業試驗研究以台南地區為例(光碟版)＝The Experimental Research on Developing Waster Reclamation Industry-Case Study of Tainan Technology Industrial Park (TTIP)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/22</date><governmentpublicationsnumber>1009501067</governmentpublicationsnumber><identifier>52494</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52494</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>秀姑巒溪河系情勢調查(2/2)  Investigation of Current Status in Shiuguluan River System(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009603880</governmentpublicationsnumber><identifier>52499</identifier><internationalstandardbooknumber>9789860122244 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52499</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃成果報告書=Master Planning for Environmental Restoration and Sustainable Revitalization in Chiayi Coast Region</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009603880</governmentpublicationsnumber><identifier>52500</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52500</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃成果報告書(光碟版)=Master Planning for Environmental Restoration and Sustainable Revitalization in Chiayi Coast Region</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009603885</governmentpublicationsnumber><identifier>52501</identifier><internationalstandardbooknumber>9789860122237 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52501</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃[附圖]工程規劃佈置初步設計圖</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009603885</governmentpublicationsnumber><identifier>52502</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52502</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃[附圖]工程規劃佈置初步設計圖(光碟版)=Master Planning for Environmental Restoration and Sustainable Revitalization in Chiayi Coast Region</title><yearidentifier>200712</yearidentifier></data><data><abstract>濁水溪下游段河川裸露地揚塵改善策略研究(東北季風對河川裸露地揚塵之影響)</abstract><author>大葉大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960285</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009604032</governmentpublicationsnumber><identifier>52503</identifier><internationalstandardbooknumber>9789860126013 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52503</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪下游段河川裸露地揚塵改善策略研究(內附光碟)=Study on the Control of Fugitive Dust from Exposed Area at Downstream of Jhuoshuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>主流河道受土石流匯入後之反應分完全阻塞河道.部分阻塞.完全不阻塞等.它們對於匯流口上下游及匯流口附近河段分別會造成水位瞬間抬高.河床沖刷或淤積或流路改道等負面衝擊嚴重影響河防安全</abstract><author>逢甲大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960257</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/26</date><governmentpublicationsnumber>1009604029</governmentpublicationsnumber><identifier>52504</identifier><internationalstandardbooknumber>9789860123616 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52504</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪兩岸支流土石流匯入之危險河段調查河防安全評析及治理工法研究(內附光碟)=Research among River Safety Prevention Assessment Analysis and Treatment Strategies of Tributary Debris flow effect at Mainstream Hazardous area in Jhuoshuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52505</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52505</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)報告電腦檔及程式光碟#1=The Database Management  lnformation System of River,s lnvestigation</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣小型流域，近來常因位處都會郊區，致開發甚烈，洪水災害因水文環境改變而防洪標準未及提昇致頻仍發生。為保護小型流域水生態環境多樣性、河川景觀及民眾的生命財產安全，有必要發展一兼顧效率及精確度的洪水流量預報機制，提供決策者做為規劃與防災之重要參考。對於小型集水區來說，洪水流量預報須重視效率以及預報精準度，二者並重。因預報模式的參數需要隨著流域特性改變重新檢定，然而，參數檢定是相當繁複專業且極為耗費時間的工作，其藉由自動化參數檢定法可解決此一問題，以達成極短時間完成參數檢定及準確度之目的。</abstract><author>台灣大學土木工程學系</author><categoryidentifier>443.62   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960145</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009603848</governmentpublicationsnumber><identifier>52506</identifier><internationalstandardbooknumber>9789860123111 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52506</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>小流域河川洪水預報之研究(2/2)--光碟版=Study on River Flood Forecasting of Small Catchments (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣小型流域，近來常因位處都會郊區，致開發甚烈，洪水災害因水文環境改變而防洪標準未及提昇致頻仍發生。為保護小型流域水生態環境多樣性、河川景觀及民眾的生命財產安全，有必要發展一兼顧效率及精確度的洪水流量預報機制，提供決策者做為規劃與防災之重要參考。對於小型集水區來說，洪水流量預報須重視效率以及預報精準度，二者並重。因預報模式的參數需要隨著流域特性改變重新檢定，然而，參數檢定是相當繁複專業且極為耗費時間的工作，其藉由自動化參數檢定法可解決此一問題，以達成極短時間完成參數檢定及準確度之目的。</abstract><author>台灣大學土木工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960145</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009603848</governmentpublicationsnumber><identifier>52507</identifier><internationalstandardbooknumber>9789860123111 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52507</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>小流域河川洪水預報之研究(2/2)=Study on River Flood Forecasting of Small Catchments (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52508</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52508</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)報告電腦檔及程式光碟#2=The Database Management  lnformation System of River,s lnvestigation</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52509</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52509</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)報告電腦檔及程式光碟#3=The Database Management  lnformation System of River,s lnvestigation</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>52510</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52510</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2)報告電腦檔及程式光碟#4=The Database Management  lnformation System of River,s lnvestigation</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/27</date><governmentpublicationsnumber>1009603670</governmentpublicationsnumber><identifier>52511</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52511</librarycollectiondetailsurl><price>870</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷?影像應用於台灣海岸線變遷之研究(2/2)成果資料光碟 =Coastal Change Dectection on Taiwan Using Satellite SAR(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>(1) 分析台北港興建後對於淡水河感潮河口水理現象與輸砂型態之影響 (2) 探討建港前後長期之地形變遷趨勢 (3) 評估及研判建港後所可能衍生之工程危害與環境衝擊 。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>W10P96007</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/29</date><governmentpublicationsnumber>1009700073</governmentpublicationsnumber><identifier>52513</identifier><internationalstandardbooknumber>9789860128390 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52513</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>台北港設置後對淡水河口海岸地形變遷之影響(2/2)光碟版＝The  effect of Taipei Habor on the variation of coastal bed of Tansui River estuary(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>（一）前言。（二）資料蒐集分析（三）海堤斷面溯上越波特性模型試驗（四）面防護工法平面漂砂試驗（五）海岸環境設計</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950438</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/29</date><governmentpublicationsnumber>1009603028</governmentpublicationsnumber><identifier>52514</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52514</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>屏東番子崙海岸防護結構物佈置水工模型試驗(光碟版)＝The hydraulic  model studies for the arrangement on coastal protection structures of Fanzihlun, Ping-Tung</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/29</date><governmentpublicationsnumber>1009604378</governmentpublicationsnumber><identifier>52515</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52515</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度曾文.牡丹.高屏溪及甲仙攔河堰水質檢驗分析計畫總報告(光碟版) 96年度=Tseng-Wen,Mu-Dan,Kao-Ping River and Chia-Sheng weir water-quality monitoring and analysis report</title><yearidentifier>200712</yearidentifier></data><data><abstract>「水文業務現代化綜合計畫(2/2)」係延續「水文業務現代化綜合計畫(1/2)」計畫，持續針對水文觀測業務現代化之需求，進行水文觀測業務委外政策方案之評估與相關規範之檢討；同時蒐集最新之水文觀測資料進行水文資訊系統資料庫之更新，確保颱洪及乾旱水文情勢分析結果之正確性；並於颱洪、乾旱、水文設計及特殊水文專案上提供專業建議與分析，以符合本署及其相關附屬單位水文分析業務推動之需求；另為提昇水文觀測業務相關人員之專業技能與素質，亦舉辦相關培訓課程，期能藉由此計畫之執行，逐步達到水文業務現代化目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960044</commissionedprojectidentifier><currency>NT$</currency><date>2008/2/29</date><governmentpublicationsnumber>1009603913</governmentpublicationsnumber><identifier>52518</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52518</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水文業務現代化綜合計畫(2/2)(光碟版)=Comprehensive Plan for Modernizing Hydrologic Affair(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度石岡壩庫區淤積測量</abstract><author>大聖工程顧問有限公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/2/29</date><governmentpublicationsnumber>1009604505</governmentpublicationsnumber><identifier>52519</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52519</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩庫區淤積測量(光碟版)＝Year 96 shih-gang Dam Reservoir Region Silting Survey</title><yearidentifier>200712</yearidentifier></data><data><abstract>(1) 分析台北港興建後對於淡水河感潮河口水理現象與輸砂型態之影響 (2) 探討建港前後長期之地形變遷趨勢 (3) 評估及研判建港後所可能衍生之工程危害與環境衝擊 。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009700073</governmentpublicationsnumber><identifier>52523</identifier><internationalstandardbooknumber>9789860128390 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52523</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>96</publishrocyear><title>台北港設置後對淡水河口海岸地形變遷之影響(2/2) The  effect of Taipei Habor on the variation of coastal bed of Tansui River estuary(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度工作係擴衍95年度頭前溪及曾文溪自動化流量測站建置經驗及運作成果，循序推動「中央管河川自動化流量站建置實施計畫」第一階段12條中央管河川自動化流量站建置工作，及另11條中央管河川自動化流量站規劃設計作業，並依據工作推動成果辦理成效檢討作業，做為修正後續自動化流量測站運作方式之依據，逐步達成提昇中央管河川流量觀測技術及資料品質之目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960040</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603906</governmentpublicationsnumber><identifier>52524</identifier><internationalstandardbooknumber>9789860123098 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52524</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂(2/2)=The Plan of Flow Measurement Improvement and Technical Specification Study for The Rivers Administered by Central Government (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度工作係擴衍95年度頭前溪及曾文溪自動化流量測站建置經驗及運作成果，循序推動「中央管河川自動化流量站建置實施計畫」第一階段12條中央管河川自動化流量站建置工作，及另11條中央管河川自動化流量站規劃設計作業，並依據工作推動成果辦理成效檢討作業，做為修正後續自動化流量測站運作方式之依據，逐步達成提昇中央管河川流量觀測技術及資料品質之目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960040</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603906</governmentpublicationsnumber><identifier>52525</identifier><internationalstandardbooknumber>9789860123098 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52525</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂(2/2)--光碟版=The Plan of Flow Measurement Improvement and Technical Specification Study for The Rivers Administered by Central Government (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本（96）年度計畫係延續95年度辦理之「中南東區中央管河川警戒水位檢討及訂定（1/2）」計畫，檢討中南東區之烏溪、北港溪、急水溪、曾文溪、東港溪、四重溪、卑南溪、秀姑巒溪等8條中央管河川警戒水位訂定之合理性及訂定警戒水位檢討參考手冊，並辦理中央管河川警戒水位檢討學理與實務應用講習會。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960039</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009603907</governmentpublicationsnumber><identifier>52526</identifier><internationalstandardbooknumber>9789860123074 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52526</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(2/2)=Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本（96）年度計畫係延續95年度辦理之「中南東區中央管河川警戒水位檢討及訂定（1/2）」計畫，檢討中南東區之烏溪、北港溪、急水溪、曾文溪、東港溪、四重溪、卑南溪、秀姑巒溪等8條中央管河川警戒水位訂定之合理性及訂定警戒水位檢討參考手冊，並辦理中央管河川警戒水位檢討學理與實務應用講習會。</abstract><author>交通大學</author><categoryidentifier>443.6897   443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960039</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603907</governmentpublicationsnumber><identifier>52527</identifier><internationalstandardbooknumber>9789860123074 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52527</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(2/2)－光碟版  Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫針對災害性（如颱風、梅雨鋒面系統與雷暴系統等）降水，利用中央氣象局雷達網及雨量站資料，由水利署與氣象局共同發展高解析度自動降雨監測系統(QPESUMS)的雨量估計產品，監測台灣地區各重要河川流域及主要都會區之降水，與利用現代化中尺度動力模式之高解析度（5公里）定量降雨預報產品，進行監測與預報技術研發。首先建立定量降雨之校驗，然後回饋監測與預報技術的改進。獲得預報之雨量值，可透過水利署河川水位預測模式的輸入值，並作為水利署災害性降水威脅潛勢預估與決策之輔助。 所建立之高解析度降雨動力模擬系統，將提供高時空分布之定量降雨預報產品，時效每12小時一次，以集水區或河川流域為主之每3小時累積雨量。另外，由QPESUMS所進行降雨動態之即時監測資料，可作為模式預報產品即時校驗之基礎，強化及改進模式產品應用之依據。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960184</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603845</governmentpublicationsnumber><identifier>52529</identifier><internationalstandardbooknumber>9789860123104 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52529</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>災害性降水之監測與預報技術研發與改進(1/2)=Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫針對災害性（如颱風、梅雨鋒面系統與雷暴系統等）降水，利用中央氣象局雷達網及雨量站資料，由水利署與氣象局共同發展高解析度自動降雨監測系統(QPESUMS)的雨量估計產品，監測台灣地區各重要河川流域及主要都會區之降水，與利用現代化中尺度動力模式之高解析度（5公里）定量降雨預報產品，進行監測與預報技術研發。首先建立定量降雨之校驗，然後回饋監測與預報技術的改進。獲得預報之雨量值，可透過水利署河川水位預測模式的輸入值，並作為水利署災害性降水威脅潛勢預估與決策之輔助。 所建立之高解析度降雨動力模擬系統，將提供高時空分布之定量降雨預報產品，時效每12小時一次，以集水區或河川流域為主之每3小時累積雨量。另外，由QPESUMS所進行降雨動態之即時監測資料，可作為模式預報產品即時校驗之基礎，強化及改進模式產品應用之依據。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960184</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603845</governmentpublicationsnumber><identifier>52530</identifier><internationalstandardbooknumber>9789860123104 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52530</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>災害性降水之監測與預報技術研發與改進(1/2)－光碟版  Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高屏溪流域廣闊，為大高雄、屏東地區主要水資源及砂石資源來源，主流全長171公里，流域面積3,257平方公里，為考量疏濬對河道之影響，本署於民國87年曾進行「採砂行為對高屏溪河道平衡之影響」專案評估。近八年來，荖濃溪、隘寮溪河道變遷頗大，水資源、泥砂資源利用條件亦不同。為顧及河床泥砂平衡，適度回應地方開發需求，並兼利用河川中有限之砂石資源，部分河段河床常可能利用疏濬方式，對較嚴重淤積河段進行疏濬減淤作業。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加、水流?砂能力驟增，但上游輸送至下游之泥砂待水流?砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境之可能影響，亟有必要重新審視荖濃溪、隘寮溪現有環境條件，進行詳細之專業評估研究。整體工作項目：第一年辦理重點以基本資料、文獻蒐集、調查、整理分析，水文泥砂資料補充觀測調查分析，輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證，及計畫區域河段河床現況穩定性探討等；第二年為計畫區域內水文泥砂資料補充觀測調查分析，歷年河床疏濬情形及河床穩定評估，疏濬條件及河床穩定案例模擬評估，綜合案例與替代案例模擬，河道治理、管理策略研擬及辦理成果發表與教育講習。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960286</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009604204</governmentpublicationsnumber><identifier>52531</identifier><internationalstandardbooknumber>9789860125320 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52531</librarycollectiondetailsurl><price>700</price><publisher>水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>荖濃溪、隘寮溪河道疏濬與河床穩定研究(2/2)光碟版＝The study on  sediment dredging and riverbed stability of Laonung River and Ailiao River</title><yearidentifier>200712</yearidentifier></data><data><abstract>欲因應近年來劇烈變異氣候導致之洪泛及乾旱災害，爰藉由水文及氣象觀測結合，進行資訊整合共享，提昇劇烈變異氣候及長期氣候預報能力，提昇水情預報系統及相關技術。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960330</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009604170</governmentpublicationsnumber><identifier>52532</identifier><internationalstandardbooknumber>9789860125801 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52532</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文氣象觀測整合平台擴充建置計畫(1/2)=Extended development of platform to integrate hydrologic and meteorologic observation (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>欲因應近年來劇烈變異氣候導致之洪泛及乾旱災害，爰藉由水文及氣象觀測結合，進行資訊整合共享，提昇劇烈變異氣候及長期氣候預報能力，提昇水情預報系統及相關技術。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960330</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009604170</governmentpublicationsnumber><identifier>52533</identifier><internationalstandardbooknumber>9789860125801 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52533</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文氣象觀測整合平台擴充建置計畫(1/2)--光碟版=Extended development of platform to integrate hydrologic and meteorologic observation (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>「水文業務現代化綜合計畫(2/2)」係延續「水文業務現代化綜合計畫(1/2)」計畫，持續針對水文觀測業務現代化之需求，進行水文觀測業務委外政策方案之評估與相關規範之檢討；同時蒐集最新之水文觀測資料進行水文資訊系統資料庫之更新，確保颱洪及乾旱水文情勢分析結果之正確性；並於颱洪、乾旱、水文設計及特殊水文專案上提供專業建議與分析，以符合本署及其相關附屬單位水文分析業務推動之需求；另為提昇水文觀測業務相關人員之專業技能與素質，亦舉辦相關培訓課程，期能藉由此計畫之執行，逐步達到水文業務現代化目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960044</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603913</governmentpublicationsnumber><identifier>52534</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52534</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文業務現代化綜合計畫(2/2)=Comprehensive Plan for Modernizing Hydrologic Affair (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣小型流域，近來常因位處都會郊區，致開發甚烈，洪水災害因水文環境改變而防洪標準未及提昇致頻仍發生。為保護小型流域水生態環境多樣性、河川景觀及民眾的生命財產安全，有必要發展一兼顧效率及精確度的洪水流量預報機制，提供決策者做為規劃與防災之重要參考。對於小型集水區來說，洪水流量預報須重視效率以及預報精準度，二者並重。因預報模式的參數需要隨著流域特性改變重新檢定，然而，參數檢定是相當繁複專業且極為耗費時間的工作，其藉由自動化參數檢定法可解決此一問題，以達成極短時間完成參數檢定及準確度之目的。</abstract><author>台灣大學土木工程學系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960145</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/3</date><governmentpublicationsnumber>1009603848</governmentpublicationsnumber><identifier>52535</identifier><internationalstandardbooknumber>9789860123111 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52535</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>小流域河川洪水預報之研究(2/2)NCUC模式執行檔--光碟版＝Study on River Flood Forecasting of Small Catchments (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/4</date><governmentpublicationsnumber>1009603538</governmentpublicationsnumber><identifier>52536</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52536</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>比麟水庫調查規劃(成果光碟)=BeLin Reservoir Planning Study</title><yearidentifier>200712</yearidentifier></data><data><abstract>本手冊邀請專家學者對綜合治水各項的主題提出深入的闡述，並配合台灣地區特有的地理條件介紹適用於台灣區域排水治理規劃之各種方法與案例，以提供水利署及相關單位從事區域排水規劃時的參考工具。</abstract><author>維謙基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/4</date><governmentpublicationsnumber>1009604045</governmentpublicationsnumber><identifier>52537</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52537</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水整治及環境營造規劃技術手冊(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度石岡壩庫區淤積測量</abstract><author>大聖工程顧問有限公司</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/4</date><governmentpublicationsnumber>1009604505</governmentpublicationsnumber><identifier>52539</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52539</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩庫區淤積測量－測量報告 Year 96 shih-gang Dam Reservoir Region Silting Survey－Survey Report</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960304</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/4</date><governmentpublicationsnumber>1009603346</governmentpublicationsnumber><identifier>52540</identifier><internationalstandardbooknumber>9789860116984 ; 9789860116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52540</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究</title><yearidentifier>200712</yearidentifier></data><data><abstract>針對彰雲嘉沿海低窪地區，研究透過洪氾警戒區之劃設及採取適當之管理措施，以減低災害損失之可行性</abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960304</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/5</date><governmentpublicationsnumber>1009603345</governmentpublicationsnumber><identifier>52546</identifier><internationalstandardbooknumber>9789860116977 ; 9789860116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52546</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>沿海洪氾警戒區域劃設及洪氾管理措施研擬之研究(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>天花湖水庫興建後每日可增供水量26萬噸，將滿足苗栗地區中、遠程之用水需求。為期能充分宣導規劃構想與設計理念，將歷年的天花湖水庫資訊透過網際網路方式呈現，讓民眾可與政府雙向溝通交流。</abstract><author>崧旭資訊股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/5</date><governmentpublicationsnumber>1009603920</governmentpublicationsnumber><identifier>52547</identifier><internationalstandardbooknumber>9789860123500 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52547</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫可行性規劃檢討(3)-水庫資訊提供及民眾服務系統 A Review of Feasibility Study of Tien Hwa Hu Reservoir III－Reservoir Information Providing and Public Service System</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度內,有關鯉魚潭水庫的地震動分析及強震儀的維護</abstract><author>成功大學衛星資訊研究中心</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/5</date><governmentpublicationsnumber>1009700153</governmentpublicationsnumber><identifier>52548</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52548</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度鯉魚潭水庫地震儀維護及觀測分析報告</title><yearidentifier>200801</yearidentifier></data><data><abstract>96年度內,有關鯉魚潭水庫的地震動分析及強震儀的維護</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.62091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/5</date><governmentpublicationsnumber>1009700153</governmentpublicationsnumber><identifier>52549</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52549</librarycollectiondetailsurl><price>工本費500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度鯉魚潭水庫地震儀維護及觀測分析報告(光碟版)</title><yearidentifier>200801</yearidentifier></data><data><abstract>天花湖水庫興建後每日可增供水量26萬噸，將滿足苗栗地區中、遠程之用水需求。為期能充分宣導規劃構想與設計理念，將歷年的天花湖水庫資訊透過網際網路方式呈現，讓民眾可與政府雙向溝通交流。</abstract><author>崧旭資訊股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/6</date><governmentpublicationsnumber>1009603920</governmentpublicationsnumber><identifier>52557</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52557</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>天花湖水庫可行性規劃檢討(3)-水庫資訊提供及民眾服務系統(光碟版)=A Review of Feasibility Study of Tien Hwa Hu Reservoir III－Reservoir Information Providing and Public Service System</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 96 ??計畫以萬隆農場新、舊人工湖試驗區為研究場址，工作則接續94、95 ?辦?之「屏東平原地下水補注之試驗研究(1/3)」及「屏東平原地下水補注之試驗研究(2/3)」計畫，進?第3 ?之試驗研究工作，結合人工湖與地下水庫，於扇頂區補注地下水，期能減緩扇尾區地層下陷以達國土保育之目的。地下水補注試驗結果得知，舊池之平均日入流量為5,555（m3/day），平均補注速率為7.15（m/day）；新池沉澱池之平均日入流量為5,756（m3/day）；平均補注速率為54.39（m/day），新池補注池之平均日入流量為3,788（m3/day）；平均補注速率為20.35（m/day）。土壤調查方面池底土壤粘粒都低於20%，反觀砂粒含量幾乎都在60%以上，池底土壤之CEC值均因過低的粘粒含量而幾乎低於10 cmol/kg，顯示所補注之地下水中若含過量的鹽基性陽離子(K, Na, Ca, Mg)或重金屬，可能較不易發揮去除污染物的能力而影響水質。浮游藻調查記錄方面，共發現綠藻類3屬、藍綠藻類1屬及矽藻類16屬，群聚主要還是以矽藻類為主，由於綠藻類及藍綠藻類數量也都很少，顯示這些樣站水質並無明顯優養化現象，在附著藻矽藻部分共記錄14屬33種，出現種類亦為偏少。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960320</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/10</date><governmentpublicationsnumber>1009603294</governmentpublicationsnumber><identifier>52566</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52566</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>屏東平原地下水補注之試驗研究(3/3) 成果報告 Pilot Study on Artificial Recharge of Groundwater for Pingtung Plain (3/3)成果報告</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 96 ??計畫以萬隆農場新、舊人工湖試驗區為研究場址，工作則接續94、95 ?辦?之「屏東平原地下水補注之試驗研究(1/3)」及「屏東平原地下水補注之試驗研究(2/3)」計畫，進?第3 ?之試驗研究工作，結合人工湖與地下水庫，於扇頂區補注地下水，期能減緩扇尾區地層下陷以達國土保育之目的。地下水補注試驗結果得知，舊池之平均日入流量為5,555（m3/day），平均補注速率為7.15（m/day）；新池沉澱池之平均日入流量為5,756（m3/day）；平均補注速率為54.39（m/day），新池補注池之平均日入流量為3,788（m3/day）；平均補注速率為20.35（m/day）。土壤調查方面池底土壤粘粒都低於20%，反觀砂粒含量幾乎都在60%以上，池底土壤之CEC值均因過低的粘粒含量而幾乎低於10 cmol/kg，顯示所補注之地下水中若含過量的鹽基性陽離子(K, Na, Ca, Mg)或重金屬，可能較不易發揮去除污染物的能力而影響水質。浮游藻調查記錄方面，共發現綠藻類3屬、藍綠藻類1屬及矽藻類16屬，群聚主要還是以矽藻類為主，由於綠藻類及藍綠藻類數量也都很少，顯示這些樣站水質並無明顯優養化現象，在附著藻矽藻部分共記錄14屬33種，出現種類亦為偏少。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960320</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/10</date><governmentpublicationsnumber>1009603294</governmentpublicationsnumber><identifier>52570</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52570</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>屏東平原地下水補注之試驗研究(3/3)-成果報告光碟 Pilot Study on Artificial Recharge of Groundwater for Pingtung Plain(3/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960158</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/10</date><governmentpublicationsnumber>1009700020</governmentpublicationsnumber><identifier>52573</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52573</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>應用衛星遙測於濁水溪及高屏溪河川區域之監測與管理＝Applications of Satellite Remote Sensing Images on Monitoring and Managing the jhuoshuei River and Gaoping River</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA10-910</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009104596</governmentpublicationsnumber><identifier>52589</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52589</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>91</publishrocyear><title>淡水河系河川環境生態調查工作(植物調查)</title><yearidentifier>200212</yearidentifier></data><data><abstract>96年度石岡壩安全檢查</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009604476</governmentpublicationsnumber><identifier>52591</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52591</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩安全檢查總報告＝ Annual Report on Safety Examination of Shih-Kang Dam in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度石岡壩安全檢查</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009604476</governmentpublicationsnumber><identifier>52592</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52592</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩安全檢查總報告(光碟版)＝ Annual Report on Safety Examination of Shih-Kang Dam in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度石岡壩地震儀維護及觀測分析</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009604477</governmentpublicationsnumber><identifier>52593</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52593</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩地震儀維護及觀測分析總報告＝ The Annual 2007 Report of Seismographic Maintenance and Seismic Observation for Shi-Kang Dam</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度石岡壩地震儀維護及觀測分析</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009604477</governmentpublicationsnumber><identifier>52594</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52594</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度石岡壩地震儀維護及觀測分析總報告(光碟版)＝ The Annual 2007 Report of Seismographic Maintenance and Seismic Observation for Shi-Kang Dam</title><yearidentifier>200712</yearidentifier></data><data><abstract>集集攔河堰資訊及儀控系統檢測維修年度成果總報告</abstract><author>精誠資訊公司台中分公司、翰昇環境科技公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009700360</governmentpublicationsnumber><identifier>52595</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52595</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰資訊及儀控系統檢測維修報告</title><yearidentifier>200802</yearidentifier></data><data><abstract>集集攔河堰資訊及儀控系統檢測維修年度成果總報告</abstract><author>精誠資訊公司台中分公司、翰昇環境科技公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009700360</governmentpublicationsnumber><identifier>52597</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52597</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰資訊及儀控系統檢測維修報告(光碟版)</title><yearidentifier>200802</yearidentifier></data><data><abstract> </abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009603894</governmentpublicationsnumber><identifier>52601</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52601</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河整體治理計畫後續追縱及成效評估(1/3)成果資料光碟=Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the lntegrated Flood Control Plan at Keelung River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>調度農業用水之停灌作業曾於91、92、93及95年辦理，當前雖已有過去執行經驗及機制可循，惟仍有三項主要課題亟待釐清解決：經費籌應不易、停灌公告時間常逾農作時期及沒有全面獲致共識之補償標準。據此，本計畫目的在於建立制度化之定常性基金財源，減低各單位之財政沉重負擔，並通盤檢討現行補償標準，研議更合理性、公平性及簡易性之補償標準，此外，結合區域水資源調度機制，作為判斷停灌公告之時機，減少公告已逾農作時期之狀況。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960195</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009603517</governmentpublicationsnumber><identifier>52604</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52604</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>調度農業用水休耕停灌措施檢討改進方案計畫＝Review and Improvement of Transferring Agricultural Water by Stopping Irrigation</title><yearidentifier>200712</yearidentifier></data><data><abstract>調度農業用水之停灌作業曾於91、92、93及95年辦理，當前雖已有過去執行經驗及機制可循，惟仍有三項主要課題亟待釐清解決：經費籌應不易、停灌公告時間常逾農作時期及沒有全面獲致共識之補償標準。據此，本計畫目的在於建立制度化之定常性基金財源，減低各單位之財政沉重負擔，並通盤檢討現行補償標準，研議更合理性、公平性及簡易性之補償標準，此外，結合區域水資源調度機制，作為判斷停灌公告之時機，減少公告已逾農作時期之狀況。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960195</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/11</date><governmentpublicationsnumber>1009603517</governmentpublicationsnumber><identifier>52606</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52606</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>調度農業用水休耕停灌措施檢討改進方案計畫(光碟版)＝Review and Improvement of Transferring Agricultural Water by Stopping Irrigation</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「新店溪碧潭段水域環境規劃」中秀朗攔河堰所在位置的基本資料特性，在對環境衝擊最小之前提下，結合工程手段進行攔河堰及河道整治工程進行相關設計，計畫執行後能有效增加水域利用，創造新店地區特有之划船運動及遊憩空間。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960261</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/12</date><governmentpublicationsnumber>1009603891</governmentpublicationsnumber><identifier>52622</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52622</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>新店溪秀朗攔河堰及河道整治工程規劃暨細部設計成果報告=Engineering Planning and Design on the Hsiu Lung Weir and Channel Control in the Hsin Tien Creek</title><yearidentifier>200801</yearidentifier></data><data><abstract> </abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>351.8129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950254</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/12</date><governmentpublicationsnumber>1009503812</governmentpublicationsnumber><identifier>52625</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52625</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪河川情勢調查計畫=Investigation of Current Status in Jhuoshuei River System</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/17</date><governmentpublicationsnumber>1009603526</governmentpublicationsnumber><identifier>52667</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52667</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>苑裡溪/流經市區灌溉溝圳改善規劃(資料成果光碟)=Planning for lmprovement on the Yuanli River/the lrrigation Channel Passing through the Urban</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960316</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/18</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>52672</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52672</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫(湖口地區新塭地區示範區3D動態模擬光碟) (光碟版)Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960316</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/18</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>52673</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52673</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫正式報告書 (光碟版)Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.68933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/20</date><governmentpublicationsnumber>1009603121</governmentpublicationsnumber><identifier>52684</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52684</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>斗六市虎尾溪攔河堰工程規劃─地形測量暨水質.地質調查專題報告=Planning Report on Huwei River Weir for Topography Measuring,Water Quality and Geological Survey</title><yearidentifier>200711</yearidentifier></data><data><abstract> </abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.68933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/20</date><governmentpublicationsnumber>1009603121</governmentpublicationsnumber><identifier>52685</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52685</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>斗六市虎尾溪攔河堰工程規劃─地形測量暨水質.地質調查專題報告(附冊) =Planning Report on Huwei River Weir for Topography Measuring,Water Quality and Geological Survey</title><yearidentifier>200711</yearidentifier></data><data><abstract> </abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.68933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/20</date><governmentpublicationsnumber>1009603121</governmentpublicationsnumber><identifier>52689</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52689</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>斗六市虎尾溪攔河堰工程規劃─地形測量暨水質.地質調查專題報告(光碟版)=Planning Report on Huwei River Weir for Topography Measuring,Water Quality and Geological Survey</title><yearidentifier>200711</yearidentifier></data><data><abstract> </abstract><author>中興大學</author><categoryidentifier>351.8129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009503812</governmentpublicationsnumber><identifier>52712</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52712</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪河川情勢調查計畫(光碟版)=Investigation of Current Status in Jhuoshuei River System</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009503704</governmentpublicationsnumber><identifier>52717</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52717</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「日本河川整備中心知識管理合作計畫」叢書NO.6=日本災害(水災)及環境保全之對應</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009503707</governmentpublicationsnumber><identifier>52718</identifier><internationalstandardbooknumber>9789860058338 ; 9860058334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52718</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「日本河川整備中心知識管理合作計畫」叢書NO.7=河川上游沿岸及水庫坡面災害等之新進保護工法</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009503710</governmentpublicationsnumber><identifier>52719</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52719</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「日本河川整備中心知識管理合作計畫」叢書NO.8=魚道事例集:創造魚類容易上溯的河川環境</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009503713</governmentpublicationsnumber><identifier>52720</identifier><internationalstandardbooknumber>978986007786X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52720</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「日本河川整備中心知識管理合作計畫」叢書NO.9=如何善加利用雨水--綜合治水對策事例</title><yearidentifier>200612</yearidentifier></data><data><abstract>探討荖濃溪攔河堰高流量情況下，攔河堰上下游河道沖淤變化及攔河堰下游護坦工穩定性對管柵取水功能之影響。水工模型試驗共進行六種方案取其較佳者。</abstract><author>許彥響、張耀澤、陳弘?</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009604308</governmentpublicationsnumber><identifier>52722</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52722</librarycollectiondetailsurl><price>725</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>?文水庫越域引水工程計畫─荖濃溪攔河堰水工模型試驗＝Tseng-Wen Reservoir Transbasin Diversion Project Physical Model Test of Laonong River Weir</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009603112</governmentpublicationsnumber><identifier>52725</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52725</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>95年度經濟部水利署委辦計畫成果摘要彙編:水到渠成(內附光碟)</title><yearidentifier>200711</yearidentifier></data><data><abstract>探討荖濃溪攔河堰高流量情況下，攔河堰上下游河道沖淤變化及攔河堰下游護坦工穩定性對管柵取水功能之影響。水工模型試驗共進行六種方案取其較佳者。</abstract><author>許彥響、張耀澤、陳弘?</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/21</date><governmentpublicationsnumber>1009604308</governmentpublicationsnumber><identifier>52727</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52727</librarycollectiondetailsurl><price>725</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>?文水庫越域引水工程計畫─荖濃溪攔河堰水工模型試驗(光碟版)=Tseng-Wen Reservoir Transbasin Diversion Project Physical Model Test of Laonong River Weir</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/24</date><governmentpublicationsnumber>1009603710</governmentpublicationsnumber><identifier>52739</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52739</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>防洪工程經濟效益評估之檢討修正(1/3)成果資料光碟=A Study on Review and Revision of Economic Evaluation of Flood-Control Projects(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/24</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>52742</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52742</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計畫擬定=River Restoration Project  Assessment and Planning Preparation</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國94年七二水災過後，政府體認尊重及順應自然的重要性，人類在山區的活動應再重加審視，尤其是環境較為敏感或易發生災害危害地區的開發行為，應嚴加管理。不宜再以工程為主來試圖阻擋及消除災害。事實上敏感地區現有開發的所得已經不敷社會整體的支出，走向保育是一種更有利的經濟選擇。  出版機關代碼： 313200400G  裝訂別： 平裝  尺寸： A4  版次： 初版  發行數量： 100  內容形式： 研究報告  適用對象： 成人（業務參考）;成人（學術性）  出版情況： 自行出版  著作財產權管理機關或擁有者： 經濟部水利署水利規劃試驗所  取得授權資訊： 聯絡人：河川課李亞儒聯絡電話：04-23302980ex2349聯絡地址：台中縣霧峰鄉吉峰村中正路1340號  經辦單位： 水利規劃試驗所  經辦人： 李怡靜  經辦人電話： 04-23304788-152  經辦人email： lyc1106@wrap.gov.tw  附件： cd-rom      找書途徑 我要寫書評 尋找其他相關：復育河段復育計畫本書得分：評分人數：0 人    我要評分：</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/24</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>52743</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52743</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計畫擬定(光碟版)=River Restoration Project Assessment and Planning Preparation</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國94年七二水災過後，政府體認尊重及順應自然的重要性，人類在山區的活動應再重加審視，尤其是環境較為敏感或易發生災害危害地區的開發行為，應嚴加管理。不宜再以工程為主來試圖阻擋及消除災害。事實上敏感地區現有開發的所得已經不敷社會整體的支出，走向保育是一種更有利的經濟選擇。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/24</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>52744</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52744</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計畫擬定(成果光碟)=River Restoration Project  Assessment and Planning Preparation</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來高屏溪攔河堰受到連續颱風豪雨侵襲，造成高屏堰進水口及活動堰嚴重淤積，取水困難，又因於洪水期間取水濁度升高，致自來水公司用水因原水濁度升高、處理困難影響大高雄地區民生用水之供應，故經濟部水利署南區水資源局擬就高屏堰水質(濁度)及含砂(泥)量進行監測，以了解水質(濁度)及含泥砂量變化情形，並據以研擬對策確保高屏堰取水水質之穩定及水源供應正常無虞。本計畫之目的在於進行高屏堰水質(濁度)及泥砂監測，並藉由監測結果提供各項改善建議、改善策略研擬及提供技術諮詢等，以供做為南水局執行各項改善措施之參考，俾確保高屏堰之取水水質及取水穩定。</abstract><author>元裕工程技術顧問有限公司</author><categoryidentifier>443.6251   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009604412</governmentpublicationsnumber><identifier>52746</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52746</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>高屏溪攔河堰水質(濁度)及泥砂監測計畫成果報告-內附光碟 The Monitoring of Water Quality (Turbidity) and Sediment for Kaoping Weir</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國94年七二水災過後，政府體認尊重及順應自然的重要性，人類在山區的活動應再重加審視，尤其是環境較為敏感或易發生災害危害地區的開發行為，應嚴加管理。不宜再以工程為主來試圖阻擋及消除災害。事實上敏感地區現有開發的所得已經不敷社會整體的支出，走向保育是一種更有利的經濟選擇。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6   351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-R-01010-600-001</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>52758</identifier><internationalstandardbooknumber>9789860123258 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52758</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計畫擬定=River Restoration Project Assessment and Planning Preparation</title><yearidentifier>200712</yearidentifier></data><data><abstract>現階段濁水溪扇頂人工湖朝地下水補注類型人工湖進行規劃，但由於地下水補注功能與成效皆須長時間的監測評估及補注機制與操作規範尚未明確建立，故前期規劃濁水溪扇頂人工湖宜分兩階段開發。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009700081</governmentpublicationsnumber><identifier>52759</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52759</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃雲林地區濁水溪扇頂人工湖工程可行性規劃報告=Planning for Engineering Feasibility of the Artificial Lake at the Top Alluvium Fan of  Cho Shui Chi in Yun Lin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>下水埔湖區係以引取濁水溪剩餘川流水源蓄存湖區，供區域用水需求，提升區域水質源有效利用，亦可取代區域部份地下水源，減少地下水抽取量，達地下水保育效益。計畫範圍位於彰化縣溪州鄉下水埔堤坊北側之農業區域。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009700083</governmentpublicationsnumber><identifier>52760</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52760</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃:彰化地區溪州人工湖(下水埔湖區)工程可行性規劃報告=Planning for Engineering Feasibility of Chi Chou  Artificial (Siashuepu Area) in Chang Hua  Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>現階段濁水溪扇頂人工湖朝地下水補注類型人工湖進行規劃，但由於地下水補注功能與成效皆須長時間的監測評估及補注機制與操作規範尚未明確建立，故前期規劃濁水溪扇頂人工湖宜分兩階段開發。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009700081</governmentpublicationsnumber><identifier>52761</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52761</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃雲林地區濁水溪扇頂人工湖工程可行性規劃報告(光碟版)=Planning for Engineering Feasibility of the Artificial Lake at the Top Alluvium Fan of  Cho Shui Chi in Yun Lin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>下水埔湖區係以引取濁水溪剩餘川流水源蓄存湖區，供區域用水需求，提升區域水質源有效利用，亦可取代區域部份地下水源，減少地下水抽取量，達地下水保育效益。計畫範圍位於彰化縣溪州鄉下水埔堤坊北側之農業區域。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009700083</governmentpublicationsnumber><identifier>52762</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52762</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃:彰化地區溪州人工湖(下水埔湖區)工程可行性規劃報告(光碟版)=Planning for Engineering Feasibility of Chi Chou  Artificial (Siashuepu Area) in Chang Hua  Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>1.前言 2.相關法令及計畫 3.流域概況調查 4.發展潛力分析 5.環境營造計畫 6.經營管理計畫 7.分期實施計畫 8.效益分析</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009404428</governmentpublicationsnumber><identifier>52781</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52781</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>94</publishrocyear><title>景美溪河川環境營造計畫規劃 附件 Chingmei River Environment Management Planning Appendix</title><yearidentifier>200512</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/25</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>52804</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52804</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)(光碟版）＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學建築與城鄉研究所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>8943891619</governmentpublicationsnumber><identifier>52828</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52828</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>基隆河整体治理計畫規劃工作 非工程防洪檢討-易淹水區土地使用規劃研討專題報告=Non-Structural Flood Control Alternatives:Land use planning of Flood-prone Areas</title><yearidentifier>200011</yearidentifier></data><data><abstract>頭前溪流域基本屬性資料庫之建立(1/3)第一年 =The Design and Construction of a Gis Database for The Watershed Management of Toa-Cheng Watershed(1/3)</abstract><author>史天元教授主持</author><categoryidentifier>443.68973704   443.689</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1008900016</governmentpublicationsnumber><identifier>52830</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52830</librarycollectiondetailsurl><price>1215</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>頭前溪流域基本屬性資料庫之建立(1/3)第一年 =The Design and Construction of a Gis Database for The Watershed Management of Toa-Cheng Watershed(1/3)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>8944892058</governmentpublicationsnumber><identifier>52831</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52831</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>流域環境變遷對防洪設施影響之研究(1/3)第一年=The effect of environmental change on flood control facilities over ariver basin(1/3)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>8949890603</governmentpublicationsnumber><identifier>52832</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52832</librarycollectiondetailsurl><price>1215</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫工程基本設計土資場測量成果報告(1/1000地形測量)</title><yearidentifier>200201</yearidentifier></data><data><abstract>基隆河員山子分洪工程計畫地質補充探查試驗專題報告附錄(A~D)</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>1009100051</governmentpublicationsnumber><identifier>52842</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52842</librarycollectiondetailsurl><price>3326</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪工程計畫地質補充探查試驗專題報告(附錄ABCD)</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>1009100051</governmentpublicationsnumber><identifier>52843</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52843</librarycollectiondetailsurl><price>3326</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪工程計畫 地質補充探查試驗專題報告 (附錄E F G)</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>李訓煌計畫主持</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>52845</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52845</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(2/4)(中部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200202</yearidentifier></data><data><abstract> </abstract><author>經濟部水隸屬水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>1009101594</governmentpublicationsnumber><identifier>52846</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52846</librarycollectiondetailsurl><price>700</price><publisher>經濟部水隸屬水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫工程基本設計報告=Report on Basic Design Stage for Yuan-Shan-Tzu Diversion Engineering of Kee-Lung River Improvements Project</title><yearidentifier>200205</yearidentifier></data><data><abstract>基隆河員山子分洪工程位於台北縣瑞芳鎮，由於每年豐水期間均造成 基隆河沿岸之汐止、五堵等地區嚴重水患。政府為儘速解決基隆河沿岸 中、下游地區淹水災害問題，乃積極推動基隆河治理計畫，核計畫中之員 山子分洪工程擬於九十年底完成規劃設計，並於九十三底完工達成分洪功 效。由於本工程進水結構(分洪堰、束縮段、隧道入口)、分洪隧道內部、 出水結構及出口海域水理狀況極為複雜，倘若水流挾帶大量漂浮物(如貨 櫃、大型浮木等)堵塞隧道進水口處，該水理甚難以模式解析。故成立本計 畫進行水工模型試驗，籍以探討攔河堰、分洪隧道進、出水口水理現象、 隧道分洪效能及分洪對海域之影響等，以提供設計單位之設計參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/27</date><governmentpublicationsnumber>1009103851</governmentpublicationsnumber><identifier>52847</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52847</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪水工模型試驗(第一年)</title><yearidentifier>200210</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（簡稱南水局）為有效改善阿公店水庫並確保水庫水資源之永續利用，在集水區點源污染部分，因豬隻污染佔總污染量之99%左右，故依據農委會推行之五大河川計畫豬隻養廢後，點污染源已獲得大幅削減。除點污染源外，集水區內超限利用之廣大濫墾地，不但造成水土流失而嚴重淤積，且農業開墾除草、施肥及噴灑農藥等行為，也可能伴隨著氣候及水文等過程產生非點源污染，伴隨著降雨產生之逕流沖刷，最終到達本水庫水體，再次造成水庫泥沙淤積、水體優養化等問題產生，致使更新工程之成果無法永續保持。爰此，南水局透過「阿公店水庫集水區非點源污染分析調查」之執行，進一步瞭解阿公店水庫集水區內非點源污染量與其分佈現況，以利後續管理單位作為逐年完成集水區內之非點源污染削減之參考，進而達到管制集水區內所有污染源之目的。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604434</governmentpublicationsnumber><identifier>52849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52849</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫集水區非點源污染分析調查－總執行成果報告書＝Investigation of Non-point Source Pollution at A-Kung-Tien Reservoir Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（簡稱南水局）為有效改善阿公店水庫並確保水庫水資源之永續利用，在集水區點源污染部分，因豬隻污染佔總污染量之99%左右，故依據農委會推行之五大河川計畫豬隻養廢後，點污染源已獲得大幅削減。除點污染源外，集水區內超限利用之廣大濫墾地，不但造成水土流失而嚴重淤積，且農業開墾除草、施肥及噴灑農藥等行為，也可能伴隨著氣候及水文等過程產生非點源污染，伴隨著降雨產生之逕流沖刷，最終到達本水庫水體，再次造成水庫泥沙淤積、水體優養化等問題產生，致使更新工程之成果無法永續保持。爰此，南水局透過「阿公店水庫集水區非點源污染分析調查」之執行，進一步瞭解阿公店水庫集水區內非點源污染量與其分佈現況，以利後續管理單位作為逐年完成集水區內之非點源污染削減之參考，進而達到管制集水區內所有污染源之目的。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604434</governmentpublicationsnumber><identifier>52850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52850</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫集水區非點源污染分析調查－總執行成果報告書(附件第一冊)＝Investigation of Non-point Source Pollution at A-Kung-Tien Reservoir Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（簡稱南水局）為有效改善阿公店水庫並確保水庫水資源之永續利用，在集水區點源污染部分，因豬隻污染佔總污染量之99%左右，故依據農委會推行之五大河川計畫豬隻養廢後，點污染源已獲得大幅削減。除點污染源外，集水區內超限利用之廣大濫墾地，不但造成水土流失而嚴重淤積，且農業開墾除草、施肥及噴灑農藥等行為，也可能伴隨著氣候及水文等過程產生非點源污染，伴隨著降雨產生之逕流沖刷，最終到達本水庫水體，再次造成水庫泥沙淤積、水體優養化等問題產生，致使更新工程之成果無法永續保持。爰此，南水局透過「阿公店水庫集水區非點源污染分析調查」之執行，進一步瞭解阿公店水庫集水區內非點源污染量與其分佈現況，以利後續管理單位作為逐年完成集水區內之非點源污染削減之參考，進而達到管制集水區內所有污染源之目的。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604434</governmentpublicationsnumber><identifier>52851</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52851</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫集水區非點源污染分析調查－總執行成果報告書(附件第二冊)＝Investigation of Non-point Source Pollution at A-Kung-Tien reservoir Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署南區水資源局（簡稱南水局）為有效改善阿公店水庫並確保水庫水資源之永續利用，在集水區點源污染部分，因豬隻污染佔總污染量之99%左右，故依據農委會推行之五大河川計畫豬隻養廢後，點污染源已獲得大幅削減。除點污染源外，集水區內超限利用之廣大濫墾地，不但造成水土流失而嚴重淤積，且農業開墾除草、施肥及噴灑農藥等行為，也可能伴隨著氣候及水文等過程產生非點源污染，伴隨著降雨產生之逕流沖刷，最終到達本水庫水體，再次造成水庫泥沙淤積、水體優養化等問題產生，致使更新工程之成果無法永續保持。爰此，南水局透過「阿公店水庫集水區非點源污染分析調查」之執行，進一步瞭解阿公店水庫集水區內非點源污染量與其分佈現況，以利後續管理單位作為逐年完成集水區內之非點源污染削減之參考，進而達到管制集水區內所有污染源之目的。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604434</governmentpublicationsnumber><identifier>52852</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52852</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>阿公店水庫集水區非點源污染分析調查－總執行成果報告書(光碟版)＝Investigation of Non-point Source Pollution at A-Kung-Tien reservoir Watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract>阿公店水庫自民國42年興建完成迄今已營運50年有餘，為解決其日趨嚴重之淤積、供水及滯洪空間不足等問題，並繼續維持防洪、灌溉、公共給水等多目標功能，自民國86年起進行更新改善計畫，至民國94年完工。為確保水庫蓄水及營運期間壩體之安全及穩定，與提供水庫下游民眾生命財產之安全保證，因此透過壩區埋設之監測儀器，於水庫營運期間持續辦理監測，以掌握水庫營運期間之壩體行為及安全性。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604410</governmentpublicationsnumber><identifier>52856</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52856</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>95及96年度阿公店水庫大壩安全監測分析－96年度工作成果報告＝The Dam Safety Monitoring Analysis of A-Kung-Tien Reservoir in 2006 and 2007－ Annual Working Report for 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>阿公店水庫自民國42年興建完成迄今已營運50年有餘，為解決其日趨嚴重之淤積、供水及滯洪空間不足等問題，並繼續維持防洪、灌溉、公共給水等多目標功能，自民國86年起進行更新改善計畫，至民國94年完工。為確保水庫蓄水及營運期間壩體之安全及穩定，與提供水庫下游民眾生命財產之安全保證，因此透過壩區埋設之監測儀器，於水庫營運期間持續辦理監測，以掌握水庫營運期間之壩體行為及安全性。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009604410</governmentpublicationsnumber><identifier>52857</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52857</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>95及96年度阿公店水庫大壩安全監測分析－96年度工作成果報告(光碟版) ＝The Dam Safety Monitoring Analysis of A-Kung-Tien Reservoir in 2006 and 2007－ Annual Working Report for 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究藉由現場資料如懸浮載濃度、床質粒徑、地形之調查及水規所物模可能提供之成果，進行二維動床數模之檢定與驗證，然後針對「高屏溪攔河堰取水功能改善計畫」之子計畫「高屏堰整體加高工程」，進行高屏堰加高之模擬分析，以探討堰址上下游河段沖淤及改善之情形，評估其效果並提出可能再改善方案之建議。</abstract><author>國立交通大學</author><categoryidentifier>443.651   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960367</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009700437</governmentpublicationsnumber><identifier>52858</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52858</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>高屏堰整體加高對其上下游河段沖淤影響之研究 Study on Upstream and Downstream Bed Scour and Deposition due to Raise of Kao-ping Weir</title><yearidentifier>200803</yearidentifier></data><data><abstract>本研究藉由現場資料如懸浮載濃度、床質粒徑、地形之調查及水規所物模可能提供之成果，進行二維動床數模之檢定與驗證，然後針對「高屏溪攔河堰取水功能改善計畫」之子計畫「高屏堰整體加高工程」，進行高屏堰加高之模擬分析，以探討堰址上下游河段沖淤及改善之情形，評估其效果並提出可能再改善方案之建議。</abstract><author>國立交通大學</author><categoryidentifier>443.651</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960367</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/28</date><governmentpublicationsnumber>1009700437</governmentpublicationsnumber><identifier>52859</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52859</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>高屏堰整體加高對其上下游河段沖淤影響之研究(光碟版) Study on Upstream and Downstream Bed Scour and Deposition due to Raise of Kao-ping Weir</title><yearidentifier>200803</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/3/31</date><governmentpublicationsnumber>1009603028</governmentpublicationsnumber><identifier>52865</identifier><internationalstandardbooknumber>986011479 ; 986011479</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52865</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>屏東番子崙海岸防護結構物佈置水工模型試驗=The Hydraulic Model Studies for the Arragement on Coastal Protection Structures of Fanzihlun,Ping-Tung</title><yearidentifier>200710</yearidentifier></data><data><abstract>高屏溪流域廣闊，為大高雄、屏東地區主要水資源及砂石資源來源，主流全長171公里，流域面積3,257平方公里，為考量疏濬對河道之影響，本署於民國87年曾進行「採砂行為對高屏溪河道平衡之影響」專案評估。近八年來，荖濃溪、隘寮溪河道變遷頗大，水資源、泥砂資源利用條件亦不同。為顧及河床泥砂平衡，適度回應地方開發需求，並兼利用河川中有限之砂石資源，部分河段河床常可能利用疏濬方式，對較嚴重淤積河段進行疏濬減淤作業。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加、水流?砂能力驟增，但上游輸送至下游之泥砂待水流?砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境之可能影響，亟有必要重新審視荖濃溪、隘寮溪現有環境條件，進行詳細之專業評估研究。整體工作項目：第一年辦理重點以基本資料、文獻蒐集、調查、整理分析，水文泥砂資料補充觀測調查分析，輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證，及計畫區域河段河床現況穩定性探討等；第二年為計畫區域內水文泥砂資料補充觀測調查分析，歷年河床疏濬情形及河床穩定評估，疏濬條件及河床穩定案例模擬評估，綜合案例與替代案例模擬，河道治理、管理策略研擬及辦理成果發表與教育講習。</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0960286</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/31</date><governmentpublicationsnumber>1009604202</governmentpublicationsnumber><identifier>52868</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52868</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>荖濃溪.隘寮溪河道疏濬與河床穩定研究(2/2)=The Study on Sediment Dredging and Riverbed Stability of Laonong River and Ailiao River(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960316</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/31</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>52869</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52869</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>國立臺灣大學工程科學及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2008/3/31</date><governmentpublicationsnumber>1009700665</governmentpublicationsnumber><identifier>52870</identifier><internationalstandardbooknumber>9789860136692 ; 9789860136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52870</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式(6/6)=Establishment of Wave,Tidal Current and Coastal Evolution Models (6/6)</title><yearidentifier>200803</yearidentifier></data><data><abstract>為瞭解溪州人工湖工址地層概況及人工湖開挖料之適用性，特辦理溪州人工湖地質探查及抽水試驗等工作項目。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009700084</governmentpublicationsnumber><identifier>52873</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52873</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃：彰化地區溪州人工湖(下水埔湖區)地質探查與材料試驗專題報告(光碟版)＝Geological Survey and In-situ &amp; Laboratory Test for Chi Chou Artificial Lake (Siashuepu Area) in Chang Hua Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>為瞭解雲林地區濁水溪扇頂人工湖工址地層概況及人工湖開挖料之適用性，特辦理濁水溪扇頂人工湖地質探查及抽水試驗等工作項目。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009700082</governmentpublicationsnumber><identifier>52874</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52874</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃：雲林地區濁水溪扇頂人工湖地質探查與材料試驗專題報告(光碟版)＝Geological Survey and In-Situ &amp; Laboratory Test the Artifivial Lake at the Top Alluvium Fan of Cho Shui Chi in Yun Lin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>52875</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52875</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(光碟版)=Study on Related Countermeasures of Sscour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract>96年度集集攔河堰營運階段水域生態及水質監測成果報告</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009700480</governmentpublicationsnumber><identifier>52876</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52876</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰營運階段水域生態及水質監測成果報告－光碟版＝JiJi Weir Operation in yr.2007 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>200802</yearidentifier></data><data><abstract>本計畫主要是基於經濟部水利署為落實行政院2927次院會決定：請各相關部會積極推動「聯合國氣候變化綱要公約及京都議定書之衝擊分析與因應策略報告」之各項因應策略。爰針對1997年聯合國氣候變化綱要公約第3次大會各國簽訂並於2005年2月16日實施之京都議定書，研析其對我國水資源政策之影響，並同時蒐集分析氣候變遷之概況、趨勢及衝擊後，除研提因應氣候變遷及京都議定書衝擊之調適策略外，並進一步建立因應氣候變遷衝擊之長期預警指標，作為水資源政策調整與因應之決策參考。主要目的為1. 研析「京都議定書」對我國水資源政策之影響。2.蒐集國內外資訊，分析氣候變遷之概況、趨勢及衝擊。3.研提因應氣候變遷及京都議定書衝擊之調適策略。4.建立因應氣候變遷衝擊之長期預警指標，作為水資源政策調整與因應之決策參考。</abstract><author>國立台灣大學全球變遷研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960071</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009604331</governmentpublicationsnumber><identifier>52877</identifier><internationalstandardbooknumber>9789860127690 ; 9789860127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52877</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>因應氣候變遷及京都議定書水利政策調整(2/2)(光碟版)  Study on the adjustment of hydrology policy in responding to the climate change and Kyoto Protocol(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標。基此，經濟部水利署於91年推動「輔導知識型水利產業發展計畫」，並成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960014</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/1</date><governmentpublicationsnumber>1009700573</governmentpublicationsnumber><identifier>52878</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52878</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利產業輔導育成計畫(2/2)－光碟版＝Assistance and Incubation Planning for Water Industry(2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>96年度斗六堰水域生態監測成果報告</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/2</date><governmentpublicationsnumber>1009700481</governmentpublicationsnumber><identifier>52879</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52879</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度斗六堰水域生態監測成果報告(光碟版)＝The Assessment on the Ecological Monitoring of Dou-Lion Weir in 2007</title><yearidentifier>200802</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/2</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>52882</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52882</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(上?)=Study on Related Countermeasures of Scour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/2</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>52883</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52883</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(下?)=Study on Related Countermeasures of Scour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract>台南海岸復育規劃(急水溪至?文溪口)總報告─成果資料光碟=The Beach Restoration Pflanning from Chishui River to  Tsengwen River  in Tainan County</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/3</date><governmentpublicationsnumber>1009603789</governmentpublicationsnumber><identifier>52895</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52895</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(急水溪至?文溪口)總報告─成果資料光碟=The Beach Restoration Pflanning from Chishui River to  Tsengwen River  in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/3</date><governmentpublicationsnumber>1009603788</governmentpublicationsnumber><identifier>52898</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52898</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(2/2)(急水溪至?文溪口)─成果資料光碟=The Beach Restoration Planning from Chishui River to  Tsengwen River  in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>辦理水利規劃試驗所四十週年所慶影片及精華紀錄</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/3</date><governmentpublicationsnumber>1009603927</governmentpublicationsnumber><identifier>52907</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52907</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>承先啟後繼往開來：水利規劃經驗傳承40週年所慶活動專輯影片(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/7</date><governmentpublicationsnumber>1009603912</governmentpublicationsnumber><identifier>52910</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52910</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫泥砂濃度及流速超音波量測 設備測試研發〈2/2〉The  Study on the  Desing and Development  of  the Ultrasonic  Suspended  Load  Concentration  and  Flow  V elocity  Measuring Instrument  for  Reservoir(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的為進行河川流量管理之多目標最佳化研究，利用相關水文、地文及魚類資料整理分析及配合水庫操作方式，以建立臺灣生態水文指標及擴充魚類個體生態矩陣，並擬定河川生態系統的管理目標，供國內水利相關人員之參考應用。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/7</date><governmentpublicationsnumber>1009603924</governmentpublicationsnumber><identifier>52914</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(1/3)(光碟版)＝Integration  of the optimum managing water resources in stream ecological reconstruction〈1/3〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>曾文水庫越域引水工程計畫─荖濃溪攔河堰水工模型試驗</abstract><author>許彥響、張耀澤、陳弘?</author><categoryidentifier>443.642723   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/7</date><governmentpublicationsnumber>1009604308</governmentpublicationsnumber><identifier>52920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52920</librarycollectiondetailsurl><price>725</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫─荖濃溪攔河堰水工模型試驗=Tseng-Wen Reservoir Transbasin Diversion Project Physical Model Test of Laonong River Weir</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/8</date><governmentpublicationsnumber>1009104096</governmentpublicationsnumber><identifier>52964</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52964</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>政府採購法條文?明(光碟板)</title><yearidentifier>200212</yearidentifier></data><data><abstract>以河川棲地二維模式為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品評估模組，經由現地水生物及河川流況調查資料，求得研究河段之水生物群聚與流況多樣性之關係，再以此作為規劃河川水利建造物對河川棲地品質之檢定基準。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/8</date><governmentpublicationsnumber>1009603922</governmentpublicationsnumber><identifier>52966</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52966</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(1/2)〈光碟版〉＝The  Application of 2-Dimensional River Habitat model(River 2D)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>花蓮縣野鳥學會</author><categoryidentifier>388.691</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/9</date><governmentpublicationsnumber>30789880125</governmentpublicationsnumber><identifier>52967</identifier><internationalstandardbooknumber>9789570245288 ; 957024528x</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52967</librarycollectiondetailsurl><price></price><publisher>花蓮縣政府</publisher><publishrocyear>88</publishrocyear><title>花蓮的蛙類</title><yearidentifier>199910</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/9</date><governmentpublicationsnumber>1009504130</governmentpublicationsnumber><identifier>52972</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52972</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>鱉溪調查及復育規劃(1/2)－光碟版＝The investigation of  the ecological environment and the rehabilitation planning of the Bie River (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為積極配合行政院挑戰2008國家發展重點計畫-積極推動節約用水計畫與以大投資大溫暖為主軸的2015年經濟發展願景第一階段三年衝刺計畫之不缺水施政方針,本年度完成80案次民生及公共大用水戶節水技術輔導.輔導對象包括淨水場反沖洗用水,觀光遊憩區群組,機關,學校,量販百貨業,飯店業,醫療院所及休閒娛樂場所等.藉由節水技術服務的資源導入,協助輔導對象改善用水體質,節省用水成本,減緩需水的壓力,更降低缺水風險.</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960024</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/9</date><governmentpublicationsnumber>1009603711</governmentpublicationsnumber><identifier>52980</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52980</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>民生及公共大用水戶節水輔導計畫(光碟版)＝Commercial and  institutional water conservation program</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據行政院於「挑戰2008國家發展重點計畫－積極推動節約用水計畫」之指示，協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫完成之工作成果摘要說明如下： (一)歷年成效彙整及未來推動策略研擬 (二)建置「政府機關及學校節約用水資料網路填報系統」 (三)節約用水資訊網之系統維護、更新與管理 (四)發行節約用水季刊 (五)節約用水政策行銷與推廣 (六)完成審查通過63家次廠商，172件產品審查，進行20家次省水標章廠商79件省水標章產品現場查核及4次省水標章枚數統計等工</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960025</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/9</date><governmentpublicationsnumber>1009603713</governmentpublicationsnumber><identifier>52981</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52981</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>節水環境建構與推廣計畫(2/3)－光碟版 ＝Environmental Improvement and Popularize Plan of Water Conservation(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>「自來水管承裝商管理系統」自94年起上線使用，以供各縣市政府及本署辦理自來水管承裝商暨技工管理業務。本計畫除例行維護工作及行政配合外，針對系統資料庫進行校核，並依使用者需求修正系統功能以利業務推動.其目的完成系統人員資料順利參考相關資料庫所提供資訊.並完成全國承裝商換領許可證書作業.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950451</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/9</date><governmentpublicationsnumber>1009603714</governmentpublicationsnumber><identifier>52984</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_52984</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>自來水管承裝商管理系統後續維護計畫(光碟版)＝Maintenances of Aregistration System for water-Supply-Pipes 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9570278315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53044</librarycollectiondetailsurl><price></price><publisher>花蓮縣政府</publisher><publishrocyear>89</publishrocyear><title>洄瀾大地雙重奏--記花蓮溪與秀姑巒溪生態景觀資源</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>花蓮縣野鳥學會</author><categoryidentifier>388.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009700480</governmentpublicationsnumber><identifier>53048</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53048</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰營運階段水域生態及水質監測成果報告＝JiJi Weir Operation in yr.2007 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>200802</yearidentifier></data><data><abstract>96年度斗六堰水域生態監測成果報告</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009700481</governmentpublicationsnumber><identifier>53049</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53049</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度斗六堰水域生態監測成果報告＝The Assessment on the Ecological Monitoring of Dou-Lion Weir in 2007</title><yearidentifier>200802</yearidentifier></data><data><abstract>大甲溪供應?大台中地區主要民生及事業用水，為台灣中區重要水資源。近?颱風及地震等自然?及人為工程興建，逐漸對於大甲溪中游河川棲地生態及河道水域型態造成重大變遷，而有待?育。本計畫配合水資源管?政策，進?有關棲地生態保育措施研究及教育宣導活動，其內容包括：河川棲地生態環境及魚?調查、興建攔河堰之因應對策研擬、大甲溪生態資?庫及網頁、大甲溪生態保育教育宣導出版品彙編、大甲溪中游河川棲地生態保育會議及活動。</abstract><author>中華民國自然與生態攝影學會</author><categoryidentifier>367.831225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009700502</governmentpublicationsnumber><identifier>53050</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>大甲溪中游河川棲地生態及魚類調查第二階段研究＝Phase II Study of Habitat and Fish Community Ecology in Midstream of Tachia River</title><yearidentifier>200803</yearidentifier></data><data><abstract> </abstract><author>陳慧馨等</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009504101</governmentpublicationsnumber><identifier>53051</identifier><internationalstandardbooknumber>9789860081268 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53051</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>看見淡水河流域--河川自然生態彙編</title><yearidentifier>200612</yearidentifier></data><data><abstract>大甲溪供應?大台中地區主要民生及事業用水，為台灣中區重要水資源。近?颱風及地震等自然?及人為工程興建，逐漸對於大甲溪中游河川棲地生態及河道水域型態造成重大變遷，而有待?育。本計畫配合水資源管?政策，進?有關棲地生態保育措施研究及教育宣導活動，其內容包括：河川棲地生態環境及魚?調查、興建攔河堰之因應對策研擬、大甲溪生態資?庫及網頁、大甲溪生態保育教育宣導出版品彙編、大甲溪中游河川棲地生態保育會議及活動。</abstract><author>中華民國自然與生態攝影學會</author><categoryidentifier>367.831225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009700502</governmentpublicationsnumber><identifier>53052</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>大甲溪中游河川棲地生態及魚類調查第二階段研究(光碟版)＝Phase II Study of Habitat and Fish Community Ecology in Midstream of Tachia River</title><yearidentifier>200803</yearidentifier></data><data><abstract>研發大安溪、急水溪、阿公店溪、東港溪及四重溪之愛河護川多媒體教材光碟及教學指引手冊，藉以推廣至臺灣國小中、高年級使用，以落實愛河護川基本觀念，以期達到愛河護川宣導工作由下紮根之目標。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>529.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960156</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009700239</governmentpublicationsnumber><identifier>53053</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53053</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>親水教育宣導計畫</title><yearidentifier>200803</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>53054</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53054</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造芙映清流-福爾摩沙之水</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/11</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>53055</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53055</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)(內附光碟)＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>對彰化海岸沿海鄉鎮歷史文化、風俗民情、生態景觀及地方特產等以遊記方式做介紹，並以繪本及漫畫方式呈現。</abstract><author>廖文豪主編</author><categoryidentifier>351.3232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/14</date><governmentpublicationsnumber>1009303998</governmentpublicationsnumber><identifier>53060</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53060</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>叮叮放暑假:彰化海岸遊記</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>行政院環境保護署</author><categoryidentifier>545.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/14</date><governmentpublicationsnumber>2007800069</governmentpublicationsnumber><identifier>53062</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53062</librarycollectiondetailsurl><price>190</price><publisher>行政院環境保護署</publisher><publishrocyear>96</publishrocyear><title>環境白皮書（民國九十六年版） 『內附光碟片』</title><yearidentifier>200711</yearidentifier></data><data><abstract>辦理民意問卷調查,宣導DVD製作及宣導文件出版品製作，作為重要河川環境營造計畫成果紀錄、成效評估教育宣導材料，期使未來施政方向更能反映民眾需求，增加重要河川環境營造計畫可行性。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/14</date><governmentpublicationsnumber>1009604183</governmentpublicationsnumber><identifier>53069</identifier><internationalstandardbooknumber>9789860125795 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53069</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫成果宣導品製作及民意調查=Propagation and Survey of the Achievements of the River Environment Construction Plan for Major Rivers</title><yearidentifier>200712</yearidentifier></data><data><abstract>辦理民意問卷調查,宣導DVD製作及宣導文件出版品製作，作為重要河川環境營造計畫成果紀錄、成效評估教育宣導材料，期使未來施政方向更能反映民眾需求，增加重要河川環境營造計畫可行性。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/14</date><governmentpublicationsnumber>1009604183</governmentpublicationsnumber><identifier>53071</identifier><internationalstandardbooknumber>9789860125795 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53071</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫成果宣導品製作及民意調查(光碟版)=Propagation and Survey of the Achievements of the River Environment Construction Plan for Major Rivers</title><yearidentifier>200712</yearidentifier></data><data><abstract>為瞭解溪州人工湖工址地層概況及人工湖開挖料之適用性，特辦理溪州人工湖地質探查及抽水試驗等工作項目。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009700084</governmentpublicationsnumber><identifier>53075</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53075</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃：彰化地區溪州人工湖(下水埔湖區)地質探查與材料試驗專題報告＝Geological Survey and In-situ &amp; Laboratory Test for Chi Chou Artificial Lake (Siashuepu Area) in Chang Hua Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>為瞭解雲林地區濁水溪扇頂人工湖工址地層概況及人工湖開挖料之適用性，特辦理濁水溪扇頂人工湖地質探查及抽水試驗等工作項目。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009700082</governmentpublicationsnumber><identifier>53076</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53076</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪扇頂人工湖可行性規劃：雲林地區濁水溪扇頂人工湖地質探查與材料試驗專題報告＝Geological Survey and In-Situ &amp; Laboratory Test the Artifivial Lake at the Top Alluvium Fan of Cho Shui Chi in Yun Lin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>魚類棲息環境水理學: 「日本河川治理知識管理合作計畫」叢書</abstract><author>社團法人台灣環境資源永續發展協會</author><categoryidentifier>367.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009604203</governmentpublicationsnumber><identifier>53078</identifier><internationalstandardbooknumber>9789860126372 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53078</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>魚類棲息環境水理學:「日本河川治理知識管理合作計畫」叢書</title><yearidentifier>200712</yearidentifier></data><data><abstract>多摩川水系河川整備計畫:「日本河川治理知識管理合作計畫」叢書</abstract><author>社團法人台灣環境資源永續發展協會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009604202</governmentpublicationsnumber><identifier>53079</identifier><internationalstandardbooknumber>9789860126365 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53079</librarycollectiondetailsurl><price>690</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>多摩川水系河川整備計畫:「日本河川治理知識管理合作計畫」叢書</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據行政院於「挑戰2008國家發展重點計畫－積極推動節約用水計畫」之指示，協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫完成之工作成果摘要說明如下： (一)歷年成效彙整及未來推動策略研擬 (二)建置「政府機關及學校節約用水資料網路填報系統」 (三)節約用水資訊網之系統維護、更新與管理 (四)發行節約用水季刊 (五)節約用水政策行銷與推廣 (六)完成審查通過63家次廠商，172件產品審查，進行20家次省水標章廠商79件省水標章產品現場查核及4次省水標章枚數統計等工</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960025</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009603713</governmentpublicationsnumber><identifier>53080</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53080</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>節水環境建構與推廣計畫(2/3) ＝Environmental Improvement and Popularize Plan of Water Conservation(2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為積極配合行政院挑戰2008國家發展重點計畫-積極推動節約用水計畫與以大投資大溫暖為主軸的2015年經濟發展願景第一階段三年衝刺計畫之不缺水施政方針,本年度完成80案次民生及公共大用水戶節水技術輔導.輔導對象包括淨水場反沖洗用水,觀光遊憩區群組,機關,學校,量販百貨業,飯店業,醫療院所及休閒娛樂場所等.藉由節水技術服務的資源導入,協助輔導對象改善用水體質,節省用水成本,減緩需水的壓力,更降低缺水風險.</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960024</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009603711</governmentpublicationsnumber><identifier>53082</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53082</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>民生及公共大用水戶節水輔導計畫＝Commercial and  institutional water conservation program</title><yearidentifier>200712</yearidentifier></data><data><abstract>「自來水管承裝商管理系統」自94年起上線使用，以供各縣市政府及本署辦理自來水管承裝商暨技工管理業務。本計畫除例行維護工作及行政配合外，針對系統資料庫進行校核，並依使用者需求修正系統功能以利業務推動.其目的完成系統人員資料順利參考相關資料庫所提供資訊.並完成全國承裝商換領許可證書作業.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950451</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009603714</governmentpublicationsnumber><identifier>53085</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53085</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>自來水管承裝商管理系統後續維護計畫＝Maintenances of Aregistration System for water-Supply-Pipes Installation Industry continually</title><yearidentifier>200712</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，整合過去投資研發的氣象、水文軟體，建立可分散執行、模組共用、易於維護的洪水預報作業系統軟體。分散式洪水預報系統的雛形業已完成，而本「水文模式與分散式洪水預報系統整合應用計畫」，是在上述既有的基礎上，持續模式效益與系統架構功能之改進與擴充，並將系統推廣應用於其他流域。本計畫的整體工作項目，可分為五項，分別為：(1)增進預報系統應用功能－新增包括資料品質控管與水庫洩洪決策支援等功能的操控展示介面，演算模組和統計分析工具模組，並將預報作業流程與參數檢定模組更改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉換程式和通用轉接程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、八掌溪、高屏溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。本(96)年度為三年期計劃中的第一年，完成工作項目如下： 1.建置自動化分析氣候法颱風降雨趨勢推估誤差的模組。 2.開發半自動化即時水文資料品質管控(QA、QC)的工具模組。 3.建立石門與翡翠水庫洩洪決策支援模式，由使用者端輸入操控參數與展示、遠端演算的機制。 4.利用現有可跨臨界流演算的河川模式，開發可以河川觀測水位分段，更新演算狀態變數的洪水演算模組。 5.增加橋樑、堰、側流堰等常見河川水工構造物模組，擴充河川模組功能。 6.協助成功大學地文性淹排水模式嵌入系統。 7.採用XML標記語言，建立描述洪水預報各水文模組輸入輸出格式檔案類型，和工作執行程序的腳本。完成自動演算機制，於颱風警報發布時可自動啟動系統進行運算。 8.開發烏溪流域分散式洪水預報系統。 9.教育訓練。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960060</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009700185</governmentpublicationsnumber><identifier>53087</identifier><internationalstandardbooknumber>9789860130737 ; 9789860130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53087</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(1/3)  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(1/3)</title><yearidentifier>200802</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，整合過去投資研發的氣象、水文軟體，建立可分散執行、模組共用、易於維護的洪水預報作業系統軟體。分散式洪水預報系統的雛形業已完成，而本「水文模式與分散式洪水預報系統整合應用計畫」，是在上述既有的基礎上，持續模式效益與系統架構功能之改進與擴充，並將系統推廣應用於其他流域。本計畫的整體工作項目，可分為五項，分別為：(1)增進預報系統應用功能－新增包括資料品質控管與水庫洩洪決策支援等功能的操控展示介面，演算模組和統計分析工具模組，並將預報作業流程與參數檢定模組更改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉換程式和通用轉接程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、八掌溪、高屏溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。本(96)年度為三年期計劃中的第一年，完成工作項目如下： 1.建置自動化分析氣候法颱風降雨趨勢推估誤差的模組。 2.開發半自動化即時水文資料品質管控(QA、QC)的工具模組。 3.建立石門與翡翠水庫洩洪決策支援模式，由使用者端輸入操控參數與展示、遠端演算的機制。 4.利用現有可跨臨界流演算的河川模式，開發可以河川觀測水位分段，更新演算狀態變數的洪水演算模組。 5.增加橋樑、堰、側流堰等常見河川水工構造物模組，擴充河川模組功能。 6.協助成功大學地文性淹排水模式嵌入系統。 7.採用XML標記語言，建立描述洪水預報各水文模組輸入輸出格式檔案類型，和工作執行程序的腳本。完成自動演算機制，於颱風警報發布時可自動啟動系統進行運算。 8.開發烏溪流域分散式洪水預報系統。 9.教育訓練。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960060</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/15</date><governmentpublicationsnumber>1009700185</governmentpublicationsnumber><identifier>53088</identifier><internationalstandardbooknumber>9789860130737 ; 9789860130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53088</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(1/3)－光碟版  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(1/3)</title><yearidentifier>200802</yearidentifier></data><data><abstract>臺灣近年來旱澇災問題日趨嚴重，常造成台灣莫大的損失。水利署人員於颱風執勤時，負有預警、監控、通報、訊息彙整等任務，加上災後報告彙整、復原計畫工作，龐大的工作量若無資訊系統予以配合，對作業人員而言，實為一龐大負擔，故辦理本計畫，冀望能藉由此次計畫提昇系統，能建立更完善之防救災資訊網。 本計畫要解決的問題在於如何應用現今的資訊技術，有效的整合相關防救災計畫的成果，並依據水利署現行各緊急應變小組作業流程，規劃出一涵蓋面廣泛、資訊深度夠、操作方式便捷、資訊永續經營的防救災資訊系統。 本計畫目的在於1.建置更完整資料統計分析之展示，解決相關值勤人員所需各項資料。2. 使各縣、市政府、新聞媒體及一般民眾能籍由本系統獲得水情相關資訊，且與水利署值勤作業人員所獲得資訊較為淺顯易懂。3. 展示資料採用AJAX機制，可減輕資料庫及網路頻寬的負荷，並可加速相關值勤人員取得最新資料的速度。4.在本系統上累積水利署委託開發許多水文模與資訊系統成果，以達到資訊、作業系統容易維護，水文模式容易替代使用的效益。 本計畫工作成果內容大致分為1.觀測與預報整合：降雨預報模式，整合水利署委辦計畫「96年度高解析度定量降雨估計與預報系統」、「災害性降水之監測與預報技術研發與改進」及「水文模式與分散式洪水預報系統整合應用計畫」，有助於防災中心提早做出因應對策之能力。在河川水位預報方面，95年度已將第十河川局李戎威課長的「緩變量流模式之淡水河預報」成果整合，另外本年度亦整合「水文模式與分散式洪水預報系統整合應用計畫」之結果。2.自動化作業：近幾年來已陸續完成各項自動化之作業，包含河川水位、北水局水庫濁度、通報傳真等。而今年度之計畫也陸續加強系統自動化作業的部分，包含水庫蓄水資訊自動上傳以及應變值勤報告自動化等。3.執勤作業：整合多項相關的值勤作業系統，包含水情系統、值勤輔助系統、災情傳遞系統、抽水機調度系統等。4.系統維護及功能強化5.洪水預報：由台大水工所與資策會共同所發展，主要目標係在分散式架構下，能即時預報台灣重要流域未來1~6小時河川水位。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960171</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>1009603619</governmentpublicationsnumber><identifier>53090</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>災害緊急應變作業系統更新、水情資訊及新預警資訊整合＝The update on disaster emergency system, automatic of water resource information, and integrated real time and early warning information</title><yearidentifier>200712</yearidentifier></data><data><abstract>臺灣近年來旱澇災問題日趨嚴重，常造成台灣莫大的損失。水利署人員於颱風執勤時，負有預警、監控、通報、訊息彙整等任務，加上災後報告彙整、復原計畫工作，龐大的工作量若無資訊系統予以配合，對作業人員而言，實為一龐大負擔，故辦理本計畫，冀望能藉由此次計畫提昇系統，能建立更完善之防救災資訊網。 本計畫要解決的問題在於如何應用現今的資訊技術，有效的整合相關防救災計畫的成果，並依據水利署現行各緊急應變小組作業流程，規劃出一涵蓋面廣泛、資訊深度夠、操作方式便捷、資訊永續經營的防救災資訊系統。 本計畫目的在於1.建置更完整資料統計分析之展示，解決相關值勤人員所需各項資料。2. 使各縣、市政府、新聞媒體及一般民眾能籍由本系統獲得水情相關資訊，且與水利署值勤作業人員所獲得資訊較為淺顯易懂。3. 展示資料採用AJAX機制，可減輕資料庫及網路頻寬的負荷，並可加速相關值勤人員取得最新資料的速度。4.在本系統上累積水利署委託開發許多水文模與資訊系統成果，以達到資訊、作業系統容易維護，水文模式容易替代使用的效益。 本計畫工作成果內容大致分為1.觀測與預報整合：降雨預報模式，整合水利署委辦計畫「96年度高解析度定量降雨估計與預報系統」、「災害性降水之監測與預報技術研發與改進」及「水文模式與分散式洪水預報系統整合應用計畫」，有助於防災中心提早做出因應對策之能力。在河川水位預報方面，95年度已將第十河川局李戎威課長的「緩變量流模式之淡水河預報」成果整合，另外本年度亦整合「水文模式與分散式洪水預報系統整合應用計畫」之結果。2.自動化作業：近幾年來已陸續完成各項自動化之作業，包含河川水位、北水局水庫濁度、通報傳真等。而今年度之計畫也陸續加強系統自動化作業的部分，包含水庫蓄水資訊自動上傳以及應變值勤報告自動化等。3.執勤作業：整合多項相關的值勤作業系統，包含水情系統、值勤輔助系統、災情傳遞系統、抽水機調度系統等。4.系統維護及功能強化5.洪水預報：由台大水工所與資策會共同所發展，主要目標係在分散式架構下，能即時預報台灣重要流域未來1~6小時河川水位。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960171</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>1009603619</governmentpublicationsnumber><identifier>53091</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53091</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>災害緊急應變作業系統更新、水情資訊及新預警資訊整合(光碟版)＝The update on disaster emergency system, automatic of water resource information, and integrated real time and early warning information</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960316</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>53096</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53096</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫(光碟版)＝Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台大農工所</author><categoryidentifier>10020205 005</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>8374860329</governmentpublicationsnumber><identifier>53099</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53099</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>87</publishrocyear><title>台北防洪整體檢討計畫 精簡報告</title><yearidentifier>199806</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>53109</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53109</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫－雲林南部湖口示範區3D模擬動畫宣傳短片</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>53111</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53111</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫－嘉義沿海地區新塭示範區3D模擬動畫宣傳短片</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局;央大通訊中心</author><categoryidentifier>10020217 006</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/16</date><governmentpublicationsnumber>8374890539</governmentpublicationsnumber><identifier>53113</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53113</librarycollectiondetailsurl><price>220</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>利用衛星雷達建立水災及時監測系統之規劃　Real Time Monitoring of Flood Using Satellite SAR Imagery Data 附錄:RERSS 結論報告與執行計畫</title><yearidentifier>200012</yearidentifier></data><data><abstract>本計畫主要是基於經濟部水利署為落實行政院2927次院會決定：請各相關部會積極推動「聯合國氣候變化綱要公約及京都議定書之衝擊分析與因應策略報告」之各項因應策略。爰針對1997年聯合國氣候變化綱要公約第3次大會各國簽訂並於2005年2月16日實施之京都議定書，研析其對我國水資源政策之影響，並同時蒐集分析氣候變遷之概況、趨勢及衝擊後，除研提因應氣候變遷及京都議定書衝擊之調適策略外，並進一步建立因應氣候變遷衝擊之長期預警指標，作為水資源政策調整與因應之決策參考。主要目的為1. 研析「京都議定書」對我國水資源政策之影響。2.蒐集國內外資訊，分析氣候變遷之概況、趨勢及衝擊。3.研提因應氣候變遷及京都議定書衝擊之調適策略。4.建立因應氣候變遷衝擊之長期預警指標，作為水資源政策調整與因應之決策參考。</abstract><author>台灣大學全球變遷研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960071</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/17</date><governmentpublicationsnumber>1009604331</governmentpublicationsnumber><identifier>53133</identifier><internationalstandardbooknumber>9789860127690 ; 9789860127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53133</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>因應氣候變遷及京都議定書水利政策調整(2/2)  Study on the adjustment of hydrology policy in responding to the climate change and Kyoto Protocol(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為建立台灣地區之地下水觀測系統，收集長期、整體之水文地質、地下水水文及地下水水質等資料，由水利署及中央地質調查所共同辦理的「台灣地區地下水觀測網整體計畫」本(96)年度新設地下水觀測站井區域位於花東縱谷區，總計建置16站19口觀測井。花蓮地區設置地點包括：新城、北埔、慈濟大學、南華、大榮、長橋、大富及玉里等8站；台東地區設置地點包括池上、關山、月眉、瑞源、豐田、康樂、復興及豐里等8站。本計畫配合「96年度地下水觀測站井建置維護」工作，進行站井設計、監造等工作，並於各觀測站設置完成後，辦理相關配合工作，包括區域水文地質分析工作、水質檢驗、抽水試驗及測量等工作。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960113</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009700374</governmentpublicationsnumber><identifier>53154</identifier><internationalstandardbooknumber>9789860132045 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>97</publishrocyear><title>規劃設計、監造「96年度地下水觀測站井建置維護計畫」成果報告</title><yearidentifier>200801</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>436.192</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>38054870173</governmentpublicationsnumber><identifier>53168</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53168</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>87</publishrocyear><title>林口台地及其鄰接海岸地形變遷與地貌復原可行性探討</title><yearidentifier>199806</yearidentifier></data><data><abstract>金門地區降雨時空分布不均，為雨量少蒸發量大之乾燥氣候且集水面積狹小，地面水水源儲蓄不易。地面水之開發已漸不易，蓄水量不足必須依靠地下水支援才能滿足用水需求。因此金門地區必須進行詳細水資源調查與分析，統籌規劃整體水資源之利用，以達到永續水資源利用之目標。本計畫全程二年期，第一年的主要工作為透過金門地區地下水調查、分析，擬訂地下水之利用、保育及地下水污染防制之工作重點。第二年 (本年度)則是依據前一年之成果擬訂地下水資源保護、利用與管理相關之策略，並收集國內外工程與非工程成功之案例，探討於金門地區實施之可行性，最後結合兩年計畫之成果，完成總結報告，以確保金門地區地下水資源之永續利用及金酒公司、金門自來水廠用水無虞，作為水利署及金門縣政府推動後續地下水水資源永續利用計畫之參考。     本報告為第二年計畫成果，完成地下水短缺對金門地區產業發展之影響評估，該區農業主要為高粱小麥之生產，一旦缺水時，若農業優先全面休耕，將灌溉用水暫時轉移為金酒公司釀酒所需之用，則其年總農業損失，將在新台幣兩億元左右；若因缺水影響金酒公司釀酒之用水，10 %用水之不足，將造成金酒公司新台幣10億元以上之損失；而地下水水質改變對金酒公司可能造成之影響及損失，則遠超過地下水短缺所造成之影響，一旦釀製高粱酒之地下水發生污染，若僅為由自來水廠供應用水之金城廠區關廠因應，損失則為金城廠之產值，若為自行抽取地下水之金寧廠，則由於其產量較大，且有金寧三廠之擴廠，無法替代，將造成更重大之損失，甚至年營收新台幣百億元之釀酒企業，將全面崩盤，不可不慎。本計畫同時評估金門居民飲用含硝酸鹽氮之地下水 (或自來水)對人體可能造成之健康風險，由於硝酸鹽氮為非致癌性之物質，評估結果顯示第95 %潛在之非致癌風險之危害商數為2.744，遠高於一般公認危害商數不超過1之標準，值得注意，並作出進一步之地下水污染防治措施。     在地下水抽用策略與管理，本計畫採用線性規劃之優化方法，模擬分析各種情境之供水策略，並提出金門地區地面水與地下水聯合運用方案，供決策者參考。首先藉由地下水模式 (MODFLOW)模擬出金門地區豐水年、平水年與枯水年之地下水水位變化，及對應之年安全出水量各為1460萬噸、1182萬噸及970萬噸，然後利用此模式分析各分區含水層之抽水量與地下水位變化關係，並求出月響應矩陣之係數，再利用線性規劃優化法，建立目標函數為最小水位洩降值，限制式包括地下水抽水量及水位洩降之響應矩陣、地面水供水量、地下水供水量及需水量等，並以LINGO軟體求解四種供水情境之最小水位洩降及各分區可增抽水量，情境A則模擬海水淡化廠未如期完工，地下水需增抽量為42.96萬噸/年；情境B則模擬浚渫工程影響金東地區供水，改以金西地下水提供85.5萬噸/半年之地下水增抽量供給金東地區湖庫用水，情境C則模擬金門地區湖庫受藻類優養化影響供水，並改以金西地下水提供141.3萬噸/半年之地下水增抽量供給金東地區用水，情境A，B和C之結果顯示在金西地區地下水位下降最大之KM-001 (湖埔國小)與KM-005 (金門高中)，且在模擬期末均高於海平面；然而在最後情境D模擬金門地區之湖庫受到人為毒物污染，必須以金西地下水提供348萬噸/年之地下水增抽量供給金東地區用水，模擬期末顯示金西大部分區域地下水水位皆已低於海平面，可能造成海水入侵，故無法提供所缺之水量。本計畫建議金東地區未來可疏浚供水湖庫或擴建海水淡化廠，並提出金西各分區最大可增抽之地下水水量，彈性增抽地下水，達到聯合運用金門地區之地面水及地下水之目標。 在補注及保育區劃定，綜合本區之地下水水位分布、土壤入滲率分布、水文地質參數包括水力傳導係數及儲水係數之分布，DRASTIC模式評估之污染潛勢分布及西半島地下水分區設井優先順序及可增抽水量等資訊，可以判定西半島為本區之主要地下水區，西半島之天然補注區在環島北路以北古寧頭一帶及雙乳山至前山門一帶，應優先劃定為地下水保育區，而料羅地區之地下水雖未如西半島豐富，但亦為本區之重要水源，尤其是金門縣政府規劃本區舊西洪機場為養牛專區，其畜牧所產生之廢水及廢棄物應妥為處理，同時應設置地下水監測井，確保地下水不會受到畜牧業之污染。 由於西半島地區規劃之保育區在環島北路以北至古寧頭一帶及雙乳山至前山門一帶，分析補注區地下水水質特性、污染潛勢分析、地表土地利用等情況，環島北路以北至古寧頭一帶多為旱作農地，且土壤入滲率高，因為施肥與農藥之因素，使得目前地下水硝酸鹽氮污染嚴重，同時金門自來水廠在過去在該地區設置多口抽水井，提供金門居民飲用水，因此該地區必須檢討土地利用型態與農耕施肥，目前金門地區之主要農作物為高粱及小麥，目前採取保價收購，然而當地所生產之高粱產量僅佔金酒公司所需之1/10以下，若需積極保育本區地下水，或可將本區農作物限制其施用肥料，並仍維持保價收購之政策，如此農民節省肥料施用之費用，並獲得保價收購，應會樂於配合，同時地下水免於進一步受到施肥所造成之硝酸鹽氮之污染，為一雙贏之策略。 而在地下水保育及地下水污染防治對策，建議以推動地表地下水聯合運用之策略、地下水資源營運管理規劃及加強地下水水質保育等方面著手進行，其地下水資源營運管理規劃包括地下水管理分區與地層下陷之預防、地下水污染防治對策之研擬及健全地下水水權管理，而加強地下水水質保育則涵蓋地下水保育區之土地利用及持續水質調查監測及研究工作。 在國外島嶼型地區地下水資源管理成功案例及適用於金門之可行性分析，本計畫收集國外型島嶼案例共15項，選取其中4項與金門島相近之案例包括美國布洛克島、印度洋區馬爾地夫島、歐盟地中海區島嶼及希臘島嶼，深入瞭解分析島嶼型地下水管理可分為雨水貯留利用、廢污水回收利用及海水淡化等，其中雨水貯留利用技術性低，一般民眾只需簡單教導使用或擁有者便可自行維護，且此系統費用較便宜、工時甚短；廢污水回收利用主要的技術即為水處理技術，此技術為國內相當成熟之技術，可依其用水標準不同，做不同之處理，且可推動再生能源資源，應因未來水資源需求；海水淡化方面，由於國內對於海淡廠之整體設施規劃及施工安裝已具備完工之能力，且國內在核三廠、澎湖及馬祖等地區都已有海淡廠的設施與規劃之經驗。因此上述三項主要技術方案應可適用於金門地區地下水資源永續發展，以提供金門縣政府作為未來金門地區水資源永續利用之參考依據。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960018</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604261</governmentpublicationsnumber><identifier>53169</identifier><internationalstandardbooknumber>9789860126792 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53169</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>金門地下水資源調查分析(2/2)期末報告  Survey and Analysis of Groundwater Resources in Kinmen(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>金門地區降雨時空分布不均，為雨量少蒸發量大之乾燥氣候且集水面積狹小，地面水水源儲蓄不易。地面水之開發已漸不易，蓄水量不足必須依靠地下水支援才能滿足用水需求。因此金門地區必須進行詳細水資源調查與分析，統籌規劃整體水資源之利用，以達到永續水資源利用之目標。本計畫全程二年期，第一年的主要工作為透過金門地區地下水調查、分析，擬訂地下水之利用、保育及地下水污染防制之工作重點。第二年 (本年度)則是依據前一年之成果擬訂地下水資源保護、利用與管理相關之策略，並收集國內外工程與非工程成功之案例，探討於金門地區實施之可行性，最後結合兩年計畫之成果，完成總結報告，以確保金門地區地下水資源之永續利用及金酒公司、金門自來水廠用水無虞，作為水利署及金門縣政府推動後續地下水水資源永續利用計畫之參考。     本報告為第二年計畫成果，完成地下水短缺對金門地區產業發展之影響評估，該區農業主要為高粱小麥之生產，一旦缺水時，若農業優先全面休耕，將灌溉用水暫時轉移為金酒公司釀酒所需之用，則其年總農業損失，將在新台幣兩億元左右；若因缺水影響金酒公司釀酒之用水，10 %用水之不足，將造成金酒公司新台幣10億元以上之損失；而地下水水質改變對金酒公司可能造成之影響及損失，則遠超過地下水短缺所造成之影響，一旦釀製高粱酒之地下水發生污染，若僅為由自來水廠供應用水之金城廠區關廠因應，損失則為金城廠之產值，若為自行抽取地下水之金寧廠，則由於其產量較大，且有金寧三廠之擴廠，無法替代，將造成更重大之損失，甚至年營收新台幣百億元之釀酒企業，將全面崩盤，不可不慎。本計畫同時評估金門居民飲用含硝酸鹽氮之地下水 (或自來水)對人體可能造成之健康風險，由於硝酸鹽氮為非致癌性之物質，評估結果顯示第95 %潛在之非致癌風險之危害商數為2.744，遠高於一般公認危害商數不超過1之標準，值得注意，並作出進一步之地下水污染防治措施。     在地下水抽用策略與管理，本計畫採用線性規劃之優化方法，模擬分析各種情境之供水策略，並提出金門地區地面水與地下水聯合運用方案，供決策者參考。首先藉由地下水模式 (MODFLOW)模擬出金門地區豐水年、平水年與枯水年之地下水水位變化，及對應之年安全出水量各為1460萬噸、1182萬噸及970萬噸，然後利用此模式分析各分區含水層之抽水量與地下水位變化關係，並求出月響應矩陣之係數，再利用線性規劃優化法，建立目標函數為最小水位洩降值，限制式包括地下水抽水量及水位洩降之響應矩陣、地面水供水量、地下水供水量及需水量等，並以LINGO軟體求解四種供水情境之最小水位洩降及各分區可增抽水量，情境A則模擬海水淡化廠未如期完工，地下水需增抽量為42.96萬噸/年；情境B則模擬浚渫工程影響金東地區供水，改以金西地下水提供85.5萬噸/半年之地下水增抽量供給金東地區湖庫用水，情境C則模擬金門地區湖庫受藻類優養化影響供水，並改以金西地下水提供141.3萬噸/半年之地下水增抽量供給金東地區用水，情境A，B和C之結果顯示在金西地區地下水位下降最大之KM-001 (湖埔國小)與KM-005 (金門高中)，且在模擬期末均高於海平面；然而在最後情境D模擬金門地區之湖庫受到人為毒物污染，必須以金西地下水提供348萬噸/年之地下水增抽量供給金東地區用水，模擬期末顯示金西大部分區域地下水水位皆已低於海平面，可能造成海水入侵，故無法提供所缺之水量。本計畫建議金東地區未來可疏浚供水湖庫或擴建海水淡化廠，並提出金西各分區最大可增抽之地下水水量，彈性增抽地下水，達到聯合運用金門地區之地面水及地下水之目標。 在補注及保育區劃定，綜合本區之地下水水位分布、土壤入滲率分布、水文地質參數包括水力傳導係數及儲水係數之分布，DRASTIC模式評估之污染潛勢分布及西半島地下水分區設井優先順序及可增抽水量等資訊，可以判定西半島為本區之主要地下水區，西半島之天然補注區在環島北路以北古寧頭一帶及雙乳山至前山門一帶，應優先劃定為地下水保育區，而料羅地區之地下水雖未如西半島豐富，但亦為本區之重要水源，尤其是金門縣政府規劃本區舊西洪機場為養牛專區，其畜牧所產生之廢水及廢棄物應妥為處理，同時應設置地下水監測井，確保地下水不會受到畜牧業之污染。 由於西半島地區規劃之保育區在環島北路以北至古寧頭一帶及雙乳山至前山門一帶，分析補注區地下水水質特性、污染潛勢分析、地表土地利用等情況，環島北路以北至古寧頭一帶多為旱作農地，且土壤入滲率高，因為施肥與農藥之因素，使得目前地下水硝酸鹽氮污染嚴重，同時金門自來水廠在過去在該地區設置多口抽水井，提供金門居民飲用水，因此該地區必須檢討土地利用型態與農耕施肥，目前金門地區之主要農作物為高粱及小麥，目前採取保價收購，然而當地所生產之高粱產量僅佔金酒公司所需之1/10以下，若需積極保育本區地下水，或可將本區農作物限制其施用肥料，並仍維持保價收購之政策，如此農民節省肥料施用之費用，並獲得保價收購，應會樂於配合，同時地下水免於進一步受到施肥所造成之硝酸鹽氮之污染，為一雙贏之策略。 而在地下水保育及地下水污染防治對策，建議以推動地表地下水聯合運用之策略、地下水資源營運管理規劃及加強地下水水質保育等方面著手進行，其地下水資源營運管理規劃包括地下水管理分區與地層下陷之預防、地下水污染防治對策之研擬及健全地下水水權管理，而加強地下水水質保育則涵蓋地下水保育區之土地利用及持續水質調查監測及研究工作。 在國外島嶼型地區地下水資源管理成功案例及適用於金門之可行性分析，本計畫收集國外型島嶼案例共15項，選取其中4項與金門島相近之案例包括美國布洛克島、印度洋區馬爾地夫島、歐盟地中海區島嶼及希臘島嶼，深入瞭解分析島嶼型地下水管理可分為雨水貯留利用、廢污水回收利用及海水淡化等，其中雨水貯留利用技術性低，一般民眾只需簡單教導使用或擁有者便可自行維護，且此系統費用較便宜、工時甚短；廢污水回收利用主要的技術即為水處理技術，此技術為國內相當成熟之技術，可依其用水標準不同，做不同之處理，且可推動再生能源資源，應因未來水資源需求；海水淡化方面，由於國內對於海淡廠之整體設施規劃及施工安裝已具備完工之能力，且國內在核三廠、澎湖及馬祖等地區都已有海淡廠的設施與規劃之經驗。因此上述三項主要技術方案應可適用於金門地區地下水資源永續發展，以提供金門縣政府作為未來金門地區水資源永續利用之參考依據。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960018</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604261</governmentpublicationsnumber><identifier>53170</identifier><internationalstandardbooknumber>9789860126792 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53170</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>金門地下水資源調查分析(2/2)期末報告(光碟版)  Survey and Analysis of Groundwater Resources in Kinmen(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。</abstract><author>台灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960016</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604141</governmentpublicationsnumber><identifier>53171</identifier><internationalstandardbooknumber>9789860124453 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53171</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地震與地下水文異常變化分析研究(2/4)  Analysis and Research of Earthquake-induced Anomalous Groundwater Hydrologic Changes(2/4)</title><yearidentifier>200712</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。</abstract><author>台灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960016</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604141</governmentpublicationsnumber><identifier>53172</identifier><internationalstandardbooknumber>9789860124453 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53172</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地震與地下水文異常變化分析研究(2/4)－光碟版  Analysis and Research of Earthquake-induced Anomalous Groundwater Hydrologic Changes(2/4)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致台灣地區地震頻繁，由於台灣平原區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究與成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：地震地下水站井儀器之定期維護與監控、地震地下水站井觀測報表及資料庫維護、地下水文異常分析通報、教育訓練與技術講習等工作；(2)階段性的站網系統研發工作包括：觀測站井狀態監控功能建置、TPER分析模式導入、地震資料查詢及比對系統、水位及氣壓動態分析工具庫等。 在常態性工作成果方面，執行至期中階段，自三月份起陸續進行全面性的地震地下水觀測站井及儀器狀態點檢，故障儀器的汰換及站井改善已於9月26日完成。並配合中央研究院地科所與日本東京大學地震研究所共同合作?測地下水溫及地表水溫的機會，進行本計畫屏東、嘉南地區地震地下水觀測井位量測水溫的驗證與調校。下半年針對敏感站井的選定結果，進行包括坪頂(ㄧ)、平溪(二)及平溪(三)等井位的水位計及記錄器裝設。鑒於多數站井儀器均屆使用年限且觀測資料闕漏的機會也大增，為確保觀測資料品質，並擬定地震地下水站井更新提案，以達到維持資料品質之站網系統觀測目的。 在觀測資料方面，已分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出9起地震36站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，包含：(1)觀測站井狀態監控功能建置：針對前端資料收錄系統，進行LINUX收錄程式的移植，並增加監測站狀態監控功能，已完成收錄程式LINUX化偵錯及測試，並完成站井狀態監控功能建置。(2)中端資料分析系統：TPER分析模式導入及開發：針對TPER模式進行視窗化導入及操作環境改善，以方便分析操作。(3)地震資料查詢及比對：提供中央氣象局最新地震資訊及資料庫轉入，方便地下水位異常地震比對。(4)水位及氣壓動態分析工具程式：導入去年度開發之Baytap-G視窗化分析模式。後端資料展示及分享系統建置方面，除建置資料共用的分享平台外，在資料庫的建置上，也持續結合水利署FEWS即時水文資料作業平台作為連線機制，透過地震地下水站網系統的資料伺服器進行資料即時更新。 在配合計畫辦理的相關事項方面，本計畫持續推動與日本地震地下水觀測相關學者及研究機構之合作，並辦理與日本東京大學地震研究所、中研院地科所進行台灣西部地下水溫量測、辦理第六屆台日地震前後地下水異常變化研究研討會。本計畫亦將各年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度2007年台灣地球科學聯合學術研討會、日本地球惑星科學合同大會及第三屆台俄水海資源及環境科技發展研討會進行觀測成果發表與研討。本計畫並將舉辦地震地下水站網系統年度教育訓練，並進行教育訓練與教材編撰以利本計畫研發成果之落實，並發揮計畫成果之綜效。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960067</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604263</governmentpublicationsnumber><identifier>53173</identifier><internationalstandardbooknumber>9789860125412 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53173</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地震地下水站網系統研發及技術成果導入(2/4)  Development  of Tecono-Hydrology Monitoring System and Application of the Research Results(2/4)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致台灣地區地震頻繁，由於台灣平原區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究與成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：地震地下水站井儀器之定期維護與監控、地震地下水站井觀測報表及資料庫維護、地下水文異常分析通報、教育訓練與技術講習等工作；(2)階段性的站網系統研發工作包括：觀測站井狀態監控功能建置、TPER分析模式導入、地震資料查詢及比對系統、水位及氣壓動態分析工具庫等。 在常態性工作成果方面，執行至期中階段，自三月份起陸續進行全面性的地震地下水觀測站井及儀器狀態點檢，故障儀器的汰換及站井改善已於9月26日完成。並配合中央研究院地科所與日本東京大學地震研究所共同合作?測地下水溫及地表水溫的機會，進行本計畫屏東、嘉南地區地震地下水觀測井位量測水溫的驗證與調校。下半年針對敏感站井的選定結果，進行包括坪頂(ㄧ)、平溪(二)及平溪(三)等井位的水位計及記錄器裝設。鑒於多數站井儀器均屆使用年限且觀測資料闕漏的機會也大增，為確保觀測資料品質，並擬定地震地下水站井更新提案，以達到維持資料品質之站網系統觀測目的。 在觀測資料方面，已分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出9起地震36站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，包含：(1)觀測站井狀態監控功能建置：針對前端資料收錄系統，進行LINUX收錄程式的移植，並增加監測站狀態監控功能，已完成收錄程式LINUX化偵錯及測試，並完成站井狀態監控功能建置。(2)中端資料分析系統：TPER分析模式導入及開發：針對TPER模式進行視窗化導入及操作環境改善，以方便分析操作。(3)地震資料查詢及比對：提供中央氣象局最新地震資訊及資料庫轉入，方便地下水位異常地震比對。(4)水位及氣壓動態分析工具程式：導入去年度開發之Baytap-G視窗化分析模式。後端資料展示及分享系統建置方面，除建置資料共用的分享平台外，在資料庫的建置上，也持續結合水利署FEWS即時水文資料作業平台作為連線機制，透過地震地下水站網系統的資料伺服器進行資料即時更新。 在配合計畫辦理的相關事項方面，本計畫持續推動與日本地震地下水觀測相關學者及研究機構之合作，並辦理與日本東京大學地震研究所、中研院地科所進行台灣西部地下水溫量測、辦理第六屆台日地震前後地下水異常變化研究研討會。本計畫亦將各年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度2007年台灣地球科學聯合學術研討會、日本地球惑星科學合同大會及第三屆台俄水海資源及環境科技發展研討會進行觀測成果發表與研討。本計畫並將舉辦地震地下水站網系統年度教育訓練，並進行教育訓練與教材編撰以利本計畫研發成果之落實，並發揮計畫成果之綜效。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960067</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/18</date><governmentpublicationsnumber>1009604263</governmentpublicationsnumber><identifier>53174</identifier><internationalstandardbooknumber>9789860125412 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53174</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地震地下水站網系統研發及技術成果導入(2/4)－光碟版  Development  of Tecono-Hydrology Monitoring System and Application of the Research Results(2/4)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>010207 100</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/21</date><governmentpublicationsnumber>1009004585</governmentpublicationsnumber><identifier>53175</identifier><internationalstandardbooknumber>9789570296358 ; 9570296356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53175</librarycollectiondetailsurl><price>50</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>工程技術鑑定作業手冊</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫係針對本省10個地下水分區(含澎湖地區)，以合理方式篩選約450口觀測井進?地下水水質檢測，檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電?、pH 及甲烷氣等6項，實驗室水質檢驗鹼?(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、?酸鹽、硝酸鹽氮、氨氮、鎘、鉻、銅、鋅、鉛、砷、鐵、錳、總有機碳(TOC)、?化物與大腸桿菌群等20 項，另提供觀測井滯?水基本水質分析。藉由此等水質分析項目提供台灣地區地下水質評估與分析、沿海地區地下水鹽化因應對策與建議、地下水補注區硝酸鹽氮污染因應對策與建議及西南部沿海地區地下水中砷含量與分布情形。然而，相對於環保單位將焦點放在淺層地下水環境之監控上，本地下水水質之監測計畫，將著重於區域性之中深層地下水水質狀態之分析與評估，以為地下水水資源管理及歷年來已建置完成地下水觀測井井體腐蝕情況之研判與參據。 由各項檢測數據顯示，台灣地區地下水所遭遇最嚴重之問題為地下水鹽化，特別是位於西南沿海地區，其淺層地下水中鹽類含量與導電度偏高。濁水溪沖積扇地下水鹽化的區域在金湖站與瓊埔站附近，嘉南平原之鹽化情形較為嚴重且範圍較大，最嚴重的地區在曾文溪以南至二仁溪口之沿海地區，而屏東平原地下水鹽化之情形以深層地下水較嚴重，影響範圍也較淺層地下水廣，最嚴重的地區位於高屏溪與東港溪之間的沿海地區。台灣地區地下水的第二個問題為濁水溪沖積扇扇頂地區淺層地下水之硝酸鹽氮含量偏高，檢驗發現其濃度已超過環保署公告第一類飲用水水源水質保護區地下水之監測基準(5 mg/L)與管制標準(10 mg/L)，可能會對民生用水之水質造成影響。其他地下水分區亦有硝酸鹽氮含量偏高之情形，不過都僅限於局部地區，對整體地下水資源之影響尚不明顯。另外，因為天然地質的影響，濁水溪沖積扇、蘭陽平原與嘉南平原地下水中砷含量較其他地下水分區中為高，檢測結果發現，此三地區之第I含水層的砷物種以三價為主，而除蘭陽平原外，第二、三及四五層皆以五價砷為主，造成此差異之原因推測除可能為地下水大量抽用造成地表空氣進入地下水層，改變地層中氧化還原環境之變化外，採樣點選擇與樣本數目及保存也可能造成物種砷價數之轉換。濁水溪沖積扇與蘭陽平原砷含量最高的地區均位於扇尾，而嘉南平原則分別集中於五甲、南科及十份等地。 本計畫亦以2006年與2007年之地下水水質資料，應用因子分析法探討各地下水分區之地下水水質特性。綜觀全台灣不同分區之地下水水質特徵，大致可歸類為「海水鹽化」、「鹽化」、「硝酸鹽氮」與「砷污染」等4大因子，正好與台灣地區地下水所遭遇之問題相符合。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960068</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/21</date><governmentpublicationsnumber>1009604140</governmentpublicationsnumber><identifier>53196</identifier><internationalstandardbooknumber>9789860123685 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53196</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度台灣地區地下水質檢測分析與評估計畫期末報告(內附光碟)  Analysis and Evaluation of the Groundwater Quality Survey in Taiwan Areas, 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係針對本省10個地下水分區(含澎湖地區)，以合理方式篩選約450口觀測井進?地下水水質檢測，檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電?、pH 及甲烷氣等6項，實驗室水質檢驗鹼?(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、?酸鹽、硝酸鹽氮、氨氮、鎘、鉻、銅、鋅、鉛、砷、鐵、錳、總有機碳(TOC)、?化物與大腸桿菌群等20 項，另提供觀測井滯?水基本水質分析。藉由此等水質分析項目提供台灣地區地下水質評估與分析、沿海地區地下水鹽化因應對策與建議、地下水補注區硝酸鹽氮污染因應對策與建議及西南部沿海地區地下水中砷含量與分布情形。然而，相對於環保單位將焦點放在淺層地下水環境之監控上，本地下水水質之監測計畫，將著重於區域性之中深層地下水水質狀態之分析與評估，以為地下水水資源管理及歷年來已建置完成地下水觀測井井體腐蝕情況之研判與參據。 由各項檢測數據顯示，台灣地區地下水所遭遇最嚴重之問題為地下水鹽化，特別是位於西南沿海地區，其淺層地下水中鹽類含量與導電度偏高。濁水溪沖積扇地下水鹽化的區域在金湖站與瓊埔站附近，嘉南平原之鹽化情形較為嚴重且範圍較大，最嚴重的地區在曾文溪以南至二仁溪口之沿海地區，而屏東平原地下水鹽化之情形以深層地下水較嚴重，影響範圍也較淺層地下水廣，最嚴重的地區位於高屏溪與東港溪之間的沿海地區。台灣地區地下水的第二個問題為濁水溪沖積扇扇頂地區淺層地下水之硝酸鹽氮含量偏高，檢驗發現其濃度已超過環保署公告第一類飲用水水源水質保護區地下水之監測基準(5 mg/L)與管制標準(10 mg/L)，可能會對民生用水之水質造成影響。其他地下水分區亦有硝酸鹽氮含量偏高之情形，不過都僅限於局部地區，對整體地下水資源之影響尚不明顯。另外，因為天然地質的影響，濁水溪沖積扇、蘭陽平原與嘉南平原地下水中砷含量較其他地下水分區中為高，檢測結果發現，此三地區之第I含水層的砷物種以三價為主，而除蘭陽平原外，第二、三及四五層皆以五價砷為主，造成此差異之原因推測除可能為地下水大量抽用造成地表空氣進入地下水層，改變地層中氧化還原環境之變化外，採樣點選擇與樣本數目及保存也可能造成物種砷價數之轉換。濁水溪沖積扇與蘭陽平原砷含量最高的地區均位於扇尾，而嘉南平原則分別集中於五甲、南科及十份等地。 本計畫亦以2006年與2007年之地下水水質資料，應用因子分析法探討各地下水分區之地下水水質特性。綜觀全台灣不同分區之地下水水質特徵，大致可歸類為「海水鹽化」、「鹽化」、「硝酸鹽氮」與「砷污染」等4大因子，正好與台灣地區地下水所遭遇之問題相符合。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960068</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/21</date><governmentpublicationsnumber>1009604140</governmentpublicationsnumber><identifier>53197</identifier><internationalstandardbooknumber>9789860123685 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53197</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度台灣地區地下水質檢測分析與評估計畫期末報告(光碟版)  Analysis and Evaluation of the Groundwater Quality Survey in Taiwan Areas, 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞。 本計畫第一年度辦理桃園地區相關資料蒐集與整理、地文與地下水含水層特性分析、地面地下水聯合管理整合模式之蒐集與評估、地面地下水聯合管理整合模式之初步建立等四項工作項目，本計畫已完整蒐集桃園地區水文、地質與水資源供需情勢之相關資料，並根據水平衡之估算結果得知該地區平均補注量為每年1.32億噸；平均抽水量為每年1.48億噸，沿海工業區之地下水呈超抽情形，另本計畫亦評估國內外共15個地面地下水聯合管理整合模式，並將其分成顯示法連結模式、地面地下水完全整合模式與其他模式，經分析後本計畫已選定MODHMS為桃園地區地面地下水聯合管理之用，並參考國外相關文獻整理MODHMS之操作說明，本計畫於今年已初步建立並檢定桃園地區地面地下水聯合管理整合模式，預計於第二年度本計畫賡續辦理資料補充蒐集與整理、地面地下水聯合管理整合模式之研發與完整建立、桃園地區地面地下水聯合管理策略之評估等工作項目。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960357</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009604262</governmentpublicationsnumber><identifier>53198</identifier><internationalstandardbooknumber>9789860126389 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53198</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(1/2)  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Touyuan Area (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞。 本計畫第一年度辦理桃園地區相關資料蒐集與整理、地文與地下水含水層特性分析、地面地下水聯合管理整合模式之蒐集與評估、地面地下水聯合管理整合模式之初步建立等四項工作項目，本計畫已完整蒐集桃園地區水文、地質與水資源供需情勢之相關資料，並根據水平衡之估算結果得知該地區平均補注量為每年1.32億噸；平均抽水量為每年1.48億噸，沿海工業區之地下水呈超抽情形，另本計畫亦評估國內外共15個地面地下水聯合管理整合模式，並將其分成顯示法連結模式、地面地下水完全整合模式與其他模式，經分析後本計畫已選定MODHMS為桃園地區地面地下水聯合管理之用，並參考國外相關文獻整理MODHMS之操作說明，本計畫於今年已初步建立並檢定桃園地區地面地下水聯合管理整合模式，預計於第二年度本計畫賡續辦理資料補充蒐集與整理、地面地下水聯合管理整合模式之研發與完整建立、桃園地區地面地下水聯合管理策略之評估等工作項目。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960357</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009604262</governmentpublicationsnumber><identifier>53199</identifier><internationalstandardbooknumber>9789860126389 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53199</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(1/2)－光碟版  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Touyuan Area (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東平原為南部地區地下水豐沛之處，本計畫針對以地下水復育觀點為基礎，期可朝向水資源開發包含：伏流水資源開發及伏流水結合人工湖聯合運用等，以涵養地下水資源。本計畫利用MODFLOW模式模擬評估，於上游地區地下水補注與中下游地區開發抽水量之相互機制；模擬結果顯示在高屏大湖進行地下水補注，地下水儲蓄量增加683,266 m3/year，地下水抬昇量平均0.91m為最低；在大潮州人工湖進行地下水補注，地下水儲蓄量增加2,471,765 m3/year，地下水抬昇量平均1.21m為次之；在大餉潭人工湖進行地下水補注，地下水儲蓄量增加9,821,245 m3/year，地下水抬昇量平均1.79m為最佳。另，若於高屏大湖豐水期6~8月進行地下水補注，補注量為345,000 CMD，湖區面積為600ha，則可於枯水期9~12月抽水，平均每月可抽取100,000CMD；若於大潮州人工湖豐水期6月~8月進行地下水補注，補注量為400,000 CMD，湖區面積為100ha，則可於於枯水期9~12月抽水，平均每月可抽取125,000CMD。若於大餉潭人工湖豐水期6月~8月進行地下水補注，補注量為400,000 CMD，湖區面積為100ha，則可於枯水期9~12月抽水，平均每月可抽取125,000CMD。爰上，希冀能作為未來備援及地表地下水調配之用，並可利用在每年降雨或颱風時期進行水源取用等，減緩高降雨量、高濁度成為高缺水風險現象。</abstract><author>屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950415</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603577</governmentpublicationsnumber><identifier>53200</identifier><internationalstandardbooknumber>9789860119367 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53200</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>屏東平原地下水環境復育計畫評估及監測系統規劃  The restoration of groundwater environment and monitoring planning system for pingtung plain</title><yearidentifier>200712</yearidentifier></data><data><abstract>屏東平原為南部地區地下水豐沛之處，本計畫針對以地下水復育觀點為基礎，期可朝向水資源開發包含：伏流水資源開發及伏流水結合人工湖聯合運用等，以涵養地下水資源。本計畫利用MODFLOW模式模擬評估，於上游地區地下水補注與中下游地區開發抽水量之相互機制；模擬結果顯示在高屏大湖進行地下水補注，地下水儲蓄量增加683,266 m3/year，地下水抬昇量平均0.91m為最低；在大潮州人工湖進行地下水補注，地下水儲蓄量增加2,471,765 m3/year，地下水抬昇量平均1.21m為次之；在大餉潭人工湖進行地下水補注，地下水儲蓄量增加9,821,245 m3/year，地下水抬昇量平均1.79m為最佳。另，若於高屏大湖豐水期6~8月進行地下水補注，補注量為345,000 CMD，湖區面積為600ha，則可於枯水期9~12月抽水，平均每月可抽取100,000CMD；若於大潮州人工湖豐水期6月~8月進行地下水補注，補注量為400,000 CMD，湖區面積為100ha，則可於於枯水期9~12月抽水，平均每月可抽取125,000CMD。若於大餉潭人工湖豐水期6月~8月進行地下水補注，補注量為400,000 CMD，湖區面積為100ha，則可於枯水期9~12月抽水，平均每月可抽取125,000CMD。爰上，希冀能作為未來備援及地表地下水調配之用，並可利用在每年降雨或颱風時期進行水源取用等，減緩高降雨量、高濁度成為高缺水風險現象。</abstract><author>屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950415</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603577</governmentpublicationsnumber><identifier>53201</identifier><internationalstandardbooknumber>9789860119367 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53201</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>屏東平原地下水環境復育計畫評估及監測系統規劃－光碟版  The restoration of groundwater environment and monitoring planning system for pingtung plain</title><yearidentifier>200712</yearidentifier></data><data><abstract>一、建立遙測影像水文地質特性判釋與分析技術。 二、建立水文地質特性研判與分類方法，以作為未來山區地下水水文地質分區之重要依據。 三、建立各主要河川集水區麓山帶範圍水文地質資料，以供後續該流域水文地質調查規劃之參考。 四、完成山區地層之地下水蘊藏潛力及建議優先調查的區位。 五、完成各項解析、研究成果，彙製成50萬分之1比例尺主題圖。 六、完成臺灣山區地下水資源調查研究分期、分區規劃。 七、完成「臺灣山區地下水資源調查研究執行計畫(草案)」。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950216</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009602971</governmentpublicationsnumber><identifier>53202</identifier><internationalstandardbooknumber>9789860113778 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53202</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>臺灣地區地下水觀測網整體計畫先期研究  Pilot Investigation for Integrated Planning Groundwater Monitoring Network in Mountain Regions of Taiwan</title><yearidentifier>200710</yearidentifier></data><data><abstract>一、建立遙測影像水文地質特性判釋與分析技術。 二、建立水文地質特性研判與分類方法，以作為未來山區地下水水文地質分區之重要依據。 三、建立各主要河川集水區麓山帶範圍水文地質資料，以供後續該流域水文地質調查規劃之參考。 四、完成山區地層之地下水蘊藏潛力及建議優先調查的區位。 五、完成各項解析、研究成果，彙製成50萬分之1比例尺主題圖。 六、完成臺灣山區地下水資源調查研究分期、分區規劃。 七、完成「臺灣山區地下水資源調查研究執行計畫(草案)」。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950216</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009602971</governmentpublicationsnumber><identifier>53203</identifier><internationalstandardbooknumber>9789860113778 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53203</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>臺灣地區地下水觀測網整體計畫先期研究－光碟版  Pilot Investigation for Integrated Planning Groundwater Monitoring Network in Mountain Regions of Taiwan</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計畫目的包括三部分：（1）研擬「臺灣地區地下水資源保育與維護管理計畫(草案)」（2）編撰「台灣地區地下水觀測網成果彙編（81-97年）」（3）地下水資料庫更新及展示。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960151</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603784</governmentpublicationsnumber><identifier>53204</identifier><internationalstandardbooknumber>9789860121353 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53204</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地下水觀測網執行成效及發展規劃(1/2)  The Execution Performance, Development and Planning of Groundwater Monitoring Networks(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的包括三部分：（1）研擬「臺灣地區地下水資源保育與維護管理計畫(草案)」（2）編撰「台灣地區地下水觀測網成果彙編（81-97年）」（3）地下水資料庫更新及展示。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960151</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603784</governmentpublicationsnumber><identifier>53205</identifier><internationalstandardbooknumber>9789860121353 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53205</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地下水觀測網執行成效及發展規劃(1/2)－光碟版  The Execution Performance, Development and Planning of Groundwater Monitoring Networks(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計劃針對受壓含水層、全層貫穿抽水井的抽水試驗改進舊有抽水試驗方法，發展適合國內情況的「抽水試驗執行規範」。水利署建置的地下水觀測站井的井管直徑多為6吋，而且使用需要鑽泥的衝擊鑽法(cable-tool percussion)設井。因此站井極可能有井管儲蓄效應與薄壁效應。此兩種效應會影響洩降初期變化，干擾參數推估結果。忽略這些效應會導致高估含水層儲蓄係數(S)及低估流通係數(T)。本規範改善相項目包括：(1)決定井管儲蓄效應與薄壁效應的方法，(2)受此二者影響時推估T及S的實務性方法，(3)單井試驗決定T值方法，(4)預估抽水試驗可能之抽水率範圍的經驗公式，(5)現場試驗證實壓力計深度對洩降量測並無影響，及(6)適合自記式壓力計之資料量測頻率。在新竹福興國小地下水觀測站井執行20小時的抽水試驗，所獲得的經驗用來修正、暢通「抽水試驗執行規範」操作程序及相關細節。利用規範所列方法得到良好的參數推估結果、薄壁因子、及井管儲蓄效應。</abstract><author>中央大學應用地質研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950413</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009602429</governmentpublicationsnumber><identifier>53206</identifier><internationalstandardbooknumber>9789860108248 ; 9789860108</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53206</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地下水觀測井抽水試驗方法改進研究</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計劃針對受壓含水層、全層貫穿抽水井的抽水試驗改進舊有抽水試驗方法，發展適合國內情況的「抽水試驗執行規範」。水利署建置的地下水觀測站井的井管直徑多為6吋，而且使用需要鑽泥的衝擊鑽法(cable-tool percussion)設井。因此站井極可能有井管儲蓄效應與薄壁效應。此兩種效應會影響洩降初期變化，干擾參數推估結果。忽略這些效應會導致高估含水層儲蓄係數(S)及低估流通係數(T)。本規範改善相項目包括：(1)決定井管儲蓄效應與薄壁效應的方法，(2)受此二者影響時推估T及S的實務性方法，(3)單井試驗決定T值方法，(4)預估抽水試驗可能之抽水率範圍的經驗公式，(5)現場試驗證實壓力計深度對洩降量測並無影響，及(6)適合自記式壓力計之資料量測頻率。在新竹福興國小地下水觀測站井執行20小時的抽水試驗，所獲得的經驗用來修正、暢通「抽水試驗執行規範」操作程序及相關細節。利用規範所列方法得到良好的參數推估結果、薄壁因子、及井管儲蓄效應。</abstract><author>中央大學應用地質研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950413</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009602429</governmentpublicationsnumber><identifier>53207</identifier><internationalstandardbooknumber>9789860108248 ; 9789860108</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53207</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地下水觀測井抽水試驗方法改進研究－光碟版</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對70口地下水觀測井進井體攝影及清洗維護工作。 本計畫之重要成果茲摘錄如下： 1.70口觀測井中有54口於清洗維護後，井況良好，定期抽水洗井維護即可。4口淤積已達濾水管位置，建議每半年定期追蹤井深變化。34口具鏽蝕之情形，建議清洗維護時避免劇烈之洗井方式而造成井管的二次傷害。18口具黃色積垢之現象，建議每年實施水質井測。2口需套管修處理。 2.嘉興一與水林二於井體攝影時發現濾水管已經變形，目前對水位尚無明顯影響，可繼續使用，待發現異常時，再行井體攝影追蹤惡化趨勢及水位資料可靠性，如果處理費用太高，不符合經濟較益時，考慮重鑿新井。 3.積垢嚴重且水質有問題之井，建議以多次處理之方式進行化學洗井工作，逐步清除積垢，使其表面下的管材能夠展露出來，並呈現真正的井體狀況。井體維護完畢後定期實施水質井測，確實掌握水質狀態，以決定是否增加抽水洗井頻率或添加釋氧物質。 4.洗井前後單位洩降出水量增加量用以評估洗井維護之成效有一定之限制。建議往後可增加水井效率、水井係數及前後井體攝影影像比對進行洗井維護後之成效評估。</abstract><author>儀丞儀器工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960315</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009604266</governmentpublicationsnumber><identifier>53208</identifier><internationalstandardbooknumber>9789860125429 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53208</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地下水觀測網井體清洗及維護保養(內附光碟)  Well Development and Maintenance of Groundwater Monitoring Wells in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對70口地下水觀測井進井體攝影及清洗維護工作。 本計畫之重要成果茲摘錄如下： 1.70口觀測井中有54口於清洗維護後，井況良好，定期抽水洗井維護即可。4口淤積已達濾水管位置，建議每半年定期追蹤井深變化。34口具鏽蝕之情形，建議清洗維護時避免劇烈之洗井方式而造成井管的二次傷害。18口具黃色積垢之現象，建議每年實施水質井測。2口需套管修處理。 2.嘉興一與水林二於井體攝影時發現濾水管已經變形，目前對水位尚無明顯影響，可繼續使用，待發現異常時，再行井體攝影追蹤惡化趨勢及水位資料可靠性，如果處理費用太高，不符合經濟較益時，考慮重鑿新井。 3.積垢嚴重且水質有問題之井，建議以多次處理之方式進行化學洗井工作，逐步清除積垢，使其表面下的管材能夠展露出來，並呈現真正的井體狀況。井體維護完畢後定期實施水質井測，確實掌握水質狀態，以決定是否增加抽水洗井頻率或添加釋氧物質。 4.洗井前後單位洩降出水量增加量用以評估洗井維護之成效有一定之限制。建議往後可增加水井效率、水井係數及前後井體攝影影像比對進行洗井維護後之成效評估。</abstract><author>儀丞儀器工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960315</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009604266</governmentpublicationsnumber><identifier>53209</identifier><internationalstandardbooknumber>9789860125429 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53209</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地下水觀測網井體清洗及維護保養－光碟版  Well Development and Maintenance of Groundwater Monitoring Wells in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對已建置地下水觀測井進行井體攝影分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備，另外本計畫亦針對地下水觀測站井後續維護方式提出建議方案。 本年度進行40口觀測井井體攝影工作，其中有15口觀測井歸類為井況良好，不需要處理可繼續使用。有8口觀測井井管有部份積垢或淤淺問題井，從影像資料中積垢位置並未明顯影響水位資料，歸類為井況不良，建議仍可繼續使用，建議配合年度水質採樣計畫，藉抽取至少3倍井管體積水採樣時清除積垢改善。另有8口觀測井歸類為井況嚴重，濾水管積垢嚴重、水質混濁，井管有泥垢淤淺等問題，建議洗井清除積垢，以免持續惡化。最後有9口觀測井情況特殊，因井管偏斜破裂凸出及雜物阻塞等問題，影響水位資料不可靠，需洗井、套管或移除阻塞物。 另外根據歷年地下觀測井影像資料整理及現況評估，由以往已進行攝影評估之315口觀測井，可將觀測井分類為5種狀況，並提出各種狀況之觀測井未來維護改善建議與方案，其中有175口井需進行後續維護保養。本計畫另依據「96年度台灣地區地下水質檢測分析與評估計畫」現場採樣水質資料與硫化物濃度狀況篩選優先維護觀測井(尚未建立影像資料)，共有39口觀測井須進行維護保養，故截至本年度結束，本計畫合計提出需維護改善之觀測井數量共計214口。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960017</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603902</governmentpublicationsnumber><identifier>53210</identifier><internationalstandardbooknumber>9789860120370 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53210</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地下水觀測井體檢測與評估  Inspection, Evaluation, and Improvement of Groundwater Monitoring Wells in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對已建置地下水觀測井進行井體攝影分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備，另外本計畫亦針對地下水觀測站井後續維護方式提出建議方案。 本年度進行40口觀測井井體攝影工作，其中有15口觀測井歸類為井況良好，不需要處理可繼續使用。有8口觀測井井管有部份積垢或淤淺問題井，從影像資料中積垢位置並未明顯影響水位資料，歸類為井況不良，建議仍可繼續使用，建議配合年度水質採樣計畫，藉抽取至少3倍井管體積水採樣時清除積垢改善。另有8口觀測井歸類為井況嚴重，濾水管積垢嚴重、水質混濁，井管有泥垢淤淺等問題，建議洗井清除積垢，以免持續惡化。最後有9口觀測井情況特殊，因井管偏斜破裂凸出及雜物阻塞等問題，影響水位資料不可靠，需洗井、套管或移除阻塞物。 另外根據歷年地下觀測井影像資料整理及現況評估，由以往已進行攝影評估之315口觀測井，可將觀測井分類為5種狀況，並提出各種狀況之觀測井未來維護改善建議與方案，其中有175口井需進行後續維護保養。本計畫另依據「96年度台灣地區地下水質檢測分析與評估計畫」現場採樣水質資料與硫化物濃度狀況篩選優先維護觀測井(尚未建立影像資料)，共有39口觀測井須進行維護保養，故截至本年度結束，本計畫合計提出需維護改善之觀測井數量共計214口。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960017</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009603902</governmentpublicationsnumber><identifier>53211</identifier><internationalstandardbooknumber>9789860120370 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53211</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地下水觀測井體檢測與評估－光碟版  Inspection, Evaluation, and Improvement of Groundwater Monitoring Wells in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署辦理「國土復育策略方案暨行動計畫—地層下陷區地下水觀測站井建置維護計畫」， 乃結合「台灣地區地下水觀測網整體計畫」歷年建置完成之觀測井， 提高地層下陷區觀測井網密度， 俾蒐集完整地下水文地質資料， 作為地下水資源利用及保育與地層下陷防治之基本資訊。本(96)年度新設地下水觀測站井區域包括嘉義及台南地區，總計建置11 站22 口觀測井及2 站4 口抽水試驗井。設置地點包括： 太保、下潭、貴林、光榮、過路、玉豐、歡雅、賀建、文山、光復及龍昌等站(建置成果詳本文表1.3-1)。本年度期末報告成果彙編</abstract><author>京華工程顧問公司</author><categoryidentifier>443.85   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950445</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009700427</governmentpublicationsnumber><identifier>53212</identifier><internationalstandardbooknumber>9789860132052 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53212</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>「96年度地層下陷區地下水觀測站井建置維護」規劃設計及監造工作－監造成果報告</title><yearidentifier>200803</yearidentifier></data><data><abstract>經濟部水利署辦理「國土復育策略方案暨行動計畫—地層下陷區地下水觀測站井建置維護計畫」， 乃結合「台灣地區地下水觀測網整體計畫」歷年建置完成之觀測井， 提高地層下陷區觀測井網密度， 俾蒐集完整地下水文地質資料， 作為地下水資源利用及保育與地層下陷防治之基本資訊。本(96)年度新設地下水觀測站井區域包括嘉義及台南地區，總計建置11 站22 口觀測井及2 站4 口抽水試驗井。設置地點包括： 太保、下潭、貴林、光榮、過路、玉豐、歡雅、賀建、文山、光復及龍昌等站(建置成果詳本文表1.3-1)。本年度期末報告成果彙編</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>950445</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009700427</governmentpublicationsnumber><identifier>53213</identifier><internationalstandardbooknumber>9789860132052 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53213</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>「96年度地層下陷區地下水觀測站井建置維護」規劃設計及監造工作－監造成果報告(光碟版)</title><yearidentifier>200803</yearidentifier></data><data><abstract>為建立台灣地區之地下水觀測系統，收集長期、整體之水文地質、地下水水文及地下水水質等資料，由水利署及中央地質調查所共同辦理的「台灣地區地下水觀測網整體計畫」本(96)年度新設地下水觀測站井區域位於花東縱谷區，總計建置16站19口觀測井。花蓮地區設置地點包括：新城、北埔、慈濟大學、南華、大榮、長橋、大富及玉里等8站；台東地區設置地點包括池上、關山、月眉、瑞源、豐田、康樂、復興及豐里等8站。本計畫配合「96年度地下水觀測站井建置維護」工作，進行站井設計、監造等工作，並於各觀測站設置完成後，辦理相關配合工作，包括區域水文地質分析工作、水質檢驗、抽水試驗及測量等工作。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960113</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/22</date><governmentpublicationsnumber>1009700374</governmentpublicationsnumber><identifier>53214</identifier><internationalstandardbooknumber>9789860132045 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53214</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>97</publishrocyear><title>規劃設計、監造「96年度地下水觀測站井建置維護計畫」成果報告－光碟版</title><yearidentifier>200801</yearidentifier></data><data><abstract> </abstract><author>內政部土地測量局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009000477</governmentpublicationsnumber><identifier>53220</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53220</librarycollectiondetailsurl><price></price><publisher>內政部土地測量局</publisher><publishrocyear>90</publishrocyear><title>苗栗縣三等控制點成果表</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>中華民國溪流環境協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>9074830180</governmentpublicationsnumber><identifier>53243</identifier><internationalstandardbooknumber>9789570046786 ; 9570046783</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53243</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>83</publishrocyear><title>東北角海岸風景特定區自然生態資源調查與監測&amp;lt;一&amp;gt;</title><yearidentifier>199411</yearidentifier></data><data><abstract> </abstract><author>中華民國溪流環境協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>907485006</governmentpublicationsnumber><identifier>53244</identifier><internationalstandardbooknumber>9789570068689 ; 957006868X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53244</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>85</publishrocyear><title>東北角海岸風景特定區自然生態資源調查與監測&amp;lt;二&amp;gt;</title><yearidentifier>199603</yearidentifier></data><data><abstract>本計畫以深層海水專業技術人才培育為主要重點，深層海水產業已為台灣相關產業主管機關及投資者所熟知，工作技術亦逐漸進入實廠開發運用階段，為加速相關技術之推廣與應用，有必要使相關產業人員瞭解政府目前的深層海水產業政策、計畫與相關水質標準，以快速切入相關產業。本計畫針對深層海水產業鏈下游的「冷能利用」與「水產養殖」應用兩個方面邀請日本與國內專家進行相關講習。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960079</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604324</governmentpublicationsnumber><identifier>53251</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53251</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>深層海水產業人才菁英培育計畫(2/2)＝Personnal Training Project for Deep Ocean Water Industry (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以深層海水專業技術人才培育為主要重點，深層海水產業已為台灣相關產業主管機關及投資者所熟知，工作技術亦逐漸進入實廠開發運用階段，為加速相關技術之推廣與應用，有必要使相關產業人員瞭解政府目前的深層海水產業政策、計畫與相關水質標準，以快速切入相關產業。本計畫針對深層海水產業鏈下游的「冷能利用」與「水產養殖」應用兩個方面邀請日本與國內專家進行相關講習。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960079</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604324</governmentpublicationsnumber><identifier>53256</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53256</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>深層海水產業人才菁英培育計畫(2/2)－光碟版＝Personnal Training Project for Deep Ocean Water Industry (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫編製深層海水取水工程技術參考手冊，內容包括「台灣東部深層海水開發初步研析摘要」、「施工參考手冊」及「建議設計範例圖說參考手冊」等三部份。初步研析摘要係摘述本計畫之主要研究成果，施工參考手冊含特別條款、一般條款及技術條款等，建議設計範例圖說參考手冊為取水工程之基本參考圖。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604056</governmentpublicationsnumber><identifier>53262</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53262</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>深層海水取水工程技術規範研擬＝Development of Technical Specifications for Deep Sea Water Intake Facilities</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫編製深層海水取水工程技術參考手冊，內容包括「台灣東部深層海水開發初步研析摘要」、「施工參考手冊」及「建議設計範例圖說參考手冊」等三部份。初步研析摘要係摘述本計畫之主要研究成果，施工參考手冊含特別條款、一般條款及技術條款等，建議設計範例圖說參考手冊為取水工程之基本參考圖。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604056</governmentpublicationsnumber><identifier>53263</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53263</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>深層海水取水工程技術規範研擬－光碟版＝Development of Technical Specifications for Deep Sea Water Intake Facilities</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫編製深層海水取水工程技術參考手冊，內容包括「台灣東部深層海水開發初步研析摘要」、「施工參考手冊」及「建議設計範例圖說參考手冊」等三部份。初步研析摘要係摘述本計畫之主要研究成果，施工參考手冊含特別條款、一般條款及技術條款等，建議設計範例圖說參考手冊為取水工程之基本參考圖。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604056</governmentpublicationsnumber><identifier>53266</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53266</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>深層海水取水工程技術參考手冊＝Technical Reference Manual for Deep Sea Water Intake Facilities</title><yearidentifier>200712</yearidentifier></data><data><abstract>本報告書為經濟部水利署委辦計畫「地層下陷土地使用管制分析及法令探討」之成果報告書。地層下陷發生之原因，除水資源供應之外，土地使用以及產業型態實為關鍵成因。綜觀現行法令規定，對於地層下陷之管制行為付之闕如，因而本計畫以地層下陷之土地使用管制法令探討為主。首先蒐集目前地層下陷防治相關政策與方案，配合目前地層下陷地區管制現況，並舉行三場意見諮詢座談會，諮詢相關法令主管機關對於修改之意見，最後統整出土地使用、產業發展、水利資源與災害防治三大層面，並提出未來配合地層下陷防治，各相關法規應修改之方向。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950177</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009602805</governmentpublicationsnumber><identifier>53275</identifier><internationalstandardbooknumber>9789860111941 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53275</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地層下陷土地使用管制分析及法令探討  The analysis of  subsided land utilization control and interrelated regulations</title><yearidentifier>200712</yearidentifier></data><data><abstract>本報告書為經濟部水利署委辦計畫「地層下陷土地使用管制分析及法令探討」之成果報告書。地層下陷發生之原因，除水資源供應之外，土地使用以及產業型態實為關鍵成因。綜觀現行法令規定，對於地層下陷之管制行為付之闕如，因而本計畫以地層下陷之土地使用管制法令探討為主。首先蒐集目前地層下陷防治相關政策與方案，配合目前地層下陷地區管制現況，並舉行三場意見諮詢座談會，諮詢相關法令主管機關對於修改之意見，最後統整出土地使用、產業發展、水利資源與災害防治三大層面，並提出未來配合地層下陷防治，各相關法規應修改之方向。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0950177</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009602805</governmentpublicationsnumber><identifier>53279</identifier><internationalstandardbooknumber>9789860111941 ; 9789860111</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53279</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地層下陷土地使用管制分析及法令探討－光碟版  The analysis of  subsided land utilization control and interrelated regulations</title><yearidentifier>200712</yearidentifier></data><data><abstract>創造新世紀之河系(七)河流故事－大安溪、急水溪、阿公店溪、東港溪、四重溪(光碟版 )</abstract><author>經濟部水利署</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009200239</governmentpublicationsnumber><identifier>53282</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53282</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>創造新世紀之河系列（七）河流故事－大安溪、急水溪、阿公店溪、東港溪、四重溪 (光碟版 )</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫係配合「第二期地層下陷防治執行方案」之推動，以教育訓練及宣導之力量，落實民眾守法觀念，以及認知地層下陷問題嚴重性，並提升國中小教師教學能力及基層人員執行相關業務之智能。    本計畫工作可概括分為運用傳播媒體、結合地方民眾、深耕基礎教育以及交流防治經驗等四大面向，實施對象包括全國民眾、民間地方組織、國中小師生、養殖業者以及基層執行相關業務之人員；工作內容則包含了製作宣導手冊、媒體合作、辦理競賽、經營相關網群、教育中心建置規劃、輔導志工組織、推動社區教育，豐富教學資源以及辦理各類基礎教育活動及專業訓練講習會等。    期藉由各項宣導工作之執行，將防治觀念深植民心，凝聚全民防治共識，裨益降低政府施政時可能遇到之阻力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960019</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604330</governmentpublicationsnumber><identifier>53285</identifier><internationalstandardbooknumber>9789860128383 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53285</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地層下陷防治教育訓練及宣導計畫(2/2)  The Education Training and Propaganda for Land Subsidence Prevention Affairs(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合「第二期地層下陷防治執行方案」之推動，以教育訓練及宣導之力量，落實民眾守法觀念，以及認知地層下陷問題嚴重性，並提升國中小教師教學能力及基層人員執行相關業務之智能。    本計畫工作可概括分為運用傳播媒體、結合地方民眾、深耕基礎教育以及交流防治經驗等四大面向，實施對象包括全國民眾、民間地方組織、國中小師生、養殖業者以及基層執行相關業務之人員；工作內容則包含了製作宣導手冊、媒體合作、辦理競賽、經營相關網群、教育中心建置規劃、輔導志工組織、推動社區教育，豐富教學資源以及辦理各類基礎教育活動及專業訓練講習會等。    期藉由各項宣導工作之執行，將防治觀念深植民心，凝聚全民防治共識，裨益降低政府施政時可能遇到之阻力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960019</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604330</governmentpublicationsnumber><identifier>53286</identifier><internationalstandardbooknumber>9789860128383 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53286</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>地層下陷防治教育訓練及宣導計畫(2/2)－光碟版  The Education Training and Propaganda for Land Subsidence Prevention Affairs(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要於彰化縣溪州鄉、竹塘鄉及雲林縣虎尾鎮、斗六市、元長鄉等具有地層下陷潛勢區設置地層下陷監測井，藉以調查地層之壓縮機制，達到早期預警之效果。因此經調查評選之分析結果，於96年9月完成彰化縣溪州國小、彰化農田水利會竹塘工作站及雲林縣光復國小、鎮南國小、雲林農田水利會內寮派駐站等五站址之300公尺磁感應環地層下陷監測井施設作業，目前量測記錄顯示各站址之磁感應環皆可測得深度，研判監測井功能正常且持續監測中。 同時針對彰化縣溪州國小、饒明國小及雲林縣光復國小、鎮南國小地表至深度100公尺以薄管取樣方式取不擾動土樣，並進行室內土壤力學試驗，提供地層下陷相關研究之重要土壤參數。而根據試驗結果顯示，試驗場址地層大多以砂、粉砂或含粉土之級配不良砂為主，而泥層之壓密試驗除饒明國小深度80-100公尺之土樣有過壓密現象外，其餘均顯示屬正常壓密之土壤。由各項試驗之結果也可以發現，地層中砂或粉砂含泥質之比例偏高，未來應注意此部份之影響。  此外，早期建置之鋼管單層式地層下陷監測井因鋼管與井壁間之摩擦效應，無法有效反應實際地層下陷量，本計畫亦針對台灣地區12口鋼管單層式地層下陷監測井進行封填、拆除等處置作業。考慮部份監測井具有地下水位監測功能，本計畫對於台北站、二重站、板橋站、中和站、梧棲站、顏厝站及東石站僅拆除地層下陷監測系統，大溝站、仁德站、石化站、塭豐站及水底寮站則拆除站房並廢井封填。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950444</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604003</governmentpublicationsnumber><identifier>53287</identifier><internationalstandardbooknumber>9789860124262 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53287</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>95年度彰雲地區地層下陷監測及分析計畫  Subsidence Monitoring and Data Analysis in Changhau and Yunlin Counties in 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要於彰化縣溪州鄉、竹塘鄉及雲林縣虎尾鎮、斗六市、元長鄉等具有地層下陷潛勢區設置地層下陷監測井，藉以調查地層之壓縮機制，達到早期預警之效果。因此經調查評選之分析結果，於96年9月完成彰化縣溪州國小、彰化農田水利會竹塘工作站及雲林縣光復國小、鎮南國小、雲林農田水利會內寮派駐站等五站址之300公尺磁感應環地層下陷監測井施設作業，目前量測記錄顯示各站址之磁感應環皆可測得深度，研判監測井功能正常且持續監測中。 同時針對彰化縣溪州國小、饒明國小及雲林縣光復國小、鎮南國小地表至深度100公尺以薄管取樣方式取不擾動土樣，並進行室內土壤力學試驗，提供地層下陷相關研究之重要土壤參數。而根據試驗結果顯示，試驗場址地層大多以砂、粉砂或含粉土之級配不良砂為主，而泥層之壓密試驗除饒明國小深度80-100公尺之土樣有過壓密現象外，其餘均顯示屬正常壓密之土壤。由各項試驗之結果也可以發現，地層中砂或粉砂含泥質之比例偏高，未來應注意此部份之影響。  此外，早期建置之鋼管單層式地層下陷監測井因鋼管與井壁間之摩擦效應，無法有效反應實際地層下陷量，本計畫亦針對台灣地區12口鋼管單層式地層下陷監測井進行封填、拆除等處置作業。考慮部份監測井具有地下水位監測功能，本計畫對於台北站、二重站、板橋站、中和站、梧棲站、顏厝站及東石站僅拆除地層下陷監測系統，大溝站、仁德站、石化站、塭豐站及水底寮站則拆除站房並廢井封填。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950444</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/23</date><governmentpublicationsnumber>1009604003</governmentpublicationsnumber><identifier>53288</identifier><internationalstandardbooknumber>9789860124262 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53288</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>95年度彰雲地區地層下陷監測及分析計畫(光碟版)  Subsidence Monitoring and Data Analysis in Changhau and Yunlin Counties in 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>由於雲林地區以種植水稻田為主，其作物需水量大，灌溉用水常有不足，以致於須大量抽用地下水以作灌溉。如藉由農作調整方式，輔導當地農民轉作需水量低的高經濟價值旱作或平地造林，並配合節水灌溉設施與技術等，應可達成減少地下水量抽取以防治地層下陷問題。本計畫目標為調查雲林地區台灣高速鐵路沿線兩側500公尺範圍農耕地灌溉需水量與作物產值資料，評估轉作為能源作物、景觀作物或平地造林等所能減少抽取之地下水量，並依據農民訪談問卷調查結果，提出具轉作誘因之方案，以達作物轉作而減少抽取地下水之效益。</abstract><author>農業工程研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960326</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700362</governmentpublicationsnumber><identifier>53299</identifier><internationalstandardbooknumber>9789860133035 ; 9789860133</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53299</librarycollectiondetailsurl><price>365</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>以農作調整觀點研析雲林高鐵沿線地層下陷防治策略  Analysis  and Strategies to Alleviate Land Subsidence along Taiwan High Speed Rail in Yunlin Area from Crop System Adjustment Point of View</title><yearidentifier>200802</yearidentifier></data><data><abstract>由於雲林地區以種植水稻田為主，其作物需水量大，灌溉用水常有不足，以致於須大量抽用地下水以作灌溉。如藉由農作調整方式，輔導當地農民轉作需水量低的高經濟價值旱作或平地造林，並配合節水灌溉設施與技術等，應可達成減少地下水量抽取以防治地層下陷問題。本計畫目標為調查雲林地區台灣高速鐵路沿線兩側500公尺範圍農耕地灌溉需水量與作物產值資料，評估轉作為能源作物、景觀作物或平地造林等所能減少抽取之地下水量，並依據農民訪談問卷調查結果，提出具轉作誘因之方案，以達作物轉作而減少抽取地下水之效益。</abstract><author>農業工程研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960326</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700362</governmentpublicationsnumber><identifier>53306</identifier><internationalstandardbooknumber>9789860133035 ; 9789860133</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53306</librarycollectiondetailsurl><price>365</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>以農作調整觀點研析雲林高鐵沿線地層下陷防治策略－光碟版  Analysis  and Strategies to Alleviate Land Subsidence along Taiwan High Speed Rail in Yunlin Area from Crop System Adjustment Point of View</title><yearidentifier>200802</yearidentifier></data><data><abstract>雲林縣境內虎尾、土庫，以及雲林南部沿海地區為地層沉陷較為嚴重，本計劃嘗試以空載雷射掃描測量快速地收集大面積地形高程資料。LiDAR相對於傳統測量雖有時效上的優勢，但高程與平面的精度則不如水準或GPS測量，一般而言，裸露地的高程精度約為15公分左右，為了提升高程精度，於測區範圍內佈設地面佈標點，利用雷射點雲之強度值進行辨識後，將雷射點雲成果套合於地表上，以獲得高精度與高密度的地形資訊，而成果顯示利用版標進行高程轉換，將可降低LiDAR系統誤差，以達絕對高程精度於5公分以下。 河川大斷面測量工作須耗費大量人力時間，本計畫亦規劃於作業區內之北港溪河段，以空載雷射測量進行輔助斷面測量可行性之檢討。陸域雷射掃描系統對於水體穿透力有限，本計劃以搭配無人載具進行河床地形的量測，結合兩者地形資料後，經與傳統斷面資料作一比對，成果相當ㄧ致。本案以無人載具搭配空載雷射掃描技術輔助傳統斷面測量成果可彰，意味著技術的可行性，未來提供各單位研究與討論。</abstract><author>東南科技大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950429</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009603007</governmentpublicationsnumber><identifier>53315</identifier><internationalstandardbooknumber>9789860113815 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53315</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>雲林地層下陷地區地形變遷調查研究  A Study on Topographic Changes of Land Subsidence in the Yunlin Area</title><yearidentifier>200711</yearidentifier></data><data><abstract>雲林縣境內虎尾、土庫，以及雲林南部沿海地區為地層沉陷較為嚴重，本計劃嘗試以空載雷射掃描測量快速地收集大面積地形高程資料。LiDAR相對於傳統測量雖有時效上的優勢，但高程與平面的精度則不如水準或GPS測量，一般而言，裸露地的高程精度約為15公分左右，為了提升高程精度，於測區範圍內佈設地面佈標點，利用雷射點雲之強度值進行辨識後，將雷射點雲成果套合於地表上，以獲得高精度與高密度的地形資訊，而成果顯示利用版標進行高程轉換，將可降低LiDAR系統誤差，以達絕對高程精度於5公分以下。 河川大斷面測量工作須耗費大量人力時間，本計畫亦規劃於作業區內之北港溪河段，以空載雷射測量進行輔助斷面測量可行性之檢討。陸域雷射掃描系統對於水體穿透力有限，本計劃以搭配無人載具進行河床地形的量測，結合兩者地形資料後，經與傳統斷面資料作一比對，成果相當ㄧ致。本案以無人載具搭配空載雷射掃描技術輔助傳統斷面測量成果可彰，意味著技術的可行性，未來提供各單位研究與討論。</abstract><author>東南科技大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950429</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009603007</governmentpublicationsnumber><identifier>53317</identifier><internationalstandardbooknumber>9789860113815 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53317</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>雲林地層下陷地區地形變遷調查研究－光碟版  A Study on Topographic Changes of Land Subsidence in the Yunlin Area</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫主要配合國土復育策略方案之實施，計畫目的主要利用GPS固定站對嚴重下陷區進行自動化持續監測，以掌握其動態趨勢，並配合水準測量與監測井測量，以瞭解地層壓縮機制。計畫主要工作項目有六大項，分別為：（一）	於彰化縣溪湖鎮、雲林縣虎尾鎮、嘉義縣布袋鎮等3區進行基本資料調查，並各選址規劃1處GPS固定站；（二）	GPS固定站觀測環境建構；（三）	安裝新設GPS固定站接收儀器；（四）	現有及新設GPS固定站訊號品質管理、資料測試與站區維護；（五）	GPS固定站資料應用與地層下陷模式分析；（六）	 針對已劃設為地下水管制區且特別具有地層下陷潛勢之區域，規劃利  用GPS測量來部分取代現有之水準測量。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950169</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604327</governmentpublicationsnumber><identifier>53318</identifier><internationalstandardbooknumber>9789860128369 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53318</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>GPS固定站之規劃建置與觀測分析  Installation and Analysis of GPS Permanent Station in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要配合國土復育策略方案之實施，計畫目的主要利用GPS固定站對嚴重下陷區進行自動化持續監測，以掌握其動態趨勢，並配合水準測量與監測井測量，以瞭解地層壓縮機制。計畫主要工作項目有六大項，分別為：（一）	於彰化縣溪湖鎮、雲林縣虎尾鎮、嘉義縣布袋鎮等3區進行基本資料調查，並各選址規劃1處GPS固定站；（二）	GPS固定站觀測環境建構；（三）	安裝新設GPS固定站接收儀器；（四）	現有及新設GPS固定站訊號品質管理、資料測試與站區維護；（五）	GPS固定站資料應用與地層下陷模式分析；（六）	 針對已劃設為地下水管制區且特別具有地層下陷潛勢之區域，規劃利  用GPS測量來部分取代現有之水準測量。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950169</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604327</governmentpublicationsnumber><identifier>53319</identifier><internationalstandardbooknumber>9789860128369 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53319</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>GPS固定站之規劃建置與觀測分析－光碟版  Installation and Analysis of GPS Permanent Station in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，並針對地層下陷地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度之工作如下：（一）已地層下陷及具地層下陷潛勢地區水準網檢測（二）磁感應分層式地層下陷監測井及固定式GPS衛星追蹤站觀測及維護（三）施測區域相關檢測及觀測資料整合分析研判作業（四）更新及維護台灣地區地層下陷資料庫與查詢系統</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960157</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604328</governmentpublicationsnumber><identifier>53321</identifier><internationalstandardbooknumber>9789860128376 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53321</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地層下陷水準檢測及其相關分析  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，並針對地層下陷地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度之工作如下：（一）已地層下陷及具地層下陷潛勢地區水準網檢測（二）磁感應分層式地層下陷監測井及固定式GPS衛星追蹤站觀測及維護（三）施測區域相關檢測及觀測資料整合分析研判作業（四）更新及維護台灣地區地層下陷資料庫與查詢系統</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960157</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604328</governmentpublicationsnumber><identifier>53322</identifier><internationalstandardbooknumber>9789860128376 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53322</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地層下陷水準檢測及其相關分析－光碟版  Leveling Survey and Relevant Analysis in Taiwan Subjected to Land Subsidence in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作項目如下：（一）地層下陷區水準網檢測（二）地層下陷監測井之維護與觀測（三）施測區域之資料整合分析（四）地層下陷資料庫與查詢系統之維護與資料更新</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960328</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604329</governmentpublicationsnumber><identifier>53328</identifier><internationalstandardbooknumber>9789860128352 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53328</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>南部地區地層下陷水準檢測及其相關分析  Leveling Survey and the Relevant Analysis to Land Subsidence in Southern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作項目如下：（一）地層下陷區水準網檢測（二）地層下陷監測井之維護與觀測（三）施測區域之資料整合分析（四）地層下陷資料庫與查詢系統之維護與資料更新</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960328</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009604329</governmentpublicationsnumber><identifier>53330</identifier><internationalstandardbooknumber>9789860128352 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53330</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>南部地區地層下陷水準檢測及其相關分析－光碟版  Leveling Survey and the Relevant Analysis to Land Subsidence in Southern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標。基此，經濟部水利署於91年推動「輔導知識型水利產業發展計畫」，並成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960014</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700573</governmentpublicationsnumber><identifier>53338</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53338</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利產業輔導育成計畫(2/2)成果報告書＝Assistance and Incubation Planning for Water Industry(2/2) －Final Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>我國現階段之水利建造物缺乏設計基準，故以往水利工程設計多按照慣例或經驗辦理設計，隨著國內水利規劃設計業務逐漸由公部門轉至民間單位，沿襲以往慣例與前人經驗之設計方式，亦因相關技術手冊亦20～30年未更新，對於目前的流域整體治理、綜合治水對策、生態環境保育等理念無法落實水利建造物設計體系中，故有新訂「水利建造物設計基準」之必要。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960043</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700567</governmentpublicationsnumber><identifier>53342</identifier><internationalstandardbooknumber>9789860135411 ; 9789860135</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53342</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利建造物工程設計基準之檢討(2/2)總報告  Review on the Design Criteria for Hydraulic Structures－General Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>我國現階段之水利建造物缺乏設計基準，故以往水利工程設計多按照慣例或經驗辦理設計，隨著國內水利規劃設計業務逐漸由公部門轉至民間單位，沿襲以往慣例與前人經驗之設計方式，亦因相關技術手冊亦20～30年未更新，對於目前的流域整體治理、綜合治水對策、生態環境保育等理念無法落實水利建造物設計體系中，故有新訂「水利建造物設計基準」之必要。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960043</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700567</governmentpublicationsnumber><identifier>53343</identifier><internationalstandardbooknumber>9789860135411 ; 9789860135</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53343</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利建造物工程設計基準之檢討(2/2)總報告－光碟版  Review on the Design Criteria for Hydraulic Structures－General Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>綜合治水對策屬於流域整體治理的一環，但綜合治水較關切水患的防治，本計畫將綜合治水定義為：「以流域為單元，運用各種工程與非工程手段，採取流量分擔與淹水風險管理方式，進行內水排除、外水治理及暴潮防禦工作，同時配合土地利用的規劃與管制，視需要訂定相關法規，公佈淹水資訊並納入民眾意見，達到降低區域淹水風險的全方位治水方式。」，在流域整體治理架構下，綜合治水除遵循以流域為單元進行整體規劃外，並採取流量分擔的思維進行工程設施的配置，並以風險管理方式降低淹水損失。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960043</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700568</governmentpublicationsnumber><identifier>53347</identifier><internationalstandardbooknumber>9789860135404 ; 9789860135</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53347</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利建造物工程設計基準之檢討(2/2)綜合治水總結專題報告  Review on the Design Criteria for Hydraulic Structures－Conclusive Report for Integrated Flood Management</title><yearidentifier>200803</yearidentifier></data><data><abstract>綜合治水對策屬於流域整體治理的一環，但綜合治水較關切水患的防治，本計畫將綜合治水定義為：「以流域為單元，運用各種工程與非工程手段，採取流量分擔與淹水風險管理方式，進行內水排除、外水治理及暴潮防禦工作，同時配合土地利用的規劃與管制，視需要訂定相關法規，公佈淹水資訊並納入民眾意見，達到降低區域淹水風險的全方位治水方式。」，在流域整體治理架構下，綜合治水除遵循以流域為單元進行整體規劃外，並採取流量分擔的思維進行工程設施的配置，並以風險管理方式降低淹水損失。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960043</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700568</governmentpublicationsnumber><identifier>53348</identifier><internationalstandardbooknumber>9789860135404 ; 9789860135</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53348</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利建造物工程設計基準之檢討(2/2)綜合治水總結專題報告－光碟版  Review on the Design Criteria for Hydraulic Structures－Conclusive Report for Integrated Flood Management</title><yearidentifier>200803</yearidentifier></data><data><abstract>本計畫針對水庫淤泥回歸河道方案，研究其在實施時對於河道水質與生態環境、河道安全及實施機制等，建立一國內適宜之規劃準則，進而推廣至其它之水庫與河道。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960084</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700656</governmentpublicationsnumber><identifier>53349</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53349</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水庫淤泥排放於下游河道之規劃(光碟版)＝Assessment on draining  dredged material of reservoirs into downstream watercourse</title><yearidentifier>200803</yearidentifier></data><data><abstract>本計畫針對水庫淤泥回歸河道方案，研究其在實施時對於河道水質與生態環境、河道安全及實施機制等，建立一國內適宜之規劃準則，進而推廣至其它之水庫與河道。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960084</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/24</date><governmentpublicationsnumber>1009700656</governmentpublicationsnumber><identifier>53350</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53350</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水庫淤泥排放於下游河道之規劃(內附光碟)＝Assessment on Draining Dredged Material of Reservoirs into Downstream Watercourse</title><yearidentifier>200803</yearidentifier></data><data><abstract>本計畫係配合排水系統綜合治水規劃辦理，調查分析區域內之排水情勢，含生態調查分析、水質污染評析及防治建議等，提出水域周邊環境營造願景規劃成果，以營造優質的水岸環境，達到治水與環境營造之功效。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62   443.689735</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/25</date><governmentpublicationsnumber>1009700259</governmentpublicationsnumber><identifier>53356</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53356</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫-嘉義縣朴子溪支流排水系統環境營造規劃</title><yearidentifier>200802</yearidentifier></data><data><abstract> </abstract><author>台北市政府工務局衛生下水道工程處</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31654780018</governmentpublicationsnumber><identifier>53362</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53362</librarycollectiondetailsurl><price>210</price><publisher>台北市政府工務局衛生下水道工程處</publisher><publishrocyear>78</publishrocyear><title>淡水河系水污染調查討論報告（1989年調查 〉</title><yearidentifier>198912</yearidentifier></data><data><abstract> </abstract><author>台北市政府工務局衛生下水道工程處</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31654790015</governmentpublicationsnumber><identifier>53366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53366</librarycollectiondetailsurl><price>210</price><publisher>台北市政府工務局衛生下水道工程處</publisher><publishrocyear>79</publishrocyear><title>淡水河系水污染調查討論報告（1990年調查 〉</title><yearidentifier>199012</yearidentifier></data><data><abstract> </abstract><author>臺北市政府工務局都市計畫處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31644790040</governmentpublicationsnumber><identifier>53367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53367</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>79</publishrocyear><title>臺北市綜合發展計畫第一年度部門計畫成果報告書(一) 自然環境公害及其防治水資源開發</title><yearidentifier>199006</yearidentifier></data><data><abstract> </abstract><author>臺北市政府工務局都市計畫處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31644790040</governmentpublicationsnumber><identifier>53368</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53368</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>79</publishrocyear><title>臺北市綜合發展計畫第一年度部門計畫成果報告書(九) 公共設施</title><yearidentifier>199006</yearidentifier></data><data><abstract> </abstract><author>臺北市政府工務局都市計畫處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31644790040</governmentpublicationsnumber><identifier>53369</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53369</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>79</publishrocyear><title>臺北市綜合發展計畫第一年度部門計畫成果報告書(十一) 都市景觀</title><yearidentifier>199006</yearidentifier></data><data><abstract> </abstract><author>臺北市政府工務局都市計畫處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31644790040</governmentpublicationsnumber><identifier>53370</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53370</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>79</publishrocyear><title>臺北市綜合發展計畫第一年度部門計畫成果報告書(十二) 觀光遊憩</title><yearidentifier>199006</yearidentifier></data><data><abstract> </abstract><author>台北市政府工務局衛生下水道工程處</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/28</date><governmentpublicationsnumber>31654800016</governmentpublicationsnumber><identifier>53376</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53376</librarycollectiondetailsurl><price>210</price><publisher>台北市政府工務局衛生下水道工程處</publisher><publishrocyear>80</publishrocyear><title>淡水河系水污染調查討論報告（1991年調查 〉</title><yearidentifier>199112</yearidentifier></data><data><abstract>現行泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960038</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603865</governmentpublicationsnumber><identifier>53440</identifier><internationalstandardbooknumber>9789860122985 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53440</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(2/2) Improving Sediment Monitoring Technique and Establishing Pilot Monitoring Stations (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>現行泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960038</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603865</governmentpublicationsnumber><identifier>53441</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53441</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(2/2)－光碟版＝Improving Sediment Monitoring Technique and Establishing Pilot Monitoring Stations (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發散量是水文循環的重要因子，卻受限於時間空間遞變的影響，增添模式求取蒸發散量的不確定值，而利用衛星負載特定光學或微波感測器可有效率地提供目前水文預報模型所需的參數。本計畫將利用先進的遙測技術，改善水文觀測技術，規劃建置水文觀測網，以監測台灣全島地表溫度、實際蒸發散及土壤含水量，以作為水資源管理及國土復育所需之基本調查資料。應用MODIS衛星資料推估晴空無雲的地面蒸發散量，以1公里網格和1天時間解析度的地表面溫度、蒸發散量等，建立連續監測至少7天到1個月的台灣地區蒸發散量作業能力。進一步對於水資源規劃、土石流、森林火災的危害評估將有所助益。本署95年度已完成開發利用中央氣象局接收的MODIS衛星觀測資料，推算台灣全島地表溫度、實際蒸發散及土壤含水量。本計畫將針對MODIS衛星所得到台灣全島蒸發散建置水文觀測網進行先期研究。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960324</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603904</governmentpublicationsnumber><identifier>53446</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53446</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>MODIS衛星應用於水文觀測網建置先期研究計畫〈1/2〉＝A Pilot Study of the Integrated MODIS and Ground-Based Hydrological Observation Network (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發散量是水文循環的重要因子，卻受限於時間空間遞變的影響，增添模式求取蒸發散量的不確定值，而利用衛星負載特定光學或微波感測器可有效率地提供目前水文預報模型所需的參數。本計畫將利用先進的遙測技術，改善水文觀測技術，規劃建置水文觀測網，以監測台灣全島地表溫度、實際蒸發散及土壤含水量，以作為水資源管理及國土復育所需之基本調查資料。應用MODIS衛星資料推估晴空無雲的地面蒸發散量，以1公里網格和1天時間解析度的地表面溫度、蒸發散量等，建立連續監測至少7天到1個月的台灣地區蒸發散量作業能力。進一步對於水資源規劃、土石流、森林火災的危害評估將有所助益。本署95年度已完成開發利用中央氣象局接收的MODIS衛星觀測資料，推算台灣全島地表溫度、實際蒸發散及土壤含水量。本計畫將針對MODIS衛星所得到台灣全島蒸發散建置水文觀測網進行先期研究。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960324</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603904</governmentpublicationsnumber><identifier>53451</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53451</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>MODIS衛星應用於水文觀測網建置先期研究計畫 (1/2)－光碟版＝A Pilot Study of the Integrated MODIS and Ground-Based Hydrological Observation Network (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發量與入滲量為水文循環中之重要環節，亦是水庫集水區中、長期水資源規劃利用之重要參數，在水資源規劃利用上扮演著相當重要的角色。本計畫即在藉由水庫集水區蒸發量及入滲量觀測站之設置及維護，長期蒐集觀測資料，並進行觀測資料之品質管理工作，期望藉由嚴謹之觀測資料品管程序，提升觀測資料之信心水準，以作為日後其他相關水文觀測計畫之利用參考。 本計畫完成翡翠、石門、寶山第二及鯉魚潭等水庫集水區之11個蒸發量及入滲量觀測站測站維護、觀測資料蒐集及品質管理等工作，並於曾文水庫集水區建置完成1個蒸發量及5個土壤含水量觀測站，基本上各測站運作情況大致良好。此外，並完成各觀測站土壤含水量與蒸發量間、降雨量與入滲量間之相關性分析，其結果顯示，淺層土壤之含水量變化與皿蒸發量觀測值間，不同階段均有其相關性；而降雨量與入滲量間，亦依不同埋設點之土壤質地條件，有其不同之比例關係。 而入滲計猶如地面下之雨量筒，可觀測滲漏量，土壤含水量計猶如地面下之蒸發皿，可觀測之土壤之蒸散量，兩者均可輔助現有地面上之雨量筒及蒸發皿之觀測，極具實用上之價值。故於主要水庫集水區設置之土壤含水量計及入滲計等觀測設備，輔以重要地區蒸發皿之設置，對水庫集水區水文循環中有關水文損失量或入滲量之掌握，將提供更明確之參考依據。此外，對於水庫水資源規劃管理上，一般較重視降雨量與水庫入流量間之關係，而水庫入流量又與水庫集水區水資源涵養效益息息相關，故利用廣設於水庫集水區之土壤含水量計，可具體觀測豐枯時期之土壤含水量變化範圍，並研析其與實際水庫入流量間之關係，對水庫營運管理提供明確之參考依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960127</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603866</governmentpublicationsnumber><identifier>53462</identifier><internationalstandardbooknumber>9789860122961 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53462</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區蒸發及入滲量觀測與資料品管計畫(2/2) Observation and Quality Management of Evaporation and Infiltration data in Reservoir Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發量與入滲量為水文循環中之重要環節，亦是水庫集水區中、長期水資源規劃利用之重要參數，在水資源規劃利用上扮演著相當重要的角色。本計畫即在藉由水庫集水區蒸發量及入滲量觀測站之設置及維護，長期蒐集觀測資料，並進行觀測資料之品質管理工作，期望藉由嚴謹之觀測資料品管程序，提升觀測資料之信心水準，以作為日後其他相關水文觀測計畫之利用參考。 本計畫完成翡翠、石門、寶山第二及鯉魚潭等水庫集水區之11個蒸發量及入滲量觀測站測站維護、觀測資料蒐集及品質管理等工作，並於曾文水庫集水區建置完成1個蒸發量及5個土壤含水量觀測站，基本上各測站運作情況大致良好。此外，並完成各觀測站土壤含水量與蒸發量間、降雨量與入滲量間之相關性分析，其結果顯示，淺層土壤之含水量變化與皿蒸發量觀測值間，不同階段均有其相關性；而降雨量與入滲量間，亦依不同埋設點之土壤質地條件，有其不同之比例關係。 而入滲計猶如地面下之雨量筒，可觀測滲漏量，土壤含水量計猶如地面下之蒸發皿，可觀測之土壤之蒸散量，兩者均可輔助現有地面上之雨量筒及蒸發皿之觀測，極具實用上之價值。故於主要水庫集水區設置之土壤含水量計及入滲計等觀測設備，輔以重要地區蒸發皿之設置，對水庫集水區水文循環中有關水文損失量或入滲量之掌握，將提供更明確之參考依據。此外，對於水庫水資源規劃管理上，一般較重視降雨量與水庫入流量間之關係，而水庫入流量又與水庫集水區水資源涵養效益息息相關，故利用廣設於水庫集水區之土壤含水量計，可具體觀測豐枯時期之土壤含水量變化範圍，並研析其與實際水庫入流量間之關係，對水庫營運管理提供明確之參考依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960127</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009603866</governmentpublicationsnumber><identifier>53465</identifier><internationalstandardbooknumber>9789860122961 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53465</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區蒸發及入滲量觀測與資料品管計畫(2/2)－光碟版 Observation and Quality Management of Evaporation and Infiltration data in Reservoir Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發量與入滲量為水文循環中之重要環節，亦是水庫集水區中、長期水資源規劃利用之重要參數，在水資源規劃利用上扮演著相當重要的角色。本計畫即在藉由水庫集水區蒸發量及入滲量觀測站之設置及維護，長期蒐集觀測資料，並進行觀測資料之品質管理工作，期望藉由嚴謹之觀測資料品管程序，提升觀測資料之信心水準，以作為日後其他相關水文觀測計畫之利用參考。 本計畫完成翡翠、石門、寶山第二及鯉魚潭等水庫集水區之11個蒸發量及入滲量觀測站測站維護、觀測資料蒐集及品質管理等工作，並於曾文水庫集水區建置完成1個蒸發量及5個土壤含水量觀測站，基本上各測站運作情況大致良好。此外，並完成各觀測站土壤含水量與蒸發量間、降雨量與入滲量間之相關性分析，其結果顯示，淺層土壤之含水量變化與皿蒸發量觀測值間，不同階段均有其相關性；而降雨量與入滲量間，亦依不同埋設點之土壤質地條件，有其不同之比例關係。 而入滲計猶如地面下之雨量筒，可觀測滲漏量，土壤含水量計猶如地面下之蒸發皿，可觀測之土壤之蒸散量，兩者均可輔助現有地面上之雨量筒及蒸發皿之觀測，極具實用上之價值。故於主要水庫集水區設置之土壤含水量計及入滲計等觀測設備，輔以重要地區蒸發皿之設置，對水庫集水區水文循環中有關水文損失量或入滲量之掌握，將提供更明確之參考依據。此外，對於水庫水資源規劃管理上，一般較重視降雨量與水庫入流量間之關係，而水庫入流量又與水庫集水區水資源涵養效益息息相關，故利用廣設於水庫集水區之土壤含水量計，可具體觀測豐枯時期之土壤含水量變化範圍，並研析其與實際水庫入流量間之關係，對水庫營運管理提供明確之參考依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960127</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/29</date><governmentpublicationsnumber>1009604394</governmentpublicationsnumber><identifier>53469</identifier><internationalstandardbooknumber>9789860122961 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53469</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區蒸發及入滲量觀測與資料品管計畫(2/2)－蒸發量及入滲量觀測站觀測資料品管及測站維護手冊 Observation and Quality Management of Evaporation and Infiltration data in Reservoir Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009105176</governmentpublicationsnumber><identifier>27096</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27096</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置(4/5)第二冊近海水文區域特性分析</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009105175</governmentpublicationsnumber><identifier>27097</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27097</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置(4/5)第一冊近海水文觀測站網建置</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009105177</governmentpublicationsnumber><identifier>27098</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27098</librarycollectiondetailsurl><price>395</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置(4/5)第三冊近海水文站網執行與運作</title><yearidentifier>200212</yearidentifier></data><data><abstract>摘  要 本計畫研究重點是整合水文資訊與防災科技，研發操作系統以因應水災防救實務上之需要。當有水災發生之虞時，經濟部應立即成立緊急應變小組，並配合中央災害應變中心之運作，適時提供水災相關資訊，進行防救災作業。目前經濟部水利相關單位針對其業務主管範圍，建立有水情查報及相關資訊系統，但是若能進一步有效整合中央氣象局水文資訊與國科會開發之淹水潛勢相關研究成果，將能提供各級應變小組，有效強化執行水災相關應變作業之能力。 在第一年度計畫工作中，本計畫已與中央氣象局協商獲得降雨資訊，並完成網頁版之台灣地區水文資訊展示系統，以及蘭陽溪、淡水河、鹽水溪及高屏溪等四條中央管河川流域之防災水情資訊展示系統，並將系統實際安裝於水利署水文技術組與水利署第一河川局。在淹水災害潛勢資料應用與更新方面，已完成淡水河流域台北市區高精度淹水潛勢分析資料。而在防災水情資訊展示系統之建立方面，已初步完成系統展示界面與功能性之規劃，建立災前比對與災後檢核之關聯機制，未來將依據現有成果繼續執行工作，達成計畫預期成果。本年度工作已順利完成原規劃工作，並參考「水文資訊流通作業規範」及配合經濟部水利署91年度推動之「水文資訊網整合性服務系統之建立」計畫，建立完成系統所需之降雨與淹水資料庫。</abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009105159</governmentpublicationsnumber><identifier>27102</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27102</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>水文資訊與防災科技整合運用之研究(1/2)=A Study on Integated Application of Hydrological Information and Hazard Mitigation Technology (I)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海研究發展文教基金會</author><categoryidentifier>328.88026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009104094</governmentpublicationsnumber><identifier>27103</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27103</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(1/4) 第一冊 潮立站網分類評估與海岸災害決策系統建立之初步規劃</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>328.88026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009104260</governmentpublicationsnumber><identifier>27104</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27104</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(1/4) 第二冊 海氣象觀測站資訊彙整</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009103945</governmentpublicationsnumber><identifier>27111</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27111</librarycollectiondetailsurl><price>工本費317</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究東港溪流域</title><yearidentifier>200208</yearidentifier></data><data><abstract>台灣地形特殊，所有河道均發源於中央山脈，東西分流注入太平洋及台灣海峽。因河流短促，坡降陡峻，雨水多而不均，豐枯水期顯著，洪水來時水量大，枯水時水量甚小，河況係數偏大，突漲突落，為時短暫，又因地質脆弱，河流含砂量極高，流路分岐，河槽變遷異常，常導致河堤護岸沖毀、水工結構物破壞及土地流失等，本研究針對台灣不同特性河道之穩定及蜿蜒沖刷河段護岸保護，藉水工模型試驗探討不同河性河道穩定及蜿蜒段護岸保護之工法進行研究，擬分年辦理。本年度針對筏子溪鐵路橋上游局部蜿蜒沖刷劇烈河段進行保護工法研究改善，期將試驗成果提供有關單位設計、施工及改善之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009102440</governmentpublicationsnumber><identifier>27113</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27113</librarycollectiondetailsurl><price>405</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>河道穩定及護岸保護工法研究第一年工作報告</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009102392</governmentpublicationsnumber><identifier>27119</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27119</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫一、基本資料調查專題2、用地調查收購補償及輔導轉業計畫=Feasibility Study of Da-Chia River Weir I、Investigation of Basic Information 2、Investigation of Land Use and Compensation for Land Acquisition and Guidance on Career Switch</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009102387</governmentpublicationsnumber><identifier>27120</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27120</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫四、工程專題 2、景觀及綠美化工程規劃=Feasibility Study of Da-Chia River Weir IV、Project Layout Study Report 2、Landscaping and Greening/Beautification Works</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009102376</governmentpublicationsnumber><identifier>27121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27121</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫五、綜合專題2、地理資訊系統建立=Feasibility Study of Da-Chia River Weir V、Synthetic Administration Study Report 2、Establishment of GIS</title><yearidentifier>200208</yearidentifier></data><data><abstract>基隆河南湖大橋以上河段，河流蜿蜒於山谷間，河道兩旁均屬河谷地形， 平地面積狹窄地勢低窪，因其鄰近台北都會區，致兩岸土地高度開發利用， 造成嚴重與水爭地現象，且由於地理位置與地形影響，流域山區形成雨大降雨中心， 一為上游火燒寮山區，一為下游陽明山區，每遇颱風極易產生暴雨，導致山洪爆發， 引起低窪地區遭洪水淹沒形成災害，其中尤以汐止、五堵地區最為嚴重。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>27124</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27124</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告(本文)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642   443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009101608</governmentpublicationsnumber><identifier>27127</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27127</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>吉洋人工湖可行性規劃  三、綜合專題 3.可行性補充調查規劃 (1)可行性檢討評估</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/11</date><governmentpublicationsnumber>1009101609</governmentpublicationsnumber><identifier>27128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27128</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>吉洋人工湖可行性規劃  三、綜合專題 3.可行性補充調查規劃 (2)民間參與可行性評估</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會</author><categoryidentifier>431.02</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>25014780037</governmentpublicationsnumber><identifier>27679</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27679</librarycollectiondetailsurl><price>1800</price><publisher>行攻院農業委員會</publisher><publishrocyear>78</publishrocyear><title>７７年度農業建設計畫執行成果摘要報告</title><yearidentifier>198905</yearidentifier></data><data><abstract>員山子分洪計畫擬於基隆河上游員山子築堰分洪，以減 低基隆河中下游地區之洪水負擔，選擇分洪地點為瑞芳 鎮員山子柑新村，興建一高5公尺長75公尺攔河堰， 並於堰上游右側設一長160公尺溢流堤導洪至直徑10 公尺之分洪隧道，經東北方向基隆山西麓流入東海，全 長2839公尺，其中隧道因穿越河谷分成一號隧道及二 號隧道。 本次地質補充探查主要針對前階段地表地質調查所列之 地質重點，包括??魚坑斷層、礦坑及煤渣堆、地下水 等，經由地表地質查核、地球物理探測、地質鑽探、岩 石力學試驗等方式，達到探查目的之要求，並進一步評 估隧道之工程地質特性。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/2</date><governmentpublicationsnumber>8949890603</governmentpublicationsnumber><identifier>27743</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27743</librarycollectiondetailsurl><price>工本費1215</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>基隆河員山子分洪可行性檢討計畫地質補充探查專題報告</title><yearidentifier>200004</yearidentifier></data><data><abstract>基隆河員山子分洪工程計畫地質補充探查試驗專題報告附錄(E~G)</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/22</date><governmentpublicationsnumber>1009100051</governmentpublicationsnumber><identifier>27744</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27744</librarycollectiondetailsurl><price>3326</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪工程計畫地質補充探查試驗專題報告(附錄EFG)</title><yearidentifier>200201</yearidentifier></data><data><abstract>由於本案為非工程替選方案-「土地使用規劃」，因此規劃初期主要構想為：評估 沿河大面積較易取得土地，將其規劃為容洪空間，以達到避洪與滅洪的目標;並 將河流視為資源，規劃親水活動帶，以提昇環境品質，此即為生態防洪帶之構想。</abstract><author>國立台灣大學建築與城鄉研究所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/2</date><governmentpublicationsnumber>8943891619</governmentpublicationsnumber><identifier>27769</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27769</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃工作非工程防洪檢討-易淹水區土地使用規劃研討專題報告=Non-Structural Flood Control Alternatives: Land use planning of Flood-prone Areas</title><yearidentifier>200011</yearidentifier></data><data><abstract>近年來基隆河兩岸及流域內土地過度開發利用，導致逕流增加， 河道淤塞，因此河道兩岸低窪地區常遭洪水氾濫成災。 如欲消除基隆河水患問題除本流主體工程外，尚需包括橋梁改善、 支流排水治理、堤後排水改善及坡地整治等諸多配合措施之整體治理計畫始能達成。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/2/2</date><governmentpublicationsnumber>8944891793</governmentpublicationsnumber><identifier>27786</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27786</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃工作員山子分洪規劃檢討(初步評估)專題報告=Yuan Shan Tzyy Flood Diversion Planning (A Preliminary Assessment)</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/28</date><governmentpublicationsnumber>8944891793</governmentpublicationsnumber><identifier>27788</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27788</librarycollectiondetailsurl><price>工本費300</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃工作－員山子分洪規劃檢討(初步評估)專題報告 Yuan Shan Tzyy Flood Diversion Planning (A Preliminary Assessment )</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處、農委會水保局、交通部公路局、、、</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/6/28</date><governmentpublicationsnumber>8944891802</governmentpublicationsnumber><identifier>27810</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27810</librarycollectiondetailsurl><price>工本費475</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃總報告 (草案)</title><yearidentifier>200004</yearidentifier></data><data><abstract>美國的洪災保險制度早已行之有年，在我國的政治、經濟現況及思想文化的前提下， 適度採納他們的經驗，應屬可行且為必要步驟。本研究因而擬以基隆河汐止、五堵 地區為標的，藉助美國的經驗，探討「洪災保險制度」建立之可行性， 一方面為洪災保險制度建立奠定根基，一方面為可能遭遇的困難尋求解決之道。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/6/15</date><governmentpublicationsnumber>8944892068</governmentpublicationsnumber><identifier>27812</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27812</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>基隆河汐止、五堵地區洪災保險制度建立可行性研究</title><yearidentifier>200101</yearidentifier></data><data><abstract>大漢溪自柑園橋(斷面53-1)至新店溪匯流(斷面32) 河段屬「台北地區防洪計畫」之一部分，為第三期實施之計畫。 依據行政院民國78年核定之「台北地區防洪計畫第三期實施計畫(台灣省部分)」， 大漢溪計畫河寬自750公尺縮小為520公尺，並配合局部疏浚。 第十河川局依據上述原則，提出自城林橋至鐵路橋河段長約3公里之疏浚計畫， 水利處乃於氏國88年9月29日以經(八八)水利河字第A881600821號函， 責成本所依該疏浚計畫檢討其通洪能力，以供水利處研辨。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>1009002370</governmentpublicationsnumber><identifier>27814</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27814</librarycollectiondetailsurl><price>190</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>大漢溪河道疏浚工程(城林橋至鐵路橋段)通洪能力檢討</title><yearidentifier>200106</yearidentifier></data><data><abstract>聯合大地工程顧問有限公司為辦理「基隆河員山子分洪計劃工程」基本設計工程， 本次基本設計測量內容包括： 壹、瑞柑新村(入口)設置攔河堰地形測量(scale 1：200) 貳、剩餘土方處理場地形測量(scale 1：1,000)。 由於剩餘土方處理場位址尚未確認，僅就攔河堰測量情形說明。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>8949890603</governmentpublicationsnumber><identifier>27828</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27828</librarycollectiondetailsurl><price></price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫工程基本設計分洪堰入口測量成果報告(1/200地形測量)</title><yearidentifier>200201</yearidentifier></data><data><abstract>聯合大地工程顧問有限公司為辦理「基隆河員山子分洪計劃」棄土場設計工程， 於施工區域附近增設一土資場。本公司針對土資場範圍進行地形測量， 僅就測量情形說明。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>8949890603</governmentpublicationsnumber><identifier>27829</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27829</librarycollectiondetailsurl><price></price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫工程基本設計土資場測量成果報告(1/1000地形測量)</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>1009101594</governmentpublicationsnumber><identifier>27841</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27841</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫工程基本設計報告=Report on Basic Design Stage for Yuan-Shan-Tzu Diversion Engineering of Kee-Lung River Improvements Project</title><yearidentifier>200205</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>1009002860</governmentpublicationsnumber><identifier>27848</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27848</librarycollectiondetailsurl><price>304</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>景美溪寶橋下游疏浚計畫檢討=Review of Dredging Plan for Pao-bridge Downstream of Chingmei River</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-910017</commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>1009105663</governmentpublicationsnumber><identifier>27850</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27850</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台北防洪淡水河警戒水位訂定之相關配合工作檢討</title><yearidentifier>200212</yearidentifier></data><data><abstract>為解決板新地區近、中程之用水問題，因應現階段水資源調配及 未來配合坪林水庫興建之引水工程，辦理新店溪水源利用引水工程可 行性規劃，於綜合地形及地質、社會及環境街擊、工期及經濟性等因 素評價，建議以原水導水隧道為引水工程之優選方案。但為考量區域 水資源供需、調配與有效利用，以「北水處清水供水案」為新店溪水 源利用引水工程環境影響評估之替代方案，進行調查規劃、評估工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/8</date><governmentpublicationsnumber>8944890666</governmentpublicationsnumber><identifier>27884</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27884</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>新店溪水源利用引水工程可行性規劃六、環境影響評估替代方案調查規劃報告</title><yearidentifier>200006</yearidentifier></data><data><abstract>本計畫於基隆河中、上游現勘可能防洪水庫壩址，研 究分析其減洪效果，並提出「基隆河流域可能防洪水庫研 究檢討專題報告」，俾作為基隆河整體治理計畫之參考。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/8</date><governmentpublicationsnumber>8944891109</governmentpublicationsnumber><identifier>27885</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27885</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃工作-防洪水庫研究檢討專題報告</title><yearidentifier>200009</yearidentifier></data><data><abstract>基隆地區工商業成長迅速、人民生活水準日益提 昇，用水量有激增現象。本計畫乃積極完成「西勢水庫 加高工程可行性規劃」計畫，完成西勢水庫加高工程可 行性規劃，並依計畫環境影響說明書及工程計畫書等相 關資料，舉辦公開說明會以廣徵民意，提供作主管機關 決策參考，並為日後水庫加高計畫執行之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.64202</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/8</date><governmentpublicationsnumber>1009100891</governmentpublicationsnumber><identifier>27886</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27886</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>西勢水庫加高可行性規劃(二)</title><yearidentifier>200209</yearidentifier></data><data><abstract>將原大漢溪供應板新地區之水源量南調桃園地區及支援新竹地區之用水需求，並依據可調撥之水源量檢討自來水公司規劃之自來水相關工程，期能滿足桃園地區未來之用水需求，並支援、穩定新竹地區之供水。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/8</date><governmentpublicationsnumber>1009102909</governmentpublicationsnumber><identifier>27887</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28803</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖水資源運用分析專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Analysis of Water Resources Utilization</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>8944891634</governmentpublicationsnumber><identifier>28810</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28810</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>濁水溪沖積扇頂區人工湖個案規劃報告</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.6129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>8854890647</governmentpublicationsnumber><identifier>28815</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28815</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>濁水溪沖積扇地表地下水聯合運用總報告</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>1009100737</governmentpublicationsnumber><identifier>28816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28816</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>濁水溪河槽水庫可行性規劃(一)-河道水理及輸砂分析</title><yearidentifier>200203</yearidentifier></data><data><abstract>本報告主要依據濁水溪下游之剩餘水源條件，並蒐集調查分析濁水溪下游相關水資源個案之既有成果，考量計畫區域特性、既有環境變遷及結合工程技術評估進行濁水溪下游水源開發方案再檢討，在對環境衝擊較小的前提下，研擬合理有效運用濁水溪下游水土資源之構想方案，作為濁水溪下游水源開發方案擬定時之參考。本計畫之工作範圍，主要為濁水溪集集攔河堰以下之濁水溪河段，行政區域包括彰化、雲林及南投等三縣。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>1009200499</governmentpublicationsnumber><identifier>28818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28818</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中部地區水資源整體規劃檢討I.濁水溪下游水源開發規劃檢討</title><yearidentifier>200212</yearidentifier></data><data><abstract>濁水溪流域及其沖積扇地區近年因工業之持續發展，用水需求激增下，導致沖積扇地下水資源大量抽用，造成整體區域地下水水位嚴重下降，根據民國91年地下水觀測站網計畫的地下水水位觀測資料顯示，大多數地區的地下水水位均已經創下民國84年以來的最低水位紀錄，顯示地下水水位持續下降中，而沿海地區地盤嚴重下陷，近年沉降中心更向內陸的元長、褒忠等鄉鎮移動，對高鐵工程的安全造成相當程度的威脅。顯示本區域水資源供應的情勢緊張，已經對水資源永續利用及國土資源保育造成嚴重的桃戰。為因應本區域目前水資源之緊張情勢，經濟部水利署除已於去年完成集集攔河堰共同引水計畫，目前已經正式營運，統一調配本區域之地面水資源，另一方面，亦積極籌備興建湖山水庫，預計民國97年完工運轉。此外亦積極於濁水溪下游河道規劃水資源開發方案，包括麥寮人工湖、崙背人工湖、溪州河槽人工湖、西螺伏流水集水工程以及二水地下水資源開發…等，另外也積極規劃本區域之地面水地下水聯合運用，期望能解決本區域水資源之供需失衡之情勢。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/22</date><governmentpublicationsnumber>1009200500</governmentpublicationsnumber><identifier>28819</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28819</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中部地區水資源整體規劃檢討II.濁水溪下游水源運用檢討</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1009002312</governmentpublicationsnumber><identifier>28859</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28859</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>濁水溪流域水資源整體最佳利用規劃</title><yearidentifier>200107</yearidentifier></data><data><abstract>因地下水為東部地區寶貴之水資源，本所依據較新之水文地質資料，並配合花東地區之現況用水及分區型態重新評估各分區之地下水補注量、蘊藏量及可開發量等資料，以完成花東縱谷地區地下水可開發潛能之綜合評估。本年度之工作目標為完成花蓮地區地表、地下水潛能量之評估工作。本計畫用水及集水區域涵蓋整個花蓮縣，總面積4,629平方公里，民國八十七年底總人口235.7萬人。目前本縣之產業經濟仍以農業為主，由於物產豐富約有三分之一餘糧可供輸出。本階段計畫區域內主要河川有花蓮溪與秀姑巒溪，其中花蓮溪主要支流有木瓜溪、壽豐溪、萬里溪及馬鞍溪；秀姑巒溪主要支流有富源溪、豐坪溪及樂樂溪。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>554.67</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1009005799</governmentpublicationsnumber><identifier>28882</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28882</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>花東縱谷地下水調查研究(二)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/22</date><governmentpublicationsnumber>1009005336</governmentpublicationsnumber><identifier>28899</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28899</librarycollectiondetailsurl><price>338</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>花蓮馬鞍攔河堰工程規劃檢討</title><yearidentifier>200112</yearidentifier></data><data><abstract>花蓮縣新城鄉大北埔地區，近年由於各行各業發展快速，造成新興社區林立，部份地區因地勢低窪或缺乏排水系統，以致每逢豪雨到處一片汪洋，民眾苦不堪官，水利處水利規劃試驗所有鑒於該地區之水患嚴重，急需予以規劃改善以疏解民困，因而委辦本項規劃。計畫範圍南臨花蓮機場、北抵三棧溪、西至須美溪排水、東濱太平洋，包括須美溪排水、北埔四號排水（含佳民、北埔及康樂支線）、山廣排水、北埔一號排水及北埔三號等排水及公路側溝之檢討與改善。本計畫將針對規劃區之淹水原因詳加分析，再依各排水區之排水特性探討因應對策，研擬可行之改善方案，供工程實施之依據，以達到減少洪災損失使人民能安居樂業為目標。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>8949891245</governmentpublicationsnumber><identifier>28903</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28903</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>花蓮縣新城鄉北埔地區排水改善規劃報告</title><yearidentifier>200008</yearidentifier></data><data><abstract>本治理計畫河道位於台灣本島中部雲林縣境內，介於北緯23°43'~23°38'，東經120°38'~120°33'之間；係由北勢坑溪（流域面積5.58平方公里）、土地公坑溪（流域面積2.78平方公里）、中坑溪（流域面積1.13平方公里）及南勢坑溪（流域面積3.49平方公里）等四支流於斗六市檨子坑附近匯流后始稱梅林溪，向西北西蜿蜓流經溪子底、梅林至埤頭匯入石榴班溪，石榴班溪於縱貫鐵路橋下游始稱虎尼溪。治理計畫河道幹流南勢坑溪發源於斗六市及古坑鄉交會之山區木瓜潭山（EL.519m）附近，流域面積約57.76平方公里，河道自發源地至虎尾溪與大埔溪匯流口止全長約11.5公里，流域形狀上游山區較為寬廣，下游出山谷後流入雲林縣市精華區。治理計畫流域北端與北港溪流域之斗六東溪集水區相鄰，以西則為北港溪流域之虎尾溪主流集水區，南臨北港溪流域之海豐崙溪及尖山坑溪集水區，東與濁水溪流域之清水溪主流集水區為界。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.623301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009101595</governmentpublicationsnumber><identifier>28940</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28940</librarycollectiondetailsurl><price>576</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>梅林溪治理規劃報告(湖山水庫下游河道)</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009200365</governmentpublicationsnumber><identifier>28942</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_28942</librarycollectiondetailsurl><price>491</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究北港溪暨朴子溪流域</title><yearidentifier>200301</yearidentifier></data><data><abstract>摘表一、環境敏區位及特定目的區位限制調查表摘表二、發單位名稱及其營業所或事務所摘表三、評估書合評估者及影響項日撰寫者之簽名摘表四、發行之名稱及開發場所摘表五、開發行之目的及其內容摘表六-一、環境現況摘要表摘表六-二、開發行為可能影響範圍之各種相關計畫摘表七、預防及減輕開發行對環境不良影響對策摘要表摘表八、雲林湖山、湖南水庫替代方案概述摘表九、湖山、湖南水庫環境監測計畫摘表十、執行境保護工作所需經費概估</abstract><author>欣德工程顧問有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/13</date><governmentpublicationsnumber>8944891129</governmentpublicationsnumber><identifier>29029</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29029</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>雲林縣湖山、湖南水庫環境影響評估報告書(定稿本)</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/13</date><governmentpublicationsnumber>8944891337</governmentpublicationsnumber><identifier>29030</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29030</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>雲林湖山、湖南水庫地震研究及影響評估(內附光碟)</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6235</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>8943880049</governmentpublicationsnumber><identifier>29054</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29054</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>朴子溪低水治理規劃報告</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.933501</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>8944891892</governmentpublicationsnumber><identifier>29056</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29056</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>嘉義縣牛稠溪流域溪底寮地區排水系統改善規劃報告</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木工程學系</author><categoryidentifier>443.6237</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1900/1/1</date><governmentpublicationsnumber>8944891733</governmentpublicationsnumber><identifier>29068</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29212</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>曾文水庫越域引水可行性規劃八十八年度環境影響調查報告</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/17</date><governmentpublicationsnumber>8934890205</governmentpublicationsnumber><identifier>29213</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29226</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>曾文及南化水庫聯合運用可行性規劃三、工程可行性規劃專題1.相關工程規劃</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/26</date><governmentpublicationsnumber>1009200683</governmentpublicationsnumber><identifier>29230</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29231</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>曾文水庫越域引水計畫環境影響評估報告書定稿本(附錄)</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/26</date><governmentpublicationsnumber>1009006046</governmentpublicationsnumber><identifier>29253</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29281</librarycollectiondetailsurl><price>559</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>阿公店水庫防淤操作模型試驗及檢討計畫報告(八十八年度)</title><yearidentifier>200004</yearidentifier></data><data><abstract>阿公店水庫淤積嚴重，水厙防洪能力不足。水厙急需加以更新改善，其中包括越域排洪、水庫浚渫、越域引水及改建溢洪管為空庫防淤通。為探討水厙更新計畫之防淤功能，爰成立本試驗?畫，並配合數值模擬檢定，以及提供規劃設計及營運管理之參考運用。本計原定分四年進行，其中八十六年度主要工作為模型設計、建造及準備模型砂；八十七年度為率定試驗邊界條件及水庫淤砂模擬檢定模型相似律；八十八年度為水庫防淤模擬及增辦溢洪管模型試驗，空庫防淤模擬結果發現，因溢洪管改建後出流量為原來的2/3，以致滯洪時間較長落淤量偏大。因此，八十九年度增辦溢洪管徑不縮小、溢洪管頂是否加蓋及灌溉管輔助排砂，試驗如期完成並舉辦八十九年度期末簡報會，會議討論結果處長裁示後續研究計畫應具有長期性，結合現場觀測，物理模型及數值模式，長期追蹤水厙運轉、水厙防淤功能及研擬改善空間。綜合學者專家意見及會議結論所提列試驗工作項目，擬將後續計畫分成九十年及九十一年度辦理。</abstract><author>經濟部水利處南區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>82</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第六八號大武</title><yearidentifier>199310</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/8</date><governmentpublicationsnumber>8943891986</governmentpublicationsnumber><identifier>29403</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_29403</librarycollectiondetailsurl><price>工本費126</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>士文水庫可行性規劃(一)築壩材料補充調查工作報告=Feasibility Planning of  Shwen Dam(一) Investigation Report of Embankment Materials</title><yearidentifier>200012</yearidentifier></data><data><abstract> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26886</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>建民水庫工程計畫 計畫區地質、地震及主體工程耐震設計檢討鑽探及試驗報告</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009004686</governmentpublicationsnumber><identifier>26888</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26888</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>建民水庫工程計畫 計畫區地質、地震及主體工程耐震設計檢討原壩址適宜性評估報告</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.642747</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009003389</governmentpublicationsnumber><identifier>26900</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26900</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>天花湖水庫可行性規劃一、水文及水源專題2.工程水文分析複核報告(九十年度)=Revaluation Report on Engineering Hydrological Analyses(Fiscal year 2001)</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>21907</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21907</librarycollectiondetailsurl><price>85</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水季刊（第二十三期）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200501</governmentpublicationsnumber><identifier>26831</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26831</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>排水系統改善計畫之經濟分析及因應對策研究報告  Report on the Study of Economic Analysis and Countermeasures of Drainage System Improvement</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處編</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/3</date><governmentpublicationsnumber>8853880010</governmentpublicationsnumber><identifier>24066</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_24066</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>經濟部水利處(原臺灣省政府水利處)八十八年度年報</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.11058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1998/10/26</date><governmentpublicationsnumber>8375750172</governmentpublicationsnumber><identifier>24143</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_24143</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>76</publishrocyear><title>中華民國七十五年臺灣水文年報</title><yearidentifier>198712</yearidentifier></data><data><abstract> </abstract><author>謝金印總編輯</author><categoryidentifier>443.6427645</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1998/10/26</date><governmentpublicationsnumber>30359850016</governmentpublicationsnumber><identifier>24852</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_24852</librarycollectiondetailsurl><price></price><publisher>省曾文水庫管理局</publisher><publishrocyear>85</publishrocyear><title>台灣省曾文水庫管理局局誌</title><yearidentifier>199609</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6893</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/3</date><governmentpublicationsnumber>1009000056</governmentpublicationsnumber><identifier>25128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_25128</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>棲地復育、保育與生態水利工程規劃設計之試驗研究(1/5)(第一年)＝An ecological engineering scheme for restorat and Conservation of  Stream Habitat in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>省法規委員會編撰</author><categoryidentifier>588.14</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1998/10/26</date><governmentpublicationsnumber>3020473001</governmentpublicationsnumber><identifier>26278</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26278</librarycollectiondetailsurl><price>70</price><publisher>省法規委員會</publisher><publishrocyear>73</publishrocyear><title>國家賠償實務</title><yearidentifier>198404</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處編</author><categoryidentifier>682.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/4</date><governmentpublicationsnumber>8852890130</governmentpublicationsnumber><identifier>26735</identifier><internationalstandardbooknumber>9789570259162 ; 9570259167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26735</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣重要河川資料冊＝River in Taiwan</title><yearidentifier>200012</yearidentifier></data><data><abstract>為因應建民水庫因九二一地震影響而停建後中部區域將來用水需求，經濟部水利署水利規劃試驗所委託中興工程顧問股份有限公司辦理「烏溪水系水資源開發規劃一烏溪上游及支流水庫規劃檢討」。其目的在於烏溪上游及支流檢討其他可能水庫壩堰址，辦理烏溪上游水庫規劃檢討，並與雙溪嘴攔河堰聯合運用，選擇最佳適合方案，以供將來辦理水源開發個案可行性規劃工作之參考。本報告屬本計畫之「專題報告（一）：工程水文、水源及水庫供水能力分析」。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009104901</governmentpublicationsnumber><identifier>26805</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26805</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃-烏溪上游及支流水庫規劃檢討專題報告(一)工程水文、水源及水庫供水能力分析</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009104902</governmentpublicationsnumber><identifier>26806</identifier><internationalstandardbooknumber>256576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26806</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃-烏溪上游及支流水庫規劃檢討專題報告(二)地質、淹沒區、地震及築壩材料調查評估</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009104904</governmentpublicationsnumber><identifier>26807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26807</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃-烏溪上游及支流水庫規劃檢討專題報告(三)各可能壩堰址工程規劃設計綜合評估</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/6</date><governmentpublicationsnumber>8378890065</governmentpublicationsnumber><identifier>21491</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21491</librarycollectiondetailsurl><price>85</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>節約用水季刊（第二十一期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/6</date><governmentpublicationsnumber>8374890122</governmentpublicationsnumber><identifier>21501</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21501</librarycollectiondetailsurl><price>100</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>雲林沿海嚴重地層下陷區設置人工湖可行性規劃（精簡本）</title><yearidentifier>200006</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告所採用統計公式，仍沿用簡便之單位面積推算方式，以保持資料之連貫性。依據經濟部統計處八十七年統計資料分析，台灣地區民國八十七年工業面積為24,606公頃，統計工業用水量為17.02億立方公尺，以北部及南部所占比重較大，該兩區域之工業面積合占台灣地區工業面積75.8%，用水量則合占台灣地區工業用水量73.7％。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/26</date><governmentpublicationsnumber>1009001228</governmentpublicationsnumber><identifier>21503</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21503</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年工業用水量統計報告</title><yearidentifier>200104</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告所採用統計公式，仍沿用簡便之單位面積推算方式，以保持資料之連貫性。依據經濟部統計處八十八年統計資料分析，台灣地區民國八十八年工業面積為24,675公頃，統計工業用水量為17.23億立方公尺，以北部及南部所占比重較大，該兩區域之工業面積合占台灣地區工業面積74.7%，用水量則合占台灣地區工業用水量73.0％。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/26</date><governmentpublicationsnumber>1009001229</governmentpublicationsnumber><identifier>21504</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21504</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年工業用水量統計報告</title><yearidentifier>200103</yearidentifier></data><data><abstract>民國八十七年農業用水量計122.55億立方公尺，其中灌溉用水仍佔大宗，達106.82億立方公尺(87.17%)，養殖用水14.63億立方公尺(11.94%)次之,畜牧用水約1.09億立方公尺(0.89%)為最少。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/26</date><governmentpublicationsnumber>1009001345</governmentpublicationsnumber><identifier>21505</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21505</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年農業用水量統計報告</title><yearidentifier>200104</yearidentifier></data><data><abstract>民國八十八年農業用水量計120.52億立方公尺，其中灌溉用水仍佔大宗，達104.23億立方公尺(86.49%)，養殖用水15.12億立方公尺(12.54%)次之,畜牧用水約1.17億立方公尺(0.97%)為最少。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/4/26</date><governmentpublicationsnumber>1009001144</governmentpublicationsnumber><identifier>21506</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21506</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年農業用水量統計報告</title><yearidentifier>200104</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局</author><categoryidentifier>339.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/11/23</date><governmentpublicationsnumber>1009003484</governmentpublicationsnumber><identifier>21926</identifier><internationalstandardbooknumber>9789570291766 ; 9789570291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21926</librarycollectiondetailsurl><price>1200</price><publisher>經濟部工業局</publisher><publishrocyear>90</publishrocyear><title>中華民國89年工業發展年鑑(光碟版)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>440.1214</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/11/26</date><governmentpublicationsnumber>2008900327</governmentpublicationsnumber><identifier>21928</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21928</librarycollectiondetailsurl><price>88</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>日流量年報表（民國八十九年）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/11/26</date><governmentpublicationsnumber>2008900329</governmentpublicationsnumber><identifier>21929</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21929</librarycollectiondetailsurl><price>88</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>日水位年報表（民國八十九年）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>820.909</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/11/26</date><governmentpublicationsnumber>2008900330</governmentpublicationsnumber><identifier>21930</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21930</librarycollectiondetailsurl><price>88</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>含沙量年報表（民國八十九年）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>010407 009</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/11/29</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>21932</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21932</librarycollectiondetailsurl><price>300</price><publisher>中央氣象局</publisher><publishrocyear>90</publishrocyear><title>潮汐表（民國九十一年）</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫係進行麥寮人工湖可行性規劃工作，使本計畫成果達到可行性階段，並規劃改善及穩定雲林地區之民生用水水源，並同時減緩沿海地區地盤繼續下陷之問題。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>1009004257</governmentpublicationsnumber><identifier>21947</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21947</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>麥寮人工湖可行性規劃工程可行性規劃報告</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫目的係進行麥寮人工湖可行性規劃工作，使本計畫成果達到可行性階段，並規劃改善及穩定雲林地區之民生用水水源，並同時減緩沿海地區地盤繼續下陷之問題。</abstract><author>中興顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>1009004258</governmentpublicationsnumber><identifier>21948</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21948</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>麥寮人工湖可行性規劃－營運管理規劃報告(內附光碟)</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫目的係進行麥寮人工湖可行性規劃工作，使本計畫成果達到可行性階段，並規劃改善及穩定雲林地區之民生用水水源，並同時減緩沿海地區地盤繼續下陷之問題。</abstract><author>中興顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>1009004259</governmentpublicationsnumber><identifier>21949</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21949</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>麥寮人工湖可行性規劃－經濟及財務分析報告(內附光碟)</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫目的係進行麥寮人工湖可行性規劃工作，使本計畫成果達到可行性階段，並規劃改善及穩定雲林地區之民生用水水源，並同時減緩沿海地區地盤繼續下陷之問題。</abstract><author>中興顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>1009004260</governmentpublicationsnumber><identifier>21950</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21950</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>麥寮人工湖可行性規劃－總報告(內附光碟)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係進行麥寮人工湖可行性規劃工作，使本計畫成果達到可行段，並規劃改善及穩定雲林地區之民生用水水源，並同時減緩沿海地區地盤繼續下陷之問題。</abstract><author>經濟部水資源局、中興顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>1009004257</governmentpublicationsnumber><identifier>21951</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21951</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>麥寮人工湖可行性規劃（全）光碟版</title><yearidentifier>200111</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21957</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21957</librarycollectiondetailsurl><price>1100</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十六卷 第四號（8811抽印本）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/12</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21958</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21958</librarycollectiondetailsurl><price>1100</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十八卷 第三號（8811抽印本）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>010409 00237   327.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/24</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>21961</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21961</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>90</publishrocyear><title>天文日曆（民國九十一年)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>010207 100</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/24</date><governmentpublicationsnumber>1009004940</governmentpublicationsnumber><identifier>21963</identifier><internationalstandardbooknumber>9789570297904 ; 9789570297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21963</librarycollectiondetailsurl><price>150</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>工程技術鑑定案例彙編</title><yearidentifier>200111</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/24</date><governmentpublicationsnumber>8944892048</governmentpublicationsnumber><identifier>21964</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21964</librarycollectiondetailsurl><price>490</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>臺南地區水資源調查規劃 Investigation and Planning for Water Resources in Chiayi Area</title><yearidentifier>200111</yearidentifier></data><data><abstract> </abstract><author>經濟部商業司</author><categoryidentifier>677.56</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/24</date><governmentpublicationsnumber>1009004587</governmentpublicationsnumber><identifier>21966</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21966</librarycollectiondetailsurl><price>160</price><publisher>經濟部商業司</publisher><publishrocyear>90</publishrocyear><title>商業司重要計畫執行成果彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/27</date><governmentpublicationsnumber>2008800033</governmentpublicationsnumber><identifier>21875</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21875</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第三十一期</title><yearidentifier>200107</yearidentifier></data><data><abstract>行政院國科會具體規劃「地震及活斷層研究」五年大型整合計畫方案，同時結合中央氣象局的「全球衛星定位系統連續監測地殼變形」、「寬頻地震觀測網」和中央地質調查所的「斷層活動性觀測與地震潛勢評估調查研究」及經濟部水資源局的「地震發生前後地下水水位異常變化之研究」等計畫共計九大項目，形成跨部會的重大科技方案，並將「地震發生前後地下水水位異常變化研究整體推動計畫之研訂」納入前置規劃作業中，藉由對各國地震發生前後地下水水位、水溫、水質、地化諸變化等有關研究之作法從事資料蒐集並赴日本地調所(GSJ)實地參訪考察，加上學者專家及政府有關單位之諮議，綜合各方意見後整合之，建構完整且具體可行之整體推動計畫分年執行之。</abstract><author>成大水利海洋研發會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBT90001</commissionedprojectidentifier><currency>NT$</currency><date>2001/9/27</date><governmentpublicationsnumber>1009002199</governmentpublicationsnumber><identifier>21876</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21876</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地震發生前後地下水水位異常變化研究整體推動計畫之研訂 Planning of Groundwater Anomalies Associated with the Earthquake</title><yearidentifier>200106</yearidentifier></data><data><abstract>行政院國科會具體規劃「地震及活斷層研究」五年大型整合計畫方案，同時結合中央氣象局的「全球衛星定位系統連續監測地殼變形」、「寬頻地震觀測網」和中央地質調查所的「斷層活動性觀測與地震潛勢評估調查研究」及經濟部水資源局的「地震發生前後地下水水位異常變化之研究」等計畫共計九大項目，形成跨部會的重大科技方案，並將「地震發生前後地下水水位異常變化研究整體推動計畫之研訂」納入前置規劃作業中，藉由對各國地震發生前後地下水水位、水溫、水質、地化諸變化等有關研究之作法從事資料蒐集並赴日本地調所(GSJ)實地參訪考察，加上學者專家及政府有關單位之諮議，綜合各方意見後整合之，建構完整且具體可行之整體推動計畫分年執行之。</abstract><author>經濟部水資源局 、 成大水利海洋研發會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/27</date><governmentpublicationsnumber>1009002199</governmentpublicationsnumber><identifier>21877</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21877</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地震發生前後地下水水位異常變化研究整體推動計畫之研訂（光碟版）</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/27</date><governmentpublicationsnumber>2008900326</governmentpublicationsnumber><identifier>21880</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21880</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>水利統計年報（民國八十九年）</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>經濟部國營事業委員會</author><categoryidentifier>573.567</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/27</date><governmentpublicationsnumber>1009003349</governmentpublicationsnumber><identifier>21881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21881</librarycollectiondetailsurl><price>250</price><publisher>經濟部國營事業委員會</publisher><publishrocyear>90</publishrocyear><title>經濟部與所屬各公司權責劃分表</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>勞委會職訓局</author><categoryidentifier>542.77</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/28</date><governmentpublicationsnumber>1009002894</governmentpublicationsnumber><identifier>21883</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21883</librarycollectiondetailsurl><price>250</price><publisher>勞委會職訓局</publisher><publishrocyear>90</publishrocyear><title>永續就業工程十四則成功範例</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部國貿局</author><categoryidentifier>558.069</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/28</date><governmentpublicationsnumber>1009002847</governmentpublicationsnumber><identifier>21884</identifier><internationalstandardbooknumber>9789570289329 ; 9789570289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21884</librarycollectiondetailsurl><price>250</price><publisher>經濟部國貿局</publisher><publishrocyear>90</publishrocyear><title>中華民國國際貿易發展概況（2001-2002）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部國貿局</author><categoryidentifier>558.069</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/28</date><governmentpublicationsnumber>2008600013</governmentpublicationsnumber><identifier>21885</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21885</librarycollectiondetailsurl><price>250</price><publisher>經濟部國貿局</publisher><publishrocyear>90</publishrocyear><title>國際貿易局年報（民國八十九年）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台灣省自來水股份有限公司</author><categoryidentifier>682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/28</date><governmentpublicationsnumber>2006900010</governmentpublicationsnumber><identifier>21886</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21886</librarycollectiondetailsurl><price>250</price><publisher>台灣省自來水股份有限公司</publisher><publishrocyear>90</publishrocyear><title>臺灣省自來水事業統計年報（民國八十九年，第二十三期）</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/19</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21891</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21891</librarycollectiondetailsurl><price>450</price><publisher>中央氣象局</publisher><publishrocyear>90</publishrocyear><title>地震季報 第四十八卷 第二號</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>內政部地政司</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/29</date><governmentpublicationsnumber>1009003546</governmentpublicationsnumber><identifier>21892</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21892</librarycollectiondetailsurl><price>450</price><publisher>內政部</publisher><publishrocyear>90</publishrocyear><title>九二一重建成果專輯─重建區土地測量</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>興大農學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/30</date><governmentpublicationsnumber>6393890051</governmentpublicationsnumber><identifier>21894</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21894</librarycollectiondetailsurl><price>2600</price><publisher>興大農學院出版委員會</publisher><publishrocyear>90</publishrocyear><title>農林學報（第五十卷，第三期）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部統計處</author><categoryidentifier>557.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/30</date><governmentpublicationsnumber>1007700061</governmentpublicationsnumber><identifier>21895</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21895</librarycollectiondetailsurl><price>200</price><publisher>經濟部統計處</publisher><publishrocyear>90</publishrocyear><title>工商企業經營概況調查年報（民國八十九年）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>2008900331</governmentpublicationsnumber><identifier>21896</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21896</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>地下水位年報表（民國八十九年）</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>416.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>1009003576</governmentpublicationsnumber><identifier>21897</identifier><internationalstandardbooknumber>9789570292121 ; 9789570292</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21897</librarycollectiondetailsurl><price>300</price><publisher>經濟部技術處</publisher><publishrocyear>90</publishrocyear><title>經濟部科技專案執行年報（八十九年度）</title><yearidentifier>200109</yearidentifier></data><data><abstract>針對台灣地區海氣象及海岸線變遷資料、海岸災害分析及海岸永續利用進行介紹。災害分析方面探討海岸災害形成原因，包括河川輸沙造成之海岸侵蝕、海岸結構物之影響、地盤下陷等人為因素以及海水面上升等天然因素。海岸防護工法與海岸永續利用方面，本手冊介紹台灣的海岸近況及一般常用的海岸工法。最後則以花蓮及宜蘭為例，進行海岸永續利用之策略規劃。</abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>1009002967</governmentpublicationsnumber><identifier>21898</identifier><internationalstandardbooknumber>9789570289649 ; 9789570289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21898</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>永續的鑽石海岸～臺灣海岸災害防救與永續利用規劃～</title><yearidentifier>200108</yearidentifier></data><data><abstract>經濟部蓄水庫安全評估小組第廿九次審議委員會議開會資料</abstract><author>經濟部水資源局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>1009003068</governmentpublicationsnumber><identifier>21900</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21900</librarycollectiondetailsurl><price>185</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部蓄水庫安全評估小組第廿九次審議委員會會議資料</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/10/31</date><governmentpublicationsnumber>2008800033</governmentpublicationsnumber><identifier>21901</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21901</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第三十二期</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/24</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>22520</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22520</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利署永續發展簡訊 第二期</title><yearidentifier>200209</yearidentifier></data><data><abstract>本研究針對寶山第二水庫邊坡軟弱砂岩與泥岩材料進行實驗室直剪試驗、三軸飽和不排水剪力試驗、現地直剪試驗與其他配合試驗(諸如傍壓儀試驗(PMT)、孔內波速量測(PS-logging)、軟岩消散特性試驗及管湧發生條件試驗等)，並進行現地試坑內誘發邊坡破壞試驗，以探討未來水庫蓄水後可能之破壞模式、合理的地層剪力強度參數及岩樣尺寸效應(Scale Effects)對強度之影響等問題，並期能對未來水庫蓄水後邊坡潛在之破壞問題加以評估，並提出因應對策。</abstract><author>國立交通大學</author><categoryidentifier>443.642706   100502 001</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRACRWBD0812015</commissionedprojectidentifier><currency>NT$</currency><date>2002/12/24</date><governmentpublicationsnumber>1009103939</governmentpublicationsnumber><identifier>22524</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22524</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>寶山第二水庫蓄水後邊坡穩定性研究成果報告(內附光碟)</title><yearidentifier>200210</yearidentifier></data><data><abstract>美濃水庫已於81年奉核定，惟地質方面仍存在爭議，本計畫即藉由論證的方式對地層分層、區域地質構造解釋、斷層延伸與分布、斷層活動特性等進行正反論據的分析與討論，並提出多數支持之結論。</abstract><author>經濟部水利署、中央地調所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBD131100</commissionedprojectidentifier><currency>NT$</currency><date>2002/12/24</date><governmentpublicationsnumber>1009103625</governmentpublicationsnumber><identifier>22525</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22525</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>82</publishrocyear><title>美濃水庫區域地質之爭議主題論證計畫（第一階段）</title><yearidentifier>199312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.61   443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/25</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>22526</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22526</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>節約用水季刊（第二十八期）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>行政院經建會住都處</author><categoryidentifier>545.028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/25</date><governmentpublicationsnumber>2007000030</governmentpublicationsnumber><identifier>22530</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22530</librarycollectiondetailsurl><price>150</price><publisher>行政院經建會住都處</publisher><publishrocyear>91</publishrocyear><title>都市及區域發展統計彙編（民國九十一年）Urban and Regional Development Statistics 2002</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>327.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/25</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>22532</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22532</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>92</publishrocyear><title>天文日曆（民國九十二年)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>徐堉峰</author><categoryidentifier>40.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/25</date><governmentpublicationsnumber>1009102390</governmentpublicationsnumber><identifier>22533</identifier><internationalstandardbooknumber>9789570117097 ; 9789570117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22533</librarycollectiondetailsurl><price>150</price><publisher>國立鳳凰谷鳥園</publisher><publishrocyear>91</publishrocyear><title>臺灣蝶圖鑑　第二卷</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>吳紹同</author><categoryidentifier>40.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/12/25</date><governmentpublicationsnumber>1009101251</governmentpublicationsnumber><identifier>22534</identifier><internationalstandardbooknumber>9789570110579 ; 9789570110</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22534</librarycollectiondetailsurl><price>150</price><publisher>國立鳳凰谷鳥園</publisher><publishrocyear>91</publishrocyear><title>鶴的世界</title><yearidentifier>200205</yearidentifier></data><data><abstract> </abstract><author>興大農業暨自然資源學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/20</date><governmentpublicationsnumber>2006000021</governmentpublicationsnumber><identifier>22580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22580</librarycollectiondetailsurl><price>150</price><publisher>興大農業暨自然資源學院出版委員會</publisher><publishrocyear>91</publishrocyear><title>農林學報（第五十一卷，第三期）</title><yearidentifier>200206</yearidentifier></data><data><abstract>以濁水溪開發歷史及人文、暨集集共同引水工程及相關水利建設為主軸</abstract><author>經濟部水利署</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/20</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>22584</identifier><internationalstandardbooknumber>9789570119886 ; 9789570119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22584</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪－集集共司引水工程紀念文集（內附光碟）</title><yearidentifier>200212</yearidentifier></data><data><abstract>近年來台灣北部地區每逢乾旱缺水，新竹科學園區之廠商就紛紛以槽車四處購水備用，部分廠商甚至因此已自行購買載水車應急。然而，台鹽實業股份有限公司（台鹽公司）位於苗栗沿海的通霄精鹽廠每天卻有5 萬公噸以上製鹽後所產生的半鹹水排放至台灣海峽。為了增加乾旱時期之緊急供水來源，水利署於本年（民國91 年）春天缺水期間即毅然決定規劃以淡化技術處理通霄精鹽廠之半鹹排放水產生淡水，作為以後乾旱缺水時可供應新竹科學園區之緊急備用水源之一。</abstract><author>能邦科技顧問公司</author><categoryidentifier>355.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910041V</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/21</date><governmentpublicationsnumber>1009102990</governmentpublicationsnumber><identifier>22586</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22586</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台鹽通霄精鹽廠半鹹水淡化利用之規劃　Planning for Utilization of Spent Saline Water from Taiwan Salt Industrial Corporation's Tung-hsiao Electrodialysis Salt Factory</title><yearidentifier>200209</yearidentifier></data><data><abstract>近年來台灣北部地區每逢乾旱缺水，新竹科學園區之廠商就紛紛以槽車四處購水備用，部分廠商甚至因此已自行購買載水車應急。然而，台鹽實業股份有限公司（台鹽公司）位於苗栗沿海的通霄精鹽廠每天卻有5 萬公噸以上製鹽後所產生的半鹹水排放至台灣海峽。為了增加乾旱時期之緊急供水來源，水利署於本年（民國91 年）春天缺水期間即毅然決定規劃以淡化技術處理通霄精鹽廠之半鹹排放水產生淡水，作為以後乾旱缺水時可供應新竹科學園區之緊急備用水源之一。</abstract><author>能邦科技顧問公司</author><categoryidentifier>1103 235   355.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910041V</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/21</date><governmentpublicationsnumber>1009102990</governmentpublicationsnumber><identifier>22587</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22587</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台鹽通霄精鹽廠半鹹水淡化利用之規劃（光碟版）</title><yearidentifier>200209</yearidentifier></data><data><abstract>有鑒於因應大環境變化之未來用水需求，除須適度開發水源增闢水量外，政府亦應積極推動節約用水措施，公共給水、農業用水或工業用水均須通力配合，俾使水資源更經濟、更有效之利用。同時，逐年實施稻米減產而產生農業節餘水量，勢必成為爾後水資源調配運用之一方向，因此，本計畫研究之目的即在考量不影響未來農業生產之前提下，農田水利會如何藉由既有水利事業經營之優勢，並有效地運用其農業節餘之水量，提供其他用水如民生、精緻農業、休閒農業、工業之所需，俾利未來水資源永續地有效利用與國計民生之發展。</abstract><author>台大</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009103825</governmentpublicationsnumber><identifier>22589</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22589</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>農業節餘水量有效運用策略研析 Study on the Effective Use Strategies of Agricultural Conserved Water</title><yearidentifier>200212</yearidentifier></data><data><abstract>有鑒於因應大環境變化之未來用水需求，除須適度開發水源增闢水量外，政府亦應積極推動節約用水措施，公共給水、農業用水或工業用水均須通力配合，俾使水資源更經濟、更有效之利用。同時，逐年實施稻米減產而產生農業節餘水量，勢必成為爾後水資源調配運用之一方向，因此，本計畫研究之目的即在考量不影響未來農業生產之前提下，農田水利會如何藉由既有水利事業經營之優勢，並有效地運用其農業節餘之水量，提供其他用水如民生、精緻農業、休閒農業、工業之所需，俾利未來水資源永續地有效利用與國計民生之發展。</abstract><author>台大</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009103825</governmentpublicationsnumber><identifier>22590</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22590</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>農業節餘水量有效運用策略研析（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫的工作包括蒐集及整理國內外地面造雨技術、設備、經驗和成果，調查國內各機關現有地面造雨器材、設備，分析台灣地區歷次缺水之區位、程度、頻率等資料，研擬台灣地區地面造雨作業，同時評估地面造雨站的位置、經費、人力、設備器材、維護管理等，規劃地面造雨站網，並完成造雨成效追蹤評估方式及相關作業手冊。</abstract><author>能邦顧問公司</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910060</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104407</governmentpublicationsnumber><identifier>22591</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22591</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地面造雨作業研擬及站網規劃  Planning of Ground-based Precipitation Enhancement Operation Procedures and Networks</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>台大生物環境系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>22592</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22592</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統模式之建立（1/2）成果報告  Establishment of Systematic Models for Flood Damage Evaluation (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>台大生物環境系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>22593</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22593</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統與資料庫操作維護手冊  附冊一　Guidebook of Evaluation System and Database of flood Damage for Operation and Maintenance</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>台大生物環境系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>22594</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22594</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統模式講習會  講義　附冊二　Seminar fo Systematic Models for Flood Damage Evaluation</title><yearidentifier>200210</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>台大生物環境系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>22595</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22595</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統模式之建立（1/2）成果報告（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究計畫完成有線與無線共十五項傳輸方式之資料蒐集、資料配合性及未來發展等，並進行成本分析。最後再透過階層分析法（AHP）等多評準決策分析方式決定出最佳的傳輸體系方案。綜合本研究之評估方法，本研究建議水文監測站至河川局或水資源局間的前端傳輸體系規劃擬使用無線區域網路設備取代以往的數據傳輸</abstract><author>中央大學土木系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104410</governmentpublicationsnumber><identifier>22596</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22596</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>決策支援系統傳輸體系之規劃研究　A Study on the Planning for Information Communication of Decision Support System</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究計畫完成有線與無線共十五項傳輸方式之資料蒐集、資料配合性及未來發展等，並進行成本分析。最後再透過階層分析法（AHP）等多評準決策分析方式決定出最佳的傳輸體系方案。綜合本研究之評估方法，本研究建議水文監測站至河川局或水資源局間的前端傳輸體系規劃擬使用無線區域網路設備取代以往的數據傳輸</abstract><author>中央大學土木系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009104410</governmentpublicationsnumber><identifier>22597</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22597</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>決策支援系統傳輸體系之規劃研究（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告為「民國九十年颱風、豪雨分析暨紀實」計畫成果之一，目的在收集民國九十年所發生的豪雨以及颱風資料以呈現颱風豪雨歷程、災害損失資料、新聞媒體資料、各級政府於網站上所公告的資料等作為學術研究或工程應用的參考資料。</abstract><author>國家資訊基本建設產業發展協進會</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104411</governmentpublicationsnumber><identifier>22598</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22598</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>民國九十年颱風、豪雨分析暨紀實成果報告  Analyses and Documentations of Typhoons and Heavy Rainfalls of 2001</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告為「民國九十年颱風、豪雨分析暨紀實」計畫成果之一，目的在收集民國九十年所發生的豪雨以及颱風資料以呈現颱風豪雨歷程、災害損失資料、新聞媒體資料、各級政府於網站上所公告的資料等作為學術研究或工程應用的參考資料。</abstract><author>國家資訊基本建設產業發展協進會</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9100</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104411</governmentpublicationsnumber><identifier>22599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22599</librarycollectiondetailsurl><price>365</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>民國九十年颱風、豪雨紀實報告  Documentations of Typhoons and Heavy Rainfalls of 2001</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告為「民國九十年颱風、豪雨分析暨紀實」計畫成果之一，目的在收集民國九十年所發生的豪雨以及颱風資料以呈現颱風豪雨歷程、災害損失資料、新聞媒體資料、各級政府於網站上所公告的資料等作為學術研究或工程應用的參考資料。</abstract><author>國家資訊基本建設產業發展協進會</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104411</governmentpublicationsnumber><identifier>22600</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22600</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>民國九十年颱風、豪雨分析暨紀實成果報告（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署自本年(91年)3月28日正式成立，依據災害防救法規定，於颱風、豪雨期間需成立緊急應變小組，以彙集即時水情及水利設施災情，提供中央災害應變中心做為救災決策之參考，因應水利署緊急應變小組作業需要，經內部會議決議結果，以水利署台北辦公室九樓會議室做為經濟部緊急應變小組值勤之場所，為配合值勤需要，須擴充目前會議室之硬軟體設備，以合乎作業所需。同時將原台中辦公室水情中心系統、淡水河防洪指揮系統、淡水河水預報系統及台電、自來水公司及經濟部轄下之事業單位等相關資訊加以彙整，建置一適合水利署作業之環境。</abstract><author>資策會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104412</governmentpublicationsnumber><identifier>22601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22601</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部防災應變系統建置計畫　This Installation of Operation System of Disaster &amp; Rescue for MOEA</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署自本年(91年)3月28日正式成立，依據災害防救法規定，於颱風、豪雨期間需成立緊急應變小組，以彙集即時水情及水利設施災情，提供中央災害應變中心做為救災決策之參考，因應水利署緊急應變小組作業需要，經內部會議決議結果，以水利署台北辦公室九樓會議室做為經濟部緊急應變小組值勤之場所，為配合值勤需要，須擴充目前會議室之硬軟體設備，以合乎作業所需。同時將原台中辦公室水情中心系統、淡水河防洪指揮系統、淡水河水預報系統及台電、自來水公司及經濟部轄下之事業單位等相關資訊加以彙整，建置一適合水利署作業之環境。</abstract><author>資策會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9100</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104412</governmentpublicationsnumber><identifier>22602</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22602</librarycollectiondetailsurl><price>365</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部防災應變系統建置計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署自本年(91年)3月28日正式成立，依據災害防救法規定，於颱風、豪雨期間需成立緊急應變小組，以彙集即時水情及水利設施災情，提供中央災害應變中心做為救災決策之參考，因應水利署緊急應變小組作業需要，經內部會議決議結果，以水利署台北辦公室九樓會議室做為經濟部緊急應變小組值勤之場所，為配合值勤需要，須擴充目前會議室之硬軟體設備，以合乎作業所需。同時將原台中辦公室水情中心系統、淡水河防洪指揮系統、淡水河水預報系統及台電、自來水公司及經濟部轄下之事業單位等相關資訊加以彙整，建置一適合水利署作業之環境。</abstract><author>資策會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9100</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104412</governmentpublicationsnumber><identifier>22603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22603</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部防災應變系統建置計畫系統程式說明書　This Installation of Operation System of Disaster &amp; Rescue for MOEA</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署自本年(91年)3月28日正式成立，依據災害防救法規定，於颱風、豪雨期間需成立緊急應變小組，以彙集即時水情及水利設施災情，提供中央災害應變中心做為救災決策之參考，因應水利署緊急應變小組作業需要，經內部會議決議結果，以水利署台北辦公室九樓會議室做為經濟部緊急應變小組值勤之場所，為配合值勤需要，須擴充目前會議室之硬軟體設備，以合乎作業所需。同時將原台中辦公室水情中心系統、淡水河防洪指揮系統、淡水河水預報系統及台電、自來水公司及經濟部轄下之事業單位等相關資訊加以彙整，建置一適合水利署作業之環境。</abstract><author>資策會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104412</governmentpublicationsnumber><identifier>22604</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22604</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部防災應變系統建置計畫系統操作說明書　This Installation of Operation System of Disaster &amp; Rescue for MOEA</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署於去年度（90年度）曾建置有關颱風豪雨過後之災害與雨量分析，目前上欠一套颱風期間災害應變之決策分析支援系統。因此本計畫的研究動機為延續去年度的「颱風、豪雨災害資料庫與應用系統建置計畫」，建置一套以歸納分析歷史颱風特性資料為基礎之系統，探討歷年颱風與水利設施災害之關係，並完成一套颱風災害評估之線上決策支援系統。</abstract><author>央大災害防治中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104414</governmentpublicationsnumber><identifier>22605</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22605</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>颱風豪雨災害應變管理系統之建置與應用　Establishment and Application for Disasters Response and Management System Regarding to Typhoons and Severe Storms</title><yearidentifier>200212</yearidentifier></data><data><abstract>水利署於去年度（90年度）曾建置有關颱風豪雨過後之災害與雨量分析，目前上欠一套颱風期間災害應變之決策分析支援系統。因此本計畫的研究動機為延續去年度的「颱風、豪雨災害資料庫與應用系統建置計畫」，建置一套以歸納分析歷史颱風特性資料為基礎之系統，探討歷年颱風與水利設施災害之關係，並完成一套颱風災害評估之線上決策支援系統。</abstract><author>央大災害防治中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104414</governmentpublicationsnumber><identifier>22606</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22606</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>颱風豪雨災害應變管理系統之建置與應用（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>第一章 前言第二章 雷達觀測資料之處理展示與整合 第三章 SOBEK模式前處理與後製作規劃及模擬測試 第四章 水文觀測資料之查核與分析 第五章 系統模式架構規劃及未來發展之評估分析</abstract><author>台大水工所</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104416</governmentpublicationsnumber><identifier>22607</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22607</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文氣象資訊與水文水理系統模式整合之研發（1/2）</title><yearidentifier>200212</yearidentifier></data><data><abstract>以過去淡水河歷年豐富之颱洪觀測資料，建立數值模式或以因次分析推導之推算式，結合數值計算之推衍驗證，以及中央氣象局之颱風動態預報與路徑扇形機率預報，完成淡水河水位機率預報模式，以更準確分析出水庫洩洪與河口暴潮對河川水位之影響，將為水庫洩洪決策建立一項階段性之成果</abstract><author>財團法人台灣環保文教基金會</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910026</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104418</governmentpublicationsnumber><identifier>22608</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22608</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>颱洪期間水庫洩洪與河口暴潮對淡水河水位影響之機率預測研究</title><yearidentifier>200212</yearidentifier></data><data><abstract>為因應國內未來用水需求，政府除繼續推動傳統水資源開發建設增供水量外，海水淡化為一項重要輔助水源，經濟部水利署為有效達成施政目標除配合全球「知識經濟」發展，積極推動水再生利用及海水淡化科技之研發，建構利於知識型水利產業之法規及技術支援環境，期能輔導建立符合民間參與之知識型水利產業。</abstract><author>能邦顧問公司</author><categoryidentifier>1103 241   1103241   351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910041V</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104573</governmentpublicationsnumber><identifier>22609</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22609</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>現階段海水淡化推動計畫（1/2） Present Phase Seawater Desalination Promotion Plan (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為因應國內未來用水需求，政府除繼續推動傳統水資源開發建設增供水量外，海水淡化為一項重要輔助水源，經濟部水利署為有效達成施政目標除配合全球「知識經濟」發展，積極推動水再生利用及海水淡化科技之研發，建構利於知識型水利產業之法規及技術支援環境，期能輔導建立符合民間參與之知識型水利產業。</abstract><author>能邦顧問公司</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910041V</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104573</governmentpublicationsnumber><identifier>22610</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22610</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>現階段海水淡化推動計畫（1/2）附冊　民間參與台南科學園區海水淡化廠計畫</title><yearidentifier>200212</yearidentifier></data><data><abstract>為因應國內未來用水需求，政府除繼續推動傳統水資源開發建設增供水量外，海水淡化為一項重要輔助水源，經濟部水利署為有效達成施政目標除配合全球「知識經濟」發展，積極推動水再生利用及海水淡化科技之研發，建構利於知識型水利產業之法規及技術支援環境，期能輔導建立符合民間參與之知識型水利產業。</abstract><author>能邦顧問公司</author><categoryidentifier>554.61   1103  241   351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910041V</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104573</governmentpublicationsnumber><identifier>22611</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22611</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>現階段海水淡化推動計畫（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>水資源基本資料為國家經濟建設規劃、興建與營運所必需，而水資源科技模式則是預測、開發及規劃管理水資源之最佳工具，國內外有許多的水資源預測、開發與規劃管理的數學模式，包括水資源規劃與管理模式、水文模式、水理輸砂模式、地下水模式與水質模式等，本研究目的即為蒐集上述之水資源科技相關模式，依其功能性質予以分類並且有系統的介紹模式功能，並將建置水資源科技模式庫網際網路服務系統，以達到資源共享之目的。本計畫(91年度)之工作項目包括： (1)國內外水資源科技模式功能與應用之介紹。 (2)完成整體性模式庫網際網路服務系統。 (3)推動水資源GPL科技模式庫之建置。 (4)完成一支水資源GPL科技模式之建立。</abstract><author>台大水工所</author><categoryidentifier>554.61   10020210 373</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104965</governmentpublicationsnumber><identifier>22612</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22612</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源科技模式庫建置(2/2)　Eatablishment of Database of Water Resources Models (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究範圍位處河川中上游地區，於青草湖入口處之高灘地，約600平方公尺，面積有限，因此，首先須慎選適合的場址以構築水質淨化設施，再進行水質淨化模擬試驗，種植具吸收污染物能力的水生植物，並以試驗為基礎建立操作數據，發展出適合此河段的水質自淨方式。</abstract><author>中華水域生態中心</author><categoryidentifier>443.642715   443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910018</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104978</governmentpublicationsnumber><identifier>22613</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22613</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>新竹客雅溪灘地自淨研究及生態保護方案之研擬　Research of Riverbank Water Purification and Ecological Protection Scheme of Kou-Ya Stream, Hsinchu</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究範圍位處河川中上游地區，於青草湖入口處之高灘地，約600平方公尺，面積有限，因此，首先須慎選適合的場址以構築水質淨化設施，再進行水質淨化模擬試驗，種植具吸收污染物能力的水生植物，並以試驗為基礎建立操作數據，發展出適合此河段的水質自淨方式。</abstract><author>中華水域生態中心</author><categoryidentifier>1103 243   443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB－91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104978</governmentpublicationsnumber><identifier>22614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22614</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>新竹客雅溪灘地自淨研究及生態保護方案之研擬（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中華水域生態中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910019</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104999</governmentpublicationsnumber><identifier>22615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22615</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>海岸生態復育之結構物的研發及應用研究－以新竹港南海岸為例  The Application of Ecological Engineering in Coastal Structure Design</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>中華水域生態中心</author><categoryidentifier>1103 244   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB－91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/23</date><governmentpublicationsnumber>1009104999</governmentpublicationsnumber><identifier>22616</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22616</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>海岸生態復育之結構物的研發及應用研究－以新竹港南海岸為例（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>水資源基本資料為國家經濟建設規劃、興建與營運所必需，而水資源科技模式則是預測、開發及規劃管理水資源之最佳工具，國內外有許多的水資源預測、開發與規劃管理的數學模式，包括水資源規劃與管理模式、水文模式、水理輸砂模式、地下水模式與水質模式等，本研究目的即為蒐集上述之水資源科技相關模式，依其功能性質予以分類並且有系統的介紹模式功能，並將建置水資源科技模式庫網際網路服務系統，以達到資源共享之目的。本計畫(91年度)之工作項目包括： (1)國內外水資源科技模式功能與應用之介紹。 (2)完成整體性模式庫網際網路服務系統。 (3)推動水資源GPL科技模式庫之建置。 (4)完成一支水資源GPL科技模式之建立。</abstract><author>台大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/24</date><governmentpublicationsnumber>1009004965</governmentpublicationsnumber><identifier>22617</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22617</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源科技模式庫建置(2/2)－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>351.711   443.41</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/24</date><governmentpublicationsnumber>1009105000</governmentpublicationsnumber><identifier>22618</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22618</librarycollectiondetailsurl><price>230</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究（2/3） Application of Radar Observing Technology for Hydrology and Physiography Changing Research (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>央大太空遙測中心</author><categoryidentifier>1103 245   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/24</date><governmentpublicationsnumber>1009105000</governmentpublicationsnumber><identifier>22619</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22619</librarycollectiondetailsurl><price>230</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究（2/3）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>國立臺灣海洋大學近海防災科技研究中心九十一年營運計畫，包括該中心業務推動、工作成果﹝包括行政業務推動、網頁更新與維護、舉辦近海防災工程論壇、舉辦或協辦相關研討會、近海災損資料蒐集與國際學術交流等﹞；另外子計畫「基隆河上游防洪水庫及其可增加水資源調配利用之初步探討」亦獲致相當成果，針對基隆河上游興建防洪水庫之功能與效益進行評估，並對防洪功能之外可增加大基隆地區水資源調配利用之效益進行探討，成果豐碩。</abstract><author>海洋大學近海防災科技中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/28</date><governmentpublicationsnumber>1009104469</governmentpublicationsnumber><identifier>22620</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22620</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>近海防災科技研究中心（九十一年度）營運計畫 The Operation Project of Coastal Disaster Prevention Technology Reearch Center ( the 91th year)</title><yearidentifier>200212</yearidentifier></data><data><abstract>國立臺灣海洋大學近海防災科技研究中心九十一年營運計畫，包括該中心業務推動、工作成果﹝包括行政業務推動、網頁更新與維護、舉辦近海防災工程論壇、舉辦或協辦相關研討會、近海災損資料蒐集與國際學術交流等﹞；另外子計畫「基隆河上游防洪水庫及其可增加水資源調配利用之初步探討」亦獲致相當成果，針對基隆河上游興建防洪水庫之功能與效益進行評估，並對防洪功能之外可增加大基隆地區水資源調配利用之效益進行探討，成果豐碩。</abstract><author>海洋大學近海防災科技中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/28</date><governmentpublicationsnumber>1009104469</governmentpublicationsnumber><identifier>22621</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22621</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>近海防災科技研究中心（九十一年度）營運計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、珍水志工計畫 (一)完成基礎、進階 訓練教材。 (二)培訓三十位以上訓練合格志工人員， 二、網路宣導 (一)辦理四次以上之愛水資訊重點式宣導。 (二)與十五個以上國內知名網站連結，建立橫向資訊網。 三、九十一年度節約用水績優單位及個人選拔與表揚。</abstract><author>台灣產業基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910033V6</commissionedprojectidentifier><currency>NT$</currency><date>2003/1/28</date><governmentpublicationsnumber>1009105396</governmentpublicationsnumber><identifier>22623</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22623</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>愛護水資源教育宣導服務計畫　Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫之研究目的，為建立水庫規劃階段之供水可靠度標準。回顧國內外文獻，適合進行水庫供水潛能分析之缺水指標有用水供需評量指標(WI)、缺水率(DR)、缺水指數(SI)、缺水百分日指標(DPD)及通用缺水指數(GSI)，其中SI值為水利署現行常用之規劃指標，而其若以日計缺水率，則其值與GSI值同。本文嘗試提出一新的規劃指標，使得未來推估水庫規劃階段供水潛能時，較簡易且具一致性。</abstract><author>逢甲水利工程系</author><categoryidentifier>443.05   445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/28</date><governmentpublicationsnumber>1009105017</governmentpublicationsnumber><identifier>22624</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22624</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>91</publishrocyear><title>供水可靠度標準建立之研究　A Study on the Establishment of Reliability Standard of Water Supply for Reservoirs</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫之研究目的，為建立水庫規劃階段之供水可靠度標準。回顧國內外文獻，適合進行水庫供水潛能分析之缺水指標有用水供需評量指標(WI)、缺水率(DR)、缺水指數(SI)、缺水百分日指標(DPD)及通用缺水指數(GSI)，其中SI值為水利署現行常用之規劃指標，而其若以日計缺水率，則其值與GSI值同。本文嘗試提出一新的規劃指標，使得未來推估水庫規劃階段供水潛能時，較簡易且具一致性。</abstract><author>逢甲水利工程系</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/28</date><governmentpublicationsnumber>1009105017</governmentpublicationsnumber><identifier>22625</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22625</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>91</publishrocyear><title>供水可靠度標準建立之研究（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告係十四項重要建設計畫第九項「防洪排水計畫-區域排水工程第三期六年計畫」(87~92年度)之執行成果評估，內容包括以往區域排水改善情形、本期計畫內容及執行情形、執行成果評估、今後區域排水工程計畫之建議等。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/29</date><governmentpublicationsnumber>1009105139</governmentpublicationsnumber><identifier>22626</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22626</librarycollectiondetailsurl><price>159</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>區域排水工程第三期六年計畫執行成果評估報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>區域性雨水貯集綜合利用，在降雨期間不僅可貯集水量，亦可發揮減洪功能及供水等多目標效益，本計畫擬將貯集系統拓展至區域性來考量，應用國內外現有成果與技術，於台灣北、中、南三地共選定五試驗區域為雨水貯集系統規劃推廣研究地區，透過模擬計算及初步配置規劃，評估雨水資源有效利用及防災減洪的成效。此外，計畫中透過國內外貯集設施與技術之相關資料蒐集，並配合研討會的舉辦與雨水利用技術中、英文網頁之製作，可作為後續之相關知識推廣與技術交流；期藉本計畫的推廣進而奠定本土化雨水貯集整體利用技術，落實水資源永續經營與水旱災防治的長期工作目標。</abstract><author>文大土地系、海洋河海系</author><categoryidentifier>554.61   328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910056</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105391</governmentpublicationsnumber><identifier>22638</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22638</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>區域雨水貯集利用系統規劃與推廣計畫　A Study of Regional Planning and Promotion of Rainwater Catchment and Utilization System</title><yearidentifier>200212</yearidentifier></data><data><abstract>區域性雨水貯集綜合利用，在降雨期間不僅可貯集水量，亦可發揮減洪功能及供水等多目標效益，本計畫擬將貯集系統拓展至區域性來考量，應用國內外現有成果與技術，於台灣北、中、南三地共選定五試驗區域為雨水貯集系統規劃推廣研究地區，透過模擬計算及初步配置規劃，評估雨水資源有效利用及防災減洪的成效。此外，計畫中透過國內外貯集設施與技術之相關資料蒐集，並配合研討會的舉辦與雨水利用技術中、英文網頁之製作，可作為後續之相關知識推廣與技術交流；期藉本計畫的推廣進而奠定本土化雨水貯集整體利用技術，落實水資源永續經營與水旱災防治的長期工作目標。</abstract><author>文大土地系、海洋河海系</author><categoryidentifier>554.61   526.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910056</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105391</governmentpublicationsnumber><identifier>22639</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22639</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>區域雨水貯集利用系統規劃與推廣計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要在於對各類用水或廢水，經由各式回收與處理技術，進入各種用途的使用端之生命週期，評估其可能涵蓋之風險種類，並與原水作比較，尋求最適回收水量、水質、回收技術與用途的組合，俾逐步建立國內水再生利用風險標準。各種再利用之方案會有不同潛在風險之產生源，依據再利用方案之暴露途徑及暴露情境，產生不同程度之潛在風險。常利用之水再生方案有：廢水再利用於灌溉，再生水用於高球場、公園，再生水用於直接與間接飲水，大樓中生活污水回收，再生水應用於娛樂用水等，不同之水再利用方案，將產生不同之風險特性、暴露模式及風險特性。</abstract><author>北科大</author><categoryidentifier>018013054001200   018094016001200   018094016002200   018094016003200   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910059V</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105392</governmentpublicationsnumber><identifier>22640</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22640</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水再生利用風險之研究（1/2） The Study of the Risks for Water Reclamation and Reuse (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要在於對各類用水或廢水，經由各式回收與處理技術，進入各種用途的使用端之生命週期，評估其可能涵蓋之風險種類，並與原水作比較，尋求最適回收水量、水質、回收技術與用途的組合，俾逐步建立國內水再生利用風險標準。各種再利用之方案會有不同潛在風險之產生源，依據再利用方案之暴露途徑及暴露情境，產生不同程度之潛在風險。常利用之水再生方案有：廢水再利用於灌溉，再生水用於高球場、公園，再生水用於直接與間接飲水，大樓中生活污水回收，再生水應用於娛樂用水等，不同之水再利用方案，將產生不同之風險特性、暴露模式及風險特性。</abstract><author>經濟部水利署、北科大</author><categoryidentifier>554.61   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/91005</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105392</governmentpublicationsnumber><identifier>22641</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22641</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水再生利用風險之研究（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫旨在評估利用生物科技，在高屏溪下游鄰近取水設施如攔河堰、取水口等現地處理河川淤泥、活化河川自淨能力的可行性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫應用生物增殖法的原則，開發能提升淤泥中污染物降解能力的本土性固定膜生物製劑，施用於受污染淤泥或河水。模廠實驗利用架設於武洛溪九如橋附近的渠道型實驗槽，引取武洛溪河水，實驗結果顯示，固定膜生物製劑僅需舖設8.5公尺，對河川底泥所含污染物的生物降解能力即有提升作用，可有效降低底泥層孔隙水的銨氮含量15%以上，且其效能長達2個月，具有提升河水或底泥中銨氮的去除效能。</abstract><author>財團法人生物技術開發中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-910024V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105393</governmentpublicationsnumber><identifier>22643</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22643</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>利用生物科技改善高屏溪水質提升用水效率示範計畫=Improving Water Quality and Increasing Water Utilizing Efficiency of Kao-Ping River Via Biotechnical Processes</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫旨在評估利用生物科技，在高屏溪下游鄰近取水設施如攔河堰、取水口等現地處理河川淤泥、活化河川自淨能力的可行性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫應用生物增殖法的原則，開發能提升淤泥中污染物降解能力的本土性固定膜生物製劑，施用於受污染淤泥或河水。模廠實驗利用架設於武洛溪九如橋附近的渠道型實驗槽，引取武洛溪河水，實驗結果顯示，固定膜生物製劑僅需舖設8.5公尺，對河川底泥所含污染物的生物降解能力即有提升作用，可有效降低底泥層孔隙水的銨氮含量15%以上，且其效能長達2個月，具有提升河水或底泥中銨氮的去除效能。</abstract><author>生物技術開發中心</author><categoryidentifier>445.982   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105393</governmentpublicationsnumber><identifier>22644</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22644</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>利用生物科技改善高屏溪水質提升用水效率示範計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫旨在評估利用生物科技，在高屏溪下游鄰近取水設施如攔河堰、取水口等現地處理河川淤泥、活化河川自淨能力的可行性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫應用生物增殖法的原則，開發能提升淤泥中污染物降解能力的本土性固定膜生物製劑，施用於受污染淤泥或河水。模廠實驗利用架設於武洛溪九如橋附近的渠道型實驗槽，引取武洛溪河水，實驗結果顯示，固定膜生物製劑僅需舖設8.5公尺，對河川底泥所含污染物的生物降解能力即有提升作用，可有效降低底泥層孔隙水的銨氮含量15%以上，且其效能長達2個月，具有提升河水或底泥中銨氮的去除效能。</abstract><author>工技院能資所</author><categoryidentifier>554.61   017013097001200   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910057</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105394</governmentpublicationsnumber><identifier>22645</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22645</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水再生利用調查規劃　The Investigation and Planning of Water Reclamation in Taiwan</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫旨在評估利用生物科技，在高屏溪下游鄰近取水設施如攔河堰、取水口等現地處理河川淤泥、活化河川自淨能力的可行性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫應用生物增殖法的原則，開發能提升淤泥中污染物降解能力的本土性固定膜生物製劑，施用於受污染淤泥或河水。模廠實驗利用架設於武洛溪九如橋附近的渠道型實驗槽，引取武洛溪河水，實驗結果顯示，固定膜生物製劑僅需舖設8.5公尺，對河川底泥所含污染物的生物降解能力即有提升作用，可有效降低底泥層孔隙水的銨氮含量15%以上，且其效能長達2個月，具有提升河水或底泥中銨氮的去除效能。</abstract><author>工技院能資所</author><categoryidentifier>554.61   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910057</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/13</date><governmentpublicationsnumber>1009105394</governmentpublicationsnumber><identifier>22646</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22646</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水再生利用調查規劃（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本排水位於湖西鄉林投村，幹流長1.19公里，集水面積113公頃，由於流短水急，下游出口處地勢低窪，經常造成積水淹浸，為配合當地觀光事業發展計畫，亟需早日擬定治理方案，以供未來工程實施之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009103874</governmentpublicationsnumber><identifier>22650</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22650</librarycollectiondetailsurl><price>304</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>澎湖縣林投排水改善規劃報告　</title><yearidentifier>200211</yearidentifier></data><data><abstract>將原大漢溪供應板新地區之水源量南調桃園地區及支援新竹地區之用水需求，並依據可調撥之水源量檢討自來水公司規劃之自來水相關工程，期能滿足桃園地區未來之用水需求，並支援、穩定新竹地區之供水。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009102909</governmentpublicationsnumber><identifier>22652</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22652</librarycollectiondetailsurl><price>686</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大漢溪水源南調桃園、新竹地區之系統規劃　System Planning of Water Resources Allocation of Dahan Creek for Taoyuan and Hsinchu Region</title><yearidentifier>200211</yearidentifier></data><data><abstract>本計畫位於台北縣瑞芳鎮，全長約2.8km，主要將基隆河洪水分洪至瑞濱外海，計畫施工及營運期間，依規定應提出相關因應對策，以符合環保法令及相關規定，故辦理此計畫。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>22653</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22653</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告　Environmental Impact Assessment Report for Yuan-Shan-Tzu Diversion Engineering of Kee-Lung River Improvements Project</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>22654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22654</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告　附錄上冊　Environmental Impact Assessment Report for Yuan-Shan-Tzu Diversion Engineering of Kee-Lung River Improvements Project</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫位於台北縣瑞芳鎮，全長約2.8km，主要將基隆河洪水分洪至瑞濱外海，計畫施工及營運期間，依規定應提出相關因應對策，以符合環保法令及相關規定，故辦理此計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>22655</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22655</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104470</governmentpublicationsnumber><identifier>22656</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22656</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>基隆河員山子分洪計畫環境影響評估報告　附錄下冊　Environmental Impact Assessment Report for Yuan-Shan-Tzu Diversion Engineering of Kee-Lung River Improvements Project</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告對一般排水或小河川出口常見之淤砂問題，探討形成河口淤積之因素及發展過程，並提供工程上處理手段之設計及分析方式介紹。本報告之內容，可供排水出海口工程治理之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>100504 013   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009105380</governmentpublicationsnumber><identifier>22658</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22658</librarycollectiondetailsurl><price>2690</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>排水出海口處理研究報告  Study on Drainage Improvemnet at its Estuary</title><yearidentifier>200212</yearidentifier></data><data><abstract>提供九二一地震受損結構物(建築、橋樑及堤防)完整敘述有關耐震設計規範之沿革與比較、提供土壤液化區建物結構修復補強之設計邏輯及相關研究、且提供修復補強之設計流程與步驟，並提供示範案例及設計案例以供相關單位參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/14</date><governmentpublicationsnumber>1009104906</governmentpublicationsnumber><identifier>22659</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22659</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>九二一地震土壤液化區防災規劃第二年工作成果報告(內附光碟)</title><yearidentifier>200212</yearidentifier></data><data><abstract>最大降雨深度－面積－延時的關係，乃為水文設計所必須．最大降雨深度－面積－延時關係，同時包括雨量在時間上及空間上之變化，由於牽涉面積降雨，所以必須蒐集相當數量之雨量紀錄方可進行，因而增加分析工作的困難．本計畫擬針對台灣地區建立各種長短延時之降雨強度與面積之關係曲線，以便納入水文技術規範中．</abstract><author>台大土木系</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910037V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105035</governmentpublicationsnumber><identifier>22660</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22660</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區降雨深度-面積-延時曲線之建立(3/4)=Establishment of Rainfall Depth-Area-Duration Curves in Taiwan (3/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>最大降雨深度－面積－延時的關係，乃為水文設計所必須．最大降雨深度－面積－延時關係，同時包括雨量在時間上及空間上之變化，由於牽涉面積降雨，所以必須蒐集相當數量之雨量紀錄方可進行，因而增加分析工作的困難．本計畫擬針對台灣地區建立各種長短延時之降雨強度與面積之關係曲線，以便納入水文技術規範中．</abstract><author>台大土木系</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910037V</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105035</governmentpublicationsnumber><identifier>22661</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22661</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區降雨深度-面積-延時曲線之建立(3/4)-光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>為檢討「臺灣地區水文觀測現代整體計畫」第一期計畫績效指標之達成，及延續並充分運用第一期計畫之各項工作成果及經驗，作為第二期計畫銜接之依據，本署乃於本（九十一）年度辦理「臺灣地區水文觀測現代化檢討建議及其評估指標建立」計畫，俾能評估檢討本期並預籌下一階段水文觀測現代化計畫的後續工作事項。</abstract><author>方舟工程顧問有限公司</author><categoryidentifier>351.712   443.11   351.727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910003</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105151</governmentpublicationsnumber><identifier>22662</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22662</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水文觀測現代化檢討建議及其評估指標建立=Performance Assessment of the Modernization Project of Hydrologic Data Collection in Taiwan and Establishment of Evaluation Criteria</title><yearidentifier>200212</yearidentifier></data><data><abstract>為檢討「臺灣地區水文觀測現代整體計畫」第一期計畫績效指標之達成，及延續並充分運用第一期計畫之各項工作成果及經驗，作為第二期計畫銜接之依據，本署乃於本（九十一）年度辦理「臺灣地區水文觀測現代化檢討建議及其評估指標建立」計畫，俾能評估檢討本期並預籌下一階段水文觀測現代化計畫的後續工作事項。</abstract><author>方舟顧問公司</author><categoryidentifier>443.11   351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910003</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105151</governmentpublicationsnumber><identifier>22663</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22663</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水文觀測現代化檢討建議及其評估指標建立（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>良好的水資源管理奠基於可靠的流量資訊。台灣河川暴雨時水流湍急，流量隨降雨而迅速漲落，量測不易。本計畫為期兩年進行新量測技術之研發，首期之工作重點為水利署四十二個水位流量測站資料分析，並完成新量測技術之可行性評估；而本年度則為全洪程測站近年資料分析、現場之流量觀測、河型影響分析等。 流量新量測技術乃利用適當之流速儀，直接於斷面最大流速發生處附近量測，推估斷面平均流速與通水斷面積，並進而求得流量。運用此法於中、高流量流場變化迅速時，可較有效率地推求完整之流量歷線。</abstract><author>國立中興大學</author><categoryidentifier>443.6897   443.6   10020201 065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009104970</governmentpublicationsnumber><identifier>22664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22664</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川流量新量測技術之研發(二)=Development of New Technique for River Discharge Measurement(II)</title><yearidentifier>200212</yearidentifier></data><data><abstract>良好的水資源管理奠基於可靠的流量資訊。台灣河川暴雨時水流湍急，流量隨降雨而迅速漲落，量測不易。本計畫為期兩年進行新量測技術之研發，首期之工作重點為水利署四十二個水位流量測站資料分析，並完成新量測技術之可行性評估；而本年度則為全洪程測站近年資料分析、現場之流量觀測、河型影響分析等。 流量新量測技術乃利用適當之流速儀，直接於斷面最大流速發生處附近量測，推估斷面平均流速與通水斷面積，並進而求得流量。運用此法於中、高流量流場變化迅速時，可較有效率地推求完整之流量歷線。</abstract><author>中興大學</author><categoryidentifier>1103 259   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009104970</governmentpublicationsnumber><identifier>22665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22665</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川流量新量測技術之研發（二）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需相關計畫及方案擬訂，及水文觀測品質品質評鑑制度擬訂，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，作為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興顧問公司</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910002V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105047</governmentpublicationsnumber><identifier>22666</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22666</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂（1/2） Establishment of an Quality Appraisal Institution for Hydrology Observation (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需相關計畫及方案擬訂，及水文觀測品質品質評鑑制度擬訂，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，作為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興顧問公司</author><categoryidentifier>443.11   351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910002V</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105047</governmentpublicationsnumber><identifier>22667</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22667</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署自民國八十九年起委託台灣大學陸續執行「水文技術規範之研訂」與「水文設計應用手冊」等計畫，除全面檢討、評估水文設計所需之各項參數與設計法外，並已完成全台灣各地區之設計暴雨深度、設計雨型及可能最大降雨量，且於民國九十年十一月辦理「暴雨水文設計應用講習會」，推廣應用所建立之各項設計參數。為能落實「水文技術規範之研訂」計畫所擬訂之設計方法，充分利用「水文設計應用手冊」計畫所完成之各項設計參數，並考慮近年來各種環境變遷因素對水文規劃設計之影響，亟需針對全台灣地區建立水文設計所需之各項地文相關參數，並探討氣候變遷對水文規劃設計之影響程度。</abstract><author>台大生物環工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910032B1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009005071</governmentpublicationsnumber><identifier>22668</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22668</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>因應環境變遷之水文規劃設計研究（1/2） Hydrological Planning and Design in Correspondence to Environmental Change</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署自民國八十九年起委託台灣大學陸續執行「水文技術規範之研訂」與「水文設計應用手冊」等計畫，除全面檢討、評估水文設計所需之各項參數與設計法外，並已完成全台灣各地區之設計暴雨深度、設計雨型及可能最大降雨量，且於民國九十年十一月辦理「暴雨水文設計應用講習會」，推廣應用所建立之各項設計參數。為能落實「水文技術規範之研訂」計畫所擬訂之設計方法，充分利用「水文設計應用手冊」計畫所完成之各項設計參數，並考慮近年來各種環境變遷因素對水文規劃設計之影響，亟需針對全台灣地區建立水文設計所需之各項地文相關參數，並探討氣候變遷對水文規劃設計之影響程度。</abstract><author>台大生物環工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910032B</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009005071</governmentpublicationsnumber><identifier>22669</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22669</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>因應環境變遷之水文規劃設計研究（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫係依據行政院八十七年一月七日核定經濟部呈報之「臺灣地區水文觀測現代化整體計畫」，建立即時水文觀測與資料傳輸系統，並將本署之水情查報及相關資訊系統、中央氣象局水文資訊及國科會開發之淹水潛勢相關研究成果加以整合，以加強防災預警能力，並提供各級災害應變小組即時資訊，強化災害應變之能力，此即為本計畫之目的。 本研究計畫自九十一年三月十五日開始辦理，擬以二年的時間完成全程計畫，研究流域將包括蘭陽溪、淡水河、後龍溪、大甲溪、烏溪、濁水溪、朴子溪、八掌溪、鹽水溪、二仁溪、高屏溪及東港溪等十二條中央管河川流域。</abstract><author>台大生物環工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9101042</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105159</governmentpublicationsnumber><identifier>22670</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22670</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文資訊與防災科技整合運用之研究(1/2) A Study on Integrated Application of Hydrological Information and Hazard Mitigation Technology (Ⅰ)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫係依據行政院八十七年一月七日核定經濟部呈報之「臺灣地區水文觀測現代化整體計畫」，建立即時水文觀測與資料傳輸系統，並將本署之水情查報及相關資訊系統、中央氣象局水文資訊及國科會開發之淹水潛勢相關研究成果加以整合，以加強防災預警能力，並提供各級災害應變小組即時資訊，強化災害應變之能力，此即為本計畫之目的。 本研究計畫自九十一年三月十五日開始辦理，擬以二年的時間完成全程計畫，研究流域將包括蘭陽溪、淡水河、後龍溪、大甲溪、烏溪、濁水溪、朴子溪、八掌溪、鹽水溪、二仁溪、高屏溪及東港溪等十二條中央管河川流域。</abstract><author>台大生物環工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9101042</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/18</date><governmentpublicationsnumber>1009105159</governmentpublicationsnumber><identifier>22671</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22671</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文資訊與防災科技整合運用之研究(1/2)-光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>台灣河川高流量的發生都為颱洪，觀測不易，致使可供運用之實測水位流量資料都偏低，嚴重影響水資源利用、管理及水利防洪等規劃成果之不確定性（Uncertainity）。因此，詳實評估台灣河川水文流量資料既有內涵與觀測現況，著手推導水位流量率定曲線新方法的評估與探討的研究工作，實是當務之急。 爰此，本署特成立「理論水位流量率定曲線於台灣河川之應用評估探討─以基隆河流域水文站為例(2/2)」研究計畫，以甄選委託合宜研究團隊進行探討流量與水位之關係理論，並建立基隆河水文站之模式，以提供河防工作之參考。</abstract><author>交通大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910031V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009005164</governmentpublicationsnumber><identifier>22672</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22672</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討－以基隆河流域水文站為例(2/2)=Evaluation of Theoretical Rating Curve for Natrual Channel-Application on Keelung River(2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>台灣河川高流量的發生都為颱洪，觀測不易，致使可供運用之實測水位流量資料都偏低，嚴重影響水資源利用、管理及水利防洪等規劃成果之不確定性（Uncertainity）。因此，詳實評估台灣河川水文流量資料既有內涵與觀測現況，著手推導水位流量率定曲線新方法的評估與探討的研究工作，實是當務之急。 爰此，本署特成立「理論水位流量率定曲線於台灣河川之應用評估探討─以基隆河流域水文站為例(2/2)」研究計畫，以甄選委託合宜研究團隊進行探討流量與水位之關係理論，並建立基隆河水文站之模式，以提供河防工作之參考。</abstract><author>交通大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009005164</governmentpublicationsnumber><identifier>22673</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22673</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討－以基隆河流域水文站為例(2/2)－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫擬以四年的時間，一方面進行潮位站等級分類評估，以作為水利署所建置之水文觀測網在功能整合與增設基準上的參考；另一方面，擬完成多項整合工作如：海岸災害資料庫之建置、作業化模式模擬與驗證、GIS地理資訊系統的開發…等，以作為發佈海岸災害通報系統與研擬防救災措施的判斷依據。報告中內容含括：潮位站、水文站、波浪站及氣象站等資料之整理與分析、潮位站網等級分類之評估分析與對策建議、颱風暴潮相關資料之蒐集及分析、重大海岸災害歷程與相關資料之蒐集與分析、海岸災害即時資料蒐集機制之規劃與建議、潮位站、水文站、波浪站及氣象站等即時系統網連之初步評估等內容</abstract><author>成大近海水文中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910020V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009104094</governmentpublicationsnumber><identifier>22674</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22674</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立（1/4） 第一冊　潮位站網分類評估與海岸災害決策系統建立之初步規劃</title><yearidentifier>200211</yearidentifier></data><data><abstract>本計畫擬以四年的時間，一方面進行潮位站等級分類評估，以作為水利署所建置之水文觀測網在功能整合與增設基準上的參考；另一方面，擬完成多項整合工作如：海岸災害資料庫之建置、作業化模式模擬與驗證、GIS地理資訊系統的開發…等，以作為發佈海岸災害通報系統與研擬防救災措施的判斷依據。報告中內容含括：潮位站、水文站、波浪站及氣象站等資料之整理與分析、潮位站網等級分類之評估分析與對策建議、颱風暴潮相關資料之蒐集及分析、重大海岸災害歷程與相關資料之蒐集與分析、海岸災害即時資料蒐集機制之規劃與建議、潮位站、水文站、波浪站及氣象站等即時系統網連之初步評估等內容</abstract><author>成大近海水文中心</author><categoryidentifier>328.88026   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009104094</governmentpublicationsnumber><identifier>22675</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22675</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立（1/4）－第一至四冊光碟版</title><yearidentifier>200211</yearidentifier></data><data><abstract>本冊內容主要彙整水利署管轄內所屬觀測站之站史資料，包含委託成功大學近海水文中心建置管理之測站、水利規劃所建置管理之測站與署內已建檔之河川局所屬測站。 報告中以派員親訪、問卷調查與查閱相關單位之出版品等方式，分別蒐集水利署所建置之四大觀測系統，共計4個波浪站、21個潮位站、20個氣象站與11個水文站，以表格方式建檔並分別闡述各測站基本資訊、測站建站過程、測站觀測項目、系統作業流程與測站維護等，同時派計畫人員至觀測站現場，實地拍攝站房外觀與測站內儀器位置等。此部分站史資料之蒐集將有助於以後新建或汰換時之範例及管理。</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910020V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009104260</governmentpublicationsnumber><identifier>22676</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22676</librarycollectiondetailsurl><price>515</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立（1/4） 第二冊　海氣象觀測站資訊彙整</title><yearidentifier>200211</yearidentifier></data><data><abstract>本冊內容主要彙整水利署管轄內所屬觀測站之站史資料，包含委託成功大學近海水文中心建置管理之測站、水利規劃所建置管理之測站與署內已建檔之河川局所屬測站。 報告中以派員親訪、問卷調查與查閱相關單位之出版品等方式，分別蒐集水利署所建置之四大觀測系統，共計4個波浪站、21個潮位站、20個氣象站與11個水文站，以表格方式建檔並分別闡述各測站基本資訊、測站建站過程、測站觀測項目、系統作業流程與測站維護等，同時派計畫人員至觀測站現場，實地拍攝站房外觀與測站內儀器位置等。此部分站史資料之蒐集將有助於以後新建或汰換時之範例及管理。</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910020V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009104261</governmentpublicationsnumber><identifier>22677</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22677</librarycollectiondetailsurl><price>1170</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立（1/4） 第三冊　海氣象觀測資料分析</title><yearidentifier>200211</yearidentifier></data><data><abstract>為建立一完整之海岸災害決策系統，本計畫分為三大方向來規劃，分別為：重大海岸災害歷程與相關資料之蒐集與分析、海岸災害及時資料蒐集機制之規劃與建議與潮位站、水文站、波浪站及氣象站等級時觀測系統網連之初步評估。報告中蒐集建檔由颱風造成海岸重大災害原因歷程，與相關之衛星雲圖、天氣圖等等，針對初步原因作彙整工作；並針對海岸災害通報、近海水文網損失通報、中央與地方災情通報等三部分做評估，同時邀請有意願參與即時觀測網的單位進行協商座談會，加速推動國內相關單位即時觀測系統網連的整合。</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910020V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009104261</governmentpublicationsnumber><identifier>22678</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22678</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立（1/4） 第四冊　海岸災害決策系統建立之初步規劃</title><yearidentifier>200211</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成大近海水文中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105175</governmentpublicationsnumber><identifier>22679</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22679</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置（4/5） 第一冊　近海水文觀測站網建置  The Establishment of Coastal Hydrological Monitoring Network (4/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成大近海水文中心</author><categoryidentifier>443.11   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105175</governmentpublicationsnumber><identifier>22680</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22680</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置（4/5） 第一至三冊及附錄（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成大近海水文中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105176</governmentpublicationsnumber><identifier>22681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22681</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置（4/5） 第二冊　近海水文區域特性分析  The Establishment of Coastal Hydrological Monitoring Network (4/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成大近海水文中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105177</governmentpublicationsnumber><identifier>22682</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22682</librarycollectiondetailsurl><price>395</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置（4/5） 第三冊　近海水文站網執行與運作　The Establishment of Coastal Hydrological Monitoring Network (4/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成功大學近海水文中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105179</governmentpublicationsnumber><identifier>22683</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22683</librarycollectiondetailsurl><price>880</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置(4/5)附冊近海水文觀測站網維護作業=The Establishment of Coastal Hydrological Monitoring Network (4/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成功大學近海水文中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105183</governmentpublicationsnumber><identifier>22684</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22684</librarycollectiondetailsurl><price>1290</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置(4/5)附冊近海水文站網觀測資料品管分析</title><yearidentifier>200212</yearidentifier></data><data><abstract>本冊內容主要闡述近海水文網今年度主要工作項之成果內容，包含站網操作、維護、資料品管分析展現與鵝鑾鼻資料浮標之檢討等等。水文網波浪站觀測成功率平均達80﹪以上，氣象站與潮位站觀測成功率平均達95﹪以上。其中，導致波浪站觀測成功率較低之原因為鵝鑾鼻與蘇澳資料浮標之漂移與外力破壞。</abstract><author>成大近海水文中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910038V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/20</date><governmentpublicationsnumber>1009105199</governmentpublicationsnumber><identifier>22685</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22685</librarycollectiondetailsurl><price>1290</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>近海水文網基本站之建置（4/5） 附冊　民國九十年近海水文資料浮標與海上觀測樁觀測資料年報　The Establishment of Coastal Hydrological Monitoring Network (4/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>黎明顧問公司</author><categoryidentifier>10020204 030   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009104593</governmentpublicationsnumber><identifier>22687</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22687</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川砂石採取執行方式檢討評鑑報告書（內附光碟）　Review and Evaluation on River Sand and Gravel Mining Operation</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署簡介</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009104048</governmentpublicationsnumber><identifier>22688</identifier><internationalstandardbooknumber>9789570126877 ; 9789570126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22688</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水利署簡介</title><yearidentifier>200211</yearidentifier></data><data><abstract>本(九十一)年度計畫之主要目的在於繼續充實決策支援系統中的經濟模組分析能力，並繼續系統本身之建置。首先承襲上年度之工作成果，重新檢討和修正WATERGEM和MR-WATERGEM的理論架購，並配合主計處最新編製的88年展業關聯表，取得最新資訊，繼續更新WATERGEM和MR-WATERGEM的資料結構。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009105578</governmentpublicationsnumber><identifier>22690</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22690</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源總體經濟模式（四之三） The Economic Model of Water Resources</title><yearidentifier>200212</yearidentifier></data><data><abstract>本(九十一)年度計畫之主要目的在於繼續充實決策支援系統中的經濟模組分析能力，並繼續系統本身之建置。首先承襲上年度之工作成果，重新檢討和修正WATERGEM和MR-WATERGEM的理論架購，並配合主計處最新編製的88年展業關聯表，取得最新資訊，繼續更新WATERGEM和MR-WATERGEM的資料結構。</abstract><author>台灣經濟研究院</author><categoryidentifier>1103 270   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009105578</governmentpublicationsnumber><identifier>22691</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22691</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源總體經濟模式（四之三）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署將補助與國立成工大學合設之水工試驗所以現有豐沛之研究人力資源與經濟經驗技術，及成功大學相關系所、中心備具豐富專業技術之支援環境所提供之諮詢與資訊平台等優識，設立「水利產業知識化育成中心」，以四年為期彙集國內外水利專業技術，建構利於知識型水利產業發展之法規與技術支援環境，並邀集國內相關廠商合作投資，創造另一新興水利產業，期帶動國內水利產業之發展。</abstract><author>成大水工所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009105576</governmentpublicationsnumber><identifier>22692</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22692</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>設置水利產業知識化育成中心補助案九十一年度期末成果報告書  A Grant-Maintained Project for Establishing the Knowledge-Based Water Business Incubation Center Final Report (2002)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>1009103985</governmentpublicationsnumber><identifier>22694</identifier><internationalstandardbooknumber>9789570127102 ; 9789570127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22694</librarycollectiondetailsurl><price>400</price><publisher>行政院新聞局</publisher><publishrocyear>91</publishrocyear><title>921地震文獻知識庫　目錄索引（內附光碟）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>興大農業暨自然資源學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>2006000021</governmentpublicationsnumber><identifier>22696</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22696</librarycollectiondetailsurl><price>400</price><publisher>興大農業暨自然資源學院出版委員會</publisher><publishrocyear>91</publishrocyear><title>農林學報（第五十一卷，第四期）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部產業發展諮詢委員會</author><categoryidentifier>553</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/25</date><governmentpublicationsnumber>2008300139</governmentpublicationsnumber><identifier>22697</identifier><internationalstandardbooknumber> 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光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>22699</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22699</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利署永續發展簡訊 第三期</title><yearidentifier>200212</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22701</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22701</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第一期）</title><yearidentifier>200301</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22702</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22702</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第二期）</title><yearidentifier>200301</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22703</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22703</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第三期）</title><yearidentifier>200301</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22704</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22704</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四期）</title><yearidentifier>200301</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22705</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22705</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第五期）</title><yearidentifier>200301</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22706</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22706</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第六期）</title><yearidentifier>200302</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/2/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22707</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22707</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第七期）</title><yearidentifier>200302</yearidentifier></data><data><abstract>經濟部水利署將補助與國立成工大學合設之水工試驗所以現有豐沛之研究人力資源與經濟經驗技術，及成功大學相關系所、中心備具豐富專業技術之支援環境所提供之諮詢與資訊平台等優識，設立「水利產業知識化育成中心」，以四年為期彙集國內外水利專業技術，建構利於知識型水利產業發展之法規與技術支援環境，並邀集國內相關廠商合作投資，創造另一新興水利產業，期帶動國內水利產業之發展。</abstract><author>成大水工所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/12</date><governmentpublicationsnumber>1009105576</governmentpublicationsnumber><identifier>22708</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22708</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>設置水利產業知識化育成中心補助案九十一年度期末成果報告書（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22710</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22710</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第八期）</title><yearidentifier>200302</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22711</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22711</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第九期）</title><yearidentifier>200303</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22712</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22712</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十期）</title><yearidentifier>200303</yearidentifier></data><data><abstract>本計畫目的為探討橋樑上下游河道斷面應如何調整，以利兼顧河防安全及橋樑墩基礎穩定，第一期先進行物理模型試驗及數值模擬推求最佳之疏浚斷面。第二期根據第一期研究成果於朴子溪月眉潭橋進行測試驗證。</abstract><author>經濟部水利署水利規劃試驗所、交大</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090BB4007</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009200185</governmentpublicationsnumber><identifier>22716</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22716</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究報告（內附光碟）  Scouring Effects Around Bridge Sites Due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200212</yearidentifier></data><data><abstract>有關天花湖水庫築壩材料、殼層料、河床料之補充調查，以及運輸道路之規劃及材料性質之評估。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009200157</governmentpublicationsnumber><identifier>22717</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22717</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃三、工程材料專題5、工程材料調查與試驗專題報告(九十一年度工作報告)=Investigation Report of Embankment Materials for Tien-Hwa Hu Reservoir Project (2002)</title><yearidentifier>200301</yearidentifier></data><data><abstract>台北防洪淡水河警戒水位訂定相關配合工作檢討</abstract><author>交通大學</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009105663</governmentpublicationsnumber><identifier>22718</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22718</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北防洪淡水河警戒水位訂定之相關配合工作檢討</title><yearidentifier>200212</yearidentifier></data><data><abstract>台北防洪淡水河警戒水位訂定相關配合工作檢討</abstract><author>交通大學</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91001</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009105663</governmentpublicationsnumber><identifier>22719</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22719</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北防洪淡水河警戒水位訂定之相關配合工作檢討（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、永續發展業務之協助推動 二、台灣地區水資源永續發展指標之檢討評估 三、台灣地區永續而有效水資源量之估計 四、台灣地區永續可利用水資源設施之建立 五、台灣地區水資源利用效率提高計畫辦理情形及相關法規之檢討 六、水資源永續發展成果之綜整</abstract><author>農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910035V</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009105112</governmentpublicationsnumber><identifier>22720</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22720</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫（2/4） The Synthesized Implementation Project on Sustainable Water Resources Development in Taiwan (2/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、永續發展業務之協助推動 二、台灣地區水資源永續發展指標之檢討評估 三、台灣地區永續而有效水資源量之估計 四、台灣地區永續可利用水資源設施之建立 五、台灣地區水資源利用效率提高計畫辦理情形及相關法規之檢討 六、水資源永續發展成果之綜整</abstract><author>農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910035V</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009105112</governmentpublicationsnumber><identifier>22721</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22721</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫（2/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>由於現代政府,隨著公共職能的擴充與經濟發展的結果,所需從事的實體或非實體工程也快速增加。在有效的預算下,政府勢不可能滿足社會上所有的需求,因此必需透過各種決策程序平衡成本和效益的經濟問題。</abstract><author>中興應用經濟系</author><categoryidentifier>443.6207   443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009104419</governmentpublicationsnumber><identifier>22722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22722</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>防洪措施之間接效益初步評估（1/2） Preliminary Evaluation of Indirect Benefits from Flood-Control Measures (1/2)</title><yearidentifier>200302</yearidentifier></data><data><abstract>由於現代政府,隨著公共職能的擴充與經濟發展的結果,所需從事的實體或非實體工程也快速增加。在有效的預算下,政府勢不可能滿足社會上所有的需求,因此必需透過各種決策程序平衡成本和效益的經濟問題。</abstract><author>中興應用經濟系</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009104419</governmentpublicationsnumber><identifier>22723</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22723</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>防洪措施之間接效益初步評估（1/2）－光碟版</title><yearidentifier>200302</yearidentifier></data><data><abstract>近年來，先進國家逐漸應用風險觀念及敏感因子分析，進行大壩安全相關作業訂定，包括水壩安全檢查週期及次序等，藉以延長或縮短水庫安全評估期距、減少檢查經費之浪費、提昇水庫安全。本研究第一年已收集國內外水庫安全風險分析之技術及經驗，但影響水壩安全之變數眾多，因此需要不同專長之專業人士分別評估其風險，需利用失誤樹的邏輯將各種風險合併。本研究團隊的專業領域為水利工程，因此本計畫針對水文因子所造成之溢頂風險進行深入分析，而其他因子所造成之風險則利用過去之統計資料加以合併，再利用可用性理論推估檢查期距，作為訂定國內水壩安全檢查最佳次序及週期之參考依據。</abstract><author>台大水工所</author><categoryidentifier>10020206 094   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910008V</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/18</date><governmentpublicationsnumber>1009105483</governmentpublicationsnumber><identifier>22724</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22724</librarycollectiondetailsurl><price></price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>水壩安全檢查最佳次序及週期之建立（1/2）－內附光碟  The Establishment of the Best Inspection Scheduling and Frequency for Dam-Safty (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>巨廷顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910013V</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/18</date><governmentpublicationsnumber>1009200282</governmentpublicationsnumber><identifier>22725</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22725</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>水庫安全監測資料建檔與分析手冊之研訂（1/2）－內附光碟  Study Report on Establishment of Filing and Analysis Handbook for Reservoir Safety Monitoring Data (1/2)</title><yearidentifier>200301</yearidentifier></data><data><abstract>1.用水計劃書標準撰寫格式之研訂，2.農漁牧用水審查技術規範之修訂，3.民生用水審查技術規範之研訂，4.節約用水技術規範及乾旱時期缺水緊急應變措施之研擬，5.諮詢及研商座談會之辦理，6.用水計劃書標準範例之撰擬。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910054</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/18</date><governmentpublicationsnumber>1009200236</governmentpublicationsnumber><identifier>22726</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22726</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>用水計畫書審查技術規範之研擬  Study on the Technical Specification of Water Use Prospectus</title><yearidentifier>200212</yearidentifier></data><data><abstract>1.用水計劃書標準撰寫格式之研訂，2.農漁牧用水審查技術規範之修訂，3.民生用水審查技術規範之研訂，4.節約用水技術規範及乾旱時期缺水緊急應變措施之研擬，5.諮詢及研商座談會之辦理，6.用水計劃書標準範例之撰擬。</abstract><author>工業技術研究院</author><categoryidentifier>445.2   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910054</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/18</date><governmentpublicationsnumber>1009200236</governmentpublicationsnumber><identifier>22727</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22727</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>用水計畫書審查技術規範之研擬（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>1988年農委會補助台灣省水利局（前經濟部水利署、經濟部水利處）辦理研究計畫「台灣水文資料電腦檔應用之研究—(3)台灣地區各雨量測站物部公式之適用性研究」，曾就本署所屬雨量測站至1985年為止，觀測所得的雨量資料進行研究分析，建立各測站的降雨強度—延時Horner公式。現已時隔十餘年，本報告再補增本署所屬156站雨量站持續觀測至今的雨量資料，及中央氣象局的25站局屬氣象站，進行台灣地區各雨量測站降雨強度—延時Horner公式的分析與修正更新，以更適切地掌握台灣各地區的降雨強度延時特性。分析過程中特別注重資料的正確性、合理性查核，相信可提供水利工程規劃設計及相關研究參考。</abstract><author>經濟部水利署</author><categoryidentifier>328.647</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/18</date><governmentpublicationsnumber>1009200561</governmentpublicationsnumber><identifier>22729</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22729</librarycollectiondetailsurl><price>335</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區雨量測站降雨強度－延時 Horner公式分析</title><yearidentifier>200302</yearidentifier></data><data><abstract>以過去淡水河歷年豐富之颱洪觀測資料，建立數值模式或以因次分析推導之推算式，結合數值計算之推衍驗證，以及中央氣象局之颱風動態預報與路徑扇形機率預報，完成淡水河水位機率預報模式，以更準確分析出水庫洩洪與河口暴潮對河川水位之影響，將為水庫洩洪決策建立一項階段性之成果</abstract><author>台灣環保基金會</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST09100</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/21</date><governmentpublicationsnumber>1009104418</governmentpublicationsnumber><identifier>22730</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22730</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>颱洪期間水庫洩洪與河口暴潮對淡水河水位影響之機率預測研究（光碟版）</title><yearidentifier>200211</yearidentifier></data><data><abstract>第一章 前言&amp;lt;br&amp;gt; 第二章 雷達觀測資料之處理展示與整合&amp;lt;br&amp;gt; 第三章 SOBEK模式前處理與後製作規劃及模擬測試&amp;lt;br&amp;gt; 第四章 水文觀測資料之查核與分析&amp;lt;br&amp;gt; 第五章 系統模式架構規劃及未來發展之評估分析</abstract><author>台大水工所</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9100</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/21</date><governmentpublicationsnumber>1009104416</governmentpublicationsnumber><identifier>22731</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22731</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文氣象資訊與水文水理系統模式整合之研發（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫的工作包括蒐集及整理國內外地面造雨技術、設備、經驗和成果，調查國內各機關現有地面造雨器材、設備，分析台灣地區歷次缺水之區位、程度、頻率等資料，研擬台灣地區地面造雨作業，同時評估地面造雨站的位置、經費、人力、設備器材、維護管理等，規劃地面造雨站網，並完成造雨成效追蹤評估方式及相關作業手冊。</abstract><author>能邦顧問公司</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910060</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/21</date><governmentpublicationsnumber>1009104407</governmentpublicationsnumber><identifier>22732</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22732</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地面造雨作業研擬及站網規劃（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫預計以三年時間建置一套旱災防救決策支援系統，輔助相關單位進行旱災防救相關業務。本年度（91年度）的工作重點為完成涵蓋中、南部地區之系統。</abstract><author>中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/21</date><governmentpublicationsnumber>1009104421</governmentpublicationsnumber><identifier>22733</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22733</librarycollectiondetailsurl><price>510</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建置旱災防救決策支援系統（2/3） Planning Decision Support System for Drought Defense (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫預計以三年時間建置一套旱災防救決策支援系統，輔助相關單位進行旱災防救相關業務。本年度（91年度）的工作重點為完成涵蓋中、南部地區之系統。</abstract><author>中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/3/21</date><governmentpublicationsnumber>1009104421</governmentpublicationsnumber><identifier>22734</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22734</librarycollectiondetailsurl><price>510</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>建置旱災防救決策支援系統（2/3）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>WRA</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/25</date><governmentpublicationsnumber>1009104549</governmentpublicationsnumber><identifier>22735</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22735</librarycollectiondetailsurl><price>500</price><publisher>WRA</publisher><publishrocyear>91</publishrocyear><title>The Development of Decision Support System for Water Resources in Taiwan (2/5)</title><yearidentifier>200211</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89及90年度之北部及中部計畫成果，辦理南部區域之計畫工作，目前已彙整建置之GIS圖層資料共79項，水文、水庫、水質、河川斷面、水權等時序性資料39項，並以XML Web Service技術直接連結中央氣象局之氣候資料庫、台灣省自來水公司之供水量資料庫及水庫資料庫、十河局之即時河川水位、即時雨量以及翡翠水庫、石門水庫之水庫營運資料庫；同時，開發GIS查詢系統，提供圖形資料之套疊查詢及屬性資料之進階查詢。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.6193   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA\WRB-910001V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>22736</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22736</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域（1/2）Establish Management and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89及90年度之北部及中部計畫成果，辦理南部區域之計畫工作，目前已彙整建置之GIS圖層資料共79項，水文、水庫、水質、河川斷面、水權等時序性資料39項，並以XML Web Service技術直接連結中央氣象局之氣候資料庫、台灣省自來水公司之供水量資料庫及水庫資料庫、十河局之即時河川水位、即時雨量以及翡翠水庫、石門水庫之水庫營運資料庫；同時，開發GIS查詢系統，提供圖形資料之套疊查詢及屬性資料之進階查詢。</abstract><author>銳悌科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910001V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>22737</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22737</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89及90年度之北部及中部計畫成果，辦理南部區域之計畫工作，目前已彙整建置之GIS圖層資料共79項，水文、水庫、水質、河川斷面、水權等時序性資料39項，並以XML Web Service技術直接連結中央氣象局之氣候資料庫、台灣省自來水公司之供水量資料庫及水庫資料庫、十河局之即時河川水位、即時雨量以及翡翠水庫、石門水庫之水庫營運資料庫；同時，開發GIS查詢系統，提供圖形資料之套疊查詢及屬性資料之進階查詢。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>100317 013   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910001V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>22738</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22738</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域（1/2）系統操作及維護手冊　Establish Management and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>在地震地下水觀測資料的應用研究部分，除藉由集集地震於濁水溪沖積扇區造成的水位變化為案例，研究地震對地下水文系統的影響（詳參附冊三：地震對於地下水文系統影響），並聯合地下水及地表水因為地震所引致的水文變化（詳參附冊二：地震引致河川基流量變化分析），以綜觀因為地震所引致的水文或水力變化現象。從地下水化學連續性監測所提供的離子濃度及水氡含量的變動資料，經過與地下水位及其他物理量的比對，可提供單從地下水位變動資料無法提供的地下水文資訊（詳參附冊四：地下水水化學連續監測分析），並解釋地下水物理及化學連動的有力證據。</abstract><author>成大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105041</governmentpublicationsnumber><identifier>22739</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22739</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地震發生前後地下水水位異常變化之研究（2/5） The Study of Groundwater Anomalies Associated with the Earthquake (2/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>在地震地下水觀測資料的應用研究部分，除藉由集集地震於濁水溪沖積扇區造成的水位變化為案例，研究地震對地下水文系統的影響（詳參附冊三：地震對於地下水文系統影響），並聯合地下水及地表水因為地震所引致的水文變化（詳參附冊二：地震引致河川基流量變化分析），以綜觀因為地震所引致的水文或水力變化現象。從地下水化學連續性監測所提供的離子濃度及水氡含量的變動資料，經過與地下水位及其他物理量的比對，可提供單從地下水位變動資料無法提供的地下水文資訊（詳參附冊四：地下水水化學連續監測分析），並解釋地下水物理及化學連動的有力證據。</abstract><author>成大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105041</governmentpublicationsnumber><identifier>22740</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22740</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地震發生前後地下水水位異常變化之研究（2/5）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>研究計畫包括區域性地下水文平衡最佳推估模式、大區域分區分層地層下陷計算、地層下陷資料之地理資訊決策支援系統、以及地層下陷及地下水優化模式等四個研究子題。其最終目標係藉由地理資訊決策支援系統，整合其他三個模式，發展一套最佳地層下陷趨勢預測模式，以提供地層下陷潛勢區之判別方法及下陷量預測、水資源利用與管理等技術。</abstract><author>交大防災中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105045</governmentpublicationsnumber><identifier>22741</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22741</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>海岸地區地陷潛能與危險評估技術（2/3） Assessment on Risk and Potential of Land-Subsidence in Coastal Area (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>研究計畫包括區域性地下水文平衡最佳推估模式、大區域分區分層地層下陷計算、地層下陷資料之地理資訊決策支援系統、以及地層下陷及地下水優化模式等四個研究子題。其最終目標係藉由地理資訊決策支援系統，整合其他三個模式，發展一套最佳地層下陷趨勢預測模式，以提供地層下陷潛勢區之判別方法及下陷量預測、水資源利用與管理等技術。</abstract><author>交大防災中心</author><categoryidentifier>1103 280   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105045</governmentpublicationsnumber><identifier>22742</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22742</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>海岸地區地陷潛能與危險評估技術（2/3）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫希望藉由「台灣地區地下水資源管理決策支援系統建置」計畫之推動，使地下水資源決策分析之相關人員，得以藉由本系統之運用，充分瞭解並掌握台灣地區地下水資源之特性，以提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。 本決策支援系統主要可以分為三個次系統，分別為資料查詢分析次系統、地下水水情分析次系統、地下水營運管理次。</abstract><author>中興顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0910051</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105057</governmentpublicationsnumber><identifier>22743</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22743</librarycollectiondetailsurl><price>685</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置（2/4） The Decision Supporting System for Groundwater Management in Taiwan (2/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫希望藉由「台灣地區地下水資源管理決策支援系統建置」計畫之推動，使地下水資源決策分析之相關人員，得以藉由本系統之運用，充分瞭解並掌握台灣地區地下水資源之特性，以提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。 本決策支援系統主要可以分為三個次系統，分別為資料查詢分析次系統、地下水水情分析次系統、地下水營運管理次。</abstract><author>中興顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105057</governmentpublicationsnumber><identifier>22744</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22744</librarycollectiondetailsurl><price>685</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置（2/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、綜合歷年地層下陷防治及地下水觀測站網之委辦及專案計畫，分析各計畫提供效益及針對模式發展型之計畫，分析各模式過去提供之效益及未來發展性。二、綜合整理地層下陷防治及地下水觀測站網執行成效及未來發展 等資料，出版彩色英文版報告。三、訂立並修訂第二版「觀測井保養與維護作業程序」。</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9100206</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105065</governmentpublicationsnumber><identifier>22745</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22745</librarycollectiondetailsurl><price>385</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（六） Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅵ)</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、綜合歷年地層下陷防治及地下水觀測站網之委辦及專案計畫，分析各計畫提供效益及針對模式發展型之計畫，分析各模式過去提供之效益及未來發展性。二、綜合整理地層下陷防治及地下水觀測站網執行成效及未來發展 等資料，出版彩色英文版報告。三、訂立並修訂第二版「觀測井保養與維護作業程序」。</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9100206</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/11</date><governmentpublicationsnumber>1009105065</governmentpublicationsnumber><identifier>22751</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22751</librarycollectiondetailsurl><price>385</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（六）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計劃擬對台北盆地標高十五公尺以下，進行地下水管制區檢討及土壤液化評估。首先在於對台北盆地水文、水文地質、地層、地盤反應及土壤液化潛能分區等資料之蒐集與分析，以便建立台北盆地地下水水平衡模式；其次，探討地下水位變化對台北盆地土層的液化潛能及地下結構物安全之影響，同時對液化潛能及地下結構物安全選擇適切之評估方法；最後則對地下水管制區與土壤液化潛能分區圖作整合，檢討目前台北盆地地下水管制區訂定之適切性，並提供適合之地下水管理模式。此計畫預期可提供台北盆地地下水管制區及土壤液化之管理模式，協助有關單位對各行政區域作防範措施之參考。</abstract><author>成大資源系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910036V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105070</governmentpublicationsnumber><identifier>22752</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22752</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北盆地地下水管制區檢討及土壤液化評估（1/2） A Reiew of Groundwater Restricted Area and Soil Evaluation of Soil Liquefaction (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計劃擬對台北盆地標高十五公尺以下，進行地下水管制區檢討及土壤液化評估。首先在於對台北盆地水文、水文地質、地層、地盤反應及土壤液化潛能分區等資料之蒐集與分析，以便建立台北盆地地下水水平衡模式；其次，探討地下水位變化對台北盆地土層的液化潛能及地下結構物安全之影響，同時對液化潛能及地下結構物安全選擇適切之評估方法；最後則對地下水管制區與土壤液化潛能分區圖作整合，檢討目前台北盆地地下水管制區訂定之適切性，並提供適合之地下水管理模式。此計畫預期可提供台北盆地地下水管制區及土壤液化之管理模式，協助有關單位對各行政區域作防範措施之參考。</abstract><author>成大資源系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910036V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105070</governmentpublicationsnumber><identifier>22753</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22753</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北盆地地下水管制區檢討及土壤液化評估（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫水井清查工作共清查出計畫區域之5792口水井，台南縣佳里鎮共清查3720口水井，台南縣學甲鎮共清查1242口水井，台南縣鹽水鎮共清查出830口水井；佳里鎮地下水年抽水量約3,827.7萬噸，學甲鎮地下水年抽水量約為 1,595.4萬噸，鹽水鎮地下水年抽水量約為1196.1萬噸。</abstract><author>雄科大水保中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009005134</governmentpublicationsnumber><identifier>22754</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22754</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>九十一年度水資源保育及發展研究中心執行計畫－台南縣鹽水鎮、學甲鎮及佳里鎮水井清查補助計畫　期末報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫水井清查工作共清查出計畫區域之5792口水井，台南縣佳里鎮共清查3720口水井，台南縣學甲鎮共清查1242口水井，台南縣鹽水鎮共清查出830口水井；佳里鎮地下水年抽水量約3,827.7萬噸，學甲鎮地下水年抽水量約為 1,595.4萬噸，鹽水鎮地下水年抽水量約為1196.1萬噸。</abstract><author>雄科大水保中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009005134</governmentpublicationsnumber><identifier>22755</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22755</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>九十一年度水資源保育及發展研究中心執行計畫－台南縣鹽水鎮、學甲鎮及佳里鎮水井清查補助計畫　期末報告（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫的目的為建立淹水潛勢分析之基金資料、進行地層下陷區土地利用及淹水調查、建置本土化淹水潛勢分析模式、分析土地利用對於淹水潛勢影響，建立淹水災害評核標準程序，藉以提供政府作為地層下陷區淹水災害預警及防治之參考。</abstract><author>成大水利海洋研發會</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910007V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105371</governmentpublicationsnumber><identifier>22756</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22756</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>91</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究（2/3） Influence of Land Use on Flooding Potential in Land Subsidence Areas (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫的目的為建立淹水潛勢分析之基金資料、進行地層下陷區土地利用及淹水調查、建置本土化淹水潛勢分析模式、分析土地利用對於淹水潛勢影響，建立淹水災害評核標準程序，藉以提供政府作為地層下陷區淹水災害預警及防治之參考。</abstract><author>成大水利海洋研發會</author><categoryidentifier>358.7   554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105371</governmentpublicationsnumber><identifier>22757</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22757</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究（2/3）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>子計畫一、中心綜合工作；子計畫二、彰化、雲林縣沿海地區地下水遭海水入侵鹽化調查及對策研擬（I）-雲林地區；子計畫三、雲林縣用水清查（I）工業用水全面清查；子計畫四、濁水溪沖積扇水源調查（I）-地下水源開 採之區域調查；子計畫五、雲林縣四鄉鎮水井清查-東勢、褒忠、崙背、北港；子計畫六、協助監控濁水溪沿岸及河道行水區地形地貌現況及改變調查。</abstract><author>雲科大水土資源防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105136</governmentpublicationsnumber><identifier>22758</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22758</librarycollectiondetailsurl><price>370</price><publisher>經濟部水資源局（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十－年度工作推動計畫」補助計畫（上冊） Project of 2002 at the Research Center of Soil &amp; Water Resources and Disastrous Prevention, National Yunlin University of Scienc</title><yearidentifier>200212</yearidentifier></data><data><abstract>子計畫一、中心綜合工作；子計畫二、彰化、雲林縣沿海地區地下水遭海水入侵鹽化調查及對策研擬（I）-雲林地區；子計畫三、雲林縣用水清查（I）工業用水全面清查；子計畫四、濁水溪沖積扇水源調查（I）-地下水源開 採之區域調查；子計畫五、雲林縣四鄉鎮水井清查-東勢、褒忠、崙背、北港；子計畫六、協助監控濁水溪沿岸及河道行水區地形地貌現況及改變調查。</abstract><author>雲科大水土資源防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105136</governmentpublicationsnumber><identifier>22759</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22759</librarycollectiondetailsurl><price>370</price><publisher>經濟部水資源局（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十－年度工作推動計畫」補助計畫（上冊）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>子計畫一、中心綜合工作；子計畫二、彰化、雲林縣沿海地區地下水遭海水入侵鹽化調查及對策研擬（I）-雲林地區；子計畫三、雲林縣用水清查（I）工業用水全面清查；子計畫四、濁水溪沖積扇水源調查（I）-地下水源開 採之區域調查；子計畫五、雲林縣四鄉鎮水井清查-東勢、褒忠、崙背、北港；子計畫六、協助監控濁水溪沿岸及河道行水區地形地貌現況及改變調查。</abstract><author>雲科大水土資源防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105136</governmentpublicationsnumber><identifier>22760</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22760</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十－年度工作推動計畫」補助計畫（下冊） Project of 2002 at the Research Center of Soil &amp; Water Resources and Disastrous Prevention, National Yunlin University of Scien</title><yearidentifier>200212</yearidentifier></data><data><abstract>子計畫一、中心綜合工作；子計畫二、彰化、雲林縣沿海地區地下水遭海水入侵鹽化調查及對策研擬（I）-雲林地區；子計畫三、雲林縣用水清查（I）工業用水全面清查；子計畫四、濁水溪沖積扇水源調查（I）-地下水源開 採之區域調查；子計畫五、雲林縣四鄉鎮水井清查-東勢、褒忠、崙背、北港；子計畫六、協助監控濁水溪沿岸及河道行水區地形地貌現況及改變調查。</abstract><author>雲科大水土資源防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105136</governmentpublicationsnumber><identifier>22761</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22761</librarycollectiondetailsurl><price>665</price><publisher>經濟部水資源局（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十－年度工作推動計畫」補助計畫（下冊）光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本年度辦理嘉義縣東石鄉、布袋鎮及桃園觀音鄉等三鄉鎮水井清查。另外辦理嘉南平原42口及桃園地區5口觀測井之水井攝影工作。</abstract><author>農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910049V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105137</governmentpublicationsnumber><identifier>22762</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22762</librarycollectiondetailsurl><price>665</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水井調查定位與井體攝影分析（2/4）期末報告  Field Survery by Gps and Status Analysis by Television Inspection System on Groundwater Monitoring Wells (2/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本年度辦理嘉義縣東石鄉、布袋鎮及桃園觀音鄉等三鄉鎮水井清查。另外辦理嘉南平原42口及桃園地區5口觀測井之水井攝影工作。</abstract><author>農工中心</author><categoryidentifier>443.8   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910049</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105137</governmentpublicationsnumber><identifier>22763</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22763</librarycollectiondetailsurl><price>665</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水井調查定位與井體攝影分析（2/4）期末報告－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>具體成果分為「健全推動組織架構與協調機制」、「配合辦理教育宣導與訓練工作」、「辦理執行方案項下規劃研究工作」及「配合性工作」等四大項說明之，同時綜整本年度成果及相關資訊，建議未來工作方向，以作為經濟部、農會及內政部等單位規劃及調整相關防治工作參考。</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105294</governmentpublicationsnumber><identifier>22765</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22765</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治服務團九十一年度工作計畫報告  The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2002</title><yearidentifier>200212</yearidentifier></data><data><abstract>地層下陷防治防治服務團報告附件</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105314</governmentpublicationsnumber><identifier>22766</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22766</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治服務團九十一年度工作計畫報告　附錄一  The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2002 Appendix Ⅰ</title><yearidentifier>200212</yearidentifier></data><data><abstract>地層下陷防治防治服務團報告附件</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105315</governmentpublicationsnumber><identifier>22767</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22767</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治服務團九十一年度工作計畫報告　附錄二  The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2002 Appendix Ⅱ</title><yearidentifier>200212</yearidentifier></data><data><abstract>具體成果分為「健全推動組織架構與協調機制」、「配合辦理教育宣導與訓練工作」、「辦理執行方案項下規劃研究工作」及「配合性工作」等四大項說明之，同時綜整本年度成果及相關資訊，建議未來工作方向，以作為經濟部、農會及內政部等單位規劃及調整相關防治工作參考。</abstract><author>成大水工所</author><categoryidentifier>354.7   443.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105294</governmentpublicationsnumber><identifier>22768</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22768</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治服務團九十一年度工作計畫報告－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>台北盆地、桃園、宜蘭、嘉義、高雄地區水準檢測。地層下陷速率與面積分析。監測井網維護與觀測。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.7   433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-910026V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105336</governmentpublicationsnumber><identifier>22769</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22769</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地層下陷之監測、調查及分析（2/4） Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (2/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>台北盆地、桃園、雲林、嘉義、高雄、宜蘭等地區水準點檢測資料。</abstract><author>工技院能資所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910026V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105379</governmentpublicationsnumber><identifier>22770</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22770</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地層下陷之監測、調查及分析（2/4）附錄  Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (2/4) (Appendix)</title><yearidentifier>200212</yearidentifier></data><data><abstract>台北盆地、桃園、宜蘭、嘉義、高雄地區水準檢測。地層下陷速率與面積分析。監測井網維護與觀測。</abstract><author>工技院能資所</author><categoryidentifier>1103 289   433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910026V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/14</date><governmentpublicationsnumber>1009105336</governmentpublicationsnumber><identifier>22771</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22771</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地層下陷之監測、調查及分析（2/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>辦理地層下陷專業防治教育宣導活動</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910028V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009005289</governmentpublicationsnumber><identifier>22772</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22772</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導（1/3）總報告  Training Session and Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200212</yearidentifier></data><data><abstract>辦理地層下陷專業防治教育宣導活動</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910028V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009005289</governmentpublicationsnumber><identifier>22773</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22773</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導（1/3）總報告－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>運用現代化系統管理技術，建立一套適當而有效的用水策略，以提高用水效率及降低使用水量，合理分配既有可用水源，均衡各產業發展與用水需求。</abstract><author>成功大學水工試驗所</author><categoryidentifier>437.866</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009105368</governmentpublicationsnumber><identifier>22774</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22774</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>循環水養殖及回歸水灌溉使用示範計畫報告　A Demonstration Project on Usage of Recirculational Water and Fishery Waste Water Returning to Farm Irrigation</title><yearidentifier>200212</yearidentifier></data><data><abstract>本（91）年度為「台灣地區地下水觀測網整體計畫」之第二期第四年，其觀測井建置相關工作成果如下：1、完成建置八站（十口）地下水觀測井2、配合中央地調所設置二站（四口）觀測井3、完成建置宜蘭地區抽水試驗井一站（二口），地點為古亭。4、每口觀測井進行單井完工試水5、既有觀測井井體維護保養6.地質水文分析及抽水試驗7.地下水觀測站井佈置檢討</abstract><author>台糖新營廠</author><categoryidentifier>351.85   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA92004V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200448</governmentpublicationsnumber><identifier>22775</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22775</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井建置及已完成觀測井井體維護計畫（1/2）－地下水觀測站井佈置檢討（新苗地區、嘉南平原、澎湖地區）</title><yearidentifier>200301</yearidentifier></data><data><abstract>本（91）年度為「台灣地區地下水觀測網整體計畫」之第二期第四年，其觀測井建置相關工作成果如下：1、完成建置八站（十口）地下水觀測井2、配合中央地調所設置二站（四口）觀測井3、完成建置宜蘭地區抽水試驗井一站（二口），地點為古亭。4、每口觀測井進行單井完工試水5、既有觀測井井體維護保養6.地質水文分析及抽水試驗7.地下水觀測站井佈置檢討</abstract><author>台糖糖業股份有限公司新營廠</author><categoryidentifier>351.85   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92004V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200448</governmentpublicationsnumber><identifier>22776</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22776</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井建置及已完成觀測井井體維護計畫（1/2）－地下水觀測井建置及相關試驗</title><yearidentifier>200301</yearidentifier></data><data><abstract>本（91）年度為「台灣地區地下水觀測網整體計畫」之第二期第四年，其觀測井建置相關工作成果如下：1、完成建置八站（十口）地下水觀測井2、配合中央地調所設置二站（四口）觀測井3、完成建置宜蘭地區抽水試驗井一站（二口），地點為古亭。4、每口觀測井進行單井完工試水5、既有觀測井井體維護保養6.地質水文分析及抽水試驗7.地下水觀測站井佈置檢討</abstract><author>台糖新營廠</author><categoryidentifier>351.85   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA092004V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200448</governmentpublicationsnumber><identifier>22777</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22777</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井建置及已完成觀測井井體維護計畫（1/2）－地質水文分析及抽水試驗</title><yearidentifier>200301</yearidentifier></data><data><abstract>本（91）年度為「台灣地區地下水觀測網整體計畫」之第二期第四年，其觀測井建置相關工作成果如下： 1、完成建置八站（十口）地下水觀測井 2、配合中央地調所設置二站（四口）觀測井 3、完成建置宜蘭地區抽水試驗井一站（二口），地點為古亭。 4、每口觀測井進行單井完工試水 5、既有觀測井井體維護保養 6.地質水文分析及抽水試驗 7.地下水觀測站井佈置檢討</abstract><author>台糖新營廠</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200448</governmentpublicationsnumber><identifier>22778</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22778</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>地下水觀測站井建置及已完成觀測井井體維護計畫（1/2）－光碟版</title><yearidentifier>200301</yearidentifier></data><data><abstract>按照地層下陷區各項發展條件綜合分析規劃產業調整方向</abstract><author>台經院</author><categoryidentifier>433.72   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910027V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200425</governmentpublicationsnumber><identifier>22779</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22779</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>嚴重地層下陷區新型產業之整體規劃與評估（2/4） The Feasibility  Study on Introducing New Industries into Severe Land Subsiding Area (2/4)</title><yearidentifier>200302</yearidentifier></data><data><abstract>按照地層下陷區各項發展條件綜合分析規劃產業調整方向</abstract><author>經濟部水利署、台經院</author><categoryidentifier>354.7   433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910027V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200425</governmentpublicationsnumber><identifier>22780</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22780</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>嚴重地層下陷區新型產業之整體規劃與評估（2/4）－光碟版</title><yearidentifier>200302</yearidentifier></data><data><abstract>測定91年度地下水觀測網計畫嘉南及蘭陽平原地區17口觀測井水樣的碳十四年代與氚含量，以及32個岩心孔隙水的基本水質，探討本區地下水水文地質架構、水流模型、補注區、區域性長期平均補注量、地下水流速、水力傳導係數等，以及垂向（深度）剖面及橫向剖面的水質特性、分布及變化，提供本區地下水文與水質變化資料，以作為水資源保育與利用規劃之基礎。</abstract><author>台大地質系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910050V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200940</governmentpublicationsnumber><identifier>22781</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22781</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區新建地下水觀測井之地下水定年分析及垂向水質變化調查(3/4) Radiometric Dating and Vertical Quality Variation of Groundwater from Wells in Taiwan Area (3/4)</title><yearidentifier>200303</yearidentifier></data><data><abstract>測定91年度地下水觀測網計畫嘉南及蘭陽平原地區17口觀測井水樣的碳十四年代與氚含量，以及32個岩心孔隙水的基本水質，探討本區地下水水文地質架構、水流模型、補注區、區域性長期平均補注量、地下水流速、水力傳導係數等，以及垂向（深度）剖面及橫向剖面的水質特性、分布及變化，提供本區地下水文與水質變化資料，以作為水資源保育與利用規劃之基礎。</abstract><author>台大地質系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910050V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/15</date><governmentpublicationsnumber>1009200940</governmentpublicationsnumber><identifier>22782</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22782</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區新建地下水觀測井之地下水定年分析及垂向水質變化調查(3/4)－光碟版</title><yearidentifier>200303</yearidentifier></data><data><abstract>本計畫預計以三年時間建置一套旱災防救決策支援系統，輔助相關單位進行旱災防救相關業務。本年度（91年度）的工作重點為完成涵蓋中、南部地區之系統。</abstract><author>中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/16</date><governmentpublicationsnumber>1009104421</governmentpublicationsnumber><identifier>22783</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22783</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建置旱災防救決策支援系統（2/3）操作手冊　Planning Decision Support System for Drought Defense (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫預計以三年時間建置一套旱災防救決策支援系統，輔助相關單位進行旱災防救相關業務。本年度（91年度）的工作重點為完成涵蓋中、南部地區之系統。</abstract><author>中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/16</date><governmentpublicationsnumber>1009104421</governmentpublicationsnumber><identifier>22784</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22784</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建置旱災防救決策支援系統（2/3）參考手冊　Planning Decision Support System for Drought Defense (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫預計以三年時間建置一套旱災防救決策支援系統，輔助相關單位進行旱災防救相關業務。本年度（91年度）的工作重點為完成涵蓋中、南部地區之系統。</abstract><author>中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91002</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/16</date><governmentpublicationsnumber>1009104421</governmentpublicationsnumber><identifier>22785</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22785</librarycollectiondetailsurl><price>165</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建置旱災防救決策支援系統（2/3）系統維護手冊　Planning Decision Support System for Drought Defense (2/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/22</date><governmentpublicationsnumber>1009005033</governmentpublicationsnumber><identifier>22790</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22790</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區民國八十九年蓄水設施水量營運統計報告 更新</title><yearidentifier>200302</yearidentifier></data><data><abstract>以分析圖表介紹「台灣地區地下水觀測網整體計畫」執行的相關成果及各地區地下水位的現況及變化趨勢，並以圖文方式撰寫「地下水小常識」，淺述地下水資源領域的相關常識，供站網設站學校及各界參閱、瞭解地下水相關概念。</abstract><author>經濟部水利署</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>2009200490</governmentpublicationsnumber><identifier>22793</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22793</librarycollectiondetailsurl><price>1250</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水通訊（第一至六十九期合訂本）</title><yearidentifier>200301</yearidentifier></data><data><abstract>台北盆地於民國六十一年經宣告為地下水管制區域後，地下水位下降情形已逐漸緩和，民國七十三年翡翠水庫開始蓄水及供水後，台北盆地居民因獲充足水源而停止抽取地下水，再加上翡翠水庫對台北盆地具地下水補注功能，地下水位在最近十年內已大幅回昇。雖然如此，由於台北盆地人口密集且聚集數個北部重要的都市，因此持續對地下水位及水質之監測實為長期且必要之工作。本延續性計畫之目的為監測台北盆地之地下水位及水質並建立地下水位地理資訊系統以作為日後該區管理地下水資源之依據，以達有效掌握台北盆地地下水水位及水質變化。</abstract><author>農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910049V2</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105420</governmentpublicationsnumber><identifier>22794</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22794</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北盆地地下水水位及水質檢測（三） Monitoring of Groundwater Level and Quality in Taipei Basin (Ⅲ)</title><yearidentifier>200212</yearidentifier></data><data><abstract>台北盆地於民國六十一年經宣告為地下水管制區域後，地下水位下降情形已逐漸緩和，民國七十三年翡翠水庫開始蓄水及供水後，台北盆地居民因獲充足水源而停止抽取地下水，再加上翡翠水庫對台北盆地具地下水補注功能，地下水位在最近十年內已大幅回昇。雖然如此，由於台北盆地人口密集且聚集數個北部重要的都市，因此持續對地下水位及水質之監測實為長期且必要之工作。本延續性計畫之目的為監測台北盆地之地下水位及水質並建立地下水位地理資訊系統以作為日後該區管理地下水資源之依據，以達有效掌握台北盆地地下水水位及水質變化。</abstract><author>農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910049V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105420</governmentpublicationsnumber><identifier>22795</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22795</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台北盆地地下水水位及水質檢測（三）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫為台灣地區地下水觀測網水質監測調查分析之第五年計畫, 本計畫之目的為調查觀測網之地下水水質, 提供地下水資源利用及抗旱時期抽水井規劃之參考依據, 另外提供環保單位地下水水質污染之參考。</abstract><author>台糖新營廠、台糖研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA910047V4</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105422</governmentpublicationsnumber><identifier>22796</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22796</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析（4/5） Groundwater Quality by the Taiwan Groundwater Monitoring Network (3/5)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫為台灣地區地下水觀測網水質監測調查分析之第五年計畫, 本計畫之目的為調查觀測網之地下水水質, 提供地下水資源利用及抗旱時期抽水井規劃之參考依據, 另外提供環保單位地下水水質污染之參考。</abstract><author>台糖新營廠、台糖研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105422</governmentpublicationsnumber><identifier>22797</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22797</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析（4/5）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要工作項目包括：腐蝕與積垢指標資料蒐集分析；可行性腐蝕與積垢指標評估；可行性腐蝕與積垢指標現地驗證。為達成本計畫之計畫目的，本計畫主要研究方向為利用不同之腐蝕評估方式，予以相互比較、驗證，以期能建立一適合觀測井現地使用之腐蝕與積垢評估指標，甚至建立預警系統之雛形。考量應用於觀測井現場應用之可行性、操作之難易度、應用之經濟性以及確保以往監測數據之應用性，本計畫選定以重量法、CCPP、電化學法為主，微生物相為輔的方式進行綜合評估。</abstract><author>東南技術學院</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910031</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105423</governmentpublicationsnumber><identifier>22798</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22798</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>觀測井現地腐蝕防治方法之評估　Evaluation for In-Situ Preventing Corrosion in the Monitoring Wells</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要工作項目包括：腐蝕與積垢指標資料蒐集分析；可行性腐蝕與積垢指標評估；可行性腐蝕與積垢指標現地驗證。為達成本計畫之計畫目的，本計畫主要研究方向為利用不同之腐蝕評估方式，予以相互比較、驗證，以期能建立一適合觀測井現地使用之腐蝕與積垢評估指標，甚至建立預警系統之雛形。考量應用於觀測井現場應用之可行性、操作之難易度、應用之經濟性以及確保以往監測數據之應用性，本計畫選定以重量法、CCPP、電化學法為主，微生物相為輔的方式進行綜合評估。</abstract><author>東南技術學院</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105423</governmentpublicationsnumber><identifier>22799</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>觀測井現地腐蝕防治方法之評估－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究係依據台灣地區地下水觀測網整體計畫，於台糖地下水開發保育中心受經濟部水利署之委託執行蘭陽平原及嘉南平原新設地下水觀測井開鑿試水後，進行新設地下水觀測井之基本水質採樣與分析工作，其目的在經由地下水質之調查結果，瞭解與掌握該地區之地下水基本水質現況，除可建立地下水質的基本資料並作後續觀測的分析檢討背景外，並可據以判定該地區地下水各種供水用途的適宜性，以配合日後用水來源的調度功能及確保用水的水質安全。</abstract><author>中興環工系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910039V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105425</governmentpublicationsnumber><identifier>22800</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22800</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析（1/2） Investigation and Analysis of Groundwater Quality in Taiwan Area (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究係依據台灣地區地下水觀測網整體計畫，於台糖地下水開發保育中心受經濟部水利署之委託執行蘭陽平原及嘉南平原新設地下水觀測井開鑿試水後，進行新設地下水觀測井之基本水質採樣與分析工作，其目的在經由地下水質之調查結果，瞭解與掌握該地區之地下水基本水質現況，除可建立地下水質的基本資料並作後續觀測的分析檢討背景外，並可據以判定該地區地下水各種供水用途的適宜性，以配合日後用水來源的調度功能及確保用水的水質安全。</abstract><author>中興環工系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910039V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105425</governmentpublicationsnumber><identifier>22801</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22801</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署根據行政院核定之「溫泉開發管理方案」，辦理本計畫，主要目的在建立台灣溫泉基本資料、研擬溫泉地下水之開發技術與開發管理規劃、開發保育規範及政策、落實溫泉區水權登記管理工作，並制訂調配開發與永續經營原則。全程計畫之預期成果包括:臺灣溫泉區基本資料建置、示範溫泉區溫泉地質圖及水文地質圖繪製、示範溫泉區內現有溫泉井之調查及水權基本資料建置、研擬溫泉開發利用策略、研擬台灣地區溫泉地下水之開發技術與開發管理規劃、開發保育規範及政策、制訂調配開發與永續經營原則及完成全程計畫總報告。本(91)年度之研究調查地區包括金崙、仁澤、金山、谷關、廬山、四重溪等6處溫泉區。</abstract><author>工研院能資所</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910025V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105427</governmentpublicationsnumber><identifier>22802</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22802</librarycollectiondetailsurl><price>820</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣溫泉水資源之調查及開發利用（3/4） A Study on the Investigation , Exploitation and Utilization of Hot-Spring Resources in Taiwan (3/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署根據行政院核定之「溫泉開發管理方案」，辦理本計畫，主要目的在建立台灣溫泉基本資料、研擬溫泉地下水之開發技術與開發管理規劃、開發保育規範及政策、落實溫泉區水權登記管理工作，並制訂調配開發與永續經營原則。全程計畫之預期成果包括:臺灣溫泉區基本資料建置、示範溫泉區溫泉地質圖及水文地質圖繪製、示範溫泉區內現有溫泉井之調查及水權基本資料建置、研擬溫泉開發利用策略、研擬台灣地區溫泉地下水之開發技術與開發管理規劃、開發保育規範及政策、制訂調配開發與永續經營原則及完成全程計畫總報告。本(91)年度之研究調查地區包括金崙、仁澤、金山、谷關、廬山、四重溪等6處溫泉區。</abstract><author>工研院能資所</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910025V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105427</governmentpublicationsnumber><identifier>22803</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22803</librarycollectiondetailsurl><price>820</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣溫泉水資源之調查及開發利用（3/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>目前由於「台灣地區地下水觀測網整體計畫」的執行，對於濁水溪沖積扇、屏東平原、嘉南平原與蘭陽平原，已有較完整之地下水觀測資料，部份地區亦曾有地下水管理相關之研究，惟其大多注重於地下水系統的瞭解及數值方法之應用，並未進一步結合系統分析的方法，將整個地表與地下視為完整的系統進行整體的分析。爰此，本計畫擬整合系統分析與數值模擬方法，針對所選定地下水區之地下水資源可利用量及地下水管理策略等，結合地表水系統進行整體營運規劃與綜合評估。</abstract><author>交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910017V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105431</governmentpublicationsnumber><identifier>22804</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22804</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地下水資源整體營運規劃與綜合評估（1/2） Assessment and Management of Regional Groundwater Resources (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>目前由於「台灣地區地下水觀測網整體計畫」的執行，對於濁水溪沖積扇、屏東平原、嘉南平原與蘭陽平原，已有較完整之地下水觀測資料，部份地區亦曾有地下水管理相關之研究，惟其大多注重於地下水系統的瞭解及數值方法之應用，並未進一步結合系統分析的方法，將整個地表與地下視為完整的系統進行整體的分析。爰此，本計畫擬整合系統分析與數值模擬方法，針對所選定地下水區之地下水資源可利用量及地下水管理策略等，結合地表水系統進行整體營運規劃與綜合評估。</abstract><author>交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910017V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105431</governmentpublicationsnumber><identifier>22805</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22805</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地下水資源整體營運規劃與綜合評估（1/2）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>目前由於「台灣地區地下水觀測網整體計畫」的執行，已獲得豐碩的成果，基於水資源管理中之水質與水量並重精神的考量，每年使用在台灣地區地下水檢測分析上的經費均相當可觀，經濟部水利署基於成本與效率之考量，針對現有觀測井規劃具有代表性（同時考量水文地質和地下水水質條件）之定期地下水水質檢測方式，以期掌握區域地下水水質變化之同時，降低檢測作業所需成本，以期利用最少之經費發揮站網之最大效益。本計畫主要工作項目包括:資料蒐集分析;運用不同地理統計方法，選出最能確實反映該區水質特性之最佳方法;透過不同之統計方式，嘗試在可接受的水質精度範圍內，提出可減少監測數量或監測頻率之可行方案及模擬驗證工作。</abstract><author>交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910034</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105429</governmentpublicationsnumber><identifier>22806</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22806</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網水質指標井之選定方法評估　Investigation on Methods to Establish of Ground Watwr Quality Index Wells for Ground Water Monitoring Network in Taiwan</title><yearidentifier>200212</yearidentifier></data><data><abstract>目前由於「台灣地區地下水觀測網整體計畫」的執行，已獲得豐碩的成果，基於水資源管理中之水質與水量並重精神的考量，每年使用在台灣地區地下水檢測分析上的經費均相當可觀，經濟部水利署基於成本與效率之考量，針對現有觀測井規劃具有代表性（同時考量水文地質和地下水水質條件）之定期地下水水質檢測方式，以期掌握區域地下水水質變化之同時，降低檢測作業所需成本，以期利用最少之經費發揮站網之最大效益。本計畫主要工作項目包括:資料蒐集分析;運用不同地理統計方法，選出最能確實反映該區水質特性之最佳方法;透過不同之統計方式，嘗試在可接受的水質精度範圍內，提出可減少監測數量或監測頻率之可行方案及模擬驗證工作。</abstract><author>交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910034</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/23</date><governmentpublicationsnumber>1009105429</governmentpublicationsnumber><identifier>22807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22807</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網水質指標井之選定方法評估－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>針對91年度各獲選為節約用水績優單位及個人之節水事蹟,進行專題報導,除予表彰宣揚外,並可供各界參考借鏡</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009102383</governmentpublicationsnumber><identifier>22808</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22808</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>2002經濟部水利署節約用水績優單位及個人專輯　2002 Water Conservation Outstanding Performance Awards</title><yearidentifier>200209</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22809</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22809</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末總報告  Water Conservation Works Implement Program (6/8)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22810</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22810</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（1）「省水器材品質效能提升」附錄</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22811</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22811</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（2）「節水與回收利用技術服務」附錄</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22812</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22812</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（3）水利署推動雨水／中水利用成果彙整</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22813</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22813</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（4）91年度全國國中小學暨火車站／高速公路休息站省水器材更換成果彙整</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22814</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22814</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（5）製造業用水量標準範圍之研訂（1/2）</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22815</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22815</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（6）「節約用水行動方案」90年度推動成效來檢討報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>為協助水利署達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:(一)省水器材品質效能提升(二)節水與回收利用技術服務(三)節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910030V</commissionedprojectidentifier><currency>NT$</currency><date>2003/4/24</date><governmentpublicationsnumber>1009105503</governmentpublicationsnumber><identifier>22816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22816</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>節約用水措施推動計畫（6/8）期末報告－單冊報告（7）生活用水合理用水指標體系增修之研究</title><yearidentifier>200212</yearidentifier></data><data><abstract>就中部地區分析用水需求，檢討現有水源供給能力及供水潛能、評估可能水源方案，並就各目標擬訂本區域水源供需策略以為未來水源開發與調配之依據。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>554.615</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/25</date><governmentpublicationsnumber>1009200440</governmentpublicationsnumber><identifier>22817</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22817</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>中部地區水資源整體規劃檢討－中部地區水資源供需檢討（內附光碟）Review of Water Resources Overall planning for Central Region Review of Water Resources Supply and Demand in Central Region</title><yearidentifier>200302</yearidentifier></data><data><abstract>國內以往排水改善效益之評估項目不完整，評估結果其益本比常偏低，易誤導減低對排水改善之投資意願，造成民眾、社會及國家之莫大損失與傷害。本計畫擬建立一套較完整的排水系統改善經濟分析之程序及方法，以供防洪排水改善規劃者之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/25</date><governmentpublicationsnumber>1009200501</governmentpublicationsnumber><identifier>22818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22818</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>排水系統改善計畫之經濟分析及因應對策研究報告　Report on the Study of Economic Analysis and Countermeasures of Drainage System Improvement</title><yearidentifier>200302</yearidentifier></data><data><abstract>計畫基於保護民眾及因應開發計畫實施後對水文環境衝擊，90年針對柳川太原路以南集水區及91年針對土庫溪排水及柳川太原路以北集水區納入檢討改善，期能完成計畫集水區內排水改善規劃並供工程實施參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/25</date><governmentpublicationsnumber>1009200680</governmentpublicationsnumber><identifier>22819</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22819</librarycollectiondetailsurl><price>552</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台中地區柳川排水及土庫溪排水系統改善規劃</title><yearidentifier>200301</yearidentifier></data><data><abstract>本計畫目的為就初步規劃資料進一步進行水庫開發之可行性規劃，以利支援高屏地區民生用水暨紓解牡丹水庫供水壓力。本書為士文水庫主要工程設施規劃設計成果，將作為未來細部設計之依據。</abstract><author>經濟部水利署水利規劃試驗所、和新顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/28</date><governmentpublicationsnumber>1009105388</governmentpublicationsnumber><identifier>22820</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22820</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>士文水庫可行性規劃　一、工程專題　（三）工程規劃設計（內附光碟）　Feasibility Study of shiWen Reservoir  Ⅰ‧Engineering Topic  ３‧Engineering Planning and Design</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫目的為就初步規劃資料進一步進行水庫開發之可行性規劃，以利支援高屏地區民生用水暨紓解牡丹水庫供水壓力。本書為士文水庫壩址附近薄山脊地質調查評估成果，將作為工程規劃設計之依據。</abstract><author>經濟部水利署水利規劃試驗所、和新顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/28</date><governmentpublicationsnumber>1009104353</governmentpublicationsnumber><identifier>22822</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22822</librarycollectiondetailsurl><price>673</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>士文水庫可行性規劃　三、地質專題 （四）薄山脊地質調查評估（內附光碟） Feasibility Study of shiWen Reservoir  Ⅲ‧Geological Survey  ４‧Geological Supplementary Report for Right Saddle Ridge</title><yearidentifier>200212</yearidentifier></data><data><abstract>士文水庫工址地質及築壩材料補充調查為延續調查試驗計畫，以為規劃設計之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/28</date><governmentpublicationsnumber>1009200243</governmentpublicationsnumber><identifier>22823</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22823</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>士文水庫可行性規劃　三、地質專題 （五）工址地質及築壩材料補充調查與試驗　Feasibility Planning of shiWen Reservoir Supplemental Geological and Embankment Material Investigation</title><yearidentifier>200301</yearidentifier></data><data><abstract>為解決南部區域中、長程之供水問題，擬攔引荖濃溪豐水期部份剩餘未利用之水量，越域引入曾文水庫調蓄，以供應南部區域之用水。經提環境影響評估報告書初稿送環保署審查及確認通過並印製定稿本，以完成環評之法定程序。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/30</date><governmentpublicationsnumber>1009200683</governmentpublicationsnumber><identifier>22826</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22826</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>曾文水庫越域引水計畫環境影響評估報告書  Tseng-Wen Reservoir Transbasin Diversion Project Environmental Impact Assessment</title><yearidentifier>200303</yearidentifier></data><data><abstract>為解決南部區域中、長程之供水問題，擬攔引荖濃溪豐水期部份剩餘未利用之水量，越域引入曾文水庫調蓄，以供應南部區域之用水。經提環境影響評估報告書初稿送環保署審查及確認通過並印製定稿本，以完成環評之法定程序。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/4/30</date><governmentpublicationsnumber>1009200683</governmentpublicationsnumber><identifier>22827</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22827</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>曾文水庫越域引水計畫環境影響評估報告書（附錄） Tseng-Wen Reservoir Transbasin Diversion Project Environmental Impact Assessment</title><yearidentifier>200303</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200063</governmentpublicationsnumber><identifier>22828</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22828</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立成果報告　Extending the Database of Flood Defense and Establishing its Supporting System</title><yearidentifier>200304</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200063</governmentpublicationsnumber><identifier>22829</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22829</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立成果報告（標準光碟版）</title><yearidentifier>200304</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>1103 303   436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200063</governmentpublicationsnumber><identifier>22830</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22830</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立成果報告（光碟版）</title><yearidentifier>200304</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200975</governmentpublicationsnumber><identifier>22831</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22831</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立－系統維護手冊　Extending the Database of Flood Defense and Establishing its Supporting System</title><yearidentifier>200304</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200976</governmentpublicationsnumber><identifier>22832</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22832</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立－系統操作手冊　Extending the Database of Flood Defense and Establishing its Supporting System</title><yearidentifier>200304</yearidentifier></data><data><abstract>本委辦計畫針對水利署水利規劃試驗所、各河川局、各縣市政府水利單位為主，建立水利設施資料及網路資料檢索及供應系統，藉由水災防救資料庫擴充與供應系統建立，不僅便於資訊傳送，對決策單位而言，即時掌握水災資訊，有助於提昇水災防救科技水準，有效減少水災對民眾生命財產之威脅。&amp;lt;BR&amp;gt; &amp;lt;B&amp;gt;相關圖書&amp;lt;/B&amp;gt;:&amp;lt;BR&amp;gt; GPN:1009200975 系統維護手冊&amp;lt;BR&amp;gt; GPN:1009200976 系統操作手冊</abstract><author>台大生環系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91003</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/7</date><governmentpublicationsnumber>1009200976</governmentpublicationsnumber><identifier>22833</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22833</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災防救資料庫擴充及供應系統建立－系統維護操作手冊（光碟版）</title><yearidentifier>200304</yearidentifier></data><data><abstract>發展集水區經營管理的科學與技術，是近代永續水資源的重要課題之一。過去工程技術的重要使命在於免除人類承受來自於大自然的災害（如防洪），而非保護環境免於人類的破壞。但隨著環境意識的高漲，工程設計中結合生態原則的必要性日益受到矚目。越來越多的證據也顯示，修正習慣工法（或說傳統工法）的作業方法，如加入生態要素以利人類永續利用自然資源，是確實可行的。</abstract><author>北科大土木系暨環境所</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105261</governmentpublicationsnumber><identifier>22835</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22835</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>集水區親水及生態工法之建立（3/4）The Establishment of Ecological Engineering Methods in Watersheds (3/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究主要目的在建置一涵蓋全流域的整合型土砂評估模式，將1.集水區水文與土砂生產、2.河道水理與動床 等機制整合於一模式中，從全流域的觀點考慮流域整體之泥砂生產、輸送以及河床演變等相關問題。利用模式模擬全流域之泥砂供需情形，可進一步對土砂災害及工程規劃的影響進行整體評估，並對河砂資源之採擷進行量化管理。在國內業務主管單位趨於整合，流域整體治理規劃觀念逐步落實的同時，本模式可提供管理者合理的泥砂調配資訊，使流域各區域達到預期的治理目標。</abstract><author>成大防災中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST91002V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105264</governmentpublicationsnumber><identifier>22836</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22836</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>流域土砂管理模式之研究（3/3）Study on the Watershed Models of Sedimentary Management (3/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract>1.依台灣個別水庫之具體條件，選擇具有代表性之水庫，研究建立高效率排砂清淤方法。 2.分由經濟觀點達到清淤成本最低，時間上縮短清淤時程，有效配置清淤位置與機具以得到最大清量等方向進行探討，以提升清淤效率，達成高效率排砂清淤。 3.依据上述水庫排砂清淤規劃所累積之成果與經驗，歸納出一系統性之規劃方法，供台灣其他水庫規劃高效率排砂清淤之參考。 4.研究及規劃時在環境影響衝擊最小下，水庫淤泥資源化利用技術。</abstract><author>成大研究發展基金會</author><categoryidentifier>10020206 096   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910003V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105265</governmentpublicationsnumber><identifier>22837</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22837</librarycollectiondetailsurl><price>575</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建立水庫高效率排砂（3/4） Development of High Efficiency Reservoir Desilting Methods (3/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為使水庫集水區之經營與管理朝向資訊化，本計畫用發展成熟之科技技術，整合GIS、GPS、RS、3D技術及PDA之各項功能，提供水庫管理單位一整合性之環境資源管理之系統工具，俾提高水庫集水區整體性保育規劃之執行效率，達到水土資源永續利用之目的</abstract><author>逢大地理資訊中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910005V</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105240</governmentpublicationsnumber><identifier>22838</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22838</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地理資訊系統於主要水庫集水區管理之應用(2/2)　Application of GIS to Major Reservoir Watersheds Management (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為具體呈現各項治理工程之土砂整治效果，本研究擬就水庫集水區型態與集水區產砂之關係加以分類及探討，針對水庫集水區土砂產量之特性進行分析研究，並從土砂整治的觀點，透過集水區泥砂運移型態分析與整治率等量化方式加以說明，期藉由集水區土砂整治率評估模式之研究與應用，配合水庫集水區各項保育計畫之實施以有效評估土砂整治效果，深入進行水庫集水區土砂整治成效評估工作，除可提供水庫管理單位參考之外，更可作為未來集水區治理規劃之具體建議。</abstract><author>中興水保系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910011V</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105241</governmentpublicationsnumber><identifier>22839</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22839</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫集水區土砂整治成效評估（1/2）The Evaluation Study of Watershed Sediment Management (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為完整掌握該集水區的環境變遷與水質變化，結合定期的水質監測資料，建立集水區的水質模式與土地利用地理資訊系統之水質管理系統，以提供管理決策之參考。</abstract><author>經濟部水利署、中國文化大學</author><categoryidentifier>443.64271</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/8</date><governmentpublicationsnumber>1009105248</governmentpublicationsnumber><identifier>22840</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22840</librarycollectiondetailsurl><price>478</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>德基水庫集水區第四期整體治理計畫第五年（九十一年度）水質監測與管理計畫 Water Quality Monitoring and Management in Watershed of Tehchi Reservoir The Fifth Year</title><yearidentifier>200212</yearidentifier></data><data><abstract>針對東埔蚋溪集水區特性、桃芝風災災害情況、流域整體水土環境等，檢討原82年縣府公告之治理基本計畫，並修訂原治理原則、治理措施及研擬配合措施等。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009200770</governmentpublicationsnumber><identifier>22841</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22841</librarycollectiondetailsurl><price>96</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>東埔蚋溪治理基本計畫（第一次修訂）Regulation Master Plan of Tonpuze River (First Revised)</title><yearidentifier>200303</yearidentifier></data><data><abstract>為因應建民水庫停建後中部區域將來用水需求，「烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討」計畫，於烏溪上游及支流檢討其他可能水庫壩址，辦理烏溪上游水庫規劃檢討，並與雙溪嘴攔河堰聯合運用，選擇最佳適合方案，以供下一年度辦理水源開發個案可行性規劃工作之參考。本報告為該計畫之「工程水文、水源及水庫供水能力分析」專題報告</abstract><author>經濟部水利署水利規劃試驗所、中興顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090D1212004</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009104901</governmentpublicationsnumber><identifier>22842</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22842</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討　專題報告（一）工程水文、水源及水庫供水能力分析　Feasibility Study of Water Resources on Wu-Chi River Basin ReportⅠ: Engineering Hydrology, Water Resources an</title><yearidentifier>200212</yearidentifier></data><data><abstract>為因應建民水庫停建後中部區域將來用水需求，「烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討」計畫，於烏溪上游及支流檢討其他可能水庫壩址，辦理烏溪上游水庫規劃檢討，並與雙溪嘴攔河堰聯合運用，選擇最佳適合方案，以供下一年度辦理水源開發個案可行性規劃工作之參考。本報告為該計畫之「地質、淹沒區、地震及築壩材料調查評估」專題報告</abstract><author>經濟部水利署水利規劃試驗所、中興顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090D1212004</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009104902</governmentpublicationsnumber><identifier>22843</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22843</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討　專題報告（二）地質、淹區、地震及築壩材料調查評估　Feasibility Study of Water Resources on Wu-Chi River Basin ReportⅡ: Geology, Reservoir Inundated Area, Ea</title><yearidentifier>200212</yearidentifier></data><data><abstract>為因應建民水庫停建後中部區域將來用水需求，「烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討」計畫，於烏溪上游及支流檢討其他可能水庫壩址，辦理烏溪上游水庫規劃檢討，並與雙溪嘴攔河堰聯合運用，選擇最佳適合方案，以供下一年度辦理水源開發個案可行性規劃工作之參考。本報告為該計畫之「各可能壩址工程規劃設計及綜合評估」專題報告</abstract><author>經濟部水利署水利規劃試驗所、中興顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090-D1212004</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009104904</governmentpublicationsnumber><identifier>22844</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22844</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>烏溪水系水資源開發規劃－烏溪上游及支流水庫規劃檢討　專題報告（三） 各可能壩堰址工程規劃設計及綜合評估　Feasibility Study of Water Resources on Wu-Chi River Basin ReportⅢ: Dam Site Engineering Planning and Eval</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫目的為藉水工模型試驗，探討基隆河員山子分洪工程之攔河堰矩形放水孔口、側流堰、分洪堰及分洪隧道進出水口之水理現象、隧道分洪效能，分洪對海域之影響等，並將研究成果提供設計單位之設計參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68970305   100504 034</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009200508</governmentpublicationsnumber><identifier>22845</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22845</librarycollectiondetailsurl><price>430</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>基隆河員山子分洪水工模型試驗(第二年)</title><yearidentifier>200302</yearidentifier></data><data><abstract>民國90年度辦理大甲溪攔河堰可行性規劃工作，由於引水路之落差約有75公尺，值得進行水力發電開發，以增加大甲溪水力能源之利用率，故進行本引水路發電研究工作，對於開發有關工程技術、地質條件、經濟效益、開發方式等作進一步探討，俾作為水資源工程開發依據。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/9</date><governmentpublicationsnumber>1009200444</governmentpublicationsnumber><identifier>22846</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22846</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>大甲溪攔河堰可行性規劃計畫　五、綜合專題　５、引水路發電研究　Feasility Study of Da-chia River Weir V.Synthetic Administration Study Report 5.Headrace Hydropower Study</title><yearidentifier>200303</yearidentifier></data><data><abstract>本計畫主要於桃園縣觀音鄉及雲林縣元長鄉各設置一口磁感應環分層式地層下陷監測井及針對兩監測井址地表至深度100公尺間之地層進行土壤力學與化學性質試驗及分析。以調查地層之壓縮機制，達到早期防範之效果。</abstract><author>工業技術研究院</author><categoryidentifier>443.8   433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/13</date><governmentpublicationsnumber>1009200996</governmentpublicationsnumber><identifier>22847</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22847</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷監測井施設及其試驗分析　The Installation of Land Subsidence Monitoring Wells and the Relevant Soil Testing Subjected to Taiwan</title><yearidentifier>200303</yearidentifier></data><data><abstract>本計畫主要於桃園縣觀音鄉及雲林縣元長鄉各設置一口磁感應環分層式地層下陷監測井及針對兩監測井址地表至深度100公尺間之地層進行土壤力學與化學性質試驗及分析。以調查地層之壓縮機制，達到早期防範之效果。</abstract><author>工業技術研究院</author><categoryidentifier>354.7   433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/13</date><governmentpublicationsnumber>1009200996</governmentpublicationsnumber><identifier>22848</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22848</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷監測井施設及其試驗分析（光碟版）</title><yearidentifier>200303</yearidentifier></data><data><abstract>九十年度水資源投資分析年報，資料收集之起迄時間為民國九十年一月一日至九十年十二月三十一日止，為期一年。 本年報引用41個單位調查之資料，就統計結果而言，九十年度建社經費與上一年度(一年之會計年度)相比，投資額縮減10.49%；研發費用縮減58.58%。</abstract><author>經濟部水利署</author><categoryidentifier>1103 305   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/13</date><governmentpublicationsnumber>1009103858</governmentpublicationsnumber><identifier>22849</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22849</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>台灣地區水資源投資分析報告（九十年度）光碟版</title><yearidentifier>200211</yearidentifier></data><data><abstract>本計畫協助水利署彙編相關行政業務報告、各項用水統計年報、辦理九十年度重要委辦計畫成果彙編與發表會、參加「2003第三屆世界水資源會議」相關事宜、「人力培訓」課程與電子學習。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910022</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/14</date><governmentpublicationsnumber>1009105169</governmentpublicationsnumber><identifier>22850</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22850</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源管理與政策企劃總報告(內附光碟)Management and Policy Planning on Water Resources Official Functions</title><yearidentifier>200212</yearidentifier></data><data><abstract>為長期觀測淡水河口感潮河段水文、水質資料，並配合土地公鼻水位站及第十河川局全潮測量斷面位置，於土地公鼻附近，設置多功能水文站，進行長期觀測。本計畫的目的在維持此多功能水文站的持續操作，定期保養觀測儀器，以期保有長期持續性流速、流向、濁度、水溫、pH值、鹽度、比電導度及溶氧量等感潮河段特徵水文水質資料。此外，基於河川流量推估之需求，需於感潮河段進行全潮量測，以觀測充分足夠之資料，本計畫將進行船舶行進觀測技術之初步研究。以自記式觀測儀器觀測淡水河全潮斷面流量，提高觀測資料量及其品質。</abstract><author>工技院能資所</author><categoryidentifier>10010201 081   351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0910067</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/15</date><governmentpublicationsnumber>1009105170</governmentpublicationsnumber><identifier>22859</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22859</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>土地公鼻多功能水文站操作保養及斷面流量全潮量測　The Maintenance of Tu-Ti-Kung-Pi Multi-Function Hydrological Station and the Measurement of Discharge at a Section in One Full-Cycle Tidal</title><yearidentifier>200212</yearidentifier></data><data><abstract>為長期觀測淡水河口感潮河段水文、水質資料，並配合土地公鼻水位站及第十河川局全潮測量斷面位置，於土地公鼻附近，設置多功能水文站，進行長期觀測。本計畫的目的在維持此多功能水文站的持續操作，定期保養觀測儀器，以期保有長期持續性流速、流向、濁度、水溫、pH值、鹽度、比電導度及溶氧量等感潮河段特徵水文水質資料。此外，基於河川流量推估之需求，需於感潮河段進行全潮量測，以觀測充分足夠之資料，本計畫將進行船舶行進觀測技術之初步研究。以自記式觀測儀器觀測淡水河全潮斷面流量，提高觀測資料量及其品質。</abstract><author>工技院能資所</author><categoryidentifier>1103 308   351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0910067</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/15</date><governmentpublicationsnumber>1009105170</governmentpublicationsnumber><identifier>22860</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22860</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>土地公鼻多功能水文站操作保養及斷面流量全潮量測（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、強化本中心網站功能。 二、強化水利署合設中心之聯合資訊服務網路功能。 三、強化本中心智庫資源。 四、協助辦理完成第二十二屆中日工程技術研討會、第七屆水再生及再利用研討會及兩岸水利專業人士學術交流座談會。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/15</date><governmentpublicationsnumber>1009105168</governmentpublicationsnumber><identifier>22861</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22861</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>淡江大學水資源管理與政策研究中心（九十一）年度水資源智庫服務計畫　Water Resource Management and Policy Research Center of Tamkang University Annual Project of Water Resource Knowledge Library Service (2002)</title><yearidentifier>200212</yearidentifier></data><data><abstract>一、強化本中心網站功能。 二、強化水利署合設中心之聯合資訊服務網路功能。 三、強化本中心智庫資源。 四、協助辦理完成第二十二屆中日工程技術研討會、第七屆水再生及再利用研討會及兩岸水利專業人士學術交流座談會。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>1103 307</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/15</date><governmentpublicationsnumber>1009105168</governmentpublicationsnumber><identifier>22862</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22862</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>淡江大學水資源管理與政策研究中心（九十一）年度水資源智庫服務計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>為了保持庫容，減少或清除水庫淤積，首先必須研究入庫泥砂在水庫內之運移、沖淤和分佈的規律，而數值模擬即是最佳的工具之一。數值模擬具有預測的功能，可輔助解答水庫淤砂在規劃、設計及運行階段所面臨到的問題。本計畫以石門水庫為應用案例，考量石門水庫淤砂的特性，發展適用於石門地區水庫沉滓運移數值模式，以具體分析石門水庫淤砂的相關課題。</abstract><author>交大防災中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA910009V1</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/16</date><governmentpublicationsnumber>1009105258</governmentpublicationsnumber><identifier>22863</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22863</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫沉滓運移模式研究與應用（1/2）－以石門水庫為例　Investigation and Application of the Sediment Transport Model in Reservoir (1/2)－for Shin-Men Reservoir</title><yearidentifier>200212</yearidentifier></data><data><abstract>為了水庫泥砂資源更新技術並輔導建立水庫淤泥資源化產業，本計畫評估國內外現有淤砂再生利用技術，其中化學固化、離心機脫水、挖掘處理等方式較不具經濟效益，目前朝向海拋及人工魚礁、地工織管方式尚可，輕骨材製作、壓密以及燒結等方式較可行</abstract><author>交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910015V</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/16</date><governmentpublicationsnumber>1009105260</governmentpublicationsnumber><identifier>22864</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22864</librarycollectiondetailsurl><price>285</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫淤砂再生資源技術研究（1/4） A New Technology to Turning Sediment Waste into a Renewables Material (1/4)</title><yearidentifier>200212</yearidentifier></data><data><abstract>水庫淤積浚渫為未來水資源經營管理及水庫營運管理之重要工作之一。台灣地區主要水庫約四十座，由於上游集水區天然環境因素及人為土地利用影響，造成水庫相當程度之淤積。為維護現有水庫有效庫容，需加強辦理水庫淤積浚渫工程。因此為進一步分析了解各水庫淤積浚渫工程成本效益，並提出以經濟效益為觀點之水庫浚渫方案，爰提出本計畫。</abstract><author>能邦顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910065</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/16</date><governmentpublicationsnumber>1009105266</governmentpublicationsnumber><identifier>22865</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22865</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫淤積浚渫成本效益評析研究　An Assessment of the Benefits and Costs of Reservoir Dredging</title><yearidentifier>200212</yearidentifier></data><data><abstract>據此，本計畫期深入社區，並透過與學校之合作，藉舉辦社區省水器材展示、校園節水績優示範觀摩與教育競賽、省水資訊手冊編印等，以推廣節約用水理念，除落實節約用水績優表揚功能外，並可達全民教育與向下紮根之目 的。</abstract><author>台灣區省水器材研發協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910053</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/16</date><governmentpublicationsnumber>1009105506</governmentpublicationsnumber><identifier>22866</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22866</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>社區學校節約用水展示觀摩宣導計畫　Exposition, Observation and Promulgation for Water Conservation in Community and School Program</title><yearidentifier>200212</yearidentifier></data><data><abstract>據此，本計畫期深入社區，並透過與學校之合作，藉舉辦社區省水器材展示、校園節水績優示範觀摩與教育競賽、省水資訊手冊編印等，以推廣節約用水理念，除落實節約用水績優表揚功能外，並可達全民教育與向下紮根之目 的。</abstract><author>台灣區省水器材研發協會</author><categoryidentifier>1103 309   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910053</commissionedprojectidentifier><currency>NT$</currency><date>2003/5/16</date><governmentpublicationsnumber>1009105506</governmentpublicationsnumber><identifier>22867</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22867</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>社區學校節約用水展示觀摩宣導計畫（光碟版）</title><yearidentifier>200212</yearidentifier></data><data><abstract>臺灣地區地下水觀測網第一期計畫：屏東平原水文地質調查研究總報告</abstract><author>經濟部中央地調所</author><categoryidentifier>010501 084   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009102131</governmentpublicationsnumber><identifier>22871</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22871</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地調所</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網第一期計畫：屏東平原水文地質調查研究總報告</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地調所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>1009102131</governmentpublicationsnumber><identifier>22872</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22872</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地調所</publisher><publishrocyear>91</publishrocyear><title>臺灣地區地下水觀測網第一期計畫：屏東平原水文地質調查研究總報告（附錄一）</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地調所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>1009102131</governmentpublicationsnumber><identifier>22873</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22873</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地調所</publisher><publishrocyear>91</publishrocyear><title>臺灣地區地下水觀測網第一期計畫：屏東平原水文地質調查研究總報告附圖</title><yearidentifier>200206</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22874</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22874</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十一期）</title><yearidentifier>200303</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22875</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22875</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十二期）</title><yearidentifier>200303</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22876</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22876</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十三期）</title><yearidentifier>200304</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22877</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22877</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十四期）</title><yearidentifier>200304</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22878</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22878</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十五期）</title><yearidentifier>200304</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22879</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22879</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十六期）</title><yearidentifier>200304</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22880</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22880</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十七期）</title><yearidentifier>200304</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22881</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十八期）</title><yearidentifier>200305</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/5/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22882</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22882</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第十九期）</title><yearidentifier>200305</yearidentifier></data><data><abstract>經濟部水利署永續發展簡訊 第四期</abstract><author>經濟部水利署</author><categoryidentifier>443.6897   443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>22883</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22883</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署永續發展簡訊 第四期</title><yearidentifier>200303</yearidentifier></data><data><abstract>91年由於雨量很少, 因此各地供水不足, 至五月初, 北部桃竹苗地區已陸續開始限水,本署因應旱災需要,緊急鑿設抽水井,以供應民生用水, 並提供來年旱季使用。本計畫於頭前溪河川地完成5口水井，台北樹林河濱公園建置2口水井，省民運動公園建置5口水井板新給水廠建置一口寬口井及2口舊井洗井作業‧合計共13口井總出水量為1094cmh ‧</abstract><author>台糖新營廠</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910064</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009105625</governmentpublicationsnumber><identifier>22884</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22884</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>因應旱災需要緊急於北部地區鑿取抽水井供應民生用水計畫</title><yearidentifier>200209</yearidentifier></data><data><abstract>91年由於雨量很少, 因此各地供水不足, 至五月初, 北部桃竹苗地區已陸續開始限水,本署因應旱災需要,緊急鑿設抽水井,以供應民生用水, 並提供來年旱季使用。本計畫於頭前溪河川地完成5口水井，台北樹林河濱公園建置2口水井，省民運動公園建置5口水井板新給水廠建置一口寬口井及2口舊井洗井作業‧合計共13口井總出水量為1094cmh ‧</abstract><author>台糖新營廠</author><categoryidentifier>445.2   445.21</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910064</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009105625</governmentpublicationsnumber><identifier>22885</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22885</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>因應旱災需要緊急於北部地區鑿取抽水井供應民生用水計畫（光碟版）</title><yearidentifier>200209</yearidentifier></data><data><abstract>本計畫協助水利署彙編相關行政業務報告、各項用水統計年報、辦理九十年度重要委辦計畫成果彙編與發表會、參加「2003第三屆世界水資源會議」相關事宜、「人力培訓」課程與電子學習。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910022</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009105169</governmentpublicationsnumber><identifier>22886</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22886</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源管理與政策企劃總報告(光碟版)</title><yearidentifier>200212</yearidentifier></data><data><abstract>為求水庫永續利用，除定期辦理水庫浚渫外，更應正本清源強化集水區保育及管理技術，以減少災害並加強集水區涵養水土機能，本計畫結合水、土、林治理及兼顧生態保育之理念下，建立水庫集水區整體保育綜合發展計畫之規範，提供水庫管理單位辦理水庫集水區整體保育規劃依據。</abstract><author>台大水工所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910066</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/5</date><governmentpublicationsnumber>1009105267</governmentpublicationsnumber><identifier>22887</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22887</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫整體保育計畫規範（草案） A Draft Guideline on Integrated Conservation of Reservoirs</title><yearidentifier>200212</yearidentifier></data><data><abstract>為求水庫永續利用，除定期辦理水庫浚渫外，更應正本清源強化集水區保育及管理技術，以減少災害並加強集水區涵養水土機能，本計畫結合水、土、林治理及兼顧生態保育之理念下，建立水庫集水區整體保育綜合發展計畫之規範，提供水庫管理單位辦理水庫集水區整體保育規劃依據。</abstract><author>台大水工所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA910066</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009105267</governmentpublicationsnumber><identifier>22888</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22888</librarycollectiondetailsurl><price>144</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫整體保育計畫規範編擬　A Compilation of Guideline on Integrated Conservation of Reservoirs</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署鑑於台灣地區各水庫水質有日漸惡化之趨勢，為有效改善水庫水質，首先應瞭解污染量之大小及其對水庫水質之影響程度，作為擬具處理對策之重要依據。秉此需求，本計畫由經濟部水利署委託，辦理九十一年度石門、白河、曾文、牡丹及鳳山水庫等五座水庫集水區點污染源及非點污染源調查評估，完成五座水庫集水區污染物質資料庫之建置，包含水庫集水區污染源之排放地點及污染源(種類及項目)之資料調查，結合地理資訊系統，監測並以模式分析各水質項目，再以水質及生態指標評估各水庫水質狀況污，並研擬此五座水庫集水區水質具體改善方案與對策，另增加生物科技處理水質之生態方法等工作項目，作為將來各水庫管理單位施政之依據。</abstract><author>台灣環保基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910006</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009105244</governmentpublicationsnumber><identifier>22889</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22889</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水庫集水區水質調查及改善策略之研擬　Water Quality Investigating and Improved Plan in Watershed</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>22890</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22890</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水利第十二期</title><yearidentifier>200302</yearidentifier></data><data><abstract>探述河川近自然與生態工法之應用與成果</abstract><author>經濟部水利署</author><categoryidentifier>10020210 514   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200607</governmentpublicationsnumber><identifier>22891</identifier><internationalstandardbooknumber>9789570136937 ; 9789570136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22891</librarycollectiondetailsurl><price>75</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>河川近自然與生態工法</title><yearidentifier>200302</yearidentifier></data><data><abstract>I 水環境人才培訓、教育推廣與國際交流II 建立前瞻性水源保護管理策略之研究 III 持續推動民眾參與水庫集水區保育行動計畫</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009105262</governmentpublicationsnumber><identifier>22892</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22892</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>水環境研究中心九十一年度綜合執行計畫（3/5） Water Environment Research Center 2002</title><yearidentifier>200212</yearidentifier></data><data><abstract>1、對水庫集水區淤積浚渫能廣納各界意見，作為日後各水庫浚渫之參考，各水庫淤積浚渫物之處理提供解決方法2、建立完整之水庫集水區整治工程資料庫3、對水庫集水區之保育及防災能達到宣導工作</abstract><author>中興水資源保育防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009105268</governmentpublicationsnumber><identifier>22893</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22893</librarycollectiondetailsurl><price>227</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>中興大學水資源保育及防災研究中心九十一年度補助計畫  Research Center for Water Resources Conserbation and Disaster Prevention -Annual Report for 2001-</title><yearidentifier>200212</yearidentifier></data><data><abstract>為配合辦理水庫之計畫引水路及薄山脊培厚區之工程規劃設計，故於該工程地點附近辦理地形測量及基樁埋設等工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.642   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>100920388</governmentpublicationsnumber><identifier>22894</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22894</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃四、測量專題3.工程補充測量專題報告(九十一年度)(內附光碟)=Feasibility Study of Tien Hwa Hu Reservoir Report on Supplementary Survey(Fiscal year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>水庫藉由計畫引水路引取後龍溪打鹿坑堰水源入庫蓄存，本辦畫為辦理此連接工程之工程規劃，主要工作項目為工程地質調查及評估、計畫引水隧道及銜接工程之規劃設計、工程費估算等。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64072   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200387</governmentpublicationsnumber><identifier>22895</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22895</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃五、工程專題4.計畫引水路工程專題報告(九十一年度)(內附光碟)=Feasibility Study of Tien Hwa Hu Reservoir Report on Intake Waterway Planning (Fiscal year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>水庫開發完成後，須將原水引至淨水廠處理後，再供給用水地區，故須辦理水庫及淨水廠間之銜接管線工程規劃，其主要工作項目包括淨水廠勘選、輸水管路路線勘選及規劃設計、工程費估算等。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.642   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200389</governmentpublicationsnumber><identifier>22896</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22896</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃五、工程專題5.水庫下游輸水管線工程專題報告(九十一年度)(內附光碟)=Feasibility Study of Tien Hwa Hu Reservoir Report on Planning of Reservoir Water Supply Pipeline(Fiscal year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>水庫開發施工時及完成後，其水庫原有之飛鳳道為集水區內之主要聯外道路隨即終斷，故須辦本辦畫，其主要工作項目為路線勘選，道路工程規劃設計及工程費估算等。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.642   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200384</governmentpublicationsnumber><identifier>22897</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22897</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃五、工程專題6.淹沒區道路遷移計畫專題報告(九十一年度)(內附光碟)=Feasibility Study of Tien Hwa Hu Reservoir Report on Planning of Inundation Area Road Relocation (Fiscal year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>本計畫之目的係考量未來濁水溪流域水源供需運用情勢，進行濁水溪下游水源規劃檢討，以因應本區域未來水資源需求之發展情勢。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>090D1212006</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/6</date><governmentpublicationsnumber>1009200499</governmentpublicationsnumber><identifier>22898</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22898</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中部地區水資源整體規劃檢討　Ⅰ.濁水溪下游水源開發規劃檢討　Ⅰ.Planning and Reviewal on Water Resource Development in Downstream Cho-Shui Creek</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>臺北自來水事業處企劃科編輯</author><categoryidentifier>445.2   682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009201062</governmentpublicationsnumber><identifier>22900</identifier><internationalstandardbooknumber>9789570139501 ; 9789570139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22900</librarycollectiondetailsurl><price>500</price><publisher>臺北自來水事業處</publisher><publishrocyear>92</publishrocyear><title>抗旱四月實錄：飲水思源</title><yearidentifier>200304</yearidentifier></data><data><abstract> </abstract><author>台北自來水事業處</author><categoryidentifier>682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>2005200014</governmentpublicationsnumber><identifier>22901</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22901</librarycollectiondetailsurl><price>300</price><publisher>台北自來水事業處</publisher><publishrocyear>91</publishrocyear><title>台北自來水事業統計年報（民國九十年）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>薩支平、陳亮全</author><categoryidentifier>545.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009104451</governmentpublicationsnumber><identifier>22904</identifier><internationalstandardbooknumber>9789570132861 ; 9789570132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22904</librarycollectiondetailsurl><price>170</price><publisher>內政部建築研究所</publisher><publishrocyear>91</publishrocyear><title>都市洪災防制策略之整合型規劃研究（一）從災害管理層面探討都市洪災防治策略之研究</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>詹士樑、鄧慰先</author><categoryidentifier>545.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009104456</governmentpublicationsnumber><identifier>22905</identifier><internationalstandardbooknumber>9789570132878 ; 9789570132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22905</librarycollectiondetailsurl><price>170</price><publisher>內政部建築研究所</publisher><publishrocyear>91</publishrocyear><title>都市洪災防制策略之整合型規劃研究（一）子計畫二：應用區位分派模式探討都市型水災避難系統規劃之研究</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>行政院農委會、中華民國環境綠化協會</author><categoryidentifier>010803 307   172.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009200964</governmentpublicationsnumber><identifier>22906</identifier><internationalstandardbooknumber>9789570138573 ; 9789570138</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22906</librarycollectiondetailsurl><price>500</price><publisher>行政院農委會、中華民國環境綠化協會</publisher><publishrocyear>92</publishrocyear><title>自然生態工法之應用植物</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>行政院農委會、中華民國環境綠化協會</author><categoryidentifier>010803 308   172.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009200963</governmentpublicationsnumber><identifier>22907</identifier><internationalstandardbooknumber>9789570138580 ; 9789570138</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22907</librarycollectiondetailsurl><price>500</price><publisher>行政院農委會、中華民國環境綠化協會</publisher><publishrocyear>92</publishrocyear><title>臺灣地區自然生態工法個案圖說彙編</title><yearidentifier>200303</yearidentifier></data><data><abstract>針對大陸台商人口較多的城市(北京、天津、大連、青島、威海、上海、蘇州、深圳、東莞、成都)，進行水資源開發與利用情形評析，以供政府決策部門制訂兩岸經貿政策及民間企業投資大陸之參考。另為提供「小三通」通水部份後續施政參考，蒐集福建沿海靠近金門、馬祖之水資源相關資料，說明大陸福建地區對金門地區供水之可行性。</abstract><author>經濟部水利署、巨廷顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910023</commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>1009103623</governmentpublicationsnumber><identifier>22913</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22913</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>中國大陸重點城市水資源開發利用情勢評估</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>劉春堂總編輯</author><categoryidentifier>526.82</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>1009201126</governmentpublicationsnumber><identifier>22914</identifier><internationalstandardbooknumber>9789570139396 ; 9789570139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22914</librarycollectiondetailsurl><price>750</price><publisher>行政院消保會</publisher><publishrocyear>92</publishrocyear><title>消費者保護研究 第八輯</title><yearidentifier>200303</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22915</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22915</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第二十期）</title><yearidentifier>200305</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22916</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22916</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第二十一期）</title><yearidentifier>200305</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>10020210 401   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22917</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22917</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第二十二期）</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>22918</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22918</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>節約用水季刊（第二十九期）</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/18</date><governmentpublicationsnumber>8374860031</governmentpublicationsnumber><identifier>23190</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_23190</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>中華民國八十四年臺灣水文年報 Hydrological Year Book of Taiwan , Republic of China, 1995</title><yearidentifier>199702</yearidentifier></data><data><abstract> </abstract><author>劉春堂總編輯</author><categoryidentifier>526.82</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/12/25</date><governmentpublicationsnumber>1009003502</governmentpublicationsnumber><identifier>21972</identifier><internationalstandardbooknumber>9789570291742 ; 9789570291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21972</librarycollectiondetailsurl><price>40</price><publisher>行政院消保會</publisher><publishrocyear>90</publishrocyear><title>消費者保護研究 第七輯</title><yearidentifier>200109</yearidentifier></data><data><abstract>民國八十七年農業用水量計122.55億立方公尺，其中灌溉用水仍佔大宗，達106.82億立方公尺(87.17%)，養殖用水14.63億立方公尺(11.94%)次之,畜牧用水約1.09億立方公尺(0.89%)為最少。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001345</governmentpublicationsnumber><identifier>21974</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21974</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年農業用水量統計報告（光碟版）</title><yearidentifier>200104</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告所採用統計公式，仍沿用簡便之單位面積推算方式，以保持資料之連貫性。依據經濟部統計處八十七年統計資料分析，台灣地區民國八十七年工業面積為24,606公頃，統計工業用水量為17.02億立方公尺，以北部及南部所占比重較大，該兩區域之工業面積合占台灣地區工業面積75.8%，用水量則合占台灣地區工業用水量73.7％。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001228</governmentpublicationsnumber><identifier>21975</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21975</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年工業用水量統計報告（光碟版）</title><yearidentifier>200104</yearidentifier></data><data><abstract>截至民國八十七年，台灣地區實際運轉且有營運統計資料之水庫計有40座，調整池10座。民國八十七年台灣地區平均年降雨量為3,322公厘，較歷年平均降雨量2,515公厘增加32％。翡翠、石門、鯉魚潭、德基、霧社、日月潭、仁義潭、曾文、烏山頭及南化等十座水庫八十七年量測總容量合計20.96億立方公尺，佔全部水庫八十七年量測總容量22.64億立方公尺之92.59%；八十七年量測有效容量合計為19.06億立方公尺，佔全部水庫八十七年量測有效容量20.61億立方公尺之92.47％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001526</governmentpublicationsnumber><identifier>21976</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21976</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年蓄水設施水量營運統計報告－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、台灣地區民國八十七年底自來水普及率為90.00％。 二、八十七年台灣地區生活用水量，平均每人每日用水量為366公升，其中台北市647公升，高雄市378公升，台灣省324公升；自行取水部份分別為202、422、242及200公升；自來水供應部份分別為385、649、380及341公升。 三、台灣地區民國八十七年生活用水量計 29.25億立方公尺，其中自來水供應27.64億立方公尺，佔總量94.48％，為歷年最高；自行取水供應1.61億立方公尺，佔總量5.52％，相對為歷年最低值。 四、台灣地區民國八十七年自來水供應量為 32.03億立方公尺，其中供應生活用水量27.64億立方公尺，佔總量86.29％；供應工業用水量 4.39億立方公尺，佔總量13.71％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-資-49-21</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009002097</governmentpublicationsnumber><identifier>21977</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21977</librarycollectiondetailsurl><price>190</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年生活用水量統計報告（光碟版）</title><yearidentifier>200106</yearidentifier></data><data><abstract>（一）民國八十七年各標的消耗性總用水量為168.82億立方公尺，其中以農業用水量122.55億立方公尺最多(其中包含灌溉106.82億立方公尺，養殖14.63億立方公尺及畜牧1.09億立方公尺)，佔總用水量之72.59%；生活用水量為29.25億立方公尺(其中包含自來水供應27.64億立方公尺及自行取水1.61億立方公尺)，佔總用水量之17.33%；工業用水量17.02億立方公尺，佔總用水量之10.08%。 （二）民國八十七年非消耗性總用水量(即水力發電用水)為251.24億立方公尺，其中以中部143.36億立方公尺最多，佔非消耗性用水量之57.06%；其次為北部、東部及南部，各為60.76、30.41及16.72億立方公尺，各佔非消耗性總用水量之24.18%、12.10%及6.65%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009002671</governmentpublicationsnumber><identifier>21978</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21978</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年各標的用水量統計報告（光碟版）</title><yearidentifier>200107</yearidentifier></data><data><abstract>民國八十八年農業用水量計120.52億立方公尺，其中灌溉用水仍佔大宗，達104.23億立方公尺(86.49%)，養殖用水15.12億立方公尺(12.54%)次之,畜牧用水約1.17億立方公尺(0.97%)為最少。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-資-48-25</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001144</governmentpublicationsnumber><identifier>21979</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21979</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年農業用水量統計報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告所採用統計公式，仍沿用簡便之單位面積推算方式，以保持資料之連貫性。依據經濟部統計處八十八年統計資料分析，台灣地區民國八十八年工業面積為24,675公頃，統計工業用水量為17.23億立方公尺，以北部及南部所占比重較大，該兩區域之工業面積合占台灣地區工業面積74.7%，用水量則合占台灣地區工業用水量73.0％。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001229</governmentpublicationsnumber><identifier>21980</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21980</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年工業用水量統計報告（光碟版）</title><yearidentifier>200103</yearidentifier></data><data><abstract>一、台灣地區民國八十七年底自來水普及率為90.00％。 二、八十七年台灣地區生活用水量，平均每人每日用水量為366公升，其中台北市647公升，高雄市378公升，台灣省324公升；自行取水部份分別為202、422、242及200公升；自來水供應部份分別為385、649、380及341公升。 三、台灣地區民國八十七年生活用水量計 29.25億立方公尺，其中自來水供應27.64億立方公尺，佔總量94.48％，為歷年最高；自行取水供應1.61億立方公尺，佔總量5.52％，相對為歷年最低值。 四、台灣地區民國八十七年自來水供應量為 32.03億立方公尺，其中供應生活用水量27.64億立方公尺，佔總量86.29％；供應工業用水量 4.39億立方公尺，佔總量13.71％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-資-49-22</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009002127</governmentpublicationsnumber><identifier>21981</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21981</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年生活用水量統計報告（光碟版）</title><yearidentifier>200106</yearidentifier></data><data><abstract>截至民國八十八年，台灣地區實際運轉且有營運統計資料之水庫計有40座，調整池10座。民國八十八年台灣地區年降雨量為2,081公厘，較歷年平均降雨量2,515公厘為少。翡翠、石門、鯉魚潭、德基、霧社、日月潭、仁義潭、曾文、烏山頭及南化等十座水庫八十八年量測總容量合計20.94億立方公尺，占全部水庫八十八年量測總容量22.43億立方公尺之93.37%，八十八年量測有效容量合計為19.05億立方公尺，占全部水庫八十八年量測有效容量20.51億立方公尺之92.92％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009001527</governmentpublicationsnumber><identifier>21982</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21982</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年蓄水設施水量營運統計報告－光碟版</title><yearidentifier>200104</yearidentifier></data><data><abstract>（一）民國八十八年各標的消耗性總用水量為168.70億立方公尺，其中以農業用水量120.52億立方公尺最多(其中包含灌溉104.23億立方公尺，養殖15.12億立方公尺及畜牧1.17億立方公尺)，佔總用水量之71.44%；生活用水量為30.96億立方公尺(其中包含自來水供應29.39億立方公尺及自行取水1.57億立方公尺)，佔總用水量之18.35%；工業用水量17.23億立方公尺，佔總用水量之10.21%。 （二）民國八十八非消耗性總用水量(即水力發電用水)為226.19億立方公尺，其中以中部126.40億立方公尺最多，佔非消耗性用水量之55.88%；其次為北部、東部及南部，各為51.80、31.67及16.32億立方公尺，各佔非消耗性總用水量之22.90%、14.00%及7.22%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2   455.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009002668</governmentpublicationsnumber><identifier>21983</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21983</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年各標的用水量統計報告（光碟版）</title><yearidentifier>200107</yearidentifier></data><data><abstract>一、農業用水包括灌溉、養殖與畜牧，為台灣主要用水產業，民國八十九年農業用水量計123.09億立方公尺，其中灌溉用水仍佔大宗，達106.07億立方公尺(86.17%)，養殖用水15.84億立方公尺(12.87%)次之，畜牧用水約1.18億立方公尺(0.96%)為最少。二、台灣本島農業用水以灌溉用水佔最多，而灌溉用水又以水稻之灌溉為主。灌溉用水之統計係依據各農田水利會實際灌溉面積、實際引用河川、水庫、其他地面水等用水量記錄等資料整理統計。 本報告引用資料包含農委會出版之「農業統計年報」、「農業用水量化目標及總量清查報告」及各地農田水利會與台糖公司提供之實際作物種植面積、引水量及用水量資料。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005036</governmentpublicationsnumber><identifier>21984</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21984</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年農業用水量統計報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、農業用水包括灌溉、養殖與畜牧，為台灣主要用水產業，民國八十九年農業用水量計123.09億立方公尺，其中灌溉用水仍佔大宗，達106.07億立方公尺(86.17%)，養殖用水15.84億立方公尺(12.87%)次之，畜牧用水約1.18億立方公尺(0.96%)為最少。二、台灣本島農業用水以灌溉用水佔最多，而灌溉用水又以水稻之灌溉為主。灌溉用水之統計係依據各農田水利會實際灌溉面積、實際引用河川、水庫、其他地面水等用水量記錄等資料整理統計。 本報告引用資料包含農委會出版之「農業統計年報」、「農業用水量化目標及總量清查報告」及各地農田水利會與台糖公司提供之實際作物種植面積、引水量及用水量資料。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-資-48-26</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005036</governmentpublicationsnumber><identifier>21985</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21985</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年農業用水量統計報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、台灣地區民國八十九年工業面積為27,403公頃，統計工業用水量為18.70億立方公尺。二、有關平均單位面積日用水量方面，以東部區域之每公頃每日用水量363立方公尺最大，因其單位用水量大之造紙業用水量所占百分比高（64.4％）之故；其餘依次為中部區域242立方公尺，北部區域229立方公尺及南部區域213立方公尺。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005037</governmentpublicationsnumber><identifier>21986</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21986</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年工業用水量統計報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、台灣地區民國八十九年工業面積為27,403公頃，統計工業用水量為18.70億立方公尺。二、有關平均單位面積日用水量方面，以東部區域之每公頃每日用水量363立方公尺最大，因其單位用水量大之造紙業用水量所占百分比高（64.4％）之故；其餘依次為中部區域242立方公尺，北部區域229立方公尺及南部區域213立方公尺。</abstract><author>經濟部水資源局</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005037</governmentpublicationsnumber><identifier>21987</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21987</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年工業用水量統計報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、民國八十九年台灣地區生活用水量平均每人每日用水量為447公升，台北市769公升，高雄市402公升及台灣省404公升；其中自來水供應部份台灣地區461公升，台北市771公升，高雄市403公升，台灣省415公升；自行取水部份分別為318、491、348及316公升。二、台灣地區民國八十九年生活用水量計 36.26億立方公尺，其中自來水供應33.81億立方公尺，佔總量93.24％；自行取水供應2.45億立方公尺，佔總量6.76％。三、台灣地區民國八十九年自來水供應量為 39.27億立方公尺，其中供應生活用水量33.81億立方公尺，佔總量86.09％；供應工業用水量5.46億立方公尺，佔總量13.91％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005035</governmentpublicationsnumber><identifier>21988</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21988</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年生活用水量統計報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、民國八十九年台灣地區生活用水量平均每人每日用水量為447公升，台北市769公升，高雄市402公升及台灣省404公升；其中自來水供應部份台灣地區461公升，台北市771公升，高雄市403公升，台灣省415公升；自行取水部份分別為318、491、348及316公升。二、台灣地區民國八十九年生活用水量計 36.26億立方公尺，其中自來水供應33.81億立方公尺，佔總量93.24％；自行取水供應2.45億立方公尺，佔總量6.76％。三、台灣地區民國八十九年自來水供應量為 39.27億立方公尺，其中供應生活用水量33.81億立方公尺，佔總量86.09％；供應工業用水量5.46億立方公尺，佔總量13.91％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-資-49-23</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005035</governmentpublicationsnumber><identifier>21989</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21989</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年生活用水量統計報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、八十九年量測蓄水設施總容量計23.14億立方公尺，其中水庫為22.43億立方公尺；調整池為0.05億立方公尺；埤池為0.66億立方公尺。 二、八十九年在總容量、總放水量及消耗性用水量，各占全部蓄水設施之96.95％、82.48％及92.17％。 三、八十九年10座區域主要水庫之總容量及有效容量各占全部水庫之93.33％及92.99％，其年運用消耗性用水量及非消耗性用水量各為23.35億及53.10億立方公尺，占水庫消耗性及非消耗性用水量之46.69％及79.14％。 四、10座區域主要水庫以烏山頭淤砂率45.67％為最高。四十座水庫最近施測之水庫容量為22.43億立方公尺。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005033</governmentpublicationsnumber><identifier>21990</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21990</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年蓄水設施水量營運統計報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、八十九年量測蓄水設施總容量計23.14億立方公尺，其中水庫為22.43億立方公尺；調整池為0.05億立方公尺；埤池為0.66億立方公尺。 二、八十九年在總容量、總放水量及消耗性用水量，各占全部蓄水設施之96.95％、82.48％及92.17％。 三、八十九年10座區域主要水庫之總容量及有效容量各占全部水庫之93.33％及92.99％，其年運用消耗性用水量及非消耗性用水量各為23.35億及53.10億立方公尺，占水庫消耗性及非消耗性用水量之46.69％及79.14％。 四、10座區域主要水庫以烏山頭淤砂率45.67％為最高。四十座水庫最近施測之水庫容量為22.43億立方公尺。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005033</governmentpublicationsnumber><identifier>21991</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21991</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年蓄水設施水量營運統計報告－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>（一）八十九年各標的消耗性總用水量為178.05億立方公尺，其中以農業用水量123.09億立方公尺最多(其中包含灌溉106.07億立方公尺，養殖15.84億立方公尺及畜牧1.18億立方公尺)，佔總用水量之69.13%；生活用水量為36.26億立方公尺(其中包含自來水供應33.81億立方公尺及自行取水2.45億立方公尺)，佔總用水量之20.37%；工業用水量18.70億立方公尺，佔總用水量之10.50%。 （二）八十九年非消耗性總用水量(即水力發電用水)為222.66億立方公尺，其中以中部123.01億立方公尺最多，佔非消耗性用水量之55.25%；其次為北部、東部及南部，各為55.62、30.09及13.94億立方公尺，各佔非消耗性總用水量之24.98%、13.51%及6.26%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005034</governmentpublicationsnumber><identifier>21992</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21992</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年各標的用水量統計報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>（一）八十九年各標的消耗性總用水量為178.05億立方公尺，其中以農業用水量123.09億立方公尺最多(其中包含灌溉106.07億立方公尺，養殖15.84億立方公尺及畜牧1.18億立方公尺)，佔總用水量之69.13%；生活用水量為36.26億立方公尺(其中包含自來水供應33.81億立方公尺及自行取水2.45億立方公尺)，佔總用水量之20.37%；工業用水量18.70億立方公尺，佔總用水量之10.50%。 （二）八十九年非消耗性總用水量(即水力發電用水)為222.66億立方公尺，其中以中部123.01億立方公尺最多，佔非消耗性用水量之55.25%；其次為北部、東部及南部，各為55.62、30.09及13.94億立方公尺，各佔非消耗性總用水量之24.98%、13.51%及6.26%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005034</governmentpublicationsnumber><identifier>21993</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21993</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十九年各標的用水量統計報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>政府於民國八十七年間成立防災國家型計畫，其中有關防洪工作之主要目標在於掌握不同颱風暴雨情況下台灣地區之可能淹水區域及淹水深度，進而評估水災所造成之損失及危害度，並進行颱洪境況模擬，作為災害減輕及防災作業之依據。計畫中並選定台北盆地及鹽水溪流域為示範區颱洪危害度分析之對象。</abstract><author>台灣大學生環系</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000103V3</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/15</date><governmentpublicationsnumber>1009005242</governmentpublicationsnumber><identifier>21994</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21994</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地及鹽水溪流域示範區颱洪災害危險度分析（三)期末報告 The Hazard Risk  Analysis of Typhoon Damages on the Demonstration Areas of Taipei Basin and Yen Shui Stream (Ⅲ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>政府於民國八十七年間成立防災國家型計畫，其中有關防洪工作之主要目標在於掌握不同颱風暴雨情況下台灣地區之可能淹水區域及淹水深度，進而評估水災所造成之損失及危害度，並進行颱洪境況模擬，作為災害減輕及防災作業之依據。計畫中並選定台北盆地及鹽水溪流域為示範區颱洪危害度分析之對象。</abstract><author>台大生環系</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000103V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/20</date><governmentpublicationsnumber>1009005242</governmentpublicationsnumber><identifier>21995</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21995</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地及鹽水溪流域示範區颱洪災害危險度分析（三）期末報告－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究內容首先為第二章的「台灣地區水利防災預警系統現況及需求分析」，說明在災害防救法的設計下，台灣地區水利防災預警系統的作業組織架構，與台灣洪水預警報系統的現況；再從三方面分析洪水預警報作業的需求，包括從法令規章觀點看洪水預報作業的問題、從執行流程觀點看洪水預報作業的問題和從防災需求觀點看洪水預警報作業的問題。第三章與第四章分別蒐集美國與日本的洪災預警報作業方式，第三章內容包括：美國國家氣象署（National Weather Service）的主要任務、組織概況、水文氣象預報作業流程、洪水災害預警報系統和洪水災害預警報種類與發布程序等。第五章研擬洪水預警報標準作業程序</abstract><author>台大水工所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005246</governmentpublicationsnumber><identifier>21996</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21996</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>洪水預警報標準作業程序規劃－以淡水河為例計畫</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究內容首先為第二章的「台灣地區水利防災預警系統現況及需求分析」，說明在災害防救法的設計下，台灣地區水利防災預警系統的作業組織架構，與台灣洪水預警報系統的現況；再從三方面分析洪水預警報作業的需求，包括從法令規章觀點看洪水預報作業的問題、從執行流程觀點看洪水預報作業的問題和從防災需求觀點看洪水預警報作業的問題。第三章與第四章分別蒐集美國與日本的洪災預警報作業方式，第三章內容包括：美國國家氣象署（National Weather Service）的主要任務、組織概況、水文氣象預報作業流程、洪水災害預警報系統和洪水災害預警報種類與發布程序等。第五章研擬洪水預警報標準作業程序</abstract><author>經濟部水資源局、台大水工所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005246</governmentpublicationsnumber><identifier>21997</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21997</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>洪水預警報標準作業程序規劃－以淡水河為例計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來山坡地極度開發造成水土保持失衡問題日益嚴重，每逢颱風侵襲期間，基隆河兩岸低漥地區常有洪水氾濫之危險。對基隆河兩岸居住於南港、汐止、五堵與瑞芳等大台北地區的居民而言，雖政府已投入相當經費，然初期階段治理工程之施行期間，淹水的夢靨仍無法擺脫。因此，針對此一地區迅速有效的建立降雨逕流參數模式，充分掌握基隆河於颱洪時期流量及水位之變化，進而爭取充足之防災預警時效，使本區段沿岸居民的居家安全進一步受到保障，乃為當前迫切需要解決之問題。</abstract><author>台大生環系</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900025</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005249</governmentpublicationsnumber><identifier>21998</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21998</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>基隆河降雨逕流參數預報模式之研究 A Study of Rainfall-Runoff Forecastiong Models for the Keelong River</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來山坡地極度開發造成水土保持失衡問題日益嚴重，每逢颱風侵襲期間，基隆河兩岸低漥地區常有洪水氾濫之危險。對基隆河兩岸居住於南港、汐止、五堵與瑞芳等大台北地區的居民而言，雖政府已投入相當經費，然初期階段治理工程之施行期間，淹水的夢靨仍無法擺脫。因此，針對此一地區迅速有效的建立降雨逕流參數模式，充分掌握基隆河於颱洪時期流量及水位之變化，進而爭取充足之防災預警時效，使本區段沿岸居民的居家安全進一步受到保障，乃為當前迫切需要解決之問題。</abstract><author>台大生環系</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900025</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005249</governmentpublicationsnumber><identifier>21999</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21999</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>基隆河降雨逕流參數預報模式之研究（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來由於都市迅速開發且密集，當淹水災害發生時，常常造成重大的人民財產甚至生命之損失。惟以往均靠民眾或相關人員之通報，淹水救援單位方可知悉淹水情形，致使在救災工作上常錯失最佳時機。本計畫以淡水河流域為例，研究並規劃淹水災害即時觀測系統，包括蒐集全流域之淹水基本資料，選擇適當之監測地點，並搭配地理資訊街道圖，以提供顯示淹水範圍等。同時並規劃攝影及通訊軟硬體設備，影像數據傳輸寬頻網路架構，以傳送即時淹水災害影像資料，使決策者可充分且同時掌握淹水災區之範圍、淹水高度及淹水實況，適時下達救援指令，以達救災之時效性。</abstract><author>中興顧問公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005251</governmentpublicationsnumber><identifier>22000</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22000</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>淹水災害即時觀測之規劃研究－以淡水河流域為例　Planning for Real-time Observation of Flood Disaster-Example of Tan-Shuei River Basin</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來由於都市迅速開發且密集，當淹水災害發生時，常常造成重大的人民財產甚至生命之損失。惟以往均靠民眾或相關人員之通報，淹水救援單位方可知悉淹水情形，致使在救災工作上常錯失最佳時機。本計畫以淡水河流域為例，研究並規劃淹水災害即時觀測系統，包括蒐集全流域之淹水基本資料，選擇適當之監測地點，並搭配地理資訊街道圖，以提供顯示淹水範圍等。同時並規劃攝影及通訊軟硬體設備，影像數據傳輸寬頻網路架構，以傳送即時淹水災害影像資料，使決策者可充分且同時掌握淹水災區之範圍、淹水高度及淹水實況，適時下達救援指令，以達救災之時效性。</abstract><author>經濟部水資源局、中興顧問公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005251</governmentpublicationsnumber><identifier>22001</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22001</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>淹水災害即時觀測之規劃研究－以淡水河流域為例（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源局擬整合海岸防災之國家型防災計畫，在所有相關計畫中，主要為基礎資料之建置及地理空間資料庫架構研擬，本研究計畫即為水資源局整合海岸防災之國家型防災計畫中資料庫建置計畫之先期作業計畫，其成果可提供未來水資源局與內政部國土資訊系統結合。本研究計畫研究區域為嘉南高屏六縣市海岸（不含左營港、中科院九棚飛彈基地等限制飛航區域），建置二期之海岸3km、海域1km 之1/5000地物圖、正射影像、土地利用、水利構造物，及其他相關資料建檔、數化。因此本研究計畫主要工作可分為三部份：（一）海岸防災資料收集、（二）基礎資料製作、（三）空間資料庫架構及詮釋資料製作。</abstract><author>經濟部水資源局、陶林數值測量公司</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900027</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005252</governmentpublicationsnumber><identifier>22002</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22002</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸防災GIS資料庫建置計畫先期作業計畫　Preparing Program of Building GIS Database for Precaution Against Natural Calamities in Coast</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源局擬整合海岸防災之國家型防災計畫，在所有相關計畫中，主要為基礎資料之建置及地理空間資料庫架構研擬，本研究計畫即為水資源局整合海岸防災之國家型防災計畫中資料庫建置計畫之先期作業計畫，其成果可提供未來水資源局與內政部國土資訊系統結合。本研究計畫研究區域為嘉南高屏六縣市海岸（不含左營港、中科院九棚飛彈基地等限制飛航區域），建置二期之海岸3km、海域1km 之1/5000地物圖、正射影像、土地利用、水利構造物，及其他相關資料建檔、數化。因此本研究計畫主要工作可分為三部份：（一）海岸防災資料收集、（二）基礎資料製作、（三）空間資料庫架構及詮釋資料製作。</abstract><author>經濟部水資源局、陶林數值測量公司</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005252</governmentpublicationsnumber><identifier>22003</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22003</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸防災GIS資料庫建置計畫先期作業計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫將分散於不同業務單位不一的降雨資料進行有系統有規劃的處理以及建檔工作置於網路上，俾供民眾利用及政府單位於颱風或豪雨來臨前提出適切之對策或防範措施。</abstract><author>經濟部水資源局、中央土木系</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005255</governmentpublicationsnumber><identifier>22004</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22004</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱風、豪雨災害資料庫與應用系統建置計畫　The Establishment of the Database and the Application System Regarding to Disasters of Typhoons and Severe Storms</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫將分散於不同業務單位不一的降雨資料進行有系統有規劃的處理以及建檔工作置於網路上，俾供民眾利用及政府單位於颱風或豪雨來臨前提出適切之對策或防範措施。</abstract><author>經濟部水資源局、中央土木系</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/21</date><governmentpublicationsnumber>1009005255</governmentpublicationsnumber><identifier>22005</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22005</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱風、豪雨災害資料庫與應用系統建置計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>1.水文基本資料係水資源調配利用、防災預警、各項用水供需計畫研擬及水利工程規劃設計最重要之依據。 2.探討流量與水位之關係理論，並建立基隆河五堵站、介壽橋站等水文站理論率定曲線之模式及方法與步驟。 3.水力履性圖一般應用上配合河段上下游斷面實測水位，並可由此圖推得對應之通過河段流量。再由N線相交於各流量之水力履性曲線點，為所對應之下游斷面正常流水深與流量，即可求得該斷面之理論率定曲線。 4.本研究針對基隆河疏浚前後之影響加以分析探討，並以HPG之成果及實測資料加以相互驗證比較，推得之理論率定曲線受河床變化影響相當明顯。</abstract><author>交大防災中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900018V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005256</governmentpublicationsnumber><identifier>22006</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22006</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討-以基隆河流域水文站為例(1/2) Evaluation of Theoretical Rating Curve for Natural Channel -Application on Keelung River(1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>1.水文基本資料係水資源調配利用、防災預警、各項用水供需計畫研擬及水利工程規劃設計最重要之依據。 2.探討流量與水位之關係理論，並建立基隆河五堵站、介壽橋站等水文站理論率定曲線之模式及方法與步驟。 3.水力履性圖一般應用上配合河段上下游斷面實測水位，並可由此圖推得對應之通過河段流量。再由N線相交於各流量之水力履性曲線點，為所對應之下游斷面正常流水深與流量，即可求得該斷面之理論率定曲線。 4.本研究針對基隆河疏浚前後之影響加以分析探討，並以HPG之成果及實測資料加以相互驗證比較，推得之理論率定曲線受河床變化影響相當明顯。</abstract><author>經濟部水資源局、交大防災中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005256</governmentpublicationsnumber><identifier>22007</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討-以基隆河流域水文站為例(1/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>交大</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005260</governmentpublicationsnumber><identifier>22008</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22008</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北防洪淡水河警戒水位檢討</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、交大</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST900</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005260</governmentpublicationsnumber><identifier>22009</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22009</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北防洪淡水河警戒水位檢討（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫的目的在於建立「河川防水建造物安全評估技術規範」，包括：堤防、護岸、丁壩、閘門（防水、引水及洩水閘門）及其他河川防水建造物，並尋找適當場所及設施實際試作。 本計畫首先建立安全評估工作的目標與概念，並建立工作流程，其工作內容包括：基本資料複核、現地檢查、補充調查及試驗、校核分析與檢討、維護管理及操作制度評估、綜合評估與結論建議及河川防水建造物安全評估報告之撰寫。</abstract><author>水利技師公會聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900033</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005261</governmentpublicationsnumber><identifier>22010</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22010</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>河川防水建造物安全評估技術規範　Technical Guides of Safety Evaluation to Flood-Controlling Hydraulic Structures</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫的目的在於建立「河川防水建造物安全評估技術規範」，包括：堤防、護岸、丁壩、閘門（防水、引水及洩水閘門）及其他河川防水建造物，並尋找適當場所及設施實際試作。 本計畫首先建立安全評估工作的目標與概念，並建立工作流程，其工作內容包括：基本資料複核、現地檢查、補充調查及試驗、校核分析與檢討、維護管理及操作制度評估、綜合評估與結論建議及河川防水建造物安全評估報告之撰寫。</abstract><author>水利技師公會聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005261</governmentpublicationsnumber><identifier>22011</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>河川防水建造物安全評估技術規範（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>結合九年一貫教育，建置完整之水資源教育推廣教材，推動愛河護川的理念，從國民教育中奠定基礎，藉由多媒體光碟（不受頻寬影響）的即時互動，將台灣重要河川之淡水河、大甲溪、曾文溪、花蓮溪的資料，以進階學習的概念，完整化、立體化呈現在小朋友面前，共同探索與我們生活息息相關的河川。</abstract><author>經濟部水資源局、資策會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900046</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005263</governmentpublicationsnumber><identifier>22012</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22012</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>親水教育宣導計畫（二）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究係依據淡水河流域台北縣轄區內防淹作業之實際需求,檢討現有保護範圍內防洪及排水等水利設施之建置,提出建構內水致淹預警及及時控制系統之規劃案。工作項目包括：水文及地文資料收集、國外相關措施及文獻收集研析、排水設施現況檢討等，並針對台北縣防洪需求提出淹水預警與及時控制之規劃(草案)及相關軟、硬體需求建議，研究期間溢廣邀學界、工程界及相關業務主管人員舉辦專家座談會，使本報告之規劃更符合實際之需求。</abstract><author>台大水工所</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900056</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005264</governmentpublicationsnumber><identifier>22013</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22013</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱洪豪雨期間台北縣內水預警及決策支援模式規劃</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究係依據淡水河流域台北縣轄區內防淹作業之實際需求,檢討現有保護範圍內防洪及排水等水利設施之建置,提出建構內水致淹預警及及時控制系統之規劃案。工作項目包括：水文及地文資料收集、國外相關措施及文獻收集研析、排水設施現況檢討等，並針對台北縣防洪需求提出淹水預警與及時控制之規劃(草案)及相關軟、硬體需求建議，研究期間溢廣邀學界、工程界及相關業務主管人員舉辦專家座談會，使本報告之規劃更符合實際之需求。</abstract><author>經濟部水資源局、台大水工所</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90005</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005264</governmentpublicationsnumber><identifier>22014</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22014</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱洪豪雨期間台北縣內水預警及決策支援模式規劃（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在建立波潮流與海岸線變遷模式，用以模擬台灣四周海岸之水理特性與海岸線變遷情形。本計畫首先就國外相關之海岸動力模式及海岸線變遷模式綜合整理分類，取其重要之理念及經驗，作為國內研發模式之參考。本計畫並蒐集環島潮汐、波浪、近岸流場、漂沙特性及歷年海岸線變遷進行分析，分析結果可提供數值模式參數之率定及研判海岸線變遷趨勢之依據。本計畫同時進行中西部海岸（北起芳苑，南至台西，東至濁水溪自強大橋，西至水深-35公尺）之地形水深資料，進行波場、流場、海岸線變遷及河口動力特性模擬，以檢測各模式之執行能力及其適用情形。</abstract><author>成大水利系</author><categoryidentifier>351.3   10020203 127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900002V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005265</governmentpublicationsnumber><identifier>22015</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22015</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立波潮流與海岸變遷模式(2/6)　Establishment of Wave, Tidal Current and Coastal Evolution Models</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在建立波潮流與海岸線變遷模式，用以模擬台灣四周海岸之水理特性與海岸線變遷情形。本計畫首先就國外相關之海岸動力模式及海岸線變遷模式綜合整理分類，取其重要之理念及經驗，作為國內研發模式之參考。本計畫並蒐集環島潮汐、波浪、近岸流場、漂沙特性及歷年海岸線變遷進行分析，分析結果可提供數值模式參數之率定及研判海岸線變遷趨勢之依據。本計畫同時進行中西部海岸（北起芳苑，南至台西，東至濁水溪自強大橋，西至水深-35公尺）之地形水深資料，進行波場、流場、海岸線變遷及河口動力特性模擬，以檢測各模式之執行能力及其適用情形。</abstract><author>經濟部水資源局、成大水利系</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005265</governmentpublicationsnumber><identifier>22016</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22016</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立波潮流與海岸變遷模式(2/6)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫針對台灣現有海岸常見之防護措施加以描述，統計目前各地現有各類防護工法之數量與長度，顯示台灣有許多縣市幾乎已無自然海岸，於生態及景觀上具嚴重之衝擊。文中除就現有海岸工法之缺點加以說明，並提出兼具防災、景觀、親水及生態等功能之現有海堤改善方案，並以水工模型試驗來驗證、比較其防災能力。根據綜合評估結果顯示，以階梯式海堤及卵石堤，在防災、景觀、親水及生態上有較佳之功能。</abstract><author>經濟部水資源局、成大水利系、中興水保系</author><categoryidentifier>443.3   10020210 335</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005266</governmentpublicationsnumber><identifier>22017</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22017</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸工法之新技術研發（2/4）-內附光碟   Technical Development Coastal Protection Works (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫針對台灣現有海岸常見之防護措施加以描述，統計目前各地現有各類防護工法之數量與長度，顯示台灣有許多縣市幾乎已無自然海岸，於生態及景觀上具嚴重之衝擊。文中除就現有海岸工法之缺點加以說明，並提出兼具防災、景觀、親水及生態等功能之現有海堤改善方案，並以水工模型試驗來驗證、比較其防災能力。根據綜合評估結果顯示，以階梯式海堤及卵石堤，在防災、景觀、親水及生態上有較佳之功能。</abstract><author>經濟部水資源局、成大水利系、中興水保系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005266</governmentpublicationsnumber><identifier>22018</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22018</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸工法之新技術研發(2/4)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究計畫共規劃十個研究子題，整個計畫依需求分成四個年度執行，本年度為第二年度計畫，將持續辦理第二至第五項子題之研究以作為後續相關研究之基礎。第二與第四研究子題主要在探討分析台灣本島海灘侵蝕問題與海岸硬體護岸設施對海灘之影響，各項資料與分析成果將做成資料庫，再以地理資訊系統呈現。第三子題為海灘侵蝕機制之研究，第五子題為探討分析突堤與離岸潛堤工法在台灣海岸之適用區位與條件。第六、七、八、九子題之重點則為探討目前台灣較常使用之硬體工法的施行成效，再參酌近年來國外較常使用之軟性工法的優點，冀能研擬較適合台灣海灘特性之海灘防治新工法。</abstract><author>成大水工所</author><categoryidentifier>433.72   10020203 128</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900018V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005267</governmentpublicationsnumber><identifier>22019</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22019</librarycollectiondetailsurl><price>530</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海灘侵蝕防治新科技研發(2/4)　The Research of New Shore Protection Technology (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究計畫共規劃十個研究子題，整個計畫依需求分成四個年度執行，本年度為第二年度計畫，將持續辦理第二至第五項子題之研究以作為後續相關研究之基礎。第二與第四研究子題主要在探討分析台灣本島海灘侵蝕問題與海岸硬體護岸設施對海灘之影響，各項資料與分析成果將做成資料庫，再以地理資訊系統呈現。第三子題為海灘侵蝕機制之研究，第五子題為探討分析突堤與離岸潛堤工法在台灣海岸之適用區位與條件。第六、七、八、九子題之重點則為探討目前台灣較常使用之硬體工法的施行成效，再參酌近年來國外較常使用之軟性工法的優點，冀能研擬較適合台灣海灘特性之海灘防治新工法。</abstract><author>經濟部水資源局、成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005267</governmentpublicationsnumber><identifier>22020</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22020</librarycollectiondetailsurl><price>530</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海灘侵蝕防治新科技研發(2/4)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>基於配合防災國家型科技計畫項目工作時程,本計畫於前兩年度已於五流域相關子題完成初步具體規劃.本年度工作目標即為延續前兩年之規劃成果,基於整合立場,規劃建立整體洪水預警系統示範模式,實質建立鹽水溪及八掌/朴子溪三流域有關洪水預警系統之資訊流程,以作為確保整體洪水預警系統建置推廣與落實之基礎.</abstract><author>資訊基本建設產發會</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005269</governmentpublicationsnumber><identifier>22021</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22021</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立洪水預警系統暨水利設施災害防救體系整合計畫（三） An Integrated Project: The Establishment of a Flood Warning System and a Water Resources Related Hazard Mitigation Infrastructure (Ⅲ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>基於配合防災國家型科技計畫項目工作時程,本計畫於前兩年度已於五流域相關子題完成初步具體規劃.本年度工作目標即為延續前兩年之規劃成果,基於整合立場,規劃建立整體洪水預警系統示範模式,實質建立鹽水溪及八掌/朴子溪三流域有關洪水預警系統之資訊流程,以作為確保整體洪水預警系統建置推廣與落實之基礎.</abstract><author>經濟部水資源局、資訊基本建設產發會</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005269</governmentpublicationsnumber><identifier>22022</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22022</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立洪水預警系統暨水利設施災害防救體系整合計畫（三）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫整合水利設施防災管理系統、災害防救系統及臺灣地區水利災情資訊網等，並依據測試結果進行加強與修正，以供初步災害預防之參考。</abstract><author>經濟部水資源局、成大防災中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005271</governmentpublicationsnumber><identifier>22023</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22023</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水利設施災害防救業務系統建置計畫(2/2)　The Establishment of Hazard Prevention System for Hydraulic Facilities (2/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫整合水利設施防災管理系統、災害防救系統及臺灣地區水利災情資訊網等，並依據測試結果進行加強與修正，以供初步災害預防之參考。</abstract><author>經濟部水資源局、成大防災中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005271</governmentpublicationsnumber><identifier>22024</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22024</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水利設施災害防救業務系統建置計畫(2/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區由於每年常遭颱風、暴雨所侵襲，導致國家社會重大損失。經濟部水資源局除加強辦理整建外，並依據行政院頒佈之「災害防救方案」加強推動水災防救工作。 惟國內水災防救相關資料，因各機關眾多且無統一之資料管理流通機制，造成資料重複建置且不易取得。因此，水資源局特別配合國科會防災國家型計劃之執行計劃－颱洪防災體系建立，其下細部計劃之一－「水災防救資料庫」之建立，辦理「水災防救資料庫」之資料調查，規劃建置資料共享網站，提供網路水災防救資料查詢，提供各權責單位透過網路，於災後即時提報災情，以及定期傳遞所轄區域內與水災防救相關之最新資料，以確保「水災防救資料庫」之內容得以持續更新。</abstract><author>經濟部水資源局、銳科技公司</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90018</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005273</governmentpublicationsnumber><identifier>22025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22025</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水災防救資料庫共享網站建置第二期　Establish Integrated Website for Flood Management Volume 2</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區由於每年常遭颱風、暴雨所侵襲，導致國家社會重大損失。經濟部水資源局除加強辦理整建外，並依據行政院頒佈之「災害防救方案」加強推動水災防救工作。 惟國內水災防救相關資料，因各機關眾多且無統一之資料管理流通機制，造成資料重複建置且不易取得。因此，水資源局特別配合國科會防災國家型計劃之執行計劃－颱洪防災體系建立，其下細部計劃之一－「水災防救資料庫」之建立，辦理「水災防救資料庫」之資料調查，規劃建置資料共享網站，提供網路水災防救資料查詢，提供各權責單位透過網路，於災後即時提報災情，以及定期傳遞所轄區域內與水災防救相關之最新資料，以確保「水災防救資料庫」之內容得以持續更新。</abstract><author>經濟部水資源局;銳銻科技公司</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/27</date><governmentpublicationsnumber>1009005273</governmentpublicationsnumber><identifier>22026</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22026</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水災防救資料庫共享網站建置第二期（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計劃首先建立苗栗至彰化海岸間之基本氣象、海象，海堤、地形變遷海岸災害、地層下限資料及淹溢災害之相關資料庫，期能有效掌握沿岸侵蝕區域之海象及地形變遷，並提出此段海岸所潛藏之各種問題，作為政府相關單位擬定相關對策之依據，亦可提供工程單位各項規劃之參考。此外，本計劃亦彙整分析本年度造成全台海岸災害颱風之現場調查資料，以作為往後災害防治之參考。</abstract><author>中興土木系</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9003016</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005274</governmentpublicationsnumber><identifier>22027</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22027</librarycollectiondetailsurl><price>685</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>苗栗至彰化間海岸侵蝕防治及親水工法之研擬　Studies on Methods for Preventing of Beach Erosion and for Promenade Works between Miaoli and Changhua Coasts</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計劃首先建立苗栗至彰化海岸間之基本氣象、海象，海堤、地形變遷海岸災害、地層下限資料及淹溢災害之相關資料庫，期能有效掌握沿岸侵蝕區域之海象及地形變遷，並提出此段海岸所潛藏之各種問題，作為政府相關單位擬定相關對策之依據，亦可提供工程單位各項規劃之參考。此外，本計劃亦彙整分析本年度造成全台海岸災害颱風之現場調查資料，以作為往後災害防治之參考。</abstract><author>經濟部水資源局 ; 中興土木系</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9003016</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005274</governmentpublicationsnumber><identifier>22028</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22028</librarycollectiondetailsurl><price>685</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>苗栗至彰化間海岸侵蝕防治及親水工法之研擬（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>鑑於台北市社子島及汐止市長安里地區，屢遭颱洪慘重水患，經濟部水資源局將該二處選定為「防洪示範社區」，藉本計畫之研究與規劃，不但將過去完成之颱洪淹水潛勢區研析之規範成果，揉合應用於該二社區之防洪規劃中，並借重美國、日本經驗與其研發成果，結合可行管理策略，建立推動台灣本土防洪社區模式之典範。</abstract><author>方舟顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900020V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005275</governmentpublicationsnumber><identifier>22029</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22029</librarycollectiondetailsurl><price>375</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱洪災害淹水潛勢區分析與經營管理策略研究-以台北市社子島及汐止長安社區為例　Analysis of Typhoon-Induced Potential Flood Hazard Area and Its Management Strategies Investigation: Case Studies for She-Zi Island of</title><yearidentifier>200112</yearidentifier></data><data><abstract>鑑於台北市社子島及汐止市長安里地區，屢遭颱洪慘重水患，經濟部水資源局將該二處選定為「防洪示範社區」，藉本計畫之研究與規劃，不但將過去完成之颱洪淹水潛勢區研析之規範成果，揉合應用於該二社區之防洪規劃中，並借重美國、日本經驗與其研發成果，結合可行管理策略，建立推動台灣本土防洪社區模式之典範。</abstract><author>經濟部水資源局 ; 方舟顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005275</governmentpublicationsnumber><identifier>22030</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22030</librarycollectiondetailsurl><price>375</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>颱洪災害淹水潛勢區分析與經營管理策略研究-以台北市社子島及汐止長安社區為例（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計劃依防災減災的目標，架構一完整的通報系統及相關避難疏散計劃，以期在洪災來臨時，能減低對災區民眾生命財產的衝擊，本研究並將此防災通報及相關避難疏散作業規劃之成果以資料庫的方式來呈現，並可提供地方相關防汛救災單位執行緊急應變作業之操作使用，以確實達到發揮防災、減災的目的。</abstract><author>經濟部水資源局、 海洋近海防災中心</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005276</governmentpublicationsnumber><identifier>22031</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22031</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>基隆河流域百福社區、七堵及瑞芳地區洪災通報及避難系統之建立</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計劃依防災減災的目標，架構一完整的通報系統及相關避難疏散計劃，以期在洪災來臨時，能減低對災區民眾生命財產的衝擊，本研究並將此防災通報及相關避難疏散作業規劃之成果以資料庫的方式來呈現，並可提供地方相關防汛救災單位執行緊急應變作業之操作使用，以確實達到發揮防災、減災的目的。</abstract><author>經濟部水資源局 ; 海洋近海防災中心</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005276</governmentpublicationsnumber><identifier>22032</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22032</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>基隆河流域百福社區、七堵及瑞芳地區洪災通報及避難系統之建立（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究以建立在實務作業上、經濟上、及環境品質上，均確實可行的水庫高效率清淤方式為宗旨，以期水庫得以永續利用。本年度之研究成果包括完成台灣白河水庫及大埔水庫之排砂清淤方法提高排砂清淤效率，進行淤泥地工砂管資源化利用技術水工模型試驗，証明確具保護功效，提高水庫清淤之經濟效益，因此，水庫清淤不僅維護水庫之容量，且可達成水庫淤泥資源化之目標。</abstract><author>成大研發會 、 美國Multech Engineering Consultants公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005291</governmentpublicationsnumber><identifier>22033</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22033</librarycollectiondetailsurl><price>575</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立水庫高效率排砂（2/4） Development of High Efficiency Reservoir Desilting Methods (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究以建立在實務作業上、經濟上、及環境品質上，均確實可行的水庫高效率清淤方式為宗旨，以期水庫得以永續利用。本年度之研究成果包括完成台灣白河水庫及大埔水庫之排砂清淤方法提高排砂清淤效率，進行淤泥地工砂管資源化利用技術水工模型試驗，証明確具保護功效，提高水庫清淤之經濟效益，因此，水庫清淤不僅維護水庫之容量，且可達成水庫淤泥資源化之目標。</abstract><author>經濟部水資源局 ; 成大研發會 ; 美國Multech Engineering Consultants公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005291</governmentpublicationsnumber><identifier>22034</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22034</librarycollectiondetailsurl><price>575</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立水庫高效率排砂（2/4）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究目的在於建立台灣地區乾旱指標及發展乾旱管理資訊系統，以協助經濟部水資源局隨時掌握各區域流域乾旱資訊，將能依據降雨量、河川流量、水庫蓄水量、地下水水位等水文狀況，適時進行乾旱預警以及事先了解採行各類應變方案對各用水戶的衝擊影響，以提昇乾旱管理成效並降低乾旱對台灣地區整體社會的不利影響。</abstract><author>經濟部水資源局 ; 工技院能資所</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900017</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005304</governmentpublicationsnumber><identifier>22035</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22035</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>乾旱指標之建立-北部及東部區域　Defining Drought Indicators for Northern and Eastern Taiwan Areas</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究目的在於建立台灣地區乾旱指標及發展乾旱管理資訊系統，以協助經濟部水資源局隨時掌握各區域流域乾旱資訊，將能依據降雨量、河川流量、水庫蓄水量、地下水水位等水文狀況，適時進行乾旱預警以及事先了解採行各類應變方案對各用水戶的衝擊影響，以提昇乾旱管理成效並降低乾旱對台灣地區整體社會的不利影響。</abstract><author>經濟部水資源局 ; 工技院能資所</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-89000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005304</governmentpublicationsnumber><identifier>22036</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22036</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>乾旱指標之建立-北部及東部區域（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源基本資料為國家經濟建設規劃、興建與營運所必需，而水資源科技模式則是預測、開發及規劃管理水資源之最佳工具，國內外有許多的水資源預測、開發與規劃管理的數學模式，包括水資源規劃與管理模式、水文模式、水理輸砂模式與地下水模式，本研究目的即為蒐集上述之水資源科技相關模式，依其功能性質予以分類並且有系統的介紹模式功能，並建置水資源科技模式庫網際網路服務系統，以達到資源共享之目的。</abstract><author>經濟部水資源局、台大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005432</governmentpublicationsnumber><identifier>22037</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22037</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水資源科技模式庫建置(1/2)　Eatablishment of Database of Water Resources Models (1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源基本資料為國家經濟建設規劃、興建與營運所必需，而水資源科技模式則是預測、開發及規劃管理水資源之最佳工具，國內外有許多的水資源預測、開發與規劃管理的數學模式，包括水資源規劃與管理模式、水文模式、水理輸砂模式與地下水模式，本研究目的即為蒐集上述之水資源科技相關模式，依其功能性質予以分類並且有系統的介紹模式功能，並建置水資源科技模式庫網際網路服務系統，以達到資源共享之目的。</abstract><author>經濟部水資源局;台大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005432</governmentpublicationsnumber><identifier>22038</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22038</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水資源科技模式庫建置(1/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫之主要目的在建立降雨延時分別為10分鐘、20分鐘、30分鐘、60分鐘、1小時、2小時、3小時、4小時、6小時、12小時、18小時、24小時以及36小時之最大降雨深度-面積-延時曲線及降雨面積遞減曲線。本研究研究成果可提供空間降雨之雨量設計及水文規劃與設計之用。</abstract><author>台大土木系</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900020V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005442</governmentpublicationsnumber><identifier>22039</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22039</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區降雨深度-面積-延時曲線之建立(2/4) Establishment of Rainfall Depth-Area-Duration Curves in Taiwan (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫之主要目的在建立降雨延時分別為10分鐘、20分鐘、30分鐘、60分鐘、1小時、2小時、3小時、4小時、6小時、12小時、18小時、24小時以及36小時之最大降雨深度-面積-延時曲線及降雨面積遞減曲線。本研究研究成果可提供空間降雨之雨量設計及水文規劃與設計之用。</abstract><author>經濟部水資源局;台大土木系</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005442</governmentpublicationsnumber><identifier>22040</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22040</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區降雨深度-面積-延時曲線之建立(2/4)-光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在研擬一水文資料庫的應用系統以提昇水文資訊的價值，本年度的主要工作係以水資源局提供的水文資料庫(含格式與資料)開發與設計水文分析電腦輔助系統，包括流量之一般統計分析、頻率分析、可能最大洪水推估、降雨逕流等分析及台灣地區等雨量線圖繪製與台灣地區平均雨量（分北、中、南、東與全台）計算，並將整合上一年度雨量分析系統與本年度計畫之流量分析工作項目，建立完整之水文分析電腦輔助系統，以協助水資源局進行流域水文分析工作。</abstract><author>台大生物系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900034</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005468</governmentpublicationsnumber><identifier>22041</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22041</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立水文分析電腦化作業環境(2/2)　Establish Computerizing Operation Environment for Hydrological Analysis (2/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在研擬一水文資料庫的應用系統以提昇水文資訊的價值，本年度的主要工作係以水資源局提供的水文資料庫(含格式與資料)開發與設計水文分析電腦輔助系統，包括流量之一般統計分析、頻率分析、可能最大洪水推估、降雨逕流等分析及台灣地區等雨量線圖繪製與台灣地區平均雨量（分北、中、南、東與全台）計算，並將整合上一年度雨量分析系統與本年度計畫之流量分析工作項目，建立完整之水文分析電腦輔助系統，以協助水資源局進行流域水文分析工作。</abstract><author>經濟部水資源局;台大生物系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900034</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005468</governmentpublicationsnumber><identifier>22042</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22042</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立水文分析電腦化作業環境(2/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係延續水資源局89年度「水文水資源資料管理供應系統」計畫之執行成果，利用北部區域水資源地理資訊系統資料庫之建立為案例，整合相關單位生產之資料，並依資料供需現況及業務應用需求加以彙整分析，建立中部區域水資源資料庫，提供水資源管理、河川整治、災害防救等施政決策及相關應用分析之基本圖資；此外，並擴充「台灣地區水文資料管理供應系統」、「水資源資料庫查詢系統─北部區域」、「水資源資料庫─公共給水資料管理維護系統」等網站系統之資料供應管理功能，提升資料服務效益，以作為國土及水資源資料體系永續成長之基礎。</abstract><author>經濟部水資源局、銳銻科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB9002121</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005551</governmentpublicationsnumber><identifier>22043</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22043</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水文水資源資料管理供應系統－中部區域　Establish Management and Supply System of Hydrological and Water Resource Database for Central Region</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係延續水資源局89年度「水文水資源資料管理供應系統」計畫之執行成果，利用北部區域水資源地理資訊系統資料庫之建立為案例，整合相關單位生產之資料，並依資料供需現況及業務應用需求加以彙整分析，建立中部區域水資源資料庫，提供水資源管理、河川整治、災害防救等施政決策及相關應用分析之基本圖資；此外，並擴充「台灣地區水文資料管理供應系統」、「水資源資料庫查詢系統─北部區域」、「水資源資料庫─公共給水資料管理維護系統」等網站系統之資料供應管理功能，提升資料服務效益，以作為國土及水資源資料體系永續成長之基礎。</abstract><author>經濟部水資源局、銳銻科技公司</author><categoryidentifier>554.61   3554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90021</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005551</governmentpublicationsnumber><identifier>22044</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22044</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水文水資源資料管理供應系統－中部區域（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣淹水發生時，大多為天候惡劣的情況，衛星雷達提供了相當可靠的災害觀測與蒐證。因此建立一套衛星遙測機制實刻不容緩。由於衛星雷達資料獲取不受天候與晝夜的影響，加上具有多重觀測角度及近及時資料獲取的特性；對於台灣地區有關災害尤其是水災之監測與調查上有相當之助益。為有效整合有限資源，提昇資料涵蓋面與時間解析力，並促進衛星資料的多用途目標，期能建立並以長期性及常態性方式執行運作，不僅於災害發生時可提供空間資訊，及時掌握搶災時機，更可於災後鑑定受災範圍，以協助水資源局達到有效之救災調查工作。</abstract><author>經濟部水資源局;央大通訊系統中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90031</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005558</governmentpublicationsnumber><identifier>22045</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22045</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>衛星雷達水災監測作業機制  An Operational Satellite Radar Monitoring System for Floods</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣淹水發生時，大多為天候惡劣的情況，衛星雷達提供了相當可靠的災害觀測與蒐證。因此建立一套衛星遙測機制實刻不容緩。由於衛星雷達資料獲取不受天候與晝夜的影響，加上具有多重觀測角度及近及時資料獲取的特性；對於台灣地區有關災害尤其是水災之監測與調查上有相當之助益。為有效整合有限資源，提昇資料涵蓋面與時間解析力，並促進衛星資料的多用途目標，期能建立並以長期性及常態性方式執行運作，不僅於災害發生時可提供空間資訊，及時掌握搶災時機，更可於災後鑑定受災範圍，以協助水資源局達到有效之救災調查工作。</abstract><author>經濟部水資源局;央大通訊系統中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005558</governmentpublicationsnumber><identifier>22046</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22046</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>衛星雷達水災監測作業機制（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係利用多元雷達觀測技術評估並規劃台灣水文、地文變遷監測系統，其內容包括：雷達觀測技術發展現況(空載、衛載及地面)；雷達觀測技術應用於土地利用變遷之監測(水體、地表覆蓋、作物分類)；雷達觀測技術應用於地形與位移之監測；雷達觀測技術應用於水文之監測(流速、降雨、淹水)。並針對全球遙測技術之展望規劃台灣雷達遙測運作機制及作業體系以提升政府於災害防救與水資源管理決策之效率。</abstract><author>經濟部水資源局;央大太空遙測中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005584</governmentpublicationsnumber><identifier>22047</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22047</librarycollectiondetailsurl><price>590</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究(1/3)　Application of Radar Observing Technology for Hydrology and Physiography Changing Research (1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係利用多元雷達觀測技術評估並規劃台灣水文、地文變遷監測系統，其內容包括：雷達觀測技術發展現況(空載、衛載及地面)；雷達觀測技術應用於土地利用變遷之監測(水體、地表覆蓋、作物分類)；雷達觀測技術應用於地形與位移之監測；雷達觀測技術應用於水文之監測(流速、降雨、淹水)。並針對全球遙測技術之展望規劃台灣雷達遙測運作機制及作業體系以提升政府於災害防救與水資源管理決策之效率。</abstract><author>經濟部水資源局;央大太空遙測中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005584</governmentpublicationsnumber><identifier>22048</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22048</librarycollectiondetailsurl><price>590</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究(1/3)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>配合德基水庫集水區第四期整體治理計畫工作之執行，本計畫之目的為持續進行集水區水體水質調查及水庫浮游生物調查，以瞭解水體水質良窳及水庫優養程度，利用水庫集水區整合水質模式及水庫水質二維模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。並透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>經濟部水資源局、興大水資源保育防災中心</author><categoryidentifier>443.64271</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005605</governmentpublicationsnumber><identifier>22049</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22049</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>德基水庫集水區第四期整體治理計畫第四年（九十年度）水質監測與管理 Water Quality Monitoring and Management in Watershed of Tehchi Reservoir The Fourth Year (Fiscal Year 2001)</title><yearidentifier>200112</yearidentifier></data><data><abstract>配合德基水庫集水區第四期整體治理計畫工作之執行，本計畫之目的為持續進行集水區水體水質調查及水庫浮游生物調查，以瞭解水體水質良窳及水庫優養程度，利用水庫集水區整合水質模式及水庫水質二維模式之模擬分析，研判污染來源與水質變化之關係，據以評估水質改善成效。並透過整理水質監測之空間資料與屬性資料，檢討各集水分區之污染負荷量，建議未來相關治理工作之方向與改進措施，俾落實集水區整治之具體效益。</abstract><author>經濟部水資源局、興大水資源保育防災中心</author><categoryidentifier>443.64271</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ 9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005605</governmentpublicationsnumber><identifier>22050</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>德基水庫集水區第四期整體治理計畫第四年（九十年度）水質監測與管理－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究以土砂整治的觀點,透過土砂整治率之量化方式加以說明,藉由集水區土砂整治率評估模式之建立,配合水庫集水區保育計畫之實施以有效評估土砂整治效果,深入進行水庫集水區土砂整治率成效評估工作。</abstract><author>經濟部水資源局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900025</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005606</governmentpublicationsnumber><identifier>22051</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22051</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中小型水庫集水區治理成效及土砂整治率評估計畫</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究以土砂整治的觀點,透過土砂整治率之量化方式加以說明,藉由集水區土砂整治率評估模式之建立,配合水庫集水區保育計畫之實施以有效評估土砂整治效果,深入進行水庫集水區土砂整治率成效評估工作。</abstract><author>經濟部水資源局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900025</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005606</governmentpublicationsnumber><identifier>22052</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中小型水庫集水區治理成效及土砂整治率評估計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>海岸地區地陷潛能與危險評估技術研究計畫包括區域性地下水文平衡最佳推估模式、大區域分區分層地層下陷計算、地層下陷資料之地理資訊決策支援系統、以及地層下陷及地下水優化模式等四個研究子題。 其最終目標係藉由地理資訊決策支援系統，整合其他三個模式，發展一套最佳地層下陷趨勢預測模式，以提供地層下陷潛勢區之判別方法及下陷量預測、海岸地區地層下陷區域排水及堤防危險程度評估、水資源利用與管理等技術。</abstract><author>交大防災中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900024V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005634</governmentpublicationsnumber><identifier>22053</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22053</librarycollectiondetailsurl><price>760</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸地區地陷潛能與危險評估技術(1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>海岸地區地陷潛能與危險評估技術研究計畫包括區域性地下水文平衡最佳推估模式、大區域分區分層地層下陷計算、地層下陷資料之地理資訊決策支援系統、以及地層下陷及地下水優化模式等四個研究子題。 其最終目標係藉由地理資訊決策支援系統，整合其他三個模式，發展一套最佳地層下陷趨勢預測模式，以提供地層下陷潛勢區之判別方法及下陷量預測、海岸地區地層下陷區域排水及堤防危險程度評估、水資源利用與管理等技術。</abstract><author>經濟部水資源局 ; 交大防災中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/28</date><governmentpublicationsnumber>1009005634</governmentpublicationsnumber><identifier>22054</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22054</librarycollectiondetailsurl><price>760</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸地區地陷潛能與危險評估技術(1/3)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫以屏東平原地區海水入侵防治為案例，依據現有資料分析海水入侵途逕，進而選取屏東平原海水入侵問題最嚴重之剖面，配合初步研擬之防治對策以本計畫所建立之模式進行模擬與評估。本計畫為第二年計畫，將延續第一年計畫所得之成果，進行海水入侵防治對策之初步研擬，其最終目的為完成海水入侵防治對策之分析、評估、比較，並針對臺灣地區提出防治對策之建議。</abstract><author>台大土木系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900013V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005640</governmentpublicationsnumber><identifier>22055</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22055</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>臺灣沿海地區海水入侵之調查、評估與防治對策研擬（二）Study on the Seawater Intrusion in Taiwan Area (Ⅱ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫以屏東平原地區海水入侵防治為案例，依據現有資料分析海水入侵途逕，進而選取屏東平原海水入侵問題最嚴重之剖面，配合初步研擬之防治對策以本計畫所建立之模式進行模擬與評估。本計畫為第二年計畫，將延續第一年計畫所得之成果，進行海水入侵防治對策之初步研擬，其最終目的為完成海水入侵防治對策之分析、評估、比較，並針對臺灣地區提出防治對策之建議。</abstract><author>經濟部水資源局;台大土木系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005640</governmentpublicationsnumber><identifier>22056</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22056</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>臺灣沿海地區海水入侵之調查、評估與防治對策研擬（二）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究係依據台灣地區地下水觀測網整體計畫，於台糖地下水開發保育中心受經濟部水資源局之委託執行竹苗地區新設地下水觀測井開鑿試水後，進行新設地下水觀測井之基本水質採樣與分析工作，以作為後續水質監測之背景參考。</abstract><author>中興環工系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900016</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005642</governmentpublicationsnumber><identifier>22057</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22057</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析－九十年度新苗地區地下水水質試驗分析研究　Investigation and Analysis of Groundwater Quality in Chu-Miao Area</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究係依據台灣地區地下水觀測網整體計畫，於台糖地下水開發保育中心受經濟部水資源局之委託執行竹苗地區新設地下水觀測井開鑿試水後，進行新設地下水觀測井之基本水質採樣與分析工作，以作為後續水質監測之背景參考。</abstract><author>經濟部水資源局;中興環工系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900016</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005642</governmentpublicationsnumber><identifier>22058</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22058</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析－九十年度新苗地區地下水水質試驗分析研究（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>台北盆地曾因超抽地下水，導致地層下陷，經濟部水資源局（以下簡稱本局）為瞭解盆地地下水水位變化及其與地層下陷之關係，自民國五十七年起，在盆地內標高二十公尺以下，面積約240平方公里範圍內(包括台北市及台北縣大部分地區)，均勻選擇既有深井量測地下水位。台北盆地地下水位及水質調查檢測工作，迄今已歷三十餘年，所蒐集及實測資料，皆經統計分析撰寫成報告，供有關單位參考。本年循例辦理上述各項調查，所有觀測成果及實測記錄皆彙於報告中，俾供比較。</abstract><author>農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900011V</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005645</governmentpublicationsnumber><identifier>22059</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22059</librarycollectiondetailsurl><price>185</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地地下水水位及水質檢測（二）Monitoring of Groundwater Level and Quality in Taipei Basin (Ⅱ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>台北盆地曾因超抽地下水，導致地層下陷，經濟部水資源局（以下簡稱本局）為瞭解盆地地下水水位變化及其與地層下陷之關係，自民國五十七年起，在盆地內標高二十公尺以下，面積約240平方公里範圍內(包括台北市及台北縣大部分地區)，均勻選擇既有深井量測地下水位。台北盆地地下水位及水質調查檢測工作，迄今已歷三十餘年，所蒐集及實測資料，皆經統計分析撰寫成報告，供有關單位參考。本年循例辦理上述各項調查，所有觀測成果及實測記錄皆彙於報告中，俾供比較。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005645</governmentpublicationsnumber><identifier>22060</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22060</librarycollectiondetailsurl><price>185</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地地下水水位及水質檢測（二）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>獲取地下水資源的唯一工具是透過水井，缺乏妥善維護的水井，往往未達適當使用年限即成為廢井，不僅必須再另鑿新井，未良好處置的廢井，受到地面污染物侵入的機會也相對的提高，通常也是造成地下水污染的主因之一。台灣觀測井的硫化氫腐蝕與污染問題已相當嚴重，因此本計畫目的在尋找有效改善水井硫化氫所造成的腐蝕問題，延長水井壽命，並保護地下水資源，落實於現地觀測井維護之經濟有效的管理方式。</abstract><author>東南技術學院環境工程系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900048</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005650</governmentpublicationsnumber><identifier>22061</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22061</librarycollectiondetailsurl><price>95</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>觀測井腐蝕改善之評估與規劃 Evaluation and Planning for Preventing Corrosion in the Monitoring Wells</title><yearidentifier>200112</yearidentifier></data><data><abstract>獲取地下水資源的唯一工具是透過水井，缺乏妥善維護的水井，往往未達適當使用年限即成為廢井，不僅必須再另鑿新井，未良好處置的廢井，受到地面污染物侵入的機會也相對的提高，通常也是造成地下水污染的主因之一。台灣觀測井的硫化氫腐蝕與污染問題已相當嚴重，因此本計畫目的在尋找有效改善水井硫化氫所造成的腐蝕問題，延長水井壽命，並保護地下水資源，落實於現地觀測井維護之經濟有效的管理方式。</abstract><author>經濟部水資源局、東南技院環工系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900048</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005650</governmentpublicationsnumber><identifier>22062</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22062</librarycollectiondetailsurl><price>95</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>觀測井腐蝕改善之評估與規劃（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>工技院能資所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005676</governmentpublicationsnumber><identifier>22063</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22063</librarycollectiondetailsurl><price>220</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>多功能河口水文站系統保養維護　The Maintenance of Multi-Function Estuarine Hydrological Station System</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、工技院能資所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005676</governmentpublicationsnumber><identifier>22064</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22064</librarycollectiondetailsurl><price>220</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>多功能河口水文站系統保養維護（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、本計畫之目的： 本計畫旨在配合「台灣地區地下水觀測網整體計畫」，對嘉南平原及蘭陽平原新設觀測井所產生之水文地質資料，配合水文地質含水層分析及區域變數理論等較嚴謹的監測網規劃分析方法，對嘉南平原、蘭陽平原及澎湖本島等地區進行地下水觀測站網站井位置、深度等之檢討，並作出具體建議。並為配合其他地震前後地下水位變化相關研究，於台南白河及新竹、苗栗地區新站井位置，配合建議一至二口觀測井。 二、本計畫之工作項目： （一）資料蒐集分析。 （二）水文地質分層分析。 （三）地層概念模式建立。 （四）水文地質參數分析。 （五）觀測井網評估與設計。</abstract><author>交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900012</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005681</governmentpublicationsnumber><identifier>22065</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22065</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嘉南平原區域性地下水觀測站井佈置檢討　The Review of Groundwater Monitoring Network in Chia-Nan Plain</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、本計畫之目的： 本計畫旨在配合「台灣地區地下水觀測網整體計畫」，對嘉南平原及蘭陽平原新設觀測井所產生之水文地質資料，配合水文地質含水層分析及區域變數理論等較嚴謹的監測網規劃分析方法，對嘉南平原、蘭陽平原及澎湖本島等地區進行地下水觀測站網站井位置、深度等之檢討，並作出具體建議。並為配合其他地震前後地下水位變化相關研究，於台南白河及新竹、苗栗地區新站井位置，配合建議一至二口觀測井。 二、本計畫之工作項目： （一）資料蒐集分析。 （二）水文地質分層分析。 （三）地層概念模式建立。 （四）水文地質參數分析。 （五）觀測井網評估與設計。</abstract><author>經濟部水資源局、交大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900012</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005681</governmentpublicationsnumber><identifier>22066</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22066</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嘉南平原區域性地下水觀測站井佈置檢討（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告資料蒐集自88年7月至89年12月止,引用43個單位實際調查之資料,其中建設費用並分成八個標的與歷年資料進行比較,另再引用主計處公布的國內資本形成、政府資本形成、國民生產毛額及人口數等,加以分析比較當前的水資源投資情形。</abstract><author>經濟部水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005686</governmentpublicationsnumber><identifier>22067</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22067</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區八十九年水資源投資分析報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>農工中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900010V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>22068</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22068</librarycollectiondetailsurl><price>570</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4） Field Survery by Gps and Status Analysis by Television Inspection System on Groundwater Monitoring Wells (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>22069</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22069</librarycollectiondetailsurl><price>570</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>水井調查與GPS定位係地下水資源管理與地層下陷防治所需之基本資料。本計畫於現場調查嚴重地層下陷地區及地下水管制區之水井數量並以GPS定位。調查地區包括台南市安平區、台南縣仁德鄉與柳營鄉及高雄縣彌陀鄉。獲得之水井資料做為建立水井地理資訊系統資料庫，同時藉現場流量推估試驗及用戶用電紀錄以估算地下水抽水量，俾提供予相關單位做為地下水資源管理及地層下陷防治之參考。</abstract><author>福邦顧問公司</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90049</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005691</governmentpublicationsnumber><identifier>22070</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22070</librarycollectiondetailsurl><price>295</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台南及高雄地區現有水井調查與GPS定位-台南市安平區、台南縣仁德鄉及柳營鄉、高雄縣彌陀鄉</title><yearidentifier>200112</yearidentifier></data><data><abstract>水井調查與GPS定位係地下水資源管理與地層下陷防治所需之基本資料。本計畫於現場調查嚴重地層下陷地區及地下水管制區之水井數量並以GPS定位。調查地區包括台南市安平區、台南縣仁德鄉與柳營鄉及高雄縣彌陀鄉。獲得之水井資料做為建立水井地理資訊系統資料庫，同時藉現場流量推估試驗及用戶用電紀錄以估算地下水抽水量，俾提供予相關單位做為地下水資源管理及地層下陷防治之參考。</abstract><author>福邦顧問公司</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB90049</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005691</governmentpublicationsnumber><identifier>22071</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22071</librarycollectiondetailsurl><price>295</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台南及高雄地區現有水井調查與GPS定位-台南市安平區、台南縣仁德鄉及柳營鄉、高雄縣彌陀鄉（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>行政院於88年5月25日以台八十八交字第二０二六０號函核定行政院觀光發展推動小組研提「溫泉開發管理方案」，其中經濟部應辦理之工作項目為「落實溫泉區水權之登記」，因此經濟部水資源局成立「台灣溫泉水資源之調查及開發利用」計畫。經公開招標評審後，由工研院能資所承辦。本計畫全程共四年，89年9月28日至89年12月31日為第一年度計畫，已完成；本年度為第二年，自90年1月1日至90年12月31日。能資所自民國55年起即開始從事國內地熱及溫泉資源之探勘與開發利用研究工作。本所有鑑於國內溫泉資源資重要性及目前存在的許多問題，期望能借由本計畫之執行能使溫泉資源能有效合理的利用，並落實溫泉區水權之登記管理。</abstract><author>經濟部水資源局、工研院能資所</author><categoryidentifier>354.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005694</governmentpublicationsnumber><identifier>22072</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22072</librarycollectiondetailsurl><price>290</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣溫泉水資源之調查及開發利用（2/4） A Study on the Investigation , Exploitation and Utilization of Hot-Spring Resources in Taiwan (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>行政院於88年5月25日以台八十八交字第二０二六０號函核定行政院觀光發展推動小組研提「溫泉開發管理方案」，其中經濟部應辦理之工作項目為「落實溫泉區水權之登記」，因此經濟部水資源局成立「台灣溫泉水資源之調查及開發利用」計畫。經公開招標評審後，由工研院能資所承辦。本計畫全程共四年，89年9月28日至89年12月31日為第一年度計畫，已完成；本年度為第二年，自90年1月1日至90年12月31日。 能資所自民國55年起即開始從事國內地熱及溫泉資源之探勘與開發利用研究工作。本所有鑑於國內溫泉資源資重要性及目前存在的許多問題，期望能借由本計畫之執行能使溫泉資源能有效合理的利用，並落實溫泉區水權之登記管理。</abstract><author>經濟部水資源局、工研院能資所</author><categoryidentifier>354.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005694</governmentpublicationsnumber><identifier>22073</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22073</librarycollectiondetailsurl><price>290</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣溫泉水資源之調查及開發利用（2/4）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係利用多元雷達觀測技術評估並規劃台灣水文、地文變遷監測系統，其內容包括：雷達觀測技術發展現況(空載、衛載及地面)；雷達觀測技術應用於土地利用變遷之監測(水體、地表覆蓋、作物分類)；雷達觀測技術應用於地形與位移之監測；雷達觀測技術應用於水文之監測(流速、降雨、淹水)。並針對全球遙測技術之展望規劃台灣雷達遙測運作機制及作業體系以提升政府於災害防救與水資源管理決策之效率。</abstract><author>經濟部水資源局;央大太空遙測中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005584</governmentpublicationsnumber><identifier>22074</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22074</librarycollectiondetailsurl><price>590</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>雷達觀測技術應用於水文、地文變遷之研究(1/3)附錄　Application of Radar Observing Technology for Hydrology and Physiography Changing Research (1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>（一）水準網基點檢測：辦理下列地區之水準檢測（各地區均已依據計畫所　　　要求之精度，完成驗收）１、台北盆地主幹線２、彰化地區３、台南　　　地區(台一線以西含南部科學園區)４、屏東地區５、桃園地區 （二）現有監測井網之維護與觀測：代為管理宜蘭、彰化、雲林、嘉義、屏　　　東地區三十口地層下陷監測井網，並持續對其進行每月一次之下陷量　　　監測調查及分析。 （三）地層下陷地區資料整合、分析與評估：綜合水準測量與地層下陷監測　　　井之觀測資料，整體評估各地層下陷地區之現況與可能之變化。 （四）建置台灣地區地層下陷查詢系統及資料庫。</abstract><author>工技院能資所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900017V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005719</governmentpublicationsnumber><identifier>22075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22075</librarycollectiondetailsurl><price>900</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地層下陷之監測、調查及分析（1/4） Analysis, Investigation and Monitoring in Taiwan Subjected to Land Subsidence (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>（一）水準網基點檢測：辦理下列地區之水準檢測（各地區均已依據計畫所要求之精度，完成驗收） １、台北盆地主幹線 ２、彰化地區 ３、台南地區(台一線以西含南部科學園區) ４、屏東地區 ５、桃園地區 （二）現有監測井網之維護與觀測：代為管理宜蘭、彰化、雲林、嘉義、屏東地區三十口地層下陷監測井網，並持續對其進行每月一次之下陷量監測調查及分析。 （三）地層下陷地區資料整合、分析與評估：綜合水準測量與地層下陷監測井之觀測資料，整體評估各地層下陷地區之現況與可能之變化。 （四）建置台灣地區地層下陷查詢系統及資料庫。</abstract><author>經濟部水資源局、工技院能資所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005719</governmentpublicationsnumber><identifier>22076</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22076</librarycollectiondetailsurl><price>900</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地層下陷之監測、調查及分析（1/4）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>大陸水資源資訊蒐集整理，包括水資源供需情勢、水利政策、規範及相關法令、河川流域管理組織體系、水資源調配規劃以及防汛、緊急應變制度 長江三峽大壩施工情況、工程管理技術蒐集整理。 大陸乾旱地區節約用水之推廣與實施情形之資料整理。</abstract><author>經濟部水資源局、能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900055</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005724</governmentpublicationsnumber><identifier>22077</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22077</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>大陸水資源情勢及其因應策略評析　Analysis of Water Resources Situations in Mainland China and Development of Associated Strategic Plan</title><yearidentifier>200112</yearidentifier></data><data><abstract>大陸水資源資訊蒐集整理，包括水資源供需情勢、水利政策、規範及相關法令、河川流域管理組織體系、水資源調配規劃以及防汛、緊急應變制度 長江三峽大壩施工情況、工程管理技術蒐集整理。 大陸乾旱地區節約用水之推廣與實施情形之資料整理。</abstract><author>經濟部水資源局、能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90005</commissionedprojectidentifier><currency>NT$</currency><date>2002/3/29</date><governmentpublicationsnumber>1009005724</governmentpublicationsnumber><identifier>22078</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22078</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>大陸水資源情勢及其因應策略評析（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>台北盆地主幹線水準網基點檢測。由檢測結果顯示，年度變化量多數分布在正負一公分以內，高程變化量與水準測量高程的誤差驅近，在統計檢定上不具顯著性，依此數據顯示，此橫貫台北盆地之監測剖面無顯著下陷之跡象。</abstract><author>工技院能資所</author><categoryidentifier>10020203 139   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900017V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005728</governmentpublicationsnumber><identifier>22079</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22079</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地主幹線水準測量報告　The Leveling Survey on Major Route of Taipei Basin</title><yearidentifier>200112</yearidentifier></data><data><abstract>本中心執行成果包括:一.地面水及地下水聯合供需運用 二.台南新營市及新市鄉水井現況調查資料 三.愛護水資源教育宣導等項目,以作為政府決策單位對台南地區近、中程水資源調配之參考。</abstract><author>經濟部水資源局、雄科大水資源保育發展中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005731</governmentpublicationsnumber><identifier>22080</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22080</librarycollectiondetailsurl><price>467</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>九十年度水資源保育及發展研究中心執行計畫</title><yearidentifier>200112</yearidentifier></data><data><abstract>本中心執行成果包括:一.地面水及地下水聯合供需運用 二.台南新營市及新市鄉水井現況調查資料 三.愛護水資源教育宣導等項目,以作為政府決策單位對台南地區近、中程水資源調配之參考。</abstract><author>經濟部水資源局、雄科大水資源保育發展中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005731</governmentpublicationsnumber><identifier>22081</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22081</librarycollectiondetailsurl><price>467</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>九十年度水資源保育及發展研究中心執行計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫延續水資源局89年度「台灣地區重要水庫集水區水資源資料庫建置及保育計畫」之研究成果，擴充水資源資料庫及保育查詢系統，整合GIS、RS、GPS、3D及PDA等新科技於水庫集水區管理，將水庫集水區之經營與管理朝向資訊化。本計畫以台灣地區22座主要水庫為研究範圍，第一年度之研究範圍包括北部地區新山、西勢、翡翠、石門、寶山、大埔、永和山、明德、鯉魚潭等九座水庫集水區，藉由各項資訊技術之整合，提高水庫集水區整體性保育規劃之執行效率。</abstract><author>逢大地理資訊中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900024</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005742</governmentpublicationsnumber><identifier>22082</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22082</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地理資訊系統於主要水庫集水區管理之應用(1/2)　Application of GIS to Major Reservoir Watersheds Management (1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫延續水資源局89年度「台灣地區重要水庫集水區水資源資料庫建置及保育計畫」之研究成果，擴充水資源資料庫及保育查詢系統，整合GIS、RS、GPS、3D及PDA等新科技於水庫集水區管理，將水庫集水區之經營與管理朝向資訊化。本計畫以台灣地區22座主要水庫為研究範圍，第一年度之研究範圍包括北部地區新山、西勢、翡翠、石門、寶山、大埔、永和山、明德、鯉魚潭等九座水庫集水區，藉由各項資訊技術之整合，提高水庫集水區整體性保育規劃之執行效率。</abstract><author>經濟部水資源局、逢大地理資訊中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB--9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005742</governmentpublicationsnumber><identifier>22083</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22083</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地理資訊系統於主要水庫集水區管理之應用(1/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、於台南縣下營國小及台南科學園區等具有地層下陷潛勢地區增設無線式　　分層地層下陷監測井。 二、每口井鑽鑿三○○公尺深，從地表至一○○公尺深全段，採薄管取樣法　　取不擾動土樣，以進行實驗室內土壤力學試驗，餘二○○公尺深之井深　　則採旋鑽法鑽進，惟仍須作地層比對之紀錄。 三、針對地層下陷區及地層下陷潛勢區，規劃未來三年間，於宜蘭、桃園、　　彰化、雲林、嘉義、台南、高雄、屏東等地區，建置八至十口無線式分　　層地層下陷監測井，以增加目前監測井網之密度。</abstract><author>工技院能資所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900052</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005744</governmentpublicationsnumber><identifier>22084</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22084</librarycollectiondetailsurl><price>450</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地層下陷監測井新建及規劃  New Installing and Planning of Land Subsidence Monitoring Well in Taiwan</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、於台南縣下營國小及台南科學園區等具有地層下陷潛勢地區增設無線式分層地層下陷監測井。 二、每口井鑽鑿三○○公尺深，從地表至一○○公尺深全段，採薄管取樣法取不擾動土樣，以進行實驗室內土壤力學試驗，餘二○○公尺深之井深則採旋鑽法鑽進，惟仍須作地層比對之紀錄。 三、針對地層下陷區及地層下陷潛勢區，規劃未來三年間，於宜蘭、桃園、彰化、雲林、嘉義、台南、高雄、屏東等地區，建置八至十口無線式分層地層下陷監測井，以增加目前監測井網之密度。</abstract><author>經濟部水資源局、工技院能資所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/90005</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005744</governmentpublicationsnumber><identifier>22085</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22085</librarycollectiondetailsurl><price>450</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地層下陷監測井新建及規劃（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫希望使決策分析之相關人員，得以藉由本系統之運用，充分瞭解並掌握台灣地區地下水資源之特性，提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。決策支援系統主要可以分為三個次系統，分別為資料庫管理次系統、模式分析次系統以及地下水資源管理次系統三個次系統。系統主要是以地理資訊系統（Geographic Information System,GIS）軟體ESRI ArcGis 8.1 為系統開發工具，資料庫則利用SQL Server 2000建置。未來將逐步與其他相關資料庫包括地下水水位以及水權核發等資料庫進行串聯。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>10020203 141   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900044V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005747</governmentpublicationsnumber><identifier>22086</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22086</librarycollectiondetailsurl><price>685</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置（1/4）　The Decision Supporting System for Groundwater Management in Taiwan (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫希望使決策分析之相關人員，得以藉由本系統之運用，充分瞭解並掌握台灣地區地下水資源之特性，提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標。決策支援系統主要可以分為三個次系統，分別為資料庫管理次系統、模式分析次系統以及地下水資源管理次系統三個次系統。系統主要是以地理資訊系統（Geographic Information System,GIS）軟體ESRI ArcGis 8.1 為系統開發工具，資料庫則利用SQL Server 2000建置。未來將逐步與其他相關資料庫包括地下水水位以及水權核發等資料庫進行串聯。</abstract><author>中興顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900044</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005747</governmentpublicationsnumber><identifier>22087</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22087</librarycollectiondetailsurl><price>685</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地下水資源管理決策支援系統建置(1/4)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>針對永和山、明德、鯉魚潭、仁義潭及烏山頭等五座水庫之集水區污染源進行調查與評估,藉由水庫集水區衛星影像圖的判識與地理資訊系統的建置與整合來推估集水區點源及非點源污染量,另藉由水質分析之結果以Vollenmeider及WASP5 水質模式的模擬與驗證及生物指標來評估污染源對水庫水質的影響程度。</abstract><author>逢甲環工科學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0900041</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005750</governmentpublicationsnumber><identifier>22088</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22088</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水庫集水區污染源之調查評估</title><yearidentifier>200112</yearidentifier></data><data><abstract>針對永和山、明德、鯉魚潭、仁義潭及烏山頭等五座水庫之集水區污染源進行調查與評估,藉由水庫集水區衛星影像圖的判識與地理資訊系統的建置與整合來推估集水區點源及非點源污染量,另藉由水質分析之結果以Vollenmeider及WASP5 水質模式的模擬與驗證及生物指標來評估污染源對水庫水質的影響程度。</abstract><author>經濟部水資源局 ; 逢甲環工科學系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB0900041</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005750</governmentpublicationsnumber><identifier>22089</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22089</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水庫集水區污染源之調查評估（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究目標由去年概括式之基礎評估與建立,提升至生態調查與評估技術、集水區透水性舖面、集水區集河岸邊坡定,以及生態化最佳管理作業等,兼顧水量水質之範疇,以顧全水資源經營管理以及利用之各面向策略需求,俾使生態工法成為集水區整治工具。</abstract><author>經濟部水資源局、北科大土木系暨環境所</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005751</governmentpublicationsnumber><identifier>22090</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22090</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>集水區親水及生態工法之建立（2/4）The Establishment of Ecological Engineering Methods in Watersheds (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究目標由去年概括式之基礎評估與建立,提升至生態調查與評估技術、集水區透水性舖面、集水區集河岸邊坡定,以及生態化最佳管理作業等,兼顧水量水質之範疇,以顧全水資源經營管理以及利用之各面向策略需求,俾使生態工法成為集水區整治工具。</abstract><author>經濟部水資源局、北科大土木系暨環境所</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005751</governmentpublicationsnumber><identifier>22091</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22091</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>集水區親水及生態工法之建立（2/4）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究主要目的在建置一涵蓋全流域的整合型土砂管理模式，將集水區之降雨→逕流與土砂生產、河道水理與動床等機制加以整合，以全流域的觀點考慮流域整體之泥砂生產、輸送以及河床演變，可用以模擬全流域之泥砂供需情形，進一步對泥砂生產、分配、採擷進行管理或對災害及工程規劃的影響進行評估。</abstract><author>成大防災中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005752</governmentpublicationsnumber><identifier>22092</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22092</librarycollectiondetailsurl><price>460</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>流域土砂管理模式之研究（2/3）　Study on the Watershed Models of Sedimentary Management (2/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究主要目的在建置一涵蓋全流域的整合型土砂管理模式，將集水區之降雨→逕流與土砂生產、河道水理與動床等機制加以整合，以全流域的觀點考慮流域整體之泥砂生產、輸送以及河床演變，可用以模擬全流域之泥砂供需情形，進一步對泥砂生產、分配、採擷進行管理或對災害及工程規劃的影響進行評估。</abstract><author>經濟部水資源局、成大防災中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005752</governmentpublicationsnumber><identifier>22093</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22093</librarycollectiondetailsurl><price>460</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>流域土砂管理模式之研究（2/3）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年研究指出,非點源污染對水體水質之衝擊甚鉅,因此要落實集水區管理,有必要建立前瞻性水量管理策略。最後民眾參與的原則之下於教育推廣亦持續推行水資源社區總體營造教育宣導培訓國內人才與促進國際交流將本中心規劃原則與理念一完成</abstract><author>經濟部水資源局、北科大</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005753</governmentpublicationsnumber><identifier>22094</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22094</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水環境研究中心九十年度綜合執行計畫(2/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年研究指出,非點源污染對水體水質之衝擊甚鉅,因此要落實集水區管理,有必要建立前瞻性水量管理策略。最後民眾參與的原則之下於教育推廣亦持續推行水資源社區總體營造教育宣導培訓國內人才與促進國際交流將本中心規劃原則與理念一完成</abstract><author>經濟部水資源局、北科大</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005753</governmentpublicationsnumber><identifier>22095</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22095</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水環境研究中心九十年度綜合執行計畫(2/5)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度除執行一般業務外,另有三個子題研究,子題A:由921大地震造成中部山區坡地災害探討及研擬全方位集水區保育治理對策;子題B:集水區開發擾動程度和道路闢建對水庫的影響及因應保育對策之研擬;子題C:水庫集水區防砂壩構築對生態環境影響及其改善對策。</abstract><author>中興水資源保育防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005754</governmentpublicationsnumber><identifier>22096</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22096</librarycollectiondetailsurl><price>990</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中興大學水資源保育及防災研究中心九十年度補助計畫  Research Center for Water Resources Conserbation and Disaster Prevention -Annual Report for 2001-</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度除執行一般業務外,另有三個子題研究,子題A:由921大地震造成中部山區坡地災害探討及研擬全方位集水區保育治理對策;子題B:集水區開發擾動程度和道路闢建對水庫的影響及因應保育對策之研擬;子題C:水庫集水區防砂壩構築對生態環境影響及其改善對策。</abstract><author>中興水資源保育防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005754</governmentpublicationsnumber><identifier>22097</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22097</librarycollectiondetailsurl><price>990</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中興大學水資源保育及防災研究中心九十年度補助計畫 （光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫之目標在於協助經濟部水資源局地下水相關業務之推展及協助辦理地下水觀測站網或地層下陷防治方案相關之委辦或補助計畫成效評估，另外為加強水資源局有關地下水資訊系統建置，本計畫除了規劃執行中心之資訊系統設備外，並希望彙整委辦或補助計畫所獲得珍貴資料，再經過分析處理後，提供給水資源局政策執行之參考。本計畫為使相關推動工作不致中斷，乃針對「台灣地區地下水觀測網整體計畫」第二期計畫提出四年之延續性計畫，本（九十）年度計畫重點在於第一期地下水觀測站網成果彙整及展示，持續推動地下水觀測網整體計畫第二期計畫工作項目、維護完整之地下水及水文地質資料庫及其它相關之資訊系統。</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900014V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005760</governmentpublicationsnumber><identifier>22098</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22098</librarycollectiondetailsurl><price>230</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五） Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅴ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫之目標在於協助經濟部水資源局地下水相關業務之推展及協助辦理地下水觀測站網或地層下陷防治方案相關之委辦或補助計畫成效評估，另外為加強水資源局有關地下水資訊系統建置，本計畫除了規劃執行中心之資訊系統設備外，並希望彙整委辦或補助計畫所獲得珍貴資料，再經過分析處理後，提供給水資源局政策執行之參考。本計畫為使相關推動工作不致中斷，乃針對「台灣地區地下水觀測網整體計畫」第二期計畫提出四年之延續性計畫，本（九十）年度計畫重點在於第一期地下水觀測站網成果彙整及展示，持續推動地下水觀測網整體計畫第二期計畫工作項目、維護完整之地下水及水文地質資料庫及其它相關之資訊系統。</abstract><author>經濟部水資源局、台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005760</governmentpublicationsnumber><identifier>22099</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22099</librarycollectiondetailsurl><price>230</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>政府為地下水資源永續利用及促進地表水及地下水聯合運用, 建立台灣地區地下水觀測網, 收集水文地質及地下水水文資料, 以建立國家性水文監測站網。地下水水質監測為子計畫之一, 自民國88-93年為期五年, 本計畫具有兩項基本目的, 一為提供水源調配之水質依據, 再則提供污染監測的參考。</abstract><author>台糖新營糖廠、台糖研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900009V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005762</governmentpublicationsnumber><identifier>22100</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22100</librarycollectiondetailsurl><price>492</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析（3/5） Groundwater Quality by the Taiwan Groundwater Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>政府為地下水資源永續利用及促進地表水及地下水聯合運用, 建立台灣地區地下水觀測網, 收集水文地質及地下水水文資料, 以建立國家性水文監測站網。地下水水質監測為子計畫之一, 自民國88-93年為期五年, 本計畫具有兩項基本目的, 一為提供水源調配之水質依據, 再則提供污染監測的參考。</abstract><author>經濟部水資源局、台糖新營糖廠、台糖研究所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005762</governmentpublicationsnumber><identifier>22101</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22101</librarycollectiondetailsurl><price>492</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析（3/5）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區地下水觀測網整體計劃九十年度在竹苗地區16個站共鑽設35口分層觀測井。本計畫分析觀測井水樣之碳十四及氚，以及岩芯樣品孔隙水樣品之分析，分析項目包括pH、Eh、電導度(EC)、陽離子(Na+、K+、Ca2+、Mg2+、ΣFe、Mn2+、As、Se、Zn、Pb、Cr)、陰離子(PO43-, NO3-,SO42-,Cl-)，及地下水螢光強度等。</abstract><author>台大地質系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900015</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005767</governmentpublicationsnumber><identifier>22102</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22102</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區新建地下水觀測井之地下水定年分析及垂向水質變化調查(2/4) Radiometric Dating and Vertical Quality Variation of Groundwater from Wells in Taiwan Area (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區地下水觀測網整體計劃九十年度在竹苗地區16個站共鑽設35口分層觀測井。本計畫分析觀測井水樣之碳十四及氚，以及岩芯樣品孔隙水樣品之分析，分析項目包括pH、Eh、電導度(EC)、陽離子(Na+、K+、Ca2+、Mg2+、ΣFe、Mn2+、As、Se、Zn、Pb、Cr)、陰離子(PO43-, NO3-,SO42-,Cl-)，及地下水螢光強度等。</abstract><author>經濟部水資源局、台大地質系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900015</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005767</governmentpublicationsnumber><identifier>22103</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22103</librarycollectiondetailsurl><price>120</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區新建地下水觀測井之地下水定年分析及垂向水質變化調查(2/4)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、協助辦理行政院國家永續發展委員會與海洋與水土資源管理工作分組交辦事項二、協助推動永續發展相關業務及活動三、水資源永續發展相關議題之研究四、水資源相關國家報告之撰擬五、水資源永續發展指標之釐訂六、永續而有效水資源量之估計七、永續可利用水資源設施之建立八、水資源利用效率提高計畫辦理九、水資源永續發展成果之綜整情形及相關法規之檢討十、協助經濟部水資源局辦理國際水資源永續發展資訊交流與合作十一、資訊資料庫之更新維護十二、水資源局中英文簡介之編輯十三、國內外水資源及科技管理相關雜誌摘要暨專題選讀</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900006V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005776</governmentpublicationsnumber><identifier>22104</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22104</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫(1/4)上冊  Project of the Sustainable Development of Water Resources in Taiwan (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、協助辦理行政院國家永續發展委員會與海洋與水土資源管理工作分組交辦事項二、協助推動永續發展相關業務及活動三、水資源永續發展相關議題之研究四、水資源相關國家報告之撰擬五、水資源永續發展指標之釐訂六、永續而有效水資源量之估計七、永續可利用水資源設施之建立八、水資源利用效率提高計畫辦理九、水資源永續發展成果之綜整情形及相關法規之檢討十、協助經濟部水資源局辦理國際水資源永續發展資訊交流與合作十一、資訊資料庫之更新維護十二、水資源局中英文簡介之編輯十三、國內外水資源及科技管理相關雜誌摘要暨專題選讀</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900006V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005776</governmentpublicationsnumber><identifier>22105</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22105</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫(1/4)上下－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>一、協助辦理行政院國家永續發展委員會與海洋與水土資源管理工作分組交辦事項二、協助推動永續發展相關業務及活動三、水資源永續發展相關議題之研究四、水資源相關國家報告之撰擬五、水資源永續發展指標之釐訂六、永續而有效水資源量之估計七、永續可利用水資源設施之建立八、水資源利用效率提高計畫辦理九、水資源永續發展成果之綜整情形及相關法規之檢討十、協助經濟部水資源局辦理國際水資源永續發展資訊交流與合作十一、資訊資料庫之更新維護十二、水資源局中英文簡介之編輯十三、國內外水資源及科技管理相關雜誌摘要暨專題選讀</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900006V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005780</governmentpublicationsnumber><identifier>22106</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22106</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫(1/4)下冊(附錄)  Project of the Sustainable Development of Water Resources in Taiwan (1/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫年度計畫重點工作為研擬政策企劃與辦理相關水資源會議，並協助水資源局辦理政策推廣等相關服務工作，加強本中心網站與水資源局連結之資訊服務功能，且建立與各水資源研究中心聯合服務網路，並持續執行水資源資料彙整與相關水資源基礎研究。智庫服務之維護及推廣服務網站方面，完成中心網站及水資源即時新聞電子報改版工作，辦理年度重大水資源新聞票選活動，翻譯完成包括美、日等國重要水資源新知著作，增加充實網站資料庫，並建置相關宣導服務網，以提升與水資源局連結服務功能，建立水資源研究中心聯合服務網站，適時收錄及彙整國際新知，以建構國外網站資料服務中心，提昇水資源資訊服務之便利性。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005801</governmentpublicationsnumber><identifier>22107</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22107</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>淡江大學水資源管理與政策研究中心(九十年度)捐助計畫總報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫年度計畫重點工作為研擬政策企劃與辦理相關水資源會議，並協助水資源局辦理政策推廣等相關服務工作，加強本中心網站與水資源局連結之資訊服務功能，且建立與各水資源研究中心聯合服務網路，並持續執行水資源資料彙整與相關水資源基礎研究。智庫服務之維護及推廣服務網站方面，完成中心網站及水資源即時新聞電子報改版工作，辦理年度重大水資源新聞票選活動，翻譯完成包括美、日等國重要水資源新知著作，增加充實網站資料庫，並建置相關宣導服務網，以提升與水資源局連結服務功能，建立水資源研究中心聯合服務網站，適時收錄及彙整國際新知，以建構國外網站資料服務中心，提昇水資源資訊服務之便利性。</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005801</governmentpublicationsnumber><identifier>22108</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22108</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>淡江大學水資源管理與政策研究中心(九十年度)捐助計畫總報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在評估以生物科技，在高屏溪現地（鄰近下游取水設施如攔河堰、取水口等）處理河川淤泥、活化河川自淨能力的可行性，故與傳統挖除河川底泥的處理方式有別；期能建立有效且經濟的淨化河川淤泥的生物處理技術，減少水體污染物，增加水質的安全性與穩定性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫利用微生物對纖維質的分解活性與在缺氧情形下的生長狀況，選用12株污染物分解菌，具有提昇水相污染物的生物降解效能，但對固相污染物分解速率的提昇則較不明顯。整體而言，目前所選用的污染物分解微生物能增強高屏溪淤泥的自淨能力，但效能需要較長期的觀察與探討。</abstract><author>生物技術開發中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900045</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005839</governmentpublicationsnumber><identifier>22109</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22109</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>利用生物科技改善高屏溪水質提升用水效率示範計畫(1/2)　Projevt for Improving Water Quality and Increasing water Utilizing Efficiency of Kao-Ping River via Biological Processes (1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫旨在評估以生物科技，在高屏溪現地（鄰近下游取水設施如攔河堰、取水口等）處理河川淤泥、活化河川自淨能力的可行性，故與傳統挖除河川底泥的處理方式有別；期能建立有效且經濟的淨化河川淤泥的生物處理技術，減少水體污染物，增加水質的安全性與穩定性，達到改善水質、充分且穩定供應工業用水之目標，進而維繫引水設施之永續取水功能。本計畫利用微生物對纖維質的分解活性與在缺氧情形下的生長狀況，選用12株污染物分解菌，具有提昇水相污染物的生物降解效能，但對固相污染物分解速率的提昇則較不明顯。整體而言，目前所選用的污染物分解微生物能增強高屏溪淤泥的自淨能力，但效能需要較長期的觀察與探討。</abstract><author>經濟部水資源局、生物技術開發中心</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005839</governmentpublicationsnumber><identifier>22110</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22110</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>利用生物科技改善高屏溪水質提升用水效率示範計畫(1/2)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區隨著人口成長、都市化發展與產業結構改變，用水需求量逐漸增加，另傳統水資源的開發日益艱困，故必須積極研究發展替代水源。本計畫針對高雄中洲污水處理廠排放水進行回收再利用的可行性規劃，經評估各類用水標的，包括工業、農業灌溉、補注地下水、環境保育等，建議將回收水經薄膜程序處理後，以專管輸送至臨海工業區供應工業用水每日10萬噸，並提出本方案工程規劃、營運管理、財務及經濟效益之規劃與分析結果。利用都市污水處理廠排放水具有水質與水量穩定的特點，提供做為區域水源、提高水資源的利用效益，同時可以減輕傳統水源易受天候與人為污染影響的風險，進而保障用水大眾的權益。</abstract><author>經濟部水資源局、能邦顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005840</governmentpublicationsnumber><identifier>22111</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22111</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>高雄中洲污水處理後水再利用　Planning for the Reuse of Effluent from Kaohsiung Central Municipal Wastewater Treatment Plant as an Alternative Water Supply</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣地區隨著人口成長、都市化發展與產業結構改變，用水需求量逐漸增加，另傳統水資源的開發日益艱困，故必須積極研究發展替代水源。本計畫針對高雄中洲污水處理廠排放水進行回收再利用的可行性規劃，經評估各類用水標的，包括工業、農業灌溉、補注地下水、環境保育等，建議將回收水經薄膜程序處理後，以專管輸送至臨海工業區供應工業用水每日10萬噸，並提出本方案工程規劃、營運管理、財務及經濟效益之規劃與分析結果。利用都市污水處理廠排放水具有水質與水量穩定的特點，提供做為區域水源、提高水資源的利用效益，同時可以減輕傳統水源易受天候與人為污染影響的風險，進而保障用水大眾的權益。</abstract><author>經濟部水資源局、能邦顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/2</date><governmentpublicationsnumber>1009005840</governmentpublicationsnumber><identifier>22112</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22112</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>高雄中洲污水處理後水再利用（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度完成之工作項目包括（一）Armington彈性值之推估（二）WATERGEM資料庫之更新與MR-WATERGEM資料庫之擴充（三）我國加入世界貿易組織的政策模擬（四）地理資訊系統與水資源總體經濟模式的連結（五）舉辦水資源總體經濟模式相關課程（六）舉辦兩次專家學者座談會（七）舉辦成果發表會</abstract><author>經濟部水資源局、台經院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005855</governmentpublicationsnumber><identifier>22113</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22113</librarycollectiondetailsurl><price>800</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水資源總體經濟模式（四之二） The Economic Model of Water Resources</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度完成之工作項目包括（一）Armington彈性值之推估（二）WATERGEM資料庫之更新與MR-WATERGEM資料庫之擴充（三）我國加入世界貿易組織的政策模擬（四）地理資訊系統與水資源總體經濟模式的連結（五）舉辦水資源總體經濟模式相關課程（六）舉辦兩次專家學者座談會（七）舉辦成果發表會</abstract><author>經濟部水資源局、台經院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005855</governmentpublicationsnumber><identifier>22114</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22114</librarycollectiondetailsurl><price>800</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水資源總體經濟模式（四之二）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>水利業務管理與政策企劃的主要工作內容有：壹、重大水資源政策企劃與方案擬定 貳、水資源相關知識管理工作 參、協助政策推動工作肆、臨時交辦事項 一、協助辦理『小三通』通水後續執行事宜 二、協助辦理水利替代役訓練 三、協助推動『知識管理推動計畫』四、彙編『九十年版中華民國科學技術年鑑』（水資源局部分）五、製作『八十七、八十八年水資源局工作年報』 電子書 六、製作水資源局補助各研討會成果資料庫 七、翻譯『日本河川法』 八、彙編83-89年度委辦計畫成果 IV、總體成果與成效	 V、檢討與建議</abstract><author>淡大水資源政策中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900001V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005807</governmentpublicationsnumber><identifier>22115</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22115</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水利業務管理與政策企劃總報告　Management and Policy Planning on Water Resources Official Functions</title><yearidentifier>200112</yearidentifier></data><data><abstract>水利業務管理與政策企劃的主要工作內容有：壹、重大水資源政策企劃與方案擬定 貳、水資源相關知識管理工作 參、協助政策推動工作肆、臨時交辦事項 一、協助辦理『小三通』通水後續執行事宜 二、協助辦理水利替代役訓練 三、協助推動『知識管理推動計畫』四、彙編『九十年版中華民國科學技術年鑑』（水資源局部分）五、製作『八十七、八十八年水資源局工作年報』 電子書 六、製作水資源局補助各研討會成果資料庫 七、翻譯『日本河川法』 八、彙編83-89年度委辦計畫成果 IV、總體成果與成效	 V、檢討與建議</abstract><author>淡大水資源政策中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900001V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005807</governmentpublicationsnumber><identifier>22116</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22116</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水利業務管理與政策企劃總報告（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告詳述委辦計畫下列各項工作辦理情形及成果： 1. 辦理專業訓練講習課程 2. 建置地層下陷防治宣導網站 3. 辦理民眾宣導活動 4. 辦理地層下陷防治宣導教材研擬競賽 5. 辦理鄉土教學圖文報導競賽 6. 辦理網路漫畫、徵圖、徵文競賽 7. 辦理網路問卷闖關有獎徵答活動 8. 製作活動海報及宣導品 9. 辦理地層下陷防治成果展示及表揚活動 10. 協助辦理彰化縣大城鄉地層下陷防治宣導座談會 11. 研擬地層下陷防治專業技術訓練講習及宣導整體計畫草案</abstract><author>淡大水資源管理政策中心</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900018V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005895</governmentpublicationsnumber><identifier>22117</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22117</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導（1/4）總報告  Training Session and Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告詳述委辦計畫下列各項工作辦理情形及成果： 1. 辦理專業訓練講習課程 2. 建置地層下陷防治宣導網站 3. 辦理民眾宣導活動 4. 辦理地層下陷防治宣導教材研擬競賽 5. 辦理鄉土教學圖文報導競賽 6. 辦理網路漫畫、徵圖、徵文競賽 7. 辦理網路問卷闖關有獎徵答活動 8. 製作活動海報及宣導品 9. 辦理地層下陷防治成果展示及表揚活動 10. 協助辦理彰化縣大城鄉地層下陷防治宣導座談會 11. 研擬地層下陷防治專業技術訓練講習及宣導整體計畫草案</abstract><author>經濟部水資源局、淡大水資源管理政策中心</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900018V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005895</governmentpublicationsnumber><identifier>22118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22118</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導（1/4）總報告 －光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告詳述委辦計畫下列各項工作辦理情形及成果： 1. 辦理專業訓練講習課程 2. 建置地層下陷防治宣導網站 3. 辦理民眾宣導活動 4. 辦理地層下陷防治宣導教材研擬競賽 5. 辦理鄉土教學圖文報導競賽 6. 辦理網路漫畫、徵圖、徵文競賽 7. 辦理網路問卷闖關有獎徵答活動 8. 製作活動海報及宣導品 9. 辦理地層下陷防治成果展示及表揚活動 10. 協助辦理彰化縣大城鄉地層下陷防治宣導座談會 11. 研擬地層下陷防治專業技術訓練講習及宣導整體計畫草案</abstract><author>經濟部水資源局、淡大水資源管理政策中心</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005909</governmentpublicationsnumber><identifier>22119</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22119</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導（1/4）總報告 附件成果展示光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>地下水超抽肇因於土地之利用與產業發展未妥慎整體規劃，影響土地利用型態之調整改善。因此如何有效規劃地層下陷區土地利用，並獲取土地利用及覆蓋之詳實現況資訊，據以評估其對淹水潛勢之影響有其必要性。「地層下陷區土地利用對淹水潛勢影響之研究」計畫開發建置本土化分析模式，規劃地層下陷區之土地利用及運用土地覆蓋現況資料，分析土地利用對於淹水潛勢影響，將可立即獲知地層下陷區的淹水風險，藉以提供災害之預警及防治之重要參考。</abstract><author>成大水利海洋研發會</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900036V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005915</governmentpublicationsnumber><identifier>22120</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22120</librarycollectiondetailsurl><price>460</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究（1/3） Influence of Land Use on Flooding Potential in Land Subsidence Areas (1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>地下水超抽肇因於土地之利用與產業發展未妥慎整體規劃，影響土地利用型態之調整改善。 因此如何有效規劃地層下陷區土地利用，並獲取土地利用及覆蓋之詳實現況資訊，據以評估其對淹水潛勢之影響有其必要性。 「地層下陷區土地利用對淹水潛勢影響之研究」計畫開發建置本土化分析模式，規劃地層下陷區之土地利用及運用土地覆蓋現況資料，分析土地利用對於淹水潛勢影響，將可立即獲知地層下陷區的淹水風險，藉以提供災害之預警及防治之重要參考。</abstract><author>經濟部水資源局、成大水利海洋研發會</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005915</governmentpublicationsnumber><identifier>22121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22121</librarycollectiondetailsurl><price>460</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究(1/3)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台大生物環工系</author><categoryidentifier>10020201 053   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900019V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005924</governmentpublicationsnumber><identifier>22122</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22122</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水文設計應用手冊  Handbook for Hydrological Design</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台大生物環工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90001</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005924</governmentpublicationsnumber><identifier>22123</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22123</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水文設計應用手冊（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>建置旱災防救資訊系統,以輔助進行旱災防救之乾旱預警與救旱管理等工作。 九十年以嘉南地區曾文溪流域為對象,建置旱災防救資訊系統雛形。</abstract><author>經濟部水資源局、中興顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005925</governmentpublicationsnumber><identifier>22124</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22124</librarycollectiondetailsurl><price>770</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建置旱災防救決策支援系統(1/3)  Planning Decision Support System for Drought Defense (1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>建置旱災防救資訊系統,以輔助進行旱災防救之乾旱預警與救旱管理等工作。九十年以嘉南地區曾文溪流域為對象,建置旱災防救資訊系統雛形。</abstract><author>經濟部水資源局、中興顧問公司</author><categoryidentifier>433.17   443.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005925</governmentpublicationsnumber><identifier>22125</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22125</librarycollectiondetailsurl><price>770</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建置旱災防救決策支援系統(1/3)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫目的在於推估蒸發散折算係數與建立區域蒸發散量估算方法，並配合常用的Penman與皿蒸發量推估潛能蒸發散量，建立蒸發散的折算係數；再者，為進一步瞭解土壤水分含量可能對於蒸發散量產生的影響，計畫中亦對於土壤水分含量的監測，瞭解其影響程度；最終，可將研究成果應用於水文觀測現代化中，建立蒸發散之監測技術。綜合上述，對於區域性蒸發散量進行完整的研究，更正確的推估其中發散量，以推廣利用在集水區水資源推估上。</abstract><author>國立台灣大學生物環境系統工程系</author><categoryidentifier>328.155</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900021V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005933</governmentpublicationsnumber><identifier>22126</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22126</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區合理之蒸發散折算係數與區域蒸發散量估算方法之建立(2/2)=Establishment of Conversion Coefficients and Evaluation of Regional Evapotranspiration(2/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫目的在於推估蒸發散折算係數與建立區域蒸發散量估算方法，並配合常用的Penman與皿蒸發量推估潛能蒸發散量，建立蒸發散的折算係數；再者，為進一步瞭解土壤水分含量可能對於蒸發散量產生的影響，計畫中亦對於土壤水分含量的監測，瞭解其影響程度；最終，可將研究成果應用於水文觀測現代化中，建立蒸發散之監測技術。綜合上述，對於區域性蒸發散量進行完整的研究，更正確的推估其中發散量，以推廣利用在集水區水資源推估上。</abstract><author>經濟部水資源局、台大生物環工系</author><categoryidentifier>328.155</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005933</governmentpublicationsnumber><identifier>22127</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22127</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區合理之蒸發散折算係數與區域蒸發散量估算方法之建立(2/2)-光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>雲科大水土資源防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900018V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005978</governmentpublicationsnumber><identifier>22128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22128</librarycollectiondetailsurl><price>730</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十年度工作推動計畫」補助計畫  Project of 2001 at the Research Center of Soil &amp; Water Resources and Disastrous Prevention, National Yunlin University of Science &amp; Techno</title><yearidentifier>200112</yearidentifier></data><data><abstract>當前我國對於以河川生態保育為標的，為維護河川生態於某一個生態標準而所需保留於河川內之流量尚未訂定一套明確的技術規範或辦法以供遵循。鑑於社會環境改變，民眾對環境保育的意識加強，預期未來台灣地區水資源開發除有許多爭議的焦點外，河川水資源的可開發量與河川保留基流量二者間的平衡，亦有可能成為爭議的焦點之一。「河川保留基流量評估技術研究計畫」目的是希望透過基本資料調查、河川生態基準流量的分析及評估方法研究，研擬一套適用於台灣地區河川生態基準流量評估之技術規範。本技術規範未來可作為行政裁量之參考及建立生態標的需水量基準之參考，達到合理運用水資源及維護生態之目的。</abstract><author>中興顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900006V2</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005981</governmentpublicationsnumber><identifier>22129</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22129</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>河川保留基流量評估技術研究計畫（2/3）Study on Evaluation Techniques for Reserved Instream Flow (2/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract>當前我國對於以河川生態保育為標的，為維護河川生態於某一個生態標準而所需保留於河川內之流量尚未訂定一套明確的技術規範或辦法以供遵循。鑑於社會環境改變，民眾對環境保育的意識加強，預期未來台灣地區水資源開發除有許多爭議的焦點外，河川水資源的可開發量與河川保留基流量二者間的平衡，亦有可能成為爭議的焦點之一。「河川保留基流量評估技術研究計畫」目的是希望透過基本資料調查、河川生態基準流量的分析及評估方法研究，研擬一套適用於台灣地區河川生態基準流量評估之技術規範。本技術規範未來可作為行政裁量之參考及建立生態標的需水量基準之參考，達到合理運用水資源及維護生態之目的。</abstract><author>經濟部水資源局;中興顧問公司</author><categoryidentifier>4443.6897   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005981</governmentpublicationsnumber><identifier>22130</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22130</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>河川保留基流量評估技術研究計畫（2/3）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度計畫已建構完成嚴重地層下陷地區新型產業調整規劃架構，並以嚴重地層下陷區三鄉鎮—大城鄉、東石鄉與布袋鎮為例試行規劃，除分別探討下陷地區三鄉鎮之下陷成因自然環境限制、分析產業發展條件，以及瞭解地方偏好與評選導入產業之優先順序，並研擬可行產業調整方向，最後據以初步研擬嚴重地層下陷區最適新型產業活動項目與空間分佈之規劃。</abstract><author>台經院</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900030</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006026</governmentpublicationsnumber><identifier>22131</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22131</librarycollectiondetailsurl><price>550</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嚴重地層下陷區新型產業之整體規劃及評估(1/4)  The Feasibility Study on Introducing New Industries into Severe Land Subsiding Area</title><yearidentifier>200112</yearidentifier></data><data><abstract>本年度計畫已建構完成嚴重地層下陷地區新型產業調整規劃架構，並以嚴重地層下陷區三鄉鎮—大城鄉、東石鄉與布袋鎮為例試行規劃，除分別探討下陷地區三鄉鎮之下陷成因自然環境限制、分析產業發展條件，以及瞭解地方偏好與評選導入產業之優先順序，並研擬可行產業調整方向，最後據以初步研擬嚴重地層下陷區最適新型產業活動項目與空間分佈之規劃。</abstract><author>經濟部水資源局、台經院</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB－90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006026</governmentpublicationsnumber><identifier>22132</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22132</librarycollectiondetailsurl><price>550</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嚴重地層下陷區新型產業之整體規劃及評估(1/4) －光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>服務團九十年度工作規劃基本上分為定常(延續)性業務及配合性工作兩大類，定常性業務包括協助中央及縣市地方政府推動「第二期地層下陷防治執行方案」相關業務，居中聯繫及提供學理、技術意見等，以利防治工作順利完成；配合性工作則以經濟部水資源局幕僚角色辦理與「第二期地層下陷防治執行方案」相關之研究、技術整合及活動規劃等工作。</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006027</governmentpublicationsnumber><identifier>22133</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22133</librarycollectiondetailsurl><price>765</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治服務團九十年度工作推動計畫  The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2001</title><yearidentifier>200112</yearidentifier></data><data><abstract>服務團九十年度工作規劃基本上分為定常(延續)性業務及配合性工作兩大類，定常性業務包括協助中央及縣市地方政府推動「第二期地層下陷防治執行方案」相關業務，居中聯繫及提供學理、技術意見等，以利防治工作順利完成；配合性工作則以經濟部水資源局幕僚角色辦理與「第二期地層下陷防治執行方案」相關之研究、技術整合及活動規劃等工作。</abstract><author>經濟部水資源局、 成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006027</governmentpublicationsnumber><identifier>22134</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22134</librarycollectiondetailsurl><price>765</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治服務團九十年度工作推動計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫蒐集國內外水庫管理單位之組織、人力配置及水庫運轉維護相關規定，經統計分析比較後，依現行法規研訂「蓄水庫管理組織及人力評估方法」、「蓄水庫運轉維護工作評估方法」，供各水庫管理單位參考改進。</abstract><author>巨廷顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900028</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006039</governmentpublicationsnumber><identifier>22135</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22135</librarycollectiondetailsurl><price>525</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>蓄水庫管理組織、人力及運轉維護工作改善方案之研擬</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫目標有三:1.落實「加強水資源開發與利用」政策,推動海水淡化成為台灣本島地區工業用水及離島地區民生用水的替代水源之一2.鼓勵民間興建營運海水淡化廠以紓解水壓3.使國內民生及工業獲得輔助水源供應。</abstract><author>經濟部水資源局、能邦顧問公司</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006050</governmentpublicationsnumber><identifier>22136</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22136</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海水淡化技術發展與推動計畫  Planning for Development and Promotion of Sea-Water Desalination</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫目標有三:1.落實「加強水資源開發與利用」政策,推動海水淡化成為台灣本島地區工業用水及離島地區民生用水的替代水源之一2.鼓勵民間興建營運海水淡化廠以紓解水壓3.使國內民生及工業獲得輔助水源供應。</abstract><author>經濟部水資源局、能邦顧問公司</author><categoryidentifier>351.93   3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST90002</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006050</governmentpublicationsnumber><identifier>22137</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22137</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海水淡化技術發展與推動計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>「近海防災科技研究中心」配合國家永續經營之政策，在經濟部水資源局輔導下，於民國八十八年底於國立臺灣海洋大學設置本中心，以探討近海防護之現況及發展趨勢，擬訂近海防災措施及政策。 九十年度執行計畫為近海防災科技研究中心成立第二年所擬定之工作規劃，經由水資源局審查核定包括一總計畫「近海防災科技研究中心(90年度)營運計畫」及整合督導三個子計畫之模式，推展近海防災科技之研究。 本報告為中心推動總計畫之期末報告，年度規劃各項工作皆已有具體成果展現。其中近海防災科技簡訊已順利出至第二刊；中心網頁持續更新；東北角海岸區域現況調查已蒐集建檔完成，同時本中心亦配合水資源局政策需求提供海岸侵蝕之防治工作。</abstract><author>經濟部水資源局、海洋近海防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006053</governmentpublicationsnumber><identifier>22138</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22138</librarycollectiondetailsurl><price>308</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫總報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>「近海防災科技研究中心」配合國家永續經營之政策，在經濟部水資源局輔導下，於民國八十八年底於國立臺灣海洋大學設置本中心，以探討近海防護之現況及發展趨勢，擬訂近海防災措施及政策。 九十年度執行計畫為近海防災科技研究中心成立第二年所擬定之工作規劃，經由水資源局審查核定包括一總計畫「近海防災科技研究中心(90年度)營運計畫」及整合督導三個子計畫之模式，推展近海防災科技之研究。 本報告為中心推動總計畫之期末報告，年度規劃各項工作皆已有具體成果展現。其中近海防災科技簡訊已順利出至第二刊；中心網頁持續更新；東北角海岸區域現況調查已蒐集建檔完成，同時本中心亦配合水資源局政策需求提供海岸侵蝕之防治工作。</abstract><author>經濟部水資源局、海洋近海防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006054</governmentpublicationsnumber><identifier>22139</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22139</librarycollectiondetailsurl><price>308</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫總報告（包括子計畫一至三：光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>主要的目的是以加強社會大眾對於水域生態環境的保育概念，以及專業工程人員對於生態工法的認知與了解，一起為水域生態環境努力，達到水域生態環境的永續利用。</abstract><author>經濟部水資源局、中華水域生態中心</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006054</governmentpublicationsnumber><identifier>22140</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中華大學水域生態環境研究中心捐助計畫 Planning on Water Ecology Environment and Establishment of Research Center</title><yearidentifier>200112</yearidentifier></data><data><abstract>主要的目的是以加強社會大眾對於水域生態環境的保育概念，以及專業工程人員對於生態工法的認知與了解，一起為水域生態環境努力，達到水域生態環境的永續利用。</abstract><author>經濟部水資源局、中華水域生態中心</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009006054</governmentpublicationsnumber><identifier>22141</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22141</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>中華大學水域生態環境研究中心 捐助計畫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫擬配合經濟部推動之「台灣地區地下水觀測網整體計畫」地下水觀測網之分年度建置時程，藉由地下水觀測井監測儀器及監測功能之提昇，同時建置監測資料傳輸系統及資訊整合系統，收集地震斷層帶及其鄰近區域之地下水相關資料並進行分析，以瞭解地下水物理化學變化與地震斷層活動之相關性，同時配合其他相關研究成果與觀測資料，期望掌握地震發生前兆，以為地震防災之用。</abstract><author>成大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900014V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006062</governmentpublicationsnumber><identifier>22142</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22142</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地震發生前後地下水水位異常變化之研究(1/5)  The Study of Groundwater Anomalies Associated with the Earthquake (1/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫擬配合經濟部推動之「台灣地區地下水觀測網整體計畫」地下水觀測網之分年度建置時程，藉由地下水觀測井監測儀器及監測功能之提昇，同時建置監測資料傳輸系統及資訊整合系統，收集地震斷層帶及其鄰近區域之地下水相關資料並進行分析，以瞭解地下水物理化學變化與地震斷層活動之相關性，同時配合其他相關研究成果與觀測資料，期望掌握地震發生前兆，以為地震防災之用。</abstract><author>經濟部水資源局、成大防災中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/ST-90</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006062</governmentpublicationsnumber><identifier>22143</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22143</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地震發生前後地下水水位異常變化之研究(1/5)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係「台灣地區農業用水主要取水設施及量水設備調查計畫(1/2)」之後續計畫，透過運用全球定位系統，獲取全省各農田水利會地面水引水地點二度分帶座標，並現場勘查取水口之量水設備設置現況，以提供水權核辦及水資源運用上便捷、可靠之資訊，期提昇水權管理之效能。 計畫全程完成取水口定位計788處，含前一年度554處及本年度234處，另計畫執行期間所獲問卷等資料及調查成果彙整為網頁形式資料以利查詢，共計1205處取水口，可提供相關單位參考。</abstract><author>農工中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900039</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006075</governmentpublicationsnumber><identifier>22144</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22144</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區農業用水主要取水設施及量水設備調查計畫（2/2） The Project of Investigation of Major Agricultural Conveyance Facilities and Flow Gauges in Taiwan (2/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係「台灣地區農業用水主要取水設施及量水設備調查計畫(1/2)」之後續計畫，透過運用全球定位系統，獲取全省各農田水利會地面水引水地點二度分帶座標，並現場勘查取水口之量水設備設置現況，以提供水權核辦及水資源運用上便捷、可靠之資訊，期提昇水權管理之效能。 計畫全程完成取水口定位計788處，含前一年度554處及本年度234處，另計畫執行期間所獲問卷等資料及調查成果彙整為網頁形式資料以利查詢，共計1205處取水口，可提供相關單位參考。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006075</governmentpublicationsnumber><identifier>22145</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22145</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區農業用水主要取水設施及量水設備調查計畫（2/2）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源局八十四年起推動「健全水權管理系統實施方案」實施方案，建立水權資料庫及建構管理支援系統，協助全國各縣市主管機關水權承辦人員，實施核辦流程電腦化。建基於上述系統，本計畫之目的除維持系統及資料的正常運作，並因應水權管理複雜度之擴增，修改系統，計畫工作方式包含三方面：一、 系統維護改善方面，除常態性的維護外，逐步加強系統網路功能，以現代化的網路技術提昇水權管理工作的便捷性及資料正確性‧二、 配合水利法修正後水權管理工作法制化後，各項原有規定在成為固定書面程序時，系統作必要的修正以正確進行資訊支援工作‧三、定期對水權承辦人提供一系統性的訓練環境，對新進人員進行教導，對在職人員提升專業知‧</abstract><author>經濟部水資源局、工研院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90031V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006081</governmentpublicationsnumber><identifier>22146</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22146</librarycollectiondetailsurl><price>440</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水權管理支援系統及資料庫之更新維護及教育訓練(1/3)  Maintenance and Training of a Supporting System and Database for Water Rights (Ⅰ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>水資源局八十四年起推動「健全水權管理系統實施方案」實施方案，建立水權資料庫及建構管理支援系統，協助全國各縣市主管機關水權承辦人員，實施核辦流程電腦化。建基於上述系統，本計畫之目的除維持系統及資料的正常運作，並因應水權管理複雜度之擴增，修改系統，計畫工作方式包含三方面：一、 系統維護改善方面，除常態性的維護外，逐步加強系統網路功能，以現代化的網路技術提昇水權管理工作的便捷性及資料正確性‧二、 配合水利法修正後水權管理工作法制化後，各項原有規定在成為固定書面程序時，系統作必要的修正以正確進行資訊支援工作‧三、定期對水權承辦人提供一系統性的訓練環境，對新進人員進行教導，對在職人員提升專業知‧</abstract><author>經濟部水資源局、工研院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB90031V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/12</date><governmentpublicationsnumber>1009006081</governmentpublicationsnumber><identifier>22147</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22147</librarycollectiondetailsurl><price>440</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水權管理支援系統及資料庫之更新維護及教育訓練(1/3)－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據行政院於「推動節約用水措施第二階段實施計畫」、「節約用水行動方案」及「階段性節水量化目標及相關配套策略」之指示，為協助水資源局達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:1.省水器材推動/節水實驗室運作2.工業節水與回收利用技術服務3.節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006086</governmentpublicationsnumber><identifier>22148</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22148</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（5/8）期末報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據行政院於「推動節約用水措施第二階段實施計畫」、「節約用水行動方案」及「階段性節水量化目標及相關配套策略」之指示，為協助水資源局達成推動節約用水相關工作之逐年既定目標，本年度計畫預計之主要工作項目如下:1.省水器材推動/節水實驗室運作2.工業節水與回收利用技術服務3.節水成效追蹤與政策支援</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006086</governmentpublicationsnumber><identifier>22149</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22149</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（5/8）期末報告－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>本項工作己依計畫之執行進度完成預定工作，主要成果整理於「節約用水措施推動計畫」主報告，至於省水標章作業要點修正條文及省水標章產品規格修正條文等相關參考附件則彙整如本附錄。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006151</governmentpublicationsnumber><identifier>22150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22150</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（1/8）-「省水器材推動/節水實驗室運作」附錄</title><yearidentifier>200112</yearidentifier></data><data><abstract>本項工作己依計畫之執行進度完成25家之工廠節水技術服務報告，報告之內容係由本團與廠方組成之工作團隊(team work)共同完，主要成果及發現整理 於「節約用水措施推動計畫」主報告，各廠之節水技術服務報告除分別提供給廠商供節水推動之參考外，彙整如本附錄(因部份內容涉及較敏感資料，工廠名稱以編號代之)。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006154</governmentpublicationsnumber><identifier>22151</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22151</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（2/8）-「工業節水與回收利用技術服務」附錄</title><yearidentifier>200112</yearidentifier></data><data><abstract>經本次計畫之成果調查中發現，部份雨水/中水利用個案因經費、技術及管理等問題，致使設置之設備閒置停用極為可惜。建議有關單位除每年度編列預補助雨水/中水利用設置外，亦制定一套「雨水/中水成果追蹤考核制度」，持續有效的追蹤各補助案使用成果，並藉由相關成果的發表、現勘與評鑑，以督促各補助單位持續推動替代水源的使用。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006158</governmentpublicationsnumber><identifier>22152</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22152</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（3/8）-台灣地區雨水／中水利用成果彙整</title><yearidentifier>200112</yearidentifier></data><data><abstract>本項工作主要為水資源局於民國87年迄今所補助省水器材更換之節水成效與全國國中小學更換率作持續追蹤</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006159</governmentpublicationsnumber><identifier>22153</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22153</librarycollectiondetailsurl><price>100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（4/8）-全國國中小學省水器材更換成果彙整</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究利用工研院能資所針對國內主要用水行業進行用水調查所得民國85年度用水資料進行相關分析，並比較國內、外有關工業用水分類、定義後所建立之本土化工業用水分類標準與各種用水定義，並擬訂出其不同單位指標定 額用（取）水量範圍。研擬出食品業、紡織業、皮革毛皮製品業、木竹製品業、紙漿及紙製品業、化學材料業、化學製品業、橡膠製品業、塑膠製品業、非金屬礦物製品業、金屬基本工業、金屬製品業、機械設備製品製造業、 電力及電子機械業、運輸工具業、其他工業製品製造業等16個主要二位碼分類用水行業的合理用水量外。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006161</governmentpublicationsnumber><identifier>22154</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22154</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（5/8）-工業用水合理用水量指標體系研究</title><yearidentifier>200112</yearidentifier></data><data><abstract>本項工作乃彙整民生/公共用水階段量化成果追蹤(2)工業用水階段量化成果追蹤(3)農業用水階段量化成果追蹤上述工作之成果，分別評估各項量化目標之達成率，並探討各項相關配套策略之執行成效，同時亦將分析整體推動之成效，最後並擬提出後續推動工作之檢討與建議事項，以供政府推動節約用水施政工作之參考。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006162</governmentpublicationsnumber><identifier>22155</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22155</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（6/8）-「節約用水行動方案」89年度推動成效檢討報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>為配合推動亞太營運中心，維持我國經濟持續地區經貿重鎮，未來將規劃20至30個智慧型工業區來發展高附加價值之產業，其所需之水則應未雨綢繆，妥為規劃。因此，行政院經建會與經濟部有鑑於此需求，提出相關之工業用 水政策，即「現階段工業用水發展政策綱領」，並於84年9月16日由行政院台84經33675號函核定。本項工作預定將彙整歷年來所推動之相關工作，同時亦將分析整體推動之成效，最後並擬提出後續推動工作之檢討與建議事項，以供政府推動工業用水施政工作之參考。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWEB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006166</governmentpublicationsnumber><identifier>22156</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22156</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（8/8）-「現階段工業用水發展政策綱領」實施計畫成果報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究基於經費的限制下，僅先針對行業中用水結構相近、建築物用水獨立、用水設備單純且用水量大的觀光旅館業、大型綜合醫院與百貨公司三類大用水戶，進行節約用水成效問卷調查，以了解各用水戶之用水特性、用水現況與節水成效，進而推估此三行業目前用水量之各種單位平均值，再透過國內外相關的學理與經驗值來評估此兩類用水大戶之主要用水指標的合理範圍，希望有關成果能提供開發規劃單位進行需求設計，或此三行業用於效率管理及地方政府或水資源有關單位推動節水施政之參考。</abstract><author>工技院能資所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900007V5</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/16</date><governmentpublicationsnumber>1009006164</governmentpublicationsnumber><identifier>22157</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22157</librarycollectiondetailsurl><price>70</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水措施推動計畫（7/8）-民生/公共用水合理指標體系評估研究</title><yearidentifier>200112</yearidentifier></data><data><abstract>90年度近海水文網基本站之建置</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 056   351.711   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/17</date><governmentpublicationsnumber>1009006135</governmentpublicationsnumber><identifier>22158</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22158</librarycollectiondetailsurl><price>895</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第一冊　近海水文觀測站網建置(內附光碟)The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>90年度近海水文網基本站之建置</abstract><author>經濟部水資源局、成大近海水文中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB9000</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/17</date><governmentpublicationsnumber>1009006135</governmentpublicationsnumber><identifier>22159</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22159</librarycollectiondetailsurl><price>895</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 近海水文90年1-5冊全（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>近海水文網基本站建置計劃之定期及不定期維護之作業程序及作業內容。</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 057   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/17</date><governmentpublicationsnumber>1009006136</governmentpublicationsnumber><identifier>22160</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22160</librarycollectiondetailsurl><price>790</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第二冊　近海水文網基本站之建置  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>近海水文網基本站建置計劃之資料浮標站、潮位站、氣象站及海氣象觀測樁觀測資料與鄰近測站資料之比對分析</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 058   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006137</governmentpublicationsnumber><identifier>22161</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22161</librarycollectiondetailsurl><price>960</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第三冊　近海水文觀測資料品管分析  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>近海水文網基本站建置計劃之潮位站水準點檢測</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 059   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006138</governmentpublicationsnumber><identifier>22162</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22162</librarycollectiondetailsurl><price>125</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第四冊　潮位站水準點檢測  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>就近海水文網基本站於颱風期間之觀測資料作探討分析，分析內容包含氣壓、波高、水溫、氣溫、風速、風向…..等等。</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 060   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006139</governmentpublicationsnumber><identifier>22163</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22163</librarycollectiondetailsurl><price>205</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第五冊　近海颱風水文觀測  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>近海水文網基本站於90年度之工作項目之概略性介紹。</abstract><author>成大近海水文中心</author><categoryidentifier>10020201 061   351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006140</governmentpublicationsnumber><identifier>22164</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22164</librarycollectiondetailsurl><price>155</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 摘要  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>八十九年度所有近海水文網觀測站之觀測資料月、年報表與颱風觀測資料分析。</abstract><author>成大近海水文中心</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006141</governmentpublicationsnumber><identifier>22165</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22165</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 民國八十九年近海水文觀測資料年報  The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告就過去有關屏東平原地下水資源之研究，收集整理分析編輯成冊，將完整屏東平原地下水資源之資訊，提供有志於從事本區地下水資源研究者參考．</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900014V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006267</governmentpublicationsnumber><identifier>22166</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22166</librarycollectiondetailsurl><price>205</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五） 附件一  屏東平原地下水資源之研究  Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅴ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>彙整及延續過去對於屏東平原地下水補注量推估之研究，考慮各地下水補注部份之不確定性，除計算出地下水補注量之平均值外，並計算出其標準偏差，用以表示屏東平原地下水補注量推估值之不確定性．</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900014V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006269</governmentpublicationsnumber><identifier>22167</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22167</librarycollectiondetailsurl><price>90</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五） 附件二 　屏東平原地下水補注量估算  Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅴ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>「台灣地區地下水觀測網整體計畫」推動執行迄今八年有餘，成果相當豐碩，這些成果不僅樹立本計畫執行模式，亦對地層下陷防治及地面水地下水聯合運用有劍及履及之成效。綜觀世界各國不乏地下水觀測系統，但能一次投入鉅額經費，結合水資源、水文地質、鑽鑿技術、資訊、系統評估等人才，自規劃、鑽鑿、設井、評估、管理等一系列流程循序進行者並不多見，不僅為國內首創，亦為世界各國地下水觀測站網建置之翹楚，益凸顯本計畫之前膽性及重要性。展望未來，如何在此一前膽性計畫引導下，以現有模式繼續完成台灣其它地下水區之觀測站網，實有賴一完整觀測網教材供後續研究及主管人員參考。</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900014V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006271</governmentpublicationsnumber><identifier>22168</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22168</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五） 附件三　地下水觀測網教材  Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅴ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>為保護井體結構的建全，保持其內外地下水流之暢通，避免井體因地下水及地質因素導致淤塞或腐蝕而減低其效能，以及為維持所使用之量測儀器之精確度所訂定之井體保養、維護管理與井體腐蝕及積垢處理程序，目的在於維持井體性能，延長井體使用壽命．</abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900014V</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006272</governmentpublicationsnumber><identifier>22169</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22169</librarycollectiondetailsurl><price>55</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（五） 附件四　觀測井保養與維護現行作業程序  Integration Project on Groundwater Monitoring and Land Subsidence Prevention (Ⅴ)</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來基隆河集水區都市化逐漸嚴重，除引起洪澇問題外，也會造成都市承受乾旱能力減弱等現象；綜觀美、日等國近年來在集水區管理上皆採用綜合治理概念，在集水區上、中游利用各種不同暴雨逕流滯蓄措施來削減逕流，同時盡量維持水文循環現象；故本計畫之目的乃是針對基隆河五堵以上集水區之暴雨逕流滯蓄措施規劃管理進行分析與探討。 本計畫第一年度僅對入滲措施進行分析研究，本計畫考慮基隆河五堵站2年、5年及10年頻率24hr暴雨，發展出不同開發程度或減洪量下之入滲調節池設置關係曲線圖，再根據本計畫歸納之入滲措施選址與維護管理原則進行集水區之暴雨逕流管理規劃。</abstract><author>經濟部水資源局、海洋近海防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006292</governmentpublicationsnumber><identifier>22170</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22170</librarycollectiondetailsurl><price>156</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫　子計畫二：集水區暴雨逕流滯蓄措施規劃管理-以五堵以上集水區為例（1/3）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本研究計畫主要係利用經濟部水資源局水文資料庫，其中流量測站共有676個測站之歷史日流量記錄，測站包含經濟部水利處、台灣電力公司等相關經辦單位的水文測站，以此資料庫建立一「台灣地區河川流量站資料庫水文分析」全球資訊網WWW查詢分析介面，透過網路資料庫程式設計，使用者可透過遠端瀏覽器快速且便捷取得查詢分析之流量水文資訊，協助經濟部水資源局提昇水文資訊服務業務，是為本研究之目的。</abstract><author>經濟部水資源局、海洋近海防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006293</governmentpublicationsnumber><identifier>22171</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22171</librarycollectiondetailsurl><price>160</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫　子計畫三：流量資料庫在網際網路水文模式的應用與建置</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫為海洋大學「近海防災科技研究中心」九十年度計畫之子計畫一，依據中心及本計畫之目標，透過東北部海岸現況調查及歷史資料收集，探討目前海岸保護現況及可能改善方法；另外，以宜蘭地區砂質海床為第一年研究對象，探討海床砂土受波浪作用產生的液化現象；最後，將收集之海岸現況及歷史資料，規劃成為海岸環境地理資訊系統，整體而言，計劃之執行大致上已達當初設定目標。</abstract><author>經濟部水資源局、海洋近海防災中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006294</governmentpublicationsnumber><identifier>22172</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22172</librarycollectiondetailsurl><price>230</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫　子計畫一：海岸結構物及海床穩定之研究及防災技術之評估-東北部海岸（1/3）</title><yearidentifier>200112</yearidentifier></data><data><abstract>本報告係因應行政程序法之施行,就本局業務執掌之水利法規作相關之修正,惟因執掌法規繁雜無法全部一次修正完竣,爰就具有急迫性修正必要之法規先作配合行政程序法之修正.又除水利相關法規外,其他法規修正亦所在多有,為減輕本局公文傳閱之負擔,於本委辦計畫內另增加業務內容為水利及相關法規電子報,就水利及相關法規之法令修正與司法見解彙整後傳閱週知同仁.再為本局業務承辦人員檢索相關法規之便利,於水利相關彙編工作中,製作水利相關法規檢索光碟,並將定期更新內容.</abstract><author>台北大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900004</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006308</governmentpublicationsnumber><identifier>22173</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22173</librarycollectiondetailsurl><price>550</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>配合行政程序法水利相關授權法規修正期末報告</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來台灣新水源開發日益困難，而非農業用水需求急速增加，尤其政府又積極規劃推動興建各項工業園區案，這些工業園區對水資源之需求將更形殷切，確有必要早日規劃以為因應，避免將來水源不足成為工業發展之瓶頸。 另方面農業用水素佔國內各項用水之大宗，在國內之轉型過程中，農業正面臨各項重大之衝擊，故在如何不影響農業之生存與發展，並有效地調配農業用水，以確保農業之生產與工業之發展，將成為未來水資源發展之重要課題，此亦為本計畫研究動機之所在。</abstract><author>台大</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900035</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006333</governmentpublicationsnumber><identifier>22174</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22174</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嘉南地區農業用水節水他用之研究（2/2） Study on teh Supplement of Agricultural Water to Other Uses through Conservation in Chia-Nan Area（2/2）</title><yearidentifier>200112</yearidentifier></data><data><abstract>近年來台灣新水源開發日益困難，而非農業用水需求急速增加，尤其政府又積極規劃推動興建各項工業園區案，這些工業園區對水資源之需求將更形殷切，確有必要早日規劃以為因應，避免將來水源不足成為工業發展之瓶頸。 另方面農業用水素佔國內各項用水之大宗，在國內之轉型過程中，農業正面臨各項重大之衝擊，故在如何不影響農業之生存與發展，並有效地調配農業用水，以確保農業之生產與工業之發展，將成為未來水資源發展之重要課題，此亦為本計畫研究動機之所在。</abstract><author>經濟部水資源局、台大</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/90003</commissionedprojectidentifier><currency>NT$</currency><date>2002/4/18</date><governmentpublicationsnumber>1009006333</governmentpublicationsnumber><identifier>22175</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22175</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>嘉南地區農業用水節水他用之研究（2/2）－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract>屏東昌隆ASR示範廠ASR井設置及初步循環操作測試</abstract><author>浩環顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/19</date><governmentpublicationsnumber>1009006376</governmentpublicationsnumber><identifier>22176</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22176</librarycollectiondetailsurl><price>680</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>ASR地下水補注與回用先驅研究計畫－「屏東昌ASR示範廠ASR井設置及初步循環操作測試」（內附光碟）</title><yearidentifier>200102</yearidentifier></data><data><abstract>服務團九十年度工作規劃基本上分為定常(延續)性業務及配合性工作兩大類，定常性業務包括協助中央及縣市地方政府推動「第二期地層下陷防治執行方案」相關業務，居中聯繫及提供學理、技術意見等，以利防治工作順利完成；配合性工作則以經濟部水資源局幕僚角色辦理與「第二期地層下陷防治執行方案」相關之研究、技術整合及活動規劃等工作。</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/19</date><governmentpublicationsnumber>1009006639</governmentpublicationsnumber><identifier>22177</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22177</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地層下陷防治服務團九十年度工作推動計畫  附錄一  The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2001 ---Appendix Ⅰ</title><yearidentifier>200112</yearidentifier></data><data><abstract>服務團九十年度工作規劃基本上分為定常(延續)性業務及配合性工作兩大類，定常性業務包括協助中央及縣市地方政府推動「第二期地層下陷防治執行方案」相關業務，居中聯繫及提供學理、技術意見等，以利防治工作順利完成；配合性工作則以經濟部水資源局幕僚角色辦理與「第二期地層下陷防治執行方案」相關之研究、技術整合及活動規劃等工作。</abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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Investigation and Analyses of Reservoir Earthquake Data and Assessment of Seismic Resistant Design of Concrete Dams</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、中興顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900038</commissionedprojectidentifier><currency>NT$</currency><date>2002/8/1</date><governmentpublicationsnumber>1009006167</governmentpublicationsnumber><identifier>22345</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22345</librarycollectiondetailsurl><price>990</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水庫地震資料調查分析研究及混凝土壩耐震設計檢討（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22350</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>現有流速儀檢定系統初期改善計畫（1/2）－光碟版</title><yearidentifier>200204</yearidentifier></data><data><abstract>水文系統模擬模式之開發設計、建置及運轉測試1.開發設計「濁水溪流域地區逕流測預報系統模擬模式」，含(1)短時間降雨預報模式(2)長期降雨預報模式(3)集集堰上游洪水逕流預報模式(4)集集堰下游洪水逕流預報模式(5)集集堰上游長期逕流預報模式(6)集集堰下游長期逕流預報模式等系統模擬模式。2.開發設計濁水溪流域地區逕流測預報系統之系統操作程式，以提供操作人員人性化之視窗操作介面。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/1</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>22352</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22352</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫－濁水溪流域地區逕流測預報系統建置水文系統模擬模式成果報告</title><yearidentifier>200206</yearidentifier></data><data><abstract>臺灣海岸地區應用植物</abstract><author>林信輝、歐辰雄</author><categoryidentifier>373.551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009100432</governmentpublicationsnumber><identifier>22353</identifier><internationalstandardbooknumber>9789570106787 ; 9789570106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22353</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>臺灣海岸地區應用植物</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22355</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22355</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第二十九期）</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22356</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22356</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十期）</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22357</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22357</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十一期）</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22358</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22358</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十二期）</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>興大農學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2006000021</governmentpublicationsnumber><identifier>22360</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22360</librarycollectiondetailsurl><price>500</price><publisher>興大農學院出版委員會</publisher><publishrocyear>91</publishrocyear><title>農林學報（第五十一卷，第二期）</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>2009101534</governmentpublicationsnumber><identifier>22366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22366</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十年）</title><yearidentifier>200206</yearidentifier></data><data><abstract>定訂水利構造物檢查及安全評估辦法，排水計畫書審查及作業準則，洪災保險法研究，河川區域內行水區私有土地問題取得困難探討。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900054</commissionedprojectidentifier><currency>NT$</currency><date>2002/8/28</date><governmentpublicationsnumber>1009102130</governmentpublicationsnumber><identifier>22367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>水利工程及防災法規研定計畫 Institution of Flood Insurance Law and Flood Control Rules</title><yearidentifier>200206</yearidentifier></data><data><abstract>定訂水利構造物檢查及安全評估辦法，排水計畫書審查及作業準則，洪災保險法研究，河川區域內行水區私有土地問題取得困難探討。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900054</commissionedprojectidentifier><currency>NT$</currency><date>2002/8/30</date><governmentpublicationsnumber>1009102130</governmentpublicationsnumber><identifier>22368</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22368</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>水利工程及防災法規研定計畫（光碟版）</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/8/30</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>22370</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22370</librarycollectiondetailsurl><price>85</price><publisher>經濟部水資源局</publisher><publishrocyear>91</publishrocyear><title>節約用水季刊（第二十五期）</title><yearidentifier>200203</yearidentifier></data><data><abstract>本報告主要成果為:1.完成第一代原型機系統中主要工作區內的五項操作單元,包含:真空結冰、蒸汽壓提升、洗冰、融冰及多餘蒸汽處理操作單元 2.輔助工作區的各項設備己配合主機建立,並已完成初步整合工作 3.「VFVPE海水淡化原型系統」之初步運轉及測試 4.原型機採工業化模組設計,符合日後設備維護及改良之經濟效益</abstract><author>台大</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900008V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/8/30</date><governmentpublicationsnumber>1009101336</governmentpublicationsnumber><identifier>22373</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22373</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>91</publishrocyear><title>海水淡化新技術之開發－利用真空結冰水蒸氣壓提升法（1/2）Development of New Sea Water Desalination Technology －Vacuum Freezing Vapor Pressure Enhancement Process (1/2)</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台灣民眾文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890003</commissionedprojectidentifier><currency>NT$</currency><date>2002/9/10</date><governmentpublicationsnumber>8374890172</governmentpublicationsnumber><identifier>22380</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22380</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>地方水資源管理組織一元化之評估研究（光碟版）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省自來水股份有限公司</author><categoryidentifier>445.2028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/11</date><governmentpublicationsnumber>2006900010</governmentpublicationsnumber><identifier>22384</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22384</librarycollectiondetailsurl><price>300</price><publisher>台灣省自來水股份有限公司</publisher><publishrocyear>91</publishrocyear><title>臺灣省自來水事業統計年報（九十一年版，第二十四期）－光碟版</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>行政院主計處</author><categoryidentifier>677.53</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/11</date><governmentpublicationsnumber>4309100373</governmentpublicationsnumber><identifier>22387</identifier><internationalstandardbooknumber>9789570106817 ; 9789570106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22387</librarycollectiondetailsurl><price>350</price><publisher>行政院主計處</publisher><publishrocyear>91</publishrocyear><title>農林漁牧業普查八十九年初步綜合報告光碟版</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>內政部營建署、中國地質學會</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/11</date><governmentpublicationsnumber>1009004592</governmentpublicationsnumber><identifier>22388</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22388</librarycollectiondetailsurl><price>350</price><publisher>內政部營建署</publisher><publishrocyear>90</publishrocyear><title>區域國土開發保育防災基本資料建立與分析－山坡地之地質環境應用系統（光碟版）</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>內政部營建署、中國地質學會</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/11</date><governmentpublicationsnumber>1009004592</governmentpublicationsnumber><identifier>22389</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22389</librarycollectiondetailsurl><price>350</price><publisher>內政部營建署</publisher><publishrocyear>90</publishrocyear><title>區域國土開發保育防災基本資料建立與分析 山坡地之地質環境地理圖資（光碟版）</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>行政院九二一震災災後重建推動委員會</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/17</date><governmentpublicationsnumber>1009100369</governmentpublicationsnumber><identifier>22390</identifier><internationalstandardbooknumber>9789570105834 ; 9789570105</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22390</librarycollectiondetailsurl><price>350</price><publisher>行政院九二一震災災後重建推動委員會</publisher><publishrocyear>91</publishrocyear><title>奮力而行：九二一震災重建成果攝影比賽得獎作品專輯（一）</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/19</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22399</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22399</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十三期）</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/19</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22400</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22400</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十四期）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/19</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22401</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22401</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十五期）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/19</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>22402</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22402</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利署永續發展簡訊 第一期</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>黃宣衛等合輯</author><categoryidentifier>601</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/9/20</date><governmentpublicationsnumber>1009100917</governmentpublicationsnumber><identifier>22417</identifier><internationalstandardbooknumber>9789570108927 ; 9789570108</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22417</librarycollectiondetailsurl><price>120</price><publisher>台東縣成功鎮公所</publisher><publishrocyear>91</publishrocyear><title>成功鎮志‧阿美族篇</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>23.862</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2000/8/19</date><governmentpublicationsnumber>1009003576</governmentpublicationsnumber><identifier>22418</identifier><internationalstandardbooknumber>9789570292121 ; 9789570292</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22418</librarycollectiondetailsurl><price>120</price><publisher>經濟部技術處</publisher><publishrocyear>89</publishrocyear><title>經濟部科技專案執行年報（八十八年度）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>416.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>1009102748</governmentpublicationsnumber><identifier>22422</identifier><internationalstandardbooknumber>9789570118407 ; 9789570118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22422</librarycollectiondetailsurl><price>500</price><publisher>經濟部技術處</publisher><publishrocyear>91</publishrocyear><title>經濟部科技專案重要成果暨專利彙編（九十年度）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>416.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>1009102743</governmentpublicationsnumber><identifier>22423</identifier><internationalstandardbooknumber>9789570118414 ; 9789570118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22423</librarycollectiondetailsurl><price>300</price><publisher>經濟部技術處</publisher><publishrocyear>91</publishrocyear><title>經濟部科技專案可移轉技術摘要彙編（九十年度）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處</author><categoryidentifier>416.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>1009102738</governmentpublicationsnumber><identifier>22424</identifier><internationalstandardbooknumber>9789570118391 ; 9789570118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22424</librarycollectiondetailsurl><price>200</price><publisher>經濟部技術處</publisher><publishrocyear>91</publishrocyear><title>經濟部科技專案執行年報（九十年度）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>010401 242   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>8944891109</governmentpublicationsnumber><identifier>22433</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22433</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>基隆河整體治理計畫規劃工作－防洪水庫研究檢討專題報告</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>22434</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22434</librarycollectiondetailsurl><price>2000</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十六卷 第四號（8810抽印本）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>行政院災後重建推動委員會</author><categoryidentifier>354.48   363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/25</date><governmentpublicationsnumber>17033880635</governmentpublicationsnumber><identifier>22438</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22438</librarycollectiondetailsurl><price>2000</price><publisher>行政院災後重建推動委員會</publisher><publishrocyear>88</publishrocyear><title>災後重建計畫工作綱領</title><yearidentifier>199911</yearidentifier></data><data><abstract>台北盆地於民國六十一年經宣告為地下水管制區域後，地下水位下降情形已逐漸緩和，民國七十三年翡翠水庫開始蓄水及供水後，台北盆地居民因獲充足水源而停止抽取地下水，再加上翡翠水庫對台北盆地具地下水補注功能，地下水位在最近十年內已大幅回昇。雖然如此，由於台北盆地人口密集且聚集數個北部重要的都市，因此持續對地下水位及水質之監測實為長期且必要之工作。本計畫之目的為監測台北盆地之地下水位及水質作為日後該區管理地下水資源之依據，以達有效掌握台北盆地地下水水位及水質變化。</abstract><author>經濟部水利署</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/29</date><governmentpublicationsnumber>1009102492</governmentpublicationsnumber><identifier>22463</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22463</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署</publisher><publishrocyear>90</publishrocyear><title>台北盆地九十年地下水位與水質調查報告</title><yearidentifier>200108</yearidentifier></data><data><abstract>本計畫為一兩年期之研究發展計畫，目標乃在建立一全天候高效率的流量過程量測示範站，並應用此系統建置之經驗，規劃重要河段之設站位置與設站要點，期使將來之洪水流量量測，得以在安全及有效率之環境下，獲得更精確可靠數據。</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900032</commissionedprojectidentifier><currency>NT$</currency><date>2002/10/29</date><governmentpublicationsnumber>1009102196</governmentpublicationsnumber><identifier>22464</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22464</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>高效率流量量測示範站之建置運作(2/2)委辦計畫</title><yearidentifier>200207</yearidentifier></data><data><abstract>微波水面流速儀使用手冊及網際網路水文遙測資訊系統</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900032</commissionedprojectidentifier><currency>NT$</currency><date>2002/10/29</date><governmentpublicationsnumber>1009102207</governmentpublicationsnumber><identifier>22465</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22465</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>高效率流量量測示範站之建置運作(2/2)委辦計畫－微波水面流速儀使用水冊及網際網路水文遙測資訊系統</title><yearidentifier>200207</yearidentifier></data><data><abstract>微波水面流速儀使用手冊及網際網路水文遙測資訊系統</abstract><author>成大水利海洋研發會</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB900032</commissionedprojectidentifier><currency>NT$</currency><date>2002/10/29</date><governmentpublicationsnumber>1009102207</governmentpublicationsnumber><identifier>22466</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22466</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>高效率流量量測示範站之建置運作(2/2)－微波水面流速儀使用手冊（光碟版）</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.8   4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/29</date><governmentpublicationsnumber>1009102492</governmentpublicationsnumber><identifier>22467</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22467</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署</publisher><publishrocyear>90</publishrocyear><title>台北盆地九十年地下水位與水質調查報告－光碟版</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.61   443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/30</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>22468</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22468</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>節約用水季刊（第二十七期）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/10/30</date><governmentpublicationsnumber>2008900326</governmentpublicationsnumber><identifier>22469</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22469</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>水利統計年報（民國九十年）</title><yearidentifier>200208</yearidentifier></data><data><abstract>本報告主要成果為:1.完成第一代原型機系統中主要工作區內的五項操作單元,包含:真空結冰、蒸汽壓提升、洗冰、融冰及多餘蒸汽處理操作單元 2.輔助工作區的各項設備己配合主機建立,並已完成初步整合工作 3.「VFVPE海水淡化原型系統」之初步運轉及測試 4.原型機採工業化模組設計,符合日後設備維護及改良之經濟效益</abstract><author>台大</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900008V1</commissionedprojectidentifier><currency>NT$</currency><date>2002/10/30</date><governmentpublicationsnumber>1009101336</governmentpublicationsnumber><identifier>22472</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22472</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>91</publishrocyear><title>海水淡化新技術之開發－利用真空結冰水蒸氣壓提升法（1/2）－光碟版</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.6403   443.642703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>22474</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22474</librarycollectiondetailsurl><price>250</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>91</publishrocyear><title>翡翠水庫年刊（民國九十年）</title><yearidentifier>200210</yearidentifier></data><data><abstract>為規劃出知識型水利產業育成中心的藍圖，進而藉由育成中心的規劃與成立，產業的蘊育與輔導，逐步推動水利科技之成果迅速商品化，以建立新興水利產業。然在此所指的新興水利產業，並非要確切指出何者是新興產業，也並非要扶植特定產業，而是要塑造有利新興產業發展的環境，以促進傳統產業的升級。</abstract><author>工研院能資所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910043</commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>1009103280</governmentpublicationsnumber><identifier>22476</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22476</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>知識型水利產業育成中心或服務團功能之研究計畫  A Study on the Functions of Knowledge-Based Water Business Incubation Center or Service Corps</title><yearidentifier>200210</yearidentifier></data><data><abstract>為規劃出知識型水利產業育成中心的藍圖，進而藉由育成中心的規劃與成立，產業的蘊育與輔導，逐步推動水利科技之成果迅速商品化，以建立新興水利產業。然在此所指的新興水利產業，並非要確切指出何者是新興產業，也並非要扶植特定產業，而是要塑造有利新興產業發展的環境，以促進傳統產業的升級。</abstract><author>工研院能資所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB/91004</commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>1009103280</governmentpublicationsnumber><identifier>22477</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22477</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>知識型水利產業育成中心或服務團功能之研究計畫（光碟版）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22478</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22478</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十六期）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22479</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22479</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十七期）</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22480</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22480</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十八期）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22481</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22481</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第三十九期）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22482</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22482</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十期）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22483</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22483</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十一期）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22484</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22484</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十二期）</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>351.7   010407 010</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>22509</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22509</librarycollectiondetailsurl><price>300</price><publisher>中央氣象局</publisher><publishrocyear>91</publishrocyear><title>潮汐表（民國九十二年）Tide Tables 2003</title><yearidentifier>200211</yearidentifier></data><data><abstract>海岸水文氣象為辦理海岸工程，及海岸研究計畫之重要基本資料，民國五十一年起設立測站，蒐集海岸資料，採用本年與歷年統計，氣象站六站、潮位站六站。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>1009102948</governmentpublicationsnumber><identifier>22510</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22510</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>海岸水文氣象年報（民國九十年）Annual Report on Coastal Hydrology and Meteorology</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22511</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22511</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十三期）</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22512</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22512</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十四期）</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22513</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22513</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十五期）</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/11/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>22515</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_22515</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>91</publishrocyear><title>經濟部水利公報（第三卷,第四十六期）</title><yearidentifier>200211</yearidentifier></data><data><abstract>台灣由於地形變異大，再加上經濟快速的成長與環境保護意識提昇，對於水資源之管理如：河川整治、集水區保育、防洪治理及水旱災防救等工作日趨重要，因此有效地應用水資源資料庫作為施政決策的參考遂成為一重要課題，而其相關規劃工作對所需基本資料之精度及可信度亦相對提高。有鑑於水資源相關資料之重要性，加上衛星影像相較於航空照片具有單張影像涵蓋較大地面範圍，以及衛星本體在太空中為週期性運轉得以取得地面上固定時段的大範圍影像之特性，本計畫乃採用美國SPACE IMAGING 公司之IKONOS衛星所拍攝之高解析度影像為主要資料來源，除建置試辦區域(台南縣市)高精度衛星影像資料庫外，並完成水工設施資料庫建置與更新。</abstract><author>經濟部水資源局、銳科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/27</date><governmentpublicationsnumber>1009002117</governmentpublicationsnumber><identifier>21815</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21815</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>利用高科技衛星影像建置水資源資料庫（光碟版）</title><yearidentifier>200112</yearidentifier></data><data><abstract>（一）民國八十七年各標的消耗性總用水量為168.82億立方公尺，其中以農業用水量122.55億立方公尺最多(其中包含灌溉106.82億立方公尺，養殖14.63億立方公尺及畜牧1.09億立方公尺)，佔總用水量之72.59%；生活用水量為29.25億立方公尺(其中包含自來水供應27.64億立方公尺及自行取水1.61億立方公尺)，佔總用水量之17.33%；工業用水量17.02億立方公尺，佔總用水量之10.08%。 （二）民國八十七年非消耗性總用水量(即水力發電用水)為251.24億立方公尺，其中以中部143.36億立方公尺最多，佔非消耗性用水量之57.06%；其次為北部、東部及南部，各為60.76、30.41及16.72億立方公尺，各佔非消耗性總用水量之24.18%、12.10%及6.65%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/27</date><governmentpublicationsnumber>1009002671</governmentpublicationsnumber><identifier>21817</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21817</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年各標的用水量統計報告</title><yearidentifier>200107</yearidentifier></data><data><abstract>（一）民國八十八年各標的消耗性總用水量為168.70億立方公尺，其中以農業用水量120.52億立方公尺最多(其中包含灌溉104.23億立方公尺，養殖15.12億立方公尺及畜牧1.17億立方公尺)，佔總用水量之71.44%；生活用水量為30.96億立方公尺(其中包含自來水供應29.39億立方公尺及自行取水1.57億立方公尺)，佔總用水量之18.35%；工業用水量17.23億立方公尺，佔總用水量之10.21%。 （二）民國八十八非消耗性總用水量(即水力發電用水)為226.19億立方公尺，其中以中部126.40億立方公尺最多，佔非消耗性用水量之55.88%；其次為北部、東部及南部，各為51.80、31.67及16.32億立方公尺，各佔非消耗性總用水量之22.90%、14.00%及7.22%。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/27</date><governmentpublicationsnumber>1009002668</governmentpublicationsnumber><identifier>21818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21818</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年各標的用水量統計報告</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>經濟部國營事業委員會</author><categoryidentifier>568.897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/28</date><governmentpublicationsnumber>1009001586</governmentpublicationsnumber><identifier>21847</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21847</librarycollectiondetailsurl><price>500</price><publisher>經濟部國營事業委員會</publisher><publishrocyear>90</publishrocyear><title>國營事業委員會年報（八十八年下半年及八十九年度）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部統計處</author><categoryidentifier>550.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/28</date><governmentpublicationsnumber>2007700008</governmentpublicationsnumber><identifier>21848</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21848</librarycollectiondetailsurl><price>500</price><publisher>經濟部統計處</publisher><publishrocyear>90</publishrocyear><title>臺灣地區經濟統計年報（民國八十九年）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台北自來水事業處</author><categoryidentifier>682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/28</date><governmentpublicationsnumber>2005200014</governmentpublicationsnumber><identifier>21851</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21851</librarycollectiondetailsurl><price>280</price><publisher>台北自來水事業處</publisher><publishrocyear>89</publishrocyear><title>台北自來水事業統計年報（民國八十九年）</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>Intellectual Property Office Ministry of Economic Affairs</author><categoryidentifier>568.897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/28</date><governmentpublicationsnumber>2009001299</governmentpublicationsnumber><identifier>21852</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21852</librarycollectiondetailsurl><price>170</price><publisher>Intellectual Property Office Ministry of Economic Affairs</publisher><publishrocyear>90</publishrocyear><title>2000 Yearbook of Intellectual Property The Republic of china</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>黃榮村、鍾起岱</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/28</date><governmentpublicationsnumber>1009000785</governmentpublicationsnumber><identifier>21853</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21853</librarycollectiondetailsurl><price>170</price><publisher>行政院九二一震災災後重建推動委員會</publisher><publishrocyear>90</publishrocyear><title>2001年921震災災後重建總檢討會議實錄</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>經濟部臺北水源會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/29</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>21854</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21854</librarycollectiondetailsurl><price>120</price><publisher>經濟部臺北水源會</publisher><publishrocyear>90</publishrocyear><title>臺北水源特定區管理委員會八十八下半年及八十九會計年度工作年報</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>吳建民等撰述，臺灣省文獻委員會採集組編輯</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/29</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>21864</identifier><internationalstandardbooknumber>9789570283075 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21864</librarycollectiondetailsurl><price>300</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史　第五篇上  光復至民國六十五年之水資源開發、利用狀況</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>吳建民等撰述，臺灣省文獻委員會採集組編輯</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/29</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>21865</identifier><internationalstandardbooknumber>9789570283075 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21865</librarycollectiondetailsurl><price>300</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史　第五篇下  光復至民國六十五年之水資源開發、利用狀況</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>吳建民等撰述，臺灣省文獻委員會採集組編輯</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/29</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>21866</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21866</librarycollectiondetailsurl><price>300</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史　第六篇上  民國六十六年迄今之水資源開發、利用狀況</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>吳建民等撰述，臺灣省文獻委員會採集組編輯</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/29</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>21867</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21867</librarycollectiondetailsurl><price>300</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史　第六篇下  民國六十六年迄今之水資源開發、利用狀況</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/31</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>21868</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21868</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處水利規劃試驗所（八十八年下半年及八十九年度）工作成果報告</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/31</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>21869</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21869</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>90</publishrocyear><title>氣候資料年報　第一部份地面資料（民國八十九年）</title><yearidentifier>200106</yearidentifier></data><data><abstract>一、台灣地區民國八十七年底自來水普及率為90.00％。 二、八十七年台灣地區生活用水量，平均每人每日用水量為366公升，其中台北市647公升，高雄市378公升，台灣省324公升；自行取水部份分別為202、422、242及200公升；自來水供應部份分別為385、649、380及341公升。 三、台灣地區民國八十七年生活用水量計 29.25億立方公尺，其中自來水供應27.64億立方公尺，佔總量94.48％，為歷年最高；自行取水供應1.61億立方公尺，佔總量5.52％，相對為歷年最低值。 四、台灣地區民國八十七年自來水供應量為 32.03億立方公尺，其中供應生活用水量27.64億立方公尺，佔總量86.29％；供應工業用水量 4.39億立方公尺，佔總量13.71％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/11</date><governmentpublicationsnumber>1009002097</governmentpublicationsnumber><identifier>21650</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21650</librarycollectiondetailsurl><price>190</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年生活用水量統計報告</title><yearidentifier>200106</yearidentifier></data><data><abstract>一、台灣地區民國八十八年底自來水普及率為90.3％。二、八十八年生活用水量平均每人每日用水量為385公升，台北市692公升，高雄市379公升及台灣省340公升；其中自來水供應部份台灣地區405公升，台北市694公升，高雄市381公升，台灣省359公升；自行取水部份分別為200、299、258及199公升。 三、八十八年生活用水量計 30.96億立方公尺，其中自來水供應29.39億立方公尺，佔總量94.96％，為歷年最高；自行取水供應1.56億立方公尺，佔總量5.04％，相對為歷年最低值。 四、八十八年自來水供應量為 34.08億立方公尺，其中供應生活用水量29.39億立方公尺，佔總量86.24％；供應工業用水量 4.69億立方公尺，佔總量13.76％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/11</date><governmentpublicationsnumber>1009002127</governmentpublicationsnumber><identifier>21651</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21651</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年生活用水量統計報告</title><yearidentifier>200106</yearidentifier></data><data><abstract>針對90年度各獲選為節約用水績優單位及個人之節水事蹟,進行專題報導,除予表彰宣揚外,並可供各界參考借鏡</abstract><author>經濟部水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/11</date><governmentpublicationsnumber>1009002120</governmentpublicationsnumber><identifier>21652</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21652</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>2001經濟部水資源局節約用水績優單位及個人專輯</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>農委會漁業署</author><categoryidentifier>437.811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/12</date><governmentpublicationsnumber>2009002124</governmentpublicationsnumber><identifier>21654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21654</librarycollectiondetailsurl><price>250</price><publisher>農委會漁業署</publisher><publishrocyear>90</publishrocyear><title>臺灣地區漁業統計年報（民國八十九年）</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>經濟部標準檢驗局</author><categoryidentifier>568.897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/12</date><governmentpublicationsnumber>200800107</governmentpublicationsnumber><identifier>21655</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21655</librarycollectiondetailsurl><price>250</price><publisher>經濟部標準檢驗局</publisher><publishrocyear>90</publishrocyear><title>中華民國標準度政檢驗業務統計年報（民國八十九年,第五十輯）</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>興大農學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/12</date><governmentpublicationsnumber>6393890051</governmentpublicationsnumber><identifier>21656</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21656</librarycollectiondetailsurl><price>700</price><publisher>興大農學院出版委員會</publisher><publishrocyear>90</publishrocyear><title>農林學報（第五十卷，第二期）</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.642   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/13</date><governmentpublicationsnumber>885289086</governmentpublicationsnumber><identifier>21659</identifier><internationalstandardbooknumber>9789570265088 ; 9789570265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21659</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>水庫資料冊</title><yearidentifier>200007</yearidentifier></data><data><abstract> </abstract><author>張瑞濱</author><categoryidentifier>688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/13</date><governmentpublicationsnumber>1009001485</governmentpublicationsnumber><identifier>21664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21664</librarycollectiondetailsurl><price>250</price><publisher>國立國父紀念館</publisher><publishrocyear>90</publishrocyear><title>第四屆孫中山與現代中國學術研討會論文集</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>曾一士總編</author><categoryidentifier>688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/18</date><governmentpublicationsnumber>6658880024</governmentpublicationsnumber><identifier>21665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21665</librarycollectiondetailsurl><price>250</price><publisher>國立國父紀念館</publisher><publishrocyear>88</publishrocyear><title>國立國父紀念館館刊（第四期）</title><yearidentifier>199911</yearidentifier></data><data><abstract> </abstract><author>曾一士總編</author><categoryidentifier>688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/18</date><governmentpublicationsnumber>6659890087</governmentpublicationsnumber><identifier>21666</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21666</librarycollectiondetailsurl><price>250</price><publisher>國立國父紀念館</publisher><publishrocyear>89</publishrocyear><title>國立國父紀念館館刊（第六期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>曾一士總編</author><categoryidentifier>688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/18</date><governmentpublicationsnumber>2009001483</governmentpublicationsnumber><identifier>21667</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21667</librarycollectiondetailsurl><price>250</price><publisher>國立國父紀念館</publisher><publishrocyear>90</publishrocyear><title>國立國父紀念館館刊（第七期）</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>謝明, 劉春田編著</author><categoryidentifier>40.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/18</date><governmentpublicationsnumber>1009001967</governmentpublicationsnumber><identifier>21671</identifier><internationalstandardbooknumber>9789570284652 ; 9789570284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21671</librarycollectiondetailsurl><price>250</price><publisher>鳳凰谷鳥園</publisher><publishrocyear>90</publishrocyear><title>鳥獸毛皮標本製作技術</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處中區水資源局</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/19</date><governmentpublicationsnumber>1009002312</governmentpublicationsnumber><identifier>21698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21698</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>濁水溪流域水資源整體最佳利用規劃</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處中區水資源局</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/19</date><governmentpublicationsnumber>100900188</governmentpublicationsnumber><identifier>21701</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21701</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>90</publishrocyear><title>鯉魚潭水庫運用規則檢討修訂</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>8371890047</governmentpublicationsnumber><identifier>21547</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21547</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第二十五期</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>8371890047</governmentpublicationsnumber><identifier>21548</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21548</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第二十六期</title><yearidentifier>200102</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>2008800033</governmentpublicationsnumber><identifier>21549</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21549</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第二十七期</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>2008800033</governmentpublicationsnumber><identifier>21550</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21550</librarycollectiondetailsurl><price>50</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局永續發展簡訊 第二十八期</title><yearidentifier>200104</yearidentifier></data><data><abstract>有專計24口屬之井號及臺北盆地水位觀測井共井名號,每月間進行地下水水位量測。水質約20口,每半年檢測一次,於月進行採樣分析工作。臺北盆地及水質調查檢測工作迄今己所蒐集及實測資料皆經統計供有關單位參考。本年循項調查所有觀測成果及實測報告中,俾供比較。</abstract><author>經濟部水資源局</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>1009001481</governmentpublicationsnumber><identifier>21552</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21552</librarycollectiondetailsurl><price>185</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台北盆地八十九年地下水位與水質調查報告</title><yearidentifier>200104</yearidentifier></data><data><abstract>截至民國八十七年，台灣地區實際運轉且有營運統計資料之水庫計有40座，調整池10座。民國八十七年台灣地區平均年降雨量為3,322公厘，較歷年平均降雨量2,515公厘增加32％。翡翠、石門、鯉魚潭、德基、霧社、日月潭、仁義潭、曾文、烏山頭及南化等十座水庫八十七年量測總容量合計20.96億立方公尺，佔全部水庫八十七年量測總容量22.64億立方公尺之92.59%；八十七年量測有效容量合計為19.06億立方公尺，佔全部水庫八十七年量測有效容量20.61億立方公尺之92.47％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>1009001526</governmentpublicationsnumber><identifier>21553</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21553</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十七年蓄水設施水量營運統計報告</title><yearidentifier>200104</yearidentifier></data><data><abstract>截至民國八十八年，台灣地區實際運轉且有營運統計資料之水庫計有40座，調整池10座。民國八十八年台灣地區年降雨量為2,081公厘，較歷年平均降雨量2,515公厘為少。翡翠、石門、鯉魚潭、德基、霧社、日月潭、仁義潭、曾文、烏山頭及南化等十座水庫八十八年量測總容量合計20.94億立方公尺，占全部水庫八十八年量測總容量22.43億立方公尺之93.37%，八十八年量測有效容量合計為19.05億立方公尺，占全部水庫八十八年量測有效容量20.51億立方公尺之92.92％。</abstract><author>經濟部水資源局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/23</date><governmentpublicationsnumber>1009001527</governmentpublicationsnumber><identifier>21554</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21554</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>台灣地區民國八十八年蓄水設施水量營運統計報告</title><yearidentifier>200104</yearidentifier></data><data><abstract> </abstract><author>興大農學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/29</date><governmentpublicationsnumber>6393890051</governmentpublicationsnumber><identifier>21556</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21556</librarycollectiondetailsurl><price>30</price><publisher>興大農學院出版委員會</publisher><publishrocyear>89</publishrocyear><title>農林學報（第四九卷，第四期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>興大農學院出版委員會</author><categoryidentifier>557.6516</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/29</date><governmentpublicationsnumber>6393890051</governmentpublicationsnumber><identifier>21557</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21557</librarycollectiondetailsurl><price>30</price><publisher>興大農學院出版委員會</publisher><publishrocyear>90</publishrocyear><title>農林學報（第五十卷，第一期）</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>行政院經建會</author><categoryidentifier>526.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/29</date><governmentpublicationsnumber>17013890455</governmentpublicationsnumber><identifier>21558</identifier><internationalstandardbooknumber>9789570273694 ; 9789570273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21558</librarycollectiondetailsurl><price>250</price><publisher>行政院經建會</publisher><publishrocyear>89</publishrocyear><title>中華民國九十年國家建設計畫</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>行政院經建會</author><categoryidentifier>526.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/29</date><governmentpublicationsnumber>17013890445</governmentpublicationsnumber><identifier>21559</identifier><internationalstandardbooknumber>9789570273687 ; 9789570273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21559</librarycollectiondetailsurl><price>450</price><publisher>行政院經建會</publisher><publishrocyear>89</publishrocyear><title>新世紀國家建設計畫（民國９０至９３年四年計畫暨民國１００年展望）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部技術處;于樹偉</author><categoryidentifier>555.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>8173891841</governmentpublicationsnumber><identifier>21561</identifier><internationalstandardbooknumber>9789570271584 ; 9789570271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21561</librarycollectiondetailsurl><price>200</price><publisher>經濟部技術處出版:正中經銷</publisher><publishrocyear>89</publishrocyear><title>千禧年產業技術白皮書特輯：科專成果回顧與前瞻</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省農田水利會聯合會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>25039890235</governmentpublicationsnumber><identifier>21562</identifier><internationalstandardbooknumber>9789570275957 ; 9789570275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21562</librarycollectiondetailsurl><price>750</price><publisher>台灣省農田水利會聯合會</publisher><publishrocyear>89</publishrocyear><title>農田水利會重要建設工程圖誌（二）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部產業發展諮詢委員會</author><categoryidentifier>553</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>1009000114</governmentpublicationsnumber><identifier>21563</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21563</librarycollectiondetailsurl><price>750</price><publisher>經濟部產業發展諮詢委員會</publisher><publishrocyear>90</publishrocyear><title>產業發展諮詢委員會年報（民國八十九年）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>9084880042</governmentpublicationsnumber><identifier>21564</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21564</librarycollectiondetailsurl><price>750</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十六卷 第三號</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21565</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21565</librarycollectiondetailsurl><price>750</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十七卷 第一號</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21566</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21566</librarycollectiondetailsurl><price>750</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十七卷 第二號</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21567</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21567</librarycollectiondetailsurl><price>750</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十七卷 第三號</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>539.5925</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/5/30</date><governmentpublicationsnumber>2004300001</governmentpublicationsnumber><identifier>21568</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21568</librarycollectiondetailsurl><price>750</price><publisher>中央氣象局</publisher><publishrocyear>89</publishrocyear><title>地震季報 第四十七卷 第四號</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/6/12</date><governmentpublicationsnumber>200800117</governmentpublicationsnumber><identifier>21593</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21593</librarycollectiondetailsurl><price>152</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>日雨量年報表（民國八十九年）</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>經濟部智慧財產局</author><categoryidentifier>579.947</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/4</date><governmentpublicationsnumber>2008900300</governmentpublicationsnumber><identifier>21637</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21637</librarycollectiondetailsurl><price>170</price><publisher>經濟部智慧財產局</publisher><publishrocyear>90</publishrocyear><title>智慧財產權年報（民國八十九年）</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、巨廷顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/4</date><governmentpublicationsnumber>8374880809</governmentpublicationsnumber><identifier>21639</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21639</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>台灣地區中部區域水資源綜合發展計畫　專題報告　資料庫及GIS系統建立</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、巨廷顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/4</date><governmentpublicationsnumber>8374880790</governmentpublicationsnumber><identifier>21640</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21640</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>台灣地區北部區域水資源綜合發展計畫　專題報告　資料庫及GIS系統建立</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、巨廷顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/4</date><governmentpublicationsnumber>8374880790</governmentpublicationsnumber><identifier>21641</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21641</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>台灣地區北部區域水資源綜合發展計畫　精簡本</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/19</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>21703</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21703</librarycollectiondetailsurl><price>85</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>節約用水季刊（第二十二期）</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、交大土木所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/2</date><governmentpublicationsnumber>8374890142</governmentpublicationsnumber><identifier>21704</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21704</librarycollectiondetailsurl><price>420</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台北盆地地下水水位變化對土壤液化之影響分析（Ⅲ）－光碟版</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、淡大水環所</author><categoryidentifier>545.94   1103 026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/2</date><governmentpublicationsnumber>8374890152</governmentpublicationsnumber><identifier>21705</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21705</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>雲嘉地區地層下陷控制參數之探討（光碟版）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、成大資源系</author><categoryidentifier>363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/2</date><governmentpublicationsnumber>8374890162</governmentpublicationsnumber><identifier>21706</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21707</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>流域用水管理制度之革新（光碟版）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台大慶齡研究中心</author><categoryidentifier>369.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/8/2</date><governmentpublicationsnumber>8374890192</governmentpublicationsnumber><identifier>21708</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21401</librarycollectiondetailsurl><price>535</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>國家水土資源管理政策規劃與綜合執行計畫（二） Project of Policy Planning and Execution for the National Water and Land Resources Management (Ⅱ)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>興大防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374890985</governmentpublicationsnumber><identifier>21402</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21405</librarycollectiondetailsurl><price>800</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區示範海水淡化廠規劃　Planning for Demonstration Seawater Desalination Plants in Taiwan</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、能邦顧問公司</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900067</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891021</governmentpublicationsnumber><identifier>21406</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21410</librarycollectiondetailsurl><price>265</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫（四）　Integration Project on Groundwater Monitoring and Land Subsidence Prevention</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、中華生態研究中心</author><categoryidentifier>172.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374891071</governmentpublicationsnumber><identifier>21411</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21411</librarycollectiondetailsurl><price>175</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水域生態環境研究中心規劃與建置　Planning on Water Ecology Environment and Establishment of Research Center</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學農業工程學系</author><categoryidentifier>328.155</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900027</commissionedprojectidentifier><currency>NT$</currency><date>2001/4/4</date><governmentpublicationsnumber>8374891081</governmentpublicationsnumber><identifier>21412</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21412</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區合理之蒸發散折算係數與區域蒸發散量估算方法之建立(1/2)=Establishment of Conversion Coefficients and Evaluation of Regional Evapotranspiration(1/2)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890007</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891091</governmentpublicationsnumber><identifier>21413</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21413</librarycollectiondetailsurl><price>245</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區水文觀測現代化整體計畫修訂　Revision of Corporate Planning of Modernization  of Hydrologic Data Collection in Taiwan</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台大農工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890008</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891100</governmentpublicationsnumber><identifier>21414</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21414</librarycollectiondetailsurl><price>255</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水文技術規範之研訂　附錄二　水文技術規範（草案）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台大農工系</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890008</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891110</governmentpublicationsnumber><identifier>21415</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21415</librarycollectiondetailsurl><price>580</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水文技術規範之研訂　Establishing a Technical Code for Hydrologic Design</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>工研院能資所</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891120</governmentpublicationsnumber><identifier>21416</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21416</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>多功能河口水文站之建置與最適化系統之建立（1/2） The Deployment and System Optimization of Multi-Function Estuary Hydrological Stations (1/2)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、林茂生愛鄉文化基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890079</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/21</date><governmentpublicationsnumber>8374891130</governmentpublicationsnumber><identifier>21417</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21417</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>通霄精鹽製造廠排放水回收再利用之規劃</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB890031V</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374891140</governmentpublicationsnumber><identifier>21418</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21418</librarycollectiondetailsurl><price>290</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台北盆地地下水水位及水質檢測(一)=Monitoring of Groundwater Level and Quality in Taipei Basin(I)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/23</date><governmentpublicationsnumber>8374891150</governmentpublicationsnumber><identifier>21419</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21419</librarycollectiondetailsurl><price>470</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>加強水資源管理政策企劃與機構建置　附件一　協助企劃現代化水資源管理實施策略與政策　--Appendix 1-- Implementing the Modernization of Water Resources Management Policy Planning</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/7/11</date><governmentpublicationsnumber>8374891160</governmentpublicationsnumber><identifier>21420</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21420</librarycollectiondetailsurl><price>280</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>加強水資源管理政策企劃與機構建置　附件二　八十八年各事業用水之用水量統計年報</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/23</date><governmentpublicationsnumber>8374891170</governmentpublicationsnumber><identifier>21421</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21421</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>加強水資源管理政策企劃與機構建置　附件三　協助推動合理用水量之政策實施　--Appendix 3-- Implementing the Policy of Rational Limit of Multipurpose Water Use</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/23</date><governmentpublicationsnumber>8374891180</governmentpublicationsnumber><identifier>21422</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21422</librarycollectiondetailsurl><price>135</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>加強水資源管理政策企劃與機構建置　附件四　台灣乾旱週期之研究  Reinforcement of Water Resources Management Policy Planning and Organization Establishment --Appendix 4-- AStudy on the Drought Period in Taiwan</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>淡大水資源政策中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/23</date><governmentpublicationsnumber>8374891190</governmentpublicationsnumber><identifier>21423</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21423</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>加強水資源管理政策企劃與機構建置　附件五　協助建置「淡江大學水資源管理與政策研究中心」 -Appendix 5-- Establishing the Organization and Information Service Web of Water Resources Management and Policy Research</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、台經院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST89000</commissionedprojectidentifier><currency>NT$</currency><date>2001/4/6</date><governmentpublicationsnumber>8374891200</governmentpublicationsnumber><identifier>21424</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21424</librarycollectiondetailsurl><price>500</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水資源總體經濟模式（四之一） The Economic Model of Water Resources</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、七星基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374891210</governmentpublicationsnumber><identifier>21425</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21425</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>自然河川生態系統之整備研究　Research and Development on the Ecosystem of Diversified Natural Stream</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中山水資源研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374891220</governmentpublicationsnumber><identifier>21426</identifier><internationalstandardbooknumber> 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</abstract><author>農工中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900050</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374890450</governmentpublicationsnumber><identifier>21309</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21309</librarycollectiondetailsurl><price>595</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水井攝影檢測技術應用於九二一集集大地震後地下水觀測井井體狀況調查　Application of Television Inspection System to Investigate the Status of Groundwater Monitoring Well after the 921 Chi-Chi Earthquake</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>433.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/3/1</date><governmentpublicationsnumber>8374890460</governmentpublicationsnumber><identifier>21310</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21310</librarycollectiondetailsurl><price>950</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>地層下陷防治服務團八十九年度工作推動計畫　The Annual Work Report of Land-Subsidence Prevention and Reclamation Corps in 2000</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST8900</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/19</date><governmentpublicationsnumber>8374890470</governmentpublicationsnumber><identifier>21311</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21311</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>河川保留基流量評估技術研究計畫（一）Study on Evaluation Tecyhniques for Reserved Instream Flow (Ⅰ)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中國環境工程學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900074</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890480</governmentpublicationsnumber><identifier>21312</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21312</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>金門金湖地區再生水示範推廣計畫細部規劃報告 The Details of Demonstration and Promotion Plan for the Reclamation of Sewage Water in Kinmen Kinhu</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、成大研發會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRS8900073</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890490</governmentpublicationsnumber><identifier>21313</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21313</librarycollectiondetailsurl><price>300</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>工業廢水二級處理放流水再生利用技術研究－造紙綜合廢水二級處理放流水再生利用技術研究  Feasibility Studies for Reclamation of the Secondary Effluent in Industrial Wastewaters-Atudy for Reclamation of the Secondary</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、銳科技公司</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST89000</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890509</governmentpublicationsnumber><identifier>21314</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21314</librarycollectiondetailsurl><price>240</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>水災防救資料庫共享網站建置專案成果報告　Establish Integrated Website for Flood Management</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、銳科技公司</author><categoryidentifier>351.711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900072</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890519</governmentpublicationsnumber><identifier>21315</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21315</librarycollectiondetailsurl><price>200</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區水文資料管理供應系統建置專案成果報告書　Establish Management and Supply System of Hydrological Database for Taiwan Area, R.O.C</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、銳科技公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST89000</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890529</governmentpublicationsnumber><identifier>21316</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21316</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>公共給水震災復建資料更新及共享網站建置專案成果報告書　Water Resources Database Updated-Water Supply Facilities Rebuilding from Earthquake and Function Enhancing for Data Sharing Website</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局;央大通訊中心</author><categoryidentifier>10020217 006   445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST89000</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890539</governmentpublicationsnumber><identifier>21317</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21317</librarycollectiondetailsurl><price>220</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>利用衛星雷達建立水災及時監測系統之規劃　Real Time Monitoring of Flood Using Satellite SAR Imagery Data</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局;央大通訊中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST89000</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890549</governmentpublicationsnumber><identifier>21318</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21318</librarycollectiondetailsurl><price>130</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>應用空載雷達影像資料於災害防救之研究　Appllication of Airborne SAR Imagery Data to Natural Hazard Monitoring</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局;國家資訊產協會</author><categoryidentifier>676.03</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB8900062</commissionedprojectidentifier><currency>NT$</currency><date>2001/2/20</date><governmentpublicationsnumber>8374890559</governmentpublicationsnumber><identifier>21319</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21319</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>建立北部區域地理資訊系統資料庫　Establish Geographic Information Database for Northern Area of Taiwan</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 175   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21320</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21320</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十二期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 176   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21321</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21321</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十三期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 177   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21322</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21322</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十四期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 178   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21323</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21323</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十五期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 179   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21324</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21324</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十六期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 180   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21325</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21325</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十七期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 181   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21326</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21326</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十八期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 182   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21327</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21327</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第四十九期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 183   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21328</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21328</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第五十期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 187   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21329</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21329</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第五十一期）</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>10020210 188   443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/1/17</date><governmentpublicationsnumber>8370890021</governmentpublicationsnumber><identifier>21330</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_21330</librarycollectiondetailsurl><price>25</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水利公報（第一卷,第五十二期）</title><yearidentifier>200012</yearidentifier></data><data><abstract>本計畫應用台灣區地下水觀測網作為採樣之調查井, 監測地下水水質以提供水資源單位調配地下水資源之依據。本(93)年度監測的範圍包含七個地區：高雄(33口井)、嘉南(99口井)、宜蘭(39口井)、屏東(134口井)、台北(12口井)、澎湖(6口井)及竹苗(45口井)，共計368口觀測井。原計劃381口，因其中有部份井移作地震水位觀測井，故實作368口。</abstract><author>台糖農場經營中心、地下水開發保育中心、台糖研究所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/6</date><governmentpublicationsnumber>1009304477</governmentpublicationsnumber><identifier>94819</identifier><internationalstandardbooknumber>9789570194265 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94819</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地下水觀測網水質常態監測與調查分析(1/2) Groundwater Quality by the Taiwan Groundwater Monitoring Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要工作為以北及中區水資源分區為例，進行平均雨量計算方式評估及雨量站網對降雨量與逕流量推估之敏感度分析，與不同區域性降雨頻率分析方法之評估。同時進行不同蒸發散量推估方式之敏感度分析與進行水位流量站網對逕流量推估敏感度分析。此外，計畫中建立降雨量、蒸發散量與逕流量之水文分析標準作業流程、及研擬水文量測技術之改進與其精度提升之建議，以達成水文觀測現代化整體計畫中第二期計畫之目標。本計劃之研究成果可作為各項用水供需計畫研擬及水利工程規劃設計等水文分析作業流程之依據，另藉由新科技技術之引進，以增進觀測能力與資料品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-930031</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/6</date><governmentpublicationsnumber>1009304491</governmentpublicationsnumber><identifier>94820</identifier><internationalstandardbooknumber>9789570194302 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94820</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文循環系統分析與量測新技術開發-以北及中等二水資源分區為研析區域=System Analysis of the Hydrologic Cycle and Development of New Measurement Technology for Northern and Central Taiwan Regions</title><yearidentifier>200412</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-920028V2</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/7</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>94824</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94824</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)使用手冊=Established Integrative Service System of Hydrological Information (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-920028V2</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/7</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>94825</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94825</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)操作及維護手冊=Established Integrative Service System of Hydrological Information (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/13</date><governmentpublicationsnumber>1009303376</governmentpublicationsnumber><identifier>94842</identifier><internationalstandardbooknumber>9789570186185 ; 9570186186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94842</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「河川真面相」設定要點及作業程序彙集「日本河川整備中心出版品推廣計畫」叢書NO.8</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/13</date><governmentpublicationsnumber>1009303374</governmentpublicationsnumber><identifier>94843</identifier><internationalstandardbooknumber>9789570186222 ; 9570186224</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94843</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>淺談河川環境整治之效益評估(試辦案)「日本河川整備中心出版品推廣計畫」叢書NO.9</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/13</date><governmentpublicationsnumber>1009305007</governmentpublicationsnumber><identifier>94845</identifier><internationalstandardbooknumber>9789570198651 ; 9570198656</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94845</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>展現河川環境入門(草案)「日本河川整備中心出版品推廣計畫」叢書NO.10</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>中華民國產業科技發展協進會</author><categoryidentifier>555.933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/13</date><governmentpublicationsnumber>1011102303</governmentpublicationsnumber><identifier>94847</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94847</librarycollectiondetailsurl><price></price><publisher>經濟部技術處</publisher><publishrocyear>111</publishrocyear><title>5th總統創新獎得獎專輯</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>Chinese Association For Republic of China Industrial Technology Promotion Association</author><categoryidentifier>555.933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/13</date><governmentpublicationsnumber>1011102303</governmentpublicationsnumber><identifier>94848</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94848</librarycollectiondetailsurl><price></price><publisher>Ministry of Economic Affairs</publisher><publishrocyear>111</publishrocyear><title>The 5th Presidential Innovation Award Report</title><yearidentifier>202212</yearidentifier></data><data><abstract>我國之水資源開發利用與保育，分別由不同性質之機關推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整，有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行整理、歸納及統計分析，俾瞭解每年水資源之投資概況，並提供日後相關單位辦理水資源規劃之參考。本會計年度為民國93年1月1日至民國93年12月31日止。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/16</date><governmentpublicationsnumber>1009402806</governmentpublicationsnumber><identifier>94863</identifier><internationalstandardbooknumber>9789860022094 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94863</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區水資源投資分析:93年度報告</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/21</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>94882</identifier><internationalstandardbooknumber>9789860032024 ; 9860032025</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94882</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3)(光碟版)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>094B01030003077</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/24</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>94887</identifier><internationalstandardbooknumber>9789860049237 ; 9860049238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94887</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查總報告=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>SWCB-95-052</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/28</date><governmentpublicationsnumber>1009502428</governmentpublicationsnumber><identifier>94902</identifier><internationalstandardbooknumber>9789860065671 ; 9789860065</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94902</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>95</publishrocyear><title>山坡地管理作業參考手冊(第三版)</title><yearidentifier>200609</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱水利署)自2012年至2021年間持續推動辦理水利防災經驗學習與增能培訓計畫，目的在於透過多元訊息傳達通路，推廣防汛抗旱的觀念與防災避災工具之應用，以深耕蓄積防災校園能量，提升在地化防災教育及自主行動力為計畫目標，由鏈結教育部防災校園及衛生福利部社福機構，落實教育宣導工作，將水利防災觀念內化為居家生活的一部分。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110277</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/28</date><governmentpublicationsnumber>1011102279</governmentpublicationsnumber><identifier>94903</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94903</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利防災知識深耕與增能培訓計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>433.16   433.16.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110181</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/28</date><governmentpublicationsnumber>1011102269</governmentpublicationsnumber><identifier>94904</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94904</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>多元水災災情資訊整合與應用(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110130</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102281</governmentpublicationsnumber><identifier>94905</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94905</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年人工增雨計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110130</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102281</governmentpublicationsnumber><identifier>94906</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94906</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年人工增雨計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110356</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102230</governmentpublicationsnumber><identifier>94907</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94907</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水情預警資訊服務精進及資料分析應用評估</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110356</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102230</governmentpublicationsnumber><identifier>94908</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94908</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水情預警資訊服務精進及資料分析應用評估(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110353</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102360</governmentpublicationsnumber><identifier>94909</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94909</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>可攜式濾水設備開發製作及淨水設備支援維護管理</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110353</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102360</governmentpublicationsnumber><identifier>94910</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94910</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>可攜式濾水設備開發製作及淨水設備支援維護管理(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110345</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102295</governmentpublicationsnumber><identifier>94911</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94911</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年度防災應變系統更新及資訊網升級建置</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110345</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102295</governmentpublicationsnumber><identifier>94912</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94912</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年度防災應變系統更新及資訊網升級建置(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>台灣整合防災工程技術顧問有限公司</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110359</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102231</governmentpublicationsnumber><identifier>94913</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94913</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>短期豪雨監控預警及中長期乾旱趨勢分析</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>台灣整合防災工程技術顧問有限公司</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110359</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102231</governmentpublicationsnumber><identifier>94914</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94914</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>短期豪雨監控預警及中長期乾旱趨勢分析(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水資源與農業研究院</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110286</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102292</governmentpublicationsnumber><identifier>94915</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94915</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年提升水災防災及淹水警戒整合精進(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水資源與農業研究院</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110286</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102292</governmentpublicationsnumber><identifier>94916</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94916</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年提升水災防災及淹水警戒整合精進(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract>經濟部水利署(以下簡稱水利署)自2012年至2021年間持續推動辦理水利防災經驗學習與增能培訓計畫，目的在於透過多元訊息傳達通路，推廣防汛抗旱的觀念與防災避災工具之應用，以深耕蓄積防災校園能量，提升在地化防災教育及自主行動力為計畫目標，由鏈結教育部防災校園及衛生福利部社福機構，落實教育宣導工作，將水利防災觀念內化為居家生活的一部分。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110277</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102279</governmentpublicationsnumber><identifier>94917</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94917</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利防災知識深耕與增能培訓計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司、創景系統工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110351</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102296</governmentpublicationsnumber><identifier>94918</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94918</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水情影像監視站維運管理與雲端平台服務計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司、創景系統工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110351</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102296</governmentpublicationsnumber><identifier>94920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94920</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水情影像監視站維運管理與雲端平台服務計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110278</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102322</governmentpublicationsnumber><identifier>94921</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94921</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利署災害應變服務計畫(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110278</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102322</governmentpublicationsnumber><identifier>94922</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94922</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利署災害應變服務計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110181</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102269</governmentpublicationsnumber><identifier>94924</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94924</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>多元水災災情資訊整合與應用(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110280</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102306</governmentpublicationsnumber><identifier>94925</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94925</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年智慧應答機器人</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110280</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102306</governmentpublicationsnumber><identifier>94926</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94926</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年智慧應答機器人(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國家中山科學研究院軍民通用中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110325</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102277</governmentpublicationsnumber><identifier>94927</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94927</librarycollectiondetailsurl><price>760</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年次世代水利防災決策輔助系統優化擴充</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國家中山科學研究院軍民通用中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110325</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102277</governmentpublicationsnumber><identifier>94928</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94928</librarycollectiondetailsurl><price>760</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年次世代水利防災決策輔助系統優化擴充(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110367</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102300</governmentpublicationsnumber><identifier>94929</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94929</librarycollectiondetailsurl><price>788</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>人工智慧技術於水利防災影像辨識應用計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110367</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102300</governmentpublicationsnumber><identifier>94930</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94930</librarycollectiondetailsurl><price>788</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>人工智慧技術於水利防災影像辨識應用計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110310</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102312</governmentpublicationsnumber><identifier>94931</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94931</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>大型移動式抽水機GPS車載機監控系統維護(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110310</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/29</date><governmentpublicationsnumber>1011102312</governmentpublicationsnumber><identifier>94932</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94932</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>大型移動式抽水機GPS車載機監控系統維護(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract>集集共同引水計畫於民國82 年5 月奉行政院核定實施，依據環境 影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之 外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91 年起集集 共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工 作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最 低程度，爰賡續進行民國111 年度水域生態及水質監測，以落實環境 保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110123</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/30</date><governmentpublicationsnumber>1011200192</governmentpublicationsnumber><identifier>94936</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94936</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>112</publishrocyear><title>111年度集集攔河堰監測及安全檢查環境生態監測年度成果報告(光碟版)</title><yearidentifier>202302</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能 夠提供緊急時期之取水功能，所以政府於民國90 年配合集集共同引水 計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之 重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供 洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95 年 起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道 改善研究和工程。本報告係延續95～110 年度之工作，進行魚道改修 後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110123</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/30</date><governmentpublicationsnumber>1011200193</governmentpublicationsnumber><identifier>94937</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94937</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>112</publishrocyear><title>111年度斗六堰魚道功能監測及水域生態監測年度成果報告(光碟版)</title><yearidentifier>202302</yearidentifier></data><data><abstract>集集共同引水計畫於民國82 年5 月奉行政院核定實施，依據環境 影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之 外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91 年起集集 共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工 作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最 低程度，爰賡續進行民國111 年度水域生態及水質監測，以落實環境 保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110123</commissionedprojectidentifier><currency>NT$</currency><date>2023/4/10</date><governmentpublicationsnumber>1011200192</governmentpublicationsnumber><identifier>94949</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94949</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>112</publishrocyear><title>111年度集集攔河堰監測及安全檢查環境生態監測年度成果報告</title><yearidentifier>202302</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能 夠提供緊急時期之取水功能，所以政府於民國90 年配合集集共同引水 計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之 重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供 洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95 年 起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道 改善研究和工程。本報告係延續95～110 年度之工作，進行魚道改修 後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110123</commissionedprojectidentifier><currency>NT$</currency><date>2023/4/10</date><governmentpublicationsnumber>1011200193</governmentpublicationsnumber><identifier>94950</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94950</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>112</publishrocyear><title>111年度斗六堰魚道功能監測及水域生態監測年度成果報告</title><yearidentifier>202302</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/5/17</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>94986</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94986</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十五年潮汐表=Tide Tables 2006 年刊 第九期</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>575.87   445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110344</commissionedprojectidentifier><currency>NT$</currency><date>2023/5/19</date><governmentpublicationsnumber>1011200317</governmentpublicationsnumber><identifier>94998</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94998</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年全民防災能力提升輔導及精進計畫成果報告書(光碟版)</title><yearidentifier>202303</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110344</commissionedprojectidentifier><currency>NT$</currency><date>2023/5/24</date><governmentpublicationsnumber>1011200317</governmentpublicationsnumber><identifier>95004</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95004</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年全民防災能力提升輔導及精進計畫成果報告書</title><yearidentifier>202303</yearidentifier></data><data><abstract>現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃設計所需，故需加以調查或補充現有資料之不足，整合提供各界參考。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940000</commissionedprojectidentifier><currency>NT$</currency><date>2023/5/31</date><governmentpublicationsnumber>1009501855</governmentpublicationsnumber><identifier>95014</identifier><internationalstandardbooknumber>9789860051131 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95014</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪河系河川情勢調查計畫總報告=Investigation of stream status of Bajhang River</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/6/15</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>95049</identifier><internationalstandardbooknumber>9771814884001 ; 18148840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95049</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利第16期(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>楊嘉棟</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/6/26</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>95067</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>中文</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95067</librarycollectiondetailsurl><price>100</price><publisher>農業部生物多樣性研究所</publisher><publishrocyear>113</publishrocyear><title>111年度年報</title><yearidentifier>202406</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床質?徑之尺寸分佈資訊，以供河川水理動床模擬之輸砂?及沖淤?等推估應用參考。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/7/4</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>95072</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95072</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>拆除水工構造物，看似對河川生態有著相當面的幫助，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980153</commissionedprojectidentifier><currency>NT$</currency><date>2023/7/21</date><governmentpublicationsnumber>1009803497</governmentpublicationsnumber><identifier>95088</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95088</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(2/3)(內附光碟)＝Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration (2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2023/7/26</date><governmentpublicationsnumber>1009803325</governmentpublicationsnumber><identifier>95093</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95093</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究總報告(內附光碟)＝Study on the stable countermeasures of the channel lateral migration in sandy river</title><yearidentifier>200912</yearidentifier></data><data><abstract>本指標分析之年度資料</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/8/3</date><governmentpublicationsnumber>1011200761</governmentpublicationsnumber><identifier>95103</identifier><internationalstandardbooknumber>9.79E+11</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95103</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>中華民國111年度各直轄市、縣市重要水利統計指標分析(光碟版)</title><yearidentifier>202308</yearidentifier></data><data><abstract>本指標分析之年度資料</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/8/11</date><governmentpublicationsnumber>1011200761</governmentpublicationsnumber><identifier>95121</identifier><internationalstandardbooknumber>9.79E+11</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95121</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>中華民國111年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>202308</yearidentifier></data><data><abstract> </abstract><author>農業部農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/8/16</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>95127</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95127</librarycollectiondetailsurl><price>200</price><publisher>農業部農業試驗所</publisher><publishrocyear>112</publishrocyear><title>農業部農業試驗所111年年報</title><yearidentifier>202308</yearidentifier></data><data><abstract>嘉義海堤因興建年代較為久遠，部分海堤構造物長期經日曬雨淋現已產生老化、劣化等現象，另加上地層下陷及潮汐變化沖刷潛在因素，更加危及海堤之結構安全性，影響當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。鑑此，經濟部水利署第五河川局為詳細瞭解嘉義海堤內、外堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內民眾生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對嘉義海堤進行全面性安全檢測。其中完成計畫區海堤目視調查及堤頂高測量約14.9公里，另透地雷達完成施測計13,000公尺，並經交叉比對完成驗證，成果大致吻合。另經本案建立之綜合指標評估系統，進行海堤整體安全性評估，評估結果除東石海堤(新吉段)0K+600~0K+800、東石海堤(塭港段)0K+200~0K+400及0K+800~1K+000列入「注意改善」之範疇，其餘堤段則尚屬「計畫改善」。經本計畫詳細調查分析及評估後如列為「計畫改善」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/8/28</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>95147</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95147</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)成果報告書=A research plan for safety assessment of seawall at Chiayi coastal area (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/8/31</date><governmentpublicationsnumber>1011200795</governmentpublicationsnumber><identifier>95161</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95161</librarycollectiondetailsurl><price>定價300元</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>中華民國111年水利統計(光碟版)</title><yearidentifier>202308</yearidentifier></data><data><abstract>石門水庫建設委員會檔案》（《石建會檔案》），是由石建會 因石門水庫興建工程而產生與接管的檔案，時間集中在1954 至 1966年，共13年，是戰後罕見保存完整之國家重大工程檔案， 現由北水局典藏保管，包含水庫自設計、籌劃到建設竣工，各機 關往來的數萬筆公文與報告、信件與各式手稿，以及照片、底片 及大圖等多樣性檔案。為促進這批珍貴的史料能更容易地被利 用，2020年5月起，北水局與中央研究院臺灣史研究所（以下簡 稱中研院臺史所）合作進行「石門水庫建設時期檔案整編及加值 研究計畫」，展開檔案編排與加值推廣工作。 歷經計畫一年多的執行，在全面釐清檔案產生來源與歷史 脈絡後，我們發現《石建會檔案》不僅僅是國家水利工程建設的 官方檔案，而是牽動著上萬人生命故事的紀錄，但在過去的研究 中卻鮮少被提及。正是透過大量檔案史料的閱讀，我們才有機會 重返歷史現場，更深入與全面地理解過去，而對石門水庫建設的 認識，不再侷限於國家重大水利工程建設。隨著本宗檔案系統化 地整理與公開，期待能挖掘出更多隱含在工程背後，屬於石門 水庫的獨特歷史故事與共同記憶。本章說明《石建會檔案》的整 編歷程、檔案編排與典藏概要，並精選獨特性檔案及其記載的 故事，以期再現石門水庫興建過程的真實經驗，讓檔案中的「人 們」重新被看見。</abstract><author>中央研究院臺灣史研究所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/9/6</date><governmentpublicationsnumber>1011200580</governmentpublicationsnumber><identifier>95182</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95182</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>112</publishrocyear><title>石門水庫歷史檔案中的人與事</title><yearidentifier>202306</yearidentifier></data><data><abstract>石門水庫建設委員會檔案》（《石建會檔案》），是由石建會 因石門水庫興建工程而產生與接管的檔案，時間集中在1954 至 1966年，共13年，是戰後罕見保存完整之國家重大工程檔案， 現由北水局典藏保管，包含水庫自設計、籌劃到建設竣工，各機 關往來的數萬筆公文與報告、信件與各式手稿，以及照片、底片 及大圖等多樣性檔案。為促進這批珍貴的史料能更容易地被利 用，2020年5月起，北水局與中央研究院臺灣史研究所（以下簡 稱中研院臺史所）合作進行「石門水庫建設時期檔案整編及加值 研究計畫」，展開檔案編排與加值推廣工作。 歷經計畫一年多的執行，在全面釐清檔案產生來源與歷史 脈絡後，我們發現《石建會檔案》不僅僅是國家水利工程建設的 官方檔案，而是牽動著上萬人生命故事的紀錄，但在過去的研究 中卻鮮少被提及。正是透過大量檔案史料的閱讀，我們才有機會 重返歷史現場，更深入與全面地理解過去，而對石門水庫建設的 認識，不再侷限於國家重大水利工程建設。隨著本宗檔案系統化 地整理與公開，期待能挖掘出更多隱含在工程背後，屬於石門 水庫的獨特歷史故事與共同記憶。本章說明《石建會檔案》的整 編歷程、檔案編排與典藏概要，並精選獨特性檔案及其記載的 故事，以期再現石門水庫興建過程的真實經驗，讓檔案中的「人 們」重新被看見。</abstract><author>中央研究院臺灣史研究所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/9/6</date><governmentpublicationsnumber>1011200580</governmentpublicationsnumber><identifier>95183</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95183</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>112</publishrocyear><title>石門水庫歷史檔案中的人與事(光碟版)</title><yearidentifier>202306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/9/8</date><governmentpublicationsnumber>1011200795</governmentpublicationsnumber><identifier>95188</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95188</librarycollectiondetailsurl><price>定價300元</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>中華民國111年水利統計</title><yearidentifier>202308</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年颱洪事件考驗，證實具可靠準確度、時效性及功能性等。於97至99年擴充為具備即時預報、事件模擬、參數檢定、決策支援功能，引進中央氣象局QPESUMS，水利署颱風氣候法降雨預報結果。預報範圍含蓋淡水河(石門後池至河口)、基隆河、新店溪、景美溪、二重疏洪道。本年度延續歷年成果，對REFOR模式持續進行擴充與維護，測試景美溪與二重疏洪道納入系統之穩定度，評估納入三峽河之方式。配合更新員山子分洪之最新率定曲線資料。此外，持續增加系統維護與操作效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000271</commissionedprojectidentifier><currency>NT$</currency><date>2023/9/21</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>95214</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95214</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護=Extension and Maintenance of Real Time Flash Flood Forecasting Model for Tamshui River in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2023/9/23</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>95224</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95224</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫=A research plan for safety assessment of seawalls at Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/9/26</date><governmentpublicationsnumber>2010101853</governmentpublicationsnumber><identifier>95240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95240</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第一季=HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2012 THE FIRST QUARTER</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局海象測報中心</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/10/13</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>95262</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95262</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>112</publishrocyear><title>潮汐表中華民國113年</title><yearidentifier>202308</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2023/10/24</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>95287</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95287</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3)=Field Study on Coastal Monitoring and Investigation in YiLan (2/3)</title><yearidentifier>201401</yearidentifier></data><data><abstract>近年來，溫室效應導致長期氣候變遷與短期天氣之變異性增加，依據研究報告顯示，氣候變遷導致臺灣地區氣候與水文現象有極端化之趨勢，暴雨與乾旱將更加頻繁。因此，氣候變遷對於生態環境、水資源與農業環境等影響將會顯著增加。長期氣候特性改變，可能加劇短期天氣變異與極端水文事件頻率增加，造成氣溫與降雨發生變化，進一步影響河川流量，而降雨及河川流量為地下水補注主要來源，降雨特性的改變將直接或間接影響到地下水的補注量。因此，為了瞭解未來氣候變遷對於台灣地區地下水環境的影響為何，如地下水水位、地下水補注量的時間與空間分佈特性等，本計畫蒐集國內外相關文獻，並評估適合台灣地區地下水環境的理論及工具，研發國內外獨樹一幟的地下水分析方法，即透過經驗正交函數法結合訊號分析技術以及地下水歷線法進行屏東平原氣候變遷下地下水補注量之估算以及分析，以提供政府單位未來在地下水資源保育及運用之重要參考。評估結果顯示，氣候變遷下，總無降雨日與平均連續無降雨日數在未來短期明顯增加，而連續無降雨事件次數則明顯減少，降雨型態愈趨集中導致持續性補注的缺乏，造成整體補注量明顯減少。為因應氣候變遷所造成之衝擊，我國應盡早擬訂調適策略，以防範未來地下水補注量之匱乏所造成一連串水資源管控之危機。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR1010089</commissionedprojectidentifier><currency>NT$</currency><date>2023/10/24</date><governmentpublicationsnumber>1010103481</governmentpublicationsnumber><identifier>95288</identifier><internationalstandardbooknumber>9789860353662 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95288</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下台灣地區地下水資源補注之影響評估=Climate Change Impacts on Taiwan Groundwater Recharge</title><yearidentifier>201212</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2023/10/24</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>95289</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95289</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>「秀姑巒溪水系治理規劃檢討-先期外業測量計畫」成果報告書=Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫研究範圍為台南市將軍中心漁港(現稱為將軍漁港，本報告後續均以漁港現名稱之)至七股離岸堤間長約14公里之海岸(含潟湖及各河口)。其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。本計畫蒐集將軍漁港至七股離岸堤段海岸與鄰近海域之海氣象、海岸漂砂、河川水文、海岸地形及環境生態等基本資料，並逐項彙整其特性。於2012年2月14、16與18日以及2月2~22日分別完成平面與水準控制點檢測。於3月16日~4月7日、9月11~23日完成冬、夏季波浪作用後之地形水深檢測工作，同時依據地形水深監測成果，進行冬季波浪作用後之地形水深資料分析與地形水深等深線；同時蒐集往昔地形水深監測資料，進行季節性與長期之地形水深平面與斷面侵淤分析，另蒐集早期海岸線資料，進行長期海岸線變遷分析。有關灘線與底床質粒徑調查作業，於2012年2月底~3月初執行第一季(冬季)調查作業，而第二季(夏季)調查作業則於8月期間完成，並依據調查結果彙整高低潮灘線砂灘與底床質(海域與河川)粒徑分佈特性。海岸結構物影響與防護成效檢討方面，已就現場海岸勘查結果說明本段海岸環境情形，並依據規劃海岸代表斷面，進行海岸平衡剖面分析；其次依各段之歷次地形水深資料，參照海岸防護結構物興建時間，分析海岸結構物影響區之地形水深土方量變化，檢討各段海岸結構物對地形水深之影響與功效。最後，以波浪溯上水理模式進行現況海岸安全性檢討，依日本海堤重要性選擇50年或100年重現期波浪條件，以海堤溯上不超越堤頂發生越波為準則，評估現況海岸可調整空間，配合現場海岸勘查結果，提出現況海岸環境改善建議。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010152</commissionedprojectidentifier><currency>NT$</currency><date>2023/10/24</date><governmentpublicationsnumber>1010103045</governmentpublicationsnumber><identifier>95290</identifier><internationalstandardbooknumber>9789860347500 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95290</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南海岸(將軍中心漁港至七股離岸堤)基本資料監測調查分析=In Situ Investigation on Morphology and Bed Material at Tainan Coast (From Jiang-Jun Harbor to Detached Breakwater at Chi-Gu)</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸生態工程實務手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010236</commissionedprojectidentifier><currency>NT$</currency><date>2023/10/25</date><governmentpublicationsnumber>1010103007</governmentpublicationsnumber><identifier>95292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95292</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編總報告(內附光碟)=The edition of Coastal Eco-Engineering Manual</title><yearidentifier>201212</yearidentifier></data><data><abstract>由台灣水資源之供需面來看，水資源的開發、管理、調配等相關活動仍是政府重要的水資源政策項目。因此，水利產業的發展將是政府未來水利政策的主軸之一，水利產業發展時必須先釐清水利產業的範圍與項目，才能針對產業的特性與需要規劃相關輔導政策。另外本研究以水再生利用為例，釐清相關產業鏈，並進行廠商問卷調查，以評估產業規模與發展潛力</abstract><author>台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940037</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/14</date><governmentpublicationsnumber>1009404463</governmentpublicationsnumber><identifier>48532</identifier><internationalstandardbooknumber>9789860036688 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48532</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>知識型水利?業調查分析及輔導策-以水再生利用產業為例（光碟版）Survey and Development Strategies of Water Industries -A Case Study of Water Reuse Industry</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處土地測量局</author><categoryidentifier>554.281</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/14</date><governmentpublicationsnumber>3023987002</governmentpublicationsnumber><identifier>48541</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48541</librarycollectiondetailsurl><price>400</price><publisher>台灣省政府地政處土地測量局</publisher><publishrocyear>87</publishrocyear><title>數值地籍測量地籍圖重測資料處理系統使用手冊</title><yearidentifier>199810</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/17</date><governmentpublicationsnumber>8373830014</governmentpublicationsnumber><identifier>48546</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48546</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>經濟部水資源統一規劃委員會 八十二年工作年報</title><yearidentifier>199401</yearidentifier></data><data><abstract>本計畫為針對未來台灣東部宜蘭、花蓮、及台東等縣可行之深層海水開發場址，進行海域地形及水質等基本環境調查工作，工作內容規劃包括針對南澳、和平、石梯坪、奇萊鼻、知本、及金崙等進行深層海水水質及可行廠址之海域地形調查。深層海水水質水質調查分析項目包含水溫、鹽度、氫離子濃度指數(pH)、溶氧量、懸浮固體、葉綠素a、大腸桿菌群、重金屬(鉻、鎘、銅、錳、鋅、汞)、營養鹽(矽酸鹽、亞硝酸鹽、氨氮、磷酸鹽、硝酸鹽)、戴奧辛及飲用水水源水質標準等項目。海域地形則以單音束測深系統，自水深20公尺處至水深750公尺處，進行海底斷面測量，測量寬度為斷面線左右各300公尺，並間隔100公尺寬測量1次。本計畫乃加強沿岸地形水深及深層海水水質之基本研究調查，因為此兩項目關係著施工之難易、海域汲水之安全、及未來深層海水之用途等，本計畫之工作成果效益包括： 1.完成台灣東部六處可行候選廠址之沿岸地形水深調查，繪製相關之平面及縱面地形圖，以評估可能鋪設管線之長度，並作為未來海底取水管線設計之基礎。 2.分析可行候選廠址海域斷面海水水質，並分析各候選廠址間可汲取之深層海水水質變化情形，以瞭解深層海水之應用方向。 3.綜合地形水深及深層海水水質之基本研究調查，可使後續之取水工程規劃、施工估價、及用水分析等更為精準。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940224</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/17</date><governmentpublicationsnumber>1009404799</governmentpublicationsnumber><identifier>48548</identifier><internationalstandardbooknumber>9789860040036 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48548</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>知識型水利產業技術開發計畫(1/2)－深層海水環境水質基本調查(光碟版) = Deveopment of Knowledge Based Water Industry Technology(1/2):Preliminary Investigation of Water Quality in Deep Ocean Water (DOW)</title><yearidentifier>200512</yearidentifier></data><data><abstract>「外站水文測報系統建置」為水利署配合行政院挑戰2008「國家發展重點計畫」中「台灣地區水源資營運管理系統」子計畫「中區水資源管理系統建置」之項目，本系統建置目的如下： 1.即時收集中部地區之水文資訊，包括河川水位、水庫運轉及降雨資訊。 2.提供各水文資訊歷史資料。 3.做為「中區水資源調配管理系統」地表水文的資料來源。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>554.61209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/18</date><governmentpublicationsnumber>1009500199</governmentpublicationsnumber><identifier>48552</identifier><internationalstandardbooknumber>9789860044508 ; 9860044503</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48552</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源營運管理系統建置計畫外站水文測報系統建置 The Planning of Establishment Central Region Operation System of Water Resource Management The Building of Gauging Observation System</title><yearidentifier>200602</yearidentifier></data><data><abstract>「外站水文測報系統建置」為水利署配合行政院挑戰2008「國家發展重點計畫」中「台灣地區水源資營運管理系統」子計畫「中區水資源管理系統建置」之項目，本系統建置目的如下： 1.即時收集中部地區之水文資訊，包括河川水位、水庫運轉及降雨資訊。 2.提供各水文資訊歷史資料。 3.做為「中區水資源調配管理系統」地表水文的資料來源。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/18</date><governmentpublicationsnumber>1009500199</governmentpublicationsnumber><identifier>48553</identifier><internationalstandardbooknumber>9789860044508 ; 9789860044</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48553</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源營運管理系統建置計畫外站水文測報系統建置(光碟版) The Planning of Establishment Central Region Operation System of Water Resource Management The Building of Gauging Observation System</title><yearidentifier>200602</yearidentifier></data><data><abstract>為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，除開發高屏大湖外，目前宜預先進行屏東地區地表水源規劃工作。經評估台灣南部區域水源開發方案及考量台灣南部水資源聯合運用的情形，就社會及環境等各方面考量，興建士文水庫相較於高屏地區其他水資源開發案更具可行性與優勢。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/18</date><governmentpublicationsnumber>1009500357</governmentpublicationsnumber><identifier>48554</identifier><internationalstandardbooknumber>9789860044256 ; 9860044252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48554</librarycollectiondetailsurl><price>776</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>士文水庫可行性規劃階段性總報告=Synthesis Report on Feasibility Study of Shi-Wen Reservoir Project</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>400.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/19</date><governmentpublicationsnumber>8373830034</governmentpublicationsnumber><identifier>48572</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48572</librarycollectiondetailsurl><price>776</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>臺灣地區民國八十一年工業面積與用水量估計 00-資-50-15</title><yearidentifier>199402</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/19</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>48584</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48584</librarycollectiondetailsurl><price>776</price><publisher>翡翠水庫管理局</publisher><publishrocyear>94</publishrocyear><title>翡翠水庫年刊〈九十四年〉</title><yearidentifier>200503</yearidentifier></data><data><abstract>「二十一世紀議程（Agenda 21）」第十七章明確指出，海洋環境為永續發展最珍貴資產，其中又以海岸地區生產力最高、生態環境最為敏感。然而海岸地區的豐富資源卻造成了人類的過度使用與開發，導致人民生活環境與生態棲地受到嚴重威脅，例如：近岸水資源的競用、濫用、誤用所導致的地層下陷，除了造成水資源的枯竭，所伴隨發生的海岸災害亦是令人擔憂。為避免海岸地區的不當開發與利用繼續漫延，海岸地區管理必須遵照永續發展為最高指導原則，研究自然的、社會的、生態的、經濟之間的互動關係，探討海岸整體性的問題。 因此本計畫引入對海岸管理相當重視之歐美日等國家的知識與經驗，以「整合性海岸管理(Integrated Coastal Zone Management, ICZM)」的概念，全盤思考海岸地區問題，就海岸地區的生態體系、水利防災工程、社會經濟活動、環境保護等面向綜合考量，溝通協調不同層級、組織間的資源使用衝突，以引導其合理利用，並彙整相關組織與團體之意見，建立海岸管理之評估準則、因子與決策程序。同時在高雄地區，針對不同類型的海岸地區進行案例探討，利用整合性評估(Integrated Assessment, IA)工具，模擬分析海岸管理之替代方案，提供不同的策略與建議。為輔助決策者執行海岸管理規劃設計，計畫中也善用資訊技術，建置開發整合性海岸管理之決策支援系統。本計畫為三年期的計畫，今年度為第一期的計畫，已完成之工作項目茲條列如下： 1.	蒐集與整理國內外有關整合性海岸管理、保育相關案例，並擷取適當的知識與經驗。今年度已針對海岸自然災害、海岸工業區、海岸地區地層下陷、海岸遊憩與旅遊等特定海岸地區，完成相關文獻案例之回顧與整理。 2.	提出蒐集、彙整相關單位意見之方法與內容。今年度已經蒐集、彙整國際間實行整合性海岸管理常用之準則、環境指標、社會經濟指標、與回應指標，提供下一年度制定通則性海岸管理評估準則、因子與決策程序之依據。 3.	提出海岸地區整合管理之分析工具、方法、理論基礎及決策支援系統規劃方向。今年度已經完成整合性海岸管理、整合性評估、層級分析法、系統動力學、與決策支援系統等工具方法之應用評估。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940275</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/19</date><governmentpublicationsnumber>1009404420</governmentpublicationsnumber><identifier>48589</identifier><internationalstandardbooknumber>9789860036664 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48589</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>海岸地區整合性管理管理保育決策分析計畫以高雄為例(1/3) (光碟版)  Decision Analysis for lntegrated Conservation -Examples on Kaohsiung(1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/20</date><governmentpublicationsnumber>1009500685</governmentpublicationsnumber><identifier>48596</identifier><internationalstandardbooknumber>9789860047103 ; 9860047103</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48596</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署『工程事務管理系統1/2』建置計畫成果報告</title><yearidentifier>200603</yearidentifier></data><data><abstract>由於新的傳統水源開發不易，水資源供給趨於極限化的時代來臨，如何有效利用已有水資源與開發海水淡化、水再生利用等多元化水源，將是刻不容緩的課題，因此水利署正積極推動水再生利用政策與法規之研擬。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940237</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/20</date><governmentpublicationsnumber>1009404419</governmentpublicationsnumber><identifier>48598</identifier><internationalstandardbooknumber>9789860036671 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48598</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水再生利用技術規範之研究(光碟版)=Study on the technology guidelines for Water Reclamation and Reuse</title><yearidentifier>200512</yearidentifier></data><data><abstract>依經濟部82.3.16蓄水庫下游河川段整治及管理注意事項第三項第二款規定─蓄水庫規劃時，應對其蓄水庫下游河川段水文及流況之改變，營運之影響作全盤研討一併規劃，故本所依後龍溪水系沙河(含支流飛鳳溪)治理規劃告辦理本治理基本計畫</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/20</date><governmentpublicationsnumber>1009404749</governmentpublicationsnumber><identifier>48603</identifier><internationalstandardbooknumber>9789860039917 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48603</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>後龍溪水系沙河溪(含支流飛鳳溪)治理基本計畫(天花湖水庫下游河道) Improvement Master Plan of Shahe Creek and Tributary Feifong Creek(Downstream of Tianhuahu Reservoir)</title><yearidentifier>200512</yearidentifier></data><data><abstract>依經濟部82.3.16蓄水庫下游河川段整治及管理注意事項第三項第二款規定─蓄水庫規劃時，應對其蓄水庫下游河川段水文及流況之改變，營運之影響作全盤研討一併規劃，故本所辦理本治理規劃報告。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/20</date><governmentpublicationsnumber>1009404751</governmentpublicationsnumber><identifier>48604</identifier><internationalstandardbooknumber>9789860039924 ; 9860039925</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48604</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>後龍溪水系沙河溪(含支流飛鳳溪)治理規劃報告(天花湖水庫下游河道) Improvement Planning Report of Shahe Creek and Tributary Feifong Creek(Downstream of Tianhuahu Reservoir)</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源總體經濟模式為台灣經濟研究院在過去四年為經濟部水利署所研發之可計算一般均衡模型，主要目的在於評估水資源政策對個體經濟與總體經濟的影響。本系統連結經濟模組中WATERGEM和MR-WATERGEM兩模型以及GIS系統，成為決策支援系統，可將政策模擬結果以地理空間型態呈現。該系統雖已移交水利署，但系統使用之資料庫應定期更新，以保持模型分析的精準度。因此，本研究的目的在於更新維護系統的資料庫，並做必要的檢討與修正。 基於前述研究目的，本年度完成多項工作項目，除重新檢討WATERGEM水資源決策函數、簡化並修正WATERGEM函數推導過程、重新編寫WATERGEM程式語言、檢討WATERGEM資料庫之SAM表編製方式並修正IO表貨物稅重複計算問題外，還利用90年度產業關聯表與相關資料，更新WATERGEM資料庫為90年度版本；最後則以新版WATERGEM模型與資料庫，試模擬水資源保育回饋政策與水價調整政策，以觀察本年度更新成果。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940034</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/21</date><governmentpublicationsnumber>1009404807</governmentpublicationsnumber><identifier>48622</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48622</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>水資源總體經濟模式系統維護及更新(1/2)光碟版=Maintaining WATERGEM and MR-WATERGEM</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫於寶二水庫大壩施工期間辦理現地取樣及試驗工作，並辦理壩址地震危害度分析，根據試驗與地震評析結果辦理大壩安定性分析與出水高校核。以確認寶二大壩之填方品質與壩體安定性，並作為未來蓄水前安全複核之參考。 壩體填方材料試驗結果顯示，心層材料不論透水係數、塑性、壓縮性、膨脹性、擴散性、有機質及可溶性鹽含量等，皆符合築壩材料及施工規範之品質要求。 地震危害度分析結果顯示，壩址之控制斷層為新城斷層，其全段破裂時震矩規模MW為6.8，在壩址引起的水平向尖峰地動加速度為0.53g。 大壩安定性分析結果顯示，大壩於築壩完成蓄水前、穩態滲流、急洩降等狀況皆符合最小安全係數要求；在承受設計地震侵襲下亦不致發生過量壩頂沉陷導致庫水溢頂，亦不致因發生液化而立即潰壞。震後壩體沉陷變形量亦符合一般可容許標準，不致因受震變形導致嚴重損壞。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.642   443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>1009500848</governmentpublicationsnumber><identifier>48642</identifier><internationalstandardbooknumber>9789860049008 ; 9860049009</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48642</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩工程施工中填方材料試驗及壩體安全性評估報告</title><yearidentifier>200604</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48643</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48643</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十三期）</title><yearidentifier>200604</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48644</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48644</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十四期）</title><yearidentifier>200604</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48645</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48645</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十五期）</title><yearidentifier>200604</yearidentifier></data><data><abstract>綜觀近年水利工作，在災害應變及區域水源供應與調配作業過程中，其決策結果與社會安定、經濟發展及人民生命財產息息相關，因此高層首長面對重大水利問題做成決策時，必須及時獲致充分與正確的資訊，作為參考與判斷之依據，方能迅速、精確、周延的採行正確因應措施。而決策確定後，組織體系如何由上而下、由中央而地方，迅速動員執行，以及執行情形如何由下而上傳達，使決策者能夠有效掌握相關情資，更是整體工作成敗之關鍵。 關於水利業務相關資訊系統，經濟部水利署過去已有豐碩之研究與建置成果。然而對於重大水利決策過程中所需之資訊、提供流程及綜整分析作業，則仍有待改善及強化。此外，由於重大事故常事發突然，難以預料，應變處理方式亦無法依循固定模式處理，若能仿傚先進國家「經驗學習中心」成功案例，規劃建置「重大水利事故處理經驗學習中心」，結合電腦與資訊技術，有系統的彙集重大水利事故處理經驗與相關資料，轉化為珍貴的應變處理知識，供水利相關緊急應變、計畫研訂、整備演習及人員訓練等工作參考運用，藉以提高整體作業效能，實為最佳途徑。 有鑑於此，經濟部水利署決定推動「水利決策資訊支援系統規劃」計畫，分二年執行，本年度工作已配合高層首長面對水災與乾旱等重大問題之決策資訊需求，規劃水利決策資訊陳報機，進行水災與乾旱決策資訊系統細部規劃，以及重大水利事件處理經驗學習架構與作業流程規劃，同時研訂績效評量指標與評量方式，以便追蹤瞭解決策資訊支援系統之成效；明年（95）則進行區域水源調配、水庫操作緊急事故應變決策資訊系統、水情監測與綜整分析系統細部規劃，檢討水災與乾旱決策資訊系統，初步建置重大水利事故緊急應變經驗學習中心，並檢討研訂整體水利資訊系統改善計畫。</abstract><author>中華民國國家資訊基本建設產業發展協進會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940223</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>1009404470</governmentpublicationsnumber><identifier>48651</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48651</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水利決策資訊支援系統規劃－水旱災害防救及重大事故決策支援系統整合規劃(1/2)－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>92年度及93年度由行政院環境保護署委託辦理之「武洛溪水質改善計畫（第一、二期）」，其成果已新建簡易污水處理設備及人工溼地進行水質淨化工作。另外經濟部水利署補助高雄縣政府於高屏大橋右岸上游所興建之「一、二、三期自然生態園區」，成果亦為人工溼地進行水質淨化工作。針對上述兩處場址進行人工溼地淨化後水質淨化效果進行評估，藉此了解人工溼地水質淨化成效；並進行水文地質調查、土壤物理性質試驗，水域及陸物生態調查及環境荷爾蒙檢測。</abstract><author>屏東科技大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>1009500696</governmentpublicationsnumber><identifier>48653</identifier><internationalstandardbooknumber>9789860047387 ; 9860047383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48653</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>人工溼地水質淨化成效評估及水回收再利用之研究(1/2) =Pilot  Studies  on  Evaluation  of  Water  Quality  Improvement  and  Water  Reuse  in  Constructed  Wetland(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣五十多年來政府持續地進行水利建設，開發充裕的水資源，使得經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，遂成為流域基本管理的新挑戰。惟水資源因其「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育以及統籌調配。 依據九十二年全國水利會議決議（一）落實流域管理機制，整合水土林海業務成立部會層級專責機關，以統籌上中下游水土資源管理、災害防救及流域整體發展等事權，提出河川綜合治水對策，實踐生態治河理念，據此流域基本管理研究更顯其重要性。     基於上述之理由，本研究工作小組，分別就法規及土地利用方面提供協助，從流域管理角度每一環節進行基本資料處理、彙整，及其他相關歸納分析研討之進行，以淡水河流域為案例，藉以擬具基本管理計畫，作為河川流域集水區管理之示範計畫，進而研擬整體流域管理策略</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940216</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>1009404458</governmentpublicationsnumber><identifier>48656</identifier><internationalstandardbooknumber>9789860036695 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48656</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(2/2)－光碟版＝River basin management  project(II)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要分為二項工作主題：(一)溫泉檢測技術與設備之研究、(二)溫泉計量技術與設備之研究，其工作內容及項目乃為國內外溫泉檢測、計量技術與設備相關法規、規範、產業、技術等基本資料現況蒐集及調查，檢討評估並建立溫泉檢測技術與設備標準、溫泉計量技術與設備標準、相關作業規範，俾提供業者與地方政府管理之依循，達到溫泉資源永續利用之目的。</abstract><author>嘉南藥理科技大學台灣溫泉研究發展中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/25</date><governmentpublicationsnumber>1009304225</governmentpublicationsnumber><identifier>48657</identifier><internationalstandardbooknumber>9789860004045 ; 9860004048</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48657</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>溫泉資源永續利用前瞻性技術研究(1/3)－光碟版＝Preliminary Technical Research of Sustainable Application of Hot Spring Resources(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究採用分析網路程序法(Analytic Network Process, ANP)結合賽局理論(Game Theory)進行政策分析，從第一線利害相關人的角度出發，實地下鄉對保護區土地利用的利害相關者進行深入的訪查。本研究除了能瞭解各利害相關人之選擇優先次序外，更重要的是可了解其政策選擇背後的重要影響因子，並推估可能的政策演化結果。 研究中以獎勵保育、環境地役權及環境信託為政策選項，並以上坪溪及台北水源特定區兩處水質水量保護區作為實地分析案例。ANP分析結果發現，烏來鄉、坪林鄉、石碇鄉、竹東鎮、五峰鄉、台北縣政府、台北水源特定區管理局及北區水資源局均以獎勵保育為最優先選擇，新店市、橫山鄉、自來水公司、荒野保護協會則以環境地役權為最優先選擇，而只有野鳥學會之最優先選擇為環境信託；此外，綜整所有受訪者對影響因子之考量發現，獎勵保育策略推動的主要影響因子為：實際保育效益、政府執行效率、政策方案的可持續性、與民眾的配合度。賽局理論之分析結果顯示，若各利害相關人之意見權重相同，則『環境地役權』為其共識；若以面積、人口、管理單位回饋費預算金額等進行情境模擬，各利害相關人對於各政策選項則可能無法達成共識。 本計畫中兩個水源保護區研究案例僅說明當地的情況，其ANP訪查與賽局模擬結果無法推衍至其他地區。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940226</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009404489</governmentpublicationsnumber><identifier>48665</identifier><internationalstandardbooknumber>9789860037043 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48665</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>水質水量保護區獎勵保育策略之研究(光碟片)=A study on conservation incentive strategies for water quantity protection areas</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫於寶二水庫大壩施工期間辦理現地取樣及試驗工作，並辦理壩址地震危害度分析，根據試驗與地震評析結果辦理大壩安定性分析與出水高校核。以確認寶二大壩之填方品質與壩體安定性，並作為未來蓄水前安全複核之參考。 壩體填方材料試驗結果顯示，心層材料不論透水係數、塑性、壓縮性、膨脹性、擴散性、有機質及可溶性鹽含量等，皆符合築壩材料及施工規範之品質要求。 地震危害度分析結果顯示，壩址之控制斷層為新城斷層，其全段破裂時震矩規模MW為6.8，在壩址引起的水平向尖峰地動加速度為0.53g。 大壩安定性分析結果顯示，大壩於築壩完成蓄水前、穩態滲流、急洩降等狀況皆符合最小安全係數要求；在承受設計地震侵襲下亦不致發生過量壩頂沉陷導致庫水溢頂，亦不致因發生液化而立即潰壞。震後壩體沉陷變形量亦符合一般可容許標準，不致因受震變形導致嚴重損壞。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.642   443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009500848</governmentpublicationsnumber><identifier>48666</identifier><internationalstandardbooknumber>9789860049008 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48666</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩工程施工中填方材料試驗及壩體安全性評估報告(光碟版)</title><yearidentifier>200604</yearidentifier></data><data><abstract>92年度及93年度由行政院環境保護署委託辦理之「武洛溪水質改善計畫（第一、二期）」，其成果已新建簡易污水處理設備及人工溼地進行水質淨化工作。另外經濟部水利署補助高雄縣政府於高屏大橋右岸上游所興建之「一、二、三期自然生態園區」，成果亦為人工溼地進行水質淨化工作。針對上述兩處場址進行人工溼地淨化後水質淨化效果進行評估，藉此了解人工溼地水質淨化成效；並進行水文地質調查、土壤物理性質試驗，水域及陸物生態調查及環境荷爾蒙檢測。</abstract><author>屏東科技大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009500696</governmentpublicationsnumber><identifier>48667</identifier><internationalstandardbooknumber>9789860047387 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48667</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>人工溼地水質淨化成效評估及水回收再利用之研究(1/2)(光碟版)= Pilot  Studies  on  Evaluation  of  Water  Quality  Improvement  and  Water  Reuse  in  Constructed  Wetland(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，除開發高屏大湖外，目前宜預先進行屏東地區地表水源規劃工作。經評估台灣南部區域水源開發方案及考量台灣南部水資源聯合運用的情形，就社會及環境等各方面考量，興建士文水庫相較於高屏地區其他水資源開發案更具可行性與優勢。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009500357</governmentpublicationsnumber><identifier>48668</identifier><internationalstandardbooknumber>9789860044256 ; 9789860044</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48668</librarycollectiondetailsurl><price>776</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>士文水庫可行性規劃階段性總報告(光碟版)=Synthesis Report on Feasibility Study of Shi-Wen Reservoir Project</title><yearidentifier>200602</yearidentifier></data><data><abstract>配合知識經濟時代的來臨與國家政策，經濟部水利署業已報行政院核定，積極推動「輔導知識型水利產業發展計畫」。依該計畫，首先於九十一年完成「水利產業知識化育成中心」之設置規劃，並於九十一年十二月二十三日與國立成功大學合作設置成立；冀期藉由「水利產業知識化育成中心」，積極辦理水利產業相關廠商之招商簽約及進駐育成等工作。為推動成熟技術產品開發之工作，並依據九十二年全國水利會議決議「因應水利產業革命，配合挑戰2008國家發展計畫，明確規劃水利產業體系，落實水利產業輔導育成功能，優先輔導節水服務、省水器材、雨水貯留、二元供水、人工湖、地下水補注與回用、廢污水再生利用、水庫淤泥資源化、小水力發電、溫泉產業、深層海水及海水淡化等，促進經濟蓬勃發展」，爰推動水利產業技術開發計畫，並於九十二年與九十三年分別由經濟部水利署辦理完成「水利產業技術研發及推廣先驅計畫」與「水利產業技術研發及推廣」等計畫，本年度再度推動「知識型水利產業技術開發計畫」，並選定「深層海水產業」、「潮差發電」、「水再生利用產業」、「海水淡化產業」及「水文觀測儀器設備產業」等產業技術為推動核心，並以輔導育成水利產業技術研發及商品化為主要工作重點，以期透過學術及產業界之提案，推動水利產業之輔導與發展，成為未來21世紀臺灣之水利政策主軸之一。 本計畫旨在於進行「知識型水利產業技術之開發」，並以輔導育成水利產業技術研發及商品化為工作重點，以鼓勵「產、官、學、研」各界能將技術研發成果進一步與市場需求相結合，完成產品原型之開發，並就所擁有之技術研發成果，評估具有產品開發及商品化之潛能者，研提產品開發之計畫。同時，針對目前水利產業技術具商品化之研究主題，於兩年內提出至少七項產品專利之申請及促成七家以上廠商實際參與先期技術授權</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940036</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009404443</governmentpublicationsnumber><identifier>48671</identifier><internationalstandardbooknumber>9789860036657 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48671</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>知識型水利產業技術開發計畫(1/2)－輔導育成水利產業技術研發及商品化成果報告書 (光碟版)= Technology Development for Knowledge-Based Water Industry(1/2)-Assisting the Incubation of Water Industry Technology Reseach ,Development and Commercialization Fi</title><yearidentifier>200512</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。 近代經濟的發展乃源自於生產力長期的累積增加，而生產力能長期持續增加的主要原因，則源自於知識不斷的累積與有效應用。近十年來，由資訊與通訊科技所帶動的技術變革，已徹底改變了人類生活與生產的模式；在二十一世紀也將成為影響創業與守業的重要因素。以知識為本位的經濟活動即將改變全球經濟發展型態；知識已成為生產力提升與經濟成長的主要驅動力，隨著資訊及通訊科技的快速發展與高度應用，未來世界的投資、創業、就業與守業將明顯轉向知識密集型產業；知識與技術將是未來產業活動競爭力的來源。 為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009404438</governmentpublicationsnumber><identifier>48672</identifier><internationalstandardbooknumber>9789860036640 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48672</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>設置水利產業知識化育成中心補助案九十四年度成果報告書(光碟版－含附錄一～四) A Grant-Maintained Project for Establishing the Knowledge-Based Water Business Incubation Center Final Report (2005)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫蒐集分析國內外水庫安全檢查與事故緊急應變演習相關資料，再考量我國防救災運作體系與實務工作需求，研擬「經濟部重要水庫戰備檢查及緊急應變整備作業規範（草案）」，並以鯉魚潭水庫為例進行嚴重災損事故緊急應變示範演習。同時規劃建置「水庫戰備檢查暨緊急應變經驗學習中心」，持續累積相關經驗與知識，進而推廣應用，以確實維護水庫安全。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/26</date><governmentpublicationsnumber>1009404309</governmentpublicationsnumber><identifier>48677</identifier><internationalstandardbooknumber>9789860034868 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48677</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫戰備檢查暨緊急應變演習規劃計畫(2/2) －光碟版 Planning for Reservoir Safety Inspection &amp; Emergency Response Maneuver〈2/2〉</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48679</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48679</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十六期）</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/27</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>48680</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48680</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處水利規劃試驗所八十八下半年及八十九年度工作成果報告</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會編著</author><categoryidentifier>441.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/1</date><governmentpublicationsnumber>1009402305</governmentpublicationsnumber><identifier>48683</identifier><internationalstandardbooknumber>9789860018363 ; 9860018367</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48683</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>公共工程管理法令彙編</title><yearidentifier>200509</yearidentifier></data><data><abstract>94年度集集攔河堰對於流量、水質、水域生態及魚道生態所做之觀測分析研究及改善建議</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/1</date><governmentpublicationsnumber>1009500886</governmentpublicationsnumber><identifier>48686</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48686</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>94年度集集攔河堰營運階段水域生態及水質監測報告(內附光碟)</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940050</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>48687</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48687</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940050</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>48688</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48688</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)光碟版=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>94年度集集攔河堰對於流量、水質、水域生態及魚道生態所做之觀測分析研究及改善建議</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009500886</governmentpublicationsnumber><identifier>48692</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48692</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>94年度集集攔河堰營運階段水域生態及水質監測報告(光碟版)</title><yearidentifier>200603</yearidentifier></data><data><abstract>本書係搜羅日本河川整備中心近年來重要著作之摘要與目錄，計有「製作河川水邊總括資料的調查之入門」、「對在河川之外來種對策」、「多自然型魚道手?」、「魚道與降下對策的知識與設計」、「談魚道－魚道設計的指南」、「魚類之溯上降河環境改善上的一點建議」、「做朋友吧 ! 故鄉之河川 － 河川合作關係手?」、「隅田川‧荒川 － 河川散步－河川的指南」、「建造培養故鄉的河川 － 故鄉河川整備計畫實例集」、「東京之河川巡游 － 東京之河川、全34路線」、「「像河川似的」設定注意事項集」、「河川風景景觀設計指南(水門，閘門)」、「河川之親水計畫?設計」、「河川思索－日本的水環境、文化的明日」、「河川風景景觀設計指南(護岸)」、「欣賞河川 － 再發現水邊之魅力」、「活用河川之城市建造」、「利根川下游採訪?導」、「對親近河川的想法 (不老川流域篇)」、「對親近河川的想法 (白子川流域編)」、「荒川願景計畫構想書1996」、「河川?人?城市 － 活用河川的城市建設」、「多摩川的綜合研究 － 以永田地?為中心」、「活用河川的城市建設實例集」等24本，方便國內相關研究、工程人員尋找參考資料時，能更迅速且確實地找到符合所需的書。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>日本河川整備中心知識管理合作計畫(1/2)九十四年度報告</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404649</governmentpublicationsnumber><identifier>48693</identifier><internationalstandardbooknumber>9789860038248 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48693</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>日本河川整備中心相關出版品摘要簡錄－日本河川整備中心知識管理合作計畫叢書：1</title><yearidentifier>200512</yearidentifier></data><data><abstract>鶴見川受流域急速的都市開發，原本健全的水循環系，變成有危機的受害河川之體型例。從昭和40年代，位於流域內的潢?市、川崎市、稻城市之人口及市街急增。昭和33年當時，市街地率10%，人口只有10萬人程度而已，但到平成11年（現今），市街地率85%，人口增加到184萬人　此種都市化擴大，洪水時河川流量的增大以及內水氾濫到市街地等，水害的危險性增大。昭和40年代後半起，水害不斷地頻發。對此流域急激都市化的治水問題的對應，鶴見川將是全國綜合治水對策的先驅。除了流域流出抑制的對策外，「大規模的浚渫」及「鶴見川多目標遊水池（又稱新橫?的綠洲）的建設等，河川設施整備工作精銳進展。　鶴見川流域之現況認識以及對應處理相關課題之抽出。在各種超大量的資料為對象，利用最先進的情報處理技術，來促進問題共有化的努力。為了現況認識及意思決定的支援上，適用最先端之「???」等，本準備會的成果，在世界上可稱得上是先驅者。在「鶴見川流域水master plan朝向策定之提言書」中，將這些廣泛的資料分析論議，對鶴見川流域的水循環系之健全化之實現的方向做出多種的施策如下5點：洪水時之水經營、平時之水經營、自然環境之經營、震災．火災之經營、水邊觸接之經營。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>日本河川整備中心知識管理合作計畫(1/2)九十四年度報告</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>48694</identifier><internationalstandardbooknumber>9789860038231 ; 9860038236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48694</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生－日本河川整備中心知識管理合作計畫叢書：2</title><yearidentifier>200512</yearidentifier></data><data><abstract>探討沿海低地易淹水區土地利用濕地化，發展生態產業與利用濕地減洪之可行性與經營策略</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009500695</governmentpublicationsnumber><identifier>48695</identifier><internationalstandardbooknumber>9789860047561 ; 9860047561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48695</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海低地排水區減洪措施與生態產業整合經營之研究(雲林沿海地區)－內附光碟=lntegration and Management of Flood Detention and Eco-lndustry at Lowland  Drainage Area</title><yearidentifier>200603</yearidentifier></data><data><abstract>近年來，由於河川管理者與城鄉風貌改造主體之地方自治體等積極的配合，與河川整治結為一體的城鄉風貌改造正在各地開展。為了推展與河川整治結為一體並具有閒適生活及豐富自然的城鄉風貌改造，除了當然的區域居民之主體性活動外，在行政上如河川的管理、都市計畫、建築的限制誘導、公園綠地等亦須結合成一體，並非針對每一個個別事業的計畫，而是需要基於統合全體之構想與計畫，並由各部門分別負起各自職責的方式來進行。  在本書中，將對於在全國各地所辦理結合河川改造城鄉風貌之較為先進的配合案例，就事業的構成與整治的分擔等具體內容加以彙整。亦為平成14年8月所發行「結合河川改造城鄉風貌案例集」的續集。上一次整理的對象主要是以河川與鄉里的整治概要及大都市的案例為中心的，而這一次主要是以中小都市為中心的案例以及河川整治與其空間利用之相關制度為介紹重點。  本書期待在今後進行城鄉風貌改造之際，能夠提供各位河川管理者與地方自治體負責人之參考，若能因此有助於推動與河川相調和且具有閒適生活之城鄉風貌改造，實為本書之幸。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>日本河川整備中心知識管理合作計畫(1/2)九十四年度報告</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>48696</identifier><internationalstandardbooknumber>9789860083217 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48696</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌－日本河川整備中心知識管理合作計畫叢書：3</title><yearidentifier>200512</yearidentifier></data><data><abstract>本書是對保護河岸之各種工法，以歸納實例或一般文獻、研究論文等資料，介紹更多的工法與特徵的指南而編輯的。因此，通常以水邊為中心的區域所用的「河岸」之定義較寬範圍為對象，適於保護較草坪或茅草等高水河槽高的區域之工法等也加以介紹。一般認為，若使用自然素材或傳統的工法，就很容易做出近於自然狀態的河川環境，但各有適合施工的條件，如在反覆乾溼的場所使用木材時會馬上腐敗等，漫不經心地使用會招來意想不到的失敗。在本書記載各種工法或素材之特長的同時，也有留意點或不適合施工場所的記載，待十分了解全體後，再選定有利於對各個場所最適合的工法。　然而，實際的設計施工時，要充分檢討治水上的條件或河川環境的現況或目標後，判斷根本是否需要河岸防護對策，才需要選定工法或辦理設計。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>日本河川整備中心知識管理合作計畫(1/2)九十四年度報告</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>48699</identifier><internationalstandardbooknumber>9789860038224 ; 9860038228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48699</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南－日本河川整備中心知識管理合作計畫叢書：4</title><yearidentifier>200512</yearidentifier></data><data><abstract>監測與分析金門地區地下水水質水量之變化, 並根據監測結果評估金門地區地下水之安全出水量及其污染潛勢.</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940204</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404621</governmentpublicationsnumber><identifier>48700</identifier><internationalstandardbooknumber>9789860039061 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48700</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>金門地區地下水水質.水量之監測與安全出水量及污染潛勢之評估(2/2)  lnvestigation of Groundwater Quality,Safe Yield and Contamination Potential in Kinmen Area(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>在平成11年3月，從當時的多方認知，對河川環境整備的經濟評價方法，作為管理實務者之參考資料，故整理成「河川環境整備的經濟評估手冊」。　其後，應用此手冊，從事河川環境整備相關之經濟評估調查與實施之試案。　本手冊，對河川環境整備之經濟評估之位置以及構想作一整理，並從調查事例中，特別收集可採用CVM的經濟評估事例。從整理分析的結果，讓實際從事評估實務人員，能充分活用本手冊。因此，本書之第1章，陳述河川環境整備之經濟評估用意，做了簡明之整理。至於第2章，就CVM中關連的種種課題，從方向性及應考量之問題做一整理。　本書的編撰，係由各專門領域的學者專家，共同組織「河川環境整備之經濟評估研討會」，提供各類的建言及指導。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>日本河川整備中心知識管理合作計畫(1/2)九十四年度報告</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>48701</identifier><internationalstandardbooknumber>9789860038255 ; 9860038252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48701</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊－日本河川整備中心知識管理合作計畫叢書：5</title><yearidentifier>200512</yearidentifier></data><data><abstract>選擇宜蘭.花蓮.彰化.雲林.高雄.屏東等地區地下水觀測井計30口進行井體攝影檢測.評估.並提出改善對策.</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940203</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/2</date><governmentpublicationsnumber>1009404628</governmentpublicationsnumber><identifier>48702</identifier><internationalstandardbooknumber>9789860038699 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48702</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>地下水觀測井檢測.評估與改善  lnspection,Evaluation ,and lmprovement of Groundwater Monitoring Wells</title><yearidentifier>200512</yearidentifier></data><data><abstract>介紹台灣地區地下水資源</abstract><author>能邦科技顧問公司</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/3</date><governmentpublicationsnumber>1009404921</governmentpublicationsnumber><identifier>48709</identifier><internationalstandardbooknumber>9789860040548 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48709</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>台灣地區地下水資源(94年修訂版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>由於人類活動頻繁與污染擴大，造成水自然循環的破壞，因此水資源永續發展也是唯一解決之道，因此更具效率與合理作法不外乎加強節約用水措施、推動水再生與再利用及替代性水源之開發與利用等。 在水再生利用方面國內雖已推動十多年，成效不顯著，其主要原因為國內目前對於水再生利用之法規與制度並不完整，相關的環保或水利法令均以防治環境污染之管制為主，對於水的回收與再利用並未有積極性之規定，而於環境基本法與資源回收再利用法中，對於水資源之利用亦僅只於宣示性與原則性之描述，並未提及執行面之做為與施行之方式，是故儘早訂定一套完整再生水利用辦法。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940190</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/3</date><governmentpublicationsnumber>1009404396</governmentpublicationsnumber><identifier>48710</identifier><internationalstandardbooknumber>9789860036190 ; 9860036195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水再生利用政策與法規研訂(2/2)－光碟版 Study on the Policy and  Regulation for Water Reclamation and Reuse(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>由於水資會於民國81年出版的「台灣地區地下水資源」迄今已逾十年。期間經濟部自民國81年度起執行「台灣地區地下水觀測網整體計畫」以來已增加許多資料與數據，因此本計畫乃彙整「台灣地區地下水觀測網整體計畫」至民國92年度為止所獲之資料與成果（民國93年度資料仍在整理中），更新補強「台灣地區地下水資源」（水資會，民國81年）之內容，並初擬定名為「台灣地區地下水資源94年修訂版」，並待水利署同意定稿後，提供各界參考。 由各地下水分區的情勢分析資料顯示，從總量而言，台北盆地、屏東平原、蘭陽平原、花東縱谷地下水資源尚有餘，濁水溪沖積扇、澎湖地區、金門地區呈超抽，其餘各水區大致平衡，唯台灣西部各水區沿海地區多呈超抽。因此為確保我國地下水資源的永續利用，宜加強地下水資源經營管理與保育，合理利用水土資源。並朝兩大方向推動：(1)於地下水超抽地區以及地層下陷地區積極推動地下水的減抽、復育與替代水源開發工作，以減少災害損失，降低社會成本。(2)於地下水可開發利用地區實施地表水地下水聯合運用策略，增加供水可靠度。 本計畫擬針對地層下陷地區推動地下水復育計畫，同時對於具有開發潛力之地下水區，以永續經營的觀念進行資源的開發運用。經與國內專家學者訪談後，提出(1)提升地下水觀測與調查技術、(2)加強地下水跨領域合作與科技發展、(3)積極推動地下水復育及有效開發利用、(4)加強地下水資源經營與保育管理，以及(5)修訂法令加強宣導培育人才等五大策略12項措施作為未來地下水施政依據。此外，為廣納國內地下水各專家學者的意見，本計畫於94年9月至10月期間分別於台北、桃園、新竹、台中、雲林，以及台南等地辦理了多場的專家訪談會。綜合專家訪談各與會專家學者以及水利署的意見後，本計畫完成「台灣地區地下水資源綱領計畫」的研擬，並於94年11月1日完成「台灣地區地下水資源綱領計畫」座談會的辦理，以廣納建言，凝聚共識。</abstract><author>能邦科技顧問公司</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940230</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/3</date><governmentpublicationsnumber>1009404916</governmentpublicationsnumber><identifier>48714</identifier><internationalstandardbooknumber>9789860040555 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48714</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>地下水資源綱領計畫  Groundwater Master Plan</title><yearidentifier>200512</yearidentifier></data><data><abstract>為有效管理及利用地下水資源，經濟部水利署極力推動「臺灣地區地下水觀測站網整體計畫」，隨著觀測站網逐年建置完成後，將建立地下水相關基本資料，以便於地下水資源管理工作之進行。 隨著觀測站網之建立，業已累積大量之各項基本資料。為有效利用此些資料，水利署於其前身：水資源局時代，自民國89年起即開始推動「臺灣地區地下水文圖繪製工作」計畫，冀期藉由此一計畫的推動，整合近年來水利署地下水相關工作成果，使相關基本資料能被容易地理解及徹底地運用。至民國91年底止，「臺灣地區地下水文圖繪製工作」計畫之相關工作，業已完成「地下水流模數值圖」、「地下水逕流係數圖」和「地下水基流係數圖」等三張圖幅的繪製工作。而為完整發展「臺灣地區地下水文圖集」，水利署復於92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內（民國92年至民國95年），分階段完成「臺灣地區地下水文圖集」中之「主要含水層流通係數圖」、「地下水污染潛勢圖」及「地下水水質現況圖」等三張比例尺為1：250,000之圖幅。 而依據合約規定及進度，本所於本年度（民國94年度）已完成下列工作： 1.完成「臺灣地區主要含水層流通係數圖」圖幅編審工作。 2.完成「臺灣地區地下水污染潛勢圖」圖幅繪製工作。 3.完成編撰「臺灣地區地下水污染潛勢圖」繪製說明書及使用手冊。 4.召開兩次「臺灣地區地下文圖圖集繪製工作」編輯審查會議。 5.持續進行水質資料彙整分析工作。 6.「地下水水質現況圖」繪圖所需之資料檢討與工作程序確認。 7.完成屏東地區地下水水質現況圖幅之繪製工作 8.進行國際學術合作交流。 9.進行「臺灣地區地下水資源圖」圖幅之教育訓練與運用推廣工作</abstract><author>成功大學水工試驗所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940191</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/4</date><governmentpublicationsnumber>1009404569</governmentpublicationsnumber><identifier>48715</identifier><internationalstandardbooknumber>9789860040777 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48715</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(3/4)期末報告書  Compiling the Groundwater Hydrological Atlas of Taiwan(3/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫應用台灣區地下水觀測網作為採樣之調查井, 監測地下水水質以提供水資源單位調配地下水資源之依據。本(93)年度監測的範圍包含七個地區：高雄(33口井)、嘉南(99口井)、宜蘭(39口井)、屏東(134口井)、台北(12口井)、澎湖(6口井)及竹苗(45口井)，共計368口觀測井。原計劃381口，因其中有部份井移作地震水位觀測井，故實作368口。</abstract><author>台灣糖業公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940192</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/4</date><governmentpublicationsnumber>1009404574</governmentpublicationsnumber><identifier>48719</identifier><internationalstandardbooknumber>9789860041361 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48719</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>台灣地區地下水觀測網水質常態監測與調查分析(2/2)  Groundwater Quality Monitoring and Analysis for Taiwan Groundwater Monitoring Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>本案乃負責「94年度地下水觀測站井建置維護與調查試驗」計畫之設計監造工作。本計畫之工作地點分別位於台中盆地和花蓮縱谷區，其中潭子、四張犁、台中啟聰與中山（台中氣象站）等4站位於台中盆地內，吳全及瑞穗2站位於花蓮縱谷，共計新設6處觀測站。此外，中央地質調查所主辦之觀測站網地質調查計畫，今年度亦有9口鑽探井位於台中與花蓮地區，其中位於台中大甲扇狀平原的有高美站，清水海岸平原的有梧棲、清水、忠和（台中火力發電廠）和大肚4站，台中盆地有大里和烏日2站，花蓮有光華和明義2站。位於台中盆地之大里與烏日兩站也在本年度設置觀測井，此二站之站房、儀器系統和水準點設置及測量、水質檢測工作，以及其餘未設井之鑽探站址的觀測井設計工作，亦包含在本計畫工作範圍內。 本計畫工作區域之淺層地質，除台中啟聰站為頭嵙山層外，皆為現代沖積礫石層，為台灣地區公認鑿井最為艱困的兩大區域。本計畫首先根據區域地質概況研判各站可能遭遇之水文地質條件與其他環境影響因素，如水位深度、地質構造等，進行各站井之初步規劃設計，並分別規劃於四張犁和吳全站設置抽試觀測井進行複井抽水試驗，以分別獲得代表台中盆地與花蓮縱谷區之水文地質參數。 站房與儀器系統設計參考了過去的案例和缺點，做了若干的改善措施，如站房之內外防水與排水設計，皆採用更積極完備而且簡易的方式執行。井內外的氣壓平衡與水汽控制也採用最簡易有效的設計。自流井井頭的設計也經過反覆思考，研究過往案例而成。儀器系統設計納入的考量因素有耐蝕、空間、維護管理、系統相容與自流觀測井等。</abstract><author>華義水文地質技師事務所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940231</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/4</date><governmentpublicationsnumber>1009404945</governmentpublicationsnumber><identifier>48720</identifier><internationalstandardbooknumber>9789860041477 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48720</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>設計.監造「94年度地下水觀測站井建置維護與調查試驗」計畫(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/5</date><governmentpublicationsnumber>1009500880</governmentpublicationsnumber><identifier>48721</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48721</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>石岡壩九二一地震後第二階段蓄水位提昇執行成果</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/5</date><governmentpublicationsnumber>1009500880</governmentpublicationsnumber><identifier>48722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48722</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>石岡壩九二一地震後第二階段蓄水位提昇執行成果(光碟版)</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/5</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>48723</identifier><internationalstandardbooknumber>9789860049238 ; 9860049238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48723</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查總報告(光碟版)=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>367.881   367.88131</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/5</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>48724</identifier><internationalstandardbooknumber>9789860049237 ; 9860049238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48724</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查總報告</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/8</date><governmentpublicationsnumber>1009004600</governmentpublicationsnumber><identifier>48726</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48726</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>納莉颱風水文分析專題報告</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.3   351.32741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940079</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/8</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>48728</identifier><internationalstandardbooknumber>9789860046434 ; 9860046433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48728</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)(內附光碟)=Study on coastal restoration in Miao-Li county(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>隨著土地?用密集的發展趨勢，在近?多次水?災害中，洪氾管?的必要性特別被突顯出?。洪氾管?實施的目的，係運用非工程防洪措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。水?署水?規劃試驗所目前雖已初步完成洪氾區管?課題中洪氾劃設部分的研究工作，並配合洪氾區劃設作業之進?，擬定「洪氾劃設技術?考手冊」，建?線上輔助資訊系統，但就整體洪氾管?面而言，仍嫌?足。因此，本計畫的主要目的為進一步完備洪氾管?之相關策?，工作內容可概分為四個部分，一為洪氾劃設技術進一步探討，相關工作內容可為「洪氾劃設技術?考手冊」增修之依據；二、三分別為土地管?要素與法制化要素相關內容之研析與建置；四為洪氾區整合管?系統(內容應包含洪氾劃設、土地管?與法制化三個部分)之建置、維護、增修與推廣應用。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940059</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/8</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>48729</identifier><internationalstandardbooknumber>9799860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48729</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(2/2)(內附光碟)=Legislative Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/8</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>48730</identifier><internationalstandardbooknumber>9799860047478 ; 9860047472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48730</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究總報告(內附光碟)=Legislative Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/8</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>48731</identifier><internationalstandardbooknumber>9799860047478 ; 9860047472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48731</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究:洪氾區劃設技術參考手冊(附本)</title><yearidentifier>200603</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940084</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/9</date><governmentpublicationsnumber>1009500650</governmentpublicationsnumber><identifier>48733</identifier><internationalstandardbooknumber>9789860046878 ; 9860046875</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48733</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>琉球海岸復育調查(1/2)＝The Restoration and Survey of Seashore at Lui-Qui Island</title><yearidentifier>200603</yearidentifier></data><data><abstract>在高屏溪河川區域物理與化學環境之調查方面，本計畫綜理高屏溪主支流之定量數據，大致判釋該河川形態，高屏溪河系屬樹枝狀間歇性河川；在河川棲地調查中，則由斷面資料計算高屏溪、美濃溪及旗山溪之潭深比，並以現地勘查方式詳細記錄各樣站目前實況。而河川棲地狀況關係著水生生物的分布、數量及水生生物群聚的組成。另河川構造物調查內容，則包括堤防護岸工程、景觀改善工程、環境復育工程等，團隊亦於94年11月底陸續進行現場確認、拍照及建檔工作；在河川空間利用狀況調查分析方面，對於高屏溪主流沿岸土地利用調查已有諸多報告有完整及詳實之成果，本計畫主要調查方法包括利用部分現場調查、SPOT衛星影像判讀、1/5000基本相片圖判讀，以數化成高屏溪主流土地利用圖展現。在生態調查方面，截至95年2月底止，共完成四季高屏溪主流、旗山溪及美濃溪共16個樣站各別之生物調查、河川調查及生態調查。本計畫第一年建立之高屏溪河域之GIS生態資料庫，以ARCGIS為開發軟體工具，建立地理空間與相關屬性等圖層資料，並加以整理成生態資源資料庫。其中基本地理空間資料有高屏溪河域之基本數值地形圖、航照圖及相關圖片資料；屬性資料有水文資料、氣象資料、河川資料、水利設施資料及生態資料等。本計畫亦針對高屏溪流域之現況，研擬適合本河系之河川環境管理建議。而對於近自然工法規劃應注意之事項，亦從生態保育和生物多樣性的角度提出初步的建議。</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940052</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/9</date><governmentpublicationsnumber>1009500614</governmentpublicationsnumber><identifier>48734</identifier><internationalstandardbooknumber>9789860046830 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48734</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪河系情勢調查計畫(1/2)＝Investigation of Current Status in Kao Ping River System(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/9</date><governmentpublicationsnumber>1009404108</governmentpublicationsnumber><identifier>48737</identifier><internationalstandardbooknumber>9789860037159 ; 9860037159</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48737</librarycollectiondetailsurl><price>1200</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>Lnterlinking of Ban-Xin &amp; Zhi-Tan Purification Plants Water Supply Study</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>541.29232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/9</date><governmentpublicationsnumber>1009402184</governmentpublicationsnumber><identifier>48738</identifier><internationalstandardbooknumber>9789860017748 ; 9860017743</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48738</librarycollectiondetailsurl><price>500</price><publisher>文建會</publisher><publishrocyear>94</publishrocyear><title>台灣地貌改造運動特展覽館(論述專輯)</title><yearidentifier>200509</yearidentifier></data><data><abstract> </abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/10</date><governmentpublicationsnumber>1009500695</governmentpublicationsnumber><identifier>48740</identifier><internationalstandardbooknumber>9789860047561 ; 9860047561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48740</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>沿海低地排水區減洪措施與生態產業整合經營之研究(雲林沿海地區)光碟版=lntegration and Management of Flood Detention and Eco-lndustry at Lowland  Drainage Area</title><yearidentifier>200603</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>351.8141   443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/10</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>48741</identifier><internationalstandardbooknumber>9789860049220 ; 986004922X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48741</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告=Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>351.8141   443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/10</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>48742</identifier><internationalstandardbooknumber>9789860049220 ; 986004922X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48742</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告:附錄四、五、六、七=Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>351.8141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/10</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>48743</identifier><internationalstandardbooknumber>9789860049220 ; 986004922X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48743</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告(光碟版)  Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>台灣低海拔地區八色鳥分布分析研究</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>383.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/11</date><governmentpublicationsnumber>1009500797</governmentpublicationsnumber><identifier>48747</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48747</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>台灣低海拔地區八色鳥分布及巨觀棲地分析</title><yearidentifier>200603</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>351.8141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/15</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>48769</identifier><internationalstandardbooknumber>9789860049220 ; 986004922X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48769</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告(光碟版)= Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>土石流匯入後河道沖淤問題及其治理對策之研究土</abstract><author>逢甲大學營建及防災中心；連惠邦, 廖清標</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940042</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/15</date><governmentpublicationsnumber>1009405147</governmentpublicationsnumber><identifier>48770</identifier><internationalstandardbooknumber>9789860049831 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48770</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>94</publishrocyear><title>土石流匯入後河道沖淤問題及其治理對策之研究成果報告書(內附光碟)＝Scour and Deposit Problem after a Debris Flow Junction and its' Treatment Strategies</title><yearidentifier>200512</yearidentifier></data><data><abstract>土石流匯入後河道沖淤問題及其治理對策之研究土</abstract><author>逢甲大學營建及防災中心；連惠邦, 廖清標</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940042</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/15</date><governmentpublicationsnumber>1009405147</governmentpublicationsnumber><identifier>48771</identifier><internationalstandardbooknumber>9789860049831 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48771</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>94</publishrocyear><title>土石流匯入後河道沖淤問題及其治理對策之研究成果報告書(光碟版)＝Scour and Deposit Problem after a Debris flow Junction and its' Treatment Strategies</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年國際因應「永續發展」的人類發展願景，建立許多衡量指標系統，水資源相關指標均為永續發展的重要指標。 水貧乏指數是由英國生態與水文研究中心（CEH）所發展，在於以科技整合的數值，來測度水的存在性所代表的國民福祉，並指示因水的匱乏對人類衝擊的程度。 水利署於92、93年委託財團法人環境品質文教基金會進行我國水貧乏指數研究，並與國際比較，結果台灣被歸類於第二領先群，顯示我國之總體水貧乏指數堪稱良好。並將指數本土化，針對北中南東四個水資源分區進行試算，後續研究將我國本土化指標朝向實用化修改，設法結合氣候變遷等概念，使開發之指標系統兼具實用性與前瞻性。</abstract><author>環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/15</date><governmentpublicationsnumber>1009404504</governmentpublicationsnumber><identifier>48772</identifier><internationalstandardbooknumber>9789860037067 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48772</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區水貧乏指數之應用與國際合作研究(光碟版）Applications of Taiwan's Water Poverty Index and lnternational Cooperation</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48773</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48773</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十七期）</title><yearidentifier>200605</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48774</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48774</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十八期）</title><yearidentifier>200605</yearidentifier></data><data><abstract>小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍佈珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動、植物與人文景觀資源。本案計畫將約12公里海岸現有設施，以現場調查、測量及數值檢討防護設施斷面高程方式，就白沙尾、厚石、大福及海子口四段防護設施減阻溯上、越波量進行初步探討，並進而研擬海岸環境及景觀改善之復育對策，提高民眾親水與休閒空間規劃時之參考。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940084</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/16</date><governmentpublicationsnumber>1009500650</governmentpublicationsnumber><identifier>48775</identifier><internationalstandardbooknumber>9789860046878 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48775</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>琉球海岸復育調查(1/2)－光碟版＝The Restoration and Survey of Seashore at Lui-Qui Island</title><yearidentifier>200603</yearidentifier></data><data><abstract>在高屏溪河川區域物理與化學環境之調查方面，本計畫綜理高屏溪主支流之定量數據，大致判釋該河川形態，高屏溪河系屬樹枝狀間歇性河川；在河川棲地調查中，則由斷面資料計算高屏溪、美濃溪及旗山溪之潭深比，並以現地勘查方式詳細記錄各樣站目前實況。而河川棲地狀況關係著水生生物的分布、數量及水生生物群聚的組成。另河川構造物調查內容，則包括堤防護岸工程、景觀改善工程、環境復育工程等，團隊亦於94年11月底陸續進行現場確認、拍照及建檔工作；在河川空間利用狀況調查分析方面，對於高屏溪主流沿岸土地利用調查已有諸多報告有完整及詳實之成果，本計畫主要調查方法包括利用部分現場調查、SPOT衛星影像判讀、1/5000基本相片圖判讀，以數化成高屏溪主流土地利用圖展現。在生態調查方面，截至95年2月底止，共完成四季高屏溪主流、旗山溪及美濃溪共16個樣站各別之生物調查、河川調查及生態調查。本計畫第一年建立之高屏溪河域之GIS生態資料庫，以ARCGIS為開發軟體工具，建立地理空間與相關屬性等圖層資料，並加以整理成生態資源資料庫。其中基本地理空間資料有高屏溪河域之基本數值地形圖、航照圖及相關圖片資料；屬性資料有水文資料、氣象資料、河川資料、水利設施資料及生態資料等。本計畫亦針對高屏溪流域之現況，研擬適合本河系之河川環境管理建議。而對於近自然工法規劃應注意之事項，亦從生態保育和生物多樣性的角度提出初步的建議。</abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/16</date><governmentpublicationsnumber>1009500614</governmentpublicationsnumber><identifier>48776</identifier><internationalstandardbooknumber>9789860046830 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48776</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪河系情勢調查計畫(1/2)－光碟版＝Investigation of Current Status in Kao Ping River System(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>經濟部工業統計調查聯繫小組</author><categoryidentifier>555.6026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/17</date><governmentpublicationsnumber>2006900008</governmentpublicationsnumber><identifier>48783</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48783</librarycollectiondetailsurl><price>500</price><publisher>經濟部工業統計調查聯繫小組</publisher><publishrocyear>94</publishrocyear><title>94年台閩地區工廠名錄電子書</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對卑南溪口至利嘉溪口段約12Km長海岸(圖1.1)，分兩年以分期分段方式進行水深地形測量及分段海岸潮波流、輸砂調查，並舉辦水工模型試驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第八河川局應用參考。。本年度為第二年度計畫，各工作項目中，已於2005年5月18~20日及10月5~7日分別完成冬、夏季波浪作用後全區之水深地形測量，另於9月20~26日舉行颱風過後之水深地形測量。夏季定點潮波流調查於2005年8月28日~9月16日完成，表面流觀測及輸砂調查於9月16、17日完成。於海岸砂灘復育對策方面，分為水工模型試驗及波浪溯升溢淹數值計算兩部分，其中模型試驗方面於本年度增加使用4種粒徑，並整合第一年度計畫就均勻粒徑在波浪作用下之地形變化，規劃之各試次編號及規劃之波浪條件，目前共完成18種波浪條件作用下，102組均勻底床質之斜坡試驗；數值方面則就分段海岸7個代表斷面進行波浪溯升溢淹之計算，與波場計算分析。茲就計畫各項研究，依照水深地形、潮波流、輸砂調查、海岸砂灘復育對策等成果摘述如下：水深地形觀測由兩次水深地形觀測資料，分析本段海域水深地形特性顯示，卑南溪至利嘉溪海域地形，於水深-25m至陸側間之等深線走向大致與海岸線平行，於台東海堤(二工區)以北約呈北北東-南南西走向，而以南至利嘉溪之海域則多屬為東北東-西南西走向。-25m等深線以外之海底底床平均坡度呈現南北兩段陡峭、往中間段趨於平緩之現象，以台東海堤(二工區)外之1/3最為為陡峭，而全區最平緩處為豐谷與豐里二號海岸保護工間之坡度約1/48。全區海域地形特徵約呈中段外凸且多海溝複雜曲折，向兩側漸趨平直窄密之分佈。 一、 本海域季節性之侵淤而言，於2004年5~11月及2005年5~10月間，兩次夏季波浪作用後灘地之平均侵淤量分別為-1.59~1.24、-1.15~0.32m，其中兩次分別以利嘉溪口、海堡~卑南溪口之侵蝕較為嚴重，而均以太平溪口~馬東段之淤積較為明顯；0~-5m等深線間之平均侵淤量分別為-2.62~2.42、-0.87~1.61m，兩個期間分別以利嘉溪口、黑森林為侵蝕較顯著區段，而於利嘉溪口北側以北則均呈淤積；-5~-15m等深線間於兩個期間之平均侵淤量分別為-1.07~0.20、-0.80~2.04m，其中2004年之黑森林、太平溪口南側~馬東段及2005年之卑南溪、太平溪及利嘉溪等三個溪口附近呈淤積，而2004年其餘區段及2005年之黑森林段則為侵蝕；-15~-30m區段之平均侵淤量為-2.08~0.83、-0.80~3.07m，除2004年之馬東~利嘉溪口北側、利嘉溪口及2005年之海堡~卑南溪口段呈淤積外，其餘為侵蝕狀況，其中以海堡~卑南溪口段(2004年)之-2.08 m較為嚴重。二、 於2004年11~2005年5月冬季波浪作用後，灘地之平均侵淤量為-0.54~2.22m，其中平均侵蝕量以太平溪口南側~馬東段較為嚴重，而以利嘉溪口平均淤積為最大。0~-5m等深線間之平均侵淤量為-2.46~2.98m，以太平溪口南側~馬東段之平均侵蝕最為嚴重，利嘉溪口淤積最高。-5~-15m等深線間之平均侵淤量為0.04~1.31m，以海堡~卑南溪口段之淤積量為最大，太平溪口南側~馬東段為最小。-15~-30m等深線間之平均侵淤量為-0.85~0.68m，除利嘉溪口段呈侵蝕外，其餘為淤積狀況。三、 2005年5~9月期間，全區灘地於丹瑞颱風作用後之平均侵淤量，除了黑森林及黑森林~太平溪口北側段分別為-0.56、-0.40m之侵蝕外，其餘區域為0.05~0.32m之淤積。0~-5m等深線間之海域，除了黑森林及馬東~利嘉溪口北側段為-0.73、-0.78m之侵蝕外，其餘為0.15~1.60m之淤積，其中以海堡~卑南溪口段為最大者。-5~-15m等深線間之平均侵淤量呈0.06~2.59m之淤積，其中以利嘉溪口為最。-15~-30m區段之平均侵淤量為-0.20~0.44m，除黑森林段平均呈-0.20m之侵蝕外，其餘為淤積。四、 2004年5月~2005年5月及2004年11月~2005年10月兩組分別以冬、夏季波浪作用後地形為基準之年度侵淤顯示，於卑南溪至黑森林段，除卑南溪口至台東海堤段呈侵蝕外，其他區域則為明顯之淤積。兩個年度平面侵淤於黑森林至太平溪段均不相同，於冬季波浪作用後之年度侵淤多呈淤積，而夏季者為侵蝕。在太平溪至豐原段，夏季波浪作用後之年度侵蝕現象比冬季者較為明顯。於豐原至利嘉溪段之平面侵淤情形則不相同，冬季波浪作用後之年度侵淤為淤積居多，而夏季者則呈侵蝕。本海域地形由北至南選取編號S1~S9斷面，分析季節性及年度之斷面侵淤狀況彙整如下表所示，表中將斷面同一區段劃分為淤積或侵蝕兩欄，各欄中以S1、S2、SW、TY、YS及YW為代號標示侵淤分析期間，各代號依序為2004、2005年夏季波浪作用後、2004年冬季波浪作用後、2005年颱風波浪作用後、2004年11月~2005年10月及2004年4月~2005年5月年度變化等時段，另以ALL代表全部時段、ELSE代表其餘時段。波浪觀測一、 於第一次調查(夏季2005年8~9月)期間各站主要波向分別為A站之N、NNE方向、B站之NNE、N、NE方向、C站之E、ESE、SE方向及D站之N、NNE、NNW方向。二、 就調查期間之示性波高分佈範圍而言，夏季調查期間泰利、娜比及卡努三次颱風影響，A、B、C、D各站之較頻繁波高依序分別為25~225、25~165、25~235及25~200cm，較頻繁週期則分別為A、B站之7.5~15sec及C、D站之7.5~16.5sec；各站在一般無特殊氣候影響期間之平均示性波高在65~84cm左右、平均示性週期在9.5~9.8sec間。泰利、娜比及卡努三次颱風影響期間最大示性波浪記錄如下表所示，於泰利颱風期間，各站最大示性波高為357.4~475.3cm，對應週期8.7~14.2sec，對應波向依序為N、ENE、SE及NNE向。於娜比颱風影響期間，各站最大示性波高為301.9~418.7cm，週期為15.9~16.5sec，對應波向除C站為ESE外，其餘三站均為N方向。於卡努颱風期間，各站最大示性波高為137.0~161.6cm，週期11.5~12.7sec，波向依序為N、NNE、E及N向。定點流況觀測一、 夏季調查期間，各站較頻繁流速介於0~72cm/s之間，發生機率較大之流速為0~36cm/s，其中以位於馬東外海之C站之流速為最大，位於豐榮海域之B站居次。二、 夏季調查中，除馬東外海之C站，其主要流向大致約與等深線平行，漲、退潮時均流往測站之兩側方向；其餘三站之主要流向多以向、離岸方向為主。三、 夏季調查中，於泰利颱風(8月30~9月1日)侵襲期間各站所測得之海流流向呈無週期性變化，除C站以朝NE方向為主外，其餘三測站則約以往NW或WNW為主要流向。於娜比颱風影響期間(9月3~5日)，除C站往NE方向流速明顯增強外，其餘各站並無顯著變異。於卡努颱風期間各測站之流向亦呈無週期性變化，各站之主要流向依序分別為往WNW、SSE、SW及ESE方向。浮標追蹤分析夏季浮標追蹤觀測結果顯示，漲潮時段於兩日觀測期間有明顯之差異，即9月16日除太平溪口北側施放之浮標往西南西方向漂流向岸、其南側施放者則往東北東漂流向外海，其餘約沿等深線漂流往太平溪方向；而於翌日施放各測次浮標則均朝西南漂流往利嘉溪方向。退潮時段則僅於太平溪口南側施放之各浮標朝東北漂往太平溪口方向外，其餘各測次浮標則約沿等深線向西南漂流往利嘉溪方向。一、 冬季浮標施測期間，漲潮時段除於豐原海岸保護工(一)至利嘉溪口南岸段之浮標有往西南方向漂流外，其餘大致均為沿等深線往太平溪方向漂流；退潮時段除豐里海岸保護工段之浮標有初時往西南方向漂流，隨即呈由西南以逆時鐘方向轉往東向外海漂流外，其餘浮標約沿等深線往利嘉溪方向漂流。砂灘粒徑分佈就兩次調查所採集高、低潮灘線各砂樣之中值粒徑分別約在0.926~107.558及0.491~191.460mm間，其均勻係數則分別為1.79~87.20及1.68~166.11，各砂樣分類屬均勻中砂粒至級配良好卵石，種類繁多，其中以級配良好之粗砂、細礫及中礫與均勻中砂、中礫等佔多數。一、 夏季調查中，高潮灘線砂樣粒徑分佈大致以太平溪口北側之P1-H、豐原海岸保護工(一)附近之P18-H為最大，分別向南或兩側呈遞減趨勢；低潮灘線砂樣約以馬東一帶及利嘉溪口南岸處之P13-L~P15-L及P24-L、P25-L等之粒徑較粗。冬季高潮灘線砂樣約以豐谷海岸保護工南側之P7-H、豐原海岸保護工(一)之P16-H、豐原海岸保護工(二)之P20-H及利嘉溪南岸之P24-H為最大，分別向兩側遞減；低潮灘線者則太平溪北岸之P2-L、豐谷海岸保護工南側之P7-L、豐原海岸保護工(一)南側之P18-L及利嘉溪南岸之P26-L為最大，分別向兩側遞減。砂灘斷面砂樣粒徑分析兩次調查4個砂灘斷面，各砂樣之D50分別為0.872~213.632及0.665~3.148mm，均勻係數則為2.12~145.64及2.51~55.61，各斷面砂樣屬性包括均勻、級配好、級配良好等之中砂至中礫及級配良好卵石。兩季調查約以斷面PS2之粒徑為最小，分別向南北兩側遞增。 底床質粒徑分析兩次調查所採集底床質之中值粒徑分別為0.151~1.068及0.140~0.842mm，其均勻係數則分別為1.60~12.42及1.53~42.97，多為均勻細砂、中砂。一、 於夏季調查各斷面砂樣之中值粒徑約呈隨水深增加而減小，冬季調查者相對於水深並無明顯關係。二、 就位置而言，兩次調查均約以利嘉溪口附近之S4斷面者為最大，呈向北遞減趨勢。底床懸浮載粒徑分析兩次調查期間漂砂活動主要砂粒之中值粒徑分別為0.175~0.593及0.103~0.279mm，其均勻係數則分別為1.78~12.87及1.58~58.47，且分別約有6.3%及3.6%之底床懸浮載的中值粒徑大於相對應採樣點的底床質者。一、 就漲退潮時段而言，兩次調查分別約有37.5%、75%之砂樣，其中值粒徑係以漲潮時段者較大。二、 就採樣點水深而言，夏季漲潮時段之S2、退潮時段之S3、冬季漲潮時段之S2、S3及退潮時段之S3等斷面之中值粒徑分佈係呈隨水深增加而遞增，夏季其餘斷面及冬季退潮時段之S2斷面則呈相反趨勢，而冬季其餘斷面及時段者則不明顯。三、 就測點位置而言，夏季漲潮時段以太平溪口南側之S1斷面為最大，利嘉溪口附近之S4斷面次之，向北側遞減至S2斷面。退潮時段則以S4斷面者為最大，S1斷面居次，向南逐漸遞減至S3斷面。冬季漲、退潮時段均以太平溪口南側之S1斷面為最大，向南側遞減至S4斷面。輸砂趨勢夏季調查所採集捕砂器內之砂樣，經比重分析結果顯示乾砂比重為2.54、飽和砂比重為1.88及孔隙率為0.43。冬季調查所採集者之乾砂比重為2.62、飽和砂比重為1.87及孔隙率為0.48。一、 漲潮時段：夏季於太平溪口南側之S1斷面以離岸漂砂為主、向岸漂砂次之，斷面S2、S3以沿岸漂砂為主，離岸或向岸者次之，利嘉溪口北側之S4斷面以向岸漂砂為主、沿岸者次之。冬季於太平溪口南側之斷面S1以向岸漂砂為主，沿岸漂砂次之，斷面S2以沿岸漂砂為主，離岸及向岸者次之，斷面S3以沿岸漂砂為主，其次為離岸漂砂，利嘉溪口北側之S4斷面以離岸漂砂為主、向岸漂砂次之。二、 退潮時段：夏季於斷面S1以離岸漂砂為主、沿岸漂砂次之，斷面S2以沿岸漂砂為主，斷面S3以向岸及沿岸漂砂為主，斷面S4以離岸漂砂為主、沿岸漂砂次之。冬季於斷面S1以離岸漂砂為主，斷面S2以離岸及沿岸漂砂為主，向岸者次之，斷面S3以向岸及沿岸漂砂為主，斷面S4以沿岸漂砂為主。海岸砂灘復育對策一、 依設定之模型長度比尺1/50以等比模型，分別使用了D50=4.84、2.68、1.39、1.03、0.54及0.15mm六種不同粒徑但比重相近之材料作為均勻底床質，並使用超過22種不同波浪條件進行試驗，鋪設之初始斷面參考台東海岸近岸域之平均坡度設定為1/15之斷面地形，鋪設粗粒之厚度約25cm，底層則為0.15mm之砂質底床；此外並使用較細之0.15mm之砂粒鋪設較陡之1/10坡度進行試驗，總計均勻砂試驗達近99組試次。二、 根據試驗結果顯示在波浪作用下粗粒徑之斷面變化多呈堆積型(III類)地形少部份呈變遷型(II類)之地形變化特性。由平衡斷面特徵點之無因次參數分析結果，不論灘頂高度、灘頂位置及灘面坡度等灘線以上之地形特徵均與 、 、 或 等參數有密切之關係。如欲滿足灘線以上之物理模型試驗必須滿足下列參數 ， 若 ， 則 ，亦即以海灘灘面變化為主之動床試驗，應將粒徑與波高、波長、垂直比尺採用同一比尺，即為等比之模型。三、 除了均勻砂之試驗外，並舉辦6組粒徑D50=2.68、0.54mm及D50=2.68、0.15mm之混合砂試驗，再與粒徑相近(2.68、1.39、0.54、0.15mm)之均勻砂試驗結果比較後，可發現欲以單一粒徑模擬含有細礫、級配較廣的底床質地形變動似乎仍待更進一步研究。四、 有鑒於第一年度中，離岸堤發生阻擋向岸輸砂，故於本年度中設計了弧形及ㄩ型開孔潛堤，以期在削減波能及不阻擋向岸之推移質間找出較佳之方案，根據試驗結果顯示，ㄩ型開孔潛堤對遮蔽區之海岸防護上較弧形堤具有較好之成效。五、 灘面人工砂丘之方案，此方法乃先參考設計颱風波浪條件下，灘面可能形成之灘台高度、位置，預先於灘面上以略大於該區域中值粒徑之材料堆置相同高度之灘台，以期能達到防止海岸溢淹之功效，由試驗結果顯示，適當之灘台不僅可達到抑制溯升並可抑制岸線侵退。分段海岸防護對策由波浪折射分析顯示，當波浪前進方向為35度時，波向線於卑南溪口海岸保護工、豐里二號海岸保護工區等處有聚焦現象形成波浪能量較為集中。而由地形侵淤分析顯示，冬季波浪作用後於卑南溪口、太平溪口海岸保護工等處之灘地及0~-5m區間於卑南溪口、台東海堤第一期、豐谷、豐里二號、豐里一號、豐原海岸保護工(二)等有明顯侵蝕之區段，大體與計算結果之波浪能量較集中地點相一致。一、 當入射波浪前進方向為307~335度時，於太平溪口北岸、台東海堤第一期、豐谷海岸段、豐里二號、豐里一號、豐里及豐原海岸保護工(一)等區段均產生明顯聚焦現象，該效應隨週期之增長而更為顯著，其餘區段之波向線並無明顯變化。由水深地形侵淤分析顯示，SS1、SS2於海堡、卑南溪口、台東、豐谷、豐里一號、豐原等海岸保護工、利嘉溪口等處之侵蝕；TY之黑森林、卑南溪口、台東海堤第一期、台東海岸保護工、太平溪口北側灘地、豐里、豐原(一)、豐原(二)等海岸保護工等侵蝕較明顯區段，與上述307~335度各週期入射波浪之折射分析波能較集中位置大致相符。二、 根據2005年5月冬季波浪作用後之水深地形分析結果，依海岸坡度特性、海堤結構物與灘堐之有無等作為分段海岸之分類條件，將本段海岸區分成台東大堤、黑森林、台東海堤、太平溪北岸、太平溪南岸、豐里與豐原等七個區段，以為分段海岸之溯上水理計算及海岸防護對策研擬之依據。三、 分段海岸斷面之波浪溯上以Mase(1989)之溯上高程計算結果為最高，其次分別為Van der Meer(1992)、Sch?ttrumf(1994)與Holman(1986)等，而Holman、Van der Meer與Sch?ttrumf等之溯上高程(R2%)計算結果較低。顯示各家計算結果，自6月28日起各區段海岸之波浪溯上隨入射波高之增加而遞增，約於6月29日凌晨23點，深海波高為9.8m、週期為14.3sec時，各斷面之波浪溯上大致達到最高。根據Mase(1989)經驗式計算結果，此時本段海岸之最大溯上分佈以豐原段(A7斷面)為11.88m最大，太平溪南岸(A5斷面)為5.77m最小，其餘區段海岸之溯上由大而小，依次為台東大堤段(A1斷面)9.51m、黑森林段(A2斷面)8.60m、台東海堤段(A3斷面)8.04m、太平溪南岸(A4斷面)6.97m與豐里段6.61m。四、 分段海岸依敏督利颱風期間之波浪條件進行溯上與越波量推估結果顯示，除台東大堤(A1斷面)、台東海堤(A3斷面)、太平溪北岸與南岸(A4與A5斷面)、豐里段海岸(A6斷面)之波浪溯上未超越堤頂或灘頂高度而無越波情形發生外，其餘斷面(A2-黑森林與A7-豐原段海岸)均有發生越波，其中尤以黑森林段溯上水體超越灘面及防風林處交界之情形較為頻繁。另外，於敏督利颱風期間黑森林與豐原段海岸之平均越波量最大值分別為15.7920與4.4926×10-3 m3/sec/m，最大越波量分別為68.6630與22.8150×10-3 m3/sec/m。五、 本段海岸波浪於溯上與越波量推算時，係基於颱風波浪可能造成本段海岸最大之溢淹災害進行考量，故以波浪正向入射之方式進行溯上與越波量推算，其結果相對於現場實際溯上痕跡可能有高估之情形。六、 敏督利颱風最大波期間，台東大堤、黑森林與豐谷等區段於海側水深-4~-8m佈置堤頂高為-0.39m之潛堤，約可降低最大溯上40~60%，其中以潛堤佈置於水深-4m處，抑制溯上高度之效果較佳；台東海堤、太平溪北岸與豐里等區段者約可降低最大溯上8~31%，其抑制溯上高度成效亦以潛堤佈置於水深-4m處較佳；太平溪南岸者可降低最大溯上15~24%，而其抑制溯上高度成效則以潛堤佈置於水深-8m處較佳。  目次： 目 錄前言 1.1 研究主旨 1-1 1.2 問題之性質與背景 1-2 1.3 研究綱目 1-3 1.4 研究方法 1-4 1.5 進度與成果 1-12 水深地形 2.1 控制系統與測量方法 2-1 2.1.1 坐標系統 2-1 2.1.2 高程系統 2-2 2.1.3 設置測量控制點 2-2 2.1.4 水深地形測量方法 2-5 2.2 水深地形測量成果 2-6 2.3 水深地形特徵 2-31 2.4 水深地形平面侵淤分析 2-32 2.4.1 夏季波浪作用後之地形侵淤變化(2004/05~11及 2005/05~10) 2-36 2.4.2 冬季波浪作用後之地形侵淤變化(2004年11月~2005年5月) 2-58 2.4.3 丹瑞颱風波浪作用後之地形侵淤變化(2005年 5~9月) 2-69 2.4.3 年度之地形侵淤變化(2004/05~2005/05及2004/ 11~2005/10) 2-80 2.5 地形斷面侵淤分析 2-102 潮波流調查 3.1 波浪觀測 3-1 3.1.1 第一次調查(夏季2005年8~9月) 3-4 3.2 流況調查 3-18 3.2.1 定點流況分析 3-18 3.2.1.1 第一次調查(夏季2005年8~9月) 3-18 3.2.2 浮標追蹤結果分析 3-34 3.2.2.1 第一次調查(夏季2005年9月) 3-34 3.2.2.2 第二次調查(冬季2006年3月) 3-42 3.2.2.1 第一次調查(夏季2005年9月) 3-31 3.2.2.2 第二次調查(冬季2006年3月) 3-39 漂砂調查 4.1 砂灘採樣 4-1 4.1.1 第一次調查(夏季2005年9月) 4-2 4.1.2 第二次調查(冬季2006年1月) 4-8 4.2 底床質採樣 4-14 4.2.1 第一次調查(夏季2005年9月) 4-14 4.2.2 第二次調查(冬季2006年3月) 4-19 4.3 輸砂趨勢 4-24 4.3.1 第一次調查(夏季2005年9月) 4-24 4.3.2 第二次調查(冬季2006年3月) 4-34 資料蒐集分析 5.1 潮位資料 5-1 5.1.1 潮位相關研究 5-1 5.1.2 潮位資料比較分析 5-1 5.2 波浪資料 5-3 5.2.1 波浪相關研究 5-3 5.2.2 波浪資料比較分析 5-4 5.3 河川資料 5-5 5.3.1 河川概況 5-5 5.3.2 河川水質 5-7 海岸砂灘復育對策 6.1 水工模型試驗設備與試驗方法 6-1 6.1.1 試驗目的與內容 6-2 6.1.2 試驗設備與計測項目 6-3 6.1.3 均勻砂試驗條件 6-9 6.2 均勻砂試驗結果分析 6-11 6.2.1 斷面試驗地形變化情形 6-11 6.2.2 礫石海岸平衡斷面解析參數探討 6-68 6.2.3 礫石海岸動床試驗比尺之探討 6-84 6.3 混合砂之地形變動 6-89 6.3.2 混合砂與均勻砂試驗斷面變化比較 6-111 6.4 台東海岸復育對策研擬 6-117 6.4.1 台東海岸斷面型態分析 6-118 6.4.2 弧形開孔潛堤 6-127 6.4.3 ㄩ形開孔潛堤 6-135 6.4.4 人工砂丘 6-139 6.4.5 海岸復育對策評比 6-143 6.4.6 他山之石─日本七里御濱防災對策 6-144 分段海岸防護對策 7.1 波浪折射分析 7-1 7.1.1 輸入資料 7-1 7.1.2 波場分佈計算 7-2 7.2 區段海岸分類 7-15 7.3 分段海岸溯上與越波量推估 7-19 7.3.1 設計潮位條件 7-19 7.3.2 入射波浪條件 7-19 7.3.3 溯上與越波量推估方法 7-20 7.4 溯上與越波量推算結果─分段海岸現況斷面 7-24 7.5 溯上推算結果─分段海岸防護 7-32</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/18</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>48787</identifier><internationalstandardbooknumber>9789860051056 ; 9860051054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48787</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>延續經濟部水利署推動離島地區雨水利用推廣工作，考量建築物及地形之雨水收集利用，進行區域性雨水利用評選及初步規劃，並據以估計推動雨水貯留利用之短、中、長期所需經費；此外將離島基本資料、雨水利用系統容量設計曲線、規劃成果及相關雨水利用案例，加以彙整為具當地特色之「雨水利用規劃手冊」，以供離島地區雨水利用參考。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940019</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/18</date><governmentpublicationsnumber>1009403845</governmentpublicationsnumber><identifier>48788</identifier><internationalstandardbooknumber>9789860044652 ; 9860044651</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48788</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>離島地區雨水貯留利用規劃(2/2)－光碟版=Rainwater Utilization Planning in Offshore lslands(PartⅡ)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對卑南溪口至利嘉溪口段約12Km長海岸(圖1.1)，分兩年以分期分段方式進行水深地形測量及分段海岸潮波流、輸砂調查，並舉辦水工模型試驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第八河川局應用參考。。本年度為第二年度計畫，各工作項目中，已於2005年5月18~20日及10月5~7日分別完成冬、夏季波浪作用後全區之水深地形測量，另於9月20~26日舉行颱風過後之水深地形測量。夏季定點潮波流調查於2005年8月28日~9月16日完成，表面流觀測及輸砂調查於9月16、17日完成。於海岸砂灘復育對策方面，分為水工模型試驗及波浪溯升溢淹數值計算兩部分，其中模型試驗方面於本年度增加使用4種粒徑，並整合第一年度計畫就均勻粒徑在波浪作用下之地形變化，規劃之各試次編號及規劃之波浪條件，目前共完成18種波浪條件作用下，102組均勻底床質之斜坡試驗；數值方面則就分段海岸7個代表斷面進行波浪溯升溢淹之計算，與波場計算分析。茲就計畫各項研究，依照水深地形、潮波流、輸砂調查、海岸砂灘復育對策等成果摘述如下：水深地形觀測由兩次水深地形觀測資料，分析本段海域水深地形特性顯示，卑南溪至利嘉溪海域地形，於水深-25m至陸側間之等深線走向大致與海岸線平行，於台東海堤(二工區)以北約呈北北東-南南西走向，而以南至利嘉溪之海域則多屬為東北東-西南西走向。-25m等深線以外之海底底床平均坡度呈現南北兩段陡峭、往中間段趨於平緩之現象，以台東海堤(二工區)外之1/3最為為陡峭，而全區最平緩處為豐谷與豐里二號海岸保護工間之坡度約1/48。全區海域地形特徵約呈中段外凸且多海溝複雜曲折，向兩側漸趨平直窄密之分佈。 一、 本海域季節性之侵淤而言，於2004年5~11月及2005年5~10月間，兩次夏季波浪作用後灘地之平均侵淤量分別為-1.59~1.24、-1.15~0.32m，其中兩次分別以利嘉溪口、海堡~卑南溪口之侵蝕較為嚴重，而均以太平溪口~馬東段之淤積較為明顯；0~-5m等深線間之平均侵淤量分別為-2.62~2.42、-0.87~1.61m，兩個期間分別以利嘉溪口、黑森林為侵蝕較顯著區段，而於利嘉溪口北側以北則均呈淤積；-5~-15m等深線間於兩個期間之平均侵淤量分別為-1.07~0.20、-0.80~2.04m，其中2004年之黑森林、太平溪口南側~馬東段及2005年之卑南溪、太平溪及利嘉溪等三個溪口附近呈淤積，而2004年其餘區段及2005年之黑森林段則為侵蝕；-15~-30m區段之平均侵淤量為-2.08~0.83、-0.80~3.07m，除2004年之馬東~利嘉溪口北側、利嘉溪口及2005年之海堡~卑南溪口段呈淤積外，其餘為侵蝕狀況，其中以海堡~卑南溪口段(2004年)之-2.08 m較為嚴重。二、 於2004年11~2005年5月冬季波浪作用後，灘地之平均侵淤量為-0.54~2.22m，其中平均侵蝕量以太平溪口南側~馬東段較為嚴重，而以利嘉溪口平均淤積為最大。0~-5m等深線間之平均侵淤量為-2.46~2.98m，以太平溪口南側~馬東段之平均侵蝕最為嚴重，利嘉溪口淤積最高。-5~-15m等深線間之平均侵淤量為0.04~1.31m，以海堡~卑南溪口段之淤積量為最大，太平溪口南側~馬東段為最小。-15~-30m等深線間之平均侵淤量為-0.85~0.68m，除利嘉溪口段呈侵蝕外，其餘為淤積狀況。三、 2005年5~9月期間，全區灘地於丹瑞颱風作用後之平均侵淤量，除了黑森林及黑森林~太平溪口北側段分別為-0.56、-0.40m之侵蝕外，其餘區域為0.05~0.32m之淤積。0~-5m等深線間之海域，除了黑森林及馬東~利嘉溪口北側段為-0.73、-0.78m之侵蝕外，其餘為0.15~1.60m之淤積，其中以海堡~卑南溪口段為最大者。-5~-15m等深線間之平均侵淤量呈0.06~2.59m之淤積，其中以利嘉溪口為最。-15~-30m區段之平均侵淤量為-0.20~0.44m，除黑森林段平均呈-0.20m之侵蝕外，其餘為淤積。四、 2004年5月~2005年5月及2004年11月~2005年10月兩組分別以冬、夏季波浪作用後地形為基準之年度侵淤顯示，於卑南溪至黑森林段，除卑南溪口至台東海堤段呈侵蝕外，其他區域則為明顯之淤積。兩個年度平面侵淤於黑森林至太平溪段均不相同，於冬季波浪作用後之年度侵淤多呈淤積，而夏季者為侵蝕。在太平溪至豐原段，夏季波浪作用後之年度侵蝕現象比冬季者較為明顯。於豐原至利嘉溪段之平面侵淤情形則不相同，冬季波浪作用後之年度侵淤為淤積居多，而夏季者則呈侵蝕。本海域地形由北至南選取編號S1~S9斷面，分析季節性及年度之斷面侵淤狀況彙整如下表所示，表中將斷面同一區段劃分為淤積或侵蝕兩欄，各欄中以S1、S2、SW、TY、YS及YW為代號標示侵淤分析期間，各代號依序為2004、2005年夏季波浪作用後、2004年冬季波浪作用後、2005年颱風波浪作用後、2004年11月~2005年10月及2004年4月~2005年5月年度變化等時段，另以ALL代表全部時段、ELSE代表其餘時段。波浪觀測一、 於第一次調查(夏季2005年8~9月)期間各站主要波向分別為A站之N、NNE方向、B站之NNE、N、NE方向、C站之E、ESE、SE方向及D站之N、NNE、NNW方向。二、 就調查期間之示性波高分佈範圍而言，夏季調查期間泰利、娜比及卡努三次颱風影響，A、B、C、D各站之較頻繁波高依序分別為25~225、25~165、25~235及25~200cm，較頻繁週期則分別為A、B站之7.5~15sec及C、D站之7.5~16.5sec；各站在一般無特殊氣候影響期間之平均示性波高在65~84cm左右、平均示性週期在9.5~9.8sec間。泰利、娜比及卡努三次颱風影響期間最大示性波浪記錄如下表所示，於泰利颱風期間，各站最大示性波高為357.4~475.3cm，對應週期8.7~14.2sec，對應波向依序為N、ENE、SE及NNE向。於娜比颱風影響期間，各站最大示性波高為301.9~418.7cm，週期為15.9~16.5sec，對應波向除C站為ESE外，其餘三站均為N方向。於卡努颱風期間，各站最大示性波高為137.0~161.6cm，週期11.5~12.7sec，波向依序為N、NNE、E及N向。定點流況觀測一、 夏季調查期間，各站較頻繁流速介於0~72cm/s之間，發生機率較大之流速為0~36cm/s，其中以位於馬東外海之C站之流速為最大，位於豐榮海域之B站居次。二、 夏季調查中，除馬東外海之C站，其主要流向大致約與等深線平行，漲、退潮時均流往測站之兩側方向；其餘三站之主要流向多以向、離岸方向為主。三、 夏季調查中，於泰利颱風(8月30~9月1日)侵襲期間各站所測得之海流流向呈無週期性變化，除C站以朝NE方向為主外，其餘三測站則約以往NW或WNW為主要流向。於娜比颱風影響期間(9月3~5日)，除C站往NE方向流速明顯增強外，其餘各站並無顯著變異。於卡努颱風期間各測站之流向亦呈無週期性變化，各站之主要流向依序分別為往WNW、SSE、SW及ESE方向。浮標追蹤分析夏季浮標追蹤觀測結果顯示，漲潮時段於兩日觀測期間有明顯之差異，即9月16日除太平溪口北側施放之浮標往西南西方向漂流向岸、其南側施放者則往東北東漂流向外海，其餘約沿等深線漂流往太平溪方向；而於翌日施放各測次浮標則均朝西南漂流往利嘉溪方向。退潮時段則僅於太平溪口南側施放之各浮標朝東北漂往太平溪口方向外，其餘各測次浮標則約沿等深線向西南漂流往利嘉溪方向。一、 冬季浮標施測期間，漲潮時段除於豐原海岸保護工(一)至利嘉溪口南岸段之浮標有往西南方向漂流外，其餘大致均為沿等深線往太平溪方向漂流；退潮時段除豐里海岸保護工段之浮標有初時往西南方向漂流，隨即呈由西南以逆時鐘方向轉往東向外海漂流外，其餘浮標約沿等深線往利嘉溪方向漂流。砂灘粒徑分佈就兩次調查所採集高、低潮灘線各砂樣之中值粒徑分別約在0.926~107.558及0.491~191.460mm間，其均勻係數則分別為1.79~87.20及1.68~166.11，各砂樣分類屬均勻中砂粒至級配良好卵石，種類繁多，其中以級配良好之粗砂、細礫及中礫與均勻中砂、中礫等佔多數。一、 夏季調查中，高潮灘線砂樣粒徑分佈大致以太平溪口北側之P1-H、豐原海岸保護工(一)附近之P18-H為最大，分別向南或兩側呈遞減趨勢；低潮灘線砂樣約以馬東一帶及利嘉溪口南岸處之P13-L~P15-L及P24-L、P25-L等之粒徑較粗。冬季高潮灘線砂樣約以豐谷海岸保護工南側之P7-H、豐原海岸保護工(一)之P16-H、豐原海岸保護工(二)之P20-H及利嘉溪南岸之P24-H為最大，分別向兩側遞減；低潮灘線者則太平溪北岸之P2-L、豐谷海岸保護工南側之P7-L、豐原海岸保護工(一)南側之P18-L及利嘉溪南岸之P26-L為最大，分別向兩側遞減。砂灘斷面砂樣粒徑分析兩次調查4個砂灘斷面，各砂樣之D50分別為0.872~213.632及0.665~3.148mm，均勻係數則為2.12~145.64及2.51~55.61，各斷面砂樣屬性包括均勻、級配好、級配良好等之中砂至中礫及級配良好卵石。兩季調查約以斷面PS2之粒徑為最小，分別向南北兩側遞增。 底床質粒徑分析兩次調查所採集底床質之中值粒徑分別為0.151~1.068及0.140~0.842mm，其均勻係數則分別為1.60~12.42及1.53~42.97，多為均勻細砂、中砂。一、 於夏季調查各斷面砂樣之中值粒徑約呈隨水深增加而減小，冬季調查者相對於水深並無明顯關係。二、 就位置而言，兩次調查均約以利嘉溪口附近之S4斷面者為最大，呈向北遞減趨勢。底床懸浮載粒徑分析兩次調查期間漂砂活動主要砂粒之中值粒徑分別為0.175~0.593及0.103~0.279mm，其均勻係數則分別為1.78~12.87及1.58~58.47，且分別約有6.3%及3.6%之底床懸浮載的中值粒徑大於相對應採樣點的底床質者。一、 就漲退潮時段而言，兩次調查分別約有37.5%、75%之砂樣，其中值粒徑係以漲潮時段者較大。二、 就採樣點水深而言，夏季漲潮時段之S2、退潮時段之S3、冬季漲潮時段之S2、S3及退潮時段之S3等斷面之中值粒徑分佈係呈隨水深增加而遞增，夏季其餘斷面及冬季退潮時段之S2斷面則呈相反趨勢，而冬季其餘斷面及時段者則不明顯。三、 就測點位置而言，夏季漲潮時段以太平溪口南側之S1斷面為最大，利嘉溪口附近之S4斷面次之，向北側遞減至S2斷面。退潮時段則以S4斷面者為最大，S1斷面居次，向南逐漸遞減至S3斷面。冬季漲、退潮時段均以太平溪口南側之S1斷面為最大，向南側遞減至S4斷面。輸砂趨勢夏季調查所採集捕砂器內之砂樣，經比重分析結果顯示乾砂比重為2.54、飽和砂比重為1.88及孔隙率為0.43。冬季調查所採集者之乾砂比重為2.62、飽和砂比重為1.87及孔隙率為0.48。一、 漲潮時段：夏季於太平溪口南側之S1斷面以離岸漂砂為主、向岸漂砂次之，斷面S2、S3以沿岸漂砂為主，離岸或向岸者次之，利嘉溪口北側之S4斷面以向岸漂砂為主、沿岸者次之。冬季於太平溪口南側之斷面S1以向岸漂砂為主，沿岸漂砂次之，斷面S2以沿岸漂砂為主，離岸及向岸者次之，斷面S3以沿岸漂砂為主，其次為離岸漂砂，利嘉溪口北側之S4斷面以離岸漂砂為主、向岸漂砂次之。二、 退潮時段：夏季於斷面S1以離岸漂砂為主、沿岸漂砂次之，斷面S2以沿岸漂砂為主，斷面S3以向岸及沿岸漂砂為主，斷面S4以離岸漂砂為主、沿岸漂砂次之。冬季於斷面S1以離岸漂砂為主，斷面S2以離岸及沿岸漂砂為主，向岸者次之，斷面S3以向岸及沿岸漂砂為主，斷面S4以沿岸漂砂為主。海岸砂灘復育對策一、 依設定之模型長度比尺1/50以等比模型，分別使用了D50=4.84、2.68、1.39、1.03、0.54及0.15mm六種不同粒徑但比重相近之材料作為均勻底床質，並使用超過22種不同波浪條件進行試驗，鋪設之初始斷面參考台東海岸近岸域之平均坡度設定為1/15之斷面地形，鋪設粗粒之厚度約25cm，底層則為0.15mm之砂質底床；此外並使用較細之0.15mm之砂粒鋪設較陡之1/10坡度進行試驗，總計均勻砂試驗達近99組試次。二、 根據試驗結果顯示在波浪作用下粗粒徑之斷面變化多呈堆積型(III類)地形少部份呈變遷型(II類)之地形變化特性。由平衡斷面特徵點之無因次參數分析結果，不論灘頂高度、灘頂位置及灘面坡度等灘線以上之地形特徵均與 、 、 或 等參數有密切之關係。如欲滿足灘線以上之物理模型試驗必須滿足下列參數 ， 若 ， 則 ，亦即以海灘灘面變化為主之動床試驗，應將粒徑與波高、波長、垂直比尺採用同一比尺，即為等比之模型。三、 除了均勻砂之試驗外，並舉辦6組粒徑D50=2.68、0.54mm及D50=2.68、0.15mm之混合砂試驗，再與粒徑相近(2.68、1.39、0.54、0.15mm)之均勻砂試驗結果比較後，可發現欲以單一粒徑模擬含有細礫、級配較廣的底床質地形變動似乎仍待更進一步研究。四、 有鑒於第一年度中，離岸堤發生阻擋向岸輸砂，故於本年度中設計了弧形及ㄩ型開孔潛堤，以期在削減波能及不阻擋向岸之推移質間找出較佳之方案，根據試驗結果顯示，ㄩ型開孔潛堤對遮蔽區之海岸防護上較弧形堤具有較好之成效。五、 灘面人工砂丘之方案，此方法乃先參考設計颱風波浪條件下，灘面可能形成之灘台高度、位置，預先於灘面上以略大於該區域中值粒徑之材料堆置相同高度之灘台，以期能達到防止海岸溢淹之功效，由試驗結果顯示，適當之灘台不僅可達到抑制溯升並可抑制岸線侵退。分段海岸防護對策由波浪折射分析顯示，當波浪前進方向為35度時，波向線於卑南溪口海岸保護工、豐里二號海岸保護工區等處有聚焦現象形成波浪能量較為集中。而由地形侵淤分析顯示，冬季波浪作用後於卑南溪口、太平溪口海岸保護工等處之灘地及0~-5m區間於卑南溪口、台東海堤第一期、豐谷、豐里二號、豐里一號、豐原海岸保護工(二)等有明顯侵蝕之區段，大體與計算結果之波浪能量較集中地點相一致。一、 當入射波浪前進方向為307~335度時，於太平溪口北岸、台東海堤第一期、豐谷海岸段、豐里二號、豐里一號、豐里及豐原海岸保護工(一)等區段均產生明顯聚焦現象，該效應隨週期之增長而更為顯著，其餘區段之波向線並無明顯變化。由水深地形侵淤分析顯示，SS1、SS2於海堡、卑南溪口、台東、豐谷、豐里一號、豐原等海岸保護工、利嘉溪口等處之侵蝕；TY之黑森林、卑南溪口、台東海堤第一期、台東海岸保護工、太平溪口北側灘地、豐里、豐原(一)、豐原(二)等海岸保護工等侵蝕較明顯區段，與上述307~335度各週期入射波浪之折射分析波能較集中位置大致相符。二、 根據2005年5月冬季波浪作用後之水深地形分析結果，依海岸坡度特性、海堤結構物與灘堐之有無等作為分段海岸之分類條件，將本段海岸區分成台東大堤、黑森林、台東海堤、太平溪北岸、太平溪南岸、豐里與豐原等七個區段，以為分段海岸之溯上水理計算及海岸防護對策研擬之依據。三、 分段海岸斷面之波浪溯上以Mase(1989)之溯上高程計算結果為最高，其次分別為Van der Meer(1992)、Sch?ttrumf(1994)與Holman(1986)等，而Holman、Van der Meer與Sch?ttrumf等之溯上高程(R2%)計算結果較低。顯示各家計算結果，自6月28日起各區段海岸之波浪溯上隨入射波高之增加而遞增，約於6月29日凌晨23點，深海波高為9.8m、週期為14.3sec時，各斷面之波浪溯上大致達到最高。根據Mase(1989)經驗式計算結果，此時本段海岸之最大溯上分佈以豐原段(A7斷面)為11.88m最大，太平溪南岸(A5斷面)為5.77m最小，其餘區段海岸之溯上由大而小，依次為台東大堤段(A1斷面)9.51m、黑森林段(A2斷面)8.60m、台東海堤段(A3斷面)8.04m、太平溪南岸(A4斷面)6.97m與豐里段6.61m。四、 分段海岸依敏督利颱風期間之波浪條件進行溯上與越波量推估結果顯示，除台東大堤(A1斷面)、台東海堤(A3斷面)、太平溪北岸與南岸(A4與A5斷面)、豐里段海岸(A6斷面)之波浪溯上未超越堤頂或灘頂高度而無越波情形發生外，其餘斷面(A2-黑森林與A7-豐原段海岸)均有發生越波，其中尤以黑森林段溯上水體超越灘面及防風林處交界之情形較為頻繁。另外，於敏督利颱風期間黑森林與豐原段海岸之平均越波量最大值分別為15.7920與4.4926×10-3 m3/sec/m，最大越波量分別為68.6630與22.8150×10-3 m3/sec/m。五、 本段海岸波浪於溯上與越波量推算時，係基於颱風波浪可能造成本段海岸最大之溢淹災害進行考量，故以波浪正向入射之方式進行溯上與越波量推算，其結果相對於現場實際溯上痕跡可能有高估之情形。六、 敏督利颱風最大波期間，台東大堤、黑森林與豐谷等區段於海側水深-4~-8m佈置堤頂高為-0.39m之潛堤，約可降低最大溯上40~60%，其中以潛堤佈置於水深-4m處，抑制溯上高度之效果較佳；台東海堤、太平溪北岸與豐里等區段者約可降低最大溯上8~31%，其抑制溯上高度成效亦以潛堤佈置於水深-4m處較佳；太平溪南岸者可降低最大溯上15~24%，而其抑制溯上高度成效則以潛堤佈置於水深-8m處較佳。  目次： 目 錄前言 1.1 研究主旨 1-1 1.2 問題之性質與背景 1-2 1.3 研究綱目 1-3 1.4 研究方法 1-4 1.5 進度與成果 1-12 水深地形 2.1 控制系統與測量方法 2-1 2.1.1 坐標系統 2-1 2.1.2 高程系統 2-2 2.1.3 設置測量控制點 2-2 2.1.4 水深地形測量方法 2-5 2.2 水深地形測量成果 2-6 2.3 水深地形特徵 2-31 2.4 水深地形平面侵淤分析 2-32 2.4.1 夏季波浪作用後之地形侵淤變化(2004/05~11及 2005/05~10) 2-36 2.4.2 冬季波浪作用後之地形侵淤變化(2004年11月~2005年5月) 2-58 2.4.3 丹瑞颱風波浪作用後之地形侵淤變化(2005年 5~9月) 2-69 2.4.3 年度之地形侵淤變化(2004/05~2005/05及2004/ 11~2005/10) 2-80 2.5 地形斷面侵淤分析 2-102 潮波流調查 3.1 波浪觀測 3-1 3.1.1 第一次調查(夏季2005年8~9月) 3-4 3.2 流況調查 3-18 3.2.1 定點流況分析 3-18 3.2.1.1 第一次調查(夏季2005年8~9月) 3-18 3.2.2 浮標追蹤結果分析 3-34 3.2.2.1 第一次調查(夏季2005年9月) 3-34 3.2.2.2 第二次調查(冬季2006年3月) 3-42 3.2.2.1 第一次調查(夏季2005年9月) 3-31 3.2.2.2 第二次調查(冬季2006年3月) 3-39 漂砂調查 4.1 砂灘採樣 4-1 4.1.1 第一次調查(夏季2005年9月) 4-2 4.1.2 第二次調查(冬季2006年1月) 4-8 4.2 底床質採樣 4-14 4.2.1 第一次調查(夏季2005年9月) 4-14 4.2.2 第二次調查(冬季2006年3月) 4-19 4.3 輸砂趨勢 4-24 4.3.1 第一次調查(夏季2005年9月) 4-24 4.3.2 第二次調查(冬季2006年3月) 4-34 資料蒐集分析 5.1 潮位資料 5-1 5.1.1 潮位相關研究 5-1 5.1.2 潮位資料比較分析 5-1 5.2 波浪資料 5-3 5.2.1 波浪相關研究 5-3 5.2.2 波浪資料比較分析 5-4 5.3 河川資料 5-5 5.3.1 河川概況 5-5 5.3.2 河川水質 5-7 海岸砂灘復育對策 6.1 水工模型試驗設備與試驗方法 6-1 6.1.1 試驗目的與內容 6-2 6.1.2 試驗設備與計測項目 6-3 6.1.3 均勻砂試驗條件 6-9 6.2 均勻砂試驗結果分析 6-11 6.2.1 斷面試驗地形變化情形 6-11 6.2.2 礫石海岸平衡斷面解析參數探討 6-68 6.2.3 礫石海岸動床試驗比尺之探討 6-84 6.3 混合砂之地形變動 6-89 6.3.2 混合砂與均勻砂試驗斷面變化比較 6-111 6.4 台東海岸復育對策研擬 6-117 6.4.1 台東海岸斷面型態分析 6-118 6.4.2 弧形開孔潛堤 6-127 6.4.3 ㄩ形開孔潛堤 6-135 6.4.4 人工砂丘 6-139 6.4.5 海岸復育對策評比 6-143 6.4.6 他山之石─日本七里御濱防災對策 6-144 分段海岸防護對策 7.1 波浪折射分析 7-1 7.1.1 輸入資料 7-1 7.1.2 波場分佈計算 7-2 7.2 區段海岸分類 7-15 7.3 分段海岸溯上與越波量推估 7-19 7.3.1 設計潮位條件 7-19 7.3.2 入射波浪條件 7-19 7.3.3 溯上與越波量推估方法 7-20 7.4 溯上與越波量推算結果─分段海岸現況斷面 7-24 7.5 溯上推算結果─分段海岸防護 7-32</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/18</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>48789</identifier><internationalstandardbooknumber>9799860051055 ; 9860051054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48789</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)附錄─現場調查數據=Restoration of Sandy Coast at Taitung (2/2) Appendix</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫係延續先前已建立之淨水場評鑑制度，將原使用於大型淨水場之評鑑制度與方法，擴大應用層面至中小型淨水場，以瞭解此一評鑑制度之全面推廣可行性，並藉由評鑑工作執行，確實反應淨水場績效，以檢討並增進操作效能，並使場內工作分工與資訊公開、透明化，俾利於環境管理與責任中心制落實。具體目標如下： 1.落實ISO 9000之PDCA（Plan、Do、Check、Action）精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及經營競爭力。 2.規劃執行完整之營運管理制度，提昇淨水場操作效能，確保淨水場提供合乎飲用水水質標準用水。 3.建立環境資訊透明化及公開化制度，以達淨水場國際化、制度化及標準化目標，提供消費者更優質安全穩定之用水。 4.建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。 5.改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940215</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/19</date><governmentpublicationsnumber>1009500312</governmentpublicationsnumber><identifier>48793</identifier><internationalstandardbooknumber>9789860043884 ; 9860043884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48793</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中小型自來水淨水場操作管理評鑑試辦計畫＝Trial Project for the Evaluation of Operational Management of Small-to-Medium Size Water Treatment Plants</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫係延續先前已建立之淨水場評鑑制度，將原使用於大型淨水場之評鑑制度與方法，擴大應用層面至中小型淨水場，以瞭解此一評鑑制度之全面推廣可行性，並藉由評鑑工作執行，確實反應淨水場績效，以檢討並增進操作效能，並使場內工作分工與資訊公開、透明化，俾利於環境管理與責任中心制落實。具體目標如下： 1.落實ISO 9000之PDCA（Plan、Do、Check、Action）精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及經營競爭力。 2.規劃執行完整之營運管理制度，提昇淨水場操作效能，確保淨水場提供合乎飲用水水質標準用水。 3.建立環境資訊透明化及公開化制度，以達淨水場國際化、制度化及標準化目標，提供消費者更優質安全穩定之用水。 4.建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。 5.改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/19</date><governmentpublicationsnumber>1009500312</governmentpublicationsnumber><identifier>48794</identifier><internationalstandardbooknumber>9789860043884 ; 9860043884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48794</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中小型自來水淨水場操作管理評鑑試辦計畫(附件) ＝Trial Project for the Evaluation of Operational Management of Small-to-Medium Size Water Treatment Plants</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫係延續先前已建立之淨水場評鑑制度，將原使用於大型淨水場之評鑑制度與方法，擴大應用層面至中小型淨水場，以瞭解此一評鑑制度之全面推廣可行性，並藉由評鑑工作執行，確實反應淨水場績效，以檢討並增進操作效能，並使場內工作分工與資訊公開、透明化，俾利於環境管理與責任中心制落實。具體目標如下： 1.落實ISO 9000之PDCA（Plan、Do、Check、Action）精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及經營競爭力。 2.規劃執行完整之營運管理制度，提昇淨水場操作效能，確保淨水場提供合乎飲用水水質標準用水。 3.建立環境資訊透明化及公開化制度，以達淨水場國際化、制度化及標準化目標，提供消費者更優質安全穩定之用水。 4.建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。 5.改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940215</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/19</date><governmentpublicationsnumber>1009500312</governmentpublicationsnumber><identifier>48795</identifier><internationalstandardbooknumber>9789860043884 ; 9789860043</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48795</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中小型自來水淨水場操作管理評鑑試辦計畫(光碟版) ＝Trial Project for the Evaluation of Operational Management of Small-to-Medium Size Water Treatment Plants</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對卑南溪口至利嘉溪口段約12Km長海岸(圖1.1)，分兩年以分期分段方式進行水深地形測量及分段海岸潮波流、輸砂調查，並舉辦水工模型試驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第八河川局應用參考。。本年度為第二年度計畫，各工作項目中，已於2005年5月18~20日及10月5~7日分別完成冬、夏季波浪作用後全區之水深地形測量，另於9月20~26日舉行颱風過後之水深地形測量。夏季定點潮波流調查於2005年8月28日~9月16日完成，表面流觀測及輸砂調查於9月16、17日完成。於海岸砂灘復育對策方面，分為水工模型試驗及波浪溯升溢淹數值計算兩部分，其中模型試驗方面於本年度增加使用4種粒徑，並整合第一年度計畫就均勻粒徑在波浪作用下之地形變化，規劃之各試次編號及規劃之波浪條件，目前共完成18種波浪條件作用下，102組均勻底床質之斜坡試驗；數值方面則就分段海岸7個代表斷面進行波浪溯升溢淹之計算，與波場計算分析。茲就計畫各項研究，依照水深地形、潮波流、輸砂調查、海岸砂灘復育對策等成果摘述如下：水深地形觀測由兩次水深地形觀測資料，分析本段海域水深地形特性顯示，卑南溪至利嘉溪海域地形，於水深-25m至陸側間之等深線走向大致與海岸線平行，於台東海堤(二工區)以北約呈北北東-南南西走向，而以南至利嘉溪之海域則多屬為東北東-西南西走向。-25m等深線以外之海底底床平均坡度呈現南北兩段陡峭、往中間段趨於平緩之現象，以台東海堤(二工區)外之1/3最為為陡峭，而全區最平緩處為豐谷與豐里二號海岸保護工間之坡度約1/48。全區海域地形特徵約呈中段外凸且多海溝複雜曲折，向兩側漸趨平直窄密之分佈。 一、 本海域季節性之侵淤而言，於2004年5~11月及2005年5~10月間，兩次夏季波浪作用後灘地之平均侵淤量分別為-1.59~1.24、-1.15~0.32m，其中兩次分別以利嘉溪口、海堡~卑南溪口之侵蝕較為嚴重，而均以太平溪口~馬東段之淤積較為明顯；0~-5m等深線間之平均侵淤量分別為-2.62~2.42、-0.87~1.61m，兩個期間分別以利嘉溪口、黑森林為侵蝕較顯著區段，而於利嘉溪口北側以北則均呈淤積；-5~-15m等深線間於兩個期間之平均侵淤量分別為-1.07~0.20、-0.80~2.04m，其中2004年之黑森林、太平溪口南側~馬東段及2005年之卑南溪、太平溪及利嘉溪等三個溪口附近呈淤積，而2004年其餘區段及2005年之黑森林段則為侵蝕；-15~-30m區段之平均侵淤量為-2.08~0.83、-0.80~3.07m，除2004年之馬東~利嘉溪口北側、利嘉溪口及2005年之海堡~卑南溪口段呈淤積外，其餘為侵蝕狀況，其中以海堡~卑南溪口段(2004年)之-2.08 m較為嚴重。二、 於2004年11~2005年5月冬季波浪作用後，灘地之平均侵淤量為-0.54~2.22m，其中平均侵蝕量以太平溪口南側~馬東段較為嚴重，而以利嘉溪口平均淤積為最大。0~-5m等深線間之平均侵淤量為-2.46~2.98m，以太平溪口南側~馬東段之平均侵蝕最為嚴重，利嘉溪口淤積最高。-5~-15m等深線間之平均侵淤量為0.04~1.31m，以海堡~卑南溪口段之淤積量為最大，太平溪口南側~馬東段為最小。-15~-30m等深線間之平均侵淤量為-0.85~0.68m，除利嘉溪口段呈侵蝕外，其餘為淤積狀況。三、 2005年5~9月期間，全區灘地於丹瑞颱風作用後之平均侵淤量，除了黑森林及黑森林~太平溪口北側段分別為-0.56、-0.40m之侵蝕外，其餘區域為0.05~0.32m之淤積。0~-5m等深線間之海域，除了黑森林及馬東~利嘉溪口北側段為-0.73、-0.78m之侵蝕外，其餘為0.15~1.60m之淤積，其中以海堡~卑南溪口段為最大者。-5~-15m等深線間之平均侵淤量呈0.06~2.59m之淤積，其中以利嘉溪口為最。-15~-30m區段之平均侵淤量為-0.20~0.44m，除黑森林段平均呈-0.20m之侵蝕外，其餘為淤積。四、 2004年5月~2005年5月及2004年11月~2005年10月兩組分別以冬、夏季波浪作用後地形為基準之年度侵淤顯示，於卑南溪至黑森林段，除卑南溪口至台東海堤段呈侵蝕外，其他區域則為明顯之淤積。兩個年度平面侵淤於黑森林至太平溪段均不相同，於冬季波浪作用後之年度侵淤多呈淤積，而夏季者為侵蝕。在太平溪至豐原段，夏季波浪作用後之年度侵蝕現象比冬季者較為明顯。於豐原至利嘉溪段之平面侵淤情形則不相同，冬季波浪作用後之年度侵淤為淤積居多，而夏季者則呈侵蝕。本海域地形由北至南選取編號S1~S9斷面，分析季節性及年度之斷面侵淤狀況彙整如下表所示，表中將斷面同一區段劃分為淤積或侵蝕兩欄，各欄中以S1、S2、SW、TY、YS及YW為代號標示侵淤分析期間，各代號依序為2004、2005年夏季波浪作用後、2004年冬季波浪作用後、2005年颱風波浪作用後、2004年11月~2005年10月及2004年4月~2005年5月年度變化等時段，另以ALL代表全部時段、ELSE代表其餘時段。波浪觀測一、 於第一次調查(夏季2005年8~9月)期間各站主要波向分別為A站之N、NNE方向、B站之NNE、N、NE方向、C站之E、ESE、SE方向及D站之N、NNE、NNW方向。二、 就調查期間之示性波高分佈範圍而言，夏季調查期間泰利、娜比及卡努三次颱風影響，A、B、C、D各站之較頻繁波高依序分別為25~225、25~165、25~235及25~200cm，較頻繁週期則分別為A、B站之7.5~15sec及C、D站之7.5~16.5sec；各站在一般無特殊氣候影響期間之平均示性波高在65~84cm左右、平均示性週期在9.5~9.8sec間。泰利、娜比及卡努三次颱風影響期間最大示性波浪記錄如下表所示，於泰利颱風期間，各站最大示性波高為357.4~475.3cm，對應週期8.7~14.2sec，對應波向依序為N、ENE、SE及NNE向。於娜比颱風影響期間，各站最大示性波高為301.9~418.7cm，週期為15.9~16.5sec，對應波向除C站為ESE外，其餘三站均為N方向。於卡努颱風期間，各站最大示性波高為137.0~161.6cm，週期11.5~12.7sec，波向依序為N、NNE、E及N向。定點流況觀測一、 夏季調查期間，各站較頻繁流速介於0~72cm/s之間，發生機率較大之流速為0~36cm/s，其中以位於馬東外海之C站之流速為最大，位於豐榮海域之B站居次。二、 夏季調查中，除馬東外海之C站，其主要流向大致約與等深線平行，漲、退潮時均流往測站之兩側方向；其餘三站之主要流向多以向、離岸方向為主。三、 夏季調查中，於泰利颱風(8月30~9月1日)侵襲期間各站所測得之海流流向呈無週期性變化，除C站以朝NE方向為主外，其餘三測站則約以往NW或WNW為主要流向。於娜比颱風影響期間(9月3~5日)，除C站往NE方向流速明顯增強外，其餘各站並無顯著變異。於卡努颱風期間各測站之流向亦呈無週期性變化，各站之主要流向依序分別為往WNW、SSE、SW及ESE方向。浮標追蹤分析夏季浮標追蹤觀測結果顯示，漲潮時段於兩日觀測期間有明顯之差異，即9月16日除太平溪口北側施放之浮標往西南西方向漂流向岸、其南側施放者則往東北東漂流向外海，其餘約沿等深線漂流往太平溪方向；而於翌日施放各測次浮標則均朝西南漂流往利嘉溪方向。退潮時段則僅於太平溪口南側施放之各浮標朝東北漂往太平溪口方向外，其餘各測次浮標則約沿等深線向西南漂流往利嘉溪方向。一、 冬季浮標施測期間，漲潮時段除於豐原海岸保護工(一)至利嘉溪口南岸段之浮標有往西南方向漂流外，其餘大致均為沿等深線往太平溪方向漂流；退潮時段除豐里海岸保護工段之浮標有初時往西南方向漂流，隨即呈由西南以逆時鐘方向轉往東向外海漂流外，其餘浮標約沿等深線往利嘉溪方向漂流。砂灘粒徑分佈就兩次調查所採集高、低潮灘線各砂樣之中值粒徑分別約在0.926~107.558及0.491~191.460mm間，其均勻係數則分別為1.79~87.20及1.68~166.11，各砂樣分類屬均勻中砂粒至級配良好卵石，種類繁多，其中以級配良好之粗砂、細礫及中礫與均勻中砂、中礫等佔多數。一、 夏季調查中，高潮灘線砂樣粒徑分佈大致以太平溪口北側之P1-H、豐原海岸保護工(一)附近之P18-H為最大，分別向南或兩側呈遞減趨勢；低潮灘線砂樣約以馬東一帶及利嘉溪口南岸處之P13-L~P15-L及P24-L、P25-L等之粒徑較粗。冬季高潮灘線砂樣約以豐谷海岸保護工南側之P7-H、豐原海岸保護工(一)之P16-H、豐原海岸保護工(二)之P20-H及利嘉溪南岸之P24-H為最大，分別向兩側遞減；低潮灘線者則太平溪北岸之P2-L、豐谷海岸保護工南側之P7-L、豐原海岸保護工(一)南側之P18-L及利嘉溪南岸之P26-L為最大，分別向兩側遞減。砂灘斷面砂樣粒徑分析兩次調查4個砂灘斷面，各砂樣之D50分別為0.872~213.632及0.665~3.148mm，均勻係數則為2.12~145.64及2.51~55.61，各斷面砂樣屬性包括均勻、級配好、級配良好等之中砂至中礫及級配良好卵石。兩季調查約以斷面PS2之粒徑為最小，分別向南北兩側遞增。 底床質粒徑分析兩次調查所採集底床質之中值粒徑分別為0.151~1.068及0.140~0.842mm，其均勻係數則分別為1.60~12.42及1.53~42.97，多為均勻細砂、中砂。一、 於夏季調查各斷面砂樣之中值粒徑約呈隨水深增加而減小，冬季調查者相對於水深並無明顯關係。二、 就位置而言，兩次調查均約以利嘉溪口附近之S4斷面者為最大，呈向北遞減趨勢。底床懸浮載粒徑分析兩次調查期間漂砂活動主要砂粒之中值粒徑分別為0.175~0.593及0.103~0.279mm，其均勻係數則分別為1.78~12.87及1.58~58.47，且分別約有6.3%及3.6%之底床懸浮載的中值粒徑大於相對應採樣點的底床質者。一、 就漲退潮時段而言，兩次調查分別約有37.5%、75%之砂樣，其中值粒徑係以漲潮時段者較大。二、 就採樣點水深而言，夏季漲潮時段之S2、退潮時段之S3、冬季漲潮時段之S2、S3及退潮時段之S3等斷面之中值粒徑分佈係呈隨水深增加而遞增，夏季其餘斷面及冬季退潮時段之S2斷面則呈相反趨勢，而冬季其餘斷面及時段者則不明顯。三、 就測點位置而言，夏季漲潮時段以太平溪口南側之S1斷面為最大，利嘉溪口附近之S4斷面次之，向北側遞減至S2斷面。退潮時段則以S4斷面者為最大，S1斷面居次，向南逐漸遞減至S3斷面。冬季漲、退潮時段均以太平溪口南側之S1斷面為最大，向南側遞減至S4斷面。輸砂趨勢夏季調查所採集捕砂器內之砂樣，經比重分析結果顯示乾砂比重為2.54、飽和砂比重為1.88及孔隙率為0.43。冬季調查所採集者之乾砂比重為2.62、飽和砂比重為1.87及孔隙率為0.48。一、 漲潮時段：夏季於太平溪口南側之S1斷面以離岸漂砂為主、向岸漂砂次之，斷面S2、S3以沿岸漂砂為主，離岸或向岸者次之，利嘉溪口北側之S4斷面以向岸漂砂為主、沿岸者次之。冬季於太平溪口南側之斷面S1以向岸漂砂為主，沿岸漂砂次之，斷面S2以沿岸漂砂為主，離岸及向岸者次之，斷面S3以沿岸漂砂為主，其次為離岸漂砂，利嘉溪口北側之S4斷面以離岸漂砂為主、向岸漂砂次之。二、 退潮時段：夏季於斷面S1以離岸漂砂為主、沿岸漂砂次之，斷面S2以沿岸漂砂為主，斷面S3以向岸及沿岸漂砂為主，斷面S4以離岸漂砂為主、沿岸漂砂次之。冬季於斷面S1以離岸漂砂為主，斷面S2以離岸及沿岸漂砂為主，向岸者次之，斷面S3以向岸及沿岸漂砂為主，斷面S4以沿岸漂砂為主。海岸砂灘復育對策一、 依設定之模型長度比尺1/50以等比模型，分別使用了D50=4.84、2.68、1.39、1.03、0.54及0.15mm六種不同粒徑但比重相近之材料作為均勻底床質，並使用超過22種不同波浪條件進行試驗，鋪設之初始斷面參考台東海岸近岸域之平均坡度設定為1/15之斷面地形，鋪設粗粒之厚度約25cm，底層則為0.15mm之砂質底床；此外並使用較細之0.15mm之砂粒鋪設較陡之1/10坡度進行試驗，總計均勻砂試驗達近99組試次。二、 根據試驗結果顯示在波浪作用下粗粒徑之斷面變化多呈堆積型(III類)地形少部份呈變遷型(II類)之地形變化特性。由平衡斷面特徵點之無因次參數分析結果，不論灘頂高度、灘頂位置及灘面坡度等灘線以上之地形特徵均與 、 、 或 等參數有密切之關係。如欲滿足灘線以上之物理模型試驗必須滿足下列參數 ， 若 ， 則 ，亦即以海灘灘面變化為主之動床試驗，應將粒徑與波高、波長、垂直比尺採用同一比尺，即為等比之模型。三、 除了均勻砂之試驗外，並舉辦6組粒徑D50=2.68、0.54mm及D50=2.68、0.15mm之混合砂試驗，再與粒徑相近(2.68、1.39、0.54、0.15mm)之均勻砂試驗結果比較後，可發現欲以單一粒徑模擬含有細礫、級配較廣的底床質地形變動似乎仍待更進一步研究。四、 有鑒於第一年度中，離岸堤發生阻擋向岸輸砂，故於本年度中設計了弧形及ㄩ型開孔潛堤，以期在削減波能及不阻擋向岸之推移質間找出較佳之方案，根據試驗結果顯示，ㄩ型開孔潛堤對遮蔽區之海岸防護上較弧形堤具有較好之成效。五、 灘面人工砂丘之方案，此方法乃先參考設計颱風波浪條件下，灘面可能形成之灘台高度、位置，預先於灘面上以略大於該區域中值粒徑之材料堆置相同高度之灘台，以期能達到防止海岸溢淹之功效，由試驗結果顯示，適當之灘台不僅可達到抑制溯升並可抑制岸線侵退。分段海岸防護對策由波浪折射分析顯示，當波浪前進方向為35度時，波向線於卑南溪口海岸保護工、豐里二號海岸保護工區等處有聚焦現象形成波浪能量較為集中。而由地形侵淤分析顯示，冬季波浪作用後於卑南溪口、太平溪口海岸保護工等處之灘地及0~-5m區間於卑南溪口、台東海堤第一期、豐谷、豐里二號、豐里一號、豐原海岸保護工(二)等有明顯侵蝕之區段，大體與計算結果之波浪能量較集中地點相一致。一、 當入射波浪前進方向為307~335度時，於太平溪口北岸、台東海堤第一期、豐谷海岸段、豐里二號、豐里一號、豐里及豐原海岸保護工(一)等區段均產生明顯聚焦現象，該效應隨週期之增長而更為顯著，其餘區段之波向線並無明顯變化。由水深地形侵淤分析顯示，SS1、SS2於海堡、卑南溪口、台東、豐谷、豐里一號、豐原等海岸保護工、利嘉溪口等處之侵蝕；TY之黑森林、卑南溪口、台東海堤第一期、台東海岸保護工、太平溪口北側灘地、豐里、豐原(一)、豐原(二)等海岸保護工等侵蝕較明顯區段，與上述307~335度各週期入射波浪之折射分析波能較集中位置大致相符。二、 根據2005年5月冬季波浪作用後之水深地形分析結果，依海岸坡度特性、海堤結構物與灘堐之有無等作為分段海岸之分類條件，將本段海岸區分成台東大堤、黑森林、台東海堤、太平溪北岸、太平溪南岸、豐里與豐原等七個區段，以為分段海岸之溯上水理計算及海岸防護對策研擬之依據。三、 分段海岸斷面之波浪溯上以Mase(1989)之溯上高程計算結果為最高，其次分別為Van der Meer(1992)、Sch?ttrumf(1994)與Holman(1986)等，而Holman、Van der Meer與Sch?ttrumf等之溯上高程(R2%)計算結果較低。顯示各家計算結果，自6月28日起各區段海岸之波浪溯上隨入射波高之增加而遞增，約於6月29日凌晨23點，深海波高為9.8m、週期為14.3sec時，各斷面之波浪溯上大致達到最高。根據Mase(1989)經驗式計算結果，此時本段海岸之最大溯上分佈以豐原段(A7斷面)為11.88m最大，太平溪南岸(A5斷面)為5.77m最小，其餘區段海岸之溯上由大而小，依次為台東大堤段(A1斷面)9.51m、黑森林段(A2斷面)8.60m、台東海堤段(A3斷面)8.04m、太平溪南岸(A4斷面)6.97m與豐里段6.61m。四、 分段海岸依敏督利颱風期間之波浪條件進行溯上與越波量推估結果顯示，除台東大堤(A1斷面)、台東海堤(A3斷面)、太平溪北岸與南岸(A4與A5斷面)、豐里段海岸(A6斷面)之波浪溯上未超越堤頂或灘頂高度而無越波情形發生外，其餘斷面(A2-黑森林與A7-豐原段海岸)均有發生越波，其中尤以黑森林段溯上水體超越灘面及防風林處交界之情形較為頻繁。另外，於敏督利颱風期間黑森林與豐原段海岸之平均越波量最大值分別為15.7920與4.4926×10-3 m3/sec/m，最大越波量分別為68.6630與22.8150×10-3 m3/sec/m。五、 本段海岸波浪於溯上與越波量推算時，係基於颱風波浪可能造成本段海岸最大之溢淹災害進行考量，故以波浪正向入射之方式進行溯上與越波量推算，其結果相對於現場實際溯上痕跡可能有高估之情形。六、 敏督利颱風最大波期間，台東大堤、黑森林與豐谷等區段於海側水深-4~-8m佈置堤頂高為-0.39m之潛堤，約可降低最大溯上40~60%，其中以潛堤佈置於水深-4m處，抑制溯上高度之效果較佳；台東海堤、太平溪北岸與豐里等區段者約可降低最大溯上8~31%，其抑制溯上高度成效亦以潛堤佈置於水深-4m處較佳；太平溪南岸者可降低最大溯上15~24%，而其抑制溯上高度成效則以潛堤佈置於水深-8m處較佳。  目次： 目 錄前言 1.1 研究主旨 1-1 1.2 問題之性質與背景 1-2 1.3 研究綱目 1-3 1.4 研究方法 1-4 1.5 進度與成果 1-12 水深地形 2.1 控制系統與測量方法 2-1 2.1.1 坐標系統 2-1 2.1.2 高程系統 2-2 2.1.3 設置測量控制點 2-2 2.1.4 水深地形測量方法 2-5 2.2 水深地形測量成果 2-6 2.3 水深地形特徵 2-31 2.4 水深地形平面侵淤分析 2-32 2.4.1 夏季波浪作用後之地形侵淤變化(2004/05~11及 2005/05~10) 2-36 2.4.2 冬季波浪作用後之地形侵淤變化(2004年11月~2005年5月) 2-58 2.4.3 丹瑞颱風波浪作用後之地形侵淤變化(2005年 5~9月) 2-69 2.4.3 年度之地形侵淤變化(2004/05~2005/05及2004/ 11~2005/10) 2-80 2.5 地形斷面侵淤分析 2-102 潮波流調查 3.1 波浪觀測 3-1 3.1.1 第一次調查(夏季2005年8~9月) 3-4 3.2 流況調查 3-18 3.2.1 定點流況分析 3-18 3.2.1.1 第一次調查(夏季2005年8~9月) 3-18 3.2.2 浮標追蹤結果分析 3-34 3.2.2.1 第一次調查(夏季2005年9月) 3-34 3.2.2.2 第二次調查(冬季2006年3月) 3-42 3.2.2.1 第一次調查(夏季2005年9月) 3-31 3.2.2.2 第二次調查(冬季2006年3月) 3-39 漂砂調查 4.1 砂灘採樣 4-1 4.1.1 第一次調查(夏季2005年9月) 4-2 4.1.2 第二次調查(冬季2006年1月) 4-8 4.2 底床質採樣 4-14 4.2.1 第一次調查(夏季2005年9月) 4-14 4.2.2 第二次調查(冬季2006年3月) 4-19 4.3 輸砂趨勢 4-24 4.3.1 第一次調查(夏季2005年9月) 4-24 4.3.2 第二次調查(冬季2006年3月) 4-34 資料蒐集分析 5.1 潮位資料 5-1 5.1.1 潮位相關研究 5-1 5.1.2 潮位資料比較分析 5-1 5.2 波浪資料 5-3 5.2.1 波浪相關研究 5-3 5.2.2 波浪資料比較分析 5-4 5.3 河川資料 5-5 5.3.1 河川概況 5-5 5.3.2 河川水質 5-7 海岸砂灘復育對策 6.1 水工模型試驗設備與試驗方法 6-1 6.1.1 試驗目的與內容 6-2 6.1.2 試驗設備與計測項目 6-3 6.1.3 均勻砂試驗條件 6-9 6.2 均勻砂試驗結果分析 6-11 6.2.1 斷面試驗地形變化情形 6-11 6.2.2 礫石海岸平衡斷面解析參數探討 6-68 6.2.3 礫石海岸動床試驗比尺之探討 6-84 6.3 混合砂之地形變動 6-89 6.3.2 混合砂與均勻砂試驗斷面變化比較 6-111 6.4 台東海岸復育對策研擬 6-117 6.4.1 台東海岸斷面型態分析 6-118 6.4.2 弧形開孔潛堤 6-127 6.4.3 ㄩ形開孔潛堤 6-135 6.4.4 人工砂丘 6-139 6.4.5 海岸復育對策評比 6-143 6.4.6 他山之石─日本七里御濱防災對策 6-144 分段海岸防護對策 7.1 波浪折射分析 7-1 7.1.1 輸入資料 7-1 7.1.2 波場分佈計算 7-2 7.2 區段海岸分類 7-15 7.3 分段海岸溯上與越波量推估 7-19 7.3.1 設計潮位條件 7-19 7.3.2 入射波浪條件 7-19 7.3.3 溯上與越波量推估方法 7-20 7.4 溯上與越波量推算結果─分段海岸現況斷面 7-24 7.5 溯上推算結果─分段海岸防護 7-32</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/19</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>48796</identifier><internationalstandardbooknumber>9789860051054 ; 9860051054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48796</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)--光碟版=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/22</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>48801</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48801</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>95</publishrocyear><title>2006年公共工程年刊</title><yearidentifier>200603</yearidentifier></data><data><abstract>溫泉基本法規、溫泉業務所涉相關法規(水資源利用及管理類、土地利用類、建築及工程類、觀光發展類、環境保護類、水質及衛生類、其他、解釋令)</abstract><author>經濟部水利署</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/22</date><governmentpublicationsnumber>1009404855</governmentpublicationsnumber><identifier>48802</identifier><internationalstandardbooknumber>9789860040364 ; 9860040362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48802</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>溫泉法規彙編</title><yearidentifier>200512</yearidentifier></data><data><abstract>溫泉法及相關子法研習會、溫泉開發與技師簽證說明會、溫泉法規彙編、溫泉資源推廣宣導</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940122</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/22</date><governmentpublicationsnumber>1009404839</governmentpublicationsnumber><identifier>48803</identifier><internationalstandardbooknumber>9789860040357 ; 9860040354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48803</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>溫泉資源政令宣導計畫＝Accountability for Policy of Hot Springs Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>溫泉法及相關子法研習會、溫泉開發與技師簽證說明會、溫泉法規彙編、溫泉資源推廣宣導</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940122</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/22</date><governmentpublicationsnumber>1009404839</governmentpublicationsnumber><identifier>48805</identifier><internationalstandardbooknumber>9789860040357 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48805</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>溫泉資源政令宣導計畫(光碟版)＝Accountability for Policy of Hot  Springs Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/23</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48808</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48808</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十九期）</title><yearidentifier>200605</yearidentifier></data><data><abstract>溫泉基本法規、溫泉業務所涉相關法規(水資源利用及管理類、土地利用類、建築及工程類、觀光發展類、環境保護類、水質及衛生類、其他、解釋令)</abstract><author>經濟部水利署</author><categoryidentifier>992.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/23</date><governmentpublicationsnumber>1009404855</governmentpublicationsnumber><identifier>48809</identifier><internationalstandardbooknumber>9789860040364 ; 9860040362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48809</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>溫泉法規彙編(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.大甲溪水源利用瓶頸檢討及解決方案研擬 2.供應中科三期后里基地用水工程方案規劃 3.穩定供應中科三期后里基地用水非工程方案規劃</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940243</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/25</date><governmentpublicationsnumber>1009500961</governmentpublicationsnumber><identifier>48825</identifier><internationalstandardbooknumber>9789860049732 ; 9860049734</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48825</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪水源運用規劃  Planning of Application for Da-Chia River Water Resources</title><yearidentifier>200604</yearidentifier></data><data><abstract>1.大甲溪水源利用瓶頸檢討及解決方案研擬 2.供應中科三期后里基地用水工程方案規劃 3.穩定供應中科三期后里基地用水非工程方案規劃</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940243</commissionedprojectidentifier><currency>NT$</currency><date>2006/5/25</date><governmentpublicationsnumber>1009500961</governmentpublicationsnumber><identifier>48829</identifier><internationalstandardbooknumber>9789860049732 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48829</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪水源運用規劃(光碟版)  Planning of Application for Da-Chia River Water Resources</title><yearidentifier>200604</yearidentifier></data><data><abstract>本局根據先前營運管理系統規劃設計報告，所建議之後續階段預定執行項目，進行營運管理系統第二期工程，以增加需水分析功能、擴大灌區取水用水監視查詢範圍、提高系統通訊效能以及增加渠道安全措施等，以達到營運管理系統「統籌管理濁水溪整體水源之運用，並提高水源運用效率」之目標。本報告包含第二期工程之規劃設計及軟體擴充相關成果與執行過程</abstract><author>財團法人工業技術研究院</author><categoryidentifier>400.94   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/25</date><governmentpublicationsnumber>1009405082</governmentpublicationsnumber><identifier>48837</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48837</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程後續計畫－營運管理系統擴充成果報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>本局根據先前營運管理系統規劃設計報告，所建議之後續階段預定執行項目，進行營運管理系統第二期工程，以增加需水分析功能、擴大灌區取水用水監視查詢範圍、提高系統通訊效能以及增加渠道安全措施等，以達到營運管理系統「統籌管理濁水溪整體水源之運用，並提高水源運用效率」之目標。本報告包含第二期工程之規劃設計及軟體擴充相關成果與執行過程</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/29</date><governmentpublicationsnumber>1009405082</governmentpublicationsnumber><identifier>48844</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48844</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程後續計畫－營運管理系統擴充成果報告( 光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48845</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48845</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十期）</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>國史館</author><categoryidentifier>601.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/29</date><governmentpublicationsnumber>4509400629</governmentpublicationsnumber><identifier>48846</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48846</librarycollectiondetailsurl><price>300</price><publisher>國史館</publisher><publishrocyear>94</publishrocyear><title>國史特藏文物 『 蔣中正 總統』?史影片DVD</title><yearidentifier>200503</yearidentifier></data><data><abstract>提供水利行政知識檢索與分類應用</abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/30</date><governmentpublicationsnumber>1009403670</governmentpublicationsnumber><identifier>48849</identifier><internationalstandardbooknumber>9789860029260 ; 9860029261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48849</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>「水利行政管理知識網2/2計畫」再版 Water Administration Knowledge Management Web</title><yearidentifier>200511</yearidentifier></data><data><abstract>提供水利行政知識檢索與分類應用</abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/5/30</date><governmentpublicationsnumber>1009403670</governmentpublicationsnumber><identifier>48850</identifier><internationalstandardbooknumber>9789860029260 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48850</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>「水利行政管理知識網2/2計畫」再版－光碟版  Water Administration Knowledge Management Web</title><yearidentifier>200511</yearidentifier></data><data><abstract>本委託服務計畫於本（94）年度為辦理自來水事業技術人員考驗，研擬考驗所需之規範、題庫，辦理監考與監評人員講習訓練，並舉辦第1次已在職之各類級自來水事業技術人員考驗，藉以提昇從業人員之專業技能，強化節約用水理念及經營管理效率，以確保自來水品質，維護國人用水衛生與安全</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940240</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009500763</governmentpublicationsnumber><identifier>48854</identifier><internationalstandardbooknumber>9789860047844 ; 9860047847</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48854</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水事業技術人員考驗委辦計畫</title><yearidentifier>200603</yearidentifier></data><data><abstract>本委託服務計畫於本（94）年度為辦理自來水事業技術人員考驗，研擬考驗所需之規範、題庫，辦理監考與監評人員講習訓練，並舉辦第1次已在職之各類級自來水事業技術人員考驗，藉以提昇從業人員之專業技能，強化節約用水理念及經營管理效率，以確保自來水品質，維護國人用水衛生與安全</abstract><author>東南技術學院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940240</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009500763</governmentpublicationsnumber><identifier>48855</identifier><internationalstandardbooknumber>9789860047844 ; 9860047847</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48855</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>自來水事業技術人員考驗委辦計畫(光碟版）</title><yearidentifier>200603</yearidentifier></data><data><abstract>為確保流速儀追溯鏈完整、保證校正品質，「流速儀檢校實驗室試運轉與認證輔導計畫(1/2)」93年度先行強化流速儀檢校實驗室之新型數位式旋杯式流速儀校正能力，及建立實驗室之電子化品質系統，以符合中華民國實驗室認證體系(CNLA)校正實驗室之品質管理及技術要求，作為取得CNLA校正實驗室認證之基礎。94年度則完成實驗室試運轉、系統評估與CNLA校正實驗室認證輔導，以取得CNLA校正實驗室認證，使其品質管理系統與校正技術能力能為國際校正領域所認可。</abstract><author>工業技術研究院</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009401150</governmentpublicationsnumber><identifier>48856</identifier><internationalstandardbooknumber>9789860010114 ; 9860010110</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48856</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流速儀檢校實驗室試運轉與認證輔導(1/2)－光碟版＝Operation  Preparation &amp; Certification Assessments of the Current Meters Calibration Laboratory (1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>台北科大土木與防災研究所</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009005659</governmentpublicationsnumber><identifier>48863</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48863</librarycollectiondetailsurl><price>300</price><publisher>內政部消防署</publisher><publishrocyear>90</publishrocyear><title>行政院災害防救委員會災害防救基本計畫事故篇研究</title><yearidentifier>200112</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學</author><categoryidentifier>367.88117   351.8117</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940039</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009501247</governmentpublicationsnumber><identifier>48866</identifier><internationalstandardbooknumber>9789860052398 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48866</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>中港溪河川情勢調查(1/2)(內附光碟)=Investigation of Current Status in Jhong-Gang River System</title><yearidentifier>200605</yearidentifier></data><data><abstract>頭前溪為新竹縣、市境內的主要河川，近年來因環保意識抬頭，民眾對環境保護需求殷切，因此河川治理除了維持其河川正常機能外，並兼顧河川生態環境之維護保育。為推展頭前溪河系河川事業、河川管理及提供水利單位對生態工法規劃設計之參考依據，而對頭前溪河系河川有關之基礎資料，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查。現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故本校自2004年4月起受經濟部水利署第二河川局委託辦理為期兩年的頭前溪河系情勢調查計畫一案，2004年為第一年，2005年為第二年。2004年的調查中共發現有264種植物，其中台灣大豆歸屬於第三級之稀有植物；哺乳類的調查發現13種，其中名列為珍貴稀有保育類的山羌以及小麝鼩兩種；鳥類94種，其中鳳頭蒼鷹、大冠鷲、紅隼、彩鷸、領角鴞、黃嘴角鴞、八色鳥、台灣畫眉等八種珍貴稀有保育類，特有種生物則僅有台灣紫嘯鶇一種；爬蟲類20種，其中屬保育類的有眼鏡蛇、龜殼花、雨傘節及台灣草蜥等；12種的兩棲類，其中保育類的有貢德氏赤蛙、面天樹蛙和褐樹蛙；蝶類及蜻蜓調查中，共記錄了5科58種的蝴蝶及5科13種蜻蜓；水域部分共發現39種魚類，其中保育類僅有鱸?一種，主要的優勢種為底棲性的蝦虎魚科魚類明潭吻蝦虎魚（Rinogobius candidianus）和游泳性的鯉科魚類台灣石（Acrossocheilus paradoxus）及粗首?（Zacco pachycephalus），但以明潭吻蝦虎魚的分布最廣；蝦類共發現3科9種，粗糙沼蝦為分佈最廣的優勢蝦種；蟹類則發現3科5種，分佈最廣之蟹種為日本絨螯蟹。另外針對頭前溪生態保育及治理計畫也已提出相關的建議供水利單位參考。 2004年調查成果雖然相當豐碩，但僅有一年之調查資料仍略嫌不足，所以2005年針對頭前溪持續辦理相關的河川情勢調查。今年主要工作目的除為持續蒐集頭前溪河系，包括頭前溪主流及二條支流（上坪溪、油羅溪）現有之河川情勢調查資料，並彙整第一年之資料，以提供給相關單位參考，其調查結果可讓未來的通盤治理計畫有更多可參考的生態資料。</abstract><author>國立清華大學</author><categoryidentifier>367.88113   351.8113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/2</date><governmentpublicationsnumber>1009500641</governmentpublicationsnumber><identifier>48867</identifier><internationalstandardbooknumber>9789860046786 ; 9860046786</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48867</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>頭前溪河系情勢調查(2/2)－內附光碟＝Investigation of Current Status in Toucian River System</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫爰依據行政院推動之「挑戰2008：國家發展重點計畫」建立「電子化政府」工作，規劃收錄水利署水利工程計畫書、圖、表及防災應變經驗文件數位資料，並積極建構知識文件分享系統，藉由資訊科技應用及顯性知識庫的建立，作為組織內部知識傳遞與管理的利器。此外，透過水資源新聞電子報服務，傳遞水資源新聞、瞭解民情輿論及宣達政策，期能協助水利署建立顧客導向型之服務政府</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940035</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/8</date><governmentpublicationsnumber>1009404462</governmentpublicationsnumber><identifier>48876</identifier><internationalstandardbooknumber>9789860036701 ; 9860036705</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48876</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水利工程與防災技術資料庫建立之研究(1/3)－光碟版＝Creation of Database for Hydraulic Engineering and Disaster Prevention</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區因可用水資源短缺，地面水可靠度不穩定，在水資源總量管制與積極發展多元化水源之政策下，都市及工業區廢污水水量充足，且穩定性佳，可回收利用。本研究之目的係瞭解國內廢污水處理廠放流水質及微生物種類與含量，調查研究放流水水質改善方法與設備，並評估設備之適用性及其經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940018</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/8</date><governmentpublicationsnumber>1009403566</governmentpublicationsnumber><identifier>48877</identifier><internationalstandardbooknumber>9789860046274 ; 9860046277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48877</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>回收利用廢污水除菌及水質改善之研究(2/2)─光碟版=Removal of Micro-organism and Water Quality lmprovement Study for Waste Water Reuse(2/2)</title><yearidentifier>200510</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48880</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48880</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十一期）</title><yearidentifier>200606</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48881</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十二期）</title><yearidentifier>200606</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>啟宇工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090384</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/11</date><governmentpublicationsnumber>1010901905</governmentpublicationsnumber><identifier>89686</identifier><internationalstandardbooknumber>9789865330941 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89686</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108年用水統計年報彙編(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>啟宇工程顧問股份有限公司</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090384</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/11</date><governmentpublicationsnumber>1010901904</governmentpublicationsnumber><identifier>89688</identifier><internationalstandardbooknumber>9789865330934 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89688</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108年各標的用水統計年報</title><yearidentifier>202012</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090054</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/12</date><governmentpublicationsnumber>1010902390</governmentpublicationsnumber><identifier>89701</identifier><internationalstandardbooknumber>9789865331399 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89701</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>109</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川作業平台維護及精進計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司創景系統工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090317</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/13</date><governmentpublicationsnumber>1010902232</governmentpublicationsnumber><identifier>89705</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89705</librarycollectiondetailsurl><price>定價650</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年水情影像監視站維運管理與雲端平台服務計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>河川工程</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090248</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/14</date><governmentpublicationsnumber>1010902187</governmentpublicationsnumber><identifier>89717</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89717</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>109</publishrocyear><title>大漢溪武嶺橋河段動態監測與河道穩定策略工法(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>臺中海線地區因經濟發展與人口密度增加，不論是民生工業與農業用水量需求將持續成長，加上臺灣降雨時空分布不均，開發新水源不易。如何有效運用地面水與地下水資源的不同時空尺度之水文特性，以因應未來都市發展需求為重要的課題。因此，本計畫主要針對臺中海線地區地下水資源進行探討並加以歸納評析。由於該區地下水資源之文獻較為缺乏，但鄰近的臺中盆地區域地質構造推估其地下水資源豐沛，故透過考慮不同時空尺度地面水與地下水之關聯機制，運用整合性地面地下水模式，評估臺中海線地區於各種設定情境下，地面水文與地下水之影響。同時透過歷史水文資料的分析，歸納海線地區地下水文特性與空間分布，並結合現地地下水實際觀測值比對與數值模式演算，推求海線地區地下水井抽水量與地下水位洩降量之關係，瞭解海線地區地下水井對於抽水之敏感度分佈，進而提出各水井對應之運用機制及合理的使用與管制措施，作為後續海線地區地下水資源管理調配之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.86   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090264</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/15</date><governmentpublicationsnumber>1010901862</governmentpublicationsnumber><identifier>89727</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89727</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>臺中海線地區地下水資源綜合評估總報告(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水資源與農業研究院</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090321</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/15</date><governmentpublicationsnumber>1010902191</governmentpublicationsnumber><identifier>89731</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89731</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>水災開設及淹水警戒機制精進應用(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>啟宇工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090384</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/18</date><governmentpublicationsnumber>1010901905</governmentpublicationsnumber><identifier>89757</identifier><internationalstandardbooknumber>9789865330941 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89757</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108年用水統計年報彙編</title><yearidentifier>202012</yearidentifier></data><data><abstract>河川工程</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090248</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/18</date><governmentpublicationsnumber>1010902187</governmentpublicationsnumber><identifier>89765</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89765</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>109</publishrocyear><title>大漢溪武嶺橋河段動態監測與河道穩定策略工法</title><yearidentifier>202012</yearidentifier></data><data><abstract>為建立不同標的的地下水使用類別，先利用所建立的地下水人工場址案例，進行水位變動特徵分析與時空間抽水量分析等相關研究。再將前述人工場址所發展之時空間地下水抽水量推估方法，結合地下水水位網格推估結果以應用至整個濁水溪沖積扇計畫區。並依據整個濁水溪沖積扇計畫區地下水水位變動特徵分析的結果，擷取出主要的抽水特徵並予以分類，並根據地下水需求比例建立不同的用水標的之清冊，辨識不同產業可能的用水型態。基於所建立</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090263</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/19</date><governmentpublicationsnumber>1010902324</governmentpublicationsnumber><identifier>89783</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89783</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>應用AI與大數據分析評估各用水標的抽水量總報告(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>為建立不同標的的地下水使用類別，先利用所建立的地下水人工場址案例，進行水位變動特徵分析與時空間抽水量分析等相關研究。再將前述人工場址所發展之時空間地下水抽水量推估方法，結合地下水水位網格推估結果以應用至整個濁水溪沖積扇計畫區。並依據整個濁水溪沖積扇計畫區地下水水位變動特徵分析的結果，擷取出主要的抽水特徵並予以分類，並根據地下水需求比例建立不同的用水標的之清冊，辨識不同產業可能的用水型態。基於所建立</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090263</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/19</date><governmentpublicationsnumber>1010902324</governmentpublicationsnumber><identifier>89786</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89786</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>應用AI與大數據分析評估各用水標的抽水量總報告</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/19</date><governmentpublicationsnumber>1010902135</governmentpublicationsnumber><identifier>89788</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89788</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>多元水源智慧調控-3.巨量資料分析及動態調控模式(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/20</date><governmentpublicationsnumber>1010902135</governmentpublicationsnumber><identifier>89797</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89797</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>多元水源智慧調控-3.巨量資料分析及動態調控模式</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/20</date><governmentpublicationsnumber>1010902135</governmentpublicationsnumber><identifier>89798</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89798</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>多元水源智慧調控-3.巨量資料分析及動態調控模式(附錄)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090385</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/20</date><governmentpublicationsnumber>1010902262</governmentpublicationsnumber><identifier>89800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89800</librarycollectiondetailsurl><price>定價350</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>107~109年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(內附光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090319</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/20</date><governmentpublicationsnumber>1010902325</governmentpublicationsnumber><identifier>89806</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89806</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年水利署災害應變服務計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>臺中海線地區因經濟發展與人口密度增加，不論是民生工業與農業用水量需求將持續成長，加上臺灣降雨時空分布不均，開發新水源不易。如何有效運用地面水與地下水資源的不同時空尺度之水文特性，以因應未來都市發展需求為重要的課題。因此，本計畫主要針對臺中海線地區地下水資源進行探討並加以歸納評析。由於該區地下水資源之文獻較為缺乏，但鄰近的臺中盆地區域地質構造推估其地下水資源豐沛，故透過考慮不同時空尺度地面水與地下水之關聯機制，運用整合性地面地下水模式，評估臺中海線地區於各種設定情境下，地面水文與地下水之影響。同時透過歷史水文資料的分析，歸納海線地區地下水文特性與空間分布，並結合現地地下水實際觀測值比對與數值模式演算，推求海線地區地下水井抽水量與地下水位洩降量之關係，瞭解海線地區地下水井對於抽水之敏感度分佈，進而提出各水井對應之運用機制及合理的使用與管制措施，作為後續海線地區地下水資源管理調配之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090264</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/21</date><governmentpublicationsnumber>1010901862</governmentpublicationsnumber><identifier>89812</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89812</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>臺中海線地區地下水資源綜合評估總報告</title><yearidentifier>202012</yearidentifier></data><data><abstract>大型移動式抽水機是清除積淹水的重要應變工具，每當颱風豪雨發生時，為因應各地淹水情勢，靈活調度以求設備效能有效發揮，配合縣市政府間簽屬相互支援協定，尋求未積水水地區之抽水機支援。利用發展成熟之全球衛星定位系統結合無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。即時提供抽水機動向及勤務工作狀態並紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，倘因豪雨或颱風期間發生淹水災情時受災地區遍及全島地勢低漥區域，故掌握抽水機資訊以規劃調度救災搶險作業。近年來極端氣候發生機率大增，降雨型態多轉變成短延時高強度型態，此等降雨型態變化嚴重衝擊排水系統，降雨量於高於防洪標準情況下，常發生洪水宣洩不及造成區域淹水災害，故於易淹水地區治理計畫及流域綜合治理計畫之推動下建置排水系統防洪功能，已有效提高區域整體防洪保護能力，但仍無法抵禦極端氣候所引致強降雨於淹水事件，除固定式抽水站啟動抽排洪水入河海外，在颱洪災害中所夾帶過多地表逕流水無法處理時，則移動式抽水機成為非工程措施救災搶險工具。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為，因此，移動式抽水機於淹水災害發生時可否順利發揮功能為減少淹水損失甚為關鍵條件。移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化我國於淹水災害應變能量。本計畫係結合抽水機檢查作業、法規編纂、智慧調度系統、系統介接、操作維護手冊等工作。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為。又移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，導入智慧化管理，強化災中調度管理功能，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化動式抽水機管理調度效率及災害應變能量。爰此，本計畫擬由大型移動式抽水機平時保養維護、災前整體查檢及災中管理調度等面向之實務需求建立標準化之作業程序及操作表單，並就現行相關法規及規範進行檢視，再依實際需求進行編修。此外，為強化災中管理調度效率，將大型移動式抽水機GPS車機及導入智慧化管理，建立智慧管理資訊系統，強化災中調度管理功能。</abstract><author>國立雲林科技大學水土資源防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090325</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/21</date><governmentpublicationsnumber>1010902405</governmentpublicationsnumber><identifier>89824</identifier><internationalstandardbooknumber>9789865331528 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89824</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>大型移動式抽水機維護管理及調度功能精進計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract>本計畫將新竹地區整體水資源調?之角?進?考?，釐清各項水源的時空分布及豐枯期的供需現況與預期發展。為避免新竹地區用水短缺，探討新竹地區地下水資源之最適開發區位及供水方式，以規劃適宜開發區位抽取水源，就常態及備援等情境進?考?。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090422</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902311</governmentpublicationsnumber><identifier>89849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89849</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>新竹地區地下水可利用量補充調查規劃</title><yearidentifier>202012</yearidentifier></data><data><abstract>本計畫將新竹地區整體水資源調?之角?進?考?，釐清各項水源的時空分布及豐枯期的供需現況與預期發展。為避免新竹地區用水短缺，探討新竹地區地下水資源之最適開發區位及供水方式，以規劃適宜開發區位抽取水源，就常態及備援等情境進?考?。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090422</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902311</governmentpublicationsnumber><identifier>89850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89850</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>新竹地區地下水可利用量補充調查規劃(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>淡江大學學校財團法人淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090316</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902231</governmentpublicationsnumber><identifier>89851</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89851</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>整合物聯網監測資料與機器學習技術建置智慧城市淹水預報系統</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>淡江大學學校財團法人淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090316</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902231</governmentpublicationsnumber><identifier>89852</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89852</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>整合物聯網監測資料與機器學習技術建置智慧城市淹水預報系統(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司創景系統工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090317</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902232</governmentpublicationsnumber><identifier>89853</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89853</librarycollectiondetailsurl><price>定價650</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年水情影像監視站維運管理與雲端平台服務計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090314</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902146</governmentpublicationsnumber><identifier>89854</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89854</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年洪水預警服務支援及智慧防汛系統研發應用</title><yearidentifier>202012</yearidentifier></data><data><abstract>大型移動式抽水機是清除積淹水的重要應變工具，每當颱風豪雨發生時，為因應各地淹水情勢，靈活調度以求設備效能有效發揮，配合縣市政府間簽屬相互支援協定，尋求未積水水地區之抽水機支援。利用發展成熟之全球衛星定位系統結合無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。即時提供抽水機動向及勤務工作狀態並紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，倘因豪雨或颱風期間發生淹水災情時受災地區遍及全島地勢低漥區域，故掌握抽水機資訊以規劃調度救災搶險作業。近年來極端氣候發生機率大增，降雨型態多轉變成短延時高強度型態，此等降雨型態變化嚴重衝擊排水系統，降雨量於高於防洪標準情況下，常發生洪水宣洩不及造成區域淹水災害，故於易淹水地區治理計畫及流域綜合治理計畫之推動下建置排水系統防洪功能，已有效提高區域整體防洪保護能力，但仍無法抵禦極端氣候所引致強降雨於淹水事件，除固定式抽水站啟動抽排洪水入河海外，在颱洪災害中所夾帶過多地表逕流水無法處理時，則移動式抽水機成為非工程措施救災搶險工具。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為，因此，移動式抽水機於淹水災害發生時可否順利發揮功能為減少淹水損失甚為關鍵條件。移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化我國於淹水災害應變能量。本計畫係結合抽水機檢查作業、法規編纂、智慧調度系統、系統介接、操作維護手冊等工作。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為。又移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，導入智慧化管理，強化災中調度管理功能，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化動式抽水機管理調度效率及災害應變能量。爰此，本計畫擬由大型移動式抽水機平時保養維護、災前整體查檢及災中管理調度等面向之實務需求建立標準化之作業程序及操作表單，並就現行相關法規及規範進行檢視，再依實際需求進行編修。此外，為強化災中管理調度效率，將大型移動式抽水機GPS車機及導入智慧化管理，建立智慧管理資訊系統，強化災中調度管理功能。</abstract><author>國立雲林科技大學水土資源防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090325</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902405</governmentpublicationsnumber><identifier>89855</identifier><internationalstandardbooknumber>9789865331528 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89855</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>大型移動式抽水機維護管理及調度功能精進計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090314</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902146</governmentpublicationsnumber><identifier>89856</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89856</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年洪水預警服務支援及智慧防汛系統研發應用(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090315</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902361</governmentpublicationsnumber><identifier>89857</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89857</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年智慧應答機器人研發(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090315</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902361</governmentpublicationsnumber><identifier>89858</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89858</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年智慧應答機器人研發</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090328</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902297</governmentpublicationsnumber><identifier>89859</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89859</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年人工增雨計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090328</commissionedprojectidentifier><currency>NT$</currency><date>2021/1/25</date><governmentpublicationsnumber>1010902297</governmentpublicationsnumber><identifier>89860</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89860</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年人工增雨計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> 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</abstract><author>財團法人中華經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090363</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902299</governmentpublicationsnumber><identifier>89970</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89970</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>水利產業市場調查研析計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人中華經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090363</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902299</governmentpublicationsnumber><identifier>89971</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89971</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>水利產業市場調查研析計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090361</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902298</governmentpublicationsnumber><identifier>89972</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89972</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>再生水利用促動與技術服務之研究(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090361</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902298</governmentpublicationsnumber><identifier>89973</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89973</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>再生水利用促動與技術服務之研究</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090351</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902302</governmentpublicationsnumber><identifier>89974</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89974</librarycollectiondetailsurl><price>定價350</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>「再生水成本組成及定價之研究」(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090351</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/1</date><governmentpublicationsnumber>1010902302</governmentpublicationsnumber><identifier>89975</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89975</librarycollectiondetailsurl><price>定價350</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>「再生水成本組成及定價之研究」</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010701788</governmentpublicationsnumber><identifier>89976</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89976</librarycollectiondetailsurl><price> </price><publisher>桃園市政府水務局</publisher><publishrocyear>107</publishrocyear><title>大漢溪水紋巡禮</title><yearidentifier>201810</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010901513</governmentpublicationsnumber><identifier>89978</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89978</librarycollectiondetailsurl><price>400</price><publisher>桃園市政府水務局</publisher><publishrocyear>109</publishrocyear><title>流與變:打開故事的老街溪.Ⅰ:上游-溯源,探尋水文的歷史記憶</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010901514</governmentpublicationsnumber><identifier>89979</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89979</librarycollectiondetailsurl><price>400</price><publisher>桃園市政府水務局</publisher><publishrocyear>109</publishrocyear><title>流與變:打開故事的老街溪.Ⅱ:中游-打開,人水互動的跌宕歲月</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090411</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010902174</governmentpublicationsnumber><identifier>89981</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89981</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>因應極端氣候之水韌性提升與推動(2/2)(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090411</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010902174</governmentpublicationsnumber><identifier>89982</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89982</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>因應極端氣候之水韌性提升與推動(2/2)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090350</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010902294</governmentpublicationsnumber><identifier>89983</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89983</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>因應氣候變遷之海岸風險評估(2/2)(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090350</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010902294</governmentpublicationsnumber><identifier>89984</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89984</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>因應氣候變遷之海岸風險評估(2/2)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090109</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/2</date><governmentpublicationsnumber>1010901810</governmentpublicationsnumber><identifier>89985</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89985</librarycollectiondetailsurl><price>定價650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>109</publishrocyear><title>109年度「高屏溪流域河川水質採樣檢測分析」工作計畫(含光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090281</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/3</date><governmentpublicationsnumber>1010901963</governmentpublicationsnumber><identifier>89993</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89993</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>精進水庫集水區長期雨量預報暨科學化流量預報(光碟版)</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090281</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/3</date><governmentpublicationsnumber>1010901963</governmentpublicationsnumber><identifier>89994</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_89994</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>精進水庫集水區長期雨量預報暨科學化流量預報</title><yearidentifier>202011</yearidentifier></data><data><abstract>本計畫第一年度(108年)，透過盤點評估後龍溪、烏溪主流、烏溪支流(北港溪、南港溪、眉溪)較合適之河段區位，進行地下水平衡分析，並擇選較佳位置進?地下水補注方案規劃檢討。    而第二年度(109年)，配合未來雲林地層下陷區防治計畫目標(109年度地下水保育管理暨地層下陷防治第3期計畫(110~113年))，評估區域為北港溪流域(北港溪及虎尾溪)，於地層下陷區域進行地下水補注之探討。第二年度除承襲第一年精神外並配合地層下陷防治，採取兩面向進行地下水資源保育，進而有效抬升地下水位，延緩雲林中部區域(虎尾、土庫、元長、大埤等地區)之地層下陷，進而有效抬升該地層下陷區域指標井之地下水位，達到地下水保育之目標。</abstract><author>睿泰工程顧問有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090265</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/5</date><governmentpublicationsnumber>1010902205</governmentpublicationsnumber><identifier>90010</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90010</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>中南部地區河川中上游作為地下水補注場址調查及規劃總報告(內附光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract>臺灣西部平原地區由於經濟快速發展，水資源需求大幅增加，加上地下水取用方便，使得西部平原區超抽地下水的情形普遍，導致發生地層下陷問題，其中又以雲林地區最為嚴重。經濟部水利署過去已於雲林地區設置有多元化監測系統（包括GPS固定站、水準測量監測網、地陷監測井、深層水準樁與地下水位站），分別從空中、地面與地下不同面向監測地層下陷之行為。     透過近5年水準測量與地層下陷監測井成果進行時間序列差異分析顯示，在雲林縣土庫鎮、虎尾鎮與元長鄉300公尺以下地層仍有壓縮情況發生，經推估土庫國中站300公尺以下壓縮量持續發生且較為明顯，因此本計畫於土庫國中進行400公尺鑽探取樣與設置400公尺自動化量測深層水準樁，利用鑽探取樣資料了解該地區的地質狀況，並透過多元化地層下陷監測系統進行綜合性比對、分析地層各深度精確時序的變化量，進一步確認300公尺深度以下之地層的壓縮情況，另外再建立土壤壓密模式，模擬地層中各分層的壓縮量。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/2/5</date><governmentpublicationsnumber>1010902261</governmentpublicationsnumber><identifier>90016</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90016</librarycollectiondetailsurl><price>定價900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>雲林地區新建400m深層樁與資料加值應用(內附光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>準線智慧科技股份有限公司創景系統工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090317</commissionedprojectidentifier><currency>NT$</currency><date>2021/2/8</date><governmentpublicationsnumber>1010902232</governmentpublicationsnumber><identifier>90018</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90018</librarycollectiondetailsurl><price>定價650</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年水情影像監視站維運管理與雲端平台服務計畫附件(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61   554.61.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080368</commissionedprojectidentifier><currency>NT$</currency><date>2021/3/24</date><governmentpublicationsnumber>1010902524</governmentpublicationsnumber><identifier>90147</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90147</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水資源物聯網作業管理與規範導入計畫成果報告書(光碟版)</title><yearidentifier>202101</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080368</commissionedprojectidentifier><currency>NT$</currency><date>2021/3/25</date><governmentpublicationsnumber>1010902524</governmentpublicationsnumber><identifier>90158</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90158</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水資源物聯網作業管理與規範導入計畫成果報告書</title><yearidentifier>202101</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090142</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/13</date><governmentpublicationsnumber>1011000238</governmentpublicationsnumber><identifier>90235</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90235</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>110</publishrocyear><title>109年度斗六堰魚道功能監測及水域生態監測成果報告(光碟版)</title><yearidentifier>202102</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090142</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/13</date><governmentpublicationsnumber>1011000238</governmentpublicationsnumber><identifier>90236</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90236</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>110</publishrocyear><title>109年度斗六堰魚道功能監測及水域生態監測成果報告</title><yearidentifier>202102</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090142</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/13</date><governmentpublicationsnumber>1011000237</governmentpublicationsnumber><identifier>90237</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90237</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>110</publishrocyear><title>109年度集集攔河堰監測及安全檢查-環境生態監測成果報告(光碟版)</title><yearidentifier>202102</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090142</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/13</date><governmentpublicationsnumber>1011000237</governmentpublicationsnumber><identifier>90238</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90238</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>110</publishrocyear><title>109年度集集攔河堰監測及安全檢查-環境生態監測成果報告</title><yearidentifier>202102</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090324</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1011000285</governmentpublicationsnumber><identifier>90269</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90269</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年全民自主防災能力提升及精進計畫成果報告書(光碟版)</title><yearidentifier>202103</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090324</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1011000285</governmentpublicationsnumber><identifier>90270</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90270</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年全民自主防災能力提升及精進計畫成果報告書</title><yearidentifier>202103</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090301</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1010902246</governmentpublicationsnumber><identifier>90271</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90271</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(3/3)(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090301</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1010902246</governmentpublicationsnumber><identifier>90272</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90272</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(3/3)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090303</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1010902234</governmentpublicationsnumber><identifier>90273</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90273</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年自來水技術人員考驗計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090303</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/20</date><governmentpublicationsnumber>1010902234</governmentpublicationsnumber><identifier>90274</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90274</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年自來水技術人員考驗計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>風雲科技文創股份有限公司</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/4/27</date><governmentpublicationsnumber>1010802477</governmentpublicationsnumber><identifier>90309</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90309</librarycollectiondetailsurl><price>新台幣100元</price><publisher>文化部文化資產局</publisher><publishrocyear>108</publishrocyear><title>108年度古蹟‧歷史建築‧紀念建築管理維護優良個案輯(內附光碟)</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090054</commissionedprojectidentifier><currency>NT$</currency><date>2021/4/30</date><governmentpublicationsnumber>1010902390</governmentpublicationsnumber><identifier>90348</identifier><internationalstandardbooknumber>9789865331399 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90348</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>109</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川作業平台維護及精進計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2021/5/10</date><governmentpublicationsnumber>1010902135</governmentpublicationsnumber><identifier>90383</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90383</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>多元水源智慧調控-3.巨量資料分析及動態調控模式(內附光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/6/2</date><governmentpublicationsnumber>1011000358</governmentpublicationsnumber><identifier>90485</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90485</librarycollectiondetailsurl><price>定價220</price><publisher>臺中市政府</publisher><publishrocyear>110</publishrocyear><title>城中之河漫步風華再現的綠川</title><yearidentifier>202104</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2021/6/7</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>90518</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90518</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河相學應用於河川治理規劃參考手冊(草案)= Handbook for Applying Fluvial Geomorphology in Flood Control Planning</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第3期計畫目的係針對卵、礫石及砂質河床，進行75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到60度~75度斜向流衝擊下，以異型塊做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/7/12</date><governmentpublicationsnumber>1011000482</governmentpublicationsnumber><identifier>90594</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90594</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第3期)(內附光碟)</title><yearidentifier>202104</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第3期計畫目的係針對卵、礫石及砂質河床，進行75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到60度~75度斜向流衝擊下，以異型塊做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/7/12</date><governmentpublicationsnumber>1011000482</governmentpublicationsnumber><identifier>90595</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90595</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第3期)(光碟版)</title><yearidentifier>202104</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本計畫目的係針對卵、礫石及砂質河床，進行30度、60度、75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，經過檢定及驗證後，提出通用斜向流攻角之無因次基腳保護布置橫斷面積經驗式，並以異型塊做為基腳保護工時之建議布置方式。以上相關試驗分析成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/7/12</date><governmentpublicationsnumber>1011000483</governmentpublicationsnumber><identifier>90596</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90596</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(總報告)(內附光碟)</title><yearidentifier>202104</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本計畫目的係針對卵、礫石及砂質河床，進行30度、60度、75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，經過檢定及驗證後，提出通用斜向流攻角之無因次基腳保護布置橫斷面積經驗式，並以異型塊做為基腳保護工時之建議布置方式。以上相關試驗分析成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/7/12</date><governmentpublicationsnumber>1011000483</governmentpublicationsnumber><identifier>90597</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90597</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(總報告)(光碟版)</title><yearidentifier>202104</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6   443.6.202108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/8/12</date><governmentpublicationsnumber>1011000954</governmentpublicationsnumber><identifier>90640</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90640</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>中華民國109年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>202108</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室編著</author><categoryidentifier>443.6   443.6.202108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/8/17</date><governmentpublicationsnumber>1011000954</governmentpublicationsnumber><identifier>90653</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90653</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>中華民國109年度各直轄市、縣市重要水利統計指標分析(光碟版)</title><yearidentifier>202108</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室編著</author><categoryidentifier>443.6.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/8/18</date><governmentpublicationsnumber>1011000907</governmentpublicationsnumber><identifier>90654</identifier><internationalstandardbooknumber>978-986-533-191-7</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90654</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>中華民國109年水利統計</title><yearidentifier>202108</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6   443.6.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/8/18</date><governmentpublicationsnumber>1011000907</governmentpublicationsnumber><identifier>90655</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90655</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>中華民國109年水利統計(光碟版)</title><yearidentifier>202108</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/9/8</date><governmentpublicationsnumber>1011001069</governmentpublicationsnumber><identifier>90706</identifier><internationalstandardbooknumber>9789865331948 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90706</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>110</publishrocyear><title>109年度砂土石產銷調查報告</title><yearidentifier>202107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/9/8</date><governmentpublicationsnumber>1010900900</governmentpublicationsnumber><identifier>90707</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90707</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>110</publishrocyear><title>108年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2021/9/10</date><governmentpublicationsnumber>1010802534</governmentpublicationsnumber><identifier>90735</identifier><internationalstandardbooknumber>9789865330576 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_90735</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>110</publishrocyear><title>108年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office. Water Resources Agency Ministry of Economic Affairs. 2017 Statistics Yearbook.</title><yearidentifier>202107</yearidentifier></data><data><abstract>現行河川管理等級以水系為劃分單元。早期我國河川等級區分為主要河川、次要河川、普通河川，後依據河川管理辦法劃分為中央管河川、直轄市管河川及縣(市) 管河川。目前縣(市)管河川防洪保護等級並無統一規範，現行河川治理規劃所依據之縣(市)管河川防洪保護等級乃依循過去標準而來。本計畫將就過去與現行縣(市)管河川防洪保護等級劃分進行檢討，研究縣(市)管河川防洪保護等級調整評估原則，分析縣(市)管河川等級調整之配合措施並探討如何將之法制化的行政程序。供縣(市)管河川保護等級調整政策參考，並供水利工程人員規劃及設計參考，且針對縣(市)管河川管理等級調整評估原則進行研究，並探討法制化之行政程序</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-C-01040-001-115</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/1</date><governmentpublicationsnumber>1000256490</governmentpublicationsnumber><identifier>96302</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96302</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究(光碟版)=A Study on The Level adjustment Rules of Rivers Governed by County Government</title><yearidentifier>201205</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/15</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>96309</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96309</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)--光碟版=The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/17</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>96310</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96310</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫系統操作手冊(光碟版)=Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010124</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/21</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>96311</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96311</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)計畫成果資料--光碟版=Development of hydrological and hydraulic analysis system for integrated basin managment of major rivers in Taiwan (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於全球氣候變遷的影響，災害發生頻率持續升高、規模及範圍也不斷擴大，因此水災災害若能預先分析研判災害情勢，乃至能在水患發生前發佈預警，將能提早進行因應措施以降低災害損失，本計畫收集國內外洪水預報系統發展現況，對於各國或臺灣已開發相關洪水預報系統進行綜合評估，同時評估各種水文水理模式在一河局轄區的適用性，並且參考近年來各河川局實際應用之洪水預報系統作業模式，規劃一河局轄區洪水預報系統軟硬體設備、資料庫、更新維護以及與宜蘭縣政府配合的方式，並提出未來短中長期預報系統建置、維護及更新的構想與經費需求。</abstract><author>多釆工程顧問有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/10/22</date><governmentpublicationsnumber>1010103243</governmentpublicationsnumber><identifier>96315</identifier><internationalstandardbooknumber>9789860351576 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96315</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>一河局轄區洪水預報系統建立之先期規劃-成果資料(光碟版)=Flood Forecasting System Planning Project under the Jurisdiction of the First River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010378</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/22</date><governmentpublicationsnumber>1010102826</governmentpublicationsnumber><identifier>96317</identifier><internationalstandardbooknumber>9789860346756 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96317</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>國家級防災監測及模式測試基地建置(1/3)成果資料--光碟版=Setup of national base for disaster prevention monitoring and model testing (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>美福排水係屬蘭陽溪水系宜蘭河之支流，屬平原地形，其中台9線以東地區高程介於0~2m間，大部分位於低窪易淹水地區，本計畫將以美福排水集水區為範圍建置地表數值高程模型(DEM)資料，並透過淹水數值模式模擬分析淹水狀況，再配合本局100年度「宜蘭縣自計式水位監測系統設立與淹水災損地理資訊系統整合規劃」計畫委託案之淹水分析成果進行驗證，另配合即時雨量資訊及水災潛勢分析，使淹水監測具有預警功能，以利颱洪時掌控即時資訊與研判淹水災情，可搭配宜蘭縣水災保全計畫以提供緊急應變中心水災應變決策之最佳參考</abstract><author>國立宜蘭大學</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010350</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/23</date><governmentpublicationsnumber>1010103267</governmentpublicationsnumber><identifier>96318</identifier><internationalstandardbooknumber>9789860351958 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96318</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>蘭陽溪流域淹水範圍監測系統建置計畫(光碟版)=Planning and construction of geographic information system for flood assessment in Lan-Yang River</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2024/10/24</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>96320</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96320</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)控制測量及海岸地形水深測量成果報告(附冊)--光碟版=Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>375.233</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/10/29</date><governmentpublicationsnumber>1011301122</governmentpublicationsnumber><identifier>96327</identifier><internationalstandardbooknumber>978-986-533-454-3</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96327</librarycollectiondetailsurl><price> </price><publisher>水利署北水特分署</publisher><publishrocyear>113</publishrocyear><title>珍稀植物揭秘: 臺北水源特定區植物風采(內附光碟)</title><yearidentifier>202409</yearidentifier></data><data><abstract>蘇澳地區因地勢低窪，遇豪大雨即易造成淹水災害， 99 年梅姬颱風之東北季風共伴效應產生高強度、長延時降雨，造成蘇澳地區嚴重淹水，為改善水患，經濟部水利署水利規劃試驗所(以下簡稱本所)於 100 年辦理蘇澳溪治理規劃，依易淹水標準對整體改善方案已初步完成規劃，但因地方人士認為分洪隧道之實施有其迫切性及需要，爰成立本計畫，規劃之成果將提供主管機關修正原治理基本計畫及未來工程實施之參考依據，期能減緩本地區之淹水災害。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/11/1</date><governmentpublicationsnumber>1010202110</governmentpublicationsnumber><identifier>96329</identifier><internationalstandardbooknumber>9789860381757 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96329</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫第三階段實施計畫-縣管河川蘇澳溪水系分洪道規劃--成果資料光碟=Regulation Project of Flood-prone Areas the Third Stage Practicing Plan A Diversion Plan of Yilan County-Governed Su-Ao River  Basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2024/11/4</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>96330</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96330</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業--成果資料光碟=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>行政院秘書處</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/4/8</date><governmentpublicationsnumber>1009400071</governmentpublicationsnumber><identifier>45560</identifier><internationalstandardbooknumber>9789570197686 ; 9570197684</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_45560</librarycollectiondetailsurl><price>80</price><publisher> </publisher><publishrocyear>94</publishrocyear><title>文書處理手冊</title><yearidentifier>200503</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2024/12/6</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>96362</identifier><internationalstandardbooknumber>9789860394887 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96362</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>宜蘭河下游淹水範圍監測模型提昇計畫成果報告書(光碟版)=Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫整合多種衛星遙測資料，並結合理論模型和深度學習，期快速且有效提取時空水文及水資源資訊。透過建構多元遙測與空間資訊應用展示介面，以測試場域之案例實證為基礎，研發模組化工具並擴大測試於氣象水文、水資源管理、農業用水、揚塵防治或集水區監測等應用領域。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100287</commissionedprojectidentifier><currency>NT$</currency><date>2025/1/9</date><governmentpublicationsnumber>1011301867</governmentpublicationsnumber><identifier>96411</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96411</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>113</publishrocyear><title>多元遙測與空間資訊整合應用</title><yearidentifier>202412</yearidentifier></data><data><abstract>各標的的用水情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，將水資源依用水標的分為生活用水、工業用水及農業用水(包含灌溉用水、養殖用水及畜牧用水)；供水來源主要為地面水(水庫水、河川水)、地下水，及其它供水來源(如再生水廠、海水淡化、境外引水、抗旱水井抽水及簡易自來水系統等)；此用水統計報告並依用水型態及各分區(北、中、南、東及離島)劃分進行統計。用水年報依據用水型態進行呈現，包括：「各標的用水統計報告」、「生活用水量統計報告」、「工業用水量統計報告」、「農業用水量統計報告」、「各區域縣市用水量分析」及「蓄水設施水量營運統計報告」，並更新「各項用水統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。近年來氣候變遷甚鉅，為因應氣候不穩定可能帶來旱情，水利署不斷尋找多元水資源開發應用情勢變化，而水資源管理亦日趨精緻化，藉由112年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1130003</commissionedprojectidentifier><currency>NT$</currency><date>2025/1/13</date><governmentpublicationsnumber>1011301920</governmentpublicationsnumber><identifier>96434</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96434</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>112用水統計年報彙編(光碟版)</title><yearidentifier>202412</yearidentifier></data><data><abstract>水 資源依用標的分為生活、工業及農水 資源依用標的分為生活、工業及農水 資源依用標的分為生活、工業及農水 資源依用標的分為生活、工業及農(包含灌溉用水、畜 包含灌溉用水、畜 牧用水 及養殖牧用水 及養殖牧用水 及養殖)；供水 來源主要為地面；供水 來源主要為地面；供水 來源主要為地面；供水 來源主要為地面；供水 來源主要為地面(河川水 、庫河川水 、庫河川水 、庫河川水 、庫)、地下水，及其它 、地下水，及其它 、地下水，及其它 、地下水，及其它 、地下水，及其它 、地下水，及其它 供水來源 (如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 如再生水廠、海淡化境外引抗旱井抽及簡易自來系統 等)；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 ；此用水統計報告並依型態及各分區 (北、中南東及離島 北、中南東及離島 北、中南東及離島 北、中南東及離島 北、中南東及離島 北、中南東及離島 北、中南東及離島 北、中南東及離島 )劃分進行統 劃分進行統 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 計。用水年報依據型態進行呈現，包括： 「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活「各標的用 水統計報告」、生活水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用水量統計報告」、 「工業用「農業用水量統計報告」、 「農業用水量統計報告」、 「農業用水量統計報告」、 「農業用水量統計報告」、 「農業用水量統計報告」、 「農業用水量統計報告」、 「各區域縣市 「各區域縣市 「各區域縣市 用水量分析」及 用水量分析」及 用水量分析」及 「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫「蓄水設施量營運統計報告」 ，並更新各項用資料庫提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 提供社會大眾、政府機關及學術單位數化網路諮詢服務。水利署為此 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 項寶貴資訊，固定每年出版用水統計報告。近來氣候變遷甚 鉅，為因應氣候不 ，為因應氣候不 ，為因應氣候不 ，為因應氣候不 穩定可能帶來旱情，水利署 穩定可能帶來旱情，水利署 穩定可能帶來旱情，水利署 穩定可能帶來旱情，水利署 穩定可能帶來旱情，水利署 積極 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 尋找多元水資源開發應用情勢變化，而管 理亦日趨精緻化，藉由 理亦日趨精緻化，藉由 理亦日趨精緻化，藉由 理亦日趨精緻化，藉由 112年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 年各標的用水量及源來透過有限資料進行統計 估算，以作為水資源規劃管理參據。 估算，以作為水資源規劃管理參據。 估算，以作為水資源規劃管理參據。 估算，以作為水資源規劃管理參據。 估算，以作為水資源規劃管理參據。 估算，以作為水資源規劃管理參據。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWA1130003</commissionedprojectidentifier><currency>NT$</currency><date>2025/1/13</date><governmentpublicationsnumber>1011301925</governmentpublicationsnumber><identifier>96436</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96436</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>112年各標的用水統計年報(光碟版)</title><yearidentifier>202412</yearidentifier></data><data><abstract>本計畫旨在透過藍電能源技術盤點與應用案例分析、結合鹵水資源的再利用，並完成其發展適用性評析，探究藍電能源技術在台灣再生能源發展的應用潛力，達成鹵水資源再利用轉化為再生能源之先期評估計畫目標。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2025/1/14</date><governmentpublicationsnumber>1011301766</governmentpublicationsnumber><identifier>96443</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96443</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>113</publishrocyear><title>海淡鹵水藍電能源技術先期研究評估成果報告書(修正稿)</title><yearidentifier>202412</yearidentifier></data><data><abstract>經濟部水利署為有效監測地層下陷行為， 持續減緩地層下陷之發 生，藉由設置多元化監測系統（ 包括GNSS 固定站、水準測量監測網、 磁感應環分層式地層下陷監測井、深層水準樁與地下水位監測站），分 別從空中、地面與地下不同面向監測地層下陷之行為。本計畫依據「地 下水保育管理暨地層下陷防治第3 期計畫（ 110～ 113 年）」，繼續在 彰化與雲林等地層下陷區以多元化監測及整合技術進行地層下陷之嚴 密監測， 並整合上述資料針對新興異常地區與顯著沉陷區進行下陷機 制之分析與探討， 上述相關監測數據與分析成果， 未來將作為地下水 保育管理計畫與防範地層下陷之重要參考依據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1130229</commissionedprojectidentifier><currency>NT$</currency><date>2025/1/21</date><governmentpublicationsnumber>1011301934</governmentpublicationsnumber><identifier>96469</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96469</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>113年彰化與雲林地區地層下陷監測及分析(光碟版)</title><yearidentifier>202412</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/20</date><governmentpublicationsnumber>1011300877</governmentpublicationsnumber><identifier>96238</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96238</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>中華民國112年水利統計</title><yearidentifier>202408</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/20</date><governmentpublicationsnumber>1011300877</governmentpublicationsnumber><identifier>96239</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96239</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>中華民國112年水利統計(光碟版)</title><yearidentifier>202408</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/21</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>96240</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96240</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(1/2)--光碟版=Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/21</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>96243</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96243</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告(光碟版)=The Application of Porous Concrete on River Engineering</title><yearidentifier>201012</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/21</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>96244</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96244</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護(光碟版)=The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/21</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>96245</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96245</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)(內附光碟)=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/22</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>96246</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96246</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告(光碟版)=The As-Build Report for The Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>流變試驗測定相關河川流變參數，由水槽試驗結果解析高含砂水流挾砂能力經驗式，動床數值模式發展修正後，實際應用於東埔蚋溪及濁水溪，分析相關災害機制。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/23</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>96247</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96247</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(2/2)--光碟版=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。二、數模檢定驗證與敏感度分析本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。三、水工模型試驗之案例模擬考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。四、丁埧、舊港島導流工之布置方案模擬研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。五、長期穩定模擬與可能改善評估在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/23</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>96248</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96248</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫(數模)光碟電子書--光碟版=Laboratory Study on Estuary Engineering Layout of Touchien River ( Numerical Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應全球氣候及大環境之變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之綜合需求，並且落實生物多樣性，遵循自然法則，以確保河川環境之永續發展。且經地方多次反應，濁水溪北岸溪州鄉河段之堤防及高灘地需結合該河段之環境特性，並呼應地方需求，使該區段能在確保河防安全原則下，亦能改善河川環境、創造優質的河岸空間，以達到「人文」、「景觀」、「生態」及「遊憩」機能之願景，並兼具河防安全爰提出本計畫。計畫目標如下：（一）在防洪安全無虞前提下，以地方之人文與產業特色為規劃主軸，打造濁水溪北岸溪州鄉河段一處兼顧環境景觀與遊憩機能之公共休憩空間。（二）配合河川特性並兼具其生態功能，利用高灘地的閒置空間來營造生物棲地，提供水生動植物一個復育空間，並創造濁水溪一段可供民眾親近與生態教育之河川環境。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990401</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/23</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>96253</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96253</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸(溪州鄉河段)水岸整建及景觀規劃設計3D動畫成果(光碟版)=The plan of environmental construction in north side of Jhuoshuei river (the section of Hsichou township)</title><yearidentifier>201012</yearidentifier></data><data><abstract>花蓮溪水系於民國8年開始辦理測量調查，至民國22年完成初步計畫。治理規劃報告完成於民國78年，民國80年奉經濟部核定並經省府公告花蓮溪水系治理基本計畫，主要包括花蓮溪主流、木瓜溪、壽豐溪、萬里溪、馬鞍溪及光復溪等。民國86年由台灣省水利局規劃總隊辦理「花蓮溪治理規劃檢討」(壽豐溪匯流口至河口段)。民國87年完成花蓮溪水系治理基本計畫(負斷面一至斷面六)。經年已久相關地形、地貌、水文條件已有改變且經歷多次颱風豪雨災害，考量近年氣候變遷之調適，前所規劃成果堤防預定線已不符現況，需要重新檢討以為後續治理工程施作依據。本計畫範圍包含花蓮溪主流、主要支流(木瓜溪、壽豐溪、萬里溪、馬鞍溪、光復溪)及次要支流(荖溪、南清水溪及馬佛溪)等。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000299</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/10</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>96266</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96266</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討(2/3)成果報告(光碟版)=Review on Hualien River Improvement Plan (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫?計實際效?低於?計成本，且其?本比較低，但計畫實際實施後 可保護瀕?海岸後側崩塌潛能高之海岸長?2000 公尺，對海岸後側土地之?用 與居民生命財產安全有莫大助?，基於海岸交通、觀光?遊及平衡東西部發展 之社會評價整體考?，本計畫有實施之需要。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/10</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>96267</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96267</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(3/3)--光碟版=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經濟部水利署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行檢討並提出改善建議，包含該系統應採動態資料庫還原天然流量計算功能、水權機制檢核應考量水庫蓄水、水力發電及越域引水等引水狀況、建立下游既有水權逐筆檢核功能等。此外，人機介面亦應考量以地理資訊系統（GIS作業）平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務。本計畫依據流量站區域分析成果，選定大安溪/大甲溪為研究案例，本區域內有23站特性相似，可用以建立流量推估模式。選定之流量站透過蒐集之取水與坐標等資料，進行天然流量還原工作，並經資料品質分析，選擇建構流量推估模式之流量站與資料紀錄期間。未設站位置流量推估模式比較既有「地面水潛能水量計算系統」採用之克利金區域分析模式，及迴歸分析模式、物理模式(TOPMODEL)後，建議在一般測站密度充足的區域採「克利金區域分析模式」，而在部分水權申請及管理之重點流域或測站數密度不足的區域則可採「地形指數模式」予以輔助推估。透過前述蒐集之坐標資料及本計畫建構之水權檢核模組等程式，本計畫今年完成大安溪「地面水可用水量計算資訊系統」之開發，並研提未來全台各河川建置本系統之工作規劃。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000109</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/12</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>96270</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96270</librarycollectiondetailsurl><price>定價380</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)--光碟版=Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，921大地震車籠埔斷層將石岡壩附近河床抬升，造成其上游河床逐漸淤高，下游跌水位能驟增、沖刷勢能變強，致河床護甲層卵礫石起動運移，河床下降而泥岩、頁岩裸露，已危及壩體及橋樑安全。故本計畫選定石岡壩下?至河口為工作範圍，進行輸砂試驗研究。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/23</date><governmentpublicationsnumber>1009904312</governmentpublicationsnumber><identifier>96284</identifier><internationalstandardbooknumber>9789860258882 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96284</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究總報告(光碟版)=Field Study of Sediment Transport Characteristics for Dajia River</title><yearidentifier>201012</yearidentifier></data><data><abstract>將就過去與現行河川等級劃分進行檢討，並依不同河川等級擬定新的防洪保護標準及出水高，並以此供檢討修正現行「水利建造物設計基準草案」之參考, 並探討如何將之法制化的行政程序。本研究將擬定新的河川防洪設計保護等級區分評分準則表，將全國所有河川重新劃分保護等級訂定保護標準，以供水利工程人員規劃及設計參考.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>099-C-01040-001-260</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/24</date><governmentpublicationsnumber>1010000078</governmentpublicationsnumber><identifier>96285</identifier><internationalstandardbooknumber>9789860267105 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96285</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>中央管河川防洪設計保護標準研究(光碟版)=A Study on The Flood Protecting Standard of Rivers Governed By Central Goverment</title><yearidentifier>201102</yearidentifier></data><data><abstract>在民國93年艾利颱風時，南桃園穩定供水情況因原水高濁度而受到重創，其後增建了石門水庫增設取水工，以期能於颱洪期間取得石門水庫表層低濁度原水。惟依據93年艾利颱風後迄今共7年內實際濁度監測資料顯示，已有3年度發生表層原水濁度超過4,000NTU之情況(註：93年艾利颱風、94年馬莎颱風及96年柯羅莎颱風)，此將超過南桃園主要淨水場之濁度處理能力(註：龍潭場&amp;lt;1,000NTU、平鎮場&amp;lt;4,000NTU)。雖然在「石門水庫及其集水區整治計畫」內各項改善工程，包含電廠防淤及永久河道放水口(PRO)改善工程、石門水庫防洪防淤隧道工程等完成後，將可降低壩區表層原水濁度達一定程度，惟另考量未來氣候異常之變化及水文不確性，石門水庫集水區仍可能發生如莫拉克等級颱風而造成大量土砂入庫，及隨水庫營運年限拉長而壩區淤積日愈上升時等狀況，壩區表層原水濁度仍有升高機會，南桃園地區因濁度高而造成停水之供水風險仍將存在。為確保南桃園地區供水系統水源量於颱洪期間不致發生短缺情況，本計畫備援水池之規劃顯具必要性，是為本計畫之緣起及目的。清水坑鄰近石門水庫後池，位於龍潭鄉大平村、三林村與佳安村間之小谷地，本計畫擬於該處規劃一備援水池，納入石門水庫供水系統供備援使用，計畫位置如首頁之圖1所示，其間有打鐵坑溪流經，集水區面積約5.24平方公里，幹流總長度約5.90公里。經初步規劃結果，打鐵坑溪集水區小，常時無可增供水量，颱風期間低濁度可引總逕流量有限(過去經驗總量約8～24萬M3) ，及存在可供水時間可能晚於需求時間之風險，水源並不穩定。考量備援之重要性、穩定性及水質要乾淨之原則，備援水池將採常時於石門水庫高水位時引取石門水庫原水蓄存備用，而打鐵坑溪天然逕流量則保留給既有水權人，當颱洪期間石門水庫原水濁度過高時，再藉由石門大圳與三坑子加壓站，將備援水池內低濁度原水輸送至龍潭淨水場、平鎮淨水場或石門淨水場，達到全額備援供水或釋稀高濁度原水之功能，以維持淨水場出水能力，降低缺水危機。由於地方民意強烈反對設置高壩型態之備援水池、對環境衝擊較大(需環評)，本計畫採用人工湖式蓄水方式進行備援水池規劃，並將本計畫功能定位增加為「水源備援」及「水力發電」，以期能一併利用既有石門大圳配水量尚未開發之水力能源。經開發規模研究，備援水池之最小開發蓄水容量訂定為81萬立方公尺(以93年艾利颱風設計)，並擬定二組可行方案進行綜合比較，因本案用地90％以上面積皆為私有地，地方民眾對方案二(上游谷地開發案，有效蓄水量為85萬M3)似乎較能接受，惟方案一(最大規模開發案，有效蓄水量為200萬M3)具較大供水安全係數，並可因應全球氣候變遷影響及未來成長空間，又因本初步規劃階段對地方意見之深度及廣度尚無法完整掌握，本報告暫不選定建議方案，惟建議以朝最大開發規模、計畫效益最高之方案一為努力推動方向，並建議應於下階段可行性階段之詳細調查中，確實掌握地方意見，規劃能雙贏之備援水池區位及蓄水量方案為較適方案。本階段方案一備援水池初估之有效蓄水量為200萬M3，用地面積為35.6公頃(含私有地25.7公頃)，其整體佈置如圖7.3-4所示，佈置構想說明如下：1.	調整石門水庫增設取水工之定位由『備援運轉』為『常時運轉』，利用其取水口～石門大圳聯通管間水路設施做為本計畫前段引水路，並於石門大圳聯通管消能井前新設分引水路(一)至清水坑谷地內新設之電廠，以利用此段水力發電能源，電廠尾水再接回下游石門大圳，維持原石門大圳配水功能。2.	於進電廠主閥前設置一分岐引水路(二)，以導引原水至蓄水池內。蓄水池於石門水庫高水位時，將水池蓄滿供颱風期間備援使用。又常時於上游將打鐵坑溪逕流導引至蓄水池內，再以自由溢流方式溢流回下游打鐵坑溪渠道，可維持原天然逕流量，確保原打鐵坑溪水權人權益，並可讓蓄水池內水體保持流動，維持在較佳水質狀態，同時補注滲漏水量。3.	為避免颱風期間打鐵坑溪上游集水區濁度較高逕流混入備援水池內，修整原打鐵坑溪渠道並重新設置於谷地右岸，作為颱風期間打鐵坑溪上游集水區逕流排洪使用，以區隔清水與濁水。4.	考量颱風備援短暫期間田間灌溉需求可暫緩，故石門大圳1號渡槽～三坑子加壓站段可為備援水量輸送渠道，備援水池之輸水路將以銜接至石門大圳為設計，且備援水量輸送時間需協調石門農田水利會暫停由石門水庫內取水。本方案用地徵收範圍為35.6公頃(含私有地25.7公頃)，經詳實估算其總工程經費用約22.3億元(土地徵收費用以平均公告現值加4成計算)，計畫效益為1.48億元/年，益本比約1.14。未來本方案將配合環境營造，重新塑造新的未來願景，保留既有農田風貌，同時兼顧休憩功能，未來發展構想願景如圖7.8-2所示。綜合地方訪談及舉辦地方說明會等民情評價結果可知，目前地方上(如公所、地方發展協會、部分地主、一般民眾等)對本規劃案多持正面支持態度，惟其中多數地主皆以土地徵收價格需合理(與市價相當)為支持本案前提，故若欲讓本案持續推動，此一問題需妥適解決，以爭取地方認同。另對於其他不願遷離、不支持本案之民眾，需提出可行之安置計畫與耐心持續溝通，以爭取支持。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/9/24</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>96286</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96286</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃成果報告書(光碟版)=Preliminary Planning of Backup Water Pond at Qin-Shuei-Ken near Shihmen Reservoir County</title><yearidentifier>201102</yearidentifier></data><data><abstract>本計畫執行期間針對集水區內的溪流、蝕溝、崩塌地、坡面沖蝕、土石流潛勢溪流、農地、道路及防砂壩進行調查，並蒐集相關資料，評估集水區土砂來源與生產量，以及既有治理設施功能現況，對集水區的問題研提兼顧安全性與生態性之整治原則及對策。最後並評估整體的經濟效益。由於集水區治?牽涉的事務繁雜，因此水庫集水區內之相關主管機關權責歸屬應劃分清楚，以達到水庫集水區管?之目標。同時水庫管?單位應持續辦?水庫水質監測、加強土地?用管?監測、防砂壩及主河道清淤、防淤排砂操作與定期進?水庫淤積測?，以維護水庫之功能。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/98-WRASB-04</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/24</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>96287</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96287</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃(光碟版)=Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2024/9/25</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>96288</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96288</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4)--光碟版=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (4/4)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利局會計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>30925830028</governmentpublicationsnumber><identifier>55149</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55149</librarycollectiondetailsurl><price>550</price><publisher>臺灣省水利局</publisher><publishrocyear>83</publishrocyear><title>中華民國八十三年臺灣省建設統計第二輯水利工程RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1994PARTⅡCONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利局會計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>30925840015</governmentpublicationsnumber><identifier>55150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55150</librarycollectiondetailsurl><price>550</price><publisher>臺灣省水利局</publisher><publishrocyear>84</publishrocyear><title>中華民國八十四年臺灣省建設統計第二輯水利工程RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1995 PARTⅡCONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199505</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/3</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>55196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55196</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>97</publishrocyear><title>中華民國96年氣候資料年報 第一部份 -- 地面資料＝CLIMATOLOGICAL DATA ANNUAL REPORT 2007  PART  I -- SURFACE DATA</title><yearidentifier>200808</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃根據水利署自93年度所委託本中心執行之「格網系統之規劃與建置–以乾旱預報為例」計畫與94至95年度之「防災應變格網之研發」計畫共三年度之計畫中，連同協力廠商台大水工所團隊，運用目前被喻為「第三代網際網路」之先進科技概念–「格網」（Grid），所研發之防災應變格網作業平台，逐步建立滿足水利署防災作業四大需求之「防災應變格網」，且增進其系統功能。並於計畫執行期間，提供防災應變格網運作所需之軟硬體相關運作服務。國網中心將作為防災應變格網平台層與組構資源層之建置者，於組構資源服務層提供計算資源、儲存資源與網路資源等，並透過中介軟體建立起格網平台層與組構資源層之溝通介面，再與前端之應用服務層與應用軟體層整合，所建立之防災格網平台將以滿足防災作業之四大主要需求：（1）水情監控；（2）水情預警；（3）水情預報及（4）災害應變為目標，提供水利署於防災作業期間之實際應用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960200</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/5</date><governmentpublicationsnumber>1009702086</governmentpublicationsnumber><identifier>55202</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55202</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防災應變格網系統之建立＝Establishment of Grid of Hazard Mitigation and Emergency Response</title><yearidentifier>200808</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃根據水利署自93年度所委託本中心執行之「格網系統之規劃與建置–以乾旱預報為例」計畫與94至95年度之「防災應變格網之研發」計畫共三年度之計畫中，連同協力廠商台大水工所團隊，運用目前被喻為「第三代網際網路」之先進科技概念–「格網」（Grid），所研發之防災應變格網作業平台，逐步建立滿足水利署防災作業四大需求之「防災應變格網」，且增進其系統功能。並於計畫執行期間，提供防災應變格網運作所需之軟硬體相關運作服務。國網中心將作為防災應變格網平台層與組構資源層之建置者，於組構資源服務層提供計算資源、儲存資源與網路資源等，並透過中介軟體建立起格網平台層與組構資源層之溝通介面，再與前端之應用服務層與應用軟體層整合，所建立之防災格網平台將以滿足防災作業之四大主要需求：（1）水情監控；（2）水情預警；（3）水情預報及（4）災害應變為目標，提供水利署於防災作業期間之實際應用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960200</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/5</date><governmentpublicationsnumber>1009702086</governmentpublicationsnumber><identifier>55203</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55203</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防災應變格網系統之建立－光碟版＝Establishment of Grid of Hazard Mitigation and Emergency Response</title><yearidentifier>200808</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061   443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/5</date><governmentpublicationsnumber>1009701611</governmentpublicationsnumber><identifier>55204</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55204</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署臺北水源特定區管理局96年度工作年報  Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2007annual job report</title><yearidentifier>200809</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/5</date><governmentpublicationsnumber>1009701611</governmentpublicationsnumber><identifier>55205</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55205</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署臺北水源特定區管理局96年度工作年報〈光碟版〉 Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2007annual job report</title><yearidentifier>200809</yearidentifier></data><data><abstract>1.評估集水區親水及生態工法在台灣發展之潛力 2.補足水資源開發工程規劃設計中對水生生物資訊之需求 3.實地檢測親水及生態工法的標準規範 4.強化集水區生態保育 5.建立生態工法技術推廣管道</abstract><author>國立台北科技大學土木系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/25</date><governmentpublicationsnumber>1009204095</governmentpublicationsnumber><identifier>41307</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41307</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>集水區親水及生態工法之建立(4/4) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009205090</governmentpublicationsnumber><identifier>41308</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41308</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區水資源永續發展指標綜合性評估 The Comprehensive Assessment of the Indicators on Sustainable Development of Water Resources in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>農工中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/3/17</date><governmentpublicationsnumber>1009205090</governmentpublicationsnumber><identifier>41309</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41309</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區水資源永續發展指標綜合性評估－ (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/16</date><governmentpublicationsnumber>1009205088</governmentpublicationsnumber><identifier>41310</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41310</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫 (3/4) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009204638</governmentpublicationsnumber><identifier>41311</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41311</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>深層海水資源利用規劃研究(1/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>885289130</governmentpublicationsnumber><identifier>41316</identifier><internationalstandardbooknumber>9789570259162 ; 9570259167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41316</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>88</publishrocyear><title>台灣重要河川  資料冊(修正版)</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>邊泰明</author><categoryidentifier>443.688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>30174850010</governmentpublicationsnumber><identifier>41319</identifier><internationalstandardbooknumber>9789570077810 ; 9570077816</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41319</librarycollectiondetailsurl><price>400</price><publisher>台灣省政府研究發展核 委員會</publisher><publishrocyear>86</publishrocyear><title>如何有效收回被占用之省有河川浮覆新生地</title><yearidentifier>199706</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院能源與資源研究所、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940100</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009500021</governmentpublicationsnumber><identifier>48422</identifier><internationalstandardbooknumber>9789860046205 ; 9860046204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48422</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>節水環境建構與推廣計畫=Environmental lmprovement and Popularize Plan of Water Conservation</title><yearidentifier>200512</yearidentifier></data><data><abstract>延續經濟部水利署推動離島地區雨水利用推廣工作，考量建築物及地形之雨水收集利用，進行區域性雨水利用評選及初步規劃，並據以估計推動雨水貯留利用之短、中、長期所需經費；此外將離島基本資料、雨水利用系統容量設計曲線、規劃成果及相關雨水利用案例，加以彙整為具當地特色之「雨水利用規劃手冊」，以供離島地區雨水利用參考。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940019</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009403845</governmentpublicationsnumber><identifier>48427</identifier><internationalstandardbooknumber>9789860044652 ; 9860044651</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48427</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>離島地區雨水貯留利用規劃(2/2)=Rainwater Utilization Planning in Offshore lslands(PartⅡ)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48428</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48428</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫市鄉鎮建設發展計畫（上冊）</title><yearidentifier>199112</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48429</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48429</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫市鄉鎮建設發展計畫（下冊）</title><yearidentifier>199112</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48430</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48430</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫總體及部門計畫（上冊）</title><yearidentifier>199112</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48431</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48431</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫總體及部門計畫（中冊）</title><yearidentifier>199112</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48432</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48432</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫總體及部門計畫（下冊）</title><yearidentifier>199112</yearidentifier></data><data><abstract> </abstract><author>屏東縣政府、營建署、省住都局、台大建築及城鄉研究所</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>30764810017</governmentpublicationsnumber><identifier>48433</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48433</librarycollectiondetailsurl><price>800</price><publisher>屏東縣政府</publisher><publishrocyear>80</publishrocyear><title>屏東縣綜合發展計畫規劃過程報告</title><yearidentifier>199112</yearidentifier></data><data><abstract>台灣地區因可用水資源短缺，地面水可靠度不穩定，在水資源總量管制與積極發展多元化水源之政策下，都市及工業區廢污水水量充足，且穩定性佳，可回收利用。本研究之目的係瞭解國內廢污水處理廠放流水質及微生物種類與含量，調查研究放流水水質改善方法與設備，並評估設備之適用性及其經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940018</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009403566</governmentpublicationsnumber><identifier>48437</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48437</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>回收利用廢污水除菌及水質改善之研究(2/2)=Removal of Micro-organism and Water Quality lmprovement Study for Waste Water Reuse(2/2)</title><yearidentifier>200510</yearidentifier></data><data><abstract>水利署於93年度完成「自來水管承裝商管理系統」建置作業。各縣市政府自94年01月01日起陸續上線使用該系統承辦自來水管承裝商管理業務。為使「自來水管承裝商管理系統」切符使用者需求，並確認系統資料之正確性，擬於原計畫保固期滿後，委託原承辦計畫機關進行系統上線及維護工作，以持續進行本系統之維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940246</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009404465</governmentpublicationsnumber><identifier>48438</identifier><internationalstandardbooknumber>9789860037722 ; 9860037728</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48438</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>自來水管承裝商管理系統維護計畫=Maintenances of A Registration System for Water-Supply -Pipes lnstallation lndustry</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>37位作者</author><categoryidentifier>494.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>4609404895</governmentpublicationsnumber><identifier>48439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48439</librarycollectiondetailsurl><price>445</price><publisher>行政院人事行政局</publisher><publishrocyear>94</publishrocyear><title>人事行政研究發展得獎作品選輯〈94年度〉【光碟版】</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫研究內容為：「板新淨水埸與直潭水淨水埸聯通供水」可行方案評選與工程規劃，以建立新店與大漢溪供水系統間之雙向供水調度機制</abstract><author>巨廷工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940273</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>1009404108</governmentpublicationsnumber><identifier>48446</identifier><internationalstandardbooknumber>9789860037159 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48446</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>淡水河流域水資源調配利用調查規劃：板新淨水場與直潭淨水場聯通供水規劃(光碟版） Interlinking of  Ban-Xin &amp; Zhi-Tan Purification Plants Water  Supply  Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由水工模型試驗，探求適用於台灣地區重要河川不同河床質之較佳水工構造物保護工法，期使攔河堰與固床工等構造物安全得以提高及減少維修費用。計畫以頭前溪隆恩堰及荖濃溪固床工為例。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>1009500332</governmentpublicationsnumber><identifier>48448</identifier><internationalstandardbooknumber>9789860044096 ; 9860044090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48448</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道水工構造物保護工法試驗研究總報告(光碟版)＝Physical Model  Studies of Hydraulic Structure Protection Works in Streams</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48449</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48449</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十二期）</title><yearidentifier>200603</yearidentifier></data><data><abstract>94年度集集攔河堰及附屬聯絡渠道土木設施檢查評估與建議</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>1009500506</governmentpublicationsnumber><identifier>48450</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48450</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰及聯絡渠道土木設施檢查維護報告＝Inspection and Maintence Report for the Civil Engineering  Facility of Ji-Ji Weir and Its Conveying Channel in 2005</title><yearidentifier>200602</yearidentifier></data><data><abstract>94年度集集攔河堰及附屬聯絡渠道土木設施檢查評估與建議</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/31</date><governmentpublicationsnumber>1009500506</governmentpublicationsnumber><identifier>48451</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48451</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰及聯絡渠道土木設施檢查維護報告(光碟版)＝Inspection and Maintence Report for the Civil Engineering  Facility of Ji-Ji Weir and Its Conveying Channel in 2005</title><yearidentifier>200602</yearidentifier></data><data><abstract>石門水庫庫區、集水區水域環境生態介紹</abstract><author>中華大學水域生態環境研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/6</date><governmentpublicationsnumber>1009403484</governmentpublicationsnumber><identifier>48453</identifier><internationalstandardbooknumber>9789860029406 ; 9860029407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48453</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>94</publishrocyear><title>探索－石門水庫生態教育手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年國際因應「永續發展」的人類發展願景，建立許多衡量指標系統，水資源相關指標均為永續發展的重要指標。 水貧乏指數是由英國生態與水文研究中心（CEH）所發展，在於以科技整合的數值，來測度水的存在性所代表的國民福祉，並指示因水的匱乏對人類衝擊的程度。 水利署於92、93年委託財團法人環境品質文教基金會進行我國水貧乏指數研究，並與國際比較，結果台灣被歸類於第二領先群，顯示我國之總體水貧乏指數堪稱良好。並將指數本土化，針對北中南東四個水資源分區進行試算，後續研究將我國本土化指標朝向實用化修改，設法結合氣候變遷等概念，使開發之指標系統兼具實用性與前瞻性。</abstract><author>環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/6</date><governmentpublicationsnumber>1009404504</governmentpublicationsnumber><identifier>48461</identifier><internationalstandardbooknumber>9789860037067 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48461</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區水貧乏指數之應用與國際合作研究  Applications of Taiwan's Water Poverty Index and lnternational Cooperation</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009201812</governmentpublicationsnumber><identifier>48465</identifier><internationalstandardbooknumber>9789570142914 ; 957014291*</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48465</librarycollectiondetailsurl><price>200</price><publisher>行政公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程品質管理訓練班教材第一單元</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009201811</governmentpublicationsnumber><identifier>48466</identifier><internationalstandardbooknumber>9789570142907 ; 9570142901</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48466</librarycollectiondetailsurl><price>200</price><publisher>行政公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程品質管理訓練班教材第二單元</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009201812</governmentpublicationsnumber><identifier>48467</identifier><internationalstandardbooknumber>9789570142914 ; 957014291*</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48467</librarycollectiondetailsurl><price>200</price><publisher>行政公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程品質管理訓練班教材第三單元</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>25034870035</governmentpublicationsnumber><identifier>48468</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48468</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會</publisher><publishrocyear>87</publishrocyear><title>86年度水土保持及集水區經營研究計畫成果彙編</title><yearidentifier>199805</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009500558</governmentpublicationsnumber><identifier>48472</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48472</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度石岡壩安全監測資料觀測分析及設施現地檢查成果總報告(附光碟) Report on Analysis for Observation Data of Safety Monitoring and the outcome of In-Situ facility Inspection of Shin-Kang in 2005</title><yearidentifier>200603</yearidentifier></data><data><abstract>中華民國九十年水利統計STATISTICS OF WATER RESOURCES 2001</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>2008900326</governmentpublicationsnumber><identifier>48473</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48473</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>中華民國九十年水利統計STATISTICS OF WATER RESOURCES 2001</title><yearidentifier>200208</yearidentifier></data><data><abstract>有鑑於不當的工程方法及景觀規劃對野生動植物與生態系之影響甚巨，在進行綜合治水與河川生態之整合時，應研擬一妥適的執行程序，由生物觀點歸納工程進行實務規劃時之生態考量因素，以有效處理當前面臨的治水課題，並因應水文、地文環境變遷及民眾對河川環境與生態保育意識提昇，應研提具整體性、前瞻性的二十一世紀治水策略，作為今後推動各項治水計畫的指導方針，以期全面改善台灣的河川風貌，達到河川生物多樣性，為本研究執行之目的</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940096</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009404642</governmentpublicationsnumber><identifier>48474</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48474</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>河川生態及治水功能整合性之研究計畫=A Study for Integrating River Ecology and Flood Control Measures</title><yearidentifier>200512</yearidentifier></data><data><abstract>有鑑於不當的工程方法及景觀規劃對野生動植物與生態系之影響甚巨，在進行綜合治水與河川生態之整合時，應研擬一妥適的執行程序，由生物觀點歸納工程進行實務規劃時之生態考量因素，以有效處理當前面臨的治水課題，並因應水文、地文環境變遷及民眾對河川環境與生態保育意識提昇，應研提具整體性、前瞻性的二十一世紀治水策略，作為今後推動各項治水計畫的指導方針，以期全面改善台灣的河川風貌，達到河川生物多樣性，為本研究執行之目的</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940096</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/7</date><governmentpublicationsnumber>1009404642</governmentpublicationsnumber><identifier>48475</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48475</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>河川生態及治水功能整合性之研究計畫(光碟版)=A Study for Integrating River Ecology and Flood Control Measures</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對鯉魚潭水庫保留予苗栗縣通霄地區之每日20萬噸水量進行最佳最合理之利用方式之檢討</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940117</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/11</date><governmentpublicationsnumber>1009500075</governmentpublicationsnumber><identifier>48491</identifier><internationalstandardbooknumber>9789860040807 ; 986004080X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48491</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>通霄地區水源利用檢討 The research of water resources development for Ton-Shaw arer</title><yearidentifier>200602</yearidentifier></data><data><abstract>針對鯉魚潭水庫保留予苗栗縣通霄地區之每日20萬噸水量進行最佳最合理之利用方式之檢討</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940117</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/11</date><governmentpublicationsnumber>1009500075</governmentpublicationsnumber><identifier>48492</identifier><internationalstandardbooknumber>9789860040807 ; 986004080X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48492</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>通霄地區水源利用檢討(光碟版) The research of water resources development for Ton-Shaw arer</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>中華民國國家公園學會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/11</date><governmentpublicationsnumber>2214805567</governmentpublicationsnumber><identifier>48494</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48494</librarycollectiondetailsurl><price>1000</price><publisher>內政部營建署陽明山國家公園管理處</publisher><publishrocyear>80</publishrocyear><title>陽明山國家公園河流地景保育之研究</title><yearidentifier>199109</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/12</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>48506</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48506</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(1)(內附光碟)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(1)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>48507</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48507</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(1)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(1)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940078-2 契約編號:94水一規契字第003-2號</commissionedprojectidentifier><currency>NT$</currency><date>2006/4/12</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>48508</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48508</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)(內附光碟)Topography,Sand Drift,Wave,Tide and Current in Situ Investigation Program In Yilan Coastal Area(2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/12</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>48509</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48509</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program in Yilan Coastal Area(2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>湖山水庫集水面積約6.5平方公里，由於本身水源有限，因此建置桶頭攔河堰引入清水溪水源，以供調配應用；完成後與集集攔河堰聯合運用，供水能力可達每日69.4萬噸，滿足雲林及南投縣地區長期的用水需求。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/13</date><governmentpublicationsnumber>1009405119</governmentpublicationsnumber><identifier>48524</identifier><internationalstandardbooknumber>9789860046724 ; 9860046727</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48524</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>湖山水庫桶頭攔河堰水工模型試驗報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>湖山水庫集水面積約6.5平方公里，由於本身水源有限，因此建置桶頭攔河堰引入清水溪水源，以供調配應用；完成後與集集攔河堰聯合運用，供水能力可達每日69.4萬噸，滿足雲林及南投縣地區長期的用水需求。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/4/13</date><governmentpublicationsnumber>1009405119</governmentpublicationsnumber><identifier>48525</identifier><internationalstandardbooknumber>9789860046724 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48525</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>湖山水庫桶頭攔河堰水工模型試驗報告(光碟版)Hydraulic Model Tests of Hushan Reservoir Project-Tongtou weir</title><yearidentifier>200512</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2023/11/17</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>95338</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95338</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2)(內附光碟)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2023/11/28</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>95354</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95354</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)=The Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局海象測報中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/11/30</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>95355</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95355</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>111</publishrocyear><title>潮汐表  中華民國112年 (Tide Tables 2023 年刊 第26期)</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/12/1</date><governmentpublicationsnumber>1011201185</governmentpublicationsnumber><identifier>95368</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95368</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>112</publishrocyear><title>111年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202309</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110117</commissionedprojectidentifier><currency>NT$</currency><date>2023/12/15</date><governmentpublicationsnumber>1011102120</governmentpublicationsnumber><identifier>95405</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95405</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110年各標的用水統計年報(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>上境科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/12/25</date><governmentpublicationsnumber>1011101632</governmentpublicationsnumber><identifier>95428</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95428</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>水寶寶奇遇記</title><yearidentifier>202210</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位完成屏東平原地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數，最後嘗試藉此改善抽水量、補注量推估方法與品質。透過本計畫研究發展成果，提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之瞭解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120108</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/3</date><governmentpublicationsnumber>1011201912</governmentpublicationsnumber><identifier>95471</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95471</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究(2/2)(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位先後完成濁水溪沖積扇與屏東平原地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數，透過本計畫研究發展成果，提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之瞭解。最後以水平衡方法，提出可抽水量之建議計算方法並詳列計算結果。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120108</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/3</date><governmentpublicationsnumber>1011201913</governmentpublicationsnumber><identifier>95472</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95472</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究總報告(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>在氣候變遷的影響下，極端氣候之頻率 與強度遽增，旱澇交替現象促使水利署時常處 於一手抗旱、一手防汛之處境，其中111 年7 至8 月因雨量顯著偏少，使得臺灣東北角之河 川流量迅速下降，造成基隆中正、信義等高地 區供水困難，水利署及相關單位展開各項抗旱 應變，包含跨區域水源支援、新山水庫總量管 制、自來水減壓供水、備援水井新鑿、雙溪深 潭引流、調度水車支援及人工增雨等開源、節 流、調度及備援之多元供水措施以穩定民生及 產業用水，最終順利化解危機。 回顧本署持續努力的成果，以創新翻轉氣 候變遷危機，乾旱期間水利署利用細緻管理及 大數據分析掌控水情趨勢，超前部署結合中央 地方全力省水、調水及找水；在科技應用上， 水利署發展智慧灌溉技術支援並與台積電、嘉 南管理處跨域合作推廣於嘉南灌區，另強化水 資源物聯網納管資料、首創智慧水錶，防汛結 合 AR、VR 並廣布淹水感測器，以掌握即時淹 水情資，提升民眾水生活感知。水利署秉持服 務創新，透過同仁竭盡心力，共同克服水旱災 害及水源治理等相關難題，並將臺灣水利專業 拓銷國際，以扣合全球性趨勢，而透過這些創 新作為使水利署能榮獲111 年第五屆總統創新 獎，這是全體同仁共同努力所獲得之殊榮。 此外，水利署在水利工程減碳上盡心盡 力，以「水利工程減碳作業參考指引( 規劃設 計篇)」具體展現碳管理目標與低碳設計成效 之依據，並通過第三方公正單位英國標準協會 (BSI) 之查核；另再生水資源發展條例修正法</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/4</date><governmentpublicationsnumber>4711200097</governmentpublicationsnumber><identifier>95479</identifier><internationalstandardbooknumber>9.79E+11</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95479</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>2022中華民國111年度水利年報(光碟版)</title><yearidentifier>202311</yearidentifier></data><data><abstract> </abstract><author>古碧玲</author><categoryidentifier>367.71</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201910</governmentpublicationsnumber><identifier>95487</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95487</librarycollectiondetailsurl><price>450</price><publisher>社團法人台灣環境教育協會</publisher><publishrocyear>112</publishrocyear><title>當永續列車駛進森川里海以生物多樣性為本的淨零、ESG與永續發展目標</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立陽明交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120206</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201896</governmentpublicationsnumber><identifier>95492</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95492</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川分署</publisher><publishrocyear>112</publishrocyear><title>112年大漢溪(石門水庫後池堰下游至鳶山堰水庫上游斷面T070)河道地形監測及穩定評估</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立陽明交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120206</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201896</governmentpublicationsnumber><identifier>95493</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95493</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川分署</publisher><publishrocyear>112</publishrocyear><title>112年大漢溪(石門水庫後池堰下游至鳶山堰水庫上游斷面T070)河道地形監測及穩定評估(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120309</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201847</governmentpublicationsnumber><identifier>95497</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95497</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年用水統計年報彙編(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120309</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201847</governmentpublicationsnumber><identifier>95498</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95498</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年用水統計年報彙編</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120309</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/8</date><governmentpublicationsnumber>1011201848</governmentpublicationsnumber><identifier>95499</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95499</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年各標的用水統計年報</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>農業部農村發展及水土保持署</author><categoryidentifier>430.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/10</date><governmentpublicationsnumber>1011201341</governmentpublicationsnumber><identifier>95503</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95503</librarycollectiondetailsurl><price>250</price><publisher>農業部農村發展及水土保持署</publisher><publishrocyear>112</publishrocyear><title>農村發展及水土保持相關法規彙編</title><yearidentifier>202311</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060281</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/11</date><governmentpublicationsnumber>1010602378</governmentpublicationsnumber><identifier>95510</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi  chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95510</librarycollectiondetailsurl><price> </price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>水文綜合分析服務及作業平台之規劃與應用(2/2)(內附光碟)=The Planning and Application for Taiwan Hydrological Analysis and Integrated Service Platform (2/2):The planning and application for Taiwan hydrological analysis and integrated service platform.</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位完成屏東平原地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數，最後嘗試藉此改善抽水量、補注量推估方法與品質。透過本計畫研究發展成果，提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之瞭解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120108</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/12</date><governmentpublicationsnumber>1011201912</governmentpublicationsnumber><identifier>95512</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95512</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究(2/2)</title><yearidentifier>202312</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位先後完成濁水溪沖積扇與屏東平原地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數，透過本計畫研究發展成果，提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之瞭解。最後以水平衡方法，提出可抽水量之建議計算方法並詳列計算結果。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120108</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/12</date><governmentpublicationsnumber>1011201913</governmentpublicationsnumber><identifier>95513</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95513</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究總報告</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120314</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/12</date><governmentpublicationsnumber>1011201919</governmentpublicationsnumber><identifier>95517</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95517</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>河川小水力發電開發技術參考手冊及推動案例(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120314</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/12</date><governmentpublicationsnumber>1011201919</governmentpublicationsnumber><identifier>95518</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95518</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>河川小水力發電開發技術參考手冊及推動案例</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/12</date><governmentpublicationsnumber>1011201921</governmentpublicationsnumber><identifier>95519</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95519</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>河川小水力發電開發參考手冊(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>氣候變遷極端氣候導致台灣地區水資源不足與季節分配不均之問題日益嚴重，進而影響到我國社會安全與經濟發展。考量目前地面水與地下水(沖積層之地下水)資源之開發與應用均已趨飽和，針對未來可能新增水資源之評估、調查與開發實已刻不容緩。國內以往對於地下水之開發利用多以沖積層內蘊藏之地下水為主，較少探討儲藏於岩層內之地下水，以下稱之為「地層水」。相較於沖積層內之地下水，因為岩層已具有固結及膠結性質，開發地層水時較不易產生明顯之地層下陷，但因岩層的儲水條件，除了受岩層水文參數影響與控制之外，亦受地下地質構造形貌與岩體中破裂面位態與密度影響，導致其評估、調查與開發均較沖積層內之地下水複雜與困難。本計畫擬結合當前地質與地下水領域之知識與技術，克服地層水評估與開發利用所遭遇之問題，除可探討國內地層水潛能量與規劃開發緊急地下水源外，尚可培養國內相關專業人才。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120104</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/17</date><governmentpublicationsnumber>1011201696</governmentpublicationsnumber><identifier>95566</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95566</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>臺灣地區地層水資源評估調查與規劃總報告(內附光碟)</title><yearidentifier>202312</yearidentifier></data><data><abstract>氣候變遷極端氣候導致台灣地區水資源不足與季節分配不均之問題日益嚴重，進而影響到我國社會安全與經濟發展。考量目前地面水與地下水(沖積層之地下水)資源之開發與應用均已趨飽和，針對未來可能新增水資源之評估、調查與開發實已刻不容緩。國內以往對於地下水之開發利用多以沖積層內蘊藏之地下水為主，較少探討儲藏於岩層內之地下水，以下稱之為「地層水」。相較於沖積層內之地下水，因為岩層已具有固結及膠結性質，開發地層水時較不易產生明顯之地層下陷，但因岩層的儲水條件，除了受岩層水文參數影響與控制之外，亦受地下地質構造形貌與岩體中破裂面位態與密度影響，導致其評估、調查與開發均較沖積層內之地下水複雜與困難。本計畫擬結合當前地質與地下水領域之知識與技術，克服地層水評估與開發利用所遭遇之問題，除可探討國內地層水潛能量與規劃開發緊急地下水源外，尚可培養國內相關專業人才。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120104</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/17</date><governmentpublicationsnumber>1011201696</governmentpublicationsnumber><identifier>95567</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95567</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>臺灣地區地層水資源評估調查與規劃總報告(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>台灣自來水公司有限公司;[其他作者]</author><categoryidentifier>[中文圖書分類號]</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/18</date><governmentpublicationsnumber>1011300035</governmentpublicationsnumber><identifier>95570</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95570</librarycollectiondetailsurl><price> </price><publisher>台灣自來水公司有限公司</publisher><publishrocyear>113</publishrocyear><title>2024台水50周年專輯</title><yearidentifier>202401</yearidentifier></data><data><abstract> </abstract><author>台灣整合防災工程技術顧問有限公司</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120247</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201852</governmentpublicationsnumber><identifier>95617</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95617</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年短時豪雨監控預警及淹水風險分析</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>台灣整合防災工程技術顧問有限公司</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120247</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201852</governmentpublicationsnumber><identifier>95618</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95618</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年短時豪雨監控預警及淹水風險分析(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120239</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201923</governmentpublicationsnumber><identifier>95619</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95619</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>大型移動式抽水機遠端登錄及資訊平台系統管理維護</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120239</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201923</governmentpublicationsnumber><identifier>95620</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95620</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>大型移動式抽水機遠端登錄及資訊平台系統管理維護(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120269</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201941</governmentpublicationsnumber><identifier>95624</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95624</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度臺北、嘉義、臺南、屏東與宜蘭地區地層下陷監測及分析(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120269</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201941</governmentpublicationsnumber><identifier>95625</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95625</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度臺北、嘉義、臺南、屏東與宜蘭地區地層下陷監測及分析</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120266</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201927</governmentpublicationsnumber><identifier>95627</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95627</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水文地質參數受地層下陷影響之水力耦合變化推估驗證及技術整合計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120266</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201927</governmentpublicationsnumber><identifier>95628</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95628</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水文地質參數受地層下陷影響之水力耦合變化推估驗證及技術整合計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第3期計畫目的係針對卵、礫石及砂質河床，進行75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到60度~75度斜向流衝擊下，以異型塊做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011000482</governmentpublicationsnumber><identifier>95629</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95629</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第3期)(內附光碟)=Experimental Study on Toe Scour and Protection for River Embankment (Phase Ⅲ)</title><yearidentifier>202104</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120267</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201929</governmentpublicationsnumber><identifier>95630</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95630</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年地層下陷防治推動計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120267</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201929</governmentpublicationsnumber><identifier>95631</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95631</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年地層下陷防治推動計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本計畫目的係針對卵、礫石及砂質河床，進行30度、60度、75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，經過檢定及驗證後，提出通用斜向流攻角之無因次基腳保護布置橫斷面積經驗式，並以異型塊做為基腳保護工時之建議布置方式。以上相關試驗分析成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011000483</governmentpublicationsnumber><identifier>95634</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95634</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(總報告)(內附光碟)=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>202104</yearidentifier></data><data><abstract>本報告主要工作項目包含於雲林縣元長鄉客厝國小進行400m地質鑽探取樣、室內水文與壓縮性質試驗、現地波速量測與地表沉陷量評析。另外應用複合壓縮試驗概念進行變載重壓密試驗，探討地下水壓變化對阻水層材料壓密行為之孔隙水壓消散的影響，作為阻水層壓密量評估之參考。透過系列試驗成果，進行分層壓縮量計算，提供分層壓縮速率、終期壓縮量與穩定時間。據以建立不同用水情境下，不同分層地下水頭高程變化與對應壓縮量之關係，作為以地下水位管控進行沉陷量控制作為依據，評估預達到設定管控地下水位位所需之地下水減抽量，提供相關下陷防治策略研擬之參考，據以提升地層下陷管理成效。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120106</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201920</governmentpublicationsnumber><identifier>95637</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95637</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>112年雲林地區地層壓縮參數調查與資料分析</title><yearidentifier>202312</yearidentifier></data><data><abstract>本報告主要工作項目包含於雲林縣元長鄉客厝國小進行400m地質鑽探取樣、室內水文與壓縮性質試驗、現地波速量測與地表沉陷量評析。另外應用複合壓縮試驗概念進行變載重壓密試驗，探討地下水壓變化對阻水層材料壓密行為之孔隙水壓消散的影響，作為阻水層壓密量評估之參考。透過系列試驗成果，進行分層壓縮量計算，提供分層壓縮速率、終期壓縮量與穩定時間。據以建立不同用水情境下，不同分層地下水頭高程變化與對應壓縮量之關係，作為以地下水位管控進行沉陷量控制作為依據，評估預達到設定管控地下水位位所需之地下水減抽量，提供相關下陷防治策略研擬之參考，據以提升地層下陷管理成效。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120106</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/30</date><governmentpublicationsnumber>1011201920</governmentpublicationsnumber><identifier>95639</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95639</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃分署</publisher><publishrocyear>112</publishrocyear><title>112年雲林地區地層壓縮參數調查與資料分析(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120216</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/31</date><governmentpublicationsnumber>1011201820</governmentpublicationsnumber><identifier>95661</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95661</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度溫泉監測井網觀測計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120375</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/31</date><governmentpublicationsnumber>1011201822</governmentpublicationsnumber><identifier>95662</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95662</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>白河水庫集水區保育技術與策略之研究</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>鼎澤科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120219</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/31</date><governmentpublicationsnumber>1011201823</governmentpublicationsnumber><identifier>95665</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95665</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年愛水節水文化形塑計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120218</commissionedprojectidentifier><currency>NT$</currency><date>2024/1/31</date><governmentpublicationsnumber>1011201819</governmentpublicationsnumber><identifier>95666</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95666</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112-113年度水庫集水區保育治理重大計畫成效評估(1/2)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120217</commissionedprojectidentifier><currency>NT$</currency><date>2024/2/1</date><governmentpublicationsnumber>1011201549</governmentpublicationsnumber><identifier>95667</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95667</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水庫集水區入庫土砂量體觀測及囚砂區域評估規劃機制建立-以石門水庫為例(1/2)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120231</commissionedprojectidentifier><currency>NT$</currency><date>2024/2/1</date><governmentpublicationsnumber>1011201828</governmentpublicationsnumber><identifier>95668</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95668</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年省水標章新增項目規格標準評估</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120226</commissionedprojectidentifier><currency>NT$</currency><date>2024/2/1</date><governmentpublicationsnumber>1011201925</governmentpublicationsnumber><identifier>95669</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95669</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水庫有害藻類及其代謝物監測技術提升、應用與推廣之研究</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120226</commissionedprojectidentifier><currency>NT$</currency><date>2024/2/26</date><governmentpublicationsnumber>1011201925</governmentpublicationsnumber><identifier>95763</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95763</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水庫有害藻類及其代謝物監測技術提升、應用與推廣之研究(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120309</commissionedprojectidentifier><currency>NT$</currency><date>2024/2/29</date><governmentpublicationsnumber>1011201848</governmentpublicationsnumber><identifier>95765</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95765</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>111年各標的用水統計年報(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/4</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>95768</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95768</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」正式報告書(內附光碟)=Feasibility study of applying building information modeling to support dike design in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/5</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>95769</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95769</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(內附光碟)=Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120270</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/5</date><governmentpublicationsnumber>1011201930</governmentpublicationsnumber><identifier>95773</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>Chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95773</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>彰雲地層下陷監測警導管彎曲度及磁環磁場分布對量測精度影響之新檢測技術研發(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040237</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/5</date><governmentpublicationsnumber>1010402915</governmentpublicationsnumber><identifier>95774</identifier><internationalstandardbooknumber>9789860470918 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95774</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(2/2)成果報告書=Study Project on Safety Assessment and Analysis of Seawall in Yilan County (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/3/6</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>95788</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95788</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)(內附光碟)=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120318</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/7</date><governmentpublicationsnumber>1011201909</governmentpublicationsnumber><identifier>95792</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95792</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年推動再生水發展計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120323</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/7</date><governmentpublicationsnumber>1011201842</governmentpublicationsnumber><identifier>95793</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95793</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度水利產業國內外展覽推動計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120318</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/7</date><governmentpublicationsnumber>1011201909</governmentpublicationsnumber><identifier>95799</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年推動再生水發展計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120319</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/7</date><governmentpublicationsnumber>1011201698</governmentpublicationsnumber><identifier>95800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95800</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年水利國際論壇及交流推動計畫成果報告書(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120319</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/8</date><governmentpublicationsnumber>1011201698</governmentpublicationsnumber><identifier>95801</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95801</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年水利國際論壇及交流推動計畫成果報告書</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120323</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/8</date><governmentpublicationsnumber>1011201842</governmentpublicationsnumber><identifier>95802</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95802</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度水利產業國內外展覽推動計畫</title><yearidentifier>202312</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/14</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>95823</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95823</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查總報告書=Investigation of stream status in Puzih River System</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/14</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>95827</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95827</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2)正式報告書=Investigation of stream status in Puzih River System (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/15</date><governmentpublicationsnumber>1010502667</governmentpublicationsnumber><identifier>95831</identifier><internationalstandardbooknumber>9789860510461 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95831</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析總報告=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120263</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/18</date><governmentpublicationsnumber>1011201949</governmentpublicationsnumber><identifier>95834</identifier><internationalstandardbooknumber>978-986-533-431-4</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95834</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年彰化與雲林地區地層下陷監測及分析(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>鼎澤科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120219</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/19</date><governmentpublicationsnumber>1011201823</governmentpublicationsnumber><identifier>95836</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95836</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年愛水節水文化形塑計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120375</commissionedprojectidentifier><currency>NT$</currency><date>2024/3/19</date><governmentpublicationsnumber>1011201822</governmentpublicationsnumber><identifier>95837</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95837</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>白河水庫集水區保育技術與策略之研究(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract>本年度報告引用78 個單位調查之資料，105 年度建設經費之投資額約為721.2億元，較上年度增加87.7 億元，增加幅度達13.84%，其中以排水投資額增加幅度最為顯著，其投資額高達152.4 億；105 年度研發經費之投資額約為18.3 億元，與上年度相較約減少2.5%，其中以排水投資額減少幅度最大，約達65.02%。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/3/19</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>95844</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95844</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>106</publishrocyear><title>臺灣地區水資源投資分析105年度報告(內附光碟)</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/3/19</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>95848</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95848</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>105</publishrocyear><title>臺灣地區水資源投資分析104年度報告(內附光碟)</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120217</commissionedprojectidentifier><currency>NT$</currency><date>2024/4/2</date><governmentpublicationsnumber>1011201549</governmentpublicationsnumber><identifier>95910</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95910</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>水庫集水區入庫土砂量體觀測及囚砂區域評估規劃機制建立-以石門水庫為例(1/2)(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120218</commissionedprojectidentifier><currency>NT$</currency><date>2024/4/2</date><governmentpublicationsnumber>1011201819</governmentpublicationsnumber><identifier>95911</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95911</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112-113 年度水庫集水區保育治理重大計畫成效評估(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/4/18</date><governmentpublicationsnumber>1011300306</governmentpublicationsnumber><identifier>95933</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95933</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>水利工程減碳作業參考指引施工篇</title><yearidentifier>202403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/4/18</date><governmentpublicationsnumber>1011300307</governmentpublicationsnumber><identifier>95934</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95934</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>PAS2080碳管理手冊</title><yearidentifier>202403</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2024/4/22</date><governmentpublicationsnumber>1009603885</governmentpublicationsnumber><identifier>95944</identifier><internationalstandardbooknumber>9789860122237 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95944</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃[附圖]工程規劃佈置初步設計圖=Master Planning for Environmental Restoration and Sustainable Revitalization in Chiayi Coast Region</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>台灣自來水公司有限公司;[其他作者]</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/5/7</date><governmentpublicationsnumber>1011002147</governmentpublicationsnumber><identifier>95968</identifier><internationalstandardbooknumber>9.79E+13</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95968</librarycollectiondetailsurl><price>1000</price><publisher>台灣自來水公司有限公司</publisher><publishrocyear>110</publishrocyear><title>百年大旱--台水抗旱特輯(10907-11008)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120216</commissionedprojectidentifier><currency>NT$</currency><date>2024/5/14</date><governmentpublicationsnumber>1011201820</governmentpublicationsnumber><identifier>95984</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_95984</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年度溫泉監測井網觀測計畫(光碟版)</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120239</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/4</date><governmentpublicationsnumber>1011201923</governmentpublicationsnumber><identifier>96024</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96024</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>大型移動式抽水機遠端登錄及資訊平台系統管理維護(內附光碟)</title><yearidentifier>202312</yearidentifier></data><data><abstract>臺灣地區近年來因全球暖化導致氣候變遷加劇，在降雨日數呈現 減少趨勢的同時，極端強降雨的日數卻明顯增多。2020 年臺灣梅雨季 降雨偏少，同年又創下 56 年來首度豐水期無颱風登陸之紀錄，導致 2021 年發生半世紀來最嚴重之乾旱。而氣候變遷可能使得未來極端之 澇旱事件更加頻繁發生，因此水資源經營管理之精進與提升更形重要。 水利署水源經營業務現行使用之相關資訊系統如「台灣地區水資 源水情決策支援系統」、「水資源經營管理業務平臺」、「用水統計 年報系統」等，皆為十年以上之舊有系統，其系統功能已無法滿足現 行水資源經營所需。此外，舊有系統使用過時之資訊技術及架構建置， 於系統維護更新、功能擴充、資安合規等面向皆已相當困難甚至無法 實施。因此亟需建置一套新一代之水資源管理資訊系統，用以作為水 利署水源經營管理業務邁向數位轉型之重要基礎。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110384</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/11</date><governmentpublicationsnumber>1011300447</governmentpublicationsnumber><identifier>96047</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96047</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>全台水資源管理作業系統</title><yearidentifier>202403</yearidentifier></data><data><abstract>臺灣地區近年來因全球暖化導致氣候變遷加劇，在降雨日數呈現 減少趨勢的同時，極端強降雨的日數卻明顯增多。2020 年臺灣梅雨季 降雨偏少，同年又創下 56 年來首度豐水期無颱風登陸之紀錄，導致 2021 年發生半世紀來最嚴重之乾旱。而氣候變遷可能使得未來極端之 澇旱事件更加頻繁發生，因此水資源經營管理之精進與提升更形重要。 水利署水源經營業務現行使用之相關資訊系統如「台灣地區水資 源水情決策支援系統」、「水資源經營管理業務平臺」、「用水統計 年報系統」等，皆為十年以上之舊有系統，其系統功能已無法滿足現 行水資源經營所需。此外，舊有系統使用過時之資訊技術及架構建置， 於系統維護更新、功能擴充、資安合規等面向皆已相當困難甚至無法 實施。因此亟需建置一套新一代之水資源管理資訊系統，用以作為水 利署水源經營管理業務邁向數位轉型之重要基礎。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110384</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/11</date><governmentpublicationsnumber>1011300447</governmentpublicationsnumber><identifier>96048</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96048</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>全台水資源管理作業系統教育訓練簡報講義</title><yearidentifier>202403</yearidentifier></data><data><abstract>臺灣地區近年來因全球暖化導致氣候變遷加劇，在降雨日數呈現 減少趨勢的同時，極端強降雨的日數卻明顯增多。2020 年臺灣梅雨季 降雨偏少，同年又創下 56 年來首度豐水期無颱風登陸之紀錄，導致 2021 年發生半世紀來最嚴重之乾旱。而氣候變遷可能使得未來極端之 澇旱事件更加頻繁發生，因此水資源經營管理之精進與提升更形重要。 水利署水源經營業務現行使用之相關資訊系統如「台灣地區水資 源水情決策支援系統」、「水資源經營管理業務平臺」、「用水統計 年報系統」等，皆為十年以上之舊有系統，其系統功能已無法滿足現 行水資源經營所需。此外，舊有系統使用過時之資訊技術及架構建置， 於系統維護更新、功能擴充、資安合規等面向皆已相當困難甚至無法 實施。因此亟需建置一套新一代之水資源管理資訊系統，用以作為水 利署水源經營管理業務邁向數位轉型之重要基礎。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110384</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/11</date><governmentpublicationsnumber>1011300447</governmentpublicationsnumber><identifier>96049</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96049</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>全台水資源管理作業系統操作手冊</title><yearidentifier>202403</yearidentifier></data><data><abstract>臺灣地區近年來因全球暖化導致氣候變遷加劇，在降雨日數呈現 減少趨勢的同時，極端強降雨的日數卻明顯增多。2020 年臺灣梅雨季 降雨偏少，同年又創下 56 年來首度豐水期無颱風登陸之紀錄，導致 2021 年發生半世紀來最嚴重之乾旱。而氣候變遷可能使得未來極端之 澇旱事件更加頻繁發生，因此水資源經營管理之精進與提升更形重要。 水利署水源經營業務現行使用之相關資訊系統如「台灣地區水資 源水情決策支援系統」、「水資源經營管理業務平臺」、「用水統計 年報系統」等，皆為十年以上之舊有系統，其系統功能已無法滿足現 行水資源經營所需。此外，舊有系統使用過時之資訊技術及架構建置， 於系統維護更新、功能擴充、資安合規等面向皆已相當困難甚至無法 實施。因此亟需建置一套新一代之水資源管理資訊系統，用以作為水 利署水源經營管理業務邁向數位轉型之重要基礎。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110384</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/11</date><governmentpublicationsnumber>1011300447</governmentpublicationsnumber><identifier>96050</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>全台水資源管理作業系統(光碟版)</title><yearidentifier>202403</yearidentifier></data><data><abstract>本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940078-2  契約編號:94水一規契字第003-2號</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/14</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>96071</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96071</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)--光碟版=Topography,Sand Drift,Wave,Tide and Current in Situ Investigation Program In YiLan Coastal Area (2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>財團法人中華顧問工程司</author><categoryidentifier>351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950269</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/25</date><governmentpublicationsnumber>1009503915</governmentpublicationsnumber><identifier>96085</identifier><internationalstandardbooknumber>9789860079968 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96085</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台南海岸復育規劃(1/2)(急水溪至曾文溪口)--光碟版=The Beach Restoration Planning from Chi-shui River to Tsengwen River in Tainan County</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫即針對紅樹林自然保留區衍生的問題加以探討，並選擇適當地點(自然保留區外)進行現場紅樹林疏伐評估，包括洪效應、濕地陸域化及對底棲無脊椎動物、鳥類之衝擊進行評估。希望能獲得寶貴資料，作為未來相關單位在河川濕地管理上之參考。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950251</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/25</date><governmentpublicationsnumber>1009503918</governmentpublicationsnumber><identifier>96087</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96087</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>淡水河系紅樹林溼地疏伐可行性評估研究(1/2)--光碟版=On Mangrove Removal Research in Tanshui River System (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>透過國內外專家學者論壇之共同討論方式整合各方意見，以作為未來大甲溪流域聯合整體治理對策研擬執行之依據</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950312</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/26</date><governmentpublicationsnumber>1009503614</governmentpublicationsnumber><identifier>96088</identifier><internationalstandardbooknumber>9789860076677 ; 9860076677</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96088</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大甲溪治理方案論壇(光碟版)=Symposium on the Dajia River Basin Integrated Regulation Plan</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川之棲地生態環境極為複雜，且國外所發展之棲地模式及評估指標，無法完全適用於台灣地區，故須進行跨領域的整合研究，建立適合於臺灣地區河川棲地之評估方法。</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950235</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/26</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>96089</identifier><internationalstandardbooknumber>9789860079487 ; 986007948X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96089</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川棲地評估技術之研究(2/2)--光碟版=The Study of Stream Habitat Evaluation Techniaues in Taiwan Area (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>擬定河川生態復育目標，並藉由個體生態矩陣、生態水文特性之探討，來發展多目標河川流量管理策略。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950246</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/26</date><governmentpublicationsnumber>1009503612</governmentpublicationsnumber><identifier>96090</identifier><internationalstandardbooknumber>9789860076639 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(1/3)--光碟版＝Integration of the Optimum Managing Water Resources in Stream Ecological (1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950295</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/26</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>96091</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96091</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)--光碟版=On Establishing the Evaluation Standards and Procedures of the Sea-Dikes and Storm Gates under Tsunami Attack (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃設計所需，故需加以調查或補充現有資料之不足，整合提供各界參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940000</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/26</date><governmentpublicationsnumber>1009501855</governmentpublicationsnumber><identifier>96093</identifier><internationalstandardbooknumber>9789860051131 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96093</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>95</publishrocyear><title>八掌溪河系河川情勢調查計畫總報告(光碟版)=Investigation of stream status of Bajhang River</title><yearidentifier>200607</yearidentifier></data><data><abstract>本手冊之目的在於闡釋都市型河川復育之基本理念及規劃之原則與方法。其中復育之基本理念包括河川之演變機理、河川廊道之生物棲地架構等要件；復育規劃方法則包括復育團隊之組織與運作、公聽會、復育措施之設計與佈置、復育計畫之執行、執行後之監測與改善等項目</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/27</date><governmentpublicationsnumber>1009503724</governmentpublicationsnumber><identifier>96095</identifier><internationalstandardbooknumber>9789860077841 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96095</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範手冊(光碟版)=An Illustration Project of Urban Stream Restoration Planning Handbook</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950434</commissionedprojectidentifier><currency>NT$</currency><date>2024/6/27</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>96096</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96096</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)--光碟版=Coastal Change Detection on Taiwan Using Satellite SAR (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950236</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/2</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>96102</identifier><internationalstandardbooknumber>9789860079517 ; 986007951X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)--光碟版=River Corridor and Habiat Restoration-Principles and Practices system (3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>蒐集水文、地文資料，河床地質探鑽並檢討本河段沖刷機制、河性及計畫河段河床定之趨勢，研析沖淤定坡降，提出最佳治理方案並定治理計畫措施及原則，推估工程經費及工程實施期程，並將可能衝擊及分工權責介面劃定做說明。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950256</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/2</date><governmentpublicationsnumber>1009504096</governmentpublicationsnumber><identifier>96106</identifier><internationalstandardbooknumber>9789860081459 ; 986008145X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96106</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪仁義潭(攔河堰)下游沖刷河段治理方案之研析(光碟版)=Study on Control Plan in the Downstream Scour Channel Section of Jen Yi Tan (Weir) for Pa Chang Chi</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/2</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>96107</identifier><internationalstandardbooknumber>9789860083279 ; 9860083279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96107</librarycollectiondetailsurl><price>450</price><publisher>怡興工程顧問有限公司</publisher><publishrocyear>95</publishrocyear><title>水路行腳遍蘭陽─蘭陽水與文(DVD版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>楊嘉棟</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/3</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>96109</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>中文</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96109</librarycollectiondetailsurl><price>100</price><publisher>農業部生物多樣性研究所</publisher><publishrocyear>113</publishrocyear><title>農業部生物多樣性研究所112年度年報</title><yearidentifier>202406</yearidentifier></data><data><abstract> </abstract><author>張善政</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/10</date><governmentpublicationsnumber>2010600809</governmentpublicationsnumber><identifier>96135</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96135</librarycollectiondetailsurl><price> </price><publisher>桃園市政府</publisher><publishrocyear>113</publishrocyear><title>疼惜桃園勞工</title><yearidentifier>202406</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/11</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>96137</identifier><internationalstandardbooknumber>9789860095463 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96137</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(1/2)--光碟版＝Overall Review of the River Environment Construction Plan for Major Rivers and Study of the Strategies for improvement (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/12</date><governmentpublicationsnumber>1011201921</governmentpublicationsnumber><identifier>96140</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>河川小水力發電開發參考手冊</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>農業部農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/19</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>96150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96150</librarycollectiondetailsurl><price>200</price><publisher>農業部農業試驗所</publisher><publishrocyear>113</publishrocyear><title>農業部農業試驗所112年年報</title><yearidentifier>202407</yearidentifier></data><data><abstract>附錄</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960240</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/22</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>96153</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96153</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系河川情勢調查計畫(總報告)成果報告(附錄)=Investigation of stream status of Bei-gang River</title><yearidentifier>200808</yearidentifier></data><data><abstract>附錄</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960240</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/22</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>96154</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96154</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系河川情勢調查計畫(總報告)--光碟版=Investigation of stream status of Bei-gang River</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120270</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/23</date><governmentpublicationsnumber>1011201930</governmentpublicationsnumber><identifier>96159</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>Chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96159</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>彰雲地層下陷監測警導管彎曲度及磁環磁場分布對量測精度影響之新檢測技術研發</title><yearidentifier>202312</yearidentifier></data><data><abstract> </abstract><author>經濟部地質調查及礦業管理中心土石管理組</author><categoryidentifier>355.6   450</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/23</date><governmentpublicationsnumber>1011300716</governmentpublicationsnumber><identifier>96163</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96163</librarycollectiondetailsurl><price>360</price><publisher>經濟部地質調查及礦業管理中心</publisher><publishrocyear>113</publishrocyear><title>112年度砂土石產銷調查報告</title><yearidentifier>202406</yearidentifier></data><data><abstract> </abstract><author>紫晶數位有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/7/30</date><governmentpublicationsnumber>1011300632</governmentpublicationsnumber><identifier>96172</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96172</librarycollectiondetailsurl><price> </price><publisher>經濟部水利署北區水資源分署</publisher><publishrocyear>113</publishrocyear><title>石門一甲子精彩，六十年石門水庫營運60週年紀念專刊</title><yearidentifier>202406</yearidentifier></data><data><abstract>本研究計畫的主要目的為針對水利署所屬單位，在民國93～96年度期間，執行海岸環境營造計畫（93～97年度）所衍生的海岸防護設施現況、八項「管理維護」類計畫及兩項「工程措施」類計畫，進行評估與檢討、發現問題癥結，俾進而擬定改善策略。經分析統計既有資料得知，水利署所屬單位在93～96年度總共執行262項計畫。各工作項目之總件數依序排列為海岸復育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管理、調查及教育宣導。海岸環境營造計畫在93～96年度，原核定之計畫總經費為新台幣21億8,000萬元，實際年度核列經費為21億6,820萬元，經費執行率達99.5%，且執行計畫數量超過原擬件數，在經費的使用上，可謂績效良好。在此四年期間，營造親水海岸3,872公尺、海岸環境改善長度25,867公尺及環境改善面積126.35公頃，有效改善海岸環境。在執行本計畫的兩年期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘兩次，瞭解海岸現況與評估防護設施功能，並經由三次專家學者座談會的討論後，彙整各界意見據以擬定未來海岸環境營造計畫（98～103年度）水利署將以「營造自然與人文共生的海岸風華」為計畫願景，藉由「營造海岸風華」、「回復近自然海岸」、「塑造海岸綠色廊道」及「推動整體調查、研究及規劃」四大執行策略，達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」三大計畫目標；六年總經費需求共80億元。</abstract><author>中山大學</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/31</date><governmentpublicationsnumber>1009700936</governmentpublicationsnumber><identifier>96177</identifier><internationalstandardbooknumber>9789860139105 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96177</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究總報告(光碟版)=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract>本研究計畫的主要目的為針對水利署所屬單位，在民國93～96年度期間，執行海岸環境營造計畫（93～97年度）所衍生的海岸防護設施現況、八項「管理維護」類計畫及兩項「工程措施」類計畫，進行評估與檢討、發現問題癥結，俾進而擬定改善策略。經分析統計既有資料得知，水利署所屬單位在93～96年度總共執行262項計畫。各工作項目之總件數依序排列為海岸復育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管理、調查及教育宣導。海岸環境營造計畫在93～96年度，原核定之計畫總經費為新台幣21億8,000萬元，實際年度核列經費為21億6,820萬元，經費執行率達99.5%，且執行計畫數量超過原擬件數，在經費的使用上，可謂績效良好。在此四年期間，營造親水海岸3,872公尺、海岸環境改善長度25,867公尺及環境改善面積126.35公頃，有效改善海岸環境。在執行本計畫的兩年期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘兩次，瞭解海岸現況與評估防護設施功能，並經由三次專家學者座談會的討論後，彙整各界意見據以擬定未來海岸環境營造計畫（98～103年度）水利署將以「營造自然與人文共生的海岸風華」為計畫願景，藉由「營造海岸風華」、「回復近自然海岸」、「塑造海岸綠色廊道」及「推動整體調查、研究及規劃」四大執行策略，達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」三大計畫目標；六年總經費需求共80億元。</abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2024/7/31</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>96179</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96179</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2)--光碟版=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement (2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>主要目的為建立一套以海岸防護規劃為核心目的之[海岸防護規劃基本資料觀測調查作業規範(草案)]，並建置{海岸防護基本觀測調查資料庫}，以供水利署各河川局未來辦理海岸基本資料調查建置之參考，進一步結合[撥潮流與海岸線變遷模式]之近岸波流場及海岸侵淤變化分析功能，發展[海岸防護地理資訊決策支援系統]，作為海岸防護工程與規劃依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970341</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/1</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>96186</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96186</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料調查及資料庫建置規劃研究(光碟版)=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>林啟文等</author><categoryidentifier>353.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/2</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>96197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96197</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>112</publishrocyear><title>經濟部中央地質調查所特刊第三十七號 水文地質研究專輯(四)</title><yearidentifier>202309</yearidentifier></data><data><abstract> </abstract><author>紫晶數位有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/5</date><governmentpublicationsnumber>1011300632</governmentpublicationsnumber><identifier>96208</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96208</librarycollectiondetailsurl><price> </price><publisher>經濟部水利署北區水資源分署</publisher><publishrocyear>113</publishrocyear><title>石門一甲子精彩六十年石門水庫營運60周年紀念專刊(光碟版)</title><yearidentifier>202406</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1120263</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/5</date><governmentpublicationsnumber>1011201949</governmentpublicationsnumber><identifier>96210</identifier><internationalstandardbooknumber>978-986-533-431-4</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96210</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>112</publishrocyear><title>112年彰化與雲林地區地層下陷監測及分析</title><yearidentifier>202312</yearidentifier></data><data><abstract>本指標分析之年及年度資料，均採普通曆年制，係自當 年1 月1 日開始至12 月底止。</abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/5</date><governmentpublicationsnumber>1011300927</governmentpublicationsnumber><identifier>96213</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96213</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>中華民國112年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>202408</yearidentifier></data><data><abstract>本指標分析之年及年度資料，均採普通曆年制，係自當 年1 月1 日開始至12 月底止。</abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2024/8/5</date><governmentpublicationsnumber>1011300927</governmentpublicationsnumber><identifier>96214</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96214</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>113</publishrocyear><title>中華民國112年度各直轄市、縣市重要水利統計指標分析(光碟版)</title><yearidentifier>202408</yearidentifier></data><data><abstract>台灣四周海岸已興建許多陡坡海堤，其親水性、景觀性與生態性均不足，本計畫冀經由青草崙北段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980268</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/7</date><governmentpublicationsnumber>1009804039</governmentpublicationsnumber><identifier>96221</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96221</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>海岸生態工法研究?生態性海堤之研究(3/3)--光碟版＝Coastal Eco-Technology?Ecology Dike Research (3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度主要為水工模型短期模擬，而數模亦需配合水工模型試驗結果進行修正及檢討，並需召開國內外專家學者研討會，以期蒐集各方意見、凝聚共識，訂定大甲溪河床穩定最適方案。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980242</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/12</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>96227</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96227</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)--光碟版=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫工作範圍含蓋桃竹苗4縣市之海岸共計長約110公里，本次監測及調查重點為桃園縣觀音海岸段約20公里、新竹縣竹北尚義海岸段約3.5公里、新竹市港南海岸段約8.5公里、苗栗縣青天泉海岸段約8.5公里及後龍出海口以南段海岸約5.5公里合計長約46公里。現場地形測量及潮波流與漂沙調查(含底質調查)工作於98年7~8月間及99年5~6月間各進行1次，藉由現場監測調查成果了解地形侵淤變化情況，並以2維數值模式分析短期海岸侵淤變化，以1維模式分析長期海岸變化之趨勢，以便作為本局研擬桃竹苗海岸防護策略之研判依據。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980332</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/13</date><governmentpublicationsnumber>1009902531</governmentpublicationsnumber><identifier>96228</identifier><internationalstandardbooknumber>9789860242577 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96228</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>桃竹苗海岸基本資料監測調查計畫成果報告書(光碟版)=The Plan of Coastal Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County</title><yearidentifier>201007</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2024/8/15</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>96229</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_96229</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域)--光碟版=The Planning for the Upstream of Jhoushuei 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Govreport</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100154</commissionedprojectidentifier><currency>NT$</currency><date>2021/12/29</date><governmentpublicationsnumber>1011002165</governmentpublicationsnumber><identifier>92011</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年用水統計年報彙編</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100367</commissionedprojectidentifier><currency>NT$</currency><date>2022/1/10</date><governmentpublicationsnumber>1011002050</governmentpublicationsnumber><identifier>92053</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92053</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>110</publishrocyear><title>110年度五河局轄區洪水預警及防汛整合作業成果報告(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>啟宇工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100154</commissionedprojectidentifier><currency>NT$</currency><date>2022/1/10</date><governmentpublicationsnumber>1011002165</governmentpublicationsnumber><identifier>92061</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92061</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年用水統計年報彙編(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>啟宇工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100154</commissionedprojectidentifier><currency>NT$</currency><date>2022/1/10</date><governmentpublicationsnumber>1011002166</governmentpublicationsnumber><identifier>92062</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92062</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年各標的用水統計年報</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/1/18</date><governmentpublicationsnumber>1010902489</governmentpublicationsnumber><identifier>92115</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92115</librarycollectiondetailsurl><price>700</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>109</publishrocyear><title>臺灣土壤液化潛勢圖集</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/1/18</date><governmentpublicationsnumber>101090249</governmentpublicationsnumber><identifier>92117</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92117</librarycollectiondetailsurl><price>200</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>109</publishrocyear><title>臺灣土壤液化潛勢圖集說明書</title><yearidentifier>202012</yearidentifier></data><data><abstract>臺灣減洪方法已由以往投資或興建灰色建設，轉向更加關注人與自然關聯的措施如生態工法、低衝擊開發、藍綠色基礎建設等，治水方式朝向結合不同尺度及多元減洪建設或措施發展，但其分散應用在不同個案、課題、問題，缺乏整合性。基於自然的解決方案(NbS)以保護、永續管理及復育自然的及改造的生態系統之行動，有效及調適地因應社會挑戰，同時為人類福祉和生物多樣性帶來效益，正可為臺灣的減洪技術提供一個整合性的方法。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100127</commissionedprojectidentifier><currency>NT$</currency><date>2022/1/24</date><governmentpublicationsnumber>1011002172</governmentpublicationsnumber><identifier>92149</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92149</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>NbS於防洪減災之推動指引及案例研析</title><yearidentifier>202112</yearidentifier></data><data><abstract>臺灣減洪方法已由以往投資或興建灰色建設，轉向更加關注人與自然關聯的措施如生態工法、低衝擊開發、藍綠色基礎建設等，治水方式朝向結合不同尺度及多元減洪建設或措施發展，但其分散應用在不同個案、課題、問題，缺乏整合性。基於自然的解決方案(NbS)以保護、永續管理及復育自然的及改造的生態系統之行動，有效及調適地因應社會挑戰，同時為人類福祉和生物多樣性帶來效益，正可為臺灣的減洪技術提供一個整合性的方法。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100127</commissionedprojectidentifier><currency>NT$</currency><date>2022/1/24</date><governmentpublicationsnumber>1011002172</governmentpublicationsnumber><identifier>92150</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92150</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>NbS於防洪減災之推動指引及案例研析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>台灣自來水公司;[其他作者]</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/2/9</date><governmentpublicationsnumber>1011002147</governmentpublicationsnumber><identifier>92192</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92192</librarycollectiondetailsurl><price>1000</price><publisher>台灣自來水公司</publisher><publishrocyear>110</publishrocyear><title>百年大旱--台水抗旱特輯</title><yearidentifier>202112</yearidentifier></data><data><abstract>本計畫發展以時間序?方法(time-series decomposition approach)?拆解高?度地下水位觀測受到各種?源影響，此一模型一方面?解影響地下水變動過程各種因素之物理量級外，?如抽水、補注或是蒸發散量等，另一方面嘗試推估區域之水文地質參數。透過本計畫研究發展成果，本方法可推估各觀測井位附近之地下水抽補情形以及水文地質參數，有效提升對地下水系統之?解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100336</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/10</date><governmentpublicationsnumber>1011002136</governmentpublicationsnumber><identifier>92214</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92214</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>訊號分離技術應用於濁水溪沖積扇區域地下水文地質參數與抽補量推估</title><yearidentifier>202112</yearidentifier></data><data><abstract>本計畫發展以時間序?方法(time-series decomposition approach)?拆解高?度地下水位觀測受到各種?源影響，此一模型一方面?解影響地下水變動過程各種因素之物理量級外，?如抽水、補注或是蒸發散量等，另一方面嘗試推估區域之水文地質參數。透過本計畫研究發展成果，本方法可推估各觀測井位附近之地下水抽補情形以及水文地質參數，有效提升對地下水系統之?解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100336</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/10</date><governmentpublicationsnumber>1011002136</governmentpublicationsnumber><identifier>92215</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92215</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>訊號分離技術應用於濁水溪沖積扇區域地下水文地質參數與抽補量推估(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract>為提高整體水資源環境之掌握，以濁水溪沖積扇為?，從整體水資源觀點，以區域地下水位動態，透過即時枯旱?指標系統掌握區域地下水水情，由分析??地下水枯旱?變化，配合水資源態勢擬定合適之地下水運用規線，藉由有效之預測工作提早進?伏?水及地下水資源設施調配與操作，達成有效運用地下水及伏?水資源，且?致造成環境負擔之目標，並透過地下水及伏流水資源環境預估及分析可抽水量，可做為整體地面水、伏流水及地下水資源系統進行最佳水資源運用之重要參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090447</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/10</date><governmentpublicationsnumber>1011002139</governmentpublicationsnumber><identifier>92216</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92216</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>濁水溪沖積扇地下水保育調配與即時水情預警模式建置</title><yearidentifier>202112</yearidentifier></data><data><abstract>為提高整體水資源環境之掌握，以濁水溪沖積扇為?，從整體水資源觀點，以區域地下水位動態，透過即時枯旱?指標系統掌握區域地下水水情，由分析??地下水枯旱?變化，配合水資源態勢擬定合適之地下水運用規線，藉由有效之預測工作提早進?伏?水及地下水資源設施調配與操作，達成有效運用地下水及伏?水資源，且?致造成環境負擔之目標，並透過地下水及伏流水資源環境預估及分析可抽水量，可做為整體地面水、伏流水及地下水資源系統進行最佳水資源運用之重要參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090447</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/10</date><governmentpublicationsnumber>1011002139</governmentpublicationsnumber><identifier>92217</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92217</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>濁水溪沖積扇地下水保育調配與即時水情預警模式建置(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100140</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/15</date><governmentpublicationsnumber>1011002138</governmentpublicationsnumber><identifier>92254</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92254</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>110</publishrocyear><title>110年度花蓮縣一般性海堤風險評估(1/2)成果報告書(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100098</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/18</date><governmentpublicationsnumber>1011001540</governmentpublicationsnumber><identifier>92290</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92290</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>110</publishrocyear><title>110年度「高屏溪流域河川水質採樣檢測分析」工作計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100184</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/18</date><governmentpublicationsnumber>1011002161</governmentpublicationsnumber><identifier>92291</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92291</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度水利產業國際論壇與交流推動計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100184</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/18</date><governmentpublicationsnumber>1011002161</governmentpublicationsnumber><identifier>92292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92292</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度水利產業國際論壇與交流推動計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100201</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002175</governmentpublicationsnumber><identifier>92293</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92293</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>再生水之供需潛勢調查及媒合利用(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100201</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002175</governmentpublicationsnumber><identifier>92294</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92294</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>再生水之供需潛勢調查及媒合利用</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100198</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002174</governmentpublicationsnumber><identifier>92295</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92295</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水資源重大社會課題之對策研析</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100198</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002174</governmentpublicationsnumber><identifier>92296</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92296</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水資源重大社會課題之對策研析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人中華經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100186</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002224</governmentpublicationsnumber><identifier>92297</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92297</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水利產業發展之推動計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人中華經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100186</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002224</governmentpublicationsnumber><identifier>92298</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92298</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>水利產業發展之推動計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100211</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002231</governmentpublicationsnumber><identifier>92299</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92299</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度臺北、桃園、嘉義及屏東地區地層下陷監測及分析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100298</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002222</governmentpublicationsnumber><identifier>92300</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92300</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度彰化與雲林地區地層下陷監測及分析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100298</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002222</governmentpublicationsnumber><identifier>92301</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92301</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度彰化與雲林地區地層下陷監測及分析</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100211</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002231</governmentpublicationsnumber><identifier>92302</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92302</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度臺北、桃園、嘉義及屏東地區地層下陷監測及分析</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100241</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002233</governmentpublicationsnumber><identifier>92303</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92303</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度地層下陷防治專案服務計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100241</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002233</governmentpublicationsnumber><identifier>92304</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92304</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度地層下陷防治專案服務計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100304</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002245</governmentpublicationsnumber><identifier>92305</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92305</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>地層下陷深層垂向變位機制探討及技術整合服務計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100304</commissionedprojectidentifier><currency>NT$</currency><date>2022/2/21</date><governmentpublicationsnumber>1011002245</governmentpublicationsnumber><identifier>92306</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92306</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>地層下陷深層垂向變位機制探討及技術整合服務計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract>過去材料壓縮機制探討皆屬黏土層，但由磁環監測數據得知主控壓縮材料多屬砂土層，且由近幾年岩心資料得知砂土佔比達60％以上，本計畫利用土庫國中與秀潭國小岩心進行多項室內試驗，包含物性試驗、黏土壓密試驗、黏土透水試驗、砂土透水試驗、砂土波速量測、砂土K0反覆壓縮試驗。計畫成果特別在砂土波速量測，取不同深度土樣以不同應力下量測孔隙比與波速之關係，並建立經驗公式，未來降可應用於現地量測波速反推孔隙比與地層壓縮狀態。另一計畫重點成果為砂土層反覆壓縮試驗，試驗分為採現地地下水位變化（現地應力變化）為試驗週期，計算出各週期下的孔隙比與垂直應變的關係，對比同層的磁環數據趨勢相當吻合，並可推估出未來相同地下水變化週期下，可能達到穩定的時間與壓縮量；另一方法採固定水位變化（1、5、10、15m），反覆加載至穩定，藉此推估不同水位下可能達到穩定的時間與壓縮量。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100337</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/9</date><governmentpublicationsnumber>1011002023</governmentpublicationsnumber><identifier>92346</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92346</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>雲林地區深層壓縮參數調查與資料分析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100113</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/10</date><governmentpublicationsnumber>1011002212</governmentpublicationsnumber><identifier>92350</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92350</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>110</publishrocyear><title>秀姑巒溪流域河川情勢調查計畫(1/3)(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract>過去材料壓縮機制探討皆屬黏土層，但由磁環監測數據得知主控壓縮材料多屬砂土層，且由近幾年岩心資料得知砂土佔比達60％以上，本計畫利用土庫國中與秀潭國小岩心進行多項室內試驗，包含物性試驗、黏土壓密試驗、黏土透水試驗、砂土透水試驗、砂土波速量測、砂土K0反覆壓縮試驗。計畫成果特別在砂土波速量測，取不同深度土樣以不同應力下量測孔隙比與波速之關係，並建立經驗公式，未來降可應用於現地量測波速反推孔隙比與地層壓縮狀態。另一計畫重點成果為砂土層反覆壓縮試驗，試驗分為採現地地下水位變化（現地應力變化）為試驗週期，計算出各週期下的孔隙比與垂直應變的關係，對比同層的磁環數據趨勢相當吻合，並可推估出未來相同地下水變化週期下，可能達到穩定的時間與壓縮量；另一方法採固定水位變化（1、5、10、15m），反覆加載至穩定，藉此推估不同水位下可能達到穩定的時間與壓縮量。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100337</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/11</date><governmentpublicationsnumber>1011002023</governmentpublicationsnumber><identifier>92365</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92365</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>雲林地區深層壓縮參數調查與資料分析</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100117</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/29</date><governmentpublicationsnumber>1011100186</governmentpublicationsnumber><identifier>92386</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92386</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度集集攔河堰監測及安全檢查環境生態監測成果報告</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100117</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/29</date><governmentpublicationsnumber>1011100186</governmentpublicationsnumber><identifier>92387</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92387</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度集集攔河堰監測及安全檢查環境生態監測成果報告(光碟版)</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100117</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/29</date><governmentpublicationsnumber>1011100183</governmentpublicationsnumber><identifier>92388</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92388</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度斗六堰魚道功能監測及水域生態監測成果報告</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100117</commissionedprojectidentifier><currency>NT$</currency><date>2022/3/29</date><governmentpublicationsnumber>1011100183</governmentpublicationsnumber><identifier>92389</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92389</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度斗六堰魚道功能監測及水域生態監測成果報告(光碟版)</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100282</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002191</governmentpublicationsnumber><identifier>92425</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92425</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度提升自來水承裝考驗制度及考驗實務計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100282</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002191</governmentpublicationsnumber><identifier>92426</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92426</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度提升自來水承裝考驗制度及考驗實務計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> 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</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100269</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002129</governmentpublicationsnumber><identifier>92429</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92429</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年省水標章新增項目規格標準評估</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100269</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002129</governmentpublicationsnumber><identifier>92430</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92430</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年省水標章新增項目規格標準評估(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100351</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002183</governmentpublicationsnumber><identifier>92431</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92431</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度溫泉監測井網觀測計畫</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100351</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002183</governmentpublicationsnumber><identifier>92432</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92432</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度溫泉監測井網觀測計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> 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</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100460</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/11</date><governmentpublicationsnumber>1011002320</governmentpublicationsnumber><identifier>92440</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92440</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>桃園市智慧多元節水防災抗旱調適技術之評估委託專業服務(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> 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</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100065</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/19</date><governmentpublicationsnumber>1011002204</governmentpublicationsnumber><identifier>92502</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92502</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年水利署災害應變服務計畫(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> 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</commissionedprojectidentifier><currency>NT$</currency><date>2022/4/22</date><governmentpublicationsnumber>1011100154</governmentpublicationsnumber><identifier>92510</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92510</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>112</publishrocyear><title>109年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202302</yearidentifier></data><data><abstract>臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 2,500毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 2.5倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 5月至 10月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 -互助 -公助」的比例為 公助」的比例為 公助」的比例為 公助」的比例為 7:2:1， 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 99年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 110年全臺已 年全臺已 年全臺已 有 502處(含直轄 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 )。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 99年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 募民間志工，至 募民間志工，至 募民間志工，至 募民間志工，至 110年已有 1,595位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 時及颱風 時及颱風 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 110年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 此外，本 (110)年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100069</commissionedprojectidentifier><currency>NT$</currency><date>2022/5/16</date><governmentpublicationsnumber>1011100205</governmentpublicationsnumber><identifier>92555</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92555</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110全民防災能力提升輔導及精進計畫成果報告書(光碟版)</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/5/16</date><governmentpublicationsnumber>1011100020</governmentpublicationsnumber><identifier>92556</identifier><internationalstandardbooknumber>978-626-7020-57-9</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92556</librarycollectiondetailsurl><price> </price><publisher>桃園市政府</publisher><publishrocyear>111</publishrocyear><title>286天迎戰百年大旱</title><yearidentifier>202204</yearidentifier></data><data><abstract>臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 臺灣全島雨量豐沛，年平均降高達 2,500毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 毫米，為世界平均值的 2.5倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 倍，然而降雨集中於 5月至 10月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部月之間，佔全年雨量的四分 三且大部為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生為颱風帶來的豪雨。因降於時間空上分佈不均， 導致水災極易發生經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 經常對臺灣各地區造成嚴重災情。 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 全球暖化極端氣候影響颱風降雨型態的改變，面對只靠工程 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 建設已難完全防治，過去日本的救災經驗「自助 -互助 -公助」的比例為 公助」的比例為 公助」的比例為 公助」的比例為 7:2:1， 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 由此可見防災教育的重要性。自民國 99年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 年起，水利署針對易淹地區輔導 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 縣市政府開始成立推動水患自主防災社區， 110年全臺已 年全臺已 年全臺已 有 502處(含直轄 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 市、縣政府自籌建置 )。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪。透過防汛組織、 教育訓練演習社區互訪定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過定期宣導等活動，不但提升水患自主防災社 區成員之減能力更透過區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 區成員將防減災觀念推廣至一般民眾，使面對水患時能更有自救、互 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 救的能力，減輕水患對人民生活之衝擊。 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 民間防汛力量除了水患自主災社區外，從 99年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 年起，透過各河川局招 募民間志工，至 募民間志工，至 募民間志工，至 募民間志工，至 110年已有 1,595位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 位防汛護水志工，主要任務為平 時及颱風 時及颱風 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 豪雨期間巡查並通報水災情資訊以降低害損失，另外兼具環境守與監 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 督水利工程等任務。為整合民間力量，「 110年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 年全民防災能力提升輔導及精 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 進計畫」期望結合水患自主防災社區與汛護志工兩項重要的能量， 增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成增加民眾對水災防 的認識，並強化社區與志工運作能力期望達成汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 汛民力合作、環境永續，全防災意識抬頭之目的。 此外，本 (110)年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川 年度持續辦理水患自主防災社區評鑑作業，由十個河川</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100069</commissionedprojectidentifier><currency>NT$</currency><date>2022/5/19</date><governmentpublicationsnumber>1011100205</governmentpublicationsnumber><identifier>92577</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92577</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110全民防災能力提升輔導及精進計畫成果報告書</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/5/20</date><governmentpublicationsnumber>1011100019</governmentpublicationsnumber><identifier>92588</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92588</librarycollectiondetailsurl><price>300</price><publisher>桃園市政府水務局</publisher><publishrocyear>111</publishrocyear><title>溪望:南崁溪的轉化與再生</title><yearidentifier>202201</yearidentifier></data><data><abstract>依據世界衛生組織資料顯示，全球每年有將近100萬人死於與水相關的疾病，且近10年來全球氣候變遷頻繁，各國家皆面臨著洪水、颱風、地震等巨大天災威脅，喚起人民重視防災救災議題的重要性。而災難發生時，能否供應潔淨的飲用水將影響受災者的健康安全，故基於人道救援考量，研發高科技之技術來解決急難時的用水問題，確有其急迫性與重要性。 圖1.1</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090326-1</commissionedprojectidentifier><currency>NT$</currency><date>2022/5/30</date><governmentpublicationsnumber>1011100204</governmentpublicationsnumber><identifier>92614</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92614</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>緊急淨水設備研發及支援服務</title><yearidentifier>202202</yearidentifier></data><data><abstract>依據世界衛生組織資料顯示，全球每年有將近100萬人死於與水相關的疾病，且近10年來全球氣候變遷頻繁，各國家皆面臨著洪水、颱風、地震等巨大天災威脅，喚起人民重視防災救災議題的重要性。而災難發生時，能否供應潔淨的飲用水將影響受災者的健康安全，故基於人道救援考量，研發高科技之技術來解決急難時的用水問題，確有其急迫性與重要性。 圖1.1</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090326-1</commissionedprojectidentifier><currency>NT$</currency><date>2022/5/30</date><governmentpublicationsnumber>1011100204</governmentpublicationsnumber><identifier>92615</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92615</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>緊急淨水設備研發及支援服務(光碟版)</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/6/16</date><governmentpublicationsnumber>1011100154</governmentpublicationsnumber><identifier>92650</identifier><internationalstandardbooknumber>978-986-533-273-0</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92650</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>111</publishrocyear><title>109年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>文化部文化產局</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/6/16</date><governmentpublicationsnumber>1011100210</governmentpublicationsnumber><identifier>92655</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92655</librarycollectiondetailsurl><price>200</price><publisher>文化部</publisher><publishrocyear>111</publishrocyear><title>維古創生</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/6/16</date><governmentpublicationsnumber>1011100019</governmentpublicationsnumber><identifier>92667</identifier><internationalstandardbooknumber>978-986-267020548</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92667</librarycollectiondetailsurl><price>300</price><publisher>桃園市政府</publisher><publishrocyear>111</publishrocyear><title>溪望 南崁溪的轉化與再生</title><yearidentifier>202201</yearidentifier></data><data><abstract> </abstract><author>文化部資產局</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/6/17</date><governmentpublicationsnumber>1011100210</governmentpublicationsnumber><identifier>92672</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92672</librarycollectiondetailsurl><price>200</price><publisher>文化部</publisher><publishrocyear>111</publishrocyear><title>維古創生</title><yearidentifier>202202</yearidentifier></data><data><abstract>本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940078-2  契約編號:94水一規契字第003-2號</commissionedprojectidentifier><currency>NT$</currency><date>2022/6/22</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>92709</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92709</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)=Topography,Sand Drift,Wave,Tide and Current in Situ Investigation Program In YiLan Coastal Area (2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣東部海域由於先天地質條件的特殊性而擁有發展深層海洋水產業的絕對優勢， 貴局轄下的花蓮縣附近海岸位處海、陸板塊交接的斜坡邊緣，海岸坡度較陡，向海離岸不遠處即為太平洋的海溝區，水深幾乎都超過1,000公尺，非常適合深層海水的開發與相關產業的進駐，為全台一極具潛力的區域。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950172</commissionedprojectidentifier><currency>NT$</currency><date>2022/6/27</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>92727</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92727</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫報告書(1/2)＝The Essential Investigation of Environment in Search for The Potential Site for The Deep Sea Water Plant in Hualien Area (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水利署所屬單位，在民國93~95年度期間，執行海岸環境營造五年計畫所衍生的海岸防護設施現況、管理維護類計畫及工程措施類計畫進行評估與檢討發現問題癥結俾進而擬定改善策略；並據以提出次一階段海岸營造之相關計畫</abstract><author>中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950268</commissionedprojectidentifier><currency>NT$</currency><date>2022/6/29</date><governmentpublicationsnumber>1009600977</governmentpublicationsnumber><identifier>92733</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92733</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(1/2)--光碟版＝A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement (1/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>梅洲地區位於宜蘭市北側，毗鄰宜蘭河，地勢低窪，洪水來臨時內水無法藉由重力排入宜蘭河，造成部份區域淹水災害，影響居民生活與地方發展甚鉅。爰此，乃參考水利署水規所「區域排水整治及環境營造規劃參考手冊」，並依計畫區水文條件、流域土地利用情形、排水特性、環境生態特質、水路測量成果及淹水災害成因，研擬綜合防洪排水、景觀遊憩及環境生態等多目標需求，有效且可行之具體治理方案及管理策略</abstract><author>新環工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/5</date><governmentpublicationsnumber>1010002694</governmentpublicationsnumber><identifier>92758</identifier><internationalstandardbooknumber>9789860169201 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92758</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」宜蘭縣縣管區域排水梅洲排水系統規劃報告(核定報告)(內附光碟)=Regulation Project of Flood-prone Areas The Planning of Yilan County-Governed Meijhou Regional Drainage System</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/5</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>92759</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92759</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>97</publishrocyear><title>中華民國98年潮汐表年刊第12期=Tide Tables 2009</title><yearidentifier>200810</yearidentifier></data><data><abstract>本計畫擬針對大甲溪流域卵礫石河段，選取適當觀測地點，進行三年颱洪水理、輸砂及河道沖刷觀測，以作為河道治理及相關水工與跨河構造物安全評估之參考</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970235</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/5</date><governmentpublicationsnumber>1009703186</governmentpublicationsnumber><identifier>92761</identifier><internationalstandardbooknumber>9789860161502 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92761</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪河段輸砂關係試驗研究(1/3)(內附光碟)＝Field Study of Sediment Transport Characteristics for Da-Chia River (1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，工作項目內容有：1.河道固床工沖刷災害機制分析2.國內外相關沖刷案例回顧3.室內水工試驗4.沖刷機制之數值模擬5.初步提出適用之固床工防沖促淤佈設方法6.教育訓練7.成果報告編撰。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970261</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/6</date><governmentpublicationsnumber>1009703093</governmentpublicationsnumber><identifier>92762</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92762</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(1/2)(內附光碟)＝Investigation of failure mechanism and new scour countermeasures at grade control structures (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>全球?室效應導致氣候變遷，極端氣候發生的頻率與強度呈現日益增強之趨勢。為及早因應氣候變遷可能造成之衝擊，研擬可行之調適策略，經濟部水利署水利規劃試驗所特辦理「因應氣候變遷之河川與海岸災害防治對策」計畫</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>097-B-01030-001-003</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/6</date><governmentpublicationsnumber>1009703227</governmentpublicationsnumber><identifier>92763</identifier><internationalstandardbooknumber>9789860161748 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>因應氣候變遷之河川與海岸災害防治對策(內附光碟)=The Study of Adaptation with Flood and Drought Disasters Reduction Encountered by Climate Change</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>306.833</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970222</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/6</date><governmentpublicationsnumber>1009703139</governmentpublicationsnumber><identifier>92764</identifier><internationalstandardbooknumber>9789860161182 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92764</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水科技博物館與防災指揮調度中心可行性規劃(內附光碟)=Feasibility study of Hydrotech museum and Water Harzard Mitigation Center</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。為考量部份河道沖刷現象之影響，實有必要進行完整水砂平衡評估。故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970221</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/6</date><governmentpublicationsnumber>1009703220</governmentpublicationsnumber><identifier>92766</identifier><internationalstandardbooknumber>9789860162349 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92766</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(2/2)(內附光碟)＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>328.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/7</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>92769</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92769</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>2009年豪雨事件經濟部水利署災害緊急應變小組工作執行報告:(一)0602豪雨 (二)0612豪雨 (三)0713豪雨 (四)0927豪雨 (五)1022豪雨 (六)1117豪雨 (七)1121豪雨 (八)1126豪雨</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/8</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>92783</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92783</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)(內附光碟)＝The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/12</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>92799</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92799</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬(內附光碟)＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100067</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/14</date><governmentpublicationsnumber>10110002202</governmentpublicationsnumber><identifier>92818</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92818</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110水利防災知識深耕與增能培訓計畫(內附光碟)</title><yearidentifier>202112</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域或系統內整體考?，除河道及排水等工程設施設計標準其目標外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程?達50～100 ?洪水重現期距為目標。如因現有地形或土地?用無法充分達成時，則輔以避洪及減災規劃等非工程措施因應。(二)國外相關洪災管?制?對我國洪災管?的啟示1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪水災害，且?符國家社會資源有效運用原則。透過洪災保險的推動可分散洪災風險，符合公共??，並實施洪氾區土地管?。由?邦政府主導並結合民間保險公司共同實施洪災保險，可提供人民較佳之保險保障，同時採取誘因與強制方式增加投保保單。2、日本「總合治水」治水工作結合各政府機關共同推動，並透過法規建?相關主管機關間的平台。3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴大或整治成本的遽增。將風險分攤、災害治?與土地使用管制等相互結合，使當地居民必須衡?自身的安全與??，以?土地使用管制得以推動。(三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問題包含環境因素、社會因素、防救災措施等三方面的問題。1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增加；台灣多樣的地形增加定??雨預報的?確定性。2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知?與資訊，無法在災害??時採取適當的應變措施；水災受災地區多?無防災社區的組織，無法有效結合當地居民採取有效應變措施。3、防救災措施包含災前減災工作多以工程措施為主，偏重災害發生的防治；土地開發造成逕??增加，集?時間縮減，加劇災害程?，應有適當土地(尤其低地)管?對策；執?減災非工程措施相關權責單位間橫向?繫加強；目前水災災中應變措施主要是採用移動式抽水機與防汛搶險器材?因應為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難標準作業程序」，並推動水災危險潛勢區域疏散避難，應加強當中的相關環節，使之?為完備；水災防災教育宣導僅侷限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防災教育宣導。本計畫以風險管?概?，依發生洪災的機?與損失程?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣地區的各項風險管?措施，並建?水患治?非工程措施整體架構。(四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查，透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區域或排水設施範圍、洪氾區，在整體程序應包含技術程序與?政程序。(五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報發佈、水災防災疏散避難演?、防災社區推動等部分。1、於災前針對?淹水地區進?完整避災規劃，包含防災避難圈、防災通道、防災據點、防災設施等。透過繪製水災防災疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、150、300、450、600 毫米之淹水模擬範圍圖等資?分送當地居民。2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒雨?或實際河川或潮位水位高於二級警戒水位，地方政府研判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河川或潮位水位高於一級警戒水位，地方政府研判當地氣候?況針對低窪地區進?強制疏散。3、防災疏散避難主要重點在於災害發生時之危機處?與應變搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、?線與安全避難處所，以及地區災害防救單位瞭解災害應變決策與提昇搶救災之效能。每?於訊期前，地方政府應針對?淹水地區進?一次以上之演?。4、由地方政府以委託專業團隊的方式針對?淹水地區的社區iv推動防災社區，於各社區內建?一套機制，讓減災成為地方重要且持續進?的活動，以強化?淹水地區的抗災能?。(?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助1、土地使用管制與建築物防洪能?補強以水災危險區地圖為基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程序要求新建建築物應符合建物防洪技術規範，新建建築物的高程應高於百?基準洪水位。為提高洪氾區內既有建築物進?建築物防洪能?補強，可以政府編?預算方式補助所需成本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築物進?防洪能?補強。2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰??得超過開發前之洪峰?」。要求大型開發?為，於水道集水區域內辦?土地開發?用、變?使用計畫或其他事由，致增加水道之逕??者，應將排水計畫書送該水道之管?機關審查同意後始得辦?。小型開發?為，開發人、設施所有人或經營人得向主管機關申請，於與基地同一集水區內覓地設置具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負擔，簡稱為代?方案。既有開發區及建築設施，其位於?市土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪設施，以管制各該地區之洪水出??。本措施需配合水?法的修改。3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著綜合之承保事故，運用空間與危險的分散，將?同之巨災作v為一個保險組合?分散風險，以求保險經營之穩健?。惟，該措施應在其他避災與減災措施具體?實後，方可以綜合天然災害保險的方式承擔剩餘的風險。否則，將會導致政府或保險人沉重財務負擔，無法達到最有效之成本原則。在其他避災與減災措施具體?實後，可針對洪氾區內已完成防洪能?補強之建築物，提供綜合天然災害保險水災部分之保費補助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。(七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措施應長期持續推動。(八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前者應以交通部中央氣象局執?，經濟部水?署配合方式辦?；後者則應由經濟部水?署負責研發完整洪水與淹水預報系統。本工作應長期持續推動，以提高預測與預警的效能。(九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法?限制等因素，為在短期間可以直接減少人命財產的損失，建議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演?、防災社區推動、洪水與淹水預報系統建置與維護等五項工作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約需新台幣49,000 萬元。(十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。vi(十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富?規劃避難地點為自強國中、國??規劃避難地點為國?國小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。未?針對洪氾區內的新建建築物，將透過建管程序要求其高程應高於百?基準洪水位並符合建物防洪技術規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/18</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>92836</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92836</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃(內附光碟)=Non-structural Measures Planning for Regulation Project of Flood-prone Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/19</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>92844</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92844</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告(內附光碟)=The Application of Porous Concrete on River Engineering</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/20</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>92845</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92845</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2)(內附光碟)=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/20</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>92848</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92848</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)(內附光碟)=The Application of Porous Concrete on River Engineering (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>胡惠宇</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/20</date><governmentpublicationsnumber>1011002229</governmentpublicationsnumber><identifier>92849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92849</librarycollectiondetailsurl><price>800</price><publisher>內政部營建署</publisher><publishrocyear>111</publishrocyear><title>挖掘城市水影汙水下水道建設紀實 成就與前瞻</title><yearidentifier>202201</yearidentifier></data><data><abstract> </abstract><author>胡惠宇</author><categoryidentifier>445.485</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/20</date><governmentpublicationsnumber>1011002228</governmentpublicationsnumber><identifier>92850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92850</librarycollectiondetailsurl><price>800</price><publisher>內政部營建署</publisher><publishrocyear>111</publishrocyear><title>挖掘城市水影汙水下水道建設紀實全面啟動</title><yearidentifier>202201</yearidentifier></data><data><abstract> </abstract><author>胡惠宇</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/20</date><governmentpublicationsnumber>1011000030</governmentpublicationsnumber><identifier>92851</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92851</librarycollectiondetailsurl><price>800</price><publisher>內政部營建署</publisher><publishrocyear>111</publishrocyear><title>挖掘城市水影汙水下水道建設紀實 篳路藍縷</title><yearidentifier>202201</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/21</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>92853</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92853</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)(內附光碟)=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究計畫旨在考量台灣目前水位觀測、流量觀測、河川條件、測站環境、施測條件等因素，建立水位流量觀測之不確定度（或準確度）、流量站率定曲線及其不確定度之評估方法，並研擬作業手冊供水利實務人員進行水位流量觀測作業及成果展現之依循。此外，評估國內外較先進之高流量觀測方法，並針對台灣河川特性，就各方法之準確度、施測便利性及在台灣應用之可行性，提出評估規劃並研擬可能較佳之高流量觀測更新方案，供流量觀測業務更新施政之參考。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA/ST-930003V2</commissionedprojectidentifier><currency>NT$</currency><date>2022/7/26</date><governmentpublicationsnumber>1009302510</governmentpublicationsnumber><identifier>92866</identifier><internationalstandardbooknumber>9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92866</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水位流量觀測資料不確定度及率定曲線分析研究(2/2) 期末報告</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/27</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>92872</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92872</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>111</publishrocyear><title>行政院農業委員會農業試驗所一一O年年報 TARI ANNUAL REPORT 2021</title><yearidentifier>202207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/7/29</date><governmentpublicationsnumber>1011100726</governmentpublicationsnumber><identifier>92878</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92878</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>水利法規彙編</title><yearidentifier>202206</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990288</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/1</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>92880</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92880</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(1/2)(內附光碟)=The study on causes of channel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River (1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>災害的形成必須具備致災體和受災體兩方面條件，前者是自然動力作用所造成的災害活動；後者是人類勞動創造的物質財富以及自然界提供給人類直接開發利用資源和環境，只有這兩方面同時具備時，才能出現災害過程。這兩方面條件不但決定災害是否發生，而且決定了成災規模的大小。堰塞湖所造成災害具有突發性災害（潰壩洪水）及緩慢性災害（土砂、河道淤積問題）特性。其中突發性災害活動階段相當短暫，這類災害的評估主要是天然壩形成後（災前）的危險度和潰壩後的危害度，以防災減災工作角度，災前危險之危害度評估尤為重要，乃為堰塞湖防災的工作和研究重點。由於科技進步，對於監測、分析及圖形資料的增加速率相當快速，如何有效率處理這些海量數據，GIS技術則提供這方面的支援。當堰塞湖發生，管理單位必須彙整相當多資料，快速分析出有用訊息提供決策者參考，因此需透過GIS整合圖資。此系統必須能提供訊息收集、儲存、管理、檢索、分析及編圖等全過程的電腦處理軟體工具系統。水利規劃試驗所於91至93年完成「堰塞湖引致災害防治對策之研究」之計畫，此計畫成果可做為堰塞湖防災及處置之參考，鈞署亦參考該計畫成果訂定「堰塞湖防災作業手冊（緊急應變版）」。然堰塞湖形成後緊急應變若能有可供判斷的危險、危害度模型，及可供決策參考的資訊管理系統，對堰塞湖防災及處置將有極大助益。</abstract><author>國立交通大學防災與水環?研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990435</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/2</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>92883</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92883</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置=Evaluation of Landslide dams Susceptibility and Hazard and Establishment of the Information Management System</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/2</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>92884</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92884</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (4/4)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/2</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>92885</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92885</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告(內附光碟)=Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/3</date><governmentpublicationsnumber>1011100881</governmentpublicationsnumber><identifier>92887</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92887</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>中華民國110年度各直轄市、縣市重要水利統計指標分析(內附光碟)</title><yearidentifier>202208</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/4</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>92889</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92889</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(2/2)=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>本研究為三年度之計畫，第三年度著重於關注物種之保育，依物種之生活史及特性配合棲地營造概念，對現有工程設施提出更新改善策略，接著進行各策略之工程可行性評估，並擬定規劃技術手冊，以供未來集水區進行排水設計時，能降低對區域生態系統之破壞。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/4</date><governmentpublicationsnumber>1010003802</governmentpublicationsnumber><identifier>92896</identifier><internationalstandardbooknumber>9789860301793 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92896</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(3/3)(內附光碟)=Study on Systemic Habitat Creation for the Regional Drainage Watershed (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，並提出棲息地整體營造設計，以供未來集水區進行排水設計時，能降低區域生態系統之破壞。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/4</date><governmentpublicationsnumber>1010003803</governmentpublicationsnumber><identifier>92897</identifier><internationalstandardbooknumber>9789860301809 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92897</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究總報告書(內附光碟)=Study on Systemic Habitat Creation for the Regional Drainage Watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪於洪流之水流湍急，中高流量下觀測垂線流速剖面不易，為準確推估洪水流量，需探求表面流速與垂線平均流速之關係，依據現地試驗成果，由觀測表面流速與垂線平均流速合理推求兩者比值，分析檢定適合曾文溪之河床阻力公式，提供本局未來決策之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000177</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/5</date><governmentpublicationsnumber>1010004475</governmentpublicationsnumber><identifier>92902</identifier><internationalstandardbooknumber>9789860308105 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92902</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河段水文特性測驗成果報告(內附光碟)=The Hydrological Characteristics Experiment of Tseng-Wen River</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/5</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>92906</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92906</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤掏空檢測方法之研究總報告(內附光碟)=Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000290</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/8</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>92908</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92908</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)(內附光碟)=Operating and Naintenance Plan of Taiwan River Restoration Network Website (2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪下游段歷經921地震，加上近年颱風頻仍且挾帶強大豪雨，造成後龍溪流域諸多災害。由於地震及颱洪之作用，產生大量鬆散之砂石，河川輸砂特性因子改變，對於河道穩定產生極大之影響。後龍溪河道沖淤問題已成為河道穩定與防洪安全之關鍵要素，輸砂資料為河床沖淤變化與河川治理之重要參考依據，因此極有必要針對後龍溪水文及輸砂量進行量測，並據以推導研究河段之ㄧ般沖刷水深推估式，供防洪構造物設計及災害預警參考，以達防洪興利減災之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-C-01040-001-205</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/8</date><governmentpublicationsnumber>1010004777</governmentpublicationsnumber><identifier>92909</identifier><internationalstandardbooknumber>9789860310351 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92909</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(2/2)(內附光碟)=Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Touqian River (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000283</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/8</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>92914</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)(內附光碟)=Implementation and Application Study of the Achievements between WRA and USBR Cooperation (3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，濁水溪水系曾發生多次堤防沖刷潰決災害，造成相當程度的經濟損失或人命傷亡。故現行除應加強進行現有堤防(或護岸)等防洪構造物之維護管理，歲修養護，及定期或不定期辦理檢查等工作，以確保防洪功能外，亦有必要深入瞭解堤基沖刷深度，機制與堤防災害成因，以提供未來工程設計與改善具沖刷錢是堤段防災能力之參考應用，是為本計劃之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100C01040001104</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/9</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>92915</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92915</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2)成果報告=Reserch In Foundation Erosion of Hazard Potential Levees In Jhuoshuei River (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫發展新的地形處理技術得到較真的計算用地形，以及內、外水聯合運算之淹水模式和分區演算技術。擬利用區域淹水模擬技術，透過數學最佳化的方法重新分配流入流量，用以降低淹水災害；同時參考各國經驗，因應氣候變遷擬定洪災控管規劃參考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000073</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/9</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>92916</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92916</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)(內附光碟)=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>計畫緣起連江縣海域潮差大，長期受颱風、季風海浪沖刷及潮汐進退影響，每逢颱風季節伴隨強風大浪來襲，又現有民宅十分鄰近海堤，使復興村、津沙村飽受海浪之威脅，已嚴重影響人民生命財產安全。本案期能透過詳盡的規劃與調查工作為復興村及津沙村海岸保護，提出詳盡的建議方案及可行性評估，並結合城鄉風貌與彰顯地方特色，使休閒遊憩空間及機能與民眾實質生活環境融為一體，進而改善當地居民生活環境，找出景觀維護及海岸安全之間的平衡點。本計畫主要內容為 1. 基地環境資料現況分析，2. 地形及水深測量工作，3. 馬祖海堤20 處斷面測量，4. 津沙海堤及復興村沃口海堤改善方案研提，5. 成果報告製作。二、 背景環境資料收集及分析說明及彙整笨計畫範圍內之背景資料，並分析津沙海堤及復興村沃口海堤面臨之現況說明。三、 地形、水深測量本計畫除完成津沙海堤及復興村沃口海堤鄰近地區地形、水深測量外，並完成馬祖地區20 處海堤之斷面測量。四、 現況數值分析本章數值模式主要針對津沙及復興海岸進行數值模擬。由於目前堤後越波量並無學術界一致認同之數值模式可供模擬，且相關越波量計算公式多為實驗室平滑斜坡堤或是直立堤所得，相關結果並不一定能完全適用實際海岸。參考目前常用越波量公式（Van der Meer and Janssen，1994；TAW2002；Hughes，2004；Goda，2009 等），輸入參數除了外海波浪條件、海連江縣南竿鄉津沙海堤及復興村沃口海堤整建規劃 期末報告書喬聯工程顧問股份有限公司堤設計及底床坡度等條件外，堤前波高為另一重要控制參數。故本章數值模擬分別模擬現況及建議改善方案整體灣澳在不同回歸期颱風作用下波場，並分析堤前波高變化情形，作為改善方案可行性之說明。。五、 現況海堤安全分析根據復興、津沙海岸及其保護工之型態，參考經濟部水利署水利規劃試驗所發布之「海岸設施防護準則－海堤篇(草案)」及相關計畫及專業書籍篩選多種波浪溯升及越波量經驗公式，完成津沙海堤及復興村沃口海堤現況之安全評估成果，該二處海堤經評估其溯升高程均低於現況海堤堤頂高程，惟溢流量之評估均未能達到評估之安全標準，建議應予改善。六、 改善方案研擬分別針對津沙海堤及復興村沃口海堤進行改善方案研擬，各海堤均研擬二種可行方案，初步評估建議採用緩波式海堤加人工養灘方式加以改善為較佳方案。七、 結論與建議綜合彙整本計畫規劃成果，並摘錄要點說明，並提出本計畫之建議。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000188</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/9</date><governmentpublicationsnumber>1010005075</governmentpublicationsnumber><identifier>92918</identifier><internationalstandardbooknumber>9789860312171 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92918</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>連江縣南竿鄉津沙海堤及復興村沃口海堤整建規劃委託技術服務成果報告書(內附光碟)=The renovation programming for both the Jinsha Seawall in Jinsha village and the Woukou Seawall in Fuxing village at Nangan Township, Lianjiang County</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000336</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/10</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>92920</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_92920</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告(內附光碟)=Dredging, Flood Prevention, and Sediment Removal Plans in the Er-Jen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計劃共分兩年執行，第二年主要工作為基本資料蒐集與河川特性調查更新、持續進行沖刷河段輸砂觀測及沖刷監測、研擬沖刷防治工法及替代方案、完成沖刷防治工法評估與工程規劃、研擬整體沖刷防治策略，做為本局後續對於曾文溪河道治理、管理策略參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000318</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/16</date><governmentpublicationsnumber>1010101259</governmentpublicationsnumber><identifier>93947</identifier><internationalstandardbooknumber>9789860328875 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93947</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(2/2)(內附光碟)=The study on causes of channel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River (2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫透過沉積物鑽探取樣及力學特性試驗分析等研究方法，釐清石門水庫底床地形坍塌或異重流運移沖刷在濁水形成過程的影響。依據沉積構造分析成果顯示，石門水庫的地層經常出現大規模的擾動，使原有的泥質沉積物變形或斷裂。擾動的機制可能來自原有沉積物的坍塌，或異重流在流經下游沉積物時，剪力作用造成之變形。其次依本計畫底泥鑽探取樣成果及沉積物力學試驗成果顯示，因此在颱風期間形成之異重流沖刷下，極易受沖蝕而再度捲昇，使濁水現象更形嚴重。石門水庫運轉至今已近50年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易捲昇即為高齡化水庫徵兆，值得進一步觀察留意。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/16</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>93948</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93948</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(內附光碟)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir (2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/16</date><governmentpublicationsnumber>1011100881</governmentpublicationsnumber><identifier>93949</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93949</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>中華民國110年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/16</date><governmentpublicationsnumber>1011101054</governmentpublicationsnumber><identifier>93951</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93951</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>中華民國110年水利統計</title><yearidentifier>202208</yearidentifier></data><data><abstract>本計畫規劃於資料蒐集完成後，就區域水文、地文及颱風暴潮等資料進行分析整理，以掌握卑南溪流域之水情與、地文現況與變化趨勢，其後再進行雨量、水位及CCTV站之評估檢討，若有不足時，分析並建議最適宜之增設站數與設置地點，並針對水文模式進行評估，找出最適卑南溪流域之模式，最後，完成卑南溪洪水預報系統先期之規劃。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/19</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>93970</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93970</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(內附光碟)=The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000460</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/19</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>93971</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93971</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(1/2)(內附光碟)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>國立嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/22</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>93973</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93973</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究總報告(內附光碟)=Feasibility Study on Water-Gate made by Concrete Materials</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署主計室</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/22</date><governmentpublicationsnumber>1011101054</governmentpublicationsnumber><identifier>93974</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93974</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>中華民國110年水利統計(光碟版)</title><yearidentifier>202208</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/22</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>93982</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93982</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3)(內附光碟)=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010255</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/24</date><governmentpublicationsnumber>1010103373</governmentpublicationsnumber><identifier>93983</identifier><internationalstandardbooknumber>9789860352474 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93983</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪表面流速量測示範站遷移及量測工法改善成果報告(內附光碟)=The Gauge Station and Measurements Improved in Tseng-Wen River</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/24</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>93988</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93988</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)(內附光碟)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/24</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>93990</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93990</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊(內附光碟)=Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>二仁溪流域地表起伏大，流域大都為台灣西南部泥岩分布。下游兩岸陸續開發，如高鐵台南站區。又因氣候變遷，颱風豪雨期間雨量動則大於200年頻率，超過二仁溪保護標準，且泥岩地形易沖刷進入河道，造成淤積之傾向。二仁溪河口至縱貫鐵路橋間之河段堤防完成整治，為評估河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，有必要針對流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之參據。本計畫第一年主要工作目標為彙整相關模擬成果、河川特性及現地觀測，瞭解計畫區內之水工構造物及跨河構造物受災機制，作為初步研擬沖刷防治工法之參考；第二年則為透過水理輸砂模式模擬不同重現期距年流量及長期流量下對河道沖淤模擬，評估河床穩定性，並綜合兩年成果，提出整體沖淤防治策略。本流域於中下游地區主要問題為河道受到淤積，通水斷面減少，常有淹水情形發生，本河段歷年已多次進行疏濬；上游部分，二仁溪主流蜿蜒而行，部分凹岸地區受到沖刷導致邊坡崩落、土砂流失。經由歷年資料進行河床穩定性探討顯示，經由98年大斷面比較二仁溪寬深比(W/D)推估二仁溪河口至舊二層橋河段屬寬淺型河道，二仁溪其餘河段皆為窄深型。由深槽偏移變化率來看，二仁溪流路左右擺盪，為多砂河川常見類型，進入縱貫鐵路橋後，因受堤防束縮，因而流路較為穩定。比較民國90年及98年全斷面資料，二仁溪主流累積沖刷量約為43萬m3，河床平均高程略為下降0.04m。從橫向/縱向穩定指標得知，二仁溪河道由於流路蜿蜒河道窄深且河床質粒徑較細，河床變動較快，穩定性欠佳。經由二維輸砂模擬結果顯示，主要沖刷河段為斷面5至斷面6、斷面10至斷面12、斷面44、斷面63至斷面66、斷面81至斷面92、斷面99、斷面103至斷面104、跳橋上游(斷面119至120)等，究其原因可能為流速增大或地形變化所致。除此之外，整體河道大多屬淤積河段，主要受到上游泥岩地形沖刷至下游及輸砂量變大導致。整體而言，二仁溪為蜿蜒不定河川，易造成上游局部性的沖刷，導致下游淤積特性，而沖刷區域範圍多屬上游且鄰近地區較無保全對象並已施設相關保護工法。本計畫針對易淤積段布置三囚砂區，分別為斷面24至斷面25、斷面44至斷面45及斷面53至斷面54，疏濬量分別為20萬、10萬及15萬立方公尺，推估疏濬周期分別為2至3年、4至5年及8至10年。就防洪能力探討而言，疏濬可有效降低水位，提升防洪能力。經由減淤比及減淤效率之評估，歷年已疏濬區案例以中路橋上下游疏濬案例為較佳之疏濬河段，相對減淤效果較為顯著。未來可疏濬區段評估探討得知，斷面23至斷面26之方案一，疏濬型式及規模為較佳之疏濬案例。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010162</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/25</date><governmentpublicationsnumber>1010102847</governmentpublicationsnumber><identifier>93991</identifier><internationalstandardbooknumber>9789860347067 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93991</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(2/2)(內附光碟)=Dredging,Flood Prevention, and Sediment Removal Plans in the Er-Jen River Channel After Typhoon Morakot (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/25</date><governmentpublicationsnumber>1010102709</governmentpublicationsnumber><identifier>93992</identifier><internationalstandardbooknumber>9789860344691 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93992</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究總報告(內附光碟)=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract>對主要河川流域地質資料系統既有圖資進行更新維護，並針對蘭陽溪、鹽水溪、二仁溪及阿公店溪進行地質查核工作，並就查核成果加以詮釋，同時比照頭前溪流域所建置之流域地質資料庫格式，建置此四流域之地質資料。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010280</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/25</date><governmentpublicationsnumber>1010102837</governmentpublicationsnumber><identifier>93993</identifier><internationalstandardbooknumber>9789860346305 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_93993</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川流域地質資料查核及資料庫建置?蘭陽溪、鹽水溪、二仁溪及阿公店溪(內附光碟)=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Lanyang Yanshui Erren and Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸生態工程實務手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010236</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/30</date><governmentpublicationsnumber>1010103008</governmentpublicationsnumber><identifier>94004</identifier><internationalstandardbooknumber>9789860347876 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94004</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編(2/2)(內附光碟)=The edition of Coastal Eco-Engineering Manual (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010235</commissionedprojectidentifier><currency>NT$</currency><date>2022/8/30</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>94005</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94005</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)(內附光碟)=Study on Preliminary Planning of The Coastal Protection Project (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/30</date><governmentpublicationsnumber>1010103006</governmentpublicationsnumber><identifier>94006</identifier><internationalstandardbooknumber>9789860347890 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94006</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究總報告(內附光碟)=Study on Preliminary Planning of The Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/30</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>94008</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94008</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>屏東海岸防護計畫-東港至枋寮海岸(草案)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/8/31</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>94010</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94010</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫規劃作業參考手冊(草案)(內附光碟)=Reference Manual of Planning Work of Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract>現行台灣使用水災後現場調查淹水範圍，亦或藉由水災中洪痕量測淹水範圍等方法，並無法即時反應災害情況進行應變處理。本計畫規劃設計自記式水位監測系統以準確評估洪害期間淹水範圍，淹水深度及災損程度，計畫範圍乃根據歷史資料選擇宜蘭縣最易淹水區域之新南地區，設立自記式水位監測系統，並藉正射影像圖及空載光達(Light Detection and Ranging，LiDAR)技術產製0.5m×0.5m網格之Digital Elevation Model(DEM)資料，提高淹水範圍監測之精度，且整合地理資訊系統之分析與展示，建立完整即時水位監測與淹水深度範圍分析系統，再藉由數次洪災過後，派遣專員現地調查，配合洪痕量測現地最高之水位，可完整記錄現地水情資訊，依據現地水情資訊不斷修正淹水範圍參數，使淹水數值模擬之檢定、驗證及模式修正不斷循環，達到系統永續發展之特性，依據淹水範圍及深度推估災損狀況，並期望此計畫對未來發展台灣淹水預警系統及防汛安全之建置有實質且重要助益。</abstract><author>國立宜蘭大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000273</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/13</date><governmentpublicationsnumber>1010004427</governmentpublicationsnumber><identifier>94023</identifier><internationalstandardbooknumber>9789860307085 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94023</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>宜蘭縣自記式水位監測系統設立與淹水災損地理資訊系統整合規劃計畫(內附光碟)=Planning and construction for an integrated automatic water stage monitoring system and flood damage assessment geographic information system in Yilan County</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據「臺灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管理的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護，本計畫依據選井原則辦理165口觀測井資料綜合分析研判其井體資訊，提出25口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。本計畫已完成第二、三、四、五、六、七、八、九、十河川局共計165口地下水觀測井現場調查工作，彙整包括基本資料、地層柱狀圖、觀測井站房現況及井體攝影檢測。依據井況分級判讀：一級井況良好計47口；二級洗井維護計保固井86口；三級井濾管扭曲變形、濾管?壞、井體腐蝕嚴重等列入汰舊換新或廢井部份計32口。本計畫篩選之25口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有24口井況歸類為良好，可以繼續使用；另1口歸類為井況不佳，建議持續觀察。本計畫完成統計752口已實施之井體攝影檢測資料，其中濾管積垢30％以下，含水層流動性佳，藉由定期維護可以繼續使用，歸類為一級井況約576口，佔整體比例77%；濾管積垢介於30-80％，含水層流動趨緩，必須藉由洗井維護保養作業後，可以繼續使用，歸類為二級井況約60口，佔整體觀測井比例8%；濾管積垢達80％以上，井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂，歸類為三級井況約116口，佔整體比例15%，建議規劃辦理汰舊換新工程。水利署為瞭解地下含水層井濾管地下水流動情況，並加強水利署業務相關人員專業技能，特於101年09月21日假國立高雄第一科技大學管理學院演講廳，辦理地下水觀測井與生產井井況分析技術研習會，上午辦理三堂課程研討，下午課程為井體攝影檢測技術模擬解析。藉由地下水觀測井井體攝影技術，檢測井體是否需要進行洗井維護保養，由井體攝影顯像的技術探討地下水含水層流動情況、觀測井井體內水質所衍生之積垢腐蝕，以及地下水井濾管扭曲變形因素探討。由歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，維護各分區地下水觀測網井體與井況正常功能，建議持續辦理地下水觀測井網清洗與維護保養，並加強巡查與管理機制，建立定期回報與修復異常狀況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010010</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1010103555</governmentpublicationsnumber><identifier>94027</identifier><internationalstandardbooknumber>9789860355017 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94027</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度定常性地下水觀測網井體清洗及維護保養(內附光碟)=Regular well cleaning and maintenance for groundwater monitoring networks in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1010902486</governmentpublicationsnumber><identifier>94029</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94029</librarycollectiondetailsurl><price>700</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>109</publishrocyear><title>都會區工程環境地質圖集(I)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1011002347</governmentpublicationsnumber><identifier>94030</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94030</librarycollectiondetailsurl><price>700</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>110</publishrocyear><title>都會區工程環境地質圖集(II)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1010902486</governmentpublicationsnumber><identifier>94031</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94031</librarycollectiondetailsurl><price>700</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>110</publishrocyear><title>都會區工程環境地質圖集(III)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1010902487</governmentpublicationsnumber><identifier>94032</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94032</librarycollectiondetailsurl><price>300</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>109</publishrocyear><title>都會區工程環境地質圖集(I)說明書</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1011002349</governmentpublicationsnumber><identifier>94033</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94033</librarycollectiondetailsurl><price>300</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>110</publishrocyear><title>都會區工程環境地質圖集(II)說明書</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>350.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>110022599</governmentpublicationsnumber><identifier>94034</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94034</librarycollectiondetailsurl><price>300</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>110</publishrocyear><title>都會區工程環境地質圖集(III)說明書</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/19</date><governmentpublicationsnumber>1011100922</governmentpublicationsnumber><identifier>94036</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94036</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>111</publishrocyear><title>110年度砂土石產銷調查報告</title><yearidentifier>202207</yearidentifier></data><data><abstract>蘇澳地區因地勢低窪，遇豪大雨即易造成淹水災害， 99 年梅姬颱風之東北季風共伴效應產生高強度、長延時降雨，造成蘇澳地區嚴重淹水，為改善水患，經濟部水利署水利規劃試驗所(以下簡稱本所)於 100 年辦理蘇澳溪治理規劃，依易淹水標準對整體改善方案已初步完成規劃，但因地方人士認為分洪隧道之實施有其迫切性及需要，爰成立本計畫，規劃之成果將提供主管機關修正原治理基本計畫及未來工程實施之參考依據，期能減緩本地區之淹水災害。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/20</date><governmentpublicationsnumber>1010202110</governmentpublicationsnumber><identifier>94039</identifier><internationalstandardbooknumber>9789860381757 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94039</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫第三階段實施計畫-縣管河川蘇澳溪水系分洪道規劃(內附光碟)=Regulation Project of Flood-prone Areas the Third Stage Practicing Plan A Diversion Plan of Yilan County-Governed Su-Ao River Basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>本報告為”彰化海岸防護基本資料調查計畫”第二年度(103年)成果，主要根據兩年度(102~103)所調查得到之海岸最新基本資料包含海域地形、波流、漂砂等，針對彰化沿岸海堤的防潮禦浪功能進行探討，並據以建議海岸防護因應措施。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030096</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/20</date><governmentpublicationsnumber>1010303153</governmentpublicationsnumber><identifier>94040</identifier><internationalstandardbooknumber>9789860438932 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94040</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)成果報告書=Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第四河川局為配合內政部營建署之永續海岸整體發展方案及持續建立海岸防護基本資料，規劃兩年度(102、103年)海岸基本監測調查計畫，以提供彰化海岸後續防護工程設計、規劃與維護管理之應用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/9/20</date><governmentpublicationsnumber>1010303155</governmentpublicationsnumber><identifier>94042</identifier><internationalstandardbooknumber>9789860438925 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94042</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書=Field Investigations and Analysis on Coastal Environment off Chang-Hua County</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/20</date><governmentpublicationsnumber>1010302426</governmentpublicationsnumber><identifier>94043</identifier><internationalstandardbooknumber>9789860430592 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94043</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究總報告(內附光碟)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods</title><yearidentifier>201412</yearidentifier></data><data><abstract>本年度將以秀姑巒溪及和平溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國?交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030223</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/22</date><governmentpublicationsnumber>1010302653</governmentpublicationsnumber><identifier>94051</identifier><internationalstandardbooknumber>9789860433937 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94051</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>中央管河川流域地質資料查核-秀姑巒溪及和平溪(內附光碟)=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Xiuguluan, and Heping River</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030307</commissionedprojectidentifier><currency>NT$</currency><date>2022/9/27</date><governmentpublicationsnumber>1010302475</governmentpublicationsnumber><identifier>94056</identifier><internationalstandardbooknumber>9789860431827 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94056</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>河川情勢調查總檢討及作業規範研擬總報告(內附光碟)=Review the River Current Status Investigation and Develop Operation Standard</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2022/10/7</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>94080</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94080</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業成果報告書(內附光碟)=2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>台灣大學水工試驗所  國立臺灣大學水工試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/10/11</date><governmentpublicationsnumber>1011101178</governmentpublicationsnumber><identifier>94084</identifier><internationalstandardbooknumber>978-986-533-283-9</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94084</librarycollectiondetailsurl><price> </price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>111</publishrocyear><title>盈運，轉變萬千—石門水庫營運時期檔案故事  </title><yearidentifier>202208</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030311</commissionedprojectidentifier><currency>NT$</currency><date>2022/10/19</date><governmentpublicationsnumber>1010302421</governmentpublicationsnumber><identifier>94098</identifier><internationalstandardbooknumber>9789860430639 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94098</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>國家級防災監測及模式測試基地建置總報告(內附光碟)=Setup of national base for disaster prevention monitoring and model testing</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會林務局</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/10/19</date><governmentpublicationsnumber>1011100212</governmentpublicationsnumber><identifier>94100</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94100</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>111</publishrocyear><title>原景綠境臺灣原生樹種景觀應用手冊</title><yearidentifier>202209</yearidentifier></data><data><abstract> </abstract><author>聯合大地工程顧問府份有限公司</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WRANB99pt36</commissionedprojectidentifier><currency>NT$</currency><date>2022/10/20</date><governmentpublicationsnumber>1010401218</governmentpublicationsnumber><identifier>94101</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94101</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隨道可行性規畫總報告(光碟版)Feasibility Study of Amouping Desilting Tunnel Project for Shimen Reservoir Summary Report</title><yearidentifier>201507</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2022/10/27</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>94119</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94119</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)成果報告書=Study Project on Safety Assessment and Analysis of Seawall in Yilan County (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>氣候變遷影響氣候變遷影響氣候變遷影響氣候變遷影響氣候變遷影響氣候變遷影響 ，近年極端氣候事件頻傳近年極端氣候事件頻傳近年極端氣候事件頻傳近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 ，世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 西太平洋於 西太平洋於 西太平洋於 西太平洋於 西太平洋於 109109109年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 、旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 ，在中國華 在中國華 在中國華 在中國華 南地區及長江流域一帶 南地區及長江流域一帶 、日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 ，造成 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 旱挑戰 。與此同時 與此同時 與此同時 ，109109109年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 ，7月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 帶高壓的影響 ，全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 ，有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 洋無 颱風生成 的紀錄 的紀錄 的紀錄 ，後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 ，秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 少，110 年幾無春雨 ，梅雨也遲到 ，統計自 109 年6月1日至 110 年 5月31 日止的總雨量僅約 1,078 毫米 ，為百年以來 百年以來 的最少雨量 的最少雨量 的最少雨量 。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/11/4</date><governmentpublicationsnumber>1011101422</governmentpublicationsnumber><identifier>94126</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94126</librarycollectiondetailsurl><price>定價3000</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>涓滴守護韌性臺灣109~110年百年大旱抗旱紀實(含附冊)</title><yearidentifier>202210</yearidentifier></data><data><abstract>氣候變遷影響 氣候變遷影響 氣候變遷影響 氣候變遷影響 氣候變遷影響 氣候變遷影響 ，近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 近年極端氣候事件頻傳 ，世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 世界各地如東亞至 西太平洋於 西太平洋於 西太平洋於 西太平洋於 西太平洋於 109109109年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 年下半出現洪水 、旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 旱災的極端氣候 ，在中國華 在中國華 在中國華 在中國華 南地區及長江流域一帶 南地區及長江流域一帶 、日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 日本與韓國相繼發生嚴重的水患 ，造成 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 數萬人的流離失所與生命威脅；而臺灣也面臨前未見百年大 旱挑戰 。與此同時 與此同時 與此同時 ，109109109年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 年臺灣梅雨季提早結束 ，7月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 月受到太平洋副熱 帶高壓的影響 ，全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 全臺發生異常高溫事件 ，有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 有史以來首次西北太平 洋無 颱風生成 的紀錄 的紀錄 的紀錄 ，後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 後續颱風繞過臺灣 ，秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 秋冬季雨量亦明顯偏 少，110 年幾無春雨 ，梅雨也遲到 ，統計自 109 年6月1日至 110 年 5月31 日止的總雨量僅約 1,078 毫米 ，為百年以來 百年以來 的最少雨量 的最少雨量 的最少雨量 。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/11/4</date><governmentpublicationsnumber>1011101422</governmentpublicationsnumber><identifier>94127</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94127</librarycollectiondetailsurl><price>定價3000</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>涓滴守護韌性臺灣109-110年百年大旱抗旱紀實含附冊(光碟版)</title><yearidentifier>202210</yearidentifier></data><data><abstract> </abstract><author>桃園市政府</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/11/15</date><governmentpublicationsnumber>1011101581</governmentpublicationsnumber><identifier>94143</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94143</librarycollectiondetailsurl><price> </price><publisher>桃園市政府水務局</publisher><publishrocyear>111</publishrocyear><title>非人類的住民—與它共生</title><yearidentifier>202210</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究展教育基金會</author><categoryidentifier>443.62   443.62.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100477_111</commissionedprojectidentifier><currency>NT$</currency><date>2022/11/15</date><governmentpublicationsnumber>1011100833</governmentpublicationsnumber><identifier>94147</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94147</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>滯洪池兼作水資源運用之可行性工程規劃成果報告</title><yearidentifier>202209</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究展教育基金會</author><categoryidentifier>443.62.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100477-111</commissionedprojectidentifier><currency>NT$</currency><date>2022/11/15</date><governmentpublicationsnumber>1011100833</governmentpublicationsnumber><identifier>94148</identifier><internationalstandardbooknumber>978-986-533-284-6</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94148</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>滯洪池兼作水資源運用之可行性工程規劃附冊</title><yearidentifier>202209</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究展教育基金會</author><categoryidentifier>443.62   443.62.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100477_111</commissionedprojectidentifier><currency>NT$</currency><date>2022/11/15</date><governmentpublicationsnumber>1011100833</governmentpublicationsnumber><identifier>94149</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>滯洪池兼作水資源運用之可行性工程規劃成果報告(光碟版)</title><yearidentifier>202209</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>957      443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/11/21</date><governmentpublicationsnumber>1011101609</governmentpublicationsnumber><identifier>94176</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94176</librarycollectiondetailsurl><price>500</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>111</publishrocyear><title>大地視野．構出新憶2022水土保持優良工程攝影圖集</title><yearidentifier>202210</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/2</date><governmentpublicationsnumber>1011101248</governmentpublicationsnumber><identifier>94210</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94210</librarycollectiondetailsurl><price>220</price><publisher>臺中市政府水利局</publisher><publishrocyear>111</publishrocyear><title>優游藍帶蛻變與重生的東大溪</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/2</date><governmentpublicationsnumber>1011101247</governmentpublicationsnumber><identifier>94211</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94211</librarycollectiondetailsurl><price>220</price><publisher>臺中市政府水利局</publisher><publishrocyear>111</publishrocyear><title>川流不息漾起綠意生機的筏子溪</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/2</date><governmentpublicationsnumber>1011101249</governmentpublicationsnumber><identifier>94212</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94212</librarycollectiondetailsurl><price>220</price><publisher>臺中市政府水利局</publisher><publishrocyear>111</publishrocyear><title>垂柳絮語傾聽會呼吸的柳川</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>733.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/2</date><governmentpublicationsnumber>1011000358</governmentpublicationsnumber><identifier>94213</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94213</librarycollectiondetailsurl><price>220</price><publisher>臺中市政府水利局</publisher><publishrocyear>111</publishrocyear><title>城中之河漫步風華再現的綠川</title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>440.9207</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/6</date><governmentpublicationsnumber>1011002217</governmentpublicationsnumber><identifier>94219</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>CHI</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94219</librarycollectiondetailsurl><price>300</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>110</publishrocyear><title>臺灣地殼變形論文集</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/8</date><governmentpublicationsnumber>1011101895</governmentpublicationsnumber><identifier>94220</identifier><internationalstandardbooknumber>978-626-7159-78-1</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94220</librarycollectiondetailsurl><price>300</price><publisher>桃園市政府水務局</publisher><publishrocyear>111</publishrocyear><title>觀塘．塘觀</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/13</date><governmentpublicationsnumber>2010103953</governmentpublicationsnumber><identifier>94226</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94226</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年臺灣溫泉監測季報 第四季=HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2013 THE FOURTH QUARTER</title><yearidentifier>201405</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/13</date><governmentpublicationsnumber>2010301829</governmentpublicationsnumber><identifier>94227</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94227</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年臺灣溫泉監測年報=TAIWAN HOT-SPRING MONITORING 2013 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/13</date><governmentpublicationsnumber>2010103958</governmentpublicationsnumber><identifier>94228</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94228</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第一季=HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2014 THE FIRST QUARTER</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090339</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>1010902249</governmentpublicationsnumber><identifier>94239</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94239</librarycollectiondetailsurl><price>定價1600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年度彰化與雲林地區地層下陷監測及分析</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>94240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94240</librarycollectiondetailsurl><price>定價1200</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108水利年報(內附光碟)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>94241</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94241</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>109年度水利年報(內附光碟)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090336</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>1010902275</governmentpublicationsnumber><identifier>94252</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94252</librarycollectiondetailsurl><price>定價1500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年度地層下陷防治專案服務計畫</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090142</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>1011000237</governmentpublicationsnumber><identifier>94262</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94262</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>110</publishrocyear><title>109年度集集攔河堰監測及安全檢查-環境生態監測成果報告</title><yearidentifier>202102</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本計畫目的係針對卵、礫石及砂質河床，進行30度、60度、75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，經過檢定及驗證後，提出通用斜向流攻角之無因次基腳保護布置橫斷面積經驗式，並以異型塊做為基腳保護工時之建議布置方式。以上相關試驗分析成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>1011000483</governmentpublicationsnumber><identifier>94263</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94263</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(總報告)(內附光碟)</title><yearidentifier>202104</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第3期計畫目的係針對卵、礫石及砂質河床，進行75度斜向流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到60度~75度斜向流衝擊下，以異型塊做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/14</date><governmentpublicationsnumber>1011000482</governmentpublicationsnumber><identifier>94264</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94264</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>110</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第3期)(內附光碟)</title><yearidentifier>202104</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/15</date><governmentpublicationsnumber>1010802534</governmentpublicationsnumber><identifier>94273</identifier><internationalstandardbooknumber>9789865330576 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94273</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>110</publishrocyear><title>108年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office. Water Resources Agency Ministry of Economic Affairs. 2017 Statistics Yearbook.</title><yearidentifier>202107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/15</date><governmentpublicationsnumber>1011100154</governmentpublicationsnumber><identifier>94274</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94274</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>111</publishrocyear><title>109年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202202</yearidentifier></data><data><abstract>「文化」 一詞 泛指人類活動過程 中所創造的一切成果 換旬話說 沒有人類就沒有 文化。舉凡文學、科學、飲食、制度、藝 術、東敦信仰、思想體系、民俗都是文化 當我們仔細攤開並一一檢視這 些事物 將驚 異於人類的創造力。文化也會依人類所處環境的不同 展現各自的特色 。沒有人就沒有文化  同樣地，沒有水也不 會有人類文明，世界知名古文明皆傍水而 生 。水是人類賴以維生的資源  人類的觀念 和想法會受到水環境影響在能力所及的情況下，也會試圖改造水環境以符合自身利 益  凡此種種與水有關的創造 事物，就稱為『＊文化」。這些文化事物都是人類智慧和 經臨的結晶，在傳承的過程中 有些事物會 消失 而幸運保留下來的部分 就是人類活 動的足跡，它提醒著後人歷史是如何演變 的。近年來 z 全球暖化所導致的氣候變遷 讓 洪患及缺水這兩種現摯的對比益加明顯 水環境的變化直接影響了人類生存。我們一設法解決旱灣問題 一面尋求與水環境共 之道  終極目標是實現水環境的自然平衡 以確保水資源白色永續供應。要做到這些， 要所有人類攜手努力 而前提就是要對水 境和水資源擁有足夠的認識，以及對所處地有相當程度的認 同屬 ：另一方面 我們 可以從隱藏在先人文化創造中的智慧和經 驗 獲取解決問題的靈厲 。曾文溪流域的先民為了解決缺水、洪患 問題，建造7形形色色的水利設施 像是 井、埠＃ 、堤防等，其中，以日治時期完的烏山頭水庫與嘉南大圳水利系統最具代 性 號稱當時亞洲的最大工程 它刺用烏 嶺引水腫道自曾文漢取水，灌溉嘉南平原 16萬公填農地。而戰後時期完工的曾文  庫 與烏山頭水庫串聯使用，滿足嘉南地的灌溉、民生、發電等需求，至今仍是南部最重要的供水來源 。</abstract><author>高視文化科技有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/15</date><governmentpublicationsnumber>1010901390</governmentpublicationsnumber><identifier>94278</identifier><internationalstandardbooknumber>9789865330705 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94278</librarycollectiondetailsurl><price></price><publisher>經濟部水利署南區水資源局、臺南市政府文化局</publisher><publishrocyear>109</publishrocyear><title>青瞑蛇物語: 從曾文溪到南方水學的100個鏈結: 從曾文溪到南方水學的100個鏈結</title><yearidentifier>202010</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1009902808</governmentpublicationsnumber><identifier>94282</identifier><internationalstandardbooknumber>9789860247084 ; 9789860247</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94282</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸地形監測調查計畫成果報告書(內附光碟) Monitoring of Coastal Topography at Chang-Hua</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>443.04</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1010701788</governmentpublicationsnumber><identifier>94300</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94300</librarycollectiondetailsurl><price>新台幣500元</price><publisher>桃園市政府水務局</publisher><publishrocyear>107</publishrocyear><title>大漢溪水紋巡禮</title><yearidentifier>201810</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1010901513</governmentpublicationsnumber><identifier>94304</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94304</librarycollectiondetailsurl><price>400</price><publisher>桃園市政府水務局</publisher><publishrocyear>109</publishrocyear><title>流與變:打開故事的老街溪.Ⅰ:上游-溯源,探尋水文的歷史記憶</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>鄭文燦</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1010901514</governmentpublicationsnumber><identifier>94306</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94306</librarycollectiondetailsurl><price>400</price><publisher>桃園市政府水務局</publisher><publishrocyear>109</publishrocyear><title>流與變:打開故事的老街溪.Ⅱ:中游-打開,人水互動的跌宕歲月</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>台灣大學水工試驗所  國立臺灣大學水工試驗所</author><categoryidentifier>443.04</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1011101178</governmentpublicationsnumber><identifier>94311</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language> </language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94311</librarycollectiondetailsurl><price> </price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>111</publishrocyear><title>盈運，轉變萬千—石門水庫營運時期檔案故事  </title><yearidentifier>202208</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100117</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1011100186</governmentpublicationsnumber><identifier>94313</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94313</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度集集攔河堰監測及安全檢查環境生態監測成果報告</title><yearidentifier>202202</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090339</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1010902249</governmentpublicationsnumber><identifier>94329</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94329</librarycollectiondetailsurl><price>定價1600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年度彰化與雲林地區地層下陷監測及分析(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1090336</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/16</date><governmentpublicationsnumber>1010902275</governmentpublicationsnumber><identifier>94330</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94330</librarycollectiondetailsurl><price>定價1500</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>109年度地層下陷防治專案服務計畫(光碟版)</title><yearidentifier>202012</yearidentifier></data><data><abstract> </abstract><author>國家圖書館</author><categoryidentifier>11.43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/19</date><governmentpublicationsnumber>2008901191</governmentpublicationsnumber><identifier>94353</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94353</librarycollectiondetailsurl><price>750</price><publisher>國家圖書館</publisher><publishrocyear>96</publishrocyear><title>圖書館年鑑(九十六年)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100298</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/19</date><governmentpublicationsnumber>1011002222</governmentpublicationsnumber><identifier>94357</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94357</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>110</publishrocyear><title>110年度彰化與雲林地區地層下陷監測及分析(光碟版)</title><yearidentifier>202112</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94368</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第三季=HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2014 THE THIRD QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>今周刊代編部</author><categoryidentifier>546.814</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/21</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>94369</identifier><internationalstandardbooknumber>9789860488937 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94369</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>105</publishrocyear><title>台南市政府工務建設特刊第4期 織錦工程(美好台南之歌)</title><yearidentifier>201608</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110117</commissionedprojectidentifier><currency>NT$</currency><date>2022/12/27</date><governmentpublicationsnumber>1011102120</governmentpublicationsnumber><identifier>94377</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94377</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110年各標的用水統計年報</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>臺北翡翠水庫管理局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2022/12/27</date><governmentpublicationsnumber>1011100824</governmentpublicationsnumber><identifier>94379</identifier><internationalstandardbooknumber>978-626-7144-25-1</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94379</librarycollectiondetailsurl><price> </price><publisher>臺北翡翠水庫管理局</publisher><publishrocyear>111</publishrocyear><title>翡翠水庫創新與精進全紀錄</title><yearidentifier>202207</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110117</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/6</date><governmentpublicationsnumber>1011102119</governmentpublicationsnumber><identifier>94391</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94391</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110年用水統計年報彙編</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110117</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/6</date><governmentpublicationsnumber>1011102119</governmentpublicationsnumber><identifier>94392</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94392</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110年用水統計年報彙編(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/9</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>94408</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94408</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署北區水資源局九十二年度年報</title><yearidentifier>200408</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/10</date><governmentpublicationsnumber>1011101784</governmentpublicationsnumber><identifier>94411</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94411</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>111</publishrocyear><title>110年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/11</date><governmentpublicationsnumber>1009301306</governmentpublicationsnumber><identifier>94416</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94416</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>營造多元自然型河川施工及現場的工夫「日本河川整備中心出版品推廣計畫」叢書NO 7.</title><yearidentifier>200406</yearidentifier></data><data><abstract>本書以史學專業從水文化觀點更深入地爬梳了曾文溪四百年來政府、民眾、工程師等多重視角的水歷史；並藉水利專業與史學研究的跨領域視野，為曾文溪的變遷提出解釋；在本書後半部分，指出曾文溪流域為了與水共生而孕育出的水文化，以及治理工程背後的技術或制度思維，不單是臺灣的寶貴資產，亦能與當今治水、防災、減災等新概念相互呼應。</abstract><author>國立彰化師範大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110194</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/12</date><governmentpublicationsnumber>1011101690</governmentpublicationsnumber><identifier>94422</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94422</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>曾文溪洪災信仰與治理歷程水文化研究成果報告書</title><yearidentifier>202212</yearidentifier></data><data><abstract>本書以史學專業從水文化觀點更深入地爬梳了曾文溪四百年來政府、民眾、工程師等多重視角的水歷史；並藉水利專業與史學研究的跨領域視野，為曾文溪的變遷提出解釋；在本書後半部分，指出曾文溪流域為了與水共生而孕育出的水文化，以及治理工程背後的技術或制度思維，不單是臺灣的寶貴資產，亦能與當今治水、防災、減災等新概念相互呼應。</abstract><author>國立彰化師範大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110194</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/12</date><governmentpublicationsnumber>1011101690</governmentpublicationsnumber><identifier>94423</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94423</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>尋溯與曾文溪的百年對話</title><yearidentifier>202212</yearidentifier></data><data><abstract>本書以史學專業從水文化觀點更深入地爬梳了曾文溪四百年來政府、民眾、工程師等多重視角的水歷史；並藉水利專業與史學研究的跨領域視野，為曾文溪的變遷提出解釋；在本書後半部分，指出曾文溪流域為了與水共生而孕育出的水文化，以及治理工程背後的技術或制度思維，不單是臺灣的寶貴資產，亦能與當今治水、防災、減災等新概念相互呼應。</abstract><author>國立彰化師範大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110194</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/12</date><governmentpublicationsnumber>1011101690</governmentpublicationsnumber><identifier>94425</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94425</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>曾文溪洪災信仰與治理歷程水文化研究成果報告書(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract>本報告主要工作項目包含於雲林縣元長鄉元長國小進行370m地質鑽探取樣、室內水文與壓縮性質試驗、現地波速量測與地表沉陷量評析。另外應用複合壓縮試驗概念進行變載重壓密試驗，探討地下水壓變化對阻水層材料壓密行為之孔隙水壓消散的影響，作為阻水層壓密量評估之參考。透過系列試驗成果，進行分層壓縮量計算，提供分層壓縮速率、終期壓縮量與穩定時間。據以建立不同用水情境下，不同分層地下水頭高程變化與對應壓縮量之關係，作為以地下水位管控進行沉陷量控制作為依據，評估預達到設定管控地下水位位所需之地下水減抽量，提供相關下陷防治策略研擬之參考，據以提升地層下陷管理成效。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110287</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/16</date><governmentpublicationsnumber>1011102220</governmentpublicationsnumber><identifier>94484</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94484</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>111年雲林地區地層壓縮參數調查與資料分析</title><yearidentifier>202212</yearidentifier></data><data><abstract>本報告主要工作項目包含於雲林縣元長鄉元長國小進行370m地質鑽探取樣、室內水文與壓縮性質試驗、現地波速量測與地表沉陷量評析。另外應用複合壓縮試驗概念進行變載重壓密試驗，探討地下水壓變化對阻水層材料壓密行為之孔隙水壓消散的影響，作為阻水層壓密量評估之參考。透過系列試驗成果，進行分層壓縮量計算，提供分層壓縮速率、終期壓縮量與穩定時間。據以建立不同用水情境下，不同分層地下水頭高程變化與對應壓縮量之關係，作為以地下水位管控進行沉陷量控制作為依據，評估預達到設定管控地下水位位所需之地下水減抽量，提供相關下陷防治策略研擬之參考，據以提升地層下陷管理成效。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110287</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/16</date><governmentpublicationsnumber>1011102220</governmentpublicationsnumber><identifier>94485</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94485</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>111年雲林地區地層壓縮參數調查與資料分析(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>國家發展委員會檔案管理局</author><categoryidentifier> </categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/17</date><governmentpublicationsnumber>2009006932</governmentpublicationsnumber><identifier>94510</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94510</librarycollectiondetailsurl><price>150</price><publisher>國家發展委員會檔案管理局</publisher><publishrocyear>111</publishrocyear><title>檔案</title><yearidentifier>202212</yearidentifier></data><data><abstract>潮汐表  中華民國九十三年  Tide Tables 2004</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/18</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>94517</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94517</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>92</publishrocyear><title>中華民國九十三年潮汐表=Tide Tables 2004</title><yearidentifier>200311</yearidentifier></data><data><abstract>鑒於以往國內並無土壤水泥應用於蓄水庫土壩坡面、蓄水坡面或堤防護坡之經驗。本研究之目的即針對一般水庫工程之土壩壩面保護工、蓄水坡面或堤防工程之坡面等，若經規劃採用土壤水泥作為保護工材料時所需進行之研究項目進行探討，全書共分為八章，內容涵蓋相關資料之整理、土壤水泥室內試驗及工程性質研究、土壤水泥護坡設計法及適用性探討、土壤水泥護坡施工方法及施工規範研擬、土壤水泥經濟性評估方法探討及現地輾壓試驗計畫研擬等。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.644116</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-D1812006</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/18</date><governmentpublicationsnumber>1009203084</governmentpublicationsnumber><identifier>94521</identifier><internationalstandardbooknumber>9789570157574 ; 9570157579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94521</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>湖山水庫工程計畫：土壤水泥之性質試驗及適用性探討研究成果報告</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/19</date><governmentpublicationsnumber>1009200763</governmentpublicationsnumber><identifier>94527</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94527</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十 年臺灣水文年報總冊= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2001 TOTAL REPORT</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/19</date><governmentpublicationsnumber>1009200764</governmentpublicationsnumber><identifier>94528</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94528</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十 年臺灣水文年報第一部分-雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2001 PART Ⅰ-RAINFALL</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/19</date><governmentpublicationsnumber>1009200765</governmentpublicationsnumber><identifier>94529</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94529</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十 年臺灣水文年報第二部分-河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2001 PART Ⅱ - RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/19</date><governmentpublicationsnumber>1009200766</governmentpublicationsnumber><identifier>94530</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94530</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十 年臺灣水文年報第三部分-地下水水文=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2001 PART Ⅲ - GROUNDWATER HYDROLOGY</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/19</date><governmentpublicationsnumber>1009200767</governmentpublicationsnumber><identifier>94531</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94531</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>中華民國九十 年臺灣水文年報第四部份─近海水文=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2001 PART Ⅳ ─ COASTAL HYDROLOGY</title><yearidentifier>200302</yearidentifier></data><data><abstract>本計畫將濁水溪沖積扇水力邊界資料收集彙整，利用既有資料完成濁水溪沖積扇水力邊界分區，並針對河川沖積扇邊界以及海岸邊界地下水鹽化現狀，建立合理之邊界水文地質架構，從而了解邊界區域上水循環特性，進而篩選合適之地面水與地下水測站，作為水力邊界區域以及條件值設定參考，海岸區域則綜合地下水現狀以及地下水鹽化成因調查成果，提出合適設立條件，第一年度初步完成濁水溪沖積扇之水力邊界探查成果與設定依據，並於本年度（111年度）工作補充資料分析以及現場調查工作，提出完整濁水溪沖積扇邊界調查成果以及水力邊界設定依據，供整體研究分析以及數值模型參考。經調查並分析海岸區域地下水鹽化主因應為地層沉積殘留，並無海水入侵情況。</abstract><author>國立成功大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110283</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/30</date><governmentpublicationsnumber>1011102202</governmentpublicationsnumber><identifier>94537</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94537</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>濁水溪沖積扇海水入侵及地下水區邊界地下水觀測站井補充建置總報告(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract>地下水文演算架構主要為根據地下水水位資訊與水文地質資料之參數蒐集與分析，然目前國內相關網路平台如環保署全國環境水質監測資訊網、土壤及地下水污染整治網、水利署水文資訊網整合服務系統，以及地調所水文地質資料庫等，皆僅能夠單向展示資料或進行簡易應用，各平台所展示之資料各自獨立且無橫向串接，造成資訊貧脊以及應用之拘限，難以將其成果加值應用最大化。雖然過去辦理過多處台灣地下水分區、集水區、或局部場址之水文數值模擬，但其模式僅建構於單一計畫執行內容中，且其模擬成果僅供計畫使用，雖能於計畫中呈現成果但無法提供持續演算與查詢。受限於計畫當年度成果，因此既有地下水系統無法做到自動化、即時性與模組化之分析。因此本計畫第一年度(110年) 已介接整合輸入所需4D基本及應用資料庫、發展質點追蹤法推估地下水流向及水平衡分析模組，並建立線上互動式有限差分法地下水流場數值模式平台，配合既有地理資訊圖資、含水層參數資料庫，以及歷史與即時觀測水位等，提供使用者於前端即可進行地下水數值模式模擬與分析，更應用本平台復活水利署已完成計畫成果-「地下水可用水量調查分析-濁水溪沖積扇」(108年) 之地下水模擬流場成果。第二年度(111年)將發展及測試互動式「有限元素法」地下水流場模式(如FEMWATER 等)，進行有限元素法地下水流流場模式驗證，並串接開放源之地下水模式與網頁地下水模擬引擎串接模組，建置有限元素地下水流場模式專用展示圖層模組，同時建立幾何面積、繪線長度自動計算模組等，更介接水利署已完成的計畫成果、撰寫使用手冊及辦理教育訓練。本計畫預期提供使用者互動式點選查詢與分析地下水之演算平台，除由使用者任意選擇欲分析的區域、時間長度、分析標的來模擬分析地下水流場，更可介接其他計畫演算模組，藉由系統資料庫提供資料演算，讓各計畫演算模組相互搭配，創造資料運用加值最大化。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110221</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/30</date><governmentpublicationsnumber>1011102201</governmentpublicationsnumber><identifier>94540</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94540</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>地下水演算資料自動化前後處理與模組化分析(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract>地下水文演算架構主要為根據地下水水位資訊與水文地質資料之參數蒐集與分析，然目前國內相關網路平台如環保署全國環境水質監測資訊網、土壤及地下水污染整治網、水利署水文資訊網整合服務系統，以及地調所水文地質資料庫等，皆僅能夠單向展示資料或進行簡易應用，各平台所展示之資料各自獨立且無橫向串接，造成資訊貧脊以及應用之拘限，難以將其成果加值應用最大化。雖然過去辦理過多處台灣地下水分區、集水區、或局部場址之水文數值模擬，但其模式僅建構於單一計畫執行內容中，且其模擬成果僅供計畫使用，雖能於計畫中呈現成果但無法提供持續演算與查詢。受限於計畫當年度成果，因此既有地下水系統無法做到自動化、即時性與模組化之分析。因此本計畫第一年度(110年) 已介接整合輸入所需4D基本及應用資料庫、發展質點追蹤法推估地下水流向及水平衡分析模組，並建立線上互動式有限差分法地下水流場數值模式平台，配合既有地理資訊圖資、含水層參數資料庫，以及歷史與即時觀測水位等，提供使用者於前端即可進行地下水數值模式模擬與分析，更應用本平台復活水利署已完成計畫成果-「地下水可用水量調查分析-濁水溪沖積扇」(108年) 之地下水模擬流場成果。第二年度(111年)將發展及測試互動式「有限元素法」地下水流場模式(如FEMWATER 等)，進行有限元素法地下水流流場模式驗證，並串接開放源之地下水模式與網頁地下水模擬引擎串接模組，建置有限元素地下水流場模式專用展示圖層模組，同時建立幾何面積、繪線長度自動計算模組等，更介接水利署已完成的計畫成果、撰寫使用手冊及辦理教育訓練。本計畫預期提供使用者互動式點選查詢與分析地下水之演算平台，除由使用者任意選擇欲分析的區域、時間長度、分析標的來模擬分析地下水流場，更可介接其他計畫演算模組，藉由系統資料庫提供資料演算，讓各計畫演算模組相互搭配，創造資料運用加值最大化。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110221</commissionedprojectidentifier><currency>NT$</currency><date>2023/1/30</date><governmentpublicationsnumber>1011102201</governmentpublicationsnumber><identifier>94542</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94542</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>地下水演算資料自動化前後處理與模組化分析</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/1/31</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>94552</identifier><internationalstandardbooknumber>9789570119888 ; 9570119888</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94552</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集(內附光碟) The Chou-Shui River</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014V5</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/2</date><governmentpublicationsnumber>1009006269</governmentpublicationsnumber><identifier>94567</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94567</librarycollectiondetailsurl><price>90</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) (附件二)屏東平原地下水補注量估算 Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014V5</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/2</date><governmentpublicationsnumber>1009006271</governmentpublicationsnumber><identifier>94568</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94568</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) (附件三)地下水觀測網教材 Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB900014V5</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/2</date><governmentpublicationsnumber>1009006272</governmentpublicationsnumber><identifier>94569</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94569</librarycollectiondetailsurl><price>55</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>地下水觀測網及地層下陷防治綜合執行計畫(五) (附件四)觀測井保養與維護現行作業程序 Integration Project on Groundwater Monitoring and Land Subsidence Prevention (V)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6   443.6.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/2</date><governmentpublicationsnumber>1011102176</governmentpublicationsnumber><identifier>94572</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi.</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94572</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>水利工程減碳作業參考指引規劃設計篇</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/8</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>94603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94603</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>110年度水利年報(內附光碟)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/9</date><governmentpublicationsnumber>1009000022</governmentpublicationsnumber><identifier>94610</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94610</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣地區既有海堤功能檢討–附冊 台灣地區各海岸防護設施功能評估表=Performance assessment of coastal defence work in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/9</date><governmentpublicationsnumber>1009004323</governmentpublicationsnumber><identifier>94611</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94611</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>海岸水文氣象年報(民國八十九年)=Annual Repart on Coastal Hydrology and Meteorology</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>國立中興大學環境工程學系</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB8900035</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/13</date><governmentpublicationsnumber>8374890360</governmentpublicationsnumber><identifier>94644</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94644</librarycollectiondetailsurl><price>180</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區地下水觀測網整體計畫－地下水觀測網之建立及運作管理八十九年度子計畫報告：蘭陽平原及嘉南平原地下水水質試驗分析研究=Investigation and Analyses of Groundwater Quality in Lan-Yang Plan and Jienan Plan</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.716058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/14</date><governmentpublicationsnumber>8943891609</governmentpublicationsnumber><identifier>94662</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94662</librarycollectiondetailsurl><price>243</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>海岸水文氣象年報民國八十八年=Annual Report on Coastal Hydrology and Meteorology</title><yearidentifier>200009</yearidentifier></data><data><abstract>延續前期(109年)計畫之長期流量預報系統研發成果(預報未來1至6個月)，持續進行系統優化、更新與維護運作，並引入氣象局分析「歐洲中期天氣預報中心(European Centre for Medium-Range Weather Forecasts, ECMWF)預報產品」之成果來發展中(展)期預報系統(預報未來1至30天)，進一步整合中(展)期預報系統與長期預報系統並行運作且優化預報頻率，以提升流量預報精度。計畫成果透過教育訓練與技術移轉，協助各水資源局具備中長期流量預報之能力，以發揮實務應用之效益。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87   575.87.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100485</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/14</date><governmentpublicationsnumber>1011101886</governmentpublicationsnumber><identifier>94665</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94665</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>水庫集水區流量預報技術整合暨推廣應用</title><yearidentifier>202211</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880482</governmentpublicationsnumber><identifier>94674</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94674</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–總報告=A Study on the Rational Limit of Multipurpose Water Use Comprehensive Report</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880501</governmentpublicationsnumber><identifier>94678</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94678</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–農業用水=A Study on the Rational Limit of Multipurpose Water Use Agricultural Water Use</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880511</governmentpublicationsnumber><identifier>94680</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94680</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–水力用水=A Study on the Rational Limit of Multipurpose Water Use Hydraulic Water Use</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880531</governmentpublicationsnumber><identifier>94681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94681</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定其他用途–高爾夫球場用水=A Study on the Rational Limit of Multipurpose Water Use Other Purpose-Golf Field's Water Use</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880541</governmentpublicationsnumber><identifier>94682</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94682</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–查詢計算系統、資料庫及審查會議記錄=A Study on the Rational Limit of Multipurpose Water Use Calculation System、Database &amp; Minutes</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880492</governmentpublicationsnumber><identifier>94683</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94683</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–家用及公共給水=A Study on the Rational Limit of Multipurpose Water Use Domestic &amp; Public Water Use</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源及環境工程系</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>88EC2B370005</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/15</date><governmentpublicationsnumber>8374880521</governmentpublicationsnumber><identifier>94684</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94684</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>事業用水合理用水量範圍之訂定–工業用水=A Study on the Rational Limit of Multipurpose Water Use Industrial Water Use</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00?資?56</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/18</date><governmentpublicationsnumber>8373830024</governmentpublicationsnumber><identifier>94725</identifier><internationalstandardbooknumber>9789570034548 ; 9570034548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94725</librarycollectiondetailsurl><price>0</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>臺灣地區之水資源</title><yearidentifier>199403</yearidentifier></data><data><abstract> </abstract><author>吳祖揚總編輯</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>水利五十紀念專輯</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/20</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>94730</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94730</librarycollectiondetailsurl><price>480</price><publisher>台灣省政府水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract>延續前期(109年)計畫之長期流量預報系統研發成果(預報未來1至6個月)，持續進行系統優化、更新與維護運作，並引入氣象局分析「歐洲中期天氣預報中心(European Centre for Medium-Range Weather Forecasts, ECMWF)預報產品」之成果來發展中(展)期預報系統(預報未來1至30天)，進一步整合中(展)期預報系統與長期預報系統並行運作且優化預報頻率，以提升流量預報精度。計畫成果透過教育訓練與技術移轉，協助各水資源局具備中長期流量預報之能力，以發揮實務應用之效益。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87   575.87.</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1100485</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/20</date><governmentpublicationsnumber>1011101886</governmentpublicationsnumber><identifier>94732</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94732</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>水庫集水區流量預報技術整合暨推廣應用(光碟版)</title><yearidentifier>202211</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位完成濁水溪沖積扇地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數及其不確定性之量化，最後嘗試藉此改善抽水量、補注量推估方法與品質。透過本計畫研究發展成果，本方法提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之?解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110260</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102235</governmentpublicationsnumber><identifier>94754</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94754</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究(1/2)(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract>本計畫發展以時間序?方法、時間序列分解法、時空間資料特徵萃取法等解析地下水位完成濁水溪沖積扇地下水分區各含水層水文地質參數與地下水抽補量推估驗證，藉由國內豐富的地下水位觀測資料推估區域之水文地質參數，例如儲水係數及比出水率等，再透過機器學習與統計分析方式推估隨機點位之水文地質參數及其不確定性之量化，最後嘗試藉此改善抽水量、補注量推估方法與品質。透過本計畫研究發展成果，本方法提出一套系統性方法，可推估計畫區域內地下水抽補量以及水文地質參數，有效提升對地下水系統之?解。</abstract><author>國立臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110260</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102235</governmentpublicationsnumber><identifier>94755</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94755</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>111</publishrocyear><title>應用地下水位序列分析於區域地下水文影響因子推估研究(1/2)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>臺灣水務產業發展協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110258</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102204</governmentpublicationsnumber><identifier>94763</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年度水利產業國內外展覽推動計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>臺灣水務產業發展協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110258</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102204</governmentpublicationsnumber><identifier>94764</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94764</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年度水利產業國內外展覽推動計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110249</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102179</governmentpublicationsnumber><identifier>94765</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94765</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利國際論壇及交流推動計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110249</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102179</governmentpublicationsnumber><identifier>94766</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94766</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>111年水利國際論壇及交流推動計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110193</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102276</governmentpublicationsnumber><identifier>94767</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94767</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>推動再生水發展計畫(光碟版)</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1110193</commissionedprojectidentifier><currency>NT$</currency><date>2023/2/22</date><governmentpublicationsnumber>1011102276</governmentpublicationsnumber><identifier>94768</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94768</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>111</publishrocyear><title>推動再生水發展計畫</title><yearidentifier>202212</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/2/24</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>94789</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94789</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>93</publishrocyear><title>中華民國九十四年潮汐表=Tide Tables 2005</title><yearidentifier>200411</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系環境管理計畫規劃之前前置作業,以航測技術建立高屏溪數值圖資</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/1</date><governmentpublicationsnumber>1009304839</governmentpublicationsnumber><identifier>94792</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94792</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>93</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)(光碟版)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>國立中央大學土木系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-930013</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/2</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>94794</identifier><internationalstandardbooknumber>9789570195583 ; 9570195584</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94794</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及其應用系統之建置計畫」=Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-930102V1</commissionedprojectidentifier><currency>NT$</currency><date>2023/3/2</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>94795</identifier><internationalstandardbooknumber>9789570193275 ; 9570193271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94795</librarycollectiondetailsurl><price>155</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)使用手冊=Expand the Supply System of Hydrological and Water Resource Data (1/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2023/3/3</date><governmentpublicationsnumber>1011100154</governmentpublicationsnumber><identifier>94814</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_94814</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>112</publishrocyear><title>109年度經濟部水利署北區水資源局統計年報</title><yearidentifier>202302</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。台灣地區水文觀測現代化整體計畫主要工作項目已於91至94年逐期完成；95年度開始的「水文資訊傳輸及服務系統更新改善整合計畫」針對既有之資料傳輸架構加以擴充與增強，95年度工作內容是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作。本年度將以95年度工作成果為基礎，除了繼續強化各系統之功能外，針對前端觀測儀器即時傳輸管道進行評比與檢討，作為未來新一代水文觀測傳輸管道之初期規劃；另外則是將「水文資訊網整合性服務系統」進行整體的改版與功能維護，改版後之系統將區分署內版本與一般民眾版本，上線後可以擴大水文分析與資訊應用的層面，落實水文資料E化的目的，邁向自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960037</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/30</date><governmentpublicationsnumber>1009603861</governmentpublicationsnumber><identifier>53497</identifier><internationalstandardbooknumber>9789860122978 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53497</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(2/2)=Improvement and Integration of Hydrological Information Transmission and Services(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。台灣地區水文觀測現代化整體計畫主要工作項目已於91至94年逐期完成；95年度開始的「水文資訊傳輸及服務系統更新改善整合計畫」針對既有之資料傳輸架構加以擴充與增強，95年度工作內容是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作。本年度將以95年度工作成果為基礎，除了繼續強化各系統之功能外，針對前端觀測儀器即時傳輸管道進行評比與檢討，作為未來新一代水文觀測傳輸管道之初期規劃；另外則是將「水文資訊網整合性服務系統」進行整體的改版與功能維護，改版後之系統將區分署內版本與一般民眾版本，上線後可以擴大水文分析與資訊應用的層面，落實水文資料E化的目的，邁向自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960037</commissionedprojectidentifier><currency>NT$</currency><date>2008/4/30</date><governmentpublicationsnumber>1009603861</governmentpublicationsnumber><identifier>53499</identifier><internationalstandardbooknumber>9789860122978 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53499</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(2/2)--光碟版=Improvement and Integration of Hydrological Information Transmission and Services(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院主計處</author><categoryidentifier>430.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/4/30</date><governmentpublicationsnumber>4609604097</governmentpublicationsnumber><identifier>53533</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53533</librarycollectiondetailsurl><price>300</price><publisher>行政院主計處</publisher><publishrocyear>96</publishrocyear><title>94年農林漁牧業普查總報告(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract>蒸發量與入滲量為水文循環中之重要環節，亦是水庫集水區中、長期水資源規劃利用之重要參數，在水資源規劃利用上扮演著相當重要的角色。本計畫即在藉由水庫集水區蒸發量及入滲量觀測站之設置及維護，長期蒐集觀測資料，並進行觀測資料之品質管理工作，期望藉由嚴謹之觀測資料品管程序，提升觀測資料之信心水準，以作為日後其他相關水文觀測計畫之利用參考。 本計畫完成翡翠、石門、寶山第二及鯉魚潭等水庫集水區之11個蒸發量及入滲量觀測站測站維護、觀測資料蒐集及品質管理等工作，並於曾文水庫集水區建置完成1個蒸發量及5個土壤含水量觀測站，基本上各測站運作情況大致良好。此外，並完成各觀測站土壤含水量與蒸發量間、降雨量與入滲量間之相關性分析，其結果顯示，淺層土壤之含水量變化與皿蒸發量觀測值間，不同階段均有其相關性；而降雨量與入滲量間，亦依不同埋設點之土壤質地條件，有其不同之比例關係。 而入滲計猶如地面下之雨量筒，可觀測滲漏量，土壤含水量計猶如地面下之蒸發皿，可觀測之土壤之蒸散量，兩者均可輔助現有地面上之雨量筒及蒸發皿之觀測，極具實用上之價值。故於主要水庫集水區設置之土壤含水量計及入滲計等觀測設備，輔以重要地區蒸發皿之設置，對水庫集水區水文循環中有關水文損失量或入滲量之掌握，將提供更明確之參考依據。此外，對於水庫水資源規劃管理上，一般較重視降雨量與水庫入流量間之關係，而水庫入流量又與水庫集水區水資源涵養效益息息相關，故利用廣設於水庫集水區之土壤含水量計，可具體觀測豐枯時期之土壤含水量變化範圍，並研析其與實際水庫入流量間之關係，對水庫營運管理提供明確之參考依據。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/5</date><governmentpublicationsnumber>1009604394</governmentpublicationsnumber><identifier>53541</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53541</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水庫集水區蒸發及入滲量觀測與資料品管計畫(2/2)(光碟版)－Observation and Quality Management of Evaporation and Infiltration data in Reservoir Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫將利用濁水溪之美增加集集鎮的遊憩吸引力，於集集攔河堰至水里隧道間（含集鹿大橋）之河川公地，建立賞水、近水、親水之遊憩空間，並利用現有自然工法之堤防，規劃生態與親水結合之休閒環境，融合集集鎮現有觀光資源與濁水溪之美，共同發展集集鎮觀光廊道</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/5</date><governmentpublicationsnumber>1009700302</governmentpublicationsnumber><identifier>53542</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53542</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪北岸集集攔河堰至水里隧道間(含集鹿大橋)綠美化規劃(光碟版)＝The environment developing from Ji-Ji Diversion Weir to Shui-Li tunnel(including Chi-Lu bridge)on north side of Jhuoshuei river</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/9</date><governmentpublicationsnumber>1009603322</governmentpublicationsnumber><identifier>53548</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53548</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>鱉溪河川生態調查及復育規劃(2/2)－光碟版＝The investigation of the ecological environment and the rehabilitation planning of the Bie River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高台水庫除可增加供水外，在石門水庫需大量清淤放空水庫時， 可由高台水庫放水，配合下游水利設施取水供應來因應，亦可串聯石門水庫以達調水調砂，本計畫為瞭解高台水庫壩址之地質狀況，以提供未來相關之工程規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960283</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700469</governmentpublicationsnumber><identifier>53577</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53577</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃－96年度地質補充調查專題(內附光碟)＝The Feasibility Study of Kaotai Reservoir － 96 Year Geological Supplementary Investigation</title><yearidentifier>200803</yearidentifier></data><data><abstract>高台水庫除可增加供水外，在石門水庫需大量清淤放空水庫時， 可由高台水庫放水，配合下游水利設施取水供應來因應，亦可串聯石門水庫以達調水調砂，本計畫為瞭解高台水庫壩址之地質狀況，以提供未來相關之工程規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960283</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700469</governmentpublicationsnumber><identifier>53578</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53578</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃－96年度地質補充調查專題(光碟版)＝The Feasibility Study of Kaotai Reservoir － 96 Year Geological Supplementary Investigation</title><yearidentifier>200803</yearidentifier></data><data><abstract>本計畫將利用濁水溪之美增加集集鎮的遊憩吸引力，於集集攔河堰至水里隧道間（含集鹿大橋）之河川公地，建立賞水、近水、親水之遊憩空間，並利用現有自然工法之堤防，規劃生態與親水結合之休閒環境，融合集集鎮現有觀光資源與濁水溪之美，共同發展集集鎮觀光廊道</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700302</governmentpublicationsnumber><identifier>53579</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53579</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪北岸集集攔河堰至水里隧道間(含集鹿大橋)綠美化規劃＝The environment developing from Ji-Ji Diversion Weir to Shui-Li tunnel(including Chi-Lu bridge)on north side of Jhuoshuei river</title><yearidentifier>200712</yearidentifier></data><data><abstract>運用集集攔河堰之營管系統及水門操作，調配濁水溪水資源利用，以期穩定供應農業、工業及公共給水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700670</governmentpublicationsnumber><identifier>53580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53580</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰水資源調配及水門操作管理報告＝Ji-Ji Weir in 2007 Water Resources Allocation and Gate Operation and Control Final Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>運用集集攔河堰之營管系統及水門操作，調配濁水溪水資源利用，以期穩定供應農業、工業及公共給水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700670</governmentpublicationsnumber><identifier>53581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53581</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰水資源調配及水門操作管理報告－光碟版＝Ji-Ji Weir in 2007 Water Resources Allocation and Gate Operation and Control Final Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>96年度鯉魚潭水庫安全監測分析成果</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700440</governmentpublicationsnumber><identifier>53582</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53582</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度鯉魚潭水庫安全監測報告</title><yearidentifier>200804</yearidentifier></data><data><abstract>96年度鯉魚潭水庫安全監測分析成果</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/13</date><governmentpublicationsnumber>1009700440</governmentpublicationsnumber><identifier>53583</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53583</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度鯉魚潭水庫安全監測報告(光碟版)</title><yearidentifier>200804</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/14</date><governmentpublicationsnumber>1009700665</governmentpublicationsnumber><identifier>53584</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53584</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式(6/6)--光碟版=Establishment of Wave, Tidal Current and Coastal Evolution Models (6/6)</title><yearidentifier>200803</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台灣大學工程科學及海洋工程學系</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/14</date><governmentpublicationsnumber>1009700666</governmentpublicationsnumber><identifier>53586</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53586</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式總報告=Establishment of Wave,Tidal Current and Coastal Evolution Models</title><yearidentifier>200803</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/14</date><governmentpublicationsnumber>1009700666</governmentpublicationsnumber><identifier>53590</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53590</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式總報告(光碟版)=Establishment of Wave,Tidal Current and Coastal Evolution Models</title><yearidentifier>200803</yearidentifier></data><data><abstract>曾文水庫座落於嘉義縣大埔鄉曾文溪流域上游，集水區面積達481平方公里，橫跨嘉義高雄兩縣市，係屬台灣蓄水量最大之水庫，集水區治理至今已將近30年，區內各項治理工程多已規劃配置，為期能有效管控水庫集水區內歷年所施作之各類治理工程現況，實有必要定期進行工程現況查核評估，並建立資訊化管理模式，以期輔助該水庫集水區能永續經營管理，進而延續水庫壽命。唯因曾文水庫集水區歷年所辦理之各項治理工程構造物型態甚多，完工後又歷經多次颱風豪雨及強烈地震侵襲，其功能恐有受損或工程主體結構毀壞之虞，為期確保工程原設計功能之有效性，以及防範二次土砂災害發生，實有必要就該集水區內各類治理工程構造物進行總檢查，俾期了解其工程現況，並作為後續工程管理維修或補強之依據。本研究計畫主要係應用全球衛星定位系統(GPS：Global Positioning System)、衛星影像處理分析(IPS：Image Processing System)和航照判釋(Aerial-photo Interpretation)等遙測技術(RS：Remote Sensing)，先行針對曾文水庫集水區之環境基本特性與近幾年內所規劃配置之主要集水區土砂災害防治工程構造物功能現況進行調查與工址定位，再將工程規劃配置資料整合及完成工程資訊數化建檔後，另以地理資訊系統(GIS：Geographic Information System)建立圖形、影像、照片及文(數)字等各類GPS/GIS/RS整合資料主題圖層，進而完成該水庫集水區內工程管理資訊系統之研發設計，俾期能提升曾文水庫集水區之資訊化工程管理技術，而有益於未來集水區內各項工程資訊之有效存取、更新維護與安全管理。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6423029   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/15</date><governmentpublicationsnumber>1009604212</governmentpublicationsnumber><identifier>53593</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53593</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度曾文水庫集水區工程管理資訊系統之建置與應用研究＝An Estblishment of Engineering MIS for the Tseng-Wen Watershed in Southern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>曾文水庫座落於嘉義縣大埔鄉曾文溪流域上游，集水區面積達481平方公里，橫跨嘉義高雄兩縣市，係屬台灣蓄水量最大之水庫，集水區治理至今已將近30年，區內各項治理工程多已規劃配置，為期能有效管控水庫集水區內歷年所施作之各類治理工程現況，實有必要定期進行工程現況查核評估，並建立資訊化管理模式，以期輔助該水庫集水區能永續經營管理，進而延續水庫壽命。唯因曾文水庫集水區歷年所辦理之各項治理工程構造物型態甚多，完工後又歷經多次颱風豪雨及強烈地震侵襲，其功能恐有受損或工程主體結構毀壞之虞，為期確保工程原設計功能之有效性，以及防範二次土砂災害發生，實有必要就該集水區內各類治理工程構造物進行總檢查，俾期了解其工程現況，並作為後續工程管理維修或補強之依據。本研究計畫主要係應用全球衛星定位系統(GPS：Global Positioning System)、衛星影像處理分析(IPS：Image Processing System)和航照判釋(Aerial-photo Interpretation)等遙測技術(RS：Remote Sensing)，先行針對曾文水庫集水區之環境基本特性與近幾年內所規劃配置之主要集水區土砂災害防治工程構造物功能現況進行調查與工址定位，再將工程規劃配置資料整合及完成工程資訊數化建檔後，另以地理資訊系統(GIS：Geographic Information System)建立圖形、影像、照片及文(數)字等各類GPS/GIS/RS整合資料主題圖層，進而完成該水庫集水區內工程管理資訊系統之研發設計，俾期能提升曾文水庫集水區之資訊化工程管理技術，而有益於未來集水區內各項工程資訊之有效存取、更新維護與安全管理。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6423029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/96-WR</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/15</date><governmentpublicationsnumber>1009604212</governmentpublicationsnumber><identifier>53594</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53594</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>96年度曾文水庫集水區工程管理資訊系統之建置與應用研究-期末報告(含教育訓練教材)－光碟版＝An Estblishment of Engineering MIS for the Tseng-Wen Watershed in Southern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>曾文水庫自民國62年運轉迄今已30餘年，由於集水區環境地質脆弱、坡度陡峭與降雨集中等先天條件不良因素，加以豐枯水量差異懸殊之特殊水文環境，因此每年於颱風季節所帶來之集中性豪雨，導致水庫集水區沖蝕、崩塌、土石流等災害在規模及頻率上皆有擴大的趨勢，颱洪期間集水區崩塌土砂及倒塌林木大量進入庫區，造成水庫經常面臨原水濁度過高及水庫快速淤積等問題，導致防洪、發電、灌溉及供水能力嚴重受限。同時土砂在輸送過程中亦有可能因溢流而阻斷交通，破壞水工結構物或危害當地居民居家及財產安全。 本計畫執行期間針對集水區內的溪流、崩塌地、土石流潛勢溪流、農地、道路、重要聚落及防砂壩進行調查，並蒐集相關資料，評估集水區潛在土砂生產來源與生產量，並依據河道土砂運移能力及既有治理設施功能現況，評估集水區整體土砂生產在時間與空間之變化，以及中下游河道、水庫庫區於未來之沖淤趨勢，研提治理兼顧整體性、安全性、生態性與人文性之整治原則及對策。最後並評估整體的經濟效益及土砂整治率。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/15</date><governmentpublicationsnumber>1009604180</governmentpublicationsnumber><identifier>53595</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53595</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>曾文水庫集水區整體治理規劃＝Plan of Watershed Management for Tsengwen Reservoir</title><yearidentifier>200712</yearidentifier></data><data><abstract>曾文水庫自民國62年運轉迄今已30餘年，由於集水區環境地質脆弱、坡度陡峭與降雨集中等先天條件不良因素，加以豐枯水量差異懸殊之特殊水文環境，因此每年於颱風季節所帶來之集中性豪雨，導致水庫集水區沖蝕、崩塌、土石流等災害在規模及頻率上皆有擴大的趨勢，颱洪期間集水區崩塌土砂及倒塌林木大量進入庫區，造成水庫經常面臨原水濁度過高及水庫快速淤積等問題，導致防洪、發電、灌溉及供水能力嚴重受限。同時土砂在輸送過程中亦有可能因溢流而阻斷交通，破壞水工結構物或危害當地居民居家及財產安全。 本計畫執行期間針對集水區內的溪流、崩塌地、土石流潛勢溪流、農地、道路、重要聚落及防砂壩進行調查，並蒐集相關資料，評估集水區潛在土砂生產來源與生產量，並依據河道土砂運移能力及既有治理設施功能現況，評估集水區整體土砂生產在時間與空間之變化，以及中下游河道、水庫庫區於未來之沖淤趨勢，研提治理兼顧整體性、安全性、生態性與人文性之整治原則及對策。最後並評估整體的經濟效益及土砂整治率。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/15</date><governmentpublicationsnumber>1009604180</governmentpublicationsnumber><identifier>53596</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53596</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>曾文水庫集水區整體治理規劃(光碟版)＝Plan of Watershed Management for Tsengwen Reservoir</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/19</date><governmentpublicationsnumber>1009700656</governmentpublicationsnumber><identifier>53678</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53678</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水庫淤泥排放於下游河道之規劃(成果資料光碟)=Assessment on Draining Dredged Material of Reservoirs into Downstream Watercourse</title><yearidentifier>200803</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/21</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53697</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53697</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(一) 行政、總統、國民大會、憲法</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53706</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53706</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(二) 行政</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53707</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53707</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(三) 行政</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53708</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53708</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(四) 行政</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53709</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53709</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(伍) 行政</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53710</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53710</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(六) 行政</title><yearidentifier>199405</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>581.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/22</date><governmentpublicationsnumber>1131830019</governmentpublicationsnumber><identifier>53711</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53711</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>83</publishrocyear><title>中華民國現行法規編(重印版)(七) 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Taiwan</abstract><author>中興工程顧問公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960185</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/23</date><governmentpublicationsnumber>1009603616</governmentpublicationsnumber><identifier>53748</identifier><internationalstandardbooknumber>9789860121773 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53748</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>台灣北部中部及東部易淹水地區移動式抽水機調度先期研究=Prior study of deploying mobile pump in  the easily inundation region of northern,central and eastern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>移動式抽水機支援救災作業手冊(1.台灣北部中部及東部地區)(2.雲林縣96年新?點)</abstract><author>中興工程顧問公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/23</date><governmentpublicationsnumber>1009604445</governmentpublicationsnumber><identifier>53749</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53749</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>移動式抽水機支援救災作業手冊(1.台灣北部中部及東部地區)(2.雲林縣96年新?點)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOREWRA0950235</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/26</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>53752</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53752</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區河川棲地評估技術之研究(2/2)光碟版The Study of Stream Habitat Evaluation Techniques in Taiwan Area (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/5/27</date><governmentpublicationsnumber>1009603827</governmentpublicationsnumber><identifier>53774</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53774</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利建造物檢查及安全評估技術規範－蓄水、引水建造物篇</title><yearidentifier>200801</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之花蓮縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過1,000公尺以上，非常適合深層海水的開發與相關產業之進駐，與宜蘭、台東同為全台極具開發潛力候選區域之一。 本年度計畫針對所選定之潛力場址（和平區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 最後就海陸域地形與海域環境測量與調查成果中，於花蓮縣和平潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960119</commissionedprojectidentifier><currency>NT$</currency><date>2008/5/30</date><governmentpublicationsnumber>1009700484</governmentpublicationsnumber><identifier>53787</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53787</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(2/2)--光碟版＝The Essential Investigation of Environment in Search for The Potential Site for the Deep Sea Water Plant in Hualien Area (2/2)</title><yearidentifier>200804</yearidentifier></data><data><abstract>因應台中地區社會經濟發展快速，公共用水需求增長之情形，乃於后里地區規劃一人工湖，做為台中地區未來中長程用水水源。主要標的為供給台中港臨海工業區之用水及增供台中地區公共用水，以滿足區域性用水需求。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/2</date><governmentpublicationsnumber>1009700992</governmentpublicationsnumber><identifier>53798</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53798</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署 水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台中人工湖初步規劃檢討報告=Review on Preliminary Planning of the Taichung Artificial Lake</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>黃天授</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/3</date><governmentpublicationsnumber>30169850013</governmentpublicationsnumber><identifier>53847</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53847</librarycollectiondetailsurl><price>120</price><publisher>省府訴願審議委員會</publisher><publishrocyear>86</publishrocyear><title>認識訴願</title><yearidentifier>199706</yearidentifier></data><data><abstract>96年度集集攔河堰及附屬聯絡渠道土木設施檢查評估及建議</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/4</date><governmentpublicationsnumber>1009701230</governmentpublicationsnumber><identifier>53864</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53864</librarycollectiondetailsurl><price>工本費600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰及聯絡渠道土木設施檢查維護報告＝Inspection and Maintenance Report for the Civil Engineering Facility of Ji-Ji Weir and Its Conveying Channel in 2007</title><yearidentifier>200803</yearidentifier></data><data><abstract>96年度集集攔河堰及附屬聯絡渠道土木設施檢查評估及建議</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/4</date><governmentpublicationsnumber>1009701230</governmentpublicationsnumber><identifier>53865</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53865</librarycollectiondetailsurl><price>工本費600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>96年度集集攔河堰及聯絡渠道土木設施檢查維護報告(光碟版)＝Inspection and Maintenance Report for the Civil Engineering Facility of Ji-Ji Weir and Its Conveying Channel in 2007</title><yearidentifier>200803</yearidentifier></data><data><abstract>本報告就過去有關屏東平原地下水資源之研究，收集整理分析編輯成冊，將完整屏東平原地下水資源之資訊，提供有志於從事本區地下水資源研究者參考．</abstract><author>經濟部水資源局</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/4</date><governmentpublicationsnumber>1008901085</governmentpublicationsnumber><identifier>53869</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53869</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>屏東平原地下水資源之研究</title><yearidentifier>200012</yearidentifier></data><data><abstract>湖山水庫大壩為土石壩，築壩材料多取自庫區表土、風化岩及新鮮軟岩。為確認材料填築特性，特辦理築壩材料輾壓試驗。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.2316</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009701036</governmentpublicationsnumber><identifier>53969</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53969</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>湖山水庫工程計畫：大壩築壩材料輾壓試驗成果報告＝Hushan Reservoir Project Trial Embankment Testing Report of Construction Materials</title><yearidentifier>200804</yearidentifier></data><data><abstract>湖山水庫大壩為土石壩，築壩材料多取自庫區表土、風化岩及新鮮軟岩。為確認材料填築特性，特辦理築壩材料輾壓試驗。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.2316</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009701036</governmentpublicationsnumber><identifier>53970</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53970</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>湖山水庫工程計畫：大壩築壩材料輾壓試驗成果報告(光碟版)＝Hushan Reservoir Project Trial Embankment Testing Report of Construction Materials</title><yearidentifier>200804</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960236</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>53972</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53972</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960236</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>53973</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53973</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)--光碟版＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers (2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>?整本計畫第1年及第2年研究成果，利用CCHED2D-Coast 等模式，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>53974</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53974</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>?整本計畫第1年及第2年研究成果，利用CCHED2D-Coast 等模式，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/6</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>53975</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53975</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告－光碟版＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>經濟部水利署</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/9</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>53997</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_53997</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範－防水、洩水建造物篇(內附光碟)=Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation－Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫係配合排水系統綜合治水規劃辦理，調查分析區域內之排水情勢，含生態調查分析、水質污染評析及防治建議等，提出水域周邊環境營造願景規劃成果，以營造優質的水岸環境，達到治水與環境營造之功效。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62   443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/12</date><governmentpublicationsnumber>1009700260</governmentpublicationsnumber><identifier>54067</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54067</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫-台南縣龜子港排水系統環境營造規劃(光碟版)</title><yearidentifier>200802</yearidentifier></data><data><abstract>本年度計畫工作係針對台東海岸香蘭段之監測系統之資料蒐集分析做必要之延續，並藉由監測影像與水深地形觀測資料，分析本段海岸地形侵淤特性；同時辦理物理水工模型斷面試驗，檢討現況海岸波浪溯上與越波情形，並據以規劃本段海岸防護較佳佈置方案，以提供本段海岸防護對策施設設計參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3   351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960248</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/17</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>54133</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54133</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>臺東海岸香蘭段防護對策研究(光碟版)The Strategy of Coastal Protection At Hsianlan，Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>本年度計畫工作係針對台東海岸香蘭段之監測系統之資料蒐集分析做必要之延續，並藉由監測影像與水深地形觀測資料，分析本段海岸地形侵淤特性；同時辦理物理水工模型斷面試驗，檢討現況海岸波浪溯上與越波情形，並據以規劃本段海岸防護較佳佈置方案，以提供本段海岸防護對策施設設計參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/17</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>54134</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54134</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>臺東海岸香蘭段防護對策研究The Strategy of Coastal Protection At Hsianlan，Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之花蓮縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過1,000公尺以上，非常適合深層海水的開發與相關產業之進駐，與宜蘭、台東同為全台極具開發潛力候選區域之一。 本年度計畫針對所選定之潛力場址（和平區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 最後就海陸域地形與海域環境測量與調查成果中，於花蓮縣和平潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960119</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/20</date><governmentpublicationsnumber>1009700484</governmentpublicationsnumber><identifier>54223</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54223</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(2/2)＝The Essential Investigation of Environment in Search for The Potential Site for The Deep Sea Water Plant in Hualien Area (2/2)</title><yearidentifier>200804</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為水利相關機關及學術研究單位所重視。經濟部水利署為提供大眾此項寶貴資訊，固定每年出版五本用水統計報告。本計畫以三年(94-96年用水)為期，除每年固定彙編用水統計年報外，每年也針對其一、二項目做探討分析。今年針對工業用水探討，除彙編台灣地區95年度之「蓄水設施營運水量」、「工業用水量」、「農業用水量」、「生活用水量」及「各標的用水量」等統計報告外，並廣泛蒐集整理日本、美國及中國大陸等之工業用水統計資料形式及內容概要，以提供給社會大眾、政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960125</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/23</date><governmentpublicationsnumber>1009604468</governmentpublicationsnumber><identifier>54233</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54233</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94- 96年各項用水統計報告(2/3)總報告＝Study on Water use Statistics Survey (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為水利相關機關及學術研究單位所重視。經濟部水利署為提供大眾此項寶貴資訊，固定每年出版五本用水統計報告。本計畫以三年(94-96年用水)為期，除每年固定彙編用水統計年報外，每年也針對其一、二項目做探討分析。今年針對工業用水探討，除彙編台灣地區95年度之「蓄水設施營運水量」、「工業用水量」、「農業用水量」、「生活用水量」及「各標的用水量」等統計報告外，並廣泛蒐集整理日本、美國及中國大陸等之工業用水統計資料形式及內容概要，以提供給社會大眾、政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960125</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/23</date><governmentpublicationsnumber>1009604468</governmentpublicationsnumber><identifier>54234</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54234</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94- 96年各項用水統計報告(2/3)總報告－光碟版＝Study on Water use Statistics Survey (2/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>民國95年各標的用水量彙整「台灣地區95年蓄水設施水量營運統計報告」、「台灣地區民國95年農業用水量統計報告」、「台灣地區95年工業用水量統計報告」及「台灣地區民國95年生活用水量統計報告」等資料。主要分為消耗性及非消耗性等兩大部分，其中消耗性部分，分為農業用水(含灌溉、養殖及畜牧)、生活用水(含自來水及自行取水)及工業用水等三大項；非消耗性用水為未列入上述各標的年用水量統計之電力用水(即水力用水)。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009604473</governmentpublicationsnumber><identifier>54238</identifier><internationalstandardbooknumber>9789860129991 ; 9789860129</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54238</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣地區民國95年各標的用水量統計報告(內附光碟)The Water Consumption in Taiwan for 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區現今實際運轉且有營運統計資料之水庫計有40座，調整池5座及池埤數座。年報統計內容部分，歸類為：一、蓄水設施容量統計；二、蓄水設施年總運用水量統計；三、水庫水量營運統計；四、各年度水量運用比較；五、水庫泥砂淤積統計等五部分。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009604472</governmentpublicationsnumber><identifier>54239</identifier><internationalstandardbooknumber>9789860129984 ; 9789860129</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54239</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣地區民國95年蓄水設施水量營運統計報告＝(內附光碟)The Management of Water Storage Facilities in Taiwan for 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>農業用水包括灌溉、養殖與畜牧，為台灣主要用水標的，民國95年農業用水量計118.51億立方公尺，其中灌溉用水仍佔大宗，達101.62億立方公尺(85.75%)，養殖用水15.78億立方公尺(13.31%)次之，畜牧用水約1.11億立方公尺(0.94%)為最少。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009604470</governmentpublicationsnumber><identifier>54240</identifier><internationalstandardbooknumber>9789860130003 ; 9789860130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54240</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣地區民國95年農業用水量統計報告＝(內附光碟)The Agricultural Water Consumption in Taiwan for 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>統計台灣地區民國95年底總人口、自來水供水人口、自來水供水普及率、平均每人每日用水量、95年生活用水總量等。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009604471</governmentpublicationsnumber><identifier>54241</identifier><internationalstandardbooknumber>9789860129977 ; 9789860129</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54241</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣地區民國95年生活用水量統計報告(內附光碟)The Domestic Water Consumption in Taiwan for 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告仍沿用簡便之單位面積推算方式，以保持歷年資料之連貫性。依據經濟部中部辦公室民國95年統計資料分析，台灣地區95年工業面積為24,063.20公頃，統計工業用水量為15.75億立方公尺，以北部及南部所佔比重較大，該兩區域之工業面積合占台灣地區工業面積67%，用水量合占台灣地區工業用水量62%。</abstract><author>經濟部水利署</author><categoryidentifier>445.2   460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009604469</governmentpublicationsnumber><identifier>54242</identifier><internationalstandardbooknumber>9789860129960 ; 9789860129</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54242</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣地區民國95年工業用水量統計報告(內附光碟)The Industrial Water Consumption in Taiwan for 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract>在此計畫裡，對曾文水庫集水區產砂特性進行估算與探討。文中蒐集水庫管理局委託農林航測所先後於69年、76年、82年及86年進行崩塌地及土地利用航測調查工作，將各次航拍調查報告中崩塌面積以及個數進行統計分析，得到各子集水區歷年崩塌地產砂特性。由銫137技術進行土壤沖蝕現地調查與估算，釐清各子集水區泥沙來源；水理模式的率定可進行相關情境模擬；並藉由衛星影像購置判釋，了解集水區崩塌地即時資訊，並將集水區崩塌地圖層予以更新；再藉由現地崩塌地量測，了解既有崩塌地沖刷情形，選擇3個不同特色，具有代表性之崩塌地，繪製整治工法設計與經費估算；最後，由更新過後的崩塌地圖層與決策支援系統建置，進行整治策略研擬與經費概算。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009700102</governmentpublicationsnumber><identifier>54246</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54246</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>曾文水庫集水區產砂量估算及崩塌地變遷判釋與整治策略規劃成果報告書(內附光碟)＝On estimation of sediment yield with landslides identification and watershed management strategy making in Tsengwen reservoir watershed in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河川特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中、用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/24</date><governmentpublicationsnumber>1009701250</governmentpublicationsnumber><identifier>54248</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54248</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫〈內附光碟〉＝ Predicting  Rock  Scour  in  Rivers</title><yearidentifier>200805</yearidentifier></data><data><abstract>本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960034</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/26</date><governmentpublicationsnumber>1009604496</governmentpublicationsnumber><identifier>54298</identifier><internationalstandardbooknumber>9789860132502 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54298</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(2/3)＝Performance Evaluation and Consultation Programs for Water Treatment Plants(2/3)</title><yearidentifier>200801</yearidentifier></data><data><abstract>本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960034</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/26</date><governmentpublicationsnumber>1009604496</governmentpublicationsnumber><identifier>54300</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54300</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(2/3)－光碟版＝Performance Evaluation and Consultation Programs for Water Treatment Plants(2/3)</title><yearidentifier>200801</yearidentifier></data><data><abstract>本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960034</commissionedprojectidentifier><currency>NT$</currency><date>2008/6/26</date><governmentpublicationsnumber>1009604496</governmentpublicationsnumber><identifier>54301</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54301</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(2/3)附件＝Performance Evaluation and Consultation Programs for Water Treatment Plants(2/3)</title><yearidentifier>200801</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328   537.357</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/30</date><governmentpublicationsnumber>9083830120</governmentpublicationsnumber><identifier>54384</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54384</librarycollectiondetailsurl><price></price><publisher>交通部中央氣象局</publisher><publishrocyear>83</publishrocyear><title>氣象白皮書</title><yearidentifier>199408</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>320</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/6/30</date><governmentpublicationsnumber>9088770010</governmentpublicationsnumber><identifier>54391</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54391</librarycollectiondetailsurl><price>210</price><publisher>中央氣象局</publisher><publishrocyear>78</publishrocyear><title>天文日曆（民國七十八年）</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>聯合大地工程顧問股份有限公司 .成功大學公共工程研究中心</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/1</date><governmentpublicationsnumber>1009700103</governmentpublicationsnumber><identifier>54393</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54393</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>96</publishrocyear><title>95年曾文集水區潮洲湖地區地層滑動調查.監測.分析及治理對策規劃 -成果報告書(內附光碟)The Investigation,Monitoring,Analysis and Management Planning of Landslides at Chao-Zhou Hu Area of Tseng-Wen watershed</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/1</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>54394</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54394</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200802</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)結案報告(光碟版)Closure report of Keelung River overall improvement project(Ealier Project)</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/1</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>54395</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54395</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(光碟版)Closure report of Keelung River overall improvement project(Ealier Project)</title><yearidentifier>200802</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/1</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>54397</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54397</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(附錄)Closure Report of Keelung River Overall Improvement Project(Ealier Project)(Appendix)</title><yearidentifier>200802</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/1</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>54427</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54427</librarycollectiondetailsurl><price>465</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署中區水資源局年報九十六年</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水利及海洋工程研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/2</date><governmentpublicationsnumber>6404790241</governmentpublicationsnumber><identifier>54437</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54437</librarycollectiondetailsurl><price></price><publisher>行政院科技顧問組</publisher><publishrocyear>79</publishrocyear><title>台灣海岸地形變化及其未來之開發利用</title><yearidentifier>199012</yearidentifier></data><data><abstract> </abstract><author>行政院資訊發展推動小組</author><categoryidentifier>572.9029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/2</date><governmentpublicationsnumber>23053870033</governmentpublicationsnumber><identifier>54444</identifier><internationalstandardbooknumber>9570213485</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54444</librarycollectiondetailsurl><price>200</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>87</publishrocyear><title>政府業務電腦化報告 邁向二十一世紀的電子化政府</title><yearidentifier>199801</yearidentifier></data><data><abstract>辦理水工模型試驗驗證工作，探討有無施設內灣支線鐵路、公路橋墩及隆恩堰副堰洪水對隆恩堰堰體穩定性與取水功能影響，試驗研究成困提供設計單位工程設計參考經試驗成困建議工程採用方案一(未設副堰)及進行改善方式辦理，可降低工程經費且達到較佳之保護橋墩及堰體穩定性。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.64151   443.6413   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/3</date><governmentpublicationsnumber>1009700404</governmentpublicationsnumber><identifier>54446</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54446</librarycollectiondetailsurl><price>586</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>頭前溪隆恩堰副堰及相關設施水工模型試驗=Hydraulic Model Tests of Lung-En auxiliary Weir and Relevant Structures in Toucian River</title><yearidentifier>200802</yearidentifier></data><data><abstract>辦理水工模型試驗驗證工作，探討有無施設內灣支線鐵路、公路橋墩及隆恩堰副堰洪水對隆恩堰堰體穩定性與取水功能影響，試驗研究成困提供設計單位工程設計參考經試驗成困建議工程採用方案一(未設副堰)及進行改善方式辦理，可降低工程經費且達到較佳之保護橋墩及堰體穩定性。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/3</date><governmentpublicationsnumber>1009700404</governmentpublicationsnumber><identifier>54447</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54447</librarycollectiondetailsurl><price>586</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>頭前溪隆恩堰副堰及相關設施水工模型試驗(光碟版)=Hydraulic Model Tests of Lung-En auxiliary Weir and Relevant Structures in Toucian River (光碟版)</title><yearidentifier>200802</yearidentifier></data><data><abstract>本溪自規劃迄今已逾二十餘年，由於河川水文及地文條件變遷，兩岸快速發展，河道內土地利用情況劇變，水利署爰重新依實需檢討高屏溪治理計畫，期望治理計畫能兼顧防洪減災及地方發展需求而更臻完善，俾作為河川治理及管理之依據，以達永續利用之目的。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/7</date><governmentpublicationsnumber>1009604270</governmentpublicationsnumber><identifier>54482</identifier><internationalstandardbooknumber>9789860126686 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54482</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高屏溪治理基本計畫(第一次修訂)(內附光碟)=Regulation Master Plan of Gaopin River (First Revise)</title><yearidentifier>200801</yearidentifier></data><data><abstract>針對河川特性、現況河道地形 、水文變化情形及兩岸土地利用情況，重新檢討原治理計畫，以有效減免洪災、維護河川正常機能與優質環境，作為河川管理及治理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/7</date><governmentpublicationsnumber>1009604271</governmentpublicationsnumber><identifier>54487</identifier><internationalstandardbooknumber>9789860126785 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54487</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高屏溪治理規劃檢討(內附光碟) Review on the Regulation Planning of Gaopin River</title><yearidentifier>200801</yearidentifier></data><data><abstract>本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960238</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/7</date><governmentpublicationsnumber>1009700993</governmentpublicationsnumber><identifier>54527</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54527</librarycollectiondetailsurl><price>400</price><publisher>水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>後灣海岸海堤改善後監測計畫(2/3)(光碟版) ＝Coastal Restoration Planning in Hou-Wan Area (2/3)</title><yearidentifier>200804</yearidentifier></data><data><abstract>本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960238</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/7</date><governmentpublicationsnumber>1009700993</governmentpublicationsnumber><identifier>54528</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54528</librarycollectiondetailsurl><price>400</price><publisher>水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>後灣海岸海堤改善後監測計畫(2/3)＝Coastal Restoration Planning in Hou-Wan Area (2/3)</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/8</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>54536</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54536</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>97</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十六年度年報</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>李建中 等</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/10</date><governmentpublicationsnumber>18184780019</governmentpublicationsnumber><identifier>54581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54581</librarycollectiondetailsurl><price>180</price><publisher>行政院國軍退除役官兵輔導委員會榮民工程事業管理處</publisher><publishrocyear>78</publishrocyear><title>打樁動力分析法之應用專輯</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>李建中 等</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/10</date><governmentpublicationsnumber>18184780019</governmentpublicationsnumber><identifier>54582</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54582</librarycollectiondetailsurl><price>180</price><publisher>行政院國軍退除役官兵輔導委員會榮民工程事業管理處</publisher><publishrocyear>78</publishrocyear><title>樁基礎施工</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>林政行</author><categoryidentifier>373.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30044760232</governmentpublicationsnumber><identifier>54614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54614</librarycollectiondetailsurl><price></price><publisher>台灣省立博物館</publisher><publishrocyear>76</publishrocyear><title>植物抗蟲學</title><yearidentifier>198704</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>54619</identifier><internationalstandardbooknumber>9789570119886 ; 9570119888</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54619</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>阮國全</author><categoryidentifier>322.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>31537890015</governmentpublicationsnumber><identifier>54620</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54620</librarycollectiondetailsurl><price></price><publisher>台北市立天文科學教育館</publisher><publishrocyear>89</publishrocyear><title>台北市立天文科學教育館 全館簡介</title><yearidentifier>200009</yearidentifier></data><data><abstract> </abstract><author>李俊廷 張玉珍</author><categoryidentifier>539.5947</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30048770271</governmentpublicationsnumber><identifier>54621</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54621</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>臺灣蝶類圖說</title><yearidentifier>198808</yearidentifier></data><data><abstract> </abstract><author>蓋瑞忠</author><categoryidentifier>537.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042780068</governmentpublicationsnumber><identifier>54622</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54622</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>78</publishrocyear><title>秦漢工藝史</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>鄭元春</author><categoryidentifier>376</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770050</governmentpublicationsnumber><identifier>54623</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54623</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>植物趣談</title><yearidentifier>198802</yearidentifier></data><data><abstract> </abstract><author>林飛棧 王效岳</author><categoryidentifier>539.5947</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770398</governmentpublicationsnumber><identifier>54624</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54624</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>昆蟲演講集</title><yearidentifier>198806</yearidentifier></data><data><abstract> </abstract><author>蔡振聰</author><categoryidentifier>435.41</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770189</governmentpublicationsnumber><identifier>54625</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54625</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>花的奧秘</title><yearidentifier>198805</yearidentifier></data><data><abstract> </abstract><author>楊平世</author><categoryidentifier>412.492</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770398</governmentpublicationsnumber><identifier>54626</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54626</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>昆蟲的生活</title><yearidentifier>198811</yearidentifier></data><data><abstract> </abstract><author>丘應模   鄭元春</author><categoryidentifier>369.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770407</governmentpublicationsnumber><identifier>54627</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54627</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>糧蔬作物淺談</title><yearidentifier>198806</yearidentifier></data><data><abstract> </abstract><author>王效岳</author><categoryidentifier>383.523</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770239</governmentpublicationsnumber><identifier>54628</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54628</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>動物的故事</title><yearidentifier>198806</yearidentifier></data><data><abstract> </abstract><author>王效岳</author><categoryidentifier>412.492</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/11</date><governmentpublicationsnumber>30042770409</governmentpublicationsnumber><identifier>54629</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54629</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>螞蟻的天地</title><yearidentifier>198806</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933   443.640</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960292</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>54641</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54641</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討(光碟版)＝The Preliminary Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933   443.689740   443.640</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960292</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>54642</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54642</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討＝The Preliminary Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract>為維護本區自然生態永續發展，臺北水源特定區管理局擬分區分年逐步調查規劃本區流域之河川復育作業，本計畫針對桂山壩上游南勢溪及桶後溪之河段，透過河川情勢、河川生態等調查作業，進行河段之生態棲地與復育種類之規劃。其中河川情勢調查包括河川流量及水質監測，桂山壩、羅好壩及阿玉壩鄰近河道之斷面調查；河川生態調查則針對陸域及水域動植物進行調查，並進行生態多樣性及生物指標分析。 透過上述河川環境及生態調查之成果，並參考南勢溪流域歷年生態調查成果，本計畫選定台灣鏟頷魚為復育標的，針對孝義及信賢地區之河道進行河川棲地營造規劃，並針對壩體、溫泉區及遊憩區對於河川生態之影響進行探討及提出改善規劃建議。同時依據本計畫生態調查成果編印河川生物圖鑑手冊及辦理教育宣導活動。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960325</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701510</governmentpublicationsnumber><identifier>54643</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54643</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>河川復育調查及規劃之研究-以桂山壩上游南勢溪及桶後溪為例 Study on Investigation and Planning for River Ecology Recovery-Nanshi Creek and Tonghou Creek， upstream of Guishan Weir as an example</title><yearidentifier>200806</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之台東縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過700公尺以上，非常適合深層海水的開發與相關產業之進駐，與花蓮、宜蘭海域同為全台極具開發潛力候選區域之一。 　　本年度計畫針對所選定之潛力場址（金崙地區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 　　本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 　　最後就海陸域地形與海域環境測量與調查成果中，於台東縣金崙潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960116</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>54644</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54644</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址(金崙區)海域環境基本資料調查計畫＝The Essential Investigation of Environment in Search for The Potential Site for The Deep Sea Water Plant in Taitung Area (Jinlun)</title><yearidentifier>200806</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之台東縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過700公尺以上，非常適合深層海水的開發與相關產業之進駐，與花蓮、宜蘭海域同為全台極具開發潛力候選區域之一。 　　本年度計畫針對所選定之潛力場址（金崙地區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 　　本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 　　最後就海陸域地形與海域環境測量與調查成果中，於台東縣金崙潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960116</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>54645</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54645</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址(金崙區)海域環境基本資料調查計畫(光碟版)＝The Essential Investigation of Environment in Search for The Potential Site for The Deep Sea Water Plant in Taitung Area (Jinlun)</title><yearidentifier>200806</yearidentifier></data><data><abstract>為維護本區自然生態永續發展，臺北水源特定區管理局擬分區分年逐步調查規劃本區流域之河川復育作業，本計畫針對桂山壩上游南勢溪及桶後溪之河段，透過河川情勢、河川生態等調查作業，進行河段之生態棲地與復育種類之規劃。其中河川情勢調查包括河川流量及水質監測，桂山壩、羅好壩及阿玉壩鄰近河道之斷面調查；河川生態調查則針對陸域及水域動植物進行調查，並進行生態多樣性及生物指標分析。 透過上述河川環境及生態調查之成果，並參考南勢溪流域歷年生態調查成果，本計畫選定台灣鏟頷魚為復育標的，針對孝義及信賢地區之河道進行河川棲地營造規劃，並針對壩體、溫泉區及遊憩區對於河川生態之影響進行探討及提出改善規劃建議。同時依據本計畫生態調查成果編印河川生物圖鑑手冊及辦理教育宣導活動</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960325</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701510</governmentpublicationsnumber><identifier>54646</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54646</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>河川復育調查及規劃之研究-以桂山壩上游南勢溪及桶後溪為例 (光碟版)Study on Investigation and Planning for River Ecology Recovery-Nanshi Creek and Tonghou Creek. upstream of Guishan Weir as an example</title><yearidentifier>200806</yearidentifier></data><data><abstract>南北勢溪為大臺北地區重要河川，近年來因自來水取水口附近社區持續開發，污水未經處理便逕行排放，對大臺北地區飲用水水源甚具威脅。 本局自73年4月1日成立以來，除積極扼止污染源繼續擴散外，為進一步有效防治，遂興建污水下水道故將家庭污水經收集後處理，以維護水源、水質、水量之潔淨與安全。 貴局於85年4月及88年7月陸續完成「新烏地區污水下水道系統」及「翡翠水庫上游污水下水道系統」建置，惟用戶接管資料完工迄今，尚未進行相關複查作業。為維護翡翠水庫集水區水源涵養及確保水庫安全、瞭解臺北水源特定區內建築物及土地使用現況，以有效遏止違規土地使用行為之發生，貴局於民國86年起陸續完成水源特定區內建築物清查工作，惟86年至89年清查資料迄今已逾6年，因使用現況變異，對於政令之推行與政策之擬定，將因無法反映實際情形而可能產生負面之影響。故需辦理特定區內建築物現況清查，以作為建築管理及土地使用管制之依據與參考。為業務執行需要，掌握 貴局該區內用戶之實際接管、污水處理率、建築物現況及用戶排水設備接管等資料實有必要。爰此辦理本次「新店溪青潭堰上游集水區環境情勢調查與管理」委託技術服務計畫，本計畫之實施，將建立特定區內建築物使用與其結構型態及污水接管等基本資料，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫將建置查詢管理系統，以彙整各類成果檔案，使此清查結果之大量資料可有效提供業務執行使用。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960177</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701401</governmentpublicationsnumber><identifier>54648</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54648</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫 Environmental circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>200805</yearidentifier></data><data><abstract>南北勢溪為大臺北地區重要河川，近年來因自來水取水口附近社區持續開發，污水未經處理便逕行排放，對大臺北地區飲用水水源甚具威脅。 本局自73年4月1日成立以來，除積極扼止污染源繼續擴散外，為進一步有效防治，遂興建污水下水道故將家庭污水經收集後處理，以維護水源、水質、水量之潔淨與安全。 貴局於85年4月及88年7月陸續完成「新烏地區污水下水道系統」及「翡翠水庫上游污水下水道系統」建置，惟用戶接管資料完工迄今，尚未進行相關複查作業。為維護翡翠水庫集水區水源涵養及確保水庫安全、瞭解臺北水源特定區內建築物及土地使用現況，以有效遏止違規土地使用行為之發生，貴局於民國86年起陸續完成水源特定區內建築物清查工作，惟86年至89年清查資料迄今已逾6年，因使用現況變異，對於政令之推行與政策之擬定，將因無法反映實際情形而可能產生負面之影響。故需辦理特定區內建築物現況清查，以作為建築管理及土地使用管制之依據與參考。為業務執行需要，掌握 貴局該區內用戶之實際接管、污水處理率、建築物現況及用戶排水設備接管等資料實有必要。爰此辦理本次「新店溪青潭堰上游集水區環境情勢調查與管理」委託技術服務計畫，本計畫之實施，將建立特定區內建築物使用與其結構型態及污水接管等基本資料，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫將建置查詢管理系統，以彙整各類成果檔案，使此清查結果之大量資料可有效提供業務執行使用。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960177</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>1009701401</governmentpublicationsnumber><identifier>54649</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54649</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫(光碟版) Environmental circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>200805</yearidentifier></data><data><abstract> </abstract><author>紹廣昭</author><categoryidentifier>388.59</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>30042770130</governmentpublicationsnumber><identifier>54655</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54655</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>77</publishrocyear><title>認識臺灣的珊瑚礁魚類</title><yearidentifier>198807</yearidentifier></data><data><abstract> </abstract><author>鄭琳枝</author><categoryidentifier>387.119</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/14</date><governmentpublicationsnumber>30042780276</governmentpublicationsnumber><identifier>54656</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54656</librarycollectiondetailsurl><price></price><publisher>臺灣省立博物館</publisher><publishrocyear>78</publishrocyear><title>鴿子的故事</title><yearidentifier>198904</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，溪流有新店溪及其支流北勢溪及南勢溪流域，其中南勢溪流域包含其小支流桶後溪，主要位於烏來鄉境內，長年溫暖多雨，平均年降雨量達3,000公釐以上，提供了豐沛的水資源，加上有效之生態保育管理，造就極佳的自然環境，流域內有茂盛之原始森林，蜿蜒清澈之溪流，孕育了豐富且多樣性之自然生態資源。在植物方面，除一般常見之植物外，尚有臺灣肖楠、鵝掌藤、牛樟、土肉桂等稀特有植物；另由於本流域為台灣北部低海拔溪流峽谷生態環境之代表，森林豐富之植物相外，還有瀑布、水潭、深流及淺灘等多樣自然環境，故棲息的鳥類、蛙類及魚類種類繁多亦極其精采，其中特有種鳥類有臺灣藍鵲、冠羽畫眉及台灣紫嘯鶇等，珍貴稀有的保育類蛙類有貢德氏赤蛙、台北樹蛙、翡翠樹蛙、莫氏樹蛙及褐樹蛙等，台灣特有種魚類的有台灣馬口魚、台灣石、粗首?等9種，是自然生態觀察與環境教育之最佳教室，為促進民眾關切並能共同參與水資源環境之保育工作，本局將歷年來之生態調查成果，製作本圖鑑介紹南勢溪流域之河川生態物種，藉由看山看水，觀鳥賞魚，期使民眾認識瞭解河川生態之美，進而無私奉獻出一己之力，攜手合作，共創美好家園。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>366.952025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>1009701446</governmentpublicationsnumber><identifier>54663</identifier><internationalstandardbooknumber>9789860144291 ; 9789860144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54663</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>南勢溪流域河川生物圖鑑</title><yearidentifier>200806</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，溪流有新店溪及其支流北勢溪及南勢溪流域，其中南勢溪流域包含其小支流桶後溪，主要位於烏來鄉境內，長年溫暖多雨，平均年降雨量達3,000公釐以上，提供了豐沛的水資源，加上有效之生態保育管理，造就極佳的自然環境，流域內有茂盛之原始森林，蜿蜒清澈之溪流，孕育了豐富且多樣性之自然生態資源。在植物方面，除一般常見之植物外，尚有臺灣肖楠、鵝掌藤、牛樟、土肉桂等稀特有植物；另由於本流域為台灣北部低海拔溪流峽谷生態環境之代表，森林豐富之植物相外，還有瀑布、水潭、深流及淺灘等多樣自然環境，故棲息的鳥類、蛙類及魚類種類繁多亦極其精采，其中特有種鳥類有臺灣藍鵲、冠羽畫眉及台灣紫嘯鶇等，珍貴稀有的保育類蛙類有貢德氏赤蛙、台北樹蛙、翡翠樹蛙、莫氏樹蛙及褐樹蛙等，台灣特有種魚類的有台灣馬口魚、台灣石、粗首?等9種，是自然生態觀察與環境教育之最佳教室，為促進民眾關切並能共同參與水資源環境之保育工作，本局將歷年來之生態調查成果，製作本圖鑑介紹南勢溪流域之河川生態物種，藉由看山看水，觀鳥賞魚，期使民眾認識瞭解河川生態之美，進而無私奉獻出一己之力，攜手合作，共創美好家園。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>366.952025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>1009701446</governmentpublicationsnumber><identifier>54664</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54664</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>南勢溪流域河川生物圖鑑(光碟版)</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>銓敘部</author><categoryidentifier>527.907</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>3.03E+11</governmentpublicationsnumber><identifier>54667</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54667</librarycollectiondetailsurl><price></price><publisher>銓敘部與公務人員月刊社</publisher><publishrocyear>89</publishrocyear><title>行政管理論文選輯　第十四輯</title><yearidentifier>200005</yearidentifier></data><data><abstract> </abstract><author>銓敘部</author><categoryidentifier>527.907</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>1009002391</governmentpublicationsnumber><identifier>54668</identifier><internationalstandardbooknumber>9789770286982 ; 9770286989</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54668</librarycollectiondetailsurl><price>500</price><publisher>銓敘部與公務人員月刊社</publisher><publishrocyear>90</publishrocyear><title>行政管理論文選輯　第十五輯</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>許泰文.張憲國</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>1009002967</governmentpublicationsnumber><identifier>54670</identifier><internationalstandardbooknumber>9789570289640 ; 9570289643</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54670</librarycollectiondetailsurl><price>86</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>永續的鑽石海岸一台灣海岸災害防救與永續利用規劃</title><yearidentifier>200108</yearidentifier></data><data><abstract>南為解決南部區域迫切之用水需要，行政院於93.12.15核定『高屏大湖工程計畫』，本計畫除有供水、提供砂石料源及補注地下水功能外，人工湖遼擴水域之優質景觀尚可提供觀光、遊憩及保育等功能，為讓計畫範圍鄉鎮之居民能充分瞭解工程計畫內容，本案將針對當地民眾進行廣泛之水資源宣導工作，期能於工程正式動工前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。基於上揭因素，本局依政府採購法第二十二條第一項第九款及相關子法之規定，以公開客觀評選，限制性招標方式委託國內具優良信譽及工作實績之服務機構及其他依法令得提供服務之自然人或法人辦理，爰編本計畫成果報告書。</abstract><author>地平線文化事業股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960075</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/15</date><governmentpublicationsnumber>1009700652</governmentpublicationsnumber><identifier>54674</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54674</librarycollectiondetailsurl><price>600</price><publisher>水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>南區水資源運用及保育宣導計畫成果報告(內附光碟)The Resulr Report of The Plan for Water Resource Application And Conservation in the south</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局</author><categoryidentifier>383.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/16</date><governmentpublicationsnumber>837880524</governmentpublicationsnumber><identifier>54675</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54675</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>工業區環境綠美化規範</title><yearidentifier>199906</yearidentifier></data><data><abstract>本計畫係配合排水系統綜合治水規劃辦理，調查分析區域內之排水情勢，含生態調查分析、水質污染評析及防治建議等，提出水域周邊環境營造願景規劃成果，以營造優質的水岸環境，達到治水與環境營造之功效。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/16</date><governmentpublicationsnumber>1009700260</governmentpublicationsnumber><identifier>54685</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54685</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫-台南縣龜子港排水系統環境營造規劃</title><yearidentifier>200802</yearidentifier></data><data><abstract>烏山嶺道負有供應嘉南地區用水重責，但使用已逾70餘年，突發性破壞風險極高，確有新建第2隧道的必要性。本計畫以替代原隧道輸水功能為原則，辦理工程測量及地質探查作業，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/23</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>54692</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54692</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程規劃(含工程測量)專題  (光碟版)</title><yearidentifier>200806</yearidentifier></data><data><abstract>烏山嶺道負有供應嘉南地區用水重責，但使用已逾70餘年，突發性破壞風險極高，確有新建第2隧道的必要性。本計畫以替代原隧道輸水功能為原則，辦理工程測量及地質探查作業，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/23</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>54693</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54693</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程規劃(含工程測量)專題=Preliminary Plan of Wu-Shan-Ling Second Tunnel Report on Engineering Plan and Survey</title><yearidentifier>200806</yearidentifier></data><data><abstract>就本計畫區域進行工程地質調查，內容包括地表地質調查、折射震測、地質探查、岩石室內試驗及工程地質資料綜合研判及評估等，以供本計畫評估及規劃之依據</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/23</date><governmentpublicationsnumber>1009701534</governmentpublicationsnumber><identifier>54694</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54694</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程地質綜合評估專題 (光碟版)</title><yearidentifier>200806</yearidentifier></data><data><abstract>就本計畫區域進行工程地質調查，內容包括地表地質調查、折射震測、地質探查、岩石室內試驗及工程地質資料綜合研判及評估等，以供本計畫評估及規劃之依據</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/23</date><governmentpublicationsnumber>1009701534</governmentpublicationsnumber><identifier>54695</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54695</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程地質綜合評估專題=Preliminary Plan of Wu-Shan-ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract>水資源基本資料為國家經濟建設規劃、興建與營運所必需，而水資源科技模式則是預測、開發及規劃管理水資源之最佳工具，國內外有許多的水資源預測、開發與規劃管理的數學模式，包括水資源規劃與管理模式、水文模式、水理輸砂模式、地下水模式與水質模式等，本研究目的即為蒐集上述之水資源科技相關模式，依其功能性質予以分類並且有系統的介紹模式功能，並將建置水資源科技模式庫網際網路服務系統，以達到資源共享之目的。本計畫(91年度)之工作項目包括： (1)國內外水資源科技模式功能與應用之介紹。 (2)完成整體性模式庫網際網路服務系統。 (3)推動水資源GPL科技模式庫之建置。 (4)完成一支水資源GPL科技模式之建立。</abstract><author>經濟部水利署、台大水工所</author><categoryidentifier>10020210 373</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/23</date><governmentpublicationsnumber>1009104965</governmentpublicationsnumber><identifier>54698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54698</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水資源科技模式建置(2/2)(光碟版)Eatablishment of Database of Water Resources Models (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河川特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中、用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/24</date><governmentpublicationsnumber>1009701250</governmentpublicationsnumber><identifier>54702</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54702</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫〈光碟版〉＝ Predicting  Rock  Scour  in  Rivers</title><yearidentifier>200805</yearidentifier></data><data><abstract>烏溪流域中以大里溪、筏子溪兩條河川污染較為嚴重，本計畫主要針對兩河川支流的水質、水量、可利用灘地面積、洪氾風險等因子作為評估依據，於潛在場址中優選最佳之水質自然淨化場址，並規劃優選場址設施與評估其污染削減量、處理流量。   　本計畫主要工作項目及內容包含﹔烏溪流域之基本資料蒐集調查（水質、水文與地理等）；河川水質現地淨化改善案例蒐集及成效評估；各單位（如內政部、環保署、水利署及縣市政府等）於烏溪流域推動之下水道及廢污水廠計畫、河川水質改善等計畫蒐集，並評估與本計畫之相關競合性；水質自然淨化處理較佳的潛在場址評估及選則；選擇不同河段最適之自然淨化工法； 預估能處理的流量、污染物負荷量與去除量；蒐集早期地方文獻資料，將現地處理加入地方文化要素，以發揮現地特色。 　　根據規劃內容，評估自然淨化工程設置後水質淨化成效，並針對水質自然淨化處理示範場地布置。 　　本計畫期望由流域整體治理的概念切入河川水質自然淨化工程選址作業，提供水質自然淨化工程選址方式之參考依據。</abstract><author>台灣大學生態工程研究中心</author><categoryidentifier>443.6227</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960369</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009701514</governmentpublicationsnumber><identifier>54717</identifier><internationalstandardbooknumber>9789860145052 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54717</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>烏溪河川水質現地淨化改善研究(內附光碟)  On-site River Water Purification Improvement Research of Wu River Basin</title><yearidentifier>200806</yearidentifier></data><data><abstract>烏溪流域中以大里溪、筏子溪兩條河川污染較為嚴重，本計畫主要針對兩河川支流的水質、水量、可利用灘地面積、洪氾風險等因子作為評估依據，於潛在場址中優選最佳之水質自然淨化場址，並規劃優選場址設施與評估其污染削減量、處理流量。   　本計畫主要工作項目及內容包含﹔烏溪流域之基本資料蒐集調查（水質、水文與地理等）；河川水質現地淨化改善案例蒐集及成效評估；各單位（如內政部、環保署、水利署及縣市政府等）於烏溪流域推動之下水道及廢污水廠計畫、河川水質改善等計畫蒐集，並評估與本計畫之相關競合性；水質自然淨化處理較佳的潛在場址評估及選則；選擇不同河段最適之自然淨化工法； 預估能處理的流量、污染物負荷量與去除量；蒐集早期地方文獻資料，將現地處理加入地方文化要素，以發揮現地特色。 　　根據規劃內容，評估自然淨化工程設置後水質淨化成效，並針對水質自然淨化處理示範場地布置。 　　本計畫期望由流域整體治理的概念切入河川水質自然淨化工程選址作業，提供水質自然淨化工程選址方式之參考依據。</abstract><author>國立台灣大學生態工程研究中心</author><categoryidentifier>443.6227</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960369</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009701514</governmentpublicationsnumber><identifier>54718</identifier><internationalstandardbooknumber>9789860145052 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54718</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>烏溪河川水質現地淨化改善研究(光碟版)  On-site River Water Purification Improvement Research of Wu River Basin</title><yearidentifier>200806</yearidentifier></data><data><abstract>待板二計畫完工後，若維持現況經營，將使板新地區之供水單位與水源供應者有異，增加水資源協調調度之困難度，且因北水處和台水公司之水價不同，造成板新地區與台北市面臨同為翡翠水庫水源，然水價卻有所差異之問題。為解決上述爭議，本計畫乃參考專家座談會、審查會議之結論，針對四方案(即方案一：板新地區、烏來、坪林、深坑、石碇以及北水處支援北縣供水區域於102年板二計畫完成後成立新公司；方案二：於102年板二計畫完成後，將板新地區及烏來、坪林、深坑、石碇等四鄉併入北水處，合組新公司；方案三：將板新地區、烏來、坪林、深坑、石碇併入北水處，擴大其對北縣之行政支援範圍；零方案：不調整供水區域與單位，維持現況經營)進行財務可行性評估，而後再針對方案的其他主要影響進行檢視，並依評估結果提出建議，作為政策擬定及後續辦理之參考。</abstract><author>台灣經濟研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960141</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009700198</governmentpublicationsnumber><identifier>54725</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54725</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>板新地區自來水事業經營模式調整研究＝A Study on Adjusting Water Supply Entity and Operation Model in Pan-Hsin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>待板二計畫完工後，若維持現況經營，將使板新地區之供水單位與水源供應者有異，增加水資源協調調度之困難度，且因北水處和台水公司之水價不同，造成板新地區與台北市面臨同為翡翠水庫水源，然水價卻有所差異之問題。為解決上述爭議，本計畫乃參考專家座談會、審查會議之結論，針對四方案(即方案一：板新地區、烏來、坪林、深坑、石碇以及北水處支援北縣供水區域於102年板二計畫完成後成立新公司；方案二：於102年板二計畫完成後，將板新地區及烏來、坪林、深坑、石碇等四鄉併入北水處，合組新公司；方案三：將板新地區、烏來、坪林、深坑、石碇併入北水處，擴大其對北縣之行政支援範圍；零方案：不調整供水區域與單位，維持現況經營)進行財務可行性評估，而後再針對方案的其他主要影響進行檢視，並依評估結果提出建議，作為政策擬定及後續辦理之參考。</abstract><author>台灣經濟研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960141</commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009700198</governmentpublicationsnumber><identifier>54730</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54730</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>板新地區自來水事業經營模式調整研究(光碟版)＝A Study on Adjusting Water Supply Entity and Operation Model in Pan-Hsin Area</title><yearidentifier>200801</yearidentifier></data><data><abstract>本計畫目的主要針對中庄調池工程計畫後之環境整體營造；藉由水域與綠地的配置整合周遭環境，串連大漢溪鄰近河段之景觀與遊憩資源，規劃兼具水源，生態保育、環境教育、親水與美化功能，並配合「配合大漢溪河川環境管理規劃」的多目標計畫。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009701527</governmentpublicationsnumber><identifier>54732</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54732</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中庄調整池可行性規劃：環境整體營造規劃(光碟版)＝The plan of  enviornmental construction：feasibility study of lake Jhongjhung</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫目的主要針對中莊調池工程計畫後之環境整體營造；藉由水域與綠地的配置整合週遭環境，串連大漢溪鄰近河段之景觀與遊憩資源，規劃兼具水源，生態保育、環境教育、親水與美化功能，並配合「配合大漢溪河川環境管理規劃」的多目標計畫。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/7/31</date><governmentpublicationsnumber>1009701527</governmentpublicationsnumber><identifier>54733</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54733</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中庄調整池可行性規劃：環境整體營造規劃＝The plan of  enviornmental construction：feasibility study of lake Jhongjhung</title><yearidentifier>200806</yearidentifier></data><data><abstract>以數字陳示水利工程建設與水利行政措施之成果</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/4</date><governmentpublicationsnumber>1009701531</governmentpublicationsnumber><identifier>54748</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54748</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國96年水利統計=STATISTIC OF WATER RESOURCES 2007</title><yearidentifier>200807</yearidentifier></data><data><abstract>受氣候變遷之影響，近年來台灣地區連續面臨缺水問題，離島地區尤其嚴重，為確保水源供應，必須擴大開源及節流，雨水收集貯留利用可做為澆灌及沖廁等之補充用水，提升水資源利用率，減緩枯水期之缺水壓力。</abstract><author>台灣雨水利用協會、台灣海洋大學河工系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/13</date><governmentpublicationsnumber>1009305181</governmentpublicationsnumber><identifier>54847</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54847</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>雨水利用規劃手冊－澎湖篇</title><yearidentifier>200412</yearidentifier></data><data><abstract>內容包括雨水資源的重要性、金門地區水文及供水情形、國內外雨水利用技術及於金門地區適用性之探討、考量區域降雨特性之雨水貯留系統容量設計曲線圖、不同雨水利用規劃類型說明、案例介紹及適宜設置地點之建議。</abstract><author>台灣雨水利用協會、台灣海洋大學河工系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/13</date><governmentpublicationsnumber>1009403846</governmentpublicationsnumber><identifier>54848</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54848</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雨水利用規劃手冊－金門篇</title><yearidentifier>200512</yearidentifier></data><data><abstract>內容包括雨水資源的重要性、馬祖地區水文及供水情形、國內外雨水利用技術及於馬祖地區適用性之探討、考量區域降雨特性之雨水貯留系統容量設計曲線圖、不同雨水利用規劃類型說明、案例介紹及適宜設置地點之建議。</abstract><author>台灣雨水利用協會、台灣海洋大學河工系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/13</date><governmentpublicationsnumber>1009403847</governmentpublicationsnumber><identifier>54849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54849</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雨水利用規劃手冊－馬祖篇</title><yearidentifier>200512</yearidentifier></data><data><abstract>受氣候變遷之影響，近年來台灣地區連續面臨缺水問題，離島地區尤其嚴重，為確保水源供應，必須擴大開源及節流，雨水收集貯留利用可做為澆灌及沖廁等之補充用水，提升水資源利用率，減緩枯水期之缺水壓力。</abstract><author>台灣雨水利用協會、台灣海洋大學河工系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/13</date><governmentpublicationsnumber>1009305182</governmentpublicationsnumber><identifier>54850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54850</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>雨水利用規劃手冊－琉球篇</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>8372860060</governmentpublicationsnumber><identifier>54922</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54922</librarycollectiondetailsurl><price>400</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>經濟部水資源局簡介</title><yearidentifier>199706</yearidentifier></data><data><abstract>以數字陳示水利工程建設與水利行政措施之成果</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701531</governmentpublicationsnumber><identifier>54927</identifier><internationalstandardbooknumber>9789860144826 ; 9789860144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54927</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國96年水利統計(光碟版)  STATISTIC OF WATER RESOURCES 2007</title><yearidentifier>200807</yearidentifier></data><data><abstract>阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701086</governmentpublicationsnumber><identifier>54928</identifier><internationalstandardbooknumber>9789860141139 ; 9789860141</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54928</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局屏東辦公區</publisher><publishrocyear>97</publishrocyear><title>阿公店水庫營運階段環境監測工作成果報告(光碟版)＝The  environmental monitoring program during operation period of A-Kung-Tien Reservoir</title><yearidentifier>200805</yearidentifier></data><data><abstract>阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701086</governmentpublicationsnumber><identifier>54930</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54930</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>阿公店水庫營運階段環境監測工作成果報告＝The  environmental monitoring program during operation period of A-Kung-Tien Reservoir</title><yearidentifier>200805</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701413</governmentpublicationsnumber><identifier>54933</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54933</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」 第一階段實施計畫 宜蘭縣得子口溪水系(含支流排水) 環境營造規劃 英文摘要本=The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project”for Environmental Improvement Project of De-zi-Kuo Watershed in Yi-Lan</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701413</governmentpublicationsnumber><identifier>54934</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54934</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」第一階段實施計畫:宜蘭縣得子口溪水系(含支流排水)環境營造規劃=The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project”for Environmental Improvement Project of De-zi-Kuo Watershed in Yi-lan</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>8373820077</governmentpublicationsnumber><identifier>54935</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54935</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>81</publishrocyear><title>經濟部水資源統一規劃委員會八十一年工作年報</title><yearidentifier>199201</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>8373830014</governmentpublicationsnumber><identifier>54936</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54936</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>82</publishrocyear><title>經濟部水資源統一規劃委員會八十二年工作年報 00─綜─20</title><yearidentifier>199301</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701413</governmentpublicationsnumber><identifier>54937</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54937</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」 第一階段實施計畫:宜蘭縣得子口溪水系(含支流排水)環境營造規劃(光碟版)=The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project” Environmental Improvement Project of De-Zi-Kuo Watershed in Yi-Lan</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>8373840041</governmentpublicationsnumber><identifier>54938</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54938</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>經濟部水資源統一規劃委員會八十三年工作年報 00─綜─21</title><yearidentifier>199401</yearidentifier></data><data><abstract>經濟部水資源統一規劃委員會八十四年工作年報</abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>443.6897   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>8373850019</governmentpublicationsnumber><identifier>54939</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54939</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>84</publishrocyear><title>經濟部水資源統一規劃委員會八十四年工作年報〈 00─綜─22〉</title><yearidentifier>199501</yearidentifier></data><data><abstract> </abstract><author>台灣省政府水利處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>30925870027</governmentpublicationsnumber><identifier>54940</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54940</librarycollectiondetailsurl><price></price><publisher>台灣省政府水利處</publisher><publishrocyear>87</publishrocyear><title>台灣省水利統計年報第一期</title><yearidentifier>199809</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701414</governmentpublicationsnumber><identifier>54941</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54941</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫台中縣旱溝排水系統環境營造規劃(光碟版)=The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project”for Environmental Improvement Project of Han-gou Drainage System in Taichung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>台灣省政府水利處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>30925880011</governmentpublicationsnumber><identifier>54942</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54942</librarycollectiondetailsurl><price></price><publisher>台灣省政府水利處</publisher><publishrocyear>88</publishrocyear><title>台灣省水利統計年報第二期</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701414</governmentpublicationsnumber><identifier>54943</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54943</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫台中縣旱溝排水系統環境營造規劃英文摘要本 =The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project”for Environmental Improvement Project of Han-gou Drainage System in Taichung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/15</date><governmentpublicationsnumber>1009701414</governmentpublicationsnumber><identifier>54944</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54944</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫台中縣旱溝排水系統環境營造規劃=The Ist Stage Implementation Plan of ”Water Disaster Mitigation and Prevention Project”for Environmental Improvement Project of Han-gou Drainage System in Taichung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份又限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/18</date><governmentpublicationsnumber>1009603891</governmentpublicationsnumber><identifier>54974</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_54974</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>新店溪秀朗橋攔河堰及河道整治工程規劃暨細部設計Engineering  PIanning and  DetaiI  Design  on  the  Hsiu Lung  Weir  and  Channel  Contrl  in   the  Hsin  Tien  Creek         成果報告內附光碟</title><yearidentifier>200801</yearidentifier></data><data><abstract>就本計畫區域進行工程地質調查，內容包括地表地質調查、折射震測、地質探查、岩石室內試驗及工程地質資料綜合研判及評估等，以供本計畫評估及規劃之依據</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/20</date><governmentpublicationsnumber>1009701534</governmentpublicationsnumber><identifier>55014</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55014</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃 工程地質綜合評估專題=Preliminary Plan of Wu-Shan-ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/20</date><governmentpublicationsnumber>1009302777</governmentpublicationsnumber><identifier>55020</identifier><internationalstandardbooknumber>9789570182118 ; 9570182113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55020</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署台灣地區水資源投資分析九十二年度報告</title><yearidentifier>200409</yearidentifier></data><data><abstract>行政院農業委員會特有生物研究保育中心九十五年度年報</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/20</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>55024</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55024</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>96</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十五年度年報</title><yearidentifier>200710</yearidentifier></data><data><abstract>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960248</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>55028</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55028</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究=The Strategy Of Coastal Protection At Hsianlan, Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>55029</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55029</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>55030</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55030</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報</title><yearidentifier>200610</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之短期沖淤變化，針對易受災結構物之保護需求，研提短期河床穩定方案，以提供河道短期治理計畫研擬之參考。</abstract><author>中興顧問股份有限公司</author><categoryidentifier>443.6325   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960244</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009701521</governmentpublicationsnumber><identifier>55031</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55031</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(1/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(1/4)</title><yearidentifier>200806</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之短期沖淤變化，針對易受災結構物之保護需求，研提短期河床穩定方案，以提供河道短期治理計畫研擬之參考。</abstract><author>中興顧問股份有限公司</author><categoryidentifier>443.6325</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960244</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009701521</governmentpublicationsnumber><identifier>55032</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55032</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(1/4)--光碟版=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (1/4)</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河川特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中、用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009603925</governmentpublicationsnumber><identifier>55033</identifier><internationalstandardbooknumber>9789860142365 ; 9789860142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55033</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫(內附光碟)=Predicting Rock Scour in Rivers</title><yearidentifier>200805</yearidentifier></data><data><abstract>本計畫目的主要針對中莊調池工程計畫後之環境整體營造；藉由水域與綠地的配置整合週遭環境，串連大漢溪鄰近河段之景觀與遊憩資源，規劃兼具水源，生態保育、環境教育、親水與美化功能，並配合「配合大漢溪河川環境管理規劃」的多目標計畫。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009701527</governmentpublicationsnumber><identifier>55034</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55034</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中庄調整池可行性--環境整體營造規劃 成果資料(光碟版)=The Plane of Enviornmental Construction-Feasibility Study of Lake Jhongjhung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009501601</governmentpublicationsnumber><identifier>55035</identifier><internationalstandardbooknumber>10196315 ; 10196315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55035</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>97</publishrocyear><title>中華民國96年潮汐觀測資料年報〈光碟版〉=TIDAL OBSERVATION DATA ANNUAL REPORT 2007 年刊 第20期</title><yearidentifier>200807</yearidentifier></data><data><abstract>流經我們居住地的鶴見川，是平靜流動的河川，但大雨降臨後，即刻轉換成兇猛的洪水。鶴見川流域至今發生過好幾次的洪水災害。鶴見川流域，受急速的都市化，喪失了原本自然持有的保水．遊水機能，水害的危險性大增。對策上，正在進行河川整備工作。但是遠遠追不上進行都市化的腳步。因此，河川整備外的流域對策上，雨水的貯留，增加滲透的方式來確保保水機能。使用種種的方法，來從事綜合治水對策。為了確保流域內居民的安居樂業，綜合治水對策必須要每一居民的理解與協助。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009503713</governmentpublicationsnumber><identifier>55043</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55043</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>「日本河川整備中心知識管理合作計畫」叢書NO.10=呈現地球生命及生活鶴見川流域之重生願景</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部鑑於自來水法自民國55年實施至今，已將屆40年，其間並未配合社會情勢相應修正。考量自來水事業之經營與發展環境40年來已有劇烈變化，爰成立本研究計畫，委託中華民國自來水協會，通盤檢討自來水法，以作為自來水法修法及政策推動之參考。計畫以進行「自來水法通盤檢討之研究」為目的，本計畫（第一年）將進行相關議題研析，包括自來水事業發展方向、專業技師管理、水費計價制度、水源保育及自來水定位檢討等，針對研析議題蒐集國外資料並評析引進國內之適用性，以及針對研析議題蒐集歷年國內相關研究成果，並分析國內狀況。第二年工作則包括研擬自來水法定位，研擬所需配套制定或修正之法令架構，修法優先課題及推動順序，據以研擬條文草案。工作項目與工作內容。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940225</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/21</date><governmentpublicationsnumber>1009404505</governmentpublicationsnumber><identifier>55044</identifier><internationalstandardbooknumber>9789860037050 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55044</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>自來水法通盤檢討之研究(1/2)(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫係依行政院院會通過國土復育策略方案暨行動計畫所擬訂之地層下陷國土復育區策略，針對台灣嚴重地層下陷地區之國土復育促進地區圍劃設進行研擬，供日後劃定國土復育促進地區，後續研擬及推動復育計畫時參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960329</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/25</date><governmentpublicationsnumber>1009701545</governmentpublicationsnumber><identifier>55088</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55088</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台灣嚴重地層下陷地區之國土復育促進地區範圍劃設(光碟版)</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫係依行政院院會通過國土復育策略方案暨行動計畫所擬訂之地層下陷國土復育區策略，針對台灣嚴重地層下陷地區之國土復育促進地區圍劃設進行研擬，供日後劃定國土復育促進地區，後續研擬及推動復育計畫時參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960329</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/25</date><governmentpublicationsnumber>1009701545</governmentpublicationsnumber><identifier>55089</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55089</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台灣嚴重地層下陷地區之國土復育促進地區範圍劃設</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.682   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/27</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>55095</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55095</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處中區水資源局九十年度年報</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.682   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/27</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>55096</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55096</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署中區水資源局九十一年度年報</title><yearidentifier>200309</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>2009302266</governmentpublicationsnumber><identifier>55097</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55097</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>97</publishrocyear><title>臺灣糧食統計要覽(中華民國九十六年版) TAIWAN  FOOD  STATISTICS  BOOK  2007</title><yearidentifier>200807</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>2004100014</governmentpublicationsnumber><identifier>55098</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55098</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>97</publishrocyear><title>臺灣地區糧食生產情形及業務概況 【九十六年版】FOOD  PRODUCTION  AND  ACTIVITIES IN TAIWAN  AREA</title><yearidentifier>200807</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960069</commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>1009604142</governmentpublicationsnumber><identifier>55099</identifier><internationalstandardbooknumber>9789868282711 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55099</librarycollectiondetailsurl><price>500</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>96</publishrocyear><title>96年度高屏溪流域河川水質採樣檢測分析工作計畫=Sampling and Analysis for the Water Quality of Kao-Pin River(2007)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>1009603616</governmentpublicationsnumber><identifier>55100</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55100</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>台灣北部中部及東部易淹水地區移動式抽水機調度先期研究(光碟版)=Prior study of deploying mobile pump in  the easily inundation region of northern,central and eastern Taiwan</title><yearidentifier>200712</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，觀測井維護係地下水觀測站網運作管理的重要項目之一。本計畫即是根據此重要工作項目，針對70口地下水觀測井進井體攝影及清洗維護工作。 本計畫之重要成果茲摘錄如下： 1.70口觀測井中有54口於清洗維護後，井況良好，定期抽水洗井維護即可。4口淤積已達濾水管位置，建議每半年定期追蹤井深變化。34口具鏽蝕之情形，建議清洗維護時避免劇烈之洗井方式而造成井管的二次傷害。18口具黃色積垢之現象，建議每年實施水質井測。2口需套管修處理。 2.嘉興一與水林二於井體攝影時發現濾水管已經變形，目前對水位尚無明顯影響，可繼續使用，待發現異常時，再行井體攝影追蹤惡化趨勢及水位資料可靠性，如果處理費用太高，不符合經濟較益時，考慮重鑿新井。 3.積垢嚴重且水質有問題之井，建議以多次處理之方式進行化學洗井工作，逐步清除積垢，使其表面下的管材能夠展露出來，並呈現真正的井體狀況。井體維護完畢後定期實施水質井測，確實掌握水質狀態，以決定是否增加抽水洗井頻率或添加釋氧物質。 4.洗井前後單位洩降出水量增加量用以評估洗井維護之成效有一定之限制。建議往後可增加水井效率、水井係數及前後井體攝影影像比對進行洗井維護後之成效評估。</abstract><author>儀丞儀器工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>1009604266</governmentpublicationsnumber><identifier>55102</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55102</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>96年度地下水觀測網井體清洗及維護保養(附錄)＝Well Development and Maintenance of Groundwater Monitoring Wells in 2007</title><yearidentifier>200712</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/28</date><governmentpublicationsnumber>1009700665</governmentpublicationsnumber><identifier>55104</identifier><internationalstandardbooknumber>9789860136692 ; 9789860136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55104</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式(6/6)數值模式開發系統程式光碟－光碟版＝Establishment of Wave, Tidal Current and Coastal Evolution Models(6/6)</title><yearidentifier>200803</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>9084860098</governmentpublicationsnumber><identifier>55117</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55117</librarycollectiondetailsurl><price></price><publisher>交通部中央氣象局</publisher><publishrocyear>86</publishrocyear><title>潮汐觀測資料年報  〈民國八十五年  〉</title><yearidentifier>199701</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>9084870144</governmentpublicationsnumber><identifier>55118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55118</librarycollectiondetailsurl><price></price><publisher>交通部中央氣象局</publisher><publishrocyear>87</publishrocyear><title>潮汐觀測資料年報  〈民國八十六年  〉</title><yearidentifier>199801</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>9084880082</governmentpublicationsnumber><identifier>55119</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55119</librarycollectiondetailsurl><price></price><publisher>交通部中央氣象局</publisher><publishrocyear>88</publishrocyear><title>潮汐觀測資料年報  〈民國八十七年  〉</title><yearidentifier>199901</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>9088890071</governmentpublicationsnumber><identifier>55120</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55120</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>89</publishrocyear><title>潮汐觀測資料年報  〈民國八十八年  〉</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>2007700019</governmentpublicationsnumber><identifier>55121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55121</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>90</publishrocyear><title>潮汐觀測資料年報中華民國八十九年=TIDAL OBSERVATION DATA ANNUAL REPORT 2000</title><yearidentifier>200106</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/8/29</date><governmentpublicationsnumber>2007700019</governmentpublicationsnumber><identifier>55122</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55122</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>91</publishrocyear><title>潮汐觀測資料年報  〈民國九十年  〉</title><yearidentifier>200206</yearidentifier></data><data><abstract>由台灣水資源之供需面來看，水資源的開發、管理、調配等相關活動仍是政府重要的水資源政策項目。因此，水利產業的發展將是政府未來水利政策的主軸之一，水利產業發展時必須先釐清水利產業的範圍與項目，才能針對產業的特性與需要規劃相關輔導政策。另外本研究以水再生利用為例，釐清相關產業鏈，並進行廠商問卷調查，以評估產業規模與發展潛力</abstract><author>台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940037</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404463</governmentpublicationsnumber><identifier>47786</identifier><internationalstandardbooknumber>9789860036688 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47786</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>知識型水利產業調查分析及輔導策略：以水再生利用產業為例 = Survey and Development Strategies of Water Industries - A Case Study of Water Reuse Industry</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為針對未來台灣東部宜蘭、花蓮、及台東等縣可行之深層海水開發場址，進行海域地形及水質等基本環境調查工作，工作內容規劃包括針對南澳、和平、石梯坪、奇萊鼻、知本、及金崙等進行深層海水水質及可行廠址之海域地形調查。深層海水水質水質調查分析項目包含水溫、鹽度、氫離子濃度指數(pH)、溶氧量、懸浮固體、葉綠素a、大腸桿菌群、重金屬(鉻、鎘、銅、錳、鋅、汞)、營養鹽(矽酸鹽、亞硝酸鹽、氨氮、磷酸鹽、硝酸鹽)、戴奧辛及飲用水水源水質標準等項目。海域地形則以單音束測深系統，自水深20公尺處至水深750公尺處，進行海底斷面測量，測量寬度為斷面線左右各300公尺，並間隔100公尺寬測量1次。本計畫乃加強沿岸地形水深及深層海水水質之基本研究調查，因為此兩項目關係著施工之難易、海域汲水之安全、及未來深層海水之用途等，本計畫之工作成果效益包括： 1.完成台灣東部六處可行候選廠址之沿岸地形水深調查，繪製相關之平面及縱面地形圖，以評估可能鋪設管線之長度，並作為未來海底取水管線設計之基礎。 2.分析可行候選廠址海域斷面海水水質，並分析各候選廠址間可汲取之深層海水水質變化情形，以瞭解深層海水之應用方向。 3.綜合地形水深及深層海水水質之基本研究調查，可使後續之取水工程規劃、施工估價、及用水分析等更為精準。</abstract><author>成大研究發展基金會、成大水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940224</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404799</governmentpublicationsnumber><identifier>47787</identifier><internationalstandardbooknumber>9789860040036 ; 9860040036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47787</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>知識型水利產業技術開發計畫(1/2)－深層海水環境水質基本調查 = Deveopment of Knowledge Based Water Industry Technology(1/2):Preliminary Investigation of Water Quality in Deep Ocean Water (DOW)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404332</governmentpublicationsnumber><identifier>47788</identifier><internationalstandardbooknumber>9789860035384 ; 9860035385</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47788</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃 =Preliminary Study  on Tainan Lake ( 英文摘要)(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣南部地區由於水文條件特殊其豐枯季水量懸殊，近年來受台南科學工業園區開發影響，社經發展巳逐漸由傳統一級產業邁向二、三級工商業發展，水量需求不斷地成長。而平地水庫為現階段新興水資源開發策咯與方案之一，故研擬台南地區可能設置平地水庫人工湖地點，進行初步規劃與檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404332</governmentpublicationsnumber><identifier>47789</identifier><internationalstandardbooknumber>9789860035384 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47789</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃 (光碟版) =Preliminary Study  on Tainan Lake</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404402</governmentpublicationsnumber><identifier>47790</identifier><internationalstandardbooknumber>9789860036602 ; 9860036608</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47790</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃─ 環境現況調查及開發行為環境影響初步預測(英文摘要)(光碟版)=Preliminary Study  on Tainan Lake ─ In-Situ lnvestigation and Forecast on Environmental Impact</title><yearidentifier>200512</yearidentifier></data><data><abstract>配合知識經濟時代的來臨與國家政策，經濟部水利署業已報行政院核定，積極推動「輔導知識型水利產業發展計畫」。依該計畫，首先於九十一年完成「水利產業知識化育成中心」之設置規劃，並於九十一年十二月二十三日與國立成功大學合作設置成立；冀期藉由「水利產業知識化育成中心」，積極辦理水利產業相關廠商之招商簽約及進駐育成等工作。為推動成熟技術產品開發之工作，並依據九十二年全國水利會議決議「因應水利產業革命，配合挑戰2008國家發展計畫，明確規劃水利產業體系，落實水利產業輔導育成功能，優先輔導節水服務、省水器材、雨水貯留、二元供水、人工湖、地下水補注與回用、廢污水再生利用、水庫淤泥資源化、小水力發電、溫泉產業、深層海水及海水淡化等，促進經濟蓬勃發展」，爰推動水利產業技術開發計畫，並於九十二年與九十三年分別由經濟部水利署辦理完成「水利產業技術研發及推廣先驅計畫」與「水利產業技術研發及推廣」等計畫，本年度再度推動「知識型水利產業技術開發計畫」，並選定「深層海水產業」、「潮差發電」、「水再生利用產業」、「海水淡化產業」及「水文觀測儀器設備產業」等產業技術為推動核心，並以輔導育成水利產業技術研發及商品化為主要工作重點，以期透過學術及產業界之提案，推動水利產業之輔導與發展，成為未來21世紀臺灣之水利政策主軸之一。 本計畫旨在於進行「知識型水利產業技術之開發」，並以輔導育成水利產業技術研發及商品化為工作重點，以鼓勵「產、官、學、研」各界能將技術研發成果進一步與市場需求相結合，完成產品原型之開發，並就所擁有之技術研發成果，評估具有產品開發及商品化之潛能者，研提產品開發之計畫。同時，針對目前水利產業技術具商品化之研究主題，於兩年內提出至少七項產品專利之申請及促成七家以上廠商實際參與先期技術授權</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940036</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404443</governmentpublicationsnumber><identifier>47791</identifier><internationalstandardbooknumber>9789860036657 ; 9860036659</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47791</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>知識型水利產業技術開發計畫(1/2)－輔導育成水利產業技術研發及商品化成果報告書 = Technology Development for Knowledge-Based Water Industry(1/2)-Assisting the Incubation of Water Industry Technology Reseach ,Development and Commercialization Final R</title><yearidentifier>200512</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。 近代經濟的發展乃源自於生產力長期的累積增加，而生產力能長期持續增加的主要原因，則源自於知識不斷的累積與有效應用。近十年來，由資訊與通訊科技所帶動的技術變革，已徹底改變了人類生活與生產的模式；在二十一世紀也將成為影響創業與守業的重要因素。以知識為本位的經濟活動即將改變全球經濟發展型態；知識已成為生產力提升與經濟成長的主要驅動力，隨著資訊及通訊科技的快速發展與高度應用，未來世界的投資、創業、就業與守業將明顯轉向知識密集型產業；知識與技術將是未來產業活動競爭力的來源。 為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404438</governmentpublicationsnumber><identifier>47794</identifier><internationalstandardbooknumber>9789860036640 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47794</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>設置水利產業知識化育成中心補助案九十四年度成果報告書 A Grant-Maintained Project for Establishing the Knowledge-Based Water Business Incubation Center Final Report (2005)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之目的為紓解桃園地區缺水窘況，於桃園地區勘選規劃儲蓄水資源方案，並估算其開發效益，俾因應本地區未來中長程用水需求。</abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940285</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404371</governmentpublicationsnumber><identifier>47795</identifier><internationalstandardbooknumber>9789860035438 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47795</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園大湖初步規劃(光碟版)=Taoyuan Grand Lake Schematic Planning Special Issue Report</title><yearidentifier>200512</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。近代經濟的發展乃源自於生產力長期的累積增加，而生產力能長期持續增加的主要原因，則源自於知識不斷的累積與有效應用。近十年來，由資訊與通訊科技所帶動的技術變革，已徹底改變了人類生活與生產的模式；在二十一世紀也將成為影響創業與守業的重要因素。以知識為本位的經濟活動即將改變全球經濟發展型態；知識已成為生產力提升與經濟成長的主要驅動力，隨著資訊及通訊科技的快速發展與高度應用，未來世界的投資、創業、就業與守業將明顯轉向知識密集型產業；知識與技術將是未來產業活動競爭力的來源。為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404438</governmentpublicationsnumber><identifier>47796</identifier><internationalstandardbooknumber>9789860036640 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47796</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>設置水利產業知識化育成中心補助案九十四年度成果報告書－附錄三：四年成果總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>在傳統產業趨漸式微的今天，『知識』與『技術』加上『資訊』、『聯訊』與『通訊』將是引導未來事業走向成功之標的關鍵。近代經濟的發展乃源自於生產力長期的累積增加，而生產力能長期持續增加的主要原因，則源自於知識不斷的累積與有效應用。近十年來，由資訊與通訊科技所帶動的技術變革，已徹底改變了人類生活與生產的模式；在二十一世紀也將成為影響創業與守業的重要因素。以知識為本位的經濟活動即將改變全球經濟發展型態；知識已成為生產力提升與經濟成長的主要驅動力，隨著資訊及通訊科技的快速發展與高度應用，未來世界的投資、創業、就業與守業將明顯轉向知識密集型產業；知識與技術將是未來產業活動競爭力的來源。為迎向全球『知識經濟』發展之潮流，及因應政府『挑戰2008』國家發展重點計畫，並遵照現階段水資源政策綱領所揭櫫之『節流與開源並重』、『生態保育與開發兼顧』之政策目標，基此，成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。</abstract><author>成功大學、成大水工試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404438</governmentpublicationsnumber><identifier>47797</identifier><internationalstandardbooknumber>9789860036640 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47797</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>設置水利產業知識化育成中心補助案九十四年度成果報告書－附錄四「真空結冰水蒸氣壓提升之海水淡化原型機系統」設備關鍵技術、問題及後續研發效益分析評估</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之目的為紓解桃園地區缺水窘況，於桃園地區勘選規劃儲蓄水資源方案，並估算其開發效益，俾因應本地區未來中長程用水需求。未因應大湖工程初步規劃評估，進行開發行為可能影響範圍之之環境現況調查與相關之評估，包括空氣品質、噪音及震動、水文及水質等項目之相關工作</abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404375</governmentpublicationsnumber><identifier>47798</identifier><internationalstandardbooknumber>9789860036237 ; 9860036233</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47798</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園大湖初步規劃－環境現況調查及開發行為環境影響初步預測(光碟版)=Taoyuan Grand Lake Schematic Planning－Preliminary Assessment for Environmental lnvestigation and Development  lnfluence</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲林地區由於降雨時空分不均，且缺乏水庫調蓄豐枯水量，長期仰賴地下水，造成地下水水位下降及地層重下陷。近年來雲林縣因離島工業區、雲林科技工業區之設置後，社經發展已逐漸由傳統農漁產業邁向工商業發展。本署92年由雲林縣政府辦理之設置雲林縣人工湖可行性規劃報告成果，提出雲林人工湖工程計畫構想擬規劃水源運用功能之人工湖，提出本計畫之初步規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404406</governmentpublicationsnumber><identifier>47799</identifier><internationalstandardbooknumber>9789860036619 ; 9860036616</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雲林大湖初步規劃報告書(光碟版)=Preliminary Study of Yunlin Lake</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲林地區由於降雨時空分不均，且缺乏水庫調蓄豐枯水量，長期仰賴地下水，造成地下水水位下降及地層重下陷。近年來雲林縣因離島工業區、雲林科技工業區之設置後，社經發展已逐漸由傳統農漁產業邁向工商業發展。本署擬規劃水源運用功能之人工湖，提出雲林之初步規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>433.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404405</governmentpublicationsnumber><identifier>47800</identifier><internationalstandardbooknumber>9789860036626 ; 9860036624</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47800</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雲林大湖初步規劃─環境現況調查及開發行為環境影響初步預測報告書(光碟版)=Preliminary Study of Yunlin Lake for Enveronment ln-situ lnvestigation and lnitial Prediction on Environment lmpact</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>財團法人成大水利海洋研究發展基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>47803</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47803</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─(附錄-現場調查數據)=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract>本計畫除包含川流水、地下水與水庫水等水源外，尚包括新興之人工湖、都市污水回收再利用、工業廢水回收再利用、海水淡化及雨水收集貯留等多元化水源及屬水利事業之深層海水與溫泉等水源，計畫目的為訂定多元化水源開發利用之目標與策略，作為推動與執行多元化水源開發利用之最高指導原則，以落實水資源永續發展之總體目標。 本計畫之內容為增補水利署之「台灣地區水資源開發綱領計畫」中對於多元方式開發水源相關探討之不足。 1.供需確實檢討及節約用水 2.既有水源加強運用 3.枯水季用水零成長 4.積極推動多元化策略</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009401264</governmentpublicationsnumber><identifier>47806</identifier><internationalstandardbooknumber>9789860010459 ; 9860010455</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47806</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>多元化水資源經營管理方案總報告＝Plan for Integrated Water Resources Management</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源規劃工作為維繫水資源永續利用之核心業務工作，相關水資源供需基本資料蒐集及更新與提供應用分析環境則為良好的水資源規劃基礎。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404078</governmentpublicationsnumber><identifier>47820</identifier><internationalstandardbooknumber>9789860037142 ; 9860037140</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47820</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水資源供需資料庫更新及應用推廣計畫〈二〉Updating and Promotion of a  Database System on Water Supply and Demand〈二〉</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署推動各項水利專案計畫，以解決影響民生與工商發展之水資源關鍵問題，並培養本土化之研究人力。於92、93年度內，持續推動各項水利計畫，強化水資源整體規劃、調配、管理與水利行政之功能，以進一步提升施政品質與效能。?促進各界專家學者之意見交流，彰顯計畫執行成效及分享辦理成果，並爭取社會大眾對相關政策之認同，本計畫更辦理三場次重要會議，包括「經濟部水利署93年度委辦計畫成果發表會」、「石門水庫活化政策方向說明會」及「學校與政府機關（構）汰換節水器材計畫」座談會。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940262</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404530</governmentpublicationsnumber><identifier>47823</identifier><internationalstandardbooknumber>9789860037470 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47823</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署93年度委辦計畫成果發表會  2004 Water Resources Agency Commissioned Project Accomplishment Presentation</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署推動各項水利專案計畫，以解決影響民生與工商發展之水資源關鍵問題，並培養本土化之研究人力。於92、93年度內，持續推動各項水利計畫，強化水資源整體規劃、調配、管理與水利行政之功能，以進一步提升施政品質與效能。?促進各界專家學者之意見交流，彰顯計畫執行成效及分享辦理成果，並爭取社會大眾對相關政策之認同，本計畫更辦理三場次重要會議，包括「經濟部水利署93年度委辦計畫成果發表會」、「石門水庫活化政策方向說明會」及「學校與政府機關（構）汰換節水器材計畫」座談會。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940262</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404530</governmentpublicationsnumber><identifier>47826</identifier><internationalstandardbooknumber>9789860037470 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47826</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署93年度委辦計畫成果發表會(光碟版)  2004 Water Resources Agency Commissioned Project Accomplishment Presentation</title><yearidentifier>200512</yearidentifier></data><data><abstract>以曾文水庫集水區作為研究地點，建立集水區水砂生產及輸送運移評估模式。整體數值模式包含集水區水砂生產輸送模式及水庫泥砂運移淤積模式，其中集水區水砂生產輸送模式主要考慮降雨-逕流、坡地崩塌、表土沖蝕動床模式NETSTARS模式</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940219</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404814</governmentpublicationsnumber><identifier>47827</identifier><internationalstandardbooknumber>9789860040197 ; 9860040192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47827</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水庫水理、水質、泥沙量測及運移機制分析</title><yearidentifier>200512</yearidentifier></data><data><abstract>以曾文水庫集水區作為研究地點，建立集水區水砂生產及輸送運移評估模式。整體數值模式包含集水區水砂生產輸送模式及水庫泥砂運移淤積模式，其中集水區水砂生產輸送模式主要考慮降雨-逕流、坡地崩塌、表土沖蝕動床模式NETSTARS模式</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940219</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404814</governmentpublicationsnumber><identifier>47828</identifier><internationalstandardbooknumber>9789860040197 ; 9860040192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47828</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水庫水理、水質、泥沙量測及運移機制分析(光碟版)=Study on the Sedimentary Delivery of Reservoir Watershed</title><yearidentifier>200512</yearidentifier></data><data><abstract>由於國人境生態維護及維持生物多樣性的意識漸起，保育用水之重要性逐漸受到重視。故此，本計畫內容包括保育用水之意義與原則，提出保育用水之推估方式並對推動策略與運用之規劃概述，以供未來保育用水納入水資源永續經營之參考。</abstract><author>國立中央大學.土木工程學系</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940111</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404155</governmentpublicationsnumber><identifier>47843</identifier><internationalstandardbooknumber>9789860035339 ; 9860035334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47843</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>保育用水推動策略規劃=Discussing and Planning the Reserved-Nurtured Flow in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源規劃工作為維繫水資源永續利用之核心業務工作，相關水資源供需基本資料蒐集及更新與提供應用分析環境則為良好的水資源規劃基礎。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404078</governmentpublicationsnumber><identifier>47844</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47844</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水資源供需資料庫更新及應用推廣計畫〈二〉－光碟版 Updating and Promotion of a Database System on Water Supply and Demand〈二〉</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究結合美國在生態、水文方面學者，共同對大漢溪做深入探討，發展台灣生態水文指標系統，配合魚類個體生態矩陣，提出生態河川流態之流態管理方式，並透過多目標水資源管理達到同時滿足生態系統及人類用水需求的目標。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940073</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404163</governmentpublicationsnumber><identifier>47845</identifier><internationalstandardbooknumber>9789860035346 ; 9860035342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47845</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>生態水文於多目標水資源管理之研究與應用(2/2)－內附光碟＝Integration  of Ecohydrology in Managing Water Resources (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404155</governmentpublicationsnumber><identifier>47846</identifier><internationalstandardbooknumber>9789860035339 ; 9860035334</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47846</librarycollectiondetailsurl><price>350</price><publisher>National Central University Civil Engineering</publisher><publishrocyear>94</publishrocyear><title>Discussing and Planning the Protected and Nurtured Flow in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究結合美國在生態、水文方面學者，共同對大漢溪做深入探討，發展台灣生態水文指標系統，配合魚類個體生態矩陣，提出生態河川流態之流態管理方式，並透過多目標水資源管理達到同時滿足生態系統及人類用水需求的目標。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940073</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/15</date><governmentpublicationsnumber>1009404163</governmentpublicationsnumber><identifier>47847</identifier><internationalstandardbooknumber>9789860035346 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47847</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>生態水文於多目標水資源管理之研究與應用(2/2)－光碟版＝Integration  of Ecohydrology in Managing Water Resources (2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>47856</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47856</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃(光碟版)=The Planning of Environment protection and promotion on Kang-Nan coast along Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940040</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>47870</identifier><internationalstandardbooknumber>9860034419</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47870</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(1/1)(光碟版)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫(內附光碟)</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940264</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009404137</governmentpublicationsnumber><identifier>47871</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47871</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中華工程顧問工程司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940090</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>47875</identifier><internationalstandardbooknumber>986-00-3361-7</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47875</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸生態工法之研擬(1)-人工養灘對底棲生物之影響(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940208</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009404261</governmentpublicationsnumber><identifier>47876</identifier><internationalstandardbooknumber>9860034435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47876</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>建置頭前溪流域水情測預報系統(光碟版)=The Establishment of Tou-Cian  River Flood Forecasting System</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中國文化大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>47878</identifier><internationalstandardbooknumber>986-00-2186 ; 986002186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47878</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川生態工法實務手冊(光碟版)=Practical Manual on River Eco-Engineering Methods</title><yearidentifier>200506</yearidentifier></data><data><abstract> </abstract><author>中國文化大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/16</date><governmentpublicationsnumber>1009402774</governmentpublicationsnumber><identifier>47879</identifier><internationalstandardbooknumber>986-00-2186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47879</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川生態工法及其應用(3/3)--光碟版=River Eco-Engineering Methods and Its Applications(3/3)</title><yearidentifier>200506</yearidentifier></data><data><abstract>為達到照顧離島居民之目標，金門地區供水改善已列入新十大建設之平地水庫海淡廠中離島地區供水改善計畫中，本計畫即以滿足金門地區民國110年之用水需求為目標，進行各項相關計畫之評估檢討，並規劃後續水資源開發與供水改善方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2   445.268</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/17</date><governmentpublicationsnumber>1009404519</governmentpublicationsnumber><identifier>47880</identifier><internationalstandardbooknumber>9789860037388 ; 9860037388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47880</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>金門地區供水改善規劃＝Water Supply Improvement Plan for  Kinmen Region</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/17</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>47881</identifier><internationalstandardbooknumber>986-00-4058-3</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47881</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)成果報告書(光碟版)=Monitoring of Coastal Topography at Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>為達到照顧離島居民之目標，金門地區供水改善已列入新十大建設之平地水庫海淡廠中離島地區供水改善計畫中，本計畫即以滿足金門地區民國110年之用水需求為目標，進行各項相關計畫之評估檢討，並規劃後續水資源開發與供水改善方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2   445.268</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/17</date><governmentpublicationsnumber>1009404519</governmentpublicationsnumber><identifier>47882</identifier><internationalstandardbooknumber>9789860037388 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47882</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>金門地區供水改善規劃(光碟版)＝Water Supply Improvement Plan for  Kinmen Region</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/17</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47885</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47885</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第六期）</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>1009404169</governmentpublicationsnumber><identifier>47900</identifier><internationalstandardbooknumber>9789860035353 ; 9860035350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47900</librarycollectiondetailsurl><price>500</price><publisher>Watier Resources Agency,MOEA</publisher><publishrocyear>94</publishrocyear><title>Feasibility Study on Lun-Bei Lake -Engineering Feasibility Study  Summary report</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院經濟建設委員會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>1009205299</governmentpublicationsnumber><identifier>47901</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47901</librarycollectiondetailsurl><price>300</price><publisher>行政院經濟建設委員會</publisher><publishrocyear>92</publishrocyear><title>全國綠資源調查架構之研究</title><yearidentifier>200312</yearidentifier></data><data><abstract>由於國人境生態維護及維持生物多樣性的意識漸起，保育用水之重要性逐漸受到重視。故此，本計畫內容包括保育用水之意義與原則，提出保育用水之推估方式並對推動策略與運用之規劃概述，以供未來保育用水納入水資源永續經營之參考。</abstract><author>國立中央大學</author><categoryidentifier>554.61   554061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940111</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>1009404155</governmentpublicationsnumber><identifier>47902</identifier><internationalstandardbooknumber>9789860035339 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47902</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>保育用水推動策略規劃(光碟版)=Discussing and Planning the Reserved-Nurtured Flow in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>1009404361</governmentpublicationsnumber><identifier>47908</identifier><internationalstandardbooknumber>9789860035445 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47908</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊研擬:總報告書(光碟版)=Investigation for Technical Guide of River Morphology Classification in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保、生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>1009404364</governmentpublicationsnumber><identifier>47911</identifier><internationalstandardbooknumber>9789860035452 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47911</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利局會計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>30925820010</governmentpublicationsnumber><identifier>47925</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47925</librarycollectiondetailsurl><price>550</price><publisher>臺灣省水利局</publisher><publishrocyear>82</publishrocyear><title>中華民國八十二年臺灣省建設統計第二輯水利工程RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1993 PARTⅡCONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199305</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利局會計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>30924850017</governmentpublicationsnumber><identifier>47926</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47926</librarycollectiondetailsurl><price>550</price><publisher>臺灣省水利局</publisher><publishrocyear>85</publishrocyear><title>中華民國八十五年臺灣省建設統計第二輯水利工程RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1996 PARTⅡCONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199605</yearidentifier></data><data><abstract> </abstract><author>臺灣省水利局會計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/20</date><governmentpublicationsnumber>30924860024</governmentpublicationsnumber><identifier>47927</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47927</librarycollectiondetailsurl><price>550</price><publisher>臺灣省水利局</publisher><publishrocyear>86</publishrocyear><title>中華民國八十六年臺灣省建設統計第二輯水利工程RECONSTRUCTION STATISTICS OF TAIWAN PROVINCE 1996 PARTⅡCONSTRUCTION OF WATER CONSERVANCY</title><yearidentifier>199705</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.642   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940265</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404143</governmentpublicationsnumber><identifier>47931</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47931</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>天花湖水庫可行性規劃檢討─計畫壩址地區強地動儀維護觀測及資料整(94年度)(內附光碟)=A Review of Feasibility Study of Tien-Hu Reservoir─Report on Dam Site Strong Motion Seismometer Maintenance ,Data Observation and Analysis (Fiscal year 2005)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404143</governmentpublicationsnumber><identifier>47939</identifier><internationalstandardbooknumber>986003530- ; 986003530</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47939</librarycollectiondetailsurl><price>600</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>A Review of Feasibility Study of Tien -Hwa -hu Reservoir─ Report on Dam Site Strong Motion Seismometer Maintenance,Data Observation and Analysis(Fiscal year2005)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>崧旭資訊股份有限公司</author><categoryidentifier>443.642029   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940266</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404152</governmentpublicationsnumber><identifier>47943</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47943</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>天花湖水庫可行性規劃檢討─三維動畫及文宣影片製作=A Review of Feasibility Study of Tien-Hwa-Hu  Reservoir─3D Animation and Advertisement</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>崧旭資訊股份有限公司</author><categoryidentifier>443.642029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940266</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404152</governmentpublicationsnumber><identifier>47949</identifier><internationalstandardbooknumber>9789860035315 ; 9860035318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47949</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>天花湖水庫可行性規劃檢討─三維動畫及文宣影片製作(光碟版)=A Review of Feasibility Study of Tien-Hwa-Hu  Reservoir─3D Animation and Advertisement</title><yearidentifier>200512</yearidentifier></data><data><abstract>美濃溪治理基本計畫訂定美濃溪水道治理計畫線及美濃溪河川治理方針、原則、工程計畫與配合措施等，俾供本溪防洪工程設施與河川管理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68975107   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404386</governmentpublicationsnumber><identifier>47951</identifier><internationalstandardbooknumber>9789860036213 ; 9860036217</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47951</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系美濃溪治理基本計畫(內附光碟)=Regulation Master Plan of Mei-Long Creek</title><yearidentifier>200512</yearidentifier></data><data><abstract>美濃溪治理基本計畫訂定美濃溪水道治理計畫線及美濃溪河川治理方針、原則、工程計畫與配合措施等，俾供本溪防洪工程設施與河川管理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>1009404386</governmentpublicationsnumber><identifier>47952</identifier><internationalstandardbooknumber>9789860036213 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47952</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系美濃溪治理基本計畫(光碟版)=Regulation Master Plan of Mei-Long Creek</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>宜蘭縣環保聯盟</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>30659830092</governmentpublicationsnumber><identifier>47953</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47953</librarycollectiondetailsurl><price>150</price><publisher>宜蘭縣政府</publisher><publishrocyear>83</publishrocyear><title>我愛蘭陽溪</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>臺灣省政府水利處</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/21</date><governmentpublicationsnumber>30925870027</governmentpublicationsnumber><identifier>47955</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47955</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利處</publisher><publishrocyear>87</publishrocyear><title>中華民國八十六年臺灣省水利統計年報第一期ANNUAL STATISTICAL REPORT WATER RESOURCES TAIWAN PROVINCE No.1.1997</title><yearidentifier>199809</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>548.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/22</date><governmentpublicationsnumber>1009402916</governmentpublicationsnumber><identifier>47957</identifier><internationalstandardbooknumber>986-00-2316-6 ; 986_00_231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47957</librarycollectiondetailsurl><price>65</price><publisher>法務部</publisher><publishrocyear>94</publishrocyear><title>行政罰法</title><yearidentifier>200509</yearidentifier></data><data><abstract>美濃溪治理規劃調查分析本溪之流域概況、河川特性，並進行水文水理分析後，考慮上游集水區保護，配合流域內農工商業之發展，都市之繁榮，並以防止水患，維持河川水流之正常功能等，規劃河川水道治理計畫，俾供本溪防洪工程設施與河川管理之依據</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751   443.68975107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/22</date><governmentpublicationsnumber>1009404395</governmentpublicationsnumber><identifier>47963</identifier><internationalstandardbooknumber>9789860036244 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47963</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>美濃溪治理規劃報告(內附光碟)=RePort on the Regulation Planning of Mei-Long Creek</title><yearidentifier>200512</yearidentifier></data><data><abstract>目前水利主管單位為有效管理流域中下游洪水災害，已建立許多防洪治水工程，包括堤防、排水系統及抽水站等，但隨著集水區土地利用改變，致使原先設計之防洪設施可能已不足應付開發所增加之洪流量，因此近年來已規劃投入適當資源，提供許多非工程防洪方法建置之防洪資訊，讓台灣防洪工作進入嶄新的一頁。</abstract><author>國立聯合大學災害防救災科技研究中心編</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/22</date><governmentpublicationsnumber>1009403606</governmentpublicationsnumber><identifier>47966</identifier><internationalstandardbooknumber>9789860029093 ; 9860029091</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47966</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>高屏溪流域淹水指數之研究(1/2)期末報告(初搞)＝A Study on Inundation Index for Gaoping Creek Basin (1/2)</title><yearidentifier>200411</yearidentifier></data><data><abstract>美濃溪治理規劃調查分析本溪之流域概況、河川特性，並進行水文水理分析後，考慮上游集水區保護，配合流域內農工商業之發展，都市之繁榮，並以防止水患，維持河川水流之正常功能等，規劃河川水道治理計畫，俾供本溪防洪工程設施與河川管理之依據</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/22</date><governmentpublicationsnumber>1009404386</governmentpublicationsnumber><identifier>47980</identifier><internationalstandardbooknumber>9789860036244 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47980</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>美濃溪治理規劃報告(光碟版)=RePort on the Regulation Planning of Mei-Long Creek</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940077</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/22</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>47986</identifier><internationalstandardbooknumber>9789860032161 ; 9860032165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47986</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造成果彙編(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署近年來持續推動國土資訊系統之發展，已陸續建置多項地理資訊服務系統及地理資訊資料庫，且為了滿足每個單位各項業務之需求，逐年增加不同的圖資來源，藉以提昇資料的多元化與完整性。而隨著系統、圖資資料的成長，需建置一完善機制將圖資資料進行有效率的維護管理，並整合所有圖資資料、詮釋資料，提供完整且一致的地理資訊服務，因此水利署擬定四年期程計畫，規劃出後續執行辦理事項，提出一完善之解決方案。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940021</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009403617</governmentpublicationsnumber><identifier>47987</identifier><internationalstandardbooknumber>9789860028702 ; 9860028702</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47987</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(2/4)＝Establishment of Hydraulic Web-Based Geographic Information Systems (2/4)</title><yearidentifier>200511</yearidentifier></data><data><abstract>經濟部水利署近年來持續推動國土資訊系統之發展，已陸續建置多項地理資訊服務系統及地理資訊資料庫，且為了滿足每個單位各項業務之需求，逐年增加不同的圖資來源，藉以提昇資料的多元化與完整性。而隨著系統、圖資資料的成長，需建置一完善機制將圖資資料進行有效率的維護管理，並整合所有圖資資料、詮釋資料，提供完整且一致的地理資訊服務，因此水利署擬定四年期程計畫，規劃出後續執行辦理事項，提出一完善之解決方案。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940021</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009403617</governmentpublicationsnumber><identifier>47988</identifier><internationalstandardbooknumber>9789860028706 ; 9789860028</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47988</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(2/4)－光碟版＝Establishment of Hydraulic Web-Based Geographic Information Systems (2/4)</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>行政院法規委員會</author><categoryidentifier>588</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009404065</governmentpublicationsnumber><identifier>47990</identifier><internationalstandardbooknumber>986-00-303-3 ; 986_00_303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47990</librarycollectiondetailsurl><price>300</price><publisher>行政院秘書處</publisher><publishrocyear>94</publishrocyear><title>行政機關法制作業實務</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年來因中部地區經濟發展迅速，建立水資源的備援系統已成為水資源工程新課題，因此本計畫將進行中部地區用水供需分析，提出供水效率改善措施以提高水源利用效率，並評估農業用水可移用水量，另檢討規劃中部地區備援系統，以強化自來水區域管網供輸能力。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940162</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009500095</governmentpublicationsnumber><identifier>47996</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47996</librarycollectiondetailsurl><price>375</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中部地區水資源利用整體檢討規劃=Central Region Water Resources Utilization Over All Re-Evaluation and Planning</title><yearidentifier>200601</yearidentifier></data><data><abstract>近年來因中部地區經濟發展迅速，建立水資源的備援系統已成為水資源工程新課題，因此本計畫將進行中部地區用水供需分析，提出供水效率改善措施以提高水源利用效率，並評估農業用水可移用水量，另檢討規劃中部地區備援系統，以強化自來水區域管網供輸能力。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940162</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009500095</governmentpublicationsnumber><identifier>47999</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47999</librarycollectiondetailsurl><price>375</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中部地區水資源利用整體檢討規劃(光碟版)=Central Region Water Resources Utilization Over All Re-Evaluation and Planning</title><yearidentifier>200601</yearidentifier></data><data><abstract>針對台灣北部地區，以用水區之需求面為單元，評估各系統之供水風險及備載水量，檢討可支援他系統之可能性及量，並透過管網配置分析，膫解各系統間相互支援時所應具備或增設之備用支援系統，以穩定地區之供水風險。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940172</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009404134</governmentpublicationsnumber><identifier>48000</identifier><internationalstandardbooknumber>9789860035360 ; 9860035369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48000</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>北部地區水資源利用整體檢討規劃－北部地區水資源系統備用水源及管網之分析檢討 = Analysis of the Backup Systems of  Water Resources and Pipelines of the Northern Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對台灣北部地區，以用水區之需求面為單元，評估各系統之供水風險及備載水量，檢討可支援他系統之可能性及量，並透過管網配置分析，膫解各系統間相互支援時所應具備或增設之備用支援系統，以穩定地區之供水風險。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940172</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009404134</governmentpublicationsnumber><identifier>48001</identifier><internationalstandardbooknumber>9789860035360 ; 9860035369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48001</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>北部地區水資源利用整體檢討規劃－北部地區水資源系統備用水源及管網之分析檢討〈光碟版〉</title><yearidentifier>200512</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），其目的為評估ASR技術成為台灣水資源開發利用之一的技術可行性。目前已在屏東縣枋寮鄉設立了昌隆ASR示範廠，現有設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，並獲得一些良好的現場試驗資料。     本計畫目的係維護與管理ASR井，並加強收集本區域之水文地質參數。計畫中已針對ASR井及其周邊設施損壞部份進行維修與更新，使其ASR井運轉功能正常，並利用 ASR井進行抽水及補注試驗，以探求當地之水文地質狀況。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/23</date><governmentpublicationsnumber>1009404194</governmentpublicationsnumber><identifier>48004</identifier><internationalstandardbooknumber>9789860034790 ; 9860034796</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48004</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>ASR井功能維護及抽水與入滲功能觀測_成果報告 Maintenance Plan for Operating and Infiltration Capabilities for Aquifer Storage and Recovery Project in Pingtung Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 本計畫以萬隆農場人工湖試驗區為研究區，探討湖區之級配濾層設計、生物阻塞因子、補注水流向，兼及隘寮溪固床工設置對屏東平原地下水補注效應分析，並修正「屏東縣林邊溪上游人工湖設置工程計畫」之預期效應。     級配濾層設計目前已研製兩套試驗儀器，並篩選常用地工資材以供後續工程參用；生物阻塞因子確認矽藻為優勢藻種，鞘藻為主要大型絲狀藻種，但尚未證實其生長對於補注效率有嚴重之影響；補注水流向為東北向西南；另以數值模式模擬隘寮溪設置固床工對屏東平原地下水補注量影響極微；而「屏東縣林邊溪上游人工湖設置工程計畫」之預期效應，應俟補注速率確定後再詳加評估。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.893   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/24</date><governmentpublicationsnumber>1009404183</governmentpublicationsnumber><identifier>48010</identifier><internationalstandardbooknumber>9789860034783 ; 9860034788</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48010</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>屏東平原地下水補注試驗研究(1/3)-成果報告 Pilot Study on Artificial Recharge Groundwater for Pingtung Plain(1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>規劃中之高台水庫位於石門水庫上游，若能對來砂作適當之處理，則可以減少泥砂進入石門水庫，而延長水庫之使用壽命，本計畫即從集水區之泥砂產量分析排砂方式、排砂水量之需求資料研擬高台水庫之可能排砂方案。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/24</date><governmentpublicationsnumber>1009404173</governmentpublicationsnumber><identifier>48015</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48015</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>高台水庫可行性規劃〈一〉  排砂道初步調查研究、集水區治理調查=The Feasibility Study of FGaotai Reservoir(1)-Preliminary Desilting Tunnel and Watershed Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>規劃中之高台水庫位於石門水庫上游，若能對來砂作適當之處理，則可以減少泥砂進入石門水庫，而延長水庫之使用壽命，本計畫即從集水區之泥砂產量分析排砂方式、排砂水量之需求資料研擬高台水庫之可能排砂方案。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.642   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/24</date><governmentpublicationsnumber>1009404173</governmentpublicationsnumber><identifier>48016</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48016</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>高台水庫可行性規劃〈一〉排砂道初步調查研究、集水區治理調查〈光碟版〉=The Feasibility Study of Gaotai Reservoir(1)-Preliminary Desilting Tunnel and Watershed Study</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>48022</identifier><internationalstandardbooknumber>9789860039931 ; 9860039933</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48022</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究─成果資料(光碟版)=An investigation on the morphological changes and stability strategy of Shuang-Xi Estuary</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>48023</identifier><internationalstandardbooknumber>9789860039931 ; 9860039933</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48023</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究─數值模式檔案(光碟版)=An investigation on the morphological changes and stability strategy of Shuang-Xi Estuary</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48025</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第七期）</title><yearidentifier>200602</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009404173</governmentpublicationsnumber><identifier>48026</identifier><internationalstandardbooknumber>9789860035322 ; 9860035326</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48026</librarycollectiondetailsurl><price>80</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>The Feasibility Study of Gaotai Reservoir(1)-Preliminary Desilting Tunnel and Watershed Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>斗六丘陵八色鳥族群數量調查</abstract><author>農委會特有生物研究保育中心</author><categoryidentifier>383.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009405098</governmentpublicationsnumber><identifier>48027</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48027</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>九十四年湖山水庫及鄰近地區八色鳥(Pitta Nympha)族群數量調查</title><yearidentifier>200512</yearidentifier></data><data><abstract>統整水文水理及水質自然淨化模式，以桃園地區人工埤池為例，研選當區域，進行調查評估與模式模擬分析，探討不同水質處理程度方案，作為未來水資源輔助的可行性及生態水利工程計畫之基礎。</abstract><author>中央大學環境研究中心、李明旭、吳瑞賢、簡傳彬</author><categoryidentifier>554.6191   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940173</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009404124</governmentpublicationsnumber><identifier>48034</identifier><internationalstandardbooknumber>9789860035377 ; 9860035377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48034</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>北部地區水資源利用整體檢討規劃－配合桃園地區人工埤池結合滯洪與自然淨化功能對水資源輔助之調查評估與模式分析研究 Assessment Study and Model Analysis of Supporting Water Resources in Coordination with the Taoyuan Man-made Ponds for Flood Retention and Natural Purifica</title><yearidentifier>200512</yearidentifier></data><data><abstract>統整水文水理及水質自然淨化模式，以桃園地區人工埤池為例，研選當區域，進行調查評估與模式模擬分析，探討不同水質處理程度方案，作為未來水資源輔助的可行性及生態水利工程計畫之基礎。</abstract><author>中央大學環境研究中心</author><categoryidentifier>554.61   554.6191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940173</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/27</date><governmentpublicationsnumber>1009404124</governmentpublicationsnumber><identifier>48035</identifier><internationalstandardbooknumber>9789860035377 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48035</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>北部地區水資源利用整體檢討規劃－配合桃園地區人工埤池結合滯洪與自然淨化功能對水資源輔助之調查評估與模式分析研究(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要分為二項工作主題：(一)溫泉檢測技術與設備之研究、(二)溫泉計量技術與設備之研究，其工作內容及項目乃為國內外溫泉檢測、計量技術與設備相關法規、規範、產業、技術等基本資料現況蒐集及調查，檢討評估並建立溫泉檢測技術與設備標準、溫泉計量技術與設備標準、相關作業規範，俾提供業者與地方政府管理之依循，達到溫泉資源永續利用之目的。</abstract><author>嘉南藥理科技大學台灣溫泉研究發展中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/1</date><governmentpublicationsnumber>1009304225</governmentpublicationsnumber><identifier>48041</identifier><internationalstandardbooknumber>9789860004045 ; 9860004048</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48041</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>溫泉資源永續利用前瞻性技術研究(1/3)＝Preliminary Technical Research of Sustainable Application of Hot Spring Resources(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>前經濟部水資源局於民國88年起開始執行ASR(Aquifer Storage Recovery)地下水補注與回用先驅研究計畫（經濟部水資源局，1999，2000，2002），其目的為評估ASR技術成為台灣水資源開發利用之一的技術可行性。目前已在屏東縣枋寮鄉設立了昌隆ASR示範廠，現有設施包括ASR井一座，觀測井二口，及一個100 立方公尺的清水池。該先驅研究計畫已完成廠址調查和初步之補注與回抽循環試驗，並獲得一些良好的現場試驗資料。     本計畫目的係維護與管理ASR井，並加強收集本區域之水文地質參數。計畫中已針對ASR井及其周邊設施損壞部份進行維修與更新，使其ASR井運轉功能正常，並利用 ASR井進行抽水及補注試驗，以探求當地之水文地質狀況。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/1</date><governmentpublicationsnumber>1009404194</governmentpublicationsnumber><identifier>48046</identifier><internationalstandardbooknumber>9789860034790 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48046</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>ASR井功能維護及抽水與入滲功能觀測_成果報告(光碟版)  Maintenance Plan for Operating and Infiltration Capabilities for Aquifer Storage and Recovery Project in Pingtung Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>屏東平原由於地面水受豐枯季節變化量大，在水資源的應用上以地下水為大宗；但因為缺乏完善的管理與永續經營的觀念，過量抽取地下水被導致沿海地區地層下陷、海水入侵以及土壤鹽化等現象發生。改善之途除了遏止沿海地區超量抽取地下水外，更應以人工方式增加扇頂地區地下水補注量，提升地層下陷區地下水位，以緩和地層下陷。 本計畫以萬隆農場人工湖試驗區為研究區，探討湖區之級配濾層設計、生物阻塞因子、補注水流向，兼及隘寮溪固床工設置對屏東平原地下水補注效應分析，並修正「屏東縣林邊溪上游人工湖設置工程計畫」之預期效應。     級配濾層設計目前已研製兩套試驗儀器，並篩選常用地工資材以供後續工程參用；生物阻塞因子確認矽藻為優勢藻種，鞘藻為主要大型絲狀藻種，但尚未證實其生長對於補注效率有嚴重之影響；補注水流向為東北向西南；另以數值模式模擬隘寮溪設置固床工對屏東平原地下水補注量影響極微；而「屏東縣林邊溪上游人工湖設置工程計畫」之預期效應，應俟補注速率確定後再詳加評估。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8   443.893</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/1</date><governmentpublicationsnumber>1009404183</governmentpublicationsnumber><identifier>48048</identifier><internationalstandardbooknumber>9789860034783 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48048</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>屏東平原地下水補注試驗研究(1/3)-成果報告(光碟版) Pilot Study on Artificial Recharge Groundwater for Pingtung Plain(1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫透過基礎教育、民間參與、網路資源及電子媒體等方式，將第層下陷防治觀念傳遞各階層名眾，其達全民防治地層下陷之目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/3</date><governmentpublicationsnumber>1009404362</governmentpublicationsnumber><identifier>48063</identifier><internationalstandardbooknumber>9789860035834 ; 9860035830</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48063</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>地層下陷防治專業訓練講習與宣導(附件集)</title><yearidentifier>200512</yearidentifier></data><data><abstract>配合水源保育與回饋業務之推動，並期能順利連結後續的水源保育與回饋業務各流程中每一個環節，旨在完成下列三大項工作目的，以達成水資源保育之目標： (一)完成水源保育與回饋業務執行時所需行政規則之研定，作為水源保育與回饋費之徵收、保管運用、分配以及整個業務管考之遵循依據。 (二)完成保護區水源保育與回饋制度與流程之作業模擬，作為水源保育與回饋業務推動之參考依據。 (三)完成水源保育與回饋業務作業說明會之舉辦，進行中央與地方雙向的政策溝通。</abstract><author>台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940221</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/3</date><governmentpublicationsnumber>1009404416</governmentpublicationsnumber><identifier>48073</identifier><internationalstandardbooknumber>9789860036992 ; 9860036993</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48073</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>94</publishrocyear><title>自來水法水源保育與回饋業務配套措施研訂＝The Study of  Practical Programs for Conservation and Feedback Policy of Water Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫透過基礎教育、民間參與、網路資源及電子媒體等方式，將第層下陷防治觀念傳遞各階層名眾，其達全民防治地層下陷之目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940234</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/3</date><governmentpublicationsnumber>1009404362</governmentpublicationsnumber><identifier>48074</identifier><internationalstandardbooknumber>9789860035834 ; 9860035830</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48074</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>地層下陷防治專業訓練講習與宣導總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48075</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第八期）</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>367.881   367.88125</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009500171</governmentpublicationsnumber><identifier>48076</identifier><internationalstandardbooknumber>9789860043082 ; 9860043086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48076</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪東勢石岡段河川棲地生態及魚類調查研究=The Study of habitat ant fabitat and fish community ecology in Tungshih and Shihkang section of Tachia river</title><yearidentifier>200601</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側之王功段現有養殖蚵架，南側新街段則為茂盛之紅樹林區，全段海岸生態環境極為良好，海岸生物系統豐富，若能妥為經營，將可成為為優良之生態保護區。惟現有防護設施係為防止立即性災害為目的，並未考量對生態之影響；目前生態環境亦未做適當管理，以致生態環境繼續遭到破壞。為拯救中西部海岸生態環境，並將潮間帶做妥善經營，以維護生物多樣性，爰成立本計畫，並以彰化芳苑海岸為示範區，以辦理自規劃、設計、實施、監測、評估、改進等整體性生態工法，用以經營潮間帶，並維護管理生態環境之完整性。</abstract><author>鼎興工程顧問股份有限公司</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940091</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>1009404918</governmentpublicationsnumber><identifier>48077</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48077</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>生態工法應用於潮間帶經營之研究(以彰化芳苑海岸為例)(內附光碟)=A Case Study on Application of Ecotechnology to Management and Operation in Intertidal Zone at Fang-Yuan Coast, Changhwa</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009403833</governmentpublicationsnumber><identifier>48078</identifier><internationalstandardbooknumber>9789860031737 ; 9860031738</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48078</librarycollectiondetailsurl><price>1000</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>Study on the lmprovemnt of Water Resources Utilization Efficiency in Taiwan (2/3)(光碟片)Executive Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract>依據蓄水庫潛在破壞模式分類，有系統的檢討水庫安全監測之相關問題，收集各種可行之非破壞性檢測方法，針對較重要的技術進行初步測試，並研擬監測與檢測改善方案及未來研究規劃。本計畫主要探討重點包括水庫潛在破壞模式之分類與案例收集、各項監測儀器適用性之檢討、現有水庫安全監測之問題評析、各項非破壞性檢測方法適用性之探討、壩體重要檢測技術初步測試與監測化可行性評估及研擬監測與檢測改善方案及未來研究規劃。</abstract><author>交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940206</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009403878</governmentpublicationsnumber><identifier>48079</identifier><internationalstandardbooknumber>9789860032987 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48079</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫安全監測問題評析與非破壞性檢測技術應用之研究 Review of Monitoring Problems and Application of Non-destruction Testing Methods for Evaluation Dam Performance</title><yearidentifier>200512</yearidentifier></data><data><abstract>大甲溪流域為台灣本島中部之中央管河川，為中部地區水資源永續利用之重要河川。大甲溪流域水量豐沛，加諸山勢河谷的獨特地形，其水利蘊藏量極高，因而設立了水庫及水力電廠等水利設施，提供台中地區民生用及事業用水。近年來，大甲溪歷經多次颱風及水災，其河道內水域型態及棲地生態已發生重大變遷。加上大甲溪流域隨著水利工程之興建，其河川生態系統之水文及河川棲地已受到不利之生態影響，反應在河川生態系統之魚類生態指標上。為掌握中區水資源之永續利用與河川生態保育，本計畫將針對大甲溪流域中游水域型態之系統結構指標（棲地生態）及功能指標（魚類群集），進行調查研究，藉以研提因應之中區水資源管理及大甲溪中游生態保育策略。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>367.881   367.88125</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009500171</governmentpublicationsnumber><identifier>48081</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48081</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪東勢石岡段河川棲地生態及魚類調查研究(光碟片)=The Study of habitat ant fabitat and fish community ecology in Tungshih and Shihkang section of Tachia river</title><yearidentifier>200601</yearidentifier></data><data><abstract>一、協助九十四年度蓄水庫安全評估報告審查。二、蓄水庫安全評估教材編纂。 三、蓄水庫安全評估專業知識教育訓練。 四、水庫安全查核與緊急事件現勘等協助事項及相關技術諮詢。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940205</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009403922</governmentpublicationsnumber><identifier>48084</identifier><internationalstandardbooknumber>9789860032185 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48084</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>蓄水庫安全評估報告審查專業協助與教育訓練〈3/3〉Technical Consultation and Training on  the  Appraisal of Reservoir Safety  Assessment Reports〈3/3〉</title><yearidentifier>200511</yearidentifier></data><data><abstract>民國九十三年各標的用水量係彙整「台灣地區九十三年蓄水設施水量營運統計報告」、「台灣地區民國九十三年農業用水量統計報告」、「台灣地區民國九十三年工業用水量統計報告」、「台灣地區民國九十三年生活用水量統計報告」、配合行政院經建會「台灣地區綜合開發計畫」，統籌規劃水資源之運用。主要分為消耗性及非消耗性用水等兩大部分，其中消耗性部分，分為農業用水（含灌溉、養殖及畜牧）、生活用水（含自來水及自行取水）及工業用水等三大項，非消耗性用水部分末列入電力用水（即水力用水）。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009404315</governmentpublicationsnumber><identifier>48085</identifier><internationalstandardbooknumber>9789860037760 ; 9860037760</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48085</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區民國九十三年各標的用水量統計報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>統計台灣地區各區域九十三年量測蓄水設施總容量、蓄水設施年總運用水量、水庫水量營運統計、各年度水量運用比較、水庫泥沙淤積統計。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009404294</governmentpublicationsnumber><identifier>48086</identifier><internationalstandardbooknumber>9789860037746 ; 9860037744</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48086</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區民國九十三年蓄水設施水量營運統計報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>一、協助九十四年度蓄水庫安全評估報告審查。二、蓄水庫安全評估教材編纂。 三、蓄水庫安全評估專業知識教育訓練。 四、水庫安全查核與緊急事件現勘等協助事項及相關技術諮詢。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940205</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/6</date><governmentpublicationsnumber>1009403922</governmentpublicationsnumber><identifier>48087</identifier><internationalstandardbooknumber>9789860032185 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48087</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>蓄水庫安全評估報告審查專業協助與教育訓練〈3/3〉附冊：蓄水庫安全評估教材  Technical Consultation and Training on the Appraisal of Reservoir  Safety  Assessment Reports〈3/3〉</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫蒐集分析國內外水庫安全檢查與事故緊急應變演習相關資料，再考量我國防救災運作體系與實務工作需求，研擬「經濟部重要水庫戰備檢查及緊急應變整備作業規範（草案）」，並以鯉魚潭水庫為例進行嚴重災損事故緊急應變示範演習。同時規劃建置「水庫戰備檢查暨緊急應變經驗學習中心」，持續累積相關經驗與知識，進而推廣應用，以確實維護水庫安全。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404309</governmentpublicationsnumber><identifier>48093</identifier><internationalstandardbooknumber>9789860034868 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48093</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫戰備檢查暨緊急應變演習規劃計畫(2/2)  Planning for Reservoir Safety Inspection &amp; Emergency Response Maneuver〈2/2〉</title><yearidentifier>200512</yearidentifier></data><data><abstract>耕地及灌溉地面積,用水量統計,單位面積用水量,各類作物灌溉面積及用水量,養殖面積及用水量, 畜牧用水量, 農業總用水量</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404302</governmentpublicationsnumber><identifier>48094</identifier><internationalstandardbooknumber>9789860037753 ; 9860037752</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48094</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區民國九十三年農業用水量統計報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>統計台灣地區民國九十三年底總人口、自來水供水人口、自來水供水普及率生活用水量平均每人每日用水量及生活用水總量。</abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404299</governmentpublicationsnumber><identifier>48096</identifier><internationalstandardbooknumber>9789860037784 ; 9860037787</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48096</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區民國九十三年生活用水量統計報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>統計台灣地區民國九十三年工業面積及工業水量，工業用水之統計方式以單位面積推算各區域之各行業用水量及工業面積，以中部及南部所佔比重較大，該兩工業面積合占台灣地區面積83%，用水量合占台灣地區工業用水量85%。</abstract><author>經濟部水利署</author><categoryidentifier>445.2   460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404317</governmentpublicationsnumber><identifier>48097</identifier><internationalstandardbooknumber>9789860037777 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48097</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區民國九十三年工業用水量統計報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>統計台灣地區民國九十三年工業面積及工業水量，工業用水之統計方式以單位面積推算各區域之各行業用水量及工業面積，以中部及南部所佔比重較大，該兩工業面積合占台灣地區面積83%，用水量合占台灣地區工業用水量85%。</abstract><author>私立逢甲大學</author><categoryidentifier>554.61   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940008</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404598</governmentpublicationsnumber><identifier>48098</identifier><internationalstandardbooknumber>9789860038118 ; 9860038112</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48098</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>93年用水統計年報彙編及生活用水推估研究總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>統計台灣地區民國九十三年工業面積及工業水量，工業用水之統計方式以單位面積推算各區域之各行業用水量及工業面積，以中部及南部所佔比重較大，該兩工業面積合占台灣地區面積83%，用水量合占台灣地區工業用水量85%。</abstract><author>私立逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940008</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404598</governmentpublicationsnumber><identifier>48100</identifier><internationalstandardbooknumber>9789860038118 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48100</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>93年用水統計年報彙編及生活用水推估研究總報告(光碟版）</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>NCKU Research and Development Foundation</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404134</governmentpublicationsnumber><identifier>48103</identifier><internationalstandardbooknumber>9789860035360 ; 9860035369</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48103</librarycollectiondetailsurl><price>460</price><publisher>Water Resources Planning lnstitute,Water Resources Agency ,MOEA</publisher><publishrocyear>94</publishrocyear><title>Analysis of the Backup Systems of Water Resources and Pipelines of the Northern Taiwan(英文版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>NCKU Research and Development Foundation</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/7</date><governmentpublicationsnumber>1009404134</governmentpublicationsnumber><identifier>48104</identifier><internationalstandardbooknumber>9789860035360 ; 9860035369</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48104</librarycollectiondetailsurl><price>460</price><publisher>Water Resources Planning lnstitute,Water Resources Agency ,MOEA</publisher><publishrocyear>94</publishrocyear><title>Analysis of the Backup Systems of Water Resources and Pipelines of the Northern Taiwan(英文版光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract>馬祖地區主要水源幾乎全仰賴降雨，每屆秋，冬兩季，水源常呈不足。本計畫目的改善馬祖地區供水設施。除了確保傳統水源量外，亦朝向擴建或增建海水淡化廠、減少自來水管線漏水率及島際間供水系統連通之方向著手，提馬祖地區未來供水之可靠度。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.299   445.269</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/8</date><governmentpublicationsnumber>1009404529</governmentpublicationsnumber><identifier>48109</identifier><internationalstandardbooknumber>9789860037401 ; 986003740X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48109</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>馬祖地區供水改善規劃(光碟版)＝Water Supply Improvment Plan for  Matsu Region</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/8</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>48118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48118</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造DVD (芙映清流─褔爾摩沙之水)</title><yearidentifier>200511</yearidentifier></data><data><abstract>配合水源保育與回饋業務之推動，並期能順利連結後續的水源保育與回饋業務各流程中每一個環節，旨在完成下列三大項工作目的，以達成水資源保育之目標： (一)完成水源保育與回饋業務執行時所需行政規則之研定，作為水源保育與回饋費之徵收、保管運用、分配以及整個業務管考之遵循依據。 (二)完成保護區水源保育與回饋制度與流程之作業模擬，作為水源保育與回饋業務推動之參考依據。 (三)完成水源保育與回饋業務作業說明會之舉辦，進行中央與地方雙向的政策溝通。</abstract><author>台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940221</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>1009404416</governmentpublicationsnumber><identifier>48120</identifier><internationalstandardbooknumber>9789860036992 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48120</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>94</publishrocyear><title>自來水法水源保育與回饋業務配套措施研訂(光碟版)＝The Study of  Practical Programs for Conservation and Feedback Policy of Water Resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>一、協助九十四年度蓄水庫安全評估報告審查。二、蓄水庫安全評估教材編纂。 三、蓄水庫安全評估專業知識教育訓練。 四、水庫安全查核與緊急事件現勘等協助事項及相關技術諮詢。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940205</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>1009403922</governmentpublicationsnumber><identifier>48122</identifier><internationalstandardbooknumber>9789860032185 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48122</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>蓄水庫安全評估報告審查專業協助與教育訓練(3/3)－光碟版 Technical Consultation and Training on  the  Appraisal of Reservoir Safety  Assessment Reports〈3/3〉</title><yearidentifier>200511</yearidentifier></data><data><abstract>依據蓄水庫潛在破壞模式分類，有系統的檢討水庫安全監測之相關問題，收集各種可行之非破壞性檢測方法，針對較重要的技術進行初步測試，並研擬監測與檢測改善方案及未來研究規劃。本計畫主要探討重點包括水庫潛在破壞模式之分類與案例收集、各項監測儀器適用性之檢討、現有水庫安全監測之問題評析、各項非破壞性檢測方法適用性之探討、壩體重要檢測技術初步測試與監測化可行性評估及研擬監測與檢測改善方案及未來研究規劃。</abstract><author>交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940206</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>1009403878</governmentpublicationsnumber><identifier>48124</identifier><internationalstandardbooknumber>9789860032987 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48124</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫安全監測問題評析與非破壞性檢測技術應用之研究(光碟版) Review of Monitoring Problems and Application of Non-destruction Testing Methods for Evaluation Dam Performance</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>445.268</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>1009404519</governmentpublicationsnumber><identifier>48125</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48125</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>Water Supply lmprovement Plan for Kinmen Region─Executive Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>National Central Tniversity FCenter for Environmental Studies</author><categoryidentifier>554.6191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>1009404124</governmentpublicationsnumber><identifier>48131</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48131</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Planning lnstitute,Water Resources Agency ,MOEA</publisher><publishrocyear>94</publishrocyear><title>Assessment Study and Model Analysis of Supporting Water Resources in Coordination With the Taoytan Man-made Ponds for Flood Retention and Natural Purification(內附光碟片)</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48132</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48132</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第九期）</title><yearidentifier>200603</yearidentifier></data><data><abstract>藉由翡翠、石門、鯉魚潭水庫集水區新設置之蒸發量及入滲量所觀測之觀測資料，與蒐集歷史觀測資料，研擬集水區蒸發量與入滲量之合理性推估方法，供水庫水資源開發利用參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940147</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009403928</governmentpublicationsnumber><identifier>48134</identifier><internationalstandardbooknumber>9789860032925 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48134</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區蒸發量及入滲量之分析研究 Analysis and  Eevaluation of Evapotranspiration and Infiltration in Reservoir Watersheds</title><yearidentifier>200512</yearidentifier></data><data><abstract>藉由翡翠、石門、鯉魚潭水庫集水區新設置之蒸發量及入滲量所觀測之觀測資料，與蒐集歷史觀測資料，研擬集水區蒸發量與入滲量之合理性推估方法，供水庫水資源開發利用參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940147</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009403928</governmentpublicationsnumber><identifier>48135</identifier><internationalstandardbooknumber>9789860032925 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48135</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫集水區蒸發量及入滲量之分析研究(光碟版) Analysis and  Eevaluation of Evapotranspiration and Infiltration in Reservoir Watersheds</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣四面環海，對於海象情資的需求性相當迫切，去年底的南亞海嘯，即突顯收集海象情資的重要性，對於整個海氣象資訊的取得以及自然災害的模擬預測，將是禦潮防災裡重要的研究議題。本計畫乃針對「防災國家型科技計畫」第二期（91~95年）規劃中的重要工作「臺灣沿海地區暴潮之淹水潛勢分析」提出務實做法，依據水利署施政目標，以四年時間逐步完成沿海潮位站等級分類評估，與建置一套結合海岸災害資料庫、即時網連系統、海岸即時水情系統與海岸災害通報系統之海岸災害決策系統。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940150</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009404003</governmentpublicationsnumber><identifier>48136</identifier><internationalstandardbooknumber>9789860032765 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48136</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(4/4)  Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System (4/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣四面環海，對於海象情資的需求性相當迫切，去年底的南亞海嘯，即突顯收集海象情資的重要性，對於整個海氣象資訊的取得以及自然災害的模擬預測，將是禦潮防災裡重要的研究議題。本計畫乃針對「防災國家型科技計畫」第二期（91~95年）規劃中的重要工作「臺灣沿海地區暴潮之淹水潛勢分析」提出務實做法，依據水利署施政目標，以四年時間逐步完成沿海潮位站等級分類評估，與建置一套結合海岸災害資料庫、即時網連系統、海岸即時水情系統與海岸災害通報系統之海岸災害決策系統。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940150</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009404003</governmentpublicationsnumber><identifier>48137</identifier><internationalstandardbooknumber>9789860032765 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48137</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(4/4)－光碟版   Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System (4/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度（94年度）為四年計畫最終執行年度，針對整體計畫的規劃範疇，做一妥善之收尾及強化作業，將前三年（91年~93年）計畫之研究成果予以強化，致使整體潮位網之功能，能有一完善統籌之成果。本年度之工作項目有（1）海岸水位模式預測結果修正研究（2）海岸水情系統功能提升（3）海岸災害決策支援系統之建立（4）海岸資料庫功能強化（5）數值模式計算精確度提升（6）區域型暴潮統計模式建立。本計畫完成後，可藉由海岸水情系統從事海岸水位之推估，確認預測結果之準確性，提升防救災決策判斷之參考。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940150</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009404007</governmentpublicationsnumber><identifier>48138</identifier><internationalstandardbooknumber>9789860032772 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48138</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立－總報告(內附光碟)Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System</title><yearidentifier>200512</yearidentifier></data><data><abstract>本年度（94年度）為四年計畫最終執行年度，針對整體計畫的規劃範疇，做一妥善之收尾及強化作業，將前三年（91年~93年）計畫之研究成果予以強化，致使整體潮位網之功能，能有一完善統籌之成果。本年度之工作項目有（1）海岸水位模式預測結果修正研究（2）海岸水情系統功能提升（3）海岸災害決策支援系統之建立（4）海岸資料庫功能強化（5）數值模式計算精確度提升（6）區域型暴潮統計模式建立。本計畫完成後，可藉由海岸水情系統從事海岸水位之推估，確認預測結果之準確性，提升防救災決策判斷之參考。</abstract><author>成大水利海洋研究發展基金會及其近海水文中心</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940150</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009404007</governmentpublicationsnumber><identifier>48140</identifier><internationalstandardbooknumber>9789860032772 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48140</librarycollectiondetailsurl><price>540</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立－總報告附件  Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System</title><yearidentifier>200512</yearidentifier></data><data><abstract>發展颱風降雨結構變化特徵分析軟體，建立季節性降雨，颱風降雨之分析與預報技術。並配合動力數值模擬，針對颱風侵台期間進行定量降雨預報。</abstract><author>氣象應用推廣基金會</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940200</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009403932</governmentpublicationsnumber><identifier>48142</identifier><internationalstandardbooknumber>9789860032734 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48142</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>季節性降雨、颱風威脅潛勢之研究  Study of Seasonal Rainfall and Potential of Typhoon Threat</title><yearidentifier>200512</yearidentifier></data><data><abstract>發展颱風降雨結構變化特徵分析軟體，建立季節性降雨，颱風降雨之分析與預報技術。並配合動力數值模擬，針對颱風侵台期間進行定量降雨預報。</abstract><author>氣象應用推廣基金會</author><categoryidentifier>328.88029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940200</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/10</date><governmentpublicationsnumber>1009403932</governmentpublicationsnumber><identifier>48143</identifier><internationalstandardbooknumber>9789860032734 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48143</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>季節性降雨、颱風威脅潛勢之研究(光碟版) Study of Seasonal Rainfall and Potential of Typhoon Threat</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>351.971933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/13</date><governmentpublicationsnumber>100941574</governmentpublicationsnumber><identifier>48144</identifier><internationalstandardbooknumber>9789860012767 ; 9860012768</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48144</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>嘉義鱉鼓至曾文溪口潮波流及輸砂調查研究總報告</title><yearidentifier>200505</yearidentifier></data><data><abstract>台南市安平污水廠之放流水水量大，水質佳。本研究乃加強規劃其高級再生設施，並擴大其既有之都市雜用水再生設施，使再生產水可作為鄰近工業區之工業用水，及台南市都市雜用水及學校雜用水</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403850</governmentpublicationsnumber><identifier>48148</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48148</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南市安平污水處理廠污水再生利用研究=The Research on Wastewater Reclamation and Reuse of Tainan Domestic Wastewater Treatment Plant</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403850</governmentpublicationsnumber><identifier>48149</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48149</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>The Research on Wastewater Reclamation and Reuse of Tainan Domestic Wastewater Treatment Plant</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.9341</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403832</governmentpublicationsnumber><identifier>48150</identifier><internationalstandardbooknumber>9789860031744 ; 9860031746</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48150</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園地區工業區廢水處理廠廢水再生利用研究=The Research on Wastewater Reclamation and Reuse of lnduse of lndustrial Wastewater Treatment Plant in Taoyuan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009002860</governmentpublicationsnumber><identifier>48154</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48154</librarycollectiondetailsurl><price>304</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>景美溪寶橋下游疏浚計畫檢討 Review  of  Dredging  Plan  for  Pao-bridge  Downstream  of  Chingmei  River</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403832</governmentpublicationsnumber><identifier>48156</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48156</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>The Research on Wastewater Reclamation and Reuse of lndustrial Wastewater Treatment Plant in Taoyuan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>350.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940080</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>48157</identifier><internationalstandardbooknumber>9789860040586 ; 9860040583</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48157</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)Monitoring  of  Coastal  Topography  at  Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台南市安平污水廠之放流水水量大，水質佳。本研究乃加強規劃其高級再生設施，並擴大其既有之都市雜用水再生設施，使再生產水可作為鄰近工業區之工業用水，及台南市都市雜用水及學校雜用水</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403850</governmentpublicationsnumber><identifier>48159</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48159</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南市安平污水處理廠污水再生利用研究(光碟版)=The Research on Wastewater Reclamation and Reuse of Tainan Domestic Wastewater Treatment Plant</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.93   445.9341</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/14</date><governmentpublicationsnumber>1009403832</governmentpublicationsnumber><identifier>48162</identifier><internationalstandardbooknumber>9789860031744 ; 9860031746</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48162</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園地區工業區廢水處理廠廢水再生利用研究(光碟版)=The Research on Wastewater Reclamation and Reuse of lnduse of lndustrial Wastewater Treatment Plant in Taoyuan Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫爰依據「台灣地區水文觀測現代化整體計畫」第二期實施計畫目標「確實掌握水文情勢」項下之實施要項辦理，主要分析歷年雨量及流量紀錄並建立颱風豪雨及乾旱相關之水文分析機制，藉此期能充分掌握洪、旱時期之水文情勢。另為協助水利署及相關附屬單位水文分析業務之推動，擬建立規劃設計水文分析標準作業程序。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940151</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403987</governmentpublicationsnumber><identifier>48182</identifier><internationalstandardbooknumber>9789860032802 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48182</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文情勢分析之研究  A Study of Hydrological Circumstance  Analysis</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫爰依據「台灣地區水文觀測現代化整體計畫」第二期實施計畫目標「確實掌握水文情勢」項下之實施要項辦理，主要分析歷年雨量及流量紀錄並建立颱風豪雨及乾旱相關之水文分析機制，藉此期能充分掌握洪、旱時期之水文情勢。另為協助水利署及相關附屬單位水文分析業務之推動，擬建立規劃設計水文分析標準作業程序。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940151</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403987</governmentpublicationsnumber><identifier>48183</identifier><internationalstandardbooknumber>9789860032802 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48183</librarycollectiondetailsurl><price>610</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文情勢分析之研究(光碟版)＝A Study of Hydrological Circumstance  Analysis</title><yearidentifier>200512</yearidentifier></data><data><abstract>利用中央氣象局MODIS衛星感測器所觀測之資料，有效、即時取得全台灣之大氣特徵、地表狀況與海洋生態等環境特性，進而探討所獲取之參數應用於水文模式之評估，並建立完整之作業化機制以供應分享此項資訊，最後將可達成本署乾旱期逕流預報完整評估之目標。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940201</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403731</governmentpublicationsnumber><identifier>48184</identifier><internationalstandardbooknumber>9789860032871 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48184</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測新技術研究：MODIS衛星之應用  A Study of a New  Hydrological Observation Technique：Application of MODIS Data</title><yearidentifier>200512</yearidentifier></data><data><abstract>利用中央氣象局MODIS衛星感測器所觀測之資料，有效、即時取得全台灣之大氣特徵、地表狀況與海洋生態等環境特性，進而探討所獲取之參數應用於水文模式之評估，並建立完整之作業化機制以供應分享此項資訊，最後將可達成本署乾旱期逕流預報完整評估之目標。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940201</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403731</governmentpublicationsnumber><identifier>48185</identifier><internationalstandardbooknumber>9789860032871 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測新技術研究：MODIS衛星之應用(光碟版） A Study of a New  Hydrological Observation Technique：Application of MODIS Data</title><yearidentifier>200512</yearidentifier></data><data><abstract>「台灣地區水文觀測現代化整體計畫」及「台灣地區地下水觀測網整體計畫」執行至今，已具相當之成效，逐步更新或建置之地下水觀測站、雨量站、水位流量站及水質檢測站等範圍越來越大，水文觀測業務正蓬勃發展，然隨著政府未來人事精簡政策之實施，人力及經費皆有所限制。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940149</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403991</governmentpublicationsnumber><identifier>48186</identifier><internationalstandardbooknumber>9789860032789 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48186</librarycollectiondetailsurl><price>570</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測技術團建置先期研究與示範(3/3)  Preliminary  Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps(3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>「台灣地區水文觀測現代化整體計畫」及「台灣地區地下水觀測網整體計畫」執行至今，已具相當之成效，逐步更新或建置之地下水觀測站、雨量站、水位流量站及水質檢測站等範圍越來越大，水文觀測業務正蓬勃發展，然隨著政府未來人事精簡政策之實施，人力及經費皆有所限制。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940149</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009403991</governmentpublicationsnumber><identifier>48187</identifier><internationalstandardbooknumber>9789860032789 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48187</librarycollectiondetailsurl><price>570</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測技術團建置先期研究與示範(3/3) －光碟版  Preliminary  Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps(3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為三年期計畫，主要工作項目可分為「健全水文觀測作業管理制度」、「完善水文分析作業環境」、「幕僚智庫及水文專案分析」、「強化基層觀測人員專業訓練」等四項，並於三年期間完成諸多具體成果。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940149</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009404367</governmentpublicationsnumber><identifier>48188</identifier><internationalstandardbooknumber>9789860036176 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48188</librarycollectiondetailsurl><price>340</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測技術團建置先期研究與示範總報告  Preliminary  Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為三年期計畫，主要工作項目可分為「健全水文觀測作業管理制度」、「完善水文分析作業環境」、「幕僚智庫及水文專案分析」、「強化基層觀測人員專業訓練」等四項，並於三年期間完成諸多具體成果。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940149</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/15</date><governmentpublicationsnumber>1009404367</governmentpublicationsnumber><identifier>48189</identifier><internationalstandardbooknumber>9789860036176 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48189</librarycollectiondetailsurl><price>340</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測技術團建置先期研究與示範總報告(光碟版)  Preliminary  Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009404529</governmentpublicationsnumber><identifier>48190</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48190</librarycollectiondetailsurl><price>340</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>94</publishrocyear><title>Warer Supply Improvement Plan for Matsu Region ─Executive Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對曾文溪流域建置一智慧型水文防洪預測模式，系統可預報至少三小時前置時間之水位以供防災應變決策參考。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940145</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403935</governmentpublicationsnumber><identifier>48191</identifier><internationalstandardbooknumber>9789860032918 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48191</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>曾文溪－水文防洪預測模式之建置  Building a flood  forecasting model for Tseng-wen River</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對曾文溪流域建置一智慧型水文防洪預測模式，系統可預報至少三小時前置時間之水位以供防災應變決策參考。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940145</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403935</governmentpublicationsnumber><identifier>48193</identifier><internationalstandardbooknumber>9789860032918 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48193</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>曾文溪－水文防洪預測模式之建置(光碟版) Building a flood  forecasting model for Tseng-wen River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫工作內容係屬「台灣地區水文觀測現代化整體計畫」第二期實施計畫項下所訂定實施要項，以期達成逐步改善區域水文站網密度，落實現代化觀測技術與儀器使用之本土化，及建立即時、穩定之水文資料傳輸系統，以提供整合性資訊服務與防災預警功能為目標，主要委辦目標為；一、完成台灣東部地區雨量站網檢討與7站即時傳輸雨量站新建工作，二、完成中南部區域5站水位流量站檢討與新設測站建置工作，三、完成頭前溪及曾文溪標準斷面自動化水位流量站規劃設計工作，四、完成高屏溪攔河堰多功能水文站規劃設計監造工作，五、完成以第三、第六河川局為主，共35站雨量站與30站水位流量站傳輸設備改善工作</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940140</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/14</date><governmentpublicationsnumber>1009404325</governmentpublicationsnumber><identifier>48195</identifier><internationalstandardbooknumber>9789860036169 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48195</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測站新建暨改善流量觀測工程規劃=The Report of Hydrologic Gauges Construction and Advanced Discharge Measurement Programming</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要目的為蒐整國內外各種先進之流量觀測技術，依台灣水文站之特性，完成不同流量之適用性分類，並依其評估與驗證結果，採購相關觀測儀器，撥交河川局進行實際作業，以提升觀測資料之精度、工作執行效能，及降低作業之危險性。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940156</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403618</governmentpublicationsnumber><identifier>48196</identifier><internationalstandardbooknumber>9789860032895 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48196</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川流量量測技術革新研究計畫  The Research of the  Innovation in River Discharge Measurement Technique</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要目的為蒐整國內外各種先進之流量觀測技術，依台灣水文站之特性，完成不同流量之適用性分類，並依其評估與驗證結果，採購相關觀測儀器，撥交河川局進行實際作業，以提升觀測資料之精度、工作執行效能，及降低作業之危險性。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940156</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403618</governmentpublicationsnumber><identifier>48197</identifier><internationalstandardbooknumber>9789860032895 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48197</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川流量量測技術革新研究計畫(光碟版)  The Research of the  Innovation in River Discharge Measurement Technique</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為提升河川泥砂量觀測精度，將針對國內外各種河川泥砂觀測技術與適用條件，配合台灣河川特性與環境限制等課題研擬評估，並參酌國內外相關文獻，期能規劃建置適合台灣河川特性之泥沙觀測技術與作業方式。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940155</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403616</governmentpublicationsnumber><identifier>48198</identifier><internationalstandardbooknumber>9789860032727 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48198</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>天然河川泥砂觀測技術改善計畫 Improvement study on  sediment measurement techniques in natural rivers</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009302510</governmentpublicationsnumber><identifier>48199</identifier><internationalstandardbooknumber>9789570194319 ; 9570194316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48199</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>水位流量觀測資料不確定度及率定曲線分析研究(1/2)計畫成果研習教材</title><yearidentifier>200310</yearidentifier></data><data><abstract>本計畫為提升河川泥砂量觀測精度，將針對國內外各種河川泥砂觀測技術與適用條件，配合台灣河川特性與環境限制等課題研擬評估，並參酌國內外相關文獻，期能規劃建置適合台灣河川特性之泥沙觀測技術與作業方式。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940155</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403616</governmentpublicationsnumber><identifier>48200</identifier><internationalstandardbooknumber>9789860032727 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48200</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>天然河川泥砂觀測技術改善計畫(光碟版)＝Improvement study on  sediment measurement techniques in natural rivers</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940139</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>48201</identifier><internationalstandardbooknumber>9789860032710 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48201</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(2/3)  Quality Appraisal and Conserve Project Give an Impetus to Hydrology Observation System(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940139</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>48202</identifier><internationalstandardbooknumber>9789860032710 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48202</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(2/3)－光碟版  Quality Appraisal and Conserve Project Give an Impetus to Hydrology Observation System(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫工作內容係屬「台灣地區水文觀測現代化整體計畫」第二期實施計畫項下所訂定實施要項，以期達成逐步改善區域水文站網密度，落實現代化觀測技術與儀器使用之本土化，及建立即時、穩定之水文資料傳輸系統，以提供整合性資訊服務與防災預警功能為目標，主要委辦目標為； 一、完成台灣東部地區雨量站網檢討與7站即時傳輸雨量站新建工作， 二、完成中南部區域5站水位流量站檢討與新設測站建置工作， 三、完成頭前溪及曾文溪標準斷面自動化水位流量站規劃設計工作， 四、完成高屏溪攔河堰多功能水文站規劃設計監造工作， 五、完成以第三、第六河川局為主，共35站雨量站與30站水位流量站傳輸設備改善工作</abstract><author>成功大學水工試驗所</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940140</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009404325</governmentpublicationsnumber><identifier>48214</identifier><internationalstandardbooknumber>9789860036169 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48214</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測站新建暨改善流量觀測工程規劃(光碟版)  The Report of Hydrologic Gauges Construction and Advanced Discharge Measurement Programming</title><yearidentifier>200512</yearidentifier></data><data><abstract>於蘭陽溪、淡水河、?山溪、頭前溪、中港溪、後龍溪及大安溪等中央管河川利用數值模式進行水理模擬分析，以作為檢討訂定中央管河川之警戒水位值之依據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940146</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403955</governmentpublicationsnumber><identifier>48215</identifier><internationalstandardbooknumber>9799860032900 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48215</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中央管河川警戒水位訂定標準及北區河川檢討 Installation Criteria for Warning Stages of Central Government's Rivers and Review of Northern Rivers</title><yearidentifier>200512</yearidentifier></data><data><abstract>於蘭陽溪、淡水河、?山溪、頭前溪、中港溪、後龍溪及大安溪等中央管河川利用數值模式進行水理模擬分析，以作為檢討訂定中央管河川之警戒水位值之依據。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940146</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403955</governmentpublicationsnumber><identifier>48216</identifier><internationalstandardbooknumber>9789860032901 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48216</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中央管河川警戒水位訂定標準及北區河川檢討(光碟版) Installation  Criteria for Warning Stages of Central Government's Rivers and Review of Northern Rivers</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署為掌握我國沿海即時海氣象狀況，以提昇防救災效率，由行政院核定「台灣地區水文觀測現代化整體計畫」，從事近海水文觀測業務，第一期計畫執行期間(87~92年)建置近海水文網基本站。本計畫維護管理對象包含3座資料浮標站、10座氣象站、10座潮位站與7處服務民眾的資訊展示站，執行期限一年。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940143</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009404001</governmentpublicationsnumber><identifier>48219</identifier><internationalstandardbooknumber>9789860032741 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48219</librarycollectiondetailsurl><price>348</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>近海水文站網維護管理與功能提昇計畫  Maintenance and  Improvement of Coastal Hydrological Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫執行目標為”維護管理近海水文站網，提昇站網功能，分析研究觀測資料以提供工程規劃與禦潮防災參考”，同時提供水利署推動水文觀測所需之技術支援。為達到上述目標，本計畫包含(一)近海水文站網之操作、(二) 近海水文觀測資料品管與分析、(三)近海水文資訊服務、(四)近海水文觀測技術提昇、(五) 近海水文資料於禦潮防災之應用等五個工作項目，包含例行性的測站維護作業、應用性的資料分析作業、研發性的測站功能提昇改良以及服務性的資訊應用等合計二十七個工作子項</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940143</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009404002</governmentpublicationsnumber><identifier>48220</identifier><internationalstandardbooknumber>9789860032758 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48220</librarycollectiondetailsurl><price>628</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>近海水文站網維護管理與功能提昇計畫附冊  Maintenance and  Improvement of Coastal Hydrological Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署為掌握我國沿海即時海氣象狀況，以提昇防救災效率，由行政院核定「台灣地區水文觀測現代化整體計畫」，從事近海水文觀測業務，第一期計畫執行期間(87~92年)建置近海水文網基本站。本計畫維護管理對象包含3座資料浮標站、10座氣象站、10座潮位站與7處服務民眾的資訊展示站，執行期限一年。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940143</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009404001</governmentpublicationsnumber><identifier>48221</identifier><internationalstandardbooknumber>9789860032741 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48221</librarycollectiondetailsurl><price>348</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>近海水文站網維護管理與功能提昇計畫(光碟版)  Maintenance and  Improvement of Coastal Hydrological Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以現場調查、遙測與數模為手段，調查研究河口附近地區之波、潮、流、地形與漂沙輸砂現況，並研判未來可能之變化。本計畫將針對花蓮溪河口從事海岸地形水深測量、海氣象調查、河口輸砂及海岸漂沙調查、河口水動力數值模擬及海岸地形變遷分析，其目的是要調查搜集河口附近之完整海域地形、海氣象等基本資料，除提供工程設計、施工、海岸地形變化推估及各項水工模型試驗與數值模擬等所需之重要參考數據外，亦可藉以瞭解附近海域之海岸變遷過程，據以研擬適當之海岸防護對策。</abstract><author>中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940152</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403998</governmentpublicationsnumber><identifier>48224</identifier><internationalstandardbooknumber>9789860032796 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48224</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>花蓮溪河口海岸觀測調查分析  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以現場調查、遙測與數模為手段，調查研究河口附近地區之波、潮、流、地形與漂沙輸砂現況，並研判未來可能之變化。本計畫將針對花蓮溪河口從事海岸地形水深測量、海氣象調查、河口輸砂及海岸漂沙調查、河口水動力數值模擬及海岸地形變遷分析，其目的是要調查搜集河口附近之完整海域地形、海氣象等基本資料，除提供工程設計、施工、海岸地形變化推估及各項水工模型試驗與數值模擬等所需之重要參考數據外，亦可藉以瞭解附近海域之海岸變遷過程，據以研擬適當之海岸防護對策。</abstract><author>中山大學</author><categoryidentifier>351.91   351.9130</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940152</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403998</governmentpublicationsnumber><identifier>48227</identifier><internationalstandardbooknumber>9789860032796 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48227</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>花蓮溪河口海岸觀測調查分析附冊  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以現場調查、遙測與數模為手段，調查研究河口附近地區之波、潮、流、地形與漂沙輸砂現況，並研判未來可能之變化。本計畫將針對花蓮溪河口從事海岸地形水深測量、海氣象調查、河口輸砂及海岸漂沙調查、河口水動力數值模擬及海岸地形變遷分析，其目的是要調查搜集河口附近之完整海域地形、海氣象等基本資料，除提供工程設計、施工、海岸地形變化推估及各項水工模型試驗與數值模擬等所需之重要參考數據外，亦可藉以瞭解附近海域之海岸變遷過程，據以研擬適當之海岸防護對策。</abstract><author>中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940152</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>1009403998</governmentpublicationsnumber><identifier>48230</identifier><internationalstandardbooknumber>9789860032796 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48230</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>花蓮溪河口海岸觀測調查分析(光碟版)  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48232</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48232</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十期）</title><yearidentifier>200603</yearidentifier></data><data><abstract>資料的傳輸、處理及後續加值運用服務一直以來即為電子化政府的施政方針之一，為此近幾年來已經透過資訊化、網路化的整合，大幅提昇水文資料完整性、準確性及時效性，並結合水文知識與資訊管理之技術，讓水文分析及決策資訊達到即時化，強化本署服務之範疇。目前已經完成開發的分析系統，除將積極整合最新的水文分析模式向上發展，更朝基礎資料之自動化整合向下扎根，讓整體水文資訊的架構邁向現代化。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940189</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1.01E+11</governmentpublicationsnumber><identifier>48233</identifier><internationalstandardbooknumber>9789860032888 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48233</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文資料庫及資訊服務系統之維護管理及擴充  Expand and  maintain the hydrological information database</title><yearidentifier>200512</yearidentifier></data><data><abstract>資料的傳輸、處理及後續加值運用服務一直以來即為電子化政府的施政方針之一，為此近幾年來已經透過資訊化、網路化的整合，大幅提昇水文資料完整性、準確性及時效性，並結合水文知識與資訊管理之技術，讓水文分析及決策資訊達到即時化，強化本署服務之範疇。目前已經完成開發的分析系統，除將積極整合最新的水文分析模式向上發展，更朝基礎資料之自動化整合向下扎根，讓整體水文資訊的架構邁向現代化。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940189</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1009403936</governmentpublicationsnumber><identifier>48234</identifier><internationalstandardbooknumber>9789860032888 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48234</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文資料庫及資訊服務系統之維護管理及擴充(光碟版)  Expand and  maintain the hydrological information database</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫將整合雨滴譜儀功能，持續發展整合偏極化都卜勒雷達、雨滴譜儀網、雨量計網、ISS剖風儀進行北部雷達資料先進品質改進及最佳降水的估計方法，並提供即時雨量資料併入水利署與氣象局發展之降雨預報模式，俾改善雨量整合系統之0~1、0?2小時的定量降水能力，並參與中央氣象局極短期預報中，將偏極化資料同化至數值模式中，以提高對水相現象處理能力。</abstract><author>中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940202</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1009403730</governmentpublicationsnumber><identifier>48236</identifier><internationalstandardbooknumber>9789860032864 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48236</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>極短期定量降雨估計及預報－偏極化都卜勒雷達、雨滴譜儀網及數值模式整合  Quantative Precipitation Estimate and Forecast Using Polarimetric/Doppler Radar and Disdrometer Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫將整合雨滴譜儀功能，持續發展整合偏極化都卜勒雷達、雨滴譜儀網、雨量計網、ISS剖風儀進行北部雷達資料先進品質改進及最佳降水的估計方法，並提供即時雨量資料併入水利署與氣象局發展之降雨預報模式，俾改善雨量整合系統之0~1、0?2小時的定量降水能力，並參與中央氣象局極短期預報中，將偏極化資料同化至數值模式中，以提高對水相現象處理能力。</abstract><author>中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940202</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1009403730</governmentpublicationsnumber><identifier>48237</identifier><internationalstandardbooknumber>9789860032864 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48237</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>極短期定量降雨估計及預報－偏極化都卜勒雷達、雨滴譜儀網及數值模式整合(光碟版)  Quantative Precipitation Estimate and Forecast Using Polarimetric/Doppler Radar and Disdrometer Network</title><yearidentifier>200512</yearidentifier></data><data><abstract>為確保流速儀追溯鏈完整、保證校正品質，「流速儀檢校實驗室試運轉與認證輔導計畫(1/2)」93年度先行強化流速儀檢校實驗室之新型數位式旋杯式流速儀校正能力，及建立實驗室之電子化品質系統，以符合中華民國實驗室認證體系(CNLA)校正實驗室之品質管理及技術要求，作為取得CNLA校正實驗室認證之基礎。94年度則完成實驗室試運轉、系統評估與CNLA校正實驗室認證輔導，以取得CNLA校正實驗室認證，使其品質管理系統與校正技術能力能為國際校正領域所認可。</abstract><author>工業技術研究院</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1009401150</governmentpublicationsnumber><identifier>48248</identifier><internationalstandardbooknumber>9789860010114 ; 9789860010</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48248</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流速儀檢校實驗室試運轉與認證輔導(1/2)－內附光碟  Operation  Preparation &amp; Certification Assessments of the Current Meters Calibration Laboratory (1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由水工模型試驗，探求適用於台灣地區重要河川不同河床質之較佳水工構造物保護工法，期使攔河堰與固床工等構造物安全得以提高及減少維修費用。計畫以頭前溪隆恩堰及荖濃溪固床工為例。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/17</date><governmentpublicationsnumber>1009500332</governmentpublicationsnumber><identifier>48249</identifier><internationalstandardbooknumber>9789860044096 ; 9860044090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48249</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道水工構造物保護工法試驗研究總報告＝Physical Model  Studies of Hydraulic Structure Protection Works in Streams</title><yearidentifier>200512</yearidentifier></data><data><abstract>水利署已於93年建置【委辦計畫管理系統】及【機動性資料查詢系統】，成功提供各執行單位隨時上網建置各項計畫進度資料，定期回報計畫執行階段進度及經費支用情形，各項資訊集中儲存於水利署伺服器之「委辦計畫管理系統」資料庫集中管理，即時掌握各項計畫進度及執行情形，提供水利署作為進度掌控之依據；同時機動式資料查詢系統亦一舉整合『水利署災害應變作業系統』及『專案管理服務入口網站』將原有系統迷你化、機動化，提供各單位主管平時可透過手機掌控水利署列管計畫執行進度及經費支用情形；提供各單位主管機動性查詢颱風、豪雨期間各地之雨量、水位、水庫及災情等相關資訊。 本計畫依據水利署及各相關單位之使用情況與建議，進行委辦計畫管理系統之功能與使用介面之新增與擴充，依據各相關業務之系統需求進行本系統各項功能之擴充、新增及修改，使之能符合水利署計畫管理資訊平台之需求，達成計畫管理資訊化之目標。再者，高移動化的社會引發行動化設備的快速發展，智慧型手機的發展已經逐漸可以將近幾年必須以個人電腦為基礎的系統延伸至隨手可得的手機；因此，本計畫結合網際網路及行動通訊之技術，使手機成為各單位主管最佳之輔助工具，透過手機建置國會建議案件查詢、立委質詢預擬題庫查詢，同時，以原有【機動性資料查詢系統】為基礎，建構一整合式的機動式資訊發布平台，可與水利署現有系統勾稽，提供隨身設備必要之資訊，提供局內決策層級隨身智囊乃至隨身決策的能力。期能將原有之定點式以PC為基礎的資訊管理系統推向更具彈性之『隨身智慧』。</abstract><author>逢甲大學</author><categoryidentifier>443.682029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940261</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404300</governmentpublicationsnumber><identifier>48251</identifier><internationalstandardbooknumber>9789860034851 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48251</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>委辦計畫管理暨機動性資料查詢功能提昇計畫  The Enhancement  of Commissioned Project Management and Mobile Information Querying System</title><yearidentifier>200512</yearidentifier></data><data><abstract>水利署已於93年建置【委辦計畫管理系統】及【機動性資料查詢系統】，成功提供各執行單位隨時上網建置各項計畫進度資料，定期回報計畫執行階段進度及經費支用情形，各項資訊集中儲存於水利署伺服器之「委辦計畫管理系統」資料庫集中管理，即時掌握各項計畫進度及執行情形，提供水利署作為進度掌控之依據；同時機動式資料查詢系統亦一舉整合『水利署災害應變作業系統』及『專案管理服務入口網站』將原有系統迷你化、機動化，提供各單位主管平時可透過手機掌控水利署列管計畫執行進度及經費支用情形；提供各單位主管機動性查詢颱風、豪雨期間各地之雨量、水位、水庫及災情等相關資訊。 本計畫依據水利署及各相關單位之使用情況與建議，進行委辦計畫管理系統之功能與使用介面之新增與擴充，依據各相關業務之系統需求進行本系統各項功能之擴充、新增及修改，使之能符合水利署計畫管理資訊平台之需求，達成計畫管理資訊化之目標。再者，高移動化的社會引發行動化設備的快速發展，智慧型手機的發展已經逐漸可以將近幾年必須以個人電腦為基礎的系統延伸至隨手可得的手機；因此，本計畫結合網際網路及行動通訊之技術，使手機成為各單位主管最佳之輔助工具，透過手機建置國會建議案件查詢、立委質詢預擬題庫查詢，同時，以原有【機動性資料查詢系統】為基礎，建構一整合式的機動式資訊發布平台，可與水利署現有系統勾稽，提供隨身設備必要之資訊，提供局內決策層級隨身智囊乃至隨身決策的能力。期能將原有之定點式以PC為基礎的資訊管理系統推向更具彈性之『隨身智慧』。</abstract><author>逢甲大學</author><categoryidentifier>443.682029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940261</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404300</governmentpublicationsnumber><identifier>48252</identifier><internationalstandardbooknumber>9789860034851 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48252</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>委辦計畫管理暨機動性資料查詢功能提昇計畫(光碟版)  The Enhancement  of Commissioned Project Management and Mobile Information Querying System</title><yearidentifier>200512</yearidentifier></data><data><abstract>過去在海岸養殖漁業開發下，長年超限抽取地下水，使得本段海岸地層下陷嚴重、砂灘流失，海岸環境改變導致海水入侵、社區淹水等災害接踵而來，民國70年起台灣省水利處即以防災為前提之原則下，陸續增建大量離岸堤、海堤及堤趾保護工等工程，雖有效避免颱風期間劇烈海況作用之危害，且多處離岸堤背側已形成穩定的繫岸砂洲或砂舌地形，但同時也造成海岸景觀再一次地破壞；有鑑於此，近年來經濟部水利署第七河川局積極籌辦海岸景觀改善及海岸基本資料監測調查等相關工作，期望一方面持續充實海岸基本資料，另一方面仍可同時依現場實作、試驗之方式進行“面”的海岸防護工法。本計畫即以此為出發點，且為求海岸復育工作之時效性，在現階段缺乏完善、有力之基本資料及分析數據佐證之情況下，研擬最適當可行的海岸環境營造方案，以供後續離岸堤改善及海岸環境保護工作執行之參考。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3   443.376</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>48253</identifier><internationalstandardbooknumber>9789860038675 ; 9860038678</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48253</librarycollectiondetailsurl><price>600</price><publisher>水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃＝Environmental Protection and Rehabilitation Planning For the Shoei-Lih- Tsuen and Wen-Fong Coastal Lines in Ping-tung</title><yearidentifier>200512</yearidentifier></data><data><abstract>整合性流域水資源經理計算模組功能擴充與與更新、結合集水區模式以模擬集水區保育與管理策略、增加水力演算功能以模擬洪災防治策略、研發系統模組化功能以加強該系統之應用彈性、結合空間圖形展示與策略分析技術以建立水資源決策支援系統。</abstract><author>荷蘭戴伏特水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940187</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404393</governmentpublicationsnumber><identifier>48255</identifier><internationalstandardbooknumber>9789860036138 ; 9860036136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48255</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣水資源決策支援系統建置(5/5)＝THE DEVELOPMENT OF DECISION SUPPORT SYSTEM FOR WATER RESOURCES IN TAIWAN</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對流水式與循環水式鰻魚池類型、現有養殖池的增氧設備種類與配置方式、水質特徵與季節氣候關係、生物放養狀況、廢污水質調查等之資料收集與現場勘察。彙整上述成果，依流水式與循環水式鰻魚池各選定兩個池，分別作為對造池與試驗池使用。依據池體面積與水深分布、水質環境特徵等，各別設計適當容量的增氧設備與配置設計，以進行季節別測試及養殖試驗。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>437.866</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940241</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404380</governmentpublicationsnumber><identifier>48256</identifier><internationalstandardbooknumber>9789860036145 ; 9860036144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48256</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>微細氣泡增氧設施對淡水養殖池節水效益之研究＝The study of  water saving efficiency for micro-bubble oxygen equipment in freshwater fishponds</title><yearidentifier>200512</yearidentifier></data><data><abstract>完成「跨部會深層海水資源利用推動小組」秘書處籌設。完成「深層海水資源利用實施計畫(草案)」研擬。「跨部會深層海水資源利用推動小組」會議辦理。跨部會深層海水資源利用政策與產業推動成果彙整。「跨部會深層海水資源利用推動小組」人力庫建立。深層海水資源利用政策與產業推動交流研討會。完成深層海水資源政策與產業動態通訊發行。完成「深層海水引水工程計畫審查作業手冊」</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940188</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404392</governmentpublicationsnumber><identifier>48257</identifier><internationalstandardbooknumber>9789860036152 ; 9860036152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48257</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>推動深層海水資源利用與知識管理＝Promote the application  and knowledge management of deep ocean water resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>蘭陽溪流域下游地區包括羅東、五結、冬山及礁溪等地區，因有地層下陷問題使該等地區地勢低窪，當地區域排水無法靠重力順利宣洩豪雨，造成每遇豪大雨或颱風時期均有淹水災情，本局每於颱風時期均受宜蘭縣政府調度動員移動式抽水機支援該等地區抽水救災，而當地民眾更殷切政府能針對該地區有一即時之監測設施，俾使其能於颱風豪雨時期能獲知即時淹水情形。宜蘭縣政府於九十三年針對該地區發展完成一套淹水展示系統，惟無現場即時監測設備與之配合，又本局於颱風時期動員救災之時間點亦無法掌握，另宜蘭地區水文及洪水災害之資料調查及蒐集亦為本局之任務，爰此，本局期以本計畫於前揭易淹水地區建置淹水即時水位監測站，搭配宜蘭縣政府發展之淹水展示系統，發揮資料蒐集及救災之功能</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940207</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404640</governmentpublicationsnumber><identifier>48258</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48258</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽溪流域淹水區域即時監測站建置計畫＝Establish Real-time Monitoring System in Flood Area of Lan Yangchi Basin</title><yearidentifier>200512</yearidentifier></data><data><abstract>蘭陽溪流域下游地區包括羅東、五結、冬山及礁溪等地區，因有地層下陷問題使該等地區地勢低窪，當地區域排水無法靠重力順利宣洩豪雨，造成每遇豪大雨或颱風時期均有淹水災情，本局每於颱風時期均受宜蘭縣政府調度動員移動式抽水機支援該等地區抽水救災，而當地民眾更殷切政府能針對該地區有一即時之監測設施，俾使其能於颱風豪雨時期能獲知即時淹水情形。宜蘭縣政府於九十三年針對該地區發展完成一套淹水展示系統，惟無現場即時監測設備與之配合，又本局於颱風時期動員救災之時間點亦無法掌握，另宜蘭地區水文及洪水災害之資料調查及蒐集亦為本局之任務，爰此，本局期以本計畫於前揭易淹水地區建置淹水即時水位監測站，搭配宜蘭縣政府發展之淹水展示系統，發揮資料蒐集及救災之功能</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940207</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404640</governmentpublicationsnumber><identifier>48259</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48259</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽溪流域淹水區域即時監測站建置計畫(光碟版)＝Establish Real-time Monitoring System in Flood Area of Lan Yangchi Basin</title><yearidentifier>200512</yearidentifier></data><data><abstract>1.建立一套自動化之地下水位資料品質管理程序。2.確認各觀測井之觀測精度及儀器之量測範圍。3.對地下水歷史資料進行統計分析，找出水位特性。4.建議合適之感測器設置深度。5.依地下水位資料之合理性、連續性、關聯性及完整性進行品質檢核。6.建立自動化之品質檢核程序。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWEA0940197</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404636</governmentpublicationsnumber><identifier>48260</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48260</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽平原地下水位資料品質管理程序建立及系統開發(內附光碟)＝Proecedure Establishment and System Development of Quality Management for Groundwater Level in Lanyang Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>臺灣水文及民國九十三年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009403598</governmentpublicationsnumber><identifier>48261</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48261</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004 TOTAL REPORT</title><yearidentifier>200511</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009403599</governmentpublicationsnumber><identifier>48262</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48262</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004 PART Ⅰ-RAINFALL</title><yearidentifier>200511</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009403699</governmentpublicationsnumber><identifier>48263</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48263</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004 PART Ⅱ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200511</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009403700</governmentpublicationsnumber><identifier>48264</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48264</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報 第三部份－地下水水文= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004 PART Ⅲ-GROUNDWATER HYDROLOGY</title><yearidentifier>200511</yearidentifier></data><data><abstract>臺灣水文及民國九十三年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009403598</governmentpublicationsnumber><identifier>48265</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48265</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004</title><yearidentifier>200511</yearidentifier></data><data><abstract>完成「跨部會深層海水資源利用推動小組」秘書處籌設。完成「深層海水資源利用實施計畫(草案)」研擬。「跨部會深層海水資源利用推動小組」會議辦理。跨部會深層海水資源利用政策與產業推動成果彙整。「跨部會深層海水資源利用推動小組」人力庫建立。深層海水資源利用政策與產業推動交流研討會。完成深層海水資源政策與產業動態通訊發行。完成「深層海水引水工程計畫審查作業手冊」</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940188</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404392</governmentpublicationsnumber><identifier>48266</identifier><internationalstandardbooknumber>9789860036152 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48266</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>推動深層海水資源利用與知識管理(光碟版)＝Promote the application  and knowledge management of deep ocean water resources</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫針對流水式與循環水式鰻魚池類型、現有養殖池的增氧設備種類與配置方式、水質特徵與季節氣候關係、生物放養狀況、廢污水質調查等之資料收集與現場勘察。彙整上述成果，依流水式與循環水式鰻魚池各選定兩個池，分別作為對造池與試驗池使用。依據池體面積與水深分布、水質環境特徵等，各別設計適當容量的增氧設備與配置設計，以進行季節別測試及養殖試驗。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>437.866</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940241</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/20</date><governmentpublicationsnumber>1009404380</governmentpublicationsnumber><identifier>48267</identifier><internationalstandardbooknumber>9789860036145 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48267</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>微細氣泡增氧設施對淡水養殖池節水效益之研究(光碟版)＝The study of  water saving efficiency for micro-bubble oxygen equipment in freshwater fishponds</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940211</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/21</date><governmentpublicationsnumber>1009404680</governmentpublicationsnumber><identifier>48268</identifier><internationalstandardbooknumber>9789860043952 ; 9860043957</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48268</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣資源保育防災基本資料庫研究計畫(正式報告書)</title><yearidentifier>200512</yearidentifier></data><data><abstract>過去在海岸養殖漁業開發下，長年超限抽取地下水，使得本段海岸地層下陷嚴重、砂灘流失，海岸環境改變導致海水入侵、社區淹水等災害接踵而來，民國70年起台灣省水利處即以防災為前提之原則下，陸續增建大量離岸堤、海堤及堤趾保護工等工程，雖有效避免颱風期間劇烈海況作用之危害，且多處離岸堤背側已形成穩定的繫岸砂洲或砂舌地形，但同時也造成海岸景觀再一次地破壞；有鑑於此，近年來經濟部水利署第七河川局積極籌辦海岸景觀改善及海岸基本資料監測調查等相關工作，期望一方面持續充實海岸基本資料，另一方面仍可同時依現場實作、試驗之方式進行“面”的海岸防護工法。本計畫即以此為出發點，且為求海岸復育工作之時效性，在現階段缺乏完善、有力之基本資料及分析數據佐證之情況下，研擬最適當可行的海岸環境營造方案，以供後續離岸堤改善及海岸環境保護工作執行之參考。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/21</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>48280</identifier><internationalstandardbooknumber>9789860038675 ; 9860038678</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48280</librarycollectiondetailsurl><price>600</price><publisher>水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃(光碟版)＝Environmental  Protection and Rehabilitation Planning For the Shoei-Lih- Tsuen and Wen-Fong Coastal Lines in PIng-Tunng</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009200185</governmentpublicationsnumber><identifier>48288</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48288</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究:總報告(內附光碟)=Scouring Effects Around Bridge Sites Due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200212</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>48290</identifier><internationalstandardbooknumber>9789860031775 ; 9860031770</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48290</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(總報告)(內附光碟)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>利用遙感探測如GPS、慣性量測系統，掃描地表三維座標，使地形高程測量作業迅速，及早監測地層下陷與海岸變遷，為一重要課題。爰此，本署為地形高程測量作業迅速及早監測與因應，辦理計畫，其工作項目，包含：(1)北港溪沿海鄉鎮地層下陷歷年地形資料蒐集。(2)外傘頂洲水域沙洲歷年地形資料蒐集。(3)空載雷射掃描作業區選定與飛航規劃。(4)LiDAR 飛航掃描。(5)雷射點雲資料解算。(6)數值高程模型製作與沙州地形繪製(7)海岸地形變化趨勢研判。(8)海岸地形變遷數值模擬。(9)探討雲嘉沿海地區地層下陷與外傘頂洲沙洲地形變遷之關係和機制，等 9 大項工作</abstract><author>東南技術學院防災科技研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940253</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404572</governmentpublicationsnumber><identifier>48291</identifier><internationalstandardbooknumber>9789860041576 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48291</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雲嘉沿海地區地層下陷與外傘頂洲沙洲地形變遷調查研究  A  Study on the Soil Basic Settlements and Topographical Changes to Uaisanding Sandbank of the YOLIN and CHAYI Coastal Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>利用遙感探測如GPS、慣性量測系統，掃描地表三維座標，使地形高程測量作業迅速，及早監測地層下陷與海岸變遷，為一重要課題。爰此，本署為地形高程測量作業迅速及早監測與因應，辦理計畫，其工作項目，包含：(1)北港溪沿海鄉鎮地層下陷歷年地形資料蒐集。(2)外傘頂洲水域沙洲歷年地形資料蒐集。(3)空載雷射掃描作業區選定與飛航規劃。(4)LiDAR 飛航掃描。(5)雷射點雲資料解算。(6)數值高程模型製作與沙州地形繪製(7)海岸地形變化趨勢研判。(8)海岸地形變遷數值模擬。(9)探討雲嘉沿海地區地層下陷與外傘頂洲沙洲地形變遷之關係和機制，等 9 大項工作</abstract><author>東南技術學院防災科技研究所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940253</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404572</governmentpublicationsnumber><identifier>48292</identifier><internationalstandardbooknumber>9789860041576 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48292</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>雲嘉沿海地區地層下陷與外傘頂洲沙洲地形變遷調查研究(光碟版)  A  Study on the Soil Basic Settlements and Topographical Changes to Uaisanding Sandbank of the YOLIN and CHAYI Coastal Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>鑒於政府業務委外試辦政策推動，且因應未來政府人事精簡政策之實施，暨原有經常性之水文觀測仍須持續辦理，人力將為不足，而地下水觀測站網之持續運作管理及維護工作量又十分龐大，且屬長期持續的工作，故民國91年起委託雲林科技大學辦理「水文觀測委外業務分區試辦計畫-彰雲嘉地區」計畫，冀引進學術界資源，彙整水文觀測資料上傳、觀測站井維護、地下水位資料統計分析與資料庫及地理資訊系統營運等，提供地下水資源區域調配及地下水管制等相關工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940193</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404570</governmentpublicationsnumber><identifier>48302</identifier><internationalstandardbooknumber>9789860040562 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48302</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(3/3)  Hydrological Monitoring Authorized for Some Specified Areas--Chung-Hua, Yun-Lin and Chia-Yi areas (3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>鑒於政府業務委外試辦政策推動，且因應未來政府人事精簡政策之實施，暨原有經常性之水文觀測仍須持續辦理，人力將為不足，而地下水觀測站網之持續運作管理及維護工作量又十分龐大，且屬長期持續的工作，故民國91年起委託雲林科技大學辦理「水文觀測委外業務分區試辦計畫-彰雲嘉地區」計畫，冀引進學術界資源，彙整水文觀測資料上傳、觀測站井維護、地下水位資料統計分析與資料庫及地理資訊系統營運等，提供地下水資源區域調配及地下水管制等相關工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940193</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404570</governmentpublicationsnumber><identifier>48303</identifier><internationalstandardbooknumber>9789860040562 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48303</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(3/3)附錄上冊  Hydrological Monitoring Authorized for Some Specified Areas--Chung-Hua, Yun-Lin and Chia-Yi areas (3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>鑒於政府業務委外試辦政策推動，且因應未來政府人事精簡政策之實施，暨原有經常性之水文觀測仍須持續辦理，人力將為不足，而地下水觀測站網之持續運作管理及維護工作量又十分龐大，且屬長期持續的工作，故民國91年起委託雲林科技大學辦理「水文觀測委外業務分區試辦計畫-彰雲嘉地區」計畫，冀引進學術界資源，彙整水文觀測資料上傳、觀測站井維護、地下水位資料統計分析與資料庫及地理資訊系統營運等，提供地下水資源區域調配及地下水管制等相關工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940193</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404570</governmentpublicationsnumber><identifier>48304</identifier><internationalstandardbooknumber>9789860040562 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48304</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(3/3)附錄下冊  Hydrological Monitoring Authorized for Some Specified Areas--Chung-Hua, Yun-Lin and Chia-Yi areas (3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>鑒於政府業務委外試辦政策推動，且因應未來政府人事精簡政策之實施，暨原有經常性之水文觀測仍須持續辦理，人力將為不足，而地下水觀測站網之持續運作管理及維護工作量又十分龐大，且屬長期持續的工作，故民國91年起委託雲林科技大學辦理「水文觀測委外業務分區試辦計畫-彰雲嘉地區」計畫，冀引進學術界資源，彙整水文觀測資料上傳、觀測站井維護、地下水位資料統計分析與資料庫及地理資訊系統營運等，提供地下水資源區域調配及地下水管制等相關工作。</abstract><author>雲林科技大學水土資源及防災科技研究中心編</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940193</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/22</date><governmentpublicationsnumber>1009404570</governmentpublicationsnumber><identifier>48305</identifier><internationalstandardbooknumber>9789860040562 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48305</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(3/3)－光碟版  Hydrological Monitoring Authorized for Some Specified Areas--Chung-Hua, Yun-Lin and Chia-Yi areas (3/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/23</date><governmentpublicationsnumber>8854890121</governmentpublicationsnumber><identifier>48313</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48313</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>九二一集集大地震地表地下水位變動分析報告</title><yearidentifier>200003</yearidentifier></data><data><abstract>本計畫研究內容為：「板新淨水埸與直潭水淨水埸聯通供水」可行方案評選與工程規劃，以建立新店與大漢溪供水系統間之雙向供水調度機制</abstract><author>巨廷工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940273</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/23</date><governmentpublicationsnumber>1009404108</governmentpublicationsnumber><identifier>48326</identifier><internationalstandardbooknumber>9789860037159 ; 9860037159</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48326</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>淡水河流域水資源調配利用調查規劃：板新淨水場與直潭淨水場聯通供水規劃  Interlinking of  Ban-Xin &amp; Zhi-Tan Purification Plants Water  Supply  Study</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940046</commissionedprojectidentifier><currency>NT$</currency><date>2006/3/24</date><governmentpublicationsnumber>1009404415</governmentpublicationsnumber><identifier>48334</identifier><internationalstandardbooknumber>9789860036343 ; 9860036349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48334</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>草嶺崩塌區及堰塞湖對下游河川影響之風險評估與研究〈含光碟〉A Risk Evaluation and Study on the Influence of Tsao-LinLandslide Area and Landslide Induced Lake on the Downstream River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/24</date><governmentpublicationsnumber>1009104940</governmentpublicationsnumber><identifier>48341</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48341</librarycollectiondetailsurl><price>600</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>橋樑、河海防構造物安全驗證手冊</title><yearidentifier>200211</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養工作</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/27</date><governmentpublicationsnumber>1009500526</governmentpublicationsnumber><identifier>48349</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48349</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰閘門機電控制系統及設施檢查、維護、保養成果報告書</title><yearidentifier>200603</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48352</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48352</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第十一期）</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫經由管理系統之建置，除有系統地蒐集整合各水庫辦理之檢查及監測等安全管理資料，並透過電子資訊網路化傳輸作業，即時掌握各水庫之安全狀況，同時建立嚴謹之管考機制，加強督考歷次水庫安全評估及各項檢查結果或建議等應辦事項，俾期提升水庫安全管理績效，達成永續經營目標。</abstract><author>中興工程顧問社</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/28</date><governmentpublicationsnumber>1009404311</governmentpublicationsnumber><identifier>48361</identifier><internationalstandardbooknumber>9789860037005 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48361</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區水庫安全管理系統建置計畫  Development of Information System for the Safety Management of Reservoirs in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫經由管理系統之建置，除有系統地蒐集整合各水庫辦理之檢查及監測等安全管理資料，並透過電子資訊網路化傳輸作業，即時掌握各水庫之安全狀況，同時建立嚴謹之管考機制，加強督考歷次水庫安全評估及各項檢查結果或建議等應辦事項，俾期提升水庫安全管理績效，達成永續經營目標。</abstract><author>中興工程顧問社</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/28</date><governmentpublicationsnumber>1009404311</governmentpublicationsnumber><identifier>48364</identifier><internationalstandardbooknumber>9789860037005 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48364</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣地區水庫安全管理系統建置計畫(光碟版) Development of Information System for the Safety Management of Reservoirs in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>李訓煌、蔡住發、方懷聖、林斯正、許富雄等人</author><categoryidentifier>383.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/28</date><governmentpublicationsnumber>2009000545</governmentpublicationsnumber><identifier>48366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48366</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心〈南投、集集〉</publisher><publishrocyear>91</publishrocyear><title>特有生物研究〈第四卷第一期〉  ENDWMIC  SPECIES  RESEARCH</title><yearidentifier>200201</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養工作</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/28</date><governmentpublicationsnumber>1009500526</governmentpublicationsnumber><identifier>48367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48367</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰閘門機電控制系統及設施檢查、維護、保養成果報告書(光碟版)</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/29</date><governmentpublicationsnumber>1009500526</governmentpublicationsnumber><identifier>48403</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48403</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰閘門機電控制系統及設施檢查、維護、保養成果報告書(附冊)</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>呂向東, 劉春田</author><categoryidentifier>380.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009404522</governmentpublicationsnumber><identifier>48411</identifier><internationalstandardbooknumber>9789860037098 ; 9860037094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48411</librarycollectiondetailsurl><price>600</price><publisher>國立鳳凰谷鳥園</publisher><publishrocyear>94</publishrocyear><title>野生動物園規劃設計與經營管理</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>鄭森松</author><categoryidentifier>673.29/111.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009500192</governmentpublicationsnumber><identifier>48413</identifier><internationalstandardbooknumber>9789860042603 ; 9789860042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48413</librarycollectiondetailsurl><price>120</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>94</publishrocyear><title>竹東鎮志－?史篇</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>鄭森松</author><categoryidentifier>673.29/111.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009500192</governmentpublicationsnumber><identifier>48415</identifier><internationalstandardbooknumber>9789860042603 ; 9860042608</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48415</librarycollectiondetailsurl><price>120</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>94</publishrocyear><title>竹東鎮志－?史篇(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>林于煒、王良行</author><categoryidentifier>673.29/111.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009302531</governmentpublicationsnumber><identifier>48416</identifier><internationalstandardbooknumber>9789860042580 ; 9789860042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48416</librarycollectiondetailsurl><price>131</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>94</publishrocyear><title>竹東鎮志－地理篇</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>林于煒、王良行</author><categoryidentifier>673.29/111.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/3/30</date><governmentpublicationsnumber>1009302531</governmentpublicationsnumber><identifier>48417</identifier><internationalstandardbooknumber>9789860042580 ; 9789860042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48417</librarycollectiondetailsurl><price>131</price><publisher>竹縣竹東鎮公所</publisher><publishrocyear>94</publishrocyear><title>竹東鎮志－地理篇(光碟版）</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.716058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/12</date><governmentpublicationsnumber>1009004323</governmentpublicationsnumber><identifier>48893</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48893</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>海岸水文氣象年報=Annual Report on Coastal Hydrology and Meteorology(民國八十九年)</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940079</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/12</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>48898</identifier><internationalstandardbooknumber>9860046433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48898</librarycollectiondetailsurl><price>225</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)--光碟版=Study on coastal restoration in Miao-Li County(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940078-1</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/12</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>48899</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48899</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(1)--光碟版=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In YiLan Coastal Area(1)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/15</date><governmentpublicationsnumber>837483007</governmentpublicationsnumber><identifier>48929</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48929</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>中華民國八十 一年台灣水文年報= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 1992</title><yearidentifier>199404</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48951</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十三期）</title><yearidentifier>200606</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/16</date><governmentpublicationsnumber>1009501024</governmentpublicationsnumber><identifier>48952</identifier><internationalstandardbooknumber>9789860050400 ; 9860050406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48952</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>屏東海岸復育研究計畫總報告 Restoration of Sandy Coast at Pingtung－Summary Report－</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/16</date><governmentpublicationsnumber>1009501024</governmentpublicationsnumber><identifier>48953</identifier><internationalstandardbooknumber>9789860050400 ; 9860050406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48953</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>屏東海岸復育研究計畫總報告(光碟版) Restoration of Sandy Coast at Pingtung－Summary Report－</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。第二年度現場調查作業，於2005年5月25~27日與10月17~20日期間，分別完成本段海岸冬季與夏季波浪作用後之屏東塭豐至枋寮段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於卡努颱風(Khanun)颱風前(9月8日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在9月13~14日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於9月24日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2006年3月4日始得佈放潮波流儀，至3月20日間完成，其中於3月5~6日進行配合進行漲退潮時段浮標追蹤與漂砂調查。海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/16</date><governmentpublicationsnumber>1009500780</governmentpublicationsnumber><identifier>48954</identifier><internationalstandardbooknumber>9789860047721 ; 9860047723</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48954</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>屏東海岸復育研究計畫(2/2)－塭豐至枋寮段－Restoration of Sandy Coast at Pingtung(2/2)－Wengfong to Farngliao－</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第二年度現場調查作業，於2005年5月25~27日與10月17~20日期間，分別完成本段海岸冬季與夏季波浪作用後之屏東塭豐至枋寮段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於卡努颱風(Khanun)颱風前(9月8日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在9月13~14日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於9月24日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2006年3月4日始得佈放潮波流儀，至3月20日間完成，其中於3月5~6日進行配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/16</date><governmentpublicationsnumber>1009500780</governmentpublicationsnumber><identifier>48955</identifier><internationalstandardbooknumber>9789860047721 ; 9860047723</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48955</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>屏東海岸復育研究計畫(2/2)－塭豐至枋寮段(光碟版)－Restoration of Sandy Coast at Pingtung(2/2)－Wengfong to Farngliao－</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫範圍係從青山漁港西南航道至頂頭額汕間約10km海岸段(含面積約17km2之七股潟湖)。希藉由本段海岸砂洲及潟湖內資料蒐集、地形水深測量、潮波流與漂砂調查分析等工作，探討七股潟湖砂洲變遷之物理機制及消退原因，繼以數值模式及現場試驗方法進行方案成效評估，研擬七股潟湖保護砂洲的對策及方案，提供防護工作實施時之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3   351.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940082</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/16</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>48956</identifier><internationalstandardbooknumber>9789860052220 ; 9860052220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48956</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>七股潟湖保護對策研究(2/2)＝Conservation Strategies for Sand Bar of Chi-Gu Lagoon (2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/19</date><governmentpublicationsnumber>1009403599</governmentpublicationsnumber><identifier>48957</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48957</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三 年台灣水文年報第一部分-雨量= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004PARTI-RAINFALL</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院能源與資源研究所、節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940100</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/21</date><governmentpublicationsnumber>1009500021</governmentpublicationsnumber><identifier>48971</identifier><internationalstandardbooknumber>9789860046205 ; 9860046204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48971</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>節水環境建構與推廣計畫(光碟版)=Environmental lmprovement and Popularize Plan of Water Conservation</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/22</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>48972</identifier><internationalstandardbooknumber>9789860052237 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48972</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2)上冊＝Restoration of sandy Coast at Tainan and Kaohsiung (2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3   351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2006/6/22</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>48973</identifier><internationalstandardbooknumber>9789860052237 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48973</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2)下冊=Restoration of Sandy Coast at Tainan and Kaohsiung (2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/26</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>48978</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48978</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十四期）</title><yearidentifier>200606</yearidentifier></data><data><abstract>中華民國九十年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2001</abstract><author>中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>48980</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48980</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>92</publishrocyear><title>中華民國九十年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2001</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/27</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>48981</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48981</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十二年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2003</title><yearidentifier>200505</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>100101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/27</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>48983</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48983</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處中區水資源局九十年年報</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>國家安全會議編</author><categoryidentifier>599.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/28</date><governmentpublicationsnumber>1009501414</governmentpublicationsnumber><identifier>48986</identifier><internationalstandardbooknumber>9789860053494 ; 9860053499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48986</librarycollectiondetailsurl><price>100</price><publisher>國安會</publisher><publishrocyear>95</publishrocyear><title>國家安全報告</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>National Security Report</author><categoryidentifier>599.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/28</date><governmentpublicationsnumber>1009501606</governmentpublicationsnumber><identifier>48987</identifier><internationalstandardbooknumber>9789860055818 ; 9860055815</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48987</librarycollectiondetailsurl><price>200</price><publisher>國安會</publisher><publishrocyear>95</publishrocyear><title>National security report</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/28</date><governmentpublicationsnumber>8944891694</governmentpublicationsnumber><identifier>48989</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48989</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>吉洋人工湖可行性規劃  二、水源及用水專題 2.地下水人工補注池水資源區域性營運分析</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>海洋大學河海工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404532</governmentpublicationsnumber><identifier>48990</identifier><internationalstandardbooknumber>9789860037425 ; 9860037426</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48990</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區主要河川流域整體規劃地文與水文資訊查詢系統建立=Development of geomorphic and hydrologic information inquiry  System for integrated basin Management of major rivers in Taiwan 研究計畫工作執行計畫書</title><yearidentifier>200504</yearidentifier></data><data><abstract>本書係搜羅日本河川整備中心近年來重要著作之摘要與目錄，計有「製作河川水邊總括資料的調查之入門」、「對在河川之外來種對策」、「多自然型魚道手?」、「魚道與降下對策的知識與設計」、「談魚道－魚道設計的指南」、「魚類之溯上降河環境改善上的一點建議」、「做朋友吧 ! 故鄉之河川 － 河川合作關係手?」、「隅田川‧荒川 － 河川散步－河川的指南」、「建造培養故鄉的河川 － 故鄉河川整備計畫實例集」、「東京之河川巡游 － 東京之河川、全34路線」、「「像河川似的」設定注意事項集」、「河川風景景觀設計指南(水門，閘門)」、「河川之親水計畫?設計」、「河川思索－日本的水環境、文化的明日」、「河川風景景觀設計指南(護岸)」、「欣賞河川 － 再發現水邊之魅力」、「活用河川之城市建造」、「利根川下游採訪?導」、「對親近河川的想法 (不老川流域篇)」、「對親近河川的想法 (白子川流域編)」、「荒川願景計畫構想書1996」、「河川?人?城市 － 活用河川的城市建設」、「多摩川的綜合研究 － 以永田地?為中心」、「活用河川的城市建設實例集」等24本，方便國內相關研究、工程人員尋找參考資料時，能更迅速且確實地找到符合所需的書。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404649</governmentpublicationsnumber><identifier>48994</identifier><internationalstandardbooknumber>9789860038248 ; 9860038244</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48994</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>日本河川整備中心相關出版品摘要簡錄－日本河川整備中心知識管理合作計畫叢書;1</title><yearidentifier>200511</yearidentifier></data><data><abstract>鶴見川受流域急速的都市開發，原本健全的水循環系，變成有危機的受害河川之體型例。從昭和40年代，位於流域內的潢?市、川崎市、稻城市之人口及市街急增。昭和33年當時，市街地率10%，人口只有10萬人程度而已，但到平成11年（現今），市街地率85%，人口增加到184萬人 　此種都市化擴大，洪水時河川流量的增大以及內水氾濫到市街地等，水害的危險性增大。昭和40年代後半起，水害不斷地頻發。對此流域急激都市化的治水問題的對應，鶴見川將是全國綜合治水對策的先驅。除了流域流出抑制的對策外，「大規模的浚渫」及「鶴見川多目標遊水池（又稱新橫?的綠洲）的建設等，河川設施整備工作精銳進展。 　鶴見川流域之現況認識以及對應處理相關課題之抽出。在各種超大量的資料為對象，利用最先進的情報處理技術，來促進問題共有化的努力。為了現況認識及意思決定的支援上，適用最先端之「???」等，本準備會的成果，在世界上可稱得上是先驅者。在「鶴見川流域水master plan朝向策定之提言書」中，將這些廣泛的資料分析論議，對鶴見川流域的水循環系之健全化之實現的方向做出多種的施策如下5點：洪水時之水經營、平時之水經營、自然環境之經營、震災．火災之經營、水邊觸接之經營。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>48995</identifier><internationalstandardbooknumber>9789860038231 ; 9860038236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48995</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生－日本河川整備中心知識管理合作計畫叢書;2</title><yearidentifier>200511</yearidentifier></data><data><abstract>近年來，由於河川管理者與城鄉風貌改造主體之地方自治體等積極的配合，與河川整治結為一體的城鄉風貌改造正在各地開展。為了推展與河川整治結為一體並具有閒適生活及豐富自然的城鄉風貌改造，除了當然的區域居民之主體性活動外，在行政上如河川的管理、都市計畫、建築的限制誘導、公園綠地等亦須結合成一體，並非針對每一個個別事業的計畫，而是需要基於統合全體之構想與計畫，並由各部門分別負起各自職責的方式來進行。   在本書中，將對於在全國各地所辦理結合河川改造城鄉風貌之較為先進的配合案例，就事業的構成與整治的分擔等具體內容加以彙整。亦為平成14年8月所發行「結合河川改造城鄉風貌案例集」的續集。上一次整理的對象主要是以河川與鄉里的整治概要及大都市的案例為中心的，而這一次主要是以中小都市為中心的案例以及河川整治與其空間利用之相關制度為介紹重點。   本書期待在今後進行城鄉風貌改造之際，能夠提供各位河川管理者與地方自治體負責人之參考，若能因此有助於推動與河川相調和且具有閒適生活之城鄉風貌改造，實為本書之幸。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>48996</identifier><internationalstandardbooknumber>9789860038217 ; 986003821X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48996</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌－日本河川整備中心知識管理合作計畫叢書;3</title><yearidentifier>200511</yearidentifier></data><data><abstract>本書是對保護河岸之各種工法，以歸納實例或一般文獻、研究論文等資料，介紹更多的工法與特徵的指南而編輯的。因此，通常以水邊為中心的區域所用的「河岸」之定義較寬範圍為對象，適於保護較草坪或茅草等高水河槽高的區域之工法等也加以介紹。一般認為，若使用自然素材或傳統的工法，就很容易做出近於自然狀態的河川環境，但各有適合施工的條件，如在反覆乾溼的場所使用木材時會馬上腐敗等，漫不經心地使用會招來意想不到的失敗。在本書記載各種工法或素材之特長的同時，也有留意點或不適合施工場所的記載，待十分了解全體後，再選定有利於對各個場所最適合的工法。 　然而，實際的設計施工時，要充分檢討治水上的條件或河川環境的現況或目標後，判斷根本是否需要河岸防護對策，才需要選定工法或辦理設計。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>48997</identifier><internationalstandardbooknumber>9789860038224 ; 9860038228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48997</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南－日本河川整備中心知識管理合作計畫叢書;4</title><yearidentifier>200511</yearidentifier></data><data><abstract>在平成11年3月，從當時的多方認知，對河川環境整備的經濟評價方法，作為管理實務者之參考資料，故整理成「河川環境整備的經濟評估手冊」。 　其後，應用此手冊，從事河川環境整備相關之經濟評估調查與實施之試案。 　本手冊，對河川環境整備之經濟評估之位置以及構想作一整理，並從調查事例中，特別收集可採用CVM的經濟評估事例。從整理分析的結果，讓實際從事評估實務人員，能充分活用本手冊。因此，本書之第1章，陳述河川環境整備之經濟評估用意，做了簡明之整理。至於第2章，就CVM中關連的種種課題，從方向性及應考量之問題做一整理。 　本書的編撰，係由各專門領域的學者專家，共同組織「河川環境整備之經濟評估研討會」，提供各類的建言及指導。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/6/29</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>48998</identifier><internationalstandardbooknumber>9789860038255 ; 9860038252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_48998</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊－日本河川整備中心知識管理合作計畫叢書;5</title><yearidentifier>200511</yearidentifier></data><data><abstract>配合經濟部九十二年三月五日經授水字第０９２２０２０２８３０號所頒之「用水計畫書審查作業要點」第六條中規定，「受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，達到水資源有效利用之目的」。綜此，為有效掌握已開發案在現有開發進度下之實際用水量及用水計畫書內承諾之用水回收率及相關節約用水措施推動情形，爰提本已核定用水計畫書查核服務計畫，以適時反應開發單位實際現況用水，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用</abstract><author>工業技術研究院能源與資源研究所節約用水宣導與技術服務團</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940256</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/4</date><governmentpublicationsnumber>1009404740</governmentpublicationsnumber><identifier>49003</identifier><internationalstandardbooknumber>9789860040159 ; 986004015X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49003</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>已核定用水計畫書查核服務計畫(截至93年度止)=Study for Checking the Ratified Water Use Prospectus</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>49023</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49023</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處水利規劃試驗所民國九十年度工作成果年報</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>440.1214</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>49024</identifier><internationalstandardbooknumber>9789570195323 ; 9570195320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49024</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立 觀測分析研究(平地排水區域) The Study On the Establishment, Measurement,and Analysis of Automatic Stage-Dischage Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、中華民國水利技師公會全國聯合會、台灣省水利技師公會、</author><categoryidentifier>10020310 067</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>8379890050</governmentpublicationsnumber><identifier>49026</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49026</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>87</publishrocyear><title>雨水貯留與利用觀念、構想、.理論、實例</title><yearidentifier>199805</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.8134   443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940053</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009501067</governmentpublicationsnumber><identifier>49028</identifier><internationalstandardbooknumber>9789860052510 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49028</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>秀姑巒溪河系情勢調查(2/2) Investigation of Current Status in Shiuguluan River System(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.8134   443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940053</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009501067</governmentpublicationsnumber><identifier>49029</identifier><internationalstandardbooknumber>9789860052510 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49029</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>秀姑巒溪河系情勢調查(2/2)報告書(光碟版)=Investigation of Current Status in Shiuguluan River System(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>49030</identifier><internationalstandardbooknumber>9789860051056 ; 9860051054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49030</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>49031</identifier><internationalstandardbooknumber>9789860051056 ; 9860051054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49031</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2):附錄-現場調查數據=Restoration of Sandy Coast at Taitung(2/2)Appendix</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>49032</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49032</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)(光碟版)=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>配合經濟部九十二年三月五日經授水字第０９２２０２０２８３０號所頒之「用水計畫書審查作業要點」第六條中規定，「受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，達到水資源有效利用之目的」。綜此，為有效掌握已開發案在現有開發進度下之實際用水量及用水計畫書內承諾之用水回收率及相關節約用水措施推動情形，爰提本已核定用水計畫書查核服務計畫，以適時反應開發單位實際現況用水，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940256</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009404740</governmentpublicationsnumber><identifier>49038</identifier><internationalstandardbooknumber>9789860040159 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49038</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>已核定用水計畫書查核服務計畫(截至93年度止)(光碟版)=Study for Checking the Ratified Water Use Prospectus</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>351.8127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>49043</identifier><internationalstandardbooknumber>9789860049237 ; 9860049238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49043</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查:總報告=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>351.8127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/11</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>49044</identifier><internationalstandardbooknumber>9789860049237 ; 9860049238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49044</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查:總報告(光碟版)=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>台糖公司新營糖廠地下水開發保育中心台糖公司台糖研究所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/12</date><governmentpublicationsnumber>8374890717</governmentpublicationsnumber><identifier>49045</identifier><internationalstandardbooknumber>9789860041361 ; 9860041369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49045</librarycollectiondetailsurl><price>800</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>台灣地區地下水觀測網水質監測與調查分析(2/5)=Groundwater Quality Monitoring and Analysis for Taiwan Groundwater Monitoring Network  子題一 濁水溪沖積扇    子題二  屏東平原</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/13</date><governmentpublicationsnumber>8944891684</governmentpublicationsnumber><identifier>49050</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>吉洋人工湖可行性規劃  二、水源及用水專題 1水源運用即營運管理</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6427733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/13</date><governmentpublicationsnumber>8944891713</governmentpublicationsnumber><identifier>49051</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49051</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>吉洋人工湖可行性規劃  三、綜合專題 2.經濟及財務分析</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>515.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>2006300016</governmentpublicationsnumber><identifier>49067</identifier><internationalstandardbooknumber>10197192 ; 10197192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49067</librarycollectiondetailsurl><price>750</price><publisher>內政部</publisher><publishrocyear>95</publishrocyear><title>臺閩地區人口統計（民國九十四年）－內附光碟</title><yearidentifier>200606</yearidentifier></data><data><abstract>依據「經濟部水利署南區水資源局GIS發展目標與時程規劃報告」，九十四年度由水文課彙整資產課與高屏溪攔河堰管理中心現有圖籍資料，並配合Autodesk Map軟體應用環境，由本計畫建置「土地管理資訊系統」與「南化水庫與高屏溪攔河堰聯通管路設備管理及保養維護資訊系統」。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009405125</governmentpublicationsnumber><identifier>49068</identifier><internationalstandardbooknumber>9789860047660 ; 9860047669</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49068</librarycollectiondetailsurl><price>900</price><publisher>水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>九十四年度水利地理資訊系統建置計畫＝Establishment of 2005 Water Resources Geographical Information System</title><yearidentifier>200512</yearidentifier></data><data><abstract>依據「經濟部水利署南區水資源局GIS發展目標與時程規劃報告」，九十四年度由水文課彙整資產課與高屏溪攔河堰管理中心現有圖籍資料，並配合Autodesk Map軟體應用環境，由本計畫建置「土地管理資訊系統」與「南化水庫與高屏溪攔河堰聯通管路設備管理及保養維護資訊系統」。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009405125</governmentpublicationsnumber><identifier>49069</identifier><internationalstandardbooknumber>9789860047660 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49069</librarycollectiondetailsurl><price>900</price><publisher>水利署南區水資源局</publisher><publishrocyear>94</publishrocyear><title>水利地理資訊系統建置計畫(光碟版)＝Establishment of Water Resources Geographical Information System</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲林地區地層下陷監測井觀測及下陷機制分析與模擬、GPS固定站之資料觀測與分析研判。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940282</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009501325</governmentpublicationsnumber><identifier>49070</identifier><internationalstandardbooknumber>9789860054668 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49070</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>雲林地區地層下陷監測井及GPS固定站之規劃建置與觀測分析  Installation and Data Analysis for Land Subsidence Monitoring Wells and GPS Permanent Stations in Yunlin</title><yearidentifier>200604</yearidentifier></data><data><abstract>雲林地區地層下陷監測井觀測及下陷機制分析與模擬、GPS固定站之資料觀測與分析研判。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940282</commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009501325</governmentpublicationsnumber><identifier>49071</identifier><internationalstandardbooknumber>9789860054668 ; 9789860054</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49071</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>雲林地區地層下陷監測井及GPS固定站之規劃建置與觀測分析(光碟版)  Installation and Data Analysis for Kand Subsidence Monitoring Wells and GPS Permanent Stations in Yunlin</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009404450</governmentpublicationsnumber><identifier>49072</identifier><internationalstandardbooknumber>9789860036633 ; 9860036632</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49072</librarycollectiondetailsurl><price>1200</price><publisher>水利署水規所</publisher><publishrocyear>94</publishrocyear><title>基隆河整體治理計畫(前期計畫)暨後期治理規劃方案之效益與風險 評估＝Technical manual of river morphology classification in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/14</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>49081</identifier><internationalstandardbooknumber>9789860052237 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49081</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2)--光碟版=Restoration of Sandy Coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫範圍係從青山漁港西南航道至頂頭額汕間約10km海岸段(含面積約17km2之七股潟湖)。希藉由本段海岸砂洲及潟湖內資料蒐集、地形水深測量、潮波流與漂砂調查分析等工作，探討七股潟湖砂洲變遷之物理機制及消退原因，繼以數值模式及現場試驗方法進行方案成效評估，研擬七股潟湖保護砂洲的對策及方案，提供防護工作實施時之依據。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.393   443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>49083</identifier><internationalstandardbooknumber>9789860052220 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49083</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>七股潟湖保護對策研究(2/2)光碟版=Conservation Strategies for Sand Bar of Chi-Gu Lagoon(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/17</date><governmentpublicationsnumber>1009404217</governmentpublicationsnumber><identifier>49085</identifier><internationalstandardbooknumber>9789860034899 ; 9860034893</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49085</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>全省主要河川流域地質資訊系統建立─第二年工作期中簡報  潘以文</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>康廷工程顧問企業有限公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/17</date><governmentpublicationsnumber>1009500614</governmentpublicationsnumber><identifier>49087</identifier><internationalstandardbooknumber>9789860046830 ; 9860046832</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49087</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪河系情勢調查計畫(1/2)(附?本)=Investigation of Current Status in Gaoping River System</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣地區地下水觀測網第一期計畫 屏東平原 水文地質調查研究總報告 附圖</abstract><author>經濟部中央地質調查所</author><categoryidentifier>351.71129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009102131</governmentpublicationsnumber><identifier>49098</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49098</librarycollectiondetailsurl><price>450</price><publisher>經濟部</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網第一期計畫 屏東平原 水文地質調查研究總報告 附圖</title><yearidentifier>200206</yearidentifier></data><data><abstract>台灣地區地下水觀測網第一期計畫 屏東平原 水文地質調查研究總報告 附錄</abstract><author>經濟部中央地質調查所</author><categoryidentifier>351.71129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009102131</governmentpublicationsnumber><identifier>49099</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49099</librarycollectiondetailsurl><price>450</price><publisher>經濟部</publisher><publishrocyear>91</publishrocyear><title>台灣地區地下水觀測網第一期計畫 屏東平原 水文地質調查研究總報告 附錄</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/19</date><governmentpublicationsnumber>1009400188</governmentpublicationsnumber><identifier>49100</identifier><internationalstandardbooknumber>9789860001525 ; 9789860001</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49100</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署委辦計畫報告彙編:水資源綜合業務(一)光碟版</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/19</date><governmentpublicationsnumber>1009400188</governmentpublicationsnumber><identifier>49101</identifier><internationalstandardbooknumber>9789860001525 ; 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49155</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>95</publishrocyear><title>中華民國94年氣候資料年報第一部份─地面資料  CLIMATOLOGICAL  DATA  ANNUAL  REPORT  2005  PART 1─SURFACE  DATA</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982   351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940078-1</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>49160</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49160</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(1)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In YiLan Coastal Area (1)</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49161</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49161</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十五期）</title><yearidentifier>200606</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982   351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>49162</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49162</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32782</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>49163</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49163</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)(光碟版)Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>民國八十八年九月二十一日台灣中部地區發生規模7.3級之集集地震。雲林縣古坑鄉草嶺附近之草嶺潭於此次大地震中再度發生大規模崩山事件，崩坍土石阻塞原有清水溪河道而在上游形成蓄水體積約四千二百萬立方公尺之堰塞湖。水利署第四河川局在草嶺地區施作各種緊急防護工程。工程完成後，崩塌區但歷經（89.8.22）碧利斯颱風、桃芝颱風（90.7.30）及納莉颱風（90.9.17）等發生較大強度雨量之風災後，堰塞湖雖未造成重大災情，但卻使崩塌地地形地貌作了部分之變動，堰塞湖淤積情況也日益嚴重，尤其草嶺潭天然壩在桃芝颱風時嚴重沖毀，因各種緊急防護工程發揮功效，所幸沒有造成下游嚴重災害。豪雨後，草嶺殘坡及崩塌地仍產生局部破壞，堰塞湖溢洪段繼續刷深約2.5公尺(從溢流後已累積下刷?16~20公尺)，當地縣政府及居民對堰塞湖因上游泥砂下移並淤滿，咸認將導致下游地區災害，極力建議辦理疏浚工程及其它因應措施。因此本計畫主要為研究堰塞湖泥砂問題之工程與非工程配套方案，同時並對下游河川影響進行風險評估及提出防災管理建議。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>1009404415</governmentpublicationsnumber><identifier>49164</identifier><internationalstandardbooknumber>9789860036343 ; 9860036349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49164</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>草嶺崩塌區及堰塞湖對下游河川影響之風險評估與研究:測量成果報告書(內附光碟) =A Risk Evaluation and Study on the Influence of  Taso-Lin Landslide Area and Landslide Induced Lake on the Downstream River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署統計室</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2009302266</governmentpublicationsnumber><identifier>49166</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49166</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>95</publishrocyear><title>臺灣糧食統計要覽【中華民國九十五年版】TAIWAN  FOOD  STATISTICS  BOOK</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49168</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49168</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十六期）</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署統計室</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2004100014</governmentpublicationsnumber><identifier>49169</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49169</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>95</publishrocyear><title>臺灣地區糧食生產情形及業務概況   【九十五年版】      FOOD  PRODUCTION  AND  ACTIVITIES IN TAIWAN  AREA</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49170</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49170</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十七期）</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49171</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49171</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十八期）</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/7/31</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49172</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49172</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第二十九期）</title><yearidentifier>200607</yearidentifier></data><data><abstract>水利署於93年度完成「自來水管承裝商管理系統」建置作業。各縣市政府自94年01月01日起陸續上線使用該系統承辦自來水管承裝商管理業務。為使「自來水管承裝商管理系統」切符使用者需求，並確認系統資料之正確性，擬於原計畫保固期滿後，委託原承辦計畫機關進行系統上線及維護工作，以持續進行本系統之維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940246</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/2</date><governmentpublicationsnumber>1009404465</governmentpublicationsnumber><identifier>49179</identifier><internationalstandardbooknumber>9789860037722 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49179</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>自來水管承裝商管理系統維護計畫(光碟版)=Maintenances of A Registration System for Water-Supply -Pipes lnstallation lndustry</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/4</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>49182</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49182</librarycollectiondetailsurl><price>3000</price><publisher>交通部中央氣局</publisher><publishrocyear>95</publishrocyear><title>中華民國九十三年資料浮標觀測年報=DATA  BUOY OBSERVATION DATA ANNUAL  REPORT2004</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>673.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/4</date><governmentpublicationsnumber>30029820882</governmentpublicationsnumber><identifier>49183</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49183</librarycollectiondetailsurl><price>265</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>82</publishrocyear><title>機關志講義彙編</title><yearidentifier>199308</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/7</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49186</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49186</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十期）</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>水利署北區水資源局；行政院農委會</author><categoryidentifier>999.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/7</date><governmentpublicationsnumber>1009500550</governmentpublicationsnumber><identifier>49187</identifier><internationalstandardbooknumber>9789860046465 ; 9860046468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49187</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>迴流：石門水庫國際漂流木藝術節＝"Shihmen Reservoir"  International Drift-wood Sculpture Symposium</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/7</date><governmentpublicationsnumber>8349840695</governmentpublicationsnumber><identifier>49188</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49188</librarycollectiondetailsurl><price>400</price><publisher>經濟部工業局</publisher><publishrocyear>84</publishrocyear><title>工業減廢叢書：用水合理化</title><yearidentifier>199506</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側之王功段現有養殖蚵架，南側新街段則為茂盛之紅樹林區，全段海岸生態環境極為良好，海岸生物系統豐富，若能妥為經營，將可成為為優良之生態保護區。惟現有防護設施係為防止立即性災害為目的，並未考量對生態之影響；目前生態環境亦未做適當管理，以致生態環境繼續遭到破壞。為拯救中西部海岸生態環境，並將潮間帶做妥善經營，以維護生物多樣性，爰成立本計畫，並以彰化芳苑海岸為示範區，以辦理自規劃、設計、實施、監測、評估、改進等整體性生態工法，用以經營潮間帶，並維護管理生態環境之完整性。</abstract><author>鼎興工程顧問有限公司.鼎興工程顧問有限公司</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940091</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009404918</governmentpublicationsnumber><identifier>49193</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49193</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>生態工法應用於潮間帶經營之研究(以彰化芳苑海岸為例):測量成果報告書</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中華民國環境工程學會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>2214870091</governmentpublicationsnumber><identifier>49195</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49195</librarycollectiondetailsurl><price>300</price><publisher>內政部營建署</publisher><publishrocyear>87</publishrocyear><title>臺灣地區自來水事業建設成果彙整及未來發展之研究</title><yearidentifier>199803</yearidentifier></data><data><abstract> </abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>351.8129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940044</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009404883</governmentpublicationsnumber><identifier>49196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49196</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>濁水溪河川情勢調查計畫(1/2)=Investigation of Current Status in Jhuoshuei River System(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009102061</governmentpublicationsnumber><identifier>49204</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49204</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫:二、地質與材料專題2.地質與工程調查試驗</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009102142</governmentpublicationsnumber><identifier>49205</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49205</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫:三、水文水源專題1.水源運用規劃</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009102074</governmentpublicationsnumber><identifier>49206</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49206</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫:三、水文水源專題2.工程水文</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>351.71319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009102584</governmentpublicationsnumber><identifier>49207</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49207</librarycollectiondetailsurl><price>439</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究後龍溪流域</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751   351.71351</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009103444</governmentpublicationsnumber><identifier>49209</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49209</librarycollectiondetailsurl><price>495</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台灣地區重要河川單位歷線模式應用研究:高屏溪流域=Application Study on Unit Hydrograph Model  for Important River in Taiwan  Kao-Ping  Basin</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>李訓煌計畫主持;陳義雄共同主持</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/8</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>49210</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49210</librarycollectiondetailsurl><price>495</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(3/4)(南部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>010407 007</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/9</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>49214</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49214</librarycollectiondetailsurl><price>150</price><publisher>交通部中央氣象局</publisher><publishrocyear>92</publishrocyear><title>中華民國93年潮汐表=TIDAL TABLES 2004</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>440.9231</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/9</date><governmentpublicationsnumber>8373830044</governmentpublicationsnumber><identifier>49215</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49215</librarycollectiondetailsurl><price>150</price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>83</publishrocyear><title>台北盆地八十二年水準網點檢測報告</title><yearidentifier>199404</yearidentifier></data><data><abstract>針對93年度各獲選為節約用水績優單位及個人之節水事蹟,進行專題報導,除予表彰宣揚外,並可供各界參考借鏡</abstract><author>經濟部水利署</author><categoryidentifier>443.682026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/11</date><governmentpublicationsnumber>1009202588</governmentpublicationsnumber><identifier>49221</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49221</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>2003經濟部水利署節約用水績優單位及個人專輯　2003 Water Conservation Outstanding Performance Awards</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/11</date><governmentpublicationsnumber>1009200766</governmentpublicationsnumber><identifier>49225</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49225</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署【台北辦公區】</publisher><publishrocyear>92</publishrocyear><title>中華民國九十年臺灣水文年報第三部份─地下水水文  HYDROLOGICAL  YEAR  BOOK   OF  TAIWAN  REPUBLIC  OF  CHINA  2001 part III─GROUNDWATER  HYDROLOGY</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/11</date><governmentpublicationsnumber>1009200767</governmentpublicationsnumber><identifier>49226</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49226</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署【台北辦公區】</publisher><publishrocyear>92</publishrocyear><title>中華民國九十年臺灣水文年報第四部份─近海水文  HYDROLOGICAL  YEAR  BOOK   OF  TAIWAN  REPUBLIC  OF  CHINA  2001  PART  IV─COASTAL   HYDROLOGY</title><yearidentifier>200302</yearidentifier></data><data><abstract>針對經濟部水利署未來可能加入或參加之國際水資源組織、國際水資源相關會議與國際合作項目(評析水資源國際合作國家包括美國、以色列、新加坡、日本、德國、沙烏地阿拉伯等)進行評析。並建議未來參與國際水資源組織、會議、合作項目之中、長期經費預估與參與策略。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940001</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/11</date><governmentpublicationsnumber>1009304678</governmentpublicationsnumber><identifier>49228</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49228</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水資源科技國際合作計畫期末報告</title><yearidentifier>200411</yearidentifier></data><data><abstract>為配合行政院核定之挑戰2008國家重點發展計畫─水與綠建設計畫之實施，暨92年全國水利會議之召開，水利政策除將朝治水、利水、活水與親水四大施政主軸推動外，許多新施政措施亦配合規劃推行，本計畫係二年連續計畫。在第一年計畫中，已針對綜合治水對策、水資源保育限制回饋、水利署組織及業務之檢討等三個主題加以研究完成；本年度係第二年計畫，獎對多元化水資源開發政策與相關法理、河川環境營造及管理、地層下陷防治可行性檢討三個主題加以研究探討。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/11</date><governmentpublicationsnumber>1009304805</governmentpublicationsnumber><identifier>49229</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49229</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利法規配合國家發展重點計畫之檢討修正計畫(2/2)＝Revision of the Water Law for the National Development Plan (2/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為配合「國家發展重點計畫(挑戰2008)－水與綠建設計畫」，逐步恢復台灣的自然生態，創造亞熱帶國家生態島嶼典範，其中「生態治河親水建設」之目標旨在有效削減旱澇災害、保障民眾生命財產安全及產業發展；兼顧生態保育及親水空間營造，創造具安全性、多樣化、自然及親水之河川環境。本計畫之工作目標係依據「高屏溪河川環境管理規劃」成果，研提機能空間之營造計畫，為高屏溪後續整治與管理之參考依據。 依河川環境機能空間劃分後，其中生態保護、環境教育及自由休憩空間，三者面積加總佔總面積達到67.74％。 符合高屏溪流域規劃願景--以生態保育為主軸，兼顧各方面發展，未來可以維護河川保育區空間為目標。 河川環境營造在防洪安全前提下，以河川生態保育為基礎，分段分區管理為原則，考量河川空間利用與地方發展之關係，以營造良好河川生態環境及水資源之永續利用，期待高屏溪能繼續扮演孕育高屏地區生息之藍綠帶之活水泉源。</abstract><author>高苑科技大學</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/14</date><governmentpublicationsnumber>1009501493</governmentpublicationsnumber><identifier>49235</identifier><internationalstandardbooknumber>9789860055061 ; 9860055068</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49235</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪河川環境營造計畫規劃(內附光碟) The Environmental Rehabilitation Project of Kao-Ping River</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展基金會、台大環工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/14</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>49236</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49236</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署、環保署</publisher><publishrocyear>94</publishrocyear><title>水環境教育師資研習計畫暨水環境教育資源網站建置計畫第一年期末報告（修定稿）</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對國內外河道深水槽沖淤演變技術，進行相關研究蒐集與整理，並提出現場沖淤可行之量測方法，以獲得可靠之深水槽沖淤演變資料，據以進行一般沖淤及局部最大沖刷預測模式之選取、參數之率定及評估，並提出客觀之河道深水槽沖淤演變預測模式，</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>351.81929</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/14</date><governmentpublicationsnumber>1009404440</governmentpublicationsnumber><identifier>49237</identifier><internationalstandardbooknumber>986037418 ; 986037418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49237</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道深槽沖淤量測及預測模擬變化潛士勢評估(以濁水溪為研究案例)-總報告光碟版 Field Measurements of Main Channel Bed Variations and Evaluation of Their Potential Potential Prediction(Case study of Cho-Shui River)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究主要為分析歐、美、日等國對於自來水水質水量保護區之管理方式，尤其針對日本之管理策略與措施，加以完整的收集資訊，並翻譯日本在管理策略上相關法規及管理方式之演變，與以追蹤並引述。在研究過程中為充實資訊之完整，也曾赴日本訪問東京都水道局之實際管理方式，並邀請日本橫濱市水道局局長來台進行水源區水質水量共生管理論壇，以增進對日本管理模式之了解。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940263</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/15</date><governmentpublicationsnumber>1009501320</governmentpublicationsnumber><identifier>49243</identifier><internationalstandardbooknumber>9789860053838 ; 9860053839</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49243</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水質水量保護區共生之綜合管理策略與措施之研究＝A Strategies and Action Study on Comprehensive Management of Water Quality and Water Quantity Protection Area</title><yearidentifier>200605</yearidentifier></data><data><abstract>本研究主要為分析歐、美、日等國對於自來水水質水量保護區之管理方式，尤其針對日本之管理策略與措施，加以完整的收集資訊，並翻譯日本在管理策略上相關法規及管理方式之演變，與以追蹤並引述。在研究過程中為充實資訊之完整，也曾赴日本訪問東京都水道局之實際管理方式，並邀請日本橫濱市水道局局長來台進行水源區水質水量共生管理論壇，以增進對日本管理模式之了解。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940263</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/15</date><governmentpublicationsnumber>1009501320</governmentpublicationsnumber><identifier>49244</identifier><internationalstandardbooknumber>9789860053838 ; 9860053839</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49244</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水質水量保護區共生之綜合管理策略與措施之研究(光碟版)＝A Strategies and Action Study on Comprehensive Management of Water Quality and Water Quantity Protection Area</title><yearidentifier>200605</yearidentifier></data><data><abstract>本建置計畫包含曾文水庫、鳶山堰、直潭壩等站，以無線結合有線專線區域網路連接遠端監測點及近端之間空中心，其中遠端監測點之影像透過無線傳輸至近端監控中心。</abstract><author>國家高速網路與計算中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/15</date><governmentpublicationsnumber>1009304697</governmentpublicationsnumber><identifier>49245</identifier><internationalstandardbooknumber>9789570195569 ; 9570195568</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49245</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>格網系統之規劃與建置--以乾旱預報為例操作手冊 Planning and Development of Grid System for Drought Forecasting</title><yearidentifier>200412</yearidentifier></data><data><abstract>本建置計畫包含曾文水庫、鳶山堰、直潭壩等站，以無線結合有線專線區域網路連接遠端監測點及近端之間空中心，其中遠端監測點之影像透過無線傳輸至近端監控中心。</abstract><author>國家高速網路與計算中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/15</date><governmentpublicationsnumber>1009304697</governmentpublicationsnumber><identifier>49246</identifier><internationalstandardbooknumber>9789570195569 ; 9570195568</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49246</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>格網系統之規劃與建置--以乾旱預報為例維護手冊 Planning and Development of Grid System for Drought Forecasting</title><yearidentifier>200412</yearidentifier></data><data><abstract>水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川(防洪)工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、農田水利、自來水事業、行政組織、經費及其他</abstract><author>經濟部水利署</author><categoryidentifier>443.6893203</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/16</date><governmentpublicationsnumber>1009501847</governmentpublicationsnumber><identifier>49257</identifier><internationalstandardbooknumber>9789860058963 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49257</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十四年水利統計  STATISTIC OF WATER RESOURCES 2005</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>蔡進來</author><categoryidentifier>370.44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/16</date><governmentpublicationsnumber>1009404937</governmentpublicationsnumber><identifier>49267</identifier><internationalstandardbooknumber>9789860041064 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49267</librarycollectiondetailsurl><price>280</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>94</publishrocyear><title>臺灣維管束植物之學名解說＝Publishing manual of the  interpretation about scientific names of the vascular plants in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49271</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49271</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十一期）</title><yearidentifier>200608</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/17</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49273</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49273</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十二期）</title><yearidentifier>200608</yearidentifier></data><data><abstract>水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川(防洪)工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、農田水利、自來水事業、行政組織、經費及其他</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/22</date><governmentpublicationsnumber>1009501847</governmentpublicationsnumber><identifier>49297</identifier><internationalstandardbooknumber>9789860058963 ; 9860058962</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49297</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利統計.中華民國94年=Statistics of water resources 2005</title><yearidentifier>200608</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會 水土保持局</author><categoryidentifier>432.7302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/23</date><governmentpublicationsnumber>2005600008</governmentpublicationsnumber><identifier>49301</identifier><internationalstandardbooknumber>1607-9337 ; 16079337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49301</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>95</publishrocyear><title>水土保持統計年報</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>經濟部礦務局  編印</author><categoryidentifier>451.302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/23</date><governmentpublicationsnumber>2008900325</governmentpublicationsnumber><identifier>49302</identifier><internationalstandardbooknumber>1682-2943 ; 16822943</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49302</librarycollectiondetailsurl><price>350</price><publisher>經濟部礦務局</publisher><publishrocyear>95</publishrocyear><title>礦業統計年報-中華民國94年 ANNUAL STATISTICAL REPORT OF MINERAL 2005</title><yearidentifier>200607</yearidentifier></data><data><abstract>砂石為國家社會建設不可或缺之材料，早期砂石需求量不大時，西部各大河川砂石淤積量多，足以充分供應各項建設所需，甚至如濁水溪、蘭陽溪等溪流，尚面臨嚴重的河道淤積問題。惟近十餘年來，台灣地區西部河川上游興建各種蓄水及攔砂構造物（如水庫、水壩、攔河堰、攔砂壩、攔砂堰）後，上游砂石已被大量攔阻，導致各大河川下游段砂石補充來源大幅減少。西部各大河川中下游長期歷經砂石大量的超限開採，已呈現日漸枯竭狀態。由於各項建設持續之推動，對砂石需求殷切。近幾年陸上砂石、進口砂石及營建剩餘土石方逐漸供應市場且供應比例亦有逐年提升之現象。惟河川砂石因品質佳及加工成本低廉，仍為一般業者之最愛。在重利誘惑下，不肖業者常以合法掩護非法，以集團性組織化手法進行大規模盜採，嚴重破壞河川穩定平衡，並危及沿河建造物及河防安全。因涉黑道介入組織犯罪，實有必要建立一套防制對策，以遏止河川砂石盜濫採行為。</abstract><author>國立中正大學</author><categoryidentifier>357.113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940269</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/24</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>49308</identifier><internationalstandardbooknumber>9789860057997 ; 9789860057</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49308</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公室)</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜濫採行為防制對策研究(內附光碟)=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR ILLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>慶捷星科技股份有限公司</author><categoryidentifier>445.2028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/25</date><governmentpublicationsnumber>4109102422</governmentpublicationsnumber><identifier>49309</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49309</librarycollectiondetailsurl><price>300</price><publisher>臺灣省自來水股份有限公司</publisher><publishrocyear>95</publishrocyear><title>臺灣省自來水事業統計年報(第二十八期)─中華民國94年(光碟版)=THE STATISTICAL YEARBOOK OF TAIWAN WATER CORPORATION2005</title><yearidentifier>200607</yearidentifier></data><data><abstract>考量物化環境、自然生態及地方人文，融合地方特色及民意，研擬五十溪、大湖溪及七張橋至鐵路橋段之河川環境營造計畫，作為後續整治與管理之參考</abstract><author>泊森總合環境設計顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>094-B-01030-001-101</commissionedprojectidentifier><currency>NT$</currency><date>2006/8/29</date><governmentpublicationsnumber>1009404650</governmentpublicationsnumber><identifier>49316</identifier><internationalstandardbooknumber>9789860056457 ; 9860056455</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49316</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪、大湖溪及七張橋至鐵路橋段河川環境營造計畫＝River Environmental planning of Wu-Shi Creek, Ta-Hu Creek, and River Section Between Chi-Chang Bridge and Railroad Bridge in Yilan River Basin</title><yearidentifier>200607</yearidentifier></data><data><abstract>考量物化環境、自然生態及地方人文，融合地方特色及民意，研擬五十溪、大湖溪及七張橋至鐵路橋段之河川環境營造計畫，作為後續整治與管理之參考</abstract><author>泊森總合環境設計顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/29</date><governmentpublicationsnumber>1009404650</governmentpublicationsnumber><identifier>49317</identifier><internationalstandardbooknumber>9789860056457 ; 9789860056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49317</librarycollectiondetailsurl><price>400</price><publisher>經濟部第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪、大湖溪及七張橋至鐵路橋段河川環境營造計畫(光碟版)＝River environmental planning of Wu-Shi Creek, Ta-Hu Creek, and river section between Chi-Chang Bridge and railroad bridge in Yilan River basin</title><yearidentifier>200607</yearidentifier></data><data><abstract>為因應苗栗地區中、遠程計畫所需水量，以建造天花水庫為最佳方案。在不影響原有用水的之權益下，每日可增供約26噸用水量。水庫與建後，不但可滿足本地區用水需求與增加區域水資源調配彈性外，同時減少地下水之抽用等多重功效，實為值得開發之方案。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642   443.642 072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/29</date><governmentpublicationsnumber>1009500523</governmentpublicationsnumber><identifier>49318</identifier><internationalstandardbooknumber>9789860046113 ; 9860046115</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49318</librarycollectiondetailsurl><price>1500</price><publisher>水利署水規所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可行性規劃總報告＝General report on feasibility  study of Tien Hwa Hu reservoir</title><yearidentifier>200606</yearidentifier></data><data><abstract>為因應苗栗地區中、遠程計畫所需水量，以建造天花水庫為最佳方案。在不影響原有用水的之權益下，每日可增供約26噸用水量。水庫與建後，不但可滿足本地區用水需求與增加區域水資源調配彈性外，同時減少地下水之抽用等多重功效，實為值得開發之方案。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.642   443.642 072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/29</date><governmentpublicationsnumber>1009500523</governmentpublicationsnumber><identifier>49319</identifier><internationalstandardbooknumber>9789860046113 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49319</librarycollectiondetailsurl><price>1500</price><publisher>水利署水規所</publisher><publishrocyear>95</publishrocyear><title>天花湖水庫可行性規劃總報告(光碟版)＝General report on feasibility  study of Tien Hwa Hu reservoir</title><yearidentifier>200606</yearidentifier></data><data><abstract>水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川(防洪)工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、農田水利、自來水事業、行政組織、經費及其他</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/30</date><governmentpublicationsnumber>1009501847</governmentpublicationsnumber><identifier>49324</identifier><internationalstandardbooknumber>9789860058963 ; 9860058962</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49324</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利統計.中華民國94年=Statistics of water resources 2005(光碟版)</title><yearidentifier>200608</yearidentifier></data><data><abstract> </abstract><author>謝光照 楊金興 編輯</author><categoryidentifier>434.013   434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/30</date><governmentpublicationsnumber>1009501958</governmentpublicationsnumber><identifier>49325</identifier><internationalstandardbooknumber>9789789860050 ; 9789860059</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49325</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>95</publishrocyear><title>民國93年雜糧作物試驗研究年報 ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT 2004</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署,節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/8/31</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>49326</identifier><internationalstandardbooknumber>16062574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49326</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>節約用水季刊（第四十一期 )－ 節水新世代、再生水利用</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.64072   443.642072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/4</date><governmentpublicationsnumber>1009404143</governmentpublicationsnumber><identifier>49330</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49330</librarycollectiondetailsurl><price>600</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>95</publishrocyear><title>General Report on Fealsibility Stuly of Tien Hwa Hu Reservoir</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency,MOEA</author><categoryidentifier>443.642072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/4</date><governmentpublicationsnumber>1009500523</governmentpublicationsnumber><identifier>49331</identifier><internationalstandardbooknumber>9789860046113 ; 9860046115</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49331</librarycollectiondetailsurl><price>600</price><publisher>Water Resources Planning lnstitute,</publisher><publishrocyear>95</publishrocyear><title>General Report on Fealsibility Stuly of Tien Hwa Hu Reservoir(光碟版)</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/6</date><governmentpublicationsnumber>1009501522</governmentpublicationsnumber><identifier>49332</identifier><internationalstandardbooknumber>9789860054958 ; 9860054959</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49332</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>95</publishrocyear><title>水土保持相關法規?編</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>法務部.教育部.行政院衛生署</author><categoryidentifier>412.2607</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/8</date><governmentpublicationsnumber>1009401552</governmentpublicationsnumber><identifier>49335</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49335</librarycollectiondetailsurl><price>51</price><publisher>法務部</publisher><publishrocyear>95</publishrocyear><title>95年反毒報告書</title><yearidentifier>200606</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/11</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49338</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49338</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十三期）</title><yearidentifier>200608</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/11</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49339</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49339</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十四期）</title><yearidentifier>200608</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/11</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49340</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49340</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十五期）</title><yearidentifier>200609</yearidentifier></data><data><abstract>台灣地理位置位於西北太平洋颱風移動路徑影響範圍，依中央氣象局歷史資料統計，每年約有3~4次颱風會侵襲或通過台灣沿海附近。颱風經過時，因颱風結構因素，低氣壓會使海面水位抬昇，加上強勁的風速，亦會造成海水面產生相同的反應，此二者作用形成海水面異常上升現象稱為暴潮。當海水面受颱風效應異常抬升時，若正值天文潮漲潮，兩者共同的影響，會使沿海地區海水位異常增高，導致沿海低窪地區遭到淹沒，或是河口地區因外水位增高，形成排水不易而淹水；尤有甚者，當海面水位高漲，再加上波浪效應，衝擊海堤，極易發潰決，引發海水倒灌之重大水災。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940183</commissionedprojectidentifier><currency>NT$</currency><date>2006/9/12</date><governmentpublicationsnumber>1009403567</governmentpublicationsnumber><identifier>49344</identifier><internationalstandardbooknumber>9789860031171 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49344</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川及沿海禦潮預警指標暨通報雛型建置計畫操作手冊 Building an early warning system for the prevention of surge inundation at estuary and the coastline regions User Guide</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地理位置位於西北太平洋颱風移動路徑影響範圍，依中央氣象局歷史資料統計，每年約有3~4次颱風會侵襲或通過台灣沿海附近。颱風經過時，因颱風結構因素，低氣壓會使海面水位抬昇，加上強勁的風速，亦會造成海水面產生相同的反應，此二者作用形成海水面異常上升現象稱為暴潮。當海水面受颱風效應異常抬升時，若正值天文潮漲潮，兩者共同的影響，會使沿海地區海水位異常增高，導致沿海低窪地區遭到淹沒，或是河口地區因外水位增高，形成排水不易而淹水；尤有甚者，當海面水位高漲，再加上波浪效應，衝擊海堤，極易發潰決，引發海水倒灌之重大水災。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940183</commissionedprojectidentifier><currency>NT$</currency><date>2006/9/12</date><governmentpublicationsnumber>1009403567</governmentpublicationsnumber><identifier>49345</identifier><internationalstandardbooknumber>9789860031171 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49345</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川及沿海禦潮預警指標暨通報雛型建置計畫維護手冊 Building an early warning system for the prevention of surge inundation at estuary and the coastline regions Maintence Manual</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/13</date><governmentpublicationsnumber>1009404450</governmentpublicationsnumber><identifier>49352</identifier><internationalstandardbooknumber>9789860036633 ; 9860036632</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49352</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>基隆河整體治理計畫(前期計畫)暨後期治理規劃方案之效益與風險評估(光碟版)=The Benefit and Risk Assessment to the lntegrated Flood Control Plan at Keelung River and the Succeeding Management</title><yearidentifier>200512</yearidentifier></data><data><abstract>集集共同引水營運管理系統檢測維修管理</abstract><author>精業台中分公司、中興工程顧問公司、翰昇環境科技公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/13</date><governmentpublicationsnumber>1009501308</governmentpublicationsnumber><identifier>49353</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49353</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集共同引水營運管理系統檢測維修管理成果報告</title><yearidentifier>200608</yearidentifier></data><data><abstract>集集共同引水營運管理系統檢測維修管理</abstract><author>精業台中分公司、中興工程顧問公司、翰昇環境科技公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/13</date><governmentpublicationsnumber>1009501308</governmentpublicationsnumber><identifier>49354</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49354</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集共同引水營運管理系統檢測維修管理成果報告(光碟版)</title><yearidentifier>200608</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/14</date><governmentpublicationsnumber>1009501689</governmentpublicationsnumber><identifier>49356</identifier><internationalstandardbooknumber>9789789860050 ; 9789860057</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49356</librarycollectiondetailsurl><price>86</price><publisher>行政院人事行政局</publisher><publishrocyear>95</publishrocyear><title>第八屆中央機關美展專輯</title><yearidentifier>200608</yearidentifier></data><data><abstract>乾旱防救作業屬一相當複雜的防災與救災之整合工作。在進行乾旱防救作業時，隨時需要收集彙整各種氣象水文與水資源管理相關資訊，藉助各種監視、模擬分析工具與決策支援系統，進行災情分析與決策擬定，進而依照通報程序因應執行各項旱災防救作業。近年來電腦應用於水資源管理已為相當成熟之技術，因此本計畫系統亦以資訊化管理方式建立。本計畫之主要工作項目有：(一)水情監視及評估系統(二)乾旱預警系統(三)決策支援系統(四)應變機制系統 (五)抗旱資訊網(六)系統維護次系統(七)系統移交教育訓練</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/14</date><governmentpublicationsnumber>1009301106</governmentpublicationsnumber><identifier>49357</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49357</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>建置旱災防救決策支援系統維護手冊  Planning Decision Support System for Drought Defense</title><yearidentifier>200403</yearidentifier></data><data><abstract>乾旱防救作業屬一相當複雜的防災與救災之整合工作。在進行乾旱防救作業時，隨時需要收集彙整各種氣象水文與水資源管理相關資訊，藉助各種監視、模擬分析工具與決策支援系統，進行災情分析與決策擬定，進而依照通報程序因應執行各項旱災防救作業。近年來電腦應用於水資源管理已為相當成熟之技術，因此本計畫系統亦以資訊化管理方式建立。本計畫之主要工作項目有：(一)水情監視及評估系統(二)乾旱預警系統(三)決策支援系統(四)應變機制系統 (五)抗旱資訊網(六)系統維護次系統(七)系統移交教育訓練</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/14</date><governmentpublicationsnumber>1009301106</governmentpublicationsnumber><identifier>49359</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49359</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>建置旱災防救決策支援系統操作手冊  Planning Decision Support System for Drought Defense</title><yearidentifier>200403</yearidentifier></data><data><abstract>鯉魚潭水庫93至94年度間水庫容積變化之測量成果</abstract><author>永璋工程有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/15</date><governmentpublicationsnumber>1009405153</governmentpublicationsnumber><identifier>49364</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49364</librarycollectiondetailsurl><price>99</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度鯉魚潭水庫淤積測量報告</title><yearidentifier>200606</yearidentifier></data><data><abstract>鯉魚潭水庫93至94年度間水庫容積變化之測量成果</abstract><author>永璋工程有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/15</date><governmentpublicationsnumber>1009405153</governmentpublicationsnumber><identifier>49365</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49365</librarycollectiondetailsurl><price>99</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度鯉魚潭水庫淤積測量報告(光碟版)</title><yearidentifier>200606</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49366</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十六期）</title><yearidentifier>200609</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.644129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/19</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>49372</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49372</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫蓄水通水紀念文集：開闢鴻荒的傳奇(內附光碟)</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/9/21</date><governmentpublicationsnumber>1009402993</governmentpublicationsnumber><identifier>49380</identifier><internationalstandardbooknumber>9789860024173 ; 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9789860056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49449</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署臺北水源特定區管理局94年度工作年報〈光碟片〉 Taipei Water Management Office Water Resources Agency Ministry of Economic Affairs 2005 annual job report</title><yearidentifier>200607</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/11</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49451</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49452</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第三十九期）</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/13</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49458</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49458</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十期）</title><yearidentifier>200610</yearidentifier></data><data><abstract>主要在進行湖山水庫施工導水路工址及施工道路附近區域之陸域動植物（包括哺乳類、鳥類、兩棲爬蟲類、維管束植物、苔蘚）及水域動物（包括魚類、蝦蟹類）調查，並針對保育類動物及稀有植物研提保育措施執行計畫。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>367.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/14</date><governmentpublicationsnumber>1009502512</governmentpublicationsnumber><identifier>49482</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49482</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫施工導水路工程生物相調查及生態保育措施</title><yearidentifier>200609</yearidentifier></data><data><abstract>主要在進行湖山水庫施工導水路工址及施工道路附近區域之陸域動植物（包括哺乳類、鳥類、兩棲爬蟲類、維管束植物、苔蘚）及水域動物（包括魚類、蝦蟹類）調查，並針對保育類動物及稀有植物研提保育措施執行計畫。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>367.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/14</date><governmentpublicationsnumber>1009502512</governmentpublicationsnumber><identifier>49483</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49483</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫施工導水路工程生物相調查及生態保育措施(光碟版)</title><yearidentifier>200609</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/16</date><governmentpublicationsnumber>1009502185</governmentpublicationsnumber><identifier>49489</identifier><internationalstandardbooknumber>9789860063745 ; 9789860063</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49489</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源永續經營管理策略規劃 The Strategic Planning for Sustainable Development and Management of Water Resources in Central Taiwan</title><yearidentifier>200608</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/23</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49504</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49504</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十一期）</title><yearidentifier>200610</yearidentifier></data><data><abstract>為確保寶二水庫蓄水及營運期間壩體之安全及穩定，中水局於大壩施工期間委託辦理土壩監測系統埋設工程，以觀測大壩行為，作為施工及未來營運期間壩體行為及安全性之參考依據。中興社於施工後期承辦中水局「壩體安全監測分析」工作，根據監測儀器觀測結果評估分析壩體行為及安全性。 根據施工期間及蓄水初期壩體監測分析結果顯示，包括基礎水壓計、壩體水壓計、壩體土壓計、傾斜儀、沉陷鈑及水平變位計等監測結果研判，寶二大壩於本期間內之行為表現正常，未發現異常現象。 而施工期間壩體埋設之監測儀器曾因施工受損的情況，依壩體未來蓄水營運安全監測的需求而論，大致上勉強符合需求。另外針對部份監測儀器發生功能異常、位置混淆及損壞，亦一併提出壩體安全掌控方式及補救措施建議。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/24</date><governmentpublicationsnumber>1009501964</governmentpublicationsnumber><identifier>49505</identifier><internationalstandardbooknumber>9789860059144 ; 9860059144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49505</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩施工至完工初期監測分析報告</title><yearidentifier>200610</yearidentifier></data><data><abstract>為確保寶二水庫蓄水及營運期間壩體之安全及穩定，中水局於大壩施工期間委託辦理土壩監測系統埋設工程，以觀測大壩行為，作為施工及未來營運期間壩體行為及安全性之參考依據。中興社於施工後期承辦中水局「壩體安全監測分析」工作，根據監測儀器觀測結果評估分析壩體行為及安全性。 根據施工期間及蓄水初期壩體監測分析結果顯示，包括基礎水壓計、壩體水壓計、壩體土壓計、傾斜儀、沉陷鈑及水平變位計等監測結果研判，寶二大壩於本期間內之行為表現正常，未發現異常現象。 而施工期間壩體埋設之監測儀器曾因施工受損的情況，依壩體未來蓄水營運安全監測的需求而論，大致上勉強符合需求。另外針對部份監測儀器發生功能異常、位置混淆及損壞，亦一併提出壩體安全掌控方式及補救措施建議。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/24</date><governmentpublicationsnumber>1009501964</governmentpublicationsnumber><identifier>49506</identifier><internationalstandardbooknumber>9789860059144 ; 9860059144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49506</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩施工至完工初期監測分析報告(光碟版)</title><yearidentifier>200610</yearidentifier></data><data><abstract>寶山第二水庫整體工程計畫簡介，包含大壩，溢洪道，取出水工，水源聯通工程等</abstract><author>台威傳播公司</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/24</date><governmentpublicationsnumber>4509500647</governmentpublicationsnumber><identifier>49507</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49507</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫工程計畫簡介影片(光碟版)</title><yearidentifier>200603</yearidentifier></data><data><abstract>寶山第二庫施工內容分項紀實</abstract><author>台威傳播公司</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/24</date><governmentpublicationsnumber>4509500649</governmentpublicationsnumber><identifier>49508</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49508</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫施工紀實影片(光碟版)</title><yearidentifier>200603</yearidentifier></data><data><abstract>現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃設計所需，故需加以調查或補充現有資料之不足，整合提供各界參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.689737   351.8137</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940047</commissionedprojectidentifier><currency>NT$</currency><date>2006/10/31</date><governmentpublicationsnumber>1009501855</governmentpublicationsnumber><identifier>49520</identifier><internationalstandardbooknumber>9789860051131 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49520</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪河系河川情勢調查計畫總報告=Investigation of stream status of Bajhang River</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/10/31</date><governmentpublicationsnumber>1009501855</governmentpublicationsnumber><identifier>49521</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49521</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>95</publishrocyear><title>八掌溪河系河川情勢調查計畫總報告(光碟版)=Investigation of stream status of Bajhang River</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/1</date><governmentpublicationsnumber>4309501601</governmentpublicationsnumber><identifier>49522</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49522</librarycollectiondetailsurl><price>2000</price><publisher>交通部中央氣局</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年潮汐觀測資料年報(光碟版)=TIDAL OBSERVATION  DATA  ANNUAL  REPORT2005 年刊第18期</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/6</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>49529</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49529</librarycollectiondetailsurl><price>475</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署中區水資源局年報 九十四年度</title><yearidentifier>200609</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/8</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>49530</identifier><internationalstandardbooknumber>9789860058178 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49530</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂(螢光粒料)調查研究先期規劃=Preliminary Study of Fluorescent Tracer Scheme On Sediment lnvestigation at Taitung Coast</title><yearidentifier>200607</yearidentifier></data><data><abstract>鑒於新竹、苗栗地區工商業快速發展使公共及工業用水量與日俱增，尤以新竹地區因高科技工業不斷擴展，用水需求更感迫切，為解決即將面臨之缺水問題，台灣省自來水公司、新竹科學園區管理局及台灣省水利局為增進新竹地區水源調蓄與供應能力，乃共同籌措經費，就興建寶山第二水庫案進行調查與規劃。經陳奉行政院列入國家建設六年計畫，復由經濟部補助經費辦理可行性規劃，經濟部水資源審議委員會審議通過，奉行政院核定，台灣省水利局自民國86年4月開始正式實施。本水庫完成後配合頭前溪隆恩堰及寶山水庫聯合運用，可滿足新竹地區至民國110年之計畫用水需求。 為建立大壩工程詳盡之施工紀錄，於是進行本土壩資料整理及分析工作，以完整紀錄施工期間之施工狀況、品管檢驗、材料試驗、監測資料與安全評估分析結果等，作為本工程之完整紀錄及為後續蓄水營運及安全評估之參考。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/9</date><governmentpublicationsnumber>1009502638</governmentpublicationsnumber><identifier>49533</identifier><internationalstandardbooknumber>9789860067446 ; 9860067449</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49533</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩工程竣工報告</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/10</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>49537</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49537</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂(螢光粒料)調查研究先期規劃(光碟版)成果資料-Preliminary Study of Fluorescent Tracer Scheme On Sediment Investigation at Taitung Coast</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/10</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>49538</identifier><internationalstandardbooknumber>9789789860050 ; 9789860058</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49538</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂〈螢火粒料〉調查研究先期規劃</title><yearidentifier>200607</yearidentifier></data><data><abstract>鑒於新竹、苗栗地區工商業快速發展使公共及工業用水量與日俱增，尤以新竹地區因高科技工業不斷擴展，用水需求更感迫切，為解決即將面臨之缺水問題，台灣省自來水公司、新竹科學園區管理局及台灣省水利局為增進新竹地區水源調蓄與供應能力，乃共同籌措經費，就興建寶山第二水庫案進行調查與規劃。經陳奉行政院列入國家建設六年計畫，復由經濟部補助經費辦理可行性規劃，經濟部水資源審議委員會審議通過，奉行政院核定，台灣省水利局自民國86年4月開始正式實施。本水庫完成後配合頭前溪隆恩堰及寶山水庫聯合運用，可滿足新竹地區至民國110年之計畫用水需求。 為建立大壩工程詳盡之施工紀錄，於是進行本土壩資料整理及分析工作，以完整紀錄施工期間之施工狀況、品管檢驗、材料試驗、監測資料與安全評估分析結果等，作為本工程之完整紀錄及為後續蓄水營運及安全評估之參考。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64206</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>1009502638</governmentpublicationsnumber><identifier>49544</identifier><internationalstandardbooknumber>9789860067446 ; 9789860067</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49544</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>寶山第二水庫土壩工程竣工報告(光碟版)</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49546</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49546</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十二期）</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49547</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49547</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十三期）</title><yearidentifier>200611</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49548</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49548</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十四期）</title><yearidentifier>200611</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49549</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49549</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十五期）</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>514.2757</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>2004100013</governmentpublicationsnumber><identifier>49550</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49550</librarycollectiondetailsurl><price>316</price><publisher>彰化縣政府</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年 彰化縣統計要覽 第五十五期(內附光碟)</title><yearidentifier>200609</yearidentifier></data><data><abstract> </abstract><author>雲化縣政府</author><categoryidentifier>514.2767</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/16</date><governmentpublicationsnumber>1009502654</governmentpublicationsnumber><identifier>49551</identifier><internationalstandardbooknumber>9789860067507 ; 9789860067</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49551</librarycollectiondetailsurl><price>316</price><publisher>雲林縣政府</publisher><publishrocyear>95</publishrocyear><title>中華民國九十四年雲林縣統計要覽 第五十六期</title><yearidentifier>200609</yearidentifier></data><data><abstract>本署於94年度辦理之水資源科技發展、一般行政、水資源企劃與保育計畫、水資源開發與維護、河川與排水等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署94年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/21</date><governmentpublicationsnumber>1009502811</governmentpublicationsnumber><identifier>49559</identifier><internationalstandardbooknumber>9789860069389 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49559</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署94年度委辦計畫成果發表會 2005 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>200610</yearidentifier></data><data><abstract>本署於94年度辦理之水資源科技發展、一般行政、水資源企劃與保育計畫、水資源開發與維護、河川與排水等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署94年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/21</date><governmentpublicationsnumber>1009502811</governmentpublicationsnumber><identifier>49560</identifier><internationalstandardbooknumber>9789860069389 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49560</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署94年度委辦計畫成果發表會(光碟版) 2005 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>200610</yearidentifier></data><data><abstract>聯合國曾經呼籲二十一世紀人類面臨之主要問題將是糧食及水資源供給。依據2006年在墨西哥所舉辦的第四屆世界水資源論壇，對外公佈的『世界水資源開發報告』中曾經提出警訊：全球1/5（約13億）的人口無法得到安全飲用水，水資源危機日益加重。經濟部水利署基於力促水資源永續發展宜摒除過往人定勝天的思維，而轉以追求人與自然環境之間的和諧與平衡為現代化水資源管理新理念，逐步推動「治水」、「利水」、「親水」、「活水」、「保水」五項核心水利政策，並於民國94年度辦理水資源科技發展、一般行政、水資源企劃與保育計畫、水資源開發與維護、河川與排水等委辦計畫，成果豐碩。 94年度10月預計收錄257件委辦計畫，但有16件委辦計畫為跨年度計畫而未結案，35件為探勘測量資料或經常性維護管理業務而不須收納自我評估表。所有委辦計畫總經費為17,412,9692元，人力為2,254人。為使這些成果能夠提供各相關單位參考運用，本彙編將彙整水利署94年度各委辦計畫之研究成果附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009502810</governmentpublicationsnumber><identifier>49561</identifier><internationalstandardbooknumber>9789860069372 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49561</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署94年度委辦計畫成果摘要彙編：水的台灣‧咱的希望   2005 Water Resources Agency Commissioned Projects Accomplishment Summary</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>輔仁大學應用統計研究所</author><categoryidentifier>551.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/22</date><governmentpublicationsnumber>1009501614</governmentpublicationsnumber><identifier>49564</identifier><internationalstandardbooknumber>9789860055788 ; 9860055785</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49564</librarycollectiondetailsurl><price>800</price><publisher>交通部觀光局</publisher><publishrocyear>95</publishrocyear><title>中華民國94年來台旅客消費及動向調查報告 2005Annual Surver on Vistors Expenditure and Trends in Taiwan</title><yearidentifier>200607</yearidentifier></data><data><abstract>石岡壩魚道自2001年完成後，其是否如預期之效益，必須進行評估，其內容包含魚道生態監測，魚道效能評估，上下游河道水域生態監測及生態環境分析等工作。</abstract><author>國立清華大學</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/22</date><governmentpublicationsnumber>1009502375</governmentpublicationsnumber><identifier>49566</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49566</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>石岡壩魚道效能評估與上下游河道水域生態監測總報告(九十四年七月至九十五年六月) The Assessment on the Fishway and the Ecological Monitoring of the Shin-Kang Dam and Nearby Region (2005.7~2006.6)</title><yearidentifier>200609</yearidentifier></data><data><abstract>石岡壩魚道自2001年完成後，其是否如預期之效益，必須進行評估，其內容包含魚道生態監測，魚道效能評估，上下游河道水域生態監測及生態環境分析等工作。</abstract><author>國立清華大學</author><categoryidentifier>443.642712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/22</date><governmentpublicationsnumber>1009502375</governmentpublicationsnumber><identifier>49568</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49568</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>石岡壩魚道效能評估與上下游河道水域生態監測總報告(九十四年七月至九十五年六月)－光碟版 The Assessment on the Fishway and the Ecological Monitoring of the Shin-Kang Dam and Nearby Region (2005.7~2006.6)</title><yearidentifier>200609</yearidentifier></data><data><abstract>本年報內容分類為河川規劃、灌溉排水規劃、水資源規劃、大地工程試驗及水工試驗等五大類。各計畫內容分成計畫目的‧工作範圍、工作項目、工作構想及方法、重要成果及後續辦理事項共六節，精簡內容以利各界參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/22</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>49570</identifier><internationalstandardbooknumber>9789860069921 ; 9860069921</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49570</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報</title><yearidentifier>200610</yearidentifier></data><data><abstract>記錄９４年度鯉魚潭水庫的監測資料評估分析，監測現況檢討分析，結論與建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/23</date><governmentpublicationsnumber>1009501231</governmentpublicationsnumber><identifier>49572</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49572</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度鯉魚潭水庫安全監測分析報告</title><yearidentifier>200604</yearidentifier></data><data><abstract>記錄９４年度鯉魚潭水庫的監測資料評估分析，監測現況檢討分析，結論與建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/23</date><governmentpublicationsnumber>1009501231</governmentpublicationsnumber><identifier>49573</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49573</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度鯉魚潭水庫安全監測分析報告(光碟版)</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>彭國棟、邱美蘭</author><categoryidentifier>375.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/23</date><governmentpublicationsnumber>1009502282</governmentpublicationsnumber><identifier>49574</identifier><internationalstandardbooknumber>9789860064735 ; 9860064733</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49574</librarycollectiondetailsurl><price>500</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>95</publishrocyear><title>綠滿鄉野─農村社區常見植物解說手冊Field Guide to Common Plants in rural community</title><yearidentifier>200609</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68058   440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/27</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>49575</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49575</librarycollectiondetailsurl><price>330</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>95</publishrocyear><title>94年度經濟部水利署年報(內附光碟)</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/29</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49581</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十六期）</title><yearidentifier>200611</yearidentifier></data><data><abstract>本年度完成工作如下蒐集美國及日本有關水庫水質改善及污染防治(制)相關資訊，以為各水庫水質改善及管理施政之參考。完成永和山、明德、仁義潭、烏山頭、白河及鳳山水庫具體工作計畫。完成大埔水庫集水區點及非點污染之污染量、排放方式及頻率，以及輸送至水庫途徑及方式之資料庫，並成污染源對水庫水質之影響程度，擬定水質改善之優先順序及策略。完成大埔水庫集水區水質改善方法之比較及成效之評估。完成大埔水庫集水區內重大點及非點污染源之污染防制措施之研擬，及污染改善硬體防治設施之規劃，作為水庫管理單位水質施政之執行依據。</abstract><author>台灣環保交教基金會</author><categoryidentifier>443.64026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/30</date><governmentpublicationsnumber>1009204502</governmentpublicationsnumber><identifier>49583</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49583</librarycollectiondetailsurl><price>工本費80</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水庫集水區水質污染防治策略計畫 A Study on the Strategies of Water Pollution Elimination at the Watershed of Reservoirs</title><yearidentifier>200311</yearidentifier></data><data><abstract>依據規劃報告成果編定本治理計畫，含排水集水區域、堤防預定線(用地範圍)，期儘早完成本計畫之核定及依法應公告事項，以供權責單位執行排水業務之規範</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.932704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/30</date><governmentpublicationsnumber>1009502074</governmentpublicationsnumber><identifier>49584</identifier><internationalstandardbooknumber>9789860061598 ; 9860061599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49584</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>台中地區旱溪排水治理計畫</title><yearidentifier>200608</yearidentifier></data><data><abstract>依據規劃報告成果編定本治理計畫，含排水集水區域、堤防預定線(用地範圍)，期儘早完成本計畫之核定及依法應公告事項，以供權責單位執行排水業務之規範</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.932704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/11/30</date><governmentpublicationsnumber>1009502074</governmentpublicationsnumber><identifier>49585</identifier><internationalstandardbooknumber>9789860061598 ; 9860061599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49585</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>台中地區旱溪排水治理計畫(光碟版)</title><yearidentifier>200608</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49588</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49588</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十七期）</title><yearidentifier>200611</yearidentifier></data><data><abstract>完成雲林南部沿海嚴重地層下陷地區國土復育及利用示範區之規劃(初步設計)，以供將來工程實施之參考，並依執行成果檢討推廣於其他沿海嚴重地層下陷地區，以有效復育嚴重地層下陷地區的生態環境，減緩地層下陷所造成的危害，降低人民生命財產損失，提高土地利用價值，重塑鄉村新風貌，促進環境資源永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>356.267   554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950174</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/4</date><governmentpublicationsnumber>1009502358</governmentpublicationsnumber><identifier>49594</identifier><internationalstandardbooknumber>9789860065435 ; 9860065435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49594</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林南部嚴重地層下陷區國土復育及利用 Land Restoration and Reclamation for Serious Subsidence Areas in Southern Yunlin County</title><yearidentifier>200610</yearidentifier></data><data><abstract>完成雲林南部沿海嚴重地層下陷地區國土復育及利用示範區之規劃(初步設計)，以供將來工程實施之參考，並依執行成果檢討推廣於其他沿海嚴重地層下陷地區，以有效復育嚴重地層下陷地區的生態環境，減緩地層下陷所造成的危害，降低人民生命財產損失，提高土地利用價值，重塑鄉村新風貌，促進環境資源永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>356.267</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/4</date><governmentpublicationsnumber>1009502358</governmentpublicationsnumber><identifier>49595</identifier><internationalstandardbooknumber>9789860065435 ; 9860065435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49595</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林南部嚴重地層下陷區國土復育及利用(光碟版) Land Restoration and Reclamation for Serious Subsidence Areas in Southern Yunlin County</title><yearidentifier>200610</yearidentifier></data><data><abstract>完成雲林南部沿海嚴重地層下陷地區國土復育及利用示範區之規劃(初步設計)，以供將來工程實施之參考，並依執行成果檢討推廣於其他沿海嚴重地層下陷地區，以有效復育嚴重地層下陷地區的生態環境，減緩地層下陷所造成的危害，降低人民生命財產損失，提高土地利用價值，重塑鄉村新風貌，促進環境資源永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>356.267   554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0950174</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/4</date><governmentpublicationsnumber>1009502727</governmentpublicationsnumber><identifier>49598</identifier><internationalstandardbooknumber>9789860068245 ; 9860068245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49598</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>雲林南部嚴重地層下陷區國土復育及利用(附圖)雲林南部國土復育規劃設計圖</title><yearidentifier>200610</yearidentifier></data><data><abstract>由於水資會於民國81年出版的「台灣地區地下水資源」迄今已逾十年。期間經濟部自民國81年度起執行「台灣地區地下水觀測網整體計畫」以來已增加許多資料與數據，因此本計畫乃彙整「台灣地區地下水觀測網整體計畫」至民國92年度為止所獲之資料與成果（民國93年度資料仍在整理中），更新補強「台灣地區地下水資源」（水資會，民國81年）之內容，並初擬定名為「台灣地區地下水資源94年修訂版」，並待水利署同意定稿後，提供各界參考。 由各地下水分區的情勢分析資料顯示，從總量而言，台北盆地、屏東平原、蘭陽平原、花東縱谷地下水資源尚有餘，濁水溪沖積扇、澎湖地區、金門地區呈超抽，其餘各水區大致平衡，唯台灣西部各水區沿海地區多呈超抽。因此為確保我國地下水資源的永續利用，宜加強地下水資源經營管理與保育，合理利用水土資源。並朝兩大方向推動：(1)於地下水超抽地區以及地層下陷地區積極推動地下水的減抽、復育與替代水源開發工作，以減少災害損失，降低社會成本。(2)於地下水可開發利用地區實施地表水地下水聯合運用策略，增加供水可靠度。 本計畫擬針對地層下陷地區推動地下水復育計畫，同時對於具有開發潛力之地下水區，以永續經營的觀念進行資源的開發運用。經與國內專家學者訪談後，提出(1)提升地下水觀測與調查技術、(2)加強地下水跨領域合作與科技發展、(3)積極推動地下水復育及有效開發利用、(4)加強地下水資源經營與保育管理，以及(5)修訂法令加強宣導培育人才等五大策略12項措施作為未來地下水施政依據。此外，為廣納國內地下水各專家學者的意見，本計畫於94年9月至10月期間分別於台北、桃園、新竹、台中、雲林，以及台南等地辦理了多場的專家訪談會。綜合專家訪談各與會專家學者以及水利署的意見後，本計畫完成「台灣地區地下水資源綱領計畫」的研擬，並於94年11月1日完成「台灣地區地下水資源綱領計畫」座談會的辦理，以廣納建言，凝聚共識。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940230</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/5</date><governmentpublicationsnumber>1009404916</governmentpublicationsnumber><identifier>49601</identifier><internationalstandardbooknumber>9789860040555 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49601</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>地下水資源綱領計畫(光碟版)  Groundwater Master Plan</title><yearidentifier>200512</yearidentifier></data><data><abstract>介紹台灣地區地下水資源</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/5</date><governmentpublicationsnumber>1009404921</governmentpublicationsnumber><identifier>49602</identifier><internationalstandardbooknumber>9789860040548 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49602</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>台灣地區地下水資源(94年修訂版)－光碟版</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49615</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十八期）</title><yearidentifier>200612</yearidentifier></data><data><abstract>格網（Grid）是繼傳統網際網路（Internet）、WWW (World Wide Web)之後的第三代網際網路應用。格網與傳統網際網路的主要差異，在於格網是透過建立模組化中介軟體（Middleware）形成格網平台，除了可有效管理及運用異地設備與資源，包括計算、儲存、通信、軟體、知識與軟體庫、及實驗觀測儀器設施等各項資源，更可透過高頻寬網路和分散式伺服器之負載平衡技術，提升網路傳輸與程式計算之效能。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/8</date><governmentpublicationsnumber>1009403641</governmentpublicationsnumber><identifier>49616</identifier><internationalstandardbooknumber>9789860029116 ; 9860029113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49616</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>防災應變格網之研發(1/2)操作維護手冊=Study on Grid of Hazard Mitigation and Emergency Response(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫延續92-93年[應用衛星雷達於水災監測及淹水範圍與損失評估建構]計畫，建構衛星災害監測標準作業程序，進行例行影像規劃及氣象觀測，當颱風豪雨來臨時，啟動緊雷達衛星影像急接收機制以進行淹溢區域判釋與監測，提供水利署水利防災中心參考並採取必要措施。報告首先針對目前運轉中的遙測衛星，以及國內外應用衛星遙測於災害監測之實例予以詳述。計畫中另應用光學衛星影像進行石門水庫水庫集水區及頭前溪流域之崩塌地判釋及量化分析，提供崩塌位置、區域、以及面積等定量資訊，並進行德基水庫、曾文水庫集水區地貌判釋，供水利署下轄各水源局崩塌預警及土地管理依據。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/8</date><governmentpublicationsnumber>1009403572</governmentpublicationsnumber><identifier>49617</identifier><internationalstandardbooknumber>9789860031188 ; 9860031185</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49617</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>衛星災害監測及預警機制建立－衛星影像展示查詢系統操作手冊=Disaster Monitoring Using Satellite Imagery</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣低海拔地區八色鳥分布分析研究</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>383.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/12</date><governmentpublicationsnumber>1009500797</governmentpublicationsnumber><identifier>49624</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49624</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>台灣低海拔地區八色鳥分布及巨觀棲地分析(光碟版)</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣地理位置位於西北太平洋颱風移動路徑影響範圍，依中央氣象局歷史資料統計，每年約有3~4次颱風會侵襲或通過台灣沿海附近。颱風經過時，因颱風結構因素，低氣壓會使海面水位抬昇，加上強勁的風速，亦會造成海水面產生相同的反應，此二者作用形成海水面異常上升現象稱為暴潮。當海水面受颱風效應異常抬升時，若正值天文潮漲潮，兩者共同的影響，會使沿海地區海水位異常增高，導致沿海低窪地區遭到淹沒，或是河口地區因外水位增高，形成排水不易而淹水；尤有甚者，當海面水位高漲，再加上波浪效應，衝擊海堤，極易發潰決，引發海水倒灌之重大水災。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940183</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/13</date><governmentpublicationsnumber>1009403567</governmentpublicationsnumber><identifier>49626</identifier><internationalstandardbooknumber>9789860031171 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49626</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川及沿海禦潮預警指標暨通報雛型建置計畫教育訓練</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/13</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>49627</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49627</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>95</publishrocyear><title>中華民國96年潮汐表=Tide Tables 2007 年刊 第10期</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/13</date><governmentpublicationsnumber>1009502430</governmentpublicationsnumber><identifier>49631</identifier><internationalstandardbooknumber>9789860065732 ; 9789860065</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪八寶攔河堰工程計畫檢討(一) A Review for the Engineering Project on the Ba-Bao weir in the Da-Chia River(I)</title><yearidentifier>200610</yearidentifier></data><data><abstract>石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。   附件： cd-rom   尺寸： A4   頁數： 293   價格別： 工本費   價格： 450 元   裝訂別： 平裝   版次： 初版   發行數量： 100   出版情況： 自行出版   著作財產權管理機關或擁有者： 經濟部水利署中區水資源局   取得授權資訊： 聯絡人：詹元豪聯絡電話：04-23320579-513 聯絡地址：台中縣霧峰鄉吉峰村中正路1340之6號   經辦單位： 經管課   經辦人： 汪平洋/詹元豪   經辦人電話： 04-23320579-512   經辦人email： devin@wracb.gov.tw    本書得分：   評分人數：0 人       我要評分：                        石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。   附件： cd-rom   尺寸： A4   頁數： 293   價格別： 工本費   價格： 450 元   裝訂別： 平裝   版次： 初版   發行數量： 100   出版情況： 自行出版   著作財產權管理機關或擁有者： 經濟部水利署中區水資源局   取得授權資訊： 聯絡人：詹元豪聯絡電話：04-23320579-513 聯絡地址：台中縣霧峰鄉吉峰村中正路1340之6號   經辦單位： 經管課   經辦人： 汪平洋/詹元豪   經辦人電話： 04-23320579-512   經辦人email： devin@wracb.gov.tw    本書得分：   評分人數：0 人       我要評分：                         石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/13</date><governmentpublicationsnumber>1009502430</governmentpublicationsnumber><identifier>49633</identifier><internationalstandardbooknumber>9789860065732 ; 9789860065</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49633</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>大甲溪八寶攔河堰工程計畫檢討(一)(光碟版) A Review for the Engineering Project on the Ba-Bao weir in the Da-Chia River(I)</title><yearidentifier>200610</yearidentifier></data><data><abstract>「水文水資源資料管理供應系統」係整合水利相關單位之資料，依台灣北、中、南、東4個區域分年建置，完成全國水文水資源相關業務所需之整體性資料庫，以提供水資源管理及相關應用分析使用；同時配合OPEN GIS，建置符合開放式架構之空間資料庫，而時序性資料則應用XML Web Service 技術及標準，與資料生產單位建立開放式資料共通存取之機制，落實資料共享共用與分散管理維護。 　　為持續推動水文及水資源資料之供應服務，本年度賡續辦理更新水資源相關地理資訊系統及影像圖資、時序性資料及擴充系統功能，並配合實際業務應用需求，增修水資源資料格式標準，同時，因應內政部推動TWD97坐標系統及未來新建置資料整合，進行水利署所屬圖資坐標轉換評估。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/14</date><governmentpublicationsnumber>1009503200</governmentpublicationsnumber><identifier>49634</identifier><internationalstandardbooknumber>9789860072358 ; 9860072353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49634</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(3/4)  Expand the Supply System of Hydrological and Water Resource Data (3/4)</title><yearidentifier>200611</yearidentifier></data><data><abstract>「水文水資源資料管理供應系統」係整合水利相關單位之資料，依台灣北、中、南、東4個區域分年建置，完成全國水文水資源相關業務所需之整體性資料庫，以提供水資源管理及相關應用分析使用；同時配合OPEN GIS，建置符合開放式架構之空間資料庫，而時序性資料則應用XML Web Service 技術及標準，與資料生產單位建立開放式資料共通存取之機制，落實資料共享共用與分散管理維護。 　　為持續推動水文及水資源資料之供應服務，本年度賡續辦理更新水資源相關地理資訊系統及影像圖資、時序性資料及擴充系統功能，並配合實際業務應用需求，增修水資源資料格式標準，同時，因應內政部推動TWD97坐標系統及未來新建置資料整合，進行水利署所屬圖資坐標轉換評估。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/14</date><governmentpublicationsnumber>1009503200</governmentpublicationsnumber><identifier>49635</identifier><internationalstandardbooknumber>9789860072358 ; 9789860072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49635</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(3/4)－光碟版</title><yearidentifier>200611</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/15</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49637</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49637</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第四十九期）</title><yearidentifier>200612</yearidentifier></data><data><abstract>政府在進行擬定水利政策、興辦水利作業、推動水利業務、災治旱澇災害及水資源之開發管理與保育等工作時，都需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。有鑑於此，經濟部水利署遂研訂「水資源資料格式標準」，建立具完整架構與共通格式的資料庫及資料互通、資源共享之環境，提供各界快捷的資訊，並藉以提升水資源規劃與管理之效率。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/15</date><governmentpublicationsnumber>1009502858</governmentpublicationsnumber><identifier>49638</identifier><internationalstandardbooknumber>9789860069440 ; 9860069441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49638</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資料格式標準</title><yearidentifier>200611</yearidentifier></data><data><abstract>政府在進行擬定水利政策、興辦水利作業、推動水利業務、災治旱澇災害及水資源之開發管理與保育等工作時，都需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。有鑑於此，經濟部水利署遂研訂「水資源資料格式標準」，建立具完整架構與共通格式的資料庫及資料互通、資源共享之環境，提供各界快捷的資訊，並藉以提升水資源規劃與管理之效率。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/15</date><governmentpublicationsnumber>1009502858</governmentpublicationsnumber><identifier>49639</identifier><internationalstandardbooknumber>9789860069440 ; 9860069441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49639</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資料格式標準(光碟版)</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/15</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>49643</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49643</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報(光碟版)</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會 動植物防疫檢疫局</author><categoryidentifier>412.38061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/18</date><governmentpublicationsnumber>2009006804</governmentpublicationsnumber><identifier>49644</identifier><internationalstandardbooknumber>1729-3359 ; 17293359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49644</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會動植物防疫檢疫局</publisher><publishrocyear>95</publishrocyear><title>動植物防疫檢疫業務統計年報(中華民國94年)-內附光碟</title><yearidentifier>200611</yearidentifier></data><data><abstract>報告主要分為二部分：一為性質試驗-建立皂土漿之品控標準、塑性混凝土新拌階段及硬固階段之試驗準則並進行塑性混凝土試產作業，擬定塑性混凝土品質標準等；另一為數值模擬分析-藉塑性混凝土截水牆應力變形分析，驗證配比性質強度之安全性、適用性及範圍，以確保塑性混凝土應用於截水牆使用之可靠。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D18-120-02-30</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/18</date><governmentpublicationsnumber>1009503173</governmentpublicationsnumber><identifier>49645</identifier><internationalstandardbooknumber>9789860074468 ; 9860074461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49645</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫截水牆塑性混凝土材料配比補充試驗報告 Hushan Reservoir Project Supplemental Mixing Ratio Tests Report of Plastic Concrete Cutoff Wall</title><yearidentifier>200611</yearidentifier></data><data><abstract>報告主要分為二部分：一為性質試驗-建立皂土漿之品控標準、塑性混凝土新拌階段及硬固階段之試驗準則並進行塑性混凝土試產作業，擬定塑性混凝土品質標準等；另一為數值模擬分析-藉塑性混凝土截水牆應力變形分析，驗證配比性質強度之安全性、適用性及範圍，以確保塑性混凝土應用於截水牆使用之可靠。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/18</date><governmentpublicationsnumber>1009503173</governmentpublicationsnumber><identifier>49646</identifier><internationalstandardbooknumber>9789860074468 ; 9789860074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49646</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫截水牆塑性混凝土材料配比補充試驗報告(光碟版)</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會編著</author><categoryidentifier>441.529</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/21</date><governmentpublicationsnumber>1009502969</governmentpublicationsnumber><identifier>49663</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49663</librarycollectiondetailsurl><price>360</price><publisher>工程會</publisher><publishrocyear>95</publishrocyear><title>生態工程國際研討會論文集(附光碟)</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/21</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49665</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第五十期）</title><yearidentifier>200612</yearidentifier></data><data><abstract>湖山水庫工程計畫大壩工程細部規劃報告包含工程水文、工程地質、地震分析、築壩材料調查、壩基調查與基壩處理、大壩斷面分析與設計、施工計畫</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/21</date><governmentpublicationsnumber>1009503440</governmentpublicationsnumber><identifier>49667</identifier><internationalstandardbooknumber>9789860076332 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49667</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫大壩工程細部規劃報告 Hushan Reservoir Project Detail Planning Report of Dam Engineering</title><yearidentifier>200612</yearidentifier></data><data><abstract>湖山水庫工程計畫大壩工程細部規劃報告包含工程水文、工程地質、地震分析、築壩材料調查、壩基調查與基壩處理、大壩斷面分析與設計、施工計畫</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/21</date><governmentpublicationsnumber>1009503440</governmentpublicationsnumber><identifier>49668</identifier><internationalstandardbooknumber>9789860076332 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49668</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫大壩工程細部規劃報告(光碟版） Hushan Reservoir Project Detail Planning Report of Dam Engineering</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009502428</governmentpublicationsnumber><identifier>49685</identifier><internationalstandardbooknumber>9789860065671 ; 9789860065</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49685</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>95</publishrocyear><title>山坡地管理作業參考手冊</title><yearidentifier>200609</yearidentifier></data><data><abstract>本計畫的目的一方面期能讓民眾擁有更高品質生活環境與休憩機會，另方面希望透過自然環境的規劃手法，配合現有構造物與設施，水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間適當結合，讓區域排水道能適當的重獲生機與活力，為民眾塑造新的自然景觀親水空間。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950390</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009502688</governmentpublicationsnumber><identifier>49686</identifier><internationalstandardbooknumber>9789860067934 ; 9860067937</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49686</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>嘉義地區排水環境與生態調查分析專題報告書(內附光碟)＝Environmental  and Ecological Investigation and Analysis for Regional Drainage Systems in Chiayi</title><yearidentifier>200610</yearidentifier></data><data><abstract>本計畫的目的一方面期能讓民眾擁有更高品質生活環境與休憩機會，另方面希望透過自然環境的規劃手法，配合現有構造物與設施，水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間適當結合，讓區域排水道能適當的重獲生機與活力，為民眾塑造新的自然景觀親水空間。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950390</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009502688</governmentpublicationsnumber><identifier>49687</identifier><internationalstandardbooknumber>9789860067934 ; 9860067937</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49687</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>嘉義地區排水環境與生態調查分析專題報告書(光碟版)＝Environmental  and Ecological Investigation and Analysis for Regional Drainage Systems in Chiayi</title><yearidentifier>200610</yearidentifier></data><data><abstract>1.辦理「台灣地區水資源永續發展指標之計算與評估」供本署配合行政院研考會於世界環境日發布。2.辦理「台灣地區水資源永續發展指標之計算與評估」研究成果傳授本署相關組室人員之工作。3.辦理台灣水資源永續發展指標中英文對照手冊修訂及印製1000冊。</abstract><author>致遠管理學院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940174</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009503158</governmentpublicationsnumber><identifier>49688</identifier><internationalstandardbooknumber>9789860076417 ; 9860076413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49688</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源永續發展計畫＝Project of Sustainable Water Resources Development</title><yearidentifier>200612</yearidentifier></data><data><abstract>1.辦理「台灣地區水資源永續發展指標之計算與評估」供本署配合行政院研考會於世界環境日發布。2.辦理「台灣地區水資源永續發展指標之計算與評估」研究成果傳授本署相關組室人員之工作。3.辦理台灣水資源永續發展指標中英文對照手冊修訂及印製1000冊。</abstract><author>致遠管理學院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940174</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009503158</governmentpublicationsnumber><identifier>49689</identifier><internationalstandardbooknumber>9789860076417 ; 9860076413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49689</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源永續發展計畫(光碟版) ＝Project of Sustainable Water Resources Development</title><yearidentifier>200612</yearidentifier></data><data><abstract>本局於民國九十年起即陸續完成河基隆河河道及流域集水區航拍數值影像圖資之製作，並後續應用於相關研究及建置GIS管理系統等方面，成效良好，基於全方位集水區保育治理及防洪避災對策需求及重要河川環境營造計畫-調查規劃，須再辦理本局轄管淡水河其他水系之數值影像圖資建置，配合本計畫航拍成果將可有效瞭解本局轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋河川環境營造、河川管理及防洪避災研究等應用。受限於經費預算，本計畫分為兩年內執行，第一年以三峽河主河道(湊合橋至匯入大漢溪)、景美溪主河道(石碇至匯入新店溪)、塔寮坑溪（匯入大漢溪處）集水區為主，總航拍面積約15,609公頃，第二年以新店溪主河道（南勢溪、北勢溪匯流處至匯入淡水河）及大漢溪主河道（石門水庫後池堰至柑園大橋段）總航拍面積約15,400公頃。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>W10P95010</commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009503131</governmentpublicationsnumber><identifier>49690</identifier><internationalstandardbooknumber>9789860074253 ; 9860074259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49690</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河系環境改善航拍作業計畫(2/2)＝Implementation of Aerial Photographing for Environment Management Plan of Danshuei River(2/2)</title><yearidentifier>200611</yearidentifier></data><data><abstract>本局於民國九十年起即陸續完成河基隆河河道及流域集水區航拍數值影像圖資之製作，並後續應用於相關研究及建置GIS管理系統等方面，成效良好，基於全方位集水區保育治理及防洪避災對策需求及重要河川環境營造計畫-調查規劃，須再辦理本局轄管淡水河其他水系之數值影像圖資建置，配合本計畫航拍成果將可有效瞭解本局轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋河川環境營造、河川管理及防洪避災研究等應用。受限於經費預算，本計畫分為兩年內執行，第一年以三峽河主河道(湊合橋至匯入大漢溪)、景美溪主河道(石碇至匯入新店溪)、塔寮坑溪（匯入大漢溪處）集水區為主，總航拍面積約15,609公頃，第二年以新店溪主河道（南勢溪、北勢溪匯流處至匯入淡水河）及大漢溪主河道（石門水庫後池堰至柑園大橋段）總航拍面積約15,400公頃。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/27</date><governmentpublicationsnumber>1009503131</governmentpublicationsnumber><identifier>49691</identifier><internationalstandardbooknumber>9789860074253 ; 9860074259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49691</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河系環境改善航拍作業計畫(2/2)－光碟版＝Implementation of Aerial Photographing for Environment Management Plan of Danshuei River(2/2)</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/28</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>49694</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49694</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>節約用水季刊（第四十二期）－建築水環境與節水</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/12/28</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>49695</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49695</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>95</publishrocyear><title>節約用水季刊（第四十三期）－自來水、水自來？</title><yearidentifier>200609</yearidentifier></data><data><abstract>監測部分，研發光纖及電磁波TDR被動式監測技術；在檢測部分，擬改良非破壞性檢測技術及提升分析精度；另針對監測與檢測結果回饋分析方面，透過數值模擬，研擬建立異常現象診斷系統；此外，亦辦理監測及檢測與安全診斷相關教育訓練，以提升水庫管理單位及顧問公司分析人員相關專業素質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950055</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/3</date><governmentpublicationsnumber>1009503538</governmentpublicationsnumber><identifier>49737</identifier><internationalstandardbooknumber>9789860075991 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49737</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(1/3)－光碟版 Development  of monitoring, non-destructive testing, and diagnosis techniques for dam safety〈1/3〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>對於水資源作業基金現行營運模式進行檢討，並就未來永續經營方向提出規劃建議。研究之內容包括釐清水資源作業基金現有之營運模式、財務管理、財務風險管理、管考機制及績效評估各項機制運作狀況，並考察國內外類似基金運作方式，進行比較分析，進而對水資源作業基金現有運作情形進行檢討，並以永續經營為目標，提出改善建議。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950310</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/3</date><governmentpublicationsnumber>1009503694</governmentpublicationsnumber><identifier>49738</identifier><internationalstandardbooknumber>9789860077353 ; 9860077355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49738</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源作業基金營運管理與永續經營規劃(光碟版)＝A Plan for  Management and Sustainable Development of  Water Resource Fund</title><yearidentifier>200612</yearidentifier></data><data><abstract>配合本署業務需要委託專業機構協助本署辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950289</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/3</date><governmentpublicationsnumber>1009503540</governmentpublicationsnumber><identifier>49739</identifier><internationalstandardbooknumber>9789860076004 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49739</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(1/3)－光碟版 Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈1/3〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49740</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49740</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第五十一期）</title><yearidentifier>200612</yearidentifier></data><data><abstract>為持續推廣愛河護川教育宣導，並結合政府推動九年一貫教育，繼續辦理親水多媒體較學教材，推廣至國小中、高年級使用，以落實愛河護川基本觀念，以期達到愛河護川宣導工作由下紮根之目標</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950123</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>1009503130</governmentpublicationsnumber><identifier>49741</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49741</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>親水教育宣導計畫(愛河護川教育宣導計畫)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為持續推廣愛河護川教育宣導，並結合政府推動九年一貫教育，繼續辦理親水多媒體較學教材，推廣至國小中、高年級使用，以落實愛河護川基本觀念，以期達到愛河護川宣導工作由下紮根之目標</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950123</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>1009503130</governmentpublicationsnumber><identifier>49742</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49742</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>親水教育宣導計畫(愛河護川教育宣導計畫)－光碟版</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫自石岡壩至河口因受上游攔砂壩阻擋,土石供需不平衡,此區域河段無法形成均夷河道,石岡壩整體河床呈持續沖刷之趨勢,本計畫建議大甲溪上游之攔砂壩宜改建為梳子壩,使颱洪期間粗顆粒砂石可通過梳子壩,進而通過石岡壩。</abstract><author>中華大學土木與工程資訊學系</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-001-32</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>1009504136</governmentpublicationsnumber><identifier>49743</identifier><internationalstandardbooknumber>9789860081619 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49743</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>95</publishrocyear><title>大甲溪下游段河道動態穩定平衡分析檢討</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫自石岡壩至河口因受上游攔砂壩阻擋,土石供需不平衡,此區域河段無法形成均夷河道,石岡壩整體河床呈持續沖刷之趨勢,本計畫建議大甲溪上游之攔砂壩宜改建為梳子壩,使颱洪期間粗顆粒砂石可通過梳子壩,進而通過石岡壩。</abstract><author>中華大學土木與工程資訊學系</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095B0103000103</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>1009504136</governmentpublicationsnumber><identifier>49744</identifier><internationalstandardbooknumber>9789860081619 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49744</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>95</publishrocyear><title>大甲溪下游段河道動態穩定平衡分析檢討(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/4</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>49745</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49745</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利第16期(內附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>49747</identifier><internationalstandardbooknumber>18148840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49747</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利第十六期(光碟版)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫執行期間完成大埔及達德安水站的改善工作，包括增設水位計、水位計支架改善、水尺與標準尺標繪製、觀測小屋建置及電力供應系統改善等項目。同時並完成大埔水文站CCD攝影設備改善及影像傳輸系統之採購及建置，除可傳回水、砂通過水文站的影像之外，並可同時傳回水位監測資料。展示系統可顯示影像及水文資料，並提供歷史資料查詢。</abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>440.9423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAWRASBMS</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009503953</governmentpublicationsnumber><identifier>49748</identifier><internationalstandardbooknumber>9789789860081 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49748</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區水文站維護觀測及改善計畫Maintenance,survey and equipment improvement plan for hydrological stations within the watershed of Tsengwen Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>432.7323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009503959</governmentpublicationsnumber><identifier>49749</identifier><internationalstandardbooknumber>9789789860081 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49749</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區土地利用及保育防災監測計畫Monitoring plan of land use,conservation and disaster prevention for the watershed of Tsengwen Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>本署全球資訊服務網站之目的，旨在提供全國民眾有關水利即時資訊之報導、本署業務服務範圍之推廣、線上申辦便民服務與意見交流之互動功能、以及全方位水利資訊之相關報導。期能透過網站向民眾推廣水利署業務服務範圍與展示水利事業資訊化成果，並加強線上的便民服務內容；另外也對水利重要工程計畫、台灣地區的水害特性、水患防治、水資源開發與調配及親水環境之追求等相關資訊均能有所報導。 　　即時資訊報導方面包含最新消息、最新法規與即時水情資訊。本署業務服務範圍推廣方面包含本署簡介、施政計畫、重大工程及研究發展。與民眾互動功能包含水權資訊、常見問答集、檔案下載、意見信箱、交流園地、民意調查、網路資源…..等。全方位之水利資訊則包含了台灣水資源、河川報導、台灣海岸、水庫風情、農田水利……等項目。此外，更提供無障礙網路空間規畫，以人性化的操作環境，服務更多民眾，同時也設計英文網頁分享國際網友，期盼讓各界人士能對台灣的水利有更深入的瞭解。 　　本計畫導入政府資訊入口網站平台架構，將網頁資料內容與視覺版面二個部份分離開來。網頁資料內容部份以XML為資料基底格式，而視覺版面部份則用XSL版面樣式，透過資料範本、主題單元、目錄樹的網站管理，讓網站管理者與資料上稿者，皆能彈性、快速完成網站維護工作，同時也讓本網站能以XML資料交換方式與其他系統輕鬆地完成資料介接工作。 　　本計畫除了本署全球資訊網站外，亦包含了生態工法專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站之功能增修及維護工作。配合行政院研考會以顧客導向為思考，針對網友網路使用環境及使用習性，提供適切而滿意的資訊服務，期使本署資訊服務網站能持續符合無障礙環境，並與網友分享、營造親善環境，提供優質的資訊服務。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950049</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009502252</governmentpublicationsnumber><identifier>49750</identifier><internationalstandardbooknumber>9789860065510 ; 9860065519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49750</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>全球資訊服務網站功能增修計畫＝Enhancement for World Wide Web Site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200610</yearidentifier></data><data><abstract>本署全球資訊服務網站之目的，旨在提供全國民眾有關水利即時資訊之報導、本署業務服務範圍之推廣、線上申辦便民服務與意見交流之互動功能、以及全方位水利資訊之相關報導。期能透過網站向民眾推廣水利署業務服務範圍與展示水利事業資訊化成果，並加強線上的便民服務內容；另外也對水利重要工程計畫、台灣地區的水害特性、水患防治、水資源開發與調配及親水環境之追求等相關資訊均能有所報導。 　　即時資訊報導方面包含最新消息、最新法規與即時水情資訊。本署業務服務範圍推廣方面包含本署簡介、施政計畫、重大工程及研究發展。與民眾互動功能包含水權資訊、常見問答集、檔案下載、意見信箱、交流園地、民意調查、網路資源…..等。全方位之水利資訊則包含了台灣水資源、河川報導、台灣海岸、水庫風情、農田水利……等項目。此外，更提供無障礙網路空間規畫，以人性化的操作環境，服務更多民眾，同時也設計英文網頁分享國際網友，期盼讓各界人士能對台灣的水利有更深入的瞭解。 　　本計畫導入政府資訊入口網站平台架構，將網頁資料內容與視覺版面二個部份分離開來。網頁資料內容部份以XML為資料基底格式，而視覺版面部份則用XSL版面樣式，透過資料範本、主題單元、目錄樹的網站管理，讓網站管理者與資料上稿者，皆能彈性、快速完成網站維護工作，同時也讓本網站能以XML資料交換方式與其他系統輕鬆地完成資料介接工作。 　　本計畫除了本署全球資訊網站外，亦包含了生態工法專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站之功能增修及維護工作。配合行政院研考會以顧客導向為思考，針對網友網路使用環境及使用習性，提供適切而滿意的資訊服務，期使本署資訊服務網站能持續符合無障礙環境，並與網友分享、營造親善環境，提供優質的資訊服務。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950049</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009502252</governmentpublicationsnumber><identifier>49752</identifier><internationalstandardbooknumber>9789860065510 ; 9860065519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49752</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>全球資訊服務網站功能增修計畫(光碟版)＝Enhancement for World Wide Web Site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200610</yearidentifier></data><data><abstract>為有效改善地層下陷區、低漥區及都市計畫等地區之淹水問題，進而保護民眾居家安全，保障國家經濟命脈，94年3月14日經濟部提出分8年編列800億元經費，比照基隆河模式，系統性治理縣（市）管河川、區域排水及事業海堤，有效解決淹水問題之構想後，案奉行政院第10次財經會報院長裁示，原則同意，並由經濟部研提實施計畫。  　　為擴大實施成效，94年6月6日奉行政院召開「協商都會人口密集且易遭水患地區是否納入8年800億水患治理計畫辦理相關事宜會議」指示，將內政部營建署及農委會主管之雨水下水道、上游坡地水土保持及農田排水部分納入，以發揮流域整體治理成效。本計畫預期成效： 1.降低約500平方公里高淹水潛勢地區之水患問題。  2.防洪設施完成率可提升至60%以上。  3.可保護約250萬人免受水患威脅。  4.每年減少約120億元以上之各項損失。  5.疏濬完成流路疏通計1,161公里，維持汛期間水路暢通，減少淹水損害程度及淹水時間。  6.第1階段整體規畫成果，除可建立相關水情資料，確定整體規畫與治理方針外，同時可作為第2階段計畫工程實施依據。  7.瓶頸與急要性工程完成後，將可增加保護面積公頃約112平方公里。  8.第1階段實施計畫預定完成大部分排水系統治理計畫與公告工作，對後續為管理工作提升。  9.藉治水計畫推動，可提升參與工作人員之工程技術、行政管理、協調運作等能力，並促進土地之永續經營利用。 為使「易淹水地區水患治理計畫」內容透明化及公開化，讓各界民意代表及一般民眾確實了解，有效廣為宣導與推動，爰成立本計畫，建置「易淹水地區水患治理綱要計畫」專屬網站，俾供民眾查詢以符實需。 　　本計畫導入政府資訊入口網站平台架構，網頁資料內容部份以XML為資料基底格式，而視覺版面部份則用XSL版面樣式，透過資料範本、主題單元、目錄樹的網站管理，讓網站管理者與資料上稿者，皆能彈性、快速完成網站維護工作，同時也讓本網站能以XML資料交換方式與其他系統輕鬆地完成資料介接工作。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950308</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009502251</governmentpublicationsnumber><identifier>49753</identifier><internationalstandardbooknumber>9789860065503 ; 9860065500</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49753</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>易淹水地區水患治理綱要計畫專屬網站建置專案＝World Wide Web Site for Regulation Project of Flood-Prone Areas</title><yearidentifier>200610</yearidentifier></data><data><abstract>為有效改善地層下陷區、低漥區及都市計畫等地區之淹水問題，進而保護民眾居家安全，保障國家經濟命脈，94年3月14日經濟部提出分8年編列800億元經費，比照基隆河模式，系統性治理縣（市）管河川、區域排水及事業海堤，有效解決淹水問題之構想後，案奉行政院第10次財經會報院長裁示，原則同意，並由經濟部研提實施計畫。  　　為擴大實施成效，94年6月6日奉行政院召開「協商都會人口密集且易遭水患地區是否納入8年800億水患治理計畫辦理相關事宜會議」指示，將內政部營建署及農委會主管之雨水下水道、上游坡地水土保持及農田排水部分納入，以發揮流域整體治理成效。本計畫預期成效： 1.降低約500平方公里高淹水潛勢地區之水患問題。  2.防洪設施完成率可提升至60%以上。  3.可保護約250萬人免受水患威脅。  4.每年減少約120億元以上之各項損失。  5.疏濬完成流路疏通計1,161公里，維持汛期間水路暢通，減少淹水損害程度及淹水時間。  6.第1階段整體規畫成果，除可建立相關水情資料，確定整體規畫與治理方針外，同時可作為第2階段計畫工程實施依據。  7.瓶頸與急要性工程完成後，將可增加保護面積公頃約112平方公里。  8.第1階段實施計畫預定完成大部分排水系統治理計畫與公告工作，對後續為管理工作提升。  9.藉治水計畫推動，可提升參與工作人員之工程技術、行政管理、協調運作等能力，並促進土地之永續經營利用。 為使「易淹水地區水患治理計畫」內容透明化及公開化，讓各界民意代表及一般民眾確實了解，有效廣為宣導與推動，爰成立本計畫，建置「易淹水地區水患治理綱要計畫」專屬網站，俾供民眾查詢以符實需。 　　本計畫導入政府資訊入口網站平台架構，網頁資料內容部份以XML為資料基底格式，而視覺版面部份則用XSL版面樣式，透過資料範本、主題單元、目錄樹的網站管理，讓網站管理者與資料上稿者，皆能彈性、快速完成網站維護工作，同時也讓本網站能以XML資料交換方式與其他系統輕鬆地完成資料介接工作。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>548.314029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950308</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>1009502251</governmentpublicationsnumber><identifier>49754</identifier><internationalstandardbooknumber>9789860065503 ; 9860065500</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49754</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>易淹水地區水患治理綱要計畫專屬網站建置專案(光碟版)＝World Wide Web Site for Regulation Project of Flood-Prone Areas</title><yearidentifier>200610</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>49755</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49755</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>經濟部水利公報（第八卷, 第一期）</title><yearidentifier>200701</yearidentifier></data><data><abstract> </abstract><author>臺灣省政府法規委員會</author><categoryidentifier>582.18</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/5</date><governmentpublicationsnumber>30201880018</governmentpublicationsnumber><identifier>49756</identifier><internationalstandardbooknumber>9789570238433 ; 9570238437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49756</librarycollectiondetailsurl><price>80</price><publisher>省法規會</publisher><publishrocyear>88</publishrocyear><title>常用中央法規彙編〈上〉</title><yearidentifier>199901</yearidentifier></data><data><abstract>對於水資源作業基金現行營運模式進行檢討，並就未來永續經營方向提出規劃建議。研究之內容包括釐清水資源作業基金現有之營運模式、財務管理、財務風險管理、管考機制及績效評估各項機制運作狀況，並考察國內外類似基金運作方式，進行比較分析，進而對水資源作業基金現有運作情形進行檢討，並以永續經營為目標，提出改善建議。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950310</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>1009503694</governmentpublicationsnumber><identifier>49757</identifier><internationalstandardbooknumber>9789860077353 ; 9860077353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49757</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源作業基金營運管理與永續經營規劃=A Plan for Management and Sustainable Development of  Water Resource Fund</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>1009503050</governmentpublicationsnumber><identifier>49758</identifier><internationalstandardbooknumber>9789789860074 ; 9789860071</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49758</librarycollectiondetailsurl><price>100</price><publisher>法務部</publisher><publishrocyear>95</publishrocyear><title>最高行政法院有關故意過失認定之裁判要旨彙編</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>國立成功大學 慶齡工業技術研究發展中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>6406840014</governmentpublicationsnumber><identifier>49760</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49760</librarycollectiondetailsurl><price>100</price><publisher>交通部 經濟部水利司</publisher><publishrocyear>84</publishrocyear><title>第五次中美防災科技合作計畫研討會-海岸地層下陷與海岸災害水災防治</title><yearidentifier>199505</yearidentifier></data><data><abstract> </abstract><author>簡仲和  賴泉基</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>6404800163</governmentpublicationsnumber><identifier>49761</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49761</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會 台灣省水利局</publisher><publishrocyear>80</publishrocyear><title>屏東縣佳冬鄉養殖漁業海水統籌供應離岸堤內灘地抽取海水之影響評估報告</title><yearidentifier>199106</yearidentifier></data><data><abstract>主要目的在於針對不同河床質調查方法進行探討與瞭解，藉由現地河床質調查試驗所得成果?合進行分析比較，並由比較討探中提出符合臺灣河川特性之河床質調查方法之規劃與調查建議。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232   356.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950239</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>1009503479</governmentpublicationsnumber><identifier>49765</identifier><internationalstandardbooknumber>9789860075809 ; 9860075808</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49765</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河床質調查方法之比較研究專題報告書(內附光碟)=Comparison Study of Sampling Methods for Grain-Size Distribution of Riverbed Materials</title><yearidentifier>200612</yearidentifier></data><data><abstract>配合本署業務需要委託專業機構協助本署辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950289</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>1009503540</governmentpublicationsnumber><identifier>49768</identifier><internationalstandardbooknumber>9789789860074 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49768</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(1/3) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈1/3〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>監測部分，研發光纖及電磁波TDR被動式監測技術；在檢測部分，擬改良非破壞性檢測技術及提升分析精度；另針對監測與檢測結果回饋分析方面，透過數值模擬，研擬建立異常現象診斷系統；此外，亦辦理監測及檢測與安全診斷相關教育訓練，以提升水庫管理單位及顧問公司分析人員相關專業素質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950055</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/8</date><governmentpublicationsnumber>1009503538</governmentpublicationsnumber><identifier>49774</identifier><internationalstandardbooknumber>9789860075991 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49774</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(1/3)(內附光碟〉Development  of monitoring, non-destructive testing, and diagnosis techniques for dam safety〈1/3〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫執行期間完成大埔及達德安水站的改善工作，包括增設水位計、水位計支架改善、水尺與標準尺標繪製、觀測小屋建置及電力供應系統改善等項目。同時並完成大埔水文站CCD攝影設備改善及影像傳輸系統之採購及建置，除可傳回水、砂通過水文站的影像之外，並可同時傳回水位監測資料。展示系統可顯示影像及水文資料，並提供歷史資料查詢。</abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>440.9423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503953</governmentpublicationsnumber><identifier>49778</identifier><internationalstandardbooknumber>9789860080230 ; 9860080232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49778</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區水文站維護觀測及改善計畫-光碟版Maintenance,survey and equipment improvement plan for hydrological stations within the watershed of Tsengwen Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展文教基金會</author><categoryidentifier>432.7323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503959</governmentpublicationsnumber><identifier>49779</identifier><internationalstandardbooknumber>9789860080247 ; 9860080240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49779</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>95</publishrocyear><title>曾文水庫集水區土地利用及保育防災監測計畫-光碟版Monitoring plan of land use,conservation and disaster prevention for the watershed of Tsengwen Reservoir</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之主目乃是藉由高含砂水流之特性分析、模型試驗對現象之瞭解等，以檢討高含砂水河川之整治規劃條件。為達此目標，研究範圍包括資料蒐集以及數值模型和物理模型建制。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950242</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503781</governmentpublicationsnumber><identifier>49787</identifier><internationalstandardbooknumber>9789860078886 ; 9860078882</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49787</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(1/3)＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫之主目乃是藉由高含砂水流之特性分析、模型試驗對現象之瞭解等，以檢討高含砂水河川之整治規劃條件。為達此目標，研究範圍包括資料蒐集以及數值模型和物理模型建制。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950242</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503781</governmentpublicationsnumber><identifier>49788</identifier><internationalstandardbooknumber>9789860078886 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49788</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(1/3)－光碟版＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為利管理及研究單位之現場觀測，擬引進超音波儀器在量測上具有之優點，結合水深、流速與泥砂濃度觀測，進行適用觀測本土含砂濃度特性之儀器研發，期達到水庫庫精確量測之目的。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950394</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503878</governmentpublicationsnumber><identifier>49789</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49789</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(1/2)＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為利管理及研究單位之現場觀測，擬引進超音波儀器在量測上具有之優點，結合水深、流速與泥砂濃度觀測，進行適用觀測本土含砂濃度特性之儀器研發，期達到水庫庫精確量測之目的。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503878</governmentpublicationsnumber><identifier>49790</identifier><internationalstandardbooknumber>9789860079494 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49790</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(1/2)－光碟版＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著生活及工業用水需求的持續上升，導致區域性供水調配的難?提高。因此現有供水系統的有效?用與多元化水源開發的工作已是刻?容緩，然而水資源之相關策?推?無?是結構性或非結構性?將對環境與社會造成一定程?之影響和衝擊，所以?需要運用?域整體經營管?的思維?面對水資源的相關問題。因此，區域水資源永續?用策?的模擬與評估除著重技術面的水?供應效?外，亦需同時考?對於區域水質與經濟財務的衝擊與影響，以防策?施?時之相關後遺症的產生。本計畫係延續94 ??區域水資源永續?用策?(技術面)的模擬與評估，本??續以技術面與經濟財務面整合建置相關模型，因此需要對區域水資源之水??與成本?的互動有較多之專業知?及能設計出適宜的整合模型，以有效地模擬與評估區域水資源之水?與成本之間相互關?性。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950150</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503681</governmentpublicationsnumber><identifier>49794</identifier><internationalstandardbooknumber>9789860077377 ; 9860077371</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49794</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>區域水資源永續利用之策略模擬與分析(2)＝Evaluating Strategies for the Sustainable Development of Regional Water Resources (2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著生活及工業用水需求的持續上升，導致區域性供水調配的難?提高。因此現有供水系統的有效?用與多元化水源開發的工作已是刻?容緩，然而水資源之相關策?推?無?是結構性或非結構性?將對環境與社會造成一定程?之影響和衝擊，所以?需要運用?域整體經營管?的思維?面對水資源的相關問題。因此，區域水資源永續?用策?的模擬與評估除著重技術面的水?供應效?外，亦需同時考?對於區域水質與經濟財務的衝擊與影響，以防策?施?時之相關後遺症的產生。本計畫係延續94 ??區域水資源永續?用策?(技術面)的模擬與評估，本??續以技術面與經濟財務面整合建置相關模型，因此需要對區域水資源之水??與成本?的互動有較多之專業知?及能設計出適宜的整合模型，以有效地模擬與評估區域水資源之水?與成本之間相互關?性。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950150</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503681</governmentpublicationsnumber><identifier>49795</identifier><internationalstandardbooknumber>9789860077377 ; 9860077371</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49795</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>區域水資源永續利用之策略模擬與分析(2)教育訓練講義 ＝Evaluating Strategies for the Sustainable Development of Regional Water Resources (2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著生活及工業用水需求的持續上升，導致區域性供水調配的難?提高。因此現有供水系統的有效?用與多元化水源開發的工作已是刻?容緩，然而水資源之相關策?推?無?是結構性或非結構性?將對環境與社會造成一定程?之影響和衝擊，所以?需要運用?域整體經營管?的思維?面對水資源的相關問題。因此，區域水資源永續?用策?的模擬與評估除著重技術面的水?供應效?外，亦需同時考?對於區域水質與經濟財務的衝擊與影響，以防策?施?時之相關後遺症的產生。本計畫係延續94 ??區域水資源永續?用策?(技術面)的模擬與評估，本??續以技術面與經濟財務面整合建置相關模型，因此需要對區域水資源之水??與成本?的互動有較多之專業知?及能設計出適宜的整合模型，以有效地模擬與評估區域水資源之水?與成本之間相互關?性。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950150</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/9</date><governmentpublicationsnumber>1009503681</governmentpublicationsnumber><identifier>49797</identifier><internationalstandardbooknumber>9789860077377 ; 9860077371</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49797</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>區域水資源永續利用之策略模擬與分析(2)－光碟版＝Evaluating Strategies for the Sustainable Development of Regional Water Resources (2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/10</date><governmentpublicationsnumber>1009101738</governmentpublicationsnumber><identifier>49801</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49801</librarycollectiondetailsurl><price>587</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>河道水工構造物保護工法試驗研究) Model Studies of The Hydraulic Structure Protection Works in Streams (II)</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/10</date><governmentpublicationsnumber>1009204975</governmentpublicationsnumber><identifier>49807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49807</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水生態工法之研究及排水情勢調查 附件 區域排水生態工法規劃設計準則 (草案)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>宋志富</author><categoryidentifier>957.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/10</date><governmentpublicationsnumber>1009500307</governmentpublicationsnumber><identifier>49810</identifier><internationalstandardbooknumber>9789860043846 ; 9860043841</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49810</librarycollectiondetailsurl><price>150</price><publisher>莒光鄉公所</publisher><publishrocyear>95</publishrocyear><title>莒光老照片市集之一</title><yearidentifier>200601</yearidentifier></data><data><abstract>評估及研擬阿公店水庫之排淤策略，在不影響河防安全前提下，探討藉由平日水庫操作排放適當濃度之淤砂量，並配合於汛期透過水庫空庫洩洪排淤將平時可能堆積在河道中之泥砂沖走，同時對河川長期穩定可能影響加以分析。此外，並評估此一防淤操作對庫容及水資源利用之影響</abstract><author>國立交通大學</author><categoryidentifier>443.64229</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950249</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503613</governmentpublicationsnumber><identifier>49812</identifier><internationalstandardbooknumber>9789860076660 ; 9860076669</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49812</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>阿公店水庫平時防淤操作對下游河道之影響研究=Impact study of A-Kung-Tien Reservoir's off-flood-season desilting operation on its downstream channel</title><yearidentifier>200612</yearidentifier></data><data><abstract>評估及研擬阿公店水庫之排淤策略，在不影響河防安全前提下，探討藉由平日水庫操作排放適當濃度之淤砂量，並配合於汛期透過水庫空庫洩洪排淤將平時可能堆積在河道中之泥砂沖走，同時對河川長期穩定可能影響加以分析。此外，並評估此一防淤操作對庫容及水資源利用之影響</abstract><author>交通大學</author><categoryidentifier>443.64229</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950249</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503613</governmentpublicationsnumber><identifier>49813</identifier><internationalstandardbooknumber>9789860076660 ; 9860076669</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49813</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>阿公店水庫平時防淤操作對下游河道之影響研究(光碟版)=Impact Study of A-Kung-Tien Reservoir's Off-Flood-Season Desilting Operation on Its Downstream Channel</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>8944891713</governmentpublicationsnumber><identifier>49815</identifier><internationalstandardbooknumber>9789860031874 ; 9860031878</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49815</librarycollectiondetailsurl><price>400</price><publisher>台北科技大學水環境研究中心</publisher><publishrocyear>94</publishrocyear><title>水庫集水區生態水工結構物設計參數之建立研討會  The Establishment of Ecological Engineering Parameters in Rese  rv o ir Watershed</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫擬依基隆河完工樣式，以3D互動式虛擬實境技術製作南湖大橋至員山子分洪口間之堤岸景觀，依其完成後之堤岸工法形態及現地景觀做一紀錄，以供未來管理維護時可利用其3D互動功能作為對照查核資料之用。另亦可建置於管理中心及網站中，做為與民眾互動溝通及教育宣導之用。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>W10P95018</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503425</governmentpublicationsnumber><identifier>49817</identifier><internationalstandardbooknumber>9789860082852 ; 9860082855</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49817</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理成果虛擬實境展示＝3D Virtual Reality Display of Management Achievements in Keelung River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬依基隆河完工樣式，以3D互動式虛擬實境技術製作南湖大橋至員山子分洪口間之堤岸景觀，依其完成後之堤岸工法形態及現地景觀做一紀錄，以供未來管理維護時可利用其3D互動功能作為對照查核資料之用。另亦可建置於管理中心及網站中，做為與民眾互動溝通及教育宣導之用。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09502652</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503425</governmentpublicationsnumber><identifier>49819</identifier><internationalstandardbooknumber>9789860082852 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49819</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理成果虛擬實境展示(光碟版)＝3D Virtual Reality Display of Management Achievements in Keelung River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬整合水理數值模式之銜接、防洪操作與淹水模擬，規劃未來兩年之工作內容，以3D/VR的方式將洪水量與水門、抽水機組等防洪措施之交互影響的計算結果呈現出來，並配合動態的模式模擬成果，表現出河川斷面水位及當洪水來臨時民眾可行的逃生路線及時間。並將成果放置於網站上，供民眾查詢使用。期望能藉著本系統的建立，以降低民眾生命及財產之損失</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6202903</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503424</governmentpublicationsnumber><identifier>49821</identifier><internationalstandardbooknumber>9789860082845 ; 9860082847</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49821</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河洪災應變境況模擬與展示＝Scenario Simulations of Flood Disasters Emergency Responses and Its Display of Dansuie River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫擬整合水理數值模式之銜接、防洪操作與淹水模擬，規劃未來兩年之工作內容，以3D/VR的方式將洪水量與水門、抽水機組等防洪措施之交互影響的計算結果呈現出來，並配合動態的模式模擬成果，表現出河川斷面水位及當洪水來臨時民眾可行的逃生路線及時間。並將成果放置於網站上，供民眾查詢使用。期望能藉著本系統的建立，以降低民眾生命及財產之損失</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6202903</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503424</governmentpublicationsnumber><identifier>49822</identifier><internationalstandardbooknumber>9789860082845 ; 9860082847</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49822</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>95</publishrocyear><title>淡水河洪災應變境況模擬與展示(光碟版)＝Scenario Simulations of Flood Disasters Emergency Responses and Its Display of Dansuie River</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署近年來持續推動國土資訊系統之發展，已陸續建置多項地理資訊服務系統及地理資訊資料庫，且為了滿足每個單位各項業務之需求，逐年增加不同的圖資來源，藉以提昇資料的多元化與完整性。而隨著系統、圖資資料的成長，需建置一完善機制將圖資資料進行有效率的維護管理，並整合所有圖資資料、詮釋資料，提供完整且一致的地理資訊服務，因此水利署擬定四年期程計畫，規劃出後續執行辦理事項，提出一完善之解決方案。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950184</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503298</governmentpublicationsnumber><identifier>49825</identifier><internationalstandardbooknumber>9789860073614 ; 9789860073</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49825</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(3/4)＝Establishment of Hydraulic Web-Based Geographic Information Systems (3/4)</title><yearidentifier>200611</yearidentifier></data><data><abstract>經濟部水利署近年來持續推動國土資訊系統之發展，已陸續建置多項地理資訊服務系統及地理資訊資料庫，且為了滿足每個單位各項業務之需求，逐年增加不同的圖資來源，藉以提昇資料的多元化與完整性。而隨著系統、圖資資料的成長，需建置一完善機制將圖資資料進行有效率的維護管理，並整合所有圖資資料、詮釋資料，提供完整且一致的地理資訊服務，因此水利署擬定四年期程計畫，規劃出後續執行辦理事項，提出一完善之解決方案。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/11</date><governmentpublicationsnumber>1009503298</governmentpublicationsnumber><identifier>49826</identifier><internationalstandardbooknumber>9789860073614 ; 9860073619</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49826</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(3/4)－光碟版＝Establishment of Hydraulic Web-Based Geographic Information Systems (3/4)</title><yearidentifier>200611</yearidentifier></data><data><abstract>本系統涉及濁水溪流域防汛應變工作，並進行水情監測與災害應變工作，為健全洪水測預報系統模式運作，綜合檢討降雨及逕流模式，以期提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950088</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/12</date><governmentpublicationsnumber>1009503701</governmentpublicationsnumber><identifier>49827</identifier><internationalstandardbooknumber>9789860077476 ; 9860077479</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49827</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪流域水情監測系統控制成果報告(內附光碟)＝The Control of Water Information Monitoring System for Jhuoshuei River Watershed</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側王功段現有養殖蚵架，南側新街段為茂盛之紅樹林區，全段海岸生態極為豐富，若能妥為經營，將可成為優良之生態保護區。</abstract><author>國立交通大學(郭一羽)</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950233</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009503320</governmentpublicationsnumber><identifier>49828</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49828</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(1/2)＝The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast</title><yearidentifier>200611</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側王功段現有養殖蚵架，南側新街段為茂盛之紅樹林區，全段海岸生態極為豐富，若能妥為經營，將可成為優良之生態保護區。</abstract><author>交通大學</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950233</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009503320</governmentpublicationsnumber><identifier>49829</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49829</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(1/2)--光碟版＝The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Cosat</title><yearidentifier>200611</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，本年度(2006年)除持續進行地形監測作業外，並進一步以海岸平面、斷面侵淤圖、相關經驗公式及波流場數值模擬，加以分析王功地區水深地形變遷之特性。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-008-005</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/12</date><governmentpublicationsnumber>1009504259</governmentpublicationsnumber><identifier>49830</identifier><internationalstandardbooknumber>9789860083149 ; 9860083142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49830</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(2/2)＝Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，本年度(2006年)除持續進行地形監測作業外，並進一步以海岸平面、斷面侵淤圖、相關經驗公式及波流場數值模擬，加以分析王功地區水深地形變遷之特性。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-008-005</commissionedprojectidentifier><currency>NT$</currency><date>2007/1/12</date><governmentpublicationsnumber>1009504259</governmentpublicationsnumber><identifier>49831</identifier><internationalstandardbooknumber>9789860083149 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49831</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(2/2)--光碟版=Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，藉由各年相關監測調查與分析結果，以水利、經濟、安全及人民權益等觀點，研擬並規劃本計畫範圍適宜之灘線侵蝕防治、定沙工程或砂洲復育及海岸經營管理方案。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3   351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-008-005</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/2</date><governmentpublicationsnumber>1009504260</governmentpublicationsnumber><identifier>49832</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49832</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(總報告書)＝Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，藉由各年相關監測調查與分析結果，以水利、經濟、安全及人民權益等觀點，研擬並規劃本計畫範圍適宜之灘線侵蝕防治、定沙工程或砂洲復育及海岸經營管理方案。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-008-005</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009504260</governmentpublicationsnumber><identifier>49833</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49833</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(總報告書)--光碟版=Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa</title><yearidentifier>200612</yearidentifier></data><data><abstract>湖山水庫水力發電之可行性評估，考量增加水庫放水時間且不能降低水庫供水能力。為達成前述目標，將與雲林農田水利會協商交換斗六堰以下部分農業用水水權，以促進湖山水庫可常態放水，增加水力發電之效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/12</date><governmentpublicationsnumber>1009503570</governmentpublicationsnumber><identifier>49834</identifier><internationalstandardbooknumber>9789860076202 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49834</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫-水力發電可行性規劃 Hushan Reservoir Project A Feasiblity Study of Hydropower Plant</title><yearidentifier>200612</yearidentifier></data><data><abstract>湖山水庫水力發電之可行性評估，考量增加水庫放水時間且不能降低水庫供水能力。為達成前述目標，將與雲林農田水利會協商交換斗六堰以下部分農業用水水權，以促進湖山水庫可常態放水，增加水力發電之效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2007/1/12</date><governmentpublicationsnumber>1009503570</governmentpublicationsnumber><identifier>49835</identifier><internationalstandardbooknumber>9789860076202 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_49835</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>湖山水庫工程計畫-水力發電可行性規劃(光碟版) Hushan Reservoir Project A Feasiblity Study of Hydropower Plant</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫目的主要延續前階段崙背人工湖初步規劃，辦理工程可行性規劃，並進行經濟、財務與營管之評估、分析，考量周邊相關人工湖區域其他計畫之競合，擬定開發優先順序，以滿足本區水資永續發展。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/8</date><governmentpublicationsnumber>1009404169</governmentpublicationsnumber><identifier>47687</identifier><internationalstandardbooknumber>9789860035353 ; 9860035350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>崙背人工湖可行性研究-工程可行性規劃=Feasibility Study on Lun-Bei Lake-Engineering Feasibility Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的主要延續前階段崙背人工湖初步規劃，辦理工程可行性規劃，並進行經濟、財務與營管之評估、分析，考量周邊相關人工湖區域其他計畫之競合，擬定開發優先順序，以滿足本區水資永續發展。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/8</date><governmentpublicationsnumber>1009404169</governmentpublicationsnumber><identifier>47688</identifier><internationalstandardbooknumber>9789860035353 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47688</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>崙背人工湖可行性研究-工程可行性規劃(光碟版) =Feasibility Study on Lun-Bei Lake-Engineering Feasibility Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的乃在建立台灣地區26條主要河川之流域整體規劃地文與水文資訊查詢系統，以提供水利工程師於進行流域整體規劃過過程，能以快速簡潔的方式，求取歸劃設計所需之集水區各項地文與水文資訊。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.689790   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940069</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/30</date><governmentpublicationsnumber>1009404532</governmentpublicationsnumber><identifier>47689</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47689</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區主要河川流域整體規劃地文與水文資訊查詢系統建立=Development of geomorphic and hydrologic information inquiry System for integrated basin management of major rivers in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的乃在建立台灣地區26條主要河川之流域整體規劃地文與水文資訊查詢系統，以提供水利工程師於進行流域整體規劃過過程，能以快速簡潔的方式，求取歸劃設計所需之集水區各項地文與水文資訊。</abstract><author>海洋大學河海工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940069</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/10</date><governmentpublicationsnumber>1009404532</governmentpublicationsnumber><identifier>47690</identifier><internationalstandardbooknumber>9789860037426 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47690</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區主要河川流域整體規劃地文與水文資訊查詢系統建立(光碟版)=Development of geomorphic and hydrologic information inquiry  System for integrated basin Management of major rivers in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的乃在建立台灣地區26條主要河川之流域整體規劃地文與水文資訊查詢系統，以提供水利工程師於進行流域整體規劃過過程，能以快速簡潔的方式，求取歸劃設計所需之集水區各項地文與水文資訊。</abstract><author>海洋大學河海工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404532</governmentpublicationsnumber><identifier>47691</identifier><internationalstandardbooknumber>9789860037426 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47691</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區主要河川流域整體規劃地文與水文資訊查詢系統建立:系統光碟=Development of geomorphic and hydrologic information inquiry  System for integrated basin Management of major rivers in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣南部地區由於水文條件特殊其豐枯季水量懸殊，近年來受台南科學工業園區開發影響，社經發展巳逐漸由傳統一級產業邁向二、三級工商業發展，水量需求不斷地成長。而平地水庫為現階段新興水資源開發策咯與方案之一，故研擬台南地區可能設置平地水庫人工湖地點，進行初步規劃與檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404332</governmentpublicationsnumber><identifier>47695</identifier><internationalstandardbooknumber>9789860035384 ; 9860035385</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47695</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃 =Preliminary Study  on Tainan Lake</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute,</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404332</governmentpublicationsnumber><identifier>47696</identifier><internationalstandardbooknumber>9789860035384 ; 9860035385</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47696</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Agency,MOEA</publisher><publishrocyear>94</publishrocyear><title>Preliminary Study on Tainan Lke</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>交通大學防災工程研究中心</author><categoryidentifier>441.2416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009405033</governmentpublicationsnumber><identifier>47698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47698</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>湖山水庫工程計畫光纖監測系統應用於蓄水庫邊坡穩定之研究</title><yearidentifier>200512</yearidentifier></data><data><abstract>吉洋排水由荖濃溪龜山圳引水口流經高雄縣美濃鎮籍屏東縣里港鄉，於高雄縣旗山鎮匯入旗山溪。水文水理分析採用吉洋排水集水區鄰近之吉祥、手巾寮及獼力肚與量測站資料，推估各種重現期距年洪峰流量，並配合HEC-RAS進行現況及計畫斷面及水理演算，以作為淹水分析及斷面設計之依據。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009304627</governmentpublicationsnumber><identifier>47701</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47701</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>93</publishrocyear><title>高屏地區吉洋排水改善規劃報告The improvement Planning Report of Chi-Yang Drainange in Kao-Ping Area</title><yearidentifier>200412</yearidentifier></data><data><abstract>近年來，以物體之種屬、聚落、數量等，已漸漸地被做為描述自然環境所承受污染的程度之指標值，尤其是針對廣闊的自然環境。在水生生物體中之魚類，因其分佈廣泛，容易採樣，且其種類繁多，容易觀察；因此，常被用來做為定義水體水質及自然環境生態系統健康度的指標生物。由於魚體內所含的有毒物質（如：重金屬等）之濃度乃集水體環境之總和，而且魚類對許多毒性物質有較高之敏感度，所以適合做為生態系統健康度之指標。因此，由測定魚體內所含有毒物質之濃度，可適當地反映出水體環境受到有毒物質污染之程度，亦可由魚體組織病理變化，決定水體環境的毒性程度。 在水庫水質方面，分析結果中發現，曾文水庫水質符合甲類水質標準，只有表層水之BOD明顯較高，並在第一次（94年9月26日）的水質檢測結果中部分測點之總磷濃度亦有超過標準值(0.02 mg/L)，主要污染來源可能為養雞場之廢水；而檢測結果中之重金屬及農藥均未超過環保署規定之保護人體健康環境基準值。由卡爾森指標（Carlson Trophic State Index，CTSI）分析得知，在兩次檢測結果皆顯示曾文水庫處於普養至優養的狀態，而以L4（情人公園）測點之優養化程度最嚴重，L1及L5測點次之；L4測點可能原因為鄰近人為活動最為頻繁之情人公園及湖濱公園，導致該地區水質優養化嚴重。 總體而言，水庫水體中翹嘴紅鰭?及小盾鱧 (魚虎，Channa micropeltes)之組織病理並沒有較多病變狀態，只有少許之病變現象，而僅在高體四鬚?（武昌魚）身上有較明顯的病理變化徵兆，其可能由於使用一般垂釣者所使用之誘餌，或因其主要棲息於水庫水體中底層，攝食水體底層動植物，導致其病變發生。因此，由魚病理變化及魚病理指標（Z）分析結果皆可知，L1測點之魚病理指標值為最高，顯示該區域之水體水質可能已長期受有毒物質之污染，工作團對認為有必要作進一步長期的觀察與分析研究。 由魚病理指標（Z）與水體有毒微量元素積分值之水體健康度綜合評估結果亦顯示，L1測點（嘉義農場）之水體可能已遭受到有毒物質影響，屬水庫水體內最嚴重之區域，雖然有水體水質檢測中並未發現明顯之污染物質，但是，卻已在部分魚體組織器官中產生明顯病理變化。因此，由本計畫所進行之魚病理觀察及結果可知，魚體組織器官之病理變化乃為水體中的初期警訊，對於未來針對水庫水質之檢測工作項目中，仍屬極為重要之調查工作重點，建議亦必須對於國內其他水庫進行相同之觀察與研究。</abstract><author>成大研究發展基金會、成大水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940002</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404605</governmentpublicationsnumber><identifier>47702</identifier><internationalstandardbooknumber>9789860038125 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47702</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫水質與生態健康度生物指標研究先驅計畫成果報告書 Pilot  Study on Bioindicators for Water Quality and Ecological Health Level of Water Reservoirs</title><yearidentifier>200512</yearidentifier></data><data><abstract>近年來，以物體之種屬、聚落、數量等，已漸漸地被做為描述自然環境所承受污染的程度之指標值，尤其是針對廣闊的自然環境。在水生生物體中之魚類，因其分佈廣泛，容易採樣，且其種類繁多，容易觀察；因此，常被用來做為定義水體水質及自然環境生態系統健康度的指標生物。由於魚體內所含的有毒物質（如：重金屬等）之濃度乃集水體環境之總和，而且魚類對許多毒性物質有較高之敏感度，所以適合做為生態系統健康度之指標。因此，由測定魚體內所含有毒物質之濃度，可適當地反映出水體環境受到有毒物質污染之程度，亦可由魚體組織病理變化，決定水體環境的毒性程度。 在水庫水質方面，分析結果中發現，曾文水庫水質符合甲類水質標準，只有表層水之BOD明顯較高，並在第一次（94年9月26日）的水質檢測結果中部分測點之總磷濃度亦有超過標準值(0.02 mg/L)，主要污染來源可能為養雞場之廢水；而檢測結果中之重金屬及農藥均未超過環保署規定之保護人體健康環境基準值。由卡爾森指標（Carlson Trophic State Index，CTSI）分析得知，在兩次檢測結果皆顯示曾文水庫處於普養至優養的狀態，而以L4（情人公園）測點之優養化程度最嚴重，L1及L5測點次之；L4測點可能原因為鄰近人為活動最為頻繁之情人公園及湖濱公園，導致該地區水質優養化嚴重。 總體而言，水庫水體中翹嘴紅鰭?及小盾鱧 (魚虎，Channa micropeltes)之組織病理並沒有較多病變狀態，只有少許之病變現象，而僅在高體四鬚?（武昌魚）身上有較明顯的病理變化徵兆，其可能由於使用一般垂釣者所使用之誘餌，或因其主要棲息於水庫水體中底層，攝食水體底層動植物，導致其病變發生。因此，由魚病理變化及魚病理指標（Z）分析結果皆可知，L1測點之魚病理指標值為最高，顯示該區域之水體水質可能已長期受有毒物質之污染，工作團對認為有必要作進一步長期的觀察與分析研究。 由魚病理指標（Z）與水體有毒微量元素積分值之水體健康度綜合評估結果亦顯示，L1測點（嘉義農場）之水體可能已遭受到有毒物質影響，屬水庫水體內最嚴重之區域，雖然有水體水質檢測中並未發現明顯之污染物質，但是，卻已在部分魚體組織器官中產生明顯病理變化。因此，由本計畫所進行之魚病理觀察及結果可知，魚體組織器官之病理變化乃為水體中的初期警訊，對於未來針對水庫水質之檢測工作項目中，仍屬極為重要之調查工作重點，建議亦必須對於國內其他水庫進行相同之觀察與研究。</abstract><author>成大研究發展基金會、成大水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940002</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404605</governmentpublicationsnumber><identifier>47703</identifier><internationalstandardbooknumber>9789860038125 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47703</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫水質與生態健康度生物指標研究先驅計畫成果報告書(光碟版) Pilot  Study on Bioindicators for Water Quality and Ecological Health Level of Water Reservoirs</title><yearidentifier>200512</yearidentifier></data><data><abstract>馬祖地區主要水源幾乎全仰賴降雨，每屆秋，冬兩季，水源常呈不足。本計畫目的改善馬祖地區供水設施。除了確保傳統水源量外，亦朝向擴建或增建海水淡化廠、減少自來水管線漏水率及島際間供水系統連通之方向著手，提馬祖地區未來供水之可靠度。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.269   445.299</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404529</governmentpublicationsnumber><identifier>47704</identifier><internationalstandardbooknumber>9789860037401 ; 986003740X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47704</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>馬祖地區供水改善規劃＝Water Supply Improvment Plan for  Matsu Region</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署推動各項水利專案計畫，以解決影響民生與工商發展之水資源關鍵問題，並培養本土化之研究人力。於92年度內，持續推動各項水利計畫，強化水資源整體規劃、調配、管理與水利行政之功能，以進一步提升施政品質與效能。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404546</governmentpublicationsnumber><identifier>47705</identifier><internationalstandardbooknumber>9789860037487 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47705</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計畫成果摘要彙編:92年度(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署推動各項水利專案計畫，以解決影響民生與工商發展之水資源關鍵問題，並培養本土化之研究人力。於92年度內，持續推動各項水利計畫，強化水資源整體規劃、調配、管理與水利行政之功能，以進一步提升施政品質與效能。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/9</date><governmentpublicationsnumber>1009404546</governmentpublicationsnumber><identifier>47706</identifier><internationalstandardbooknumber>9789860037487 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47706</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計畫成果摘要彙編:93年度(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>雙溪河口為本島最負盛名之褔隆海水場所在，主要休閒遊憩場所為該河口海域之優美海灘，惟近年河口主深槽流路改變並導致河口砂洲流失，改變機制眾說紛紜；基於此，本計畫首在分析探討此一河口沙洲與主槽流路變動因素，分別考慮自然及人為影響所導致之情況，並提出?定對策。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.689702   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>47707</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47707</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究計畫</title><yearidentifier>200512</yearidentifier></data><data><abstract>雙溪河口為本島最負盛名之褔隆海水場所在，主要休閒遊憩場所為該河口海域之優美海灘，惟近年河口主深槽流路改變並導致河口砂洲流失，改變機制眾說紛紜；基於此，本計畫首在分析探討此一河口沙洲與主槽流路變動因素，分別考慮自然及人為影響所導致之情況，並提出?定對策。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.689702   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>47708</identifier><internationalstandardbooknumber>9789860039931 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47708</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究計畫(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以朴子溪月眉潭橋上下游段為例，研擬適度疏浚方案，因應疏浚可能造成之河川地形改變，提出相關橋基安全輔助方案幫助下游面現有沖刷坑回淤，並達到橋樑改建前過渡期間橋基之保護。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404812</governmentpublicationsnumber><identifier>47709</identifier><internationalstandardbooknumber>9789860039954 ; 986003995X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究總報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以朴子溪月眉潭橋上下游段為例，研擬適度疏浚方案，因應疏浚可能造成之河川地形改變，提出相關橋基安全輔助方案幫助下游面現有沖刷坑回淤，並達到橋樑改建前過渡期間橋基之保護。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404812</governmentpublicationsnumber><identifier>47710</identifier><internationalstandardbooknumber>9789860039954 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究總報告(光碟版)=Scouring Effects Around Bridge Sites Due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200512</yearidentifier></data><data><abstract>隨著生活及工業用水需求的持續上升，導致區域性供水調配的難度提高。因此現有供水系統的有效利用與多元化水源開發的工作已是刻不容緩，然而水資源之相關策略推行無論是結構性或非結構性都將對環境與社會造成一定程度之影響和衝擊，所以更需要運用流域整體經營管理的思維來面對水資源的相關問題。因此，區域水資源永續利用策略的模擬與評估除著重技術面的水量供應效益外，亦需同時考量對於區域水質與經濟財務的衝擊與影響，以防策略施行時之相關後遺症的產生。本計畫將以大甲溪流域作為研究對象，今年度主要工作為釐清大甲溪流域水量、環境水質與經濟面財務之整合架構以及完成大甲溪流域整體水量運用之策略模擬與分析。本計劃乃根據系統動態學理論進行建模與策略模擬分析，其建模與分析流程如圖1所示。首先藉由「問題定義」、「系統描述」、「因果回饋圖」以及「可能策略研擬」等概念的建構來規劃設計系統動態模型。在模型檢定無誤後，即可進行策略之情境模擬。所有研擬策略的模擬結果透過「各問題代表性指標衝突分析」，來初步篩選出可行策略。然而指標無法反映出策略施行時時間滯延的問題，故於可行策略集合形成後，再進行策略之時間滯延效應分析，分析的結果將提供決策者於協商過程時之重要參考</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404255</governmentpublicationsnumber><identifier>47717</identifier><internationalstandardbooknumber>9789860035810 ; 9860035814</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47717</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>區域水資源永續利用之策略模擬與分析(一) 內附光碟</title><yearidentifier>200512</yearidentifier></data><data><abstract>隨著生活及工業用水需求的持續上升，導致區域性供水調配的難度提高。因此現有供水系統的有效利用與多元化水源開發的工作已是刻不容緩，然而水資源之相關策略推行無論是結構性或非結構性都將對環境與社會造成一定程度之影響和衝擊，所以更需要運用流域整體經營管理的思維來面對水資源的相關問題。因此，區域水資源永續利用策略的模擬與評估除著重技術面的水量供應效益外，亦需同時考量對於區域水質與經濟財務的衝擊與影響，以防策略施行時之相關後遺症的產生。本計畫將以大甲溪流域作為研究對象，今年度主要工作為釐清大甲溪流域水量、環境水質與經濟面財務之整合架構以及完成大甲溪流域整體水量運用之策略模擬與分析。本計劃乃根據系統動態學理論進行建模與策略模擬分析，其建模與分析流程如圖1所示。首先藉由「問題定義」、「系統描述」、「因果回饋圖」以及「可能策略研擬」等概念的建構來規劃設計系統動態模型。在模型檢定無誤後，即可進行策略之情境模擬。所有研擬策略的模擬結果透過「各問題代表性指標衝突分析」，來初步篩選出可行策略。然而指標無法反映出策略施行時時間滯延的問題，故於可行策略集合形成後，再進行策略之時間滯延效應分析，分析的結果將提供決策者於協商過程時之重要參考</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404255</governmentpublicationsnumber><identifier>47718</identifier><internationalstandardbooknumber>9789860035810 ; 9860035814</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47718</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>區域水資源永續利用之策略模擬與分析(一) Vensim 使用手冊與教育訓練講義</title><yearidentifier>200512</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>47720</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47720</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>經濟部水利公報（第七卷, 第五期）</title><yearidentifier>200602</yearidentifier></data><data><abstract>「二十一世紀議程（Agenda 21）」第十七章明確指出，海洋環境為永續發展最珍貴資產，其中又以海岸地區生產力最高、生態環境最為敏感。然而海岸地區的豐富資源卻造成了人類的過度使用與開發，導致人民生活環境與生態棲地受到嚴重威脅，例如：近岸水資源的競用、濫用、誤用所導致的地層下陷，除了造成水資源的枯竭，所伴隨發生的海岸災害亦是令人擔憂。為避免海岸地區的不當開發與利用繼續漫延，海岸地區管理必須遵照永續發展為最高指導原則，研究自然的、社會的、生態的、經濟之間的互動關係，探討海岸整體性的問題。因此本計畫引入對海岸管理相當重視之歐美日等國家的知識與經驗，以「整合性海岸管理(Integrated Coastal Zone Management, ICZM)」的概念，全盤思考海岸地區問題，就海岸地區的生態體系、水利防災工程、社會經濟活動、環境保護等面向綜合考量，溝通協調不同層級、組織間的資源使用衝突，以引導其合理利用，並彙整相關組織與團體之意見，建立海岸管理之評估準則、因子與決策程序。同時在高雄地區，針對不同類型的海岸地區進行案例探討，利用整合性評估(Integrated Assessment, IA)工具，模擬分析海岸管理之替代方案，提供不同的策略與建議。為輔助決策者執行海岸管理規劃設計，計畫中也善用資訊技術，建置開發整合性海岸管理之決策支援系統。本計畫為三年期的計畫，今年度為第一期的計畫，已完成之工作項目茲條列如下：1.	蒐集與整理國內外有關整合性海岸管理、保育相關案例，並擷取適當的知識與經驗。今年度已針對海岸自然災害、海岸工業區、海岸地區地層下陷、海岸遊憩與旅遊等特定海岸地區，完成相關文獻案例之回顧與整理。2.	提出蒐集、彙整相關單位意見之方法與內容。今年度已經蒐集、彙整國際間實行整合性海岸管理常用之準則、環境指標、社會經濟指標、與回應指標，提供下一年度制定通則性海岸管理評估準則、因子與決策程序之依據。3.	提出海岸地區整合管理之分析工具、方法、理論基礎及決策支援系統規劃方向。今年度已經完成整合性海岸管理、整合性評估、層級分析法、系統動力學、與決策支援系統等工具方法之應用評估。</abstract><author>國立中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940275</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404420</governmentpublicationsnumber><identifier>47731</identifier><internationalstandardbooknumber>9789860036664 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47731</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>海岸地區整合性管理保育決策分析計畫：以高雄為例(1/3)  Decision Analysis for Integrated Coastal Zone Management and Conservation - Examples on Kaohsing (1/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部鑑於自來水法自民國55年實施至今，已將屆40年，其間並未配合社會情勢相應修正。考量自來水事業之經營與發展環境40年來已有劇烈變化，爰成立本研究計畫，委託中華民國自來水協會，通盤檢討自來水法，以作為自來水法修法及政策推動之參考。計畫以進行「自來水法通盤檢討之研究」為目的，本計畫（第一年）將進行相關議題研析，包括自來水事業發展方向、專業技師管理、水費計價制度、水源保育及自來水定位檢討等，針對研析議題蒐集國外資料並評析引進國內之適用性，以及針對研析議題蒐集歷年國內相關研究成果，並分析國內狀況。第二年工作則包括研擬自來水法定位，研擬所需配套制定或修正之法令架構，修法優先課題及推動順序，據以研擬條文草案。工作項目與工作內容。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940225</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404505</governmentpublicationsnumber><identifier>47733</identifier><internationalstandardbooknumber>9789860037050 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47733</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>自來水法通盤檢討之研究(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部鑑於自來水法自民國55年實施至今，已將屆40年，其間並未配合社會情勢相應修正。考量自來水事業之經營與發展環境40年來已有劇烈變化，爰成立本研究計畫，委託中華民國自來水協會，通盤檢討自來水法，以作為自來水法修法及政策推動之參考。計畫以進行「自來水法通盤檢討之研究」為目的，本計畫（第一年）將進行相關議題研析，包括自來水事業發展方向、專業技師管理、水費計價制度、水源保育及自來水定位檢討等，針對研析議題蒐集國外資料並評析引進國內之適用性，以及針對研析議題蒐集歷年國內相關研究成果，並分析國內狀況。第二年工作則包括研擬自來水法定位，研擬所需配套制定或修正之法令架構，修法優先課題及推動順序，據以研擬條文草案。工作項目與工作內容。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940225</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404505</governmentpublicationsnumber><identifier>47736</identifier><internationalstandardbooknumber>9789860037050 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47736</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>自來水法通盤檢討之研究(1/2)附冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>由於人類活動頻繁與污染擴大，造成水自然循環的破壞，因此水資源永續發展也是唯一解決之道，因此更具效率與合理作法不外乎加強節約用水措施、推動水再生與再利用及替代性水源之開發與利用等。 在水再生利用方面國內雖已推動十多年，成效不顯著，其主要原因為國內目前對於水再生利用之法規與制度並不完整，相關的環保或水利法令均以防治環境污染之管制為主，對於水的回收與再利用並未有積極性之規定，而於環境基本法與資源回收再利用法中，對於水資源之利用亦僅只於宣示性與原則性之描述，並未提及執行面之做為與施行之方式，是故儘早訂定一套完整再生水利用辦法。</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940190</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404396</governmentpublicationsnumber><identifier>47737</identifier><internationalstandardbooknumber>9789860036190 ; 9860036195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47737</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水再生利用政策與法規研訂(2/2) Study on the Policy and  Regulation for Water Reclamation and Reuse(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>由於新的傳統水源開發不易，水資源供給趨於極限化的時代來臨，如何有效利用已有水資源與開發海水淡化、水再生利用等多元化水源，將是刻不容緩的課題，因此水利署正積極推動水再生利用政策與法規之研擬。目前已完成水再生利用條例草案研擬，其立法精神為促進水資源永續利用，滿足各標的用水需求，以提高整體供水可靠度，並配合水利產業之發展趨勢。也就是政府水資源政策之轉變，長期政府擔負開發任務之角色，將轉型成政府與民間共同努力開發多元化水源，因此水再生利用條例之主要精髓就是鼓勵與輔導民間投入水再生利用產業。然水再生利用技術在國內仍屬推動示範階段，並無制式之計畫書範本供業界設計參考，亦無審查規範供政府審查時遵循，水利署爰擬針對生活污水及工業廢水之再生利用等水再生利用事業，研擬興辦事業計畫書之範本並研擬主管機關審議規範。 本研究團隊秉持過去協助水利署擬定相關政策與法規之豐富經驗外，在工廠廢水、生活污水再利用輔導與評估更是有一百多家次之經驗，因此針對再生水利用比例評估方面研究團隊擬分別以經濟、利基環境、技術與使用意願等因素來評估現行給水業及工業用水人使用生活污水與工業廢水等再生水合理之使用比例，提供未來推動時相關配套措施研擬之重要參考依據</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940237</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/10</date><governmentpublicationsnumber>1009404419</governmentpublicationsnumber><identifier>47738</identifier><internationalstandardbooknumber>9789860036671 ; 9860036676</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47738</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水再生利用技術規範之研究＝Study on the Technology Guidelines for Water Reclamation and Reuse</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣台南地區由於水文條件特殊，其豐枯季水量懸殊，近年來又受台南科學工業園區開發影響。本計畫作之環境現況調查及開發行為環境影響初步預測，可為未來本水資源開發，所需進行環境影響評估前期準備工作</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404402</governmentpublicationsnumber><identifier>47740</identifier><internationalstandardbooknumber>9789860036602 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47740</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃─ 環境現況調查及開發行為環境影響初步預測=Preliminary Study  on Tainan Lake ─ In-Situ lnvestigation and Forecast on Environmental Impact</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣台南地區由於水文條件特殊，其豐枯季水量懸殊，近年來又受台南科學工業園區開發影響。本計畫作之環境現況調查及開發行為環境影響初步預測，可為未來本水資源開發，所需進行環境影響評估前期準備工作</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404402</governmentpublicationsnumber><identifier>47745</identifier><internationalstandardbooknumber>9789860036602 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47745</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台南大湖初步規劃─ 環境現況調查及開發行為環境影響初步預測(光碟版)=Preliminary Study  on Tainan Lake ─ In-Situ lnvestigation and Forecast on Environmental Impact</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究採用分析網路程序法(Analytic Network Process, ANP)結合賽局理論(Game Theory)進行政策分析，從第一線利害相關人的角度出發，實地下鄉對保護區土地利用的利害相關者進行深入的訪查。本研究除了能瞭解各利害相關人之選擇優先次序外，更重要的是可了解其政策選擇背後的重要影響因子，並推估可能的政策演化結果。研究中以獎勵保育、環境地役權及環境信託為政策選項，並以上坪溪及台北水源特定區兩處水質水量保護區作為實地分析案例。ANP分析結果發現，烏來鄉、坪林鄉、石碇鄉、竹東鎮、五峰鄉、台北縣政府、台北水源特定區管理局及北區水資源局均以獎勵保育為最優先選擇，新店市、橫山鄉、自來水公司、荒野保護協會則以環境地役權為最優先選擇，而只有野鳥學會之最優先選擇為環境信託；此外，綜整所有受訪者對影響因子之考量發現，獎勵保育策略推動的主要影響因子為：實際保育效益、政府執行效率、政策方案的可持續性、與民眾的配合度。賽局理論之分析結果顯示，若各利害相關人之意見權重相同，則『環境地役權』為其共識；若以面積、人口、管理單位回饋費預算金額等進行情境模擬，各利害相關人對於各政策選項則可能無法達成共識。本計畫中兩個水源保護區研究案例僅說明當地的情況，其ANP訪查與賽局模擬結果無法推衍至其他地區。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940226</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404489</governmentpublicationsnumber><identifier>47746</identifier><internationalstandardbooknumber>9789860037043 ; 9860037043</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47746</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水質水量保護區獎勵保育策略之研究＝A study on conservation incentive strategies for water quality and quantity protection areas</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>尖端公司</author><categoryidentifier>381.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>4509404501</governmentpublicationsnumber><identifier>47748</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47748</librarycollectiondetailsurl><price>450</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>94</publishrocyear><title>獨角仙傳奇(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Water Resources Planning Institute,</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404402</governmentpublicationsnumber><identifier>47749</identifier><internationalstandardbooknumber>9789860036602 ; 9860036608</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47749</librarycollectiondetailsurl><price>450</price><publisher>Water Resources Agency,MOEA</publisher><publishrocyear>94</publishrocyear><title>Preliminary Study on Tainan Lake─lnvestigation and Forecast on Environmental lmpact</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫爰依據行政院推動之「挑戰2008：國家發展重點計畫」建立「電子化政府」工作，規劃收錄水利署水利工程計畫書、圖、表及防災應變經驗文件數位資料，並積極建構知識文件分享系統，藉由資訊科技應用及顯性知識庫的建立，作為組織內部知識傳遞與管理的利器。此外，透過水資源新聞電子報服務，傳遞水資源新聞、瞭解民情輿論及宣達政策，期能協助水利署建立顧客導向型之服務政府</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404462</governmentpublicationsnumber><identifier>47754</identifier><internationalstandardbooknumber>9789860036701 ; 9860036705</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47754</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水利工程與防災技術資料庫建立之研究(1/3)＝Creation of Database for Hydraulic Engineering and Disaster Prevention</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣五十多年來政府持續地進行水利建設，開發充裕的水資源，使得經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，遂成為流域基本管理的新挑戰。惟水資源因其「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育以及統籌調配。依據九十二年全國水利會議決議（一）落實流域管理機制，整合水土林海業務成立部會層級專責機關，以統籌上中下游水土資源管理、災害防救及流域整體發展等事權，提出河川綜合治水對策，實踐生態治河理念，據此流域基本管理研究更顯其重要性。    基於上述之理由，本研究工作小組，分別就法規及土地利用方面提供協助，從流域管理角度每一環節進行基本資料處理、彙整，及其他相關歸納分析研討之進行，以淡水河流域為案例，藉以擬具基本管理計畫，作為河川流域集水區管理之示範計畫，進而研擬整體流域管理策略</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940216</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404458</governmentpublicationsnumber><identifier>47761</identifier><internationalstandardbooknumber>9789860036695 ; 9860036691</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47761</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(2/2)本文＝River basin management  project(II)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣五十多年來政府持續地進行水利建設，開發充裕的水資源，使得經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，遂成為流域基本管理的新挑戰。惟水資源因其「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育以及統籌調配。依據九十二年全國水利會議決議（一）落實流域管理機制，整合水土林海業務成立部會層級專責機關，以統籌上中下游水土資源管理、災害防救及流域整體發展等事權，提出河川綜合治水對策，實踐生態治河理念，據此流域基本管理研究更顯其重要性。    基於上述之理由，本研究工作小組，分別就法規及土地利用方面提供協助，從流域管理角度每一環節進行基本資料處理、彙整，及其他相關歸納分析研討之進行，以淡水河流域為案例，藉以擬具基本管理計畫，作為河川流域集水區管理之示範計畫，進而研擬整體流域管理策略</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404458</governmentpublicationsnumber><identifier>47762</identifier><internationalstandardbooknumber>9789860036695 ; 9860036691</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47762</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(2/2)附錄＝River basin management  project(II)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣五十多年來政府持續地進行水利建設，開發充裕的水資源，使得經濟建設得到支持與成長，流域兼具河川防洪、農田灌溉、區域排水、生態旅遊及水資源利用等功能，在氣候環境變遷下，追求「質」、「量」均佳的水資源，遂成為流域基本管理的新挑戰。惟水資源因其「有限」及「開發不易」之特性，致當前水資源相關工作需特別重視「水」之管理、保育以及統籌調配。 依據九十二年全國水利會議決議（一）落實流域管理機制，整合水土林海業務成立部會層級專責機關，以統籌上中下游水土資源管理、災害防救及流域整體發展等事權，提出河川綜合治水對策，實踐生態治河理念，據此流域基本管理研究更顯其重要性。     基於上述之理由，本研究工作小組，分別就法規及土地利用方面提供協助，從流域管理角度每一環節進行基本資料處理、彙整，及其他相關歸納分析研討之進行，以淡水河流域為案例，藉以擬具基本管理計畫，作為河川流域集水區管理之示範計畫，進而研擬整體流域管理策略</abstract><author>北科大水環境研究中心</author><categoryidentifier>443.68932   443.689732</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/13</date><governmentpublicationsnumber>1009404458</governmentpublicationsnumber><identifier>47763</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>流域基本管理計畫(2/2)淡水河流域基本管理計畫＝River basin management  project(II)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之目的為紓解桃園地區缺水窘況，於桃園地區勘選規劃儲蓄水資源方案，並估算其開發效益，俾因應本地區未來中長程用水需求。</abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940285</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404371</governmentpublicationsnumber><identifier>47765</identifier><internationalstandardbooknumber>9789860035438 ; 9860035431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47765</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園大湖初步規劃=Taoyuan Grand Lake Schematic Planning Special Issue Report</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>HOSHIN Engineering Cinsultants Corp.,Ltd.</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404371</governmentpublicationsnumber><identifier>47768</identifier><internationalstandardbooknumber>9789860035438 ; 9860035431</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47768</librarycollectiondetailsurl><price>800</price><publisher>Water Resources Planning lnstitute,WRA,MOEA</publisher><publishrocyear>94</publishrocyear><title>Taoyuan Grand Lake Schematic Planning Special Issue Report Summary</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之目的為紓解桃園地區缺水窘況，於桃園地區勘選規劃儲蓄水資源方案，並估算其開發效益，俾因應本地區未來中長程用水需求。未因應大湖工程初步規劃評估，進行開發行為可能影響範圍之之環境現況調查與相關之評估，包括空氣品質、噪音及震動、水文及水質等項目之相關工作</abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404375</governmentpublicationsnumber><identifier>47770</identifier><internationalstandardbooknumber>9789860036237 ; 9860036233</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47770</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>桃園大湖初步規劃－環境現況調查及開發行為環境影響初步預測=Taoyuan Grand Lake Schematic Planning－Preliminary Assessment for Environmental lnvestigation and Development  lnfluence</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>HOSHIN Engineering Cinsultants Corp.,Ltd.</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404375</governmentpublicationsnumber><identifier>47771</identifier><internationalstandardbooknumber>9789860036237 ; 9860036233</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47771</librarycollectiondetailsurl><price>800</price><publisher>Water Resources Planning lnstitute,WRA,MOEA</publisher><publishrocyear>94</publishrocyear><title>Taoyuan Grand Lake Schematic Planning Preliminary Assessment for Environmental lnvestigation and Development  lnfluence</title><yearidentifier>200512</yearidentifier></data><data><abstract>「水資源建設與管理環境成本分析之研究」為三年的科專計畫，主要目的在建立一套評估水資源建設及管理之環境成本效益準則。水資源建設及管理的影響極其深遠，尤其是其外部性不但對整體經濟有所影響，也會產生社會面及環境面的影響，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益以決定水資源建設是否應投資興建</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940023</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404803</governmentpublicationsnumber><identifier>47773</identifier><internationalstandardbooknumber>9789860040029 ; 9860040028</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47773</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源建設與管理環境成本分析之研究(2/3)= Enviromental Cost of Water Development Project and Water Management</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲林地區由於降雨時空分不均，且缺乏水庫調蓄豐枯水量，長期仰賴地下水，造成地下水水位下降及地層重下陷。近年來雲林縣因離島工業區、雲林科技工業區之設置後，社經發展已逐漸由傳統農漁產業邁向工商業發展。本署92年由雲林縣政府辦理之設置雲林縣人工湖可行性規劃報告成果，提出雲林人工湖工程計畫構想擬規劃水源運用功能之人工湖，提出本計畫之初步規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404406</governmentpublicationsnumber><identifier>47775</identifier><internationalstandardbooknumber>9789860036619 ; 9860036616</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47775</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雲林大湖初步規劃報告書=Preliminary Study of Yunlin Lake</title><yearidentifier>200512</yearidentifier></data><data><abstract>水資源總體經濟模式為台灣經濟研究院在過去四年為經濟部水利署所研發之可計算一般均衡模型，主要目的在於評估水資源政策對個體經濟與總體經濟的影響。本系統連結經濟模組中WATERGEM和MR-WATERGEM兩模型以及GIS系統，成為決策支援系統，可將政策模擬結果以地理空間型態呈現。該系統雖已移交水利署，但系統使用之資料庫應定期更新，以保持模型分析的精準度。因此，本研究的目的在於更新維護系統的資料庫，並做必要的檢討與修正。基於前述研究目的，本年度完成多項工作項目，除重新檢討WATERGEM水資源決策函數、簡化並修正WATERGEM函數推導過程、重新編寫WATERGEM程式語言、檢討WATERGEM資料庫之SAM表編製方式並修正IO表貨物稅重複計算問題外，還利用90年度產業關聯表與相關資料，更新WATERGEM資料庫為90年度版本；最後則以新版WATERGEM模型與資料庫，試模擬水資源保育回饋政策與水價調整政策，以觀察本年度更新成果。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940034</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404807</governmentpublicationsnumber><identifier>47776</identifier><internationalstandardbooknumber>9789860040012 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47776</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源總體經濟模式系統維護及更新(1/2)－內附光碟 Maintaining WATERGEM and MR-WATERGEM</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Liming Engineering Consultants,Co.,Ltd.</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404406</governmentpublicationsnumber><identifier>47777</identifier><internationalstandardbooknumber>9789860036619 ; 9860036616</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47777</librarycollectiondetailsurl><price>400</price><publisher>Water Resources Planning lnstitute,WRA,MOEA</publisher><publishrocyear>94</publishrocyear><title>Preliminary Study of Yunlin Lake -Brief</title><yearidentifier>200512</yearidentifier></data><data><abstract>雲林地區由於降雨時空分不均，且缺乏水庫調蓄豐枯水量，長期仰賴地下水，造成地下水水位下降及地層重下陷。近年來雲林縣因離島工業區、雲林科技工業區之設置後，社經發展已逐漸由傳統農漁產業邁向工商業發展。本署擬規劃水源運用功能之人工湖，提出雲林之初步規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404405</governmentpublicationsnumber><identifier>47778</identifier><internationalstandardbooknumber>9789860036626 ; 9860036624</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47778</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雲林大湖初步規劃─環境現況調查及開發行為環境影響初步預測報告書=Preliminary Study of Yunlin Lake for Enveronment lnsitu lnvestigation and lnitial Prediction on Environment lmpact</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>Liming Engineering Consultants'Co.,Ltd.</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404405</governmentpublicationsnumber><identifier>47779</identifier><internationalstandardbooknumber>9789860036626 ; 9860036624</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47779</librarycollectiondetailsurl><price>500</price><publisher>Water Resources Agency,MOEA</publisher><publishrocyear>94</publishrocyear><title>Preliminary Study of Yunlin Lake for Enveronment ln-situ lnvestigation and lnitial Prediction on Environment lmpact</title><yearidentifier>200512</yearidentifier></data><data><abstract>綜觀近年水利工作，在災害應變及區域水源供應與調配作業過程中，其決策結果與社會安定、經濟發展及人民生命財產息息相關，因此高層首長面對重大水利問題做成決策時，必須及時獲致充分與正確的資訊，作為參考與判斷之依據，方能迅速、精確、周延的採行正確因應措施。而決策確定後，組織體系如何由上而下、由中央而地方，迅速動員執行，以及執行情形如何由下而上傳達，使決策者能夠有效掌握相關情資，更是整體工作成敗之關鍵。關於水利業務相關資訊系統，經濟部水利署過去已有豐碩之研究與建置成果。然而對於重大水利決策過程中所需之資訊、提供流程及綜整分析作業，則仍有待改善及強化。此外，由於重大事故常事發突然，難以預料，應變處理方式亦無法依循固定模式處理，若能仿傚先進國家「經驗學習中心」成功案例，規劃建置「重大水利事故處理經驗學習中心」，結合電腦與資訊技術，有系統的彙集重大水利事故處理經驗與相關資料，轉化為珍貴的應變處理知識，供水利相關緊急應變、計畫研訂、整備演習及人員訓練等工作參考運用，藉以提高整體作業效能，實為最佳途徑。有鑑於此，經濟部水利署決定推動「水利決策資訊支援系統規劃」計畫，分二年執行，本年度工作已配合高層首長面對水災與乾旱等重大問題之決策資訊需求，規劃水利決策資訊陳報機，進行水災與乾旱決策資訊系統細部規劃，以及重大水利事件處理經驗學習架構與作業流程規劃，同時研訂績效評量指標與評量方式，以便追蹤瞭解決策資訊支援系統之成效；明年（95）則進行區域水源調配、水庫操作緊急事故應變決策資訊系統、水情監測與綜整分析系統細部規劃，檢討水災與乾旱決策資訊系統，初步建置重大水利事故緊急應變經驗學習中心，並檢討研訂整體水利資訊系統改善計畫。</abstract><author>中華民國國家資訊基本建設產業發展協進會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940223</commissionedprojectidentifier><currency>NT$</currency><date>2006/2/14</date><governmentpublicationsnumber>1009404470</governmentpublicationsnumber><identifier>47780</identifier><internationalstandardbooknumber>9789860037029 ; 9860037027</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_47780</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水利決策資訊支援系統規劃－水旱災害防救及重大事故決策支援系統整合規劃(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫主要以「志工組織」來提升執行人力的效益，以「專屬網站」做為教育推廣的主軸工具，並經由「績優選拔」來擴大示範推廣的效果。本年度共擬定了三項工作，均獲得階段性之成果如下： 一、珍水志工計畫：協助本署北、中、南水資源局擬定執行規劃及辦理志工培訓課程。 二、網路宣導：更新網站網址，與相關網站連結，本年度愛水人之屋的宣導重點在生活層面，瀏覽人次超過18萬人次；並與大型入口網站完成四季宣導廣告活動。 三、績優單位與個人選拔：本年度共選出18家績優單位及9位個人，除辦理表揚典禮，編印中/英文績優專輯、並刊登於愛水人之屋網站。</abstract><author>台灣產業基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>1009205256</governmentpublicationsnumber><identifier>41325</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41325</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>愛護水資源教育宣導服務計畫(7/8)　Education and Promulgation for Cherishing Water Resources Program</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要以「志工組織」來提升執行人力的效益，以「專屬網站」做為教育推廣的主軸工具，並經由「績優選拔」來擴大示範推廣的效果。本年度共擬定了三項工作，均獲得階段性之成果如下： 一、珍水志工計畫：協助本署北、中、南水資源局擬定執行規劃及辦理志工培訓課程。 二、網路宣導：更新網站網址，與相關網站連結，本年度愛水人之屋的宣導重點在生活層面，瀏覽人次超過18萬人次；並與大型入口網站完成四季宣導廣告活動。 三、績優單位與個人選拔：本年度共選出18家績優單位及9位個人，除辦理表揚典禮，編印中/英文績優專輯、並刊登於愛水人之屋網站。</abstract><author>台灣產業基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>1009205256</governmentpublicationsnumber><identifier>41326</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41326</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>愛護水資源教育宣導服務計畫(7/8)－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>1009200692</governmentpublicationsnumber><identifier>41331</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41331</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區民國九十一年農業用水量統計報告</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/26</date><governmentpublicationsnumber>1009204320</governmentpublicationsnumber><identifier>41336</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41336</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利署造雨器修復暨其研發本土化自動點火裝置與零件改裝－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>為配合行政院核定之挑戰2008國家重點發展計畫-水與綠建設計畫之實施，暨92年全國水利會議之召開，水利政策除將朝治水、利水、活水與親水四大施政主軸推動外，許多新施政措施亦配合規劃推行。本計畫系二年連續計畫之第一年。在第一年計畫中，將對綜合治水對策、水資源保育限制回饋、水利署組織及業務之檢討等三個主題加以研究。</abstract><author>經濟部水利署、中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>1009204713</governmentpublicationsnumber><identifier>41340</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41340</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利法規配合國家發展重點計畫之檢討修正計畫(1/2) Revision of the Water Law for the National Development Plan</title><yearidentifier>200312</yearidentifier></data><data><abstract>中央與地方權限劃分問題為我國數十年來未決之難題，其原因在於權限劃分之基準未明，以及劃分之法律意義未臻明確，以致時生爭議。水利法所規範之水利事業多以河川流域為區分單元，在我國地方自治團體之劃分多採以河為界而非以河為心的現況下，多數重要河川流域之水利事業興辦遂成為涉及二以上地方自治團體之事務，由中央主管，不僅在實際上執行有強幹弱枝之效應，且往往與地方發展之利益造成衝突。本計畫透過德、美、日水利權限畫分制度之探討、法規之蒐集與分析，試圖就該類問題提供解決之方案</abstract><author>台灣大學法律學院</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920044</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/17</date><governmentpublicationsnumber>1009204712</governmentpublicationsnumber><identifier>41342</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利法中央地方權限及水權相關爭議問題之研究計畫  A Research on Separatio of Power Between Central Government and Local Government and Issues on Water Right</title><yearidentifier>200312</yearidentifier></data><data><abstract>為建構利於知識型水利產業發展之環境，加速水利知識轉變成實際運作的過程，使成熟之研發成果可迅速商品化，以建立新興水利產業，經濟部水利處委託工業技術研究院建置知識交流平台，期藉由國內外水利產業資料庫與網路型知識平台之建置，提供水利產業產、官、學、研供需交流合作平台，加速水利產業知識創造、流通與加值。</abstract><author>經濟部水利署、工業技術研究院</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/13</date><governmentpublicationsnumber>1009204715</governmentpublicationsnumber><identifier>41345</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41345</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>知識型水利產業育成資料庫開發與建置維護計畫(1/2) Projects for the development and maintenance of knowledge-based water resource industry database(1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006137</governmentpublicationsnumber><identifier>41349</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41349</librarycollectiondetailsurl><price>960</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 第三冊 近海水文觀測資料品管分析</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006136</governmentpublicationsnumber><identifier>41350</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41350</librarycollectiondetailsurl><price>790</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 第二冊 近海水文觀測站網維護作業</title><yearidentifier>200112</yearidentifier></data><data><abstract>90年度近海水文網基本站之建置</abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11   10020201 056</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/17</date><governmentpublicationsnumber>1009006135</governmentpublicationsnumber><identifier>41351</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41351</librarycollectiondetailsurl><price>895</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第一冊　近海水文觀測站網建置 The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009104573</governmentpublicationsnumber><identifier>41354</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41354</librarycollectiondetailsurl><price>895</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>現階段海水淡化推動計畫(1/2)---附冊民間參與台南科學園區彩水淡化廠計畫一可行性評估二申請須知三先期計畫書四投資契約草案</title><yearidentifier>200212</yearidentifier></data><data><abstract>建置旱災防救資訊系統,以輔助進行旱災防救之乾旱預警與救旱管理等工作。 九十年以嘉南地區曾文溪流域為對象,建置旱災防救資訊系統雛形。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>10020213 034</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2002/4/3</date><governmentpublicationsnumber>1009005925</governmentpublicationsnumber><identifier>41357</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41357</librarycollectiondetailsurl><price>770</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建置旱災防救決策支援系統(1/3)  Planning Decision Support System for Drought Defense (1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、成大水工所</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009205201</governmentpublicationsnumber><identifier>41361</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41361</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>設置水利產業知識化育成中心補助案 九十二年度成果報告書 A Grant-Maintained Project for Establishing  Water Problems Enterprise Information and  Incubation Center Final Report (2003)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫旨在於進行「水利產業技術與產品之研發及推廣」，主要目的係為鼓勵產、官、學、研各界能將技術研發成果進一步與市場需求相結合，完成產品原型之開發。並就所擁有之技術研發成果，評估具有產品開發及商品化之潛能者，研提產品開發之計畫，並就所提之產品開發計畫所涉及技術領域，完成至少三項產品原型之開發，或提出三項產品之相關專利取得之申請</abstract><author>經濟部水利署、成大水工所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304816</governmentpublicationsnumber><identifier>41362</identifier><internationalstandardbooknumber>9789570197426 ; 9570197420</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41362</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利產業技術研發及推廣成果報告書  Plan for Research, Development and Promotion of Aqua-Enterprise Technology Final Report</title><yearidentifier>200412</yearidentifier></data><data><abstract>水資源科技模式建置(1/2)= Development of the Watershed Digital Tolography Information System for Integrated Basin Management (II)</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6897   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009005432</governmentpublicationsnumber><identifier>41363</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41363</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水資源科技模式建置(1/2)= Establishment of Database of Water Resources Models (1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/17</date><governmentpublicationsnumber>1009104901</governmentpublicationsnumber><identifier>41261</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41261</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>河川保留基流量評估技術研究計畫 (3/3)=Study on Evaluation Techniques for Reserved Instream Flow (3/3)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/11</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41267</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41267</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖－地下水流模數－1:250,000捲圖</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/11</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41268</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41268</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖－地下水流模數－1:500,000捲圖</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/11</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41269</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41269</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖－地下水逕流係數－1:500,000捲圖</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/11</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41270</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41270</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖－河川基流係數－1:500,000捲圖</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/11</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41271</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41271</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源基本圖－1:500,000捲圖</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/12</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>41285</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41285</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究  Investigation of Construction Safety Management Issues for River Construction Projects</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中華大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/12</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>41293</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41293</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要於彰化縣二林鎮及台南縣學甲鎮各設置一口磁感應環分層式地層下陷監測井及針對兩監測井址地表至深度100公尺間之地層進行土壤力學與化學性質試驗及分析。以調查地層之壓縮機制，達到早期防範之效果。</abstract><author>工業技術研究院</author><categoryidentifier>443.8594643   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/3</date><governmentpublicationsnumber>1009300040</governmentpublicationsnumber><identifier>41061</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41061</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷監測井施設及其分析試驗(3/3) － 彰化縣二林鎮及台南縣學甲鎮 Installing Land Subsidence Monitoring Wells and Conducting Laboratory Tests in Taiwan(3/3)</title><yearidentifier>200401</yearidentifier></data><data><abstract>為能有效推動地層下陷防治工作，落實教育宣導是必須且深具影響，藉以多元且周全的作為，發揮協調與教育之功能。今（92）年地層下陷防治教育宣導分別從專業技術訓練、教育宣導推廣、防治網站宣傳、全國性競賽、宣導品創作等活動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/3</date><governmentpublicationsnumber>1009204640</governmentpublicationsnumber><identifier>41065</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41065</librarycollectiondetailsurl><price>369</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(2/3)總報告 Training Session and Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200312</yearidentifier></data><data><abstract>「地層下陷區土地利用對淹水潛勢影響之研究（３/３）」委辦計畫工作項目：（計畫目標，一年以上之計畫） 第一年：以彰化縣為研究區域 第二年：以雲林縣、屏東縣及嘉義縣為研究地區 第三年：以台南縣、高雄縣及宜蘭縣為研究地區 三、本計畫工作說明如下：（一）、水文資料整理分析（二）地文資料整理分析（三）地層下陷 區之調查與分類（四）淹水潛勢分析系統建立及應用（五）研究區域之淹水潛勢分析（六）淹水災害評核標準程序之建立及分析統資料整合。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/3</date><governmentpublicationsnumber>1009205227</governmentpublicationsnumber><identifier>41068</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41068</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究(3/3) Influence of Land Use on Flooding Potential in Land Subsidence Areas (3/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣地區受水文、地文條件之影響，水資源蓄存利用不易，而民生、工業用水卻日益增加，局部地區因此發生缺水；為解決此一危機爰成立本計畫，研究規劃一條南北水資源調度管線，總長284.4公里，最大調供能力每日86萬立方公尺，期發揮調濟豐枯，降低缺水損失及風險。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/6</date><governmentpublicationsnumber>1009204428</governmentpublicationsnumber><identifier>40525</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40525</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>水資源利用管理調度調查－台灣地區南北水資源調度管線調查規劃(內附光碟))so4zj4 The Utilization and Management of  Water Resources Investigation of Dispensation Pipes of  Water Resources Through the Western Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract>新竹地區用水量日益增加，供水吃緊；本計畫研究客雅溪河川水源之供水潛能，擬以其水量供汀甫圳灌溉用水而將其原引自頭前溪隆恩堰之水量交換供給公共用水，以提高水源之利用率；估計全年可供交換之量約500餘萬立方公尺。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.6115</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/6</date><governmentpublicationsnumber>1009204430</governmentpublicationsnumber><identifier>40523</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40523</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>水資源利用管理調度調查－新竹客雅溪河川水源利用規劃   The Utilization and Management of Water Resources  The Use of  Water  Resources of Keya Creek in Hsinchu Area</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/5</date><governmentpublicationsnumber>1009200159</governmentpublicationsnumber><identifier>41168</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41168</librarycollectiondetailsurl><price>516</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃 三、工程材料專題 6、工程材料調查與試驗總報告 Final Report on Embankment Materials Investigation for Tien-Hwa-Hu Reservoir Project</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009204638</governmentpublicationsnumber><identifier>41175</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41175</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>深層海水資源利用規劃研究(1/2)  Planning for Deep Ocean Water Utilization (1/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205215</governmentpublicationsnumber><identifier>41193</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41193</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(1/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(1/6)辦理訓練班講習與政策推動</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205216</governmentpublicationsnumber><identifier>41194</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41194</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(2/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(2/6)濁水溪沖扇南北岸天然入滲監測</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205218</governmentpublicationsnumber><identifier>41195</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41195</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(3/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(3/6)雲林縣二崙、西螺、虎尾、大埤</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205221</governmentpublicationsnumber><identifier>41196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41196</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(4/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(4/6)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205222</governmentpublicationsnumber><identifier>41197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41197</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(5/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(5/6)彰化、雲林縣沿海地區地下水遭</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205223</governmentpublicationsnumber><identifier>41198</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41198</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫 補助計畫(6/6) Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(6/6)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>1009205214</governmentpublicationsnumber><identifier>41199</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41199</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫補助計畫=Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology總報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41200</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41200</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第五十期）</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41201</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41201</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第五十一期）</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41202</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41202</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第五十二期）</title><yearidentifier>200312</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41203</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41203</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第一期）</title><yearidentifier>200401</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41205</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41205</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第二期）</title><yearidentifier>200401</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/8</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41206</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41206</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第三期）</title><yearidentifier>200401</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41236</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41237</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第五期）</title><yearidentifier>200402</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41238</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41238</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第六期）</title><yearidentifier>200402</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2009101246</governmentpublicationsnumber><identifier>41240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41240</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署永續發展簡訊　 第七期</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>41242</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41242</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>節約用水季刊（第三十二期）</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>41245</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41245</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>90</publishrocyear><title>水利第十三期</title><yearidentifier>200112</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41246</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41246</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第七期）</title><yearidentifier>200402</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>41247</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41247</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>93</publishrocyear><title>經濟部水利公報（第五卷,第八期）</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>41249</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41249</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水利第十三期 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/9</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>41254</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41254</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>臺灣地下水資源圖說明書　GROUNDWATER RESOURCES MAP OF TAIWAN, REPUBLIC OF CHINA</title><yearidentifier>200308</yearidentifier></data><data><abstract>為能落實行政院指示意見，茲依據各縣市地層下陷防治工作推動成效及面臨問題癥結，研選彰化縣及雲林縣為菜對象，分析探討其地層下陷成因，並研擬具體防治對策，以提供主管機關擬定實施計畫之參考。</abstract><author>成功大學水工試驗所</author><categoryidentifier>354.75767</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205209</governmentpublicationsnumber><identifier>41089</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41089</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>彰化、雲林地區歷年地層下陷原因探討與對策研擬成果報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract>彰化雲林地區歷年地層下陷原因探討與對策研擬附錄</abstract><author>成功大學水工試驗所</author><categoryidentifier>354.75767</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205210</governmentpublicationsnumber><identifier>41091</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41091</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>彰化、雲林地區歷年地層下陷原因探討與對策研擬 ( 附錄)</title><yearidentifier>200312</yearidentifier></data><data><abstract>1.辦理訓練班講習與政策推動 2.濁水溪沖積扇南北案天然入滲監測及成果 3.雲林縣二崙、西螺、虎尾、大埤四鄉鎮水井清查 4.林內垃圾焚化廠對淨水廠附近地下水影響範圍評估研究 5.彰化、雲林縣沿海地區地下水遭海水入侵研究 6.彰化、雲林農地超灌溉入滲研究</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205214</governmentpublicationsnumber><identifier>41095</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41095</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心 九十二年度工作推動計畫」補助計畫 總報告 Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology</title><yearidentifier>200312</yearidentifier></data><data><abstract>辦理地下水相關技術訓練班及協助經濟部水利署、雲林縣政府、南投縣政府嘉義縣政府地層下陷政策推動</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205215</governmentpublicationsnumber><identifier>41098</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41098</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (1/6)  辦理訓練班講習與政策推動 Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(1/6)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本研究乃針對濁水溪沿岸、彰地區擇定現有場址，利用埋設土壤水分壓力感測器(watermark)方式，將量測資料記錄並進行運算結果，以應用在天然垂直入滲量分析，來探討天然降雨對地下水含水量的補助效益。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205216</governmentpublicationsnumber><identifier>41100</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41100</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (2/6)  濁水溪沖積扇南北岸天然入滲監測及成果 Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology(</title><yearidentifier>200312</yearidentifier></data><data><abstract>本研究主要工作將全面性清查雲林縣虎尾、西螺、二崙及大埤等四鄉鎮的地下水井，清查地下水井的收量、將每口地下水井進行GPS定位、彙整水井的使用情況及調查地下水井的基本資料,並推估四鄉鎮的年地下水抽水量。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205218</governmentpublicationsnumber><identifier>41108</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41108</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (3/6)  雲林縣二崙、西螺、虎尾、大埤四鄉鎮水井清查 Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technolo</title><yearidentifier>200312</yearidentifier></data><data><abstract>為瞭解焚化廠附近的最大落塵區、焚化廠內灰渣貯坑及緊鄰焚化廠附近之坑洞，如有滲出水隨入滲水進入地下水，是否將影響到主要地下水補注區的地下水資源。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205221</governmentpublicationsnumber><identifier>41110</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41110</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (4/6)  林內垃圾焚化廠對淨水廠附近地下水之影響範圍評估研究 Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Tech</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要計畫範圍為彰化縣境內位於沿海地區之伸港鄉、線西鄉、鹿港鎮、福興鄉、芳苑鄉與大成鄉等六鄉鎮，由於彰化沿海地區居民從事養殖漁業。其中淡水漁塭由於長期超抽地下水，導致地層下陷、海水入侵、地下水鹽化、海水倒灌...等連鎖問題。而鹹水漁?更因導引海水作為養殖水源之形況下，使地下水的鹽化、海水入侵及土壤的鹽化等問題</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205222</governmentpublicationsnumber><identifier>41113</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41113</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (5/6)  彰化、雲林縣沿海地區地下水遭海水入侵研究(II) Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Techn</title><yearidentifier>200312</yearidentifier></data><data><abstract>利用彰雲農地灌溉剩餘水於休耕農地進行超量灌溉,增加地面水入滲補助地下水量以達到減.</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205222</governmentpublicationsnumber><identifier>41118</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41118</librarycollectiondetailsurl><price>210</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>「雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫」補助計畫 (6/6)  彰化、雲林農地超灌溉入滲研究(I) Project of 2003 at Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology (</title><yearidentifier>200312</yearidentifier></data><data><abstract>1.水資源政策推動與訓練講習 2.台南縣善化鎮與西港鄉及高雄縣茄萣鄉與永安鄉水井清查 3.高雄縣鳳山地區水資源緊急供應之研究（地下水） 4.南部中小學地區及偏遠地區地層下陷防治教育與宣導</abstract><author>國立高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205213</governmentpublicationsnumber><identifier>41124</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41124</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>九十二年度水資源保育及發展研究中心執行計畫 報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要於高雄縣永安鄉及雲林縣土庫鎮各設置一口磁感應環分層式地層下陷監測井及針對兩監測井址地表至深度100公尺間之地層進行土壤力學與化學性質試驗及分析。以調查地層之壓縮機制，達到早期防範之效果。`</abstract><author>工業技術研究院</author><categoryidentifier>443.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009204579</governmentpublicationsnumber><identifier>41140</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41140</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷監測井施設及其分析試驗(2/3)  Installing Land Subsidence Monitoring Wells and Conducting Laboratory Tests in Taiwan(2/3)</title><yearidentifier>200311</yearidentifier></data><data><abstract>台北、彰化、雲林、台南、高雄等地區水準網檢測地層下陷速率與面積分析監測井網維護與觀測</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.77</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009204572</governmentpublicationsnumber><identifier>41141</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41141</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(3/4) Analysis,Monitoring and Investigation in Taiwan Subjected to Land Subsidence (3/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>台北、彰化、雲林、台南、高雄水準檢測，地層下陷速率與面積分析，監測井網維護與觀測</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.77</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009204576</governmentpublicationsnumber><identifier>41143</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41143</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(3/4) 附錄(上) Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (3/4) (Appendix Ｉ)</title><yearidentifier>200312</yearidentifier></data><data><abstract>台北、彰化、雲林、台南、高雄水準檢測，地層下陷速率與面積分析，監測井網維護與觀測之相關監測成果</abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>354.77</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009204577</governmentpublicationsnumber><identifier>41145</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41145</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(3/4) 附錄(下) Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (3/4) (Appendix Ⅱ)</title><yearidentifier>200312</yearidentifier></data><data><abstract>配合經濟部水利署對於地層下陷防治之指示及施政方向，完成各項工作執行成果與相關建議。</abstract><author>成功大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205203</governmentpublicationsnumber><identifier>41150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41150</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷防治服務團九十二年度執行計畫成果報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract>地層下陷防治服務團九十二年度執行計畫附錄</abstract><author>成功大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205204</governmentpublicationsnumber><identifier>41152</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41152</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷防治服務團九十二年度執行計畫 (附錄)</title><yearidentifier>200312</yearidentifier></data><data><abstract>藉由掌握工業區水文、地質、環境背景及推估之工業區地下水抽水量等地層下陷潛勢評估重要因子，並經由現地調查確認缺水時期各工業區可能應變水源後，進行工業區地層下陷潛勢的評估，防止地層下陷情形惡化，同時調查評估工業用水需求，以規劃工業區缺水應變措施，作為區域水資源調配的參考。</abstract><author>成功大學水工試驗所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205212</governmentpublicationsnumber><identifier>41153</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41153</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>工業區地層下陷潛勢評估及缺水應變措施規劃成果報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract>有鑑於養殖漁業已成為台灣地區農業生產結構上之重要一環，為兼顧產業的永續發展與對水土資源的合理使用，同時配合防止地層下陷問題持續惡化，本計畫依據水循環再利用的觀點，著手進行循環水養殖管理系統的研究。</abstract><author>成功大學水工試驗所</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205207</governmentpublicationsnumber><identifier>41154</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>循環水養殖及回歸水灌溉使用示範計畫成果報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract>主要以減少沿海養殖生產區超抽地下水狀況，紓緩地層持續下陷，並落實沿海養殖生產區水資源調配管理為具體目標，以提供水利署及漁業主管機關相關分析結果與研擬參考。</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205211</governmentpublicationsnumber><identifier>41156</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41156</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>養殖漁業生產區水資源調配管理規劃成果報告書</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學土木系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/25</date><governmentpublicationsnumber>1009204096</governmentpublicationsnumber><identifier>40980</identifier><internationalstandardbooknumber>9789570156409 ; 9570156406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40980</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>集水區生態工法技術參考手冊=Ecological Engineering Methods Manual</title><yearidentifier>200312</yearidentifier></data><data><abstract>1.評估集水區親水及生態工法在台灣發展之潛力 2.補足水資源開發工程規劃設計中對水生生物資訊之需求 3.實地檢測親水及生態工法的標準規範 4.強化集水區生態保育 5.建立生態工法技術推廣管道</abstract><author>國立台北科技大學土木系</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/25</date><governmentpublicationsnumber>1009204095</governmentpublicationsnumber><identifier>40986</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40986</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>集水區親水及生態工法之建立(4/4) The Establishment of Ecological Engineering Methods in Watersheds(4/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009205088</governmentpublicationsnumber><identifier>41013</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41013</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區水資源永續發展綜合執行計畫 (3/4) The Synthesized Implementation Project on Sustainable Water Resources Development in Taiwan (3/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/26</date><governmentpublicationsnumber>1009204320</governmentpublicationsnumber><identifier>41014</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41014</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水利署造雨器修復暨其研發本土化自動點火裝置與零件改裝 Automatic Ignition Device Development and Repair Report of Ground-Based Seeding GeneratorsI</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/24</date><governmentpublicationsnumber>1009102456</governmentpublicationsnumber><identifier>40838</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40838</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫營運管理系統軟體開發建置操作手冊第一冊水源運用管理系統</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/24</date><governmentpublicationsnumber>1009102456</governmentpublicationsnumber><identifier>40844</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40844</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫營運管理系統軟體開發建置操作手冊第二冊彰化灌區用水調配管理系統</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/24</date><governmentpublicationsnumber>1009102456</governmentpublicationsnumber><identifier>40845</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40845</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫營運管理系統軟體開發建置操作手冊第三冊雲林灌區用水調配管理系統</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/25</date><governmentpublicationsnumber>1009102456</governmentpublicationsnumber><identifier>40846</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40851</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫營運管理系統軟體開發建置試運轉成果報告</title><yearidentifier>200210</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/25</date><governmentpublicationsnumber>1009102457</governmentpublicationsnumber><identifier>40852</identifier><internationalstandardbooknumber> 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9570284943</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_40518</librarycollectiondetailsurl><price>100</price><publisher>行政院研究發展考核為員會</publisher><publishrocyear>90</publishrocyear><title>文書流程管理手冊</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>445.10525</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/10</date><governmentpublicationsnumber>1009104108</governmentpublicationsnumber><identifier>27057</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_27057</librarycollectiondetailsurl><price>557</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>中港溪及鄰域水庫與攔河堰聯合運用相關工程規劃=Related Engineering Plannings for Conjunctive Use of Reservoirs and Retention Weir in Chung-gang River&amp;Nearby Catchment Areas</title><yearidentifier>200211</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署 財團法人資訊工業策進會</author><categoryidentifier>529.8   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>1009103447</governmentpublicationsnumber><identifier>26953</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26953</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>親水教育宣導計畫1/3(內附光碟）</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/9</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>26956</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_26956</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處九十年度年報</title><yearidentifier>200212</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39879</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39879</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十四期）</title><yearidentifier>200311</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39880</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39880</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十五期）</title><yearidentifier>200311</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39881</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十六期）</title><yearidentifier>200311</yearidentifier></data><data><abstract>劃撥帳號:台銀黎明分行07903709002-5</abstract><author>經濟部水利署</author><categoryidentifier>443.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>2008900644</governmentpublicationsnumber><identifier>39882</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39882</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署（台中辦公室）</publisher><publishrocyear>92</publishrocyear><title>經濟部水利公報（第四卷,第四十七期）</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>國立中興大學</author><categoryidentifier>443.642706</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>1009202533</governmentpublicationsnumber><identifier>39886</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39886</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>寶山第二水庫工程混凝土構造物厚度與強度非破壞檢測技術之研究成果報告</title><yearidentifier>200307</yearidentifier></data><data><abstract>以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、節約用水、海水淡化、地層下陷、水文觀測、防洪（河堤）工程、禦潮(海堤)工程、排水工程、河川公地許可使用、水權登記、農田水利、自來水事業、行政組織、經費及其他等十七章</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>1009201990</governmentpublicationsnumber><identifier>39887</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39887</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水利統計年報（民國九十一年）</title><yearidentifier>200308</yearidentifier></data><data><abstract>本計畫主要檢討前鎮河現況渠道之排洪能力，分析流域內之淹水原因，針對低地村落之淹水問題研提具體可行之改善對策，供權責單位辦理改善之依據及維護管理之參考，期能降低洪水災害，確保居民生命財產之安全。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/11/27</date><governmentpublicationsnumber>1009202768</governmentpublicationsnumber><identifier>39888</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39888</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>高雄地區前鎮河改善檢討規劃報告</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>354.7025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/3</date><governmentpublicationsnumber>8944891208</governmentpublicationsnumber><identifier>39909</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39909</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>彰化沿海地區地盤下陷檢測計畫報告 八十九年度</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/8</date><governmentpublicationsnumber>1009203520</governmentpublicationsnumber><identifier>39915</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39915</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署台灣地區水資源投資分析九十一年度報告</title><yearidentifier>200311</yearidentifier></data><data><abstract>政府為確保自來水之水源良好雨水量充沛，依自來水法劃設自來水水源水質水量保護區，禁止該區域內一切貽害水質與水量之行為。為保護國家整體水資源，政府劃設自來水保護區有其必要性，但地方為謀求區域發展與開發，提請縮編保護區使地方能進一步開發。經濟部水利署鑒於上述地方社會之需求與事實之需要，特提出本委辦計畫，依據環境影響評估法及政府政策環境影響評估作業辦法等規定擬針對自來水水源水質水量保護區劃定範圍縮編前和縮編後對環境之影響。</abstract><author>經濟部水利署、資源及環保基金會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/12/10</date><governmentpublicationsnumber>1009202679</governmentpublicationsnumber><identifier>39920</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_39920</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>自來水水源水質水量保護區縮編政策環境影響評估計畫  Reduction Policy Assessment Program for the Water Supply and Quality Protection Area</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/6/12</date><governmentpublicationsnumber>1009006138</governmentpublicationsnumber><identifier>41366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41366</librarycollectiondetailsurl><price>125</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 第四冊 潮位站水準點檢測</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>交大防災中心</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST0920020V3</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009204604</governmentpublicationsnumber><identifier>41367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41367</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>海岸地區地陷潛能與危險評估技術(3/3) Assessment on Risk and Potential of Land-Subsidence in Coastal Area (3/3)</title><yearidentifier>200311</yearidentifier></data><data><abstract>完成六個地區(高雄﹑嘉南﹑屏東﹑宜蘭﹑竹苗﹑彰雲)的地下水水質檢驗, 提供水資源調配之水質依據。依上述地下水的特性，建議地下水的使用策略應優先選擇在扇頂補注區及淺層，越深層、封閉型的受壓水層，除非有人工補注，否則因缺乏自然補注，長期開發會產生負面效應。扇頂補注區及淺層含水層因受地面水及雨水的補注，導電度通常都低於750 μS/cm，水質並不需要特別的淡化處理，但因農業硝酸鹽氮肥的普遍使用，淺層水普遍含有硝酸鹽氮，若作為飲用水應持續監測硝酸鹽氮之濃度。再者，因補注水流進地層，溶解地層中的礦物質，及溶氧消耗後變成無氧，所以地下水的硬度及鐵錳濃度會比地面水偏高。</abstract><author>台糖公司新營廠地下水開發及保育中心</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB920021V</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009204596</governmentpublicationsnumber><identifier>41368</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41368</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水觀測網水質監測調查分析(5/5) Groundwater Quality by the Taiwan Groundwater Monitoring Network －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>24口新建觀測井硬度而言，三口屬於軟水，七口屬於中等硬度，十一口屬於硬水，三口屬於非常硬水，由此可見二十四口井中大部分屬於硬水水質，即水中二價金屬陽離子(Ca2+、Mg2+、Fe2+、Mn2+……)含量高。 新苗地區90及92年度之資料顯示該地區觀測站之地下水質大部份屬中鹽份；澎湖地區92年度之資料顯示該地區觀測站之地下水質大部份屬高鹽份。SAR值偏高可能對土地造成鹽害的部分，應特別注意其影響，尤其是高鹽害部份，將來農業使用上會有嚴重受限之情況，應注意追蹤並探究其成因。</abstract><author>中興大學環境工程學系</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920019V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009204602</governmentpublicationsnumber><identifier>41372</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41372</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析(2/2) Investigation and Analysis of Groundwater Quality in Taiwan Area(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>24口新建觀測井硬度而言，三口屬於軟水，七口屬於中等硬度，十一口屬於硬水，三口屬於非常硬水，由此可見二十四口井中大部分屬於硬水水質，即水中二價金屬陽離子(Ca2+、Mg2+、Fe2+、Mn2+……)含量高。 新苗地區90及92年度之資料顯示該地區觀測站之地下水質大部份屬中鹽份；澎湖地區92年度之資料顯示該地區觀測站之地下水質大部份屬高鹽份。SAR值偏高可能對土地造成鹽害的部分，應特別注意其影響，尤其是高鹽害部份，將來農業使用上會有嚴重受限之情況，應注意追蹤並探究其成因。</abstract><author>中興大學環境工程學系</author><categoryidentifier>443.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>1009204602</governmentpublicationsnumber><identifier>41374</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41374</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣地區新建地下水觀測井之地下水水質試驗分析(2/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>8373850227</governmentpublicationsnumber><identifier>41376</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41376</librarycollectiondetailsurl><price>250</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>水資源政策白皮書</title><yearidentifier>199703</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/18</date><governmentpublicationsnumber>8373840180</governmentpublicationsnumber><identifier>41377</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41377</librarycollectiondetailsurl><price> </price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>84</publishrocyear><title>臺灣地區之水資源</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>台大水工所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920001</commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204743</governmentpublicationsnumber><identifier>41378</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41378</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>地下水觀測網成果彙整檢討及宣導推廣－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>10020206 048</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>1998/2/9</date><governmentpublicationsnumber>8374860547</governmentpublicationsnumber><identifier>41381</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41381</librarycollectiondetailsurl><price>185</price><publisher>經濟部水資源局</publisher><publishrocyear>86</publishrocyear><title>台灣地區水庫管理資訊系統建立（二） 期末報告 Development of  the Management  Information System for the Reservoirs in Taiwan Area (Ⅱ)</title><yearidentifier>199706</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920033</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/19</date><governmentpublicationsnumber>1009204607</governmentpublicationsnumber><identifier>41384</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41384</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(1/4)期末報告 Compiling the Groundwater Hydrological Atlas of Taiwan (1/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>成大水工所</author><categoryidentifier>554.61025</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920033</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/19</date><governmentpublicationsnumber>1009204607</governmentpublicationsnumber><identifier>41385</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41385</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(1/4)期末報告－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計劃擬對台北盆地標高十五公尺以下，進行地下水管制區檢討及土壤液化評估。首先在於對台北盆地水文、水文地質、地層、地盤反應及土壤液化潛能分區等資料之蒐集與分析，以便建立台北盆地地下水水平衡模式；其次，探討地下水位變化對台北盆地土層的液化潛能及地下結構物安全之影響，同時對液化潛能及地下結構物安全選擇適切之評估方法；最後則對地下水管制區與土壤液化潛能分區圖作整合，檢討目前台北盆地地下水管制區訂定之適切性，並提供適合之地下水管理模式。此計畫預期可提供台北盆地地下水管制區及土壤液化之管理模式，協助有關單位對各行政區域作防範措施之參考。</abstract><author>成功大學資源工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/19</date><governmentpublicationsnumber>1009204505</governmentpublicationsnumber><identifier>41386</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41386</librarycollectiondetailsurl><price>430</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台北盆地地下水管制區檢討及土壤液化評估(2/2)－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/3</date><governmentpublicationsnumber>1009204742</governmentpublicationsnumber><identifier>41387</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41387</librarycollectiondetailsurl><price>1033</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水井調查定位與井體攝影分析(3/4) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>雲科大.水土資源及防災中心</author><categoryidentifier>351.71275</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920026V1</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/19</date><governmentpublicationsnumber>1009204556</governmentpublicationsnumber><identifier>41392</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41392</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(1/3) Hydrological Monitoring authorized for some specified areas--Chung-Hua,Yunlin,and Chia-Tiareas (1/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>雲科大.水土資源及防災中心</author><categoryidentifier>351.71275</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/19</date><governmentpublicationsnumber>1009204556</governmentpublicationsnumber><identifier>41395</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41395</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測委外業務分區試辦計畫－彰雲嘉地區(1/3) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會</author><categoryidentifier>432.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>1008900328</governmentpublicationsnumber><identifier>41397</identifier><internationalstandardbooknumber>9789570278422 ; 9570278420</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41397</librarycollectiondetailsurl><price>280</price><publisher>財團法人農業工程研究中心</publisher><publishrocyear>92</publishrocyear><title>農業工程事業技術基準之修定管路設計基準草擬修訂版</title><yearidentifier>200311</yearidentifier></data><data><abstract>經由現場調查既設管柵溪流取水工與集水暗管之取水功能，及理論分析與模型試驗，研擬適合台灣河道管柵溪流取水工與集水暗管之工程配置方式，以供規劃設計施工單位之參考運用。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>1009204415</governmentpublicationsnumber><identifier>41415</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41415</librarycollectiondetailsurl><price>434</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>河道溪流取水工研究試驗報告(三)(內附光碟)</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>吳憲雄、李崇清、洪海、林火木等32人</author><categoryidentifier>443.64   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2001/9/4</date><governmentpublicationsnumber>8852890438</governmentpublicationsnumber><identifier>41417</identifier><internationalstandardbooknumber>9789570265082 ; 9750265086</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41417</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>水庫資料冊</title><yearidentifier>200007</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>41423</identifier><internationalstandardbooknumber>9789570283075 ; 9570283076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41423</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第五篇下</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>41424</identifier><internationalstandardbooknumber>9789570283075 ; 9570283076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41424</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第五篇上</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>10090014345</governmentpublicationsnumber><identifier>41425</identifier><internationalstandardbooknumber>9789570283099 ; 9570283092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41425</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第六篇上</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/22</date><governmentpublicationsnumber>10090014345</governmentpublicationsnumber><identifier>41426</identifier><internationalstandardbooknumber>9789570283099 ; 9570283092</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41426</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第六篇下</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205094</governmentpublicationsnumber><identifier>41430</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41430</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置(5/5)第一冊：摘要報告 The Establishment of Coastal Hydrological Monitoring Network(5/5)Book I: Abstract Report</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205096</governmentpublicationsnumber><identifier>41432</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41432</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置(5/5) 第二冊：近海水文網基本站操作 The Establishment of Coastal Hydrological Monitoring Network(5/5) Book II: Operation of the Network</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205097</governmentpublicationsnumber><identifier>41435</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41435</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置(5/5) 第三冊：近海水文資訊服務與資料分析 The Establishment of Coastal Hydrological Monitoring Network(5/5) Book III：Data Analysis and Public Service</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會．成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205098</governmentpublicationsnumber><identifier>41437</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41437</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置(5/5) 第四冊：近岸工程應用圖冊 The Establishment of Coastal Hydrological Monitoring Network(5/5) Book IV：Graphical Illustration for Coastal Engineering Design</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205099</governmentpublicationsnumber><identifier>41439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41439</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置(5/5) 第五冊：第一期計畫成效檢討與第二期計畫執行方案 The Establishment of Coastal Hydrological Monitoring Network(5/5) Book V: Insspection on the achievements of Project Phase I and Proposed outlines for the Phase II</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>41444</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41444</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十一年度年報－光碟版</title><yearidentifier>200311</yearidentifier></data><data><abstract>本研究針對國內、外發展較為成熟之淹水模式以台南科學園區及其周邊之實際資料進行實例應用模擬，並由模式理論、功能及模擬成果等不同面向綜合評比，以提供未來排水淹水演算之參考及選擇模式之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204974</governmentpublicationsnumber><identifier>41445</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41445</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水淹水模式之研究－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009205100</governmentpublicationsnumber><identifier>41451</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41451</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>近海水文網基本站之建置 總報告 The Establishment of Coastal Hydrological Monitoring Network</title><yearidentifier>200312</yearidentifier></data><data><abstract>經由現場調查既設管柵溪流取水工與集水暗管之取水功能，及理論分析與模型試驗，研擬適合台灣河道管柵溪流取水工與集水暗管之工程配置方式，以供規劃設計施工單位之參考運用。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204415</governmentpublicationsnumber><identifier>41452</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41452</librarycollectiondetailsurl><price>434</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>河道溪流取水工研究試驗報告(三) －光碟版</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204189</governmentpublicationsnumber><identifier>41469</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41469</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水文觀測技術團建置先期研究與示範(1/3) Preliminary Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps(1/3)</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>10092045387</governmentpublicationsnumber><identifier>41470</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41470</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂(2/2) Establishment of an Quality Appraisal Institution for Hydrology Observation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>41471</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41471</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2) Established Integrative Service System of Hydrological Information(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204589</governmentpublicationsnumber><identifier>41473</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41473</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>智慧型水文防洪分析系統之先驅研究－以蘭陽溪流域為例 The Pioneer Study of Intelligent Flood Forecastion Analysis-A Study Case of Lan Yang River</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204593</governmentpublicationsnumber><identifier>41475</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41475</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>因應環境變遷之水文規劃設計研究(2/2) Hydrological Planning and Design in Correspondence to Environmental Change(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>落實資訊蒐集、整合、加值及分享之理念，積極建構知識管理系統，俾利水利業務快速有效的推動。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>554.61   443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930004V2</commissionedprojectidentifier><currency>NT$</currency><date>2005/2/2</date><governmentpublicationsnumber>1009304649</governmentpublicationsnumber><identifier>41481</identifier><internationalstandardbooknumber>9789570197433 ; 9789570197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41481</librarycollectiondetailsurl><price>338</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>現階段水資源政策檢討與綜合業務 (2/2)  A Review of Present Water Policies and Execution of Official Function</title><yearidentifier>200412</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/23</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41482</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41482</librarycollectiondetailsurl><price>415</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2) 總報告－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣省政府糧食處</author><categoryidentifier>437.117</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>3124880030</governmentpublicationsnumber><identifier>41491</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41491</librarycollectiondetailsurl><price>415</price><publisher>台灣省政府糧食處</publisher><publishrocyear>88</publishrocyear><title>台灣地區糧食生產情形及業務?況</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>台灣省政府糧食處</author><categoryidentifier>437.117</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>30124870062</governmentpublicationsnumber><identifier>41492</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41492</librarycollectiondetailsurl><price>415</price><publisher>台灣省政府糧食處</publisher><publishrocyear>87</publishrocyear><title>台灣地區糧食生產情形及業務?況</title><yearidentifier>199809</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會</author><categoryidentifier>43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>25095890111</governmentpublicationsnumber><identifier>41493</identifier><internationalstandardbooknumber>9789570261912 ; 9570261919</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41493</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區糧食生產情形及業務?況</title><yearidentifier>200012</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41497</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41497</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件一之一至六</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41499</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41499</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件一之七 (水資源白皮書初稿)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41502</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41502</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之一至四 (水資源論壇暨水資源保育與管理國土論壇)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41503</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41503</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之五至六 (水資源論壇暨水資源保育與管理國土論壇)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41504</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41504</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之七至十二 (92年全國水利會議暨系列活動宣傳海報)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41505</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41505</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之十三至十四 (92年全國水利會議大會實錄)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41507</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41507</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之十五至二十一 (第二十三屆中日工程技術研討會會議資料)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41508</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41508</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件二之二十二至二十八 (91年度委辦計畫成果發表會議程)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41511</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41511</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件三之一至二  (91年度水利署年報及水資源投資分析年報)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41512</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41512</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件三之三  (91年度經濟部水利署委辦計畫成果彙編)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為提升水利行政效能，協助經濟部水利署辦理執行相關行政業務，本計畫茲就：1.政策企劃與研擬；2.辦理重大會議、研討會及相關會議；3.協助彙編年報及出版品；4.協助水利署推動知識管理工作等四大部分進行辦理。此外，亦全力完成水利署其他配合辦理事項。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920031</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/24</date><governmentpublicationsnumber>1009204849</governmentpublicationsnumber><identifier>41513</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41513</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>現階段水資源政策檢討與綜合業務 (1/2)    附件三之四至五及附件四</title><yearidentifier>200312</yearidentifier></data><data><abstract>利用衛星雷達（合成孔徑雷達）影像採用微波波段，資料不受天候影響，建立影像資料庫，再以水災即時影像套合偵測淹水區域，並利用DTM估計淹水深度。建立一套水災監測系統，有效提供防災疏散、救災、災害評估等決策參考。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204209</governmentpublicationsnumber><identifier>41514</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41514</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>應用衛星雷達於水災監測及淹水範圍與損失評估(1/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台大水工所</author><categoryidentifier>351.716</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204210</governmentpublicationsnumber><identifier>41517</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41517</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文氣象資訊與水文水理系統模式整合之研發(2/2)期末報告－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>中興應用經濟學系</author><categoryidentifier>443.6207</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/10</date><governmentpublicationsnumber>1009204321</governmentpublicationsnumber><identifier>41519</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41519</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>防洪措施之間接效益初步評估(2/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/11</date><governmentpublicationsnumber>1009204314</governmentpublicationsnumber><identifier>41523</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41523</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海地區淹水潛勢之研究 (1/2) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台大生物環境系</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/25</date><governmentpublicationsnumber>1009204311</governmentpublicationsnumber><identifier>41527</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41527</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災損失評估系統模式之建立(2/2)成果報告－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/25</date><governmentpublicationsnumber>1009001652</governmentpublicationsnumber><identifier>41530</identifier><internationalstandardbooknumber>9789570284553 ; 9789570284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41530</librarycollectiondetailsurl><price>1150</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣水之源:台澎金馬水庫壩堰簡介</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>中央大學災害防治中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/2/9</date><governmentpublicationsnumber>1009204211</governmentpublicationsnumber><identifier>41531</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41531</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災災情即時影像通報及水利設施災害防救決策支援系統整合建置計畫－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院營業委員會</author><categoryidentifier>43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/25</date><governmentpublicationsnumber>25034840024</governmentpublicationsnumber><identifier>41542</identifier><internationalstandardbooknumber>9789570066227 ; 9570066229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41542</librarycollectiondetailsurl><price>170</price><publisher>行政院營業委員會</publisher><publishrocyear>84</publishrocyear><title>灌溉節水技術手冊</title><yearidentifier>199512</yearidentifier></data><data><abstract>為使水庫集水區之經營與管理朝向資訊化，本計畫用發展成熟之科技技術，整合GIS、GPS、RS、3D技術及PDA之各項功能，提供水庫管理單位一整合性之環境資源管理之系統工具，俾提高水庫集水區整體性保育規劃之執行效率，達到水土資源永續利用之目的</abstract><author>逢大地理資訊中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910005V</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/25</date><governmentpublicationsnumber>1009105240</governmentpublicationsnumber><identifier>41550</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41550</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>地理資訊系統於主要水庫集水區管理之應用(2/2)－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>有鑒於因應大環境變化之未來用水需求，除須適度開發水源增闢水量外，政府亦應積極推動節約用水措施，公共給水、農業用水或工業用水均須通力配合，俾使水資源更經濟、更有效之利用。同時，逐年實施稻米減產而產生農業節餘水量，勢必成為爾後水資源調配運用之一方向，因此，本計畫研究之目的即在考量不影響未來農業生產之前提下，農田水利會如何藉由既有水利事業經營之優勢，並有效地運用其農業節餘之水量，提供其他用水如民生、精緻農業、休閒農業、工業之所需，俾利未來水資源永續地有效利用與國計民生之發展。</abstract><author>經濟部水利署、台大</author><categoryidentifier>10020310 134</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/1/22</date><governmentpublicationsnumber>1009103825</governmentpublicationsnumber><identifier>41557</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41557</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>農業節餘水量有效運用策略研析 Study on the Effective Use Strategies of Agricultural Conserved Water</title><yearidentifier>200212</yearidentifier></data><data><abstract>I 水環境人才培訓、教育推廣與國際交流II 建立前瞻性水源保護管理策略之研究 III 持續推動民眾參與水庫集水區保育行動計畫</abstract><author>台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>1009105262</governmentpublicationsnumber><identifier>41563</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41563</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>水環境研究中心九十一年度綜合執行計畫（3/5）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>發展集水區經營管理的科學與技術，是近代永續水資源的重要課題之一。過去工程技術的重要使命在於免除人類承受來自於大自然的災害（如防洪），而非保護環境免於人類的破壞。但隨著環境意識的高漲，工程設計中結合生態原則的必要性日益受到矚目。越來越多的證據也顯示，修正習慣工法（或說傳統工法）的作業方法，如加入生態要素以利人類永續利用自然資源，是確實可行的。</abstract><author>北科大土木系暨環境所</author><categoryidentifier>367.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>1009105261</governmentpublicationsnumber><identifier>41565</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41565</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>集水區親水及生態工法之建立（3/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136750215</governmentpublicationsnumber><identifier>41577</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41577</librarycollectiondetailsurl><price>1000</price><publisher>台灣省政府主處</publisher><publishrocyear>75</publishrocyear><title>中華民國七十四年台灣省統計年報</title><yearidentifier>198611</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136760153</governmentpublicationsnumber><identifier>41578</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41578</librarycollectiondetailsurl><price>1000</price><publisher>台灣省政府主處</publisher><publishrocyear>76</publishrocyear><title>中華民國七十五年台灣省統計年報</title><yearidentifier>198712</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136770140</governmentpublicationsnumber><identifier>41579</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41579</librarycollectiondetailsurl><price>1000</price><publisher>台灣省政府主處</publisher><publishrocyear>77</publishrocyear><title>中華民國七十六年台灣省統計年報</title><yearidentifier>198805</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136770140</governmentpublicationsnumber><identifier>41580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41580</librarycollectiondetailsurl><price>1000</price><publisher>台灣省政府主處</publisher><publishrocyear>67</publishrocyear><title>中華民國六十七年台灣省統計年報</title><yearidentifier>197812</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136730142</governmentpublicationsnumber><identifier>41586</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41586</librarycollectiondetailsurl><price>1000</price><publisher>台灣省政府主處</publisher><publishrocyear>72</publishrocyear><title>中華民國七十二年台灣省統計年報</title><yearidentifier>198312</yearidentifier></data><data><abstract>1.依台灣個別水庫之具體條件，選擇具有代表性之水庫，研究建立高效率排砂清淤方法。 2.分由經濟觀點達到清淤成本最低，時間上縮短清淤時程，有效配置清淤位置與機具以得到最大清量等方向進行探討，以提升清淤效率，達成高效率排砂清淤。 3.依据上述水庫排砂清淤規劃所累積之成果與經驗，歸納出一系統性之規劃方法，供台灣其他水庫規劃高效率排砂清淤之參考。 4.研究及規劃時在環境影響衝擊最小下，水庫淤泥資源化利用技術。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642   443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST91000</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>1009105265</governmentpublicationsnumber><identifier>41587</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41587</librarycollectiondetailsurl><price>575</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>建立水庫高效率排砂（3/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136780108</governmentpublicationsnumber><identifier>41588</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41588</librarycollectiondetailsurl><price>575</price><publisher>台灣省政府主處</publisher><publishrocyear>78</publishrocyear><title>中華民國七十七年台灣省統計年報</title><yearidentifier>198909</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30136790105</governmentpublicationsnumber><identifier>41589</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41591</librarycollectiondetailsurl><price>575</price><publisher>台灣省政府主處</publisher><publishrocyear>81</publishrocyear><title>中華民國八十年台灣省統計年報</title><yearidentifier>199208</yearidentifier></data><data><abstract>為了水庫泥砂資源更新技術並輔導建立水庫淤泥資源化產業，本計畫評估國內外現有淤砂再生利用技術，其中化學固化、離心機脫水、挖掘處理等方式較不具經濟效益，目前朝向海拋及人工魚礁、地工織管方式尚可，輕骨材製作、壓密以及燒結等方式較可行</abstract><author>交通大學</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910015V</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>1009105260</governmentpublicationsnumber><identifier>41592</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41592</librarycollectiondetailsurl><price>285</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫淤砂再生資源技術研究（1/4）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134820110</governmentpublicationsnumber><identifier>41593</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41593</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>82</publishrocyear><title>中華民國八十一年台灣省統計年報</title><yearidentifier>199312</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134830108</governmentpublicationsnumber><identifier>41594</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41594</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>83</publishrocyear><title>中華民國八十二年台灣省統計年報</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134840085</governmentpublicationsnumber><identifier>41595</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41595</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>84</publishrocyear><title>中華民國八十三年台灣省統計年報</title><yearidentifier>199505</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134850042</governmentpublicationsnumber><identifier>41596</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41596</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>85</publishrocyear><title>中華民國八十四年台灣省統計年報</title><yearidentifier>199609</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134860050</governmentpublicationsnumber><identifier>41597</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41597</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>86</publishrocyear><title>中華民國八十五年台灣省統計年報</title><yearidentifier>199702</yearidentifier></data><data><abstract> </abstract><author>台灣省政府主處</author><categoryidentifier>514</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134870057</governmentpublicationsnumber><identifier>41598</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41598</librarycollectiondetailsurl><price>285</price><publisher>台灣省政府主處</publisher><publishrocyear>87</publishrocyear><title>中華民國八十六年台灣省統計年報</title><yearidentifier>199811</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>30134870057</governmentpublicationsnumber><identifier>41599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41599</librarycollectiondetailsurl><price>285</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>日水位年報表</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>8373890206</governmentpublicationsnumber><identifier>41601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41601</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>民國八十八年工作年報</title><yearidentifier>200008</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>837870023</governmentpublicationsnumber><identifier>41602</identifier><internationalstandardbooknumber>9789570214819 ; 9789570214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41602</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>87</publishrocyear><title>民國八十六年工作年報</title><yearidentifier>199806</yearidentifier></data><data><abstract> </abstract><author>台灣省政府勞工處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/26</date><governmentpublicationsnumber>3025579162</governmentpublicationsnumber><identifier>41603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41603</librarycollectiondetailsurl><price>210</price><publisher>台灣省政府勞工處</publisher><publishrocyear>78</publishrocyear><title>勞工行年報中華民國七十八年一月至十二月</title><yearidentifier>198909</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>30232850015</governmentpublicationsnumber><identifier>41604</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41604</librarycollectiondetailsurl><price>210</price><publisher>台灣省政府地政處</publisher><publishrocyear>84</publishrocyear><title>八十四年台灣省政府地政處工作年報</title><yearidentifier>199503</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>30232850015</governmentpublicationsnumber><identifier>41606</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41606</librarycollectiondetailsurl><price>210</price><publisher>台灣省政府地政處</publisher><publishrocyear>81</publishrocyear><title>八十一年台灣省政府地政處工作年報</title><yearidentifier>199202</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>41614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41614</librarycollectiondetailsurl><price>270</price><publisher>台灣省政府地政處</publisher><publishrocyear>90</publishrocyear><title>台灣省政府水稅處九十年度年報</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>41615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41615</librarycollectiondetailsurl><price>300</price><publisher>台灣省政府地政處</publisher><publishrocyear>90</publishrocyear><title>中區水資源九十年度年報</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>2009101534</governmentpublicationsnumber><identifier>41616</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41616</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>九十年度年報</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>S7-11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>41617</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41617</librarycollectiondetailsurl><price>380</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>91</publishrocyear><title>翡翠水操作年報民國九十一年</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-900022V3</commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006141</governmentpublicationsnumber><identifier>41618</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41618</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) 民國八十九年近海水文觀測資料年報=The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract>水庫淤積浚渫為未來水資源經營管理及水庫營運管理之重要工作之一。台灣地區主要水庫約四十座，由於上游集水區天然環境因素及人為土地利用影響，造成水庫相當程度之淤積。為維護現有水庫有效庫容，需加強辦理水庫淤積浚渫工程。因此為進一步分析瞭解各水庫淤積浚渫工程成本效益，並提出以經濟效益為觀點之水庫浚渫方案，爰提出本計畫。</abstract><author>能邦顧問公司</author><categoryidentifier>443.6407   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910065</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>1009105266</governmentpublicationsnumber><identifier>41619</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41619</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫淤積浚渫成本效益評析研究－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>台灣省政府研究發展考核委員會</author><categoryidentifier>S7-11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>30175810017</governmentpublicationsnumber><identifier>41620</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41620</librarycollectiondetailsurl><price>300</price><publisher>台灣省政府研究發展考核委員會</publisher><publishrocyear>81</publishrocyear><title>台灣省政府各廳.處.局.會.團.省營事業機構縣市政府八十一年度研究發展成果暨獎勵年報</title><yearidentifier>199205</yearidentifier></data><data><abstract> </abstract><author>台灣省政府研究發展考核委員會</author><categoryidentifier>S7-11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>30175800010</governmentpublicationsnumber><identifier>41621</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41621</librarycollectiondetailsurl><price>300</price><publisher>台灣省政府研究發展考核委員會</publisher><publishrocyear>80</publishrocyear><title>台灣省政府各廳.處.局.會.團.省營事業機構縣市政府八十一年度研究發展成果暨獎勵年報</title><yearidentifier>199109</yearidentifier></data><data><abstract> </abstract><author>台灣省政府研究發展考核委員會</author><categoryidentifier>S7-11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>30175780011</governmentpublicationsnumber><identifier>41622</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41622</librarycollectiondetailsurl><price>300</price><publisher>台灣省政府研究發展考核委員會</publisher><publishrocyear>80</publishrocyear><title>台灣省政府各廳.處.局.會.團.省營事業機構縣市政府七十八年度研究發展成果暨獎勵年報</title><yearidentifier>199106</yearidentifier></data><data><abstract>為求水庫永續利用，除定期辦理水庫浚渫外，更應正本清源強化集水區保育及管理技術，以減少災害並加強集水區涵養水土機能，本計畫結合水、土、林治理及兼顧生態保育之理念下，建立水庫集水區整體保育綜合發展計畫之規範，提供水庫管理單位辦理水庫集水區整體保育規劃依據。</abstract><author>台大水工所</author><categoryidentifier>443.642   443.64023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>1009105267</governmentpublicationsnumber><identifier>41623</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41623</librarycollectiondetailsurl><price>144</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水庫整體保育計畫規範編擬－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>41624</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41624</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署中區水資源局九十一年度年報</title><yearidentifier>200312</yearidentifier></data><data><abstract>本研究主要目的在建置一涵蓋全流域的整合型土砂評估模式，將1.集水區水文與土砂生產、2.河道水理與動床 等機制整合於一模式中，從全流域的觀點考慮流域整體之泥砂生產、輸送以及河床演變等相關問題。利用模式模擬全流域之泥砂供需情形，可進一步對土砂災害及工程規劃的影響進行整體評估，並對河砂資源之採擷進行量化管理。在國內業務主管單位趨於整合，流域整體治理規劃觀念逐步落實的同時，本模式可提供管理者合理的泥砂調配資訊，使流域各區域達到預期的治理目標。</abstract><author>成大防災中心</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>1009105264</governmentpublicationsnumber><identifier>41625</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41625</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>流域土砂管理模式之研究（3/3）－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract>為了保持庫容，減少或清除水庫淤積，首先必須研究入庫泥砂在水庫內之運移、沖淤和分佈的規律，而數值模擬即是最佳的工具之一。數值模擬具有預測的功能，可輔助解答水庫淤砂在規劃、設計及運行階段所面臨到的問題。本計畫以石門水庫為應用案例，考量石門水庫淤砂的特性，發展適用於石門地區水庫沉滓運移數值模式，以具體分析石門水庫淤砂的相關課題。</abstract><author>交大防災中心</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>1009105258</governmentpublicationsnumber><identifier>41626</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41626</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>水庫沉滓運移模式研究與應用(1/2)－以石門水庫為例－光碟版</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>陳川成</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/9/19</date><governmentpublicationsnumber>1009201038</governmentpublicationsnumber><identifier>41629</identifier><internationalstandardbooknumber>9789570122961 ; 9789570122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41629</librarycollectiondetailsurl><price>425</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>石門水庫營運四十年特刊</title><yearidentifier>200305</yearidentifier></data><data><abstract>中央與地方權限劃分問題為我國數十年來未決之難題，其原因在於權限劃分之基準未明，以及劃分之法律意義未臻明確，以致時生爭議。水利法所規範之水利事業多以河川流域為區分單元，在我國地方自治團體之劃分多採以河為界而非以河為心的現況下，多數重要河川流域之水利事業興辦遂成為涉及二以上地方自治團體之事務，由中央主管，不僅在實際上執行有強幹弱枝之效應，且往往與地方發展之利益造成衝突。本計畫透過德、美、日水利權限畫分制度之探討、法規之蒐集與分析，試圖就該類問題提供解決之方案</abstract><author>台灣大學法律學院</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920044</commissionedprojectidentifier><currency>NT$</currency><date>2004/3/29</date><governmentpublicationsnumber>1009204712</governmentpublicationsnumber><identifier>41633</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41635</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>地下水質量傳輸模式之發展與現地試驗研究(1/3)第一年研究成果報告－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>為有效解決苗栗地區未來中、長程開發之所需水量，需積極開發苗栗縣河川地表水源，依後龍溪水資源構想中，以建造天花湖水庫為佳，由後龍打鹿坑築堰引水至天花湖水庫，以提高後龍溪水資源利用率。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/5</date><governmentpublicationsnumber>1009200159</governmentpublicationsnumber><identifier>41636</identifier><internationalstandardbooknumber> 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經濟部水資源局創立特刊</title><yearidentifier>199612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>433.688</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/31</date><governmentpublicationsnumber>6404800232</governmentpublicationsnumber><identifier>41665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41665</librarycollectiondetailsurl><price> </price><publisher>行政院農業委員會</publisher><publishrocyear>80</publishrocyear><title>合理化公式於台灣流域之改良應用研究</title><yearidentifier>199106</yearidentifier></data><data><abstract> </abstract><author>蔡長泰  沈學汶  王文江</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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期中報告</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/31</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>41676</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41676</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>北區水資源管理計畫-監控與通訊系統建置工程 施工補充說明書</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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9789570084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41847</librarycollectiondetailsurl><price>860</price><publisher>蘆竹?志編輯委員會</publisher><publishrocyear>84</publishrocyear><title>蘆竹?志</title><yearidentifier>199510</yearidentifier></data><data><abstract> </abstract><author>林栭顯</author><categoryidentifier>557.345</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/13</date><governmentpublicationsnumber>3994880645</governmentpublicationsnumber><identifier>41849</identifier><internationalstandardbooknumber>9789570239317 ; 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9570167718</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41859</librarycollectiondetailsurl><price>800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>生態工法博覽會成果報告2003(內附光碟)</title><yearidentifier>200403</yearidentifier></data><data><abstract>水利署所屬雨量站之定位作業及河川水位觀測站量測及傳輸系統整合之研究。</abstract><author>成功大學水工試驗所</author><categoryidentifier>328.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204594</governmentpublicationsnumber><identifier>41860</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41860</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>雨量站定位及河川水位觀測站量測與傳輸系統整合之研發補助計畫 Rainfall gauge stations positioning and River water elevation gauge stations development by the technology of data transmission and acquisition</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>341.65</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204361</governmentpublicationsnumber><identifier>41861</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41861</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>臺灣地區水貧乏指數之探討 Water Poverty Index in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract>以類神經網路模式應用於蘭陽溪流域中水位流量站水位之模擬與預測。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>351.71</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRAST92003</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204589</governmentpublicationsnumber><identifier>41863</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41863</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>智慧型水文防洪分析系統之先驅研究－以蘭陽溪流域為例 The Pioneer Study of Intelligent Flood Forecasting Analysis - A Study Case of Lan Yang River</title><yearidentifier>200312</yearidentifier></data><data><abstract>以類神經網路模式應用於蘭陽溪流域中水位流量站水位之模擬與預測。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>351.71</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WOEAWRAST92003</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204589</governmentpublicationsnumber><identifier>41864</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41864</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>智慧型水文防洪分析系統之先驅研究－以蘭陽溪流域為例（光碟版）</title><yearidentifier>200312</yearidentifier></data><data><abstract>最大降雨深度-面積-延時的關係，乃為防洪排水設計、水土保持分析等工程應用所必須。由於最大降雨深度-面積-延時關係，同時包括雨量在時間上及空間上之變化，由於牽涉面積降雨，所以必須蒐集相當數量之雨量紀錄方可進行分析，因而增加分析工作的困難。國內目前有關之研究成果，水利署已經針對台灣北部、中部及南部地區建立最大降雨深度-面積-延時曲線及降雨面積遞減曲線。本計畫將針對台灣東部地區，建立最大降雨深度-面積-延時曲線，並建立降雨面積遞減曲線，以提供水文規劃與設計之參考。</abstract><author>台大土木系</author><categoryidentifier>328.63794</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920041</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204527</governmentpublicationsnumber><identifier>41865</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41865</librarycollectiondetailsurl><price>145</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣東部地區降雨深度-面積-延時曲線之建立  Establishment  of Rainfall Depth-Area-Duration Curves  in  East Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract>最大降雨深度-面積-延時的關係，乃為防洪排水設計、水土保持分析等工程應用所必須。由於最大降雨深度-面積-延時關係，同時包括雨量在時間上及空間上之變化，由於牽涉面積降雨，所以必須蒐集相當數量之雨量紀錄方可進行分析，因而增加分析工作的困難。國內目前有關之研究成果，水利署已經針對台灣北部、中部及南部地區建立最大降雨深度-面積-延時曲線及降雨面積遞減曲線。本計畫將針對台灣東部地區，建立最大降雨深度-面積-延時曲線，並建立降雨面積遞減曲線，以提供水文規劃與設計之參考。</abstract><author>台大土木系</author><categoryidentifier>328.63794</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0920041</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204527</governmentpublicationsnumber><identifier>41867</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41867</librarycollectiondetailsurl><price>145</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣東部地區降雨深度-面積-延時曲線之建立（光碟版）</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920028V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>41868</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41868</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)  Established Integrative Service System of Hydrological Information (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92002</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>41869</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41869</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2) －光碟版 Established Integrative Service System if Hydrological Information(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>完成十二條中央管河川淹水潛勢資料彙整與比對</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920011V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204404</governmentpublicationsnumber><identifier>41870</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41870</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊與防災科技整合運用之研究(2/2) A Study on Integrated Application of Hydrological Information and Hazard Mitigation Technology (II)</title><yearidentifier>200312</yearidentifier></data><data><abstract>完成十二條中央管河川淹水潛勢資料彙整與比對</abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA－92001</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204404</governmentpublicationsnumber><identifier>41871</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41871</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊與防災科技整合運用之研究(2/2) －光碟版 A Study on Integrated Application of Hydrological Information and Hazard Mitigation Technology(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要針對經濟部水利署所屬各水資源局與各河川局進行水文觀測能力與品質之全面普查及評鑑，並編列經費加以改善，提升其素質。本年度擬以委辦計畫形式辦理該項評鑑計畫，邀集專家、學者、儀電人員組成工作團隊，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，以作為全面提升水文觀測品質保証之準備。 本委辦計畫工作項目除建立前述之普查評鑑制度，及其所需要之相關規定外，另需完成提升經濟部水利署所屬各水資源局與各河川局水文觀測能力與技術之改善計畫及其分年經費需求之擬訂，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920010V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204538</governmentpublicationsnumber><identifier>41872</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41872</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂(2/2) 內附光碟　Establishment of an Quality Appraisal Institution for Hydrology Observation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫為三年期計畫，第一年度主要之工作項目為「建置行政作業管理機制」、「健全水文觀測管理作業制度」、「維護水文資料供應體系」、「提昇觀測人員素質」等四項。 各項成果：(一)完成水利法修訂後所需之手冊與規範編修，及其它相關規範之建立與推動，健全水文觀測管理作業制度。(二)維護水文資料供應體系，解決資料品管問題，以提昇水文觀測品質。(三)建立水文觀測教育訓練機制，以提昇觀測人員素質。(四)確立「水文資訊網整合性服務系統」中相關水文分析方法，以確保服務系統之正確性，進而提昇我國水文分析作業環境。(五)發行臺灣地區水文通訊，提供完善之資訊服務，以促進水文資料之流通與共享。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA920025V1</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/25</date><governmentpublicationsnumber>1009204189</governmentpublicationsnumber><identifier>41875</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41875</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測技術團建置先期研究與示範 (1/3)  Preliminary Research and Demonstration Project for Construction of Hydrologic Data Collection and Technique Corps (1/3)</title><yearidentifier>200311</yearidentifier></data><data><abstract>本計畫為三年期計畫，第一年度主要之工作項目為「建置行政作業管理機制」、「健全水文觀測管理作業制度」、「維護水文資料供應體系」、「提昇觀測人員素質」等四項。 各項成果：(一)完成水利法修訂後所需之手冊與規範編修，及其它相關規範之建立與推動，健全水文觀測管理作業制度。(二)維護水文資料供應體系，解決資料品管問題，以提昇水文觀測品質。(三)建立水文觀測教育訓練機制，以提昇觀測人員素質。(四)確立「水文資訊網整合性服務系統」中相關水文分析方法，以確保服務系統之正確性，進而提昇我國水文分析作業環境。(五)發行臺灣地區水文通訊，提供完善之資訊服務，以促進水文資料之流通與共享。</abstract><author>淡大水資源管理中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204189</governmentpublicationsnumber><identifier>41876</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41876</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測技術團建置先期研究與示範 (1/3) －光碟版</title><yearidentifier>200311</yearidentifier></data><data><abstract>針對全台灣地區建立水文設計所需各項地文相關參數，並探討氣候變遷對水文規劃設計影響程度，以確定是否需適度修訂設計標準。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920038V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204593</governmentpublicationsnumber><identifier>41877</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41877</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>因應環境變遷之水文規劃設計研究(2/2) Hydrological Planning and Design in Correspondence to Environmental Change (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>針對全台灣地區建立水文設計所需各項地文相關參數，並探討氣候變遷對水文規劃設計影響程度，以確定是否需適度修訂設計標準。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/ST-92</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/14</date><governmentpublicationsnumber>1009204593</governmentpublicationsnumber><identifier>41878</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41878</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>因應環境變遷之水文規劃設計研究(2/2)－光碟版 Hydrological Planning and Design in Correspondence To Environmental Change(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為配合防災國家型科技計畫之執行，本計畫目標係建立海岸災害決策系統。為達此目標，本計畫整合水利署「近海水文網基本站建置」、「建立波潮流與海岸變遷模式」、「台灣地區既有海堤功能檢討」等計畫成果，彙整現場觀測、數值模式、歷史資料分析、地理資訊系統等技術能量，設計「海岸水位監測系統」網頁介面。本計畫為四年期計畫，本年為第二年度，目前已完成系統雛形之建置，未來將陸續匯入海岸地區人口、交通、救災能量等決策系統所需之防救災資訊，整體計畫完成後可作為水利署海岸水位監測、溢淹災害預警與救災搶險的決策參考。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>351.971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920001V2</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/15</date><governmentpublicationsnumber>1009204582</governmentpublicationsnumber><identifier>41883</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41883</librarycollectiondetailsurl><price>306</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(2/4) Classification of Tide Stations along Taiwan Coast and Establishment of Surge Hazard Policy-Making System (2/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>為配合防災國家型科技計畫之執行，本計畫目標係建立海岸災害決策系統。為達此目標，本計畫整合水利署「近海水文網基本站建置」、「建立波潮流與海岸變遷模式」、「台灣地區既有海堤功能檢討」等計畫成果，彙整現場觀測、數值模式、歷史資料分析、地理資訊系統等技術能量，設計「海岸水位監測系統」網頁介面。本計畫為四年期計畫，本年為第二年度，目前已完成系統雛形之建置，未來將陸續匯入海岸地區人口、交通、救災能量等決策系統所需之防救災資訊，整體計畫完成後可作為水利署海岸水位監測、溢淹災害預警與救災搶險的決策參考。</abstract><author>成大水利海洋發展基金會</author><categoryidentifier>351.971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/15</date><governmentpublicationsnumber>1009204582</governmentpublicationsnumber><identifier>41884</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41884</librarycollectiondetailsurl><price>306</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(2/4)－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>為配合防災國家型科技計畫之執行，本計畫目標係建立海岸災害決策系統。為達此目標，本計畫整合水利署「近海水文網基本站建置」、「建立波潮流與海岸變遷模式」、「台灣地區既有海堤功能檢討」等計畫成果，彙整現場觀測、數值模式、歷史資料分析、地理資訊系統等技術能量，設計「海岸水位監測系統」網頁介面。本計畫為四年期計畫，本年為第二年度，目前已完成系統雛形之建置，未來將陸續匯入海岸地區人口、交通、救災能量等決策系統所需之防救災資訊，整體計畫完成後可作為水利署海岸水位監測、溢淹災害預警與救災搶險的決策參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>351.971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/15</date><governmentpublicationsnumber>1009204587</governmentpublicationsnumber><identifier>41887</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41887</librarycollectiondetailsurl><price>293</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>台灣沿海潮位站網分類評估與海岸災害決策系統建立(2/4) 附冊(內附光碟)－台灣環島颱風暴潮偏差分析(民國81年至91年)</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣地區雖然降雨頗豐，但以聯合國的標準而言，仍屬於缺水地區，近年並頻繁出現供水危機。然而，若以整合觀點論之，我國之水資源綜合條件與管理績效究竟如何，除了必須持續改善之外，亦需要與其他國家進行比較，以瞭解我國的綜合表現在國際社會中，居於何種地位？而我國在各相關面向上，是否仍具改善的空間與可以採取何種改善策略？在目前國際上各種水資源相關的指標系統中，由英國生態與水文研究中心(Center for Ecology and Hydrology)於去年(2002年)開發完成的水貧乏指數(Water Poverty Index, WPI)，為一觀念相當新穎，且深具發展潛力者。WPI之研發機構雖對全世界147個國家，進行績效之排行，但我國並未被包括在內。</abstract><author>環境品質文教基金會</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRAST920037</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/15</date><governmentpublicationsnumber>1009204361</governmentpublicationsnumber><identifier>41891</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41891</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>臺灣地區水貧乏指數之探討 Water Poverty Index in Taiwan</title><yearidentifier>200312</yearidentifier></data><data><abstract>台灣地區雖然降雨頗豐，但以聯合國的標準而言，仍屬於缺水地區，近年並頻繁出現供水危機。然而，若以整合觀點論之，我國之水資源綜合條件與管理績效究竟如何，除了必須持續改善之外，亦需要與其他國家進行比較，以瞭解我國的綜合表現在國際社會中，居於何種地位？而我國在各相關面向上，是否仍具改善的空間與可以採取何種改善策略？在目前國際上各種水資源相關的指標系統中，由英國生態與水文研究中心(Center for Ecology and Hydrology)於去年(2002年)開發完成的水貧乏指數(Water Poverty Index, WPI)，為一觀念相當新穎，且深具發展潛力者。WPI之研發機構雖對全世界147個國家，進行績效之排行，但我國並未被包括在內。</abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/15</date><governmentpublicationsnumber>1009204361</governmentpublicationsnumber><identifier>41892</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41892</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>臺灣地區水貧乏指數之探討 (光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2003/10/2</date><governmentpublicationsnumber>1009006140</governmentpublicationsnumber><identifier>41896</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41896</librarycollectiondetailsurl><price>155</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 摘要</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台灣省政資料館</author><categoryidentifier>441.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>30012830034</governmentpublicationsnumber><identifier>41903</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41903</librarycollectiondetailsurl><price>155</price><publisher>台灣省政資料館</publisher><publishrocyear>83</publishrocyear><title>台灣省政建設概況</title><yearidentifier>199403</yearidentifier></data><data><abstract> </abstract><author>台灣省政資料館</author><categoryidentifier>441.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>30012830034</governmentpublicationsnumber><identifier>41907</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41907</librarycollectiondetailsurl><price>155</price><publisher>台灣省政資料館</publisher><publishrocyear>70</publishrocyear><title>台灣省政建設概況</title><yearidentifier>198109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、台北市政府及第十河川局</author><categoryidentifier>351.71503</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>1009104589</governmentpublicationsnumber><identifier>41911</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41911</librarycollectiondetailsurl><price>155</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>92</publishrocyear><title>九十一年度淡水河長期水理觀測暨洪水預報工作計畫年度報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/19</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>41914</identifier><internationalstandardbooknumber> 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9570067187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41915</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>85</publishrocyear><title>公平交易法相關行為處理原則</title><yearidentifier>199611</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>36041840096</governmentpublicationsnumber><identifier>41916</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41916</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>公平交易法重要例彙集</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>36041840135</governmentpublicationsnumber><identifier>41917</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41917</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>簡介公平交易法</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>3641850083</governmentpublicationsnumber><identifier>41919</identifier><internationalstandardbooknumber>957-00-6840 ; 957006840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41919</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>贈品贈獎促銷案件彙集(第一版)</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>3641840026</governmentpublicationsnumber><identifier>41920</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41920</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>公平交易法問答資料增訂三版</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>3641840086</governmentpublicationsnumber><identifier>41921</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41921</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>認識公平交易法 增訂三版</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>3641840018</governmentpublicationsnumber><identifier>41922</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41922</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>多層次傳銷例彙集 (增訂二版)</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>財政國有財?局</author><categoryidentifier>564.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/19</date><governmentpublicationsnumber>5131870019</governmentpublicationsnumber><identifier>41925</identifier><internationalstandardbooknumber>9789570223491 ; 9570223499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41925</librarycollectiondetailsurl><price>700</price><publisher>財政國有財?局</publisher><publishrocyear>87</publishrocyear><title>國有財?有關法規編</title><yearidentifier>199802</yearidentifier></data><data><abstract> </abstract><author>財政國有財?局</author><categoryidentifier>564.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/19</date><governmentpublicationsnumber>5131850044</governmentpublicationsnumber><identifier>41926</identifier><internationalstandardbooknumber>9789570214239 ; 9570214236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41926</librarycollectiondetailsurl><price>700</price><publisher>財政國有財?局</publisher><publishrocyear>86</publishrocyear><title>國有財?有關法規編</title><yearidentifier>199702</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>572.99</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/19</date><governmentpublicationsnumber>14022870085</governmentpublicationsnumber><identifier>41929</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41929</librarycollectiondetailsurl><price>700</price><publisher>行政院人事行政局</publisher><publishrocyear>86</publishrocyear><title>推開簡政便民的窗口一全國行政單一窗口化成效實例</title><yearidentifier>199705</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/16</date><governmentpublicationsnumber>3641840086</governmentpublicationsnumber><identifier>41936</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41936</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>公平交易法問答資料增訂二版</title><yearidentifier>199502</yearidentifier></data><data><abstract> </abstract><author>劉春堂</author><categoryidentifier>497.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>37031860287</governmentpublicationsnumber><identifier>41940</identifier><internationalstandardbooknumber>9789570205008 ; 9570205008</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41940</librarycollectiondetailsurl><price>700</price><publisher>行政院消費者護委員會</publisher><publishrocyear>88</publishrocyear><title>消費者保護法要義</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>劉春堂</author><categoryidentifier>497.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>37031860287</governmentpublicationsnumber><identifier>41941</identifier><internationalstandardbooknumber>9789570205008 ; 9570205008</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41941</librarycollectiondetailsurl><price>700</price><publisher>行政院消費者護委員會</publisher><publishrocyear>88</publishrocyear><title>消費者保護法簡介</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>劉春堂</author><categoryidentifier>497.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>37031860287</governmentpublicationsnumber><identifier>41942</identifier><internationalstandardbooknumber>9789570205008 ; 9570205008</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41942</librarycollectiondetailsurl><price>700</price><publisher>行政院消費者護委員會</publisher><publishrocyear>88</publishrocyear><title>消費者保護法及消費者保 護法施類細則</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>內政部工福利委員會</author><categoryidentifier>554.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/19</date><governmentpublicationsnumber>206180033</governmentpublicationsnumber><identifier>41946</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41946</librarycollectiondetailsurl><price>700</price><publisher>內政部工福利委員會</publisher><publishrocyear>81</publishrocyear><title>地政法規及關系法規彙編</title><yearidentifier>199210</yearidentifier></data><data><abstract>「地層下陷區土地利用對淹水潛勢影響之研究（３/３）」委辦計畫工作項目：（計畫目標，一年以上之計畫） 第一年：以彰化縣為研究區域 第二年：以雲林縣、屏東縣及嘉義縣為研究地區 第三年：以台南縣、高雄縣及宜蘭縣為研究地區 三、本計畫工作說明如下：（一）、水文資料整理分析（二）地文資料整理分析（三）地層下陷 區之調查與分類（四）淹水潛勢分析系統建立及應用（五）研究區域之淹水潛勢分析（六）淹水災害評核標準程序之建立及分析統資料整合。</abstract><author>成大水利海洋發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>1009205227</governmentpublicationsnumber><identifier>41949</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41949</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷區土地利用對淹水潛勢影響之研究(3/3) －光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>44</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>41952</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41952</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>公共工程</title><yearidentifier>200403</yearidentifier></data><data><abstract>配合經濟部水利署對於地層下陷防治之指示及施政方向，完成各項工作執行成果與相關建議。</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/3/4</date><governmentpublicationsnumber>1009205203</governmentpublicationsnumber><identifier>41953</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41953</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷防治服務團九十二年度執行計畫成果報告書－光碟版</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要針對經濟部水利署所屬各水資源局與各河川局進行水文觀測能力與品質之全面普查及評鑑，並編列經費加以改善，提升其素質。本年度擬以委辦計畫形式辦理該項評鑑計畫，邀集專家、學者、儀電人員組成工作團隊，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，以作為全面提升水文觀測品質保証之準備。 本委辦計畫工作項目除建立前述之普查評鑑制度，及其所需要之相關規定外，另需完成提升經濟部水利署所屬各水資源局與各河川局水文觀測能力與技術之改善計畫及其分年經費需求之擬訂，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-92001</commissionedprojectidentifier><currency>NT$</currency><date>2004/4/20</date><governmentpublicationsnumber>1009204538</governmentpublicationsnumber><identifier>41955</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41955</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂(2/2) －光碟版 Establishment of an Quality Appraisal Institution for Hydrology Observation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣省政府法規委員會</author><categoryidentifier>588</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>30201740012</governmentpublicationsnumber><identifier>41958</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41958</librarycollectiondetailsurl><price>360</price><publisher>台灣省政府法規委員會</publisher><publishrocyear>74</publishrocyear><title>台灣省法規彙編一組織類</title><yearidentifier>198502</yearidentifier></data><data><abstract> </abstract><author>台灣省政府法規委員會</author><categoryidentifier>588</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/4/21</date><governmentpublicationsnumber>30201740012</governmentpublicationsnumber><identifier>41959</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_41959</librarycollectiondetailsurl><price>360</price><publisher>台灣省政府法規委員會</publisher><publishrocyear>74</publishrocyear><title>台灣省法規彙編一(二)本府通用類.民政類.財政類.教育類</title><yearidentifier>198502</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/8</date><governmentpublicationsnumber>1009701833</governmentpublicationsnumber><identifier>55217</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55217</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利法規彙編</title><yearidentifier>200808</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/8</date><governmentpublicationsnumber>1009701833</governmentpublicationsnumber><identifier>55218</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55218</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利法規彙編(光碟版)</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>440.1214</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/11</date><governmentpublicationsnumber>8855890454</governmentpublicationsnumber><identifier>55240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55240</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>日流量年報表〈民國八十八年〉</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處編</author><categoryidentifier>351.819</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/11</date><governmentpublicationsnumber>8855890464</governmentpublicationsnumber><identifier>55250</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55250</librarycollectiondetailsurl><price>111</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>含砂量年報表：(中華民國八十八年)</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/12</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>55260</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55260</librarycollectiondetailsurl><price>40</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>93</publishrocyear><title>翡翠水庫年刊(民國九十二年)</title><yearidentifier>200403</yearidentifier></data><data><abstract>高屏大湖計畫位處屏東平原，地下水資源潛能十分豐富，且人工湖工程佈置採不打底，在湖底土壤空隙尚未堵塞之情況下，高屏大湖之水源運用型態事實上是包含地表水源與地下水源之操作運用，湖水與地下水有其某種程度之交換，必須使用地表地下水耦合模式進行分析與計算。有鑑於此，本計畫於可行性規劃階段即以不同之分析軟體建構模擬區域之地表水源與地下水流數值模式，並以代表年之實際地下水位完成參數檢定與驗證之工作，此二者在不同邊界條件與模式網格之設定情況下，獲致差異不大之分析結果。理論上，所建構之地下水流模式如經代表年之驗證完成並於可接受範圍，其應可應用於開發之預測模擬，故在實際工程尚未施作前，以小規模之現地試驗所獲得之諸多資訊來進一步微調與檢定數值模式之參數，將可對預測實際人工湖規模之可信度有所助益。</abstract><author>順發工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA0960317</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/18</date><governmentpublicationsnumber>1009701532</governmentpublicationsnumber><identifier>55374</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55374</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>高屏大湖工程計畫試挖暨地下水文監測追蹤與檢討評估成果報告(內附光碟)The Review and Assessment of Groundwater Monitoring and Excavation Test for the Project of Kaoping Great Lake Final Version</title><yearidentifier>200808</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃根據水利署自93年度所委託本中心執行之「格網系統之規劃與建置–以乾旱預報為例」計畫與94至95年度之「防災應變格網之研發」計畫共三年度之計畫中，連同協力廠商台大水工所團隊，運用目前被喻為「第三代網際網路」之先進科技概念–「格網」（Grid），所研發之防災應變格網作業平台，逐步建立滿足水利署防災作業四大需求之「防災應變格網」，且增進其系統功能。並於計畫執行期間，提供防災應變格網運作所需之軟硬體相關運作服務。國網中心將作為防災應變格網平台層與組構資源層之建置者，於組構資源服務層提供計算資源、儲存資源與網路資源等，並透過中介軟體建立起格網平台層與組構資源層之溝通介面，再與前端之應用服務層與應用軟體層整合，所建立之防災格網平台將以滿足防災作業之四大主要需求：（1）水情監控；（2）水情預警；（3）水情預報及（4）災害應變為目標，提供水利署於防災作業期間之實際應用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/18</date><governmentpublicationsnumber>1009702086</governmentpublicationsnumber><identifier>55378</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55378</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防災應變格網系統之建立教育訓練－光碟版＝Establishment of Grid of Hazard Mitigation and Emergency Response</title><yearidentifier>200808</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>世曦工程顧問公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/19</date><governmentpublicationsnumber>1009603789</governmentpublicationsnumber><identifier>55419</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55419</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(急水溪至曾文溪口)總報告＝The Beach Restoration planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>55425</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55425</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)(內附光碟)＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>綜合評估台灣北部區域未來水資源開發經營與需求情勢，檢討區域水資源之整體調配利用，以因應常態、枯旱及特殊緊急缺水時之供水，規劃穩定區域間支援能力及調度對策，將缺水的風險降至最低，以滿足區域中、長期用水</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.6191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009702049</governmentpublicationsnumber><identifier>55426</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55426</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>北部區域水資源利用整體檢討規劃總報告(內附光碟) =General Report of Comprehensive Examining and Planning of Water Resources of the Northern Taiwan</title><yearidentifier>200808</yearidentifier></data><data><abstract>綜合評估台灣北部區域未來水資源開發經營與需求情勢，檢討區域水資源之整體調配利用，以因應常態、枯旱及特殊緊急缺水時之供水，規劃穩定區域間支援能力及調度對策，將缺水的風險降至最低，以滿足區域中、長期用水</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.6191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009702049</governmentpublicationsnumber><identifier>55427</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55427</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>北部區域水資源利用整體檢討規劃總報告(光碟版) =General Report of Comprehensive Examining and Planning of Water Resources of the Northern Taiwan</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>440.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>55428</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55428</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(內附光碟)=On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack(2/2)(含光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>55430</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55430</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(上冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation (DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/23</date><governmentpublicationsnumber>1009603343</governmentpublicationsnumber><identifier>55431</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55431</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(下冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation (DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，在民國93~97度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、「管理維護」類計畫(監測、調查、規劃、研究、養護工程、災害應急、教育宣導及管理與維護等計畫)及「工程措施」類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98年~103年)河川環境營造之相關計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/24</date><governmentpublicationsnumber>1009702279</governmentpublicationsnumber><identifier>55434</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55434</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(2/2)(光碟版)＝Overall  review of the river environment construction plan for major rivers and study of the strategies for improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，在民國93~97度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、「管理維護」類計畫(監測、調查、規劃、研究、養護工程、災害應急、教育宣導及管理與維護等計畫)及「工程措施」類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98年~103年)河川環境營造之相關計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/24</date><governmentpublicationsnumber>1009702279</governmentpublicationsnumber><identifier>55435</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55435</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(2/2)＝Overall Review of the River Environment Construction Plan for Major Rivers and Study of the Strategies for Improvement (2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/25</date><governmentpublicationsnumber>1009701611</governmentpublicationsnumber><identifier>55443</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55443</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區管理局96年度工作年報= Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2007annual job report</title><yearidentifier>200809</yearidentifier></data><data><abstract>就本計畫區域進行工程地質調查，內容包括地表地質調查、折射震測、地質探查、岩石室內試驗及工程地質資料綜合研判及評估等，以供本計畫評估及規劃之依據</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/25</date><governmentpublicationsnumber>1009701534</governmentpublicationsnumber><identifier>55446</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55446</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程地質綜合評估專題=Preliminary Plan of Wu-Shan-ling Second Tunnel Report on Geological Survey and Evaluation (光碟版)</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/26</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>55456</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55456</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>臺南高雄海岸復育研究(2/2) 下冊=Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫以改善海堤生態性為研究目的，冀經由改善現仍呈現侵蝕海堤之斷面型式，達成海岸防災與營造生態環境之雙重目標。本計畫延續民國95年執行之「青草崙海岸復育試驗之研究」計畫的研究成果，選擇台南市青草崙海堤蹋陷段，進行海堤斷面改善現地試驗，全程計畫分三年進行，第一年為海堤斷面改善現地試驗之研擬與施工，第二與第三年則為海堤斷面改善後之安全性與生態性的監測與評估。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960066</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/26</date><governmentpublicationsnumber>2009603884</governmentpublicationsnumber><identifier>55457</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55457</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(1/3)=Coastal Eco-Technology Ecology Dike Research(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以改善海堤生態性為研究目的，冀經由改善現仍呈現侵蝕海堤之斷面型式，達成海岸防災與營造生態環境之雙重目標。本計畫延續民國95年執行之「青草崙海岸復育試驗之研究」計畫的研究成果，選擇台南市青草崙海堤蹋陷段，進行海堤斷面改善現地試驗，全程計畫分三年進行，第一年為海堤斷面改善現地試驗之研擬與施工，第二與第三年則為海堤斷面改善後之安全性與生態性的監測與評估。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960066</commissionedprojectidentifier><currency>NT$</currency><date>2008/9/26</date><governmentpublicationsnumber>2009603884</governmentpublicationsnumber><identifier>55458</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55458</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(1/3)=Coastal Eco-Technology Ecology Dike Research(1/3)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>謝光照、楊金興</author><categoryidentifier>434.511   434.013</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/9/30</date><governmentpublicationsnumber>1009702175</governmentpublicationsnumber><identifier>55472</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55472</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>97</publishrocyear><title>雜糧作物試驗研究年報【九十五年】ANNUAL  REPORT  OF  DRYLAND  FOOD  CROPS  IMPROVEMENT</title><yearidentifier>200810</yearidentifier></data><data><abstract>北區水資源局所轄之石門水庫係於民國53年6月完成，為一多目標水庫，歷年颱風及地震造成水庫上游集水區大量崩塌，目前石門水庫淤積面積已高於各進水口，對水庫供水操作及營運安全造成甚大影響，而主要供水庫放置淤泥之沉澱池已飽和，需將沉澱池內之淤泥清除，才能解決水庫區內淤積問題。今配合北水局石門水庫淤泥養灘再利用計畫，整體檢討現有桃園海岸防護設施的成效，進行相關調查研究及工程規劃，探討石門水庫淤泥應用於桃園海岸工程之可行性，在兼顧環境保護及海岸景觀改善之功能下，同時解決石門水庫淤泥清運問題及桃園部分海岸侵蝕問題。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/3</date><governmentpublicationsnumber>109701503</governmentpublicationsnumber><identifier>55514</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55514</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥應用於桃園海岸之方案規劃及實施計畫(1/2)＝The planning for Shihmen Reservoir's dredged silts applied to Taoyuan coast</title><yearidentifier>200806</yearidentifier></data><data><abstract>北區水資源局所轄之石門水庫係於民國53年6月完成，為一多目標水庫，歷年颱風及地震造成水庫上游集水區大量崩塌，目前石門水庫淤積面積已高於各進水口，對水庫供水操作及營運安全造成甚大影響，而主要供水庫放置淤泥之沉澱池已飽和，需將沉澱池內之淤泥清除，才能解決水庫區內淤積問題。今配合北水局石門水庫淤泥養灘再利用計畫，整體檢討現有桃園海岸防護設施的成效，進行相關調查研究及工程規劃，探討石門水庫淤泥應用於桃園海岸工程之可行性，在兼顧環境保護及海岸景觀改善之功能下，同時解決石門水庫淤泥清運問題及桃園部分海岸侵蝕問題。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-D-02-27-0-128-00-4</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/3</date><governmentpublicationsnumber>1009701503</governmentpublicationsnumber><identifier>55515</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55515</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥應用於桃園海岸之方案規劃及實施計畫(1/2)--光碟版＝The Planning for Shihmen Reservoir's Dredged Silts Applied to Taoyuan Coast (1/2)</title><yearidentifier>200806</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/6</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>55517</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55517</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫=Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由高雄縣林園鄉海域地形水深的監測成果，探討海岸結構物興築對海岸保護的成效。??地形水深資?分析可?此海域地形變遷主要由呈?種變遷型態，一為沿岸興築的?岸堤群改變極近岸區漂砂?為；其次，沿岸潛沒砂洲的運移。尤其後者對大範圍地形變遷影響?是明顯。中芸港以南東西汕海堤海域，??至目前為止地形變遷分析顯示現況的?岸堤配置中，在間距大於40m且無其它砂源補充的部份，堤後淤砂效果較?顯著。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950279</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/6</date><governmentpublicationsnumber>1009600618</governmentpublicationsnumber><identifier>55518</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55518</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>高雄海岸(鳳鼻頭至高屏溪口)基本資料監測調查=Field lnvestigation and Analysis on the Coastal Topography and Bed Material at Offshore Area of Kaohsiung County (from Fongbitou to Gaoping River)</title><yearidentifier>200704</yearidentifier></data><data><abstract>北區水資源局所轄之石門水庫係於民國53年6月完成，為一多目標水庫，歷年颱風及地震造成水庫上游集水區大量崩塌，目前石門水庫淤積面積已高於各進水口，對水庫供水操作及營運安全造成甚大影響，而主要供水庫放置淤泥之沉澱池已飽和，需將沉澱池內之淤泥清除，才能解決水庫區內淤積問題。今配合北水局石門水庫淤泥養灘再利用計畫，整體檢討現有桃園海岸防護設施的成效，進行相關調查研究及工程規劃，探討石門水庫淤泥應用於桃園海岸工程之可行性，在兼顧環境保護及海岸景觀改善之功能下，同時解決石門水庫淤泥清運問題及桃園部分海岸侵蝕問題。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-D-02-27-0-128-00-4</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/6</date><governmentpublicationsnumber>1009701503</governmentpublicationsnumber><identifier>55523</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55523</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥應用於桃園海岸之方案規劃及實施計畫(1/2)=The Planning for Shihmen Reservoir's Dredged Silts Applied to Taoyuan Coast (1/2)</title><yearidentifier>200806</yearidentifier></data><data><abstract>研擬河道治理及管理對策，作為後續各相關權責機關依其權責及管理範圍，辦理流域中各項整治、復育及保育工作之參考依據，達到流域整體治理防災工作具有成效之目標。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0960284</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/7</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>55550</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55550</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>?文溪及鹽水溪河床變動與防洪分析研究成果報告=Study on Riverbed Variations and Flood Preventions of Tseng-Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/9</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>55568</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55568</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫期末報告(光碟版)＝Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/13</date><governmentpublicationsnumber>1009404450</governmentpublicationsnumber><identifier>55597</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55597</librarycollectiondetailsurl><price>1200</price><publisher>水利署水規所</publisher><publishrocyear>94</publishrocyear><title>基隆河整體治理計畫(前期計畫)暨後期治理規劃方案之效益與風險 評估〈光碟版〉＝Technical manual of river morphology classification in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>1988年農委會補助台灣省水利局辦理研究計畫「台灣水文資料電腦檔應用之研究－(3)台灣地區各雨量測站物部公式之適用性研究」。</abstract><author>經濟部水利署</author><categoryidentifier>328.11   328.11028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/13</date><governmentpublicationsnumber>1009200561</governmentpublicationsnumber><identifier>55603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55603</librarycollectiondetailsurl><price>335</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區雨量測站降雨強度-延時Horner公式分析</title><yearidentifier>200302</yearidentifier></data><data><abstract>本(96年度)年報架構延續95年度以「不缺水」、「不淹水」、「親近水」為主要施政重點，詳實呈現重大水利業務執行內容與成果。</abstract><author>經濟部水利署</author><categoryidentifier>443.682   443.6933061   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/14</date><governmentpublicationsnumber>1009702239</governmentpublicationsnumber><identifier>55614</identifier><internationalstandardbooknumber>9789860152715 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55614</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>96年度經濟部水利署年報 Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/14</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>55618</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55618</librarycollectiondetailsurl><price>1500</price><publisher>水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討(光碟版)＝The Preliminary  Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>高辛陽等</author><categoryidentifier>552.339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/15</date><governmentpublicationsnumber>1009702214</governmentpublicationsnumber><identifier>55621</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55621</librarycollectiondetailsurl><price>450</price><publisher>經濟部、行政院研究發展考核委員會、檔案管理局</publisher><publishrocyear>97</publishrocyear><title>發展經濟再創奇蹟─百件經濟重要檔案選輯</title><yearidentifier>200809</yearidentifier></data><data><abstract>英語是我國與世界接軌的主要溝通工具，目前台灣逐步完成公共設施、軟硬體設備等雙語化措施。目前整合國內音譯系統，統一國內道路、機場、公共場所等地的雙語對照，並提供優質雙語生活服務資訊、公私部門英語服務等，日漸營造適合外國人士居住的生活環境，也讓外籍人士不再對非英語系國家，產生恐懼。</abstract><author>行政院研究發展考核委員會</author><categoryidentifier>690.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/21</date><governmentpublicationsnumber>1009701867</governmentpublicationsnumber><identifier>55636</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55636</librarycollectiondetailsurl><price>100</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>97</publishrocyear><title>老外哈臺36計</title><yearidentifier>200808</yearidentifier></data><data><abstract>英語是我國與世界接軌的主要溝通工具，目前台灣逐步完成公共設施、軟硬體設備等雙語化措施。目前整合國內音譯系統，統一國內道路、機場、公共場所等地的雙語對照，並提供優質雙語生活服務資訊、公私部門英語服務等，日漸營造適合外國人士居住的生活環境，也讓外籍人士不再對非英語系國家，產生恐懼。</abstract><author>行政院研究發展考核委員會</author><categoryidentifier>690.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/21</date><governmentpublicationsnumber>1009702142</governmentpublicationsnumber><identifier>55637</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55637</librarycollectiondetailsurl><price>100</price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>97</publishrocyear><title>老外哈臺36計MAKING TAIWAN YOUR HOME A Foreigner's Giide to Living</title><yearidentifier>200808</yearidentifier></data><data><abstract>本所96年度自、委辦108件計畫中含括水資源規劃(33件)、河川整治規劃(30件)、灌排規劃(17件)、大地工程試驗(14件)與水工試驗(14件)等方面；另外分別展現在下列各項中：一、永續發展(1件)二、整合水資源經營管理(30件)三、河川流域綜合治理(32件)四、生態水利工程(8件)五、非工程手段(2件)六、研究發展(28件)七、自然復育取代工程治理(7件)等</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/23</date><governmentpublicationsnumber>1009702416</governmentpublicationsnumber><identifier>55639</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55639</librarycollectiondetailsurl><price>760</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>96年度工作成果年報=Summary Report of Year 2007 Projects</title><yearidentifier>200809</yearidentifier></data><data><abstract> </abstract><author>交通部觀光局雲嘉南濱海國家風景區管理處</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/23</date><governmentpublicationsnumber>1009702168</governmentpublicationsnumber><identifier>55644</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55644</librarycollectiondetailsurl><price>400</price><publisher>交通部觀光局雲嘉南濱海國家風景區管理處</publisher><publishrocyear>97</publishrocyear><title>城西觀光休閒停泊區--曾文溪口河段數值模擬分析規劃</title><yearidentifier>200809</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>經濟部水利署</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>55663</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55663</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200802</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>經濟部水利署</author><categoryidentifier>443.68970305   443.60305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/24</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>55664</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55664</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(附錄)=Closure Report of Keelung River Overall Improvement Project(Ealier Project)(Appendix)</title><yearidentifier>200802</yearidentifier></data><data><abstract>本(96年度)年報架構延續95年度以「不缺水」、「不淹水」、「親近水」為主要施政重點，詳實呈現重大水利業務執行內容與成果。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009702239</governmentpublicationsnumber><identifier>55667</identifier><internationalstandardbooknumber>9789860152715 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55667</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>96年度經濟部水利署年報(光碟版)Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200808</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>55671</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55671</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究(內附光碟)＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-00</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>55672</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55672</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫〈內含光碟片〉=  Investigation  of  Current  Status  in  the Er-Jen  River  System</title><yearidentifier>200706</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>經濟部水利署</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>55674</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55674</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範－防水、洩水建造物篇(內附光碟)＝Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation －Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫之內容主要為，工程事務管理系統之研訂，並開發一系列網際網路應用軟體，包括工程計畫管理子系統、工程監造子系統、工程管理制度子系統、工程預算編列子系統與工程品管子系統。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940148</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009500685</governmentpublicationsnumber><identifier>55675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55675</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>『工程事務管理系統1/2』建置計畫成果報告</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>55676</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55676</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉〈光碟版〉The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>快速、客觀、有效的監測河川土地資源利用現況及變遷資訊，為河川區域監測管理工作上重要的課題之一。遙測技術具有長時間、大範圍觀測的特性，尤其是我國自主之「福爾摩沙衛星二號」成功發射之後，提供了台灣地區自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性的福衛二號遙測影像，適為迅速掌握地表改變狀況以監測管理河川區域的理想資料來源。本計畫以濁水溪、高屏溪為監測範圍，配合不同的優先與緊急取像排程，獲取監測區域大量的福衛二號原始影像，再應用「福衛二號影像自動處理系統」，快速而自動地產製高品質的彩色融合正射影像，並針對各期影像進行精準的空間對位處理及相對輻射強度校正，以進行變異分析。再根據河川區域變異的種種特徵，制訂了「河川區域變異監測標準作業程序」。又為求河川區域變異通報之準確性與時效性，建置了一套以網路為平台的「河川區域變異通報作業系統」，以利於每週監測流域變異通報之工作以及現地成果之查核與彙整，於計畫執行期間共進行四次教育訓練，與河川巡查人員實際交流，針對其需要不斷修改，該系統已臻實用而有效率之境界，運作正常，發揮預期之效能。 本計畫執行105天中，福衛二號對監測區域取像共計35天，扣除其中10天雲覆率過高之影像，共有25天的影像可供使用，完成了原訂監測頻率與範圍43.73%的影像拍攝工作。從這些有限的影像中共判釋出452筆「高度變異點」，以及808筆「一般變異點」資訊，並透過「河川區域變異通報作業系統」，快速提供第四及第七河川局巡查人員至現地進行查核並將結果回傳。本研究之結果顯示，善加利用福衛二號取像排程，確能達成監測區域每兩週至少進行一次變異分析，以及每月獲取至少一幅雲覆率低於20％衛星影像之需求。並可在收到原始影像後3.5天內即完成變異分析並將結果通報，未來將朝向應用平行化運算以提升處理速度，以及歸納整理變異區域查核結果以修正各種變異現象門檻值的兩大方向持續努力。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009504374</governmentpublicationsnumber><identifier>55678</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55678</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以濁水溪及高屏溪為例(內附光碟)=Applications of Satellite Remote Sensing on Monitoring and Managing the River Watershed Examples of Jhuoshuei River and Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960158</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009700020</governmentpublicationsnumber><identifier>55679</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55679</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>應用衛星遙測於濁水溪及高屏溪河川區域之監測與管理(光碟版)＝Applications of Satellite Remote Sensing Images on Monitoring and Managing the jhuoshuei River and Gaoping River</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960158</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009700020</governmentpublicationsnumber><identifier>55680</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55680</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>應用衛星遙測於濁水溪及高屏溪河川區域之監測與管理＝Applications of Satellite Remote Sensing Images on Monitoring and Managing the jhuoshuei River and Gaoping River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>55681</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55681</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>臺南高雄海岸復育研究(2/2) 下冊=Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>55682</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55682</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>臺南高雄海岸復育研究(2/2) 上冊=Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B01050_001</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>55683</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55683</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)－光碟版＝Coastal Change Detection on Taiwan Using Satellite SAR(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>673.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009502433</governmentpublicationsnumber><identifier>55684</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55684</librarycollectiondetailsurl><price></price><publisher>行政院人事行政局</publisher><publishrocyear>95</publishrocyear><title>公教人員特約休閑活動中新手冊</title><yearidentifier>200610</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095B010</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>55685</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55685</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)＝Coastal Change Detection on Taiwan Using Satellite SAR(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>處理系統的容量為100000 CMD，設廠地點則規劃在離島工業區內，研擬4種能夠達到水質目標的處理流程，初步設計8個處理單元，進行處理單元初步設計、系統配置及所需土地範圍規劃、儀控規劃及初步設計</abstract><author>國立中央大學</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009701617</governmentpublicationsnumber><identifier>55687</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>農業迴歸水再生利用設計與試驗研究: 以雲林地區為例＝The Reuse Design and Experiment Study of Agriculture Return Flow - a Case Study in Yuin-Lin Area</title><yearidentifier>200806</yearidentifier></data><data><abstract>砂石為國家社會建設不可或缺之材料，早期砂石需求量不大時，西部各大河川砂石淤積量多，足以充分供應各項建設所需，甚至如濁水溪、蘭陽溪等溪流，尚面臨嚴重的河道淤積問題。惟近十餘年來，台灣地區西部河川上游興建各種蓄水及攔砂構造物（如水庫、水壩、攔河堰、攔砂壩、攔砂堰）後，上游砂石已被大量攔阻，導致各大河川下游段砂石補充來源大幅減少。西部各大河川中下游長期歷經砂石大量的超限開採，已呈現日漸枯竭狀態。 由於各項建設持續之推動，對砂石需求殷切。近幾年陸上砂石、進口砂石及營建剩餘土石方逐漸供應市場且供應比例亦有逐年提升之現象。惟河川砂石因品質佳及加工成本低廉，仍為一般業者之最愛。在重利誘惑下，不肖業者常以合法掩護非法，以集團性組織化手法進行大規模盜採，嚴重破壞河川穩定平衡，並危及沿河建造物及河防安全。因涉黑道介入組織犯罪，實有必要建立一套防制對策，以遏止河川砂石盜濫採行為。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>55688</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55688</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜濫採行為防制對策研究〈內附光碟片〉= STUDY  ON THE MANAGEMENT  AND  PREVENTION  STRATEGY  FOR  ILLEGAL   RIVER  SAND   AND GRAVEL  MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract>一、國外先進國家開發出一種取代傳統回填料之新型水泥質材料，稱之為CLSM﹙Controlled Low Strength Materials﹚，CLSM是一種非常理想的回填材料，極具突破傳?施工品質與效率之潛力。二、本研究之目的乃將現地開挖之土壤充分的回收再利用，以製成CLSM之方式開發出以土壤為材料的RMSM，重新原她進行基礎回填，在最短時間內進行鋪面工程。內容依土壤粒度分類及工程性質要求，完成RMSM之配比設計並探討其物理性、耐久性及與AC間之黏結力，從而建立完整的RMSM概念。   目次： 第一章、緒論第二章、文獻回顧第三章、RMSM配比設計與拌製之試驗規畫第四章、RMSM各項試驗之結果與討論第五章、混凝土品檢技術第六章、結論與建議</abstract><author>中興大學</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940218</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009404222</governmentpublicationsnumber><identifier>55690</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55690</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>現地開挖土壤之回收利用─CLSM 成果報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>辦理民意問卷調查,宣導DVD製作及宣導文件出版品製作，作為重要河川環境營造計畫成果紀錄、成效評估教育宣導材料，期使未來施政方向更能反映民眾需求，增加重要河川環境營造計畫可行性。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009604183</governmentpublicationsnumber><identifier>55691</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55691</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫成果宣導品製作及民意調查＝Propagation and Survey of the Achievements of the River Environment Construction Plan for Major Rivers</title><yearidentifier>200712</yearidentifier></data><data><abstract>處理系統的容量為100000 CMD，設廠地點則規劃在離島工業區內，研擬4種能夠達到水質目標的處理流程，初步設計8個處理單元，進行處理單元初步設計、系統配置及所需土地範圍規劃、儀控規劃及初步設計</abstract><author>國立中央大學</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/27</date><governmentpublicationsnumber>1009701617</governmentpublicationsnumber><identifier>55692</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55692</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>農業迴歸水再生利用設計與試驗研究: 以雲林地區為例(光碟版)＝The Reuse Design and Experiment Study of Agriculture Return Flow - a Case Study in Yuin-Lin Area</title><yearidentifier>200806</yearidentifier></data><data><abstract>本年度「河川復育及保育守護隊計畫-人員培訓與輔導及成果展示」，主要依據「國土?育策?方案暨?動計畫」執行精神，藉由當地原住民對家鄉「熟悉度」和「關懷情」之特質，從事河川敏感地區管?及環境保育工作。本計畫除了延續往年成果，並於今年度導入協力運作機制之示範，由協力單位「屏東縣原住民部落工作永續發展協會」針對經濟部水利署(以下簡稱水利署)指定地區示範守護隊伍─屏東縣春日鄉，負責統籌該隊之工作執行、行政管理與成果發表，有效的發揮中央、地方及民間團體間之綜合協力效能，致使能獲得地方河川守護之良好執行成果。 在執行計畫之相關成果中，除了協助水利署辦理屏東縣春日鄉河川守護隊伍甄選作業及輔導教育外，針對所有守護隊伍於北、中、南地區辦理3場次年度教育訓練、「河川復育及保育守護計畫調查成果彙編資料庫系統」教育訓練2場次；針對優良示範地區-嘉義縣阿里山鄉達娜伊谷、高雄縣大樹鄉舊鐵橋溼地公園、台北縣淡水鎮大屯溪河川生態公園等辦理3場次觀摩活動。計畫期間親赴各守護隊進行現地輔導及協助水利署業務查核等作業計9場次，另協助彙整國內績優團體組織政府補(捐)助方式內容，提供水利署對於民間協力運作機制之行政輔助原則參考。此外，計畫執行完成「水環境調查訓練及調查成果展示網」年度相關資料新增建置、「河川復育及保育守護隊計畫成果彙編」設計製作，以及協助水利署辦理守護隊年度會師、績優表揚、成果展示等活動各1場次，使本計畫成果能對外交流且讓大眾親近。 在各守護隊執行作業之量化成果方面，包含維護河川累積總長度為15,449,500公尺(維護性質包含封溪護漁、河川環境改善等)；協助通報異常事件共30件(包含違反漁業法、濫伐、濫採砂石等)；上傳調查資料至成果彙編系統共468筆。對於這些得來不易的成果，應能有所延續的保存，冀望未來各守護隊於協力機制運作熟悉後，能更進一步培養守護隊導覽解說及其他專長能力，對於當地水環境永續經營及地區觀光發展更臻助益。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/28</date><governmentpublicationsnumber>1009702374</governmentpublicationsnumber><identifier>55693</identifier><internationalstandardbooknumber>9789860153583 ; 9789860153</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55693</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川復育及保育守護隊計畫成果彙編</title><yearidentifier>200809</yearidentifier></data><data><abstract>本年度「河川復育及保育守護隊計畫-人員培訓與輔導及成果展示」，主要依據「國土?育策?方案暨?動計畫」執行精神，藉由當地原住民對家鄉「熟悉度」和「關懷情」之特質，從事河川敏感地區管?及環境保育工作。本計畫除了延續往年成果，並於今年度導入協力運作機制之示範，由協力單位「屏東縣原住民部落工作永續發展協會」針對經濟部水利署(以下簡稱水利署)指定地區示範守護隊伍─屏東縣春日鄉，負責統籌該隊之工作執行、行政管理與成果發表，有效的發揮中央、地方及民間團體間之綜合協力效能，致使能獲得地方河川守護之良好執行成果。 在執行計畫之相關成果中，除了協助水利署辦理屏東縣春日鄉河川守護隊伍甄選作業及輔導教育外，針對所有守護隊伍於北、中、南地區辦理3場次年度教育訓練、「河川復育及保育守護計畫調查成果彙編資料庫系統」教育訓練2場次；針對優良示範地區-嘉義縣阿里山鄉達娜伊谷、高雄縣大樹鄉舊鐵橋溼地公園、台北縣淡水鎮大屯溪河川生態公園等辦理3場次觀摩活動。計畫期間親赴各守護隊進行現地輔導及協助水利署業務查核等作業計9場次，另協助彙整國內績優團體組織政府補(捐)助方式內容，提供水利署對於民間協力運作機制之行政輔助原則參考。此外，計畫執行完成「水環境調查訓練及調查成果展示網」年度相關資料新增建置、「河川復育及保育守護隊計畫成果彙編」設計製作，以及協助水利署辦理守護隊年度會師、績優表揚、成果展示等活動各1場次，使本計畫成果能對外交流且讓大眾親近。 在各守護隊執行作業之量化成果方面，包含維護河川累積總長度為15,449,500公尺(維護性質包含封溪護漁、河川環境改善等)；協助通報異常事件共30件(包含違反漁業法、濫伐、濫採砂石等)；上傳調查資料至成果彙編系統共468筆。對於這些得來不易的成果，應能有所延續的保存，冀望未來各守護隊於協力機制運作熟悉後，能更進一步培養守護隊導覽解說及其他專長能力，對於當地水環境永續經營及地區觀光發展更臻助益。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/28</date><governmentpublicationsnumber>1009702374</governmentpublicationsnumber><identifier>55694</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55694</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川復育及保育守護隊計畫成果彙編(光碟版)</title><yearidentifier>200809</yearidentifier></data><data><abstract> </abstract><author>國立中央大學</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/28</date><governmentpublicationsnumber>1009701617</governmentpublicationsnumber><identifier>55695</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55695</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>農業迴歸水再生利用設計與試驗研究以雲林地區為例成果資料(光碟版)=The Reuse Design and Experiment Study of Agriculture Return Flow--a Case Study in Yun-Lin Area</title><yearidentifier>200806</yearidentifier></data><data><abstract>本年度「河川復育及保育守護隊計畫-人員培訓與輔導及成果展示」，主要依據「國土?育策?方案暨?動計畫」執行精神，藉由當地原住民對家鄉「熟悉度」和「關懷情」之特質，從事河川敏感地區管?及環境保育工作。本計畫除了延續往年成果，並於今年度導入協力運作機制之示範，由協力單位「屏東縣原住民部落工作永續發展協會」針對經濟部水利署(以下簡稱水利署)指定地區示範守護隊伍─屏東縣春日鄉，負責統籌該隊之工作執行、行政管理與成果發表，有效的發揮中央、地方及民間團體間之綜合協力效能，致使能獲得地方河川守護之良好執行成果。 在執行計畫之相關成果中，除了協助水利署辦理屏東縣春日鄉河川守護隊伍甄選作業及輔導教育外，針對所有守護隊伍於北、中、南地區辦理3場次年度教育訓練、「河川復育及保育守護計畫調查成果彙編資料庫系統」教育訓練2場次；針對優良示範地區-嘉義縣阿里山鄉達娜伊谷、高雄縣大樹鄉舊鐵橋溼地公園、台北縣淡水鎮大屯溪河川生態公園等辦理3場次觀摩活動。計畫期間親赴各守護隊進行現地輔導及協助水利署業務查核等作業計9場次，另協助彙整國內績優團體組織政府補(捐)助方式內容，提供水利署對於民間協力運作機制之行政輔助原則參考。此外，計畫執行完成「水環境調查訓練及調查成果展示網」年度相關資料新增建置、「河川復育及保育守護隊計畫成果彙編」設計製作，以及協助水利署辦理守護隊年度會師、績優表揚、成果展示等活動各1場次，使本計畫成果能對外交流且讓大眾親近。 在各守護隊執行作業之量化成果方面，包含維護河川累積總長度為15,449,500公尺(維護性質包含封溪護漁、河川環境改善等)；協助通報異常事件共30件(包含違反漁業法、濫伐、濫採砂石等)；上傳調查資料至成果彙編系統共468筆。對於這些得來不易的成果，應能有所延續的保存，冀望未來各守護隊於協力機制運作熟悉後，能更進一步培養守護隊導覽解說及其他專長能力，對於當地水環境永續經營及地區觀光發展更臻助益。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960344</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/28</date><governmentpublicationsnumber>1009702307</governmentpublicationsnumber><identifier>55696</identifier><internationalstandardbooknumber>9789860153460 ; 9789860153</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55696</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川復育及保育守護隊計畫－人員培訓與輔導及成果展示  River Restoration and Preservation Project － Personnel Training, Counseling and Outcome Demonstration</title><yearidentifier>200809</yearidentifier></data><data><abstract>本年度「河川復育及保育守護隊計畫-人員培訓與輔導及成果展示」，主要依據「國土?育策?方案暨?動計畫」執行精神，藉由當地原住民對家鄉「熟悉度」和「關懷情」之特質，從事河川敏感地區管?及環境保育工作。本計畫除了延續往年成果，並於今年度導入協力運作機制之示範，由協力單位「屏東縣原住民部落工作永續發展協會」針對經濟部水利署(以下簡稱水利署)指定地區示範守護隊伍─屏東縣春日鄉，負責統籌該隊之工作執行、行政管理與成果發表，有效的發揮中央、地方及民間團體間之綜合協力效能，致使能獲得地方河川守護之良好執行成果。 在執行計畫之相關成果中，除了協助水利署辦理屏東縣春日鄉河川守護隊伍甄選作業及輔導教育外，針對所有守護隊伍於北、中、南地區辦理3場次年度教育訓練、「河川復育及保育守護計畫調查成果彙編資料庫系統」教育訓練2場次；針對優良示範地區-嘉義縣阿里山鄉達娜伊谷、高雄縣大樹鄉舊鐵橋溼地公園、台北縣淡水鎮大屯溪河川生態公園等辦理3場次觀摩活動。計畫期間親赴各守護隊進行現地輔導及協助水利署業務查核等作業計9場次，另協助彙整國內績優團體組織政府補(捐)助方式內容，提供水利署對於民間協力運作機制之行政輔助原則參考。此外，計畫執行完成「水環境調查訓練及調查成果展示網」年度相關資料新增建置、「河川復育及保育守護隊計畫成果彙編」設計製作，以及協助水利署辦理守護隊年度會師、績優表揚、成果展示等活動各1場次，使本計畫成果能對外交流且讓大眾親近。 在各守護隊執行作業之量化成果方面，包含維護河川累積總長度為15,449,500公尺(維護性質包含封溪護漁、河川環境改善等)；協助通報異常事件共30件(包含違反漁業法、濫伐、濫採砂石等)；上傳調查資料至成果彙編系統共468筆。對於這些得來不易的成果，應能有所延續的保存，冀望未來各守護隊於協力機制運作熟悉後，能更進一步培養守護隊導覽解說及其他專長能力，對於當地水環境永續經營及地區觀光發展更臻助益。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960344</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/28</date><governmentpublicationsnumber>1009702307</governmentpublicationsnumber><identifier>55697</identifier><internationalstandardbooknumber>9789860153460 ; 9789860153</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55697</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川復育及保育守護隊計畫－人員培訓與輔導及成果展示(光碟版)  River Restoration and Preservation Project － Personnel Training, Counseling and Outcome Demonstration</title><yearidentifier>200809</yearidentifier></data><data><abstract>風砂問題因應對策分析研究</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960252</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/29</date><governmentpublicationsnumber>1009702025</governmentpublicationsnumber><identifier>55706</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55706</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河局</publisher><publishrocyear>97</publishrocyear><title>高屏溪里嶺大橋至河口段風砂問題因應對策分析研究(光碟版)=Deflation Prevention strategy analysis on the exposed sand beach from Lilin Bridge to the river mouth of Gaoping River</title><yearidentifier>200806</yearidentifier></data><data><abstract>風砂問題因應對策分析研究</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960252</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/29</date><governmentpublicationsnumber>1009702025</governmentpublicationsnumber><identifier>55707</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55707</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河局</publisher><publishrocyear>97</publishrocyear><title>高屏溪里嶺大橋至河口段風砂問題因應對策分析研究=Deflation Prevention strategy analysis on the exposed sand beach from Lilin Bridge to the river mouth of Gaoping River</title><yearidentifier>200806</yearidentifier></data><data><abstract>?整本計畫第1年及第2年研究成果，利用CCHED2D-Coast 等模式，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/29</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>55708</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55708</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>協助台南市政府推動城西觀光休閒停泊區遊艇觀光事業，交通部觀光局雲嘉南濱海國家風景區管理處於民國96年3月29日邀集相關單位召開「城西觀光休閒停泊區」後續工作協商會議，會中各水利專業單位咸認為該停泊區缺乏基礎水利分析基礎資料，爰而建議辦理。</abstract><author>成功大學</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/29</date><governmentpublicationsnumber>1009702168</governmentpublicationsnumber><identifier>55709</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55709</librarycollectiondetailsurl><price>400</price><publisher>交通部觀光局雲嘉南濱海國家風景區管理處</publisher><publishrocyear>97</publishrocyear><title>城西觀光休閒停泊區－曾文溪口河段數值模擬分析規劃</title><yearidentifier>200809</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>國立交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960236</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/29</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>55710</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers (2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970236</commissionedprojectidentifier><currency>NT$</currency><date>2008/10/31</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>55711</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55711</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)(光碟版)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>國內過去在河川及海岸之底床變遷研究已?積頗多經驗，但對河 口處之底床變遷少有探討。其主要原因為河口之流況極為複雜，須綜 合考量上游邊界之河川流量、輸砂量，下游邊界之天文潮、暴潮、海 流及漂砂量，以及河口地形，方能推估其變遷之趨勢。因此，本計畫 針對新竹外海、頭前溪與鳳山溪匯流河口段、頭前溪與鳳山溪河道進 行數值模擬，選用有限元素法海潮流數模模擬新竹外海潮流與風浪對 河口地區之暴潮影響，並提供EFA 動床模式與CCHE2D-Coast 河口模 式之下游邊界條件。EFA 動床數模模擬頭前溪與鳳山溪河道之沖淤行 為外，並提供CCHE2D-Coast 河口模式所需之上游邊界流量、輸砂量 等資訊，以供CCHE2D-Coast 河口模式推估河口段之地形變遷。</abstract><author>國立交通大學</author><categoryidentifier>443.6897.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/31</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>55712</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55712</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告(光碟版)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/31</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>55713</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55713</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第1階段實施計畫技術服務團計畫期末報告(光碟版)=Technical service team project of the first stage practicing plan of the flood management in flood-prone areas plan</title><yearidentifier>200712</yearidentifier></data><data><abstract>研擬河道治理及管理對策，作為後續各相關權責機關依其權責及管理範圍，辦理流域中各項整治、復育及保育工作之參考依據，達到流域整體治理防災工作具有成效之目標。</abstract><author>第六河川局、逢甲大學營建及防災研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/10/31</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>55714</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55714</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>?文溪及鹽水溪河床變動與防洪分析研究成果報告(光碟版)=Study on Riverbed Variations and Flood Preventions of Tseng-Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>河川砂石採取最主要之法令依據為「土石採取規則」及「河川管理辦法」。河川內之土石採取許可，申請人應依據土石採取規則第27-1條之規定，檢具應備書件向主管機關提出申請，使用河川公地部分移請河川管理機關核辦，取得河川管理機關核發土石採取使用河川許可書</abstract><author>黎明顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/4</date><governmentpublicationsnumber>1009104593</governmentpublicationsnumber><identifier>55724</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55724</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川砂石採取執行方式檢討評鑑報告書（內附光碟）=d Gravel MininReview and Evaluation on River Sand ang Operation</title><yearidentifier>200212</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/4</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>55726</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55726</librarycollectiondetailsurl><price>800</price><publisher>水利署水規所</publisher><publishrocyear>97</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(2/2)(光碟版)＝Overall  review of the river environment construction plan for major rivers and study of the strategies for improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫係針對協助組織再造之幕僚作業，研究流域管理之專責組織。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960107</commissionedprojectidentifier><currency>NT$</currency><date>2008/11/12</date><governmentpublicationsnumber>1009702771</governmentpublicationsnumber><identifier>55737</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55737</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域專責管理組織及其運作之規劃＝Planning of Authorized Organization and Its Operation on River Basin Management</title><yearidentifier>200810</yearidentifier></data><data><abstract>本計畫係針對協助組織再造之幕僚作業，研究流域管理之專責組織。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960107</commissionedprojectidentifier><currency>NT$</currency><date>2008/11/12</date><governmentpublicationsnumber>1009702771</governmentpublicationsnumber><identifier>55738</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55738</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域專責管理組織及其運作之規劃(光碟版)＝Planning of Authorized Organization and Its Operation on River Basin Management</title><yearidentifier>200810</yearidentifier></data><data><abstract>本研究計畫的主要目的為針對水利署所屬單位，在民國93～96年度期間，執行海岸環境營造計畫（93～97年度）所衍生的海岸防護設施現況、八項「管理維護」類計畫及兩項「工程措施」類計畫，進行評估與檢討、發現問題癥結，俾進而擬定改善策略。經分析統計既有資料得知，水利署所屬單位在93～96年度總共執行262項計畫。各工作項目之總件數依序排列為海岸復育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管理、調查及教育宣導。海岸環境營造計畫在93～96年度，原核定之計畫總經費為新台幣21億8,000萬元，實際年度核列經費為21億6,820萬元，經費執行率達99.5%，且執行計畫數量超過原擬件數，在經費的使用上，可謂績效良好。在此四年期間，營造親水海岸3,872公尺、海岸環境改善長度25,867公尺及環境改善面積126.35公頃，有效改善海岸環境。在執行本計畫的兩年期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘兩次，瞭解海岸現況與評估防護設施功能，並經由三次專家學者座談會的討論後，彙整各界意見據以擬定未來海岸環境營造計畫（98～103年度）水利署將以「營造自然與人文共生的海岸風華」為計畫願景，藉由「營造海岸風華」、「回復近自然海岸」、「塑造海岸綠色廊道」及「推動整體調查、研究及規劃」四大執行策略，達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」三大計畫目標；六年總經費需求共80億元。</abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2008/11/13</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55739</identifier><internationalstandardbooknumber>9789860139150 ; 9860139156</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55739</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2)=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/13</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55740</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55740</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2)電子書=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/13</date><governmentpublicationsnumber>1009700936</governmentpublicationsnumber><identifier>55741</identifier><internationalstandardbooknumber>9789860139105 ; 9860139105</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55741</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究 總報告=A Comprehensive Assessment Report on Sustainable Regeneratio of Coastal Environment and Strategic Plans for Improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/13</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55742</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55742</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2) 成果光碟=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>針對現有石門水庫淤泥之特性，提出有效、可大量處理的最佳資源再利用方式及多元化後續處理之清淤作業流程</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>9.61E+12</commissionedprojectidentifier><currency>NT$</currency><date>2008/11/19</date><governmentpublicationsnumber>1009702902</governmentpublicationsnumber><identifier>55764</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55764</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥多元化處置方案評估規劃綜合報告 Assessment and Planning for Multi-treatment of Shimen Reservoir;s Sludge Comprehensive Report</title><yearidentifier>200810</yearidentifier></data><data><abstract>針對現有石門水庫淤泥之特性，提出有效、可大量處理的最佳資源再利用方式及多元化後續處理之清淤作業流程</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/19</date><governmentpublicationsnumber>1009702902</governmentpublicationsnumber><identifier>55765</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55765</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥多元化處置方案評估規劃綜合報告(光碟版) Assessment and Planning for Multi-treatment of Shimen Reservoir;s Sludge Comprehensive Report</title><yearidentifier>200810</yearidentifier></data><data><abstract>精確完整之水文資料為水資源規劃管理之基礎，舉凡資料之蒐集、調查、整理、分析及鑑定，所獲成果皆為水利計畫評估與選擇之依據。台灣水文資料蒐集起始甚早，惜早年因設置單位不一，致資料參差不齊，缺乏全面性彙整，利用不便。有系統之全面編整台灣地區水文資料供國人參考，則為民國61年前經濟部水資源統一規劃委員會首刊之「中華民國五十九年台灣水文年報」，其內容包括水文概況、日流量及懸移質實測紀錄，其後並逐年編印，且迭有更新。嗣後，更納入河川水質、自來水廠進水口水質與台盆地之地下水水質資料，並建立資料庫系統，以便於資料之分送及交換，供各有關單位應用，各界咸稱便利。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>1009604497</governmentpublicationsnumber><identifier>55770</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55770</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 TOTAL REPORT</title><yearidentifier>200712</yearidentifier></data><data><abstract>臺灣地區年降雨量之分布係由東北逐漸向西南遞減，於山區則分別形成若干小型閉合式降雨中心，雨量豐沛，約68%之年雨量集中於5月至10月。因降雨之時間與空間分布不均，降雨強度變化甚大，需仰賴密集之觀測站網隨時觀測。至民國95年止，本署所屬現有雨量測站（含澎湖群島及觀測潮位之氣象站）計有189站，另於本年報中亦收錄台灣電力公司現有雨量站計37站之資料；又本署所屬現有水位站計有32站、水位流量站計有101站，台灣電力公司現有水位流量站計31站之資料，翡翠水庫管理局水位流量站計有4站。洪水時水流湍急混濁，流量測量甚為困難，多數流量站均有含沙量實測紀錄。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>1009604498</governmentpublicationsnumber><identifier>55771</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55771</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PART Ⅰ-RAINFALL</title><yearidentifier>200712</yearidentifier></data><data><abstract>精確完整之水文資料為水資源規劃管理之基礎，舉凡資料之蒐集、調查、整理、分析及鑑定，所獲成果皆為水利計畫評估與選擇之依據。台灣水文資料蒐集起始甚早，惜早年因設置單位不一，致資料參差不齊，缺乏全面性彙整，利用不便。有系統之全面編整台灣地區水文資料供國人參考，則為民國61年前經濟部水資源統一規劃委員會首刊之「中華民國五十九年台灣水文年報」，其內容包括水文概況、日流量及懸移質實測紀錄，其後並逐年編印，且迭有更新。嗣後，更納入河川水質、自來水廠進水口水質與台盆地之地下水水質資料，並建立資料庫系統，以便於資料之分送及交換，供各有關單位應用，各界咸稱便利。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>1009604499</governmentpublicationsnumber><identifier>55772</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55772</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PART Ⅱ-RIVER STAGE AND DISCHARGE</title><yearidentifier>200712</yearidentifier></data><data><abstract>由於地質構造與地形之不同，臺灣各地區地下水之蘊藏與產生狀況亦各相異，為便於開發管理，通常將地下水之產生情形相似者予以分區討論。臺灣地區之地下水水資源分布地區，前水資源統一規劃委員會於民國47年聘請美國甘乃迪公司來台研究地下水，該團專家Georgoe E. Bell 參照各專家意見，將臺灣全區之地下水資源分為：台北盆地、桃園台地、海岸台地、台中台地、濁水溪扇形沖積地、台南平原、屏東平原、宜蘭平原及花蓮台東縱谷平原等九區。而於民國85年前水資源統一規劃委員會編制地下水文地質圖時，重新檢討地下水資源分區，於是參照地形、地下水文及地下水地質等特性，並採甘乃迪公司之分區為藍本，將地下水資源重新劃，雖仍為九區但區域範圍都有所增減，此後即為臺灣地區地下水調查研究以及規劃工作所採行之分區依據。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>1009604500</governmentpublicationsnumber><identifier>55773</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55773</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PART Ⅲ-GROUNDWATER</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>2009701765</governmentpublicationsnumber><identifier>55774</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55774</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 TOTAL REPORT</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>2009701769</governmentpublicationsnumber><identifier>55775</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55775</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PART Ⅰ-RAINFALL</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>2009701770</governmentpublicationsnumber><identifier>55776</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55776</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PART Ⅱ-RIVER STAGE AND DISCHARGE</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/20</date><governmentpublicationsnumber>2009701771</governmentpublicationsnumber><identifier>55777</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55777</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PART Ⅲ-GROUNDWATER</title><yearidentifier>200806</yearidentifier></data><data><abstract>以台東地未來人口及產業之成長趨勢，推估各目標年各項標的用水之需求量，在可能之水源供應系統下，評估台東地區水資源之現況與未來供需情形及可能之因應對策，期能合理使用水資源，滿足民生、產業發展及環境保育之需求</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.6194</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/21</date><governmentpublicationsnumber>1009702676</governmentpublicationsnumber><identifier>55780</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55780</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台東地區水源供需檢討專題報告=Review on Water Supply and Demand for Water Sources in Taitung Area</title><yearidentifier>200809</yearidentifier></data><data><abstract>以台東地未來人口及產業之成長趨勢，推估各目標年各項標的用水之需求量，在可能之水源供應系統下，評估台東地區水資源之現況與未來供需情形及可能之因應對策，期能合理使用水資源，滿足民生、產業發展及環境保育之需求</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.6194</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/21</date><governmentpublicationsnumber>1009702676</governmentpublicationsnumber><identifier>55781</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55781</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台東地區水源供需檢討專題報告(光碟版)=Review on Water Supply and Demand for Water Sources in Taitung Area</title><yearidentifier>200809</yearidentifier></data><data><abstract>為辦理新的水源開發計畫，增加區域之公共給水供水能力，再則卑南大圳進水口，近年因河槽刷深影響其取水功能，因此擬藉由卑南溪下游攔河堰之興建，一併改善卑南大圳進水口之取水功能，穩定農業用水</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689740   554.6140   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/21</date><governmentpublicationsnumber>1009702674</governmentpublicationsnumber><identifier>55782</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55782</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>台東卑南溪下游欄河堰工程規劃檢討報告=Planning Review for Weir Engineering in the Downstream of Beinan River in Taitung</title><yearidentifier>200809</yearidentifier></data><data><abstract>為辦理新的水源開發計畫，增加區域之公共給水供水能力，再則卑南大圳進水口，近年因河槽刷深影響其取水功能，因此擬藉由卑南溪下游攔河堰之興建，一併改善卑南大圳進水口之取水功能，穩定農業用水</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.614</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960353</commissionedprojectidentifier><currency>NT$</currency><date>2008/11/21</date><governmentpublicationsnumber>1009702674</governmentpublicationsnumber><identifier>55783</identifier><internationalstandardbooknumber>9789860156058 ; 9789860156</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55783</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台東卑南溪下游欄河堰工程規劃檢討報告(光碟版)=Planning Review for Weir Engineering in the Downstream of Beinan River in Taitung</title><yearidentifier>200809</yearidentifier></data><data><abstract>精確完整之水文資料為水資源規劃管理之基礎，舉凡資料之蒐集、調查、整理、分析及鑑定，所獲成果皆為水利計畫評估與選擇之依據。台灣水文資料蒐集起始甚早，惜早年因設置單位不一，致資料參差不齊，缺乏全面性彙整，利用不便。有系統之全面編整台灣地區水文資料供國人參考，則為民國61年前經濟部水資源統一規劃委員會首刊之「中華民國五十九年台灣水文年報」，其內容包括水文概況、日流量及懸移質實測紀錄，其後並逐年編印，且迭有更新。嗣後，更納入河川水質、自來水廠進水口水質與台北盆地之地下水水質資料，並建立資料庫系統，以便於資料之分送及交換，供各有關單位應，各界咸稱便利。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/24</date><governmentpublicationsnumber>1009604497</governmentpublicationsnumber><identifier>55785</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55785</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>榮民工程股份有限公司</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/26</date><governmentpublicationsnumber>2009100015</governmentpublicationsnumber><identifier>55791</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55791</librarycollectiondetailsurl><price>346</price><publisher>榮民工程股份有限公司</publisher><publishrocyear>97</publishrocyear><title>榮民工程股份有限公司一96年度統計年鑑</title><yearidentifier>200810</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.7302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/26</date><governmentpublicationsnumber>2005600008</governmentpublicationsnumber><identifier>55792</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55792</librarycollectiondetailsurl><price>125</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>97</publishrocyear><title>水土保持統計年報一96年度</title><yearidentifier>200807</yearidentifier></data><data><abstract>本分析評估報告係根據現地輾壓試驗及室內相關試驗成果辦理，包括：材料開採與準備，以及材料輾壓試驗等現地工作成果分析與評估。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.2316</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/26</date><governmentpublicationsnumber>1009702577</governmentpublicationsnumber><identifier>55793</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55793</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>湖山水庫工程計畫：大壩築壩材料輾壓試驗成果分析評估報告＝Hushan Reservoir Project Trial Embankment Evaluation Report of Construction Materials</title><yearidentifier>200810</yearidentifier></data><data><abstract>湖山水庫大壩為土石壩，築壩材料多取自庫區表土、風化岩及新鮮軟岩。為確認材料填築特性，特辦理築壩材料輾壓試驗。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.2316</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/26</date><governmentpublicationsnumber>1009702577</governmentpublicationsnumber><identifier>55794</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55794</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>湖山水庫工程計畫：大壩築壩材料輾壓試驗成果分析評估報告(光碟版)＝Hushan Reservoir Project Trial Embankment Evaluation Report of Construction Materials</title><yearidentifier>200810</yearidentifier></data><data><abstract>本分析評估報告係根據現地輾壓試驗及室內相關試驗成果辦理，包括：材料開採與準備，以及材料輾壓試驗等現地工作成果分析與評估。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.2316</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/26</date><governmentpublicationsnumber>1009702577</governmentpublicationsnumber><identifier>55795</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55795</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>湖山水庫工程計畫：大壩築壩材料輾壓試驗成果分析評估報告(光碟版)＝Hushan Reservoir Project Trial Embankment Evaluation Report of Construction Materials</title><yearidentifier>200810</yearidentifier></data><data><abstract> </abstract><author>榮民工程股份有限公司</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/11/28</date><governmentpublicationsnumber>2009100015</governmentpublicationsnumber><identifier>55802</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55802</librarycollectiondetailsurl><price>346</price><publisher>榮民工程股份有限公司</publisher><publishrocyear>97</publishrocyear><title>榮民工程股份有限公司統計年鑑〈第三十五期〉</title><yearidentifier>200810</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/2</date><governmentpublicationsnumber>1009104048</governmentpublicationsnumber><identifier>55816</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55816</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署簡介</title><yearidentifier>200810</yearidentifier></data><data><abstract>精確完整之水文資料為水資源規劃管理之基礎，舉凡資料之蒐集、調查、整理、分析及鑑定，所獲成果皆為水利計畫評估與選擇之依據。台灣水文資料蒐集起始甚早，惜早年因設置單位不一，致資料參差不齊，缺乏全面性彙整，利用不便。有系統之全面編整台灣地區水文資料供國人參考，則為民國61年前經濟部水資源統一規劃委員會首刊之「中華民國五十九年台灣水文年報」，其內容包括水文概況、日流量及懸移質實測紀錄，其後並逐年編印，且迭有更新。嗣後，更納入河川水質、自來水廠進水口水質與台盆地之地下水水質資料，並建立資料庫系統，以便於資料之分送及交換，供各有關單位應用，各界咸稱便利。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009604497</governmentpublicationsnumber><identifier>55817</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55817</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>九十五年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 TOTAL REPORT</title><yearidentifier>200712</yearidentifier></data><data><abstract>臺灣地區年降雨量之分布係由東北逐漸向西南遞減，於山區則分別形成若干小型閉合式降雨中心，雨量豐沛，約68%之年雨量集中於5月至10月。因降雨之時間與空間分布不均，降雨強度變化甚大，需仰賴密集之觀測站網隨時觀測。至民國95年止，本署所屬現有雨量測站（含澎湖群島及觀測潮位之氣象站）計有189站，另於本年報中亦收錄台灣電力公司現有雨量站計37站之資料；又本署所屬現有水位站計有32站、水位流量站計有101站，台灣電力公司現有水位流量站計31站之資料，翡翠水庫管理局水位流量站計有4站。洪水時水流湍急混濁，流量測量甚為困難，多數流量站均有含沙量實測紀錄。</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009604498</governmentpublicationsnumber><identifier>55818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55818</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>九十五年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PARTⅠ- RAINFALL</title><yearidentifier>200712</yearidentifier></data><data><abstract>精確完整之水文資料為水資源規劃管理之基礎，舉凡資料之蒐集、調查、整理、分析及鑑定，所獲成果皆為水利計畫評估與選擇之依據。台灣水文資料蒐集起始甚早，惜早年因設置單位不一，致資料參差不齊，缺乏全面性彙整，利用不便。有系統之全面編整台灣地區水文資料供國人參考，則為民國61年前經濟部水資源統一規劃委員會首刊之「中華民國五十九年台灣水文年報」，其內容包括水文概況、日流量及懸移質實測紀錄，其後並逐年編印，且迭有更新。嗣後，更納入河川水質、自來水廠進水口水質與台盆地之地下水水質資料，並建立資料庫系統，以便於資料之分送及交換，供各有關單位應用，各界咸稱便利。</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009604497</governmentpublicationsnumber><identifier>55819</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55819</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PARTⅡ- RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200712</yearidentifier></data><data><abstract>由於地質構造與地形之不同，臺灣各地區地下水之蘊藏與產生狀況亦各相異，為便於開發管理，通常將地下水之產生情形相似者予以分區討論。臺灣地區之地下水水資源分布地區，前水資源統一規劃委員會於民國47年聘請美國甘乃迪公司來台研究地下水，該團專家Georgoe E. Bell 參照各專家意見，將臺灣全區之地下水資源分為：台北盆地、桃園台地、海岸台地、台中台地、濁水溪扇形沖積地、台南平原、屏東平原、宜蘭平原及花蓮台東縱谷平原等九區。而於民國85年前水資源統一規劃委員會編制地下水文地質圖時，重新檢討地下水資源分區，於是參照地形、地下水文及地下水地質等特性，並採甘乃迪公司之分區為藍本，將地下水資源重新劃，雖仍為九區但區域範圍都有所增減，此後即為臺灣地區地下水調查研究以及規劃工作所採行之分區依據。</abstract><author>經濟部水利署</author><categoryidentifier>440.94   351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009604500</governmentpublicationsnumber><identifier>55820</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55820</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>中華民國九十五年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2006 PARTⅢ- GROUNDWATER</title><yearidentifier>200712</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>440.94   351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>55822</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55822</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文站網維護管理與資料分析(1/2)=Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>55823</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55823</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文站網維護管理與資料分析(1/2)--光碟版=Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>中華民國九十六年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 TOTAL REPORT</abstract><author>經濟部水利署</author><categoryidentifier>440.94   351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>2009701765</governmentpublicationsnumber><identifier>55824</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55824</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 TOTAL REPORT</title><yearidentifier>200806</yearidentifier></data><data><abstract>中華民國九十六年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PARTⅠ- RAINFALL</abstract><author>經濟部水利署</author><categoryidentifier>440.94   351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>2009701769</governmentpublicationsnumber><identifier>55825</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55825</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PART Ⅰ- RAINFALL</title><yearidentifier>200806</yearidentifier></data><data><abstract>中華民國九十六年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PARTⅡ- RIVER STAGE &amp; DISCHARGE</abstract><author>經濟部水利署</author><categoryidentifier>440.94   351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>2009701770</governmentpublicationsnumber><identifier>55826</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55826</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PARTⅡ- RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200806</yearidentifier></data><data><abstract>中華民國九十六年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PARTⅢ- GROUNDWATER</abstract><author>經濟部水利署</author><categoryidentifier>440.94   351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>2009701771</governmentpublicationsnumber><identifier>55827</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55827</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2007 PARTⅢ- GROUNDWATER</title><yearidentifier>200806</yearidentifier></data><data><abstract>本研究計畫的主要目的為針對水利署所屬單位，在民國93～96年度期間，執行海岸環境營造計畫（93～97年度）所衍生的海岸防護設施現況、八項「管理維護」類計畫及兩項「工程措施」類計畫，進行評估與檢討、發現問題癥結，俾進而擬定改善策略。經分析統計既有資料得知，水利署所屬單位在93～96年度總共執行262項計畫。各工作項目之總件數依序排列為海岸復育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管理、調查及教育宣導。海岸環境營造計畫在93～96年度，原核定之計畫總經費為新台幣21億8,000萬元，實際年度核列經費為21億6,820萬元，經費執行率達99.5%，且執行計畫數量超過原擬件數，在經費的使用上，可謂績效良好。在此四年期間，營造親水海岸3,872公尺、海岸環境改善長度25,867公尺及環境改善面積126.35公頃，有效改善海岸環境。在執行本計畫的兩年期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘兩次，瞭解海岸現況與評估防護設施功能，並經由三次專家學者座談會的討論後，彙整各界意見據以擬定未來海岸環境營造計畫（98～103年度）水利署將以「營造自然與人文共生的海岸風華」為計畫願景，藉由「營造海岸風華」、「回復近自然海岸」、「塑造海岸綠色廊道」及「推動整體調查、研究及規劃」四大執行策略，達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」三大計畫目標；六年總經費需求共80億元。</abstract><author>中山大學</author><categoryidentifier>351.3   443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009700936</governmentpublicationsnumber><identifier>55829</identifier><internationalstandardbooknumber>9789860139105 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55829</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究總報告=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract>本研究計畫的主要目的為針對水利署所屬單位，在民國93～96年度期間，執行海岸環境營造計畫（93～97年度）所衍生的海岸防護設施現況、八項「管理維護」類計畫及兩項「工程措施」類計畫，進行評估與檢討、發現問題癥結，俾進而擬定改善策略。經分析統計既有資料得知，水利署所屬單位在93～96年度總共執行262項計畫。各工作項目之總件數依序排列為海岸復育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管理、調查及教育宣導。海岸環境營造計畫在93～96年度，原核定之計畫總經費為新台幣21億8,000萬元，實際年度核列經費為21億6,820萬元，經費執行率達99.5%，且執行計畫數量超過原擬件數，在經費的使用上，可謂績效良好。在此四年期間，營造親水海岸3,872公尺、海岸環境改善長度25,867公尺及環境改善面積126.35公頃，有效改善海岸環境。在執行本計畫的兩年期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘兩次，瞭解海岸現況與評估防護設施功能，並經由三次專家學者座談會的討論後，彙整各界意見據以擬定未來海岸環境營造計畫（98～103年度）水利署將以「營造自然與人文共生的海岸風華」為計畫願景，藉由「營造海岸風華」、「回復近自然海岸」、「塑造海岸綠色廊道」及「推動整體調查、研究及規劃」四大執行策略，達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」三大計畫目標；六年總經費需求共80億元。</abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55830</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55830</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2) 成果光碟=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>本研究第二?計畫的主要目的為針對水?署所屬單位，在民國93～96 ??期間，執?海岸環境營造計畫（93～97 ??）所衍生的海岸防護設施現況、八項「管?維護」?計畫及?項「工程措施」?計畫，進?評估與檢討、發現問題癥結，俾進而擬定改善策?。經分析統計既有資?得知，水?署所屬單位在93～96 ??總共執?262 項計畫。各工作項目之總件?依序排?為海岸?育工程、養護工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維護管?、調查及教育宣導。海岸環境營造計畫在 93～96 ??，原核定之計畫總經費為新台幣21 億8,000 萬元，實際??核?經費為21 億6,820 萬元，經費執??達99.5%，且執?計畫??超過原擬件?，在經費的使用上，可謂績效?好。在此四?期間，營造親水海岸3,872 公尺、海岸環境改善長?25,867 公尺及環境改善面積126.35 公頃，有效改善海岸環境。在本計畫執?期間，海岸環境營造服務團成員曾分梯次赴十個河川局所轄海岸現勘，瞭解海岸現況與評估防護設施功能，藉由辦?專家學者座談會彙整改善意?，以擬定改善策?。未?海岸環境營造計畫（98～103 ??）將以「營造自然與人文共生的海岸風華」為計畫願景，以達成「消減海岸災害、防止國土?失」、「改善海堤景觀、?育海岸環境」及「因應氣候變遷、創造永續海岸」的三大計畫目標。為達上述目標，擬以「營造海岸風華」、「回?近自然海岸」、「塑造海岸?色?道」及「推動整體調查、研究及規劃」四大執?策?予以?實；??總經費需求共80 億元。</abstract><author>中山大學</author><categoryidentifier>351.3   443.90   443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55831</identifier><internationalstandardbooknumber>9789860139150 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55831</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2)=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement (2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract>本研究第二?計畫的主要目的為針對水?署所屬單位，在民國93 ～96 ??期間，執?海岸環境營造計畫（93～97 ??）所衍生的海岸 防護設施現況、八項「管?維護」?計畫及?項「工程措施」?計畫， 進?評估與檢討、發現問題癥結，俾進而擬定改善策?。 經分析統計既有資?得知，水?署所屬單位在93～96 ??總共執 ?262 項計畫。各工作項目之總件?依序排?為海岸?育工程、養護 工程、海岸環境改善、災害應急、研究、監測、規劃設計、構造物維 護管?、調查及教育宣導。 海岸環境營造計畫在 93～96 ??，原核定之計畫總經費為新台幣 21 億8,000 萬元，實際??核?經費為21 億6,820 萬元，經費執?? 達99.5%，且執?計畫??超過原擬件?，在經費的使用上，可謂績 效?好。在此四?期間，營造親水海岸3,872 公尺、海岸環境改善長 ?25,867 公尺及環境改善面積126.35 公頃，有效改善海岸環境。 在本計畫執?期間，海岸環境營造服務團成員曾分梯次赴十個河 川局所轄海岸現勘，瞭解海岸現況與評估防護設施功能，藉由辦?專 家學者座談會彙整改善意?，以擬定改善策?。 未?海岸環境營造計畫（98～103 ??）將以「營造自然與人文 共生的海岸風華」為計畫願景，以達成「消減海岸災害、防止國土? 失」、「改善海堤景觀、?育海岸環境」及「因應氣候變遷、創造永續 海岸」的三大計畫目標。為達上述目標，擬以「營造海岸風華」、「回 ?近自然海岸」、「塑造海岸?色?道」及「推動整體調查、研究及規 劃」四大執?策?予以?實；??總經費需求共80 億元。</abstract><author>國立中山大學</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>960047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/3</date><governmentpublicationsnumber>1009700935</governmentpublicationsnumber><identifier>55832</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55832</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>海岸環境營造計畫總檢討及改善策略研究(2/2)電子書=A Comprehensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2/2)</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>514.2757</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/8</date><governmentpublicationsnumber>2004100013</governmentpublicationsnumber><identifier>55834</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55834</librarycollectiondetailsurl><price>316</price><publisher>彰化縣政府</publisher><publishrocyear>97</publishrocyear><title>中華民國九十六年彰化縣統計要覽 第五十七期(內附光碟)</title><yearidentifier>200810</yearidentifier></data><data><abstract>大高雄地區產業用水與民生用水對於質與量的要求漸增，目前境內小型水庫及川流取水之水源供應不足，必須靠擁有大型水庫的台南地區自來水第六區管理處支援高雄地區之公共用水。本計畫目的即為針對高雄縣境內之主要河川及地下水資源充沛地區，進行其水源利用調查，優選較可行方案進行其初步調查規劃，並擬定經營管理計畫，以對未來高雄地區的中長程工業用水需求（大發工業區擴充區、大湖工業區、新園工業區、南科高雄園區擴充區約20.5萬CMD），提出因應的水資源發展方案。 本計畫綜合水利署以往於高雄地區所規劃之水資源開發計畫並研提4個新水資源開發方案構想，採用「多元化水源開發決策支援模式」評估最符合經濟效益之開發先後順序為興達海水淡化廠、中區污水處理廠再生水，其中興達海水淡化廠最大開發規模為20萬CMD，中區污水處理廠再生水最大開發規模為10萬CMD。 考量水利署水利規劃試驗所已於本年度（民國97年）辦理「高雄中區污水處理廠水再生提供工業用水初步規劃」，而美濃百里埤塘可涵養美濃平原環境生態並創造美濃地區文化價值與觀光特色，因此選擇興達海水淡化廠方案與美濃百里埤塘方案進行工程規劃。開發規模20萬CMD興達海水淡化廠（灰塘廠址）單位建造成本為每立方公尺9.66元，單位營運成本為每立方公尺17.92元，單位淡化水成本為每立方公尺27.58元；200公頃百里埤塘與抽水井網工程之增供水量為3.14萬CMD，單位原水成本為每立方公尺96.55元，且必須另覓其他地表水源方可進行地下水補注，勢必將再提高原水成本，因此百里埤塘供水方案不具經濟可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/10</date><governmentpublicationsnumber>1009702885</governmentpublicationsnumber><identifier>55845</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55845</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>高雄地區新水資源方案初步調查規劃 ＝Preliminary Investigation and Planning for New Water Supply Sources in Greater Kaohsiung Region</title><yearidentifier>200811</yearidentifier></data><data><abstract>大高雄地區產業用水與民生用水對於質與量的要求漸增，目前境內小型水庫及川流取水之水源供應不足，必須靠擁有大型水庫的台南地區自來水第六區管理處支援高雄地區之公共用水。本計畫目的即為針對高雄縣境內之主要河川及地下水資源充沛地區，進行其水源利用調查，優選較可行方案進行其初步調查規劃，並擬定經營管理計畫，以對未來高雄地區的中長程工業用水需求（大發工業區擴充區、大湖工業區、新園工業區、南科高雄園區擴充區約20.5萬CMD），提出因應的水資源發展方案。 本計畫綜合水利署以往於高雄地區所規劃之水資源開發計畫並研提4個新水資源開發方案構想，採用「多元化水源開發決策支援模式」評估最符合經濟效益之開發先後順序為興達海水淡化廠、中區污水處理廠再生水，其中興達海水淡化廠最大開發規模為20萬CMD，中區污水處理廠再生水最大開發規模為10萬CMD。 考量水利署水利規劃試驗所已於本年度（民國97年）辦理「高雄中區污水處理廠水再生提供工業用水初步規劃」，而美濃百里埤塘可涵養美濃平原環境生態並創造美濃地區文化價值與觀光特色，因此選擇興達海水淡化廠方案與美濃百里埤塘方案進行工程規劃。開發規模20萬CMD興達海水淡化廠（灰塘廠址）單位建造成本為每立方公尺9.66元，單位營運成本為每立方公尺17.92元，單位淡化水成本為每立方公尺27.58元；200公頃百里埤塘與抽水井網工程之增供水量為3.14萬CMD，單位原水成本為每立方公尺96.55元，且必須另覓其他地表水源方可進行地下水補注，勢必將再提高原水成本，因此百里埤塘供水方案不具經濟可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/10</date><governmentpublicationsnumber>1009702885</governmentpublicationsnumber><identifier>55846</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55846</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>高雄地區新水資源方案初步調查規劃 (光碟版)＝Preliminary Investigation and Planning for New Water Supply Sources in Greater Kaohsiung Region</title><yearidentifier>200811</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/15</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>55999</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_55999</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/16</date><governmentpublicationsnumber>1009301971</governmentpublicationsnumber><identifier>56003</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56003</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>台北盆地九十二年地下水水位及水質調查報告=Monitoring of Groundwater Level and Quality in Taipei Basin in 2003</title><yearidentifier>200406</yearidentifier></data><data><abstract>淡水河流域位於台灣之北端﹐東北及西北以大屯山﹐與觀音山等與海岸相隔﹐東南以阿玉山﹐紅葉山等與蘭陽溪為界﹐西南以品田山﹐大壩尖山等與大甲﹐大安﹐頭前諸溪為鄰﹐流域面積 2726 平方公里﹐主流長 158.7 公里﹐為台灣第三大川。  淡水河主要支流凡三﹕最南者為大漢溪﹐中為新店溪﹐兩者匯流於台北市附近之江子翠﹐北為基隆河﹐於關渡匯入淡水河。 淡水河流域涵蓋台北市、台北縣、桃園縣、新竹縣，主流發源於品田山。主要支流有基隆河、大漢溪、新店溪。狹義的淡水河是指大漢溪與新店溪於板橋江子翠匯流至淡水油車口出海口的河段。 基隆河發源於台北縣平溪鄉菁桐坑，往東北東流經瑞芳鎮，在基隆市暖暖附近轉向西流。穿越汐止市之後進入台北盆地。 淡水河是北部地區的主要供水河流之一。大漢溪上游有石門水庫。新店溪的支流北勢溪有翡翠水庫。另外，基隆河流域有新山水庫。 大漢溪發源於雪山山脈布秀蘭山、品田山間，此段稱為塔克金溪，到復興鄉時改稱大漢溪，轉西行，匯集三光溪後入石門水庫，經鳶山堰後納三峽河，成為板新水廠的供水來源，流到江子翠（港仔嘴）時新店溪東行，到社子時基隆河匯入，最後注入臺灣海峽。 淡水河由於流量穩定，曾為台灣唯一具有航運功能的河川。早年淡水河及其支流的舟楫之利，使得許多沿岸聚落因此得以發展，如艋舺、大稻埕、新莊等。不過到了19世紀末期，淡水河航道逐漸淤塞，沿岸聚落也因此沒落。現在的淡水河已幾無航運功能，僅有昔日的幾個渡口留存至今。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970233</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/16</date><governmentpublicationsnumber>1009702878</governmentpublicationsnumber><identifier>56005</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56005</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河主流及二重疏洪道環境規劃航拍作業計畫(2/2)成果報告－光碟版＝Aeria Photography Work Plan of Danshuei River Mainstream and Erchong Floodway Environment Planning (2/2)</title><yearidentifier>200811</yearidentifier></data><data><abstract>淡水河流域位於台灣之北端﹐東北及西北以大屯山﹐與觀音山等與海岸相隔﹐東南以阿玉山﹐紅葉山等與蘭陽溪為界﹐西南以品田山﹐大壩尖山等與大甲﹐大安﹐頭前諸溪為鄰﹐流域面積 2726 平方公里﹐主流長 158.7 公里﹐為台灣第三大川。  淡水河主要支流凡三﹕最南者為大漢溪﹐中為新店溪﹐兩者匯流於台北市附近之江子翠﹐北為基隆河﹐於關渡匯入淡水河。 淡水河流域涵蓋台北市、台北縣、桃園縣、新竹縣，主流發源於品田山。主要支流有基隆河、大漢溪、新店溪。狹義的淡水河是指大漢溪與新店溪於板橋江子翠匯流至淡水油車口出海口的河段。 基隆河發源於台北縣平溪鄉菁桐坑，往東北東流經瑞芳鎮，在基隆市暖暖附近轉向西流。穿越汐止市之後進入台北盆地。 淡水河是北部地區的主要供水河流之一。大漢溪上游有石門水庫。新店溪的支流北勢溪有翡翠水庫。另外，基隆河流域有新山水庫。 大漢溪發源於雪山山脈布秀蘭山、品田山間，此段稱為塔克金溪，到復興鄉時改稱大漢溪，轉西行，匯集三光溪後入石門水庫，經鳶山堰後納三峽河，成為板新水廠的供水來源，流到江子翠（港仔嘴）時新店溪東行，到社子時基隆河匯入，最後注入臺灣海峽。 淡水河由於流量穩定，曾為台灣唯一具有航運功能的河川。早年淡水河及其支流的舟楫之利，使得許多沿岸聚落因此得以發展，如艋舺、大稻埕、新莊等。不過到了19世紀末期，淡水河航道逐漸淤塞，沿岸聚落也因此沒落。現在的淡水河已幾無航運功能，僅有昔日的幾個渡口留存至今。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970233</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/16</date><governmentpublicationsnumber>1009702878</governmentpublicationsnumber><identifier>56006</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56006</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河主流及二重疏洪道境規劃航拍作業計畫(2/2)成果報告＝Aeria Photography Work Plan of Danshuei River Mainstream and Erchong Floodway Environment Planning (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/19</date><governmentpublicationsnumber>8854890647</governmentpublicationsnumber><identifier>56062</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56062</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>濁水溪沖積扇地表地下水聯合運用總報告</title><yearidentifier>200103</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970001</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/24</date><governmentpublicationsnumber>1009703835</governmentpublicationsnumber><identifier>56215</identifier><internationalstandardbooknumber>9789860168150 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56215</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果發表會成果報告書=2007 Water Resources Agency Commissioned Projects Accomplishment Presentation Results Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/24</date><governmentpublicationsnumber>1009703074</governmentpublicationsnumber><identifier>56218</identifier><internationalstandardbooknumber>9789860164527 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56218</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果摘要彙編－水世紀新視界(內附光碟)=2007 Water Resources Agency Commissioned Projects Accomplishment Summary－Water century All new vision</title><yearidentifier>200812</yearidentifier></data><data><abstract>由於水文水理不確定性之存在，可能造成特定頻率之水文量所設計之水利建造物無法達到原先設定的保護標準，而承受了相當大的損壞風險。而台灣近年來水文氣象環境受全球氣候變遷之影響，水文資料可能已與過去有很大變異性，連帶使得水文水理特性（降雨量、逕流量等）產生更大的不確定性。為了確保水利建造物(蓄水建造物除外)安全，本計畫全方位針對水文、水理、地文及其他風險因子進行探討及評估，並建置一套風險分析程序，期使可作為擬定減輕風險策略之參考。 根據失敗樹分析結果，本計畫將影響水利建造物防洪功能之風險因子分別界定為水文風險因子(設計降雨量、雨型、降雨-逕流模式參數)、水理風險因子(起算水位、水工設施水理參數、河道糙度係數)及地文風險因子(土地利用及植被、河道斷面沖淤)。並依上述因子建置水利建造物防洪功能風險分析模式，進而計算水利建造物防洪功能之溢堤機率，以評估水利建造物是否可達到預期之防洪功能。最後將此風險分析程序應用於基隆河流域。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/24</date><governmentpublicationsnumber>1009703687</governmentpublicationsnumber><identifier>56220</identifier><internationalstandardbooknumber>9789860166583 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56220</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>影響水利建造物(蓄水建造物除外)功能之風險因子探討與分析程序之建立(2/2)  Evaluation of risk factors affecting the functions of hydraulic structures (except the storage structures) and development of its analysis procedure(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>由於水文水理不確定性之存在，可能造成特定頻率之水文量所設計之水利建造物無法達到原先設定的保護標準，而承受了相當大的損壞風險。而台灣近年來水文氣象環境受全球氣候變遷之影響，水文資料可能已與過去有很大變異性，連帶使得水文水理特性（降雨量、逕流量等）產生更大的不確定性。為了確保水利建造物(蓄水建造物除外)安全，本計畫全方位針對水文、水理、地文及其他風險因子進行探討及評估，並建置一套風險分析程序，期使可作為擬定減輕風險策略之參考。 根據失敗樹分析結果，本計畫將影響水利建造物防洪功能之風險因子分別界定為水文風險因子(設計降雨量、雨型、降雨-逕流模式參數)、水理風險因子(起算水位、水工設施水理參數、河道糙度係數)及地文風險因子(土地利用及植被、河道斷面沖淤)。並依上述因子建置水利建造物防洪功能風險分析模式，進而計算水利建造物防洪功能之溢堤機率，以評估水利建造物是否可達到預期之防洪功能。最後將此風險分析程序應用於基隆河流域。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/24</date><governmentpublicationsnumber>1009703687</governmentpublicationsnumber><identifier>56222</identifier><internationalstandardbooknumber>9789860166583 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56222</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>影響水利建造物(蓄水建造物除外)功能之風險因子探討與分析程序之建立(2/2)－水文水理風險分析程序簡易手冊  Evaluation of risk factors affecting the functions of hydraulic structures (except the storage structures) and development of its analysis procedure(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>由於水文水理不確定性之存在，可能造成特定頻率之水文量所設計之水利建造物無法達到原先設定的保護標準，而承受了相當大的損壞風險。而台灣近年來水文氣象環境受全球氣候變遷之影響，水文資料可能已與過去有很大變異性，連帶使得水文水理特性（降雨量、逕流量等）產生更大的不確定性。為了確保水利建造物(蓄水建造物除外)安全，本計畫全方位針對水文、水理、地文及其他風險因子進行探討及評估，並建置一套風險分析程序，期使可作為擬定減輕風險策略之參考。 根據失敗樹分析結果，本計畫將影響水利建造物防洪功能之風險因子分別界定為水文風險因子(設計降雨量、雨型、降雨-逕流模式參數)、水理風險因子(起算水位、水工設施水理參數、河道糙度係數)及地文風險因子(土地利用及植被、河道斷面沖淤)。並依上述因子建置水利建造物防洪功能風險分析模式，進而計算水利建造物防洪功能之溢堤機率，以評估水利建造物是否可達到預期之防洪功能。最後將此風險分析程序應用於基隆河流域。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970047</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/24</date><governmentpublicationsnumber>1009703687</governmentpublicationsnumber><identifier>56225</identifier><internationalstandardbooknumber>9789860166583 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56225</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>影響水利建造物(蓄水建造物除外)功能之風險因子探討與分析程序之建立(2/2)－光碟版  Evaluation of risk factors affecting the functions of hydraulic structures (except the storage structures) and development of its analysis procedure(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>曾文溪及鹽水溪流域廣闊，惟天然河川泥沙演變特性複雜，疏浚等措施雖局部河段有效通水段面增加、水流挾砂能力提昇，但其對河道變動、防洪安全、自然環境之可能影響，時有必要重新作一番詳細之專業評估研究。本計畫之目的即依上述研就成果研擬河道治理及管理對策，達流域整體治理防災工作具有成效之目標。本計畫之研究內容分為四大工作項目：(1)基本資料蒐集整理；(2)水文水理輸砂分析檢討；(3)水理輸砂模擬；及(4)河道疏浚方案與治理對策研擬。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960284</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/25</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>56276</identifier><internationalstandardbooknumber>9789860126006 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56276</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>曾文溪及鹽水溪河床變動與防洪分析研究成果報告=Study on Riverbed Variations and Flood Preventions of Tseng-Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本所96年度自、委辦108件計畫中含括水資源規劃(33件)、河川整治規劃(30件)、灌排規劃(17件)、大地工程試驗(14件)與水工試驗(14件)等方面；另外分別展現在下列各項中：一、永續發展(1件)二、整合水資源經營管理(30件)三、河川流域綜合治理(32件)四、生態水利工程(8件)五、非工程手段(2件)六、研究發展(28件)七、自然復育取代工程治理(7件)等</abstract><author>水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/25</date><governmentpublicationsnumber>1009702416</governmentpublicationsnumber><identifier>56283</identifier><internationalstandardbooknumber>9789860153705 ; 9789860153</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56283</librarycollectiondetailsurl><price>760</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>96年度工作成果年報=Summary Report of Year 2007 Projects</title><yearidentifier>200809</yearidentifier></data><data><abstract>本(96年度)年報架構延續95年度以「不缺水」、「不淹水」、「親近水」為主要施政重點，詳實呈現重大水利業務執行內容與成果。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009702239</governmentpublicationsnumber><identifier>56305</identifier><internationalstandardbooknumber>9789860152715 ; 9789680152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56305</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>96年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200808</yearidentifier></data><data><abstract>本手冊使用包括系統維護人員和庫存管理人員。而手冊的使用包括以下三種：1.定期保養參考.2.遭遇故障時，排除故障之參考.3.逕行庫存管理作業時參考.維護手冊的使用目的，在提供上述對象於不同工作時機可資利用的系統相關資訊，提供工作人員在操作或維護時有一標準程序以資遵循。</abstract><author>成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0977012</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>56309</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56309</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>97</publishrocyear><title>近海水文維護手冊第二版〈初稿〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>觀測手冊之使用對象、時機及目的。本手冊綜整國內、外近海水文觀測學理、技術、納入我國水利觀測機關之實務經驗，可作為近海水文觀測人員工作之參考。本手冊之進海水文觀測系統，包含以下幾個系統：〈1〉觀測在台子系統、〈2〉儀測子系統、〈3〉能源子系統、〈4〉資料擷取與分析系統、〈5〉資料傳輸子系統、〈6〉資料品管子系統。</abstract><author>成功大學近海水文中心</author><categoryidentifier>443.3   440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>56310</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56310</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文觀測手冊第二版〈初版〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫範圍係從青山漁港西南航道至頂頭額汕間約10km海岸段(含面積約17km2之七股潟湖)。希藉由本段海岸砂洲及潟湖內資料蒐集、地形水深測量、潮波流與漂砂調查分析等工作，探討七股潟湖砂洲變遷之物理機制及消退原因，繼以數值模式及現場試驗方法進行方案成效評估，研擬七股潟湖保護砂洲的對策及方案，提供防護工作實施時之依據。</abstract><author>成功大學水利海洋研究發展基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940082</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>56325</identifier><internationalstandardbooknumber>9789860052220 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56325</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利局第六河川局</publisher><publishrocyear>95</publishrocyear><title>七股潟湖保護對策研究(2/2)=Conservation Strategies for Sand Bar Of Chi-Gu Lagoon(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>一般所稱的海岸汐止陸地與海洋交界之海岸線而言，本手冊所指的海岸〈近海〉汐止水利署之海堤區域〈海堤管理辦法〉即從即從海堤提間向外一百五十公尺至堤內用地及應實施安全官制之土地或其他海岸禦潮防護措施之必要範圍。</abstract><author>成功大學近海水文中心</author><categoryidentifier>443.3   351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>56339</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56339</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>97</publishrocyear><title>海岸水文分析應用手冊第二版〈初稿〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫藉由高雄縣林園鄉海域地形水深的監測成果，探討海岸結構物興築對海岸保護的成效。??地形水深資?分析可?此海域地形變遷主要由呈?種變遷型態，一為沿岸興築的?岸堤群改變極近岸區漂砂?為；其次，沿岸潛沒砂洲的運移。尤其後者對大範圍地形變遷影響?是明顯。中芸港以南東西汕海堤海域，??至目前為止地形變遷分析顯示現況的?岸堤配置中，在間距大於40m且無其它砂源補充的部份，堤後淤砂效果較?顯著。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>950279</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/26</date><governmentpublicationsnumber>1009600618</governmentpublicationsnumber><identifier>56340</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56340</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>高雄海岸(鳳鼻頭至高屏溪口)基本資料監測調查(光碟版)=Field lnvestigation and Analysis on the Coastal Topography and Bed Material at Offshore Area of Kaohsiung County (from Fongbitou to Gaoping River)</title><yearidentifier>200704</yearidentifier></data><data><abstract>水利第十四期</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/29</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>56377</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56377</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水利第十四期</title><yearidentifier>200412</yearidentifier></data><data><abstract>為提昇大安溪及大甲溪水源之調度彈性及運用效率，並建構一套安全可靠供水系統，以穩定供應目標年(民國110年)大台中地區用水，經濟部水利署中區水資源局(以下簡稱中水局)爰於民國95年研提「大台中地區公共用水穩定水源及供水方案」報經濟部水資源審議委員會同意，透過優先節流及聯合運用供水系統建置(如：鯉魚潭發電取水口設置備援出水工、大安大甲溪水源聯合運用輸水工程、后里淨水場與送水管工程，及降低自來水漏水率管線更新工程等4項工作)，以穩定台中地區用水。中水局於民國95年起辦理大安大甲計畫工程規劃工作，並於民國96年12月28日依程序提報「大安大甲溪水源聯合運用輸水工程計畫」環境影響說明書至行政院環保署審查，經民國97年2月13日專案小組初審會議審查結果，其中有關對下游地下水影響審查意見，包括地下水影響應量化評估、至少應以二維模擬不同情境下地面水／地下水相互影響程度、地下水影響區（清水、大甲、大安、苑裡沖積扇區）應確實評估，以及水位是否下降導致地層下陷等審查意見，為釐清上述影響並使工程計畫推動順利，爰公開招標委託辦理「大安大甲溪水源聯合運用輸水工程規劃-大甲溪下游地下水影響評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/29</date><governmentpublicationsnumber>1009703100</governmentpublicationsnumber><identifier>56416</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56416</librarycollectiondetailsurl><price>600</price><publisher>水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>大安大甲溪水源聯合運用輸水工程規劃大甲溪下游地下水影響評估(光碟版)＝Assessment of the impacts on groundwater environment caused by the Da-An and Da-Jia rivers water resource united development project</title><yearidentifier>200812</yearidentifier></data><data><abstract>為提昇大安溪及大甲溪水源之調度彈性及運用效率，並建構一套安全可靠供水系統，以穩定供應目標年(民國110年)大台中地區用水，經濟部水利署中區水資源局(以下簡稱中水局)爰於民國95年研提「大台中地區公共用水穩定水源及供水方案」報經濟部水資源審議委員會同意，透過優先節流及聯合運用供水系統建置(如：鯉魚潭發電取水口設置備援出水工、大安大甲溪水源聯合運用輸水工程、后里淨水場與送水管工程，及降低自來水漏水率管線更新工程等4項工作)，以穩定台中地區用水。中水局於民國95年起辦理大安大甲計畫工程規劃工作，並於民國96年12月28日依程序提報「大安大甲溪水源聯合運用輸水工程計畫」環境影響說明書至行政院環保署審查，經民國97年2月13日專案小組初審會議審查結果，其中有關對下游地下水影響審查意見，包括地下水影響應量化評估、至少應以二維模擬不同情境下地面水／地下水相互影響程度、地下水影響區（清水、大甲、大安、苑裡沖積扇區）應確實評估，以及水位是否下降導致地層下陷等審查意見，為釐清上述影響並使工程計畫推動順利，爰公開招標委託辦理「大安大甲溪水源聯合運用輸水工程規劃-大甲溪下游地下水影響評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.86   443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/29</date><governmentpublicationsnumber>1009703100</governmentpublicationsnumber><identifier>56417</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56417</librarycollectiondetailsurl><price>600</price><publisher>水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>大安大甲溪水源聯合運用輸水工程規劃大甲溪下游地下水影響評估(內附光碟)＝Assessment of the impacts on groundwater environment caused by the Da-An and Da-Jia rivers water resource united development project</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利第十五期</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/29</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>56420</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56420</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水利第十五期</title><yearidentifier>200512</yearidentifier></data><data><abstract>有鑒於民國96年8月13日屏東縣霧台鄉好茶村因颱風豪雨發生嚴重土砂災害，村落旁隘寮南溪河床嚴重淤積。在村前的隘寮南溪河段，因上游集水區大量泥砂流出，產生嚴重河床淤積及河岸沖刷，河床抬昇高度已接近河防構造物頂部，村上高地可能受到爾後洪水的危害或者因淤積河床再度提昇，導致水流將有直接衝擊村落，造成淹水災害之可能。因此，為瞭解好茶村落所受到土砂災害威脅為何，實需進行進一步評估，以避免或減少土石流災害。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.625102</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/30</date><governmentpublicationsnumber>1009703195</governmentpublicationsnumber><identifier>56470</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56470</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>隘寮溪好茶村段河道淤積影響河防安全檢討評估計畫=The estimate project for the safety of flood-prevention work done on the Haocha Village reach of Ailiao River owing to riverbed deposition</title><yearidentifier>200812</yearidentifier></data><data><abstract>有鑒於民國96年8月13日屏東縣霧台鄉好茶村因颱風豪雨發生嚴重土砂災害，村落旁隘寮南溪河床嚴重淤積。在村前的隘寮南溪河段，因上游集水區大量泥砂流出，產生嚴重河床淤積及河岸沖刷，河床抬昇高度已接近河防構造物頂部，村上高地可能受到爾後洪水的危害或者因淤積河床再度提昇，導致水流將有直接衝擊村落，造成淹水災害之可能。因此，為瞭解好茶村落所受到土砂災害威脅為何，實需進行進一步評估，以避免或減少土石流災害。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.625102</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/30</date><governmentpublicationsnumber>1009703195</governmentpublicationsnumber><identifier>56472</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56472</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>隘寮溪好茶村段河道淤積影響河防安全檢討評估計畫(光碟版)=The estimate project for the safety of flood-prevention work done on the Haocha Village reach of Ailiao River owing to riverbed deposition</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.12383</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/30</date><governmentpublicationsnumber>1009100402</governmentpublicationsnumber><identifier>56487</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56487</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫 南岸連絡渠道小型水力電廠可行性研究</title><yearidentifier>200203</yearidentifier></data><data><abstract>由於氣候及地形之影響，台灣地區因颱風、豪雨而造成淹水災害，造成人民生命及財產之損失，因此行政院國家科學委員會防災國家型科技計畫辦公室（現國家災害防救中心）為使行政機關瞭解各縣市之淹水潛勢，於民國88年起製作全省各縣市之淹水潛勢圖，工各方防災規劃參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA930012</commissionedprojectidentifier><currency>NT$</currency><date>2008/12/30</date><governmentpublicationsnumber>1009304683</governmentpublicationsnumber><identifier>56490</identifier><internationalstandardbooknumber>9789570195613 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56490</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>區域淹水損失圖建立先期計畫=Establishment of the Regional Inundation Loss Map-Inititl Plan</title><yearidentifier>200412</yearidentifier></data><data><abstract>為有效改善排水區域內的災害，除整合排水系統改善標準的一致性外，更應深入了解淹水災害之原因及檢討排水渠道之通水功能，並據以提出可行之改善方案，供為權責單位辦理排水改善之依據。</abstract><author>水利署水利規劃試驗所</author><categoryidentifier>443.689747</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2008/12/30</date><governmentpublicationsnumber>1009005163</governmentpublicationsnumber><identifier>56492</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56492</librarycollectiondetailsurl><price>464</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>高雄地區後勁溪排水系統檢討改善規劃=Planning for the Drainage System Improvement of  Hou-Chin Creek in Kaohsiung Area</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.12305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/5</date><governmentpublicationsnumber>1009101848</governmentpublicationsnumber><identifier>56575</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56575</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫進水口及沉砂池水理、淤砂、排砂觀測(第一期)工作計畫報告</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>江堰環境工程有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/5</date><governmentpublicationsnumber>8854890538</governmentpublicationsnumber><identifier>56587</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56587</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處中區水資源局</publisher><publishrocyear>89</publishrocyear><title>集集共同引水工程計畫瑞田村垃圾棄置場調查成果報告</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.12433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/5</date><governmentpublicationsnumber>1009101649</governmentpublicationsnumber><identifier>56608</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56608</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫濁水溪流域地區逕流測預報系統建置水文系統模擬模式成果報告</title><yearidentifier>200206</yearidentifier></data><data><abstract>水庫中實測資料之蒐集、整理、分析、與詮釋對蓄水庫安全評估理應扮演非常重要之角色，檢測與診斷工作對蓄水庫安全評估更具有高度重要性。近年多種非破壞檢測現地試驗技術日新月異、電腦輔助分析技術長遠進步、以及數值模擬分析技術日益精進，對蓄水庫安全評估皆可扮演高度功能性、客觀性、與實用性之價值與角色。本計畫之辦理目標即在推動蓄水庫壩體監/檢測、安診、與判釋之技術研發，進而提升與推廣蓄水庫監、檢測技術水準。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970063</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/5</date><governmentpublicationsnumber>1009703461</governmentpublicationsnumber><identifier>56639</identifier><internationalstandardbooknumber>9789860164220 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56639</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(3/3)  Development  of  monitoring,  non--destructive  testing,  and  diagnosis  techniques  for  dam  safety (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計劃旨在彙偏並舉辦96年度經濟部水利署及其所屬機關之委辦計劃成果發表會，為展現與推廣計畫成果，水利署擬編篡計畫成果摘要並以辨理成果發表會方式將各項計畫具體成果公開展示及發表，以提供各相關單位與水資源從業人員互相觀摩參考的機會，並藉由與會專家學者之討論與建議來提升國內水資源規劃相關課題及技術水準。以期進一步對未來水資源發展趨勢、水資源有效利用與管理等工作的推動與專業研究將有實質的幫助。</abstract><author>逢甲大學〈營建及防災研究中心〉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970001</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703835</governmentpublicationsnumber><identifier>56674</identifier><internationalstandardbooknumber>9789860168150 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56674</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計劃成果發表會成果報告書=2007 Water Resources Agency Commissioned Project Accomplishment Presentation Results Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>整合性流域水資源經理計算模組功能擴充與與更新、結合集水區模式以模擬集水區保育與管理策略、增加水力演算功能以模擬洪災防治策略、研發系統模組化功能以加強該系統之應用彈性、結合空間圖形展示與策略分析技術以建立水資源決策支援系統。</abstract><author>荷蘭戴伏特水工所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940187</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009404393</governmentpublicationsnumber><identifier>56675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56675</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>台灣水資源決策支援系統建置(5/5)－光碟版＝THE DEVELOPMENT OF DECISION SUPPORT SYSTEM FOR WATER RESOURCES IN TAIWAN</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區現有蓄水與引水建造物達百餘座，為使相關檢查報告稽核、檢查之複查及安全評估報告審查更為嚴謹及詳實，故擬委託具有專業技術及能力之機構協助本署辦理本計畫。 同時考量檢查及安全評估工作所需之專業知識及新知補充，擬將教育訓練及國際交流等項目亦納入計畫，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6433   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970078</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703471</governmentpublicationsnumber><identifier>56686</identifier><internationalstandardbooknumber>9789860164237 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56686</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(3/3) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈3/3〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣南部地區因豐枯懸殊的水文條件及日益提升的環保意識，水庫興建屢屢受阻於民意，使得區域用水日漸困難；目前嘉義地區水源供水能力不足，需利用台南供水系統支援，以滿足嘉義地區用水需求，為求嘉義地區水源穩定供給，勢須尋求一可靠之備援水源，而更新改善台糖公司所屬鹿寮水庫為一可行之方案。 前期「鹿寮水庫更新改善可行性規劃（1）、（2）」已完成水庫水文資料調查及分析、集水區土地利用調查、地表地質調查、水源運用評估、壩體更新改善規劃等評估工作，本年度將依其成果，研擬後續之調查、分析及演算事宜，以作為未來鹿寮水庫更新改善之參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970164</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703840</governmentpublicationsnumber><identifier>56698</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56698</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>鹿寮水庫更新改善可行性規劃(3)  　Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement project(3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣南部地區因豐枯懸殊的水文條件及日益提升的環保意識，水庫興建屢屢受阻於民意，使得區域用水日漸困難；目前嘉義地區水源供水能力不足，需利用台南供水系統支援，以滿足嘉義地區用水需求，為求嘉義地區水源穩定供給，勢須尋求一可靠之備援水源，而更新改善台糖公司所屬鹿寮水庫為一可行之方案。 前期「鹿寮水庫更新改善可行性規劃（1）、（2）」已完成水庫水文資料調查及分析、集水區土地利用調查、地表地質調查、水源運用評估、壩體更新改善規劃等評估工作，本年度將依其成果，研擬後續之調查、分析及演算事宜，以作為未來鹿寮水庫更新改善之參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970164</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703840</governmentpublicationsnumber><identifier>56699</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56699</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>鹿寮水庫更新改善可行性規劃(3) -光碟版 　Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement project(3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣南部地區因豐枯懸殊的水文條件及日益提升的環保意識，水庫興建屢屢受阻於民意，使得區域用水日漸困難；目前嘉義地區水源供水能力不足，需利用台南供水系統支援，以滿足嘉義地區用水需求，為求嘉義地區水源穩定供給，勢須尋求一可靠之備援水源，而更新改善台糖公司所屬鹿寮水庫為一可行之方案。 前期「鹿寮水庫更新改善可行性規劃（1）、（2）」已完成水庫水文資料調查及分析、集水區土地利用調查、地表地質調查、水源運用評估、壩體更新改善規劃等評估工作，本年度將依其成果，研擬後續之調查、分析及演算事宜，以作為未來鹿寮水庫更新改善之參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970164</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703840</governmentpublicationsnumber><identifier>56701</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56701</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>鹿寮水庫更新改善可行性規劃(3)附錄十地形測量成果套繪管路佈置圖、附錄十一斷面測量成果套繪管路佈置圖、附錄十二地籍調查成果套繪管路佈置圖　Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement project(3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>56703</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56703</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利第十八期</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大 學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703835</governmentpublicationsnumber><identifier>56710</identifier><internationalstandardbooknumber>9789860168150 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56710</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果摘要彙編 (水世紀新世界〉＝2007 Water Resources Agency Commissioned Projects Accomplishments Accomplishment Summary   Water century All new vision</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學〈營建及防災研究中心〉</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/6</date><governmentpublicationsnumber>1009703074</governmentpublicationsnumber><identifier>56712</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56712</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果發表會成果報告書〈光碟版〉＝2007 Water Resources Agency Commissioned Projects Accomplishment Presentation Results Report</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>56728</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56728</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>97</publishrocyear><title>中華民國98年潮汐表年刊第12期--光碟版=TIDAE TABLES 2009</title><yearidentifier>200810</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成以下專題報告及教學教材</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009601616</governmentpublicationsnumber><identifier>56777</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56777</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬工作執行報告(光碟版)＝Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會動植物防疫檢疫局</author><categoryidentifier>412.38061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>2009006804</governmentpublicationsnumber><identifier>56778</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56778</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會動植物防疫檢疫局</publisher><publishrocyear>97</publishrocyear><title>動植物防疫檢疫業務統計年報(中華民國96年)-內附光碟</title><yearidentifier>200811</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095B010</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>56779</identifier><internationalstandardbooknumber>9789860100594 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56779</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫〈內含光碟片)= Investigation  of  Current  Status  in  the Er-Jen  River  System</title><yearidentifier>200706</yearidentifier></data><data><abstract>本計畫針對淡水河系的底泥淤積現況進行分析，因淡水河系持續受到污水排放的汙染，雖近年來在污水截流及管制方　面已有顯著進步，但水質惡化的問題存在，其中很大的原因是因底泥蓄積並與污水反應造成水體持續耗氧，亦即淡水河的水質改善須由改善水體逐步轉向改善底泥。本計劃假設在污水完全截流前，河底淤泥均有機會成為污泥，因此本計劃執行重點在於瞭解這些淤泥的淤積潛勢及上游水庫洩洪排尼過程中，泥在河段沿程沖淤情形。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970124</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703765</governmentpublicationsnumber><identifier>56780</identifier><internationalstandardbooknumber>9789860167122 ; 9789860167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56780</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河系河底淤泥分佈探討及再利用可行性評估─Spatial  distribution  and  reuse  assessment  of  riverbed  sludge  of  Tanshui  River  System</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫針對淡水河系的底泥淤積現況進行分析，因淡水河系持續受到污水排放的汙染，雖近年來在污水截流及管制方　面已有顯著進步，但水質惡化的問題存在，其中很大的原因是因底泥蓄積並與污水反應造成水體持續耗氧，亦即淡水河的水質改善須由改善水體逐步轉向改善底泥。本計劃假設在污水完全截流前，河底淤泥均有機會成為污泥，因此本計劃執行重點在於瞭解這些淤泥的淤積潛勢及上游水庫洩洪排尼過程中，泥在河段沿程沖淤情形。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970124</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703765</governmentpublicationsnumber><identifier>56781</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56781</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河系河底淤泥分不探討及再利用可行性評估〈光碟版〉─Spatial  distribution  and  reuse  assessment  of  riverbed  sludge  of  Tanshui  River  System</title><yearidentifier>200812</yearidentifier></data><data><abstract>攔河堰及沉砂池為重要的水資源設施，目前國內對於攔河堰與沉砂池設計，各堰之環境條件、設計之分析項目、方法、步驟等均不同，其成效亦各不同。為良好設計之有效傳承與缺失設計之改進，並汲取國外成功案例之經驗，彙整訂定完整之設計要項，俾以配合曾文水庫越域引水工程計畫之實施，並作為水利署及所屬機關內部工程人員之參考資料。爰此，經濟部水利署成立「曾文水庫越域引水工程計畫 ─ 攔河堰與沉砂池設計要領研擬」計畫，完成以下專題報告及教學教材</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009601616</governmentpublicationsnumber><identifier>56782</identifier><internationalstandardbooknumber>9789860094657 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56782</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>96</publishrocyear><title>曾文水庫越域引水工程計畫攔河堰與沉砂池設計要領研擬工作執行報告=Tsengwen Reservoir Diversion Project Guideline for the Design of Barrages and Desilting Basins</title><yearidentifier>200706</yearidentifier></data><data><abstract>為有效改善排水區域內的災害，除整合排水系統改善標準的一致性外，更應深入了解淹水災害之原因及檢討排水渠道之通水功能，並據以提出可行之改善方案，供為權責單位辦理排水改善之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689747</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009005163</governmentpublicationsnumber><identifier>56783</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56783</librarycollectiondetailsurl><price>464</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>高雄地區後勁溪排水系統檢討改善規劃=Planning for the Drainage System Improvement of  Hou-Chin Creek in Kaohsiung Area</title><yearidentifier>200208</yearidentifier></data><data><abstract>淡水河即時洪水預報系統模式〈REFOR模式〉是經濟部水利署第十河川局於民國93年自行研發，功能包含即時資料擷取、雨量預報、降雨逕流演算、原山子分洪演算、河川變量流模擬、河口潮汐預測、圖形及表格展示等，可在小型個人電腦上自動化執刑。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703553</governmentpublicationsnumber><identifier>56784</identifier><internationalstandardbooknumber>9789860165012 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56784</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護─Extension  and  Maintenance  of  Real  Tlash  Flood  Forecasting  Model  for  Dansuie  River</title><yearidentifier>200812</yearidentifier></data><data><abstract>淡水河即時洪水預報系統模式〈REFOR模式〉是經濟部水利署第十河川局於民國93年自行研發，功能包含即時資料擷取、雨量預報、降雨逕流演算、原山子分洪演算、河川變量流模擬、河口潮汐預測、圖形及表格展示等，可在小型個人電腦上自動化執刑。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703553</governmentpublicationsnumber><identifier>56785</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56785</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河即時洪水預報系統模式擴充及維護〈光碟版〉─Extension  and  Maintenance  of  Real  Tlash  Flood  Forecasting  Model  for  Dansuie  River</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署北區水資源局96年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703246</governmentpublicationsnumber><identifier>56793</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56793</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十六年）</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的係以「集集共同引水計畫」之供水計畫(83年台灣省水利局完成之「集集共同引水供水計畫」等報告)之供水目標及預期效益等進行檢討。參考可行性規劃、施工及營運管理等各階段之既有相關文獻與報告資料，分別依計畫之規劃設計目標、設施標的施工環境與建置、設施功能及營運維護等，逐一予以歸納、分類、比對、解析與評估檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64151   443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960371</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703024</governmentpublicationsnumber><identifier>56798</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56798</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>集集共同引水工程規劃設計與營運管理檢討＝Review of the Planning ,Design and Operation Management of Ji Ji Conjunctive Diversion Project</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署北區水資源局96年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703246</governmentpublicationsnumber><identifier>56800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56800</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十六年）－光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的係以「集集共同引水計畫」之供水計畫(83年台灣省水利局完成之「集集共同引水供水計畫」等報告)之供水目標及預期效益等進行檢討。參考可行性規劃、施工及營運管理等各階段之既有相關文獻與報告資料，分別依計畫之規劃設計目標、設施標的施工環境與建置、設施功能及營運維護等，逐一予以歸納、分類、比對、解析與評估檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>433.64151   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960371</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/7</date><governmentpublicationsnumber>1009703024</governmentpublicationsnumber><identifier>56801</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56801</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>97</publishrocyear><title>集集共同引水工程規劃設計與營運管理檢討(光碟版) ＝Review of the Planning ,Design and Operation Management of Ji Ji Conjunctive Diversion Project</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫是以流域綜合治水為手段，主要解決高度開發集水區洪澇災害。內水與外水必須整體考量，並兼顧防災、生態保育、景觀、親水等功能，於重點地區搭配滯洪、蓄洪、分洪、墊高基地等方式提高保護標準制50~100年，並強化流域預警及避洪等非工程措施，以降低水患災害。本計畫以疏浚清淤、規劃、工程、用地取得及維護管理等具體措施。</abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>56822</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56822</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>96</publishrocyear><title>水利第十七期(電子書)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計劃藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>56848</identifier><internationalstandardbooknumber>9789860052239 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56848</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究〈2/2〉上冊=Restoration of Sandy Coast at Tainan and Kaohsiung 〈2/2〉</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計劃藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>56852</identifier><internationalstandardbooknumber>9789860052239 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56852</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究〈2/2〉下冊=Restoration of Sandy Coast at Tainan and Kaohsiung 〈2/2〉 下冊</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>56868</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56868</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2 )下冊＝Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>陳炎銘先生整理累積約一百六十則，每則「字對」或「字群」除有各字的解釋外並有例句比對說明，讓閱讀過的人都能更深一層認識該字的涵義而不會再誤用。</abstract><author>經濟部水利署</author><categoryidentifier>802.263</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009203749</governmentpublicationsnumber><identifier>56871</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56871</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>字詞辨正</title><yearidentifier>200311</yearidentifier></data><data><abstract>本計畫之目的在改善現仍呈現侵蝕海堤之斷面型式，希望達成海岸防災目標時亦能營造有益海域生態之環境。本計劃延續民國95年執行之「青草崙海岸復育之研究」計畫的研究成果，選擇台南市青草崙海堤塌陷段，進行海堤斷面改善現地試驗，全程計畫分三年進行，第一年為海堤斷面改善現地試驗之研擬與施工，今年為二年計畫，主要進行海提改善斷面完工後之安全性與生態性的監測與評估。　</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960066</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009703561</governmentpublicationsnumber><identifier>56883</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56883</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>97</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(2/3)=Coastal Eco-Technology Ecology Dike Research(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區現有蓄水與引水建造物達百餘座，為使相關檢查報告稽核、檢查之複查及安全評估報告審查更為嚴謹及詳實，故擬委託具有專業技術及能力之機構協助本署辦理本計畫。 同時考量檢查及安全評估工作所需之專業知識及新知補充，擬將教育訓練及國際交流等項目亦納入計畫，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970078</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009703471</governmentpublicationsnumber><identifier>56893</identifier><internationalstandardbooknumber>9789860164237 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56893</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>蓄水與引水建造物檢查及安全評估相關工作專業協助(3/3)－光碟版 Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports〈3/3〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之目的在改善現仍呈現侵蝕海堤之斷面型式，希望達成海岸防災目標時亦能營造有益海域生態之環境。本計劃延續民國95年執行之「青草崙海岸復育之研究」計畫的研究成果，選擇台南市青草崙海堤塌陷段，進行海堤斷面改善現地試驗，全程計畫分三年進行，第一年為海堤斷面改善現地試驗之研擬與施工，今年為二年計畫，主要進行海提改善斷面完工後之安全性與生態性的監測與評估。　</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960066</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/8</date><governmentpublicationsnumber>1009703561</governmentpublicationsnumber><identifier>56900</identifier><internationalstandardbooknumber>9789860162981 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56900</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>97</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(2/3)--光碟版=Coastal Eco-Technology Ecology Dike Research (2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>潮汐表</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>56923</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56923</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國95年潮汐表=TIDAL TABLES 2006</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>56933</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56933</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>56934</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56934</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)(電子書)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689749</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>1009204354</governmentpublicationsnumber><identifier>56952</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56952</librarycollectiondetailsurl><price>373</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>愛河水系改善檢討規劃報告=Planning on the Drainage System Improvement of Love-River</title><yearidentifier>200311</yearidentifier></data><data><abstract>集集共同引水工程計畫蓄水通水紀念文集</abstract><author>蔡佩瑜總編輯</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>56975</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56975</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>92</publishrocyear><title>開闢鴻荒的傳奇(內附光碟)</title><yearidentifier>200301</yearidentifier></data><data><abstract>本計畫範圍以太湖水庫及水庫上游的山外溪之幹支線為檢討改善對象，並針對計畫區之排水特性、排水不良原因及太湖水庫之滯洪效能探討因應對策；另針對丹恩颱風所造成之淹水災害予以檢討分析，研擬具體可行之改善方案並提出改善規劃報告。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>8944891347</governmentpublicationsnumber><identifier>56979</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_56979</librarycollectiondetailsurl><price>502</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>金門縣金湖鎮太湖水庫周邊排水及水庫防洪能力檢討改善計畫報告=Report of Improvement Planning for Regional Drainge and Flood Control Capability Reviews of Tai-Hu Reservoir at Jin-HU Town in Kinmen County</title><yearidentifier>200009</yearidentifier></data><data><abstract>本書系節錄自本處歷年來規劃之重要河川防洪資料，內容包括淡水河及二十四條中央管河川各合係一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、涉及之都市計畫區域等計畫資料。</abstract><author>經濟部水利處</author><categoryidentifier>682.3   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>885280130</governmentpublicationsnumber><identifier>57027</identifier><internationalstandardbooknumber>9789570259162 ; 9789570259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57027</librarycollectiondetailsurl><price>60</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣重要河川(修正版)</title><yearidentifier>200004</yearidentifier></data><data><abstract>本計畫是以流域綜合治水為手段，主要解決高度開發集水區洪澇災害。內水與外水必須整體考量，並兼顧防災、生態保育、景觀、親水等功能，於重點地區搭配滯洪、蓄洪、分洪、墊高基地等方式提高保護標準制50~100年，並強化流域預警及避洪等非工程措施，以降低水患災害。本計畫以疏浚清淤、規劃、工程、用地取得及維護管理等具體措施。</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/9</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>57030</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57030</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>96</publishrocyear><title>水利第十七期</title><yearidentifier>200712</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>57078</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57078</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告=Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>內容包含各河系一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、設及之都市計畫區域等資料，期能提供相關從業人員實際運用上之參考。</abstract><author>水利處</author><categoryidentifier>682.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>30922880018</governmentpublicationsnumber><identifier>57080</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57080</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>台灣重要河川資料冊</title><yearidentifier>199906</yearidentifier></data><data><abstract>台灣的水利在「做好是應該的，發生問題就要處分的」的苛求下，除了戮力以赴外，還要祈求上蒼保佑。</abstract><author>水利處</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>30922870040</governmentpublicationsnumber><identifier>57081</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57081</librarycollectiondetailsurl><price></price><publisher>台灣省水利處</publisher><publishrocyear>87</publishrocyear><title>為水辛苦為水忙 台灣的建設 - 水利篇</title><yearidentifier>199808</yearidentifier></data><data><abstract>本計畫針對台灣現有海岸常見之防護措施加以描述，統計目前各地現有各類防護工法隻數量與長度，顯是台灣有許多縣市幾乎已無自然海岸，於生態及景觀上具有嚴重之衝擊。</abstract><author>成功大學水利及海洋工程系、中興大學水土保持系</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009005266</governmentpublicationsnumber><identifier>57083</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57083</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸工法之新技術研發(2/4)=Technical Development in Coastal Protection Works (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫為第二年之延續性計畫，第一年研究範圍包括中港溪主流及其支流南河與東河。第二年包括中港溪支流南港溪、峨眉溪、大平溪。計畫主要工作項目為中港溪河系的情勢資料調查，並將收集資料結果建立中港 溪河系GIS生態資料庫。利用河川情事調查文獻集現況調查所獲得資料，提供適合本研究何系之生態工法規劃設計應注意事項及設計所需資訊。</abstract><author>水利處第二河川局</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>940039</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009501247</governmentpublicationsnumber><identifier>57091</identifier><internationalstandardbooknumber>9789860052398 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57091</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>中港溪河川情勢調查(1/2)=Invedtion of Current Status in Zhong-Gang River System(1/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>經濟部水利署多年來努力於研究解決上述各項水問題及利用新科技，有頗具成效的發展，包刮水再生利用、海水淡化、地層下陷防治、地下水保育、深層海水、生態治何、防災預警、水文觀測、以及地理資訊系統等等。為與國際接軌，促進國際水利科技交流，進而提升水利科技水準，委由中國土木水利工程學會進行上述各項水利科技名詞之中文與英文對照譯名。</abstract><author>中國土木水利工程學會</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970310</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009703964</governmentpublicationsnumber><identifier>57110</identifier><internationalstandardbooknumber>9789860169249 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57110</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利科技名詞中英對照彙編手冊(初版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的是針對荷包雨排水系統調查期排水不良之原因及浸災情況，並研擬具體可行之改善方案，經評價擇定最有利及可行之改善對策，以供工程實施之依據，以有效解決本流域內之水患。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009002859</governmentpublicationsnumber><identifier>57128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57128</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處水利規劃試驗所八十八下半年及八十九年度工作成果報告</title><yearidentifier>200107</yearidentifier></data><data><abstract>本局企劃與研發業務係掌理水資源組織、制度、法規、及標準之研擬，節約用水之推動，健全水權管理方案推動，水資源科技發展、國際合作，水資源經濟、人力培訓等多項工作之成果分析報告。</abstract><author>經濟部水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>8374880680</governmentpublicationsnumber><identifier>57141</identifier><internationalstandardbooknumber>9789570253009 ; 9789570253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57141</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>經濟部水資源局-民國八十七年工作年報00-綜-25</title><yearidentifier>199909</yearidentifier></data><data><abstract>台灣水利事業的基本理念係在水資源的開發利用、河防安全、集水區治理經營、河域景觀美化及生態保育情況下，維護流域內之水源、水質與水量。今後水利處施政的方針，除加強辦理事業各項水資源經營館理，河川治理及管理與水患防範工作外，並朝著工程建設管理維護與生態保育並重的方向執行</abstract><author>台灣省水利處</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>30922870030</governmentpublicationsnumber><identifier>57147</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57147</librarycollectiondetailsurl><price>480</price><publisher>台灣省水利處</publisher><publishrocyear>87</publishrocyear><title>台灣省政府水利處簡介TPGWRD PROFILE</title><yearidentifier>199805</yearidentifier></data><data><abstract>本書是以數字陳示臺灣省水利工程建設與水利行政措施之成果，藉以鑑往知來，俾供經濟、農業建設與社區發展及本處施政設計之參考。</abstract><author>經濟部水利處</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>8855890365</governmentpublicationsnumber><identifier>57150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57150</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>中華民國八十八年水利統計年報=STATISTICS YEAR BOOK OF WATER RESOURCES 1999</title><yearidentifier>200006</yearidentifier></data><data><abstract>艾利颱風後水庫淤積嚴重，造成颱洪期間大桃園地區供水穩定性不足。石門水庫及其集水區雖有相關整治計畫正在進行，但其相關環境條件及設施操作仍存有不確定性，使汛期下游供水應變措施仍有風險，故有必要藉由專業團隊協助對外說明。為達此目的，本計畫首要工作項目需針對高濁度缺水問題進行評估與改善策略檢討、改善策略之風險分析、庫區水位與鳶山堰水質預警系統之建置以及專家學者團隊之成立工作。本計畫首先檢視石門水庫高濁度缺水之原因與歷年相關緊急供水應變作法，釐清緊急供水所面臨的問題後，再進一步提出應變作業流程修正與未來改善策略之建議；故於庫容改善面，建議持續建立即時之泥砂監測設備提高空間解析度，藉以作為排砂設施操作參考；針對排砂部分，除提高每年泥砂浚渫量與現有設施改善外，亦建議於庫區中上游段(阿姆坪至羅浮橋間)與新柑坪彎道處，可分別新設渾水與異重流排砂道，以減輕壩前洩洪設施壓力並減短濃(濁)度稽延時間增加排砂水量；穩定供水策略面，建議除維持現有之排砂操作，亦需持續針對上述排砂道設置與中水系統等進行可行性分析。其次藉由風險分析方法，考量水量與水質之不確定性，以評估汛期時大桃園地區正常供水可能面臨的風險；透過本計畫改善策略風險之基本假設與初步分析，提出現有壩頂抽水或表層取水工之建置，可將颱洪期間大桃園地區供水可靠度提升為90%，但仍會因原水濁度過高而影響供水可靠度，故建議未來可持續蒐集濁度與出水量等相關資料進行分析，以提高風險分析之準確性。於庫區水位與鳶山堰水質預警系統之建置面，本計畫預計整合既有資料系統，提供即時及預測資料，協助整合水庫上下游的緊急應變事宜；計畫中已完成石門水庫及其集水區資料系統之彙整與連結、庫區與下游鳶山堰模式之建置、整合平台與資料模式之銜接工作，並建立初步之決策資源參考資料，以提供緊急應變操作之參考；此外，亦建議未來持續完成各量測資料之整合以求資訊完備。本計畫亦邀請6位學者及3位專家(共9人)，組成專家學者團隊，於颱風來臨前後，透過大眾媒體與報章雜誌等管道，協助北水局適時進行對外說明工作，解決民眾疑慮與缺水恐慌，此外，團隊於颱洪來臨高濁度緊急應變開設期間，進駐北區水資源局協助緊急應變，並於颱風過後進行高濁度緊急應變檢討，提供穩定供水策略之專業諮詢及提供未來對策之建議。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009703597</governmentpublicationsnumber><identifier>57178</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57178</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫高濁度缺水分析及改善策略檢討(光碟版)Study on the analysis and reforming strategy of water supply shortage caused by exceeded turbidity in Shihmen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫運轉至今巳逾45年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易昇即為高齡化水庫徵，值得進一步觀察留意</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433   443.642   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009703359</governmentpublicationsnumber><identifier>57179</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57179</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(1/2)--光碟版=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫因豪雨作用下導致漂流木進入庫區，目前石門水庫共設置兩條攔木索以攔截漂流水，但攔木索設置位置與異重流之運特性有密切關係，因此漂流木運移、攔木索設置及異重流三者應有密切之關係。本計畫擬以石門水庫作為研究對象，利用模型試驗結困與漂流木打撈方法資料收集進行研究並提出處理建議</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6433   443.642   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009702815</governmentpublicationsnumber><identifier>57182</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57182</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫漂流木及異重流運移試驗分析(光碟版)＝Driftwood motion and  turbidity current in Shihmen Reservoir：experiments and analyses</title><yearidentifier>200810</yearidentifier></data><data><abstract>此本彙編共分為「河系篇 」與「海岸篇 」兩部分。「河系篇 」系針對中央主管河系中具代表性的河川與排水之環境營造與景觀改善工程、逐一的說明其水岸環境營造過程、理念、及近自然工法之運用方式與完成之成果現況。「海岸篇 」則以具代表性之海岸環境營造雨景觀改善工程、詳述各營造之設計理念與完成之成果現況。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>57183</identifier><internationalstandardbooknumber>9789860032161 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57183</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造成果彙編</title><yearidentifier>200512</yearidentifier></data><data><abstract>為延續96年地方溝通宣導之效果，本計畫將針對工程範圍鄉鎮推動廣泛之水資源宣導，以期讓水庫週邊之居民能瞭解並支持士文水庫計畫之推動，此次之宣導工作將由全地區漸深入當地社區之民眾、學校之教師學生以收更顯著之成效，期能於工程正式動工前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。本局囿於廣告專業能力、人力，擬委託國內具優良信譽及工作實績之廣告或公關公司辦理上述工作，爰編本委託專業服務計畫書。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.6141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970077</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009703532</governmentpublicationsnumber><identifier>57184</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57184</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>士文水庫水資源宣導計畫(光碟版)Warter Resources Publicity Plan od</title><yearidentifier>200812</yearidentifier></data><data><abstract>因應近年來國內砂石供需失衡現象，針對河川砂石資料進行調查與統計分析、規劃建置國內河川砂石供需資料庫及地理資訊系統，並針對中央管河川砂石採取管理應有進一步之思維，如設置囚砂區進行規劃，以適時充分提供砂石料源，穩定砂石價格；另針對中央政府亟力推動之河川砂石採取販售制度（例如採售分離方式）進行宣導與輔導，對供需市場進行策略評估及對執行成果之檢討改善，藉以使得本署附屬機關及各縣（市）政府於辦理相關疏濬工程時有所依循，有效解決以往砂石標售所衍生之相關弊端。</abstract><author>中興工程顧問服份有限公司</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960366</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/10</date><governmentpublicationsnumber>1009704082</governmentpublicationsnumber><identifier>57191</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57191</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川管理業務之發展與推動(1/2)(光碟版)Development and Execution of River Management(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>57192</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57192</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告=Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>57193</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57193</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告(光碟版)=Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要目的在嘗試依循恢復生態學(Restoration Ecology)與景觀生態學(Landscape Ecology)的理論與技術，重塑良好的河川生態廊道。此種計畫為台灣地區首次嘗試以一整體觀看待河流，並以生態復育為目的而非以遊憩為目的的水岸整建計畫。</abstract><author>萇圓工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009300162</governmentpublicationsnumber><identifier>57194</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57194</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>93</publishrocyear><title>烏溪水岸整建及景觀改善計畫=The Riverine Reclamation Landscape Planning of  Wu-River</title><yearidentifier>200406</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>57195</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57195</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究 總報告=Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>57196</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57196</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究 總報告(光碟版)=Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>57197</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57197</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract>八十八年工作年報</abstract><author>水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>8373890206</governmentpublicationsnumber><identifier>57206</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57206</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>經濟部水資源局 民國八十八年工作年報 00-綜-26</title><yearidentifier>200008</yearidentifier></data><data><abstract>艾利颱風後水庫淤積嚴重，造成颱洪期間大桃園地區供水穩定性不足。石門水庫及其集水區雖有相關整治計畫正在進行，但其相關環境條件及設施操作仍存有不確定性，使汛期下游供水應變措施仍有風險，故有必要藉由專業團隊協助對外說明。為達此目的，本計畫首要工作項目需針對高濁度缺水問題進行評估與改善策略檢討、改善策略之風險分析、庫區水位與鳶山堰水質預警系統之建置以及專家學者團隊之成立工作。本計畫首先檢視石門水庫高濁度缺水之原因與歷年相關緊急供水應變作法，釐清緊急供水所面臨的問題後，再進一步提出應變作業流程修正與未來改善策略之建議；故於庫容改善面，建議持續建立即時之泥砂監測設備提高空間解析度，藉以作為排砂設施操作參考；針對排砂部分，除提高每年泥砂浚渫量與現有設施改善外，亦建議於庫區中上游段(阿姆坪至羅浮橋間)與新柑坪彎道處，可分別新設渾水與異重流排砂道，以減輕壩前洩洪設施壓力並減短濃(濁)度稽延時間增加排砂水量；穩定供水策略面，建議除維持現有之排砂操作，亦需持續針對上述排砂道設置與中水系統等進行可行性分析。其次藉由風險分析方法，考量水量與水質之不確定性，以評估汛期時大桃園地區正常供水可能面臨的風險；透過本計畫改善策略風險之基本假設與初步分析，提出現有壩頂抽水或表層取水工之建置，可將颱洪期間大桃園地區供水可靠度提升為90%，但仍會因原水濁度過高而影響供水可靠度，故建議未來可持續蒐集濁度與出水量等相關資料進行分析，以提高風險分析之準確性。於庫區水位與鳶山堰水質預警系統之建置面，本計畫預計整合既有資料系統，提供即時及預測資料，協助整合水庫上下游的緊急應變事宜；計畫中已完成石門水庫及其集水區資料系統之彙整與連結、庫區與下游鳶山堰模式之建置、整合平台與資料模式之銜接工作，並建立初步之決策資源參考資料，以提供緊急應變操作之參考；此外，亦建議未來持續完成各量測資料之整合以求資訊完備。本計畫亦邀請6位學者及3位專家(共9人)，組成專家學者團隊，於颱風來臨前後，透過大眾媒體與報章雜誌等管道，協助北水局適時進行對外說明工作，解決民眾疑慮與缺水恐慌，此外，團隊於颱洪來臨高濁度緊急應變開設期間，進駐北區水資源局協助緊急應變，並於颱風過後進行高濁度緊急應變檢討，提供穩定供水策略之專業諮詢及提供未來對策之建議。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703597</governmentpublicationsnumber><identifier>57219</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57219</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫高濁度缺水分析及改善策略檢討  Study on the analysis and reforming strategy of water supply shortage caused by exceeded turbidity in Shihmen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>57233</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57233</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2) 上冊＝Restoration of sandy coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>凡台灣地區重大水資源規劃、開發，諸如石門水庫建設、大甲溪開發計畫、高屏溪水資源開發、淡水河防洪計畫等俱經工作同仁努力先後完成，使台灣地區水資源綱領得以承先啟後，在台灣經濟奇蹟背後提供水資源服務。</abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>8373830014</governmentpublicationsnumber><identifier>57244</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57244</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>82</publishrocyear><title>經濟部水資源統一規劃委員會八十二年工作年報 00─綜─20</title><yearidentifier>199301</yearidentifier></data><data><abstract>水庫圖表資料</abstract><author>經濟部水利處</author><categoryidentifier>443.64   443.6490</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>885289086</governmentpublicationsnumber><identifier>57250</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57250</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>水庫資料冊</title><yearidentifier>200007</yearidentifier></data><data><abstract>本計針對卑南溪口至利嘉溪口段約12KG長海岸，分兩年已分期分段方式進行水深地形測量及分段海岸潮流波、輸砂調查，並舉辦水工模型測驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>57285</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57285</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究〈2/2〉=Restoration of Sandy Coast at Taitung〈2/2〉</title><yearidentifier>200604</yearidentifier></data><data><abstract>為延續96年地方溝通宣導之效果，本計畫將針對工程範圍鄉鎮推動廣泛之水資源宣導，以期讓水庫週邊之居民能瞭解並支持士文水庫計畫之推動，此次之宣導工作將由全地區漸深入當地社區之民眾、學校之教師學生以收更顯著之成效，期能於工程正式動工前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。本局囿於廣告專業能力、人力，擬委託國內具優良信譽及工作實績之廣告或公關公司辦理上述工作，爰編本委託專業服務計畫書。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.6141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970077</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703532</governmentpublicationsnumber><identifier>57286</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57286</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>士文水庫水資源宣導計畫=Warter Resources Publicity Plan od</title><yearidentifier>200812</yearidentifier></data><data><abstract>因小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍怖珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動〞植物與人文景觀資源。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃如下：1‧輸沙趨勢分析，2‧生態資料蒐集，3‧海域水理檢討與白沙尾段復育對策研擬，4‧景觀規劃。</abstract><author>容泰工程顧問</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009500650</governmentpublicationsnumber><identifier>57310</identifier><internationalstandardbooknumber>9789860046878 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57310</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>琉球海岸復育調查(1/2)=The Restoration and Survey  of  Seashore at Lui-Qui Island</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009501024</governmentpublicationsnumber><identifier>57312</identifier><internationalstandardbooknumber>9789860050400 ; 9789860050</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57312</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>屏東海岸復育研究計畫總報告=Restoration of Sandy Coast at Pingtung－Summary Report－</title><yearidentifier>200604</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之宜蘭縣南澳鄉附近海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過1000公尺以上，非常適合深層海水的開發與相關產業之進駐，與花蓮、台東同為全台極具開發潛力候選區域之一。本年度計畫針對所選定之潛力場址（南澳地區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。最後就海陸域地形測量與海域環境調查成果中，於宜蘭縣南澳潛力場址區海域內初步規劃選定二條適合佈放取水管的路徑，作為取水管線之取水接收端，並就海洋環境與工程技術面進行可行性的評估。此外本區域的水質檢測結果與花蓮、台東一致，皆適合進行深層海水產業的開發，但台灣東部海域冬季有東北季風、夏季多颱風，海上施工較為困難，可實施佈管作業時間僅有春夏轉換的季節，作業進度的控制值得特別注意。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.9107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960028</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703575</governmentpublicationsnumber><identifier>57313</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57313</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>宜蘭地區深層海水潛力場址(南澳地區)海域環境基本資料調查計畫＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Yi-Lan (Nan-Ao) Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之宜蘭縣南澳鄉附近海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過1000公尺以上，非常適合深層海水的開發與相關產業之進駐，與花蓮、台東同為全台極具開發潛力候選區域之一。本年度計畫針對所選定之潛力場址（南澳地區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。最後就海陸域地形測量與海域環境調查成果中，於宜蘭縣南澳潛力場址區海域內初步規劃選定二條適合佈放取水管的路徑，作為取水管線之取水接收端，並就海洋環境與工程技術面進行可行性的評估。此外本區域的水質檢測結果與花蓮、台東一致，皆適合進行深層海水產業的開發，但台灣東部海域冬季有東北季風、夏季多颱風，海上施工較為困難，可實施佈管作業時間僅有春夏轉換的季節，作業進度的控制值得特別注意。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.9107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960028</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703575</governmentpublicationsnumber><identifier>57316</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57316</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>宜蘭地區深層海水潛力場址(南澳地區)海域環境基本資料調查計畫(光碟版)=The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Yi-Lan (Nan-Ao) Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970244</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>57317</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57317</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫成果報告書(光碟版)＝The Development Digital Environment Database for Sihchong River (from Sea to Mu-Tan Reservoir)</title><yearidentifier>200811</yearidentifier></data><data><abstract>拆除水工構造物，恢復原河川原貌，看似對河川生態有著相當正面的幫助但我們卻往往忽略在拆除初期，上游淤積的大量泥沙在運移往下游的過程中將會衝擊現有生物棲地，而河道淤積亦可能造成下游洪氾的危險，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970300</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703445</governmentpublicationsnumber><identifier>57318</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57318</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(1/3)(光碟版)＝Efficiency assessment on removal and improvement of horizonal water diversion structures and river restoration</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，工作項目內容有：1.河道固床工沖刷災害機制分析2.國內外相關沖刷案例回顧3.室內水工試驗4.沖刷機制之數值模擬5.初步提出適用之固床工防沖促淤佈設方法6.教育訓練7.成果報告編撰。</abstract><author>中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970261</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703093</governmentpublicationsnumber><identifier>57319</identifier><internationalstandardbooknumber>9789860160468 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57319</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(1/2)(光碟版)＝Investigation of failure mechanism and new scour countermeasures at grade control structures</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在利用衛星遙測影像大範圍觀測從台北淡水河口至鵝鑾算之間東部海岸，透過衛星提供海岸區域適時性觀測與資訊蒐集，並利用遙測衛星對於水體與陸地波譜訊號差異特性萃取海岸線，進行1997與2007年相距十年東部海岸線變遷觀測。</abstract><author>中央大學通訊系統研究中心 ; 陳錕山. 廖宏儒</author><categoryidentifier>351.333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970297</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/12</date><governmentpublicationsnumber>1009703454</governmentpublicationsnumber><identifier>57320</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57320</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>遙測影像應用於東部海岸線變遷之研究(光碟版)＝Eastern Coastline Change Using Remote Sensing Images</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在利用衛星遙測影像大範圍觀測從台北淡水河口至鵝鑾算之間東部海岸，透過衛星提供海岸區域適時性觀測與資訊蒐集，並利用遙測衛星對於水體與陸地波譜訊號差異特性萃取海岸線，進行1997與2007年相距十年東部海岸線變遷觀測。</abstract><author>國立中央大學通訊系統研究中心; 陳錕山. 廖宏儒</author><categoryidentifier>351.333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970297</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703454</governmentpublicationsnumber><identifier>57321</identifier><internationalstandardbooknumber>9789860164282 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>遙測影像應用於東部海岸線變遷之研究＝Eastern Coastline Change Using Remote Sensing Images</title><yearidentifier>200812</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水換防災預報工作，除可保障社會、民眾生命財產安全，並可提振地區經濟發展。本計劃實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970202</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703887</governmentpublicationsnumber><identifier>57326</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57326</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>97</publishrocyear><title>濁水溪流域逕流測預報監測控制系統(內附光碟)=The monitoring and controlling system of runoff forecasting for Jhuoshuei River Watershed</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970113</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703636</governmentpublicationsnumber><identifier>57346</identifier><internationalstandardbooknumber>9789860165739 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57346</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫(1/3)=Extension and Improvement of Hydrological Information System Project (1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970113</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703636</governmentpublicationsnumber><identifier>57350</identifier><internationalstandardbooknumber>9789860165739 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57350</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫成果報告書(1/3)--光碟版=Extension and Improvement of Hydrological Information System Project (1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>為瞭解攔河堰工址地形及沖淤狀況，規劃進行堰址地形測量工作、地質探查資料、水質及環境污染源等調查評估作業，藉此進行攔河堰初步工程佈置規劃及河道水理分析等工作以完成初步調查規劃，供下一階段規劃工作之參考</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433   443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970074</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703474</governmentpublicationsnumber><identifier>57352</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57352</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>烏溪水源開發--烏溪嘴潭攔河堰初步規劃(2) 測量暨環境、地質調查=Water Resource Development for Wu River--Preliminary Planning of Niaozueitan Weir(2) Topographic Surveying、Environmental and Geological Investigation</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫集水區產砂量推估相關研究</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6433   443.6405   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703593</governmentpublicationsnumber><identifier>57354</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57354</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫集水區產砂量推估與數位式集水區綜合管理研究計畫(含光碟片)</title><yearidentifier>200812</yearidentifier></data><data><abstract>為瞭解攔河堰工址地形及沖淤狀況，規劃進行堰址地形測量工作、地質探查資料、水質及環境污染源等調查評估作業，藉此進行攔河堰初步工程佈置規劃及河道水理分析等工作以完成初步調查規劃，供下一階段規劃工作之參考</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970074</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703474</governmentpublicationsnumber><identifier>57361</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57361</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>烏溪水源開發--烏溪鳥嘴潭攔河堰初步規劃(2) 測量暨環境、地質調查(光碟版)=Water Resource Development for Wu River--Preliminary Planning of Niaozueitan Weir(2) Topographic Surveying、Environmental and Geological Investigation</title><yearidentifier>200812</yearidentifier></data><data><abstract>為瞭解攔河堰工址地形及沖淤狀況，規劃進行堰址地形測量工作、地質探查資料、水質及環境污染源等調查評估作業，藉此進行攔河堰初步工程佈置規劃及河道水理分析等工作以完成初步調查規劃，供下一階段規劃工作之參考</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970074</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703474</governmentpublicationsnumber><identifier>57364</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57364</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>烏溪水源開發--烏溪鳥嘴潭攔河堰初步規劃(2) 測量暨環境、地質調查成果資料(光碟版)=Water Resource Development for Wu River--Preliminary Planning of Niaozueitan Weir(2) Topographic Surveying、Environmental and Geological Investigation</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」提供相關技術支援及多元加值服務；水文年報製做自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係?數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質 。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970114</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703627</governmentpublicationsnumber><identifier>57365</identifier><internationalstandardbooknumber>9789860165722 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57365</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文現代化綜合技術服務(1/2)(內附光碟)=Integrated Technology Services for Hydrological Modernization (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」提供相關技術支援及多元加值服務；水文年報製做自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係?數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質 。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970114</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703627</governmentpublicationsnumber><identifier>57368</identifier><internationalstandardbooknumber>9789860165722 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57368</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文現代化綜合技術服務(1/2)--光碟版=Integrated Technology Services for Hydrological Modernization (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WRAMOEA094005</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>57379</identifier><internationalstandardbooknumber>9789860038668 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57379</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970244</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>57385</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57385</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫成果報告書＝The Development Digital Environment Database for Sihchong River (from Sea to Mu-Tan Reservoir)</title><yearidentifier>200811</yearidentifier></data><data><abstract>本計劃總共建議了四種不同的海岸營造計畫方案，在現階段不大幅度拆除海堤及海岸提的前提下，可先依各區段特以調整部分離岸堤開口關或增設潛提之方式進行實地試驗，視其淤砂成效再決定是否進行養灘或擴大至全區或其他方案。景觀改善短期內則以減緩灘岸視覺高差為優先，長期則儘可能恢復自然海岸景觀為目標。而養灘砂原應配合林邊溪疏濬工作同時進行，以兼顧區域排水及海岸環境營造工作，開創河川、海岸整體示範案例。</abstract><author>怡興工程顧問</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>57386</identifier><internationalstandardbooknumber>9789786003863 ; 9789786003</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57386</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃=Environmenteal Protection and Rehabilitation Planning For the Shoei-Lih-Tsuen and Wen-Fong Coastal Lines in Ping-tung</title><yearidentifier>200512</yearidentifier></data><data><abstract>南濱及化仁海域生態情勢調查及新工法研發之研究，總共進行3次珊瑚生態調查，2次海流、水質以及地形調查。調查範圍除南濱及化仁潛堤附近海域外，海流、水質以及地形量測範圍更擴展至木瓜溪河口。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970067</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703455</governmentpublicationsnumber><identifier>57387</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57387</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>南濱及化仁海岸生態情勢調查及新工法研發之研究＝Investigations of Coral Reef Enhancement and Deployment Strategy on Submerged Breakwater in Nanbin and Huajen Vicinity, Hualien (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>南濱及化仁海域生態情勢調查及新工法研發之研究，總共進行3次珊瑚生態調查，2次海流、水質以及地形調查。調查範圍除南濱及化仁潛堤附近海域外，海流、水質以及地形量測範圍更擴展至木瓜溪河口。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970067</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703455</governmentpublicationsnumber><identifier>57388</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57388</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>南濱及化仁海岸生態情勢調查及新工法研發之研究(光碟版)＝Investigations of Coral Reef Enhancement and Deployment Strategy on Submerged Breakwater in Nanbin and Huajen Vicinity, Hualien (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWra0970137</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703187</governmentpublicationsnumber><identifier>57410</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57410</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(1/3)=Study on the Discharge Measurement and Estimation Model for Drainage Systems(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970137</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703187</governmentpublicationsnumber><identifier>57413</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57413</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(1/3)(光碟版) )=Study on the Discharge Measurement and Estimation Model for Drainage Systems(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計劃資料規劃設計乃依據河川情事調查規範所訂定之摽查項目為主要內容，項目包括:1.河川物理特性調查〈河川概要、流域概要，流量及水質、河川物理環境測量等〉.2.基礎生態資料調查〈魚類、蝦蟹類、鳥類、兩棲類、爬蟲類、哺乳類、陸上昆蟲類、植物等〉，3.河川空間利用狀況。</abstract><author>清華大學</author><categoryidentifier>443.6489713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-09400</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009500641</governmentpublicationsnumber><identifier>57431</identifier><internationalstandardbooknumber>9789860046786 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57431</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>頭前溪河系情勢調查〈2/2〉=Investigation of Current Status in Toucian River System〈2/2〉</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>國立中央大學通訊系統研究中心</author><categoryidentifier>351.333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703454</governmentpublicationsnumber><identifier>57436</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57436</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>搖測影像應用於東部海岸線變遷之研究 成果資料(光碟版) =Eastern Coastline Change Using Remote Sensing Images</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣中部地區水資源工程規劃、設計、施工、與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配,轄區範圍北以中港溪為界。寶山第二水庫工程計畫係為提供穩定可靠之水源以滿足新竹地區公共給水及工業用水需求,因而延滯環保署審查本性態保育措施報告,影響工程發包及已發包工程無法施工,計畫進度及經費執行嚴重延宕。</abstract><author>水利署中區水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>57450</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57450</librarycollectiondetailsurl><price>475</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署中區水資源局年報九十四年</title><yearidentifier>200609</yearidentifier></data><data><abstract>本研究以頭前溪隆恩堰、濁水溪集集攔河堰及八掌溪竹山堰等三處攔河堰為研究案例，對於軟弱岩層河沖刷的力學分析及穩定工法進一步加以研究並提供處理策略以供參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970088</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703349</governmentpublicationsnumber><identifier>57452</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57452</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水工結構物位於軟弱岩層沖刷機制探討(內附光碟)=Study on the Mechanism of Soft Rock Scouring in the Downstream of Hydraulic Structures</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究以頭前溪隆恩堰、濁水溪集集攔河堰及八掌溪竹山堰等三處攔河堰為研究案例，對於軟弱岩層河沖刷的力學分析及穩定工法進一步加以研究並提供處理策略以供參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970088</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/13</date><governmentpublicationsnumber>1009703349</governmentpublicationsnumber><identifier>57454</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57454</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水工結構物位於軟弱岩層沖刷機制探討(光碟版)=Study on the Mechanism of Soft Rock Scouring in the Downstream of Hydraulic Structures</title><yearidentifier>200812</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水換防災預報工作，除可保障社會、民眾生命財產安全，並可提振地區經濟發展。本計劃實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703887</governmentpublicationsnumber><identifier>57456</identifier><internationalstandardbooknumber>9789860168839 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57456</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>97</publishrocyear><title>濁水溪流域逕流測預報監測控制系統 =The  monitoring  and  controlling  system  of  runoff  forecasting  for  jhuoshuei  River  Watershed</title><yearidentifier>200812</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水換防災預報工作，除可保障社會、民眾生命財產安全，並可提振地區經濟發展。本計劃實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703887</governmentpublicationsnumber><identifier>57457</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57457</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>97</publishrocyear><title>濁水溪流域逕流測預報監測控制系統〈光碟版〉=The  monitoring  and  controlling  system  of  runoff  forecasting  for  jhuoshuei  River  Watershed</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署欲透過研究人員之經驗，評估再生水作為地下水補注用水，及抑止沿海地區海水入侵與地層下陷之可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6897   445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970145</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703617</governmentpublicationsnumber><identifier>57458</identifier><internationalstandardbooknumber>9789860166293 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57458</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>廢污水處理回收補注地下水層再生利用之可行性先期研究計畫＝Feasibility Study for Recharging Aquifer with Reclaimed Wastewater</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的為進行新興農地迴歸水水量評估、水質檢測、區域潛在用水人之調查及各用途再生水之分析與成本評估。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57   434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970146</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703623</governmentpublicationsnumber><identifier>57459</identifier><internationalstandardbooknumber>9789860166231 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57459</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>台灣地區農業迴歸水再利用調查潛勢分析與營運管理之研究(1/2)=Study on Investigation, Assessement and Operation Management of the Resuse of Agriculture Return Water in Taiwan(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>在水流作用下，河道曼寧值為一時空之變量，且受許多物理因子之相互影響，其決定甚為困難，建立一套適合之推估河道代表性曼寧值流程，供河川治理規劃設計之參考有其必要性</abstract><author>國立交通大學防災工程中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970268</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703572</governmentpublicationsnumber><identifier>57463</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57463</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(1/2)=Study on Relationship Between Manning’s and Riverbed Gradation (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>在水流作用下，河道曼寧值為一時空之變量，且受許多物理因子之相互影響，其決定甚為困難，建立一套適合之推估河道代表性曼寧值流程，供河川治理規劃設計之參考有其必要性</abstract><author>國立交通大學防災工程中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970268</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703572</governmentpublicationsnumber><identifier>57464</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57464</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(1/2)(光碟版)=Study on Relationship Between Manning’s and Riverbed Gradation (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>57471</identifier><internationalstandardbooknumber>9789860038668 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57471</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>57472</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57472</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃配合東港溪整治綱要規劃，通盤檢檢討水資源有效運用之可行方案，並兼顧環境保育及綜合治水考量，研改善建議及適切的水源開發優先策略，以期東港溪水質改善後能順利推動相關計畫，增加區域用水穩定</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61   554.6153</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009702761</governmentpublicationsnumber><identifier>57483</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57483</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>東港溪水資源運用方案檢討及調查規劃=Re-evaluation and Planning of Water Resource Utilization for Donggang River</title><yearidentifier>200810</yearidentifier></data><data><abstract>本計劃配合東港溪整治綱要規劃，通盤檢檢討水資源有效運用之可行方案，並兼顧環境保育及綜合治水考量，研改善建議及適切的水源開發優先策略，以期東港溪水質改善後能順利推動相關計畫，增加區域用水穩定</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009702761</governmentpublicationsnumber><identifier>57487</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57487</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>東港溪水資源運用方案檢討及調查規劃(光碟版)=Re-evaluation and Planning of Water Resource Utilization for Donggang River</title><yearidentifier>200810</yearidentifier></data><data><abstract>本報告為秀姑巒溪河系情事調查全計劃時程為二年，預定完成秀姑巒溪河系河川包括秀姑巒溪主流及樂樂溪、卓溪、豐坪溪、紅葉溪、富源溪五條支流河川現有之河川情事調查。本計劃包括人文、社經及水文資料、生物環境、河川空間利用等並建立生態資料庫及網頁查詢系統，作為推展秀姑巒溪河系河川事業、河川管理及提供水利工程人員適合秀姑巒溪河系之生態工法規劃、設計所需資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009501067</governmentpublicationsnumber><identifier>57493</identifier><internationalstandardbooknumber>9789860052510 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57493</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>秀姑巒溪河系情勢調查(2/2)=Investigation of Current Status in Shiuguluan River System(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>台灣地區共有河川129水系，依流域形勢、經濟發展狀況等因素，區分為主要河川蘭陽溪等21水系、次要河川南澳溪等29水系及普通河川東澳溪等79水系，並分由台北市政府、台灣省水利局及縣（市）政府辦理有關整治與管理工作。</abstract><author>台灣省水利局</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/9</date><governmentpublicationsnumber>30921860018</governmentpublicationsnumber><identifier>57499</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57499</librarycollectiondetailsurl><price></price><publisher>台灣省水利局</publisher><publishrocyear>86</publishrocyear><title>讓我們看河去：台灣河川簡介</title><yearidentifier>199702</yearidentifier></data><data><abstract>因應近年來國內砂石供需失衡現象，針對河川砂石資料進行調查與統計分析、規劃建置國內河川砂石供需資料庫及地理資訊系統，並針對中央管河川砂石採取管理應有進一步之思維，如設置囚砂區進行規劃，以適時充分提供砂石料源，穩定砂石價格；另針對中央政府亟力推動之河川砂石採取販售制度（例如採售分離方式）進行宣導與輔導，對供需市場進行策略評估及對執行成果之檢討改善，藉以使得本署附屬機關及各縣（市）政府於辦理相關疏濬工程時有所依循，有效解決以往砂石標售所衍生之相關弊端。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOWAWRA0960366</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009704082</governmentpublicationsnumber><identifier>57547</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57547</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川管理業務之發展與推動(1/2) Development and Execution of River Management (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫先蒐集研析國外有關廢堰壩之相關規定及實例，就現有各單位所轄之攔河堰進行現有功能調查，並就經濟、安全、環境生態、水理、水資源、法規、永續利用等層面進行各河川攔河堰總體檢，探討其存廢之正負面影響，並研擬攔河堰存廢之標準或可拆除條件之指標，做為政策執行之參考。 就本計畫範圍內堰壩依據「功能狀態」及「環境生態影響」進行屬性分類結果，其中功能喪失者共計有巴陵壩、後村堰、大旗堰、鹿谷堰等四座，建議直接列入廢除名單，並以河防安全為優先考量，採同巴陵壩進行殘存壩體處理方式專案分析的方式，進行廢堰方式評估；而屬「分類II」-功能不佳且環境生態影響不敏感之新虎尾溪攔河堰及友蚋堰，在雲林離島工業區及基隆地區未來用水成長的趨勢下，建議現況保留並分別納入雲林地區及基隆地區整體水資源計畫之辦理，探討該如何發揮其功效；而屬「分類V」-功能不佳且環境生態影響敏感之碧潭堰，因其衍生功能牽涉社經層面甚廣，如予廢除恐將引起甚多無法預料的負面效應，故建議如有意修復橡皮壩，應藉此機會作洄游魚類調查，並依洄游魚類種類及習性設置適當魚道，並改善當地水質，以降低堰體設置所造成的影響。 本計畫所評估之54座堰壩，除上述功能不佳及喪失的7座堰壩外，餘皆屬功能良好之堰壩，就國人對各主標之需求而言，其仍掮負穩定供水、經濟發展、國家安全及社會安定等大任，具其存在之必要性；而在建議可廢除的堰壩部分，建議應即進行生態調查工作，以專案方式進行細部環境影響評估並研究相關配套措施。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703614</governmentpublicationsnumber><identifier>57560</identifier><internationalstandardbooknumber>9789860166149 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57560</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>全台河川攔河堰現有功能評估及其存廢檢討(2/2)內附光碟 Functional evaluation of weirs in Taiwan and the assessment of removal or maintaining(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫先蒐集研析國外有關廢堰壩之相關規定及實例，就現有各單位所轄之攔河堰進行現有功能調查，並就經濟、安全、環境生態、水理、水資源、法規、永續利用等層面進行各河川攔河堰總體檢，探討其存廢之正負面影響，並研擬攔河堰存廢之標準或可拆除條件之指標，做為政策執行之參考。 就本計畫範圍內堰壩依據「功能狀態」及「環境生態影響」進行屬性分類結果，其中功能喪失者共計有巴陵壩、後村堰、大旗堰、鹿谷堰等四座，建議直接列入廢除名單，並以河防安全為優先考量，採同巴陵壩進行殘存壩體處理方式專案分析的方式，進行廢堰方式評估；而屬「分類II」-功能不佳且環境生態影響不敏感之新虎尾溪攔河堰及友蚋堰，在雲林離島工業區及基隆地區未來用水成長的趨勢下，建議現況保留並分別納入雲林地區及基隆地區整體水資源計畫之辦理，探討該如何發揮其功效；而屬「分類V」-功能不佳且環境生態影響敏感之碧潭堰，因其衍生功能牽涉社經層面甚廣，如予廢除恐將引起甚多無法預料的負面效應，故建議如有意修復橡皮壩，應藉此機會作洄游魚類調查，並依洄游魚類種類及習性設置適當魚道，並改善當地水質，以降低堰體設置所造成的影響。 本計畫所評估之54座堰壩，除上述功能不佳及喪失的7座堰壩外，餘皆屬功能良好之堰壩，就國人對各主標之需求而言，其仍掮負穩定供水、經濟發展、國家安全及社會安定等大任，具其存在之必要性；而在建議可廢除的堰壩部分，建議應即進行生態調查工作，以專案方式進行細部環境影響評估並研究相關配套措施。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970081</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/14</date><governmentpublicationsnumber>1009703614</governmentpublicationsnumber><identifier>57563</identifier><internationalstandardbooknumber>9789860166149 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57563</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>全台河川攔河堰現有功能評估及其存廢檢討(2/2)附錄本 Functional evaluation of weirs in Taiwan and the assessment of removal or maintaining(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>拆除水工構造物，恢復原河川原貌，看似對河川生態有著相當正面的幫助但我們卻往往忽略在拆除初期，上游淤積的大量泥沙在運移往下游的過程中將會衝擊現有生物棲地，而河道淤積亦可能造成下游洪氾的危險，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970300</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703445</governmentpublicationsnumber><identifier>57614</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57614</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(1/3)=Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Strutures and Rriver Restoration (1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫研究析深槽變遷與岸壁沖刷相背景資料、模式發展與測試：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態</abstract><author>國立交通大學</author><categoryidentifier>443.6993</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970296</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703516</governmentpublicationsnumber><identifier>57624</identifier><internationalstandardbooknumber>9789860164695 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57624</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析(1/2)=Influence of Migration Behavior of Sand-bed Channel on Flood-control Strutures(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫研究析深槽變遷與岸壁沖刷相背景資料、模式發展與測試：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態</abstract><author>國立交通大學</author><categoryidentifier>443.6993</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970296</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703516</governmentpublicationsnumber><identifier>57627</identifier><internationalstandardbooknumber>9789860164695 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57627</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析(1/2)(光碟版)=Influence of Migration Behavior of Sand-bed Channel on Flood-control Strutures(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本93年度年報仍延續82年度以來章節原則編撰，取材時間自民國93年1月1日起至93年12月31日止。並配合業務調整，增列企劃及政風業務。</abstract><author>經濟部水源管理局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009402638</governmentpublicationsnumber><identifier>57631</identifier><internationalstandardbooknumber>9789860021738 ; 9789860021</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署台北水源特定區管理局九十三年度年報</title><yearidentifier>200509</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009304345</governmentpublicationsnumber><identifier>57650</identifier><internationalstandardbooknumber>9789570193503 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57650</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4) =Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009304348</governmentpublicationsnumber><identifier>57651</identifier><internationalstandardbooknumber>9789570193510 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57651</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄上=Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4) Appendix I</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009304351</governmentpublicationsnumber><identifier>57652</identifier><internationalstandardbooknumber>9789570193527 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57652</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄下=Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4) Appendix II</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>367.8312   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009702763</governmentpublicationsnumber><identifier>57667</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57667</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(3/3)=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstruction(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>結合生態、水文、現地調查及系統分析，以臺灣河川流域做探討，並藉河川流態管理，促進河川生復育之效益</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>367.8312   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970219</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009702763</governmentpublicationsnumber><identifier>57675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57675</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(3/3)(光碟版)=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstruction(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>結合生態、水文、現地調查及系統分析，以臺灣河川流域做探討，並藉河川流態管理，促進河川生復育之效益</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>367.8312   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970219</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009702763</governmentpublicationsnumber><identifier>57679</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57679</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(3/3)成果資料(光碟版)=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstruction(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>57681</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57681</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─(附?-現場調查數據)=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>57682</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57682</librarycollectiondetailsurl><price>1500</price><publisher>經濟部 水利署 第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─(內附光碟)=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract>以河川流態管理，預期達成復育目標定、魚類生態矩陣應用、水文特性與流量管理應用、多目標流量管理策略等</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009702762</governmentpublicationsnumber><identifier>57700</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57700</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源最佳化管理於河川生態復育之研究總報告=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstruction Summary Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>以河川流態管理，預期達成復育目標定、魚類生態矩陣應用、水文特性與流量管理應用、多目標流量管理策略等</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933   367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009702762</governmentpublicationsnumber><identifier>57711</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57711</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源最佳化管理於河川生態復育之研究總報告(光碟版)=Integration of the Optimum Managing Water Resources in Stream Ecological Reconstruction Summary Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>57717</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57717</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>海岸水文分析應用手冊第二版</title><yearidentifier>200812</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>57726</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57726</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文觀測手冊第二版</title><yearidentifier>200812</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>57727</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57727</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文維護手冊第二版</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫依六項工作方法實施，由(1)引進微波雷達系統且加測試、改善後，同時(2)建立示範及資訊系統並就(3)中高水及暴雨台洪期量測與(4)資料分析、理論比較驗證評估，(5)再利用數學模式計算示範河段之洪水水位、流量歷程及傳播過程，最後為推廣落實乃將建置之過程、方法篇寫成(6)示範站建立、觀測、資料傳輸處理及操作維護手冊，以供即時參閱。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB-89000</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/15</date><governmentpublicationsnumber>8374890380</governmentpublicationsnumber><identifier>57729</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57729</librarycollectiondetailsurl><price>280</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>高效率流量測量示範站之建置運作(1/2)</title><yearidentifier>200012</yearidentifier></data><data><abstract>本計畫為第二年之延續性計畫，第一年研究範圍包括中港溪主流及其支流南河與東河。第二年包括中港溪支流南港溪、峨眉溪、大平溪。計畫主要工作項目為中港溪河系的情勢資料調查，並將收集資料結果建立中港 溪河系GIS生態資料庫。利用河川情事調查文獻集現況調查所獲得資料，提供適合本研究何系之生態工法規劃設計應注意事項及設計所需資訊。</abstract><author>水利處第二河川局</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009501247</governmentpublicationsnumber><identifier>57732</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57732</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>中港溪河川情勢調查(1/2)(電子書)=Invedtion of Current Status in Zhong-Gang River System(1/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫目的在研發立體影像量測技術以應用於淡水河流速予流量之量測。研究計畫的工作內容包括〈一〉淡水河現地堪察選取量測位置；〈二〉自動三維立體影像系統〈硬體〉的組裝；〈三〉自動三維立體影像系統的檢定；〈四〉自動三維立體影像系統軟體的研發；〈五〉自動三維立體影像系統測試；〈六〉自動三維立體影像系統於常與中流量的量測並與ADP、H-ADCP及普萊斯流速儀量測方法相互驗證；〈七〉自動三維立體影像系統夜間量測技術的研發與應用；〈八〉三維立體影像系統的固定式安裝與〈九〉報告撰寫及印製。</abstract><author>國立聯合大學</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703848</governmentpublicationsnumber><identifier>57736</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57736</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>即時三維立體影像技術量測河川高流量研究計畫成果報告(1/2〉＝Automated  River  Discharge  Imagining  System〈ARDIS〉for  Measurng  High  Flow  in  River  System 〈1/2〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>因小琉球位於屏東縣東港鎮西南約14公里海面，島型呈短靴狀，全島海岸線皆遍怖珊瑚礁，且未遭受外來之破壞與污染，是故全島奇岩勝景，風光明媚，兼有豐富之動〞植物與人文景觀資源。本年度計畫先針對白沙尾段突堤與其周邊相關資料作蒐集規劃如下：1‧輸沙趨勢分析，2‧生態資料蒐集，3‧海域水理檢討與白沙尾段復育對策研擬，4‧景觀規劃。</abstract><author>容泰工程顧問</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009500650</governmentpublicationsnumber><identifier>57739</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57739</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>琉球海岸復育調查(1/2)(電子書)=The Restoration and Survey  of  Seashore at Lui-Qui Island</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計針對卑南溪口至利嘉溪口段約12KG長海岸，分兩年已分期分段方式進行水深地形測量及分段海岸潮流波、輸砂調查，並舉辦水工模型測驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>57741</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57741</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究〈2/2〉(電子書)=Restoration of Sandy Coast at Taitung〈2/2〉</title><yearidentifier>200604</yearidentifier></data><data><abstract>水庫中實測資料之蒐集、整理、分析、與詮釋對蓄水庫安全評估理應扮演非常重要之角色，檢測與診斷工作對蓄水庫安全評估更具有高度重要性。近年多種非破壞檢測現地試驗技術日新月異、電腦輔助分析技術長遠進步、以及數值模擬分析技術日益精進，對蓄水庫安全評估皆可扮演高度功能性、客觀性、與實用性之價值與角色。本計畫之辦理目標即在推動蓄水庫壩體監/檢測、安診、與判釋之技術研發，進而提升與推廣蓄水庫監、檢測技術水準。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970063</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703461</governmentpublicationsnumber><identifier>57743</identifier><internationalstandardbooknumber>9789860164220 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57743</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫壩體監測及檢測與安全診斷技術研發(3/3)－光碟版  Development  of  monitoring,  non--destructive  testing,  and  diagnosis  techniques  for  dam  safety (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>57746</identifier><internationalstandardbooknumber>9789860049220 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57746</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告=Investigation of Current Status In Tsengwen River System       附錄四、五、六、七</title><yearidentifier>200604</yearidentifier></data><data><abstract>過去在海岸養殖漁業開發下，長年超限抽取地下水，使得本段海岸地層下陷嚴重、砂灘流失，海岸環境改變導致海水入侵、社區淹水等災害接踵而來，民國70年起台灣省水利處即以防災為前提之原則下，陸續增建大量離岸堤、海堤及堤趾保護工等工程，雖有效避免颱風期間劇烈海況作用之危害，且多處離岸堤背側已形成穩定的繫岸砂洲或砂舌地形，但同時也造成海岸景觀再一次地破壞；有鑑於此，近年來經濟部水利署第七河川局積極籌辦海岸景觀改善及海岸基本資料監測調查等相關工作，期望一方面持續充實海岸基本資料，另一方面仍可同時依現場實作、試驗之方式進行“面”的海岸防護工法。本計畫即以此為出發點，且為求海岸復育工作之時效性，在現階段缺乏完善、有力之基本資料及分析數據佐證之情況下，研擬最適當可行的海岸環境營造方案，以供後續離岸堤改善及海岸環境保護工作執行之參考。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>57750</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57750</librarycollectiondetailsurl><price>600</price><publisher>水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃(電子書)＝Environmental  Protection and Rehabilitation Planning For the Shoei-Lih- Tsuen and Wen-Fong Coastal Lines in PIng-Tunng</title><yearidentifier>200512</yearidentifier></data><data><abstract>依據行政院核定之「易淹水地區水患治理計畫」規定， 水利署為使「易淹水地區水患治理計畫」內容透明化及公開化，於95年便同步建置「易淹水地區水患治理綱要計畫」專屬網站，俾供民眾查詢以符實需。目前網站瀏覽人次已突破百萬人，成效卓越，該網站除導入政府資訊入口網站平台架構，建立網站即時互動維護介面之外，並成功宣導政府歷年來已執行推動之防洪工程及其治水成效，以供各界民意代表及一般民眾確實了解整體計畫全貌。 　　今年度為持續擴充網站功能，水利署特成立本計畫，辦理易淹水地區水患治理計畫專屬網站、全球資訊服務網站、生態工程專屬網站、基隆河整體治理計畫網站、石門水庫及其集水區整治計畫專屬網站及第六河川局全球資訊網站之功能擴充及維護工作，希望藉由不斷提昇網站管理支援與服務效能，發揮參與工作人員之行政管理、協調運作等能力，協助確立整體政策規畫與治水方針。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970175</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009702909</governmentpublicationsnumber><identifier>57753</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57753</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫專屬網站功能增修計畫＝Enhancement for World Wide Web Site for Regulation Project of Flood-prone Areas</title><yearidentifier>200811</yearidentifier></data><data><abstract>依據行政院核定之「易淹水地區水患治理計畫」規定， 水利署為使「易淹水地區水患治理計畫」內容透明化及公開化，於95年便同步建置「易淹水地區水患治理綱要計畫」專屬網站，俾供民眾查詢以符實需。目前網站瀏覽人次已突破百萬人，成效卓越，該網站除導入政府資訊入口網站平台架構，建立網站即時互動維護介面之外，並成功宣導政府歷年來已執行推動之防洪工程及其治水成效，以供各界民意代表及一般民眾確實了解整體計畫全貌。 　　今年度為持續擴充網站功能，水利署特成立本計畫，辦理易淹水地區水患治理計畫專屬網站、全球資訊服務網站、生態工程專屬網站、基隆河整體治理計畫網站、石門水庫及其集水區整治計畫專屬網站及第六河川局全球資訊網站之功能擴充及維護工作，希望藉由不斷提昇網站管理支援與服務效能，發揮參與工作人員之行政管理、協調運作等能力，協助確立整體政策規畫與治水方針。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970175</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009702909</governmentpublicationsnumber><identifier>57758</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57758</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫專屬網站功能增修計畫(光碟版)＝Enhancement for World Wide Web Site for Regulation Project of Flood-prone Areas</title><yearidentifier>200811</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970003</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703164</governmentpublicationsnumber><identifier>57777</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57777</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文水資源資料管理供應系統－97年度地理資料倉儲中心之擴充及維運＝The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970003</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703164</governmentpublicationsnumber><identifier>57791</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57791</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文水資源資料管理供應系統－97年度地理資料倉儲中心之擴充及維運(光碟版）＝The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>在高屏溪河川區域物理與化學環境之調查方面，本計畫綜理高屏溪主支流之定量數據，大致判釋該河川形態，高屏溪河系屬樹枝狀間歇性河川；在河川棲地調查中，則由斷面資料計算高屏溪、美濃溪及旗山溪之潭深比，並以現地勘查方式詳細記錄各樣站目前實況。而河川棲地狀況關係著水生生物的分布、數量及水生生物群聚的組成。另河川構造物調查內容，則包括堤防護岸工程、景觀改善工程、環境復育工程等，團隊亦於94年11月底陸續進行現場確認、拍照及建檔工作；在河川空間利用狀況調查分析方面，對於高屏溪主流沿岸土地利用調查已有諸多報告有完整及詳實之成果，本計畫主要調查方法包括利用部分現場調查、SPOT衛星影像判讀、1/5000基本相片圖判讀，以數化成高屏溪主流土地利用圖展現。在生態調查方面，截至95年2月底止，共完成四季高屏溪主流、旗山溪及美濃溪共16個樣站各別之生物調查、河川調查及生態調查。本計畫第一年建立之高屏溪河域之GIS生態資料庫，以ARCGIS為開發軟體工具，建立地理空間與相關屬性等圖層資料，並加以整理成生態資源資料庫。其中基本地理空間資料有高屏溪河域之基本數值地形圖、航照圖及相關圖片資料；屬性資料有水文資料、氣象資料、河川資料、水利設施資料及生態資料等。本計畫亦針對高屏溪流域之現況，研擬適合本河系之河川環境管理建議。而對於近自然工法規劃應注意之事項，亦從生態保育和生物多樣性的角度提出初步的建議。</abstract><author>康廷工程顧問企業公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009500614</governmentpublicationsnumber><identifier>57797</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57797</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>95</publishrocyear><title>高屏溪河系情勢調查計畫(1/2)－光碟版＝Investigation of Current Status in Kao Ping River System(1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>近年許多國家已重新由國家整體空間資訊基礎建設之觀點檢討空間資訊之流通與應用機制，期許發展一個具有共?的技術策略，有效改善空間資訊產業之歧?，以創造具有互操作性之應用環境。體察此國際趨勢，國土資訊系統亦於民國93 ?開始推動基礎於ISO19100 系?標準之標準制?，初期策略為針對共同需求?較高之核心與次核心資?，儘速完成其資?標準之制訂。「水資源空間資?標準（河川?）」為「核心資料」之一，其草案已通過公眾評估，進入最後之發佈階段。然而由於現行版本僅包括一個河川類別的設計，並無法充分發揮龐大水資源空間資料之應用成效。本專案擬進一步將水?署轄下、44?具有空間特性之水資源資料納入水資源空間資料標準之設計範疇。本案完成後，將可促使水資源空間資料以開放格式供應，並可結合網際網?服務技術之優勢，建?水資源空間資料之基礎應用環境及改善業務執行之效?。本年度資料範疇為與河川有關之九類主題資料，除制訂之資?標準可滿足以開放格式供應河川相關資料之需求外，並將透過應用示範作業，展示以開放架構?通水資源空間資料之具體成效。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970004</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703228</governmentpublicationsnumber><identifier>57803</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57803</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(1/4)＝The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System</title><yearidentifier>200811</yearidentifier></data><data><abstract>本計劃資料規劃設計乃依據河川情事調查規範所訂定之摽查項目為主要內容，項目包括:1.河川物理特性調查〈河川概要、流域概要，流量及水質、河川物理環境測量等〉.2.基礎生態資料調查〈魚類、蝦蟹類、鳥類、兩棲類、爬蟲類、哺乳類、陸上昆蟲類、植物等〉，3.河川空間利用狀況。</abstract><author>清華大學</author><categoryidentifier>443.6489713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009500641</governmentpublicationsnumber><identifier>57807</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57807</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>頭前溪河系情勢調查〈2/2〉(電子書)=Investigation of Current Status in Toucian River System〈2/2〉</title><yearidentifier>200603</yearidentifier></data><data><abstract>近年許多國家已重新由國家整體空間資訊基礎建設之觀點檢討空間資訊之流通與應用機制，期許發展一個具有共?的技術策略，有效改善空間資訊產業之歧?，以創造具有互操作性之應用環境。體察此國際趨勢，國土資訊系統亦於民國93 ?開始推動基礎於ISO19100 系?標準之標準制?，初期策略為針對共同需求?較高之核心與次核心資?，儘速完成其資?標準之制訂。「水資源空間資?標準（河川?）」為「核心資料」之一，其草案已通過公眾評估，進入最後之發佈階段。然而由於現行版本僅包括一個河川類別的設計，並無法充分發揮龐大水資源空間資料之應用成效。本專案擬進一步將水?署轄下、44?具有空間特性之水資源資料納入水資源空間資料標準之設計範疇。本案完成後，將可促使水資源空間資料以開放格式供應，並可結合網際網?服務技術之優勢，建?水資源空間資料之基礎應用環境及改善業務執行之效?。本年度資料範疇為與河川有關之九類主題資料，除制訂之資?標準可滿足以開放格式供應河川相關資料之需求外，並將透過應用示範作業，展示以開放架構?通水資源空間資料之具體成效。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970004</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703228</governmentpublicationsnumber><identifier>57809</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57809</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(1/4)－光碟版＝The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System</title><yearidentifier>200811</yearidentifier></data><data><abstract>本年度配合國家地理資訊系統第三期計畫（96?至105?）中，配合推動「水利地理資訊決策支援系統」計畫，將應用網際網?結合水利空間資訊，建?整合式決策支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，並達成電子化政府之施政目標。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970002</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009702994</governmentpublicationsnumber><identifier>57810</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57810</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利共享地理資訊系統建置計畫(97)＝Water Resources Sharing of Geographic Information System Construction Project (97)</title><yearidentifier>200811</yearidentifier></data><data><abstract>本年度配合國家地理資訊系統第三期計畫（96?至105?）中，配合推動「水利地理資訊決策支援系統」計畫，將應用網際網?結合水利空間資訊，建?整合式決策支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，並達成電子化政府之施政目標。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970002</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009702994</governmentpublicationsnumber><identifier>57814</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57814</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利共享地理資訊系統建置計畫(97)－光碟版＝Water Resources Sharing of Geographic Information System Construction Project (97)</title><yearidentifier>200811</yearidentifier></data><data><abstract>水利科技發展事關國計民生、自然資源保育及生態環境之維護，國內外均有長久的水利科技演進歷史，近代發展尤其進步快速。我國水利科技發展雖頗具成效，惟為與國際接軌，促進國際水利科技交流及進一步提升水利科技水準，應有一致之譯名。本計畫之目的為透過水利相關領域專家學者彙整新近水利科技名詞，研訂中文與英文對照以促進國際交流並提升水利科技水準。</abstract><author>中國土木水利工程學會</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970310</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703964</governmentpublicationsnumber><identifier>57823</identifier><internationalstandardbooknumber>9789860169249 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57823</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利科技名詞中英對照彙編  Terminology of Hydraulic Technology in English Corresponding to that in Chinese</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利科技發展事關國計民生、自然資源保育及生態環境之維護，國內外均有長久的水利科技演進歷史，近代發展尤其進步快速。我國水利科技發展雖頗具成效，惟為與國際接軌，促進國際水利科技交流及進一步提升水利科技水準，應有一致之譯名。本計畫之目的為透過水利相關領域專家學者彙整新近水利科技名詞，研訂中文與英文對照以促進國際交流並提升水利科技水準。</abstract><author>中國土木水利工程學會</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970310</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>1009703964</governmentpublicationsnumber><identifier>57827</identifier><internationalstandardbooknumber>9789860169249 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57827</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利科技名詞中英對照彙編(光碟版)  Terminology of Hydraulic Technology in English Corresponding to that in Chinese</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣位於菲律賓海板塊與歐亞大陸板塊交界面上，由於板塊的互相擠壓合，造成台灣地區每年發生有數千次大大小小的地震，以及全島分布密集約51條的斷層。由於斷層大多呈現南北走向，而台灣河川多呈現東西走向，因此台灣的水資源設施不僅受地震影響，並且有些設施勢必須穿越斷層或設置於斷層帶附近；再者地震所造成的震晃、土壤液化、地形變化、海嘯及山崩等，均會對各項水資源設施產生直接或間接的破壞，對水資源設施有著許多潛在的危機。</abstract><author>經濟部水利處</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/16</date><governmentpublicationsnumber>8858890490</governmentpublicationsnumber><identifier>57835</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57835</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>92</publishrocyear><title>水利&amp;lt;&amp;lt;第十期&amp;gt;&amp;gt;</title><yearidentifier>200301</yearidentifier></data><data><abstract>台灣地區各海岸防護設施功能評估表</abstract><author>水利處水利規劃試驗所</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009000022</governmentpublicationsnumber><identifier>57868</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57868</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣地區既有海堤功能檢討=Performance assessment of coastal defence work in Taiwan 附冊 台灣地區各海岸防護設施功能評估表</title><yearidentifier>200101</yearidentifier></data><data><abstract>本研究之目的乃在就既有海岸防務設施之優缺點予以調查分析，並參酌周邊海岸地形、生態與景觀環境，融合現代海岸防護觀念，提出改進建議，作為日後推動海岸防護計畫之參考。</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009000022</governmentpublicationsnumber><identifier>57879</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57879</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣地區既有海堤功能檢討=Performance assessment of coastal defence work in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract>本計畫為配合曾文溪堤防即將興建，有關市區下水道之佈置方式，及排水出口與曾文溪堤防之銜接方式，研擬具體可行之改善方案，並提出檢討規劃報告，供為日後工程實施之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>8944891862</governmentpublicationsnumber><identifier>57893</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57893</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>台南縣曾文溪北市洲橋右岸(大內、石子瀨)地區排水系統改善規劃=Report on the Improvement Planning of Drainange System,Tai-Nei &amp; Shin-Tzu-Lai Area,Tainan County</title><yearidentifier>200012</yearidentifier></data><data><abstract>濁水溪為台灣最長亦為中部最大河川，其水資源之開發利用甚早，從康熙58年的八堡圳至民國90年的集集共同引水，將近三百年的歷史過程，豐富了沿溪兩岸的人文活動，亦孕育了下游廣褒沖積扇的富庶；說濁水溪為台灣的母親之河，一點也不為過。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>57903</identifier><internationalstandardbooknumber>9789570119886 ; 9789570119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57903</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集</title><yearidentifier>200210</yearidentifier></data><data><abstract>濁水溪為台灣最長亦為中部最大河川，其水資源之開發利用甚早，從康熙58年的八堡圳至民國90年的集集共同引水，將近三百年的歷史過程，豐富了沿溪兩岸的人文活動，亦孕育了下游廣褒沖積扇的富庶；說濁水溪為台灣的母親之河，一點也不為過。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>57904</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57904</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集(電子書)</title><yearidentifier>200210</yearidentifier></data><data><abstract>本計畫乃第二年之延續委託研究計畫。利用中央氣象局劇烈天氣監測系統(QPESUMS)的雨量估計產品與中尺度動力數值模式的雨量預報產品，持續針對災害性降水進行監測與預報技術的研發與改進，並提供台灣地區每3小時累積雨量之定量降水預報，做為水利署河川水位預測模式的輸入資訊之一，以輔助水利署對災害性降水威脅潛勢的預估與決策。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970045</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703879</governmentpublicationsnumber><identifier>57908</identifier><internationalstandardbooknumber>9789860168778 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57908</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>災害性降水之監測與預報技術研發與改進(2/2)=Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫乃第二年之延續委託研究計畫。利用中央氣象局劇烈天氣監測系統(QPESUMS)的雨量估計產品與中尺度動力數值模式的雨量預報產品，持續針對災害性降水進行監測與預報技術的研發與改進，並提供台灣地區每3小時累積雨量之定量降水預報，做為水利署河川水位預測模式的輸入資訊之一，以輔助水利署對災害性降水威脅潛勢的預估與決策。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970045</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703879</governmentpublicationsnumber><identifier>57911</identifier><internationalstandardbooknumber>9789860168778 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57911</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>災害性降水之監測與預報技術研發與改進(2/2)－光碟版  Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區在自然環境條件欠佳、社會經濟急劇變化、民眾對水資源之需求日益增高及全球氣候變遷之影響下，水資源之開發調配、保育利用及水患防治等工作已屬刻不容緩。河川流量觀測為水文觀測作業重要環節，觀測資料品質之良窳及測站位置之擇定攸關流域水資源利用、生態保育措施及洪災降減之成效。然傳統之流量觀測主要採人力現場觀測，耗時費力且洪水期間常因作業人員之安全顧慮而無法觀測，故洪程流量觀測作業主要藉由水位流量率定曲線推計而得，囿於觀測設備精度易受橋樑等跨河構造物干擾及人員操作誤差，且河床斷面變化過程掌握不易等因素，亟需逐步依河川流量特性，建置標準斷面自動化水位流量觀測方法與評估技術，引進先進觀測儀器，提昇國內流量觀測技術與資料品質。本計畫將考量流域水文觀測站網設置需求、河相穩定條件及區位環境配合條件，完成中央管河川水文觀測站網檢討與調整之規劃作業，並配合「台灣地區水文觀測現代化整體計畫」第二期實施計畫修正計畫(草案)報核作業需求，完成自動化水位流量站建置架構檢討，提供推動水文觀測現代化之技術支援，俾提昇各河川全洪程流量觀測能力及準確度，以彰顯水文觀測站之設站價值。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970112</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703897</governmentpublicationsnumber><identifier>57916</identifier><internationalstandardbooknumber>9789860169003 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57916</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中央管河川自動化流量站設置與量測工法改善  The Establishment of Automated Stream Gauging Stations and Improvement of Technical Specification for the Rivers Administered by Central Government</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區在自然環境條件欠佳、社會經濟急劇變化、民眾對水資源之需求日益增高及全球氣候變遷之影響下，水資源之開發調配、保育利用及水患防治等工作已屬刻不容緩。河川流量觀測為水文觀測作業重要環節，觀測資料品質之良窳及測站位置之擇定攸關流域水資源利用、生態保育措施及洪災降減之成效。然傳統之流量觀測主要採人力現場觀測，耗時費力且洪水期間常因作業人員之安全顧慮而無法觀測，故洪程流量觀測作業主要藉由水位流量率定曲線推計而得，囿於觀測設備精度易受橋樑等跨河構造物干擾及人員操作誤差，且河床斷面變化過程掌握不易等因素，亟需逐步依河川流量特性，建置標準斷面自動化水位流量觀測方法與評估技術，引進先進觀測儀器，提昇國內流量觀測技術與資料品質。本計畫將考量流域水文觀測站網設置需求、河相穩定條件及區位環境配合條件，完成中央管河川水文觀測站網檢討與調整之規劃作業，並配合「台灣地區水文觀測現代化整體計畫」第二期實施計畫修正計畫(草案)報核作業需求，完成自動化水位流量站建置架構檢討，提供推動水文觀測現代化之技術支援，俾提昇各河川全洪程流量觀測能力及準確度，以彰顯水文觀測站之設站價值。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970112</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703897</governmentpublicationsnumber><identifier>57921</identifier><internationalstandardbooknumber>9789860169003 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57921</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中央管河川自動化流量站設置與量測工法改善(光碟版)  The Establishment of Automated Stream Gauging Stations and Improvement of Technical Specification for the Rivers Administered by Central Government</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970218</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703432</governmentpublicationsnumber><identifier>57931</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57931</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(2/3)=Implement and Application Study of NCCHE’s River Migration Models(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703432</governmentpublicationsnumber><identifier>57932</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57932</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(2/3)(光碟版)=Implement and Application Study of NCCHE’s River Migration Models(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703432</governmentpublicationsnumber><identifier>57938</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57938</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(2/3)成果資料(光碟版)=Implement and Application Study of NCCHE’s River Migration Models(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在針對設置於計畫壩址區內之2部強地動儀進行定期保養和維護，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據，並將其分析過程及結果彙整成年度分析報告</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6441   443.6433   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703281</governmentpublicationsnumber><identifier>57940</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57940</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>士文水庫可行性規劃(7)-強地動儀維護觀測及資料整理(1/5)－內附光碟=Feasibility Study of Shi-Wen Reservoir(7)-Report of Strong Motion Seismograph Maintenance Observation and Data ANALYSIS(1/5)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的為進行新興農地迴歸水水量評估、水質檢測、區域潛在用水人之調查及各用途再生水之分析與成本評估。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57   434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970146</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703623</governmentpublicationsnumber><identifier>57942</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區\)</publisher><publishrocyear>97</publishrocyear><title>台灣地區農業迴歸水再利用調查潛勢分析與營運管理之研究(1/2)－光碟版=Study on Investigation, Asseneement and Operation Management of the Resuse of Agriculture Return Water in Taiwan(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在針對設置於計畫壩址區內之2部強地動儀進行定期保養和維護，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據，並將其分析過程及結果彙整成年度分析報告</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703281</governmentpublicationsnumber><identifier>57957</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57957</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>士文水庫可行性規劃(7)-強地動儀維護觀測及資料整理(1/5)－光碟版=Feasibility Study of Shi-Wen Reservoir(7)-Report of Strong Motion Seismograph Maintenance Observation and Data ANALYSIS(1/5)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣省水利局於民國三十六年七月一日成立，迄今屆滿五十週年。在過去這段歲月中，水利局擔負全省水利行政、河川防洪、農田灌溉、區域排水及水資源開發等工作，無一不與省民福祉、國家發展息息相關。歷來水利界前輩辛勤努力的成果，如今隨著各項水利政策的落實與水利建設的完成，已逐一開花結果。為了感念過去五十年來所有水利工作者的貢獻，於是有本專輯之印行。</abstract><author>吳祖揚總編輯</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>57964</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57964</librarycollectiondetailsurl><price></price><publisher>台灣省政府水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract>水利署欲透過研究人員之經驗，評估再生水作為地下水補注用水，及抑止沿海地區海水入侵與地層下陷之可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970145</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703617</governmentpublicationsnumber><identifier>57965</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57965</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公處)</publisher><publishrocyear>97</publishrocyear><title>廢污水處理回收補助地下水層再生利用之可行性先期研究計畫(光碟版)＝Feasibility Study for Recharging Aquifer with Reclaimed Wastewater</title><yearidentifier>200812</yearidentifier></data><data><abstract>本書係搜羅日本河川整備中心近年來重要著作之摘要與目錄，計有「製作河川水邊總括資料的調查之入門」、「對在河川之外來種對策」、「多自然型魚道手?」、「魚道與降下對策的知識與設計」、「談魚道－魚道設計的指南」、「魚類之溯上降河環境改善上的一點建議」、「做朋友吧 ! 故鄉之河川 － 河川合作關係手?」、「隅田川‧荒川 － 河川散步－河川的指南」、「建造培養故鄉的河川 － 故鄉河川整備計畫實例集」、「東京之河川巡游 － 東京之河川、全34路線」、「「像河川似的」設定注意事項集」、「河川風景景觀設計指南(水門，閘門)」、「河川之親水計畫?設計」、「河川思索－日本的水環境、文化的明日」、「河川風景景觀設計指南(護岸)」、「欣賞河川 － 再發現水邊之魅力」、「活用河川之城市建造」、「利根川下游採訪?導」、「對親近河川的想法 (不老川流域篇)」、「對親近河川的想法 (白子川流域編)」、「荒川願景計畫構想書1996」、「河川?人?城市 － 活用河川的城市建設」、「多摩川的綜合研究 － 以永田地?為中心」、「活用河川的城市建設實例集」等24本，方便國內相關研究、工程人員尋找參考資料時，能更迅速且確實地找到符合所需的書。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009404649</governmentpublicationsnumber><identifier>57966</identifier><internationalstandardbooknumber>9789860038248 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57966</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>日本河川整備中心相關出版品摘要簡錄－日本河川整備中心知識管理合作計畫叢書-1</title><yearidentifier>200511</yearidentifier></data><data><abstract>鶴見川受流域急速的都市開發，原本健全的水循環系，變成有危機的受害河川之體型例。從昭和40年代，位於流域內的潢?市、川崎市、稻城市之人口及市街急增。昭和33年當時，市街地率10%，人口只有10萬人程度而已，但到平成11年（現今），市街地率85%，人口增加到184萬人 　此種都市化擴大，洪水時河川流量的增大以及內水氾濫到市街地等，水害的危險性增大。昭和40年代後半起，水害不斷地頻發。對此流域急激都市化的治水問題的對應，鶴見川將是全國綜合治水對策的先驅。除了流域流出抑制的對策外，「大規模的浚渫」及「鶴見川多目標遊水池（又稱新橫?的綠洲）的建設等，河川設施整備工作精銳進展。 　鶴見川流域之現況認識以及對應處理相關課題之抽出。在各種超大量的資料為對象，利用最先進的情報處理技術，來促進問題共有化的努力。為了現況認識及意思決定的支援上，適用最先端之「???」等，本準備會的成果，在世界上可稱得上是先驅者。在「鶴見川流域水master plan朝向策定之提言書」中，將這些廣泛的資料分析論議，對鶴見川流域的水循環系之健全化之實現的方向做出多種的施策如下5點：洪水時之水經營、平時之水經營、自然環境之經營、震災．火災之經營、水邊觸接之經營。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>57967</identifier><internationalstandardbooknumber>9789860038231 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57967</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生－日本河川整備中心知識管理合作計畫叢書-2</title><yearidentifier>200511</yearidentifier></data><data><abstract>近年來，由於河川管理者與城鄉風貌改造主體之地方自治體等積極的配合，與河川整治結為一體的城鄉風貌改造正在各地開展。為了推展與河川整治結為一體並具有閒適生活及豐富自然的城鄉風貌改造，除了當然的區域居民之主體性活動外，在行政上如河川的管理、都市計畫、建築的限制誘導、公園綠地等亦須結合成一體，並非針對每一個個別事業的計畫，而是需要基於統合全體之構想與計畫，並由各部門分別負起各自職責的方式來進行。   在本書中，將對於在全國各地所辦理結合河川改造城鄉風貌之較為先進的配合案例，就事業的構成與整治的分擔等具體內容加以彙整。亦為平成14年8月所發行「結合河川改造城鄉風貌案例集」的續集。上一次整理的對象主要是以河川與鄉里的整治概要及大都市的案例為中心的，而這一次主要是以中小都市為中心的案例以及河川整治與其空間利用之相關制度為介紹重點。   本書期待在今後進行城鄉風貌改造之際，能夠提供各位河川管理者與地方自治體負責人之參考，若能因此有助於推動與河川相調和且具有閒適生活之城鄉風貌改造，實為本書之幸。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>57970</identifier><internationalstandardbooknumber>9789860038217 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57970</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌－日本河川整備中心知識管理合作計畫叢書-3</title><yearidentifier>200511</yearidentifier></data><data><abstract>海灘地形受波浪之影響產生漂沙活動,然而在沙質海岸興建人工結構物,將改變漂沙運移特性,使原有的海灘地貌隨之改變。研究結構物佈置後,漂沙特性有何改變,海灘地形如何變化,實為海岸利用與漂沙防治不可或缺的工作。瞭解海灘地形的變化趨勢為提出適宜的海岸保護對策之第一步。如有長期的實測記錄.再輔以數理方法分析.研判其紛紜的變化過程,則有助於對海灘地形變化的瞭解。然而觀測之海灘變化極不規則,一般很難以直觀的方法瞭解其變化原因或推測未來的變化情形,如何根據這些實測資料,應用數理方法構成系統數學模式,就雜亂無序的變化現象予以分析.以便推求有用的結論.並作合理的預測,為一值得研究的問題。</abstract><author>歐善惠</author><categoryidentifier>010402 819</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>6404790162</governmentpublicationsnumber><identifier>57971</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57971</librarycollectiondetailsurl><price></price><publisher>農委會、成大水利及海洋研所</publisher><publishrocyear>79</publishrocyear><title>海岸結構物附近地形變化分析與預測</title><yearidentifier>199009</yearidentifier></data><data><abstract>本書是對保護河岸之各種工法，以歸納實例或一般文獻、研究論文等資料，介紹更多的工法與特徵的指南而編輯的。因此，通常以水邊為中心的區域所用的「河岸」之定義較寬範圍為對象，適於保護較草坪或茅草等高水河槽高的區域之工法等也加以介紹。一般認為，若使用自然素材或傳統的工法，就很容易做出近於自然狀態的河川環境，但各有適合施工的條件，如在反覆乾溼的場所使用木材時會馬上腐敗等，漫不經心地使用會招來意想不到的失敗。在本書記載各種工法或素材之特長的同時，也有留意點或不適合施工場所的記載，待十分了解全體後，再選定有利於對各個場所最適合的工法。 　然而，實際的設計施工時，要充分檢討治水上的條件或河川環境的現況或目標後，判斷根本是否需要河岸防護對策，才需要選定工法或辦理設計。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>57972</identifier><internationalstandardbooknumber>9789860038224 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57972</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南－日本河川整備中心知識管理合作計畫叢書-4</title><yearidentifier>200511</yearidentifier></data><data><abstract>在平成11年3月，從當時的多方認知，對河川環境整備的經濟評價方法，作為管理實務者之參考資料，故整理成「河川環境整備的經濟評估手冊」。 　其後，應用此手冊，從事河川環境整備相關之經濟評估調查與實施之試案。 　本手冊，對河川環境整備之經濟評估之位置以及構想作一整理，並從調查事例中，特別收集可採用CVM的經濟評估事例。從整理分析的結果，讓實際從事評估實務人員，能充分活用本手冊。因此，本書之第1章，陳述河川環境整備之經濟評估用意，做了簡明之整理。至於第2章，就CVM中關連的種種課題，從方向性及應考量之問題做一整理。 　本書的編撰，係由各專門領域的學者專家，共同組織「河川環境整備之經濟評估研討會」，提供各類的建言及指導。</abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>57973</identifier><internationalstandardbooknumber>9789860038255 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57973</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊－日本河川整備中心知識管理合作計畫叢書-5</title><yearidentifier>200511</yearidentifier></data><data><abstract>在沙質海岸興建人工結構物,將改變漂沙運移特性,使原有的海灘地貌隨之變化。但東防波堤端之繞射與海潮迴流,致使南濱海堤前漢發生侵蝕,並威脅南濱公園之安定,需速謀對策,以維護本段海岸及南濱公園之安全。花蓮海岸除花蓮溪口以北有部分沙質海岸外,其餘多屬陡峭之斷層海岸,均緊接在陡峻之山崖下,海岸線受太平洋波浪之侵襲而呈侵蝕狀態。花蓮海岸平原均呈三角形,係在更新世時上升,形成斷層後,再受海浪侵襲而變成如今之狀態。全段平直海岸線,係在花東海岸大斷層作用造成花東縱谷時同時形成者。由於斷層作用及海浪侵襲,到處形高聳之海岸。</abstract><author>歐善惠、許泰文、張憲國、王順寬</author><categoryidentifier>351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>6404800173</governmentpublicationsnumber><identifier>57982</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57982</librarycollectiondetailsurl><price></price><publisher>農委會、成大水利及海洋研所</publisher><publishrocyear>80</publishrocyear><title>花蓮海岸結構物附近地形變化分析與預測</title><yearidentifier>199106</yearidentifier></data><data><abstract>本計畫由濁水溪水系現有水庫設施營運操作之問題偵測而研擬策略方案，主要可分為時間水文變異、前期成果結論及水源設施新設等問題須對現行水庫運轉規線進行檢討，經水資源系統數值模擬程式評估，綜合分析結困維持現有水庫放水原則操作運轉規則評估</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61   443.629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703323</governmentpublicationsnumber><identifier>57988</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57988</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪水系現有水庫水資源聯合運用可行性評估(1)=Feasibility Evaluation (1) for Conjunctive Utilization of Existing Reservoir Water Resources in Jhuoshuei River</title><yearidentifier>200812</yearidentifier></data><data><abstract>發源於山脈東側之河川多屬陡坡河川,東流入太平洋;發源於山脈西側之河川,上游集水區多嚴重之土壤沖蝕,河水含砂量甚高,下游段則較平緩,西流入台灣海峽。台灣因位於太平洋東部邊緣,通常每年均有颱風侵襲,帶來強風暴雨,致使河川上游集水區多嚴重之土壤沖蝕,河水含砂量其高,下游多有淤積。近年來上游集水區快速開發,土壤沖蝕之狀況更日益惡化。</abstract><author>蔡長泰  沈學汶  王文江</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>6404800232</governmentpublicationsnumber><identifier>57989</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57989</librarycollectiondetailsurl><price></price><publisher>農業工程研究中心</publisher><publishrocyear>80</publishrocyear><title>台灣河川沉滓輸運之分析(一)</title><yearidentifier>199107</yearidentifier></data><data><abstract>本計畫由濁水溪水系現有水庫設施營運操作之問題偵測而研擬策略方案，主要可分為時間水文變異、前期成果結論及水源設施新設等問題須對現行水庫運轉規線進行檢討，經水資源系統數值模擬程式評估，綜合分析結困維持現有水庫放水原則操作運轉規則評估</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970083</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703323</governmentpublicationsnumber><identifier>57991</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57991</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪水系現有水庫水資源聯合運用可行性評估(1)－光碟版=Feasibility Evaluation (1) for Conjunctive Utilization of Existing Reservoir Water Resources in Jhuoshuei River</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫由濁水溪水系現有水庫設施營運操作之問題偵測而研擬策略方案，主要可分為時間水文變異、前期成果結論及水源設施新設等問題須對現行水庫運轉規線進行檢討，經水資源系統數值模擬程式評估，綜合分析結困維持現有水庫放水原則操作運轉規則評估</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970083</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/17</date><governmentpublicationsnumber>1009703323</governmentpublicationsnumber><identifier>57992</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_57992</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>濁水溪水系現有水庫水資源聯合運用可行性評估(1)成果資料(光碟版)=Feasibility Evaluation (1) for Conjunctive Utilization of Existing Reservoir Water Resources in Jhuoshuei River</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署會同中央地質調查所辦理「台灣地區地下水觀測網整體計畫」，旨在於全台灣地下水區建置水文地質調查站及分層地下水觀測站井，檢討汰換舊式之混層觀測井，進行調查收集完整地下水地質資料，以作為地下水資源利用及保育之依據。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970007</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703880</governmentpublicationsnumber><identifier>58000</identifier><internationalstandardbooknumber>9789860168761 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58000</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>「97年度地下水觀測站井規劃、調查試驗及監造計畫」成果報告=The well of the groundwater observation post in the Year 97's plan? investigate experiment and the supervision project" result reports</title><yearidentifier>200812</yearidentifier></data><data><abstract>根據「台灣地區地下水觀測網整體計畫」中觀測井維護之重要工作項目，針對已建置完成之地下水觀測井中疑有發生問題者進行井體攝影工作，其目的除可即時嘹解觀測井警體之現況外，亦可作為觀測井維護保養之前置準唄。</abstract><author>儀丞儀器工程有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970008</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703648</governmentpublicationsnumber><identifier>58005</identifier><internationalstandardbooknumber>9789860166309 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58005</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度地下水觀測井體檢測與評估=Inspection? Evaluation? and Improvement of Groundwater Monitoring Wells in 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。</abstract><author>臺灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970042</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703883</governmentpublicationsnumber><identifier>58009</identifier><internationalstandardbooknumber>9789860171174 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58009</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地震與地下水文異常變化分析研究(3/4)=Research on Earthquake-induced Anomalous Changes in Groundwater Hydrology (3/4)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。</abstract><author>中華顧問工程司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>58012</identifier><internationalstandardbooknumber>9789860033618 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58012</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>「新竹港南海岸生態工法之研擬(1)－人工養灘對底棲生物之影響」=Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city (I)—Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。</abstract><author>中華顧問工程司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>58014</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58014</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>「新竹港南海岸生態工法之研擬(1)－人工養灘對底棲生物之影響」=Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city (I)—Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致台灣地區地震頻繁，由於台灣平原區人口稠密，無論是地震時據列地表為宜造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970043</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703882</governmentpublicationsnumber><identifier>58016</identifier><internationalstandardbooknumber>9789860171082 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58016</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地震地下水站網系統研發及技術成果導入(3/4)=Development of tectono-hydrology monitoring system and application of the research results(3/4)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫今年度主要藉由水槽試驗，驗證所發展之數值模式，並提出規劃設計流程，編?簡易參考手冊與輔助操作系統供實務單參考。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703095</governmentpublicationsnumber><identifier>58019</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58019</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(3/3)＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>目前台灣地區遠洋漁港設施不足,現有漁港均已過分擁擠,尤以南部地區僅有之前鎮遠洋漁港,情況最為嚴重,漁鉛自進港至卸魚獲之等候時間平均需兩星期,增加無形之成本至鉅,造成遠洋漁業漸趨萎縮,故闢建遠洋漁港實至為迫切。唯考慮擴建工程之安全性及其對附近海域地形之影響,實有賴水工模型試驗予以校核評估。試驗目的在研究遠洋漁港防波堤完成後,港口及航否受漂砂淤積之影響及是可能影響鄰近海岸之地形變化,如有影響則調整防波堤或做必要之保護工程。</abstract><author>郭金棟等</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>6404790112</governmentpublicationsnumber><identifier>58024</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58024</librarycollectiondetailsurl><price></price><publisher>成功大學水利及海洋工程研究所</publisher><publishrocyear>79</publishrocyear><title>興達遠洋漁港水工模型試驗報告</title><yearidentifier>199008</yearidentifier></data><data><abstract>本計畫今年度主要藉由水槽試驗，驗證所發展之數值模式，並提出規劃設計流程，編?簡易參考手冊與輔助操作系統供實務單參考。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703095</governmentpublicationsnumber><identifier>58026</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58026</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(3/3)－光碟版＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>在沙海岸興建人工結構物,將改變原有海灘漂沙之運移性質,使海灘地貌隨之改變。據水利局實測資料之分析結果顯示,原來侵蝕之北濱段海岸卻呈現相當程度之淤積,而南濱段海岸則原有限寬廣的海灘已日漸消失,灘線後退現象相當明顯。近岸區之波浪與流場為造成海岸地形變化的重要因素,瞭解近岸區域之波場與流場對於海岸地形變化原因之探討有所助益。</abstract><author>歐善惠等</author><categoryidentifier>351.713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>6404800252</governmentpublicationsnumber><identifier>58031</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58031</librarycollectiondetailsurl><price></price><publisher>成功大學水利及海洋工研究所</publisher><publishrocyear>80</publishrocyear><title>花蓮縣南濱段海岸波場與流場之研究</title><yearidentifier>199107</yearidentifier></data><data><abstract>本計畫是針對柴頭港溪排水下游3.9公里未整治河段之河川特性，配合流域內農工商業之發展，都市之繁榮，並為防止水患，維持河川水流之正常功能，研擬改善柴頭港溪排水之排洪能力，建議護(堤)坡穩定措施、改善環境污染及配合植栽、綠、美化之景觀規劃，建立滿足民眾需求之生活機能與空間，提升生活品質。</abstract><author>台南市政府</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>8854890485</governmentpublicationsnumber><identifier>58033</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58033</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利處</publisher><publishrocyear>96</publishrocyear><title>柴頭港溪排水整治工程規劃 報告</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計劃藉由相關基本環境資料及地形水深之補充調查，進一步了解新策，研擬現有消波塊吊移與海堤環境等海岸景觀改善作法，期能在兼顧海海岸防災及景觀改善之前提下，研究出港南海岸消波塊調整及海堤整體景觀改善之可行性方案，提供新竹港南海岸環境工程及其他類似海岸之實務應用參考。</abstract><author>浩海工程公司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>58040</identifier><internationalstandardbooknumber>9789860034486 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58040</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃報告=The Planning of nvironment protection and promotion on Kang-Nan coang Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃藉由相關基本環境資料及地形水深之補充調查，進一步了解新策，研擬現有消波塊吊移與海堤環境等海岸景觀改善作法，期能在兼顧海海岸防災及景觀改善之前提下，研究出港南海岸消波塊調整及海堤整體景觀改善之可行性方案，提供新竹港南海岸環境工程及其他類似海岸之實務應用參考。</abstract><author>浩海工程顧問公司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>58041</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58041</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃報告(電子書)=The Planning of nvironment protection and promotion on Kang-Nan coang Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract>為因應臺灣地區整體水環境及產業之轉變，加上臺灣加入WTO後農業生產的質變及京都議定書之生效，政府訂定「新世紀水資源政策綱領」作為我國水資源業務推動之最高指導方針。而為進一步落實「合理有效使用水量，確保水源穩定供應」，揭櫫「(一)追求水資源之永續利用、(二)提供安全的基礎用水」為未來水資源發展目標。本計畫參考國內外最新水資源政策發展趨勢，檢討臺灣各用水分區及各標的未來用水供需求情形，以做為未來各用水分區水資源政策推動之參考依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970085</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703643</governmentpublicationsnumber><identifier>58042</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58042</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>區域水資源經理策略擬定之研究(內附光碟)＝Study on Formation of Managing Policy on Regional Water Resources</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在辦理已完成河川情勢調查之中央管河川之資料蒐集及建置，並以網際網路電子化方式提供資料查詢及管理</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.681   443.689790   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970214</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703439</governmentpublicationsnumber><identifier>58043</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58043</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川情勢調查資料庫管理系統(2/2)(內附光碟)=The Database Management Information System of River’s Investigation (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計劃將分為??執?，第一??針對台灣西南海域附近之海底斷層系統、地形。台灣海嘯之?史紀?進?資?蒐集及彙整。由於台灣?上斷層帶與海底逆斷層系統均與馬尼?海溝具有?結關係，加以國外地質學者亦將此一海溝?為可能發生海嘯之潛勢地區之ㄧ，故本計劃將馬尼?海溝?為可能之震源，並引進長波?值模式，結合?值地形資?以建?溢淹模式，藉由情境模擬方式，模擬西南海域受一長波所造成之溢淹情形。 根據前述之?域、海域?值地形及海堤、?岸堤等資?蒐集，模擬西南沿岸受?同規模之長波侵襲時所造成之溢淹情形。模擬結果顯示，當將馬尼?海溝發生斷層位移20公尺且地震規模達9.35時，其海嘯波約20分鐘後抵達恆春半島；海嘯波會在高屏溪口聚集，最大波高可達6公尺；海嘯發生後約50分鐘，東港鎮全區均發生溢淹。馬尼?海溝如發生斷層?鎖反應時，則由於各波源區之海嘯波到達時刻?同，且由於地形、折射及反射效應造成沿岸地區波高變化劇?。由於波源區?台灣甚近，故幾無預警時間。模擬結果顯示，現有海堤佈設位置及高?均無法有效防範溢淹發生，最大溢淹速?出現在海嘯發生後第50~60分鐘，最大溢淹面積可達18平方公?，其溢淹時間至少可達90分鐘。本研究亦假設?潮為一孤?波，自南方進入西南沿海。從模擬可以發現，潮波從?邊溪進入市區，溢淹範圍可達東港鎮?部。此外，為方?日後查詢及日後災害潛勢評估，將所有模擬結果以視窗化介面進?彙整並測試。另ㄧ方面，為提高波形之準確?，本研究也將Lagrangian法應用於長波上；同時，本研究亦應用解析解間接預估其溢淹範圍、溯上及波?，並與南亞海嘯中斯??卡之現場資?作初步比較。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970305</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703904</governmentpublicationsnumber><identifier>58044</identifier><internationalstandardbooknumber>9789860168754 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58044</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>海嘯颱風產生之長波對於西南沿海溢淹影響之研究(1/2)  Inundation of Southwestern Taiwan by Tsunami or Typhoon Induced Long Waves(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>443.189</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703855</governmentpublicationsnumber><identifier>58045</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58045</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>金門辦理兩岸通水策略規劃</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計劃將分為??執?，第一??針對台灣西南海域附近之海底斷層系統、地形。台灣海嘯之?史紀?進?資?蒐集及彙整。由於台灣?上斷層帶與海底逆斷層系統均與馬尼?海溝具有?結關係，加以國外地質學者亦將此一海溝?為可能發生海嘯之潛勢地區之ㄧ，故本計劃將馬尼?海溝?為可能之震源，並引進長波?值模式，結合?值地形資?以建?溢淹模式，藉由情境模擬方式，模擬西南海域受一長波所造成之溢淹情形。 根據前述之?域、海域?值地形及海堤、?岸堤等資?蒐集，模擬西南沿岸受?同規模之長波侵襲時所造成之溢淹情形。模擬結果顯示，當將馬尼?海溝發生斷層位移20公尺且地震規模達9.35時，其海嘯波約20分鐘後抵達恆春半島；海嘯波會在高屏溪口聚集，最大波高可達6公尺；海嘯發生後約50分鐘，東港鎮全區均發生溢淹。馬尼?海溝如發生斷層?鎖反應時，則由於各波源區之海嘯波到達時刻?同，且由於地形、折射及反射效應造成沿岸地區波高變化劇?。由於波源區?台灣甚近，故幾無預警時間。模擬結果顯示，現有海堤佈設位置及高?均無法有效防範溢淹發生，最大溢淹速?出現在海嘯發生後第50~60分鐘，最大溢淹面積可達18平方公?，其溢淹時間至少可達90分鐘。本研究亦假設?潮為一孤?波，自南方進入西南沿海。從模擬可以發現，潮波從?邊溪進入市區，溢淹範圍可達東港鎮?部。此外，為方?日後查詢及日後災害潛勢評估，將所有模擬結果以視窗化介面進?彙整並測試。另ㄧ方面，為提高波形之準確?，本研究也將Lagrangian法應用於長波上；同時，本研究亦應用解析解間接預估其溢淹範圍、溯上及波?，並與南亞海嘯中斯??卡之現場資?作初步比較。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970305</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703904</governmentpublicationsnumber><identifier>58046</identifier><internationalstandardbooknumber>9789860168754 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58046</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>海嘯颱風產生之長波對於西南沿海溢淹影響之研究(1/2)－光碟版  Inundation of Southwestern Taiwan by Tsunami or Typhoon Induced Long Waves(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>為穩定離島地區之生活用水及未來觀光發展等需求，民國95年8月15日行政院院台經字第0950037330號函核定「離島地區供水改善計畫」，預估計畫完成後，將可滿足金門地區民國110年低成長用水需求。惟金門地區水源仍有3項問題待解決：湖庫水原水水質不佳、地下水超抽及中成長用水需求待開發。 經濟部水利署曾於民國89～90年間針對兩岸通水議題進行研究分析，並就輸水路線、水質及營運方式研擬初步方案，惟為因應近年金門用水需求及通水政策等客觀條件之變化，本計畫進一步檢討兩岸通水之工程面、經濟面、法規面及政策面等，並研擬後續推動程序，俾作為後續實際執行之參考依據。</abstract><author>淡江大學</author><categoryidentifier>443.189</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970325</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703855</governmentpublicationsnumber><identifier>58047</identifier><internationalstandardbooknumber>9789860168310 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58047</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>金門辦理兩岸通水策略規劃(含光碟)</title><yearidentifier>200812</yearidentifier></data><data><abstract>資料浮標觀測年報</abstract><author>交通部中央氣象局</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>58057</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58057</librarycollectiondetailsurl><price>3000</price><publisher>交通部中央氣象局</publisher><publishrocyear>94</publishrocyear><title>中華民國九十二年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2003</title><yearidentifier>200505</yearidentifier></data><data><abstract>本計畫為流域別用水量統計分析研究第二年計畫，以大安溪流域水系及大甲溪流域水系為標的，取94年平水年為統計年限，針對流域水系水資源供給利用之流向與流量，進行統計分析。依據「流域別用水量統計分析研究(1/3)」建置之流域水系別生活用水量、工業用水量及農業用水量統計分析機制，作些許修正，以利統計方法更臻完善。</abstract><author>中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970080</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703665</governmentpublicationsnumber><identifier>58061</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58061</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域別用水量統計分析研究(2/3)＝The study of water use statistics and analysis for river basin (2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為流域別用水量統計分析研究第二年計畫，以大安溪流域水系及大甲溪流域水系為標的，取94年平水年為統計年限，針對流域水系水資源供給利用之流向與流量，進行統計分析。依據「流域別用水量統計分析研究(1/3)」建置之流域水系別生活用水量、工業用水量及農業用水量統計分析機制，作些許修正，以利統計方法更臻完善。</abstract><author>中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970080</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703665</governmentpublicationsnumber><identifier>58062</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58062</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域別用水量統計分析研究(2/3)－光碟版＝The study of water use statistics and analysis for river basin (2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在辦理已完成河川情勢調查之中央管河川之資料蒐集及建置，並以網際網路電子化方式提供資料查詢及管理</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6029   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970214</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703439</governmentpublicationsnumber><identifier>58064</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58064</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川情勢調查資料庫管理系統(2/2)(光碟版)=The Database Management Information System of River’s Investigation (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703439</governmentpublicationsnumber><identifier>58071</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58071</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川情勢調查資料庫管理系統(2/2)成果資料(光碟版)=The Database Management Information System of River’s Investigation (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的包括三部分：（1）研擬「臺灣地區地下水資源保育與維護管理計畫(草案)」（2）編撰「台灣地區地下水觀測網成果彙編（81-97年）」（3）地下水資料庫更新及展示。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.8   443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970011</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703877</governmentpublicationsnumber><identifier>58076</identifier><internationalstandardbooknumber>9789860168501 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58076</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地下水觀測網執行成效及發展規劃(2/2)=The Execution Performance, Development and Planning of Groundwater Monitoring Networks(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>近年來，由於生態工程的理念推廣及執行，有鑑於一般民眾對於河川海岸工法與生態工程相關知識認知不足，仍須加強教育宣導工作，並引導下一代愛護山川資源的觀念和行動，故本計畫以多元化及生活化的呈現，以資源分類的方式，深入淺出的闡釋說明，分別以鄉土教材、宣導摺頁以及宣導影片編定製作，達到宣導與教育之兩大目標。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970135</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703543</governmentpublicationsnumber><identifier>58094</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58094</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮河川海岸鄉土教材及宣導資料製作(光碟版)＝The production of documentation for local education and propaganda of HuaLien River watershed and coastal area</title><yearidentifier>200812</yearidentifier></data><data><abstract>近年來，由於生態工程的理念推廣及執行，有鑑於一般民眾對於河川海岸工法與生態工程相關知識認知不足，仍須加強教育宣導工作，並引導下一代愛護山川資源的觀念和行動，故本計畫以多元化及生活化的呈現，以資源分類的方式，深入淺出的闡釋說明，分別以鄉土教材、宣導摺頁以及宣導影片編定製作，達到宣導與教育之兩大目標。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703552</governmentpublicationsnumber><identifier>58095</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58095</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮河川海岸鄉土教材：花蓮河海紀行(內附光碟)＝The production of documentation for local education and propaganda of HuaLien River watershed and coastal area</title><yearidentifier>200812</yearidentifier></data><data><abstract>因應東莒島於目標年民國110年仍有供水缺口風險，延續民國96年「澎湖與馬祖地區地下水資源調查規劃(2)」之東莒大坪地區地下水庫初步調查評估，繼續深入評估計畫可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703264</governmentpublicationsnumber><identifier>58100</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58100</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>馬祖東莒大坪地下水庫初步規劃(光碟版)＝Preliminary planning of  Dongiu Daping groundwater reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>為達東港溪整治目標，本計畫檢討評估民國91年「東港溪整治綱要計畫規劃總報告」內容，並彙整各單位預定實施之計畫內容，據以擬定「東港溪整治綱要修正計畫」，供整治東港溪之藍本，並以東港溪水質改善為重點。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960251</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009702199</governmentpublicationsnumber><identifier>58115</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58115</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>東港溪整治綱要(修正計畫)規劃：水質改善(光碟版)＝Revised Master Plan for Dong-Gang River：W0ater Quality Improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，巳完成魚道類型、魚道水理試驗、魚道設計、魚道功能評估、台灣魚種、以及魚類泳能力等文獻資料。在現有魚道的觀測方面，以北勢溪坪林5號防砂之骨型魚道為研究案例，進行生態調查，以及河道與魚道之地形與水理量測，並探討水理是否滿足魚類上溯之需求。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62   445.985</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970260</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703089</governmentpublicationsnumber><identifier>58116</identifier><internationalstandardbooknumber>9789860160390 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58116</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(1/2)－光碟版＝The flow  simulations and design principles of the stream corridors</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫針對水利署位於台北縣新店溪河畔「南勢角水工試驗室」進行整體規劃，考量防災教育館之水利科技展示、研究、教育、體驗目的，以提昇國民對水利科技之瞭解，同時應與水利署防災業務結合，指揮調度之需求。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>306.833</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970222</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/19</date><governmentpublicationsnumber>1009703139</governmentpublicationsnumber><identifier>58117</identifier><internationalstandardbooknumber>9789860161182 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58117</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水科技博物館與防災指揮調度中心可行性規劃(光碟版)＝Feasibility  study of Hydrotech museum and Water Harzard Mitigation Center</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要工作包括：測預報系統運轉所需水文資料測驗、小流域預測報模式之驗證與檢討、分析成果決策模式之建立、系統日常管理與提供預報諮詢、技術移轉和教育訓練與宣導、臨時交辦事項與濁水溪洪水與報相關之水文、水理分析及防災有關事項等工作。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009304305</governmentpublicationsnumber><identifier>58128</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58128</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪流域洪水逕流測預報系統 水情中心工作計畫 成果報告</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫主要工作包括：測預報系統運轉所需水文資料測驗、小流域預測報模式之驗證與檢討、分析成果決策模式之建立、系統日常管理與提供預報諮詢、技術移轉和教育訓練與宣導、臨時交辦事項與濁水溪洪水與報相關之水文、水理分析及防災有關事項等工作。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009304305</governmentpublicationsnumber><identifier>58130</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58130</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>93</publishrocyear><title>濁水溪流域洪水逕流測預報系統 水情中心工作計畫 成果報告</title><yearidentifier>200412</yearidentifier></data><data><abstract>公共工程建設旨在建立人民生活與產業發展的基礎環境,完善的公共建設不僅能避免災害的發生、提供人民健康又安全生活環境,更能夠帶動國家經濟建設的發展,強化國家的整體競爭力。河川工程是公共工程中相當重要的一部份,河川工程包括了各項水利工程與公路與鐵路之橋樑工程,公共工程大多由政府部門發包,由營造業者來承建。由於產品之多元性、複雜性及作業環境之多變性,許多工程在施工期間即面臨了較高的災害風險,而營造業者工程承攬與分包的經營型態也使得安全衛生在規劃階段不易進行,施工過程中管理困難。河川工程施工天然災害預警系統可整合各河川局及時水情資訊、地理資訊系統及無線電通訊網路,來對施工廠商提供及時之警訊息。</abstract><author>經濟部水利署、中華大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>58150</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58150</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究  Investigation of Construction Safety Management Issues for River Construction Projects</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式系統建立及探討堰塞湖與河川型態相互影響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析、並對其處理及防治對策的研擬，並編制就災計畫。本報告書為計畫之研究成果。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>58154</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告(附光碟) Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>公共工程建設旨在建立人民生活與產業發展的基礎環境,完善的公共建設不僅能避免災害的發生、提供人民健康又安全生活環境,更能夠帶動國家經濟建設的發展,強化國家的整體競爭力。河川工程是公共工程中相當重要的一部份,河川工程包括了各項水利工程與公路與鐵路之橋樑工程,公共工程大多由政府部門發包,由營造業者來承建。由於產品之多元性、複雜性及作業環境之多變性,許多工程在施工期間即面臨了較高的災害風險,而營造業者工程承攬與分包的經營型態也使得安全衛生在規劃階段不易進行,施工過程中管理困難。河川工程施工天然災害預警系統可整合各河川局及時水情資訊、地理資訊系統及無線電通訊網路,來對施工廠商提供及時之警訊息。</abstract><author>經濟部水利署、中華大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>58155</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58155</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究  Investigation of Construction Safety Management Issues for River Construction Projects(電子檔)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式系統建立及探討堰塞湖與河川型態相互影響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析、並對其處理及防治對策的研擬，並編制就災計畫。本報告書為計畫之研究成果。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>58156</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58156</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告(電子書)= Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫目的在研發立體影像量測技術以應用於淡水河流速予流量之量測。研究計畫的工作內容包括〈一〉淡水河現地堪察選取量測位置；〈二〉自動三維立體影像系統〈硬體〉的組裝；〈三〉自動三維立體影像系統的檢定；〈四〉自動三維立體影像系統軟體的研發；〈五〉自動三維立體影像系統測試；〈六〉自動三維立體影像系統於常與中流量的量測並與ADP、H-ADCP及普萊斯流速儀量測方法相互驗證；〈七〉自動三維立體影像系統夜間量測技術的研發與應用；〈八〉三維立體影像系統的固定式安裝與〈九〉報告撰寫及印製。</abstract><author>國立聯合大學</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703848</governmentpublicationsnumber><identifier>58183</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58183</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>即時三維立體影像技術量測河川高流量研究計畫成果報告(1/2〉－光碟版＝Automated  River  Discharge  Imagining  System〈ARDIS〉for  Measurng  High  Flow  in  River  System 〈1/2〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍線及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970307</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703501</governmentpublicationsnumber><identifier>58197</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58197</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(1/2)=Review and analysis of River Reservation Zone and Alignmemt of Levee for The River Admininstered by Central Government(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍線及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970307</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703501</governmentpublicationsnumber><identifier>58201</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58201</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(1/2)(光碟版)=Review and analysis of River Reservation Zone and Alignmemt of Levee for The River Admininstered by Central Government(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>即時影像傳輸儀器設備操作、維護與管理手冊</abstract><author>中央大學災害防治研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009204211</governmentpublicationsnumber><identifier>58204</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58204</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水災災情即時影像通報及水利設施災害防救決策支援系統整合建置計畫 即時影像傳輸儀器設備操作、維護與管理手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍線及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970307</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703501</governmentpublicationsnumber><identifier>58210</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58210</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(1/2)計畫成果資料(光碟版)=Review and analysis of River Reservation Zone and Alignmemt of Levee for The River Admininstered by Central Government(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川治理與流域地形、地貌、河相、地質與氣候等自然條件息息相關；台灣地區部分河川屬於辮狀河道，洪流對岩壁之直接衝擊為主要災害原因。本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970228</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703433</governmentpublicationsnumber><identifier>58232</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58232</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>多砂河川流路變遷穩定工法之研究(1/2)=Study on the stable countermeasures of the channel lateral migration in sandy river(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川治理與流域地形、地貌、河相、地質與氣候等自然條件息息相關；台灣地區部分河川屬於辮狀河道，洪流對岩壁之直接衝擊為主要災害原因。本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970022</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703433</governmentpublicationsnumber><identifier>58233</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58233</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>多砂河川流路變遷穩定工法之研究(1/2)(光碟版) =Study on the stable countermeasures of the channel lateral migration in sandy river(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川治理與流域地形、地貌、河相、地質與氣候等自然條件息息相關；台灣地區部分河川屬於辮狀河道，洪流對岩壁之直接衝擊為主要災害原因。本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970228</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703433</governmentpublicationsnumber><identifier>58234</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58234</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>多砂河川流路變遷穩定工法之研究(1/2)(成果資料光碟)=Study on the stable countermeasures of the channel lateral migration in sandy river(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>近年來，由於生態工程的理念推廣及執行，有鑑於一般民眾對於河川海岸工法與生態工程相關知識認知不足，仍須加強教育宣導工作，並引導下一代愛護山川資源的觀念和行動，故本計畫以多元化及生活化的呈現，以資源分類的方式，深入淺出的闡釋說明，分別以鄉土教材、宣導摺頁以及宣導影片編定製作，達到宣導與教育之兩大目標。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970135</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703543</governmentpublicationsnumber><identifier>58235</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58235</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮河川海岸鄉土教材及宣導資料製作＝The production of documentation for local education and propaganda of HuaLien River watershed and coastal area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，工作項目內容有：1.河道固床工沖刷災害機制分析2.國內外相關沖刷案例回顧3.室內水工試驗4.沖刷機制之數值模擬5.初步提出適用之固床工防沖促淤佈設方法6.教育訓練7.成果報告編撰。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970261</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/20</date><governmentpublicationsnumber>1009703093</governmentpublicationsnumber><identifier>58236</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58236</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(1/2)＝Investigation of failure mechanism and new scour countermeasures at grade control structures  (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>因應東莒島於目標年民國110年仍有供水缺口風險，延續民國96年「澎湖與馬祖地區地下水資源調查規劃(2)」之東莒大坪地區地下水庫初步調查評估，繼續深入評估計畫可行性。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703264</governmentpublicationsnumber><identifier>58237</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58237</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>馬祖東莒大坪地下水庫初步規劃= Preliminary Planning of Dongju Daping Groundwater Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>建立水情測預報系統，使用土地使用管理及洪水測報等非工程措施，經由土地使用監測，雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於必要時透過預警報傳輸設備發佈預警報置防災體系之聯繫單位即告知民眾，以期降低或避免洪水期間可能發生之災害。</abstract><author>工業技術研究院</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009404261</governmentpublicationsnumber><identifier>58244</identifier><internationalstandardbooknumber>9789860034431 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58244</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>建置頭前溪流域水情測預報系統=The Establishment of Tou-Cian  River Flood Forecasting System</title><yearidentifier>200512</yearidentifier></data><data><abstract>建立水情測預報系統，使用土地使用管理及洪水測報等非工程措施，經由土地使用監測，雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於必要時透過預警報傳輸設備發佈預警報置防災體系之聯繫單位即告知民眾，以期降低或避免洪水期間可能發生之災害。</abstract><author>工業技術研究院</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009404261</governmentpublicationsnumber><identifier>58255</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58255</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>建置頭前溪流域水情測預報系統=The Establishment of Tou-Cian  River Flood Forecasting System</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣中部地區水資源工程規劃、設計、施工、與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配,轄區範圍北以中港溪為界。寶山第二水庫工程計畫係為提供穩定可靠之水源以滿足新竹地區公共給水及工業用水需求,因而延滯環保署審查本性態保育措施報告,影響工程發包及已發包工程無法施工,計畫進度及經費執行嚴重延宕。</abstract><author>水利署中區水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>58260</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58260</librarycollectiondetailsurl><price>475</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署中區水資源局年報(九十三年度)</title><yearidentifier>200509</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問有限公司</author><categoryidentifier>443.689730   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970284</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703441</governmentpublicationsnumber><identifier>58278</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58278</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書＝The Achievement Report of A Cross-Section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>近年來臺灣已開始重視非點源污染之管制,非點源污染是影響水庫永續經營之最主要因素,考量以集水區為尺度之非點源污染削減措施為一有效且必須之管理策略.本研究即以整個集水區為範圍,建立一非點源污染削減方案分析模式,決定集水區內非點源削減策略.本研究以翡翠水庫集水區為例,推估非點源污染物總磷輸出量,計算達到水庫貧養水質標準所需之削減量,規劃BMP配置策略,所獲致之結果可提供翡翠水庫集水區未來實施非點源污染管制時之參考.</abstract><author>台北科大水環境研究中心</author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009404502</governmentpublicationsnumber><identifier>58285</identifier><internationalstandardbooknumber>9789860037524 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58285</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>翡翠水庫集水區非點源污染削減措施整體規劃之研究=Research of Non-Point Source Pollution Reduce and Control Integrated Strategy on Feitsui Reservoir Catchment Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>潮汐表</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>58287</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58287</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>93</publishrocyear><title>中華民國94年潮汐表=TIDAL TABLES 2005</title><yearidentifier>200411</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970284</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703441</governmentpublicationsnumber><identifier>58292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58292</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書(光碟版)＝The Achievement Report of A Cross-Section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>本計畫為配合曾文溪堤防即將新建，有關市區下水道之佈置方式，及排水出口與曾文溪堤防之銜接方式，研擬具體可行之改善方案，並提出檢討規劃報告，供為日後工程實施之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>8944891862</governmentpublicationsnumber><identifier>58297</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58297</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>台南縣曾文溪北勢洲橋右岸(大內、石子瀨)地區排水系統改善規劃=Report on the Improvement Planning of Drainage System,Tai-Nei &amp; Shih-Tzu-Lai Area, Tainan County</title><yearidentifier>200012</yearidentifier></data><data><abstract>經濟部水利署會同中央地質調查所辦理「台灣地區地下水觀測網整體計畫」，旨在於全台灣地下水區建置水文地質調查站及分層地下水觀測站井，檢討汰換舊式之混層觀測井，進行調查收集完整地下水地質資料，以作為地下水資源利用及保育之依據。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970007</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703880</governmentpublicationsnumber><identifier>58305</identifier><internationalstandardbooknumber>9789860168761 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58305</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>「97年度地下水觀測站井規劃、調查試驗及監造計畫」成果報告(光碟版)  "The  Well  of  the  groudwater  observation  post  in  the  Year  97's  plan?  investigate  experiment  and  the  supervision  project"  result  reports</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫竣工至今已屆(40)年，隨著歲月的累積，水庫供水服務的地區，呈現嶄新的面貌。貧瘠的土地因灌溉而增產豐收，更藉了農業與農村的改善，而導致工廠林立，交通發達，經濟繁榮、人民生活水準提升。對此一發展與進步，當年石門水庫的興建，確實具有重大的貢獻。</abstract><author>郭雲樵</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009201038</governmentpublicationsnumber><identifier>58329</identifier><internationalstandardbooknumber>97012296X ; 97012296X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58329</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>石門水庫營運四十年特刊</title><yearidentifier>200305</yearidentifier></data><data><abstract>集集共同引水工程計畫，除各項水工結構硬體設計外，尚建置有結合量測、遙測、通信、自動控制及資料處理等高科技的營運管理系統，藉由此系統的熟練有效運用，才能正確有效發揮計畫效益，此期與接續負營運管理的同仁共勉。期盼集集共同引水工程計畫蓄水通水，提供穩定充裕的水，能為國家社會，尤其是南投、彰化、雲林帶來生活條件環境的改善及農工企業的穩定發展安定繁榮。</abstract><author>經濟部水利處</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>58343</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58343</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫蓄水通水紀念文集  開闢鴻荒的傳奇</title><yearidentifier>200201</yearidentifier></data><data><abstract>集集共同引水工程計畫，除各項水工結構硬體設計外，尚建置有結合量測、遙測、通信、自動控制及資料處理等高科技的營運管理系統，藉由此系統的熟練有效運用，才能正確有效發揮計畫效益，此期與接續負營運管理的同仁共勉。期盼集集共同引水工程計畫蓄水通水，提供穩定充裕的水，能為國家社會，尤其是南投、彰化、雲林帶來生活條件環境的改善及農工企業的穩定發展安定繁榮。</abstract><author>經濟部水利處</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>58344</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58344</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫蓄水通水紀念文集  開闢鴻荒的傳奇(電子書)</title><yearidentifier>200201</yearidentifier></data><data><abstract>本計畫目的包括三部分：（1）研擬「臺灣地區地下水資源保育與維護管理計畫(草案)」（2）編撰「台灣地區地下水觀測網成果彙編（81-97年）」（3）地下水資料庫更新及展示。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970011</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703877</governmentpublicationsnumber><identifier>58347</identifier><internationalstandardbooknumber>9789860168501 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58347</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地下水觀測網執行成效及發展規劃(2/2)－光碟版  The Execution Performance, Development and Planning of Groundwater Monitoring Networks(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為主要目標為提供板新及桃園地區常態供水功能之規劃方案，主要進行下游輸水路線地質與用地調查、取輸水工程及調整池淹?區道路遷建規劃佈置、水域環境營造初步評估等調查分析及工程方案規劃與評估。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703465</governmentpublicationsnumber><identifier>58348</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>三峽河調整池初步規劃(2)=Preliminary Planning of Sansia River Adjustment Pool (2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為主要目標為提供板新及桃園地區常態供水功能之規劃方案，主要進行下游輸水路線地質與用地調查、取輸水工程及調整池淹?區道路遷建規劃佈置、水域環境營造初步評估等調查分析及工程方案規劃與評估。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703465</governmentpublicationsnumber><identifier>58349</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58349</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>三峽河調整池初步規劃(2)－光碟版=Preliminary Planning of Sansia River Adjustment Pool (2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703465</governmentpublicationsnumber><identifier>58351</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58351</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>三峽河調整池初步規劃(2)成果資料(光碟版)=Preliminary planning of Sansia River adjustment pool(2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>研究檢討水利署現階段各項業務執行情形與成果以及提供未來工作規劃提議。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970012</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703612</governmentpublicationsnumber><identifier>58359</identifier><internationalstandardbooknumber>9789860166026 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58359</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(1/3)  Improving capability for water resource affairs management and policy-planning</title><yearidentifier>200812</yearidentifier></data><data><abstract>鳳山溪係中央管河川之ㄧ，每年颱洪期間常引發災害。經前水利局之調查規劃，於七十二年提出『鳳山溪治理基本計畫』，工程實施計畫範圍自關西渡船大橋至河口段止，長約28.26公里，包括新建兩岸堤防及鞏固強化舊有堤防。另外於90年9月17日納莉颱風來襲，早期老舊砌石之簡易堤防，難以防禦洪水侵襲，大多損壞，同年奉水利署指示，全面辦理災害復建，復建長度約34,544公尺，總工程費約8,247億元，於92年8月全部完工。鳳山溪兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防或基?保護之。故本計劃利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，以導引彎道凹岸與堤岸基腳之流路，達到保護效果，並發展潛板數模及設置工法。</abstract><author>交通大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009603983</governmentpublicationsnumber><identifier>58362</identifier><internationalstandardbooknumber>9789860123708 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58362</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>潛板在河川治理上之應用研究(1/2)＝Application Study of Submerged Vanes on River Training (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>根據「台灣地區地下水觀測網整體計畫」中觀測井維護之重要工作項目，針對已建置完成之地下水觀測井中疑有發生問題者進行井體攝影工作，其目的除可即時嘹解觀測井警體之現況外，亦可作為觀測井維護保養之前置準唄。</abstract><author>儀丞儀器工程有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970008</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703648</governmentpublicationsnumber><identifier>58364</identifier><internationalstandardbooknumber>9789860166309 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58364</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度地下水觀測井體檢測與評估(光碟版)  Inspection?  Evaluation?  and  lmprovement  of  Groundwater  Monitoring  Wells  in  2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>水權管理為水資源運用調配及管理之基礎，政府自民國85年至89年推動「健全水權管理實施方案」以來，各項研究之具體成果可即採行或具宏觀論述者，均已陸續研納入經濟部相關政策推動之參考，而所建置之系統軟體亦已轉撥各級水權主管機關上線使用，對健全水權資訊代管理及提昇水權核辦效率，已具成效。目前，水權申辦標準作業流程與相關文件、資料庫均已建置完成，水權管理支援系統及資料庫至民國94年4月19日，全國29個水權主管機關亦已全部上線，顯示國內水權登記已朝向制度化與資訊化邁進。近年來，國內水權管理技術已有顯著進步，在實際應用水權管理作業流程、文件與資料庫內容時，發現部份建置時尚未考慮到的問題，如記載資訊不夠充份詳細、合理計算公式及潛能水量計算系統無法普及適用等。為持續提昇水權管理技術精細化及效率化，經濟部水利署除每年定期維護改善水權管理支援系統，亦需將現有水權管理資料庫之資訊加以校正、分析與檢討，並進行水權狀記載事項資訊，核辦實務檢討、地面水水權可核發辦水量之理論與實務探討評估及現行規劃水權核辨登記資訊化作業機制之檢討與改善建議等工作，以為後續改善與提昇水權業務之參据，俾利水資源管理分析與應用。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWARA097009</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/21</date><governmentpublicationsnumber>1009703908</governmentpublicationsnumber><identifier>58368</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58368</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>健全水權管理資訊化業之探討與研究(光碟版)＝Approach on Enhancement of the Application of information Technology on Water Right Management</title><yearidentifier>200812</yearidentifier></data><data><abstract>因排水路兩側之實際地形係高低起伏,實際發生洪水時,地勢較高處之淹水可由重力 方式流入排水路中,然地勢低漥處因無法藉由重力將淹水引入鄰近之排水路中,故為徹底解決低漥地區之淹水問題,設置抽水站利用機械抽排方式排除淹水,成為防洪工程保護之必要手段。本研究將介紹目前已使用之抽水機種類,分析其抽排性能及適用性,提出適當之建議及改善方向,以資未來其他地區推廣應用。抽水站之土建工程與抽水機組之水利機械工程,二者相輔相成相關土建工程之結構設計,安全考量、逃生設備及指示均為抽水站設計及相關土建亞建造時,必須納入考量之重點。在水利機械、工程結構與維護管理均可密切配合下,方可使抽水站發揮預期之防洪功效。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009005169</governmentpublicationsnumber><identifier>58393</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58393</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>排水抽水機之功能評估研究報告=Report on the Functional Evaluation of Drainage Pump</title><yearidentifier>200206</yearidentifier></data><data><abstract>台灣由於位處於板塊邊界，導致台灣地區地震頻繁，由於台灣平原區人口稠密，無論是地震時據列地表為宜造成建築物毀壞或者是地下水水位於地震時大幅的上升或下降，可能導致土壤液化災害、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970043</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009703882</governmentpublicationsnumber><identifier>58396</identifier><internationalstandardbooknumber>9789860171082 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58396</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地震地下水站網系統研發及技術成果導入〈3/4〉－光碟版  Development  of  tectono-hydrology  monitoring  system  and  application  of  the  research  results〈3/4〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。</abstract><author>台灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970042</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009703883</governmentpublicationsnumber><identifier>58413</identifier><internationalstandardbooknumber>9789860171174 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58413</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地震與地下水文異常變化分析研究(3/4)－光碟版  Research  on  Earthquake-induced Anomalous  Changes  in  Groundwater  Hydrologic (3/4)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水文資訊系統擴充改善及整合計畫(1/3)</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>10097036036</governmentpublicationsnumber><identifier>58421</identifier><internationalstandardbooknumber>9789860165739 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58421</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫(1/3)=Extension and Improvement of Hydrological Information System Project(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水文水資源資料管理供應系統為國土資訊基礎環境建置計畫子計畫中，在四年的期程中總計辨理了五個計畫，分別為89年度的建立北部區域地理資訊系統資料庫計畫及台灣地區水資源資料管理供應系統建置計畫，90年度的水文水資料管理供應系統-中部區域計畫及91年度與92年度的水文水資料管理供應系統-南部及東部區域兩年計畫等。</abstract><author>銳?科技公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-93010</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>58437</identifier><internationalstandardbooknumber>9789570193275 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58437</librarycollectiondetailsurl><price>155</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)=Expand the Supply System of Hydrological and Water Resource Data (1/4) 使用手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract>為達東港溪整治目標，本計畫檢討評估民國91年「東港溪整治綱要計畫規劃總報告」內容，並彙整各單位預定實施之計畫內容，據以擬定「東港溪整治綱要修正計畫」，供整治東港溪之藍本，並以東港溪水質改善為重點。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960251</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009702199</governmentpublicationsnumber><identifier>58438</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58438</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>東港溪整治綱要(修正計畫)規劃：水質改善＝Revised Master Plan for Dong-Gang River：W0ater Quality Improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫以朴子溪月眉潭橋上下游段為例，研擬適度疏浚方案，因應疏浚可能造成之河川地形改變，提出相關橋基安全輔助方案幫助下游面現有沖刷坑回淤，並達到橋樑改建前過渡期間橋基之保護。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA-0904007</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009404812</governmentpublicationsnumber><identifier>58469</identifier><internationalstandardbooknumber>9.80E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58469</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究總報告=Scouring Effects around Bridge Sites due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要目的旨在檢討頭前溪中正橋附近大峽谷河床之持續刷深問題，並研擬具體之改善策略，以盡可能恢復河道長期穩定之狀態，確保相關跨河及河防構造物之安全。</abstract><author>交通大學</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>58476</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58476</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(1/1)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要目的旨在檢討頭前溪中正橋附近大峽谷河床之持續刷深問題，並研擬具體之改善策略，以盡可能恢復河道長期穩定之狀態，確保相關跨河及河防構造物之安全。</abstract><author>交通大學</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>58477</identifier><internationalstandardbooknumber>9789860034417 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58477</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(1/1)(電子書)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由試驗量測技術研發與應用、數值模式建立與模擬、虛擬實境展示，以探討水工構造物附近流場及底床沖刷特性。計畫以基隆河員山子分洪入口及水尾灣丁壩設置為主要研究對象，分二年進行研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009404347</governmentpublicationsnumber><identifier>58478</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58478</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水工構造物附近流場與底床沖刷特性觀測及數值模擬展示(2/2)總報告=The measurements,numerical simulations and virtual reaity displays for the flow field and bed scour characteristics around hydraulic structures(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以加拿大亞伯他大學土木與環境學系所發展的河川棲地二模式(River 2D)為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品質評估模組</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970257</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009703505</governmentpublicationsnumber><identifier>58479</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58479</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(2/2)成果報告書 (光碟版)＝The  application of 2-dimensional river habitat model(river 2D)</title><yearidentifier>200812</yearidentifier></data><data><abstract>"賀伯"之名乍現腦際是個和藹可親的鄰家老翁,但是一個颱風可就令人咬牙切齒,無法忘懷。八十五年七月底八月初,在賀伯一陣狂驟雨肆虐之下,暴漲的河水及濤天的巨浪,淹沒了農田,傾倒了房舍,土石淹沒了村莊,甚至帶走了生命,此災情仍一幕幕鮮活的烙印在門腦海中,如今雖然經過時間的滌渥,甚難完全?去這慘痛的痛訓。</abstract><author>台灣省水利處</author><categoryidentifier>328..8   443.689790</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>30923870016</governmentpublicationsnumber><identifier>58480</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58480</librarycollectiondetailsurl><price>480</price><publisher>臺灣省水利處</publisher><publishrocyear>87</publishrocyear><title>1996賀伯颱風紀實－水利工程災修實錄</title><yearidentifier>199804</yearidentifier></data><data><abstract>本計畫範圍於美濃鎮區，南北長15公里、東西寬9公里，面積120.031平方公里；其東北西三面環山，北部略高，西南略低，年雨量約在2,000~2,500 mm之間。計畫以水圳文化為規劃概念，規劃美濃鎮整體親水環境，並結合地方文化及地景特色為目標。所以本計畫之規劃目標：「以水環境保育及統合治水構想來保留美濃地區鄉土風情及特色」、「以水圳文化為概念，規劃美濃鎮整體親水環境」及「結合美濃之地方文化及地景特色」分項整理出本案各類水圳環境規劃。</abstract><author>順發工程顧問有限公司編</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960108</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009702745</governmentpublicationsnumber><identifier>58481</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58481</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>美濃地區水環境保育及統合治水規劃：美濃地區水圳文化(光碟版)＝The  water environmental conservation and comprehensive flood regulation in Meinong：irrigation culture in Meinong</title><yearidentifier>200810</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA 09600</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>58482</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58482</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(下冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation(DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區地表水源由於降雨時空分佈不均,常造成河川逕流豐枯懸殊之現象。因此,以往一缺水常以興建水庫之方式解決,但是由於台灣的地形及地質並非特別適合水庫之興建-水庫易淤積且壽命短暫,況且今後興建大壩及水庫的果茌度增加,水資源豐富可予取予求的時代已成過去;而產業經濟的發展及人民生活品質的提昇、人口成長的趨勢等相對造成有限水資源的需求壓力與日俱增。</abstract><author>夏龍</author><categoryidentifier>443.649</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>30176840014</governmentpublicationsnumber><identifier>58487</identifier><internationalstandardbooknumber>9789570048704 ; 9789570048</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58487</librarycollectiondetailsurl><price></price><publisher>台灣省政府</publisher><publishrocyear>83</publishrocyear><title>本省河川興建攔河堰增加水源之可行其對環境之影響省政業務研討會實錄(二十)</title><yearidentifier>199412</yearidentifier></data><data><abstract> </abstract><author>瑪佳有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009703552</governmentpublicationsnumber><identifier>58489</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58489</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>洄?水岸風情畫(光碟版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>環境及保育意識的提昇及自然環境的變化如全球氣候變遷等，台灣地區水資源管理已面臨更大的挑戰，因此水資源經理的工作內容亦將隨之而變，工程開發將不再是唯一的選項，水量調度與生態維護將是未來的主軸。有鑑於此，本計畫目的乃在探討在環境承載能力範圍內水資源最大開發總量，並以維持河川正常機能為原則。河川正常機能乃是在提供充足的水量並維持適當的水質與河相變化下，滿足流域上各種人類的活動與生態的需求。本計畫以此為基礎，訂定流域水資源最大可開發量之評估機制，其中包括永續利用指標及其評估標準之選定，及以系統動態學為發展平台，建立流域水量、水質及泥沙平衡等模擬模式。本計畫並以大甲及大安溪流域為研究區域，就現有系統及增加越域引水等兩種系統狀況，及不同的生態基流量下，應用所建置之模擬平台與評估機制，模擬評估大甲溪流域在永續利用下之最大可開發量，以作為大甲溪流域水資源開發總量管制之參考。初步結果顯示增加大安大甲聯合營運系統，且以Q95為生態基流量基準，在滿足本計畫所選定的永續利用原則下，應可滿足目前推估之台中地區民國110年非高成長之公共需求。此外，在一高與高速鐵路之間的河段，其年沖刷率接近1公尺，必要時須進行泥砂回送河道措施以減緩沖刷。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970154</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009703413</governmentpublicationsnumber><identifier>58494</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58494</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域水資源永續利用下可開發量評估機制研究計畫(光碟版)＝Developing  assessment methodologies of available basin water resources considering sustainable development</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的係依據排水集水區條件,以本省西南沿海地層下陷低窪地區為實,以各種滯洪或蓄洪設施整合利用,減輕淹水問題,同時增加補注量,減緩地層下陷滯洪設施並可兼為休閒遊憩場所或為生物之棲地,期能達到排水整治兼顧生態環境保育之目標.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>58495</identifier><internationalstandardbooknumber>9789570195309 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58495</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究=Study on the lntegrated Regulation and Detention Devices Utilization</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫目的係依據排水集水區條件,以本省西南沿海地層下陷低窪地區為實,以各種滯洪或蓄洪設施整合利用,減輕淹水問題,同時增加補注量,減緩地層下陷滯洪設施並可兼為休閒遊憩場所或為生物之棲地,期能達到排水整治兼顧生態環境保育之目標.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/22</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>58497</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58497</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究(電子書)=Study on the lntegrated Regulation and Detention Devices Utilization</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫對北港溪河系河川有關之基礎資料，包括人文、地文、及水文資料、生物、空間利用等之河川情勢調查，並將所蒐集及調查之資料建立北港溪河系以河川為單元之GIS生態資料庫系統</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>58498</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58498</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系情勢調查計畫=Investigation of stream status of Bei-gang River 成果報告(總報告)</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫對北港溪河系河川有關之基礎資料，包括人文、地文、及水文資料、生物、空間利用等之河川情勢調查，並將所蒐集及調查之資料建立北港溪河系以河川為單元之GIS生態資料庫系統</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>58499</identifier><internationalstandardbooknumber>9789860149425 ; 9789860149</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58499</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系情勢調查計畫(電子書)=Investigation of stream status of Bei-gang River 成果報告(總報告)</title><yearidentifier>200808</yearidentifier></data><data><abstract>附錄</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960240</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>58500</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58500</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系河川情勢調查計畫=Investigation of stream status of Bei-gang River 成果報告(附錄)</title><yearidentifier>200808</yearidentifier></data><data><abstract>以曾文水庫集水區作為研究地點，建立集水區水砂生產及輸送運移評估模式。整體數值模式包含集水區水砂生產輸送模式及水庫泥砂運移淤積模式，其中集水區水砂生產輸送模式主要考慮降雨-逕流、坡地崩塌、表土沖蝕動床模式NETSTARS模式</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009404814</governmentpublicationsnumber><identifier>58501</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58501</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水庫水理、水質、泥沙量測及運移機制分析=Study on the Sedimentary Delivery of Reservoir Watershed</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫依此理念探討台灣都市型河川之復育方法，供臺灣規劃都市型河川復育之參考，並選擇大里溪為個案，規劃其復育方案以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>58502</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58502</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(2/2)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>大里溪水系發源於台中縣大橫屏山，各支流進入台中地區後分別匯入幹流，而於烏日鄉注入烏溪。大里溪水系平地段河道分岐散亂而易生洪災。為防洪需要，大里溪自民國79年起執行「大里溪水系基本治理計畫」而將其幹流整治為微彎型之深槽，兩側整為平坦之洪灘，並以堤防保護沿岸地區。治理後，幹流於深槽內另外形成彎曲窄槽，其彎段之蠕動沖蝕深槽邊岸，甚至威脅堤防之安全。同時，河槽與洪灘也因此喪失多樣性棲地，品質變劣；廊道也失去景觀遊憩價值。另一方面，大里溪水系之水質也因沿岸社區與工廠排入廢污水而受到嚴重污染。大里溪幹流因持續惡化而需予以復育。本報告以大里溪為對象進行復育規劃，以做為台灣其他都市型河川復育之示範</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>58505</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58505</librarycollectiondetailsurl><price>2700</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>大里溪水系發源於台中縣大橫屏山，各支流進入台中地區後分別匯入幹流，而於烏日鄉注入烏溪。大里溪水系平地段河道分岐散亂而易生洪災。為防洪需要，大里溪自民國79年起執行「大里溪水系基本治理計畫」而將其幹流整治為微彎型之深槽，兩側整為平坦之洪灘，並以堤防保護沿岸地區。治理後，幹流於深槽內另外形成彎曲窄槽，其彎段之蠕動沖蝕深槽邊岸，甚至威脅堤防之安全。同時，河槽與洪灘也因此喪失多樣性棲地，品質變劣；廊道也失去景觀遊憩價值。另一方面，大里溪水系之水質也因沿岸社區與工廠排入廢污水而受到嚴重污染。大里溪幹流因持續惡化而需予以復育。本報告以大里溪為對象進行復育規劃，以做為台灣其他都市型河川復育之示範</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>58506</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58506</librarycollectiondetailsurl><price>2700</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要工作包括基本資料蒐集與補充調查分析、測量工作、水深地形變遷特性分析等，並藉由本計畫之監測調查與分析，可提供日後海岸規劃設計時之參考應用。</abstract><author>怡興工程顧問公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>58509</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58509</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)=Monitoring  of  Coastal  Topography  at  Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>研究檢討水利署現階段各項業務執行情形與成果以及提供未來工作規劃提議。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970012</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009703612</governmentpublicationsnumber><identifier>58514</identifier><internationalstandardbooknumber>9789860166026 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58514</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(1/3)－光碟版  Improving capability for water resource affairs management and policy-planning</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究以雲林沿海平原地區之排水集水區為對象,建立設站觀測之模式/查詢網頁架構/數值模式聯結與建議設站後之管理機制,以供未來平地排水區域設置自記式水位流量觀測站之參考.</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.1029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>58515</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58515</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立、觀測分析研究(平地排水區域)=The Study on the Establishment,Measurement,and Analysis of Automatic Stage-Discharge Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>中央大學土木系</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>58517</identifier><internationalstandardbooknumber>9789570195583 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58517</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及其應用系統之建置計畫」=Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract>環境及保育意識的提昇及自然環境的變化如全球氣候變遷等，台灣地區水資源管理已面臨更大的挑戰，因此水資源經理的工作內容亦將隨之而變，工程開發將不再是唯一的選項，水量調度與生態維護將是未來的主軸。有鑑於此，本計畫目的乃在探討在環境承載能力範圍內水資源最大開發總量，並以維持河川正常機能為原則。河川正常機能乃是在提供充足的水量並維持適當的水質與河相變化下，滿足流域上各種人類的活動與生態的需求。本計畫以此為基礎，訂定流域水資源最大可開發量之評估機制，其中包括永續利用指標及其評估標準之選定，及以系統動態學為發展平台，建立流域水量、水質及泥沙平衡等模擬模式。本計畫並以大甲及大安溪流域為研究區域，就現有系統及增加越域引水等兩種系統狀況，及不同的生態基流量下，應用所建置之模擬平台與評估機制，模擬評估大甲溪流域在永續利用下之最大可開發量，以作為大甲溪流域水資源開發總量管制之參考。初步結果顯示增加大安大甲聯合營運系統，且以Q95為生態基流量基準，在滿足本計畫所選定的永續利用原則下，應可滿足目前推估之台中地區民國110年非高成長之公共需求。此外，在一高與高速鐵路之間的河段，其年沖刷率接近1公尺，必要時須進行泥砂回送河道措施以減緩沖刷。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970154</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009703413</governmentpublicationsnumber><identifier>58529</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58529</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>流域水資源永續利用下可開發量評估機制研究計畫＝Developing  assessment methodologies of available basin water resources considering sustainable development</title><yearidentifier>200812</yearidentifier></data><data><abstract>高屏大湖工程計畫自93年12月15日奉行政院核定後，其94、95、96年度所編列預算均被立法院全數刪除，而無實際之工程執行進度。97年度雖奉行政院核列新十大建設計畫1億元經費，並送請立法院審議當中。惟若相關計畫內容如未能調整，則後續恐仍將持續面對立法院預算審查通過與否、環保團體質疑及民眾抗爭等問題。 96年度水利規劃試驗所及南區水資源局已分別辦理「高屏大湖開發營運方式與地下水位變化研究」及「高屏大湖工程計畫－試挖及地下水文監測追蹤與檢討評估計畫」等二項計畫，其成果關係到本計畫方向之調整，經水利署於97年2月25日召開研商「高屏大湖工程計畫」後續推動事宜會議，邀請二單位分別就辦理成果進行說明，於會中已確認高屏大湖工程計畫後續修正或推動之原則。 爰前述修正原則尚待進一步檢討分析部分，水利署乃辦理「高屏大湖（第一階段工程）可行性研究」計畫技術服務工作，計畫再行收集資料分析補充，確認其可行性，為將來研提工程修正計畫書循程序報院核定之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970281</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009703506</governmentpublicationsnumber><identifier>58538</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58538</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>高屏大湖(第一階段)可行性研究(內附光碟)＝Feasibility Study of Gaoping Lake (phase 1)</title><yearidentifier>200812</yearidentifier></data><data><abstract>高屏大湖工程計畫自93年12月15日奉行政院核定後，其94、95、96年度所編列預算均被立法院全數刪除，而無實際之工程執行進度。97年度雖奉行政院核列新十大建設計畫1億元經費，並送請立法院審議當中。惟若相關計畫內容如未能調整，則後續恐仍將持續面對立法院預算審查通過與否、環保團體質疑及民眾抗爭等問題。 96年度水利規劃試驗所及南區水資源局已分別辦理「高屏大湖開發營運方式與地下水位變化研究」及「高屏大湖工程計畫－試挖及地下水文監測追蹤與檢討評估計畫」等二項計畫，其成果關係到本計畫方向之調整，經水利署於97年2月25日召開研商「高屏大湖工程計畫」後續推動事宜會議，邀請二單位分別就辦理成果進行說明，於會中已確認高屏大湖工程計畫後續修正或推動之原則。 爰前述修正原則尚待進一步檢討分析部分，水利署乃辦理「高屏大湖（第一階段工程）可行性研究」計畫技術服務工作，計畫再行收集資料分析補充，確認其可行性，為將來研提工程修正計畫書循程序報院核定之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970281</commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009703506</governmentpublicationsnumber><identifier>58543</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58543</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>高屏大湖(第一階段)可行性研究(光碟版)＝Feasibility Study of Gaoping Lake (phase 1)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>和新工程顧問股份有限公司</author><categoryidentifier>443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>1009102074</governmentpublicationsnumber><identifier>58559</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58559</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫 四、工程專題 1.攔河堰及引水工程規劃</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>554.61   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/23</date><governmentpublicationsnumber>8944892008</governmentpublicationsnumber><identifier>58583</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58583</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>大甲溪可能水源利用方案檢討規劃報告</title><yearidentifier>200012</yearidentifier></data><data><abstract>過去台灣的河川生態調查相當片段,亦沒有整合,這三年來在水利署水利規劃試驗所的經費支持下,本中心已完成北部、中部及南部地區之相關資料彙整,並進行河川生態之補充調查,將北、中、南部之河川生態基本資料庫建立起來。近年來生態保育意識抬頭,國人對於鄉土生物之研究及保育工作隨之興起,河川生態保育及其環境保護與資源永續利用的問題,已被各相關並務管理單位視為一個重要課題。</abstract><author>李訓煌計畫主持;陳義雄共同主持</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>58614</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58614</librarycollectiondetailsurl><price>495</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(3/4)(南部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200212</yearidentifier></data><data><abstract>在地理資訊系統裡,系統的開發很重要,資料的建置又是長久且費力的工作,目前全省河川生態資料庫建立之系統架構大致已完成設置,惟其週邊輔助系統包括軟,硬體及將來網站之維護亦宜及早規劃,始能讓資料庫裡的資料即時更新,隨時提供即時的資訊與現況,以利使用者上網瀏覽查詢。</abstract><author>李訓煌計畫主持;陳義雄共同主持</author><categoryidentifier>443.689792</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>58621</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58621</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(2/4)(中部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200202</yearidentifier></data><data><abstract>水資源建設及管理的影響及其深遠，尤其是其外部性不但對整體經濟有所影響，也會產生社會面及環境面的影響，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益已決定水資源建設是否應投資興建。本研究之主要目的在於針對水資源建設與管理的環境成本效益部分進行探討，並建立一套評估水資源建設及管理之環境成本效益步驟。本計畫執行期間為三年，本年度為第三年計畫，前兩年度研究成果包括：界定水資源建設與管理之環境成本與效益之定義和範疇；確立水資源工程與管理之環境成本與效益之評估方法；確立水資源管理和工程建設之環境成本與效益之項目、內容，以及評估方法與步驟；以平地水庫興建和廢（污）水再生利用設施為例，評估水資源設施建造之環境成本與效益；建立水資源建設工程環境成本效益之評估流程，並撰寫評估手冊。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950034</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009601719</governmentpublicationsnumber><identifier>58623</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58623</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源建設與管理環境成本分析之研究(3/3)＝Environmental Cost - Benefit Analysis of Water Development Project and Water Management</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，巳完成魚道類型、魚道水理試驗、魚道設計、魚道功能評估、台灣魚種、以及魚類泳能力等文獻資料。在現有魚道的觀測方面，以北勢溪坪林5號防砂之骨型魚道為研究案例，進行生態調查，以及河道與魚道之地形與水理量測，並探討水理是否滿足魚類上溯之需求。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970260</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703089</governmentpublicationsnumber><identifier>58624</identifier><internationalstandardbooknumber>9789860160390 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58624</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(1/2)=The flow simulation and design principles of the stream corridors (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。本計畫今年度主要完成工作內容：一、	頭前溪流域基本資料補充分析蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。三、	頭前溪中正橋河段地形測量及地質鑽探於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。四、	中正橋河段沖刷防治工法方案模擬規劃蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。五、	沖刷防治工法數值模擬分析及模擬結果分析討論由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析(一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。(二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。七、	中正橋河段現地水砂觀測規劃八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>097-B-01030-001-008</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703330</governmentpublicationsnumber><identifier>58626</identifier><internationalstandardbooknumber>9789860162493 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58626</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(1/2)(內附光碟)=Engineering Design and Assessment of Erossion Prevention of the Tou-Cian River Channel at the Jhong - Jheng Bridge (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>為對全國小型水力發電潛能及初步可行性具通盤瞭解，並研提小水力發電產業科技發展計畫之綱要草案，特成立本計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970288</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703977</governmentpublicationsnumber><identifier>58631</identifier><internationalstandardbooknumber>9789860169232 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58631</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川及供排水渠道發展小水力發電潛能評估及可行性先期研究=Small Hydropower Potential Evaluation and Preliminary Feasibility Study for Rivers and Canals</title><yearidentifier>200812</yearidentifier></data><data><abstract>水資源建設及管理的影響極其深遠，其外部性不但對整體經濟有所影響，也會產生社會面及環境面的衝擊，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益以決定水資源建設是否應投資興建。過去三年本研究團隊針對水資源建設與管理的環境成本效益部分進行探討，並建立一套評估水資源建設及管理之環境成本效益步驟。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950034</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009700094</governmentpublicationsnumber><identifier>58634</identifier><internationalstandardbooknumber>9789860129113 ; 9789860129</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58634</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源建設與管理環境成本評估手冊＝Environmental Cost - Benefit Analysis of Water Development Project and Water Management Manual</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫針對水利署位於台北縣新店溪河畔「南勢角水工試驗室」進行整體規劃，考量防災教育館之水利科技展示、研究、教育、體驗目的，以提昇國民對水利科技之瞭解，同時應與水利署防災業務結合，指揮調度之需求。</abstract><author>國立臺灣大學</author><categoryidentifier>306.833</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970222</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703139</governmentpublicationsnumber><identifier>58638</identifier><internationalstandardbooknumber>9789860161182 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58638</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水科技博物館與防災指揮調度中心可行性規劃=Feasibility study of Hydrotech museum and Water Harzard Mitigation Center</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究首先參照相關研究文獻，將水患治理經濟效益區分為直接防洪效益，以及產業關聯效果所產生之效益兩部分。防洪效益部分以損害評估法和特徵價格法分別計算，因損害減少或房價上升所帶來的效益。本研究選定雲林南部地區與塔寮坑溪流域，分別做為鄉村與都會之案例區。研究過程蒐集案例地區之各項社經、人文、歷年淹水損害等資料，並針對案例地區家戶、農業、工業、商業、農漁等部門進行問卷調查，再依據調查結果建立計量模型，推算出家戶、工業、商業、農漁等部門之損害函數與特徵價格。本研究並取得研究案例地區淹溢情況GIS網格資料，配合前述損害函數、調查資料與社經資料，推算得到研究案例地區治水前後之損害差值，此亦即案例地區之治水效益。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950385</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009701105</governmentpublicationsnumber><identifier>58642</identifier><internationalstandardbooknumber>9789860144192 ; 9789860144</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58642</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水患治理之經濟效益評估=An Economic Analysis of Flood Control</title><yearidentifier>200803</yearidentifier></data><data><abstract>研擬水庫淤泥應用於河川保護及海岸國土保育之研究,並針對指定水庫之具體條件,因地制宜,擬訂具有最佳利用效率之方案.</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009304090</governmentpublicationsnumber><identifier>58643</identifier><internationalstandardbooknumber>9789570194609 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58643</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫淤泥應用於國土保育之研究(1/3)=Utilization of Reservoir Sediment on National Land Conservation(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>(一)基本資料之蒐集整理分析I.完成台灣水庫清淤規劃之相關資料庫2.台灣水庫之清淤規劃資料3.台灣水庫之淤泥處理與再利用資料II.完成國外水庫清淤防淤技術之相關資料庫1.清淤防淤技術資料2.淤泥處理與再利用技術資料(二)高效率水庫清淤之研究(三)浚渫物處理之研究</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009204504</governmentpublicationsnumber><identifier>58644</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58644</librarycollectiondetailsurl><price>765</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水庫高效率排砂(4/4) =Development of High Efficiency Reservoir Desilting Methods (4/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計劃自濁水溪集集攔河堰以下至河口處，擇定適當橋樑，於深槽橋墩附近進行現場颱洪期間之沖淤量測，檢驗國內經驗公式或推估模式，並提出適用於台灣河道深槽沖淤潛勢評估之經驗式，供防洪規劃及誇河構造物與保護工設計之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009404440</governmentpublicationsnumber><identifier>58650</identifier><internationalstandardbooknumber>9789860037418 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58650</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道深槽沖淤量測及預測模擬變化潛勢評估(3/3)(以濁水溪為研究案例) (總報告)=Field Measurements of Main Channel Bed Variations and Evaluation of Their Potential Potential Prediction(Case study of Cho-Shui River)</title><yearidentifier>200512</yearidentifier></data><data><abstract>第一年度主要是理論與資料蒐集的基本工作，建置初步數值模式。第二年繼續數模發展及進行流變參數試驗，初步以實際案例進行模式應用，舉辦圓桌會議，提供數值模式繼續修正與整治規劃條件檢討方向。第三年研擬高含砂水流規劃設計，完成規劃設計手冊與輔助操作軟體，俾利於規劃設計單位參考使用</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703094</governmentpublicationsnumber><identifier>58651</identifier><internationalstandardbooknumber>9789860160444 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58651</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用總成果報告=Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫以加拿大亞伯他大學土木與環境學系所發展的河川棲地二模式(River 2D)為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品質評估模組</abstract><author>行政院農業委員會持有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970257</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703505</governmentpublicationsnumber><identifier>58653</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58653</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(2/2)成果資料(光碟版)=The Application of 2-Dimensional River Habitat Model (River 2D)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫以加拿大亞伯他大學土木與環境學系所發展的河川棲地二模式(River 2D)為演算核心，用以模擬河川流況，並研究開發本土性之河川棲地品質評估模組</abstract><author>行政院農業委員會持有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970257</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703505</governmentpublicationsnumber><identifier>58657</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58657</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川棲地二維模式(River 2D)之應用研究(2/2)(第二年)成果報告書=The Application of 2-Dimensional River Habitat Model (River 2D)</title><yearidentifier>200812</yearidentifier></data><data><abstract>藉由國內外河川與海岸地文環境與水文條件，及其生態工法演進、推動與成果等相關文獻資料蒐集，針對本署所施作河川、海岸生態工法之推動成果深入評析，研擬國內河川、海岸推動生態工法之策略，並提出本署推動河川、海岸生態工法說帖。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009503387</governmentpublicationsnumber><identifier>58666</identifier><internationalstandardbooknumber>9789860075007 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58666</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>生態工法演進、推動、實施成果評估＝Evaluation for Process、Impel and Execution of Ecotechnology</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外河川與海岸地文環境與水文條件，及其生態工法演進、推動與成果等相關文獻資料蒐集，針對本署所施作河川、海岸生態工法之推動成果深入評析，研擬國內河川、海岸推動生態工法之策略，並提出本署推動河川、海岸生態工法說帖。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009503387</governmentpublicationsnumber><identifier>58668</identifier><internationalstandardbooknumber>9789860075007 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58668</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>生態工法演進、推動、實施成果評估(電子書)＝Evaluation for Process、Impel and Execution of Ecotechnology</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究以頭前溪隆恩堰、濁水溪集集攔河堰及八掌溪竹山堰等三處攔河堰為研究案例，對於軟弱岩層河沖刷的力學分析及穩定工法進一步加以研究並提供處理策略以供參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970088</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703349</governmentpublicationsnumber><identifier>58675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58675</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水工結構物位於軟弱岩層沖刷機制探討計畫成果資料光碟(光碟版)=Study on the Mechanism of Soft Rock Scouring in the Downstream of Hydraulic Structures</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫初步規劃於陽明湖上游側植生保護帶及湖庫內種植水生植物改善計畫區內原水質並結合加高田埔水庫溢洪頂高程之綜合方案</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703380</governmentpublicationsnumber><identifier>58677</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58677</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>金門前埔溪流域水資源利用調查規劃＝Survey and Planning for the Water Resources Use of the Chian Pu Chi Basin in Kinmen</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫初步規劃於陽明湖上游側植生保護帶及湖庫內種植水生植物改善計畫區內原水質並結合加高田埔水庫溢洪頂高程之綜合方案</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703380</governmentpublicationsnumber><identifier>58680</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58680</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>金門前埔溪流域水資源利用調查規劃(光碟版)=Survey and Planning for the Water Resources Use of the Chian Pu Chi Basin in Kinmen</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為第2年計畫著重淡水河決策管理模式之建立，另外則會應用第一年度所建立系統動力模式分析供水系統脆弱度評估之方式，除建立氣侯變遷情境下之水文資料，並初步探討中部供水系統之氣侯變遷衝擊及脆弱度分析，同時認此評估方法之可行性。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970053</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703385</governmentpublicationsnumber><identifier>58690</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58690</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力(2/2)=Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為第2年計畫著重淡水河決策管理模式之建立，另外則會應用第一年度所建立系統動力模式分析供水系統脆弱度評估之方式，除建立氣侯變遷情境下之水文資料，並初步探討中部供水系統之氣侯變遷衝擊及脆弱度分析，同時認此評估方法之可行性。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970053</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703385</governmentpublicationsnumber><identifier>58692</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58692</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力(2/2)－光碟版=Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>兩年度工作目標在於：(一)供水系統之現況與氣侯變遷衝擊評估，第一年以北部供水系統為研究對象；第二年以中部供水系統為研究範圍(二)決策管理架構之建立。第一年收集彙整國外相關文獻；第二年著重管理模式之建立，以作為未來水資源政策之參考依據。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970053</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703386</governmentpublicationsnumber><identifier>58694</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58694</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力總報告(民國96~97年)=Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change Consolidated Report (2007~2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>兩年度工作目標在於：(一)供水系統之現況與氣侯變遷衝擊評估，第一年以北部供水系統為研究對象；第二年以中部供水系統為研究範圍(二)決策管理架構之建立。第一年收集彙整國外相關文獻；第二年著重管理模式之建立，以作為未來水資源政策之參考依據。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970053</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/2</date><governmentpublicationsnumber>1009703386</governmentpublicationsnumber><identifier>58695</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58695</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>強化區域水資源永續利用與因應氣候變遷之調適能力總報告(民國96~97年)－光碟版=Strengthening Sustainable Water Resources Utilization and Adaptive Capacity to Climate Change Consolidated Report (2007~2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>研討停灌休耕區之空間分佈影響，建立空間決策指標。嘉南水利會灌區為研討區，估算農業用水，模擬不同小組別、系統別之停灌休耕情形，探討可節餘水量、面積、指標關係。</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61   443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970054</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703383</governmentpublicationsnumber><identifier>58696</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58696</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究(2/2)=Spatial Analysis on Impacts of Fallow Decision upon Regional Irrigation Demands in Chia-Nan Command Area(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>研討停灌休耕區之空間分佈影響，建立空間決策指標。嘉南水利會灌區為研討區，估算農業用水，模擬不同小組別、系統別之停灌休耕情形，探討可節餘水量、面積、指標關係。</abstract><author>台灣地理資訊學會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970054</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703383</governmentpublicationsnumber><identifier>58697</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58697</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究(2/2)－光碟版=Spatial Analysis on Impacts of Fallow Decision upon Regional Irrigation Demands in Chia-Nan Command Area(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>停灌休耕決策受到空間分佈、可節餘水量、水源遠近、團塊程度、面積等影響，計畫研討上述因子影響。嘉南水利會灌區為研討區，建立地理資料庫，進行小組、系統別之停灌休耕模擬</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61   443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970054</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703384</governmentpublicationsnumber><identifier>58698</identifier><internationalstandardbooknumber>9789860163285 ; 9789860163</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58698</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究總報告(民國96~97年)＝Spatial  Analysis on Impacts of Fallow Decision upon Regional Irrigation Demands in Chia-Nan Command Area Conssolidated Report (2007-2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>停灌休耕決策受到空間分佈、可節餘水量、水源遠近、團塊程度、面積等影響，計畫研討上述因子影響。嘉南水利會灌區為研討區，建立地理資料庫，進行小組、系統別之停灌休耕模擬</abstract><author>台灣地理資訊學會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970054</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703384</governmentpublicationsnumber><identifier>58699</identifier><internationalstandardbooknumber>9789860163285 ; 9789860163</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58699</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>嘉南水利會灌區休耕決策對灌溉用水影響之空間分析研究總報告(民國96~97年)－光碟版＝Spatial  Analysis on Impacts of Fallow Decision upon Regional Irrigation Demands in Chia-Nan Command Area Conssolidated Report (2007-2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>58701</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58701</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(總報告)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>306.833</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970222</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703139</governmentpublicationsnumber><identifier>58707</identifier><internationalstandardbooknumber>9789860161182 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58707</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水科技博物館與防災指揮調度中心可行性規劃=Feasibility study of Hydrotech museum and Water Harzard Mitigation Center</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫擬針對大甲溪流域卵礫石河段，選取適當觀測地點，進行三年颱洪水理、輸砂及河道沖刷觀測，以作為河道治理及相關水工與跨河構造物安全評估之參考</abstract><author>國立中興大學</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970235</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703186</governmentpublicationsnumber><identifier>58709</identifier><internationalstandardbooknumber>9789860161502 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪河段輸砂關係試驗研究(1/3)＝Field Study of Sediment Transport Characteristics for Da-Chia River.(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>降低蓄水庫設施失敗之風險，以確保人民生命財產之安全，為蓄水庫安全管理之主要目標。為達此目的，在公共工程預算經費有限下，水庫之維護管理除賴各既有設施之檢測、監測、安全評估與補強維護等工作外，其中安全評估工作應考慮風險因素，即考慮設施所能容忍之最大破壞機率與後續造成之危害程度，將預算經費做最有效益之運用，以符合經濟有效之原則。基於上述因素考量及借鏡目前先進國家之經驗，本計畫旨在建立一套符合國內既有環境之蓄水庫風險管理制度及其執行方法，以應蓄水庫安全管理工作迫切之需求，且符合未來工程發展之趨勢。</abstract><author>中興工程顧問有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703467</governmentpublicationsnumber><identifier>58718</identifier><internationalstandardbooknumber>9789860164250 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58718</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫安全風險管理之研究成果報告書(2/2) A study on the Dam Safety RisK Management Final Report (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6406</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009001350</governmentpublicationsnumber><identifier>58721</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58721</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>90</publishrocyear><title>寶山第二水庫工程計畫築壩材料與輾壓試驗成果報告</title><yearidentifier>200108</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局（以下簡稱水源局）為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(1/3)」（以下簡稱本計畫），並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理。 爰水質監測對於水源局執行全國唯一設置之水源特定區等相關管理工作亟為重要，故依歷年局內所規劃之環境監測計畫，及行政院環保署之相關監測規定和項目進行水質監測，並配合水量觀測，期藉由長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫。並依地面水體分類水質標準、飲用水水源水質標準、放流水標準等檢測重要水質檢測項目，以確實掌控轄內水質狀況。本計畫主要目的為：一、加強河川水體水質監測作業及分析，建全水體水質資料。二、加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。三、建置本區河川水質資料庫及相關應用資料查詢系統，其系統建立後應能結合水利署相關水資源系統。 本報告彙整至目前檢測結果，提報九十七年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本計畫已針對委辦單位需求，配合既有水質資料、水利署及環保署相關資訊系統，建構簡易水質查詢系統及實體資料庫之建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970273</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704029</governmentpublicationsnumber><identifier>58723</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58723</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(1/3)＝Water quantity monitoring in the Carchment  Protected by the Taiper Water Management Office9(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告就本屬92年度所有委辦計畫重要成果彙編，以供檢討與推廣，進一步提升施政品質與效率。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009404546</governmentpublicationsnumber><identifier>58735</identifier><internationalstandardbooknumber>9789860037487 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58735</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計劃成果摘要彙編   92年度</title><yearidentifier>200512</yearidentifier></data><data><abstract>新店溪青潭水質水量保護區是大台北地區重要且主要之自來水水源，其直接影響大台北地區約五百萬居民穩定之飲用水水源。.臺北水源特定區管理局除積極進行違規查處外，亦積極思考如何藉由教育宣導，將民眾的無形力量導入，促進水資源之永續經營。. 	本年度透過水資源保育宣導及推廣活動，製作珍愛水資源教育宣導光碟摺頁，並結合NGO組織宣導水源區生態與水源保育之關聯，水資源教育宣導協助水源區內學校成立水源小尖兵，以及辦理水源小尖兵遊學臺北水源特定區，台北水源局與你有約、有話直說－局長訪談、4鄉1市1局座談會，以及計畫成果的發表，企望藉由規劃之活動、課程與研討，聯合四鄉一市民間各種動植物保育團體，建立持續關懷水資源保育之網絡，積極協助本研究區之水資源保育與生態復育工作，培植保育人才，以提昇新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續保育水質水量保護區資源目的。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970276</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704154</governmentpublicationsnumber><identifier>58739</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58739</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭水質水量保護區水源保育教育宣導計畫 Conservation of Water Resource Program for the Ching-Tan Warer Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局（以下簡稱水源局）為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(1/3)」（以下簡稱本計畫），並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理。     爰水質監測對於水源局執行全國唯一設置之水源特定區等相關管理工作亟為重要，故依歷年局內所規劃之環境監測計畫，及行政院環保署之相關監測規定和項目進行水質監測，並配合水量觀測，期藉由長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫。並依地面水體分類水質標準、飲用水水源水質標準、放流水標準等檢測重要水質檢測項目，以確實掌控轄內水質狀況。本計畫主要目的為： 一、加強河川水體水質監測作業及分析，建全水體水質資料。 二、加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。 三、建置本區河川水質資料庫及相關應用資料查詢系統，其系統建立後應能結合水利署相關水資源系統。     本報告彙整至目前檢測結果，提報九十七年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本計畫已針對委辦單位需求，配合既有水質資料、水利署及環保署相關資訊系統，建構簡易水質查詢系統及實體資料庫之建置。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970272</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704028</governmentpublicationsnumber><identifier>58752</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58752</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(1/3)＝Water Qualiity Monitoring for Taiper Water Supply Protected Watershed (1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告就本屬93年度所有委辦計畫重要成果彙編，以供檢討與推廣，進一步提升施政品質與效率。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009404547</governmentpublicationsnumber><identifier>58756</identifier><internationalstandardbooknumber>9789860037469 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58756</librarycollectiondetailsurl><price>1015</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署委辦計劃成果摘要彙編   93年度</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫探討水源保護區水質指標之適用性與預警功能，並評估區內土地利用方式之合理性與對水質衝擊潛勢，規劃保護區水質管理之重要指標與應用、可能衝擊與對策，期研擬符合水源局區域特性之管理措施與實施計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970030</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703833</governmentpublicationsnumber><identifier>58759</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58759</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水質管理技術提升計畫(1/2)＝Improving the Water Quality Management Technology for the Source Water Protection Area at Chingtan Weir in Hsin-Dian River</title><yearidentifier>200812</yearidentifier></data><data><abstract>本水源區整體水質之改善仍有賴本計畫所盧列近中長程規劃，並落實在非結構性相關行政管理措施上；同時藉助各相關單位同步配合採取污染削減措施，及積極輔導水源區茶農施肥習慣之改變，期逐年降低本區水質污染，進而達到甲類水體水質標準之最終目標。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09702</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704074</governmentpublicationsnumber><identifier>58770</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58770</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪水源區金瓜寮溪與魚逮魚堀溪之污染削減規劃及細部設計計畫＝The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers</title><yearidentifier>200812</yearidentifier></data><data><abstract>本水源區整體水質之改善仍有賴本計畫所盧列近中長程規劃，並落實在非結構性相關行政管理措施上；同時藉助各相關單位同步配合採取污染削減措施，及積極輔導水源區茶農施肥習慣之改變，期逐年降低本區水質污染，進而達到甲類水體水質標準之最終目標。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09702</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704074</governmentpublicationsnumber><identifier>58777</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58777</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪水源區金瓜寮溪與魚逮魚堀溪之污染削減規劃及細部設計計畫(光碟版)＝The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers</title><yearidentifier>200812</yearidentifier></data><data><abstract>分析蘭陽地區地面及地下水資源情勢後，建立地面及地下水調配及管理機制及其運用，並進行相關工程初步規劃及計畫經費估算</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703137</governmentpublicationsnumber><identifier>58780</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58780</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>蘭陽地區地面地下水調配及管理模式整合初步規劃＝Preliminary Planning of Integrated Surface-Ground Water Allocation and Management Models for Lan-Yang Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫探討水源保護區水質指標之適用性與預警功能，並評估區內土地利用方式之合理性與對水質衝擊潛勢，規劃保護區水質管理之重要指標與應用、可能衝擊與對策，期研擬符合水源局區域特性之管理措施與實施計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970030</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703833</governmentpublicationsnumber><identifier>58786</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58786</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水質管理技術提升計畫(1/2)－光碟版＝Improving the Water Quality Management Technology for the Source Water Protection Area at Chingtan Weir in Hsin-Dian River (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>分析蘭陽地區地面及地下水資源情勢後，建立地面及地下水調配及管理機制及其運用，並進行相關工程初步規劃及計畫經費估算</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703137</governmentpublicationsnumber><identifier>58789</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58789</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>蘭陽地區地面地下水調配及管理模式整合初步規劃(光碟版)＝Preliminary Planning of Integrated Surface-Ground Water Allocation and Management Models for Lan-Yang Area</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703137</governmentpublicationsnumber><identifier>58793</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58793</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>蘭陽地區地面地下水調配及管理模式整合初步規劃成果資料(光碟版)=Preliminary Planning of Integrated Surface-Ground Water Allocation and Management Models for Lan-Yang Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局（以下簡稱水源局）為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(1/3)」（以下簡稱本計畫），並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理。     爰水質監測對於水源局執行全國唯一設置之水源特定區等相關管理工作亟為重要，故依歷年局內所規劃之環境監測計畫，及行政院環保署之相關監測規定和項目進行水質監測，並配合水量觀測，期藉由長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫。並依地面水體分類水質標準、飲用水水源水質標準、放流水標準等檢測重要水質檢測項目，以確實掌控轄內水質狀況。本計畫主要目的為： 一、加強河川水體水質監測作業及分析，建全水體水質資料。 二、加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。 三、建置本區河川水質資料庫及相關應用資料查詢系統，其系統建立後應能結合水利署相關水資源系統。     本報告彙整至目前檢測結果，提報九十七年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本計畫已針對委辦單位需求，配合既有水質資料、水利署及環保署相關資訊系統，建構簡易水質查詢系統及實體資料庫之建置。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970272</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704028</governmentpublicationsnumber><identifier>58795</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58795</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(1/3)－光碟版＝Water Qualiity Monitoring for Taiper Water Supply Protected Watershed(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局（以下簡稱水源局）為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(1/3)」（以下簡稱本計畫），並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理。 爰水質監測對於水源局執行全國唯一設置之水源特定區等相關管理工作亟為重要，故依歷年局內所規劃之環境監測計畫，及行政院環保署之相關監測規定和項目進行水質監測，並配合水量觀測，期藉由長期之監測工作，建立完整臺北水源特定區管理局管轄範圍之水質品質資料庫。並依地面水體分類水質標準、飲用水水源水質標準、放流水標準等檢測重要水質檢測項目，以確實掌控轄內水質狀況。本計畫主要目的為：一、加強河川水體水質監測作業及分析，建全水體水質資料。二、加強監測作業品質保證措施，提昇監測數據品質必要時並提出改善建議措施。三、建置本區河川水質資料庫及相關應用資料查詢系統，其系統建立後應能結合水利署相關水資源系統。 本報告彙整至目前檢測結果，提報九十七年一月至十二月各測站之監測結果。除將監測結果與放流水標準、地面水體分類水質標準相互比較，並與歷年監測數據比較，進行趨勢分析，同時將監測結果進行RPI、WQI等河川污染指數分析。另外，本計畫已針對委辦單位需求，配合既有水質資料、水利署及環保署相關資訊系統，建構簡易水質查詢系統及實體資料庫之建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970273</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704029</governmentpublicationsnumber><identifier>58796</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58796</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(1/3)(光碟版)＝Water quantity monitoring in the Carchment  Protected by the Taiper Water Management Office9(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>新店溪青潭水質水量保護區是大台北地區重要且主要之自來水水源，其直接影響大台北地區約五百萬居民穩定之飲用水水源。.臺北水源特定區管理局除積極進行違規查處外，亦積極思考如何藉由教育宣導，將民眾的無形力量導入，促進水資源之永續經營。. 	本年度透過水資源保育宣導及推廣活動，製作珍愛水資源教育宣導光碟摺頁，並結合NGO組織宣導水源區生態與水源保育之關聯，水資源教育宣導協助水源區內學校成立水源小尖兵，以及辦理水源小尖兵遊學臺北水源特定區，台北水源局與你有約、有話直說－局長訪談、4鄉1市1局座談會，以及計畫成果的發表，企望藉由規劃之活動、課程與研討，聯合四鄉一市民間各種動植物保育團體，建立持續關懷水資源保育之網絡，積極協助本研究區之水資源保育與生態復育工作，培植保育人才，以提昇新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續保育水質水量保護區資源目的。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970276</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704154</governmentpublicationsnumber><identifier>58797</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58797</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭水質水量保護區水源保育教育宣導計畫(光碟版) Conservation of Water Resource Program for the Ching-Tan Warer Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>200812</yearidentifier></data><data><abstract>第一年度主要是理論與資料蒐集的基本工作，建置初步數值模式。第二年繼續數模發展及進行流變參數試驗，初步以實際案例進行模式應用，舉辦圓桌會議，提供數值模式繼續修正與整治規劃條件檢討方向。第三年研擬高含砂水流規劃設計，完成規劃設計手冊與輔助操作軟體，俾利於規劃設計單位參考使用</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703094</governmentpublicationsnumber><identifier>58800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58800</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(3/3)總成果報告(光碟版)＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫基於民國92年起至96年巳陸續對高台水庫之開發進行相關規劃與調查分析，考量社經條件與水庫計畫推動不易之情況，有必要彙整及評析歷年調查與規劃成果，並針對水庫調水調砂功能進一步釐清，以作為下階段規劃工作參考</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.643</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703284</governmentpublicationsnumber><identifier>58804</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58804</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃(3) 專題報告=Special Subject Report for Kaotai Reservoir Feasibility Study(3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫基於民國92年起至96年巳陸續對高台水庫之開發進行相關規劃與調查分析，考量社經條件與水庫計畫推動不易之情況，有必要彙整及評析歷年調查與規劃成果，並針對水庫調水調砂功能進一步釐清，以作為下階段規劃工作參考</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.643</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703284</governmentpublicationsnumber><identifier>58806</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58806</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃(3) 專題報告(光碟版)=Special Subject Report for Kaotai Reservoir Feasibility Study(3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009100756</governmentpublicationsnumber><identifier>58809</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58809</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫一基本資料調查專題1.工程測量</title><yearidentifier>200203</yearidentifier></data><data><abstract>本計畫基於民國92年起至96年巳陸續對高台水庫之開發進行相關規劃與調查分析，考量社經條件與水庫計畫推動不易之情況，有必要彙整及評析歷年調查與規劃成果，並針對水庫調水調砂功能進一步釐清，以作為下階段規劃工作參考</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703285</governmentpublicationsnumber><identifier>58810</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58810</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃第一階段總報告＝Summary Report for Phase One Feasibility Study of Kaotai Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為具有整體規劃效果之規劃計畫，在兼顧水利條件安全無虞與保護河川水質的前提之下，規劃設計河岸濱溪營造，提供大眾親水與愛水的連結通道。本計畫也針對南、北勢溪游憩人口較多之處，進行河川水質採樣與分析工作，評估遊憩人口對於水質之影響性。根據本計畫分析結果顯示，北勢溪內有多處易淹水區且為遊憩人口眾多的露營地，須要加以保護，而河川治理總經費為新台幣287,140,038元。八處河濱岸營造可以提供更優質的濱溪環境，其營造總經費為新台幣108,675,376元。由於目前北勢溪水質優良，遊憩人口對水質的影響程度尚不明顯，在無直接有效管理法源之前，遊憩管理策略短期可傾向積極管理，建立污染防治設施，收集垃圾並抽取水肥，而長期可修法建立明確法源禁止污染源進入水體。</abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>443.6933   443.60302</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970277</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703948</governmentpublicationsnumber><identifier>58811</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58811</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪上游河川環境整體營造規劃計畫＝Holistic Management  of  Stream Environment  for  Upstream  Xindian Creek  Water  Resource  Protection  Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫基於民國92年起至96年巳陸續對高台水庫之開發進行相關規劃與調查分析，考量社經條件與水庫計畫推動不易之情況，有必要彙整及評析歷年調查與規劃成果，並針對水庫調水調砂功能進一步釐清，以作為下階段規劃工作參考</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009703285</governmentpublicationsnumber><identifier>58812</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58812</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高台水庫可行性規劃第一階段總報告(光碟版)＝Summary Report for Phase One Feasibility Study of Kaotai Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局所轄管污水下水道系統包括「新烏地區污水下水道系統」及「翡翠水庫上游污水下水道系統」，翡翠水庫系統中主要由坪林污水廠進行污水收集並加以處理淨化，新烏系統則由烏來污水廠及直潭污水廠收集民生廢水加以處理。本計劃經分別收集坪林污水廠、直潭污水廠及烏來污水廠之進、放流水量、水質及其處理效率等資料，重新檢討評估處理功能與原規劃設計差異之原因，針對所面臨的問題提出污水廠整體處理功能改善方案。 由坪林污水廠進流水水質得知，污水廠的進流水質有污染物的濃度低、碳源不足及溶氧高之問題，污水處理廠無法營造A2O生物脫氧的條件，且坪林污水廠進流水量僅有原設計值之30~50%，本計劃依照污水廠現有的設備條件，針對生物處理流程，對坪林廠提出五個改善方案，以經濟為考量依據，優先以目前操作方案進行運作，但需定期排泥，估計可將氮、磷之去除率提升20%以上。如欲提高磷之去除效率，建議以化學處理，坪林污水廠可以每個月添加約320公斤10%的PAC或每個月添加約200公斤粉劑的氯化鐵，藉由含磷污泥的排除，以達到除磷之功效。 於模廠實驗成果中顯示，再調整原水鹼度，添加甲醇後，放入生物污泥球的操作下，系統之脫氮效果有明顯穩定發展，總氮之去除率可達86%。建議可在既有的厭氧槽內設置10%~20%(V/V)之污泥球箱籠，輔以適量之甲醇調整鹼度，以利達到提升除氮之效果。 對直潭及烏來污水廠而言，建議優先考慮傳統法：硝化－脫硝，以適應污水之高溶氧及低有機負荷，並提高脫氮效果，如為提高去磷效果，可在二沉池前加鐵鹽或鋁鹽，排泥也為必要步驟，出水氨氮、總磷可在1mg/L以下。 為評估污水廠出流水對承受水體之影響，尚收集了北勢溪、南勢溪的水量、水質資料，藉由計算污水廠出流水對水體之污染貢獻比例，得知其對下游的水質之影響甚微，可維持甲類水體標準。 在針對經濟效益、水質、生態環境影響之評估後，烏來污水廠放流水水質良好，已符合放流水標準，且在經過南勢溪水體之稀釋倍率達100倍以上之情況下，對下游水質影響相對較低。若烏來污水廠就地放流後對生態環境、水質、飲用水安全無疑慮的可能性高，但需考慮居住當地民眾之接受度。</abstract><author>技佳工程顧問有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970304</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/3</date><governmentpublicationsnumber>1009704193</governmentpublicationsnumber><identifier>58813</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58813</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區污水處理廠處理技術改善評估＝Taipei water source specific area sewage treatment plant processing technology improvement appraisal</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要評估抽取台北盆地地下水，降低土壤液化現象發生之可行性及做為經常性水源或緊備援水源的可能方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703138</governmentpublicationsnumber><identifier>58814</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58814</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台北盆地備用地下水井規劃=Development of Groundwater Reserve in Taipei Basin</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要評估抽取台北盆地地下水，降低土壤液化現象發生之可行性及做為經常性水源或緊備援水源的可能方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703138</governmentpublicationsnumber><identifier>58815</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58815</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台北盆地備用地下水井規劃(光碟版)=Development of Groundwater Reserve in Taipei Basin</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703138</governmentpublicationsnumber><identifier>58816</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58816</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>台北盆地備用地下水井規劃計畫成果資料光碟=Development of Groundwater Reserve in Taipei Basin</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為具有整體規劃效果之規劃計畫，在兼顧水利條件安全無虞與保護河川水質的前提之下，規劃設計河岸濱溪營造，提供大眾親水與愛水的連結通道。本計畫也針對南、北勢溪游憩人口較多之處，進行河川水質採樣與分析工作，評估遊憩人口對於水質之影響性。根據本計畫分析結果顯示，北勢溪內有多處易淹水區且為遊憩人口眾多的露營地，須要加以保護，而河川治理總經費為新台幣287,140,038元。八處河濱岸營造可以提供更優質的濱溪環境，其營造總經費為新台幣108,675,376元。由於目前北勢溪水質優良，遊憩人口對水質的影響程度尚不明顯，在無直接有效管理法源之前，遊憩管理策略短期可傾向積極管理，建立污染防治設施，收集垃圾並抽取水肥，而長期可修法建立明確法源禁止污染源進入水體。</abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970277</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703948</governmentpublicationsnumber><identifier>58818</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58818</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪上游河川環境整體營造規劃計畫(光碟版)＝Holistic Management of Stream Environment for Upstream Xindian Creek Water Resource Protection Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局所轄管污水下水道系統包括「新烏地區污水下水道系統」及「翡翠水庫上游污水下水道系統」，翡翠水庫系統中主要由坪林污水廠進行污水收集並加以處理淨化，新烏系統則由烏來污水廠及直潭污水廠收集民生廢水加以處理。本計劃經分別收集坪林污水廠、直潭污水廠及烏來污水廠之進、放流水量、水質及其處理效率等資料，重新檢討評估處理功能與原規劃設計差異之原因，針對所面臨的問題提出污水廠整體處理功能改善方案。 由坪林污水廠進流水水質得知，污水廠的進流水質有污染物的濃度低、碳源不足及溶氧高之問題，污水處理廠無法營造A2O生物脫氧的條件，且坪林污水廠進流水量僅有原設計值之30~50%，本計劃依照污水廠現有的設備條件，針對生物處理流程，對坪林廠提出五個改善方案，以經濟為考量依據，優先以目前操作方案進行運作，但需定期排泥，估計可將氮、磷之去除率提升20%以上。如欲提高磷之去除效率，建議以化學處理，坪林污水廠可以每個月添加約320公斤10%的PAC或每個月添加約200公斤粉劑的氯化鐵，藉由含磷污泥的排除，以達到除磷之功效。 於模廠實驗成果中顯示，再調整原水鹼度，添加甲醇後，放入生物污泥球的操作下，系統之脫氮效果有明顯穩定發展，總氮之去除率可達86%。建議可在既有的厭氧槽內設置10%~20%(V/V)之污泥球箱籠，輔以適量之甲醇調整鹼度，以利達到提升除氮之效果。 對直潭及烏來污水廠而言，建議優先考慮傳統法：硝化－脫硝，以適應污水之高溶氧及低有機負荷，並提高脫氮效果，如為提高去磷效果，可在二沉池前加鐵鹽或鋁鹽，排泥也為必要步驟，出水氨氮、總磷可在1mg/L以下。 為評估污水廠出流水對承受水體之影響，尚收集了北勢溪、南勢溪的水量、水質資料，藉由計算污水廠出流水對水體之污染貢獻比例，得知其對下游的水質之影響甚微，可維持甲類水體標準。 在針對經濟效益、水質、生態環境影響之評估後，烏來污水廠放流水水質良好，已符合放流水標準，且在經過南勢溪水體之稀釋倍率達100倍以上之情況下，對下游水質影響相對較低。若烏來污水廠就地放流後對生態環境、水質、飲用水安全無疑慮的可能性高，但需考慮居住當地民眾之接受度。</abstract><author>技佳工程顧問有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970304</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009704193</governmentpublicationsnumber><identifier>58821</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58821</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區污水處理廠處理技術改善評估(光碟版)＝Taipei water source specific area sewage treatment plant processing technology improvement appraisal</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要在將中庄調整池工程佈置規劃成果結合環境整體之規劃，建置多媒體三維動畫及多媒體影音展示並配合計畫製作文宣摺頁，作為與民眾互動宣導之用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703325</governmentpublicationsnumber><identifier>58835</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58835</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中庄調整池可行性規劃工程計畫多媒體簡介=The Multimedia Introduction to The Engineering Project--- Feasibility Study of Lake Jhongjhung</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要在將中庄調整池工程佈置規劃成果結合環境整體之規劃，建置多媒體三維動畫及多媒體影音展示並配合計畫製作文宣摺頁，作為與民眾互動宣導之用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703325</governmentpublicationsnumber><identifier>58841</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58841</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中庄調整池可行性規劃工程計畫多媒體簡介(光碟版)=The Multimedia Introduction to The Engineering Project--- Feasibility Study of Lake Jhongjhung</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫擬針對大甲溪流域卵礫石河段，選取適當觀測地點，進行三年颱洪水理、輸砂及河道沖刷觀測，以作為河道治理及相關水工與跨河構造物安全評估之參考</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970235</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703186</governmentpublicationsnumber><identifier>58848</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58848</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪河段輸砂關係試驗研究(1/3)－光碟版 ＝Field  Study  of  Sediment  Transport  Characteristics  for  Da-Chia  River.(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫執行構想主要是運用現地調查及模式模擬分析特定區內污染源防治規劃重點區域，以提供特定區中即有之禽畜及崩塌地等點源與非點源污染來源管理方案規劃之依據，進而研提出一套適合台北水源特定區之水環境經營行動方案。本計畫完成建構模式所需更新之崩塌地判釋位置、水體、水質等資料庫外，現地調查結果及模式推估之成果，可作為特定區水源及水質維護之重要基礎資料，亦為水源特定區內未來進行不同土地利用規劃決策之重要參考。另外本計畫另針對永續莊園（Permaculture）之觀念導入特定區中，並完成遴選兩試辦區域及進一步配置規劃，期透過永續莊園理念降低污染物的排放，進而提供水源局另一污染管理、規劃等集水區經營管理行動方向。</abstract><author>社團法人台北市水利技師公會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970020</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703793</governmentpublicationsnumber><identifier>58850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58850</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>台北水源特定區污染源管理及環境經營規劃＝Planning for Pollution Control and Environmental Management in the Taipei Water Sources Domain</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫執行構想主要是運用現地調查及模式模擬分析特定區內污染源防治規劃重點區域，以提供特定區中即有之禽畜及崩塌地等點源與非點源污染來源管理方案規劃之依據，進而研提出一套適合台北水源特定區之水環境經營行動方案。本計畫完成建構模式所需更新之崩塌地判釋位置、水體、水質等資料庫外，現地調查結果及模式推估之成果，可作為特定區水源及水質維護之重要基礎資料，亦為水源特定區內未來進行不同土地利用規劃決策之重要參考。另外本計畫另針對永續莊園（Permaculture）之觀念導入特定區中，並完成遴選兩試辦區域及進一步配置規劃，期透過永續莊園理念降低污染物的排放，進而提供水源局另一污染管理、規劃等集水區經營管理行動方向。</abstract><author>社團法人台北市水利技師公會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970020</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703793</governmentpublicationsnumber><identifier>58851</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58851</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>台北水源特定區污染源管理及環境經營規劃(光碟版)＝Planning for Pollution Control and Environmental Management in the Taipei Water Sources Domain</title><yearidentifier>200812</yearidentifier></data><data><abstract>北勢溪集水區茶園為本集水區內最主要的農業產業，茶園栽種方式容易使部分表土裸露，無可予緩衝攔截削減，遇暴雨時易沖刷表土進而進入河川水體，其地表逕流或入滲水挾帶肥料中釋出氮、磷等營養源，進入河川水庫水體，致水質污染，此問題為水源集水區內亟待解決之課題，故本計畫藉由環境基本資料蒐集、非點源茶園水質監測及相關經濟效益分析，以探討茶園施肥用藥對水資源衝擊之影響。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970059</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703785</governmentpublicationsnumber><identifier>58855</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58855</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>北勢溪茶園施肥用藥對水資源衝擊改善對策研擬＝Research on the Improvement Strategy of Water Resource Impact by the Tea Plantation Fertilization and Pesticides in Bei-Shih River</title><yearidentifier>200812</yearidentifier></data><data><abstract>北勢溪集水區茶園為本集水區內最主要的農業產業，茶園栽種方式容易使部分表土裸露，無可予緩衝攔截削減，遇暴雨時易沖刷表土進而進入河川水體，其地表逕流或入滲水挾帶肥料中釋出氮、磷等營養源，進入河川水庫水體，致水質污染，此問題為水源集水區內亟待解決之課題，故本計畫藉由環境基本資料蒐集、非點源茶園水質監測及相關經濟效益分析，以探討茶園施肥用藥對水資源衝擊之影響。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970059</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703785</governmentpublicationsnumber><identifier>58857</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58857</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>北勢溪茶園施肥用藥對水資源衝擊改善對策研擬(光碟版)＝Research on the Improvement Strategy of Water Resource Impact by the Tea Plantation Fertilization and Pesticides in Bei-Shih River</title><yearidentifier>200812</yearidentifier></data><data><abstract>為具體衡量臺北水源特定區劃設效益，本計畫參採Chaves and Alipaz (2007)集水區永續指標(Watershed Sustainability Index) ，整合水文(Hydrology)、環境(Environment)、生活(Life)與政策(Policy)，即H.E.L.P等四大面向的量化指標成為集水區保育指標，用以評估臺北水源特定區之劃設與經營效益，以瞭解臺北水源特定區之集水區經營績效與水資源保育的情況。另，結合集水區永續指標量度與平衡計分卡法(Balanced Score Card Method)，研析臺北水源特定區未來管理策略方向。 本研究透過績效評估因子的建立，確認水質、水量、森林、土地管理之水土林三位一體的水源保育工作的重要性，與其他五個不同管理方式的集水區相較，台北水源特定區擁有最佳的劃設與管理績效，本研究認為，這主要是因為其土地管理以及水土林整合對於水源保育的重要性。台北水源特定區因其歷史淵源，能夠成為台灣第一個也是目前唯一依都市計畫法劃設，以土地管理為手段的集水區管理單位，其經驗實屬難得，對於未來政府推動流域整合性管理定能提供寶貴參考。實現流域管理的先決條件是能力建設(capacity building)，也就是以適當的政策和法律體系，保障流域綜合管理的實施。本研究根據平衡計分卡的概念所建立的水源局組織管理策略地圖，說明了建立學習型組織對於水源局將來的發展的重要性，所謂學習型組織，最主要的就是管理組織能依外在環境的變遷，依照組織所被賦予的目標，適度調整變化、學習成長來建立完善管理程序與機制，例如包括落實開發人力資源，包括加強管理制度和提高用水戶的關心程度；以及加強宣傳教育等。 台北水源特定區管理局目前整合水土林跨領域的業務，然而建管、水質、保育、土地管理等，並不僅是水利事務，而是依據流域現況與管理方案的流域管理工作，水利署依職權為水利法主管機關，但其他包括污染排放、水質管理，土地管理，污水下水道興建森林保育，山坡地保育與水土保持，工礦土石等事權均不屬於水利署業務範圍，水源局原來在省府時期的管理委員會的模式正具有整合性流域管理的雛形，而流域管理基本上是屬於一種分散式的管理，不同種類之事務，雖由不同之事業主管機關來進行，但牽涉到同一地區或同一目的（如水源保育）時，能由不同機關透過委員會或工作小組的方式議決，再交由一具有執行能力的管理組織執行。除了嚴格法令限制外，執行能力與跨領域的整合協調，正是台北水源特定區過去近三十年來，保育大台北水源地績效卓著的主要原因之一。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970019</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009704002</governmentpublicationsnumber><identifier>58863</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58863</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區劃設效益評估檢討計畫＝Benefit Evaluation for Designating Taipei Water Source Domain</title><yearidentifier>200812</yearidentifier></data><data><abstract>為具體衡量臺北水源特定區劃設效益，本計畫參採Chaves and Alipaz (2007)集水區永續指標(Watershed Sustainability Index) ，整合水文(Hydrology)、環境(Environment)、生活(Life)與政策(Policy)，即H.E.L.P等四大面向的量化指標成為集水區保育指標，用以評估臺北水源特定區之劃設與經營效益，以瞭解臺北水源特定區之集水區經營績效與水資源保育的情況。另，結合集水區永續指標量度與平衡計分卡法(Balanced Score Card Method)，研析臺北水源特定區未來管理策略方向。 本研究透過績效評估因子的建立，確認水質、水量、森林、土地管理之水土林三位一體的水源保育工作的重要性，與其他五個不同管理方式的集水區相較，台北水源特定區擁有最佳的劃設與管理績效，本研究認為，這主要是因為其土地管理以及水土林整合對於水源保育的重要性。台北水源特定區因其歷史淵源，能夠成為台灣第一個也是目前唯一依都市計畫法劃設，以土地管理為手段的集水區管理單位，其經驗實屬難得，對於未來政府推動流域整合性管理定能提供寶貴參考。實現流域管理的先決條件是能力建設(capacity building)，也就是以適當的政策和法律體系，保障流域綜合管理的實施。本研究根據平衡計分卡的概念所建立的水源局組織管理策略地圖，說明了建立學習型組織對於水源局將來的發展的重要性，所謂學習型組織，最主要的就是管理組織能依外在環境的變遷，依照組織所被賦予的目標，適度調整變化、學習成長來建立完善管理程序與機制，例如包括落實開發人力資源，包括加強管理制度和提高用水戶的關心程度；以及加強宣傳教育等。 台北水源特定區管理局目前整合水土林跨領域的業務，然而建管、水質、保育、土地管理等，並不僅是水利事務，而是依據流域現況與管理方案的流域管理工作，水利署依職權為水利法主管機關，但其他包括污染排放、水質管理，土地管理，污水下水道興建森林保育，山坡地保育與水土保持，工礦土石等事權均不屬於水利署業務範圍，水源局原來在省府時期的管理委員會的模式正具有整合性流域管理的雛形，而流域管理基本上是屬於一種分散式的管理，不同種類之事務，雖由不同之事業主管機關來進行，但牽涉到同一地區或同一目的（如水源保育）時，能由不同機關透過委員會或工作小組的方式議決，再交由一具有執行能力的管理組織執行。除了嚴格法令限制外，執行能力與跨領域的整合協調，正是台北水源特定區過去近三十年來，保育大台北水源地績效卓著的主要原因之一。</abstract><author>中華水資源管理學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970019</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009704002</governmentpublicationsnumber><identifier>58866</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58866</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區劃設效益評估檢討計畫(光碟版)＝Benefit Evaluation for Designating Taipei Water Source Domain</title><yearidentifier>200812</yearidentifier></data><data><abstract>溫泉排放水的排放可能導致水源水質惡化，目前烏來溫泉業者多已依水污法進行分管分流處理，排放水質多符合放流水標準。本計畫針對循環利用方案與逕行排放水處理進行分析，並建議相關處理設備與適合的材料，供業者參酌，另提出水質改善對策，俾提供未來相關政策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970058</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703804</governmentpublicationsnumber><identifier>58869</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58869</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>南勢溪溫泉排放水循環處理利用對水資源影響改善對策研擬(1/2)＝Assessment of Available Recycle Technologies to Lessen Impact from Hot Spring Reuse in the Nan-shih River on the Local Water Resources (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>溫泉排放水的排放可能導致水源水質惡化，目前烏來溫泉業者多已依水污法進行分管分流處理，排放水質多符合放流水標準。本計畫針對循環利用方案與逕行排放水處理進行分析，並建議相關處理設備與適合的材料，供業者參酌，另提出水質改善對策，俾提供未來相關政策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970058</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/4</date><governmentpublicationsnumber>1009703804</governmentpublicationsnumber><identifier>58870</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58870</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>南勢溪溫泉排放水循環處理利用對水資源影響改善對策研擬(1/2)－光碟版 ＝Assessment of Available Recycle Technologies to Lessen Impact from Hot Spring Reuse in the Nan-shih River on the Local Water Resources (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703593</governmentpublicationsnumber><identifier>58910</identifier><internationalstandardbooknumber>9789860165616 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58910</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫集水區保育治理對策</title><yearidentifier>200812</yearidentifier></data><data><abstract>除了針對「全省主要河川流域地質資訊系統」既有圖資進行更新，以及維護己開發之使用者介面，並對後龍溪及中港溪流域進行地質查核工作，依據查核成果加入詮釋，繼而比照前期所建置之流域地質資料庫格式，完整建置此二流域的地質資料庫。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970263</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703528</governmentpublicationsnumber><identifier>58912</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58912</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中央管河川流域地質資料查核－後龍溪及中港溪＝Field Verification of Geological Data for Basins of Rivers Administered by Central Government Houlong and Jhonggan Basins</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703593</governmentpublicationsnumber><identifier>58914</identifier><internationalstandardbooknumber>9789860165616 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58914</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫集水區保育治理計畫資訊公開手冊</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫係經濟部水利署第八河川局(以下簡稱八河局)為加強卑南溪規劃、管理工作，應用三維地理資訊系統以展現歷年規劃、管理成效。本計畫先進行既設93年建置之卑南溪空間資料庫補充及更新，包含太平溪、台東海岸及台東縣管河川等資料補充更新，納入卑南溪空間資訊系統，擴充成6套Windows版系統、3套PDA子系統、1套IE版卑南溪三維地理資訊系統，並配合易淹水地區水患治理計畫太平溪水系 規劃成果，將太平溪航拍影像、規劃前後之工程佈置、不同重現期洪水可能到達區域範圍等圖資以3D方式展現。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6933029   443.640029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09700216</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703476</governmentpublicationsnumber><identifier>58915</identifier><internationalstandardbooknumber>9789860164336 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58915</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪三維地理資訊系統建置計畫＝The Plan Building Beinan Riever three-dimensional Geographic Information System</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫係經濟部水利署第八河川局(以下簡稱八河局)為加強卑南溪規劃、管理工作，應用三維地理資訊系統以展現歷年規劃、管理成效。本計畫先進行既設93年建置之卑南溪空間資料庫補充及更新，包含太平溪、台東海岸及台東縣管河川等資料補充更新，納入卑南溪空間資訊系統，擴充成6套Windows版系統、3套PDA子系統、1套IE版卑南溪三維地理資訊系統，並配合易淹水地區水患治理計畫太平溪水系 規劃成果，將太平溪航拍影像、規劃前後之工程佈置、不同重現期洪水可能到達區域範圍等圖資以3D方式展現。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.6933029   443.640029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970216</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703476</governmentpublicationsnumber><identifier>58917</identifier><internationalstandardbooknumber>9789860164336 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58917</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪三維地理資訊系統建置計畫(光碟版)＝The Plan Building Beinan Riever Three-dimensional Geographic Information System</title><yearidentifier>200812</yearidentifier></data><data><abstract>除了針對「全省主要河川流域地質資訊系統」既有圖資進行更新，以及維護己開發之使用者介面，並對後龍溪及中港溪流域進行地質查核工作，依據查核成果加入詮釋，繼而比照前期所建置之流域地質資料庫格式，完整建置此二流域的地質資料庫。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33/113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970263</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703528</governmentpublicationsnumber><identifier>58918</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58918</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>中央管河川流域地質資料查核－後龍溪及中港溪(光碟版)＝Field Verification of Geological Data for Basins of Rivers Administered by Central Government Houlong and Jhonggan Basins</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703835</governmentpublicationsnumber><identifier>58920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58920</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果發表會成果報告書2007 Water Resources Agency Commissioned Project Accomplishment Presentation Results Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫因豪雨作用下導致漂流木進入庫區，目前石門水庫共設置兩條攔木索以攔截漂流水，但攔木索設置位置與異重流之運特性有密切關係，因此漂流木運移、攔木索設置及異重流三者應有密切之關係。本計畫擬以石門水庫作為研究對象，利用模型試驗結困與漂流木打撈方法資料收集進行研究並提出處理建議</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009702815</governmentpublicationsnumber><identifier>58927</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58927</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫漂流木及異重流運移試驗分析＝Driftwood motion and turbidity current in Shihmen Reservoir：experiments and analyses</title><yearidentifier>200810</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703330</governmentpublicationsnumber><identifier>58928</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58928</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(1/2)光碟版=Engineering Design and Assessment of Erossion Prevention of the Tou-Cian River Channel at the Jhong-Jheng Bridge(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>年報內容涵蓋本所各業務課主要辦理事項，分類為河川規劃、灌溉排水規畫、水資源規劃、大地工程試驗及水工試驗等五大類。各計畫內容則分為計畫目的、工作範圍、工作項目、工作構想及方法、重要成果及後續辦理事項共六節，以精簡扼要的陳述方式，呈現本所年度工作成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>58944</identifier><internationalstandardbooknumber>9789860069921 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58944</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報</title><yearidentifier>200610</yearidentifier></data><data><abstract>本研究計畫以早期河川治理及資源運用為基礎，增加現階段環境、生態、親水、活水之要求，加以設計修訂重要河川流域相關之法規與施政內容。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970013</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009702918</governmentpublicationsnumber><identifier>58958</identifier><internationalstandardbooknumber>9789860158786 ; 9789860158</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58958</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>重要河川流域管理政策與法規研訂(1/2)=Study on Forming of Important River Basin Management Policy and Law (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>計畫工作內容除繼續水利法修正研究外，另增加與國土復育方案及國土復育條例(草案)相關規定與溫泉資源運用及設置之探討。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960327-1</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009702898</governmentpublicationsnumber><identifier>58961</identifier><internationalstandardbooknumber>9789860158588 ; 9789860158</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58961</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>配合國土復育方案檢討修正水利法(2/2)=Review and Suggestions to Revision of Water Act Subject to National Land Restoration Strategy and Action Plan (2/2)</title><yearidentifier>200810</yearidentifier></data><data><abstract>水權管理為水資源運用調配及管理之基礎，政府自民國85年至89年推動「健全水權管理實施方案」以來，各項研究之具體成果可即採行或具宏觀論述者，均已陸續研納入經濟部相關政策推動之參考，而所建置之系統軟體亦已轉撥各級水權主管機關上線使用，對健全水權資訊代管理及提昇水權核辦效率，已具成效。目前，水權申辦標準作業流程與相關文件、資料庫均已建置完成，水權管理支援系統及資料庫至民國94年4月19日，全國29個水權主管機關亦已全部上線，顯示國內水權登記已朝向制度化與資訊化邁進。近年來，國內水權管理技術已有顯著進步，在實際應用水權管理作業流程、文件與資料庫內容時，發現部份建置時尚未考慮到的問題，如記載資訊不夠充份詳細、合理計算公式及潛能水量計算系統無法普及適用等。為持續提昇水權管理技術精細化及效率化，經濟部水利署除每年定期維護改善水權管理支援系統，亦需將現有水權管理資料庫之資訊加以校正、分析與檢討，並進行水權狀記載事項資訊，核辦實務檢討、地面水水權可核發辦水量之理論與實務探討評估及現行規劃水權核辨登記資訊化作業機制之檢討與改善建議等工作，以為後續改善與提昇水權業務之參据，俾利水資源管理分析與應用。</abstract><author>淡江大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970096</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703908</governmentpublicationsnumber><identifier>58971</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58971</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>健全水權管理資訊化作業之探討與研究＝Approach on Enhancement of the Application of Information Technology on Water Right Management</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對台灣水利產業之政策法令、社經環境、科學技術及市場趨勢之現況進行研析與檢討，並蒐集外國案例供參考。</abstract><author>泓發樂活氏水科技服務股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960380</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/5</date><governmentpublicationsnumber>1009703881</governmentpublicationsnumber><identifier>58983</identifier><internationalstandardbooknumber>9789860168860 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_58983</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利產業發展潛能評估與推動策略研究計畫=Study on the Water Industry development Strategy and potential evaluation</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫後池主要功能除需滿足石門水庫溢洪道排洪時有足夠之水墊深度外，而且還可利用石門電廠尖峰發電之尾水儲存足夠容量穩定供應桃園大圳及大漢溪下游農業及民生用水之需要。然石門水庫現進行石門水庫及其集水區整治計畫第1階段各項執行計畫，對水庫原有各項功能有所改變，如水庫既有設施防淤功能改善工程，將原有電廠之壓力鋼管改為排淤管，並排入後池，另後池下游右岸因受地形突擴影響，造成淤積情形均未改善等現象，均可能對後池原有功能造成影響，為避免影響原有後池之功能，因此經濟部水利署北區水資源局將檢討石門水庫後池各項功能是否能正常發揮，並研議於後池堰右岸增設排砂道、後池下游右岸興建護岸或堤防以及13座沈澱池未來使用檢討等，以確保石門水庫後池之各項功能，維護後池下游居民生命財產安全。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009704169</governmentpublicationsnumber><identifier>59006</identifier><internationalstandardbooknumber>9789860171655 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59006</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫後池改善初步規劃=Shihmen reservoir after bay improvement preliminary plan</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫後池主要功能除需滿足石門水庫溢洪道排洪時有足夠之水墊深度外，而且還可利用石門電廠尖峰發電之尾水儲存足夠容量穩定供應桃園大圳及大漢溪下游農業及民生用水之需要。然石門水庫現進行石門水庫及其集水區整治計畫第1階段各項執行計畫，對水庫原有各項功能有所改變，如水庫既有設施防淤功能改善工程，將原有電廠之壓力鋼管改為排淤管，並排入後池，另後池下游右岸因受地形突擴影響，造成淤積情形均未改善等現象，均可能對後池原有功能造成影響，為避免影響原有後池之功能，因此經濟部水利署北區水資源局將檢討石門水庫後池各項功能是否能正常發揮，並研議於後池堰右岸增設排砂道、後池下游右岸興建護岸或堤防以及13座沈澱池未來使用檢討等，以確保石門水庫後池之各項功能，維護後池下游居民生命財產安全。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009704169</governmentpublicationsnumber><identifier>59008</identifier><internationalstandardbooknumber>9789860171655 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59008</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫後池改善初步規劃(光碟版)=Shihmen reservoir after bay improvement preliminary plan</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫歸納整理既有都市河川復育研究之成果，研擬都市型河川復育規劃參考手冊，以供都市型河川復育規畫之參考。本計畫報告中闡述參考手冊之重要內容、數學模式理論與建立及大里溪幹流復育規劃示範案例之說明。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009503723</governmentpublicationsnumber><identifier>59009</identifier><internationalstandardbooknumber>9789860077827 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59009</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範研究=An I llustration Project of Urban Stream Restoration Planning</title><yearidentifier>200612</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些?同，所需之人?、專業視該?颱風、豪雨或各?型災害發生之次?、期間而有極大之差?，故如何有效提供及運用專業人?以進?災害應變、預警及前置作業，一直是重要之課題。本計畫運用專業機構之專業能?及充足人?資源，於災前進?颱風或大豪雨天氣系統之即時監測與守視，災害規模極可能淹水區域預判；於災中進?颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、災損評估等一系?工作，以協助水?署掌握災情?況、且於災後支援災損調查之?政工作及撰寫災後調查報告；並研擬後續「地區防災協?機構成?之前期規劃」之推動計畫。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970025</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703763</governmentpublicationsnumber><identifier>59018</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59018</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年防災服務團計畫＝2008 Disaster Prevention Service Group</title><yearidentifier>200812</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些?同，所需之人?、專業視該?颱風、豪雨或各?型災害發生之次?、期間而有極大之差?，故如何有效提供及運用專業人?以進?災害應變、預警及前置作業，一直是重要之課題。本計畫運用專業機構之專業能?及充足人?資源，於災前進?颱風或大豪雨天氣系統之即時監測與守視，災害規模極可能淹水區域預判；於災中進?颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、災損評估等一系?工作，以協助水?署掌握災情?況、且於災後支援災損調查之?政工作及撰寫災後調查報告；並研擬後續「地區防災協?機構成?之前期規劃」之推動計畫。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970025</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703763</governmentpublicationsnumber><identifier>59021</identifier><internationalstandardbooknumber>9789860166972 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59021</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年防災服務團計畫(光碟版)＝2008 Disaster Prevention Service Group</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960127</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009604394</governmentpublicationsnumber><identifier>59030</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59030</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水庫集水區蒸發及入滲量觀測與資料品管計畫(2/2)－Observation and Quality Management of Evaporation and Infiltration data in Reservoir Watersheds (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫自民國97 ?10 月至12 月間，由財團法人國家實驗研究院國家高速網?與計算中心（以下簡稱「國網中心」）執?本計畫，為維持防災應變格網之基本運作（含建置於水?署之主系統與建置於國網中心之備援系統）提供相關維運與監控服務，並根據水?署之需求改進系統功能。另外，亦協助水?署進?98 ??之防災專屬網?之發包監造，以及配合協?單位提供計算資源，以及洪水預報模式轉移到其他系統或平台之相關技術支援與後續建議。另外亦協助擴充水?署所屬單位之視訊硬體設備，以及計算資源建置等作業，完成計畫書內所記載之工作項目。?本計畫，乃承續96 ?至97 ?間之 「防災應變格網系統之建?」計畫，主要進?防災應變格網系統之維運，並針對部分功能進?擴充，以及協助水?署進?防災專屬網?於98 ??之招標案，使該系統能持續進?維運，並使功能?盡完善。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970172</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703689</governmentpublicationsnumber><identifier>59031</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59031</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度防災應變格網系統後續維運及擴充＝The Maintenance and Extension of the Flood Mitigation Grid 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫自民國97 ?10 月至12 月間，由財團法人國家實驗研究院國家高速網?與計算中心（以下簡稱「國網中心」）執?本計畫，為維持防災應變格網之基本運作（含建置於水?署之主系統與建置於國網中心之備援系統）提供相關維運與監控服務，並根據水?署之需求改進系統功能。另外，亦協助水?署進?98 ??之防災專屬網?之發包監造，以及配合協?單位提供計算資源，以及洪水預報模式轉移到其他系統或平台之相關技術支援與後續建議。另外亦協助擴充水?署所屬單位之視訊硬體設備，以及計算資源建置等作業，完成計畫書內所記載之工作項目。?本計畫，乃承續96 ?至97 ?間之 「防災應變格網系統之建?」計畫，主要進?防災應變格網系統之維運，並針對部分功能進?擴充，以及協助水?署進?防災專屬網?於98 ??之招標案，使該系統能持續進?維運，並使功能?盡完善。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970172</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703689</governmentpublicationsnumber><identifier>59033</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59033</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度防災應變格網系統後續維運及擴充(光碟版)＝The Maintenance and Extension of the Flood Mitigation Grid 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著資訊化時代來臨，針對防救災資料及作業的處理、充足性、準確性與時效性的要求亦相對提高，而資料的傳輸、處理、運用及資訊服務，是強化防救災作業的重要關鍵因素。 本計畫要解決的問題在於如何應用現今的資訊技術，有效整合水利署相關防救災計畫的成果，並依據水利署現行緊急應變小組作業流程，規劃出一涵蓋面廣泛、資訊深度夠、操作方式便捷、資訊永續經營的防救災資訊系統。 本計畫工作成果分別說明如下： 1.	更新改善災害緊急應變作業系統 更新改善水利署既有災害緊急應變作業系統功能及雨量統計資訊、新增傳真中央災害應變中心範本通報等系統資訊。 2.	新增災害緊急應變作業系統功能 本計畫陸續加強系統功能，包含水閘門失竊展示、PDA版水情資訊、新版抽水機管理系統、災害防救聯絡電話簿、水情資訊重點摘要展示。 3.	結合水利署各委辦計畫成果，新增相關成果之展示系統 本計畫與水利署各委辦計畫共同合作發展，本計畫工作包括WRF累積降雨預報成果、縣市淹水潛勢資訊、洪水預報成果、整合CCTV於Google Map。 4.	分散式洪水預報系統原系統功能改善 本計畫將原有之分散式洪水預報系統，做系統功能改善，包括新增預報系統應用功能、水庫洩洪決策支援系統。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970173</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703737</governmentpublicationsnumber><identifier>59047</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59047</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署災害緊急應變作業系統應變資訊填報功能提升及即時重要資訊分析＝The upgrades on disaster emergency information fill function of disaster emergency system and real time important information analysis</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著資訊化時代來臨，針對防救災資料及作業的處理、充足性、準確性與時效性的要求亦相對提高，而資料的傳輸、處理、運用及資訊服務，是強化防救災作業的重要關鍵因素。 本計畫要解決的問題在於如何應用現今的資訊技術，有效整合水利署相關防救災計畫的成果，並依據水利署現行緊急應變小組作業流程，規劃出一涵蓋面廣泛、資訊深度夠、操作方式便捷、資訊永續經營的防救災資訊系統。 本計畫工作成果分別說明如下： 1.	更新改善災害緊急應變作業系統 更新改善水利署既有災害緊急應變作業系統功能及雨量統計資訊、新增傳真中央災害應變中心範本通報等系統資訊。 2.	新增災害緊急應變作業系統功能 本計畫陸續加強系統功能，包含水閘門失竊展示、PDA版水情資訊、新版抽水機管理系統、災害防救聯絡電話簿、水情資訊重點摘要展示。 3.	結合水利署各委辦計畫成果，新增相關成果之展示系統 本計畫與水利署各委辦計畫共同合作發展，本計畫工作包括WRF累積降雨預報成果、縣市淹水潛勢資訊、洪水預報成果、整合CCTV於Google Map。 4.	分散式洪水預報系統原系統功能改善 本計畫將原有之分散式洪水預報系統，做系統功能改善，包括新增預報系統應用功能、水庫洩洪決策支援系統。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970173</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/6</date><governmentpublicationsnumber>1009703737</governmentpublicationsnumber><identifier>59049</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59049</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署災害緊急應變作業系統應變資訊填報功能提升及即時重要資訊分析(光碟版)＝The upgrades on disaster emergency information fill function of disaster emergency system and real time important information analysis</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對現有石門水庫淤泥之特性，提出有效、可大量處理的最佳資源再利用方式及多元化後續處理之清淤作業流程</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009702902</governmentpublicationsnumber><identifier>59097</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59097</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥多元化處置方案評估規劃綜合報告(電子書)=Assessment and Planning for Multi-treatment of Shimen Reservoir;s Sludge Comprehensive Report</title><yearidentifier>200810</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，本年度(2006年)除持續進行地形監測作業外，並進一步以海岸平面、斷面侵淤圖、相關經驗公式及波流場數值模擬，加以分析王功地區水深地形變遷之特性。</abstract><author>怡興工程顧問公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009504259</governmentpublicationsnumber><identifier>59100</identifier><internationalstandardbooknumber>9789860083149 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59100</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(2/2)＝Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，本年度(2006年)除持續進行地形監測作業外，並進一步以海岸平面、斷面侵淤圖、相關經驗公式及波流場數值模擬，加以分析王功地區水深地形變遷之特性。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-B-01030-00</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009504259</governmentpublicationsnumber><identifier>59102</identifier><internationalstandardbooknumber>9789860083149 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(2/2)(電子書)＝Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>平溪水庫初步規劃工作，探討水庫開發對基隆地區供水能力、環境與生態之影響；釐清庫區煤礦坑對水庫之影響；對水庫工程進行初步規劃佈置；對下游輸水工程提出建議方案；規劃與自來水系統銜接之方案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703271</governmentpublicationsnumber><identifier>59105</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59105</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河平溪水庫初步規劃=Preliminary Planning for Keelung River Pingsi Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>平溪水庫初步規劃工作，探討水庫開發對基隆地區供水能力、環境與生態之影響；釐清庫區煤礦坑對水庫之影響；對水庫工程進行初步規劃佈置；對下游輸水工程提出建議方案；規劃與自來水系統銜接之方案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703271</governmentpublicationsnumber><identifier>59107</identifier><internationalstandardbooknumber>9789860162073 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59107</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河平溪水庫初步規劃(光碟版)=Prelinary Planning for Keelung River Pingsi Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703271</governmentpublicationsnumber><identifier>59109</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59109</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河平溪水庫初步規劃成果資料(光碟版)=Prelinary Planning for Keelung River Pingsi Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>政府和民間對海岸資源生態體系的認知,尚在萌芽階段,因而使用方式難免不正確或疏忽,目前政府實須制訂一套切合時宜的綜合性土地管理制度和網領,以保護這甚具生物,經濟,社會和文化價值的資源,並得以永續利用和保存。</abstract><author>行政院經濟委員會都市及住宅發展處</author><categoryidentifier>443.6897441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>17034780406</governmentpublicationsnumber><identifier>59110</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59110</librarycollectiondetailsurl><price>90</price><publisher>行政院經濟委員會都市及住宅發展處</publisher><publishrocyear>78</publishrocyear><title>台灣海岸地區土地管理制度之研究</title><yearidentifier>198906</yearidentifier></data><data><abstract>近年來台灣地區面臨整體水環境變化之嚴峻考驗，水利署在廣納「92年全國水利會議」各界建言，並考量加入世界貿易組織後產業結構轉變影響下，逐以兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢為原則，於本年度編成「新世紀水資源政策綱領」以利水、治水、保水、親水、活水五大水利政策為現階段水資源建設努力之方向。</abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>59113</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59113</librarycollectiondetailsurl><price>330</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>95</publishrocyear><title>94年度經濟部水利署年報 水的台灣咱的希望 (光碟版)</title><yearidentifier>200610</yearidentifier></data><data><abstract>針對現有石門水庫淤泥之特性，提出有效、可大量處理的最佳資源再利用方式及多元化後續處理之清淤作業流程</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009702902</governmentpublicationsnumber><identifier>59140</identifier><internationalstandardbooknumber>9789860158601 ; 9789860158</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59140</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥多元化處置方案評估規劃綜合報告=Assessment and Planning for Multi-treatment of Shimen Reservoir;s Sludge Comprehensive Report</title><yearidentifier>200810</yearidentifier></data><data><abstract>97年度計畫期經區域基本資料蒐集彙整、現地地下水調查，提供地下水井工程初步規劃依據，並研擬馬鞍溪下游地下水資源開發方案，以滿足馬鞍溪下游區域未來各目標年需水量，提供區域產業發展機會。</abstract><author>明昱技術顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097009</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703204</governmentpublicationsnumber><identifier>59144</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59144</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>花蓮馬鞍溪下游地下水井工程規劃＝Planning of the Wells in Hualian Ma-an River Downstream Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>97年度計畫期經區域基本資料蒐集彙整、現地地下水調查，提供地下水井工程初步規劃依據，並研擬馬鞍溪下游地下水資源開發方案，以滿足馬鞍溪下游區域未來各目標年需水量，提供區域產業發展機會。</abstract><author>明昱技術顧問股份有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097009</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703204</governmentpublicationsnumber><identifier>59145</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59145</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>花蓮馬鞍溪下游地下水井工程規劃(光碟版)＝Planning of the Wells in Hualian Ma-an River Downstream Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。 本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。 本計畫今年度主要完成工作內容： 一、	頭前溪流域基本資料補充分析 蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。 二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。 於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。 三、	頭前溪中正橋河段地形測量及地質鑽探 於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。 四、	中正橋河段沖刷防治工法方案模擬規劃 蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。 五、	沖刷防治工法數值模擬分析及模擬結果分析討論 由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。 六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析 (一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。 (二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。 七、	中正橋河段現地水砂觀測規劃 八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703330</governmentpublicationsnumber><identifier>59146</identifier><internationalstandardbooknumber>9789860162493 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59146</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(1/2)=Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Tou-Cian  River  Channel  at  the  Jhong -- Jheng   Bridge  (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。 本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。 本計畫今年度主要完成工作內容： 一、	頭前溪流域基本資料補充分析 蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。 二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。 於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。 三、	頭前溪中正橋河段地形測量及地質鑽探 於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。 四、	中正橋河段沖刷防治工法方案模擬規劃 蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。 五、	沖刷防治工法數值模擬分析及模擬結果分析討論 由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。 六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析 (一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。 (二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。 七、	中正橋河段現地水砂觀測規劃 八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703330</governmentpublicationsnumber><identifier>59147</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59147</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(1/2)(電子書)=Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Tou-Cian  River  Channel  at  the  Jhong -- Jheng   Bridge  (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為二年延續計畫之第一年部份，主要探討苗栗海岸之侵淤現況及提出其中四個指定海岸的合適保護方案。根據苗栗海岸的現地勘查結果發現苗栗海岸多為自然海岸，部分已有保護工程之海岸結構上大多無安全上之顧慮，本文以依分區之海岸特性建議出適合之處理方式。</abstract><author>中華大學</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/09400</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>59148</identifier><internationalstandardbooknumber>9789860046434 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59148</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)=Study on coastal restoration in Miao-Li county (1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫為二年延續計畫之第一年部份，主要探討苗栗海岸之侵淤現況及提出其中四個指定海岸的合適保護方案。根據苗栗海岸的現地勘查結果發現苗栗海岸多為自然海岸，部分已有保護工程之海岸結構上大多無安全上之顧慮，本文以依分區之海岸特性建議出適合之處理方式。</abstract><author>中華大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>59152</identifier><internationalstandardbooknumber>9789860046434 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59152</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)(電子書)=Study on coastal restoration in Miao-Li county (1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>防洪抽水站乃高度開發集水區排除內水的主要水利設施，在大台北地區及其他採圍堤束洪的都會區，扮演著防汛重要的角色。然此類集水區往往集流時間短暫，抽水站在入流量快速上昇的情況下，常因反應不及而使得抽水站失去該有之功能，甚而引發連鎖反應，造成龐大損失。而現行防洪抽水站在颱風暴雨時期大多採用設計運轉操作規則的操作模式確有必要研究提昇，以降低抽水站操作之風險。本計畫有鑑於類神經網路等統計型或迴歸分析型的洪水預警模式具有模擬時間短暫、輸入條件選擇容易的特性，若能與抽水機操作策略及歷史水文資料整合，將可大幅降低防汛操作的風險。因此為求於颱風暴雨事件中有適切的防洪抽水站操作機制，本計畫選用智慧型理論建構防洪抽水站操作系統，利用類神經網路建立監測點與非監測點水文量預報模式，透過評估指標探討不同類神經網路模式的精確性與穩定性，進而以模糊理論、模糊推論系統等人工智慧理論架構智慧型防洪抽水站即時操作系統，使防洪抽水站能即時依實際降雨狀況，動態地進行抽水機組運轉操作，以發揮最大的排水功效，減少內水溢淹的情形發生。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970306</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703701</governmentpublicationsnumber><identifier>59158</identifier><internationalstandardbooknumber>9789860166606 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59158</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防洪抽水站智慧型防汛操作系統之研究(1/2) Investigation the intelligent operation of pumping station for flood mitigation (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>防洪抽水站乃高度開發集水區排除內水的主要水利設施，在大台北地區及其他採圍堤束洪的都會區，扮演著防汛重要的角色。然此類集水區往往集流時間短暫，抽水站在入流量快速上昇的情況下，常因反應不及而使得抽水站失去該有之功能，甚而引發連鎖反應，造成龐大損失。而現行防洪抽水站在颱風暴雨時期大多採用設計運轉操作規則的操作模式確有必要研究提昇，以降低抽水站操作之風險。本計畫有鑑於類神經網路等統計型或迴歸分析型的洪水預警模式具有模擬時間短暫、輸入條件選擇容易的特性，若能與抽水機操作策略及歷史水文資料整合，將可大幅降低防汛操作的風險。因此為求於颱風暴雨事件中有適切的防洪抽水站操作機制，本計畫選用智慧型理論建構防洪抽水站操作系統，利用類神經網路建立監測點與非監測點水文量預報模式，透過評估指標探討不同類神經網路模式的精確性與穩定性，進而以模糊理論、模糊推論系統等人工智慧理論架構智慧型防洪抽水站即時操作系統，使防洪抽水站能即時依實際降雨狀況，動態地進行抽水機組運轉操作，以發揮最大的排水功效，減少內水溢淹的情形發生。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970306</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703701</governmentpublicationsnumber><identifier>59167</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59167</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防洪抽水站智慧型防汛操作系統之研究(1/2)－光碟版＝Investigation the intelligent operation of pumping station for flood mitigation (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，於2004-2006年期間委託台大水工所規劃「洪水預報格網」，擬透過模組化、分散演算、分散展示應用的設計，整合和改進過去研發的氣象、水文軟體，建立易於維護、自動化執行的洪水預報作是在既有的基礎上，持續建置與改進。三年計畫的整體工作項目分為五項：(1)增進預報系統應用功能－新增資料品質控管，水庫洩洪決策支援功能，強化演算模組和統計分析工具模組，並將參數檢定模組改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化和逕流模式的回饋功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉譯程式和通用轉譯程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970052</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703723</governmentpublicationsnumber><identifier>59176</identifier><internationalstandardbooknumber>9789860166866 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59176</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(2/3)  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，於2004-2006年期間委託台大水工所規劃「洪水預報格網」，擬透過模組化、分散演算、分散展示應用的設計，整合和改進過去研發的氣象、水文軟體，建立易於維護、自動化執行的洪水預報作是在既有的基礎上，持續建置與改進。三年計畫的整體工作項目分為五項：(1)增進預報系統應用功能－新增資料品質控管，水庫洩洪決策支援功能，強化演算模組和統計分析工具模組，並將參數檢定模組改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化和逕流模式的回饋功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉譯程式和通用轉譯程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970052</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703723</governmentpublicationsnumber><identifier>59180</identifier><internationalstandardbooknumber>9789860166866 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59180</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(2/3)－光碟版  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>59181</identifier><internationalstandardbooknumber>9789860047479 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59181</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(2/2)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>59182</identifier><internationalstandardbooknumber>9789860047479 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59182</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(2/2)(電子書)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣每?經常遭受颱風侵襲，颱風期間之?潮巨?直接侵襲?海地區，??在海岸地帶抑或內?均常造成嚴重的海岸侵蝕、海水倒灌、溢淹及生命財產損失。建?海岸地帶的防災預警可以掌握現況、預測未?，並可作為從事防災及減災的重要依據。本計畫之目的為進?台東、花?地區海岸災害之監測與預警系統之建?，整合現場監測與?值預報技術，執?成果將提供台東、花?海岸防救災決策之?考。本計畫為??期計畫 (97?~98?)，本 (97) ??計畫工作範圍為第八河川局管轄之台東海岸地區；下 (98) ? ?則為第九河川局所管轄之花?海岸地區。為?達到上述目標，本計畫涵蓋「現場監測」、「模式預測」、「?史資?分析」與「資訊整合」等四大部分。現場監測部分規劃設置海岸水位即時影像網?監測系統，以監視海岸水位變動?態，提供防災策?研擬之?考，本??計畫選定於台東海堤尾設置影像監測系統；至於模式預測部分則包含波?、?潮潮位及溯升之推算。模擬先?用實測資??定模式，以驗證?值模式之適用情形。颱風期間並透過風場的輸入，預報未??小時的?潮位與波況。?考?史經驗有助於災害原因之機制，本計畫針對台東地區建?海岸災害資?庫提供水?署可應用災害資?庫及研究成果進?決策判斷，計畫成果將加入至96?建?之「南台灣海岸災害預警系統」中，作為防救災之依據。 本計畫延續94~96??南台灣海岸 (雲?、嘉義、台南、高雄及屏東等地區) 海岸災害監測預警系統之基礎架構，將今?台東地區海岸災害監測預警之成果建構於監測預警系統中，同時與水?署防災緊急應變系統結合，通過網際網?可獲得有關台東海岸的?據、影像、?史經驗、現況與未?預測等水情資訊，作為水?署防災決策研擬之?考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970132</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703697</governmentpublicationsnumber><identifier>59186</identifier><internationalstandardbooknumber>9789860166613 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59186</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>台東花蓮海岸災害監測預警系統建置(1/2)  Monitoring and Modeling of Sea-State for Hazard Warning System at Taitung and Hualien Coastal Areas (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣每?經常遭受颱風侵襲，颱風期間之?潮巨?直接侵襲?海地區，??在海岸地帶抑或內?均常造成嚴重的海岸侵蝕、海水倒灌、溢淹及生命財產損失。建?海岸地帶的防災預警可以掌握現況、預測未?，並可作為從事防災及減災的重要依據。本計畫之目的為進?台東、花?地區海岸災害之監測與預警系統之建?，整合現場監測與?值預報技術，執?成果將提供台東、花?海岸防救災決策之?考。本計畫為??期計畫 (97?~98?)，本 (97) ??計畫工作範圍為第八河川局管轄之台東海岸地區；下 (98) ? ?則為第九河川局所管轄之花?海岸地區。為?達到上述目標，本計畫涵蓋「現場監測」、「模式預測」、「?史資?分析」與「資訊整合」等四大部分。現場監測部分規劃設置海岸水位即時影像網?監測系統，以監視海岸水位變動?態，提供防災策?研擬之?考，本??計畫選定於台東海堤尾設置影像監測系統；至於模式預測部分則包含波?、?潮潮位及溯升之推算。模擬先?用實測資??定模式，以驗證?值模式之適用情形。颱風期間並透過風場的輸入，預報未??小時的?潮位與波況。?考?史經驗有助於災害原因之機制，本計畫針對台東地區建?海岸災害資?庫提供水?署可應用災害資?庫及研究成果進?決策判斷，計畫成果將加入至96?建?之「南台灣海岸災害預警系統」中，作為防救災之依據。 本計畫延續94~96??南台灣海岸 (雲?、嘉義、台南、高雄及屏東等地區) 海岸災害監測預警系統之基礎架構，將今?台東地區海岸災害監測預警之成果建構於監測預警系統中，同時與水?署防災緊急應變系統結合，通過網際網?可獲得有關台東海岸的?據、影像、?史經驗、現況與未?預測等水情資訊，作為水?署防災決策研擬之?考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970132</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703697</governmentpublicationsnumber><identifier>59196</identifier><internationalstandardbooknumber>9789860166613 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59196</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>台東花蓮海岸災害監測預警系統建置(/2)－光碟版  Monitoring and Modeling of Sea-State for Hazard Warning System at Taitung and Hualien Coastal Areas (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地平原及其相鄰山區丘陵與海域之淹水─排水演算模式，以分析越域水流及暴潮對排水系統之影響，並應用於比較檢討區域排水系統之排水改善功能及尚需改善地區。經以八掌溪以南，曾文溪以北之丘陵及沿海平原潟湖為演算區域，分析劉厝排水集水區之淹排水現象。應用淹水─排水演算模式於民國九十四年0612豪雨、海棠颱風及民國九十七年卡玫基颱風等三場颱風豪雨暴潮之淹水模擬。模擬結果顯示計畫範圍內劉厝排水集水區淹水範圍在分布於七股鄉看坪村、樹林村、大寮村與大埕村交界處，西港鄉竹林村、西港村、港東村、劉厝村、慶安村，佳里鎮龍安里、蚶寮里及東三股中排右岸、七股排水左岸等地，與淹水災害報導、勘災報告、縣府公告之淹水範圍圖所述之劉厝排水集水區歷史淹水災害發生之地點大致相符，顯示本計畫所建立之地文性淹水─排水模式可合理地模擬計畫範圍區之淹水情形。 　　颱風期間之低氣壓引致暴潮偏差，以致暴潮位高於天文潮位。比較相同豪雨事件之暴潮與天文潮在潟湖潮口之流量歷線，顯示暴潮時之漲潮與退潮在潮口之潮峰流量均大於天文潮的潮峰流量，並影響排水路洪水之渲洩。評估排水統之排水能力時，應考慮暴潮流量及暴潮水位之影響。由劉厝排水集水區之越域水流分析結果，可看出劉厝排水集水區邊界有向相鄰流域之流出水流，也有自相鄰流域流入水量，流出大於流入。。評估超過排水系統設計豪雨之淹水現象時，應考慮越域水流之影響。 　　劉厝排水集水區位於沿海平原，因流域內有局部低漥地區，降雨逕流不易渲洩，故改善策略應包括加速地表逕流之渲洩及低窪土地積水之處理。本計畫參考台南縣政府委託中興工程顧問股份有限公司進行「易淹水地區水患治理計畫第1階段實施計畫縣管區排　劉厝、六成、七股地區(含大寮排水)及漚汪排水系統規劃」期末報告初稿內容，演算佈置改善工程後，3場歷史颱風豪雨及16場設計豪雨之淹水現象。由改善工程完成前後之最大淹水深度之比較，可看出改善工程可改善東三股中排右岸淹水現象。因此改善排水路以提升排水能力可有效渲洩流入排水路之降雨逕流，減免溢流氾濫。對於局部低地積水則需考慮整合滯洪池、蓄洪池，以及抽水站配合地形改善等之綜合治水設施才能有效改善淹水現象。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970056</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703912</governmentpublicationsnumber><identifier>59201</identifier><internationalstandardbooknumber>9789860168990 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59201</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>沿海低地平原排水系統之暴潮與越域水流研究(2/2)  A study on the surge and cross-watershed runoff for the drainage system of the coastland (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地平原及其相鄰山區丘陵與海域之淹水─排水演算模式，以分析越域水流及暴潮對排水系統之影響，並應用於比較檢討區域排水系統之排水改善功能及尚需改善地區。經以八掌溪以南，曾文溪以北之丘陵及沿海平原潟湖為演算區域，分析劉厝排水集水區之淹排水現象。應用淹水─排水演算模式於民國九十四年0612豪雨、海棠颱風及民國九十七年卡玫基颱風等三場颱風豪雨暴潮之淹水模擬。模擬結果顯示計畫範圍內劉厝排水集水區淹水範圍在分布於七股鄉看坪村、樹林村、大寮村與大埕村交界處，西港鄉竹林村、西港村、港東村、劉厝村、慶安村，佳里鎮龍安里、蚶寮里及東三股中排右岸、七股排水左岸等地，與淹水災害報導、勘災報告、縣府公告之淹水範圍圖所述之劉厝排水集水區歷史淹水災害發生之地點大致相符，顯示本計畫所建立之地文性淹水─排水模式可合理地模擬計畫範圍區之淹水情形。 　　颱風期間之低氣壓引致暴潮偏差，以致暴潮位高於天文潮位。比較相同豪雨事件之暴潮與天文潮在潟湖潮口之流量歷線，顯示暴潮時之漲潮與退潮在潮口之潮峰流量均大於天文潮的潮峰流量，並影響排水路洪水之渲洩。評估排水統之排水能力時，應考慮暴潮流量及暴潮水位之影響。由劉厝排水集水區之越域水流分析結果，可看出劉厝排水集水區邊界有向相鄰流域之流出水流，也有自相鄰流域流入水量，流出大於流入。。評估超過排水系統設計豪雨之淹水現象時，應考慮越域水流之影響。 　　劉厝排水集水區位於沿海平原，因流域內有局部低漥地區，降雨逕流不易渲洩，故改善策略應包括加速地表逕流之渲洩及低窪土地積水之處理。本計畫參考台南縣政府委託中興工程顧問股份有限公司進行「易淹水地區水患治理計畫第1階段實施計畫縣管區排　劉厝、六成、七股地區(含大寮排水)及漚汪排水系統規劃」期末報告初稿內容，演算佈置改善工程後，3場歷史颱風豪雨及16場設計豪雨之淹水現象。由改善工程完成前後之最大淹水深度之比較，可看出改善工程可改善東三股中排右岸淹水現象。因此改善排水路以提升排水能力可有效渲洩流入排水路之降雨逕流，減免溢流氾濫。對於局部低地積水則需考慮整合滯洪池、蓄洪池，以及抽水站配合地形改善等之綜合治水設施才能有效改善淹水現象。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970056</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703912</governmentpublicationsnumber><identifier>59202</identifier><internationalstandardbooknumber>9789860168990 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59202</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>沿海低地平原排水系統之暴潮與越域水流研究(2/2)－光碟版  A study on the surge and cross-watershed runoff for the drainage system of the coastland (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為三年計畫之第ㄧ年計畫，全程計畫的目的主要在配合水利署災害預警、應變作業之需求，針對主要流域集水區發展梅雨季及颱風期間定量降雨預報技術，並於颱風豪雨影響期間，進行專業氣象資訊加值分析研判，提供水利署額外參考資訊。同時，針對水利署作業上氣象知識之需求，提供氣象知識講習。期望透過此計畫，協助水利署減少水災預警的不確定性，提昇災害應變作業之成效。本年計畫的研發重點為發展集水區颱風降雨模式，以改進原颱風降雨氣候模式常見的雨量低估情形。 為發展集水區颱風降雨模式，本年計畫先針對主要流域集水區，分析1989-2007年共95個歷史颱風之降雨特徵，並將全台所有流域區分為北部、中部、南部及東部四個區域，進一步分析颱風警報期間，各分區流域之降雨歷程。其次，本研究應用李（2008）更新的颱風降雨氣候模式資料庫，重新撰寫每個雨量站之颱風降雨潛勢圖計算程式，此程式除擴大個別網格範圍外，並可選取不同門檻值計算網格代表雨量。為了發展應用此新版模式的預報指引，根據個別颱風的特性（路徑、強度及暴風半徑大小），選取不同門檻值進行降雨計算，並分析所計算雨量的誤差。最後根據分析結果，提出選取特性相似歷史個案的方式，以作為門檻值選取之參考。利用2007年帕布、聖帕、韋帕及柯羅莎颱風個案進行測試的結果顯示，利用歷史相似個案調整降雨門檻值後，可改善原始颱風降雨模式容易低估雨量的情形。此外，為配合水利署應變作業系統之需求，本年度計畫亦進ㄧ步將本研究成果製作成展示畫面，以利防災作業人員參考使用。 另ㄧ方面，本計畫並提供氣象知識研習課程，課程主題包含「基本天氣概念和天氣分析介紹」、「颱風應變與分析研判作業說明」、「中央氣象局梅雨季豪（大）雨預報作業實務」、「中央氣象局颱風預報作業實務」。此外，本計畫團隊配合水利署災害預警、應變作業之需求，與「97年防災服務團計畫」合作，於本年度梅雨季及風神、卡玫基、鳳凰、如麗、辛樂克、哈格比及薔蜜颱風影響期間，共同提供56次專業氣象加值分析資訊，供水利署防災作業人員參考。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970050</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703721</governmentpublicationsnumber><identifier>59205</identifier><internationalstandardbooknumber>9789860167023 ; 9789860167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59205</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術之改進(1/3)－內附光碟</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為三年計畫之第ㄧ年計畫，全程計畫的目的主要在配合水利署災害預警、應變作業之需求，針對主要流域集水區發展梅雨季及颱風期間定量降雨預報技術，並於颱風豪雨影響期間，進行專業氣象資訊加值分析研判，提供水利署額外參考資訊。同時，針對水利署作業上氣象知識之需求，提供氣象知識講習。期望透過此計畫，協助水利署減少水災預警的不確定性，提昇災害應變作業之成效。本年計畫的研發重點為發展集水區颱風降雨模式，以改進原颱風降雨氣候模式常見的雨量低估情形。 為發展集水區颱風降雨模式，本年計畫先針對主要流域集水區，分析1989-2007年共95個歷史颱風之降雨特徵，並將全台所有流域區分為北部、中部、南部及東部四個區域，進一步分析颱風警報期間，各分區流域之降雨歷程。其次，本研究應用李（2008）更新的颱風降雨氣候模式資料庫，重新撰寫每個雨量站之颱風降雨潛勢圖計算程式，此程式除擴大個別網格範圍外，並可選取不同門檻值計算網格代表雨量。為了發展應用此新版模式的預報指引，根據個別颱風的特性（路徑、強度及暴風半徑大小），選取不同門檻值進行降雨計算，並分析所計算雨量的誤差。最後根據分析結果，提出選取特性相似歷史個案的方式，以作為門檻值選取之參考。利用2007年帕布、聖帕、韋帕及柯羅莎颱風個案進行測試的結果顯示，利用歷史相似個案調整降雨門檻值後，可改善原始颱風降雨模式容易低估雨量的情形。此外，為配合水利署應變作業系統之需求，本年度計畫亦進ㄧ步將本研究成果製作成展示畫面，以利防災作業人員參考使用。 另ㄧ方面，本計畫並提供氣象知識研習課程，課程主題包含「基本天氣概念和天氣分析介紹」、「颱風應變與分析研判作業說明」、「中央氣象局梅雨季豪（大）雨預報作業實務」、「中央氣象局颱風預報作業實務」。此外，本計畫團隊配合水利署災害預警、應變作業之需求，與「97年防災服務團計畫」合作，於本年度梅雨季及風神、卡玫基、鳳凰、如麗、辛樂克、哈格比及薔蜜颱風影響期間，共同提供56次專業氣象加值分析資訊，供水利署防災作業人員參考。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970050</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/9</date><governmentpublicationsnumber>1009703721</governmentpublicationsnumber><identifier>59208</identifier><internationalstandardbooknumber>9789860167023 ; 9789860167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59208</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術之改進(1/3)－光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract>珠螺海堤因長年受東北季風及颱風侵襲，已造成海堤兩側基礎裸露，且有繼續掏空之虞，海堤北側原有拋放之消波塊亦凌亂脫落，且海堤南側原有海堤塊時隨浪或潮系作用搬移置珠螺沙灘地，致珠螺灣沃受到破壞，而海堤若繼續敗壞，對海岸之防禦力降低，導致珠螺村民居受到威脅，為使現有海堤達到保護海岸之目的,並且維持現以珠螺灣沃自然景觀，遂有本規劃工作之執行，擬定修建以毀損之海堤規劃方案，並做為未來後續執行工作之依據。</abstract><author>華邦工程顧問公司</author><categoryidentifier>351.368</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009704089</governmentpublicationsnumber><identifier>59210</identifier><internationalstandardbooknumber>9789860173789 ; 9789860173</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59210</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>連江縣南竿珠螺羅海岸環境改善規劃=Zhuluo coastal environment improvement plan, Nangan township, Lienchiang County</title><yearidentifier>200812</yearidentifier></data><data><abstract>珠螺海堤因長年受東北季風及颱風侵襲，已造成海堤兩側基礎裸露，且有繼續掏空之虞，海堤北側原有拋放之消波塊亦凌亂脫落，且海堤南側原有海堤塊時隨浪或潮系作用搬移置珠螺沙灘地，致珠螺灣沃受到破壞，而海堤若繼續敗壞，對海岸之防禦力降低，導致珠螺村民居受到威脅，為使現有海堤達到保護海岸之目的,並且維持現以珠螺灣沃自然景觀，遂有本規劃工作之執行，擬定修建以毀損之海堤規劃方案，並做為未來後續執行工作之依據。</abstract><author>華邦工程顧問公司</author><categoryidentifier>351.368</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009704089</governmentpublicationsnumber><identifier>59211</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59211</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>連江縣南竿珠螺羅海岸環境改善規劃（光碟版〉=Zhuluo coastal environment improvement plan, Nangan township, Lienchiang County</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，展示其在河川生態工程規劃設計時之功能性與輔助性。    本研究為三年計畫，今年為第三年，主要工作項目為頭前溪、中港溪案例綜合檢討評估、區域排水生態工程規劃設計應用以及網路版輔助系統之建立。在中港溪與頭前溪綜合檢討評估方面，本研究選取頭前溪竹林大橋段以及中港溪三灣員林圳段與東興大橋段等，依「工法成效分析」、「河段未來演變」與「其他方案」等面向進行檢討，分析成果顯示頭前溪竹林大橋下游芎林堤防前以及中港溪三灣員林圳下游左岸崁頂寮堤防前若布設丁壩群，則對保護堤防基腳有顯著之成效，亦提供高水時期生物避難之空間；而中港溪東興大橋段之水理模擬結果顯示左岸疏浚對減緩堤腳與橋墩處之沖刷潛勢有正面之成效。    在區域排水生態工程應用方面，本研究選擇柯子湖溪關馨橋以下之下游段做為應用河段，藉由本研究所擬之工法安全性分析方法，初步歸納目前除斷面6因上下游落差大致使流速較高，以及局部椰纖護岸水流剪力過高外，其餘斷面在10年頻率洪水條件下發生破壞之風險均偏低；針對前述問題，本研究規劃設置6階跌水工於斷面6，並於彎道處佈設生態槽護岸工，分析結果顯示斷面6之流速可降低14%，有效減緩水流能量。    在彙整編修之參考手冊內容以及頭前溪與中港溪案例應用成果後，本年度除繼續增強單機版系統之穩定性與功能外，並進一步建立以成果查詢、展示與交流為主要目的之網路版系統，其功能包含：(1)線上系統說明；(2)研究成果下載；以及(3)查詢試算。期使本研究成果能藉由網路之易及性達到交流與推廣之成效。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703318</governmentpublicationsnumber><identifier>59213</identifier><internationalstandardbooknumber>9789860162653 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59213</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(3/3)＝Development of Information System for Planning and Design of River Eco-Engineering (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，展示其在河川生態工程規劃設計時之功能性與輔助性。    本研究為三年計畫，包含以下?大方向：1.	頭前溪與中港溪基本資?蒐集與分析：蒐集河川特性、??災害與生態環境等基本資?，並對其進?整?與分析。2.	生態工程規劃設計相關資?蒐集與整?：蒐集與整?國內外最新之生態工程相關規劃設計資?。3.	頭前溪與中港溪整體河川特性分析：針對現有之工程佈置與跨河構造物，探討其對河川特性、防洪安全與生態環境之影響。4.	生態工程規劃設計之應用：依據基本資?分析與工程佈置對河川特性之檢討，進?工法規劃設計，以為本研究參考手冊與系統建置之示範。5.	設計要點與?考手冊之編修：依據持續蒐集之資?以及本計畫應用案?之經驗與成果，編修「生態工程分析模式及設計要點研究，2005」所研擬之生態工程設計參考手冊，新增多項常見與實用之護岸、丁壩、護坦等工法，並提出不同工法其優缺點、適用條件與分析方法之對照表，以及規劃目標與工法對應關係之快速查核圖。6.	資訊系統之建?：除?將頭前溪、中港溪之基本資?與過往之應用成果納入資?庫外，並藉由本計畫規劃案?應用之過程設計實用之生態工程規劃設計輔助資訊系統。    本研究內容涵蓋生態工程設計參考手冊編撰輔助資訊建立實際案例應用分析，期藉由整體性之研究成果，做為未來河川治理相關工程案之規劃、設計與交流平台，並達到簡化與推廣河川生態工程之目的。</abstract><author>國立交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>59214</identifier><internationalstandardbooknumber>9789860162660 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59214</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告＝Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940059</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>59215</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59215</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(總報告)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計劃針對蘭陽平原第一河川局之45口觀測井，為改善前揭問題，希望建立一套自動化之地下水位資料品質管理程序標準，該標準程序依據資料之合理性、連續性、關聯性及完整性進行品質檢核，每筆資料需通過該品管檢核程序，以獲得品管認證，再由系統自動上載至水利署資料庫中</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009404636</governmentpublicationsnumber><identifier>59216</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59216</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽平原地下水位資料品質管理程序建立及系統開發=Proecedure Establishment and System Development of Quality Management for Groundwater Level in Lanyang Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃針對蘭陽平原第一河川局之45口觀測井，為改善前揭問題，希望建立一套自動化之地下水位資料品質管理程序標準，該標準程序依據資料之合理性、連續性、關聯性及完整性進行品質檢核，每筆資料需通過該品管檢核程序，以獲得品管認證，再由系統自動上載至水利署資料庫中</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009404636</governmentpublicationsnumber><identifier>59217</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59217</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽平原地下水位資料品質管理程序建立及系統開發(電子書)=Proecedure Establishment and System Development of Quality Management for Groundwater Level in Lanyang Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>59218</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59218</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(總報告)(電子書)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>蘭陽溪流域下游地區包括羅東、五結、冬山及礁溪等地區，因有地層下陷問題使該等地區地勢低窪，當地區域排水無法靠重力順利宣洩豪雨，造成每遇豪大雨或颱風時期均有淹水災情，本局每於颱風時期均受宜蘭縣政府調度動員移動式抽水機支援該等地區抽水救災，而當地民眾更殷切政府能針對該地區有一即時之監測設施，俾使其能於颱風豪雨時期能獲知即時淹水情形。宜蘭縣政府於九十三年針對該地區發展完成一套淹水展示系統，惟無現場即時監測設備與之配合，又本局於颱風時期動員救災之時間點亦無法掌握，另宜蘭地區水文及洪水災害之資料調查及蒐集亦為本局之任務，爰此，本局期以本計畫於前揭易淹水地區建置淹水即時水位監測站，搭配宜蘭縣政府發展之淹水展示系統，發揮資料蒐集及救災之功能</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009404640</governmentpublicationsnumber><identifier>59220</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59220</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽溪流域淹水區域即時監測站建置計畫＝Establish Real-time Monitoring System in Flood Area of Lan Yangchi Basin</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為利管理及研究單位之現場觀測，擬引進超音波儀器在量測上具有之優點，結合水深、流速與泥砂濃度觀測，進行適用觀測本土含砂濃度特性之儀器研發，期達到水庫庫精確量測之目的。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503878</governmentpublicationsnumber><identifier>59221</identifier><internationalstandardbooknumber>9789860079494 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59221</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(1/2)＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>交通大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>59222</identifier><internationalstandardbooknumber>9789860076622 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59222</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>交通大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>59223</identifier><internationalstandardbooknumber>9789860076622 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59223</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)(電子書)＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫建構一套完整之河川物理性棲地環境調查程序及評估模式，以順應河性建構適當之河川工程、減少河川工程對當地物理性棲地環境破壞與加速其環境復育為目標，研發出不同河川物理性棲地之復育方針，以供政府決策、管理與施工單位之參考。</abstract><author>中華水土保持學會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503875</governmentpublicationsnumber><identifier>59224</identifier><internationalstandardbooknumber>9789860079470 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59224</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川型態應用於棲地環境復育之研究(1/2)=River Morphology Applied to River Habitats Restoration(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本手冊共八章，包括:總則、基本資料蒐集與調查、測量、水文分析、水理分析、洪氾區劃設成果製圖、水文水理不確定性分析及依風險考量之分析與設計等。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>59225</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59225</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究  洪氾區劃設計參考手冊(附本)</title><yearidentifier>200603</yearidentifier></data><data><abstract>藉由國內外相關文獻蒐集，深入瞭解國內外河川治理思維與發展趨勢，依據國內相關法令規定，並參據既有相關研究成果，柔合防洪安全、生態景觀維護與空間利用需求，納入環境變遷趨勢因子，宏觀研訂河川治理技術準則。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503536</governmentpublicationsnumber><identifier>59226</identifier><internationalstandardbooknumber>9789860076028 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59226</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)=First Step Research on Technical Guidelines of  Hydraulic Engineering─River Regulation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外相關文獻蒐集，深入瞭解國內外河川治理思維與發展趨勢，依據國內相關法令規定，並參據既有相關研究成果，柔合防洪安全、生態景觀維護與空間利用需求，納入環境變遷趨勢因子，宏觀研訂河川治理技術準則。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.689791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503536</governmentpublicationsnumber><identifier>59227</identifier><internationalstandardbooknumber>9789860076028 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59227</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)(電子書)=First Step Research on Technical Guidelines of  Hydraulic Engineering─River Regulation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，以展示其在河川生態工程規劃設計時之功能性與輔助性。    本研究為三年度計畫，今年為第二年，主要工作項目為中港溪生態工程規劃設計應用以及單機板輔助系統之建立。藉由中港溪基本資料之廣泛搜集，包含河川特性、生態環境以及過往災害等，本研究以河川分類(Rosgen, 1994)的概念出發，對中港溪進行河段之分類，配合現場探勘與數值模擬之結果探討中港溪既有工程對河川特性與環境之影響，並進一步評估過往洪災之成因，據此研擬局部河段之解決策略。初步分析結果顯示，中港溪洪災主要肇因於地勢低窪排水不易、防洪工程設施尚未健全以及洪水流速過大直衝防洪構造物。    依據前段中港溪現況之探討，本研究研選了新中港溪橋段、三灣員林圳段以及南河溪福南橋上游段等三個河段進行生態工程規劃設計之應用，並據以編修生態工程設計參考手冊。初步應用成果顯示，生態工程規劃設計流程架構上並無修改之必要，故參考國內外常見工法，在設計要點上，本研究以簡易圖表化之方式，新增了詳細之工法選用對照表以及景觀生態槽護岸工之適用條件及其安全性分析方法，以配合系統之建立達到降低生態工程規劃設計之難度。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703318</governmentpublicationsnumber><identifier>59230</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59230</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(3/3)--光碟版＝Development of Information System for Planning and Design of River Eco-Engineering (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，展示其在河川生態工程規劃設計時之功能性與輔助性。    本研究為三年計畫，包含以下?大方向：1.	頭前溪與中港溪基本資?蒐集與分析：蒐集河川特性、??災害與生態環境等基本資?，並對其進?整?與分析。2.	生態工程規劃設計相關資?蒐集與整?：蒐集與整?國內外最新之生態工程相關規劃設計資?。3.	頭前溪與中港溪整體河川特性分析：針對現有之工程佈置與跨河構造物，探討其對河川特性、防洪安全與生態環境之影響。4.	生態工程規劃設計之應用：依據基本資?分析與工程佈置對河川特性之檢討，進?工法規劃設計，以為本研究參考手冊與系統建置之示範。5.	設計要點與?考手冊之編修：依據持續蒐集之資?以及本計畫應用案?之經驗與成果，編修「生態工程分析模式及設計要點研究，2005」所研擬之生態工程設計參考手冊，新增多項常見與實用之護岸、丁壩、護坦等工法，並提出不同工法其優缺點、適用條件與分析方法之對照表，以及規劃目標與工法對應關係之快速查核圖。6.	資訊系統之建?：除?將頭前溪、中港溪之基本資?與過往之應用成果納入資?庫外，並藉由本計畫規劃案?應用之過程設計實用之生態工程規劃設計輔助資訊系統。    本研究內容涵蓋生態工程設計參考手冊編撰輔助資訊建立實際案例應用分析，期藉由整體性之研究成果，做為未來河川治理相關工程案之規劃、設計與交流平台，並達到簡化與推廣河川生態工程之目的。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>59231</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59231</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告(光碟版)＝Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要目的係針對石門水庫颱洪期間監測高濃度之水砂運移特性，發展適合石門水庫防淤課題的數題的數值模式，配合北水局規劃設計案及本所進行物理模型試驗之檢定驗證，以釐清入庫水砂在水庫內之運移、沖淤和分佈的情況，據此擬定並評估石門水庫的防淤策略，提供北水局積極推動防淤策略之參考運用</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433   443.6405   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703704</governmentpublicationsnumber><identifier>59233</identifier><internationalstandardbooknumber>9789860167870 ; 9789860167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59233</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(1/2)＝The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950295</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>59239</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59239</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)=On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。 現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。 至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。 最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>59240</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)(電子書)＝On Establishing the Evaluation Standards and Procedures of the Sea-Dikes and Storm Gates under Tsunami Attack(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫主要目的係針對石門水庫颱洪期間監測高濃度之水砂運移特性，發展適合石門水庫防淤課題的數題的數值模式，配合北水局規劃設計案及本所進行物理模型試驗之檢定驗證，以釐清入庫水砂在水庫內之運移、沖淤和分佈的情況，據此擬定並評估石門水庫的防淤策略，提供北水局積極推動防淤策略之參考運用</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703704</governmentpublicationsnumber><identifier>59241</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59241</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(1/2)--光碟版＝The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703704</governmentpublicationsnumber><identifier>59244</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59244</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及研究(1/2)成果資料光碟版=The obseraation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>救災應變決策支援系統之傳輸體系，其相關之設備包含?同科技 ?域，且必須定期的維護與?新，為使系統具有持續性，使其在災害應變期間運作正常，必須建置災害時期?間斷的傳輸體系。水?署於92??起持續建置即時影像站，97??為止已達70餘站，本??亦協助水?署建置即時影像站，並?新原有之展示介面及功能。在建站規劃上，以雲?嘉義沿海低窪地區優先，建站設備規劃均已需申請電?電話及設水尺，建議以轉動式攝影機觀測水情為主。此外，在即時水位資訊上，於本??增加24組即時水位計基座外，本??亦?用水位計所回傳之資訊進?分析。原有之移動式水位計水位資訊展示系統並無提供?續性水位變化之圖形，故此本系統於本計畫中將?續性水位變化圖結合原有之移動式水位計水位回傳資訊以視窗方式開啟，並提供最近?續24小時的水位變化圖，以及可能之淹水範圍進?簡?估算，以加強移動式水位計資訊功能。另以?動水情系統所回傳之資訊將移動式水位計回傳水位資訊所得之淹水範圍成果做示範案?模擬。以?動水情在事件空間資訊部分所展示之多點的空間資訊功能，?用屏東縣佳冬鄉羌園村於民國97?9月17日至30日間之移動式水位計水位資訊，將淹水範圍成果與實際淹水相比較，得知該淹水區域實際範圍與推估之淹水範圍?有所差?，但差?性主要?源在於所採用之DTM圖層?確?（40mX40m），未?提昇DTM圖層?確?應可達到較佳之成果。水閘門防竊盜技術評估上，警報器安裝??、位置及種??受到水閘門型式?同而有所?同。以警報裝置為?，感應系統分為接觸式與非接觸式，從最簡?之斷線開關、磁簧開關、紅外線開關、?射開關到RFID等，其功能有所?同及其限制。然所需經費高昂，?合於成本效?且水閘門防竊盜儀器又?成為宵小覬覦的對象，因此建議改以 警民合作或於當地河川巡守隊結合成效較佳。 2並協助水?署對於移動式水位計佈建以及防汛作業手冊草案之擬定，以及辦?教育訓?講習，以?於經驗傳承及應用。</abstract><author>中央大學土木工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970060</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703746</governmentpublicationsnumber><identifier>59261</identifier><internationalstandardbooknumber>9789860166903 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59261</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>應用淹水行動偵測於水災規模之評估  Applicating mobile sensor system estimates flood region</title><yearidentifier>200812</yearidentifier></data><data><abstract>救災應變決策支援系統之傳輸體系，其相關之設備包含?同科技 ?域，且必須定期的維護與?新，為使系統具有持續性，使其在災害應變期間運作正常，必須建置災害時期?間斷的傳輸體系。水?署於92??起持續建置即時影像站，97??為止已達70餘站，本??亦協助水?署建置即時影像站，並?新原有之展示介面及功能。在建站規劃上，以雲?嘉義沿海低窪地區優先，建站設備規劃均已需申請電?電話及設水尺，建議以轉動式攝影機觀測水情為主。此外，在即時水位資訊上，於本??增加24組即時水位計基座外，本??亦?用水位計所回傳之資訊進?分析。原有之移動式水位計水位資訊展示系統並無提供?續性水位變化之圖形，故此本系統於本計畫中將?續性水位變化圖結合原有之移動式水位計水位回傳資訊以視窗方式開啟，並提供最近?續24小時的水位變化圖，以及可能之淹水範圍進?簡?估算，以加強移動式水位計資訊功能。另以?動水情系統所回傳之資訊將移動式水位計回傳水位資訊所得之淹水範圍成果做示範案?模擬。以?動水情在事件空間資訊部分所展示之多點的空間資訊功能，?用屏東縣佳冬鄉羌園村於民國97?9月17日至30日間之移動式水位計水位資訊，將淹水範圍成果與實際淹水相比較，得知該淹水區域實際範圍與推估之淹水範圍?有所差?，但差?性主要?源在於所採用之DTM圖層?確?（40mX40m），未?提昇DTM圖層?確?應可達到較佳之成果。水閘門防竊盜技術評估上，警報器安裝??、位置及種??受到水閘門型式?同而有所?同。以警報裝置為?，感應系統分為接觸式與非接觸式，從最簡?之斷線開關、磁簧開關、紅外線開關、?射開關到RFID等，其功能有所?同及其限制。然所需經費高昂，?合於成本效?且水閘門防竊盜儀器又?成為宵小覬覦的對象，因此建議改以 警民合作或於當地河川巡守隊結合成效較佳。 2並協助水?署對於移動式水位計佈建以及防汛作業手冊草案之擬定，以及辦?教育訓?講習，以?於經驗傳承及應用。</abstract><author>中央大學土木工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970060</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703746</governmentpublicationsnumber><identifier>59264</identifier><internationalstandardbooknumber>9789860166903 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59264</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>應用淹水行動偵測於水災規模之評估(光碟版)  Applicating mobile sensor system estimates flood region</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括頭前溪、後龍溪、中港溪流域及新竹縣、新竹市與苗栗縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治理及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪潦治理用），亦分析1小時、3小時、6小時、12小時、24小時及48小時等累積雨量之各重現期距值（淹水預警用）。最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970049</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703693</governmentpublicationsnumber><identifier>59275</identifier><internationalstandardbooknumber>9789860166644 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59275</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>頭前溪、後龍溪、中港溪流域及新竹縣、新竹市與苗栗縣淹水潛勢圖更新計畫  Upgrading potential inundation maps of Touncian River, Houlong River, Jhonggang River Basins, HsinChu County, HsinChu City and MiaoLi County</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華工程顧問工程司</author><categoryidentifier>443.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>59277</identifier><internationalstandardbooknumber>9789860078053 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59277</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)人工養灘對底棲生物之影響=Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City(2)Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華工程顧問工程司</author><categoryidentifier>443.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>59279</identifier><internationalstandardbooknumber>9789860078053 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59279</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)人工養灘對底棲生物之影響(電子書)=Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City(2)Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括頭前溪、後龍溪、中港溪流域及新竹縣、新竹市與苗栗縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。研究成果除作為治理參考外，並應用於雨量預警系統，以增進應變效率。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治理及淹水預警之用，因此輸入之降雨條件除包括24小時累積雨量之各重現期距值外（洪潦治理用），亦分析1小時、3小時、6小時、12小時、24小時及48小時等累積雨量之各重現期距值（淹水預警用）。最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970049</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703693</governmentpublicationsnumber><identifier>59282</identifier><internationalstandardbooknumber>9789860166644 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59282</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>頭前溪、後龍溪、中港溪流域及新竹縣、新竹市與苗栗縣淹水潛勢圖更新計畫(光碟版)  Upgrading potential inundation maps of Touncian River, Houlong River, Jhonggang River Basins, HsinChu County, HsinChu City and MiaoLi County</title><yearidentifier>200812</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>59285</identifier><internationalstandardbooknumber>9789860077810 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59285</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置第一年專題報告書Multiformity Drainage Watershd Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>59287</identifier><internationalstandardbooknumber>9789860077810 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59287</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置第一年專題報告書Multiformity Drainage Watershd Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川之棲地生態環境極為複雜，且國外所發展之棲地模式及評估指標，無法完全適用於台灣地區，故須進行跨領域的整合研究，建立適合於臺灣地區河川棲地之評估方法。</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>59288</identifier><internationalstandardbooknumber>9789860079487 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59288</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川棲地評估技術之研究(2/2)=The  Study  of   Stream  Habitat  Evaluation  Techniques  in  Taiwan  Area(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著河川生態工法之興起，國內已有部分河川採行生態工法治河，然多數之工程設計人員仍對生態工法有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工法相關研究資料，擬定與編修河川生態工法規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工法規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪，以展示其在河川生態工法規劃設計時之功能性與輔助性。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009503845</governmentpublicationsnumber><identifier>59290</identifier><internationalstandardbooknumber>9789860080803 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59290</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(1/3)=Development  of  Information  System for  Planning  and  Design  of  River  Eco─Engineering(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009504150</governmentpublicationsnumber><identifier>59292</identifier><internationalstandardbooknumber>9789860082968 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59292</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009504150</governmentpublicationsnumber><identifier>59294</identifier><internationalstandardbooknumber>9789860082968 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59294</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究(電子書)＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫以?陽溪、花?溪、秀姑巒溪?域、卑南溪及宜?縣、花?縣與臺東縣等地區進??雨頻?分析、?雨之時空分佈特性分析、雨?站網之評估，並建?山區?雨逕?模式，銜接河道水?模式進?河道溢?演算。最後考慮河道溢?、山區逕?、潮位變動等影響，進?淹水潛勢模擬分析評估, 並?考所有模擬分析結果規劃雨?淹水預警模組。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水?況。因此必須依需求而有?同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治?及淹水預警之用，因此輸入之?雨條件除包括24 小時?積雨?之各重現期距值外(洪潦治?用)，亦分析3 小時、6 小時?積雨?之各重現期距值(淹水預警用)。最後本計畫依據演算成果，評估區域內淹水敏感點位置，建??雨淹水預警模式，作為水?署淹水預警及相關防救災器材預置之?考。而?同重現期之24 小時?雨淹水潛勢圖亦可提供相關縣市政府防災單位，作為淹水災害預警之用。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970048</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703728</governmentpublicationsnumber><identifier>59295</identifier><internationalstandardbooknumber>9789860166880 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59295</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>蘭陽溪、花蓮溪、秀姑巒溪流域、卑南溪及宜蘭縣、花蓮縣與臺東縣淹水潛勢圖更新計畫=Upgrading potential inundation maps of Lanyang River, Hualien River, Shiew-gn-luang River, Pei-nan River, Yilen county, Huailen county, and Taitung county</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫以?陽溪、花?溪、秀姑巒溪?域、卑南溪及宜?縣、花?縣與臺東縣等地區進??雨頻?分析、?雨之時空分佈特性分析、雨?站網之評估，並建?山區?雨逕?模式，銜接河道水?模式進?河道溢?演算。最後考慮河道溢?、山區逕?、潮位變動等影響，進?淹水潛勢模擬分析評估, 並?考所有模擬分析結果規劃雨?淹水預警模組。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水?況。因此必須依需求而有?同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治?及淹水預警之用，因此輸入之?雨條件除包括24 小時?積雨?之各重現期距值外(洪潦治?用)，亦分析3 小時、6 小時?積雨?之各重現期距值(淹水預警用)。最後本計畫依據演算成果，評估區域內淹水敏感點位置，建??雨淹水預警模式，作為水?署淹水預警及相關防救災器材預置之?考。而?同重現期之24 小時?雨淹水潛勢圖亦可提供相關縣市政府防災單位，作為淹水災害預警之用。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970048</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703728</governmentpublicationsnumber><identifier>59297</identifier><internationalstandardbooknumber>9789860166880 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59297</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>蘭陽溪、花蓮溪、秀姑巒溪流域、卑南溪及宜蘭縣、花蓮縣與臺東 縣淹水潛勢圖更新計畫(光碟版)  Upgrading potential inundation maps of Lanyang River, Hualien River, Shiew-gn-luang River, Pei -nan River, Yilen county , Huailen county, and Taitung county</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對全球因水所引致之新類型災害進行資料蒐集、彙整及分析；針對台灣西南沿海易淹水地區進行氣候變遷之研析。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970046</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703779</governmentpublicationsnumber><identifier>59323</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59323</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利防洪設施受新類型災害之脆弱度與調適度分析(2/2)＝Vulnerability assessment and adaptive management of new hazard on flood prevention systems (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對全球因水所引致之新類型災害進行資料蒐集、彙整及分析；針對台灣西南沿海易淹水地區進行氣候變遷之研析。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970046</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703779</governmentpublicationsnumber><identifier>59327</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59327</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利防洪設施受新類型災害之脆弱度與調適度分析(2/2)－光碟版＝Vulnerability assessment and adaptive management of new hazard on flood prevention systems (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>協助水利署辦理新興水源發展條例與新興水源發展政策實施計畫，並蒐集整理國內外相關資料及出產品。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970069</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703831</governmentpublicationsnumber><identifier>59331</identifier><internationalstandardbooknumber>9789860168136 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59331</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>多元化水源發展政策實施計畫之研擬(2/2)  Composing the Execution Plan for the Diversified Water Resources Development Policy (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>傳統生物處理程序無法有效分解去除「新興污染物」，是故其會穿透都市污水處理廠這道污水處理防線而輕易進入水環境體系，再經由生物累積擴大效應而至整體之生態圈，因此有必要對污水中新興污染物作詳細調查研究</abstract><author>國立臺灣大學顏慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970026</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703373</governmentpublicationsnumber><identifier>59332</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59332</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>污水再生利用技術研究環境新興污染物流怖調查及評估(1/2)＝Domestic Wastewater Effluent Water Reuse：Investigation of Occurrence and Transport of Emerging Contaminants (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>協助水利署辦理新興水源發展條例與新興水源發展政策實施計畫，並蒐集整理國內外相關資料及出產品。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970069</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703831</governmentpublicationsnumber><identifier>59333</identifier><internationalstandardbooknumber>9789860168136 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59333</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>多元化水源發展政策實施計畫之研擬(2/2)(光碟版)  Composing the Execution Plan for the Diversified Water Resources Development Policy (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>傳統生物處理程序無法有效分解去除「新興污染物」，是故其會穿透都市污水處理廠這道污水處理防線而輕易進入水環境體系，再經由生物累積擴大效應而至整體之生態圈，因此有必要對污水中新興污染物作詳細調查研究</abstract><author>國立臺灣大學顏慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970026</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703373</governmentpublicationsnumber><identifier>59334</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59334</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>污水再生利用技術研究環境新興污染物流怖調查及評估(1/2)－光碟版＝Domestic Wastewater Effluent Water Reuse：Investigation of Occurrence and Transport of Emerging Contaminants (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究將探討當前河川砂石盜濫採現況，首先採用文獻分析以釐清國內相關法規與判例對於濫採業者之法律約束:其次透過質性訪談方式嘹解河川砂石盜濫採之犯罪組織結構。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>59336</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59336</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜採濫採行為防治對策研究=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR LLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract>本計畫係研究高雄市中區污水處理廠再生水提供作為工業用水之可行性，落實政府多元化水源開發之政策，並完成中區污水處理廠水再生利用之初步規劃及推動計畫方案研擬等，以落實推動水再生利用及水利產業發展策略</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703370</governmentpublicationsnumber><identifier>59337</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59337</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所高雄</publisher><publishrocyear>97</publishrocyear><title>高雄中區污水處理廠水再生提供工業用水初步規劃＝Preliminary Planning for the Reuse of Kaohsiung Central Wastewater Treatment Plant Effluent as Industrial Water Supply</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究將探討當前河川砂石盜濫採現況，首先採用文獻分析以釐清國內相關法規與判例對於濫採業者之法律約束:其次透過質性訪談方式嘹解河川砂石盜濫採之犯罪組織結構。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>59338</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59338</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜採濫採行為防治對策研究(電子書)=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR LLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract>本計畫係研究高雄市中區污水處理廠再生水提供作為工業用水之可行性，落實政府多元化水源開發之政策，並完成中區污水處理廠水再生利用之初步規劃及推動計畫方案研擬等，以落實推動水再生利用及水利產業發展策略</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/10</date><governmentpublicationsnumber>1009703370</governmentpublicationsnumber><identifier>59339</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59339</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高雄中區污水處理廠水再生提供工業用水初步規劃(光碟版)=Preliminary Planning for the Reuse of Kaohsiung Central Wastewater Treatment Plant Effluent as Industrial Water Supply</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計劃以現場營光粒料追蹤調查方式，進行卑南溪口至利嘉溪口段海岸之漂砂方向及移動速度分析，並探討螢光粒料追蹤調查方法之可行性，研擬調查分析方法，以作為後續研究調查規劃之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>59341</identifier><internationalstandardbooknumber>9789789860050 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59341</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂(螢光粒料)調查研究先期規劃=Preliminary Study of Fluorescent Tracer Scheme On Sediment  lnvestigation at Taitung Coast</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計劃以現場營光粒料追蹤調查方式，進行卑南溪口至利嘉溪口段海岸之漂砂方向及移動速度分析，並探討螢光粒料追蹤調查方法之可行性，研擬調查分析方法，以作為後續研究調查規劃之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>59344</identifier><internationalstandardbooknumber>9789789860050 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59344</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂(螢光粒料)調查研究先期規劃(電子書)=Preliminary Study of Fluorescent Tracer Scheme On Sediment  lnvestigation at Taitung Coast</title><yearidentifier>200607</yearidentifier></data><data><abstract>本研究為配合生態工法「 因地制宜就地取材」之原則，自行發展植生護岸安定分析模式外，亦蒐集整理適合台灣河川中下游之植物種類及特性，以期能提供未來在生態治河中河岸安定分析與植栽物種選者之參考。</abstract><author>交通大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>59347</identifier><internationalstandardbooknumber>9789570194593 ; 9570194596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59347</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)=The development of model and desingn guideline for ecological engineering methods (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究為配合生態工法「 因地制宜就地取材」之原則，自行發展植生護岸安定分析模式外，亦蒐集整理適合台灣河川中下游之植物種類及特性，以期能提供未來在生態治河中河岸安定分析與植栽物種選者之參考。</abstract><author>交通大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>59353</identifier><internationalstandardbooknumber>9789570194593 ; 9570194596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59353</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)=The development of model and desingn guideline for ecological engineering methods (1/2)光碟</title><yearidentifier>200412</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局94年度業務統計資料年報</abstract><author>經濟部水利暑臺北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009502161</governmentpublicationsnumber><identifier>59356</identifier><internationalstandardbooknumber>9789860056785 ; 9789860056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59356</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署臺北水源特定區管理局94年度工作年報 = Taipei Water Management Office Water Resources Agency Ministry of Economic Affairs 2005 annual job report</title><yearidentifier>200607</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告仍沿用簡便之單位面積推算方式，以保持歷年資料之連貫性。依據經濟部中部辦公室民國96年統計資料分析，台灣地區96年工業面積為25,527.56公頃，統計工業用水量為1,643.78百萬立方公尺，以中部及南部所佔比重較大，該兩區域之工業面積合占台灣地區工業面積68.04%，用水量合占台灣地區工業用水量68.15%。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   445.2   460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703865</governmentpublicationsnumber><identifier>59359</identifier><internationalstandardbooknumber>9789860168105 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59359</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>台灣地區民國96年工業用水量統計報告(內附光碟)The Industrial Water Consumption in Taiwan for 2007</title><yearidentifier>200812</yearidentifier></data><data><abstract>民國96年各項蓄水設施營運水量統計報告中之「蓄水設施」，意指水庫、調整池及大型池埤等蓄水設施。台灣地區現今實際運轉且有營運統計資料之水庫計有40座，調整池5座及池埤數座。年報統計內容部分，歸類為：一、蓄水設施容量統計；二、蓄水設施年總運用水量統計；三、水庫水量營運統計；四、各年度水量運用比較；五、水庫泥砂淤積統計等5部分。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703871</governmentpublicationsnumber><identifier>59361</identifier><internationalstandardbooknumber>9789860168112 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59361</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>台灣地區民國96年蓄水設施水量營運統計報告(內附光碟) The Management of Water Storage Facilities in Taiwan for 2007</title><yearidentifier>200812</yearidentifier></data><data><abstract>民國96年各標的用水量彙整「台灣地區96年蓄水設施水量營運統計報告」、「台灣地區民國96年農業用水量統計報告」、「台灣地區96年工業用水量統計報告」及「台灣地區民國96年生活用水量統計報告」等資料，並配合行政院經建會「台灣地區綜合開發計畫」，統籌規划水資源之運用。 台灣地區近年來由於人口增加及經濟快速成長，工業用水及公共給水逐年增加，使得水量的調配突顯重要。各標的用水量統計報告內容中，主要分為消耗性及非消耗性等2大部分，其中消耗性部分，分為農業用水(含灌溉、養殖及畜牧)、生活用水(含自來水及自行取水)及工業用水等3大項；非消耗性用水為未列入上述各標的年用水量統計之電力用水(即水力用水)。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703872</governmentpublicationsnumber><identifier>59365</identifier><internationalstandardbooknumber>9789860168075 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59365</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>台灣地區民國96年各標的用水量統計報告(內附光碟)The Water Consumption in Taiwan for 2007</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區民國96年底總人口計2,287萬人，自來水供水人口為2,105萬人，自來水供水普及率為92.03％，與95年比較，總人口增加8萬人，成長率為0.44％，而供水普及率增加0.17個百分點。 台灣地區民國96年生活用水量平均每人每日用水量為427公升，其中台北市599公升，高雄市370公升。其中自來水供應部分台灣地區440公升，而台北市599公升，高雄市371公升；自行取水部分分別為286、438及296公升。因自來水供水系統配水量96年為4,083百萬立方公尺較95年4,074百萬增加9百萬，成長率為0.22％。 台灣地區96年生活用水量計3,566百萬立方公尺，比95年減少25百萬，成長率為0.7％，其中自來水供應3,397百萬立方公尺，占總量95.26％；自行取水190百萬立方公尺，占總量5.33％。 台灣地區96年自來水總用水量為4,083百萬立方公尺，其中供應生活用水量3,376百萬立方公尺，占總量82.68％；供應工業用水量706.8百萬立方公尺，占總量17.31％。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703869</governmentpublicationsnumber><identifier>59369</identifier><internationalstandardbooknumber>9789860168099 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59369</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>台灣地區民國96年生活用水量統計報告(內附光碟)The Domestic Water Consumption in Taiwan for 2007</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究係藉由數模演算分析,於河防安全前提下,重新檢討現行河川區域種植規定,並調查臺灣河川地區各植物之土壤條件,樹種之根,莖,冠寬等特質,以利相關河川管理從業人員審查設計之用.</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009301871</governmentpublicationsnumber><identifier>59371</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59371</librarycollectiondetailsurl><price>工本費800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>河川區域種植規定修正研究 (附光碟)Reviews on Regulation of Planting in Floodplain</title><yearidentifier>200406</yearidentifier></data><data><abstract>為對全國小型水力發電潛能及初步可行性具通盤瞭解，並研提小水力發電產業科技發展計畫之綱要草案，特成立本計畫。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970288</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703977</governmentpublicationsnumber><identifier>59380</identifier><internationalstandardbooknumber>9789860169232 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59380</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川及供排水渠道發展小水力發電潛能評估及可行性先期研究(光碟版)  Small  Hydropower  Potential  Evaluation  and  Preliminary  Feasibility  Study  for  Rivers  and  Canals</title><yearidentifier>200812</yearidentifier></data><data><abstract>農業用水包括灌溉、養殖與畜牧，為台灣主要用水標的，民國96年農業用水量計12,535百萬立方公尺，其中灌溉用水仍佔大宗，達10,843百萬立方公尺(86.50%)，養殖用水1,588百萬立方公尺(12.67%)次之，畜牧用水約105百萬立方公尺(0.84%)為最少。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703867</governmentpublicationsnumber><identifier>59389</identifier><internationalstandardbooknumber>9789860168105 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59389</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>台灣地區民國96年農業用水量統計報告＝(內附光碟)The Agricultural Water Consumption in Taiwan for 2007</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對台灣水利產業之政策法令、社經環境、科學技術及市場趨勢之現況進行研析與檢討，並蒐集外國案例供參考。</abstract><author>泓發樂活氏水科技服務股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960380</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703881</governmentpublicationsnumber><identifier>59390</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59390</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利產業發展潛能評估與推動策略研究計畫(光碟版)=Study on the Water Industry development Strategy and potential evaluation</title><yearidentifier>200812</yearidentifier></data><data><abstract>阿公店溪為一感潮河川,海逢颱風來襲時所發生之暴潮易導致溪口水位暴漲,因此在溪口附近注入阿公店溪之各排水溝,受迴水影響而暴漲且因沿海地勢低漥而溢流氾濫,造成損失,民國77年7月19日華倫颱風經過巴士海峽時,高雄縣彌陀鄉沿海之文安及舊港雨村即發生排水溝水迴流排水不暢部分道路及住家發生淹水之情況。為防範災情再度發生,亟待整建若干水利設施,為因應此等設施之設計,須就可能發生之暴潮位,推估迴水影響做為規劃設計之依據俾根絕後患.又因中國石油公司在溪口北側建有防波堤,為瞭解其對波浪反射之影響範圍,乃以數值模擬計算波浪折射及反射現象.並探討其對潮位之影響。</abstract><author>郭金棟等</author><categoryidentifier>443.689747</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>6404790122</governmentpublicationsnumber><identifier>59392</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59392</librarycollectiondetailsurl><price></price><publisher>成工大學水利及海洋工程研究所</publisher><publishrocyear>79</publishrocyear><title>阿公店溪口附近沿海地區海水倒灌及波浪反射之研究</title><yearidentifier>199008</yearidentifier></data><data><abstract>潮汐表係以潮位站量測的水位資料輸入電腦，經調合分析及統計數學方法，來推算各觀測點未來1年的高低潮時及對應潮位植。本書之潮高預報使用兩種潮位基準，左欄以當地平均中等潮位為基準，右欄以最大比例尺海岸基準面(約為該地之預報高低潮位)起算，單位為公分。</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>59394</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59394</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>95</publishrocyear><title>中華民國96年潮汐表=Tide Tables 2007 年刊 第10期</title><yearidentifier>200611</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為水利相關機關及學術研究單位所重視。經濟部水利署為提供大眾此項寶貴資訊，固定每年出版五本用水統計報告。本計畫以三年(94-96年用水)為期，除每年固定彙編用水統計年報外，每年也針對其一、二項目做探討分析。今年針對工業用水探討，除彙編台灣地區95年度之「蓄水設施營運水量」、「工業用水量」、「農業用水量」、「生活用水量」及「各標的用水量」等統計報告外，並廣泛蒐集整理日本、美國及中國大陸等之工業用水統計資料形式及內容概要，以提供給社會大眾、政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970087</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703778</governmentpublicationsnumber><identifier>59397</identifier><internationalstandardbooknumber>9789860168143 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59397</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94-96年各項用水統計報告(3/3)總報告＝Study on Water use Statistics Survey (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為水利相關機關及學術研究單位所重視。經濟部水利署為提供大眾此項寶貴資訊，固定每年出版五本用水統計報告。本計畫以三年(94-96年用水)為期，除每年固定彙編用水統計年報外，每年也針對其一、二項目做探討分析。今年針對工業用水探討，除彙編台灣地區95年度之「蓄水設施營運水量」、「工業用水量」、「農業用水量」、「生活用水量」及「各標的用水量」等統計報告外，並廣泛蒐集整理日本、美國及中國大陸等之工業用水統計資料形式及內容概要，以提供給社會大眾、政府機關及學術單位參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443   554.61   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703778</governmentpublicationsnumber><identifier>59400</identifier><internationalstandardbooknumber>9789860168143 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59400</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水資源供需情勢統計調查方式改善與彙編94-96年各項用水統計報告(3/3)－光碟版 ＝Study on Water use Statistics Survey (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究計畫以早期河川治理及資源運用為基礎，增加現階段環境、生態、親水、活水之要求，加以設計修訂重要河川流域相關之法規與施政內容。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970013</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009702918</governmentpublicationsnumber><identifier>59401</identifier><internationalstandardbooknumber>9789860158786 ; 9789860158</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59401</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>重要河川流域管理政策與法規研訂(1/2))－光碟版=Study on Forming of Important River Basin Management Policy and Law (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>由於過去發生世界性能源危機之教訓,由油公司即積極計劃進口天然氣,俾能疏散能源來源及改善家庭用煤氣,而於73年年底在高雄縣新港村附海岸著手闢建大型液化天然氣接收站,興建外廓防波堤工及填築新生地,其中南外廓防波堤部份向外海沿伸離海岸之垂直距離最遠者達兩公里餘,而航道部份亦浚深達-14M。由於此一大型結構物之興建,近波浪,水流難免受影響,因而引起局部地形變化。</abstract><author>簡仲和等</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>6404790023</governmentpublicationsnumber><identifier>59411</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59411</librarycollectiondetailsurl><price></price><publisher>成功大學水利及海洋工程學系</publisher><publishrocyear>78</publishrocyear><title>永安壓然氣接收站對阿公店溪之影響調查研究試驗報告</title><yearidentifier>198912</yearidentifier></data><data><abstract>計畫工作內容除繼續水利法修正研究外，另增加與國土復育方案及國土復育條例(草案)相關規定與溫泉資源運用及設置之探討。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960327</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009702898</governmentpublicationsnumber><identifier>59415</identifier><internationalstandardbooknumber>9789860158588 ; 9789860158</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59415</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>配合國土復育方案檢討修正水利法(2/2)－光碟版  Review and Suggestions to Revision of Water Act Subject to National Land Restoration Strategy and Action Plan (2/2)</title><yearidentifier>200810</yearidentifier></data><data><abstract>本計畫係為先行調查大埔水庫水質、水量現況及原農業灌溉運用情形，並檢討供應作為民生、工業用水之可行性；希望透過重生計畫之推動，改善大埔水庫水質、增加水資源利用、解決蓄水範圍私有土地問題，並透過環境景觀營造促進地方發展，達到永續發展之目標。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960378</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009800147</governmentpublicationsnumber><identifier>59418</identifier><internationalstandardbooknumber>9789860175547 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59418</librarycollectiondetailsurl><price>1000</price><publisher>水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>大埔水庫重生計畫＝The Rehabilitation Plan of Ta-Pu Reservoir</title><yearidentifier>200901</yearidentifier></data><data><abstract>本計畫係為先行調查大埔水庫水質、水量現況及原農業灌溉運用情形，並檢討供應作為民生、工業用水之可行性；希望透過重生計畫之推動，改善大埔水庫水質、增加水資源利用、解決蓄水範圍私有土地問題，並透過環境景觀營造促進地方發展，達到永續發展之目標。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960378</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009800147</governmentpublicationsnumber><identifier>59420</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59420</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>大埔水庫重生計畫(光碟版) ＝The Rehabilitation Plan of Ta-Pu Reservoir</title><yearidentifier>200901</yearidentifier></data><data><abstract>降低蓄水庫設施失敗之風險，以確保人民生命財產之安全，為蓄水庫安全管理之主要目標。為達此目的，在公共工程預算經費有限下，水庫之維護管理除賴各既有設施之檢測、監測、安全評估與補強維護等工作外，其中安全評估工作應考慮風險因素，即考慮設施所能容忍之最大破壞機率與後續造成之危害程度，將預算經費做最有效益之運用，以符合經濟有效之原則。基於上述因素考量及借鏡目前先進國家之經驗，本計畫旨在建立一套符合國內既有環境之蓄水庫風險管理制度及其執行方法，以應蓄水庫安全管理工作迫切之需求，且符合未來工程發展之趨勢。</abstract><author>中興工程顧問有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703467</governmentpublicationsnumber><identifier>59440</identifier><internationalstandardbooknumber>9789860164250 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59440</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫安全風險管理之研究成果報告書(2/2)－光碟版 A study on the Dam Safety RisK Management Final Report (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>辦理水工模型試驗驗證工作，探討有無施設內灣支線鐵路、公路橋墩及隆恩堰副堰洪水對隆恩堰堰體穩定性與取水功能影響，試驗研究成困提供設計單位工程設計參考經試驗成困建議工程採用方案一(未設副堰)及進行改善方式辦理，可降低工程經費且達到較佳之保護橋墩及堰體穩定性。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009700404</governmentpublicationsnumber><identifier>59441</identifier><internationalstandardbooknumber>9789860133332 ; 9789860133</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59441</librarycollectiondetailsurl><price>586</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>頭前溪隆恩堰副堰及相關設施水工模型試驗=Hydraulic Model Tests of Lung-En auxiliary Weir and Relevant Structures in Toucian River</title><yearidentifier>200802</yearidentifier></data><data><abstract>水庫集水區保育管理工作與水庫泥砂淤積及水質有直接密切關係，除進行水庫集水區治理工作外，水庫集水區土地利用管理亦為主要的手段之一，然而早年進行水庫興建時，除水庫蓄水範圍外，並未對集水區土地辦理徵收，因此長期以來引起不小的抗爭與民怨，惟因經費財源的限制，勢必無法一次性全面徵收，為求適當可行的解決方案，擬就國內水庫集水區土地問題進行探討，並研提土地管理策略及處理原則。      綜合本計畫內容敘述，可知保護帶之設置對於各項污染質之去除皆有功效，此對於水庫、河川之污染防治更是一大助益。因此若能將此觀念實際應用，設置水庫保護帶，並對於保護帶內土地利用加以管理，減少點源及非點源之污染，將有助於整體經濟發展與資源保育永續利用共存之目標。 本計畫以分析層級程序法(AHP)進行決策研究，問卷發放對象選擇大專院校相關科系如土管、都計及水利資源保育等系有土地管理、都市計畫、法律知識及水資源保育背景之學者，或是公部門相關領域之主管及科員共計20位，藉由學者專家之學術涵養與實務經驗建立較可靠之評準，擬定水庫保護帶土地取得方式評估模式，未來將優先以翡翠水庫、石門水庫、寶山第一水庫、永和山水庫與烏山頭水庫等5座國內水庫為對象進行分析，期待本計畫完成後，作為未來施政的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970334</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703845</governmentpublicationsnumber><identifier>59442</identifier><internationalstandardbooknumber>9789860168303 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59442</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫保護帶土地處理原則之探討(1/2) Discussion on the Land-Use Management Principles of Riparian Buffer Zone in Reservoir Watersheds (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水庫集水區保育管理工作與水庫泥砂淤積及水質有直接密切關係，除進行水庫集水區治理工作外，水庫集水區土地利用管理亦為主要的手段之一，然而早年進行水庫興建時，除水庫蓄水範圍外，並未對集水區土地辦理徵收，因此長期以來引起不小的抗爭與民怨，惟因經費財源的限制，勢必無法一次性全面徵收，為求適當可行的解決方案，擬就國內水庫集水區土地問題進行探討，並研提土地管理策略及處理原則。      綜合本計畫內容敘述，可知保護帶之設置對於各項污染質之去除皆有功效，此對於水庫、河川之污染防治更是一大助益。因此若能將此觀念實際應用，設置水庫保護帶，並對於保護帶內土地利用加以管理，減少點源及非點源之污染，將有助於整體經濟發展與資源保育永續利用共存之目標。 本計畫以分析層級程序法(AHP)進行決策研究，問卷發放對象選擇大專院校相關科系如土管、都計及水利資源保育等系有土地管理、都市計畫、法律知識及水資源保育背景之學者，或是公部門相關領域之主管及科員共計20位，藉由學者專家之學術涵養與實務經驗建立較可靠之評準，擬定水庫保護帶土地取得方式評估模式，未來將優先以翡翠水庫、石門水庫、寶山第一水庫、永和山水庫與烏山頭水庫等5座國內水庫為對象進行分析，期待本計畫完成後，作為未來施政的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970334</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703845</governmentpublicationsnumber><identifier>59443</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59443</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫保護帶土地處理原則之探討(1/2)－光碟版＝Discussion on the Land-Use Management Principles of Riparian Buffer Zone in Reservoir Watersheds (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>經濟部水利署</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>59446</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59446</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範－防水、洩水建造物篇(內附光碟)＝Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation －Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>水庫集水區內之環境棲地管理方法與治理保育等對策的研究</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970302</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703854</governmentpublicationsnumber><identifier>59447</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59447</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區環境棲地管理與治理保育對策之研究(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>臺北市都市更新處</author><categoryidentifier>545.14</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009403378</governmentpublicationsnumber><identifier>59448</identifier><internationalstandardbooknumber>9789860026597 ; 9860026599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59448</librarycollectiondetailsurl><price></price><publisher>臺北市都市更新處</publisher><publishrocyear>94</publishrocyear><title>都市更新相關法規彙編</title><yearidentifier>200510</yearidentifier></data><data><abstract>水庫集水區內之環境棲地管理方法與治理保育等對策的研究</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970302</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703854</governmentpublicationsnumber><identifier>59449</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59449</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區環境棲地管理與治理保育對策之研究(1/2)－光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009702388</governmentpublicationsnumber><identifier>59451</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59451</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署台灣地區水資源投資分析96年度報告</title><yearidentifier>200809</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要，因此，需要一包含物理、化學及生物之綜合評估方法來達到此目標，本研究由河川型態五層分類法架構，以可跨越性溪流快速生物評估法（RBP）及河溪環境快速評估系統（SERAS）為基礎，建構包含物理性棲地、水質及水生物之綜合評估指標，並以中華大學水域生態環境中心（2005）調查之三民溪、霞雲溪、榮華溪及卡拉溪四條支流之水質及魚類調查資料為基礎，選取相同調查點位實地調查河川之棲地物理組成特性，取得並彙整該調查棲地之成果後，做為棲地優劣之評估基礎，分析結果顯示，此法能量化人為介入後對棲地之影響性，且由結果得知，生態環境之健全與否乃取決於物理性棲地的好壞。</abstract><author>中興大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970057</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703876</governmentpublicationsnumber><identifier>59452</identifier><internationalstandardbooknumber>9789860169195 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59452</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區生態環境評估與綜合成效指標之建立(2/2) Ecological Assessment and Integrated Effective Index of Reservoir Watershed (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要，因此，需要一包含物理、化學及生物之綜合評估方法來達到此目標，本研究由河川型態五層分類法架構，以可跨越性溪流快速生物評估法（RBP）及河溪環境快速評估系統（SERAS）為基礎，建構包含物理性棲地、水質及水生物之綜合評估指標，並以中華大學水域生態環境中心（2005）調查之三民溪、霞雲溪、榮華溪及卡拉溪四條支流之水質及魚類調查資料為基礎，選取相同調查點位實地調查河川之棲地物理組成特性，取得並彙整該調查棲地之成果後，做為棲地優劣之評估基礎，分析結果顯示，此法能量化人為介入後對棲地之影響性，且由結果得知，生態環境之健全與否乃取決於物理性棲地的好壞。</abstract><author>中興大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970057</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703876</governmentpublicationsnumber><identifier>59455</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59455</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區生態環境評估與綜合成效指標之建立(2/2)－光碟版＝Ecological Assessment and Integrated Effective Index of Reservoir Watershed (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區河川坡陡流急，水資源貯存不易，缺水問題時有所聞。桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域人為干擾過於頻繁，洪氾區域土地過度開發等因素，兩岸地勢較低處每遇颱洪即易造成洪氾災害，人民生命財產面臨很大的威脅。爰此，建立水情測報系統，經由雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於缺水時期提供水源調度決策輔助參考，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。針對本局管轄流域的範圍，本局於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行本局轄區水情測預報系統之技術面工作，完成本局水情中心的第一階段目標。為續完備本局水情中心之內涵，本局於96年度起續辦本局水情中心第二階段的工作，96度辦理【洪水預警與防汛作業整合】，初步完成系統與防汛作業整合的工作。為使多年來研究成果能實際落實，協助整合本局各課室的防汛作業工作，時為當前重要的工作規劃。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970120</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703301</governmentpublicationsnumber><identifier>59456</identifier><internationalstandardbooknumber>9789860162332 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59456</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>桃竹苗地區洪水預報與防汛作業整合演練與落實規劃(1/2)＝Integration Plan of Taoyuan , HsinChu and Miaoli Area Flood Forecasting System and Flood-Protection Dill and Practice(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫集水區地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，水庫集水區土砂大量流失，進入庫區內造成水庫淤積。如何有效地針對石門水庫集水區進行土砂流失的風險控管，減緩水庫的淤積速率，以延長石門水庫的使用壽命，實為當前相當重要的研究課題。 本計畫主要目的在建立石門水庫集水區土砂風險評估模式，並以此模式為基礎，就其崩塌潛勢及風險評估提出分析架構及案例應用探討，以強化石門水庫集水區崩塌與庫區淤積之風險管理的程度。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970151</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703827</governmentpublicationsnumber><identifier>59457</identifier><internationalstandardbooknumber>9789860168327 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59457</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究 (3/3) A study on risk assessment of landslide and sediment deposition in Shihmen watershed (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫集水區地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，水庫集水區土砂大量流失，進入庫區內造成水庫淤積。如何有效地針對石門水庫集水區進行土砂流失的風險控管，減緩水庫的淤積速率，以延長石門水庫的使用壽命，實為當前相當重要的研究課題。 本計畫主要目的在建立石門水庫集水區土砂風險評估模式，並以此模式為基礎，就其崩塌潛勢及風險評估提出分析架構及案例應用探討，以強化石門水庫集水區崩塌與庫區淤積之風險管理的程度。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970151</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703827</governmentpublicationsnumber><identifier>59458</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59458</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>石門水庫集水區崩塌與庫區淤積風險評估研究 (3/3)－光碟版＝A study on risk assessment of landslide and sediment deposition in Shihmen watershed (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>烏山嶺道負有供應嘉南地區用水重責，但使用已逾70餘年，突發性破壞風險極高，確有新建第2隧道的必要性。本計畫以替代原隧道輸水功能為原則，辦理工程測量及地質探查作業，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59462</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59462</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程規劃(含工程測量)專題=Preliminary Plan of Wu-Shan-Ling Second Tunnel Report on Engineering Plan and Survey</title><yearidentifier>200806</yearidentifier></data><data><abstract>烏山嶺道負有供應嘉南地區用水重責，但使用已逾70餘年，突發性破壞風險極高，確有新建第2隧道的必要性。本計畫以替代原隧道輸水功能為原則，辦理工程測量及地質探查作業，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64223</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59463</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59463</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水計畫--烏山嶺遂道檢討及調查規劃 烏山嶺第2遂道初步規劃 工程規劃(含工程測量)專題(電子書)=Preliminary Plan of Wu-Shan-Ling Second Tunnel Report on Engineering Plan and Survey</title><yearidentifier>200806</yearidentifier></data><data><abstract>台灣地區河川坡陡流急，水資源貯存不易，缺水問題時有所聞。桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域人為干擾過於頻繁，洪氾區域土地過度開發等因素，兩岸地勢較低處每遇颱洪即易造成洪氾災害，人民生命財產面臨很大的威脅。爰此，建立水情測報系統，經由雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於缺水時期提供水源調度決策輔助參考，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。針對本局管轄流域的範圍，本局於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行本局轄區水情測預報系統之技術面工作，完成本局水情中心的第一階段目標。為續完備本局水情中心之內涵，本局於96年度起續辦本局水情中心第二階段的工作，96度辦理【洪水預警與防汛作業整合】，初步完成系統與防汛作業整合的工作。為使多年來研究成果能實際落實，協助整合本局各課室的防汛作業工作，時為當前重要的工作規劃。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970120</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/11</date><governmentpublicationsnumber>1009703301</governmentpublicationsnumber><identifier>59465</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59465</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>桃竹苗地區洪水預報與防汛作業整合演練與落實規劃(1/2)--光碟版＝Integration Plan of Taoyuan﹐ HsinChu and Miaoli Area Flood Forecasting System and Flood-Protection Dill and Practice (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009500452</governmentpublicationsnumber><identifier>59487</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59487</librarycollectiondetailsurl><price>800</price><publisher>交通部臺灣區國道新建工程局</publisher><publishrocyear>95</publishrocyear><title>隧道工程施工技術解說圖冊=An Illustrative Overview on Construction Techique in Tunnelling</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>4509500453</governmentpublicationsnumber><identifier>59488</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59488</librarycollectiondetailsurl><price>350</price><publisher>交通部臺灣區國道新建工程局</publisher><publishrocyear>95</publishrocyear><title>隧道工程施工技術專輯</title><yearidentifier>200603</yearidentifier></data><data><abstract>水資源建設及管理的影響及其深遠，尤其是其外部性不但對整體經濟有所影響，也會產生社會面及環境面的影響，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益已決定水資源建設是否應投資興建。 本研究之主要目的在於針對水資源建設與管理的環境成本效益部分進行探討，並建立一套評估水資源建設及管理之環境成本效益步驟。本計畫執行期間為三年，本年度為第三年計畫，前兩年度研究成果包括： 界定水資源建設與管理之環境成本與效益之定義和範疇；確立水資源工程與管理之環境成本與效益之評估方法；確立水資源管理和工程建設之環境成本與效益之項目、內容，以及評估方法與步驟；以平地水庫興建和廢（污）水再生利用設施為例，評估水資源設施建造之環境成本與效益；建立水資源建設工程環境成本效益之評估流程，並撰寫評估手冊。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950034</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009601719</governmentpublicationsnumber><identifier>59527</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59527</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源建設與管理環境成本分析之研究 (3/3)－光碟版＝Environmental  Cost--Benefit  Analysis  of  Water  Development  Project  and  Water  Management</title><yearidentifier>200705</yearidentifier></data><data><abstract>水資源建設及管理的影響極其深遠，其外部性不但對整體經濟有所影響，也會產生社會面及環境面的衝擊，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益以決定水資源建設是否應投資興建。過去三年本研究團隊針對水資源建設與管理的環境成本效益部分進行探討，並建立一套評估水資源建設及管理之環境成本效益步驟。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950034</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009700094</governmentpublicationsnumber><identifier>59536</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59536</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水資源建設與管理環境成本評估手冊(光碟版)＝Environmental Cost--Benefit Analysis of Water Development Project and Water Management Manual</title><yearidentifier>200705</yearidentifier></data><data><abstract>本研究首先參照相關研究文獻，將水患治理經濟效益區分為直接防洪效益，以及產業關聯效果所產生之效益兩部分。防洪效益部分以損害評估法和特徵價格法分別計算，因損害減少或房價上升所帶來的效益。 本研究選定雲林南部地區與塔寮坑溪流域，分別做為鄉村與都會之案例區。研究過程蒐集案例地區之各項社經、人文、歷年淹水損害等資料，並針對案例地區家戶、農業、工業、商業、農漁等部門進行問卷調查，再依據調查結果建立計量模型，推算出家戶、工業、商業、農漁等部門之損害函數與特徵價格。本研究並取得研究案例地區淹溢情況GIS網格資料，配合前述損害函數、調查資料與社經資料，推算得到研究案例地區治水前後之損害差值，此亦即案例地區之治水效益。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950385</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009701105</governmentpublicationsnumber><identifier>59547</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59547</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水患治理之經濟效益評估(光碟版)=An Economic  Analysis of  Flood  Control</title><yearidentifier>200803</yearidentifier></data><data><abstract>水利署自民國70年起，蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009702388</governmentpublicationsnumber><identifier>59549</identifier><internationalstandardbooknumber>9789860154818 ; 9789860154</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59549</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署台灣地區水資源投資分析96年度報告</title><yearidentifier>200808</yearidentifier></data><data><abstract>石門水庫運轉至今巳逾45年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易昇即為高齡化水庫徵，值得進一步觀察留意</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433   443.6405   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-D-27-12-5-040-00-0</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/12</date><governmentpublicationsnumber>1009703359</governmentpublicationsnumber><identifier>59554</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59554</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(1/2)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫配合德基水庫集水區第五期治理計劃之實施,其目的為持續進行集水區水體水質調查及水庫藻類調查,以瞭解水體水質良窳及及水庫優養程度,據以評估水質改善成效.並透過水質監測資料之分析,了解各集水區之污染特性,檢討未來相關治理工作之方向與改進措施,落實集水區整治之具體效益.</abstract><author>中華民國工程環境學會</author><categoryidentifier>443.6410   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970029</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703875</governmentpublicationsnumber><identifier>59614</identifier><internationalstandardbooknumber>9789860168945 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59614</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度德基水庫集水區水質監測與管理計畫 Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (Year 2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫配合德基水庫集水區第五期治理計劃之實施,其目的為持續進行集水區水體水質調查及水庫藻類調查,以瞭解水體水質良窳及及水庫優養程度,據以評估水質改善成效.並透過水質監測資料之分析,了解各集水區之污染特性,檢討未來相關治理工作之方向與改進措施,落實集水區整治之具體效益.</abstract><author>中華民國工程環境學會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970029</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703875</governmentpublicationsnumber><identifier>59615</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59615</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度德基水庫集水區水質監測與管理計畫－光碟版＝ Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (Year 2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>德基水庫集水區第五期整體治理計畫水質監測與管理之目的，乃為透過持續進行水體水質調查與水庫藻類調查，以瞭解水體水質良窳及水庫優養程度，據以評估集水區整治之水質改善成效，落實集水區整治之具體效益，玆將本期執行成果摘述如下(一) 水庫內藻類數量變化趨勢(二) 水庫內水質濃度變化趨勢(三) 河川水質濃度變化趨勢(四) 集水區治理之水質改善成效(五) 未來治理工作規劃方向之建議1. 建立水庫集水區基本環境資料2. 研擬水庫集水區污染源之處理與管制措施3. 推動高海拔山區之社區營造與永續發展</abstract><author>中華民國工程環境學會</author><categoryidentifier>443.6410   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970029</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703874</governmentpublicationsnumber><identifier>59619</identifier><internationalstandardbooknumber>9789860169256 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59619</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>德基水庫集水區第五期治理計畫水質監測與管理工作總報告 Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (Sec.V)</title><yearidentifier>200812</yearidentifier></data><data><abstract>德基水庫集水區第五期整體治理計畫水質監測與管理之目的，乃為透過持續進行水體水質調查與水庫藻類調查，以瞭解水體水質良窳及水庫優養程度，據以評估集水區整治之水質改善成效，落實集水區整治之具體效益，玆將本期執行成果摘述如下(一) 水庫內藻類數量變化趨勢(二) 水庫內水質濃度變化趨勢(三) 河川水質濃度變化趨勢(四) 集水區治理之水質改善成效(五) 未來治理工作規劃方向之建議1. 建立水庫集水區基本環境資料2. 研擬水庫集水區污染源之處理與管制措施3. 推動高海拔山區之社區營造與永續發展</abstract><author>中華民國工程環境學會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970029</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703874</governmentpublicationsnumber><identifier>59623</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59623</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>德基水庫集水區第五期治理計畫水質監測與管理工作總報告－光碟版＝Water Quality Monitoring and Management for the Watershed of Techi Resrvoir (Sec.V)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之河川環境營造願景及計畫目標除延續「頭前溪河川環境管?規劃」之??，兼顧河防安全與景觀生態為標，在防洪安全為前提下，以河川生態保育為基礎，分段分區管?為原則，考?河川空間?用與地方發展之關係，以營造?好河川生態環境及水資源之永續?用。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009404260</governmentpublicationsnumber><identifier>59643</identifier><internationalstandardbooknumber>9789860034424 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59643</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪河川環境營造計畫規劃(電子書)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以本所於民國94年完成之「台灣地區主要河川流域整體規劃地文與水文資訊查詢系統」為基礎，應用民國95年最新之5m*5m數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置「流域整體治理規劃與淹水資訊系統」，以提供流域整體治理規劃與淹水災害防治所需之相關地文與水文資訊。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970227</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703511</governmentpublicationsnumber><identifier>59645</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59645</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(3/3)(光碟版)=Development of  integrated basin management and inundation information system</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970255</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/13</date><governmentpublicationsnumber>1009703509</governmentpublicationsnumber><identifier>59646</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59646</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>防洪工程經濟效益評估之檢討修正(2/3)(光碟版)=A Study on Review and Revision of Economic Evaluation of Flood-Control Projects (2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫範圍於美濃鎮區，南北長15公里、東西寬9公里，面積120.031平方公里；其東北西三面環山，北部略高，西南略低，年雨量約在2,000~2,500 mm之間。計畫以水圳文化為規劃概念，規劃美濃鎮整體親水環境，並結合地方文化及地景特色為目標。所以本計畫之規劃目標：「以水環境保育及統合治水構想來保留美濃地區鄉土風情及特色」、「以水圳文化為概念，規劃美濃鎮整體親水環境」及「結合美濃之地方文化及地景特色」分項整理出本案各類水圳環境規劃。</abstract><author>順發工程顧問友限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960108</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009702745</governmentpublicationsnumber><identifier>59648</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59648</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>美濃地區水環境保育及統合治水規劃(美濃地區水圳文化)=The water environmental conservation and comprehensive flood regulation in Meinong (Irrigation culture in Meinong)</title><yearidentifier>200810</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側之王功段現有養殖蚵架，南側新街段則為茂盛之紅樹林區，全段海岸生態環境極為良好，海岸生物系統豐富，若能妥為經營，將可成為為優良之生態保護區。惟現有防護設施係為防止立即性災害為目的，並未考量對生態之影響；目前生態環境亦未做適當管理，以致生態環境繼續遭到破壞。為拯救中西部海岸生態環境，並將潮間帶做妥善經營，以維護生物多樣性，爰成立本計畫，並以彰化芳苑海岸為示範區，以辦理自規劃、設計、實施、監測、評估、改進等整體性生態工法，用以經營潮間帶，並維護管理生態環境之完整性。</abstract><author>鼎興工程顧問有限公司</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009404918</governmentpublicationsnumber><identifier>59651</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59651</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>生態工法應用於潮間帶經營之研究(以彰化芳苑海岸為例)(電子書)=A Case Study on Application of Ecotechnology to Management and Operation in Intertidal Zone at Fang-Yuan Coast, Changhwa</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水資源局民國八十九年工作年報</abstract><author>經濟部水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009002703</governmentpublicationsnumber><identifier>59652</identifier><internationalstandardbooknumber>9789570288537 ; 9789570288</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59652</librarycollectiondetailsurl><price>260</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局民國八十九年工作年報</title><yearidentifier>200106</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。為考量部份河道沖刷現象之影響，實有必要進行完整水砂平衡評估。故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970221</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009703220</governmentpublicationsnumber><identifier>59653</identifier><internationalstandardbooknumber>9789860162349 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59653</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(2/2)＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫依隧道設置目的及功能，進?地質調查(本計畫工程地質綜合評估報告)、工程測?(本報告第?章)、可?方案評估(本報告第伍章)及初步工程規劃(本報告第?章)，並於滿足輸水功能之基本條件下，評估烏山?第2隧道之發電效?(本計畫水?發電專題報告)。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59660</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59660</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程規劃(含工程測量)專題=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Engineering Plan and Survey</title><yearidentifier>200806</yearidentifier></data><data><abstract>水利第十二期</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>59662</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59662</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>92</publishrocyear><title>水利第十二期</title><yearidentifier>200302</yearidentifier></data><data><abstract>本計畫依隧道設置目的及功能，進?地質調查(本計畫工程地質綜合評估報告)、工程測?(本報告第?章)、可?方案評估(本報告第伍章)及初步工程規劃(本報告第?章)，並於滿足輸水功能之基本條件下，評估烏山?第2隧道之發電效?(本計畫水?發電專題報告)。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59664</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59664</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程規劃(含工程測量)專題(電子書)=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Engineering Plan and Survey</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫目的為就輸水功能與地形地質等條件，進?烏山?第2隧道?線、?橫斷面與取、出水工程之規劃與評估，並依隧道規劃進?隧道沿線及取、出水工程之工程測?與地質探查等作業，以獲知本計畫規劃?線之地形、地質條件、岩石?學??與?後斷層分佈特性，並配合前期的調查結果，進?工程地質資?的綜合研判，以供後續規劃與設計之應用。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59679</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59679</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程地質綜合評估專題=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫目的為就輸水功能與地形地質等條件，進?烏山?第2隧道?線、?橫斷面與取、出水工程之規劃與評估，並依隧道規劃進?隧道沿線及取、出水工程之工程測?與地質探查等作業，以獲知本計畫規劃?線之地形、地質條件、岩石?學??與?後斷層分佈特性，並配合前期的調查結果，進?工程地質資?的綜合研判，以供後續規劃與設計之應用。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59681</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59681</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程地質綜合評估專題(電子書)=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract>經濟部水?署水?規劃試驗所(以下簡稱水規所)於民國96?完成「曾文水庫越域引水計畫-烏山?隧道檢討及調查規劃-隧道輸水功能檢討及評估」。爰此，續辦第2隧道工程地質鑽探及評估、工程測?及工程初步規劃，俾?後續可?性規劃事宜，本專題係依初步規劃結果辦?水?發電初步探討。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59698</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59698</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程水利發電專題=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract>經濟部水?署水?規劃試驗所(以下簡稱水規所)於民國96?完成「曾文水庫越域引水計畫-烏山?隧道檢討及調查規劃-隧道輸水功能檢討及評估」。爰此，續辦第2隧道工程地質鑽探及評估、工程測?及工程初步規劃，俾?後續可?性規劃事宜，本專題係依初步規劃結果辦?水?發電初步探討。</abstract><author>黎明工程顧問</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009701533</governmentpublicationsnumber><identifier>59700</identifier><internationalstandardbooknumber>9789860145465 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59700</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文溪水庫越域引水計畫-烏山嶺隧道檢討及調查規劃 烏山嶺第2隧道初步規劃工程水利發電專題(電子書)=Rreliminary Plan of Wu-Shan-Ling Second Tunnel Report on Geological Survey and Evaluation</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>440.94   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>59719</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59719</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利第18期(內附光碟)</title><yearidentifier>200812</yearidentifier></data><data><abstract>自來水法於民國93年修正通過後，經濟部水利署為落實水源保育與回饋政策，自民國94年起開發「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」，而水源保育與回饋費奉行政院核定後於民國95年1月起開徵，水源保育與回饋費徵收後之管理運用與補償回饋作業亦須配合辦理，為配合業務之擴展與系統化流程之建立，於95～96年度辦理系統功能擴充以及相關之推廣說明與教育訓練。 本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行擴充更新，水源保育與回饋業務系統功能共計完成103項擴充及新增之項目，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。 在技術移轉等作業上，本計畫編印各層級使用者之系統操作手冊及系統維護管理手冊，輔助業務人員之系統操作，並於全國北、中、南、東區辦理4場次教育訓練，宣導並落實政府政策之推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009703917</governmentpublicationsnumber><identifier>59733</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59733</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水源保育與回饋業務系統與網頁之維護及更新=The Maintaining and Renewing of “The System and The Website of Water Resources Conservation and Compensation Fee”</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署自95年起正式落實回饋制度，依據自來水法施行細則第3條之5規定，有關保護區之水源保育與回饋費由該區專戶運用小組，依區內土地面積及居民人口比例，分配運用於區內各鄉(鎮、市、區)。因全國111處保護區地域範圍與特性皆有所不同，往往造成分配方式無法達成決議。另外，依自來水法第12條之2第3項規定，水源保育與回饋費專供保護區內辦理回饋事項，其支用項須符合該項第1款至第8款事宜，因水源保育與回饋費支用於各款之分配方式並無規定，因此本研究檢討自來水法施行細則第3條之5之分配方式，並分析全國保護區內鄉鎮公所水源保育與回饋費支用情形分析，期能擬訂各保護區水源保育與回饋費支用水源保育事項之經費使用比例，研擬回饋金的發放機制提升水源保育工作的效果。</abstract><author>國立臺北商業技術學院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970248</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/16</date><governmentpublicationsnumber>1009703820</governmentpublicationsnumber><identifier>59736</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59736</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水源保育與回饋費分配與運用之研究＝Designing Payments for Water Resource Conservation and Compensation</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要希藉由本段海岸海象和生態基本資料蒐集分析、水深地形測量和侵淤分析、海岸防護設施及海岸空間利用檢討，規劃未來海岸防護、景觀及環境等改善方案，並提出衣符合「防災需求及永續利用」之海岸環境構想藍圖，以為未來海岸環境營造實施參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009704105</governmentpublicationsnumber><identifier>59743</identifier><internationalstandardbooknumber>9789860174137 ; 9789860174</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59743</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤好美里海堤規劃報告=Regulation Project of Flood-prone Areas Planning of Hao-mei-li Seawall at Chia-yi</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要希藉由本段海岸海象和生態基本資料蒐集分析、水深地形測量和侵淤分析、海岸防護設施及海岸空間利用檢討，規劃未來海岸防護、景觀及環境等改善方案，並提出衣符合「防災需求及永續利用」之海岸環境構想藍圖，以為未來海岸環境營造實施參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009704105</governmentpublicationsnumber><identifier>59744</identifier><internationalstandardbooknumber>9789860174137 ; 9789860174</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59744</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤好美里海堤規劃報告(光碟版)=Regulaton Project of Flood-Prone Areas Planning of Hao-mei-li Seawall at Chia-yi</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>10097036036</governmentpublicationsnumber><identifier>59747</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59747</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫(1/3)(光碟版)Extension and Improvement of Hydrological Information System Project(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>政府民國94年1月核定「國土復育策略方案暨行動計畫」推動劃定「國土復育促進地區」及推動復育計畫，故先檢討台灣地區八條中央管河川可能的復育促進河段位置，及評估優先辦理的三條復育促進河段，最後列出一處優先辦理河段，及研擬復育計畫，並編制河川復育促進河段規劃作業要點。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-R-01010-60</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>59757</identifier><internationalstandardbooknumber>9789860123258 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59757</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計劃擬定=River Restoration Project Assessment ent and Planning Preparation</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫調查發現珍貴稀有保育類野生動物19種、其他應予保育野生動物7種。為減輕衝擊，施工期間規劃有保護區、臨時避難所、生態廊道及生態補償，並在培厚區以自然演替方式復育；另於攔河堰設置階段水池式主魚道及近自然型副魚道1座</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009702939</governmentpublicationsnumber><identifier>59761</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59761</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫可行性規劃檢討(3)--生態資源補充調查暨保育規劃評估=A Review of Feasibility Study of Tien Hwa Hu Reservoir III--The Ecosystem Resources Supplementary Investigation， Conservation Planning and Evaluation</title><yearidentifier>200811</yearidentifier></data><data><abstract>本計畫調查發現珍貴稀有保育類野生動物19種、其他應予保育野生動物7種。為減輕衝擊，施工期間規劃有保護區、臨時避難所、生態廊道及生態補償，並在培厚區以自然演替方式復育；另於攔河堰設置階段水池式主魚道及近自然型副魚道1座</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960376</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009702939</governmentpublicationsnumber><identifier>59762</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59762</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫可行性規劃檢討(3)--生態資源補充調查暨保育規劃評估(光碟版)=A Review of Feasibility Study of Tien Hwa Hu Reservoir III--The Ecosystem Resources Supplementary Investigation， Conservation Planning and Evaluation</title><yearidentifier>200811</yearidentifier></data><data><abstract>本計畫調查發現珍貴稀有保育類野生動物19種、其他應予保育野生動物7種。為減輕衝擊，施工期間規劃有保護區、臨時避難所、生態廊道及生態補償，並在培厚區以自然演替方式復育；另於攔河堰設置階段水池式主魚道及近自然型副魚道1座</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960376</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009702939</governmentpublicationsnumber><identifier>59764</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59764</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫可行性規劃檢討(3)--生態資源補充調查暨保育規劃評估成果資料(光碟版)=A Review of Feasibility Study of Tien Hwa Hu Reservoir III--The Ecosystem Resources Supplementary Investigation， Conservation Planning and Evaluation</title><yearidentifier>200811</yearidentifier></data><data><abstract>天花湖水庫為經濟部水利署水利規劃試驗所推動中之重要水資源工程計畫，為澄清一般民眾疑慮而辦理本案。本計畫於翡翠、明德水庫之研習、參訪、寫生活動、並藉水資源論壇與製作10分鐘影片而為全面宣導。</abstract><author>國立臺灣大學</author><categoryidentifier>443.64072   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970206</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703374</governmentpublicationsnumber><identifier>59782</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59782</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫推動計畫--水庫計畫宣導=The Marketing for Tien-Hwa-Hu Reservoir Project--The Plan of Reservoir Propaganda Campaign</title><yearidentifier>200812</yearidentifier></data><data><abstract>天花湖水庫為經濟部水利署水利規劃試驗所推動中之重要水資源工程計畫，為澄清一般民眾疑慮而辦理本案。本計畫於翡翠、明德水庫之研習、參訪、寫生活動、並藉水資源論壇與製作10分鐘影片而為全面宣導。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970206</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703374</governmentpublicationsnumber><identifier>59785</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59785</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫推動計畫--水庫計畫宣導(光碟版)=The Marketing for Tien-Hwa-Hu Reservoir Project--The Plan of Reservoir Propaganda Campaign</title><yearidentifier>200812</yearidentifier></data><data><abstract>天花湖水庫為經濟部水利署水利規劃試驗所推動中之重要水資源工程計畫，為澄清一般民眾疑慮而辦理本案。本計畫於翡翠、明德水庫之研習、參訪、寫生活動、並藉水資源論壇與製作10分鐘影片而為全面宣導。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970206</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703374</governmentpublicationsnumber><identifier>59787</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59787</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>天花湖水庫推動計畫--水庫計畫宣導成果資料(光碟版)=The Marketing for Tien-Hwa-Hu Reservoir Project--The Plan of Reservoir Propaganda Campaign</title><yearidentifier>200812</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃根據水利署自93年度所委託本中心執行之「格網系統之規劃與建置–以乾旱預報為例」計畫與94至95年度之「防災應變格網之研發」計畫共三年度之計畫中，連同協力廠商台大水工所團隊，運用目前被喻為「第三代網際網路」之先進科技概念–「格網」（Grid），所研發之防災應變格網作業平台，逐步建立滿足水利署防災作業四大需求之「防災應變格網」，且增進其系統功能。並於計畫執行期間，提供防災應變格網運作所需之軟硬體相關運作服務。國網中心將作為防災應變格網平台層與組構資源層之建置者，於組構資源服務層提供計算資源、儲存資源與網路資源等，並透過中介軟體建立起格網平台層與組構資源層之溝通介面，再與前端之應用服務層與應用軟體層整合，所建立之防災格網平台將以滿足防災作業之四大主要需求：（1）水情監控；（2）水情預警；（3）水情預報及（4）災害應變為目標，提供水利署於防災作業期間之實際應用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009702086</governmentpublicationsnumber><identifier>59795</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59795</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>防災應變格網系統後續為運之擴充－光碟版＝The Maintenance and Extension of the Flood Mitigation Grid 2008</title><yearidentifier>200808</yearidentifier></data><data><abstract>藉由台中人工湖之調蓄空間，增加大甲溪之水資源利用效率，以因應台中地區公共用水增長之需求。目前計畫定位為供給台中港臨海工業區之用水。如用水需求不如預期，多餘水量可與八寶堰或石岡壩交換，由人工湖供給農業用水，而八寶堰或石岡壩則增供台中地區公共用水，以滿足區域性用水需求</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703918</governmentpublicationsnumber><identifier>59800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59800</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺中人工湖可行性規劃.二,工程可行性規劃設計=Feasibility planning of the Taichung artificial Lake.二,report of engineering planning</title><yearidentifier>200812</yearidentifier></data><data><abstract>藉由台中人工湖之調蓄空間，增加大甲溪之水資源利用效率，以因應台中地區公共用水增長之需求。目前計畫定位為供給台中港臨海工業區之用水。如用水需求不如預期，多餘水量可與八寶堰或石岡壩交換，由人工湖供給農業用水，而八寶堰或石岡壩則增供台中地區公共用水，以滿足區域性用水需求</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703918</governmentpublicationsnumber><identifier>59804</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59804</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺中人工湖可行性規劃.二,工程可行性規劃設計(光碟版)=Feasibility planning of the Taichung artificial Lake.二,report of engineering planning</title><yearidentifier>200812</yearidentifier></data><data><abstract>藉由台中人工湖之調蓄空間，增加大甲溪之水資源利用效率，以因應台中地區公共用水增長之需求。目前計畫定位為供給台中港臨海工業區之用水。如用水需求不如預期，多餘水量可與八寶堰或石岡壩交換，由人工湖供給農業用水，而八寶堰或石岡壩則增供台中地區公共用水，以滿足區域性用水需求</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703918</governmentpublicationsnumber><identifier>59808</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59808</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺中人工湖可行性規劃.二,工程可行性規劃設計計畫成果資料(光碟版)=Feasibility planning of the Taichung artificial Lake.二,report of engineering planning</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59847</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59847</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)平板電腦安裝光碟=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59849</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)GIS系統更新光碟-1=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59852</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59852</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)GIS系統更新光碟-2=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59854</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59854</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)GIS系統更新光碟-3=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59855</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59855</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.1-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59858</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59858</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.2-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59859</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59859</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.3-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59861</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59861</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.4-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59863</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59863</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.5-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59865</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59865</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.6-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59867</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59867</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.7-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59868</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59868</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.8-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59869</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59869</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.9-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59875</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59875</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.10-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59876</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59876</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.11-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59878</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59878</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.12-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59879</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59879</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.13-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59880</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59880</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.14-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59881</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59881</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.15-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59882</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59882</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.16-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59883</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59883</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.17-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59884</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59884</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.18-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59885</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59885</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.19-=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59886</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59886</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.20=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59887</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59887</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.21=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59888</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59888</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.22=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>59889</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59889</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)成果光碟NO.23=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59890</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59890</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河川管理資訊系統系統安裝片系統資料庫(1/4)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59891</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59891</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河川管理資訊系統系統安裝片系統資料庫(2/4)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59892</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59892</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河川管理資訊系統系統安裝片系統資料庫(3/4)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59893</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59893</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河川管理資訊系統系統安裝片系統資料庫(4/4)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59894</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59894</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(1/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59895</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59895</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(2/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59896</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59896</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(3/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59897</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59897</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(4/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59898</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59898</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(5/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59899</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59899</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(6/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59900</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59900</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫河道彩色航空攝影原始航拍影像(7/7)(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59901</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59901</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫加值服務3D雷射掃描數位典藏(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>摘要四重溪為經濟部水利署第七河川局轄管中央管河川之ㄧ，為能有效管制開發行為，及減緩天然災害造成之危害等目標，有必要建置四重溪基本資料庫。本計畫除採用航拍產製數值圖資資料（包括正射影像、數值地形圖、數值高程模型等），並將蒐集四重溪水系歷年各項數值圖資與資料納入「高屏溪河川管理資訊系統」中。航拍範圍為四重溪出海口至牡丹水庫大壩下游，並額外航拍牡丹水庫範圍，產製之圖資包含1,050公頃之正射影像、數值高程模型，560公頃之數值地形圖等。此外，除了原來之工作項目以外，加值額外提供兩項加值服務：(1)3D雷射掃描數位典藏，(2)互動式3D成果，先進之技術及身歷其境的成果亦為本計畫成果展現之一大特色。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009703369</governmentpublicationsnumber><identifier>59902</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59902</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>四重溪(出海口至牡丹水庫河段)環境數值資料建置計畫加值服務互動式3D成果(光碟版)</title><yearidentifier>200811</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>1103 173</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>59904</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59904</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）井體影像資料檔(1/7)(光碟版)</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>1103 173</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>59905</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59905</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）井體影像資料檔(2/7)(光碟版)</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>1103 173</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>59906</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59906</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）井體影像資料檔(3/7)(光碟版)</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>1103 173</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>59907</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59907</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）井體影像資料檔(4/7)(光碟版)</title><yearidentifier>200112</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，水井調查定位與觀測井維護係地下水觀測站網運作管理之重要項目。本計畫即是根據上述兩項重要工作項目，以為期四年，分年分區調查嚴重地層下陷區及地下水管制區之水井數量並加以定位，提出水井清查圖冊與建檔資料，並估算地下水抽水量；同時針對已建置之地下水觀測井進行井體攝影及滯留水水質分析，提出即時水位不可靠的井、需套管處理或需洗井處理的井，以為觀測井維護保養之前置準備。</abstract><author>經濟部水資源局、農工中心</author><categoryidentifier>1103 173</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/17</date><governmentpublicationsnumber>1009005690</governmentpublicationsnumber><identifier>59908</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59908</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>水井調查定位與井體攝影分析（1/4）井體影像資料檔(5/7)(光碟版)</title><yearidentifier>200112</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。為考量部份河道沖刷現象之影響，實有必要進行完整水砂平衡評估。故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.689713   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970221</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009703220</governmentpublicationsnumber><identifier>59909</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59909</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(2/2)－光碟版＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>全球?室效應導致氣候變遷，極端氣候發生的頻率與強度呈現日益增強之趨勢。為及早因應氣候變遷可能造成之衝擊，研擬可行之調適策略，經濟部水利署水利規劃試驗所特辦理「因應氣候變遷之河川與海岸災害防治對策」計畫</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009703227</governmentpublicationsnumber><identifier>59912</identifier><internationalstandardbooknumber>9789860161748 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59912</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>因應氣候變遷之河川與海岸災害防治對策=The Study of Adaptation with Flood and Drought Disasters Redution Encountered by Climate Change</title><yearidentifier>200812</yearidentifier></data><data><abstract>全球?室效應導致氣候變遷，極端氣候發生的頻率與強度呈現日益增強之趨勢。為及早因應氣候變遷可能造成之衝擊，研擬可行之調適策略，經濟部水利署水利規劃試驗所特辦理「因應氣候變遷之河川與海岸災害防治對策」計畫</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>097B0103000100</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009703227</governmentpublicationsnumber><identifier>59913</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59913</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>因應氣候變遷之河川與海岸災害防治對策(光碟版)=The Study of Adaptation with Flood and Drought Disasters Redution Encountered by Climate Change</title><yearidentifier>200812</yearidentifier></data><data><abstract>全球?室效應導致氣候變遷，極端氣候發生的頻率與強度呈現日益增強之趨勢。為及早因應氣候變遷可能造成之衝擊，研擬可行之調適策略，經濟部水利署水利規劃試驗所特辦理「因應氣候變遷之河川與海岸災害防治對策」計畫</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>097b0103000100</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009703227</governmentpublicationsnumber><identifier>59915</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59915</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>因應氣候變遷之河川與海岸災害防治對策計畫成果資料(光碟版)=The Study of Adaptation with Flood and Drought Disasters Redution Encountered by Climate Change</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之目的是針對排水不良及淹水原因，研擬各種排水處理方案，經評估比較後提出有效且可行的改善對策，供工程實施之依據</abstract><author>水利規劃試驗所</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>8944891654</governmentpublicationsnumber><identifier>59917</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59917</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>鹿耳門排水系統改善規劃報告</title><yearidentifier>200011</yearidentifier></data><data><abstract>故本會前89年及91年間，將所受理已結案而具有代表性、普遍性之申訴案例彙編成冊，輯成「政府採購申訴案彙編」(一)、(二)兩?，先後印製近萬冊，提供機關及廠商參考，各界反應熱烈。</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009400758</governmentpublicationsnumber><identifier>59921</identifier><internationalstandardbooknumber>9789860006506 ; 9789860006</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59921</librarycollectiondetailsurl><price>250</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>政府採購申訴案例彙編(三)〈法規叢書029-2〉</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/18</date><governmentpublicationsnumber>1009101099</governmentpublicationsnumber><identifier>59984</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_59984</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃草嶺堰塞湖長期水資源利用可估專題報告</title><yearidentifier>200206</yearidentifier></data><data><abstract>在地理資訊系統裡,系統的開發很重要,資料的建置又是長久且費力的工作,目前全省河川生態資料庫建立之系統架構大致已完成設置,惟其週邊輔助系統包括軟,硬體及將來網站之維護亦宜及早規劃,始能讓資料庫裡的資料即時更新,隨時提供即時的資訊與現況,以利使用者上網瀏覽查詢。</abstract><author>李訓煌計畫主持;陳義雄共同主持</author><categoryidentifier>443.689792</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/19</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>60016</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60016</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(2/4)(南部地區)=Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200202</yearidentifier></data><data><abstract>曾文水庫完工運轉已於27年，多年來均營運正常。惟因水庫下游河道部份疏洪能力不足，在溢洪道放水時，造成水庫管理單位之困擾，其解決之道當為辦理曾文溪下游整治，但因事涉下游民眾生命財產之安全，故辦理曾文水庫自由溢流式溢洪道可行性研究，以期減少水庫管理單位與下游居民之紛爭。</abstract><author>經濟部水利處南區水資源局</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/19</date><governmentpublicationsnumber>8934890205</governmentpublicationsnumber><identifier>60025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60025</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利處南區水資源局</publisher><publishrocyear>89</publishrocyear><title>曾文水庫自由溢流式溢洪道可行性研究</title><yearidentifier>200011</yearidentifier></data><data><abstract>本計畫透過需求訪談、蒐集各界既定之地形圖測製規範、地籍圖套繪程序等報告文獻，並加以歸納整理，研訂水利工程規劃設計所需測量之作業規範，以提升規劃設計之品質，促進測量作業之效能</abstract><author>明新科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/19</date><governmentpublicationsnumber>1009703273</governmentpublicationsnumber><identifier>60028</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60028</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水利工程測量、地籍套繪精度規範及檢核標準之修訂＝Revision of Surveying Working Specification and Result Audition for the Hydraulic Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫透過需求訪談、蒐集各界既定之地形圖測製規範、地籍圖套繪程序等報告文獻，並加以歸納整理，研訂水利工程規劃設計所需測量之作業規範，以提升規劃設計之品質，促進測量作業之效能</abstract><author>明新科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/19</date><governmentpublicationsnumber>1009703273</governmentpublicationsnumber><identifier>60029</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60029</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水利工程測量、地籍套繪精度規範及檢核標準之修訂(光碟版)=Revision of Surveying Working Specification and Result Audition for the Hydraulic Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的為達成穩定供應新竹地區用水需求，並提升水資源利用及降低災害期間供水風險，研析區域內水資源經理策略與計畫方案，以作為頭前溪流域水資源經營管理之方針。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/19</date><governmentpublicationsnumber>1009800092</governmentpublicationsnumber><identifier>60039</identifier><internationalstandardbooknumber>9789860174700 ; 9789860174</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60039</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>頭前溪水資源綜合經營管理之研究(光碟版) A Research on Comprehensive Management of Toucian River Water Resources</title><yearidentifier>200901</yearidentifier></data><data><abstract>本計畫目的，為依據吉洋人工湖所在位置的基本資料特性，在對環境衝擊最小之前提下，結合工程手段進行吉洋人工湖工程規劃，研擬合理有效運用吉洋人湖水土資源之方案，並規劃吉洋人工湖之營運管理策略，以因應南部區域未來水土資源之發展，同時樹立區域性水、土資源運用良好範例。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>8944891674</governmentpublicationsnumber><identifier>60044</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60044</librarycollectiondetailsurl><price>602</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>吉洋人工湖可行性規劃 一.工程專題 2.工程可行性規劃 =Feasibilivy Study of Chi-Yang Lake 1.Engineering Topics 2.Engineering Study</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>順陽工程顧問有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009701212</governmentpublicationsnumber><identifier>60051</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60051</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>溫泉蘊藏量推估及開發總量管制評估技術研究(2/2)=Research on the methodologies for evaluating hot spring reserve and assessing control strategies for hot spring exploitation(2/2)</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>順陽工程顧問有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009701212</governmentpublicationsnumber><identifier>60053</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60053</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>溫泉蘊藏量推估及開發總量管制評估技術研究(2/2)光碟版=Research on the methodologies for evaluating hot spring reserve and assessing control strategies for hot spring exploitation(2/2)</title><yearidentifier>200804</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009709770</governmentpublicationsnumber><identifier>60055</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60055</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>台灣溫泉資源補注來源評估技術研究計畫=Source assessment of hot-spring recharge in Taiwan</title><yearidentifier>200812</yearidentifier></data><data><abstract>溫泉資源資?為溫泉管?之重要科學依據，國內對於溫泉之監測技術，尚在起步階段，目前並無常設的溫泉監測站，擬由本計畫之執?，建??同溫泉地質區域之監測技術，以提供後續各溫泉區設置監測站之?考。本計畫工作項目共有五項，1.評估溫泉監測項目及頻?，2.擇定代表性溫泉區，3.監測儀器評估及現場試驗，4.提出監測?據品管規範，及5.其它配合事項。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960136</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009702286</governmentpublicationsnumber><identifier>60056</identifier><internationalstandardbooknumber>9789860152659 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60056</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>溫泉監測技術評估與應用 Assessment and application of hot spring montoring technique</title><yearidentifier>200806</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為蒐集並完成溫泉資源調查，以落實溫泉資源總量管制。本年度計畫目標皆已達成，包括：(1)完成泰安溫泉、谷關溫泉及廬山溫泉等三個地區之溫泉資源背景調查及資料蒐集、(2)完成溫泉監測站址建置規劃、(3)完成泰安溫泉區試辦計畫、(4)完成溫泉監測系統建置需求評估、(5)完成三個地區之溫泉監測站設計、經費需求及經濟效益評估。</abstract><author>資源工程顧問股份有限公司</author><categoryidentifier>651.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960137</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009702075</governmentpublicationsnumber><identifier>60057</identifier><internationalstandardbooknumber>9789860150667 ; 9789860150</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60057</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中區溫泉監測系統站址規劃設計 Site design of hot-spring monitoring system in middle of Tawan</title><yearidentifier>200806</yearidentifier></data><data><abstract>近年來社會經濟發展快速，石門水庫原設計主要供水標的為農業用水，演變成公共給水及灌溉並重。桃園及新竹地區為穩定供應民生及工業用水，經常調用農業用水，由民國91年至95年第一期稻作辦理4次停灌休耕可見端倪。鑑此，在不影響糧食安全政策下，本計畫研擬於休耕期間利用田坵蓄水以及不同稻作種植期距調整對水資源調節及調用支援民生及工業用水需求之可行性，以減緩水資源開發壓力。</abstract><author>財團法人農業工程?究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009800137</governmentpublicationsnumber><identifier>60068</identifier><internationalstandardbooknumber>9789860175783 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60068</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>利用田坵蓄水及稻作調整以豐沛桃竹地區水資源之可行性研究(光碟版)＝Feasibility study on the water storage in paddy fields and growing season adjustment to enrich water resources in Taoyuan and Hsinchu areas</title><yearidentifier>200901</yearidentifier></data><data><abstract>近年來社會經濟發展快速，石門水庫原設計主要供水標的為農業用水，演變成公共給水及灌溉並重。桃園及新竹地區為穩定供應民生及工業用水，經常調用農業用水，由民國91年至95年第一期稻作辦理4次停灌休耕可見端倪。鑑此，在不影響糧食安全政策下，本計畫研擬於休耕期間利用田坵蓄水以及不同稻作種植期距調整對水資源調節及調用支援民生及工業用水需求之可行性，以減緩水資源開發壓力。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009800137</governmentpublicationsnumber><identifier>60070</identifier><internationalstandardbooknumber>9789860175783 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60070</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>利用田坵蓄水及稻作調整以豐沛桃竹地區水資源之可行性研究＝Feasibility study on the water storage in paddy fields and growing season adjustment to enrich water resources in Taoyuan and Hsinchu areas</title><yearidentifier>200901</yearidentifier></data><data><abstract>安全飲用水係政府提供給民眾基本生活品質之重要指標項目。經濟部水利署為落實「永續發展的資（能）源與環境」之策略目標，藉由本計畫之執行強化水資源營運管理、技術交流與人才培育，提昇自來水事業單位核心競爭力及專業技能之國際觀。 本計畫首先協助建立國際公共給水技術交流之聯絡窗口，目前已與日、新等國建立民生用水技術交流之聯絡視窗，亦同步與美、澳、歐洲等相關單位積極聯繫中。在研提國際公共給水技術研究合作計畫之策略項目上透過交流管道建立及分析調查國內外現行給水技術相關資訊，已鑑定目前國內水廠操作困難點及國際發展趨勢，從而歸納目前國內公共給水事業相關重點議題。此外已建立包括日、中、韓、新、台之"中心-中心"合作夥伴關係，共同成立公共給水技術研究計畫，首先展開國際給水技術交流與合作。另已於9月至11月間辦理辦理公共給水技術國際專題演講及討論會議五場次。在引進國際新興公共給水之管理與處理技術並辦理教育訓練工作中，已於10月及11月間辦理二場教育訓練。對自來水設備、材料之驗證策略研擬，首先蒐集國內外自來水設備、材料之驗證資料，評估目前國內現況及需求，並透過專家研商會議，為所規劃之自來水設備、材料驗證策略定調。此外自來水事業相關人員之教育訓練及證照策略研擬，已初步蒐集彙整國外相關資訊資料，並比較國內外現況及差異性，並邀請各界專家商討為考證及人員之教育訓練做規劃參考。在行政協助及專業諮詢方面，已提供水利署辦理國際研討會之專業顧問及行政諮詢工作。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970035</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009703950</governmentpublicationsnumber><identifier>60071</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60071</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>公共給水國際技術交流與人才育成計畫(1/2) －光碟版＝International Cooperation in Technology Advancement and Training Program for Potable Water(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>安全飲用水係政府提供給民眾基本生活品質之重要指標項目。經濟部水利署為落實「永續發展的資（能）源與環境」之策略目標，藉由本計畫之執行強化水資源營運管理、技術交流與人才培育，提昇自來水事業單位核心競爭力及專業技能之國際觀。 本計畫首先協助建立國際公共給水技術交流之聯絡窗口，目前已與日、新等國建立民生用水技術交流之聯絡視窗，亦同步與美、澳、歐洲等相關單位積極聯繫中。在研提國際公共給水技術研究合作計畫之策略項目上透過交流管道建立及分析調查國內外現行給水技術相關資訊，已鑑定目前國內水廠操作困難點及國際發展趨勢，從而歸納目前國內公共給水事業相關重點議題。此外已建立包括日、中、韓、新、台之"中心-中心"合作夥伴關係，共同成立公共給水技術研究計畫，首先展開國際給水技術交流與合作。另已於9月至11月間辦理辦理公共給水技術國際專題演講及討論會議五場次。在引進國際新興公共給水之管理與處理技術並辦理教育訓練工作中，已於10月及11月間辦理二場教育訓練。對自來水設備、材料之驗證策略研擬，首先蒐集國內外自來水設備、材料之驗證資料，評估目前國內現況及需求，並透過專家研商會議，為所規劃之自來水設備、材料驗證策略定調。此外自來水事業相關人員之教育訓練及證照策略研擬，已初步蒐集彙整國外相關資訊資料，並比較國內外現況及差異性，並邀請各界專家商討為考證及人員之教育訓練做規劃參考。在行政協助及專業諮詢方面，已提供水利署辦理國際研討會之專業顧問及行政諮詢工作。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970035</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/20</date><governmentpublicationsnumber>1009703950</governmentpublicationsnumber><identifier>60072</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60072</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>公共給水國際技術交流與人才育成計畫(1/2) ＝ International Cooperation in Technology Advancement and Training Program for Potable Water(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60075</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)測量成果報告書</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60077</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60077</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)測量成果報告書</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>443.9313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60079</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60079</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)測量成果報告書(光碟版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60081</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60081</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)測量成果報告書(光碟版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60083</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60083</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)附冊一測算簿</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60084</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60084</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)附冊一測算簿</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60088</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60088</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)附冊二斷面樁樁位指示圖</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60090</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60090</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)附冊三河床質調查成果報告</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60091</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60091</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)附冊三河床質調查成果報告</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>440.9313</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60097</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60097</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)附冊四大斷面成果圖</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970293</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703556</governmentpublicationsnumber><identifier>60099</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60099</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(後龍溪水系)附冊四大斷面成果圖</title><yearidentifier>200812</yearidentifier></data><data><abstract>自來水法於民國93年修正通過後，經濟部水利署為落實水源保育與回饋政策，自民國94年起開發「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」，而水源保育與回饋費奉行政院核定後於民國95年1月起開徵，水源保育與回饋費徵收後之管理運用與補償回饋作業亦須配合辦理，為配合業務之擴展與系統化流程之建立，於95～96年度辦理系統功能擴充以及相關之推廣說明與教育訓練。 本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行擴充更新，水源保育與回饋業務系統功能共計完成103項擴充及新增之項目，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。 在技術移轉等作業上，本計畫編印各層級使用者之系統操作手冊及系統維護管理手冊，輔助業務人員之系統操作，並於全國北、中、南、東區辦理4場次教育訓練，宣導並落實政府政策之推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703917</governmentpublicationsnumber><identifier>60103</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60103</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水源保育與回饋業務系統與網頁之維護及更新－光碟版＝The Maintaining and Renewing of “The System and The Website of Water Resources Conservation and Compensation Fee”</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署自95年起正式落實回饋制度，依據自來水法施行細則第3條之5規定，有關保護區之水源保育與回饋費由該區專戶運用小組，依區內土地面積及居民人口比例，分配運用於區內各鄉(鎮、市、區)。因全國111處保護區地域範圍與特性皆有所不同，往往造成分配方式無法達成決議。另外，依自來水法第12條之2第3項規定，水源保育與回饋費專供保護區內辦理回饋事項，其支用項須符合該項第1款至第8款事宜，因水源保育與回饋費支用於各款之分配方式並無規定，因此本研究檢討自來水法施行細則第3條之5之分配方式，並分析全國保護區內鄉鎮公所水源保育與回饋費支用情形分析，期能擬訂各保護區水源保育與回饋費支用水源保育事項之經費使用比例，研擬回饋金的發放機制提升水源保育工作的效果。</abstract><author>國立臺北商業技術學院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703820</governmentpublicationsnumber><identifier>60106</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60106</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水源保育與回饋費分配與運用之研究－光碟版＝Designing Payments for Water Resource Conservation and Compensation</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫以本所於民國94年完成之「台灣地區主要河川流域整體規劃地文與水文資訊查詢系統」為基礎，應用民國95年最新之5m*5m數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置「流域整體治理規劃與淹水資訊系統」，以提供流域整體治理規劃與淹水災害防治所需之相關地文與水文資訊。</abstract><author>國立台灣海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970227</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703511</governmentpublicationsnumber><identifier>60140</identifier><internationalstandardbooknumber>9789860164565 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(3/3)=Development of integrated basin management and inundation information system (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立海洋大學河海工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009703511</governmentpublicationsnumber><identifier>60144</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60144</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(3/3)計畫研究成果(光碟版)=Development of integrated basin management and inundation information system(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對陽明山國家公園範圍及鄰近地區之水資源，包括地面水、地下水與溫泉等，進行取用現況之調查與分析，並就擅行取水與私接管線等現象，研擬輔導改善方案，作為整體水資源管理之參考。</abstract><author>玉山資源有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097pt08</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/23</date><governmentpublicationsnumber>1009704116</governmentpublicationsnumber><identifier>60162</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60162</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>陽明山地區水資源現況調查之研究成果報告書(光碟版)＝The Study on Water Resources Survey in Yangmingshan Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970255</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/24</date><governmentpublicationsnumber>1009703509</governmentpublicationsnumber><identifier>60170</identifier><internationalstandardbooknumber>9789860164596 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60170</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>防洪工程經濟效益評估之檢討修正(2/3)=A Study on Review and Revision of Economic Evaluation of Flood-Control Projects (2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/24</date><governmentpublicationsnumber>2008900331</governmentpublicationsnumber><identifier>60188</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60188</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>地下水位年報表(中華民國八十九年)</title><yearidentifier>200109</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-綜-27</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/24</date><governmentpublicationsnumber>1009002703</governmentpublicationsnumber><identifier>60191</identifier><internationalstandardbooknumber>9789570288537 ; 9570288531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60191</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>經濟部水資源局民國八十九年工作年報</title><yearidentifier>200106</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970230</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/25</date><governmentpublicationsnumber>1009703711</governmentpublicationsnumber><identifier>60248</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60248</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討--以大安溪為例(1/3)＝Rapid Erosion Process of Soft Rock Riverbed ---The Taan River as an Example(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970230</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/25</date><governmentpublicationsnumber>1009703711</governmentpublicationsnumber><identifier>60252</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60252</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討--以大安溪為例(1/3)－光碟版＝Rapid Erosion Process of Soft Rock Riverbed ---The Taan River as an Example(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970230</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/25</date><governmentpublicationsnumber>1009703711</governmentpublicationsnumber><identifier>60255</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60255</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討--以大安溪為例(1/3)成果資料－光碟版＝Rapid Erosion Process of Soft Rock Riverbed ---The Taan River as an Example(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對陽明山國家公園範圍及鄰近地區之水資源，包括地面水、地下水與溫泉等，進行取用現況之調查與分析，並就擅行取水與私接管線等現象，研擬輔導改善方案，作為整體水資源管理之參考。</abstract><author>玉山資源有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097pt08</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/25</date><governmentpublicationsnumber>1009704116</governmentpublicationsnumber><identifier>60288</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60288</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>陽明山地區水資源現況調查之研究成果報告書＝The Study on Water Resources Survey in Yangmingshan Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的為達成穩定供應新竹地區用水需求，並提升水資源利用及降低災害期間供水風險，研析區域內水資源經理策略與計畫方案，以作為頭前溪流域水資源經營管理之方針。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009800092</governmentpublicationsnumber><identifier>60347</identifier><internationalstandardbooknumber>9789860174700 ; 9789860174</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60347</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>頭前溪水資源綜合經營管理之研究=A Research on Comprehensive Management of Toucian River Water Resources</title><yearidentifier>200901</yearidentifier></data><data><abstract>鑑於社會變遷、人口成長及工業化結果，水資源除了要求水量之充沛，水質之考量亦成為重要關鍵。經濟部水利署南區水資源局（以下簡稱本局）為掌握所管轄區域：曾文水庫、牡丹水庫、高屏溪攔河堰及甲仙攔河堰之四水域水質良窳及變化情形，研擬本計畫進行水源水質檢驗分析及研判工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009800134</governmentpublicationsnumber><identifier>60359</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60359</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>97年度曾文、牡丹、高屏溪、甲仙攔河堰水質檢驗分析計畫總報告＝2008 Tseng-Wen, Mu-Dan, Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analysis Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>鑑於社會變遷、人口成長及工業化結果，水資源除了要求水量之充沛，水質之考量亦成為重要關鍵。經濟部水利署南區水資源局（以下簡稱本局）為掌握所管轄區域：曾文水庫、牡丹水庫、高屏溪攔河堰及甲仙攔河堰之四水域水質良窳及變化情形，研擬本計畫進行水源水質檢驗分析及研判工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009800134</governmentpublicationsnumber><identifier>60362</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60362</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>97年度曾文、牡丹、高屏溪、甲仙攔河堰水質檢驗分析計畫總報告－光碟版＝2008 Tseng-Wen, Mu-Dan, Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analysis Report</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府</author><categoryidentifier>678.41028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>4509704211</governmentpublicationsnumber><identifier>60367</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60367</librarycollectiondetailsurl><price></price><publisher>桃園縣政府</publisher><publishrocyear>97</publishrocyear><title>桃園縣統計要覽（民國40年～民國96年)光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部工業統計調查聯繫小組</author><categoryidentifier>555.6026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>4306900037</governmentpublicationsnumber><identifier>60369</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60369</librarycollectiondetailsurl><price>1500</price><publisher>經濟部工業統計調查聯繫小組</publisher><publishrocyear>97</publishrocyear><title>97年台閩地區工廠名錄電子書光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、概述本計畫係針對內垵地區排水系統作全盤之檢視與分析，同時建?相關水情資?，確定整體規劃與治?方針，並作為第2 階段計畫工程實施依據，完成系統治?規劃與公告工作，提升後續治?與管?工作效?，使內垵地區居民免受水患威脅，並減少各項財務損失，期除改善?淹水之問題外，亦完整提出綜合治水、環境保育與營造之策?。二、計畫範圍與目標本計畫區位於澎湖縣西嶼鄉內垵地區，東西長1.35 公?，南?寬 1.0 公?，集水區面積約65 公頃。集水區東側山?線標高為51 公尺，並以扇形盆地地形向西傾斜，區內最低高程約5.5 公尺，因其比其四週地形低窪自然形成一處滯洪濕地，區內主要有內垵1～3 號等排水?。本計畫區域排水整治完成後，水?設施可達10 ?重現期保護，25 ??溢堤之防災保護標準，減少經濟損失，促進地方繁榮。三、排水特性概述內垵地區排水系統為社區內之雨排水系統，集水區範圍內之雨水由四周高地往社區內匯集，各排水?上游多屬坡陡?急，集?時間短之型態，其中內垵1-1、1-2、1-3 號排水為社區內主要之排水?，匯集至內垵1 號排水後排入內垵灣，而內垵2 號及3 號排水則分別收集東南及西?隅地區之排水排入內垵灣及後灣。四、規劃保護標準區域排水渠道設計標準以通過10 ?重現期洪峰??，25 ?重現期洪峰???溢堤為原則；區域排水中、上游山區部分，考?崩塌因子，依水土保持局現有設計標準辦?；雨水下水道以內政部營建署現有下水道設施標準辦?；?同設施銜接段，應以保護標準較高者為設計標經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XIV 準，妥善銜接。人口密集或重大建設地區，另增加規劃以搭配滯洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程?達50～100 ?重現期為目標，如因現有地形或土地?用無法充分達成時，則輔以避洪及減災規劃等非工程措施因應。五、水文分析 (一)重現期?雨?本計畫採用澎湖氣象站1982～2006 ?間??最大24 小時(一日) ?雨?進?分析，最後採用皮爾遜三型頻?分析結果作為設計標準。內垵地區排水最大24 小時?雨頻?分析成果表(單位：毫米) 重現期距(?) 1.11 2 5 10 20 25 50 100 200 SE 二??對?常態94 150 205 242 277 288 323 358 393 17 三??對?常態85 158 212 242 267 275 297 318 337 13 皮爾遜三型分佈85 158 212 242 268 275 297 318 337 13 對?皮爾遜三型87 153 212 248 280 290 318 345 370 14 24 小時?雨 極端值一型分布82 151 216 259 300 313 353 393 433 15 備註：資???25?，最大值261.4、最小值58.7、平均值160.4、標準偏差62.4，偏態係?0.26、對?平均值5、對?標準偏差0.42、對?偏態係?-0.43 (二)各控制點洪峰??本計畫採用三角形單位?線配合Horner 雨型推估各重現期各控制點洪峰??。控制點 集水面積 (平方公?) 2 ?5 ?10 ?25 ? 50 ? 100 ? A.內垵1 號排水出口 0.485 8.23 11.36 14.59 18.90 22.66 26.45 B.內垵1 號排水與澎5 交會點 0.324 6.92 9.16 11.38 14.30 16.98 19.70 C.內垵1-1 號排水出口 0.049 1.12 1.45 1.77 2.19 2.59 3.00 D.內垵1-2 號排水出口 0.064 2.38 2.90 3.33 3.90 4.53 5.17 E.內垵1-3 號排水出口 0.181 4.41 5.63 6.79 8.34 9.83 11.35 F.內垵2 號排水出口(右側) 0.024 0.51 0.68 0.85 1.08 1.28 1.48 G.內垵2 號排水出口(左側) 0.030 0.69 0.89 1.09 1.34 1.58 1.83 H.內垵3 號排水出口 0.018 0.52 0.65 0.77 0.94 1.10 1.27 經濟部水利署 摘要 XV (三)排水出口起算水位計畫區排水除內垵2 號及3 號排水外均匯集至內垵1 號排水而進入台灣海峽，而內垵2 號及3 號排水亦分別向東南及西?排入台灣海峽中，內垵排水系統出口外水位係?考附近內垵?港及內垵南港之潮位資?而得，其潮位資?如下表所示，其中最高潮位+1.86 公尺，大潮平均高潮位約為+1.54 公尺，平均高潮位約為+0.40 公尺。內垵?漁港及內垵南漁港潮位資?表(單位：公尺) 內垵?漁港 內垵南漁港最高潮位 1.86 1.86 大潮平均高潮位1.54 1.54 平均潮位 0.40 0.40 大潮平均低潮位-0.55 -0.55 最低潮位 -1.31 -1.31 築港高程?點 -1.38 -1.38 資??源：?政院農業委員會台灣地區漁港基本資?(下) ?、排水?現況通水能? 1.內垵1 號排水在0K+300 斷面以上排水?，除?0K+493～0K+513.7 斷面之外，其餘斷面皆可滿足重現期25 ?之通洪需求，而於內垵1-2 號排水匯入口附近於25 ?以上??之水位較高；中游段與澎5 公?交會處(0K+300)至下游出海口段於最大潮水位之情形下，因受潮位影響且該段排水坡?較緩而產生較高之水位。 2.內垵1-1 號排水整體而言，內垵1-1 號排水，於重現期2、5、10、25、50 及 100 ?下之??皆可滿足通水需求。 3.內垵1-2 排水斷面0K+109 因下游渠道有逆坡之情形而造成水位壅高，通經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XVI 水能??佳已溢堤，而上游斷面0K+148.2 僅能通過2 ?以下之洪水，斷面0K+195.2 僅能通過重現期10 ?以下之洪水，其餘斷面皆可通過重現期25 ?以上??。 4.內垵1-3 號排水由於上游集水面積較大，而渠道斷面大小?足，且集?時間短促，因此除上游段之斷面0K+204 可通過重現期5 ???外，其餘斷面僅能通過重現期2 ?之洪水?。 5.內垵2 號排水除斷面0K+113 外，其餘斷面皆可通過重現期2、5、10、25、 50 及100 ?之??。 6.內垵3 號排水整體而言，內垵3 號排水，於重現期2、5、10、25、50 及 100 ?下之??皆可滿足通水需求。七、淹水範圍淹水範圍主要位於內垵1-2 號排水及1-3 號排水中下游段及內垵衛生室旁草地。八、洪災成因 1.內垵1 號排水主?因內垵地區於大潮平均高潮位時之潮位約為1.54 公尺，而內垵1 號排水下游出口段渠底高程低於該潮水位，因受感潮影響，下游排水?明渠段因護岸高??足，成為防洪缺口。排水?中游段則因外水頂托，加上斷面?足，導致無法順?排洪，而有溢淹之情形。內垵1 號排水於匯入內垵1-2 號排水及內垵1-3 號排水之?經濟部水利署 摘要 XVII ?後，因斷面?足而水?宣洩?及，造成溢淹情形。 2.內垵1-2 號排水內垵1-2 號排水下游排水出口段有逆坡之情形，造成中下游排水?順而有溢淹情形。 3.內垵1-3 號排水內垵1-3 號排水匯集內垵社區?部區域之排水，集?面積廣大而斷面?足，造成溢淹情形。九、改善方案擬定 (一)改善構想及改善工程本計畫方案擬定後，分析考慮土地取得與居民意?情形，以確認綜合治水方案之可?性，確定以下綜合治水方案： 1.排水?斷面尺寸及坡?改善方案工程範圍為內垵1 號排水主?0K+290～0K+501 之渠段，內垵1-2 號排水0K+000～0K+195 之渠段，內垵1-3 號排水0K+000 ～0K+145 之渠段，其餘排水?仍維持現有河道斷面之通洪能?。 2.集水區上游設置截?設施分?方案於於進入社區之?口段均設置截?溝(65 公分*45 公分鍍鋅格柵蓋板)銜接至既有之排水渠道，以避免地面上過多之逕?因排洩?及而往局部較低窪處蓄積。 3.局部農地積水改善方案因內垵衛生室旁大片農地多屬私有土地，因此建議墊高內垵衛生室南側道?(長?約170 公尺)，並於道?下埋設二支排水管涵，將?側農田積水導入南側農田後，再經澎五道?排水溝排入內垵1 號排水?，將農田積水排除，俾?民眾順?通?。經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XVIII 4.內垵南港地形排水??改善方案本計畫建議將南港內側之堤岸道?適當墊高(長?約180 公尺)，使地勢由道?中央向內垵2 號排水側傾斜，以?於?面積水排除。綜合治水方案比較表方案名稱 方案A 方案B 工程內容 1.渠道斷面加大 2.渠道坡?改善 3.增設?面截?設施 1.截?溝(長約800 公尺)及集水井 2.渠道斷面加大 3.渠道坡?改善 4.增設?面截?設施用地面積 相對較少 相對較多改善淹水功能 增加排水通洪需求，避免地表逕?漫淹 1.改善下游通水瓶頸段 2.排除上游部份外水??維護管? 相對較少 相對較多計畫全區淹水改善效果 佳 佳人口聚集區淹水改善效果 佳 佳土地問題 現有渠道斷面改善無土地問題?側產業道?及縣203 線?側多為私有土地，改善設施用地須經徵收協調問題 多以公有地進?改善工程，較無協調問題私有地主相當多，協調困難?增加且耗時，??執?整體功能性 功能單一，僅有排洪功能可分洪及排洪土地徵收費用僅局部現況渠道用地需徵收，私有地徵收概估約需 15 萬元。私有地徵收概估約需150 萬元，地方政府需負擔其50 %，增加執?困難?總工程費用 較低，約1,483 萬元 較高，約2,010 萬元結? 建議採用 建議?採用方案B 斷面改善、分洪方案方案，需徵收大?私有地，增加地方政府財政負擔，其間溝通協調相當耗時，??計畫執?；另經檢核?側可截?之??約為0.8 ?方公尺/秒，截??甚小，且公?排水尺寸僅約0.3 公尺*0.5 公尺，無法容納截?水?，如要另?增設經濟部水利署 摘要 XIX 排水溝渠，將大幅增加工程經費；因此，本計畫建議採用方案A。 (二)計畫排水?內垵地區排水屬澎湖縣管區域排水，保護基準為「10 ?重現期、25 ??溢堤」，因此排水標準採用10 ?重現期之洪峰??為計畫排水?。十、環境營造規劃為?低本計畫治?方案所可能造成之環境衝擊，依區域排水周邊空間之使用特性，作為環境營造規劃原則，環境營造之材?選擇需配合現況，植栽之採用以生態調查之原生種為主，以強調自然和諧之視覺美感，塑造多樣性生物棲息空間；並考?鄰近農田、濕地、遊憩資源等空間之?結，提供居民優質休憩環境。太平洋內垵2號排水內垵號排水 1-1 內垵號排水 1-3 內垵號排水 1-2 澎5交會口內垵3號排水排水出口 B A D E C F G H 11.38 14.59 3.33 6.79 1.77 0.85 1.09 0.77 內垵1號排水單位:?方公尺/秒台灣海峽經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XX 十一、工程計畫與實施完成內垵地區排水治?及環境營造工程需約30,787,588 元，即約新台幣3 千1 佰萬元，為考?配合工程內容之急迫性，擬將改善工程分為二期實施，各期實施內容概述如下： (一)第1 期 1.工程範圍主要為內垵1 號、1-2 號及1-3 號部份渠段範圍；治?工程項目包括：渠道斷面尺寸改善工程、渠道坡?改善工程。 2.本期經費在區域排水治?工程方面，估算約為12,795,568 元；在環境營造工程方面，估算約為8,989,818 元；?者合計需約 21,785,386 元。 (二)第2 期 1.治?工程項目為截?溝及低漥地排水工程，環境營造工程項目為暗渠街道景觀改善及海堤景觀改善工程。 2.本期經費在區域排水治?工程方面，估算約為1,598,822 元；在環境營造工程方面，估算約為7,403,379 元；?者合計需約 9,002,201 元。第一期工程分期及財務計畫表?型項次 工程項目 所需工程經費 (元) 工程經費籌措單位管?經費籌措單位 經費?源 1 斷面改善工程 7,855,000 澎湖縣政府澎湖縣政府 水?署 2 南港堤內道?墊高工程 990,000 澎湖縣政府澎湖縣政府 水?署區域排水治? 小 計 8,845,000 澎湖縣政府澎湖縣政府 水?署 1 人工濕地環境教育區工程 5,500,000 澎湖縣政府西嶼鄉公所 澎湖縣政府 2 明渠親水區工程 1,300,000 澎湖縣政府西嶼鄉公所 澎湖縣政府環境營造 小 計 6,800,000 澎湖縣政府西嶼鄉公所 澎湖縣政府總 計 15,645,000 澎湖縣政府澎湖縣政府西嶼鄉公所水?署澎湖縣政府註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用經濟部水利署 摘要 XXI 內垵地區瓶頸段排水改善工程直接工程成本概估表?型 工程項目項次工程項目長?(公尺) 工程項目 尺寸 所需工程經費(元) 1 162 斷面改善工程 (0K+290~0K+452) 2m*1.5m 箱涵 2,997,000 2 40 斷面改善工程 (0K+453~0K+493) 1.5m*1.5m 箱涵 600,000 3 內垵 1 號 10 斷面改善工程 (0K+493~0K+503) 1.2m*1.0m 箱涵 109,000 4 52 斷面改善工程 (0K+000~0K+052) 1.3m*1.2m 箱涵 598,000 5 96 斷面改善工程 (0K+052~0K+148) 1.2m*1.0m 箱涵 1,008,000 6 內垵 1-2 號 46 斷面改善工程 (0K+148~0K+195) 0.8m*0.8m 箱涵 368,000 區域排水治?斷面改善工程 7 內垵 1-3 號 145 斷面改善工程 (0K+000~0K+145) 1.5m*1.5m 箱涵 2,175,000 合 計 551 斷面改善工程 箱涵 7,855,000 註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用第二期工程分期及財務計畫表分階段分?? ?型項次 工程項目 所需工程經費 (元) 工程經費籌措單位管?經費籌措單位 經費?源 1 截?溝工程 600,000 澎湖縣政府 澎湖縣政府 水?署 2 低窪地排水工程 519,100 澎湖縣政府 澎湖縣政府 水?署區域排水治? 小 計 1,119,100 澎湖縣政府 澎湖縣政府 水?署 1 暗渠街道景觀改善工程 2,100,000 澎湖縣政府 西嶼鄉公所 澎湖縣政府 2 海堤景觀改善工程 3,500,000 澎湖縣政府 澎湖縣政府 澎湖縣政府環境營造小 計 5,600,000 澎湖縣政府 西嶼鄉公所澎湖縣政府澎湖縣政府第2 期總 計 6,719,100 澎湖縣政府 西嶼鄉公所澎湖縣政府水?署澎湖縣政府註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XXII 十二、計畫評價計畫的經濟評價，通常採?本比作為衡?經濟效?的準則。?本比＝?計效?/?計成本=(167/155)=1.077 本計畫排水治?工程之?本比為1.077，其值大於1，表示本項投資尚符合經濟效?，然近?人民生活水準提高，對生命、財產、居住環境等基本保護之需求日殷，而政府塑造保護人民之形象及其他附加之難以?化之?可計效?等，如一併納入評估，效?將提高?少，故本計畫工程建議早日付?實施。十三、排水維護管?及配合措施 (一)維護管? 1.集水區劃定排水集水區經相關單位劃定後，應避免任意?改，以免增加集水面積，使得排水?超過原設計??。 2.定期清淤與整?渠道內垵社區?側及東側上游多為山坡?地，遇豪雨，山區地表逕??挾土砂傾?而下，再加上排水?平常係納入社區民眾之生活廢污水，容?使得內垵地區排水系統中、下游坡?較緩處，?淤積砂土而阻礙排水，本計畫建議西嶼鄉公所每1～2 ?編?經費，清淤內垵排水系統中、下游段渠道，以?排水。 3.取締違法侵佔及宣傳防洪資訊取締違法侵占排水設施用地及其他非法?為。於明渠排水段應設置告示牌，警告民眾注意水深及個人安全，在?雨時，迅速?開，以維護人身安全。經濟部水利署 摘要 XXIII (二)配合措施本計畫主要排水?改善後，仍需要權責單位配合做好相關雨水系統，如道?側溝等，以使地表逕?能迅速收集排入本排水系統，並需由權責單位每?編?經常性經費辦?清淤，以免影響水?，確保排水機制。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009704217</governmentpublicationsnumber><identifier>60382</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60382</librarycollectiondetailsurl><price>400</price><publisher>水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫澎湖縣管區域排水內垵地區排水系統規劃報告Regulation Project of  Flood -prone Areas for Penghu County Nei-an Village,Regional Drainage System Improvement Project</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、概述本計畫係針對內垵地區排水系統作全盤之檢視與分析，同時建?相關水情資?，確定整體規劃與治?方針，並作為第2 階段計畫工程實施依據，完成系統治?規劃與公告工作，提升後續治?與管?工作效?，使內垵地區居民免受水患威脅，並減少各項財務損失，期除改善?淹水之問題外，亦完整提出綜合治水、環境保育與營造之策?。二、計畫範圍與目標本計畫區位於澎湖縣西嶼鄉內垵地區，東西長1.35 公?，南?寬 1.0 公?，集水區面積約65 公頃。集水區東側山?線標高為51 公尺，並以扇形盆地地形向西傾斜，區內最低高程約5.5 公尺，因其比其四週地形低窪自然形成一處滯洪濕地，區內主要有內垵1～3 號等排水?。本計畫區域排水整治完成後，水?設施可達10 ?重現期保護，25 ??溢堤之防災保護標準，減少經濟損失，促進地方繁榮。三、排水特性概述內垵地區排水系統為社區內之雨排水系統，集水區範圍內之雨水由四周高地往社區內匯集，各排水?上游多屬坡陡?急，集?時間短之型態，其中內垵1-1、1-2、1-3 號排水為社區內主要之排水?，匯集至內垵1 號排水後排入內垵灣，而內垵2 號及3 號排水則分別收集東南及西?隅地區之排水排入內垵灣及後灣。四、規劃保護標準區域排水渠道設計標準以通過10 ?重現期洪峰??，25 ?重現期洪峰???溢堤為原則；區域排水中、上游山區部分，考?崩塌因子，依水土保持局現有設計標準辦?；雨水下水道以內政部營建署現有下水道設施標準辦?；?同設施銜接段，應以保護標準較高者為設計標經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XIV 準，妥善銜接。人口密集或重大建設地區，另增加規劃以搭配滯洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程?達50～100 ?重現期為目標，如因現有地形或土地?用無法充分達成時，則輔以避洪及減災規劃等非工程措施因應。五、水文分析 (一)重現期?雨?本計畫採用澎湖氣象站1982～2006 ?間??最大24 小時(一日) ?雨?進?分析，最後採用皮爾遜三型頻?分析結果作為設計標準。內垵地區排水最大24 小時?雨頻?分析成果表(單位：毫米) 重現期距(?) 1.11 2 5 10 20 25 50 100 200 SE 二??對?常態94 150 205 242 277 288 323 358 393 17 三??對?常態85 158 212 242 267 275 297 318 337 13 皮爾遜三型分佈85 158 212 242 268 275 297 318 337 13 對?皮爾遜三型87 153 212 248 280 290 318 345 370 14 24 小時?雨 極端值一型分布82 151 216 259 300 313 353 393 433 15 備註：資???25?，最大值261.4、最小值58.7、平均值160.4、標準偏差62.4，偏態係?0.26、對?平均值5、對?標準偏差0.42、對?偏態係?-0.43 (二)各控制點洪峰??本計畫採用三角形單位?線配合Horner 雨型推估各重現期各控制點洪峰??。控制點 集水面積 (平方公?) 2 ?5 ?10 ?25 ? 50 ? 100 ? A.內垵1 號排水出口 0.485 8.23 11.36 14.59 18.90 22.66 26.45 B.內垵1 號排水與澎5 交會點 0.324 6.92 9.16 11.38 14.30 16.98 19.70 C.內垵1-1 號排水出口 0.049 1.12 1.45 1.77 2.19 2.59 3.00 D.內垵1-2 號排水出口 0.064 2.38 2.90 3.33 3.90 4.53 5.17 E.內垵1-3 號排水出口 0.181 4.41 5.63 6.79 8.34 9.83 11.35 F.內垵2 號排水出口(右側) 0.024 0.51 0.68 0.85 1.08 1.28 1.48 G.內垵2 號排水出口(左側) 0.030 0.69 0.89 1.09 1.34 1.58 1.83 H.內垵3 號排水出口 0.018 0.52 0.65 0.77 0.94 1.10 1.27 經濟部水利署 摘要 XV (三)排水出口起算水位計畫區排水除內垵2 號及3 號排水外均匯集至內垵1 號排水而進入台灣海峽，而內垵2 號及3 號排水亦分別向東南及西?排入台灣海峽中，內垵排水系統出口外水位係?考附近內垵?港及內垵南港之潮位資?而得，其潮位資?如下表所示，其中最高潮位+1.86 公尺，大潮平均高潮位約為+1.54 公尺，平均高潮位約為+0.40 公尺。內垵?漁港及內垵南漁港潮位資?表(單位：公尺) 內垵?漁港 內垵南漁港最高潮位 1.86 1.86 大潮平均高潮位1.54 1.54 平均潮位 0.40 0.40 大潮平均低潮位-0.55 -0.55 最低潮位 -1.31 -1.31 築港高程?點 -1.38 -1.38 資??源：?政院農業委員會台灣地區漁港基本資?(下) ?、排水?現況通水能? 1.內垵1 號排水在0K+300 斷面以上排水?，除?0K+493～0K+513.7 斷面之外，其餘斷面皆可滿足重現期25 ?之通洪需求，而於內垵1-2 號排水匯入口附近於25 ?以上??之水位較高；中游段與澎5 公?交會處(0K+300)至下游出海口段於最大潮水位之情形下，因受潮位影響且該段排水坡?較緩而產生較高之水位。 2.內垵1-1 號排水整體而言，內垵1-1 號排水，於重現期2、5、10、25、50 及 100 ?下之??皆可滿足通水需求。 3.內垵1-2 排水斷面0K+109 因下游渠道有逆坡之情形而造成水位壅高，通經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XVI 水能??佳已溢堤，而上游斷面0K+148.2 僅能通過2 ?以下之洪水，斷面0K+195.2 僅能通過重現期10 ?以下之洪水，其餘斷面皆可通過重現期25 ?以上??。 4.內垵1-3 號排水由於上游集水面積較大，而渠道斷面大小?足，且集?時間短促，因此除上游段之斷面0K+204 可通過重現期5 ???外，其餘斷面僅能通過重現期2 ?之洪水?。 5.內垵2 號排水除斷面0K+113 外，其餘斷面皆可通過重現期2、5、10、25、 50 及100 ?之??。 6.內垵3 號排水整體而言，內垵3 號排水，於重現期2、5、10、25、50 及 100 ?下之??皆可滿足通水需求。七、淹水範圍淹水範圍主要位於內垵1-2 號排水及1-3 號排水中下游段及內垵衛生室旁草地。八、洪災成因 1.內垵1 號排水主?因內垵地區於大潮平均高潮位時之潮位約為1.54 公尺，而內垵1 號排水下游出口段渠底高程低於該潮水位，因受感潮影響，下游排水?明渠段因護岸高??足，成為防洪缺口。排水?中游段則因外水頂托，加上斷面?足，導致無法順?排洪，而有溢淹之情形。內垵1 號排水於匯入內垵1-2 號排水及內垵1-3 號排水之?經濟部水利署 摘要 XVII ?後，因斷面?足而水?宣洩?及，造成溢淹情形。 2.內垵1-2 號排水內垵1-2 號排水下游排水出口段有逆坡之情形，造成中下游排水?順而有溢淹情形。 3.內垵1-3 號排水內垵1-3 號排水匯集內垵社區?部區域之排水，集?面積廣大而斷面?足，造成溢淹情形。九、改善方案擬定 (一)改善構想及改善工程本計畫方案擬定後，分析考慮土地取得與居民意?情形，以確認綜合治水方案之可?性，確定以下綜合治水方案： 1.排水?斷面尺寸及坡?改善方案工程範圍為內垵1 號排水主?0K+290～0K+501 之渠段，內垵1-2 號排水0K+000～0K+195 之渠段，內垵1-3 號排水0K+000 ～0K+145 之渠段，其餘排水?仍維持現有河道斷面之通洪能?。 2.集水區上游設置截?設施分?方案於於進入社區之?口段均設置截?溝(65 公分*45 公分鍍鋅格柵蓋板)銜接至既有之排水渠道，以避免地面上過多之逕?因排洩?及而往局部較低窪處蓄積。 3.局部農地積水改善方案因內垵衛生室旁大片農地多屬私有土地，因此建議墊高內垵衛生室南側道?(長?約170 公尺)，並於道?下埋設二支排水管涵，將?側農田積水導入南側農田後，再經澎五道?排水溝排入內垵1 號排水?，將農田積水排除，俾?民眾順?通?。經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XVIII 4.內垵南港地形排水??改善方案本計畫建議將南港內側之堤岸道?適當墊高(長?約180 公尺)，使地勢由道?中央向內垵2 號排水側傾斜，以?於?面積水排除。綜合治水方案比較表方案名稱 方案A 方案B 工程內容 1.渠道斷面加大 2.渠道坡?改善 3.增設?面截?設施 1.截?溝(長約800 公尺)及集水井 2.渠道斷面加大 3.渠道坡?改善 4.增設?面截?設施用地面積 相對較少 相對較多改善淹水功能 增加排水通洪需求，避免地表逕?漫淹 1.改善下游通水瓶頸段 2.排除上游部份外水??維護管? 相對較少 相對較多計畫全區淹水改善效果 佳 佳人口聚集區淹水改善效果 佳 佳土地問題 現有渠道斷面改善無土地問題?側產業道?及縣203 線?側多為私有土地，改善設施用地須經徵收協調問題 多以公有地進?改善工程，較無協調問題私有地主相當多，協調困難?增加且耗時，??執?整體功能性 功能單一，僅有排洪功能可分洪及排洪土地徵收費用僅局部現況渠道用地需徵收，私有地徵收概估約需 15 萬元。私有地徵收概估約需150 萬元，地方政府需負擔其50 %，增加執?困難?總工程費用 較低，約1,483 萬元 較高，約2,010 萬元結? 建議採用 建議?採用方案B 斷面改善、分洪方案方案，需徵收大?私有地，增加地方政府財政負擔，其間溝通協調相當耗時，??計畫執?；另經檢核?側可截?之??約為0.8 ?方公尺/秒，截??甚小，且公?排水尺寸僅約0.3 公尺*0.5 公尺，無法容納截?水?，如要另?增設經濟部水利署 摘要 XIX 排水溝渠，將大幅增加工程經費；因此，本計畫建議採用方案A。 (二)計畫排水?內垵地區排水屬澎湖縣管區域排水，保護基準為「10 ?重現期、25 ??溢堤」，因此排水標準採用10 ?重現期之洪峰??為計畫排水?。十、環境營造規劃為?低本計畫治?方案所可能造成之環境衝擊，依區域排水周邊空間之使用特性，作為環境營造規劃原則，環境營造之材?選擇需配合現況，植栽之採用以生態調查之原生種為主，以強調自然和諧之視覺美感，塑造多樣性生物棲息空間；並考?鄰近農田、濕地、遊憩資源等空間之?結，提供居民優質休憩環境。太平洋內垵2號排水內垵號排水 1-1 內垵號排水 1-3 內垵號排水 1-2 澎5交會口內垵3號排水排水出口 B A D E C F G H 11.38 14.59 3.33 6.79 1.77 0.85 1.09 0.77 內垵1號排水單位:?方公尺/秒台灣海峽經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XX 十一、工程計畫與實施完成內垵地區排水治?及環境營造工程需約30,787,588 元，即約新台幣3 千1 佰萬元，為考?配合工程內容之急迫性，擬將改善工程分為二期實施，各期實施內容概述如下： (一)第1 期 1.工程範圍主要為內垵1 號、1-2 號及1-3 號部份渠段範圍；治?工程項目包括：渠道斷面尺寸改善工程、渠道坡?改善工程。 2.本期經費在區域排水治?工程方面，估算約為12,795,568 元；在環境營造工程方面，估算約為8,989,818 元；?者合計需約 21,785,386 元。 (二)第2 期 1.治?工程項目為截?溝及低漥地排水工程，環境營造工程項目為暗渠街道景觀改善及海堤景觀改善工程。 2.本期經費在區域排水治?工程方面，估算約為1,598,822 元；在環境營造工程方面，估算約為7,403,379 元；?者合計需約 9,002,201 元。第一期工程分期及財務計畫表?型項次 工程項目 所需工程經費 (元) 工程經費籌措單位管?經費籌措單位 經費?源 1 斷面改善工程 7,855,000 澎湖縣政府澎湖縣政府 水?署 2 南港堤內道?墊高工程 990,000 澎湖縣政府澎湖縣政府 水?署區域排水治? 小 計 8,845,000 澎湖縣政府澎湖縣政府 水?署 1 人工濕地環境教育區工程 5,500,000 澎湖縣政府西嶼鄉公所 澎湖縣政府 2 明渠親水區工程 1,300,000 澎湖縣政府西嶼鄉公所 澎湖縣政府環境營造 小 計 6,800,000 澎湖縣政府西嶼鄉公所 澎湖縣政府總 計 15,645,000 澎湖縣政府澎湖縣政府西嶼鄉公所水?署澎湖縣政府註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用經濟部水利署 摘要 XXI 內垵地區瓶頸段排水改善工程直接工程成本概估表?型 工程項目項次工程項目長?(公尺) 工程項目 尺寸 所需工程經費(元) 1 162 斷面改善工程 (0K+290~0K+452) 2m*1.5m 箱涵 2,997,000 2 40 斷面改善工程 (0K+453~0K+493) 1.5m*1.5m 箱涵 600,000 3 內垵 1 號 10 斷面改善工程 (0K+493~0K+503) 1.2m*1.0m 箱涵 109,000 4 52 斷面改善工程 (0K+000~0K+052) 1.3m*1.2m 箱涵 598,000 5 96 斷面改善工程 (0K+052~0K+148) 1.2m*1.0m 箱涵 1,008,000 6 內垵 1-2 號 46 斷面改善工程 (0K+148~0K+195) 0.8m*0.8m 箱涵 368,000 區域排水治?斷面改善工程 7 內垵 1-3 號 145 斷面改善工程 (0K+000~0K+145) 1.5m*1.5m 箱涵 2,175,000 合 計 551 斷面改善工程 箱涵 7,855,000 註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用第二期工程分期及財務計畫表分階段分?? ?型項次 工程項目 所需工程經費 (元) 工程經費籌措單位管?經費籌措單位 經費?源 1 截?溝工程 600,000 澎湖縣政府 澎湖縣政府 水?署 2 低窪地排水工程 519,100 澎湖縣政府 澎湖縣政府 水?署區域排水治? 小 計 1,119,100 澎湖縣政府 澎湖縣政府 水?署 1 暗渠街道景觀改善工程 2,100,000 澎湖縣政府 西嶼鄉公所 澎湖縣政府 2 海堤景觀改善工程 3,500,000 澎湖縣政府 澎湖縣政府 澎湖縣政府環境營造小 計 5,600,000 澎湖縣政府 西嶼鄉公所澎湖縣政府澎湖縣政府第2 期總 計 6,719,100 澎湖縣政府 西嶼鄉公所澎湖縣政府水?署澎湖縣政府註：本表工程經費?包括：工程預備費、物價調整費、設計階段作業費用、用地取得及拆遷補償費及施工期間?息等費用經濟部水利署「易淹水地區水患治理計畫」第1 階段實施計畫 縣管區排內垵地區排水系統規劃 XXII 十二、計畫評價計畫的經濟評價，通常採?本比作為衡?經濟效?的準則。?本比＝?計效?/?計成本=(167/155)=1.077 本計畫排水治?工程之?本比為1.077，其值大於1，表示本項投資尚符合經濟效?，然近?人民生活水準提高，對生命、財產、居住環境等基本保護之需求日殷，而政府塑造保護人民之形象及其他附加之難以?化之?可計效?等，如一併納入評估，效?將提高?少，故本計畫工程建議早日付?實施。十三、排水維護管?及配合措施 (一)維護管? 1.集水區劃定排水集水區經相關單位劃定後，應避免任意?改，以免增加集水面積，使得排水?超過原設計??。 2.定期清淤與整?渠道內垵社區?側及東側上游多為山坡?地，遇豪雨，山區地表逕??挾土砂傾?而下，再加上排水?平常係納入社區民眾之生活廢污水，容?使得內垵地區排水系統中、下游坡?較緩處，?淤積砂土而阻礙排水，本計畫建議西嶼鄉公所每1～2 ?編?經費，清淤內垵排水系統中、下游段渠道，以?排水。 3.取締違法侵佔及宣傳防洪資訊取締違法侵占排水設施用地及其他非法?為。於明渠排水段應設置告示牌，警告民眾注意水深及個人安全，在?雨時，迅速?開，以維護人身安全。經濟部水利署 摘要 XXIII (二)配合措施本計畫主要排水?改善後，仍需要權責單位配合做好相關雨水系統，如道?側溝等，以使地表逕?能迅速收集排入本排水系統，並需由權責單位每?編?經常性經費辦?清淤，以免影響水?，確保排水機制。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009704217</governmentpublicationsnumber><identifier>60383</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60383</librarycollectiondetailsurl><price>400</price><publisher>水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫澎湖縣管區域排水內垵地區排水系統規劃報告(光碟版)Regulation Project of  Flood -prone Areas for Penghu County Nei-an Village,Regional Drainage System Improvement Project</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對基隆河整體治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.68970305   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970226</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009703442</governmentpublicationsnumber><identifier>60384</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60384</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(2/3)＝Continued  assessment and monitoring for the effects of flood disaster reduction to the integrated flood control plan at Keelung River</title><yearidentifier>200812</yearidentifier></data><data><abstract>針對基隆河整體治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970226</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/26</date><governmentpublicationsnumber>1009703442</governmentpublicationsnumber><identifier>60385</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60385</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(2/3)(光碟版)＝Continued  assessment and monitoring for the effects of flood disaster reduction to the integrated flood control plan at Keelung River</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式庫系統建立及探討堰塞湖與河川型態相互引響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析，並對其處理及防治對策得研擬，並編制就災計畫。本報告書為第一年計畫之期末研究成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>60388</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60388</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式庫系統建立及探討堰塞湖與河川型態相互引響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析，並對其處理及防治對策得研擬，並編制就災計畫。本報告書為第一年計畫之期末研究成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>60389</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60389</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告(光碟版)</title><yearidentifier>200212</yearidentifier></data><data><abstract>現況國內水源設施之規劃多無備用水量之考量，近年來氣侯異常，面臨特殊乾旱水文條件時，往往無餘裕水量以為因應，供水風險提高。本計畫參考國內外相關文獻及資料，探討「備用水量」之定義及標準，研究其在配合各地區新水源開發或調配計畫之推動下，所扮演的角色，嘗試建立合宜之備用水量分析標準。並以台灣北部區域為例，作初步的探討。</abstract><author>國立中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703067</governmentpublicationsnumber><identifier>60409</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60409</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源經理之備用水量與規劃階段供水基準研究＝Research on backup water quantity and plan stage water supply benchmark of water resources management</title><yearidentifier>200812</yearidentifier></data><data><abstract>現況國內水源設施之規劃多無備用水量之考量，近年來氣侯異常，面臨特殊乾旱水文條件時，往往無餘裕水量以為因應，供水風險提高。本計畫參考國內外相關文獻及資料，探討「備用水量」之定義及標準，研究其在配合各地區新水源開發或調配計畫之推動下，所扮演的角色，嘗試建立合宜之備用水量分析標準。並以台灣北部區域為例，作初步的探討。</abstract><author>國立中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703067</governmentpublicationsnumber><identifier>60412</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60412</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源經理之備用水量與規劃階段供水基準研究(光碟版)=Research on backup water quantity and plan stage water supply benchmark of water resources management</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703067</governmentpublicationsnumber><identifier>60415</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60415</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源經理之備用水量與規劃階段供水基準研究成果資料(光碟版)=Research on backup water quantity and plan stage water supply benchmark of water resources management</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫竣工至今已44年，由於社會發展結構改變，不僅其規劃功能及運用方式已有轉變，其籌款與還本方式亦未如預期按「石門水庫工程定案計畫報告」及「石門水庫償債計畫」內容執行，復以受水文情勢變化及水庫逐年淤積影響，其供水能力與運用方式有必要進行重新檢討，本計畫目的即為釐清其差異，同時研擬未來合理利用方式。 依據北區水資源局統計手冊、決算書等相關文獻，以石門水庫工程費決算結帳年（55年）為基準，及石門水庫各項貸款平均利率4.13%作為折現利率，相關財務分析項目計算結果如下： 石門水庫各功能目標預定與實際分擔情形 單位：萬元（55年幣值） 功能目標	灌溉	發電	給水	防洪	合計 預定	分擔者	受益農民	台灣省 政府	中央 政府	中央 政府	台灣省 政府	受益地 方政府	中央 政府	台灣省 政府	 		石門 水利會	桃園 水利會								 	分擔費用	31,264	44,306	75,570	101,556	3,529	3,529	7,058	17,164	34,328	318,305 	佔總費用比例	9.82%	13.92%	23.74%	31.91%	1.11%	1.11%	2.22%	5.39%	10.78%	100% 實際	分擔者	受益農民	政府	政府	政府	台灣 自來水公司	政府	合計 		石門水利會	桃園水利會						 	分擔費用	21,483	23,232	106,426	101,556	3,732	10,385	51,493	318,305 	佔總費用比例	6.75%	7.30%	33.44%	31.91%	1.17%	3.26%	16.18%	100%  各標的單位用水量之建設成本、營運支出與營運收入 單位：元(55年幣值)/噸 項目	灌溉用水	發電用水	給水 			公共給水	工業用水	其他用途 單位用水量預定分擔建設成本	0.0387	0.0222	0.0812	0.0000	0.0000 單位用水量實際分擔建設成本	0.0202	0.0234	0.0095	0.0000	0.0000 單位用水量應分擔營運支出	0.2239	0.0717	0.1866	0.2133	0.2009 單位用水量營運收入	0.0179	0.1378	0.2209	0.3250 單位用水量(營運收入-應分擔營運支出-實際分擔建設成本)	-0.2262	0.0427	0.0248	0.1117	0.1241  分析石門44年來流量變化，呈現極端事件加劇及流量時間分布改變（3至7月流量呈減少趨勢）現象，對第一期（2至5月）之供水確實造成影響，影響層面甚至擴及至第二期（6至9月）。在此流量變化下，以石門水庫目前之庫容、規線與運用方式分析，在缺水指數0.51（與定案時相同）下，蓄水調節可供應水量如下表。不同缺水指數下，可供應水量不同，主管機關應考量供水對象之缺水忍受度；惟分配水量越多，各用水標的應承受之缺水機率越高。  石門水庫目前蓄水調節可供應水量上限（以缺水指數=0.51分析） 單位：cms 月	石門大圳	桃園大圳及下游	水力用水 (不重複) 	灌溉	給水	灌溉	給水	 1	0.00	4.92	0.57	9.61	1.30 2	3.64	4.41	13.44	7.48	6.48 3	5.09	4.14	15.69	7.76	8.25 4	4.28	4.23	14.11	6.64	7.51 5	3.32	3.46	10.07	5.02	5.40 6	4.65	4.28	13.91	6.07	22.68 7	6.56	4.33	16.96	5.57	12.92 8	6.52	4.18	16.34	6.64	24.65 9	4.83	4.41	13.72	5.04	32.14 10	6.00	4.41	14.21	6.42	14.93 11	5.19	4.46	12.51	8.48	2.79 12	0.07	5.37	0.27	9.77	2.34 註1：給水包含家用及公共給水、工業用水(桃園大圳0.23cms)及其他用途(石門大圳0.07cms、桃園大圳0.07cms)。 註2：水力用水為24小時，配合桃園大圳及下游放水，豐水期可多發電；發電用水為桃園大圳及下游之水量加上水力用水(不重複)。  依現行水利法令，石門水庫水權水量常態性之調整時機建議應為於水權年限到期時，予以重新檢視蓄水調節可供應水量及供水對象條件是否產生變化。主管機關於水權水量核定時，必須通盤考量下述六項因素：1.事業所必需2.投資情形3.定案計畫每一標的之引用水量4.下游既得用水權益5.水源通常保持水量6.增闢水源。石門水庫水權水量調整前建議先進行1.按實際供配用水標的登記水權2.各用水標的分擔營運成本3. 提高水資源利用率4.全體權利人共同商訂用水契約。</abstract><author>淡江大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703965</governmentpublicationsnumber><identifier>60416</identifier><internationalstandardbooknumber>9789860170979 ; 9789860170</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60416</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫水權水量之分析及研究檢討＝Research on Water Rights Allocation in Shihmen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>合理規劃及調配管理各標的用水為今日水資源開發之重要課題。本計畫延續(96)年度「水資源計畫之劃與管理模式整合研究-以桃園地區為例(1/2)」成果，增添不同分析功能之模組，以架構完整的區水資源分析系統於同一分析平台，再於此一平台基礎上考慮其各自的分析要項，兼可供規劃或管理分析使用</abstract><author>財團法人成大研究發基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097005</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703394</governmentpublicationsnumber><identifier>60417</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60417</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源計畫之規劃與管理模式整合研究--以桃園地區為例(2/2)專題報告= Integration of Water Resources Allocation Models for Planning and Management - A Case Study on Taoyuan District, Taiwan(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫竣工至今已44年，由於社會發展結構改變，不僅其規劃功能及運用方式已有轉變，其籌款與還本方式亦未如預期按「石門水庫工程定案計畫報告」及「石門水庫償債計畫」內容執行，復以受水文情勢變化及水庫逐年淤積影響，其供水能力與運用方式有必要進行重新檢討，本計畫目的即為釐清其差異，同時研擬未來合理利用方式。 依據北區水資源局統計手冊、決算書等相關文獻，以石門水庫工程費決算結帳年（55年）為基準，及石門水庫各項貸款平均利率4.13%作為折現利率，相關財務分析項目計算結果如下： 石門水庫各功能目標預定與實際分擔情形 單位：萬元（55年幣值） 功能目標	灌溉	發電	給水	防洪	合計 預定	分擔者	受益農民	台灣省 政府	中央 政府	中央 政府	台灣省 政府	受益地 方政府	中央 政府	台灣省 政府	 		石門 水利會	桃園 水利會								 	分擔費用	31,264	44,306	75,570	101,556	3,529	3,529	7,058	17,164	34,328	318,305 	佔總費用比例	9.82%	13.92%	23.74%	31.91%	1.11%	1.11%	2.22%	5.39%	10.78%	100% 實際	分擔者	受益農民	政府	政府	政府	台灣 自來水公司	政府	合計 		石門水利會	桃園水利會						 	分擔費用	21,483	23,232	106,426	101,556	3,732	10,385	51,493	318,305 	佔總費用比例	6.75%	7.30%	33.44%	31.91%	1.17%	3.26%	16.18%	100%  各標的單位用水量之建設成本、營運支出與營運收入 單位：元(55年幣值)/噸 項目	灌溉用水	發電用水	給水 			公共給水	工業用水	其他用途 單位用水量預定分擔建設成本	0.0387	0.0222	0.0812	0.0000	0.0000 單位用水量實際分擔建設成本	0.0202	0.0234	0.0095	0.0000	0.0000 單位用水量應分擔營運支出	0.2239	0.0717	0.1866	0.2133	0.2009 單位用水量營運收入	0.0179	0.1378	0.2209	0.3250 單位用水量(營運收入-應分擔營運支出-實際分擔建設成本)	-0.2262	0.0427	0.0248	0.1117	0.1241  分析石門44年來流量變化，呈現極端事件加劇及流量時間分布改變（3至7月流量呈減少趨勢）現象，對第一期（2至5月）之供水確實造成影響，影響層面甚至擴及至第二期（6至9月）。在此流量變化下，以石門水庫目前之庫容、規線與運用方式分析，在缺水指數0.51（與定案時相同）下，蓄水調節可供應水量如下表。不同缺水指數下，可供應水量不同，主管機關應考量供水對象之缺水忍受度；惟分配水量越多，各用水標的應承受之缺水機率越高。  石門水庫目前蓄水調節可供應水量上限（以缺水指數=0.51分析） 單位：cms 月	石門大圳	桃園大圳及下游	水力用水 (不重複) 	灌溉	給水	灌溉	給水	 1	0.00	4.92	0.57	9.61	1.30 2	3.64	4.41	13.44	7.48	6.48 3	5.09	4.14	15.69	7.76	8.25 4	4.28	4.23	14.11	6.64	7.51 5	3.32	3.46	10.07	5.02	5.40 6	4.65	4.28	13.91	6.07	22.68 7	6.56	4.33	16.96	5.57	12.92 8	6.52	4.18	16.34	6.64	24.65 9	4.83	4.41	13.72	5.04	32.14 10	6.00	4.41	14.21	6.42	14.93 11	5.19	4.46	12.51	8.48	2.79 12	0.07	5.37	0.27	9.77	2.34 註1：給水包含家用及公共給水、工業用水(桃園大圳0.23cms)及其他用途(石門大圳0.07cms、桃園大圳0.07cms)。 註2：水力用水為24小時，配合桃園大圳及下游放水，豐水期可多發電；發電用水為桃園大圳及下游之水量加上水力用水(不重複)。  依現行水利法令，石門水庫水權水量常態性之調整時機建議應為於水權年限到期時，予以重新檢視蓄水調節可供應水量及供水對象條件是否產生變化。主管機關於水權水量核定時，必須通盤考量下述六項因素：1.事業所必需2.投資情形3.定案計畫每一標的之引用水量4.下游既得用水權益5.水源通常保持水量6.增闢水源。石門水庫水權水量調整前建議先進行1.按實際供配用水標的登記水權2.各用水標的分擔營運成本3. 提高水資源利用率4.全體權利人共同商訂用水契約。</abstract><author>淡江大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703965</governmentpublicationsnumber><identifier>60418</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60418</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫水權水量之分析及研究檢討－光碟版＝Research on Water Rights Allocation in Shihmen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>合理規劃及調配管理各標的用水為今日水資源開發之重要課題。本計畫延續(96)年度「水資源計畫之劃與管理模式整合研究-以桃園地區為例(1/2)」成果，增添不同分析功能之模組，以架構完整的區水資源分析系統於同一分析平台，再於此一平台基礎上考慮其各自的分析要項，兼可供規劃或管理分析使用</abstract><author>財團法人成大研究發基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097005</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703394</governmentpublicationsnumber><identifier>60419</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60419</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源計畫之規劃與管理模式整合研究--以桃園地區為例(2/2)專題報告(光碟版)= Integration of Water Resources Allocation Models for Planning and Management - A Case Study on Taoyuan District, Taiwan(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>合理規劃及調配管理各標的用水為今日水資源開發之重要課題。隨著系統日趨及多樣化水資源開發需納入某種程度的管理，提高利用效率以滿足新增需求；即運用有效率之分析模式協助現地即時水量分配管理，架構區域水資源系統於同平台，進行規劃或管理分析</abstract><author>財團法人成大研究發基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703395</governmentpublicationsnumber><identifier>60420</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60420</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源計畫之規劃與管理模式整合研究--以桃園地區為例總報告=Integration of Water Resources Allocation Models for Planning and Management - A Case Study on Taoyuan District, Taiwan Final Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>合理規劃及調配管理各標的用水為今日水資源開發之重要課題。隨著系統日趨及多樣化水資源開發需納入某種程度的管理，提高利用效率以滿足新增需求；即運用有效率之分析模式協助現地即時水量分配管理，架構區域水資源系統於同平台，進行規劃或管理分析</abstract><author>財團法人成大研究發基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009703395</governmentpublicationsnumber><identifier>60421</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60421</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水資源計畫之規劃與管理模式整合研究--以桃園地區為例總報告(光碟版)=Integration of Water Resources Allocation Models for Planning and Management - A Case Study on Taoyuan District, Taiwan Final Report</title><yearidentifier>200812</yearidentifier></data><data><abstract>近年來台灣北部地區每逢乾旱缺水，新竹科學園區之廠商就紛紛以槽車四處購水備用，部分廠商甚至因此已自行購買載水車應急。然而，台鹽實業股份有限公司（台鹽公司）位於苗栗沿海的通霄精鹽廠每天卻有5 萬公噸以上製鹽後所產生的半鹹水排放至台灣海峽。為了增加乾旱時期之緊急供水來源，水利署於本年（民國91 年）春天缺水期間即毅然決定規劃以淡化技術處理通霄精鹽廠之半鹹排放水產生淡水，作為以後乾旱缺水時可供應新竹科學園區之緊急備用水源之一。</abstract><author>經濟部水利署、能邦顧問公司</author><categoryidentifier>1103 235</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009102990</governmentpublicationsnumber><identifier>60424</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60424</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>台鹽通霄精鹽廠半鹹水淡化利用之規劃（光碟版）</title><yearidentifier>200209</yearidentifier></data><data><abstract>本計畫之目的乃在維護改善「水權管理支援系統」計畫的執行成果。並以科學管理、合理分配、修訂法令、教育宣導為主軸，建立統一水權核辦流程、建置水權管理支援系統及相關核辦之輔助規範與機制，提供水權核辦業務所需專業智能，並建立水權資訊管理現代化。工作項目共含（1）水權資料庫維護: 針對申請書、登記簿與履勘報告建立相關索引及各類水權資料庫問題資料之處理， (2）統計資料之圖表圖形化: 為登記件數及水量(噸／年或cms) 統計增加圖形化介面，並為年度水權異動比較清單增加圖形化介面， (3)配合水權業務需求修改及維護水權核辦相關系統: 包括加強帳號密碼登入機制、增加使用者角色、各違規取水案件文件更新與資料儲存、履勘報告增加查詢鑿井業者之功能、提供河川級別的資料、提供預查申請人與引水地點之功能、增加資料查詢帳戶、首頁修訂與檔案下載之功能、在引水位置查詢系統增加河川圖籍圖層等，（4）持續維護水質水量保護區檢核之各項功能（5）水權年報製作，（6）網頁版面美化: 含首頁、承辦人專區、承辦人專區選單等的重新編排，（7）用水範圍管理系統之建置: 包括Excel檔案上傳與匯入、資料編輯輸入和資料的檢核，（8）辦理水權系統教育訓練等八大項目，另外新增現場會勘的照片上傳及登入操作記錄與查詢兩大工作項目，各工作項目主要執行成果請參閱本報告之第三章及第四章章節。本文在第一章對計畫緣起及目的，概略的描述。第二章本案的計畫工作項目簡要說明。第三章針對工作方法及步驟詳細敘述。第四章說明計畫成果。第五章結論與建議，說明本系統維護與建置之主要成果，並提供後續維護更新參考及建議。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970287</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009704288</governmentpublicationsnumber><identifier>60449</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60449</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水權管理支援系統維護與建置＝Maintenance and Establishment of The Water Rights Support System</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之目的乃在維護改善「水權管理支援系統」計畫的執行成果。並以科學管理、合理分配、修訂法令、教育宣導為主軸，建立統一水權核辦流程、建置水權管理支援系統及相關核辦之輔助規範與機制，提供水權核辦業務所需專業智能，並建立水權資訊管理現代化。工作項目共含（1）水權資料庫維護: 針對申請書、登記簿與履勘報告建立相關索引及各類水權資料庫問題資料之處理， (2）統計資料之圖表圖形化: 為登記件數及水量(噸／年或cms) 統計增加圖形化介面，並為年度水權異動比較清單增加圖形化介面， (3)配合水權業務需求修改及維護水權核辦相關系統: 包括加強帳號密碼登入機制、增加使用者角色、各違規取水案件文件更新與資料儲存、履勘報告增加查詢鑿井業者之功能、提供河川級別的資料、提供預查申請人與引水地點之功能、增加資料查詢帳戶、首頁修訂與檔案下載之功能、在引水位置查詢系統增加河川圖籍圖層等，（4）持續維護水質水量保護區檢核之各項功能（5）水權年報製作，（6）網頁版面美化: 含首頁、承辦人專區、承辦人專區選單等的重新編排，（7）用水範圍管理系統之建置: 包括Excel檔案上傳與匯入、資料編輯輸入和資料的檢核，（8）辦理水權系統教育訓練等八大項目，另外新增現場會勘的照片上傳及登入操作記錄與查詢兩大工作項目，各工作項目主要執行成果請參閱本報告之第三章及第四章章節。本文在第一章對計畫緣起及目的，概略的描述。第二章本案的計畫工作項目簡要說明。第三章針對工作方法及步驟詳細敘述。第四章說明計畫成果。第五章結論與建議，說明本系統維護與建置之主要成果，並提供後續維護更新參考及建議。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970287</commissionedprojectidentifier><currency>NT$</currency><date>2009/2/27</date><governmentpublicationsnumber>1009704288</governmentpublicationsnumber><identifier>60450</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60450</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水權管理支援系統維護與建置(光碟版) ＝Maintenance and Establishment of The Water Rights Support System</title><yearidentifier>200812</yearidentifier></data><data><abstract>曾文水庫完工運轉已於26年，多年來均營運正常。惟因水庫下游河道部份疏洪能力不足，在溢洪道放水時，造成水庫管理單位之困擾，其解決之道當為辦理曾文溪下游整治，但因事涉下游民眾生命財產之安全，故辦理曾文水庫自由溢流式溢洪道可行性研究，以期減少水庫管理單位與下游居民之紛爭。</abstract><author>經濟部水利署南區水資源局</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/2</date><governmentpublicationsnumber>8934890205</governmentpublicationsnumber><identifier>60466</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60466</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利處南區水資源局</publisher><publishrocyear>89</publishrocyear><title>曾文水庫自由溢流式溢洪道可行性研究 (期中報告)</title><yearidentifier>200011</yearidentifier></data><data><abstract> </abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/2</date><governmentpublicationsnumber>1009703442</governmentpublicationsnumber><identifier>60504</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60504</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(2/3)成果資料(光碟版)=Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目。由於頭前溪流域及後龍溪流域前期受限於經費與人力，未能定期全面辦理大斷面測量，或僅局部進行測量，以致測量成果零散，於治理與管理分析應用上造成缺漏及不便。爰依經濟部水利署民國97年2月5日經文字第09716000730號函擬訂本次「後龍溪及頭前溪大斷面測量計畫」，測量工作期間自民國97年6月26日至民國97年12月15日。</abstract><author>永達測量有限公司</author><categoryidentifier>440.9319</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009703557</governmentpublicationsnumber><identifier>60533</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60533</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪及頭前溪大斷面測量計畫(頭前溪水系)附冊二斷面樁樁位指示圖</title><yearidentifier>200812</yearidentifier></data><data><abstract>依據水利署配合行政院核定「國土復育策略方案暨行動計畫」內所推動實施計畫，本計畫主要針對地層下陷潛能地區設置磁環分層式地層下陷監測井，藉以調查地層之壓縮機制，達到早期預警之效果。而監測井之構造係將磁性感應環預先錨定於地層不同深度，再利用無線電波感應偵測設備，量測每一感應環距地表之深度，並分析各層次之壓縮量，以瞭解各層次之沉陷情形。過去水利署已先後在發生地層下陷地區設置36口此類型之地層下陷監測井，其特點為可多層且有彈性的設定監測層次，且量測精度及穩定性高，耐用性良好，是目前最適用於監測分層地層下陷的儀器之一。 本計畫於彰化縣二林鎮及雲林縣崙背鄉、二崙鄉、大埤鄉、口湖-水林鄉等五鄉鎮分別建置1口300公尺深磁環分層式地層下陷監測井。同時針對監測井設置地點進行地表至深度100公尺鑽探取樣及室內土壤力學試驗，建立地層土壤力學參數，提供地層下陷相關研究參考。</abstract><author>工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960345</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009701708</governmentpublicationsnumber><identifier>60541</identifier><internationalstandardbooknumber>9789860146806 ; 9789860146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60541</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>96年度地層下陷分層監測站建立及試驗分析計畫  Installation of multi-layer land subsidence monitoring wells and data analysis of laboratory tests in 2007</title><yearidentifier>200806</yearidentifier></data><data><abstract>依據水利署配合行政院核定「國土復育策略方案暨行動計畫」內所推動實施計畫，本計畫主要針對地層下陷潛能地區設置磁環分層式地層下陷監測井，藉以調查地層之壓縮機制，達到早期預警之效果。而監測井之構造係將磁性感應環預先錨定於地層不同深度，再利用無線電波感應偵測設備，量測每一感應環距地表之深度，並分析各層次之壓縮量，以瞭解各層次之沉陷情形。過去水利署已先後在發生地層下陷地區設置36口此類型之地層下陷監測井，其特點為可多層且有彈性的設定監測層次，且量測精度及穩定性高，耐用性良好，是目前最適用於監測分層地層下陷的儀器之一。 本計畫於彰化縣二林鎮及雲林縣崙背鄉、二崙鄉、大埤鄉、口湖-水林鄉等五鄉鎮分別建置1口300公尺深磁環分層式地層下陷監測井。同時針對監測井設置地點進行地表至深度100公尺鑽探取樣及室內土壤力學試驗，建立地層土壤力學參數，提供地層下陷相關研究參考。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960345</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009701708</governmentpublicationsnumber><identifier>60542</identifier><internationalstandardbooknumber>9789860146806 ; 9789860146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60542</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>96年度地層下陷分層監測站建立及試驗分析計畫(光碟版)  Installation of multi-layer land subsidence monitoring wells and data analysis of laboratory tests in 2007</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫工作目標在整合現有監測方法及相關資料庫，援引遙測技術及地層下陷模擬分析程式，發展地層下陷潛勢警示模式。本計畫各主要工作內容如下： 一、資料蒐集整理及分析 蒐集更新地層下陷監測數據至2007年底，並分析地層下陷量於空間與時間序列之變化，供資訊平台、地陷潛勢、警示系統與衛星遙測影像分析等工作參照與率定比對使用。 二、運用衛星影像遙測技術建置地層下陷監測系統可行性之評估分析 持續分析台北、宜蘭、桃園、台中、彰化、雲林、嘉義、台南、高雄與屏東等地區，自1995年至2000年(ERS衛星影像共62幅)及2006年至2008年(ENVISAT衛星影像共40幅)期間之地表變形分布，其結果顯示與地面水準點高程檢測所獲致地層下陷量趨勢一致，惟地面植被密度高之地區，及空中水氣含量大之雨季期間，無法獲得較為可靠之地面變形量。此外，ENVISAT在彰化縣西港國小、雲林虎尾高鐵特定區、78號與高鐵交叉段附近與嘉義布袋國小等四處人工角反射器架設前後，並無法明顯辨認其位置與訊號，因此亦無法確定角反射器的訊號品質與其穩定度可信度。另由1996年至2000年間所接收的33張雷達影像，以永久散射體雷達干涉技術(PS-InSAR)分析彰化溪湖、雲林元內陸、台南台地及永康工業區之地層下陷變化；其中以雲林內陸下陷趨勢與水準點檢測較為吻合，顯示PS-InSAR技術較能有效的反應雲林地區地層下陷點狀及面狀的資訊。 三、地層下陷潛勢分析與警示模式規劃 地層下陷潛勢分析工作採用Terzaghi單向度壓密理論建立適應性之地層下陷壓密量化分析模式(LSUB-1)結合參數優選模式，運用現地水文地質分層概念、地下水觀測井、地層下陷分層監測井，建置模式分析架構。本年度除改進單點之土壤壓縮參數外，亦利用模式推衍彰化與雲林地區1996年至2006年之地層下陷分布。主要係依據地下水水位實測資料與水文地質架構概況，採用空間內插模式，計算各計算分層之黏土層厚度與其對應之地下水水位變化歷線，並進一步配合優選模式，以獲取各計算分層之相關壓密參數，建立模式所需之參數資料庫，最後再以LSUB-1模式，計算彰化雲林地區因土體有效應力增加所產生之壓密量。分析結果顯示，彰化地區1992年至2006年間之累積下陷量在30公分以上之區域，涵蓋大城、芳苑、二林、竹塘、埔鹽、溪湖及埤頭等鄉鎮，其中主要下陷中心為大城鄉，而LSUB-1模式計算彰化地區1997年至2006年間之黏土層及黏土夾層之累積下陷量在30公分以上之區域，除涵蓋大城、芳苑、二林、竹塘、埔鹽、溪湖及埤頭等鄉鎮外，另於較內陸之田尾鄉形成一較大之地層下陷洩降錐。然模擬雲林地區1992年至2006年間之累積下陷量時，則無法顯示出內陸元長及土庫地區地層下陷洩降錐現象，其因在於本工作以擬合地層下陷分層監測井之實測資料，以優選相關地陷參數值，惟分層監測井之深度僅至地表下300公尺，經與水準點檢測資料比對顯示本區域應有較深層之地層下陷量，因而產生較大之模擬誤差。此外對於多指標預警評價而言，經採專家問卷分析結果，仍以地層下陷與地下水位權重為主，地質條件次之。其中風險要素之整體權重，以水準點高程檢測相對權重最大，次為地層下陷監測井分層壓縮量與粘土夾層厚度比例，及衛星遙測等。 四、資料庫規劃整合及展示系統建置 本項工作利用水利署已建置之水文資料庫、地層下陷監測網數據，結合本計畫所建構之地層下陷潛勢分析與警示系統，依調查方法及資料產生頻率、數量等條件，配合管理單位業務需求，開發完成資料檢索及傳輸介面；並利用相同資料庫內容，同時建構以FEWS-Taiwan為架構之資訊展示平台，以及以ARCIMS為平台之Web展示系統，以更完整地提供地層下陷防治業務單位相關檢測及模擬預警資訊綜合查詢功能。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960346</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009703926</governmentpublicationsnumber><identifier>60550</identifier><internationalstandardbooknumber>9789860170665 ; 9789860170</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60550</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地層下陷潛勢分析與警示計畫(2/2)  Land Subsidence Potential Analysis and Warning System Development (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫工作目標在整合現有監測方法及相關資料庫，援引遙測技術及地層下陷模擬分析程式，發展地層下陷潛勢警示模式。本計畫各主要工作內容如下： 一、資料蒐集整理及分析 蒐集更新地層下陷監測數據至2007年底，並分析地層下陷量於空間與時間序列之變化，供資訊平台、地陷潛勢、警示系統與衛星遙測影像分析等工作參照與率定比對使用。 二、運用衛星影像遙測技術建置地層下陷監測系統可行性之評估分析 持續分析台北、宜蘭、桃園、台中、彰化、雲林、嘉義、台南、高雄與屏東等地區，自1995年至2000年(ERS衛星影像共62幅)及2006年至2008年(ENVISAT衛星影像共40幅)期間之地表變形分布，其結果顯示與地面水準點高程檢測所獲致地層下陷量趨勢一致，惟地面植被密度高之地區，及空中水氣含量大之雨季期間，無法獲得較為可靠之地面變形量。此外，ENVISAT在彰化縣西港國小、雲林虎尾高鐵特定區、78號與高鐵交叉段附近與嘉義布袋國小等四處人工角反射器架設前後，並無法明顯辨認其位置與訊號，因此亦無法確定角反射器的訊號品質與其穩定度可信度。另由1996年至2000年間所接收的33張雷達影像，以永久散射體雷達干涉技術(PS-InSAR)分析彰化溪湖、雲林元內陸、台南台地及永康工業區之地層下陷變化；其中以雲林內陸下陷趨勢與水準點檢測較為吻合，顯示PS-InSAR技術較能有效的反應雲林地區地層下陷點狀及面狀的資訊。 三、地層下陷潛勢分析與警示模式規劃 地層下陷潛勢分析工作採用Terzaghi單向度壓密理論建立適應性之地層下陷壓密量化分析模式(LSUB-1)結合參數優選模式，運用現地水文地質分層概念、地下水觀測井、地層下陷分層監測井，建置模式分析架構。本年度除改進單點之土壤壓縮參數外，亦利用模式推衍彰化與雲林地區1996年至2006年之地層下陷分布。主要係依據地下水水位實測資料與水文地質架構概況，採用空間內插模式，計算各計算分層之黏土層厚度與其對應之地下水水位變化歷線，並進一步配合優選模式，以獲取各計算分層之相關壓密參數，建立模式所需之參數資料庫，最後再以LSUB-1模式，計算彰化雲林地區因土體有效應力增加所產生之壓密量。分析結果顯示，彰化地區1992年至2006年間之累積下陷量在30公分以上之區域，涵蓋大城、芳苑、二林、竹塘、埔鹽、溪湖及埤頭等鄉鎮，其中主要下陷中心為大城鄉，而LSUB-1模式計算彰化地區1997年至2006年間之黏土層及黏土夾層之累積下陷量在30公分以上之區域，除涵蓋大城、芳苑、二林、竹塘、埔鹽、溪湖及埤頭等鄉鎮外，另於較內陸之田尾鄉形成一較大之地層下陷洩降錐。然模擬雲林地區1992年至2006年間之累積下陷量時，則無法顯示出內陸元長及土庫地區地層下陷洩降錐現象，其因在於本工作以擬合地層下陷分層監測井之實測資料，以優選相關地陷參數值，惟分層監測井之深度僅至地表下300公尺，經與水準點檢測資料比對顯示本區域應有較深層之地層下陷量，因而產生較大之模擬誤差。此外對於多指標預警評價而言，經採專家問卷分析結果，仍以地層下陷與地下水位權重為主，地質條件次之。其中風險要素之整體權重，以水準點高程檢測相對權重最大，次為地層下陷監測井分層壓縮量與粘土夾層厚度比例，及衛星遙測等。 四、資料庫規劃整合及展示系統建置 本項工作利用水利署已建置之水文資料庫、地層下陷監測網數據，結合本計畫所建構之地層下陷潛勢分析與警示系統，依調查方法及資料產生頻率、數量等條件，配合管理單位業務需求，開發完成資料檢索及傳輸介面；並利用相同資料庫內容，同時建構以FEWS-Taiwan為架構之資訊展示平台，以及以ARCIMS為平台之Web展示系統，以更完整地提供地層下陷防治業務單位相關檢測及模擬預警資訊綜合查詢功能。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960346</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009703926</governmentpublicationsnumber><identifier>60551</identifier><internationalstandardbooknumber>9789860170665 ; 9789860170</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60551</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地層下陷潛勢分析與警示計畫(2/2)－光碟版  Land Subsidence Potential Analysis and Warning System Development (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫係配合「第二期地層下陷防治執行方案」(以下簡稱二期方案)之執行，透過教育宣導方式，提高地層下陷議題能見度，促使國人關切地層下陷所引致之國土災害，進而支持政府各項防治作為之推動；同時安排專業訓練培訓課程，強化中央或地方防治業務執行人員之專業智能，俾使防治工作執行效率提升，另藉由國中小學教師之培訓，完成防治觀念向下紮根之目標。過去在經濟部水利署統籌規劃下，針對各式族群逐年完成諸多宣導作為，包括各式競賽辦理、網站製作管理、宣導品製作、宣導影帶拍攝、成立雲林縣志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源及相關專業培訓課程等等；本年度係二期方案執行期程最後一年(90至97年)，除定常性教育訓練工作外，並藉由大型運動活動辦理、紀錄片拍攝等工作，將全民目光聚焦防治議題。另外，「防治地層下陷教育中心」於96年動工建置，已於本年初完成施工，本計畫規劃辦理落成典禮、設計教育中心專屬摺頁及安排國中小學進行教學參觀、期能突顯教育中心建置效益。同時加強與地方團體之結合，裨益擴大防治工作規模。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970005</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009704264</governmentpublicationsnumber><identifier>60553</identifier><internationalstandardbooknumber>9789860173406 ; 9789860173</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60553</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度地層下陷防治教育訓練及宣導  The Education Training nad Propaganda for Land Subsidence Prevention Affairs</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫係配合「第二期地層下陷防治執行方案」(以下簡稱二期方案)之執行，透過教育宣導方式，提高地層下陷議題能見度，促使國人關切地層下陷所引致之國土災害，進而支持政府各項防治作為之推動；同時安排專業訓練培訓課程，強化中央或地方防治業務執行人員之專業智能，俾使防治工作執行效率提升，另藉由國中小學教師之培訓，完成防治觀念向下紮根之目標。過去在經濟部水利署統籌規劃下，針對各式族群逐年完成諸多宣導作為，包括各式競賽辦理、網站製作管理、宣導品製作、宣導影帶拍攝、成立雲林縣志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源及相關專業培訓課程等等；本年度係二期方案執行期程最後一年(90至97年)，除定常性教育訓練工作外，並藉由大型運動活動辦理、紀錄片拍攝等工作，將全民目光聚焦防治議題。另外，「防治地層下陷教育中心」於96年動工建置，已於本年初完成施工，本計畫規劃辦理落成典禮、設計教育中心專屬摺頁及安排國中小學進行教學參觀、期能突顯教育中心建置效益。同時加強與地方團體之結合，裨益擴大防治工作規模。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970005</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009704264</governmentpublicationsnumber><identifier>60554</identifier><internationalstandardbooknumber>9789860173406 ; 9789860173</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60554</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度地層下陷防治教育訓練及宣導－光碟版  The Education Training nad Propaganda for Land Subsidence Prevention Affairs</title><yearidentifier>200812</yearidentifier></data><data><abstract>「花蓮縣管區排聯合排水系統規劃」屬「易淹水地區水患治理計畫第1階段實施計畫」。規劃範圍包括聯合排水、濱海排水、三支排水。水文分析以民國41年到95年之降雨資料，採用對數皮爾遜三型進行暴雨頻率分析，10年重現期1日暴雨量為349mm，25年重現期1日暴雨量為398mm。洪水量經以修正三角形單位歷線推求結果，聯合排水出口處10年重現期洪峰流量為127cms，25年重現期洪峰流量為162cms。本計畫以綜合治水方式改善，可達到各渠段通過10年重現期洪峰流量，25年重現期洪峰流量不溢堤之目標，工程措施主要以高低地分治為原則，考量排水路坡度修整、跨渠構造物改建、排水路拓寬、滯洪、分流、截流等改善措施，無法以重力方式排除內水之低地則考量興建抽水站。環境營造依水路周邊環境現況，將聯合排水系統分為農田體驗區(三支排水)、鄉村休閒區(聯合排水)及海岸遊憩區(濱海排水)等三個區段，進行整體規劃。排水改善整治建議分為三個階段執行，第一階段共分4期工程，優先改善聯合排水系統中游段以及社區排水沿線淹水問題，工程內容包含聯合排水南海一街全段排水路整治、社區排水截流箱涵、濱海排水南海四街下游段全段配合改善工程以及沿線各跨渠構造物改善工程；另東西向道路箱涵延伸工程亦於本階段執行，以舒緩三支排水之負擔。第二階段亦分為4期工程，擬改善三支排水全段淹水問題，包含鐵路箱涵改建、全段排水路整治工程、中游分流工程、下游背水堤工程以及榮光社區抽水站之設置等。第三階段則分為3期工程，以改善濱海支線及廣賢路沿線淹水問題，工程內容包含濱海支線上游段排水路整治工程、廣賢路截流箱涵以及聯合排水中上游滯洪池工程。本計畫各工程類別依其權責分工後，中央權責機關包含經濟部水利署、內政部營建署及行政院農委會。而工程執行機關則包含水利署第九河川局、花蓮縣政府、內政部營建署下水道工程處、交通部公路總局及花蓮農田水利會等相關單位。至於後續管理維護權責則依照水患治理特別條例、水利法、排水管理辦法等相關規定，劃分權責據以辦理。本計畫除濱海排水外，部分渠段需要都市計畫配合變更，建議由吉安鄉公所辦理變更，部分橋樑改善因涉及不同領域工程專業性，建議委由公路、鐵路主管機關代為辦理，此外花蓮縣政府及花蓮農田水利會，應於期限內完成接管，並逐年編列維護管理預算妥善維護管理。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095b0809200200</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009604426</governmentpublicationsnumber><identifier>60555</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60555</librarycollectiondetailsurl><price>1200</price><publisher>水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫「花蓮縣管區排聯 合排水系統規劃」正式成果報告書(光碟版) ＝The 1st stage implementation plan of 「regulation project of flood-prone areas」：the improvement plan of lian-her drainage system in Hualien County</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計畫係配合「第二期地層下陷防治執行方案」(以下簡稱二期方案)之執行，透過教育宣導方式，提高地層下陷議題能見度，促使國人關切地層下陷所引致之國土災害，進而支持政府各項防治作為之推動；同時安排專業訓練培訓課程，強化中央或地方防治業務執行人員之專業智能，俾使防治工作執行效率提升，另藉由國中小學教師之培訓，完成防治觀念向下紮根之目標。過去在經濟部水利署統籌規劃下，針對各式族群逐年完成諸多宣導作為，包括各式競賽辦理、網站製作管理、宣導品製作、宣導影帶拍攝、成立雲林縣志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源及相關專業培訓課程等等；本年度係二期方案執行期程最後一年(90至97年)，除定常性教育訓練工作外，並藉由大型運動活動辦理、紀錄片拍攝等工作，將全民目光聚焦防治議題。另外，「防治地層下陷教育中心」於96年動工建置，已於本年初完成施工，本計畫規劃辦理落成典禮、設計教育中心專屬摺頁及安排國中小學進行教學參觀、期能突顯教育中心建置效益。同時加強與地方團體之結合，裨益擴大防治工作規模。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970005</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009704264</governmentpublicationsnumber><identifier>60556</identifier><internationalstandardbooknumber>9789860173406 ; 9789860173</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60556</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度地層下陷防治教育訓練及宣導附件集  The Education Training nad Propaganda for Land Subsidence Prevention Affairs</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作內容如下： (一) 地層下陷區水準網檢測 本計畫實施水準檢測的區域為台北(65公里)、彰化(380公里)及雲林(450公里)等地區共895公里。 (二) 地陷監測井及GPS固定站之維護與觀測 針對彰化與雲林地區已施設完成之26口磁環分層式地層下陷監測井（地陷監測井）與8個GPS固定站進行維護管理、觀測及分析。 (三) 施測區域之資料整合分析 整合水準測量、地陷監測井與GPS固定站之監測資料，及其他機構(如台灣高鐵公司)之相關調查資料，並運用相關分析與模擬技術，進行下陷區之下陷機制分析，及提出概念性防治建議，以提供水利署針對地層下陷防治策略之參考。 (四) 地層下陷資料庫與查詢系統之資料更新與維護 本年度持續進行台灣地區地層下陷資料庫內容之更新及網路系統之維護。 本計畫共計進行台北、彰化及雲林等三區水準測量，並定期進行磁環分層式地層下陷監測井的觀測與分析，茲將成果說明如下： (1) 水準檢測成果 完成台北地區(65公里)、彰化地區(380公里)及雲林地區(450公里)等三區水準測量，本年度水準檢測總里程數為895公里，現場驗收精度均符合3mm 之合約要求。水準檢測成果說明如下： (a) 依據97年度台北地區主幹線測量結果分析顯示，主幹線上之水準樁高程變化量都在±1公分（誤差範圍）以內，因此研判97年度主幹線範圍內並無顯著下陷。 (b) 彰化地區下陷速率超過3公分/年以上的鄉鎮包含有：溪湖鎮、二林鎮、芳苑鄉、大城鄉、竹塘鄉、埤頭鄉與溪洲鄉等七個鄉鎮，最大年下陷速率達6.4公分/年，持續下陷面積約達214平方公里。比較民國96至97年與民國95至96年(8.4公分/年)之最大下陷速率顯示，97年度彰化地區下陷速率呈現減緩趨勢。 (c) 雲林地區下陷速率超過3公分/年以上的鄉鎮包含有：二崙鄉、虎尾鎮、土庫鎮、元長鄉、褒忠鄉、崙背鄉、東勢鄉、麥寮鄉、台西鄉、四湖鄉、口湖鄉、水林鄉、大埤鄉、斗南鎮與北港鎮等15個鄉鎮，最大年下陷速率達7.1公分/年，持續下陷面積約達581平方公里。比較民國96至97年與民國95至96年(8.4公分/年)之最大下陷速率顯示，97年度雲林地區下陷速率呈現減緩趨勢。 (2) 地陷監測井及GPS固定站監測成果 (a) 根據濁水溪沖積扇地陷監測井分層壓縮速率分析結果顯示，彰化地區含水層4幾乎沒有壓縮，最大單位厚度地層壓縮速率主要發生在含水層2（約深度50至180公尺）或含水層3（約深度160至280公尺）；而雲林地區的最大單位厚度地層壓縮速率發生在含水層3（約深度150至270公尺）或含水層4（深度250公尺以下），其中扇央地區以含水層4為主。 (b) 水利署所屬8個GPS固定站，分別位於彰化西港國小及湖南國小、雲林新興國小、土庫國中、林內國中、客厝國小及光復國小、嘉義布袋國小，均具有即時監測之功能，根據監測資料(至民國97年9月)顯示，8站GPS固定站MP1與MP2值均小於1，顯示訊號品質穩定正常。 (3) 施測區域之資料整合分析 (a) 依據彰化地區的監測成果，磁環分層式地層下陷監測井的地層壓縮量與水準檢測之下陷量約略相符，表示彰化地區地層壓縮在地下300公尺範圍內；而雲林內陸地區之土庫國中與客厝國小的水準測量與GPS測量之監測數據皆明顯高過於磁環分層式地層下陷監測井所量測之數據，顯示該地區在300公尺以下仍有產生壓縮。 (b) 水利署已針對沿線3公里範圍之大部分公有水井進行分期封填或停用(期程為民國94至97年)，民國94年至今，深層地層壓縮有明顯減緩之跡象。 (4) 地層下陷資料庫與查詢系統之資料更新與維護 本計畫基於網路之方便性建置一個地陷資料管理查詢系統，以發揮資料快速應用之功能。該系統於90年度建置完成，92年度將網站資料庫由Access更換為SQL Server，使得整體的查詢效率提升，供一般民眾瀏覽，但若欲查詢基本資料，則需經水利署同意給予密碼後在權限內查詢，網址為www.subsidence.org.tw。本系統目前更新頻率為每月一次，更新項目有地陷相關新聞、地陷相關研討會或講習之最新消息、成果圖資等，其中水準測量成果及地層下陷監測之圖資資料已更新至民國96年度，同時本年度亦針對網站及網頁的維護及美工等工作進行改善。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970006</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009703930</governmentpublicationsnumber><identifier>60558</identifier><internationalstandardbooknumber>9789860168952 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60558</librarycollectiondetailsurl><price>2800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>台北盆地、彰化與雲林地區地層下陷水準檢測及其相關分析計畫(光碟版)  Leveling Survey and Relevant Analysis to Land Subsidence in Taipei basin, Changhua and Yunlin Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作內容如下： (一) 地層下陷區水準網檢測 本計畫實施水準檢測的區域為台北(65公里)、彰化(380公里)及雲林(450公里)等地區共895公里。 (二) 地陷監測井及GPS固定站之維護與觀測 針對彰化與雲林地區已施設完成之26口磁環分層式地層下陷監測井（地陷監測井）與8個GPS固定站進行維護管理、觀測及分析。 (三) 施測區域之資料整合分析 整合水準測量、地陷監測井與GPS固定站之監測資料，及其他機構(如台灣高鐵公司)之相關調查資料，並運用相關分析與模擬技術，進行下陷區之下陷機制分析，及提出概念性防治建議，以提供水利署針對地層下陷防治策略之參考。 (四) 地層下陷資料庫與查詢系統之資料更新與維護 本年度持續進行台灣地區地層下陷資料庫內容之更新及網路系統之維護。 本計畫共計進行台北、彰化及雲林等三區水準測量，並定期進行磁環分層式地層下陷監測井的觀測與分析，茲將成果說明如下： (1) 水準檢測成果 完成台北地區(65公里)、彰化地區(380公里)及雲林地區(450公里)等三區水準測量，本年度水準檢測總里程數為895公里，現場驗收精度均符合3mm 之合約要求。水準檢測成果說明如下： (a) 依據97年度台北地區主幹線測量結果分析顯示，主幹線上之水準樁高程變化量都在±1公分（誤差範圍）以內，因此研判97年度主幹線範圍內並無顯著下陷。 (b) 彰化地區下陷速率超過3公分/年以上的鄉鎮包含有：溪湖鎮、二林鎮、芳苑鄉、大城鄉、竹塘鄉、埤頭鄉與溪洲鄉等七個鄉鎮，最大年下陷速率達6.4公分/年，持續下陷面積約達214平方公里。比較民國96至97年與民國95至96年(8.4公分/年)之最大下陷速率顯示，97年度彰化地區下陷速率呈現減緩趨勢。 (c) 雲林地區下陷速率超過3公分/年以上的鄉鎮包含有：二崙鄉、虎尾鎮、土庫鎮、元長鄉、褒忠鄉、崙背鄉、東勢鄉、麥寮鄉、台西鄉、四湖鄉、口湖鄉、水林鄉、大埤鄉、斗南鎮與北港鎮等15個鄉鎮，最大年下陷速率達7.1公分/年，持續下陷面積約達581平方公里。比較民國96至97年與民國95至96年(8.4公分/年)之最大下陷速率顯示，97年度雲林地區下陷速率呈現減緩趨勢。 (2) 地陷監測井及GPS固定站監測成果 (a) 根據濁水溪沖積扇地陷監測井分層壓縮速率分析結果顯示，彰化地區含水層4幾乎沒有壓縮，最大單位厚度地層壓縮速率主要發生在含水層2（約深度50至180公尺）或含水層3（約深度160至280公尺）；而雲林地區的最大單位厚度地層壓縮速率發生在含水層3（約深度150至270公尺）或含水層4（深度250公尺以下），其中扇央地區以含水層4為主。 (b) 水利署所屬8個GPS固定站，分別位於彰化西港國小及湖南國小、雲林新興國小、土庫國中、林內國中、客厝國小及光復國小、嘉義布袋國小，均具有即時監測之功能，根據監測資料(至民國97年9月)顯示，8站GPS固定站MP1與MP2值均小於1，顯示訊號品質穩定正常。 (3) 施測區域之資料整合分析 (a) 依據彰化地區的監測成果，磁環分層式地層下陷監測井的地層壓縮量與水準檢測之下陷量約略相符，表示彰化地區地層壓縮在地下300公尺範圍內；而雲林內陸地區之土庫國中與客厝國小的水準測量與GPS測量之監測數據皆明顯高過於磁環分層式地層下陷監測井所量測之數據，顯示該地區在300公尺以下仍有產生壓縮。 (b) 水利署已針對沿線3公里範圍之大部分公有水井進行分期封填或停用(期程為民國94至97年)，民國94年至今，深層地層壓縮有明顯減緩之跡象。 (4) 地層下陷資料庫與查詢系統之資料更新與維護 本計畫基於網路之方便性建置一個地陷資料管理查詢系統，以發揮資料快速應用之功能。該系統於90年度建置完成，92年度將網站資料庫由Access更換為SQL Server，使得整體的查詢效率提升，供一般民眾瀏覽，但若欲查詢基本資料，則需經水利署同意給予密碼後在權限內查詢，網址為www.subsidence.org.tw。本系統目前更新頻率為每月一次，更新項目有地陷相關新聞、地陷相關研討會或講習之最新消息、成果圖資等，其中水準測量成果及地層下陷監測之圖資資料已更新至民國96年度，同時本年度亦針對網站及網頁的維護及美工等工作進行改善。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970006</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/3</date><governmentpublicationsnumber>1009703930</governmentpublicationsnumber><identifier>60559</identifier><internationalstandardbooknumber>9789860168952 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60559</librarycollectiondetailsurl><price>2800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>台北盆地、彰化與雲林地區地層下陷水準檢測及其相關分析計畫  Leveling Survey and Relevant Analysis to Land Subsidence in Taipei basin, Changhua and Yunlin Area</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要區分三大主題，首先針對深層海水資源國內外專利與產業進行技術鑑別，並提供專利地圖分析。在生物科技結合區域產業發展可行性方面，針對低溫藻類資源進行資訊收集，結合東部學研機構之技術支援能力進行調查分析，最後提供發展方向建議。最後針對藻類產品設計、成份鑑定分析與環境荷爾蒙進行實際案例分析。 在深層海水國內外專利與技術鑑別分析方面，研究顯示美國、日本、韓國與台灣在深層海水之專利技術發展上，依國際分類結果顯示其朝向機械工程與人類生活必需的方向發展，日本、韓國主要發展朝向人類生活必需分類，而美國則朝向機械工程分類，尤以能源工程為主，台灣發展則較為平均。在研究能力評估方面，美國與日本在產業自行研發能量上佔有優勢，台灣則以研究機構佔有研發能力優勢。生物科技結合區域產業發展可行性評估顯示，以目前台灣的各項條件對開發低溫藻類養殖有其困難度，研究建議朝向高密度室內培養藻類種苗或發展生產提供潔淨的水產餌料技術。在東部地區學研機構的調查分析方面，東部各縣之學研單位在食品、生技及養殖方面可充分提供研發資源，未來建議地方政府透過相關產學合作來進行推廣。最後，在以深層海水飼育之藻類進行藻膠提鍊與分析案例中，證實其產品具有潔淨的特性。最後，再結合訪談目前台灣指標藻類生技企業並歸納其對深層海水資源發展的意見，建議深層海水資源未來可加強結合醫學材料領域(如敷料產品)發展，亦可為深層海水週邊產品帶來高經濟價值之利基。</abstract><author>財團法人石材暨資源產業研究發展中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970075</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009704209</governmentpublicationsnumber><identifier>60568</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60568</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>深層海水多目標應用技術開發之研究與規劃＝Study on multi-objective technology planning for deep sea water resources</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要區分三大主題，首先針對深層海水資源國內外專利與產業進行技術鑑別，並提供專利地圖分析。在生物科技結合區域產業發展可行性方面，針對低溫藻類資源進行資訊收集，結合東部學研機構之技術支援能力進行調查分析，最後提供發展方向建議。最後針對藻類產品設計、成份鑑定分析與環境荷爾蒙進行實際案例分析。 在深層海水國內外專利與技術鑑別分析方面，研究顯示美國、日本、韓國與台灣在深層海水之專利技術發展上，依國際分類結果顯示其朝向機械工程與人類生活必需的方向發展，日本、韓國主要發展朝向人類生活必需分類，而美國則朝向機械工程分類，尤以能源工程為主，台灣發展則較為平均。在研究能力評估方面，美國與日本在產業自行研發能量上佔有優勢，台灣則以研究機構佔有研發能力優勢。生物科技結合區域產業發展可行性評估顯示，以目前台灣的各項條件對開發低溫藻類養殖有其困難度，研究建議朝向高密度室內培養藻類種苗或發展生產提供潔淨的水產餌料技術。在東部地區學研機構的調查分析方面，東部各縣之學研單位在食品、生技及養殖方面可充分提供研發資源，未來建議地方政府透過相關產學合作來進行推廣。最後，在以深層海水飼育之藻類進行藻膠提鍊與分析案例中，證實其產品具有潔淨的特性。最後，再結合訪談目前台灣指標藻類生技企業並歸納其對深層海水資源發展的意見，建議深層海水資源未來可加強結合醫學材料領域(如敷料產品)發展，亦可為深層海水週邊產品帶來高經濟價值之利基。</abstract><author>財團法人石材暨資源產業研究發展中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970075</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009704209</governmentpublicationsnumber><identifier>60569</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60569</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>深層海水多目標應用技術開發之研究與規劃－光碟版＝Study on multi-objective technology planning for deep sea water resources</title><yearidentifier>200812</yearidentifier></data><data><abstract>水資源資料的長期收集有助於研訂相關用水政策，本計畫即延續貴暑94年「河川流量與水質檢驗整合性評估」計畫之資料，使水質檢測資料具持續性不致中斷，並藉由長期現地調查與歷史資料整合分析，已建立水資源流量及水質相關性，提供水資源調配及河川環境整體規劃之參考。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950161</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009604117</governmentpublicationsnumber><identifier>60570</identifier><internationalstandardbooknumber>9789860124897 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60570</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文站水質評估與分析  Estimating and Analyzing of Water Quality in Hydrology Station</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源資料的長期收集有助於研訂相關用水政策，本計畫即延續貴暑94年「河川流量與水質檢驗整合性評估」計畫之資料，使水質檢測資料具持續性不致中斷，並藉由長期現地調查與歷史資料整合分析，已建立水資源流量及水質相關性，提供水資源調配及河川環境整體規劃之參考。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950161</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009604117</governmentpublicationsnumber><identifier>60571</identifier><internationalstandardbooknumber>9789860124897 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60571</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文站水質評估與分析－光碟版  Estimating and Analyzing of Water Quality in Hydrology Station</title><yearidentifier>200712</yearidentifier></data><data><abstract>水資源資料的長期收集有助於研訂相關用水政策，本計畫即延續貴暑94年「河川流量與水質檢驗整合性評估」計畫之資料，使水質檢測資料具持續性不致中斷，並藉由長期現地調查與歷史資料整合分析，已建立水資源流量及水質相關性，提供水資源調配及河川環境整體規劃之參考。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950161</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009604396</governmentpublicationsnumber><identifier>60572</identifier><internationalstandardbooknumber>9789860124897 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60572</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文站水質評估與分析附錄  Estimating and Analyzing of Water Quality in Hydrology Station</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫標的為配合高?溪整治綱要計畫之延續，擬於高屏溪攔河堰上游之旗山、美濃及六龜等計畫範圍地區，進行民生污水水質淨化處理。計畫根據歷年水質檢測數據及本計畫高屏溪攔河堰上游水質水文調查成果進行流域污染特性判斷，並蒐集高屏溪攔河堰上游歷年來相關水質整治工程計畫及污水下水道系統規劃執行成果，以作為整體評估流域污染改善策略之參考。復依該地區環境背景資料評估擇定適當地點設置水質淨化處理設施可行性，並綜合規劃設計簡易式小型污水處理或人工濕地淨化設施，以評估瞭解淨化處理之成效，期能提升高屏溪上游河川水質，逐步達到最終甲類水體之目標。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960238</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009704007</governmentpublicationsnumber><identifier>60574</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60574</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第七河川局、高屏溪流域管理委員會</publisher><publishrocyear>97</publishrocyear><title>大高雄水源(高屏溪攔河堰上游)水質改善計畫＝The Plan of Water Quality Improvement in Kaohsiung Area-Upstream of Kaoping Weir</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫標的為配合高?溪整治綱要計畫之延續，擬於高屏溪攔河堰上游之旗山、美濃及六龜等計畫範圍地區，進行民生污水水質淨化處理。計畫根據歷年水質檢測數據及本計畫高屏溪攔河堰上游水質水文調查成果進行流域污染特性判斷，並蒐集高屏溪攔河堰上游歷年來相關水質整治工程計畫及污水下水道系統規劃執行成果，以作為整體評估流域污染改善策略之參考。復依該地區環境背景資料評估擇定適當地點設置水質淨化處理設施可行性，並綜合規劃設計簡易式小型污水處理或人工濕地淨化設施，以評估瞭解淨化處理之成效，期能提升高屏溪上游河川水質，逐步達到最終甲類水體之目標。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960238</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009704007</governmentpublicationsnumber><identifier>60575</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60575</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第七河川局、高屏溪流域管理委員會</publisher><publishrocyear>97</publishrocyear><title>大高雄水源(高屏溪攔河堰上游)水質改善計畫－光碟版＝The Plan of Water Quality Improvement in Kaohsiung Area-Upstream of Kaoping Weir</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，因此當前之水資源開發政策轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，受理機關得針對原核定計畫用水量或節約用水相關承諾事項進行查核，督導追蹤開發單位之用水及節水現況。爰此，本計畫將針對96年度為止之已核定用水計畫書案件進行普查、分析及統計，以有效掌握區域水源開發與調控，達到水資源有效利用之目的 同時因應產業用水技術改進、節約用水措施的落實、回收率之提昇及產業次世代新產品開發製程技術更替等影響因素，都會造成用水需求量的改變，因此，對於重要產業用水量都需要適時的調整與更新才屬合理，因此本計畫亦將針對重要產業進行合理用水量及回收率(含廢水回收率)之檢討評估作業，期藉由合理用水量與回收率之訂定，適時提供予審查單位用水審查之參考，進而促進國家整體水資源之有效利用。</abstract><author>京華工程顧問服份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970083</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009703856</governmentpublicationsnumber><identifier>60577</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60577</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>用水計畫書查核服務及廢水回收率之檢討評估計畫＝Study for checking the ratified water use prospectus and estimated the waste water recycle rate</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，因此當前之水資源開發政策轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，受理機關得針對原核定計畫用水量或節約用水相關承諾事項進行查核，督導追蹤開發單位之用水及節水現況。爰此，本計畫將針對96年度為止之已核定用水計畫書案件進行普查、分析及統計，以有效掌握區域水源開發與調控，達到水資源有效利用之目的 同時因應產業用水技術改進、節約用水措施的落實、回收率之提昇及產業次世代新產品開發製程技術更替等影響因素，都會造成用水需求量的改變，因此，對於重要產業用水量都需要適時的調整與更新才屬合理，因此本計畫亦將針對重要產業進行合理用水量及回收率(含廢水回收率)之檢討評估作業，期藉由合理用水量與回收率之訂定，適時提供予審查單位用水審查之參考，進而促進國家整體水資源之有效利用。</abstract><author>京華工程顧問服份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970083</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009703856</governmentpublicationsnumber><identifier>60578</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60578</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>用水計畫書查核服務及廢水回收率之檢討評估計畫－光碟版＝Study for checking the ratified water use prospectus and estimated the waste water recycle rate</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之主要工作包括基本資料蒐集與補充調查分析、測量工作、水深地形變遷特性分析等，並藉由本計畫之監測調查與分析，可提供日後海岸規劃設計時之參考應用。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>60579</identifier><internationalstandardbooknumber>9789860040586 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60579</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)(光碟版)=Monitoring  of  Coastal  Topography  at  Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，因此當前之水資源開發政策轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，受理機關得針對原核定計畫用水量或節約用水相關承諾事項進行查核，督導追蹤開發單位之用水及節水現況。爰此，本計畫將針對96年度為止之已核定用水計畫書案件進行普查、分析及統計，以有效掌握區域水源開發與調控，達到水資源有效利用之目的 同時因應產業用水技術改進、節約用水措施的落實、回收率之提昇及產業次世代新產品開發製程技術更替等影響因素，都會造成用水需求量的改變，因此，對於重要產業用水量都需要適時的調整與更新才屬合理，因此本計畫亦將針對重要產業進行合理用水量及回收率(含廢水回收率)之檢討評估作業，期藉由合理用水量與回收率之訂定，適時提供予審查單位用水審查之參考，進而促進國家整體水資源之有效利用。</abstract><author>京華工程顧問服份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970086</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009703856</governmentpublicationsnumber><identifier>60581</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60581</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>用水計畫書查核服務及廢水回收率之檢討評估計畫(附錄5~8) ＝Study for checking the ratified water use prospectus and estimated the waste water recycle rate (appendixes5-8)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009101094</governmentpublicationsnumber><identifier>60587</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60587</librarycollectiondetailsurl><price>工本費2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃－草嶺堰塞湖淤積及地形測量專題報告=Long Term Water Resources Planning for Landslide Induced lake at Taso-Lin Report of Lake Sediment and Topography Survey</title><yearidentifier>200206</yearidentifier></data><data><abstract>水利署中區水資源局辦理「大安大甲溪水源聯合運用輸水工程規劃」，包括大甲溪輸水路及鯉魚潭水庫第二原水管工程，以確保大台中地區公共用水至民國110年之穩定供水。為進一步瞭解該區域之地層條件，辦理「大安大甲溪水資源聯合運用輸水隧道補充鑽探調查」委託服務案，進行必要之補充調查及試驗分析，俾利後續設計階段進行。經考量待釐清之斷層位置、提高鑽孔代表性及補充地下水文等因素，擇定於「大甲溪輸水路」及「鯉魚潭水庫第二原水管路」分別辦理6處及2處之鑽探工作，鑽探數量共計726公尺。工作期間自97年06月03日開工，至97年12月完成相關之鑽孔取心工作、現地試驗工作、室內岩石力學試驗工作、地下水觀測工作、岩層透水試驗工作與資料彙整工作。</abstract><author>吉聯資源開發股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009800100</governmentpublicationsnumber><identifier>60590</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60590</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大安大甲溪水資源聯合運用輸水隧道補充鑽探調查＝Supplemental boring investigation of the water Conveyance tunnel by Conjunctive Use of Taan and Dajia Rivers water Resources</title><yearidentifier>200901</yearidentifier></data><data><abstract>水利署中區水資源局辦理「大安大甲溪水源聯合運用輸水工程規劃」，包括大甲溪輸水路及鯉魚潭水庫第二原水管工程，以確保大台中地區公共用水至民國110年之穩定供水。為進一步瞭解該區域之地層條件，辦理「大安大甲溪水資源聯合運用輸水隧道補充鑽探調查」委託服務案，進行必要之補充調查及試驗分析，俾利後續設計階段進行。經考量待釐清之斷層位置、提高鑽孔代表性及補充地下水文等因素，擇定於「大甲溪輸水路」及「鯉魚潭水庫第二原水管路」分別辦理6處及2處之鑽探工作，鑽探數量共計726公尺。工作期間自97年06月03日開工，至97年12月完成相關之鑽孔取心工作、現地試驗工作、室內岩石力學試驗工作、地下水觀測工作、岩層透水試驗工作與資料彙整工作。</abstract><author>吉聯資源開發股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/4</date><governmentpublicationsnumber>1009800100</governmentpublicationsnumber><identifier>60591</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60591</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大安大甲溪水資源聯合運用輸水隧道補充鑽探調查 (光碟版)＝Supplemental boring investigation of the water Conveyance tunnel by Conjunctive Use of Taan and Dajia Rivers water Resources</title><yearidentifier>200901</yearidentifier></data><data><abstract>本刊內容計分土地、人口、行政組織、農林漁牧、公、礦、商業及市鄉建設、金融財稅、交通運輸、教育文化、衛生、環境保護、社會福利、勞工行政、社會治安、家庭收支及其他十五類150表。</abstract><author>台南縣政府</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/5</date><governmentpublicationsnumber>30745850232</governmentpublicationsnumber><identifier>60592</identifier><internationalstandardbooknumber>9789570081107 ; 9789570081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60592</librarycollectiondetailsurl><price></price><publisher>臺南縣政府</publisher><publishrocyear>85</publishrocyear><title>台南縣統計要覽 (74年至84年)  第四十七期</title><yearidentifier>199601</yearidentifier></data><data><abstract>本報告針對台灣北中南海域水質條件、海淡水供給需求、能源需求、供水系統、經濟成本等自然環境、社會環境與經濟環境面，以海域環境承載5E指標評估以海水淡化供應水資源之環境承載，分析合宜的海淡開發規模與優先次序，俾提供未來海水淡化利用相關政策參考</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970041</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009703527</governmentpublicationsnumber><identifier>60601</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60601</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究(1/2)=Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告針對台灣北中南海域水質條件、海淡水供給需求、能源需求、供水系統、經濟成本等自然環境、社會環境與經濟環境面，以海域環境承載5E指標評估以海水淡化供應水資源之環境承載，分析合宜的海淡開發規模與優先次序，俾提供未來海水淡化利用相關政策參考</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970041</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009703527</governmentpublicationsnumber><identifier>60602</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60602</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究(1/2)光碟版=Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009101433</governmentpublicationsnumber><identifier>60612</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60612</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>91</publishrocyear><title>台灣省南區水資源統籌調配管理系統規劃總報告</title><yearidentifier>200205</yearidentifier></data><data><abstract> </abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009003700</governmentpublicationsnumber><identifier>60615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60615</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>天花湖水庫可行性規劃二、地質探查專題4.壩址地球物理探查成果報告(九十年度)(內附光碟)</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>環島工程有限公司</author><categoryidentifier>443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009003699</governmentpublicationsnumber><identifier>60616</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60616</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>天花湖水庫可行性規劃二、地質探查專題3.壩、堰址地質鑽探成果報告(九十年度)(內附光碟)</title><yearidentifier>200110</yearidentifier></data><data><abstract>牡丹水庫位於屏東縣南端牡丹鄉境內四重溪河谷上，水庫集水區集取四重溪上游支流汝仍溪與牡丹溪流域之水量?集而成。牡丹水庫為一多目標水庫，於民國84年時完工啟用，壩長445公尺、壩高65公尺，除公共給水、灌溉效能外，亦為一景點，民國84年9月完工開始蓄水。本計畫乃針對牡丹水庫集水區之整體治理目標，將歷年整治之土砂災害防治工程及其相關基本資料予以彙整分析，並對該水庫集水區內之土砂災害治理工程進行工址TMⅡ-97之GPS定位、工程環境災害特性調查與致災誘因分析，終至完成牡丹水庫集水區治理工程管理資訊系統之規劃建置，以利水利署南區水資源局完成牡丹水庫集水區治理工程之資訊化與自動化管理。 本研究擬應用GPS、GIS、RS，針對牡丹水庫集水區之環境基本特性進行空間分佈調查，並將相關工程基本資料予以整合及數化建檔，再進行牡丹水庫集水區工程管理資訊系統架構之規劃設計。其主要調查研究工作列述如下： (1)完成牡丹水庫集水區內土砂災害空間分佈特性調查及其致災誘因探討分析，並針對各項影響因子及主要地文和水文特徵進行研判分析。 (2)進行牡丹水庫集水區內各項治理工程之工址GPS定位與其功能現況調查分析，並依各不同類型之集水區土砂災害防治工程工址進行GPS坐標轉換(TMⅡ-97)及工程現況調查，進而研判分析各類治理工程構造物在牡丹水庫集水區內之空間分佈特性與評估原設計治理功能成效。 (3)綜合各項現地調查成果，整合關連式資料庫系統(RDBS)、衛星影像分析技術(IPS) 等、遙感探測(RS)，再結合多媒體技術(Mult-media)完成牡丹水庫集水區土砂災害治理工程管理資訊系統之規劃建置。 (4)將以往阿公店水庫（94年）與曾文水庫（95&amp;96年）等二集水區之治理工程管理系統，併入本（97）年之牡丹水庫集水區治理工程管理資訊系統，完成此三水庫集水區之治理工程管理資訊主系統，以利南水局後續對其所轄三水庫集水區治理工程之資訊化管理。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6432   443.6432029   443.6433029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009800142</governmentpublicationsnumber><identifier>60630</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60630</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>97年度牡丹水庫集水區工程管理資訊系統之建置與應用＝An Establishment of Engineering MIS for the Mu-Dan Watershed in Southern Taiwan</title><yearidentifier>200812</yearidentifier></data><data><abstract>牡丹水庫位於屏東縣南端牡丹鄉境內四重溪河谷上，水庫集水區集取四重溪上游支流汝仍溪與牡丹溪流域之水量?集而成。牡丹水庫為一多目標水庫，於民國84年時完工啟用，壩長445公尺、壩高65公尺，除公共給水、灌溉效能外，亦為一景點，民國84年9月完工開始蓄水。本計畫乃針對牡丹水庫集水區之整體治理目標，將歷年整治之土砂災害防治工程及其相關基本資料予以彙整分析，並對該水庫集水區內之土砂災害治理工程進行工址TMⅡ-97之GPS定位、工程環境災害特性調查與致災誘因分析，終至完成牡丹水庫集水區治理工程管理資訊系統之規劃建置，以利水利署南區水資源局完成牡丹水庫集水區治理工程之資訊化與自動化管理。 本研究擬應用GPS、GIS、RS，針對牡丹水庫集水區之環境基本特性進行空間分佈調查，並將相關工程基本資料予以整合及數化建檔，再進行牡丹水庫集水區工程管理資訊系統架構之規劃設計。其主要調查研究工作列述如下： (1)完成牡丹水庫集水區內土砂災害空間分佈特性調查及其致災誘因探討分析，並針對各項影響因子及主要地文和水文特徵進行研判分析。 (2)進行牡丹水庫集水區內各項治理工程之工址GPS定位與其功能現況調查分析，並依各不同類型之集水區土砂災害防治工程工址進行GPS坐標轉換(TMⅡ-97)及工程現況調查，進而研判分析各類治理工程構造物在牡丹水庫集水區內之空間分佈特性與評估原設計治理功能成效。 (3)綜合各項現地調查成果，整合關連式資料庫系統(RDBS)、衛星影像分析技術(IPS) 等、遙感探測(RS)，再結合多媒體技術(Mult-media)完成牡丹水庫集水區土砂災害治理工程管理資訊系統之規劃建置。 (4)將以往阿公店水庫（94年）與曾文水庫（95&amp;96年）等二集水區之治理工程管理系統，併入本（97）年之牡丹水庫集水區治理工程管理資訊系統，完成此三水庫集水區之治理工程管理資訊主系統，以利南水局後續對其所轄三水庫集水區治理工程之資訊化管理。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6432029   443.6433029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/6</date><governmentpublicationsnumber>1009800142</governmentpublicationsnumber><identifier>60633</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60633</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>97</publishrocyear><title>97年度牡丹水庫集水區工程管理資訊系統之建置與應用(光碟版)＝An Establishment of Engineering MIS for the Mu-Dan Watershed in Southern Taiwan</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/9</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>60656</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60656</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究 第一年研究成果報告(內附光碟) Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200212</yearidentifier></data><data><abstract>特有生物研究〈第五卷第一期〉</abstract><author>方懷聖、林斯正、許富雄、彭仁傑、廖光正、賴國祥、蘇錦松等人</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/10</date><governmentpublicationsnumber>2009000545</governmentpublicationsnumber><identifier>60664</identifier><internationalstandardbooknumber>15613771 ; 15613771</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60664</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心〈南投、集集〉</publisher><publishrocyear>92</publishrocyear><title>特有生物研究〈第五卷第一期〉=  ENDEMIC  SPECIES  RESEARCH</title><yearidentifier>200301</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式系統建立及探討堰塞湖與河川型態相互影響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析、並對其處理及防治對策的研擬，並編制就災計畫。本報告書為計畫之研究成果。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/10</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>60676</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60676</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告(附光碟) Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本研究係藉由數模演算分析,於河防安全前提下,重新檢討現行河川區域種植規定,並調查臺灣河川地區各植物之土壤條件,樹種之根,莖,冠寬等特質,以利相關河川管理從業人員審查設計之用.</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/10</date><governmentpublicationsnumber>1009301871</governmentpublicationsnumber><identifier>60681</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60681</librarycollectiondetailsurl><price>工本費800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>河川區域種植規定修正研究 (附光碟)Reviews on Regulation of Planting in Floodplain</title><yearidentifier>200406</yearidentifier></data><data><abstract>1988年農委會補助台灣省水利局辦理研究計畫「台灣水文資料電腦檔應用之研究－(3)台灣地區各雨量測站物部公式之適用性研究」。</abstract><author>經濟部水利署</author><categoryidentifier>328.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/10</date><governmentpublicationsnumber>1009200561</governmentpublicationsnumber><identifier>60682</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60682</librarycollectiondetailsurl><price>335</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區雨量測站降雨強度-延時Horner公式分析</title><yearidentifier>200302</yearidentifier></data><data><abstract>石門水庫於五十三年建立完成，水壩高一百三十三公尺，最高蓄水量是三億九百一十二立方公尺，石門水庫係一多功能之風景特定區。位於桃園縣龍潭鄉境內。區內旅遊景點甚多，包刮大霸溢洪道、蝶宛、梅園、嵩臺、遊湖碼頭、溪州公園、亞洲樂園、‧‧等有防洪、觀光、灌溉等之效。</abstract><author>國立台灣大學</author><categoryidentifier>367.67</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>1009704181</governmentpublicationsnumber><identifier>60710</identifier><internationalstandardbooknumber>9789860174922 ; 9789860174</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60710</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>走進石門水庫環境生態教育</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫延續「曾文水庫集水區水文站維護觀測及改善計畫」和「96年度曾文水庫集水區土地利用及保育防災監測計畫」的執行成果，針對曾文水庫集水區大埔及達德安水文站，進行相關水文量測與現地含砂量取樣分析，求得兩水文站水深與含砂量的關係，並探討大埔水文站水深與降雨及曾文水庫入流量的關係。同時藉由遙測影像及現地調查的方式，瞭解特定地區（達德安水文站上游）崩塌地於颱風、豪雨之後的變化。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/97WRA</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>1009800253</governmentpublicationsnumber><identifier>60715</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60715</librarycollectiondetailsurl><price></price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度曾文水庫集水區水文量測及保育防災監測計畫 2008's Hydrological Survey and Monitoring of Conservation and Hazard Prevention in the Watershed of Tsengwen Reservoir</title><yearidentifier>200902</yearidentifier></data><data><abstract>本計畫延續「曾文水庫集水區水文站維護觀測及改善計畫」和「96年度曾文水庫集水區土地利用及保育防災監測計畫」的執行成果，針對曾文水庫集水區大埔及達德安水文站，進行相關水文量測與現地含砂量取樣分析，求得兩水文站水深與含砂量的關係，並探討大埔水文站水深與降雨及曾文水庫入流量的關係。同時藉由遙測影像及現地調查的方式，瞭解特定地區（達德安水文站上游）崩塌地於颱風、豪雨之後的變化。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/97WRA</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>1009800253</governmentpublicationsnumber><identifier>60717</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60717</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度曾文水庫集水區水文量測及保育防災監測計畫(光碟版) 2008's Hydrological Surver and Monitoring Conservation and Hazard Prevention in the Watershed of Tsengwen Reservior(Data)</title><yearidentifier>200902</yearidentifier></data><data><abstract>經濟部水利署北區水資源局九十一年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>440.94   443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>60722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60722</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署北區水資源局九十一年度年報</title><yearidentifier>200306</yearidentifier></data><data><abstract>經濟部水利處九十年度年報</abstract><author>經濟部水利署</author><categoryidentifier>443.682   440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>60723</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60723</librarycollectiondetailsurl><price>270</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處九十年度年報</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利處中區水資源局九十年度年報</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>440.94   443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/11</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>60724</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60724</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>經濟部水利處中區水資源局九十年度年報</title><yearidentifier>200210</yearidentifier></data><data><abstract>本刊內容分土地、人口、行政組織、農林漁牧、工商業及市區建設、金融財稅、交通運輸、教育文化、衛生、環境保護、社會福利、勞工行政、社會治安、家庭收支及其他等十五大類145表。 、</abstract><author>台南市政府</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/12</date><governmentpublicationsnumber>30635850175</governmentpublicationsnumber><identifier>60738</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60738</librarycollectiondetailsurl><price></price><publisher>台南市政府</publisher><publishrocyear>85</publishrocyear><title>台南市統計要覽  第五十五期</title><yearidentifier>199608</yearidentifier></data><data><abstract>一、計畫說明鳳山溪係中央管河川之ㄧ，每年遇颱洪期間常引發災害，兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防。因此，本計畫利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，針對河道斷面流路整理、潛板保護橋墩局部沖刷試驗與潛板在橋墩之2D-EFA模式發展進行研究。二、資料收集國外採用潛板工法之國家，如美國Iowa州之West Fork Cedar River採用鋼版樁材料進行設置，而在East Nishnabotna彎道上之整治，則採用木板；另外，在日本之潛板使用圓木樁排列而成。國內潛板工法則於鳳山溪與頭前溪有實際施作案例，在鳳山溪設置地點為舊港堤防、貓兒錠堤防與白地堤防三處，頭前溪設置地點為竹港大橋下游左岸與中正橋下游左岸，均為鋼版樁材料進行佈置。對潛板材料之選擇大致可採用鋼版樁、預力混凝土管樁、預力混凝土版樁、鋼筋混凝土板樁或木樁，其相關介紹參考2.2.3節。三、地形測量與河床質調查對既設潛板地點(鳳岡大橋下游之舊港堤防、貓兒錠彎道與白地堤防)進行地形及斷面測量，已於今年汛期結束(10月)測量完畢，以評估潛板設置後，地形經洪水後之變遷趨勢；另二處預定設置潛板河段(麻園堤防與犁頭山一號堤防)，亦進行地形與斷面測量已於今年7、8月測量完畢，以提供潛板設置所需之地形資料，其相關資料詳見附錄三。由河床質調查工作以了解五處(含既設及預定規劃設置潛板地點)之床質粒徑分佈情形，共10個試坑，可供數模進行河川水理、輸砂量及河床變遷等之模擬，其粒徑分析結果如摘表一。摘表一 鳳山溪各斷面河床質粒徑分析成果表斷面號 累距 (m) 代表粒徑(mm) 平均?徑 (mm) 最大粒徑 (mm) 砂質含量 *(％) D10 D20 D30 D35 D40 D50 D65 D75 D90 鳳 05-06 (深槽河岸) 2696 0.24 0.92 4.13 10.24 14.08 23.84 44.47 65.18 164.15 60.19 360 31.00 鳳 05-06 (鳳岡大橋06-深槽河岸) 2865 0.16 0.23 0.33 0.42 0.54 1.59 23.89 52.69 187.13 59.28 430 54.57 鳳 08-09 (深槽河岸) 3823 0.22 0.37 0.62 1.15 2.42 16.02 45.42 66.63 148.75 51.37 350 44.08 鳳 09-10 (高灘地) 4111 0.17 0.23 0.30 0.32 0.33 0.37 0.43 0.47 0.55 0.40 4.75 99.86 鳳 09-10 (高灘地) 4562 0.15 0.17 0.19 0.21 0.22 0.25 0.29 0.39 1.10 0.66 4.75 97.54 鳳 11-12 (沙洲) 5376 0.18 0.30 0.33 0.35 0.36 0.40 3.86 0.46 0.59 0.69 4.75 97.02 鳳14 (深槽河岸) 6600 0.29 0.46 5.42 16.06 24.04 42.48 75.91 114.81 211.95 83.06 650 29.81 鳳14-15 (高灘地) 6888 0.42 4.91 22.65 32.79 44.05 71.74 129.14 180.54 335.21 119.53 520 19.88 鳳21-22 (高灘地) 10351 0.34 0.51 1.88 3.83 6.76 20.62 54.51 98.94 214.22 73.62 400 36.65 鳳22-23.2 (褒忠大橋23.2-高灘地) 11126 0.17 0.24 0.33 0.38 0.45 0.74 34.69 99.21 292.69 81.83 460 56.39 * 通過#4篩之累積百分比 四、潛板在河川斷面流路整理之應用研究麻園堤防與犁頭山一號堤防河段流心偏移情況，可看出高灘地約佔了大部分的通水斷面，且流路均有偏向左岸情形，如遭遇颱洪期間，左岸底床必會不斷被水流沖刷，勢必威脅左岸堤防之安全性，而危及堤岸附近人民之生命財產，因此進行潛板之規劃佈置，以達到導引流心偏向河道中心之成效。另外，?了使潛板設計具一般化，故建立設計圖表(附錄四)，供工程人員據以佈置潛板。五、潛板應用於橋墩模型試驗之研究一般橋墩保護方式如固床工、拋石與蛇籠等，均需花費大量人力與金錢，且保護橋墩局部沖刷之成效有限，故研發新的橋墩保護工法有其必要性，因此藉由本計畫之執行，採用Iowa vane理論應用於橋墩保護試驗。造成橋墩局部沖刷的原因為水流沖向橋墩後所產生之向下水流(downflow)與馬蹄形渦流(horseshoe-vortex)，故減少此沖刷機制為試驗主要目的。本試驗採用兩片潛板矗立於橋墩前方，探討不同潛板佈置方案對橋墩局部沖刷影響，以歸納潛板對橋墩保護之效用。六、潛板在橋墩沖刷改善之數模初步研發 本EFA-2D為水深平均二維模式，已忽略水深方向之流場變化，故於水流沖擊橋墩所產生之向下流速現象無法模擬，因此依據Yen et al. (2001)所推導出之源匯項 導入程式中進行修正，而式中下向流速，則依據Hanger(2007)對橋墩模型試之數據之回歸經驗式。而潛板效應則依據潛板理論推求潛板產生之二次流流速(詳見附錄一)，藉由此效應降低橋墩向下水流，以達到減少沖刷之效用。七、手冊編撰與教育訓練 藉由潛板手冊編撰與教育訓練之實行，使河川局人員了解潛板工法之可行性與深刻之體認，並讓工程師施作潛板工法時有所依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970209</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/12</date><governmentpublicationsnumber>1009703277</governmentpublicationsnumber><identifier>60740</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60740</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>潛板在河川治理上之應用研究(2/2)＝Application Study of Submerged Vanes on River Training (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、計畫說明鳳山溪係中央管河川之ㄧ，每年遇颱洪期間常引發災害，兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防。因此，本計畫利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，針對河道斷面流路整理、潛板保護橋墩局部沖刷試驗與潛板在橋墩之2D-EFA模式發展進行研究。二、資料收集國外採用潛板工法之國家，如美國Iowa州之West Fork Cedar River採用鋼版樁材料進行設置，而在East Nishnabotna彎道上之整治，則採用木板；另外，在日本之潛板使用圓木樁排列而成。國內潛板工法則於鳳山溪與頭前溪有實際施作案例，在鳳山溪設置地點為舊港堤防、貓兒錠堤防與白地堤防三處，頭前溪設置地點為竹港大橋下游左岸與中正橋下游左岸，均為鋼版樁材料進行佈置。對潛板材料之選擇大致可採用鋼版樁、預力混凝土管樁、預力混凝土版樁、鋼筋混凝土板樁或木樁，其相關介紹參考2.2.3節。三、地形測量與河床質調查對既設潛板地點(鳳岡大橋下游之舊港堤防、貓兒錠彎道與白地堤防)進行地形及斷面測量，已於今年汛期結束(10月)測量完畢，以評估潛板設置後，地形經洪水後之變遷趨勢；另二處預定設置潛板河段(麻園堤防與犁頭山一號堤防)，亦進行地形與斷面測量已於今年7、8月測量完畢，以提供潛板設置所需之地形資料，其相關資料詳見附錄三。由河床質調查工作以了解五處(含既設及預定規劃設置潛板地點)之床質粒徑分佈情形，共10個試坑，可供數模進行河川水理、輸砂量及河床變遷等之模擬，其粒徑分析結果如摘表一。摘表一 鳳山溪各斷面河床質粒徑分析成果表斷面號 累距 (m) 代表粒徑(mm) 平均?徑 (mm) 最大粒徑 (mm) 砂質含量 *(％) D10 D20 D30 D35 D40 D50 D65 D75 D90 鳳 05-06 (深槽河岸) 2696 0.24 0.92 4.13 10.24 14.08 23.84 44.47 65.18 164.15 60.19 360 31.00 鳳 05-06 (鳳岡大橋06-深槽河岸) 2865 0.16 0.23 0.33 0.42 0.54 1.59 23.89 52.69 187.13 59.28 430 54.57 鳳 08-09 (深槽河岸) 3823 0.22 0.37 0.62 1.15 2.42 16.02 45.42 66.63 148.75 51.37 350 44.08 鳳 09-10 (高灘地) 4111 0.17 0.23 0.30 0.32 0.33 0.37 0.43 0.47 0.55 0.40 4.75 99.86 鳳 09-10 (高灘地) 4562 0.15 0.17 0.19 0.21 0.22 0.25 0.29 0.39 1.10 0.66 4.75 97.54 鳳 11-12 (沙洲) 5376 0.18 0.30 0.33 0.35 0.36 0.40 3.86 0.46 0.59 0.69 4.75 97.02 鳳14 (深槽河岸) 6600 0.29 0.46 5.42 16.06 24.04 42.48 75.91 114.81 211.95 83.06 650 29.81 鳳14-15 (高灘地) 6888 0.42 4.91 22.65 32.79 44.05 71.74 129.14 180.54 335.21 119.53 520 19.88 鳳21-22 (高灘地) 10351 0.34 0.51 1.88 3.83 6.76 20.62 54.51 98.94 214.22 73.62 400 36.65 鳳22-23.2 (褒忠大橋23.2-高灘地) 11126 0.17 0.24 0.33 0.38 0.45 0.74 34.69 99.21 292.69 81.83 460 56.39 * 通過#4篩之累積百分比 四、潛板在河川斷面流路整理之應用研究麻園堤防與犁頭山一號堤防河段流心偏移情況，可看出高灘地約佔了大部分的通水斷面，且流路均有偏向左岸情形，如遭遇颱洪期間，左岸底床必會不斷被水流沖刷，勢必威脅左岸堤防之安全性，而危及堤岸附近人民之生命財產，因此進行潛板之規劃佈置，以達到導引流心偏向河道中心之成效。另外，?了使潛板設計具一般化，故建立設計圖表(附錄四)，供工程人員據以佈置潛板。五、潛板應用於橋墩模型試驗之研究一般橋墩保護方式如固床工、拋石與蛇籠等，均需花費大量人力與金錢，且保護橋墩局部沖刷之成效有限，故研發新的橋墩保護工法有其必要性，因此藉由本計畫之執行，採用Iowa vane理論應用於橋墩保護試驗。造成橋墩局部沖刷的原因為水流沖向橋墩後所產生之向下水流(downflow)與馬蹄形渦流(horseshoe-vortex)，故減少此沖刷機制為試驗主要目的。本試驗採用兩片潛板矗立於橋墩前方，探討不同潛板佈置方案對橋墩局部沖刷影響，以歸納潛板對橋墩保護之效用。六、潛板在橋墩沖刷改善之數模初步研發 本EFA-2D為水深平均二維模式，已忽略水深方向之流場變化，故於水流沖擊橋墩所產生之向下流速現象無法模擬，因此依據Yen et al. (2001)所推導出之源匯項 導入程式中進行修正，而式中下向流速，則依據Hanger(2007)對橋墩模型試之數據之回歸經驗式。而潛板效應則依據潛板理論推求潛板產生之二次流流速(詳見附錄一)，藉由此效應降低橋墩向下水流，以達到減少沖刷之效用。七、手冊編撰與教育訓練 藉由潛板手冊編撰與教育訓練之實行，使河川局人員了解潛板工法之可行性與深刻之體認，並讓工程師施作潛板工法時有所依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970209</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/12</date><governmentpublicationsnumber>1009703277</governmentpublicationsnumber><identifier>60741</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60741</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>潛板在河川治理上之應用研究(2/2)(光碟版)＝Application Study of  Submerged Vanes on River Training (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/12</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>60745</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60745</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設準則及模式研究總報告=Study on Guidelines and Modeling for Floodplain Delineation</title><yearidentifier>200312</yearidentifier></data><data><abstract>河本計畫範圍為經濟部水?署第十河川局(以下簡稱十河局)管轄 之河川區域，其範圍為淡水河?域。淡水河?域由淡水河與三條主要 支?大漢溪、新店溪、基?河匯集而成，其?域內之?政區域包括台 ?市、台?縣、桃園縣及基?市。 本計畫之目的在擬定淡水河河川使用的發展願景與目標，朝自 然、人文融合及永續等多樣功能發展，以符合經濟部水?署現階段之 「治水、?水、親水、活水」的水?政策目標，本計畫預期達成淡水美?願景</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/13</date><governmentpublicationsnumber>1009703574</governmentpublicationsnumber><identifier>60750</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60750</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河水系河川環境整體規劃(光碟版 ﹚Planning of River Environment management for the Tanshui River</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、緣起及目的 本計畫範圍為為淡水河流域中，經濟部水利署第十河川局(以下簡稱十河局)管轄之河川區域。淡水河流域由淡水河與三條主要支流大漢溪、新店溪、基隆河匯集而成，流域內行政區域包括台北市、台北縣、桃園縣及基隆市。 本計畫目的在擬定淡水河河川使用的發展願景與目標，朝自然與人文融合、朝河川永續等多樣面向發展，並符合經濟部水利署現階段「治水、利水、活水、親水、保水」的水利政策目標。本計畫五大水利政策目標如下： 治水－推動流域綜合治理，減免淹水災害損失 利水－合理有效使用水量，確保量足質優水源 活水－推廣回收再生利用，蓬勃水利產業發展 親水－落實水岸環境改善，營造生態親水環境 保水－強化水土資源保育，健全水文循環體系 二、背景資料 (一)自然環境及人文環境 1.淡水河流域概述 淡水河流域位於亞熱帶氣候區，冬季盛行東北季風，夏季受海洋暖氣團及西南季風影響，颱風期間常降豪雨，易導致水災，全流域年雨量平均為2,966公厘，年逕流量為5,674百萬立方公尺。 淡水河全長約為158.7公里，流域面積約達2,726平方公里，支流大漢溪與新店溪於江子翠匯流後下游稱為淡水河主流，淡水河主流於關渡再與基隆河匯流，最後由淡水鎮油車口附近流入台灣海峽。 2.河道演變 (1)河道演變與洪水防治沿革 民國69年以前，淡水河中上游河道無明顯人工控制防洪結構物，河卜道主要沖淤現象係由天然流量、暴雨洪水所形成。民國69年開始依「台北地區防洪計畫建議方案」內容執行淡水河流域洪水防治計畫，至民國88年工程完成，淡水河沿岸堤防亦大致完成200年重現期洪水防治目標，整體河道沖淤特性則明顯受兩岸堤防束限，洪水不再自由漫溢，致此後淡水河河道變遷在人工河槽內隨洪水及輸砂特而演變。另民國93年完成基隆河上游員山子分洪工程，自此淡水河防洪體系更趨於完整。 (2)縱斷面變化 本計畫採用十河局既有之淡水河系歷年(民國58年至96年)大斷面測量資料，進行河道演變分析，繪製各河段歷年河道谿壑線縱剖面圖，比較淡水河主流及其支流之河川歷年縱斷面變化，以掌握洪水期間洪水傳播情況及河道縱向變化特性。 (3)橫斷面變化 本計畫於淡水河另由民國95年現況地形為起始，每隔8年之間距，繪至民國63年之橫斷面變化圖，並按各河段逐一分析說明洪水流路之橫向變化、縱剖面不同之河床演變資訊。 (4)河道沖淤變化 淡水河河道沖淤變化係以各河段之「平均河床高」為比較基準，本計畫整理民國76年至96年淡水河流域河道大斷面測量資料，進行河道沖淤變化分析，掌握各河段沖淤變化特性。 3.歷年颱風及災害 本計畫統計歷年淡水河流域內颱風降雨及災害成因與範圍，統計歷年颱風所導致的淹水範圍，隨防洪設施之完成，淹水面積則大幅減少，而淹水成因亦由早期洪水溢堤現象轉為都市區內排水不良之現象。 4.河川流量 淡水河流域中上游有許多水庫設施提供水資源運用，河道內天然水源受水庫運轉操作而調整，枯水期之天然流量，較建庫前大幅減少，已改變淡水河天然河川流量變化特性，河川基流量相對減少，因應基流量減少，淡水河感潮河段內的水體變化已反應於歷年水質監測紀錄上，未來淡水河流域再進行淡水河開發時，建議應檢討河川最小基流量之保持，以維護河川生態的持續發展。 5.河川水質 由於國內經濟發展，人口大量湧入台北都會區，大量的家庭污水多未妥善處理即直接排入河川，構成河川污染主要來源，其他污染源亦包括工業廢水、畜牧廢水及垃圾滲出水等，而位於淡水河中、下游段之台北市更集污染之大成，因此淡水河、基隆河、新店溪等河川水質監測顯示，多已呈中度以上污染，在歷經多年都市下水道建設下，及污水截流措施，水質已漸已善不再惡化，並有緩慢轉佳之趨勢。 6.河川空間景觀 河川景觀品質與河川空間視域密切相關，河川空間也決定環境發展與利用的可能性。本計畫劃設及訂定河川景觀同質河段，整合及引導河川整體發展方向，並分為自然環境及人文環境兩大類型。 (1)自然環境分析空間類別為，山地型河段(三峽河湊合橋段)、丘陵型河段(新店溪渡南橋段)、平原型河段(新店溪馬場町公園段、基隆河迎風段)及河口型河段(淡水河關渡水岸段、漁人碼頭)。 (2)人文環境分析空間類別為，原野型河段(三峽河湊合橋段)、鄉村型河段(三峽河灣潭段)、城鎮型河段(景美溪道南橋段)及都會型河段(新店溪華中橋段、大漢溪新海橋段)。 7.環境資源與生態 淡水河的生態環境尺度雖小但是變異性多樣，百餘公里的主支流河道串接了高山、丘陵、平原草澤與感潮河口環境。魚類與鳥類是河川生態環境的指標，如果其多樣性很高，代表生態系金字塔很健全。反之則可能就是該河段的水質遭受污染。 相關單位於淡水河河域中，設有數處人工溼地進行復育工作，而已公告之生態環境敏感區，分別為「挖子尾自然保留區」、「竹圍紅樹林自然保留區」、「關渡自然保留區」、「台北市野雁保留區」。 8.人文環境 淡水河主河道自清朝前即為移民進入台北盆地的重要入口，後來更為進出口貿易的交通動脈，淡水河主河道兩岸皆為台北市知名的歷史聚落如艋舺、大稻埕等，累積了極為豐富的文化資產，包括傳統產業、宗教廟宇、民俗文化與原住民活動等，這些文化資產的特色，都將成為淡水河水系最吸引人的人文面貌與水岸遊憩資產。 (二)相關計畫檢討 台北盆地自清朝大量移民後，即成為北台灣發展重鎮，淡水河下游隨著居民遷入及經濟發展，淡水河的利用與防災即與民眾生活息息相關，近代淡水河相關發展可溯至50年代起，由早期的防洪工程，擴展都市排水、道路交通、都市發展等起步，逐漸達到規模，近年因都市發展及漸趨飽和，相關防洪工程亦陸續完成，淡水河流域內的相關計畫也應運而產生變化，現在面臨之課題有人口過度集中、舊市區再發展、交通擁擠之改善、開放空間設施不足、有公害污染等課題。其中與河川區域有關者如廢污水污染源控制、提供河濱休閒空間、改善水岸景觀、水域自然環境保育及復育、河川治理計畫用地與其他用地競合等，都是流域內相關單位持續關切與正辦理改善規劃中的事項。與本計畫有關的相關計畫說明如下： 1.防洪計畫 淡水河水系包含淡水河(T000～T031)、大漢溪(T032～T090A)、新店溪(H001～H081A)、基隆河(K001～K134)、二重疏洪道（F001～F012）、景美溪(M000.4～M067)與三峽河(S000～S024)，因流域範圍廣大、分屬不同管轄機關(水利署、台北市政府)。 現階段淡水河水系主支流皆已有治理計畫，且中下游河段大部份皆依設計堤頂高程建置堤防，惟部份地區限於用地取得困難、原河岸邊地勢較高等因素，目前仍未建有堤防保護設施，刻正檢討的防洪設計畫有社子島、關渡、五股等地區之防洪改善及開發計畫等為最主要。 2.水資源計畫 淡水河流域水資源主要供應大台北地區及基隆、桃園等縣市。新店溪主要之水源設施包括翡翠水庫、直潭壩及青潭堰。大漢溪水源由石門水庫調蓄運用，下游設有鳶山堰等攔水設施及圳路，供應桃園地區農業用水需求及板新地區之部分共用水需求。基隆河上游設有新山水庫及西勢水庫，供應基隆自來水之用。受艾莉颱風影響，台灣地區水庫利用朝向永續化發展，上游水庫之泥沙朝往排向下游河川之方向思考對策，此舉未來在河川管理上，下游水質的影響及河道淤積為加速水庫泥沙排放後最關切的課題。 目前規劃中的高台水庫、中庄攔河堰等水資源設施，若在未來實施後，由於水資源的增加取用，對淡水河下游基流量的影響為另一須關切的課題。 3.水污染防治計畫 目前淡水河系的污水產生量中，生活污水佔85％，因此推動家戶接管是淡水河水質整治的首要工作。在中央督導協調及地方政府執行多年來，持續推動淡水河水系污水下水道系統建設及納管、事業水污染稽查管制、水源區養豬拆遷補償、河岸垃圾遷移、河岸綠美化工作，各項整治成效已獲得初步成果，現階段整治目標，初期以淡水河流域沒有嚴重污染河段，終期以符合地面水體水質標準為目標。 4.都市計畫 淡水河流域內之發展計畫由台灣北部區域計畫為上位計畫、各縣市地方都市計畫及特定區計畫等為實質發計畫，都市計畫與河川管理計畫的結合為未來發展之目標。 5.觀光遊憩計畫 綜合台北市與台北縣內河川土地使用相關計畫、親水景觀遊憩規劃，可以歸納縣市共同的河川景觀遊憩的願景如下： (1)發展藍色公路觀光系統，設置休閒遊憩之水岸碼頭。 (2)串聯河濱高灘地之自行車道系統，尤其是跨河橋梁聯繫與跨堤的坡道或牽引改善。 (3)各個都會人口稠密區規劃大型高灘地河濱公園，提供運動競賽、表演集會等功能。 (4)中小型高灘地規劃為生活散步、運動等社區功能的河濱公園。 (5)針對歷史人文意義的水岸，加強環境營造，豐富都市水岸風貌。 (6)利用高灘地陸續闢建人工溼地，達淨化水質、改善河川生態功能。 (7)改善高灘地與防洪牆之景觀綠美化，引進環境公共藝術。 (8)利用橋梁、地標、河川設施、夜間燈光等設計，塑造河川風貌。 6.航運計畫 淡水河下游河道為台灣地區少數能有舟楫之利的水域，加上淡水、八里有7處名列國家級古蹟，配合高運量捷運系統發展優勢條件，使淡水河下游左右兩岸深具開發為水上休閒與觀光遊憩之潛力。 近年台北縣、市政府持續推動內河藍色公路，於淡水河兩岸適合地點興建及規劃公有客船碼頭，冀望藉由淡水河穩定水量及得以行駛船舶之特質，打造兼具交通與觀光特性之航線，帶給國人多元化旅運服務。 7.環境營造計畫 為使台灣地區重要河川兩岸土地水域環獲得改善及復育，93年起政府執行「重要河川環境營造計畫」，提升河川兩岸居民生命財產安全保障程度、營造自然豐富的河川環境，營造自然健康的水岸環境，以提昇民眾安全的生活環境、鄰近良好水質之生態圈優質的休憩空間、促進週邊地區繁榮，提高生活品質為目標，並達到政府推動「2015年經濟發展願景」之整體目標。 (三)河川願景訪談及問卷調查 1.一般民眾民意調查 本項民意問卷調查包括淡水河系5大支流(含三峽河)之上中下游共13個河段分別進行問卷抽樣，時間於2008年6至9月期間，由10位訪問者分別於平日及假日之民眾活動時間進行，地點選定該河段主要之河濱公園及鄰近河濱住戶先採系統抽樣分配樣本數，再採隨機方式邀請對象訪談，全部有效問卷為1,488份。 在淡水河水系各河段受訪者皆表示現況防洪工程績效頗佳，但希望加強河川水質及生態保育方面，對於河川未來願景多以提升生活品質為主，並希望增加休閒運動設施。 2.專家學者及管理單位意見調查 本項民意問卷調查在2008年6至10月期間，於淡水河水系五大支流(含三峽河)，由5位訪問者分別至該區域鄉鎮市公所、專家學者之工作區位或另約場所進行訪談，全部有效問卷為173份。主要訪談對象為河濱鄰近區域使用者之民意意見領袖、學術單位相關領域之專家學者及各縣市相關管理單位。 受訪者表示淡水河以水質污染嚴重為最顯著之課題。各支流則以規劃自然生態公園、改善自行車道、發展藍色公路及提供遊憩空間為首要需求。 三、河川環境總體規劃課題 (一)河川空間利用及地方發展 配合自然環境及人文環境及民眾需求，淡水河系中下游土地及水域在全流域土地使用角色上為配合都市發展及維繫基本的藍帶功能，淡水河系中上游土地在全流域土地使用角色則為水土資源利用及維繫山林保育地區的生態功能。 河川空間利用發展潛力，須根據「河川環境適宜性」、「資源條件優越性」、「民眾需求殷切性」為準則，並輔以相關之都市計畫、觀光遊憩計畫、航運計畫、環境營造計畫等成果來規劃淡水河系各河段與區域土地發展之關建性。 (二)治水防災 本計畫採用十河局民國96年實測之河道大斷面資料，以HEC-RAS一維定量流進行淡水河設計洪水量下的水理分析。 分析結果顯示，淡水河水系現況已有多處河段無法滿足治理計畫之設計標準，其主因為近年來河道大幅顯著的淤積現象，河道通水斷面不足所致，針對此一課題，本計畫提出「立即改善」與「優先改善」河段。就防洪安全性而言，「立即改善」河段為明顯有防洪安全疑慮，現階段應列為立即改善對象，並提出以疏浚為主的改善策略。另「優先改善河段」雖與現況相較下，係屬於相對較安全河段，可暫緩採工程處理手段，惟河道變遷情勢建議須持續進行，列為優先觀察對象，持續監測。 (三)生態環境 淡水河由河口起至匯流口，由於位於淡水與海水的交界地帶，因此營養鹽十分豐富，浮游生物活動旺盛，生態條件良好，水域內魚類棲息繁盛。水域岸邊植物群落主要以紅樹林為主，以區域分佈而言以關渡下游河段地區紅樹林生長情況良好，沿著河岸兩側不斷擴張生長，目前紅樹來有向上游生長的現象。 紅樹林對於淡水河之生態環境具有水土保持、土壤有機質增加、環境保護、教育、遊憩及過濾有毒物質等功能，已劃設的保護區有「挖子尾自然保留區」、「竹圍紅樹林自然保留區」、「關渡自然保留區」、「台北市野雁保留區」等處。但淡水河紅樹林的快速擴張對於環境也會帶來衝擊，主要的影響為河道淤積影響防洪功能，建議針對此一課題加強檢討 (四)河川水質改善 淡水河的污染源分為天然的泥沙及人為的生活廢水以及工業廢水。相關單位污染整治辦法有「加速污水下水道興建及納管」、「截流處理」、「污染源稽查管制」、「養豬業輔導減養或遷養」、「推動改善廢棄物處理」、「現地處理」及「底泥處理」等。 「現地處理」計畫於河川高灘地設置人工溼地，以降低排入河川污染量，進而改善河川水質。截至民國96年底並共計完成新海橋人工溼地(一期)、新海橋人工溼地(二期)、打鳥埤人工溼地、南湖礫間淨化處理及茄苳溪人工溼地等計畫。 「底泥處理」計畫清除底泥中有害的物質如砷、重金屬、氰聯苯、有機磷及其化合物等，以免消耗河水之溶氧，造成河水缺氧，亦可增加河床斷面，減少河道的阻塞。 (五)高灘地空間使用 淡水河水系主支流河段沿線有部分河段高灘地較為寬闊，規劃上建議位於都市發展密集的地區，採用較為豐富多彩與活力意象的表達方式塑造整體景觀，增加環境親合力與美感。 在河川區域內種植植物，依水?法第七十八條之一第四款規定種植作物應經許可，申請者應依河川管理辦法第三十四條規定，向河川管理機關申請許可使用後種植之。然為塑造淡水河水系河岸「綠色廊道」之景觀意象，於植樹可行性較高區域，建議檢討河川種植規定，重塑水岸自然生態景緻。 淡水河水系兩岸之遊憩設施，建議依據水域環境特性及使用需求重新加以檢討與整理，並針對水岸發展願景及功能加以改善，使其更為貼近使用者的需求，提昇休閒遊憩功能。 (六)水域空間使用規劃 水域空間使用分為航運、親水休憩及自然利用三類。航運有發展舟楫之利、連通上下游河川空間及運輸之功能，其基本條件為水域需具連續性、航道的深度、寬度及線型需滿足航行需求及航行安全，而親水休憩依性質及各水域間適合之活動項目及各項間之「相容性」與「適宜性」可於小型獨立水域內依不同目的，規劃所需之空間。 規劃活動目的、使用水域空間規模與活動憑藉器具等，淡水河水域活動種類建議分為「觀光賞景」、「運動技術」、「休閒戲水」及「生態觀察」四類。 (七)民間參與及教育宣導 大眾教育在民眾參與的推動中是首要的工作，在河川環境教育宣導的目的，為改善人與河川間之互動關係，漸漸由河川環境的保育擴充至整個大社區的環境營造與維護管理，進而追求河川的永續發展，教育目標上將河川環境的價值觀由以人類為中心的利我想法，轉化為欣賞河川，接受萬物存在的相對價值觀。 在推動民眾參與時，都會地區建議應加強民眾與河川感性的接觸機會，使民眾參與上有認知與情感的根基。而於河川上游地區則建議支援民眾所需之資訊與經驗，協助找出河川保育與社區發展的可能結合形態，使民眾參與有明確的目標與持續的動力。 四、河川環境分區及管理策略 「河川管理辦法」第3、27、62條規定有關訂定「河川環境管理計畫」事宜，作為所有河川分區管理使用之依據。 河川環境分區的劃設原則係以環境在服務生態功能與服務社會功能有其一致性或連貫性者，劃為同一分區，同一分區之行政管理須維持一致性。河川環境分區可依據常時人類與自然環境互動強度可大致區分為河川保育區、自然（資源）利用區與人工經營區，至於特殊水土災害期間則可能衍生防災避難區。淡水河水系河川管理使用分區詳圖摘-1所示。 同一河川環境分區內各河川區域內的小空間有其不同的貢獻與角色，基於管理工作便利性，各河川區域小空間內衍生之差異性服務機能建議需有不同之管理，規劃上同一河川環境分區在擬定整體性管理原則後，建議進一步規劃各河川區域空間上適宜的使用形式及管理策略，使其能配合鄰近土地發展現況，對應鄰近都市的實質發展計畫。     圖摘-1 淡水河水系河川管理使用分區圖 五、淡水河水系河川環境整體規劃 (一)河川環境願景 經研究及彙整第十河川局相關規劃成果及本計畫河川環境相關課題研究成果，擬訂各河川環境願景如下： 1.淡水河：「河晏水清塑形象，水岸悠遊樂生活」為願景 2.大漢溪：「淙淙溪流蘊榮景、鳥飛魚躍探活水」為願景 3.新店溪：「雁鴨戲水魚兒肥，四季好遊新店溪」為願景 4.基隆河：「分洪入海平水患，觀山樂水無煩憂」為願景 5.景美溪：「風雨無憂好生活，翠綠水廊共生機」為願景 6.三峽河：「三角水湧樂水利，河川保育招觀光」為願景 (二)推動目標及策略 依據河川環境願景，考量技術可行性、環境影響可接受性、相關計畫配合性等3項因素，建議河川主管機關辦理環境營造示範河段工作之優先順位，並擬定下列「治水防災」、「環境改善」、「航運遊憩」及「維護管理」等重要方案。 (三)重要方案 1.治水防災 分析現況各河段無法達成既有治水防災標準之原因，可歸納為「未辦理治理計畫、自然河川淤積、治理計畫研議中、尚未辦理及堤頂高程不足」等五項。在考量各疏浚斷面受河床變遷之影響，避免過度擴大斷面，影響河制及堤防安全，於不宜疏浚處考量配合使用堤防加高工法改善未達成治水防災標準之堤段。可採用疏浚工法的河段為「淡水河台北橋段」、「大漢溪鐵路橋段」、「新店溪永福橋下游段」及「新店溪永福橋上游段」，建議此河段優先進行。各工程相關位置詳圖摘-2所示。 2.環境改善 經本計畫綜合檢討結果，淡水河水系水岸環境仍有許多改善空間，針對淡水河系各河段(淡水河主河道、基隆河、新店溪、景美溪及大漢溪)，依據其環境特質每一河段選擇一處地點探討，提出「生態棲地還原工程」、「觀星露營場」、「大型都會活動開放空間」、「社區親水河濱步道」及「淨水人工溼地」等環境改善規劃。各工程相關位置詳圖摘-3所示。    圖摘-2 治水防災工程平面位置示意圖   圖摘-3 環境改善工程平面位置示意圖  3.航運遊憩 綜合檢討淡水河流域內既有碼頭、航線及相關活動資源後，由碼頭、航線及營運管理等方面進行航運改善計畫之建議。在碼頭設施方面，於不易靠航之地點，建議定期辦理清淤工程，另考慮於適宜處新建碼頭設施。 就營運管理層面而言，建議相關單位共同研討與航運相關之防洪、管理及設施維護等課題，建議由權責單位辦理配合工作，以達到推展休閒航運之最終目標。 4.維護管理 河川區域公共建設皆賴持續有效的維護管理來保持優良的河川服務品質，由河川願景訪談及問卷調查之檢討結果，可知水質臭味、高灘地綠蔭等都是民眾期盼提升河川服務品質之重點。河川空間之環境、水質及各水理因子的監測工作，建議需編列預算定期實施，且長期維護及管理，並建議定期辦理愛護河川教育宣導，以鼓勵當地社區義工參與維護管理。 六、結論與建議 (一)結論 1.歷年河道大斷面資料及水理分析成果研判，從民國90年起淡水河於大漢溪、新店溪與二重疏洪道匯流口河段以及關渡匯流口河段，呈現逐年淤積趨勢。針對防洪保護設施未達防洪標準之河段需立即進行改善，以達到加強保護與降低威脅之目的。改善方法分為： (1)「增高未達防洪標準河段堤防高度」 (2)「疏浚河槽藉以降低洪水位」 2.研究顯示以提升淡水河水域通航能力為增進淡水河水域環境美質之最基礎工程。規劃通航之功能分為兩類，A類為最小水深要求2.0公尺之船隻，以「大河之戀皇后號」為代表，行駛範圍由河口至關渡附近。B類為最小水深要求1.0公尺之船隻，為一般中、小型遊艇或客船膠筏等，如台北之星及八方雲集為代表，行駛範圍由淡水河河口到中興橋與基隆河彩虹橋。 另就現況淡水河通航河段而言，大稻埕至台北橋及竹圍電塔附近水深較淺，只要進行局部航道疏濬，A類船隻航行區域推估可由關渡延伸到大稻埕。 3.淡水河水域灘地上已經由兩岸都市進行各類灘地活動，內容包括河濱公園、自行車道、礫間淨化、野雁保護區、紅樹林、碼頭等，經檢討這些設施內容重覆性偏高、一致性太強，為改善淡水河河濱環境美質，提出灘地利用改善規劃，使淡水河河川整體環境美質大幅提升，增加河灘地利用異質化，達到河川環境永續利用之目標。如以下規劃： (1)淡水河主流與新店溪匯流口河段規劃以疏浚方式進行生態棲地還原工程 (2)基隆河迎風河濱公園都會觀星露營場工程 (3)新店溪華中河濱公園大型都會活動開放空間工程 (4)景美溪河口社區親水河濱步道工程 (5)大漢溪浮洲橋下游人工溼地工程 4.目前水體水質仍時有異味產生，對現況水域活動產生不良影響，減低居民水上活動之意願。影響淡水河水域水質之因子為： (1)天然水文變化量大，豐枯期河川淡水供應量大幅變化，枯水期時淡水量供應較少。 (2)都市廢水排放至淡水河如內湖、迪化、八里及六堵等污水處理廠，此類生活廢水排放標準，仍影響淡水河水質品質。 (3)淡水河下游水體由河口至大漢溪浮洲橋、新店溪秀朗橋、基隆河南湖大橋為感潮河段，水體水質受潮汐漲落影響，於河川水量變化大時，下游河段水體水質易受影響而改變時有短時溶氧不足現象。 5.經研究淡水河流域管理維護制度，其主管機關眾多，因淡水河水系為中央管河川，下游段兩岸為台北市與台北縣，上游段為基隆市與桃園縣，許多活動或事務管理紊亂，單位不一，並無統一的規範以資遵循。 (二)建議 1.建議相關單位儘速協調擬訂防洪體系不足之改善工程方案，並增加相關研究調查工作如環評、設計服務、測量、鑽探等工程研究及施做。 2.建議相關單位擬訂淡水河監測計畫包括流量、流速、輸砂量、地形測量等項目，進行長期連續性的觀測計畫，及因應地球可能之暖化所伴隨之海平面上升、氣候豐枯加劇對河川環境之影響每5年進行淡水河淤積沖刷及水理特性之檢討工作。 3.建議相關單位建立生態監測系統定期監測，並整合分析文獻內容及現場調查結果，了解淡水河之河川生態環境之組成、分佈與變化。 4.建議淡水河高灘地及河道內之廢棄結構物，及堆置之垃圾應予以清除，以維護河川美質及航行安全。 5.建議儘速進行底泥清除之相關研究及施做，針對底泥性質變化，水體水質變化、排放水水質變化，進行現地監測建立長期連續性的監測資料，以利水體水質管理維護工作，達到淡水河水體環境優美之目標。 6.建議相關管理單位研究及修訂種植規定，在不影響防洪功能下，使高灘地可以叢集式方式種植喬木，以提升河川景觀美質，增進民眾活動意願。 7.建議淡水河相關單位針對河川航運及水域活動管理與台北市、台北縣、基隆市等相關單位協調研擬統一的管理辦法，，以利民眾遵循，增進水域活動意願及水域活動安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689703   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/13</date><governmentpublicationsnumber>1009703574</governmentpublicationsnumber><identifier>60753</identifier><internationalstandardbooknumber>9789860168044 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60753</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河水系河川環境整體規劃Planning of River Environment for the Tanshui River「淡水河水系示範河段河川環境營造初步規劃」成果報告 Preliminary Planning of River Environment Management for the Demonstrative Reach in Tanshui River</title><yearidentifier>200812</yearidentifier></data><data><abstract>河本計畫範圍為經濟部水?署第十河川局(以下簡稱十河局)管轄 之河川區域，其範圍為淡水河?域。淡水河?域由淡水河與三條主要 支?大漢溪、新店溪、基?河匯集而成，其?域內之?政區域包括台 ?市、台?縣、桃園縣及基?市。 本計畫之目的在擬定淡水河河川使用的發展願景與目標，朝自 然、人文融合及永續等多樣功能發展，以符合經濟部水?署現階段之 「治水、?水、親水、活水」的水?政策目標，本計畫預期達成淡水美?願景</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/13</date><governmentpublicationsnumber>1009703574</governmentpublicationsnumber><identifier>60754</identifier><internationalstandardbooknumber>9789860168044 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60754</librarycollectiondetailsurl><price>1350</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>97</publishrocyear><title>淡水河水系河川環境整體規劃成果報告書 Planning of River Environment management for the Tanshui River</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究計畫預計以五年建立全台灣地區主要河川之流域整體規劃河川集水區數值地形資訊系統，以提供水利工程師以快速簡捷的方式求取規劃設計所需之集水與水文資訊。</abstract><author>台灣海洋大學河海工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/13</date><governmentpublicationsnumber>8944891971</governmentpublicationsnumber><identifier>60757</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60757</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>流域整體規劃河川集水區數值地型資訊系統建立(I)=Developmeny of the Watershed Digital Toppgrphy Ineormation System for Integrated Basin Management(I)</title><yearidentifier>200012</yearidentifier></data><data><abstract>高雄縣統計要覽第四十八期 附統計表</abstract><author>高雄縣政府</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/16</date><governmentpublicationsnumber>30755861064</governmentpublicationsnumber><identifier>60780</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60780</librarycollectiondetailsurl><price></price><publisher>高雄縣政府</publisher><publishrocyear>86</publishrocyear><title>高雄縣統計要覽第四十八期</title><yearidentifier>199710</yearidentifier></data><data><abstract>後龍溪發源於苗栗縣東側加裡山山脈之鹿場大山(標高2,616公尺)，流域面積536.60平方公里，全位於苗栗縣境內，計畫河段龜山大橋至頭屋大橋長度約6公里，涵蓋公館鄉、頭屋鄉及苗栗市等行政區域，河床平均坡降約1/180，為一瓣狀河川。規劃河段位於後龍溪下游河域，其東西岸高灘地差異甚大，西岸高灘地為人工化之河濱公園，東岸高灘地則為雜草漫煙的自然環境，為了使規劃成果更符合環境現況，針對此河段進行相關調查分析，包含現況環境調查、生態調查、人文調查及相關規劃成果，深入了解計畫區之環境特色，融入民眾意見、社區及民間團體配合意願，藉此了解規劃河段於發展上的潛力與方向：左岸保留原河濱公園避免再度開發；右岸人為開發少，保持自然風貌，減少設施之開發，以生態、休閒為發展主軸。河段規劃強調環境利用與生態共生之理念。以生態工法的利用，保留原基地之優質地貌(農田、果園、濕地)，創造生物棲地，利用自然淨化改善水質，並配合既有設施、自行車道及鄰近遊憩點，使右岸兼顧棲地保育、休憩等多項機能，將規劃區分為四個發展區段，從龜山大橋至頭屋大橋依次為：「自然利用區」、「人工經營區」、「河川保育區」、「自然利用區」，其中河川保育區旨在棲地環境復育並限制特定之人為活動，創造生態教育解說之環境。藉由本案後龍溪環境規劃，發展該地區水域環境永續經營之願景，串聯周邊景觀特色、生態環境，將河川區域作自然生態與整體景觀的營造，以達到下列多元利用之目標：1.充分利用水資源、2.優質活化水質、3.自然保水、4.促進地方繁榮發展以及5.創造民眾與生物都能親近的水岸空間。環境營造規劃完成後，後續之經營管理為另一個重要工作。水利署應擔任整體發展的輔導監督單位，苗栗縣政府擔任執行單位，其他相關單位為協助單位，河川環境管?由縣府自辦，維護則委外執行，依季節、分區自然程度進行跳島式維護，降低維護管理費用，生態濕地及自然淨化池可透過認養方式由社區及民間團體組織執?。計畫的執行，將帶動計畫區及鄰近社區整體發展，包括生態環境的維護、遊客量增加及提供當地居民就業機會；帶來正面的實質效益外，也將對週邊環境帶來實質助益。</abstract><author>巧將工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/16</date><governmentpublicationsnumber>1009800327</governmentpublicationsnumber><identifier>60782</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60782</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>後龍溪頭屋大橋至龜山大橋河段環境營造(光碟版)＝Built Environment of Hou-Lung River from Tou-Wu Bridge to Gui-Shan Bridge</title><yearidentifier>200902</yearidentifier></data><data><abstract>後龍溪發源於苗栗縣東側加裡山山脈之鹿場大山(標高2,616公尺)，流域面積536.60平方公里，全位於苗栗縣境內，計畫河段龜山大橋至頭屋大橋長度約6公里，涵蓋公館鄉、頭屋鄉及苗栗市等行政區域，河床平均坡降約1/180，為一瓣狀河川。規劃河段位於後龍溪下游河域，其東西岸高灘地差異甚大，西岸高灘地為人工化之河濱公園，東岸高灘地則為雜草漫煙的自然環境，為了使規劃成果更符合環境現況，針對此河段進行相關調查分析，包含現況環境調查、生態調查、人文調查及相關規劃成果，深入了解計畫區之環境特色，融入民眾意見、社區及民間團體配合意願，藉此了解規劃河段於發展上的潛力與方向：左岸保留原河濱公園避免再度開發；右岸人為開發少，保持自然風貌，減少設施之開發，以生態、休閒為發展主軸。河段規劃強調環境利用與生態共生之理念。以生態工法的利用，保留原基地之優質地貌(農田、果園、濕地)，創造生物棲地，利用自然淨化改善水質，並配合既有設施、自行車道及鄰近遊憩點，使右岸兼顧棲地保育、休憩等多項機能，將規劃區分為四個發展區段，從龜山大橋至頭屋大橋依次為：「自然利用區」、「人工經營區」、「河川保育區」、「自然利用區」，其中河川保育區旨在棲地環境復育並限制特定之人為活動，創造生態教育解說之環境。藉由本案後龍溪環境規劃，發展該地區水域環境永續經營之願景，串聯周邊景觀特色、生態環境，將河川區域作自然生態與整體景觀的營造，以達到下列多元利用之目標：1.充分利用水資源、2.優質活化水質、3.自然保水、4.促進地方繁榮發展以及5.創造民眾與生物都能親近的水岸空間。環境營造規劃完成後，後續之經營管理為另一個重要工作。水利署應擔任整體發展的輔導監督單位，苗栗縣政府擔任執行單位，其他相關單位為協助單位，河川環境管?由縣府自辦，維護則委外執行，依季節、分區自然程度進行跳島式維護，降低維護管理費用，生態濕地及自然淨化池可透過認養方式由社區及民間團體組織執?。計畫的執行，將帶動計畫區及鄰近社區整體發展，包括生態環境的維護、遊客量增加及提供當地居民就業機會；帶來正面的實質效益外，也將對週邊環境帶來實質助益。</abstract><author>巧將工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/17</date><governmentpublicationsnumber>1009800327</governmentpublicationsnumber><identifier>60783</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60783</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>後龍溪頭屋大橋至龜山大橋河段環境營造=Built Environment of Hou-Lung River from Tou-Wu Bridge to Gui-Shan Bridge</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/17</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>60788</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60788</librarycollectiondetailsurl><price>650</price><publisher>水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫供水區域社經及都市急遽發展，中長期水資源經營管理策略研訂及推動益發迫切，進行相關資料蒐集及整理，並進行專業分析、探討及規劃，期能針對石門水庫供水區域未來發展趨勢擬訂一完整性中長期水資源經營管理計畫，以達穩定供水及追求水資源永續經營之目標。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/18</date><governmentpublicationsnumber>1009704295</governmentpublicationsnumber><identifier>60800</identifier><internationalstandardbooknumber>9789860175820 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60800</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫供水區域各標的用水中長期規劃暨區域產業發展探討及推動之研究(光碟版)＝Mid-long Term Water Supply  Planning for Various Water Users in the Water Utilization Region of Shih-Men Reservoir and Study on Regional Improvement and Development on It</title><yearidentifier>200812</yearidentifier></data><data><abstract>石門水庫供水區域社經及都市急遽發展，中長期水資源經營管理策略研訂及推動益發迫切，進行相關資料蒐集及整理，並進行專業分析、探討及規劃，期能針對石門水庫供水區域未來發展趨勢擬訂一完整性中長期水資源經營管理計畫，以達穩定供水及追求水資源永續經營之目標。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/18</date><governmentpublicationsnumber>1009704295</governmentpublicationsnumber><identifier>60801</identifier><internationalstandardbooknumber>9789860175820 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60801</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫供水區域各標的用水中長期規劃暨區域產業發展探討及推動之研究＝Mid-Long Term Water Supply Planning for Various Water Users in the Water Utilization Region of Shih-Men Reservoir and Study on Regional Improvement and Development on its</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處中區水資源局</author><categoryidentifier>443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/18</date><governmentpublicationsnumber>8859900030</governmentpublicationsnumber><identifier>60806</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60806</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>集集共同引水計畫斗六大圳進水口更新改善工程基本設計報告</title><yearidentifier>200101</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養工作</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009500526</governmentpublicationsnumber><identifier>60814</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60814</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰閘門機電控制系統及設施檢查、維護、保養成果報告書</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009500526</governmentpublicationsnumber><identifier>60816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60816</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十四年度集集攔河堰閘門機電控制系統及設施檢查、維護、保養成果報告書(附冊)</title><yearidentifier>200603</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009600554</governmentpublicationsnumber><identifier>60817</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60817</librarycollectiondetailsurl><price>985</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十五年度集集攔河堰閘門機電控制系統及設施檢查維護保養成果報告書</title><yearidentifier>200611</yearidentifier></data><data><abstract>閘門機電設備：包括閘門，發電機，吊車計198門項檢查維護保養</abstract><author>大將作工業股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009600554</governmentpublicationsnumber><identifier>60818</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60818</librarycollectiondetailsurl><price>985</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>九十五年度集集攔河堰閘門機電控制系統及設施檢查維護保養成果報告書(附冊)</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009404627</governmentpublicationsnumber><identifier>60822</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60822</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>94</publishrocyear><title>集集攔河堰清淤及排砂操作之研究=The research of depositing and discharging sand operation in Chi-Chi weir(內附光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署中區水資源局轄管之集集攔河堰，自民國91年開始營運之後，主要之功能除改善彰化、雲林兩農田水利會過去沿濁水溪南北兩岸各自分散之簡陋引水設施，提供彰雲地區約十萬公頃農田灌溉的穩定水源之外，更可增加供應雲林地區民生用水暨調配雲林離島式基礎工業區工業用水。爾來有民眾質疑因集集攔河堰設置，造成濁水溪沖積扇地下水補注不足。惟集集攔河堰並無蓄水功能，且攔河堰抬高水位，有利地下水補注之增加，而濁水溪流域地表逕流量於豐枯水期分配不均，在枯水期之地表逕流量較為不足，無法完全滿足濁水溪南北兩岸農業用水、民生用水及工業用水等標的之用水需求，故彰雲地區之地下水仍被大量抽用，致使整個濁水溪下游沖積扇地下水水位有下降趨勢，可能為主要原因。為釐清民眾之質疑，提出「濁水溪下游河道伏流水及地下水調查分析」計畫，檢討集集攔河堰設置對濁水溪下游地下水補注產生之影響及探討濁水溪伏流水潛能量。集集攔河堰自民國91年開始營運之前，並無相關河川區域地下水水位長期觀測資料，僅原有濁水溪南北岸之地下水水位觀測井，故斷言集集堰設置阻斷濁水溪下游河道地下水補注，導致下游區域內地下水水位下降，無觀測成果與學理分析檢討，將流於過度簡化，並非妥適。且依地下水學理探討，影響地下水水位變動之因素錯綜複雜，非單一因子可得，須藉由實際觀測所得數據，配合原有濁水溪南北岸之地下水水位觀測井觀測之資料，以學理評估集集共同引水工程營運後對下游區域內地下水之影響及濁水溪伏流水潛能。</abstract><author>國立中興大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/19</date><governmentpublicationsnumber>1009600050</governmentpublicationsnumber><identifier>60824</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60824</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>濁水溪下游河道伏流水及地下水調查分析=Subsurface Flow and Groundwater Resources Investigation in Downstream of Cho-Shui River</title><yearidentifier>200701</yearidentifier></data><data><abstract>經濟部水利研議「台灣北部區域水資源經理基本計畫」，俾為分年推動水資源規劃及工程實施計畫之參據，以因應北部區域之供水問題。惟相關計畫方案須透過自來水供水管網系統之操作管理以落實，本計畫配合板二計畫推動，針對北部區整供水系統之清水聯通調度，完成可行之管網管理方案及操作管理策略。</abstract><author>巨廷工程股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/23</date><governmentpublicationsnumber>1009703065</governmentpublicationsnumber><identifier>60842</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60842</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>北部區域供水系統聯合供水管理規劃總報告＝Management  planning for integrated use of water supply system in northern Taiwan</title><yearidentifier>200901</yearidentifier></data><data><abstract>經濟部水利研議「台灣北部區域水資源經理基本計畫」，俾為分年推動水資源規劃及工程實施計畫之參據，以因應北部區域之供水問題。惟相關計畫方案須透過自來水供水管網系統之操作管理以落實，本計畫配合板二計畫推動，針對北部區整供水系統之清水聯通調度，完成可行之管網管理方案及操作管理策略。</abstract><author>巨廷工程股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/23</date><governmentpublicationsnumber>1009703065</governmentpublicationsnumber><identifier>60843</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60843</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>北部區域供水系統聯合供水管理規劃總報告(光碟版)＝Management  planning for integrated use of water supply system in northern Taiwan</title><yearidentifier>200901</yearidentifier></data><data><abstract>拆除水工構造物，恢復原河川原貌，看似對河川生態有著相當正面的幫助但我們卻往往忽略在拆除初期，上游淤積的大量泥沙在運移往下游的過程中將會衝擊現有生物棲地，而河道淤積亦可能造成下游洪氾的危險，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/24</date><governmentpublicationsnumber>1009703445</governmentpublicationsnumber><identifier>60863</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60863</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(1/3)資料光碟＝Efficiency assessment on removal and improvement of horizonal water diversion structures and river restoration</title><yearidentifier>200812</yearidentifier></data><data><abstract>樹湖溪位於花蓮縣壽豐鄉境內，集水面積約38.41平方公里，流經樹湖、溪口、豐山、壽豐、共和、光榮、豐裡及豐坪等村，相關支流如豐坪、豐裡、森本、四支一分線、豐田與豐山等排水，終皆匯入樹湖溪右岸，惟沼田溝（壽豐鄉雨水下水道）匯入樹湖溪左岸；樹湖溪於壽豐養殖區東北角匯入荖溪右岸，為花蓮溪水系荖溪之支流，屬於花蓮縣管區域排水。本計畫提出兩種綜合治水方案進行二維淹水模擬演算，並依其工程內容、用地面積、功能性、維護管理、下游淹水改善效果、土地問題、協調問題及工程費用等進行比較後，擇定採下游分洪道及現有漁塭滯洪、分洪方案、中游段滯洪池(編號15、17～21)方案及農田區灌溉制水閘門設置方案施作，以優先改善壽豐村與共和村淹水問題，另於上游段佈設一系列滯洪池，減輕中、下游排水負擔；此外，豐田車站南側地下道局部積淹問題，採豐田車站抽水機組更新方案進行改善。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.9385</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/24</date><governmentpublicationsnumber>1009604392</governmentpublicationsnumber><identifier>60864</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60864</librarycollectiondetailsurl><price>1500</price><publisher>水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫「花蓮縣管區排樹 湖溪排水系統規劃」正式成果報告書(光碟版)＝The 1st stage implementation plan of "regulation project of flood-prone areas" for Hwalian Shu-hu Creek, regional drainage system improvement project</title><yearidentifier>200812</yearidentifier></data><data><abstract>經濟部水利署北區水資源局95年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>60871</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60871</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十五年）</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009201971</governmentpublicationsnumber><identifier>60874</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60874</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃環境影響說明書 Feasibility Study of Tien Hwa Hu Reservoir Environmental Impact Statement</title><yearidentifier>200306</yearidentifier></data><data><abstract>水庫藉由計畫引水路引取後龍溪打鹿坑堰水源入庫蓄存，本辦畫為辦理此連接工程之工程規劃，主要工作項目為工程地質調查及評估、計畫引水隧道及銜接工程之規劃設計、工程費估算等。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009200387</governmentpublicationsnumber><identifier>60877</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60877</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃　五、工程專題　４.計畫引水路工程專題報告（九十一年度）－內附光碟  Feasibility Study of Tien Hwa Hu Reservoir Report on Intake Waterway Planning (Fiscal Year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>水庫開發施工時及完成後，其水庫原有之飛鳳道為集水區內之主要聯外道路隨即終斷，故須辦本辦畫，其主要工作項目為路線勘選，道路工程規劃設計及工程費估算等。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>100504 039</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009200384</governmentpublicationsnumber><identifier>60880</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60880</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃　五、工程專題　６.淹沒區道路遷移計畫專題報告（九十一年度）－內附光碟  Feasibility Study of Tien Hwa Hu Reservoir Report on Planning of Inundation Area Road Relocation (Fiscal Year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>除計算實例表</abstract><author>行政院勞工委員會勞工檢查處</author><categoryidentifier>440.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>33068770358</governmentpublicationsnumber><identifier>60887</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60887</librarycollectiondetailsurl><price></price><publisher>行政院勞工委員會勞工檢查處</publisher><publishrocyear>77</publishrocyear><title>移動式重機強計算及實例</title><yearidentifier>198804</yearidentifier></data><data><abstract>水庫開發完成後，須將原水引至淨水廠處理後，再供給用水地區，故須辦理水庫及淨水廠間之銜接管線工程規劃，其主要工作項目包括淨水廠勘選、輸水管路路線勘選及規劃設計、工程費估算等。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>100504 038</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009200389</governmentpublicationsnumber><identifier>60893</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60893</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃　五、工程專題　５.水庫下游輸水管線工程專題報告（九十一年度）－內附光碟  Feasibility Study of Tien Hwa Hu Reservoir Report on Planning of Reservoir Water Supply Pipeline (Fiscal Year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract>為配合辦理水庫之計畫引水路及薄山脊培厚區之工程規劃設計，故於該工程地點附近辦理地形測量及基樁埋設等工作。</abstract><author>經濟部水利署水利規劃試驗所、巨廷顧問公司</author><categoryidentifier>443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/25</date><governmentpublicationsnumber>1009200388</governmentpublicationsnumber><identifier>60894</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60894</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>天花湖水庫可行性規劃　四、測量專題　３.工程補充測量專題報告（九十一年度）－內附光碟  Feasibility Study of Tien Hwa Hu Reservoir Report on Supplementary Survey (Fiscal Year 2002)</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>60905</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60905</librarycollectiondetailsurl><price>650</price><publisher>水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告(光碟)Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>60920</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60920</librarycollectiondetailsurl><price>250</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>91</publishrocyear><title>翡翠水庫年刊 民國九十一年</title><yearidentifier>200210</yearidentifier></data><data><abstract>21世紀水資源經營管理之理念，除了滿足人類用水基本需求外，更應合理且有效率地利用水資源，以確保生態體系的完整性及人類的永續發展。因此，行政院於2002年5月所核定之「挑戰2008：國家發展重點計畫」之十大重點投資計畫中，明列「水與綠建設計畫」，並於計畫內容中涵括「推動合理水價與節約用水」、「綠建築」及「永續校園」等與節約用水及水再生利用相關之重點工作。本計畫期程自2003至2007年，希望由政府率先實行節約用水工作，全面推動機關、學校及公共場所汰換省水器材，並逐年推廣雨水及中水利用、工廠節約用水輔導與農業節水措施，期能立基於過去推動節水之成效與經驗，提高用水效率與效能，健全用水管理與制度，加速落實各項節水措施。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970031</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703630</governmentpublicationsnumber><identifier>60922</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60922</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>節水環境建構與推廣計畫(3/3)單冊報告『挑戰2008國家發展重點計畫積極推動節約用水計畫』推動成效檢討報告＝The achievement report for water conservation program</title><yearidentifier>200812</yearidentifier></data><data><abstract>為促使國內民生節約用水能加速地推動，並達到民生用水減量與回收再利用技術與成功改善經驗充分推廣之目的，舉辦5場的節水經驗分享座談會；另本年度執行96、97年水利署民生及公共大用水戶節水技術輔導案例之成效追蹤，俾供水利署作為後續辦理節水輔導及相關施政之參考。本年度之實際成果如下： 1.完成25案次之民生及公共大用水戶節水技術輔導（其中桃園、新竹地區計10案次），年節水量達191.8萬噸。 2.完成96年受輔導對象成效追蹤與本年度節水建議方案之受輔導單位改善意願調查，並提報水利署作為節水政策參考。 3.完成節水經驗分享座談會5場次，與會者308人次；並推廣學校、旅館業之節水經驗，以及雨/中水利用、省水器材換裝等2項技術。成效追蹤與成果報告彙整。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970032</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703650</governmentpublicationsnumber><identifier>60923</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60923</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度民生及公共大用水戶節水輔導計畫＝Commercial and institutional water conservation program 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>依據行政院「2015年經濟發展願景─公共建設套案」之「水水水」重點計畫，並延續「挑戰2008國家發展重點計畫─積極推動節約用水計畫」，協助水利署達成推動節約用水相關工作之逐年既定目標，三年全程計畫之工作成果摘要如下： (一)省水標章與省水器材推動 1.在省水標章推動方面，95年度至97年度無論產品審查通過件數、現場查核家次以及使用枚數申報彙整均符合年度計畫目標。在作業要點及產品規格方面，分別於95年度~97年度召開廠商座談會完成修訂，其中已將滾筒式洗衣機產品規格加入，並完成免?水小便器增項產品規格之訂定。 2.在相關法規制訂方面，95年度完成水龍頭國家標準(CNS8085~8088)之修訂，將省水型水龍頭流量(每分鐘不得大於9公升)納入國家標準。97年度完成蓮蓬頭國家標準之制定，所有產品最大流量每分鐘不得超過10公升。另外已於97年度完成「鼓勵民間參與省水技術研發獎勵辦法」之訂定，待主管機關公告後即可推動實施。97年度並完成澳大利亞用水效率標章分級及用水量標示制度及大陸耗水型產品淘汰機制推動現況之評估工作。 (二)節約用水網站系統維護、更新與管理 1.節約用水資訊網整合網站頁面做更簡易明瞭及分類方式檢索觀賞，同時美化更新頁面樣式，首頁更加入推動節水網路行銷欄位，可透過網路的電子化方式，來達到以電子媒體模式做節水政策行銷的推廣，未來可利用做即時省水標章最新產品推廣，並達到宣傳節水推廣活動的櫥窗。 2.水利署建置「政府機關及學校節約用水資料網路填報」作業平台，能逐步蒐集國內各級機關與學校實際用水資料，作為推動機關學校節水工作推動成效評核之參考。 (三)節水教育紮根與推廣 1.在各類型媒體教育宣導方面，95年至97年度共發行節水季刊41~48期及節水快遞1~4期。95年度至97年度期間，各類型報章雜誌及廣播電視露出節水專題報導共29則。96年度製作節水海報、貼紙、動畫及文宣手冊等。 2.在人才培訓及展示推廣方面，95年度至97年度分別辦理完成金門節水教育與推廣活動(包括淨水廠參觀、愛水解說員培訓、專題演講、節水著色比賽、節水教案撰寫、機場文宣發送等)、DIY節水包製作與推廣活動、雨水收集利用(包括雨水主題公園、展示系統、夏令營及創意比賽)節水義工訓練(水利署所屬機關、慈濟功德會及省水器材安裝實務等)及8縣市機關學校節水宣導說明會等工作。 (四)節水政策推動與成效彙整 1.在彙整各部會節約用水措施之工作成果方面，已完成各部會歷年推動成果分析彙整編製成果報告，並依行業別製作節水成功案例摺頁，加強節水宣導。 2.在未來推動策略研擬方面，已完成中長程節約用水策略規劃，並研提「2008-2012年節約用水措施計畫」送行政院核定，由經濟部水利署逐年編列經費推動，持續推動節約用水工作，以落實國家水資源永續經營之理念。 (五)行政支援完成全面換裝省水器材作業規劃研擬、配合第四屆亞洲土木工程國際會議參加國際永續科技展、萬人泳渡日月潭節水宣導活動、水利署飲水機排水回收利用規劃、水利署新店辦公區省水器材換裝及2008消保嘉年華「安全消費逗陣行 節能減碳作夥來」節水宣導等項工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970031</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703629</governmentpublicationsnumber><identifier>60924</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60924</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>節水環境建構與推廣計畫(3/3)總結報告＝Environmental  improvement and popularization plan of water conservation</title><yearidentifier>200812</yearidentifier></data><data><abstract>依據行政院「2015年經濟發展願景─公共建設套案」之「水水水」重點計畫，並延續「挑戰2008國家發展重點計畫─積極推動節約用水計畫」，協助水利署達成推動節約用水相關工作之逐年既定目標，三年全程計畫之工作成果摘要如下： (一)省水標章與省水器材推動 1.在省水標章推動方面，95年度至97年度無論產品審查通過件數、現場查核家次以及使用枚數申報彙整均符合年度計畫目標。在作業要點及產品規格方面，分別於95年度~97年度召開廠商座談會完成修訂，其中已將滾筒式洗衣機產品規格加入，並完成免?水小便器增項產品規格之訂定。 2.在相關法規制訂方面，95年度完成水龍頭國家標準(CNS8085~8088)之修訂，將省水型水龍頭流量(每分鐘不得大於9公升)納入國家標準。97年度完成蓮蓬頭國家標準之制定，所有產品最大流量每分鐘不得超過10公升。另外已於97年度完成「鼓勵民間參與省水技術研發獎勵辦法」之訂定，待主管機關公告後即可推動實施。97年度並完成澳大利亞用水效率標章分級及用水量標示制度及大陸耗水型產品淘汰機制推動現況之評估工作。 (二)節約用水網站系統維護、更新與管理 1.節約用水資訊網整合網站頁面做更簡易明瞭及分類方式檢索觀賞，同時美化更新頁面樣式，首頁更加入推動節水網路行銷欄位，可透過網路的電子化方式，來達到以電子媒體模式做節水政策行銷的推廣，未來可利用做即時省水標章最新產品推廣，並達到宣傳節水推廣活動的櫥窗。 2.水利署建置「政府機關及學校節約用水資料網路填報」作業平台，能逐步蒐集國內各級機關與學校實際用水資料，作為推動機關學校節水工作推動成效評核之參考。 (三)節水教育紮根與推廣 1.在各類型媒體教育宣導方面，95年至97年度共發行節水季刊41~48期及節水快遞1~4期。95年度至97年度期間，各類型報章雜誌及廣播電視露出節水專題報導共29則。96年度製作節水海報、貼紙、動畫及文宣手冊等。 2.在人才培訓及展示推廣方面，95年度至97年度分別辦理完成金門節水教育與推廣活動(包括淨水廠參觀、愛水解說員培訓、專題演講、節水著色比賽、節水教案撰寫、機場文宣發送等)、DIY節水包製作與推廣活動、雨水收集利用(包括雨水主題公園、展示系統、夏令營及創意比賽)節水義工訓練(水利署所屬機關、慈濟功德會及省水器材安裝實務等)及8縣市機關學校節水宣導說明會等工作。 (四)節水政策推動與成效彙整 1.在彙整各部會節約用水措施之工作成果方面，已完成各部會歷年推動成果分析彙整編製成果報告，並依行業別製作節水成功案例摺頁，加強節水宣導。 2.在未來推動策略研擬方面，已完成中長程節約用水策略規劃，並研提「2008-2012年節約用水措施計畫」送行政院核定，由經濟部水利署逐年編列經費推動，持續推動節約用水工作，以落實國家水資源永續經營之理念。 (五)行政支援完成全面換裝省水器材作業規劃研擬、配合第四屆亞洲土木工程國際會議參加國際永續科技展、萬人泳渡日月潭節水宣導活動、水利署飲水機排水回收利用規劃、水利署新店辦公區省水器材換裝及2008消保嘉年華「安全消費逗陣行 節能減碳作夥來」節水宣導等項工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970031</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703621</governmentpublicationsnumber><identifier>60925</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60925</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>節水環境建構與推廣計畫(3/3)＝Environmental  improvement and popularization plan of water conservation</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區水資源短缺，故替代水源的開發與再利用已成為未來水資源開發的重要途徑，而離島地區的情形更為嚴重；其中雨水是較易取得且要較少的能源輸送處理，而且對環境的影響較小，本計畫完成既有雨水利用設施調查評估；全國雨水水質調查評估；建立雨水利用資訊系統資料庫；雨水利用系統性能技術提升。</abstract><author>台灣水環境再生協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970036</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703852</governmentpublicationsnumber><identifier>60926</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60926</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>雨水貯留利用水質調查分析及性能提升技術研發＝Research on the rainwater quality and improvement technology of Rainwater Utilization System</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣地區水資源短缺，故替代水源的開發與再利用已成為未來水資源開發的重要途徑，而離島地區的情形更為嚴重；其中雨水是較易取得且要較少的能源輸送處理，而且對環境的影響較小，本計畫完成既有雨水利用設施調查評估；全國雨水水質調查評估；建立雨水利用資訊系統資料庫；雨水利用系統性能技術提升。</abstract><author>台灣水環境再生協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970036</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009703852</governmentpublicationsnumber><identifier>60927</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60927</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>雨水貯留利用水質調查分析及性能提升技術研發(附冊)＝Research on the rainwater quality and improvement technology of Rainwater Utilization System</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫透過基礎教育、民間參與、網路資源及電子媒體等方式，將第層下陷防治觀念傳遞各階層名眾，其達全民防治地層下陷之目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940234</commissionedprojectidentifier><currency>NT$</currency><date>2009/3/26</date><governmentpublicationsnumber>1009404362</governmentpublicationsnumber><identifier>60928</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60928</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>地層下陷防治專業訓練講習與宣導(光碟版)Training Session and Propagnanda for Land Subsidence Prevention</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對河川特性、現況河道地形 、水文變化情形及兩岸土地利用情況，重新檢討原治理計畫，以有效減免洪災、維護河川正常機能與優質環境，作為河川管理及治理之依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/27</date><governmentpublicationsnumber>1009604271</governmentpublicationsnumber><identifier>60931</identifier><internationalstandardbooknumber>9789860126785 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60931</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高屏溪治理規劃檢討及基本計畫(光碟版) Review on the Regulation Planning of Gaopin River</title><yearidentifier>200801</yearidentifier></data><data><abstract>本次規劃範圍自新寮匯流處至曾文溪匯流口止，長約7.41公里，對其做基本資料調查分析(一)河道斷面測量(二)防洪構造物調查(三)跨河構造物調查(四)河床質採樣(五)洪災調查分析。</abstract><author>益川工程顧問公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/27</date><governmentpublicationsnumber>1009001034</governmentpublicationsnumber><identifier>60932</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60932</librarycollectiondetailsurl><price>600</price><publisher>台南縣政府</publisher><publishrocyear>90</publishrocyear><title>曾文溪水系油車溪治理規劃報告=Administrative Scheme of Yu-Che Stream in System of  Tsteng-Wen Stream</title><yearidentifier>200105</yearidentifier></data><data><abstract>石門水庫為桃園地區之主要水源，原設計主要功能為供應農業用水，惟因桃園地區社經條件丕變，水庫供水標的演變成公共給水及灌溉並重。近年極端水文事件發生頻繁，桃芝、納莉、艾利、海棠、馬莎等颱風相繼來襲，引發嚴重土石災害，巨量泥砂沖入庫區，導致水庫原水濁度異常飆高，遠超過淨水場處理能力，供水短缺對民生不便及工業投資意願均產生莫大影響。</abstract><author>經濟部水利署</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/3/30</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>60956</identifier><internationalstandardbooknumber>18148840 ; 18148840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_60956</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水利第16期</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學土木系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/1</date><governmentpublicationsnumber>1009000763</governmentpublicationsnumber><identifier>61021</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61021</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>非破壞性堤身中空調查技術之研究報告=The Study of Application of Nondestructive Testing Technology to Investigate the Voids of Embankment</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/2</date><governmentpublicationsnumber>8854890647</governmentpublicationsnumber><identifier>61030</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61030</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>濁水溪沖積扇地表地下水聯合運用總報告</title><yearidentifier>200103</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/3</date><governmentpublicationsnumber>1009701611</governmentpublicationsnumber><identifier>61069</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61069</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區管理局96年度工作年報= Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2007annual job report</title><yearidentifier>200809</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/3</date><governmentpublicationsnumber>1009701611</governmentpublicationsnumber><identifier>61070</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61070</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>臺北水源特定區管理局96年度工作年報= Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2007annual job report</title><yearidentifier>200809</yearidentifier></data><data><abstract>由於阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095水南阿勞</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/3</date><governmentpublicationsnumber>1009800089</governmentpublicationsnumber><identifier>61075</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61075</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫營運階段環境監測-97年度工作成果報告＝The Environmental Monitoring Program During Operation Period Of A-Kung-Tien Reservoir</title><yearidentifier>200902</yearidentifier></data><data><abstract>由於阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095水南阿勞</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/3</date><governmentpublicationsnumber>1009800089</governmentpublicationsnumber><identifier>61077</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61077</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫營運階段環境監測-97年度工作成果報告(光碟版) ＝The Environmental Monitoring Program During Operation Period Of A-Kung-Tien Reservoir</title><yearidentifier>200902</yearidentifier></data><data><abstract>獅潭鄉實施多年封溪護魚已有顯著成果，平時約有15位護魚巡守隊義工擔任護魚工作，實施封溪護魚後新店溪中有台灣鏟頜魚、粗首?、平頜?、爬岩鰍、?虎、鱸鰻、溪蝦等豐富魚類，適合民眾平常休憩及遊客們賞景的好地方。豐富魚類每年颱風季節來臨，溪水暴漲將溪中魚類沖失殆盡，之後又由封溪護魚讓魚類回到原本數目，週而復始。目前問題為並無階梯讓民眾下溪親身體驗魚在身邊游感覺無法讓民眾感覺親近，亦可開放部分垂釣區如義民廟一帶，酌收清潔費，維持護魚巡守隊組織運作，串連整個新店村及永興村觀光休閒產業。</abstract><author>康技技術顧問股份有限公司</author><categoryidentifier>443.6933   443.619   443.68970302</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970210</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009703403</governmentpublicationsnumber><identifier>61081</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61081</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪水系支流新店溪護魚步道先期規劃設計=Preliminary Plan of fish-reserving Walking-trail for Hsintien creek? Houlong River</title><yearidentifier>200812</yearidentifier></data><data><abstract>獅潭鄉實施多年封溪護魚已有顯著成果，平時約有15位護魚巡守隊義工擔任護魚工作，實施封溪護魚後新店溪中有台灣鏟頜魚、粗首?、平頜?、爬岩鰍、?虎、鱸鰻、溪蝦等豐富魚類，適合民眾平常休憩及遊客們賞景的好地方。豐富魚類每年颱風季節來臨，溪水暴漲將溪中魚類沖失殆盡，之後又由封溪護魚讓魚類回到原本數目，週而復始。目前問題為並無階梯讓民眾下溪親身體驗魚在身邊游感覺無法讓民眾感覺親近，亦可開放部分垂釣區如義民廟一帶，酌收清潔費，維持護魚巡守隊組織運作，串連整個新店村及永興村觀光休閒產業。</abstract><author>康技技術顧問股份有限公司</author><categoryidentifier>443.6933   443.619   443.68970302</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970210</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009703403</governmentpublicationsnumber><identifier>61082</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61082</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>後龍溪水系支流新店溪護魚步道先期規劃設計(光碟版)=Preliminary Plan of fish-reserving Walking-trail for Hsintien creek? Houlong River</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫依環境影響評估法、開發行為環境影響評估作業準則規定，辦理水庫及工程用地周邊之現況調查、影響預測及評估工作，並?總士文水庫可行性規劃(6)- 第一階段環境影響評估1/2、2/2成果，為本水庫可行性規劃專題報告之一。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.64   443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960073</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800225</governmentpublicationsnumber><identifier>61090</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61090</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)－第一階段環境影響評估總報告＝Feasibility Planning of Shi-Wen Reservoir (7)General Report on Environmental Impact Statement</title><yearidentifier>200902</yearidentifier></data><data><abstract>本計畫依環境影響評估法、開發行為環境影響評估作業準則規定，辦理水庫及工程用地周邊之現況調查、影響預測及評估工作，並?總士文水庫可行性規劃(6)- 第一階段環境影響評估1/2、2/2成果，為本水庫可行性規劃專題報告之一。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960073</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800225</governmentpublicationsnumber><identifier>61091</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61091</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)－第一階段環境影響評估總報告(光碟版)＝Feasibility Planning of Shi-Wen Reservoir (7)General Report on Environmental Impact Statement</title><yearidentifier>200902</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之作項目中之發電工程規劃，持續推動士文水庫計畫，取代地下水源使屏東平原地下水區得以獲得休養的機會，提升鄰近地區地下水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800039</governmentpublicationsnumber><identifier>61096</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61096</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 發電工程規劃 =Feasibility Study of Shi-Wen Reservoir(7)Planning of Hydropower Plant</title><yearidentifier>200902</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之作項目中之發電工程規劃，持續推動士文水庫計畫，取代地下水源使屏東平原地下水區得以獲得休養的機會，提升鄰近地區地下水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800039</governmentpublicationsnumber><identifier>61097</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61097</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 發電工程規劃(光碟版) =Feasibility Study of Shi-Wen Reservoir(7)Planning of Hydropower Plant</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800039</governmentpublicationsnumber><identifier>61099</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61099</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 發電工程規劃成果光碟 =Feasibility Study of Shi-Wen Reservoir(7)Planning of Hydropower Plant</title><yearidentifier>200902</yearidentifier></data><data><abstract>配合士文水庫計畫研擬最適淨水場方案，將士文水庫水量經輸水管線送至淨水場處理後供應屏東地區使用，以取代地下水源使屏東平原地下水區得以獲得休養的機會，並可因應未來屏東地區使用自來水意願大幅提昇自來水用水需求之成長。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800040</governmentpublicationsnumber><identifier>61103</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61103</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 下游輸水工程規劃=Feasibility Study of Shi-Wen Reservoir(7) Planning of Water Supply Pipeline</title><yearidentifier>200902</yearidentifier></data><data><abstract>配合士文水庫計畫研擬最適淨水場方案，將士文水庫水量經輸水管線送至淨水場處理後供應屏東地區使用，以取代地下水源使屏東平原地下水區得以獲得休養的機會，並可因應未來屏東地區使用自來水意願大幅提昇自來水用水需求之成長。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800040</governmentpublicationsnumber><identifier>61104</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61104</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 下游輸水工程規劃(光碟版)=Feasibility Study of Shi-Wen Reservoir(7) Planning of Water Supply Pipeline</title><yearidentifier>200902</yearidentifier></data><data><abstract>配合士文水庫計畫研擬最適淨水場方案，將士文水庫水量經輸水管線送至淨水場處理後供應屏東地區使用，以取代地下水源使屏東平原地下水區得以獲得休養的機會，並可因應未來屏東地區使用自來水意願大幅提昇自來水用水需求之成長。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800040</governmentpublicationsnumber><identifier>61106</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61106</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 四、關聯計畫 下游輸水工程規劃成果光碟=Feasibility Study of Shi-Wen Reservoir(7) Planning of Water Supply Pipeline</title><yearidentifier>200902</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之作項目中之施工規劃，持續推動士文水庫計畫，取代地下水源使屏東平原地下水區得以獲得休養的機會，提升鄰近地區地下水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800038</governmentpublicationsnumber><identifier>61107</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61107</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)-- 一、工程專題 施工規劃整體評估檢討=Feasility Study of Shi-Wen Reservoir (7) Overall Evaluation of Construction Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract>依95年士文水庫可行性規劃階段性總報告所羅列尚未辦理之作項目中之施工規劃，持續推動士文水庫計畫，取代地下水源使屏東平原地下水區得以獲得休養的機會，提升鄰近地區地下水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800038</governmentpublicationsnumber><identifier>61108</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61108</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 一、工程專題 施工規劃整體評估檢討(光碟版)=Feasility Study of Shi-Wen Reservoir (7) Overall Evaluation of Construction Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800038</governmentpublicationsnumber><identifier>61109</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61109</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 一、工程專題 施工規劃整體評估檢成果光碟=Feasility Study of Shi-Wen Reservoir (7) Overall Evaluation of Construction Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract>專題報告工作內容包括壩體洩水結構佈置、溢洪道、消能池規劃佈置、上游攔砂設施檢討、工程費檢討估算、增列工程用地需求檢討、97年前相關工程規劃成果檢討、聯外道路規劃、?泉調查評估等，以持續推動士文水庫計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800037</governmentpublicationsnumber><identifier>61113</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61113</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)  一、工程專題 工程規劃檢討=Feasility Study of Shi-Wen Reservoir (7) Evaluation of Engineering Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract>專題報告工作內容包括壩體洩水結構佈置、溢洪道、消能池規劃佈置、上游攔砂設施檢討、工程費檢討估算、增列工程用地需求檢討、97年前相關工程規劃成果檢討、聯外道路規劃、?泉調查評估等，以持續推動士文水庫計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800037</governmentpublicationsnumber><identifier>61114</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61114</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)  一、工程專題 工程規劃檢討(光碟版)=Feasility Study of Shi-Wen Reservoir (7) Evaluation of Engineering Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800037</governmentpublicationsnumber><identifier>61115</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61115</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)  一、工程專題 工程規劃檢討成果光碟=Feasility Study of Shi-Wen Reservoir (7) Evaluation of Engineering Planning</title><yearidentifier>200902</yearidentifier></data><data><abstract>藉由各子計畫之研究，探討士文水庫在地質、工程設計、經濟、財務、社會及環境上之可行性，持續推動士文水庫計畫，以取代地下水源使屏東平原地下水區得以獲得休養的機會，並大幅提昇自來水用水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800044</governmentpublicationsnumber><identifier>61118</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61118</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃總報告＝Summary Report of Feasibility Study for Shi-Wen Reservoir Project</title><yearidentifier>200902</yearidentifier></data><data><abstract>藉由各子計畫之研究，探討士文水庫在地質、工程設計、經濟、財務、社會及環境上之可行性，持續推動士文水庫計畫，以取代地下水源使屏東平原地下水區得以獲得休養的機會，並大幅提昇自來水用水普及率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800044</governmentpublicationsnumber><identifier>61120</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61120</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃總報告(光碟版)＝Summary Report of Feasibility Study for Shi-Wen Reservoir Project</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800044</governmentpublicationsnumber><identifier>61121</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61121</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃總報告成果光碟=Summary Report of Feasility Study for Shi-Wen Reservoir</title><yearidentifier>200902</yearidentifier></data><data><abstract>綜合以往調查、分析、評估及規劃結果，針對士文水庫未來營運管理組織、水庫運轉規劃、營運管理系統建置及監測與維護等進行規劃，以提供水庫完成後營運之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800042</governmentpublicationsnumber><identifier>61122</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61122</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 營運管理計畫=Feasility Study of Shi-Wen Reservoir (7) Planning of Operation and Managment</title><yearidentifier>200902</yearidentifier></data><data><abstract>綜合以往調查、分析、評估及規劃結果，針對士文水庫未來營運管理組織、水庫運轉規劃、營運管理系統建置及監測與維護等進行規劃，以提供水庫完成後營運之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800042</governmentpublicationsnumber><identifier>61123</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61123</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 營運管理計畫(光碟版)=Feasility Study of Shi-Wen Reservoir (7) Planning of Operation and Managment</title><yearidentifier>200902</yearidentifier></data><data><abstract>綜合以往調查、分析、評估及規劃結果，針對士文水庫未來營運管理組織、水庫運轉規劃、營運管理系統建置及監測與維護等進行規劃，以提供水庫完成後營運之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800042</governmentpublicationsnumber><identifier>61125</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61125</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 營運管理計畫成果光碟=Feasility Study of Shi-Wen Reservoir (7) Planning of Operation and Managment</title><yearidentifier>200902</yearidentifier></data><data><abstract>士文水庫目前尚在規劃階段，本計畫前瞻性的角度先行規劃相關資料的架構，在資料的產出將能依循分類及歸納，未來將能透過資料處理及管理流程機制達到士文水庫資料、圖資永久典藏，最後能達到資料流通及共享。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800043</governmentpublicationsnumber><identifier>61126</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61126</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題資料數化架構規劃=Feasility Study of Shi-Wen Reservoir (7) Planning of Database Structure</title><yearidentifier>200902</yearidentifier></data><data><abstract>士文水庫目前尚在規劃階段，本計畫前瞻性的角度先行規劃相關資料的架構，在資料的產出將能依循分類及歸納，未來將能透過資料處理及管理流程機制達到士文水庫資料、圖資永久典藏，最後能達到資料流通及共享。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800043</governmentpublicationsnumber><identifier>61127</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61127</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題資料數化架構規劃(光碟版)=Feasility Study of Shi-Wen Reservoir (7) Planning of Database Structure</title><yearidentifier>200902</yearidentifier></data><data><abstract>綜合以往調查、分析、評估及規劃結果，針對士文水庫未來營運管理組織、水庫運轉規劃、營運管理系統建置及監測與維護等進行規劃，以提供水庫完成後營運之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800042</governmentpublicationsnumber><identifier>61129</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61129</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題資料數化架構規劃成果光碟=Feasility Study of Shi-Wen Reservoir (7) Planning of Database Structure</title><yearidentifier>200902</yearidentifier></data><data><abstract>估算士文水庫工程之建造成本及年計成本，提出計畫評價並量化其效益。依據計畫之成本與效益，進行益本比、淨效益及內部報酬率等計算評估計畫之經濟可行性，同時依據預估之成本、營運收入及支出等資料，研究計畫之資金籌措方式及償還能力，作為政府核定計畫之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800041</governmentpublicationsnumber><identifier>61130</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61130</librarycollectiondetailsurl><price>9.79E+12</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 財務及經濟分析=Feasility Study of Shi-Wen Reservoir (7) Financial and Economic Analysis</title><yearidentifier>200902</yearidentifier></data><data><abstract>估算士文水庫工程之建造成本及年計成本，提出計畫評價並量化其效益。依據計畫之成本與效益，進行益本比、淨效益及內部報酬率等計算評估計畫之經濟可行性，同時依據預估之成本、營運收入及支出等資料，研究計畫之資金籌措方式及償還能力，作為政府核定計畫之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800041</governmentpublicationsnumber><identifier>61131</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61131</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 財務及經濟分析(光碟版)=Feasility Study of Shi-Wen Reservoir (7) Financial and Economic Analysis</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/6</date><governmentpublicationsnumber>1009800041</governmentpublicationsnumber><identifier>61132</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61132</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7) 五、綜合專題 財務及經濟分析成果光碟=Feasility Study of Shi-Wen Reservoir (7) Financial and Economic Analysis</title><yearidentifier>200902</yearidentifier></data><data><abstract>本手冊之目的在提共本署及縣市政府辦理縣管事業中有關「滯洪設施規劃設計」參考使用，再規劃設計過程中常依工程師不同經驗與實務影響，以致規劃方式缺乏一致性，為減少規劃過程中之個人處理方式影響，並求規劃設計成果較週全考量，以提昇國內滯(蓄)洪設施規劃設計之水準，作為滯(蓄)洪設施規劃設計之依循，乃編定本參考手冊。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA0950237</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009503895</governmentpublicationsnumber><identifier>61149</identifier><internationalstandardbooknumber>9789860079531 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃</publisher><publishrocyear>95</publishrocyear><title>滯洪設施規劃設計參考手冊</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫範圍係從青山漁港西南航道至頂頭額汕間約10km海岸段(含面積約17km2之七股潟湖)。希藉由本段海岸砂洲及潟湖內資料蒐集、地形水深測量、潮波流與漂砂調查分析等工作，探討七股潟湖砂洲變遷之物理機制及消退原因，繼以數值模式及現場試驗方法進行方案成效評估，研擬七股潟湖保護砂洲的對策及方案，提供防護工作實施時之依據。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>61164</identifier><internationalstandardbooknumber>9789860052220 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61164</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>七股潟湖保護對策研究(2/2)光碟版 成果資料 =Conservation Strategies for Sand Bar of Chi-Gu Lagoon(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>水利署自民國70年起，蒐集歷年各標的投資資料，進行系統性之整理、歸納及統計分析，俾呈現各年度水資源之投資概況。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009702388</governmentpublicationsnumber><identifier>61165</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61165</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署台灣地區水資源投資分析96年度報告(光碟版)</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。計畫範圍含括二仁溪河口南北各約3.5公里海岸共約7公里。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009501201</governmentpublicationsnumber><identifier>61167</identifier><internationalstandardbooknumber>9789860052239 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61167</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究(2/2))─光碟版 成果資料=Restoration of Sandy Coast at Tainan and Kaohsiung(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫之目的在改善現仍呈現侵蝕海堤之斷面型式，希望達成海岸防災目標時亦能營造有益海域生態之環境。本計劃延續民國95年執行之「青草崙海岸復育之研究」計畫的研究成果，選擇台南市青草崙海堤塌陷段，進行海堤斷面改善現地試驗，全程計畫分三年進行，第一年為海堤斷面改善現地試驗之研擬與施工，今年為二年計畫，主要進行海提改善斷面完工後之安全性與生態性的監測與評估。　</abstract><author>成大研究發展基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009703561</governmentpublicationsnumber><identifier>61168</identifier><internationalstandardbooknumber>9789860162981 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61168</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>97</publishrocyear><title>海岸生態工法研究─生態性海堤之研究(2/3)〈光碟版〉成果資料=Coastal Eco-Technology Ecology Dike Research(2/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>為瞭解斗?堰周邊水域生態環境變化與附設魚道自完工以?之 效?，自民國95 及96 ?開始即針對斗?堰上下游進?每月一次的水 域生態資源（魚?及蝦?）調查研究，以斗?堰魚道系統的效?評估。 今?（民國97 ?）為進一步評估魚道經過改修之後的效?情形，乃 再延續為期一?的計畫。 魚道改修工程從去?十二月進?至今?一月，二月完成驗收。根 據民國96 與97 ?調查資?進?比較，發現這??物種組成相似。但 在族群??方面民國97 ?與民國96 ?比較，斗?堰下游樣站增加 1.85 倍，斗?堰上游站增加1.85 倍。今?在上游測站發現台灣石　、 高身小鰾鮈及明潭吻蝦虎魚等主要?用魚道的的優勢魚種，其??明 顯多於下游測站的??。另外，其他?用魚道的優勢魚種為爬鰍科的 埔?中華爬岩鰍與台灣間爬岩鰍，在今?一整?的上、下游??並無 明顯差?。粗首?也是屬於魚道的主要?用族群，但是其在下游的? ?明顯多於上游。由以上這些族群分佈與??上的統計結果，顯示魚 道改修後對於斗?堰生態?道有正面幫助。 魚道內?速介於0.83～2.88（m/s），通??在0.12～1.00（cms） 之間，已符合原設計??0.74cms。今?8 月已於斗?堰魚道進水口 加裝攔污柵之後，也解決?魚道潛孔容?阻?，而會導致魚道通水? ?足的問題。本計畫並在魚道改善工程完工後，進?2 次的小規模魚 道改修，使魚道的水?條件?加完善。 在過去三?（ 95、96 及97 ?） 的生態調查中， ?積 ?相當豐富的生態調查資?， 證明?本魚道對於斗?堰 上下游生物?道暢通的重要性。同時依據實際觀測與水 I ?分析， 完成魚道的改善工作， 後續的魚道效?評估亦 證實本項改善計畫已經達到預期目標。然而， 由於清水 溪主?經常沿著右岸越過枋?導水暗渠順?而下， 導致 部分魚?受限於此。所以建議於後續??中在枋?導水 暗渠右岸增設過魚設施， 以徹底改善本地生物?道的問題。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970295</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009800481</governmentpublicationsnumber><identifier>61171</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61171</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度斗六堰魚道改善後水域生態監測追蹤成果報告The Assessment on the Ecological Monitoring after Modifying of Fishway in Dou-Liou Weir 2008</title><yearidentifier>200903</yearidentifier></data><data><abstract>為瞭解斗?堰周邊水域生態環境變化與附設魚道自完工以?之 效?，自民國95 及96 ?開始即針對斗?堰上下游進?每月一次的水 域生態資源（魚?及蝦?）調查研究，以斗?堰魚道系統的效?評估。 今?（民國97 ?）為進一步評估魚道經過改修之後的效?情形，乃 再延續為期一?的計畫。 魚道改修工程從去?十二月進?至今?一月，二月完成驗收。根 據民國96 與97 ?調查資?進?比較，發現這??物種組成相似。但 在族群??方面民國97 ?與民國96 ?比較，斗?堰下游樣站增加 1.85 倍，斗?堰上游站增加1.85 倍。今?在上游測站發現台灣石　、 高身小鰾鮈及明潭吻蝦虎魚等主要?用魚道的的優勢魚種，其??明 顯多於下游測站的??。另外，其他?用魚道的優勢魚種為爬鰍科的 埔?中華爬岩鰍與台灣間爬岩鰍，在今?一整?的上、下游??並無 明顯差?。粗首?也是屬於魚道的主要?用族群，但是其在下游的? ?明顯多於上游。由以上這些族群分佈與??上的統計結果，顯示魚 道改修後對於斗?堰生態?道有正面幫助。 魚道內?速介於0.83～2.88（m/s），通??在0.12～1.00（cms） 之間，已符合原設計??0.74cms。今?8 月已於斗?堰魚道進水口 加裝攔污柵之後，也解決?魚道潛孔容?阻?，而會導致魚道通水? ?足的問題。本計畫並在魚道改善工程完工後，進?2 次的小規模魚 道改修，使魚道的水?條件?加完善。 在過去三?（ 95、96 及97 ?） 的生態調查中， ?積 ?相當豐富的生態調查資?， 證明?本魚道對於斗?堰 上下游生物?道暢通的重要性。同時依據實際觀測與水 I ?分析， 完成魚道的改善工作， 後續的魚道效?評估亦 證實本項改善計畫已經達到預期目標。然而， 由於清水 溪主?經常沿著右岸越過枋?導水暗渠順?而下， 導致 部分魚?受限於此。所以建議於後續??中在枋?導水 暗渠右岸增設過魚設施， 以徹底改善本地生物?道的問題。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009800481</governmentpublicationsnumber><identifier>61172</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61172</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度斗六堰魚道改善後水域生態監測追蹤成果報告(光碟版)The Assessment on the Ecological Monitoring after Modifying of Fishway in Dou-Liou Weir 2008</title><yearidentifier>200903</yearidentifier></data><data><abstract>集集共同引水計畫於民國82 年5 月奉行政院核定實施，依據環境 影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之 外，營運期間對環境之管理亦必須妥擬執行計畫。民國91 年1 月起集 集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工 作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最 低程度，民國92 至民國96 年已完成集集攔河堰環境監測，爰持續進 行民國97 年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970295</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009800480</governmentpublicationsnumber><identifier>61174</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61174</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度集集攔河堰營運階段水域生態及水質監測成果報告 Chi-Chi Weir Operation in yr.2008 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>200903</yearidentifier></data><data><abstract>集集共同引水計畫於民國82 年5 月奉行政院核定實施，依據環境 影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之 外，營運期間對環境之管理亦必須妥擬執行計畫。民國91 年1 月起集 集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工 作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最 低程度，民國92 至民國96 年已完成集集攔河堰環境監測，爰持續進 行民國97 年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/7</date><governmentpublicationsnumber>1009800480</governmentpublicationsnumber><identifier>61175</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61175</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>97年度集集攔河堰營運階段水域生態及水質監測成果報告(光碟版) Chi-Chi Weir Operation in yr.2008 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>200903</yearidentifier></data><data><abstract>台灣地區水資源短缺，故替代水源的開發與再利用已成為未來水資源開發的重要途徑，而離島地區的情形更為嚴重；其中雨水是較易取得且要較少的能源輸送處理，而且對環境的影響較小，本計畫完成既有雨水利用設施調查評估；全國雨水水質調查評估；建立雨水利用資訊系統資料庫；雨水利用系統性能技術提升。</abstract><author>台灣水環境再生協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEARA0970036</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/9</date><governmentpublicationsnumber>1009703852</governmentpublicationsnumber><identifier>61192</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61192</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>雨水貯留利用水質調查分析及性能提升技術研發－光碟版 ＝Research on the rainwater quality and improvement technology of Rainwater Utilization System</title><yearidentifier>200812</yearidentifier></data><data><abstract>為促使國內民生節約用水能加速地推動，並達到民生用水減量與回收再利用技術與成功改善經驗充分推廣之目的，舉辦5場的節水經驗分享座談會；另本年度執行96、97年水利署民生及公共大用水戶節水技術輔導案例之成效追蹤，俾供水利署作為後續辦理節水輔導及相關施政之參考。本年度之實際成果如下： 1.完成25案次之民生及公共大用水戶節水技術輔導（其中桃園、新竹地區計10案次），年節水量達191.8萬噸。 2.完成96年受輔導對象成效追蹤與本年度節水建議方案之受輔導單位改善意願調查，並提報水利署作為節水政策參考。 3.完成節水經驗分享座談會5場次，與會者308人次；並推廣學校、旅館業之節水經驗，以及雨/中水利用、省水器材換裝等2項技術。成效追蹤與成果報告彙整。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970032</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/9</date><governmentpublicationsnumber>1009703650</governmentpublicationsnumber><identifier>61193</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61193</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>97年度民生及公共大用水戶節水輔導計畫－光碟版＝Commercial and institutional water conservation program 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>依據行政院「2015年經濟發展願景─公共建設套案」之「水水水」重點計畫，並延續「挑戰2008國家發展重點計畫─積極推動節約用水計畫」，協助水利署達成推動節約用水相關工作之逐年既定目標，三年全程計畫之工作成果摘要如下： (一)省水標章與省水器材推動 1.在省水標章推動方面，95年度至97年度無論產品審查通過件數、現場查核家次以及使用枚數申報彙整均符合年度計畫目標。在作業要點及產品規格方面，分別於95年度~97年度召開廠商座談會完成修訂，其中已將滾筒式洗衣機產品規格加入，並完成免?水小便器增項產品規格之訂定。 2.在相關法規制訂方面，95年度完成水龍頭國家標準(CNS8085~8088)之修訂，將省水型水龍頭流量(每分鐘不得大於9公升)納入國家標準。97年度完成蓮蓬頭國家標準之制定，所有產品最大流量每分鐘不得超過10公升。另外已於97年度完成「鼓勵民間參與省水技術研發獎勵辦法」之訂定，待主管機關公告後即可推動實施。97年度並完成澳大利亞用水效率標章分級及用水量標示制度及大陸耗水型產品淘汰機制推動現況之評估工作。 (二)節約用水網站系統維護、更新與管理 1.節約用水資訊網整合網站頁面做更簡易明瞭及分類方式檢索觀賞，同時美化更新頁面樣式，首頁更加入推動節水網路行銷欄位，可透過網路的電子化方式，來達到以電子媒體模式做節水政策行銷的推廣，未來可利用做即時省水標章最新產品推廣，並達到宣傳節水推廣活動的櫥窗。 2.水利署建置「政府機關及學校節約用水資料網路填報」作業平台，能逐步蒐集國內各級機關與學校實際用水資料，作為推動機關學校節水工作推動成效評核之參考。 (三)節水教育紮根與推廣 1.在各類型媒體教育宣導方面，95年至97年度共發行節水季刊41~48期及節水快遞1~4期。95年度至97年度期間，各類型報章雜誌及廣播電視露出節水專題報導共29則。96年度製作節水海報、貼紙、動畫及文宣手冊等。 2.在人才培訓及展示推廣方面，95年度至97年度分別辦理完成金門節水教育與推廣活動(包括淨水廠參觀、愛水解說員培訓、專題演講、節水著色比賽、節水教案撰寫、機場文宣發送等)、DIY節水包製作與推廣活動、雨水收集利用(包括雨水主題公園、展示系統、夏令營及創意比賽)節水義工訓練(水利署所屬機關、慈濟功德會及省水器材安裝實務等)及8縣市機關學校節水宣導說明會等工作。 (四)節水政策推動與成效彙整 1.在彙整各部會節約用水措施之工作成果方面，已完成各部會歷年推動成果分析彙整編製成果報告，並依行業別製作節水成功案例摺頁，加強節水宣導。 2.在未來推動策略研擬方面，已完成中長程節約用水策略規劃，並研提「2008-2012年節約用水措施計畫」送行政院核定，由經濟部水利署逐年編列經費推動，持續推動節約用水工作，以落實國家水資源永續經營之理念。 (五)行政支援完成全面換裝省水器材作業規劃研擬、配合第四屆亞洲土木工程國際會議參加國際永續科技展、萬人泳渡日月潭節水宣導活動、水利署飲水機排水回收利用規劃、水利署新店辦公區省水器材換裝及2008消保嘉年華「安全消費逗陣行 節能減碳作夥來」節水宣導等項工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/9</date><governmentpublicationsnumber>1009703621</governmentpublicationsnumber><identifier>61194</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61194</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>節水環境建構與推廣計畫(3/3)－光碟版＝Environmental  improvement and popularization plan of water conservation</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘 要一、計畫緣起及目的經濟部水?署?區水資源局(以下簡稱?水局)為於石門水庫原水渾濁時，引取濁?較低原水供應桃園地區民生用水，故規劃增設取水工引取水庫上層較清澈原水，使桃園地區於颱洪時期供水無慮。由於增設取水工設施具有相當之水頭及放水?，具備水?發電之潛能，遂成?本項計畫進?發電研究。本計畫前提為?影響石門水庫整體營運及防洪功能之安全條件下，研究增設取水工設置水?發電設施之發電方案，並評估其可?性。二、環境背景石門水庫壩區主要之土木工程結構物包括大壩、溢洪道、緊急排洪隧道、發電進水口、桃園大圳進水口、石門大圳進水口、永久河道放水口、後池堰及增設取水工等設施，相關數據摘錄如下： 1.石門水庫石門水庫具有灌溉、發電、給水、防洪、觀光等效?，滿水位標高EL.245.0m ， 最高洪水位標高EL.250.64m ， 有效容?約21,782×104m3(96?3月測)，設有石門電廠，經?部發電機組發電後，尾水排放至後池(標高EL.137.0m)，供桃園大圳、工業用水及自?水抽用；另於大壩左岸邊坡設有石門大圳，進水口中心標高為EL.193.55 m，供石門大圳及石門農田水?會灌區取用。 2.增設取水工增設取水工取水口隧道分上、中、下層，其取水高程分別為EL.236m、EL.228m、EL.220m，其設置石門大圳?通管?與石門大圳?結(銜接點高程EL.190.3m)，以及退水?放水於後池；故增設取水工工程兼具供應自?水、工業及農業用水之功能。增設取水工之設計取水?為每日140萬CMD，可供應自?水系統水?為68~140萬CMD，石門大圳水?為12~120萬CMD，主要功能為石門水庫高濁?時期，取得濁?較低之表層水供應桃園地區。三、電廠規劃計畫電廠方案評估，經初步檢討與下?三項要素相關，本計畫針對此三項要素加以探討，以瞭解電廠方案之效?與可?性： 1.增設取水工功能定位對計畫電廠可?性之研究。 2.引用石門電廠水?之計畫電廠方案效?可?性。 3.引用石門大圳水?之計畫電廠方案效?可?性。針對以上三項要素，分為A系?方案(引用石門電廠水?)及B系?方案(引用石門大圳水?)；再按廠址方面有後池銜接點、石門大圳銜接點及自?水銜接點等三處尾水出口方案?入評估。 (一)方案評估 1.增設取水工功能訂位之影響增設取水工目前定位為石門水庫原水渾濁時之原水供水設施，平均每?僅3至4次運用機會，供水運轉天?過少，無充足發電運轉時間而?具設置電廠之條件。因此?要設置電廠，則必須將其原始定位由「備援運轉」修改為「常時運轉」，則計畫方案方為可?。 2.A系?方案評估(引用石門電廠水?) 本系?方案係在石門電廠#1機組維持發電，#2機組改為排砂功能之基礎下，評估石門電廠剩餘水?於增設取水工計畫電廠發電之可?性。經初步評估，Ａ2及A3方案因下游水權?同及水頭過低等因素，?具可?性，僅有方案A1進入下一階段進?效?評估。方案A1經計算發電效?，?本比僅0.63，?具開發效?；而為增加發電效?另於低水位時期由石門大圳取水口取水，以子方案A1-1規劃，以延長A1電廠之營運?用，但仍無法增加足夠效?，反使?本比下?至0.61，故A系?方案電廠在?本比過低情形下，?建議開發。 3.B系?方案(引用石門大圳水?) 本系?方案發電水?以石門大圳實際用水?(公共給水+農業用水?)進?計畫電廠開發效?可?性評估。經初步評估，B1、B3電廠同樣因為下游水權單位?同及水頭過低等因素?具有開發可?性，而方案B2經計算發電效?，?本比可達0.84，?考慮未?售電費?變動等因素，則此電廠方案逐具其開發之可?性。 4.最佳方案研定經前述分析以A系?方案A1及B系?方案B2較具發電效?，再以此二方案進?電廠規劃方案比較，評估結果以方案B2益本比為0.84為最佳方案。 (二)最佳方案規劃 (1)取水口水位及尾水位電廠取水口操作水位為EL.226.0m，尾水位則為石門大圳銜接點常水位EL.193.0m。 (2)進水口自增設取水工中線鋼管P’0+500.00處新設分歧管引水進電廠，亦發電進水口為增設取水工之取水口。 (3)電廠引水?引水?全線採壓?鋼管佈設，全長60m，直徑3m。進電廠前約9.5m處束縮成直徑1.52m續接水?機組。?程B0+055.8處設置分歧管銜接直徑1m壓?鋼管，後接油壓式錐形洩壓閥減低水錘壓?，並以箱涵退水於後池。 (4)廠房廠房為長17.7m，寬15.6m，高24m之混凝土結構物，地面1層、地下2層之地面式電廠。 (5)尾水?電廠尾水?長約83m， 於?程B0+077.7 ～ B0+085.7 為寬4.01m、高2.41m之壓?箱涵以漸變斷面銜接直徑為3m壓?鋼管，並銜接下線鋼管P”0+170.00將尾水排放至石門大圳。 (6)永久性機電設備 豎軸式法?西斯式水?機1台  設計水頭：43.53m  裝置容?：4,400瓩  設計??：12cms (7)輸電線?本計畫輸電線?建議採長約0.45公?架空線?引接至石門電廠之開關場併入台電系統。四、施工計畫估計36個月完成，其中設計階段工作估計於12個月內完成，施工階段工作於24個月內完成施工。五、工程成本以民國97?之物價為估算基準，總工程費約為新台幣5.0億元。?、電?研究依「石門水庫民國65~90?石門水庫營運統計表」之石門大圳輸水?，並以石門水庫水位，作為計畫發電水頭計算依據，?平均發電?及?發電效?下層取水口約26,602仟元，年平均發電量13,301千度。七、經濟評估 1.財務評估結果依所得稅?25%、折現?6.0%、貸款比?70%、貸款??5%、貸款?限15?、經濟壽齡50?等基本??進?，財務評估結果無法於經濟年限內回收。 2.具開發效?之售電費?評估本計畫電廠經評估分析?本比為0.84，尚?符合開發效?。而未?售電費?提升本計畫電廠或將有開發機會，經分析結果顯示，未??售電費?調升至每?2.4元時，方案B2之?本比將提升至1.01，此時電廠方具有開發效?。八、營運檢討 (一)設置電廠對水庫營運之影響 1.A1電廠設置對水庫營運及供水影響A1電廠係以未?石門電廠#1發電、#2排砂時，依0.28：0.72比?與#1機組分配石門電廠發電用水。當0.28倍石門電廠發電用水大於16.2cms時，應將A1電廠滿載後之剩餘水?均以#1機組發電排放，以滿足後池下游需水?。 2.B2電廠設置對水庫營運及供水影響原石門大圳取水?改以增設取水工引取，並經B2電廠發電後尾水再排回石門大圳。供水發電期間?石門大圳需水?大於12cms(目前石圳最高取水?約達13.36cms)，則應以灌溉用水優先輸送電廠發電排放石圳，其餘?足之公共給水可由平鎮第二原水抽水站取用。經以上檢討，??以何方案設置電廠，均對原本之供水標的?生影響。 (二)綜合石門水庫發電及防淤改善增供水源整體效?評估結果「石門水庫既有設施防淤改善工程計畫」於民國94?由水?署研擬實施，預計以既有設施包含：永久河道放水口、電廠設施及排洪隧道進?排砂，其中電廠防淤工作經初步評估，未?以石門電廠#1機組發電，#2機組改為排砂方案規劃。依「高台水庫可?性規劃(3)-專題報告」得知，當缺水指?0.5時，??改善現況，則水庫淤積50?後之公共給水供水能?為每日127.1萬?方公尺，較現況供水能?每日154.1萬?方公尺?低27.0萬?方公尺。經分析石門電廠排砂增供水源及發電效?與增設取水工發電效?之整體評估後，結果顯示以石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並由增設取水工B2電廠發電之整體效?3.72億元最高；併同考??部地區全黑啟動功能及現有堪用石門電廠機組?應?費棄置之原因，建議未?石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並搭配增設取水工電廠發電，以兼負石門水庫原有功能，及?部地區全黑啟動之任務，使水資源得以充份運用及延長水庫使用?命。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64205   443.6433   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009800641</governmentpublicationsnumber><identifier>61207</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61207</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫增設取水工水力發電可行性評估及規劃委託技術服務＝Planning and feasibility evaluation for hydropower of the additional  surface water intake facility -Shimen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘 要一、計畫緣起及目的經濟部水?署?區水資源局(以下簡稱?水局)為於石門水庫原水渾濁時，引取濁?較低原水供應桃園地區民生用水，故規劃增設取水工引取水庫上層較清澈原水，使桃園地區於颱洪時期供水無慮。由於增設取水工設施具有相當之水頭及放水?，具備水?發電之潛能，遂成?本項計畫進?發電研究。本計畫前提為?影響石門水庫整體營運及防洪功能之安全條件下，研究增設取水工設置水?發電設施之發電方案，並評估其可?性。二、環境背景石門水庫壩區主要之土木工程結構物包括大壩、溢洪道、緊急排洪隧道、發電進水口、桃園大圳進水口、石門大圳進水口、永久河道放水口、後池堰及增設取水工等設施，相關數據摘錄如下： 1.石門水庫石門水庫具有灌溉、發電、給水、防洪、觀光等效?，滿水位標高EL.245.0m ， 最高洪水位標高EL.250.64m ， 有效容?約21,782×104m3(96?3月測)，設有石門電廠，經?部發電機組發電後，尾水排放至後池(標高EL.137.0m)，供桃園大圳、工業用水及自?水抽用；另於大壩左岸邊坡設有石門大圳，進水口中心標高為EL.193.55 m，供石門大圳及石門農田水?會灌區取用。 2.增設取水工增設取水工取水口隧道分上、中、下層，其取水高程分別為EL.236m、EL.228m、EL.220m，其設置石門大圳?通管?與石門大圳?結(銜接點高程EL.190.3m)，以及退水?放水於後池；故增設取水工工程兼具供應自?水、工業及農業用水之功能。增設取水工之設計取水?為每日140萬CMD，可供應自?水系統水?為68~140萬CMD，石門大圳水?為12~120萬CMD，主要功能為石門水庫高濁?時期，取得濁?較低之表層水供應桃園地區。三、電廠規劃計畫電廠方案評估，經初步檢討與下?三項要素相關，本計畫針對此三項要素加以探討，以瞭解電廠方案之效?與可?性： 1.增設取水工功能定位對計畫電廠可?性之研究。 2.引用石門電廠水?之計畫電廠方案效?可?性。 3.引用石門大圳水?之計畫電廠方案效?可?性。針對以上三項要素，分為A系?方案(引用石門電廠水?)及B系?方案(引用石門大圳水?)；再按廠址方面有後池銜接點、石門大圳銜接點及自?水銜接點等三處尾水出口方案?入評估。 (一)方案評估 1.增設取水工功能訂位之影響增設取水工目前定位為石門水庫原水渾濁時之原水供水設施，平均每?僅3至4次運用機會，供水運轉天?過少，無充足發電運轉時間而?具設置電廠之條件。因此?要設置電廠，則必須將其原始定位由「備援運轉」修改為「常時運轉」，則計畫方案方為可?。 2.A系?方案評估(引用石門電廠水?) 本系?方案係在石門電廠#1機組維持發電，#2機組改為排砂功能之基礎下，評估石門電廠剩餘水?於增設取水工計畫電廠發電之可?性。經初步評估，Ａ2及A3方案因下游水權?同及水頭過低等因素，?具可?性，僅有方案A1進入下一階段進?效?評估。方案A1經計算發電效?，?本比僅0.63，?具開發效?；而為增加發電效?另於低水位時期由石門大圳取水口取水，以子方案A1-1規劃，以延長A1電廠之營運?用，但仍無法增加足夠效?，反使?本比下?至0.61，故A系?方案電廠在?本比過低情形下，?建議開發。 3.B系?方案(引用石門大圳水?) 本系?方案發電水?以石門大圳實際用水?(公共給水+農業用水?)進?計畫電廠開發效?可?性評估。經初步評估，B1、B3電廠同樣因為下游水權單位?同及水頭過低等因素?具有開發可?性，而方案B2經計算發電效?，?本比可達0.84，?考慮未?售電費?變動等因素，則此電廠方案逐具其開發之可?性。 4.最佳方案研定經前述分析以A系?方案A1及B系?方案B2較具發電效?，再以此二方案進?電廠規劃方案比較，評估結果以方案B2益本比為0.84為最佳方案。 (二)最佳方案規劃 (1)取水口水位及尾水位電廠取水口操作水位為EL.226.0m，尾水位則為石門大圳銜接點常水位EL.193.0m。 (2)進水口自增設取水工中線鋼管P’0+500.00處新設分歧管引水進電廠，亦發電進水口為增設取水工之取水口。 (3)電廠引水?引水?全線採壓?鋼管佈設，全長60m，直徑3m。進電廠前約9.5m處束縮成直徑1.52m續接水?機組。?程B0+055.8處設置分歧管銜接直徑1m壓?鋼管，後接油壓式錐形洩壓閥減低水錘壓?，並以箱涵退水於後池。 (4)廠房廠房為長17.7m，寬15.6m，高24m之混凝土結構物，地面1層、地下2層之地面式電廠。 (5)尾水?電廠尾水?長約83m， 於?程B0+077.7 ～ B0+085.7 為寬4.01m、高2.41m之壓?箱涵以漸變斷面銜接直徑為3m壓?鋼管，並銜接下線鋼管P”0+170.00將尾水排放至石門大圳。 (6)永久性機電設備 豎軸式法?西斯式水?機1台  設計水頭：43.53m  裝置容?：4,400瓩  設計??：12cms (7)輸電線?本計畫輸電線?建議採長約0.45公?架空線?引接至石門電廠之開關場併入台電系統。四、施工計畫估計36個月完成，其中設計階段工作估計於12個月內完成，施工階段工作於24個月內完成施工。五、工程成本以民國97?之物價為估算基準，總工程費約為新台幣5.0億元。?、電?研究依「石門水庫民國65~90?石門水庫營運統計表」之石門大圳輸水?，並以石門水庫水位，作為計畫發電水頭計算依據，?平均發電?及?發電效?下層取水口約26,602仟元，年平均發電量13,301千度。七、經濟評估 1.財務評估結果依所得稅?25%、折現?6.0%、貸款比?70%、貸款??5%、貸款?限15?、經濟壽齡50?等基本??進?，財務評估結果無法於經濟年限內回收。 2.具開發效?之售電費?評估本計畫電廠經評估分析?本比為0.84，尚?符合開發效?。而未?售電費?提升本計畫電廠或將有開發機會，經分析結果顯示，未??售電費?調升至每?2.4元時，方案B2之?本比將提升至1.01，此時電廠方具有開發效?。八、營運檢討 (一)設置電廠對水庫營運之影響 1.A1電廠設置對水庫營運及供水影響A1電廠係以未?石門電廠#1發電、#2排砂時，依0.28：0.72比?與#1機組分配石門電廠發電用水。當0.28倍石門電廠發電用水大於16.2cms時，應將A1電廠滿載後之剩餘水?均以#1機組發電排放，以滿足後池下游需水?。 2.B2電廠設置對水庫營運及供水影響原石門大圳取水?改以增設取水工引取，並經B2電廠發電後尾水再排回石門大圳。供水發電期間?石門大圳需水?大於12cms(目前石圳最高取水?約達13.36cms)，則應以灌溉用水優先輸送電廠發電排放石圳，其餘?足之公共給水可由平鎮第二原水抽水站取用。經以上檢討，??以何方案設置電廠，均對原本之供水標的?生影響。 (二)綜合石門水庫發電及防淤改善增供水源整體效?評估結果「石門水庫既有設施防淤改善工程計畫」於民國94?由水?署研擬實施，預計以既有設施包含：永久河道放水口、電廠設施及排洪隧道進?排砂，其中電廠防淤工作經初步評估，未?以石門電廠#1機組發電，#2機組改為排砂方案規劃。依「高台水庫可?性規劃(3)-專題報告」得知，當缺水指?0.5時，??改善現況，則水庫淤積50?後之公共給水供水能?為每日127.1萬?方公尺，較現況供水能?每日154.1萬?方公尺?低27.0萬?方公尺。經分析石門電廠排砂增供水源及發電效?與增設取水工發電效?之整體評估後，結果顯示以石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並由增設取水工B2電廠發電之整體效?3.72億元最高；併同考??部地區全黑啟動功能及現有堪用石門電廠機組?應?費棄置之原因，建議未?石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並搭配增設取水工電廠發電，以兼負石門水庫原有功能，及?部地區全黑啟動之任務，使水資源得以充份運用及延長水庫使用?命。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64205   443.6433   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009800641</governmentpublicationsnumber><identifier>61208</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61208</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫增設取水工水力發電可行性評估及規劃委託技術服務(光碟版)＝Planning and feasibility evaluation for hydropower of the additional  surface water intake facility - Shimen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘 要一、計畫緣起及目的經濟部水?署?區水資源局(以下簡稱?水局)為於石門水庫原水渾濁時，引取濁?較低原水供應桃園地區民生用水，故規劃增設取水工引取水庫上層較清澈原水，使桃園地區於颱洪時期供水無慮。由於增設取水工設施具有相當之水頭及放水?，具備水?發電之潛能，遂成?本項計畫進?發電研究。本計畫前提為?影響石門水庫整體營運及防洪功能之安全條件下，研究增設取水工設置水?發電設施之發電方案，並評估其可?性。二、環境背景石門水庫壩區主要之土木工程結構物包括大壩、溢洪道、緊急排洪隧道、發電進水口、桃園大圳進水口、石門大圳進水口、永久河道放水口、後池堰及增設取水工等設施，相關數據摘錄如下： 1.石門水庫石門水庫具有灌溉、發電、給水、防洪、觀光等效?，滿水位標高EL.245.0m ， 最高洪水位標高EL.250.64m ， 有效容?約21,782×104m3(96?3月測)，設有石門電廠，經?部發電機組發電後，尾水排放至後池(標高EL.137.0m)，供桃園大圳、工業用水及自?水抽用；另於大壩左岸邊坡設有石門大圳，進水口中心標高為EL.193.55 m，供石門大圳及石門農田水?會灌區取用。 2.增設取水工增設取水工取水口隧道分上、中、下層，其取水高程分別為EL.236m、EL.228m、EL.220m，其設置石門大圳?通管?與石門大圳?結(銜接點高程EL.190.3m)，以及退水?放水於後池；故增設取水工工程兼具供應自?水、工業及農業用水之功能。增設取水工之設計取水?為每日140萬CMD，可供應自?水系統水?為68~140萬CMD，石門大圳水?為12~120萬CMD，主要功能為石門水庫高濁?時期，取得濁?較低之表層水供應桃園地區。三、電廠規劃計畫電廠方案評估，經初步檢討與下?三項要素相關，本計畫針對此三項要素加以探討，以瞭解電廠方案之效?與可?性： 1.增設取水工功能定位對計畫電廠可?性之研究。 2.引用石門電廠水?之計畫電廠方案效?可?性。 3.引用石門大圳水?之計畫電廠方案效?可?性。針對以上三項要素，分為A系?方案(引用石門電廠水?)及B系?方案(引用石門大圳水?)；再按廠址方面有後池銜接點、石門大圳銜接點及自?水銜接點等三處尾水出口方案?入評估。 (一)方案評估 1.增設取水工功能訂位之影響增設取水工目前定位為石門水庫原水渾濁時之原水供水設施，平均每?僅3至4次運用機會，供水運轉天?過少，無充足發電運轉時間而?具設置電廠之條件。因此?要設置電廠，則必須將其原始定位由「備援運轉」修改為「常時運轉」，則計畫方案方為可?。 2.A系?方案評估(引用石門電廠水?) 本系?方案係在石門電廠#1機組維持發電，#2機組改為排砂功能之基礎下，評估石門電廠剩餘水?於增設取水工計畫電廠發電之可?性。經初步評估，Ａ2及A3方案因下游水權?同及水頭過低等因素，?具可?性，僅有方案A1進入下一階段進?效?評估。方案A1經計算發電效?，?本比僅0.63，?具開發效?；而為增加發電效?另於低水位時期由石門大圳取水口取水，以子方案A1-1規劃，以延長A1電廠之營運?用，但仍無法增加足夠效?，反使?本比下?至0.61，故A系?方案電廠在?本比過低情形下，?建議開發。 3.B系?方案(引用石門大圳水?) 本系?方案發電水?以石門大圳實際用水?(公共給水+農業用水?)進?計畫電廠開發效?可?性評估。經初步評估，B1、B3電廠同樣因為下游水權單位?同及水頭過低等因素?具有開發可?性，而方案B2經計算發電效?，?本比可達0.84，?考慮未?售電費?變動等因素，則此電廠方案逐具其開發之可?性。 4.最佳方案研定經前述分析以A系?方案A1及B系?方案B2較具發電效?，再以此二方案進?電廠規劃方案比較，評估結果以方案B2益本比為0.84為最佳方案。 (二)最佳方案規劃 (1)取水口水位及尾水位電廠取水口操作水位為EL.226.0m，尾水位則為石門大圳銜接點常水位EL.193.0m。 (2)進水口自增設取水工中線鋼管P’0+500.00處新設分歧管引水進電廠，亦發電進水口為增設取水工之取水口。 (3)電廠引水?引水?全線採壓?鋼管佈設，全長60m，直徑3m。進電廠前約9.5m處束縮成直徑1.52m續接水?機組。?程B0+055.8處設置分歧管銜接直徑1m壓?鋼管，後接油壓式錐形洩壓閥減低水錘壓?，並以箱涵退水於後池。 (4)廠房廠房為長17.7m，寬15.6m，高24m之混凝土結構物，地面1層、地下2層之地面式電廠。 (5)尾水?電廠尾水?長約83m， 於?程B0+077.7 ～ B0+085.7 為寬4.01m、高2.41m之壓?箱涵以漸變斷面銜接直徑為3m壓?鋼管，並銜接下線鋼管P”0+170.00將尾水排放至石門大圳。 (6)永久性機電設備 豎軸式法?西斯式水?機1台  設計水頭：43.53m  裝置容?：4,400瓩  設計??：12cms (7)輸電線?本計畫輸電線?建議採長約0.45公?架空線?引接至石門電廠之開關場併入台電系統。四、施工計畫估計36個月完成，其中設計階段工作估計於12個月內完成，施工階段工作於24個月內完成施工。五、工程成本以民國97?之物價為估算基準，總工程費約為新台幣5.0億元。?、電?研究依「石門水庫民國65~90?石門水庫營運統計表」之石門大圳輸水?，並以石門水庫水位，作為計畫發電水頭計算依據，?平均發電?及?發電效?下層取水口約26,602仟元，年平均發電量13,301千度。七、經濟評估 1.財務評估結果依所得稅?25%、折現?6.0%、貸款比?70%、貸款??5%、貸款?限15?、經濟壽齡50?等基本??進?，財務評估結果無法於經濟年限內回收。 2.具開發效?之售電費?評估本計畫電廠經評估分析?本比為0.84，尚?符合開發效?。而未?售電費?提升本計畫電廠或將有開發機會，經分析結果顯示，未??售電費?調升至每?2.4元時，方案B2之?本比將提升至1.01，此時電廠方具有開發效?。八、營運檢討 (一)設置電廠對水庫營運之影響 1.A1電廠設置對水庫營運及供水影響A1電廠係以未?石門電廠#1發電、#2排砂時，依0.28：0.72比?與#1機組分配石門電廠發電用水。當0.28倍石門電廠發電用水大於16.2cms時，應將A1電廠滿載後之剩餘水?均以#1機組發電排放，以滿足後池下游需水?。 2.B2電廠設置對水庫營運及供水影響原石門大圳取水?改以增設取水工引取，並經B2電廠發電後尾水再排回石門大圳。供水發電期間?石門大圳需水?大於12cms(目前石圳最高取水?約達13.36cms)，則應以灌溉用水優先輸送電廠發電排放石圳，其餘?足之公共給水可由平鎮第二原水抽水站取用。經以上檢討，??以何方案設置電廠，均對原本之供水標的?生影響。 (二)綜合石門水庫發電及防淤改善增供水源整體效?評估結果「石門水庫既有設施防淤改善工程計畫」於民國94?由水?署研擬實施，預計以既有設施包含：永久河道放水口、電廠設施及排洪隧道進?排砂，其中電廠防淤工作經初步評估，未?以石門電廠#1機組發電，#2機組改為排砂方案規劃。依「高台水庫可?性規劃(3)-專題報告」得知，當缺水指?0.5時，??改善現況，則水庫淤積50?後之公共給水供水能?為每日127.1萬?方公尺，較現況供水能?每日154.1萬?方公尺?低27.0萬?方公尺。經分析石門電廠排砂增供水源及發電效?與增設取水工發電效?之整體評估後，結果顯示以石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並由增設取水工B2電廠發電之整體效?3.72億元最高；併同考??部地區全黑啟動功能及現有堪用石門電廠機組?應?費棄置之原因，建議未?石門電廠兼具發電及排砂功能(#1發電、#2排砂)，並搭配增設取水工電廠發電，以兼負石門水庫原有功能，及?部地區全黑啟動之任務，使水資源得以充份運用及延長水庫使用?命。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009800641</governmentpublicationsnumber><identifier>61209</identifier><internationalstandardbooknumber>9789860179743 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61209</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>石門水庫增設取水工水力發電可行性評估及規劃委託技術服務成果報告書(摘要本)＝Planning and feasibility evaluation for hydropower of the additional surface water intake facility - Shimen Reservoir</title><yearidentifier>200812</yearidentifier></data><data><abstract>區域性雨水貯集綜合利用，在降雨期間不僅可貯集水量，亦可發揮減洪功能及供水等多目標效益，本計畫擬將貯集系統拓展至區域性來考量，應用國內外現有成果與技術，於台灣北、中、南三地共選定五試驗區域為雨水貯集系統規劃推廣研究地區，透過模擬計算及初步配置規劃，評估雨水資源有效利用及防災減洪的成效。此外，計畫中透過國內外貯集設施與技術之相關資料蒐集，並配合研討會的舉辦與雨水利用技術中、英文網頁之製作，可作為後續之相關知識推廣與技術交流；期藉本計畫的推廣進而奠定本土化雨水貯集整體利用技術，落實水資源永續經營與水旱災防治的長期工作目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960143</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009604104</governmentpublicationsnumber><identifier>61213</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61213</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>雨水貯集利用目標及設備規格標準化研究＝Research on the Goal and Facilities Standards of Rainwater Utilization System</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫完成「水庫集水區管理治理平台」、「行動式管理平台」及「水庫集水區工程管理平台」建置，擴充資料庫為91座水庫，及完成石門、翡翠、德基、曾文等水庫資料收集及展示。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009703895</governmentpublicationsnumber><identifier>61216</identifier><internationalstandardbooknumber>9789860168785 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61216</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區保育及管理資料庫建置與應用系統整合計畫(2/2) The Establishment and Integration of Web Based System for Conservation and Management in Resvoir Watershed Areas(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、水環境人才培訓、教育推廣與國際交流 本年度除持續維護更新「水環境研究中心資訊平台」外，更於資訊平台中開闢「水資源教育部落格」、「活動線上報名系統更新」及「國內外水資源相關研討會資訊」以增加網友與本中心之間的互動關係。 二、水庫集水區水環境技術諮詢與研發 水資源永續管理有賴於資訊之整合，本年度之研究工作目的著重水庫集水區水環境技術諮詢與研發工作，藉以整合水庫集水區之重要資訊與技術。 三、推動民眾參與水資源社區總體營造 在面對廣闊的水資源環境，為了達成有效的的保育工作，僅以政府的人力資源略顯不足。因此，民眾參與的力量，整合近十年來在台灣蓬勃發展的社區總體營造運動，以「水資源社區」為出發點，建立良好的水資源社區總體營造運作模式，亦為本計畫的目的之一。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009703878</governmentpublicationsnumber><identifier>61217</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61217</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水環境研究中心97綜合執行計畫(4/5)＝Water Environment Research Center 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>政府採購電子型錄及詢報價系統(V1.5版)機關端操作手冊</abstract><author>行政院公共工程委員會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/10</date><governmentpublicationsnumber>1009003152</governmentpublicationsnumber><identifier>61223</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61223</librarycollectiondetailsurl><price></price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>政府採購電子型錄及詢報價系統(V1.5版)機關端操作手冊</title><yearidentifier>200108</yearidentifier></data><data><abstract>納莉颱風水文分析專題報告</abstract><author>經濟部水利處</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/13</date><governmentpublicationsnumber>1009004600</governmentpublicationsnumber><identifier>61231</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61231</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>納莉颱風水文分析專題報告</title><yearidentifier>200111</yearidentifier></data><data><abstract>本計畫透過分析過往水利會議未能落實之原因、及國內外政策趨勢，並經專家學者等透過座談交流，研擬未來辦理方式與議題。</abstract><author>淡江大學</author><categoryidentifier>443.065   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA970070</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/13</date><governmentpublicationsnumber>1009800575</governmentpublicationsnumber><identifier>61252</identifier><internationalstandardbooknumber>9789860179002 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61252</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>全國水利會議規劃與水資源論壇辦理=Initial Stage Planning for the Next National Water Resource Conference</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫透過分析過往水利會議未能落實之原因、及國內外政策趨勢，並經專家學者等透過座談交流，研擬未來辦理方式與議題。</abstract><author>淡江大學</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970070</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800575</governmentpublicationsnumber><identifier>61258</identifier><internationalstandardbooknumber>9789860179002 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61258</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>全國水利會議規劃與水資源論壇辦理(光碟版)  Initial Stage Planning for the Next National Water Resource Conference</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫完成「水庫集水區管理治理平台」、「行動式管理平台」及「水庫集水區工程管理平台」建置，擴充資料庫為91座水庫，及完成石門、翡翠、德基、曾文等水庫資料收集及展示。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970177</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009703895</governmentpublicationsnumber><identifier>61260</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61260</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水庫集水區保育及管理資料庫建置與應用系統整合計畫(2/2)－光碟版＝The Establishment and Integration of Web Based System for Conservation and Management in Resvoir Watershed Areas(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、水環境人才培訓、教育推廣與國際交流 本年度除持續維護更新「水環境研究中心資訊平台」外，更於資訊平台中開闢「水資源教育部落格」、「活動線上報名系統更新」及「國內外水資源相關研討會資訊」以增加網友與本中心之間的互動關係。 二、水庫集水區水環境技術諮詢與研發 水資源永續管理有賴於資訊之整合，本年度之研究工作目的著重水庫集水區水環境技術諮詢與研發工作，藉以整合水庫集水區之重要資訊與技術。 三、推動民眾參與水資源社區總體營造 在面對廣闊的水資源環境，為了達成有效的的保育工作，僅以政府的人力資源略顯不足。因此，民眾參與的力量，整合近十年來在台灣蓬勃發展的社區總體營造運動，以「水資源社區」為出發點，建立良好的水資源社區總體營造運作模式，亦為本計畫的目的之一。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009703878</governmentpublicationsnumber><identifier>61262</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61262</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水環境研究中心97綜合執行計畫(4/5)－光碟版＝Water Environment Research Center 2008</title><yearidentifier>200812</yearidentifier></data><data><abstract>因後灣村沿岸設有漁港與後灣海堤等設施，造成景觀視覺障礙及阻斷民眾的親水空間。依據行政院公共工程委員會於民國92年8月11日召開「研商92年度海岸環境及景觀改善計畫推動相關事宜會議」之結論，為改善海岸環境景觀，增加民眾親水空間，規劃後灣地區為一兼具教育性與遊憩的多功能海岸，經濟部水利署第七河川局於民國93年5月完成後灣海堤改善工程。降低原有海堤堤頂高度，於海堤前方進行緩坡人工養灘，並於興建一座離岸潛堤以增加海灘穩定性。 本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等，結合海生館及墾管處以兼具安全、生態及旅遊多功能目標。 本計畫為三年度之延續性計畫，第一年度工作重點，以海堤安全性評估及生態景觀特性調查分析為主，執行時間自民國95年5月至96年3月。第一年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料之蒐集。 2. 海岸地形測量：完成計畫區內夏季與冬季之海、陸地形測量。 3. 颱風波浪各重現期迴歸：收集分析中央氣象局發佈侵襲本海域之歷史颱風資料，推算通過本計畫區之颱風波浪，利用迴歸分析求得本海域10年、20年、25年、50年及100年重現期之颱風波浪條件。 4. 近岸波浪及水理特性分析：以 SMC 海岸數值模式配合現場波、流與地形變化特性，模擬本海域波場、流場分佈及海岸地形變化。 5. 波浪溯升觀測儀器設置地點優選評估：經評估後選定通過潛堤及漁港防波堤等二條波浪溯升觀測斷面，溯升觀測系統之佈置方式將擬定非深基樁、可移動式及颱風期間架設監測之方向進行。 6. 水質特性調查分析：完成夏季與冬季之水質監測分析，包括海域水體溫度、pH值、鹽度、溶氧量、氨氮、總油脂、礦物性油脂濃度、大腸桿菌、總磷濃度及重金屬等項目。 7. 生態特性調查分析：完成夏季與冬季之海域生態調查分析，包括浮游動物、浮游植物及底棲生物。 8. 景觀資源評估：完成後灣陸域植生調查，以景觀空間改善之目的進行植物種類與特性分析。完成計畫區景觀資源初步評估及問券設計與調查，利用現地訪談方式，與現地居民、遊客共同討論，尋求最佳的環境營造策略與方案。 第二年度工作重點，以堤頂高度之安全評估及生態景觀規劃為主，執行時間自民國96年5月至97年3月。第二年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。96年8月與97年2月均發現潛堤北段出現長約 35 m的缺口，潛堤最上層大塊石向東、西兩側崩落，缺口高度最大約1.2m。 3. 海域水動力數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 4. 波浪溯升觀測儀器設置及監測分析：完成強烈颱風聖帕與柯羅莎之溯升監測。結果顯示聖帕與柯羅莎颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 5. 波浪溯升越堤之安全性評估計算：利用二組經驗式計算最大溯升高程，並配合現場波浪溯升觀測結果，分析本計畫區海堤之安全性。結果顯示灣內海堤堤頂高程 + 4.7 m 符合安全要求，無越堤之慮；但漁港防波堤在50年重現期颱風及聖帕颱風作用下，均產生越堤現象。 6. 海域水質調查分析：完成計畫區內夏季與冬季之水質調查分析，並與第一年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。 7. 海域生態調查分析：完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一年度之結果比較。 8. 後灣景觀及生態機能改善之規劃構想：本區可朝向漁村文化與生態旅遊發展，且可與南灣及鄰近的海生館串連，將此區形塑成帶狀遊憩帶的中繼點。景觀橋下的消波塊與漁港防波堤嚴重影響視覺美感，可以岩塊覆蓋在混凝土結構物上回復傳統做法，與環境相融合成為自然景觀海岸。南側海灘有人工礁石的佈置，增加了景觀多樣性與親水空間。其他區域可用類似的手法，彌補海岸景色的單調。 今年度為第三年度，工作重點以評估人工養灘之可行性及數值模擬為主，執行時間自民國97年5月至98年2月。第三年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。由三年度之地形測量資料顯示，灣內海岸及養灘區之地形變化不大。 3. 波浪溯升觀測儀器設置及監測分析：完成卡玫基、鳳凰、如麗、哈格比、薔密颱風及東北季風期間之溯升監測。結果顯示颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 4. 改善方案之灣內波流場及漂砂數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 5. 人工養灘可行性評估：以Hsu 和 Evans (1989) 提出之岬灣經驗式，評估灣內海岸線是否達到平衡狀態。其次，利用SBEACH海灘斷面變化模式探討颱風作用下人工養灘地形之變化，評估本海岸實施人工養灘之可行性。 6. 海域水質及生態特性調查：完成計畫區內夏季與冬季之水質調查分析，並與第一、二年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一、二年度之結果比較。 7. 增加後灣景觀改善及生態機能之規劃：依據第一、二年度的研究成果，研擬後灣景觀改善方案與生態環境營造規劃之細部設計藍圖。 8. 彙整三年度之執行程果。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970236</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800379</governmentpublicationsnumber><identifier>61288</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61288</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>台灣海岸海堤改善後監測計畫(3/3)＝Coastal Restoration Planning in Hou-Wan Area (3/3)</title><yearidentifier>200902</yearidentifier></data><data><abstract>因後灣村沿岸設有漁港與後灣海堤等設施，造成景觀視覺障礙及阻斷民眾的親水空間。依據行政院公共工程委員會於民國92年8月11日召開「研商92年度海岸環境及景觀改善計畫推動相關事宜會議」之結論，為改善海岸環境景觀，增加民眾親水空間，規劃後灣地區為一兼具教育性與遊憩的多功能海岸，經濟部水利署第七河川局於民國93年5月完成後灣海堤改善工程。降低原有海堤堤頂高度，於海堤前方進行緩坡人工養灘，並於興建一座離岸潛堤以增加海灘穩定性。 本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等，結合海生館及墾管處以兼具安全、生態及旅遊多功能目標。 本計畫為三年度之延續性計畫，第一年度工作重點，以海堤安全性評估及生態景觀特性調查分析為主，執行時間自民國95年5月至96年3月。第一年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料之蒐集。 2. 海岸地形測量：完成計畫區內夏季與冬季之海、陸地形測量。 3. 颱風波浪各重現期迴歸：收集分析中央氣象局發佈侵襲本海域之歷史颱風資料，推算通過本計畫區之颱風波浪，利用迴歸分析求得本海域10年、20年、25年、50年及100年重現期之颱風波浪條件。 4. 近岸波浪及水理特性分析：以 SMC 海岸數值模式配合現場波、流與地形變化特性，模擬本海域波場、流場分佈及海岸地形變化。 5. 波浪溯升觀測儀器設置地點優選評估：經評估後選定通過潛堤及漁港防波堤等二條波浪溯升觀測斷面，溯升觀測系統之佈置方式將擬定非深基樁、可移動式及颱風期間架設監測之方向進行。 6. 水質特性調查分析：完成夏季與冬季之水質監測分析，包括海域水體溫度、pH值、鹽度、溶氧量、氨氮、總油脂、礦物性油脂濃度、大腸桿菌、總磷濃度及重金屬等項目。 7. 生態特性調查分析：完成夏季與冬季之海域生態調查分析，包括浮游動物、浮游植物及底棲生物。 8. 景觀資源評估：完成後灣陸域植生調查，以景觀空間改善之目的進行植物種類與特性分析。完成計畫區景觀資源初步評估及問券設計與調查，利用現地訪談方式，與現地居民、遊客共同討論，尋求最佳的環境營造策略與方案。 第二年度工作重點，以堤頂高度之安全評估及生態景觀規劃為主，執行時間自民國96年5月至97年3月。第二年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。96年8月與97年2月均發現潛堤北段出現長約 35 m的缺口，潛堤最上層大塊石向東、西兩側崩落，缺口高度最大約1.2m。 3. 海域水動力數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 4. 波浪溯升觀測儀器設置及監測分析：完成強烈颱風聖帕與柯羅莎之溯升監測。結果顯示聖帕與柯羅莎颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 5. 波浪溯升越堤之安全性評估計算：利用二組經驗式計算最大溯升高程，並配合現場波浪溯升觀測結果，分析本計畫區海堤之安全性。結果顯示灣內海堤堤頂高程 + 4.7 m 符合安全要求，無越堤之慮；但漁港防波堤在50年重現期颱風及聖帕颱風作用下，均產生越堤現象。 6. 海域水質調查分析：完成計畫區內夏季與冬季之水質調查分析，並與第一年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。 7. 海域生態調查分析：完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一年度之結果比較。 8. 後灣景觀及生態機能改善之規劃構想：本區可朝向漁村文化與生態旅遊發展，且可與南灣及鄰近的海生館串連，將此區形塑成帶狀遊憩帶的中繼點。景觀橋下的消波塊與漁港防波堤嚴重影響視覺美感，可以岩塊覆蓋在混凝土結構物上回復傳統做法，與環境相融合成為自然景觀海岸。南側海灘有人工礁石的佈置，增加了景觀多樣性與親水空間。其他區域可用類似的手法，彌補海岸景色的單調。 今年度為第三年度，工作重點以評估人工養灘之可行性及數值模擬為主，執行時間自民國97年5月至98年2月。第三年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。由三年度之地形測量資料顯示，灣內海岸及養灘區之地形變化不大。 3. 波浪溯升觀測儀器設置及監測分析：完成卡玫基、鳳凰、如麗、哈格比、薔密颱風及東北季風期間之溯升監測。結果顯示颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 4. 改善方案之灣內波流場及漂砂數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 5. 人工養灘可行性評估：以Hsu 和 Evans (1989) 提出之岬灣經驗式，評估灣內海岸線是否達到平衡狀態。其次，利用SBEACH海灘斷面變化模式探討颱風作用下人工養灘地形之變化，評估本海岸實施人工養灘之可行性。 6. 海域水質及生態特性調查：完成計畫區內夏季與冬季之水質調查分析，並與第一、二年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一、二年度之結果比較。 7. 增加後灣景觀改善及生態機能之規劃：依據第一、二年度的研究成果，研擬後灣景觀改善方案與生態環境營造規劃之細部設計藍圖。 8. 彙整三年度之執行程果。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800379</governmentpublicationsnumber><identifier>61289</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61289</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>台灣海岸海堤改善後監測計畫(3/3)－光碟版＝Coastal Restoration Planning in Hou-Wan Area (3/3)</title><yearidentifier>200902</yearidentifier></data><data><abstract>因後灣村沿岸設有漁港與後灣海堤等設施，造成景觀視覺障礙及阻斷民眾的親水空間。依據行政院公共工程委員會於民國92年8月11日召開「研商92年度海岸環境及景觀改善計畫推動相關事宜會議」之結論，為改善海岸環境景觀，增加民眾親水空間，規劃後灣地區為一兼具教育性與遊憩的多功能海岸，經濟部水利署第七河川局於民國93年5月完成後灣海堤改善工程。降低原有海堤堤頂高度，於海堤前方進行緩坡人工養灘，並於興建一座離岸潛堤以增加海灘穩定性。 本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等，結合海生館及墾管處以兼具安全、生態及旅遊多功能目標。 本計畫為三年度之延續性計畫，第一年度工作重點，以海堤安全性評估及生態景觀特性調查分析為主，執行時間自民國95年5月至96年3月。第一年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料之蒐集。 2. 海岸地形測量：完成計畫區內夏季與冬季之海、陸地形測量。 3. 颱風波浪各重現期迴歸：收集分析中央氣象局發佈侵襲本海域之歷史颱風資料，推算通過本計畫區之颱風波浪，利用迴歸分析求得本海域10年、20年、25年、50年及100年重現期之颱風波浪條件。 4. 近岸波浪及水理特性分析：以 SMC 海岸數值模式配合現場波、流與地形變化特性，模擬本海域波場、流場分佈及海岸地形變化。 5. 波浪溯升觀測儀器設置地點優選評估：經評估後選定通過潛堤及漁港防波堤等二條波浪溯升觀測斷面，溯升觀測系統之佈置方式將擬定非深基樁、可移動式及颱風期間架設監測之方向進行。 6. 水質特性調查分析：完成夏季與冬季之水質監測分析，包括海域水體溫度、pH值、鹽度、溶氧量、氨氮、總油脂、礦物性油脂濃度、大腸桿菌、總磷濃度及重金屬等項目。 7. 生態特性調查分析：完成夏季與冬季之海域生態調查分析，包括浮游動物、浮游植物及底棲生物。 8. 景觀資源評估：完成後灣陸域植生調查，以景觀空間改善之目的進行植物種類與特性分析。完成計畫區景觀資源初步評估及問券設計與調查，利用現地訪談方式，與現地居民、遊客共同討論，尋求最佳的環境營造策略與方案。 第二年度工作重點，以堤頂高度之安全評估及生態景觀規劃為主，執行時間自民國96年5月至97年3月。第二年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。96年8月與97年2月均發現潛堤北段出現長約 35 m的缺口，潛堤最上層大塊石向東、西兩側崩落，缺口高度最大約1.2m。 3. 海域水動力數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 4. 波浪溯升觀測儀器設置及監測分析：完成強烈颱風聖帕與柯羅莎之溯升監測。結果顯示聖帕與柯羅莎颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 5. 波浪溯升越堤之安全性評估計算：利用二組經驗式計算最大溯升高程，並配合現場波浪溯升觀測結果，分析本計畫區海堤之安全性。結果顯示灣內海堤堤頂高程 + 4.7 m 符合安全要求，無越堤之慮；但漁港防波堤在50年重現期颱風及聖帕颱風作用下，均產生越堤現象。 6. 海域水質調查分析：完成計畫區內夏季與冬季之水質調查分析，並與第一年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。 7. 海域生態調查分析：完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一年度之結果比較。 8. 後灣景觀及生態機能改善之規劃構想：本區可朝向漁村文化與生態旅遊發展，且可與南灣及鄰近的海生館串連，將此區形塑成帶狀遊憩帶的中繼點。景觀橋下的消波塊與漁港防波堤嚴重影響視覺美感，可以岩塊覆蓋在混凝土結構物上回復傳統做法，與環境相融合成為自然景觀海岸。南側海灘有人工礁石的佈置，增加了景觀多樣性與親水空間。其他區域可用類似的手法，彌補海岸景色的單調。 今年度為第三年度，工作重點以評估人工養灘之可行性及數值模擬為主，執行時間自民國97年5月至98年2月。第三年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。由三年度之地形測量資料顯示，灣內海岸及養灘區之地形變化不大。 3. 波浪溯升觀測儀器設置及監測分析：完成卡玫基、鳳凰、如麗、哈格比、薔密颱風及東北季風期間之溯升監測。結果顯示颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 4. 改善方案之灣內波流場及漂砂數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 5. 人工養灘可行性評估：以Hsu 和 Evans (1989) 提出之岬灣經驗式，評估灣內海岸線是否達到平衡狀態。其次，利用SBEACH海灘斷面變化模式探討颱風作用下人工養灘地形之變化，評估本海岸實施人工養灘之可行性。 6. 海域水質及生態特性調查：完成計畫區內夏季與冬季之水質調查分析，並與第一、二年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一、二年度之結果比較。 7. 增加後灣景觀改善及生態機能之規劃：依據第一、二年度的研究成果，研擬後灣景觀改善方案與生態環境營造規劃之細部設計藍圖。 8. 彙整三年度之執行程果。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970236</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800380</governmentpublicationsnumber><identifier>61290</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61290</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>後灣海岸海堤改善後監測計畫(總報告)＝Coastal Restoration Planning in Hou-Wan Area</title><yearidentifier>200902</yearidentifier></data><data><abstract>因後灣村沿岸設有漁港與後灣海堤等設施，造成景觀視覺障礙及阻斷民眾的親水空間。依據行政院公共工程委員會於民國92年8月11日召開「研商92年度海岸環境及景觀改善計畫推動相關事宜會議」之結論，為改善海岸環境景觀，增加民眾親水空間，規劃後灣地區為一兼具教育性與遊憩的多功能海岸，經濟部水利署第七河川局於民國93年5月完成後灣海堤改善工程。降低原有海堤堤頂高度，於海堤前方進行緩坡人工養灘，並於興建一座離岸潛堤以增加海灘穩定性。 本計畫延續進行後灣海堤降低後之工程安全評估、後灣海岸現有地形變化分析及後灣海岸景觀生態監測評估等，結合海生館及墾管處以兼具安全、生態及旅遊多功能目標。 本計畫為三年度之延續性計畫，第一年度工作重點，以海堤安全性評估及生態景觀特性調查分析為主，執行時間自民國95年5月至96年3月。第一年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料之蒐集。 2. 海岸地形測量：完成計畫區內夏季與冬季之海、陸地形測量。 3. 颱風波浪各重現期迴歸：收集分析中央氣象局發佈侵襲本海域之歷史颱風資料，推算通過本計畫區之颱風波浪，利用迴歸分析求得本海域10年、20年、25年、50年及100年重現期之颱風波浪條件。 4. 近岸波浪及水理特性分析：以 SMC 海岸數值模式配合現場波、流與地形變化特性，模擬本海域波場、流場分佈及海岸地形變化。 5. 波浪溯升觀測儀器設置地點優選評估：經評估後選定通過潛堤及漁港防波堤等二條波浪溯升觀測斷面，溯升觀測系統之佈置方式將擬定非深基樁、可移動式及颱風期間架設監測之方向進行。 6. 水質特性調查分析：完成夏季與冬季之水質監測分析，包括海域水體溫度、pH值、鹽度、溶氧量、氨氮、總油脂、礦物性油脂濃度、大腸桿菌、總磷濃度及重金屬等項目。 7. 生態特性調查分析：完成夏季與冬季之海域生態調查分析，包括浮游動物、浮游植物及底棲生物。 8. 景觀資源評估：完成後灣陸域植生調查，以景觀空間改善之目的進行植物種類與特性分析。完成計畫區景觀資源初步評估及問券設計與調查，利用現地訪談方式，與現地居民、遊客共同討論，尋求最佳的環境營造策略與方案。 第二年度工作重點，以堤頂高度之安全評估及生態景觀規劃為主，執行時間自民國96年5月至97年3月。第二年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。96年8月與97年2月均發現潛堤北段出現長約 35 m的缺口，潛堤最上層大塊石向東、西兩側崩落，缺口高度最大約1.2m。 3. 海域水動力數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 4. 波浪溯升觀測儀器設置及監測分析：完成強烈颱風聖帕與柯羅莎之溯升監測。結果顯示聖帕與柯羅莎颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 5. 波浪溯升越堤之安全性評估計算：利用二組經驗式計算最大溯升高程，並配合現場波浪溯升觀測結果，分析本計畫區海堤之安全性。結果顯示灣內海堤堤頂高程 + 4.7 m 符合安全要求，無越堤之慮；但漁港防波堤在50年重現期颱風及聖帕颱風作用下，均產生越堤現象。 6. 海域水質調查分析：完成計畫區內夏季與冬季之水質調查分析，並與第一年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。 7. 海域生態調查分析：完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一年度之結果比較。 8. 後灣景觀及生態機能改善之規劃構想：本區可朝向漁村文化與生態旅遊發展，且可與南灣及鄰近的海生館串連，將此區形塑成帶狀遊憩帶的中繼點。景觀橋下的消波塊與漁港防波堤嚴重影響視覺美感，可以岩塊覆蓋在混凝土結構物上回復傳統做法，與環境相融合成為自然景觀海岸。南側海灘有人工礁石的佈置，增加了景觀多樣性與親水空間。其他區域可用類似的手法，彌補海岸景色的單調。 今年度為第三年度，工作重點以評估人工養灘之可行性及數值模擬為主，執行時間自民國97年5月至98年2月。第三年度工作項目及內容簡述如下： 1. 基本資料蒐集分析：持續針對計畫區附近海域之海象、氣象、海岸地形變化、河川水文、海域生態與水質及海岸開發?用概況等資料進行更新。 2. 現有地形測量：完成計畫區內夏季與冬季之海、陸地形測量，比較分析地形侵淤變化。由三年度之地形測量資料顯示，灣內海岸及養灘區之地形變化不大。 3. 波浪溯升觀測儀器設置及監測分析：完成卡玫基、鳳凰、如麗、哈格比、薔密颱風及東北季風期間之溯升監測。結果顯示颱風侵襲期間，漁港防波堤均產生越堤現象；灣內溯升高度可達海堤堤前植栽區，但並無越堤現象發生。 4. 改善方案之灣內波流場及漂砂數值模擬：利用 SMC 海岸數值模式及 CATWAVES軟體配合現場波、流與地形變化，模擬本海域波、流場及海岸地形變化。結果顯示後灣漁港防波堤遮蔽效果顯著，漁港水域在颱風侵襲下仍能保持可被接受的穩靜度。灣內北側天然沙灘區與東側養灘區有侵蝕現象，與現場地形變化狀況相符。 5. 人工養灘可行性評估：以Hsu 和 Evans (1989) 提出之岬灣經驗式，評估灣內海岸線是否達到平衡狀態。其次，利用SBEACH海灘斷面變化模式探討颱風作用下人工養灘地形之變化，評估本海岸實施人工養灘之可行性。 6. 海域水質及生態特性調查：完成計畫區內夏季與冬季之水質調查分析，並與第一、二年度之結果比較。顯示本海域水質良好，並無有機性污染的情形。重金屬之監測分析上，本海域水質均符合保護人體相關環境基準之容許值。完成計畫區內夏季與冬季之生態調查分析，包括浮游動物、浮游植物及底棲生物，並與第一、二年度之結果比較。 7. 增加後灣景觀改善及生態機能之規劃：依據第一、二年度的研究成果，研擬後灣景觀改善方案與生態環境營造規劃之細部設計藍圖。 8. 彙整三年度之執行程果。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970236</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800380</governmentpublicationsnumber><identifier>61291</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61291</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>後灣海岸海堤改善後監測計畫(總報告)－光碟版＝Coastal Restoration Planning in Hou-Wan Area</title><yearidentifier>200902</yearidentifier></data><data><abstract>旗山溪發源於中央山脈，集水區高山聳立、河道蜿蜒，加上近年來由於地震及颱洪之作用，產生大量鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。旗山溪河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資料為河床沖淤變化與河川治理之重要參考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境。因此亟有必要針對旗山溪之河床穩定加以分析，並檢討各項水理變化、防洪及跨河構造物安全，進而提出治理對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。另外，本計畫依據契約內容提出旗山溪圓潭段進行河道開挖蓄水、囚砂的構想，針對河道開挖對河防安全性、河床疏濬(囚砂)及是否影響跨河構造物安全評估其可行性，同時提出該地區水岸景觀評估。 本計畫預定將分兩年度進行，第一年主要針對河道地形資料蒐集調查分析、河床沖淤情形、河川用地範圍內已登錄地面積及公私有地調查、河道砂石開採相關法規蒐集、河床質補充調查、現況水文分析檢討、現況河床穩定性探討、河川型態及流路變化調查分析、旗山溪圓潭段河道開挖蓄水、囚砂可行性評估等各項重點加以探討說明。 從歷年實測斷面比較分析，旗山溪出口至月眉橋近年沖淤趨於平緩，公告禁採後河川得以復育，由水理條件及河床質粒徑變化利用輸砂公式推估之沖淤量或實測斷面沖淤量比較皆顯示，旗山溪河道仍處於沖淤潛勢，應盡量避免進行砂石採取以利河道復原。月眉大橋至甲仙大橋民國81~民國94年間河床略微抬升之趨勢，經輸砂公式推估結果，民國81年~94年每年大約有5.7萬m3之淤積量，實測斷面淤積量則每年約有31.2萬m3，淤積潛勢河段為河段5(斷面72~78)及河段6(斷面79~85)，但在上游河段來砂量足夠下，每年亦僅約10餘萬m3之淤積量，仍不建議進行採砂使其有機會能輸送至下游進行補充調整。另外，由於旗山溪河道堤防預定線內私有地眾多，間接影響河防安全，根據統計結果約需37.54億元，需進一步探討疏濬土方量標售收益用於徵收補償河道內私有地之可行性。。 依據2005~2006年衛星影像判釋並配合坡面坡度與崩塌厚度對應，旗山溪流域整體崩塌體積約1736.18萬立方公尺，本計畫利用環域分析靠近河道500公尺內之崩塌體積，視其為可能進入河道之崩塌體積，其值約780.37萬立方公尺；另外，利用USLE公式推估2006年衛星影像可推估整體流域坡地土壤沖蝕體積約369.17萬立方公尺，考量集水區泥砂經由沖蝕傳輸至下游出口處者，謂之集水區泥砂產量，此與集水區總沖蝕量不同，故利用泥砂遞移率方式推估泥砂產量約78.02萬立方公尺，故泥砂產量為新增崩塌體積與土壤流失量之加總，約858.31萬立方公尺(1,201.64萬噸)，未來建議探討集水區泥砂產量對河道穩定及沖淤變化之影響。 經敏感度分析旗山溪NETSTARS河道沖淤模擬之設定條件，其主控參數分別採用Ackers and White公式(河床質載輸砂公式)、沖刷深度倍數(Alt)為0.05、流管束9及時間分割△t=5，最能適切模擬出旗山溪河道之變動趨勢。考慮不同重現期流量作用下之河道模擬，可知部分橋樑上下游呈沖刷潛勢，如新旗尾橋、大洲大橋、甲仙大橋等，宜注意其安全性。另一方面，由於旗山溪部分河段尚無施設護岸或堤防保護，故水理分析亦說明部分河段有通水能力不足之現象。 旗山溪上游河道因受限於山區地形，歷年河道型態變化差異較小，旗山溪則斷面10以下，民國90年後大致由蜿蜒河型改變成分汊辮狀，河性上相對較不穩定。旗山溪及上游段不同年代之沿程河相河型三角圖可知旗山溪河型以蜿蜒及辮狀河型為主。 經模擬分析，於圓潭段設置蓄水囚砂區之效益並不彰顯，對影響河道範圍而言，反而達到泥沙減量之反效果，不利於旗山溪河道復育，故建議圓潭段以景觀規劃為導向進行評估。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970237</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800381</governmentpublicationsnumber><identifier>61292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61292</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>旗山溪河床穩定研究(1/2)＝The Study on Riverbed Stability of Chi-San River (1/2)</title><yearidentifier>200902</yearidentifier></data><data><abstract>旗山溪發源於中央山脈，集水區高山聳立、河道蜿蜒，加上近年來由於地震及颱洪之作用，產生大量鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。旗山溪河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資料為河床沖淤變化與河川治理之重要參考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境。因此亟有必要針對旗山溪之河床穩定加以分析，並檢討各項水理變化、防洪及跨河構造物安全，進而提出治理對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。另外，本計畫依據契約內容提出旗山溪圓潭段進行河道開挖蓄水、囚砂的構想，針對河道開挖對河防安全性、河床疏濬(囚砂)及是否影響跨河構造物安全評估其可行性，同時提出該地區水岸景觀評估。 本計畫預定將分兩年度進行，第一年主要針對河道地形資料蒐集調查分析、河床沖淤情形、河川用地範圍內已登錄地面積及公私有地調查、河道砂石開採相關法規蒐集、河床質補充調查、現況水文分析檢討、現況河床穩定性探討、河川型態及流路變化調查分析、旗山溪圓潭段河道開挖蓄水、囚砂可行性評估等各項重點加以探討說明。 從歷年實測斷面比較分析，旗山溪出口至月眉橋近年沖淤趨於平緩，公告禁採後河川得以復育，由水理條件及河床質粒徑變化利用輸砂公式推估之沖淤量或實測斷面沖淤量比較皆顯示，旗山溪河道仍處於沖淤潛勢，應盡量避免進行砂石採取以利河道復原。月眉大橋至甲仙大橋民國81~民國94年間河床略微抬升之趨勢，經輸砂公式推估結果，民國81年~94年每年大約有5.7萬m3之淤積量，實測斷面淤積量則每年約有31.2萬m3，淤積潛勢河段為河段5(斷面72~78)及河段6(斷面79~85)，但在上游河段來砂量足夠下，每年亦僅約10餘萬m3之淤積量，仍不建議進行採砂使其有機會能輸送至下游進行補充調整。另外，由於旗山溪河道堤防預定線內私有地眾多，間接影響河防安全，根據統計結果約需37.54億元，需進一步探討疏濬土方量標售收益用於徵收補償河道內私有地之可行性。。 依據2005~2006年衛星影像判釋並配合坡面坡度與崩塌厚度對應，旗山溪流域整體崩塌體積約1736.18萬立方公尺，本計畫利用環域分析靠近河道500公尺內之崩塌體積，視其為可能進入河道之崩塌體積，其值約780.37萬立方公尺；另外，利用USLE公式推估2006年衛星影像可推估整體流域坡地土壤沖蝕體積約369.17萬立方公尺，考量集水區泥砂經由沖蝕傳輸至下游出口處者，謂之集水區泥砂產量，此與集水區總沖蝕量不同，故利用泥砂遞移率方式推估泥砂產量約78.02萬立方公尺，故泥砂產量為新增崩塌體積與土壤流失量之加總，約858.31萬立方公尺(1,201.64萬噸)，未來建議探討集水區泥砂產量對河道穩定及沖淤變化之影響。 經敏感度分析旗山溪NETSTARS河道沖淤模擬之設定條件，其主控參數分別採用Ackers and White公式(河床質載輸砂公式)、沖刷深度倍數(Alt)為0.05、流管束9及時間分割△t=5，最能適切模擬出旗山溪河道之變動趨勢。考慮不同重現期流量作用下之河道模擬，可知部分橋樑上下游呈沖刷潛勢，如新旗尾橋、大洲大橋、甲仙大橋等，宜注意其安全性。另一方面，由於旗山溪部分河段尚無施設護岸或堤防保護，故水理分析亦說明部分河段有通水能力不足之現象。 旗山溪上游河道因受限於山區地形，歷年河道型態變化差異較小，旗山溪則斷面10以下，民國90年後大致由蜿蜒河型改變成分汊辮狀，河性上相對較不穩定。旗山溪及上游段不同年代之沿程河相河型三角圖可知旗山溪河型以蜿蜒及辮狀河型為主。 經模擬分析，於圓潭段設置蓄水囚砂區之效益並不彰顯，對影響河道範圍而言，反而達到泥沙減量之反效果，不利於旗山溪河道復育，故建議圓潭段以景觀規劃為導向進行評估。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970237</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800381</governmentpublicationsnumber><identifier>61293</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61293</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>旗山溪河床穩定研究(1/2)－光碟版＝The Study on Riverbed Stability of Chi-San River (1/2)</title><yearidentifier>200902</yearidentifier></data><data><abstract>石岡壩於921地震遭受重創，台中地區供水立即受到嚴重影響，經濟部水利署中區水資源局(以下簡稱中水局)積極辦理搶修與復建，於最短時間恢復取水功能。搶修復建期間，地方有拆除石岡壩以恢復大甲溪河川天然樣貌、並解除石岡壩水質水量保護區限制以促進地方發展之意見。經濟部水利署乃於民國89年提出八寶堰之規劃構想，惟因地方反對聲浪甚大，說明會無法順利召開，乃由中水局對原規劃進行相關檢討。 期間石岡壩經92年安全評估後恢復蓄水，另根據石岡壩95年蓄水位提升及6次年度安全檢查(民國91年~民國96年)結果，石岡壩現況尚屬安全堪用。基於此，經濟部水利署為改善大台中地區用水安全，推動「大安大甲溪水源聯合運用輸水工程計畫」，預定於103年完工營運，原89年規劃以替代受損石岡壩之八寶堰，其急迫性及必要性已降低。另根據921地震後石岡壩之修復經驗，若再次發生如921地震之災害時，進行修復以恢復功能之可行性高。而依「大安大甲溪水源聯合運用輸水工程計畫」完工後台中地區供水架構檢討，若石岡壩因地震等原因受損，修復期間之台中地區公共用水可由鯉魚潭水庫及於石岡壩上游採用臨時擋水設施取水，經八寶圳及食水嵙溪送水因應，亦可滿足台中地區用水。 為歸納相關工作成果，訂定八寶堰計畫將來方向，爰提本報告。 一、開發方案及開發規模 在石岡壩堪用及可修復之事實並配合「大安大甲溪水源聯合運用輸水工程計畫」推動之前提下，八寶堰之角色定位及開發方式可分三方案如下： (一)完全替代石岡壩案：新建閘門控制之溢流堰，其蓄水容量為270萬立方公尺；原石岡壩將予拆除。 (二)部分替代石岡壩案：為採管柵後方取水之低矮堰，無庫容，供應公共給水，石岡壩則保留供應農業用水，其用地取得較易，惟營運管理較為複雜。 (三)零方案(不建八寶堰)：「大安大甲溪水源聯合運用輸水工程計畫」完工後，採目前的營運方式，以食水嵙溪、八寶圳為備援水源；將鯉魚潭水庫透過大安大甲溪水源聯合運用管路可提供完整備援供水功能。 二、各方案成本及效益分析 (一)完全替代石岡壩案 1.建造成本：新台幣240.8億元。 2.年計成本：本方案年計成本約為18.8億元。 3.效益分析：年計效益約16.4億元，益本比為0.87 (二)部分替代石岡壩案 1.建造成本：新台幣127.9億元。 2.年計成本：本方案年計成本約10億元。 3.效益分析：年計效益約12.8億元，益本比為1.28。 (三)零方案(不建八寶堰) 零方案係維持石岡壩正常營運，非工程興建方案，因此不對其進行效益分析。 三、開發方案比較 由工程效益、施工工期、營運及維護成本、土地取得難易度等方面比較，均以零方案(不建八寶堰)為最佳，第二方案(部分替代石岡壩案)次之；而供水穩定性方面，則考量現階段石岡壩仍正常運轉，且歷經921地震後仍可修復，且在「大安大甲溪水源聯合運用輸水工程」營運後，即使石岡壩短暫期間無法供水，亦可經由大安大甲溪水源聯合運用輸水管路由鯉魚潭水庫提供足夠之公共用水。因此本計畫現階段以零方案(不建八寶堰)為優選方案。 四、未來工作方向與建議 依據本報告綜合歷年八寶堰規劃成果，並參照石岡壩使用現況評估結果尚屬堪用，且「大安大甲溪水源聯合運用輸水工程」預計於民國103年完成之情況下，目前八寶堰推動之急迫性已降低。 本計畫經檢討建議採用零方案，以現有水利設施配合未來「大安大甲溪水源聯合運用輸水工程計畫」因應大台中地區之公共給水需求，為維持石岡壩能保持可正常營運之狀態，後續應辦理或建議辦理之工作說明如下： (一)未來應持續辦理石岡壩之監測維護工作，以掌握石岡壩實際使用狀況。 (二)八寶圳臨時取水設施及食水嵙溪取水方式宜隨時維持正常功能，以因應石岡壩未來供水角色吃重下之備援供水需求。       我要評分：                        石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。   附件： cd-rom   尺寸： A4   頁數： 293   價格別： 工本費   價格： 450 元   裝訂別： 平裝   版次： 初版   發行數量： 100   出版情況： 自行出版   著作財產權管理機關或擁有者： 經濟部水利署中區水資源局   取得授權資訊： 聯絡人：詹元豪聯絡電話：04-23320579-513 聯絡地址：台中縣霧峰鄉吉峰村中正路1340之6號   經辦單位： 經管課   經辦人： 汪平洋/詹元豪   經辦人電話： 04-23320579-512   經辦人email： devin@wracb.gov.tw    本書得分：   評分人數：0 人       我要評分：                         石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/14</date><governmentpublicationsnumber>1009800304</governmentpublicationsnumber><identifier>61294</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61294</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大甲溪八寶攔河堰工程可行性規劃檢討(光碟版)＝The Feasible Planning and Review of Ba-Bao Weir Engineering or the Da-Chia River</title><yearidentifier>200902</yearidentifier></data><data><abstract>石岡壩於921地震遭受重創，台中地區供水立即受到嚴重影響，經濟部水利署中區水資源局(以下簡稱中水局)積極辦理搶修與復建，於最短時間恢復取水功能。搶修復建期間，地方有拆除石岡壩以恢復大甲溪河川天然樣貌、並解除石岡壩水質水量保護區限制以促進地方發展之意見。經濟部水利署乃於民國89年提出八寶堰之規劃構想，惟因地方反對聲浪甚大，說明會無法順利召開，乃由中水局對原規劃進行相關檢討。 期間石岡壩經92年安全評估後恢復蓄水，另根據石岡壩95年蓄水位提升及6次年度安全檢查(民國91年~民國96年)結果，石岡壩現況尚屬安全堪用。基於此，經濟部水利署為改善大台中地區用水安全，推動「大安大甲溪水源聯合運用輸水工程計畫」，預定於103年完工營運，原89年規劃以替代受損石岡壩之八寶堰，其急迫性及必要性已降低。另根據921地震後石岡壩之修復經驗，若再次發生如921地震之災害時，進行修復以恢復功能之可行性高。而依「大安大甲溪水源聯合運用輸水工程計畫」完工後台中地區供水架構檢討，若石岡壩因地震等原因受損，修復期間之台中地區公共用水可由鯉魚潭水庫及於石岡壩上游採用臨時擋水設施取水，經八寶圳及食水嵙溪送水因應，亦可滿足台中地區用水。 為歸納相關工作成果，訂定八寶堰計畫將來方向，爰提本報告。 一、開發方案及開發規模 在石岡壩堪用及可修復之事實並配合「大安大甲溪水源聯合運用輸水工程計畫」推動之前提下，八寶堰之角色定位及開發方式可分三方案如下： (一)完全替代石岡壩案：新建閘門控制之溢流堰，其蓄水容量為270萬立方公尺；原石岡壩將予拆除。 (二)部分替代石岡壩案：為採管柵後方取水之低矮堰，無庫容，供應公共給水，石岡壩則保留供應農業用水，其用地取得較易，惟營運管理較為複雜。 (三)零方案(不建八寶堰)：「大安大甲溪水源聯合運用輸水工程計畫」完工後，採目前的營運方式，以食水嵙溪、八寶圳為備援水源；將鯉魚潭水庫透過大安大甲溪水源聯合運用管路可提供完整備援供水功能。 二、各方案成本及效益分析 (一)完全替代石岡壩案 1.建造成本：新台幣240.8億元。 2.年計成本：本方案年計成本約為18.8億元。 3.效益分析：年計效益約16.4億元，益本比為0.87 (二)部分替代石岡壩案 1.建造成本：新台幣127.9億元。 2.年計成本：本方案年計成本約10億元。 3.效益分析：年計效益約12.8億元，益本比為1.28。 (三)零方案(不建八寶堰) 零方案係維持石岡壩正常營運，非工程興建方案，因此不對其進行效益分析。 三、開發方案比較 由工程效益、施工工期、營運及維護成本、土地取得難易度等方面比較，均以零方案(不建八寶堰)為最佳，第二方案(部分替代石岡壩案)次之；而供水穩定性方面，則考量現階段石岡壩仍正常運轉，且歷經921地震後仍可修復，且在「大安大甲溪水源聯合運用輸水工程」營運後，即使石岡壩短暫期間無法供水，亦可經由大安大甲溪水源聯合運用輸水管路由鯉魚潭水庫提供足夠之公共用水。因此本計畫現階段以零方案(不建八寶堰)為優選方案。 四、未來工作方向與建議 依據本報告綜合歷年八寶堰規劃成果，並參照石岡壩使用現況評估結果尚屬堪用，且「大安大甲溪水源聯合運用輸水工程」預計於民國103年完成之情況下，目前八寶堰推動之急迫性已降低。 本計畫經檢討建議採用零方案，以現有水利設施配合未來「大安大甲溪水源聯合運用輸水工程計畫」因應大台中地區之公共給水需求，為維持石岡壩能保持可正常營運之狀態，後續應辦理或建議辦理之工作說明如下： (一)未來應持續辦理石岡壩之監測維護工作，以掌握石岡壩實際使用狀況。 (二)八寶圳臨時取水設施及食水嵙溪取水方式宜隨時維持正常功能，以因應石岡壩未來供水角色吃重下之備援供水需求。       我要評分：                        石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。   附件： cd-rom   尺寸： A4   頁數： 293   價格別： 工本費   價格： 450 元   裝訂別： 平裝   版次： 初版   發行數量： 100   出版情況： 自行出版   著作財產權管理機關或擁有者： 經濟部水利署中區水資源局   取得授權資訊： 聯絡人：詹元豪聯絡電話：04-23320579-513 聯絡地址：台中縣霧峰鄉吉峰村中正路1340之6號   經辦單位： 經管課   經辦人： 汪平洋/詹元豪   經辦人電話： 04-23320579-512   經辦人email： devin@wracb.gov.tw    本書得分：   評分人數：0 人       我要評分：                         石岡壩壩體於九二一地震後部份毀損，經濟部水利署為大台中地區民生及產業發展用水供水穩定而規劃興建大甲溪八寶攔河堰(以下簡稱八寶堰)，作為替代水源設施。水利署水利規劃試驗所已於九十一年完成八寶堰可行性規劃，惟東勢鎮地方屢有反對聲浪及陳情意見，致計畫遲遲未能推動，因此要求重新檢討並擬解決方案以減低人民抗爭，目前仍由水利署積極與地方持續溝通，盼能取得共識後推動實施。於此期間，包括93年7月敏督利颱風、8月艾莉颱風相繼侵襲台灣，在中部山區連日降下豪大雨，重創大甲溪流域，並造成人民生命財產損失之慘重災情。豪雨也導致河川沿岸多處土石流，巨量土石被洪水沖刷下來堆積於河道，使得河槽流路改變，部份河床甚至淤高接近路面；尤其是上游河道土砂淤積及往下游輸送，致使堰址地形變化可能影響原規劃功能，此外，洪水期間原水濁度影響供水穩定為目前之重要問題，應研擬有效方案解決，爰成立「大甲溪八寶攔河堰工程計畫檢討」。本計畫之主要目的為研擬大甲溪水資源利用之近遠程策略，與對八寶堰可行性規劃成果進行整體評估及檢討，提出八寶堰之修正方案及可行替代方案，並辦理方案評估及初步規劃。成果報告提出具體結論與建議，研訂後續應辦之工作項目，供未來大甲溪水資源利用及八寶堰工程計畫參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933   443.625   443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/15</date><governmentpublicationsnumber>1009800304</governmentpublicationsnumber><identifier>61298</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61298</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大甲溪八寶攔河堰工程可行性規劃檢討＝The Feasible Planning and Review of Ba-Bao Weir Engineering or the Da-Chia River</title><yearidentifier>200902</yearidentifier></data><data><abstract>1.「台灣地區水文觀測現代化整體計畫」第三期實施計畫(99~103年)草案 2.「水文觀測委外評估及先期示範計畫」專案報告(含地面水觀測手冊－觀測作業篇) 3.水文環境通訊及情勢分析 4.台灣重要河川無因次單位歷線之更新與應用</abstract><author>淡江大學</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/15</date><governmentpublicationsnumber>1009703627</governmentpublicationsnumber><identifier>61305</identifier><internationalstandardbooknumber>9789860165722 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61305</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文現代化綜合技術服務〈1/2〉附錄 光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域所選定之15個監測點進行河川水質監測，並配合管理委員會業務需求，共執行16個點次之臨時不定期採樣檢測工作，每次採樣時間係由管理委員會指定，依實際狀況選定採樣地點，所有採樣過程並由管理委員會管理組或稽查大隊同仁會同進行。此外，本專案小組針對監測執行期間所發現之水質異常情形，亦另外執行補充調查進行後續追蹤。 關於本計畫水質監測點之選定，由於環保署於高屏溪流域規劃之水質固定監測站相當完整，因此本計畫以儘量避開環保署測站為主要原則，並延續上年度計畫所執行的測站，採樣位置大多位於支流匯入高屏溪主流之前。此外，本計畫將同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，以便進行河川水體整體品質之綜合評析，期能歸納、研判各主支流之污染特性，以作為管理委員會日後據以策劃、管考、協調整治改善確保水資源之清潔以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強稽查及以後年度持續辦理之依據。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/20</date><governmentpublicationsnumber>1009703641</governmentpublicationsnumber><identifier>61366</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61366</librarycollectiondetailsurl><price></price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>97</publishrocyear><title>97年度高屏溪流域河川水質採樣檢測分析工作計畫＝Sampling and Analysis for the Water Quality of Kao-Pin River (2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域所選定之15個監測點進行河川水質監測，並配合管理委員會業務需求，共執行16個點次之臨時不定期採樣檢測工作，每次採樣時間係由管理委員會指定，依實際狀況選定採樣地點，所有採樣過程並由管理委員會管理組或稽查大隊同仁會同進行。此外，本專案小組針對監測執行期間所發現之水質異常情形，亦另外執行補充調查進行後續追蹤。 關於本計畫水質監測點之選定，由於環保署於高屏溪流域規劃之水質固定監測站相當完整，因此本計畫以儘量避開環保署測站為主要原則，並延續上年度計畫所執行的測站，採樣位置大多位於支流匯入高屏溪主流之前。此外，本計畫將同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，以便進行河川水體整體品質之綜合評析，期能歸納、研判各主支流之污染特性，以作為管理委員會日後據以策劃、管考、協調整治改善確保水資源之清潔以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強稽查及以後年度持續辦理之依據。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970152</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/20</date><governmentpublicationsnumber>1009703641</governmentpublicationsnumber><identifier>61367</identifier><internationalstandardbooknumber>9789868282728 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61367</librarycollectiondetailsurl><price></price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>97</publishrocyear><title>97年度高屏溪流域河川水質採樣檢測分析工作計畫(光碟版)＝Sampling and Analysis for the Water Quality of Kao-Pin River (2008)</title><yearidentifier>200812</yearidentifier></data><data><abstract>美濃溪治理規劃調查分析本溪之流域概況、河川特性，並進行水文水理分析後，考慮上游集水區保護，配合流域內農工商業之發展，都市之繁榮，並以防止水患，維持河川水流之正常功能等，規劃河川水道治理計畫，俾供本溪防洪工程設施與河川管理之依據</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009404395</governmentpublicationsnumber><identifier>61376</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61376</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>美濃溪治理規劃報告(光碟版)=RePort on the Regulation Planning of Mei-Long Creek</title><yearidentifier>200512</yearidentifier></data><data><abstract>「水資源建設與管理環境成本分析之研究」為三年的科專計畫，主要目的在建立一套評估水資源建設及管理之環境成本效益準則。水資源建設及管理的影響極其深遠，尤其是其外部性不但對整體經濟有所影響，也會產生社會面及環境面的影響，故進行成本效益分析時，應同時整體評估包括財務面、社經面、環境面之成本與效益，衡量建設中之所有成本和效益項目，比較總成本與總效益以決定水資源建設是否應投資興建</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009404803</governmentpublicationsnumber><identifier>61378</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61378</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源建設與管理環境成本分析之研究(2/3)(光碟版)= Enviromental Cost of Water Development Project and Water Management</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫就我國各縣市工業廢水及都市污水處理廠及其放流水進行普查，估算未來廢污水可再生利用之潛勢，以及評析較適合優先推動放流水再生利用之廢污水處理廠。並探討過去推動再生水使用所遭受之困難，研擬廢污水再生利用之進程與策略，俾利促進水資源多元化利用與管理。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970144</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009800519</governmentpublicationsnumber><identifier>61389</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水廠放流水再利用潛勢推動策略＝The Potential and Promoting Strategies of the Effluent Reuse of Wastewater Treatment Plant</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫就我國各縣市工業廢水及都市污水處理廠及其放流水進行普查，估算未來廢污水可再生利用之潛勢，以及評析較適合優先推動放流水再生利用之廢污水處理廠。並探討過去推動再生水使用所遭受之困難，研擬廢污水再生利用之進程與策略，俾利促進水資源多元化利用與管理。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009800519</governmentpublicationsnumber><identifier>61391</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61391</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水廠放流水再利用潛勢推動策略附冊The Potential and Promoting Strategies of the Effluent Reuse of Wastewater Treatment Plant</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫就我國各縣市工業廢水及都市污水處理廠及其放流水進行普查，估算未來廢污水可再生利用之潛勢，以及評析較適合優先推動放流水再生利用之廢污水處理廠。並探討過去推動再生水使用所遭受之困難，研擬廢污水再生利用之進程與策略，俾利促進水資源多元化利用與管理。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970144</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009800519</governmentpublicationsnumber><identifier>61393</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61393</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水廠放流水再利用潛勢推動策略(光碟版)＝The Potential and Promoting Strategies of the Effluent Reuse of Wastewater Treatment Plant</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫爰依據「第二期地層下陷防治執行方案」之規劃策略，在水利署之指導下，辦理地層下陷防治專業技術訓練講習與加強教育宣導活動，並協助署評估教育宣導成效與研擬地層下陷防治教育宣導綱領實施計畫草案。本年度依宣傳主軸規劃了各項系列活動，針對專業訓練、網路運用、基礎教育、媒體宣導與展示表揚等五大面向加強政令宣導活動，計完成三梯次「地層下陷防治專業技術訓練講習課程」、二梯次戶外現地參訪活動與一梯次宣導教材種子教師研習營的訓練課程；完成非專業性地層下陷防治資訊網站建置及辦理全國性競賽活動，舉辦完成創意詞徵選、網路闖關、鄉土徵圖、海報徵求及防治績優甄選等五項全國性競賽活動；於基礎教育部分，完成地層下陷區(沿海八縣)教育局長座談會、雲林縣國中小學校長說明會及融入九年一貫網路宣導教材之研擬與建置；媒體宣導部分，計完成建置媒體記者資料庫、策劃系列專題報導、辦理媒體參訪活動及系列活動媒體報導等，並配合成果發表暨表揚大會召開記者會；表揚及展示部分，擴大舉辦地層下陷防治成果發表暨表揚大會，結合相關單位共同聯合展示，吸引當地民眾及學校約計二千八百多人。鑑於本年度之實施成效，本計畫賡續「地層下陷防治執行方 XV XVI 案」工作，將持續「由上而下」之執行策略，健全推動體系之架構，加強專業技術訓練講習與基礎教育宣導工作，輔以全國性活動辦理，配合年度媒體宣傳計畫，以擴大接觸層面，達成最佳之訓練與宣導成效。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRB—91002</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/21</date><governmentpublicationsnumber>1009105289</governmentpublicationsnumber><identifier>61394</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61394</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(1/3)總報告(光碟版)Training Session and Propaganda for Land SubsidencePrevention Technology</title><yearidentifier>200212</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/23</date><governmentpublicationsnumber>1009800244</governmentpublicationsnumber><identifier>61407</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61407</librarycollectiondetailsurl><price>1500</price><publisher>水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響調查報告書(定稿本)(光碟版)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/23</date><governmentpublicationsnumber>1009800244</governmentpublicationsnumber><identifier>61408</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61408</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響調查報告書(定稿本)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本報告為「鯉魚潭水庫第一次定期安全評估」工作執行之成果彙整，內容包含(1)前言、工程概況及工作概要(2)安全資料蒐集、建檔、複核及評估(3)現地檢查與評估(4)補充調查與試驗(5)校核分析與評估(6)潰壩洪水演算及災損評估(7)歷年安全評估及複查建議改善事項複核(8)綜合評估(9)結論與建議</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/23</date><governmentpublicationsnumber>1009604571</governmentpublicationsnumber><identifier>61409</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61409</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估報告(光碟版)＝Report on The First Regular Safety Assessment of Liyutan Reservoir</title><yearidentifier>200710</yearidentifier></data><data><abstract>本報告為「鯉魚潭水庫第一次定期安全評估」工作執行之成果彙整，內容包含(1)前言、工程概況及工作概要(2)安全資料蒐集、建檔、複核及評估(3)現地檢查與評估(4)補充調查與試驗(5)校核分析與評估(6)潰壩洪水演算及災損評估(7)歷年安全評估及複查建議改善事項複核(8)綜合評估(9)結論與建議</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/23</date><governmentpublicationsnumber>1009604571</governmentpublicationsnumber><identifier>61410</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61410</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>96</publishrocyear><title>鯉魚潭水庫第一次定期安全評估報告＝Report on The First Regular Safety Assessment of Liyutan Reservoir</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計畫配合政府推動國土?育方案之施政方針，在創造河川空間多元性的?用同時，以自然保育之方式恢?自然生態，重塑河川之自然景觀與親水空間，並藉由瞭解土地使用、?史風土與自然環境特質等內涵，在人文發展與生態回?的模式下進?規劃研究，以做為爾後治?工程設計?考之依據，達成改善河川環境之目標。計畫範圍為中港溪頭份大橋至尖山大橋河段，全長約4.6公里。針對計畫河段區域內生態及水質狀況，分別於豐水季（民國97年10月）、枯水季（民國97年12月）進行兩次生態及水質調查，調查點位分別位於上游頭份大橋及尖山大橋上游段。經調查在生態資源方面，陸域及水域各類物種之種類非常豐富，其中鳥類有記錄紅尾伯勞1種為應予保育的三級保育類物種；而在水質方面，於頭份大橋點位水體RPI值介於1~1.5之間，此顯示樣站水質為未（稍）受污染的狀況，WQI值為79（豐水季）及85（枯水季），此顯示樣站水體屬良好水質；尖山大橋上游段點位水體RPI值於豐、枯水季分別為2.0（未（稍）受污染）及1.5（輕度污染），而WQI值為82（良好）及82（良好）。故計畫河段水體水質於豐、枯水季介於良好水質至未受污染之間。計畫彙整發展潛力分析及問卷調查之民眾意見及需求等資訊，將計畫區域劃分為三個環境營造主題區，分別為東興橋(含東興河濱公園)上游休閒水岸規劃、東興橋下游生態綠廊規劃、串連全區之自行車道及堤內坡構想。重點區位以腹地較寬廣之區域包括頭份大橋下游之頭份河濱公園、高台觀景區，尖山大橋上游之濕地生態區及東興堤頂步道，主要之營造構想除高灘地的佈設外，並針對低水護岸及堤內坡提出建議之工法以整體考量水岸環境空間之銜接，達到安全、舒適及考量生態機能的規劃方案。總工程經費為234,000仟元（不含徵收費用），其中護岸工程占150,000仟元，綠美工程經費為84,000仟元，為有利計畫進行，將營造計畫分五個期程施作，各期工程依土地取得之可行性（公有地）為優先考量，其次為民眾及遊客需求性來加以分期。於本計畫之環境營造規劃有進行河道內土地之營造，若工程用地為私有地者，須辦理用地徵收，按民國97年度公告土地現值加四成進行徵收，徵收費用參表8-2，總用地徵收費用為478,941仟元。第一期計畫工程費針對現有的東興河濱公園進行整建，計為40,000仟元，第二期計畫工程包括賞魚堤岸、高台觀景區及東興堤頂散步道及低水護岸工程，總計工程費為57,000仟元，第三期計畫施作頭份河濱公園公有地部分，總計工程費為25,000仟元。第四期工程為串連全區自行車道工程，工程經費為67,000仟元；第五期工程計畫包括溼地生態區及頭份河濱公園，不含徵收費之工程費用為45,000仟元。計畫僅進行頭份鎮中港溪河段之環境營造規劃工作，故經濟效益的評估僅針對其他附加效益及不可計效益來進行分析討論。不可計效益包含景觀、休憩、區域發展、教育、綜合等效益；而附加效益經計算於規劃工程執行完畢後，每年約可帶來4,325萬元之經濟效益，而計畫年計成本約為2,332萬元，因此本計畫之經濟評價益本比約為1.85。在後續維護管理方面可透過苗栗縣政府、頭份鎮公所、苗栗農田水利會及地方團體等單位互相配合進行，並有賴當地居民及旅客配合維護，方可確保各項設施及環境之整潔及使用品質。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970328</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/27</date><governmentpublicationsnumber>1009800524</governmentpublicationsnumber><identifier>61437</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61437</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中港溪頭份大橋至尖山大橋河段環境營造＝Environment Constructing and Planning along the Jhonggang River between the Toufen Bridge and Jianshan Bridge</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫配合政府推動國土?育方案之施政方針，在創造河川空間多元性的?用同時，以自然保育之方式恢?自然生態，重塑河川之自然景觀與親水空間，並藉由瞭解土地使用、?史風土與自然環境特質等內涵，在人文發展與生態回?的模式下進?規劃研究，以做為爾後治?工程設計?考之依據，達成改善河川環境之目標。計畫範圍為中港溪頭份大橋至尖山大橋河段，全長約4.6公里。針對計畫河段區域內生態及水質狀況，分別於豐水季（民國97年10月）、枯水季（民國97年12月）進行兩次生態及水質調查，調查點位分別位於上游頭份大橋及尖山大橋上游段。經調查在生態資源方面，陸域及水域各類物種之種類非常豐富，其中鳥類有記錄紅尾伯勞1種為應予保育的三級保育類物種；而在水質方面，於頭份大橋點位水體RPI值介於1~1.5之間，此顯示樣站水質為未（稍）受污染的狀況，WQI值為79（豐水季）及85（枯水季），此顯示樣站水體屬良好水質；尖山大橋上游段點位水體RPI值於豐、枯水季分別為2.0（未（稍）受污染）及1.5（輕度污染），而WQI值為82（良好）及82（良好）。故計畫河段水體水質於豐、枯水季介於良好水質至未受污染之間。計畫彙整發展潛力分析及問卷調查之民眾意見及需求等資訊，將計畫區域劃分為三個環境營造主題區，分別為東興橋(含東興河濱公園)上游休閒水岸規劃、東興橋下游生態綠廊規劃、串連全區之自行車道及堤內坡構想。重點區位以腹地較寬廣之區域包括頭份大橋下游之頭份河濱公園、高台觀景區，尖山大橋上游之濕地生態區及東興堤頂步道，主要之營造構想除高灘地的佈設外，並針對低水護岸及堤內坡提出建議之工法以整體考量水岸環境空間之銜接，達到安全、舒適及考量生態機能的規劃方案。總工程經費為234,000仟元（不含徵收費用），其中護岸工程占150,000仟元，綠美工程經費為84,000仟元，為有利計畫進行，將營造計畫分五個期程施作，各期工程依土地取得之可行性（公有地）為優先考量，其次為民眾及遊客需求性來加以分期。於本計畫之環境營造規劃有進行河道內土地之營造，若工程用地為私有地者，須辦理用地徵收，按民國97年度公告土地現值加四成進行徵收，徵收費用參表8-2，總用地徵收費用為478,941仟元。第一期計畫工程費針對現有的東興河濱公園進行整建，計為40,000仟元，第二期計畫工程包括賞魚堤岸、高台觀景區及東興堤頂散步道及低水護岸工程，總計工程費為57,000仟元，第三期計畫施作頭份河濱公園公有地部分，總計工程費為25,000仟元。第四期工程為串連全區自行車道工程，工程經費為67,000仟元；第五期工程計畫包括溼地生態區及頭份河濱公園，不含徵收費之工程費用為45,000仟元。計畫僅進行頭份鎮中港溪河段之環境營造規劃工作，故經濟效益的評估僅針對其他附加效益及不可計效益來進行分析討論。不可計效益包含景觀、休憩、區域發展、教育、綜合等效益；而附加效益經計算於規劃工程執行完畢後，每年約可帶來4,325萬元之經濟效益，而計畫年計成本約為2,332萬元，因此本計畫之經濟評價益本比約為1.85。在後續維護管理方面可透過苗栗縣政府、頭份鎮公所、苗栗農田水利會及地方團體等單位互相配合進行，並有賴當地居民及旅客配合維護，方可確保各項設施及環境之整潔及使用品質。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970328</commissionedprojectidentifier><currency>NT$</currency><date>2009/4/27</date><governmentpublicationsnumber>1009800524</governmentpublicationsnumber><identifier>61438</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61438</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中港溪頭份大橋至尖山大橋河段環境營造(光碟版)=Environment Constructing and Planning along the Jhonggang River between the Toufen Bridge and Jianshan Bridge</title><yearidentifier>200903</yearidentifier></data><data><abstract>海洋與台灣學術研討會 論文集  第二屆</abstract><author>台灣研究基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/28</date><governmentpublicationsnumber>1009301888</governmentpublicationsnumber><identifier>61448</identifier><internationalstandardbooknumber>9789570175271 ; 9789570175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61448</librarycollectiondetailsurl><price></price><publisher>台灣研究基金會</publisher><publishrocyear>98</publishrocyear><title>海洋與台灣學術研討會 論文集  第二屆</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>台灣研究基金會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/28</date><governmentpublicationsnumber>1009301888</governmentpublicationsnumber><identifier>61449</identifier><internationalstandardbooknumber>9789570175271 ; 9789570175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61449</librarycollectiondetailsurl><price></price><publisher>台灣研究基金會</publisher><publishrocyear>98</publishrocyear><title>海洋與台灣學術研討會 論文集  第二屆(光碟版)</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/4/30</date><governmentpublicationsnumber>1009800519</governmentpublicationsnumber><identifier>61467</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61467</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水廠放流水再利用潛勢及推動策略(計畫成果資料光碟)=The Potential and Promoting Strategies of the Effluent Reuse of Wastewater Treatment Plant</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫以濁水溪流域及彰化縣與雲林縣等地區進??雨頻?分析、?雨之時空分佈特性分析、雨?站網之評估，並建?山區?雨逕?模式，銜接河道水?模式進?河道溢?演算。最後考慮河道溢?、山區逕?、潮位變動等影響，進?淹水潛勢模擬分析評估, 並?考所有模擬分析結果規劃雨?淹水預警模組。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水?況。因此必須依需求而有?同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治?及淹水預警之用，因此輸入之?雨條件除包括24 小時?積雨?之各重現期距值外(洪潦治?用)，亦分析3 小時、6 小時?積雨?之各重現期距值(淹水預警用)。最後本計畫依據演算成果，評估區域內淹水敏感點位置，建??雨淹水預警模式，作為水?署淹水預警及相關防救災器材預置之?考。而?同重現期之24 小時?雨淹水潛勢圖亦可提供相關縣市政府防災單位，作為淹水災害預警之用。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970320</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/5</date><governmentpublicationsnumber>1009800597</governmentpublicationsnumber><identifier>61488</identifier><internationalstandardbooknumber>9789860179545 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61488</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>濁水溪流域及彰化縣與雲林縣淹水潛勢圖更新計畫  Upgrading potential inundation maps of Chou-shui River, Changhua county and Yunlin county</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫以濁水溪流域及彰化縣與雲林縣等地區進??雨頻?分析、?雨之時空分佈特性分析、雨?站網之評估，並建?山區?雨逕?模式，銜接河道水?模式進?河道溢?演算。最後考慮河道溢?、山區逕?、潮位變動等影響，進?淹水潛勢模擬分析評估, 並?考所有模擬分析結果規劃雨?淹水預警模組。淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水?況。因此必須依需求而有?同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治?及淹水預警之用，因此輸入之?雨條件除包括24 小時?積雨?之各重現期距值外(洪潦治?用)，亦分析3 小時、6 小時?積雨?之各重現期距值(淹水預警用)。最後本計畫依據演算成果，評估區域內淹水敏感點位置，建??雨淹水預警模式，作為水?署淹水預警及相關防救災器材預置之?考。而?同重現期之24 小時?雨淹水潛勢圖亦可提供相關縣市政府防災單位，作為淹水災害預警之用。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970320</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/5</date><governmentpublicationsnumber>1009800597</governmentpublicationsnumber><identifier>61489</identifier><internationalstandardbooknumber>9789860179545 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61489</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>濁水溪流域及彰化縣與雲林縣淹水潛勢圖更新計畫(光碟版)  Upgrading potential inundation maps of Chou-shui River, Changhua county and Yunlin county</title><yearidentifier>200903</yearidentifier></data><data><abstract>為瞭解縣市政府對於水情中心的需求，本計畫透過現地訪談針對西南部近年受災嚴重的12個縣市水利單位進行訪談，彙整各縣市政府對於水情中心之資料需求、空間需求及整合介面進行探討並完成針對相關需求完成水情中心規劃工作；對於縣市層級水情中心之規劃共分為兩大類型：一為具有水情監測系統、資訊系統及展示系統的實質獨立空間；第二類型為縣市政府內並無獨立實體水情中心空間，僅利用網際網路查詢之水情資訊系統，水情中心隨水災緊急應變小組所在位置而開設。本計畫分別針對兩種不同類型之需求進行規劃並完成及示範案例之探討，對於各類型水情中心之基本規範亦提供相關建議，以利後續有意願建立水情中心縣市之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970332</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/5</date><governmentpublicationsnumber>1009800642</governmentpublicationsnumber><identifier>61490</identifier><internationalstandardbooknumber>9789860179644 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61490</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>縣(市)政府水情中心建置規劃之研究  Research of Establishment Planning of the Center of Hydroinformation of Local Governments</title><yearidentifier>200903</yearidentifier></data><data><abstract>為瞭解縣市政府對於水情中心的需求，本計畫透過現地訪談針對西南部近年受災嚴重的12個縣市水利單位進行訪談，彙整各縣市政府對於水情中心之資料需求、空間需求及整合介面進行探討並完成針對相關需求完成水情中心規劃工作；對於縣市層級水情中心之規劃共分為兩大類型：一為具有水情監測系統、資訊系統及展示系統的實質獨立空間；第二類型為縣市政府內並無獨立實體水情中心空間，僅利用網際網路查詢之水情資訊系統，水情中心隨水災緊急應變小組所在位置而開設。本計畫分別針對兩種不同類型之需求進行規劃並完成及示範案例之探討，對於各類型水情中心之基本規範亦提供相關建議，以利後續有意願建立水情中心縣市之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970332</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/5</date><governmentpublicationsnumber>1009800642</governmentpublicationsnumber><identifier>61491</identifier><internationalstandardbooknumber>9789860179644 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61491</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>縣(市)政府水情中心建置規劃之研究(光碟版)  Research of Establishment Planning of the Center of Hydroinformation of Local Governments</title><yearidentifier>200903</yearidentifier></data><data><abstract>現有全球資訊網內之水?法規查詢系統，係提供 水?署最新法規消息、公告、水?法規、?政規則、草案預告、解釋?、法規查詢及相關法規網站等資訊供?結查詢，並能提供業務單位同仁自?進?資?新增、修正、刪除等功能。惟欠缺母法與相關子法、解釋?間之?結以及修正前之法規條文及?政規則內容之查詢。除??各界?解相關法規之演變外，對於署內同仁遇有修法前違法?為之查處時，亦需費相當時間始得取得修正前條文，以為正確之?政處分。為強化 水?署水?法規網?查詢及管?功能，並整合現有 水?署全球資訊網之水?法規內容，爰成?本計畫。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.681029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970335</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/6</date><governmentpublicationsnumber>1009800755</governmentpublicationsnumber><identifier>61508</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61508</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利法規網路查詢管理系統功能建置計畫(光碟版)Project of Water Resources Laws and regulations Search Engine</title><yearidentifier>200904</yearidentifier></data><data><abstract>現有全球資訊網內之水?法規查詢系統，係提供 水?署最新法規消息、公告、水?法規、?政規則、草案預告、解釋?、法規查詢及相關法規網站等資訊供?結查詢，並能提供業務單位同仁自?進?資?新增、修正、刪除等功能。惟欠缺母法與相關子法、解釋?間之?結以及修正前之法規條文及?政規則內容之查詢。除??各界?解相關法規之演變外，對於署內同仁遇有修法前違法?為之查處時，亦需費相當時間始得取得修正前條文，以為正確之?政處分。為強化 水?署水?法規網?查詢及管?功能，並整合現有 水?署全球資訊網之水?法規內容，爰成?本計畫。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.681029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970335</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/6</date><governmentpublicationsnumber>1009800755</governmentpublicationsnumber><identifier>61509</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61509</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利法規網路查詢管理系統功能建置計畫 Project of Water Resources Laws and regulations Search Engine</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>台灣省農田水利會聯合會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/8</date><governmentpublicationsnumber>25039880030</governmentpublicationsnumber><identifier>61527</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61527</librarycollectiondetailsurl><price>700</price><publisher>台灣省農田水利會聯合會</publisher><publishrocyear>88</publishrocyear><title>農田水利會重要建設工程圖誌（二）</title><yearidentifier>199906</yearidentifier></data><data><abstract>台東水利會管轄之卑南大圳進水口並未設置攔河堰，致使 無法穩定取水，水利會歷年皆須投入大量經費設置臨時導水 堤，維持卑南大圳進水口取水功能。由於導水堤於洪水時常遭 沖毀，修護期間無法正常供水，影響農業灌溉，根據台東農田 水利會之歷年維修記錄，每年所需維護及修復費用均達400萬元 以上，因此擬藉由卑南溪下游攔河堰之興建，改善卑南大圳進 水口之取水功能，穩定農業用水。</abstract><author>台東農田水利會</author><categoryidentifier>554.614</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960353</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/11</date><governmentpublicationsnumber>1009702674</governmentpublicationsnumber><identifier>61552</identifier><internationalstandardbooknumber>9789860156058 ; 9789860156</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61552</librarycollectiondetailsurl><price></price><publisher>台東農田水利會</publisher><publishrocyear>97</publishrocyear><title>台東卑南溪下游欄河堰工程計畫(草案)(內附光碟)=Planning Review for Weir Engineering in the Downstream of Beinan River in Taitung</title><yearidentifier>200809</yearidentifier></data><data><abstract> </abstract><author>台北自來水事業處</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/12</date><governmentpublicationsnumber>2005200014</governmentpublicationsnumber><identifier>61553</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61553</librarycollectiondetailsurl><price>300</price><publisher>台北自來水事業處</publisher><publishrocyear>97</publishrocyear><title>台北自來水事業統計年報（民國94~96年）電子書</title><yearidentifier>200812</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>中山大學</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970200</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/12</date><governmentpublicationsnumber>1009800804</governmentpublicationsnumber><identifier>61556</identifier><internationalstandardbooknumber>9789860181081 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61556</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(1/2)＝Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>國立中山大學</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970200</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/12</date><governmentpublicationsnumber>1009800804</governmentpublicationsnumber><identifier>61557</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61557</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(1/2)－光碟版＝Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫。經研究結果評估結果，台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。本計畫提出提出四規劃方案進行海岸環境營造，包括部份養灘、全面養灘、離岸堤及突堤養灘等方案，經優選結果以部份養灘案最佳。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA 097021</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/12</date><governmentpublicationsnumber>1009800799</governmentpublicationsnumber><identifier>61560</identifier><internationalstandardbooknumber>9789860181067 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61560</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(1/2)＝The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area )</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫。經研究結果評估結果，台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。本計畫提出提出四規劃方案進行海岸環境營造，包括部份養灘、全面養灘、離岸堤及突堤養灘等方案，經優選結果以部份養灘案最佳。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA 097021</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/12</date><governmentpublicationsnumber>1009800799</governmentpublicationsnumber><identifier>61561</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61561</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(1/2)－光碟版＝The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area )</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫依環境影響評估法、開發行為環境影響評估作業準則規定，辦理水庫及工程用地周邊之現況調查、影響預測及評估工作，並?總士文水庫可行性規劃(6)- 第一階段環境影響評估1/2、2/2成果，為本水庫可行性規劃專題報告之一。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.64   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960073</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/13</date><governmentpublicationsnumber>1009800225</governmentpublicationsnumber><identifier>61574</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61574</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃(7)－第一階段環境影響評估總報告計畫成果光碟(光碟版)＝Feasibility Planning of Shi-Wen Reservoir (7)General Report on Environmental Impact Statement</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/14</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>61591</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61591</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>97</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十六年度年報</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/14</date><governmentpublicationsnumber>2009006085</governmentpublicationsnumber><identifier>61595</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61595</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>水利第十一期</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>美國內政部墾務局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800922</governmentpublicationsnumber><identifier>61601</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61601</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫內附光碟(英文版)---岩床沖刷數值模式研究=Rock Erosion Modeling on Selected Alluvial Rivers in Tawan</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中，用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800922</governmentpublicationsnumber><identifier>61602</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61602</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台灣西部多砂河川沖淤模式研發及復育研究計畫(4/4)：岩床沖刷數值模式研究(內附光碟) ＝Rock Erosion Modeling on Selected Alluvial Rivers in Taiwan</title><yearidentifier>200904</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970243</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800601</governmentpublicationsnumber><identifier>61603</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61603</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>澎湖縣山水及?裏海堤防護工法評估及水工模型試驗(1/2)＝The research on coastal protection in Shan-shuei and Shih-li area, Penghu</title><yearidentifier>200903</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。</abstract><author>國立中山大學海洋環境及工程學系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800601</governmentpublicationsnumber><identifier>61605</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61605</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>澎湖縣山水及?裏海堤防護工法評估及水工模型試驗(1/2)(光碟版)＝The research on coastal protection in Shan-shuei and Shih-li area, Penghu</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，同時延續環境荷爾蒙物質監測。水質監測部分分別於高屏溪右岸A區及B區，以及左岸進行11次共13點的採樣。現場監測項目包括溫度、溶氧、酸鹼度、氧化還原電位及導電度；實驗室分析部份包括懸浮固體物、揮發性懸浮固體物、總化學需氧量、溶解性化學需氧量、生化需氧量、總凱氏氮、氨氮、正磷酸鹽、總磷酸鹽及大腸桿菌群。在右岸SS部份由於採樣時常發現有不明人士至池內捕魚或採集水生植物等，造成池內淤泥被擾動揚起，平均去除率偏低，A區及B區均只有個位數，COD部份平均也只有20-26%的去除率，BOD部份平均則有54-67%的去除率。NH3-N部分B區的平均去除率(72%)比A區佳(26%)，可能因B區人工濕地處理單元較多，停留時間較長(22天 vs. 10天)。TP部份A區平均去除率為31%，B區則有43%。E. Coli部份均有明顯去除率，A區平均去除率為88%，B區則有99%。由於A區BOD、NH3-N皆偏高，因此均屬於丁類水體，以河川汙染指標等級分類來看A區皆屬於中度汙染。B區方面，B1進流水各污染濃度皆偏高，屬於戊類水體，經由人工濕地改善後B7出流水可符合相對之丁類河川水質標準。B區改善效果則較為明顯，B1進流水屬於嚴重汙染，汙染物經由人工濕地削減後，B7出流水可改善至符合中度汙染。 在左岸的水質分析部份，BOD5的去除率僅8％，SS也只有9％的去除率，TCOD也只有6％的去除率，前段處理單元的去除效果良好，但到了最終池去除效果卻不佳，可能與最終池常有民眾下水捕魚而擾動水體與底泥有關，且水量到達最終池時已明顯減少，造成最終池水量無法順利排出而滯留於池內有關，導致SS、TCOD、BOD5等有升高之情形。NH3-N的去除效果相當明顯，由與水體溶氧充足，加上FWS1~3中的水生植物生長密集，因此植物攝取效果良好，同時有微生物的硝化作用，達到氨氮近9成的去除率。在磷方面，TP平均去除率為65%，PO4-P則有81%。陸域地面水體部分左岸因進流與出流BOD、NH3-N皆偏高，因此均屬於丁類水體範圍。以河川汙染指標等級分類來看左岸人工濕地淨化水質效果較佳，武洛溪水質屬於嚴重汙染，而經由人工濕地將汙染物削減後，出流水可改善至符合中度汙染。 2008年左、右岸共採集143個樣品，分析pH值、氧化還原電位(ORP)及重金屬(Cd, Cr, Cu, Ni, Pb, Zn, As, Hg)。由pH值可發現底泥環境皆趨近於中性。在ORP方面，所有底泥皆呈現極度還原狀態，大部分的測值均在200 mV以下。從2008年之降雨量分佈可發現雨季時pH值略為下降，但ORP不受影響。在底泥重金屬堅測資料中發現，多數的Cd均低於偵測極限。在Cr方面，右岸之底泥樣品遠低於土壤管制標準，但是左岸的L2與L3測點已超出土壤管制標準甚多，且持續發生在整個監測期間內。在Cu方面，右岸之A1測點有少數測值已接近土壤管制標準，尤其會發生在乾季時。在Ni與Pb方面，不僅遠低於土壤管制標準，且與降雨量沒有相關性。在Zn方面，疑似受Cr污染的L3測點中，有高於1000 mg/kg的情況。右岸濕地的As高於左岸，在雨季時濃度有下降的趨勢。底泥的Hg濃度遠低於土壤污染管制準。此濕地環境中Cr, Cu及Zn之背景濃度較高，其中以Cr之偏歪值最大，意即Cr最明顯有人為污染源。將基線濃度上限(upper baseline concentration, UBC)與現行土壤污染管制標準比較，則發現Cr與Cu有明顯受人為污染的疑慮。另外，雖然Zn與As的UBC值都低於土壤污染管制標準，但其較高的最大值與偏歪度均指出也有異常輸入濕地環境的現象。從相關係數矩陣中可看出，Cr, Cu, Zn, As間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。濕地地下水文監測分析方面，2008年量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.1m～18.5m之間；右岸濕地下水位介於9.5m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006與2008年等水位線變化分析，2008年豐枯期地下水位差大於2006地下水位變化；相較左岸濕地較高之地下水位，位於高屏溪河畔右岸濕地受河川水位影響變化甚劇，瞭解右岸濕地的地下水位流向不論豐枯水期，皆與高屏溪河川流向呈現平行現象。進一步探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川，更驗證兩年來右岸濕地地下水文持續性受高屏溪衝擊影響大於左岸濕地。 2008年高屏溪左右岸濕地共記錄9科21種2,403隻次魚類，其中在左岸濕地於四次調查共記錄7科12種949隻次，優勢種為鬥魚科的三星鬥魚佔39.1％及慈鯛科的尼羅口孵魚佔33.6％，所代表的生物指標意義為中輕度的污染狀況，水域調查結果以D池12月的調查到最多種類及數目。右岸濕地於三次調查共記錄9科20種1,454隻魚類，優勢魚種為慈鯛科的尼羅口孵魚佔38.4％及鬥魚科的三星鬥魚29％，與左岸濕地相似。魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。左右岸濕地共記錄21屬綠藻、6屬藍綠藻、16屬矽藻、3屬裸藻、1屬甲藻及共記錄17屬47種附著藻矽藻。以生物指數來評估水質狀況，矽藻優養化(TDI)指標評估結果顯示左岸濕地多屬於偏嚴重優養化水質，右岸濕地以A3測站於5月調查水質較佳，其餘皆偏中度優養及重度優養化水質。以藻屬指數(Generic Index，GI)評估各測站水質時，9月調查發現左岸樣站多屬嚴重污染水質(GI&amp;lt;0.3)。右岸濕地以5月調查時A3測站水質屬極輕微污染水質，5月調查B5測站、5月及9月於B6測站屬微污染水質，5月調查於B7測站屬輕度污染水質，其餘各測站多屬於中度至嚴重污染水質。利用腐水度指數(SI)評估水質，左岸各測站介於β-中腐水水質至α-中腐水水質，而右岸濕地各測站評估結果與TDI類似，以右岸B1及A1與A2測站最為嚴重，各測站水質狀況介於β-中腐水水質至α-中腐水水質。水棲昆蟲共記錄5目15科20屬21種，共353隻次，其中左岸濕地共採獲5目14科17屬18種130隻次，結果顯示(其中5月調查水域呈現乾涸)蜻蛉目物種總個體數共採獲42隻，佔總樣本32 %，為主要優勢物種，以Hilsenhoff 科級指數水質評估結果為極差(Very Poor)等級。右岸濕地共採獲5目11科15屬17種223隻次，結果顯示數量最多者為5月調查的半翅目85隻次及蜉蝣目21隻次。由於半翅目物種中的水椿象科Sigara sp.A數量為優勢物種，佔總樣本31 %，因此右岸濕地整體的Hilsenhoff 科級指數水質評估結果為極差等級(Very Poor)，其指標值為7.68。水生植物共記錄有維管束植物102科214屬246種，其中有4種蕨類植物，172種雙子葉植物及70種單子葉植物。依其屬性區分，其中2種特有種，非特有之原生種134種，歸化種58種，栽培種52種；若以形態區分，喬木47種，灌木33種，藤本20種，草本146種，原生種（特有種+非特有之原生種）比例約佔計劃區植被的55.29%。左岸濕地環境荷爾蒙物質中的NP1EO濃度介於ND~0.501μg/L、NP2EO濃度介於ND~0.167μg/L、NP濃度介於0.27~6.81μg/L及OP濃度均低於偵測極限。檢測結果以壬基苯酚之檢出率為100％最高，且依濕地系統由進至出流不同單元有逐漸衰減趨勢。壬基苯酚單乙氧基醇及壬基苯酚雙乙氧基醇的濃度及檢出率均低，而辛基苯酚則未於樣品中測出。右岸濕地環境荷爾蒙物質檢測結果顯示壬基苯酚單乙氧基醇(NP1EO)濃度介於ND~8.48μg/L、壬基苯酚雙乙氧基醇(NP2EO) 濃度介於ND~34.65μg/L、壬基苯酚(NP)濃度介於0.12~10.03μg/L及辛基苯酚(OP)濃度介於ND~15.24μg/L，檢測結果仍以NP之100%檢出率最高，而NP1EO及NP2EO之最高濃度則比武洛濕地測站分別高出20~207倍，顯示可能來自於清潔劑添加NPnEO成分的問題仍普遍存在。關鍵字：人工濕地，水質，底泥，地下水，生態，環境荷爾蒙</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970243</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800602</governmentpublicationsnumber><identifier>61606</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61606</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫(1/2) ＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river(1/2)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，同時延續環境荷爾蒙物質監測。水質監測部分分別於高屏溪右岸A區及B區，以及左岸進行11次共13點的採樣。現場監測項目包括溫度、溶氧、酸鹼度、氧化還原電位及導電度；實驗室分析部份包括懸浮固體物、揮發性懸浮固體物、總化學需氧量、溶解性化學需氧量、生化需氧量、總凱氏氮、氨氮、正磷酸鹽、總磷酸鹽及大腸桿菌群。在右岸SS部份由於採樣時常發現有不明人士至池內捕魚或採集水生植物等，造成池內淤泥被擾動揚起，平均去除率偏低，A區及B區均只有個位數，COD部份平均也只有20-26%的去除率，BOD部份平均則有54-67%的去除率。NH3-N部分B區的平均去除率(72%)比A區佳(26%)，可能因B區人工濕地處理單元較多，停留時間較長(22天 vs. 10天)。TP部份A區平均去除率為31%，B區則有43%。E. Coli部份均有明顯去除率，A區平均去除率為88%，B區則有99%。由於A區BOD、NH3-N皆偏高，因此均屬於丁類水體，以河川汙染指標等級分類來看A區皆屬於中度汙染。B區方面，B1進流水各污染濃度皆偏高，屬於戊類水體，經由人工濕地改善後B7出流水可符合相對之丁類河川水質標準。B區改善效果則較為明顯，B1進流水屬於嚴重汙染，汙染物經由人工濕地削減後，B7出流水可改善至符合中度汙染。 在左岸的水質分析部份，BOD5的去除率僅8％，SS也只有9％的去除率，TCOD也只有6％的去除率，前段處理單元的去除效果良好，但到了最終池去除效果卻不佳，可能與最終池常有民眾下水捕魚而擾動水體與底泥有關，且水量到達最終池時已明顯減少，造成最終池水量無法順利排出而滯留於池內有關，導致SS、TCOD、BOD5等有升高之情形。NH3-N的去除效果相當明顯，由與水體溶氧充足，加上FWS1~3中的水生植物生長密集，因此植物攝取效果良好，同時有微生物的硝化作用，達到氨氮近9成的去除率。在磷方面，TP平均去除率為65%，PO4-P則有81%。陸域地面水體部分左岸因進流與出流BOD、NH3-N皆偏高，因此均屬於丁類水體範圍。以河川汙染指標等級分類來看左岸人工濕地淨化水質效果較佳，武洛溪水質屬於嚴重汙染，而經由人工濕地將汙染物削減後，出流水可改善至符合中度汙染。 2008年左、右岸共採集143個樣品，分析pH值、氧化還原電位(ORP)及重金屬(Cd, Cr, Cu, Ni, Pb, Zn, As, Hg)。由pH值可發現底泥環境皆趨近於中性。在ORP方面，所有底泥皆呈現極度還原狀態，大部分的測值均在200 mV以下。從2008年之降雨量分佈可發現雨季時pH值略為下降，但ORP不受影響。在底泥重金屬堅測資料中發現，多數的Cd均低於偵測極限。在Cr方面，右岸之底泥樣品遠低於土壤管制標準，但是左岸的L2與L3測點已超出土壤管制標準甚多，且持續發生在整個監測期間內。在Cu方面，右岸之A1測點有少數測值已接近土壤管制標準，尤其會發生在乾季時。在Ni與Pb方面，不僅遠低於土壤管制標準，且與降雨量沒有相關性。在Zn方面，疑似受Cr污染的L3測點中，有高於1000 mg/kg的情況。右岸濕地的As高於左岸，在雨季時濃度有下降的趨勢。底泥的Hg濃度遠低於土壤污染管制準。此濕地環境中Cr, Cu及Zn之背景濃度較高，其中以Cr之偏歪值最大，意即Cr最明顯有人為污染源。將基線濃度上限(upper baseline concentration, UBC)與現行土壤污染管制標準比較，則發現Cr與Cu有明顯受人為污染的疑慮。另外，雖然Zn與As的UBC值都低於土壤污染管制標準，但其較高的最大值與偏歪度均指出也有異常輸入濕地環境的現象。從相關係數矩陣中可看出，Cr, Cu, Zn, As間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。濕地地下水文監測分析方面，2008年量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.1m～18.5m之間；右岸濕地下水位介於9.5m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006與2008年等水位線變化分析，2008年豐枯期地下水位差大於2006地下水位變化；相較左岸濕地較高之地下水位，位於高屏溪河畔右岸濕地受河川水位影響變化甚劇，瞭解右岸濕地的地下水位流向不論豐枯水期，皆與高屏溪河川流向呈現平行現象。進一步探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川，更驗證兩年來右岸濕地地下水文持續性受高屏溪衝擊影響大於左岸濕地。 2008年高屏溪左右岸濕地共記錄9科21種2,403隻次魚類，其中在左岸濕地於四次調查共記錄7科12種949隻次，優勢種為鬥魚科的三星鬥魚佔39.1％及慈鯛科的尼羅口孵魚佔33.6％，所代表的生物指標意義為中輕度的污染狀況，水域調查結果以D池12月的調查到最多種類及數目。右岸濕地於三次調查共記錄9科20種1,454隻魚類，優勢魚種為慈鯛科的尼羅口孵魚佔38.4％及鬥魚科的三星鬥魚29％，與左岸濕地相似。魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。左右岸濕地共記錄21屬綠藻、6屬藍綠藻、16屬矽藻、3屬裸藻、1屬甲藻及共記錄17屬47種附著藻矽藻。以生物指數來評估水質狀況，矽藻優養化(TDI)指標評估結果顯示左岸濕地多屬於偏嚴重優養化水質，右岸濕地以A3測站於5月調查水質較佳，其餘皆偏中度優養及重度優養化水質。以藻屬指數(Generic Index，GI)評估各測站水質時，9月調查發現左岸樣站多屬嚴重污染水質(GI&amp;lt;0.3)。右岸濕地以5月調查時A3測站水質屬極輕微污染水質，5月調查B5測站、5月及9月於B6測站屬微污染水質，5月調查於B7測站屬輕度污染水質，其餘各測站多屬於中度至嚴重污染水質。利用腐水度指數(SI)評估水質，左岸各測站介於β-中腐水水質至α-中腐水水質，而右岸濕地各測站評估結果與TDI類似，以右岸B1及A1與A2測站最為嚴重，各測站水質狀況介於β-中腐水水質至α-中腐水水質。水棲昆蟲共記錄5目15科20屬21種，共353隻次，其中左岸濕地共採獲5目14科17屬18種130隻次，結果顯示(其中5月調查水域呈現乾涸)蜻蛉目物種總個體數共採獲42隻，佔總樣本32 %，為主要優勢物種，以Hilsenhoff 科級指數水質評估結果為極差(Very Poor)等級。右岸濕地共採獲5目11科15屬17種223隻次，結果顯示數量最多者為5月調查的半翅目85隻次及蜉蝣目21隻次。由於半翅目物種中的水椿象科Sigara sp.A數量為優勢物種，佔總樣本31 %，因此右岸濕地整體的Hilsenhoff 科級指數水質評估結果為極差等級(Very Poor)，其指標值為7.68。水生植物共記錄有維管束植物102科214屬246種，其中有4種蕨類植物，172種雙子葉植物及70種單子葉植物。依其屬性區分，其中2種特有種，非特有之原生種134種，歸化種58種，栽培種52種；若以形態區分，喬木47種，灌木33種，藤本20種，草本146種，原生種（特有種+非特有之原生種）比例約佔計劃區植被的55.29%。左岸濕地環境荷爾蒙物質中的NP1EO濃度介於ND~0.501μg/L、NP2EO濃度介於ND~0.167μg/L、NP濃度介於0.27~6.81μg/L及OP濃度均低於偵測極限。檢測結果以壬基苯酚之檢出率為100％最高，且依濕地系統由進至出流不同單元有逐漸衰減趨勢。壬基苯酚單乙氧基醇及壬基苯酚雙乙氧基醇的濃度及檢出率均低，而辛基苯酚則未於樣品中測出。右岸濕地環境荷爾蒙物質檢測結果顯示壬基苯酚單乙氧基醇(NP1EO)濃度介於ND~8.48μg/L、壬基苯酚雙乙氧基醇(NP2EO) 濃度介於ND~34.65μg/L、壬基苯酚(NP)濃度介於0.12~10.03μg/L及辛基苯酚(OP)濃度介於ND~15.24μg/L，檢測結果仍以NP之100%檢出率最高，而NP1EO及NP2EO之最高濃度則比武洛濕地測站分別高出20~207倍，顯示可能來自於清潔劑添加NPnEO成分的問題仍普遍存在。關鍵字：人工濕地，水質，底泥，地下水，生態，環境荷爾蒙</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/15</date><governmentpublicationsnumber>1009800602</governmentpublicationsnumber><identifier>61607</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61607</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>98</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫(1/2)(光碟版)＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river(1/2)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫主要目的為進行頭前溪流域之水資源開發個案初步規劃，包括水庫、人工湖與攔河堰等不同型式的個案規劃，以作為新竹地區未來水資源開發的參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.6933   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800674</governmentpublicationsnumber><identifier>61609</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61609</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃(內附光碟)=Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫之目標為透過新竹地區現有的水資源設施與供水統分析，檢討頭前溪流域水資源目前之利用條件，以進行頭前溪水資源之調配與可行之水資源開發個案規劃，提出新竹地區現階段與未來民國120年水資源運用策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800675</governmentpublicationsnumber><identifier>61610</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61610</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃－新竹地區水資源供需檢討(內附光碟)＝Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Review of Water Resources Utilization in Hsinchu</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800675</governmentpublicationsnumber><identifier>61612</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61612</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃 新竹地區水資源供需檢討成果資料光碟=Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Review of Water Resources Utilization in Hsinchu</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫主要目標為針對頭前溪流域水資源發個案中之比麟水庫，就其水源分析、民意接受度、相關地質條件、工程可行性與經濟效益等層面綜合檢討，進行比麟水庫之初步規劃，作為新竹地區未來水資源開發的參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800673</governmentpublicationsnumber><identifier>61613</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61613</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃－比麟水庫初步規劃(1)(內附光碟)＝Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Preliminary Planning for Belin Reservoir</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>446.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800673</governmentpublicationsnumber><identifier>61614</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61614</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃 比麟水庫初步規劃(1)成果資料光碟=Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Preliminary Planning for Belin Reservoir</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/18</date><governmentpublicationsnumber>1009800799</governmentpublicationsnumber><identifier>61615</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61615</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(1/2)(資料光碟)=The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/20</date><governmentpublicationsnumber>38054880369</governmentpublicationsnumber><identifier>61637</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61637</librarycollectiondetailsurl><price>400</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程製圖手冊</title><yearidentifier>199902</yearidentifier></data><data><abstract> </abstract><author>厲以狀、劉益昌</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/21</date><governmentpublicationsnumber>1009704306</governmentpublicationsnumber><identifier>61640</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61640</librarycollectiondetailsurl><price></price><publisher>雲林縣政府</publisher><publishrocyear>97</publishrocyear><title>雲林縣古坑大坪頂I 、II遺址範圍及內涵評估計畫成果報告</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800244</governmentpublicationsnumber><identifier>61657</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61657</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響調查報告書(定稿本)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800244</governmentpublicationsnumber><identifier>61658</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61658</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響調查報告書(定稿本)</title><yearidentifier>200903</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800244</governmentpublicationsnumber><identifier>61659</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61659</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響調查報告書(定稿本)</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>美國內政部墾務局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800922</governmentpublicationsnumber><identifier>61663</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61663</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫內附光碟(英文版)---岩床沖刷數值模式研究=Rock Erosion Modeling on Selected Alluvial Rivers in Tawan</title><yearidentifier>200904</yearidentifier></data><data><abstract>摘 要經濟部水利署臺北水源特定區管理局係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區面積廣達七一七平方公里，約佔台北縣行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之查詢管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸之參考意義。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970028</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009704013</governmentpublicationsnumber><identifier>61664</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61664</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫：新店市＝Environmental circumstances Investigation and Management System Construction of Upper Sindian River and Ching-Tan Weir-Sindian City</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘 要經濟部水利署臺北水源特定區管理局係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區面積廣達七一七平方公里，約佔台北縣行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之查詢管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸之參考意義。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970228</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009704013</governmentpublicationsnumber><identifier>61666</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61666</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫：新店市(光碟版)＝ Environmental circumstances Investigation and Management System Construction of Upper Sindian River and Ching-Tan Weir-Sindian City</title><yearidentifier>200812</yearidentifier></data><data><abstract>依據環保署「營建工程空氣污染防制設施管理辦法」規定，並考量水庫工程實際施工需求與相關技術規範，修正原環評報告書之空氣品質維護防制對策。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433   443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D18-120-29(02)</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800907</governmentpublicationsnumber><identifier>61675</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61675</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫第二次環境影響差異分析報告(定稿本)</title><yearidentifier>200905</yearidentifier></data><data><abstract>依據環保署「營建工程空氣污染防制設施管理辦法」規定，並考量水庫工程實際施工需求與相關技術規範，修正原環評報告書之空氣品質維護防制對策。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433   443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009800907</governmentpublicationsnumber><identifier>61676</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61676</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫第二次環境影響差異分析報告(定稿本)(光碟版)</title><yearidentifier>200905</yearidentifier></data><data><abstract>台灣河川高流量的發生都為颱洪，觀測不易，致使可供運用之實測水位流量資料都偏低，嚴重影響水資源利用、管理及水利防洪等規劃成果之不確定性（Uncertainity）。因此，詳實評估台灣河川水文流量資料既有內涵與觀測現況，著手推導水位流量率定曲線新方法的評估與探討的研究工作，實是當務之急。爰此，本署特成立「理論水位流量率定曲線於台灣河川之應用評估探討─以基隆河流域水文站為例(2/2)」研究計畫，以甄選委託合宜研究團隊進行探討流量與水位之關係理論，並建立基隆河水文站之模式，以提供河防工作之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009105164</governmentpublicationsnumber><identifier>61677</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61677</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>理論水位流量率定曲線於台灣川之應用評估探討-以基隆河流域水文站為例(2/2) (光碟版)Evaluation of Theoretical Rating Curve for Natural Channel-Application on Keelung River (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>摘  要 本計畫研究重點是整合水文資訊與防災科技，研發操作系統以因應水災防救實務上之需要。當有水災發生之虞時，經濟部應立即成立緊急應變小組，並配合中央災害應變中心之運作，適時提供水災相關資訊，進行防救災作業。目前經濟部水利相關單位針對其業務主管範圍，建立有水情查報及相關資訊系統，但是若能進一步有效整合中央氣象局水文資訊與國科會開發之淹水潛勢相關研究成果，將能提供各級應變小組，有效強化執行水災相關應變作業之能力。 在第一年度計畫工作中，本計畫已與中央氣象局協商獲得降雨資訊，並完成網頁版之台灣地區水文資訊展示系統，以及蘭陽溪、淡水河、鹽水溪及高屏溪等四條中央管河川流域之防災水情資訊展示系統，並將系統實際安裝於水利署水文技術組與水利署第一河川局。在淹水災害潛勢資料應用與更新方面，已完成淡水河流域台北市區高精度淹水潛勢分析資料。而在防災水情資訊展示系統之建立方面，已初步完成系統展示界面與功能性之規劃，建立災前比對與災後檢核之關聯機制，未來將依據現有成果繼續執行工作，達成計畫預期成果。本年度工作已順利完成原規劃工作，並參考「水文資訊流通作業規範」及配合經濟部水利署91年度推動之「水文資訊網整合性服務系統之建立」計畫，建立完成系統所需之降雨與淹水資料庫。</abstract><author>國立台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009105159</governmentpublicationsnumber><identifier>61680</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61680</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>水文資訊與防災科技整合運用之研究 (1/2) (光碟版)A Study on Integated Application of Hydrological Information and Hazard Mitigation Technology (I)</title><yearidentifier>200212</yearidentifier></data><data><abstract>經濟部水利署自民國八十九年起委託台灣大學陸續執行「水文技術規範之研訂」與「水文設計應用手冊」等計畫，除全面檢討、評估水文設計所需之各項參數與設計法外，並已完成全台灣各地區之設計暴雨深度、設計雨型及可能最大降雨量，且於民國九十年十一月辦理「暴雨水文設計應用講習會」，推廣應用所建立之各項設計參數。為能落實「水文技術規範之研訂」計畫所擬訂之設計方法，充分利用「水文設計應用手冊」計畫所完成之各項設計參數，並考慮近年來各種環境變遷因素對水文規劃設計之影響，亟需針對全台灣地區建立水文設計所需之各項地文相關參數，並探討氣候變遷對水文規劃設計之影響程度。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/25</date><governmentpublicationsnumber>1009105071</governmentpublicationsnumber><identifier>61684</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61684</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>因應環境變遷之水文規劃設計研究(光碟版) Hydrological Planning and Design In Correspondence To Environmental Change</title><yearidentifier>200212</yearidentifier></data><data><abstract>摘 要經濟部水利署臺北水源特定區管理局係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區面積廣達七一七平方公里，約佔台北縣行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之查詢管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸之參考意義。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/26</date><governmentpublicationsnumber>1009704013</governmentpublicationsnumber><identifier>61686</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61686</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫：新店市 Environmental circumstances Investigation and Management System Construction of Upper Sindian River and Ching-Tan Weir-Sindian City  期末報告書</title><yearidentifier>200812</yearidentifier></data><data><abstract>摘 要經濟部水利署臺北水源特定區管理局係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區面積廣達七一七平方公里，約佔台北縣行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查工作辦理用戶接管資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之查詢管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸之參考意義。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/26</date><governmentpublicationsnumber>1009704013</governmentpublicationsnumber><identifier>61687</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>97</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫：新店市 Environmental circumstances Investigation and Management System Construction of Upper Sindian River and Ching-Tan Weir-Sindian City  期末報告書</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫就我國各縣市工業廢水及都市污水處理廠及其放流水進行普查，估算未來廢污水可再生利用之潛勢，以及評析較適合優先推動放流水再生利用之廢污水處理廠。並探討過去推動再生水使用所遭受之困難，研擬廢污水再生利用之進程與策略，俾利促進水資源多元化利用與管理。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/5/26</date><governmentpublicationsnumber>1009800519</governmentpublicationsnumber><identifier>61689</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61689</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水廠放流水再利用潛勢推動策略(光碟版)＝The Potential and Promoting Strategies of the Effluent Reuse of Wastewater Treatment Plant</title><yearidentifier>200903</yearidentifier></data><data><abstract>本研究目的為人工濕地水淨化處??用之可?性先期研究，評估以人工濕 地作為處?地面水體、生活污水、（小型）事業廢水之自然淨化設施，除有效減 緩原承受水體之污染負荷外，進一步評估其末端放?水?可否用於?如農業灌 溉、?市非飲用水、景觀用水、工業製程或?卻、河川生態??、環境保育及 休閒遊憩等多元化水資源輔助用水，以解決水資源需求之窘迫，經全國調查20 處之案?及潛在用水需求之調查分析後，以水處?工程佈設規劃人工濕地水淨 化處??用之示範場址，以及經濟效?，俾供示範推廣之?考。 為研選最佳示範場址，本計畫採二階段篩選方式，第一階段初步評估計畫 範圍內人工濕地水再?用之可?性，綜合法規面、技術面、潛在用水者、人工 濕地???及經濟可?性等條件下，評估具有水再?用潛?之人工濕地水淨化 處?系統；第二階段評估項目有用水意願（包含缺水因素、環境教育及補助考 ?），以及用水端取供水（包含供水穩定性及貯水空間），各權重以專家問卷層 級分析法取得，評比分?越高，即代表該人工濕地場址所在地區，對於水再? 用之需求性越高，且環境空間均有?於水再?用工程施作。從各用水單位訪談 及現勘評估結果，評比分?最高分為基?和平島人工濕地為1.727，次高分為童 子軍陽明山活動中心污水處?系統為1.087。 本計畫以基?和平島處?廠人工濕地為示範場址，規劃以砂?系統去除人 工濕地系統出?水中80 %之懸浮固體，並於出?口端再設置一紫外線?菌系 統，以提供符合中水標準之衛生安全用水予鄰近各級學校使用。由於取水端（基 ?市政府）與供水端（各級學校）涉及各區域部門權責事宜，依據水再?用處 ??程，初步歸納出系統分工模式，從上游端的「取水系統」至下游端的「供 水系統」。?與本計畫推動相關單位包括有基?市政府、教育部、海洋大學、基 ?海事商職、正濱國小、二信中學，透過各部門單位積極結合，以?水資源循 環再?用，協助推動環境教育。</abstract><author>高苑科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970312</commissionedprojectidentifier><currency>NT$</currency><date>2009/5/26</date><governmentpublicationsnumber>1009801196</governmentpublicationsnumber><identifier>61701</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61701</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>人工濕地水淨化處??用之可?性先期研究計畫(內附光碟) ＝The Feasibility Study of Water Utilization for Constructed Effluent</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>清雲科技大學</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970141</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/1</date><governmentpublicationsnumber>1009703809</governmentpublicationsnumber><identifier>61716</identifier><internationalstandardbooknumber>9789860167016 ; 9789860167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61716</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>「日本河川治理知識管理合作計畫」=Cooperation of Knowledge Management for River Controlling Development between Taiwan and Japan</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/1</date><governmentpublicationsnumber>1009703755</governmentpublicationsnumber><identifier>61720</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61720</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水資源國際技術交流計畫=International Exchange Program of Water Resource Technology</title><yearidentifier>200812</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，應加強淨水場之處理能力，提供民眾質優且量穩定的供水，並期望降低化學混凝加藥量，減少化學污泥產量，提升膠沉池濁度去除率，過濾池濾程增加且水頭損失降低，消毒效率提升且消毒副產物生成量降低，並提升整體系統能源使用效率，達成節能減碳目標，提升單元處理效能，達到淨水場之操作最佳化，是本計畫的目的。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970034</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/2</date><governmentpublicationsnumber>1009801013</governmentpublicationsnumber><identifier>61751</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61751</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水淨水場最佳化操作之研究＝Optimization of Performance of Water Treatment Plants</title><yearidentifier>200904</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，應加強淨水場之處理能力，提供民眾質優且量穩定的供水，並期望降低化學混凝加藥量，減少化學污泥產量，提升膠沉池濁度去除率，過濾池濾程增加且水頭損失降低，消毒效率提升且消毒副產物生成量降低，並提升整體系統能源使用效率，達成節能減碳目標，提升單元處理效能，達到淨水場之操作最佳化，是本計畫的目的。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970034</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/2</date><governmentpublicationsnumber>1009801013</governmentpublicationsnumber><identifier>61752</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61752</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水淨水場最佳化操作之研究(光碟版)＝Optimization of Performance of Water Treatment Plants</title><yearidentifier>200904</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，故在執行管理上常倍受壓力與困難，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護本特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/3</date><governmentpublicationsnumber>1009600829</governmentpublicationsnumber><identifier>61767</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61767</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署臺北水源特定區管理局95年度工作年報=Taipei  Water Management Office Water Resources Agency Ministry of Economic Affairs 2006annual job report</title><yearidentifier>200707</yearidentifier></data><data><abstract>本計畫主要目的乃是利用水工試驗方法找出幾種具有攔砂效果的潛沒式構造物的佈置條件，以供第二年動床水工試驗規劃條件之參考。依計畫之工作項目，今年度計畫執行成果除蒐集八掌溪河口段之水文、氣象、漂砂及海象資料(含波浪、潮汐、海流、底質等)，並予分析整理，以作為規劃水工試驗之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/6</date><governmentpublicationsnumber>1009800789</governmentpublicationsnumber><identifier>61823</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61823</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究─以八掌溪為例〈1/2〉＝Strategy  for  Migrate  Coastal  Erosion  by  Catch  the  Estuary  Sand  Drifts    ????Case  by  Bajhang  River  〈1/2〉</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要目的乃是利用水工試驗方法找出幾種具有攔砂效果的潛沒式構造物的佈置條件，以供第二年動床水工試驗規劃條件之參考。依計畫之工作項目，今年度計畫執行成果除蒐集八掌溪河口段之水文、氣象、漂砂及海象資料(含波浪、潮汐、海流、底質等)，並予分析整理，以作為規劃水工試驗之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/6</date><governmentpublicationsnumber>1009800789</governmentpublicationsnumber><identifier>61824</identifier><internationalstandardbooknumber>9789860181814 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61824</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究─以八掌溪為例〈光碟版〉〈1/2〉＝Strategy  for  Migrate  Coastal  Erosion  by  Catch  the  Estuary  Sand  Drifts    ????Case  by  Bajhang  River  〈1/2〉</title><yearidentifier>200904</yearidentifier></data><data><abstract>嘉義縣東石海埔地位於朴子溪出海口北側，由於受長期地層下陷的影響，事業海堤堤頂高度逐年下降，目前幾已無禦潮功能。為解決洪氾問題，行政院95年3月3日核定實施「易淹水地區水患治理計畫」第1階段實施計畫，本計畫「東石海埔地海堤整建規劃」業經提報同意納入95、96年度第1階段實施計畫辦理。</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/6</date><governmentpublicationsnumber>1009800128</governmentpublicationsnumber><identifier>61825</identifier><internationalstandardbooknumber>9789860175233 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61825</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤東石海埔地海堤規劃報告＝Stage  I   Implementation  Plan    of   the  Flood ???????????-Prone?????????????????????-Area  Management   Plan???????????-Dongshih   Tidal  Flat  Seawall   Planning</title><yearidentifier>200905</yearidentifier></data><data><abstract>嘉義縣東石海埔地位於朴子溪出海口北側，由於受長期地層下陷的影響，事業海堤堤頂高度逐年下降，目前幾已無禦潮功能。為解決洪氾問題，行政院95年3月3日核定實施「易淹水地區水患治理計畫」第1階段實施計畫，本計畫「東石海埔地海堤整建規劃」業經提報同意納入95、96年度第1階段實施計畫辦理。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/6</date><governmentpublicationsnumber>1009800128</governmentpublicationsnumber><identifier>61826</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61826</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤東石海埔地海堤規劃報告〈光碟版〉＝Stage  I   Implementation  Plan    of   the  Flood ???????????-Prone?????????????????????-Area  Management   Plan???????????-Dongshih   Tidal  Flat  Seawall   Planning</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/8</date><governmentpublicationsnumber>8064850148</governmentpublicationsnumber><identifier>61856</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61856</librarycollectiondetailsurl><price></price><publisher>經濟部水利司</publisher><publishrocyear>85</publishrocyear><title>濁水溪中游地區地下水補注調查與評估  附件四  河川斷面及流量測量報告</title><yearidentifier>199607</yearidentifier></data><data><abstract>土庫地區排水系統位於旗山溪與荖濃溪匯流點之三角地帶，排水幹線上游源起於屏東縣里港鄉信國一村，流經屏東縣里港鄉土庫、瀰力、三?及中和四村，出口皆流入旗山溪。根據本次規劃之測量調查資料劃定，土庫地區排水系統之範圍北以外六寮排水系統流域邊界、西南則以高屏溪支流旗山溪中和堤防及荖濃溪土庫堤防為邊界。本次治理規劃土庫排水及三張?排水幹線之排水路長度分別為5.27公里及6.34公里，土庫排水幹線及三張?排水之集水面積分別為5.54平方公里及9.46平方公里，集水面積合計約為15平方公里。</abstract><author>經濟部水利署第七河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/8</date><governmentpublicationsnumber>1009801210</governmentpublicationsnumber><identifier>61859</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61859</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>易淹水地區水患治理計畫：屏東縣管區域排水土庫地區排水系統規劃報告＝Regulation project of flood-prone areas：planning of Tuku area drainage system in Pingtung county</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/9</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>61861</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61861</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/9</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>61862</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61862</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)--光碟版=In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung (1/2)</title><yearidentifier>200905</yearidentifier></data><data><abstract>本「水源運用及營運管理」專題報告，係依據計畫之目的，配合中庄調整池工程可行性規劃成果，進行水源運用分析，以做為計畫供水效益之參照依據。並依水源運用，環境整體營造規劃、工程可行性規劃之成果，進行施工與營運期間之營運管理規劃。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/9</date><governmentpublicationsnumber>1009800086</governmentpublicationsnumber><identifier>61886</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61886</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中庄調整池可行性規劃 水源運用及營運管理專題報告=Feasibility Study of Lake Jhongjhuang Study on Water Utilization and Management</title><yearidentifier>200904</yearidentifier></data><data><abstract>本報告為中庄調整池可行性規劃之「工程可行性規劃」專題，係依據計畫之目的、計畫區位特性、相關調查試驗與分析，在環境生態衝擊最小之前提下，研擬並評估適當之工程方案進行規劃設計，使達成計畫預定功能。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/9</date><governmentpublicationsnumber>1009800085</governmentpublicationsnumber><identifier>61893</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61893</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中庄調整池可行性規劃 工程可行性規劃專題報告=Feasibility Study of Lake Jhongjhuang Engineering Feasibility Study Report</title><yearidentifier>200904</yearidentifier></data><data><abstract>海岸災害主要來自波浪與暴潮所引起的淹及侵蝕，於規劃海岸防護時不僅應考慮防災安全之外，亦應考慮生態復育與舒適環境空間之營造，確保海岸資源之永續發展。研擬本參考手冊之目的在提供工程師於規劃設計海岸防護及環境復育之際，所應考慮之基本要領。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970231</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/11</date><governmentpublicationsnumber>1009800796</governmentpublicationsnumber><identifier>61920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61920</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸環境防護及復育規劃?考手冊研擬(1/2)(內附光碟)</title><yearidentifier>200904</yearidentifier></data><data><abstract>海岸災害主要來自波浪與暴潮所引起的淹及侵蝕，於規劃海岸防護時不僅應考慮防災安全之外，亦應考慮生態復育與舒適環境空間之營造，確保海岸資源之永續發展。研擬本參考手冊之目的在提供工程師於規劃設計海岸防護及環境復育之際，所應考慮之基本要領。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/11</date><governmentpublicationsnumber>1009800796</governmentpublicationsnumber><identifier>61922</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61922</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸環境防護及復育規劃?考手冊研擬(1/2)成果資料光碟=Manual for Coastal Protection and Environmental Restoration Planning(1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/11</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>61925</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61925</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川樓地評估技術之研究(2/2)成果資料光碟=The Study of Stream Habitat Evaluation Techniques in Taiwan Area(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/12</date><governmentpublicationsnumber>2196820148</governmentpublicationsnumber><identifier>61983</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61983</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>82</publishrocyear><title>國土資訊系統示範工作展示暨研討會實錄</title><yearidentifier>199306</yearidentifier></data><data><abstract>湖山水庫位於雲林縣斗六市東南方約10公里處，水庫集水面積約6.5平方公里，由於本身集水區有限，故於清水溪流域建置桶頭攔河堰引水以為挹注。湖山水庫工程完成之後，除了可以配合集集攔河堰聯合運用之外，更可以提供優質可靠的地表水源，以應公共給水與工業用水之需。 經濟部水利署中區水資源局（以下簡稱中水局）為期使本計畫能順利推展如期完工，將大壩工程之細部規劃以及溢洪道、取出水工、施工導水路、集水區聯外道路、水庫周邊等工程之基本設計、細部設計及施工諮詢等業務委託專業技術顧問機構辦理，爰研擬「湖山水庫工程計畫—湖山水庫壩區工程施工調查規劃與設計」委託技術服務說明書，並於民國91年4月16日刊登委託服務公告，中興工程顧問股份有限公司（以下簡稱中興公司）遂依據委託公告提出服務建議書，經民國91年5月29日評選結果，中興公司獲選承辦本計畫，並於民國91年7月1日完成簽約。 溢洪道工程（以下簡稱本工程）為該計畫主要工程項目之一，其功能係於大壩完工蓄水後，用以排洩颱風暴雨時水庫滿庫後之溢流水量。溢洪道以能順利通過可能最大洪水流量(PMF)、符合結構穩定及經濟性考量為原則。 本工程工作執行分為可行性規劃檢討階段、基本設計階段、細部設計階段及施工諮詢階段，本工程設計工作自91年7月展開後，已分別於91年10月完成可行性規劃檢討報告，92年8月完成設計原則，92年9月完成規劃設計檢討報告，而本基本設計階段工作係依可行性規劃檢討階段所提溢洪道工程型式及佈置方案，將工程各項措施作具體之安排及必要之修正，作為細部設計、施工計畫、工程預算編列之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D18-120-02(34)</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/12</date><governmentpublicationsnumber>1009801094</governmentpublicationsnumber><identifier>61984</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61984</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫溢洪道工程基本設計報告＝Hushan Reservoir Project Basic Design Report of Spillway</title><yearidentifier>200906</yearidentifier></data><data><abstract>湖山水庫位於雲林縣斗六市東南方約10公里處，水庫集水面積約6.5平方公里，由於本身集水區有限，故於清水溪流域建置桶頭攔河堰引水以為挹注。湖山水庫工程完成之後，除了可以配合集集攔河堰聯合運用之外，更可以提供優質可靠的地表水源，以應公共給水與工業用水之需。 經濟部水利署中區水資源局（以下簡稱中水局）為期使本計畫能順利推展如期完工，將大壩工程之細部規劃以及溢洪道、取出水工、施工導水路、集水區聯外道路、水庫周邊等工程之基本設計、細部設計及施工諮詢等業務委託專業技術顧問機構辦理，爰研擬「湖山水庫工程計畫—湖山水庫壩區工程施工調查規劃與設計」委託技術服務說明書，並於民國91年4月16日刊登委託服務公告，中興工程顧問股份有限公司（以下簡稱中興公司）遂依據委託公告提出服務建議書，經民國91年5月29日評選結果，中興公司獲選承辦本計畫，並於民國91年7月1日完成簽約。 溢洪道工程（以下簡稱本工程）為該計畫主要工程項目之一，其功能係於大壩完工蓄水後，用以排洩颱風暴雨時水庫滿庫後之溢流水量。溢洪道以能順利通過可能最大洪水流量(PMF)、符合結構穩定及經濟性考量為原則。 本工程工作執行分為可行性規劃檢討階段、基本設計階段、細部設計階段及施工諮詢階段，本工程設計工作自91年7月展開後，已分別於91年10月完成可行性規劃檢討報告，92年8月完成設計原則，92年9月完成規劃設計檢討報告，而本基本設計階段工作係依可行性規劃檢討階段所提溢洪道工程型式及佈置方案，將工程各項措施作具體之安排及必要之修正，作為細部設計、施工計畫、工程預算編列之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D18-120-02(34)</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/12</date><governmentpublicationsnumber>1009801094</governmentpublicationsnumber><identifier>61985</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61985</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫溢洪道工程基本設計報告(光碟版) =Hushan Reservoir ProjectBasic Design Report of Spillway</title><yearidentifier>200906</yearidentifier></data><data><abstract>嘉義縣東石海埔地位於朴子溪出海口北側，由於受長期地層下陷的影響，事業海堤堤頂高度逐年下降，目前幾已無禦潮功能。為解決洪氾問題，行政院95年3月3日核定實施「易淹水地區水患治理計畫」第1階段實施計畫，本計畫「東石海埔地海堤整建規劃」業經提報同意納入95、96年度第1階段實施計畫辦理。</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/12</date><governmentpublicationsnumber>1009800128</governmentpublicationsnumber><identifier>61989</identifier><internationalstandardbooknumber>9789860175233 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61989</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤東石海埔地海堤規劃報告〈光碟版〉＝Stage  I   Implementation  Plan    of   the  Flood ???????????-Prone?????????????????????-Area  Management   Plan???????????-Dongshih   Tidal  Flat  Seawall   Planning</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>內政部、資策會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/15</date><governmentpublicationsnumber>2194820127</governmentpublicationsnumber><identifier>61990</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61990</librarycollectiondetailsurl><price>210</price><publisher>內政部</publisher><publishrocyear>82</publishrocyear><title>整合式地理資訊系統本土化軟體可行性研究報告書</title><yearidentifier>199306</yearidentifier></data><data><abstract> </abstract><author>內政部資訊中心、台大地研所地理資訊中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/15</date><governmentpublicationsnumber>2194820157</governmentpublicationsnumber><identifier>61992</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_61992</librarycollectiondetailsurl><price></price><publisher>內政部資訊中心</publisher><publishrocyear>82</publishrocyear><title>國土資訊系統相關名詞定義之研究</title><yearidentifier>199305</yearidentifier></data><data><abstract>本計畫研究範圍為二仁溪口至興達港與鳳鼻頭至高屏溪口兩段海岸，合計約13.5公里；其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護及環境營造計畫參考依據。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWWRA097036</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/15</date><governmentpublicationsnumber>1009801097</governmentpublicationsnumber><identifier>62032</identifier><internationalstandardbooknumber>9789860184259 ; 9789860184</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62032</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>高雄海岸基本資料監測調查〈鳳鼻頭至高屏溪口及興達港至二仁溪口〉＝ In Situ Investigation on Morphology and Bed Material at Kaohsiung Coastal (From Feng-Bi-Tou harbor to Gao- Bing Stream, and From Xing-Da harbor to Er-Ren Stream)</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫研究範圍為二仁溪口至興達港與鳳鼻頭至高屏溪口兩段海岸，合計約13.5公里；其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護及環境營造計畫參考依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970360</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>1009801097</governmentpublicationsnumber><identifier>62035</identifier><internationalstandardbooknumber>9789860184259 ; 9789860184</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62035</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>高雄海岸基本資料監測調查〈鳳鼻頭至高屏溪口及興達港至二仁溪口〉（光碟版〉＝ In Situ Investigation on Morphology and Bed Material at Kaohsiung Coastal (From Feng-Bi-Tou harbor to Gao- Bing Stream, and From Xing-Da harbor to Er-Ren Stream)</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>30234830051</governmentpublicationsnumber><identifier>62037</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62037</librarycollectiondetailsurl><price></price><publisher>臺灣省政府地政處</publisher><publishrocyear>83</publishrocyear><title>臺灣省地理資訊系統整體規劃及推動策略之研究  總論</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>30234830061</governmentpublicationsnumber><identifier>62039</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62039</librarycollectiondetailsurl><price></price><publisher>臺灣省政府地政處</publisher><publishrocyear>83</publishrocyear><title>臺灣省地理資訊系統整體規劃及推動策略之研究  單位個論</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>林享能</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>25038820010</governmentpublicationsnumber><identifier>62044</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62044</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會</publisher><publishrocyear>83</publishrocyear><title>遙感探測=Remote Sensing 第二十期</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>台灣省政府研討發展考核委員會  台 灣 省 政 地 政 處</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>30176840034</governmentpublicationsnumber><identifier>62053</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62053</librarycollectiondetailsurl><price></price><publisher>台灣省政府研討發展考核委員會  台 灣 省 政 地 政 處</publisher><publishrocyear>84</publishrocyear><title>臺灣省地理資訊系統推動與建立之具體作法省政業務研討會實錄(二十二)</title><yearidentifier>199505</yearidentifier></data><data><abstract>本計畫提出為配合水利署落實經建會審議意見，統整集水區各項工程計畫，建立客觀評估指標與模式，期望彙整曾文水庫歷年委託辦理相關計畫成果，並規劃出合適的監測地點、監測項目、監測流程及評估基準，據以分析保育治理工程前後泥砂減量及環境復育成果比對，建議研究範圍保育治理工程治理績效指標，俾作為曾文水庫各集水區未來治理績效評估作業之參考，達到曾文水庫集水區整體治理防砂減災及環境復育目標。本計畫是三年期的計畫，以對特定子集水區進行現地測量及現地監測的方式，推估集水區土砂生產、運移及堆積土方量的變化，藉以評估保育治理工程泥砂減量的成效。本(97)年度為第一年的計畫，主要進行資料蒐集、評估，選定試驗子集水區，進行第一次現地測量，並完成建置監測系統的前期規劃。茲將具體成果簡述如下。（一）試驗子集水區選定依據現地勘查結果，考量地形、地質、產砂潛勢、交通可及性、測量及監測之可行性，以及有無工程設施、受干擾程度等因子，參照審查意見，選定沙力基溪子集水區作為試驗子集水區。（二）試驗地區現地監測現地監測地點初選在沙力基溪下游的仁祿橋，而以沙力基溪一號防砂壩做為替代地點。現地將設置雷達波水位計、雷達波流速儀及現地採樣器，進行現地監測。資料儲存於現地，定期前往下載。電源則以太陽能供應。（三）試驗地點現地調查測量本計畫選定沙力基溪為試驗子集水區後，於集水區內選定10公頃崩塌地、10公里縱斷面及35處橫斷面完成現地調查測量，並選定10處完成河床質採樣，提供沙力基溪子集水區的現況，並可做為後續地形變異分析比對的基礎。 98年度主要的工作項目簡述如下。（一）汛期後進行現地調查測量。（二）汛期間進行水位、流速與含砂濃度現地監測。（三）土砂產量模式建置及流域土砂生產、運移及堆積之量化分析。（四）泥砂減量成效初期評估。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA97WRASB</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>1009704386</governmentpublicationsnumber><identifier>62056</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62056</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(1/3)=Evaluation of the Efficiency of Conservation  Engineering Practices in the Watershed of Tsengwen Reservoir on Sediment Reduction (1/3)</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫提出為配合水利署落實經建會審議意見，統整集水區各項工程計畫，建立客觀評估指標與模式，期望彙整曾文水庫歷年委託辦理相關計畫成果，並規劃出合適的監測地點、監測項目、監測流程及評估基準，據以分析保育治理工程前後泥砂減量及環境復育成果比對，建議研究範圍保育治理工程治理績效指標，俾作為曾文水庫各集水區未來治理績效評估作業之參考，達到曾文水庫集水區整體治理防砂減災及環境復育目標。本計畫是三年期的計畫，以對特定子集水區進行現地測量及現地監測的方式，推估集水區土砂生產、運移及堆積土方量的變化，藉以評估保育治理工程泥砂減量的成效。本(97)年度為第一年的計畫，主要進行資料蒐集、評估，選定試驗子集水區，進行第一次現地測量，並完成建置監測系統的前期規劃。茲將具體成果簡述如下。（一）試驗子集水區選定依據現地勘查結果，考量地形、地質、產砂潛勢、交通可及性、測量及監測之可行性，以及有無工程設施、受干擾程度等因子，參照審查意見，選定沙力基溪子集水區作為試驗子集水區。（二）試驗地區現地監測現地監測地點初選在沙力基溪下游的仁祿橋，而以沙力基溪一號防砂壩做為替代地點。現地將設置雷達波水位計、雷達波流速儀及現地採樣器，進行現地監測。資料儲存於現地，定期前往下載。電源則以太陽能供應。（三）試驗地點現地調查測量本計畫選定沙力基溪為試驗子集水區後，於集水區內選定10公頃崩塌地、10公里縱斷面及35處橫斷面完成現地調查測量，並選定10處完成河床質採樣，提供沙力基溪子集水區的現況，並可做為後續地形變異分析比對的基礎。 98年度主要的工作項目簡述如下。（一）汛期後進行現地調查測量。（二）汛期間進行水位、流速與含砂濃度現地監測。（三）土砂產量模式建置及流域土砂生產、運移及堆積之量化分析。（四）泥砂減量成效初期評估。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA97WRASB</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>1009704386</governmentpublicationsnumber><identifier>62057</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62057</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(1/3)(光碟版)=Evaluation of the Efficiency of Conservation  Engineering Practices in the Watershed of Tsengwen Reservoir on Sediment Reduction (1/3)</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>62065</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62065</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>98</publishrocyear><title>2009年公共工程年刊</title><yearidentifier>200904</yearidentifier></data><data><abstract>本報告為中庄調整池可行性規劃之「工程可行性規劃」專題，係依據計畫之目的、計畫區位特性、相關調查試驗與分析，在環境生態衝擊最小之前提下，研擬並評估適當之工程方案進行規劃設計，使達成計畫預定功能。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>1009800085</governmentpublicationsnumber><identifier>62067</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62067</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中庄調整池可行性規劃 －工程可行性規劃專題報告、水源運用及營運管理專題報告(光碟版)</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要目的為進行頭前溪流域之水資源開發個案初步規劃，包括水庫、人工湖與攔河堰等不同型式的個案規劃，以作為新竹地區未來水資源開發的參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>448.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>1009800674</governmentpublicationsnumber><identifier>62068</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62068</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃(光碟版)=Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>黃主文</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>2198870600</governmentpublicationsnumber><identifier>62071</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62071</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>87</publishrocyear><title>國土資訊系統通訊  第二十六期</title><yearidentifier>199806</yearidentifier></data><data><abstract> </abstract><author>黃主文</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/16</date><governmentpublicationsnumber>2198880023</governmentpublicationsnumber><identifier>62074</identifier><internationalstandardbooknumber>10213104 ; 10213104</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62074</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>88</publishrocyear><title>國土資訊系統通訊  第二十九期</title><yearidentifier>199903</yearidentifier></data><data><abstract>本計畫之目標為透過新竹地區現有的水資源設施與供水統分析，檢討頭前溪流域水資源目前之利用條件，以進行頭前溪水資源之調配與可行之水資源開發個案規劃，提出新竹地區現階段與未來民國120年水資源運用策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>1009800675</governmentpublicationsnumber><identifier>62082</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62082</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃－新竹地區水資源供需檢討(光碟版)＝Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Review of Water Resources Utilization in Hsinchu</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫主要目標為針對頭前溪流域水資源發個案中之比麟水庫，就其水源分析、民意接受度、相關地質條件、工程可行性與經濟效益等層面綜合檢討，進行比麟水庫之初步規劃，作為新竹地區未來水資源開發的參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>1009800673</governmentpublicationsnumber><identifier>62083</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62083</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>頭前溪流域水資源開發個案工程初步規劃－比麟水庫初步規劃(1)(光碟版)＝Preliminary Planning for Water Resource Alternatives in Tou-Cian River Basin Preliminary Planning for Belin Reservoir</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>黃主文</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>2198890040</governmentpublicationsnumber><identifier>62088</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62088</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>89</publishrocyear><title>國土資訊系統通訊第三十三期</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>張哲豪計畫主持</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>8944890290</governmentpublicationsnumber><identifier>62090</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>地下水超抽導致地層下陷防治對策之群體研究  地理資訊系統之輔助與支援(一) =The Assistance and Supporting by Using Geographic Information System(1)</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>張博雅</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>2198890040</governmentpublicationsnumber><identifier>62093</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62093</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>89</publishrocyear><title>國土資訊系統通訊第三十四期</title><yearidentifier>200006</yearidentifier></data><data><abstract> </abstract><author>張博雅</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>1009000374</governmentpublicationsnumber><identifier>62096</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62096</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>90</publishrocyear><title>國土資訊系統通訊第三十七期</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>張哲豪計畫主持</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>894489157</governmentpublicationsnumber><identifier>62109</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62109</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規畫試驗所</publisher><publishrocyear>89</publishrocyear><title>地下水超抽導致地層下陷防治對策之群體研究  地理資訊系統之輔助與支援(二) =The Assistance and Supporting by Using Geographic Information System(2)</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學顏慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/17</date><governmentpublicationsnumber>10019801013</governmentpublicationsnumber><identifier>62114</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62114</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>自來水淨水場最佳化操作之研究=Optimization of Performance of Water Treatment Plants</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>吳祖揚總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/18</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>62134</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62134</librarycollectiondetailsurl><price>516</price><publisher>省水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>吳祖揚總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/18</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>62135</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62135</librarycollectiondetailsurl><price>516</price><publisher>省水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract>內容包含各河系一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、設及之都市計畫區域等資料，期能提供相關從業人員實際運用上之參考。</abstract><author>水利處</author><categoryidentifier>682.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/18</date><governmentpublicationsnumber>30922880018</governmentpublicationsnumber><identifier>62149</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62149</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>台灣重要河川資料冊</title><yearidentifier>199906</yearidentifier></data><data><abstract>本書系節錄自本處歷年來規劃之重要河川防洪資料，內容包括淡水河及二十四條中央管河川各合係一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、涉及之都市計畫區域等計畫資料。</abstract><author>經濟部水利處</author><categoryidentifier>682.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/18</date><governmentpublicationsnumber>885280130</governmentpublicationsnumber><identifier>62150</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62150</librarycollectiondetailsurl><price>60</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣重要河川(修正版)</title><yearidentifier>200004</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>575.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/18</date><governmentpublicationsnumber>1009004466</governmentpublicationsnumber><identifier>62151</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62151</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>各機關辦理公有建築物作業手冊</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/19</date><governmentpublicationsnumber>1009300525</governmentpublicationsnumber><identifier>62175</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62175</librarycollectiondetailsurl><price>350</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>2004生態工法案例編選集</title><yearidentifier>200403</yearidentifier></data><data><abstract>經濟部於96年8月27日公告第3次已在職自來水事業技術人員考驗簡章，9月27日至10月16日辦理報名，12月15日辦理筆試，97年1月19日辦理實地操作考驗，4月10日經濟部公告本年度榜單，期末工作檢討會在4月30日舉行。 本年度辦理第3次已在職自來水事業技術人員考驗，報名總人數為1,058人，報名資格不符者197人，經資料審查、筆試、實地操作考驗及證照審查，本年度考驗合格人數為573人，合格率為66.6％（佔報名資格相符總人數比例）。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960026</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/19</date><governmentpublicationsnumber>1009701602</governmentpublicationsnumber><identifier>62189</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62189</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水事業技術人員之考驗(2/4)  = Examination for Technical Personnel of Water Supply Industry (2/4)</title><yearidentifier>200806</yearidentifier></data><data><abstract>經濟部於96年8月27日公告第3次已在職自來水事業技術人員考驗簡章，9月27日至10月16日辦理報名，12月15日辦理筆試，97年1月19日辦理實地操作考驗，4月10日經濟部公告本年度榜單，期末工作檢討會在4月30日舉行。 本年度辦理第3次已在職自來水事業技術人員考驗，報名總人數為1,058人，報名資格不符者197人，經資料審查、筆試、實地操作考驗及證照審查，本年度考驗合格人數為573人，合格率為66.6％（佔報名資格相符總人數比例）。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960026</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/19</date><governmentpublicationsnumber>1009701602</governmentpublicationsnumber><identifier>62190</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62190</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水事業技術人員之考驗(2/4) －光碟版 = Examination for Technical Personnel of Water Supply Industry (2/4)</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫分4年度辦理自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析等工作，本年度為第1年，係以板新給水廠自來水水質水量保護區為研究案例。本計畫收集計畫之環境基本資料以分析現況問題，並針對土地利用型態探討水質水量所受之衝擊，採用WASP模式作為評估保護區開發行為對供水水質影響之工具，以推估不同土地利用型態污染源及污染量。 本計畫建議採用環境涵容能力之總量管制進行污染源控制，將板新自來水保護區劃設為三級予以管理，第一級為禁止開發區，第二級為限制開發區，第三級為條件開發區，介於第一級與第二級間，區內依坡度及距水體遠近規劃污染削減，並建議分級分區管理措施。 本計畫工作的成果除作為直接管制保護區水源水質保護工作之工具外，亦可藉由一連續時間單元之水質及水量績效指標計算，以研判保護區水質水量演變趨勢，作為範圍變更或開發行為許可之參考。 此外，鑒於內政部已研訂「國土計畫法(草案)」，積極推動國土土地使用管理制度改造，將國土分為國土保育、農業發展及城鄉發展等三大功能區，水庫集水區及水質水量保護區於國土保育功能區項下進行次分區劃設，並進行整體規劃及土地使用管制。因此，本計畫另一目的係研議水庫集水區或保護區內相關開發行為之許可制度及配套措施，如擬定長期監測計畫、辦理水體周邊生態工程、上游集水區治理、污水系統接管與處理、定期勘查及維護、跨縣市合作污染削減及建議總量管制制度。以因應國土改造後，有效管理保護區內之開發行為，確保水資源永續利用。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970028</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009703993</governmentpublicationsnumber><identifier>62198</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62198</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析研究成果報告(1/4)＝The Investigation of Environmental Influence Factors and Data Establishment and Analysis of poulltion Carrying Capacity of Water Quantity and Quality Protection Areas (</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫分4年度辦理自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析等工作，本年度為第1年，係以板新給水廠自來水水質水量保護區為研究案例。本計畫收集計畫之環境基本資料以分析現況問題，並針對土地利用型態探討水質水量所受之衝擊，採用WASP模式作為評估保護區開發行為對供水水質影響之工具，以推估不同土地利用型態污染源及污染量。 本計畫建議採用環境涵容能力之總量管制進行污染源控制，將板新自來水保護區劃設為三級予以管理，第一級為禁止開發區，第二級為限制開發區，第三級為條件開發區，介於第一級與第二級間，區內依坡度及距水體遠近規劃污染削減，並建議分級分區管理措施。 本計畫工作的成果除作為直接管制保護區水源水質保護工作之工具外，亦可藉由一連續時間單元之水質及水量績效指標計算，以研判保護區水質水量演變趨勢，作為範圍變更或開發行為許可之參考。 此外，鑒於內政部已研訂「國土計畫法(草案)」，積極推動國土土地使用管理制度改造，將國土分為國土保育、農業發展及城鄉發展等三大功能區，水庫集水區及水質水量保護區於國土保育功能區項下進行次分區劃設，並進行整體規劃及土地使用管制。因此，本計畫另一目的係研議水庫集水區或保護區內相關開發行為之許可制度及配套措施，如擬定長期監測計畫、辦理水體周邊生態工程、上游集水區治理、污水系統接管與處理、定期勘查及維護、跨縣市合作污染削減及建議總量管制制度。以因應國土改造後，有效管理保護區內之開發行為，確保水資源永續利用。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970028</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009703993</governmentpublicationsnumber><identifier>62199</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62199</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析研究成果報告(1/4)－光碟版＝The Investigation of Environmental Influence Factors and Data Establishment and Analysis of poulltion Carrying Capacity of Water Quantity and Quality Protection Are</title><yearidentifier>200812</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，因此水利署開始著手於加強淨水場之處理能力，以符合飲用水水質標準，提供民眾質優且穩定的供水，達到淨水場之操作最佳化。 本計畫旨在採用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，藉由教授與水場之輔導交流，協助解決淨水場關鍵課題，於管理層面建置標竿管理、內控值管理及資訊化管理制度，於操作類別針對多層防範措施建立操作參數與最佳化操作技術綱領，維護類別則持續節水節能、緊急應變措施之建立與成本效益分析等計畫，另針對水源及清水水質提出合理水質管理策略及水質檢驗QA/QC制度，以達最佳化操作管理目標。淨水場評鑑部分，以「經濟部淨水場評鑑小組設置與評鑑要點(草案)」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。 95至97年度工作內容以建立最佳化淨水場操作管理模式為主要目的，彙整國外淨水操作文獻包括美國、歐盟、紐西蘭、澳大利亞、荷蘭、南韓、日本等之相關評鑑管理制度，提供作為我國建立評鑑制度之參考，並延攬專家學者進行教育訓練教材之編撰與修訂，逐年推行淨水場教育訓練、評鑑與現場輔導，同時研擬淨水場資訊化管理系統之推動策略，確立資訊化管理系統標的，並於永續安全自來水系統國際研討會提出有關高級處理技術、淨水場維護管理、標竿管理系統、供水系統安全與節約能源等技術與管理策略，以供淨水場主管單位及操作人員參考，建立企業經營永續發展之長程目標。 本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009704111</governmentpublicationsnumber><identifier>62200</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62200</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(3/3)評鑑委員手冊＝Performance Evaluation and Consultation Programs for Water Treatment Plants (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會；台北市七星農田水利研究發展基金會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>25034840024</governmentpublicationsnumber><identifier>62201</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62201</librarycollectiondetailsurl><price>480</price><publisher>行政院農業委員會</publisher><publishrocyear>84</publishrocyear><title>農委會水利特刊第八號：灌溉節水技術手冊</title><yearidentifier>199512</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，因此水利署開始著手於加強淨水場之處理能力，以符合飲用水水質標準，提供民眾質優且穩定的供水，達到淨水場之操作最佳化。 本計畫旨在採用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，藉由教授與水場之輔導交流，協助解決淨水場關鍵課題，於管理層面建置標竿管理、內控值管理及資訊化管理制度，於操作類別針對多層防範措施建立操作參數與最佳化操作技術綱領，維護類別則持續節水節能、緊急應變措施之建立與成本效益分析等計畫，另針對水源及清水水質提出合理水質管理策略及水質檢驗QA/QC制度，以達最佳化操作管理目標。淨水場評鑑部分，以「經濟部淨水場評鑑小組設置與評鑑要點(草案)」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。 95至97年度工作內容以建立最佳化淨水場操作管理模式為主要目的，彙整國外淨水操作文獻包括美國、歐盟、紐西蘭、澳大利亞、荷蘭、南韓、日本等之相關評鑑管理制度，提供作為我國建立評鑑制度之參考，並延攬專家學者進行教育訓練教材之編撰與修訂，逐年推行淨水場教育訓練、評鑑與現場輔導，同時研擬淨水場資訊化管理系統之推動策略，確立資訊化管理系統標的，並於永續安全自來水系統國際研討會提出有關高級處理技術、淨水場維護管理、標竿管理系統、供水系統安全與節約能源等技術與管理策略，以供淨水場主管單位及操作人員參考，建立企業經營永續發展之長程目標。 本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009704111</governmentpublicationsnumber><identifier>62202</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62202</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(3/3)教育訓練教材＝Performance Evaluation and Consultation Programs for Water Treatment Plants (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會；台北市七星農田水利研究發展基金會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>25034840024</governmentpublicationsnumber><identifier>62203</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62203</librarycollectiondetailsurl><price>480</price><publisher>行政院農業委員會</publisher><publishrocyear>84</publishrocyear><title>農委會水利特刊第八號：灌溉節水技術手冊</title><yearidentifier>199512</yearidentifier></data><data><abstract>本研究依據各環保法令將原水濁度劃分為中低、中高、高級超高濁度四種等級，以此為基準建立不同原水濁度下淨水場混凝沉澱及過濾單元的處理效能評估指標。結果顯示在中低濁度時，板新水場第一、二期工程之沉澱池處理效能優於第三期工程，但過濾池處理效能卻較第三期工程為劣。當原水濁度處於高濁度及超高濁度等級時，板新水場第三期工程各淨水單元的處理效能均遠優於第一、二期工程。各種可能造成板新淨水場發生高濁度事件的因素可以組合成六種不同的情境(Scenario)，除了石門水庫再旱季排泥的狀況外，板新淨水場目前的緊急應變策略可以應付其他所有的狀況。在維持既有設備的前提下，板新淨水場可採用改變混凝加藥方式、增加中高濁度事件時第一、二期沉澱池的清泥頻率及高濁度及超高濁度事件時用濃縮率推估第三期工程的進水量的方式增加處理能力。若板新淨水場要利用板新二期計畫供水區轉換的空檔進行設備更新，可優先考慮在第一、二期的沉澱池加裝刮泥機、在第一、二期的過濾池加裝氣洗設備及在第三期的沉澱池改裝傾斜板等工程。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970171</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009800144</governmentpublicationsnumber><identifier>62204</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62204</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>淨水場高濁度原水條件之操作合理性分析與整體效能提升研究：以板新淨水場為例分析</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究依據各環保法令將原水濁度劃分為中低、中高、高級超高濁度四種等級，以此為基準建立不同原水濁度下淨水場混凝沉澱及過濾單元的處理效能評估指標。結果顯示在中低濁度時，板新水場第一、二期工程之沉澱池處理效能優於第三期工程，但過濾池處理效能卻較第三期工程為劣。當原水濁度處於高濁度及超高濁度等級時，板新水場第三期工程各淨水單元的處理效能均遠優於第一、二期工程。各種可能造成板新淨水場發生高濁度事件的因素可以組合成六種不同的情境(Scenario)，除了石門水庫再旱季排泥的狀況外，板新淨水場目前的緊急應變策略可以應付其他所有的狀況。在維持既有設備的前提下，板新淨水場可採用改變混凝加藥方式、增加中高濁度事件時第一、二期沉澱池的清泥頻率及高濁度及超高濁度事件時用濃縮率推估第三期工程的進水量的方式增加處理能力。若板新淨水場要利用板新二期計畫供水區轉換的空檔進行設備更新，可優先考慮在第一、二期的沉澱池加裝刮泥機、在第一、二期的過濾池加裝氣洗設備及在第三期的沉澱池改裝傾斜板等工程。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970171</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/22</date><governmentpublicationsnumber>1009800144</governmentpublicationsnumber><identifier>62205</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62205</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>淨水場高濁度原水條件之操作合理性分析與整體效能提升研究：以板新淨水場為例分析－光碟版</title><yearidentifier>200812</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，因此水利署開始著手於加強淨水場之處理能力，以符合飲用水水質標準，提供民眾質優且穩定的供水，達到淨水場之操作最佳化。 本計畫旨在採用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，藉由教授與水場之輔導交流，協助解決淨水場關鍵課題，於管理層面建置標竿管理、內控值管理及資訊化管理制度，於操作類別針對多層防範措施建立操作參數與最佳化操作技術綱領，維護類別則持續節水節能、緊急應變措施之建立與成本效益分析等計畫，另針對水源及清水水質提出合理水質管理策略及水質檢驗QA/QC制度，以達最佳化操作管理目標。淨水場評鑑部分，以「經濟部淨水場評鑑小組設置與評鑑要點(草案)」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。 95至97年度工作內容以建立最佳化淨水場操作管理模式為主要目的，彙整國外淨水操作文獻包括美國、歐盟、紐西蘭、澳大利亞、荷蘭、南韓、日本等之相關評鑑管理制度，提供作為我國建立評鑑制度之參考，並延攬專家學者進行教育訓練教材之編撰與修訂，逐年推行淨水場教育訓練、評鑑與現場輔導，同時研擬淨水場資訊化管理系統之推動策略，確立資訊化管理系統標的，並於永續安全自來水系統國際研討會提出有關高級處理技術、淨水場維護管理、標竿管理系統、供水系統安全與節約能源等技術與管理策略，以供淨水場主管單位及操作人員參考，建立企業經營永續發展之長程目標。 本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970027</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/23</date><governmentpublicationsnumber>1009704111</governmentpublicationsnumber><identifier>62228</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62228</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(3/3)(光碟版)＝Performance Evaluation and Consultation Programs for Water Treatment Plants (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>有鑑於台灣地區水源污染惡化日趨嚴重，又屬全球水資源匱乏之區域，新水源開發日益困難、自來水處理設施工程及管理系統投資成本逐年提高，加上近年來國內生活水準普遍提升，民眾對水質、水量及服務品質等要求亦隨之增加，因此水利署開始著手於加強淨水場之處理能力，以符合飲用水水質標準，提供民眾質優且穩定的供水，達到淨水場之操作最佳化。 本計畫旨在採用淨水場「評鑑」與「輔導」制度，提升淨水場之操作效能，並針對淨水場操作人員進行教育訓練，提升操作人員專業素質。在淨水場輔導部分，藉由教授與水場之輔導交流，協助解決淨水場關鍵課題，於管理層面建置標竿管理、內控值管理及資訊化管理制度，於操作類別針對多層防範措施建立操作參數與最佳化操作技術綱領，維護類別則持續節水節能、緊急應變措施之建立與成本效益分析等計畫，另針對水源及清水水質提出合理水質管理策略及水質檢驗QA/QC制度，以達最佳化操作管理目標。淨水場評鑑部分，以「經濟部淨水場評鑑小組設置與評鑑要點(草案)」為執行依據，並建立相關追蹤考核制度及公平公正獎懲辦法，獎勵績優團隊，提高淨水場工作人員士氣。期望達到改善水源水質，降低水管漏水率，減少淨水場處理成本，提高淨水處理經濟效益的最終目標。 95至97年度工作內容以建立最佳化淨水場操作管理模式為主要目的，彙整國外淨水操作文獻包括美國、歐盟、紐西蘭、澳大利亞、荷蘭、南韓、日本等之相關評鑑管理制度，提供作為我國建立評鑑制度之參考，並延攬專家學者進行教育訓練教材之編撰與修訂，逐年推行淨水場教育訓練、評鑑與現場輔導，同時研擬淨水場資訊化管理系統之推動策略，確立資訊化管理系統標的，並於永續安全自來水系統國際研討會提出有關高級處理技術、淨水場維護管理、標竿管理系統、供水系統安全與節約能源等技術與管理策略，以供淨水場主管單位及操作人員參考，建立企業經營永續發展之長程目標。 本計畫落實ISO 9000之PDCA精神，藉由規劃、執行、檢查矯正與審查制度，持續改善以提昇自來水事業經營之環保及競爭力、提昇淨水場操作效能，及確保淨水場提供符合飲用水水質標準之安全用水。在環境資訊建置方面，透過透明化及公開化之制度，達到淨水場之國際化、制度化及標準化的目標。</abstract><author>國立臺灣大學嚴慶齡工業發展基金會合設工業研究中心編</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970027</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/23</date><governmentpublicationsnumber>1009704111</governmentpublicationsnumber><identifier>62232</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62232</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>自來水淨水場操作管理評鑑及輔導計畫(3/3)＝Performance Evaluation and Consultation Programs for Water Treatment Plants (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>邀請本會歷任主委、副主委、主管和同仁、專家學者口述或撰寫對業務推動的理念、奮鬥歷程、人際互動或感想(84篇)，以及「Bravo！精采的故事中有我」徵文比賽中，8篇社會大眾在與本會互動過程中的難忘心情與精采故事。</abstract><author>行政院國家科學委員會</author><categoryidentifier>573.5707</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/24</date><governmentpublicationsnumber>4509800717</governmentpublicationsnumber><identifier>62257</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62257</librarycollectiondetailsurl><price>100</price><publisher>國科會</publisher><publishrocyear>98</publishrocyear><title>閃亮的樂章：國科會50周年紀念文集(光碟版)=NSC50th ANNIVERSARY Commemorative Essay Collection</title><yearidentifier>200904</yearidentifier></data><data><abstract>內容包含各河系一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、設及之都市計畫區域等資料，期能提供相關從業人員實際運用上之參考。</abstract><author>水利處</author><categoryidentifier>682.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/24</date><governmentpublicationsnumber>30922880018</governmentpublicationsnumber><identifier>62278</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62278</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>台灣重要河川資料冊</title><yearidentifier>199906</yearidentifier></data><data><abstract>配合「士文水庫可行性規劃計畫推動」，檢視自民國75~97年完成相關報告，計16冊，?整地質調查成果，包括地表地質調查、鑽探探測、試坑探測、土壤及岩石室內外試驗、地球物理探測作綜合整理評估，同時整理築壩材料調查資料，以提供水庫預定區域地質資訊，供下一階段規劃設計參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/25</date><governmentpublicationsnumber>1009801245</governmentpublicationsnumber><identifier>62298</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62298</librarycollectiondetailsurl><price>1000</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃：三.地質專題可行性規劃地質專題總報告＝Feasibility planning study of the Shi-Wen Reservoir review report on the geological survey</title><yearidentifier>200905</yearidentifier></data><data><abstract>配合「士文水庫可行性規劃計畫推動」，檢視自民國75~97年完成相關報告，計16冊，?整地質調查成果，包括地表地質調查、鑽探探測、試坑探測、土壤及岩石室內外試驗、地球物理探測作綜合整理評估，同時整理築壩材料調查資料，以提供水庫預定區域地質資訊，供下一階段規劃設計參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/25</date><governmentpublicationsnumber>1009801245</governmentpublicationsnumber><identifier>62299</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62299</librarycollectiondetailsurl><price>1000</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃：三.地質專題可行性規劃地質專題總報告(光碟版)＝Feasibility planning study of the Shi-Wen Reservoir review report on the geological survey</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>62308</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62308</librarycollectiondetailsurl><price>270</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第五篇(上冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>62309</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62309</librarycollectiondetailsurl><price>250</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第五篇(下冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>62310</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62310</librarycollectiondetailsurl><price>230</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第六篇(上冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>62311</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62311</librarycollectiondetailsurl><price>170</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第六篇(下冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>431.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>62314</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62314</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>92</publishrocyear><title>行政院農業委員會特有生物研究保育中心</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>楊敬戎.施證育</author><categoryidentifier>373.572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/6/26</date><governmentpublicationsnumber>1009301872</governmentpublicationsnumber><identifier>62316</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62316</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區河川區域植物圖鑑(內附光碟)</title><yearidentifier>200406</yearidentifier></data><data><abstract>本研究目的為人工濕地水淨化處??用之可?性先期研究，評估以人工濕 地作為處?地面水體、生活污水、（小型）事業廢水之自然淨化設施，除有效減 緩原承受水體之污染負荷外，進一步評估其末端放?水?可否用於?如農業灌 溉、?市非飲用水、景觀用水、工業製程或?卻、河川生態??、環境保育及 休閒遊憩等多元化水資源輔助用水，以解決水資源需求之窘迫，經全國調查20 處之案?及潛在用水需求之調查分析後，以水處?工程佈設規劃人工濕地水淨 化處??用之示範場址，以及經濟效?，俾供示範推廣之?考。 為研選最佳示範場址，本計畫採二階段篩選方式，第一階段初步評估計畫 範圍內人工濕地水再?用之可?性，綜合法規面、技術面、潛在用水者、人工 濕地???及經濟可?性等條件下，評估具有水再?用潛?之人工濕地水淨化 處?系統；第二階段評估項目有用水意願（包含缺水因素、環境教育及補助考 ?），以及用水端取供水（包含供水穩定性及貯水空間），各權重以專家問卷層 級分析法取得，評比分?越高，即代表該人工濕地場址所在地區，對於水再? 用之需求性越高，且環境空間均有?於水再?用工程施作。從各用水單位訪談 及現勘評估結果，評比分?最高分為基?和平島人工濕地為1.727，次高分為童 子軍陽明山活動中心污水處?系統為1.087。 本計畫以基?和平島處?廠人工濕地為示範場址，規劃以砂?系統去除人 工濕地系統出?水中80 %之懸浮固體，並於出?口端再設置一紫外線?菌系 統，以提供符合中水標準之衛生安全用水予鄰近各級學校使用。由於取水端（基 ?市政府）與供水端（各級學校）涉及各區域部門權責事宜，依據水再?用處 ??程，初步歸納出系統分工模式，從上游端的「取水系統」至下游端的「供 水系統」。?與本計畫推動相關單位包括有基?市政府、教育部、海洋大學、基 ?海事商職、正濱國小、二信中學，透過各部門單位積極結合，以?水資源循 環再?用，協助推動環境教育。</abstract><author>高苑科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970312</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/29</date><governmentpublicationsnumber>1009801196</governmentpublicationsnumber><identifier>62320</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62320</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>人工濕地水淨化處??用之可?性先期研究計畫(光碟版) ＝The Feasibility Study of Water Utilization for Constructed Effluent</title><yearidentifier>200904</yearidentifier></data><data><abstract>經濟部水利署為落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，特辦理已在職自來水事業技術人員考驗。 經濟部於97年10月23日公告第4次已在職自來水事業技術人員考驗簡章，11月10日至11月24日辦理報名，98年2月21日辦理筆試，3月14日辦理實地操作考驗，4月30日經濟部公告本年度榜單，期末工作檢討會在5月15日舉行。 本年度辦理第4次已在職自來水事業技術人員考驗，報名總人數為838人，報名資格不符者25人，經資料審查、筆試、實地操作考驗及證照審查，本年度考驗合格人數為681人，合格率為83.8％（佔報名資格相符總人數比例）。 依據各類級人員考驗結果，本年度考驗合格之施工人員甲級88人，乙級66人，丙級101人；管理人員甲級72人，乙級41人，丙級102人；化驗人員甲級26人，乙級3人，丙級20人；操作人員甲級33人，乙級15人，丙級114人。 未來若擬依自來水法規定辦理自來水事業技術人員全國開放性考驗，宜積極籌設實地操作考驗示範試場，規劃各類級人員相關考驗方法事宜，俾早日促成證照制度之建立與實施。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970033</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/30</date><governmentpublicationsnumber>1009801488</governmentpublicationsnumber><identifier>62322</identifier><internationalstandardbooknumber>9789860188547 ; 9789860188</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62322</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水事業技術人員之考驗(3/4)  Examination for Technical Personnel of Water Supply Industry (3/4)</title><yearidentifier>200906</yearidentifier></data><data><abstract>經濟部水利署為落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，特辦理已在職自來水事業技術人員考驗。 經濟部於97年10月23日公告第4次已在職自來水事業技術人員考驗簡章，11月10日至11月24日辦理報名，98年2月21日辦理筆試，3月14日辦理實地操作考驗，4月30日經濟部公告本年度榜單，期末工作檢討會在5月15日舉行。 本年度辦理第4次已在職自來水事業技術人員考驗，報名總人數為838人，報名資格不符者25人，經資料審查、筆試、實地操作考驗及證照審查，本年度考驗合格人數為681人，合格率為83.8％（佔報名資格相符總人數比例）。 依據各類級人員考驗結果，本年度考驗合格之施工人員甲級88人，乙級66人，丙級101人；管理人員甲級72人，乙級41人，丙級102人；化驗人員甲級26人，乙級3人，丙級20人；操作人員甲級33人，乙級15人，丙級114人。 未來若擬依自來水法規定辦理自來水事業技術人員全國開放性考驗，宜積極籌設實地操作考驗示範試場，規劃各類級人員相關考驗方法事宜，俾早日促成證照制度之建立與實施。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970033</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/30</date><governmentpublicationsnumber>1009801488</governmentpublicationsnumber><identifier>62323</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62323</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水事業技術人員之考驗(3/4) －光碟版 = Examination for Technical Personnel of Water Supply Industry (3/4)</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計劃為「經濟部水?署防救災無線電通訊系統改善工程前期規劃」，水?署95 ??委託第十河川局建置之救災無線電通訊系統經實際運作後，發現部分通訊盲點、管?機制與功能亟待改善；為?協助水?署完成現有無線電通訊系統改善工程之前期規劃，其重點工作項目如下： 一. 針對水?署現有無線電通訊系統運作機制及未?對本通訊系統之需求性，評估規劃通訊設備升級或擴充性之改善建議。 二. 針對水?署對本通訊系統之需求性，評估規劃通信功能??與通話品質之改善建議。 三. 依據水?署未?對本通訊系統之需求性，評估台灣西半部通訊品質有效涵蓋範圍需求與能?之改善建議。 四. 提供既有通訊系統運轉及管?模式改善評估建議。 五. 完成全台頻道分配評估建議及燒?（本案頻道規劃時必需將本署所屬各單位自有VHF 無線電系統納入並考?系統相容使用）。 ?. 完成「經濟部水?署防救災無線電通訊系統改善工程」招標文件及監造查核文件本計畫根據上述工作項目，提出適當的改善工作與建議事項，並作為水?署下一階段功能性增設規劃或建置之?考依據。</abstract><author>財團法人台灣電子檢驗中心</author><categoryidentifier>448.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/30</date><governmentpublicationsnumber>1009703764</governmentpublicationsnumber><identifier>62324</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62324</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署防救災無線電通訊系統改善工程前期規劃＝Preparedness Project for the Improvements on Wireless Telecommunication Syetem for Disaster Prevention for Water Resources Agency of the Ministry of Economic Affairs</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計劃為「經濟部水?署防救災無線電通訊系統改善工程前期規劃」，水?署95 ??委託第十河川局建置之救災無線電通訊系統經實際運作後，發現部分通訊盲點、管?機制與功能亟待改善；為?協助水?署完成現有無線電通訊系統改善工程之前期規劃，其重點工作項目如下： 一. 針對水?署現有無線電通訊系統運作機制及未?對本通訊系統之需求性，評估規劃通訊設備升級或擴充性之改善建議。 二. 針對水?署對本通訊系統之需求性，評估規劃通信功能??與通話品質之改善建議。 三. 依據水?署未?對本通訊系統之需求性，評估台灣西半部通訊品質有效涵蓋範圍需求與能?之改善建議。 四. 提供既有通訊系統運轉及管?模式改善評估建議。 五. 完成全台頻道分配評估建議及燒?（本案頻道規劃時必需將本署所屬各單位自有VHF 無線電系統納入並考?系統相容使用）。 ?. 完成「經濟部水?署防救災無線電通訊系統改善工程」招標文件及監造查核文件本計畫根據上述工作項目，提出適當的改善工作與建議事項，並作為水?署下一階段功能性增設規劃或建置之?考依據。</abstract><author>財團法人台灣電子檢驗中心</author><categoryidentifier>448.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960129</commissionedprojectidentifier><currency>NT$</currency><date>2009/6/30</date><governmentpublicationsnumber>1009703764</governmentpublicationsnumber><identifier>62325</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62325</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署防救災無線電通訊系統改善工程前期規劃－光碟版＝Preparedness Project for the Improvements on Wireless Telecommunication Syetem for Disaster Prevention for Water Resources Agency of the Ministry of Economic Affairs</title><yearidentifier>200906</yearidentifier></data><data><abstract>本研究計畫主要目的為普查大安溪水系之生態資料並提供各該水系實施河川生態工程時之參考應用，普查調查工作項目包括1.進行該水系之河川環境調查。2.進行該水系之河川空間使用狀況調查。3.進行該水系之河川生物調查。4.提出該水系實施河川生庇工法應行注意事項之建議</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933   443.689723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/1</date><governmentpublicationsnumber>1009801295</governmentpublicationsnumber><identifier>62329</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62329</librarycollectiondetailsurl><price>800</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>大安溪水系河川情勢調查(1/2)=Investigation of stream status of Tai-an River(1/2)</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>國立台灣師範大學環境教育研究所</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/3</date><governmentpublicationsnumber>4509704361</governmentpublicationsnumber><identifier>62335</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62335</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>2008 石門水庫   愛水。我們為台灣生態河溪整合行動</title><yearidentifier>200812</yearidentifier></data><data><abstract>在以水資源永續性為核心的指標國際評比方面，近年最受各界關注者則為由英國生態與水文研究中心（CEH）所提出的水貧乏指數（Water Poverty Index , WPI）。首次的國際排行在2002年提出，共有147個國家列入排行，但不包括我國。在2003與2004年，因本署的努力，該組織後續將我國的分數與排行求出，並更新資料庫為148個國家，我國的總排名為第40名（Sullivan et al., 2002）。基於我國在以往透過努力與國際水資源界積極進行交流，而使我國得以列入WPI國際排行的經驗來看，實有必要就國際水資源永續性指標加強研究，並與相關單位進行更為密切的互動。據聞WPI國際排行將於2007年進行下一階段之計算與公告，即為我國可切入之極佳時間點。此外，因應京都議定書之生效，結合全球氣候變遷考量之水資源永續性指標研究實為未來之發展趨勢，我國亦應加強與國際社會之合作研究，提昇我國在水資源相關領域之努力在全世界的能見度，並使我國的水資源相關政策之評量與國際接軌，進而提昇國內相關政策之永續性。</abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/10</date><governmentpublicationsnumber>1009701303</governmentpublicationsnumber><identifier>62346</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62346</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水資源綜合評比發布及國際參與＝Publication of a  comprehensive water resources performance evaluation and international participation</title><yearidentifier>200805</yearidentifier></data><data><abstract>在以水資源永續性為核心的指標國際評比方面，近年最受各界關注者則為由英國生態與水文研究中心（CEH）所提出的水貧乏指數（Water Poverty Index , WPI）。首次的國際排行在2002年提出，共有147個國家列入排行，但不包括我國。在2003與2004年，因本署的努力，該組織後續將我國的分數與排行求出，並更新資料庫為148個國家，我國的總排名為第40名（Sullivan et al., 2002）。基於我國在以往透過努力與國際水資源界積極進行交流，而使我國得以列入WPI國際排行的經驗來看，實有必要就國際水資源永續性指標加強研究，並與相關單位進行更為密切的互動。據聞WPI國際排行將於2007年進行下一階段之計算與公告，即為我國可切入之極佳時間點。此外，因應京都議定書之生效，結合全球氣候變遷考量之水資源永續性指標研究實為未來之發展趨勢，我國亦應加強與國際社會之合作研究，提昇我國在水資源相關領域之努力在全世界的能見度，並使我國的水資源相關政策之評量與國際接軌，進而提昇國內相關政策之永續性。</abstract><author>財團法人環境品質文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960170</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/10</date><governmentpublicationsnumber>1009701303</governmentpublicationsnumber><identifier>62347</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62347</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水資源綜合評比發布及國際參與(光碟版)＝Publication of a  comprehensive water resources performance evaluation and international participation</title><yearidentifier>200805</yearidentifier></data><data><abstract>台灣河川坡陡流短，每逢颱風暴雨侵襲，中下游區域易發生嚴重淹水之情形；因此，建置洪災預警及淹水潛勢等防災預報系統，實有其必要性與迫切性。考量傳統之水文與水理模式，在運算過程需耗費大量的時間與人力，使得預警或淹水預判緩不濟急。本計畫提出建置全河段預測模式與區域淹水推估模式之方法論，以期在颱風暴雨期間對小區域進行即時淹水災害範圍分析，以獲得即時洪災資訊及災害影響範圍。 本計畫選定彰化縣大村鄉與高雄縣鳳山市為淹水潛勢預測之研究區域；其中全河段預測模式以倒傳遞類神經網路來建立，將部份流量站資料作為訓練階段學習，其餘測站資料作為測試資料以驗證模式之預測成效。區域淹水推估模式則以BPNN與線性模式之複合型模式建置，分為資料前處理階段與模式建置階段。由於造成淹水的成因相當多且複雜，為瞭解區域淹水預測模式與各可能影響因子間的關係，本計畫首先以相關性分析及因素分析簡化影響因子間的線性關係。資料前處理階段分別以高程門檻值先判定該地區是否會發生淹水，以及K-means聚類分析依淹水特性進行分類，可劃分該區域不同的淹水特性之資料點群集，並求得各分群之控制點；在模式建置階段則分別建置控制點之淹水預測模式、線性網格點之線性迴歸淹水預測模式、非線性網格點之倒傳遞類神經網路多點淹水預測模式。透過上述模式組合即可建構全區域淹水預測模式，並可線上即時預測與繪製淹水潛勢圖，有助於相關主管單位擬定緊急應變措施，進而達到減少洪災損失之效。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970303</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/10</date><governmentpublicationsnumber>1009801669</governmentpublicationsnumber><identifier>62350</identifier><internationalstandardbooknumber>9789860191202 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62350</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>小集水區類神經網路淹水災害範圍分析之研究  A Study of Flood Inundation Extent in Small Watershed Using Artificial Neural Network</title><yearidentifier>200906</yearidentifier></data><data><abstract>台灣河川坡陡流短，每逢颱風暴雨侵襲，中下游區域易發生嚴重淹水之情形；因此，建置洪災預警及淹水潛勢等防災預報系統，實有其必要性與迫切性。考量傳統之水文與水理模式，在運算過程需耗費大量的時間與人力，使得預警或淹水預判緩不濟急。本計畫提出建置全河段預測模式與區域淹水推估模式之方法論，以期在颱風暴雨期間對小區域進行即時淹水災害範圍分析，以獲得即時洪災資訊及災害影響範圍。 本計畫選定彰化縣大村鄉與高雄縣鳳山市為淹水潛勢預測之研究區域；其中全河段預測模式以倒傳遞類神經網路來建立，將部份流量站資料作為訓練階段學習，其餘測站資料作為測試資料以驗證模式之預測成效。區域淹水推估模式則以BPNN與線性模式之複合型模式建置，分為資料前處理階段與模式建置階段。由於造成淹水的成因相當多且複雜，為瞭解區域淹水預測模式與各可能影響因子間的關係，本計畫首先以相關性分析及因素分析簡化影響因子間的線性關係。資料前處理階段分別以高程門檻值先判定該地區是否會發生淹水，以及K-means聚類分析依淹水特性進行分類，可劃分該區域不同的淹水特性之資料點群集，並求得各分群之控制點；在模式建置階段則分別建置控制點之淹水預測模式、線性網格點之線性迴歸淹水預測模式、非線性網格點之倒傳遞類神經網路多點淹水預測模式。透過上述模式組合即可建構全區域淹水預測模式，並可線上即時預測與繪製淹水潛勢圖，有助於相關主管單位擬定緊急應變措施，進而達到減少洪災損失之效。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970303</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/10</date><governmentpublicationsnumber>1009801669</governmentpublicationsnumber><identifier>62351</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62351</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>小集水區類神經網路淹水災害範圍分析之研究(光碟版)＝A Study of Flood Inundation Extent in Small Watershed Using Artificial Neural Network</title><yearidentifier>200906</yearidentifier></data><data><abstract>濁水溪西螺大橋以下河段，十一月至隔年三月間由於水量減少，導致河床裸露地大增，再加東北季風盛行，常造成大規模揚塵，影響南岸鄉鎮居民生活甚鉅。降低揚塵之方案雖多，但由於河床甚寬、土地利用狀況不一，並無一體適用之方法。尤其濁水溪裸露地面積過大，有維護不易、完成後每年將再遭淹沒之特性。解決之道應以分區管理較為有利，即高灘地與主河槽分開考慮。因此實有必要掌握高灘地與主河槽之分佈資料，並對各種減塵方案執行區域、面積及對防洪及防塵之影響進行分析，進而對整個區域進行規劃研究。</abstract><author>大葉大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970264</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/13</date><governmentpublicationsnumber>1009800558</governmentpublicationsnumber><identifier>62355</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62355</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>98</publishrocyear><title>濁水溪揚塵抑制方案於防洪、景觀及環保綜合功效研究(內附光碟) ＝Study on the Effects of Fugitive Dust Control Methods in Jhuoshuei River</title><yearidentifier>200904</yearidentifier></data><data><abstract>為更新「經濟部水利署北區水資源局全球資訊服務網」網站功能，增進對外服務宣導管道，並配合行政院研考會以顧客導向為思考，針對網友網路使用環境及使用習性，提供適切而滿意的資訊服務，同時提昇管理支援與服務效能、強化網站即時互動式資料庫維護功能，爰成立本計畫，委託資訊專業廠商，辦理本局全球資訊服務網站之更新工作及寶山第二水庫官方網站之製作，期使本局資訊服務網站能持續符合無障礙環境，並與網友分享，營造親善環境，提供優質的資訊服務。 本計畫重點工作除網站功能改版及更新、無障礙網頁建置、依據「政府網站版型與內容管理規範」及「英文網站版型及使用介面參考手冊」等要點建置，並符合水利署「資訊相關系統開發事項」中有關資通安全事項與系統測試規定外，亦須辦理「?政機關電子資??通實施要點建置詮釋資料及分類檢索」、應用資料庫系統管理網頁資料之更新維護、強化後端維護權限管理及建立緊急應變機制，且辦理教育訓練與技術移轉，以利網站建置完成後順利由北區水資源局同仁接手維運。 　　	透過本計畫的推行，本局期使能達致下述效益： (一)配合研考會網站配置建議，完成符合相關規範之中文版、英文版及兒童版全球資訊服務網站，以符合政府網站形象。 (二)提昇服務品質滿足民眾瀏覽網站需求，以落實網站推廣服務工作。 (三)維護現有網站系統運作及資料庫處理功能，提昇網站服務品質。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970201</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/13</date><governmentpublicationsnumber>1009800246</governmentpublicationsnumber><identifier>62356</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62356</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>全球資訊網更新計畫委託資訊服務＝Renovation for World Wide Web Site for Northern Region Water Resources Office, Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200905</yearidentifier></data><data><abstract>為更新「經濟部水利署北區水資源局全球資訊服務網」網站功能，增進對外服務宣導管道，並配合行政院研考會以顧客導向為思考，針對網友網路使用環境及使用習性，提供適切而滿意的資訊服務，同時提昇管理支援與服務效能、強化網站即時互動式資料庫維護功能，爰成立本計畫，委託資訊專業廠商，辦理本局全球資訊服務網站之更新工作及寶山第二水庫官方網站之製作，期使本局資訊服務網站能持續符合無障礙環境，並與網友分享，營造親善環境，提供優質的資訊服務。 本計畫重點工作除網站功能改版及更新、無障礙網頁建置、依據「政府網站版型與內容管理規範」及「英文網站版型及使用介面參考手冊」等要點建置，並符合水利署「資訊相關系統開發事項」中有關資通安全事項與系統測試規定外，亦須辦理「?政機關電子資??通實施要點建置詮釋資料及分類檢索」、應用資料庫系統管理網頁資料之更新維護、強化後端維護權限管理及建立緊急應變機制，且辦理教育訓練與技術移轉，以利網站建置完成後順利由北區水資源局同仁接手維運。 　　	透過本計畫的推行，本局期使能達致下述效益： (一)配合研考會網站配置建議，完成符合相關規範之中文版、英文版及兒童版全球資訊服務網站，以符合政府網站形象。 (二)提昇服務品質滿足民眾瀏覽網站需求，以落實網站推廣服務工作。 (三)維護現有網站系統運作及資料庫處理功能，提昇網站服務品質。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970201</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/15</date><governmentpublicationsnumber>1009800246</governmentpublicationsnumber><identifier>62360</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62360</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>全球資訊網更新計畫委託資訊服務(光碟版)＝Renovation for World Wide Web Site for Northern Region Water Resources Office, Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>200905</yearidentifier></data><data><abstract>研究計畫主要目的為普查大安溪水系之生態資料並提供各該水系實施河川生態工程時之參考應用，普查調查工作項目包括1.進行該水系之河川環境調查。2.進行該水系之河川空間使用狀況調查。3.進行該水系之河川生物調查。4.提出該水系實施河川生庇工法應行注意事項之建議</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970225</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/16</date><governmentpublicationsnumber>1009801295</governmentpublicationsnumber><identifier>62361</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62361</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大安溪水系河川情勢調查(1/2)－光碟版= Investigation of stream status of Tai-an River(1/2)</title><yearidentifier>200905</yearidentifier></data><data><abstract>研究計畫主要目的為普查大安溪水系之生態資料並提供各該水系實施河川生態工程時之參考應用，普查調查工作項目包括1.進行該水系之河川環境調查。2.進行該水系之河川空間使用狀況調查。3.進行該水系之河川生物調查。4.提出該水系實施河川生庇工法應行注意事項之建議</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/16</date><governmentpublicationsnumber>1009801295</governmentpublicationsnumber><identifier>62362</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62362</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大安溪水系河川情勢調查(1/2)成果資料光碟版= Investigation of stream status of Tai-an River(1/2)</title><yearidentifier>200905</yearidentifier></data><data><abstract>臺?水源特定區乃是大台?地區相當重要的自?水水源，過去二十? ?為因應水源保護政策，避免特定區之水源、水質、水?受到自然及人為 破壞而日趨??，對於區域內各項開發?為及土地?用皆訂有嚴格之規 範，以維護區域環境及生態。未?如何在地方發展及水源保護政策(防制各 ?違規?為，維護特定區水源、水?、水質及生態多樣性)間取得平衡，以 達多元發展與雙贏境界，建?環境生態調查監測系統實有其必要性。 本計畫延續94 ?~96 ??環境生態管?與整合性?用相關計畫之研 究，針對臺?水源特定區之水域、?域生態與河川環境因子進?調查，其 中水域生態調查之項目包括魚?、水棲昆蟲及藻?；?域生態調查之項目 包括?生?及爬蟲?；而河川環境因子調查包括河寬、水深、?速、底質 ?徑、水溫、氫?子濃?指?(pH 值)、溶氧?(DO)、生化需氧?(BOD5)、 導電?(EC)、濁?、懸浮固體(SS)、硝酸鹽氮、氨氮、總磷、大腸桿菌群及 總有機碳等河川非生物環境組成成分之?化值。調查頻?為一季一次，一 ?共計4 季調查。 據前述調查成果進一步完成生物多樣性分析與河川污染指標(River Pollution Index, RPI)、河川水質指標(Water Quality Index, WQI)、魚?生物整 合指標(Index of Biotic Integrity, IBI)、水棲昆蟲科級生物指標（Family-Level Biotic Index, FBI）、藻?腐水?指?(Saprobic index, S)及矽藻屬指?(Generic Index, GI)計算分析，並?用本中心96 ??所完成之環境生態整合性指標， 整合WQI、IBI、FBI、GI 及S 等各項水質及生物指標，計算環境生態整合 性指標，並與往?之整合性指標進?比較，以持續監測特定區之生態環境。 對於環境監測系統，提出整合性之環境監測預警機制指標，與研擬預 警機制指標下?時之因應策?及改善措施，並提供環境生態監測網站之設 置，作為臺?水源特定區管?局未?施政及監測站網規劃設計之應用。另 外，將生態調查結果融入管?局之網站系統，以?民眾查詢，期能將環境 保護教育深植民眾內心。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970308</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/16</date><governmentpublicationsnumber>1009801593</governmentpublicationsnumber><identifier>62366</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62366</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區生態調查監測計畫＝Investigation and Monitoring for Ecology at the Taipei Water Special District</title><yearidentifier>200907</yearidentifier></data><data><abstract>臺?水源特定區乃是大台?地區相當重要的自?水水源，過去二十? ?為因應水源保護政策，避免特定區之水源、水質、水?受到自然及人為 破壞而日趨??，對於區域內各項開發?為及土地?用皆訂有嚴格之規 範，以維護區域環境及生態。未?如何在地方發展及水源保護政策(防制各 ?違規?為，維護特定區水源、水?、水質及生態多樣性)間取得平衡，以 達多元發展與雙贏境界，建?環境生態調查監測系統實有其必要性。 本計畫延續94 ?~96 ??環境生態管?與整合性?用相關計畫之研 究，針對臺?水源特定區之水域、?域生態與河川環境因子進?調查，其 中水域生態調查之項目包括魚?、水棲昆蟲及藻?；?域生態調查之項目 包括?生?及爬蟲?；而河川環境因子調查包括河寬、水深、?速、底質 ?徑、水溫、氫?子濃?指?(pH 值)、溶氧?(DO)、生化需氧?(BOD5)、 導電?(EC)、濁?、懸浮固體(SS)、硝酸鹽氮、氨氮、總磷、大腸桿菌群及 總有機碳等河川非生物環境組成成分之?化值。調查頻?為一季一次，一 ?共計4 季調查。 據前述調查成果進一步完成生物多樣性分析與河川污染指標(River Pollution Index, RPI)、河川水質指標(Water Quality Index, WQI)、魚?生物整 合指標(Index of Biotic Integrity, IBI)、水棲昆蟲科級生物指標（Family-Level Biotic Index, FBI）、藻?腐水?指?(Saprobic index, S)及矽藻屬指?(Generic Index, GI)計算分析，並?用本中心96 ??所完成之環境生態整合性指標， 整合WQI、IBI、FBI、GI 及S 等各項水質及生物指標，計算環境生態整合 性指標，並與往?之整合性指標進?比較，以持續監測特定區之生態環境。 對於環境監測系統，提出整合性之環境監測預警機制指標，與研擬預 警機制指標下?時之因應策?及改善措施，並提供環境生態監測網站之設 置，作為臺?水源特定區管?局未?施政及監測站網規劃設計之應用。另 外，將生態調查結果融入管?局之網站系統，以?民眾查詢，期能將環境 保護教育深植民眾內心。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970308</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/16</date><governmentpublicationsnumber>1009801593</governmentpublicationsnumber><identifier>62367</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62367</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區生態調查監測計畫(光碟版) ＝Investigation and Monitoring for Ecology at the Taipei Water Special District</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>902.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/21</date><governmentpublicationsnumber>1009801292</governmentpublicationsnumber><identifier>62387</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62387</librarycollectiondetailsurl><price>115</price><publisher>行政院人事行政局</publisher><publishrocyear>98</publishrocyear><title>美之饗宴：二００九全國公教美展專輯   Feast  of  Beauty--2009  National  Civil  Officers  Art  Exhibition</title><yearidentifier>200907</yearidentifier></data><data><abstract>本計畫主要目的為探討東口取水口與新設抽水站同時取水時以及河道沖淤時對抽水站取水功能之影響，進行水工模型試驗。主要試驗項目包括抽水站之基本設計案、修改案取水試驗，以及曾文水庫排砂操作後對抽水站之取水功能試驗，相關試驗成果，提供工程管理與設計單位參考，期使抽水站工程能夠確保達到預期的取水功能需求。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/21</date><governmentpublicationsnumber>1009703841</governmentpublicationsnumber><identifier>62388</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62388</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>曾文水庫越域引水工程計畫－下游輸水工程之取水工水工模型試驗=Tseng-Wen Reservoir Transbasin Diversion Project-Hydraulic Model Tests of the Intake of Downstream Water Conveyance</title><yearidentifier>200812</yearidentifier></data><data><abstract>土庫地區排水系統位於旗山溪與荖濃溪匯流點之三角地帶，排水幹線上游源起於屏東縣里港鄉信國一村，流經屏東縣里港鄉土庫、瀰力、三?及中和四村，出口皆流入旗山溪。根據本次規劃之測量調查資料劃定，土庫地區排水系統之範圍北以外六寮排水系統流域邊界、西南則以高屏溪支流旗山溪中和堤防及荖濃溪土庫堤防為邊界。本次治理規劃土庫排水及三張?排水幹線之排水路長度分別為5.27公里及6.34公里，土庫排水幹線及三張?排水之集水面積分別為5.54平方公里及9.46平方公里，集水面積合計約為15平方公里。</abstract><author>經濟部水利署第七河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/22</date><governmentpublicationsnumber>1009801210</governmentpublicationsnumber><identifier>62397</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62397</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>易淹水地區水患治理計畫：屏東縣管區域排水土庫地區排水系統規劃報告(光碟版)＝Regulation project of flood-prone areas：planning of Tuku area drainage system in Pingtung county</title><yearidentifier>200905</yearidentifier></data><data><abstract>藉由本計畫的執行，帶動各界進行水的回收再利用，提高水再生利用事業的公益性，蓬勃水利產業發展。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970039</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/23</date><governmentpublicationsnumber>1009702537</governmentpublicationsnumber><identifier>62406</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62406</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水再生利用技術交流與觀念推廣計畫期末報告＝The Project for Technology Exchange and Concept Promotion of Water Reuse</title><yearidentifier>200809</yearidentifier></data><data><abstract>本計畫「楠梓加工出口區廢水回收再?用研磨廢水前處?程序先期研究」之目的為尋求適當且符合經濟效?的前處?工法，以提供水?署規劃97-100 ?高雄楠梓加工出口區水再生?用模型廠及未?使用再生水業者，建?產品安全監控與防護機制。本計畫之工作內容包含：1.水質水?分析；2.工法??分析；3.實驗室測試研究；4.最佳處?系統評估。在水質水?分析部份，水樣?源主要可分為四?，分別取自加工區內具某ㄧ代表性半導體廠研磨廢水(P1)及其處?後研磨放?水(P2)、加工區揚水加壓站之出?水(P3)及加工區之?放水(P4)。此外，並配合每月加工區內自動水質監測結果，探討加工區內廢污水之水質穩定性；在工法??分析部份，物?工法以傳統砂?及薄膜分?處?技術之適用性評估為主，而化學工法則是以混凝處?之評估為主。藉由所有工法??分析與初步測試結果，評估加工區內廢水回收可?之前處?技術，並配合實驗室規模之測試研究，評估研磨廢水(或放?水)回收再?用之前處?最佳條件，進而評估經濟可?的處?技術及?程。計畫執?結果顯示，研磨廢水(P1)、研磨放?水(P2)、揚水站出?水(P3)及?放水(P4)皆為中性水體，其中研磨廢水之濁?甚高，而其他水樣亦有水質變動性大且濁?高之問題。由四種水樣之?徑分析結果可知，研磨廢水之平均?徑為304 nm，研磨放?水之平均?徑為2,241 nm，揚水站出?水之平均?徑為947 nm，而?放水之平均?徑為2,687 nm。</abstract><author>國立中山大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970313</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/29</date><governmentpublicationsnumber>1009801673</governmentpublicationsnumber><identifier>62431</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62431</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>楠梓加工出口區廢水回收再利用研磨廢水前處理程序先期研究(內附光碟)＝A Study for Reclamation and Reuse of Polishing Wastewater in Nantzu Export and Processing Zone</title><yearidentifier>200904</yearidentifier></data><data><abstract>依據立法院95年1月13日三讀通過的「石門水庫及其集水區整治特別條例」第三條，擬訂「石門水庫及其集水區整治計畫」，以加快水庫治理速度，降低缺水風險。本委辦計畫為評核該整治計畫第1階段95~97年度執行績效。 石門水庫及其集水區整治計畫中各子計畫內涵與實際參考參數眾多繁雜與執行權責單位分跨不同部會。需藉統合性之評核標準，以實際量化方式，建立評核模式方法，以進行各分項計畫之執行績效評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960311</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/31</date><governmentpublicationsnumber>1009801684</governmentpublicationsnumber><identifier>62444</identifier><internationalstandardbooknumber>9789860191509 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62444</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫及其集水區整治計畫績效評核(95~97年) Performance Evaluation for Restoration Projects at Shihmen Reservoir and its Watershed (2006~2008)</title><yearidentifier>200907</yearidentifier></data><data><abstract>依據立法院95年1月13日三讀通過的「石門水庫及其集水區整治特別條例」第三條，擬訂「石門水庫及其集水區整治計畫」，以加快水庫治理速度，降低缺水風險。本委辦計畫為評核該整治計畫第1階段95~97年度執行績效。 石門水庫及其集水區整治計畫中各子計畫內涵與實際參考參數眾多繁雜與執行權責單位分跨不同部會。需藉統合性之評核標準，以實際量化方式，建立評核模式方法，以進行各分項計畫之執行績效評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960311</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/31</date><governmentpublicationsnumber>1009801684</governmentpublicationsnumber><identifier>62447</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62447</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫及其集水區整治計畫績效評核(95~97年)－光碟版＝Performance Evaluation for Restoration Projects at Shihmen Reservoir and its Watershed (2006~2008)</title><yearidentifier>200907</yearidentifier></data><data><abstract>為因應整體大環境變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之需求，及落實生物多樣性，遵循自然法則，以確保河川保育之永續發展。並結合各河段之環境特性，分別導入區段兼具景觀暨遊憩機能之環境改善構想，以展現本計畫「結合人文環境景觀、溼地生態多樣性、建構旅遊廊道發展、北港溪畔新願景」之成果。</abstract><author>經濟部水利署第五河川局[編</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960276</commissionedprojectidentifier><currency>NT$</currency><date>2009/7/31</date><governmentpublicationsnumber>1009800713</governmentpublicationsnumber><identifier>62449</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62449</librarycollectiondetailsurl><price>1200</price><publisher>水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>北港溪(復興鐵路橋至虎尾溪縱貫鐵路橋)水岸整建及景觀改善計畫(內附光碟)</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/7/31</date><governmentpublicationsnumber>8374850232</governmentpublicationsnumber><identifier>62464</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62464</librarycollectiondetailsurl><price>480</price><publisher>經濟部水資源局</publisher><publishrocyear>85</publishrocyear><title>淡水河水工模型整建及台北防洪計畫績效驗證試驗報告</title><yearidentifier>199612</yearidentifier></data><data><abstract>本計畫「楠梓加工出口區廢水回收再?用研磨廢水前處?程序先期研究」之目的為尋求適當且符合經濟效?的前處?工法，以提供水?署規劃97-100 ?高雄楠梓加工出口區水再生?用模型廠及未?使用再生水業者，建?產品安全監控與防護機制。本計畫之工作內容包含：1.水質水?分析；2.工法??分析；3.實驗室測試研究；4.最佳處?系統評估。在水質水?分析部份，水樣?源主要可分為四?，分別取自加工區內具某ㄧ代表性半導體廠研磨廢水(P1)及其處?後研磨放?水(P2)、加工區揚水加壓站之出?水(P3)及加工區之?放水(P4)。此外，並配合每月加工區內自動水質監測結果，探討加工區內廢污水之水質穩定性；在工法??分析部份，物?工法以傳統砂?及薄膜分?處?技術之適用性評估為主，而化學工法則是以混凝處?之評估為主。藉由所有工法??分析與初步測試結果，評估加工區內廢水回收可?之前處?技術，並配合實驗室規模之測試研究，評估研磨廢水(或放?水)回收再?用之前處?最佳條件，進而評估經濟可?的處?技術及?程。計畫執?結果顯示，研磨廢水(P1)、研磨放?水(P2)、揚水站出?水(P3)及?放水(P4)皆為中性水體，其中研磨廢水之濁?甚高，而其他水樣亦有水質變動性大且濁?高之問題。由四種水樣之?徑分析結果可知，研磨廢水之平均?徑為304 nm，研磨放?水之平均?徑為2,241 nm，揚水站出?水之平均?徑為947 nm，而?放水之平均?徑為2,687 nm。</abstract><author>國立中山大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA097031</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/3</date><governmentpublicationsnumber>1009801673</governmentpublicationsnumber><identifier>62468</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62468</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>楠梓加工出口區廢水回收再利用研磨廢水前處理程序先期研究(光碟版)＝A Study for Reclamation and Reuse of Polishing Wastewater in Nantzu Export and Processing Zone</title><yearidentifier>200904</yearidentifier></data><data><abstract>區域性雨水貯集綜合利用，在降雨期間不僅可貯集水量，亦可發揮減洪功能及供水等多目標效益，本計畫擬將貯集系統拓展至區域性來考量，應用國內外現有成果與技術，於台灣北、中、南三地共選定五試驗區域為雨水貯集系統規劃推廣研究地區，透過模擬計算及初步配置規劃，評估雨水資源有效利用及防災減洪的成效。此外，計畫中透過國內外貯集設施與技術之相關資料蒐集，並配合研討會的舉辦與雨水利用技術中、英文網頁之製作，可作為後續之相關知識推廣與技術交流；期藉本計畫的推廣進而奠定本土化雨水貯集整體利用技術，落實水資源永續經營與水旱災防治的長期工作目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/3</date><governmentpublicationsnumber>1009604104</governmentpublicationsnumber><identifier>62469</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62469</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>96</publishrocyear><title>雨水貯集利用目標及設備規格標準化研究(光碟版)＝Research on the Goal and Facilities Standards of Rainwater Utilization System</title><yearidentifier>200712</yearidentifier></data><data><abstract>水利署自93年起開辦『委辦計畫管理系統』及『機動性資料查詢系統開發建置計畫』， 94年度開始上線使用，以及95年『委辦計畫管理暨機動性資料查詢功能提昇計畫』計畫，至96年『經濟部水利署專案管考系統建置』，整合4年度之計畫，採分年度逐步發展系統架構，有助於因應資訊時代技術之進步，同時，得以滿足雙向需求：便民服務以及業務執行。 今年度，除持續轉換水利署控管委辦計畫業務之資訊e化流程外，更將控管廠商計畫進度及配合中央主管機關索取本署計畫資訊之業務功能需求，一併納入今年度系統發展流程與功能機制之中；同時，由水利署提供自行研究發展之各項績效指標，包括預評指標績效、執行過程進度評估指標與結束成效指標等多項指標，將納入系統介面中進行呈現。而為了滿足水利署不同層級主管快速瀏覽與掌控各項計畫，系統更區分不同介面，滿足迅速與便利之需求。</abstract><author>逢甲大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970271</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/4</date><governmentpublicationsnumber>1009801583</governmentpublicationsnumber><identifier>62472</identifier><internationalstandardbooknumber>9789860190489 ; 9789860190</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62472</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>委辦計畫績效評估資訊化管理整合建置計畫  Commission for project performance evaluation information management integration deployment plan</title><yearidentifier>200906</yearidentifier></data><data><abstract>水利署自93年起開辦『委辦計畫管理系統』及『機動性資料查詢系統開發建置計畫』， 94年度開始上線使用，以及95年『委辦計畫管理暨機動性資料查詢功能提昇計畫』計畫，至96年『經濟部水利署專案管考系統建置』，整合4年度之計畫，採分年度逐步發展系統架構，有助於因應資訊時代技術之進步，同時，得以滿足雙向需求：便民服務以及業務執行。 今年度，除持續轉換水利署控管委辦計畫業務之資訊e化流程外，更將控管廠商計畫進度及配合中央主管機關索取本署計畫資訊之業務功能需求，一併納入今年度系統發展流程與功能機制之中；同時，由水利署提供自行研究發展之各項績效指標，包括預評指標績效、執行過程進度評估指標與結束成效指標等多項指標，將納入系統介面中進行呈現。而為了滿足水利署不同層級主管快速瀏覽與掌控各項計畫，系統更區分不同介面，滿足迅速與便利之需求。</abstract><author>逢甲大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970271</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/4</date><governmentpublicationsnumber>1009801583</governmentpublicationsnumber><identifier>62473</identifier><internationalstandardbooknumber>9789860190489 ; 9789860190</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62473</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>委辦計畫績效評估資訊化管理整合建置計畫(光碟版)  Commission for project performance evaluation information management integration deployment plan</title><yearidentifier>200906</yearidentifier></data><data><abstract>在97年11月至98年6月完成水利人員通識課程及北中南3個管理課程的訓練, 並將學習訓練成果集結成此報告書, 以作為檢討與後續各界之參考</abstract><author>三誠專業管理顧問有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970130</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>1009801807</governmentpublicationsnumber><identifier>62495</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62495</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年水利人員教育訓練計畫=97 Year Water Conservation Personnel Education and Training Plan</title><yearidentifier>200906</yearidentifier></data><data><abstract>在97年11月至98年6月完成水利人員通識課程及北中南3個管理課程的訓練, 並將學習訓練成果集結成此報告書, 以作為檢討與後續各界之參考</abstract><author>三誠專業管理顧問有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970130</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>1009801807</governmentpublicationsnumber><identifier>62496</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62496</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年水利人員教育訓練計畫(光碟版)=97 Year Water Conservation Personnel Education and Training Plan</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62497</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62497</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>45</publishrocyear><title>天文日曆（民國四十六年)</title><yearidentifier>195611</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62498</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62498</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>46</publishrocyear><title>天文日曆（民國四十七年)</title><yearidentifier>195711</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62499</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62499</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>47</publishrocyear><title>天文日曆（民國四十八年)</title><yearidentifier>195811</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62500</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62500</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>48</publishrocyear><title>天文日曆（民國四十九年)</title><yearidentifier>195911</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62503</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62503</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>49</publishrocyear><title>天文日曆（民國五十年)</title><yearidentifier>196011</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>1009801714</governmentpublicationsnumber><identifier>62505</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62505</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國97年水利統計=STATISTIC OF WATER RESOURCES 2008</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62508</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62508</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>51</publishrocyear><title>天文日曆（民國五十二年)</title><yearidentifier>196211</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62509</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62509</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>52</publishrocyear><title>天文日曆（民國五十三年)</title><yearidentifier>196311</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象所</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/11</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62513</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62513</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象所</publisher><publishrocyear>53</publishrocyear><title>天文日曆（民國五十四年)</title><yearidentifier>196411</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/12</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62521</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62521</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>54</publishrocyear><title>天文日曆（民國五十五年)</title><yearidentifier>196511</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/12</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62522</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62522</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>55</publishrocyear><title>天文日曆（民國五十六年)</title><yearidentifier>196611</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/12</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62526</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62526</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>56</publishrocyear><title>天文日曆（民國五十七年)</title><yearidentifier>196712</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/13</date><governmentpublicationsnumber>1009801329</governmentpublicationsnumber><identifier>62529</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62529</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(2/2)工作成果報告(內附光碟)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/13</date><governmentpublicationsnumber>1009801329</governmentpublicationsnumber><identifier>62530</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62530</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知?溪、金崙溪流域地瞎水資源調查評估(2/2)工作成果報告-計畫成果資料(光碟版)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/13</date><governmentpublicationsnumber>1009801330</governmentpublicationsnumber><identifier>62531</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62531</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估總報告(內附光碟)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>62533</identifier><internationalstandardbooknumber>16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62533</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>98</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十七年度年報</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>1009801329</governmentpublicationsnumber><identifier>62534</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62534</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(2/2)工作成果報告(光碟版)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>1009801330</governmentpublicationsnumber><identifier>62535</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62535</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估總報告(光碟版)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>1009801330</governmentpublicationsnumber><identifier>62536</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62536</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估總報告－計畫成果資料=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>配合災害防救法之修正，水利署規劃製作並公開旱災潛勢相關資料。本計畫回顧國內外乾旱與旱災定義，擬定乾旱定義為「長時期?雨??足所造成之自然現象」，旱災則定義為「旱象持續惡化，無法有效控制，造成的災害」。同時回顧國內外乾旱指標，研討於台灣之適用性，本計畫採用標準化降雨指標(Standardized Precipitation Index, SPI)為乾旱預警指標，其計算簡單、只需日降雨量資料且台灣地區與量紀錄資料充沛，適用於台灣地區乾旱監測。 本計畫主要針對旱災潛勢資料進行研討，其中旱災潛勢以區域各標的缺水率以及其空間分佈為潛勢圖資製作的依據。潛勢資料之製作不涉及水源調配的運作且潛勢資料並非提供災害評估。針對本計畫本年度之目標，就旱災潛勢分析作為主要工作建立短期應變及長期規劃管理。短期應變是以水文預測為基礎，透過逐旬推估方式，預估未來區域內逐旬之用水情勢。長期規劃管理係依不同之發生乾旱頻率事件，建立一套區域之長期乾旱潛勢圖，以提供區域水資源規劃或區域土地利用規劃之空間分佈參考，並提供整體災害風險分析與管理之基石。 本計畫亦蒐集與回顧國外旱災潛勢相關資料及國內乾旱相關情資，擬定旱災潛勢公開辦法草案之參考。</abstract><author>社團法人台灣農業工程學會</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970331</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>1009801668</governmentpublicationsnumber><identifier>62537</identifier><internationalstandardbooknumber>9789860191219 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62537</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>旱災潛勢定義及其分析方法之建立  Definition and Method of Analysis for Drought Hazard Potential</title><yearidentifier>200906</yearidentifier></data><data><abstract>配合災害防救法之修正，水利署規劃製作並公開旱災潛勢相關資料。本計畫回顧國內外乾旱與旱災定義，擬定乾旱定義為「長時期?雨??足所造成之自然現象」，旱災則定義為「旱象持續惡化，無法有效控制，造成的災害」。同時回顧國內外乾旱指標，研討於台灣之適用性，本計畫採用標準化降雨指標(Standardized Precipitation Index, SPI)為乾旱預警指標，其計算簡單、只需日降雨量資料且台灣地區與量紀錄資料充沛，適用於台灣地區乾旱監測。 本計畫主要針對旱災潛勢資料進行研討，其中旱災潛勢以區域各標的缺水率以及其空間分佈為潛勢圖資製作的依據。潛勢資料之製作不涉及水源調配的運作且潛勢資料並非提供災害評估。針對本計畫本年度之目標，就旱災潛勢分析作為主要工作建立短期應變及長期規劃管理。短期應變是以水文預測為基礎，透過逐旬推估方式，預估未來區域內逐旬之用水情勢。長期規劃管理係依不同之發生乾旱頻率事件，建立一套區域之長期乾旱潛勢圖，以提供區域水資源規劃或區域土地利用規劃之空間分佈參考，並提供整體災害風險分析與管理之基石。 本計畫亦蒐集與回顧國外旱災潛勢相關資料及國內乾旱相關情資，擬定旱災潛勢公開辦法草案之參考。</abstract><author>社團法人台灣農業工程學會</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970331</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/14</date><governmentpublicationsnumber>1009801668</governmentpublicationsnumber><identifier>62538</identifier><internationalstandardbooknumber>9789860191219 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62538</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>旱災潛勢定義及其分析方法之建立(光碟版)  Definition and Method of Analysis for Drought Hazard Potential</title><yearidentifier>200906</yearidentifier></data><data><abstract>隨著人口成長、?市化發展與產業結構改變，我國用水需求總?逐?增加，尤以工業用水?為甚。但傳統水源之開發，如水庫與攔河堰的設?卻愈?愈困難，而海水淡化也因成本等問題迄今尚未在本島廣為興建；因此尋求新興替代水源，?滿足各標的用水需求，實為當務之急。?市污水再生?用為國際趨勢，政府目前正大?推動污水下水道建 設，隨著接管?提高、大型?市污水處?廠?續建置完成，生活污水經處?後所產生的放?水?正逐漸增加，而由於放?水水?大且水質?想，?能有效?用此?水資源，經再生後予以回收?用(稱為「再生水」)，除可開?替代水源，又能?低廢污水排放?，?但穩定水資源供給，疏緩部分供水壓?，?可提升水環境之生態品質。由於?市污水再生兼具環保形象及資源保育雙重意義，民國94 ?1 月舉?之第七次全國科學技術會議結?中，特別建議應加強推動排放水再循環、再?用及再生使用；值此全球暖化氣候變遷加遽，潔淨淡水資源日漸短缺之際，水再生?用絕對是現階段台灣地區水資源供 應策?中必須正視之課題。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/18</date><governmentpublicationsnumber>1009801399</governmentpublicationsnumber><identifier>62539</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62539</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水再生利用技術研究台中市福田水資源回收中心再生水試用計畫總報告(內附光碟)= Summary Report of the testing Project of Reclaimed Water of Ru tian Water Resource Recycling Center in Taichung City</title><yearidentifier>200906</yearidentifier></data><data><abstract>本研究計畫為第 2 ?計畫，承續民國96 ?「廢污水再生?用技術研究-台中市?田水資源回收中心再生水試用計畫(1/2)」之工作成果，於台中市南區?田水資源回收中心 (文中簡稱「?田廠」) 設置放?水再生模廠，進?長期驗證測試，以?解系統穩定效能，同時針對各段產水進?水質分析，並依據再生水使用情境試算對人體之健康風險， 另外亦辦?再生水試用、教育宣導，與放大規模實廠規劃等工作。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970143</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/18</date><governmentpublicationsnumber>1009801398</governmentpublicationsnumber><identifier>62540</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62540</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水再生利用技術研究臺中市福田水資源回收中心再生水試用計畫(2/2)(內附光碟)=The Testing Project of Reclaimed Water of Fu tian Water Resource Recycling Center in Taichung City(2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/18</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62545</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62545</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>57</publishrocyear><title>天文日曆（民國五十八年)</title><yearidentifier>196811</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/18</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62558</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62558</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>58</publishrocyear><title>天文日曆（民國五十九年)</title><yearidentifier>196911</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62570</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62570</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>60</publishrocyear><title>天文日曆（民國六十一年)</title><yearidentifier>197111</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62580</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62580</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>63</publishrocyear><title>天文日曆（民國六十三年)</title><yearidentifier>197401</yearidentifier></data><data><abstract>2008年是很特別的一年，全球軟化，南北極冰源溶解，極端的氣候災害，水資源匱乏，生物多樣性消失及海洋破壞等個象問題日益嚴重，且受到前所未有的中是集討論，現在是人類站在關鍵轉折點的食客，隨著退地球上無數生命和自然現象的逐漸了解，我們對每一項保育議題也日益清楚，病有不少可行的保育策略正在形成，特有生物研究保育中心的每一位研究人員都深深替任，自然保育問題的解決，需要新的正確的環境倫理作為導引及規範須依奧精密的科學研究專業知識及社會社同，並從長期全方位及永續發展角度來思可，所以我們長期以來都依質默默投入調查研究及生態教育推廣。</abstract><author>李訓煌</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>25328890266</governmentpublicationsnumber><identifier>62585</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62585</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>98</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十七年度年報</title><yearidentifier>200906</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>中華民國水力計師公會全國聯合會</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA-09503</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>62590</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62590</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國史館臺灣文獻館</author><categoryidentifier>677.7   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>1009703178</governmentpublicationsnumber><identifier>62596</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62596</librarycollectiondetailsurl><price></price><publisher>國史館臺灣文獻館</publisher><publishrocyear>97</publishrocyear><title>臺灣第一特展專輯</title><yearidentifier>200811</yearidentifier></data><data><abstract>推行石門水庫整治計畫，以解決水資源供應不足之困境，同時加強水資源之永續利用。</abstract><author>台灣經濟研究院</author><categoryidentifier>443.6433   443.642   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960352</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>1009801682</governmentpublicationsnumber><identifier>62597</identifier><internationalstandardbooknumber>9789860191332 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62597</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫及其集水區整治計畫之經濟效益評估 Economic Evaluation of Shihmen Reservoir and its Watershed Remediation Project</title><yearidentifier>200907</yearidentifier></data><data><abstract>推行石門水庫整治計畫，以解決水資源供應不足之困境，同時加強水資源之永續利用。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960352</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/19</date><governmentpublicationsnumber>1009801682</governmentpublicationsnumber><identifier>62598</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62598</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫及其集水區整治計畫之經濟效益評估(光碟版)＝Economic Evaluation of Shihmen Reservoir and its Watershed Remediation Project</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/21</date><governmentpublicationsnumber>2009302266</governmentpublicationsnumber><identifier>62600</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62600</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>98</publishrocyear><title>臺灣糧食統計要覽(中華民國九十七年版) TAIWAN  FOOD  STATISTICS  BOOK  2007</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農糧署</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/21</date><governmentpublicationsnumber>2004100014</governmentpublicationsnumber><identifier>62601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62601</librarycollectiondetailsurl><price>120</price><publisher>行政院農業委員會農糧署</publisher><publishrocyear>98</publishrocyear><title>臺灣地區糧食生產情形及業務概況   【九十七年版】      FOOD  PRODUCTION  AND  ACTIVITIES IN TAIWAN  AREA</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/21</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62603</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62603</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>64</publishrocyear><title>天文日曆（民國六十四年)</title><yearidentifier>197501</yearidentifier></data><data><abstract> </abstract><author>台灣省氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/21</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62620</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62620</librarycollectiondetailsurl><price>150</price><publisher>台灣省氣象局</publisher><publishrocyear>67</publishrocyear><title>天文日曆（民國六十四年)</title><yearidentifier>197801</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河水系)等25條河川，監測頻率為每月一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變遷點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變遷點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。 本計畫執行期間由97年6月12日至98年7月12日，共進行12期的變遷偵測與通報(監測頻率為每月一次)，通報之變異點共531點，回報率為94.4%，其中33點為非法變異點。監測影像來源以福衛二號為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足；因此於計畫執行期間，除了影像平均到位率可達到92.8%之外，亦可準時進行變遷偵測的通報，以達每月一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間便將變異區位相關的通報與查報等重要資料項目，提供至本署「河川管理整合性資訊化系統」進行資訊交換整合。於計畫執行期間，多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變遷點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970289</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801532</governmentpublicationsnumber><identifier>62629</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62629</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>衛星遙測於中央管河川(含淡水河水系)河川區域之監測與管理＝Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshuei River)</title><yearidentifier>200907</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河水系)等25條河川，監測頻率為每月一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變遷點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變遷點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。 本計畫執行期間由97年6月12日至98年7月12日，共進行12期的變遷偵測與通報(監測頻率為每月一次)，通報之變異點共531點，回報率為94.4%，其中33點為非法變異點。監測影像來源以福衛二號為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足；因此於計畫執行期間，除了影像平均到位率可達到92.8%之外，亦可準時進行變遷偵測的通報，以達每月一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間便將變異區位相關的通報與查報等重要資料項目，提供至本署「河川管理整合性資訊化系統」進行資訊交換整合。於計畫執行期間，多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變遷點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970289</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801532</governmentpublicationsnumber><identifier>62630</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62630</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>衛星遙測於中央管河川(含淡水河水系)河川區域之監測與管理(光碟版)＝Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshuei River)</title><yearidentifier>200907</yearidentifier></data><data><abstract>大度攔河堰位於烏溪中山高速公路橋下游約700公尺處，目前規劃堰形式為堰高9m之全斷面自由溢流式固定堰，輸水管路自沉砂池起，沿線經由彰化縣和美鎮至雲林縣麥寮鄉，全長65公里（沉砂池至彰濱20公里，彰濱至雲濱45公里）。 烏溪流域水源豐沛，是中部地區主要水源，但計畫中烏溪上游國姓及建民兩水庫，均因諸多問題相繼停建，為調配供應中部地區水資源，業於民國94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」。 本可行性規劃期間，委員對本案後續工程辦理，建議增補輸水管線(大度堰至離島工業區全長65公里)鑽探點，且輸水管線配置需要配合路線地形並設置所需之加壓站，應詳為調查管線所經路線之既有管線位置及深度。 據此為更加詳細了解並補足原規劃(94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」)所欠缺管線範圍內既有埋設管線調查，將採透地雷達技術以雷達波為波源之地球物理探勘方法，探測主要路線之地下管線等資料，以利輸水管線佈置規劃，又因前規劃只在輸水管路沿線鑽探10餘孔地質鑽探，以全長65公里輸水線路而言尚不足表達全線地質，為能更確實掌握管路地質狀況及地下水位，增補地質鑽探10孔。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970084</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801670</governmentpublicationsnumber><identifier>62631</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62631</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度攔河堰計畫管線工程詳細地況調查－輸水管路沿線地況調查報告＝Detailed Investigation of Pipeline Route of Dadu Weir Project</title><yearidentifier>200907</yearidentifier></data><data><abstract>大度攔河堰位於烏溪中山高速公路橋下游約700公尺處，目前規劃堰形式為堰高9m之全斷面自由溢流式固定堰，輸水管路自沉砂池起，沿線經由彰化縣和美鎮至雲林縣麥寮鄉，全長65公里（沉砂池至彰濱20公里，彰濱至雲濱45公里）。 烏溪流域水源豐沛，是中部地區主要水源，但計畫中烏溪上游國姓及建民兩水庫，均因諸多問題相繼停建，為調配供應中部地區水資源，業於民國94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」。 本可行性規劃期間，委員對本案後續工程辦理，建議增補輸水管線(大度堰至離島工業區全長65公里)鑽探點，且輸水管線配置需要配合路線地形並設置所需之加壓站，應詳為調查管線所經路線之既有管線位置及深度。 據此為更加詳細了解並補足原規劃(94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」)所欠缺管線範圍內既有埋設管線調查，將採透地雷達技術以雷達波為波源之地球物理探勘方法，探測主要路線之地下管線等資料，以利輸水管線佈置規劃，又因前規劃只在輸水管路沿線鑽探10餘孔地質鑽探，以全長65公里輸水線路而言尚不足表達全線地質，為能更確實掌握管路地質狀況及地下水位，增補地質鑽探10孔。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970084</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801670</governmentpublicationsnumber><identifier>62632</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62632</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度攔河堰計畫管線工程詳細地況調查－輸水管路沿線地況調查報告(光碟版)＝Detailed Investigation of Pipeline Route of Dadu Weir Project</title><yearidentifier>200907</yearidentifier></data><data><abstract>大度攔河堰位於烏溪中山高速公路橋下游約700公尺處，目前規劃堰形式為堰高9m之全斷面自由溢流式固定堰，輸水管路自沉砂池起，沿線經由彰化縣和美鎮至雲林縣麥寮鄉，全長65公里（沉砂池至彰濱20公里，彰濱至雲濱45公里）。 烏溪流域水源豐沛，是中部地區主要水源，但計畫中烏溪上游國姓及建民兩水庫，均因諸多問題相繼停建，為調配供應中部地區水資源，業於民國94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」。 本可行性規劃期間，委員對本案後續工程辦理，建議增補輸水管線(大度堰至離島工業區全長65公里)鑽探點，且輸水管線配置需要配合路線地形並設置所需之加壓站，應詳為調查管線所經路線之既有管線位置及深度。 據此為更加詳細了解並補足原規劃(94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」)所欠缺管線範圍內既有埋設管線調查，將採透地雷達技術以雷達波為波源之地球物理探勘方法，探測主要路線之地下管線等資料，以利輸水管線佈置規劃，又因前規劃只在輸水管路沿線鑽探10餘孔地質鑽探，以全長65公里輸水線路而言尚不足表達全線地質，為能更確實掌握管路地質狀況及地下水位，增補地質鑽探10孔。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801670</governmentpublicationsnumber><identifier>62633</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62633</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度攔河堰計畫管線工程詳細地況調查－輸水管路沿線地況調查報告(附錄D輸水管路沿線管線平面圖冊)</title><yearidentifier>200907</yearidentifier></data><data><abstract>大度攔河堰位於烏溪中山高速公路橋下游約700公尺處，目前規劃堰形式為堰高9m之全斷面自由溢流式固定堰，輸水管路自沉砂池起，沿線經由彰化縣和美鎮至雲林縣麥寮鄉，全長65公里（沉砂池至彰濱20公里，彰濱至雲濱45公里）。 烏溪流域水源豐沛，是中部地區主要水源，但計畫中烏溪上游國姓及建民兩水庫，均因諸多問題相繼停建，為調配供應中部地區水資源，業於民國94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」。 本可行性規劃期間，委員對本案後續工程辦理，建議增補輸水管線(大度堰至離島工業區全長65公里)鑽探點，且輸水管線配置需要配合路線地形並設置所需之加壓站，應詳為調查管線所經路線之既有管線位置及深度。 據此為更加詳細了解並補足原規劃(94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」)所欠缺管線範圍內既有埋設管線調查，將採透地雷達技術以雷達波為波源之地球物理探勘方法，探測主要路線之地下管線等資料，以利輸水管線佈置規劃，又因前規劃只在輸水管路沿線鑽探10餘孔地質鑽探，以全長65公里輸水線路而言尚不足表達全線地質，為能更確實掌握管路地質狀況及地下水位，增補地質鑽探10孔。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970084</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801670</governmentpublicationsnumber><identifier>62634</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62634</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度攔河堰計畫管線工程詳細地況調查－輸水管路沿線地質鑽探報告＝Geological Boring of Pipeline Route of Dadu Weir Project</title><yearidentifier>200907</yearidentifier></data><data><abstract>大度攔河堰位於烏溪中山高速公路橋下游約700公尺處，目前規劃堰形式為堰高9m之全斷面自由溢流式固定堰，輸水管路自沉砂池起，沿線經由彰化縣和美鎮至雲林縣麥寮鄉，全長65公里（沉砂池至彰濱20公里，彰濱至雲濱45公里）。 烏溪流域水源豐沛，是中部地區主要水源，但計畫中烏溪上游國姓及建民兩水庫，均因諸多問題相繼停建，為調配供應中部地區水資源，業於民國94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」。 本可行性規劃期間，委員對本案後續工程辦理，建議增補輸水管線(大度堰至離島工業區全長65公里)鑽探點，且輸水管線配置需要配合路線地形並設置所需之加壓站，應詳為調查管線所經路線之既有管線位置及深度。 據此為更加詳細了解並補足原規劃(94年度起委託顧問公司辦理「烏溪大度攔河堰可行性規劃」)所欠缺管線範圍內既有埋設管線調查，將採透地雷達技術以雷達波為波源之地球物理探勘方法，探測主要路線之地下管線等資料，以利輸水管線佈置規劃，又因前規劃只在輸水管路沿線鑽探10餘孔地質鑽探，以全長65公里輸水線路而言尚不足表達全線地質，為能更確實掌握管路地質狀況及地下水位，增補地質鑽探10孔。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970084</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>1009801670</governmentpublicationsnumber><identifier>62635</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62635</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度攔河堰計畫管線工程詳細地況調查－輸水管路沿線地質鑽探報告(光碟版)＝Geological Boring of Pipeline Route of Dadu Weir Project</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62642</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62642</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>69</publishrocyear><title>天文日曆（民國六十九年)</title><yearidentifier>198001</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62647</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62647</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>70</publishrocyear><title>天文日曆（民國七十年)</title><yearidentifier>198101</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62649</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62649</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>68</publishrocyear><title>天文日曆（民國六十八年)</title><yearidentifier>197901</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62654</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>71</publishrocyear><title>天文日曆（民國七十一 年)</title><yearidentifier>198201</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62658</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62658</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>72</publishrocyear><title>天文日曆（民國七十二年)</title><yearidentifier>198301</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/26</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62665</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62665</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>73</publishrocyear><title>天文日曆（民國七十三年)</title><yearidentifier>198401</yearidentifier></data><data><abstract>河道水工構造物保護工法試驗研究總報告=  Model Studies of The Hydraulic Structure Protection Works in Streams</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/27</date><governmentpublicationsnumber>1009500332</governmentpublicationsnumber><identifier>62675</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62675</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道水工構造物保護工法試驗研究總報告=  Model Studies of The Hydraulic Structure Protection Works in Streams</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/27</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62677</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62677</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>74</publishrocyear><title>天文日曆（民國七十四年)</title><yearidentifier>198501</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>4309501601</governmentpublicationsnumber><identifier>62683</identifier><internationalstandardbooknumber>10196315 ; 10196315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62683</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>98</publishrocyear><title>中華民國97潮汐觀測資料年報</title><yearidentifier>200907</yearidentifier></data><data><abstract>本系統涉及濁水溪流域防汛應變工作，並進行水情監測與災害應變工作，為健全洪水測預報系統模式運作，綜合檢討降雨及逕流模式，以期提昇測預報水準，並提供地方防災資訊。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009503701</governmentpublicationsnumber><identifier>62685</identifier><internationalstandardbooknumber>9789860077476 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62685</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪流域水情監測系統控制成果報告(內附光碟)＝The Control of Water Information Monitoring System for Jhuoshuei River Watershed</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶上，地層活動頻繁，造就高密度之溫泉與地熱的區域產生。然而台灣溫泉資源利用多侷限以觀光休閒遊憩為主的活動，社會大眾對於溫泉的使用即缺乏一個保育與珍惜使用的基本觀念，相對於國外，如日本、德國、匈牙利等早已廣泛應用於如復健養生、農業栽培、生物科技等，不僅讓該國民眾充分享受溫泉健康促進效益，其溫泉衍生產品的利潤，也為當地經濟創造成長。因此，溫泉的基礎研究與應用研究更是未來建立民眾使用溫泉的習慣與珍惜溫泉資源的要素。 本計畫為溫泉資源永續利用，提升溫泉資源利用效能進行數項工作，首先為建立溫泉泉質分類體系，研擬出國內適用之溫泉泉質分類標準化系統，包括溫泉泉質命名規則及溫泉泉質分類，以此做為台灣溫泉泉質命名認定規則標準，建立科學化泉質分類，可讓台灣溫泉可與世界上其他國家的溫泉進行比對，使國內溫泉多元應用方向有所參考依據，奠定溫泉產業多元化發展的基石。接下來，即蒐集國內外溫泉利用相關資訊，進行主要溫泉區泉質調查分析，並依其泉質特色進行應用評估，在泉質分類基礎下，並考量不同溫泉區之當地水文、氣候或當地特色等因素，充分探討主要溫泉區溫泉如於健康促進、農業灌溉利用、化妝品應用、食品營養及飲用應用不同領域之運用可行性，可做為未來溫泉產業創新技術研究及溫泉區之產業發展方向之參考。而本計畫亦針對溫泉標準及相關檢測規範進行檢討，透過與相關檢測業者以座談方式與案例顯示，溫泉標準及其相關檢測規範有部分誤植仍待修正，此外，目前游離二氧化碳檢測方法為鹼度推算法，為求精準，本計畫亦建議評估游離二氧化碳應於現地檢測，但此一方法的可行性與需求性仍待確認。 在溫泉產業巿場未來發展方向與潛在商機評估工作中，調查今年度台灣地區溫泉各相關產業之總產值，及溫泉衍生商品、技術所創造之商機，並且推估未來之溫泉產業產值，結果顯示96年整體溫泉產業的產值約為307億，未來二年的預估值分別為305及316億，如果在未來政策推動及各相關技術之發展配合的情況下，溫泉產業之產值會有持續上升之趨勢。另外，由實地訪談溫泉業者及消費者問卷調查之方式，來瞭解其消費者與溫泉經營者對於未來溫泉之發展期望，可對未來溫泉產業巿場發展方向與潛在商機進行研析，藉此研析溫泉產業未來中長期發展策略與技術研發重點。 本計畫對於溫泉產業未來中長期發展策略中，溫泉產業認證輔導機制與溫泉產品研發與諮詢平台的建置進行研擬。溫泉產業認證輔導機制中針對溫泉產業相關人員類別、溫泉產品類別及溫泉設施設備等三大類別進行認證或輔導機制進行研擬。建置溫泉產品研發與開發與溫泉多元化產品服務諮詢平台的規劃，經由會員管理、資訊管理、專業管理及交流管理之功能，提供溫泉多元化各方面資訊之諮詢及交流。藉由此一工作項目，可提供未來溫泉產業推動優質服務的策略建立方向，而溫泉產品研發與多元化產品服務諮詢平台的研擬，可做為將來產官學研之產業資訊與技術訊息交流平台建置之參考。 對於溫泉產業未來中長期技術研發重點研擬，乃藉由蒐集國內外溫泉利用相關資訊，評估溫泉產業巿場發展方向與潛在商機，以及進行主要溫泉區泉質調查分析，並透過專家學者依其泉質特色進行應用評估，於整體的考量之下所得的近中長發展重點，依次為溫泉妝品開發，主要為該項發展用途之技術背景已非常成熟，僅需將現有技術整合與稍作製程改良即可應用，故建議溫泉妝品為近程標的。而溫泉技術發展的中程標建議為溫泉利用設備與健康促進的相關技術為主。而考量溫泉的高值應用與產業環境的成熟，因此溫泉生物利用技術與溫泉療養技術之研發建議為長期的溫泉產業技術研發標的。此外，於利於溫泉產業發展的環境建構之過程中，溫泉泉質之檢測與資料庫的建置更是不可或缺的工作。對於國內之溫泉醫學療養效益，在目前學術研究及技術研發的起步階段，建議應考量推廣於預防保健和健康促進方面之應用，不適合於過度強調溫泉理療及治病功效。但為加強國內民眾及政府對溫泉的使用信心，可先針對溫泉在健康促進的應用為現階段加強研究的方向。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960130</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800001</governmentpublicationsnumber><identifier>62687</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62687</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>溫泉資源效能運用提昇技術研究＝Preliminary technical  research of sustainable application of hot spring resources</title><yearidentifier>200712</yearidentifier></data><data><abstract>中南東區中央管河川警戒水位檢討及訂定(1/2)＝Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (1/2)</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009503978</governmentpublicationsnumber><identifier>62688</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62688</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(1/2)＝Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶上，地層活動頻繁，造就高密度之溫泉與地熱的區域產生。然而台灣溫泉資源利用多侷限以觀光休閒遊憩為主的活動，社會大眾對於溫泉的使用即缺乏一個保育與珍惜使用的基本觀念，相對於國外，如日本、德國、匈牙利等早已廣泛應用於如復健養生、農業栽培、生物科技等，不僅讓該國民眾充分享受溫泉健康促進效益，其溫泉衍生產品的利潤，也為當地經濟創造成長。因此，溫泉的基礎研究與應用研究更是未來建立民眾使用溫泉的習慣與珍惜溫泉資源的要素。 本計畫為溫泉資源永續利用，提升溫泉資源利用效能進行數項工作，首先為建立溫泉泉質分類體系，研擬出國內適用之溫泉泉質分類標準化系統，包括溫泉泉質命名規則及溫泉泉質分類，以此做為台灣溫泉泉質命名認定規則標準，建立科學化泉質分類，可讓台灣溫泉可與世界上其他國家的溫泉進行比對，使國內溫泉多元應用方向有所參考依據，奠定溫泉產業多元化發展的基石。接下來，即蒐集國內外溫泉利用相關資訊，進行主要溫泉區泉質調查分析，並依其泉質特色進行應用評估，在泉質分類基礎下，並考量不同溫泉區之當地水文、氣候或當地特色等因素，充分探討主要溫泉區溫泉如於健康促進、農業灌溉利用、化妝品應用、食品營養及飲用應用不同領域之運用可行性，可做為未來溫泉產業創新技術研究及溫泉區之產業發展方向之參考。而本計畫亦針對溫泉標準及相關檢測規範進行檢討，透過與相關檢測業者以座談方式與案例顯示，溫泉標準及其相關檢測規範有部分誤植仍待修正，此外，目前游離二氧化碳檢測方法為鹼度推算法，為求精準，本計畫亦建議評估游離二氧化碳應於現地檢測，但此一方法的可行性與需求性仍待確認。 在溫泉產業巿場未來發展方向與潛在商機評估工作中，調查今年度台灣地區溫泉各相關產業之總產值，及溫泉衍生商品、技術所創造之商機，並且推估未來之溫泉產業產值，結果顯示96年整體溫泉產業的產值約為307億，未來二年的預估值分別為305及316億，如果在未來政策推動及各相關技術之發展配合的情況下，溫泉產業之產值會有持續上升之趨勢。另外，由實地訪談溫泉業者及消費者問卷調查之方式，來瞭解其消費者與溫泉經營者對於未來溫泉之發展期望，可對未來溫泉產業巿場發展方向與潛在商機進行研析，藉此研析溫泉產業未來中長期發展策略與技術研發重點。 本計畫對於溫泉產業未來中長期發展策略中，溫泉產業認證輔導機制與溫泉產品研發與諮詢平台的建置進行研擬。溫泉產業認證輔導機制中針對溫泉產業相關人員類別、溫泉產品類別及溫泉設施設備等三大類別進行認證或輔導機制進行研擬。建置溫泉產品研發與開發與溫泉多元化產品服務諮詢平台的規劃，經由會員管理、資訊管理、專業管理及交流管理之功能，提供溫泉多元化各方面資訊之諮詢及交流。藉由此一工作項目，可提供未來溫泉產業推動優質服務的策略建立方向，而溫泉產品研發與多元化產品服務諮詢平台的研擬，可做為將來產官學研之產業資訊與技術訊息交流平台建置之參考。 對於溫泉產業未來中長期技術研發重點研擬，乃藉由蒐集國內外溫泉利用相關資訊，評估溫泉產業巿場發展方向與潛在商機，以及進行主要溫泉區泉質調查分析，並透過專家學者依其泉質特色進行應用評估，於整體的考量之下所得的近中長發展重點，依次為溫泉妝品開發，主要為該項發展用途之技術背景已非常成熟，僅需將現有技術整合與稍作製程改良即可應用，故建議溫泉妝品為近程標的。而溫泉技術發展的中程標建議為溫泉利用設備與健康促進的相關技術為主。而考量溫泉的高值應用與產業環境的成熟，因此溫泉生物利用技術與溫泉療養技術之研發建議為長期的溫泉產業技術研發標的。此外，於利於溫泉產業發展的環境建構之過程中，溫泉泉質之檢測與資料庫的建置更是不可或缺的工作。對於國內之溫泉醫學療養效益，在目前學術研究及技術研發的起步階段，建議應考量推廣於預防保健和健康促進方面之應用，不適合於過度強調溫泉理療及治病功效。但為加強國內民眾及政府對溫泉的使用信心，可先針對溫泉在健康促進的應用為現階段加強研究的方向。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960130</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800001</governmentpublicationsnumber><identifier>62689</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62689</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>溫泉資源效能運用提昇技術研究(光碟版)＝Preliminary technical  research of sustainable application of hot spring resources</title><yearidentifier>200712</yearidentifier></data><data><abstract>經濟部水利署依溫泉法第10條規定，?協助直轄市、縣（市）政府建立溫泉資源基本資料庫，於94年度委託財團法人工業技術研究院執行「台灣資源保育防災基本資料庫研究計畫」，建立各地方溫泉主管機關建立共同一致的標準作業流程，以資訊網站平台開放地方主管機關上傳及查詢，並由中央主管機關彙整更新溫泉相關圖層及取供事業開發許可申辦管理，以達資源共享之利。 本計畫乃是針對前期計畫成果所進行為期3年之後續維護作業，主要工作項目包括含系統功能增修、技術移轉、圖層蒐集更新與資料校驗。計畫中重新建構之溫泉資料庫管理系統，是全國唯一彙整溫泉法規及空間資料之網站平台，我們期望能藉由本計畫執行之系統維護與線上輔導作業，提昇中央與地方之溫泉業務管理效益。</abstract><author>理太科技股份有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970168</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800255</governmentpublicationsnumber><identifier>62692</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62692</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源基本資料庫維護計畫(3/3)＝The Basic Database Management Project for Hot Spring Resources (3/3)</title><yearidentifier>200902</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62694</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62694</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>75</publishrocyear><title>天文日曆（民國七十五年)</title><yearidentifier>198601</yearidentifier></data><data><abstract>經濟部水利署依溫泉法第10條規定，?協助直轄市、縣（市）政府建立溫泉資源基本資料庫，於94年度委託財團法人工業技術研究院執行「台灣資源保育防災基本資料庫研究計畫」，建立各地方溫泉主管機關建立共同一致的標準作業流程，以資訊網站平台開放地方主管機關上傳及查詢，並由中央主管機關彙整更新溫泉相關圖層及取供事業開發許可申辦管理，以達資源共享之利。 本計畫乃是針對前期計畫成果所進行為期3年之後續維護作業，主要工作項目包括含系統功能增修、技術移轉、圖層蒐集更新與資料校驗。計畫中重新建構之溫泉資料庫管理系統，是全國唯一彙整溫泉法規及空間資料之網站平台，我們期望能藉由本計畫執行之系統維護與線上輔導作業，提昇中央與地方之溫泉業務管理效益。</abstract><author>理太科技股份有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970168</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800255</governmentpublicationsnumber><identifier>62697</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62697</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源基本資料庫維護計畫(3/3)－光碟版＝The Basic Database Management Project for Hot Spring Resources(3/3)</title><yearidentifier>200902</yearidentifier></data><data><abstract>台灣溫泉資源開發利用，已超過百年以上歷史，但大都以觀光遊憩型態來利用溫泉資源，國外有溫泉之國家早已廣泛應用，不僅讓該國民眾充分享受溫泉健康效益，其溫泉衍生產品的利潤，也為當地經濟創造成長，儼然溫泉資源的應用已于健康產業重要的一部份。爰此，本計畫之目的為針對此兩大溫泉多元發展方向進行其溫泉基礎研究及技術研發，與為提升溫泉資源的利用效能，發展創新的溫泉產業，讓溫泉產業更多元化，提昇整體溫泉資源的效益以及溫泉產業的市場價值。 本計畫蒐集有關溫泉中所含成分及泉質特性對健康促進之影響之文獻，而將溫泉療法的作用機制區分為直接作用及間接作用來進行整理及歸納。大部分國外在溫泉健康療養使用上，是以「溫泉浴療」為主，並以溫泉以外之輔助來達到溫泉對生理及心理於健康上的幫助。而國內對於溫泉健康療養之科學研究仍屬於初步階段，且台灣的溫泉設施及周圍景觀規劃不夠完善，及缺乏真正的溫泉浴療醫學，建議國內在健康療養應用上應提升溫泉研究品質，進而將溫泉浴療運用於預防保健及復健療養上。 依台灣泉質特性或現況，溫泉健康促進及療養於未來推廣可能性，經大致認為溫泉在「呼吸系統」及「肌肉關節系統」上的運用性及推廣認同度較高，在「皮膚美容方面」上，認為有發展的潛能，但尚待評估；至於在「消化系統」、「婦科應用」及「外科手術後應用」上則仍待更多醫學實證之支持。本計畫完成「溫泉健康促進研究平台」之建置，在未來此研究平台之運作除了可當作溫泉健康促進之研究教學場所，以朝向溫泉浸泡指導人員或從事溫泉健康評估人員之人力養成，亦可作為溫泉健康促進之諮詢窗口，進行溫泉健康促進上相關問題之答詢及轉介功能，將寶貴且正確的溫泉健康資訊及知識推廣回饋給社會。 此外，本計畫完成「溫泉健康促進泡湯手冊」之編撰，而本手冊設定為台灣溫泉區業者製作合適之泡湯手冊的參考範例。因此，未來在溫泉浸泡時，可提供一套標準之泡湯守則，及作為國內溫泉產業的初階溫泉專業人才培訓之規範與培訓作業依據。 有關溫泉中所含成分對皮膚影響之文獻蒐集，針對溫泉特殊成份所具有之皮膚領域的研究仍尚屬於初步發展階段，其大多數研究是整體看待溫泉浸泡後所得到皮膚輔助療效作用，甚至於部份文獻報導皮膚療效是直接引用當地溫泉長期觀察結果，而非科學研究證實效果。近年來，國際溫泉應用有傾向美容醫學領域的研發趨勢，其中以法國的溫泉美容醫學研究最為深入，相對於國際溫泉美容醫學的研究成果，國內對溫泉美容領域的研究結果仍相當匱乏。因此，本計畫於溫泉化粧產品驗證技術建置上，完成溫泉水成分之活性驗證技術，並建置溫泉化粧產品機能「安全性」及「有效性」之驗證標準作業，並以原液噴霧、面膜為先期開發之溫泉產品，在評估效果中發現，溫泉應用於粧品之功效性上具有舒壓、對皮膚毛孔有收斂之功效及有抑制痤瘡桿菌的作用。 本計畫針對溫泉產業技術服務平台，依其技術可將平台分為四大平台來作為分類，分為操作營運技服平台、產品開發技服平台、標準化技服平台及知識管理技服平台，針對平台之技術需求與內涵進行研析與規劃，及提出相關之推動策略，與技術平台之工作內容及預期效益與目標，其為成立專案或專責單位，以主導產業發展方向，除利用技術服務平台整合產、官、學、研各項資源外，並可利用產業策略聯盟及產業服務專責團隊做為執行之工具，以營造產業推動之有利環境。而透過技服平台提升產業服務與技術加值服務，提昇產業品質與價值，創造新的產品或產業，營造產業利基環境，將可落實產業永續經營及產業高值化之理想。 另外，參考德、日溫泉保養地發展成功之經驗與過程，建議我國可對各溫泉區採漸進式規劃與發展，以「健康促進」及「生活保健」為原則，並由產、官、學結合一體，各自扮演不同的角色，但又協同一致，朝建立「溫泉復健養生中心」的目標前進。 最後，本計畫於11月上旬於南北部舉辦兩場座談會，除針對本計畫工作項中之溫泉重點項目推動與溫泉產業利基環境規劃進行之宣導推廣，其內容包括國內外溫泉多元化應用、溫泉命名與分類及台灣溫泉健康促進與粧品美容之應用與未來展望，此外亦針對溫泉產業推動及營運提出各方面之建言及意見，使在未來溫泉產業發展上，能夠透過創新溫泉經營模式予以整合，成為高附加價值服務業。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970065</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800338</governmentpublicationsnumber><identifier>62703</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62703</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源多元化效能提昇技術研究計畫＝The Enhancement Study  of Hot Spring Resource Versatile Application</title><yearidentifier>200902</yearidentifier></data><data><abstract>台灣溫泉資源開發利用，已超過百年以上歷史，但大都以觀光遊憩型態來利用溫泉資源，國外有溫泉之國家早已廣泛應用，不僅讓該國民眾充分享受溫泉健康效益，其溫泉衍生產品的利潤，也為當地經濟創造成長，儼然溫泉資源的應用已于健康產業重要的一部份。爰此，本計畫之目的為針對此兩大溫泉多元發展方向進行其溫泉基礎研究及技術研發，與為提升溫泉資源的利用效能，發展創新的溫泉產業，讓溫泉產業更多元化，提昇整體溫泉資源的效益以及溫泉產業的市場價值。 本計畫蒐集有關溫泉中所含成分及泉質特性對健康促進之影響之文獻，而將溫泉療法的作用機制區分為直接作用及間接作用來進行整理及歸納。大部分國外在溫泉健康療養使用上，是以「溫泉浴療」為主，並以溫泉以外之輔助來達到溫泉對生理及心理於健康上的幫助。而國內對於溫泉健康療養之科學研究仍屬於初步階段，且台灣的溫泉設施及周圍景觀規劃不夠完善，及缺乏真正的溫泉浴療醫學，建議國內在健康療養應用上應提升溫泉研究品質，進而將溫泉浴療運用於預防保健及復健療養上。 依台灣泉質特性或現況，溫泉健康促進及療養於未來推廣可能性，經大致認為溫泉在「呼吸系統」及「肌肉關節系統」上的運用性及推廣認同度較高，在「皮膚美容方面」上，認為有發展的潛能，但尚待評估；至於在「消化系統」、「婦科應用」及「外科手術後應用」上則仍待更多醫學實證之支持。本計畫完成「溫泉健康促進研究平台」之建置，在未來此研究平台之運作除了可當作溫泉健康促進之研究教學場所，以朝向溫泉浸泡指導人員或從事溫泉健康評估人員之人力養成，亦可作為溫泉健康促進之諮詢窗口，進行溫泉健康促進上相關問題之答詢及轉介功能，將寶貴且正確的溫泉健康資訊及知識推廣回饋給社會。 此外，本計畫完成「溫泉健康促進泡湯手冊」之編撰，而本手冊設定為台灣溫泉區業者製作合適之泡湯手冊的參考範例。因此，未來在溫泉浸泡時，可提供一套標準之泡湯守則，及作為國內溫泉產業的初階溫泉專業人才培訓之規範與培訓作業依據。 有關溫泉中所含成分對皮膚影響之文獻蒐集，針對溫泉特殊成份所具有之皮膚領域的研究仍尚屬於初步發展階段，其大多數研究是整體看待溫泉浸泡後所得到皮膚輔助療效作用，甚至於部份文獻報導皮膚療效是直接引用當地溫泉長期觀察結果，而非科學研究證實效果。近年來，國際溫泉應用有傾向美容醫學領域的研發趨勢，其中以法國的溫泉美容醫學研究最為深入，相對於國際溫泉美容醫學的研究成果，國內對溫泉美容領域的研究結果仍相當匱乏。因此，本計畫於溫泉化粧產品驗證技術建置上，完成溫泉水成分之活性驗證技術，並建置溫泉化粧產品機能「安全性」及「有效性」之驗證標準作業，並以原液噴霧、面膜為先期開發之溫泉產品，在評估效果中發現，溫泉應用於粧品之功效性上具有舒壓、對皮膚毛孔有收斂之功效及有抑制痤瘡桿菌的作用。 本計畫針對溫泉產業技術服務平台，依其技術可將平台分為四大平台來作為分類，分為操作營運技服平台、產品開發技服平台、標準化技服平台及知識管理技服平台，針對平台之技術需求與內涵進行研析與規劃，及提出相關之推動策略，與技術平台之工作內容及預期效益與目標，其為成立專案或專責單位，以主導產業發展方向，除利用技術服務平台整合產、官、學、研各項資源外，並可利用產業策略聯盟及產業服務專責團隊做為執行之工具，以營造產業推動之有利環境。而透過技服平台提升產業服務與技術加值服務，提昇產業品質與價值，創造新的產品或產業，營造產業利基環境，將可落實產業永續經營及產業高值化之理想。 另外，參考德、日溫泉保養地發展成功之經驗與過程，建議我國可對各溫泉區採漸進式規劃與發展，以「健康促進」及「生活保健」為原則，並由產、官、學結合一體，各自扮演不同的角色，但又協同一致，朝建立「溫泉復健養生中心」的目標前進。 最後，本計畫於11月上旬於南北部舉辦兩場座談會，除針對本計畫工作項中之溫泉重點項目推動與溫泉產業利基環境規劃進行之宣導推廣，其內容包括國內外溫泉多元化應用、溫泉命名與分類及台灣溫泉健康促進與粧品美容之應用與未來展望，此外亦針對溫泉產業推動及營運提出各方面之建言及意見，使在未來溫泉產業發展上，能夠透過創新溫泉經營模式予以整合，成為高附加價值服務業。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970065</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800338</governmentpublicationsnumber><identifier>62705</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62705</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源多元化效能提昇技術研究計畫(光碟版)＝The Enhancement Study  of Hot Spring Resource Versatile Application</title><yearidentifier>200902</yearidentifier></data><data><abstract>依行政院經建會95年12月12日函示，板二計畫完成後經濟部需積極協調台北市政府、台北縣政府、北水處與台水公司等，明確訂定台北縣、市整合成一自來水專營供水區之時程表。本計畫除研擬大台北地區供水區劃定，及透過座談會與研究外，另協助水利署撰擬及修正執行計畫書、相關技術（資產評估、法律諮詢）與行政協助，冀於101年以前完成大台北地區（台北縣、市）自來水供水區及事業經營組織調整。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970167</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800337</governmentpublicationsnumber><identifier>62709</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>大台北地區(台北縣、市)自來水供水區與事業經營組織調整計畫＝Feasibility Study for Greater Taipei Region Water Supply Administrative Integration</title><yearidentifier>200904</yearidentifier></data><data><abstract>依行政院經建會95年12月12日函示，板二計畫完成後經濟部需積極協調台北市政府、台北縣政府、北水處與台水公司等，明確訂定台北縣、市整合成一自來水專營供水區之時程表。本計畫除研擬大台北地區供水區劃定，及透過座談會與研究外，另協助水利署撰擬及修正執行計畫書、相關技術（資產評估、法律諮詢）與行政協助，冀於101年以前完成大台北地區（台北縣、市）自來水供水區及事業經營組織調整。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970167</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009800337</governmentpublicationsnumber><identifier>62710</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>大台北地區(台北縣、市)自來水供水區與事業經營組織調整計畫(光碟版)＝Feasibility Study for Greater Taipei Region Water Supply Administrative Integration</title><yearidentifier>200904</yearidentifier></data><data><abstract>本報告書主要內容包含:地下水水井鑿井行政管理作業要點(草案)、適合台灣地區之地下水水井鑿井工法及井距評估方法</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970184</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009801685</governmentpublicationsnumber><identifier>62713</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62713</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>研訂鑿井技術參考手冊及行政管理作業要點(草案) (2/2) 第二年成果報告書－內附光碟＝Composing a Technical and Management Guideline of Well Construction(Draft)(2/2)</title><yearidentifier>200907</yearidentifier></data><data><abstract>本報告書主要內容包含:地下水水井鑿井行政管理作業要點(草案)、適合台灣地區之地下水水井鑿井工法及井距評估方法、地下水水井鑿井技術參考手冊</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970184</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009801686</governmentpublicationsnumber><identifier>62714</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62714</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>研冊訂鑿井技術參考手冊及行政管理作業要點 (草案) 總報告書－內附光碟＝Composing a Technical and Management Guideline of Well Construction(Draft)</title><yearidentifier>200907</yearidentifier></data><data><abstract>本報告書主要內容包含:地下水水井鑿井行政管理作業要點(草案)、適合台灣地區之地下水水井鑿井工法及井距評估方法、地下水水井鑿井技術參考手冊</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970184</commissionedprojectidentifier><currency>NT$</currency><date>2009/8/28</date><governmentpublicationsnumber>1009801686</governmentpublicationsnumber><identifier>62715</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62715</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>研冊訂鑿井技術參考手冊及行政管理作業要點 (草案) 總報告書－計畫成果資料光碟＝Composing a Technical and Management Guideline of Well Construction(Draft)</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62716</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62716</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>76</publishrocyear><title>天文日曆（民國七十六年)</title><yearidentifier>198701</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62722</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>77</publishrocyear><title>天文日曆（民國七十七年)</title><yearidentifier>198801</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62730</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62730</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>78</publishrocyear><title>天文日曆（民國七十八年)</title><yearidentifier>198901</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62734</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62734</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>79</publishrocyear><title>天文日曆（民國七十九年)</title><yearidentifier>199001</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>62739</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62739</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>80</publishrocyear><title>天文日曆（民國八十年)</title><yearidentifier>199101</yearidentifier></data><data><abstract>為建立完整之國內土石流防災資訊，持續蒐集國內外最新土石流科技、防災應變作為及災情案例等相關資料，特編製97年土石流年報。在土石流防災策略上，以「落實土石流災害管理機制，建立社區安全之土石流防護網」為主體，成果包含開設土石流災害緊急應變小組、完成土石流防災地圖、培訓土石流防災專員、提昇土石流防災資訊網等。在土石流防災科技應用與創新方面，則包含土石流防災整備指標研擬，土石流潛勢地區易致災調查與危害頻率分析、土石流潛勢溪流資料更新、互動式Google Earth資訊平台應用與開發等成果之呈現。在土石流防災教育訓練與宣導方面，97年計已完成15場土石流災害防救業務研習，培訓250名土石流防災專員，辦理175場土石流防災教育宣導，輔導土石流自主防災社區36處，以強化基層土石流自主防災能力。在土石流災前整備方面，則詳實記錄了防汛期前各單位土石流防災整備與土石流防災疏散避難計畫更新情形，以及土石流防災疏散避難演練等，以強化各級政府及民眾防災應變能力。在土石流災中應變方面，則紀錄了97年度土石流災害緊急應變小組開設情形、土石流觀測站創新與出勤情形、易致災點之重機械作業情形、土石流災害應變系統、重大土砂災情即時現勘機制，以及97年歷次風水災之災情紀實，相關成果豐碩。</abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>328.9827</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/8/31</date><governmentpublicationsnumber>1009801937</governmentpublicationsnumber><identifier>62740</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62740</librarycollectiondetailsurl><price>700</price><publisher>農委會水保局</publisher><publishrocyear>98</publishrocyear><title>97年土石流年報 2008 DEBRIS FLOW ANNUAL REPORT</title><yearidentifier>200908</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/1</date><governmentpublicationsnumber>1009801714</governmentpublicationsnumber><identifier>62751</identifier><internationalstandardbooknumber>9789860191585 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62751</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國97年水利統計(光碟版)=STATISTIC OF WATER RESOURCES 2008</title><yearidentifier>200907</yearidentifier></data><data><abstract>經濟部水利署依溫泉法第10條規定，?協助直轄市、縣（市）政府建立溫泉資源基本資料庫，於94年度委託財團法人工業技術研究院執行「台灣資源保育防災基本資料庫研究計畫」，建立各地方溫泉主管機關建立共同一致的標準作業流程，以資訊網站平台開放地方主管機關上傳及查詢，並由中央主管機關彙整更新溫泉相關圖層及取供事業開發許可申辦管理，以達資源共享之利。 本計畫乃是針對前期計畫成果所進行為期3年之後續維護作業，主要工作項目包括含系統功能增修、技術移轉、圖層蒐集更新與資料校驗。計畫中重新建構之溫泉資料庫管理系統，是全國唯一彙整溫泉法規及空間資料之網站平台，我們期望能藉由本計畫執行之系統維護與線上輔導作業，提昇中央與地方之溫泉業務管理效益。</abstract><author>理太科技股份有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/1</date><governmentpublicationsnumber>1009700114</governmentpublicationsnumber><identifier>62752</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62752</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>溫泉資源基本資料庫維護計畫(2/3)＝The Basic Database Management Project for Hot Spring Resources(2/3)</title><yearidentifier>200801</yearidentifier></data><data><abstract>經濟部水利署依溫泉法第10條規定，?協助直轄市、縣（市）政府建立溫泉資源基本資料庫，於94年度委託財團法人工業技術研究院執行「台灣資源保育防災基本資料庫研究計畫」，建立各地方溫泉主管機關建立共同一致的標準作業流程，以資訊網站平台開放地方主管機關上傳及查詢，並由中央主管機關彙整更新溫泉相關圖層及取供事業開發許可申辦管理，以達資源共享之利。 本計畫乃是針對前期計畫成果所進行為期3年之後續維護作業，主要工作項目包括含系統功能增修、技術移轉、圖層蒐集更新與資料校驗。計畫中重新建構之溫泉資料庫管理系統，是全國唯一彙整溫泉法規及空間資料之網站平台，我們期望能藉由本計畫執行之系統維護與線上輔導作業，提昇中央與地方之溫泉業務管理效益。</abstract><author>理太科技股份有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960032</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/1</date><governmentpublicationsnumber>1009700114</governmentpublicationsnumber><identifier>62753</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62753</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>溫泉資源基本資料庫維護計畫(2/3)－光碟版＝The Basic Database Management Project for Hot Spring Resources(2/3)</title><yearidentifier>200801</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/3</date><governmentpublicationsnumber>1009801099</governmentpublicationsnumber><identifier>62760</identifier><internationalstandardbooknumber>9789860192742 ; 9789860192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62760</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署北區水資源局九十七年度年報</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/3</date><governmentpublicationsnumber>1009801099</governmentpublicationsnumber><identifier>62762</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62762</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署北區水資源局九十七年度年報(光碟版)</title><yearidentifier>200907</yearidentifier></data><data><abstract>本計畫範圍為卑南溪?域下游?吉大橋至河口段，河川管?辦法所指之河川區域，涵蓋防汛道?及相關附屬設施。計畫工作擬由基本資?蒐集分析、相關法?及計畫研析、環境資?調查分析生態環境問題分析及其發展限制、發展潛?分析等多面向資?收集、調查及分析，探討計畫區防洪安全性、生態維護策?及?育施、風砂防治策?及發展水岸觀光之潛?等課題，提出卑南溪河段環境營造規劃構想及初步佈置方案，以供日後工程提報及經費 ?之?考依據。 河川環境改善部分，考?計畫區資源分佈及發展潛?，建議分 為五個機能空間發展，分別為環境教育空間、運動遊憩空間、農 活動空間、自然休憩空間、及生態保護空間，工程經費約196,560,000元。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933   443.640   443.689740   443.6989740</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970217</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/4</date><governmentpublicationsnumber>1009801413</governmentpublicationsnumber><identifier>62784</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62784</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(1/2)＝The Detail Plan of Environmental Construction in Estuary of Beinan River (1/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫範圍為卑南溪?域下游?吉大橋至河口段，河川管?辦法所指之河川區域，涵蓋防汛道?及相關附屬設施。計畫工作擬由基本資?蒐集分析、相關法?及計畫研析、環境資?調查分析生態環境問題分析及其發展限制、發展潛?分析等多面向資?收集、調查及分析，探討計畫區防洪安全性、生態維護策?及?育施、風砂防治策?及發展水岸觀光之潛?等課題，提出卑南溪河段環境營造規劃構想及初步佈置方案，以供日後工程提報及經費 ?之?考依據。 河川環境改善部分，考?計畫區資源分佈及發展潛?，建議分 為五個機能空間發展，分別為環境教育空間、運動遊憩空間、農 活動空間、自然休憩空間、及生態保護空間，工程經費約196,560,000元。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933   443.640</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970217</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/4</date><governmentpublicationsnumber>1009801413</governmentpublicationsnumber><identifier>62788</identifier><internationalstandardbooknumber>9789860187748 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62788</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(1/2)－光碟版＝The Detail Plan of Environmental Construction in Estuary of Beinan River (1/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫為落實景美溪河川環境之適當利用，期能有效削減洪澇災害，保障民眾生命財產安全及產業發展，兼顧生態保育及親水空間之營造，結合河川治理、水質改善及河道整理等成效，創造具安全性、多樣性、自然親水之河川環境。本計畫整體環境營造願景為「美景景美溪、水漾綠水岸」，以道南河濱公園為發展基礎，將泥水化的堤內外環境加以綠美化，改善自行車動線串連，並增加水域活動之發展空間，導入攔河堰營造適合水上活動之水域環境，落實臺北縣市親山親水帶的建構。攔河堰設置於恆光橋下游約25公尺，攔河堰設計2座壩體主體長42.80m，左、右岸各設置寬2.80m魚道一座，共計48.40m。攔河堰操作機房設置於左岸堤防。為維護遊客及設施安全設置監視警報系統，包含動態及靜態顯示看板、室外型廣播喇叭、室外型攝影機等設備。本工程採用經濟年限為50年作年計成本估算，包含固定成本及年運轉維護成本，約1,558萬元。工程效益分為可計(有形)效益與不可計(無形)效益，本計畫可計效益以景觀遊憩效益為主，年計可計效益約2,730萬元；不可計效益以可計效益之25%估算，年計不可計效益為683萬元，益本比為2.19，符合經濟可行之原則。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933   443.68970303</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/4</date><governmentpublicationsnumber>1009801308</governmentpublicationsnumber><identifier>62789</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62789</librarycollectiondetailsurl><price>1000</price><publisher>水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>景美溪中下游河段河川環境營造規劃＝Planing of river  environment rehabilitation in the middle-down reach of Jingmei River</title><yearidentifier>200907</yearidentifier></data><data><abstract>本計畫為落實景美溪河川環境之適當利用，期能有效削減洪澇災害，保障民眾生命財產安全及產業發展，兼顧生態保育及親水空間之營造，結合河川治理、水質改善及河道整理等成效，創造具安全性、多樣性、自然親水之河川環境。本計畫整體環境營造願景為「美景景美溪、水漾綠水岸」，以道南河濱公園為發展基礎，將泥水化的堤內外環境加以綠美化，改善自行車動線串連，並增加水域活動之發展空間，導入攔河堰營造適合水上活動之水域環境，落實臺北縣市親山親水帶的建構。攔河堰設置於恆光橋下游約25公尺，攔河堰設計2座壩體主體長42.80m，左、右岸各設置寬2.80m魚道一座，共計48.40m。攔河堰操作機房設置於左岸堤防。為維護遊客及設施安全設置監視警報系統，包含動態及靜態顯示看板、室外型廣播喇叭、室外型攝影機等設備。本工程採用經濟年限為50年作年計成本估算，包含固定成本及年運轉維護成本，約1,558萬元。工程效益分為可計(有形)效益與不可計(無形)效益，本計畫可計效益以景觀遊憩效益為主，年計可計效益約2,730萬元；不可計效益以可計效益之25%估算，年計不可計效益為683萬元，益本比為2.19，符合經濟可行之原則。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/4</date><governmentpublicationsnumber>1009801308</governmentpublicationsnumber><identifier>62790</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62790</librarycollectiondetailsurl><price>1000</price><publisher>水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>景美溪中下游河段河川環境營造規劃(光碟版)＝Planing of river  environment rehabilitation in the middle-down reach of Jingmei River</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>平野久美子</author><categoryidentifier>783.18</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/8</date><governmentpublicationsnumber>1009800108</governmentpublicationsnumber><identifier>62815</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62815</librarycollectiondetailsurl><price>350</price><publisher>屏東縣政府</publisher><publishrocyear>98</publishrocyear><title>台日水的牽絆識水柔情---鳥居信平的故事</title><yearidentifier>200904</yearidentifier></data><data><abstract>鯉魚潭水庫蓄水區景山溪上游辦理各項囚砂工程方案規劃，俾阻絕上游河床推移載持續向下由推移，並減緩水庫容量受淤積之速率，以達到延長水庫壽命之目標</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/10</date><governmentpublicationsnumber>1009802110</governmentpublicationsnumber><identifier>62822</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62822</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>鯉魚潭水庫蓄水區景山溪上游囚砂工程規劃報告＝Li-Yu-Tan Reservoir Storage Area Works at Upstream Chi-Shan Stream Precipitation Area</title><yearidentifier>200908</yearidentifier></data><data><abstract>鯉魚潭水庫蓄水區景山溪上游辦理各項囚砂工程方案規劃，俾阻絕上游河床推移載持續向下由推移，並減緩水庫容量受淤積之速率，以達到延長水庫壽命之目標</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6091</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/10</date><governmentpublicationsnumber>1009802110</governmentpublicationsnumber><identifier>62823</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62823</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>鯉魚潭水庫蓄水區景山溪上游囚砂工程規劃報告(資料成果光碟) ＝Li-Yu-Tan Reservoir Storage Area Works at Upstream Chi-Shan Stream Precipitation Area</title><yearidentifier>200908</yearidentifier></data><data><abstract>依據現況水文條件、流域土地利用情形、河川排水特性、兩岸環境生態特質、河道測量調查成果及淹水災害成因，以綜合治水、環境營造規劃理念，提出有效且可行之具體治理方案及管理策略，供相關單位未來整治、管理、環境營造之參考依據。</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.689722</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/11</date><governmentpublicationsnumber>1009702461</governmentpublicationsnumber><identifier>62824</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62824</librarycollectiondetailsurl><price>800</price><publisher>水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣縣管河川立霧溪水系規劃報告＝Flood-prone area management plan(95-96) of Liwu River planning in Hwa-Lian County</title><yearidentifier>200905</yearidentifier></data><data><abstract>依據現況水文條件、流域土地利用情形、河川排水特性、兩岸環境生態特質、河道測量調查成果及淹水災害成因，以綜合治水、環境營造規劃理念，提出有效且可行之具體治理方案及管理策略，供相關單位未來整治、管理、環境營造之參考依據。</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.62   443.689722</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/11</date><governmentpublicationsnumber>1009702461</governmentpublicationsnumber><identifier>62825</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62825</librarycollectiondetailsurl><price>800</price><publisher>水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣縣管河川立霧溪水系規劃報告(光碟版)＝Flood-prone area management plan(95-96) of Liwu River planning in Hwa-Lian County</title><yearidentifier>200905</yearidentifier></data><data><abstract>無尾溪發源於花蓮縣南部玉里鎮西邊源城里山區，向東逕行貫穿源城里匯入南北流向的秀姑巒溪，排水型態屬於流域型高地排水。民國62年娜拉颱風樂樂溪潰堤造成嚴重災害，部份河道用地民眾無償釋出為排水渠道用地，成為秀姑巒溪支流，現有護岸諸多為當時農地重創後所興建。民國87年瑞伯颱風曾因為無尾溪河床嚴重淤積造成水患，秀姑巒溪則洪水暴漲導致潰堤，洪水缺口倒灌造成中城里嚴重淹水。目前部分河段土石堆積嚴重，部份排水渠道通洪斷面不足及跨河構造物落墩影響造成洪水位壅塞溢頂，故無尾溪列為花蓮縣境內急需整治的區域排水之一。</abstract><author>恆康工程顧問有限公司</author><categoryidentifier>443.62   443.68973407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/11</date><governmentpublicationsnumber>1009702459</governmentpublicationsnumber><identifier>62827</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62827</librarycollectiondetailsurl><price>800</price><publisher>水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區排水無尾溪排水系統規劃 報告＝Regulation project of flood-prone areas：the improvement plan of drainage system of Wu-wei brook in Hua -lien County</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/15</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>62838</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62838</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>98</publishrocyear><title>中華民國97年氣候資料年報 第一部份 -- 地面資料＝CLIMATOLOGICAL DATA ANNUAL REPORT 2008  PART  I -- SURFACE DATA</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會</author><categoryidentifier>434.25710933   432..57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/15</date><governmentpublicationsnumber>1009801855</governmentpublicationsnumber><identifier>62840</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62840</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會</publisher><publishrocyear>98</publishrocyear><title>臺灣灌溉史=Histort of Irrigation in Taiwan</title><yearidentifier>200907</yearidentifier></data><data><abstract>本研究計畫為第 2 ?計畫，承續民國96 ?「廢污水再生?用技術研究-台中市?田水資源回收中心再生水試用計畫(1/2)」之工作成果，於台中市南區?田水資源回收中心 (文中簡稱「?田廠」) 設置放?水再生模廠，進?長期驗證測試，以?解系統穩定效能，同時針對各段產水進?水質分析，並依據再生水使用情境試算對人體之健康風險， 另外亦辦?再生水試用、教育宣導，與放大規模實廠規劃等工作。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970143</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/15</date><governmentpublicationsnumber>1009801398</governmentpublicationsnumber><identifier>62841</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62841</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水再生利用技術研究台中市福田水資源回收中心再生水試用計畫(2/2)(光碟版)=The Testing Project of Reclaimed Water of Fu tian Water Resource Recycling Center in Taichung City(2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>隨著人口成長、?市化發展與產業結構改變，我國用水需求總?逐?增加，尤以工業用水?為甚。但傳統水源之開發，如水庫與攔河堰的設?卻愈?愈困難，而海水淡化也因成本等問題迄今尚未在本島廣為興建；因此尋求新興替代水源，?滿足各標的用水需求，實為當務之急。?市污水再生?用為國際趨勢，政府目前正大?推動污水下水道建 設，隨著接管?提高、大型?市污水處?廠?續建置完成，生活污水經處?後所產生的放?水?正逐漸增加，而由於放?水水?大且水質?想，?能有效?用此?水資源，經再生後予以回收?用(稱為「再生水」)，除可開?替代水源，又能?低廢污水排放?，?但穩定水資源供給，疏緩部分供水壓?，?可提升水環境之生態品質。由於?市污水再生兼具環保形象及資源保育雙重意義，民國94 ?1 月舉?之第七次全國科學技術會議結?中，特別建議應加強推動排放水再循環、再?用及再生使用；值此全球暖化氣候變遷加遽，潔淨淡水資源日漸短缺之際，水再生?用絕對是現階段台灣地區水資源供 應策?中必須正視之課題。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/15</date><governmentpublicationsnumber>1009801399</governmentpublicationsnumber><identifier>62842</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62842</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>廢污水再生利用技術研究台中市福田水資源回收中心再生水試用計畫總報告(光碟版)= Summary Report of the testing Project of Reclaimed Water of Ru tian Water Resource Recycling Center in Taichung City</title><yearidentifier>200906</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之長期沖淤變化，針對易受災結構物之保護需求，研提短中長期河床穩定方案，以提供河道短中長期治理計畫研擬之參考</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.625   443.689725</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970215</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009801388</governmentpublicationsnumber><identifier>62862</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62862</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(2/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (2/4)</title><yearidentifier>200907</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之長期沖淤變化，針對易受災結構物之保護需求，研提短中長期河床穩定方案，以提供河道短中長期治理計畫研擬之參考</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970215</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009801388</governmentpublicationsnumber><identifier>62863</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62863</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(2/4)--光碟版=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (2/4)</title><yearidentifier>200907</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞，本計畫之目的為建立桃園地區地面地下水聯合管理整合模式，用以評估所研擬之策略，並提出較適合桃園地區之地面地下水管理策略。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970178</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009801688</governmentpublicationsnumber><identifier>62865</identifier><internationalstandardbooknumber>9789860191455 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62865</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(2/2)  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Toayuan Area (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>台灣地區雨水雖屬豐沛，但地勢陡峭，多高山及丘?，可用之水資源?足以因應台灣突飛猛進的高科技產業，及西南雲嘉等地的養殖業及農業。地下水因而成為常態性的備用水源。因此本計畫的執?，可提供水?署等相關單位以?解台灣地下水水質?況及?考依據。本計畫之水質採樣及檢測工作於4 月初業已完成，根據水質?據之統計分析與評估，並設定評估方向，包括?值差?、水質分級、PIPER 圖、主成分因子綜合評估等統計方法，以進?全台灣地下水水質探討。根據本??計畫成果，台灣地下水水質受到鹽害及海水污染的情況較為嚴重，導電?超過1500μS/cm 之觀測井有61 口，佔總檢測井口?的12.2 %。水質導電?超過1500 μS/cm 之觀測井，由於水質鹽害嚴重，建議?要使用，?使用有可能導致土染及作物鹽害的問題。除建議?要使用外，加強宣導目前超抽地下水而導致地層下陷與海水倒灌的窘境，提高人民用水的認知。此外輔導地層 下陷地區產業的轉移，減少地下水之使用，配合地下水補注區自然水質補注，以期使地下水水質朝淡化目標邁進。本??檢測報告中硝酸鹽氮污染情況未及氨氮污染。就簡?自?水標準(限值1mg/L)，地下水氨氮濃?共有182 口觀測井超過標準，佔本??總檢測井口?36.4%。但由於台灣政府積極的建設之下，民生用自?水普及?平均高.7%，其中最低的台東地區也有78.6%，地下水之使用?較低，因此民生用水上仍屬安全。 井體腐蝕趨勢方面台灣東部及?半部觀測井，井體較無碳酸鈣薄膜保護，當水質具有腐蝕性時，其井體較?受到腐蝕，西南部嘉南屏東地區，碳酸鈣?於沉澱於管壁當中，雖??受到腐蝕，但較?形成積垢而造成?水管阻?。目前觀測井井體材質多屬?鏽鋼材，部份鍍鋅鋼應注意井體腐蝕的情況，定期的井體攝影檢測，及時的井體維護為首要工作。嘉南屏東地區地下水水質?造成?水管阻?，此問題可搭配井體維護計畫進?井體篩檢並執?井體洗井作業。根據95 至97 ?水質因子分析結果顯示，屏東平原、嘉南平原、濁水溪沖積扇、竹苗沿海地區呈地下水鹽化情形。其中屏東平原沿海地區、嘉南平原、濁水溪沖積扇扇尾南翼具砷污染之虞，應持續監測砷濃?之時空變化。桃園中壢台地之水質結構以「鹽化因子」為主，針對本區域之水質?況，人為所造成之硝酸鹽氮污染，後續除針對大園地區加強監測外，對於水塘養殖業者應注意宣導地下水之抽用並檢討管制方法，畜產業者則需?意其??之使用及雞隻排洩與廢棄物之處?。台?盆地地下水水質結構特性以「鹽化殘?因子」之水質特徵為主，此外，?投觀測井之砷濃?較往??常偏高，相關單位應持續監測濃?變化；?陽平原壯圍及古亭觀測井附近?有鹽化跡象且扇尾地區遭受砷污染情況較為嚴重，澎湖之地下水水質?況以「海水鹽化因子」為本區之主要水質特徵，且澎南及湖西?測站，則出現海水入侵現象；花東縱谷地下水水質?況以「鹽化因子」之水質特徵為主，但鹽化輕微，大致上花東縱谷地下水水質?好適合使用。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970315</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009801274</governmentpublicationsnumber><identifier>62866</identifier><internationalstandardbooknumber>9789860186345 ; 9789860186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62866</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度台灣地區地下水質檢測分析與評估  Survey, Analysis and Assessment of Groundwater Quality in Taiwan Areas in 2008</title><yearidentifier>200905</yearidentifier></data><data><abstract>台灣地區雨水雖屬豐沛，但地勢陡峭，多高山及丘陵，可用之水資源不足以因應台灣突飛猛進的高科技產業，及西南雲嘉等地的養殖業及農業。地下水因而成為常態性的備用水源。因此本計畫的執行，可提供水利署等相關單位以瞭解台灣地下水水質狀況及參考依據。本計畫之水質採樣及檢測工作於4 月初業已完成，根據水質數據之統計分析與評估，並設定評估方向，包括數值差異、水質分級、PIPER 圖、主成分因子綜合評估等統計方法，以進行全台灣地下水水質探討。根據本年度計畫成果，台灣地下水水質受到鹽害及海水污染的情況較為嚴重，導電度超過1500μS/cm 之觀測井有61 口，佔總檢測井口數的12.2 %。水質導電度超過1500 μS/cm 之觀測井，由於水質鹽害嚴重，建議不要使用，若使用有可能導致土染及作物鹽害的問題。除建議不要使用外，加強宣導目前超抽地下水而導致地層下陷與海水倒灌的窘境，提高人民用水的認知。此外輔導地層 下陷地區產業的轉移，減少地下水之使用，配合地下水補注區自然水質補注，以期使地下水水質朝淡化目標邁進。本年度檢測報告中硝酸鹽氮污染情況未及氨氮污染。就簡易自來水標準(限值1mg/L)，地下水氨氮濃度共有182 口觀測井超過標準，佔本年度總檢測井口數36.4%。但由於台灣政府積極的建設之下，民生用自來水普及率平均高.7%，其中最低的台東地區也有78.6%，地下水之使用率較低，因此民生用水上仍屬安全。 井體腐蝕趨勢方面台灣東部及北半部觀測井，井體較無碳酸鈣薄膜保護，當水質具有腐蝕性時，其井體較易受到腐蝕，西南部嘉南屏東地區，碳酸鈣易於沉澱於管壁當中，雖不易受到腐蝕，但較易形成積垢而造成濾水管阻塞。目前觀測井井體材質多屬不鏽鋼材，部份鍍鋅鋼應注意井體腐蝕的情況，定期的井體攝影檢測，及時的井體維護為首要工作。嘉南屏東地區地下水水質易造成濾水管阻塞，此問題可搭配井體維護計畫進行井體篩檢並執行井體洗井作業。根據95 至97 年水質因子分析結果顯示，屏東平原、嘉南平原、濁水溪沖積扇、竹苗沿海地區呈地下水鹽化情形。其中屏東平原沿海地區、嘉南平原、濁水溪沖積扇扇尾南翼具砷污染之虞，應持續監測砷濃度之時空變化。桃園中壢台地之水質結構以「鹽化因子」為主，針對本區域之水質狀況，人為所造成之硝酸鹽氮污染，後續除針對大園地區加強監測外，對於水塘養殖業者應注意宣導地下水之抽用並檢討管制方法，畜產業者則需留意其飼料之使用及雞隻排泄與廢棄物之處理。台北 盆地地下水水質結構特性以「鹽化殘留因子」之水質特徵為主，此外，北投觀測井之砷濃度較往年異常偏高，相關單位應持續監測濃度變化；蘭陽平原壯圍及古亭觀測井附近略有鹽化跡象且扇尾地區遭受砷污染情況較為嚴重，澎湖之地下水水質狀況以「海水鹽化因子」為本區之主要水質特徵，且澎南及湖西兩測站，則出現海水入侵現象；花東縱谷地下水水質狀況以「鹽化因子」之水質特徵為主，但鹽化輕微，大致上花東縱谷地下水水質良好適合使用。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970315</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009801274</governmentpublicationsnumber><identifier>62867</identifier><internationalstandardbooknumber>9789860186345 ; 9789860186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62867</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度台灣地區地下水質檢測分析與評估(光碟版）Survey, Analysis and Assessment of Groundwater Quality in Taiwan Areas in 2008</title><yearidentifier>200905</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管?的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護；本計畫依據選井原則擬定105口觀測井資料，並配合水利署增列5口觀測井，以及結合水利署97年度委辦「97年度地下水觀測井體檢測與評估」計畫所分析檢測五河局轄內之45口觀測井，合計約155口井綜合分析研判其井體資訊，提出50口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。另外建置733口地下水觀測井基本資料(含地層圖收集)，以及建置75站周遭環境資料與儀器調查。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。 本計畫篩選之50口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有29口井況歸類為良好，可以繼續適用；另21口歸類為井況不佳，有濾水管積垢嚴重、井壁銹蝕、濾管出砂或變形等情形，仍無法有效改善，建議列入未來汰舊換新名單。本計畫針對已實施之井體攝影檢測資料判讀分析，其中40%歸類為井況良好之一級維護，藉由定期維護可以繼續使用；35%歸類為二級維護，藉由洗井維護保養作業，可以繼續使用；另外25%歸類為井況嚴重，建議規劃辦理汰舊換新工程。 本計畫根據歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，以維護各分區地下水觀測網井體與井況正常功能，建議持續辦?地下水觀測井網清洗與維護保養，並加強巡查與管?機制，建立定期回報與修??常?況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970343</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009802167</governmentpublicationsnumber><identifier>62868</identifier><internationalstandardbooknumber>9789860196207 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62868</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度地下水觀測網井體清洗及維護保養成果報告  Well Development and Maintenance of Groundwater Monitoring Wells in 2008</title><yearidentifier>200908</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管?的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護；本計畫依據選井原則擬定105口觀測井資料，並配合水利署增列5口觀測井，以及結合水利署97年度委辦「97年度地下水觀測井體檢測與評估」計畫所分析檢測五河局轄內之45口觀測井，合計約155口井綜合分析研判其井體資訊，提出50口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。另外建置733口地下水觀測井基本資料(含地層圖收集)，以及建置75站周遭環境資料與儀器調查。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。 本計畫篩選之50口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有29口井況歸類為良好，可以繼續適用；另21口歸類為井況不佳，有濾水管積垢嚴重、井壁銹蝕、濾管出砂或變形等情形，仍無法有效改善，建議列入未來汰舊換新名單。本計畫針對已實施之井體攝影檢測資料判讀分析，其中40%歸類為井況良好之一級維護，藉由定期維護可以繼續使用；35%歸類為二級維護，藉由洗井維護保養作業，可以繼續使用；另外25%歸類為井況嚴重，建議規劃辦理汰舊換新工程。 本計畫根據歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，以維護各分區地下水觀測網井體與井況正常功能，建議持續辦?地下水觀測井網清洗與維護保養，並加強巡查與管?機制，建立定期回報與修??常?況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970343</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/21</date><governmentpublicationsnumber>1009802167</governmentpublicationsnumber><identifier>62869</identifier><internationalstandardbooknumber>9789860196207 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62869</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度地下水觀測網井體清洗及維護保養成果報告(光碟版)  Well Development and Maintenance of Groundwater Monitoring Wells in 2008</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009501883</governmentpublicationsnumber><identifier>62877</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62877</librarycollectiondetailsurl><price>400</price><publisher>花蓮縣文化局</publisher><publishrocyear>95</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年歷史篇</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009400284</governmentpublicationsnumber><identifier>62878</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62878</librarycollectiondetailsurl><price>300</price><publisher>花蓮縣政府</publisher><publishrocyear>94</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年經濟篇</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009501884</governmentpublicationsnumber><identifier>62879</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62879</librarycollectiondetailsurl><price>350</price><publisher>花蓮縣文化局</publisher><publishrocyear>95</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年文化篇</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009501880</governmentpublicationsnumber><identifier>62880</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62880</librarycollectiondetailsurl><price>300</price><publisher>花蓮縣文化局</publisher><publishrocyear>95</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年社會篇</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009400283</governmentpublicationsnumber><identifier>62881</identifier><internationalstandardbooknumber>9789860002898 ; 9860002894</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62881</librarycollectiondetailsurl><price>500</price><publisher>花蓮縣文化局</publisher><publishrocyear>94</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年族群篇</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>花蓮縣政府</author><categoryidentifier>673.29/137.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009400282</governmentpublicationsnumber><identifier>62882</identifier><internationalstandardbooknumber>9789860002881 ; 9860002886</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62882</librarycollectiondetailsurl><price>500</price><publisher>花蓮縣文化局</publisher><publishrocyear>94</publishrocyear><title>續修花蓮縣志民國七十一年至民國九十年自然篇</title><yearidentifier>200501</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.9392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/22</date><governmentpublicationsnumber>1009005147</governmentpublicationsnumber><identifier>62883</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62883</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>台中地區同安厝坑排水改善規劃報告</title><yearidentifier>200206</yearidentifier></data><data><abstract>海水溫室（Seawater Greenhouse）的設計源自於如何在炎熱、乾燥、缺水及欠缺作物生長環境的北非及中東地區利用水牆蒸發降溫並冷凝造水的構想。設計以來已在北非及中東三個地點成功提供溫控農業及自行造水的功能，並逐漸擴大應用中。 經濟部水利署近年來致力推動深層海水多目標利用技術的研究開發，已設置有「深層海水資源科技發展研究中心」，並正督導在台東知本興建一座深層海水多目標應用模廠，做為冷能應用、精緻農業及其他多目標利用研究之基地。本計畫之目的是探討海水溫室在台東及台灣其他地區發展所須之技術條件與經濟效益。 本計畫除了由文獻中充分了解海水溫室原始的創意及目前在國外推廣應用的情況，同時也於計畫初始就邀請了原設計者前來台灣現身說法，還在水利署舉辦了一場「海水溫室技術研討會」，與國內新興水資源的產官學研界代表分享相關資訊與經驗。 本計畫由海水溫室推動可行方向，台灣氣候及海洋天然條件，沿海土地資源等三方面考量，初步建議了海水溫室在台灣設置的目的以及海水溫室在台灣設置的四個代表性區位，分別是台東、宜蘭、雲林與澎湖。 海水溫室的相關之工程科技包括深層海水取水工程、溫室設計（含冷凝器、蒸發器、通風設備）、溫室農作栽培及其它輔助設施等。經評估，我國工程學術界在各相關科技領域均有足夠，甚至領先全球的專業能力，完全具備設計、興建、及營運海水溫室的技術能力。 本計畫根據原設計創意及台灣地區高溫高濕之氣候特性，一共考量了包括使用水牆降溫的傳統溫室在內的四種可行配置。除了使用液體除濕牆的配置因為尚待實驗掌握物理變化規律外，其他三種配置都分別經數值模擬分析其溫控成效及合理操作方式。依模擬分析結果判斷（但未考慮前端先行除濕的配置），以在溫室前端先採用傳統水牆並加裝冷凝器造水的配置降溫及造水效果最好。 經評估，在台灣設置的海水溫室必須要兼具休閒觀光的功能方具經濟效益。未來若將海水溫室設置在擁有深層海水的宜蘭與台東縣要比設置在離島缺水的澎湖縣及地下水嚴重超抽的雲林縣較具經濟效益。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970337</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/23</date><governmentpublicationsnumber>1009801914</governmentpublicationsnumber><identifier>62904</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62904</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>深層海水低溫利用技術研發－海水溫室發展運用之分析研究＝Deep Ocean Water Technology Research and Development-Prefeasibility Analysis of Seawater Greenhouse Development and Application in Taiwan</title><yearidentifier>200907</yearidentifier></data><data><abstract>海水溫室（Seawater Greenhouse）的設計源自於如何在炎熱、乾燥、缺水及欠缺作物生長環境的北非及中東地區利用水牆蒸發降溫並冷凝造水的構想。設計以來已在北非及中東三個地點成功提供溫控農業及自行造水的功能，並逐漸擴大應用中。 經濟部水利署近年來致力推動深層海水多目標利用技術的研究開發，已設置有「深層海水資源科技發展研究中心」，並正督導在台東知本興建一座深層海水多目標應用模廠，做為冷能應用、精緻農業及其他多目標利用研究之基地。本計畫之目的是探討海水溫室在台東及台灣其他地區發展所須之技術條件與經濟效益。 本計畫除了由文獻中充分了解海水溫室原始的創意及目前在國外推廣應用的情況，同時也於計畫初始就邀請了原設計者前來台灣現身說法，還在水利署舉辦了一場「海水溫室技術研討會」，與國內新興水資源的產官學研界代表分享相關資訊與經驗。 本計畫由海水溫室推動可行方向，台灣氣候及海洋天然條件，沿海土地資源等三方面考量，初步建議了海水溫室在台灣設置的目的以及海水溫室在台灣設置的四個代表性區位，分別是台東、宜蘭、雲林與澎湖。 海水溫室的相關之工程科技包括深層海水取水工程、溫室設計（含冷凝器、蒸發器、通風設備）、溫室農作栽培及其它輔助設施等。經評估，我國工程學術界在各相關科技領域均有足夠，甚至領先全球的專業能力，完全具備設計、興建、及營運海水溫室的技術能力。 本計畫根據原設計創意及台灣地區高溫高濕之氣候特性，一共考量了包括使用水牆降溫的傳統溫室在內的四種可行配置。除了使用液體除濕牆的配置因為尚待實驗掌握物理變化規律外，其他三種配置都分別經數值模擬分析其溫控成效及合理操作方式。依模擬分析結果判斷（但未考慮前端先行除濕的配置），以在溫室前端先採用傳統水牆並加裝冷凝器造水的配置降溫及造水效果最好。 經評估，在台灣設置的海水溫室必須要兼具休閒觀光的功能方具經濟效益。未來若將海水溫室設置在擁有深層海水的宜蘭與台東縣要比設置在離島缺水的澎湖縣及地下水嚴重超抽的雲林縣較具經濟效益。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970337</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/23</date><governmentpublicationsnumber>1009801914</governmentpublicationsnumber><identifier>62905</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62905</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>深層海水低溫利用技術研發－海水溫室發展運用之分析研究(光碟版)＝Deep Ocean Water Technology Research and Development-Prefeasibility Analysis of Seawater Greenhouse Development and Application in Taiwan</title><yearidentifier>200907</yearidentifier></data><data><abstract>烏山嶺隧道負有供應嘉南地區用重責，但使用已近80年，經隧道安全評估，突發性破壞風險極高，確有新建第2隧道的必要性。以替代原隧道輸水功能為原則，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/23</date><governmentpublicationsnumber>1009801651</governmentpublicationsnumber><identifier>62906</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62906</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏山嶺隧道檢討及調查規劃總報告(內附光碟)＝Summary Report of Review and Planning Study for Wu-Shan-Ling Tunnel Project</title><yearidentifier>200906</yearidentifier></data><data><abstract>烏山嶺隧道負有供應嘉南地區用重責，但使用已近80年，經隧道安全評估，突發性破壞風險極高，確有新建第2隧道的必要性。以替代原隧道輸水功能為原則，評估及規劃烏山嶺第2隧道之取出水工程及隧道工程。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/23</date><governmentpublicationsnumber>1009801651</governmentpublicationsnumber><identifier>62907</identifier><internationalstandardbooknumber>9789860191073 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62907</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏山嶺隧道檢討及調查規劃總報告(光碟版)＝Summary Report of Review and Planning Study for Wu-Shan-Ling Tunnel Project</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.9392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/24</date><governmentpublicationsnumber>1009004901</governmentpublicationsnumber><identifier>62918</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62918</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>90</publishrocyear><title>台中地區莿子埔坑排水改善檢討規劃報告</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/24</date><governmentpublicationsnumber>1009604428</governmentpublicationsnumber><identifier>62926</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62926</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮縣聯合排水系統治理計畫The Improvement Plan of Lian-He Drainage System in Hualien County</title><yearidentifier>200811</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/24</date><governmentpublicationsnumber>1009703543</governmentpublicationsnumber><identifier>62927</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62927</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮河川海岸鄉土教材及宣導資料製作The production of documentation for local education and propaganda of HuaLien River watershed and coastal area 成果報告書</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970240</commissionedprojectidentifier><currency>NT$</currency><date>2009/9/24</date><governmentpublicationsnumber>1009703559</governmentpublicationsnumber><identifier>62935</identifier><internationalstandardbooknumber>9789860165128 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62935</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪主要支流於匯流處規劃囚砂區之可行性研究=Study on the Feasibility of Planning Sand Trap Zone in Confluence of Hualien Creek and Its Main Tributary</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>地拓工程顧問有限公司</author><categoryidentifier>113.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/24</date><governmentpublicationsnumber>1009702749</governmentpublicationsnumber><identifier>62937</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62937</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管河川三棧溪水系規劃報告=Regulation  Project  of  Flood-prone  Areas  Planning  project  for  San-Chan  River  in  Hua-Lien  County</title><yearidentifier>200810</yearidentifier></data><data><abstract>臺灣灌溉史=Histort of Irrigation in Taiwan</abstract><author>行政院農業委員會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/28</date><governmentpublicationsnumber>1009801855</governmentpublicationsnumber><identifier>62943</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62943</librarycollectiondetailsurl><price>150</price><publisher>行政院農業委員會</publisher><publishrocyear>98</publishrocyear><title>臺灣灌溉史=Histort of Irrigation in Taiwan</title><yearidentifier>200907</yearidentifier></data><data><abstract>本所97年度自、委辦119件計畫中含括水資源規劃(36件)、河川整治規劃(37件)、灌排規劃(20件)、大地工程試驗(9件)與水工試驗(16件)與資訊(1件)等彙整成冊，並依本所工作重點之九大工作項目分項編撰。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/28</date><governmentpublicationsnumber>1009802107</governmentpublicationsnumber><identifier>62953</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62953</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>97年度工作成果年報=Summary Report of Year 2008</title><yearidentifier>200908</yearidentifier></data><data><abstract>烏溪河系河川情勢調查總報告=Investigation of Current Status in Wu River System</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/28</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>62954</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62954</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查總報告=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>本所97年度自、委辦119件計畫中含括水資源規劃(36件)、河川整治規劃(37件)、灌排規劃(20件)、大地工程試驗(9件)與水工試驗(16件)與資訊(1件)等彙整成冊，並依本所工作重點之九大工作項目分項編撰。????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????)?????????????????????????????? 921 ??????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????)?????????????????????????????? 921 ????????????????????????????????????????????????????????????????????????????????????????????????????????????????921 ????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/28</date><governmentpublicationsnumber>1009802107</governmentpublicationsnumber><identifier>62955</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62955</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>97年度工作成果年報(光碟版)=Summary Report of Year 2008</title><yearidentifier>200908</yearidentifier></data><data><abstract>落實水利建設物檢查及河道清淤之工作外，並加強建置防災預警機制及中小型移動事抽水機調度等颱風豪雨期間之防災應變作為。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933061   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/9/30</date><governmentpublicationsnumber>1009802368</governmentpublicationsnumber><identifier>62971</identifier><internationalstandardbooknumber>9789860197839 ; 9789860197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62971</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200908</yearidentifier></data><data><abstract>落實水利建設物檢查及河道清淤之工作外，並加強建置防災預警機制及中小型移動事抽水機調度等颱風豪雨期間之防災應變作為。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/1</date><governmentpublicationsnumber>1009802368</governmentpublicationsnumber><identifier>62975</identifier><internationalstandardbooknumber>9789860197839 ; 9789860197</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62975</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度經濟部水利署年報(光碟版)</title><yearidentifier>200908</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞，本計畫之目的為建立桃園地區地面地下水聯合管理整合模式，用以評估所研擬之策略，並提出較適合桃園地區之地面地下水管理策略。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970178</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/2</date><governmentpublicationsnumber>1009801688</governmentpublicationsnumber><identifier>62976</identifier><internationalstandardbooknumber>9789860191455 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_62976</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(2/2)－光碟版  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Toayuan Area (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>渤通顧問有限公司</author><categoryidentifier>551.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/6</date><governmentpublicationsnumber>1009801958</governmentpublicationsnumber><identifier>63002</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63002</librarycollectiondetailsurl><price>800</price><publisher>交通部觀光局</publisher><publishrocyear>97</publishrocyear><title>來臺旅客消費及動向調查報告-中華民國97年 =Annual Survey Report on Visitors Expenditure and Trends in Taiwan</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/6</date><governmentpublicationsnumber>1009701600</governmentpublicationsnumber><identifier>63003</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63003</librarycollectiondetailsurl><price></price><publisher>行政院人事行政局</publisher><publishrocyear>97</publishrocyear><title>美之饗宴-2008全國公教美展專輯</title><yearidentifier>200807</yearidentifier></data><data><abstract>水庫集水區保育管理工作與水庫泥砂淤積及水質有直接密切關係，除進行水庫集水區治理工作外，水庫集水區土地利用管理亦為主要的手段之一，然而早年進行水庫興建時，除水庫蓄水範圍外，並未對集水區土地辦理徵收，因此長期以來引起不小的抗爭與民怨，惟因經費財源的限制，勢必無法一次性全面徵收，為求適當可行的解決方案，擬就國內水庫集水區土地問題進行探討，並研提土地管理策略及處理原則。      本計畫以分析層級程序法(AHP)進行決策研究，問卷發放對象選擇大專院校相關科系如土管、都計及水利資源保育等系之學者，及公部門相關領域之主管、科員，及計畫範圍內之民眾，期藉由學者專家之學術涵養與實務經驗建立較可靠之評準，擬定水庫保護帶設置順序評估模式及水庫保護帶土地取得方式評估模式。並由分析結果得知以石門水庫、翡翠水庫、永和山水庫與寶山第一水庫等4座國內水庫為水庫保護帶土地處理優先之水庫。 本計畫選取執行順序為最優先之石門水庫進行土地取得方式方案之研析，所得知之結果依序為「徵收」、「限制使用」、「租用」、「價購」。並以「徵收」方案為擬定目標，提出執行具體步驟、財務計畫分析及研擬相關配套措施。並針對保護帶劃設之法規問題，提出三點重點分析：1.保護帶範圍適宜性問題、2.法規中「保護帶」的定位與關係、3.保護帶之修法程序。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWA0980016</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/8</date><governmentpublicationsnumber>1009802389</governmentpublicationsnumber><identifier>63024</identifier><internationalstandardbooknumber>9789860198454 ; 9789860198</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63024</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫保護帶土地處理原則之探討 (2/2) Discussion on the Land-Use Management Principles of Riparian Buffer Zone in Reservoir Watersheds (2/2)</title><yearidentifier>200909</yearidentifier></data><data><abstract>水庫集水區保育管理工作與水庫泥砂淤積及水質有直接密切關係，除進行水庫集水區治理工作外，水庫集水區土地利用管理亦為主要的手段之一，然而早年進行水庫興建時，除水庫蓄水範圍外，並未對集水區土地辦理徵收，因此長期以來引起不小的抗爭與民怨，惟因經費財源的限制，勢必無法一次性全面徵收，為求適當可行的解決方案，擬就國內水庫集水區土地問題進行探討，並研提土地管理策略及處理原則。      本計畫以分析層級程序法(AHP)進行決策研究，問卷發放對象選擇大專院校相關科系如土管、都計及水利資源保育等系之學者，及公部門相關領域之主管、科員，及計畫範圍內之民眾，期藉由學者專家之學術涵養與實務經驗建立較可靠之評準，擬定水庫保護帶設置順序評估模式及水庫保護帶土地取得方式評估模式。並由分析結果得知以石門水庫、翡翠水庫、永和山水庫與寶山第一水庫等4座國內水庫為水庫保護帶土地處理優先之水庫。 本計畫選取執行順序為最優先之石門水庫進行土地取得方式方案之研析，所得知之結果依序為「徵收」、「限制使用」、「租用」、「價購」。並以「徵收」方案為擬定目標，提出執行具體步驟、財務計畫分析及研擬相關配套措施。並針對保護帶劃設之法規問題，提出三點重點分析：1.保護帶範圍適宜性問題、2.法規中「保護帶」的定位與關係、3.保護帶之修法程序。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980016</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/8</date><governmentpublicationsnumber>1009802389</governmentpublicationsnumber><identifier>63025</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63025</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫保護帶土地處理原則之探討 (2/2)－光碟版＝Discussion on the Land-Use Management Principles of Riparian Buffer Zone in Reservoir Watersheds (2/2)</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>台灣省水利局</author><categoryidentifier>519</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/9</date><governmentpublicationsnumber>3924860024</governmentpublicationsnumber><identifier>63042</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63042</librarycollectiondetailsurl><price>1200</price><publisher>台灣省水利局</publisher><publishrocyear>67</publishrocyear><title>台灣省建設統計第二輯水利工程</title><yearidentifier>197806</yearidentifier></data><data><abstract>過去因國人對河川生態不甚了解，所以傳統河川治理大多以防洪為主要導向，忽略水生物的生存空間，故本計劃利用河川棲地二維模式為演算核心，用以模擬河川流況，並研究開本土性之河川棲品質評估模組，經由現地水生物及河川流況調查資料，求得研究河段之水生物群具與流況多樣性之關係，再以此作為規劃河川水利建造物對河川棲地品質之檢定標準，可以對未來河川生態工程規劃與設計考量，有其實務應用上之考量。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>096-B-01030-00</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/9</date><governmentpublicationsnumber>1009603922</governmentpublicationsnumber><identifier>63043</identifier><internationalstandardbooknumber>9789860123340 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63043</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川棲地模式(River 2D)之應用研究(1/2)=The Application of 2-Dimensional River Habitat Model(River 2D)(光碟版)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/12</date><governmentpublicationsnumber>3016730062</governmentpublicationsnumber><identifier>63060</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63060</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>73</publishrocyear><title>中華民國台灣省基本省政資料（民國七十三年版）</title><yearidentifier>198406</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>30116750127</governmentpublicationsnumber><identifier>63067</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63067</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>75</publishrocyear><title>中華民國台灣省基本省政資料（民國七十五年版）</title><yearidentifier>198606</yearidentifier></data><data><abstract> </abstract><author>台灣省政府建設廳</author><categoryidentifier>510</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>30056770047</governmentpublicationsnumber><identifier>63071</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63071</librarycollectiondetailsurl><price></price><publisher>台灣省政府建設廳</publisher><publishrocyear>77</publishrocyear><title>台灣省政府建設廳及所屬各機關統計範圍劃分方案</title><yearidentifier>198810</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>3012770030</governmentpublicationsnumber><identifier>63072</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63072</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>78</publishrocyear><title>中華民國台灣省基本省政資料（民國七十八年版）</title><yearidentifier>198906</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>3012770030</governmentpublicationsnumber><identifier>63075</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63075</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>79</publishrocyear><title>中華民國台灣省基本省政資料（民國七十九年版）</title><yearidentifier>199006</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>3012770030</governmentpublicationsnumber><identifier>63076</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63076</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>80</publishrocyear><title>中華民國台灣省基本省政資料（民國八十年版）</title><yearidentifier>199106</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>3012770030</governmentpublicationsnumber><identifier>63077</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63077</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>81</publishrocyear><title>中華民國台灣省基本省政資料（民國八十一年版）</title><yearidentifier>199206</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/13</date><governmentpublicationsnumber>3012770030</governmentpublicationsnumber><identifier>63083</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63083</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>85</publishrocyear><title>中華民國台灣省基本省政資料（民國八十五年版）</title><yearidentifier>199606</yearidentifier></data><data><abstract>湖山水庫壩區工程經細部設計後，部份項目與環評內容不同，依環評相關規定辦理差異分析。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.641633</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/14</date><governmentpublicationsnumber>1009802168</governmentpublicationsnumber><identifier>63091</identifier><internationalstandardbooknumber>9789860196214 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63091</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響差異分析報告(定稿本)</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/16</date><governmentpublicationsnumber>8414890020</governmentpublicationsnumber><identifier>63094</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63094</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>89</publishrocyear><title>地質災害調查報告第一號 台灣山崩災害專輯(一)</title><yearidentifier>200006</yearidentifier></data><data><abstract>湖山水庫壩區工程經細部設計後，部份項目與環評內容不同，依環評相關規定辦理差異分析。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.641633</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/16</date><governmentpublicationsnumber>1009802168</governmentpublicationsnumber><identifier>63099</identifier><internationalstandardbooknumber>9789860196214 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63099</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響差異分析報告(定稿本)－光碟版</title><yearidentifier>200910</yearidentifier></data><data><abstract>97年河川守護及保育宣導活動計畫旨在結合烏來鄉「櫻花季」透過活動前平面、電子、電視等媒體宣傳號召全國河川守護隊員等參加「愛在原鄉、百年好河」活動。使國人於活動中了解河川守護的重要，並宣揚河川守護隊的努力精神！ 並計畫並由農委會特有生物研究保育中心及淡江大學水資源管理與政策研究中心代為訓練烏來鄉守護隊員於活動日示範有關河川守護技術，且透過各河川局及相關單位推選出河川守護績優隊員於活動中表揚以為其他隊員之表率。 另透過美麗河川網路票選，選出大安溪、淡水河、南勢溪為本計畫美麗河川代表，並製作三大幅溪流地圖展示品以供活動當日及後續宣導使用。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.6933   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970355</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/20</date><governmentpublicationsnumber>1009802288</governmentpublicationsnumber><identifier>63120</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63120</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>97年河川守護及保育宣導活動計畫＝2008 River Protection and Conservation Advocacy Activities Project</title><yearidentifier>200909</yearidentifier></data><data><abstract>97年河川守護及保育宣導活動計畫旨在結合烏來鄉「櫻花季」透過活動前平面、電子、電視等媒體宣傳號召全國河川守護隊員等參加「愛在原鄉、百年好河」活動。使國人於活動中了解河川守護的重要，並宣揚河川守護隊的努力精神！ 並計畫並由農委會特有生物研究保育中心及淡江大學水資源管理與政策研究中心代為訓練烏來鄉守護隊員於活動日示範有關河川守護技術，且透過各河川局及相關單位推選出河川守護績優隊員於活動中表揚以為其他隊員之表率。 另透過美麗河川網路票選，選出大安溪、淡水河、南勢溪為本計畫美麗河川代表，並製作三大幅溪流地圖展示品以供活動當日及後續宣導使用。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970355</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/20</date><governmentpublicationsnumber>1009802288</governmentpublicationsnumber><identifier>63121</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63121</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>97年河川守護及保育宣導活動計畫(光碟版)＝2008 River Protection and Conservation Advocacy Activities Project</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>林啟文高銘健</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/20</date><governmentpublicationsnumber>1009802246</governmentpublicationsnumber><identifier>63124</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63124</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>98</publishrocyear><title>五萬分之一台灣地質圖說明書：蘇澳</title><yearidentifier>200909</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護臺北水源特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061   443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/23</date><governmentpublicationsnumber>1009801781</governmentpublicationsnumber><identifier>63125</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63125</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署臺北水源特定區管理局97年度工作年報＝Taipei Water Management Office, Water Resources Agency, Ministry of Economic Affairs 2008 annual job report</title><yearidentifier>200909</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護臺北水源特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/23</date><governmentpublicationsnumber>1009801781</governmentpublicationsnumber><identifier>63126</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63126</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署臺北水源特定區管理局97年度工作年報 (光碟版)＝Taipei Water Management Office, Water Resources Agency, Ministry of Economic Affairs 2008 annual job report</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>謝光照 楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/22</date><governmentpublicationsnumber>1009802234</governmentpublicationsnumber><identifier>63129</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63129</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>98</publishrocyear><title>雜糧作物試驗研究年報-民國96年</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>實踐大學企業創新發展研究所</author><categoryidentifier>551.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/22</date><governmentpublicationsnumber>1009701908</governmentpublicationsnumber><identifier>63131</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63131</librarycollectiondetailsurl><price>800</price><publisher>交通部觀光局</publisher><publishrocyear>97</publishrocyear><title>來臺旅客消費及動向調查報告-中華民國96年 =Annual Survey Report on Visitors Expenditure and Trends in Taiwan</title><yearidentifier>200808</yearidentifier></data><data><abstract>本計畫所規劃擴充之水文水質監測站經納入整體自動監測系統後，輔以Web Services互動網站與即時監測面板之建置，除可使水質水量保護區之水文觀測架構更臻系統化與自動化，並可針對本特定區內水質、水量、雨量及泥砂含量之時間－空間分佈特性及整體水資源情勢達到更為全面有效之掌握。透過各水文監測項目關聯性之整合分析，可進一步支援本特定區水資源管理業務之決策，達成更為積極而宏觀之經營成效。</abstract><author>逢甲大學 /葉昭憲</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970147</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/27</date><governmentpublicationsnumber>1009802255</governmentpublicationsnumber><identifier>63149</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63149</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質整體自動觀測決策支援系統規劃＝The Entirety Planning for Automatic Measurements and Decisions Supporting System of the Hsin-Dien River Water Quality and Quantity Protection Area</title><yearidentifier>200910</yearidentifier></data><data><abstract>本計畫所規劃擴充之水文水質監測站經納入整體自動監測系統後，輔以Web Services互動網站與即時監測面板之建置，除可使水質水量保護區之水文觀測架構更臻系統化與自動化，並可針對本特定區內水質、水量、雨量及泥砂含量之時間－空間分佈特性及整體水資源情勢達到更為全面有效之掌握。透過各水文監測項目關聯性之整合分析，可進一步支援本特定區水資源管理業務之決策，達成更為積極而宏觀之經營成效。</abstract><author>逢甲大學 /葉昭憲</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970147</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/27</date><governmentpublicationsnumber>1009802255</governmentpublicationsnumber><identifier>63150</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63150</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質整體自動觀測決策支援系統規劃(光碟版)＝The Entirety Planning for Automatic Measurements and Decisions Supporting System of the Hsin-Dien River Water Quality and Quantity Protection Area</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/10/28</date><governmentpublicationsnumber>38059870359</governmentpublicationsnumber><identifier>63167</identifier><internationalstandardbooknumber>957024670 ; 957024670</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63167</librarycollectiondetailsurl><price></price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>基層公共工程基本圖彙編（第二版 V2.0）</title><yearidentifier>199908</yearidentifier></data><data><abstract>由於阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR095水南阿勞0</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/28</date><governmentpublicationsnumber>1009802344</governmentpublicationsnumber><identifier>63177</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63177</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫營運階段環境監測- 總結報告書(95年7月至98年6月) ＝The Environmental Monitoring Project During Operation Stage A-Kung-Tien Reservoir</title><yearidentifier>200909</yearidentifier></data><data><abstract>由於阿公店水庫更新工程已完工，民國95年7月1日起正式邁入營運管理階段，為延續對本水庫進行監測工作以期能對水庫營運期間環境品質能有所掌握，以便當影響超出環境涵容能力時，能適時採取減輕對策，以降低其負面影響，期能藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，作為環境管理與維護之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA95水南阿勞0</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/28</date><governmentpublicationsnumber>1009802344</governmentpublicationsnumber><identifier>63178</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63178</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫營運階段環境監測- 總結報告書(95年7月至98年6月)－光碟版＝The Environmental Monitoring Project During Operation Stage A-Kung-Tien Reservoir</title><yearidentifier>200909</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2009/10/30</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>63199</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63199</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史成果報告=The Culture Heritage of Water Resource Agency:Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>姜善鑫 胡蘇澄 吳輝龍</author><categoryidentifier>432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/2</date><governmentpublicationsnumber>25032790012</governmentpublicationsnumber><identifier>63209</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63209</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會</publisher><publishrocyear>78</publishrocyear><title>林業特刊第二十四號  水土保育教材</title><yearidentifier>198912</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學地理系合作</author><categoryidentifier>432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/2</date><governmentpublicationsnumber>25032790032</governmentpublicationsnumber><identifier>63210</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63210</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會</publisher><publishrocyear>79</publishrocyear><title>林業特刊第二十六號 78年度水土保持及集水區經營研究計畫成果彙編 A Compilation of 1989 Soil Conservation and Watershed Research Project Reports</title><yearidentifier>199005</yearidentifier></data><data><abstract>主要目的為建立一套以海岸防護規劃為核心目的之[海岸防護規劃基本資料觀測調查作業規範(草案)]，並建置{海岸防護基本觀測調查資料庫}，以供水利署各河川局未來辦理海岸基本資料調查建置之參考，進一步結合[撥潮流與海岸線變遷模式]之近岸波流場及海岸侵淤變化分析功能，發展[海岸防護地理資訊決策支援系統]，作為海岸防護工程與規劃依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3029   443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970341</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>63265</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63265</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料觀測調查及資料庫建置規劃研究(內附光碟)=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract>主要目的為建立一套以海岸防護規劃為核心目的之[海岸防護規劃基本資料觀測調查作業規範(草案)]，並建置{海岸防護基本觀測調查資料庫}，以供水利署各河川局未來辦理海岸基本資料調查建置之參考，進一步結合[撥潮流與海岸線變遷模式]之近岸波流場及海岸侵淤變化分析功能，發展[海岸防護地理資訊決策支援系統]，作為海岸防護工程與規劃依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970341</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>63266</identifier><internationalstandardbooknumber>9789860194432 ; 9789860194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63266</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料觀測調查及資料庫建置規劃研究計畫成果資料光碟=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract>水庫集水區為重要之水源涵養及水土保持地區，而水庫濱水帶之植物群落係涵養水源、過濾水質、穩定河道、攔阻泥沙、過濾營養鹽、遮蔭溪流、維持水溫、提供有機物質、保護生物多樣性等功能。其中濱水帶植生群落之完整性，與植生結構類型差異對水庫生態之保育及泥砂整治之成效具關鍵性影響。本計畫擬針對水庫濱水帶（含保護帶）植生群落及其保護功能進行探討分析，除調查自然植物群落之優勢種類、特性外，針對濱水帶或水庫保護帶人為輔助植生工程或配合邊坡穩定工程之植生導入方法，研提技術規範及相關管理作業方法等，作為水庫集水區保育執行之參考。</abstract><author>中興大學</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/9</date><governmentpublicationsnumber>1009503715</governmentpublicationsnumber><identifier>63271</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63271</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水庫濱水帶植物</title><yearidentifier>200612</yearidentifier></data><data><abstract>人類利用自然石塊或人工切割石，以適當之堆疊及嵌合，並配合背填卵石等技術，以建造各種建築物之方法。</abstract><author>彭國棟、 邱美蘭</author><categoryidentifier>441.115</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009600269</governmentpublicationsnumber><identifier>63278</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63278</librarycollectiondetailsurl><price>180</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>96</publishrocyear><title>砌石之美=The Aesthetics of Dry Stone Walls</title><yearidentifier>200701</yearidentifier></data><data><abstract>阿公店水庫上游旺萊溪及濁水溪河道之治理規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.62   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009802258</governmentpublicationsnumber><identifier>63282</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63282</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫旺萊溪及濁水溪河道治理規劃=Management and Planning for Wanlai Creek and Jhuoshuei Creek</title><yearidentifier>200909</yearidentifier></data><data><abstract>阿公店水庫上游旺萊溪及濁水溪河道之治理規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.62   443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009802258</governmentpublicationsnumber><identifier>63283</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63283</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>阿公店水庫旺萊溪及濁水溪河道治理規劃(資料成果光碟)=Management and Planning for Wanlai Creek and Jhuoshuei Creek</title><yearidentifier>200909</yearidentifier></data><data><abstract>本目的主要以前鎮河為主，針對下游部分匯入前鎮河之排水之流與以改善，尤以民國90年7月潭美颱風之肆虐，於高雄地區造成嚴重水患，故本計畫目的主要針對前鎮河及中下游排水支線調查期排水不良之原因及浸災情況並研擬可行改善方案及對策以有效解決本流域內之水患。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009202768</governmentpublicationsnumber><identifier>63286</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63286</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>高雄地區前鎮河改善檢討規劃報告 =Report on Chian-jen Drainage Improvement Planning in Kaohsiung Area</title><yearidentifier>200308</yearidentifier></data><data><abstract>「花蓮縣管區排聯合排水系統規劃」屬「易淹水地區水患治理計畫第1階段實施計畫」。規劃範圍包括聯合排水、濱海排水、三支排水。水文分析以民國41年到95年之降雨資料，採用對數皮爾遜三型進行暴雨頻率分析，10年重現期1日暴雨量為349mm，25年重現期1日暴雨量為398mm。洪水量經以修正三角形單位歷線推求結果，聯合排水出口處10年重現期洪峰流量為127cms，25年重現期洪峰流量為162cms。本計畫以綜合治水方式改善，可達到各渠段通過10年重現期洪峰流量，25年重現期洪峰流量不溢堤之目標，工程措施主要以高低地分治為原則，考量排水路坡度修整、跨渠構造物改建、排水路拓寬、滯洪、分流、截流等改善措施，無法以重力方式排除內水之低地則考量興建抽水站。環境營造依水路周邊環境現況，將聯合排水系統分為農田體驗區(三支排水)、鄉村休閒區(聯合排水)及海岸遊憩區(濱海排水)等三個區段，進行整體規劃。排水改善整治建議分為三個階段執行，第一階段共分4期工程，優先改善聯合排水系統中游段以及社區排水沿線淹水問題，工程內容包含聯合排水南海一街全段排水路整治、社區排水截流箱涵、濱海排水南海四街下游段全段配合改善工程以及沿線各跨渠構造物改善工程；另東西向道路箱涵延伸工程亦於本階段執行，以舒緩三支排水之負擔。第二階段亦分為4期工程，擬改善三支排水全段淹水問題，包含鐵路箱涵改建、全段排水路整治工程、中游分流工程、下游背水堤工程以及榮光社區抽水站之設置等。第三階段則分為3期工程，以改善濱海支線及廣賢路沿線淹水問題，工程內容包含濱海支線上游段排水路整治工程、廣賢路截流箱涵以及聯合排水中上游滯洪池工程。本計畫各工程類別依其權責分工後，中央權責機關包含經濟部水利署、內政部營建署及行政院農委會。而工程執行機關則包含水利署第九河川局、花蓮縣政府、內政部營建署下水道工程處、交通部公路總局及花蓮農田水利會等相關單位。至於後續管理維護權責則依照水患治理特別條例、水利法、排水管理辦法等相關規定，劃分權責據以辦理。本計畫除濱海排水外，部分渠段需要都市計畫配合變更，建議由吉安鄉公所辦理變更，部分橋樑改善因涉及不同領域工程專業性，建議委由公路、鐵路主管機關代為辦理，此外花蓮縣政府及花蓮農田水利會，應於期限內完成接管，並逐年編列維護管理預算妥善維護管理。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009604426</governmentpublicationsnumber><identifier>63289</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63289</librarycollectiondetailsurl><price>1200</price><publisher>水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫「花蓮縣管區排聯 合排水系統規劃」正式成果報告書(光碟版) ＝The 1st stage implementation plan of 「regulation project of flood-prone areas」：the improvement plan of lian-her drainage system in Hualien County</title><yearidentifier>200710</yearidentifier></data><data><abstract>以台灣原生樹種為主，包含少數普遍栽種的引進種。</abstract><author>呂福原、歐辰雄</author><categoryidentifier>436.13232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>25034870075</governmentpublicationsnumber><identifier>63291</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63291</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會</publisher><publishrocyear>87</publishrocyear><title>台灣樹木解說〈二〉</title><yearidentifier>199806</yearidentifier></data><data><abstract>本冊自金縷梅科至大戟科，從中選取200種予以解說。</abstract><author>呂福原、歐辰雄﹑呂金誠</author><categoryidentifier>436.13232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>25034880101</governmentpublicationsnumber><identifier>63292</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63292</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會</publisher><publishrocyear>88</publishrocyear><title>台灣樹木解說〈三〉</title><yearidentifier>199906</yearidentifier></data><data><abstract>第四冊範圍係自山茶科至云香科，從中選取200種予以圖片解說。</abstract><author>呂福原、歐辰雄、呂金誠</author><categoryidentifier>436.13232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>25034890258</governmentpublicationsnumber><identifier>63293</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63293</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會</publisher><publishrocyear>89</publishrocyear><title>台灣樹木解說〈四〉</title><yearidentifier>200012</yearidentifier></data><data><abstract>第五冊的範圍係自苦木科至禾木科200種予以解說，書莫附有第一冊至第五冊各樹種之中名、學名及英文名之總索引。</abstract><author>呂福原、歐辰雄、呂金誠</author><categoryidentifier>436.13232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009005864</governmentpublicationsnumber><identifier>63294</identifier><internationalstandardbooknumber>9789570101027 ; 9570101024</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63294</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會</publisher><publishrocyear>90</publishrocyear><title>台灣樹木解說〈五〉</title><yearidentifier>200112</yearidentifier></data><data><abstract>本書圖文並茂地解說了農村與社區常見植物的學名、科名、形態、分佈、特色及應用。</abstract><author>彭國棟、邱美蘭</author><categoryidentifier>375.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/10</date><governmentpublicationsnumber>1009502282</governmentpublicationsnumber><identifier>63295</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63295</librarycollectiondetailsurl><price>500</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>95</publishrocyear><title>綠滿鄉野--農村社區常見植物解說手冊</title><yearidentifier>200609</yearidentifier></data><data><abstract>河川生態系乃由河川水域環境、河川周邊陸域環境及生活期間的形形色色各類生物所共同組成。</abstract><author>張世倉等</author><categoryidentifier>366.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/11</date><governmentpublicationsnumber>1009300824</governmentpublicationsnumber><identifier>63301</identifier><internationalstandardbooknumber>9789570168600 ; 9570168609</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63301</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所、行政院農委會特有生物研究中心</publisher><publishrocyear>93</publishrocyear><title>台灣河川生物導覽手冊</title><yearidentifier>200403</yearidentifier></data><data><abstract>由於在高雄縣新港村附近海岸著手闢建大型液化天然氣接收站，興建外廓防波堤工程及填築新生地。其中南外廓防波堤向外海延伸離海岸之垂直距離最遠者達到2公哩，而航道部份亦深達-14公尺。由於此一大型建購物之興建，附近波浪、水流難免受影響，而造成局部地形變化影響故做此研究。</abstract><author>成功大學水利暨海洋工程學系研究所</author><categoryidentifier>443.689747</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/11</date><governmentpublicationsnumber>6404790023</governmentpublicationsnumber><identifier>63302</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63302</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>78</publishrocyear><title>永安天然氣接收站對阿公店溪之影響調查研究試驗報告</title><yearidentifier>198912</yearidentifier></data><data><abstract>本書以多角度的鏡頭加上文字敘述，讓人領略到茂林鄉的美麗自然風景、古老的歷史文化，非常賞心悅目、引人入勝。</abstract><author>許晉榮</author><categoryidentifier>673.29/133.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/11</date><governmentpublicationsnumber>1009100878</governmentpublicationsnumber><identifier>63305</identifier><internationalstandardbooknumber>9789570107784 ; 9570107782</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63305</librarycollectiondetailsurl><price>1200</price><publisher>高雄縣茂林鄉公所</publisher><publishrocyear>91</publishrocyear><title>茂林風華-人文、景觀、生態</title><yearidentifier>200202</yearidentifier></data><data><abstract>交通部觀光局雲嘉南濱海國家風景管理處為推動雲嘉南濱海地區溼地復育，建立台灣環境資源永續發展經營典範而此北門鹽灘位於台南縣北門鄉濱海地區，擁有豐富鳥類資源、瀉湖、紅樹林等生態景觀，與悠久歷史之言業文化背景，具有生態旅遊發展潛力，固本計劃以環境監測調查為基礎，辦理北門濕地生態復育改善規劃工作，茲本計畫成果如下:1.濕地案立即操作方法探討分析 2.環境背景監測成果 3.濕地水文生態模式 4.發展定位 5.全區規劃設計規範 6.溼地生態復育七地方案評估 7.北門鹽灘溼地生態旅遊發展座談會 8.後續經營及監測工作規範 9.其他成果 而本計劃也可經由網際網路瀏覽本計劃相關成果</abstract><author>成大研究發展基金會</author><categoryidentifier>367.8314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/11</date><governmentpublicationsnumber>1009802476</governmentpublicationsnumber><identifier>63328</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63328</librarycollectiondetailsurl><price>1000</price><publisher>交通部觀光局雲嘉南濱海國家風景區管理處</publisher><publishrocyear>98</publishrocyear><title>北門鹽灘濕地改善復育調查規劃</title><yearidentifier>200910</yearidentifier></data><data><abstract>主要目的為建立一套以海岸防護規劃為核心目的之[海岸防護規劃基本資料觀測調查作業規範(草案)]，並建置{海岸防護基本觀測調查資料庫}，以供水利署各河川局未來辦理海岸基本資料調查建置之參考，進一步結合[撥潮流與海岸線變遷模式]之近岸波流場及海岸侵淤變化分析功能，發展[海岸防護地理資訊決策支援系統]，作為海岸防護工程與規劃依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0970341</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/12</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>63352</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63352</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸防護規劃基本資料觀測調查作業規範(草案)=</title><yearidentifier>200908</yearidentifier></data><data><abstract>為確保荖濃溪攔河堰管柵取水工集水廊道與匯流池銜接段之設計達到功能要求(計畫最大取水量為50秒立方公尺)，乃進行水工模型試驗。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/26</date><governmentpublicationsnumber>1009803049</governmentpublicationsnumber><identifier>63405</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63405</librarycollectiondetailsurl><price>740</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>曾文水庫越域引水工程計畫 ─荖濃溪攔河堰交差排列管柵取水工水理特性試驗研究＝Tseng-Wen Reservoir Transbasin Diversion Project ─Physical Model Tests of the Intake of Laonong River Weir</title><yearidentifier>200910</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>63407</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63407</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史成果報告(光碟版)=The Culture Heritage of Water Resource Agency: Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>國立成功大學測量工程研究所</author><categoryidentifier>440.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>30234830081</governmentpublicationsnumber><identifier>63408</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63408</librarycollectiondetailsurl><price></price><publisher>台灣省政府地政處</publisher><publishrocyear>83</publishrocyear><title>台灣省地籍圖及地形圖建立管理及應用之研究報告書</title><yearidentifier>199407</yearidentifier></data><data><abstract>排水及水土保持二項標的之投資額及減少幅度最為顯著，推究其原因為97年度開始實施第二期易淹水地區水患治理計畫，將於99年度納入決算進行統計。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/11/27</date><governmentpublicationsnumber>1009802881</governmentpublicationsnumber><identifier>63409</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63409</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署台灣地區水資源投資分析97年度報告</title><yearidentifier>200910</yearidentifier></data><data><abstract>本書為經濟部水利署暨所屬機關水資源作業基金會計系統功能增修之正式報告，?述本案設計精神及成果展示。</abstract><author>力歐科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980217</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802350</governmentpublicationsnumber><identifier>63414</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63414</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署暨所屬機關水資源作業基金會計系統增修功能專案＝The Addition of  Accounting System of Water Resources Business Fund</title><yearidentifier>200909</yearidentifier></data><data><abstract>本書為經濟部水利署暨所屬機關水資源作業基金會計系統功能增修之正式報告，?述本案設計精神及成果展示。</abstract><author>力歐科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980217</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802350</governmentpublicationsnumber><identifier>63415</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63415</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署暨所屬機關水資源作業基金會計系統增修功能專案(光碟版)＝The Addition of  Accounting System of Water Resources Business Fund</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63419</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63419</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>83</publishrocyear><title>理工類進行中研究計畫摘要22(01)</title><yearidentifier>199407</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137840104</governmentpublicationsnumber><identifier>63420</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63420</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>84</publishrocyear><title>理工類進行中研究計畫摘要22(10)上?</title><yearidentifier>199504</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63421</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63421</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>83</publishrocyear><title>理工類進行中研究計畫摘要22(03)下?</title><yearidentifier>199406</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137840104</governmentpublicationsnumber><identifier>63422</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63422</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>84</publishrocyear><title>理工類進行中研究計畫摘要22(10)下?</title><yearidentifier>199504</yearidentifier></data><data><abstract>台灣本島地形由於山地多，境內河川大多具有流短、坡陡、湍急、含砂量高以及集水區逕流係數大等五特性，水資源利用及流域水土資源的維護困難度皆高，雖然擁有有世界平均值的2.6倍的2,500公厘平均年降雨量與900億噸的水資源總量，但地狹人稠的特性卻造成平均每位國民可分派之淡水量不到世界平均值的六分之一，台灣已經列為水資源嚴重缺乏的地區。這900億噸的水資源總量受限於台灣特有的地形與集中在5到10月的降雨特性，造成將近84%的水資源以蒸發及河川逕流回到自然界，實際可利用的水資源僅有117億噸。基於此原因，台灣水資源之水質與週遭環境之維護工作更顯得重要。 另外，由於近期受到國際金融危機影響，經濟發展趨緩，而短期內之就業情勢較不樂觀，亟需在一般中、長期促進就業政策外，辦理加強措施，因而行政院經建會提出「97─98年短期促進就業措施」，期程為自97年11月1日起至98年6月30日止，且將視就業情勢，衡酌是否持續或加強辦理。本措施執行的目的，為補強一般促進就業措施，於短期間由政府提供更多的就業機會，協助失業勞工儘速就業，以舒緩當前失業情勢，減少社會因失業可能產生之問題，並降低社會成本。 而鑒於過去在河川守護隊執行豐碩成果的績效上，獲得行政院原民會與相關單位肯定，水利署就政策趨勢配合擴大實施短期促進就業措施相關作業，並促進民眾就業率提升，遂配合中央「97─98年短期促進就業措施」之制度作業，在因應政府人力編制難以擴增及水利署擔負河川守護工作任務之前提下，須仰賴地方民間人力參與配合作業，以執行中央管河川區域、區域排水及水庫集水區之巡護、維護工作及節約用水措施，於97年12月開始執行，主要作業包含三大項目。「河川環境維護─促進就業」為協助中央管河川、海堤、區排、水庫環境改善及維護管理之水體環境維護運作人員，人數約為2,700人；「河川守護」為協助中央管河川及水庫巡護、週邊環境維護及違反管理事件通報之河川守護隊人員，人數約為300人；「節約用水技術輔導」為協助國中、小學及離島地區節約用水相關工作之短期技術輔導人員，人數約為100人。藉由本短期就業工作內容，以協助加強管理及靈活調度現有的水源，穩定提供「質量」均佳之水資源，並推動節約用水，以提高水資源利用效率，邁向水資源永續利用發展之目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802091</governmentpublicationsnumber><identifier>63423</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63423</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川守護隊執行成果彙編</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137840104</governmentpublicationsnumber><identifier>63424</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63424</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>84</publishrocyear><title>理工類進行中研究計畫摘要22(08)上?</title><yearidentifier>199502</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137840104</governmentpublicationsnumber><identifier>63425</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63425</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>84</publishrocyear><title>理工類進行中研究計畫摘要22(08)下?</title><yearidentifier>199502</yearidentifier></data><data><abstract>台灣本島地形由於山地多，境內河川大多具有流短、坡陡、湍急、含砂量高以及集水區逕流係數大等五特性，水資源利用及流域水土資源的維護困難度皆高，雖然擁有有世界平均值的2.6倍的2,500公厘平均年降雨量與900億噸的水資源總量，但地狹人稠的特性卻造成平均每位國民可分派之淡水量不到世界平均值的六分之一，台灣已經列為水資源嚴重缺乏的地區。這900億噸的水資源總量受限於台灣特有的地形與集中在5到10月的降雨特性，造成將近84%的水資源以蒸發及河川逕流回到自然界，實際可利用的水資源僅有117億噸。基於此原因，台灣水資源之水質與週遭環境之維護工作更顯得重要。 另外，由於近期受到國際金融危機影響，經濟發展趨緩，而短期內之就業情勢較不樂觀，亟需在一般中、長期促進就業政策外，辦理加強措施，因而行政院經建會提出「97─98年短期促進就業措施」，期程為自97年11月1日起至98年6月30日止，且將視就業情勢，衡酌是否持續或加強辦理。本措施執行的目的，為補強一般促進就業措施，於短期間由政府提供更多的就業機會，協助失業勞工儘速就業，以舒緩當前失業情勢，減少社會因失業可能產生之問題，並降低社會成本。 而鑒於過去在河川守護隊執行豐碩成果的績效上，獲得行政院原民會與相關單位肯定，水利署就政策趨勢配合擴大實施短期促進就業措施相關作業，並促進民眾就業率提升，遂配合中央「97─98年短期促進就業措施」之制度作業，在因應政府人力編制難以擴增及水利署擔負河川守護工作任務之前提下，須仰賴地方民間人力參與配合作業，以執行中央管河川區域、區域排水及水庫集水區之巡護、維護工作及節約用水措施，於97年12月開始執行，主要作業包含三大項目。「河川環境維護─促進就業」為協助中央管河川、海堤、區排、水庫環境改善及維護管理之水體環境維護運作人員，人數約為2,700人；「河川守護」為協助中央管河川及水庫巡護、週邊環境維護及違反管理事件通報之河川守護隊人員，人數約為300人；「節約用水技術輔導」為協助國中、小學及離島地區節約用水相關工作之短期技術輔導人員，人數約為100人。藉由本短期就業工作內容，以協助加強管理及靈活調度現有的水源，穩定提供「質量」均佳之水資源，並推動節約用水，以提高水資源利用效率，邁向水資源永續利用發展之目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802091</governmentpublicationsnumber><identifier>63426</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63426</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川守護隊執行成果彙編 (光碟版)</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63427</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63427</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>83</publishrocyear><title>理工類進行中研究計畫摘要22(05)下?</title><yearidentifier>199411</yearidentifier></data><data><abstract>台灣本島地形由於山地多，境內河川大多具有流短、坡陡、湍急、含砂量高以及集水區逕流係數大等五特性，水資源利用及流域水土資源的維護困難度皆高，「河川守護隊人員訓練輔導暨網頁提升計畫」之執行，主要係為落實山地地區、河川區域及海岸地區之國土保育及復育，導入民間參與促進環境資源發展，積極鼓勵民間及原住民保育團體參與敏感地區管理及水資源保育工作。 經濟部水利署透過河川源頭之管理與保育工作來確保優質純淨的水質，由於台灣主要河川源頭多位於原住民居住地區，因此除水利署本身及所屬機關以外，乃考量運用當地原住民人力來守護河川，除憑藉其對家鄉的「熟悉度」和「關懷情」加乘河川守護工作的功效，亦可解決原住民短期就業的問題。目前原民鄉河川守護隊包含臺北縣烏來鄉、臺中縣和平鄉、新竹縣五峰鄉、南投縣仁愛鄉、信義鄉、嘉義縣阿里山鄉、高雄縣那瑪夏鄉、桃源鄉、屏東縣牡丹鄉，及台東縣鹿野鄉、關山鎮等共11隊，加上水利署及所屬機關之河川守護隊，共多達25隊，其主要工作內容包括河川巡護、週遭環境維護、違反河川及水庫管理事件通報、以及配合執行單位相關河川管理協助作業及行政作業等。鑒於河川守護業務作業的繁忙性及資料的複雜性，本計畫規劃執行各項訓練輔導、資料分析、成果網頁提升、協助「河川守護及保育宣導活動」辦理及總成果彙編製作，以利水利署及各河川守護隊回顧審閱本年度執行過程及成果，並可參酌過去參與各項活動的重點設計與安排，以做為未來工作規劃之參考。 本年度計畫共包含5項工作項目，以下摘要說明各項工作成果：  一、自98年2月5日至3月18日，本團隊已陸續於北、中、南、東各區辦理完成6場次、286位河川守護人員訓練，以及26場次巡迴輔導，其中人員訓練主要目的為加強河川守護隊員專業知能，以確實扮演河川守護角色；巡迴輔導主要目的為強化其河川守護觀念，並以在地示範方式加深其對於作業技巧之認知。 二、資料整理與分析：已完成現階段水利署河川守護隊共25隊之作業情形與目前成果彙整分析，以及藉由資料蒐集、電話聯繫及現地訪查以彙整其他守護團體共19隊之成立沿革、宗旨及發展過程等重點內容整理研析，並提供水利署及河川守護隊有關的建議改善策略。 三、網頁提升計畫：完成系統架構規劃、主要功能網頁畫面展示及系統規格書製作，主要功能包含「最新訊息」、「守護隊計畫」、「計畫綜觀」、「活動行事曆」、「成果網絡」、「知識分享」、「網站連結」、「地區成果網」及維護網站用途的「後端管理」等。網頁內容經確認後，配合執行正式上線、系統測試及移轉作業。 四、河川守護隊執行成果彙編：完成重要主題之目錄架構規劃及內容撰寫設計，並配合「河川守護」、「河川環境維護─促進就業」及「節約用水技術輔導」等工作最新資料數據更新及分析。成果彙編目錄內容包含「前言」、「公私協力運作機制」、「執行過程」(含「訓練輔導」、「河川復育及保育守護計畫調查成果彙編資料庫」、「河川守護隊保育宣導活動」、「河川守護隊」、「河川環境維護─促進就業」及「節約用水技術輔導」等過程說明)、「成果與分析」(含「執行過程」各項作業成果與分析內容)及「結語」。確認完稿內容後執行印刷及提送100份成果彙編作業。 五、完成「配合辦理河川守護隊保育宣導活動」工作：本團隊於98年3月13日至3月14日配合調派各河川守護隊員，參與臺北水源局於臺北縣烏來鄉所舉辦的「河川守護隊保育宣導活動」，主要辦理內容為調動280位河川守護隊員(8輛遊覽車及部份交通補助)、活動住宿(遠程需求者計194位隊員)、飲食及投保旅遊意外險等作業事項，活動整體參與過程順暢且圓滿。</abstract><author>淡江大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970354</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802090</governmentpublicationsnumber><identifier>63428</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63428</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川守護隊人員訓練輔導暨網頁提升計畫＝Project of the River Protection Team Staff Training/Guidance and Website Enhancement</title><yearidentifier>200908</yearidentifier></data><data><abstract>台灣本島地形由於山地多，境內河川大多具有流短、坡陡、湍急、含砂量高以及集水區逕流係數大等五特性，水資源利用及流域水土資源的維護困難度皆高，「河川守護隊人員訓練輔導暨網頁提升計畫」之執行，主要係為落實山地地區、河川區域及海岸地區之國土保育及復育，導入民間參與促進環境資源發展，積極鼓勵民間及原住民保育團體參與敏感地區管理及水資源保育工作。 經濟部水利署透過河川源頭之管理與保育工作來確保優質純淨的水質，由於台灣主要河川源頭多位於原住民居住地區，因此除水利署本身及所屬機關以外，乃考量運用當地原住民人力來守護河川，除憑藉其對家鄉的「熟悉度」和「關懷情」加乘河川守護工作的功效，亦可解決原住民短期就業的問題。目前原民鄉河川守護隊包含臺北縣烏來鄉、臺中縣和平鄉、新竹縣五峰鄉、南投縣仁愛鄉、信義鄉、嘉義縣阿里山鄉、高雄縣那瑪夏鄉、桃源鄉、屏東縣牡丹鄉，及台東縣鹿野鄉、關山鎮等共11隊，加上水利署及所屬機關之河川守護隊，共多達25隊，其主要工作內容包括河川巡護、週遭環境維護、違反河川及水庫管理事件通報、以及配合執行單位相關河川管理協助作業及行政作業等。鑒於河川守護業務作業的繁忙性及資料的複雜性，本計畫規劃執行各項訓練輔導、資料分析、成果網頁提升、協助「河川守護及保育宣導活動」辦理及總成果彙編製作，以利水利署及各河川守護隊回顧審閱本年度執行過程及成果，並可參酌過去參與各項活動的重點設計與安排，以做為未來工作規劃之參考。 本年度計畫共包含5項工作項目，以下摘要說明各項工作成果：  一、自98年2月5日至3月18日，本團隊已陸續於北、中、南、東各區辦理完成6場次、286位河川守護人員訓練，以及26場次巡迴輔導，其中人員訓練主要目的為加強河川守護隊員專業知能，以確實扮演河川守護角色；巡迴輔導主要目的為強化其河川守護觀念，並以在地示範方式加深其對於作業技巧之認知。 二、資料整理與分析：已完成現階段水利署河川守護隊共25隊之作業情形與目前成果彙整分析，以及藉由資料蒐集、電話聯繫及現地訪查以彙整其他守護團體共19隊之成立沿革、宗旨及發展過程等重點內容整理研析，並提供水利署及河川守護隊有關的建議改善策略。 三、網頁提升計畫：完成系統架構規劃、主要功能網頁畫面展示及系統規格書製作，主要功能包含「最新訊息」、「守護隊計畫」、「計畫綜觀」、「活動行事曆」、「成果網絡」、「知識分享」、「網站連結」、「地區成果網」及維護網站用途的「後端管理」等。網頁內容經確認後，配合執行正式上線、系統測試及移轉作業。 四、河川守護隊執行成果彙編：完成重要主題之目錄架構規劃及內容撰寫設計，並配合「河川守護」、「河川環境維護─促進就業」及「節約用水技術輔導」等工作最新資料數據更新及分析。成果彙編目錄內容包含「前言」、「公私協力運作機制」、「執行過程」(含「訓練輔導」、「河川復育及保育守護計畫調查成果彙編資料庫」、「河川守護隊保育宣導活動」、「河川守護隊」、「河川環境維護─促進就業」及「節約用水技術輔導」等過程說明)、「成果與分析」(含「執行過程」各項作業成果與分析內容)及「結語」。確認完稿內容後執行印刷及提送100份成果彙編作業。 五、完成「配合辦理河川守護隊保育宣導活動」工作：本團隊於98年3月13日至3月14日配合調派各河川守護隊員，參與臺北水源局於臺北縣烏來鄉所舉辦的「河川守護隊保育宣導活動」，主要辦理內容為調動280位河川守護隊員(8輛遊覽車及部份交通補助)、活動住宿(遠程需求者計194位隊員)、飲食及投保旅遊意外險等作業事項，活動整體參與過程順暢且圓滿。</abstract><author>淡江大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970354</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>1009802090</governmentpublicationsnumber><identifier>63429</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63429</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川守護隊人員訓練輔導暨網頁提升計畫(光碟版) ＝Project of the River Protection Team Staff Training/Guidance and Website Enhancement</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63431</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63431</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>83</publishrocyear><title>理工類進行中研究計畫摘要22(02)上?</title><yearidentifier>199408</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63432</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63432</librarycollectiondetailsurl><price></price><publisher>行政院國家科學委員會科學技術資料中心</publisher><publishrocyear>83</publishrocyear><title>理工類進行中研究計畫摘要22(02)下?</title><yearidentifier>199408</yearidentifier></data><data><abstract> </abstract><author>行政院國家科學委員會科學技術資料中心</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/1</date><governmentpublicationsnumber>22137830385</governmentpublicationsnumber><identifier>63433</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63455</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大甲溪八寶攔河堰工程計畫檢討(2)補充地形測量專題報告(光碟版)</title><yearidentifier>200902</yearidentifier></data><data><abstract>經濟部水利署第十河川局（以下簡稱本局）基於全方位集水區保育治理及防洪避災對策需求及重要河川環境營造計畫-調查規劃，辦理轄管淡水河水系之三維地理資訊系統建置，配合歷年計畫航拍成果將可有效瞭解轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋、河川環境營造、河川管理及防洪避災研究等應用。爰此，特成立本計畫建置「淡水河系三維地理資訊系統」。 本計畫採網際網路三維地理資訊系統，全繁體中文介面，主要展示平台介面包含系統功能列、鷹眼圖台及展示平台等項。使用者可依據滑鼠進行三維空間移動、導覽飛行，並具備地理資訊系統相關資訊分析及查詢展示等功能，可即時於網際網路查詢本計畫成果、提供展示說明以及簡報等應用。 本計畫完成3D-WEBGIS系統軟硬體建置，資料面除淡水河流域(含中央管區域排水4條)，並擴充至海岸、縣市管河川。另匯整轄區地籍資料(僅地籍圖，無所有權部)、歷年斷面資料、河川圖籍，提供查詢展示、沖淤計算之用。 圖資成果建置於中央管河川空間資訊系統功能架構下，利於圖資管理及後續應用之便利性。應用3D-WEBGIS系統之功能，可加強河川水系之規劃管理及提供後續辦理治理規劃檢討與環境營造之參考應用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980256</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/4</date><governmentpublicationsnumber>1009803113</governmentpublicationsnumber><identifier>63463</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63463</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>淡水河系三維地理資訊系統網頁建置計畫(光碟版)</title><yearidentifier>200911</yearidentifier></data><data><abstract>經濟部水利署第十河川局（以下簡稱本局）基於全方位集水區保育治理及防洪避災對策需求及重要河川環境營造計畫-調查規劃，辦理轄管淡水河水系之三維地理資訊系統建置，配合歷年計畫航拍成果將可有效瞭解轄管河川地形地貌，提供後續水文分析水理演算、治理規劃設計、土地利用判釋、河川環境營造、河川管理及防洪避災研究等應用。爰此，特成立本計畫建置「淡水河系三維地理資訊系統」。 本計畫採網際網路三維地理資訊系統，全繁體中文介面，主要展示平台介面包含系統功能列、鷹眼圖台及展示平台等項。使用者可依據滑鼠進行三維空間移動、導覽飛行，並具備地理資訊系統相關資訊分析及查詢展示等功能，可即時於網際網路查詢本計畫成果、提供展示說明以及簡報等應用。 本計畫完成3D-WEBGIS系統軟硬體建置，資料面除淡水河流域(含中央管區域排水4條)，並擴充至海岸、縣市管河川。另匯整轄區地籍資料(僅地籍圖，無所有權部)、歷年斷面資料、河川圖籍，提供查詢展示、沖淤計算之用。 圖資成果建置於中央管河川空間資訊系統功能架構下，利於圖資管理及後續應用之便利性。應用3D-WEBGIS系統之功能，可加強河川水系之規劃管理及提供後續辦理治理規劃檢討與環境營造之參考應用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6933029   443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980256</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/4</date><governmentpublicationsnumber>1009803113</governmentpublicationsnumber><identifier>63464</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63464</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>淡水河系三維地理資訊系統網頁建置計畫</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>行政院經濟建設委員會</author><categoryidentifier>J-1 007</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>17018810058</governmentpublicationsnumber><identifier>63471</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63471</librarycollectiondetailsurl><price></price><publisher>行政院經濟建設委員會</publisher><publishrocyear>81</publishrocyear><title>自由中國之工業第78卷第5期</title><yearidentifier>199211</yearidentifier></data><data><abstract> </abstract><author>謝杉舟</author><categoryidentifier>436.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009802939</governmentpublicationsnumber><identifier>63475</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63475</librarycollectiondetailsurl><price>500</price><publisher>桃園縣政府</publisher><publishrocyear>98</publishrocyear><title>桃園縣坡地水土保持計畫植生工程維護管理及驗收標準手冊</title><yearidentifier>200910</yearidentifier></data><data><abstract>烏溪流域水源豐沛，為中部地區主要水源，然烏溪上游計畫中之國姓及建民兩水庫，均因諸多問題相繼停建，故為調配供應中部地區水資源，有效利用烏溪水源，經濟部水利署中區水資源局業於民國94年度起辦理「烏溪大度攔河堰可行性規劃」計畫迄今。 前揭可行性規劃原係規劃供應彰濱工業區、大城工業區及雲林離島工業區等地區用水。然97年8月中部科學工業園區四期基地確定落址於彰化二林，所需用水並預定由大度堰供應。另水利署98年1月13日召開「研商烏溪大度攔河堰工程佈置檢討」會議亦決議修正原堰址位置及評估規劃設置工業專用沉澱池之可行性。 為因應大度堰計畫供水標的及規劃方案之改變，該規劃修正工作勢須增辦地形調查作業，爰辦理「大度堰推動計畫(2)-補充地形測量」委託服務案（以下簡稱本計畫），俾利後續作業進行。 本計畫主要係於大度堰新修正堰址及新增原水輸水路線辦理地形測量及用地調查，並於計畫完成後，提出正式成果報告，供「烏溪大度攔河堰可行性規劃」執行單位辦理相關規劃修正工作。</abstract><author>華邦工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009803072</governmentpublicationsnumber><identifier>63476</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63476</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度堰推動計畫(2)－補充地形測量＝The Supplemental Topographic Survey of the Dadu Weir Project</title><yearidentifier>200911</yearidentifier></data><data><abstract>烏溪流域水源豐沛，為中部地區主要水源，然烏溪上游計畫中之國姓及建民兩水庫，均因諸多問題相繼停建，故為調配供應中部地區水資源，有效利用烏溪水源，經濟部水利署中區水資源局業於民國94年度起辦理「烏溪大度攔河堰可行性規劃」計畫迄今。 前揭可行性規劃原係規劃供應彰濱工業區、大城工業區及雲林離島工業區等地區用水。然97年8月中部科學工業園區四期基地確定落址於彰化二林，所需用水並預定由大度堰供應。另水利署98年1月13日召開「研商烏溪大度攔河堰工程佈置檢討」會議亦決議修正原堰址位置及評估規劃設置工業專用沉澱池之可行性。 為因應大度堰計畫供水標的及規劃方案之改變，該規劃修正工作勢須增辦地形調查作業，爰辦理「大度堰推動計畫(2)-補充地形測量」委託服務案（以下簡稱本計畫），俾利後續作業進行。 本計畫主要係於大度堰新修正堰址及新增原水輸水路線辦理地形測量及用地調查，並於計畫完成後，提出正式成果報告，供「烏溪大度攔河堰可行性規劃」執行單位辦理相關規劃修正工作。</abstract><author>華邦工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009803072</governmentpublicationsnumber><identifier>63477</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63477</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度堰推動計畫(2)－補充地形測量(光碟版)＝The Supplemental Topographic Survey of the Dadu Weir Project</title><yearidentifier>200911</yearidentifier></data><data><abstract>烏溪流域水源豐沛，為中部地區主要水源，然烏溪上游計畫中之國姓及建民兩水庫，均因諸多問題相繼停建，故為調配供應中部地區水資源，有效利用烏溪水源，經濟部水利署中區水資源局業於民國94年度起辦理「烏溪大度攔河堰可行性規劃」計畫迄今。 前揭可行性規劃原係規劃供應彰濱工業區、大城工業區及雲林離島工業區等地區用水。然97年8月中部科學工業園區四期基地確定落址於彰化二林，所需用水並預定由大度堰供應。另水利署98年1月13日召開「研商烏溪大度攔河堰工程佈置檢討」會議亦決議修正原堰址位置及評估規劃設置工業專用沉澱池之可行性。 為因應大度堰計畫供水標的及規劃方案之改變，該規劃修正工作勢須增辦地形調查作業，爰辦理「大度堰推動計畫(2)-補充地形測量」委託服務案（以下簡稱本計畫），俾利後續作業進行。 本計畫主要係於大度堰新修正堰址及新增原水輸水路線辦理地形測量及用地調查，並於計畫完成後，提出正式成果報告，供「烏溪大度攔河堰可行性規劃」執行單位辦理相關規劃修正工作。</abstract><author>華邦工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009803074</governmentpublicationsnumber><identifier>63478</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63478</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>大度堰推動計畫(2)－補充地形測量圖冊＝The Supplemental Topographic Survey of the Dadu Weir Project</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>63487</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63487</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>97</publishrocyear><title>海岸水文分析應用手冊第二版</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970231</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009800796</governmentpublicationsnumber><identifier>63488</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63488</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸環境防護及復育規劃?考手冊研擬(1/2)=Manual for Coastal Protection and Environmental Restoration Planning(1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>華邦工程顧問有限公司</author><categoryidentifier>351.368</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>097-B-01050-00</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009704089</governmentpublicationsnumber><identifier>63490</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63490</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>連江縣南竿鄉珠螺海岸環境改善規劃=Zhuluo coastal environment improvement plan, Nangan township, Lienchiang County</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>華邦工程顧問有限公司</author><categoryidentifier>351.368</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009704089</governmentpublicationsnumber><identifier>63491</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63491</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>97</publishrocyear><title>連江縣南竿鄉珠螺海岸環境改善規劃（光碟版〉=Zhuluo coastal environment improvement plan, Nangan township, Lienchiang County</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-096024</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>63492</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63492</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河系河川情勢調查計畫=Investigation of stream status of Bei-gang River 成果報告(附錄)</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960240</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/7</date><governmentpublicationsnumber>1009701811</governmentpublicationsnumber><identifier>63493</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63493</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>97</publishrocyear><title>北港溪河川河系情勢調查計畫(總報告)電子書=Investigation of stream status of Bei-gang River</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>63497</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63497</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>98</publishrocyear><title>中華民國99年潮汐表 TIDE TABLES2010 第13期-光碟版</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第九河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009604426</governmentpublicationsnumber><identifier>63499</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63499</librarycollectiondetailsurl><price>1200</price><publisher>水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區排聯合排水系統規劃報告 ＝Regulation project of Flood-prone Areas The Improvement Plan of Lian-Her Drainage System in Hualien County</title><yearidentifier>200810</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970284</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009703441</governmentpublicationsnumber><identifier>63513</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63513</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書附件(控制點位置圖)＝The Achievement Report of A Cross-section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970248</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009703492</governmentpublicationsnumber><identifier>63515</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63515</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書附件(河道橫斷面圖)＝The Achievement Report of A Cross-section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970284</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009703493</governmentpublicationsnumber><identifier>63517</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63517</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書附件(控制點位置圖)光碟版＝The Achievement Report of A Cross-section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>花?溪大斷面測?計畫，第1次重測前於83?辦?完成；93及94??再次完成第2次大斷面重測成果；至今已逾三?餘，為?新河川斷面測?資?，以因應各項工程設計、警戒水位之探討，水?署規定中央管河川大斷面測?每3-5?必需辦?1次重測之規定，爰於96?時提?本計畫，並於今（97）?辦?大斷面重測計畫。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970284</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009703492</governmentpublicationsnumber><identifier>63518</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63518</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪大斷面測量成果報告書附件(河道橫斷面圖)光碟版＝The Achievement Report of A Cross-section Survey Plan for the Hua-lien River</title><yearidentifier>200811</yearidentifier></data><data><abstract>南濱及化仁海域生態情勢調查及新工法研發之研究，總共進行3次珊瑚生態調查，2次海流、水質以及地形調查。調查範圍除南濱及化仁潛堤附近海域外，海流、水質以及地形量測範圍更擴展至木瓜溪河口。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970067</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009703455</governmentpublicationsnumber><identifier>63519</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63519</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>南濱及化仁海岸生態情勢調查及新工法研發之研究（1/2）(光碟版)＝Investigations of Coral Reef Enhancement and Deployment Strategy on Submerged Breakwater in Nanbin and Huajen Vicinity, Hualien (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970341</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>63523</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63523</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料調查及資料庫建置規劃研究=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/8</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>63524</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63524</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料調查及資料庫建置規劃研究電子書=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract>為確保荖濃溪攔河堰管柵取水工集水廊道與匯流池銜接段之設計達到功能要求(計畫最大取水量為50秒立方公尺)，乃進行水工模型試驗。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/9</date><governmentpublicationsnumber>1009803049</governmentpublicationsnumber><identifier>63534</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63534</librarycollectiondetailsurl><price>740</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>曾文水庫越域引水工程計畫 ─荖濃溪攔河堰交差排列管柵取水工水理特性試驗研究(光碟版)＝Tseng-Wen Reservoir Transbasin Diversion Project ─Physical Model Tests of the Intake of Laonong River Weir</title><yearidentifier>200910</yearidentifier></data><data><abstract>排水及水土保持二項標的之投資額及減少幅度最為顯著，推究其原因為97年度開始實施第二期易淹水地區水患治理計畫，將於99年度納入決算進行統計。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/9</date><governmentpublicationsnumber>1009802881</governmentpublicationsnumber><identifier>63535</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63535</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署台灣地區水資源投資分析97年度報告(光碟版)</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970240</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/15</date><governmentpublicationsnumber>1009703559</governmentpublicationsnumber><identifier>63580</identifier><internationalstandardbooknumber>9789860165128 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63580</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮溪主要支流於匯流處規劃囚砂區之可行性研究（光碟版）=Study on the Feasibility of Planning Sand Trap Zone in Confluence of Hualien Creek and Its Main Tributary</title><yearidentifier>200812</yearidentifier></data><data><abstract>本年度配合國家地理資訊系統第三期計畫（96?至105?）中，配合推動「水利地理資訊決策支援系統」計畫，將應用網際網?結合水利空間資訊，建?整合式決策支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，並達成電子化政府之施政目標。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980002</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/16</date><governmentpublicationsnumber>1009803501</governmentpublicationsnumber><identifier>63588</identifier><internationalstandardbooknumber>9789860209624 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63588</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(1/3)＝Establishment of the Water Resources Sharing Geography Information System － Phase 1 (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度配合國家地理資訊系統第三期計畫（96?至105?）中，配合推動「水利地理資訊決策支援系統」計畫，將應用網際網?結合水利空間資訊，建?整合式決策支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，並達成電子化政府之施政目標。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980002</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/16</date><governmentpublicationsnumber>1009803501</governmentpublicationsnumber><identifier>63589</identifier><internationalstandardbooknumber>9789860209624 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63589</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(1/3)－光碟版＝Establishment of the Water Resources Sharing Geography Information System － Phase 1 (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署推動水資源永續發展為知識核心之水利產業，並於民國91年12月與國立成功大學合設成立「水利產業知識化育成中心」，結合產、官、學、研各界資源促進知識型水利產業相關科技整合，進而活絡國內水利產業發展。目前積極推動之水利產業主軸以海水淡化、雨(中)水利用、廢污水回收再利用或農業迴歸水再利用等水再生利用產業。</abstract><author>高苑科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970314</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/17</date><governmentpublicationsnumber>1009803733</governmentpublicationsnumber><identifier>63590</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63590</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用產業技術研發聯盟推動計畫＝The Organization and Promotion of R&amp;D Alliance for Technologies Used in Recycling Water</title><yearidentifier>200911</yearidentifier></data><data><abstract>經濟部水利署推動水資源永續發展為知識核心之水利產業，並於民國91年12月與國立成功大學合設成立「水利產業知識化育成中心」，結合產、官、學、研各界資源促進知識型水利產業相關科技整合，進而活絡國內水利產業發展。目前積極推動之水利產業主軸以海水淡化、雨(中)水利用、廢污水回收再利用或農業迴歸水再利用等水再生利用產業。</abstract><author>高苑科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970314</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/17</date><governmentpublicationsnumber>1009803733</governmentpublicationsnumber><identifier>63591</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63591</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用產業技術研發聯盟推動計畫(光碟版)＝The Organization and Promotion of R&amp;D Alliance for Technologies Used in Recycling Water</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>地拓工程顧問有限公司</author><categoryidentifier>113.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009702749</governmentpublicationsnumber><identifier>63600</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63600</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管河川三棧溪水系規劃報告 光碟版=Regulation  Project  of  Flood-prone  Areas  Planning  project  for  San-Chan  River  in  Hua-Lien  County</title><yearidentifier>200810</yearidentifier></data><data><abstract>樹湖溪位於花蓮縣壽豐鄉境內，集水面積約38.41平方公里，流經樹湖、溪口、豐山、壽豐、共和、光榮、豐裡及豐坪等村，相關支流如豐坪、豐裡、森本、四支一分線、豐田與豐山等排水，終皆匯入樹湖溪右岸，惟沼田溝（壽豐鄉雨水下水道）匯入樹湖溪左岸；樹湖溪於壽豐養殖區東北角匯入荖溪右岸，為花蓮溪水系荖溪之支流，屬於花蓮縣管區域排水。本計畫提出兩種綜合治水方案進行二維淹水模擬演算，並依其工程內容、用地面積、功能性、維護管理、下游淹水改善效果、土地問題、協調問題及工程費用等進行比較後，擇定採下游分洪道及現有漁塭滯洪、分洪方案、中游段滯洪池(編號15、17～21)方案及農田區灌溉制水閘門設置方案施作，以優先改善壽豐村與共和村淹水問題，另於上游段佈設一系列滯洪池，減輕中、下游排水負擔；此外，豐田車站南側地下道局部積淹問題，採豐田車站抽水機組更新方案進行改善。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009604392</governmentpublicationsnumber><identifier>63601</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63601</librarycollectiondetailsurl><price>150</price><publisher>水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區排樹湖溪排水系統規劃報告(光碟版)＝Regulation Project of Flood-prone Areas Report of Shu-hu Creek of Hwalian Regional Drainage System</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第九河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009604426</governmentpublicationsnumber><identifier>63602</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63602</librarycollectiondetailsurl><price>1200</price><publisher>水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區排聯合排水系統規劃報告 光碟版 ＝Regulation project of Flood-prone Areas The Improvement Plan of Lian-Her Drainage System in Hualien County</title><yearidentifier>200810</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970231</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009800796</governmentpublicationsnumber><identifier>63603</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63603</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸環境防護及復育規劃?考手冊研擬(1/2)光碟版=Manual for Coastal Protection and Environmental Restoration Planning(1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫蒐集檢核各部門年度提報之各項水資源投資經費，並將歷年之資料系統化建檔以供資料傳輸及查詢介面使用，並針對歷年來水資源投資分析年報資料建立研析指標，對國內水資源投資計畫與建設成效進行綜合分析。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970350</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009803808</governmentpublicationsnumber><identifier>63604</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63604</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源投資分析資料檢討及應用之研究(1/2)＝A Study on Data Review and Application for Water Resources Investment Analysis (1/2)</title><yearidentifier>200911</yearidentifier></data><data><abstract>本計畫蒐集檢核各部門年度提報之各項水資源投資經費，並將歷年之資料系統化建檔以供資料傳輸及查詢介面使用，並針對歷年來水資源投資分析年報資料建立研析指標，對國內水資源投資計畫與建設成效進行綜合分析。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970350</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/21</date><governmentpublicationsnumber>1009803808</governmentpublicationsnumber><identifier>63605</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63605</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源投資分析資料檢討及應用之研究(1/2)－光碟版＝A Study on Data Review and Application for Water Resources Investment Analysis (1/2)</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/22</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>63606</identifier><internationalstandardbooknumber>1848840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63606</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>95</publishrocyear><title>水利第十六期(附光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>林彥助</author><categoryidentifier>941.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/23</date><governmentpublicationsnumber>1009604265</governmentpublicationsnumber><identifier>63611</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63611</librarycollectiondetailsurl><price>300</price><publisher>台北縣文化局</publisher><publishrocyear>96</publishrocyear><title>林彥助詩書晝集</title><yearidentifier>200712</yearidentifier></data><data><abstract>為研擬板新及桃園地區之水源供給方案，本計畫規劃三峽河調整池之水源開發方案，並納入大漢溪整體供水系統，俾利往後規劃本區域常態供水及備用水源計畫之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009803118</governmentpublicationsnumber><identifier>63628</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63628</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>三峽河調整池初步規劃階段性總報告(內附光碟)＝Synthesis report on  preliminary planning of Sansia River adjustment pool</title><yearidentifier>200912</yearidentifier></data><data><abstract>為研擬板新及桃園地區之水源供給方案，本計畫規劃三峽河調整池之水源開發方案，並納入大漢溪整體供水系統，俾利往後規劃本區域常態供水及備用水源計畫之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009803118</governmentpublicationsnumber><identifier>63629</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63629</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>三峽河調整池初步規劃階段性總報告(光碟版)＝Synthesis report on  preliminary planning of Sansia River adjustment pool</title><yearidentifier>200912</yearidentifier></data><data><abstract>隘?堰民國85?為因應屏?地區用水需求，執行「隘寮堰改善工程計畫」，惟工程開工後即遭民眾強?抗爭導致計畫中止，僅完成堰體改善工程及?道圳改善工程，未能達成供水目標。屏南地區至民國110?用水成長需求由牡?水庫供給，而屏?地區用水需求至今未有新水源開發案?滿足。為尋求屏東地區可能供水之水源開發計畫，擬瞭解隘?堰目前水源?用?況，並初步評估開發?用之可?性，以作為屏東地區水源開發工作目標之?考。 以每日3.0、6.0、7.5及12.0萬立方公尺不同供水量評估剩餘水量利用，以保留隘寮堰實際引水量分析剩餘水量利用，供水量依序為459、911、1,135及1,795萬立方公尺，而以保留隘寮堰水權量之剩餘水量利用，供水量依序為479、949、1,181及1,868萬立方公尺。 計畫供水策略為取用豐水期剩餘水量，枯水期如水源不足則調用農業節餘水方式進行。經由清水成本及考量民國85年水門國有地已有私墾戶強烈抗爭前例，其土地徵收阻力勢必較大，因此建議東海豐淨水場為本計畫方案。而依地方意見領袖之訪談與問卷調查內容之社會可行性綜合分析得知，目前公共給水對地方需求多呈現意願及支持度均不高情形，惟如能透過良好協調溝通並適當承諾，爭取有條件贊成或無所謂之支持，則本計畫仍有其可行性。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980211</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009802929</governmentpublicationsnumber><identifier>63630</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63630</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>隘寮堰剩餘水量利用潛勢評估(內附光碟)＝An Assessment for Potential Utilization of Residual Flow at Ailiao Weir</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980083</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009803232</governmentpublicationsnumber><identifier>63632</identifier><internationalstandardbooknumber>9789860206753 ; 9789860206</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63632</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果彙編暨發表會成果報告書  2008 Water Resources Agency Commissioned Projects Accomplishment Presentation Results Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>收錄彙編96年5月31日以後結案至97年度5月31日前結案之委辦計畫共233件成果摘要彙編。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009803220</governmentpublicationsnumber><identifier>63633</identifier><internationalstandardbooknumber>9789860206760 ; 9789860206</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63633</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果摘要彙編</title><yearidentifier>200912</yearidentifier></data><data><abstract>收錄彙編96年5月31日以後結案至97年度5月31日前結案之委辦計畫共233件成果摘要彙編。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/28</date><governmentpublicationsnumber>1009803220</governmentpublicationsnumber><identifier>63634</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63634</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果摘要彙編(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。瞭解近岸海流的季節性與地區性變化對於海岸侵蝕防禦工事而言，是相當重要的。傳統海流觀測方法為現場儀器觀測，可分為在海中定點設置觀測站的Eulerian觀測以及於海中布放漂流浮標的Lagrangian方式，但會有儀器壽命短、遺失風險高、維護不易等缺點，因此現場觀測點的空間密度不會太高。而雷達衛星觀測具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像來進行海流觀測。　　本計畫採用SED流場反演模式解算雷達衛星影像訊號，進而估算近岸海域流速的變化情形。結果發現在東北角、外傘頂洲、恆春與宜蘭海岸有明顯的空間變異性，這結果與潮流模式模擬出的結果相似。　　本計畫獲得近十年（1998與2008）中台灣近岸海流在不同地區、不同季節的近岸海流資料，對於本年度的因實測資料不足而暫時中斷的WVD時頻分析法，建議水利署在東北角、宜蘭海域、外傘頂洲等空間變異大的區域進行海流浮標測站建置，並蒐集高頻岸基雷達資料。以期第二期（99年度）計畫中獲得更佳成果，並對於颱風等特殊天氣影響期間近岸海流的變化因素加以探討，以提供相關單位使用，俾使台灣海岸地區防護更臻完善。</abstract><author>國立中央大學通訊系統研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980134</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/29</date><governmentpublicationsnumber>1009803732</governmentpublicationsnumber><identifier>63640</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63640</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。瞭解近岸海流的季節性與地區性變化對於海岸侵蝕防禦工事而言，是相當重要的。傳統海流觀測方法為現場儀器觀測，可分為在海中定點設置觀測站的Eulerian觀測以及於海中布放漂流浮標的Lagrangian方式，但會有儀器壽命短、遺失風險高、維護不易等缺點，因此現場觀測點的空間密度不會太高。而雷達衛星觀測具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像來進行海流觀測。　　本計畫採用SED流場反演模式解算雷達衛星影像訊號，進而估算近岸海域流速的變化情形。結果發現在東北角、外傘頂洲、恆春與宜蘭海岸有明顯的空間變異性，這結果與潮流模式模擬出的結果相似。　　本計畫獲得近十年（1998與2008）中台灣近岸海流在不同地區、不同季節的近岸海流資料，對於本年度的因實測資料不足而暫時中斷的WVD時頻分析法，建議水利署在東北角、宜蘭海域、外傘頂洲等空間變異大的區域進行海流浮標測站建置，並蒐集高頻岸基雷達資料。以期第二期（99年度）計畫中獲得更佳成果，並對於颱風等特殊天氣影響期間近岸海流的變化因素加以探討，以提供相關單位使用，俾使台灣海岸地區防護更臻完善。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980134</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/29</date><governmentpublicationsnumber>1009803732</governmentpublicationsnumber><identifier>63642</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63642</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究(1/2)--光碟版</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫除蒐集整理分析國內外之法令、案例及產業技術等資料外，並以問券調查方式及其他方式進行台灣地區微型水力發電之潛能調查評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980049</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/29</date><governmentpublicationsnumber>1009803548</governmentpublicationsnumber><identifier>63645</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63645</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>微型水力發電潛能調查分析及開發策略與相關配套措施之研究(光碟版)＝Studies of Micro Hydropower Potential Evaluation,Development Strategies and Related Supporting Measures</title><yearidentifier>200912</yearidentifier></data><data><abstract>FFTA風險分析模式確認水利署關鍵風險項目分別為洪水淹水、乾旱缺水、疏濬與砂石管理與地層下陷。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970352</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/29</date><governmentpublicationsnumber>1009803172</governmentpublicationsnumber><identifier>63646</identifier><internationalstandardbooknumber>9789860205664 ; 9789860205</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63646</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署行政機關風險評估與管理及因應對策之研究(光碟版)   A Study on the institutional risk assessment and manaagement strategy for Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>淡水河即時洪水預報系統模式(REFOR模式)是民國93年十河局自行研發，為一套可靠、穩定、即時、自動化的洪水預報模式。民國97年，十河局委託臺大水工所進行REFOR模式基礎資料的更新與模擬功能的擴充，使模式提供符合現況的預報資訊。此外，結合資料庫與GIS介面，開發事件模擬、決策支援、參數檢定等功能。降雨預報則新增預報選項，連結中央氣象局QPESUMS降雨預報資料，使REFOR模式發揮更大的運算彈性。 98年度持續維護擴充REFOR模式功能，針對模式應用與洪水預報需求開發自動化模組，並在現有REFOR模式開發基礎與經驗下，評估並建立塔寮坑溪洪水預報雛型系統。各項工作成果可條列如下： 1.運作系統整合：完成REFOR模式單機版與預報版整合機制，在統一的資料庫架構與操作介面下，建立可獨立運作之雙軌制預報系統。 2.操作介面擴充：預報模式介面除「河川縱剖面圖」外，新增「斷面水位流量」、「水筒平衡」、「誤差分析」、「預報水位趨勢修正」、「水位站水位彙總」、「員山子預報資訊」、「達警戒水位準備時間」等圖表，可提供更符合預報作業需求與流域現況之預報結果，協助決策之研判。 3.模式功能擴充：將河川模式模擬範圍推廣到石門水庫與翡翠水庫對於土城、三峽、樹林、龍潭、大溪、新店地區均能提供河川預報水位與流量。 4.自動化模組建置：開發參數檢定自動化模組，提高上游集水區水筒參數之檢定效率。 5.決策支援功能：開發即時預報系統水庫圖形化操作介面，協助預報時期評估水庫放水量對下游河川未來6小時之衝擊。 6.河口暴潮位修正機制：重新確認並連結氣象局淡水氣象站氣壓資料，對後續暴潮位運算機制提出建議。 7.基礎資料維護更新：完成REFOR模式年度資料更新，並提供資料維護說明文件，斷面維護介面新增歷年通水斷面積比較及河川縱剖面檢視功能。 8.建置塔寮坑溪洪水預報雛型系統：完成塔寮坑溪雨量與水位站現況評估及設站建議。在現有資料供應狀況下，建立可連結QPESUMS預報降雨，利用地貌型逕流模式計算集水區逕流，並以NewC河川模式演算塔寮坑溪流量與水位之洪水預報雛型系統。</abstract><author>國立臺灣大學</author><categoryidentifier>443.16   443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980137</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803880</governmentpublicationsnumber><identifier>63651</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63651</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>98年度淡水河即時洪水預報系統模式擴充及維護(內附光碟)＝Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以「淡水河流域」為範圍，包括淡水河、新店溪、大漢溪、基隆河、三峽河、景美溪及其支流之集水區。行政區域則包括台北市、台北縣、桃園縣、宜蘭縣、新竹縣及基隆市。淡水河流域近年因氣候變遷、海水位上升、土地都市化程度擴大、地質條件退化等外在因素，防洪效果已逐漸降低，衍生許多與河川區域相關之治理議題，如社子島及五股平原高保護評估、基隆河待改建橋梁、上游水資源設施取水濁度過高及淤砂庫容減少、下游河床淤積與洪水位上升、水質防制、河川空間利用及發展等議題。各議題各有其主管及目的事業主管機關，治水事權分散，且各機關間平時彼此聯繫不足，以致疏忽彼此權責事務間之關連性，而各自為政，無法有效解決治理問題。為避免上述問題發生，涉及河川治理規劃之相關議題應以流域為單元，以流域整體規劃方式統籌辦理。本計畫以流域整體治理角度，針對管理組織、國土規劃、防救災、水資源利用及河川環境利用五大議題之需求面及供給面探討，釐清其各子議題及相關之權責單位，作為未來政府施政方針。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.030   443.689703   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009804094</governmentpublicationsnumber><identifier>63652</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63652</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>淡水河流域整體治理規劃  (1/2) 成果報告 ＝Planning  of   Integrated  Management  for  the  Danshuei   River  Basin (1/2) 成果報告</title><yearidentifier>200912</yearidentifier></data><data><abstract>一、計畫緣起 為有效改善淹水問題，經濟部提出系統性治理縣（市）管河川、區域排水及事業海堤之構想，針對淹水情形嚴重且治理進度落後之縣市，分8年編列1,160億元特別預算以加速治理進度，並於民國94年7月5日核定『易淹水地區水患治理綱要計畫』。經濟部水利署第十河川局(以下簡稱本局)於民國95年3月3日依核定『易淹水地區水患治理計畫第1階段（95～96年度）』辦理塔寮坑溪排水系統整治及環境營造規劃。 本局於民國94年即開始著手進行「塔寮坑溪區域排水整治及環境營造計畫」，該計畫期程為3年，目標為完成主幹線之排水設施範圍公告，但其工作項目與現階段推動之易淹水地區水患治理計畫要求流域整體規劃之相關工作項目略有不足。96年度提出以塔寮坑溪支流水系（含低窪地區淹水整治）規劃為主，但須配合已辦理之主流規劃部分(目前採堤防方式方式整治)予以重新檢討綜合治水原則，並研提相關配合措施及處理方式。本報告即整合上述兩計畫，並檢討民眾意見與歷年臺北縣政府對塔寮坑溪排水的改善構想，提出塔寮坑溪整體之治理規劃。  二、計畫範圍 塔寮坑溪排水流域位於台北盆地西南邊緣，流域面積29.37平方公里，主幹線從發源地(約於嶺頂橋上游700公尺)至與大漢溪匯流處全長約12.25公里，另有啞口坑溪、十八份坑溪、潭底溝及西盛溝等四條主要支流。各支流長度分別為啞口坑溪從發源地至塔寮坑溪匯流處約5.35公里、十八份坑溪從發源地至塔寮坑溪匯流處約4.95公里、潭底溝從發源地至塔寮坑溪匯流處約5.95公里、西盛溝從發源地至塔寮坑溪匯流處約2.8公里。計畫範圍如圖1.2-1所示。  三、排水分類及權責劃定 依「排水管理辦法」（92.10.01）之內容，塔寮坑溪主流係屬中央管區域排水，其管理機關為「經濟部水利署第十河川局」；支流部份管理機關為縣市管。依照行政院核定94年7月7日核定：「塔寮坑溪排水雖大部分位於臺北縣境內，惟其中上游集水區尚有少部分位於桃園縣境內，目前主流仍為中央管區域排水，由於「易淹水地區水患治理計畫」係政府協助易淹水區域之地方主管河川、區域排水等水利建設加速改善計畫，爰請經濟部本于中央水利主管立場與臺北縣政府協調盡速依法公告塔寮坑溪排水為臺北縣管排水，俾符『水患治理特別條例』及『易淹水水患治理計畫』規定之實施原則」。案經經濟部水利署於94年7月25日「研商中央管區域排水改列縣(市)管區域排水事宜」會議決議將該排水改列縣管區排，並經臺北縣政府94年9月20日同意整治完成後改列在案。 依經濟部中華民國94年11月14日經授水字第09420219360號公告，塔寮坑溪係屬中央管區域排水，塔寮坑溪排水主流之權責起點為與大漢溪匯流處，權責終點為桃園縣龜山鄉龍壽村台一線嶺頂橋北側。其餘支流部份的權責劃定須由本計畫完成後公告。 四、集水區概況 塔寮坑溪排水溪流發源於龍壽村南端，排水流經行政區域含跨臺北縣新莊市、樹林市及桃園縣龜山鄉等，集水區域面積約29.37平方公里，全長約12.25公里，幹流中、下游河道長度約5.8公里，幾乎完全渠化。塔寮坑溪集水區主、支流上游山坡地之標高約介於10~200公尺，屬高地排水區，面積約佔全流域之60﹪，近年來大幅開發，地表逕流增加，且主流上游砂石場洗砂問題，更導致中下游水路淤積，影響通水能力；至於其主流下游流經高度開發之都市計畫區，其地面標高約介5~10公尺，屬低地排水區，流路兩岸建物密集，部分排水斷面狹小，造成排水瓶頸，且排水出口低於大漢溪10年重現期之洪水位E.L.7.01公尺，故易受大漢溪外水頂托，汛期暴雨排除更加不易。本集水區除林口台地外，大都為大漢溪?積扇平原區，地形地勢由西北往東傾斜。 支流部份，西盛溝與潭底溝兩排水集水分區皆為低窪地區，內水排除不易，復受塔寮坑溪外水頂托影響，淹水潛勢高。十八份坑溪流長約4.95公里，上游發源於為桃園縣龜山鄉，中下游排水區域幾乎皆位於新莊市丹鳳里轄區內，目前排水路兩岸大多為非都市計畫地區，其上游林相貌密、礫石邊坡較不穩定。啞口坑溪流長約5.35公里，上游發源於為桃園縣龜山鄉，中下游位於新莊市雙鳳里。十八份坑溪與啞口坑溪之中下游已大多渠化、其中部分河段設置攔砂設施。上游裸露邊坡侵蝕崩落，易造成土砂災害，土石流潛勢高；中下游有零星產業廢水排入，影響水路水質。 截至民國95年5月底為止統計，合計居住於塔寮坑溪排水之人口數約為24萬人，人口密度每平方公里有8,170人，人口密度相當高。 五、水文及計畫排水量 (一)暴雨頻率 塔寮坑溪排水流域平均一日及二日最大暴雨頻率分析成果表                                                                  單位：mm 　	重現期（年）	2	5	10	20	25	50	100	備註 　	常態	143.7	190.0	214.2	234.2	240.0	256.7	271.7	 一	二參數對數常態	133.4	185.7	220.8	254.7	265.6	299.2	333.0	 日	三參數對數常態	129.2	173.8	209.0	246.7	259.5	301.4	346.9	 暴	皮爾森第三類	137.7	187.3	216.8	243.2	251.2	275.1	297.7	 雨	對數皮爾森第三類	135.2	186.3	218.8	248.8	258.2	286.4	313.9	採用值 　	極端值第一類	134.6	183.3	215.5	246.3	256.1	286.3	316.3	 　	常態	201.3	277.1	316.8	349.5	359.0	386.4	410.9	 二	二參數對數常態	184.6	261.3	313.4	364.2	380.5	431.3	482.7	 日	三參數對數常態	176.1	245.9	303.5	367.3	389.3	462.5	543.7	 暴	皮爾森第三類	177.7	259.8	319.1	377.6	396.4	454.8	513.4	 雨	對數皮爾森第三類	182.4	260.3	315.7	371.5	389.8	448.0	508.8	採用值 　	極端值第一類	186.4	266.1	318.8	369.4	385.4	434.9	483.9	  (二)計畫排水量 本計畫以臺北縣塔寮坑溪排水能力檢討及改善規劃報告(經濟部水利規劃試驗所，民國88年)推算之塔寮坑溪出口10年重現期280cms作為計畫洪水量，各控制點之10年重現期計畫洪水量分配圖如圖1所示。   圖1 塔寮坑溪排水10年重現期距計畫流量分配圖 六、排水路通水能力及淹水災害原因 (一) 排水路通水能力 1. 塔寮坑溪排水幹線: 2K+200~2K+300(新營盤橋) 、2K+500~ 2K+600 (民權橋下游)無法通過10年重現期渠段之排水路、7K+100(全真橋上游)~8K+300大部份斷面無法通過10年重現期。 2. 十八份坑溪排水: 0K+000~0K+100無法通過25年重現期渠段之排水路，大部份斷面可以通過25年重現期。 3. 啞口坑溪排水: 0K+000~0K+100無法通過10年重現期渠段之排水路，0K+300至上游大部份斷面可以通過25年重現期。 4. 潭底溝排水: 1K+970~4K+400幾乎皆無法通過10年重現期。  (二) 淹水災害原因 塔寮坑溪流域下游地區地勢低窪，復以區域土地高密度開發利用，洪水導排空間受限，故颱風豪雨期間，常因降雨強度過大、排水不良或抽排不及等因素，造成洪水溢淹及嚴重災損。依據臺北縣政府消防局針對區域公共安全之評估，新莊地區易淹水區域包括瓊林路、中山路、新泰路、四維路、後港一路、化成路底、中港路底、泰山塔寮坑溪等。民國96年之柯羅沙颱風亦造成新樹路附近地區淹水約50公分。 另於塔寮坑溪流域上游桃園縣龜山鄉龍壽村之龍壽國小附近地區，由於河道通洪斷面不足，亦常造成溢淹；其支流潭底溝上游之樹林工業區，因地勢較低亦常淹水，而其與中正路(縣道116)交會處之光武橋上下游河段，仍為通洪之瓶頸段，亦有漫淹之情形。  七、綜合治水對策 塔寮坑溪區域排水系統流量之設計，應以民國95年5月3日核定之「易淹水地區水患治理計畫（修正計畫）」內容為依據，其工程設計標準為縣（市）管區域排水以10年重現期洪水設計，25年重現期不溢堤為目標。同時整治時之工程與非工程手段皆應考慮地區發展的有關策略，且對於環境與生態衝擊為最小為標的。故塔寮坑溪排水之綜合治水措施方案研擬如下： 採高、低地排水分離治理，其中高地排水採用分洪及坡地保育等方式處理，低地排水則採用抽水站抽排、支流排水改善，堤後引水幹線工程及主河道整治工程及其他配合措施，以達到減輕水患之目的。 (一)高地排水措施 塔寮坑溪10年重現期洪水量為280cms，其中屬高地排水約201cms，低地排水約79cms。 A.將高地洪水量採分洪方式排入大漢溪。 B.塔寮坑溪下游出口設置抽水站採機械抽排方式排入大漢溪。 C.另配合坡地保育及滯洪池等方式達到減輕水患之目的。 (二)主河道整治及堤防加高措施 A.辦理塔寮坑溪主流及支流堤防加高工程。 B. 在經費許可下，適度加高堤防高度，以提高塔寮坑溪重力排水能力。 C. 另配合塔寮坑溪河道整治及跨河橋梁改建工程，以增加通水斷面及塔寮坑溪之排洪能力。  D. 配合高地排水措施，封閉橋梁欄杆避免河水由橋梁倒灌入市區。 E. 塔寮坑溪出口閘門擴建，以延後閘門關閉時間，使流量順利排至大漢溪並改善現有閘門阻水之影響。 (三)低地排水措施 A. 增建塔寮坑溪兩岸之堤後引水幹線工程，將塔寮坑溪沿岸低地排水量導引至抽水站抽排。 B. 增設特二號道路分流箱涵，紓解塔寮坑溪主流出口河段之流量，藉由分流箱涵引水至塔寮坑及預定新建之瓊林抽水站，以抽水站聯合運作方式將分流量排至大漢溪。 C. 增建分流箱涵將潭底溝上游排水量分流至西盛抽水站。 D. 以潭底溝抽水站(40cms)、建國抽水站(12cms)、西盛溝抽水站(5cms)排除下游地區之洪水量。 (四)集水區保育 塔寮坑溪上游(桃園縣境內)、塔寮坑溪支流十八份坑溪與啞口坑溪流域存在多條水土保持局公告之土石流潛勢溪流，多屬中至低危險程度。區內卵礫石邊坡，經沖刷、侵蝕與崩塌作用，在河道易形成土石流，容易造成河道淤積阻塞。經檢討十八份坑、啞口坑及上游部分地區進行土砂災害防治之工程。 (五)環境營造 依據本局民國95年「塔寮坑溪區域排水整治及環境營造規劃」重新檢討後，在塔寮坑溪排水集水區域範圍內選定上、中、下游各一處滯洪池。  八、改善方案分析及建議 塔寮坑溪10年重現期洪水量為280cms，其中屬高地排水約201cms，低地排水79cms。採高、低地排水分離治理，其中高地排水採用分洪及坡地保育等方式處理，低地排水則採用抽水站抽排、支流排水改善，堤後引水幹線工程及主河道整治工程及其他配合措施，以達到減輕水患之目的。根據上述改善原則，考量分洪、分流、抽水站設施等，計畫排水量決定原則為以重現期距10年之洪峰流量扣除分洪、分流後之分配流量為計畫排水量。塔寮坑溪排水計畫流量分配如圖2所示。    圖2 改善方案之計畫流量分配圖 改善方案之工程手段如下： 1. 高地分洪 將高地洪水量70cms採分洪方式（十八份坑溪及啞口坑溪分洪工程）排入大漢溪。剩餘131cms於塔寮坑溪下游出口設置抽水站採機械抽排方式（塔寮坑抽水站及擴建站）排入大漢溪。 2. 主河道整治 寮坑溪主流約3公里堤岸需施作加高工程，未來堤頂高程將較現況堤頂增加約0.21～0.62公尺左右。其配合工程有防汛道路、橋梁改建及橋梁封閉工程等，其中橋梁封閉工程採防洪陸閘方式，避免河水借由橋梁倒灌入市區，以及支流出口閘門改建。 塔寮坑溪上游龜山鄉10年重現期排水量約74cms，由於上游部分河道窄縮，易造成瓶頸，建議搭配河道疏濬及全真橋至龍壽國小上游300公尺處約計1,150公尺河道擴寬，以拓寬為12公尺以上較佳。 3.低地排水改善及抽水站設立 低地地區排水改善方法有增建塔寮坑溪兩岸之堤後引水幹線工程，將塔寮坑溪沿岸低地排水量導引至抽水站抽排。增建分流箱涵(34cms)將潭底溝上游排水量分流至西盛抽水站。並設置潭底溝(40cms)、建國(12cms)、西盛溝(5cms)臨時抽水站排除下游地區之洪水量。塔寮坑溪出口閘門改善、特二號道路分流箱涵工程及既有抽水站更新及擴建。 4.集水區保育 塔寮坑溪上游（桃園縣境內）、塔寮坑溪支流十八份坑溪與啞口坑溪流域均存在多條水土保持局公告之土石流潛勢溪流，多屬中至低危險程度。依據臺北縣政府之「十八份坑溪及啞口坑溪坡地保育暨十八份坑溪(水源地)新設護岸工程」初步規劃，考慮十八份坑溪水源地至桃園縣境範圍，包含水源一橋至水源三橋間二處既有崩塌地，及水源二橋旁支流邊坡復育，另啞口坑溪二支流之邊坡復育工程及河道治理工作，工程範圍涵蓋臺北縣新莊市與桃園縣龜山鄉。其工程內容包括石籠與重力式護岸1602.5公尺、土釘加勁35,785公尺、微型樁4,974公尺、邊坡植生復育9,535平方公尺、箱涵橋2座、防汛道路300公尺以及雜項工程等。 5.搭配環境營造設置滯洪池方案 塔寮坑溪主流規劃1處滯洪池，利用滯洪池調蓄洪峰流量，兼做生態景觀與綠美化之空間。 有關塔寮坑溪排水整體改善方案平面佈置示意圖如圖3所示。 非工程手段： (1)適當的土地利用規劃 (2)洪水預警及防範措施 (3)教育宣導 (四)改善分析 以堤防改善後的斷面資料及低地抽水，配合10年及25年重現期距洪水案例，淹水模擬結果淹水面積分別約為9公頃及20公頃，平均淹水深度分別約0.23公尺及0.31公尺。 現況與改善方案之淹水模擬比較結果如表1所示。改善後可以將新莊低地地區之淹水範圍大幅減少，以10年重現期洪水發現其淹水深度改善將達64%，淹水範圍改善約94%。以10年重現期洪水模擬改善後尚有9公頃之淹水面積，位置在西盛溝集水區域，未來若配合溫子圳重劃區地形改造後淹水模擬應為0。故本計畫配合主流所研擬之整體改善方案之效益為改善塔寮坑溪排水集水區域156公頃之淹水面積，改善淹水深度約41cm。其中，由10年重現期洪水模擬改善後之有淹水達1.5公尺區域約0.16公頃，係為緊臨西盛溝堤防之局部地區，建議未來配合該區都市計畫整地，將該區域高程調整或配合下水道收集系統的整治應可解決此局部淹水問題。     圖3 塔寮坑溪排水整治工程計畫之工程位置圖   表1 現況與改善方案之淹水模擬比較表 項目	平均淹水深度(公尺)	淹水面積(公頃)	淹水面積 居住人口數 事件	現況	改善後	改善百分比(%)	現況	改善後	改善 面積	改善百分比(%)	現  況	改善後 艾利颱風	0.65	0.42	35.4	34.7	2.2	32.5	94	11,272	672 10年重現期	0.64	0.23	64.1	156	9*	147	94.2	39,750	2,966 25年重現期	0.72	0.31	56.9	205	20	185	90.2	51,418	6,724   註：1.本計畫採超過25公分即視為淹水。 2.以10年重現期洪水模擬改善後尚有9公頃之淹水面積，位置在西盛溝集水區域，未來若配合塭子圳重劃區地形改造後淹水模擬應為0。  九、環境營造 本局已於民國95年之「塔寮坑溪區域排水整治及環境營造計畫」(第2年度)成果計畫中進行評估，其中因考慮地方意見及塔寮坑溪現況環境，建議可以積極開發河岸旁可利用之綠地，共有15個基地位置納入規劃考量，其中12個基地可將之規劃為生態景觀滯洪池兼水質淨化、河濱生態綠地或社區鄰里遊憩綠地，並藉由防洪工程改善之同時於塔寮坑溪主流兩岸邊擬規劃8m寬之防汛道路，並設置自行車道或人行步道，增加人與河川親近之空間，預期可改善居民對塔寮坑溪之厭惡程度，俟水質改善後可達成水與綠之河川的整體發展願景。 前期成果基於生態景觀滯洪池兼水質淨化、河濱生態綠地、社區鄰里遊憩綠地提出規劃構想，經過專家學者等評選，塔寮坑溪環境營造計畫包含兩處生態滯洪池及利用多處截彎取直後之堤後公有地規劃為河濱生態綠地或遊憩公園，其中，選定龜山鄉龍壽村龍壽國小旁之塔寮坑溪左岸土地面積約1.5公頃及特2號道路於塔寮坑溪至西盛溝間之公11號土地等兩處做為生態景觀滯洪池。塔寮坑溪下游有多處截彎取直後之堤後公有地，基於沿岸人口密集，若能利用既有公有地將之規劃為河濱生態綠地或遊憩公園，將可增加社區休憩交誼空間並滿足民意之需求。 十、工程計畫 (一)計畫原則 1. 依據塔寮坑溪排水改善方案之擬定，本計畫係完成塔寮坑溪排水集水區域十年重現期降雨之水患治理保護標準為目標。塔寮坑溪排水整體改善工程以塔寮坑溪中下游及上游兩分區以下說明。 (1)	塔寮坑溪中下游(新莊樹林地區)：目前依「塔寮坑溪排水改善實施計畫(初期)修正計畫」之20項工程項目優先執行，並加入後續計畫有十八份坑溪及啞口坑溪分洪工程、潭底溝下游分流及塔寮坑溪抽水站擴建51cms。 (2)	塔寮坑溪上游(龜山地區)：須辦理龍壽村防洪整治工程，並搭配環境營造規劃設置龍壽國小滯洪池。 2.工程計畫內容以防災為優先，環境營造部分作參考。計畫原則係採高地分洪措施，搭配河道整治，利用疏浚及拓寬排水路增加排水通水斷面，而低地地區以分流工程將內水導排至抽水站排出。 3.本計畫改善工程所需工程費龐大，必須分階段辦理，實施之順序係依據工程之迫切性、改善效果、連貫性、效益、水理條件及災害損失程度等因素評估，作為工程實施順序之考量。改善工程擬分三期實施，分期編列工程經費。 (二) 工程佈置與規劃設計 塔寮坑溪全區之排水改善改善工程係依據第七章所擬定之改善方案及上述工程計畫原則予以規劃設計，方案採高低地分離方案，高地分洪措施，配合主河道整治及堤防加高，於低地地區以機械方式排出排水區，主要工程項目依高、低地排水、集水區保育及環境營造分類，各改善工程詳表2所列。 (三) 工程經費 塔寮坑溪排水全流域所擬進行之工程計畫，相關之工程經費概估總表如表3，總工程費包括用地取得及拆遷補償費與工程建造費等需120.12億元。   表2 塔寮坑溪排水改善設施工程項目表 工程方案	工程項目	期程 (期別)	計畫執行 單位	權責單位	經費來源	備 註 高地 排水 	坡內坑溝分洪工程	一	臺北縣府	水利署	經濟部、臺北縣府	執行中 	防砂壩兼滯洪池工程*	三	臺北縣府	農委會	農委會	待執行 	十八份坑溪及啞口坑溪分洪工程*	三	臺北縣府	水利署	經濟部	待執行 	龜山鄉龍壽村防洪整治工程	一	第十河川局	水利署	經濟部	待執行 低地排水改善及抽水站設立	塔寮坑溪截彎取直、橋梁改建及後港抽水站新建工程	一	臺北縣府	水利署	經濟部	執行完畢 	塔寮坑溪建國橋下游整治工程	一	臺北縣府	水利署	經濟部	執行完畢 	塔寮坑溪堤岸加高、防汛道路及堤後引水幹線工程	一	臺北縣府	水利署	經濟部	待執行 	西盛溝、潭底溝閘門新建工程	一	臺北縣府	水利署	經濟部	執行完畢 	潭底溝光武橋瓶頸打通及其上下游河道改善工程	一	臺北縣府	水利署	經濟部、臺北縣府	執行完畢 	潭底溝上游分流工程	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	潭底溝堤岸加高工程	一	臺北縣府	營建署	經濟部	執行完畢 	劉厝圳整治工程	一	臺北縣府	營建署	經濟部	執行中 	樹林市保安街市區排水工程	一	臺北縣府	營建署	經濟部	執行中 	潭底溝下游分流工程*	一、二	臺北縣府	營建署	經濟部、臺北縣府	待執行 	特二號道路分流箱涵	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	塔寮坑溪閘門更新工程	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	塔寮坑溪抽水站擴建*	二	臺北縣府	水利署	經濟部、臺北縣府	待執行 集水區保育	十八份坑溪及啞口坑溪坡地保育工程	一	臺北縣府	農委會	農委會	執行中 滯洪池	龍壽國小生態滯洪池	?一	第十河川局	水利署	經濟部	待執行 註：1.「*」：為臺北境內修正計畫後期工程，其中，潭底溝下游分流工程項目包含修正計畫「潭底溝民安路分流工程」。 2.「龜山鄉龍壽村防洪整治工程」、「龍壽國小生態滯洪池」工程位於桃園縣。   表3 工程經費概估總表 單位：億元 分區	工程項目	經費	用地費	合計 塔寮坑溪中、下游(新莊樹林地區)	臺北縣修正計畫20項工程	45.37 	14.51 	59.88  	「十八份坑溪及啞口坑溪分洪工程」及「攔砂壩兼滯洪池工程」	35.31 	3	38.31  	潭底溝下游分流工程	5.45 	0	5.45  	塔寮坑溪抽水站擴建	6.63	0	6.63 塔寮坑溪上游(龜山)	龜山鄉區域防洪需求工程	1.12	3.16	7.92  	龍壽滯洪池	1.47	0.47	1.94 　	合  計	95.34 	21.14 	120.12   十一、工程實施計畫 由於本計畫工程龐大，且部份工程執行中或已完工，塔寮坑溪中下游之改善工程以修正計畫之各項工程優先辦理，後期計畫將「十八份坑溪及啞口坑溪分洪工程」及「攔砂壩兼滯洪池工程」編列第三期施作，「潭底溝下游分流工程」及「塔寮坑溪抽水站擴建」編列第二期施作。塔寮坑溪上游之改善工程為「龍壽村防洪整治工程」及「龍壽滯洪池」，納入第一期改善工程施作。 依據易淹水地區水患治理計畫推動及相關作業說明，本計畫工程經費由中央全額負擔，用地經費部分則參據「中央對直轄市及縣(市)政府補助辦法」第八條規定，以93年頒布之各縣(市)政府財力分級表為分級基準，訂定用地費最高補助比例，臺北縣與桃園縣屬第2級：60％，並依照有關各權責機關辦理事項進行經費分配，故本計畫水利署應負擔為約96.3億元，內政部營建署應負擔約2.08億元，農委會約0.4億元，其餘部分用地費用臺北縣政府應負擔2.6億元。  十二、計畫評價 本計畫全期改善工程之益本比為0.88，但考量近來人民生活水準提高，對生命、財產、精神、居住環境等基本保護之需求日殷，為減輕淹水災害、促進地方繁榮、維護政府照顧人民之良好形象、增加人民對政府之向心力等，甚多無形之效益無法以金錢考量，故本項工程投資宜採義務保護取向，由政府籌款辦理。 上述規劃若以第一期改善工程優先施作 (所需費用約69.7億元)，其年計成本如表10.3-1所示，約為5.0億元，益本比為1.01，本計畫則屬經濟可行。因本流域附近之交通網路發達，包含省道（台1、台1甲）、縣道（106、107、116等）及縱貫鐵路，未來尚有新莊捷運線、機場聯外捷運系統及可連接雙國道之特二號道路，可帶動該區域之發展，考量改善後可減少生命傷亡、降低疾病傳播、促進社會安定、增進生活品質、均衡區域發展、提升國際形象等諸多無形效益，表示本排水系統之改善仍具投資價值。 本計畫相關工程完成後，預期計畫區域內可增加保護面積約185公頃，保護易淹水區域人口數約為5.1萬人。  十三、管理及配合措施 配合前述之工程計畫，提出未來經營管理執行及配合措施如下： 1.	都市計畫之配合。 2.	開發計畫之配合。 3.	水質改善配合措施。 4.	水土保持計畫之配合。 5.	環境影響評估之配合。 6.	跨河構造物之配合。 7.	雨水下水道之配合。 8.	閘門、抽水站之配合。 9.	水路清淤工作之加強。 10.	管理單位及權責之釐定。 11.	管理經費之編列。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009800772</governmentpublicationsnumber><identifier>63653</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63653</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」中央管區域排水塔寮坑溪排水系統規劃報告＝Regulation  Project  of  Flood-ptone  Areas  Report  on  Planning   for   Ta-Liao-Keng-Chi   Drainage</title><yearidentifier>200912</yearidentifier></data><data><abstract>基於全洪程泥砂運移觀測的需求及現有量測技術的限制，本署前期推動研發創新的本土化時域反射（TDR）含砂濃度監測技術，其含砂濃度量測範圍大，且不受土壤粒徑影響。本研發成果目前已於內灣站、集集攔河堰、石岡壩、高屏攔河堰設置示範試驗站，唯現地測試結果發現仍有諸多實務問題需要進一步改善，例如儀器型態容易受纏繞異物、流場干擾之影響、雜訊對於訊號分析的影響等。本計畫的目的是持續改良發展TDR含砂濃度感測技術，包括感測器設計改良、安裝實務改良及資料擷取與處理系統的研發等，期能使TDR含砂濃度感測技術趨於成熟，在各水文站與水庫中應用推廣。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970117</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801316</governmentpublicationsnumber><identifier>63654</identifier><internationalstandardbooknumber>9789860186765 ; 9789860186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63654</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>泥砂觀測技術改善研發計畫(1/2) Improvement of Sediment Monitoring Technique (1/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>基於全洪程泥砂運移觀測的需求及現有量測技術的限制，本署前期推動研發創新的本土化時域反射（TDR）含砂濃度監測技術，其含砂濃度量測範圍大，且不受土壤粒徑影響。本研發成果目前已於內灣站、集集攔河堰、石岡壩、高屏攔河堰設置示範試驗站，唯現地測試結果發現仍有諸多實務問題需要進一步改善，例如儀器型態容易受纏繞異物、流場干擾之影響、雜訊對於訊號分析的影響等。本計畫的目的是持續改良發展TDR含砂濃度感測技術，包括感測器設計改良、安裝實務改良及資料擷取與處理系統的研發等，期能使TDR含砂濃度感測技術趨於成熟，在各水文站與水庫中應用推廣。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970117</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801316</governmentpublicationsnumber><identifier>63655</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63655</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>泥砂觀測技術改善研發計畫(1/2)－光碟版＝Improvement of Sediment Monitoring Technique (1/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>淡水河即時洪水預報系統模式(REFOR模式)是民國93年十河局自行研發，為一套可靠、穩定、即時、自動化的洪水預報模式。民國97年，十河局委託臺大水工所進行REFOR模式基礎資料的更新與模擬功能的擴充，使模式提供符合現況的預報資訊。此外，結合資料庫與GIS介面，開發事件模擬、決策支援、參數檢定等功能。降雨預報則新增預報選項，連結中央氣象局QPESUMS降雨預報資料，使REFOR模式發揮更大的運算彈性。 98年度持續維護擴充REFOR模式功能，針對模式應用與洪水預報需求開發自動化模組，並在現有REFOR模式開發基礎與經驗下，評估並建立塔寮坑溪洪水預報雛型系統。各項工作成果可條列如下： 1.運作系統整合：完成REFOR模式單機版與預報版整合機制，在統一的資料庫架構與操作介面下，建立可獨立運作之雙軌制預報系統。 2.操作介面擴充：預報模式介面除「河川縱剖面圖」外，新增「斷面水位流量」、「水筒平衡」、「誤差分析」、「預報水位趨勢修正」、「水位站水位彙總」、「員山子預報資訊」、「達警戒水位準備時間」等圖表，可提供更符合預報作業需求與流域現況之預報結果，協助決策之研判。 3.模式功能擴充：將河川模式模擬範圍推廣到石門水庫與翡翠水庫對於土城、三峽、樹林、龍潭、大溪、新店地區均能提供河川預報水位與流量。 4.自動化模組建置：開發參數檢定自動化模組，提高上游集水區水筒參數之檢定效率。 5.決策支援功能：開發即時預報系統水庫圖形化操作介面，協助預報時期評估水庫放水量對下游河川未來6小時之衝擊。 6.河口暴潮位修正機制：重新確認並連結氣象局淡水氣象站氣壓資料，對後續暴潮位運算機制提出建議。 7.基礎資料維護更新：完成REFOR模式年度資料更新，並提供資料維護說明文件，斷面維護介面新增歷年通水斷面積比較及河川縱剖面檢視功能。 8.建置塔寮坑溪洪水預報雛型系統：完成塔寮坑溪雨量與水位站現況評估及設站建議。在現有資料供應狀況下，建立可連結QPESUMS預報降雨，利用地貌型逕流模式計算集水區逕流，並以NewC河川模式演算塔寮坑溪流量與水位之洪水預報雛型系統。</abstract><author>國立臺灣大學</author><categoryidentifier>443.16   443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980137</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803880</governmentpublicationsnumber><identifier>63656</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63656</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>98年度淡水河即時洪水預報系統模式擴充及維護(光碟版)＝Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以「淡水河流域」為範圍，包括淡水河、新店溪、大漢溪、基隆河、三峽河、景美溪及其支流之集水區。行政區域則包括台北市、台北縣、桃園縣、宜蘭縣、新竹縣及基隆市。淡水河流域近年因氣候變遷、海水位上升、土地都市化程度擴大、地質條件退化等外在因素，防洪效果已逐漸降低，衍生許多與河川區域相關之治理議題，如社子島及五股平原高保護評估、基隆河待改建橋梁、上游水資源設施取水濁度過高及淤砂庫容減少、下游河床淤積與洪水位上升、水質防制、河川空間利用及發展等議題。各議題各有其主管及目的事業主管機關，治水事權分散，且各機關間平時彼此聯繫不足，以致疏忽彼此權責事務間之關連性，而各自為政，無法有效解決治理問題。為避免上述問題發生，涉及河川治理規劃之相關議題應以流域為單元，以流域整體規劃方式統籌辦理。本計畫以流域整體治理角度，針對管理組織、國土規劃、防救災、水資源利用及河川環境利用五大議題之需求面及供給面探討，釐清其各子議題及相關之權責單位，作為未來政府施政方針。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.03</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980349</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009804094</governmentpublicationsnumber><identifier>63657</identifier><internationalstandardbooknumber>9789860217483 ; 9789860217</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63657</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>淡水河流域整體治理規劃  (1/2) －光碟版＝Planning  of   Integrated  Management  for  the  Danshuei   River  Basin (1/2  )成果報告</title><yearidentifier>200912</yearidentifier></data><data><abstract>一、計畫緣起 為有效改善淹水問題，經濟部提出系統性治理縣（市）管河川、區域排水及事業海堤之構想，針對淹水情形嚴重且治理進度落後之縣市，分8年編列1,160億元特別預算以加速治理進度，並於民國94年7月5日核定『易淹水地區水患治理綱要計畫』。經濟部水利署第十河川局(以下簡稱本局)於民國95年3月3日依核定『易淹水地區水患治理計畫第1階段（95～96年度）』辦理塔寮坑溪排水系統整治及環境營造規劃。 本局於民國94年即開始著手進行「塔寮坑溪區域排水整治及環境營造計畫」，該計畫期程為3年，目標為完成主幹線之排水設施範圍公告，但其工作項目與現階段推動之易淹水地區水患治理計畫要求流域整體規劃之相關工作項目略有不足。96年度提出以塔寮坑溪支流水系（含低窪地區淹水整治）規劃為主，但須配合已辦理之主流規劃部分(目前採堤防方式方式整治)予以重新檢討綜合治水原則，並研提相關配合措施及處理方式。本報告即整合上述兩計畫，並檢討民眾意見與歷年臺北縣政府對塔寮坑溪排水的改善構想，提出塔寮坑溪整體之治理規劃。  二、計畫範圍 塔寮坑溪排水流域位於台北盆地西南邊緣，流域面積29.37平方公里，主幹線從發源地(約於嶺頂橋上游700公尺)至與大漢溪匯流處全長約12.25公里，另有啞口坑溪、十八份坑溪、潭底溝及西盛溝等四條主要支流。各支流長度分別為啞口坑溪從發源地至塔寮坑溪匯流處約5.35公里、十八份坑溪從發源地至塔寮坑溪匯流處約4.95公里、潭底溝從發源地至塔寮坑溪匯流處約5.95公里、西盛溝從發源地至塔寮坑溪匯流處約2.8公里。計畫範圍如圖1.2-1所示。  三、排水分類及權責劃定 依「排水管理辦法」（92.10.01）之內容，塔寮坑溪主流係屬中央管區域排水，其管理機關為「經濟部水利署第十河川局」；支流部份管理機關為縣市管。依照行政院核定94年7月7日核定：「塔寮坑溪排水雖大部分位於臺北縣境內，惟其中上游集水區尚有少部分位於桃園縣境內，目前主流仍為中央管區域排水，由於「易淹水地區水患治理計畫」係政府協助易淹水區域之地方主管河川、區域排水等水利建設加速改善計畫，爰請經濟部本于中央水利主管立場與臺北縣政府協調盡速依法公告塔寮坑溪排水為臺北縣管排水，俾符『水患治理特別條例』及『易淹水水患治理計畫』規定之實施原則」。案經經濟部水利署於94年7月25日「研商中央管區域排水改列縣(市)管區域排水事宜」會議決議將該排水改列縣管區排，並經臺北縣政府94年9月20日同意整治完成後改列在案。 依經濟部中華民國94年11月14日經授水字第09420219360號公告，塔寮坑溪係屬中央管區域排水，塔寮坑溪排水主流之權責起點為與大漢溪匯流處，權責終點為桃園縣龜山鄉龍壽村台一線嶺頂橋北側。其餘支流部份的權責劃定須由本計畫完成後公告。 四、集水區概況 塔寮坑溪排水溪流發源於龍壽村南端，排水流經行政區域含跨臺北縣新莊市、樹林市及桃園縣龜山鄉等，集水區域面積約29.37平方公里，全長約12.25公里，幹流中、下游河道長度約5.8公里，幾乎完全渠化。塔寮坑溪集水區主、支流上游山坡地之標高約介於10~200公尺，屬高地排水區，面積約佔全流域之60﹪，近年來大幅開發，地表逕流增加，且主流上游砂石場洗砂問題，更導致中下游水路淤積，影響通水能力；至於其主流下游流經高度開發之都市計畫區，其地面標高約介5~10公尺，屬低地排水區，流路兩岸建物密集，部分排水斷面狹小，造成排水瓶頸，且排水出口低於大漢溪10年重現期之洪水位E.L.7.01公尺，故易受大漢溪外水頂托，汛期暴雨排除更加不易。本集水區除林口台地外，大都為大漢溪?積扇平原區，地形地勢由西北往東傾斜。 支流部份，西盛溝與潭底溝兩排水集水分區皆為低窪地區，內水排除不易，復受塔寮坑溪外水頂托影響，淹水潛勢高。十八份坑溪流長約4.95公里，上游發源於為桃園縣龜山鄉，中下游排水區域幾乎皆位於新莊市丹鳳里轄區內，目前排水路兩岸大多為非都市計畫地區，其上游林相貌密、礫石邊坡較不穩定。啞口坑溪流長約5.35公里，上游發源於為桃園縣龜山鄉，中下游位於新莊市雙鳳里。十八份坑溪與啞口坑溪之中下游已大多渠化、其中部分河段設置攔砂設施。上游裸露邊坡侵蝕崩落，易造成土砂災害，土石流潛勢高；中下游有零星產業廢水排入，影響水路水質。 截至民國95年5月底為止統計，合計居住於塔寮坑溪排水之人口數約為24萬人，人口密度每平方公里有8,170人，人口密度相當高。 五、水文及計畫排水量 (一)暴雨頻率 塔寮坑溪排水流域平均一日及二日最大暴雨頻率分析成果表                                                                  單位：mm 　	重現期（年）	2	5	10	20	25	50	100	備註 　	常態	143.7	190.0	214.2	234.2	240.0	256.7	271.7	 一	二參數對數常態	133.4	185.7	220.8	254.7	265.6	299.2	333.0	 日	三參數對數常態	129.2	173.8	209.0	246.7	259.5	301.4	346.9	 暴	皮爾森第三類	137.7	187.3	216.8	243.2	251.2	275.1	297.7	 雨	對數皮爾森第三類	135.2	186.3	218.8	248.8	258.2	286.4	313.9	採用值 　	極端值第一類	134.6	183.3	215.5	246.3	256.1	286.3	316.3	 　	常態	201.3	277.1	316.8	349.5	359.0	386.4	410.9	 二	二參數對數常態	184.6	261.3	313.4	364.2	380.5	431.3	482.7	 日	三參數對數常態	176.1	245.9	303.5	367.3	389.3	462.5	543.7	 暴	皮爾森第三類	177.7	259.8	319.1	377.6	396.4	454.8	513.4	 雨	對數皮爾森第三類	182.4	260.3	315.7	371.5	389.8	448.0	508.8	採用值 　	極端值第一類	186.4	266.1	318.8	369.4	385.4	434.9	483.9	  (二)計畫排水量 本計畫以臺北縣塔寮坑溪排水能力檢討及改善規劃報告(經濟部水利規劃試驗所，民國88年)推算之塔寮坑溪出口10年重現期280cms作為計畫洪水量，各控制點之10年重現期計畫洪水量分配圖如圖1所示。   圖1 塔寮坑溪排水10年重現期距計畫流量分配圖 六、排水路通水能力及淹水災害原因 (一) 排水路通水能力 1. 塔寮坑溪排水幹線: 2K+200~2K+300(新營盤橋) 、2K+500~ 2K+600 (民權橋下游)無法通過10年重現期渠段之排水路、7K+100(全真橋上游)~8K+300大部份斷面無法通過10年重現期。 2. 十八份坑溪排水: 0K+000~0K+100無法通過25年重現期渠段之排水路，大部份斷面可以通過25年重現期。 3. 啞口坑溪排水: 0K+000~0K+100無法通過10年重現期渠段之排水路，0K+300至上游大部份斷面可以通過25年重現期。 4. 潭底溝排水: 1K+970~4K+400幾乎皆無法通過10年重現期。  (二) 淹水災害原因 塔寮坑溪流域下游地區地勢低窪，復以區域土地高密度開發利用，洪水導排空間受限，故颱風豪雨期間，常因降雨強度過大、排水不良或抽排不及等因素，造成洪水溢淹及嚴重災損。依據臺北縣政府消防局針對區域公共安全之評估，新莊地區易淹水區域包括瓊林路、中山路、新泰路、四維路、後港一路、化成路底、中港路底、泰山塔寮坑溪等。民國96年之柯羅沙颱風亦造成新樹路附近地區淹水約50公分。 另於塔寮坑溪流域上游桃園縣龜山鄉龍壽村之龍壽國小附近地區，由於河道通洪斷面不足，亦常造成溢淹；其支流潭底溝上游之樹林工業區，因地勢較低亦常淹水，而其與中正路(縣道116)交會處之光武橋上下游河段，仍為通洪之瓶頸段，亦有漫淹之情形。  七、綜合治水對策 塔寮坑溪區域排水系統流量之設計，應以民國95年5月3日核定之「易淹水地區水患治理計畫（修正計畫）」內容為依據，其工程設計標準為縣（市）管區域排水以10年重現期洪水設計，25年重現期不溢堤為目標。同時整治時之工程與非工程手段皆應考慮地區發展的有關策略，且對於環境與生態衝擊為最小為標的。故塔寮坑溪排水之綜合治水措施方案研擬如下： 採高、低地排水分離治理，其中高地排水採用分洪及坡地保育等方式處理，低地排水則採用抽水站抽排、支流排水改善，堤後引水幹線工程及主河道整治工程及其他配合措施，以達到減輕水患之目的。 (一)高地排水措施 塔寮坑溪10年重現期洪水量為280cms，其中屬高地排水約201cms，低地排水約79cms。 A.將高地洪水量採分洪方式排入大漢溪。 B.塔寮坑溪下游出口設置抽水站採機械抽排方式排入大漢溪。 C.另配合坡地保育及滯洪池等方式達到減輕水患之目的。 (二)主河道整治及堤防加高措施 A.辦理塔寮坑溪主流及支流堤防加高工程。 B. 在經費許可下，適度加高堤防高度，以提高塔寮坑溪重力排水能力。 C. 另配合塔寮坑溪河道整治及跨河橋梁改建工程，以增加通水斷面及塔寮坑溪之排洪能力。  D. 配合高地排水措施，封閉橋梁欄杆避免河水由橋梁倒灌入市區。 E. 塔寮坑溪出口閘門擴建，以延後閘門關閉時間，使流量順利排至大漢溪並改善現有閘門阻水之影響。 (三)低地排水措施 A. 增建塔寮坑溪兩岸之堤後引水幹線工程，將塔寮坑溪沿岸低地排水量導引至抽水站抽排。 B. 增設特二號道路分流箱涵，紓解塔寮坑溪主流出口河段之流量，藉由分流箱涵引水至塔寮坑及預定新建之瓊林抽水站，以抽水站聯合運作方式將分流量排至大漢溪。 C. 增建分流箱涵將潭底溝上游排水量分流至西盛抽水站。 D. 以潭底溝抽水站(40cms)、建國抽水站(12cms)、西盛溝抽水站(5cms)排除下游地區之洪水量。 (四)集水區保育 塔寮坑溪上游(桃園縣境內)、塔寮坑溪支流十八份坑溪與啞口坑溪流域存在多條水土保持局公告之土石流潛勢溪流，多屬中至低危險程度。區內卵礫石邊坡，經沖刷、侵蝕與崩塌作用，在河道易形成土石流，容易造成河道淤積阻塞。經檢討十八份坑、啞口坑及上游部分地區進行土砂災害防治之工程。 (五)環境營造 依據本局民國95年「塔寮坑溪區域排水整治及環境營造規劃」重新檢討後，在塔寮坑溪排水集水區域範圍內選定上、中、下游各一處滯洪池。  八、改善方案分析及建議 塔寮坑溪10年重現期洪水量為280cms，其中屬高地排水約201cms，低地排水79cms。採高、低地排水分離治理，其中高地排水採用分洪及坡地保育等方式處理，低地排水則採用抽水站抽排、支流排水改善，堤後引水幹線工程及主河道整治工程及其他配合措施，以達到減輕水患之目的。根據上述改善原則，考量分洪、分流、抽水站設施等，計畫排水量決定原則為以重現期距10年之洪峰流量扣除分洪、分流後之分配流量為計畫排水量。塔寮坑溪排水計畫流量分配如圖2所示。    圖2 改善方案之計畫流量分配圖 改善方案之工程手段如下： 1. 高地分洪 將高地洪水量70cms採分洪方式（十八份坑溪及啞口坑溪分洪工程）排入大漢溪。剩餘131cms於塔寮坑溪下游出口設置抽水站採機械抽排方式（塔寮坑抽水站及擴建站）排入大漢溪。 2. 主河道整治 寮坑溪主流約3公里堤岸需施作加高工程，未來堤頂高程將較現況堤頂增加約0.21～0.62公尺左右。其配合工程有防汛道路、橋梁改建及橋梁封閉工程等，其中橋梁封閉工程採防洪陸閘方式，避免河水借由橋梁倒灌入市區，以及支流出口閘門改建。 塔寮坑溪上游龜山鄉10年重現期排水量約74cms，由於上游部分河道窄縮，易造成瓶頸，建議搭配河道疏濬及全真橋至龍壽國小上游300公尺處約計1,150公尺河道擴寬，以拓寬為12公尺以上較佳。 3.低地排水改善及抽水站設立 低地地區排水改善方法有增建塔寮坑溪兩岸之堤後引水幹線工程，將塔寮坑溪沿岸低地排水量導引至抽水站抽排。增建分流箱涵(34cms)將潭底溝上游排水量分流至西盛抽水站。並設置潭底溝(40cms)、建國(12cms)、西盛溝(5cms)臨時抽水站排除下游地區之洪水量。塔寮坑溪出口閘門改善、特二號道路分流箱涵工程及既有抽水站更新及擴建。 4.集水區保育 塔寮坑溪上游（桃園縣境內）、塔寮坑溪支流十八份坑溪與啞口坑溪流域均存在多條水土保持局公告之土石流潛勢溪流，多屬中至低危險程度。依據臺北縣政府之「十八份坑溪及啞口坑溪坡地保育暨十八份坑溪(水源地)新設護岸工程」初步規劃，考慮十八份坑溪水源地至桃園縣境範圍，包含水源一橋至水源三橋間二處既有崩塌地，及水源二橋旁支流邊坡復育，另啞口坑溪二支流之邊坡復育工程及河道治理工作，工程範圍涵蓋臺北縣新莊市與桃園縣龜山鄉。其工程內容包括石籠與重力式護岸1602.5公尺、土釘加勁35,785公尺、微型樁4,974公尺、邊坡植生復育9,535平方公尺、箱涵橋2座、防汛道路300公尺以及雜項工程等。 5.搭配環境營造設置滯洪池方案 塔寮坑溪主流規劃1處滯洪池，利用滯洪池調蓄洪峰流量，兼做生態景觀與綠美化之空間。 有關塔寮坑溪排水整體改善方案平面佈置示意圖如圖3所示。 非工程手段： (1)適當的土地利用規劃 (2)洪水預警及防範措施 (3)教育宣導 (四)改善分析 以堤防改善後的斷面資料及低地抽水，配合10年及25年重現期距洪水案例，淹水模擬結果淹水面積分別約為9公頃及20公頃，平均淹水深度分別約0.23公尺及0.31公尺。 現況與改善方案之淹水模擬比較結果如表1所示。改善後可以將新莊低地地區之淹水範圍大幅減少，以10年重現期洪水發現其淹水深度改善將達64%，淹水範圍改善約94%。以10年重現期洪水模擬改善後尚有9公頃之淹水面積，位置在西盛溝集水區域，未來若配合溫子圳重劃區地形改造後淹水模擬應為0。故本計畫配合主流所研擬之整體改善方案之效益為改善塔寮坑溪排水集水區域156公頃之淹水面積，改善淹水深度約41cm。其中，由10年重現期洪水模擬改善後之有淹水達1.5公尺區域約0.16公頃，係為緊臨西盛溝堤防之局部地區，建議未來配合該區都市計畫整地，將該區域高程調整或配合下水道收集系統的整治應可解決此局部淹水問題。     圖3 塔寮坑溪排水整治工程計畫之工程位置圖   表1 現況與改善方案之淹水模擬比較表 項目	平均淹水深度(公尺)	淹水面積(公頃)	淹水面積 居住人口數 事件	現況	改善後	改善百分比(%)	現況	改善後	改善 面積	改善百分比(%)	現  況	改善後 艾利颱風	0.65	0.42	35.4	34.7	2.2	32.5	94	11,272	672 10年重現期	0.64	0.23	64.1	156	9*	147	94.2	39,750	2,966 25年重現期	0.72	0.31	56.9	205	20	185	90.2	51,418	6,724   註：1.本計畫採超過25公分即視為淹水。 2.以10年重現期洪水模擬改善後尚有9公頃之淹水面積，位置在西盛溝集水區域，未來若配合塭子圳重劃區地形改造後淹水模擬應為0。  九、環境營造 本局已於民國95年之「塔寮坑溪區域排水整治及環境營造計畫」(第2年度)成果計畫中進行評估，其中因考慮地方意見及塔寮坑溪現況環境，建議可以積極開發河岸旁可利用之綠地，共有15個基地位置納入規劃考量，其中12個基地可將之規劃為生態景觀滯洪池兼水質淨化、河濱生態綠地或社區鄰里遊憩綠地，並藉由防洪工程改善之同時於塔寮坑溪主流兩岸邊擬規劃8m寬之防汛道路，並設置自行車道或人行步道，增加人與河川親近之空間，預期可改善居民對塔寮坑溪之厭惡程度，俟水質改善後可達成水與綠之河川的整體發展願景。 前期成果基於生態景觀滯洪池兼水質淨化、河濱生態綠地、社區鄰里遊憩綠地提出規劃構想，經過專家學者等評選，塔寮坑溪環境營造計畫包含兩處生態滯洪池及利用多處截彎取直後之堤後公有地規劃為河濱生態綠地或遊憩公園，其中，選定龜山鄉龍壽村龍壽國小旁之塔寮坑溪左岸土地面積約1.5公頃及特2號道路於塔寮坑溪至西盛溝間之公11號土地等兩處做為生態景觀滯洪池。塔寮坑溪下游有多處截彎取直後之堤後公有地，基於沿岸人口密集，若能利用既有公有地將之規劃為河濱生態綠地或遊憩公園，將可增加社區休憩交誼空間並滿足民意之需求。 十、工程計畫 (一)計畫原則 1. 依據塔寮坑溪排水改善方案之擬定，本計畫係完成塔寮坑溪排水集水區域十年重現期降雨之水患治理保護標準為目標。塔寮坑溪排水整體改善工程以塔寮坑溪中下游及上游兩分區以下說明。 (1)	塔寮坑溪中下游(新莊樹林地區)：目前依「塔寮坑溪排水改善實施計畫(初期)修正計畫」之20項工程項目優先執行，並加入後續計畫有十八份坑溪及啞口坑溪分洪工程、潭底溝下游分流及塔寮坑溪抽水站擴建51cms。 (2)	塔寮坑溪上游(龜山地區)：須辦理龍壽村防洪整治工程，並搭配環境營造規劃設置龍壽國小滯洪池。 2.工程計畫內容以防災為優先，環境營造部分作參考。計畫原則係採高地分洪措施，搭配河道整治，利用疏浚及拓寬排水路增加排水通水斷面，而低地地區以分流工程將內水導排至抽水站排出。 3.本計畫改善工程所需工程費龐大，必須分階段辦理，實施之順序係依據工程之迫切性、改善效果、連貫性、效益、水理條件及災害損失程度等因素評估，作為工程實施順序之考量。改善工程擬分三期實施，分期編列工程經費。 (二) 工程佈置與規劃設計 塔寮坑溪全區之排水改善改善工程係依據第七章所擬定之改善方案及上述工程計畫原則予以規劃設計，方案採高低地分離方案，高地分洪措施，配合主河道整治及堤防加高，於低地地區以機械方式排出排水區，主要工程項目依高、低地排水、集水區保育及環境營造分類，各改善工程詳表2所列。 (三) 工程經費 塔寮坑溪排水全流域所擬進行之工程計畫，相關之工程經費概估總表如表3，總工程費包括用地取得及拆遷補償費與工程建造費等需120.12億元。   表2 塔寮坑溪排水改善設施工程項目表 工程方案	工程項目	期程 (期別)	計畫執行 單位	權責單位	經費來源	備 註 高地 排水 	坡內坑溝分洪工程	一	臺北縣府	水利署	經濟部、臺北縣府	執行中 	防砂壩兼滯洪池工程*	三	臺北縣府	農委會	農委會	待執行 	十八份坑溪及啞口坑溪分洪工程*	三	臺北縣府	水利署	經濟部	待執行 	龜山鄉龍壽村防洪整治工程	一	第十河川局	水利署	經濟部	待執行 低地排水改善及抽水站設立	塔寮坑溪截彎取直、橋梁改建及後港抽水站新建工程	一	臺北縣府	水利署	經濟部	執行完畢 	塔寮坑溪建國橋下游整治工程	一	臺北縣府	水利署	經濟部	執行完畢 	塔寮坑溪堤岸加高、防汛道路及堤後引水幹線工程	一	臺北縣府	水利署	經濟部	待執行 	西盛溝、潭底溝閘門新建工程	一	臺北縣府	水利署	經濟部	執行完畢 	潭底溝光武橋瓶頸打通及其上下游河道改善工程	一	臺北縣府	水利署	經濟部、臺北縣府	執行完畢 	潭底溝上游分流工程	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	潭底溝堤岸加高工程	一	臺北縣府	營建署	經濟部	執行完畢 	劉厝圳整治工程	一	臺北縣府	營建署	經濟部	執行中 	樹林市保安街市區排水工程	一	臺北縣府	營建署	經濟部	執行中 	潭底溝下游分流工程*	一、二	臺北縣府	營建署	經濟部、臺北縣府	待執行 	特二號道路分流箱涵	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	塔寮坑溪閘門更新工程	一	臺北縣府	水利署	經濟部、臺北縣府	待執行 	塔寮坑溪抽水站擴建*	二	臺北縣府	水利署	經濟部、臺北縣府	待執行 集水區保育	十八份坑溪及啞口坑溪坡地保育工程	一	臺北縣府	農委會	農委會	執行中 滯洪池	龍壽國小生態滯洪池	?一	第十河川局	水利署	經濟部	待執行 註：1.「*」：為臺北境內修正計畫後期工程，其中，潭底溝下游分流工程項目包含修正計畫「潭底溝民安路分流工程」。 2.「龜山鄉龍壽村防洪整治工程」、「龍壽國小生態滯洪池」工程位於桃園縣。   表3 工程經費概估總表 單位：億元 分區	工程項目	經費	用地費	合計 塔寮坑溪中、下游(新莊樹林地區)	臺北縣修正計畫20項工程	45.37 	14.51 	59.88  	「十八份坑溪及啞口坑溪分洪工程」及「攔砂壩兼滯洪池工程」	35.31 	3	38.31  	潭底溝下游分流工程	5.45 	0	5.45  	塔寮坑溪抽水站擴建	6.63	0	6.63 塔寮坑溪上游(龜山)	龜山鄉區域防洪需求工程	1.12	3.16	7.92  	龍壽滯洪池	1.47	0.47	1.94 　	合  計	95.34 	21.14 	120.12   十一、工程實施計畫 由於本計畫工程龐大，且部份工程執行中或已完工，塔寮坑溪中下游之改善工程以修正計畫之各項工程優先辦理，後期計畫將「十八份坑溪及啞口坑溪分洪工程」及「攔砂壩兼滯洪池工程」編列第三期施作，「潭底溝下游分流工程」及「塔寮坑溪抽水站擴建」編列第二期施作。塔寮坑溪上游之改善工程為「龍壽村防洪整治工程」及「龍壽滯洪池」，納入第一期改善工程施作。 依據易淹水地區水患治理計畫推動及相關作業說明，本計畫工程經費由中央全額負擔，用地經費部分則參據「中央對直轄市及縣(市)政府補助辦法」第八條規定，以93年頒布之各縣(市)政府財力分級表為分級基準，訂定用地費最高補助比例，臺北縣與桃園縣屬第2級：60％，並依照有關各權責機關辦理事項進行經費分配，故本計畫水利署應負擔為約96.3億元，內政部營建署應負擔約2.08億元，農委會約0.4億元，其餘部分用地費用臺北縣政府應負擔2.6億元。  十二、計畫評價 本計畫全期改善工程之益本比為0.88，但考量近來人民生活水準提高，對生命、財產、精神、居住環境等基本保護之需求日殷，為減輕淹水災害、促進地方繁榮、維護政府照顧人民之良好形象、增加人民對政府之向心力等，甚多無形之效益無法以金錢考量，故本項工程投資宜採義務保護取向，由政府籌款辦理。 上述規劃若以第一期改善工程優先施作 (所需費用約69.7億元)，其年計成本如表10.3-1所示，約為5.0億元，益本比為1.01，本計畫則屬經濟可行。因本流域附近之交通網路發達，包含省道（台1、台1甲）、縣道（106、107、116等）及縱貫鐵路，未來尚有新莊捷運線、機場聯外捷運系統及可連接雙國道之特二號道路，可帶動該區域之發展，考量改善後可減少生命傷亡、降低疾病傳播、促進社會安定、增進生活品質、均衡區域發展、提升國際形象等諸多無形效益，表示本排水系統之改善仍具投資價值。 本計畫相關工程完成後，預期計畫區域內可增加保護面積約185公頃，保護易淹水區域人口數約為5.1萬人。  十三、管理及配合措施 配合前述之工程計畫，提出未來經營管理執行及配合措施如下： 1.	都市計畫之配合。 2.	開發計畫之配合。 3.	水質改善配合措施。 4.	水土保持計畫之配合。 5.	環境影響評估之配合。 6.	跨河構造物之配合。 7.	雨水下水道之配合。 8.	閘門、抽水站之配合。 9.	水路清淤工作之加強。 10.	管理單位及權責之釐定。 11.	管理經費之編列。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009800772</governmentpublicationsnumber><identifier>63658</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63658</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」中央管區域排水塔寮坑溪排水系統規劃報告〈光碟板〉＝Regulation  Project  of  Flood-ptone  Areas  Report  on  Planning   for   Ta-Liao-Keng-Chi   Drainage</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署以最新之資訊網路技術，整合水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重要之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980114</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803914</governmentpublicationsnumber><identifier>63659</identifier><internationalstandardbooknumber>9789860214215 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63659</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文資訊系統擴充改善及整合計畫(2/3) Extension  and  Improvement   of  Hydrological  Information  System  Project (2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署以最新之資訊網路技術，整合水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重要之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980114</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803914</governmentpublicationsnumber><identifier>63660</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63660</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文資訊系統擴充改善及整合計畫〈2/3〉－光碟版＝ Extension  and  Improvement  of  Hydrological  Information  System  Project〈2/3〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況及未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」，提供相關技術支援及多元加值服務；水文年報製作自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係參數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980115</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803541</governmentpublicationsnumber><identifier>63661</identifier><internationalstandardbooknumber>9789860209891 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63661</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文現代化綜合技術服務〈2/2〉－內附光碟  Integrated  Technology  Services  for  Hydrological  Modernization〈2/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況及未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」，提供相關技術支援及多元加值服務；水文年報製作自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係參數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980115</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803541</governmentpublicationsnumber><identifier>63662</identifier><internationalstandardbooknumber>9789860209891 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63662</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文現代化綜合技術服務〈2/2〉－光碟版   Integrated  Technology  Services  for  Hydrological  Modernization〈2/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應近年來劇烈變異氣候導致之洪泛及乾旱災害，爰藉由水文及氣象觀測結合，進行資訊整合共享，提昇劇烈變異氣候及長期氣候預報能力，提昇水情預報系統及相關技術。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970301</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801311</governmentpublicationsnumber><identifier>63663</identifier><internationalstandardbooknumber>9789860187182 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63663</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文氣象觀測整合平台擴充建置計畫(2/2)  Extended development of platform to integrate hydrologic and meteorologic observation (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>因應近年來劇烈變異氣候導致之洪泛及乾旱災害，爰藉由水文及氣象觀測結合，進行資訊整合共享，提昇劇烈變異氣候及長期氣候預報能力，提昇水情預報系統及相關技術。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970301</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801311</governmentpublicationsnumber><identifier>63664</identifier><internationalstandardbooknumber>9789860187182 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63664</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文氣象觀測整合平台擴充建置計畫(2/2)－光碟版  Extended development of platform to integrate hydrologic and meteorologic observation (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>財團法人成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980132</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803811</governmentpublicationsnumber><identifier>63665</identifier><internationalstandardbooknumber>9789860212631 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63665</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>近海水文站網維護管理與資料分析(2/2)=Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980132</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009803811</governmentpublicationsnumber><identifier>63666</identifier><internationalstandardbooknumber>9789860212631 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63666</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>近海水文站網維護管理與資料分析(2/2)--光碟版= Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐及淹水及土石流災害，水利單位對於定量降水估計具有迫切的需求，如何利用先進的雷達技術改善定量降水估計提供洪水預警及水資源管理，並作為國土復育所需之基本資料調查是未來工作的重點。 由於雙偏極化雷達觀測降水的優越性已經獲得本署及其他相關作業及災防單位的認可，在重要颱洪災害潛勢地區評估精密降雨雷達網之效益，因此委託具有偏極化降雨雷達的專長之單位，評估規劃未來建設台灣精密降水雷達網可行性。</abstract><author>中央大學</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970186</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801312</governmentpublicationsnumber><identifier>63668</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63668</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣精密降雨雷達網建立先期評估計畫(2/2)＝The feasibility study of the precipitation radar network in Taiwan (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐及淹水及土石流災害，水利單位對於定量降水估計具有迫切的需求，如何利用先進的雷達技術改善定量降水估計提供洪水預警及水資源管理，並作為國土復育所需之基本資料調查是未來工作的重點。 由於雙偏極化雷達觀測降水的優越性已經獲得本署及其他相關作業及災防單位的認可，在重要颱洪災害潛勢地區評估精密降雨雷達網之效益，因此委託具有偏極化降雨雷達的專長之單位，評估規劃未來建設台灣精密降水雷達網可行性。</abstract><author>中央大學</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970186</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801312</governmentpublicationsnumber><identifier>63669</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63669</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣精密降雨雷達網建立先期評估計畫(2/2)－光碟版＝The feasibility study of the precipitation radar network in Taiwan (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>蒸發散量是水文循環的重要因子，卻受限於時間空間遞變的影響，增添模式求取蒸發散量的不確定值，而利用衛星負載特定光學或微波感測器可有效率地提供目前水文預報模型所需的參數。本計畫將利用先進的遙測技術，改善水文觀測技術，規劃建置水文觀測網，以監測台灣全島地表溫度、實際蒸發散及土壤含水量，以作為水資源管理及國土復育所需之基本調查資料。應用MODIS衛星資料推估晴空無雲的地面蒸發散量，以1公里網格和1天時間解析度的地表面溫度、蒸發散量等，建立連續監測至少7天到1個月的台灣地區蒸發散量作業能力。進一步對於水資源規劃、土石流、森林火災的危害評估將有所助益。本署95年度已完成開發利用中央氣象局接收的MODIS衛星觀測資料，推算台灣全島地表溫度、實際蒸發散及土壤含水量。本計畫將針對MODIS衛星所得到台灣全島蒸發散建置水文觀測網進行先期研究。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970333</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801315</governmentpublicationsnumber><identifier>63670</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63670</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>MODIS衛星應用於水文觀測網建置先期研究計畫〈2/2〉＝A Pilot Study of the Integrated MODIS and Ground-Based Hydrological Observation Network (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>蒸發散量是水文循環的重要因子，卻受限於時間空間遞變的影響，增添模式求取蒸發散量的不確定值，而利用衛星負載特定光學或微波感測器可有效率地提供目前水文預報模型所需的參數。本計畫將利用先進的遙測技術，改善水文觀測技術，規劃建置水文觀測網，以監測台灣全島地表溫度、實際蒸發散及土壤含水量，以作為水資源管理及國土復育所需之基本調查資料。應用MODIS衛星資料推估晴空無雲的地面蒸發散量，以1公里網格和1天時間解析度的地表面溫度、蒸發散量等，建立連續監測至少7天到1個月的台灣地區蒸發散量作業能力。進一步對於水資源規劃、土石流、森林火災的危害評估將有所助益。本署95年度已完成開發利用中央氣象局接收的MODIS衛星觀測資料，推算台灣全島地表溫度、實際蒸發散及土壤含水量。本計畫將針對MODIS衛星所得到台灣全島蒸發散建置水文觀測網進行先期研究。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970333</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/30</date><governmentpublicationsnumber>1009801315</governmentpublicationsnumber><identifier>63671</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63671</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>MODIS衛星應用於水文觀測網建置先期研究計畫〈2/2〉－光碟版＝A Pilot Study of the Integrated MODIS and Ground-Based Hydrological Observation Network (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署為引進水資源相關技術、提昇專業水準與能量、培育領導人才、促進邦誼與我國之國際能見度，持續推動國際合作交流活動。2009年透過本計畫執行工作主要包括：參加「第五屆世界水論壇」(the 5th World Water Forum)；引進氣候變遷，低地治理之新知，協辦「防汛要high不要水害」及辦理「荷蘭氣候變遷新知講習會」；協辦「第22屆台美水資源技術合作年會」(2009 Water Resources Program -- The 22th AIT-TECRO Annual Review Meeting)；並且延續「第五屆世界水論壇」成果，辦理斯里蘭卡Dr. Ranjana U.K. Piyadasa來台研習事宜；蒐集國際水資源科技發展相關資訊34則，並針對台灣應用加以評析。同時，通盤檢視以往水資源國際交流活動，研提南太平洋友邦國家水利技術輸出(雨水貯集)的套裝規劃，作為未來我國外交方面技術輸出援助友邦國家的參考，以強化邦誼，加強資源國際合作交流機能。綜合言之，本計畫除了順利辦理及籌備相關國際活動，引進重要觀念與方法之外，亦完成未來水資源技術輸出規劃，可供未來國際合作交流相關工作推動參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980164</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009804139</governmentpublicationsnumber><identifier>63672</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63672</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年水利國際技術交流計畫＝2009 International Cooperation and Exchange Program of Hydraulic Technology</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署為引進水資源相關技術、提昇專業水準與能量、培育領導人才、促進邦誼與我國之國際能見度，持續推動國際合作交流活動。2009年透過本計畫執行工作主要包括：參加「第五屆世界水論壇」(the 5th World Water Forum)；引進氣候變遷，低地治理之新知，協辦「防汛要high不要水害」及辦理「荷蘭氣候變遷新知講習會」；協辦「第22屆台美水資源技術合作年會」(2009 Water Resources Program -- The 22th AIT-TECRO Annual Review Meeting)；並且延續「第五屆世界水論壇」成果，辦理斯里蘭卡Dr. Ranjana U.K. Piyadasa來台研習事宜；蒐集國際水資源科技發展相關資訊34則，並針對台灣應用加以評析。同時，通盤檢視以往水資源國際交流活動，研提南太平洋友邦國家水利技術輸出(雨水貯集)的套裝規劃，作為未來我國外交方面技術輸出援助友邦國家的參考，以強化邦誼，加強資源國際合作交流機能。綜合言之，本計畫除了順利辦理及籌備相關國際活動，引進重要觀念與方法之外，亦完成未來水資源技術輸出規劃，可供未來國際合作交流相關工作推動參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980164</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009804139</governmentpublicationsnumber><identifier>63673</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63673</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年水利國際技術交流計畫－光碟版＝2009 International Cooperation and Exchange Program of Hydraulic Technology</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫蒐納國外政策資訊及全球新聞議題新知計已完成8種研析案例，以供國內政策學習參採之用，從跨國際層次、國家層級到政府之施政計畫等均所包括。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980009</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803891</governmentpublicationsnumber><identifier>63674</identifier><internationalstandardbooknumber>9789860213614 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63674</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(2/3)  Improving capability for water resource affairs management and policy-planning(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫蒐納國外政策資訊及全球新聞議題新知計已完成8種研析案例，以供國內政策學習參採之用，從跨國際層次、國家層級到政府之施政計畫等均所包括。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980009</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803891</governmentpublicationsnumber><identifier>63675</identifier><internationalstandardbooknumber>9789860213614 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63675</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(2/3)－光碟版 Improving capability for water resource affairs management and policy-planning(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署透過成大水利產業知識化育成中心的成立來整合創新支援能量來輔導水利產業相關產商，再造新興水利產業。</abstract><author>實踐大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980220</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803899</governmentpublicationsnumber><identifier>63676</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63676</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>水利產業育成中心經營模式檢討評估與成功營運模式之研究(光碟版)＝Evaluation and Sustainable Business Model Design of WPEIIC</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署透過成大水利產業知識化育成中心的成立來整合創新支援能量來輔導水利產業相關產商，再造新興水利產業。</abstract><author>實踐大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA098002</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803899</governmentpublicationsnumber><identifier>63677</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63677</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利產業育成中心經營模式檢討評估與成功營運模式之研究＝Evaluation and Sustainable Business Model Design of WPEIIC</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，已成立河川溪流守護隊，積極獎勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，並建置網站提供知識交流分享，及建立河川守護資料，以持續整合及充實河川自然、歷史、文化資料，結合地方在地社團，進行在地經驗智識之搜集，以期開啟、推動河川教育，全民共同守護河川。而社大、環保團體等NGO多年來帶領民眾、學員透過公共論壇討論相關環境議題，藉由課程、結合實地踏查與實作參與，重新學習流域相關知識，紀錄河川、發掘問題，省思人類與河川的關係，進一步採取行動守護河川，以及，由社大串連各相關社群，所啟動民間關心河川議題的意識與行動力，著實為台灣開啟推動「河川教育、守護與行動」的新方向。因此，本計畫盤點國內現有的河川社群，並進行國內在地性案例與經驗智識資料蒐集整理與分析，另辦理十場會議（含諮詢會議、交流會、工作坊）及規劃建置一智識交流平台，邀請河川社群參與，藉此串連與整合各界河川社群資源，形成「智識網絡」相互培力，進而累積民眾的「智識資本」及「社會資本」，提昇民眾參與公共事務的「實力」，以提出河川關懷策略；並進一步搭建與國外河川社群合作聯盟之橋樑，規劃未來民間參與或籌辦國際性河川社群交流活動的執行方向，讓台灣經驗為世界看見。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980369</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009804224</governmentpublicationsnumber><identifier>63678</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63678</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>河川社群資源整合與智識網絡建構先期規劃(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究針對台灣地區各農田水利會其主要灌溉區域灌溉期間經灌溉區流出後進入水道前之水，對其水量、水質進行調查研究，評估台灣地區農業迴歸水再利用之潛勢，並就區域潛在用水對象的分析檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57   434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980037</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803626</governmentpublicationsnumber><identifier>63679</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63679</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣地區農業迴歸水再利用調查潛勢分析與營運管理之研究(2/2)(光碟版) ＝Study on Investigation Assessment and Operation Management of the Reuse of Agriculture Return Water in Taiwan (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>FFTA風險分析模式確認水利署關鍵風險項目分別為洪水淹水、乾旱缺水、疏濬與砂石管理與地層下陷。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970352</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803172</governmentpublicationsnumber><identifier>63681</identifier><internationalstandardbooknumber>9789860205664 ; 9789860205</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63681</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署行政機關風險評估與管理及因應對策之研究  A Study on the institutional risk assessment and manaagement strategy for Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>1. 供水規劃尖山埤水庫鄰近供水對象主要為農業灌溉用水與工業用水，可能的供水方式則為交換灌溉用水增供公共給水與直接供應公共給水。交換灌溉用水增供公共給水需透過嘉南農田水利會進行水源調配，尚有水庫設施操作之管理人力與營管費用等未取得共識;目前水質條件未能符合柳營科技工業區等以製程用水為主之水質要求，且鄰工業用水對象亦開發多年，供水系統完備，尖山埤水庫水源需進行水質改善，並納入整體供水系統方具有供應公共給水的可能性。 2. 更新改善方案 (1)新設排砂道工程新增較大規模的排砂道設施，以渾水潭排砂與空庫排砂策略進行排砂操作，渾水潭排砂可於高蓄水位時排除當期來砂維持庫容，空庫排砂則可沖刷前期庫底淤積逐漸擴大庫容。 (2)其他更新改善工程配合尖山埤水庫交換灌溉用水增供公共給水的供水方式，水庫更新改善工程尚包括：既有排砂道改建取出水工程與越域引水工程，而水庫集水區治理以自然復育為原則，除道路邊坡或基礎崩滑須進行必要的治理工程維護外，應避免工程過度施作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6422</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980208</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009802793</governmentpublicationsnumber><identifier>63682</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63682</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>尖山埤水庫更新改善可行性規劃(內附光碟)＝Report on Feasibility Study of Jian-Shan-Pi Reservoir Rehabilitation Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究針對台灣地區各農田水利會其主要灌溉區域灌溉期間經灌溉區流出後進入水道前之水，對其水量、水質進行調查研究，評估台灣地區農業迴歸水再利用之潛勢，並就區域潛在用水對象的分析檢討。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980037</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803626</governmentpublicationsnumber><identifier>63683</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63683</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣地區農業迴歸水再利用調查潛勢分析與營運管理之研究(2/2) ＝Study on Investigation Assessment and Operation Management of the Reuse of Agriculture Return Water in Taiwan (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫著重在掌握進入人工湖區地表水蓄水量變化及其與地下水間交互作用影響，同時應用異質性特性探討湖區堤岸之穩定性。</abstract><author>國立中央大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980060</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803789</governmentpublicationsnumber><identifier>63684</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63684</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>區域尺度水力參數率定技術與地層異質性對人工湖規設之敏感度分析專題報告(內附光碟)＝Development of calibration technology for estimating regional-scale hydraulic properties and sensitivity analysis of the aquifer heterogeneity on the design and operatio</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫除蒐集整理分析國內外之法令、案例及產業技術等資料外，並以問券調查方式及其他方式進行台灣地區微型水力發電之潛能調查評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980049</commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009803548</governmentpublicationsnumber><identifier>63685</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>微型水力發電潛能調查分析及開發策略與相關配套措施之研究＝Studies of Micro Hydropower Potential Evaluation,Development Strategies and Related Supporting Measures</title><yearidentifier>200912</yearidentifier></data><data><abstract>名間水力電廠BOT興建工程自93年3月簽約至96年9月27日商轉，自簽約、開工、興建、試運轉等施工過程之紀錄照片。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/12/31</date><governmentpublicationsnumber>1009802843</governmentpublicationsnumber><identifier>63686</identifier><internationalstandardbooknumber>9789860203165 ; 9789860203</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63686</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>名間水力電廠BOT興建圖輯＝Ming-Jian Hydro Power Plant Bot Construction Picture Album</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究主要目的係針對員山子分洪設施之水理特性，研擬一套適合員山子分洪段內各分洪設施颱洪期間流量量測之方法，俾能更準確分析其水理特性，以提供後續洪水預報、分洪管理及相關設施維護改善等之參考利用。 本研究第一年，已完成員山子分洪工程現地設施、水文及地文資料之整理及分析，完成國內外現有流量觀測技術之蒐集與整理，也完成蒐集及整理國內外高水位流量量測與推估方法。報告中利用過去記錄中數場洪水事件之資料，對現有水文觀測系統進行分析探討，其檢核之結果已於報告中詳細說明。根據檢核之結果，研究團隊研擬出改善員山子分洪段之水位與流量量測方案；建議之改善方案係以建置一個在上游河道可靠的水位—流量站掌握入流量，利用三維數值模式之建立，藉以改善現有分洪量觀測分析方法。為進一步瞭解員山子分洪入流段的水文、水理特性，研究團隊已於本年度在上游河道便橋處建構一座水位流量觀測站；並於今年進行11次現場之水位與流量量測，量測結果亦已說明於期末報告中。由於現場量測結果與先前水工模型試驗結果有所差異，希望後續之現場量測，能觀測更多的資料以利更進一步分析比較。 未來第二、三年工作內容，主要將利用新設水位—流量站，持續在颱洪時期進行分洪時之流量觀測工作，以利進行相關量測資料之校驗與分析，俾確實掌握員山子分洪段入流量（建立新設水位—流量站之水位－流量率定關係曲線）；同時，藉由員山子分洪入流段三維數值演算模式，增進對員山子分洪段在高洪水位時期之水理特性之瞭解，建構分洪段內設施完整水位－分洪流量率定關係，期能更準確掌握：(1)員山子分洪段入流量、(2)分洪堰分洪量（進入排洪隧道之分洪量）以及(3)攔河堰下游河道之排放洪水量。如此，可提供正確之入流量與分洪量資料，作為改善河川管理系統之參考。</abstract><author>臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980254</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009804076</governmentpublicationsnumber><identifier>63689</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63689</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>員山子分洪入流段水文量測及水理分析(1/3)＝Hydrology Measurements and Hydraulic Analyses for Inflow Region of the Yuanshantze Flood Diversion (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究主要目的係針對員山子分洪設施之水理特性，研擬一套適合員山子分洪段內各分洪設施颱洪期間流量量測之方法，俾能更準確分析其水理特性，以提供後續洪水預報、分洪管理及相關設施維護改善等之參考利用。 本研究第一年，已完成員山子分洪工程現地設施、水文及地文資料之整理及分析，完成國內外現有流量觀測技術之蒐集與整理，也完成蒐集及整理國內外高水位流量量測與推估方法。報告中利用過去記錄中數場洪水事件之資料，對現有水文觀測系統進行分析探討，其檢核之結果已於報告中詳細說明。根據檢核之結果，研究團隊研擬出改善員山子分洪段之水位與流量量測方案；建議之改善方案係以建置一個在上游河道可靠的水位—流量站掌握入流量，利用三維數值模式之建立，藉以改善現有分洪量觀測分析方法。為進一步瞭解員山子分洪入流段的水文、水理特性，研究團隊已於本年度在上游河道便橋處建構一座水位流量觀測站；並於今年進行11次現場之水位與流量量測，量測結果亦已說明於期末報告中。由於現場量測結果與先前水工模型試驗結果有所差異，希望後續之現場量測，能觀測更多的資料以利更進一步分析比較。 未來第二、三年工作內容，主要將利用新設水位—流量站，持續在颱洪時期進行分洪時之流量觀測工作，以利進行相關量測資料之校驗與分析，俾確實掌握員山子分洪段入流量（建立新設水位—流量站之水位－流量率定關係曲線）；同時，藉由員山子分洪入流段三維數值演算模式，增進對員山子分洪段在高洪水位時期之水理特性之瞭解，建構分洪段內設施完整水位－分洪流量率定關係，期能更準確掌握：(1)員山子分洪段入流量、(2)分洪堰分洪量（進入排洪隧道之分洪量）以及(3)攔河堰下游河道之排放洪水量。如此，可提供正確之入流量與分洪量資料，作為改善河川管理系統之參考。</abstract><author>臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980254</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009804076</governmentpublicationsnumber><identifier>63691</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63691</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>員山子分洪入流段水文量測及水理分析(1/3)－光碟版＝Hydrology Measurements and Hydraulic Analyses for Inflow Region of the Yuanshantze Flood Diversion (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>鹿寮水庫自民國28年築壩於頭前溪支流鹿寮溪上，由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至97年測量後剩90.2萬立方公尺，，勢須活化以達永續利用，另鑑於新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980209</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009803796</governmentpublicationsnumber><identifier>63692</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63692</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>鹿寮水庫更新改善可行性規劃(4)成果報告(內附光碟)＝Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project (4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>鹿寮水庫自民國28年築壩於頭前溪支流鹿寮溪上，由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至97年測量後剩90.2萬立方公尺，，勢須活化以達永續利用，另鑑於新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980209</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009803796</governmentpublicationsnumber><identifier>63693</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63693</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>鹿寮水庫更新改善可行性規劃(4)成果報告(光碟版)＝Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project (4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>鹿寮水庫自民國28年築壩於頭前溪支流鹿寮溪上，由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至97年測量後剩90.2萬立方公尺，勢須活化以達永續利用，另鑑於新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980209</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009803804</governmentpublicationsnumber><identifier>63694</identifier><internationalstandardbooknumber>9789860212570 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63694</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>鹿寮水庫更新改善可行性規劃階段性總報告(內附光碟)＝Synthesis Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>鹿寮水庫自民國28年築壩於頭前溪支流鹿寮溪上，由於淤積情形嚴重，庫容已從民國28年完工時378萬立方公尺至97年測量後剩90.2萬立方公尺，勢須活化以達永續利用，另鑑於新水源開發興建受阻於日益提升的環保意識及民意，為加強嘉義地區自有水源供水能力及降低缺水風險，將研究評估更新改善鹿寮水庫，以供嘉義地區緊急事件時之備援水源之可行性，以作為未來區域水資源開發運用策略之一，並避免缺水風險。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980209</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/4</date><governmentpublicationsnumber>1009803804</governmentpublicationsnumber><identifier>63695</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63695</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>鹿寮水庫更新改善可行性規劃階段性總報告(光碟版)＝Synthesis Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣是天然資源極端匱乏的國家，面對知識經濟時代的挑戰與機會，政府為提升國家整體之競爭力，除持續從事基礎建設工作、加強產業技術發展外，有必要積極推動科技發展、整合科技資源、提升學術研究水準，以期台灣在多元化國際社會中保有競爭優勢。過去四、五十年來，水利署積極協助政府從事各項水資源開發及防洪工程建設，為台灣創造出具高度競爭力的生產環境及經濟蓬勃發展的社會。惟近年來，我國面對地球暖化、全球氣候變遷之威脅，以及在國內土地及各項資源超限利用等各種不利因素之影響下，陸續發生重大水土災害、水源短缺及水質劣化等事件。因此，依國科會之指導建議，認為我國未來水資源科技長程規劃應由經濟部水利署來主導；水利署爰成立本計畫並委託國內專家學者來進行研究及規劃。本研究最主要目的係針對我國未來水資源科技發展需求，研擬我國未來水資源科技發展長程（10年）計畫，俾建構具跨部會視野之國家水資源科技發展路徑圖（roadmap），將政府部門負責水資源業務各相關單位上、中及下游之計畫目標與研究成果進行密切的整合與連結，並作為我國各部、會及署未來在水資源科技發展施政及績效指標之參考依據。本研究已順利完成國內外水資源環境及需求之分析，蒐集美、日、荷蘭等先進國家水資源發展情勢與相關科技發展資訊，並協助水利署召開「我國水資源科技長期發展計畫之規劃」專家學者座談會（共4場），廣泛徵詢彙整國內學者專家之意見，冀達集思廣義及建立共識之目的。由於我國並不完全是水資源匱乏的國家；因此，本研究最後係以「提昇水資源經營管理效率」、「營造安全永續水資源環境」、「強化水資源科技研發及其應用績效」、「加強災害損失消減與管理」以及「提昇水資源科技執行績效」等五項策略目標，將我國水資源科技發展區分「水資源經營管理」、「水資源保護與生態保育」、「水資源科技應用與產業發展」、「災害防救與管理」以及「計畫執行與考核」等五個面向，再分別依各發展面向規劃出25個「重點策略」、100個「工作要項」，並以五個發展面向所需之45項「關鍵技術」，研擬出水資源科技發展路徑圖及其發展時程。最後，依據業務特性規劃出近、中及長程之具體KPI指標，並試圖提出績效指標與合理目標值之建議值，以期能滿足我國在水資源科技發展及相關業務推動上之需求。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970342</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803127</governmentpublicationsnumber><identifier>63696</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63696</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源科技長期發展計畫之規劃＝A Long-term Strategic Plan for Research and Development of Science and Technology in Water Resources</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>農委會動植物防檢局</author><categoryidentifier>412.4061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803594</governmentpublicationsnumber><identifier>63697</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63697</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會動植物防疫檢疫局</publisher><publishrocyear>98</publishrocyear><title>動植物防疫檢疫業務統計年報-中華民國97年</title><yearidentifier>200911</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續96年至97年間之「防災應變格網系統之建立」計畫及97年度下半年之「97年度防災應變格網系統後續維運及擴充」計畫，主要進行防災應變格網系統之維運，因此在計畫中將進行定期維護檢測以及系統之更新，以保持系統之正常運作狀態。     對於本年度計畫中所完成之工作項目，主要可分為兩大類；一為系統維運類；另一為功能擴充類。系統維運類中完成之工作項目包含：(1)定期之水情監測格網系統狀況檢測(2)超級視訊格網系統維護與檢測與相關系統之測試。另於功能擴充類中，即依計畫工作項目，完成了防災應變格網功能之設計規劃與開發實作，總共完成了如：水情監測格網整合高解析(HD)介接技術研發、防災應變格網系統作業平台功能改善及整合、水情監測格網系統功能擴充(含行動監測功能)等工作項目。     除此之外，本計畫於八八水災期間，亦正常運作執行並發揮其功效，本計畫團隊亦於期間一同協助水利署利用系統協助執行部分業務，並協助整理相關資料提供水利署進行使用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980025</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804172</governmentpublicationsnumber><identifier>63699</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63699</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98-99年防災應變格網系統後續維運及擴充(1/2)＝The Maintenance and Extension of Disaster Mitigation Grid from 2009 to 2010 (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續96年至97年間之「防災應變格網系統之建立」計畫及97年度下半年之「97年度防災應變格網系統後續維運及擴充」計畫，主要進行防災應變格網系統之維運，因此在計畫中將進行定期維護檢測以及系統之更新，以保持系統之正常運作狀態。     對於本年度計畫中所完成之工作項目，主要可分為兩大類；一為系統維運類；另一為功能擴充類。系統維運類中完成之工作項目包含：(1)定期之水情監測格網系統狀況檢測(2)超級視訊格網系統維護與檢測與相關系統之測試。另於功能擴充類中，即依計畫工作項目，完成了防災應變格網功能之設計規劃與開發實作，總共完成了如：水情監測格網整合高解析(HD)介接技術研發、防災應變格網系統作業平台功能改善及整合、水情監測格網系統功能擴充(含行動監測功能)等工作項目。     除此之外，本計畫於八八水災期間，亦正常運作執行並發揮其功效，本計畫團隊亦於期間一同協助水利署利用系統協助執行部分業務，並協助整理相關資料提供水利署進行使用。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980025</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804172</governmentpublicationsnumber><identifier>63700</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63700</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98-99年防災應變格網系統後續維運及擴充(1/2)－光碟版＝The Maintenance and Extension of Disaster Mitigation Grid from 2009 to 2010 (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之執行係以現行水利法、地下水管制辦法等規定為依歸，在健全水井管理思維下，以「全盤掌控」、「條件管理」、「合理管制」、「嚴格取締」及「完整配套」等5大原則，規劃可行之處置與管理作為；並在兼顧情理法、違法水井衍生問題處理時效性，及政府財政狀況等現實條件下，評估建議應即全面納管違法水井，以掌握違法水井現況資訊及改善違法水井數量遠超過合法水井態勢，限縮管理對象。後續再以強化水井管理效能，掌握抽水量時空分布，同時依水井抽水對環境負面影響程度、區域新水源開發進程、公共安全及經費籌應等條件，分類分期逐步排序填塞不應或不需存在既有違法水井；對依排序尚未填塞既有違法水井則容許其使用至自然損耗廢棄為止，但不容許井體更新。本計畫研提違法水井可行處置措施與可能執行限制後，採議題化方式協助經濟部水利署邀集各直轄市及縣市政府等管理機關共同討論，以達成處置政策共識。經數次研商會議後，確定違法水井處置政策方向及原則如下：一、以地下水管制區內違法水井為優先處置對象。二、以申報為主、調查為輔方式全面納管違法水井，並以「新增違法水井即查即封，既有違法水井依存在樣態分類分期封填(填塞)」為處置原則，期使違法水井數量不再增加。三、新增與既有違法水井認定時間點以處置構想簽奉 經濟部部長核定公告日為準。四、非地下水管制區內既有違法水井以輔導取得水權為原則。五、在相關法令尚未增修前，有關違法水井處置作為，建議以專案計畫方式，提報行政院核定後實施。本計畫已完成違法水井納管方式評析、新增與既有違法切分時間點評析，新增與既有違法水井處置原則與作業流程規劃，以及違法水井申報及複查作業規劃等委辦工作項目，相關研究成果請見本報告第三章及第四章，部分處置作為並經各直轄市及縣市政府確認其可執行性，至於違法水井處置相關法令檢討另於第五章中專章研析。經綜整相關研析成果，本計畫參照違章建築處置精神及以往「河川行水區內鄉(鎮市)垃圾棄置場處置計畫」經驗，協助研撰「違法水井處置策略初稿」供水利署參考修正，以利提報完成核定程序，確定處置政策與籌列經費，同時協助研擬「違法水井處置要點草案」，內容包括新增與既有違法水井分類原則、處置原則、新增違法水井處置規定(含作業流程規劃)、既有違法水井處置及管理規定(含作業流程規劃、填塞排序標準及填塞救濟金核發標準等內容)，以利水利署檢討頒訂，供各直轄市及縣市政府後續研訂「違法水井處置實施計畫」參考。另協助研擬經濟部補助各地方政府辦理違法水井處置計畫執行要點草案，俾利建構管制考核與良性競爭機制，期可奠定健全水井管理基礎，改善長久以來水土資源失衡利用情況，促進地下水環境之永續發展。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803406</governmentpublicationsnumber><identifier>63702</identifier><internationalstandardbooknumber>9789860208801 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63702</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>違法抽水井處理政策及配套措施之研究(2/2)(光碟版)  Study on the strategines to deal with illegal draft well (2/2)</title><yearidentifier>200910</yearidentifier></data><data><abstract>本計畫之執行係以現行水利法、地下水管制辦法等規定為依歸，在健全水井管理思維下，以「全盤掌控」、「條件管理」、「合理管制」、「嚴格取締」及「完整配套」等5大原則，規劃可行之處置與管理作為；並在兼顧情理法、違法水井衍生問題處理時效性，及政府財政狀況等現實條件下，評估建議應即全面納管違法水井，以掌握違法水井現況資訊及改善違法水井數量遠超過合法水井態勢，限縮管理對象。後續再以強化水井管理效能，掌握抽水量時空分布，同時依水井抽水對環境負面影響程度、區域新水源開發進程、公共安全及經費籌應等條件，分類分期逐步排序填塞不應或不需存在既有違法水井；對依排序尚未填塞既有違法水井則容許其使用至自然損耗廢棄為止，但不容許井體更新。本計畫研提違法水井可行處置措施與可能執行限制後，採議題化方式協助經濟部水利署邀集各直轄市及縣市政府等管理機關共同討論，以達成處置政策共識。經數次研商會議後，確定違法水井處置政策方向及原則如下：一、以地下水管制區內違法水井為優先處置對象。二、以申報為主、調查為輔方式全面納管違法水井，並以「新增違法水井即查即封，既有違法水井依存在樣態分類分期封填(填塞)」為處置原則，期使違法水井數量不再增加。三、新增與既有違法水井認定時間點以處置構想簽奉 經濟部部長核定公告日為準。四、非地下水管制區內既有違法水井以輔導取得水權為原則。五、在相關法令尚未增修前，有關違法水井處置作為，建議以專案計畫方式，提報行政院核定後實施。本計畫已完成違法水井納管方式評析、新增與既有違法切分時間點評析，新增與既有違法水井處置原則與作業流程規劃，以及違法水井申報及複查作業規劃等委辦工作項目，相關研究成果請見本報告第三章及第四章，部分處置作為並經各直轄市及縣市政府確認其可執行性，至於違法水井處置相關法令檢討另於第五章中專章研析。經綜整相關研析成果，本計畫參照違章建築處置精神及以往「河川行水區內鄉(鎮市)垃圾棄置場處置計畫」經驗，協助研撰「違法水井處置策略初稿」供水利署參考修正，以利提報完成核定程序，確定處置政策與籌列經費，同時協助研擬「違法水井處置要點草案」，內容包括新增與既有違法水井分類原則、處置原則、新增違法水井處置規定(含作業流程規劃)、既有違法水井處置及管理規定(含作業流程規劃、填塞排序標準及填塞救濟金核發標準等內容)，以利水利署檢討頒訂，供各直轄市及縣市政府後續研訂「違法水井處置實施計畫」參考。另協助研擬經濟部補助各地方政府辦理違法水井處置計畫執行要點草案，俾利建構管制考核與良性競爭機制，期可奠定健全水井管理基礎，改善長久以來水土資源失衡利用情況，促進地下水環境之永續發展。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803406</governmentpublicationsnumber><identifier>63703</identifier><internationalstandardbooknumber>9789860208801 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63703</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>違法抽水井處理政策及配套措施之研究(2/2)  Study on the strategines to deal with illegal draft well (2/2)</title><yearidentifier>200910</yearidentifier></data><data><abstract>台灣是天然資源極端匱乏的國家，面對知識經濟時代的挑戰與機會，政府為提升國家整體之競爭力，除持續從事基礎建設工作、加強產業技術發展外，有必要積極推動科技發展、整合科技資源、提升學術研究水準，以期台灣在多元化國際社會中保有競爭優勢。過去四、五十年來，水利署積極協助政府從事各項水資源開發及防洪工程建設，為台灣創造出具高度競爭力的生產環境及經濟蓬勃發展的社會。惟近年來，我國面對地球暖化、全球氣候變遷之威脅，以及在國內土地及各項資源超限利用等各種不利因素之影響下，陸續發生重大水土災害、水源短缺及水質劣化等事件。因此，依國科會之指導建議，認為我國未來水資源科技長程規劃應由經濟部水利署來主導；水利署爰成立本計畫並委託國內專家學者來進行研究及規劃。本研究最主要目的係針對我國未來水資源科技發展需求，研擬我國未來水資源科技發展長程（10年）計畫，俾建構具跨部會視野之國家水資源科技發展路徑圖（roadmap），將政府部門負責水資源業務各相關單位上、中及下游之計畫目標與研究成果進行密切的整合與連結，並作為我國各部、會及署未來在水資源科技發展施政及績效指標之參考依據。本研究已順利完成國內外水資源環境及需求之分析，蒐集美、日、荷蘭等先進國家水資源發展情勢與相關科技發展資訊，並協助水利署召開「我國水資源科技長期發展計畫之規劃」專家學者座談會（共4場），廣泛徵詢彙整國內學者專家之意見，冀達集思廣義及建立共識之目的。由於我國並不完全是水資源匱乏的國家；因此，本研究最後係以「提昇水資源經營管理效率」、「營造安全永續水資源環境」、「強化水資源科技研發及其應用績效」、「加強災害損失消減與管理」以及「提昇水資源科技執行績效」等五項策略目標，將我國水資源科技發展區分「水資源經營管理」、「水資源保護與生態保育」、「水資源科技應用與產業發展」、「災害防救與管理」以及「計畫執行與考核」等五個面向，再分別依各發展面向規劃出25個「重點策略」、100個「工作要項」，並以五個發展面向所需之45項「關鍵技術」，研擬出水資源科技發展路徑圖及其發展時程。最後，依據業務特性規劃出近、中及長程之具體KPI指標，並試圖提出績效指標與合理目標值之建議值，以期能滿足我國在水資源科技發展及相關業務推動上之需求。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970342</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803127</governmentpublicationsnumber><identifier>63707</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63707</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源科技長期發展計畫之規劃(光碟版)＝ A Long-term Strategic Plan for Research and Development of Science and Technology in Water Resources</title><yearidentifier>200910</yearidentifier></data><data><abstract>本計畫之目標在於建立及實作推動資料交換格式標準之機制、建置服務引用產生器、強化服務共享機制及實作案例、實作具親和力入口網站、發展e河川網站及KPS之互動機制、強化單一簽入機制、實作資料處理模版及其案例、推廣與宣導此平台，並建立後台管理機制。希望透過此計畫之執行，使此平台更易於應用及推廣，以進一步達成有效率與易落實之e河川網站資料交換機制。</abstract><author>社團法人臺灣軟體工程學會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980008</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804049</governmentpublicationsnumber><identifier>63708</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63708</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>e河川-資訊交換平臺應用推廣計畫＝eRiver--Promotion of Information Exchange Services Platform</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之目標在於建立及實作推動資料交換格式標準之機制、建置服務引用產生器、強化服務共享機制及實作案例、實作具親和力入口網站、發展e河川網站及KPS之互動機制、強化單一簽入機制、實作資料處理模版及其案例、推廣與宣導此平台，並建立後台管理機制。希望透過此計畫之執行，使此平台更易於應用及推廣，以進一步達成有效率與易落實之e河川網站資料交換機制。</abstract><author>社團法人臺灣軟體工程學會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980008</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804049</governmentpublicationsnumber><identifier>63709</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63709</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>e河川-資訊交換平臺應用推廣計畫(光碟版)＝eRiver--Promotion of Information Exchange Services Platform</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署署內資訊網在架構環境上與「水資源資訊服務平台」密切整合，經由身份認證及權限控管機制達到署內各系統單一簽入的目標。網站建構以「知識管理」為主軸，透過創作、共享、發揚三個階段的管理，期能將署內各個同仁所具有的知識公開成為署內的資產，並加以規劃使其為全署所共享、活用，進而提升本署競爭力。網站平台建構則使用GIP技術架構，提供系統管理維護人員及資料上稿同仁一個友善而快速的資訊發佈、收集、整理及運用的內部網站環境。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980303</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803754</governmentpublicationsnumber><identifier>63710</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63710</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利署署內資訊服務及個人化資訊整合計畫＝Integration of intranet web site and personalized information portal for Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署署內資訊網在架構環境上與「水資源資訊服務平台」密切整合，經由身份認證及權限控管機制達到署內各系統單一簽入的目標。網站建構以「知識管理」為主軸，透過創作、共享、發揚三個階段的管理，期能將署內各個同仁所具有的知識公開成為署內的資產，並加以規劃使其為全署所共享、活用，進而提升本署競爭力。網站平台建構則使用GIP技術架構，提供系統管理維護人員及資料上稿同仁一個友善而快速的資訊發佈、收集、整理及運用的內部網站環境。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980303</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803754</governmentpublicationsnumber><identifier>63711</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63711</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利署署內資訊服務及個人化資訊整合計畫(光碟版)＝ Integration of intranet web site and personalized information portal for Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署對於治水、利水、親水、活水範疇，多年來已擁有諸多卓越成果，且保有重要檔案、圖書等文化性資產、VCD光碟、DVD光碟、照片、數位照片檔、海報、書面成果等，惟該成果傳播方式仍侷限於實體之互動，但此諸多成果若未加以數位化保存、典藏，亦未在網路上廣為流傳，則多年後此些成果將隨著科技進步而無法廣為流傳，失去經驗傳承的目的。如何將水利署多年治水、利水等成果數位轉檔保存，並期能進一步提供水利署各項系統及網站加以加值應用，轉換為易於流通之成果於網路、媒體展現，以提昇民眾對於水資源、河川整治保護之相關概念，進一步增加民眾對於水利署相關業務之認同感與支持度，是本計畫執行的重點。</abstract><author>天眼衛星科技有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980358</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803776</governmentpublicationsnumber><identifier>63712</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63712</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>e河川--影音數位典藏計畫＝E-rivers-Audio/Video Digital Archival Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署對於治水、利水、親水、活水範疇，多年來已擁有諸多卓越成果，且保有重要檔案、圖書等文化性資產、VCD光碟、DVD光碟、照片、數位照片檔、海報、書面成果等，惟該成果傳播方式仍侷限於實體之互動，但此諸多成果若未加以數位化保存、典藏，亦未在網路上廣為流傳，則多年後此些成果將隨著科技進步而無法廣為流傳，失去經驗傳承的目的。如何將水利署多年治水、利水等成果數位轉檔保存，並期能進一步提供水利署各項系統及網站加以加值應用，轉換為易於流通之成果於網路、媒體展現，以提昇民眾對於水資源、河川整治保護之相關概念，進一步增加民眾對於水利署相關業務之認同感與支持度，是本計畫執行的重點。</abstract><author>天眼衛星科技有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980358</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803776</governmentpublicationsnumber><identifier>63713</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63713</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>e河川--影音數位典藏計畫(光碟版)＝E-rivers-Audio/Video Digital Archival Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川管理這一門重要課題，橫跨多個公私部門以共同營造，諸如：林務局、水土保持局、水利署、環保署、公路單位、氣象單位、一般民眾等，牽涉單位甚多，但因為目前河川資料的流通及河川資訊的傳遞，仍未十分通暢，以至各單位之間對於河川管理均未達到共識，觀念上存極大的差距，再加上河川基本資料庫及檢測成果資料庫資料量龐大，如何應用河川資料作為河川管理工作之依據，並不是單一機關可以解決，需跨多個機關進行協同合作，整合中央機關與縣市政府及民間之力量，來完成資料流通共享的電子化政府之目標。如何經營河川、管理河川，使河川成為生態、景觀、遊憩的地方，進而達到「親水、知水、愛水、活水」之成效，已蔚為重要課題。本計畫目的在於建置e河川網站，透過河川資料蒐集運用SOA架構概念，達到河川知識管理的目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980006</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803775</governmentpublicationsnumber><identifier>63714</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63714</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>e河川--網站建置計畫＝E-river-Website Setup Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川管理這一門重要課題，橫跨多個公私部門以共同營造，諸如：林務局、水土保持局、水利署、環保署、公路單位、氣象單位、一般民眾等，牽涉單位甚多，但因為目前河川資料的流通及河川資訊的傳遞，仍未十分通暢，以至各單位之間對於河川管理均未達到共識，觀念上存極大的差距，再加上河川基本資料庫及檢測成果資料庫資料量龐大，如何應用河川資料作為河川管理工作之依據，並不是單一機關可以解決，需跨多個機關進行協同合作，整合中央機關與縣市政府及民間之力量，來完成資料流通共享的電子化政府之目標。如何經營河川、管理河川，使河川成為生態、景觀、遊憩的地方，進而達到「親水、知水、愛水、活水」之成效，已蔚為重要課題。本計畫目的在於建置e河川網站，透過河川資料蒐集運用SOA架構概念，達到河川知識管理的目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980006</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009803775</governmentpublicationsnumber><identifier>63715</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63715</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>e河川--網站建置計畫(光碟版)＝E-river-Website Setup Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周海岸已興建許多陡坡海堤，其親水性、景觀性與生態性均不足，本計畫冀經由青草崙北段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980268</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804039</governmentpublicationsnumber><identifier>63716</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63716</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>海岸生態工法研究--生態性海堤之研究(3/3)＝Coastal Eco-Technology--Ecology Dike Research(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周海岸已興建許多陡坡海堤，其親水性、景觀性與生態性均不足，本計畫冀經由青草崙北段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980268</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/5</date><governmentpublicationsnumber>1009804039</governmentpublicationsnumber><identifier>63717</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63717</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>海岸生態工法研究--生態性海堤之研究(光碟版)(3/3)＝Coastal Eco-Technology--Ecology Dike Research(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/6</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>63718</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63718</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利第19期(內附光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。本報告為隆恩堰現址補強工程之細部設計報告，內容包含設計準則、工程調查與評估、水工模型試驗、設計說明、水理分析、施工計畫與工程經費估算，並針對後續營運管理應注意之事項進行說明。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.613</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>1009803372</governmentpublicationsnumber><identifier>63720</identifier><internationalstandardbooknumber>9789860207781 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63720</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>頭前溪隆恩堰現址補強工程細部設計報告＝The Detail Design Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>200911</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。 本報告為隆恩堰現址補強工程之細部設計報告，內容包含設計準則、工程調查與評估、水工模型試驗、設計說明、水理分析、施工計畫與工程經費估算，並針對後續營運管理應注意之事項進行說明。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.613   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>1009803372</governmentpublicationsnumber><identifier>63721</identifier><internationalstandardbooknumber>9789860207781 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63721</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>頭前溪隆恩堰現址補強工程細部設計報告－光碟版＝The Detail Design Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>200911</yearidentifier></data><data><abstract>石門水庫淤積嚴重，颱洪期間水體濁度過高，有必要增設分洪堰與分洪防淤隧道，提升水庫防洪與防淤功能。本計畫藉地質調查，評估各方案初步規劃可能之隧道路線與水庫分洪堰址之地質狀況，供規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>1009803589</governmentpublicationsnumber><identifier>63725</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63725</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究：工程地質調查(內附光碟)＝Preliminary Study of Shihmen Reservoir Upstream Main River Flood Diversion and Anti-silt Project and Hydraulic Model Test ─Engineering Geological Investigation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以石門水庫集水區為研究區域，藉由地文性土壤沖淤模式模擬入庫水砂歷線，此繞庫排砂操作方式可避免等候異重流抵達大壩才能排渾所產生之時間差，冀期石門水庫達到「清渾分治」之目的。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>1009803913</governmentpublicationsnumber><identifier>63727</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63727</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>石門水庫入庫水砂歷線推估模式＝Simulation of Inflow Discharge and Suspended Sediment Concentratuion Hydrographs for Shihman Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫利用進行土方填築檢驗，希望能達到以下三點預期效益： 1.建立量測土壤密度及含水量之系統。2.發展利用電磁波與震波量測土壤密度與含水量之非破壞性檢測方法與軟硬體建置。3.提升土石壩及土堤填築品質及效率。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980202</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>1009803638</governmentpublicationsnumber><identifier>63728</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63728</librarycollectiondetailsurl><price>600</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究工作成果報告(1/2)＝Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫利用進行土方填築檢驗，希望能達到以下三點預期效益： 1.建立量測土壤密度及含水量之系統。2.發展利用電磁波與震波量測土壤密度與含水量之非破壞性檢測方法與軟硬體建置。3.提升土石壩及土堤填築品質及效率。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRa0980202</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/7</date><governmentpublicationsnumber>109803638</governmentpublicationsnumber><identifier>63729</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63729</librarycollectiondetailsurl><price>600</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究工作成果報告(1/2)－光碟版＝Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研究乃針對國內外水再生利用系統及實施技術行整合與資料彙整，並撰稿實施技術參考手冊，其中技術手冊又分為生活污水、工業廢水與農業廢水三冊。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980315</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804102</governmentpublicationsnumber><identifier>63733</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63733</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用系統整合與技術手冊研訂之研究(1/2)＝The Study of Water Reuse System Integration and Technical Manual Preparation (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研究乃針對國內外水再生利用系統及實施技術行整合與資料彙整，並撰稿實施技術參考手冊，其中技術手冊又分為生活污水、工業廢水與農業廢水三冊。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980315</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804102</governmentpublicationsnumber><identifier>63734</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63734</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用系統整合與技術手冊研訂之研究(1/2)－光碟版＝The Study of Water Reuse System Integration and Technical Manual Preparation (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>國內目前尚未有規範水再生利用之專門法規，本計畫之目的在於就國內水再生利用法令競合及國外相關制度研究加以分析，掌握推動水再生利用之關鍵，據以作為推動之參考。</abstract><author>朝陽科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980043</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804104</governmentpublicationsnumber><identifier>63735</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63735</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用法令競合及國外相關制度研究(1/2)＝The Studies of Domestic concurrence of Regulations and Foreign Executing Systems of Wastewater Reclamation and Reuse (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由水利署與荷蘭Deltares所合作開發的洪水預警系統平台(FEWS_Taiwan)，即時將氣象觀測與預報結果轉換為集水區降雨之後，並銜接水文水理模式，估算集水區水位資訊。以莫拉克颱風降水資料為主，瞭解QPESUMS監測雨量資料不同解析度對降雨量與估算水位之靈敏度，以1.3km解析度格網所計算出集水區平均降雨量與計算水位高程為參考值。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980281</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009803942</governmentpublicationsnumber><identifier>63737</identifier><internationalstandardbooknumber>9789860214154 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63737</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>災害性天氣流域降雨之監測與預報技術研發與改進=Monitoring and Forecasting of Disastrous Precipitation in the Taiwan River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>針對中央管區域排水受到內水、外水或潮汐等影響因素，根據區域排水集水區內之雨量與水位資料，藉由水文、水理模式模擬未來數小時內之水位變化，並針對開口堤防、防洪閘門、堤內保全地區研訂警戒雨量。此外，針對淹水區域內之鄰近橋樑、堤防或護岸劃設水尺、或因地制宜設置簡易告示牌等相關工作進行研擬與評估。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980138</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804085</governmentpublicationsnumber><identifier>63738</identifier><internationalstandardbooknumber>9789860216295 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63738</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中央管區域排水警戒雨量訂定先期計畫</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據中央管河川水文觀測站網通盤檢討成果持續辦理坡度面積法流量測站之設置作業，並配合各河川局洪水流量觀測作業獲取之洪水流量資料分析檢討上年度新設測站及示範站推計流量功能；另，依據洪水流量觀測目的及量測儀器性能，研提現行洪水流量觀測作業修訂建議，提供推動水文觀測現代化之技術支援。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980119</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804220</governmentpublicationsnumber><identifier>63740</identifier><internationalstandardbooknumber>9789860218213 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63740</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中央管河川自動化流量站設置與資料分析=Construction and Data Analysis of Automated Streamflow Gauging Stations for the Rivers Administered by Central Government</title><yearidentifier>200912</yearidentifier></data><data><abstract>國內目前尚未有規範水再生利用之專門法規，本計畫之目的在於就國內水再生利用法令競合及國外相關制度研究加以分析，掌握推動水再生利用之關鍵，據以作為推動之參考。</abstract><author>朝陽科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980043</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009804104</governmentpublicationsnumber><identifier>63741</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63741</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生利用法令競合及國外相關制度研究(1/2)－光碟版＝The Studies of Domestic concurrence of Regulations and Foreign Executing Systems of Wastewater Reclamation and Reuse (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以系統的整體檢討台灣現行河川治理及管理遭遇之主要問題，包括水、土、林、海、道路、橋樑等治理及管理基本理念方向及權責整合，以作為後續研究及施政之參考。並針對較有共識之河川流域管理深入探討，提出因應策略及法令修正，以做為政策推動之參考。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980180</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009803857</governmentpublicationsnumber><identifier>63744</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63744</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>重要河川流域管理政策與法規研訂(2/2)＝Research on establishment of Management policy and law of important rivers (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以系統的整體檢討台灣現行河川治理及管理遭遇之主要問題，包括水、土、林、海、道路、橋樑等治理及管理基本理念方向及權責整合，以作為後續研究及施政之參考。並針對較有共識之河川流域管理深入探討，提出因應策略及法令修正，以做為政策推動之參考。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980180</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/8</date><governmentpublicationsnumber>1009803857</governmentpublicationsnumber><identifier>63745</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63745</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>重要河川流域管理政策與法規研訂(2/2)－光碟版＝Research on establishment of Management policy and law of important rivers (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫分別於台灣北、中、南、東部四個不同海岸區域之立地條件進行適種試驗規劃，針對不同海岸逆境之類行提出其區域性最佳適種植物選取之參據資料。</abstract><author>社團法人中華民國環境綠化協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980145</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803420</governmentpublicationsnumber><identifier>63748</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63748</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸植生調查與適種試驗規劃報告</title><yearidentifier>200911</yearidentifier></data><data><abstract>本計畫分別於台灣北、中、南、東部四個不同海岸區域之立地條件進行適種試驗規劃，針對不同海岸逆境之類行提出其區域性最佳適種植物選取之參據資料。</abstract><author>社團法人中華民國環境綠化協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980145</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803420</governmentpublicationsnumber><identifier>63749</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63749</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸植生調查與適種試驗規劃報告(光碟版)</title><yearidentifier>200911</yearidentifier></data><data><abstract>本報告為?整工程可行性規劃、水源運用及營運管理2本專題報告及環境影響說明書等成果，俾利後續中庄調整池基本設計、詳細設計、施工及水資源運用之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803560</governmentpublicationsnumber><identifier>63752</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63752</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中庄調整池可行性規劃總報告(內附光碟)=Feasibility Study of Lake Jhong Juang Summary Report</title><yearidentifier>200911</yearidentifier></data><data><abstract>針對水庫集水區之自然植被類型、土地利用狀況及其造成集水區棲地環境之差異性，提出水庫集水區整體保育與管理對策之建議方案。</abstract><author>國立中興大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980015</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803428</governmentpublicationsnumber><identifier>63753</identifier><internationalstandardbooknumber>9789860208580 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63753</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫集水區環境棲地管理與治理保育對策之研究(2/2) Study on the Strategies of Environment Conservation and Habitat Management in the Reservoir Watershed (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>針對水庫集水區之自然植被類型、土地利用狀況及其造成集水區棲地環境之差異性，提出水庫集水區整體保育與管理對策之建議方案。</abstract><author>國立中興大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980015</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803428</governmentpublicationsnumber><identifier>63754</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63754</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫集水區環境棲地管理與治理保育對策之研究(2/2)  －光碟版＝Study on the Strategies of Environment Conservation and Habitat Management in the Reservoir Watershed (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要。本研究主要探討土砂產量對河川集水區溪流物理棲地之變化，及採用人為工程對物理棲地之影響；本研究選定石門水庫集水區為分析對象，擬定調查作業程序，完成石門水庫集水區之十八條支流河川之現場調查，並分析彙整其調查成果。 在本研究的分析過程中，本研究先針對18條河川進行河相五層分類分析，探討該河川河相特性及集水區內可能引發之土砂運移問題；而在土砂量估算上，本研究以1999年集集地震、2001年桃芝颱風及2004年艾利颱風為主要土砂災害事件，並估算屢次災害事件後之土砂總產量(包括崩塌量及土壤沖蝕量)，並利用現地勘查瞭解目前土砂在河道中堆積情況及對物理棲地造成影響。 本研究採用河川物理棲地評估指標進一步瞭解目前18條河川物理棲地現況，主要探討泥沙堆積、地形、人為影響、植生復育及水流多樣性等，並以雷達圖表示目前河川物理棲地現況，比較自然棲地與人為工程介入棲地對棲地復育之影響，並提出未來復育方針及建議。此溪流物理棲地評估方法可量化工程對棲地之影響結果，對於石門水庫集水區之溪流物理棲地而言，人為干擾較少、流量越大、水流多樣性越好的集水區，溪流原始狀況佳。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980264</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009804086</governmentpublicationsnumber><identifier>63755</identifier><internationalstandardbooknumber>9789860216271 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63755</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>集水區土砂量變化對溪流物理棲地復育之影響研究(1/2) The Influence of Sediment Yield to the River Physical Habitats Restoration (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>溪流整治工程為水庫集水區治理相當重要的一環，隨著人們對生態環境的重視，量化人為介入對水庫集水區溪流生態環境之影響性亦顯得重要。本研究主要探討土砂產量對河川集水區溪流物理棲地之變化，及採用人為工程對物理棲地之影響；本研究選定石門水庫集水區為分析對象，擬定調查作業程序，完成石門水庫集水區之十八條支流河川之現場調查，並分析彙整其調查成果。 在本研究的分析過程中，本研究先針對18條河川進行河相五層分類分析，探討該河川河相特性及集水區內可能引發之土砂運移問題；而在土砂量估算上，本研究以1999年集集地震、2001年桃芝颱風及2004年艾利颱風為主要土砂災害事件，並估算屢次災害事件後之土砂總產量(包括崩塌量及土壤沖蝕量)，並利用現地勘查瞭解目前土砂在河道中堆積情況及對物理棲地造成影響。 本研究採用河川物理棲地評估指標進一步瞭解目前18條河川物理棲地現況，主要探討泥沙堆積、地形、人為影響、植生復育及水流多樣性等，並以雷達圖表示目前河川物理棲地現況，比較自然棲地與人為工程介入棲地對棲地復育之影響，並提出未來復育方針及建議。此溪流物理棲地評估方法可量化工程對棲地之影響結果，對於石門水庫集水區之溪流物理棲地而言，人為干擾較少、流量越大、水流多樣性越好的集水區，溪流原始狀況佳。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980264</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009804086</governmentpublicationsnumber><identifier>63756</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63756</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>集水區土砂量變化對溪流物理棲地復育之影響研究－光碟版＝The Influence of Sediment Yield to the River Physical Habitats Restoration (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據中央管河川水文觀測站網通盤檢討成果持續辦理坡度面積法流量測站之設置作業，並配合各河川局洪水流量觀測作業獲取之洪水流量資料分析檢討上年度新設測站及示範站推計流量功能；另，依據洪水流量觀測目的及量測儀器性能，研提現行洪水流量觀測作業修訂建議，提供推動水文觀測現代化之技術支援。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980119</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009804220</governmentpublicationsnumber><identifier>63757</identifier><internationalstandardbooknumber>9789860218213 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63757</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中央管河川自動化流量站設置與資料分析－光碟版  Construction and Data Analysis of Automated Streamflow Gauging Stations for the Rivers Administered by Central Government</title><yearidentifier>200912</yearidentifier></data><data><abstract>針對中央管區域排水受到內水、外水或潮汐等影響因素，根據區域排水集水區內之雨量與水位資料，藉由水文、水理模式模擬未來數小時內之水位變化，並針對開口堤防、防洪閘門、堤內保全地區研訂警戒雨量。此外，針對淹水區域內之鄰近橋樑、堤防或護岸劃設水尺、或因地制宜設置簡易告示牌等相關工作進行研擬與評估。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980138</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009804085</governmentpublicationsnumber><identifier>63758</identifier><internationalstandardbooknumber>9789860216295 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63758</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中央管區域排水警戒雨量訂定先期計畫－光碟版</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由水利署與荷蘭Deltares所合作開發的洪水預警系統平台(FEWS_Taiwan)，即時將氣象觀測與預報結果轉換為集水區降雨之後，並銜接水文水理模式，估算集水區水位資訊。以莫拉克颱風降水資料為主，瞭解QPESUMS監測雨量資料不同解析度對降雨量與估算水位之靈敏度，以1.3km解析度格網所計算出集水區平均降雨量與計算水位高程為參考值。</abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980028</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/11</date><governmentpublicationsnumber>1009803942</governmentpublicationsnumber><identifier>63759</identifier><internationalstandardbooknumber>9789860214154 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63759</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>災害性天氣流域降雨之監測與預報技術研發與改進(光碟版)  Monitoring and Forecasting of Disastrous Precipitation in the Taiwan River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980155</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803328</governmentpublicationsnumber><identifier>63760</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63760</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究總報告書 ＝Implement and Application Study of NCCHE's River Migration Models</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980155</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803328</governmentpublicationsnumber><identifier>63761</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63761</librarycollectiondetailsurl><price>200</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究總報告書(光碟版)＝Implement and Application Study of NCCHE's River Migration Models</title><yearidentifier>200912</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。 隨著跨平台資訊技術之發展，以及地理資訊展圖核心與共享服務技術之進步，圖資共享不再只是傳統檔案申請下載，服務導向架構已成為趨勢，爰此，本年度工作重點為強化倉儲系統之流通共享機制，將以往「實體資料下載」之供應方式導向「線上連結服務」，除持續發佈各項服務功能外，亦建立一套完整的申請與管理流程，以確實掌握各項服務引用情況，並透過最新技術擴充加值服務功能，增進整體運作效能，提升服務品質，落實GIS圖資共享理念。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980003</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803431</governmentpublicationsnumber><identifier>63763</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63763</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文水資源資料管理供應系統－98年度地理資料倉儲中心之擴充及維運＝The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980155</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803327</governmentpublicationsnumber><identifier>63764</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63764</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(3/3)＝Implement and Application Study of NCCHE's River Migration Models</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫分三年進行，藉由合作研發方式引進CCHE1D及CCHE2D數模，選取濁水溪為應用研究對象，同時建立CCHE水理及輸砂模式庫，本計畫之主要目標。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980155</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803327</governmentpublicationsnumber><identifier>63765</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63765</librarycollectiondetailsurl><price>200</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>美國國家計算水科學及工程中心河道變遷模式之引進及應用研究(3/3)(光碟版)＝Implement and Application Study of NCCHE's River Migration Models</title><yearidentifier>200912</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。 隨著跨平台資訊技術之發展，以及地理資訊展圖核心與共享服務技術之進步，圖資共享不再只是傳統檔案申請下載，服務導向架構已成為趨勢，爰此，本年度工作重點為強化倉儲系統之流通共享機制，將以往「實體資料下載」之供應方式導向「線上連結服務」，除持續發佈各項服務功能外，亦建立一套完整的申請與管理流程，以確實掌握各項服務引用情況，並透過最新技術擴充加值服務功能，增進整體運作效能，提升服務品質，落實GIS圖資共享理念。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980003</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803431</governmentpublicationsnumber><identifier>63767</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63767</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水文水資源資料管理供應系統－98年度地理資料倉儲中心之擴充及維運－光碟版＝The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>石門水庫淤積嚴重，颱洪期間水體濁度過高，有必要增設分洪堰與分洪防淤隧道，提升水庫防洪與防淤功能。本計畫藉地質調查，評估各方案初步規劃可能之隧道路線與水庫分洪堰址之地質狀況，供規劃參考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803589</governmentpublicationsnumber><identifier>63768</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63768</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究：工程地質調查(光碟版)＝Preliminary Study of Shihmen Reservoir Upstream Main River Flood Diversion and Anti-silt Project and Hydraulic Model Test ─Engineering Geological Investigation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以石門水庫集水區為研究區域，藉由地文性土壤沖淤模式模擬入庫水砂歷線，此繞庫排砂操作方式可避免等候異重流抵達大壩才能排渾所產生之時間差，冀期石門水庫達到「清渾分治」之目的。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803913</governmentpublicationsnumber><identifier>63769</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63769</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>石門水庫入庫水砂歷線推估模式(光碟版)＝Simulation of Inflow Discharge and Suspended Sediment Concentratuion Hydrographs for Shihman Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>針對水利署暨所屬機關之國土資訊數位典藏政府出版品，透過最新數位化技術擴充加值服務功能，增進整體效能。</abstract><author>鉑特資訊有限公司</author><categoryidentifier>554.933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980007</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803778</governmentpublicationsnumber><identifier>63771</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63771</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>國土資訊知識分類及全文檢索功能擴充增修計畫＝Digital Knowledge Classification and Full-text Search Enhanced Function Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>為彙整本署「國土資訊系統」相關施政計畫與整體規劃成果，及配合行政院研考會於民國91年5月7日訂定政府出版品電子檔繳交作業：「圖書電子檔應繳交編印排版之原始檔案(WORD檔)，已轉製成可攜式文件檔(PDF檔)者亦應併同繳交」之規定，爰成立本計畫，針對本署暨所屬機關之數位典藏政府出版品，擬透過最新技術擴充加值服務功能，增進整體運作效能，提供更優質的資訊服務，落實成果出版品電子檔案共享理念。</abstract><author>鉑特資訊有限公司</author><categoryidentifier>554.933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980007</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803778</governmentpublicationsnumber><identifier>63772</identifier><internationalstandardbooknumber>9789860212648 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63772</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>國土資訊知識分類及全文檢索功能擴充增修計畫(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>國土資訊系統已在政府業務及民生應用上?積相當豐碩之推動成果。伴隨近?快速發展之網際網?技術，空間資訊科技也面?由單機轉型為Web-based 之重大挑戰。在傳統之資?供應模式與系統發展架構因網際網?技術而?趨分散與即時下，如何可善用分散之?質資?，從而建?一個通透的資?共享與應用環境也成為各國迫?必須面對的課題。 我國之國土資訊系統於民國93 ?開始推動基礎於ISO 19100 系?標準之標準制?，本署也依此將轄下42項具有空間特性之水資源空間資?完整納入水資源空間資?標準之設計範疇，一舉提升水資源空間資?透過網際網?整合應用之成效。97??之專案已順?完成整體套件架構及包括河川、河川??測站等九?資??別之設計，並透過GML 格式實際驗證資?之供應模式。98??為第二執???，依97??之規劃架構，持續擴充納入17 項與地下水、地層下陷、環境敏感、水資源相關單位、河川土地、排水設施有關之主題資?，所有制定過程及內容均遵循國土資訊系統標準制?之相關規定。除此之外，並擬將應用示範作業由上??之供應端延伸至使用者應用端，由應用環境之觀點探討開放格式資?推動之技術限制。本計畫之總體目標為促進水資源空間資?以開放格式供應，並可結合網際網?服務技術之優勢，建?水資源空間資?之基礎應用環境與改善業務執?之效?。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980004</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803443</governmentpublicationsnumber><identifier>63773</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63773</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(2/4)＝The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System (2/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>國土資訊系統已在政府業務及民生應用上?積相當豐碩之推動成果。伴隨近?快速發展之網際網?技術，空間資訊科技也面?由單機轉型為Web-based 之重大挑戰。在傳統之資?供應模式與系統發展架構因網際網?技術而?趨分散與即時下，如何可善用分散之?質資?，從而建?一個通透的資?共享與應用環境也成為各國迫?必須面對的課題。 我國之國土資訊系統於民國93 ?開始推動基礎於ISO 19100 系?標準之標準制?，本署也依此將轄下42項具有空間特性之水資源空間資?完整納入水資源空間資?標準之設計範疇，一舉提升水資源空間資?透過網際網?整合應用之成效。97??之專案已順?完成整體套件架構及包括河川、河川??測站等九?資??別之設計，並透過GML 格式實際驗證資?之供應模式。98??為第二執???，依97??之規劃架構，持續擴充納入17 項與地下水、地層下陷、環境敏感、水資源相關單位、河川土地、排水設施有關之主題資?，所有制定過程及內容均遵循國土資訊系統標準制?之相關規定。除此之外，並擬將應用示範作業由上??之供應端延伸至使用者應用端，由應用環境之觀點探討開放格式資?推動之技術限制。本計畫之總體目標為促進水資源空間資?以開放格式供應，並可結合網際網?服務技術之優勢，建?水資源空間資?之基礎應用環境與改善業務執?之效?。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980004</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803443</governmentpublicationsnumber><identifier>63774</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63774</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(2/4)－光碟版＝The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System (2/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>新店溪秀朗橋以上河段，前臺灣省水利處於民國87年完成「新店溪中上游治理規劃」後，迄今已逾10年未進行該河段之治理規劃檢討，近年來水文事件因全球氣候變遷而有大幅度的變異，另新店溪沿線社會經濟的高度發展，因中、上游土地資源有限，人與水爭地情況日趨嚴重，因此有必要重新檢討其水道治理計畫線，期能提出合理有效解決方案。爰此，經濟部水利署第十河川局於民國98年辦理「新店溪中上游段治理規劃檢討(1/3)」，重新檢討其治理基本計畫做為爾後河川治理與管理之依據。本計畫分3年(民國98年~民國100年)辦理新店溪中上游河段（由南勢溪覽勝大橋起至秀朗橋止）之治理規劃檢討，本年度為第1年(民國98年)計畫。本計畫檢討治理規劃範圍為新店溪中上游河段，自南勢溪覽勝大橋起至秀朗橋止，其間長度約25.4km，秀朗橋以上流域面積約747.75km2。配合台北防洪計畫，碧潭大橋以下河段保護標準採重現期距200年，碧潭大橋以上屬山區河段，保護標準採重現期距100年。第1年計畫內容涵蓋流域基本資料蒐集、整理與分析，外業補充測量調查，地文與水文分析及水理與輸砂分析等，為計畫區現況之調查與分析，以供後續治理規劃檢討之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980255</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803929</governmentpublicationsnumber><identifier>63775</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63775</librarycollectiondetailsurl><price>1200</price><publisher>水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>新店溪中上游段治理規劃檢討(1/3)＝The Improvement Plan of up and mid stream of Xin-dian River System(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>新店溪秀朗橋以上河段，前臺灣省水利處於民國87年完成「新店溪中上游治理規劃」後，迄今已逾10年未進行該河段之治理規劃檢討，近年來水文事件因全球氣候變遷而有大幅度的變異，另新店溪沿線社會經濟的高度發展，因中、上游土地資源有限，人與水爭地情況日趨嚴重，因此有必要重新檢討其水道治理計畫線，期能提出合理有效解決方案。爰此，經濟部水利署第十河川局於民國98年辦理「新店溪中上游段治理規劃檢討(1/3)」，重新檢討其治理基本計畫做為爾後河川治理與管理之依據。本計畫分3年(民國98年~民國100年)辦理新店溪中上游河段（由南勢溪覽勝大橋起至秀朗橋止）之治理規劃檢討，本年度為第1年(民國98年)計畫。本計畫檢討治理規劃範圍為新店溪中上游河段，自南勢溪覽勝大橋起至秀朗橋止，其間長度約25.4km，秀朗橋以上流域面積約747.75km2。配合台北防洪計畫，碧潭大橋以下河段保護標準採重現期距200年，碧潭大橋以上屬山區河段，保護標準採重現期距100年。第1年計畫內容涵蓋流域基本資料蒐集、整理與分析，外業補充測量調查，地文與水文分析及水理與輸砂分析等，為計畫區現況之調查與分析，以供後續治理規劃檢討之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980255</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803929</governmentpublicationsnumber><identifier>63776</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63776</librarycollectiondetailsurl><price>1200</price><publisher>水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>新店溪中上游段治理規劃檢討(1/3)(光碟版)＝The Improvement Plan of up and mid stream of Xin-dian River System(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803783</governmentpublicationsnumber><identifier>63777</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63777</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>南濱及化仁海岸生態情勢調查及新工法之研發出2/2)=Investigation of Ecological State and Methodology Improvement for Submerged Breakwater at Nanbinand Huajen, hualien(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/12</date><governmentpublicationsnumber>1009803783</governmentpublicationsnumber><identifier>63778</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63778</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川</publisher><publishrocyear>98</publishrocyear><title>南濱及化仁海岸生態情勢調查及新工法之研發出2/2)光碟版=Investigation of Ecological State and Methodology Improvement for Submerged Breakwater at Nanbin  and Huajen , Hualien(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980250</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/13</date><governmentpublicationsnumber>1009803275</governmentpublicationsnumber><identifier>63781</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63781</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(2/2)(內附光碟)＝The flow simulations and design principles of the stream corridors (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980250</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/13</date><governmentpublicationsnumber>1009803275</governmentpublicationsnumber><identifier>63782</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63782</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(2/2)－光碟版＝The flow simulations and design principles of the stream corridors (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/13</date><governmentpublicationsnumber>1009803277</governmentpublicationsnumber><identifier>63783</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63783</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬總報告(內附光碟)＝The flow simulations and design principles of the stream corridors</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/13</date><governmentpublicationsnumber>1009803277</governmentpublicationsnumber><identifier>63784</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63784</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬總報告－光碟版＝The flow simulations and design principles of the stream corridors</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區雨水雖屬豐沛，但地勢陡峭，多高山及丘?，可用之水資源?足以因應台灣突飛猛進的高科技產業，及西南雲嘉等地的養殖業及農業。地下水因而成為常態性的備用水源。因此本計畫的執?，可提供水?署等相關單位以?解台灣地下水水質?況及?考依據。本計畫之水質採樣及檢測工作於10 月業已完成，根據水質?據之統計分析與評估，並設定評估方向，包括?值差?、水質分級、Piper 圖、主成分因子綜合評估等統計方法，以進?全台灣地下水水質探討。 ?用Piper 水質?形圖分析各地下水分區地下水鹽化之情形，統計98 ??採樣之觀測井，有65 口為地下水疑似受到海水污染，分別為?陽平原5 口、台?盆地9 口、桃園中壢台地3 口、竹苗地區3 口、台中盆地1 口、濁水溪沖積扇5 口、嘉南平原30 口、屏東平原9 口。本期中報告以本?之檢測資?配合97年 ??據共同分析濁水溪沖積扇地下水質?況。另針對濁水溪沖積扇扇頂區20 口觀測井豐枯水期硝酸鹽氮濃?檢測與監測，分析發現新光站上下半?採樣檢測所得之硝酸鹽氮濃?均為最高，分別為26.6 mg/L(枯水期)與31.8 mg/L(豐水期)，硝酸鹽氮濃?最高之區域及中於扇頂區頂端，比較今??2 次採樣結果，扇頂區較下游之觀測站井之硝酸鹽濃?以枯水期時檢測值較高，而扇頂區上游 之觀測井則相反。根據檢測資?顯示，濁水溪沖積扇扇尾淺層含水層有明顯鹽化的情形，但是在2006 ?至2009 ?間鹽化範圍並無明顯的變化。此外扇頂地區之硝酸鹽氮含?的確高於濁水溪沖積扇的平均值，但是其含?仍未達到地下水污染監測基準，顯示硝酸鹽氮污染情況未如想像中嚴重，?過整體地下水中的氨氮含?約有50%超過地下水污染監測基準。 ?用Langelier 飽和指標、Ryznar 穩定指標與AI 腐蝕指標?進?地下水的腐蝕潛勢評估，計有?民(一)、東明(一)、海湖(一)、東明(二)、?興(一)、頭屋(一)、東和(一)、尚義、新光(一)、新光(二)、西港(一)、西港(四)、香田(一)、崁腳(二)、柑園(二)、?港(二)、全興(三)、港後(四)、舊庄(五)、?埤(一)、新街(一)、埔? (一)與埔?(二)等23 站是三項腐蝕指標皆評估為高?腐蝕的觀測井。 由??地下水採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為維地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補助區等；三為雲?、嘉南平原、?陽平原地下水中砷含?偏高；四為地下水鐵、錳、氨氮、總有機碳偏高。?用主成分因子分析法分析98 ??採樣之觀測井水質?據，統計分析2006 至2009 各地下水分區之因子，可發現??影響地下水水質之因子仍以鹽化與海水鹽化因子為最。次要因子則因地下水分區而有所?同，如屏東平原、嘉南平原為砷污染因子；濁水溪沖積扇為硝酸鹽氮因子，分析2009 ?水質?據，發現各地下水分區之水質結構因子與??影響因子大同小?。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980185</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804285</governmentpublicationsnumber><identifier>63785</identifier><internationalstandardbooknumber>9789860218787 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63785</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度台灣地區地下水質檢測分析與評估  Survey, Analysis and Assessment of Groundwater Quality in Taiwan Areas in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區雨水雖屬豐沛，但地勢陡峭，多高山及丘?，可用之水資源?足以因應台灣突飛猛進的高科技產業，及西南雲嘉等地的養殖業及農業。地下水因而成為常態性的備用水源。因此本計畫的執?，可提供水?署等相關單位以?解台灣地下水水質?況及?考依據。本計畫之水質採樣及檢測工作於10 月業已完成，根據水質?據之統計分析與評估，並設定評估方向，包括?值差?、水質分級、Piper 圖、主成分因子綜合評估等統計方法，以進?全台灣地下水水質探討。 ?用Piper 水質?形圖分析各地下水分區地下水鹽化之情形，統計98 ??採樣之觀測井，有65 口為地下水疑似受到海水污染，分別為?陽平原5 口、台?盆地9 口、桃園中壢台地3 口、竹苗地區3 口、台中盆地1 口、濁水溪沖積扇5 口、嘉南平原30 口、屏東平原9 口。本期中報告以本?之檢測資?配合97年 ??據共同分析濁水溪沖積扇地下水質?況。另針對濁水溪沖積扇扇頂區20 口觀測井豐枯水期硝酸鹽氮濃?檢測與監測，分析發現新光站上下半?採樣檢測所得之硝酸鹽氮濃?均為最高，分別為26.6 mg/L(枯水期)與31.8 mg/L(豐水期)，硝酸鹽氮濃?最高之區域及中於扇頂區頂端，比較今??2 次採樣結果，扇頂區較下游之觀測站井之硝酸鹽濃?以枯水期時檢測值較高，而扇頂區上游 之觀測井則相反。根據檢測資?顯示，濁水溪沖積扇扇尾淺層含水層有明顯鹽化的情形，但是在2006 ?至2009 ?間鹽化範圍並無明顯的變化。此外扇頂地區之硝酸鹽氮含?的確高於濁水溪沖積扇的平均值，但是其含?仍未達到地下水污染監測基準，顯示硝酸鹽氮污染情況未如想像中嚴重，?過整體地下水中的氨氮含?約有50%超過地下水污染監測基準。 ?用Langelier 飽和指標、Ryznar 穩定指標與AI 腐蝕指標?進?地下水的腐蝕潛勢評估，計有?民(一)、東明(一)、海湖(一)、東明(二)、?興(一)、頭屋(一)、東和(一)、尚義、新光(一)、新光(二)、西港(一)、西港(四)、香田(一)、崁腳(二)、柑園(二)、?港(二)、全興(三)、港後(四)、舊庄(五)、?埤(一)、新街(一)、埔? (一)與埔?(二)等23 站是三項腐蝕指標皆評估為高?腐蝕的觀測井。 由??地下水採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為維地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補助區等；三為雲?、嘉南平原、?陽平原地下水中砷含?偏高；四為地下水鐵、錳、氨氮、總有機碳偏高。?用主成分因子分析法分析98 ??採樣之觀測井水質?據，統計分析2006 至2009 各地下水分區之因子，可發現??影響地下水水質之因子仍以鹽化與海水鹽化因子為最。次要因子則因地下水分區而有所?同，如屏東平原、嘉南平原為砷污染因子；濁水溪沖積扇為硝酸鹽氮因子，分析2009 ?水質?據，發現各地下水分區之水質結構因子與??影響因子大同小?。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980185</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804285</governmentpublicationsnumber><identifier>63786</identifier><internationalstandardbooknumber>9789860218787 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63786</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度台灣地區地下水質檢測分析與評估－光碟版  Survey, Analysis and Assessment of Groundwater Quality in Taiwan Areas in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區地下水層多屬沖積地層，海相及陸相地層交錯，結構複雜，目前調查資料與技術僅能掌握大致之水文地質架構，因此為掌握地下水補注機制，有必要進行含水層水力特性調查分析與水文地質之研究及技術開發。再進而規劃與落實各項加強地下水補注措施，逐步減緩地層下陷，達到國土復育及地下水資源永續利用之目標。本計畫全程共執行13個月，目的為研發及展示大、中、小不同尺度地下水含水層及水文地質調查資料之整合性與分析技術，並應用水利署已有之水文水資源資料平台，初步建立、評估及展示含水層水文地質參數特徵與架構，進一步提出地下水補注推動之細部規劃，掌握地下水資源之蘊藏量、可開發量及補注成效等重要指標；本計畫研究區域型態分為場置性、地區性與區域性，共六個工作項目，分別針對不同尺度地下水層，以先驅之水力斷層掃描技術結合氫氧同位素示蹤技術，初步建立及評估含水層水文地質之異質特性，逐區完成地下水管理分區之概念模型建立、參數驗證與檢校，其演算方法與計算成果均可透過本署平台資訊交換，提供各界工程設計應用、水資源管理、學術研究之重要基礎，及可研擬地下水補注推動計畫，達成減緩地層下陷，強化地下水資源保育的目標。本次報告各工作項目成果如下。  「利用水力斷層掃描技術，推求小尺度地下水含水層水力特性與地下水補注機制」主要以Theis所提出之抽水試驗為主，分為穩態及非穩態等二種方式。傳統水文地質分析技術，主要是假設現地為均質等向性之分析，但不符合現地狀況，因此本計畫將利用水力斷層掃描方式，以獲得更接近現地水文地質參數分佈。本工作項目於濁水溪沖積扇擇合宜計畫區域，進行現地抽水試驗，並利用傳統水文地質參數分析方法（Theis法和Cooper-Jacob法）和水力斷層掃描法，推估均質等向含水層水文地質參數和反推含水層異質性。本工作項目區域水力傳導係數介於28.95 m/day至256.79 m/day，平均值為61.42 m/day，平均值之變異數為839.11 (m/day)2，幾何平均值為60.64 m/day，幾何平均值之變異數為983.03 (m/day)2。且只需輸入7組抽水試驗數據，即能使水力斷層掃描平均誤差降至5%以下，如能搭配不同方向抽水井分佈，單井抽水試驗次數僅需3組即可使平均誤差降至5%以下，或使7組單井抽水試驗之水力斷層掃描平均誤差減少至4%以下。地下水補注模擬除水平方向補注外，亦有垂直方向補注，目前本工作項目只針對水平方向水力傳導係數進行分析，因此建議後續能針對垂直方向水力傳導係進行分析模擬，以增加後續地下水補注效益推估之可信度。 「利用直接貫入法調查技術，推求小尺度地下水含水層水力特性與地下水補注機制」，含水層的三維水力傳導係數變化，K(x, y, z)，影響地下水的流速與流向，對評估地下水補注與滲漏、三維模擬、與地下水補注機制都是不可或缺的資訊。水力傳導係數的垂直變化，K(z)，對含水層的天然補注設計或人工補注池地點選取尤其重要。水文地層剖析儀(hydrostratigraphic profiling tool, HPT)與氣壓式微水試驗器(pneumatic slug test, PST)是即時、現地推估K(x, y, z) 的尖端技術。二者均與直接貫入(direct-push) 機組搭配使用因而無須設井：避免設井用地取得的困難，節省設井成本及水井維修保固支出。HPT/PST適用於粒徑小於4 mm，深度不超過25~30米之未固結含水層。操作程序簡易，可以迅速地得知定點的水力傳導係數垂直方向之連續變化K(z)。在合適地質情況下，通常僅需5小時左右即可決定30米的K(z)變化。同一場址中不同位置執行HPT/PST可獲得不同位置的K(z)，進而有效推估場址的三維水力傳導係數變化，K(x, y, z)。水利署的「地下水觀測站網計畫」主要針對深層地下水位觀測與水文地質調查，對於淺層水文地質調查問題較少著墨，而HPT/PST正好可以彌補此不足。HPT/PST對評估台灣平原區淺層非受壓含水層的地下水垂向補注機制與滲漏情況與相關之三維地下水流模擬非大有俾益。完成(1)HPT及PST技術手冊；內容包括儀器介紹、試驗準備、測試步驟、資料分析方法，(2)高屏地區潮寮國小、大明國小、及昭明國小三個場址的HPT及PST試驗，獲得不同測試點的導電度、地層反應壓隨深度變化資料及特定深度的水力傳導係數，經迴歸換算可決定測試點的K(z)分佈，(3)彙整文獻資料與本研究現場資料製成導電度與地層材料的關係圖，提供分析HPT的導電度之參考。 「利用河川水位與地下水位之關係，推求中、大尺度地下水含水層水力特性與地下水補注機制」，含水層之水力特性為瞭解水文地質狀況之重要參數，但以往常受限於資料不足與經費缺乏，以致對現場所知有限。本工作項目利用易於取得之河川與地下水位變動資料，結合循序連續線性估計法與資料融合技術，以逆推方式配合水力掃瞄資訊，推估含水層之空間水力特性分布，並將其分布情形與地下水流數值軟體MODFLOW(MF)結合，推估新虎尾溪本工作項目河段之河道滲漏量，以此新技術建立地下水含水層異質性及補注量之評估程序，並比較均質含水層模式與異質含水層模式對於河道滲漏量之差異。其次利用河道流量估計法(SF)、Ferris(1962)解析模式與MF法評估河道水位上升後所增加之河道滲漏量。本工作項目成果顯示，SF法推估河道年滲漏量為264.2萬噸，MF法均質含水層模式與異質含水層模式之河道年滲漏量分別為170.9萬噸與205.4萬噸。河道水位抬升對於滲漏量的影響方面，以抬升2.5公尺為例，Ferris法求得河道年滲漏量增加31.6萬噸，MF均質模式與異質模式之河道年滲漏量，則分別增加26.4萬噸與34.3萬噸。以SF、Ferris與MF方法推估抬升河道水位對滲漏量增加之效益約為12.0％至18.5％之間。 「利用氫氧穩定同位素調查分析技術，推估大尺度地下水含水層水力特性與地下水補注機制」目的在釐定地下水之補注區域以及各種補注水源之比例，並進而推估大尺度地下水含水層水力特性與地下水補注機制。台灣許多地下水區私井超抽地下水嚴重，為了推估準確且合理之地下水抽水量與補注量，本研究選用地下水歷線分析法，藉由地下水相對蓄水量歷線與雨量歷線間之物理關係，來推估地下水各分區之總補注量；接著以氫氧同位素分析推估不同地下水補注來源之比例；最後將各分區之總補注量乘上補注比例，即可得到雨水、河水或區外地下水之各別補注量。本工作項目應用三個實際案例來展示分析結果，屏東平原與濁水溪沖積扇考量分層間之連通情形來推估地下水各水源之補注量；而台北盆地由於水文地質鑽探、氫氧同位素與地下水位測站資料較不足，因此本計劃先評估地下水第一含水層各水源之補注量。實際分析結果顯示，屏東平原西元1999~2008年地下水系統之年補注量為11.91億噸，其中有7.11億噸為雨水補注、2.99億噸為河水補注、1.807億噸為區外地下水補注。濁水溪沖積扇西元1999~2008年地下水系統之年補注量為21.11億噸，其中有9.76億噸為雨水補注、7.80億噸為河水補注、3.55億噸為區外地下水補注。台北盆地西元2005~2008年地下水年補注量為6.41百萬噸，其中有48.8%為由雨水補注，而有51.2%則由河水補注，大漢溪與新店溪分區幾乎全由河水補注，而淡水河與基隆河分區則由雨水補注。 「現有水利署資訊平台與本計畫評估模式整合之可行性評估」利用水利署已發展與建構之FEWS-Taiwan水文資訊平台，針對濁水溪沖積扇與屏東平原現有地下水位觀測資料隨季節變化呈現動態資訊模擬，及水文地質資訊供應在FEWS-Taiwan資訊平台，做完整性監控與模式資料提供，長期建立地下水資源永續發展之理念。站網評估方面，在淺層含水層中現有觀測井進行評估，利用降低變異數分析(Variance Reduction Analysis) 提出各種狀況之觀測井未來維護改善建議與方案；濁水溪沖積扇觀測井深大於250m之已建置僅有17口，數量及密度仍有?足；利用上述方法選定設井位置及井網佈置數量於深層含水層。臺灣地區FEWS-Taiwan平台將整合地下水調查資料、演算結果、地理資訊及相關圖層與資料展示外，本計畫並將參酌國外相關類似平台資訊以提供國內之借鏡。另請國外專家學者來台針對地下水可利用性模式(GAM)運用於國外地下水資源之經驗互相交流指導與討論。 「研擬加強地下水補注推動計畫」為研擬加強地下水補注推動工作，掌握區內地下水資源及蘊藏量及可開發量，以有效提升地下水環境保育、經營管?所需之調查及分析資?，並作為未來水資源永續利用管理保育與施政之?考依據。本工作項目首先檢討台灣九大地下水區之水文地質架構，初步彙整各區之水文地質概況、地下水補注來源、地下水位及水質等資料，以評估檢討合適之地下水補注區位，並彙整台灣現有之地下水水資源概況與補注方法，進而選定地層下陷嚴重與地下水水質劣化地區，應用本計畫工作項目一至四之不同尺度含水層異質性調查方法，評估地下水補注方法之可行性，以作為未來地下水補注推動計畫之參考依據。此外，為監測評估國內地下水補注辦理成效，本工作項目蒐集彙整台灣現有設置人工湖、滯洪池及埤塘等水資源調配計畫，分別摘要其階段性工作成果。另依據本計畫工作項目四之氫氧同位素分析成果，規劃檢討水文地質對地下水補注之影響及地下水流失關係，並規劃辦理水文地質敏感區災害調查。最後為妥善保存重要岩心並節省經費及時間的耗費，建議規劃設立「國家鑽井岩心儲存暨管理中心」。此外本項工作另提出「地下水補注推動計畫」，作為政府加強推動地下水補注相關工作之參考。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970330</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804237</governmentpublicationsnumber><identifier>63788</identifier><internationalstandardbooknumber>9789860218701 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63788</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>地下水補注機制水力特性調查分析先驅研究  Preliminary study of groundwater recharge processes and hydraulic properties investigation</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區地下水層多屬沖積地層，海相及陸相地層交錯，結構複雜，目前調查資料與技術僅能掌握大致之水文地質架構，因此為掌握地下水補注機制，有必要進行含水層水力特性調查分析與水文地質之研究及技術開發。再進而規劃與落實各項加強地下水補注措施，逐步減緩地層下陷，達到國土復育及地下水資源永續利用之目標。本計畫全程共執行13個月，目的為研發及展示大、中、小不同尺度地下水含水層及水文地質調查資料之整合性與分析技術，並應用水利署已有之水文水資源資料平台，初步建立、評估及展示含水層水文地質參數特徵與架構，進一步提出地下水補注推動之細部規劃，掌握地下水資源之蘊藏量、可開發量及補注成效等重要指標；本計畫研究區域型態分為場置性、地區性與區域性，共六個工作項目，分別針對不同尺度地下水層，以先驅之水力斷層掃描技術結合氫氧同位素示蹤技術，初步建立及評估含水層水文地質之異質特性，逐區完成地下水管理分區之概念模型建立、參數驗證與檢校，其演算方法與計算成果均可透過本署平台資訊交換，提供各界工程設計應用、水資源管理、學術研究之重要基礎，及可研擬地下水補注推動計畫，達成減緩地層下陷，強化地下水資源保育的目標。本次報告各工作項目成果如下。  「利用水力斷層掃描技術，推求小尺度地下水含水層水力特性與地下水補注機制」主要以Theis所提出之抽水試驗為主，分為穩態及非穩態等二種方式。傳統水文地質分析技術，主要是假設現地為均質等向性之分析，但不符合現地狀況，因此本計畫將利用水力斷層掃描方式，以獲得更接近現地水文地質參數分佈。本工作項目於濁水溪沖積扇擇合宜計畫區域，進行現地抽水試驗，並利用傳統水文地質參數分析方法（Theis法和Cooper-Jacob法）和水力斷層掃描法，推估均質等向含水層水文地質參數和反推含水層異質性。本工作項目區域水力傳導係數介於28.95 m/day至256.79 m/day，平均值為61.42 m/day，平均值之變異數為839.11 (m/day)2，幾何平均值為60.64 m/day，幾何平均值之變異數為983.03 (m/day)2。且只需輸入7組抽水試驗數據，即能使水力斷層掃描平均誤差降至5%以下，如能搭配不同方向抽水井分佈，單井抽水試驗次數僅需3組即可使平均誤差降至5%以下，或使7組單井抽水試驗之水力斷層掃描平均誤差減少至4%以下。地下水補注模擬除水平方向補注外，亦有垂直方向補注，目前本工作項目只針對水平方向水力傳導係數進行分析，因此建議後續能針對垂直方向水力傳導係進行分析模擬，以增加後續地下水補注效益推估之可信度。 「利用直接貫入法調查技術，推求小尺度地下水含水層水力特性與地下水補注機制」，含水層的三維水力傳導係數變化，K(x, y, z)，影響地下水的流速與流向，對評估地下水補注與滲漏、三維模擬、與地下水補注機制都是不可或缺的資訊。水力傳導係數的垂直變化，K(z)，對含水層的天然補注設計或人工補注池地點選取尤其重要。水文地層剖析儀(hydrostratigraphic profiling tool, HPT)與氣壓式微水試驗器(pneumatic slug test, PST)是即時、現地推估K(x, y, z) 的尖端技術。二者均與直接貫入(direct-push) 機組搭配使用因而無須設井：避免設井用地取得的困難，節省設井成本及水井維修保固支出。HPT/PST適用於粒徑小於4 mm，深度不超過25~30米之未固結含水層。操作程序簡易，可以迅速地得知定點的水力傳導係數垂直方向之連續變化K(z)。在合適地質情況下，通常僅需5小時左右即可決定30米的K(z)變化。同一場址中不同位置執行HPT/PST可獲得不同位置的K(z)，進而有效推估場址的三維水力傳導係數變化，K(x, y, z)。水利署的「地下水觀測站網計畫」主要針對深層地下水位觀測與水文地質調查，對於淺層水文地質調查問題較少著墨，而HPT/PST正好可以彌補此不足。HPT/PST對評估台灣平原區淺層非受壓含水層的地下水垂向補注機制與滲漏情況與相關之三維地下水流模擬非大有俾益。完成(1)HPT及PST技術手冊；內容包括儀器介紹、試驗準備、測試步驟、資料分析方法，(2)高屏地區潮寮國小、大明國小、及昭明國小三個場址的HPT及PST試驗，獲得不同測試點的導電度、地層反應壓隨深度變化資料及特定深度的水力傳導係數，經迴歸換算可決定測試點的K(z)分佈，(3)彙整文獻資料與本研究現場資料製成導電度與地層材料的關係圖，提供分析HPT的導電度之參考。 「利用河川水位與地下水位之關係，推求中、大尺度地下水含水層水力特性與地下水補注機制」，含水層之水力特性為瞭解水文地質狀況之重要參數，但以往常受限於資料不足與經費缺乏，以致對現場所知有限。本工作項目利用易於取得之河川與地下水位變動資料，結合循序連續線性估計法與資料融合技術，以逆推方式配合水力掃瞄資訊，推估含水層之空間水力特性分布，並將其分布情形與地下水流數值軟體MODFLOW(MF)結合，推估新虎尾溪本工作項目河段之河道滲漏量，以此新技術建立地下水含水層異質性及補注量之評估程序，並比較均質含水層模式與異質含水層模式對於河道滲漏量之差異。其次利用河道流量估計法(SF)、Ferris(1962)解析模式與MF法評估河道水位上升後所增加之河道滲漏量。本工作項目成果顯示，SF法推估河道年滲漏量為264.2萬噸，MF法均質含水層模式與異質含水層模式之河道年滲漏量分別為170.9萬噸與205.4萬噸。河道水位抬升對於滲漏量的影響方面，以抬升2.5公尺為例，Ferris法求得河道年滲漏量增加31.6萬噸，MF均質模式與異質模式之河道年滲漏量，則分別增加26.4萬噸與34.3萬噸。以SF、Ferris與MF方法推估抬升河道水位對滲漏量增加之效益約為12.0％至18.5％之間。 「利用氫氧穩定同位素調查分析技術，推估大尺度地下水含水層水力特性與地下水補注機制」目的在釐定地下水之補注區域以及各種補注水源之比例，並進而推估大尺度地下水含水層水力特性與地下水補注機制。台灣許多地下水區私井超抽地下水嚴重，為了推估準確且合理之地下水抽水量與補注量，本研究選用地下水歷線分析法，藉由地下水相對蓄水量歷線與雨量歷線間之物理關係，來推估地下水各分區之總補注量；接著以氫氧同位素分析推估不同地下水補注來源之比例；最後將各分區之總補注量乘上補注比例，即可得到雨水、河水或區外地下水之各別補注量。本工作項目應用三個實際案例來展示分析結果，屏東平原與濁水溪沖積扇考量分層間之連通情形來推估地下水各水源之補注量；而台北盆地由於水文地質鑽探、氫氧同位素與地下水位測站資料較不足，因此本計劃先評估地下水第一含水層各水源之補注量。實際分析結果顯示，屏東平原西元1999~2008年地下水系統之年補注量為11.91億噸，其中有7.11億噸為雨水補注、2.99億噸為河水補注、1.807億噸為區外地下水補注。濁水溪沖積扇西元1999~2008年地下水系統之年補注量為21.11億噸，其中有9.76億噸為雨水補注、7.80億噸為河水補注、3.55億噸為區外地下水補注。台北盆地西元2005~2008年地下水年補注量為6.41百萬噸，其中有48.8%為由雨水補注，而有51.2%則由河水補注，大漢溪與新店溪分區幾乎全由河水補注，而淡水河與基隆河分區則由雨水補注。 「現有水利署資訊平台與本計畫評估模式整合之可行性評估」利用水利署已發展與建構之FEWS-Taiwan水文資訊平台，針對濁水溪沖積扇與屏東平原現有地下水位觀測資料隨季節變化呈現動態資訊模擬，及水文地質資訊供應在FEWS-Taiwan資訊平台，做完整性監控與模式資料提供，長期建立地下水資源永續發展之理念。站網評估方面，在淺層含水層中現有觀測井進行評估，利用降低變異數分析(Variance Reduction Analysis) 提出各種狀況之觀測井未來維護改善建議與方案；濁水溪沖積扇觀測井深大於250m之已建置僅有17口，數量及密度仍有?足；利用上述方法選定設井位置及井網佈置數量於深層含水層。臺灣地區FEWS-Taiwan平台將整合地下水調查資料、演算結果、地理資訊及相關圖層與資料展示外，本計畫並將參酌國外相關類似平台資訊以提供國內之借鏡。另請國外專家學者來台針對地下水可利用性模式(GAM)運用於國外地下水資源之經驗互相交流指導與討論。 「研擬加強地下水補注推動計畫」為研擬加強地下水補注推動工作，掌握區內地下水資源及蘊藏量及可開發量，以有效提升地下水環境保育、經營管?所需之調查及分析資?，並作為未來水資源永續利用管理保育與施政之?考依據。本工作項目首先檢討台灣九大地下水區之水文地質架構，初步彙整各區之水文地質概況、地下水補注來源、地下水位及水質等資料，以評估檢討合適之地下水補注區位，並彙整台灣現有之地下水水資源概況與補注方法，進而選定地層下陷嚴重與地下水水質劣化地區，應用本計畫工作項目一至四之不同尺度含水層異質性調查方法，評估地下水補注方法之可行性，以作為未來地下水補注推動計畫之參考依據。此外，為監測評估國內地下水補注辦理成效，本工作項目蒐集彙整台灣現有設置人工湖、滯洪池及埤塘等水資源調配計畫，分別摘要其階段性工作成果。另依據本計畫工作項目四之氫氧同位素分析成果，規劃檢討水文地質對地下水補注之影響及地下水流失關係，並規劃辦理水文地質敏感區災害調查。最後為妥善保存重要岩心並節省經費及時間的耗費，建議規劃設立「國家鑽井岩心儲存暨管理中心」。此外本項工作另提出「地下水補注推動計畫」，作為政府加強推動地下水補注相關工作之參考。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970330</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804237</governmentpublicationsnumber><identifier>63789</identifier><internationalstandardbooknumber>9789860218701 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63789</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>地下水補注機制水力特性調查分析先驅研究－光碟版  Preliminary study of groundwater recharge processes and hydraulic properties investigation</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺灣地狹人稠，工商農漁業等社會經濟活動的發展與海洋休閒觀光產業等，業已逐漸擴及濱海平原地區。目前濱海地區已有之地質環境及生態的問題，包括：地層下陷、海水倒灌、淹水、土地鹽化、海岸侵蝕、海岸污染及生態環境惡化等，濱海地區之環境問題已成為當今產業發展所必須面對與克服之難題。 區域水文地質環境災害發生潛能與地下水資源永續經營關係密切，地層下陷與海水入侵的作用將因人為活動的影響及大規模地下水抽取效應而趨強。在過去，我國在沿海地區的經濟建設、產業發展與環境保護等規劃或評估工作，欠缺有系統的基本近海水文與沿岸水文地質資料作為參考依據。 本計畫完成西南濱海地區現地地形、水文地質及地下水文等資料彙整，亦針對沿海地區地下水與海水交互作用及互動區之劃分，海水入侵前後的地下水直接匯排入海流量（SGD）變化，進行詳細之分析與評估探討；而對於相關調查研究技術與方法之評估提出一些建議，並研擬「臺灣濱海地區整體地下水和海水間交互作用機制與特性的分期、分區調查研究與應用規劃（草案）」，做為未來臺灣濱海地區地下水與海水交互作用及互動區之調查研究與應用規劃之參考，以及建構臺灣沿海地區地下水資源保育、永續經營與國土復育策略之藍圖。</abstract><author>國立成功大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970340</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009802947</governmentpublicationsnumber><identifier>63791</identifier><internationalstandardbooknumber>9789860203844 ; 9789860203</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63791</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>濱海地區地下水與海水交互作用先驅研究  Pilot Study for Submarine Groundwater Discharge Along the Coastal Region of Taiwan</title><yearidentifier>200910</yearidentifier></data><data><abstract>臺灣地狹人稠，工商農漁業等社會經濟活動的發展與海洋休閒觀光產業等，業已逐漸擴及濱海平原地區。目前濱海地區已有之地質環境及生態的問題，包括：地層下陷、海水倒灌、淹水、土地鹽化、海岸侵蝕、海岸污染及生態環境惡化等，濱海地區之環境問題已成為當今產業發展所必須面對與克服之難題。 區域水文地質環境災害發生潛能與地下水資源永續經營關係密切，地層下陷與海水入侵的作用將因人為活動的影響及大規模地下水抽取效應而趨強。在過去，我國在沿海地區的經濟建設、產業發展與環境保護等規劃或評估工作，欠缺有系統的基本近海水文與沿岸水文地質資料作為參考依據。 本計畫完成西南濱海地區現地地形、水文地質及地下水文等資料彙整，亦針對沿海地區地下水與海水交互作用及互動區之劃分，海水入侵前後的地下水直接匯排入海流量（SGD）變化，進行詳細之分析與評估探討；而對於相關調查研究技術與方法之評估提出一些建議，並研擬「臺灣濱海地區整體地下水和海水間交互作用機制與特性的分期、分區調查研究與應用規劃（草案）」，做為未來臺灣濱海地區地下水與海水交互作用及互動區之調查研究與應用規劃之參考，以及建構臺灣沿海地區地下水資源保育、永續經營與國土復育策略之藍圖。</abstract><author>國立成功大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970340</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009802947</governmentpublicationsnumber><identifier>63792</identifier><internationalstandardbooknumber>9789860203844 ; 9789860203</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63792</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>濱海地區地下水與海水交互作用先驅研究－光碟版  Pilot Study for Submarine Groundwater Discharge Along the Coastal Region of Taiwan</title><yearidentifier>200910</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞，本計畫之目的為建立桃園地區地面地下水聯合管理整合模式，用以評估所研擬之策略，並提出較適合桃園地區之地面地下水管理策略。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970178</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009801689</governmentpublicationsnumber><identifier>63793</identifier><internationalstandardbooknumber>9789860191455 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63793</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(2/2)使用者手冊  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Toayuan Area (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。 本研究為第二期四年計畫，執行期間從95年至98年，98年度主要執行的工作為地震敏感井位分析及震前地下水文異常變化研究、同震地下水位異常變化之研究、震後地下水文系統變化分析、國際學術交流與成國發表等四項。98年度完成18口地震敏感井位複查及評估，10口地震監測井2008年6月至2009年9月之地下水位分析評估，並將地震監測井歷年水位記錄及台灣地區12次強震之同震水位升降變化分佈展示於網站，另完成2000年ML6.7地震坪頂一號井與平溪三號井震前水位異常變化，以及社寮一號井之震前水位異常變化分析，並應用小波獨立成份分析方法進行花蓮站之地下水位同震變化特徵辨識之研究。在同震地下水位異常變化方面，完成汶川地震在台灣地區引發之同震地下水位變化初步分析，以及模擬分析斷層錯動及震波造成的孔隙水壓變化。在震後水文系統變化方面，對集集地震及恆春地震之後河川水文變化進行分析研究。在國際交流方面，與中國地震局的專家學者建立合作研究之共識，並與美國、土耳其學者進行學術交流，另發表研究相關之國際期刊論文兩篇，研討會論文10篇。</abstract><author>台灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980055</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804364</governmentpublicationsnumber><identifier>63794</identifier><internationalstandardbooknumber>9789860219791 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63794</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地震與地下水文異常變化分析研究(4/4)  Research  on  Earthquake-induced Anomalous  Changes  in  Groundwater  Hydrologic (4/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>集集地震發生後，我國為提升地震災害預測能力，瞭解未來地震活動趨勢，從而建立地震防災決策支援體系，行政院國家科學委員會自90年起積極推動地震前兆研究，其中水利署執行的地震前後地下水水文異常變化研究被視為探索地震前兆與監測地震活動趨勢的重要指標。 本研究為第二期四年計畫，執行期間從95年至98年，98年度主要執行的工作為地震敏感井位分析及震前地下水文異常變化研究、同震地下水位異常變化之研究、震後地下水文系統變化分析、國際學術交流與成國發表等四項。98年度完成18口地震敏感井位複查及評估，10口地震監測井2008年6月至2009年9月之地下水位分析評估，並將地震監測井歷年水位記錄及台灣地區12次強震之同震水位升降變化分佈展示於網站，另完成2000年ML6.7地震坪頂一號井與平溪三號井震前水位異常變化，以及社寮一號井之震前水位異常變化分析，並應用小波獨立成份分析方法進行花蓮站之地下水位同震變化特徵辨識之研究。在同震地下水位異常變化方面，完成汶川地震在台灣地區引發之同震地下水位變化初步分析，以及模擬分析斷層錯動及震波造成的孔隙水壓變化。在震後水文系統變化方面，對集集地震及恆春地震之後河川水文變化進行分析研究。在國際交流方面，與中國地震局的專家學者建立合作研究之共識，並與美國、土耳其學者進行學術交流，另發表研究相關之國際期刊論文兩篇，研討會論文10篇。</abstract><author>台灣大學地質科學系</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980055</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804364</governmentpublicationsnumber><identifier>63795</identifier><internationalstandardbooknumber>9789860219791 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63795</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地震與地下水文異常變化分析研究(4/4)－光碟版  Research  on  Earthquake-induced Anomalous  Changes  in  Groundwater  Hydrologic (4/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣由於位處板塊邊界，導致地震頻繁加上平原區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞，或者是地下水水壓於地震時大幅的上升可能導致土壤液化、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究、成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：地震地下水站井儀器之定期維護與監控、地震地下水站井觀測報表及資料庫維護、地下水文異常分析及通報等工作；(2)階段性的站網系統研發工作包括：觀測站井狀態監控功能建置、TF(傳輸函數)分析模式、時頻分析模組、水位基本統計量模組及異常強度顯示模組分析模式導入、地震資料查詢及比對模組的開發。 在常態性工作成果方面，本計畫自4月份開始陸續進行定期維護，截至期中為止已完成各站定期檢測與維護，對於故障的儀器已進行更換備品或新品，以維持正常觀測。為確保觀測資料品質，乃進行地震地下水站井整併與調整，本年度儀器整併及站井調整改善計畫，已配合於本期4~5月儀器點檢及維護完成第一期儀器財產登載的查核作業，經報廢及繳回等各觀測儀器之現況分類與清冊作業，已於7月完成第一期儀器清點及移交，並於年底完成第二期財產清點及移交。在觀測資料方面，分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出11起地震29站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，包含：(1)觀測站井狀態監控功能建置：針對前端資料收錄系統，對目前系統之中，既有的所有功能及顯示予以統整，將可以合併而使用操作介面更為易用的部分，做畫面與資料的整合。(2)中端資料分析系統：針對TF(傳輸函數)分析模式、時頻分析模組、水位基本統計量模組及異常強度顯示模組等分析模式進行視窗化導入及操作環境改善，以方便分析操作。(3)地震資料查詢及比對：提供中央氣象局最新地震資訊與觀測水位比對功能，方便地下水位異常地震查詢與展示，並加入寄送報表的電郵/簡訊管理功能，對於需掌握即時資訊的使用者，則提供簡訊的服務。 在配合計畫辦理的相關事項方面，本計畫持續將年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度第二屆時頻分析與地球科學研討會、2009年亞洲地球科學大會、第八屆台日地震前後地下水異常變化研究國際研討會以及2009年「台灣地區地震前兆研究論壇」中發表進行觀測成果發表與研討。本計畫於2003年至2009年的觀測期間，計有196次地震引起的同震反應案例，其中屬於振盪反應的計有129站次，屬於振盪反應及階變反應的計有31站次，屬於階變反應的計有36站次。以單站統計而言，觀測站中以花蓮站測得42次為最多，其他依次為東和站(25次)、六甲站(24次)、壯圍站(24次) 、那菝站(15次)、下半天站(13次)、鶴岡站(11次)、赤山站(10次)，其他地站井測得的案例數較少。後續的執行建議方面，針對地震地下水觀測站網的後續維護，建議藉由站井觀測儀器的系統簡化與更新，達到觀測資料品質的提昇與觀測操作的維持；地震地下水站網系統研發及技術成果導入方面，建議朝地下水微動態的分析研究及站網系統資訊之應用服務兩方面同步進行。國際交流及成效的拓展方面，建議與國際其他地震地下水觀測機構(日本地質調查所、美國地質調查所及大陸國家地震局…等)持續透過聯網觀測方式，提供重大地震案例不同空間、時間尺度下的地下水文變化特性。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980056</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804365</governmentpublicationsnumber><identifier>63797</identifier><internationalstandardbooknumber>9789860219807 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63797</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地震地下水站網系統研發及技術成果導入(4/4)  Development  of  tectono-hydrology  monitoring  system  and  application  of  the  research  results (4/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣由於位處板塊邊界，導致地震頻繁加上平原區人口稠密，無論是地震時劇烈地表位移造成建築物毀壞，或者是地下水水壓於地震時大幅的上升可能導致土壤液化、坡地崩塌或者土石流等衍生災害，都會危害人身安全及重創社會經濟。本計畫的目標，在進行地震地下水站網系統的研發與功能擴充，逐步將各項研究成果具體呈現，並加以納入系統功能，以有助於長期資料之收集保存、分析研究、成果展現及資源分享，進而擴大國內外相關研究機關之參與。 本年度計畫進行的工作有(1)常態性站網營運工作：地震地下水站井儀器之定期維護與監控、地震地下水站井觀測報表及資料庫維護、地下水文異常分析及通報等工作；(2)階段性的站網系統研發工作包括：觀測站井狀態監控功能建置、TF(傳輸函數)分析模式、時頻分析模組、水位基本統計量模組及異常強度顯示模組分析模式導入、地震資料查詢及比對模組的開發。 在常態性工作成果方面，本計畫自4月份開始陸續進行定期維護，截至期中為止已完成各站定期檢測與維護，對於故障的儀器已進行更換備品或新品，以維持正常觀測。為確保觀測資料品質，乃進行地震地下水站井整併與調整，本年度儀器整併及站井調整改善計畫，已配合於本期4~5月儀器點檢及維護完成第一期儀器財產登載的查核作業，經報廢及繳回等各觀測儀器之現況分類與清冊作業，已於7月完成第一期儀器清點及移交，並於年底完成第二期財產清點及移交。在觀測資料方面，分別製作各站別及月份之觀測報表，提供各站各月份觀測歷線變化，經過各站觀測水位的資料濾除與地震發生時間的比對，共比對出11起地震29站次之同震及震後地下水位異常變化案例。 在階段性站網系統的研發工作成果方面，包含：(1)觀測站井狀態監控功能建置：針對前端資料收錄系統，對目前系統之中，既有的所有功能及顯示予以統整，將可以合併而使用操作介面更為易用的部分，做畫面與資料的整合。(2)中端資料分析系統：針對TF(傳輸函數)分析模式、時頻分析模組、水位基本統計量模組及異常強度顯示模組等分析模式進行視窗化導入及操作環境改善，以方便分析操作。(3)地震資料查詢及比對：提供中央氣象局最新地震資訊與觀測水位比對功能，方便地下水位異常地震查詢與展示，並加入寄送報表的電郵/簡訊管理功能，對於需掌握即時資訊的使用者，則提供簡訊的服務。 在配合計畫辦理的相關事項方面，本計畫持續將年度觀測成果提供研究所需專家學者進行分析研究，並將研究成果分別於本年度第二屆時頻分析與地球科學研討會、2009年亞洲地球科學大會、第八屆台日地震前後地下水異常變化研究國際研討會以及2009年「台灣地區地震前兆研究論壇」中發表進行觀測成果發表與研討。本計畫於2003年至2009年的觀測期間，計有196次地震引起的同震反應案例，其中屬於振盪反應的計有129站次，屬於振盪反應及階變反應的計有31站次，屬於階變反應的計有36站次。以單站統計而言，觀測站中以花蓮站測得42次為最多，其他依次為東和站(25次)、六甲站(24次)、壯圍站(24次) 、那菝站(15次)、下半天站(13次)、鶴岡站(11次)、赤山站(10次)，其他地站井測得的案例數較少。後續的執行建議方面，針對地震地下水觀測站網的後續維護，建議藉由站井觀測儀器的系統簡化與更新，達到觀測資料品質的提昇與觀測操作的維持；地震地下水站網系統研發及技術成果導入方面，建議朝地下水微動態的分析研究及站網系統資訊之應用服務兩方面同步進行。國際交流及成效的拓展方面，建議與國際其他地震地下水觀測機構(日本地質調查所、美國地質調查所及大陸國家地震局…等)持續透過聯網觀測方式，提供重大地震案例不同空間、時間尺度下的地下水文變化特性。</abstract><author>成大研究發展基金會</author><categoryidentifier>354.46</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980056</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804365</governmentpublicationsnumber><identifier>63798</identifier><internationalstandardbooknumber>9789860219807 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63798</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地震地下水站網系統研發及技術成果導入(4/4)－光碟版  Development  of  tectono-hydrology  monitoring  system  and  application  of  the  research  results (4/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980142</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009803278</governmentpublicationsnumber><identifier>63799</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63799</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(2/3)(內附光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980142</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009803278</governmentpublicationsnumber><identifier>63800</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63800</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(2/3)(光碟版)Study on the Discharge Measurement and Estimation Model for Drainage Systems(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>??於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地層?起、地層位移、崩山、地?或井中水質變化等自然現象之影響，致使?干觀測井?水層已有積垢、阻?或腐蝕等現象產生。?該等情況持續?化，則將可能導致觀測井失去觀測功能，而有廢井之虞。尤其於彰雲嘉等地層下陷較明顯地區，?需為確保該等地區地下水觀測井水位資?可靠性。爰此，本計畫之目的，係以整體規劃方式，有系統進?地下水觀測井之井體清洗維護保養及後續追蹤井體攝影工作，並研擬維護保養之頻?與改善方案，以維持觀測井正常功能增加其使用期限，確保地下水觀測井水位資?之可靠性。 本計畫已完成第二、四、五、?、七、十等河川局共計150 口觀測井之現場調查工作，收集包括基本資?、地層柱?圖、滯?水水質、外觀現況與井體影像資?，其中110口觀測井?況?好，可繼續使用；35 口觀測井需進?維護保養工作；5 口觀測井因井體?舊或損壞，建議汰舊換新。根據以篩選出35 口觀測井進?後續清洗維護工作，以維持觀測井正常功能。35 口觀測井完成洗井維護後，再藉由抽水試驗及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980012</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804284</governmentpublicationsnumber><identifier>63801</identifier><internationalstandardbooknumber>9789860218794 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63801</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度地下水觀測網井體清洗及維護保養  Washing and Maintenance of Groundwater Monitoring Network Wells in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>??於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地層?起、地層位移、崩山、地?或井中水質變化等自然現象之影響，致使?干觀測井?水層已有積垢、阻?或腐蝕等現象產生。?該等情況持續?化，則將可能導致觀測井失去觀測功能，而有廢井之虞。尤其於彰雲嘉等地層下陷較明顯地區，?需為確保該等地區地下水觀測井水位資?可靠性。爰此，本計畫之目的，係以整體規劃方式，有系統進?地下水觀測井之井體清洗維護保養及後續追蹤井體攝影工作，並研擬維護保養之頻?與改善方案，以維持觀測井正常功能增加其使用期限，確保地下水觀測井水位資?之可靠性。 本計畫已完成第二、四、五、?、七、十等河川局共計150 口觀測井之現場調查工作，收集包括基本資?、地層柱?圖、滯?水水質、外觀現況與井體影像資?，其中110口觀測井?況?好，可繼續使用；35 口觀測井需進?維護保養工作；5 口觀測井因井體?舊或損壞，建議汰舊換新。根據以篩選出35 口觀測井進?後續清洗維護工作，以維持觀測井正常功能。35 口觀測井完成洗井維護後，再藉由抽水試驗及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980012</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804284</governmentpublicationsnumber><identifier>63802</identifier><internationalstandardbooknumber>9789860218794 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63802</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度地下水觀測網井體清洗及維護保養－光碟版  Washing and Maintenance of Groundwater Monitoring Network Wells in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>一、水權資料庫維護 二、水權資料庫問題資料處理 三、水權年報製作 協助 貴署98年水權年報製作與Excel VBA程式維護。 四、水權人用水紀錄資料自動接收與查詢 民國93年6月30日自來水法部分條文修正公佈，其第十二條之二第一項明定「於水質水量保護區內取用地面水或地下水者，除該區內非營利之家用及公共給水外，應向中央主管機關繳交水源保育與回饋費」，該法實施以來，於寄送繳費通知單時，發現部份水權資料有誤，且水權主管機關對申請人申請案亦應檢核是否位於水質水量保護區內，故大前年(96年)於水權核辦系統中建置檢核功能，今年需維護此功能之正常運作。 為因應自來水保護區回饋貴徵收，須使用水權資料庫登記簿資料，依水資源資訊服務平臺規範，維護Web Service通道，提供保育事業組連線需求，並加強查詢介面。保育事業組提供水源保育回饋資訊的Web service，本系統將自動接收相關的水源保育回饋資訊。 五、系統改版初步規劃作業 本系統己使用10餘年，為更能提升性能、安全與符合現在的資訊科技技術，因此在本年執行水權管理支援系統網站全新改版的初步規劃作業。 六、地面水潛能水量計算系統維護 地面水潛能水量計算系統功能維護。 七、辦理水權相關系統操作訓練 為提升新進水權業務承辦人作業品質，進行水權相關系統操作訓練。 八、繳交成果</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980112</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804211</governmentpublicationsnumber><identifier>63803</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63803</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水權管理支援系統維護與建置(九十八年版) ＝Maintenance and Establishment of the Water Rights Support System 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>一、水權資料庫維護 二、水權資料庫問題資料處理 三、水權年報製作 協助 貴署98年水權年報製作與Excel VBA程式維護。 四、水權人用水紀錄資料自動接收與查詢 民國93年6月30日自來水法部分條文修正公佈，其第十二條之二第一項明定「於水質水量保護區內取用地面水或地下水者，除該區內非營利之家用及公共給水外，應向中央主管機關繳交水源保育與回饋費」，該法實施以來，於寄送繳費通知單時，發現部份水權資料有誤，且水權主管機關對申請人申請案亦應檢核是否位於水質水量保護區內，故大前年(96年)於水權核辦系統中建置檢核功能，今年需維護此功能之正常運作。 為因應自來水保護區回饋貴徵收，須使用水權資料庫登記簿資料，依水資源資訊服務平臺規範，維護Web Service通道，提供保育事業組連線需求，並加強查詢介面。保育事業組提供水源保育回饋資訊的Web service，本系統將自動接收相關的水源保育回饋資訊。 五、系統改版初步規劃作業 本系統己使用10餘年，為更能提升性能、安全與符合現在的資訊科技技術，因此在本年執行水權管理支援系統網站全新改版的初步規劃作業。 六、地面水潛能水量計算系統維護 地面水潛能水量計算系統功能維護。 七、辦理水權相關系統操作訓練 為提升新進水權業務承辦人作業品質，進行水權相關系統操作訓練。 八、繳交成果</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980112</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009804211</governmentpublicationsnumber><identifier>63805</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63805</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水權管理支援系統維護與建置(九十八年版) －光碟版＝Maintenance and Establishment of the Water Rights Support System 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>總顧問辦理名間電廠於93年召商、甄審、議約、簽約、設計、興建之監督協調，履約管理、財務檢查、法律諮詢等之工作過程成果報告</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>448.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009802882</governmentpublicationsnumber><identifier>63806</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63806</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>名間水力電廠BOT總顧問服務成果總報告＝Ming-Jian Hydro Power Plant：Final Report of BOT General Consultant Services</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009803676</governmentpublicationsnumber><identifier>63807</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63807</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(1/3)＝Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/14</date><governmentpublicationsnumber>1009803676</governmentpublicationsnumber><identifier>63808</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63808</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(1/3)(光碟版)＝Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061   443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803081</governmentpublicationsnumber><identifier>63809</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63809</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署中區水資源局年報九十七年度</title><yearidentifier>200910</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803081</governmentpublicationsnumber><identifier>63810</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63810</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署中區水資源局年報九十七年度－光碟版</title><yearidentifier>200910</yearidentifier></data><data><abstract>本研究擬將現行水利法登記制度之缺失，以及修正草案的修正規定，進行通盤的檢討分析，並蒐集其他國家（主要為日本、德國、美國）之法制資訊與加以比較分析，以提出修正建議。再者，水利法之登記制度在程序設計上，由於水權登記制度於民國63年通過後未曾修正，惟我國於2001年實施行政程序法後，各行政機關的行政作業均必須配合調整修正，故本研究亦特別針對水權登記制度，是否符合現行行政法制，尤其是行政程序法與行政執行法等規定，進行研究分析。    水權登記的執行，大量仰賴行政機關所頒佈之「行政函釋」執法的領域。在行政法制尚未齊備的年代。「行政函釋」作為執法的依據固然有其必要。但在行政程序法頒布後，早期行政函釋所形成的對人民的權利限制，在現行行政法制上，可能會受到質疑。本研究計畫擬將歷來水利署以經濟部名義所發布涉及水權登記的各種行政規則進行整理，歸納，並在符合法治國家原則的要求下，研議合憲的規範模式。本研究將針對水利法、水利法施行細則中關於水權登記管理的條文，進行全面檢討並提出修正建議。建議將登記制用語，改為許可制用語。並研擬提出水權申請許可辦法草案，以供主管機關參考。</abstract><author>中興大學財經法律系</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980103</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803954</governmentpublicationsnumber><identifier>63811</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63811</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水權登記相關法律問題研究學術研討會論文集</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究擬將現行水利法登記制度之缺失，以及修正草案的修正規定，進行通盤的檢討分析，並蒐集其他國家（主要為日本、德國、美國）之法制資訊與加以比較分析，以提出修正建議。再者，水利法之登記制度在程序設計上，由於水權登記制度於民國63年通過後未曾修正，惟我國於2001年實施行政程序法後，各行政機關的行政作業均必須配合調整修正，故本研究亦特別針對水權登記制度，是否符合現行行政法制，尤其是行政程序法與行政執行法等規定，進行研究分析。    水權登記的執行，大量仰賴行政機關所頒佈之「行政函釋」執法的領域。在行政法制尚未齊備的年代。「行政函釋」作為執法的依據固然有其必要。但在行政程序法頒布後，早期行政函釋所形成的對人民的權利限制，在現行行政法制上，可能會受到質疑。本研究計畫擬將歷來水利署以經濟部名義所發布涉及水權登記的各種行政規則進行整理，歸納，並在符合法治國家原則的要求下，研議合憲的規範模式。本研究將針對水利法、水利法施行細則中關於水權登記管理的條文，進行全面檢討並提出修正建議。建議將登記制用語，改為許可制用語。並研擬提出水權申請許可辦法草案，以供主管機關參考。</abstract><author>中興大學財經法律系</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980103</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803954</governmentpublicationsnumber><identifier>63812</identifier><internationalstandardbooknumber>9789860215267 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63812</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水權登記相關法律問題研究  Research Regarding the Registration of Water Rights</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究擬將現行水利法登記制度之缺失，以及修正草案的修正規定，進行通盤的檢討分析，並蒐集其他國家（主要為日本、德國、美國）之法制資訊與加以比較分析，以提出修正建議。再者，水利法之登記制度在程序設計上，由於水權登記制度於民國63年通過後未曾修正，惟我國於2001年實施行政程序法後，各行政機關的行政作業均必須配合調整修正，故本研究亦特別針對水權登記制度，是否符合現行行政法制，尤其是行政程序法與行政執行法等規定，進行研究分析。    水權登記的執行，大量仰賴行政機關所頒佈之「行政函釋」執法的領域。在行政法制尚未齊備的年代。「行政函釋」作為執法的依據固然有其必要。但在行政程序法頒布後，早期行政函釋所形成的對人民的權利限制，在現行行政法制上，可能會受到質疑。本研究計畫擬將歷來水利署以經濟部名義所發布涉及水權登記的各種行政規則進行整理，歸納，並在符合法治國家原則的要求下，研議合憲的規範模式。本研究將針對水利法、水利法施行細則中關於水權登記管理的條文，進行全面檢討並提出修正建議。建議將登記制用語，改為許可制用語。並研擬提出水權申請許可辦法草案，以供主管機關參考。</abstract><author>中興大學財經法律系</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980103</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803954</governmentpublicationsnumber><identifier>63813</identifier><internationalstandardbooknumber>9789860215267 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63813</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水權登記相關法律問題研究－光碟版  Research Regarding the Registration of Water Rights</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目標為將以執行知識管理推動機制、強化資訊系統運作為主，運用平衡知識管理理論，以知識來源(Input)、知識活動(Activity)、知識結果(Ortput)三個構面進行平衡式的管理，期能加強知識獲得之力量並深根知識管理文化。</abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803507</governmentpublicationsnumber><identifier>63814</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63814</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護(1/2)＝Promotion and maintenance of Knowledge management system for the achivements of water resources planning(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目標為將以執行知識管理推動機制、強化資訊系統運作為主，運用平衡知識管理理論，以知識來源(Input)、知識活動(Activity)、知識結果(Ortput)三個構面進行平衡式的管理，期能加強知識獲得之力量並深根知識管理文化。</abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803507</governmentpublicationsnumber><identifier>63815</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63815</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護(1/2)－光碟版＝Promotion and maintenance of Knowledge management system for the achivements of water resources planning(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度建置中央管河川烏溪及八掌溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980252</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803634</governmentpublicationsnumber><identifier>63816</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63816</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川流域地質資料查核－烏溪及八掌溪(內附光碟)＝Fied Verification of Geological Data for the Basins of Rivers Administered by Central Government Wu River and Bajhang River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度建置中央管河川烏溪及八掌溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980252</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/15</date><governmentpublicationsnumber>1009803634</governmentpublicationsnumber><identifier>63817</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63817</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川流域地質資料查核－烏溪及八掌溪(光碟版)＝Fied Verification of Geological Data for the Basins of Rivers Administered by Central Government Wu River and Bajhang River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將依基本資料調查結果，評選展示中心適當建置場址，並進行展示內容、建築物及周邊等整體先期規劃，最後擬定建設及營運階段等相關實施計畫，俾後續工作辦理之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980042</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803288</governmentpublicationsnumber><identifier>63819</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63819</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>水再生利用多功能展示中心先期規劃(內附光碟)＝Feasibility study of  Water Reclaimed Multifunctional Exhibition Center</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將依基本資料調查結果，評選展示中心適當建置場址，並進行展示內容、建築物及周邊等整體先期規劃，最後擬定建設及營運階段等相關實施計畫，俾後續工作辦理之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980042</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803288</governmentpublicationsnumber><identifier>63822</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63822</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>水再生利用多功能展示中心先期規劃(光碟版)＝Feasibility study of  Water Reclaimed Multifunctional Exhibition Center</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫進行現行水利法規之整體檢討，探討重新建置整合水利關係法規成立水法系統，並規劃先訂定水基本法，規範國家之基本水利綱領政策、觀念法則與事業指導目標、機制，再據以訂定相關必要法規，使水利事業能有序辦理。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980186</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009804003</governmentpublicationsnumber><identifier>63825</identifier><internationalstandardbooknumber>9789860215229 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63825</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水基本法系統建構之研究(1/2)  A study on building the water act and its system (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫進行現行水利法規之整體檢討，探討重新建置整合水利關係法規成立水法系統，並規劃先訂定水基本法，規範國家之基本水利綱領政策、觀念法則與事業指導目標、機制，再據以訂定相關必要法規，使水利事業能有序辦理。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980186</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009804003</governmentpublicationsnumber><identifier>63826</identifier><internationalstandardbooknumber>9789860215229 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63826</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水基本法系統建構之研究(1/2)(光碟版)  A study on building the water act and its system(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>以97年所建立之中港溪「流域整體治理規劃與淹水資訊系統」為基礎，加入抽水站、滯洪池及路堤等淹水演算機制，建置「大里溪集水區水文及水理計算系統」。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980246</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803440</governmentpublicationsnumber><identifier>63827</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63827</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究－以大里溪流域為例(1/3)－內附光碟＝Development of basin digital topographic system and inundation modules-a case study in Dali River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>以97年所建立之中港溪「流域整體治理規劃與淹水資訊系統」為基礎，加入抽水站、滯洪池及路堤等淹水演算機制，建置「大里溪集水區水文及水理計算系統」。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980246</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803440</governmentpublicationsnumber><identifier>63830</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63830</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究－以大里溪流域為例(1/3)計畫研究成果光碟版＝Development of basin digital topographic system and inundation modules-a case study in Dali River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>延續計畫，調查水庫淹?區石底層出露範圍，補育調查煤礦坑、採煤跡及採煤層。依調查成果，瞭解煤礦坑對平溪水庫影響及評估封堵工法，完成水庫淹沒區石底層煤礦坑及含煤層調查。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980091</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803785</governmentpublicationsnumber><identifier>63831</identifier><internationalstandardbooknumber>9789860212280 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63831</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>基隆河平溪水庫初步規劃(2)淹沒區煤礦坑、含煤層調查及評估＝Preliminary Planning (2) of Keelung River Pingsi Reservoir ：Investigation and Assessment of Existed Coal Pits and Layers in Inundated Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>延續計畫，調查水庫淹?區石底層出露範圍，補育調查煤礦坑、採煤跡及採煤層。依調查成果，瞭解煤礦坑對平溪水庫影響及評估封堵工法，完成水庫淹沒區石底層煤礦坑及含煤層調查。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980091</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/18</date><governmentpublicationsnumber>1009803785</governmentpublicationsnumber><identifier>63832</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63832</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>基隆河平溪水庫初步規劃(2)淹沒區煤礦坑、含媒層調查及評估(光碟版)＝Preliminary Planning (2) of Keelung River Pingsi Reservoir ：Investigation and Assessment of Coal Pits and Layers in Inundated Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>水，是萬物仰之而生的重要元素之一。好山好水所作育出的萬 物豐饒美好，總是生氣勃勃，充滿朝氣及活力。 新店溪、南北勢溪流域匯集，供給整個大臺北地區飲用水。為 維持優良水質，經濟部水利署臺北水源特定區管理局長期投入人 力物力保護環境，使得此區域未因商業開發而破壞，天然資源保存完整，當地山林鮮翠、溪水涓涓、蛙鳴鳥叫，美不勝收。 園》特規劃清淨護育水樂園、遊山玩水森呼吸、深度探索小札等三大單元，讓讀者了解水源保護的重要性，也讓讀者得以飽覽特定區中的風光美景。 誠摯邀請您與我們一同進入這風光明媚的自然生態世界，享受山林溪水芬多精洗禮。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>733.9/103.6   992.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803938</governmentpublicationsnumber><identifier>63833</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63833</librarycollectiondetailsurl><price>70</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水樂園(內附光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將綜合歷年士文水庫可行性規劃工作成果，建置多媒體3維動畫及多媒體影音展示並製作計畫文宣摺頁，作為提供與民眾互動溝通宣導之用，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6441   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803345</governmentpublicationsnumber><identifier>63834</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63834</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃─工程計畫多媒體－內附光碟＝Feasibility Study of Shi-Wen Reservoir the Multimedia Introduction to Shi-Wen Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將綜合歷年士文水庫可行性規劃工作成果，建置多媒體3維動畫及多媒體影音展示並製作計畫文宣摺頁，作為提供與民眾互動溝通宣導之用，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803345</governmentpublicationsnumber><identifier>63835</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63835</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃─工程計畫多媒體－光碟版＝Feasibility Study of Shi-Wen Reservoir the Multimedia Introduction to Shi-Wen Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>「水源遊學發現之旅」書籍以臺北水源特定區為範圍，融入校園教學及結合社區之校外教學教材，介紹臺北水源特定區之水資源、生態環境、人文建築、水土林等知識概念，引領學童從室內向外延伸至校園、社區或野外中找尋學習素材，使學童從具體的觀察與感受中，建構自己的自然生態知識；將學習內容從教科書拉回到貼近學童觸手可及的生活，同時訓練學童善用學習輔助工 具，透過地圖空間分佈引導學童去認識自己居住的環境，體驗人與自然共存關係，進而珍惜資源、關懷大地。 本書引導學童用雙腳走踏、用心去感受、用雙眼去欣賞、用耳朵去聆聽臺北水源特定區地方特色，同時付出對土地關懷與尊重，體驗自然界中的奧妙，更希望透過本書，將水源保育知識化為愛護水源行動，淬煉為守護水土林生態。 臺北水源特定區管理局不遺餘力推廣水資源、愛護生態保育，除了定期培訓水源小尖兵，並編製發行水源保育教育宣導教材，教育國家未來主人翁，傳遞心手相連、互助合作精神，共同愛護水資源的教育理念。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>733.9/103.6   992.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803940</governmentpublicationsnumber><identifier>63836</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63836</librarycollectiondetailsurl><price>70</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>水源遊學發現之旅(內含光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區管理局（以下簡稱臺北水源局）多年來積極推動各項業務，使得臺北水源特定區擁有全國最乾淨優質的水，因此，除了水資源開發利用外，水資源之保護與教育尤為重要。本計畫以水源保育知識的教育推廣為主軸，規劃設計一系列國中小教案、教具，及編著國中小學生版及民眾版水資源宣導書籍，並且設計系列水資源保護宣導資料，囊括文宣海報、宣導旗幟及水源特定區地圖編製等；本計畫目的在於推廣生態環境、水源保育教育多項議題，宣導珍惜水資源、重視生態保育，與自然環境和諧共處之理念。同時，在於將水源保育成果與相關保育知識推廣各個機關及民眾，促使民眾能更深入了解大台北地區的多方自然生態之美及水源保育成果。 本計畫包含教育文宣，還有建立動態式空間化教學地圖，利用不同期間之航照影像對照，製作以空間資訊為基礎之水源保育知識地圖，利用無人遙控載具技術，拍攝南、北勢溪三維地形漫遊之動態影像，並處理直潭、烏來及坪林三座污水處理廠三維空間展示，使各項教學資源調查資訊、動靜態解說資訊可以空間化的概念展示。另外，以網站及多媒體互動式光碟傳達水源保育的概念。希望藉由知識傳遞從建構到內化為每人價值觀，並影響更多熱心教師學生擔任傳播者，本計畫舉辦教學觀摩、教案競賽及小尖兵培訓，將水源保持理念全面推廣並向下紮根，宣導保育水源區的生態多樣性，以創造資源永續利用的美好未來。</abstract><author>財團法人坡地環境基金會/葉美伶</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980026</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804231</governmentpublicationsnumber><identifier>63837</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63837</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>水源保育知識技能教育推廣行動計畫＝Educational Promotion Action Plan for Water Resource Conservation Knowledge and Technology</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區管理局（以下簡稱臺北水源局）多年來積極推動各項業務，使得臺北水源特定區擁有全國最乾淨優質的水，因此，除了水資源開發利用外，水資源之保護與教育尤為重要。本計畫以水源保育知識的教育推廣為主軸，規劃設計一系列國中小教案、教具，及編著國中小學生版及民眾版水資源宣導書籍，並且設計系列水資源保護宣導資料，囊括文宣海報、宣導旗幟及水源特定區地圖編製等；本計畫目的在於推廣生態環境、水源保育教育多項議題，宣導珍惜水資源、重視生態保育，與自然環境和諧共處之理念。同時，在於將水源保育成果與相關保育知識推廣各個機關及民眾，促使民眾能更深入了解大台北地區的多方自然生態之美及水源保育成果。 本計畫包含教育文宣，還有建立動態式空間化教學地圖，利用不同期間之航照影像對照，製作以空間資訊為基礎之水源保育知識地圖，利用無人遙控載具技術，拍攝南、北勢溪三維地形漫遊之動態影像，並處理直潭、烏來及坪林三座污水處理廠三維空間展示，使各項教學資源調查資訊、動靜態解說資訊可以空間化的概念展示。另外，以網站及多媒體互動式光碟傳達水源保育的概念。希望藉由知識傳遞從建構到內化為每人價值觀，並影響更多熱心教師學生擔任傳播者，本計畫舉辦教學觀摩、教案競賽及小尖兵培訓，將水源保持理念全面推廣並向下紮根，宣導保育水源區的生態多樣性，以創造資源永續利用的美好未來。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980026</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804231</governmentpublicationsnumber><identifier>63838</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63838</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>水源保育知識技能教育推廣行動計畫--光碟版＝Educational Promotion Action Plan for Water Resource Conservation Knowledge and Technology</title><yearidentifier>200912</yearidentifier></data><data><abstract>「臺北水源特定區遊憩污染調查及公廁標準圖樣設計」期程自履約日98年5月15日起至98年12月31日止，為期7.5個月，由委辦單位威貿環護科技有限公司協助經濟部水利署臺北水源特定區管理局辦理執行，期末報告階段完成之工作項目如下： 一、完成臺北水源特定區遊憩點旅遊人數及污染情形調查：        已針對於台北水源特定區範圍內遊憩人數、旅遊型態、污染情形、分布等調查，其內容包括臺北水源特定區7處遊憩點旅遊人數及污染情形調查與35次採樣檢驗工作，並已另外彙整前5年之水質調查資料(包括97年度新店溪上游河川環境整體營造規劃計畫水質分析內容)，並進行統計分析，已妥善完成契約要求，另外並於期中報告審查會議後，遵照 各位委員意見於每採樣點加測凱式氮項目，並完成WQI與RPI指數分析、遊憩人數與水質迴歸分析。 二、規劃上述工作地點並分析污水收集設施(公廁)設置最佳化地點        本計畫設置公廁之建議設置地點以下列之區位為優先設置地點，本計畫建議以公有地為合適用地之考慮方向，並列出忠治部落出口處之假日農民休閒廣場、烏來消防隊後方之停車場、信賢步道入口、下盆教會後方、哈盆古道入口處、北宜公路坪林鄉入口意象旁、金瓜寮溪自行車步道入口與九芎根鐵馬新樂園起點等8處地點以作為設置地點並以進行現場踏勘與土地使用分區選定，考量因素原則如下：     1.主要遊憩景點與轄區各露營地區域     2.假日民眾群聚親水、遊憩之區域     3.轄區各步道系統之出入口 三、完成台北水源特定區遊憩點調查污水處理設施(公廁)標準圖樣設計 公廁標準圖樣之繪製，本計畫已遵照 委員意見，並參照建築請照圖說進行圖樣繪製，並依照坪林與烏來地區當地特色進行設計，但為求謹慎，後續建議應針對當地特色與實際施工需求進行修改與最後確認，期除以融入當地之文化外，並能符合安全、便利與衛生之需求。</abstract><author>威貿環護科技有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980028</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804502</governmentpublicationsnumber><identifier>63839</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63839</librarycollectiondetailsurl><price>450</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區遊憩污染調查及公廁標準圖樣設計＝The Recreational Pollution Investigate and The Drawings of Public Lavatory Design</title><yearidentifier>200912</yearidentifier></data><data><abstract>「臺北水源特定區遊憩污染調查及公廁標準圖樣設計」期程自履約日98年5月15日起至98年12月31日止，為期7.5個月，由委辦單位威貿環護科技有限公司協助經濟部水利署臺北水源特定區管理局辦理執行，期末報告階段完成之工作項目如下： 一、完成臺北水源特定區遊憩點旅遊人數及污染情形調查：        已針對於台北水源特定區範圍內遊憩人數、旅遊型態、污染情形、分布等調查，其內容包括臺北水源特定區7處遊憩點旅遊人數及污染情形調查與35次採樣檢驗工作，並已另外彙整前5年之水質調查資料(包括97年度新店溪上游河川環境整體營造規劃計畫水質分析內容)，並進行統計分析，已妥善完成契約要求，另外並於期中報告審查會議後，遵照 各位委員意見於每採樣點加測凱式氮項目，並完成WQI與RPI指數分析、遊憩人數與水質迴歸分析。 二、規劃上述工作地點並分析污水收集設施(公廁)設置最佳化地點        本計畫設置公廁之建議設置地點以下列之區位為優先設置地點，本計畫建議以公有地為合適用地之考慮方向，並列出忠治部落出口處之假日農民休閒廣場、烏來消防隊後方之停車場、信賢步道入口、下盆教會後方、哈盆古道入口處、北宜公路坪林鄉入口意象旁、金瓜寮溪自行車步道入口與九芎根鐵馬新樂園起點等8處地點以作為設置地點並以進行現場踏勘與土地使用分區選定，考量因素原則如下：     1.主要遊憩景點與轄區各露營地區域     2.假日民眾群聚親水、遊憩之區域     3.轄區各步道系統之出入口 三、完成台北水源特定區遊憩點調查污水處理設施(公廁)標準圖樣設計 公廁標準圖樣之繪製，本計畫已遵照 委員意見，並參照建築請照圖說進行圖樣繪製，並依照坪林與烏來地區當地特色進行設計，但為求謹慎，後續建議應針對當地特色與實際施工需求進行修改與最後確認，期除以融入當地之文化外，並能符合安全、便利與衛生之需求。</abstract><author>威貿環護科技有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980028</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804502</governmentpublicationsnumber><identifier>63840</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63840</librarycollectiondetailsurl><price>450</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區遊憩污染調查及公廁標準圖樣設計--光碟版＝The Recreational Pollution Investigate and The Drawings of Public Lavatory Design</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏來溫泉區未經處理的溫泉排放水為污染南勢溪水體的潛在壓力。南勢溪各類水質多符合甲類水體標準。溫泉排放水對南勢溪水量及水質影響很小。溫泉業者設置個別處理設備，可減少溫泉排放水污染，確保南勢溪水資源環境。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980020</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803666</governmentpublicationsnumber><identifier>63841</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63841</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>南勢溪溫泉排放水循環處理利用對水資源影響改善對策研擬(2/2)＝Assessment of Available Recycle Technologies to Lessen Impact from Hot Spring Reuse in the Nan-shih River on the Local Water Resources (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏來溫泉區未經處理的溫泉排放水為污染南勢溪水體的潛在壓力。南勢溪各類水質多符合甲類水體標準。溫泉排放水對南勢溪水量及水質影響很小。溫泉業者設置個別處理設備，可減少溫泉排放水污染，確保南勢溪水資源環境。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980020</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803666</governmentpublicationsnumber><identifier>63842</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63842</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>南勢溪溫泉排放水循環處理利用對水資源影響改善對策研擬(2/2)(光碟版) ＝Assessment of Available Recycle Technologies to Lessen Impact from Hot Spring Reuse in the Nan-shih River on the Local Water Resources (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>在研究污水再生利用之同時，政府亦需加強對污水廠之此類新興污染物質加以調查分析，研究此類污染物質於污水處理廠各處理階段之殘量與流佈，以通盤掌握污水再生利用之水質安全性，俾供污水再生利用政策之參考。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980039</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803291</governmentpublicationsnumber><identifier>63843</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63843</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>污水再生利用技術研究：環境新興污染物流佈調查及評估(2/2)(內附光碟)＝Domestic Wastewater Effluent Water Reuse: nvestigation of Occurrence and Transport of Emerging Contaminants(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>在研究污水再生利用之同時，政府亦需加強對污水廠之此類新興污染物質加以調查分析，研究此類污染物質於污水處理廠各處理階段之殘量與流佈，以通盤掌握污水再生利用之水質安全性，俾供污水再生利用政策之參考。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980039</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803291</governmentpublicationsnumber><identifier>63844</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63844</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>污水再生利用技術研究：環境新興污染物流佈調查及評估(2/2)(光碟版)＝Domestic Wastewater Effluent Water Reuse: nvestigation of Occurrence and Transport of Emerging Contaminants(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區為國內第一個經由都市計畫法設立之水源、水質、水量保護區，是管理、保護大臺北地區500多萬人飲用水的把關者，臺北縣新店市、烏來鄉、坪林鄉、石碇鄉、雙溪鄉因位於翡翠水庫上游，所產生之家戶污水如不妥善處理將嚴重影響翡翠水庫水質，因此經濟部水利署臺北水源特定區管理局分別於85年及87年建立了新烏地區污水下水道系統、翡翠水庫污水下水道系統，近年來更推動『臺北水源特定區污水下水道系統未納戶污水處理實施計畫』，提高污水處理率，讓幅員遼闊、地勢高差大的臺北水源特定區以接管或設立建築物污水處理設施的方式處理生活污水，達到監督管控、效率提升之目的。 本宣導計畫針對上述所提到之經濟部水利署臺北水源特定區管理局、污水下水道系統及未納戶處理實施計畫，藉由影片、摺頁及手冊針對不同目標族群所規劃且製作，加強對社會大眾之教育宣導，並透過計畫內容介紹，闡述計畫正面效益，化解民眾疑慮、當地居民充分?解污水下水道系統及污水處?廠對於水質水?之潔淨與充沛的重要性，提升政府形象，達到永續保育水質水?目的。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980218</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804355</governmentpublicationsnumber><identifier>63845</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63845</librarycollectiondetailsurl><price>270</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區家戶污水處理系統多媒體宣導計畫＝Taipei Water District Domestic Sewage Treatment System Multimedia Guidance Plans</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區為國內第一個經由都市計畫法設立之水源、水質、水量保護區，是管理、保護大臺北地區500多萬人飲用水的把關者，臺北縣新店市、烏來鄉、坪林鄉、石碇鄉、雙溪鄉因位於翡翠水庫上游，所產生之家戶污水如不妥善處理將嚴重影響翡翠水庫水質，因此經濟部水利署臺北水源特定區管理局分別於85年及87年建立了新烏地區污水下水道系統、翡翠水庫污水下水道系統，近年來更推動『臺北水源特定區污水下水道系統未納戶污水處理實施計畫』，提高污水處理率，讓幅員遼闊、地勢高差大的臺北水源特定區以接管或設立建築物污水處理設施的方式處理生活污水，達到監督管控、效率提升之目的。 本宣導計畫針對上述所提到之經濟部水利署臺北水源特定區管理局、污水下水道系統及未納戶處理實施計畫，藉由影片、摺頁及手冊針對不同目標族群所規劃且製作，加強對社會大眾之教育宣導，並透過計畫內容介紹，闡述計畫正面效益，化解民眾疑慮、當地居民充分?解污水下水道系統及污水處?廠對於水質水?之潔淨與充沛的重要性，提升政府形象，達到永續保育水質水?目的。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980218</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804355</governmentpublicationsnumber><identifier>63846</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63846</librarycollectiondetailsurl><price>270</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區家戶污水處理系統多媒體宣導計畫(光碟版) ＝Taipei Water District Domestic Sewage Treatment System Multimedia Guidance Plans(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研析深槽變遷與岸壁沖刷相關背景資料、模式發展與測：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態。</abstract><author>國立交通大學</author><categoryidentifier>443.6933   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803332</governmentpublicationsnumber><identifier>63847</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63847</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析總報告＝Influence of Migration Process of Main Channel in Sandy River on Flood-control Structures Summary Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研析深槽變遷與岸壁沖刷相關背景資料、模式發展與測：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803332</governmentpublicationsnumber><identifier>63848</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63848</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析總報告(光碟版)＝Influence of Migration Process of Main Channel in Sandy River on Flood-control Structures Summary Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究選擇頭前溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980065</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803674</governmentpublicationsnumber><identifier>63849</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63849</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(1/3)正式報告書＝A Study of Biotic Indicators and Habitat Suitability Curves (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究選擇頭前溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980065</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803674</governmentpublicationsnumber><identifier>63850</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63850</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(1/3)--光碟版=A Study of Biotic Indicators and Habitat Suitability Curves (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980244</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803855</governmentpublicationsnumber><identifier>63851</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63851</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正(3/3)＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects (3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980244</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803855</governmentpublicationsnumber><identifier>63852</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63852</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正(3/3)(光碟版)＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>透過現場調查及試驗結果顯示，透水四面體群以鈍頭迎水方式縱向串接，對於不連續帶附近之沖刷破壞可發揮減沖促淤之功效；對於柔性固床工，加強混凝土塊體間之支撐與適時保護間隙內之填縫料，確可減小塊體傾倒之機率。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803295</governmentpublicationsnumber><identifier>63853</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63853</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(2/2)＝Investigation of failure mechanism and new scour countermeasures at grade control structures (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>透過現場調查及試驗結果顯示，透水四面體群以鈍頭迎水方式縱向串接，對於不連續帶附近之沖刷破壞可發揮減沖促淤之功效；對於柔性固床工，加強混凝土塊體間之支撐與適時保護間隙內之填縫料，確可減小塊體傾倒之機率。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803295</governmentpublicationsnumber><identifier>63854</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63854</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(2/2)I－光碟版＝Investigation of failure mechanism and new scour countermeasures at grade control structures (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>「新店溪青潭水質水量保護區水源生態教育宣導計畫」目的在於宣導正確的水資源保育觀念，健全居民與民眾積極參與水源保育事項，培植保育概念，提升新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續台北水源特定區水資源保育與利用之目標。 本次計劃共執行六個工作項目，首先為落實水資源向下紮根的理念，舉辦「臺北水源 我繪守護」水源生態繪畫比賽，讓學子透過繪畫創作感受水源之美，已完成徵稿及評選，其次，為鼓勵民眾積極參與水資源保育行動，舉辦「臺北水源 魅力四攝」水源生態攝影比賽，已完成徵稿及評選；第三，將繪畫比賽優秀作品彩繪於坪林污水廠外牆，第四，為宣導水源生態保育，於新店捷運站租用一片大型燈箱，以宣導民眾珍水惜水一同愛護水源，第五，為加強宣導水資源保育觀念，特於四鄉一市等五個地點懸掛戶外帆布廣告，最後，製作宣導筆記本。</abstract><author>鴻廣傳播事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980280</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804378</governmentpublicationsnumber><identifier>63855</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63855</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭水質水量保護區水源生態教育宣導計畫＝Educational Program on Water Resource Ecology for the Qingtan Water Quality and Qantity Protection Area of the Xindian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>「新店溪青潭水質水量保護區水源生態教育宣導計畫」目的在於宣導正確的水資源保育觀念，健全居民與民眾積極參與水源保育事項，培植保育概念，提升新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續台北水源特定區水資源保育與利用之目標。 本次計劃共執行六個工作項目，首先為落實水資源向下紮根的理念，舉辦「臺北水源 我繪守護」水源生態繪畫比賽，讓學子透過繪畫創作感受水源之美，已完成徵稿及評選，其次，為鼓勵民眾積極參與水資源保育行動，舉辦「臺北水源 魅力四攝」水源生態攝影比賽，已完成徵稿及評選；第三，將繪畫比賽優秀作品彩繪於坪林污水廠外牆，第四，為宣導水源生態保育，於新店捷運站租用一片大型燈箱，以宣導民眾珍水惜水一同愛護水源，第五，為加強宣導水資源保育觀念，特於四鄉一市等五個地點懸掛戶外帆布廣告，最後，製作宣導筆記本。</abstract><author>鴻廣傳播事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980280</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804378</governmentpublicationsnumber><identifier>63856</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63856</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭水質水量保護區水源生態教育宣導計畫(光碟版) ＝Educational Program on Water Resource Ecology for the Qingtan Water Quality and Qantity Protection Area of the Xindian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>為避免特定區之水源、水質、水量因自然及人為破壞而日趨惡劣，本研究以監測、診斷、處理三大步驟來建立土砂保育健康診斷模式。監測之第一步為進行集水區特性、河溪特性、災害歷史等分析，以瞭解集水區整體特性並作為健康診斷指標訂定之參考，第二步為由集水區地面水文資料觀測、坡面土砂資料監測及空中航照衛星影像以獲得集水區之相關資料，從而建立逕流率、崩蝕率、綠覆率、水質指標等健康診斷指標。</abstract><author>財團法人資源及環境保護服務基金會/陳樹群</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980018</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804000</governmentpublicationsnumber><identifier>63857</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63857</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(1/2)＝Establishing Health Diagnosis Model of Sediment Related Conservation and Strategy Analysis for Taipei Water Source Domain (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為避免特定區之水源、水質、水量因自然及人為破壞而日趨惡劣，本研究以監測、診斷、處理三大步驟來建立土砂保育健康診斷模式。監測之第一步為進行集水區特性、河溪特性、災害歷史等分析，以瞭解集水區整體特性並作為健康診斷指標訂定之參考，第二步為由集水區地面水文資料觀測、坡面土砂資料監測及空中航照衛星影像以獲得集水區之相關資料，從而建立逕流率、崩蝕率、綠覆率、水質指標等健康診斷指標。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980018</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804000</governmentpublicationsnumber><identifier>63858</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63858</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(1/2)(光碟版) ＝Establishing Health Diagnosis Model of Sediment Related Conservation and Strategy Analysis for Taipei Water Source Domain (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區環境需賴健全的永續共生管理體系，其不僅是流域上、中、下游間能有共同的瞭解。更重要的是要靠水源特定區內的住民，充分理解資源循環與水源保護的關聯性。進而對於既有水土林等自然環境、設施加以利用，以更長遠的視野及理念來永續經營方能促成。為長期提供下游居民所需之用水，可謂自然與人共生，不僅長年累積成生命共同體，更是要提供世代共有利用之水源，因之流域內之居民如何以減低環境負，有效保育並維持其活力，不僅是本世代的責任，也負保存遺留給下一代之任務。因之各流域的居民，每一人在生活中，如何形成一新的環境面的新文化，認識水源區的重要性，而能以人與水源保護區形成共生之理念，達到健全的永續發展，為一新的方向。 因此對於認識水源保育，以親身體認對新店溪水資源歷史的了解、水文環境永續發展及共榮的文化資料收集等方向著手，故規劃戶外教學動線及結合介紹環境資源，將成為未來教育提高淨水、保水觀念傳達之不可或缺的動力。例如：增進資源再生循環利用、林地管理，現地資源、設施與生態保育、環境保護機制結合等。讓住民對在地環境保育的了解及觀念之更新，並融合生態導覽動線，提高經營綠產業。</abstract><author>社團法人台北市華美環境保護協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980017</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804155</governmentpublicationsnumber><identifier>63859</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63859</librarycollectiondetailsurl><price>480</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>台北水源特定區環境永續共榮管理計畫＝Symbiotic Management Strategy for A Sustainable Environment in the Taipei Water Resources District</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區環境需賴健全的永續共生管理體系，其不僅是流 域上、中、下游間能有共同的瞭解。更重要的是要靠水源特定區內的住民，充分理解資源循環與水源保護的關聯性。進而對於既有水土林等自然環境、設施加以利用，以更長遠的視野及理念來永續經營方能促成。 為長期提供下游居民所需之用水，可謂自然與人共生，不僅長年 累積成生命共同體，更是要提供世代共有利用之水源，因之流域內之居民如何以減低環境負荷，有效保育並維持其活力，不僅是本世代的責任，也負保存遺留給下一代之任務。因之各流域的居民，每一人在生活中，如何形成一新的環境面的新文化，認識水源區的重要性，而能以人與水源保護區形成共生之理念，達到健全的永續發展，為一新的方向。 因此對於認識水源保育，以親身體認對新店溪水資源歷史的了 解、水文環境永續發展及共榮的文化資料收集等方向著手，故規劃戶外教學動線及結合介紹環境資源，將成為未來教育提高淨水、保水觀念傳達之不可或缺的動力。例如：增進資源再生循環利用、林地管理，現地資源、設施與生態保育、環境保護機制結合等。讓住民對在地環境保育的了解及觀念之更新，並融合生態導覽動線，提高經營綠產業。</abstract><author>社團法人台北市華美環境保護協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980017</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009804155</governmentpublicationsnumber><identifier>63860</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63860</librarycollectiondetailsurl><price>480</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>台北水源特定區環境永續共榮管理計畫--光碟版＝Symbiotic Management Strategy for A Sustainable Environment in the Taipei Water Resources District</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於查報取締巡查之工作頻繁，在過去多以文書方式進行紀錄，並無系統化之管理機制，使得後續在追蹤管理統計上相當不便，爰此，本計畫開發行動化之查報系統，讓查報人員能於現場即時記錄，並透過內部網路進行後續管理工作，以提升查報取締及管理之作業效能。</abstract><author>中華空間資訊學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980366</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803598</governmentpublicationsnumber><identifier>63861</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63861</librarycollectiondetailsurl><price>350</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區土地使用行動化查報暨管理系統建置＝The Establishment of “Mobilize Examination and Management System on Land Use” for Taipei Water Resource Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>東莒地區經估算仍有供水缺口，本計畫於地下水含量較豐富之褔正地區進行地質探查，並建置地下水數值模式分析可供水量，最後依據現地勘查及模擬成果初步規劃地下水庫。本計畫同時調查閒置中之褔正水庫，評估其重新啟用之可行性‧</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980097</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803424</governmentpublicationsnumber><identifier>63862</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63862</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>馬祖東莒福正地下水庫初步規劃(內附光碟) ＝Preliminary Planning of Dongju Fucheng Groundwater Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>東莒地區經估算仍有供水缺口，本計畫於地下水含量較豐富之褔正地區進行地質探查，並建置地下水數值模式分析可供水量，最後依據現地勘查及模擬成果初步規劃地下水庫。本計畫同時調查閒置中之褔正水庫，評估其重新啟用之可行性‧</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980097</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803424</governmentpublicationsnumber><identifier>63863</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63863</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>馬祖東莒福正地下水庫初步規劃－計畫成果資料光碟 ＝Preliminary Planning of Dongju Fucheng Groundwater Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於查報取締巡查之工作頻繁，在過去多以文書方式進行紀錄，並無系統化之管理機制，使得後續在追蹤管理統計上相當不便，爰此，本計畫開發行動化之查報系統，讓查報人員能於現場即時記錄，並透過內部網路進行後續管理工作，以提升查報取締及管理之作業效能。</abstract><author>中華空間資訊學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980366</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803598</governmentpublicationsnumber><identifier>63864</identifier><internationalstandardbooknumber>9789860210286 ; 9789860210</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63864</librarycollectiondetailsurl><price>350</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>臺北水源特定區土地使用行動化查報暨管理系統建置〈-光碟版〉The Establishment of “Mobilize Examination and Management System on Land Use” for Taipei Water Resource Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究利用九二一地震前後之像片基本圖、正射影像圖、河床平均高程及河床大斷面測量資料，探討因地震造成地貌改變，而引發後續河川型態變遷之影響。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980350</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803279</governmentpublicationsnumber><identifier>63865</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63865</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域地貌變遷對河床演變之影響(1/3)(內附光碟)＝The Influence of Basin Geomorphology Changes on River Morphology Evolution (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究利用九二一地震前後之像片基本圖、正射影像圖、河床平均高程及河床大斷面測量資料，探討因地震造成地貌改變，而引發後續河川型態變遷之影響。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980350</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803279</governmentpublicationsnumber><identifier>63866</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63866</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域地貌變遷對河床演變之影響(1/3)－成果資料光碟＝The Influence of Basin Geomorphology Changes on River Morphology Evolution (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區主要的自來水水源，集水區主要包括北勢溪及南勢溪流域，其中翡翠水庫即位於北勢溪主流上，其集水區內之非點源污染主要來自於茶園，種植茶園的面積約為1000公頃；茶園之經營及管理用藥、施肥，常在暴雨過後對於集水區產生非點源污染，造成翡翠水庫之負荷。本計畫之目的為以永續經營土地之理念，削減翡翠水庫上游集水區河川水體之氮、磷負荷，並兼顧地方產業之永續發展。故以后述四工作項目達成目標：調查分析集水區茶園耕地環境條件、非點源污染水質監測，研擬茶園BMP作業規劃技術手冊及整體規劃翡翠水庫集水區茶園BMP，並提出改善效益及建議。本計畫之耕地環境調查包含土壤營養鹽採樣分析及水質採樣分析，了解茶園土壤與水質之關連性，以茶園特性分別提出結構性及非結構性最佳管理作業措施建議，並以BASINS模式模擬集水區整體改善效益，輔以茶園BMP作業規劃技術手冊，進而規劃集水區茶園BMP及提出建議。</abstract><author>財團法人台灣環保文教基金會</author><categoryidentifier>443.6403   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980069</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803928</governmentpublicationsnumber><identifier>63867</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63867</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>翡翠水庫上游集水區茶園非點源污染最佳管理作業＝Establish BMP for Tea Gardens in Feitsui Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區主要的自來水水源，集水區主要包括北勢溪及南勢溪流域，其中翡翠水庫即位於北勢溪主流上，其集水區內之非點源污染主要來自於茶園，種植茶園的面積約為1000公頃；茶園之經營及管理用藥、施肥，常在暴雨過後對於集水區產生非點源污染，造成翡翠水庫之負荷。本計畫之目的為以永續經營土地之理念，削減翡翠水庫上游集水區河川水體之氮、磷負荷，並兼顧地方產業之永續發展。故以后述四工作項目達成目標：調查分析集水區茶園耕地環境條件、非點源污染水質監測，研擬茶園BMP作業規劃技術手冊及整體規劃翡翠水庫集水區茶園BMP，並提出改善效益及建議。本計畫之耕地環境調查包含土壤營養鹽採樣分析及水質採樣分析，了解茶園土壤與水質之關連性，以茶園特性分別提出結構性及非結構性最佳管理作業措施建議，並以BASINS模式模擬集水區整體改善效益，輔以茶園BMP作業規劃技術手冊，進而規劃集水區茶園BMP及提出建議。</abstract><author>財團法人台灣環保文教基金會</author><categoryidentifier>443.6433   443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980069</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803928</governmentpublicationsnumber><identifier>63868</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63868</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>翡翠水庫上游集水區茶園非點源污染最佳管理作業(光碟版)＝Establish BMP for Tea Gardens in Feitsui Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>拆除水工構造物，看似對河川生態有著相當面的幫助，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980153</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803497</governmentpublicationsnumber><identifier>63869</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63869</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(2/3)＝Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration (2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>「新店溪青潭自來水水源水質保護區水質管理技術提升計畫（2/2）」 係沿自水源局97年度「新店溪青潭自來水水源水質保護區水質管理技術提升計畫（1/2）」第一年計畫，第一年度計畫探討水源保護區水質指標之適用性與預警功能，並評估區內土地利用方式之合理性與對水質衝擊潛勢，第二年計畫延續第一年計畫，並建立土地利用與適地性河川水質指標，整合水質資料庫及早期預警系統功能，爰辦理此項水質管理技術提升計畫，規劃保護區水質管理之重要指標與應用、早期預警系統，對水環境保護策略及效益評估，期研擬符合水源局區域特性之管理措施與實施計畫。	 針對水源保護區水質指標適用性評估工作。建議各流域適地性指標分別為：新店溪：總磷、懸浮固體量、濁度；北勢溪：濁度、大腸桿菌群、懸浮固體量；南勢溪：濁度、懸浮固體量。 本計畫於98年8月10日及10月29日進行南勢溪採樣, 並且於98年10月23日及98年11月17日進行北勢溪採樣。南北勢溪總磷則高於標準值0.02 mg/L。本計畫以Qual2K模式模擬河川水質，北勢溪河段符合甲類水體水質標準總磷限值0.02 mg/l，總磷必須降低0.003~0.005 mg/L； 本計畫另藉由BASINS模式推估，擬定水質改善目標為必須符合總磷濃度低於0.02 mg/L之甲類水體水質標準，加設BMP以降低總磷的濃度。在BMPs設定之污染來源主要皆為區域內農地地表逕流水收集，預期總磷之削減量約佔11％，達成水質改善目標。本評估方面以「草溝」、「滯留池」及「草溝+兩個滯留池」經計算後其年成本分別為台幣 6,559,928、 7,059,239及 6,529,363元，依其再提出不同情境讓決策者依其需求選擇最佳的處理方案。水源區整體水質之改善有賴逐步依本計畫之建議方案落實最佳管理措施，進而達到甲類水體水質標準之最終目標。</abstract><author>國立台灣大學</author><categoryidentifier>443.68970302   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980036</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803927</governmentpublicationsnumber><identifier>63870</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63870</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質管理技術提升計畫(2/2)＝Improving the Water Quality Management Technology for the Source Water Protection Area at Chingtan Weir in Hsin-Dian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>拆除水工構造物，看似對河川生態有著相當面的幫助，因此如何在事前針對安全、生態、工程技術及社經等面向通盤考量並擬定改善或拆除計畫是相當重要的課題。</abstract><author>財團法人台灣水利環境科技研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWA0980153</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803497</governmentpublicationsnumber><identifier>63871</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63871</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(2/3)--光碟版=Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration (2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>「新店溪青潭自來水水源水質保護區水質管理技術提升計畫（2/2）」 係沿自水源局97年度「新店溪青潭自來水水源水質保護區水質管理技術提升計畫（1/2）」第一年計畫，第一年度計畫探討水源保護區水質指標之適用性與預警功能，並評估區內土地利用方式之合理性與對水質衝擊潛勢，第二年計畫延續第一年計畫，並建立土地利用與適地性河川水質指標，整合水質資料庫及早期預警系統功能，爰辦理此項水質管理技術提升計畫，規劃保護區水質管理之重要指標與應用、早期預警系統，對水環境保護策略及效益評估，期研擬符合水源局區域特性之管理措施與實施計畫。	 針對水源保護區水質指標適用性評估工作。建議各流域適地性指標分別為：新店溪：總磷、懸浮固體量、濁度；北勢溪：濁度、大腸桿菌群、懸浮固體量；南勢溪：濁度、懸浮固體量。 本計畫於98年8月10日及10月29日進行南勢溪採樣, 並且於98年10月23日及98年11月17日進行北勢溪採樣。南北勢溪總磷則高於標準值0.02 mg/L。本計畫以Qual2K模式模擬河川水質，北勢溪河段符合甲類水體水質標準總磷限值0.02 mg/l，總磷必須降低0.003~0.005 mg/L； 本計畫另藉由BASINS模式推估，擬定水質改善目標為必須符合總磷濃度低於0.02 mg/L之甲類水體水質標準，加設BMP以降低總磷的濃度。在BMPs設定之污染來源主要皆為區域內農地地表逕流水收集，預期總磷之削減量約佔11％，達成水質改善目標。本評估方面以「草溝」、「滯留池」及「草溝+兩個滯留池」經計算後其年成本分別為台幣 6,559,928、 7,059,239及 6,529,363元，依其再提出不同情境讓決策者依其需求選擇最佳的處理方案。水源區整體水質之改善有賴逐步依本計畫之建議方案落實最佳管理措施，進而達到甲類水體水質標準之最終目標。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980036</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803927</governmentpublicationsnumber><identifier>63872</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63872</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質管理技術提升計畫(2/2)(光碟版)＝Improving the Water Quality Management Technology for the Source Water Protection Area at Chingtan Weir in Hsin-Dian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>為維護翡翠水庫集水區水源涵養及確保水庫安全、瞭解台北水源特定區內建築物及土地使用現況，以有效遏止違規土地使用行為之發生，本局前於民國86年起陸續完成水源特定區內建築物清查工作，惟86年至89年清查資料迄今已逾6年，因使用現況變異，對於政令之推行與政策之擬定，將因無法反映實際情形而可能產生負面之影響。本局於96年9月至97年12月業已辦理本局轄內石碇鄉及新店市之建築物清查及用戶污水接管情況調查工作，並初步建置相關管理查詢系統，為期能全面進行相關之清查，擬再辦理烏來鄉雙溪鄉內建築物現況複查及用戶接管污水情形調查，以作為建築管理及污水使用管制之依據與參考。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.68970302   554   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980259</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803860</governmentpublicationsnumber><identifier>63874</identifier><internationalstandardbooknumber>9789860215380 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63874</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-烏來鄉雙溪鄉＝Environment circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>200912</yearidentifier></data><data><abstract>為維護翡翠水庫集水區水源涵養及確保水庫安全、瞭解台北水源特定區內建築物及土地使用現況，以有效遏止違規土地使用行為之發生，本局前於民國86年起陸續完成水源特定區內建築物清查工作，惟86年至89年清查資料迄今已逾6年，因使用現況變異，對於政令之推行與政策之擬定，將因無法反映實際情形而可能產生負面之影響。本局於96年9月至97年12月業已辦理本局轄內石碇鄉及新店市之建築物清查及用戶污水接管情況調查工作，並初步建置相關管理查詢系統，為期能全面進行相關之清查，擬再辦理烏來鄉雙溪鄉內建築物現況複查及用戶接管污水情形調查，以作為建築管理及污水使用管制之依據與參考。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>554   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980259</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/19</date><governmentpublicationsnumber>1009803860</governmentpublicationsnumber><identifier>63875</identifier><internationalstandardbooknumber>9789860215380 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63875</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-烏來鄉雙溪鄉(光碟版) ＝Environment circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(2/3)」，並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理，以確實掌控轄內水質狀況。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980159</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803710</governmentpublicationsnumber><identifier>63876</identifier><internationalstandardbooknumber>9789860211702 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63876</librarycollectiondetailsurl><price>400</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(2/3)＝Water Quality Monitoring for Taipei Water  Supply Protected Watershed(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局為執行水源保護區內水體水質之監控、掌握水環境變遷情勢，故辦理「新店溪青潭自來水水源水質保護區水質監測計畫(2/3)」，並依據「台灣地區水文觀測現代化整體計畫第二期實施計畫」中「確實掌握水文情勢目標方面」下之實施要項辦理，以確實掌控轄內水質狀況。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980159</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803710</governmentpublicationsnumber><identifier>63877</identifier><internationalstandardbooknumber>9789860211702 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63877</librarycollectiondetailsurl><price>400</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(2/3)(光碟版)＝Water Quality Monitoring for Taipei  Water Supply Protected Watershed(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究調查分析國內外柔性固床工相關受災資料，歸納受災原因，除針對主要災因進行水工模型試驗外，並於現場安裝沖刷觀測設備進行沖刷深度量測，最後並根據研究，初步提出減沖促淤之方法。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803298</governmentpublicationsnumber><identifier>63878</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63878</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬總報告(內附光碟)＝Investigation of failure mechanism and new scour countermeasures at grade control structures</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究調查分析國內外柔性固床工相關受災資料，歸納受災原因，除針對主要災因進行水工模型試驗外，並於現場安裝沖刷觀測設備進行沖刷深度量測，最後並根據研究，初步提出減沖促淤之方法。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803298</governmentpublicationsnumber><identifier>63879</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63879</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬總報告(光碟版)＝Investigation of failure mechanism and new scour countermeasures at grade control structures</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之研究成果，有助於臺北水源特定區管理局掌握整體之雨量及流量等相關水文情勢，並將可作為往後該區域之工程設計、水理研究與分析及水資源規劃與管理的重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980160</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803727</governmentpublicationsnumber><identifier>63880</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63880</librarycollectiondetailsurl><price>200</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(2/3)＝Water quantity Monitoring in the Catchment Protected by the Taipei Water Management Office(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之研究成果，有助於臺北水源特定區管理局掌握整體之雨量及流量等相關水文情勢，並將可作為往後該區域之工程設計、水理研究與分析及水資源規劃與管理的重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980160</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/20</date><governmentpublicationsnumber>1009803727</governmentpublicationsnumber><identifier>63881</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63881</librarycollectiondetailsurl><price>200</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(2/3)(光碟版)＝ Water quantity Monitoring in the Catchment Protected by the Taipei Water Management Office(2/3)(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803325</governmentpublicationsnumber><identifier>63882</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63882</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究總報告＝Study on the stable countermeasures of the channel lateral migration in sandy river</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803325</governmentpublicationsnumber><identifier>63883</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63883</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究總報告(光碟版)＝Study on the stable countermeasures of the channel lateral migration in sandy river</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>63884</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63884</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>63885</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63885</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)(光碟版)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>63886</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63886</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)(成果資料光碟)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏溪鳥嘴潭攔河堰為目前評估可行之烏溪水源開發計畫，為進一步瞭解及評估開發可能之環境影響，乃辦理此計畫；藉由本計畫第一年度工作之詳細背景調查，作為第二年度影響評估之基礎資料，並提供做為另案工程可行性規劃之參考。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009804103</governmentpublicationsnumber><identifier>63887</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63887</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃：環境影響評估＝Feasibility Study of Niaozueitan Weir in Wu River(1/2)-The Plane of Environmental Impact Assessment</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏溪鳥嘴潭攔河堰為目前評估可行之烏溪水源開發計畫，為進一步瞭解及評估開發可能之環境影響，乃辦理此計畫；藉由本計畫第一年度工作之詳細背景調查，作為第二年度影響評估之基礎資料，並提供做為另案工程可行性規劃之參考。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009804103</governmentpublicationsnumber><identifier>63888</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63888</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃：環境影響評估(光碟版)＝Feasibility Study of Niaozueitan Weir in Wu River(1/2)-The Plane of Environmental Impact Assessment</title><yearidentifier>200912</yearidentifier></data><data><abstract>集水區管理之良窳直接影響下游匯流處水庫之水源、水質及水量。本計畫研析國內外水庫集水區水質管理作法，透過石門水庫集水區之研究案例，提出水庫集水區水質管理策略，以及石門水庫集水區水質管理實施計畫（草案），作為政府主管機關政策制訂之參考。此外，本研究應用策略規劃方式，透過分析網路程序法（ANP）專家問卷調查研擬整合一套合理可行之水質管理策略。 依美國及日本集水區案例研析，顯示集水區管理大多為跨域管理，為協調及整合集水區管理事項，皆成立協調或管理委員會；日本有160個地方政府制定自來水水源保護條例。本研究經德菲法及分析網路程序法（ANP）專家問卷調查統計結果，顯示石門水庫集水區水質管理最重要影響因子依序為「機關協調溝通」、「機關權責分工」、「行政執行能力」、「民眾參與程度」與「經費預算」。政策備選方案重要性依序為「組織策略」、「法制策略」、「社經策略」與「科技策略」。顯示不論是影響因子或政策備選方案，「組織管理」為當前水質管理首要考量之關鍵要素。 爰此，本計畫提出，在石門水庫及其集水區整治特別條例結束後，為求能永續經營石門水庫，集水區保育工作乃不可間斷，建議組織面應成立「石門水庫集水區管理協調小組」，進行集水區整體計畫之協調與整合事宜。此外，為延續並擴大「石門水庫及其集水區整治計畫」之整體效益，本計畫針對目前整治計畫內容較缺乏的水質改善及污染源削減等具體措施，研提「石門水庫集水區水質管理實施計畫」（草案），並建議經濟部水利署應召集石門水庫集水區管理相關權責單位，協調與整合民國100年後「水庫集水區保育實施計畫」（五年為一期）相關工作事項、經費及期程。 依自來水保護區劃定原則及取水現況，石門水庫自來水保護區範圍目前暫無範圍變更之需要性與正當性，且石門水庫自來水保護區與其他依法劃定之保護區範圍多所重疊，僅2.4%面積(17.85平方公里)未重疊劃定。因各類保護區劃定依據之法源及目的皆不同，本研究建議，各類保護區劃定範圍與自來水保護區重疊仍不宜成為自來水保護區進行範圍縮編之理由。 為利自來水保護區範圍審議作業並使劃定程序與申請內容能有所依循，本計畫檢討修訂經濟部水利署九十三年頒佈之「既有自來水水質水量保護區範圍變更或廢止作業手冊檢討」，並整合研提「自來水水質水量保護區範圍劃定、變更或廢止作業手冊」。 我國目前自來水水質水量保護區劃定、變更或廢止由自來水事業提出申請，可參考飲用水水源水質保護區或水土保持特定區劃定方式，由地方政府研議、申請，經中央政府審議、核定，賦予地方政府執行自來水水質水量保護區之權責，建議今後研議修訂自來水法第二條及第十一條。此外，本研究建議依據保護區之「面積」與「行政轄區」（跨縣市與否），分別成立自來水水質水量保護區管理協調平台：「集水區管理協調小組」、「自來水水質水量保護區跨縣市工作小組」或「自來水水質水量保護區地方政府工作小組」。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970249</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803921</governmentpublicationsnumber><identifier>63889</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63889</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區水質管理策略規劃＝Strategic Planning of Water Quality Management within Shihmen Reservoir Catchment</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫擬透過全台河道伏流水相關工程的資料與經驗，將調查對象集中於河道集水暗渠，由調查分析結果進行河道伏流水集水暗管設計原則探討，並於中部地區選定一場址進行伏流水可流水可開發量的評估</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980061</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803562</governmentpublicationsnumber><identifier>63890</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63890</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>既設河道集水暗渠功能調查分析及因應環境變遷所應考慮的設計原則：以中部地區為例(內附光碟)＝Investigation on the function of water intake pipes under river-bed and the design principles for adaptation for environmental changes ---take central region as an</title><yearidentifier>200912</yearidentifier></data><data><abstract>集水區管理之良窳直接影響下游匯流處水庫之水源、水質及水量。本計畫研析國內外水庫集水區水質管理作法，透過石門水庫集水區之研究案例，提出水庫集水區水質管理策略，以及石門水庫集水區水質管理實施計畫（草案），作為政府主管機關政策制訂之參考。此外，本研究應用策略規劃方式，透過分析網路程序法（ANP）專家問卷調查研擬整合一套合理可行之水質管理策略。 依美國及日本集水區案例研析，顯示集水區管理大多為跨域管理，為協調及整合集水區管理事項，皆成立協調或管理委員會；日本有160個地方政府制定自來水水源保護條例。本研究經德菲法及分析網路程序法（ANP）專家問卷調查統計結果，顯示石門水庫集水區水質管理最重要影響因子依序為「機關協調溝通」、「機關權責分工」、「行政執行能力」、「民眾參與程度」與「經費預算」。政策備選方案重要性依序為「組織策略」、「法制策略」、「社經策略」與「科技策略」。顯示不論是影響因子或政策備選方案，「組織管理」為當前水質管理首要考量之關鍵要素。 爰此，本計畫提出，在石門水庫及其集水區整治特別條例結束後，為求能永續經營石門水庫，集水區保育工作乃不可間斷，建議組織面應成立「石門水庫集水區管理協調小組」，進行集水區整體計畫之協調與整合事宜。此外，為延續並擴大「石門水庫及其集水區整治計畫」之整體效益，本計畫針對目前整治計畫內容較缺乏的水質改善及污染源削減等具體措施，研提「石門水庫集水區水質管理實施計畫」（草案），並建議經濟部水利署應召集石門水庫集水區管理相關權責單位，協調與整合民國100年後「水庫集水區保育實施計畫」（五年為一期）相關工作事項、經費及期程。 依自來水保護區劃定原則及取水現況，石門水庫自來水保護區範圍目前暫無範圍變更之需要性與正當性，且石門水庫自來水保護區與其他依法劃定之保護區範圍多所重疊，僅2.4%面積(17.85平方公里)未重疊劃定。因各類保護區劃定依據之法源及目的皆不同，本研究建議，各類保護區劃定範圍與自來水保護區重疊仍不宜成為自來水保護區進行範圍縮編之理由。 為利自來水保護區範圍審議作業並使劃定程序與申請內容能有所依循，本計畫檢討修訂經濟部水利署九十三年頒佈之「既有自來水水質水量保護區範圍變更或廢止作業手冊檢討」，並整合研提「自來水水質水量保護區範圍劃定、變更或廢止作業手冊」。 我國目前自來水水質水量保護區劃定、變更或廢止由自來水事業提出申請，可參考飲用水水源水質保護區或水土保持特定區劃定方式，由地方政府研議、申請，經中央政府審議、核定，賦予地方政府執行自來水水質水量保護區之權責，建議今後研議修訂自來水法第二條及第十一條。此外，本研究建議依據保護區之「面積」與「行政轄區」（跨縣市與否），分別成立自來水水質水量保護區管理協調平台：「集水區管理協調小組」、「自來水水質水量保護區跨縣市工作小組」或「自來水水質水量保護區地方政府工作小組」。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970249</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803921</governmentpublicationsnumber><identifier>63891</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63891</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區水質管理策略規劃(附錄)＝Strategic Planning of Water Quality Management within Shihmen Reservoir Catchment</title><yearidentifier>200912</yearidentifier></data><data><abstract>集水區管理之良窳直接影響下游匯流處水庫之水源、水質及水量。本計畫研析國內外水庫集水區水質管理作法，透過石門水庫集水區之研究案例，提出水庫集水區水質管理策略，以及石門水庫集水區水質管理實施計畫（草案），作為政府主管機關政策制訂之參考。此外，本研究應用策略規劃方式，透過分析網路程序法（ANP）專家問卷調查研擬整合一套合理可行之水質管理策略。 依美國及日本集水區案例研析，顯示集水區管理大多為跨域管理，為協調及整合集水區管理事項，皆成立協調或管理委員會；日本有160個地方政府制定自來水水源保護條例。本研究經德菲法及分析網路程序法（ANP）專家問卷調查統計結果，顯示石門水庫集水區水質管理最重要影響因子依序為「機關協調溝通」、「機關權責分工」、「行政執行能力」、「民眾參與程度」與「經費預算」。政策備選方案重要性依序為「組織策略」、「法制策略」、「社經策略」與「科技策略」。顯示不論是影響因子或政策備選方案，「組織管理」為當前水質管理首要考量之關鍵要素。 爰此，本計畫提出，在石門水庫及其集水區整治特別條例結束後，為求能永續經營石門水庫，集水區保育工作乃不可間斷，建議組織面應成立「石門水庫集水區管理協調小組」，進行集水區整體計畫之協調與整合事宜。此外，為延續並擴大「石門水庫及其集水區整治計畫」之整體效益，本計畫針對目前整治計畫內容較缺乏的水質改善及污染源削減等具體措施，研提「石門水庫集水區水質管理實施計畫」（草案），並建議經濟部水利署應召集石門水庫集水區管理相關權責單位，協調與整合民國100年後「水庫集水區保育實施計畫」（五年為一期）相關工作事項、經費及期程。 依自來水保護區劃定原則及取水現況，石門水庫自來水保護區範圍目前暫無範圍變更之需要性與正當性，且石門水庫自來水保護區與其他依法劃定之保護區範圍多所重疊，僅2.4%面積(17.85平方公里)未重疊劃定。因各類保護區劃定依據之法源及目的皆不同，本研究建議，各類保護區劃定範圍與自來水保護區重疊仍不宜成為自來水保護區進行範圍縮編之理由。 為利自來水保護區範圍審議作業並使劃定程序與申請內容能有所依循，本計畫檢討修訂經濟部水利署九十三年頒佈之「既有自來水水質水量保護區範圍變更或廢止作業手冊檢討」，並整合研提「自來水水質水量保護區範圍劃定、變更或廢止作業手冊」。 我國目前自來水水質水量保護區劃定、變更或廢止由自來水事業提出申請，可參考飲用水水源水質保護區或水土保持特定區劃定方式，由地方政府研議、申請，經中央政府審議、核定，賦予地方政府執行自來水水質水量保護區之權責，建議今後研議修訂自來水法第二條及第十一條。此外，本研究建議依據保護區之「面積」與「行政轄區」（跨縣市與否），分別成立自來水水質水量保護區管理協調平台：「集水區管理協調小組」、「自來水水質水量保護區跨縣市工作小組」或「自來水水質水量保護區地方政府工作小組」。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970249</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803921</governmentpublicationsnumber><identifier>63892</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63892</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區水質管理策略規劃(光碟版)＝Strategic Planning of Water Quality Management within Shihmen Reservoir Catchment</title><yearidentifier>200912</yearidentifier></data><data><abstract>以不影響滯洪池原有滯洪蓄洪功能為優先考量，研訂蓄洪設施應用於水資源規劃研究之規劃原則，建構水量儲用功能模擬分析模式，並研提具體可行方案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980098</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803645</governmentpublicationsnumber><identifier>63893</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63893</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>沿海地陷區蓄洪設施水資源之應用研究(內附光碟)＝The Study of Water Reuse for Retention Facilities in the Region of Land Subsidence along the Coast</title><yearidentifier>200912</yearidentifier></data><data><abstract>後龍溪水資源利用率低，經評估具有開發天花湖水庫之可行性；為降低因攔河堰建設所可能造成之溪流生態衝擊，遂擬預先調查研究天花湖水庫所涉及之後龍溪生態系統，做為進一步研訂溪流生態保育措施之依據。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803315</governmentpublicationsnumber><identifier>63894</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63894</librarycollectiondetailsurl><price>1000</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫：淺山溪流生態系統保育規劃(內附光碟)＝The Marketing Project of Tien Hwa Hu Reservoir─ Ecosystem Conservation Plan on Hill and Stream</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫包含「研提公共給水水質資訊系統-自來水事業模組規劃方案」、「蒐集及分析國內各地區簡易自來水場之基本資料及現存問題」、「建置簡易自來水場最佳操作處理程序試驗模廠」及「建置公共給水水質資訊系統-簡易自來水事業模組」等四大工作項目，詳細工作之初步成果分項說明如下： 一、研提公共給水水質資訊系統-自來水事業模組規劃方案 有關公共給水水質資訊系統-自來水事業模組規劃方案，係以朝向資訊電子化、資訊整合及簡化作業程序、強化系統功能等目標為主要規劃方向。根據調查可行性評估結果，由於臺北自來水事業處、台灣省自來水公司已有建置水質資訊系統，因此依據規劃建議採用Web Services方式進行資料自動交換；而連江縣、金門縣自來水廠因尚未建置水質資訊管理系統，故規劃於整合平台上進行功能開發，由各單位配合上網登錄相關資料。本計畫規劃以2種方案同時並存於系統中為主要規劃原則，使本系統能依據使用單位特性不同而採行適合之方案，如此方能增加系統彈性與使用單位之意願，確實發揮系統整合之功效。 二、蒐集及分析國內各地區簡易自來水場之基本資料及現存問題 本計畫自今年度8月起即開始進行各地區簡易自來水場之訪查作業，至9月上旬已完成38座水場之訪查，而根據目前調查結果可知，約有半數以上水場之生物性水質項目指標(Ecoli、總菌落數)無法通過法規標準，且有5成之水場處理設備無法發揮處理功效；另統計發現超出標準之水場附近，有近8成有住宅或農業等活動行為，有可能間接影響取用水質。雖然調查結果顯示大部分之水場運作皆屬正常，惟多數水場並無完善的處理設備流程或設備無法發揮功效，且易忽略消毒的步驟，顯示簡易自來水場之設備功能性與水質安全性應再加強，以期能符合相關水質標準。   三、建置簡易自來水場最佳操作處理程序試驗模廠 本計畫今年度已完成2套50 CMD處理量之試驗模廠規劃與建置作業，目前規劃一套設備處理流程為砂濾單元；另一套處理流程為混凝、砂濾、UF濾膜及LPRO之處理系統。由於簡易自來水場均位於較偏遠地區，為配合未來現地測試之作業，處理設備設計為可拆解式組合模組，增加操作之機動性，以利未來試驗模廠移動時之方便性。而有關明年度北、中區之模廠試驗地點，將以供水戶數多、水源具代表性、交通方便與周邊公共設施方便(水、電)等因子為考量，以順利進行後續之模廠操作試驗。 四、建置公共給水水質資訊系統-簡易自來水事業模組 有關公共給水水質資訊系統-簡易自來水事業模組之建置部份，本計畫依規劃設計完成2大子系統建置作業，其中包含：內部查詢管理子系統及對外網路服務子系統，其功能主要包含簡易自來水事業及系統基本資料建置、簡易自來水系統空間座標建置、簡易自來水系統水質資料登錄、檢測提醒、水質異常提醒、資料合理性判讀、水質異常改善之紀錄、系統帳號密碼管理、線上操作教學及討論區等功能，目前已完成系統建置作業，並規劃於明年度與各縣市單位進行初步宣導溝通，以逐步修正成符合實際需求之資訊系統。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980294</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803879</governmentpublicationsnumber><identifier>63895</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63895</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫(1/3)＝Tap Water Water Qulity Information System Establishment and Smaill Water Treatment Facilities Water Quality Management Project (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫包含「研提公共給水水質資訊系統-自來水事業模組規劃方案」、「蒐集及分析國內各地區簡易自來水場之基本資料及現存問題」、「建置簡易自來水場最佳操作處理程序試驗模廠」及「建置公共給水水質資訊系統-簡易自來水事業模組」等四大工作項目，詳細工作之初步成果分項說明如下： 一、研提公共給水水質資訊系統-自來水事業模組規劃方案 有關公共給水水質資訊系統-自來水事業模組規劃方案，係以朝向資訊電子化、資訊整合及簡化作業程序、強化系統功能等目標為主要規劃方向。根據調查可行性評估結果，由於臺北自來水事業處、台灣省自來水公司已有建置水質資訊系統，因此依據規劃建議採用Web Services方式進行資料自動交換；而連江縣、金門縣自來水廠因尚未建置水質資訊管理系統，故規劃於整合平台上進行功能開發，由各單位配合上網登錄相關資料。本計畫規劃以2種方案同時並存於系統中為主要規劃原則，使本系統能依據使用單位特性不同而採行適合之方案，如此方能增加系統彈性與使用單位之意願，確實發揮系統整合之功效。 二、蒐集及分析國內各地區簡易自來水場之基本資料及現存問題 本計畫自今年度8月起即開始進行各地區簡易自來水場之訪查作業，至9月上旬已完成38座水場之訪查，而根據目前調查結果可知，約有半數以上水場之生物性水質項目指標(Ecoli、總菌落數)無法通過法規標準，且有5成之水場處理設備無法發揮處理功效；另統計發現超出標準之水場附近，有近8成有住宅或農業等活動行為，有可能間接影響取用水質。雖然調查結果顯示大部分之水場運作皆屬正常，惟多數水場並無完善的處理設備流程或設備無法發揮功效，且易忽略消毒的步驟，顯示簡易自來水場之設備功能性與水質安全性應再加強，以期能符合相關水質標準。   三、建置簡易自來水場最佳操作處理程序試驗模廠 本計畫今年度已完成2套50 CMD處理量之試驗模廠規劃與建置作業，目前規劃一套設備處理流程為砂濾單元；另一套處理流程為混凝、砂濾、UF濾膜及LPRO之處理系統。由於簡易自來水場均位於較偏遠地區，為配合未來現地測試之作業，處理設備設計為可拆解式組合模組，增加操作之機動性，以利未來試驗模廠移動時之方便性。而有關明年度北、中區之模廠試驗地點，將以供水戶數多、水源具代表性、交通方便與周邊公共設施方便(水、電)等因子為考量，以順利進行後續之模廠操作試驗。 四、建置公共給水水質資訊系統-簡易自來水事業模組 有關公共給水水質資訊系統-簡易自來水事業模組之建置部份，本計畫依規劃設計完成2大子系統建置作業，其中包含：內部查詢管理子系統及對外網路服務子系統，其功能主要包含簡易自來水事業及系統基本資料建置、簡易自來水系統空間座標建置、簡易自來水系統水質資料登錄、檢測提醒、水質異常提醒、資料合理性判讀、水質異常改善之紀錄、系統帳號密碼管理、線上操作教學及討論區等功能，目前已完成系統建置作業，並規劃於明年度與各縣市單位進行初步宣導溝通，以逐步修正成符合實際需求之資訊系統。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980294</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803879</governmentpublicationsnumber><identifier>63896</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63896</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫(1/3)－光碟版＝Tap Water Water Qulity Information System Establishment and Smaill Water Treatment Facilities Water Quality Management Project (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區水源污染日益嚴重，且地處水資源匱乏地區，由於地狹人稠及自然條件特性限制，新水源開發日?困難。安全飲用水係政府提供給民眾基本生活品質之重要指標項目，經濟部水利署為落實「永續發展的資（能）源與環境」之策略目標，期旨透過觀摩學習先進國家工程技術及專業管理方法，提升專業技能之國際觀，並強化水資源營運管理、技術交流與人才培育，提昇自來水事業單位核心競爭力。     本計畫旨在協助我國自來水產業經營管理朝向現代化、多角化及資訊系統化之研發等方向發展，並與國際接軌，擷長補短。工作內容以協助建立公共給水國際技術交流與人才育成為主要目的，計畫完成建立國際公共給水技術交流之聯絡窗口；已研提水利署國際公共給水技術研究合作計畫之策略；已研提國際公共給水技術交流與參訪計畫；已辦理公共給水技術國際專題演講及會議三場次；已辦理引進國際新興公共給水之管理與處理技術教育訓練三場次；已研提自來水設備材料之驗證策略；已研提自來水事業相關人員之教育訓練及證照策略，及已提供行政協助辦理國際研討會等事宜等八項工作目標。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980035</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803884</governmentpublicationsnumber><identifier>63897</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63897</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水國際技術交流與人才育成計畫(2/2) ＝ International Cooperation in Technology Advancement and Training Program for Potable Water (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區水源污染日益嚴重，且地處水資源匱乏地區，由於地狹人稠及自然條件特性限制，新水源開發日?困難。安全飲用水係政府提供給民眾基本生活品質之重要指標項目，經濟部水利署為落實「永續發展的資（能）源與環境」之策略目標，期旨透過觀摩學習先進國家工程技術及專業管理方法，提升專業技能之國際觀，並強化水資源營運管理、技術交流與人才培育，提昇自來水事業單位核心競爭力。     本計畫旨在協助我國自來水產業經營管理朝向現代化、多角化及資訊系統化之研發等方向發展，並與國際接軌，擷長補短。工作內容以協助建立公共給水國際技術交流與人才育成為主要目的，計畫完成建立國際公共給水技術交流之聯絡窗口；已研提水利署國際公共給水技術研究合作計畫之策略；已研提國際公共給水技術交流與參訪計畫；已辦理公共給水技術國際專題演講及會議三場次；已辦理引進國際新興公共給水之管理與處理技術教育訓練三場次；已研提自來水設備材料之驗證策略；已研提自來水事業相關人員之教育訓練及證照策略，及已提供行政協助辦理國際研討會等事宜等八項工作目標。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980035</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009803884</governmentpublicationsnumber><identifier>63898</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63898</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水國際技術交流與人才育成計畫(2/2)－光碟版 ＝ International Cooperation in Technology Advancement and Training Program for Potable Water (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980302</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/21</date><governmentpublicationsnumber>1009804014</governmentpublicationsnumber><identifier>63899</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63899</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>98</publishrocyear><title>98年度濁水溪流域逕流測預報系統擴充及維護(內附光碟)＝The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，九二一大地震後石岡壩附近河床抬升，其下游沖刷勢能驟增致河床護甲層卵礫石起動運移，河床持續下降泥岩裸露危及壩體及橋樑安全。故針對此河段進行颱洪時河道水理、輸砂及沖刷觀測，極其重要。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980248</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803281</governmentpublicationsnumber><identifier>63900</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63900</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪河段輸砂特性試驗研究(2/3)－光碟版＝Field Study of Sediment Transport Characteristics for Da-Chia River(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目標為藉由桃竹地區基本資料蒐集與資料庫建立，經由空間指標與動態灌溉配水模式分析，以 擬定有效率之停灌策略及配水計畫，及評估其對灌溉用水之影響。</abstract><author>農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980195</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803019</governmentpublicationsnumber><identifier>63902</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63902</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(1/2)內附光碟＝Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areas (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目標為藉由桃竹地區基本資料蒐集與資料庫建立，經由空間指標與動態灌溉配水模式分析，以 擬定有效率之停灌策略及配水計畫，及評估其對灌溉用水之影響。</abstract><author>農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980195</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803019</governmentpublicationsnumber><identifier>63907</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63907</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(1/2)－光碟版＝Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areas (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣西南部沿海漁塭養殖區遍佈藉由漁塭區排洪特性調查及分析，進而建立漁塭區汛期適用之進排水準則，以供未來漁塭區排水規劃設計之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980143</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803421</governmentpublicationsnumber><identifier>63909</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63909</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>沿海漁塭養殖區之排水觀測與排洪特性研究(1/2)(內附光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣西南部沿海漁塭養殖區遍佈藉由漁塭區排洪特性調查及分析，進而建立漁塭區汛期適用之進排水準則，以供未來漁塭區排水規劃設計之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980143</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803421</governmentpublicationsnumber><identifier>63910</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63910</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>沿海漁塭養殖區之排水觀測與排洪特性研究(1/2)(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本期計畫乃藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考.。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980067</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009804067</governmentpublicationsnumber><identifier>63912</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63912</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本期計畫乃藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考.。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980067</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009804067</governmentpublicationsnumber><identifier>63913</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63913</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(1/3)(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研析深槽變遷與岸壁沖刷相關背景資料、模式發展與測：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980154</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803329</governmentpublicationsnumber><identifier>63914</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析(2/2)＝Influence of Migration Behavior of Sand-bed Channel on Flood-control Structures(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫研析深槽變遷與岸壁沖刷相關背景資料、模式發展與測：?整與分析濁水溪基本資料；研析台灣河川深槽變遷型態。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980154</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/22</date><governmentpublicationsnumber>1009803329</governmentpublicationsnumber><identifier>63915</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63915</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>砂質河川深槽變遷對河防建造物安全影響之分析(2/2)-光碟版＝Influence of Migration Behavior of Sand-bed Channel on Flood-control Structures(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本期計畫乃藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考.。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009804067</governmentpublicationsnumber><identifier>63916</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63916</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(1/3)(計畫成果資料光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫藉由基本資料之蒐集、地表地質調查、地下水水文地質調查、地下水補注量調查評估、地下水水質分析監測探討等的作為，以建構台中盆地之水文地質模式，以探討台中盆地做為地下水庫的可能性，及未來台中盆地水源之運用策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980094</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803351</governmentpublicationsnumber><identifier>63917</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63917</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>臺中盆地地下水資源利用調查評估(1/3)(內附光碟)＝nvestigation and evaluation for groundwater reseouce utilization in Taichung basin (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>雲林地區水再生利用方案經評選結果以斗六水資源回收中心供應雲林科技工業區竹圍子區用水為優選方案，再生廠規劃每日處理能力為2萬立方公尺，並採用過系統及逆滲透系統進行處理，使再生水能符合用戶端水質需求。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980275</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803510</governmentpublicationsnumber><identifier>63918</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63918</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林地區污水處理廠放流水再利用調查研究(內附光碟)＝The Research of Reuse of Sewage Treatment Plant Effluent in YunLin</title><yearidentifier>200912</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，九二一大地震後石岡壩附近河床抬升，其下游沖刷勢能驟增致河床護甲層卵礫石起動運移，河床持續下降泥岩裸露危及壩體及橋樑安全。故針對此河段進行颱洪時河道水理、輸砂及沖刷觀測，極其重要。</abstract><author>國立中興大學</author><categoryidentifier>443.6933   443.689725   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980248</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803281</governmentpublicationsnumber><identifier>63919</identifier><internationalstandardbooknumber>9789860207613 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63919</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪河段輸砂特性試驗研究(2/3)(內附光碟)＝Field Study of Sediment Transport Characteristics for Da-Chia River (2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由洪水前後河床質調查等基本資料之獲得，以及配合數模探討其他物理因子之影響，從而建立推估河道曼寧n值之流程，冀能提供國內日後推估河道曼n值之參考。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980149</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803462</governmentpublicationsnumber><identifier>63920</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63920</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(2/2)工作成果報告－內附光碟＝Study on Relationship Between Manning’s and Riverbed Material Gradation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由洪水前後河床質調查等基本資料之獲得，以及配合數模探討其他物理因子之影響，從而建立推估河道曼寧n值之流程，冀能提供國內日後推估河道曼n值之參考。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980149</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803462</governmentpublicationsnumber><identifier>63921</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63921</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(2/2)工作成果報告－光碟版＝Study on Relationship Between Manning’s and Riverbed Material Gradation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由洪水前後河床質調查等基本資料之獲得，以及配合數模探討其他物理因子之影響，從而建立推估河道曼寧n值之流程，冀能提供國內日後推估河道曼n值之參考。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980149</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803465</governmentpublicationsnumber><identifier>63922</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63922</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(2/2)總報告－內附光碟＝Study on Relationship Between Manning’s and Riverbed Material Gradation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由洪水前後河床質調查等基本資料之獲得，以及配合數模探討其他物理因子之影響，從而建立推估河道曼寧n值之流程，冀能提供國內日後推估河道曼n值之參考。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980149</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803465</governmentpublicationsnumber><identifier>63923</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63923</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道曼寧N值與河床質粒徑關係之研究(2/2)總報告－光碟版＝Study on Relationship Between Manning’s and Riverbed Material Gradation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫利用進行土方填築檢驗，希望能達到以下三點預期效益： 1.建立量測土壤密度及含水量之系統。2.發展利用電磁波與震波量測土壤密度與含水量之非破壞性檢測方法與軟硬體建置。3.提升土石壩及土堤填築品質及效率。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980202</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009803638</governmentpublicationsnumber><identifier>63924</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63924</librarycollectiondetailsurl><price>600</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究計畫成果資料(1/2)－光碟版＝Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為延續歷年士文水庫溝通宣導工作並維持於當地溝通經營之成果，以往宣導計畫著重水庫預定地所在之鄉鎮，今年將配合工程規劃進度，將計畫範圍擴大至與工程預定通達道路及材料區有關之鄉鎮來推動水資源宣導，希冀讓該區之居民能瞭解士文水庫計畫工程，進而支持工程之推動，擴大宣導是為了達到更顯著之宣導成效，並期能於工程正式核定前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980210</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009804058</governmentpublicationsnumber><identifier>63925</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63925</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>士文水庫宣導計畫＝Publicity Plan of Shi-Wen Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>為延續歷年士文水庫溝通宣導工作並維持於當地溝通經營之成果，以往宣導計畫著重水庫預定地所在之鄉鎮，今年將配合工程規劃進度，將計畫範圍擴大至與工程預定通達道路及材料區有關之鄉鎮來推動水資源宣導，希冀讓該區之居民能瞭解士文水庫計畫工程，進而支持工程之推動，擴大宣導是為了達到更顯著之宣導成效，並期能於工程正式核定前，提供正確、詳盡之訊息，繼而建立暢通之溝通管道。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980210</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/25</date><governmentpublicationsnumber>1009804058</governmentpublicationsnumber><identifier>63926</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63926</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>士文水庫宣導計畫(光碟版)＝Publicity Plan of Shi-Wen Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署現有「地面水潛能水量計算系統」預建之潛能水量資料庫為河川流量超越機率百分之五十之水量。民國93年11月17日水利法施行細則第15條，將地面水水源通常保持之水量修正為流量超越機率百分之八十五之水量，配合前述法令規定，本計畫更新修正其潛能水量資料庫，同時也對於目前系統尚未建置完成之水權檢核程序及潛能水量其他計算方法，一併提出檢討改善機制，作為未來系統改善規劃之參考。 本次更新修正潛能水量資料庫為河川流量超越機率百分之八十五之水量，乃統一自經濟部水利署建置之「水文資訊網整合性服務系統」下載水文資料。128站推估結果先與原系統建置時之資料比較確認正確性後，才進行全台七千萬點位置潛能水量之推估，並更新於主系統內。為利於未來5至10年更新一次水文資料，本計畫也撰擬一串接各程式之計算模組，並提供作業手冊一份，以簡化更新程序。此外，為便利使用者操作系統，在滑鼠點選定位功能外，新增一輸入座標定位功能。 國內「地面水潛能水量計算系統」之研究起緣於民國84年，在研究方法論方面，首先建立可繁衍合成流量之序率式降雨—逕流模式，用以繁衍河川之流量時間序列，再建構河川流量之超越機率分布，並透過克利金區域分析方法推估未設站位置潛能水量。最後利用串列（Link-List）程序之概念，先建立河川水系及水權位置之順序，再由查核河川供應水量對下游已登記水權影響程度之條件，建立水權檢核及計算模式，提供評估已登記水權以外尚有多少水量可登記為水權水量。 現有模式推估結果與實際觀測資料統計結果比較顯示略有高估現象，而採用之克利金法時未考量河川主支流之屬性是否有影響等都有待其他水文模式分析技術予以檢驗釐清。此外，目前整體之水權檢核計算程序尚未實現於現有系統中，除因未能建立河川水系串列程序，缺乏上下游水權位置之相對關係而無法計算外，水庫情形、越域引水與水力用水之相關資料也不足。 國外近年也有相關系統之發展，本計畫參考國外已上線之美國德州WAM（Water Availability Modeling）系統、美國奧勒岡州WARS（Water Availability Report System）及日本水權審核程序原則等資料，同時比較國內相關研究成果，擬定計算河川水系尚可申請水權水量之計算工作架構（3 PHASE）─1.還原天然流量；2.選擇並建立水文模式；3.已登記水權檢核工作。針對各項工作計算原則分別提出建議流程，由於涉及河川水系水文站評估與分區分析、實際取水資料調查與天然流量還原工作分析、不同水文模式分析結果比較、河川水系串列與已登記水權位置之對應、可申請水權水量檢核模式建立等工作，建議先擇定一示範案例建立系統雛形，了解改善之可行性，再行規劃全台各河川水系之建置時程。</abstract><author>淡江大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980213</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/26</date><governmentpublicationsnumber>1009804031</governmentpublicationsnumber><identifier>63933</identifier><internationalstandardbooknumber>9789860216615 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63933</librarycollectiondetailsurl><price>410</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>地面水潛能水量計算模式改善與系統更新規劃之研究＝Research of Improvement Planning for the Present Informatiion System of Estimating Surface Water Availability</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利署現有「地面水潛能水量計算系統」預建之潛能水量資料庫為河川流量超越機率百分之五十之水量。民國93年11月17日水利法施行細則第15條，將地面水水源通常保持之水量修正為流量超越機率百分之八十五之水量，配合前述法令規定，本計畫更新修正其潛能水量資料庫，同時也對於目前系統尚未建置完成之水權檢核程序及潛能水量其他計算方法，一併提出檢討改善機制，作為未來系統改善規劃之參考。 本次更新修正潛能水量資料庫為河川流量超越機率百分之八十五之水量，乃統一自經濟部水利署建置之「水文資訊網整合性服務系統」下載水文資料。128站推估結果先與原系統建置時之資料比較確認正確性後，才進行全台七千萬點位置潛能水量之推估，並更新於主系統內。為利於未來5至10年更新一次水文資料，本計畫也撰擬一串接各程式之計算模組，並提供作業手冊一份，以簡化更新程序。此外，為便利使用者操作系統，在滑鼠點選定位功能外，新增一輸入座標定位功能。 國內「地面水潛能水量計算系統」之研究起緣於民國84年，在研究方法論方面，首先建立可繁衍合成流量之序率式降雨—逕流模式，用以繁衍河川之流量時間序列，再建構河川流量之超越機率分布，並透過克利金區域分析方法推估未設站位置潛能水量。最後利用串列（Link-List）程序之概念，先建立河川水系及水權位置之順序，再由查核河川供應水量對下游已登記水權影響程度之條件，建立水權檢核及計算模式，提供評估已登記水權以外尚有多少水量可登記為水權水量。 現有模式推估結果與實際觀測資料統計結果比較顯示略有高估現象，而採用之克利金法時未考量河川主支流之屬性是否有影響等都有待其他水文模式分析技術予以檢驗釐清。此外，目前整體之水權檢核計算程序尚未實現於現有系統中，除因未能建立河川水系串列程序，缺乏上下游水權位置之相對關係而無法計算外，水庫情形、越域引水與水力用水之相關資料也不足。 國外近年也有相關系統之發展，本計畫參考國外已上線之美國德州WAM（Water Availability Modeling）系統、美國奧勒岡州WARS（Water Availability Report System）及日本水權審核程序原則等資料，同時比較國內相關研究成果，擬定計算河川水系尚可申請水權水量之計算工作架構（3 PHASE）─1.還原天然流量；2.選擇並建立水文模式；3.已登記水權檢核工作。針對各項工作計算原則分別提出建議流程，由於涉及河川水系水文站評估與分區分析、實際取水資料調查與天然流量還原工作分析、不同水文模式分析結果比較、河川水系串列與已登記水權位置之對應、可申請水權水量檢核模式建立等工作，建議先擇定一示範案例建立系統雛形，了解改善之可行性，再行規劃全台各河川水系之建置時程。</abstract><author>淡江大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980213</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/26</date><governmentpublicationsnumber>1009804031</governmentpublicationsnumber><identifier>63934</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63934</librarycollectiondetailsurl><price>410</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>地面水潛能水量計算模式改善與系統更新規劃之研究－光碟版＝Research of Improvement Planning for the Present Informatiion System of Estimating Surface Water Availability</title><yearidentifier>200912</yearidentifier></data><data><abstract>配合天花湖水庫計畫於下游地區規劃生態旅遊及新飛?社區，本計畫整合相關領域學者專家，進行當地社會人文生態調查，讓人民參與文化實作的社區經驗，達到生活，生產與生態三生合一的人文生態系統永續經營目的。</abstract><author>國立聯合大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980340</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/26</date><governmentpublicationsnumber>1009803555</governmentpublicationsnumber><identifier>63937</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63937</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)人文生態系統保育雛型規劃(內附光碟)＝The Promotion Project of Tienhwahu Reservoir (II)-A Preliminary Planning for Human Ecological System</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的係為協助水權主管機關依水利法第三十九條推動水權人取水計量管理工作，經盱酌相關法令關於水權計量管理要求、國內外量測技術及文獻實務應用、水權人取水計量技術與管理可行方向、專業機關(構)支援能力等多元面向，完成各項委辦工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970338</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/27</date><governmentpublicationsnumber>1009803900</governmentpublicationsnumber><identifier>63942</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63942</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>研訂推動水權人取水計量管理策略及配套措施＝Establishment of Strategies and a Complete Set of Measures for Water-Intakes Measurement Management of Water Right Holders</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的係為協助水權主管機關依水利法第三十九條推動水權人取水計量管理工作，經盱酌相關法令關於水權計量管理要求、國內外量測技術及文獻實務應用、水權人取水計量技術與管理可行方向、專業機關(構)支援能力等多元面向，完成各項委辦工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>584.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970338</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/27</date><governmentpublicationsnumber>1009803900</governmentpublicationsnumber><identifier>63943</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63943</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>研訂推動水權人取水計量管理策略及配套措施(光碟版)＝Establishment of Strategies and a Complete Set of Measures for Water-Intakes Measurement Management of Water Right Holders</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/27</date><governmentpublicationsnumber>1009803019</governmentpublicationsnumber><identifier>63944</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63944</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(1/2)計畫成果資料光碟=Effects on Irrigation Demand due to IrrigationWater Allocation and Recession at Taoyuan and Hsinchu Areas(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/27</date><governmentpublicationsnumber>1009803393</governmentpublicationsnumber><identifier>63945</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63945</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(2/2)(內附光碟)＝Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考，本報告書旨在?整97暨98年計畫成果。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/27</date><governmentpublicationsnumber>1009803395</governmentpublicationsnumber><identifier>63946</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63946</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析總報告(內附光碟)＝Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (Summing Report)</title><yearidentifier>200912</yearidentifier></data><data><abstract>湖山水庫計畫已於民國90年核定實施，為使水庫蓄水能有效送達計畫供水區域，水庫出水工下游應規劃設計合宜之輸水系統，此即本計畫成立之目的。湖山水庫開發規模訂為滿水位標高211.5公尺，水庫總容量5,218萬立方公尺。本計畫管路路線由水庫連接至林內第2淨水場，並於南岸聯絡渠道放水路前為止</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009900035</governmentpublicationsnumber><identifier>63947</identifier><internationalstandardbooknumber>9789860215205 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63947</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫下游連接管路工程基本設計報告</title><yearidentifier>201001</yearidentifier></data><data><abstract>湖山水庫計畫已於民國90年核定實施，為使水庫蓄水能有效送達計畫供水區域，水庫出水工下游應規劃設計合宜之輸水系統，此即本計畫成立之目的。湖山水庫開發規模訂為滿水位標高211.5公尺，水庫總容量5,218萬立方公尺。本計畫管路路線由水庫連接至林內第2淨水場，並於南岸聯絡渠道放水路前為止</abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009900035</governmentpublicationsnumber><identifier>63948</identifier><internationalstandardbooknumber>9789860215205 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63948</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫下游連接管路工程基本設計報告(光碟版)</title><yearidentifier>201001</yearidentifier></data><data><abstract>本工程道路原規劃自湖南壩左岸遷建道路順著管理中心西側地形，採直線線形縱坡沿地形而下，匯入停車場進場道路後，順著地形再以U型迴轉後銜接南勢坑溪左岸聯外道路後，以35公尺長預力橋跨越南勢坑溪與南勢坑溪右岸聯外道路銜接，其間穿越台電高壓電塔基座下方以維持原地形為主，並於U型迴轉附近設置一約105公尺跨越橋，全線道路規劃為雙車道，路寬8公尺，總長度約1.5公里。</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009900038</governmentpublicationsnumber><identifier>63949</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63949</librarycollectiondetailsurl><price>350</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程計畫湖南壩左岸遷建道路工程配合遺址改線基本設計報告</title><yearidentifier>201001</yearidentifier></data><data><abstract>本工程道路原規劃自湖南壩左岸遷建道路順著管理中心西側地形，採直線線形縱坡沿地形而下，匯入停車場進場道路後，順著地形再以U型迴轉後銜接南勢坑溪左岸聯外道路後，以35公尺長預力橋跨越南勢坑溪與南勢坑溪右岸聯外道路銜接，其間穿越台電高壓電塔基座下方以維持原地形為主，並於U型迴轉附近設置一約105公尺跨越橋，全線道路規劃為雙車道，路寬8公尺，總長度約1.5公里。</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009900038</governmentpublicationsnumber><identifier>63950</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63950</librarycollectiondetailsurl><price>350</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程計畫湖南壩左岸遷建道路工程配合遺址改線基本設計 報告(光碟版)</title><yearidentifier>201001</yearidentifier></data><data><abstract>自來水法於民國93年修正通過後，經濟部水利署為落實水源保育與回饋政策，自民國94年起開發「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」，而水源保育與回饋費奉行政院核定後於民國95年1月起開徵，水源保育與回饋費徵收後之管理運用與補償回饋作業亦須配合辦理。本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行擴充更新水源保育與回饋業務系統功能，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。本計畫之工作成果如下：一、水源保育與回饋業務系統/網頁功能擴充新增本計畫配合各系統使用機關單位業務需求，完成水源保育與回饋業務9大項系統功能擴充及更新，並完成4項系統操作功能流程化設計改造。另外，針對自來水水質水量保護區水源保育與回饋業務網進行風格畫面之改版，提供民眾便捷的資訊查詢窗口，落實政府資訊公開化之政策。 二、水權人資料篩選本計畫完成99年開徵年度水權資料判定，經由系統化篩選作業輔以人為判斷方式後，共有3筆水權資料無法判定其是否位於保護區內，以及5筆疑義水權資料。本計畫歸納系統無法判斷之原因以及人工判定方式，並將237筆正確判斷完成之水權資料回饋至水源保育與回饋業務系統中，同時提供經檢視結果後較具爭議之水權資料予水利署參考，以利後續現勘作業執行。本計畫亦提出水權人資料篩選流程改善方法，以供未來水權人判定作業之參考。 三、保護區圖冊示範製作本計畫完成「鯉魚潭水庫自來水水質水量保護區」圖冊目地、主題、內容設計且完成圖冊示範製作，並針對本示範區進行圖冊製作費用估算，將之提供予水利署以瞭解後續持續進行全國性圖冊建置之可行性。 四、水源保育與回饋業務系統教育訓練本計畫辦理北、中、南、東4場系統教育訓練，並另外針對自來水公司之填報系統辦理1場系統教育訓練，共計完成5場訓練課程。透過教育訓練之執行，完整宣達水源保育與回饋業務及系統內容，使各地方政府單位確實瞭解水源保育與回饋業務系統，使水源保育與回饋業務可順利執行。藉由本計畫之相關工作項目及內容，完成水源保育與回饋業務資訊化，並節省業務作業相關成本，亦達到宣導以及落實政府之政策推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980277</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804083</governmentpublicationsnumber><identifier>63954</identifier><internationalstandardbooknumber>9789860216240 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63954</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水源保育與回饋業務系統與網頁之擴充及管理(1/2) The Expanding and Management Program of “The Administrative Business of Water Resources Conservation and Compensation Fee” (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>自來水法於民國93年修正通過後，經濟部水利署為落實水源保育與回饋政策，自民國94年起開發「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」，而水源保育與回饋費奉行政院核定後於民國95年1月起開徵，水源保育與回饋費徵收後之管理運用與補償回饋作業亦須配合辦理。本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行擴充更新水源保育與回饋業務系統功能，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。本計畫之工作成果如下：一、水源保育與回饋業務系統/網頁功能擴充新增本計畫配合各系統使用機關單位業務需求，完成水源保育與回饋業務9大項系統功能擴充及更新，並完成4項系統操作功能流程化設計改造。另外，針對自來水水質水量保護區水源保育與回饋業務網進行風格畫面之改版，提供民眾便捷的資訊查詢窗口，落實政府資訊公開化之政策。 二、水權人資料篩選本計畫完成99年開徵年度水權資料判定，經由系統化篩選作業輔以人為判斷方式後，共有3筆水權資料無法判定其是否位於保護區內，以及5筆疑義水權資料。本計畫歸納系統無法判斷之原因以及人工判定方式，並將237筆正確判斷完成之水權資料回饋至水源保育與回饋業務系統中，同時提供經檢視結果後較具爭議之水權資料予水利署參考，以利後續現勘作業執行。本計畫亦提出水權人資料篩選流程改善方法，以供未來水權人判定作業之參考。 三、保護區圖冊示範製作本計畫完成「鯉魚潭水庫自來水水質水量保護區」圖冊目地、主題、內容設計且完成圖冊示範製作，並針對本示範區進行圖冊製作費用估算，將之提供予水利署以瞭解後續持續進行全國性圖冊建置之可行性。 四、水源保育與回饋業務系統教育訓練本計畫辦理北、中、南、東4場系統教育訓練，並另外針對自來水公司之填報系統辦理1場系統教育訓練，共計完成5場訓練課程。透過教育訓練之執行，完整宣達水源保育與回饋業務及系統內容，使各地方政府單位確實瞭解水源保育與回饋業務系統，使水源保育與回饋業務可順利執行。藉由本計畫之相關工作項目及內容，完成水源保育與回饋業務資訊化，並節省業務作業相關成本，亦達到宣導以及落實政府之政策推動。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980277</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804083</governmentpublicationsnumber><identifier>63955</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63955</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水源保育與回饋業務系統與網頁之擴充及管理(1/2)(光碟版)＝The Expanding and Management Program of “The Administrative Business of Water Resources Conservation and Compensation Fee” (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫全程二年，研究主要目的為(1)研擬近、中長程水質水量保護區科技管理發展策略、(2)整合「公共給水質量提升與管理科技發展」群體計畫成果及(3)檢討水質水量保護區有關自來水法及相關子法修法建議。本計畫採用分析網路程序法(ANP)專家問卷調查方式，研議近、中長程水質水量保護區科技管理發展策略方向，作為政府主管機關計畫制訂之參考。此外，科技管理策略研議以石門水庫自來水水質水量保護區為研究對象，第一年研究結果分述如下。 ANP專家學者問卷調查結果，顯示「國土規劃」面向為石門水庫自來水水質水量保護區首要之課題，而「土地利用強度」為主要的影響因子，「民眾參與」則為未來自來水保護區管理應優先推動的策略項目，並加強推動「開發行為水土資源環境衝擊檢討」與「資訊管理平台建置及加值分析」等科技管理策略。為強化自來水水質水量保護區之管理成效，建議下列三項未來水質水量保護區之科技管理策略發展方向：(1)發展以人為本的水質水量保護區科技管理措施；(2)嚴加推動集水區開發行為水土資源環境衝擊評估與檢討，並研擬配套措施與實施策略；(3)健全環境基本監測資訊並進行資訊分享與加值分析，支援政府管理與決策及促進民眾參與集水區保育。為提升水質水量保護區之管理成效，自來水法及其相關子法修法檢討結果，共篩選8項自來水法相關子法共計16個條文，供本計畫第二年度研議修訂法條條文。並建議從法律、公共行政之觀點檢討自來水水質水量保護區與其他保護區（或特定區）權責競合，另訂「自來水水質水量保護法」專法之可行性，以突破權責不一之長期問題。經濟部水利署98年度「公共給水質量提升與管理科技發展計畫」共執行15項子計畫，本計畫協助彙整各項計畫成果，建置「公共給水質量提升與管理科技發展計畫」相關計畫成果交流資訊網，辦理期末成果交流會，並提出後續（100-101年）研究規劃，計規劃17項議題，其中有3項議題已提出100年度中程計畫書。此外，建議先進行「我國公共給水材料與管線工程技術中長程研究需求」，以配合自來水事業單位技術需求，規劃其後續相關研究議題及工作項目。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980287</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804078</governmentpublicationsnumber><identifier>63956</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63956</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水質水量保護區科技管理策略規劃(1/2)＝Strategic Planning of Management Techniques for Water Quality and Quantity Protection Areas(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫全程二年，研究主要目的為(1)研擬近、中長程水質水量保護區科技管理發展策略、(2)整合「公共給水質量提升與管理科技發展」群體計畫成果及(3)檢討水質水量保護區有關自來水法及相關子法修法建議。本計畫採用分析網路程序法(ANP)專家問卷調查方式，研議近、中長程水質水量保護區科技管理發展策略方向，作為政府主管機關計畫制訂之參考。此外，科技管理策略研議以石門水庫自來水水質水量保護區為研究對象，第一年研究結果分述如下。 ANP專家學者問卷調查結果，顯示「國土規劃」面向為石門水庫自來水水質水量保護區首要之課題，而「土地利用強度」為主要的影響因子，「民眾參與」則為未來自來水保護區管理應優先推動的策略項目，並加強推動「開發行為水土資源環境衝擊檢討」與「資訊管理平台建置及加值分析」等科技管理策略。為強化自來水水質水量保護區之管理成效，建議下列三項未來水質水量保護區之科技管理策略發展方向：(1)發展以人為本的水質水量保護區科技管理措施；(2)嚴加推動集水區開發行為水土資源環境衝擊評估與檢討，並研擬配套措施與實施策略；(3)健全環境基本監測資訊並進行資訊分享與加值分析，支援政府管理與決策及促進民眾參與集水區保育。為提升水質水量保護區之管理成效，自來水法及其相關子法修法檢討結果，共篩選8項自來水法相關子法共計16個條文，供本計畫第二年度研議修訂法條條文。並建議從法律、公共行政之觀點檢討自來水水質水量保護區與其他保護區（或特定區）權責競合，另訂「自來水水質水量保護法」專法之可行性，以突破權責不一之長期問題。經濟部水利署98年度「公共給水質量提升與管理科技發展計畫」共執行15項子計畫，本計畫協助彙整各項計畫成果，建置「公共給水質量提升與管理科技發展計畫」相關計畫成果交流資訊網，辦理期末成果交流會，並提出後續（100-101年）研究規劃，計規劃17項議題，其中有3項議題已提出100年度中程計畫書。此外，建議先進行「我國公共給水材料與管線工程技術中長程研究需求」，以配合自來水事業單位技術需求，規劃其後續相關研究議題及工作項目。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980287</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804078</governmentpublicationsnumber><identifier>63957</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63957</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水質水量保護區科技管理策略規劃(1/2)(光碟版)＝Strategic Planning of Management Techniques for Water Quality and Quantity Protection Areas(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源的開發與管理是國家建設之重要根本，為保護水資源，自來水事業依自來水法，於民國64?7月第一個自來水水質水量保護區迄今劃定公告總計111處。其申請劃定公佈「自來水保護區」內之相關開發與土地利用行為，予以管制。現行之回饋補償自來水保護區內土地所有權人因受自來水法第11條限制所衍生之損失，於自來水法第12條之2與「水質水量保護區土地受限補償金發放標準」規定，對土地受限制使用之土地所有權人或相關權利人發放補償金。但土地所有權人認為土地為永久受限，卻僅能領取1次補償，且補償金額過低，故認為此一方式並不公平，建議應有一個更合理的補償方式。因此本計畫針對自來水保護區土地受限補償金之發放，提出完善的制度建議。此外，水資源保育工作推動，水源保育與回饋金之落實迄今以兩年，然回饋金用於水源保育工作卻愈趨減少，故本計畫以藉由獎勵保育制度建立，借由獎勵之誘因觸使地方願將資源投入保育工作為本計畫另ㄧ目的。經由研究團隊的努力，於本年度之成果於土地受限補償制度檢討中已達到：完成自來水保護區土地受限補償金制度檢討、全面性檢討自來水法第11條第1項各款可受補償之可行性、土地受限補償金發放次數之討論、土地補償金係數訂定方面，考慮以功能上受限為出發點並期以行政契約方式作為受限補償金發放考量等內容。於獎勵保育制度建立部分，完成北中南東四區座談會，有效推廣獎勵保育制度之規劃；完成自來水保護區獎勵保育制度之建立；獎勵保育機制要點建立完成與自來水保護區獎勵保育制度相關推動策略。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980276</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804081</governmentpublicationsnumber><identifier>63958</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63958</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區土地受限補償與獎勵制度之研究(1/2)＝The Management of Water Resource Conservation and Compensation Business（1/2）</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源的開發與管理是國家建設之重要根本，為保護水資源，自來水事業依自來水法，於民國64?7月第一個自來水水質水量保護區迄今劃定公告總計111處。其申請劃定公佈「自來水保護區」內之相關開發與土地利用行為，予以管制。現行之回饋補償自來水保護區內土地所有權人因受自來水法第11條限制所衍生之損失，於自來水法第12條之2與「水質水量保護區土地受限補償金發放標準」規定，對土地受限制使用之土地所有權人或相關權利人發放補償金。但土地所有權人認為土地為永久受限，卻僅能領取1次補償，且補償金額過低，故認為此一方式並不公平，建議應有一個更合理的補償方式。因此本計畫針對自來水保護區土地受限補償金之發放，提出完善的制度建議。此外，水資源保育工作推動，水源保育與回饋金之落實迄今以兩年，然回饋金用於水源保育工作卻愈趨減少，故本計畫以藉由獎勵保育制度建立，借由獎勵之誘因觸使地方願將資源投入保育工作為本計畫另ㄧ目的。經由研究團隊的努力，於本年度之成果於土地受限補償制度檢討中已達到：完成自來水保護區土地受限補償金制度檢討、全面性檢討自來水法第11條第1項各款可受補償之可行性、土地受限補償金發放次數之討論、土地補償金係數訂定方面，考慮以功能上受限為出發點並期以行政契約方式作為受限補償金發放考量等內容。於獎勵保育制度建立部分，完成北中南東四區座談會，有效推廣獎勵保育制度之規劃；完成自來水保護區獎勵保育制度之建立；獎勵保育機制要點建立完成與自來水保護區獎勵保育制度相關推動策略。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980276</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/28</date><governmentpublicationsnumber>1009804081</governmentpublicationsnumber><identifier>63959</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63959</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區土地受限補償與獎勵制度之研究(1/2)(光碟版)＝The Management of Water Resource Conservation and Compensation Business（1/2）</title><yearidentifier>200912</yearidentifier></data><data><abstract>後龍溪水資源利用率低，經評估具有開發天花湖水庫之可行性；為降低因攔河堰建設所可能造成之溪流生態衝擊，遂擬預先調查研究天花湖水庫所涉及之後龍溪生態系統，做為進一步研訂溪流生態保育措施之依據。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803315</governmentpublicationsnumber><identifier>63960</identifier><internationalstandardbooknumber>9789860207392 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63960</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫淺山溪流生態系統保育規劃--光碟版=The Marketing Project of Tien Hwa Hu Reservoir Ecosystem Conservation Plan on Hill and Stream</title><yearidentifier>200912</yearidentifier></data><data><abstract>雲林地區水再生利用方案經評選結果以斗六水資源回收中心供應雲林科技工業區竹圍子區用水為優選方案，再生廠規劃每日處理能力為2萬立方公尺，並採用過系統及逆滲透系統進行處理，使再生水能符合用戶端水質需求。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980275</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803510</governmentpublicationsnumber><identifier>63964</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63964</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林地區污水處理廠放流水再利用調查研究－光碟版＝The Research on Reuse of Sewage Treatment Plant Effluent in Yunlin</title><yearidentifier>200912</yearidentifier></data><data><abstract>雲林地區水再生利用方案經評選結果以斗六水資源回收中心供應雲林科技工業區竹圍子區用水為優選方案，再生廠規劃每日處理能力為2萬立方公尺，並採用過系統及逆滲透系統進行處理，使再生水能符合用戶端水質需求。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803510</governmentpublicationsnumber><identifier>63965</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63965</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林地區污水處理廠放流水再利用調查研究成果資料--光碟版=The Research on Reuse of Sewage Treatment Plant Effluent in Yunlin</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究目的為引進美國內政部墾務局之水理輸砂數值模式SRH-1D，並應用該模式於台灣案例河川八掌溪，後續年度之主軸包含SRH-2D、岸壁沖刷模組及二維異重流數模協助開發及應用於台灣案例河川。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980187</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803647</governmentpublicationsnumber><identifier>63966</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63966</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台美合作案之技術引進及應用研究(1/4)＝Implementation and Application Study of the Achievements between WRA and USBR Cooperation(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以金門縣都市生活污水處理廠放流水再生利用為目標，調查分析可行利用方式，並據以研選一處最具潛勢污水處理廠，進行水再生廠與輸水管線佈設、建設經費與營運管理規劃。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980051</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803526</governmentpublicationsnumber><identifier>63967</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63967</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>金門地區水再生利用規劃及試辦計畫報告(內附光碟)＝The Planning and Demonstration Project for Reclaimed Water in Kinmen</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究目的為引進美國內政部墾務局之水理輸砂數值模式SRH-1D，並應用該模式於台灣案例河川八掌溪，後續年度之主軸包含SRH-2D、岸壁沖刷模組及二維異重流數模協助開發及應用於台灣案例河川。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980187</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803647</governmentpublicationsnumber><identifier>63968</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63968</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台美合作案之技術引進及應用研究(1/4)－光碟版＝Implementation and Application Study of the Achievements between WRA and USBR Cooperation(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究目的為引進美國內政部墾務局之水理輸砂數值模式SRH-1D，並應用該模式於台灣案例河川八掌溪，後續年度之主軸包含SRH-2D、岸壁沖刷模組及二維異重流數模協助開發及應用於台灣案例河川。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980187</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803647</governmentpublicationsnumber><identifier>63969</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63969</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台美合作案之技術引進及應用研究(1/4)計畫成果資料--光碟版＝Implementation and Application Study of the Achievements between WRA and USBR Cooperation(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>在研究污水再生利用之同時，政府亦需加強對污水廠之此類新興污染物質加以調查分析，研究此類污染物質於污水處理廠各處理階段之殘量與流佈，以通盤掌握污水再生利用之水質安全性，本報告係?整97、98年工作成果俾供污水再生利用政策之參考。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803293</governmentpublicationsnumber><identifier>63970</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63970</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>污水再生利用技術研究：環境新興污染物流佈調查及評估總報告(民國97-98年)(內附光碟)＝Domestic Wastewater Effluent Water Reuse:Investigation of Occurrence and Transport of Emerging Contaminants</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫以金門縣都市生活污水處理廠放流水再生利用為目標，調查分析可行利用方式，並據以研選一處最具潛勢污水處理廠，進行水再生廠與輸水管線佈設、建設經費與營運管理規劃。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980051</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803526</governmentpublicationsnumber><identifier>63971</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63971</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>金門地區水再生利用規劃及試辦計畫報告(光碟版)＝The Planning and Demonstration Project for Reclaimed Water in Kinmen</title><yearidentifier>200912</yearidentifier></data><data><abstract>蒐集並更新蘭陽地區基本資料，並初步探討氣候變遷情境下之影響，研擬水資源調配策略與可行方案，同時透過管網水力分析進行確認，最後進行蘭陽地區地面地下水調配管理系統建置及營運管理規劃。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980193</commissionedprojectidentifier><currency>NT$</currency><date>2010/1/29</date><governmentpublicationsnumber>1009803184</governmentpublicationsnumber><identifier>63973</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63973</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>蘭陽地區地面地下水調配及管理系統建置規劃(內附光碟)＝Establishment Planning of the Surface-Ground Water Allocation and Management System in Lan-Yang Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區現有公告之蓄水與引水建造物達九十餘座，為使相關檢查報告審查複查及安全評估報告審查作業更為嚴謹及詳實，並藉由辦理相關教育訓練，提升管理人員專業知能，故委託專業單位協助辦理相關工作,以達加強蓄水與引水建造物安全管理目標。</abstract><author>交通大學</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980105</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/1</date><governmentpublicationsnumber>1009803515</governmentpublicationsnumber><identifier>63974</identifier><internationalstandardbooknumber>9789860209884 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63974</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>98~100年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)(2009~2011)  Technical Consultation on the Appraisal of Reservoirs Inspection and Safetv Evaluation Reports(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>自來水係國計民生及經濟發展不可或缺之重要資源，目前依據自來水法第11條劃設自來水水質水量保護區，主要目的為防止貽害水質與水量之開發行為，並結合土地利用規劃及開發行為管理，以確保水資源保育並達成水資源永續發展利用之目標。本計畫以頭前溪水系、永和山水庫、曾文溪、曾文水庫等四處自來水保護區為標的，調查其環境影響因子及分析涵容能力，以達成水質水量保育維護之目標。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980030</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803994</governmentpublicationsnumber><identifier>63975</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63975</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析研究成果報告(2/4)＝The Investigation of Environmental Influence Factors and Data Establishment and Analysis of poulltion Carrying Capacity of Water Quantity and Quality Protection Areas (</title><yearidentifier>200912</yearidentifier></data><data><abstract>自來水係國計民生及經濟發展不可或缺之重要資源，目前依據自來水法第11條劃設自來水水質水量保護區，主要目的為防止貽害水質與水量之開發行為，並結合土地利用規劃及開發行為管理，以確保水資源保育並達成水資源永續發展利用之目標。本計畫以頭前溪水系、永和山水庫、曾文溪、曾文水庫等四處自來水保護區為標的，調查其環境影響因子及分析涵容能力，以達成水質水量保育維護之目標。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980030</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803994</governmentpublicationsnumber><identifier>63976</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63976</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區環境影響因子調查與資料建置及涵容能力分析研究成果報告(2/4)－光碟版＝The Investigation of Environmental Influence Factors and Data Establishment and Analysis of poulltion Carrying Capacity of Water Quantity and Quality Protection Are</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源的開發與管理是國家建設之重要根本，為保護水資源，自來水事業依自來水法，於民國64?7月第一個自來水水質水量保護區迄今劃定公告總計111處。其申請劃定公佈「自來水保護區」內之相關開發與土地利用行為，予以管制。現行之回饋補償自來水保護區內土地所有權人因受自來水法第11條限制所衍生之損失，於自來水法第12條之2與「水質水量保護區土地受限補償金發放標準」規定，對土地受限制使用之土地所有權人或相關權利人發放補償金。但土地所有權人認為土地為永久受限，卻僅能領取1次補償，且補償金額過低，故認為此一方式並不公平，建議應有一個更合理的補償方式。因此本計畫針對自來水保護區土地受限補償金之發放，提出完善的制度建議。此外，水資源保育工作推動，水源保育與回饋金之落實迄今以兩年，然回饋金用於水源保育工作卻愈趨減少，故本計畫以藉由獎勵保育制度建立，借由獎勵之誘因觸使地方願將資源投入保育工作為本計畫另ㄧ目的。經由研究團隊的努力，於本年度之成果於土地受限補償制度檢討中已達到：完成自來水保護區土地受限補償金制度檢討、全面性檢討自來水法第11條第1項各款可受補償之可行性、土地受限補償金發放次數之討論、土地補償金係數訂定方面，考慮以功能上受限為出發點並期以行政契約方式作為受限補償金發放考量等內容。於獎勵保育制度建立部分，完成北中南東四區座談會，有效推廣獎勵保育制度之規劃；完成自來水保護區獎勵保育制度之建立；獎勵保育機制要點建立完成與自來水保護區獎勵保育制度相關推動策略。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980289</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009804138</governmentpublicationsnumber><identifier>63977</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63977</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區環境指標建構與應用(1/2)＝Construction and Application of Environmental Indicators for Tap Water Quality Protection Area (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源的開發與管理是國家建設之重要根本，為保護水資源，自來水事業依自來水法，於民國64?7月第一個自來水水質水量保護區迄今劃定公告總計111處。其申請劃定公佈「自來水保護區」內之相關開發與土地利用行為，予以管制。現行之回饋補償自來水保護區內土地所有權人因受自來水法第11條限制所衍生之損失，於自來水法第12條之2與「水質水量保護區土地受限補償金發放標準」規定，對土地受限制使用之土地所有權人或相關權利人發放補償金。但土地所有權人認為土地為永久受限，卻僅能領取1次補償，且補償金額過低，故認為此一方式並不公平，建議應有一個更合理的補償方式。因此本計畫針對自來水保護區土地受限補償金之發放，提出完善的制度建議。此外，水資源保育工作推動，水源保育與回饋金之落實迄今以兩年，然回饋金用於水源保育工作卻愈趨減少，故本計畫以藉由獎勵保育制度建立，借由獎勵之誘因觸使地方願將資源投入保育工作為本計畫另ㄧ目的。經由研究團隊的努力，於本年度之成果於土地受限補償制度檢討中已達到：完成自來水保護區土地受限補償金制度檢討、全面性檢討自來水法第11條第1項各款可受補償之可行性、土地受限補償金發放次數之討論、土地補償金係數訂定方面，考慮以功能上受限為出發點並期以行政契約方式作為受限補償金發放考量等內容。於獎勵保育制度建立部分，完成北中南東四區座談會，有效推廣獎勵保育制度之規劃；完成自來水保護區獎勵保育制度之建立；獎勵保育機制要點建立完成與自來水保護區獎勵保育制度相關推動策略。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980289</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009804138</governmentpublicationsnumber><identifier>63978</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63978</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水水質水量保護區環境指標建構與應用(1/2)－光碟版＝Construction and Application of Environmental Indicators for Tap Water Quality Protection Area (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫內容包含3D電腦模型及動態展示系統建置、天花湖水庫系統介面整合建置、天花湖水庫實體模型建置。透過系統與模型之建置，強化地方民眾與環保團體對本計畫興建前後變化之瞭解，以達本計畫宣傳之功效。</abstract><author>國立聯合大學</author><categoryidentifier>443.6433029   443.64072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803685</governmentpublicationsnumber><identifier>63979</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63979</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)水庫立體模型建置(內附光碟)＝The Marketing Project of Tien-Hwa-Hu Reservoir II ─ Reservoir Model Establishment and 3-D Terrain Simulation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫針對中部區域整體供水系統之聯通調度進行探討，檢討自來水系統之供水情況及水調配機制合理性，透過管網水力分析研訂常態、枯旱年及特殊緊急狀況之聯合調度策略，完成具體可行之管網管理方案及操作管理策略。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980196</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803558</governmentpublicationsnumber><identifier>63981</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63981</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中部區域供水系統聯合供水管理規劃(內附光碟)＝Planning for Management of Integrated Water Supply in Central Taiwan</title><yearidentifier>200912</yearidentifier></data><data><abstract>本團隊執行海岸構造物與生態棲地多樣性關係研究，分別於2009年6月26日、8月28日與9月25日共進行3次近岸域及礁區實地調查(含潛水觀測、ROV水下攝影、浮游動植物採樣與水文資料)、3次河口域調查及2次沿岸消波塊和沙灘域調查。調查範圍為美崙溪至花蓮溪間，水域深度從近岸潛堤處至水深50m處。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980068</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803847</governmentpublicationsnumber><identifier>63982</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63982</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>海岸構造物與生態棲地多樣性關係研究＝Investigation on the Coastal Structure Associated with the Biodiversity</title><yearidentifier>200912</yearidentifier></data><data><abstract>本團隊執行海岸構造物與生態棲地多樣性關係研究，分別於2009年6月26日、8月28日與9月25日共進行3次近岸域及礁區實地調查(含潛水觀測、ROV水下攝影、浮游動植物採樣與水文資料)、3次河口域調查及2次沿岸消波塊和沙灘域調查。調查範圍為美崙溪至花蓮溪間，水域深度從近岸潛堤處至水深50m處。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980068</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803847</governmentpublicationsnumber><identifier>63983</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63983</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>海岸構造物與生態棲地多樣性相關研究(光碟版)＝Investigation on the Coastal Structure associated with the Biodiversity</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，已成立河川溪流守護隊，積極獎勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，並建置網站提供知識交流分享，及建立河川守護資料，以持續整合及充實河川自然、歷史、文化資料，結合地方在地社團，進行在地經驗智識之搜集，以期開啟、推動河川教育，全民共同守護河川。而社大、環保團體等NGO多年來帶領民眾、學員透過公共論壇討論相關環境議題，藉由課程、結合實地踏查與實作參與，重新學習流域相關知識，紀錄河川、發掘問題，省思人類與河川的關係，進一步採取行動守護河川，以及，由社大串連各相關社群，所啟動民間關心河川議題的意識與行動力，著實為台灣開啟推動「河川教育、守護與行動」的新方向。因此，本計畫盤點國內現有的河川社群，並進行國內在地性案例與經驗智識資料蒐集整理與分析，另辦理十場會議（含諮詢會議、交流會、工作坊）及規劃建置一智識交流平台，邀請河川社群參與，藉此串連與整合各界河川社群資源，形成「智識網絡」相互培力，進而累積民眾的「智識資本」及「社會資本」，提昇民眾參與公共事務的「實力」，以提出河川關懷策略；並進一步搭建與國外河川社群合作聯盟之橋樑，規劃未來民間參與或籌辦國際性河川社群交流活動的執行方向，讓台灣經驗為世界看見。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980369</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009804224</governmentpublicationsnumber><identifier>63985</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63985</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川社群資源整合與智識網絡建構先期規劃成果報告書</title><yearidentifier>200912</yearidentifier></data><data><abstract>本委託計畫為民國88??天花湖水庫可?性規劃中地震調查研究專題之強震觀測工作，與民國90~97?之水庫壩址強地動儀維護觀測計畫之延續。為能持續接收壩址區之現地資?，建?天花湖水庫地區強地動資?庫，將賡續辦?計畫壩址地區強地動儀維護觀測及資?整?，俾?後續工作之推展。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433   443.62072</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803312</governmentpublicationsnumber><identifier>63986</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63986</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)--強地動儀維護觀測及資料整理總報告(民國96年～98年)－內附光碟=General Report on the Marketing Project of Tien Hwa Hu Reservoir(2)--Site Motion Seismometer Maintenance Observation and Data Analysis(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來隨著河川生態工程概念之興起，國內已有為數不少之河川採行生態工程治河，然多數之規劃設計研究仍著重於保護工法之材料選用以及河防安全等，各項工法布置完成後對河川物理棲地條件之長期影響則較少有嚴謹之探討。有鑑於此，本計畫之目的在研選適合進行河川物理棲地條件評估之一維與二維河川水理輸砂模式，並以頭前溪與鳳山溪為例，分別於上、中與下游選取應用河段進行生態工程規劃，同時利用研選之模式評估河川保護工法對物理棲地條件之短期與長期影響。本研究為二年計畫，今年為第一年，主要工作項目為頭前溪生態工程規劃、頭前溪現況河川棲地條件評估、以及河川保護工法對物理棲地條件影響。在頭前溪生態工程規劃方面，本計畫於今年度共針對上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段進行生態工程規劃設計，分析成果顯示，針對上坪溪軟橋堤防堤腳遭受流路直衝之問題，建議於右岸布置7座籠工丁壩群，可使堤腳處河道游沖刷趨勢轉變為淤積，亦即可自然營造出堤腳前之高灘地以保護堤防。而在頭前溪竹林大橋部分，其右岸芎林堤防位於橋梁下游彎道之頂點，水流直衝現象嚴重，建議於芎林堤防前佈設7座籠工丁壩群，2年頻率洪水之模擬結果顯示丁壩佈設後芎林堤防前之流速可大幅下降至1 m/s以內。另頭前溪鐵路橋若修復現存之固床工，則鐵路橋至頭前溪大橋間之沖刷趨勢將有減緩之跡象。在頭前溪現況河川棲地條件評估方面，巨棲地條件評估成果顯示在洪水時期，頭前溪流域之流況均集中於深流，意謂在高水時期生物避難空間較為缺乏，建議後續於河川環境改善相關規劃中可思考如何營造生物之避難空間。在相同季節時，支流油羅溪與上坪溪之歧異度均明顯高於頭前溪本流，顯示上游水域環境較多樣化，可提供較豐富之水生生物棲息與活動空間。微棲地條件評估成果顯示若考慮明潭吻蝦虎、粗首?與台灣石魚賓為指標物種，則上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段之較佳流量區間分別為Qopt  4.85 cms、4.85 cms  Qopt  21.8 cms、以及2.5 cms  Qopt  27.5 cms，其中軟橋堤防與竹林大橋河段在冬季時流量介於較佳區間之發生機率偏低，建議後續可思考以管理方法增加冬季時流量 4.85 cms之發生機率，例如以燥樹排攔河堰進行水量之調節。在河川保護工法對物理棲地條件影響方面，依據微棲地評估成果顯示，軟橋堤防河段布置7座丁壩群後，在常流量之條件下，明潭吻蝦虎、粗首?與台灣石魚賓之可用棲地面積比皆有增加之趨勢，且將使較佳流量區間之範圍增加，因此在不同月份河川實際流量介於較佳流量區間之發生機率亦相形提高，其中尤以冬季之提高幅度最大。另外在鐵路橋治頭前溪大橋河段中，若修復現有之固床工，則在經過長期之沖淤變化後，頭前溪大橋所在斷面之流況歧異度將顯著優於不修復固床工時之歧異度，淺瀨與淺流之比例將分別增加32%與24%。由分析案例可發現，固床工與丁壩工之設置對水域物理棲地條件均具有正面之影響，然此結論是否適用於頭前溪其他河段或台灣其他河川則仍須持續之調查與研究。本研究嘗試利用物理棲地評估方法預測選定規劃段研擬之工程布置方案對棲地條件之影響，初步成果顯示此規劃流程與採用方法應具有實務應用之可行性，建議相關單位後續進行河川治理規劃時，亦可參考本計畫之規劃流程與方法，以期在順應河川特性下營造整體環境永續發展。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980328</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803415</governmentpublicationsnumber><identifier>63987</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63987</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>河川生態工程對水域流場與物理棲地條件影響之評估與研究–以頭前溪與鳳山溪為例(1/2)＝The Investigation for the Effects of River Eco-Engineering on the Flow Pattern and Physical Habitat case study on Touchien and Fengshan River (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來隨著河川生態工程概念之興起，國內已有為數不少之河川採行生態工程治河，然多數之規劃設計研究仍著重於保護工法之材料選用以及河防安全等，各項工法布置完成後對河川物理棲地條件之長期影響則較少有嚴謹之探討。有鑑於此，本計畫之目的在研選適合進行河川物理棲地條件評估之一維與二維河川水理輸砂模式，並以頭前溪與鳳山溪為例，分別於上、中與下游選取應用河段進行生態工程規劃，同時利用研選之模式評估河川保護工法對物理棲地條件之短期與長期影響。本研究為二年計畫，今年為第一年，主要工作項目為頭前溪生態工程規劃、頭前溪現況河川棲地條件評估、以及河川保護工法對物理棲地條件影響。在頭前溪生態工程規劃方面，本計畫於今年度共針對上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段進行生態工程規劃設計，分析成果顯示，針對上坪溪軟橋堤防堤腳遭受流路直衝之問題，建議於右岸布置7座籠工丁壩群，可使堤腳處河道游沖刷趨勢轉變為淤積，亦即可自然營造出堤腳前之高灘地以保護堤防。而在頭前溪竹林大橋部分，其右岸芎林堤防位於橋梁下游彎道之頂點，水流直衝現象嚴重，建議於芎林堤防前佈設7座籠工丁壩群，2年頻率洪水之模擬結果顯示丁壩佈設後芎林堤防前之流速可大幅下降至1 m/s以內。另頭前溪鐵路橋若修復現存之固床工，則鐵路橋至頭前溪大橋間之沖刷趨勢將有減緩之跡象。在頭前溪現況河川棲地條件評估方面，巨棲地條件評估成果顯示在洪水時期，頭前溪流域之流況均集中於深流，意謂在高水時期生物避難空間較為缺乏，建議後續於河川環境改善相關規劃中可思考如何營造生物之避難空間。在相同季節時，支流油羅溪與上坪溪之歧異度均明顯高於頭前溪本流，顯示上游水域環境較多樣化，可提供較豐富之水生生物棲息與活動空間。微棲地條件評估成果顯示若考慮明潭吻蝦虎、粗首?與台灣石魚賓為指標物種，則上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段之較佳流量區間分別為Qopt  4.85 cms、4.85 cms  Qopt  21.8 cms、以及2.5 cms  Qopt  27.5 cms，其中軟橋堤防與竹林大橋河段在冬季時流量介於較佳區間之發生機率偏低，建議後續可思考以管理方法增加冬季時流量 4.85 cms之發生機率，例如以燥樹排攔河堰進行水量之調節。在河川保護工法對物理棲地條件影響方面，依據微棲地評估成果顯示，軟橋堤防河段布置7座丁壩群後，在常流量之條件下，明潭吻蝦虎、粗首?與台灣石魚賓之可用棲地面積比皆有增加之趨勢，且將使較佳流量區間之範圍增加，因此在不同月份河川實際流量介於較佳流量區間之發生機率亦相形提高，其中尤以冬季之提高幅度最大。另外在鐵路橋治頭前溪大橋河段中，若修復現有之固床工，則在經過長期之沖淤變化後，頭前溪大橋所在斷面之流況歧異度將顯著優於不修復固床工時之歧異度，淺瀨與淺流之比例將分別增加32%與24%。由分析案例可發現，固床工與丁壩工之設置對水域物理棲地條件均具有正面之影響，然此結論是否適用於頭前溪其他河段或台灣其他河川則仍須持續之調查與研究。本研究嘗試利用物理棲地評估方法預測選定規劃段研擬之工程布置方案對棲地條件之影響，初步成果顯示此規劃流程與採用方法應具有實務應用之可行性，建議相關單位後續進行河川治理規劃時，亦可參考本計畫之規劃流程與方法，以期在順應河川特性下營造整體環境永續發展。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980328</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803415</governmentpublicationsnumber><identifier>63988</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63988</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>河川生態工程對水域流場與物理棲地條件影響之評估與研究–以頭前溪與鳳山溪為例(1/2)--光碟版=The Investigation for the Effects of River Eco-Engineering on the Flow Pattern and Physical Habitat-case study on Touchien and Fengshan River (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫針對岩盤之沖刷力學機制進行研究，提出可行之沖刷坑沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考，防範相關問題於未然。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980058</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803403</governmentpublicationsnumber><identifier>63989</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63989</librarycollectiondetailsurl><price>600</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究(1/2)－內附光碟＝A study on the mechanisms and evaluation of rockbed erosion after weir installation  (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫針對岩盤之沖刷力學機制進行研究，提出可行之沖刷坑沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考，防範相關問題於未然。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980058</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803403</governmentpublicationsnumber><identifier>63990</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63990</librarycollectiondetailsurl><price>600</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究(1/2)－光碟版＝A study on the mechanisms and evaluation of rockbed erosion after weir installation  (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>承續前期工作成果，在台中市褔田廠執行模廠連續運轉外，並增設不同程序處理單元，進行長期操作與驗證，同時研擬生物毒性試驗內容，並將模廠處理後之再生水運送至相關單位供其試用，同步亦配合機關學校辦理教育宣導活動，以作為未來推動再生利用之參考依據。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980041</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803289</governmentpublicationsnumber><identifier>63991</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63991</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(1/3(內附光碟)＝Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian water Resource Recycling Center(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究主要工作內容有：基本資料收集及分析、抗磨損材料性能探討、國內輸水隧道磨損現場調查、國內輸水隧道磨損型態分析、國內輸水隧道抗磨研究架構研擬等五大部份。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980093</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803402</governmentpublicationsnumber><identifier>63992</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63992</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>輸水隧道磨損調查與分析(內附光碟)＝Erosion Damage Inspection and Analysis of Water Tunnel</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究主要工作內容有：基本資料收集及分析、抗磨損材料性能探討、國內輸水隧道磨損現場調查、國內輸水隧道磨損型態分析、國內輸水隧道抗磨研究架構研擬等五大部份。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980093</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803402</governmentpublicationsnumber><identifier>63993</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63993</librarycollectiondetailsurl><price>1200</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>輸水隧道磨損調查與分析(光碟版)＝Erosion Damage Inspection and Analysis of Water Tunnel</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803393</governmentpublicationsnumber><identifier>63994</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63994</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(2/2)(光碟版)＝Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/2</date><governmentpublicationsnumber>1009803393</governmentpublicationsnumber><identifier>63995</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63995</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(2/2)(內附光碟)=Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫擬透過全台河道伏流水相關工程的資料與經驗，將調查對象集中於河道集水暗渠，由調查分析結果進行河道伏流水集水暗管設計原則探討，並於中部地區選定一場址進行伏流水可流水可開發量的評估</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980061</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803562</governmentpublicationsnumber><identifier>63998</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63998</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>既設河道集水暗渠功能調查分析及因應環境變遷所應考慮的設計原則-以中部地區為例--光碟版=Investigation on the Function of Water intake pipes under river-bed and the design principles for adaptation for environmental changes--take central region as an exam</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫擬透過全台河道伏流水相關工程的資料與經驗，將調查對象集中於河道集水暗渠，由調查分析結果進行河道伏流水集水暗管設計原則探討，並於中部地區選定一場址進行伏流水可流水可開發量的評估</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980061</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803562</governmentpublicationsnumber><identifier>63999</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_63999</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>既設河道集水暗渠功能調查分析及因應環境變遷所應考慮的設計原則-以中部地區為例成果資料--光碟版=Investigation on the Function of Water intake pipes under river-bed and the design principles for adaptation for environmental changes--take central region as an</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要探討污水處理廠及再生廠界面整合評估相關之可能問題，並從預定建設之都市污水處理廠中優選兩座進行水再生利用初步規劃，俾作為推動水再生利用策略之依據。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980274</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803525</governmentpublicationsnumber><identifier>64000</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64000</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>結合預定公共污水廠放流水再利用之調查及規劃(內附光碟)＝Invesstigation and Planning of the Prospective Wastewater Treatment Plant Effluent Reuse</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由歷史之水文氣象資料透過統計分析與降尺度分析，得到石門水庫集水區氣候變遷前後之降雨量與流量資料與其對應之統計分佈及發生之重現期距，並藉由蒙地卡羅方法進行枯水期供水分析，其結果可做為石門水庫永續經營之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980057</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803461</governmentpublicationsnumber><identifier>64001</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64001</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>氣候變遷對石門水庫供水風險之影響分析(內附光碟)＝The study of climate change impact to the water supply risk of Hsihmen reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>擬以傳統最常用之混凝土材料為對象，利用其水灰比及骨材之適當配比開發「多孔混凝土」材料，作為堤防、護岸、丁壩、固床工等河川構造物之新型材料，並提出其妥適的施工環境和施工規範，以提供河川工程資材應用之參採。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980221</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803448</governmentpublicationsnumber><identifier>64002</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64002</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多孔混凝土應用於河川工程之研究(1/2)＝The Application of Porous Concrete on River Engineering (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>擬以傳統最常用之混凝土材料為對象，利用其水灰比及骨材之適當配比開發「多孔混凝土」材料，作為堤防、護岸、丁壩、固床工等河川構造物之新型材料，並提出其妥適的施工環境和施工規範，以提供河川工程資材應用之參採。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980221</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803448</governmentpublicationsnumber><identifier>64003</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64003</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多孔混凝土應用於河川工程之研究(1/2)－光碟版＝The Application of Porous Concrete on River Engineering (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告針對台灣北中南海域水質條件，海淡水供給需求、能源需求、供水系統、經濟成本等自然環境、社會環境與經濟環境面，以海域環境承載5E 指標評估以海水淡化供應水資源之環境載承， 並進行可降低淡化水供水成本與海水淡化廠環境影響之先期研究，分析合宜的海淡開發規模與優先次序，俾提供未來海水淡化利用相關政策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803518</governmentpublicationsnumber><identifier>64004</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64004</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究總報告 (民國97~98年〉(內附光碟)＝Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination General Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告針對台灣北中南海域水質條件，海淡水供給需求、能源需求、供水系統、經濟成本等自然環境、社會環境與經濟環境面，以海域環境承載5E 指標評估以海水淡化供應水資源之環境載承， 並進行可降低淡化水供水成本與海水淡化廠環境影響之先期研究，分析合宜的海淡開發規模與優先次序，俾提供未來海水淡化利用相關政策參考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803518</governmentpublicationsnumber><identifier>64005</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64005</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究總報告 (民國97~98年〉(光碟版)＝Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告為解決過去海淡水之推動困境，研究使成本降低之可行性，針對海淡廠與電廠共構可行性、鹵水再利用技術與養殖初步試驗、開發評價等，並研擬在缺水狀態下納入自來水系統之可行性等，以評估降低成本之可行性及其合宜之開發策略。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980038</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803517</governmentpublicationsnumber><identifier>64006</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64006</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究(2/2)(光碟版)＝Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告為解決過去海淡水之推動困境，研究使成本降低之可行性，針對海淡廠與電廠共構可行性、鹵水再利用技術與養殖初步試驗、開發評價等，並研擬在缺水狀態下納入自來水系統之可行性等，以評估降低成本之可行性及其合宜之開發策略。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>moeawra0980038</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803517</governmentpublicationsnumber><identifier>64007</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究(2/2)(內附光碟)＝Study of Environmental Carrying Capacity and Development Strategy for Seawater Desalination(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫經相關資料蒐集後建置地下水流數值模式，並依據相關法規及現地調查結果規劃建置2類備用地下水井暨監測管理系統及具體可行方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.85029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980194</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803181</governmentpublicationsnumber><identifier>64008</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64008</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>臺北盆地備用地下水井管理系統建置規劃(內附光碟)＝Administration System Development and Planning for Backup Groundwater Wells in Taipei Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980244</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/3</date><governmentpublicationsnumber>1009803856</governmentpublicationsnumber><identifier>64009</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64009</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正總報告＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>社團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803526</governmentpublicationsnumber><identifier>64010</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64010</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>金門地區水再生利用規劃及試辦計畫成果資料--光碟版＝The Planning and Demonstration Project for Reclaimed Water in Kinmen</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980243</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803726</governmentpublicationsnumber><identifier>64011</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64011</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討：以大安溪為例(2/3)＝Rapid Erosion Process of Soft Rock Riverbed ─ The Taan River as an Example(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980243</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803726</governmentpublicationsnumber><identifier>64012</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64012</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討：以大安溪為例(2/3)計畫成果資料(光碟版)＝Rapid Erosion Process of Soft Rock Riverbed ─ The Taan River as an Example(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域人為干擾過於頻繁，洪氾區域土地過度開發等因素，兩岸地勢較低處每遇颱洪即易造成洪氾災害，人民生命財產面臨很大的威脅。爰此，建立水情測報系統，經由雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於缺水時期提供水源調度決策輔助參考，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。針對經濟部水利署第二河川局(以下簡稱二河局)管轄流域的範圍，二河局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行轄區預警系統之技術面工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點工作包括預警系統擴充建置、決策資源參考資源擴充建置、系統與防汛作業演練與落實規劃、教育訓練與技術轉移。去年度(97年度)已完成第一年的工作，本年度(98年度)為第二年工作，期望藉由此計畫完成洪水預警系統與防汛作業整合演練與落實作業的目標，讓相關作業人員明瞭在防汛過程中所應擔當的責任與扮演的角色，並熟悉防汛流程，使相關研究成果達到實際落實的標的。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980135</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803231</governmentpublicationsnumber><identifier>64013</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64013</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗地區洪水預警與防汛作業整合演練與落實規劃(2/2)＝Integration Plan of Taoyuan, HsinChu and Miaoli Area Flood Forecasting System and Flood-Protection Dill and Practice (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域人為干擾過於頻繁，洪氾區域土地過度開發等因素，兩岸地勢較低處每遇颱洪即易造成洪氾災害，人民生命財產面臨很大的威脅。爰此，建立水情測報系統，經由雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於缺水時期提供水源調度決策輔助參考，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。針對經濟部水利署第二河川局(以下簡稱二河局)管轄流域的範圍，二河局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行轄區預警系統之技術面工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點工作包括預警系統擴充建置、決策資源參考資源擴充建置、系統與防汛作業演練與落實規劃、教育訓練與技術轉移。去年度(97年度)已完成第一年的工作，本年度(98年度)為第二年工作，期望藉由此計畫完成洪水預警系統與防汛作業整合演練與落實作業的目標，讓相關作業人員明瞭在防汛過程中所應擔當的責任與扮演的角色，並熟悉防汛流程，使相關研究成果達到實際落實的標的。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980135</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803231</governmentpublicationsnumber><identifier>64014</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64014</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗地區洪水預警與防汛作業整合演練與落實規劃(2/2)--光碟版=Integration Plan of Taoyuan, HsinChu and Miaoli Area Flood Forecasting System and Flood-Protection Dill and Practice (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫工作項目包括藻類生物調查、水質調查及採樣分析、「德基水庫水質管理網頁」維護與更新、研提德基水庫水質監測與管理成果報告及德基水庫保護帶對水庫水質之影響探討與分析。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980147</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009804218</governmentpublicationsnumber><identifier>64015</identifier><internationalstandardbooknumber>9789860214673 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64015</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水源水水質監測與管理計畫：以德基水庫為例(1/2)＝Water Sources Quality Monitoring and Management Plan for Te-Chi Reservoir(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫工作項目包括藻類生物調查、水質調查及採樣分析、「德基水庫水質管理網頁」維護與更新、研提德基水庫水質監測與管理成果報告及德基水庫保護帶對水庫水質之影響探討與分析。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980147</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009804218</governmentpublicationsnumber><identifier>64016</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64016</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>自來水源水水質監測與管理計畫：以德基水庫為例(1/2)(光碟版)＝WWater Sources Quality Monitoring and Management Plan for Te-Chi Reservoir(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980243</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/4</date><governmentpublicationsnumber>1009803726</governmentpublicationsnumber><identifier>64017</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64017</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>軟弱岩床劇烈沖蝕河段沖蝕行為之探討：以大安溪為例(2/3)(光碟版)＝Rapid Erosion Process of Soft Rock Riverbed ─ The Taan River as an Example(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫藉由基本資料之蒐集、地表地質調查、地下水水文地質調查、地下水補注量調查評估、地下水水質分析監測探討等的作為，以建構台中盆地之水文地質模式，以探討台中盆地做為地下水庫的可能性，及未來台中盆地水源之運用策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980094</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009803351</governmentpublicationsnumber><identifier>64018</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64018</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台中盆地地下水資源利用調查評估(1/3)--光碟版＝Investigation and evaluayion for groundwater resources utilization in Taichung basin(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關係於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980064</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009803563</governmentpublicationsnumber><identifier>64019</identifier><internationalstandardbooknumber>9789860210330 ; 9789860210</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64019</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川流態管理於生物多樣性之研究〈1/2〉＝Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關係於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980064</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009803563</governmentpublicationsnumber><identifier>64020</identifier><internationalstandardbooknumber>9789860210330 ; 9789860210</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64020</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川流態管理於生物多樣性之研究〈1/2〉--光碟版＝Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009803563</governmentpublicationsnumber><identifier>64021</identifier><internationalstandardbooknumber>9789860210330 ; 9789860210</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64021</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>98</publishrocyear><title>河川流態管理於生物多樣性之研究〈1/2〉成果資料光碟＝Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究，本研究範圍為台南縣北門與七股潟湖沙洲兩段海岸，其目的期望藉由蒐集國內外潟湖沙洲防護措施資料、潟湖沙洲與沿海排水系統排水效能關係、潟湖沙洲防護之預期目標語系胡沙舟防護措施實行方式探討等工作，以探討台南縣沿海濱海潟湖沙洲地形變化及其與現行潟湖沙洲防護工程之關係，提出細乎沙洲防護預期目標與可應用於台南縣濱海潟湖沙洲防護措施，以供未來水患治理相關計畫之海岸防護措施規劃與實行之重要參考。</abstract><author>台南縣政府</author><categoryidentifier>433.5501</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009804648</governmentpublicationsnumber><identifier>64022</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64022</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究=Regulation Project of Flood-prone Areas Investigation on the protection of barrier island of lagoon areas and drainage system of coastland in Tainan County</title><yearidentifier>200912</yearidentifier></data><data><abstract>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究</abstract><author>台南縣政府</author><categoryidentifier>433.5501</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/5</date><governmentpublicationsnumber>1009804648</governmentpublicationsnumber><identifier>64023</identifier><internationalstandardbooknumber>9789860222708 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64023</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究〈光碟版〉=Regulation  Project  of  Flood-prone  Areas  Investigation  on  the  protection  of  barrier  island  of  lagoon  areas  and  drainage  system  of  coastland   in  Tainan</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫針對中部區域整體供水系統之聯通調度進行探討，檢討自來水系統之供水情況及水調配機制合理性，透過管網水力分析研訂常態、枯旱年及特殊緊急狀況之聯合調度策略，完成具體可行之管網管理方案及操作管理策略。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980196</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009803558</governmentpublicationsnumber><identifier>64025</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64025</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中部區域供水系統聯合供水管理規劃(光碟版)＝Planning for Management of Integrated Water Supply in Central Taiwan</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009803676</governmentpublicationsnumber><identifier>64026</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64026</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(1/3)成果資料光碟＝Simulation and Experiment Studies for Bed Evolution in Hyper--concentrated</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980063</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009803678</governmentpublicationsnumber><identifier>64027</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64027</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(1/2)=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980063</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009803678</governmentpublicationsnumber><identifier>64028</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64028</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(1/2)--光碟版=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009803678</governmentpublicationsnumber><identifier>64029</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64029</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(1/2)成果資料--光碟版＝The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫擬整合光纖感測與二維地電阻影像探測，以石門水庫上游之義興電廠為標的，進行分層地下水壓自動化監測系統現場安裝測試及邊坡穩定分析，評估現有邊坡穩定方法研提改進方向，並提供未來現地邊坡穩定的設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.86   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980054</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009804037</governmentpublicationsnumber><identifier>64030</identifier><internationalstandardbooknumber>9789860215458 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64030</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>義興電廠邊坡分層地下水壓自動化監測應用之探討  A feasibility study on the automated distributive pore water pressure monitoring at the Yi-Shin power plant slope</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫擬整合光纖感測與二維地電阻影像探測，以石門水庫上游之義興電廠為標的，進行分層地下水壓自動化監測系統現場安裝測試及邊坡穩定分析，評估現有邊坡穩定方法研提改進方向，並提供未來現地邊坡穩定的設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980054</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009804037</governmentpublicationsnumber><identifier>64031</identifier><internationalstandardbooknumber>9789860215458 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64031</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>義興電廠邊坡分層地下水壓自動化監測應用之探討--光碟版  A feasibility study on the automated distributive pore water pressure monitoring at the Yi-Shin power plant slope</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，於2004-2006年期間委託台大水工所規劃「洪水預報格網」，擬透過模組化、分散演算、分散展示應用的設計，整合和改進過去研發的氣象、水文軟體，建立易於維護、自動化執行的洪水預報作業系統軟體。2007-2009年的「水文模式與分散式洪水預報系統整合應用計畫」，是在既有的基礎上，持續建置與改進。三年計畫的整體工作項目分為五項：(1)增進預報系統應用功能－新增資料品質控管，水庫洩洪決策支援功能，強化演算模組和統計分析工具模組，並將參數檢定模組改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化和逕流模式的回饋功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉譯程式和通用轉譯程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。     本(2009)年度為三年期計畫中的第三年，本年度預計完成工作項目如下： 1.「颱風降雨決策支援系統」新增氣候法90%累積機率降雨推估產品。 2.更新維護淡水河、濁水溪、烏溪、高屏溪、八掌溪流域資料。 3.颱洪時期協助分析研判氣象水文情勢，定時提供淡水河、濁水溪、烏溪、高屏溪、八掌溪流域等定點水位預報。 4.開發曾文溪流域、大甲溪流域和蘭陽溪流域供水預報系統。 5.技術轉移及系統與資通安全測試，</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980078</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009900331</governmentpublicationsnumber><identifier>64032</identifier><internationalstandardbooknumber>9789860223446 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64032</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(3/3)  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>水利署鑒於防洪預警與應變作業需要，於2004-2006年期間委託台大水工所規劃「洪水預報格網」，擬透過模組化、分散演算、分散展示應用的設計，整合和改進過去研發的氣象、水文軟體，建立易於維護、自動化執行的洪水預報作業系統軟體。2007-2009年的「水文模式與分散式洪水預報系統整合應用計畫」，是在既有的基礎上，持續建置與改進。三年計畫的整體工作項目分為五項：(1)增進預報系統應用功能－新增資料品質控管，水庫洩洪決策支援功能，強化演算模組和統計分析工具模組，並將參數檢定模組改為以XML定義執行程序、遠端演算；(2)強化現有水文模式功能－開發逕流模式與河川模式參數檢定優選模式，河川模式的資料同化和逕流模式的回饋功能；(3)整合納入其他水文模式－輔助水利署其他計畫的模式開發者，撰寫格式轉譯程式和通用轉譯程式，設計新類型模式的輸入、輸出資料的XML標準檔案格式，以便納入系統運作；(4)改善分散式系統作業機制－將模組輸出入指標和執行流程指標XML化，提高中介層軟硬體作業效能，增加系統自動化運作功能等；以及(5)推廣系統應用－於計畫執行的三年期限內，開發烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等流域的洪水預報系統，並透過教育訓練輔助水利署各河川局與水資源局應用，達到支援防洪應變的效益。     本(2009)年度為三年期計畫中的第三年，本年度預計完成工作項目如下： 1.「颱風降雨決策支援系統」新增氣候法90%累積機率降雨推估產品。 2.更新維護淡水河、濁水溪、烏溪、高屏溪、八掌溪流域資料。 3.颱洪時期協助分析研判氣象水文情勢，定時提供淡水河、濁水溪、烏溪、高屏溪、八掌溪流域等定點水位預報。 4.開發曾文溪流域、大甲溪流域和蘭陽溪流域供水預報系統。 5.技術轉移及系統與資通安全測試，</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980078</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/6</date><governmentpublicationsnumber>1009900331</governmentpublicationsnumber><identifier>64033</identifier><internationalstandardbooknumber>9789860223446 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64033</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文模式與分散式洪水預報系統整合應用計畫(3/3)－光碟版  Integration and Application of the Hydrologic Models and the Distributed Flood Forecasting System(3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>本計劃目的在蒐集桃竹苗中央管區域排水防洪設施各項地文、水文、歷史淹水及災害損失相關資料進行整理及分析，包括流域內區牌防洪特性之勘查、歷年來防洪設施規劃設計資料統整、現況防洪設施及功能性評估、施作工程地點及工法、區域歷年淹積水成因分析，損失調查及整災、備災及防災評估，如此便可推動非工程防洪策略外，另可提供劉育整體治理規劃與淹水災害防治時所需之各項水情資訊，並協助水災應變作業人員了解可能發生淹水之地點，據以研擬因應措施，加強民眾防災意識。</abstract><author>禹安工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980146</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803366</governmentpublicationsnumber><identifier>64034</identifier><internationalstandardbooknumber>9789860207576 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64034</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗中央管區域排水防洪設施及水情調查分析＝Assessment of Drainage and Flood Prevention Facilities and Flood Hazards in the Central District of Water Resources Agency(Covering the Counties of Taoyuan, Hsinchu, and Maoli)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃目的在蒐集桃竹苗中央管區域排水防洪設施各項地文、水文、歷史淹水及災害損失相關資料進行整理及分析，包括流域內區牌防洪特性之勘查、歷年來防洪設施規劃設計資料統整、現況防洪設施及功能性評估、施作工程地點及工法、區域歷年淹積水成因分析，損失調查及整災、備災及防災評估，如此便可推動非工程防洪策略外，另可提供劉育整體治理規劃與淹水災害防治時所需之各項水情資訊，並協助水災應變作業人員了解可能發生淹水之地點，據以研擬因應措施，加強民眾防災意識。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980146</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803366</governmentpublicationsnumber><identifier>64035</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64035</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗中央管區域排水防洪設施及水情調查分析(光碟版)＝Assessment of Drainage and Flood Prevention Facilities and Flood Hazards in the Central Distract of Water Resources Agency(Covering the Countries of Taoyuan,Hsinchu,and Maoli)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣嚴重地層下陷地區包含彰化縣、雲林縣、嘉義縣、台南縣及屏東縣等部分沿海鄉鎮及內陸地區，總面積約1,277.86平方公哩，此區域地是原即低漥，復受超抽地下水導致地層持續下陷之影響，經常發生海水倒灌、嚴重淹水等災害，造成人民生命財產損失、生活品質低落、產業經濟發展困難。本計畫係依國土復育精神，針對台灣嚴重地層下陷地區進行國土復育整體規劃，期能提高該地區土地利用價值，重塑鄉村新風貌，確保區域產業之發展、使國土得以永續經營。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970349</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803337</governmentpublicationsnumber><identifier>64036</identifier><internationalstandardbooknumber>9789860207187 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64036</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台灣嚴重地層下陷地區國土復育整體規劃＝National Land Restoration Planning for Servere Land-Subsidence Areas in Taiwan</title><yearidentifier>200911</yearidentifier></data><data><abstract>台灣嚴重地層下陷地區包含彰化縣、雲林縣、嘉義縣、台南縣及屏東縣等部分沿海鄉鎮及內陸地區，總面積約1,277.86平方公哩，此區域地是原即低漥，復受超抽地下水導致地層持續下陷之影響，經常發生海水倒灌、嚴重淹水等災害，造成人民生命財產損失、生活品質低落、產業經濟發展困難。本計畫係依國土復育精神，針對台灣嚴重地層下陷地區進行國土復育整體規劃，期能提高該地區土地利用價值，重塑鄉村新風貌，確保區域產業之發展、使國土得以永續經營。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970349</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803337</governmentpublicationsnumber><identifier>64037</identifier><internationalstandardbooknumber>9789860207187 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64037</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台灣嚴重地層下陷地區國土復育整體規劃(光碟版)＝National Land Restoration Planning for Servere Land-Subsidence Areas in Taiwan</title><yearidentifier>200911</yearidentifier></data><data><abstract>台灣地區現有公告之蓄水與引水建造物達九十餘座，為使相關檢查報告審查複查及安全評估報告審查作業更為嚴謹及詳實，並藉由辦理相關教育訓練，提升管理人員專業知能，故委託專業單位協助辦理相關工作,以達加強蓄水與引水建造物安全管理目標。</abstract><author>交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980105</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803515</governmentpublicationsnumber><identifier>64038</identifier><internationalstandardbooknumber>9789860209884 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64038</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>98~100年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)－光碟版 (2009~2011)  Technical Consultation on the Appraisal of Reservoirs Inspection and Safetv Evaluation Reports(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多危坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩塌及沖蝕，土石大量衝移至河道中，造成何到通水面積減少，影響河川正常之排洪能力。疏浚河道可提升通洪能力，幫助洪水宣洩，降低洪水災損。然而過度之疏浚與缺乏適當之規劃，常會造成河床面下降，河道面呈現不穩定，進而危及堤防、護岸及跨河構造物等之安全。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980327</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803263</governmentpublicationsnumber><identifier>64039</identifier><internationalstandardbooknumber>9789860207507 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64039</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(1/2)－以頭前溪、中港溪為對象＝Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(1/2):Application to Touchien and Jhonggang Rivers</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多危坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩塌及沖蝕，土石大量衝移至河道中，造成何到通水面積減少，影響河川正常之排洪能力。疏浚河道可提升通洪能力，幫助洪水宣洩，降低洪水災損。然而過度之疏浚與缺乏適當之規劃，常會造成河床面下降，河道面呈現不穩定，進而危及堤防、護岸及跨河構造物等之安全。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980327</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803263</governmentpublicationsnumber><identifier>64040</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64040</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(1/2)－以頭前溪、中港溪為對象(光碟版)＝Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(1/2):Application to Touchien and Jhonggang Rivers</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源之長期需求推估除與人口、普及率、抄見率、每人每日用水量等有關外，亦與社會環境的發展、調整及演變有密切關係。因此，台灣地區社會環境的變化對水資源需求的潛勢及運用策略、配合措施的發展情勢將有很大的影響。所以檢討台灣地區社會環境變化與未來發展趨勢，對擬定台灣地區水資源的發展運用及策略將會有所助益，可協助政府將資源正確地投入有需求的地方。 本計畫參採台灣地區現階段重大政策、產業環境、社會變遷等因子，提出相應之水資源經理策略，除滿足台灣地區現況用水的穩定度外，並針對民國120年台灣地區的中長程產業發展提出因應的水資源供需發展策略，以奠定未來臺灣地區水資源有效運用之基礎。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980100</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009804066</governmentpublicationsnumber><identifier>64041</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64041</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>臺灣地區水資源需求潛勢評估及經理策略檢討＝The Water Potential Demand Assessment and Management Strategy Review in Taiwan</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源之長期需求推估除與人口、普及率、抄見率、每人每日用水量等有關外，亦與社會環境的發展、調整及演變有密切關係。因此，台灣地區社會環境的變化對水資源需求的潛勢及運用策略、配合措施的發展情勢將有很大的影響。所以檢討台灣地區社會環境變化與未來發展趨勢，對擬定台灣地區水資源的發展運用及策略將會有所助益，可協助政府將資源正確地投入有需求的地方。 本計畫參採台灣地區現階段重大政策、產業環境、社會變遷等因子，提出相應之水資源經理策略，除滿足台灣地區現況用水的穩定度外，並針對民國120年台灣地區的中長程產業發展提出因應的水資源供需發展策略，以奠定未來臺灣地區水資源有效運用之基礎。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980100</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009804066</governmentpublicationsnumber><identifier>64042</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64042</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>臺灣地區水資源需求潛勢評估及經理策略檢討－光碟版＝The Water Potential Demand Assessment and Management Strategy Review in Taiwan</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考，本報告書旨在?整97暨98年計畫成果。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803395</governmentpublicationsnumber><identifier>64043</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64043</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析總報告(光碟版)＝Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (Summing Report)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫建立土地利用規劃變更對地區用水之衝擊評估機制，對相關的國土規劃計畫預作地區水資源供應能力之評估，提供規劃單位作決策參考，建立地區缺水潛勢資料，進而整合完成地區缺水風險圖，作為地區缺水風險評估機制之基礎。</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980200</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803340</governmentpublicationsnumber><identifier>64044</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64044</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>結合國土利用規劃建立嘉南地區缺水風險評估機制之研究(內附光碟)＝Scenario-Based Planning Model of Regional Water Deficit Risk Assessment for Chi-Yi and Tainan Region</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫建立土地利用規劃變更對地區用水之衝擊評估機制，對相關的國土規劃計畫預作地區水資源供應能力之評估，提供規劃單位作決策參考，建立地區缺水潛勢資料，進而整合完成地區缺水風險圖，作為地區缺水風險評估機制之基礎。</abstract><author>台灣地理資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980200</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803340</governmentpublicationsnumber><identifier>64045</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64045</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>結合國土利用規劃建立嘉南地區缺水風險評估機制之研究(光碟版)＝Scenario-Based Planning Model of Regional Water Deficit Risk Assessment for Chi-Yi and Tainan Region</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫內容包含3D電腦模型及動態展示系統建置、天花湖水庫系統介面整合建置、天花湖水庫實體模型建置。透過系統與模型之建置，強化地方民眾與環保團體對本計畫興建前後變化之瞭解，以達本計畫宣傳之功效。</abstract><author>國立聯合大學</author><categoryidentifier>443.6433029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803685</governmentpublicationsnumber><identifier>64046</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64046</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)水庫立體模型建置--光碟版=The Marketing Project of Tien-Hwa-Hu Reservoir II ─ Reservoir Model Establishment and 3-D Terrain Simulation</title><yearidentifier>200912</yearidentifier></data><data><abstract>士文水庫計畫歷經數年的調查規劃，在規劃水庫的同時必須考量地區之地震因素。計畫針對設置於壩址區內2部強地動儀進行定期保養維護，持續收?地震資料，做為大壩工程設計依據，其分析過程及結果?整成年度分析報告。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803341</governmentpublicationsnumber><identifier>64047</identifier><internationalstandardbooknumber>9789860207606 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64047</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃：強地動儀維護觀測及資料整理(2/5)(內附光碟)＝Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2/5)</title><yearidentifier>200912</yearidentifier></data><data><abstract>士文水庫計畫歷經數年的調查規劃，在規劃水庫的同時必須考量地區之地震因素。計畫針對設置於壩址區內2部強地動儀進行定期保養維護，持續收?地震資料，做為大壩工程設計依據，其分析過程及結果?整成年度分析報告。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803341</governmentpublicationsnumber><identifier>64048</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64048</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>士文水庫可行性規劃：強地動儀維護觀測及資料整理(2/5)(光碟版)Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2/5)</title><yearidentifier>200912</yearidentifier></data><data><abstract>以土?灣水庫水流泥砂為研究對象，分3年進行水庫泥砂運移特性及水力排砂之模擬探討，同時進行計畫流域之水流流速、泥砂濃度觀測試，並參考國內外及大陸相關水庫水力排砂研究及操作經驗。本報告係屬第1年之研究成果。</abstract><author>逢甲大學</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803124</governmentpublicationsnumber><identifier>64049</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64049</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>土?灣水庫排砂效率與觀測資料特性分析之研究(1/3)(內附光碟)＝Sediment sluicing efficiency at the Tulongwan Reservoir and characterization of observed data</title><yearidentifier>200912</yearidentifier></data><data><abstract>以土?灣水庫水流泥砂為研究對象，分3年進行水庫泥砂運移特性及水力排砂之模擬探討，同時進行計畫流域之水流流速、泥砂濃度觀測試，並參考國內外及大陸相關水庫水力排砂研究及操作經驗。本報告係屬第1年之研究成果。</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803124</governmentpublicationsnumber><identifier>64050</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64050</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>土?灣水庫排砂效率與觀測資料特性分析之研究(1/3)(光碟版)＝Sediment sluicing efficiency at the Tulongwan Reservoir and characterization of observed data</title><yearidentifier>200912</yearidentifier></data><data><abstract>在研究污水再生利用之同時，政府亦需加強對污水廠之此類新興污染物質加以調查分析，研究此類污染物質於污水處理廠各處理階段之殘量與流佈，以通盤掌握污水再生利用之水質安全性，本報告係?整97、98年工作成果俾供污水再生利用政策之參考。</abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/8</date><governmentpublicationsnumber>1009803293</governmentpublicationsnumber><identifier>64051</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64051</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>污水再生利用技術研究：環境新興污染物流佈調查及評估總報告(民國97-98年)(光碟版)＝Domestic Wastewater Effluent Water Reuse:Investigation of Occurrence and Transport of Emerging Contaminants</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學嚴慶齡工業發展基金會合設工業研究中心</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803291</governmentpublicationsnumber><identifier>64052</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64052</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>污水再生利用技術研究環境新興污染物流怖調查及評估(2/2)計畫成果資料--光碟版=Domestic Wastewater Effluent Water Reuse：Investigation of Occurrence and Transport of Emerging Contaminants(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803518</governmentpublicationsnumber><identifier>64053</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64053</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>以海水淡化供應水資源之環境承載分析與發展研究_總報告(民國97~98年)－內附光碟＝Study of Environmental Capacity and Development Strategy for Seawater Desalination General Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏山嶺第2隧道水源運用分析複核及供水策略研擬，再依供水策略研擬方案進行水源運用演算，評選最佳之供水策略，再據以進行自來水配合工程之規模及需求評估及下游輸水設施改善規劃之建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433   441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803471</governmentpublicationsnumber><identifier>64054</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64054</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏山嶺第2隧道配合曾文越引計畫供水策略研究＝The study of Water Supply Strategies on Wu-Shan -Ling Second Tunnel association with Tseng-WENReservoir Transbasin Diversion Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏山嶺第2隧道水源運用分析複核及供水策略研擬，再依供水策略研擬方案進行水源運用演算，評選最佳之供水策略，再據以進行自來水配合工程之規模及需求評估及下游輸水設施改善規劃之建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803471</governmentpublicationsnumber><identifier>64055</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64055</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏山嶺第2隧道配合曾文越引計畫供水策略研究--光碟版＝The study of Water Supply Strategies on Wu-Shan -Ling Second Tunnel association with Tseng-WENReservoir Transbasin Diversion Project</title><yearidentifier>200912</yearidentifier></data><data><abstract>防洪抽水站乃高?開發集水區排除內水的主要水?設施，在大台?地區及其他採圍堤束洪的?會區，扮演著防汛重要的角色。而現?防洪抽水站在颱風?雨時期大多採用設計運轉操作規則的操作模式確有必要研究提昇，以?低抽水站操作之風險。本計畫有鑑於??經網?等統計型或迴歸分析型的洪水預警模式具有模擬時間短暫、輸入條件選擇容?的特性，?能與抽水機操作策?及?史水文資?整合，將可大幅?低防汛操作的風險。因此為求於颱風?雨事件中有適?的防洪抽水站操作機制，針對防洪抽水站之相關操作方式與策?進?通盤之瞭解，並就抽水站內外水位、雨?、抽水站重?閘門及抽水機組操作監測之記?進?分析，搜尋重要之影響因子以供模式建構時輸入變?挑選之依據；此外，亦藉由CFNN 及ANFIS 就抽水站重?閘門啟閉與抽水機組操作記?及?雨?、內外水位監測資?及第一??水位預報資?進?探討，架構一智慧型防汛抽水站操作導引策?及模式，並針對模式輸出策?與現?操作策?間之差?與優?進?評估比較；最後嘗試建??個以上抽水站智慧型?合操作模式之試驗性模式開發，藉由各抽水站間之?合操作以有效?低淹水之風險。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980070</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803805</governmentpublicationsnumber><identifier>64056</identifier><internationalstandardbooknumber>9789860212679 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64056</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防洪抽水站智慧型防汛操作系統之研究(2/2) Investigation the intelligent operation of pumping station for flood mitigation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>防洪抽水站乃高?開發集水區排除內水的主要水?設施，在大台?地區及其他採圍堤束洪的?會區，扮演著防汛重要的角色。而現?防洪抽水站在颱風?雨時期大多採用設計運轉操作規則的操作模式確有必要研究提昇，以?低抽水站操作之風險。本計畫有鑑於??經網?等統計型或迴歸分析型的洪水預警模式具有模擬時間短暫、輸入條件選擇容?的特性，?能與抽水機操作策?及?史水文資?整合，將可大幅?低防汛操作的風險。因此為求於颱風?雨事件中有適?的防洪抽水站操作機制，針對防洪抽水站之相關操作方式與策?進?通盤之瞭解，並就抽水站內外水位、雨?、抽水站重?閘門及抽水機組操作監測之記?進?分析，搜尋重要之影響因子以供模式建構時輸入變?挑選之依據；此外，亦藉由CFNN 及ANFIS 就抽水站重?閘門啟閉與抽水機組操作記?及?雨?、內外水位監測資?及第一??水位預報資?進?探討，架構一智慧型防汛抽水站操作導引策?及模式，並針對模式輸出策?與現?操作策?間之差?與優?進?評估比較；最後嘗試建??個以上抽水站智慧型?合操作模式之試驗性模式開發，藉由各抽水站間之?合操作以有效?低淹水之風險。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980070</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803805</governmentpublicationsnumber><identifier>64057</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64057</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防洪抽水站智慧型防汛操作系統之研究(2/2)－光碟版＝Investigation the intelligent operation of pumping station for flood mitigation (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫經相關資料蒐集後建置地下水流數值模式，並依據相關法規及現地調查結果規劃建置2類備用地下水井暨監測管理系統及具體可行方案。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.85029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980194</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803181</governmentpublicationsnumber><identifier>64058</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64058</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>臺北盆地備用地下水井管理系統建置規劃(光碟版)＝Administration System Development and Planning for Backup Groundwater Wells in Taipei Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要探討污水處理廠及再生廠界面整合評估相關之可能問題，並從預定建設之都市污水處理廠中優選兩座進行水再生利用初步規劃，俾作為推動水再生利用策略之依據。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980274</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803525</governmentpublicationsnumber><identifier>64059</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64059</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>結合預定公共污水廠放流水再利用之調查及規劃(光碟版)＝Invesstigation and Planning of the Prospective Wastewater Treatment Plant Effluent Reuse</title><yearidentifier>200912</yearidentifier></data><data><abstract>藉由歷史之水文氣象資料透過統計分析與降尺度分析，得到石門水庫集水區氣候變遷前後之降雨量與流量資料與其對應之統計分佈及發生之重現期距，並藉由蒙地卡羅方法進行枯水期供水分析，其結果可做為石門水庫永續經營之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980057</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803461</governmentpublicationsnumber><identifier>64060</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64060</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>氣候變遷對石門水庫供水風險之影響分析(光碟版)＝The study of climate change impact to the water supply risk of Hsihmen reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>蒐集並更新蘭陽地區基本資料，並初步探討氣候變遷情境下之影響，研擬水資源調配策略與可行方案，同時透過管網水力分析進行確認，最後進行蘭陽地區地面地下水調配管理系統建置及營運管理規劃。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980193</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/9</date><governmentpublicationsnumber>1009803184</governmentpublicationsnumber><identifier>64061</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64061</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>蘭陽地區地面地下水調配及管理系統建置規劃(光碟版)＝Establishment Planning of the Surface-Ground Water Allocation and Management System in Lan-Yang Area</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>能邦科技股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803525</governmentpublicationsnumber><identifier>64062</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64062</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>結合預定公共污水廠放流水再利用之調查及規劃=Investigation and Planning of the Prospective Wastewater Treatment Plant Effluent Reuse</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市、台南縣與嘉義縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治理及淹水預警之用，因此分析之降雨條件除包括24小時累積雨量之各重現期距值外，亦分析48小時及72小時等累積雨量之各重現期距值。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980074</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803797</governmentpublicationsnumber><identifier>64063</identifier><internationalstandardbooknumber>9789860212686 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64063</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市 、台南縣與嘉義縣淹水潛勢圖更新計畫  Upgrading Potential Inundation Maps of Zengwun River, Beigang River, Bajhang River, Puzih River, Jishuei River Basins, Tainan City, Tainan County, Chiayi City an</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫係配合內政部「全國數值高程更新」工作之完成，辦理淹水潛勢圖更新工作，以作為各級政府再行審視各水災災害防救計畫之用。研究區域包括曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市、台南縣與嘉義縣，同時分析步驟遵循「淹水潛勢圖製作及更新作業暫行規範」。 淹水潛勢圖係反映某一區域在特定環境及特定水文事件下之可能淹水狀況。因此必須依需求而有不同的輸入條件及產出結果。本計畫所製作之淹水潛勢圖擬作為洪潦治理及淹水預警之用，因此分析之降雨條件除包括24小時累積雨量之各重現期距值外，亦分析48小時及72小時等累積雨量之各重現期距值。 最後本計畫依據演算成果，評估區域內淹水敏感點位置，作為水利署淹水行動偵測器及相關防救災器材預置之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980074</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803797</governmentpublicationsnumber><identifier>64064</identifier><internationalstandardbooknumber>9789860212686 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64064</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市 、台南縣與嘉義縣淹水潛勢圖更新計畫(光碟版)  Upgrading Potential Inundation Maps of Zengwun River, Beigang River, Bajhang River, Puzih River, Jishuei River Basins, Tainan City, Tainan County, Chiayi Ci</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署於95年建立淹水預警系統後，近兩年各地區淹水潛勢圖已陸續完成，多數縣市已產製龐大的模擬淹水歷程資料。為擴大淹水模擬資料的應用範圍，本計畫由回顧國內外淹水推估方法，包括水理學之淹水模式、降雨-淹水關聯性之推估方法及以其他推估方法，以探討水文、地文或時間因子對淹水深度之影響，研發六種類神經網路模式、雨型比較法及模糊推論模式（ANFIS）之淹水推估方法，選取宜蘭縣、雲林縣、屏東縣為研究測試區，進行模式檢驗與測試。本年度研擬水文與地文修正因子之推估方法，期於水文因子或地表改變等情形下之推估與應用。 本計畫已將現有淹水預警系統由原本下一小時進行淹水深推估之模式更新為未來1、2、3、6、12小時可能淹水深之推估。類神經網路則建置未來1～6小時之淹水預測模式，在颱風暴雨事件的測試上，宜蘭縣淹水預測正確率平均可達93％以上、雲林縣雖可達95％以上，但有高估的現象造成無淹水預測正確率僅約30-40％。雨型比較法以10種雨型特徵值探討雨型特徵值之線性關係，找出評估雨型因子之線性模式。ANFIS模式在未來1～6小時淹水預測效果，在宜蘭縣的淹水預測正確率可維持在80％以上；雲林縣淹水預測正確率在1～3小時可達80％以上、4～5小時可達70％以上，6小時僅有67％，而無淹水預測正確率皆可達80％以上；修正因子推求方法之研擬，水文因子以潮汐變化設計三種情況探討淹水情形之變化；地文因子以不同地形之淹水情況、抽水機之影響、地形坡度之影響分別探討，其中抽水機部份可建立抽水機設置、淹水面積及淹水體積之關係曲線，未來可進一步擴充淹水預警系統之彈性與實用性。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980075</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803696</governmentpublicationsnumber><identifier>64065</identifier><internationalstandardbooknumber>9789860211467 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64065</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>淹水潛勢圖應用科技之研究：淹水預警系統更新(1/2)  A Study of Applying Poteneial Inundation Maps -Upgrading the Inundation Warning System (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>以高屏溪流域為例，根據目前的水利設施評估未來可能的承載力，並將未來氣候與水文可能變遷情形納入考量，分析未來可能缺水之風險，並且在這樣的缺水風險分析基礎下，發展出一套以環境承載力規劃發展之水資源需求之調適管理支援決策系統，透過最佳化的分析，找出最佳需求管理策略。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980062</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803122</governmentpublicationsnumber><identifier>64066</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64066</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>強化高屏溪流域水資源供水系統因應氣候變遷之調適能力＝Strengthening Water Supply System Adaptive Capacity to Climate Change in Gaoping River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>以高屏溪流域為例，根據目前的水利設施評估未來可能的承載力，並將未來氣候與水文可能變遷情形納入考量，分析未來可能缺水之風險，並且在這樣的缺水風險分析基礎下，發展出一套以環境承載力規劃發展之水資源需求之調適管理支援決策系統，透過最佳化的分析，找出最佳需求管理策略。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980062</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803122</governmentpublicationsnumber><identifier>64067</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64067</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>強化高屏溪流域水資源供水系統因應氣候變遷之調適能力--光碟版＝Strengthening Water Supply System Adaptive Capacity to Climate Change in Gaoping River Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署於95年建立淹水預警系統後，近兩年各地區淹水潛勢圖已陸續完成，多數縣市已產製龐大的模擬淹水歷程資料。為擴大淹水模擬資料的應用範圍，本計畫由回顧國內外淹水推估方法，包括水理學之淹水模式、降雨-淹水關聯性之推估方法及以其他推估方法，以探討水文、地文或時間因子對淹水深度之影響，研發六種類神經網路模式、雨型比較法及模糊推論模式（ANFIS）之淹水推估方法，選取宜蘭縣、雲林縣、屏東縣為研究測試區，進行模式檢驗與測試。本年度研擬水文與地文修正因子之推估方法，期於水文因子或地表改變等情形下之推估與應用。 本計畫已將現有淹水預警系統由原本下一小時進行淹水深推估之模式更新為未來1、2、3、6、12小時可能淹水深之推估。類神經網路則建置未來1～6小時之淹水預測模式，在颱風暴雨事件的測試上，宜蘭縣淹水預測正確率平均可達93％以上、雲林縣雖可達95％以上，但有高估的現象造成無淹水預測正確率僅約30-40％。雨型比較法以10種雨型特徵值探討雨型特徵值之線性關係，找出評估雨型因子之線性模式。ANFIS模式在未來1～6小時淹水預測效果，在宜蘭縣的淹水預測正確率可維持在80％以上；雲林縣淹水預測正確率在1～3小時可達80％以上、4～5小時可達70％以上，6小時僅有67％，而無淹水預測正確率皆可達80％以上；修正因子推求方法之研擬，水文因子以潮汐變化設計三種情況探討淹水情形之變化；地文因子以不同地形之淹水情況、抽水機之影響、地形坡度之影響分別探討，其中抽水機部份可建立抽水機設置、淹水面積及淹水體積之關係曲線，未來可進一步擴充淹水預警系統之彈性與實用性。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980075</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803696</governmentpublicationsnumber><identifier>64068</identifier><internationalstandardbooknumber>9789860211467 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64068</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>淹水潛勢圖應用科技之研究：淹水預警系統更新(1/2)－光碟版  A Study of Applying Poteneial Inundation Maps -Upgrading the Inundation Warning System (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃分兩年執行。本年度工作是根據地震歷史資料及由海嘯數值計算的分析，來建立海嘯溢淹機率之預報模式，作為推估台灣西南沿海地區遭受海嘯災害之機率預測的基礎。據此，依發生海嘯之可能震源，評估台灣西南海岸地區未來30~100年間發生海嘯溢淹之機率，並提供西南沿岸重要鄉鎮於地震發生時會受到溢淹之機率及可能衝擊的程度。同時，本年度也利用數值地形模型及水利署相關資料，評估現有海堤能抵抗之海嘯高度；且一併著手於視窗化介面操作系統的精進，使之能在地震發生後即時擷取地震參數，進行預報作業。     機率計算結果顯示，地震矩規模大於7.25以上所引起之海嘯對於台灣西南沿岸始具有威脅性。當地震矩規模介於7.25~7.75之間時，僅佳冬鄉會發生溢淹；然當地震矩規模介於7.75~8.25之間時，則台灣西南沿岸各鄉鎮均有可能發生溢淹。在未來50~100年間，以佳冬鄉之溢淹機率為最高。依海堤高程資料顯示，各地能抵禦之海嘯高度不一，同時潮汐也將影響溢淹之機率及範圍；再者，視窗化介面操作系統亦可遠端擷取美國地調所(USGS)之即時地震資料進行運算，未來可進一步應用至實際測報作業中。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980076</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803711</governmentpublicationsnumber><identifier>64069</identifier><internationalstandardbooknumber>9789860211856 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64069</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>海嘯颱風產生之長波對於西南沿海溢淹影響之研究(2/2)  Inundation of Southwestern Taiwan by Tsunami or Typhoon Induced Long Waves (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃分兩年執行。本年度工作是根據地震歷史資料及由海嘯數值計算的分析，來建立海嘯溢淹機率之預報模式，作為推估台灣西南沿海地區遭受海嘯災害之機率預測的基礎。據此，依發生海嘯之可能震源，評估台灣西南海岸地區未來30~100年間發生海嘯溢淹之機率，並提供西南沿岸重要鄉鎮於地震發生時會受到溢淹之機率及可能衝擊的程度。同時，本年度也利用數值地形模型及水利署相關資料，評估現有海堤能抵抗之海嘯高度；且一併著手於視窗化介面操作系統的精進，使之能在地震發生後即時擷取地震參數，進行預報作業。     機率計算結果顯示，地震矩規模大於7.25以上所引起之海嘯對於台灣西南沿岸始具有威脅性。當地震矩規模介於7.25~7.75之間時，僅佳冬鄉會發生溢淹；然當地震矩規模介於7.75~8.25之間時，則台灣西南沿岸各鄉鎮均有可能發生溢淹。在未來50~100年間，以佳冬鄉之溢淹機率為最高。依海堤高程資料顯示，各地能抵禦之海嘯高度不一，同時潮汐也將影響溢淹之機率及範圍；再者，視窗化介面操作系統亦可遠端擷取美國地調所(USGS)之即時地震資料進行運算，未來可進一步應用至實際測報作業中。</abstract><author>中山大學海洋環境及工程學系</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980076</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803711</governmentpublicationsnumber><identifier>64070</identifier><internationalstandardbooknumber>9789860211856 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64070</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>海嘯颱風產生之長波對於西南沿海溢淹影響之研究(2/2)－光碟版  Inundation of Southwestern Taiwan by Tsunami or Typhoon Induced Long Waves (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地及其相鄰山區丘?與海域之排水系統淹水預警模式，應用於颱風?襲之前與颱風期間，以預測之雨?與潮位饋入模式，即時演算預測期間可能發生之最大淹水深?及範圍，以供災害防救業務執?單位研擬減災應變對策與進?災害之防救、減災、整備、應變等相關工作之?考。經以曾文溪?岸堤防以南至鹽水溪南岸堤防以?之丘?及沿海平原為演算區域，分析集水區之淹排水現象。應用地文性淹水預警模式進?民國94 ?海棠颱風、民國97 卡玫基颱風與民國98 ?莫?克颱風期間之排水-淹水模擬，模擬結果可看出演算範圍內之主要淹水範圍分布於官田鄉曾文溪與官田溪匯?處附近、官田溪?岸、善化鎮曾文溪南岸、安南區曾文溪排水下游?岸、新市鄉鹽水溪?岸、新化鄉鹽水溪與許縣溪匯?處附近、柴頭港溪與鹽水溪匯?處附近?岸、鹽水溪出海口?岸等地，但因雨?之?同而淹水面積?同。演算結果與淹水調查結果比較，模擬之淹水範圍與調查之淹水位置大致相符。顯示本計畫所建?之地文性淹水預警模式可合?地模擬演算範圍區之淹水位置。 進一步應用地文性淹水預警模式於進?八掌溪以南至鹽水溪以?之2,053 平方公?之排水淹水預警模擬，演算預報三小時之淹水現象，所需之計算機時間為5 分鐘，顯示計畫所建?之地文性淹水預警模式頗具排水淹水預報效?。本計畫發展之地文性淹水預警模式具有因應饋入之實際?雨?、潮位與水庫放??等現況進?即時修正演算之功能，能有效地提升淹水預報??。由上述測試結果，顯示可進一步發展防救災平台供豪雨?潮期間，災害防救業務執?單位快速處?防救、減災、應變等工作時之需求，及時研擬減災應變對策與掌握發佈預警之時機與提升救災效能。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980077</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803813</governmentpublicationsnumber><identifier>64071</identifier><internationalstandardbooknumber>9789860212587 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64071</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>沿海低地排水系統淹水預警模式之研究－曾文溪北岸堤防以南至二仁溪南岸堤防以北(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在發展可涵蓋沿海低地及其相鄰山區丘?與海域之排水系統淹水預警模式，應用於颱風?襲之前與颱風期間，以預測之雨?與潮位饋入模式，即時演算預測期間可能發生之最大淹水深?及範圍，以供災害防救業務執?單位研擬減災應變對策與進?災害之防救、減災、整備、應變等相關工作之?考。經以曾文溪?岸堤防以南至鹽水溪南岸堤防以?之丘?及沿海平原為演算區域，分析集水區之淹排水現象。應用地文性淹水預警模式進?民國94 ?海棠颱風、民國97 卡玫基颱風與民國98 ?莫?克颱風期間之排水-淹水模擬，模擬結果可看出演算範圍內之主要淹水範圍分布於官田鄉曾文溪與官田溪匯?處附近、官田溪?岸、善化鎮曾文溪南岸、安南區曾文溪排水下游?岸、新市鄉鹽水溪?岸、新化鄉鹽水溪與許縣溪匯?處附近、柴頭港溪與鹽水溪匯?處附近?岸、鹽水溪出海口?岸等地，但因雨?之?同而淹水面積?同。演算結果與淹水調查結果比較，模擬之淹水範圍與調查之淹水位置大致相符。顯示本計畫所建?之地文性淹水預警模式可合?地模擬演算範圍區之淹水位置。 進一步應用地文性淹水預警模式於進?八掌溪以南至鹽水溪以?之2,053 平方公?之排水淹水預警模擬，演算預報三小時之淹水現象，所需之計算機時間為5 分鐘，顯示計畫所建?之地文性淹水預警模式頗具排水淹水預報效?。本計畫發展之地文性淹水預警模式具有因應饋入之實際?雨?、潮位與水庫放??等現況進?即時修正演算之功能，能有效地提升淹水預報??。由上述測試結果，顯示可進一步發展防救災平台供豪雨?潮期間，災害防救業務執?單位快速處?防救、減災、應變等工作時之需求，及時研擬減災應變對策與掌握發佈預警之時機與提升救災效能。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980077</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803813</governmentpublicationsnumber><identifier>64072</identifier><internationalstandardbooknumber>9789860212587 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64072</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>沿海低地排水系統淹水預警模式之研究－曾文溪北岸堤防以南至二仁溪南岸堤防以北(1/2)－光碟版</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為三年計畫之第二年計畫，全程計畫的目的在配合水利署災害預警、應變作業之需求，針對主要流域集水區發展梅雨季及颱風期間定量降雨預報技術，並於颱風豪雨影響期間，進行專業氣象資訊加值分析研判，提供水利署額外參考資訊。同時，針對水利署作業上氣象知識之需求，提供氣象知識講習。期望透過此計畫，協助水利署減少水災預警的不確定性，提昇災害應變作業之成效。 除每年進行的工作外，本年計畫的研發重點為流域集水區梅雨氣候模式之建立，以做為未來梅雨季降雨預報之基本參考資訊。分析時以1991~2006年過境台灣之139個梅雨鋒面個案建立梅雨氣候模式資料庫，並根據鋒面位置建立全台流域集水區之梅雨氣候模式。為確保雨量資料之品質及保留重要的強降雨觀測資料，首先針對自動測站雨量資料進行校驗及校正，主要在修正因強降雨而延遲回傳的雨量資料（此資料一般均被擦去）；此外並分析全台流域隨鋒面位置變化之降雨特徵。結果顯示鋒面過境台灣本島時常造成大範圍降雨，降雨量西岸多於東岸，且較大降雨以山區為主，反應盛行西南氣流受山脈之舉升作用。結果同時顯示北部流域之降雨，鋒面舉升機制扮演重要角色，而中、南部流域之降雨則以地形影響為主；但是，梅雨鋒前之低層噴流，卻是南部流域位於鋒前100-200公里時，出現較大降雨的主要因素，東部流域較大降雨則主要出現於鋒面過境後。此外，流域雨量之標準差偏大，反應梅雨季降水在時間與空間上高度不均勻（或隨機）的特性。  其次使用2007~2008年獨立個案校驗梅雨氣候模式，結果顯示模式預估6小時累積雨量明顯低估，且個案總雨量的預估在定性及定量的表現也不甚理想，顯示僅考慮鋒面位置並無法有效預估梅雨季定量降雨，因此本計畫花費相當多心力，有計劃的利用WRF模式，完成2000～2009年5-6月之重新模擬，以備於明年針對主要流域集水區，發展MOS預報技術。次外，為提昇梅雨氣候模式的可參考性，亦依照個別流域24小時累積降雨特性，初步建立適合強降雨的梅雨氣候概念模式資料庫，並進一步嘗試利用梅雨季豪大雨預報檢查表，協助挑選與個別流域強降雨事件較為相關之重要環境因子，以求改善預報結果。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980072</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803966</governmentpublicationsnumber><identifier>64073</identifier><internationalstandardbooknumber>9789860214628 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64073</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術之改進(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為三年計畫之第二年計畫，全程計畫的目的在配合水利署災害預警、應變作業之需求，針對主要流域集水區發展梅雨季及颱風期間定量降雨預報技術，並於颱風豪雨影響期間，進行專業氣象資訊加值分析研判，提供水利署額外參考資訊。同時，針對水利署作業上氣象知識之需求，提供氣象知識講習。期望透過此計畫，協助水利署減少水災預警的不確定性，提昇災害應變作業之成效。 除每年進行的工作外，本年計畫的研發重點為流域集水區梅雨氣候模式之建立，以做為未來梅雨季降雨預報之基本參考資訊。分析時以1991~2006年過境台灣之139個梅雨鋒面個案建立梅雨氣候模式資料庫，並根據鋒面位置建立全台流域集水區之梅雨氣候模式。為確保雨量資料之品質及保留重要的強降雨觀測資料，首先針對自動測站雨量資料進行校驗及校正，主要在修正因強降雨而延遲回傳的雨量資料（此資料一般均被擦去）；此外並分析全台流域隨鋒面位置變化之降雨特徵。結果顯示鋒面過境台灣本島時常造成大範圍降雨，降雨量西岸多於東岸，且較大降雨以山區為主，反應盛行西南氣流受山脈之舉升作用。結果同時顯示北部流域之降雨，鋒面舉升機制扮演重要角色，而中、南部流域之降雨則以地形影響為主；但是，梅雨鋒前之低層噴流，卻是南部流域位於鋒前100-200公里時，出現較大降雨的主要因素，東部流域較大降雨則主要出現於鋒面過境後。此外，流域雨量之標準差偏大，反應梅雨季降水在時間與空間上高度不均勻（或隨機）的特性。  其次使用2007~2008年獨立個案校驗梅雨氣候模式，結果顯示模式預估6小時累積雨量明顯低估，且個案總雨量的預估在定性及定量的表現也不甚理想，顯示僅考慮鋒面位置並無法有效預估梅雨季定量降雨，因此本計畫花費相當多心力，有計劃的利用WRF模式，完成2000～2009年5-6月之重新模擬，以備於明年針對主要流域集水區，發展MOS預報技術。次外，為提昇梅雨氣候模式的可參考性，亦依照個別流域24小時累積降雨特性，初步建立適合強降雨的梅雨氣候概念模式資料庫，並進一步嘗試利用梅雨季豪大雨預報檢查表，協助挑選與個別流域強降雨事件較為相關之重要環境因子，以求改善預報結果。</abstract><author>台灣大學綜合災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980072</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/10</date><governmentpublicationsnumber>1009803966</governmentpublicationsnumber><identifier>64074</identifier><internationalstandardbooknumber>9789860214628 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64074</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術之改進(2/3)－光碟版</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為流域別用水量統計分析研究第三年計畫，以曾文溪流域水系及高屏溪流域水系為標的，取94年平水年為統計年限，針對流域水系水資源供給利用之流向與流量，進行統計分析。依據「流域別用水量統計分析研究(1/3)」及「流域別用水量統計分析研究(2/3)」建置之流域水系別生活用水量、工業用水量及農業用水量統計分析機制，作些許修正，以利統計方法更臻完善。</abstract><author>財團法人中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980084</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803601</governmentpublicationsnumber><identifier>64075</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64075</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>流域別用水量統計分析研究(3/3)＝The study of water use statistics and analysis base on river basin (3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於台灣近?水資源供需問題日趨嚴峻，加上氣候暖化因素造成?雨頻譜型態的改變，因此有必要研析在?同的天氣條件下如何進?人工增雨之技術和決策。而?考過去??國外人工增雨實驗之結果，顯示暖雲增雨應用於台灣具有高?潛?，故本計劃目的為發展和建?國內相關基礎研究和技術，期能提高水資源供應的可靠?。 本計畫完成工作包括有進?相關基礎資?之分析，設定高解析中尺?WRF氣象模式搭配HYSPLIT 軌跡模式的模擬結果，作為每次人工增雨作業的最佳種雲時間和地點之?考，且以暖雲種雲模式對作業個案進?初步模擬。以及和空軍進??次人工增雨作業之座談會，商討未?如何?用飛機進?種雲和面?的問題，並可搭配其他平台包括無人飛機和輕航機等進??合作業之方式。另外也針對?部和南部幾個主要集水區，規劃於?同季節之隨機種雲設計和種雲作業之啟動?程，並調查水?署全台之地面造雨站、?台灣和南台灣之暖雲種雲?考站，分別對應以翡翠、石門、南化和曾文集水區為目標區，在?同風向象限和風速（距?）的種雲決策?考。在現場作業方面，今?分別針對夏季午後對?、微弱鋒面、颱風外圍環?和冬季鋒面天氣系統之雲系進?四次人工增雨作業，並初步討?每次作業過程和其種雲結果。 最後對台灣地區目前人工增雨作業面?的科學問題與技術問題（包括氣象模式和觀測技術）進?初步探討，且規劃未?人工增雨之作業與研究，總結提出?點建議：(1)在水?署下設置專司增雨作業之單位；(2)進?長期增雨作業及有統計、物?和化學評估，且執?評估的單位應與執?研發、作業的單位應分開；(3)長期進?增雨研究和作業；(4)持續引進與自?發展增雨技術和設備；(5)增雨作業以飛機空中作業為主，其他空中作業與地面作業為輔；(6)需對台灣地區種雲的雲物?條件進??深入之調查。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980306</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009804121</governmentpublicationsnumber><identifier>64076</identifier><internationalstandardbooknumber>9789860216738 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64076</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度人工增雨作業計畫 The operation of artificial rainfall enhancement in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為流域別用水量統計分析研究第三年計畫，以曾文溪流域水系及高屏溪流域水系為標的，取94年平水年為統計年限，針對流域水系水資源供給利用之流向與流量，進行統計分析。依據「流域別用水量統計分析研究(1/3)」及「流域別用水量統計分析研究(2/3)」建置之流域水系別生活用水量、工業用水量及農業用水量統計分析機制，作些許修正，以利統計方法更臻完善。</abstract><author>財團法人中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980084</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803601</governmentpublicationsnumber><identifier>64077</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64077</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>流域別用水量統計分析研究(3/3)(光碟版)＝The study of water use statistics and analysis base on river basin (3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>將三年研究流域用水統計方法，撰寫彙編統計流域包含北部淡水河與頭前溪；中部大安溪與大甲溪；南部曾文溪與高屏溪，共6條河川之各標的用水量之成果彙總報告。</abstract><author>財團法人中華自來水服務社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980084</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803644</governmentpublicationsnumber><identifier>64078</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64078</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>流域別用水量統計分析研究：三年計畫成果彙總報告＝The study of water use statistics and analysis base on river basin - A aggregate result of a three-year project</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於台灣近?水資源供需問題日趨嚴峻，加上氣候暖化因素造成?雨頻譜型態的改變，因此有必要研析在?同的天氣條件下如何進?人工增雨之技術和決策。而?考過去??國外人工增雨實驗之結果，顯示暖雲增雨應用於台灣具有高?潛?，故本計劃目的為發展和建?國內相關基礎研究和技術，期能提高水資源供應的可靠?。 本計畫完成工作包括有進?相關基礎資?之分析，設定高解析中尺?WRF氣象模式搭配HYSPLIT 軌跡模式的模擬結果，作為每次人工增雨作業的最佳種雲時間和地點之?考，且以暖雲種雲模式對作業個案進?初步模擬。以及和空軍進??次人工增雨作業之座談會，商討未?如何?用飛機進?種雲和面?的問題，並可搭配其他平台包括無人飛機和輕航機等進??合作業之方式。另外也針對?部和南部幾個主要集水區，規劃於?同季節之隨機種雲設計和種雲作業之啟動?程，並調查水?署全台之地面造雨站、?台灣和南台灣之暖雲種雲?考站，分別對應以翡翠、石門、南化和曾文集水區為目標區，在?同風向象限和風速（距?）的種雲決策?考。在現場作業方面，今?分別針對夏季午後對?、微弱鋒面、颱風外圍環?和冬季鋒面天氣系統之雲系進?四次人工增雨作業，並初步討?每次作業過程和其種雲結果。 最後對台灣地區目前人工增雨作業面?的科學問題與技術問題（包括氣象模式和觀測技術）進?初步探討，且規劃未?人工增雨之作業與研究，總結提出?點建議：(1)在水?署下設置專司增雨作業之單位；(2)進?長期增雨作業及有統計、物?和化學評估，且執?評估的單位應與執?研發、作業的單位應分開；(3)長期進?增雨研究和作業；(4)持續引進與自?發展增雨技術和設備；(5)增雨作業以飛機空中作業為主，其他空中作業與地面作業為輔；(6)需對台灣地區種雲的雲物?條件進??深入之調查。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980306</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009804121</governmentpublicationsnumber><identifier>64079</identifier><internationalstandardbooknumber>9789860216738 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64079</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度人工增雨作業計畫(光碟版)The operation of artificial rainfall enhancement in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本署曾於93至97年間委外辦理「全球資訊服務網、基隆河整體治理計畫暨生態工法入口網站功能增修作業」、「全球資訊服務網站功能增修計畫」、「易淹水地區水患治理綱要計畫」、「石門水庫及其集水區整治計畫專屬網站委託服務計畫」及「易淹水地區水患治理計畫專屬網站功能增修計畫」等專屬網站建置專案，內容除建置全球資訊網及各專屬網站、建立互動維護介面，提供網站即時互動維護功能外，並持續擴充網站功能、維護現有全網站（包括：全球資訊服務網站【含中、英及兒童網】、易淹水地區水患治理計畫專屬網站【含中、英網】、石門水庫及其集水區整治計畫專屬網站【含中、英網】、生態工程專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站等網站）系統正常運作，提昇網站服務品質。而98年度為配合政府「振興經濟擴大公共建設投資計畫」而建立宣導網頁，並辦理本署全球資訊服務網站、易淹水地區水患治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站、生態工程專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站之功能擴充及維護工作，期使本署全球資訊服務網站能以嶄新的風貌，並持續符合無障礙環境及行政院研考會相關規定，以提供更優質的資訊服務。此外，本計畫成果將藉由計畫成果海報、投稿、政府出版品產出以提供跨機關與學者專家的資訊交流，並輔以網站編碼更新、網頁自動縮放等技術更新，讓民眾在網頁瀏覽上能有更順暢愉悅的體驗，並便利同仁及各界協助本署進行水利資訊推廣及教育宣導，以強化平台服務效益。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980183</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803413</governmentpublicationsnumber><identifier>64080</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64080</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>全球資訊網及易淹水地區水患治理計畫等專屬網站功能增修計畫＝Extension Project for Global Information Portal And Web Site of Regulation of flood-prone Areas,Etc</title><yearidentifier>200912</yearidentifier></data><data><abstract>本署曾於93至97年間委外辦理「全球資訊服務網、基隆河整體治理計畫暨生態工法入口網站功能增修作業」、「全球資訊服務網站功能增修計畫」、「易淹水地區水患治理綱要計畫」、「石門水庫及其集水區整治計畫專屬網站委託服務計畫」及「易淹水地區水患治理計畫專屬網站功能增修計畫」等專屬網站建置專案，內容除建置全球資訊網及各專屬網站、建立互動維護介面，提供網站即時互動維護功能外，並持續擴充網站功能、維護現有全網站（包括：全球資訊服務網站【含中、英及兒童網】、易淹水地區水患治理計畫專屬網站【含中、英網】、石門水庫及其集水區整治計畫專屬網站【含中、英網】、生態工程專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站等網站）系統正常運作，提昇網站服務品質。而98年度為配合政府「振興經濟擴大公共建設投資計畫」而建立宣導網頁，並辦理本署全球資訊服務網站、易淹水地區水患治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站、生態工程專屬網站、基隆河整體治理計畫網站及第六河川局全球資訊網站之功能擴充及維護工作，期使本署全球資訊服務網站能以嶄新的風貌，並持續符合無障礙環境及行政院研考會相關規定，以提供更優質的資訊服務。此外，本計畫成果將藉由計畫成果海報、投稿、政府出版品產出以提供跨機關與學者專家的資訊交流，並輔以網站編碼更新、網頁自動縮放等技術更新，讓民眾在網頁瀏覽上能有更順暢愉悅的體驗，並便利同仁及各界協助本署進行水利資訊推廣及教育宣導，以強化平台服務效益。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980183</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803413</governmentpublicationsnumber><identifier>64081</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64081</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>全球資訊網及易淹水地區水患治理計畫等專屬網站功能增修計畫(光碟版)＝Extension Project for Global Information Portal And Web Site of Regulation of flood-prone Areas,Etc</title><yearidentifier>200912</yearidentifier></data><data><abstract>海平面變遷對海岸環境的衝擊極大，將是未來從事海岸防災的一大重點工作。本計畫目標為針對台灣本地的海洋環境，發展出推估海平面變遷的技術，掌握台灣海域當前的海平面變遷趨勢，進而評估未來的變遷量以及可能發生的海岸情境特性，提供水利署禦潮防災之研判與因應之用。本年度計畫主要利用三種不同方法，如：傅立葉級數、Ensemble經驗模態法、及類神經網路分析台灣及東亞地區潮位站水位資料，以瞭解在全球暖化下，台灣環島海域及東亞海域海平面變動現況與趨勢。由於台灣過去30-50年的潮位站資料不完整，加上可能含有人為記錄時的疏忽與誤差，因此在進行資料分析前，先分別利用調合分析（harmonic analysis）方法及類神經網路方法進行資料的檢驗與補遺的工作。此外，在分析出台灣環島海域及東亞海域海平面變動趨勢後，本研究預測出上述海域在2020年海平面的變動量，並評估在極端颱風暴潮及天文潮作用下，在台灣西南海岸的海堤附近，如：台西海堤、箔仔寮海堤、及東石海堤，波浪溯升與越波的情形。本年度計畫成果顯示，本研究已建立一套運用潮位資料評估海平面變遷量的技術，由此技術可評估未來海平面變遷量。最後，針對本計畫下年度所要進行的衛星資料蒐集與分析，做了一些簡要的說明。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980270</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803810</governmentpublicationsnumber><identifier>64082</identifier><internationalstandardbooknumber>9789860212624 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64082</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>運用潮位與衛星資料推估海平面變遷量技術之研發(1/2)期末報告  Technology Development on Sea Level Change Estimation by In-situ a d Satellite Data (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>海平面變遷對海岸環境的衝擊極大，將是未來從事海岸防災的一大重點工作。本計畫目標為針對台灣本地的海洋環境，發展出推估海平面變遷的技術，掌握台灣海域當前的海平面變遷趨勢，進而評估未來的變遷量以及可能發生的海岸情境特性，提供水利署禦潮防災之研判與因應之用。本年度計畫主要利用三種不同方法，如：傅立葉級數、Ensemble經驗模態法、及類神經網路分析台灣及東亞地區潮位站水位資料，以瞭解在全球暖化下，台灣環島海域及東亞海域海平面變動現況與趨勢。由於台灣過去30-50年的潮位站資料不完整，加上可能含有人為記錄時的疏忽與誤差，因此在進行資料分析前，先分別利用調合分析（harmonic analysis）方法及類神經網路方法進行資料的檢驗與補遺的工作。此外，在分析出台灣環島海域及東亞海域海平面變動趨勢後，本研究預測出上述海域在2020年海平面的變動量，並評估在極端颱風暴潮及天文潮作用下，在台灣西南海岸的海堤附近，如：台西海堤、箔仔寮海堤、及東石海堤，波浪溯升與越波的情形。本年度計畫成果顯示，本研究已建立一套運用潮位資料評估海平面變遷量的技術，由此技術可評估未來海平面變遷量。最後，針對本計畫下年度所要進行的衛星資料蒐集與分析，做了一些簡要的說明。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980270</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803810</governmentpublicationsnumber><identifier>64083</identifier><internationalstandardbooknumber>9789860212624 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64083</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>運用潮位與衛星資料推估海平面變遷量技術之研發(1/2)期末報告(光碟版)  Technology Development on Sea Level Change Estimation by In-situ a d Satellite Data (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣每年經常遭受颱風侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，不論在海岸地帶抑或內陸均常造成嚴重的海岸侵蝕、海水倒灌、溢淹及生命財產損失。建立海岸地帶的防災預警可以掌握現況、預測未來，並可作為從事防災及減災的重要依據。本計畫之目的為進行花蓮地區海岸災害監測預警系統之建立，整合現場監測與數值預報技術，執行成果將提供花蓮海岸防救災決策之參考。本計畫為一年期計畫，計畫工作範圍為第九河川局所管轄之花蓮海岸地區。 為達到上述目標，本計畫涵蓋了「模式預測」、「歷史資料分析」與「資訊整合」等三大部分。模式預測部分包含了波浪、潮位及溯升水位之推算，利用實測資料率定模式，以驗證數值模式之適用情形。颱風期間並透過風場的輸入，預測未來三小時的暴潮位與波況；除觀測與預測的資料外，從事防災決策時，參考歷史經驗有時是重要的資訊來源，因此本計畫針對花蓮地區建立海岸災害資料庫，以確保水利署防災人員可應用前述研究成果進行決策判斷，計畫成果將加入至本計畫建立之「海岸災害監測預警系統」中，作為防救災之依據。 本計畫延續去年度完成整合之海岸災害監測預警系統(含括94~97年度之雲林、嘉義、台南、高雄、屏東及台東等地區)之基礎架構，將於本 (98) 年度增建花蓮地區 (第九河川局管轄) 海岸災害監測預警系統子系統，此系統將與原海岸災害監測預警系統結合，通過網際網路可獲得包含花蓮海岸在內之海岸相關的數據、影像、歷史經驗、現況與未來預測等資訊，作為水利署防災決策下達之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980129</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803806</governmentpublicationsnumber><identifier>64084</identifier><internationalstandardbooknumber>9789860212617 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64084</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>花蓮海岸災害監測預警系統建置  Monitoring and Modeling of Sea-State for Hazard Warning System at Hualien Coastal Areas</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣每年經常遭受颱風侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，不論在海岸地帶抑或內陸均常造成嚴重的海岸侵蝕、海水倒灌、溢淹及生命財產損失。建立海岸地帶的防災預警可以掌握現況、預測未來，並可作為從事防災及減災的重要依據。本計畫之目的為進行花蓮地區海岸災害監測預警系統之建立，整合現場監測與數值預報技術，執行成果將提供花蓮海岸防救災決策之參考。本計畫為一年期計畫，計畫工作範圍為第九河川局所管轄之花蓮海岸地區。 為達到上述目標，本計畫涵蓋了「模式預測」、「歷史資料分析」與「資訊整合」等三大部分。模式預測部分包含了波浪、潮位及溯升水位之推算，利用實測資料率定模式，以驗證數值模式之適用情形。颱風期間並透過風場的輸入，預測未來三小時的暴潮位與波況；除觀測與預測的資料外，從事防災決策時，參考歷史經驗有時是重要的資訊來源，因此本計畫針對花蓮地區建立海岸災害資料庫，以確保水利署防災人員可應用前述研究成果進行決策判斷，計畫成果將加入至本計畫建立之「海岸災害監測預警系統」中，作為防救災之依據。 本計畫延續去年度完成整合之海岸災害監測預警系統(含括94~97年度之雲林、嘉義、台南、高雄、屏東及台東等地區)之基礎架構，將於本 (98) 年度增建花蓮地區 (第九河川局管轄) 海岸災害監測預警系統子系統，此系統將與原海岸災害監測預警系統結合，通過網際網路可獲得包含花蓮海岸在內之海岸相關的數據、影像、歷史經驗、現況與未來預測等資訊，作為水利署防災決策下達之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980129</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803806</governmentpublicationsnumber><identifier>64085</identifier><internationalstandardbooknumber>9789860212617 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64085</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>花蓮海岸災害監測預警系統建置(光碟版)  Monitoring and Modeling of Sea-State for Hazard Warning System at Hualien Coastal Areas</title><yearidentifier>200912</yearidentifier></data><data><abstract>後龍溪過去幾年針對河道長期自然平衡或非平衡、水文地文基本資料調查蒐集分析、河道衝淤調查、地形變遷〈含合相〉成因分析、河道平衡與短長期橋基沖刷之相互影響、砂礫河床值交換機制、河床下刷〈含合到疏浚後〉對河到穩定之影響、蜿蜒河川水理特性、河床衝淤與合岸變遷對河防安全評估等課題，相關研究相當閥如。</abstract><author>逢甲大學</author><categoryidentifier>443.6933   443.68971904   443.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980333</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803445</governmentpublicationsnumber><identifier>64086</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64086</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計(1/2)(內附光碟)=River Stability of Channal and Engineering Design and Assessment of Erossion Prevention of the Houlong River at the Gueishan Bridge (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪河口段屬感潮河段，舊港島橫亙於斷面2至斷面5間之河道中，常有洪災之虞，需進行整體河口段治理之規劃。民國97年10月經水利署水利規劃試驗所(以下簡稱水規所)評估諸多方案後，決定依現有水道治理計畫線搭配舊港島遷移為較佳技術及安全方案，惟舊港島居民20幾年來始終反對遷移，故河口段防洪工程急需辦理者一直受阻延宕，未能落實計畫實施。爰此，水利署責成第二河川局參酌民國97年11月26日水規所完成修訂之『頭前溪河口段檢討報告』，配合行政院頭前溪河口段行動方案，依本河段特性及地方要求，研提合適之工程執計畫規劃。計畫規劃執行期間首先針對頭前溪流域之河川流量、潮汐、河口段變遷情形、河川特性及分流工之工法等資料進行蒐集與分析，並對於頭前溪河口段計畫範圍進行測量、地質、河床質及管線調查與相關試驗；另外，亦完成民眾意向問卷調查與用地及地上物調查。再根據蒐集之各項基本資料，進行河口段水理分析，作為工程設計之參考資料，並據以針對舊港島適度保護之防災、減災、救災進行適當之規劃。本計畫配合「頭前溪河口段（斷面6至河口）治理基本計畫」之規劃及水理分析成果進行工程規劃設計工作，於頭前溪河口段辦理河道整治工程、堤防護岸工程、整流及固腳工程三大項，主要工程內容有河道疏濬作業(含A、B、C、D區疏濬)、浮覆地填築工程、新建苦苓腳堤防、舊港島環島護岸、四座丁壩、導流堤及分流工。河道疏濬之各斷面疏濬高程於0k+500之前為EL.-1.00m，自0k+500~1k+500由EL.-1.00m漸變至EL.-0.83m，1k+500~2k+550間則由EL.-0.83m漸變至EL.-0.62m。疏濬土方量A區35.5萬立方公尺、B區52.3萬立方公尺、C區66.4萬立方公尺、D區35.6萬立方公尺。A、B區之疏濬土方將左岸浮覆地填至計畫堤頂高，填築面積約11.5公頃，填方量約68.7萬立方公尺。苦苓腳堤防工程之型式採格框砌石坡面，全長約1,270.21公尺；四座丁壩工沿新建堤防平均設置於河口至竹港大橋間，合計長度406公尺；並於舊港橋至竹港大橋間設長343公尺之導流工、舊港島上游設榪槎分流工340公尺。舊港島環島護岸堤防型式採格框砌石坡面，整體工程分三個工區施作，第一工區施作長度為578.56公尺、第二工區為689.88公尺、第三工區為540.50公尺。全部工程預計於民國100年底前完成，其中舊港島環島護岸第一工區於98年度辦理，河道A區、B區疏濬配合浮覆地之填築、舊港島環島護岸第二工區工程及第三工區、河道C區疏濬等工程於民國99年度辦理，民國100年度則繼續辦理河道A區、B區疏濬配合浮覆地之填築之後續工程、舊港島環島護岸第三工區後續工程、新建苦苓腳堤防工程河道D區疏濬等工程；包括工程建造成本及用地取得費等，估計整體工程經費約需57,429萬元。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.6933   443.63704   443.689731</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980331</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803508</governmentpublicationsnumber><identifier>64089</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64089</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪河口段工程執行計畫規劃＝Planning for Engineering Project Implementation in the River Mouth of Toucian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪河口段屬感潮河段，舊港島橫亙於斷面2至斷面5間之河道中，常有洪災之虞，需進行整體河口段治理之規劃。民國97年10月經水利署水利規劃試驗所(以下簡稱水規所)評估諸多方案後，決定依現有水道治理計畫線搭配舊港島遷移為較佳技術及安全方案，惟舊港島居民20幾年來始終反對遷移，故河口段防洪工程急需辦理者一直受阻延宕，未能落實計畫實施。爰此，水利署責成第二河川局參酌民國97年11月26日水規所完成修訂之『頭前溪河口段檢討報告』，配合行政院頭前溪河口段行動方案，依本河段特性及地方要求，研提合適之工程執計畫規劃。計畫規劃執行期間首先針對頭前溪流域之河川流量、潮汐、河口段變遷情形、河川特性及分流工之工法等資料進行蒐集與分析，並對於頭前溪河口段計畫範圍進行測量、地質、河床質及管線調查與相關試驗；另外，亦完成民眾意向問卷調查與用地及地上物調查。再根據蒐集之各項基本資料，進行河口段水理分析，作為工程設計之參考資料，並據以針對舊港島適度保護之防災、減災、救災進行適當之規劃。本計畫配合「頭前溪河口段（斷面6至河口）治理基本計畫」之規劃及水理分析成果進行工程規劃設計工作，於頭前溪河口段辦理河道整治工程、堤防護岸工程、整流及固腳工程三大項，主要工程內容有河道疏濬作業(含A、B、C、D區疏濬)、浮覆地填築工程、新建苦苓腳堤防、舊港島環島護岸、四座丁壩、導流堤及分流工。河道疏濬之各斷面疏濬高程於0k+500之前為EL.-1.00m，自0k+500~1k+500由EL.-1.00m漸變至EL.-0.83m，1k+500~2k+550間則由EL.-0.83m漸變至EL.-0.62m。疏濬土方量A區35.5萬立方公尺、B區52.3萬立方公尺、C區66.4萬立方公尺、D區35.6萬立方公尺。A、B區之疏濬土方將左岸浮覆地填至計畫堤頂高，填築面積約11.5公頃，填方量約68.7萬立方公尺。苦苓腳堤防工程之型式採格框砌石坡面，全長約1,270.21公尺；四座丁壩工沿新建堤防平均設置於河口至竹港大橋間，合計長度406公尺；並於舊港橋至竹港大橋間設長343公尺之導流工、舊港島上游設榪槎分流工340公尺。舊港島環島護岸堤防型式採格框砌石坡面，整體工程分三個工區施作，第一工區施作長度為578.56公尺、第二工區為689.88公尺、第三工區為540.50公尺。全部工程預計於民國100年底前完成，其中舊港島環島護岸第一工區於98年度辦理，河道A區、B區疏濬配合浮覆地之填築、舊港島環島護岸第二工區工程及第三工區、河道C區疏濬等工程於民國99年度辦理，民國100年度則繼續辦理河道A區、B區疏濬配合浮覆地之填築之後續工程、舊港島環島護岸第三工區後續工程、新建苦苓腳堤防工程河道D區疏濬等工程；包括工程建造成本及用地取得費等，估計整體工程經費約需57,429萬元。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980331</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/12</date><governmentpublicationsnumber>1009803508</governmentpublicationsnumber><identifier>64090</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64090</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪河口段工程執行計畫規劃(光碟版)＝Planning for Engineering Project Implementation in the River Mouth of Toucian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利罫掌管全國河川、水庫等相關水利問題，水利罫面對重大水利問題時，需要有系統且充足的資訊，作為決策之依據。目前水利罫於緊急應變作業期間，主要利用災害緊急應變系統、臺灣地區水資源水情服務網等資訊系統，進行監控、預警、通報、訊息彙整等多項任務，由於作業系統繁多，常因系統切換與資料對照，耗力費時。因此，如何配合決策需求，有效整合相關系統資訊，予以加值處理，確保資訊傳遞時效及穩定，讓作業人員與決策者能夠即時掌握相關動態，協助採行正確決策，並落實執行，已成為決策資訊支援之迫切課題。 由於各種災害與事故之發生難以預料，應變處理方式亦無一定標準可依循，故持續蒐集整理相關經驗，轉化為珍貴的應變處理知識，並建立有效的教育訓練與學習檢測機制，藉以充實業務相關人員知能，提昇作業效能，實為最佳途徑。先進國家已有許多「經驗學習中?」成功案例，利用電腦與資訊技術，有系統的彙集緊急應變相關經驗與資料，並進一步創造有助於實務工作執行的知識與觀念。此中?之規劃建置，將可大幅提昇相關人員教育訓練效果，並可持續推廣應用，提高水利緊急應變整體作業效能。 本計畫配合水利罫緊急應變作業需求，結合以往所開發的資訊系統，規劃建置具3D GIS展示功能之「水利緊急應變經驗學習中?」、「水災決策支援系統」，建構整合性之「水利緊急應變作業帄台」。在經驗學習中?方面，除了資訊系統開發之外，將蒐集近15年來相關之水災、旱災及重大水利事件，有系統地整建相關資料後，導入經驗學習中?資料庫中?在決策支援系統方面，將配合業務需求，本年度規劃開發「水災決策支援系統」之「水災災害潛勢地區應變決策支援系統」、「水災撤離疏散決策支援系統」；99年度增加「水災決策支援系統」模組，並開發「旱災決策支援系統」。此整合帄台擬以模組化方式開發，將具有充分之擴充彈性，可協助水利罫掌握將即時防救災訊息結合決策需求、協助落實決策指令、檢討整合系統資訊品 質、確保資訊傳遞時效及穩定。同時，檢討應變作業與決策過程相關 處理經驗，檢驗水情監測與綜整分析系統之適用性，並進行必要之改 善與補強，以符合實際決策需要。未來可供水利罫於應變決策擬定、 人員教育訓練、相關法規增修、防災計畫編擬、國際交流合作等業務 參考運用，有助於相關工作效能之提昇。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980080</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/23</date><governmentpublicationsnumber>1009803997</governmentpublicationsnumber><identifier>64091</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64091</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防災決策支援系統更新及配套措施作業流程規劃之研究(1/2)＝Upgrade of Decision Support System for Disaster Reduction and Complementary Operation Workflow Planning (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>經濟部水利罫掌管全國河川、水庫等相關水利問題，水利罫面對重大水利問題時，需要有系統且充足的資訊，作為決策之依據。目前水利罫於緊急應變作業期間，主要利用災害緊急應變系統、臺灣地區水資源水情服務網等資訊系統，進行監控、預警、通報、訊息彙整等多項任務，由於作業系統繁多，常因系統切換與資料對照，耗力費時。因此，如何配合決策需求，有效整合相關系統資訊，予以加值處理，確保資訊傳遞時效及穩定，讓作業人員與決策者能夠即時掌握相關動態，協助採行正確決策，並落實執行，已成為決策資訊支援之迫切課題。 由於各種災害與事故之發生難以預料，應變處理方式亦無一定標準可依循，故持續蒐集整理相關經驗，轉化為珍貴的應變處理知識，並建立有效的教育訓練與學習檢測機制，藉以充實業務相關人員知能，提昇作業效能，實為最佳途徑。先進國家已有許多「經驗學習中?」成功案例，利用電腦與資訊技術，有系統的彙集緊急應變相關經驗與資料，並進一步創造有助於實務工作執行的知識與觀念。此中?之規劃建置，將可大幅提昇相關人員教育訓練效果，並可持續推廣應用，提高水利緊急應變整體作業效能。 本計畫配合水利罫緊急應變作業需求，結合以往所開發的資訊系統，規劃建置具3D GIS展示功能之「水利緊急應變經驗學習中?」、「水災決策支援系統」，建構整合性之「水利緊急應變作業帄台」。在經驗學習中?方面，除了資訊系統開發之外，將蒐集近15年來相關之水災、旱災及重大水利事件，有系統地整建相關資料後，導入經驗學習中?資料庫中?在決策支援系統方面，將配合業務需求，本年度規劃開發「水災決策支援系統」之「水災災害潛勢地區應變決策支援系統」、「水災撤離疏散決策支援系統」；99年度增加「水災決策支援系統」模組，並開發「旱災決策支援系統」。此整合帄台擬以模組化方式開發，將具有充分之擴充彈性，可協助水利罫掌握將即時防救災訊息結合決策需求、協助落實決策指令、檢討整合系統資訊品 質、確保資訊傳遞時效及穩定。同時，檢討應變作業與決策過程相關 處理經驗，檢驗水情監測與綜整分析系統之適用性，並進行必要之改 善與補強，以符合實際決策需要。未來可供水利罫於應變決策擬定、 人員教育訓練、相關法規增修、防災計畫編擬、國際交流合作等業務 參考運用，有助於相關工作效能之提昇。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980080</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/23</date><governmentpublicationsnumber>1009803997</governmentpublicationsnumber><identifier>64092</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64092</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防災決策支援系統更新及配套措施作業流程規劃之研究(1/2)－光碟版＝Upgrade of Decision Support System for Disaster Reduction and Complementary Operation Workflow Planning (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃主要提供水利署於水災、旱災應變值勤時，進行預警、監控、通報、訊息彙整等多項任務，並歷經辛樂克、莫拉克颱風等考驗，實質有效輔助水利署進行防災應變作業。然防災之工作，不僅是水利署的單項作業，更與民眾切身相關。故本年度除了維護、提升即有災害應變系統之外，亦建置防災資訊民眾網，冀望透過此項系統，提早提供民眾防救災資訊，進一步降低災害的發生。 本計畫主要工作成果分別摘要如下： 1.新增防災服務資訊網 其內容包括:長官的話、最新消息、警戒訊息公告、水情地理資訊(含水位、水庫)、防災教育宣導 相關網站、颱風動態、跑馬燈及其相關後端管理。 2.新增即有災害應變作業系統異地備援功能 其內容包括:1.更新備援【資料蒐集服務程式】。2.事件、抽水機、檔案管、傳真通報，等備援同步功能。 3.新增自動簡報產生樣板製作功能 其內容包括:首頁、防汛整備狀況、水庫水情、河川水情、移動式抽水機等樣板。 4.新增淹水警報系統製作 本計劃透過淹水警戒值與積淹值，結合即時降雨資料，迅速對應淹水警戒區域，並轉換為通報單型式，通報給地方首長，及早預防。 5.新增背景程式監控功能 其內容主要是建立各個背景程式的監控系統，並發送簡訊給系統管理者，將問題排除。 6.新增分散式洪水預報系統整合 其內容包括:1.新增氣候法90%累積機率降雨推估。2.更新降雨強度歷線、分布圖等展示元件。3.開發曾文溪、蘭陽溪流域洪水預報系統4.技術移轉。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980021</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/23</date><governmentpublicationsnumber>1009804247</governmentpublicationsnumber><identifier>64093</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64093</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防災應變系統備援版、民眾版系統建置及既有系統提升計畫 ＝The Establishment of Remote Backup , Public Version and System Performance Enhancement for Disaster Emergency Response</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃主要提供水利署於水災、旱災應變值勤時，進行預警、監控、通報、訊息彙整等多項任務，並歷經辛樂克、莫拉克颱風等考驗，實質有效輔助水利署進行防災應變作業。然防災之工作，不僅是水利署的單項作業，更與民眾切身相關。故本年度除了維護、提升即有災害應變系統之外，亦建置防災資訊民眾網，冀望透過此項系統，提早提供民眾防救災資訊，進一步降低災害的發生。 本計畫主要工作成果分別摘要如下： 1.新增防災服務資訊網 其內容包括:長官的話、最新消息、警戒訊息公告、水情地理資訊(含水位、水庫)、防災教育宣導 相關網站、颱風動態、跑馬燈及其相關後端管理。 2.新增即有災害應變作業系統異地備援功能 其內容包括:1.更新備援【資料蒐集服務程式】。2.事件、抽水機、檔案管、傳真通報，等備援同步功能。 3.新增自動簡報產生樣板製作功能 其內容包括:首頁、防汛整備狀況、水庫水情、河川水情、移動式抽水機等樣板。 4.新增淹水警報系統製作 本計劃透過淹水警戒值與積淹值，結合即時降雨資料，迅速對應淹水警戒區域，並轉換為通報單型式，通報給地方首長，及早預防。 5.新增背景程式監控功能 其內容主要是建立各個背景程式的監控系統，並發送簡訊給系統管理者，將問題排除。 6.新增分散式洪水預報系統整合 其內容包括:1.新增氣候法90%累積機率降雨推估。2.更新降雨強度歷線、分布圖等展示元件。3.開發曾文溪、蘭陽溪流域洪水預報系統4.技術移轉。</abstract><author>財團法人資訊工業策進會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980021</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/23</date><governmentpublicationsnumber>1009804247</governmentpublicationsnumber><identifier>64094</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64094</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>防災應變系統備援版、民眾版系統建置及既有系統提升計畫(光碟版)＝The Establishment of Remote Backup , Public Version and System Performance Enhancement for Disaster Emergency Response</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>能邦科技股份有限公司</author><categoryidentifier>443.8502</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803181</governmentpublicationsnumber><identifier>64095</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64095</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台北盆地備用地下水井管理系統建置規劃計畫成果資料光碟=Administration System Development and Planning for Backup Groundwater Wells in Taipei Basin</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來全球氣候環境的變遷，降雨的集中與水文極端事件，乾旱的發生週期與規模也不斷的改變，有鑑於台灣地區可能發生的重大水災及旱災，為建立其完整之災害資料庫，以提供各相關治理、管理單位參考，遂由水利署推動「98年重大水旱災勘查服務團」計畫，透過服務團架構整合各地學者專家及調查團隊，於重大水旱災後提供專業調查資訊，建立重大水旱災災害基本資料及勘災報告，建立各區域災害潛勢區基本資料，提供各級單位後續治理與管理之參考。本計畫完成工作項目如下： 本計畫工作架構: 本計畫工作事項共分為：  (一)災例蒐集及建立專家學者資料庫。  (二)災區現勘作業與現勘報告撰寫及提送。 近十年重大水災事件: 本計畫向水利署及各河川局、行政院災害防救委員會、國家災害防救科技中心、各縣市政府蒐集近10年，以死亡人數達5人以上或農業損失達5億以上之事件規模，共21場重大水旱災事件，包含災害範圍、災害規模與災害原因等資料。 近十年重大旱災事件: 旱災不易以量化進行評估，參考以經濟上的衝擊、環境上的衝擊、社會上的衝擊旱災的之標準。(蕭政宗,2007)  舉出91年、92年為乾旱年，並列出災害原因。 常淹水區域災情資料庫建立: 以村里為單位進行彙整，其資料包含近10年淹水次數、歷年最大淹水深度、歷年淹水事件、常見致災原因。 勘災服務團隊建立: 考量重大水旱災災害規模多跨及兩個縣市以上，或分別屬於不同的區域或因規模過大且可能發生災害地點遍及台灣地區，現地勘查集資料蒐集需要大量人力資源。工作團隊結合各地具有相關經驗、專長之團隊共同協力組成「重大水旱災勘災服務團」，共同針對台灣地區重大水旱災害提供專業的勘災服務。 勘災流程: 勘災流程主要分為：(1)勘災啟動、(2)工作小組作業、(3)現勘調查作業、(4)勘後行政作業、(5)水災調查報告撰寫及提送等事項。  勘災作業時機: 1.水利署防災中心三級開設後通報服務團即完成待命。  2.水利署防災中心二級或一級開設後即開始收集水情、災情並進行分析彙整。  3.若無重大災情則進行水旱災一般事件調查作業並視情況進行現勘作業。  4.水災若造成重大損失，經經濟部指示啟動水旱災現勘作業時，則啟動水旱災服務團協助作業機制。 本年度勘災工作: 本年度完成蓮花颱風、莫拉克颱風及芭瑪颱風速報及災害調查報告(蓮花颱風2點位，莫拉克颱蓮468點位，芭瑪颱風50點位，共計520點位，如圖c3)，並依據調程成果完成相關災情資料庫。 蓮花颱風造成雲林縣口湖鄉港東村和台南縣七股鄉鹽埕村等地淹水。 莫拉克颱風重創南台灣，本次調查由台中縣市、彰化縣、雲林縣、嘉義縣、台南縣市、高雄縣市與台東縣等災害通報資料，各縣市均有相當多的水災災情傳出，服務團隊均伸入災區進行現場調查。 芭瑪颱風造成宜蘭縣地區大範圍淹水災害，壯圍鄉、五結鄉、冬山鄉、羅東鎮、宜蘭市、三星鄉、大同鄉等地區村里均有災情傳出。 勘災後資料處理與展示: 將勘災後資訊透過Google Map平台即時展示災害位置分佈，並彙整災害分布及災情狀態。其優點為以衛星影像為底圖、提供縣市鄉鎮界、道路系統等空間資訊且為網路地理資訊平台，讓使用者快速瞭解空間相對關係，亦可提供多人同時編輯及查詢作業。 災情彙整包含建立災害點位調查資料並建立GIS格式資料，受災範圍及災情資訊資料庫，協助氣象、水文及災情空間資料地理資訊展示等。 水旱災災情資訊傳遞與回報制度改善建議 建立縱向與橫向彙整單一窗口，鄉鎮區公所與縣市政府皆建立單一之災情彙整與傳遞窗口。 其他配合工作事項: 教育訓練課程： 於98年12月10日，辦理災情通報機制教育訓練課程，參加對象以署內應變中心值班人員、各河川局承辦人員，期藉由本次教育訓練課程能強化災情通報作業能力及災情查報與準確掌握災情的能力。 災害緊急資訊提供-堰塞湖資訊 莫拉克颱風災後全台約有18處堰塞湖，嚴密監控其9處較具危險位置，利用每日接收福衛二號衛星影像進行判識，連續三週將影像監測結果提供水利署作為災情判識及緊急處置參考。 無人載具空拍－屏東縣林邊溪潰堤 於8月10日即進行林邊溪潰堤無人載具空拍作業，並提供水利署作為災情研判，與災害範圍評估。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804326</governmentpublicationsnumber><identifier>64096</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64096</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年重大水旱災勘查服務團計畫＝Survey Service Group of Major Flood and Drought Events 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來全球氣候環境的變遷，降雨的集中與水文極端事件，乾旱的發生週期與規模也不斷的改變，有鑑於台灣地區可能發生的重大水災及旱災，為建立其完整之災害資料庫，以提供各相關治理、管理單位參考，遂由水利署推動「98年重大水旱災勘查服務團」計畫，透過服務團架構整合各地學者專家及調查團隊，於重大水旱災後提供專業調查資訊，建立重大水旱災災害基本資料及勘災報告，建立各區域災害潛勢區基本資料，提供各級單位後續治理與管理之參考。本計畫完成工作項目如下： 本計畫工作架構: 本計畫工作事項共分為：  (一)災例蒐集及建立專家學者資料庫。  (二)災區現勘作業與現勘報告撰寫及提送。 近十年重大水災事件: 本計畫向水利署及各河川局、行政院災害防救委員會、國家災害防救科技中心、各縣市政府蒐集近10年，以死亡人數達5人以上或農業損失達5億以上之事件規模，共21場重大水旱災事件，包含災害範圍、災害規模與災害原因等資料。 近十年重大旱災事件: 旱災不易以量化進行評估，參考以經濟上的衝擊、環境上的衝擊、社會上的衝擊旱災的之標準。(蕭政宗,2007)  舉出91年、92年為乾旱年，並列出災害原因。 常淹水區域災情資料庫建立: 以村里為單位進行彙整，其資料包含近10年淹水次數、歷年最大淹水深度、歷年淹水事件、常見致災原因。 勘災服務團隊建立: 考量重大水旱災災害規模多跨及兩個縣市以上，或分別屬於不同的區域或因規模過大且可能發生災害地點遍及台灣地區，現地勘查集資料蒐集需要大量人力資源。工作團隊結合各地具有相關經驗、專長之團隊共同協力組成「重大水旱災勘災服務團」，共同針對台灣地區重大水旱災害提供專業的勘災服務。 勘災流程: 勘災流程主要分為：(1)勘災啟動、(2)工作小組作業、(3)現勘調查作業、(4)勘後行政作業、(5)水災調查報告撰寫及提送等事項。  勘災作業時機: 1.水利署防災中心三級開設後通報服務團即完成待命。  2.水利署防災中心二級或一級開設後即開始收集水情、災情並進行分析彙整。  3.若無重大災情則進行水旱災一般事件調查作業並視情況進行現勘作業。  4.水災若造成重大損失，經經濟部指示啟動水旱災現勘作業時，則啟動水旱災服務團協助作業機制。 本年度勘災工作: 本年度完成蓮花颱風、莫拉克颱風及芭瑪颱風速報及災害調查報告(蓮花颱風2點位，莫拉克颱蓮468點位，芭瑪颱風50點位，共計520點位，如圖c3)，並依據調程成果完成相關災情資料庫。 蓮花颱風造成雲林縣口湖鄉港東村和台南縣七股鄉鹽埕村等地淹水。 莫拉克颱風重創南台灣，本次調查由台中縣市、彰化縣、雲林縣、嘉義縣、台南縣市、高雄縣市與台東縣等災害通報資料，各縣市均有相當多的水災災情傳出，服務團隊均伸入災區進行現場調查。 芭瑪颱風造成宜蘭縣地區大範圍淹水災害，壯圍鄉、五結鄉、冬山鄉、羅東鎮、宜蘭市、三星鄉、大同鄉等地區村里均有災情傳出。 勘災後資料處理與展示: 將勘災後資訊透過Google Map平台即時展示災害位置分佈，並彙整災害分布及災情狀態。其優點為以衛星影像為底圖、提供縣市鄉鎮界、道路系統等空間資訊且為網路地理資訊平台，讓使用者快速瞭解空間相對關係，亦可提供多人同時編輯及查詢作業。 災情彙整包含建立災害點位調查資料並建立GIS格式資料，受災範圍及災情資訊資料庫，協助氣象、水文及災情空間資料地理資訊展示等。 水旱災災情資訊傳遞與回報制度改善建議 建立縱向與橫向彙整單一窗口，鄉鎮區公所與縣市政府皆建立單一之災情彙整與傳遞窗口。 其他配合工作事項: 教育訓練課程： 於98年12月10日，辦理災情通報機制教育訓練課程，參加對象以署內應變中心值班人員、各河川局承辦人員，期藉由本次教育訓練課程能強化災情通報作業能力及災情查報與準確掌握災情的能力。 災害緊急資訊提供-堰塞湖資訊 莫拉克颱風災後全台約有18處堰塞湖，嚴密監控其9處較具危險位置，利用每日接收福衛二號衛星影像進行判識，連續三週將影像監測結果提供水利署作為災情判識及緊急處置參考。 無人載具空拍－屏東縣林邊溪潰堤 於8月10日即進行林邊溪潰堤無人載具空拍作業，並提供水利署作為災情研判，與災害範圍評估。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804326</governmentpublicationsnumber><identifier>64097</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64097</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年重大水旱災勘查服務團計畫(光碟版) ＝Survey Service Group of Major Flood and Drought Events 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。  因此水利署於本年度委託成功大學防災研究中心執行「98年重大水旱災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。  本報告書完成蓮花、莫拉克、芭瑪颱風之勘災工作與勘災速報之撰寫工作。蓮花颱風調查雲林縣、台南縣等2點位；於莫拉克颱風期間，進行36組次之現地勘災工作，勘災地點包含台中縣(市)、彰化縣、雲林縣、嘉義縣(市)、台南縣(市)、高雄縣、屏東縣與台東縣等11縣市共計486點位。芭瑪颱風期間以宜蘭縣等7鄉鎮為主要受災地點，勘查地點計有50處。本年度共完成蓮花颱風、莫拉克颱風及芭瑪颱風共計520點位，並依據成果完成相關氣象、水情及災情資料庫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804579</governmentpublicationsnumber><identifier>64098</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64098</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度重大水旱災勘災報告書(蓮花颱風)＝98 years of major floods and droughts survey report (Linfa Typhoon)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。  因此水利署於本年度委託成功大學防災研究中心執行「98年重大水旱災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。  本報告書完成蓮花、莫拉克、芭瑪颱風之勘災工作與勘災速報之撰寫工作。蓮花颱風調查雲林縣、台南縣等2點位；於莫拉克颱風期間，進行36組次之現地勘災工作，勘災地點包含台中縣(市)、彰化縣、雲林縣、嘉義縣(市)、台南縣(市)、高雄縣、屏東縣與台東縣等11縣市共計486點位。芭瑪颱風期間以宜蘭縣等7鄉鎮為主要受災地點，勘查地點計有50處。本年度共完成蓮花颱風、莫拉克颱風及芭瑪颱風共計520點位，並依據成果完成相關氣象、水情及災情資料庫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804579</governmentpublicationsnumber><identifier>64099</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64099</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度重大水旱災勘災報告書(莫拉克颱風)＝98 years of major floods and droughts survey report (Morakot  Typhoon)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。  因此水利署於本年度委託成功大學防災研究中心執行「98年重大水旱災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。  本報告書完成蓮花、莫拉克、芭瑪颱風之勘災工作與勘災速報之撰寫工作。蓮花颱風調查雲林縣、台南縣等2點位；於莫拉克颱風期間，進行36組次之現地勘災工作，勘災地點包含台中縣(市)、彰化縣、雲林縣、嘉義縣(市)、台南縣(市)、高雄縣、屏東縣與台東縣等11縣市共計486點位。芭瑪颱風期間以宜蘭縣等7鄉鎮為主要受災地點，勘查地點計有50處。本年度共完成蓮花颱風、莫拉克颱風及芭瑪颱風共計520點位，並依據成果完成相關氣象、水情及災情資料庫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804579</governmentpublicationsnumber><identifier>64100</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64100</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度重大水旱災勘災報告書(芭瑪颱風)＝98 years of major floods and droughts survey report (Parma Typhoon)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。  因此水利署於本年度委託成功大學防災研究中心執行「98年重大水旱災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。  本報告書完成蓮花、莫拉克、芭瑪颱風之勘災工作與勘災速報之撰寫工作。蓮花颱風調查雲林縣、台南縣等2點位；於莫拉克颱風期間，進行36組次之現地勘災工作，勘災地點包含台中縣(市)、彰化縣、雲林縣、嘉義縣(市)、台南縣(市)、高雄縣、屏東縣與台東縣等11縣市共計486點位。芭瑪颱風期間以宜蘭縣等7鄉鎮為主要受災地點，勘查地點計有50處。本年度共完成蓮花颱風、莫拉克颱風及芭瑪颱風共計520點位，並依據成果完成相關氣象、水情及災情資料庫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980139</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804579</governmentpublicationsnumber><identifier>64101</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64101</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度重大水旱災勘災報告書(蓮花颱風、莫拉克颱風、芭瑪颱風)－光碟版＝Survey Report of Major Flood and Drought Events in 2009 (Linfa、Morakot  Parma Typhoon )</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。本計畫今年度主要完成工作內容：一、	頭前溪流域基本資料補充分析蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。三、	頭前溪中正橋河段地形測量及地質鑽探於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。四、	中正橋河段沖刷防治工法方案模擬規劃蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。五、	沖刷防治工法數值模擬分析及模擬結果分析討論由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析(一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。(二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。七、	中正橋河段現地水砂觀測規劃八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098-B-01040-002-103</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804132</governmentpublicationsnumber><identifier>64102</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(2/2)(內附光碟)＝Engineering Design and Assessment of Erossion Prevention of the Tou-Cian River Channel at the Jhong - Jheng Bridge (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803856</governmentpublicationsnumber><identifier>64103</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64103</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正總報告〈光碟版〉＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects</title><yearidentifier>200912</yearidentifier></data><data><abstract>以不影響滯洪池原有滯洪蓄洪功能為優先考量，研訂蓄洪設施應用於水資源規劃研究之規劃原則，建構水量儲用功能模擬分析模式，並研提具體可行方案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980098</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803645</governmentpublicationsnumber><identifier>64104</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64104</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>沿海地陷區蓄洪設施水資源之應用研究--光碟版=A Study of Water Resources Utilization From Retention Facilities in the Region of Land Subsidence Along the Coast</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803645</governmentpublicationsnumber><identifier>64106</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64106</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>沿海地陷區蓄洪設施水資源之應用研究成果--光碟版=A Study of Water Resources Utilization From Retention Facilities in the Region of Land Subsidence Along the Coast</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，並針對地層下陷地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度之工作如下：（一）地層下陷區水準網檢測（二）地陷監測井及GPS固定站之觀測及維護（三）施測區域之資料整合分析（四）地層下陷資料庫與查詢系統之資料更新及維護（五）新監測技術研發</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970321</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803276</governmentpublicationsnumber><identifier>64107</identifier><internationalstandardbooknumber>9789860209617 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64107</librarycollectiondetailsurl><price>3500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度宜蘭、苗栗、台中及嘉南高屏等地區地層下陷水準檢測及其相關分析=Leveling Survey and the Relevant Analysis to Land Subsidence in Yilan、Miaoli、Taichung、Chiayi、Tainan、Kaohsiung and Pingtung Area</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803184</governmentpublicationsnumber><identifier>64108</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64108</librarycollectiondetailsurl><price>10000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>蘭陽地區地面地下化調配及管理系統建置規劃計畫成果資料--光碟版=Establishment Planning of the Surface-Ground Water Allocation and Management System in Lan-Yang Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要為延續地層下陷防治執行方案第二期計畫及未來「地下水保育管理計畫」來實施，其目的為持續進行各地層下陷區之監測，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作內容如下：(一)地層下陷區之水準網檢測(二)地陷監測井之觀測與維護(三)地層下陷區之資料整合分析(四)地層下陷資料庫與查詢系統之維護與資料更新(五)彰化縣伸港鄉、線西鄉及溪州鄉三鄉鎮水井清查</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980278</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804535</governmentpublicationsnumber><identifier>64110</identifier><internationalstandardbooknumber>9789860221114 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64110</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台北及彰雲地層下陷區基礎資料監測與調查計畫=Fundamental Data Survey and Cross Analysis of Land Subsidence in Taipei Basin, Chahwa and Yunlin Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫係依據水利署配合行政院核定「國土復育策略方案暨行動計畫」內所推動實施計畫之工作項目辦理，主要針對地層下陷潛能地區監測其地層變化情形，以分析嚴重地層下陷區之地層下陷機制，作為日後地層下陷防治措施擬訂之參考外，並為該地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要依據。本年度之工作項目如下：(一)	於雲林縣四湖鄉、口湖鄉及虎尾鎮(高鐵與雲158線道交界處)等鄉鎮設置3口深度共900公尺之磁環分層式地層下陷監測井。(二)	配合監測井施工過程，進行100公尺地質鑽探取樣、300組物性試驗、30組黏土單向壓密試驗及15組透水試驗。(三)	整理過去歷年水文地質井測資料、監測井量測資料進行調查區地層分類標準及下陷評估。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970327</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009804363</governmentpublicationsnumber><identifier>64112</identifier><internationalstandardbooknumber>9789860219852 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64112</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷分層監測點評析建立及試驗分析計畫=Installation of multi-layer land subsidence monitoring sites and data analysis of laboratory tests</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803461</governmentpublicationsnumber><identifier>64113</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64113</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>氣候變遷對石門水庫供水風險之影響分析計畫成果資料--光碟版=The study of climate change impact to the water supply risk of Hsihmen reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>64115</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64115</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)＝The Enviroment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/24</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>64116</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64116</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>承續前期工作成果，在台中市褔田廠執行模廠連續運轉外，並增設不同程序處理單元，進行長期操作與驗證，同時研擬生物毒性試驗內容，並將模廠處理後之再生水運送至相關單位供其試用，同步亦配合機關學校辦理教育宣導活動，以作為未來推動再生利用之參考依據。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980041</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803289</governmentpublicationsnumber><identifier>64118</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64118</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(1/3)計畫成果--光碟版＝Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合台中港特定區排水整治及環境營造規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803200</governmentpublicationsnumber><identifier>64119</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64119</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台中港特定區(中棲路以南)排水系統環境營造規劃(內附光碟)=The Environmental Rehabilitation Planning of the Drainage System for Taichung Harbor Special District (Southern area of the Jhongci Road)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合台中港特定區排水整治及環境營造規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803200</governmentpublicationsnumber><identifier>64120</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64120</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>台中港特定區(中棲路以南)排水系統環境營造規劃--光碟版=The Environmental Rehabilitation Planning of the Drainage System for Taichung Harbor Special District (Southern area of the Jhongci Road)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合雲林縣新興、十三份、嘉義縣魚寮中排三、金陵(含五間厝地區)、嘉義市鹿寮等排水系統等規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803202</governmentpublicationsnumber><identifier>64122</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64122</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林縣新興排水系統、雲林縣十三份排水系統、嘉義縣魚寮中排三排水系統、嘉義縣金陵排水系統(含五間厝地區排水)及嘉義市鹿寮排水系統環境營造調查分析(內附光碟)=The Environmental Rehabilitation Survey and Analysis for the Sinsing Drainage System,the Shisanfen Drainage System in Yunlin County,</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合雲林縣新興、十三份、嘉義縣魚寮中排三、金陵(含五間厝地區)、嘉義市鹿寮等排水系統等規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803202</governmentpublicationsnumber><identifier>64123</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64123</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林縣新興排水系統、雲林縣十三份排水系統、嘉義縣魚寮中排三排水系統、嘉義縣金陵排水系統(含五間厝地區排水)及嘉義市鹿寮排水系統環境營造調查分析--光碟版=The Environmental Rehabilitation Survey and Analysis for the Sinsing Drainage System,the Shisanfen Drainage System in Yunlin County,</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合雲林縣客子厝大排排水系統規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803201</governmentpublicationsnumber><identifier>64124</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64124</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林縣客子厝大排排水系統環境營造規劃(內附光碟)=The Environmental Rehabilitation Planning of the Kezicuo Drainage System, Yunlin County</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合雲林縣客子厝大排排水系統規劃，調查分析區域內之排水情勢，並配合提出水域週邊環境營造願景規劃成果，達到治水與環境營造之功效。</abstract><author>怡興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803201</governmentpublicationsnumber><identifier>64125</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64125</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>雲林縣客子厝大排排水系統環境營造規劃--光碟版=The Environmental Rehabilitation Planning of the Kezicuo Drainage System, Yunlin County</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，並針對地層下陷地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度之工作如下：（一）地層下陷區水準網檢測（二）地陷監測井及GPS固定站之觀測及維護（三）施測區域之資料整合分析（四）地層下陷資料庫與查詢系統之資料更新及維護（五）新監測技術研發</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970321</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009803276</governmentpublicationsnumber><identifier>64136</identifier><internationalstandardbooknumber>9789860209617 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64136</librarycollectiondetailsurl><price>3500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度宜蘭、苗栗、台中及嘉南高屏等地區地層下陷水準檢測及其相關分析(光碟版) Leveling  Survey  and  the  Relevant  Analysis  to  Land  Subsidence  in  Yilan 、Miaoli 、Taichung 、Chiayi、Tainan、Kaohsiung   and   Pingtung  Area</title><yearidentifier>200911</yearidentifier></data><data><abstract>本計畫係依據水利署配合行政院核定「國土復育策略方案暨行動計畫」內所推動實施計畫之工作項目辦理，主要針對地層下陷潛能地區監測其地層變化情形，以分析嚴重地層下陷區之地層下陷機制，作為日後地層下陷防治措施擬訂之參考外，並為該地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要依據。 本年度之工作項目如下： (一)	於雲林縣四湖鄉、口湖鄉及虎尾鎮(高鐵與雲158線道交界處)等鄉鎮設置3口深度共900公尺之磁環分層式地層下陷監測井。 (二)	配合監測井施工過程，進行100公尺地質鑽探取樣、300組物性試驗、30組黏土單向壓密試驗及15組透水試驗。 (三)	整理過去歷年水文地質井測資料、監測井量測資料進行調查區地層分類標準及下陷評估。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.8   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970327</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009804363</governmentpublicationsnumber><identifier>64137</identifier><internationalstandardbooknumber>9789860219852 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64137</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷分層監測點評析建立及試驗分析計畫(光碟版) Ιnstallation  of  multi-layer  land   subsidence  monitoring  sites  and  data  analysis  of  laboratory   tests</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要為延續地層下陷防治執行方案第二期計畫及未來「地下水保育管理計畫」來實施，其目的為持續進行各地層下陷區之監測，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作內容如下： (一)地層下陷區之水準網檢測 (二)地陷監測井之觀測與維護 (三)地層下陷區之資料整合分析 (四)地層下陷資料庫與查詢系統之維護與資料更新 (五)彰化縣伸港鄉、線西鄉及溪州鄉三鄉鎮水井清查</abstract><author>財團法人工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980278</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/25</date><governmentpublicationsnumber>1009804535</governmentpublicationsnumber><identifier>64138</identifier><internationalstandardbooknumber>9789860221114 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64138</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台北及彰雲地層下陷區基礎資料監測與調查計畫(光碟版) Fundamental  Data  Survey  and  Cross  Analysis  of  Land Subsidence in Taipei  Basin,  Chahwa   and   Yunlin  Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980244</commissionedprojectidentifier><currency>NT$</currency><date>2010/2/26</date><governmentpublicationsnumber>1009803855</governmentpublicationsnumber><identifier>64139</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64139</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正(3/3)成果資料(光碟版)＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>97年8月辦理之「苗栗縣管區域排水竹南頭份地區排水系統規劃報告」則重新研究，經該計畫檢討為減輕龍鳳排水淹水災害，確實有必要分洪上游雷公埤右支流洪水量，預定分流量為每秒29.3立方公尺。本工程原案於民國95年完成規劃設計，將雷公埤右支流分洪渠道沿興隆路(苗7線)道路下方設置單孔箱涵分洪工程，採內徑尺寸W×H=3.2公尺×2.5公尺，平均開挖深度約4.0公尺~6.3公尺。由於興隆路兩旁緊鄰建築物，道路下方埋設既有26吋高壓瓦斯管、自來水管、電信管等民生管線，因26吋高壓瓦斯管難以遷移，以致於興隆路道路下方施作箱涵之風險性甚高，加上物價波動甚鉅，致使本案無法順利發包，故重新研提『龍鳳排水治理工程分洪路線檢討』規劃。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/1</date><governmentpublicationsnumber>1009804167</governmentpublicationsnumber><identifier>64140</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64140</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>龍鳳排水治理工程分洪路線檢討＝The Treatment Project of Flood Diversion Route on Longfeng Drainage</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>社團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/1</date><governmentpublicationsnumber>1009803913</governmentpublicationsnumber><identifier>64142</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64142</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>石門水庫入庫水砂歷線推估模式成果資料--光碟版=Simujlation of Inflow Discharge and Suspended Sediment Concentration Hydrographs for Shihman Reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>97年8月辦理之「苗栗縣管區域排水竹南頭份地區排水系統規劃報告」則重新研究，經該計畫檢討為減輕龍鳳排水淹水災害，確實有必要分洪上游雷公埤右支流洪水量，預定分流量為每秒29.3立方公尺。本工程原案於民國95年完成規劃設計，將雷公埤右支流分洪渠道沿興隆路(苗7線)道路下方設置單孔箱涵分洪工程，採內徑尺寸W×H=3.2公尺×2.5公尺，平均開挖深度約4.0公尺~6.3公尺。由於興隆路兩旁緊鄰建築物，道路下方埋設既有26吋高壓瓦斯管、自來水管、電信管等民生管線，因26吋高壓瓦斯管難以遷移，以致於興隆路道路下方施作箱涵之風險性甚高，加上物價波動甚鉅，致使本案無法順利發包，故重新研提『龍鳳排水治理工程分洪路線檢討』規劃。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/1</date><governmentpublicationsnumber>1009804167</governmentpublicationsnumber><identifier>64143</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64143</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>龍鳳排水治理工程分洪路線檢討(光碟版)＝The Treatment Project of Flood Diversion Route on Longfeng Drainage</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫著重在掌握進入人工湖區地表水蓄水量變化及其與地下水間交互作用影響，同時應用異質性特性探討湖區堤岸之穩定性。</abstract><author>國立中央大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980060</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/1</date><governmentpublicationsnumber>1009803789</governmentpublicationsnumber><identifier>64144</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64144</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>區域尺度水力參數率定技術與地層異質性對人工湖規設之敏感度分析專題報告(光碟版) ＝Development of calibration technology for estimating regional-scale hydraulic properties and sensitivity analysis of the aquifer heterogeneity on the design and operatio</title><yearidentifier>200912</yearidentifier></data><data><abstract>97年8月辦理之「苗栗縣管區域排水竹南頭份地區排水系統規劃報告」則重新研究，經該計畫檢討為減輕龍鳳排水淹水災害，確實有必要分洪上游雷公埤右支流洪水量，預定分流量為每秒29.3立方公尺。本工程原案於民國95年完成規劃設計，將雷公埤右支流分洪渠道沿興隆路(苗7線)道路下方設置單孔箱涵分洪工程，採內徑尺寸W×H=3.2公尺×2.5公尺，平均開挖深度約4.0公尺~6.3公尺。由於興隆路兩旁緊鄰建築物，道路下方埋設既有26吋高壓瓦斯管、自來水管、電信管等民生管線，因26吋高壓瓦斯管難以遷移，以致於興隆路道路下方施作箱涵之風險性甚高，加上物價波動甚鉅，致使本案無法順利發包，故重新研提『龍鳳排水治理工程分洪路線檢討』規劃。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/1</date><governmentpublicationsnumber>1009804167</governmentpublicationsnumber><identifier>64146</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64146</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>龍鳳排水治理工程分洪路線檢討基本設計圖</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，依年度計畫所分配工作項目，進行蒐集相關基本資料，示範集水區系統性生態廊道與棲地之限制條件初步調查，並對其作環境分析與評估。</abstract><author>社團法人中興土木科技發展文教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980144</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/2</date><governmentpublicationsnumber>1009803336</governmentpublicationsnumber><identifier>64147</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64147</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(1/3)＝Study on Systemic Habitat Creation for the Regional Drainage Watershed(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，依年度計畫所分配工作項目，進行蒐集相關基本資料，示範集水區系統性生態廊道與棲地之限制條件初步調查，並對其作環境分析與評估。</abstract><author>社團法人中興土木科技發展文教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980144</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/2</date><governmentpublicationsnumber>1009803336</governmentpublicationsnumber><identifier>64148</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64148</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(1/3)－光碟版=Study on Systemic Habitat Creation for the Regional Drainage Watershed(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區早年水資源利用係以農業灌溉為主，而今，工業的興起和人口的成長，產業用水與家用及公共給水日趨重要，但由於台灣地區地理水文條件之天然限制，水資源開發不易，而用水需求量日增，故水資源之管理與調配，為當前政府施政之重點方向，因此經濟部水利署欲藉由「水權登記制度」以合理有效地管理調度及分配使用水資源，提高水資源運用之經濟性及效率性，確實達成水資源合理有效分配及健全用水管理與制度之目標。     為達上述目標，本計畫將分兩個年度實施，建立各標的水權用水範圍管理制度和稽核機制，開發水權用水範圍處理系統，輔助檢視各標的水權用水範圍作業之實施等項目。     本(98)年度計畫建立「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等用水標的水權之用水範圍管理制度及稽核機制，開發用水範圍處理系統，以輔助改善中央及地方水權主管機關對水權用水範圍之資料審核品質，並提升水權核辦作業效率，同時指派專責人員協助初期水權用水範圍稽核作業的實施，並輔導水權主管機關承辦人員和水權申請人對系統之操作及各項表件填表說明，期使使水資源的經營管理更臻完備。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980006</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/2</date><governmentpublicationsnumber>1009803918</governmentpublicationsnumber><identifier>64152</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64152</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源經營管理－水權用水範圍稽核作業(1/2)＝Watwer Rresource Management and Operation Water Rights Coverage Area Examination (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>民國九十八年八月莫拉克颱風侵台期間，曾文溪流域降下有史以來的最大雨量，曾文水庫小時平均進水洪峰流量(含泥砂量)達11,729秒立方公尺，近於該水庫修正設計洪水之[可能最大洪水]12,430秒立方公尺，而在水庫洩洪之前，下游曾文溪河道已超過警戒水位，甚至部分河段已經接近溢提，沿岸地區亦多處積水，當進水流量及劇增加後水庫開始洩洪，此後曾文溪中、下游沿岸地區發生大面積淹水災害。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980384</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803998</governmentpublicationsnumber><identifier>64153</identifier><internationalstandardbooknumber>9789860215175 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64153</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>莫拉客颱風期間曾文水庫放水與下游淹水原因探討=Investigation the Relationship between Flood Release of Tsengwen Reservior and Downstream Inundation of Typhoon Morakot</title><yearidentifier>200912</yearidentifier></data><data><abstract>民國九十八年八月莫拉克颱風侵台期間，曾文溪流域降下有史以來的最大雨量，曾文水庫小時平均進水洪峰流量(含泥砂量)達11,729秒立方公尺，近於該水庫修正設計洪水之[可能最大洪水]12,430秒立方公尺，而在水庫洩洪之前，下游曾文溪河道已超過警戒水位，甚至部分河段已經接近溢提，沿岸地區亦多處積水，當進水流量及劇增加後水庫開始洩洪，此後曾文溪中、下游沿岸地區發生大面積淹水災害。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980384</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803998</governmentpublicationsnumber><identifier>64154</identifier><internationalstandardbooknumber>9789860215175 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64154</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>莫拉客颱風期間曾文水庫放水與下游淹水原因探討(光碟版)=Investigation the Relationship between Flood Release of Tsengwen Reservior and Downstream Inundation of Typhoon Morakot</title><yearidentifier>200912</yearidentifier></data><data><abstract>延續計畫，調查水庫淹?區石底層出露範圍，補育調查煤礦坑、採煤跡及採煤層。依調查成果，瞭解煤礦坑對平溪水庫影響及評估封堵工法，完成水庫淹沒區石底層煤礦坑及含煤層調查。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803785</governmentpublicationsnumber><identifier>64155</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64155</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>基隆河平溪水庫初步規劃(2)淹沒區煤礦坑、含媒層調查及評估計畫成果資料光碟＝Preliminary Planning (2) of Keelung River Pingsi Reservoir ：Investigation and Assessment of Coal Pits and Layers in Inundated Area</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立聯合大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803555</governmentpublicationsnumber><identifier>64156</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64156</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)--人文生態系統保育雛形規劃成果資料--光碟版=The Promotion Project of Tienhwahu Reservoir(Ⅱ)--A Preliminary Planning for Human Ecological System</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>農委會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803674</governmentpublicationsnumber><identifier>64157</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64157</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(1/3)成果資料--光碟版＝A Study of Biotic Indicators and Habitat Suitability Curves(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺灣地區因河川坡陡短流、降雨不均等天然環境條件的限制，再加上近年來氣候變遷，致使缺水及乾旱的頻率日益增加，但由於傳統水資源開發方式已漸趨不易，政府乃在近年來積極推動水再生利用，並發展相關水利產業。水再生利用包括生活污水(urban and domestic sewage )及事業廢水回用；生活污水與事業廢水的因水量大且穩定，水質負荷低，且廢污水再生利用可伴隨著污水下水道建設與污水處理廠之興建，對於推動水再生利用產業發展以及落實水源多元化具有正面的社會效益。但由於目前臺灣水價偏低，推動廢污水回收再利用的成本大多高於再生水的直接使用價值，因此要推動水再生利用計畫，除了考量水再生利用對於各用水標的的直接使用效益外，還必須考量水再生利用的間接效益，包括產業發展的產業關聯效果、減少原水資源消耗的、減少水污染排放的環境效益等。本研究計畫分為兩個年度執行，第一年度的主要目的在於從整體社會的角度，針對不同水再生利用之興辦模式、取供取用模式、以及不同促進產業發展之經濟手段，建立經濟效益評估模式，以作為評估水再生利用系統投資有效性之量化效益依據。第二年度的主要研究目的與工作重點則在於廠商投資誘因的角度建構完整之水再生利用財務評估模式，並透過實際案例的分析，建構完整的水再生利用經濟效益評估模式，並且提估經濟效益評估作業手冊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980216</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009900756</governmentpublicationsnumber><identifier>64158</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64158</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究(1/2)＝Framework of Economic Evaluation for Water Reclamation and Reuse(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>臺灣地區因河川坡陡短流、降雨不均等天然環境條件的限制，再加上近年來氣候變遷，致使缺水及乾旱的頻率日益增加，但由於傳統水資源開發方式已漸趨不易，政府乃在近年來積極推動水再生利用，並發展相關水利產業。水再生利用包括生活污水(urban and domestic sewage )及事業廢水回用；生活污水與事業廢水的因水量大且穩定，水質負荷低，且廢污水再生利用可伴隨著污水下水道建設與污水處理廠之興建，對於推動水再生利用產業發展以及落實水源多元化具有正面的社會效益。但由於目前臺灣水價偏低，推動廢污水回收再利用的成本大多高於再生水的直接使用價值，因此要推動水再生利用計畫，除了考量水再生利用對於各用水標的的直接使用效益外，還必須考量水再生利用的間接效益，包括產業發展的產業關聯效果、減少原水資源消耗的、減少水污染排放的環境效益等。本研究計畫分為兩個年度執行，第一年度的主要目的在於從整體社會的角度，針對不同水再生利用之興辦模式、取供取用模式、以及不同促進產業發展之經濟手段，建立經濟效益評估模式，以作為評估水再生利用系統投資有效性之量化效益依據。第二年度的主要研究目的與工作重點則在於廠商投資誘因的角度建構完整之水再生利用財務評估模式，並透過實際案例的分析，建構完整的水再生利用經濟效益評估模式，並且提估經濟效益評估作業手冊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980216</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009900756</governmentpublicationsnumber><identifier>64159</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64159</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究(1/2)(光碟版)＝Framework of Economic Evaluation for Water Reclamation and Reuse(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>本計畫配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009803404</governmentpublicationsnumber><identifier>64160</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64160</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中庄調整池工程計畫環境影響說明書(定稿本)=The Environmental Impact Statement of Construction Project of Lake Jhongjhung</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980285</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009804417</governmentpublicationsnumber><identifier>64161</identifier><internationalstandardbooknumber>9789860220261 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64161</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識服務計畫The Intellectual  Project of Land Subsidence Prevention and Reclamation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980285</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/3</date><governmentpublicationsnumber>1009804417</governmentpublicationsnumber><identifier>64162</identifier><internationalstandardbooknumber>9789860220261 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64162</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識服務計畫(光碟版)   The Intellectual Support Project of Land Subsidence Prevention and Reclamation</title><yearidentifier>200912</yearidentifier></data><data><abstract>摘要 一、概述 牛稠溪集水區(含六塊厝排水)位於屏東縣市境內，北有武洛溪流域，東與麟洛溪排水流域相鄰，西邊則為高屏溪。發源於屏東縣長治鄉德協附近，於萬丹鄉及新園鄉交接附近流入高屏溪，涵蓋之行政區計有屏東縣之長治鄉、屏東市及萬丹鄉等3個市鄉。 本計畫區屬熱帶氣候，年平均降雨量為1,841.8mm，全區位於屏東平原上之現代沖積層，土、砂、礫為主要地質成分。地下水位於豐水期時地盤高約高於平均地下水位4~15m以上，本計畫產業經濟與土地利用皆以農業為主，渠道水質檢測結果甚差，多屬嚴重污染程度，本計畫區以往並無排水相關規劃報告，僅於民國79年辦理「屏東市復興南路排水改善規劃報告」，針對計畫區內復興南路排水改善做檢討。 二、規劃範圍 牛稠溪排水之權責治理起點為與屏189昌農橋交會處開始，此處亦為與六塊厝排水支線匯合，權責終點為至長治鄉大陽橋；而六塊厝排水權責治理起點為自與牛稠溪排水匯流口開始，至終點為與台鐵鐵路橋交會。牛稠溪排水與六塊厝排水主水道長度分別為22.3Km、5.5Km，集水區規劃總面積約5,721ha。 三、基本資料調查 (一)淹水調查 屏東市之淹水範圍多屬局部性，歷年淹水調查與洪災損失資料少，重大淹水範圍多位於六塊厝排水下游、復興南路兩旁社區與永安圳中游段之公館、玉成與龍華…等里地勢較低窪較常發生淹水情勢；長治鄉部分則多發生於德榮村下厝街附近。近年最大淹水事件為民國97年之卡玫基颱風，造成屏東市地區約30ha之淹水範圍，部分低窪地區蓄水深度超過50cm，平均積水時間2hr。 (二)測量調查 本計畫進行有渠道斷面與跨渠構造物測量，計排水斷面調查385處，跨渠構造物調查75處，並進行有排水路周遭1/1000地形測量與集水區1/5000高程地形測量。 (三)排水情勢調查 本計畫進行有水質與生態調查，共計10站次，豐枯水期各一次，水體水質檢驗成果屬於丁類水體，水質甚差，豐枯水季皆為嚴重污染程度。牛稠溪排水與六塊厝排水由於大多以受人為開發，本區自然度偏低，生態資源屬於一般都市與農村生態區形式。牛稠溪排水系統記錄有保育類野生動物有燕?、紅隼、貢德氏赤蛙、台灣草蜥、紅尾伯勞及喜鵲等6種。 (四)雨污水下水道系統 本流域包含有屏東市與長治鄉二個都市計畫區內之雨水下水道系統，屏東市下水道系統又分為六塊厝、萬年溪及牛稠溪排水分區，計有41條大支幹線(A1~A6、B1~B29、C1~C9)；長治鄉下水道系統則分為下石埤圳和長興路兩幹線。本計畫區涵蓋有屏東市污水下水道系統，係依萬?溪及六塊厝排水?大排水分設A、B?污水幹管，再納入?塊厝污水處?廠。 四、水文分析 本報告採用以Horner降雨強度推求雨型，洪峰流量計算採用合理化公式、修正三角形單位歷線法與瞬時單位歷線法等三種方法，分析成果與鄰近集水區比流量比較，建議採用修正三角形單位歷線法成果，各控制點10年與25年重現期現況洪峰流量示於下圖。牛稠溪排水於昌農橋處10年與25年重現期洪峰流量為271cms和334cms，而六塊厝排水出口之10年與25年重現期洪峰流量為145cms和186cms。   五、現況通水能力檢討及淹水模擬 本計畫渠道受跨渠構造物影響，使渠道通洪能力受阻，昌農橋以下牛稠溪多無法順利排放2年重現期水量，昌農橋上游部分渠道可滿足至10年重現期通洪量標準；六塊厝排水通洪能力多在10年重現期標準之下。現況淹水模擬成果於10年和25年重現期分別造成約421ha、597ha的淹水範圍。            六、綜合治水方案分析與擇訂 本計畫區經高低地分離，低地為位於昌農橋下游處之渠道，建議以渠道整理配合新建1,700m分流渠道方案為主，以迅速暢洩洪水量。昌農橋以上之高地部分，經以導洪、滯洪、束洪、分洪等措施處理下擬定5個綜合治水方案，經評估以瓶頸段改善、跨渠構造物改善、渠道整理與拓寬，分流、防洪牆加高之方案5治理。高地治理之各方案說明如下：   (一)方案1：渠道整理/滯洪 本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後，輔以4處設滯洪池。移除阻水之攔河堰及制水閘門，並以倒伏式閘門替代。 (二)方案2：渠道整理/全面拓寬改建 本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後仍有溢堤之河段，進行河段排水路全面渠道整理與拓寬。 (三)方案3：導洪/束洪/滯洪 本方案選定適當區位設置滯洪池設施，並配合渠道整理、瓶頸段拓寬(導洪)與局部河段加高防洪牆(束洪)、渠道側溝整理(疏洪)等方式增加排水路通洪能力。 (四)方案4A：導洪/束洪/疏洪 本方案與方案3接近，為將滯洪池所需之分洪量藉由興建分流渠道方式進行改善。 (五)方案4B：導洪/束洪/疏洪 本方案為牛稠溪排水與六塊厝排水全河段渠道整理、瓶頸段拓寬與阻水橋樑改善，對於仍有溢堤處，以拓寬與防洪牆加高型式保護兩岸土地；里程牛12K+175～牛12K+278兩岸緊鄰住宅無法拓寬，建議以防洪牆加高，並配合於12K+278新建分洪箱涵流回至12K+175。里程牛13K+172～治理終點兩岸腹地不足，建議沿渠道邊現況道路方向共構拓寬。    方案別	方案1	方案2	方案3	方案4A	方案4B 主要工程內容	河道整理、瓶頸段拓寬、阻水橋樑改善(導洪)，另設置4座滯洪池	渠道全面拓寬改善(導洪)	多元治水策略(導洪/束洪)，另配合滯洪池1座	多元治水策略(導洪/束洪)，另配合分洪箱涵工程	多元治水策略(導洪/束洪)，另配合分洪箱涵及道路下拓寬渠道 工程經費(萬元)	708,315	155,828	233,538	116,208	101,147 主要優點	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	施工容易、增加民眾遊憩休閒空間視野	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	徵收私有地最少	工程經費較低、施工容易 主要缺點	滯洪池管理維護困難、用地取得困難、工程經費高	兩岸拓寬用地取得困難	滯洪池用地取得困難	分流工程長、施工造成交通阻礙	防洪牆高度較高，對景觀視覺衝擊大 土地取得程度	〤	〤	〤	○	○ 民眾接受度	〤	〤	〤	○	○ 施工難易程度	〤	〤	〤	〤	○ 維護管理	〤	○	〤	○	○ 生態環境	○	○	○	〤	〤 景觀融合性	○	○	○	〤	〤 抒解淹水災害	○	○	○	○	○ 建議方案					建議採用 七、水質及環境營造規劃 本計畫之環境營造願景以創造多樣水域風貌為主軸，配合週邊土地發展型態導入空間活動與機能設施，規劃出三大景觀區塊：1.六塊厝排水系統的建成密集區塊；2.牛稠溪排水系統的工業區景觀區塊；3.牛稠溪排水系統的農村田野區塊。牛稠溪排水系統水質不佳，在污水下水道系統完成前，應以排水周圍截流工程先行完成，並輔以小型污水處理措施，建議可於大連工業區配合都市變更後所提供之綠地土地作為礫間曝氣工法生態水質淨化場址，設計處理量為6,000CMD，用地面積約需0.5公頃，BOD5污染削減率可達72%，出流水水質約為1.95 mg/L，削減量約為30.3 kg/day；另外亦建議於復興橋至昌農橋間渠道上，施以灘地漫地流工法作為另一水質改善方案場址，設計處理量約為7,800CMD，BOD5污染削減率可達90%，出流水水質約為1.36 mg/L，削減量約為299 kg/day。  八、工程計畫 (一)工程規劃設計 1.牛稠溪排水 牛稠溪於高灘地里程6 K +700進行分流措施，里程6 K+700至河口間(牛高灘6K+700～牛高灘0K+000)配合渠道斷面整理。 牛稠溪於高灘地里程6 K +800至昌農橋(9 K +000)，與昌農橋上游至長興橋間(牛0K+000～牛9K+464)兩岸護岸完善，建議保留，惟排水渠道需作渠坡修整，渠道整理工程應避免破壞現有護岸基礎，建議預留2m之現況渠底後再進行渠底浚挖。 牛稠溪於長興橋上游至治理終點建議進行排水拓寬配合防洪牆工程，里程9K +464至11K +900拓寬至15m寬、里程12K+000至終點拓寬至7m寬，惟里程12K+175～12K+278兩岸緊鄰住宅無法拓寬，需於11K+278新建約95m之道路下方分洪箱涵流回至12K+175，分洪箱涵為1孔W×H＝1.3m×1.5m，設計渠坡為0.00621。里程13K+172～治理終點兩岸腹地亦不足，建議沿渠道邊現況道路向方拓寬共構。拓寬渠道側坡採1：0.5塊石護岸。 2.六塊厝排水 六塊厝排水於箱涵段上游3K+511~3K+585及3K+700~3K+800，於渠坡修整時一併重新施作護岸，另外里程4K+000～4K+322為渠道瓶頸段，建議優先改善拓寬至19m寬。 3.牛稠溪高灘地新建分流渠道 自牛稠溪高灘地里程6+700新建1,700m分流渠道，並約於高屏溪大斷面30處匯入高屏溪。設計渠坡為0.00088，渠道斷面以梯形土坡為主，底寬20m、渠深4.5m、邊坡為2H：1V，分流口以溢流堰作流量控制，堰長約為75m，堰高0.3m，堰頂高程約為EL.12.14 m。 4.跨渠構造物改善 牛稠溪排水計37處橋樑2處閘門1座攔河堰需改建；而六塊厝排水計6處橋樑需改建。 5.水質改善措施 擬施設2處小型自然水質淨化工法，一為於長興橋上游右岸設置約0.5ha之礫間加強氧化工法，處理水量約為6,000CMD；二為於昌農橋至復興橋間兩岸灘地設置長約3,000m，寬10m之灘地漫地流工法，處理水量約為7,800CMD。 (二)工程經費 牛稠溪流域整體改善總經費12.26億元，用地費為3.06億元。惟為配合「易淹水地區改善計畫」，牛稠溪於昌農橋下游之高灘地分流改善經費與2處自然水質淨化工法不納入「易淹水地區改善計畫」經費之提撥，計昌農橋上游改善方案之總建造成本計約10.11億元，其中包含用地費用約2.78億元。 (三)分期實施計畫 配合「易淹水地區改善計畫」，依據排水整治之急迫性與效益，牛稠溪昌農橋以上排水整治建議分兩期實施。第1期目標為優先改善牛稠溪下游高屏溪高灘地、長興橋上游、六塊厝下游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)、牛稠溪上游分流箱涵、昌農橋下游攔河堰、2座閘門改善工程及長興橋及其上游部份次要橋樑、版橋改建，年度經費計5.06億。 第2期目標則改善昌農橋上游至長興橋、長興橋上游部份河道、六塊厝排水中上游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)，並包含本河段上之次要橋樑與版橋改建，年度經費計5.05億元。  (四)工程效益 本計畫改善工程在第1期實施時，即可有效降低淹水情形，益本比為0.96，可改善淹水面積200ha，增加保護人口約8,200人(25年重現期)，第2期工程實施後，可改善淹水面積約為61ha，增加保護人口約2,500人，益本比約為0.18。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.689733501   443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009804260</governmentpublicationsnumber><identifier>64163</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64163</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫：縣管區排牛稠溪排水系統規劃＝Regulation Project of Flood-prone Areas of Niou-Chou Creek Drainage</title><yearidentifier>201001</yearidentifier></data><data><abstract>摘要 一、概述 牛稠溪集水區(含六塊厝排水)位於屏東縣市境內，北有武洛溪流域，東與麟洛溪排水流域相鄰，西邊則為高屏溪。發源於屏東縣長治鄉德協附近，於萬丹鄉及新園鄉交接附近流入高屏溪，涵蓋之行政區計有屏東縣之長治鄉、屏東市及萬丹鄉等3個市鄉。 本計畫區屬熱帶氣候，年平均降雨量為1,841.8mm，全區位於屏東平原上之現代沖積層，土、砂、礫為主要地質成分。地下水位於豐水期時地盤高約高於平均地下水位4~15m以上，本計畫產業經濟與土地利用皆以農業為主，渠道水質檢測結果甚差，多屬嚴重污染程度，本計畫區以往並無排水相關規劃報告，僅於民國79年辦理「屏東市復興南路排水改善規劃報告」，針對計畫區內復興南路排水改善做檢討。 二、規劃範圍 牛稠溪排水之權責治理起點為與屏189昌農橋交會處開始，此處亦為與六塊厝排水支線匯合，權責終點為至長治鄉大陽橋；而六塊厝排水權責治理起點為自與牛稠溪排水匯流口開始，至終點為與台鐵鐵路橋交會。牛稠溪排水與六塊厝排水主水道長度分別為22.3Km、5.5Km，集水區規劃總面積約5,721ha。 三、基本資料調查 (一)淹水調查 屏東市之淹水範圍多屬局部性，歷年淹水調查與洪災損失資料少，重大淹水範圍多位於六塊厝排水下游、復興南路兩旁社區與永安圳中游段之公館、玉成與龍華…等里地勢較低窪較常發生淹水情勢；長治鄉部分則多發生於德榮村下厝街附近。近年最大淹水事件為民國97年之卡玫基颱風，造成屏東市地區約30ha之淹水範圍，部分低窪地區蓄水深度超過50cm，平均積水時間2hr。 (二)測量調查 本計畫進行有渠道斷面與跨渠構造物測量，計排水斷面調查385處，跨渠構造物調查75處，並進行有排水路周遭1/1000地形測量與集水區1/5000高程地形測量。 (三)排水情勢調查 本計畫進行有水質與生態調查，共計10站次，豐枯水期各一次，水體水質檢驗成果屬於丁類水體，水質甚差，豐枯水季皆為嚴重污染程度。牛稠溪排水與六塊厝排水由於大多以受人為開發，本區自然度偏低，生態資源屬於一般都市與農村生態區形式。牛稠溪排水系統記錄有保育類野生動物有燕?、紅隼、貢德氏赤蛙、台灣草蜥、紅尾伯勞及喜鵲等6種。 (四)雨污水下水道系統 本流域包含有屏東市與長治鄉二個都市計畫區內之雨水下水道系統，屏東市下水道系統又分為六塊厝、萬年溪及牛稠溪排水分區，計有41條大支幹線(A1~A6、B1~B29、C1~C9)；長治鄉下水道系統則分為下石埤圳和長興路兩幹線。本計畫區涵蓋有屏東市污水下水道系統，係依萬?溪及六塊厝排水?大排水分設A、B?污水幹管，再納入?塊厝污水處?廠。 四、水文分析 本報告採用以Horner降雨強度推求雨型，洪峰流量計算採用合理化公式、修正三角形單位歷線法與瞬時單位歷線法等三種方法，分析成果與鄰近集水區比流量比較，建議採用修正三角形單位歷線法成果，各控制點10年與25年重現期現況洪峰流量示於下圖。牛稠溪排水於昌農橋處10年與25年重現期洪峰流量為271cms和334cms，而六塊厝排水出口之10年與25年重現期洪峰流量為145cms和186cms。   五、現況通水能力檢討及淹水模擬 本計畫渠道受跨渠構造物影響，使渠道通洪能力受阻，昌農橋以下牛稠溪多無法順利排放2年重現期水量，昌農橋上游部分渠道可滿足至10年重現期通洪量標準；六塊厝排水通洪能力多在10年重現期標準之下。現況淹水模擬成果於10年和25年重現期分別造成約421ha、597ha的淹水範圍。            六、綜合治水方案分析與擇訂 本計畫區經高低地分離，低地為位於昌農橋下游處之渠道，建議以渠道整理配合新建1,700m分流渠道方案為主，以迅速暢洩洪水量。昌農橋以上之高地部分，經以導洪、滯洪、束洪、分洪等措施處理下擬定5個綜合治水方案，經評估以瓶頸段改善、跨渠構造物改善、渠道整理與拓寬，分流、防洪牆加高之方案5治理。高地治理之各方案說明如下：   (一)方案1：渠道整理/滯洪 本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後，輔以4處設滯洪池。移除阻水之攔河堰及制水閘門，並以倒伏式閘門替代。 (二)方案2：渠道整理/全面拓寬改建 本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後仍有溢堤之河段，進行河段排水路全面渠道整理與拓寬。 (三)方案3：導洪/束洪/滯洪 本方案選定適當區位設置滯洪池設施，並配合渠道整理、瓶頸段拓寬(導洪)與局部河段加高防洪牆(束洪)、渠道側溝整理(疏洪)等方式增加排水路通洪能力。 (四)方案4A：導洪/束洪/疏洪 本方案與方案3接近，為將滯洪池所需之分洪量藉由興建分流渠道方式進行改善。 (五)方案4B：導洪/束洪/疏洪 本方案為牛稠溪排水與六塊厝排水全河段渠道整理、瓶頸段拓寬與阻水橋樑改善，對於仍有溢堤處，以拓寬與防洪牆加高型式保護兩岸土地；里程牛12K+175～牛12K+278兩岸緊鄰住宅無法拓寬，建議以防洪牆加高，並配合於12K+278新建分洪箱涵流回至12K+175。里程牛13K+172～治理終點兩岸腹地不足，建議沿渠道邊現況道路方向共構拓寬。    方案別	方案1	方案2	方案3	方案4A	方案4B 主要工程內容	河道整理、瓶頸段拓寬、阻水橋樑改善(導洪)，另設置4座滯洪池	渠道全面拓寬改善(導洪)	多元治水策略(導洪/束洪)，另配合滯洪池1座	多元治水策略(導洪/束洪)，另配合分洪箱涵工程	多元治水策略(導洪/束洪)，另配合分洪箱涵及道路下拓寬渠道 工程經費(萬元)	708,315	155,828	233,538	116,208	101,147 主要優點	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	施工容易、增加民眾遊憩休閒空間視野	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	徵收私有地最少	工程經費較低、施工容易 主要缺點	滯洪池管理維護困難、用地取得困難、工程經費高	兩岸拓寬用地取得困難	滯洪池用地取得困難	分流工程長、施工造成交通阻礙	防洪牆高度較高，對景觀視覺衝擊大 土地取得程度	〤	〤	〤	○	○ 民眾接受度	〤	〤	〤	○	○ 施工難易程度	〤	〤	〤	〤	○ 維護管理	〤	○	〤	○	○ 生態環境	○	○	○	〤	〤 景觀融合性	○	○	○	〤	〤 抒解淹水災害	○	○	○	○	○ 建議方案					建議採用 七、水質及環境營造規劃 本計畫之環境營造願景以創造多樣水域風貌為主軸，配合週邊土地發展型態導入空間活動與機能設施，規劃出三大景觀區塊：1.六塊厝排水系統的建成密集區塊；2.牛稠溪排水系統的工業區景觀區塊；3.牛稠溪排水系統的農村田野區塊。牛稠溪排水系統水質不佳，在污水下水道系統完成前，應以排水周圍截流工程先行完成，並輔以小型污水處理措施，建議可於大連工業區配合都市變更後所提供之綠地土地作為礫間曝氣工法生態水質淨化場址，設計處理量為6,000CMD，用地面積約需0.5公頃，BOD5污染削減率可達72%，出流水水質約為1.95 mg/L，削減量約為30.3 kg/day；另外亦建議於復興橋至昌農橋間渠道上，施以灘地漫地流工法作為另一水質改善方案場址，設計處理量約為7,800CMD，BOD5污染削減率可達90%，出流水水質約為1.36 mg/L，削減量約為299 kg/day。  八、工程計畫 (一)工程規劃設計 1.牛稠溪排水 牛稠溪於高灘地里程6 K +700進行分流措施，里程6 K+700至河口間(牛高灘6K+700～牛高灘0K+000)配合渠道斷面整理。 牛稠溪於高灘地里程6 K +800至昌農橋(9 K +000)，與昌農橋上游至長興橋間(牛0K+000～牛9K+464)兩岸護岸完善，建議保留，惟排水渠道需作渠坡修整，渠道整理工程應避免破壞現有護岸基礎，建議預留2m之現況渠底後再進行渠底浚挖。 牛稠溪於長興橋上游至治理終點建議進行排水拓寬配合防洪牆工程，里程9K +464至11K +900拓寬至15m寬、里程12K+000至終點拓寬至7m寬，惟里程12K+175～12K+278兩岸緊鄰住宅無法拓寬，需於11K+278新建約95m之道路下方分洪箱涵流回至12K+175，分洪箱涵為1孔W×H＝1.3m×1.5m，設計渠坡為0.00621。里程13K+172～治理終點兩岸腹地亦不足，建議沿渠道邊現況道路向方拓寬共構。拓寬渠道側坡採1：0.5塊石護岸。 2.六塊厝排水 六塊厝排水於箱涵段上游3K+511~3K+585及3K+700~3K+800，於渠坡修整時一併重新施作護岸，另外里程4K+000～4K+322為渠道瓶頸段，建議優先改善拓寬至19m寬。 3.牛稠溪高灘地新建分流渠道 自牛稠溪高灘地里程6+700新建1,700m分流渠道，並約於高屏溪大斷面30處匯入高屏溪。設計渠坡為0.00088，渠道斷面以梯形土坡為主，底寬20m、渠深4.5m、邊坡為2H：1V，分流口以溢流堰作流量控制，堰長約為75m，堰高0.3m，堰頂高程約為EL.12.14 m。 4.跨渠構造物改善 牛稠溪排水計37處橋樑2處閘門1座攔河堰需改建；而六塊厝排水計6處橋樑需改建。 5.水質改善措施 擬施設2處小型自然水質淨化工法，一為於長興橋上游右岸設置約0.5ha之礫間加強氧化工法，處理水量約為6,000CMD；二為於昌農橋至復興橋間兩岸灘地設置長約3,000m，寬10m之灘地漫地流工法，處理水量約為7,800CMD。 (二)工程經費 牛稠溪流域整體改善總經費12.26億元，用地費為3.06億元。惟為配合「易淹水地區改善計畫」，牛稠溪於昌農橋下游之高灘地分流改善經費與2處自然水質淨化工法不納入「易淹水地區改善計畫」經費之提撥，計昌農橋上游改善方案之總建造成本計約10.11億元，其中包含用地費用約2.78億元。 (三)分期實施計畫 配合「易淹水地區改善計畫」，依據排水整治之急迫性與效益，牛稠溪昌農橋以上排水整治建議分兩期實施。第1期目標為優先改善牛稠溪下游高屏溪高灘地、長興橋上游、六塊厝下游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)、牛稠溪上游分流箱涵、昌農橋下游攔河堰、2座閘門改善工程及長興橋及其上游部份次要橋樑、版橋改建，年度經費計5.06億。 第2期目標則改善昌農橋上游至長興橋、長興橋上游部份河道、六塊厝排水中上游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)，並包含本河段上之次要橋樑與版橋改建，年度經費計5.05億元。  (四)工程效益 本計畫改善工程在第1期實施時，即可有效降低淹水情形，益本比為0.96，可改善淹水面積200ha，增加保護人口約8,200人(25年重現期)，第2期工程實施後，可改善淹水面積約為61ha，增加保護人口約2,500人，益本比約為0.18。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009804260</governmentpublicationsnumber><identifier>64164</identifier><internationalstandardbooknumber>9789860221497 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64164</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫：縣管區排牛稠溪排水系統規劃(光碟版)＝Regulation Project of Flood-prone Areas of Niou-Chou Creek Drainage</title><yearidentifier>201001</yearidentifier></data><data><abstract>曾文水庫為台灣容量最大之水庫，其集水區泥岩地質長期受到颱風豪雨之沖刷，大量泥砂進入水庫當中，其淤積問題也使曾文水庫欲達到用續經營之目的受到考驗。其壩前之淤積高程已高於河道放水道入口門檻，而曾文水庫目前以河道放水道進行洩水排砂之操作，此部分操作類似縮小版之底孔排砂經驗，因此研究以此排砂孔作為操作模型。本計畫分為兩年度進行：第一年度乃蒐集國內外相關之排砂經驗及建立沖刷理論機制與水理數值模型；第二年度時在對於數值模擬結果與實驗結果進行交互比較，以建立一套沖刷漏斗沖淤理論機制。本年度屬於第一年計畫，其年度之工作項目如下： 一、 國內外水庫沖刷漏斗相關研究、理論探討。 二、 國內外射流沖淤案例蒐集分析。 三、 國內外水庫底孔排砂與沖刷漏斗操作管理案例研究分析。 四、 沖刷漏斗沖淤理論機制建立。 五、 沖刷漏斗沖刷水理數值模式建立。 六、 沖刷漏斗詴驗規劃。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980387</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009900676</governmentpublicationsnumber><identifier>64167</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64167</librarycollectiondetailsurl><price>600</price><publisher>水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫沖刷漏斗、射流掛淤機制與操作策略研究(1/2)(內附光碟)Case Study of Flushing Scour and Sediment Dredging Mechanism and strategy Application over Tsengwen Reservoir Catchment(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府公告治理基本計畫，遂於民國89年1月奉經濟部公告改為中央管河川。 本溪自規劃迄今已逾30餘年，由於地文及水文條件變遷，河道沿岸地區都市化，促使土地利用情況發生劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據；因此，重新依實際需求檢討及研擬水道治理計畫線及河道用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「鳳山溪大斷面測量」計畫。 為促進本計劃之進行，本局依公開招標原則由厚生工程顧問有限公司承攬施作，並依限完成本案之執行。 本計畫主要目的在減少計畫區域水害，維持河川水流正常機能，故就計畫河段內之河川特性、現有防洪措施等加以分析檢討，並配合都市計畫及區域整體發展，據以擬定水道治理計畫線及相關治理措施，俾供日後防洪工程實施及河川管理。</abstract><author>厚生工程顧問有限公司</author><categoryidentifier>443.6933   443.689711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980308</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009803203</governmentpublicationsnumber><identifier>64168</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64168</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>鳳山溪大斷面測量計畫</title><yearidentifier>200912</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府公告治理基本計畫，遂於民國89年1月奉經濟部公告改為中央管河川。 本溪自規劃迄今已逾30餘年，由於地文及水文條件變遷，河道沿岸地區都市化，促使土地利用情況發生劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據；因此，重新依實際需求檢討及研擬水道治理計畫線及河道用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「鳳山溪大斷面測量」計畫。 為促進本計劃之進行，本局依公開招標原則由厚生工程顧問有限公司承攬施作，並依限完成本案之執行。 本計畫主要目的在減少計畫區域水害，維持河川水流正常機能，故就計畫河段內之河川特性、現有防洪措施等加以分析檢討，並配合都市計畫及區域整體發展，據以擬定水道治理計畫線及相關治理措施，俾供日後防洪工程實施及河川管理。</abstract><author>厚生工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980308</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009803203</governmentpublicationsnumber><identifier>64169</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64169</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>鳳山溪大斷面測量計畫(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府公告治理基本計畫，遂於民國89年1月奉經濟部公告改為中央管河川。 本溪自規劃迄今已逾30餘年，由於地文及水文條件變遷，河道沿岸地區都市化，促使土地利用情況發生劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據；因此，重新依實際需求檢討及研擬水道治理計畫線及河道用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「鳳山溪大斷面測量」計畫。 為促進本計劃之進行，本局依公開招標原則由厚生工程顧問有限公司承攬施作，並依限完成本案之執行。 本計畫主要目的在減少計畫區域水害，維持河川水流正常機能，故就計畫河段內之河川特性、現有防洪措施等加以分析檢討，並配合都市計畫及區域整體發展，據以擬定水道治理計畫線及相關治理措施，俾供日後防洪工程實施及河川管理。</abstract><author>厚生工程顧問有限公司</author><categoryidentifier>443.6933   443.689711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980308</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009803203</governmentpublicationsnumber><identifier>64170</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64170</librarycollectiondetailsurl><price>2500</price><publisher>水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>鳳山溪大斷面測量計畫(縱斷面橫斷面圖及跨河構造物斷面圖)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980387</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/4</date><governmentpublicationsnumber>1009900676</governmentpublicationsnumber><identifier>64171</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64171</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫沖刷漏斗、射流排淤機制與操作策略研究(1/2)－內附光碟＝Case Study of Flushing Scour and Sediment Dredging Mechanism and Strategy Application over Tsengwen Reservoir Catchment (1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970345</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/5</date><governmentpublicationsnumber>1009804499</governmentpublicationsnumber><identifier>64173</identifier><internationalstandardbooknumber>9789860220599 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64173</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識建構及推廣計畫附件集=The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970345</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/5</date><governmentpublicationsnumber>1009804499</governmentpublicationsnumber><identifier>64174</identifier><internationalstandardbooknumber>9789860220599 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64174</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識建構及推廣計畫附件集(光碟版)  The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>配合天花湖水庫計畫於下游地區規劃生態旅遊及新飛?社區，本計畫整合相關領域學者專家，進行當地社會人文生態調查，讓人民參與文化實作的社區經驗，達到生活，生產與生態三生合一的人文生態系統永續經營目的。</abstract><author>國立聯合大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980340</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009803555</governmentpublicationsnumber><identifier>64176</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64176</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>天花湖水庫推動計畫(2)人文生態系統保育雛型規劃(光碟版)＝The Promotion Project of Tienhwahu Reservoir (II)-A Preliminary Planning for Human Ecological System</title><yearidentifier>200912</yearidentifier></data><data><abstract>民國97 年各標的用水量彙整「台灣地區97 年蓄水設施水量營 運統計報告」、「台灣地區民國97 年農業用水量統計報告」、「台灣地區97 年工業用水量統計報告」及「台灣地區民國97 年生活用水量統計報告」等資料，並配合行政院經建會「台灣地區綜合開發計畫」，統籌規划水資源之運用。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804199</governmentpublicationsnumber><identifier>64177</identifier><internationalstandardbooknumber>9789860218299 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64177</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣地區民國97年各標的用水量統計報告(內附光碟)The Water Consumption in Taiwan for 2008</title><yearidentifier>200912</yearidentifier></data><data><abstract>民國97 年各項蓄水設施營運水量統計報告中之「蓄水設施」，意指水庫、調整池及大型池埤等蓄水設施。台灣地區現今實際運轉且有營運統計資料之公告水庫有94 座，其中主要水庫計有40 座，重要水庫為17 座。年報統計內容部分，歸類為：一、蓄水設施容量統計；二、蓄水設施年總運用水量統計；三、水庫水量營運統計；四、各年度水量運用比較；五、水庫泥砂淤積統計等5 部分。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804198</governmentpublicationsnumber><identifier>64178</identifier><internationalstandardbooknumber>9789860218237 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64178</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣地區民國97年蓄水設施水量營運統計報告(內附光碟)The Management of Water Storage Facilities in Taiwan for 2008</title><yearidentifier>200912</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804546</governmentpublicationsnumber><identifier>64179</identifier><internationalstandardbooknumber>9789860225242 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64179</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>台北縣海岸基本資料監測調查(1/2)成果報告＝Monitor and Investigate project of Coast Basic Data in Taipei(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>農業用水包括灌溉、養殖與畜牧，為台灣主要用水標的，民國97年農業用水量計13,514百萬立方公尺，其中灌溉用水仍佔大宗，達11,766百萬立方公尺(87.07%)，養殖用水1,647百萬立方公尺(12.19%)次之，畜牧用水約101百萬立方公尺(0.75%)為最少。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804196</governmentpublicationsnumber><identifier>64180</identifier><internationalstandardbooknumber>9789860218275 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64180</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>台灣地區民國97年農業用水量統計報告＝(內附光碟)The Agricultural Water Consumption in Taiwan for 2008</title><yearidentifier>200912</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980014</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009803990</governmentpublicationsnumber><identifier>64181</identifier><internationalstandardbooknumber>9789860215199 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64181</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究(1/3)  Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫目的之一即為蒐集國內外各集水區生態保育議題資料，包含集水區管理措施、河溪及坡地整治工程對生態影響、山區道路等工程之影響等部分。另外亦蒐集了國內外相關集水區國內外生態檢核、評估方式及技術資料，與石門水庫集水區環境生態調查及監測資料並進行分析，提出石門水庫及其集水區環境應辦理之生態保育綱要計畫，以符合滾動式推動的目標。本計畫另一重要目的為依據特別條例第2條與第3條之精神，針對資訊公開、生態保育及民眾參與之重要課題，邀請產、官、學、民各界支專家與焦點團體顧問共同商研，以及研討會之半理，彙整各界意見而建立石門水庫及其集水區生態調查及評估機制，期藉由評估程序及運作機制建立，以界定評估方法、工程範疇、規模、時間等，並據以擬訂工程生態評估系統及其準則，並針對集水區現有進行之生態保育計畫進行檢討建議，除可作為各機關執行生態保育措施之參據外，亦可作為其他水庫集水區擬訂生態保育計畫之參考。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980266</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804228</governmentpublicationsnumber><identifier>64182</identifier><internationalstandardbooknumber>9789860218732 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64182</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區生態調查、評估機制建立之研究成果報告書 The research of ecological survey &amp; assessment mechanism on the catchment area of Shihmen reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區民國97 年底總人口計2,303.70 萬人，年中人口計 2,299.77 萬人，自來水供水人口為2,124.04 萬人，自來水供水普及率為92.20％，與96 年比較，自來水供水人口增加10.88 萬人，成長率為0.51％，而供水普及率增加0.16 個百分點。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804197</governmentpublicationsnumber><identifier>64183</identifier><internationalstandardbooknumber>9789860218282 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64183</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>台灣地區民國97年生活用水量統計報告(內附光碟)The Domestic Water Consumption in Taiwan for 2008</title><yearidentifier>200912</yearidentifier></data><data><abstract>工業用水之統計方式甚多，本報告仍沿用簡便之單位面積推算方式，以保持歷年資料之連貫性。依據經濟部中部辦公室民國97年統計資料分析，台灣地區97年工業面積為26,336.92公頃，統計工業用水量為1,665.03百萬立方公尺，以中部及南部所佔比重較大，該兩區域之工業面積合占台灣地區工業面積67.47%，用水量合占台灣地區工業用水量67.93%。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>445.2   460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/8</date><governmentpublicationsnumber>1009804194</governmentpublicationsnumber><identifier>64184</identifier><internationalstandardbooknumber>9789860218305 ; 9789860218</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64184</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>台灣地區民國97年工業用水量統計報告(內附光碟)The Industrial Water Consumption in Taiwan for 2008</title><yearidentifier>200912</yearidentifier></data><data><abstract>近一、二十年來，台灣地區因為社會經濟蓬勃發展、人口增加、生活品質提高及生活型態的轉變，對水資源之需求也相對應的增加，為了達到水資源永續經營的目標須了解各標的用水情形，以做為水資源及經濟發展下的參考根據，經濟部水利署為提供大眾此項寶貴資訊，每年將出版5本各項用水統計年報，包括蓄水設施營運水量、工業用水量、農業用水量、生活用水量及各標的用水量統計報告。</abstract><author>私立逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009804202</governmentpublicationsnumber><identifier>64185</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64185</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>各項用水統計方法探討、年報彙編及資料庫維護總報告＝Each item of water used statistiacl method discussion, annual report compile and database maintenance</title><yearidentifier>200912</yearidentifier></data><data><abstract>近一、二十年來，台灣地區因為社會經濟蓬勃發展、人口增加、生活品質提高及生活型態的轉變，對水資源之需求也相對應的增加，為了達到水資源永續經營的目標須了解各標的用水情形，以做為水資源及經濟發展下的參考根據，經濟部水利署為提供大眾此項寶貴資訊，每年將出版5本各項用水統計年報，包括蓄水設施營運水量、工業用水量、農業用水量、生活用水量及各標的用水量統計報告。</abstract><author>私立逢甲大學營建及防災中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980182</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009804202</governmentpublicationsnumber><identifier>64186</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64186</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>各項用水統計方法探討、年報彙編及資料庫維護總報告(光碟版)＝Each item of water used statistiacl method discussion, annual report compile and database maintenance</title><yearidentifier>200912</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009804546</governmentpublicationsnumber><identifier>64188</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64188</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>98</publishrocyear><title>台北縣海岸基本資料監測調查(1/2)i成果報告(光碟版)＝Monitor and Investigate project of Coast Basic Data in Taipei(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980014</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803990</governmentpublicationsnumber><identifier>64189</identifier><internationalstandardbooknumber>9789860215199 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64189</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究(1/3)－光碟版  Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫目的之一即為蒐集國內外各集水區生態保育議題資料，包含集水區管理措施、河溪及坡地整治工程對生態影響、山區道路等工程之影響等部分。另外亦蒐集了國內外相關集水區國內外生態檢核、評估方式及技術資料，與石門水庫集水區環境生態調查及監測資料並進行分析，提出石門水庫及其集水區環境應辦理之生態保育綱要計畫，以符合滾動式推動的目標。本計畫另一重要目的為依據特別條例第2條與第3條之精神，針對資訊公開、生態保育及民眾參與之重要課題，邀請產、官、學、民各界支專家與焦點團體顧問共同商研，以及研討會之半理，彙整各界意見而建立石門水庫及其集水區生態調查及評估機制，期藉由評估程序及運作機制建立，以界定評估方法、工程範疇、規模、時間等，並據以擬訂工程生態評估系統及其準則，並針對集水區現有進行之生態保育計畫進行檢討建議，除可作為各機關執行生態保育措施之參據外，亦可作為其他水庫集水區擬訂生態保育計畫之參考。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980266</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009804228</governmentpublicationsnumber><identifier>64190</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64190</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區生態調查、評估機制建立之研究成果報告書(光碟版)＝The research of ecological survey &amp; assessment mechanism on the catchment area of Shihmen reservoir</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980384</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803998</governmentpublicationsnumber><identifier>64191</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64191</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>莫拉克颱風期間曾文水庫放水與下游淹水原因探討(內附光碟) Investigatimg the Relationship between Flood Releases of Tsengwen Reservoir and Downstream Inundation of Typhoon Morakot</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區早年水資源利用係以農業灌溉為主，而今，工業的興起和人口的成長，產業用水與家用及公共給水日趨重要，但由於台灣地區地理水文條件之天然限制，水資源開發不易，而用水需求量日增，故水資源之管理與調配，為當前政府施政之重點方向，因此經濟部水利署欲藉由「水權登記制度」以合理有效地管理調度及分配使用水資源，提高水資源運用之經濟性及效率性，確實達成水資源合理有效分配及健全用水管理與制度之目標。     為達上述目標，本計畫將分兩個年度實施，建立各標的水權用水範圍管理制度和稽核機制，開發水權用水範圍處理系統，輔助檢視各標的水權用水範圍作業之實施等項目。     本(98)年度計畫建立「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等用水標的水權之用水範圍管理制度及稽核機制，開發用水範圍處理系統，以輔助改善中央及地方水權主管機關對水權用水範圍之資料審核品質，並提升水權核辦作業效率，同時指派專責人員協助初期水權用水範圍稽核作業的實施，並輔導水權主管機關承辦人員和水權申請人對系統之操作及各項表件填表說明，期使使水資源的經營管理更臻完備。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980006</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803918</governmentpublicationsnumber><identifier>64192</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64192</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>水資源經營管理－水權用水範圍稽核作業(1/2)－光碟版＝Watwer Rresource Management and Operation Water Rights Coverage Area Examination (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，經濟部水利署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化，並協助地方主管機關建立溫泉資源基本資料庫，因而推動本計畫。本計畫配合宜蘭縣政府之作業程序，與當地溫泉使用者進行溝通協調；將民國94年7月1日溫泉法施行前，已開發使用溫泉者，納入本計畫範疇；迄98年10月15日止，參與本案申辦之既有溫泉使用者115家，包括礁溪地區之所有溫泉業者。</abstract><author>玉山資源有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980309</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803926</governmentpublicationsnumber><identifier>64193</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64193</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>礁溪溫泉地區基本資料調查改善規劃＝The Basic Information Investigation and Improvement Sheme in Jiaosi Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，經濟部水利署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化，並協助地方主管機關建立溫泉資源基本資料庫，因而推動本計畫。本計畫配合宜蘭縣政府之作業程序，與當地溫泉使用者進行溝通協調；將民國94年7月1日溫泉法施行前，已開發使用溫泉者，納入本計畫範疇；迄98年10月15日止，參與本案申辦之既有溫泉使用者115家，包括礁溪地區之所有溫泉業者。</abstract><author>玉山資源有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980309</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803926</governmentpublicationsnumber><identifier>64194</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64194</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>礁溪溫泉地區基本資料調查改善規劃(光碟版)＝The Basic Information Investigation and Improvement Sheme in Jiaosi Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，經濟部水利署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化，並協助地方主管機關建立溫泉資源基本資料庫，因而推動本計畫。本計畫配合宜蘭縣政府之作業程序，與當地溫泉使用者進行溝通協調；將民國94年7月1日溫泉法施行前，已開發使用溫泉者，納入本計畫範疇；迄98年10月15日止，參與本案申辦之既有溫泉使用者115家，包括礁溪地區之所有溫泉業者。</abstract><author>玉山資源有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/9</date><governmentpublicationsnumber>1009803926</governmentpublicationsnumber><identifier>64195</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64195</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>礁溪溫泉地區基本資料調查改善規劃(光碟版)The Basic Information Investigation and Improvement Sheme in Jiaosi Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣目前之工業用水水源來源可歸納包括1.自來水系統；2.工業自行取水；3.台灣自來水公司提供原水；4.利用農業灌溉用水剩餘水量；5.各區水資源局提供原水；6.無水權違法取水；7.新興水源等七項。本計畫主要分析各工業用水水源來源之管理法規，並參考國外相關立法例，研提建議之立法或修法方案，同時藉由召開專家諮詢座談會確認規範目的與可行性。配合法規研修訂工作，亦規劃工業用水管理策略之架構，作為未來區域水資源經理政策之參考。     國外資料主要蒐集水資源背景環境亦屬缺水，但工業用水生產力高於台灣之國家所推動有關工業用水管理工作之經驗。配合分析工業用水管理法規之需要，亦蒐集分析國外在供水事業管理、水權管理及用水人行為管理之相關規範，作為研析國內修法或立法方案之國外立法例參考（第貳章）。     台灣工業用水現況分析首先依國內法規定義工業與工業用水之範疇，並蒐集各工業用水水源來源之取水量資料，據以歸納、分類並統計工業用水現況（第?章）。依據七項水源來源，分析國內相關管理法規之現況（第肆章），並參考國內正規劃之法規修正草案及新興水源發展條例草案等，依事業管理法規、組織管理法規、水權管理法規及用水人使用行為管理法規面向分析現行法規規範不足之處，及相關法規修正草案通過後，是否仍有規範不足之問題。針對規範不足之處，可行之改善方法包含立專法、研修自來水法為一部綜合之供水事業法、整體研修水利法規及由母法授權訂定子法四種立法技術。最後建議採行修法幅度較小即足以將相關規範納入之方案，即增訂水利法第六十三條之七及第六十三條之八分別作為用水計畫書審查與查核制度、工業用水供水事業與工業用水人管理之法源，再透過訂定授權命令方式，於子法內規範相關管理事項（第伍章）。     未來工業用水管理策略之架構，主要分析國內工業用水管理之背景問題，參考國外工業用水管理趨勢及聯合國建議作法，配合工業發展計畫、區域水資源經理計畫、新興水源政策發展實施計畫等規劃需求面管理、科學化管理、供給面管理、配套措施四策略架構與15項實施要項（第陸章）。</abstract><author>淡江大學</author><categoryidentifier>445.2023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980099</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>1009803931</governmentpublicationsnumber><identifier>64196</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64196</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>健全工業用水管理制度之研究(內付光碟) ＝Research of Improvement of Management System on Industrial Water</title><yearidentifier>200912</yearidentifier></data><data><abstract>臺灣水文及民國九十七年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>2009801350</governmentpublicationsnumber><identifier>64197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64197</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 TOTAL REPORT</title><yearidentifier>200906</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>64198</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64198</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PARTⅠ- RAINFALL</title><yearidentifier>200906</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>2009801354</governmentpublicationsnumber><identifier>64199</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64199</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200906</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>2009801355</governmentpublicationsnumber><identifier>64200</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64200</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PARTⅢ-GROUNDWATER</title><yearidentifier>200906</yearidentifier></data><data><abstract>臺灣水文及民國九十七年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/10</date><governmentpublicationsnumber>2009801350</governmentpublicationsnumber><identifier>64201</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64201</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008</title><yearidentifier>200906</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，經濟部水利署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化，並協助地方主管機關建立溫泉資源基本資料庫，因而推動本計畫。本計畫配合宜蘭縣政府之作業程序，與當地溫泉使用者進行溝通協調；將民國94年7月1日溫泉法施行前，已開發使用溫泉者，納入本計畫範疇；迄98年10月15日止，參與本案申辦之既有溫泉使用者115家，包括礁溪地區之所有溫泉業者。</abstract><author>順陽工程顧問有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980312</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803944</governmentpublicationsnumber><identifier>64203</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64203</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>瑞穗溫泉地區基本資料調查改善規劃＝Basic Information Investigation and Improvement Scheme in Juisui Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，經濟部水利署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化，並協助地方主管機關建立溫泉資源基本資料庫，因而推動本計畫。本計畫配合宜蘭縣政府之作業程序，與當地溫泉使用者進行溝通協調；將民國94年7月1日溫泉法施行前，已開發使用溫泉者，納入本計畫範疇；迄98年10月15日止，參與本案申辦之既有溫泉使用者115家，包括礁溪地區之所有溫泉業者。</abstract><author>順陽工程顧問有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980312</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803944</governmentpublicationsnumber><identifier>64204</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64204</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>瑞穗溫泉地區基本資料調查改善規劃(光碟版) ＝Basic Information Investigation and Improvement Scheme in Juisui Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置知本地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以提高溫泉業者合法化。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980310</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803943</governmentpublicationsnumber><identifier>64208</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64208</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>知本溫泉地區基本資料調查改善規劃＝The Basic Information Investigation and Improvement Scheme in Jhiben Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法化；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置知本地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以提高溫泉業者合法化。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980310</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803943</governmentpublicationsnumber><identifier>64210</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64210</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>知本溫泉地區基本資料調查改善規劃(光碟版)＝The Basic Information Investigation and Improvement Scheme in Jhiben Hot Spring Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據調查資料顯示，台灣部分溫泉地區(包括北投、礁溪、四重溪及知本等地區)已顯現超量使用或使用率偏高之情形。為保育溫泉資源，前揭地區之溫泉資源補注即為一必要之研究課題，本署業於97年度辦理「台灣溫泉資源補注來源評估技術研究計畫」，辦理補注技術之蒐集及相關案例模擬；為使溫泉資源補注技術更臻完善，爰於98年度辦理本計畫，進行示範地區之環境同位素及水化學之現地試驗及相關分析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980109</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803946</governmentpublicationsnumber><identifier>64214</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64214</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源潛勢評估與補注規劃</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據調查資料顯示，台灣部分溫泉地區(包括北投、礁溪、四重溪及知本等地區)已顯現超量使用或使用率偏高之情形。為保育溫泉資源，前揭地區之溫泉資源補注即為一必要之研究課題，本署業於97年度辦理「台灣溫泉資源補注來源評估技術研究計畫」，辦理補注技術之蒐集及相關案例模擬；為使溫泉資源補注技術更臻完善，爰於98年度辦理本計畫，進行示範地區之環境同位素及水化學之現地試驗及相關分析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980109</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803946</governmentpublicationsnumber><identifier>64215</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64215</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>溫泉資源潛勢評估與補注規劃(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於溫泉法之施行，讓國內溫泉資源開發管理有了法源規範，而使溫泉產業的發展邁入另一階段。經檢討近年來的溫泉教育宣導計畫成果，仍需持續執行，且在溫泉取用費之徵收輔導、溫泉開發及使用計畫書之審查作業、溫泉計量、檢測、貯儲及循環技術等之實務面、技術面上尤須重點加強。再者，為將溫泉資源保育的知識向下扎根與向外擴散，讓全民共同參與溫泉保育的工作，以達到溫泉永續利用目標，而辦理本計畫。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980023</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803763</governmentpublicationsnumber><identifier>64216</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64216</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度溫泉資源保育教育宣導計畫＝The Project of Preservation, Educatiion and Promotion of Spring Resources in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於溫泉法之施行，讓國內溫泉資源開發管理有了法源規範，而使溫泉產業的發展邁入另一階段。經檢討近年來的溫泉教育宣導計畫成果，仍需持續執行，且在溫泉取用費之徵收輔導、溫泉開發及使用計畫書之審查作業、溫泉計量、檢測、貯儲及循環技術等之實務面、技術面上尤須重點加強。再者，為將溫泉資源保育的知識向下扎根與向外擴散，讓全民共同參與溫泉保育的工作，以達到溫泉永續利用目標，而辦理本計畫。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980023</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803763</governmentpublicationsnumber><identifier>64217</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64217</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98年度溫泉資源保育教育宣導計畫(光碟版)＝The Project of Preservation, Educatiion and Promotion of Spring Resources in 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據行政院於「2008年～2012年積極推動節約用水計畫」之內容，協助水利署達成節約用水相關推動工作之逐年既定目標，本年度完成之工作成果摘要說明如下： (一)推動省水標章普及化： 1.辦理省水器材產品審查與稽核：審查通過各項省水器材產品460件；完成4次省水標章各項產品使用枚數彙整統計；完成12家廠商省水標章產品生產作業現場實地評核；完成15件水龍頭(含一般水龍頭、感應式水龍頭及自閉式水龍頭各5件)之實地稽核與測試抽驗。 2.強化省水標章e化審查作業系統功能：強化省水標章申請系統線上審查流程，並增加展延申請作業通知及證書變更申請作業線上功能。 3.節水資訊擴散與教育推廣 (1)完成離島地區節水教育紮根及推廣活動，強化離島之節水教育。 (2)發行水利署節水快遞第5期至第8期(第8期預計12月15日出刊)。 (3)透過與媒體通路合作推動節水主題宣導及政策行銷2案。 (4)完成自來水管承裝商管理系統展延業務流程改善及10縣市使用單位查訪及系統教育訓練1場次。 (二)機關學校用水填報推動：完成年度機關學校用水資料填報推動與資料檢核。 (三)節水產業經濟分析：完成省水器材產業經濟分析，並探討產業結構、市場分析及未來發展趨勢。 (四)節約用水成效評核研究：建立節約用水成效評核方法與機關學校最適用水量研究。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980022</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803912</governmentpublicationsnumber><identifier>64218</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64218</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98-100年省水器材推動與節水績效評估研究(1/3)＝The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>依據行政院於「2008年～2012年積極推動節約用水計畫」之內容，協助水利署達成節約用水相關推動工作之逐年既定目標，本年度完成之工作成果摘要說明如下： (一)推動省水標章普及化： 1.辦理省水器材產品審查與稽核：審查通過各項省水器材產品460件；完成4次省水標章各項產品使用枚數彙整統計；完成12家廠商省水標章產品生產作業現場實地評核；完成15件水龍頭(含一般水龍頭、感應式水龍頭及自閉式水龍頭各5件)之實地稽核與測試抽驗。 2.強化省水標章e化審查作業系統功能：強化省水標章申請系統線上審查流程，並增加展延申請作業通知及證書變更申請作業線上功能。 3.節水資訊擴散與教育推廣 (1)完成離島地區節水教育紮根及推廣活動，強化離島之節水教育。 (2)發行水利署節水快遞第5期至第8期(第8期預計12月15日出刊)。 (3)透過與媒體通路合作推動節水主題宣導及政策行銷2案。 (4)完成自來水管承裝商管理系統展延業務流程改善及10縣市使用單位查訪及系統教育訓練1場次。 (二)機關學校用水填報推動：完成年度機關學校用水資料填報推動與資料檢核。 (三)節水產業經濟分析：完成省水器材產業經濟分析，並探討產業結構、市場分析及未來發展趨勢。 (四)節約用水成效評核研究：建立節約用水成效評核方法與機關學校最適用水量研究。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980022</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009803912</governmentpublicationsnumber><identifier>64219</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64219</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>98-100年省水器材推動與節水績效評估研究(1/3)－光碟版＝The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署已完成離島與台灣本島雨水利用潛能評估，結果皆顯示在離島地區或地層下陷地區，不論供水或補注地下水皆有相當功效。另於水利署96及97年成果可知，國外雨水利用相關產業已具相當規模，且整體模組化設計為其主軸，因此積極發展國內適合之模組，以提升國內水資源再利用技術實屬重要。此外根據97年之計畫成果，可知國內雨水利用之觀念雖已成熟，然因缺乏專業技術指導，往往導致後續操作維護發生許多問題，故擬成立可供諮詢之單位實為當下重要課題。基於前述因素，本年度擬以水利署已完成之「雨水利用資訊查詢系統」為基礎，並配合資訊系統中未納入之本年度全國校園新增之雨水利用設施調查結果，除更新「雨水利用資訊查詢系統」及其資料庫外，亦做為設計與開發雨水貯集與生活雜排水回收再利用模組之依據。另對各級學校課程中所需教育設施進行資料收集與分析，探討雨水利用及生活雜排水再利用系統，應用於學校設施所需之模組種類及開發該模組於教育設施上可連結使用之類型，隨後建立上述各模組所需經費估算方法，第二年應用前述開發之模組，配合本年度成立之雨水貯集再利用服務團，對各級學校進行實際規劃設計，且編撰結合學校教育設施之雨水貯集與生活雜排水回收再利用規劃設計及維護手冊，供未來其他學校於校園水資源再利用上參考。本年度成立之雨水貯集再利用服務團，擬設立政策規劃組、技術服務組及產業推動組，除從事產業訊息諮詢、案例診斷與新建輔導及教育訓練，以協助解決相關單位設置或規劃問題外，並配合水利 署推廣雨水貯集再利用，擬舉辦三場次雨水利用講習研討會議，且積極爭取未來國際雨水利用研討會在台舉行。第二年除常態業務外，並擬推動兩岸雨水利用交流，另增加設計車載可移動式節約用水宣導設施（包含以省水查漏、再利用（雨水、生活雜排水）前後用水量不同概念呈現之循環式設計）等工作。最後配合97年度初期雨水水質調查之成果，本年度將持續辦理台灣本島東部及南部雨水水質調查。本計畫期藉前述工作落實推動雨水及生活雜排水回收再利用增加替代水源，符合國家水資源永續利用的目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980034</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009804006</governmentpublicationsnumber><identifier>64220</identifier><internationalstandardbooknumber>9789860215151 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64220</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>結合學校教育設施之雨水及生活雜排水回收再利用模組研發(1/2)＝Research and Development of rainwater harvesting and gray water reusing module to combine school education facilities (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署已完成離島與台灣本島雨水利用潛能評估，結果皆顯示在離島地區或地層下陷地區，不論供水或補注地下水皆有相當功效。另於水利署96及97年成果可知，國外雨水利用相關產業已具相當規模，且整體模組化設計為其主軸，因此積極發展國內適合之模組，以提升國內水資源再利用技術實屬重要。此外根據97年之計畫成果，可知國內雨水利用之觀念雖已成熟，然因缺乏專業技術指導，往往導致後續操作維護發生許多問題，故擬成立可供諮詢之單位實為當下重要課題。基於前述因素，本年度擬以水利署已完成之「雨水利用資訊查詢系統」為基礎，並配合資訊系統中未納入之本年度全國校園新增之雨水利用設施調查結果，除更新「雨水利用資訊查詢系統」及其資料庫外，亦做為設計與開發雨水貯集與生活雜排水回收再利用模組之依據。另對各級學校課程中所需教育設施進行資料收集與分析，探討雨水利用及生活雜排水再利用系統，應用於學校設施所需之模組種類及開發該模組於教育設施上可連結使用之類型，隨後建立上述各模組所需經費估算方法，第二年應用前述開發之模組，配合本年度成立之雨水貯集再利用服務團，對各級學校進行實際規劃設計，且編撰結合學校教育設施之雨水貯集與生活雜排水回收再利用規劃設計及維護手冊，供未來其他學校於校園水資源再利用上參考。本年度成立之雨水貯集再利用服務團，擬設立政策規劃組、技術服務組及產業推動組，除從事產業訊息諮詢、案例診斷與新建輔導及教育訓練，以協助解決相關單位設置或規劃問題外，並配合水利 署推廣雨水貯集再利用，擬舉辦三場次雨水利用講習研討會議，且積極爭取未來國際雨水利用研討會在台舉行。第二年除常態業務外，並擬推動兩岸雨水利用交流，另增加設計車載可移動式節約用水宣導設施（包含以省水查漏、再利用（雨水、生活雜排水）前後用水量不同概念呈現之循環式設計）等工作。最後配合97年度初期雨水水質調查之成果，本年度將持續辦理台灣本島東部及南部雨水水質調查。本計畫期藉前述工作落實推動雨水及生活雜排水回收再利用增加替代水源，符合國家水資源永續利用的目標。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980034</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009804006</governmentpublicationsnumber><identifier>64221</identifier><internationalstandardbooknumber>9789860215151 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64221</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>結合學校教育設施之雨水及生活雜排水回收再利用模組研發(1/2)(光碟版) Research and Development of rainwater harvesting and gray water reusing module to combine school education facilities</title><yearidentifier>200912</yearidentifier></data><data><abstract>水利署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，已成立河川溪流守護隊，積極獎勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，並建置網站提供知識交流分享，及建立河川守護資料，以持續整合及充實河川自然、歷史、文化資料，結合地方在地社團，進行在地經驗智識之搜集，以期開啟、推動河川教育，全民共同守護河川。而社大、環保團體等NGO多年來帶領民眾、學員透過公共論壇討論相關環境議題，藉由課程、結合實地踏查與實作參與，重新學習流域相關知識，紀錄河川、發掘問題，省思人類與河川的關係，進一步採取行動守護河川，以及，由社大串連各相關社群，所啟動民間關心河川議題的意識與行動力，著實為台灣開啟推動「河川教育、守護與行動」的新方向。因此，本計畫盤點國內現有的河川社群，並進行國內在地性案例與經驗智識資料蒐集整理與分析，另辦理十場會議（含諮詢會議、交流會、工作坊）及規劃建置一智識交流平台，邀請河川社群參與，藉此串連與整合各界河川社群資源，形成「智識網絡」相互培力，進而累積民眾的「智識資本」及「社會資本」，提昇民眾參與公共事務的「實力」，以提出河川關懷策略；並進一步搭建與國外河川社群合作聯盟之橋樑，規劃未來民間參與或籌辦國際性河川社群交流活動的執行方向，讓台灣經驗為世界看見。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980369</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/11</date><governmentpublicationsnumber>1009804224</governmentpublicationsnumber><identifier>64222</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64222</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>河川社群資源整合與智識網絡建構先期規劃成果報告書(附錄冊)</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河及磺溪水系)等26條河川，監測頻率為每兩週一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變異點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變異點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。本計畫執行期間由98年6月25日至98年12月25日，共進行十二期的變遷偵測與通報(監測頻率為每兩週一次)。本計畫之監測影像來源是以福衛二號衛星為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足。因此於計畫執行期間，除了影像平均到位率可達到75%以上之外，亦可準時進行變遷偵測通報，以達每兩週一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間將變異區位相關的通報與查報等重要資料項目，提供至水利署「河川管理整合性資訊化系統」進行資訊交換整合。並多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變異點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980079</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/16</date><governmentpublicationsnumber>1009804019</governmentpublicationsnumber><identifier>64228</identifier><internationalstandardbooknumber>9789860215465 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64228</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>強化及落實運用衛星遙測於中央管河川(含淡水河及磺溪水系)河川 區域之變遷監測技術＝Enhance and Implement the Change Detection Technologies on Monitoring and Managing the Rivers Administered by Central Government(including Danshui and Huang River)via Sa</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河及磺溪水系)等26條河川，監測頻率為每兩週一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變異點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變異點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。本計畫執行期間由98年6月25日至98年12月25日，共進行十二期的變遷偵測與通報(監測頻率為每兩週一次)。本計畫之監測影像來源是以福衛二號衛星為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足。因此於計畫執行期間，除了影像平均到位率可達到75%以上之外，亦可準時進行變遷偵測通報，以達每兩週一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間將變異區位相關的通報與查報等重要資料項目，提供至水利署「河川管理整合性資訊化系統」進行資訊交換整合。並多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變異點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980079</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/16</date><governmentpublicationsnumber>1009804019</governmentpublicationsnumber><identifier>64229</identifier><internationalstandardbooknumber>9789860215465 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64229</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>強化及落實運用衛星遙測於中央管河川(含淡水河及磺溪水系)河川 區域之變遷監測技術(光碟版) Enhance and Implement the Change Detection Technologies on Monitoring and Managing the Rivers Administered by Central Government(including Danshui and Huang River)v</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>杜福安</author><categoryidentifier>797.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/17</date><governmentpublicationsnumber>1009400887</governmentpublicationsnumber><identifier>64234</identifier><internationalstandardbooknumber>9789860007626 ; 9860007624</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64234</librarycollectiondetailsurl><price>200</price><publisher>台北縣立十三行博物館</publisher><publishrocyear>94</publishrocyear><title>十三行大冒險</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>王壽來</author><categoryidentifier>69.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/17</date><governmentpublicationsnumber>1009803070</governmentpublicationsnumber><identifier>64236</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64236</librarycollectiondetailsurl><price>180</price><publisher>行政院文化建設委員會文化資產總管理處</publisher><publishrocyear>98</publishrocyear><title>潛進歷史─水下考古特展展覽專刊〈內附光碟〉</title><yearidentifier>200910</yearidentifier></data><data><abstract>高屏大湖工程計畫地下水文監測現況</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970604</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/17</date><governmentpublicationsnumber>1009804022</governmentpublicationsnumber><identifier>64237</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64237</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>高屏大湖工程計畫地下水文監測追蹤與檢討評估＝Groundwater Hydrologic Observation and Review for Kaoping Lake</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/17</date><governmentpublicationsnumber>1009804103</governmentpublicationsnumber><identifier>64238</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64238</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(1/2)---環境影響絣絣評估計畫成果--光碟版=Feasility of Niaozueitan Weir in Wu River (1/2)---The Plane of Environmental Impact Assessment</title><yearidentifier>200912</yearidentifier></data><data><abstract>高屏溪流域的水土資源發展與利用從民國40年以後，依除弊(治水)、興利(利水)與保育(河川環境管理)之管理目標，即開始有計畫地推動，整體流域之治理已獲致穩定、良好成效，防洪設施完成率在95％以上、高屏堰上游水質已改善至近甲類水體、區域內水資源供需平衡、集水區維持良好、環境生態系完整穩定等。惟在歷經民國98年8月8日莫拉克颱風侵襲重創後，流域內集水區地文、水文、生態環境、人文社經環境劇幅改變，故現階及未來高屏溪流域整體治理必須針對現況與未來願景做檢討評估，短期應配合莫拉克颱風災後重建特別條例以高屏溪水系流域復舊為主，及重新思考復舊後整治措施優先，長期仍應依據民國98年綱領計畫方向辦理各項工作</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980319</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/18</date><governmentpublicationsnumber>1009900833</governmentpublicationsnumber><identifier>64255</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64255</librarycollectiondetailsurl><price>2500</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域整體治理規劃(1/2)成果報告＝Integrated Regulation Planning of Kao-Ping River Basin(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>高屏溪流域的水土資源發展與利用從民國40年以後，依除弊(治水)、興利(利水)與保育(河川環境管理)之管理目標，即開始有計畫地推動，整體流域之治理已獲致穩定、良好成效，防洪設施完成率在95％以上、高屏堰上游水質已改善至近甲類水體、區域內水資源供需平衡、集水區維持良好、環境生態系完整穩定等。惟在歷經民國98年8月8日莫拉克颱風侵襲重創後，流域內集水區地文、水文、生態環境、人文社經環境劇幅改變，故現階及未來高屏溪流域整體治理必須針對現況與未來願景做檢討評估，短期應配合莫拉克颱風災後重建特別條例以高屏溪水系流域復舊為主，及重新思考復舊後整治措施優先，長期仍應依據民國98年綱領計畫方向辦理各項工作</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980319</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/18</date><governmentpublicationsnumber>1009900833</governmentpublicationsnumber><identifier>64256</identifier><internationalstandardbooknumber>9789860226645 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64256</librarycollectiondetailsurl><price>1500</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域整體治理規劃(1/2)(光碟版) Integrated Regulation Planning of Kao-Ping River Basin(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/23</date><governmentpublicationsnumber>1009804159</governmentpublicationsnumber><identifier>64268</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64268</librarycollectiondetailsurl><price>100</price><publisher>交通部中央氣象局</publisher><publishrocyear>98</publishrocyear><title>1897~2008 臺灣氣候變化統計報告＝1897~2008 Statistics of Climate Changes in Taiwan</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將規劃本署因應氣候變遷調適策略，以及未來4年本署各業務單位中程因應氣候變遷之行動方案，奠定我國水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980178</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009900237</governmentpublicationsnumber><identifier>64274</identifier><internationalstandardbooknumber>9789860222951 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64274</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第1階段管理計畫  The First Stage Manage Plan of Impacts and Adaptation to Climate Change on Water Environment</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫將規劃本署因應氣候變遷調適策略，以及未來4年本署各業務單位中程因應氣候變遷之行動方案，奠定我國水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980178</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009900237</governmentpublicationsnumber><identifier>64275</identifier><internationalstandardbooknumber>9789860222951 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64275</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第1階段管理計畫(光碟版)  The First Stage Manage Plan of Impacts and Adaptation to Climate Change on Water Environment</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫提出「聰明地與氣候共存」因應策略，藉由認知氣候變遷所帶來的衝擊，預先進行調整，建立一個永續與安全的河海環境。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980082</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009900665</governmentpublicationsnumber><identifier>64276</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64276</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利建設因應全球氣候變遷白皮書＝White Book on Water Infrastructure Strategies to Climate Change</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫提出「聰明地與氣候共存」因應策略，藉由認知氣候變遷所帶來的衝擊，預先進行調整，建立一個永續與安全的河海環境。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980082</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009900665</governmentpublicationsnumber><identifier>64277</identifier><internationalstandardbooknumber>9789860224894 ; 9789860224</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64277</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利建設因應全球氣候變遷白皮書(光碟版) White Book on Water Infrastructure Strategies to Climate Change</title><yearidentifier>201003</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009803883</governmentpublicationsnumber><identifier>64278</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64278</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(3/3)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River (3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009803883</governmentpublicationsnumber><identifier>64279</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64279</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(3/3)(光碟版)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River (3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009803883</governmentpublicationsnumber><identifier>64280</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64280</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(3/3)計畫成果資料(光碟版)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River (3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933   443.68970305</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980247</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/25</date><governmentpublicationsnumber>1009803885</governmentpublicationsnumber><identifier>64281</identifier><internationalstandardbooknumber>9789860213478 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64281</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估總報告書=Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/29</date><governmentpublicationsnumber>1009804091</governmentpublicationsnumber><identifier>64283</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64283</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>用水計畫書查核電子申報建置及額定用水量檢討計畫=Water-Use Prospectus Review E-Filling and Water Consumption Limit Review Project</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/29</date><governmentpublicationsnumber>1009804091</governmentpublicationsnumber><identifier>64284</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64284</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>用水計畫書查核電子申報建置及額定用水量檢討計畫(附錄)=Water-Use Prospectus Review E-Filling and Water Consumption Limit Review Project</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/3/29</date><governmentpublicationsnumber>1009804091</governmentpublicationsnumber><identifier>64285</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64285</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>用水計畫書查核電子申報建置及額定用水量檢討計畫--光碟版=Water-Use Prospectus Review E-Filling and Water Consumption Limit Review Project</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980314</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/29</date><governmentpublicationsnumber>1009803772</governmentpublicationsnumber><identifier>64286</identifier><internationalstandardbooknumber>9789860212372 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64286</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(1/3)=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(1/3)</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980314</commissionedprojectidentifier><currency>NT$</currency><date>2010/3/29</date><governmentpublicationsnumber>1009803772</governmentpublicationsnumber><identifier>64288</identifier><internationalstandardbooknumber>9789860212372 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64288</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(1/3)--光碟版=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(1/3)</title><yearidentifier>200911</yearidentifier></data><data><abstract>為加強水利工程施工安全及環境保護管理績效,本計畫收集分析水利署經辦之水利工程內容,並精緻各相關單位訪談、彙整現行相關工程管理作業規定及權責分工,已確切掌握目前水利工程安全及環境管理實施現況.引進OHSAS18001、ISO14001兩管理系統標準,預定已兩年期間,架構適合國內水利工程運用之施工安全及環境保護管理系統,並予教育宣導推廣運用.</abstract><author>台灣科技大學營造業職業災害防治中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980140</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/6</date><governmentpublicationsnumber>100990002</governmentpublicationsnumber><identifier>64296</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64296</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利工程安全及環境管理系統建構與實施計畫(2/2)第二年度成果報告書= Establishnent and Implementation of  the Construction Safety and Environment Management Systems for the Hydraulic Engineering(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>為加強水利工程施工安全及環境保護管理績效,本計畫收集分析水利署經辦之水利工程內容,並精緻各相關單位訪談、彙整現行相關工程管理作業規定及權責分工,已確切掌握目前水利工程安全及環境管理實施現況.引進OHSAS18001、ISO14001兩管理系統標準,預定已兩年期間,架構適合國內水利工程運用之施工安全及環境保護管理系統,並予教育宣導推廣運用.</abstract><author>台灣科技大學營造業職業災害防治中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980140</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/6</date><governmentpublicationsnumber>100990002</governmentpublicationsnumber><identifier>64298</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64298</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利工程安全及環境管理系統建構與實施計畫(2/2) 附冊I－水利工程安全衛生管理系統文件手冊= Establishnent and Implementation of  the Construction Safety and Environment Management Systems for the Hydraulic Engineering(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>為加強水利工程施工安全及環境保護管理績效,本計畫收集分析水利署經辦之水利工程內容,並精緻各相關單位訪談、彙整現行相關工程管理作業規定及權責分工,已確切掌握目前水利工程安全及環境管理實施現況.引進OHSAS18001、ISO14001兩管理系統標準,預定已兩年期間,架構適合國內水利工程運用之施工安全及環境保護管理系統,並予教育宣導推廣運用.</abstract><author>台灣科技大學營造業職業災害防治中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980140</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/6</date><governmentpublicationsnumber>100990002</governmentpublicationsnumber><identifier>64299</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64299</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利工程安全及環境管理系統建構與實施計畫(2/2) 附冊II －水利工程環境保護管理系統文件手冊= Establishnent and Implementation of  the Construction Safety and Environment Management Systems for the Hydraulic Engineering(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>為加強水利工程施工安全及環境保護管理績效,本計畫收集分析水利署經辦之水利工程內容,並精緻各相關單位訪談、彙整現行相關工程管理作業規定及權責分工,已確切掌握目前水利工程安全及環境管理實施現況.引進OHSAS18001、ISO14001兩管理系統標準,預定已兩年期間,架構適合國內水利工程運用之施工安全及環境保護管理系統,並予教育宣導推廣運用.</abstract><author>台灣科技大學營造業職業災害防治中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980147</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/6</date><governmentpublicationsnumber>100990002</governmentpublicationsnumber><identifier>64300</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64300</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利工程安全及環境管理系統建構與實施計畫(2/2) 附冊III－特殊工程施工安全及環境保護作業指引= Establishnent and Implementation of  the Construction Safety and Environment Management Systems for the Hydraulic Engineering(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>台灣地區於民國65 ?開始積極建設公共給水，自?水普及?雖大幅提 昇，但對配水管網管?維護之重視程?相較於先進國家仍顯?足，特別是 在?水管?上，還有再提升的空間。本計畫係在保障民眾用水安全及?低 ?水?為出發點下，預計分三??針對配水管網的管?與維護等進?多方 向探討，並研擬配水管網設施的標準操作程序(SOP)及標準維護程序(SMP) 之編撰準則與指引，及完成「配水管網管?與維護要點」手冊等，以期能 提出對未?公共給水管網管?及維護的最佳策?。 98 ??蒐集世界先進國家，包括美國、德國、日本及新加坡等四個國 家及五個代表性城市（?約、柏?、新加坡、東京?或大阪等城市）之自 ?水事業的發展?程、組織營運概況、供水系統?水計算與?水防治措施、 民營化經驗、水費與計?器、研發機構、先進技術與觀?等資訊，以提供 國內自?水事業未?在配水管網經營管?上的?考。 此外，亦深入剖析國內三個自?水事業單位（臺?自?水事業處、台 灣自?水公司、及?門縣自?水廠）之「管線資訊管?系統與監控系統」、 「目前操作情形」、及「供水管網改善對策」等三個面向，並根據最新的? 據統計，探討?水發生機制、原因、及其對應之?水?。並與世界先進城 市進?比較，針對國內各自?水事業單位?同的現況與需求，提出建議與 可?方向。 根據國外之經驗與國內現況，本計畫研提水?分析模式於配水管網的 水壓、?水及水質管?之應用。採用Bentley 公司所發展的WaterGems 模式， 建置完成三重地區（91 管段）配水管網水?分析模式，並驗證完成各管段 ??及各節點水壓。此外，考?各自?水事業單位目前檢測?方式，選定 台水公司12 區處的新莊地區第1 小區（142 管段）作為研究區，建置模式 並規劃監測儀器（水壓、水質）之布設。99 ??將以此小區進?實務檢測 及模式校正工作，並應用校正後模式進?現況水壓及?水之模擬，另輔以 餘氯?測工具以探討餘氯隨滯?時間變化之關係。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980296</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803935</governmentpublicationsnumber><identifier>64303</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64303</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(1/3)＝Public Water Supply Network Management and Maintenance Technology Upgrade(1/3</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區於民國65 ?開始積極建設公共給水，自?水普及?雖大幅提 昇，但對配水管網管?維護之重視程?相較於先進國家仍顯?足，特別是 在?水管?上，還有再提升的空間。本計畫係在保障民眾用水安全及?低 ?水?為出發點下，預計分三??針對配水管網的管?與維護等進?多方 向探討，並研擬配水管網設施的標準操作程序(SOP)及標準維護程序(SMP) 之編撰準則與指引，及完成「配水管網管?與維護要點」手冊等，以期能 提出對未?公共給水管網管?及維護的最佳策?。 98 ??蒐集世界先進國家，包括美國、德國、日本及新加坡等四個國 家及五個代表性城市（?約、柏?、新加坡、東京?或大阪等城市）之自 ?水事業的發展?程、組織營運概況、供水系統?水計算與?水防治措施、 民營化經驗、水費與計?器、研發機構、先進技術與觀?等資訊，以提供 國內自?水事業未?在配水管網經營管?上的?考。 此外，亦深入剖析國內三個自?水事業單位（臺?自?水事業處、台 灣自?水公司、及?門縣自?水廠）之「管線資訊管?系統與監控系統」、 「目前操作情形」、及「供水管網改善對策」等三個面向，並根據最新的? 據統計，探討?水發生機制、原因、及其對應之?水?。並與世界先進城 市進?比較，針對國內各自?水事業單位?同的現況與需求，提出建議與 可?方向。 根據國外之經驗與國內現況，本計畫研提水?分析模式於配水管網的 水壓、?水及水質管?之應用。採用Bentley 公司所發展的WaterGems 模式， 建置完成三重地區（91 管段）配水管網水?分析模式，並驗證完成各管段 ??及各節點水壓。此外，考?各自?水事業單位目前檢測?方式，選定 台水公司12 區處的新莊地區第1 小區（142 管段）作為研究區，建置模式 並規劃監測儀器（水壓、水質）之布設。99 ??將以此小區進?實務檢測 及模式校正工作，並應用校正後模式進?現況水壓及?水之模擬，另輔以 餘氯?測工具以探討餘氯隨滯?時間變化之關係。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980296</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803935</governmentpublicationsnumber><identifier>64304</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64304</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(1/3)(光碟版)＝Public Water Supply Network Management and Maintenance Technology Upgrade(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>公共給水品質的提升與淨水場操作效能息息相關，本計畫透過自動化操作監控系統的開發，並藉由建構全方位淨水場資訊管理系統，強化操作資訊之知識化管理，方有助於國內自來水事業之發展及提升國際競爭力。</abstract><author>國立交通大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980295</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803963</governmentpublicationsnumber><identifier>64305</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64305</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(1/3)＝The establishment of up to date operation control in the plant and knowledge based technology for information management system for public water supply(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>公共給水品質的提升與淨水場操作效能息息相關，本計畫透過自動化操作監控系統的開發，並藉由建構全方位淨水場資訊管理系統，強化操作資訊之知識化管理，方有助於國內自來水事業之發展及提升國際競爭力。</abstract><author>國立交通大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980295</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803963</governmentpublicationsnumber><identifier>64306</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64306</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(1/3)(光碟版) ＝The establishment of up to date operation control in the plant and knowledge based technology for information management system for public water supply(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生。本計畫擬以四年時間針對：（1）污水回收生產再生水、（2）直接淨水生產、與（3）海（鹹）水淡化三類薄膜技術應用於本土水資源條件之可行性進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。並以具本土智材權之低積垢薄膜為開發測試對象，扶植本土薄膜產業之發展。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980288</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803936</governmentpublicationsnumber><identifier>64307</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64307</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(1/4)＝Establishment of membrance techologies for advanced drinking water treatment processes(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生。本計畫擬以四年時間針對：（1）污水回收生產再生水、（2）直接淨水生產、與（3）海（鹹）水淡化三類薄膜技術應用於本土水資源條件之可行性進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。並以具本土智材權之低積垢薄膜為開發測試對象，扶植本土薄膜產業之發展。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980288</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/8</date><governmentpublicationsnumber>1009803936</governmentpublicationsnumber><identifier>64308</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64308</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(1/4)(光碟版)＝Establishment of membrance techologies for advanced drinking water treatment processes(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之執行成果包含︰完成1/2500正射影像購置，總共436幅、141段局管地籍圖購置及校正檢核、土地利用圖建置、等高線圖建置，並將上述成果圖資導入『經管土地GIS管理及查詢系統』之中。其中系統功能主要包含﹕系統管理、地籍資料查詢、定位轉檔功能、圖形及圖層展示、土地利用相關分析功能、繪圖輸出及系統輔助資料查詢等功能，另外結合PDA現勘資訊查報系統，此系統功能主要包含﹕現況地圖圖資操作、資料同步功能、GPS定位及搜尋定位、現勘資料紀錄等。 本計畫執行期間，亦完成合約規定之相關軟硬體設備之教育訓練，其包含﹕ArcView軟體操作教育訓練、水利署水利土地管理既有系統功能介紹教育訓練、行動式地理資訊系統SuperPad教育訓練、Skyline三維飛行模擬系統教育訓練、圖資資料庫引擎軟體Image server系統教育訓練、經管土地GIS管理及查詢系統移轉等六項教育訓練。 另外亦將北區水資源局之局管地籍及土地利用圖及正射影像，置入3D Skyline軟體以建置三維飛行模擬場景。局管範圍之436幅正射影像圖亦已置入於圖資資料庫引擎-Imagine server 系統之中，並完成測試無誤。 建議未來可延續本計畫成果，擴充建置WebGIS系統，將原本單機版系統改為網路版並加以整合，以確保使用者查詢資料之一致性，除了利於管理者簡易管理外，使用者亦能透過網路即時查看資料狀況(如正射影像、土地利用、地籍圖等相關圖資之資訊查詢)。關於地籍圖資之更新方式，則建議北區水資源局可行文至內政部國土測繪中心商議取得資料後，彙整置入。</abstract><author>中華民國航空測量及遙感探測學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960331</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/12</date><governmentpublicationsnumber>1009804024</governmentpublicationsnumber><identifier>64317</identifier><internationalstandardbooknumber>9789860215236 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64317</librarycollectiondetailsurl><price>540</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署北區水資源局經管土地GIS管理及查詢系統＝The Land Management and Query GIS System of Northern Region Water Resources Office Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫之執行成果包含︰完成1/2500正射影像購置，總共436幅、141段局管地籍圖購置及校正檢核、土地利用圖建置、等高線圖建置，並將上述成果圖資導入『經管土地GIS管理及查詢系統』之中。其中系統功能主要包含﹕系統管理、地籍資料查詢、定位轉檔功能、圖形及圖層展示、土地利用相關分析功能、繪圖輸出及系統輔助資料查詢等功能，另外結合PDA現勘資訊查報系統，此系統功能主要包含﹕現況地圖圖資操作、資料同步功能、GPS定位及搜尋定位、現勘資料紀錄等。 本計畫執行期間，亦完成合約規定之相關軟硬體設備之教育訓練，其包含﹕ArcView軟體操作教育訓練、水利署水利土地管理既有系統功能介紹教育訓練、行動式地理資訊系統SuperPad教育訓練、Skyline三維飛行模擬系統教育訓練、圖資資料庫引擎軟體Image server系統教育訓練、經管土地GIS管理及查詢系統移轉等六項教育訓練。 另外亦將北區水資源局之局管地籍及土地利用圖及正射影像，置入3D Skyline軟體以建置三維飛行模擬場景。局管範圍之436幅正射影像圖亦已置入於圖資資料庫引擎-Imagine server 系統之中，並完成測試無誤。 建議未來可延續本計畫成果，擴充建置WebGIS系統，將原本單機版系統改為網路版並加以整合，以確保使用者查詢資料之一致性，除了利於管理者簡易管理外，使用者亦能透過網路即時查看資料狀況(如正射影像、土地利用、地籍圖等相關圖資之資訊查詢)。關於地籍圖資之更新方式，則建議北區水資源局可行文至內政部國土測繪中心商議取得資料後，彙整置入。</abstract><author>中華民國航空測量及遙感探測學會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960331</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/12</date><governmentpublicationsnumber>1009804024</governmentpublicationsnumber><identifier>64318</identifier><internationalstandardbooknumber>9789860215236 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64318</librarycollectiondetailsurl><price>540</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署北區水資源局經管土地GIS管理及查詢系統(光碟版)＝The Land Management and Query GIS System of Northern Region Water Resources Office Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來隨著氣候環境的改變極端水文事件頻仍，劇烈的降雨引發石門水庫集水區嚴重土砂災害，豪雨所引致大量的新生崩塌並經由颱風期間的豪雨將土砂沖刷運移至水庫庫區，造成水庫原水濁度上昇，影響水庫供水功能，堆積之土砂更使水庫庫容量減少，縮短水庫使用年限。?解決石門水庫日益嚴重泥砂淤積問題並延長水庫使用年限，爰依立法院民國95年1月13日三讀通過「石門水庫及其集水區整治特別條例」，以透過石門水庫及集水區整體治理工作的推動，確保石門水庫營運功能、上游集水區水域環境之保育及穩定水庫供水能力、保障民眾用水權益。惟在進行集水區保育治理工程方面，對泥砂減量成效往往缺乏具體評估指標，因此本計畫以選定之小集水區內保育治理工程(試驗組)及相對應之未施作工程崩塌地(對照組)，進行現地觀測及量測資料分析，選定保育治理工程之土砂產?及泥砂減量成效評估方法，將分析成果透過整治?及經濟分析方式進行石門水庫集水區保育治?工程?砂減?成效上之優?評估，以作為集水區治理對策之初步參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433   443.642   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/4/16</date><governmentpublicationsnumber>1009804250</governmentpublicationsnumber><identifier>64323</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64323</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區保育治理工程泥砂減量成效評估＝Evaluations for effectiveness of sediment reduction conservation engineering in Shihmen Reservoir Catchment Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來隨著氣候環境的改變極端水文事件頻仍，劇烈的降雨引發石門水庫集水區嚴重土砂災害，豪雨所引致大量的新生崩塌並經由颱風期間的豪雨將土砂沖刷運移至水庫庫區，造成水庫原水濁度上昇，影響水庫供水功能，堆積之土砂更使水庫庫容量減少，縮短水庫使用年限。?解決石門水庫日益嚴重泥砂淤積問題並延長水庫使用年限，爰依立法院民國95年1月13日三讀通過「石門水庫及其集水區整治特別條例」，以透過石門水庫及集水區整體治理工作的推動，確保石門水庫營運功能、上游集水區水域環境之保育及穩定水庫供水能力、保障民眾用水權益。惟在進行集水區保育治理工程方面，對泥砂減量成效往往缺乏具體評估指標，因此本計畫以選定之小集水區內保育治理工程(試驗組)及相對應之未施作工程崩塌地(對照組)，進行現地觀測及量測資料分析，選定保育治理工程之土砂產?及泥砂減量成效評估方法，將分析成果透過整治?及經濟分析方式進行石門水庫集水區保育治?工程?砂減?成效上之優?評估，以作為集水區治理對策之初步參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/4/16</date><governmentpublicationsnumber>1009804250</governmentpublicationsnumber><identifier>64324</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64324</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區保育治理工程泥砂減量成效評估(光碟版)＝Evaluations for effectiveness of sediment reduction conservation engineering in Shihmen Reservoir Catchment Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫首先進行巴陵壩上下游五公里長期模擬(十年)，了解河道沖淤變化，結果呈現出原先堆積在巴陵壩上之砂石大部分皆被水流帶至下游，並淤積在榮華壩上游河道處，而下游義興壩則因榮華壩擋住了大部分砂石，故無明顯之淤積情況，再結合穩定性分析指標判斷目前河道沖淤情形不會影響水工結構之安全。接著以物理層面評估出秀巒、玉峰、及爺亨廠址後，進行三廠週邊河道二維模擬，估算出附近河道淤積結果，藉以提供各廠區可利用砂石量；以法律層面評估，於石門水庫自來水水質水量保護區內建廠牽涉之法律及權責單位繁雜，文中提出相對應之法規與申請之行政流程；以經濟層面分析出預拌混凝土廠年需求量達62,256m3以上才能正常營運，而六年特別預算執行完成後，僅有常態性之維護與治理的混凝土年用量約少於49,762m3，故集水區裡建廠不具經濟規模。文中建議砂石場配合公共工程地型預拌場，此方案砂石場運作機動性高，隨時停工復工不影響營運，且由工業局定義砂石場在零排放情況下為〝低污染性〞工場，相對於興建砂石廠及永久性預拌廠方案來說，此方案對環境之破壞與衝擊較小，生產成本較低，而架設臨時型預拌場僅需工程主辦機關同意，流程不似永久性預拌場複雜。再者，如以生態為考量，則可搭配「砂石多元利用方案」，提供生態工法之砂石材料。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433   443.6405   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/4/16</date><governmentpublicationsnumber>1009804249</governmentpublicationsnumber><identifier>64325</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64325</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區泥砂推估與處置綜合評析計畫 ＝Comprehensive Analysis of Sediment Yield Estimation and Treatment in the Shihmen Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫首先進行巴陵壩上下游五公里長期模擬(十年)，了解河道沖淤變化，結果呈現出原先堆積在巴陵壩上之砂石大部分皆被水流帶至下游，並淤積在榮華壩上游河道處，而下游義興壩則因榮華壩擋住了大部分砂石，故無明顯之淤積情況，再結合穩定性分析指標判斷目前河道沖淤情形不會影響水工結構之安全。接著以物理層面評估出秀巒、玉峰、及爺亨廠址後，進行三廠週邊河道二維模擬，估算出附近河道淤積結果，藉以提供各廠區可利用砂石量；以法律層面評估，於石門水庫自來水水質水量保護區內建廠牽涉之法律及權責單位繁雜，文中提出相對應之法規與申請之行政流程；以經濟層面分析出預拌混凝土廠年需求量達62,256m3以上才能正常營運，而六年特別預算執行完成後，僅有常態性之維護與治理的混凝土年用量約少於49,762m3，故集水區裡建廠不具經濟規模。文中建議砂石場配合公共工程地型預拌場，此方案砂石場運作機動性高，隨時停工復工不影響營運，且由工業局定義砂石場在零排放情況下為〝低污染性〞工場，相對於興建砂石廠及永久性預拌廠方案來說，此方案對環境之破壞與衝擊較小，生產成本較低，而架設臨時型預拌場僅需工程主辦機關同意，流程不似永久性預拌場複雜。再者，如以生態為考量，則可搭配「砂石多元利用方案」，提供生態工法之砂石材料。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/4/16</date><governmentpublicationsnumber>1009804249</governmentpublicationsnumber><identifier>64326</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64326</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區泥砂推估與處置綜合評析計畫(光碟版)＝Comprehensive Analysis of Sediment Yield Estimation and Treatment in the Shihmen Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為水利署與美國墾務局之水利技術合作案，以台灣案例河川為研究對象，開發適用於台灣特性河川之數值模式</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980187</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009901025</governmentpublicationsnumber><identifier>64328</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64328</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>98年度台美水利技術合作計畫(內附光碟)＝2009 Accomplishments under Appendix N0.8 to the Agreementbetween TECRO and AIT for Technical Assistance and Cooperation for Water Resources</title><yearidentifier>201003</yearidentifier></data><data><abstract>中港溪位於台灣西北部苗栗縣境內，為經濟部水利署第二河川局轄管中央管河川之ㄧ，介於頭前溪及後龍溪之間，主流發源於南庄南方土地，共分為兩支，東河出自家裡山山脈鹿場大山，標高2,616公尺，經由鹿場向北流至東河在折向西流至南庄經由鹿場向北流至東河在折向西流至南;而此計畫為建置中港溪水系基本資料庫，配合GIS強大功能將產製及收集數值圖資有效利用，並結合水利署自民國94年開始執行[國土復育策略方案暨行動計畫先期作業]分之[開發建置中央管河川空間資訊系統計劃]成果應用以作為業務查詢、展示應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933   443.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098-B-01040-002-312</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900080</governmentpublicationsnumber><identifier>64338</identifier><internationalstandardbooknumber>9789860221404 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64338</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪河川環境航空測量數值資料製作=To Produce the Jhonggang River Environment Digital Data by Aerial Photogrammetry</title><yearidentifier>201001</yearidentifier></data><data><abstract>中港溪位於台灣西北部苗栗縣境內，為經濟部水利署第二河川局轄管中央管河川之ㄧ，介於頭前溪及後龍溪之間，主流發源於南庄南方土地，共分為兩支，東河出自家裡山山脈鹿場大山，標高2,616公尺，經由鹿場向北流至東河在折向西流至南庄經由鹿場向北流至東河在折向西流至南;而此計畫為建置中港溪水系基本資料庫，配合GIS強大功能將產製及收集數值圖資有效利用，並結合水利署自民國94年開始執行[國土復育策略方案暨行動計畫先期作業]分之[開發建置中央管河川空間資訊系統計劃]成果應用以作為業務查詢、展示應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098-B-01040-002-312</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900080</governmentpublicationsnumber><identifier>64339</identifier><internationalstandardbooknumber>9789860221404 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64339</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪河川環境航空測量數值資料製作(光碟版)＝To Produce the Jhoggang River Environment Digital Data by Aerial Photogrammetry</title><yearidentifier>201001</yearidentifier></data><data><abstract>後龍溪位於台灣中北部，東北鄰龍溪流域，東南與大安溪為界，西傍西湖溪流域，為苗栗縣進內最大河川。主流發源於加裡山山脈之鹿場大山(標高2,616公尺)溪流成汶水溪，於桂竹林匯合發源於東洗水山(2,342公尺)之大湖西後撐後龍溪，由福基流入平地，貫穿苗栗市，在於頭屋匯合老田寮溪及沙河後，經後龍於公司寮附近出海，幹流長度約58.3公里，流域面積約537平方公里，為貴局轄管中央管河川之ㄧ。</abstract><author>中興測量有限公司</author><categoryidentifier>443.6933   443.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900079</governmentpublicationsnumber><identifier>64340</identifier><internationalstandardbooknumber>9789860221398 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64340</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>後龍溪暨老田寮溪河川環境航空測量數值資料製作〈光碟版〉＝The  Development  Digital  Environment  Database  for  HoLong  River  in  2009</title><yearidentifier>201001</yearidentifier></data><data><abstract>後龍溪位於台灣中北部，東北鄰龍溪流域，東南與大安溪為界，西傍西湖溪流域，為苗栗縣進內最大河川。主流發源於加裡山山脈之鹿場大山(標高2,616公尺)溪流成汶水溪，於桂竹林匯合發源於東洗水山(2,342公尺)之大湖西後撐後龍溪，由福基流入平地，貫穿苗栗市，在於頭屋匯合老田寮溪及沙河後，經後龍於公司寮附近出海，幹流長度約58.3公里，流域面積約537平方公里，為貴局轄管中央管河川之ㄧ。</abstract><author>中興測量有限公司</author><categoryidentifier>443.6933   443.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098-B-01040-002-313</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900079</governmentpublicationsnumber><identifier>64341</identifier><internationalstandardbooknumber>9789860221398 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64341</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>後龍溪暨老田寮溪河川環境航空測量數值資料製作=The Development Digital Environment Database for HoLong River in 2009</title><yearidentifier>201001</yearidentifier></data><data><abstract>本計畫之目的即在於透過模擬試驗訓?場的驗證，評估施?地球物?探測法在分析研判時，因現場?確定因素造成的?據失真，進一步提昇分析研判之準確性，同時提供人工標準化之場址以供軟體與硬體驗證。除可作為研究試驗用外，並可兼作國內各機關及研究機構標準之訓?場地。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>353.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098R1203101306</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900829</governmentpublicationsnumber><identifier>64342</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64342</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>地球物理探測野外試驗訓練場建置規劃(1/3.)(內附光碟) ＝A Plan of constructing in-situ testing and training site for Geophysical exploration</title><yearidentifier>201001</yearidentifier></data><data><abstract>本計畫之目的即在於透過模擬試驗訓?場的驗證，評估施?地球物?探測法在分析研判時，因現場?確定因素造成的?據失真，進一步提昇分析研判之準確性，同時提供人工標準化之場址以供軟體與硬體驗證。除可作為研究試驗用外，並可兼作國內各機關及研究機構標準之訓?場地。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>353.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098R1203101306</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/19</date><governmentpublicationsnumber>1009900829</governmentpublicationsnumber><identifier>64343</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64343</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>地球物理探測野外試驗訓練場建置規劃(1/3.)(光碟版) ＝A Plan of constructing in-situ testing and training site for Geophysical exploration</title><yearidentifier>201001</yearidentifier></data><data><abstract>本計畫為一四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。其主要目的包括：(1) 健全新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。在本(98)年度之工作項目為：(1) 健全新興污染物監測分析資訊；(2)評估處理程序對新興污染物削減能力；以及(3) 檢視淨水場對新興污染物控制能力與最佳化。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980292</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/20</date><governmentpublicationsnumber>1009804588</governmentpublicationsnumber><identifier>64348</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究(1/4)＝Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫為一四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。其主要目的包括：(1) 健全新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。在本(98)年度之工作項目為：(1) 健全新興污染物監測分析資訊；(2)評估處理程序對新興污染物削減能力；以及(3) 檢視淨水場對新興污染物控制能力與最佳化。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980292</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/20</date><governmentpublicationsnumber>1009804588</governmentpublicationsnumber><identifier>64349</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64349</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究(1/4)(光碟版)＝Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(1/4)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究針對不同水源型態與不同濾池型態的淨水廠進行相關探討，並特別著重於藻類於淨水系統中的宿命與削減機制。改善處理水水質，增進處理水的化學與生物穩定性，確保供水水質與水量的安全與穩定。</abstract><author>國立中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980293</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/20</date><governmentpublicationsnumber>1009804675</governmentpublicationsnumber><identifier>64350</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64350</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究：異常原水水質之應變與操作技術提升(1/4) ＝A study of treatment efficiency improvement and drinking water quality stabilization for traditional water supply treatment process improvement of treatment and emer</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究針對不同水源型態與不同濾池型態的淨水廠進行相關探討，並特別著重於藻類於淨水系統中的宿命與削減機制。改善處理水水質，增進處理水的化學與生物穩定性，確保供水水質與水量的安全與穩定。</abstract><author>國立中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980293</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/20</date><governmentpublicationsnumber>1009804675</governmentpublicationsnumber><identifier>64351</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64351</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究：異常原水水質之應變與操作技術提升(1/4)(光碟版)＝ A study of treatment efficiency improvement and drinking water quality stabilization for traditional water supply treatment process improvement of treatment and</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區在暴雨或颱風期間，逕流所挾帶的大量泥沙會造成河川、水庫之濁度大幅提高，導致以之為水源的淨水場處理設備負荷升高，嚴重將使之被迫減量供水，甚至關場停水。河川原水的濁度的高低及影響時間的長短主要會受其上游集水區之雨量、延時、坡度、土地利用情況及集水區特性所影響。若能夠找出上述影響因子與高濁度的原水事件發生的強度及延時之間的關系，應可以幫助淨水場擬定或改善其緊急應變計畫。另外，由於淨水場處理高濁度原水時常因為無法及時監測原水濁度導致其自動控制系統失常，造成各單元操作處理上的問題，故高濁度原水之自動濁度監測方法的發展，應可增加淨水場處理高濁度原水的能力。本研究計畫收集整理直潭、板新、帄鎮、林內及坪頂等五座供水量100,000 CMD以上的淨水場，於暴雨事件發生時，其上游集水區之雨量、延時及其原水、沉澱出流水及清水之水質、水量與操作資料，並加以統計分析，確認雨量與濁度之間的變化趨勢及各場供水系統流程中潛在問題。進而規劃建議上述5座淨水場可行之高濁度原水前處理設施或程序，並檢討不同濁度及延時之條件下，上述5座淨水場現有之高濁原水應變程序之合理性。另外希望能研發高濁度水(濁度&amp;gt;5000 NTU)之自動監測方法及一種以上於上述5座淨水場經濟可行之高濁原水處理技術，並規劃公共給水水質及供水緊急應變及管理系統。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA0980291</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/21</date><governmentpublicationsnumber>1009804219</governmentpublicationsnumber><identifier>64352</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64352</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水緊急應變管理系統及高濁原水處理應變技術之建立(1/2)＝Establishment of emergency response information management system for public water supply and technique for hifh turbidity raw water treatment(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區在暴雨或颱風期間，逕流所挾帶的大量泥沙會造成河川、水庫之濁度大幅提高，導致以之為水源的淨水場處理設備負荷升高，嚴重將使之被迫減量供水，甚至關場停水。河川原水的濁度的高低及影響時間的長短主要會受其上游集水區之雨量、延時、坡度、土地利用情況及集水區特性所影響。若能夠找出上述影響因子與高濁度的原水事件發生的強度及延時之間的關系，應可以幫助淨水場擬定或改善其緊急應變計畫。另外，由於淨水場處理高濁度原水時常因為無法及時監測原水濁度導致其自動控制系統失常，造成各單元操作處理上的問題，故高濁度原水之自動濁度監測方法的發展，應可增加淨水場處理高濁度原水的能力。本研究計畫收集整理直潭、板新、帄鎮、林內及坪頂等五座供水量100,000 CMD以上的淨水場，於暴雨事件發生時，其上游集水區之雨量、延時及其原水、沉澱出流水及清水之水質、水量與操作資料，並加以統計分析，確認雨量與濁度之間的變化趨勢及各場供水系統流程中潛在問題。進而規劃建議上述5座淨水場可行之高濁度原水前處理設施或程序，並檢討不同濁度及延時之條件下，上述5座淨水場現有之高濁原水應變程序之合理性。另外希望能研發高濁度水(濁度&amp;gt;5000 NTU)之自動監測方法及一種以上於上述5座淨水場經濟可行之高濁原水處理技術，並規劃公共給水水質及供水緊急應變及管理系統。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980291</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/21</date><governmentpublicationsnumber>1009804219</governmentpublicationsnumber><identifier>64353</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64353</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>公共給水緊急應變管理系統及高濁原水處理應變技術之建立(1/2)(光碟版)＝Establishment of emergency response information management system for public water supply and technique for hifh turbidity raw water treatment(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>集集共同引水計畫於民國82年5月奉行政院核定實施，依據環境影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91年起集集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最低程度，民國92至民國97年已完成集集攔河堰環境監測，爰持續進行民國98年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980181</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/21</date><governmentpublicationsnumber>1009901033</governmentpublicationsnumber><identifier>64354</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64354</librarycollectiondetailsurl><price>800</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>集集攔河堰營運階段水域生態及水質監測成果報告＝Chi- Chi Weir operation in yr.2009 Aguatic ecology and water quality monitoring report</title><yearidentifier>201003</yearidentifier></data><data><abstract>集集共同引水計畫於民國82年5月奉行政院核定實施，依據環境影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91年起集集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最低程度，民國92至民國97年已完成集集攔河堰環境監測，爰持續進行民國98年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980181</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/21</date><governmentpublicationsnumber>1009901033</governmentpublicationsnumber><identifier>64355</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64355</librarycollectiondetailsurl><price>800</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>集集攔河堰營運階段水域生態及水質監測成果報告(光碟版)＝Chi- Chi Weir operation in yr.2009 Aguatic ecology and water quality monitoring report</title><yearidentifier>201003</yearidentifier></data><data><abstract>98年度持續進行斗六堰附近與魚道的魚類生態及基流量排放追蹤調查工作，並於清水溪右岸增設模組式魚道，以改善本地生物廊道問題。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980181</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/26</date><governmentpublicationsnumber>1009901034</governmentpublicationsnumber><identifier>64373</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64373</librarycollectiondetailsurl><price>500</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>98年度斗六堰魚道功能監測及主流魚道規劃試驗研究成果報告＝Research on the efficency assessment of fishway in Dou- Liou Weir and the fishway in main stream</title><yearidentifier>201003</yearidentifier></data><data><abstract>98年度持續進行斗六堰附近與魚道的魚類生態及基流量排放追蹤調查工作，並於清水溪右岸增設模組式魚道，以改善本地生物廊道問題。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980181</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/26</date><governmentpublicationsnumber>1009901034</governmentpublicationsnumber><identifier>64374</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64374</librarycollectiondetailsurl><price>500</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>98年度斗六堰魚道功能監測及主流魚道規劃試驗研究成果報告(光碟版)＝Research on the efficency assessment of fishway in Dou- Liou Weir and the fishway in main stream</title><yearidentifier>201003</yearidentifier></data><data><abstract>近年來區域水文時空變化之不確定性，水資源供應有其無可避免的風險，加上未來全球氣候變遷對於降雨時空分佈的影響，預期區域公共用水與農業用水的缺水風險將不斷升高，由於水資源措施不論是新增或調適皆非一蹴可成，故宜及早以管理風險及降低風險衝擊的理念，進行區域水資源供應風險管理機制的規劃評估，並提出適當的公共用水與農業用水缺水風險回應計畫，包含缺水風險避免、缺水風險減緩、缺水風險承擔和缺水風險轉移等，技術面與管理面之方案研擬與可行性分析。有鑑於此，本計畫的研究區域針對北部區域，包括翡翠水庫及石門水庫的現況水資源供應系統，考量水文不確定的風險，建置其相應的公共用水與農業用水缺水風險分析模型，及風險管理資訊平台。藉以模擬評估缺水發生時，對於研究區域內公共用水與農業用水的影響，並進一步擬定相關的公共用水與農業用水缺水風險回應計畫及其可行性評估。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980325</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/26</date><governmentpublicationsnumber>1009900924</governmentpublicationsnumber><identifier>64375</identifier><internationalstandardbooknumber>9789860227208 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64375</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立(1/2)－內附光碟 Development of Water Resource Risk ManagementMechanism for Northern Taiwan (1/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>澎湖地區限於地形與氣候因素，水資源條件欠缺；惟該區域未來可能面臨開放博奕特區，用水量將大幅增加，針對此區用水壓力下，如採用再生能源進行海水淡化，可減少水資源開發成本。另再採分質供排水2管分離系統，以增加水資源利用效率，為使本計畫具可行性評估須對政策法規等層面予以考量，本計畫詳細過程為：（a）澎湖水資源需求及觀光用水特性評估：採用曲線延長法推估民國100~120年常駐人口及觀光人口，並推估生活用水需求量，以民國120年為例，澎湖全區總生活用水量為35,270CMD，觀光用水需求量為1,497CMD（觀光人口數為每年644,896人次）。（b）再生能源應用海水淡化可行性評估，對該區中屯風力發電經濟效益分析（97~98年）平均發電成本為每度2.13元，若扣除補助投資成本11,350萬元，平均發電成本降至每度1.7元，低於柴油成本3.72元，該電廠目前供應烏崁海淡廠用電仍足夠，評估後，風力發電適合設置在澎湖。再對太陽能海淡廠核心技術（太陽能採集系統、太陽能蒸餾淡化技術）予以探討，並對4,000CMD太陽能海淡廠經費估算，太陽能海淡廠製水成本每度1,200元台幣，所需土地面積100~200ha，土地購置成本4.8~9.6億元，相較井垵海淡廠土地1.95ha，土地購置0.12億元，相較下較為昂貴，評估後，目前不適合建造太陽能海淡廠於澎湖。（c）設置觀光賭場後之飲用水分離可行性探討，以馬公白沙供水系統民國120年之6種情境，當實施飲用水分離2管線系統(海淡水、回收中水（生活污水、雨水）)，不可滿足最大容納人數每年120萬人次，實施飲用水分離3管線系統，才可滿足最大容納人數每年120萬人次。再深入對小區域個案之飲用水分離－於白沙鄉後寮段，設博奕特區、觀光大飯店面積74ha，分三期開發，分別推估各時程計畫專用水量，經計算平均假日總用水量為4,009.2CMD（預估觀光每年2,754,517人次），扣除中水回收量87.5CMD，日集水量1,238.2CMD，輸水損耗87.5CMD，而自來水用量為1,983.5CMD，並繪出用水平衡圖，其中生活污水處理，由基地內污水處理場處理。（d）用水分離法規制度可行性探討：所涉及法令為目的事業法類、環境影響評估資源及再生能源法類。其中，再生能源開發條例得準用電法規定，對於補助金額與計估方式由相關部會學者專家、團體組成委員會審議公告，每年檢討修正，但價格不得低於火力發電平均成本。（e）座談會：經由意見交流溝通可凝聚共識而使該計畫達到事半功倍效果。座談會在宣導本計劃精神：「節能＋多元水資源開發＋分質供排水」，經由在地所回饋訊息，可供未來推動本計畫之參考依據。</abstract><author>社團法人台灣農業工程學會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980339</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/26</date><governmentpublicationsnumber>1009900883</governmentpublicationsnumber><identifier>64376</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64376</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>澎湖地區利用再生能源建立飲用水分離可行性研究(內附光碟)＝Feasibility study on the dual water supply system by using the renewable energy</title><yearidentifier>201003</yearidentifier></data><data><abstract>澎湖地區限於地形與氣候因素，水資源條件欠缺；惟該區域未來可能面臨開放博奕特區，用水量將大幅增加，針對此區用水壓力下，如採用再生能源進行海水淡化，可減少水資源開發成本。另再採分質供排水2管分離系統，以增加水資源利用效率，為使本計畫具可行性評估須對政策法規等層面予以考量，本計畫詳細過程為：（a）澎湖水資源需求及觀光用水特性評估：採用曲線延長法推估民國100~120年常駐人口及觀光人口，並推估生活用水需求量，以民國120年為例，澎湖全區總生活用水量為35,270CMD，觀光用水需求量為1,497CMD（觀光人口數為每年644,896人次）。（b）再生能源應用海水淡化可行性評估，對該區中屯風力發電經濟效益分析（97~98年）平均發電成本為每度2.13元，若扣除補助投資成本11,350萬元，平均發電成本降至每度1.7元，低於柴油成本3.72元，該電廠目前供應烏崁海淡廠用電仍足夠，評估後，風力發電適合設置在澎湖。再對太陽能海淡廠核心技術（太陽能採集系統、太陽能蒸餾淡化技術）予以探討，並對4,000CMD太陽能海淡廠經費估算，太陽能海淡廠製水成本每度1,200元台幣，所需土地面積100~200ha，土地購置成本4.8~9.6億元，相較井垵海淡廠土地1.95ha，土地購置0.12億元，相較下較為昂貴，評估後，目前不適合建造太陽能海淡廠於澎湖。（c）設置觀光賭場後之飲用水分離可行性探討，以馬公白沙供水系統民國120年之6種情境，當實施飲用水分離2管線系統(海淡水、回收中水（生活污水、雨水）)，不可滿足最大容納人數每年120萬人次，實施飲用水分離3管線系統，才可滿足最大容納人數每年120萬人次。再深入對小區域個案之飲用水分離－於白沙鄉後寮段，設博奕特區、觀光大飯店面積74ha，分三期開發，分別推估各時程計畫專用水量，經計算平均假日總用水量為4,009.2CMD（預估觀光每年2,754,517人次），扣除中水回收量87.5CMD，日集水量1,238.2CMD，輸水損耗87.5CMD，而自來水用量為1,983.5CMD，並繪出用水平衡圖，其中生活污水處理，由基地內污水處理場處理。（d）用水分離法規制度可行性探討：所涉及法令為目的事業法類、環境影響評估資源及再生能源法類。其中，再生能源開發條例得準用電法規定，對於補助金額與計估方式由相關部會學者專家、團體組成委員會審議公告，每年檢討修正，但價格不得低於火力發電平均成本。（e）座談會：經由意見交流溝通可凝聚共識而使該計畫達到事半功倍效果。座談會在宣導本計劃精神：「節能＋多元水資源開發＋分質供排水」，經由在地所回饋訊息，可供未來推動本計畫之參考依據。</abstract><author>社團法人台灣農業工程學會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980339</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/27</date><governmentpublicationsnumber>1009900883</governmentpublicationsnumber><identifier>64377</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64377</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署( 台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>澎湖地區利用再生能源建立飲用水分離可行性研究(光碟版)＝Feasibility study on the dual water supply system by using the renewable energy</title><yearidentifier>201003</yearidentifier></data><data><abstract>近年來區域水文時空變化之不確定性，水資源供應有其無可避免的風險，加上未來全球氣候變遷對於降雨時空分佈的影響，預期區域公共用水與農業用水的缺水風險將不斷升高，由於水資源措施不論是新增或調適皆非一蹴可成，故宜及早以管理風險及降低風險衝擊的理念，進行區域水資源供應風險管理機制的規劃評估，並提出適當的公共用水與農業用水缺水風險回應計畫，包含缺水風險避免、缺水風險減緩、缺水風險承擔和缺水風險轉移等，技術面與管理面之方案研擬與可行性分析。有鑑於此，本計畫的研究區域針對北部區域，包括翡翠水庫及石門水庫的現況水資源供應系統，考量水文不確定的風險，建置其相應的公共用水與農業用水缺水風險分析模型，及風險管理資訊平台。藉以模擬評估缺水發生時，對於研究區域內公共用水與農業用水的影響，並進一步擬定相關的公共用水與農業用水缺水風險回應計畫及其可行性評估。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980325</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/28</date><governmentpublicationsnumber>1009900924</governmentpublicationsnumber><identifier>64378</identifier><internationalstandardbooknumber>9789860227208 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64378</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立(1/2)－光碟版 Development of Water Resource Risk ManagementMechanism for Northern Taiwan (1/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/28</date><governmentpublicationsnumber>1009803885</governmentpublicationsnumber><identifier>64379</identifier><internationalstandardbooknumber>9789860213478 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64379</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估總報告書(光碟版) Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung</title><yearidentifier>201001</yearidentifier></data><data><abstract>水源之水量不足，發生爭執時，用水標的在先者有優先權，然現階段高科技產業用水的重要性與迫?性已經遠超出其他傳統工業，其對國家整體經濟之影響甚大。</abstract><author>社團法人臺灣省水利技師公會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980343</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/29</date><governmentpublicationsnumber>1009901039</governmentpublicationsnumber><identifier>64385</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64385</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>用水標的順序調整對水資源運用效益影響之研究＝The analysis on water resource efficiency due to adjustment on water use priority</title><yearidentifier>201003</yearidentifier></data><data><abstract>水源之水量不足，發生爭執時，用水標的在先者有優先權，然現階段高科技產業用水的重要性與迫?性已經遠超出其他傳統工業，其對國家整體經濟之影響甚大。</abstract><author>社團法人臺灣省水利技師公會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980343</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/29</date><governmentpublicationsnumber>1009901039</governmentpublicationsnumber><identifier>64386</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64386</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>用水標的順序調整對水資源運用效益影響之研究(光碟版)＝The analysis on water resource efficiency due to adjustment on water use priority</title><yearidentifier>201003</yearidentifier></data><data><abstract>中社海岸位於澎湖縣望安島西側中社村，港口朝南地勢平坦單調，無高山亦無河川，海岸多彎曲，附近海中多暗礁，潮流險惡。當地居民靠海為生，漁港為村里船筏基地。居民住宅緊鄰海堤後側道路，附近有保存完善之古厝聚落及天台山崗丘草原帶等觀光資源，每當大潮或颱風侵襲時，常發生波浪越過堤頂至海堤後側路面及民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，地方建議於中社海堤外海處已經設置之45公尺突堤予以延長，以達大浪碎波於外海，以減少海浪越堤造成堤後淹水難退之情形。有鑑於中社海堤區域灣域為天然岬灣且富珊瑚礁，若貿然將現況突堤延長或佈置其他防護工程，恐對現有天然海岸生態環境造成衝擊。故此計畫針對海象環境之潮汐、波浪及漂砂進行觀測研究，在全面性考量後提出適當之海岸防護方案，為日後海堤設計與管理維護，提供更具完整性之參考建議。本計畫執行時間自民國98年6月至99年5月，工作項目及內容：(1)基本資料蒐集整理分析。(2)海岸地形水深測量及斷面測量。(3)中社海岸海象資料調查。(4)中社海岸生態資料調查。(5)中社海岸防護工法研擬。(6)海岸景觀營造。(7)工程改善方案及經費概估。(8)舉辦地方說明會。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980313</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/30</date><governmentpublicationsnumber>1009901061</governmentpublicationsnumber><identifier>64387</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64387</librarycollectiondetailsurl><price></price><publisher>經濟部 水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>中社海岸防護措施及凸堤改善研究計畫Study on Coastal Protection annd Groyne Improvmnt in Jhong-She Area Penghu</title><yearidentifier>201003</yearidentifier></data><data><abstract>旗山溪發源於中央山脈，集水區高山聳立、河道蜿蜒、流路不穩定，加上近年來由於地震及颱洪之作用，產生大量鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。旗山溪河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資料為河床沖淤變化與河川治理之重要參考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境，因此亟有必要針對旗山溪之河床穩定加以分析，並檢討各項水理變化、防洪及跨河構造物安全，進而提出穩定對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。本計畫數值模式模擬河道範圍為旗山溪出口至甲仙攔河堰範圍界，其中上游段月眉橋至甲仙攔河堰間，因取水需求，高雄農田水利會設置諸多圳路取水工，包含旗山圳二仁取水工、梆物坡圳固床工、畚箕湖圳固床工等，固床工或攔河堰造成河床縱坡降、水理輸砂及河道變動等皆有影響，並使上游砂源不易補充至下游河道，對河道整體穩定有極大影響，需加以檢討。第一年辦理重點以基本資料、文獻蒐集、調查、整理分析、水文分析、流域土砂生產量推估、輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證、計畫區域河段河床現況穩定性探討、河川型態及流路變化調查分析及圓潭段河道開挖蓄水囚砂可行性評估等；第二年(本計畫年度)為疏濬條件及河床穩定案例模擬評估、河川砂石開採對策研擬、河川型態分類及河床穩定研究、圓潭段蓄水囚砂案例模擬、疏濬條件及河床穩定案例模擬評估及辦理成果發表與教育講習。本計畫利用歷年測量斷面資料彙整、水理輸砂模式模擬、疏濬方案模擬評估、不同時期衛星影像進行土砂產量推估、颱洪前後期航拍影像比對致災地點及探討破壞原因等方式進行旗山溪河床穩定研究，研究成果概述如下：旗山溪65~94年共四次大斷面測量，上游81~94共二次測量資料，顯示旗山溪處於下降型河段，但近年趨緩，河性、坡降及過去人為影響所致，除上游部分河段採用疏濬方式調整河勢外，不建議大規模採砂，規劃設計應朝預留足夠河幅供流路擺盪外，加強各項工程構造物強度及基礎深度保護，使河床達復育。模擬及現地顯示取水工、攔河堰及橋樑阻隔效應造成旗山溪如甲仙大橋及月眉橋下游岩盤裸露，需注意橋樑及防洪構造物基礎深度，採用系列固床工調整坡度較不可行，應加強局部沖刷區域之消能保護措施。莫拉克風災後，局部河段沖淤或防洪構造物破壞區域，與本計畫利用NETSTARS或CCHE等模式模擬結果相似，除七河局應急疏濬計畫減輕防洪壓力外，建議未來以災後斷面地形利用計畫率定參數加以規劃模擬，掌握現況河道及疏濬前後對旗山溪沖淤影響。圓潭段經模擬應屬於淤積段，但歷年測量卻呈現大幅下降，本計畫利用94年地形模擬蓄水囚砂區，壽命約3.84年，益本比約1.08，開挖蓄水後，下游新、舊旗尾橋段因上游來砂減少而使沖刷更顯著，考量上述不利因素，建議朝水岸景觀發展，以生態綠地廊道、親水活動體驗、老街文化體驗、鄉村田野景觀等區況特性加以規劃。土砂生產量推估，2005~2006年崩塌面積736公頃、體積1,337萬m3；2008年卡玫基颱洪前後面積908公頃、體積1,577萬m3。2006年土壤沖蝕量60萬；2008年113萬。顯示旗山溪上游集水區不穩定，並因颱洪因素呈增加趨勢，莫拉克風災更帶來大量泥砂，本計畫評估之石水山等子集水區，提供未來水土保持利用農藝、植生、工程等方法優先整治。工法設計應考量河川型態，由歷年航照或斷面比對流路，或利用河槽變遷變化率等方式瞭解旗山溪河道仍變化大，近年流路大致偏右岸，且旗山溪河床屬於蜿蜒及辮狀河型，應保持足夠擺盪空間，掌握流路變化減少構造物之破壞。旗山溪為典型多砂河川型態，坡陡流急、流路分歧、洪水期河床變動大等特性，管理策略應以瞭解河川災害(沖決、漫決)、寬河固堤、護灘、瞭解流路變化範圍順應河性、丁壩護岸等工法交互運用控制河勢。工法應考量河床沖淤特性、沖淤模擬、構造物沖刷成因、疏濬影響、流路變化等。計畫利用94年、莫拉克前後期航照比對；防洪構造物調查；長、短期流量歷線下河床變化；通洪能力；流路範圍等成果資料，針對旗山溪出口至甲仙大橋範圍內各斷面提出河床穩定綜合評估，穩定措施以橫向工法穩定河床、護坦丁壩保護堤岸基礎、束水整流、疏濬增加通水面積等方式。另外，莫拉克風災後，造成旗山溪河床大幅改變，建議未來針對災後地形，評估考量水文、泥砂觀測等改變，探討河道沖淤變化及疏濬可行性，部分河段是否在通洪能力足夠下，蓄留砂源，減緩河床下切現象；部分水工及防洪破壞破壞區，利用最新地形模擬設置保護工之成效，或挑流後對下游河段影響，亦或延伸保護工之範圍達到控制災害之成效。多砂河川由於地形及來水來砂影響，完全藉由工法調整河道本身穩定性是比較困難，透過模擬、航拍影像比對等方式，檢討堤防預定線等布設之範圍，順應河勢達到減災目的。</abstract><author>逢甲大學</author><categoryidentifier>443.68975104   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980231</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/30</date><governmentpublicationsnumber>1009900810</governmentpublicationsnumber><identifier>64388</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64388</librarycollectiondetailsurl><price>700</price><publisher>經濟部 水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>旗山溪河床穩定研究(2/2)＝The Study on Riverbed Stability of Chi-San River (2/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980263</commissionedprojectidentifier><currency>NT$</currency><date>2010/4/30</date><governmentpublicationsnumber>1009804002</governmentpublicationsnumber><identifier>64389</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64389</librarycollectiondetailsurl><price></price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>98</publishrocyear><title>98年度高屏溪流域河川水質採樣檢測分析工作計畫=Sampling and Analysis for the Water Quality of Kao-Pin River(2009)</title><yearidentifier>200912</yearidentifier></data><data><abstract>旗山溪發源於中央山脈，集水區高山聳立、河道蜿蜒、流路不穩定，加上近年來由於地震及颱洪之作用，產生大量鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。旗山溪河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資料為河床沖淤變化與河川治理之重要參考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境，因此亟有必要針對旗山溪之河床穩定加以分析，並檢討各項水理變化、防洪及跨河構造物安全，進而提出穩定對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。本計畫數值模式模擬河道範圍為旗山溪出口至甲仙攔河堰範圍界，其中上游段月眉橋至甲仙攔河堰間，因取水需求，高雄農田水利會設置諸多圳路取水工，包含旗山圳二仁取水工、梆物坡圳固床工、畚箕湖圳固床工等，固床工或攔河堰造成河床縱坡降、水理輸砂及河道變動等皆有影響，並使上游砂源不易補充至下游河道，對河道整體穩定有極大影響，需加以檢討。第一年辦理重點以基本資料、文獻蒐集、調查、整理分析、水文分析、流域土砂生產量推估、輸砂模式、輸砂公式適用性評估，輸砂模式率定及驗證、計畫區域河段河床現況穩定性探討、河川型態及流路變化調查分析及圓潭段河道開挖蓄水囚砂可行性評估等；第二年(本計畫年度)為疏濬條件及河床穩定案例模擬評估、河川砂石開採對策研擬、河川型態分類及河床穩定研究、圓潭段蓄水囚砂案例模擬、疏濬條件及河床穩定案例模擬評估及辦理成果發表與教育講習。本計畫利用歷年測量斷面資料彙整、水理輸砂模式模擬、疏濬方案模擬評估、不同時期衛星影像進行土砂產量推估、颱洪前後期航拍影像比對致災地點及探討破壞原因等方式進行旗山溪河床穩定研究，研究成果概述如下：旗山溪65~94年共四次大斷面測量，上游81~94共二次測量資料，顯示旗山溪處於下降型河段，但近年趨緩，河性、坡降及過去人為影響所致，除上游部分河段採用疏濬方式調整河勢外，不建議大規模採砂，規劃設計應朝預留足夠河幅供流路擺盪外，加強各項工程構造物強度及基礎深度保護，使河床達復育。模擬及現地顯示取水工、攔河堰及橋樑阻隔效應造成旗山溪如甲仙大橋及月眉橋下游岩盤裸露，需注意橋樑及防洪構造物基礎深度，採用系列固床工調整坡度較不可行，應加強局部沖刷區域之消能保護措施。莫拉克風災後，局部河段沖淤或防洪構造物破壞區域，與本計畫利用NETSTARS或CCHE等模式模擬結果相似，除七河局應急疏濬計畫減輕防洪壓力外，建議未來以災後斷面地形利用計畫率定參數加以規劃模擬，掌握現況河道及疏濬前後對旗山溪沖淤影響。圓潭段經模擬應屬於淤積段，但歷年測量卻呈現大幅下降，本計畫利用94年地形模擬蓄水囚砂區，壽命約3.84年，益本比約1.08，開挖蓄水後，下游新、舊旗尾橋段因上游來砂減少而使沖刷更顯著，考量上述不利因素，建議朝水岸景觀發展，以生態綠地廊道、親水活動體驗、老街文化體驗、鄉村田野景觀等區況特性加以規劃。土砂生產量推估，2005~2006年崩塌面積736公頃、體積1,337萬m3；2008年卡玫基颱洪前後面積908公頃、體積1,577萬m3。2006年土壤沖蝕量60萬；2008年113萬。顯示旗山溪上游集水區不穩定，並因颱洪因素呈增加趨勢，莫拉克風災更帶來大量泥砂，本計畫評估之石水山等子集水區，提供未來水土保持利用農藝、植生、工程等方法優先整治。工法設計應考量河川型態，由歷年航照或斷面比對流路，或利用河槽變遷變化率等方式瞭解旗山溪河道仍變化大，近年流路大致偏右岸，且旗山溪河床屬於蜿蜒及辮狀河型，應保持足夠擺盪空間，掌握流路變化減少構造物之破壞。旗山溪為典型多砂河川型態，坡陡流急、流路分歧、洪水期河床變動大等特性，管理策略應以瞭解河川災害(沖決、漫決)、寬河固堤、護灘、瞭解流路變化範圍順應河性、丁壩護岸等工法交互運用控制河勢。工法應考量河床沖淤特性、沖淤模擬、構造物沖刷成因、疏濬影響、流路變化等。計畫利用94年、莫拉克前後期航照比對；防洪構造物調查；長、短期流量歷線下河床變化；通洪能力；流路範圍等成果資料，針對旗山溪出口至甲仙大橋範圍內各斷面提出河床穩定綜合評估，穩定措施以橫向工法穩定河床、護坦丁壩保護堤岸基礎、束水整流、疏濬增加通水面積等方式。另外，莫拉克風災後，造成旗山溪河床大幅改變，建議未來針對災後地形，評估考量水文、泥砂觀測等改變，探討河道沖淤變化及疏濬可行性，部分河段是否在通洪能力足夠下，蓄留砂源，減緩河床下切現象；部分水工及防洪破壞破壞區，利用最新地形模擬設置保護工之成效，或挑流後對下游河段影響，亦或延伸保護工之範圍達到控制災害之成效。多砂河川由於地形及來水來砂影響，完全藉由工法調整河道本身穩定性是比較困難，透過模擬、航拍影像比對等方式，檢討堤防預定線等布設之範圍，順應河勢達到減災目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980231</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/3</date><governmentpublicationsnumber>1009900810</governmentpublicationsnumber><identifier>64401</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64401</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>旗山溪河床穩定研究(2/2)(光碟版)=The Study on Riverbed Stability of Chi-San River(2/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>本計畫之目的為進?經濟部水?署南區水資源局轄區五個水體(曾文水庫、牡?水庫、阿公店水庫、高屏溪攔河堰、甲仙攔河堰)之水質監測及水質資?分析。完成本計畫期間(98 ?1 月~98 ?12 月)之水質採樣檢測工作，以及各水體各?水質指標分析與污染原因評析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA98WRASB</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/4</date><governmentpublicationsnumber>1009900885</governmentpublicationsnumber><identifier>64402</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64402</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>98年度曾文、牡丹、阿公店、高屏溪及甲仙攔河堰水質檢驗分析計畫總報告＝2009 Tseng-wen Mu-Dan A-Go-Den Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analytic Report(Final Report)</title><yearidentifier>200912</yearidentifier></data><data><abstract>為響應水資源政策，以「水力產業技術發展計畫」作為第二階段水利產業推動核心。</abstract><author>成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/5</date><governmentpublicationsnumber>1009703978</governmentpublicationsnumber><identifier>64403</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64403</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水利產業育成輔導與產業科技推廣計畫(光碟版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫之目的為進?經濟部水?署南區水資源局轄區五個水體(曾文水庫、牡?水庫、阿公店水庫、高屏溪攔河堰、甲仙攔河堰)之水質監測及水質資?分析。完成本計畫期間(98 ?1 月~98 ?12 月)之水質採樣檢測工作，以及各水體各?水質指標分析與污染原因評析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/6</date><governmentpublicationsnumber>1009900885</governmentpublicationsnumber><identifier>64422</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64422</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>98</publishrocyear><title>98年度曾文、牡丹、阿公店、高屏溪及甲仙攔河堰水質檢驗分析計畫總報告(光碟版)＝2009 Tseng-wen Mu-Dan A-Go-Den Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analytic Report(Final Report)</title><yearidentifier>200912</yearidentifier></data><data><abstract>98年8月莫拉克颱風侵台，所挾帶的超大豪雨重創台灣中南部，其中本計畫調查位置「東港溪集水區」及「林邊溪排水系統」，即為受災非常嚴重的區域。本計畫採用地面光達搭配同軸的數位相機，透過坐標轉換使相片上的色彩值融合LiDAR的點雲資料，成功整合光達測量與地面近景攝影測量技術，於淹水範圍及淹水高度的測量上發揮了很大的效益，與水尺淹水高度及現場淹水痕跡比對後，皆符合規範要求。由於淹水災情慘重造成部分路段進行管制無法通行施測，則由現場人員改採涉水以GPS進入調查，並訪談當地局民以及參考水尺的淹水高度劃設淹水範圍，面積約為4,800公頃。本計畫所採用的「擬似二維淹水模式分析」，通過與歷年淹水災情及本年度莫拉克颱風之驗證，並匯入0.5公尺×0.5公尺DEM資料，可細緻的建立淹水模式與數值分析，獲取不同降雨量與重現期距之淹水潛勢分析圖。結合本計畫成果於單機版ArcGIS上呈現，並提供使用者輸入「單日降雨量」及「當日潮位值」後，模擬演算淹水範圍面積，可作為未來防救災上實質幫助的系統。另將2D的ArcGIS查詢系統額外建置3D互動式瀏覽畫面，使相關淹水成果更具立體效果，亦可清楚判釋淹水位置及深度。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980130</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/6</date><governmentpublicationsnumber>1009900814</governmentpublicationsnumber><identifier>64424</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64424</librarycollectiondetailsurl><price>1500</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>淹水範圍調查技術研究(1/2)The Study of the Flood Extent Investigation Technique(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>中社海岸位於澎湖縣望安島西側中社村，港口朝南地勢平坦單調，無高山亦無河川，海岸多彎曲，附近海中多暗礁，潮流險惡。當地居民靠海為生，漁港為村里船筏基地。居民住宅緊鄰海堤後側道路，附近有保存完善之古厝聚落及天台山崗丘草原帶等觀光資源，每當大潮或颱風侵襲時，常發生波浪越過堤頂至海堤後側路面及民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，地方建議於中社海堤外海處已經設置之45公尺突堤予以延長，以達大浪碎波於外海，以減少海浪越堤造成堤後淹水難退之情形。有鑑於中社海堤區域灣域為天然岬灣且富珊瑚礁，若貿然將現況突堤延長或佈置其他防護工程，恐對現有天然海岸生態環境造成衝擊。故此計畫針對海象環境之潮汐、波浪及漂砂進行觀測研究，在全面性考量後提出適當之海岸防護方案，為日後海堤設計與管理維護，提供更具完整性之參考建議。本計畫執行時間自民國98年6月至99年5月，工作項目及內容：(1)基本資料蒐集整理分析。(2)海岸地形水深測量及斷面測量。(3)中社海岸海象資料調查。(4)中社海岸生態資料調查。(5)中社海岸防護工法研擬。(6)海岸景觀營造。(7)工程改善方案及經費概估。(8)舉辦地方說明會。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/6</date><governmentpublicationsnumber>1009901061</governmentpublicationsnumber><identifier>64425</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64425</librarycollectiondetailsurl><price>700</price><publisher>經濟部 水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>中社海岸防護措施及凸堤改善研究計畫(光碟版)Study on Coastal Protection annd Groyne Improvmnt in Jhong-She Area Penghu</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫主要蒐集與研析國內外因應節能減碳與氣候變遷衝擊調適下之具發展潛力之水利產業發展現況與發展商機，依此選出三項水利重點發展產業。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980047</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/7</date><governmentpublicationsnumber>1009804545</governmentpublicationsnumber><identifier>64426</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64426</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利重點產業發展架構建立與推動措施及政府所需配套作為之研究＝Studies on the Establishment of Developing Framework with Propelling Policies for the Primary Water Industries and the Governmental Subsidiary Matching Measures</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要蒐集與研析國內外因應節能減碳與氣候變遷衝擊調適下之具發展潛力之水利產業發展現況與發展商機，依此選出三項水利重點發展產業。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980047</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/7</date><governmentpublicationsnumber>1009804545</governmentpublicationsnumber><identifier>64428</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64428</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利重點產業發展架構建立與推動措施及政府所需配套作為之研究(光碟版) ＝Studies on the Establishment of Developing Framework with Propelling Policies for the Primary Water Industries and the Governmental Subsidiary Matching Measures</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>林俊全</author><categoryidentifier>351.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/11</date><governmentpublicationsnumber>1009900340</governmentpublicationsnumber><identifier>64436</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64436</librarycollectiondetailsurl><price>500</price><publisher>台大地理環境資源學系</publisher><publishrocyear>98</publishrocyear><title>地形圖中的福爾摩沙</title><yearidentifier>200912</yearidentifier></data><data><abstract>烏山嶺第2隧道工程規劃延續初步規劃成果，經評估方建議採方案5A為優選方案，主要構造物包括攔河堰、取水口、輸水隧道與出水口。既有東口攔河堰及取水口則轉為備援系統，以降低突發性缺水之風險。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803466</governmentpublicationsnumber><identifier>64438</identifier><internationalstandardbooknumber>9789860209204 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64438</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程規劃專題(內附光碟)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Plan</title><yearidentifier>201003</yearidentifier></data><data><abstract>烏山嶺第2隧道工程規劃延續初步規劃成果，經評估方建議採方案5A為優選方案，主要構造物包括攔河堰、取水口、輸水隧道與出水口。既有東口攔河堰及取水口則轉為備援系統，以降低突發性缺水之風險。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803466</governmentpublicationsnumber><identifier>64439</identifier><internationalstandardbooknumber>9789860209204 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64439</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程規劃專題(光碟版)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Plan</title><yearidentifier>201003</yearidentifier></data><data><abstract>烏山嶺第2隧道工程補充測量工作主要延續前期工作成果，包含隧道東/西洞口較高精度之地形數值測量、方案路線之地形補充測量、重要既有設施之高程檢測作業以及前期成果?整。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803468</governmentpublicationsnumber><identifier>64440</identifier><internationalstandardbooknumber>9789860209211 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64440</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程補充測量專題(內附光碟)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Survey</title><yearidentifier>201003</yearidentifier></data><data><abstract>烏山嶺第2隧道工程補充測量工作主要延續前期工作成果，包含隧道東/西洞口較高精度之地形數值測量、方案路線之地形補充測量、重要既有設施之高程檢測作業以及前期成果?整。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803468</governmentpublicationsnumber><identifier>64441</identifier><internationalstandardbooknumber>9789860209211 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64441</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程補充測量專題(光碟版)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Survey</title><yearidentifier>201003</yearidentifier></data><data><abstract>本報告內容針對烏山嶺第2隧道規劃路線方案5A及方案2，進行地質補充調查及試驗工作，以評估兩方案之工程地質條件，作為工程規劃之參考。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803469</governmentpublicationsnumber><identifier>64442</identifier><internationalstandardbooknumber>9789860209198 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64442</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程地質補充調查及試驗專題(內附光碟)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Survey</title><yearidentifier>201003</yearidentifier></data><data><abstract>本報告內容針對烏山嶺第2隧道規劃路線方案5A及方案2，進行地質補充調查及試驗工作，以評估兩方案之工程地質條件，作為工程規劃之參考。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803469</governmentpublicationsnumber><identifier>64443</identifier><internationalstandardbooknumber>9789860209198 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64443</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：工程地質補充調查及試驗專題(光碟版)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Engineering Survey</title><yearidentifier>201003</yearidentifier></data><data><abstract>本報告內容針對烏山嶺第2隧道規劃路線方案5A及方案2，進行水文地質評估分析，以瞭解隧道工程對週邊地下水之影響，以供後續環評與設計工作之依據。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803470</governmentpublicationsnumber><identifier>64444</identifier><internationalstandardbooknumber>9789860209228 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64444</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：水文地質調查分析評估專題(內附光碟)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Investigation anf Analysis of Hydrology</title><yearidentifier>201003</yearidentifier></data><data><abstract>本報告內容針對烏山嶺第2隧道規劃路線方案5A及方案2，進行水文地質評估分析，以瞭解隧道工程對週邊地下水之影響，以供後續環評與設計工作之依據。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803470</governmentpublicationsnumber><identifier>64445</identifier><internationalstandardbooknumber>9789860209228 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64445</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：水文地質調查分析評估專題(光碟版)＝Feasibility Planning of Wu-Shan-Ling Second Tunnel Report on Investigation anf Analysis of Hydrology</title><yearidentifier>201003</yearidentifier></data><data><abstract>綜合烏山嶺第2隧道可行性規劃進行工程測量、工程地質調查及試驗、水文地質調查分析評估、規劃方案評估與工程可行性規劃等工作，以利後續環評與測設工作。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803474</governmentpublicationsnumber><identifier>64446</identifier><internationalstandardbooknumber>9789860209242 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64446</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：總報告(內附光碟)＝Summaryt Report of Feasibility Planning of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201003</yearidentifier></data><data><abstract>綜合烏山嶺第2隧道可行性規劃進行工程測量、工程地質調查及試驗、水文地質調查分析評估、規劃方案評估與工程可行性規劃等工作，以利後續環評與測設工作。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>441.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/13</date><governmentpublicationsnumber>1009803474</governmentpublicationsnumber><identifier>64447</identifier><internationalstandardbooknumber>9789860209242 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64447</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道可行性規劃：總報告(光碟版)＝Summaryt Report of Feasibility Planning of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201003</yearidentifier></data><data><abstract>98年8月莫拉克颱風侵台，所挾帶的超大豪雨重創台灣中南部，其中本計畫調查位置「東港溪集水區」及「林邊溪排水系統」，即為受災非常嚴重的區域。本計畫採用地面光達搭配同軸的數位相機，透過坐標轉換使相片上的色彩值融合LiDAR的點雲資料，成功整合光達測量與地面近景攝影測量技術，於淹水範圍及淹水高度的測量上發揮了很大的效益，與水尺淹水高度及現場淹水痕跡比對後，皆符合規範要求。由於淹水災情慘重造成部分路段進行管制無法通行施測，則由現場人員改採涉水以GPS進入調查，並訪談當地局民以及參考水尺的淹水高度劃設淹水範圍，面積約為4,800公頃。本計畫所採用的「擬似二維淹水模式分析」，通過與歷年淹水災情及本年度莫拉克颱風之驗證，並匯入0.5公尺×0.5公尺DEM資料，可細緻的建立淹水模式與數值分析，獲取不同降雨量與重現期距之淹水潛勢分析圖。結合本計畫成果於單機版ArcGIS上呈現，並提供使用者輸入「單日降雨量」及「當日潮位值」後，模擬演算淹水範圍面積，可作為未來防救災上實質幫助的系統。另將2D的ArcGIS查詢系統額外建置3D互動式瀏覽畫面，使相關淹水成果更具立體效果，亦可清楚判釋淹水位置及深度。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980130</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/17</date><governmentpublicationsnumber>1009900814</governmentpublicationsnumber><identifier>64449</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64449</librarycollectiondetailsurl><price>1500</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>淹水範圍調查技術研究(1/2)(光碟版)The Study of the Flood Extent Investigation Technique(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>水利署為進行本次全面更新工作，已先行制訂「淹水潛勢圖製作及更新作業暫行規範」作為基礎，將分年分區（縣市及流域）辦理更新工作。本計畫將以「淡水河流域及台北市、台北縣、桃園縣與基隆市」為範圍辦理更新。     淹水潛勢圖更新方法除依據「淹水潛勢圖製作及更新作業暫行規範」辦理更新工作，並以一維水理模式進行河道洪水演算；以水文分析資料建立定量降雨與頻率分析。定量降雨包括日雨量200公釐、350公釐、450公釐及600公釐；2日雨量450公釐、600公釐、750公釐及900公釐；3日雨量750公釐、900公釐、1050公釐及1200公釐。頻率年應包括連續降雨24小時、48小時以及72小時之1.1年、2年、5年、10年、20年、25年、50年、100年、200年及500年等。     本計畫預期完成淡水河流域及台北市、台北縣、桃園縣與基隆市等地區淹水潛勢相關之基本資料蒐集、整理後，執行降雨之頻率分析與空間分佈分析。最後完成淡水河流域及台北市、台北縣、桃園縣與基隆市之淹水潛勢圖更新工作，以提供各級政府水災防救工作、適用性檢討與未來尚須加強之建議。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.62029   443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980073</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/19</date><governmentpublicationsnumber>1009803724</governmentpublicationsnumber><identifier>64452</identifier><internationalstandardbooknumber>9789860211849 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64452</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>淡水河流域及臺北市、臺北縣、桃園縣與基隆市淹水潛勢圖更新計畫 Upgrading potential inundation maps of Tamsui River, Taipei city, Taipei cunty, Taoyuan county, and Keelung city</title><yearidentifier>201004</yearidentifier></data><data><abstract>水利署為進行本次全面更新工作，已先行制訂「淹水潛勢圖製作及更新作業暫行規範」作為基礎，將分年分區（縣市及流域）辦理更新工作。本計畫將以「淡水河流域及台北市、台北縣、桃園縣與基隆市」為範圍辦理更新。    淹水潛勢圖更新方法除依據「淹水潛勢圖製作及更新作業暫行規範」辦理更新工作，並以一維水理模式進行河道洪水演算；以水文分析資料建立定量降雨與頻率分析。定量降雨包括日雨量200公釐、350公釐、450公釐及600公釐；2日雨量450公釐、600公釐、750公釐及900公釐；3日雨量750公釐、900公釐、1050公釐及1200公釐。頻率年應包括連續降雨24小時、48小時以及72小時之1.1年、2年、5年、10年、20年、25年、50年、100年、200年及500年等。    本計畫預期完成淡水河流域及台北市、台北縣、桃園縣與基隆市等地區淹水潛勢相關之基本資料蒐集、整理後，執行降雨之頻率分析與空間分佈分析。最後完成淡水河流域及台北市、台北縣、桃園縣與基隆市之淹水潛勢圖更新工作，以提供各級政府水災防救工作、適用性檢討與未來尚須加強之建議。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980073</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/19</date><governmentpublicationsnumber>1009803724</governmentpublicationsnumber><identifier>64453</identifier><internationalstandardbooknumber>9789860211849 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64453</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>淡水河流域及臺北市、臺北縣、桃園縣與基隆市淹水潛勢圖更新計畫(光碟版) Upgrading potential inundation maps of Tamsui River, Taipei city, Taipei cunty, Taoyuan county, and Keelung city</title><yearidentifier>201004</yearidentifier></data><data><abstract>2008年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/19</date><governmentpublicationsnumber>1009804727</governmentpublicationsnumber><identifier>64455</identifier><internationalstandardbooknumber>9789860225310 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64455</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>2008水利防災年報(內附光碟)=Flood and Drought Mitigation Annual Report</title><yearidentifier>201002</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-39</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/20</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>64459</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64459</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PART Ⅰ-RAINFALL</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-39</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/20</date><governmentpublicationsnumber>2009801354</governmentpublicationsnumber><identifier>64460</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64460</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PART Ⅱ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-39</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/20</date><governmentpublicationsnumber>2009801355</governmentpublicationsnumber><identifier>64461</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64461</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十七年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2008 PART Ⅲ-GROUNDWATER</title><yearidentifier>200906</yearidentifier></data><data><abstract>台灣地區民生家庭用水、工業用水需求隨人口成長及經濟發展逐年升高，有鑑於傳統水源開發將不敷供水需求，未來新興水資源規劃將以「水再生利用」為發展重點。依據『「國家科學技術發展計畫」94-97?策?五「環境科技與永續發展」-知?型水?產業之發展-推動排放水再循環、再?用及再生使用為目標』暨經濟部水?署「新世紀水資源政策綱?--推廣回收再生?用，蓬勃水?產業發展--籌建水再生?用資源模廠、積極推動水的再生、再?用及再循環使用等科技研發」等政策。從目前政策推動趨勢來看，研究發展淨水處理技術，以確保水回收再生利用之供水質與量，進一步可解決未來台灣地區水資源不足的問題，蓬勃水資源事業的發展。 近年來薄膜技術已廣泛運用在淨水程序中，特別是淨水程序及水回收再生利用，如: 自來水廠水處理、都市污水回收處理、工業污水回收處理、高階用水處理程序，比較傳統淨水二級處理程序，薄膜技術具有佔地面積小、優越處理效能、處理時間短、產品選擇性高等優點，故在國際上淨水處理工程中被廣為運用。薄膜選用規格在運用層面上，可將薄膜規格依產水品質分類如:微濾薄膜(Microfiltration, MF)、超濾薄膜(Ultrafiltraion, UF)、奈米薄膜(Nanofiltration, NF)、逆滲透薄膜(Reverse Osmosis, RO)。國內外市場上薄膜規格及種類繁多，選擇不同規格等級及特性之薄膜應用在淨水處理程序中，能達到淨水品質及產水量亦不同。然而回收水用途因水質標準有不同的差異，且放流水中污染物及水質狀態複雜，使得薄膜規格將因不同放流水及用途標準而因地制宜及使用彈性上受限，因此在運用上薄膜技術規格評估便相對重要。 在設計及操作可行性，薄膜於操作限制上有結垢問題存在，不當的操作方法衍生結垢易造成薄膜壽命縮短，進而影響產水效率、增加操作成本。為改善結垢造成操作效能降低的問題，近年來國際上有諸多學者專家在薄膜操作程序中研究「改良式操作程序」以延緩及控制結垢生成，常見如「薄膜前處理技術」研究，運用技術如物理(篩除、過濾等)、化學(混凝、膠凝、吸附、沉降等)機制，將易造成結垢之前趨物(如顆粒，膠體、聚合物)去除，進而延緩結垢生成並延長薄膜操作效能。另外設計上亦有「薄膜結垢清洗技術程序」以回復薄膜產水效能。 目前國內在薄膜操作技術準則及運用上，針對不同放流水有不同處理程序及方法，然而其關鍵技術為薄膜前處理技術研發，然而不同淨水程序之前處理技術，包含薄膜規格最適化選用、設置、操作與維護，是為國內未來薄膜技術研究發展重點。 都市污水處理廠二級放流水作為污水回收再生水水源，建議以「MF+RO」為水回收再生程序，板框式微濾膜操作可以每3小時曝氣鬆弛(Relaxation)程序，以延緩膜結垢而造成薄膜滲透係數(Permeability)下降。都市污水廠二級放流水較穩定，亦可視水質狀態增加前處理單元如纖維過濾或絮凝劑。「UF+RO」程序亦可運用在都市污水廠二級放流水回收再生，中空纖維超濾膜操作時需考量反沖洗維護程序，視水質狀態建議過濾以不超過120分鐘進行反沖洗維護，以延緩膜結垢造成薄膜滲透係數下降。經RO薄膜程序，其產水水質可應用於工業高階用水。 	工業區污水處理廠二級放流水作為廢污水回收再生，建議以「MF+RO」或「UF+RO」程序結合薄膜前處理及清洗維護，工業廢水因水質異於都市污水，應視水質狀態增加纖維過濾前處理單元。在操作維護上，建議板框式微濾膜每3小時應進行曝氣鬆弛(Relaxation)程序，中空纖維超濾膜過濾時，建議不超過90分鐘進行反沖洗維護，以延緩膜結垢造成薄膜滲透係數(Permeability)下降。微濾膜及超濾膜產水水質符合中水再利用品質。 	畜牧場廢水進行水回收再利用評估時，由於水質狀態較不穩定，不建議做回收再生。前處理利用纖維過濾、粒狀活性碳或絮凝劑去除水中高濃度特殊物質，操作上需結合較頻繁的清洗與維護程序。應用纖維濾膜及粒狀活性碳作為前處理，雖可延長薄膜操作產水效能，同時避免高廢污水濃度對膜傷害之風險，建議操作上以生物處理作為前處理方法，以穩定之水質。</abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980045</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/20</date><governmentpublicationsnumber>1009803976</governmentpublicationsnumber><identifier>64464</identifier><internationalstandardbooknumber>9789860214611 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64464</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(1/2) The Development of Membrane Pretreatment Methods and Fouling Control (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區民生家庭用水、工業用水需求隨人口成長及經濟發展逐年升高，有鑑於傳統水源開發將不敷供水需求，未來新興水資源規劃將以「水再生利用」為發展重點。依據『「國家科學技術發展計畫」94-97?策?五「環境科技與永續發展」-知?型水?產業之發展-推動排放水再循環、再?用及再生使用為目標』暨經濟部水?署「新世紀水資源政策綱?--推廣回收再生?用，蓬勃水?產業發展--籌建水再生?用資源模廠、積極推動水的再生、再?用及再循環使用等科技研發」等政策。從目前政策推動趨勢來看，研究發展淨水處理技術，以確保水回收再生利用之供水質與量，進一步可解決未來台灣地區水資源不足的問題，蓬勃水資源事業的發展。 近年來薄膜技術已廣泛運用在淨水程序中，特別是淨水程序及水回收再生利用，如: 自來水廠水處理、都市污水回收處理、工業污水回收處理、高階用水處理程序，比較傳統淨水二級處理程序，薄膜技術具有佔地面積小、優越處理效能、處理時間短、產品選擇性高等優點，故在國際上淨水處理工程中被廣為運用。薄膜選用規格在運用層面上，可將薄膜規格依產水品質分類如:微濾薄膜(Microfiltration, MF)、超濾薄膜(Ultrafiltraion, UF)、奈米薄膜(Nanofiltration, NF)、逆滲透薄膜(Reverse Osmosis, RO)。國內外市場上薄膜規格及種類繁多，選擇不同規格等級及特性之薄膜應用在淨水處理程序中，能達到淨水品質及產水量亦不同。然而回收水用途因水質標準有不同的差異，且放流水中污染物及水質狀態複雜，使得薄膜規格將因不同放流水及用途標準而因地制宜及使用彈性上受限，因此在運用上薄膜技術規格評估便相對重要。 在設計及操作可行性，薄膜於操作限制上有結垢問題存在，不當的操作方法衍生結垢易造成薄膜壽命縮短，進而影響產水效率、增加操作成本。為改善結垢造成操作效能降低的問題，近年來國際上有諸多學者專家在薄膜操作程序中研究「改良式操作程序」以延緩及控制結垢生成，常見如「薄膜前處理技術」研究，運用技術如物理(篩除、過濾等)、化學(混凝、膠凝、吸附、沉降等)機制，將易造成結垢之前趨物(如顆粒，膠體、聚合物)去除，進而延緩結垢生成並延長薄膜操作效能。另外設計上亦有「薄膜結垢清洗技術程序」以回復薄膜產水效能。 目前國內在薄膜操作技術準則及運用上，針對不同放流水有不同處理程序及方法，然而其關鍵技術為薄膜前處理技術研發，然而不同淨水程序之前處理技術，包含薄膜規格最適化選用、設置、操作與維護，是為國內未來薄膜技術研究發展重點。 都市污水處理廠二級放流水作為污水回收再生水水源，建議以「MF+RO」為水回收再生程序，板框式微濾膜操作可以每3小時曝氣鬆弛(Relaxation)程序，以延緩膜結垢而造成薄膜滲透係數(Permeability)下降。都市污水廠二級放流水較穩定，亦可視水質狀態增加前處理單元如纖維過濾或絮凝劑。「UF+RO」程序亦可運用在都市污水廠二級放流水回收再生，中空纖維超濾膜操作時需考量反沖洗維護程序，視水質狀態建議過濾以不超過120分鐘進行反沖洗維護，以延緩膜結垢造成薄膜滲透係數下降。經RO薄膜程序，其產水水質可應用於工業高階用水。 	工業區污水處理廠二級放流水作為廢污水回收再生，建議以「MF+RO」或「UF+RO」程序結合薄膜前處理及清洗維護，工業廢水因水質異於都市污水，應視水質狀態增加纖維過濾前處理單元。在操作維護上，建議板框式微濾膜每3小時應進行曝氣鬆弛(Relaxation)程序，中空纖維超濾膜過濾時，建議不超過90分鐘進行反沖洗維護，以延緩膜結垢造成薄膜滲透係數(Permeability)下降。微濾膜及超濾膜產水水質符合中水再利用品質。 	畜牧場廢水進行水回收再利用評估時，由於水質狀態較不穩定，不建議做回收再生。前處理利用纖維過濾、粒狀活性碳或絮凝劑去除水中高濃度特殊物質，操作上需結合較頻繁的清洗與維護程序。應用纖維濾膜及粒狀活性碳作為前處理，雖可延長薄膜操作產水效能，同時避免高廢污水濃度對膜傷害之風險，建議操作上以生物處理作為前處理方法，以穩定之水質。</abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980045</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/20</date><governmentpublicationsnumber>1009803976</governmentpublicationsnumber><identifier>64465</identifier><internationalstandardbooknumber>9789860214611 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64465</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(1/2)－光碟版 The Development of Membrane Pretreatment Methods and Fouling Control (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>有鑑於回歸水再利用的研究日益重要，本計畫探討應用灌區排水路底泥設置阻水牆，藉此截蓄回歸水並隔離大排對灌區回歸水之污染，增加灌區回歸水的再生利用。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980334</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/21</date><governmentpublicationsnumber>1009901277</governmentpublicationsnumber><identifier>64466</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64466</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>應用灌區排水路底泥設置阻水牆蓄留水田回歸水之初步研究：以雲林灌區為例(內附光碟)＝Primary study of the application of drainage sludge on the cutoff explore the return flow in paddy field：a case study in Yun-Lin Area</title><yearidentifier>201004</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。本計畫為二年期之延續性計畫，第一年度執行時間自民國97年5月至98年3月，第二年度執行時間自民國98年5月至99年3月。第二年工作項目：1. 基本資料蒐集及分析。2. 山水及?裡海岸夏、冬兩季海岸地形水深資料測量。3. 山水及?裡海岸夏、冬兩季海象資料調查。4. 山水及?裡海岸夏、冬兩季海岸生態資料調查。5. 山水及?裡海岸斷面定床水工模型試驗。6. 工程改善方案及經費概估。7. 協助地方說明會等相關事宜。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980226</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901095</governmentpublicationsnumber><identifier>64473</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64473</librarycollectiondetailsurl><price>800</price><publisher>經濟部 水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>澎湖縣山水及?裡海堤防護工法評估及水工模型試驗(2/2) The Research on Coastal Protection in Shan-shuei and Shih-li Area, Penghu(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。本計畫為二年期之延續性計畫，第一年度執行時間自民國97年5月至98年3月，第二年度執行時間自民國98年5月至99年3月。第二年工作項目：1. 基本資料蒐集及分析。2. 山水及?裡海岸夏、冬兩季海岸地形水深資料測量。3. 山水及?裡海岸夏、冬兩季海象資料調查。4. 山水及?裡海岸夏、冬兩季海岸生態資料調查。5. 山水及?裡海岸斷面定床水工模型試驗。6. 工程改善方案及經費概估。7. 協助地方說明會等相關事宜。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980226</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901095</governmentpublicationsnumber><identifier>64474</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64474</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>澎湖縣山水及?裡海堤防護工法評估及水工模型試驗(2/2)－光碟版The Research on Coastal Protection in Shan-shuei and Shih-li Area, Penghu(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。本計畫為二年期之延續性計畫，第一年度執行時間自民國97年5月至98年3月，第二年度執行時間自民國98年5月至99年3月。二年度完成之工作項目及內容：1. 基本資料蒐集及分析。2. 海岸地形變化分析。3. 海象資料調查分析 (波浪、潮流、漂砂)。4. 海岸生態資料調查分析 (底棲生物、浮游植物、浮游動物)。5. 先期規劃報告規劃方案適用性檢討。6. 海堤現況安全性評估。7. 海岸防護對策。8. 斷面水工模型試驗。9. 綜合方案評選。10.海岸環境規劃及景觀營造。11.地方說明會意見綜合整理。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980226</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901098</governmentpublicationsnumber><identifier>64475</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64475</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>澎湖縣山水及?裡海堤防護工法評估及水工模型試驗(總報告) The Research on Coastal Protection in Shan-shuei and Shih-li Area, Penghu</title><yearidentifier>201003</yearidentifier></data><data><abstract>山水及?裡海岸位於澎湖縣南側海岸，具有金黃色貝殼沙質沙灘，為澎湖縣著名之觀光遊憩景點，居民住宅緊鄰海岸線之海堤後側道路，加上當地居民長期靠海為生，每當大潮或颱風侵襲時，常發生波浪挾帶海灘泥沙越過堤頂至路面及海堤後側民宅之情形。為保障居民之生命財產安全，並考量環境景觀視覺下，澎湖縣政府於93年2月辦理「澎湖縣山水、?裡海岸調查及防護工法初步設計」委辦計畫，內容針對夏季及冬季海象環境之潮汐、波浪、漂砂及海域地形進行觀測研究，並針對山水及?裡海岸保護方案進行初步建議。為檢討山水及?裡海岸防護工法對海岸侵蝕防制及保護居民生命財產安全之成效，本案繼續進行山水及?裡海岸夏季及冬季海象環境之波浪、漂砂及海域地形資料之監測分析，並針對澎湖縣政府委辦先期規劃報告所提之優先方案進行檢討，在全面性評估考量後另研擬適當之防護方案，藉由數值計算及斷面水工模型試驗，希冀能為日後海堤設計與管理維護，提供更具完整性之建議方案。本計畫為二年期之延續性計畫，第一年度執行時間自民國97年5月至98年3月，第二年度執行時間自民國98年5月至99年3月。二年度完成之工作項目及內容：1. 基本資料蒐集及分析。2. 海岸地形變化分析。3. 海象資料調查分析 (波浪、潮流、漂砂)。4. 海岸生態資料調查分析 (底棲生物、浮游植物、浮游動物)。5. 先期規劃報告規劃方案適用性檢討。6. 海堤現況安全性評估。7. 海岸防護對策。8. 斷面水工模型試驗。9. 綜合方案評選。10.海岸環境規劃及景觀營造。11.地方說明會意見綜合整理。</abstract><author>國 立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980226</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901098</governmentpublicationsnumber><identifier>64476</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64476</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>澎湖縣山水及?裡海堤防護工法評估及水工模型試驗(總報告)－光碟版 The Research on Coastal Protection in Shan-shuei and Shih-li Area, Penghu</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，延續環境荷爾蒙物質監測，並同時統整2005、2006、2008、2009年研究成果分析，以建立人工濕地運作時效重要資料庫。 2005年水質淨化成效評估之左岸污染物BOD5的平均去除率高達85％，SS也有72％的去除率，主要是階梯式的跌落礫石床已經得到了不錯的成效，而NH3-N則是在FWS＃1之後才看的到較為明顯的下降，去除率高達51％。右岸無論是A區還是B區SS都不降反升，原因是由於後期工程多，造成很多無機的沙土掉落至濕地中，因此會造成SS上升而BOD5還看的到去除率的情形，A區BOD5平均去除率是43％，NH3-N則是43％，B區BOD5平均去除率達21％。 2006年計畫為濕地之出流水經自然入滲、補注地下水，分析結果發現左岸之進流及#5(出流)均為中度污染，而右岸之地面水及監測2(出流)則從中度污染減為輕度污染。雖然整體而言效果不是很明顯，但是個別污染物之去除率則相當明確。如左岸之SS，BOD5，NH3-N，TKN，NO3-N，NO2-N，TP以及E. Coli之去除率分別為58%，55%，72%，51%，82%，85%， 62%以及57%。右岸之SS，BOD5， TKN，NO3-N，NO2-N，TP，以及E. Coli之去除率分別為92%，33%，55%，43%，82%，83%，以及87%。針對本計畫濕地之水質分類，發現左、右岸的部分除了溶氧外，其餘就水質檢測項目皆符合灌溉用水標準。 2008年度計畫針對水質部分分別於右岸濕地A區及B區，以及左岸進行11次共13點的採樣。在右岸SS部份由於採樣時常發現有不明人士至池內捕魚或採集水生植物等，造成池內淤泥被擾動揚起，平均去除率偏低，A區及B區均只有個位數，COD部份平均也只有20-26%的去除率，BOD部份平均則有54-67%的去除率。NH3-N部分B區的平均去除率(72%)比A區佳(26%)，可能因B區人工濕地處理單元較多，停留時間較長(22天 vs. 10天)。TP部份A區平均去除率為31%，B區則有43%。E. Coli部份均有明顯去除率，A區平均去除率為88%，B區則有99%。河川污染指標等級分類來看A區皆屬於中度污染。B區方面， B1進流水屬於嚴重污染，污染物經由人工濕地削減後，B7出流水可改善至符合中度污染。在左岸的水質分析部分，BOD5的去除率僅8％，SS也只有9％的去除率，TCOD也只有6％的去除率，可能與最終池常有民眾下水捕魚而擾動水體與底泥有關，且水量到達最終池時已明顯減少，造成最終池水量無法順利排出而滯留於池內有關。在磷方面，TP平均去除率為65%，PO4-P則有81%。以河川污染指標等級分類來看左岸濕地淨化水質效果較佳，武洛溪水質屬於嚴重污染，而經由人工濕地將污染物削減後，出流水可改善至符合中度污染。 2009年水質分析中，由於88水災衝擊影響左、右岸研究區域濕地，導致整體濕地之研究受到中斷，而人工濕地未受創前之水質淨化分析採樣共執行2次。左岸在污染物的削減方面，SS、TCOD、BOD5有不錯之效果，去除率分別為91%、59%、77%。RPI方面，水質淨化之效果較為明顯，武洛溪水質屬於中度污染，而經由人工濕地將污染物削減後，出流水可改善至符合輕度污染。右岸濕地水質監測分析中，A區SS去除效果較不明顯外，B區去除效果就很明顯，達72%。BOD5部分，A區的去除率高達62%，B區48%， COD部分兩區的去除率約在43-29%之間。氨氮方面， B區(91%)有比A區(0%)高的去除率，磷的部份由於現場植生茂密，植物生長對磷的有效攝取，因此去除效果明顯，A區去除率有58%，B區更高達73%。總結2005、2006、2009、2009四年所有調查成果得知，左右岸濕地在陸域土壤部分，並未受到營養鹽或重金屬的污染，不過在底泥部分已發現Cr, Cu, Zn與As等元素之濃度疑有偏高現象，且這四種元素彼此間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。不過，濕地歷經88水災後所堆積的底泥，其重金屬濃度並不高，且有低於原人工濕地之現象，因此可做為濕地復舊之參考。 2005年水文地質調查之左、右岸孔隙率、滲透係數、儲水係數、比流率、比保水率經分析後，左岸孔隙率範圍在34％～48％之間，透水係數範圍在8.78×10-7～4.78×10-2cm/s之間，屬於中低滲透性的土壤。比流率範圍在0.76％～33％之間，比保水率在範圍在5％～47％之間。右岸孔隙率範圍在43％～45％之間，滲透係數範圍在7.04×10-6～2.72×10-2cm/s之間，屬於中低滲透性的土壤。比流率範圍在1％～15％之間，比保水率在範圍在29％～44％之間。針對2008/4～2009/8量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.0m～18.5m之間；右岸濕地下水位介於9.2m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006、2008與2009年等水位線變化分析，得知2008年濕地豐枯期地下水位變化差異最大，左岸部分相差約為1.1m，右岸則相差約為2.2m。探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川。左右岸濕地模擬結果，水平衡分析部分，抽水量約有86萬噸/年，在自然降雨補注約有139萬噸/年補注入地下含水層；河川補注地下水約2.6萬噸/年，而地下水補注河川6.7萬噸/年。本計畫在水域生態調查方面2005、2006、2008及2009年於左右岸濕地進行魚類、藻類、水棲昆蟲、水生植物、魚體重金屬(2008、2009年)、水體類戴奧辛物質生物誘導效應(2005年)及環境荷爾蒙物質(2006、2008及2009年度)調查。整體而言，共記錄魚類5目11科31種6,824隻次，浮游性藻類共記錄40屬綠藻、藍綠藻17屬、矽藻19屬、黃藻1屬、裸藻3屬、金黃藻1屬及甲藻2屬，附著性藻類共記錄21屬77種，水棲昆蟲共記錄5目19科43種2358隻次。 2005年左右岸濕地共紀錄魚類9目10科19種，優勢魚種包括鯉形目鯉科的高體四鬚?、鱸形目慈鯛科的尼羅口孵魚及鱸形目鬥魚科的三星鬥魚。2006年共採得6目10科20種，2325隻次，優勢魚種以鯉科的高體四鬚?、鱸目慈鯛科的吳郭魚、頷針魚目鱵科的當氏異鰭鱵及鬥魚科的三星鬥。2006年記錄種類與2005年相似，但魚獲數量為2005年的3~4倍。2005年所紀錄的鯉科青魚、鯉魚、翹嘴紅?，塘蝨魚科的塘蝨魚及胎?魚科的大肚魚於2006年並無發現，而2006年出現的新物種則為鯉科的條紋二鬚?、粗首?、紅??、白鱎及慈鯛科的混種吳郭魚。2008年度左右岸濕地共記錄9科21種2,403隻次魚類，其中在左岸濕地共記錄7科12種949隻次，優勢種為鬥魚科的三星鬥魚佔39.1％及慈鯛科的尼羅口孵魚佔33.6％，所代表的生物指標意義為中輕度的污染狀況。右岸濕地共記錄9科20種1,454隻魚類，優勢魚種為慈鯛科的尼羅口孵魚佔38.4％及鬥魚科的三星鬥魚29％，與左岸濕地相似。2009年左右岸濕地魚類共記錄4目6科8種，841隻次，其中有5種為外來種，數量佔總捕獲之81%，調查結果以慈鯛科的尼羅口孵魚、鱵科的當氏異鰭鱵、鬥魚科的三星鬥魚及花?科的大肚魚為主要優勢種，其中花?科的大肚魚於2009年數量較2008年大幅增加。 2005 年藻類調查結果共紀錄綠藻類19屬、藍綠藻類6屬、矽藻類15屬、裸藻類4屬、金藻類3屬及甲藻類2屬。2006年左右岸濕地浮游藻類調查，共發現有綠藻類24屬、藍綠藻類6屬、矽藻類18屬、裸藻類3屬及甲藻類3屬。若以生物指數來評估水質狀況，由於各採樣點藻類群聚組成及評估結果都很相似。其中矽藻優養指數顯示水質屬偏嚴重優養化水質。若以腐水度指數(SI)來評估水質優養狀況，各點結果皆屬嚴重偏-中腐水級水質。藻屬指數(Generic Index，GI)分析結果顯示皆屬嚴重污染水質。2008年左右岸濕地共記錄浮游藻類21屬綠藻類、6屬藍綠藻類、16屬矽藻類、3屬裸藻類、1屬甲藻類及共記錄17屬47種附著藻矽藻。以生物指數來評估水質狀況，矽藻優養化(TDI)指標評估結果顯示左岸濕地多屬於偏嚴重優養化水質。以GI指數評估各測站水質時，左岸樣站多屬嚴重污染水質(GI&amp;lt;0.3)。右岸濕地以5月調查時A3測站水質屬極輕微污染水質，5月調查B5測站、5月及9月於B6測站屬微污染水質，5月調查於B7測站屬輕度污染水質，其餘各測站多屬於中度至嚴重污染水質。利用腐水度指數(SI)評估水質，左岸各測站介於β-中腐水水質至α-中腐水水質，而右岸濕地各測站評估結果與TDI類似，以右岸B1及A1與A2測站最為嚴重，各測站水質狀況介於β-中腐水水質至α-中腐水水質。2009年調查浮游藻類共記錄綠藻類30屬、藍綠藻類15屬、矽藻類9屬、裸藻類3屬及黃藻類1屬。附著藻類則記錄13屬39種，以腐水度指數(SI)來評估左右岸濕地水質，評估結果介於α-中腐水水質至污染嚴重之強腐水質。 2005 年水棲昆蟲採樣調查共記錄4目13科17種934隻次，三次採樣之優勢種以耐污性種類的半翅目水椿象科的Sigara sp. 、搖蚊科紅搖蚊及田鼊科的負子蟲為主。2006年左岸濕地四季採集結果共捕獲水棲昆蟲5目11科11屬12種，573隻次，如以Hilsenhoff科級指數評估水體水質，評估結果全測站均屬於「差」~「極差」等級。出現頻率最高者為半翅目田鼊科(14次)，其次為半翅目圓水椿科及蜻蛉目細蟌科(7次)，雙翅目紅搖蚊則出現6次，顯示在物種群聚組成方面仍以耐污性物種為主。2006年右岸濕地共記錄5目11科13屬15種，460隻次水棲昆蟲，以Hilsenhoff科級指標評估水質狀況，B7池於第一季調查時水質評估結果為「普通」等級，水質評估等級為「差」的樣站有第四季A6池及B5池，「較差」等級的樣站有第二季A6池、第三季A1池、第四季A5池及B6池，其餘各樣站各季均為「極差」等級。除了細蟌科、水椿象科及田鼊科外，尚有蜉蝣目四節蜉蝣科(Cloeon sp.A)及雙翅目蚊科中的家蚊屬(Culex sp.)。 2008年共記錄5目15科20屬21種，共353隻次水棲昆蟲。其中左岸濕地共採獲5目14科17屬18種130隻次，結果顯示共採獲42隻蜻蛉目個體(其中5月調查水域呈現乾涸)，佔總樣本32 %，為主要優勢物種，以Hilsenhoff 科級指數水質評估結果為極差(Very Poor)等級。右岸濕地共採獲5目11科15屬17種223隻次，結果顯示數量最多者為5月調查的半翅目85隻次及蜉蝣目21隻次。由於半翅目物種中的水椿象科Sigara sp.A數量為優勢物種，佔總樣本31 %，因此右岸舊鐵橋濕地整體的Hilsenhoff 科級指數水質評估結果為極差等級(Very Poor)，其指標值為7.68。2009年水棲昆蟲共記錄5目9科14種，其中包括鞘翅目牙蟲科的Hydrophilidae spp.、雙翅目紋科的Mansonia uniformis、蜉蝣目田鼊科的Sphaerodema rustica及紅娘華科的Laccotrephes japonensis等4種水棲昆蟲於前3年度均無記錄。利用Hilsenhoff科級指數來評估濕地水質介於普通至極差等級。 2008年濕地魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。2009年所分析的33隻魚體當中，鎘、鉻、鎳、鉛、砷及汞等重金屬之檢測濃度皆</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980225</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901108</governmentpublicationsnumber><identifier>64477</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64477</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫 ＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，延續環境荷爾蒙物質監測，並同時統整2005、2006、2008、2009年研究成果分析，以建立人工濕地運作時效重要資料庫。 2005年水質淨化成效評估之左岸污染物BOD5的平均去除率高達85％，SS也有72％的去除率，主要是階梯式的跌落礫石床已經得到了不錯的成效，而NH3-N則是在FWS＃1之後才看的到較為明顯的下降，去除率高達51％。右岸無論是A區還是B區SS都不降反升，原因是由於後期工程多，造成很多無機的沙土掉落至濕地中，因此會造成SS上升而BOD5還看的到去除率的情形，A區BOD5平均去除率是43％，NH3-N則是43％，B區BOD5平均去除率達21％。 2006年計畫為濕地之出流水經自然入滲、補注地下水，分析結果發現左岸之進流及#5(出流)均為中度污染，而右岸之地面水及監測2(出流)則從中度污染減為輕度污染。雖然整體而言效果不是很明顯，但是個別污染物之去除率則相當明確。如左岸之SS，BOD5，NH3-N，TKN，NO3-N，NO2-N，TP以及E. Coli之去除率分別為58%，55%，72%，51%，82%，85%， 62%以及57%。右岸之SS，BOD5， TKN，NO3-N，NO2-N，TP，以及E. Coli之去除率分別為92%，33%，55%，43%，82%，83%，以及87%。針對本計畫濕地之水質分類，發現左、右岸的部分除了溶氧外，其餘就水質檢測項目皆符合灌溉用水標準。 2008年度計畫針對水質部分分別於右岸濕地A區及B區，以及左岸進行11次共13點的採樣。在右岸SS部份由於採樣時常發現有不明人士至池內捕魚或採集水生植物等，造成池內淤泥被擾動揚起，平均去除率偏低，A區及B區均只有個位數，COD部份平均也只有20-26%的去除率，BOD部份平均則有54-67%的去除率。NH3-N部分B區的平均去除率(72%)比A區佳(26%)，可能因B區人工濕地處理單元較多，停留時間較長(22天 vs. 10天)。TP部份A區平均去除率為31%，B區則有43%。E. Coli部份均有明顯去除率，A區平均去除率為88%，B區則有99%。河川污染指標等級分類來看A區皆屬於中度污染。B區方面， B1進流水屬於嚴重污染，污染物經由人工濕地削減後，B7出流水可改善至符合中度污染。在左岸的水質分析部分，BOD5的去除率僅8％，SS也只有9％的去除率，TCOD也只有6％的去除率，可能與最終池常有民眾下水捕魚而擾動水體與底泥有關，且水量到達最終池時已明顯減少，造成最終池水量無法順利排出而滯留於池內有關。在磷方面，TP平均去除率為65%，PO4-P則有81%。以河川污染指標等級分類來看左岸濕地淨化水質效果較佳，武洛溪水質屬於嚴重污染，而經由人工濕地將污染物削減後，出流水可改善至符合中度污染。 2009年水質分析中，由於88水災衝擊影響左、右岸研究區域濕地，導致整體濕地之研究受到中斷，而人工濕地未受創前之水質淨化分析採樣共執行2次。左岸在污染物的削減方面，SS、TCOD、BOD5有不錯之效果，去除率分別為91%、59%、77%。RPI方面，水質淨化之效果較為明顯，武洛溪水質屬於中度污染，而經由人工濕地將污染物削減後，出流水可改善至符合輕度污染。右岸濕地水質監測分析中，A區SS去除效果較不明顯外，B區去除效果就很明顯，達72%。BOD5部分，A區的去除率高達62%，B區48%， COD部分兩區的去除率約在43-29%之間。氨氮方面， B區(91%)有比A區(0%)高的去除率，磷的部份由於現場植生茂密，植物生長對磷的有效攝取，因此去除效果明顯，A區去除率有58%，B區更高達73%。總結2005、2006、2009、2009四年所有調查成果得知，左右岸濕地在陸域土壤部分，並未受到營養鹽或重金屬的污染，不過在底泥部分已發現Cr, Cu, Zn與As等元素之濃度疑有偏高現象，且這四種元素彼此間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。不過，濕地歷經88水災後所堆積的底泥，其重金屬濃度並不高，且有低於原人工濕地之現象，因此可做為濕地復舊之參考。 2005年水文地質調查之左、右岸孔隙率、滲透係數、儲水係數、比流率、比保水率經分析後，左岸孔隙率範圍在34％～48％之間，透水係數範圍在8.78×10-7～4.78×10-2cm/s之間，屬於中低滲透性的土壤。比流率範圍在0.76％～33％之間，比保水率在範圍在5％～47％之間。右岸孔隙率範圍在43％～45％之間，滲透係數範圍在7.04×10-6～2.72×10-2cm/s之間，屬於中低滲透性的土壤。比流率範圍在1％～15％之間，比保水率在範圍在29％～44％之間。針對2008/4～2009/8量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.0m～18.5m之間；右岸濕地下水位介於9.2m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006、2008與2009年等水位線變化分析，得知2008年濕地豐枯期地下水位變化差異最大，左岸部分相差約為1.1m，右岸則相差約為2.2m。探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川。左右岸濕地模擬結果，水平衡分析部分，抽水量約有86萬噸/年，在自然降雨補注約有139萬噸/年補注入地下含水層；河川補注地下水約2.6萬噸/年，而地下水補注河川6.7萬噸/年。本計畫在水域生態調查方面2005、2006、2008及2009年於左右岸濕地進行魚類、藻類、水棲昆蟲、水生植物、魚體重金屬(2008、2009年)、水體類戴奧辛物質生物誘導效應(2005年)及環境荷爾蒙物質(2006、2008及2009年度)調查。整體而言，共記錄魚類5目11科31種6,824隻次，浮游性藻類共記錄40屬綠藻、藍綠藻17屬、矽藻19屬、黃藻1屬、裸藻3屬、金黃藻1屬及甲藻2屬，附著性藻類共記錄21屬77種，水棲昆蟲共記錄5目19科43種2358隻次。 2005年左右岸濕地共紀錄魚類9目10科19種，優勢魚種包括鯉形目鯉科的高體四鬚?、鱸形目慈鯛科的尼羅口孵魚及鱸形目鬥魚科的三星鬥魚。2006年共採得6目10科20種，2325隻次，優勢魚種以鯉科的高體四鬚?、鱸目慈鯛科的吳郭魚、頷針魚目鱵科的當氏異鰭鱵及鬥魚科的三星鬥。2006年記錄種類與2005年相似，但魚獲數量為2005年的3~4倍。2005年所紀錄的鯉科青魚、鯉魚、翹嘴紅?，塘蝨魚科的塘蝨魚及胎?魚科的大肚魚於2006年並無發現，而2006年出現的新物種則為鯉科的條紋二鬚?、粗首?、紅??、白鱎及慈鯛科的混種吳郭魚。2008年度左右岸濕地共記錄9科21種2,403隻次魚類，其中在左岸濕地共記錄7科12種949隻次，優勢種為鬥魚科的三星鬥魚佔39.1％及慈鯛科的尼羅口孵魚佔33.6％，所代表的生物指標意義為中輕度的污染狀況。右岸濕地共記錄9科20種1,454隻魚類，優勢魚種為慈鯛科的尼羅口孵魚佔38.4％及鬥魚科的三星鬥魚29％，與左岸濕地相似。2009年左右岸濕地魚類共記錄4目6科8種，841隻次，其中有5種為外來種，數量佔總捕獲之81%，調查結果以慈鯛科的尼羅口孵魚、鱵科的當氏異鰭鱵、鬥魚科的三星鬥魚及花?科的大肚魚為主要優勢種，其中花?科的大肚魚於2009年數量較2008年大幅增加。 2005 年藻類調查結果共紀錄綠藻類19屬、藍綠藻類6屬、矽藻類15屬、裸藻類4屬、金藻類3屬及甲藻類2屬。2006年左右岸濕地浮游藻類調查，共發現有綠藻類24屬、藍綠藻類6屬、矽藻類18屬、裸藻類3屬及甲藻類3屬。若以生物指數來評估水質狀況，由於各採樣點藻類群聚組成及評估結果都很相似。其中矽藻優養指數顯示水質屬偏嚴重優養化水質。若以腐水度指數(SI)來評估水質優養狀況，各點結果皆屬嚴重偏-中腐水級水質。藻屬指數(Generic Index，GI)分析結果顯示皆屬嚴重污染水質。2008年左右岸濕地共記錄浮游藻類21屬綠藻類、6屬藍綠藻類、16屬矽藻類、3屬裸藻類、1屬甲藻類及共記錄17屬47種附著藻矽藻。以生物指數來評估水質狀況，矽藻優養化(TDI)指標評估結果顯示左岸濕地多屬於偏嚴重優養化水質。以GI指數評估各測站水質時，左岸樣站多屬嚴重污染水質(GI&amp;lt;0.3)。右岸濕地以5月調查時A3測站水質屬極輕微污染水質，5月調查B5測站、5月及9月於B6測站屬微污染水質，5月調查於B7測站屬輕度污染水質，其餘各測站多屬於中度至嚴重污染水質。利用腐水度指數(SI)評估水質，左岸各測站介於β-中腐水水質至α-中腐水水質，而右岸濕地各測站評估結果與TDI類似，以右岸B1及A1與A2測站最為嚴重，各測站水質狀況介於β-中腐水水質至α-中腐水水質。2009年調查浮游藻類共記錄綠藻類30屬、藍綠藻類15屬、矽藻類9屬、裸藻類3屬及黃藻類1屬。附著藻類則記錄13屬39種，以腐水度指數(SI)來評估左右岸濕地水質，評估結果介於α-中腐水水質至污染嚴重之強腐水質。 2005 年水棲昆蟲採樣調查共記錄4目13科17種934隻次，三次採樣之優勢種以耐污性種類的半翅目水椿象科的Sigara sp. 、搖蚊科紅搖蚊及田鼊科的負子蟲為主。2006年左岸濕地四季採集結果共捕獲水棲昆蟲5目11科11屬12種，573隻次，如以Hilsenhoff科級指數評估水體水質，評估結果全測站均屬於「差」~「極差」等級。出現頻率最高者為半翅目田鼊科(14次)，其次為半翅目圓水椿科及蜻蛉目細蟌科(7次)，雙翅目紅搖蚊則出現6次，顯示在物種群聚組成方面仍以耐污性物種為主。2006年右岸濕地共記錄5目11科13屬15種，460隻次水棲昆蟲，以Hilsenhoff科級指標評估水質狀況，B7池於第一季調查時水質評估結果為「普通」等級，水質評估等級為「差」的樣站有第四季A6池及B5池，「較差」等級的樣站有第二季A6池、第三季A1池、第四季A5池及B6池，其餘各樣站各季均為「極差」等級。除了細蟌科、水椿象科及田鼊科外，尚有蜉蝣目四節蜉蝣科(Cloeon sp.A)及雙翅目蚊科中的家蚊屬(Culex sp.)。 2008年共記錄5目15科20屬21種，共353隻次水棲昆蟲。其中左岸濕地共採獲5目14科17屬18種130隻次，結果顯示共採獲42隻蜻蛉目個體(其中5月調查水域呈現乾涸)，佔總樣本32 %，為主要優勢物種，以Hilsenhoff 科級指數水質評估結果為極差(Very Poor)等級。右岸濕地共採獲5目11科15屬17種223隻次，結果顯示數量最多者為5月調查的半翅目85隻次及蜉蝣目21隻次。由於半翅目物種中的水椿象科Sigara sp.A數量為優勢物種，佔總樣本31 %，因此右岸舊鐵橋濕地整體的Hilsenhoff 科級指數水質評估結果為極差等級(Very Poor)，其指標值為7.68。2009年水棲昆蟲共記錄5目9科14種，其中包括鞘翅目牙蟲科的Hydrophilidae spp.、雙翅目紋科的Mansonia uniformis、蜉蝣目田鼊科的Sphaerodema rustica及紅娘華科的Laccotrephes japonensis等4種水棲昆蟲於前3年度均無記錄。利用Hilsenhoff科級指數來評估濕地水質介於普通至極差等級。 2008年濕地魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。2009年所分析的33隻魚體當中，鎘、鉻、鎳、鉛、砷及汞等重金屬之檢測濃度皆</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980225</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901108</governmentpublicationsnumber><identifier>64478</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64478</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫(光碟版)＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，並延續環境荷爾蒙物質監測。 2009年水質分析中，由於88水災衝擊影響左、右岸研究區域濕地，導致整體濕地之研究受到中斷，而人工濕地未受創前之水質淨化分析採樣共執行2次。左岸在污染物的削減方面，SS、TCOD、BOD5有不錯之效果，去除率分別為91%、59%、77%。對於NH3-N的去除效果也非常顯著，高達97%，由於FWS＃1~2中佈滿大量的水生植物，因此可藉由水生植物及微生物的代謝、吸收來降低NH3-N值。陸域地面水體分類部分，進流NH3-N偏高，屬於丁類水體，出流水因溶氧未達丙類水體4.5mg/L以上，因此僅符合丁類水體。RPI方面，水質淨化之效果較為明顯，武洛溪水質屬於中度污染，而經由人工濕地將污染物削減後，出流水可改善至符合輕度污染。右岸濕地水質監測分析中，A區SS去除效果較不明顯外，B區去除效果就很明顯，達72%。BOD5部分，A區的去除率高達62%，B區48%，顯示微生物的有效分解作用使得最後之放流水BOD5已降至3mg/L左右。COD部分兩區的去除率約在43-29%之間。氨氮方面， B區(91%)有比A區(0%)高的去除率，不過最後匯流之後水中氨氮仍高達1 mg/L左右，屬於中度污染的水體。磷的部份由於現場植生茂密，植物生長對磷的有效攝取，因此去除效果明顯，A區去除率有58%，B區更高達73%。E-Coli部份由於南部陽光充足，紫外光有一定之殺菌效果，所以A區有91%以上之去除率，而B區去除率也有50%。總結調查成果得知，左右岸濕地在陸域土壤部分，並未受到營養鹽或重金屬的污染，不過在底泥部分已發現Cr, Cu, Zn與As等元素之濃度疑有偏高現象，且這四種元素彼此間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。不過，濕地歷經88水災後所堆積的底泥，其重金屬濃度並不高，且有低於原人工濕地之現象，因此可做為濕地復舊之參考。針對2008/4～2009/8量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.0m～18.5m之間；右岸濕地下水位介於9.2m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006、2008與2009年等水位線變化分析，得知2008年濕地豐枯期地下水位變化差異最大，左岸部分相差約為1.1m，右岸則相差約為2.2m。探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川。左右岸濕地模擬結果，水平衡分析部分，抽水量約有86萬噸/年，在自然降雨補注約有139萬噸/年補注入地下含水層；河川補注地下水約2.6萬噸/年，而地下水補注河川6.7萬噸/年。本計畫在水域生態調查方面2009年左右岸濕地魚類共記錄4目6科8種，841隻次，其中有5種為外來種，數量佔總捕獲之81%，調查結果以慈鯛科的尼羅口孵魚、鱵科的當氏異鰭鱵、鬥魚科的三星鬥魚及花?科的大肚魚為主要優勢種，其中花?科的大肚魚於2009年數量較2008年大幅增加。 2009年調查浮游藻類共記錄綠藻類30屬、藍綠藻類15屬、矽藻類9屬、裸藻類3屬及黃藻類1屬。附著藻類則記錄13屬39種，以腐水度指數(SI)來評估左右岸濕地水質，評估結果介於α-中腐水水質至污染嚴重之強腐水質。 2009年水棲昆蟲共記錄5目9科14種，其中包括鞘翅目牙蟲科的Hydrophilidae spp.、雙翅目紋科的Mansonia uniformis、蜉蝣目田鼊科的Sphaerodema rustica及紅娘華科的Laccotrephes japonensis等4種水棲昆蟲於前3年度均無記錄。利用Hilsenhoff科級指數來評估濕地水質介於普通至極差等級。 2008年濕地魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。2009年所分析的33隻魚體當中，鎘、鉻、鎳、鉛、砷及汞等重金屬之檢測濃度皆</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933   443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980225</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901107</governmentpublicationsnumber><identifier>64479</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64479</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫(2/2) ＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫係針對高屏溪下游段左、右兩岸之人工濕地，進行水質改善持續監測，探討濕地中底泥與水質關係；調查地下水文變化情形及生態多樣性物種分佈。並於水質、底泥、生物中三方面探討重金屬污染情形，並延續環境荷爾蒙物質監測。 2009年水質分析中，由於88水災衝擊影響左、右岸研究區域濕地，導致整體濕地之研究受到中斷，而人工濕地未受創前之水質淨化分析採樣共執行2次。左岸在污染物的削減方面，SS、TCOD、BOD5有不錯之效果，去除率分別為91%、59%、77%。對於NH3-N的去除效果也非常顯著，高達97%，由於FWS＃1~2中佈滿大量的水生植物，因此可藉由水生植物及微生物的代謝、吸收來降低NH3-N值。陸域地面水體分類部分，進流NH3-N偏高，屬於丁類水體，出流水因溶氧未達丙類水體4.5mg/L以上，因此僅符合丁類水體。RPI方面，水質淨化之效果較為明顯，武洛溪水質屬於中度污染，而經由人工濕地將污染物削減後，出流水可改善至符合輕度污染。右岸濕地水質監測分析中，A區SS去除效果較不明顯外，B區去除效果就很明顯，達72%。BOD5部分，A區的去除率高達62%，B區48%，顯示微生物的有效分解作用使得最後之放流水BOD5已降至3mg/L左右。COD部分兩區的去除率約在43-29%之間。氨氮方面， B區(91%)有比A區(0%)高的去除率，不過最後匯流之後水中氨氮仍高達1 mg/L左右，屬於中度污染的水體。磷的部份由於現場植生茂密，植物生長對磷的有效攝取，因此去除效果明顯，A區去除率有58%，B區更高達73%。E-Coli部份由於南部陽光充足，紫外光有一定之殺菌效果，所以A區有91%以上之去除率，而B區去除率也有50%。總結調查成果得知，左右岸濕地在陸域土壤部分，並未受到營養鹽或重金屬的污染，不過在底泥部分已發現Cr, Cu, Zn與As等元素之濃度疑有偏高現象，且這四種元素彼此間都有極高度的相關性(p&amp;lt;0.01 or &amp;lt;0.001)，因此推測它們的污染來源有其共通性。不過，濕地歷經88水災後所堆積的底泥，其重金屬濃度並不高，且有低於原人工濕地之現象，因此可做為濕地復舊之參考。針對2008/4～2009/8量測左、右岸濕地地下水位發現，左岸濕地之地下水位高於右岸濕地。左岸濕地地下水位介於15.0m～18.5m之間；右岸濕地下水位介於9.2m～16.6m之間。從左、右兩岸濕地地下水位變化得知，豐枯水期對於淺層地下水為最大影響。並透過2006、2008與2009年等水位線變化分析，得知2008年濕地豐枯期地下水位變化差異最大，左岸部分相差約為1.1m，右岸則相差約為2.2m。探討高屏溪河川與濕地地下水文，分析發現左岸濕地鄰近之河段呈現地下水補注河川而形成得水河川；右岸濕地鄰近之河段呈現地下水補注河川而形成失水河川。左右岸濕地模擬結果，水平衡分析部分，抽水量約有86萬噸/年，在自然降雨補注約有139萬噸/年補注入地下含水層；河川補注地下水約2.6萬噸/年，而地下水補注河川6.7萬噸/年。本計畫在水域生態調查方面2009年左右岸濕地魚類共記錄4目6科8種，841隻次，其中有5種為外來種，數量佔總捕獲之81%，調查結果以慈鯛科的尼羅口孵魚、鱵科的當氏異鰭鱵、鬥魚科的三星鬥魚及花?科的大肚魚為主要優勢種，其中花?科的大肚魚於2009年數量較2008年大幅增加。 2009年調查浮游藻類共記錄綠藻類30屬、藍綠藻類15屬、矽藻類9屬、裸藻類3屬及黃藻類1屬。附著藻類則記錄13屬39種，以腐水度指數(SI)來評估左右岸濕地水質，評估結果介於α-中腐水水質至污染嚴重之強腐水質。 2009年水棲昆蟲共記錄5目9科14種，其中包括鞘翅目牙蟲科的Hydrophilidae spp.、雙翅目紋科的Mansonia uniformis、蜉蝣目田鼊科的Sphaerodema rustica及紅娘華科的Laccotrephes japonensis等4種水棲昆蟲於前3年度均無記錄。利用Hilsenhoff科級指數來評估濕地水質介於普通至極差等級。 2008年濕地魚體重金屬檢測方面，從分析結果得知25隻魚體中並無發現鎘、砷、汞及鉛等重金屬，而魚體蓄積之重金屬主要為鉻、銅、鋅及鎳。其中Cr的濃度介於4.25~6.38 mg/Kg，Cu的濃度介於0.5~2.50 mg/Kg，Zn的濃度介於1.00~20.00 mg/Kg及Ni的濃度介於0.63~2.13 mg/Kg，其中又以Zn的檢出率(100%)及濃度最高，此趨勢與底泥樣品中重金屬也以鋅為最高相同。2009年所分析的33隻魚體當中，鎘、鉻、鎳、鉛、砷及汞等重金屬之檢測濃度皆</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980225</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/25</date><governmentpublicationsnumber>1009901107</governmentpublicationsnumber><identifier>64480</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64480</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪下游段人工濕地生態及水質後續監測計畫(2/2)(光碟版)＝The Monitoring Plan of Ecology and Water Quality on constructed Wetland along the Downstream of Kaoping river(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/26</date><governmentpublicationsnumber>1009900929</governmentpublicationsnumber><identifier>64484</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64484</librarycollectiondetailsurl><price>100</price><publisher>中央氣象局</publisher><publishrocyear>99</publishrocyear><title>〈1897~2009〉 臺灣氣象觀測要素排序集</title><yearidentifier>201003</yearidentifier></data><data><abstract>水利署各所屬機關各有其成立背景與任務，為強化彼此之業務整合與溝通協調能力，本署於98年及99年赴10個河川局進行雙向業務座談，並就該單位之業務性質與現存問題規劃必要課程，以確立各河川局發展方向、提升其專業及相關知能，同時以本次研究經驗建立本署與所屬機關之互動與交流機制雛型，作為未來定期推廣之重要參考。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980282</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009900919</governmentpublicationsnumber><identifier>64491</identifier><internationalstandardbooknumber>9789860227222 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64491</librarycollectiondetailsurl><price>310</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98水利核心職能提昇與團隊能力建構(光碟版) 2009 Core Competencies Training and Team Capacity Building of the River Management Office</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫從水庫防淤規劃策略之觀點，永續水庫為「蓄清排渾」，以水力排砂為主要維持庫容手段，並可以依各水庫條之不同採用空庫排砂或機械清淤等不同防淤手段維持庫容，俾永續利用。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980059</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901237</governmentpublicationsnumber><identifier>64493</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64493</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫與一般水庫防淤規劃策略差異分析 (內附光碟) Strategic Differences on Siltation-Prevention Planning Between Conventional and Sustainable Reservoirs</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫從水庫防淤規劃策略之觀點，永續水庫為「蓄清排渾」，以水力排砂為主要維持庫容手段，並可以依各水庫條之不同採用空庫排砂或機械清淤等不同防淤手段維持庫容，俾永續利用。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980059</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901237</governmentpublicationsnumber><identifier>64494</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64494</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫與一般水庫防淤規劃策略差異分析 (光碟版) Strategic Differences on Siltation-Prevention Planning Between Conventional and Sustainable Reservoirs</title><yearidentifier>201004</yearidentifier></data><data><abstract>１、河川砂石資料調查與統計分析 ２、中央管河川囚砂區之研擬與設置 ３、疏濬計畫之擬訂與輔導 ４、河川(砂石)管理相關協助事項</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980117</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901292</governmentpublicationsnumber><identifier>64495</identifier><internationalstandardbooknumber>9789860230895 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64495</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川管理業務之發展與推動(2/2) Development and Execution of River Management (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>１、河川砂石資料調查與統計分析 ２、中央管河川囚砂區之研擬與設置 ３、疏濬計畫之擬訂與輔導 ４、河川(砂石)管理相關協助事項</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980117</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901292</governmentpublicationsnumber><identifier>64496</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64496</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川管理業務之發展與推動(2/2) －光碟版 Development and Execution of River Management (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫三座橋樑位於湖山水庫的主要交通道路上，橋樑造型將是遊客前往湖山水庫相當重要之地標。除在梅南橋採用鋼拱景觀橋之外並放置湖山水庫入口意象於梅林橋附近引領遊客進入水庫遊憩區，期三座橋樑之落成能帶動當地休閒觀光之風氣。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>441.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D18120281</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901424</governmentpublicationsnumber><identifier>64497</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64497</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程計畫下游河道橋樑改建工程基本設計報告 Basic Design Report of Bridge Reconstruction Engineering of Downstream of Hu-Shan Reservoir Project</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫三座橋樑位於湖山水庫的主要交通道路上，橋樑造型將是遊客前往湖山水庫相當重要之地標。除在梅南橋採用鋼拱景觀橋之外並放置湖山水庫入口意象於梅林橋附近引領遊客進入水庫遊憩區，期三座橋樑之落成能帶動當地休閒觀光之風氣。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>441.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009901424</governmentpublicationsnumber><identifier>64498</identifier><internationalstandardbooknumber>9789860232134 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64498</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程計畫下游河道橋樑改建工程基本設計報告(光碟版) Basic Design Report of Bridge Reconstruction Engineering of Downstream of Hu-Shan Reservoir Project</title><yearidentifier>201005</yearidentifier></data><data><abstract>台灣地區之水資源因受氣候、緯度及地形因素之影響，水資源儲存不易，加以近年來之全球氣候變遷及用水需求持續成長，導致水資源運用日益困難。而我國水資源供給係以河川引水、水庫調節及地下水為主。而河川引用需視各年水文狀況；水庫調節常無法因應實際供水情形，且水庫興建除工程費用龐大及費時外，亦常遭致保育團體質疑及抗議；另超抽地下水又會導致地層下陷等國土保護問題。在各種天然條件限制及環境保育政策考量下，政府為尋求新興水源，水再生利用處理遂成為當前重要的水源政策之一。 為解決水資源供給問題，目前政府已逐步積極推動及發展水再生處理利用產業，以及開拓水再生處理利用產業市場，而人?資源是產業發展的根本，如何提供水再生處理利用產業充沛而質優穩定的人才，促使水再生處理利用產業從事長期前瞻創新研發，並創造產業競爭優勢，將是產業發展的重要基礎。因此，藉由水再生處理利用產業與專業人才供需調查，以評估欲加入水再生處理利用產業所需之人力及專業職能培訓需求，期可落實規劃專業人才發展策略，俾供未來水再生處理利用產業人才培訓發展策略之推動參考。 鑒於人才培育及專業職能的重要性，為使水再生處理利用產業人才培訓發展策略更為完整可行，本計畫利用問卷、訪談、電話訪談、專家座談及蒐集政府公告統計資料等方式，深入納整水再生處理利用產業發展與技術層次等現況資訊，並藉由條件評估法及假設行為法，調查評估分析水再生處理利用產業之就業市場與人才供給需求。 本計畫以目前較符合水再生廠興建條件，用水量較大之工業區及科學園區，在本計畫假設之各種情境下，隨著再生水水質提升程度，分別願意付出13.97元/噸、17.80元/噸、及23.40元/噸之購水價格。假設情境一之下，廠商願意使用再生水佔總工業用水量之22.8%，本計畫取樣調查之樣區廠商再生水總需水量推估為131,994.8CMD。可為再生水事業創造每日1,843,967 元之產值。假設情境二之下，廠商願意使用再生水佔總工業用水量之16.26%，再生水總需水量推估為94,133.1CMD。可為再生水事業創造每日1,675,569元之產值。假設情境三之下，廠商願意使用再生水佔總工業用水量之11.05%，再生水總需水量推估為63,971.1CMD。可為再生水事業創造每日1,496,925元之產值。在本計畫3種假設情境之下，樣區廠商再生水需水量可能達到研究樣區潛能供給量之比例的92.81%、66.19%及44.98%。由此可知，推行適當誘因機制確實有助於誘發廠商對再生水之需求。 由本計畫之調查結果顯示，目前產業總雇用人數為984人，於本計畫之假設情境下，當再生水需求為131,994CMD時，在供需平衡之情況下，產業之廠商願意增雇282人，產業總雇用人數將達到1,266人。假設水再生處理利用產業符合李昂鐵夫的生產函數型態，則未來人才之增量分析可採取線性推估，故當未來再生水產業蓬勃發展，所提供水量達到台灣再生水潛能供水量2,545,818CMD時，產業總雇用人數將達到24,418人；倘以未來投資額(1,231億元)及現在潛在投資額(56.5億元)推估，未來可能達到7,188人。此時，人才供給在量的部份雖可完全滿足，然人才品質部份，尚需透過適當教育訓練方可滿足產業需求 國內廠商願意投入水再生人才培訓之經費介於NT$ 73.5萬元～NT$ 150萬/家/年，而國外廠商為NT$ 482萬/家/年。除顯示國內投入水再生產業之廠家規模較小外，業主對於員工培訓之單位投資額亦較少。相較於國外，國內產業對於水再生人才需求之增加率相對較高，未來需增加達29%(在相同情景外，國外僅需增加聘僱6.4%)，顯示國內水再生產業對於人才需求殷切。但國內以「操作維護專業人員」需求為主，國外則以「規劃設計專業人員」需求為主，顯示國內非常重視設施建構後之功能改進，而國外較重視設施建構前之最佳規劃。 國內廠商對於人才培訓課程之需求依序為「操作維護類」和「規劃設計類」、其次為「技術研發類」和「設備製造類」。因此，本研究規劃第一年開課應著重於培養「操作維護類」和「規劃設計類」之人才。第二年後再將「技術研發類」、「設備製造類」人才培訓課程納入。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980052</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009804212</governmentpublicationsnumber><identifier>64499</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64499</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生處理利用產業專業人才培訓發展策略之研究＝The Research on the Strategic Development of Specialists Training of the Wastewater Reclamation and Reuse Industry</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區之水資源因受氣候、緯度及地形因素之影響，水資源儲存不易，加以近年來之全球氣候變遷及用水需求持續成長，導致水資源運用日益困難。而我國水資源供給係以河川引水、水庫調節及地下水為主。而河川引用需視各年水文狀況；水庫調節常無法因應實際供水情形，且水庫興建除工程費用龐大及費時外，亦常遭致保育團體質疑及抗議；另超抽地下水又會導致地層下陷等國土保護問題。在各種天然條件限制及環境保育政策考量下，政府為尋求新興水源，水再生利用處理遂成為當前重要的水源政策之一。 為解決水資源供給問題，目前政府已逐步積極推動及發展水再生處理利用產業，以及開拓水再生處理利用產業市場，而人?資源是產業發展的根本，如何提供水再生處理利用產業充沛而質優穩定的人才，促使水再生處理利用產業從事長期前瞻創新研發，並創造產業競爭優勢，將是產業發展的重要基礎。因此，藉由水再生處理利用產業與專業人才供需調查，以評估欲加入水再生處理利用產業所需之人力及專業職能培訓需求，期可落實規劃專業人才發展策略，俾供未來水再生處理利用產業人才培訓發展策略之推動參考。 鑒於人才培育及專業職能的重要性，為使水再生處理利用產業人才培訓發展策略更為完整可行，本計畫利用問卷、訪談、電話訪談、專家座談及蒐集政府公告統計資料等方式，深入納整水再生處理利用產業發展與技術層次等現況資訊，並藉由條件評估法及假設行為法，調查評估分析水再生處理利用產業之就業市場與人才供給需求。 本計畫以目前較符合水再生廠興建條件，用水量較大之工業區及科學園區，在本計畫假設之各種情境下，隨著再生水水質提升程度，分別願意付出13.97元/噸、17.80元/噸、及23.40元/噸之購水價格。假設情境一之下，廠商願意使用再生水佔總工業用水量之22.8%，本計畫取樣調查之樣區廠商再生水總需水量推估為131,994.8CMD。可為再生水事業創造每日1,843,967 元之產值。假設情境二之下，廠商願意使用再生水佔總工業用水量之16.26%，再生水總需水量推估為94,133.1CMD。可為再生水事業創造每日1,675,569元之產值。假設情境三之下，廠商願意使用再生水佔總工業用水量之11.05%，再生水總需水量推估為63,971.1CMD。可為再生水事業創造每日1,496,925元之產值。在本計畫3種假設情境之下，樣區廠商再生水需水量可能達到研究樣區潛能供給量之比例的92.81%、66.19%及44.98%。由此可知，推行適當誘因機制確實有助於誘發廠商對再生水之需求。 由本計畫之調查結果顯示，目前產業總雇用人數為984人，於本計畫之假設情境下，當再生水需求為131,994CMD時，在供需平衡之情況下，產業之廠商願意增雇282人，產業總雇用人數將達到1,266人。假設水再生處理利用產業符合李昂鐵夫的生產函數型態，則未來人才之增量分析可採取線性推估，故當未來再生水產業蓬勃發展，所提供水量達到台灣再生水潛能供水量2,545,818CMD時，產業總雇用人數將達到24,418人；倘以未來投資額(1,231億元)及現在潛在投資額(56.5億元)推估，未來可能達到7,188人。此時，人才供給在量的部份雖可完全滿足，然人才品質部份，尚需透過適當教育訓練方可滿足產業需求 國內廠商願意投入水再生人才培訓之經費介於NT$ 73.5萬元～NT$ 150萬/家/年，而國外廠商為NT$ 482萬/家/年。除顯示國內投入水再生產業之廠家規模較小外，業主對於員工培訓之單位投資額亦較少。相較於國外，國內產業對於水再生人才需求之增加率相對較高，未來需增加達29%(在相同情景外，國外僅需增加聘僱6.4%)，顯示國內水再生產業對於人才需求殷切。但國內以「操作維護專業人員」需求為主，國外則以「規劃設計專業人員」需求為主，顯示國內非常重視設施建構後之功能改進，而國外較重視設施建構前之最佳規劃。 國內廠商對於人才培訓課程之需求依序為「操作維護類」和「規劃設計類」、其次為「技術研發類」和「設備製造類」。因此，本研究規劃第一年開課應著重於培養「操作維護類」和「規劃設計類」之人才。第二年後再將「技術研發類」、「設備製造類」人才培訓課程納入。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980052</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/27</date><governmentpublicationsnumber>1009804212</governmentpublicationsnumber><identifier>64500</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64500</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水再生處理利用產業專業人才培訓發展策略之研究(光碟版)  The Research on the Strategic Development of Specialists Training of the Wastewater Reclamation and Reuse Industry</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>苗栗縣立文化中心；黃鼎松等總編輯</author><categoryidentifier>686.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/28</date><governmentpublicationsnumber>30689881558</governmentpublicationsnumber><identifier>64501</identifier><internationalstandardbooknumber>9789570245769 ; 957024576X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64501</librarycollectiondetailsurl><price>350</price><publisher>苗栗縣政府</publisher><publishrocyear>88</publishrocyear><title>苗栗縣河川誌專輯－物阜民豐的後龍溪</title><yearidentifier>199906</yearidentifier></data><data><abstract>東港溪下游河段已於民國85與87年完成規劃，並於民國86年完成東港溪治理基本計畫第一次修訂(麟洛溪排水匯流點至河口)。至98年依治理基本計畫完成兩岸堤防之興建。除防洪工程興建外，並於民國94年完成東港溪河川情勢調查，建立生環、水質與環境景觀之基本資料。於民國98年完成「易淹水地區水患治理計畫」第1階段實施計畫-東港溪流域排水系統規劃。至此，東港溪流域之整體規劃將定案，並可逐步付諸實施，而下游段之治理已完成效率，當評估其防災、減災、生態復育、環境改善等成效。本計畫主要執行工作項目如下。 1.基本資料蒐集。 (1)水工結構物及跨河構造物調查。 (2)洪水災害資料蒐集。 (3)水資源利用。 2.防洪設施功能與安全性評估。 (1)重大洪水事件水文分析。 (2)洪災損失估算。 (3)災害原因檢討。 (4)防洪設施興建後對河道穩定性之影響。 (5)防洪設施興建後洪災減免程度。 (6)安全性評估及後續改善計畫訂定。 3.河川型態及流路變化調查。 (1)流路變化調查。 (2)河床變動調查。 (3)河川沖淤潛勢分析。 (4)河川型態分類。 4.環境變遷調查分析。 (1)水質調查分析。（2處、每季1次，共8次）（包含PH值、濁度、電導度、溶氧） (2)生態調查分析。（2處、每季1次，共8次）（包含浮游性藻類、附著性藻類、魚類、底棲生物、水棲昆蟲） (3)河川底質組成調查分析。（2處、每季1次，共8次）（包含大漂石、小漂石、圓石、卵石、礫石等） 5.環境營造規劃。 6.東港溪下游段治理成效整體評估。 (1)治理成效評估。 (2)管理措施建議。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980233</commissionedprojectidentifier><currency>NT$</currency><date>2010/5/28</date><governmentpublicationsnumber>1009901371</governmentpublicationsnumber><identifier>64502</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64502</librarycollectiondetailsurl><price>800</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>東港溪下游段流路穩定及成效評估Study on Riverbed Stability and Evaluation of Regulation Effect for the downstream Reach of Dong-Gang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>東港溪下游河段已於民國85與87年完成規劃，並於民國86年完成東港溪治理基本計畫第一次修訂(麟洛溪排水匯流點至河口)。至98年依治理基本計畫完成兩岸堤防之興建。除防洪工程興建外，並於民國94年完成東港溪河川情勢調查，建立生環、水質與環境景觀之基本資料。於民國98年完成「易淹水地區水患治理計畫」第1階段實施計畫-東港溪流域排水系統規劃。至此，東港溪流域之整體規劃將定案，並可逐步付諸實施，而下游段之治理已完成效率，當評估其防災、減災、生態復育、環境改善等成效。本計畫主要執行工作項目如下。 1.基本資料蒐集。 (1)水工結構物及跨河構造物調查。 (2)洪水災害資料蒐集。 (3)水資源利用。 2.防洪設施功能與安全性評估。 (1)重大洪水事件水文分析。 (2)洪災損失估算。 (3)災害原因檢討。 (4)防洪設施興建後對河道穩定性之影響。 (5)防洪設施興建後洪災減免程度。 (6)安全性評估及後續改善計畫訂定。 3.河川型態及流路變化調查。 (1)流路變化調查。 (2)河床變動調查。 (3)河川沖淤潛勢分析。 (4)河川型態分類。 4.環境變遷調查分析。 (1)水質調查分析。（2處、每季1次，共8次）（包含PH值、濁度、電導度、溶氧） (2)生態調查分析。（2處、每季1次，共8次）（包含浮游性藻類、附著性藻類、魚類、底棲生物、水棲昆蟲） (3)河川底質組成調查分析。（2處、每季1次，共8次）（包含大漂石、小漂石、圓石、卵石、礫石等） 5.環境營造規劃。 6.東港溪下游段治理成效整體評估。 (1)治理成效評估。 (2)管理措施建議。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/5/28</date><governmentpublicationsnumber>1009901371</governmentpublicationsnumber><identifier>64503</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64503</librarycollectiondetailsurl><price>800</price><publisher>水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>東港溪下游段流路穩定及成效評估(光碟版)Study on Riverbed Stability and Evaluation of Regulation Effect for the downstream Reach of Dong-Gang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>近年來由於本署人事更迭及許多新血輪的加入，實有必要進行在職訓練，以期強本而後有所突破，乃藉透過不斷培訓的方式來提昇水利人員的素質，符合時代的需求並進而提高政府公共服務的品質；本計畫將利用完整的課程規劃，?整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過過課程研討及教材?編成正式報告，亦可成為本署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970348</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/1</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>64513</identifier><internationalstandardbooknumber>9789860231281 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64513</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3) Staff Training Plan for the Water Resources Agency (1/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract>近年來由於本署人事更迭及許多新血輪的加入，實有必要進行在職訓練，以期強本而後有所突破，乃藉透過不斷培訓的方式來提昇水利人員的素質，符合時代的需求並進而提高政府公共服務的品質；本計畫將利用完整的課程規劃，?整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過過課程研討及教材?編成正式報告，亦可成為本署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970348</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/1</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>64514</identifier><internationalstandardbooknumber>9789860231281 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64514</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3)－光碟版 Staff Training Plan for the Water Resources Agency (1/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置作業，一直是重要之課題。     因此本計畫研擬運用專業機構之專業能力及充足人力資源，於汛期前，協助水利署執行旱災整備。汛期期間，於災前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後相關報告，包括人造雨案例報告、人工增雨技術報告、2008水利防災年報、2009水利防災年報及2009國外重大水利災害報告。</abstract><author>國立臺灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980128</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/2</date><governmentpublicationsnumber>1009901051</governmentpublicationsnumber><identifier>64527</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64527</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部暨水利署災害應變中心服務團計畫 Disaster Prevention Service Group of WRA. MOEA</title><yearidentifier>201004</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置作業，一直是重要之課題。     因此本計畫研擬運用專業機構之專業能力及充足人力資源，於汛期前，協助水利署執行旱災整備。汛期期間，於災前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後相關報告，包括人造雨案例報告、人工增雨技術報告、2008水利防災年報、2009水利防災年報及2009國外重大水利災害報告。</abstract><author>國立臺灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980128</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/2</date><governmentpublicationsnumber>1009901051</governmentpublicationsnumber><identifier>64529</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64529</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部暨水利署災害應變中心服務團計畫－光碟版 Disaster Prevention Service Group of WRA. MOEA</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫旨在發展監控有害藍綠菌及微生物之技術，藉由光學、化學、分子生物監測技術之發展，以及削減技術之開發，提出對於有害藍綠菌及微生物之監測、削減及管理之方法，以供水庫及水廠管理操作應用。研究中以微囊藻毒素及大腸菌為目標，並以國內五座代性水庫(石門、寶山、南化、仁義潭、及太湖)為主要探討對象，並以其他三座水庫(榮湖、紅山、新山)為次要研究，研究發展與應用這些技術之可行性。 研究中已經初步完成藻類毒素、有害微生物及其削減技術文獻收集。包括毒素及有害微生物種類、國內外流佈、化學與分子生物分析方法、以及相關水庫與水廠削減方法。在快速監測方法建立與應用部分，包括光學、化學及分子生物分析技術開發或應用。其中，光學分析部分本研究已初步建立YSI Probe 現地即時偵測系統的應用方法以及其驗證。結果顯示，該水質儀適合於高藻數的水樣(&amp;gt; 20,000 cells/mL)，其誤差應可以低至10-30%左右。但是在超高濃度且有藻團粒情況下，可能會有低估現象。若是在低藻數情況下，藻數數值差異性甚大，且會隨著現場水質改變甚大，因此須經由現場水樣單點校正，再由其相對濃度反推回絕對藻的濃度。藻毒基因快速定量分析。本研究已完成微波破壞藻體萃取DNA，以及現場qPCR基因定量的條件測試，可以在現場採完水樣後，2小時內完成10個以上之樣品定量分析，確認水庫水中微囊藻毒基因的含量，藉由此可推估水庫藻類產生微囊藻毒之潛勢，提供預警之用。指標性細菌快速定量分析，已經完成qPCR分析水庫水樣的總大腸菌群的技術，其濃度與傳統分析結果接近。化學分析方法本計畫已成功建立與應用固相微萃取(SPME)配合氣相層析質譜儀(GC-MS)法，分析七座水庫及水廠主要臭味物質。毒素部分本研究已成功建立五種藻類毒素分析方法，並應用於南化、石門、寶山、及仁義潭水庫，以及金門太湖與榮湖原水(也為水庫湖水)及相關流程分析。離島水庫水中微囊藻毒濃度不可忽略，所幸清水濃度皆低於世衛組織建議值。 水庫毒素來源削減部分，研究中已初步完成應用過氧化氫破壞魚腥藻、以及臭氧破壞為囊藻與魚腥藻之實驗。實驗結果顯示，過氧化氫劑量與光強度均為重要影響因子，光配合過氧化氫可以有效破壞魚腥藻，且可以氧化部分釋出之臭味物質，具有應用潛力。相對，臭氧則氧化速率非常快，在很低的劑量下，即可以快速破壞藻細胞，並進一步氧化部分代謝物。 水廠削減技術，本研究已初步完成金門三水廠前氧化對於微囊藻破裂及臭味物質釋出之實驗。由於金門地區微囊藻數量較高，由金門地區原水氧化實驗可知在經過30分鐘氧化後可將水中全數的微囊藻去除活性，而細胞數的移除需靠後續的固液分離程序處理，而水中β-cyclocitral在氧化實驗中最高可達到約2000　ng/L，由氧化實驗可知次氯酸鈉以及二氧化氯並無法有效破壞β-cyclocitral臭味分子，仍須仰賴後續過程程序，因此此部分須考慮臭味物質貫穿之可能性。在水廠前氧化部分，由研究及文獻比對可以發現，次氯酸鈉對於微囊藻反應之細胞破裂及毒素之動力數值明顯對於藍綠菌破壞性極強，其細胞破裂速率常數(微囊藻70-1,100 M-1-S-1)遠較微囊藻毒素(10-96 M-1-S-1)破壞動力快。因此，若氯與藻接觸，則毒素將因細胞破裂快速釋出，但因為氯破壞毒素速率較慢，因此需有足夠之殘餘餘氯與毒素接觸，才能破壞溶解相之毒素。因此水廠在實際操作時，必須要注意有足夠餘氯才能破壞毒素。 最後，本計畫並收集、解析國內水庫及水廠過去之水質資料，經整合國外案例後，並將本年度研究成果中快速監控技術、及削減技術納入考量，在藻類毒素及藍綠細菌之監測及應變方法上，提出修改及初步建議，可以供作水庫及水廠管理與操作人員應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980290</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009804077</governmentpublicationsnumber><identifier>64540</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64540</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水源產毒藻類有害微生物監控與管理技術之研發與應用(1/2) Technology development and application for the monitoring and management of harmful cyanobacteria and microorganisms in drinking water sources (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫旨在發展監控有害藍綠菌及微生物之技術，藉由光學、化學、分子生物監測技術之發展，以及削減技術之開發，提出對於有害藍綠菌及微生物之監測、削減及管理之方法，以供水庫及水廠管理操作應用。研究中以微囊藻毒素及大腸菌為目標，並以國內五座代性水庫(石門、寶山、南化、仁義潭、及太湖)為主要探討對象，並以其他三座水庫(榮湖、紅山、新山)為次要研究，研究發展與應用這些技術之可行性。 研究中已經初步完成藻類毒素、有害微生物及其削減技術文獻收集。包括毒素及有害微生物種類、國內外流佈、化學與分子生物分析方法、以及相關水庫與水廠削減方法。在快速監測方法建立與應用部分，包括光學、化學及分子生物分析技術開發或應用。其中，光學分析部分本研究已初步建立YSI Probe 現地即時偵測系統的應用方法以及其驗證。結果顯示，該水質儀適合於高藻數的水樣(&amp;gt; 20,000 cells/mL)，其誤差應可以低至10-30%左右。但是在超高濃度且有藻團粒情況下，可能會有低估現象。若是在低藻數情況下，藻數數值差異性甚大，且會隨著現場水質改變甚大，因此須經由現場水樣單點校正，再由其相對濃度反推回絕對藻的濃度。藻毒基因快速定量分析。本研究已完成微波破壞藻體萃取DNA，以及現場qPCR基因定量的條件測試，可以在現場採完水樣後，2小時內完成10個以上之樣品定量分析，確認水庫水中微囊藻毒基因的含量，藉由此可推估水庫藻類產生微囊藻毒之潛勢，提供預警之用。指標性細菌快速定量分析，已經完成qPCR分析水庫水樣的總大腸菌群的技術，其濃度與傳統分析結果接近。化學分析方法本計畫已成功建立與應用固相微萃取(SPME)配合氣相層析質譜儀(GC-MS)法，分析七座水庫及水廠主要臭味物質。毒素部分本研究已成功建立五種藻類毒素分析方法，並應用於南化、石門、寶山、及仁義潭水庫，以及金門太湖與榮湖原水(也為水庫湖水)及相關流程分析。離島水庫水中微囊藻毒濃度不可忽略，所幸清水濃度皆低於世衛組織建議值。 水庫毒素來源削減部分，研究中已初步完成應用過氧化氫破壞魚腥藻、以及臭氧破壞為囊藻與魚腥藻之實驗。實驗結果顯示，過氧化氫劑量與光強度均為重要影響因子，光配合過氧化氫可以有效破壞魚腥藻，且可以氧化部分釋出之臭味物質，具有應用潛力。相對，臭氧則氧化速率非常快，在很低的劑量下，即可以快速破壞藻細胞，並進一步氧化部分代謝物。 水廠削減技術，本研究已初步完成金門三水廠前氧化對於微囊藻破裂及臭味物質釋出之實驗。由於金門地區微囊藻數量較高，由金門地區原水氧化實驗可知在經過30分鐘氧化後可將水中全數的微囊藻去除活性，而細胞數的移除需靠後續的固液分離程序處理，而水中β-cyclocitral在氧化實驗中最高可達到約2000　ng/L，由氧化實驗可知次氯酸鈉以及二氧化氯並無法有效破壞β-cyclocitral臭味分子，仍須仰賴後續過程程序，因此此部分須考慮臭味物質貫穿之可能性。在水廠前氧化部分，由研究及文獻比對可以發現，次氯酸鈉對於微囊藻反應之細胞破裂及毒素之動力數值明顯對於藍綠菌破壞性極強，其細胞破裂速率常數(微囊藻70-1,100 M-1-S-1)遠較微囊藻毒素(10-96 M-1-S-1)破壞動力快。因此，若氯與藻接觸，則毒素將因細胞破裂快速釋出，但因為氯破壞毒素速率較慢，因此需有足夠之殘餘餘氯與毒素接觸，才能破壞溶解相之毒素。因此水廠在實際操作時，必須要注意有足夠餘氯才能破壞毒素。 最後，本計畫並收集、解析國內水庫及水廠過去之水質資料，經整合國外案例後，並將本年度研究成果中快速監控技術、及削減技術納入考量，在藻類毒素及藍綠細菌之監測及應變方法上，提出修改及初步建議，可以供作水庫及水廠管理與操作人員應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980290</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009804077</governmentpublicationsnumber><identifier>64541</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64541</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水源產毒藻類有害微生物監控與管理技術之研發與應用(1/2)－光碟版 Technology development and application for the monitoring and management of harmful cyanobacteria and microorganisms in drinking water sources (1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>石門水庫供水原以灌溉用水為主，配合桃園地區社經環境轉變，供水標的演變為公共給水、灌溉用水並重。此外，全球氣候變遷，常有極端水文事件發生，原石門水庫營運功能已無法因應當前潔淨水質與豐沛水量之需求，勢將不利於國計民生及經濟發展。為因應時空環境轉變，於2006年通過「石門水庫及其集水區整治特別條例」，預計2012年完成石門水庫及其集水區整治計畫執行，以保障民眾用水權益。 經濟部水利署為求水資源永續發展及提供潔淨豐沛的水源，期建立石門水庫集水區水質水量績效指標值，以判讀集水區水質水量演變趨勢，另積極配合行政院於2009年通過「國土計畫法(草案)」，擬就集水區水質水量保育維護之觀點，提供國土保育地區管理計畫並劃分權責管理區之建議，透過與各目的事業主管機關之協調，且於擬訂主協辦機關辦理國土利用監測及查報之時機，建議納入水質水量影響因子，以確實呈現國土復育工作有利於水資源之保護及運用。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970250</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009803683</governmentpublicationsnumber><identifier>64542</identifier><internationalstandardbooknumber>9789860211504 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64542</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區水質水量影響因子暨集水區劃設績效指標值建立之研究成果報告 The Establishment of Water Quality and Quantity Influence Factors and Indices of Effects Delineation for Shihmen Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>石門水庫供水原以灌溉用水為主，配合桃園地區社經環境轉變，供水標的演變為公共給水、灌溉用水並重。此外，全球氣候變遷，常有極端水文事件發生，原石門水庫營運功能已無法因應當前潔淨水質與豐沛水量之需求，勢將不利於國計民生及經濟發展。為因應時空環境轉變，於2006年通過「石門水庫及其集水區整治特別條例」，預計2012年完成石門水庫及其集水區整治計畫執行，以保障民眾用水權益。 經濟部水利署為求水資源永續發展及提供潔淨豐沛的水源，期建立石門水庫集水區水質水量績效指標值，以判讀集水區水質水量演變趨勢，另積極配合行政院於2009年通過「國土計畫法(草案)」，擬就集水區水質水量保育維護之觀點，提供國土保育地區管理計畫並劃分權責管理區之建議，透過與各目的事業主管機關之協調，且於擬訂主協辦機關辦理國土利用監測及查報之時機，建議納入水質水量影響因子，以確實呈現國土復育工作有利於水資源之保護及運用。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970250</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009803683</governmentpublicationsnumber><identifier>64543</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64543</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>石門水庫集水區水質水量影響因子暨集水區劃設績效指標值建立之研究成果報告(光碟版) The Establishment of Water Quality and Quantity Influence Factors and Indices of Effects Delineation for Shihmen Reservoir Watershed</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣地區受限於先天地質、地形條件，水庫淤砂問題嚴重，在新水源開發不易與氣候變遷影響供水條件等背景因素下，如何延長既有水庫運轉壽命並合理規劃使用既有水庫，儼然成為當前水資源供需平衡之關鍵。有鑑於此，經濟部水利署考量進行本計畫，期能收集最新各水庫淤積情勢資料，以進行整理及分析規劃，除可解決目前水庫淤積清淤作業上之各項問題外，另可分析出各水庫優先清淤順序，以配合振興經濟方案推動並作為蓄水建造物更新及改善計畫補助之參據。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980363</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009901154</governmentpublicationsnumber><identifier>64544</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64544</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>98年度水庫淤積潛勢評估The 2009 Evaluation Study of the Sediment Deposition Potential for Taiwan's Reservoirs</title><yearidentifier>201003</yearidentifier></data><data><abstract>台灣地區受限於先天地質、地形條件，水庫淤砂問題嚴重，在新水源開發不易與氣候變遷影響供水條件等背景因素下，如何延長既有水庫運轉壽命並合理規劃使用既有水庫，儼然成為當前水資源供需平衡之關鍵。有鑑於此，經濟部水利署考量進行本計畫，期能收集最新各水庫淤積情勢資料，以進行整理及分析規劃，除可解決目前水庫淤積清淤作業上之各項問題外，另可分析出各水庫優先清淤順序，以配合振興經濟方案推動並作為蓄水建造物更新及改善計畫補助之參據。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980363</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/7</date><governmentpublicationsnumber>1009901154</governmentpublicationsnumber><identifier>64545</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64545</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>98年度水庫淤積潛勢評估(光碟版)The 2009 Evaluation Study of the Sediment Deposition Potential for Taiwan's Reservoirs</title><yearidentifier>201003</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/8</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>64547</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64547</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>99</publishrocyear><title>2010年公共工程年刊</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/9</date><governmentpublicationsnumber>1009901259</governmentpublicationsnumber><identifier>64550</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64550</librarycollectiondetailsurl><price>1010</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(2/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/9</date><governmentpublicationsnumber>1009901259</governmentpublicationsnumber><identifier>64551</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64551</librarycollectiondetailsurl><price>1010</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(2/3)-光碟版</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/9</date><governmentpublicationsnumber>1009901259</governmentpublicationsnumber><identifier>64553</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64553</librarycollectiondetailsurl><price></price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(2/3)-資料光碟版</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院能源與資源研究所</author><categoryidentifier>10020213 033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/9</date><governmentpublicationsnumber>1009005304</governmentpublicationsnumber><identifier>64558</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64558</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>乾旱指標之建立-北部及東部區域　Defining Drought Indicators for Northern and Eastern Taiwan Areas</title><yearidentifier>200012</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980150</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/10</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>64559</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64559</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(2/2)=Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980150</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/10</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>64560</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64560</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(2/2)--光碟版=Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980228</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/10</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>64561</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64561</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)=In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung (2/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980228</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/10</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>64562</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64562</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)－光碟版 In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung (2/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/10</date><governmentpublicationsnumber>1009900919</governmentpublicationsnumber><identifier>64568</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64568</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>98水利核心職能提昇與團隊能力建構2009 Core Competencies Training and Team Capacity Building of the River Management Office第一場次座談活動資料光碟〈第二河川局、第十河川局〉</title><yearidentifier>201003</yearidentifier></data><data><abstract>1988年農委會補助台灣省水利局（前經濟部水利署、經濟部水利處）辦理研究計畫「台灣水文資料電腦檔應用之研究—(3)台灣地區各雨量測站物部公式之適用性研究」，曾就本署所屬雨量測站至1985年為止，觀測所得的雨量資料進行研究分析，建立各測站的降雨強度—延時Horner公式。現已時隔十餘年，本報告再補增本署所屬156站雨量站持續觀測至今的雨量資料，及中央氣象局的25站局屬氣象站，進行台灣地區各雨量測站降雨強度—延時Horner公式的分析與修正更新，以更適切地掌握台灣各地區的降雨強度延時特性。分析過程中特別注重資料的正確性、合理性查核，相信可提供水利工程規劃設計及相關研究參考。</abstract><author>經濟部水利署</author><categoryidentifier>328.647</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/11</date><governmentpublicationsnumber>1009200561</governmentpublicationsnumber><identifier>64569</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64569</librarycollectiondetailsurl><price>335</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區雨量測站降雨強度－延時 Horner公式分析 (光碟版)</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/14</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>64570</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64570</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3)成果資料--光碟版=Staff Training Plan For The Water Resources Agency (1/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009901033</governmentpublicationsnumber><identifier>64578</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64578</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>99年度集集攔河堰營運階段水域生態及水質監測第1季報告</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009901034</governmentpublicationsnumber><identifier>64579</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64579</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>99年度斗六堰魚道功能監測及模組式魚道水域生態監測專題報告第一季</title><yearidentifier>201005</yearidentifier></data><data><abstract>主要就台灣海岸棲地環境評估技術進行研究，以保全多樣性海岸棲地環境。藉由探討臺灣海岸生態環境特性，將臺灣地區海岸棲地類型屬性予以分類，並建立各類生態棲地評估步驟、內容、方法及指標。另以嘉義海岸(鰲鼓至急水溪口)為示範案例，進行棲地評估技術研擬成果驗證。</abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980066</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>64581</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64581</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)(內附光碟) The Technique of Ecological Habitant Evaluation in the Coast Region(1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>主要就台灣海岸棲地環境評估技術進行研究，以保全多樣性海岸棲地環境。藉由探討臺灣海岸生態環境特性，將臺灣地區海岸棲地類型屬性予以分類，並建立各類生態棲地評估步驟、內容、方法及指標。另以嘉義海岸(鰲鼓至急水溪口)為示範案例，進行棲地評估技術研擬成果驗證。</abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980066</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>64582</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64582</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)--光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region (1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOREWRA0980387</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009900676</governmentpublicationsnumber><identifier>64583</identifier><internationalstandardbooknumber>9789860225068 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64583</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫沖刷漏斗.射留排淤機制與操作策略研究(1/2)-內附光碟    Case Study of Flushing Scour and Sediment Dredging Mechanism and Strategy Application over Tsengwen Reservoir Catchment(1/2)</title><yearidentifier>201002</yearidentifier></data><data><abstract>有鑑於回歸水再利用的研究日益重要，本計畫探討應用灌區排水路底泥設置阻水牆，藉此截蓄回歸水並隔離大排對灌區回歸水之污染，增加灌區回歸水的再生利用。</abstract><author>台灣環境資源永續發展協會</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980334</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/17</date><governmentpublicationsnumber>1009901277</governmentpublicationsnumber><identifier>64584</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64584</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>應用灌區排水路底泥設置阻水牆蓄留水田回歸水之初步研究：以雲林灌區為例--光碟版＝Primary study of the application of drainage sludge on the cutoff explore the return flow in paddy field：a case study in Yun-Lin Area</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/21</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>64588</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64588</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)=The Technique of Ecological Habitat Evaluation in the Coast Region(1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>頂埔遺址位於石岡壩東北側之大甲溪中游低位河階，行政隸屬台中縣東勢鎮埤頭里。由於大安大甲溪水源聯合運用輸水工程規劃取水口之聯絡道穿越遺址範圍，因此進行了本次考古發掘評估計畫。計畫自民國98年6月起開始執行，田野方面主要進行了：頂埔及鄰近地區考古遺址地表調查、聯絡道工程範圍8處探坑之試掘以及頂埔遺址之土樣鑽探；而在室內工作部分，則針對田野調查、採集及發掘所得之標本進行整理分析。由調查分析結果顯示，頂埔遺址見有距今4000年左右之牛罵頭文化及19世紀前後近代漢人文化等兩層遺留，出土的遺留中，牛罵頭文化層中見有打製及加磨的斧鋤形器以及紅褐色陶片；而近代漢人文化則見有磚、瓦、硬陶以及瓷器具。但與鄰近其它遺址相互比較下，頂埔遺址遺留分布的密度並不高、保存狀況也不佳，因此文化資產價值並不高。另外因未來聯絡道的施工以覆土為主，對遺址造成的影響並不高。但因部分地區仍有可能採挖方方式，因此建議未來施工時，必須委請專業考古人員進行監測。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/21</date><governmentpublicationsnumber>1009900657</governmentpublicationsnumber><identifier>64589</identifier><internationalstandardbooknumber>9789860225006 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64589</librarycollectiondetailsurl><price>300</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>頂埔遺址考古發掘評估 Assessment of the Archaeological Excavation for Dingpu Site</title><yearidentifier>201004</yearidentifier></data><data><abstract>頂埔遺址位於石岡壩東北側之大甲溪中游低位河階，行政隸屬台中縣東勢鎮埤頭里。由於大安大甲溪水源聯合運用輸水工程規劃取水口之聯絡道穿越遺址範圍，因此進行了本次考古發掘評估計畫。計畫自民國98年6月起開始執行，田野方面主要進行了：頂埔及鄰近地區考古遺址地表調查、聯絡道工程範圍8處探坑之試掘以及頂埔遺址之土樣鑽探；而在室內工作部分，則針對田野調查、採集及發掘所得之標本進行整理分析。由調查分析結果顯示，頂埔遺址見有距今4000年左右之牛罵頭文化及19世紀前後近代漢人文化等兩層遺留，出土的遺留中，牛罵頭文化層中見有打製及加磨的斧鋤形器以及紅褐色陶片；而近代漢人文化則見有磚、瓦、硬陶以及瓷器具。但與鄰近其它遺址相互比較下，頂埔遺址遺留分布的密度並不高、保存狀況也不佳，因此文化資產價值並不高。另外因未來聯絡道的施工以覆土為主，對遺址造成的影響並不高。但因部分地區仍有可能採挖方方式，因此建議未來施工時，必須委請專業考古人員進行監測。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/21</date><governmentpublicationsnumber>1009900657</governmentpublicationsnumber><identifier>64590</identifier><internationalstandardbooknumber>9789860225006 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64590</librarycollectiondetailsurl><price>300</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>頂埔遺址考古發掘評估(光碟版)  Assessment of the Archaeological Excavation for Dingpu Site</title><yearidentifier>201004</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之技術準則。內容共分四章其概要如下：第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮事項、主要名詞含意與設計程序。第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集相關資?做為設計基本資?。第三章 設計因素：就設計時應考慮之基本設計因素，如波?、潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為設計之基礎。第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/22</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>64595</identifier><internationalstandardbooknumber>9789860230499 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64595</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)(內附光碟)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有 工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之 技術準則。內容共分四章其概要如下： 第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮 事項、主要名詞含意與設計程序。 第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集 相關資?做為設計基本資?。 第三章 設計因素：就設計時應考慮之基本設計因素，如波?、 潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以 及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為 設計之基礎。 第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案 修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方 案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公 式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水 防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最 大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢 討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經 水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤 體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/22</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>64596</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64596</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)--成果資料光碟版=Manual for Coastal Protection and Environmental Restoration Planning(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸防護之首要任務在禦潮防?防治海岸侵蝕，確保人民生命財產，防止國土?失。海岸防護設施除能有效發揮防災功能達成防護目的之外亦應盡?維護自然環境，?求減低對海岸地形之影響，營造生態、維護海岸之多樣性、考慮與周邊景觀之融合、創造親水休閒環境，促進海岸資源永續?用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/22</date><governmentpublicationsnumber>1009901289</governmentpublicationsnumber><identifier>64597</identifier><internationalstandardbooknumber>9789860230505 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64597</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護設施設計準則(草案)-海堤篇(內附光碟)</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/22</date><governmentpublicationsnumber>1009901273</governmentpublicationsnumber><identifier>64598</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64598</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(上冊)(內附光碟)</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/22</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>64599</identifier><internationalstandardbooknumber>9789860230482 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64599</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(下冊)</title><yearidentifier>201004</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980389</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>64601</identifier><internationalstandardbooknumber>9789860227864 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64601</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作成果報告 Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon</title><yearidentifier>201003</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980389</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>64602</identifier><internationalstandardbooknumber>9789860227864 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64602</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作(光碟版)Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon</title><yearidentifier>200512</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>64603</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64603</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作洗井前後攝影成果(1/2)(光碟版)Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon</title><yearidentifier>201003</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>64604</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64604</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作洗井前後攝影成果(2/2)(光碟版)Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon</title><yearidentifier>201003</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901273</governmentpublicationsnumber><identifier>64605</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64605</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(上冊)--光碟版=Manual for Coastal Protection and Environmental Restoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>64606</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64606</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(下冊)--光碟版=Manual for Coastal Protection and EnvironmentalRestoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有 工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之 技術準則。內容共分四章其概要如下： 第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮 事項、主要名詞含意與設計程序。 第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集 相關資?做為設計基本資?。 第三章 設計因素：就設計時應考慮之基本設計因素，如波?、 潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以 及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為 設計之基礎。 第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案 修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方 案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公 式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水 防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最 大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢 討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經 水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤 體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>64607</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64607</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)--光碟版=Manual for Coastal Protection and EnvironmentalRestoration Planning(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸防護之首要任務在禦潮防?防治海岸侵蝕，確保人民生命財 產，防止國土?失。海岸防護設施除能有效發揮防災功能達成防護目 的之外亦應盡?維護自然環境，?求減低對海岸地形之影響，營造生 態、維護海岸之多樣性、考慮與周邊景觀之融合、創造親水休閒環境， 促進海岸資源永續?用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/23</date><governmentpublicationsnumber>1009901289</governmentpublicationsnumber><identifier>64608</identifier><internationalstandardbooknumber>9789860230505 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64608</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護設施設計準則(草案)--海堤篇--光碟版=Guidelines on design of Coastal revetments (draft)</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933   443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/24</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>64609</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64609</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃　Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/24</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>64610</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64610</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃(光碟版) Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/24</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>64611</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64611</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規劃=Report on River Planning of Cing-Shuei River, Tributary of Jhuo-shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/24</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>64612</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64612</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規劃(光碟版)=Report on River Planning of Cing-Shuei River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>湖山水庫施工期間(92年至98年)各項環境監測成果報告</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/25</date><governmentpublicationsnumber>1009901569</governmentpublicationsnumber><identifier>64617</identifier><internationalstandardbooknumber>9789860235067 ; 9789860235</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64617</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程施工期間環境監測總報告(92年至98年)</title><yearidentifier>201005</yearidentifier></data><data><abstract>湖山水庫施工期間(92年至98年)各項環境監測成果報告</abstract><author>臺灣世曦工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/25</date><governmentpublicationsnumber>1009901569</governmentpublicationsnumber><identifier>64618</identifier><internationalstandardbooknumber>9789860235067 ; 9789860235</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64618</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>湖山水庫工程施工期間環境監測總報告(92年至98年)(光碟版)</title><yearidentifier>201005</yearidentifier></data><data><abstract>目前台中地區公共用水水源主要仰賴大甲溪石岡壩及大安溪鯉魚潭水庫約供水各半滿足用水所需，因該二水源並無互為支援能力，如有任一水源無法供水，台中地區即有分區供水之停水風險。921地震後，每逢颱風豪雨大甲溪石岡壩原水濁度即遽昇影響台灣自來水公司豐原淨水場出水穩定，另加上近年公共用水需求激增，及氣候變遷造成水文豐枯極端化問題等，皆致現況及未來須面臨嚴峻之水源水質及水源水量調度運用供水挑戰。為穩定供水並降低缺水風險，水利署中區水資源爰推動「大安大甲溪水源聯合運用輸水工程計畫」，透過輸水管路設置將該大甲溪及大安溪水系水源串接調度運用，使其有相互支援能力並達真正聯合運用機能，即平時無水質問題時，則可充份利用大甲溪川流水剩餘水量，並儘可能將大安溪水源蓄存於鯉魚潭水庫；另如大甲溪水質異常時，則可透過鯉魚潭水庫滿戴出水穩定供水，如此調度系統除可新增水源滿足用水需求外，並可大幅降低缺水風險並穩定供水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/28</date><governmentpublicationsnumber>1009803005</governmentpublicationsnumber><identifier>64619</identifier><internationalstandardbooknumber>9789860204155 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64619</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>大安大甲溪水源聯合運用輸水工程可行性規劃測量成果專題報告Festaibility Planning for water Transport Engineering of Water Resources Conjunctive Use in the Ta-An and Ta-Chia River Topic on Survey</title><yearidentifier>201004</yearidentifier></data><data><abstract>目前台中地區公共用水水源主要仰賴大甲溪石岡壩及大安溪鯉魚潭水庫約供水各半滿足用水所需，因該二水源並無互為支援能力，如有任一水源無法供水，台中地區即有分區供水之停水風險。921地震後，每逢颱風豪雨大甲溪石岡壩原水濁度即遽昇影響台灣自來水公司豐原淨水場出水穩定，另加上近年公共用水需求激增，及氣候變遷造成水文豐枯極端化問題等，皆致現況及未來須面臨嚴峻之水源水質及水源水量調度運用供水挑戰。為穩定供水並降低缺水風險，水利署中區水資源爰推動「大安大甲溪水源聯合運用輸水工程計畫」，透過輸水管路設置將該大甲溪及大安溪水系水源串接調度運用，使其有相互支援能力並達真正聯合運用機能，即平時無水質問題時，則可充份利用大甲溪川流水剩餘水量，並儘可能將大安溪水源蓄存於鯉魚潭水庫；另如大甲溪水質異常時，則可透過鯉魚潭水庫滿戴出水穩定供水，如此調度系統除可新增水源滿足用水需求外，並可大幅降低缺水風險並穩定供水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/6/28</date><governmentpublicationsnumber>1009803005</governmentpublicationsnumber><identifier>64620</identifier><internationalstandardbooknumber>9789860204155 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64620</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>大安大甲溪水源聯合運用輸水工程可行性規劃用地調查專題報告Festaibility Planning for water Transport Engineering of Water Resources Conjunctive Use in the Ta-An and Ta-Chia River Topic on Land Survey</title><yearidentifier>201004</yearidentifier></data><data><abstract>委託計畫之緣由台灣地區除水資源供需問題之外，高屏地區亦正面臨原水濁度過高而導致缺水之問題。目前大高雄地區水源供應，主要是高屏溪攔河堰引取高屏溪地表水，並與南化水庫藉由聯通管路支援及調配水源，為因應大高雄地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，擬對里港地區土庫農場淺層地下水於全年豐枯水期可取水量進行評估，以滿足及穩定供給大高雄地區用水需求。本研究擬以土庫農場評估淺層地下水開發，就水源運用方式辦理研究並進行多元化水源利用規劃，期於地表水短缺時提供一項水源供給方案。本案依97年11月5日「研商98年度擬辦水資源規劃工作暨經費分配與分工事宜」會議紀錄及98年1月7日經水源字第09751314070號函，爰編本委託技術服務計畫書。二、計畫之委託原因本案涉及土木、水利及地質等多項領域之專業技術，本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問機構、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980101</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/30</date><governmentpublicationsnumber>1009901819</governmentpublicationsnumber><identifier>64638</identifier><internationalstandardbooknumber>9789860236521 ; 9789860236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64638</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>土庫農場淺層地下水開發可行性規劃 The Feasibility Study of Shallow Groundwater Development in Tuku Farm</title><yearidentifier>201006</yearidentifier></data><data><abstract>委託計畫之緣由台灣地區除水資源供需問題之外，高屏地區亦正面臨原水濁度過高而導致缺水之問題。目前大高雄地區水源供應，主要是高屏溪攔河堰引取高屏溪地表水，並與南化水庫藉由聯通管路支援及調配水源，為因應大高雄地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，擬對里港地區土庫農場淺層地下水於全年豐枯水期可取水量進行評估，以滿足及穩定供給大高雄地區用水需求。本研究擬以土庫農場評估淺層地下水開發，就水源運用方式辦理研究並進行多元化水源利用規劃，期於地表水短缺時提供一項水源供給方案。本案依97年11月5日「研商98年度擬辦水資源規劃工作暨經費分配與分工事宜」會議紀錄及98年1月7日經水源字第09751314070號函，爰編本委託技術服務計畫書。二、計畫之委託原因本案涉及土木、水利及地質等多項領域之專業技術，本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問機構、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980101</commissionedprojectidentifier><currency>NT$</currency><date>2010/6/30</date><governmentpublicationsnumber>1009901819</governmentpublicationsnumber><identifier>64642</identifier><internationalstandardbooknumber>9789860236521 ; 9789860236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64642</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>土庫農場淺層地下水開發可行性規劃(光碟版) The Feasibility Study of Shallow Groundwater Development in Tuku Farm</title><yearidentifier>201006</yearidentifier></data><data><abstract>目前台中地區公共用水水源主要仰賴大甲溪石岡壩及大安溪鯉魚潭水庫約供水各半滿足用水所需，因該二水源並無互為支援能力，如有任一水源無法供水，台中地區即有分區供水之停水風險。921地震後，每逢颱風豪雨大甲溪石岡壩原水濁度即遽昇影響台灣自來水公司豐原淨水場出水穩定，另加上近年公共用水需求激增，及氣候變遷造成水文豐枯極端化問題等，皆致現況及未來須面臨嚴峻之水源水質及水源水量調度運用供水挑戰。為穩定供水並降低缺水風險，水利署中區水資源爰推動「大安大甲溪水源聯合運用輸水工程計畫」，透過輸水管路設置將該大甲溪及大安溪水系水源串接調度運用，使其有相互支援能力並達真正聯合運用機能，即平時無水質問題時，則可充份利用大甲溪川流水剩餘水量，並儘可能將大安溪水源蓄存於鯉魚潭水庫；另如大甲溪水質異常時，則可透過鯉魚潭水庫滿戴出水穩定供水，如此調度系統除可新增水源滿足用水需求外，並可大幅降低缺水風險並穩定供水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/1</date><governmentpublicationsnumber>1009803005</governmentpublicationsnumber><identifier>64698</identifier><internationalstandardbooknumber>9789860204155 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64698</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>大安大甲溪水源聯合運用輸水工程可行性規劃總報告Festaibility Planning for water Transport Engineering of Water Resources Conjunctive Use in the Ta-An and Ta-Chia River Final Report</title><yearidentifier>201004</yearidentifier></data><data><abstract>目前台中地區公共用水水源主要仰賴大甲溪石岡壩及大安溪鯉魚潭水庫約供水各半滿足用水所需，因該二水源並無互為支援能力，如有任一水源無法供水，台中地區即有分區供水之停水風險。921地震後，每逢颱風豪雨大甲溪石岡壩原水濁度即遽昇影響台灣自來水公司豐原淨水場出水穩定，另加上近年公共用水需求激增，及氣候變遷造成水文豐枯極端化問題等，皆致現況及未來須面臨嚴峻之水源水質及水源水量調度運用供水挑戰。為穩定供水並降低缺水風險，水利署中區水資源爰推動「大安大甲溪水源聯合運用輸水工程計畫」，透過輸水管路設置將該大甲溪及大安溪水系水源串接調度運用，使其有相互支援能力並達真正聯合運用機能，即平時無水質問題時，則可充份利用大甲溪川流水剩餘水量，並儘可能將大安溪水源蓄存於鯉魚潭水庫；另如大甲溪水質異常時，則可透過鯉魚潭水庫滿戴出水穩定供水，如此調度系統除可新增水源滿足用水需求外，並可大幅降低缺水風險並穩定供水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/1</date><governmentpublicationsnumber>1009803005</governmentpublicationsnumber><identifier>64701</identifier><internationalstandardbooknumber>9789860204155 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64701</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>大安大甲溪水源聯合運用輸水工程可行性規劃地質調查與鑽探專題報告Festaibility Planning for water Transport Engineering of Water Resources Conjunctive Use in the Ta-An and Ta-Chia River Topic on Geological Survey and Boring Result</title><yearidentifier>201004</yearidentifier></data><data><abstract>目前台中地區公共用水水源主要仰賴大甲溪石岡壩及大安溪鯉魚潭水庫約供水各半滿足用水所需，因該二水源並無互為支援能力，如有任一水源無法供水，台中地區即有分區供水之停水風險。921地震後，每逢颱風豪雨大甲溪石岡壩原水濁度即遽昇影響台灣自來水公司豐原淨水場出水穩定，另加上近年公共用水需求激增，及氣候變遷造成水文豐枯極端化問題等，皆致現況及未來須面臨嚴峻之水源水質及水源水量調度運用供水挑戰。為穩定供水並降低缺水風險，水利署中區水資源爰推動「大安大甲溪水源聯合運用輸水工程計畫」，透過輸水管路設置將該大甲溪及大安溪水系水源串接調度運用，使其有相互支援能力並達真正聯合運用機能，即平時無水質問題時，則可充份利用大甲溪川流水剩餘水量，並儘可能將大安溪水源蓄存於鯉魚潭水庫；另如大甲溪水質異常時，則可透過鯉魚潭水庫滿戴出水穩定供水，如此調度系統除可新增水源滿足用水需求外，並可大幅降低缺水風險並穩定供水。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/1</date><governmentpublicationsnumber>1009803005</governmentpublicationsnumber><identifier>64706</identifier><internationalstandardbooknumber>9789860204155 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64706</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>大安大甲溪水源聯合運用輸水工程可行性規劃總報告(光碟版)Festaibility Planning for water Transport Engineering of Water Resources Conjunctive Use in the Ta-An and Ta-Chia River Final Report</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>64718</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64718</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究(1/2)=Protection Strategy for Erosion of West Seawall at Chigu Coast (1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>64719</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64719</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究(1/2)－光碟版=Protection Strategy for Erosion of West Seawall at Chigu Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>64720</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64720</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(1/2)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>64721</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64721</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(1/2)(光碟版)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803447</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>64722</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64722</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討=Revise of Feasibility Plan of Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA098034</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>64723</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64723</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討--光碟版=Revise of Feasibility Plan OF Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>藉由結合長期水源運用，短期水庫防洪運轉與水力排砂操作與水庫各設施排砂濃度推估之模擬分析，探討大漢溪供水系統在未來不同年期具有不同水源設施與水力排砂設施基礎下的系統供需情勢以及石門水庫淤積潛勢</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980092</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/2</date><governmentpublicationsnumber>1009901940</governmentpublicationsnumber><identifier>64724</identifier><internationalstandardbooknumber>9789860237634 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64724</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門及高台兩水庫聯合防淤之水源運用策略探討(內附光碟)Preliminary Study of Joint Operation of Shihmen and Kaotai Reservoirs for Desilting Control and Sustainable Water Supply</title><yearidentifier>201005</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/6</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>64753</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64753</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊--光碟版=Manual for Coastal Protection and EnvironmentalRestoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/6</date><governmentpublicationsnumber>1009901317</governmentpublicationsnumber><identifier>64755</identifier><internationalstandardbooknumber>9789860230970 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64755</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>98年度新興水資源發展技術與政策推廣計畫--光碟版=Promotion of Alternative Water Resources Development Policy and Technology</title><yearidentifier>201004</yearidentifier></data><data><abstract>第一場次座談活動資料光碟〈第二河川局、第十河川局〉</abstract><author>淡江大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980282</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/6</date><governmentpublicationsnumber>1009900919</governmentpublicationsnumber><identifier>64762</identifier><internationalstandardbooknumber>9789860227222 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64762</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>99</publishrocyear><title>98年水利核心職能提昇與團隊能力建構=2009Core Competencies Training and Team Capacity Building of the River Management Office</title><yearidentifier>201003</yearidentifier></data><data><abstract>透過現場調查及試驗結果顯示，透水四面體群以鈍頭迎水方式縱向串接，對於不連續帶附近之沖刷破壞可發揮減沖促淤之功效；對於柔性固床工，加強混凝土塊體間之支撐與適時保護間隙內之填縫料，確可減小塊體傾倒之機率。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/7</date><governmentpublicationsnumber>1009803295</governmentpublicationsnumber><identifier>64768</identifier><internationalstandardbooknumber>9789860207682 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64768</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(2/2)(內附光碟)＝Investigation of failure mechanism and new scour countermeasures at grade control structures (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>海岸防護之首要任務在禦潮防?防治海岸侵蝕，確保人民生命財產，防止國土?失。海岸防護設施除能有效發揮防災功能達成防護目的之外亦應盡?維護自然環境，?求減低對海岸地形之影響，營造生態、維護海岸之多樣性、考慮與周邊景觀之融合、創造親水休閒環境，促進海岸資源永續?用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/7</date><governmentpublicationsnumber>1009901289</governmentpublicationsnumber><identifier>64771</identifier><internationalstandardbooknumber>9789860230505 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64771</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護設施設計準則(草案)–海堤篇=Guidelines on design of Coastal revetments (draft)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980285</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/8</date><governmentpublicationsnumber>1009804417</governmentpublicationsnumber><identifier>64775</identifier><internationalstandardbooknumber>9789860220261 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64775</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識服務計畫(內附光碟)＝The Intellectual Project of Land-Subsidence Prevention and Reclamation</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>台灣師範大學地理學系</author><categoryidentifier>328.933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/12</date><governmentpublicationsnumber>1009901522</governmentpublicationsnumber><identifier>64786</identifier><internationalstandardbooknumber>9789577525871 ; 9789577525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64786</librarycollectiondetailsurl><price></price><publisher>行政院國科會地科中心、交通部中央氣象局、經濟部水利署等</publisher><publishrocyear>99</publishrocyear><title>最新台灣氣候圖集</title><yearidentifier>201005</yearidentifier></data><data><abstract>主要目的為建立一套以海岸防護規劃為核心目的之[海岸防護規劃基本資料觀測調查作業規範(草案)]，並建置{海岸防護基本觀測調查資料庫}，以供水利署各河川局未來辦理海岸基本資料調查建置之參考，進一步結合[撥潮流與海岸線變遷模式]之近岸波流場及海岸侵淤變化分析功能，發展[海岸防護地理資訊決策支援系統]，作為海岸防護工程與規劃依據。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970341</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/13</date><governmentpublicationsnumber>1009802007</governmentpublicationsnumber><identifier>64789</identifier><internationalstandardbooknumber>9789860194432 ; 9789860194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64789</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸基本資料觀測調查及資料庫建置規劃研究計畫成果資料光碟=The Study of Coastal Basic Data Survey and Database Establish</title><yearidentifier>200908</yearidentifier></data><data><abstract>本計畫分別於台灣北、中、南、東部四個不同海岸區域之立地條件進行適種試驗規劃，針對不同海岸逆境之類行提出其區域性最佳適種植物選取之參據資料。</abstract><author>社團法人中華民國環境綠化協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980145</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/14</date><governmentpublicationsnumber>1009803420</governmentpublicationsnumber><identifier>64795</identifier><internationalstandardbooknumber>9789860208979 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64795</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸植生調查與適種試驗規劃報告(內附光碟)＝Seashore Vegetation Survey and Adaptable Plants Experiment Planning Report</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>經濟部礦業局礦業輔導組</author><categoryidentifier>451.302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/14</date><governmentpublicationsnumber>2008900325</governmentpublicationsnumber><identifier>64797</identifier><internationalstandardbooknumber>16822943 ; 16822943</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64797</librarycollectiondetailsurl><price>工本費225</price><publisher>經濟部礦務局</publisher><publishrocyear>99</publishrocyear><title>98年礦業統計年報</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/20</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>64910</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64910</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>99</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十八年度年報</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>臺北水源特定區管理局</author><categoryidentifier>443   443 .68   443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/23</date><governmentpublicationsnumber>1009901611</governmentpublicationsnumber><identifier>64925</identifier><internationalstandardbooknumber>9789860235074 ; 9789860235</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64925</librarycollectiondetailsurl><price></price><publisher>臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署臺北水源特定區管理局98年度工作年報〈光碟版〉Taipei Water Management Office Water Resources Agency Ministry of Economic Affairs 2009 annual job report(光碟版)</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計畫目的乃探討目前之治水計畫中滯(蓄)洪設施融入社區總體營造的可行性，並以二處示範區進行實質初步規劃，以利日後推廣至其他河川、排水等有佈設滯(蓄)洪設施之地區。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980338</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/28</date><governmentpublicationsnumber>1009901941</governmentpublicationsnumber><identifier>64934</identifier><internationalstandardbooknumber>9789860237627 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64934</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>滯(蓄)洪設施融入社區總體營造之可行性?究(內附光碟) Feasibility study  of detention facilities into community development</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫目的乃探討目前之治水計畫中滯(蓄)洪設施融入社區總體營造的可行性，並以二處示範區進行實質初步規劃，以利日後推廣至其他河川、排水等有佈設滯(蓄)洪設施之地區。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980338</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/28</date><governmentpublicationsnumber>1009901941</governmentpublicationsnumber><identifier>64935</identifier><internationalstandardbooknumber>9789860237627 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64935</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>滯(蓄)洪設施融入社區總體營造之可行性?究(光碟版) Feasibility study  of detention facilities into community development</title><yearidentifier>201006</yearidentifier></data><data><abstract>濁水溪西螺大橋以下河段，每年十一月至隔年三月間，由於枯水期水量減少，導致河床裸露面積大增，加上東北季風盛行，常造成大規模揚塵，影響南岸鄉鎮居民生活甚鉅。本計畫於南、北兩岸選擇20公頃裸露地作為示範區來進行揚塵抑制工法研究，利用集砂器來探討不同揚塵抑制工法之阻滯成效，並進行經濟效益效益分析。示範區所使用之揚塵抑制工法係以植栽為主，利用不同生長特性之植栽進行現地實驗，以期發現各類不同特性的植栽對於濁水溪之耐旱及耐風程度、發芽率、生長量等，進而在不同季節找出植生先後順序及較佳之栽種方式。依據現地生長情形，本研究目前建議可採用黑麥草作為優先使用工法，主要原因包含成本較低、生長快速、抑制揚塵效果佳。此外，為能落實揚塵抑制工法之執行，第四河川局針對川公(私)地使用許可書進行修訂，規範許可人於每年11月至翌年3月，於所許可範圍內，執行抑制揚塵義務規範及相關罰則。另，本計畫對於區域管理提出未來五年揚塵改善計畫及加強河川公地種植管理之建議，期通過區域管理來落實揚塵抑制工法之執行。最後，本計畫對於不同土地類別在不同時期提出適用之揚塵抑制工法類型，並依據示範區植物生長情形提出適合種植季節，提出民國99年濁水溪揚塵改善工法使用時機、地點之建議，以供第四河川局參考。</abstract><author>逢甲大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980157</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/28</date><governmentpublicationsnumber>1009902167</governmentpublicationsnumber><identifier>64936</identifier><internationalstandardbooknumber>9789860239133 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64936</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪下游揚塵改善計畫?究(1/2)(內附光碟)The study of fugitive dust control in downstream part of Cho-Shui River(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>藉由結合長期水源運用，短期水庫防洪運轉與水力排砂操作與水庫各設施排砂濃度推估之模擬分析，探討大漢溪供水系統在未來不同年期具有不同水源設施與水力排砂設施基礎下的系統供需情勢以及石門水庫淤積潛勢</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980092</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/28</date><governmentpublicationsnumber>1009901940</governmentpublicationsnumber><identifier>64937</identifier><internationalstandardbooknumber>9789860237634 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64937</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門及高臺兩水庫聯合防淤之水源運用策略探討(光碟版) Preliminary Study of Joint Operation of Shihmen and Kaotai Reservoirs for Desilting Control and Sustainable Water Supply</title><yearidentifier>201005</yearidentifier></data><data><abstract>配合災害防救法之修正，水利署規劃逐步製作並公開旱災潛勢相關資料，本計畫以水利署於九十七年度辦理之「旱災潛勢定義及其分析方法之建立」為基礎，透過進行北部旱災潛勢資料繪製示範，以做為未來進一步推動全台灣旱災缺水潛勢資料之建制，以及作為施政之準據。     本計畫之執行可區分為資料蒐集整理分析、水文分析、旱災缺水潛勢、成果展示及推廣應用，本計畫將依此步驟逐步完成台灣北部區域(包含宜蘭縣、基隆市、台北市、台北縣、桃園縣、新竹市、新竹縣及連江縣等)旱災潛勢資料繪製建立。     旱災缺水潛勢圖以區域各標的年平均缺水率及其空間分佈為潛勢圖資製作的依據，而民生及工業用水之展示空間單元為鄉鎮，農業用水之展示空間單元為農田水利會之工作站。潛勢資料之製作不涉及水源調配的運作，且潛勢資料並非提供災害評估。就旱災缺水潛勢圖資作為建立短期應變及長期規畫管理，短期應變是以短期水文預測為基礎，透過逐旬推估方式，預估未來區域內逐旬之用水情勢，即短齡動態缺水警視圖；長期規劃管理係依不同之發生乾旱頻率事件，建立一套區域之旱災缺水潛勢圖。計畫最後辦理專家研討會，透過各學者專家與相關單位之意見交流，以作為本計畫修訂或推動之參酌。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980071</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009902318</governmentpublicationsnumber><identifier>64938</identifier><internationalstandardbooknumber>9789860240238 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64938</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>北部旱災潛勢資料繪製示範計畫 A Sample Study for Developing Regions of Drought Hazard PotentiaI in Northern Taiwan</title><yearidentifier>201006</yearidentifier></data><data><abstract>配合災害防救法之修正，水利署規劃逐步製作並公開旱災潛勢相關資料，本計畫以水利署於九十七年度辦理之「旱災潛勢定義及其分析方法之建立」為基礎，透過進行北部旱災潛勢資料繪製示範，以做為未來進一步推動全台灣旱災缺水潛勢資料之建制，以及作為施政之準據。    本計畫之執行可區分為資料蒐集整理分析、水文分析、旱災缺水潛勢、成果展示及推廣應用，本計畫將依此步驟逐步完成台灣北部區域(包含宜蘭縣、基隆市、台北市、台北縣、桃園縣、新竹市、新竹縣及連江縣等)旱災潛勢資料繪製建立。    旱災缺水潛勢圖以區域各標的年平均缺水率及其空間分佈為潛勢圖資製作的依據，而民生及工業用水之展示空間單元為鄉鎮，農業用水之展示空間單元為農田水利會之工作站。潛勢資料之製作不涉及水源調配的運作，且潛勢資料並非提供災害評估。就旱災缺水潛勢圖資作為建立短期應變及長期規畫管理，短期應變是以短期水文預測為基礎，透過逐旬推估方式，預估未來區域內逐旬之用水情勢，即短齡動態缺水警視圖；長期規劃管理係依不同之發生乾旱頻率事件，建立一套區域之旱災缺水潛勢圖。計畫最後辦理專家研討會，透過各學者專家與相關單位之意見交流，以作為本計畫修訂或推動之參酌。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980071</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009902318</governmentpublicationsnumber><identifier>64939</identifier><internationalstandardbooknumber>9789860240238 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64939</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>北部旱災潛勢資料繪製示範計畫(光碟版) A Sample Study for Developing Regions of Drought Hazard PotentiaI in Northern Taiwan</title><yearidentifier>201006</yearidentifier></data><data><abstract>此計畫協助水利署進行地面暖雲和冷雲種雲作業，建立人工增雨地面和空中作業之流程，且規劃和執行南部人工增雨春季聯合演練作業，並整理各作業組之程序資料，編寫人工增雨作業手冊，為國內人工增雨之常態作業建立基礎。目前已完成人工增雨作業模式設定，並應用於提供種雲評估資料，供作業規劃之參考。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980418</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009902325</governmentpublicationsnumber><identifier>64941</identifier><internationalstandardbooknumber>9789860240344 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64941</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>人工增雨作業評估計畫 The evaluation of artificial rainfall enhancement project</title><yearidentifier>201006</yearidentifier></data><data><abstract>此計畫協助水利署進行地面暖雲和冷雲種雲作業，建立人工增雨地面和空中作業之流程，且規劃和執行南部人工增雨春季聯合演練作業，並整理各作業組之程序資料，編寫人工增雨作業手冊，為國內人工增雨之常態作業建立基礎。目前已完成人工增雨作業模式設定，並應用於提供種雲評估資料，供作業規劃之參考。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980418</commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009902325</governmentpublicationsnumber><identifier>64942</identifier><internationalstandardbooknumber>9789860240344 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64942</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>人工增雨作業評估計畫(光碟版) The evaluation of artificial rainfall enhancement project</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府</author><categoryidentifier>557.226</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009202778</governmentpublicationsnumber><identifier>64943</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64943</librarycollectiondetailsurl><price>500</price><publisher>桃園縣政府</publisher><publishrocyear>69</publishrocyear><title>桃園縣統計要覽（民國六十九年，第三十期）</title><yearidentifier>198012</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府</author><categoryidentifier>557.226</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/29</date><governmentpublicationsnumber>1009202778</governmentpublicationsnumber><identifier>64944</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64944</librarycollectiondetailsurl><price>500</price><publisher>桃園縣政府</publisher><publishrocyear>76</publishrocyear><title>桃園縣統計要覽（民國七十六年，第三十七期）</title><yearidentifier>198712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大海洋研究發展文教基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/7/30</date><governmentpublicationsnumber>1009901940</governmentpublicationsnumber><identifier>64948</identifier><internationalstandardbooknumber>9789860237634 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64948</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門及高台兩水庫聯合防淤之水源運用策略探討--資料光碟=Preliminary Study of Joint Operation of Shihmen and Kaotai Reservoirs for Desilting Control and Sustainable Water Supply</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫主要目的為動床水工試驗探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，並藉試驗分析結果找出最佳攔砂效益之設計方案。其他執行內容尚包括八掌溪河口附近海域海象、漂砂、河道斷面、河口地形及海岸線等資料之蒐集分析等工作，今就各節之內容作精簡之內容摘要如下： 　　第一章中敘述本計畫之研究動機與目的，同時闡明本計畫執行後之預期成果等，第二章則說明本計畫之工作項目，其中除資料蒐集外，最主要之工作項目則為動床水工模型。 　　第三章敘述本計畫所蒐集有關河口及近岸地區之各項水文海象及地形資料，文中綜整出各單位於八掌溪河口附近之風速、雨量、流量、輸砂量、潮汐、潮流及漂砂運動趨勢等資料。另外亦對八掌溪下游段之河口地形及河道斷面進行變遷分析，結果顯示八掌溪河口於兩岸尚未整治前其河口常有改道之現象，且河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，而河道斷面之分析中大致發現河口附近之-003~000斷面樁地形，河道深樁有於2005~2009年間有逐漸刷深之現象，而河道兩岸則有侵淤互現情形，但整體而言，河口附近之河道有隨年代增加而逐漸變寬的趨勢。於海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。 　　第四章則敘述本計畫水工模型試驗之規劃過程、試驗步驟與方法等，總計共進行有無攔砂潛堤、變化潛堤高度與不同設置水深等不同條件共計九個試驗。 　　第五章之主要內容即就本計畫試驗結果進行討論分析，由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由何道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>64965</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64965</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例(2/2)光碟版=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫分配年度執行，其主要目的乃是利用水工試驗方法探討於河口外側興建離岸潛沒式構造物來攔蓄河川輸砂，使其成為沿岸漂砂來源可行性以達成穩定海岸之成效。試驗部份共分定床試驗及動床試驗兩種，第一年定床試驗中找出幾種較佳攔砂效果之離岸潛堤的提高及設置位置後，在由動床試驗之探討，找出最佳之攔砂潛堤佈設條件。而執行之試驗範圍則為八掌溪河口至北岸1公里及南岸1.5公里，總計3公里，另外本計畫亦就研究範圍內之各項海、氣象、地形漂砂進行資料蒐集與分析之工作。　　於第一年計畫中蒐集與分析各項八掌溪河口段之水文、氣象、漂砂及海象資料等，規劃並進行定床水工試驗。藉由19次試驗結果得知，較佳攔砂效益之潛堤條件為堤高2.0公尺~2.5公尺，設置於水深3.5公尺~4.0公尺之間，其最大攔砂效益介於14.9%~29%間。加入造波條件後，其下游區之沿岸漂砂來源最遠之沿岸距離可傳輸至距河口800公尺以上，該處之淤砂率約尚有0.1%以上，河口中心200公尺處之總淤砂率最大可增加約20%，離河口中心400公尺處之總淤砂率最大則可增加約15%，河口中心600公尺之下游段，其總淤砂率約有5%左右之增加率，至800公尺外，約尚可獲得3%，距河口中心1公里內之下游段其總淤砂率平均約增加7%左右，最後由造波試驗分析結果得知潛堤高度2.0公尺及2.5公尺，設置於3.5公尺及4.0公尺水深處之佈置條件，可將攔蓄於堤內之淤砂堆往下游，對下游側之效益相當良好，故將此幾種佈置條件作為第二年度動床試驗規劃之參考。　　第二年計畫之動床水工試驗主要探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，計畫中亦就研究範圍進行海岸進退距離與面積變遷進行分析，河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。且藉由試驗分析結果找出最佳攔砂效益之設計方案。由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由河道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果，其結果可供未來施政、規劃及決策者進行參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980158</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>64967</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64967</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例總報告(光碟版)=Strategy for Migrate Coastal Erosion by Catch the Estuary Sand Drifts-Case by Bajhang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫分配年度執行，其主要目的乃是利用水工試驗方法探討於河口外側興建離岸潛沒式構造物來攔蓄河川輸砂，使其成為沿岸漂砂來源可行性以達成穩定海岸之成效。試驗部份共分定床試驗及動床試驗兩種，第一年定床試驗中找出幾種較佳攔砂效果之離岸潛堤的提高及設置位置後，在由動床試驗之探討，找出最佳之攔砂潛堤佈設條件。而執行之試驗範圍則為八掌溪河口至北岸1公里及南岸1.5公里，總計3公里，另外本計畫亦就研究範圍內之各項海、氣象、地形漂砂進行資料蒐集與分析之工作。　　於第一年計畫中蒐集與分析各項八掌溪河口段之水文、氣象、漂砂及海象資料等，規劃並進行定床水工試驗。藉由19次試驗結果得知，較佳攔砂效益之潛堤條件為堤高2.0公尺~2.5公尺，設置於水深3.5公尺~4.0公尺之間，其最大攔砂效益介於14.9%~29%間。加入造波條件後，其下游區之沿岸漂砂來源最遠之沿岸距離可傳輸至距河口800公尺以上，該處之淤砂率約尚有0.1%以上，河口中心200公尺處之總淤砂率最大可增加約20%，離河口中心400公尺處之總淤砂率最大則可增加約15%，河口中心600公尺之下游段，其總淤砂率約有5%左右之增加率，至800公尺外，約尚可獲得3%，距河口中心1公里內之下游段其總淤砂率平均約增加7%左右，最後由造波試驗分析結果得知潛堤高度2.0公尺及2.5公尺，設置於3.5公尺及4.0公尺水深處之佈置條件，可將攔蓄於堤內之淤砂堆往下游，對下游側之效益相當良好，故將此幾種佈置條件作為第二年度動床試驗規劃之參考。　　第二年計畫之動床水工試驗主要探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，計畫中亦就研究範圍進行海岸進退距離與面積變遷進行分析，河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。且藉由試驗分析結果找出最佳攔砂效益之設計方案。由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由河道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果，其結果可供未來施政、規劃及決策者進行參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980158</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>64969</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64969</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例總報告=Strategy for Migrate Coastal Erosion by Catch the Estuary Sand Drifts-Case by Bajhang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫主要目的為動床水工試驗探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，並藉試驗分析結果找出最佳攔砂效益之設計方案。其他執行內容尚包括八掌溪河口附近海域海象、漂砂、河道斷面、河口地形及海岸線等資料之蒐集分析等工作，今就各節之內容作精簡之內容摘要如下：　　第一章中敘述本計畫之研究動機與目的，同時闡明本計畫執行後之預期成果等，第二章則說明本計畫之工作項目，其中除資料蒐集外，最主要之工作項目則為動床水工模型。　　第三章敘述本計畫所蒐集有關河口及近岸地區之各項水文海象及地形資料，文中綜整出各單位於八掌溪河口附近之風速、雨量、流量、輸砂量、潮汐、潮流及漂砂運動趨勢等資料。另外亦對八掌溪下游段之河口地形及河道斷面進行變遷分析，結果顯示八掌溪河口於兩岸尚未整治前其河口常有改道之現象，且河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，而河道斷面之分析中大致發現河口附近之-003~000斷面樁地形，河道深樁有於2005~2009年間有逐漸刷深之現象，而河道兩岸則有侵淤互現情形，但整體而言，河口附近之河道有隨年代增加而逐漸變寬的趨勢。於海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。　　第四章則敘述本計畫水工模型試驗之規劃過程、試驗步驟與方法等，總計共進行有無攔砂潛堤、變化潛堤高度與不同設置水深等不同條件共計九個試驗。　　第五章之主要內容即就本計畫試驗結果進行討論分析，由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由何道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980158</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>64970</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64970</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例(2/2)=Strategy for Migrate Coastal Erosion by Catch the Estuary Sand Drifts-Case by Bajhang River (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>未提升中機關美展作品之水準,吸引更多藝文愛好者參展,乃邀請各相關單位及專家,學者召開座談會議,決議增列篆刻作品納入書法類,西畫類改分為油畫及水彩畫2類,期使中央機關美展更盡善盡美.本(第九)屆美展計收作品423件,較往年增加許多,並創近年新高.聘請各家學者分別組成評省委員會慎評選,計選取國畫類22幅,油畫類10幅,水彩畫類9幅,攝影類46幅,榮譽展出作品3幅.另敦請歐豪年,黃光男,林章湖,何肇衢,陳景榮,林偉民,杜忠誥,薛平南,黃智陽,謝孟雄,莊靈,康台生等12位評省委員各提供乙幅作品參展,並收錄於本專輯內,令此美之饗宴,更能流傳久遠.</abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009601963</governmentpublicationsnumber><identifier>64971</identifier><internationalstandardbooknumber>9789860103908 ; 9789860103</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64971</librarycollectiondetailsurl><price></price><publisher>行政院人事行政局</publisher><publishrocyear>96</publishrocyear><title>第九屆中央機關美展專輯</title><yearidentifier>200708</yearidentifier></data><data><abstract>本(第8)屆美展計收作品國畫類71件,書法類120件,西畫類69件,攝影類145件,合計405件.較往年增加許多聘請名家學者分別組成評審委員會審慎評選計選取國畫類18幅,書法類24幅,西畫類20幅,攝影類37幅,榮譽展出作品2幅,另敦請歐豪年,杜忠誥,何肇衢,謝孟雄等12位評審委員會各提供乙幅作品參展,並收錄於本專輯內,令此美之饗宴,能夠流傳久遠.</abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009501689</governmentpublicationsnumber><identifier>64972</identifier><internationalstandardbooknumber>9789860057591 ; 9789860057</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64972</librarycollectiondetailsurl><price></price><publisher>行政院人事行政局</publisher><publishrocyear>95</publishrocyear><title>第八屆中央機關美展專輯</title><yearidentifier>200608</yearidentifier></data><data><abstract>本項美展活動提供公教同仁及各界同好,有更多相互交流,觀摩及成長的機會,帶領公教同仁浸潤在藝術饗宴中,而成為公教界年度藝文盛事,也是同仁於公餘之暇潛心藝術創作成果的展現,主辦單位將15位評審委員應邀參展作品109件得獎作品收錄成冊,該專輯無論在國畫之意,書法之韻,油畫之象,水彩之美,攝影之真,孜孜耕耘的燦爛成果,蘊藏著豐富的藝術生命,足令此美之饗宴,典藏永存.斯集之印行,更冀觸動同人內心美的感動,並將美學融入公務文化中,進而深化文化創意,舞動文創台灣.值此專輯付梓,僅對各評審委員及承協辦單位所問出的辛,並致謝枕.</abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/4</date><governmentpublicationsnumber>1009901405</governmentpublicationsnumber><identifier>64973</identifier><internationalstandardbooknumber>9789860235654 ; 9789860235</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64973</librarycollectiondetailsurl><price></price><publisher>行政院人事行政局</publisher><publishrocyear>99</publishrocyear><title>美之饗宴2010全國公教美展專輯 Feast of Beauty - 2010 National Civil Officers Art Exhibition</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政局</author><categoryidentifier>941</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/5</date><governmentpublicationsnumber>1009901405</governmentpublicationsnumber><identifier>64975</identifier><internationalstandardbooknumber>9789860235654 ; 9789860235</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64975</librarycollectiondetailsurl><price>220</price><publisher>行政院人事行政局</publisher><publishrocyear>99</publishrocyear><title>美之饗宴-2010全國公教美展專輯</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>行政院新聞局</author><categoryidentifier>541.8301655</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/5</date><governmentpublicationsnumber>15082870987</governmentpublicationsnumber><identifier>64976</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64976</librarycollectiondetailsurl><price>480</price><publisher>行政院新聞局</publisher><publishrocyear>87</publishrocyear><title>發展台灣成為亞太媒體中心</title><yearidentifier>199808</yearidentifier></data><data><abstract>濁水溪西螺大橋以下河段，每年十一月至隔年三月間，由於枯水期水量減少，導致河床裸露面積大增，加上東北季風盛行，常造成大規模揚塵，影響南岸鄉鎮居民生活甚鉅。本計畫於南、北兩岸選擇20公頃裸露地作為示範區來進行揚塵抑制工法研究，利用集砂器來探討不同揚塵抑制工法之阻滯成效，並進行經濟效益效益分析。示範區所使用之揚塵抑制工法係以植栽為主，利用不同生長特性之植栽進行現地實驗，以期發現各類不同特性的植栽對於濁水溪之耐旱及耐風程度、發芽率、生長量等，進而在不同季節找出植生先後順序及較佳之栽種方式。依據現地生長情形，本研究目前建議可採用黑麥草作為優先使用工法，主要原因包含成本較低、生長快速、抑制揚塵效果佳。此外，為能落實揚塵抑制工法之執行，第六河川局針對川公(私)地使用許可書進行修訂，規範許可人於每年11月至翌年3月，於所許可範圍內，執行抑制揚塵義務規範及相關罰則。另，本計畫對於區域管理提出未來五年揚塵改善計畫及加強河川公地種植管理之建議，期通過區域管理來落實揚塵抑制工法之執行。最後，本計畫對於不同土地類別在不同時期提出適用之揚塵抑制工法類型，並依據示範區植物生長情形提出適合種植季節，提出民國99年濁水溪揚塵改善工法使用時機、地點之建議，以供第六河川局參考。</abstract><author>逢甲大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980157</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/5</date><governmentpublicationsnumber>1009902167</governmentpublicationsnumber><identifier>64977</identifier><internationalstandardbooknumber>9789860239133 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64977</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪下游揚塵改善計畫?究(1/2)(內附光碟)=The study of fugitive dust control in downstream part of Cho-Shui River(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部能委會</author><categoryidentifier>557.226</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/6</date><governmentpublicationsnumber>2006400024</governmentpublicationsnumber><identifier>64995</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64995</librarycollectiondetailsurl><price>246</price><publisher>經濟部能委會</publisher><publishrocyear>81</publishrocyear><title>臺灣能源統計年報（民國九十二年）</title><yearidentifier>199204</yearidentifier></data><data><abstract> </abstract><author>Council for Economic Planning and Development R.O.C.</author><categoryidentifier>677.028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/9</date><governmentpublicationsnumber>2005000008</governmentpublicationsnumber><identifier>64996</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_64996</librarycollectiondetailsurl><price>210</price><publisher>Council for Economic Planning and Development R.O.C.</publisher><publishrocyear>83</publishrocyear><title>Taiwan Statistical Data Book 1994</title><yearidentifier>199407</yearidentifier></data><data><abstract> </abstract><author>經濟部研發會</author><categoryidentifier>555.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/10</date><governmentpublicationsnumber>8183870030</governmentpublicationsnumber><identifier>65001</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65001</librarycollectiondetailsurl><price>480</price><publisher>經濟部研發會</publisher><publishrocyear>87</publishrocyear><title>產業政策年鑑（民國八十六年）</title><yearidentifier>199802</yearidentifier></data><data><abstract> </abstract><author>汪靜明</author><categoryidentifier>5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/10</date><governmentpublicationsnumber>10099900857</governmentpublicationsnumber><identifier>65002</identifier><internationalstandardbooknumber>9789860226553 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65002</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫注釋</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>睿裕工程顧問有限公司</author><categoryidentifier>5107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/10</date><governmentpublicationsnumber>1009601768</governmentpublicationsnumber><identifier>65004</identifier><internationalstandardbooknumber>9789860102314 ; 9789860102</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65004</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>96</publishrocyear><title>高屏地區外六寮排水系統整治及環境營造計畫(1/2 )The Planning of Regulation and Environment Rehabilitation of  Wai Liu Liao Drainage in KaoPing Area(1/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>本年度主要為水工模型短期模擬，而數模亦需配合水工模型試驗結果進行修正及檢討，並需召開國內外專家學者研討會，以期蒐集各方意見、凝聚共識，訂定大甲溪河床穩定最適方案。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980242</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>65009</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65009</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>65010</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65010</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)--計畫成果資料光碟=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫係針對外垵地區排水系統作全盤之檢視與分析，同時建? 相關水情資?，確定整體規劃與治?方針，並作為第2 階段計畫工程 實施依據，完成系統治?規劃與公告工作，提升後續治?與管?工作 效?，使外垵地區居民免受水患威脅，並減少各項財務損失，期除改 善?淹水之問題外，亦完整提出綜合治水、環境保育與營造之策?。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009902329</governmentpublicationsnumber><identifier>65011</identifier><internationalstandardbooknumber>9789860240382 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局 澎湖縣政府</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區域排水外垵地區排水系統規劃 Regulation Project of Flood -prone Areas for Penghu County Wai-an Village,Regional Drainage System Improvement Project</title><yearidentifier>201007</yearidentifier></data><data><abstract>本期計畫乃藉對流域整體治理與保全議題進行分析與剖析，詳加研究分析各項治理與保全議題，找出問題所在。最後於本年度工作中對於部分流域整體治理與保全議題擬訂對策，提出因應解決方法，並需符整體系統性策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980352</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65013</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65013</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)-內附光碟=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65014</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65014</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)--Disk1 成果報告光碟=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65016</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65016</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)--Disk2 成果報告光碟=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本報告內容藉由區域地質調查、地質鑽探、岩力試驗及數值分析等方法，瞭解計畫地區各項地質特性，探討分析岩塞爆破方法之可行性，以供「石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究」計畫整合運用。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901480</governmentpublicationsnumber><identifier>65019</identifier><internationalstandardbooknumber>9789860232813 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65019</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究-應用岩塞爆破法可行性調查及評估(內附光碟) Preliminary Study of Shihmen Reservoir Upstream Main River Flood Diversion and Anti-silt Project and Hydraulic Model Test --Feasibility Investigation and Asses</title><yearidentifier>201005</yearidentifier></data><data><abstract>本報告內容藉由區域地質調查、地質鑽探、岩力試驗及數值分析等方法，瞭解計畫地區各項地質特性，探討分析岩塞爆破方法之可行性，以供「石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究」計畫整合運用。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>1009901480</governmentpublicationsnumber><identifier>65020</identifier><internationalstandardbooknumber>9789860232813 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65020</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究-應用岩塞爆破法可行性調查及評估(光碟版) Preliminary Study of Shihmen Reservoir Upstream Main River Flood Diversion and Anti-silt Project and Hydraulic Model Test --Feasibility Investigation and Assess</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>交通部臺灣區國道高速公路局</author><categoryidentifier>442.165</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>9093830035</governmentpublicationsnumber><identifier>65025</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65025</librarycollectiondetailsurl><price>480</price><publisher>交通部臺灣區國道高速公路局</publisher><publishrocyear>85</publishrocyear><title>高速公路年報（民國八十四年）</title><yearidentifier>199603</yearidentifier></data><data><abstract> </abstract><author>交通部臺灣區國道高速公路局</author><categoryidentifier>442.165</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/11</date><governmentpublicationsnumber>9093830035</governmentpublicationsnumber><identifier>65026</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65026</librarycollectiondetailsurl><price>480</price><publisher>交通部臺灣區國道高速公路局</publisher><publishrocyear>85</publishrocyear><title>高速公路年報（民國八十四年）</title><yearidentifier>199603</yearidentifier></data><data><abstract> </abstract><author>National Bureau of Standards Ministry of Economic Affairs</author><categoryidentifier>521.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/12</date><governmentpublicationsnumber>8314850245</governmentpublicationsnumber><identifier>65027</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65027</librarycollectiondetailsurl><price>480</price><publisher>National Bureau of Standards Ministry of Economic Affairs</publisher><publishrocyear>85</publishrocyear><title>STANDARDS &amp; METROLOGY YEARBOOK 1996</title><yearidentifier>199609</yearidentifier></data><data><abstract> </abstract><author>經濟部中央標準局</author><categoryidentifier>492.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/12</date><governmentpublicationsnumber>8314850235</governmentpublicationsnumber><identifier>65028</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65028</librarycollectiondetailsurl><price>480</price><publisher>經濟部中央標準局</publisher><publishrocyear>85</publishrocyear><title>中華民國專利商標年報（民國八十五年）</title><yearidentifier>199609</yearidentifier></data><data><abstract>大甲溪因流域內與河川相關之志李議題牽涉層面甚廣如上游921震災及多次颱災之復健整治，流域內水庫系統功能探討及防淤策略中下游河道整治，河床變遷土砂問題，環境營造水資源營運管理砂石供應予運移及河川管理等議題。工作內容1.流域整體治理體系與現況2.基本資料蒐集調查3.流域特性分析4.流域整體治理與保全議題分析5.流域各項治理與保全議題分析(部分)以流域綜合規劃方式統籌研擬辦理是本案緣起執行期程為98年至99年共2年.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/13</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65032</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65032</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)--Disk2 成果報告光碟=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>近年來大家溪下游河段河床持續下降，大甲溪下游段橋樑因沖刷恐將危及橋樑安全，且取水構造物也可能因河床高成變動而須不斷改變取水位置，另十鋼棒下游河床岩盤出露處河道明顯有持續刷深趨勢。工作內容:大甲溪石岡壩下游河段河床穩定方案之研究分四期執行，第一年度計畫乃經由何到現況及斷面、河床值測量調查，並透過數模分析，評估短期河道沖淤情形，研提短期河床穩定方案，第二年度除河床穩定方案之模擬與評估外，並須進行水工模型試驗之方案研擬，規劃設計與建置，第三年度(本年度)主要為水工模型短期模擬，而數模亦需配合水工模型試驗結果進行修正及檢討，並需招開國內外專家學者研討會，以其蒐集各方意凝聚共識，訂定大甲溪河床穩定最適方案，四年度則為水工模型何到穩定方案試驗，並與數模結果比較檢討後，研提河道穩定計畫及工程計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/13</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>65033</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65033</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)--計畫成果資料光碟=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980352</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/16</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65035</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65035</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)=Review Report on Dajia River Basin Integrated Regulation Plan (1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980242</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/16</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>65036</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65036</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)-內附光碟=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract>石門水庫注釋，以新的思維模式和切入角度看待石門水庫的意義、觀點，及其與用水者之間的互動影響，並由親身到石門水庫體驗之際，或參與石門水庫集水區保育治理，建立一適切的環境教育化平台，以助石門水庫具有宏觀又整合的生態概念。</abstract><author>汪靜明</author><categoryidentifier>443.6405   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/10</date><governmentpublicationsnumber>1009900857</governmentpublicationsnumber><identifier>65037</identifier><internationalstandardbooknumber>9789860226553 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65037</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫注釋(含光碟)</title><yearidentifier>201005</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>社團法人中華民國水?技師公會全國?合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/17</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>65040</identifier><internationalstandardbooknumber>9789860117011 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65040</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)(內附光碟)＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>高屏溪水流枯洪變化極大，河床變動劇烈，本計畫為了能將研究成果直接應用於實際解決河岸充刷問題上</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6251</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980232</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/17</date><governmentpublicationsnumber>1009902177</governmentpublicationsnumber><identifier>65041</identifier><internationalstandardbooknumber>9789860239256 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65041</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪本流充刷機制及防護新工法之研究  The Scour Mechanism and the New Protection Method for the Gaoping River</title><yearidentifier>201006</yearidentifier></data><data><abstract>高屏溪水流枯洪變化極大，河床變動劇烈，主流擺動不定，在洪水期間常常造成河岸沖刷嚴重，甚至危及堤防安全。河岸沖刷主要是受到流路迫近河岸，造成近岸流速大增而造成河岸沖刷。防止河岸沖刷的方式，除了以傳統丁壩使得靠近河岸區域直接產生淤積效應外，亦可以將主流導離河岸的方式，等到主流被導離河岸後，降低近岸速度，以達到河岸區域的淤積或減少沖刷，河岸受到水流沖擊的風險將降低，對河岸安全更有保障。此種將主流導離堤岸，以達到堤防安全的方式，為本計畫主要應用的基本觀念。</abstract><author>財團法人成大海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980232</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/17</date><governmentpublicationsnumber>1009902177</governmentpublicationsnumber><identifier>65042</identifier><internationalstandardbooknumber>9789860239256 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65042</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪本流沖刷機制及防護新工法之研究(光碟版) =The Scour Mechanism and the New Protection Method for the Gaoping River</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980229</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/19</date><governmentpublicationsnumber>1009901475</governmentpublicationsnumber><identifier>65055</identifier><internationalstandardbooknumber>9789860232431 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65055</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(2/2)(內附光碟)=The Detail Plan of Environmental Construction in Estuary of Beinan River (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/24</date><governmentpublicationsnumber>1009902271</governmentpublicationsnumber><identifier>65083</identifier><internationalstandardbooknumber>9789860239980 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65083</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國98年水利統計 STATISTIC OF WATER RESOURCES 2009</title><yearidentifier>201007</yearidentifier></data><data><abstract>原「石門水庫運轉規線」M-5規線，因各用水標的成長，於民國90年修正原運轉規線上限，為因應近年來水文條件改變及水庫容積大幅減少致使水資源調配困難之情況，本計畫將就現行運轉規線下限及嚴重下限作一全盤之檢討，俾利對乾旱年之供水提早因應，降低石門水庫供水營運之風險；另石門水庫高濁度期間運轉係涉緊急供水及排淤原則，需一併考量與防洪運轉洪峰發生後階段水庫標高回復至正常滿水位部分之競合。藉由石門水庫及其上游大漢溪系統水文資料蒐集、下游各標的供水需求分析，並經由最佳化搜尋之結果，達到滿足下游需求之水庫蓄水規線操作，並建構水庫泥砂與濁度分析模式架構，研議妥適的操作策略，以作為相關單位之參考依據。 本計畫以具高效能全域搜尋能力之遺傳演算法搜尋石門水庫運轉規線下限與嚴重下限，並提出三種修訂方案、制定目標函數及相關限制式，並以過去45年水庫入流量資料探討下限與嚴重下限最適當之水位，方案一採用現階段石門水庫嚴重下限之減供策略，以日SI為目標函數搜尋嚴重下限水位；方案二除了採用現階段石門水庫嚴重下限之減供策略外，參考翡翠水庫下限之減供策略，農業用水亦按比例減供，以日SI為目標函數搜尋下限與嚴重下限水位；方案三首先分析各種減供策略影響搜尋出最佳減供策略，並以日SI、空庫天數、水位嚴重下限以下天數為目標函數搜尋下限與嚴重下限水位，方案一與方案二搜尋出規線皆比原規線操作模擬結果好，方案一顯示僅調整嚴重下限水位可小幅降低水庫缺水風險，方案二加上提早啟動限水策略，使改善效果更佳；方案三則能最有效率的降低水庫空庫天數及嚴重下限以下天數，對於提高水庫操作效率及降低缺水風險表現最為優異。經各缺水指標加以評估分析後，以方案三為最佳方案並作為水庫運用要點修訂之參考。 在石門水庫高濁度期間供水策略分析，選用93至98年間資料較為完整之颱風豪雨事件，分析後池堰至鳶山堰之泥砂濃度變化，以選取代表性事件，作為後池及下游河道二維動床水理(含懸浮載)分析及水庫排砂期間操作策略研擬之參考依據，目前已初步獲得後池堰尖峰泥砂濃度到達鳶山堰之時間稽延尺度約介於5~8小時之間、後池堰至鳶山堰之濁度迴歸結果顯示折減率則約為0.84；此值接近數值模擬結果0.86，此外，若同時考量排洪隧道、溢洪道及發電排砂之後池堰水質(泥砂濃度)影響時，應利用排砂總量之關係式進行後池堰排砂量之評估，且應選擇相關性較高之石門水庫總出流泥砂量與後池堰排放泥砂量之關係式。 依據本計畫研究成果，下限以下提早打折供水，可大幅降低嚴重缺水之風險，建議下限以下農業用水依據計畫配水量百分之七十五供水為原則，家用及公共給水、工業用水依據計畫配水量百分之九十供水為原則；經比對此一作法與現行實際操作策略相符合，皆能提早因應缺水情況，達成減緩嚴重缺水情況的發生；嚴重下限以下折扣率建議不調整，因調整折扣率無法明顯改善日SI，面臨極端乾旱時，建議仍以召開協調會為主，商討是否採取其他限水措施；上述的修正建議方案雖能有效降低水庫操作之缺水風險，惟亦造成各標的可用水量有略微減少之情況，因此，我們建議未來能針對減供水量逐年編列補償預算成立作業基金，以確保各用水單位於乾旱缺水時期之原有權益。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/24</date><governmentpublicationsnumber>1009902390</governmentpublicationsnumber><identifier>65084</identifier><internationalstandardbooknumber>9789860241068 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65084</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫運轉規線下限及嚴重下限提升改善可行性評估及規劃委託專業服務專題正式報告書</title><yearidentifier>201006</yearidentifier></data><data><abstract>原「石門水庫運轉規線」M-5規線，因各用水標的成長，於民國90年修正原運轉規線上限，為因應近年來水文條件改變及水庫容積大幅減少致使水資源調配困難之情況，本計畫將就現行運轉規線下限及嚴重下限作一全盤之檢討，俾利對乾旱年之供水提早因應，降低石門水庫供水營運之風險；另石門水庫高濁度期間運轉係涉緊急供水及排淤原則，需一併考量與防洪運轉洪峰發生後階段水庫標高回復至正常滿水位部分之競合。藉由石門水庫及其上游大漢溪系統水文資料蒐集、下游各標的供水需求分析，並經由最佳化搜尋之結果，達到滿足下游需求之水庫蓄水規線操作，並建構水庫泥砂與濁度分析模式架構，研議妥適的操作策略，以作為相關單位之參考依據。 本計畫以具高效能全域搜尋能力之遺傳演算法搜尋石門水庫運轉規線下限與嚴重下限，並提出三種修訂方案、制定目標函數及相關限制式，並以過去45年水庫入流量資料探討下限與嚴重下限最適當之水位，方案一採用現階段石門水庫嚴重下限之減供策略，以日SI為目標函數搜尋嚴重下限水位；方案二除了採用現階段石門水庫嚴重下限之減供策略外，參考翡翠水庫下限之減供策略，農業用水亦按比例減供，以日SI為目標函數搜尋下限與嚴重下限水位；方案三首先分析各種減供策略影響搜尋出最佳減供策略，並以日SI、空庫天數、水位嚴重下限以下天數為目標函數搜尋下限與嚴重下限水位，方案一與方案二搜尋出規線皆比原規線操作模擬結果好，方案一顯示僅調整嚴重下限水位可小幅降低水庫缺水風險，方案二加上提早啟動限水策略，使改善效果更佳；方案三則能最有效率的降低水庫空庫天數及嚴重下限以下天數，對於提高水庫操作效率及降低缺水風險表現最為優異。經各缺水指標加以評估分析後，以方案三為最佳方案並作為水庫運用要點修訂之參考。 在石門水庫高濁度期間供水策略分析，選用93至98年間資料較為完整之颱風豪雨事件，分析後池堰至鳶山堰之泥砂濃度變化，以選取代表性事件，作為後池及下游河道二維動床水理(含懸浮載)分析及水庫排砂期間操作策略研擬之參考依據，目前已初步獲得後池堰尖峰泥砂濃度到達鳶山堰之時間稽延尺度約介於5~8小時之間、後池堰至鳶山堰之濁度迴歸結果顯示折減率則約為0.84；此值接近數值模擬結果0.86，此外，若同時考量排洪隧道、溢洪道及發電排砂之後池堰水質(泥砂濃度)影響時，應利用排砂總量之關係式進行後池堰排砂量之評估，且應選擇相關性較高之石門水庫總出流泥砂量與後池堰排放泥砂量之關係式。 依據本計畫研究成果，下限以下提早打折供水，可大幅降低嚴重缺水之風險，建議下限以下農業用水依據計畫配水量百分之七十五供水為原則，家用及公共給水、工業用水依據計畫配水量百分之九十供水為原則；經比對此一作法與現行實際操作策略相符合，皆能提早因應缺水情況，達成減緩嚴重缺水情況的發生；嚴重下限以下折扣率建議不調整，因調整折扣率無法明顯改善日SI，面臨極端乾旱時，建議仍以召開協調會為主，商討是否採取其他限水措施；上述的修正建議方案雖能有效降低水庫操作之缺水風險，惟亦造成各標的可用水量有略微減少之情況，因此，我們建議未來能針對減供水量逐年編列補償預算成立作業基金，以確保各用水單位於乾旱缺水時期之原有權益。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/24</date><governmentpublicationsnumber>1009902390</governmentpublicationsnumber><identifier>65085</identifier><internationalstandardbooknumber>9789860241068 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65085</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫運轉規線下限及嚴重下限提升改善可行性評估及規劃委託專業服務專題正式報告書(光碟版)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/25</date><governmentpublicationsnumber>1009902271</governmentpublicationsnumber><identifier>65086</identifier><internationalstandardbooknumber>9789860239980 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65086</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國98年水利統計(光碟版) STATISTIC OF WATER RESOURCES 2009</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980352</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/25</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>65091</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65091</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)--光碟版=Review Report on Dajia River Basin Integrated Regulation Plan (1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>針對廬山地區河道土砂淤積災害，進行清淤對策評估及未來泥砂災害再次發生之緊急處置對策(包括工程與非工程之災害地區預警管理與緊急應變措施)。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/25</date><governmentpublicationsnumber>1009901570</governmentpublicationsnumber><identifier>65092</identifier><internationalstandardbooknumber>9889860236866 ; 9889860236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65092</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>廬山地區塔羅灣溪泥砂災害緊急處置對策評估 The sediment didaster emergency tretment response assessment of Taluowan river at Lushan region</title><yearidentifier>201005</yearidentifier></data><data><abstract>針對廬山地區河道土砂淤積災害，進行清淤對策評估及未來泥砂災害再次發生之緊急處置對策(包括工程與非工程之災害地區預警管理與緊急應變措施)。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/25</date><governmentpublicationsnumber>1009901570</governmentpublicationsnumber><identifier>65093</identifier><internationalstandardbooknumber>9889860236866 ; 9889860236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65093</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>廬山地區塔羅灣溪泥砂災害緊急處置對策評估(光碟版) The sediment didaster emergency tretment response assessment of Taluowan river at Lushan region</title><yearidentifier>201005</yearidentifier></data><data><abstract>花蓮河川流豐富、地質脆弱、輸砂量大，因此地面水利用均以農業用水為目的，而生活用水與工業用水大多取自豐沛的地下水與地區性水源，為確實掌握計畫地區之水資源含量，須分析地面及地下水的基本特性與利用現況，建置地面與地下水聯合運用之數值模，藉此研究計畫地區地面與地下水聯合運用策略及實施方法，以增進計畫地區水資源開發效益。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980431</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009901874</governmentpublicationsnumber><identifier>65095</identifier><internationalstandardbooknumber>9789860237023 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65095</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>花蓮地區地面地下水聯合運用研究(內附光碟) Conjunctive utilization of surface water with ground water for Hua-Lien area</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980431</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009901874</governmentpublicationsnumber><identifier>65096</identifier><internationalstandardbooknumber>9789860237023 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65096</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>花蓮地區地面地下水聯合運用研究－光碟版 Conjunctive utilization of surface water with ground water for Hua-Lien area</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009901874</governmentpublicationsnumber><identifier>65097</identifier><internationalstandardbooknumber>9789860237023 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65097</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規The M劃試驗所</publisher><publishrocyear>99</publishrocyear><title>花蓮地區地面地下水聯合運用研究計畫成果資料--光碟版=Conjunctive utilization of surface water with ground water for Hua-Lien area</title><yearidentifier>201006</yearidentifier></data><data><abstract>針對莫拉克颱風災滿週年,政府投入救災及災後復健之作為與成果,按不同主題撰述相關過程及成果紀實,以資文獻保存並供未來相關災害防救之參考.</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009902514</governmentpublicationsnumber><identifier>65098</identifier><internationalstandardbooknumber>9789860242515 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65098</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>風雨挑戰－莫拉克颱風災滿週年水利重建記事</title><yearidentifier>201007</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009902192</governmentpublicationsnumber><identifier>65099</identifier><internationalstandardbooknumber>9789860241785 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65099</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利法規彙編</title><yearidentifier>201008</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/26</date><governmentpublicationsnumber>1009902192</governmentpublicationsnumber><identifier>65100</identifier><internationalstandardbooknumber>9789860241785 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65100</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利法規彙編(光碟版)</title><yearidentifier>201008</yearidentifier></data><data><abstract>水利署為加強河川相關業務之推動及民眾服務工作，提昇施政效率，擬建置以河川相關資訊為河主、跨機關資訊整合之e河川入口網站，俾作為政策宣導、民眾教育、意見溝通之服務平台。e河川網站規劃及建置內容包括：(1)建立各機關河川資料之撮合與倉儲制，來整合各機關與河川相關之各項資訊，加強各項河川資料加值應用，俾可即時（instant）取得及提供各河川之相關資訊。(2)利用web 2.0之tagclound技術，提供網站使用者互動式（Interactive）服務；利用Web 2.0之Ajax技術，提供民眾個人化（Individualized）服務（讓該使用者可以整合個人所需資訊，定義My eRiver）。(3)利用WIKI技術，建置一個「維基」精神的「台灣e河川百科」主題網，亦即藉由民眾以共筆方式來建置台灣河川的知識平台。e河川資訊網站，不僅將讓一般社會大眾，包括專家學者、關懷環境生態保育之民間團體、中小學校師生，甚至國外友人……等，皆能對台灣河川相關之資訊、活動訊息以及政府施政……等有更進一步瞭解外；網站所提供具互動機制之溝通平台，將可突破過去政府部門施政決策由上而下方式，讓政府決策能更符合民眾需求與期待，並且讓政府相關水利施政業務之推動更為暢順。近年來，政府利用我國資訊優勢，大力佈建優質網路並推動e政府服務平台政策，期大幅提昇我國政府施政效能，讓我國再寫下另一項世界第一的歷史新頁。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970251</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/27</date><governmentpublicationsnumber>1009703943</governmentpublicationsnumber><identifier>65109</identifier><internationalstandardbooknumber>9789860169188 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65109</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>e河川：整體規劃與建置計畫</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署為加強河川相關業務之推動及民眾服務工作，提昇施政效率，擬建置以河川相關資訊為河主、跨機關資訊整合之e河川入口網站，俾作為政策宣導、民眾教育、意見溝通之服務平台。e河川網站規劃及建置內容包括：(1)建立各機關河川資料之撮合與倉儲制，來整合各機關與河川相關之各項資訊，加強各項河川資料加值應用，俾可即時（instant）取得及提供各河川之相關資訊。(2)利用web 2.0之tagclound技術，提供網站使用者互動式（Interactive）服務；利用Web 2.0之Ajax技術，提供民眾個人化（Individualized）服務（讓該使用者可以整合個人所需資訊，定義My eRiver）。(3)利用WIKI技術，建置一個「維基」精神的「台灣e河川百科」主題網，亦即藉由民眾以共筆方式來建置台灣河川的知識平台。e河川資訊網站，不僅將讓一般社會大眾，包括專家學者、關懷環境生態保育之民間團體、中小學校師生，甚至國外友人……等，皆能對台灣河川相關之資訊、活動訊息以及政府施政……等有更進一步瞭解外；網站所提供具互動機制之溝通平台，將可突破過去政府部門施政決策由上而下方式，讓政府決策能更符合民眾需求與期待，並且讓政府相關水利施政業務之推動更為暢順。近年來，政府利用我國資訊優勢，大力佈建優質網路並推動e政府服務平台政策，期大幅提昇我國政府施政效能，讓我國再寫下另一項世界第一的歷史新頁。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970251</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/27</date><governmentpublicationsnumber>1009703943</governmentpublicationsnumber><identifier>65110</identifier><internationalstandardbooknumber>9789860169188 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65110</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>e河川：整體規劃與建置計畫(光碟版)</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣東部由於先天地理環境特殊，因此成為全球少數可利用珍貴深層海水資源的國家。經濟部水利署為振興台灣東部經濟發展及深層海水相關產業生根，多年來一直不遺餘力地推動深層海水事業多元化發展。本計畫主要在了配合水利署多目標利用模廠計畫，期能建立有助於推動深層海水水產養殖產業多元化發展並快速地成熟的參考資訊，主要的工作內容可分為五大項，包含「選定適合台灣進行深層海水低溫養殖之魚種」、「基本資料蒐集分析整理」、「利用深層海水低溫水產養殖之研究與輔導」、「選定魚種之國內產銷售通路調查分析」及「台灣發展深層海水低溫水產養殖之分析與建議」等。    本計畫共彙整28種高經濟價值水產品、7種養殖常用微細藻類及5種水產養殖常用浮游生物作為經營深層海水水產養殖事業的參考資訊。根據本計劃之輔導、研究與資料分析，建議深層海水養殖業者應多段利用深層海水進行不同物種配套養殖，降低水資源成本並創造更多獲利；建議深層海水費率應借鏡美國及日本，依照產業特性調整費率才能有效促進產業多元發展及幫助水產養殖紮根。目前消費者普遍對深層海水認知不足但是又願意多付錢(5%~30%)購買深層海水產品，建議深層海水養殖業者應及早規劃及開拓特有之高價水產品品牌與銷售通路，並增加消費者對深層海水養殖水產品的認識，期與一般水產品有所區隔並避免被販運商剝削而入不敷出。建議台灣東部三縣市發展深層海水養殖事業可參考本計畫彙整及評估之結果，應就各區之人文及自然環境條件優劣，分別發展具不同特色的養殖事業群，宜蘭地區可朝斑節蝦和鮑魚完全養殖區發展、花蓮可就既有的觀光根基發展為觀光養殖園區並養殖鱘龍魚或葡萄藻、台東則可朝種原庫、健康種苗及寒帶、熱帶觀賞水族生產園區發展，向北可支援及輔助宜蘭及花蓮地區發展具特色的低溫養殖物種，往西則可供應西南部養殖重鎮所需，使傳統養殖及深層海水事業皆能永續經營，創造另一個養殖王朝。、</abstract><author>臺灣海洋大學水產品產銷履歷驗證暨檢驗中心</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/27</date><governmentpublicationsnumber>1009901062</governmentpublicationsnumber><identifier>65111</identifier><internationalstandardbooknumber>9789860232905 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65111</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>深層海水資源開發技術及低溫特性於產業發展應用計畫 Study on the utilization of low-temperature characteristics to develop aquaculture techniques and industrial development for the deep sea water resources plan</title><yearidentifier>201005</yearidentifier></data><data><abstract>台灣東部由於先天地理環境特殊，因此成為全球少數可利用珍貴深層海水資源的國家。經濟部水利署為振興台灣東部經濟發展及深層海水相關產業生根，多年來一直不遺餘力地推動深層海水事業多元化發展。本計畫主要在了配合水利署多目標利用模廠計畫，期能建立有助於推動深層海水水產養殖產業多元化發展並快速地成熟的參考資訊，主要的工作內容可分為五大項，包含「選定適合台灣進行深層海水低溫養殖之魚種」、「基本資料蒐集分析整理」、「利用深層海水低溫水產養殖之研究與輔導」、「選定魚種之國內產銷售通路調查分析」及「台灣發展深層海水低溫水產養殖之分析與建議」等。    本計畫共彙整28種高經濟價值水產品、7種養殖常用微細藻類及5種水產養殖常用浮游生物作為經營深層海水水產養殖事業的參考資訊。根據本計劃之輔導、研究與資料分析，建議深層海水養殖業者應多段利用深層海水進行不同物種配套養殖，降低水資源成本並創造更多獲利；建議深層海水費率應借鏡美國及日本，依照產業特性調整費率才能有效促進產業多元發展及幫助水產養殖紮根。目前消費者普遍對深層海水認知不足但是又願意多付錢(5%~30%)購買深層海水產品，建議深層海水養殖業者應及早規劃及開拓特有之高價水產品品牌與銷售通路，並增加消費者對深層海水養殖水產品的認識，期與一般水產品有所區隔並避免被販運商剝削而入不敷出。建議台灣東部三縣市發展深層海水養殖事業可參考本計畫彙整及評估之結果，應就各區之人文及自然環境條件優劣，分別發展具不同特色的養殖事業群，宜蘭地區可朝斑節蝦和鮑魚完全養殖區發展、花蓮可就既有的觀光根基發展為觀光養殖園區並養殖鱘龍魚或葡萄藻、台東則可朝種原庫、健康種苗及寒帶、熱帶觀賞水族生產園區發展，向北可支援及輔助宜蘭及花蓮地區發展具特色的低溫養殖物種，往西則可供應西南部養殖重鎮所需，使傳統養殖及深層海水事業皆能永續經營，創造另一個養殖王朝。、</abstract><author>臺灣海洋大學水產品產銷履歷驗證暨檢驗中心</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/8/27</date><governmentpublicationsnumber>1009901062</governmentpublicationsnumber><identifier>65112</identifier><internationalstandardbooknumber>9789860232905 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65112</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>深層海水資源開發技術及低溫特性於產業發展應用計畫(光碟版) Study on the utilization of low-temperature characteristics to develop aquaculture techniques and industrial development for the deep sea water resources plan</title><yearidentifier>201005</yearidentifier></data><data><abstract>臺灣位於歐亞海陸板塊交界之處，地質脆弱、地勢陡險峻，又處於北半球颱風路徑，且因氣候類型及地形之影響，颱風、豪雨常造成淹水災害，尤以近年來災害所造成的危險程度隨人口的增加、社會經濟的發展日趨嚴重，臺灣地區由於上述不利的地理因素，未來氣候變遷問題將在臺灣造成諸多的影響。因此如何研擬採行適當的水文氣候災害因應對策，是為當下刻不容緩的欲解決問題之一。    有鑑於目前水災災害潛勢資訊並未加值分析淹水區域之災害曝露量及脆弱度，所以在受災風險的資訊呈現實為不足。本研究團隊將參酌世界先進國家相關學者專家之研究與所建議之因應作為，分別蒐集並彙整國內外因水所致之各類災害相關文件，作為計畫執行之參考與依據。在國內方面，本研究與國內政府機關以及相關業務單位合作聯繫，了解政府單位之施政成果，並取得近年來國內相關研究之最新資訊與過去執行計畫之歷史文獻。在國際方面，除了解各國政府所屬相關部門對於曝露量、脆弱度與風險圖之風險管理核心概念外，亦將國際各相關領域之研究列為資料蒐羅之對象，探討國際上相關研究之最新發展動態，期能達到臺灣與世界資訊接軌之目的。    本計畫遂欲蒐集先進國家之各淹水災害之脆弱度或風險地圖相關資料、文獻，參考其分析方法與其分析結果，對”臺灣地區淹水災害脆弱度”、”臺灣地區淹水災害風險地圖”給予適當之定義，並找出與臺灣相似或值得參考之研究經驗。針對臺灣近年愈趨提高之淹水災害，藉由假設各不同情境(即改變可能致災因子之量值)，其中可囊括氣候變遷情境、地層下陷情境、社會經濟情境、人口分布情境等，加值既有的龐大淹水潛勢圖資料庫，建立臺灣地區對淹水災害脆弱度與風險地圖之分析方法，以期提供更有效率、更實務的資訊，作為政府相關水利單位決策之依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009901585</governmentpublicationsnumber><identifier>65113</identifier><internationalstandardbooknumber>9789860234640 ; 9789860234</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65113</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>脆弱度及風險地圖分析方法之研究 Investigation on Analysis Method of Flood Vulnerability and Risk Maps</title><yearidentifier>201004</yearidentifier></data><data><abstract>臺灣位於歐亞海陸板塊交界之處，地質脆弱、地勢陡險峻，又處於北半球颱風路徑，且因氣候類型及地形之影響，颱風、豪雨常造成淹水災害，尤以近年來災害所造成的危險程度隨人口的增加、社會經濟的發展日趨嚴重，臺灣地區由於上述不利的地理因素，未來氣候變遷問題將在臺灣造成諸多的影響。因此如何研擬採行適當的水文氣候災害因應對策，是為當下刻不容緩的欲解決問題之一。    有鑑於目前水災災害潛勢資訊並未加值分析淹水區域之災害曝露量及脆弱度，所以在受災風險的資訊呈現實為不足。本研究團隊將參酌世界先進國家相關學者專家之研究與所建議之因應作為，分別蒐集並彙整國內外因水所致之各類災害相關文件，作為計畫執行之參考與依據。在國內方面，本研究與國內政府機關以及相關業務單位合作聯繫，了解政府單位之施政成果，並取得近年來國內相關研究之最新資訊與過去執行計畫之歷史文獻。在國際方面，除了解各國政府所屬相關部門對於曝露量、脆弱度與風險圖之風險管理核心概念外，亦將國際各相關領域之研究列為資料蒐羅之對象，探討國際上相關研究之最新發展動態，期能達到臺灣與世界資訊接軌之目的。    本計畫遂欲蒐集先進國家之各淹水災害之脆弱度或風險地圖相關資料、文獻，參考其分析方法與其分析結果，對”臺灣地區淹水災害脆弱度”、”臺灣地區淹水災害風險地圖”給予適當之定義，並找出與臺灣相似或值得參考之研究經驗。針對臺灣近年愈趨提高之淹水災害，藉由假設各不同情境(即改變可能致災因子之量值)，其中可囊括氣候變遷情境、地層下陷情境、社會經濟情境、人口分布情境等，加值既有的龐大淹水潛勢圖資料庫，建立臺灣地區對淹水災害脆弱度與風險地圖之分析方法，以期提供更有效率、更實務的資訊，作為政府相關水利單位決策之依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009901585</governmentpublicationsnumber><identifier>65114</identifier><internationalstandardbooknumber>9789860234640 ; 9789860234</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65114</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>脆弱度及風險地圖分析方法之研究(光碟版) Investigation on Analysis Method of Flood Vulnerability and Risk Maps</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫經由防汛志工示範團隊的建立，透過防汛志工招募以及教育訓練建立第一批50人的防汛志工，後續依此模式協助各河川局建立各河川局防汛志工體系，目前已完成全省防汛志工的招募及教育訓練共計約一千人；在平時能協助河川局進行水利設施的巡查工作，在颱風豪雨期間能透過防汛志工協助各河川局瞭解轄區內災情的掌握；此外為使志工於災中進行災情通報，本計畫亦規劃簡易水尺的設置工作，目前已針對志工需求完成20處簡易水尺的設置，每支水尺均有編號及座標，未來防汛志工可透過水尺編號回報淹水深度及可提供完善的淹水資訊。由於傳統的電信話務在短時間內無法提供大量的線路供民眾進行通報，而網路系統則可容許多人同時上線進行通報災情；為有效掌握災情堤供民眾或防汛志工，本計畫規劃建置「民眾與防汛志工水情通報整合平台」，一般民眾或防汛志工可透過原有的電信話務系統進行災情通報亦可透過電子郵件或直接於網路地圖上標示災害點位或範圍同時將災害的說明文字、照片或影片上傳，無論民眾透電信話務系統、電子郵件或地圖點繪都將統一由後端人員進行災情的查核，確認後的災情將統一發布於災情展示平台提供災害應變人員瞭解即時災情，以供防救災資源的調度或避難疏散通告的下達。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009902462</governmentpublicationsnumber><identifier>65118</identifier><internationalstandardbooknumber>9789860242737 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65118</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98年水災防災基層即時通報體系建置計畫 Project of estalishment of real-time communications system for flooding disaster prevention in 2009</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫經由防汛志工示範團隊的建立，透過防汛志工招募以及教育訓練建立第一批50人的防汛志工，後續依此模式協助各河川局建立各河川局防汛志工體系，目前已完成全省防汛志工的招募及教育訓練共計約一千人；在平時能協助河川局進行水利設施的巡查工作，在颱風豪雨期間能透過防汛志工協助各河川局瞭解轄區內災情的掌握；此外為使志工於災中進行災情通報，本計畫亦規劃簡易水尺的設置工作，目前已針對志工需求完成20處簡易水尺的設置，每支水尺均有編號及座標，未來防汛志工可透過水尺編號回報淹水深度及可提供完善的淹水資訊。由於傳統的電信話務在短時間內無法提供大量的線路供民眾進行通報，而網路系統則可容許多人同時上線進行通報災情；為有效掌握災情堤供民眾或防汛志工，本計畫規劃建置「民眾與防汛志工水情通報整合平台」，一般民眾或防汛志工可透過原有的電信話務系統進行災情通報亦可透過電子郵件或直接於網路地圖上標示災害點位或範圍同時將災害的說明文字、照片或影片上傳，無論民眾透電信話務系統、電子郵件或地圖點繪都將統一由後端人員進行災情的查核，確認後的災情將統一發布於災情展示平台提供災害應變人員瞭解即時災情，以供防救災資源的調度或避難疏散通告的下達。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009902462</governmentpublicationsnumber><identifier>65119</identifier><internationalstandardbooknumber>9789860242737 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65119</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98年水災防災基層即時通報體系建置計畫(光碟版) Project of estalishment of real-time communications system for flooding disaster prevention in 2009</title><yearidentifier>201006</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，鑑於國內災害規模評估、搶救規劃、災因研判等，目前皆採用二維圖資，對於牽涉複雜地形地貌之山區、複合災區或都市地區等，三維圖資更能重現現場，因此同時採用二、三維圖資的展示將有利於防災實境決策。另一方面，災害防救、預警、災情、監控等資訊系統日益多元繁雜，目前單一展示銀幕，須頻繁選擇跳頁，多螢幕資訊展示系統提供決策者可一次瀏覽，可增加決策效能。本計畫研究依此，針對影像整合技術與二、三維立體圖資視算系統之整合建置技術，進行新一代的防災資訊視覺化系統之研究與開發。    近年來，地理資訊與分析預測相關資料，以三維虛擬實境展示方式，漸為學術與實務界所接受與使用，本計畫除了允許虛擬實境應用展示外，將特別針對近年來水利防災實務上大量的影像資料需求，開發立體或一般影像資料之視算系統之整合建置技術。其中，包括擷取端、中介端與展示端。擷取端以三維立體影像與三維立體即時串流之現場擷取、傳送；擷取端連結至中介端，以進行後端資料處理與加值之系統技術研發，其中大型資料的同步與效能的處理為其重點；資料之展示端允許以單一立體螢幕、多螢幕視算系統、或立體投影的方式搭配災害應變系統。透過視算系統之整合建置技術與展示方式的改進讓決策者可更有效率地獲得多元與繁雜之防災資訊；並更具現場性，使有利於支援防災實境決策的成形。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009902539</governmentpublicationsnumber><identifier>65120</identifier><internationalstandardbooknumber>9789860243147 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65120</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>防災決策支援視算系統技術商品化研發(1/2) Study of Visualization System for Disaster Mitigation Decision Support and Product Development (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，鑑於國內災害規模評估、搶救規劃、災因研判等，目前皆採用二維圖資，對於牽涉複雜地形地貌之山區、複合災區或都市地區等，三維圖資更能重現現場，因此同時採用二、三維圖資的展示將有利於防災實境決策。另一方面，災害防救、預警、災情、監控等資訊系統日益多元繁雜，目前單一展示銀幕，須頻繁選擇跳頁，多螢幕資訊展示系統提供決策者可一次瀏覽，可增加決策效能。本計畫研究依此，針對影像整合技術與二、三維立體圖資視算系統之整合建置技術，進行新一代的防災資訊視覺化系統之研究與開發。    近年來，地理資訊與分析預測相關資料，以三維虛擬實境展示方式，漸為學術與實務界所接受與使用，本計畫除了允許虛擬實境應用展示外，將特別針對近年來水利防災實務上大量的影像資料需求，開發立體或一般影像資料之視算系統之整合建置技術。其中，包括擷取端、中介端與展示端。擷取端以三維立體影像與三維立體即時串流之現場擷取、傳送；擷取端連結至中介端，以進行後端資料處理與加值之系統技術研發，其中大型資料的同步與效能的處理為其重點；資料之展示端允許以單一立體螢幕、多螢幕視算系統、或立體投影的方式搭配災害應變系統。透過視算系統之整合建置技術與展示方式的改進讓決策者可更有效率地獲得多元與繁雜之防災資訊；並更具現場性，使有利於支援防災實境決策的成形。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980081</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009902539</governmentpublicationsnumber><identifier>65121</identifier><internationalstandardbooknumber>9789860243147 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65121</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>防災決策支援視算系統技術商品化研發(1/2) －光碟版 Study of Visualization System for Disaster Mitigation Decision Support and Product Development (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>高屏溪流域管理委員會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970245</commissionedprojectidentifier><currency>NT$</currency><date>2010/8/30</date><governmentpublicationsnumber>1009901194</governmentpublicationsnumber><identifier>65122</identifier><internationalstandardbooknumber>9789860229738 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65122</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域整治綱要檢討計畫(98~103年)規劃報告 Reviewed Master Plan of  Improvement  of  Kaoping River Basin (2009~2014)</title><yearidentifier>201003</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局海象測報中心</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/9/2</date><governmentpublicationsnumber>1009501601</governmentpublicationsnumber><identifier>65144</identifier><internationalstandardbooknumber>10196315 ; 10196315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65144</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國98年潮汐觀測資料年報(年刊 第22期)=TIDAL OBSERVATION DATA ANNUAL REPORT 2009</title><yearidentifier>201008</yearidentifier></data><data><abstract>卑南溪防洪工程已大致完成,且能達到預期之防洪之功能,為早期堤防護岸工程施作時未能考量環境與景觀,固多少影響生態環境,因此未來卑南溪治理工作方針將在維持現有防洪安全基礎下營造河川環境景觀,達到兼具親水及生態多元的自然河川.未達成上述目的,本計劃將針對卑南溪河口段進行環境營造細部規劃,期能達到下列之目標:1.改善現有防洪設施,在防洪安全無慮前提下,兼顧環境景觀及親水可及性. 2.依據卑南溪河川情勢調查已將重要生態,自然地景資源充分運用並維護,創造卑南西河口段成為一具防洪安全性,生態多樣化,且景觀可親近賞玩之河川環境.</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/9/13</date><governmentpublicationsnumber>1009901475</governmentpublicationsnumber><identifier>65197</identifier><internationalstandardbooknumber>9789860232431 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65197</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(2/2)=The Detail Plan of Environmental Construction in Estuary of Beinan River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>金門縣新湖漁村戶近海域侵蝕主要原因為新湖漁港之興建,造成波浪廠與良場改變而產生繞射與折射現象,形成新湖漁港東邊明顯堆積,新湖於廣西邊明顯侵蝕.本計劃依據金門海岸防護對策暨漁村海岸復育可行性研究(1/3)之執行成果及建議,進一步以水工模型試驗配合數值模式計算,探討金門漁村海岸復育前,後之波流變化及地形變遷特性,研擬本計畫區最佳之海岸保護方案.在海岸保護方案設置下,冀望可達現況海岸不再侵蝕之目的,甚至恢復現況海岸至早期未侵蝕狀態.</abstract><author>中山大學</author><categoryidentifier>433.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980150</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/13</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>65198</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65198</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(2/2)=Experment Study on Coastal Restoration Planning in Yu-Tsun Area,Kinmen(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫工作範圍含蓋桃竹苗4縣市之海岸共計長約110公里，本次監測及調查重點為桃園縣觀音海岸段約20公里、新竹縣竹北尚義海岸段約3.5公里、新竹市港南海岸段約8.5公里、苗栗縣青天泉海岸段約8.5公里及後龍出海口以南段海岸約5.5公里合計長約46公里。現場地形測量及潮波流與漂沙調查(含底質調查)工作於98年7~8月間及99年5~6月間各進行1次，藉由現場監測調查成果了解地形侵淤變化情況，並以2維數值模式分析短期海岸侵淤變化，以1維模式分析長期海岸變化之趨勢，以便作為本局研擬桃竹苗海岸防護策略之研判依據。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980332</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/13</date><governmentpublicationsnumber>1009902531</governmentpublicationsnumber><identifier>65199</identifier><internationalstandardbooknumber>9789860242577 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65199</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>桃竹苗海岸基本資料監測調查計畫=The Plan of Coastal Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計畫工作範圍含蓋桃竹苗4縣市之海岸共計長約110公里，本次監測及調查重點為桃園縣觀音海岸段約20公里、新竹縣竹北尚義海岸段約3.5公里、新竹市港南海岸段約8.5公里、苗栗縣青天泉海岸段約8.5公里及後龍出海口以南段海岸約5.5公里合計長約46公里。現場地形測量及潮波流與漂沙調查(含底質調查)工作於98年7~8月間及99年5~6月間各進行1次，藉由現場監測調查成果了解地形侵淤變化情況，並以2維數值模式分析短期海岸侵淤變化，以1維模式分析長期海岸變化之趨勢，以便作為本局研擬桃竹苗海岸防護策略之研判依據。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980332</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/13</date><governmentpublicationsnumber>1009902531</governmentpublicationsnumber><identifier>65200</identifier><internationalstandardbooknumber>9789860242577 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65200</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>桃竹苗海岸基本資料監測調查計畫成果報告光碟 The Plan of Coastal Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County</title><yearidentifier>201007</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/23</date><governmentpublicationsnumber>1009901273</governmentpublicationsnumber><identifier>65217</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65217</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(上冊)=Manual for Coastal Protection and Environmental Restoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/23</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>65218</identifier><internationalstandardbooknumber>9789860230482 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65218</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(下冊)=Manual for Coastal Protection and EnvironmentalRestoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有 工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之 技術準則。內容共分四章其概要如下： 第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮 事項、主要名詞含意與設計程序。 第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集 相關資?做為設計基本資?。 第三章 設計因素：就設計時應考慮之基本設計因素，如波?、 潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以 及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為 設計之基礎。 第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案 修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方 案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公 式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水 防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最 大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢 討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經 水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤 體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/24</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>65229</identifier><internationalstandardbooknumber>9789860230499 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65229</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)=Manual for Coastal Protection and EnvironmentalRestoration Planning(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980066</commissionedprojectidentifier><currency>NT$</currency><date>2010/9/24</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>65236</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65236</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)=The Technique of Ecological Habitat Evaluation in the Coast Region (1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>ㄧ、擺渡 淡水河 二、源鄉 大甲溪 三、縱谷流今 高屏溪 四、美麗或沉淪 秀姑巒溪</abstract><author>財團法人公共電視文化事業基金會</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/9/28</date><governmentpublicationsnumber>4.71E+11</governmentpublicationsnumber><identifier>65240</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65240</librarycollectiondetailsurl><price></price><publisher>財團法人公共電視文化事業基金會</publisher><publishrocyear>99</publishrocyear><title>活水溯源 Tracing the river to its source(內附雙DVD)</title><yearidentifier>201006</yearidentifier></data><data><abstract>從海岸到高山，從新生的幼苗到千年的神木，它們以不同的面貌矗立在島嶼上，潮來潮往的生命輪迴以及自然界的幻化，無時無刻都在發生，就像是一聲聲美妙的歌詠，不斷的傳唱在大地之間... 這是一部紀錄台灣森林興衰，並探討森林與人之間互動因果的紀錄片，「森之歌」將呈現台灣的森林生態系之美，先住民在山林中的生命智慧，台灣山林環境變遷，以及為森林保育與未來發展而努力的人，共同譜寫的生命組曲。</abstract><author>財團法人公共電視文化事業基金會</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/9/28</date><governmentpublicationsnumber>4.71E+11</governmentpublicationsnumber><identifier>65241</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65241</librarycollectiondetailsurl><price></price><publisher>財團法人公共電視文化事業基金會</publisher><publishrocyear>99</publishrocyear><title>森之歌 台灣土地上美妙的歌詠(內附DVD)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫主要目的為普查大安溪水系之生物資料並提供該水系實施河川生態工程時之參考應用，主要工作包括大安溪主流及支流景山溪、麻必浩溪、雪山坑溪、烏石坑溪及觀音坑溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生物調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970050</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/4</date><governmentpublicationsnumber>1009902790</governmentpublicationsnumber><identifier>65257</identifier><internationalstandardbooknumber>9789860239416 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65257</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大安溪水系河川情勢調查總報告書－內附光碟 Investigation of Stream Status of Tai-An River</title><yearidentifier>201008</yearidentifier></data><data><abstract>本計畫主要目的為普查大安溪水系之生物資料並提供該水系實施河川生態工程時之參考應用，主要工作包括大安溪主流及支流景山溪、麻必浩溪、雪山坑溪、烏石坑溪及觀音坑溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生物調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0970050</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/4</date><governmentpublicationsnumber>1009902790</governmentpublicationsnumber><identifier>65258</identifier><internationalstandardbooknumber>9789860239416 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65258</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大安溪水系河川情勢調查 總報告書--光碟版=Investigation of Stream Status of Tai-An River</title><yearidentifier>201008</yearidentifier></data><data><abstract>調查彰化海岸之生態概況，建立海岸生態資料庫，並進行生態分析及評估，以提供管理單位關於海岸環境經營之參考依據。</abstract><author>國立中興大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980240</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/7</date><governmentpublicationsnumber>1009902522</governmentpublicationsnumber><identifier>65271</identifier><internationalstandardbooknumber>9789860242775 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65271</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸生態調查計畫成果報告書(內附光碟)=The Ecological Investigation of Chang-hua Coast</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/7</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>65280</identifier><internationalstandardbooknumber>10196293 ; 10196293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65280</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國98年氣候資料年報第一部分-地面資料</title><yearidentifier>201008</yearidentifier></data><data><abstract>本計劃以指標生物法、生物群聚指數及底棲生物整合整數探討彰化海岸生態之變遷。並透過棲地評價程序整合生物及環及指標，建立棲地事宜度指數之生態評估模式。根據本計劃生態調查及評估結果，發現新街海堤一帶因水質不佳，亦使得該區域潮間帶生態狀況不佳；魚寮溪口一帶則因為底質過於泥濘，而不適合底棲生物生存。彰化海濱有互花米草、銀膠菊等入侵植物，由於其具有耐鹼、耐潮汐淹沒、繁殖力等特性強，可能造成當地植物生態之威脅。本計劃亦對期生態特性與散佈狀態進行分析，並提出是當的防除策略。</abstract><author>中興大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0980240</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/7</date><governmentpublicationsnumber>1009902522</governmentpublicationsnumber><identifier>65281</identifier><internationalstandardbooknumber>9789860242775 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65281</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸生態調查計畫成果報告書=The Ecological Investigation of Chang-hua Coast</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940123</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/12</date><governmentpublicationsnumber>1009403918</governmentpublicationsnumber><identifier>65291</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65291</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>德基水庫集水區水質監測與管理計畫(3/5) Water Quality Monitoring and Management for the Watershed of Techi Reservoir (3/5)</title><yearidentifier>200511</yearidentifier></data><data><abstract>目前國內進行之泥砂觀測作業，大部分係針對河川懸浮載運移及水庫蓄水範圍進行觀測，惟因大多泥沙之運移發生在少數的重大暴雨事件。泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度（Turbidity）、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980162</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/12</date><governmentpublicationsnumber>1009902164</governmentpublicationsnumber><identifier>65292</identifier><internationalstandardbooknumber>9789860239010 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65292</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>泥砂觀測技術改善研發計畫(2/2) Improvement of Sediment Monitoring Technique(2/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本署已建置全台洪水預報早期預警系統，完成全台灣20條中央管河川定期定時自動水情預報模式架構，定時定期提供全台鄉鎮降雨資訊、河川洪水水位預報、水庫流量預報、即時數據分析處理、水情報表輸出等功能，為提升防洪預報工作效率，協助各河川局及水資源局進行防汛資訊客製化作業。另建置過程中隨著相關資訊技術不斷提昇下，不同模式之銜接與轉換已經成為可行之方式，本計劃將以平台技術，在多元資料庫的連通基礎之下，結合本署現有多模式同時上線，建置全台水文氣象多模式庫，藉由多模式之共同比較，以評估不同情況與條件下，選擇適當合宜的模式成果。</abstract><author>國立台北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980163</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/12</date><governmentpublicationsnumber>1009901964</governmentpublicationsnumber><identifier>65294</identifier><internationalstandardbooknumber>9789860239089 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65294</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>海象資訊及多模式庫整合於水文氣象觀測整合平台之應用研究(1/2) The Applied Study to incorporate Tidal Data and Multi -model on an Integrated Hydrometeorology Platform(1/2)</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/12</date><governmentpublicationsnumber>1009902556</governmentpublicationsnumber><identifier>65299</identifier><internationalstandardbooknumber>9789860242812 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65299</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對湖山水庫之排洪安全檢討及水庫排砂需要性評估 Needs Assessment of Global Climate Chang for Hushan Reservoir on Flood Safety and Desilting</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/12</date><governmentpublicationsnumber>1009902556</governmentpublicationsnumber><identifier>65300</identifier><internationalstandardbooknumber>9789860242812 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65300</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對湖山水庫之排洪安全檢討及水庫排砂需要性評估(光碟版) Needs Assessment of Global Climate Chang for Hushan Reservoir on Flood Safety and Desilting</title><yearidentifier>201007</yearidentifier></data><data><abstract>目前國內進行之泥砂觀測作業，大部分係針對河川懸浮載運移及水庫蓄水範圍進行觀測，惟因大多泥沙之運移發生在少數的重大暴雨事件。泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度（Turbidity）、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980162</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/13</date><governmentpublicationsnumber>1009902164</governmentpublicationsnumber><identifier>65301</identifier><internationalstandardbooknumber>9789860239010 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65301</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>泥砂觀測技術改善研發計畫(2/2) －光碟版 Improvement of Sediment Monitoring Technique(2/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本署已建置全台洪水預報早期預警系統，完成全台灣20條中央管河川定期定時自動水情預報模式架構，定時定期提供全台鄉鎮降雨資訊、河川洪水水位預報、水庫流量預報、即時數據分析處理、水情報表輸出等功能，為提升防洪預報工作效率，協助各河川局及水資源局進行防汛資訊客製化作業。另建置過程中隨著相關資訊技術不斷提昇下，不同模式之銜接與轉換已經成為可行之方式，本計劃將以平台技術，在多元資料庫的連通基礎之下，結合本署現有多模式同時上線，建置全台水文氣象多模式庫，藉由多模式之共同比較，以評估不同情況與條件下，選擇適當合宜的模式成果。</abstract><author>國立台北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980163</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/13</date><governmentpublicationsnumber>1009901964</governmentpublicationsnumber><identifier>65302</identifier><internationalstandardbooknumber>9789860239089 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65302</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>海象資訊及多模式庫整合於水文氣象觀測整合平台之應用研究(1/2)－光碟版 The Applied Study to incorporate Tidal Data and Multi -model on an Integrated Hydrometeorology Platform(1/2)</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計劃在台北縣沿岸海域執行六個測站(挖子尾海岸、油車口海岸、芝蘭海岸、磺溪出海口海岸、國聖橋海岸與鶯歌石海岸)調查中，潮間帶共發現節肢動物門22科48種；軟體動物門23科68種。有關珊瑚礁生態方面，除了芝蘭與鶯歌石近海以硬底質岩礁為主外，其餘4測站以沙岸地形為主。芝蘭海底在10米水深處有軟珊瑚分佈(18%)並無石珊瑚覆蓋。鶯歌石則有少數石珊瑚分佈，但覆蓋率極低只有2.6%(10米)到3.6%(5米)之間。 海域生態浮游植物部份，在12個(林口電廠海岸、挖子尾海岸、油車口海岸、芝蘭海岸、富貴角海岸、磺溪出海口海岸、國聖橋海岸、基隆嶼海域、員山子分洪道出海口海岸、鼻頭角海岸、卯澳灣海岸與鶯歌石海岸)調查點中，共發現矽藻門119種(含變種及變型)、甲藻門55種、金藻門 1種及藍綠藻門1種共176種藻類。矽藻含量佔所有浮游植物的80%，以角毛藻科的擬彎角毛藻(Chaetoceros pseudocurvisetus Margin)佔56% 最優勢。甲藻含量佔所有浮游植物的20%。 海域生態浮游動物部份，12個調查點所採獲的浮游動物包括環節動物門 (Annelida)、節肢動物門 (Arthropoda)、毛顎動物門 (Chaetognatha)、腔腸動物門 (Coelenterata)、棘皮動物門 (Echinodermata)、軟體動物門 (Mollusca)、甲藻門 (Pyrrophyta)及尾索動物門 (Urochordata) 共計有8門9綱(亞綱，類)的浮游動物以及仔稚魚、其它幼生與魚卵。種類組成方面，哲水蚤(Calanoida)佔63.27% 為最優勢。另外以岐口水蚤目(Poecilostomatoida)占24.45%為第二優勢，再來以有尾類占2.73%為第三優勢大類。 底棲生物生態調查測站中，有4個調查點為沙泥底質，因此除了潛水調查之外，並另外使用矩形底棲生物採樣器進行底棲生物之調查，所採獲的底棲動物有節肢動物門1科1種、軟體動物門 7科7種以及海綿動物門1科1種，生物種類及數量均不高。其中以對蝦科的鷹爪蝦數量較多。 台灣北部海域調查測點現場水質調查，鹽度分佈介於31.2到34.5(psu)之間。其中S1(林口電廠)及S2(挖子尾)之鹽度較低，推測是海域受到內水、淡水河注入淡水稀釋之影響。 水溫之分佈主要受到調查季節之影響，第一次調查(夏季8月)水表溫度介於26到28度之間，第二次秋季10月及11月)水表溫度介於16到23度之間，第三次(春季3月)水表溫度介於17到21度之間，因此在春季時北海岸海水表面溫度較低。北部海域之酸鹼PH值(介於7.9~8.2)及溶氧(5.8~9.4 mg/L)之三次調查資料均都符合環保署甲類海域之水質標準。一般在未遭受嚴重污染的近岸海域，表層海水中所含的營養鹽濃度範圍介於(磷酸鹽0-0.5 μM、矽酸鹽0-15 μM、亞硝酸鹽0-3 μM、硝酸鹽0-10 μM)，而調查海域水中各項營養鹽濃度皆在上述濃度範圍內，顯示這些海域並未遭受陸源營養鹽如氮、磷等元素的污染。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/15</date><governmentpublicationsnumber>1009903179</governmentpublicationsnumber><identifier>65307</identifier><internationalstandardbooknumber>9789860246698 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65307</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸生態基本資料調查及建置成果報告(內附光碟)The Ecosystem of Taipei County Coasts : A Field Survey of Fundamental Features and the Website Construction of Survey Database</title><yearidentifier>201012</yearidentifier></data><data><abstract>大甲溪石岡壩及濁水溪集集攔河堰於民國88年921地震後，由於地表抬升及岩質破碎加速下游河道局部沖刷，沖刷深度達10公尺。 為使該二壩堰永續經營且?定河床，辦理本委託計畫之消能設施工程檢討。 經收集該二壩堰之過去修復工程內容、災害原因，對壩堰下游消能潛在威脅進件檢討，提出消能設施改善方案。 消能設施之改善方案分為第一期、第二期計畫，第一期計畫以處理上游面之消能功能及控制下游面深槽段向源侵蝕之威脅為主要目標；第二期計畫為?定上、下游河床面之沖蝕為目標。分析方法主要利用跌水消能水理分析、水躍消能分析及利用一維水理分析決定消能設施佈置位置，作為消能設施設計之需。 消能設施工程其中石岡壩計有八座，集集堰計有九座，以透水堰佈置，經水理、安定分析均屬可行，除可達到消能效果可防止向源侵蝕河床沖刷，並有回補填高河床及河道常時水流情況，可預期達到防止河道再行沖蝕之效益。</abstract><author>富豐工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980396</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/15</date><governmentpublicationsnumber>1009901976</governmentpublicationsnumber><identifier>65308</identifier><internationalstandardbooknumber>9789860240825 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_65308</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>石岡壩與集集堰消能設施工程檢討(內附光碟) Engineering Review for the Energy Dissipation Facility of Shih-Kang Dam and Chi-Chi Wear</title><yearidentifier>201007</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/26</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>67693</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_67693</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書=Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>林俊全,孫志鴻,張長義</author><categoryidentifier>733.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/28</date><governmentpublicationsnumber>1009901817</governmentpublicationsnumber><identifier>68078</identifier><internationalstandardbooknumber>9789860236378 ; 9789860236</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68078</librarycollectiondetailsurl><price>300</price><publisher>臺大地理環境資源學系國土監測中心、台灣地理資訊中心</publisher><publishrocyear>99</publishrocyear><title>2009年的臺灣</title><yearidentifier>201005</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/28</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>68131</identifier><internationalstandardbooknumber>9789860230482 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68131</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊=Manual for Coastal Protection and Environmental Restoration Planning(下冊)內含光碟</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/28</date><governmentpublicationsnumber>1009902808</governmentpublicationsnumber><identifier>68133</identifier><internationalstandardbooknumber>9789860247084 ; 9789860247</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68133</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸地形監測調查計畫成果報告書(內附光碟) Monitoring of Coastal Topography at Chang-Hua</title><yearidentifier>201009</yearidentifier></data><data><abstract>2009年水利防災年報的出版,將一年水利災害防救同仁共同的努力文化文字及圖表,她深入分析全年國內外重大水利災害事件外,更完整紀錄政府水旱災減災,整備,應變及重建作為她背後所代表的則是水利人對水害災防救的自我檢視,以及社會各界對治水防災的期待,透過水利防災年報帶給我們的省思,如何在明年汛期前做好防災策略的調整,如何確保重要得減災與救災整備工作如期如直完成,如何確保重要得減災與救災整備工作如害防救單位未來努力的方向,藉由水利防災年報的經驗傳遞,防汛工作經驗將得以相互學習,災害應變處理能力可以有效提升,已達成馬總統所期待的料敵從寬,禦敵從嚴,超前部署,預置兵力,隨時就災政策要求.</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/28</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>68165</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68165</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報?編</title><yearidentifier>201003</yearidentifier></data><data><abstract>2009年水利防災年報的出版,將一年水利災害防救同仁共同的努力文化文字及圖表,她深入分析全年國內外重大水利災害事件外,更完整紀錄政府水旱災減災,整備,應變及重建作為她背後所代表的則是水利人對水害災防救的自我檢視,以及社會各界對治水防災的期待,透過水利防災年報帶給我們的省思,如何在明年汛期前做好防災策略的調整,如何確保重要得減災與救災整備工作如期如直完成,如何確保重要得減災與救災整備工作如害防救單位未來努力的方向,藉由水利防災年報的經驗傳遞,防汛工作經驗將得以相互學習,災害應變處理能力可以有效提升,已達成馬總統所期待的料敵從寬,禦敵從嚴,超前部署,預置兵力,隨時就災政策要求.</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/28</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>68167</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68167</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編--光碟版</title><yearidentifier>201003</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>68214</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68214</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書(光碟版)=Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract>大甲溪石岡壩及濁水溪集集攔河堰於民國88年921地震後，由於地表抬升及岩質破碎加速下游河道局部沖刷，沖刷深度達10公尺。 為使該二壩堰永續經營且?定河床，辦理本委託計畫之消能設施工程檢討。 經收集該二壩堰之過去修復工程內容、災害原因，對壩堰下游消能潛在威脅進件檢討，提出消能設施改善方案。 消能設施之改善方案分為第一期、第二期計畫，第一期計畫以處理上游面之消能功能及控制下游面深槽段向源侵蝕之威脅為主要目標；第二期計畫為?定上、下游河床面之沖蝕為目標。分析方法主要利用跌水消能水理分析、水躍消能分析及利用一維水理分析決定消能設施佈置位置，作為消能設施設計之需。 消能設施工程其中石岡壩計有八座，集集堰計有九座，以透水堰佈置，經水理、安定分析均屬可行，除可達到消能效果可防止向源侵蝕河床沖刷，並有回補填高河床及河道常時水流情況，可預期達到防止河道再行沖蝕之效益。</abstract><author>富豐工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980396</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009901976</governmentpublicationsnumber><identifier>68230</identifier><internationalstandardbooknumber>9789860240825 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68230</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>石岡壩與集集堰消能設施工程檢討(光碟版) Engineering Review for the Energy Dissipation Facility of Shih-Kang Dam and Chi-Chi Wear</title><yearidentifier>201007</yearidentifier></data><data><abstract>美化及生態環境之和諧，以符合未來環境之 需求區域排水整治以往均以防災為單一功能，在著重環境美化、生態保育及休閒遊憩的今日，已不敷社會需求，為營造排水路周邊多功能的優質環境，因此區域排水整治與環境營造，除安全考量之外，並應採用綜合治水之對策，兼顧綠。本計畫以中央管轄之外六寮排水全長約7.04km，為整治規劃範圍並整體考量其六條支線排水對全區域之影響。外六寮排水位於高雄縣與屏東縣之交界處，幹流源起於高雄縣美濃鎮吉洋社區，流經屏東縣里港鄉土庫、瀰力二村，出口流入旗山溪，計跨越旗山鎮、美濃鎮、里港鄉等行政區，其集水區域面積約9.35km2。本計畫雨量站選用吉祥、手巾寮及瀰力肚等雨量站資料進行暴雨頻率分析，再以Horner公式設計雨型，經三角形單位歷線法推求洪峰流量及逕流歷線。外六寮排水淹水主要原因為集水區內局部地區地勢低漥及排水收集系統不良，造成局部地區淹水，再加上排水路幹、支線局部渠段通水斷面不足，導致洪水漫溢。且旗山溪5年重現期洪水位較外六寮排水出口兩岸堤高，出口閘門關閉，雖可防止旗山溪倒灌，然外六寮排水水位高漲，兩岸支線排水仍不易排除，本計畫建議解決方案說明如下：(一)為求高地計畫洪水量可以順利宣洩，本方案建議下游堤防加高，堤頂高程採10年重現期計畫水位加50cm出水高(39.41m)設計。(二)目前本區域淹水地區多集中於外六寮排水下游兩側低窪農田，且部分為高屏大湖預定地，故建議可維持現狀，豪雨期間可暫時承納區內洪水量。(三)本計畫區地勢東高西低，多處地勢高程雖高於排水路渠底，卻低於排水路堤岸，使得排水路兩岸之雨水無法順利排入水路之中，每逢豪雨來臨，導致渠道外產生大量積水，故建議於4處地點設置截流溝，將低地積水引入外六寮排水。(四)針對通水斷面不足之渠段進行拓寬改善工程，包含部分排水路坡度修整、跨渠構造物改建，以增加各排水路之通水能力，並配合其他非工程措施，使洪災損失降至最低。(五)瀰力肚中排及新瀰力肚中排兩側亦為低窪之農田，位於低地範圍內，豪雨即易淹沒；吉洋農場中排位於高屏大湖預定地，且出口處受外六寮排水水位過高造成倒灌，然目前渠道兩側皆為台糖公司所屬之農地，積水不深尚可承受，故建議維持現狀不予以整治。外六寮排水整治工程水岸整治及景觀改善總建造成本計約3.21億元，其中含用地費0.55億元。計畫經濟分析之年利率採6%，分析年限採50年，年計成本為3,194萬元，年計效益660萬元，益本比為0.21，由於上述經濟評價中，效益之推估尚未包括減少人員傷亡、疾病傳播、公眾健康受害、環境品質低落、生命安全受到威脅等損失，生態效益，提高生活品質，促進區域均衡發展、縮短城鄉差距，增加民眾對政府施政之向心力，促進社會安定及提高國際形象等不可計之效益（表本計畫案仍具有一定的投資價值</abstract><author>經濟部水利署第七河川局京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960303</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009704402</governmentpublicationsnumber><identifier>68233</identifier><internationalstandardbooknumber>9789860226775 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68233</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>高屏地區外六寮排水系統整治及環境營造規劃報告(光碟版)The Planning of Regulation and Environment Rehabilitation of Wai Liu Liao Drainage in KaoPing Area</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第七河川局京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009900864</governmentpublicationsnumber><identifier>68240</identifier><internationalstandardbooknumber>9789860226768 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68240</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>88</publishrocyear><title>外六寮排水系統外六寮排水及高雄農場排水治理計畫(光碟版)Wai-Liu-Liao Drainage System The Regulation Scheme of Drainage in Wai-Liu-Liao and Kaohsiung Farm</title><yearidentifier>199901</yearidentifier></data><data><abstract>本計劃在台北縣沿岸海域執行六個測站(挖子尾海岸、油車口海岸、芝蘭海岸、磺溪出海口海岸、國聖橋海岸與鶯歌石海岸)調查中，潮間帶共發現節肢動物門22科48種；軟體動物門23科68種。有關珊瑚礁生態方面，除了芝蘭與鶯歌石近海以硬底質岩礁為主外，其餘4測站以沙岸地形為主。芝蘭海底在10米水深處有軟珊瑚分佈(18%)並無石珊瑚覆蓋。鶯歌石則有少數石珊瑚分佈，但覆蓋率極低只有2.6%(10米)到3.6%(5米)之間。 海域生態浮游植物部份，在12個(林口電廠海岸、挖子尾海岸、油車口海岸、芝蘭海岸、富貴角海岸、磺溪出海口海岸、國聖橋海岸、基隆嶼海域、員山子分洪道出海口海岸、鼻頭角海岸、卯澳灣海岸與鶯歌石海岸)調查點中，共發現矽藻門119種(含變種及變型)、甲藻門55種、金藻門 1種及藍綠藻門1種共176種藻類。矽藻含量佔所有浮游植物的80%，以角毛藻科的擬彎角毛藻(Chaetoceros pseudocurvisetus Margin)佔56% 最優勢。甲藻含量佔所有浮游植物的20%。 海域生態浮游動物部份，12個調查點所採獲的浮游動物包括環節動物門 (Annelida)、節肢動物門 (Arthropoda)、毛顎動物門 (Chaetognatha)、腔腸動物門 (Coelenterata)、棘皮動物門 (Echinodermata)、軟體動物門 (Mollusca)、甲藻門 (Pyrrophyta)及尾索動物門 (Urochordata) 共計有8門9綱(亞綱，類)的浮游動物以及仔稚魚、其它幼生與魚卵。種類組成方面，哲水蚤(Calanoida)佔63.27% 為最優勢。另外以岐口水蚤目(Poecilostomatoida)占24.45%為第二優勢，再來以有尾類占2.73%為第三優勢大類。 底棲生物生態調查測站中，有4個調查點為沙泥底質，因此除了潛水調查之外，並另外使用矩形底棲生物採樣器進行底棲生物之調查，所採獲的底棲動物有節肢動物門1科1種、軟體動物門 7科7種以及海綿動物門1科1種，生物種類及數量均不高。其中以對蝦科的鷹爪蝦數量較多。 台灣北部海域調查測點現場水質調查，鹽度分佈介於31.2到34.5(psu)之間。其中S1(林口電廠)及S2(挖子尾)之鹽度較低，推測是海域受到內水、淡水河注入淡水稀釋之影響。 水溫之分佈主要受到調查季節之影響，第一次調查(夏季8月)水表溫度介於26到28度之間，第二次秋季10月及11月)水表溫度介於16到23度之間，第三次(春季3月)水表溫度介於17到21度之間，因此在春季時北海岸海水表面溫度較低。北部海域之酸鹼PH值(介於7.9~8.2)及溶氧(5.8~9.4 mg/L)之三次調查資料均都符合環保署甲類海域之水質標準。一般在未遭受嚴重污染的近岸海域，表層海水中所含的營養鹽濃度範圍介於(磷酸鹽0-0.5 μM、矽酸鹽0-15 μM、亞硝酸鹽0-3 μM、硝酸鹽0-10 μM)，而調查海域水中各項營養鹽濃度皆在上述濃度範圍內，顯示這些海域並未遭受陸源營養鹽如氮、磷等元素的污染。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009903179</governmentpublicationsnumber><identifier>68259</identifier><internationalstandardbooknumber>9789860246698 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68259</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸生態基本資料調查及建置成果報告(光碟版)The Ecosystem of Taipei County Coasts : A Field Survey of Fundamental Features and the Website Construction of Survey Database</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098-B-01050-002-104</commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009902808</governmentpublicationsnumber><identifier>68260</identifier><internationalstandardbooknumber>9789860247084 ; 9789860247</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68260</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸地形監測調查計畫成果報告書(內附光碟)=Monitoring of Coastal Topography at Chang-Hua</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009902808</governmentpublicationsnumber><identifier>68262</identifier><internationalstandardbooknumber>9789860247084 ; 9789860247</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68262</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸地形監測調查計畫成果報告書(光碟版) Monitoring of Coastal Topography at Chang-Hua</title><yearidentifier>201009</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>68280</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68280</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書成果資料光碟 Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract>本計畫係針對外垵地區排水系統作全盤之檢視與分析，同時建? 相關水情資?，確定整體規劃與治?方針，並作為第2 階段計畫工程 實施依據，完成系統治?規劃與公告工作，提升後續治?與管?工作 效?，使外垵地區居民免受水患威脅，並減少各項財務損失，期除改 善?淹水之問題外，亦完整提出綜合治水、環境保育與營造之策?。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/10/29</date><governmentpublicationsnumber>1009902329</governmentpublicationsnumber><identifier>68413</identifier><internationalstandardbooknumber>9789860240382 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68413</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局 澎湖縣政府</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區域排水外垵地區排水系統規劃 (光碟版)Regulation Project of Flood -prone Areas for Penghu County Wai-an Village,Regional Drainage System Improvement Project</title><yearidentifier>201007</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>68489</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68489</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2)=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>68490</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68490</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2)--光碟版=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>68513</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68513</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2)－光碟版 The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>林會承主編</author><categoryidentifier>790.7333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902582</governmentpublicationsnumber><identifier>68514</identifier><internationalstandardbooknumber>9789860243598 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68514</librarycollectiondetailsurl><price>1000</price><publisher>行政院文建會文化資產總管理處籌備處</publisher><publishrocyear>99</publishrocyear><title>臺灣文化資產保存年鑑2009(上)Volume 1：古蹟.歷史建築.聚落.遺址.文化景觀.民俗及有關文物.古物(內附光碟) ＝The Almanac of Taiwan Cultural Heritage Conservation 2009</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>林會承主編</author><categoryidentifier>790.7333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902582</governmentpublicationsnumber><identifier>68519</identifier><internationalstandardbooknumber>9789860243598 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68519</librarycollectiondetailsurl><price>1000</price><publisher>行政院文建會文化資產總管理處籌備處</publisher><publishrocyear>99</publishrocyear><title>臺灣文化資產保存年鑑2009(下)Volume 2：古蹟.歷史建築.聚落.遺址.文化景觀.民俗及有關文物.古物(內附光碟) ＝The Almanac of Taiwan Cultural Heritage Conservation 2009</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>許有仁、鍾青柏等8人</author><categoryidentifier>7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/1</date><governmentpublicationsnumber>1009902717</governmentpublicationsnumber><identifier>68581</identifier><internationalstandardbooknumber>9789860244564 ; 9789860244</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_68581</librarycollectiondetailsurl><price></price><publisher>行政院文化建設委員會文化資產總管理處籌備處</publisher><publishrocyear>99</publishrocyear><title>Taiwan  臺灣世界遺產潛力點簡介</title><yearidentifier>201008</yearidentifier></data><data><abstract>外業調查並建置區域排水基本資料，並建立查詢系統，可供相關單位釐定排水改善及維護管理時之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/5</date><governmentpublicationsnumber>1009902439</governmentpublicationsnumber><identifier>69020</identifier><internationalstandardbooknumber>9789860241624 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69020</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫區域排水基本資料補充調查與系統圖建置 Drainage Basic Date Add Survey and Systematic Chorography Draw</title><yearidentifier>201007</yearidentifier></data><data><abstract>外業調查並建置區域排水基本資料，並建立查詢系統，可供相關單位釐定排水改善及維護管理時之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/5</date><governmentpublicationsnumber>1009902439</governmentpublicationsnumber><identifier>69022</identifier><internationalstandardbooknumber>9789860241624 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69022</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫區域排水基本資料補充調查與系統圖建置(光碟版) Drainage Basic Date Add Survey and Systematic Chorography Draw</title><yearidentifier>201007</yearidentifier></data><data><abstract>外業調查並建置區域排水基本資料，並建立查詢系統，可供相關單位釐定排水改善及維護管理時之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/11/5</date><governmentpublicationsnumber>1009902439</governmentpublicationsnumber><identifier>69024</identifier><internationalstandardbooknumber>9789860241624 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69024</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫區域排水基本資料補充調查與系統圖建置--彰化縣、雲林縣、台南縣、台南市、南投縣、澎湖縣、金門縣排水路調查基本資料(附冊) Drainage Basic Date Add Survey and Systematic Chorography Draw</title><yearidentifier>201007</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/15</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>69061</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69061</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域)=The Planning for the Upstream of Jhoushuei River,Upstream from Confluence of Lichi River and Jhuoshuei River</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/15</date><governmentpublicationsnumber>1009901479</governmentpublicationsnumber><identifier>69062</identifier><internationalstandardbooknumber>9789860232707 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69062</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流塔羅灣溪治理規劃報告 The Planning of Talowan River,Tributary of Jhuoshuei  River</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/15</date><governmentpublicationsnumber>1009901479</governmentpublicationsnumber><identifier>69063</identifier><internationalstandardbooknumber>9789860232707 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69063</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流塔羅灣溪治理規劃報告(光碟版)</title><yearidentifier>201009</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/15</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>69064</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69064</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域）(光碟版)</title><yearidentifier>201009</yearidentifier></data><data><abstract>美化及生態環境之和諧，以符合未來環境之 需求區域排水整治以往均以防災為單一功能，在著重環境美化、生態保育及休閒遊憩的今日，已不敷社會需求，為營造排水路周邊多功能的優質環境，因此區域排水整治與環境營造，除安全考量之外，並應採用綜合治水之對策，兼顧綠。本計畫以中央管轄之外六寮排水全長約7.04km，為整治規劃範圍並整體考量其六條支線排水對全區域之影響。外六寮排水位於高雄縣與屏東縣之交界處，幹流源起於高雄縣美濃鎮吉洋社區，流經屏東縣里港鄉土庫、瀰力二村，出口流入旗山溪，計跨越旗山鎮、美濃鎮、里港鄉等行政區，其集水區域面積約9.35km2。本計畫雨量站選用吉祥、手巾寮及瀰力肚等雨量站資料進行暴雨頻率分析，再以Horner公式設計雨型，經三角形單位歷線法推求洪峰流量及逕流歷線。外六寮排水淹水主要原因為集水區內局部地區地勢低漥及排水收集系統不良，造成局部地區淹水，再加上排水路幹、支線局部渠段通水斷面不足，導致洪水漫溢。且旗山溪5年重現期洪水位較外六寮排水出口兩岸堤高，出口閘門關閉，雖可防止旗山溪倒灌，然外六寮排水水位高漲，兩岸支線排水仍不易排除，本計畫建議解決方案說明如下：(一)為求高地計畫洪水量可以順利宣洩，本方案建議下游堤防加高，堤頂高程採10年重現期計畫水位加50cm出水高(39.41m)設計。(二)目前本區域淹水地區多集中於外六寮排水下游兩側低窪農田，且部分為高屏大湖預定地，故建議可維持現狀，豪雨期間可暫時承納區內洪水量。(三)本計畫區地勢東高西低，多處地勢高程雖高於排水路渠底，卻低於排水路堤岸，使得排水路兩岸之雨水無法順利排入水路之中，每逢豪雨來臨，導致渠道外產生大量積水，故建議於4處地點設置截流溝，將低地積水引入外六寮排水。(四)針對通水斷面不足之渠段進行拓寬改善工程，包含部分排水路坡度修整、跨渠構造物改建，以增加各排水路之通水能力，並配合其他非工程措施，使洪災損失降至最低。(五)瀰力肚中排及新瀰力肚中排兩側亦為低窪之農田，位於低地範圍內，豪雨即易淹沒；吉洋農場中排位於高屏大湖預定地，且出口處受外六寮排水水位過高造成倒灌，然目前渠道兩側皆為台糖公司所屬之農地，積水不深尚可承受，故建議維持現狀不予以整治。外六寮排水整治工程水岸整治及景觀改善總建造成本計約3.21億元，其中含用地費0.55億元。計畫經濟分析之年利率採6%，分析年限採50年，年計成本為3,194萬元，年計效益660萬元，益本比為0.21，由於上述經濟評價中，效益之推估尚未包括減少人員傷亡、疾病傳播、公眾健康受害、環境品質低落、生命安全受到威脅等損失，生態效益，提高生活品質，促進區域均衡發展、縮短城鄉差距，增加民眾對政府施政之向心力，促進社會安定及提高國際形象等不可計之效益（表本計畫案仍具有一定的投資價值</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960303</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/16</date><governmentpublicationsnumber>1009704402</governmentpublicationsnumber><identifier>69065</identifier><internationalstandardbooknumber>9789860226775 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69065</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>97</publishrocyear><title>高屏地區外六寮排水系統整治及環境營造規劃報告=The Planning of Regulation and Environment Rehabilitaion of Wai Liu Liao Drainage in Kaoping Area</title><yearidentifier>200811</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第七河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960303</commissionedprojectidentifier><currency>NT$</currency><date>2010/11/16</date><governmentpublicationsnumber>1009900864</governmentpublicationsnumber><identifier>69066</identifier><internationalstandardbooknumber>9789860226768 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69066</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>外六寮排水系統外六寮排水及高雄農場排水治理計畫=Wai-Liu-Liao Drainage System The Regulation Scheme of Drainage in Wai-Liu-Liao and Kaohsiung Farm</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>農業會動植物防檢局</author><categoryidentifier>412.4061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/1</date><governmentpublicationsnumber>1009903553</governmentpublicationsnumber><identifier>69286</identifier><internationalstandardbooknumber>9789860251876 ; 9789860251</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69286</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會動植物防疫檢疫局</publisher><publishrocyear>99</publishrocyear><title>動植物防疫檢疫業務統計年報-中華民國98年</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>謝光照 楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/1</date><governmentpublicationsnumber>1009903089</governmentpublicationsnumber><identifier>69287</identifier><internationalstandardbooknumber>9789860246827 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69287</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>99</publishrocyear><title>雜糧作物試驗研究年報-民國97年</title><yearidentifier>201009</yearidentifier></data><data><abstract>經濟部水利署為落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，特辦理自來水事業技術人員考驗。本年度經濟部於98年11月19日公告第5次已在職自來水事業技術人員考驗簡章，並於12月21日至31日辦理報名，99年3月6日辦理筆試，3月27日辦理實地操作考驗，4月26日辦理榜示，報名人數合計1,096人，報名資格不符人數74人，證照審查通過370人，考驗成績合格551人，考驗合格人數合計921人，占報名資格符合人數之90.1％。本年度契約變更增加辦理第1次全國性自來水事業技術人員考驗，經濟部於99年2月4日公告第1次全國性自來水事業技術人員考驗簡章，並於4月9日至27日辦理報名，5月29日辦理筆試，7月○日辦理榜示，報名人數合計878人，報名資格不符人數21人，證照審查通過454人，考驗成績合格95人，考驗合格人數合計549人，占報名資格符合人數之64.1％。統計近五年辦理5次已在職自來水事業技術人員考驗合格人數為6,062人，第1次全國性自來水事業技術人員考驗合格人數為549人。各自來水事業基於自來水法之規定，宜配合推廣落實專業證照制度，發揮考、用、訓協同作業以強化企業競爭力，提升自來水事業整體營運績效。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980031</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/6</date><governmentpublicationsnumber>1009902435</governmentpublicationsnumber><identifier>69297</identifier><internationalstandardbooknumber>9789860241471 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69297</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水事業技術人員之考驗(4/4)  Examination for Technical Personnel of Water Supply Industry (3/4)</title><yearidentifier>201007</yearidentifier></data><data><abstract>經濟部水利署為落實自來水法及相關子法之規定，藉以提升自來水事業技術人員之專業技能，建立專業證照制度，特辦理自來水事業技術人員考驗。本年度經濟部於98年11月19日公告第5次已在職自來水事業技術人員考驗簡章，並於12月21日至31日辦理報名，99年3月6日辦理筆試，3月27日辦理實地操作考驗，4月26日辦理榜示，報名人數合計1,096人，報名資格不符人數74人，證照審查通過370人，考驗成績合格551人，考驗合格人數合計921人，占報名資格符合人數之90.1％。本年度契約變更增加辦理第1次全國性自來水事業技術人員考驗，經濟部於99年2月4日公告第1次全國性自來水事業技術人員考驗簡章，並於4月9日至27日辦理報名，5月29日辦理筆試，7月○日辦理榜示，報名人數合計878人，報名資格不符人數21人，證照審查通過454人，考驗成績合格95人，考驗合格人數合計549人，占報名資格符合人數之64.1％。統計近五年辦理5次已在職自來水事業技術人員考驗合格人數為6,062人，第1次全國性自來水事業技術人員考驗合格人數為549人。各自來水事業基於自來水法之規定，宜配合推廣落實專業證照制度，發揮考、用、訓協同作業以強化企業競爭力，提升自來水事業整體營運績效。</abstract><author>東南技術大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980031</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/6</date><governmentpublicationsnumber>1009902435</governmentpublicationsnumber><identifier>69298</identifier><internationalstandardbooknumber>9789860241471 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69298</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水事業技術人員之考驗(4/4)－光碟版 Examination for Technical Personnel of Water Supply Industry (4/4)</title><yearidentifier>201007</yearidentifier></data><data><abstract>經濟部水利署北區水資源局九十八年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/13</date><governmentpublicationsnumber>1009903900</governmentpublicationsnumber><identifier>69304</identifier><internationalstandardbooknumber>9789860254488 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69304</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署北區水資源局九十八年度年報</title><yearidentifier>201011</yearidentifier></data><data><abstract>經濟部水利署北區水資源局九十八年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/13</date><governmentpublicationsnumber>1009903900</governmentpublicationsnumber><identifier>69305</identifier><internationalstandardbooknumber>9789860254488 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69305</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署北區水資源局九十八年度年報(光碟版)</title><yearidentifier>201011</yearidentifier></data><data><abstract>烏山嶺引水隧道於80年前興建，歷年來皆是該地區最重要水源。雖經補強，但無法抑制隧道結構品質劣化趨勢，為避免隧道突發性崩塌之斷水風險及恢復原輸水能力，有興建第2隧道之必要，由於開發計畫輸水量超出必需實施環境影響評估的門檻，依照環境影響評估法相關規定，進行本第2隧道與建計畫環境影響說明書之製作。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/14</date><governmentpublicationsnumber>1009902360</governmentpublicationsnumber><identifier>69306</identifier><internationalstandardbooknumber>9789860240542 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69306</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道環境影響評估－光碟版 Environmental Impact Assessment of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201006</yearidentifier></data><data><abstract>烏山嶺引水隧道於80年前興建，歷年來皆是該地區最重要水源。雖經補強，但無法抑制隧道結構品質劣化趨勢，為避免隧道突發性崩塌之斷水風險及恢復原輸水能力，有興建第2隧道之必要，由於開發計畫輸水量超出必需實施環境影響評估的門檻，依照環境影響評估法相關規定，進行本第2隧道與建計畫環境影響說明書之製作。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/14</date><governmentpublicationsnumber>1009902360</governmentpublicationsnumber><identifier>69307</identifier><internationalstandardbooknumber>9789860240542 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69307</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道環境影響評估本文－內附光碟 Environmental Impact Assessment of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201006</yearidentifier></data><data><abstract>烏山嶺引水隧道於80年前興建，歷年來皆是該地區最重要水源。雖經補強，但無法抑制隧道結構品質劣化趨勢，為避免隧道突發性崩塌之斷水風險及恢復原輸水能力，有興建第2隧道之必要，由於開發計畫輸水量超出必需實施環境影響評估的門檻，依照環境影響評估法相關規定，進行本第2隧道與建計畫環境影響說明書之製作。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/14</date><governmentpublicationsnumber>1009902360</governmentpublicationsnumber><identifier>69308</identifier><internationalstandardbooknumber>9789860240542 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69308</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道環境影響評估－附錄 Environmental Impact Assessment of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201006</yearidentifier></data><data><abstract>為促進馬祖地區新興水源開發之能力，本計畫以馬祖地區(以南竿鄉為範圍)都市生活污水處理廠放流水再生利用為目標，調查分析可行利用方式，並據以研選一處最具潛勢污水處理廠，選定作為示範場址以利未來再生水水資源中心的設立相關工作內容與成果摘要說明如下。</abstract><author>綠森環境工程技師事務所、連江縣政府</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980357</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/16</date><governmentpublicationsnumber>1009903784</governmentpublicationsnumber><identifier>69309</identifier><internationalstandardbooknumber>9789860254020 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69309</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>馬祖地區水再生利用規劃及試驗計畫先期研究(內附光碟) The Planning and Pilot Study for Reclaimed Water in Matsu Area</title><yearidentifier>201011</yearidentifier></data><data><abstract>文建會近年積極推動行政院各機關部會文化性資產的清查、宣導、教育訓練等工作，希望藉此能在環境變遷、機關單位更替、技術不斷改進下的過程中，保存國內公有的產業文化資產；經過文建會文化資產小組的多次會議討論，直接進入各機關單位內，以專業輔導協助的角色，幫助大家進行產業文化資產的清查，為該項工作的共識，也藉由培訓「種籽」清查人員，期待能將產業文化資產的清查工作紮根下去。</abstract><author>私立中原大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/20</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>69320</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69320</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署「文化性資產清查委託服務計畫」=The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>屏東平原為台灣主要之地下水區，經濟部水利署南區水資源局(以下簡稱南水局)為減少地下水抽用所引起問題、加速前述環境退化區域之復育工作，規劃整合區域地表地下水資源，俾利有效率運用區域水資源，增加區域供水穩定性及達到水資源永續利用目標，而研擬「隘?溪下游集水工暨輸水工程」計畫。評估於隘寮溪高樹大橋上游約1.5公里處興建集水工，增加地下水涵養補注及截取出滲之地下水利用，計畫取水量10萬噸/日（約1.16立方公尺/秒），採明挖覆蓋方式設置專管輸水至自來水公司屏東淨水場，作為屏東淨水場之輔助水源，期能在穩定供應屏東地區用水之前提下達到減抽地下水及增進地下水涵養之目的。由於本計畫取水量依法應實施環境影響評估，根據評估成果顯示，未來開發雖可能對部分環境因子（包括地形地質、水文水質、空氣品質、噪音振動、交通、廢棄物、生態、景觀、文化資產等方面）造成些微衝擊，但其仍屬於短暫及暫時性，且透過有效防治措施及減輕對策，將可有效降低施工及營運期間對環境之不良衝擊。藉由環境影響評估之調查評估結果，瞭解工程計畫可能之影響及其因應對策，使計畫施工及營運期間對環境之衝擊程度降到最低，落實永續發展理念。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>351.855102</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960216</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/20</date><governmentpublicationsnumber>1009903819</governmentpublicationsnumber><identifier>69321</identifier><internationalstandardbooknumber>9789860253221 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>隘寮溪下游集水工暨輸水工程環境影響說明書(本文)－內附光碟 Environmental Impact Sepcification of Water collection and Transportation Engineering at Downstream of Ai-Liao Creek</title><yearidentifier>201012</yearidentifier></data><data><abstract>屏東平原為台灣主要之地下水區，經濟部水利署南區水資源局(以下簡稱南水局)為減少地下水抽用所引起問題、加速前述環境退化區域之復育工作，規劃整合區域地表地下水資源，俾利有效率運用區域水資源，增加區域供水穩定性及達到水資源永續利用目標，而研擬「隘?溪下游集水工暨輸水工程」計畫。評估於隘寮溪高樹大橋上游約1.5公里處興建集水工，增加地下水涵養補注及截取出滲之地下水利用，計畫取水量10萬噸/日（約1.16立方公尺/秒），採明挖覆蓋方式設置專管輸水至自來水公司屏東淨水場，作為屏東淨水場之輔助水源，期能在穩定供應屏東地區用水之前提下達到減抽地下水及增進地下水涵養之目的。由於本計畫取水量依法應實施環境影響評估，根據評估成果顯示，未來開發雖可能對部分環境因子（包括地形地質、水文水質、空氣品質、噪音振動、交通、廢棄物、生態、景觀、文化資產等方面）造成些微衝擊，但其仍屬於短暫及暫時性，且透過有效防治措施及減輕對策，將可有效降低施工及營運期間對環境之不良衝擊。藉由環境影響評估之調查評估結果，瞭解工程計畫可能之影響及其因應對策，使計畫施工及營運期間對環境之衝擊程度降到最低，落實永續發展理念。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>351.855102</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960216</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/20</date><governmentpublicationsnumber>1009903819</governmentpublicationsnumber><identifier>69322</identifier><internationalstandardbooknumber>9789860253221 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69322</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>隘寮溪下游集水工暨輸水工程環境影響說明書(附錄)= Environmental Impact Sepcification of Water collection and Transportation Engineering at Downstream of Ai-Liao Creek</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/21</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>69325</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69325</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署台灣地區水資源投資分析98年度報告</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/22</date><governmentpublicationsnumber>1009902808</governmentpublicationsnumber><identifier>69327</identifier><internationalstandardbooknumber>9789860247084 ; 9789860247</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69327</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸地形監測調查計畫  Monitoring of Coastal Topography at Chang─Hua</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/22</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>69330</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69330</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>台灣地區水資源投資分析98年度報告</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>謝光照、楊金興</author><categoryidentifier>434.105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009903089</governmentpublicationsnumber><identifier>69335</identifier><internationalstandardbooknumber>9789860246827 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69335</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>99</publishrocyear><title>雜糧作物試驗研究年報【九十七年】ANNUAL  REPORT  OF  DRYLAND  FOOD  CROPS  IMPROVEMENT 2008</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69336</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69336</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究〈2/2〉  The Development of Membrane Pretreatment  Methods and Fouling Control (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69337</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69337</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究〈2/2〉  The Development of Membrane Pretreatment  Methods and Fouling Control (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究焦點在於如何利用微生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結，產生部份強度而應用於工程中並獲得工程效益。另外，應用微生物進行結構物裂縫之修補技術開發方面，亦有重大突破，可節省大量工程維護成本。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980053</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009804403</governmentpublicationsnumber><identifier>69338</identifier><internationalstandardbooknumber>9789860220865 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69338</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究(1/2)－內附光碟</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究計畫將針對貫入試驗法作為快速有效檢測土壤工地密度之可行性，進行深入探討，研究重點包括：貫入器之尺寸、貫入能量、現場操作性及安全性、建立與土壤工地密度之關係曲線、貫入試驗法之靈敏度分析及檢測工地密度之可行性評估。本計畫將配合現行河海堤工程及湖山水庫大壩工程之施工，進行貫入試驗檢測土壤輾壓夯實後之工地密度，試驗結果將與砂錐法所測定之工地密度進行比較分析，以驗證貫入試驗法檢測土壤工地密度之可行性。</abstract><author>朝陽科技大學</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980118</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009804386</governmentpublicationsnumber><identifier>69339</identifier><internationalstandardbooknumber>9789860220872 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69339</librarycollectiondetailsurl><price>237</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>開發貫入試驗法快速檢測土壤工地密度 Development of a penetration test technique for rapid evaluation of soil field density</title><yearidentifier>201008</yearidentifier></data><data><abstract>本研究計畫將針對貫入試驗法作為快速有效檢測土壤工地密度之可行性，進行深入探討，研究重點包括：貫入器之尺寸、貫入能量、現場操作性及安全性、建立與土壤工地密度之關係曲線、貫入試驗法之靈敏度分析及檢測工地密度之可行性評估。本計畫將配合現行河海堤工程及湖山水庫大壩工程之施工，進行貫入試驗檢測土壤輾壓夯實後之工地密度，試驗結果將與砂錐法所測定之工地密度進行比較分析，以驗證貫入試驗法檢測土壤工地密度之可行性。</abstract><author>朝陽科技大學</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980118</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009804386</governmentpublicationsnumber><identifier>69340</identifier><internationalstandardbooknumber>9789860220872 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69340</librarycollectiondetailsurl><price>165</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>開發貫入試驗法快速檢測土壤工地密度(光碟版) Development of a penetration test technique for rapid evaluation of soil field density</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990020</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69341</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69341</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(2/2) The Development of Membrane Pretreatment Methods and Fouling Control (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990020</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/28</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69342</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(2/2)－光碟版 The Development of Membrane Pretreatment Methods and Fouling Control (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據經濟部水利署所擬定之「多元化水資源政策綱領」中揭示，在民國92年之平水年時，台灣地區用水總需求約為186億頓；未來若以中度經濟成長推估，至民國110年時臺灣地區用水年需求總量將達200億頓，而規劃之水源總年供給量約為192億頓，不足8億頓。爰此，未來所規劃之傳統水源開發日漸不易，新興水源之規劃與開發，將變成台灣未來重要之水資源項目。 生活污水回收再利用因水量大且穩定、水質污染負荷低，可作為未來台灣新興水資源中重要的輔助水源之一，且伴隨之污水下水道建設與污水處理廠之興建暨都市污水處理後之回收水量，未來國內廢污水回收之潛能將可達每年16.7億頓，對未來水資源不足解決方案中，提供重要的貢獻來源。 又依據本署「新世紀水資源政策綱領」策略與措施，推廣生活污水回收再生利用，蓬勃水利產業發展，逐步推動國內水再生事業，落實水源多元化目標，是國家未來重要水源開發之重點項目。但在目前自來水價低於再生水價之情況下，再生水缺乏其競爭優勢，因此除了政府補貼創造其經濟誘因外，必須積極增加再生水之競爭優勢，評估其經濟成本，凸顯總體價值之經濟性。 爰此，建構符合經濟效益之水再生利用模式，以達前揭未來水資源政策目標，擬成立本計畫。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990019</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69343</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69343</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究(2/2) Framework of Economic Evaluation for Water Reclamation and Reuse(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據經濟部水利署所擬定之「多元化水資源政策綱領」中揭示，在民國92年之平水年時，台灣地區用水總需求約為186億頓；未來若以中度經濟成長推估，至民國110年時臺灣地區用水年需求總量將達200億頓，而規劃之水源總年供給量約為192億頓，不足8億頓。爰此，未來所規劃之傳統水源開發日漸不易，新興水源之規劃與開發，將變成台灣未來重要之水資源項目。 生活污水回收再利用因水量大且穩定、水質污染負荷低，可作為未來台灣新興水資源中重要的輔助水源之一，且伴隨之污水下水道建設與污水處理廠之興建暨都市污水處理後之回收水量，未來國內廢污水回收之潛能將可達每年16.7億頓，對未來水資源不足解決方案中，提供重要的貢獻來源。 又依據本署「新世紀水資源政策綱領」策略與措施，推廣生活污水回收再生利用，蓬勃水利產業發展，逐步推動國內水再生事業，落實水源多元化目標，是國家未來重要水源開發之重點項目。但在目前自來水價低於再生水價之情況下，再生水缺乏其競爭優勢，因此除了政府補貼創造其經濟誘因外，必須積極增加再生水之競爭優勢，評估其經濟成本，凸顯總體價值之經濟性。 爰此，建構符合經濟效益之水再生利用模式，以達前揭未來水資源政策目標，擬成立本計畫。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990019</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69344</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69344</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究(2/2)－光碟版 Framework of Economic Evaluation for Water Reclamation and Reuse(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。本計畫第一期（98年度）已獲得近十年（民國87～97年）中台灣近岸海流在不同地區、不同季節的近岸海流資料，本年度（99年度）計畫已完成今年衛星影像海流資料的建置與海流資料反演外，並完成澎湖、台東海域衛星與岸基雷達聯合施測。另外將探討劇烈天氣對於影響近岸海流變異的變化情形，以提供水利署等相關單位使用，俾使台灣海岸地區防護更臻完善。</abstract><author>國立中央大學通訊系統研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990204</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>69345</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69345</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。本計畫第一期（98年度）已獲得近十年（民國87～97年）中台灣近岸海流在不同地區、不同季節的近岸海流資料，本年度（99年度）計畫已完成今年衛星影像海流資料的建置與海流資料反演外，並完成澎湖、台東海域衛星與岸基雷達聯合施測。另外將探討劇烈天氣對於影響近岸海流變異的變化情形，以提供水利署等相關單位使用，俾使台灣海岸地區防護更臻完善。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990204</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>69346</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69346</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究(2/2)--光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>「白河水庫更新改善規劃檢討」，計畫內容及各項工作如下。  一、基本資料調查及蒐集 (一)基本資料蒐集調查與分析（水文、氣象、流量、洪水、輸砂分析及集水區土地利用概況） (二)水庫集水區治理及清淤資料蒐集 (三)水庫灌區相關資料(面積、植種及用水量)蒐集與分析。 (四)水庫營運現況檢討  二、水庫清淤方式評估 (一)歷年清淤情況檢討分析。 (二)清淤方式評估及成本分析。含水力浚渫及陸上機械開挖方式 (三)既有土資場調查及新設土資場規劃  三、水庫更新改善方案檢討 就95、96年永續經營規劃（1）、（2）成果，進行評析並優選方案。含(1).水庫設施改善（含排砂、取水工）(2).水庫浚挖清淤(3).越域引水(4).水庫加高。  四、供水潛能分析 (一)供水能力現況分析（農業、民生用水） (二)更新方案供水潛能分析（農業、民生用水）。 (三)可移撥民生用水量分析。  五、取水設施更新可行性檢討 (一)水庫既有設施水力排砂方式評估 (二)出水工改善工程方案研擬 (三)新建排砂工程評估 (四)水庫排砂對下游急水溪影響與因應對策 六、更新改善後下游供水方案規劃 (一)供水區域規劃 (二)下游供水方案工程規劃（含淨水場地點、規模建議及輸水管線工程規劃）  七、水庫更新改善期間農田休耕停灌影響分析 (一)農田休耕停灌影響範圍及其作物種類調查 (二)農田休耕停灌期間對該區經濟、社會之影響分析 (三)農田休耕停灌期間對糧食價格之影響分析 (四)農田休耕停灌之經費概算  八、綜合評估 (一)效益分析。 (二)計畫評價。  九、工作簡報及報告編撰印製 (一)期初、期中、期末簡報及不定期工作會報。 (二)計畫成果報告書。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990158</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904271</governmentpublicationsnumber><identifier>69347</identifier><internationalstandardbooknumber>9789860258622 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69347</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>白河水庫更新改善規劃檢討成果報告(內附光碟) Review of Planning for Renewal and Improvement of Baihe Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990158</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904271</governmentpublicationsnumber><identifier>69348</identifier><internationalstandardbooknumber>9789860258622 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>白河水庫更新改善規劃檢討 光碟版Review of Planning for Renewal and Improvement of Baihe Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69349</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69349</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>陳偉甫</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990020</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69350</identifier><internationalstandardbooknumber>9789860255569 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>2009902197</governmentpublicationsnumber><identifier>69351</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69351</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>2009902198</governmentpublicationsnumber><identifier>69352</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69352</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>2009902199</governmentpublicationsnumber><identifier>69353</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69353</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2010/12/29</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69354</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69354</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報電子書 ＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract>摘-1 摘要 一、概述 新店溪為淡水河水系三大支?之一，為配合臺?地區防洪計畫， 碧潭橋以下河段保護標準採重現期距200 ?，碧潭橋以上河段保護標 準採重現期距100 ?。新店溪秀?橋以下河段，於民國97 ?由經濟 部水?署水?規劃試驗所(以下簡稱水規所)檢討完成。而新店溪秀? 橋以上河段，前臺灣?水?處於民國87 ?完成「新店溪中上游治? 規劃」（以下簡稱前規劃或民國87 ?規劃）後，迄今已逾10 ?未進 ?該河段之治?規劃檢討，近??水文事件因全球氣候變遷而有大幅 ?的變?，另新店溪沿線社會經濟的高?發展，因中、上游土地資源 有限，人與水爭地情況日趨嚴重，因此需重新檢討其水道治?計畫。 爰此，經濟部水?署第十河川局（以下簡稱 貴局或十河局）於 民國99 ?辦?「新店溪中上游段治?規劃檢討(2/3)」，重新檢討其治 ?基本計畫做為爾後河川治?與管?之依據。 本計畫分為3 ?(民國98 ?~民國100 ?)辦?新店溪中上游河段 （由南勢溪覽勝大橋起至新店溪秀?橋止）之治?規劃檢討，本?? 為第2 ?(民國99 ?)計畫。 第2 ?工作自決標日(民國99 ?4 月30 日)起至民國99 ?12 月 25 日止，委辦工作內容如下： (一)洪災成因調查與損失分析與檢討。 (二)河道治?計畫檢討。 (三)治?工程計畫檢討。 (四)關?計畫及配合措施之擬訂。 (五)治?規劃檢討報告編撰。 (?)??報告編撰。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990292</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/30</date><governmentpublicationsnumber>1009904689</governmentpublicationsnumber><identifier>69356</identifier><internationalstandardbooknumber>9789860264524 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69356</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>新店溪中上游段治理規畫檢討(2/3) The  Improvement  Plan  of  Upper  and  Middle  Reaches  of  Xin-dian  River  System (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990013</commissionedprojectidentifier><currency>NT$</currency><date>2010/12/31</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69358</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69358</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果彙編暨發表會成果報告書  2009 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69359</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69359</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究〈2/2〉  Framework of Economic Evaluation for Water Reclamation and Reuse〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69360</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究〈2/2〉  Framework of Economic Evaluation for Water Reclamation and Reuse〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>陳豪吉、、孟孟孝、張永璇、黃郁婷</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009804403</governmentpublicationsnumber><identifier>69362</identifier><internationalstandardbooknumber>9789860220865 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69362</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究之主要目的係針對員山子分洪設施之水理特性，特別是為滿足颱洪期間、高洪水位流量觀測之需求，研擬一套適合該分洪段流量量測之方法，俾能更準確掌握基隆河上游進入員山子分洪段之入流量經分洪堰排入分洪隧道之分洪量，及經攔河堰孔口排放至下游河道之洪水量，以提供後續洪水預報、分洪管理及相關設施維護改善之參考利用。 本研究執行期間共分三年，本報告已完成前二年工作目標。第一年成果包括針對員山子分洪工程現地設施情況以及水文、地文條件，研擬出適合該分洪段流量量測之方法；為掌握上游入流量，已於距員山子分洪段約1.7公里處便橋處建構一座準確並具高效率之水位－流量站，於第一年已開始進行高颱洪期間水位流量觀測工作，俾有效掌握河道上游入流量並作為推估分洪流量之主要依據；此外，檢核員山子分洪工程中各項水文觀測設施，確認在員山子分洪段內之水位觀測站（LS1～LS4及MS1～MS3）能正常有效運行。 本年度（第二年）工作主要目標在分洪時之實際觀測資料，並利用實測分洪段內水位資料進行數值演算與驗證，且由現場流量及對應水位之觀測資料建立新設測站之水位－流量率定曲線。今年度成果如下：（1）持續分析分洪段內各水位觀測站運作現況，（2）洪水時期利用新設測站進行水位及流量觀測，並持續擴充該斷面水位－流量率定曲線，（3）進行水工模型試驗以模擬並檢核原有各分洪設施率定曲線，（4）利用水工模型試驗數據檢定驗證三維變量流數值演算模式（5）使用數值模式模擬各場高颱洪時有分洪事件情況，並比較現場觀測之分洪堰前水位－分洪流量率定曲線，發現LS4水位觀測站所得之水位流量關係結果應可採用。（6）利用水收支平衡關係檢核員山子分洪段內各水位－流量率定曲線適用性，並與分洪堰前水位－分洪流量率定曲線推估之分洪量相互驗證（7）自去年有實測入流量至今發生之分洪事件入流量皆低於600 cms，本年度研究針對入流量小於600 cms時在LS4水位觀測站（位於分洪堰前左岸處）建立新水位－分洪流量率定曲線，俾更有效應用於實際分洪量之推估。此外，今年度所採用之研究方法流程包括水收支平衡關係、水工模型試驗以及三維數值模式模擬分析，經實際驗證應用後，建議未來可適用於未來持續觀測高流量之分析。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990310</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904515</governmentpublicationsnumber><identifier>69366</identifier><internationalstandardbooknumber>9789860262353 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69366</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>員山子分洪入流段水文量測及水理分析(2/3)=Hydrogy Measurementsand Hydraulic Analyses for Inflow Region of the Yuansdhantze Flood Diversion(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69367</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果彙編暨發表會成果報告</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究之主要目的係針對員山子分洪設施之水理特性，特別是為滿足颱洪期間、高洪水位流量觀測之需求，研擬一套適合該分洪段流量量測之方法，俾能更準確掌握基隆河上游進入員山子分洪段之入流量經分洪堰排入分洪隧道之分洪量，及經攔河堰孔口排放至下游河道之洪水量，以提供後續洪水預報、分洪管理及相關設施維護改善之參考利用。 本研究執行期間共分三年，本報告已完成前二年工作目標。第一年成果包括針對員山子分洪工程現地設施情況以及水文、地文條件，研擬出適合該分洪段流量量測之方法；為掌握上游入流量，已於距員山子分洪段約1.7公里處便橋處建構一座準確並具高效率之水位－流量站，於第一年已開始進行高颱洪期間水位流量觀測工作，俾有效掌握河道上游入流量並作為推估分洪流量之主要依據；此外，檢核員山子分洪工程中各項水文觀測設施，確認在員山子分洪段內之水位觀測站（LS1～LS4及MS1～MS3）能正常有效運行。 本年度（第二年）工作主要目標在分洪時之實際觀測資料，並利用實測分洪段內水位資料進行數值演算與驗證，且由現場流量及對應水位之觀測資料建立新設測站之水位－流量率定曲線。今年度成果如下：（1）持續分析分洪段內各水位觀測站運作現況，（2）洪水時期利用新設測站進行水位及流量觀測，並持續擴充該斷面水位－流量率定曲線，（3）進行水工模型試驗以模擬並檢核原有各分洪設施率定曲線，（4）利用水工模型試驗數據檢定驗證三維變量流數值演算模式（5）使用數值模式模擬各場高颱洪時有分洪事件情況，並比較現場觀測之分洪堰前水位－分洪流量率定曲線，發現LS4水位觀測站所得之水位流量關係結果應可採用。（6）利用水收支平衡關係檢核員山子分洪段內各水位－流量率定曲線適用性，並與分洪堰前水位－分洪流量率定曲線推估之分洪量相互驗證（7）自去年有實測入流量至今發生之分洪事件入流量皆低於600 cms，本年度研究針對入流量小於600 cms時在LS4水位觀測站（位於分洪堰前左岸處）建立新水位－分洪流量率定曲線，俾更有效應用於實際分洪量之推估。此外，今年度所採用之研究方法流程包括水收支平衡關係、水工模型試驗以及三維數值模式模擬分析，經實際驗證應用後，建議未來可適用於未來持續觀測高流量之分析。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980310</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904515</governmentpublicationsnumber><identifier>69368</identifier><internationalstandardbooknumber>9789860262353 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69368</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>員山子分洪入流段水文量測及水理分析(2/3)--光碟版 Hydrogy Measurementsand Hydraulic Analyses for Inflow Region of the Yuansdhantze Flood Diversion(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69369</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69369</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果彙編暨發表會成果報告 2009 water  Resources Agency Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69371</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69371</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果摘要彙編〈內含光碟片〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>摘-1 摘要 一、概述 新店溪為淡水河水系三大支?之一，為配合臺?地區防洪計畫， 碧潭橋以下河段保護標準採重現期距200 ?，碧潭橋以上河段保護標 準採重現期距100 ?。新店溪秀?橋以下河段，於民國97 ?由經濟 部水?署水?規劃試驗所(以下簡稱水規所)檢討完成。而新店溪秀? 橋以上河段，前臺灣?水?處於民國87 ?完成「新店溪中上游治? 規劃」（以下簡稱前規劃或民國87 ?規劃）後，迄今已逾10 ?未進 ?該河段之治?規劃檢討，近??水文事件因全球氣候變遷而有大幅 ?的變?，另新店溪沿線社會經濟的高?發展，因中、上游土地資源 有限，人與水爭地情況日趨嚴重，因此需重新檢討其水道治?計畫。 爰此，經濟部水?署第十河川局（以下簡稱 貴局或十河局）於 民國99 ?辦?「新店溪中上游段治?規劃檢討(2/3)」，重新檢討其治 ?基本計畫做為爾後河川治?與管?之依據。 本計畫分為3 ?(民國98 ?~民國100 ?)辦?新店溪中上游河段 （由南勢溪覽勝大橋起至新店溪秀?橋止）之治?規劃檢討，本?? 為第2 ?(民國99 ?)計畫。 第2 ?工作自決標日(民國99 ?4 月30 日)起至民國99 ?12 月 25 日止，委辦工作內容如下： (一)洪災成因調查與損失分析與檢討。 (二)河道治?計畫檢討。 (三)治?工程計畫檢討。 (四)關?計畫及配合措施之擬訂。 (五)治?規劃檢討報告編撰。 (?)??報告編撰。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990292</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904689</governmentpublicationsnumber><identifier>69373</identifier><internationalstandardbooknumber>9789860264524 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69373</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>新店溪中上游段治理規畫檢討(2/3)－光碟版 The  Improvement  Plan  of  Upper  and  Middle  Reaches  of  Xin-dian  River  System〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>69375</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69375</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利第20期(內附光碟)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/3</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69382</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69382</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結垢清洗技術開發之研究(2/2)光碟版 The Development of Membrane Pretreatent Methods and Fouling Control</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。</abstract><author>國立中央大學通訊研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/4</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>69387</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69387</librarycollectiondetailsurl><price>350</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。</abstract><author>國立中央大學通訊研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/4</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>69388</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69388</librarycollectiondetailsurl><price>350</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究〈光碟版〉〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起及目的 崇德(Chong-De)水庫位於高雄縣田寮鄉內二仁溪支流番仔崎溪，曾於民國80～92年間辦理調查規劃工作，後因其他大型水源開發工程進行而暫緩規劃。然為因應88水災後水源缺口，重啟水庫規劃工作。 二、基本資料蒐集與分析 (一)出露於壩址區之岩層屬南化泥岩，泥岩的單壓強度低，易水解消散，易風化侵蝕，不利於興建混凝土壩。若在土壩的考量上，以此水庫壩高僅43公尺，且岩體水密性良好，基礎處理應無問題。 (二)水庫壩址處之年平均逕流量為1,430萬立方公尺， 5～9月流量佔全年流量之91%。 (三)本次工程水文分析增加莫拉克颱風降雨，重現期距一萬年洪水量為524秒立方公尺，可能最大洪水量為846秒立方公尺，均較前期評估大。 三、水庫排砂規劃 (一)考慮集水區滿水位以上區域、滿水位以下區域及越域引水輸砂量三類淤砂來源，年入砂量為31.7萬立方公尺。 (二)基於集水區泥岩之惡地形特性，水庫防淤機制以上游攔阻、邊坡防護、下游排淤之系統化治理，並於水庫營運期間適時、適地辦理集水區治理。 (三)水庫進行集水區保育後，無排砂機制下營運60年後庫容剩餘50%、110年後水庫淤滿；本計畫建議水庫16~20旬需進行空庫排砂，90年後庫容剩餘50%、180年後水庫淤滿，若能配合滿庫後進行渾水潭排砂，130年後庫容剩餘50%、260年後水庫淤滿。 四、水源運用分析 (一)月眉(Yue-Mei)進水口入流量扣除下游水權保留量與生態基流量後，平均每年尚有10.4億立方公尺剩餘水量；旗山導水路現有輸水能力16.0秒立方公尺時阿公店(A-Gong-Dian)與崇德水庫於圓潭子分水工可引水量為1.12億立方公尺，若旗山導水路輸水容量擴建為20.1秒立方公尺，可引水量增為1.31億立方公尺，足供兩水庫蓄水利用。 (二)崇德水庫單獨運用時供水能力達每日14.2萬立方公尺，若曾文水庫越域引水工程無法順利推動，可填補高雄地區目標年120年部分需水量，供應高雄北區用水；若能與高屏堰聯合運用，供水能力可達每日21.7萬立方公尺，惟高屏堰與南化水庫聯合運用尚未達成目標，現階段仍朝崇德水庫單獨運用規劃。 五、水庫開發規模檢討 針對壩址位置、地形地質、水文水源、築壩材料及環境等條件進行開發規模檢討，崇德水庫因受地形及越域引水路高程所限，且可建壩址愈來愈少，故建議仍維持前期規劃成果，滿水位標高57公尺，壩頂標高62公尺之地形上最大開發規模。 六、工程規劃檢討 (一)崇德水庫大壩適合採用壩型為土壩，由於壩址附近有足夠的不透水土料，採用分區型斷面時，適合以中央不透水心層做為壩體止水心層。可配合後續集水區築壩材料調查結果，檢討採用均質型土壩之可行性，惟均質型土壩需於壩體設排水濾層以確保大壩安全。 (二)施工擋水壩佈置於大壩上游側，為壩體之一部分；溢洪管、施工導水隧道均佈置在大壩右岸。溢洪管採環型無閘門跌入式，下摘豎管及排洪隧道，消能池側壁採斜依式RC護坡工，以引導水流兼穩固下游兩岸邊坡。施工導水設施包括施工擋水壩及施工導水隧道，隧道直徑6公尺，水庫興建完成後改建為排砂道。取水工亦設置於大壩右岸，採用直立式取水塔分段取水。  (三)旗山導水路應回復至原設計通水能力20.1cms。其倒虹吸工已使用40餘年且有滲漏現象，建議一併改善。改善工程包括3,289公尺渠道、4座橋樑改建，及直徑3.1公尺長1,040公尺之倒虹吸工。 (四)配合水庫滿水位至集水區範圍線間面積比例與地形特性，以庫區西側為集水區水土保持工程主要保護範圍，主要工法為土壩蓄水攔淤配合邊坡植生綠化，主要工程為土壩2座，混凝土壩1座，並配合崇德放流口操作維護及土壩施工清淤所需，施設施工及維護道路2條。 七、計畫評價 (一)本計畫工期規劃為6年，採用年利率3%，總工程費為101.37億元，施工期間利息為16.69億元，建造成本為118.06億元。以	經濟分析年限50年分析，原水成本為每立方公尺10.17元。 (二)崇德水庫具有水源、工程、經濟及永續等可行性，相較其他水源開發計畫具有推動優勢，惟可行性階段尚有許多工作尚未進行，宜加速進行可行性階段評估工作。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.642746</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990251</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/4</date><governmentpublicationsnumber>1009904358</governmentpublicationsnumber><identifier>69389</identifier><internationalstandardbooknumber>9789860259438 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>崇德水庫可行性規劃(4)－內附光碟 Feasibility Planning of Chong De Reservoir  (4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>透過蓄水與引水建造物安全複查、水庫安全評估報告之審查及緊急事件現勘協助，可有效掌握各蓄水與引水建造物安全狀況及加強水庫安全評估報告檢核之效果，對於後續蓄水與引水建造物之安全管理工作應具實質幫助。</abstract><author>交通大學</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990073</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904433</governmentpublicationsnumber><identifier>69391</identifier><internationalstandardbooknumber>9789860261264 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69391</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)(2009~2011)  Technical Consultation on the Appraisal of Reservoirs Inspection and Safetv Evaluation Reports(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>透過蓄水與引水建造物安全複查、水庫安全評估報告之審查及緊急事件現勘協助，可有效掌握各蓄水與引水建造物安全狀況及加強水庫安全評估報告檢核之效果，對於後續蓄水與引水建造物之安全管理工作應具實質幫助。</abstract><author>交通大學</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990073</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904433</governmentpublicationsnumber><identifier>69392</identifier><internationalstandardbooknumber>9789860261264 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69392</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)－光碟版 (2009~2011)  Technical Consultation on the Appraisal of Reservoirs Inspection and Safetv Evaluation Reports(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為5年度，為99年及103年度，本(99)年度為第1年度，目的為持續維持本署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供本署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.93026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>69393</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69393</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇(1/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為5年度，為99年及103年度，本(99)年度為第1年度，目的為持續維持本署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供本署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.93026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>69394</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69394</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇(1/3)--光碟版=Operation and Technology Improvement of the Coastal Ocean Monitoring Network (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度的工作重點在於利用歷年的成果進行加值擴充，在水文觀測資訊管理部分，將配合水利署正式上線運作之GPRS水位測站傳輸提供整合服務及後續應用；在水文資訊加值服務部分，「水文資訊網整合服務系統」將整入地下水觀測與近海水文觀測資料，並加入雨量分析項目；水文資訊申請部分，本年度將正式對外收費，需配合水利署新頒布之收費作業標準調整系統功能，並納入多元之收費管道。為配合水文資料處理程序之推動，本年度將進行各水利署所屬單位之訪談與辦理教育訓練，並提供線上版本教材。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69395</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69395</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3) Extension  and  Improvement   of  Hydrological  Information  System  Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度的工作重點在於利用歷年的成果進行加值擴充，在水文觀測資訊管理部分，將配合水利署正式上線運作之GPRS水位測站傳輸提供整合服務及後續應用；在水文資訊加值服務部分，「水文資訊網整合服務系統」將整入地下水觀測與近海水文觀測資料，並加入雨量分析項目；水文資訊申請部分，本年度將正式對外收費，需配合水利署新頒布之收費作業標準調整系統功能，並納入多元之收費管道。為配合水文資料處理程序之推動，本年度將進行各水利署所屬單位之訪談與辦理教育訓練，並提供線上版本教材。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69396</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69396</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3)--光碟版=Extension and Improvement of Hydrological Information System Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>有鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術上困難也最為嚴峻(包含在惡劣天候、惡劣水文條件及動床變化掌握)，因此，為避免政府投資浪費，在正式研發作業之前，宜有合適之先期評估作業，以了解後續研發應注意之工作要項與可行之方向，以利後續研擬合適之科技研發計畫進行，爰研擬本計畫。本計畫將著重於觀測設備研發之先期評估，並以能研發原型機為目標。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>69397</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69397</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及建置先期計畫 The early research and development plan for river discharge measurement technology in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>有鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術上困難也最為嚴峻(包含在惡劣天候、惡劣水文條件及動床變化掌握)，因此，為避免政府投資浪費，在正式研發作業之前，宜有合適之先期評估作業，以了解後續研發應注意之工作要項與可行之方向，以利後續研擬合適之科技研發計畫進行，爰研擬本計畫。本計畫將著重於觀測設備研發之先期評估，並以能研發原型機為目標。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>69398</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69398</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及建置先期計畫(光碟版) The early research and development plan for river discharge measurement technology in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署於98年度辦理之水資源科技發展、一般行政、水資源企劃與保育計畫、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，故編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表水利署98年度執行各項委辦計畫之相關成果，並藉由與會專家之討論與建議，協助水利署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。 本計畫執行工作項目為：經濟部水利署98年度委辦計畫成果摘要彙編、舉辦經濟部水利署98年度委辦計畫成果發表會、歸納分析水利署98年度委辦計畫成果產出與應用情形。本團隊以專業之規劃設計、企劃能力及資料彙整分析之能力，將所有委辦計畫成果轉化成本計畫具體的成果報告。 針對成果發表會的部份，本團隊發揮在學業界最大的經驗效益，進行良好的活動流程安排；委辦計畫成果產出與應用情形部分，邀集專家學者共同歸納分析委辦計畫成果，盡力呈現彙整分析產出及應用的成果。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990013</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69400</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69400</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果彙編暨發表會成果報告書  2009 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署於98年度辦理之水資源科技發展、一般行政、水資源企劃與保育計畫、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，故編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表水利署98年度執行各項委辦計畫之相關成果，並藉由與會專家之討論與建議，協助水利署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。 本計畫執行工作項目為：經濟部水利署98年度委辦計畫成果摘要彙編、舉辦經濟部水利署98年度委辦計畫成果發表會、歸納分析水利署98年度委辦計畫成果產出與應用情形。本團隊以專業之規劃設計、企劃能力及資料彙整分析之能力，將所有委辦計畫成果轉化成本計畫具體的成果報告。 針對成果發表會的部份，本團隊發揮在學業界最大的經驗效益，進行良好的活動流程安排；委辦計畫成果產出與應用情形部分，邀集專家學者共同歸納分析委辦計畫成果，盡力呈現彙整分析產出及應用的成果。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990013</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69401</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69401</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計畫成果彙編暨發表會成果報告(光碟版)  2009 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究焦點在於如何利用微生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結，產生部份強度而應用於工程中並獲得工程效益。另外，應用微生物進行結構物裂縫之修補技術開發方面，亦有重大突破，可節省大量工程維護成本。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980053</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/5</date><governmentpublicationsnumber>1009804403</governmentpublicationsnumber><identifier>69407</identifier><internationalstandardbooknumber>9789860220865 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69407</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究(1/2)－光碟版</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣河川坡陡流急、地質風化、地震頻仍及降雨強度大，造成集水區沖蝕嚴重、地滑坍塌，並使得河道變遷、河床沖淤嚴重，且位處河川上游之水庫亦普遍存在淤積的問題。近年來水庫淤積、取水濁度問題日益嚴重，為永續水庫之經營利用，首要解決的就是泥砂問題，惟必須輔以實際的泥砂觀測資料，瞭解河川水文特性，作為水庫操作的依據。但受限傳統人工取樣觀測方法，許多重要的泥砂資料都有不足的情形，甚至因觀測環境惡劣，測站位置過於偏僻或操作人力限制，使得許多重要水文資料長期闕漏。因傳統採樣方法為單點短時距內的直接觀測(direct measurement)，不能連續全程地紀錄泥砂濃度變化，因此無法分析泥砂在河川空間即時間上之變化特性。故研發具備即時(real time)、連續性(continuous)、自動化(automatic)觀測功能之間接觀測(in-direct measurement)之泥砂觀測技術，為水資源科技努力之目標，亦為水利水文科技產業中極具應用潛力之範疇。本計畫擬探討激振式或相關即時自動化泥砂觀測方式之研發並擬應用於曾文水庫之洪水來砂之觀測，並推估曾文水庫在莫拉克颱風後之來水來砂關係，以作為未來水庫防淤減淤規劃及操作之參考</abstract><author>逢甲大學</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990028</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904942</governmentpublicationsnumber><identifier>69409</identifier><internationalstandardbooknumber>9789860267747 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69409</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫激振式泥砂濃度觀測技術研究(1/2) The Study of Vibration Tube for Suspend Sediment Concentration Monitoring Technology for Tsengwen Reservoir(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣河川坡陡流急、地質風化、地震頻仍及降雨強度大，造成集水區沖蝕嚴重、地滑坍塌，並使得河道變遷、河床沖淤嚴重，且位處河川上游之水庫亦普遍存在淤積的問題。近年來水庫淤積、取水濁度問題日益嚴重，為永續水庫之經營利用，首要解決的就是泥砂問題，惟必須輔以實際的泥砂觀測資料，瞭解河川水文特性，作為水庫操作的依據。但受限傳統人工取樣觀測方法，許多重要的泥砂資料都有不足的情形，甚至因觀測環境惡劣，測站位置過於偏僻或操作人力限制，使得許多重要水文資料長期闕漏。因傳統採樣方法為單點短時距內的直接觀測(direct measurement)，不能連續全程地紀錄泥砂濃度變化，因此無法分析泥砂在河川空間即時間上之變化特性。故研發具備即時(real time)、連續性(continuous)、自動化(automatic)觀測功能之間接觀測(in-direct measurement)之泥砂觀測技術，為水資源科技努力之目標，亦為水利水文科技產業中極具應用潛力之範疇。本計畫擬探討激振式或相關即時自動化泥砂觀測方式之研發並擬應用於曾文水庫之洪水來砂之觀測，並推估曾文水庫在莫拉克颱風後之來水來砂關係，以作為未來水庫防淤減淤規劃及操作之參考</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990028</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904942</governmentpublicationsnumber><identifier>69410</identifier><internationalstandardbooknumber>9789860267747 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69410</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>曾文水庫激振式泥砂濃度觀測技術研究(1/2) －光碟版 The Study of Vibration Tube for Suspend Sediment Concentration Monitoring Technology for Tsengwen Reservoir(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69415</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69415</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009</title><yearidentifier>201006</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69416</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69416</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十八年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69417</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69417</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十八年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅠ-RAINFALL</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69419</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69419</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十八年臺灣水文年報 第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69420</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69420</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中華民國九十八年臺灣水文年報 第三部份－地下水= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009PARTⅢ-GROUNDWATER</title><yearidentifier>200906</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904433</governmentpublicationsnumber><identifier>69422</identifier><internationalstandardbooknumber>9789860261264 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69422</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>98~100蓄水與引水建造物檢查及安全評估專業服務計畫〈2/3〉  〈2009~2011〉Technical  Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports 〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904433</governmentpublicationsnumber><identifier>69423</identifier><internationalstandardbooknumber>9789860261264 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69423</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>98~100蓄水與引水建造物檢查及安全評估專業服務計畫〈2/3〉〈光碟版〉  〈2009~2011〉Technical  Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports 〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署於98年度辦理之水資源科技發展、一般行政、水資源企畫與保育計畫、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計劃成果豐碩、故編篡委辦計劃成果摘要會邊並辦理成果發表會，對外發表水利署98年度執行各項委辦計劃之相關成果，並藉由與會專家之討論與建議，協助水利署掌握符合時勢之水資源政策發展及其未來施政之規劃方向○</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>69424</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69424</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計劃成果會編暨發表會成果報告=2009  Water   Resources   Agency   Commissioned   Projects   Accomplishment   Presentation</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>69426</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69426</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署台灣地區水資源投資分析98年度報告</title><yearidentifier>201011</yearidentifier></data><data><abstract>本研究之主要目的係針對員山子分洪設施之水理特性，在分洪期間洪水位及流量觀測之需求，研擬一套適合該分洪段流量量測之方法，俾能準確掌握基隆河上游進入員山子分洪段之入流量及經分洪堰排入分洪隧道之分洪量，及經攔河堰孔口排放至下游河道之洪水量，以提供後續洪水預報、分洪管理及相關設施維護改善之參考利用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904515</governmentpublicationsnumber><identifier>69429</identifier><internationalstandardbooknumber>9789860262353 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69429</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>員山子分流段水文量測及水理分析〈2/3〉=Hydrology   Measurments   and   Hydraulic   Analyses   for    Inflow     Region   of  the   Yuanshantze  Flood   Diversion  〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究之主要目的係針對員山子分洪設施之水理特性，在分洪期間洪水位及流量觀測之需求，研擬一套適合該分洪段流量量測之方法，俾能準確掌握基隆河上游進入員山子分洪段之入流量及經分洪堰排入分洪隧道之分洪量，及經攔河堰孔口排放至下游河道之洪水量，以提供後續洪水預報、分洪管理及相關設施維護改善之參考利用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/6</date><governmentpublicationsnumber>1009904515</governmentpublicationsnumber><identifier>69430</identifier><internationalstandardbooknumber>9789860262353 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69430</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>員山子分流段水文量測及水理分析〈光碟版〉〈2/3〉=Hydrology   Measurments   and   Hydraulic   Analyses   for    Inflow     Region   of  the   Yuanshantze  Flood   Diversion  〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89 平方公里，約佔台灣總面積之29 。本年報為本局98 年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/7</date><governmentpublicationsnumber>1009804797</governmentpublicationsnumber><identifier>69435</identifier><internationalstandardbooknumber>9789860257625 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69435</librarycollectiondetailsurl><price>450</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局年報九十八年度</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89 平方公里，約佔台灣總面積之29 。本年報為本局98 年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/7</date><governmentpublicationsnumber>1009804797</governmentpublicationsnumber><identifier>69436</identifier><internationalstandardbooknumber>9789860257625 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69436</librarycollectiondetailsurl><price>450</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局年報九十八年度(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本所自民國96～97年建置「台灣河川復育網站」，由於所內業務繁多，且為網站長期正常營運，進一?提昇多國相互間的交流合作，未來網站經營，期望委託有專業背景配合的廠商，配合相關研討會的舉辦，增加教育宣傳活動，資料庫建置、河川復育之經驗分享與世界各國理念傳遞，有助於豐富河川功能及創造環境的功能。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990284</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/7</date><governmentpublicationsnumber>1009904859</governmentpublicationsnumber><identifier>69440</identifier><internationalstandardbooknumber>9789860266573 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69440</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台灣河川復育網站營運維護計畫(1/5)(內附光碟)Operating and Maintenance Plan of Taiwan River Restoration Network Website (1/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract>由桃竹地區基本資料蒐集與資料庫建立，經由空間指標與動態灌溉配水模式分析，以擬定有效率之停灌及配水策略，及評估其對灌溉用水之影響。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990184</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/10</date><governmentpublicationsnumber>1009904263</governmentpublicationsnumber><identifier>69441</identifier><internationalstandardbooknumber>9789860259025 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69441</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究（2/2）(內附光碟)Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areaws(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域或系統內整體考?，除河道及排水等工程設施設計標準其目標外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程?達50～100 ?洪水重現期距為目標。如因現有地形或土地?用無法充分達成時，則輔以避洪及減災規劃等非工程措施因應。(二)國外相關洪災管?制?對我國洪災管?的啟示1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪水災害，且?符國家社會資源有效運用原則。透過洪災保險的推動可分散洪災風險，符合公共??，並實施洪氾區土地管?。由?邦政府主導並結合民間保險公司共同實施洪災保險，可提供人民較佳之保險保障，同時採取誘因與強制方式增加投保保單。2、日本「總合治水」治水工作結合各政府機關共同推動，並透過法規建?相關主管機關間的平台。3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴大或整治成本的遽增。將風險分攤、災害治?與土地使用管制等相互結合，使當地居民必須衡?自身的安全與??，以?土地使用管制得以推動。(三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問題包含環境因素、社會因素、防救災措施等三方面的問題。1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增加；台灣多樣的地形增加定??雨預報的?確定性。2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知?與資訊，無法在災害??時採取適當的應變措施；水災受災地區多?無防災社區的組織，無法有效結合當地居民採取有效應變措施。3、防救災措施包含災前減災工作多以工程措施為主，偏重災害發生的防治；土地開發造成逕??增加，集?時間縮減，加劇災害程?，應有適當土地(尤其低地)管?對策；執?減災非工程措施相關權責單位間橫向?繫加強；目前水災災中應變措施主要是採用移動式抽水機與防汛搶險器材?因應為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難標準作業程序」，並推動水災危險潛勢區域疏散避難，應加強當中的相關環節，使之?為完備；水災防災教育宣導僅侷限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防災教育宣導。本計畫以風險管?概?，依發生洪災的機?與損失程?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣地區的各項風險管?措施，並建?水患治?非工程措施整體架構。(四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查，透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區域或排水設施範圍、洪氾區，在整體程序應包含技術程序與?政程序。(五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報發佈、水災防災疏散避難演?、防災社區推動等部分。1、於災前針對?淹水地區進?完整避災規劃，包含防災避難圈、防災通道、防災據點、防災設施等。透過繪製水災防災疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、150、300、450、600 毫米之淹水模擬範圍圖等資?分送當地居民。2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒雨?或實際河川或潮位水位高於二級警戒水位，地方政府研判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河川或潮位水位高於一級警戒水位，地方政府研判當地氣候?況針對低窪地區進?強制疏散。3、防災疏散避難主要重點在於災害發生時之危機處?與應變搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、?線與安全避難處所，以及地區災害防救單位瞭解災害應變決策與提昇搶救災之效能。每?於訊期前，地方政府應針對?淹水地區進?一次以上之演?。4、由地方政府以委託專業團隊的方式針對?淹水地區的社區iv推動防災社區，於各社區內建?一套機制，讓減災成為地方重要且持續進?的活動，以強化?淹水地區的抗災能?。(?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助1、土地使用管制與建築物防洪能?補強以水災危險區地圖為基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程序要求新建建築物應符合建物防洪技術規範，新建建築物的高程應高於百?基準洪水位。為提高洪氾區內既有建築物進?建築物防洪能?補強，可以政府編?預算方式補助所需成本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築物進?防洪能?補強。2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰??得超過開發前之洪峰?」。要求大型開發?為，於水道集水區域內辦?土地開發?用、變?使用計畫或其他事由，致增加水道之逕??者，應將排水計畫書送該水道之管?機關審查同意後始得辦?。小型開發?為，開發人、設施所有人或經營人得向主管機關申請，於與基地同一集水區內覓地設置具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負擔，簡稱為代?方案。既有開發區及建築設施，其位於?市土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪設施，以管制各該地區之洪水出??。本措施需配合水?法的修改。3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著綜合之承保事故，運用空間與危險的分散，將?同之巨災作v為一個保險組合?分散風險，以求保險經營之穩健?。惟，該措施應在其他避災與減災措施具體?實後，方可以綜合天然災害保險的方式承擔剩餘的風險。否則，將會導致政府或保險人沉重財務負擔，無法達到最有效之成本原則。在其他避災與減災措施具體?實後，可針對洪氾區內已完成防洪能?補強之建築物，提供綜合天然災害保險水災部分之保費補助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。(七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措施應長期持續推動。(八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前者應以交通部中央氣象局執?，經濟部水?署配合方式辦?；後者則應由經濟部水?署負責研發完整洪水與淹水預報系統。本工作應長期持續推動，以提高預測與預警的效能。(九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法?限制等因素，為在短期間可以直接減少人命財產的損失，建議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演?、防災社區推動、洪水與淹水預報系統建置與維護等五項工作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約需新台幣49,000 萬元。(十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。vi(十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富?規劃避難地點為自強國中、國??規劃避難地點為國?國小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。未?針對洪氾區內的新建建築物，將透過建管程序要求其高程應高於百?基準洪水位並符合建物防洪技術規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/10</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>69442</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69442</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃-=Non-structural Measures Planning for Regulation Project of Flood-prone Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>南部區域近年來因產業轉型效應，土地利用、社經環境快速變化，又由於水資源開發日益困難，致使水資源經營管理日趨複雜。經濟部水利署雖已就穩定提供水源、增加系統供水能力及系統間之聯通調度、穩定區域間支援水源互通能力等提出實施計畫，惟莫拉克颱風災後造成水源設施淤積及整體供水環境變化，須重新檢討災後各水源設施之供水潛能。此外，莫拉克風災期間，因高屏溪攔河堰淤積、南化-高屏聯通管線災損及南化水庫水源高濁度等因素，造成台南、高雄地區大規模停水，影響民生甚鉅，因此水源設施及下游供水系統之彈性調度管理愈顯重要，況且為因應氣候異常，相關供水運用方案尚須透過自來水供水管網系統之操作管理來加以落實。因此，本計畫目的係檢討莫拉克風災後及未來氣候變遷下，對於區域供水之影響進行分析評估，以了解對區域水資源供需之衝擊。依據供需衝擊研擬合宜之水資源供水調度及水資源規劃策略，再透過供水系統管網分析，以區內調度、跨區調度及協調水利會調用農業用水方式研擬供水系統操作機制及最佳方案，並提出短中長期因應對策及推動規劃，俾利達成穩定供水之目標。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/10</date><governmentpublicationsnumber>1009904157</governmentpublicationsnumber><identifier>69457</identifier><internationalstandardbooknumber>9789860255706 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69457</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>莫拉克颱風災後南區因應氣候異常之供水潛能及供水調度檢討與因應對策(內附光碟) Evaluation of Water Supply Potential and Development of Water Management Response Strategy in Southern Taiwan Following Typhoon Maraka</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-40</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902197</governmentpublicationsnumber><identifier>69459</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69459</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PART Ⅰ－RAINFALL</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水文技術組</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69460</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69460</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009</title><yearidentifier>201006</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902197</governmentpublicationsnumber><identifier>69461</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69461</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅠ- RAINFALL</title><yearidentifier>201006</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902198</governmentpublicationsnumber><identifier>69462</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69462</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201006</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902199</governmentpublicationsnumber><identifier>69463</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69463</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅢ-GROUNDWATER</title><yearidentifier>201006</yearidentifier></data><data><abstract>臺灣水文及民國九十八年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69464</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69464</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-40</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902198</governmentpublicationsnumber><identifier>69465</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69465</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第二部份－河川水位及流量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PART Ⅱ –RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-40</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902199</governmentpublicationsnumber><identifier>69466</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69466</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報第三部份－地下水=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PART Ⅲ－GROUNDWATER</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-40</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69467</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69467</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 TOTAL REPORT</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/11</date><governmentpublicationsnumber>2009902196</governmentpublicationsnumber><identifier>69468</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69468</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009</title><yearidentifier>201006</yearidentifier></data><data><abstract>99年度辦理本署全球資訊服務網站、易淹水地區水患治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站及永續公共工程專屬網站之功能擴充及維護工作，爰成立本計畫，期使本署全球資訊服務網站能以嶄新的風貌，並持續符合無障礙環境及行政院研考會相關規定，同時於本計畫中將以XML為資料交換規格及XSL格式定義呈現網頁版面，而且透過Web Services機制與其他系統進行資料交換及共享，有效整合及應用相關系統的資源，以提供更優質的資訊服務。 此外，本計畫成果藉由計畫成果海報、投稿、政府出版品產出以提供跨機關與學者專家的資訊交流，並於全球資訊網功能增修中完成更新最新颱風訊息資料來源、首頁提供氣象資訊、頁籤設計、動畫影音、新增最新訊息提示、調整水利署全球資訊網站下載專區中下載桌面之版型、引用水文水資源資料管理供應系統API地圖服務、提供三款賀歲卡片設計圖樣、後台將交流園地中所表達之意見自動代入意見信箱之格式等便利同仁及各界協助本署進行水利資訊推廣及教育宣導，而且讓民眾在網頁瀏覽上能有更順暢愉悅的體驗，同時利用Google Analytics強化CRM（Customer relationship management）功能協助同仁掌握及分析民眾進入網站的需求及行為，以切合民眾需求做為持續努力的方向，最後透過全網站的階段維護作業、資訊安全防護與技術移轉以強化平台服務效益。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990317</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904041</governmentpublicationsnumber><identifier>69474</identifier><internationalstandardbooknumber>9789860256932 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69474</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>全球資訊網功能增修及易淹水地區水患治理計畫等專屬網站維護計畫＝Extension Project for Global Information Portal And Web Site of Regulation of flood-prone Areas,Etc</title><yearidentifier>201012</yearidentifier></data><data><abstract>99年度辦理本署全球資訊服務網站、易淹水地區水患治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站及永續公共工程專屬網站之功能擴充及維護工作，爰成立本計畫，期使本署全球資訊服務網站能以嶄新的風貌，並持續符合無障礙環境及行政院研考會相關規定，同時於本計畫中將以XML為資料交換規格及XSL格式定義呈現網頁版面，而且透過Web Services機制與其他系統進行資料交換及共享，有效整合及應用相關系統的資源，以提供更優質的資訊服務。 此外，本計畫成果藉由計畫成果海報、投稿、政府出版品產出以提供跨機關與學者專家的資訊交流，並於全球資訊網功能增修中完成更新最新颱風訊息資料來源、首頁提供氣象資訊、頁籤設計、動畫影音、新增最新訊息提示、調整水利署全球資訊網站下載專區中下載桌面之版型、引用水文水資源資料管理供應系統API地圖服務、提供三款賀歲卡片設計圖樣、後台將交流園地中所表達之意見自動代入意見信箱之格式等便利同仁及各界協助本署進行水利資訊推廣及教育宣導，而且讓民眾在網頁瀏覽上能有更順暢愉悅的體驗，同時利用Google Analytics強化CRM（Customer relationship management）功能協助同仁掌握及分析民眾進入網站的需求及行為，以切合民眾需求做為持續努力的方向，最後透過全網站的階段維護作業、資訊安全防護與技術移轉以強化平台服務效益。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990317</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904041</governmentpublicationsnumber><identifier>69475</identifier><internationalstandardbooknumber>9789860256932 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69475</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>全球資訊網功能增修及易淹水地區水患治理計畫等專屬網站維護計畫(光碟版) Extension Project for Global Information Portal And Web Site of Regulation of flood-prone Areas,Etc</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89 平方公里，約佔台灣總面積之29 。本年報為本局98 年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009804797</governmentpublicationsnumber><identifier>69476</identifier><internationalstandardbooknumber>9789860257625 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69476</librarycollectiondetailsurl><price>450</price><publisher>水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局98年度年報</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904333</governmentpublicationsnumber><identifier>69477</identifier><internationalstandardbooknumber>9789860259919 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69477</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護(2/2)--內附光碟=Promotion and maintenance of knowledge management system for the achievements of water resources planning(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904333</governmentpublicationsnumber><identifier>69478</identifier><internationalstandardbooknumber>9789860259919 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69478</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護(2/2)--光碟版=Promotion and maintenance of knowledge management system for the achievements of water resources planning(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904336</governmentpublicationsnumber><identifier>69479</identifier><internationalstandardbooknumber>9789860259926 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69479</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護總報告書--內附光碟=Promotion and maintenance of knowledge management system for the achievements of water resources planning</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904336</governmentpublicationsnumber><identifier>69480</identifier><internationalstandardbooknumber>9789860259926 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69480</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護總報告書--光碟版=Promotion and maintenance of knowledge management system for the achievements of water resources planning</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904336</governmentpublicationsnumber><identifier>69481</identifier><internationalstandardbooknumber>9789860259926 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69481</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利規劃成果知識流通推廣暨系統整合維護總報告書計畫成果--光碟版=Promotion and maintenance of knowledge management system for the achievements of water resources planning</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009803081</governmentpublicationsnumber><identifier>69482</identifier><internationalstandardbooknumber>9789860204636 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69482</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署中區水資源局年報〈九十八年度〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來薄膜技術已廣泛運用在淨水程序中、特別是淨水程序及再生利用，如：自來水廠水處理、都市污水回收處理、工業廢水回收處理、高階用水處理程序，比較傳統淨水二級處理程序，薄膜技術具有佔地面積小、優越處理效能、處理時間短、產品選擇性高等優點，故在國際上靜水處理工程中被廣為運用○</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>69483</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69483</librarycollectiondetailsurl><price>500</price><publisher>經技部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗結清洗技術開發之研究〈2/2〉= The   Development    of    Membrane   Preteatment   Methods   and    Fouling    Control〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>水再生利用不僅可減少廢水排放、符合環保原則，且因水質污染程度低、水量穩定，可紓解當前水資源供應失調，因應氣候變遷造成的供水不穩定問題，同時也可避免水資源的過度開發，因此乃成為當前重要的新興水源○</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69486</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69486</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究〈2/2〉=Framework   of   Economic   Evaluation   for   Water    Reclamation   and    Reuse  〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本期計畫藉由對臺灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990035</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904129</governmentpublicationsnumber><identifier>69488</identifier><internationalstandardbooknumber>9789860257502 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69488</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(2/3) Impact of Artificial Structures in River on the Characteristic of Habitat(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本期計畫藉由對臺灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990035</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904129</governmentpublicationsnumber><identifier>69490</identifier><internationalstandardbooknumber>9789860257502 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69490</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(2/3)－光碟版 Impact of Artificial Structures in River on the Characteristic of Habitat(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/12</date><governmentpublicationsnumber>1009904129</governmentpublicationsnumber><identifier>69491</identifier><internationalstandardbooknumber>9789860257502 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69491</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(2/3)成果報告--光碟版=Impact of Artificial Structures in River on the Characteristic of Habitat(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009903721</governmentpublicationsnumber><identifier>69493</identifier><internationalstandardbooknumber>9789860253542 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69493</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫(1/2) 內附光碟 The Project of Adaptaion Enhancement for Flood mitigation due to Climate Change:A Case Study in Kaoping River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009900657</governmentpublicationsnumber><identifier>69494</identifier><internationalstandardbooknumber>9789860225006 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69494</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局年報〈九十八年度〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之水利事業衝擊及相關調適策略，本計畫整合水文因子情境設定、衝?評估、脆弱度及風險評估、調適策略與方案，以建立氣候變遷下高屏溪流域之複合型災害脆弱度及風險評估，並提出調適策略及因應之行動方案。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009903721</governmentpublicationsnumber><identifier>69495</identifier><internationalstandardbooknumber>9789860253542 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69495</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫(1/2)－光碟版 The Project of Adaptaion Enhancement for Flood mitigation due to Climate Change:A Case Study in Kaoping River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990237</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009904242</governmentpublicationsnumber><identifier>69496</identifier><internationalstandardbooknumber>9789860258998 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69496</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(3/3)－內附光碟 Study on the Discharge Measurement and Estimation Model for Drainage Systems(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990237</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009904242</governmentpublicationsnumber><identifier>69497</identifier><internationalstandardbooknumber>9789860258998 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69497</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>平地區域排水流量觀測與推估模式之研究(3/3)－光碟版 Study on the Discharge Measurement and Estimation Model for Drainage Systems(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990237</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009904243</governmentpublicationsnumber><identifier>69499</identifier><internationalstandardbooknumber>9789860259001 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69499</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>平地區域排水流量觀測與推估模式之研究總報告書－內附光碟 Study on the Discharge Measurement and Estimation Model for Drainage Systems</title><yearidentifier>201012</yearidentifier></data><data><abstract>選定合適之觀測區域，經由多次水文事件的雨量、水位及流量觀測，進一步分析平地區域排水降雨逕流之特性，並建立其降雨逕流模式及參數建議，俾利提供平地區域排水洪水量推估及規劃設計之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990237</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009904243</governmentpublicationsnumber><identifier>69500</identifier><internationalstandardbooknumber>9789860259001 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69500</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>平地區域排水流量觀測與推估模式之研究總報告書－光碟舨 Study on the Discharge Measurement and Estimation Model for Drainage Systems</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/13</date><governmentpublicationsnumber>1009501601</governmentpublicationsnumber><identifier>69513</identifier><internationalstandardbooknumber>10196315 ; 10196315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69513</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>96</publishrocyear><title>中華民國95年潮汐觀測資料年報〈光碟版〉=TIDAL OBSERVATION DATA ANNUAL REPORT 2006 年刊 第19期</title><yearidentifier>200706</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在海岸保護方案設置下，冀望可達現況海岸不再侵蝕之目的，甚至恢復現況海岸至早期未侵蝕狀態。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/14</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>69520</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69520</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計劃〈2/2〉=Experiment   Study   on    Coastal   Restoration   Planningin   Yu-Tsun  Area,  Kinmen〈2/2〉</title><yearidentifier>201004</yearidentifier></data><data><abstract>台灣地質條件不穩定，受限早期水庫興建過程，缺乏排砂設施規劃，國內各水庫淤積問題逐漸惡化；另台灣水資源難以儲蓄，又易造成水庫排砂操作風險增大，不當的水力排砂操作易造成水資源浪費。虹吸抽?為?用水庫水位與輸?管出口間之水頭差所產生之管?擾動排放泥水的方式，為一種壩前有效的清淤方式，無須複雜的工程技術。具有不耗能源、能在水庫正常操作下清淤等優點，惟需足夠水頭維持其流速，清淤規模較小，適合壩前淤積嚴重水庫。本計畫擬定設計管道模組，進行虹吸管排砂基本試驗，並針對其關鍵技術評估適合操作地點，以及估計其可吸濃度。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990161</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/14</date><governmentpublicationsnumber>1009904529</governmentpublicationsnumber><identifier>69521</identifier><internationalstandardbooknumber>9789860262254 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69521</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>虹吸管道排砂研究計畫(1/2)成果報告-內附光碟 Study on reservoir sediment removal of siphon dredging(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>民國98年8月8日莫拉克颱風豪雨肆虐台灣西南部地區，流域地形地貌大幅改變，造成相當嚴重災情，降雨量已超過200年重現期雨量。然面臨全球氣候變遷，水文極端事件頻傳，颱風帶來的豪雨恐成常態，集水區災害規模己轉變成區域性之土砂、洪水複合型災害。為因應全球氣候變遷對水利事業造成之衝擊， 需擬定集水區土砂災害之相關因應策略。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>69522</identifier><internationalstandardbooknumber>9789860256888 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69522</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2) A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-Gaoping River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>民國98年8月8日莫拉克颱風豪雨肆虐台灣西南部地區，流域地形地貌大幅改變，造成相當嚴重災情，降雨量已超過200年重現期雨量。然面臨全球氣候變遷，水文極端事件頻傳，颱風帶來的豪雨恐成常態，集水區災害規模己轉變成區域性之土砂、洪水複合型災害。為因應全球氣候變遷對水利事業造成之衝擊， 需擬定集水區土砂災害之相關因應策略。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>69523</identifier><internationalstandardbooknumber>9789860256888 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69523</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)－光碟版 A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-Gaoping River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>69524</identifier><internationalstandardbooknumber>9789860256888 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69524</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)計畫成果資料--光碟版=A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-Gaoping River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69525</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69525</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(1/3)(內附光碟)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署〈台北辦公室〉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>69526</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69526</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>99</publishrocyear><title>台灣地區水資源投資分析98年度報告</title><yearidentifier>201011</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69527</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69527</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(1/3)--光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69528</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69528</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(1/3)計畫成果資料--光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009804797</governmentpublicationsnumber><identifier>69529</identifier><internationalstandardbooknumber>9789860257625 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69529</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局年報〈九十七年度〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年水文事件超大颱風暴雨事件頻繁發生，如民國93年~99年之敏督利、梧提、卡枚基、莫拉克及凡那比颱風，均超過原計畫保護標準。本計畫可落實易淹水計畫配合各區排治理，針對重要聚落應適度提高保護標準之理念。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6897511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990294</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904666</governmentpublicationsnumber><identifier>69530</identifier><internationalstandardbooknumber>9789860264227 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69530</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>美濃地區設置滯洪池可行性評估 Feasibility Evaluation of Detention Ponds Sited in Meinong Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年水文事件超大颱風暴雨事件頻繁發生，如民國93年~99年之敏督利、梧提、卡枚基、莫拉克及凡那比颱風，均超過原計畫保護標準。本計畫可落實易淹水計畫配合各區排治理，針對重要聚落應適度提高保護標準之理念。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6897511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990294</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904666</governmentpublicationsnumber><identifier>69531</identifier><internationalstandardbooknumber>9789860264227 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69531</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>美濃地區設置滯洪池可行性評估(光碟版) Feasibility Evaluation of Detention Ponds Sited in Meinong Area</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>李戎威、諶錫輝、林敬榜等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904757</governmentpublicationsnumber><identifier>69532</identifier><internationalstandardbooknumber>9789860265088 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69532</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>99</publishrocyear><title>臺北縣政府水利局年報〈2009─2010 Annual Report〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫預計分五年辦理，第一年工作重點為: 1.強化平台及入口網角色,網站具新聞及活動訊息維護與管理功能。 2.與本所資料庫(規劃報告)的連結。 3.規劃擴充英文版內容、發行河川復育快訊、國際宣傳。 4.線上滿意度調查規劃、研究及案例蒐集、補正、網路活動功能。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990284</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904859</governmentpublicationsnumber><identifier>69533</identifier><internationalstandardbooknumber>9789860266573 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69533</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台灣河川復育網站營運維護計畫(1/5) Operation and Maintenance Plan of Taiwan River Restoration Networ Website()1/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫預計分五年辦理，第一年工作重點為: 1.強化平台及入口網角色,網站具新聞及活動訊息維護與管理功能。 2.與本所資料庫(規劃報告)的連結。 3.規劃擴充英文版內容、發行河川復育快訊、國際宣傳。 4.線上滿意度調查規劃、研究及案例蒐集、補正、網路活動功能。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990284</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904859</governmentpublicationsnumber><identifier>69534</identifier><internationalstandardbooknumber>9789860266573 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69534</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台灣河川復育網站營運維護計畫(1/5)－光碟版 Operation and Maintenance Plan of Taiwan River Restoration Networ Website()1/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>1009904859</governmentpublicationsnumber><identifier>69535</identifier><internationalstandardbooknumber>9789860266573 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69535</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台灣河川復育網站營運維護計畫(1/5)成果資料--光碟版=Operation and Maintenance Plan of Taiwan River Restoration Networ Website()1/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/17</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>69537</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69537</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國100年潮汐表=TIDE TABLES 2011 年刊第14期</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>69538</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69538</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國100年潮汐表 TIDE TABLES2011 第14期-光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>69539</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69539</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈2/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980228</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>69540</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69540</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)－（光碟版）＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈2/2〉</title><yearidentifier>201005</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980150</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>69541</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69541</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(2/2)－光碟版＝Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>69542</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69542</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署台灣地區水資源投資分析98年度報告(內附光碟)</title><yearidentifier>201011</yearidentifier></data><data><abstract>拆除水工構造物，恢復原河川原貌，看似對河川生態有著相當正面的幫助，但我們卻往往忽略在拆除初期，上游淤積的大量泥沙在運移往下游的過程中將會衝擊現有生物棲地，而河道淤積亦可能造成下游洪氾的危險，因此如何在事前針對安全、生態、工程技術及社經等面自通盤考量並擬定改善或拆除計畫是相當重要的課題。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990287</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69543</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69543</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(3/3)正式報告書(內附光碟)=Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69544</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69544</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估(3/3)正式報告書(光碟版) Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>拆除水工構造物，恢復原河川原貌，看似對河川生態有著相當正面的幫助，但我們卻往往忽略在拆除初期，上游淤積的大量泥沙在運移往下游的過程中將會衝擊現有生物棲地，而河道淤積亦可能造成下游洪氾的危險，因此如何在事前針對安全、生態、工程技術及社經等面自通盤考量並擬定改善或拆除計畫是相當重要的課題。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990287</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69545</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69545</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估總報告書=Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990287</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69546</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69546</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估總報告書－光碟版 Efficiency Assessment on Removal and Improvement of Horizontal Water Diversion Structures and River Restoration(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續近年來於士文水庫周邊溝通宣導、持續經營之良好成果，今年將配合工程規劃進度，除將計畫範圍擴大至與工程預定通達道路及材料區有關之鄉鎮外，將以說明會之方式深入社區宣導，並以協助辦理當地活動之形式，聚集民眾以溝通宣導士文水庫計畫，讓居民進一步瞭解工程概況，進而支持工程之推動，擴大宣導是為了達到更顯著之宣導成效。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990140</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009904520</governmentpublicationsnumber><identifier>69547</identifier><internationalstandardbooknumber>9789860262292 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69547</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>士文水庫可行性規劃：地方溝通及宣導計畫 Feasibility Study of Shi-Wen Reservoir-Plan of Local Communication and Advocacy</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續近年來於士文水庫周邊溝通宣導、持續經營之良好成果，今年將配合工程規劃進度，除將計畫範圍擴大至與工程預定通達道路及材料區有關之鄉鎮外，將以說明會之方式深入社區宣導，並以協助辦理當地活動之形式，聚集民眾以溝通宣導士文水庫計畫，讓居民進一步瞭解工程概況，進而支持工程之推動，擴大宣導是為了達到更顯著之宣導成效。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990140</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009904520</governmentpublicationsnumber><identifier>69548</identifier><internationalstandardbooknumber>9789860262292 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69548</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>士文水庫可行性規劃：地方溝通及宣導計畫(光碟版) Feasibility Study of Shi-Wen Reservoir-Plan of Local Communication and Advocacy</title><yearidentifier>201012</yearidentifier></data><data><abstract>淡水河即時洪水預報系統 (REFOR模式)是民國93年十河局自行研發之洪水預報系統。於民國97~98年進行REFOR模式基礎資料的更新與模擬功能的擴充，結合資料庫與GIS介面進行即時預報、事件模擬、決策支援、參數檢定等功能。此外，應用REFOR之架構，在評估塔寮坑溪水位站與雨量站實況後，開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，除持續更新模式所需之基礎資料外，擬於評估景美溪及二重疏洪道資料現況後，納入景美溪及二重疏洪道之河川水理演算。此外，針對河口暴潮位之計算方式進行檢討，並提出改進方式，使預報模式在洪水時期能夠具有準確度高的河口下邊界條件。降雨預報的來源引進颱風氣候法之降雨預報產品，提供預報時期更豐富的雨量預報資訊。為能夠增加每年資料維護更新之便利性，重新檢討基礎資料更新介面之功能並進行改進與擴充。本計畫並延續98年度參數檢定自動化之成果，持續對參數檢定自動化模組進行研發與擴充。 本計畫之預期成果，將提供擴充完成之REFOR模式。擴充後之REFOR模式，河川水位與流量之預報範圍包含淡水河、基隆河、新店溪、景美溪，二重疏洪道納入淡水河演算河段，可完整反映流域內各分洪設施之影響。參數檢定自動化模組的持續研發與改善，資料更新介面的功能擴充，能加速系統後續的維護與更新工作。降雨預報來源包含慣性法、中央氣象局QPESUMS、颱風氣候法等降雨預報產品，可提供完整降雨預報趨勢，配合河口暴潮位的有效掌握，有利於提高逕流與河川預報結果之可靠度，有效提昇十河局洪水預報作業之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990255</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009904393</governmentpublicationsnumber><identifier>69549</identifier><internationalstandardbooknumber>9789860260878 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69549</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>99年度淡水河即時洪水預報系統模式擴充及維護 Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009904129</governmentpublicationsnumber><identifier>69550</identifier><internationalstandardbooknumber>9789860257502 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69550</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(2/3)=Impact of Artificial Structures in River on the Characteristic of Habitat(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>淡水河即時洪水預報系統 (REFOR模式)是民國93年十河局自行研發之洪水預報系統。於民國97~98年進行REFOR模式基礎資料的更新與模擬功能的擴充，結合資料庫與GIS介面進行即時預報、事件模擬、決策支援、參數檢定等功能。此外，應用REFOR之架構，在評估塔寮坑溪水位站與雨量站實況後，開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，除持續更新模式所需之基礎資料外，擬於評估景美溪及二重疏洪道資料現況後，納入景美溪及二重疏洪道之河川水理演算。此外，針對河口暴潮位之計算方式進行檢討，並提出改進方式，使預報模式在洪水時期能夠具有準確度高的河口下邊界條件。降雨預報的來源引進颱風氣候法之降雨預報產品，提供預報時期更豐富的雨量預報資訊。為能夠增加每年資料維護更新之便利性，重新檢討基礎資料更新介面之功能並進行改進與擴充。本計畫並延續98年度參數檢定自動化之成果，持續對參數檢定自動化模組進行研發與擴充。 本計畫之預期成果，將提供擴充完成之REFOR模式。擴充後之REFOR模式，河川水位與流量之預報範圍包含淡水河、基隆河、新店溪、景美溪，二重疏洪道納入淡水河演算河段，可完整反映流域內各分洪設施之影響。參數檢定自動化模組的持續研發與改善，資料更新介面的功能擴充，能加速系統後續的維護與更新工作。降雨預報來源包含慣性法、中央氣象局QPESUMS、颱風氣候法等降雨預報產品，可提供完整降雨預報趨勢，配合河口暴潮位的有效掌握，有利於提高逕流與河川預報結果之可靠度，有效提昇十河局洪水預報作業之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990255</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009904393</governmentpublicationsnumber><identifier>69551</identifier><internationalstandardbooknumber>9789860260878 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69551</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>99年度淡水河即時洪水預報系統模式擴充及維護(光碟版) Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/18</date><governmentpublicationsnumber>1009900657</governmentpublicationsnumber><identifier>69553</identifier><internationalstandardbooknumber>9789860225006 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69553</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署中區水資源局年報〈九十八年度〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990275</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903920</governmentpublicationsnumber><identifier>69557</identifier><internationalstandardbooknumber>9789860255645 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69557</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(1/3) Effect of Migration Behavior of Sand/Rock Bed on Channel Stability(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990275</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903920</governmentpublicationsnumber><identifier>69558</identifier><internationalstandardbooknumber>9789860255645 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69558</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(1/3)－光碟版 Effect of Migration Behavior of Sand/Rock Bed on Channel Stability(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成立本計畫進行第8號附錄合作技術之引進及應用研究,並作為加強台美官方水利技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990297</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>69559</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69559</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究(2/4) Implementation and Application Study of the Achievements between WRA and USBR Cooperation(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成立本計畫進行第8號附錄合作技術之引進及應用研究,並作為加強台美官方水利技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990297</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>69560</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69560</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究(2/4)－光碟版 Implementation and Application Study of the Achievements between WRA and USBR Cooperation(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>69561</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69561</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究(2/4)計畫成果資料--光碟版=Implementation and Application Study of the Achievements between WRA and USBR Cooperation(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為5年度，為99年及103年度，本(99)年度為第1年度，目的為持續維持本署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供本署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.93026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>69562</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69562</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇(1/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69563</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69563</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(1/3)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度的工作重點在於利用歷年的成果進行加值擴充，在水文觀測資訊管理部分，將配合水利署正式上線運作之GPRS水位測站傳輸提供整合服務及後續應用；在水文資訊加值服務部分，「水文資訊網整合服務系統」將整入地下水觀測與近海水文觀測資料，並加入雨量分析項目；水文資訊申請部分，本年度將正式對外收費，需配合水利署新頒布之收費作業標準調整系統功能，並納入多元之收費管道。為配合水文資料處理程序之推動，本年度將進行各水利署所屬單位之訪談與辦理教育訓練，並提供線上版本教材。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69564</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69564</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3) Extension  and  Improvement   of  Hydrological  Information  System  Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>有鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術上困難也最為嚴峻(包含在惡劣天候、惡劣水文條件及動床變化掌握)，因此，為避免政府投資浪費，在正式研發作業之前，宜有合適之先期評估作業，以了解後續研發應注意之工作要項與可行之方向，以利後續研擬合適之科技研發計畫進行，爰研擬本計畫。本計畫將著重於觀測設備研發之先期評估，並以能研發原型機為目標。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>69565</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69565</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及建置先期計畫 The early research and development plan for river discharge measurement technology in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>69566</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69566</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)(內附光碟)=Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>69567</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69567</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)－成果光碟 Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>69568</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69568</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2) Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>69569</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69569</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2)－光碟版 Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>69570</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69570</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2)成果資料--光碟版=Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>69571</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69571</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究總報告 Investigation on Biodiversity with the concept of River Regime Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>69572</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69572</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究 總報告－光碟版 Investigation on Biodiversity with the concept of River Regime Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川流量觀測為水文觀測作業重要環節，鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術困難也最為嚴峻，因此，為避免政府投資浪費，在正式河川流量觀測技術研發作業前，宜有合適之先期評估作業，瞭解後續研發應注意之工作要項與可行之方向，俾利後續研擬合適之科技研發計畫。</abstract><author>巨延工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>69573</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69573</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及健置先期計劃=The early research and development plan for river discharge measurement technology in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川流量觀測為水文觀測作業重要環節，鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術困難也最為嚴峻，因此，為避免政府投資浪費，在正式河川流量觀測技術研發作業前，宜有合適之先期評估作業，瞭解後續研發應注意之工作要項與可行之方向，俾利後續研擬合適之科技研發計畫。</abstract><author>巨延工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>69574</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69574</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及健置先期計劃〈光碟版〉=The early research and development plan for river discharge measurement technology in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>由於流域影響河川之型態，而台灣河川之流域以地質年代來看，又處於快速變動之年輕階段，因此河床之演變勢必更快速。由此可知，快速演變之河床型態，會增加河溪發生洪水或土砂之災害，造成河防工程、道路橋樑之破壞，並危害兩岸居民生命財產之安全。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990291</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903927</governmentpublicationsnumber><identifier>69575</identifier><internationalstandardbooknumber>9789860255591 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69575</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域地貌變遷對河床演變之影響力(2/3)－內附光碟 The Influence of Basin Gemorphology Changes on River Morphology Evolution(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫藉由基本資料之蒐集、地表地質調查、地下水水文地質調查、地下水補注量調查評估、地下水水質分析監測探討、地下水平衡分析等的作為，以建構台中盆地之水文地質模式，以探討台中盆地做為地下水庫的可能性，及未來台中盆地水資源之運用策略。</abstract><author>交通部中央氣象局海象測報中心</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990118</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903761</governmentpublicationsnumber><identifier>69576</identifier><internationalstandardbooknumber>9789860253931 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69576</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台中盆地地下水資源利用調查評估(2/3)－內附光碟 Investigation and evaluation for groundwater resources utilization in Taichung basin(2/3</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990118</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/19</date><governmentpublicationsnumber>1009903761</governmentpublicationsnumber><identifier>69577</identifier><internationalstandardbooknumber>9789860253931 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69577</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台中盆地地下水資源利用調查評估(2/3)－光碟版 Investigation and evaluation for groundwater resources utilization in Taichung basin(2/3</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度建置中央管河川曾文溪及高屏溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990283</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009904063</governmentpublicationsnumber><identifier>69578</identifier><internationalstandardbooknumber>9789860256925 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69578</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川流域地質資料查核－曾文溪及高屏溪－內附光碟 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Zengwun River and Gaoping River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度建置中央管河川曾文溪及高屏溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990283</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009904063</governmentpublicationsnumber><identifier>69579</identifier><internationalstandardbooknumber>9789860256925 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69579</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川流域地質資料查核b－曾文溪及高屏溪－光碟版 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Zengwun River and Gaoping River</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009904063</governmentpublicationsnumber><identifier>69580</identifier><internationalstandardbooknumber>9789860256925 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69580</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川流域地質資料查核--曾文溪及高屏溪計畫成果--光碟版=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Zengwun River and Gaoping River</title><yearidentifier>201012</yearidentifier></data><data><abstract>攔河堰之設置因改變河川坡度，造成上游泥砂淤積，下游水流能量增加而引致局部沖刷或形成沖刷坑。本計畫分兩個年度針對岩盤之沖刷力學機制進行研究，進而提出可行之沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990027</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903877</governmentpublicationsnumber><identifier>69582</identifier><internationalstandardbooknumber>9789860254822 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69582</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究總報告－內附光碟 A study on the mechanisms and evaluation of rockbed erosion after weir installation</title><yearidentifier>201012</yearidentifier></data><data><abstract>攔河堰之設置因改變河川坡度，造成上游泥砂淤積，下游水流能量增加而引致局部沖刷或形成沖刷坑。本計畫分兩個年度針對岩盤之沖刷力學機制進行研究，進而提出可行之沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990027</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903877</governmentpublicationsnumber><identifier>69583</identifier><internationalstandardbooknumber>9789860254822 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69583</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究總報告－光碟版 A study on the mechanisms and evaluation of rockbed erosion after weir installation</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903877</governmentpublicationsnumber><identifier>69584</identifier><internationalstandardbooknumber>9789860254822 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69584</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究總報告  計畫成果--光碟版=A study on the mechanisms and evaluation of rockbed erosion after weir installation</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫選擇台南及高雄海岸?個示範區域，進?動態人工岬灣機制的學?驗證及適用性研究。本計畫先從台南與高雄現場實測資?分析岬灣在颱風前後的動態變化，同時研發灘線變化之?值模式，由現場實測之灘線變化的校驗，進而模擬動態人工岬灣在各種?同波?條件作用下之灘線變化，特別是颱風前後的動態變化。從模擬結果瞭解颱風期間之海灘寬?是否足夠防禦海岸之安全，如?足以抵抗?潮巨?之侵襲則研擬妥適的海岸緩衝區，再藉由現場海域地形實測資料，瞭解增加緩衝區的岬灣在颱風前後的動態變化。本計畫並?用相關?值模式，依颱風重現期、潮位及海灘?徑，推導海岸緩衝帶迴歸經驗式，研擬合?的海岸緩衝帶，研判岬灣工法在台南及高雄海岸的適用性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990225</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009904297</governmentpublicationsnumber><identifier>69585</identifier><internationalstandardbooknumber>9789860258561 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69585</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>動態人工岬灣應用於台南高雄海岸之研究=Research on the Applicability of Dynamic Headland-Bay Beaches to Tainan and Kaohsiung Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>攔河堰之設置因改變河川坡度，造成上游泥砂淤積，下游水流能量增加而引致局部沖刷或形成沖刷坑。本計畫分兩個年度針對岩盤之沖刷力學機制進行研究，進而提出可行之沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990027</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903876</governmentpublicationsnumber><identifier>69586</identifier><internationalstandardbooknumber>9789860254815 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69586</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究(2/2)－內附光碟 A study on the mechanisms and evaluation of rockbed erosion after weir installation(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>攔河堰之設置因改變河川坡度，造成上游泥砂淤積，下游水流能量增加而引致局部沖刷或形成沖刷坑。本計畫分兩個年度針對岩盤之沖刷力學機制進行研究，進而提出可行之沖刷深度評估方法以及研擬抗沖蝕穩定工法，以供規劃設計單位參考。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990027</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903876</governmentpublicationsnumber><identifier>69587</identifier><internationalstandardbooknumber>9789860254815 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69587</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究(2/2)－光碟版 A study on the mechanisms and evaluation of rockbed erosion after weir installation(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/20</date><governmentpublicationsnumber>1009903876</governmentpublicationsnumber><identifier>69588</identifier><internationalstandardbooknumber>9789860254815 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69588</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>設置攔河堰引致岩盤沖刷之機制與評估研究總報告  計畫成果--光碟版=A study on the mechanisms and evaluation of rockbed erosion after weir installation</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依循「離島地區供水改善計畫」(經濟部水利署，民國95年)行政院核定，所提興建海水淡化廠與其他水源開發改善計畫，以期滿足金門、馬祖、澎湖地區至民國110年用水需求。然考量近年來海峽兩岸互通日益頻繁，離島地區致力發展觀光產業，且國軍持續進行精簡策略之大環境下，用水需求推估可能與原預期產生差異。因此，本計畫依據國土規劃上位計畫，重新檢討離島地區水資源經理策略，通盤考量雨水貯集、水再生利用、二元供水系統等多元化水源與境外引水議題，以期滿足民國120年用水需求。</abstract><author>能邦科技科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904261</governmentpublicationsnumber><identifier>69591</identifier><internationalstandardbooknumber>9789860258943 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69591</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>離島地區中長程供水檢討規劃－內附光碟 Review of Long-term Water Supply Strategies on the  Offshore Islands</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依循「離島地區供水改善計畫」(經濟部水利署，民國95年)行政院核定，所提興建海水淡化廠與其他水源開發改善計畫，以期滿足金門、馬祖、澎湖地區至民國110年用水需求。然考量近年來海峽兩岸互通日益頻繁，離島地區致力發展觀光產業，且國軍持續進行精簡策略之大環境下，用水需求推估可能與原預期產生差異。因此，本計畫依據國土規劃上位計畫，重新檢討離島地區水資源經理策略，通盤考量雨水貯集、水再生利用、二元供水系統等多元化水源與境外引水議題，以期滿足民國120年用水需求。</abstract><author>能邦科技科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990193</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904261</governmentpublicationsnumber><identifier>69592</identifier><internationalstandardbooknumber>9789860258943 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69592</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>離島地區中長程供水檢討規劃 (附冊) Review of Long-term Water Supply Strategies on the  Offshore Islands</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為進行南化水庫上游設置第二水庫調查規劃，評估興建南化第二水庫與南化水庫聯合操作，達到活化南化水庫、防止南化水庫持續淤積、提升供水能力及兩水庫聯合永續利用之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990192</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904065</governmentpublicationsnumber><identifier>69593</identifier><internationalstandardbooknumber>9789860256895 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69593</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>南化水庫上游設置第二水庫調查規劃－內附光碟 The Planning of A New Reservoir Upstream from the Nan-Hua Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應 ?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域 或系統內整體考?，除河道及排水等工程設施設計標準其目標 外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯 洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程 ?達50～100 ?洪水重現期距為目標。如因現有地形或土地? 用無法充分達成時，則輔以避洪及減災規劃等非工程措施因 應。 (二)國外相關洪災管?制?對我國洪災管?的啟示 1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪 水災害，且?符國家社會資源有效運用原則。透過洪災保險 的推動可分散洪災風險，符合公共??，並實施洪氾區土地 管?。由?邦政府主導並結合民間保險公司共同實施洪災保 險，可提供人民較佳之保險保障，同時採取誘因與強制方式 增加投保保單。 2、日本「總合治水」治水工作結合各政府機關共同推動，並 透過法規建?相關主管機關間的平台。 3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並 加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴 大或整治成本的遽增。將風險分攤、災害治?與土地使用管 制等相互結合，使當地居民必須衡?自身的安全與??，以 ?土地使用管制得以推動。 (三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」 規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層 級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問 題包含環境因素、社會因素、防救災措施等三方面的問題。 1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增 加；台灣多樣的地形增加定??雨預報的?確定性。 2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解 工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知? 與資訊，無法在災害??時採取適當的應變措施；水災受災 地區多?無防災社區的組織，無法有效結合當地居民採取有 效應變措施。 3、防救災措施包含災前減災工作多以工程措施為主，偏重災 害發生的防治；土地開發造成逕??增加，集?時間縮減， 加劇災害程?，應有適當土地(尤其低地)管?對策；執?減 災非工程措施相關權責單位間橫向?繫加強；目前水災災中 應變措施主要是採用移動式抽水機與防汛搶險器材?因應 為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難 標準作業程序」，並推動水災危險潛勢區域疏散避難，應加 強當中的相關環節，使之?為完備；水災防災教育宣導僅侷 限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防 災教育宣導。 本計畫以風險管?概?，依發生洪災的機?與損失程 ?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑 制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣 地區的各項風險管?措施，並建?水患治?非工程措施整體 架構。 (四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查， 透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套 疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區 域或排水設施範圍、洪氾區，在整體程序應包含技術程序與? 政程序。 (五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報 發佈、水災防災疏散避難演?、防災社區推動等部分。 1、於災前針對?淹水地區進?完整避災規劃，包含防災避難 圈、防災通道、防災據點、防災設施等。透過繪製水災防災 疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並 進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、 150、300、450、600 毫米之淹水模擬範圍圖等資?分送當 地居民。 2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅 色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高 警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒 雨?或實際河川或潮位水位高於二級警戒水位，地方政府研 判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義 為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河 川或潮位水位高於一級警戒水位，地方政府研判當地氣候? 況針對低窪地區進?強制疏散。 3、防災疏散避難主要重點在於災害發生時之危機處?與應變 搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、? 線與安全避難處所，以及地區災害防救單位瞭解災害應變決 策與提昇搶救災之效能。每?於訊期前，地方政府應針對? 淹水地區進?一次以上之演?。 4、由地方政府以委託專業團隊的方式針對?淹水地區的社區 iv 推動防災社區，於各社區內建?一套機制，讓減災成為地方 重要且持續進?的活動，以強化?淹水地區的抗災能?。 (?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助 1、土地使用管制與建築物防洪能?補強以水災危險區地圖為 基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域 與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程 序要求新建建築物應符合建物防洪技術規範，新建建築物的 高程應高於百?基準洪水位。為提高洪氾區內既有建築物進 ?建築物防洪能?補強，可以政府編?預算方式補助所需成 本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築 物進?防洪能?補強。 2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰?? 得超過開發前之洪峰?」。要求大型開發?為，於水道集水 區域內辦?土地開發?用、變?使用計畫或其他事由，致增 加水道之逕??者，應將排水計畫書送該水道之管?機關審 查同意後始得辦?。小型開發?為，開發人、設施所有人或 經營人得向主管機關申請，於與基地同一集水區內覓地設置 具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負 擔，簡稱為代?方案。既有開發區及建築設施，其位於?市 土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪 設施，以管制各該地區之洪水出??。本措施需配合水?法 的修改。 3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、 颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著 綜合之承保事故，運用空間與危險的分散，將?同之巨災作 v 為一個保險組合?分散風險，以求保險經營之穩健?。惟， 該措施應在其他避災與減災措施具體?實後，方可以綜合天 然災害保險的方式承擔剩餘的風險。否則，將會導致政府或 保險人沉重財務負擔，無法達到最有效之成本原則。在其他 避災與減災措施具體?實後，可針對洪氾區內已完成防洪能 ?補強之建築物，提供綜合天然災害保險水災部分之保費補 助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。 (七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專 業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委 託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措 施應長期持續推動。 (八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前 者應以交通部中央氣象局執?，經濟部水?署配合方式辦?； 後者則應由經濟部水?署負責研發完整洪水與淹水預報系 統。本工作應長期持續推動，以提高預測與預警的效能。 (九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法 ?限制等因素，為在短期間可以直接減少人命財產的損失，建 議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與 宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演 ?、防災社區推動、洪水與淹水預報系統建置與維護等五項工 作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約 需新台幣49,000 萬元。 (十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規 劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區 建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾 區的建築物達100 ?重現期之保護標準為目標。 vi (十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一 防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富 ?規劃避難地點為自強國中、國??規劃避難地點為國?國 小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與 建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現 期之保護標準為目標。未?針對洪氾區內的新建建築物，將透 過建管程序要求其高程應高於百?基準洪水位並符合建物防 洪技術規範。</abstract><author>經濟部水利署水利規畫試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>69594</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69594</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規畫試驗所</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理之非工程措施規劃=Non-structural   Measures   Planning   for   Regulation    Project    of    Flood-prone   Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為進行南化水庫上游設置第二水庫調查規劃，評估興建南化第二水庫與南化水庫聯合操作，達到活化南化水庫、防止南化水庫持續淤積、提升供水能力及兩水庫聯合永續利用之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990192</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904065</governmentpublicationsnumber><identifier>69595</identifier><internationalstandardbooknumber>9789860256895 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69595</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>南化水庫上游設置第二水庫調查規劃－光碟版 The Planning of A New Reservoir Upstream from the Nan-Hua Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69596</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69596</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3)=Extesion and Improvement of Hydrologic Information System Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>在國內，部分自來水事業近幾年推動資訊化管理，在供水管理上，已由各所屬單位自行建置公共給水管理系統，惟實際上，其所開發系統規格並未統一，包括資料未能有效連結、緊急通報管理功能未能即時提供主管單位掌控、定位座標系統精度差異性大、自動讀表系統與產水監控未能整合運用、資訊管理系統分散無法提供全盤資訊等，因此，目前尚無相關作業平台整合相關資訊。另外，本部（水利署）為自來水法中央主管機關，對於國內各淨水場原水、清水水質現況及變化趨勢，應能有效及即時掌握，因此，建置一套網際網路水質資訊登錄系統，由各自來水事業定期上網填報，以代替以往由自來水事業定期檢送月報表之模式，實有必要。  另外，國內目前在簡易自來水供給設施之管理維護上，均由各簡易自來水事業自行維護管理，本署曾於88年委託調查國內各簡易自來水事業，包含北部地區39座、中部地區52座、南部地區46座、東部地區30座，共計167座，惟至今已超過10年，資料老舊，且各地區應有新興簡易自來水事業成立，因此，簡易自來水事業相關基本資料，有亟待調查更新之必要。此外，簡易自來水大多位處偏遠地區，其位置、處理程序、水源取水及供水水質較不易掌握，且簡易自來水系統設備較為簡單，其清水水質是否能符合規定，存有疑慮，因此，除更新舊有資料外，調查及解決簡易自來水系統現況之問題，亦為未來重要課題，爰此，透過本委辦計畫進行調查，可彙整及瞭解各地區簡易自來水基本資料及問題，據以尋求改善策略及研提簡易自來水場最佳操作處理程序，俾供簡易自來水事業參考，以提升簡易自來水品質。</abstract><author>京華工程顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990002</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904570</governmentpublicationsnumber><identifier>69597</identifier><internationalstandardbooknumber>9789860263022 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69597</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫(2/3) Tap Water Quality Information System Establishment and Small Water Treatment Facilities Water Quality Management Project (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009923984</governmentpublicationsnumber><identifier>69598</identifier><internationalstandardbooknumber>9789860255997 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69598</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(2/3)=Study on Systemic Habitat Creation for the Regional Drainage Watershed(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將針對區域排水集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，依年度計畫所分配工作項目，繼續進行蒐集相關資料及調查，提出環境分析與評估，並對設施更新改善策略研擬初步建議。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990238</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009903984</governmentpublicationsnumber><identifier>69599</identifier><internationalstandardbooknumber>9789860255997 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69599</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(2/3)－光碟版 Study on Systemic Habitat Creation for the Regional Drainage Watershed(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>在國內，部分自來水事業近幾年推動資訊化管理，在供水管理上，已由各所屬單位自行建置公共給水管理系統，惟實際上，其所開發系統規格並未統一，包括資料未能有效連結、緊急通報管理功能未能即時提供主管單位掌控、定位座標系統精度差異性大、自動讀表系統與產水監控未能整合運用、資訊管理系統分散無法提供全盤資訊等，因此，目前尚無相關作業平台整合相關資訊。另外，本部（水利署）為自來水法中央主管機關，對於國內各淨水場原水、清水水質現況及變化趨勢，應能有效及即時掌握，因此，建置一套網際網路水質資訊登錄系統，由各自來水事業定期上網填報，以代替以往由自來水事業定期檢送月報表之模式，實有必要。  另外，國內目前在簡易自來水供給設施之管理維護上，均由各簡易自來水事業自行維護管理，本署曾於88年委託調查國內各簡易自來水事業，包含北部地區39座、中部地區52座、南部地區46座、東部地區30座，共計167座，惟至今已超過10年，資料老舊，且各地區應有新興簡易自來水事業成立，因此，簡易自來水事業相關基本資料，有亟待調查更新之必要。此外，簡易自來水大多位處偏遠地區，其位置、處理程序、水源取水及供水水質較不易掌握，且簡易自來水系統設備較為簡單，其清水水質是否能符合規定，存有疑慮，因此，除更新舊有資料外，調查及解決簡易自來水系統現況之問題，亦為未來重要課題，爰此，透過本委辦計畫進行調查，可彙整及瞭解各地區簡易自來水基本資料及問題，據以尋求改善策略及研提簡易自來水場最佳操作處理程序，俾供簡易自來水事業參考，以提升簡易自來水品質。</abstract><author>京華工程顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990002</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904570</governmentpublicationsnumber><identifier>69600</identifier><internationalstandardbooknumber>9789860263022 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69600</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫(2/3) －光碟版 Tap Water Quality Information System Establishment and Small Water Treatment Facilities Water Quality Management Project (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>在國內，部分自來水事業近幾年推動資訊化管理，在供水管理上，已由各所屬單位自行建置公共給水管理系統，惟實際上，其所開發系統規格並未統一，包括資料未能有效連結、緊急通報管理功能未能即時提供主管單位掌控、定位座標系統精度差異性大、自動讀表系統與產水監控未能整合運用、資訊管理系統分散無法提供全盤資訊等，因此，目前尚無相關作業平台整合相關資訊。另外，本部（水利署）為自來水法中央主管機關，對於國內各淨水場原水、清水水質現況及變化趨勢，應能有效及即時掌握，因此，建置一套網際網路水質資訊登錄系統，由各自來水事業定期上網填報，以代替以往由自來水事業定期檢送月報表之模式，實有必要。  另外，國內目前在簡易自來水供給設施之管理維護上，均由各簡易自來水事業自行維護管理，本署曾於88年委託調查國內各簡易自來水事業，包含北部地區39座、中部地區52座、南部地區46座、東部地區30座，共計167座，惟至今已超過10年，資料老舊，且各地區應有新興簡易自來水事業成立，因此，簡易自來水事業相關基本資料，有亟待調查更新之必要。此外，簡易自來水大多位處偏遠地區，其位置、處理程序、水源取水及供水水質較不易掌握，且簡易自來水系統設備較為簡單，其清水水質是否能符合規定，存有疑慮，因此，除更新舊有資料外，調查及解決簡易自來水系統現況之問題，亦為未來重要課題，爰此，透過本委辦計畫進行調查，可彙整及瞭解各地區簡易自來水基本資料及問題，據以尋求改善策略及研提簡易自來水場最佳操作處理程序，俾供簡易自來水事業參考，以提升簡易自來水品質。</abstract><author>京華工程顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990002</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904602</governmentpublicationsnumber><identifier>69601</identifier><internationalstandardbooknumber>9789860263039 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69601</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫(2/3)附錄－內附光碟 Tap Water Quality Information System Establishment and Small Water Treatment Facilities Water Quality Management Project (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69602</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69602</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估總報告電子書〈光碟版〉  Efficiency  Assessment   on  Removal  and  Improvement  of  Horizontal  Water  Diversion  Structures  and  River  Restoration</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69603</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69603</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估總報告書  Efficiency  Assessment   on  Removal  and  Improvement  of  Horizontal  Water  Diversion  Structures  and  River  Restoration</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69604</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69604</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈3/3〉正式報告電子書〈光碟版〉  Efficiency  Assessment   on  Removal  and  Improvement  of  Horizontal  Water  Diversion  Structures  and  River  Restoration〈3/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69605</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69605</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈3/3〉正式報告書  Efficiency  Assessment   on  Removal  and  Improvement  of  Horizontal  Water  Diversion  Structures  and  River  Restoration〈3/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在定期保養和維護設置於計畫壩址地區之3部強地動儀；於本(99)年度參考最新技術規範重新評估地震危害度</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990197</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904305</governmentpublicationsnumber><identifier>69606</identifier><internationalstandardbooknumber>9789860258912 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69606</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>天花湖水庫推動計畫(3)－強地動儀維護觀測及地震危害度分析(1/3)－內附光碟 The Marketing Project of Tien Hwa Hu Reservoir(3)-Site Motion Seismometer Maintenance Observation and Seismic Hazard Analysis(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904305</governmentpublicationsnumber><identifier>69607</identifier><internationalstandardbooknumber>9789860258912 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69607</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>天花湖水庫推動計畫(3)--強地動儀維護觀測及地震危害度分析(1/3)計畫成果--光碟版=The Marketing Project of Tien Hwa Hu Reservoir(3)-Site Motion Seismometer Maintenance Observation and Seismic Hazard Analysis(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>隨著社會經濟快速發展及氣候變遷因素之影響，公共給水領域於未來將面臨許多的挑戰，如暴雨造成高濁度原水、明顯枯水期降低供水能力、環境污染源的增加...等，在有限的水資源前提下，為因應未來挑戰，提升自來水事業人員專業智能極為需要，因此，本計畫在97-98公共給水國際技術交流與人才育成計畫分析成果基礎下，以及考量自來水事業人員之需求議題，將邀請國內、外專家學者來台主講及教授相關公共給水議題及課程，藉引進國外經驗，擷長補短，提昇國內自來水管理及處理技術，協助建設發展自來水事業朝向現代化、多角化及資訊系統化之經營；另外本計畫亦蒐集分析國外政府機關管理自來水事業之運作模式優缺點，未來可作為與自來水事業互動之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990017</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904566</governmentpublicationsnumber><identifier>69608</identifier><internationalstandardbooknumber>9789860262759 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69608</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水產業發展前瞻性之研究（1/2）A Study on Prospective Development for the Water Supply Sector (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>隨著社會經濟快速發展及氣候變遷因素之影響，公共給水領域於未來將面臨許多的挑戰，如暴雨造成高濁度原水、明顯枯水期降低供水能力、環境污染源的增加...等，在有限的水資源前提下，為因應未來挑戰，提升自來水事業人員專業智能極為需要，因此，本計畫在97-98公共給水國際技術交流與人才育成計畫分析成果基礎下，以及考量自來水事業人員之需求議題，將邀請國內、外專家學者來台主講及教授相關公共給水議題及課程，藉引進國外經驗，擷長補短，提昇國內自來水管理及處理技術，協助建設發展自來水事業朝向現代化、多角化及資訊系統化之經營；另外本計畫亦蒐集分析國外政府機關管理自來水事業之運作模式優缺點，未來可作為與自來水事業互動之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990017</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904566</governmentpublicationsnumber><identifier>69609</identifier><internationalstandardbooknumber>9789860262759 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69609</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水產業發展前瞻性之研究(1/2)－光碟版 A Study on Prospective Development for the Water Supply Sector (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫依循「離島地區供水改善計畫」(經濟部水利署，民國95年)行政院核定，所提興建海水淡化廠與其他水源開發改善計畫，以期滿足金門、馬祖、澎湖地區至民國110年用水需求。然考量近年來海峽兩岸互通日益頻繁，離島地區致力發展觀光產業，且國軍持續進行精簡策略之大環境下，用水需求推估可能與原預期產生差異。因此，本計畫依據國土規劃上位計畫，重新檢討離島地區水資源經理策略，通盤考量雨水貯集、水再生利用、二元供水系統等多元化水源與境外引水議題，以期滿足民國120年用水需求。</abstract><author>能邦科技科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990193</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904261</governmentpublicationsnumber><identifier>69610</identifier><internationalstandardbooknumber>9789860258943 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69610</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>離島地區中長程供水檢討規劃－光碟版 Review of Long-term Water Supply Strategies on the  Offshore Islands</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區依自來水法第十一條劃定公告之自來水水質水量保護區(保護區)計有113處，面積約佔台灣地區土地面積之25％，由於保護區跨域管理，即跨越不同的行政轄區、機關與政府層級，管理工作有賴法令規章、科技管理與民眾參與。本計畫主要研究項目為：(1)研提出水質水量保護區科技管理與法令制度之芻議、(2)檢討自來水法與相關子法修法條文、(3)研提近、中、長程水質水量保護區科技管理發展架構、(4)辦理教育宣導、及(5)協助水利署整合「公共給水質量提升與管理科技發展計畫(2/4)」之整體成果。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990007</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904567</governmentpublicationsnumber><identifier>69611</identifier><internationalstandardbooknumber>9789860262766 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69611</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水質水量保護區科技管理策略規劃(2/2) Strategic Planning of Management Techniques for Water Quality and Quantity Protection Areas(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區處於全球氣候變遷之影響下，未來水庫設施之營運管理，將遭遇更嚴厲之天然考驗，本委辦計畫擬參考先進國家之蓄水建造物安全風險管理經驗，考量國內各水庫管理單位執行實況，建立群壩風險評估及排序管理概念及方法，以有效合理運用有限經費，進一步降低水庫營運管理風險，俾妥善因應未來水庫營運可能遭受之衝擊。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990030</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904646</governmentpublicationsnumber><identifier>69614</identifier><internationalstandardbooknumber>9789860262438 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69614</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>群壩安全管理及風險排序研究(1/2) Risk-Informed Dam Safety Management and Prioritization of Dam Safety (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69615</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69615</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫〈光碟版〉〈3/3〉=Extesion   and   Improvement    of   Hydrologic    Information    System    Project    〈3/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/21</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>69616</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69616</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇(1/3)=Operation and Technology Improvement of the Coastal Ocean Monitoring Network(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>69617</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69617</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)-=Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990291</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009903927</governmentpublicationsnumber><identifier>69618</identifier><internationalstandardbooknumber>9789860255591 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69618</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域地貌變遷對河床演變之影響力(2/3)--內附光碟=The Influence of Basin Gemorphology Changes on River Morphology Evolution(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫選擇台南及高雄海岸?個示範區域，進?動態人工岬灣機制的學?驗證及適用性研究。本計畫先從台南與高雄現場實測資?分析岬灣在颱風前後的動態變化，同時研發灘線變化之?值模式，由現場實測之灘線變化的校驗，進而模擬動態人工岬灣在各種?同波?條件作用下之灘線變化，特別是颱風前後的動態變化。從模擬結果瞭解颱風期間之海灘寬?是否足夠防禦海岸之安全，如?足以抵抗?潮巨?之侵襲則研擬妥適的海岸緩衝區，再藉由現場海域地形實測資料，瞭解增加緩衝區的岬灣在颱風前後的動態變化。本計畫並?用相關?值模式，依颱風重現期、潮位及海灘?徑，推導海岸緩衝帶迴歸經驗式，研擬合?的海岸緩衝帶，研判岬灣工法在台南及高雄海岸的適用性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990225</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904297</governmentpublicationsnumber><identifier>69619</identifier><internationalstandardbooknumber>9789860258561 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69619</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>動態人工岬灣應用於台南高雄海岸之研究(光碟版)=Research on the Applicability of Dynamic Headland-Bay Beaches to Tainan and Kaohsiung Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區依自來水法第十一條劃定公告之自來水水質水量保護區(保護區)計有113處，面積約佔台灣地區土地面積之25％，由於保護區跨域管理，即跨越不同的行政轄區、機關與政府層級，管理工作有賴法令規章、科技管理與民眾參與。本計畫主要研究項目為：(1)研提出水質水量保護區科技管理與法令制度之芻議、(2)檢討自來水法與相關子法修法條文、(3)研提近、中、長程水質水量保護區科技管理發展架構、(4)辦理教育宣導、及(5)協助水利署整合「公共給水質量提升與管理科技發展計畫(2/4)」之整體成果。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990007</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904567</governmentpublicationsnumber><identifier>69622</identifier><internationalstandardbooknumber>9789860262766 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69622</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水質水量保護區科技管理策略規劃(2/2) －光碟版 Strategic Planning of Management Techniques for Water Quality and Quantity Protection Areas(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>現今全球氣候變遷,各國均面臨國家土地危脆,極端環境事件層出不窮,尤其對於水利施政潛藏著不確定性之高風險環境.如何借重各國施政經驗及掌握國際趨勢,全關性之政策學習已成為公共政策制定參考的重要模式,即是要我們知道如何學習他人之長以補己之短,根據各種經驗的分享,使大家更能理解政策活動中政治,經濟,社會等各個層面問題.</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990058</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904406</governmentpublicationsnumber><identifier>69623</identifier><internationalstandardbooknumber>9789860260519 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69623</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(3/3)  Improving capability for water resource affairs management and policy-planning(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>現今全球氣候變遷,各國均面臨國家土地危脆,極端環境事件層出不窮,尤其對於水利施政潛藏著不確定性之高風險環境.如何借重各國施政經驗及掌握國際趨勢,全關性之政策學習已成為公共政策制定參考的重要模式,即是要我們知道如何學習他人之長以補己之短,根據各種經驗的分享,使大家更能理解政策活動中政治,經濟,社會等各個層面問題.</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990058</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904406</governmentpublicationsnumber><identifier>69624</identifier><internationalstandardbooknumber>9789860260519 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69624</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利綜合業務管理與政策企劃能力建構(3/3) －光碟版 Improving capability for water resource affairs management and policy-planning(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫擬由歐美先進國家於全球氣候變遷趨勢下，因應洪災威脅所進行之變革探討為始，將歐美先進國家與歐盟所採行之重要對策加以歸納整理，並選定示範案例模擬災害境況，初探面臨巨災型洪災威脅之可能情況，研擬全方位因應對策，期望由平時實施之減災措施，至發生災害後如何提供人民財產權一定保障，均應一以貫之，進行完整規劃，期望能推動立法建立制度，使我國整體因應洪災之政策能及於先進國家水準。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990333</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904251</governmentpublicationsnumber><identifier>69625</identifier><internationalstandardbooknumber>9789860259339 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69625</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>全球氣候變遷趨勢下因應巨災型洪災對策之研究(1/2) The Investigation of Strategies on the Consequences of Catastrophic Floods under Global Climate Changes (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫擬由歐美先進國家於全球氣候變遷趨勢下，因應洪災威脅所進行之變革探討為始，將歐美先進國家與歐盟所採行之重要對策加以歸納整理，並選定示範案例模擬災害境況，初探面臨巨災型洪災威脅之可能情況，研擬全方位因應對策，期望由平時實施之減災措施，至發生災害後如何提供人民財產權一定保障，均應一以貫之，進行完整規劃，期望能推動立法建立制度，使我國整體因應洪災之政策能及於先進國家水準。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990333</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904251</governmentpublicationsnumber><identifier>69626</identifier><internationalstandardbooknumber>9789860259339 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69626</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>全球氣候變遷趨勢下因應巨災型洪災對策之研究(1/2) －光碟版 The Investigation of Strategies on the Consequences of Catastrophic Floods under Global Climate Changes (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>69627</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69627</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇〈光碟版〉〈1/3〉=Operayion    and    Technology    Improvement    of   the    Coastal    Ocean    Monitoring    Network〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治河岸沖刷的工法需隨河岸曲直、水流強度、保護標的…等?設計或放置不同的剛性(不透水)與柔性(透水性)保護工法，以達到減輕河岸遭洪水衝擊、岸邊河床遭水流沖刷以及緩流促淤造灘的目的。為使水利工程師於設計堤防保護工時能有更多元化的保護工法可供選擇採用，達到因地制宜的效果。本計畫擬針對具透水性與導?性之筐網圓柱進行研究與分析，?用數值模式進行模擬，並以室內水工實驗之結果進行驗證，期能為水?工程界研發具學?基礎以及實地測試具可用性之新河岸保護工法，提供水利工程師於設計規劃時多一種工法的選擇，以減輕颱洪期間河川水流對河岸所成的破壞。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69629</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69629</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防制河岸沖刷之實驗與數值模擬〈1/3〉=Study   on    Porous   Structure   for    River-Bank   Protection   by   Both   Experiments   and     Numerical    Simulation〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治河岸沖刷的工法需隨河岸曲直、水流強度、保護標的…等?設計或放置不同的剛性(不透水)與柔性(透水性)保護工法，以達到減輕河岸遭洪水衝擊、岸邊河床遭水流沖刷以及緩流促淤造灘的目的。為使水利工程師於設計堤防保護工時能有更多元化的保護工法可供選擇採用，達到因地制宜的效果。本計畫擬針對具透水性與導?性之筐網圓柱進行研究與分析，?用數值模式進行模擬，並以室內水工實驗之結果進行驗證，期能為水?工程界研發具學?基礎以及實地測試具可用性之新河岸保護工法，提供水利工程師於設計規劃時多一種工法的選擇，以減輕颱洪期間河川水流對河岸所成的破壞。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/24</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>69630</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69630</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防制河岸沖刷之實驗與數值模擬〈光碟版〉〈1/3〉=Study   on    Porous   Structure   for    River-Bank   Protection   by   Both   Experiments   and     Numerical    Simulation〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>包括高雄縣甲仙鄉小林村與五里埔、桃源鄉勤和村與東莊及屏東縣霧臺鄉依拉部落之河川區域縣範圍。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990367</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904513</governmentpublicationsnumber><identifier>69632</identifier><internationalstandardbooknumber>9789860261769 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69632</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克颱洪高屏溪流域受災特定區段急需防洪設施初步規劃=A preliminary Planning for Urgent Control Facilities in the specific of Kaoping River caused by Typhoon Morakot</title><yearidentifier>201012</yearidentifier></data><data><abstract>包括高雄縣甲仙鄉小林村與五里埔、桃源鄉勤和村與東莊及屏東縣霧臺鄉依拉部落之河川區域縣範圍。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990367</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904513</governmentpublicationsnumber><identifier>69633</identifier><internationalstandardbooknumber>9789860261769 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69633</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克颱洪高屏溪流域受災特定區段急需防洪設施初步規劃(光碟版)=A preliminary Planning for Urgent Control Facilities in the specific of Kaoping River caused by Typhoon Morakot</title><yearidentifier>201012</yearidentifier></data><data><abstract>莫拉克颱風過境為台灣南部帶來豪雨，由於降雨量大而延時長，造成高屏溪流域沿岸發生多處重大災害及嚴重淹水。 本計畫特別針對莫拉克風災期間旗山鎮淹水之原因進行調查、分析及蒐集並彙整相關報告，以期能釐清旗山鎮淹水主要原因，並提供政府未來遭遇如此極端氣候條件時治水防洪之參考，幫助政府與人民能做好更周全的準備，降低可能的災害損失。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990419</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904532</governmentpublicationsnumber><identifier>69634</identifier><internationalstandardbooknumber>9789860261028 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69634</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克風災旗山鎮淹水原因報告彙整=A Collection Report of Reasons of Floodingin Cishan Town during the Morakot Typhoon</title><yearidentifier>201012</yearidentifier></data><data><abstract>莫拉克颱風過境為台灣南部帶來豪雨，由於降雨量大而延時長，造成高屏溪流域沿岸發生多處重大災害及嚴重淹水。 本計畫特別針對莫拉克風災期間旗山鎮淹水之原因進行調查、分析及蒐集並彙整相關報告，以期能釐清旗山鎮淹水主要原因，並提供政府未來遭遇如此極端氣候條件時治水防洪之參考，幫助政府與人民能做好更周全的準備，降低可能的災害損失。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990419</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904532</governmentpublicationsnumber><identifier>69635</identifier><internationalstandardbooknumber>9789860261028 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69635</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克風災旗山鎮淹水原因報告彙整(光碟版 )=A Collection Report of Reasons of Floodingin Cishan Town during the Morakot Typhoon</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫進行橫向水工結構物移除、改善與河川復育效益評估的研究，研究面向較偏向河川復育。此處的橫向水工結構物指的是攔河堰、防砂壩、潛壩等。本計畫三年的工作重點包含蒐集分析國內外案?、可?性與執?方式研擬、效?評估模式建立與分析、案例分析(第一年為粗坑堰、羅東堰、榮華壩、鹿谷堰四個案例；第二年為巴陵壩、粗坑堰、老街溪攔河堰；第三年則為七家灣溪、巴陵壩、粗坑堰)、參考手冊撰寫，最後為計畫成果的彙整與展現，分別辦理講習會與建立水利署情勢調查地?資訊系統資?庫之資料。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69637</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69637</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈總報告書〉=Efficiency   Assessment    on   Removal    and   Improvement    of    Horizontal    Water    Diversion   Structures   and    River   Restoration</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫進行橫向水工結構物移除、改善與河川復育效益評估的研究，研究面向較偏向河川復育。此處的橫向水工結構物指的是攔河堰、防砂壩、潛壩等。本計畫三年的工作重點包含蒐集分析國內外案?、可?性與執?方式研擬、效?評估模式建立與分析、案例分析(第一年為粗坑堰、羅東堰、榮華壩、鹿谷堰四個案例；第二年為巴陵壩、粗坑堰、老街溪攔河堰；第三年則為七家灣溪、巴陵壩、粗坑堰)、參考手冊撰寫，最後為計畫成果的彙整與展現，分別辦理講習會與建立水利署情勢調查地?資訊系統資?庫之資料。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903881</governmentpublicationsnumber><identifier>69638</identifier><internationalstandardbooknumber>9789860254921 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69638</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈總報告電子書〉=Efficiency   Assessment    on   Removal    and   Improvement    of    Horizontal    Water    Diversion   Structures   and    River   Restoration</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫進行橫向水工結構物移除、改善與河川復育效益評估的研究，研究面向較偏向河川復育。此處的橫向水工結構物指的是攔河堰、防砂壩、潛壩等。本計畫三年的工作重點包含蒐集分析國內外案?、可?性與執?方式研擬、效?評估模式建立與分析、案例分析(第一年為粗坑堰、羅東堰、榮華壩、鹿谷堰四個案例；第二年為巴陵壩、粗坑堰、老街溪攔河堰；第三年則為七家灣溪、巴陵壩、粗坑堰)、參考手冊撰寫，最後為計畫成果的彙整與展現，分別辦理講習會與建立水利署情勢調查地?資訊系統資?庫之資料。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69639</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69639</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈3/3〉正式報告書=Efficiency   Assessment    on   Removal    and   Improvement    of    Horizontal    Water    Diversion   Structures   and    River   Restoration 〈3/3 〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫進行橫向水工結構物移除、改善與河川復育效益評估的研究，研究面向較偏向河川復育。此處的橫向水工結構物指的是攔河堰、防砂壩、潛壩等。本計畫三年的工作重點包含蒐集分析國內外案?、可?性與執?方式研擬、效?評估模式建立與分析、案例分析(第一年為粗坑堰、羅東堰、榮華壩、鹿谷堰四個案例；第二年為巴陵壩、粗坑堰、老街溪攔河堰；第三年則為七家灣溪、巴陵壩、粗坑堰)、參考手冊撰寫，最後為計畫成果的彙整與展現，分別辦理講習會與建立水利署情勢調查地?資訊系統資?庫之資料。</abstract><author>臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903880</governmentpublicationsnumber><identifier>69640</identifier><internationalstandardbooknumber>9789860254914 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69640</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>橫向水工結構物移除、改善與河川復育效益評估〈3/3〉正式報告電子書=Efficiency   Assessment    on   Removal    and   Improvement    of    Horizontal    Water    Diversion   Structures   and    River   Restoration 〈3/3 〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策&amp; #63862;及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、&amp; #63847;確定性分析、脆弱&amp; #64001;及風險評估等及進&amp; #64008;該區因應氣候變遷下海岸災害調適能&amp; #63882;研究，期建&amp; #63991;氣候變遷下該區海岸災害脆弱&amp; #64001;評估及風險地圖，並提出調適策&amp; #63862;及因應之&amp; #64008;動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990334</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904252</governmentpublicationsnumber><identifier>69641</identifier><internationalstandardbooknumber>9789860259315 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69641</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(1/2) A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>隨著大環境的變遷，海岸環境營造及海岸復育課題逐漸為國人所重視。政府相關水利單位積極倡導自然生態工法、永續經營及發展休閒旅遊之際，海灘逐漸成為一個重要的生態及遊憩區域，且天然或人工的海灘不僅提供民眾親水空間，更可防潮禦浪。近年來國外先進國家所採用之海岸防治侵蝕工法逐漸強調安全性、景觀性、經濟性以及親水性並重，著眼於人工結構物與海岸環境之結合，除維持傳統工法防潮禦浪的功能外，亦強調民眾親近海岸的視覺與休憩享受。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990225</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904297</governmentpublicationsnumber><identifier>69642</identifier><internationalstandardbooknumber>9789860258561 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69642</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>動態人工岬灣應用於台南高雄海岸之研究=Research   on   the   Applicability   of   Dynamic    Headland-Bay    Beaches    to    Tainan    and   Kaohsiung    Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>隨著大環境的變遷，海岸環境營造及海岸復育課題逐漸為國人所重視。政府相關水利單位積極倡導自然生態工法、永續經營及發展休閒旅遊之際，海灘逐漸成為一個重要的生態及遊憩區域，且天然或人工的海灘不僅提供民眾親水空間，更可防潮禦浪。近年來國外先進國家所採用之海岸防治侵蝕工法逐漸強調安全性、景觀性、經濟性以及親水性並重，著眼於人工結構物與海岸環境之結合，除維持傳統工法防潮禦浪的功能外，亦強調民眾親近海岸的視覺與休憩享受。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990225</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904297</governmentpublicationsnumber><identifier>69643</identifier><internationalstandardbooknumber>9789860258561 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69643</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>動態人工岬灣應用於台南高雄海岸之研究〈光碟版〉=Research   on   the   Applicability   of   Dynamic    Headland-Bay    Beaches    to    Tainan    and   Kaohsiung    Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策&amp; #63862;及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、&amp; #63847;確定性分析、脆弱&amp; #64001;及風險評估等及進&amp; #64008;該區因應氣候變遷下海岸災害調適能&amp; #63882;研究，期建&amp; #63991;氣候變遷下該區海岸災害脆弱&amp; #64001;評估及風險地圖，並提出調適策&amp; #63862;及因應之&amp; #64008;動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990334</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904252</governmentpublicationsnumber><identifier>69644</identifier><internationalstandardbooknumber>9789860259315 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69644</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(1/2)－光碟版 A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中原大學/黃俊銘主持</author><categoryidentifier>541.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>69647</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69647</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署「文化性資產清查委託服務計畫」  The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>水資源投資分析的主要目的,係為了瞭解每一年度台灣地區對水資源事業投資概況,本計畫蒐集檢核各部門年度提報之各項水資源投資經費,並將歷年之資料系統化建檔以供資料傳輸及查詢介面使用,並針對歷年來水資源投資分析年報資料建立研析指標,俾便針對國內水資源投資計畫與建設成效進行綜合分析</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990086</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904404</governmentpublicationsnumber><identifier>69648</identifier><internationalstandardbooknumber>9789860260526 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69648</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水資源投資分析資料檢討及應用之研究(2/2) A Study on Data Review and Application for Water Resources Investment Analysis (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>水資源投資分析的主要目的,係為了瞭解每一年度台灣地區對水資源事業投資概況,本計畫蒐集檢核各部門年度提報之各項水資源投資經費,並將歷年之資料系統化建檔以供資料傳輸及查詢介面使用,並針對歷年來水資源投資分析年報資料建立研析指標,俾便針對國內水資源投資計畫與建設成效進行綜合分析</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990086</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904404</governmentpublicationsnumber><identifier>69649</identifier><internationalstandardbooknumber>9789860260526 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69649</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水資源投資分析資料檢討及應用之研究(2/2) －光碟版 A Study on Data Review and Application for Water Resources Investment Analysis (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>彰化師範大學歷史學研究所助理教授顧雅文著</author><categoryidentifier>541.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>69650</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69650</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署「文化性資產口述歷史成果報告」  The Cultural Heritage of Water Resources Agency : Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract>本計畫特別針對莫拉克風災期間雙園地區雙園大橋斷之原因進行調查、分析及蒐集。對於本風災颱洪事件之地域特性、洪水災情、淹水原因及水工與防洪構造物損壞原因...等因素進行調查與分析，以期能釐清雙園地區雙園大橋斷橋事件原因，並提供政府未來遭遇如此極端氣候條件時治水防洪之參考，幫助政府與人民能做好更周全的準備，降低可能的災害損失。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990419</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904512</governmentpublicationsnumber><identifier>69651</identifier><internationalstandardbooknumber>9789860261042 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69651</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克風災雙園地區雙園大橋斷橋原因報告彙整=A Collection Report of Reasons of Breaching of the Shuangyuan Bridge during the Morakot Typhoon</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫特別針對莫拉克風災期間雙園地區雙園大橋斷之原因進行調查、分析及蒐集。對於本風災颱洪事件之地域特性、洪水災情、淹水原因及水工與防洪構造物損壞原因...等因素進行調查與分析，以期能釐清雙園地區雙園大橋斷橋事件原因，並提供政府未來遭遇如此極端氣候條件時治水防洪之參考，幫助政府與人民能做好更周全的準備，降低可能的災害損失。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990419</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904512</governmentpublicationsnumber><identifier>69652</identifier><internationalstandardbooknumber>9789860261042 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69652</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>莫拉克風災雙園地區雙園大橋斷橋原因報告彙整(光碟版)=A Collection Report of Reasons of Breaching of the Shuangyuan Bridge during the Morakot Typhoon</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問社</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904646</governmentpublicationsnumber><identifier>69655</identifier><internationalstandardbooknumber>9789860262438 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69655</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>群壩安全管理及風險排序研究〈1/2〉Risk-Informed Dam Safety Management and Prioritization of Dam Safety〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>武洛溪位於台灣南部，為高屏溪水系隘寮溪的支流，集水範圍多屬屏東縣三地門鄉，下游出口段局部位於高樹鄉及鹽埔鄉境內。主流發源於大母母山，向南流經三地門鄉大社、口社、賽嘉以及高樹鄉廣福、廣興等村落後，向西沿著高樹鄉及鹽埔鄉交界入隘寮溪。</abstract><author>鴻成水利技師事務所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990315</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904667</governmentpublicationsnumber><identifier>69656</identifier><internationalstandardbooknumber>9789860264210 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69656</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>武洛溪治理規劃 Report on River Planning of Wu-luo River</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治工作須長期持續推動，且應標本兼治，爰此，為延續過去「一、二期地層下陷防治執行方案」防治成效，本年度通過實施「地下水保育管理計畫」，據以辦理98至103年地層下陷防治工作，實施區域包括台北、宜蘭、桃園、彰化、雲林、嘉義、台南、高雄及屏東等9縣市，本委辦計畫依據政策擬定之方向辦理，希冀藉由各項宣導作為，達成降低政府施政之阻力、增進基層人員防治技術、提高民眾愛水護土之觀念、強化防治觀念向下紮根等目標。 教育宣導工作內容繁多，實施族群及對象廣泛，且須長期投入，持續深耕，並與地方人士保持良好互動，方得逐漸見其成效；本計畫基於上述考量，同時又受限於下列因素，故擬委託學術研究單位或民間團體承接辦理。</abstract><author>淡江大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990215</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904937</governmentpublicationsnumber><identifier>69657</identifier><internationalstandardbooknumber>9789860266405 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69657</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地層下陷防治智識建構及推廣計畫 2010 The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract>武洛溪位於台灣南部，為高屏溪水系隘寮溪的支流，集水範圍多屬屏東縣三地門鄉，下游出口段局部位於高樹鄉及鹽埔鄉境內。主流發源於大母母山，向南流經三地門鄉大社、口社、賽嘉以及高樹鄉廣福、廣興等村落後，向西沿著高樹鄉及鹽埔鄉交界入隘寮溪。</abstract><author>鴻成水利技師事務所</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990315</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904667</governmentpublicationsnumber><identifier>69658</identifier><internationalstandardbooknumber>9789860264210 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69658</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>武洛溪治理規劃-光碟電子書Report on River Planning of Wu-luo River</title><yearidentifier>201012</yearidentifier></data><data><abstract>做為本地區國土復育推動之綱要計畫，各權責單位秉持國土保安與復育的理念，期降低災害再次發生的風險，減少人民生命財產損失，促進環資源永續發展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.5   55405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990245</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904259</governmentpublicationsnumber><identifier>69659</identifier><internationalstandardbooknumber>9789860259032 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69659</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>屏東嚴重地層下陷區綜合治水與國土復育整體規劃 Nation Land Restoration Planning for Severe Land-Subsidence Area in Pingtung</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990291</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903927</governmentpublicationsnumber><identifier>69660</identifier><internationalstandardbooknumber>9789860255591 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69660</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域地貌變遷對河床演變之影響(2/3)=The Influence of Basin Geomorphology Changes on River Morphology Evolution (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>做為本地區國土復育推動之綱要計畫，各權責單位秉持國土保安與復育的理念，期降低災害再次發生的風險，減少人民生命財產損失，促進環資源永續發展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990245</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904259</governmentpublicationsnumber><identifier>69661</identifier><internationalstandardbooknumber>9789860259032 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69661</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>屏東嚴重地層下陷區綜合治水與國土復育整體規劃--光碟版=Nation Land Restoration Planning for Severe Land-Subsidence Area in Pingtung</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治工作須長期持續推動，且應標本兼治，爰此，為延續過去「一、二期地層下陷防治執行方案」防治成效，本年度通過實施「地下水保育管理計畫」，據以辦理98至103年地層下陷防治工作，實施區域包括台北、宜蘭、桃園、彰化、雲林、嘉義、台南、高雄及屏東等9縣市，本委辦計畫依據政策擬定之方向辦理，希冀藉由各項宣導作為，達成降低政府施政之阻力、增進基層人員防治技術、提高民眾愛水護土之觀念、強化防治觀念向下紮根等目標。 教育宣導工作內容繁多，實施族群及對象廣泛，且須長期投入，持續深耕，並與地方人士保持良好互動，方得逐漸見其成效；本計畫基於上述考量，同時又受限於下列因素，故擬委託學術研究單位或民間團體承接辦理。</abstract><author>淡江大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990215</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904937</governmentpublicationsnumber><identifier>69662</identifier><internationalstandardbooknumber>9789860266405 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69662</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地層下陷防治智識建構及推廣計畫(光碟版) 2010 The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治工作須長期持續推動，且應標本兼治，爰此，為延續過去「一、二期地層下陷防治執行方案」防治成效，本年度通過實施「地下水保育管理計畫」，據以辦理98至103年地層下陷防治工作，實施區域包括台北、宜蘭、桃園、彰化、雲林、嘉義、台南、高雄及屏東等9縣市，本委辦計畫依據政策擬定之方向辦理，希冀藉由各項宣導作為，達成降低政府施政之阻力、增進基層人員防治技術、提高民眾愛水護土之觀念、強化防治觀念向下紮根等目標。 教育宣導工作內容繁多，實施族群及對象廣泛，且須長期投入，持續深耕，並與地方人士保持良好互動，方得逐漸見其成效；本計畫基於上述考量，同時又受限於下列因素，故擬委託學術研究單位或民間團體承接辦理。</abstract><author>淡江大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990215</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904935</governmentpublicationsnumber><identifier>69663</identifier><internationalstandardbooknumber>9789860266412 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69663</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地層下陷防治智識建構及推廣計畫(附件集)  2010 The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>69664</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69664</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃研究所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究〈2/4〉Implementation and Application Study of the Achievements between WRA and USBR Cooperation〈2/4〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>颱洪期間高流量期間泥砂的監測為確保水庫營運安全之必要措施，本計畫以土?灣水庫之水流泥砂為研究對象，利用數值模式進行河道輸砂模擬，並監測泥砂資料供模式驗證，掌握水庫泥砂運移特性，進行水力排砂之模擬探討。</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990135</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904066</governmentpublicationsnumber><identifier>69665</identifier><internationalstandardbooknumber>9789860256901 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69665</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究(4)土?灣水庫排砂效率與觀測資料分析之研究(2/3)－內附光碟 Study on Sustainable Reservoir Planning(4) Sediment Sluicing Efficiency and Characterization of Observed Data at the Tulongwan Reservoir(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>69666</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69666</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃研究所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究〈2/4〉〈光碟版〉Implementation and Application Study of the Achievements between WRA and USBR Cooperation〈2/4〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>颱洪期間高流量期間泥砂的監測為確保水庫營運安全之必要措施，本計畫以土?灣水庫之水流泥砂為研究對象，利用數值模式進行河道輸砂模擬，並監測泥砂資料供模式驗證，掌握水庫泥砂運移特性，進行水力排砂之模擬探討。</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990135</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009904066</governmentpublicationsnumber><identifier>69667</identifier><internationalstandardbooknumber>9789860256901 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69667</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究(4) 土?灣水庫排砂效率與觀測資料分析之研究(2/3)－光碟版 Study on Sustainable Reservoir Planning(4) Sediment Sluicing Efficiency and Characterization of Observed Data at the Tulongwan Reservoir(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/25</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>69668</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69668</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬訂〈1/2〉  〈含光碟片〉  Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook 〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>面對因氣候變遷而日趨嚴的洪氾災害，現有之淹水模擬技術及規劃方針，應有新的思維方向與技術突破，方有能力因應。為因應氣候變遷對於淹水災害造成之衝擊，進行淹水模擬演算方法之改良以洪災控管最佳化工具之研發，以提供將來相關研究與決策之使用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990329</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904379</governmentpublicationsnumber><identifier>69669</identifier><internationalstandardbooknumber>9789860260038 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69669</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(1/3)－內附光碟 The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>屏東縣沿海地區之養殖產業相當發達，以往因主要從事淡水養殖，在養殖漁民競相抽用地下水之情況下，因而引發地層下陷，由於下陷嚴重，經濟部於民國88年即將屏東縣沿海之林邊、佳冬公告為嚴重地層下陷地區，新園、枋山全鄉鎮為地下水管制區。為能有效降低地下水抽用量，減緩地層下陷，近年來，行政院農業委會員漁業署已陸續輔導成立養殖漁業生產區，並改為海水養殖，然至民國98年止之累積下陷量已達3.28公尺，仍為台灣地區之冠，目前最大累積下陷量位於佳冬鄉塭豐村。 由本署於民國92年辦理東港、林邊、佳冬及枋寮等4鄉鎮水井調查資料顯示，4鄉鎮之水井約共有6,350口，其中東港鎮及林邊鄉於民國97年重新調查，東港鎮增加約60口，林邊鄉則減少約400口。由於民國98年8月莫拉克颱風重創林邊溪兩岸林邊鄉與佳冬鄉之養殖漁塭，為協助屏東縣政府在風災後推動各項整(復)建工程，以利沿海地區在產業發展、環境保育與水資源永續利用間取得平衡發展；另新園、枋山二鄉鎮全鄉鎮為地下水管制區，以前年度未曾辦理水井清查工作，因此本年度擇選林邊、佳冬、新園、及枋山等4鄉鎮辦理水井清查工作，作為後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據。</abstract><author>高雄第一科技大學</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990214</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904938</governmentpublicationsnumber><identifier>69670</identifier><internationalstandardbooknumber>9789860266399 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69670</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>屏東縣林邊、佳冬、新園、枋山等四鄉鎮水井清查計畫 The well Investigation of LInbian Township、Jiadong Township、Xinyuan Township and Fangshan Township in Pingtung County</title><yearidentifier>201012</yearidentifier></data><data><abstract>屏東縣沿海地區之養殖產業相當發達，以往因主要從事淡水養殖，在養殖漁民競相抽用地下水之情況下，因而引發地層下陷，由於下陷嚴重，經濟部於民國88年即將屏東縣沿海之林邊、佳冬公告為嚴重地層下陷地區，新園、枋山全鄉鎮為地下水管制區。為能有效降低地下水抽用量，減緩地層下陷，近年來，行政院農業委會員漁業署已陸續輔導成立養殖漁業生產區，並改為海水養殖，然至民國98年止之累積下陷量已達3.28公尺，仍為台灣地區之冠，目前最大累積下陷量位於佳冬鄉塭豐村。 由本署於民國92年辦理東港、林邊、佳冬及枋寮等4鄉鎮水井調查資料顯示，4鄉鎮之水井約共有6,350口，其中東港鎮及林邊鄉於民國97年重新調查，東港鎮增加約60口，林邊鄉則減少約400口。由於民國98年8月莫拉克颱風重創林邊溪兩岸林邊鄉與佳冬鄉之養殖漁塭，為協助屏東縣政府在風災後推動各項整(復)建工程，以利沿海地區在產業發展、環境保育與水資源永續利用間取得平衡發展；另新園、枋山二鄉鎮全鄉鎮為地下水管制區，以前年度未曾辦理水井清查工作，因此本年度擇選林邊、佳冬、新園、及枋山等4鄉鎮辦理水井清查工作，作為後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據。</abstract><author>高雄第一科技大學</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990214</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904938</governmentpublicationsnumber><identifier>69671</identifier><internationalstandardbooknumber>9789860266399 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69671</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>屏東縣林邊、佳冬、新園、枋山等四鄉鎮水井清查計畫(光碟版) The well Investigation of LInbian Township、Jiadong Township、Xinyuan Township and Fangshan Township in Pingtung County</title><yearidentifier>201012</yearidentifier></data><data><abstract>高屏大湖工程計畫已於民國93年奉行政院核定辦理，經94、95、96、97年度所編列預算均遭立法院全數刪除，98及99年度則未奉核列預算，目前尚無實際工程進度。 民國98年8月8日莫拉克颱風降下超大豪雨重創南台灣，導致曾文越引計畫範圍內河床與水庫淤積嚴重，地形地貌與水文條件均發生重大改變，高屏大湖計畫須再積極推動，以因應南部區域中期供水缺口。 原計畫內容於93年奉核迄今與現況社經環境已有相異，本計畫擬配合台糖休閒湖型之規劃作整體規劃檢討，並研提分期推動策略，以作為修正工程計畫書之參考依據。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990362</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904485</governmentpublicationsnumber><identifier>69672</identifier><internationalstandardbooknumber>9789860261165 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69672</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>高屏大湖整體規劃檢討及分期推動策略研訂 A Review of Integrated Planning and the Development of the Promoting Strategy for Gaoping Lake</title><yearidentifier>201012</yearidentifier></data><data><abstract>高屏大湖工程計畫已於民國93年奉行政院核定辦理，經94、95、96、97年度所編列預算均遭立法院全數刪除，98及99年度則未奉核列預算，目前尚無實際工程進度。 民國98年8月8日莫拉克颱風降下超大豪雨重創南台灣，導致曾文越引計畫範圍內河床與水庫淤積嚴重，地形地貌與水文條件均發生重大改變，高屏大湖計畫須再積極推動，以因應南部區域中期供水缺口。 原計畫內容於93年奉核迄今與現況社經環境已有相異，本計畫擬配合台糖休閒湖型之規劃作整體規劃檢討，並研提分期推動策略，以作為修正工程計畫書之參考依據。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990362</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904485</governmentpublicationsnumber><identifier>69673</identifier><internationalstandardbooknumber>9789860261165 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69673</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>高屏大湖整體規劃檢討及分期推動策略研訂(光碟版) A Review of Integrated Planning and the Development of the Promoting Strategy for Gaoping Lake</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區處於全球氣候變遷之影響下，未來水庫設施之營運管理，將遭遇更嚴厲之天然考驗，本委辦計畫擬參考先進國家之蓄水建造物安全風險管理經驗，考量國內各水庫管理單位執行實況，建立群壩風險評估及排序管理概念及方法，以有效合理運用有限經費，進一步降低水庫營運管理風險，俾妥善因應未來水庫營運可能遭受之衝擊。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990030</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904646</governmentpublicationsnumber><identifier>69674</identifier><internationalstandardbooknumber>9789860262438 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69674</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>群壩安全管理及風險排序研究(1/2)－光碟版 Risk-Informed Dam Safety Management and Prioritization of Dam Safety (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫目標為進行林邊溪流域兩座集水廊道調查評估，藉由地下水位觀測井設置及地下水位與集水廊道出水量觀測，概估既有水源水量供給鄰近地區水資源之經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980197</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904188</governmentpublicationsnumber><identifier>69675</identifier><internationalstandardbooknumber>9789860257359 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69675</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>林邊溪、力力溪現有集水廊道剩餘水資源開發潛能與經濟效益概估--內附光碟=An Preliminary Assessment for Potential of Water Supply and Economic Benefits of The Infiltration Gallerys at Lin-Bien River and Li-Li River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫目標為進行林邊溪流域兩座集水廊道調查評估，藉由地下水位觀測井設置及地下水位與集水廊道出水量觀測，概估既有水源水量供給鄰近地區水資源之經濟效益。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980197</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904188</governmentpublicationsnumber><identifier>69676</identifier><internationalstandardbooknumber>9789860257359 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69676</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>林邊溪、力力溪現有集水廊道剩餘水資源開發潛能與經濟效益概估－光碟版 An Preliminary Assessment for Potential of Water Supply and Economic Benefits of The Infiltration Gallerys at Lin-Bien River and Li-Li River</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣西南部地區於民國98年8月遭逢莫拉克颱風豪雨肆虐，流域地形地貌大幅改變，並造成相當嚴重之災情，為能審慎評估全球氣象變遷對水利事業可能造成的衝擊及謀劃相關因應策略。爰此，本計畫目的為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作並配合河道土砂運移沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>69677</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69677</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)=A Study of Sediment Managemeny Policies on Climate Change for River Basinis in Southern Taiwan-GaoPing River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣西南部地區於民國98年8月遭逢莫拉克颱風豪雨肆虐，流域地形地貌大幅改變，並造成相當嚴重之災情，為能審慎評估全球氣象變遷對水利事業可能造成的衝擊及謀劃相關因應策略。爰此，本計畫目的為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作並配合河道土砂運移沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>69678</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69678</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)光碟版=A Study of Sediment Managemeny Policies on Climate Change for River Basinis in Southern Taiwan-GaoPing River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>士文水庫計畫歷經數年的調查規劃，在規劃水庫的同時必須考量地區之地震因素，於民國96年在壩址區裝設2部強地動儀，為能持續接收壩址區域之現地資料，建立士文水庫地區強地動儀資料庫，將繼續辦理計畫，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904171</governmentpublicationsnumber><identifier>69679</identifier><internationalstandardbooknumber>9789860257335 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69679</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(3/5)－內附光碟 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(3/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract>士文水庫計畫歷經數年的調查規劃，在規劃水庫的同時必須考量地區之地震因素，於民國96年在壩址區裝設2部強地動儀，為能持續接收壩址區域之現地資料，建立士文水庫地區強地動儀資料庫，將繼續辦理計畫，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990139</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904171</governmentpublicationsnumber><identifier>69680</identifier><internationalstandardbooknumber>9789860257335 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69680</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(3/5)--光碟版=Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(3/5)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫目的在於評估南部水資源分區水資源脆弱度空間分佈，並提出強化南部水資源分區因應氣候變遷水資源管理調適能力之調適計畫，計畫分成兩年度執行。今年為第一年度，主要工作內容在於現況之供需分析、水文趨勢分析、訂定需水量情境以供第二年進行模擬評估進 行脆弱度空間分佈分析</abstract><author>國立臺灣大學</author><categoryidentifier>554.61   99022917</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990327</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009903966</governmentpublicationsnumber><identifier>69681</identifier><internationalstandardbooknumber>9789860255638 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69681</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究(1/2)－內附光碟 Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫目的在於評估南部水資源分區水資源脆弱度空間分佈，並提出強化南部水資源分區因應氣候變遷水資源管理調適能力之調適計畫，計畫分成兩年度執行。今年為第一年度，主要工作內容在於現況之供需分析、水文趨勢分析、訂定需水量情境以供第二年進行模擬評估進 行脆弱度空間分佈分析</abstract><author>國立臺灣大學</author><categoryidentifier>554.61   99022917</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990327</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009903996</governmentpublicationsnumber><identifier>69682</identifier><internationalstandardbooknumber>9789860255638 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69682</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究(1/2)--光碟版=Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳?科技公司；商嘉瑞、吳佳穎</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69683</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69683</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3)光碟版 Extension and Improvement of Hydrological Information System Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為因應高雄地區用水需求，從多元化水源開發角度探討高屏溪流域水資源開發方案，包括計畫區位現況調查、工程水文資料檢討、多元化水資源開發方案評估等，以供未來水資源開發之參考依據，並達成穩定供水之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6933   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990167</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904133</governmentpublicationsnumber><identifier>69684</identifier><internationalstandardbooknumber>9789860257366 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69684</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域水資源開發計畫檢討－內附光碟 Re-evaluation of Water Resources Development Projects in the Kaoping River Basin</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳?科技公司；商嘉瑞、吳佳穎</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>69685</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3)    Extension and Improvement of Hydrological Information System Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為因應高雄地區用水需求，從多元化水源開發角度探討高屏溪流域水資源開發方案，包括計畫區位現況調查、工程水文資料檢討、多元化水資源開發方案評估等，以供未來水資源開發之參考依據，並達成穩定供水之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6933   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990167</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904133</governmentpublicationsnumber><identifier>69686</identifier><internationalstandardbooknumber>9789860257366 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69686</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域水資源開發個案規劃  Planning for Kaoping River Basin Water Resources Development</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為因應高雄地區用水需求，從多元化水源開發角度探討高屏溪流域水資源開發方案，包括計畫區位現況調查、工程水文資料檢討、多元化水資源開發方案評估等，以供未來水資源開發之參考依據，並達成穩定供水之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6933   99023354</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990167</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904133</governmentpublicationsnumber><identifier>69687</identifier><internationalstandardbooknumber>9789860257366 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69687</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高屏溪流域水資源開發計畫檢討－光碟版 Re-evaluation of Water Resources Development Projects in the Kaoping River Basin</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>69688</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69688</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究〈2/2〉光碟版    Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>69689</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69689</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究〈2/2〉    Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>69690</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69690</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究總報告   Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/26</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>69691</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69691</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究總報告〈光碟版〉    Investigation  on  Biodiversity  With  the  concept  of  River  Regime  Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。整體計畫目的包括：(1) 建置新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。本(99)年度為計畫執行第二年，除增加國外管制資訊之外，主要工作項目為：(1) 評估處理程序對新興污染物削減能力；(2) 檢視淨水場對新興污染物控制能力與最佳化；以及(3) 建立國際合作機制。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990016</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/27</date><governmentpublicationsnumber>1009904599</governmentpublicationsnumber><identifier>69692</identifier><internationalstandardbooknumber>9789860263046 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69692</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究(2/4) Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(1/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。整體計畫目的包括：(1) 建置新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。本(99)年度為計畫執行第二年，除增加國外管制資訊之外，主要工作項目為：(1) 評估處理程序對新興污染物削減能力；(2) 檢視淨水場對新興污染物控制能力與最佳化；以及(3) 建立國際合作機制。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990016</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/27</date><governmentpublicationsnumber>1009904599</governmentpublicationsnumber><identifier>69693</identifier><internationalstandardbooknumber>9789860263046 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69693</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究(2/4)－光碟版 Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(1/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>高含砂水流在近年的颱洪災害中，逐漸形成一不可忽視之課題。高含砂水流之流態特性及其對沉滓運移型態之影響迥異於一般常態低濃度含砂水流，在動床條件下，其流速、水深及剪力等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之研究中，已以定床角度，建立流速、水深及剪力等物理特性與泥砂濃度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水流運移時的泥砂體積濃度變化、沿程落淤現象等，更必要以動床角度進行研析，以釐清高含砂水流對沖淤機制之影響及其對河道穩定影響之範圍，亦為本計畫執行的重點。茲將本年度之工作成果摘要說明如下。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904132</governmentpublicationsnumber><identifier>69694</identifier><internationalstandardbooknumber>9789860257328 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69694</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(2/3) Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>高含砂水流在近年的颱洪災害中，逐漸形成一不可忽視之課題。高含砂水流之流態特性及其對沉滓運移型態之影響迥異於一般常態低濃度含砂水流，在動床條件下，其流速、水深及剪力等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之研究中，已以定床角度，建立流速、水深及剪力等物理特性與泥砂濃度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水流運移時的泥砂體積濃度變化、沿程落淤現象等，更必要以動床角度進行研析，以釐清高含砂水流對沖淤機制之影響及其對河道穩定影響之範圍，亦為本計畫執行的重點。茲將本年度之工作成果摘要說明如下。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904132</governmentpublicationsnumber><identifier>69695</identifier><internationalstandardbooknumber>9789860257328 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69695</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(2/3)－光碟版 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可以減少天然水資源開發及污水排放，IPCC(聯合國政府間氣候變遷委員會 International Panel on Climate Change)於2007年發表的評估報告已將水再生利用列為因應氣候變遷衝擊的有效調適策略，世界各國亦已逐漸將其規劃供作平時民生次級用水及工業用水或作為乾旱時期之救急水源。本署自96年起規劃及推動為期5年的「水再生利用產業發展科技計畫（96-100年）」共投入約4億元經費進行水再生技術研發、模廠之研究及產業扶植等工作，陸續已完成50餘件委辦計畫，為彙整檢討分析各計畫成果，並依其提出下階段水再生業務推動之藍圖。另為推動政府機關再生水廠示範計畫，需定常幕僚協助辦理居中聯繫協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990121</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904887</governmentpublicationsnumber><identifier>69698</identifier><internationalstandardbooknumber>9789860266894 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69698</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用技術研發與應用整合管理計畫（1/2）Management Project of Wastewater Reclamation Technology and its Application in Water Resources Agency (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>以「大里溪集水區水文與水理計算系統」之系統中，新增孔口、涵洞、閘門及潰堤演算等水理演算功能； 同時建立可快速執行淹水模擬之區塊式快速淹水模式，以減少淹水模擬演算所需時間。使用者藉由本模式，快速取得特定降雨場次之淹水模擬結果。</abstract><author>國立海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990278</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904075</governmentpublicationsnumber><identifier>69699</identifier><internationalstandardbooknumber>9789860256505 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69699</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究-以大里溪流域為例(2/2)－內附光碟 Development of basin digital topographic system and inundation modules-a case study in Dali River Basin(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可以減少天然水資源開發及污水排放，IPCC(聯合國政府間氣候變遷委員會 International Panel on Climate Change)於2007年發表的評估報告已將水再生利用列為因應氣候變遷衝擊的有效調適策略，世界各國亦已逐漸將其規劃供作平時民生次級用水及工業用水或作為乾旱時期之救急水源。本署自96年起規劃及推動為期5年的「水再生利用產業發展科技計畫（96-100年）」共投入約4億元經費進行水再生技術研發、模廠之研究及產業扶植等工作，陸續已完成50餘件委辦計畫，為彙整檢討分析各計畫成果，並依其提出下階段水再生業務推動之藍圖。另為推動政府機關再生水廠示範計畫，需定常幕僚協助辦理居中聯繫協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990121</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904887</governmentpublicationsnumber><identifier>69700</identifier><internationalstandardbooknumber>9789860266894 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69700</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用技術研發與應用整合管理計畫(1/2)－光碟版 Management Project of Wastewater Reclamation Technology and its Application in Water Resources Agency (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫係以Arc View 9.2為作業平台，建置「大里溪集水區水文與水理計算系統」，應用本系統即可進行地文、水文、河道及淹水模擬等演算，所得結果將有助於集水區治理規劃之執行。</abstract><author>國立海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990278</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904071</governmentpublicationsnumber><identifier>69704</identifier><internationalstandardbooknumber>9789860256635 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69704</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究-以大里溪流域為例 總報告書－內附光碟 Development of basin digital topographic system and inundation modules-a case study in Dali River Basin</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫即擬以規劃中之土?灣水庫水流泥砂為研究對象，分3年進行水庫泥砂運移特性及水力排砂之模擬探討，同時進行計畫流域之水流流速、泥砂濃度觀測試驗，並參考國內外及大陸相關水庫水力排砂研究及操作經驗，應用水理輸砂模式模擬水庫水力排砂特性及評估排砂效率。期第1年建構水庫淤砂運移特性與下游河床演變影響關係模式，第2年完成水庫淤砂運移機制探討，第3年完成水庫排砂效率與觀測資料特性分析，本年度為第2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990135</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904066</governmentpublicationsnumber><identifier>69705</identifier><internationalstandardbooknumber>9789860256901 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69705</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究(4)-土?;灣水庫排砂效率與觀測資料分析之研究(2/3) Study on Sustainable Reservoir Planning(4) Sediment Sluicing Efficiency and Characteruzation of Observed Data at the Tulongwan Reservoir(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>流變試驗測定相關河川流變參數，由水槽試驗結果解析高含砂水流挾砂能力經驗式，動床數值模式發展修正後，實際應用於東埔蚋溪及濁水溪，分析相關災害機制。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>69706</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69706</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央河川高灘地水質淨化可行河段調查及環境營造研究(2/2) The Investigation of River Section Capable of Water Purification and Environmental onstruction Research in The River Marshs of Central Authorities Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>流變試驗測定相關河川流變參數，由水槽試驗結果解析高含砂水流挾砂能力經驗式，動床數值模式發展修正後，實際應用於東埔蚋溪及濁水溪，分析相關災害機制。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>69707</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69707</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央河川高灘地水質淨化可行河段調查及環境營造研究(2/2)－光碟版 The Investigation of River Section Capable of Water Purification and Environmental onstruction Research in The River Marshs of Central Authorities Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904173</governmentpublicationsnumber><identifier>69708</identifier><internationalstandardbooknumber>9789860257519 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69708</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央河川高灘地水質淨化可行河段調查及環境營造研究總報告=The Investigation of River Section Capable of Water Purification and Environmental onstruction Research in The River Marshs of Central Authorities Management Final Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904173</governmentpublicationsnumber><identifier>69709</identifier><internationalstandardbooknumber>9789860257519 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央河川高灘地水質淨化可行河段調查及環境營造研究 總報告--光碟版=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management-Final Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>國內目前尚未有規範水再生利用之專門法規，本計畫之目的在於就國內水再生利用法令競合及國外相關制度研究加以分析，掌握推動水再生利用之關鍵，據以作為推動之參考。</abstract><author>朝陽科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990022</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904843</governmentpublicationsnumber><identifier>69710</identifier><internationalstandardbooknumber>9789860266313 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用法令競合及國外相關制度研究(2/2) The Studies of Domestic Concurrence of Regulations and Foreign Executing Systems of Wastewater Reclamation and Reuse (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>國內目前尚未有規範水再生利用之專門法規，本計畫之目的在於就國內水再生利用法令競合及國外相關制度研究加以分析，掌握推動水再生利用之關鍵，據以作為推動之參考。</abstract><author>朝陽科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990022</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/28</date><governmentpublicationsnumber>1009904843</governmentpublicationsnumber><identifier>69711</identifier><internationalstandardbooknumber>9789860266313 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69711</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用法令競合及國外相關制度研究(2/2)－光碟版 The Studies of Domestic Concurrence of Regulations and Foreign Executing Systems of Wastewater Reclamation and Reuse (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>69716</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69716</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(2/2)=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904069</governmentpublicationsnumber><identifier>69717</identifier><internationalstandardbooknumber>9789860256918 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69717</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究土?灣水庫排砂效率與觀測資料分析之研究總報告(民國98~99年)--內附光碟=Study on Sustainable Reservoir Planning Summary Report of Sediment Sluicing Efficiency and Characterization of Observbed Data at the Tulongwan Reservoir (Year 200</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904069</governmentpublicationsnumber><identifier>69718</identifier><internationalstandardbooknumber>9789860256918 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69718</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究 土?灣水庫排砂效率與觀測資料分析之研究總報告(民國98~99年)--光碟版=Study on Sustainable Reservoir Planning Summary Report of Sediment Sluicing Efficiency and Characterization of Observed Data at the Tulongwan Reservoir (year2009~2</title><yearidentifier>201012</yearidentifier></data><data><abstract>工程整體計畫以引取烏溪地表水經人工湖調蓄後，提供南投及彰化地區之公共用水。本計畫為延續可行性規劃第1年工作， 因應攔河堰堰址上移進行補充地質調查，測量暨民意調查與分析，以瞭解堰址地質、地形狀況及當時民眾對本計畫之問題看法及需求，提供作為後續計畫推動之參考依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990188</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904280</governmentpublicationsnumber><identifier>69719</identifier><internationalstandardbooknumber>9789860258967 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69719</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－補充地質調查、測量暨民意調查－內附光碟 Feasibility Study of Niaozueitan Artificial Lake in Wu River(2/2)-Supplementary Geological Investigation and Topographic Survey plus Public Opinion Poll</title><yearidentifier>201012</yearidentifier></data><data><abstract>工程整體計畫以引取烏溪地表水經人工湖調蓄後，提供南投及彰化地區之公共用水。本計畫為延續可行性規劃第1年工作， 因應攔河堰堰址上移進行補充地質調查，測量暨民意調查與分析，以瞭解堰址地質、地形狀況及當時民眾對本計畫之問題看法及需求，提供作為後續計畫推動之參考依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990188</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904280</governmentpublicationsnumber><identifier>69720</identifier><internationalstandardbooknumber>9789860258967 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69720</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－補充地質調查、測量暨民意調查－光碟版 Feasibility Study of Niaozueitan Artificial Lake in Wu River(2/2)-Supplementary Geological Investigation and Topographic Survey plus Public Opinion Poll</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應未來「海岸法(草案)」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。並以屏東縣沿海為示範區，以驗證海岸防護計畫研擬程序與執行方式之可行性。藉此完成海岸防護區劃設作業準則(草案)、海岸防護計畫規劃作業參考手冊(草案)及海岸防護示範計畫，供各海岸訂定海岸防護計畫時能有一致作業模式。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904496</governmentpublicationsnumber><identifier>69721</identifier><internationalstandardbooknumber>9789860262209 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69721</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護計畫先期規劃研究(1/3)－內附光碟 Study on Preliminary Planning of The Coastal Protection Project(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904496</governmentpublicationsnumber><identifier>69722</identifier><internationalstandardbooknumber>9789860262209 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69722</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護計畫先期規劃研究(1/3) --成果光碟=Study on Preliminary Planning of The Coastal Protection Project(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區受限於先天地質、地形條件，水庫淤砂問題嚴重，在新水源開發不易與氣候變遷影響供水條件等背景因素下，如何延長既有水庫運轉壽命，儼然成為當前水資源供需平衡之關鍵。其中，水庫清淤為維持水庫運轉重要方式之ㄧ，經濟部水利署(以下簡稱本署)歷年來針對水庫防淤戮力不懈，然受限於淤泥之後續處理，致水庫清淤量有其上限，如何提升清淤量已是目前各水庫管理單位最急迫之課題。 目前國內針對各種不同淤泥處置方式進行諸多研究，其中以回歸河道(放淤)最為自然且具補助下游河道砂源，避免河床裸露及海岸退縮等優點，為進一步探討放淤作為對下游河川環境之影響及研擬減低影響對策，本署特研議進行「水庫放淤對河川環境影響之探討(1/2)」，期能收集相關案例之應用實績及其相關監測數據，並據以分析評估後，供相關管理單位參據。</abstract><author>逢甲大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990173</commissionedprojectidentifier><currency>NT$</currency><date>2011/1/31</date><governmentpublicationsnumber>1009904851</governmentpublicationsnumber><identifier>69723</identifier><internationalstandardbooknumber>9789860266177 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69723</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水庫放淤對河川環境影響之探討(1/2) Study on Effect of Dredged Material Supply into River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫研究乃針對國內外水再生利用系統及實施技術行整合與資料彙整，並撰稿實施技術參考手冊，其中技術手冊又分為生活污水、工業廢水與農業廢水三冊。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990023</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904844</governmentpublicationsnumber><identifier>69725</identifier><internationalstandardbooknumber>9789860266351 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69725</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用系統整合與技術手冊研訂之研究(2/2)－內附光碟 The Study of Water Reuse System Integration and Technical Manual Preparation (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來全球暖化對生態環境與經濟發展造成的衝擊，使各國減緩溫室氣體排放的壓力日益增加，除歐盟積極推展其他地區或國家加入減碳行動外，原本不甚積極的澳洲、加拿大、日本、美國等國家也開始為2012年以後之減碳工作規劃部署。聯合國環境規劃署於2009年向全球呼籲，應儘速推動綠色新政( Global Green New Deal,GGND )，加速邁向低碳經濟社會，建立潔淨能源供應體系，創造新的市場商機及就業機會。 目前氣候公約已進入後京都時期階段，2009年底丹麥哥本哈根會議將明確議定已開發國家於2012年後之減碳責任，而開發中國家亦將被要求提供透明化、量化及可供檢證之減碳行動資訊，對於台灣而言，應盡快啟動具體因應對策。考量國內推動水再生利用工作，尚未將碳排放議題納入，目前水再生利用碳減量效益並無明確之成果。 本計畫擬以生活污水再生利用系統為標的，針對生活污水處理廠及水再生利用系統進行碳排放盤查評估，評估建置生活污水再生利用系統之碳盤查方法及最適化操作，期望可以獲得水再生利用系統對於溫室氣體減量之具體效益。</abstract><author>環科工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980383</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904670</governmentpublicationsnumber><identifier>69726</identifier><internationalstandardbooknumber>9789860264289 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69726</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用碳盤查評估及減碳操作效能研究－內附光碟 The study of carbon inventory methods and carbon reduction simulation for water reclamation system</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川管理是一項繁複的工作，所牽涉之單位甚多，但因為彼此之間資料的流通並不通暢，觀念亦有很大之差距，再加上河川基本資料及檢測成果之資料又多，如何應用河川資料作為河川管理工作之依據，這並不是一個機關或地方政府可以解決，必需跨機關進行協同合作，整合中央機關與縣市政府之力量，發揮政府一體之要求與成效。 配合優質網路政府政策，將河川資訊藉由資訊交換平台，進行跨業務間的資料整合；亦可透過e政府服務平台，進行跨機關間的資料交換。之後，就能將河川資料進一步地加值應用，以即時之方式取得及提供各河川即時資訊，以便建立一個一站式服務網站。 前年(97年)已委託廠商將原先水資源資訊服務平台改版成本署河川相關資料之資訊交換平台；去年（98年）已委託廠商針對此資訊交換平台建置應用及推廣相關機制，以方便資料介接者之使用。本年度（99年）將擴充資訊交換平台本身資料涵量，並整合本署最重要且使用最多的地理性資料及時序性資料，讓本平台真正成為本署水資源暨河川相關資料的轉運站。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990144</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904867</governmentpublicationsnumber><identifier>69728</identifier><internationalstandardbooknumber>9789860265705 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69728</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>e河川-資訊交換平台資料擴充暨整合建置計畫 e-River-Data Expansion and Integration in Information Exchange Platform</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川管理是一項繁複的工作，所牽涉之單位甚多，但因為彼此之間資料的流通並不通暢，觀念亦有很大之差距，再加上河川基本資料及檢測成果之資料又多，如何應用河川資料作為河川管理工作之依據，這並不是一個機關或地方政府可以解決，必需跨機關進行協同合作，整合中央機關與縣市政府之力量，發揮政府一體之要求與成效。 配合優質網路政府政策，將河川資訊藉由資訊交換平台，進行跨業務間的資料整合；亦可透過e政府服務平台，進行跨機關間的資料交換。之後，就能將河川資料進一步地加值應用，以即時之方式取得及提供各河川即時資訊，以便建立一個一站式服務網站。 前年(97年)已委託廠商將原先水資源資訊服務平台改版成本署河川相關資料之資訊交換平台；去年（98年）已委託廠商針對此資訊交換平台建置應用及推廣相關機制，以方便資料介接者之使用。本年度（99年）將擴充資訊交換平台本身資料涵量，並整合本署最重要且使用最多的地理性資料及時序性資料，讓本平台真正成為本署水資源暨河川相關資料的轉運站。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990144</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904867</governmentpublicationsnumber><identifier>69729</identifier><internationalstandardbooknumber>9789860265705 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69729</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>e河川-資訊交換平台資料擴充暨整合建置計畫－光碟版 e-River-Data Expansion and Integration in Information Exchange Platform</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度加強推廣WEB-3D-GIS系統之API服務機制，並透過此機制，擴充系統之加值運用功能，選擇相關業務系統實做API服務試辦作業，加強應用層面，落實3D-GIS功能共享理念，提升服務範疇與品質。 本年度加強推廣WEB-3D-GIS系統之API服務機制，並透過此機制，提供其他系統加值運用。本年度發展包括：1.「記錄主題」功能；2.「時序性地理資料展示」功能；3.挖填方分析API功能模組；4.集水區分析API功能模組等。 本計畫除提供其他系統加值運用外，亦自有系統AP。目前各系統專案以河川、排水、海堤之WEB-3D-GIS及其空間資料庫為主體，為擴增應用層面，本年度加強水庫水資源圖資，於台北辦公區資訊室主機房，設置水庫水資源系統專案。自有WEB-3D-GIS系統AP功能包括：1.WEB-3D-GIS一般放大、縮小、平移、飛行等基本操作功能；2.圖查文；3.文查圖或定位功能；4.同步比對飛行；5.飛行模擬錄製AVI；6.照片等圖文連結；7.工程管考之工程點位及資料；8.水患治理之工程點位及資料；9.地籍圖文互查；10.環境敏感資料查詢；11.模型配置(運用於環境營造)；12.土石變化量計算；13.坡面土壤沖蝕量分析；14.集水區劃分及其地文因子分析；15.任意切製斷面；16.HEC-RAS斷面匯出；17.量測距離、面積、坡度、曲度；18.編輯點、線、面、註記及連結(運用於討論、註記、簡報作業)；19.輸出jpg或列印至印表機(可至A0)；20.時序性地理資料展示；21. 記錄主題，供網頁應用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990354</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904502</governmentpublicationsnumber><identifier>69730</identifier><internationalstandardbooknumber>9789860262216 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69730</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(2/3) Establishment of the Water Resources Sharing Geography Information System － Phase 1 (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度加強推廣WEB-3D-GIS系統之API服務機制，並透過此機制，擴充系統之加值運用功能，選擇相關業務系統實做API服務試辦作業，加強應用層面，落實3D-GIS功能共享理念，提升服務範疇與品質。 本年度加強推廣WEB-3D-GIS系統之API服務機制，並透過此機制，提供其他系統加值運用。本年度發展包括：1.「記錄主題」功能；2.「時序性地理資料展示」功能；3.挖填方分析API功能模組；4.集水區分析API功能模組等。 本計畫除提供其他系統加值運用外，亦自有系統AP。目前各系統專案以河川、排水、海堤之WEB-3D-GIS及其空間資料庫為主體，為擴增應用層面，本年度加強水庫水資源圖資，於台北辦公區資訊室主機房，設置水庫水資源系統專案。自有WEB-3D-GIS系統AP功能包括：1.WEB-3D-GIS一般放大、縮小、平移、飛行等基本操作功能；2.圖查文；3.文查圖或定位功能；4.同步比對飛行；5.飛行模擬錄製AVI；6.照片等圖文連結；7.工程管考之工程點位及資料；8.水患治理之工程點位及資料；9.地籍圖文互查；10.環境敏感資料查詢；11.模型配置(運用於環境營造)；12.土石變化量計算；13.坡面土壤沖蝕量分析；14.集水區劃分及其地文因子分析；15.任意切製斷面；16.HEC-RAS斷面匯出；17.量測距離、面積、坡度、曲度；18.編輯點、線、面、註記及連結(運用於討論、註記、簡報作業)；19.輸出jpg或列印至印表機(可至A0)；20.時序性地理資料展示；21. 記錄主題，供網頁應用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990354</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904502</governmentpublicationsnumber><identifier>69731</identifier><internationalstandardbooknumber>9789860262216 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69731</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(2/3)－光碟版 Establishment of the Water Resources Sharing Geography Information System － Phase 1 (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>國土資訊系統於民國 93 ?開始推動基礎於ISO 19100 系?標準之標準制?，並採用GML 為主要之?通格式，以創造開放之資?互操作應用環境。配合標準制?之推動，經濟部水?署特別擬定4 ?期程之專案，期許藉由制定「水資源空間資?標準」，將轄下具有空間特性之資?完整納入資?標準之範疇，以標準化及一致性之架構提升水資源空間資?於網際網?整合應用之成效。第一??(97 ??)之專案已順?完成整體套件架構之規劃及包括河川等9 ?資??別之資?標準設計，並實際驗證GML 資?之供應模式及結合開放式網?服務之運作模式；第二??(98 ??)依循套件之規劃架構，延伸定義共17 ?與河川土地、地下水、地層下陷、水資源相關單位、排水設施、環境敏感有關之主題資?，並透過客戶端軟體支援GML 資?之實際測試及發展空間資?與時序資?之整合應用機制彰顯開放地?資訊系統之運作成效。     本??專案之制定對象為規劃架構中之水庫、防洪設施與水權等套件，共計13 項?別之資?，結合前???之制定結果後，已順?完成水資?空間資?標準之草案，共涵蓋39 ?資?。配合標準之推動，本??應用示範作業除繼續進?對於GML 水資源空間資?之解?測試外，亦實質進入基礎於網?服務架構 之應用探討，針對關?式GML 資?測試、水資源空間資?標準整合應用(網?圖徵服務發布與開放式資?之結合應用)、?質資?檢核與驗證等課題進?實作之分析。成果顯示各?軟體對於GML 資?之支援程?持續提升，配合網?服務系統構成?結架構後，將可大幅提升應用之層面及決策之品質。     本??之作業為資?標準制定程序的結束，但標準制定階段之結束也代表實務推動階段之啟動，展望國土資訊系統未?之發展，無?政府組織如何調整，水資源空間資?之?通與供應?是永續發展之必要關鍵，必須持續強化應用示範作業成果，並務實加以推動，以擴大應用層面及提升相關單位運作之效能。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990055</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904411</governmentpublicationsnumber><identifier>69732</identifier><internationalstandardbooknumber>9789860260971 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69732</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(3/4) The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System (3/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>國土資訊系統於民國 93 ?開始推動基礎於ISO 19100 系?標準之標準制?，並採用GML 為主要之?通格式，以創造開放之資?互操作應用環境。配合標準制?之推動，經濟部水?署特別擬定4 ?期程之專案，期許藉由制定「水資源空間資?標準」，將轄下具有空間特性之資?完整納入資?標準之範疇，以標準化及一致性之架構提升水資源空間資?於網際網?整合應用之成效。第一??(97 ??)之專案已順?完成整體套件架構之規劃及包括河川等9 ?資??別之資?標準設計，並實際驗證GML 資?之供應模式及結合開放式網?服務之運作模式；第二??(98 ??)依循套件之規劃架構，延伸定義共17 ?與河川土地、地下水、地層下陷、水資源相關單位、排水設施、環境敏感有關之主題資?，並透過客戶端軟體支援GML 資?之實際測試及發展空間資?與時序資?之整合應用機制彰顯開放地?資訊系統之運作成效。     本??專案之制定對象為規劃架構中之水庫、防洪設施與水權等套件，共計13 項?別之資?，結合前???之制定結果後，已順?完成水資?空間資?標準之草案，共涵蓋39 ?資?。配合標準之推動，本??應用示範作業除繼續進?對於GML 水資源空間資?之解?測試外，亦實質進入基礎於網?服務架構 之應用探討，針對關?式GML 資?測試、水資源空間資?標準整合應用(網?圖徵服務發布與開放式資?之結合應用)、?質資?檢核與驗證等課題進?實作之分析。成果顯示各?軟體對於GML 資?之支援程?持續提升，配合網?服務系統構成?結架構後，將可大幅提升應用之層面及決策之品質。     本??之作業為資?標準制定程序的結束，但標準制定階段之結束也代表實務推動階段之啟動，展望國土資訊系統未?之發展，無?政府組織如何調整，水資源空間資?之?通與供應?是永續發展之必要關鍵，必須持續強化應用示範作業成果，並務實加以推動，以擴大應用層面及提升相關單位運作之效能。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990055</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904411</governmentpublicationsnumber><identifier>69733</identifier><internationalstandardbooknumber>9789860260971 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69733</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(3/4) －光碟版 The Design of GML Data Content Standard for Open Hydrology Geogrpahic Information System (3/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。 &amp;lt;br&amp;gt; 　　本年度計畫重點為加強推廣倉儲系統之流通共享機制，除持續充實倉儲資料內涵、增修訂水資源資料格式標準、強化開放式地理資訊系統網路服務機制及透過最新技術擴充系統加值功能外，並選擇本署現有業務系統實做API地圖服務整合範例，以增進整體運作效能，落實GIS共享理念，提升服務品質。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990050</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904068</governmentpublicationsnumber><identifier>69734</identifier><internationalstandardbooknumber>9789860256703 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69734</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文水資源資料管理供應系統－99年度地理資料倉儲中心之擴充及維運 The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>為強化水文、水資源資料之一致性及應用面，經濟部水利署以「水文水資源資料管理供應系統」為基礎，擴建其為「地理資料倉儲中心」，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式服務，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。 &amp;lt;br&amp;gt; 　　本年度計畫重點為加強推廣倉儲系統之流通共享機制，除持續充實倉儲資料內涵、增修訂水資源資料格式標準、強化開放式地理資訊系統網路服務機制及透過最新技術擴充系統加值功能外，並選擇本署現有業務系統實做API地圖服務整合範例，以增進整體運作效能，落實GIS共享理念，提升服務品質。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990050</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904068</governmentpublicationsnumber><identifier>69735</identifier><internationalstandardbooknumber>9789860256703 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69735</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文水資源資料管理供應系統－99年度地理資料倉儲中心之擴充及維運－光碟版 The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署於94年度已辦理完成「台灣地區水庫安全管理系統建置計畫」，初步已建構水庫管理資料整合機制，並提供相關水庫資訊查詢功能。惟因近年來水資源保育甚受外界重視，又水庫操作、監測管理及督導機制等要求提高，故須更完整資訊及分析工具協助，以符合目前蓄水建造物安全管理需求。</abstract><author>環興科技公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990178</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904706</governmentpublicationsnumber><identifier>69736</identifier><internationalstandardbooknumber>9789860263763 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69736</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫安全管理系統功能擴充與應用(1/2) Function Expansions and Applications of the Management Information System for the Safety of Reservoirs in Taiwan (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署於94年度已辦理完成「台灣地區水庫安全管理系統建置計畫」，初步已建構水庫管理資料整合機制，並提供相關水庫資訊查詢功能。惟因近年來水資源保育甚受外界重視，又水庫操作、監測管理及督導機制等要求提高，故須更完整資訊及分析工具協助，以符合目前蓄水建造物安全管理需求。</abstract><author>環興科技公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990178</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904706</governmentpublicationsnumber><identifier>69737</identifier><internationalstandardbooknumber>9789860263763 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69737</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫安全管理系統功能擴充與應用(1/2)－光碟版 Function Expansions and Applications of the Management Information System for the Safety of Reservoirs in Taiwan (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度計畫以水質檢測尚屬良好，但卻發生藻類特性改變而影響處理系統之處理效能的鯉魚潭水庫為探討重，工作內容包含鯉魚潭水庫原水水質調查及大型模廠、快濾池模廠及模組的試驗。</abstract><author>國立中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990015</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904398</governmentpublicationsnumber><identifier>69738</identifier><internationalstandardbooknumber>9789860261103 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69738</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究：異常原水水質之應變與操作技術提升(2/4) A study of treatment efficiency improvement and drinking water quality stabilization for traditional water supply treatment process improvement of treatment and emer</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度計畫以水質檢測尚屬良好，但卻發生藻類特性改變而影響處理系統之處理效能的鯉魚潭水庫為探討重，工作內容包含鯉魚潭水庫原水水質調查及大型模廠、快濾池模廠及模組的試驗。</abstract><author>國立中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990015</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/1</date><governmentpublicationsnumber>1009904398</governmentpublicationsnumber><identifier>69739</identifier><internationalstandardbooknumber>9789860261103 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69739</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究：異常原水水質之應變與操作技術提升(2/4)－光碟版 A study of treatment efficiency improvement and drinking water quality stabilization for traditional water supply treatment process improvement of treatment and e</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區在暴雨或颱風期間，逕流所挾帶的大量泥沙會造成河川、水庫之濁度大幅提高，導致以之為水源的淨水場處理設備負荷升高，嚴重將使之被迫減量供水，甚至關場停水。河川原水的濁度的高低及影響時間的長短主要會受其上游集水區之雨量、延時、坡度、土地利用情況及集水區特性所影響。若能夠找出上述影響因子與高濁度的原水事件發生的強度及延時之間的關係，應可以幫助淨水場擬定或改善其緊急應變計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA0990014</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904418</governmentpublicationsnumber><identifier>69740</identifier><internationalstandardbooknumber>9789860261141 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69740</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水緊急應變管理系統及高濁原水處理應變技術之建立(2/2) Establishment of emergency response information management system for public water supply and technique for hifh turbidity raw water treatment(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫承續前期工作成果，在台中市褔田廠執行模廠連續運轉外，並增設不同程序處理單元，進行長期操作與驗證，同時進行生物毒試驗(魚類)，並將模廠處理後之再生水運送至相關單位供其試用，同步亦配合機關學校辦理教育宣導活動，以作為未來推動再生利用之參考依據。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93   445.963</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990025</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009903934</governmentpublicationsnumber><identifier>69741</identifier><internationalstandardbooknumber>9789860255270 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69741</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(2/3) －內附光碟 Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009903934</governmentpublicationsnumber><identifier>69742</identifier><internationalstandardbooknumber>9789860255270 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69742</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(2/3)--計畫成果資料光碟=Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區在暴雨或颱風期間，逕流所挾帶的大量泥沙會造成河川、水庫之濁度大幅提高，導致以之為水源的淨水場處理設備負荷升高，嚴重將使之被迫減量供水，甚至關場停水。河川原水的濁度的高低及影響時間的長短主要會受其上游集水區之雨量、延時、坡度、土地利用情況及集水區特性所影響。若能夠找出上述影響因子與高濁度的原水事件發生的強度及延時之間的關係，應可以幫助淨水場擬定或改善其緊急應變計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEWRA0990014</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904418</governmentpublicationsnumber><identifier>69743</identifier><internationalstandardbooknumber>9789860261141 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69743</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水緊急應變管理系統及高濁原水處理應變技術之建立(2/2)－光碟版 Establishment of emergency response information management system for public water supply and technique for hifh turbidity raw water treatment(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在評估天花湖水庫生命週期之排碳量，並建立可量化之評估標準，進一步提出各階段之因應策略，研擬具體節能減碳作法。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990195</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904301</governmentpublicationsnumber><identifier>69747</identifier><internationalstandardbooknumber>9789860258905 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69747</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>天花湖水庫推動計畫(3)－水庫全生命週期於節能減碳之評估研究－內附光碟 The Marketing Project of Tien Hwa Hu Reservoir(3)-A Study for Assessment on Energy Saving and Carbon Reduction of the Reservoir Life Cycle</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在評估天花湖水庫生命週期之排碳量，並建立可量化之評估標準，進一步提出各階段之因應策略，研擬具體節能減碳作法。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990195</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904301</governmentpublicationsnumber><identifier>69748</identifier><internationalstandardbooknumber>9789860258905 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69748</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>天花湖水庫推動計畫(3)－水庫全生命週期於節能減碳之評估研究－成果光碟 The Marketing Project of Tien Hwa Hu Reservoir(3)-AStudy for Assessment on energy Saving and Carbon Reduction of the Reservoir Life Cycle</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能了解曾文水庫沖刷漏斗之演變機制，並探討在不同水位、水砂條件下之沖刷漏斗演變規律，極有必要進行一先驅性研究。同時評估以射流方式啟動沖刷漏斗淤積，加速、加大沖刷漏斗範圍，提高排砂濃度之可行性。</abstract><author>逢甲大學</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990253</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1010000151</governmentpublicationsnumber><identifier>69749</identifier><internationalstandardbooknumber>9789860269420 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69749</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫沖刷漏斗、射流排淤機制與操作策略研究(2/2)－內附光碟 Case Study of Flushing Scour and Sediment Dredging Mechanism and Strategy Application over Tsengwen Reservoir Catchment (2/2)</title><yearidentifier>201101</yearidentifier></data><data><abstract>蜆仔溝排水位於中港溪流域下游右岸，原現況出口水門為老舊灌溉制水閘門，且鄰近中港溪山仔坪堤防之開口堤形成缺口，每每洪汛期間逢大潮，常發生海水倒灌導致排水路二側嚴重淹水情況，地方乃向政府陳情，並於當地召開會勘協調會研議封堤之可行性。 本局為防洪安全及尊重民意目前已設置自動式閘門封堤，惟仍有可能影響蜆仔溝排水上游地區雨水排放及下游港墘社區溢流淹水、與中港溪排洪等功能；因此，本署水利規劃試驗所曾於民國93年12月研辦該排水規劃案，研提綜合治水政策方案後，其結論建議對抽水站、背水堤及設置滯洪池再行具體評估，本局為延辦水規所規劃報告外，並決定設置閘門後最適規劃方案、歸納一套該閘門操作標準作業流程，供有關單位參考，並提出可行性設計藍圖，徹底解決本排水淹水問題，以供未來工程實施依據；因此，遂行辦理本計畫。</abstract><author>新唐壩工程顧問公司</author><categoryidentifier>443.64   443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990314</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904695</governmentpublicationsnumber><identifier>69750</identifier><internationalstandardbooknumber>9789860263084 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69750</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪蜆仔溝閘門操作規劃 Operation Rule of Gate on Xienzigou Draniage of Zhonggang River</title><yearidentifier>201012</yearidentifier></data><data><abstract>蜆仔溝排水位於中港溪流域下游右岸，原現況出口水門為老舊灌溉制水閘門，且鄰近中港溪山仔坪堤防之開口堤形成缺口，每每洪汛期間逢大潮，常發生海水倒灌導致排水路二側嚴重淹水情況，地方乃向政府陳情，並於當地召開會勘協調會研議封堤之可行性。 本局為防洪安全及尊重民意目前已設置自動式閘門封堤，惟仍有可能影響蜆仔溝排水上游地區雨水排放及下游港墘社區溢流淹水、與中港溪排洪等功能；因此，本署水利規劃試驗所曾於民國93年12月研辦該排水規劃案，研提綜合治水政策方案後，其結論建議對抽水站、背水堤及設置滯洪池再行具體評估，本局為延辦水規所規劃報告外，並決定設置閘門後最適規劃方案、歸納一套該閘門操作標準作業流程，供有關單位參考，並提出可行性設計藍圖，徹底解決本排水淹水問題，以供未來工程實施依據；因此，遂行辦理本計畫。</abstract><author>新唐壩工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990314</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904695</governmentpublicationsnumber><identifier>69751</identifier><internationalstandardbooknumber>9789860263084 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69751</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪蜆仔溝閘門操作規劃 (光碟版) Operation Rule of Gate on Xienzigou Draniage of Zhonggang River</title><yearidentifier>201012</yearidentifier></data><data><abstract>為臺北水源特定區獻上最美好的見證 影像記錄著一個地方的表情，並具有歷史文化深度，且是生活層次豐富的縮影。「臺北水源新視界-水源印象紀實」圖冊以臺北水源特定區範圍為主，透過空中拍攝及專業攝影來捕捉區內環境地貌，引領民眾從空中飛翔的視角來感受臺北水源特定區壯闊之美。 從圖冊中的各景點，就可如同身歷其境般感受到無限的驚喜，因為臺北水源特定區境內四鄉一市【烏來鄉、石碇鄉、坪林鄉、雙溪鄉、新店市(99年12月25日後將改為區）】，如同一顆多重稜面的鑽石熠熠生光，襯托出彼此間地理空間關係是如此嚴謹壯闊、相輔相成。 這是一本全新觀點、全新視角的臺北水源特定區影像紀錄，從不同的高度、不同的視野，帶領民眾用眼睛去欣賞、用心去感受，巨觀地認識臺北水源特定區自然環境風貌，深刻地去體驗水源保育之成效，進而傳遞出對土地的關懷與尊重，並體認人與自然生態必須和諧共存的重要性。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904554</governmentpublicationsnumber><identifier>69752</identifier><internationalstandardbooknumber>9789860262865 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69752</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源新視界－水源映像紀實</title><yearidentifier>201012</yearidentifier></data><data><abstract>為臺北水源特定區獻上最美好的見證 影像記錄著一個地方的表情，並具有歷史文化深度，且是生活層次豐富的縮影。「臺北水源新視界-水源印象紀實」圖冊以臺北水源特定區範圍為主，透過空中拍攝及專業攝影來捕捉區內環境地貌，引領民眾從空中飛翔的視角來感受臺北水源特定區壯闊之美。 從圖冊中的各景點，就可如同身歷其境般感受到無限的驚喜，因為臺北水源特定區境內四鄉一市【烏來鄉、石碇鄉、坪林鄉、雙溪鄉、新店市(99年12月25日後將改為區）】，如同一顆多重稜面的鑽石熠熠生光，襯托出彼此間地理空間關係是如此嚴謹壯闊、相輔相成。 這是一本全新觀點、全新視角的臺北水源特定區影像紀錄，從不同的高度、不同的視野，帶領民眾用眼睛去欣賞、用心去感受，巨觀地認識臺北水源特定區自然環境風貌，深刻地去體驗水源保育之成效，進而傳遞出對土地的關懷與尊重，並體認人與自然生態必須和諧共存的重要性。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904554</governmentpublicationsnumber><identifier>69753</identifier><internationalstandardbooknumber>9789860262865 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69753</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源新視界-水源映像紀實－光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>台北水源特定區位於大台北地區之東南隅，面積共計約717平方公里，本計畫範圍不包括東札溪流域規劃面積約697平方公里，其範圍遼闊約佔台北縣行政區域面積三分之一，橫跨坪林鄉、烏來鄉、新店市、雙溪鄉及石碇鄉，為大台北地區主要供水水源來源之一。有鑒於水土災害日益嚴重，災害成因日趨複雜，因次災害整治也非立竿見影的方式可以解決，必須綜合考量整體治理並配合預先預防之理念，期望能提升本特定區整體治理理念</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990048</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904329</governmentpublicationsnumber><identifier>69754</identifier><internationalstandardbooknumber>9789860260236 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69754</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(2/2)Establishing Health Diagnosis Model of Sediment Related Conservation and Strategy Analysis for Taipei Water Source Domain(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>鴻廣傳播事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904611</governmentpublicationsnumber><identifier>69755</identifier><internationalstandardbooknumber>9789860263138 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69755</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>99年度新店溪青潭水質水量保護區水資源保育實施計畫</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.259</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904263</governmentpublicationsnumber><identifier>69756</identifier><internationalstandardbooknumber>9789860259025 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69756</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(2/2)--成果資料光碟=Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areas92/20</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>鴻廣傳播事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904611</governmentpublicationsnumber><identifier>69757</identifier><internationalstandardbooknumber>9789860263138 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69757</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>99年度新店溪青潭水質水量保護區水資源保育實施計畫-光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904285</governmentpublicationsnumber><identifier>69758</identifier><internationalstandardbooknumber>9789860259100 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69758</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區經營管理應用平台系統資料庫多元應用計畫</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904285</governmentpublicationsnumber><identifier>69759</identifier><internationalstandardbooknumber>9789860259100 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69759</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區經營管理應用平台系統資料庫多元應用計畫-光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫除執行本特定區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，及突發公害污染案件之不定期水質檢測外，亦將以所得之分析結果綜合研判本特定區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。此外，本計畫之水質監測成果將按月提送環保署，並提供相關學術單位之研究所需。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990049</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904572</governmentpublicationsnumber><identifier>69760</identifier><internationalstandardbooknumber>9789789860265 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69760</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(3/3) Water Quality Monitoring for Taipei Water Supply Protected Watershed(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904216</governmentpublicationsnumber><identifier>69761</identifier><internationalstandardbooknumber>9789860259292 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69761</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-坪林鄉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904216</governmentpublicationsnumber><identifier>69762</identifier><internationalstandardbooknumber>9789860259292 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69762</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-坪林鄉(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫廣泛蒐集國內外永續水庫評估指標，並?整國內外相關評估經濟發展及社會公平性指標相關資訊，以兼顧環境保護、經濟發展及社會正義等三面向之永續水庫評估指標，透過分析既有水庫反新建水庫開發決策相關資料，選定具代表性之永續水庫評估指標架構及其評量方法，並藉由評估標案例操作，探討應用之可行性。可提供決策者於評估既有水庫更新/改善或新建水庫規劃時永續性評估之參考依據。</abstract><author>國立台灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990142</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904181</governmentpublicationsnumber><identifier>69763</identifier><internationalstandardbooknumber>9789860257670 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69763</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究(4)－永續水庫開發之規劃決策架構研究－內附光碟 Assessment Framework of Sustainable Reservoir Planning</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪主流之中正大橋與竹林大橋為新竹縣芎?鄉與竹東鎮的重要?絡橋梁。由於長期受到洪?沖刷的影響，致使主河道河床產生嚴重刷深及岩盤盡皆??之情況。此外，本河段地質與土壤組成多為?岩、頁岩及砂岩層，故極易受水流的沖刷與?割而形成蝕溝地形。倘若河床持續向下刷深與向上游側刷深，將會威脅到橋梁的安全性。橋梁管理單位雖多次進?頭前溪橋梁基礎保護工程，但歷經幾次颱洪事件即遭受溪水沖垮。中正大橋近年來受颱洪事件影響，有向上游側刷深河床之趨勢，目前最大沖刷深度約12~13 m。而竹林大橋也因颱洪作用的影響，造成主河道之河床嚴重沖刷，目前最大沖刷深度約4 m。目前為加強保護此兩座橋梁之安全，於民國99年7月底完成中正大橋下游主河道之應急保護工程，而竹林大橋也已完成橋基保護工程。本河段雖然已經進行四年相關評估，對於保護工程與河床穩定工法已有初步共識，而為檢視各深槽流路與保護工程之介面成效，實有必要進行完整之監測與輸砂量推估工作，並進行沖刷防治工法之規劃研擬，以供經濟部水利署第二河川局後續整治規劃，以及提供新竹縣政府防汛管制之參考。本計畫為二年度第一年計畫，依據各項工作項目之特性，將計畫工作項目分為四大重點，包括：（一）基本資料調查分析；（二）現地水砂觀測規劃；（三）防治工法模擬分析；（四）防治工法方案規劃。本計畫初步完成頭前溪主流基本資料蒐集與彙整、國內外相關文獻蒐集與探討、中正大橋河段河川應急工程效益評估及基本設計改善建議、中正、竹林大橋水、砂監測與沖刷、淤積監測、現地試驗監測儀器之佈設、中正大橋應急工程效益評估、竹林大橋沖刷防治工法方案規劃，以及中正、竹林大橋現況水理及沖淤模擬分析。本計畫依據工作項目，依序完成相關成果說明如下：一、頭前溪主流河道基本資料蒐集補充分析。蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、河道縱斷面沖淤變化及相關研究規劃資料等。二、中正大橋河段河川應急工程效益評估及基本設計改善建議。針對民國99年7月底完工之應急保護工程進行效益評估，並提出基本設計之改善方案。三、中正、竹林大橋監測監視規劃。監測部分主要針對水位、流速、流量及泥砂等資料之測量與分析。監視作業部份主要以監視攝影機或現地拍攝，以記錄河川與河道現況。四、中正、竹林大橋水、砂監測與沖刷、淤積監測及成因分析。於中正大橋與竹林大橋進行水、砂觀測，並就其結果進行水位、流量、及輸砂量分析，並探討此河段沖刷的成因。五、現地試驗監測。本計畫主要規劃以水壓式水位計及聲學式測砂儀進行現地試驗監測，藉以了解水位變化與推移質的輸砂量。六、中正大橋應急工程效益評估、竹林大橋沖刷防治工法方案規劃。針對應急工程進行效益評估，並蒐集整理國內外相關案例經驗，規劃沖刷防治工法，以利數值模擬率定及驗證工作之進行。七、中正、竹林大橋沖刷防治工法數值模擬分析及討論。研擬中正大橋與竹林大橋河段沖刷防治工法方案，以不同參數條件進行數值模擬，並依據模擬結果予以分析及討論。</abstract><author>逢甲大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904738</governmentpublicationsnumber><identifier>69764</identifier><internationalstandardbooknumber>9789860265330 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69764</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(1/2)－內附光碟 Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台北水源特定區位於大台北地區之東南隅，本區域之地質、地形等環境條件不佳，且近年颱風降雨集中，影響本轄區之水土保持甚鉅，遇暴雨時易沖刷表土砂石進而進入河川水庫水體，進而造成泥水挾帶氮、磷等營養源，導致水質污染，故此問題為水源集水區內亟待解決之課題。 為避免特定區之水源、水質、水量因自然及人為破壞而日趨惡劣，本研究以監測、診斷、處理三大步驟來建立土砂保育健康診斷模式。監測之第一步為進行集水區特性、河溪特性、災害歷史等分析，以瞭解集水區整體特性並作為健康診斷指標訂定之參考，第二步為由集水區地面水文資料觀測、坡面土砂資料監測及空中航照衛星影像以獲得集水區之相關資料，從而建立逕流率、崩蝕率、綠覆率、水質指標、泥砂濃度等健康診斷指標。 診斷是指利用健康診斷指標來分析集水區之土壤泥砂流失問題、水文流量問題及水質污染問題，其中，逕流率可評估集水區水源涵養情形，崩蝕率評估集水區年土砂流失情形，綠覆率評估集水區植生所佔比例，水質指標評估集水區水質之良窳，泥砂濃度評估集水區表土流失問題；並瞭解其主要原因為何，亦即區分為三種驅力，即地文等內在條件、降雨等外在環境及人為開發等後天影響。 處理則是針對不同驅力所造成集水區問題之對應策略，第一步為選定集水區管理目標；第二步為以子集水區為單元進行降低洪峰、減少泥砂、水土林資源保育等策略規劃及方案擬定；第三步為經由土砂整治率、綠覆率改善比、水質改善比等效益分析選定適合之策略方案。追蹤是指方案完成後之維護管理情形，並利用整治成效追蹤指標來進行定期及不定期追蹤考核。 本研究除完成土砂保育健康診斷模式之建構外，並建立適用本區之產砂模式，以推估區內之土壤沖蝕量及崩塌量，並以北勢溪之翡翠水庫泥砂淤積量資料及南、北勢溪之河道輸砂量來作為檢定驗證，可得此產砂模式之適用性。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990048</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904329</governmentpublicationsnumber><identifier>69765</identifier><internationalstandardbooknumber>9789860260236 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69765</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(2/2)－光碟版 Establishing Health Diagnosis Model of Sediment Related Conservation and Strategy Analysis for Taipei Water Source Domain(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>明志科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904344</governmentpublicationsnumber><identifier>69766</identifier><internationalstandardbooknumber>9789860260250 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69766</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>明志科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904344</governmentpublicationsnumber><identifier>69767</identifier><internationalstandardbooknumber>9789860260250 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69767</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究(1/3)光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>當前臺灣水文資料所匱乏者，並非中低水位時期之資料，乃為高水位時期之資料。以往高水位時期之流量往往僅以數值模式運算推求，然因所得流量之準確性無由驗證，導致資訊之可靠性有待商榷，甚而可能影響決策者之判斷；因此確有必要建立簡易、快速之流量量測法，實際量測各種流況下之水位流量，以期收集並建立更為完整且更適宜於臺北水源特定區之水位流量資料。而隨著水文資料庫之日趨完備，必將有助於呈現更具信賴度之整體水文情勢分析，其成果更可作為日後本特定區水文分析、水理演算、工程設計，及水資源規劃與管理之重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990059</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904573</governmentpublicationsnumber><identifier>69768</identifier><internationalstandardbooknumber>9789860262872 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69768</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(3/3) Water quantity monitoring in the Catchment Protected by the Taipei Water Management Office(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨於為臺北水源特定區管理局現有南北勢溪流域所設立之水位流量站進行長期性之流量監測，每月2至4次之例行性流量觀測及水文站操作維護。平常水位時期以機械式流速儀及FlowTracker量測流量，並以DH-48及D-74於南北勢溪測站觀測河川含砂量；高水位時期流量則以聲波式流速儀Min ADP進行量測。計畫執行期間每月蒐集各測站之水位及流量資料，經資料品管與品保後，更新於水文資料庫中。 本年度計畫執行期間，各測站依規定共測得30場平常時期之流量資料，於颱洪期間亦完成15站次之流量觀測；各測站水位-流量率定曲線方面，其準確性及趨勢與原先差異不大，本年度虎寮潭站測得較歷年高之水位流量資料，增加曲線之適用範圍；測站斷面量測方面，各測站共完成4次斷面量測，測站中以水源橋淤積及金瓜寮溪橋沖刷改變量較多；每月定期蒐集水文資料製成月報表及年報表，並分析測站之歷年水位資料，以作為掌握各測站之水文特性；水文情勢分析方面，枯水期間雨量及流量相當稀少，進入豐水期後，雨量及流量並未明顯上昇， 10月因東北季風季風及颱風交互影響下，其雨量及流量明顯上升。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990059</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904573</governmentpublicationsnumber><identifier>69769</identifier><internationalstandardbooknumber>9789860262872 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69769</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(3/3)光碟版 Water quantity monitoring in the Catchment Protected by the Taipei Water Mater Management Office(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>69770</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69770</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，面積廣達717平方公里，行政區域涵蓋坪林、烏來全鄉及部份石碇鄉、雙溪鄉與新店市等5市鄉，約佔台北縣1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，故長期而持續之水質監測之對於本特定區之相關管理作業至為重要。臺北水源特定區管理局（以下簡稱水源局）歷年皆依據行政院環境保護署所規劃訂定之相關監測規定及項目進行本特定區之水質監測，並配合水位流量之長期觀測，持續建立完整之水質水量資料庫；因確實掌握本特定區內之水文狀況，故曾針對不同之需求與標的進行水文情勢分析及相關之評估檢討。 本計畫除執行本特定區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，及突發公害污染案件之不定期水質檢測外，亦將以所得之分析結果綜合研判本特定區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。此外，本計畫之水質監測成果將按月提送環保署，並提供相關學術單位之研究所需。</abstract><author>東南科技大學</author><categoryidentifier>554.61029   554.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990049</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904572</governmentpublicationsnumber><identifier>69771</identifier><internationalstandardbooknumber>9789860262896 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69771</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(3/3)－光碟版 Water quantity monitoring in the Catchment Protected by the Taipei Water Mater Management Office(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>69772</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69772</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(1/3)光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>戴秀雄、連惠邦、葉昭憲</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904851</governmentpublicationsnumber><identifier>69773</identifier><internationalstandardbooknumber>9789860266177 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69773</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水庫放淤對河川環境影響之探討〈1/2〉〈內含光碟片〉  Study on Effect of Dredged Material Supply into River〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904573</governmentpublicationsnumber><identifier>69774</identifier><internationalstandardbooknumber>9789860262872 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69774</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立台北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904573</governmentpublicationsnumber><identifier>69776</identifier><internationalstandardbooknumber>9789860262872 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69776</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫(3/3)光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人坡地環境基金會/葉美伶</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904686</governmentpublicationsnumber><identifier>69777</identifier><internationalstandardbooknumber>9789860264395 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69777</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>水源保育教育永續推廣暨整合應用計畫</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人坡地環境基金會/葉美伶</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904686</governmentpublicationsnumber><identifier>69778</identifier><internationalstandardbooknumber>9789860264395 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69778</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>水源保育教育永續推廣暨整合應用計畫(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人資源及環境保護服務基金會/陳樹群</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904329</governmentpublicationsnumber><identifier>69779</identifier><internationalstandardbooknumber>9789860260236 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69779</librarycollectiondetailsurl><price>650</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>周文祥</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904554</governmentpublicationsnumber><identifier>69780</identifier><internationalstandardbooknumber>9789860262865 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69780</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源新視界〈水源映像紀實〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>周文祥</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904554</governmentpublicationsnumber><identifier>69781</identifier><internationalstandardbooknumber>9789860262865 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69781</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺北水源管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源新視界〈水源映像紀實〉〈光碟版〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區管理局（以下簡稱水特局）多年來積極推動各項業務，使得臺北水源特定區擁有全國最乾淨優質的水，因此，除了水資源開發利用外，水資源之保護與教育尤為重要；基於水資源保育工作非僅靠政府單位管理一蹴可幾，需靠所有人之共同努力維護，以凝聚眾人水源保育的共識。在98年度水源保育推廣計畫，完成水源保育六式教案、一式教具及兩式宣導書籍，並結合空間化資訊，拍攝UAV航照、3D動態地圖，累積豐富水源保育的教育資源及建置兒童網站。     本計畫運用98年度水源保育教材、教具及教案之成果，與轄區國中小合作，透過教學活動及小尖兵營隊安排，培育學生水源保育概念；同時，舉辦系列水源保育活動，包括種子教師培訓，轄區宣導活動、水生活競賽活動，希望影響更多熱心教師、民眾擔任傳播者；藉由知識傳遞從建構到內化為每人價值觀，將水源保持理念全面推廣及向下紮根。     同時宣導保育水源區的生態多樣性，以創造水資源永續利用的美好未來，透過形象廣告、舉辦轄區宣導活動，提昇民眾水資源及生態維護的意識。除此之外，本計畫配合水特局今年業務需求，拍攝轄區內UAV空照影像，新增重點區之全景影像，提昇3D動態空間化教學地圖，動靜態解說資訊可以空間化的概念展示，並維護兒童版網站功能與內容，使各項教學資源持續更新。     本計畫目的在於推廣生態環境、水源保育教育多項議題，宣導珍惜水資源、重視生態保育，與自然環境和諧共處之理念。同時，在於將水源保育成果與相關保育知識推廣各個機關及民眾，促使民眾能更深入了解大臺北地區的多方自然生態之美及水源保育成果。</abstract><author>坡地環境基金會;葉美伶</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990102</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904686</governmentpublicationsnumber><identifier>69782</identifier><internationalstandardbooknumber>9789860264395 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69782</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>水源保育教育永續推廣暨整合應用計畫   Educational Promotion and Integration Project for Water Resource Conservation Knowledge</title><yearidentifier>201012</yearidentifier></data><data><abstract>健全居民與民眾積極參與水資源保育事項，培植保育概念，提升新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到永續臺北水源特定區水資源保育與利用之目標。</abstract><author>鴻廣傳播事業公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990402</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904611</governmentpublicationsnumber><identifier>69783</identifier><internationalstandardbooknumber>9789860263138 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69783</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>99年度新店溪青潭水質水量保護區水資源保育實施計畫   2010 Executive Program on Water Resource Conservation for the Chingtan Water Quality and Quantity Protection Area of  the Sindian River</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>鴻廣傳播事業公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990402</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904611</governmentpublicationsnumber><identifier>69784</identifier><internationalstandardbooknumber>9789860263138 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69784</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>99年度新店溪青潭水質水量保護區水資源保育實施計畫〈光碟版〉 2010 Executive Program on Water Resource Conservation for the Chingtan Water Quality and Quantity Protection Area of  the Sindian River</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>坡地環境基金會;葉美伶</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/8</date><governmentpublicationsnumber>1009904686</governmentpublicationsnumber><identifier>69785</identifier><internationalstandardbooknumber>9789860264395 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69785</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>水源保育教育永續推廣暨整合應用計畫 〈光碟版〉  Educational Promotion and Integration Project for Water Resource Conservation Knowledge</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫全程為三年，本年度為計畫第3年，主要工作項目分為一、前言。二、河道輸砂及一般沖刷文獻收集。三、大甲溪流域基本資料收集及?整。四、颱洪現地試驗。五、研究河段輸砂及一般沖刷公式之適用性評估。六、教育訓練等六項；主要工作內容為評定輸砂及一般沖刷公式之適用性，持續現地颱洪試驗，並舉辦教育訓練，完成現地試驗技術轉。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904310</governmentpublicationsnumber><identifier>69786</identifier><internationalstandardbooknumber>9789860258899 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69786</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究(3/3)－內附光碟 Field Study of Sediment Transport Characteristics for Dajia River(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人資源及環境保護服務基金會/陳樹群</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904329</governmentpublicationsnumber><identifier>69788</identifier><internationalstandardbooknumber>9789860260236 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69788</librarycollectiondetailsurl><price>650</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>台北水源特定區土砂保育健康診斷模式建立及策略分析(2/2)光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫全程為三年，本年度為計畫第3年，主要工作項目分為一、前言。二、河道輸砂及一般沖刷文獻收集。三、大甲溪流域基本資料收集及?整。四、颱洪現地試驗。五、研究河段輸砂及一般沖刷公式之適用性評估。六、教育訓練等六項；主要工作內容為評定輸砂及一般沖刷公式之適用性，持續現地颱洪試驗，並舉辦教育訓練，完成現地試驗技術轉。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904310</governmentpublicationsnumber><identifier>69789</identifier><internationalstandardbooknumber>9789860258899 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69789</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究(3/3)－成果資料光碟 Field Study of Sediment Transport Characteristics for Dajia River(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009903787</governmentpublicationsnumber><identifier>69790</identifier><internationalstandardbooknumber>9789860253917 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69790</librarycollectiondetailsurl><price>65</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>檔案資源整合查詢平臺檔案資源指南</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009903865</governmentpublicationsnumber><identifier>69791</identifier><internationalstandardbooknumber>9789860253054 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69791</librarycollectiondetailsurl><price>100</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>檔案法令彙編</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>27.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009903640</governmentpublicationsnumber><identifier>69792</identifier><internationalstandardbooknumber>9789860252736 ; 9789860252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69792</librarycollectiondetailsurl><price>35</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>檔案法令解釋彙編(二)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量(流量超越機率百分之八十五之水量) 辦理地面水之水權登記。為落實上開水利法規定，本署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經本署98年「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫檢討建議，該系統應採動態資料庫還原天然流量計算功能；水權機制檢核亦應考量水庫蓄水、水力發電及越域引水等引水狀況，建立下游既有水權逐筆檢核功能；另人機介面亦應考量以地理資訊系統(GIS作業)平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務，爰提本委託專業服務計畫。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>69793</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69793</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(1/2) Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，921大地震車籠埔斷層將石岡壩附近河床抬升，造成其上游 河床逐漸淤高，下游跌水位能驟增、沖刷勢能變強，致河床護甲層卵礫石起動運移，河床下降而泥岩、頁岩裸露，已危及壩體及橋樑安全。故本計畫選定石岡壩下?至河口為工作範圍，進行輸砂試驗研究。</abstract><author>國立中興大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904312</governmentpublicationsnumber><identifier>69794</identifier><internationalstandardbooknumber>9789860258882 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69794</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究總報告－內附光碟 Field Study of Sediment Transport Characteristics for Dajia River</title><yearidentifier>201012</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，921大地震車籠埔斷層將石岡壩附近河床抬升，造成其上游河床逐漸淤高，下游跌水位能驟增、沖刷勢能變強，致河床護甲層卵礫石起動運移，河床下降而泥岩、頁岩裸露，已危及壩體及橋樑安全。故本計畫選定石岡壩下?至河口為工作範圍，進行輸砂試驗研究。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/9</date><governmentpublicationsnumber>1009904312</governmentpublicationsnumber><identifier>69795</identifier><internationalstandardbooknumber>9789860258882 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69795</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究總報告－成果資料光碟 Field Study of Sediment Transport Characteristics for Dajia River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要目標為藉由桃竹地區基本資料蒐集與資料庫建立，經由空間指標與動態灌溉配水模式分析，以擬定有效率之停灌策略及配水計畫，及評估其對灌溉用水之影響。</abstract><author>農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980195</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904263</governmentpublicationsnumber><identifier>69796</identifier><internationalstandardbooknumber>9789860259025 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69796</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(2/2)內附光碟＝Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areas (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國際灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>69797</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69797</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究〈1/2〉Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>69798</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69798</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究〈1/2〉〈光碟版〉Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區管理局(以下簡稱水源局)轄區涵蓋範圍廣大，業務層面涉及水源水質管理、集水區保育、建築管理及保育回饋等，十分龐雜。由於各項業務由各業務課專責處理，業務資料分散於各業務課室中，各課室在執行相關業務工作時，應建立良好之資訊整合與流通管道，以利共享。水源局於98年度完成「臺北水源特定區經營管理應用平台」整體規劃，針對水源局各項業務需求建置其相關架構，並依規劃之成果逐步落實。 本計畫針對「臺北水源特定區經營管理應用平台」提出多元應用之構想，以多元化展示應用為導向，透過本平台將局內、外端資源及既有開發系統串連，提升行政資訊之流通、管理與共享效能，使業務及決策執行效益更彰顯著。此外，整體水資源情勢為水源局重要業務範疇，水源局於去年度甫建置完成轄區相關外站水文水質自動監測硬體設施，本計畫配合外站系統擴充更新平台內之「水文水質監測管理系統」，使水源局能更加掌握轄區水文水質現況，並新增流域水文監測預警、行動版水文水質資訊查詢系統、開放式平台展示等加值應用功能，另配合污水業務營運管理系統之建置，可使既有平台展示應用及業務管理效能更為精進，冀以提升水源局整體經營管理績效，並可將部分業務成果展示公開，以收轄區保育宣導及永續經營管理之成效。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990355</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904285</governmentpublicationsnumber><identifier>69800</identifier><internationalstandardbooknumber>9789860259100 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69800</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區經營管理應用平台系統資料庫多元應用計畫  A plan of multi-application on management application platform for Taipei Water Management Office</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990355</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904285</governmentpublicationsnumber><identifier>69801</identifier><internationalstandardbooknumber>9789860259100 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69801</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區經營管理應用平台系統資料庫多元應用計畫 (光碟版) A plan of multi-application on management application platform for Taipei Water Management Office</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>農委會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990036</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904128</governmentpublicationsnumber><identifier>69802</identifier><internationalstandardbooknumber>9789860257663 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69802</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(2/3) A Study of Biotic Indicators and Habitat Suitability Curves(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究選擇烏溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>農委會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990036</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904128</governmentpublicationsnumber><identifier>69803</identifier><internationalstandardbooknumber>9789860257663 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69803</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(2/3)－光碟版 A Study of Biotic Indicators and Habitat Suitability Curves(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>資源及環境保護服務基金會；陳樹群</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904329</governmentpublicationsnumber><identifier>69804</identifier><internationalstandardbooknumber>9789860260236 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69804</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>台北水源特色區土砂保育健康診斷模式建立及策略分析〈2/2〉Establishing Health Diagnosis Model of Sediment Related Conservation and Strategy Analysis for Taipei Water Source Domain〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺北科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904573</governmentpublicationsnumber><identifier>69805</identifier><internationalstandardbooknumber>9789860262872 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69805</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水量監測計畫 (3/3〉 Water quantity Monitoring in the Catchment Protected by the Taipei Water Management Office  (3/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區水質風險管理模式之建立與應用」為三年期計畫，擬針對臺北水源特定區內高風險之水質項目（如：大腸桿菌群、總磷及氨氮），建立水質風險管理模式，進一步採取適切之水質風險管理策略與應變計畫，並提供相關學術單位之研究所需。第一年工作項目主要為基本資料收集調查與分析、國內外水質風險管理相關研究之收集與分析、區內高風險水質監測項目之彙整分析、區內水質風險成因及機制探討、評估區內水質監測站之代表性、適地性與即時性等。 本計畫已蒐相關文獻與研究報告，包含水質調查、土地利用現況、國外水質風險管理文獻等，並針對計畫區內總大腸桿菌群、總磷及氨氮之成因與機制作詳細探討，藉由現場勘查與各種土地利用行為綜合評估對河川水體水質可能造成之風險。各水質測站94年1月至99年9月水質資料之特性分析與時間序列分析結果顯示，整體而言，三流域之歷年水質變異大且並未隨時間而有明顯消長趨勢，惟大腸桿菌群於此三個流域中幾乎都超過甲類水體水質標準。亦針對雨量與水質進行相關性分析，其結果顯示大腸桿菌群、總磷及氨氮與採樣前一日雨量及前三日累積雨量未有良好的相關性。 依據現場查核、土地管理研判、微生物指標、雙因子變異數無重複試驗分析、季節性趨勢分析及背景值分析等方法，分別對於既有監測站對高風險水質監測之意義加以探討，並檢討目前測站設置點位置之合理性，提出綜合建議如下：北勢溪後寮溪(雙溪鄉)測站可改選附近水量較充沛且開闊之區域並放寬監測頻率；灣潭(雙溪鄉)亦可考量放寬監測頻率；可考慮於翡翠水庫庫區附近增加2個測站；而新設自動監測資料穩定後應與人工監測比對評估。南勢溪桶後溪上游測站因採樣困難度高，且與桶後溪測站距離較近，可重新考慮其必要性。新店溪則可考慮在其支流增加1個測站。並建議所有測站增加微生物指標項目之監測及採樣時紀錄相關環境因子。 本計畫第二年將依據本年度對於計畫區環境特性、水質特性及國內外水質風險管理方式之掌握，擬定第二年度未來工作如區內高風險水質項目之補充監測與調查、區內水質風險管理模式之建立、區內水質風險管理因子之建立及敏感度分析及研擬水質風險管理模式之驗證方法。</abstract><author>臺灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990010</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>69806</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69806</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(1/3) Construction and Application of Risk Management for Taipei Water Sources Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，本計畫將進行計算系統之改善與功能擴充。計畫工作主軸分為三部分，分別為1.還原天然流量、2.推估未設站位置流量及3.模擬河川/水權/水庫。天然流量（naturalized flow）指河川上未經人為影響時之流量，即現行水利法施行細則第15條定義之「水源通常保持水量」，目前以流量超越機率百分之八十五之水量為基準。由於既有流量站觀測資料受上游人為影響，所紀錄之流量可能低於實際天然流量，因此本計畫第1年（99年）將蒐集相關取水資料，並完成中部地區選定流域之天然流量還原方法之研究與資料分析，第2年（100年）完成驗證後，再依所建立之方法進行中部地區各流域流量站之天然流量還原工作。由於申請水權位置通常未設有流量站，必須以特性相近之流量站資料進行推估，本項工作之重點包含1.以區域分析尋找特性相近之流量站、2.依據前述工作所還原之天然流量進行推估、3.以克利金（Kriging）區域分析方法、迴歸分析模式及地形指數模式（TOPMODEL）三種方法推估比較。其中，第1年（99年）工作主要進行克利金（Kriging）區域分析方法分析，以便與現有「地面水潛能水量計算系統」比較，第2年（100年）工作將完成迴歸分析模式及地形指數模式之建立，並進行三種方法之比較分析，以擇定推估中低流量結果較佳之模式。天然流量扣除保留予既有水權人之消耗性用水、水利建造物蓄水及其他必要之保留水量後，河川上所剩餘之流量，為申請水權位置之可獲（用）水量（available water）。為模擬河川上取水及用水情形，必須將河川上之有效水權、水利建造物蓄水及其他必要之保留水量等加入模擬。本項工作之重點包含1.建構河川串列計算單元、2.建構自動化水權檢核模組、3.建構以GIS為展示平台之計算系統。建置河川串列計算單元之目的為快速連結與擷取該區段之地文、天然流量、上下游從屬關係等相關資料，使系統在連結有效水權資料後即可快速進行水權檢核計算，進而獲得地面水可用水量資訊，作為水權管理之參考。第1年（99年）工作主要完成GIS圖層蒐集、資料庫架構規劃建置、區段（次集水區）切割及編碼方法之建立，第2年（100年）再進一步撰寫自動化之切割及編碼程式，以供未來其他流域使用。水權檢核模組方面將水權類型分為一般情形（無蓄水）及增闢水源情形，增闢水源情形指透過設置水庫等蓄水設施，以人為方式增加可用水量。一般情形分為一般取水及水力用水2種檢核方式，增闢水源情形分為一般取水、水力用水及越域引水3種檢核方式。第1年（99年）工作主要完成檢核程序之建置，第2年（100年）再進一步與水權資料庫進行資料交換機制，以便自動讀取有效水權至系統中進行上、下游水權檢核。GIS展示平台雛形第1年（99年）工作已完成整體系統之規劃、展示平台介面及查詢模組建置，根據教育訓練各水權核辦人員對系統介面所提供之建議，第2年（100年）再進一步修正系統並完成各項功能測試。</abstract><author>國際灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>69807</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69807</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(1/2)=Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/10</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>69808</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69808</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用〈1/3〉〈光碟版〉Construction and Application of Risk Management for Taipei Water Sources Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，面積廣達717平方公里，行政區域涵蓋坪林、烏來全鄉及部份石碇鄉、雙溪鄉與新店市等5市鄉，約佔台北縣面積之1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，台北自來水事業處之直潭淨水場自新店溪直潭堰取水，而長興淨水場與公館淨水場則自青潭堰引水，故如何加強保護水源水質以穩定提供質優量足的公共給水，至為重要。 由過去數十年的氣候資料顯示，台灣地區年平均降雨量並沒有太大變化，但降雨時間持續減少、降雨集中且降雨強度越來越強，這使得發生暴雨機率越來越高。根據以往研究報告顯示，暴雨往往使上游鄰近山壁土石崩落，並挾帶大量泥砂，引致水源濁度升高，進而造成水質惡化，影響水體正常用途。濁度為水質良好與否之重要指標，考量歷次風災或豪雨造成之原水濁度提高，使下游取水之淨化處理設備無法負荷，降低公共給水效益，因此除加強集水區水土保持、水源保護區管制開發外，預測濁度之變化，進而妥善因應處理亦為一重要課題。 臺北水源特定區管理局藉本計畫之執行以瞭解如降雨量、降雨延時、輸砂量等影響因子與濁度及水質水量三者之關連性並建立濁度預測模式，進一步探究濁度上升之可能原因並期能更即時預測，配合研擬濁度改善對策及評估飲用水處理可靠度，以降低下游處理設備負荷量、提昇給水效率及縮減限水衍生之社會成本。 自蒐集獲得之國內外文獻顯示，降雨量和降雨延時與濁度和懸浮固體濃度有密切關係。就本計畫區域之特性而言，北勢溪濁度比較南勢溪低，為能更有效掌握計畫區域內濁度變化，建議在福山一號橋、南勢溪烏來堰之後、及翡翠水庫放水下游各設置水質自動監測站，並加強屈尺自動監測站和其他既設自動測站的儀器定期維護，以長期有效蒐集相關水文水質資料，做為後續加值研究的基礎。此外，應用類神經網路及灰色理論可有效的進行濁度推估，為該些模式之準確度將隨應用於模式建立之資料增加，而有明顯之改善。本年度完成調查區，為影響濁度因子之成因及其相關背景資料，進而建立濁度預測模式。未來之工作重點，將持續蒐集相關水文、氣象、地文資料，藉由記錄完整的水文事件確認模式準確性，進而將此模式應用於公共給水水源可靠度之分析工作。</abstract><author>明志科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990009</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904344</governmentpublicationsnumber><identifier>69809</identifier><internationalstandardbooknumber>9789860260250 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69809</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究〈1/3〉 Development of Turbidity Forecasting Model and Improving Measures for Taipei Water Source Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，面積廣達717帄方公里，行政區域涵蓋坪林、烏來全鄉及部份石碇鄉、雙溪鄉與新店市等5市鄉，約佔台北縣面積之1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，台北自來水事業處之直潭淨水場自新店溪直潭堰取水，而長興淨水場與公館淨水場則自青潭堰引水，故如何加強保護水源水質以穩定提供質優量足的公共給水，至為重要。 由過去數十年的氣候資料顯示，台灣地區年帄均降雨量並沒有太大變化，但降雨時間持續減少、降雨集中且降雨強度越來越強，這使得發生暴雨機率越來越高。根據以往研究報告顯示，暴雨往往使上游鄰近山壁土石崩落，並挾帶大量泥砂，引致水源濁度升高，進而造成水質惡化，影響水體札常用途。濁度為水質良好與否之重要指標，考量歷次風災或豪雨造成之原水濁度提高，使下游取水之淨化處理設備無法負荷，降低公共給水效益，因此除加強集水區水土保持、水源保護區管制開發外，預測濁度之變化，進而妥善因應處理亦為一重要課題。 本計畫之執行探討降雨量、降雨延時、輸砂量等影響因子與濁度及水質水量三者之關連性並建立濁度預測模式，進一步探究濁度上升之可能原因並期能更即時預測，配合研擬濁度改善對策及評估飲用水處理可靠度，以降低下游處理設備負荷量、提昇給水效率及縮減限水衍生之社會成本。自蒐集獲得之國內外文獻顯示，降雨量和降雨延時與濁度和懸浮固體濃度有密切關係。就本計畫區域之特性而言，北勢溪濁度比較南勢溪低，為能更有效掌握計畫區域內濁度變化，建議在福山一號橋、南勢溪烏來堰之後、及翡翠水庫放水下游各設置水質自動監測站，並加強屈尺自動監測站和其他既設自動測站的儀器定期維護，以長期有效蒐集相關水文水質資料，做為後續加值研究的基礎。此外，應用類神經網路及灰色理論可有效的進行濁度推估，進一步之研究顯示選用二因子或三因子之類神經網路模式，亦可對於濁度進行預測，惟該些模式之準確度將隨應用於模式建立之資料增加，而有明顯之改善。本年度完成影響濁度因子之成因及其相關背景資料蒐集，進而建立濁度預測模式。未來之工作重點，將持續蒐集相關水文、氣象、地文資料，藉由記錄完整的水文事件確認模式準確性，進而將此模式應用於公共給水水源可靠度之分析工作。 II</abstract><author>明志科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990009</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904344</governmentpublicationsnumber><identifier>69810</identifier><internationalstandardbooknumber>9789860260250 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69810</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究(1/3)－光碟版 Development of Turbidity Forecasting Model and Improving Measures for Taipei Water Source Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區(Taipei Water Resource Domain)管理局(以下簡稱水源局)係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋臺北縣之新店、烏來、石碇、坪林、雙溪等五個市鄉，集水區面積廣達七一七平方公里，約佔台北縣行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。  本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查(building inventory)工作辦理用戶接管(household pipe-connection)資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之環境情勢調查管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，以進一步輔助建管業務之推動，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸(Timeline)之關聯性。  本計畫已執行四期，經一期(石碇)、二期(新店)、三期(烏來雙溪)、四期(坪林)之分年度執行，已完全建立臺北水源特定區範圍內五市鄉之所有建物與污水接管清查資料；並將其清查成果資料完全電子化、資料庫化，再與地理資訊系統緊密結合以達到最高成效之目標，使其能具體應用地理資訊系統有效管理環境情勢調查成果之最新現況，以提升水源局之整體營運績效。</abstract><author>九福科技顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990260</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904216</governmentpublicationsnumber><identifier>69811</identifier><internationalstandardbooknumber>9789860259292 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69811</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫－坪林鄉 Environment circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>九福科技顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904216</governmentpublicationsnumber><identifier>69812</identifier><internationalstandardbooknumber>9789860259292 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69812</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫－坪林鄉〈光碟版〉Environment circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，面積廣達717平方公里，行政區域涵蓋坪林、烏來全鄉及部份石碇鄉、雙溪鄉與新店市等5市鄉，約佔台北縣1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，故長期而持續之水質監測之對於本特定區之相關管理作業至為重要。臺北水源特定區管理局（以下簡稱水源局）歷年皆依據行政院環境保護署所規劃訂定之相關監測規定及項目進行本特定區之水質監測，並配合水位流量之長期觀測，持續建立完整之水質水量資料庫；因確實掌握本特定區內之水文狀況，故曾針對不同之需求與標的進行水文情勢分析及相關之評估檢討。 本計畫除執行本特定區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，及突發公害污染案件之不定期水質檢測外，亦將以所得之分析結果綜合研判本特定區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。此外，本計畫之水質監測成果將按月提送環保署，並提供相關學術單位之研究所需。</abstract><author>東南科技大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990049</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904572</governmentpublicationsnumber><identifier>69813</identifier><internationalstandardbooknumber>9789860262896 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69813</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>新店溪青潭自來水水源水質保護區水質監測計畫(3/3) Water Quality Monitoring for Taipei Water  Supply Protected Watershe〈3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904738</governmentpublicationsnumber><identifier>69814</identifier><internationalstandardbooknumber>9789860265330 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69814</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(1/2) Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>臺北水源特定區水質風險管理模式之建立與應用」為三年期計畫，擬針對臺北水源特定區內高風險之水質項目（如：大腸桿菌群、總磷及氨氮），建立水質風險管理模式，進一步採取適切之水質風險管理策略與應變計畫，並提供相關學術單位之研究所需。第一年工作項目主要為基本資料收集調查與分析、國內外水質風險管理相關研究之收集與分析、區內高風險水質監測項目之彙整分析、區內水質風險成因及機制探討、評估區內水質監測站之代表性、適地性與即時性等。 本計畫已蒐相關文獻與研究報告，包含水質調查、土地利用現況、國外水質風險管理文獻等，並針對計畫區內總大腸桿菌群、總磷及氨氮之成因與機制作詳細探討，藉由現場勘查與各種土地利用行為綜合評估對河川水體水質可能造成之風險。各水質測站94年1月至99年9月水質資料之特性分析與時間序列分析結果顯示，整體而言，三流域之歷年水質變異大且並未隨時間而有明顯消長趨勢，惟大腸桿菌群於此三個流域中幾乎都超過甲類水體水質標準。亦針對雨量與水質進行相關性分析，其結果顯示大腸桿菌群、總磷及氨氮與採樣前一日雨量及前三日累積雨量未有良好的相關性。 依據現場查核、土地管理研判、微生物指標、雙因子變異數無重複試驗分析、季節性趨勢分析及背景值分析等方法，分別對於既有監測站對高風險水質監測之意義加以探討，並檢討目前測站設置點位置之合理性，提出綜合建議如下：北勢溪後寮溪(雙溪鄉)測站可改選附近水量較充沛且開闊之區域並放寬監測頻率；灣潭(雙溪鄉)亦可考量放寬監測頻率；可考慮於翡翠水庫庫區附近增加2個測站；而新設自動監測資料穩定後應與人工監測比對評估。南勢溪桶後溪上游測站因採樣困難度高，且與桶後溪測站距離較近，可重新考慮其必要性。新店溪則可考慮在其支流增加1個測站。並建議所有測站增加微生物指標項目之監測及採樣時紀錄相關環境因子。 本計畫第二年將依據本年度對於計畫區環境特性、水質特性及國內外水質風險管理方式之掌握，擬定第二年度未來工作如區內高風險水質項目之補充監測與調查、區內水質風險管理模式之建立、區內水質風險管理因子之建立及敏感度分析及研擬水質風險管理模式之驗證方法。</abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990010</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/11</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>69815</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69815</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(1/3)－光碟版 Construction and Application of Risk Management for Taipei Water Sources Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要工作項目為漁塭區之綜合治水方案整合與探討、漁塭區排洪管理操作與洪災減輕對策研擬、漁塭區汛期進排水操作規則研擬等</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990239</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/15</date><governmentpublicationsnumber>1009904124</governmentpublicationsnumber><identifier>69820</identifier><internationalstandardbooknumber>9789860258219 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69820</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>沿海漁塭養殖區之排水觀測與排洪特性研究(2/2)Study on Discharge Measurement and Flood Characteristic for Coastal Aquaculture(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要工作項目為漁塭區之綜合治水方案整合與探討、漁塭區排洪管理操作與洪災減輕對策研擬、漁塭區汛期進排水操作規則研擬等</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/15</date><governmentpublicationsnumber>1009904124</governmentpublicationsnumber><identifier>69821</identifier><internationalstandardbooknumber>9789860258219 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69821</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>沿海漁塭養殖區之排洪特性研究(2/2)－光碟版 Study on Discharge Measurement and Flood Characteristic for Coastal Aquaculture (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要工作項目為漁塭區之排洪特性調查分析、漁塭區之綜合治水方案整合與探討、漁塭區排洪管理操作與洪災減輕對策研擬、漁塭區汛期進排水操作規則研擬等。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990239</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/15</date><governmentpublicationsnumber>1009904123</governmentpublicationsnumber><identifier>69822</identifier><internationalstandardbooknumber>9789860258226 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69822</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>沿海漁塭養殖區之排洪特性研究總報告 Study on Discharge Measurement and Flood Characteristic for Coastal Aquaculture</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要工作項目為漁塭區之排洪特性調查分析、漁塭區之綜合治水方案整合與探討、漁塭區排洪管理操作與洪災減輕對策研擬、漁塭區汛期進排水操作規則研擬等。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990239</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/15</date><governmentpublicationsnumber>1009904123</governmentpublicationsnumber><identifier>69823</identifier><internationalstandardbooknumber>9789860258226 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69823</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>沿海漁塭養殖區之排洪特性研究總報告－光碟版 Study on Discharge Measurement and Flood Characteristic for Coastal Aquaculture</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制與模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討.</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990295</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/16</date><governmentpublicationsnumber>1009904169</governmentpublicationsnumber><identifier>69824</identifier><internationalstandardbooknumber>9789860257649 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69824</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>軟弱岩床劇烈沖蝕行為之探討－以大安溪為例(3/3) Rapid Erosion Process of Soft Rock Riverbed --The Taan River as an Example(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制與模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討.</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990295</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/16</date><governmentpublicationsnumber>1009904169</governmentpublicationsnumber><identifier>69825</identifier><internationalstandardbooknumber>9789860257649 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69825</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>軟弱岩床劇烈沖蝕行為之探討--以大安溪為例(3/3)－光碟版 Rapid Erosion Process of Soft Rock Riverbed --The Taan River as an Example</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/16</date><governmentpublicationsnumber>1009904169</governmentpublicationsnumber><identifier>69826</identifier><internationalstandardbooknumber>9789860257649 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69826</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>軟弱岩床劇烈沖蝕行為之探討－以大安溪為例(3/3) 計畫成果－光碟版 Rapid Erosion Process of Soft Rock Riverbed --The Taan River as an Example(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制與模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討.</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/16</date><governmentpublicationsnumber>1009904170</governmentpublicationsnumber><identifier>69827</identifier><internationalstandardbooknumber>9789860257656 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69827</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>軟弱岩床劇烈沖蝕行為之探討－以大安溪為例總報告 Rapid Erosion Process of Soft Rock Riverbed --The Taan River as an Example</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在調查建立軟弱岩床的劇烈沖蝕機制與模式，建置河道沖淤數模模擬河道變遷趨勢，以大安溪為例進行探討.</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/16</date><governmentpublicationsnumber>1009904170</governmentpublicationsnumber><identifier>69828</identifier><internationalstandardbooknumber>9789860257656 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69828</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>軟弱岩床劇烈沖蝕行為之探討－以大安溪為例 總報告－光碟版 Rapid Erosion Process of Soft Rock Riverbed --The Taan River as an Example</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學測量及空間資訊學訊</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/17</date><governmentpublicationsnumber>1009904411</governmentpublicationsnumber><identifier>69833</identifier><internationalstandardbooknumber>9789860260977 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69833</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>開放式水利地理資訊GML資料`標準之研訂價3/4)=The Design of GML Data Content Standard for Open Hydrology Geographic Information System(3/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/17</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>69834</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69834</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。二、數模檢定驗證與敏感度分析本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。三、水工模型試驗之案例模擬考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。四、丁埧、舊港島導流工之布置方案模擬研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。五、長期穩定模擬與可能改善評估在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/17</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>69835</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69835</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉光碟電子書〈光碟版〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪主?之中正大橋與竹?大橋為新竹縣芎?鄉與竹東鎮的重要?絡橋?。由於長期受到洪?沖刷的影響，致使主河道河床產生嚴重刷深及岩盤盡皆??之情況。此外，本河段地質與土壤組成多為?岩、頁岩及砂岩層，故極?受水?的沖刷與?割而形成蝕溝地形。倘?河床持續向下刷深與向上游側刷深，將會威脅到橋?的安全性。橋?管?單位雖多次進?頭前溪橋?基礎保護工程，但?經幾次颱洪事件即遭受溪水沖垮。中正大橋近??受颱洪事件影響，有向上游側刷深河床之趨勢，目前最大沖刷深?約12~13 m。而竹?大橋也因颱洪作用的影響，造成主河道之河床嚴重沖刷，目前最大沖刷深?約4 m。目前為加強保護此?座橋?之安全，於民國99?7月底完成中正大橋下游主河道之應急保護工程，而竹?大橋也已完成橋基保護工程。本河段雖然已經進?四?相關評估，對於保護工程與河床穩定工法已有初步共?，而為檢視各深槽??與保護工程之介面成效，實有必要進?完整之監測與輸砂?推估工作，並進?沖刷防治工法之規劃研擬，以供經濟部水?署第二河川局後續整治規劃，以及提供新竹縣政府防汛管制之?考。本計畫為二??第一?計畫，依據各項工作項目之特性，將計畫工作項目分為四大重點，包括：（一）基本資?調查分析；（二）現地水砂觀測規劃；（三）防治工法模擬分析；（四）防治工法方案規劃。本計畫初步完成頭前溪主?基本資?蒐集與彙整、國內外相關文獻蒐集與探討、中正大橋河段河川應急工程效?評估及基本設計改善建議、中正、竹?大橋水、砂監測與沖刷、淤積監測、現地試驗監測儀器之佈設、中正大橋應急工程效?評估、竹?大橋沖刷防治工法方案規劃，以及中正、竹?大橋現況水?及沖淤模擬分析。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>099-C-01040-001-204</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/17</date><governmentpublicationsnumber>1009904739</governmentpublicationsnumber><identifier>69836</identifier><internationalstandardbooknumber>9789860265330 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69836</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(1/2)(內含光碟)=Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960303</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/18</date><governmentpublicationsnumber>1009900864</governmentpublicationsnumber><identifier>69839</identifier><internationalstandardbooknumber>9789860226768 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69839</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>外六寮排水系統外六寮排水及高雄農場排水治理計畫(光碟版)=Wai-Liu-Liao Drainage System The Regulation Scheme of Drainage in Wai-Liu-Liao and Kaohsiung Farm</title><yearidentifier>201001</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多為坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩坍，土石大量沖移至河道中，造成河道通水面積減少，通洪能力降低，影響河川正常之排洪能力。河道疏浚可提昇通洪能力，幫助洪水宣洩，降低洪水災損情況。然過度之疏浚與缺乏適當之規劃，常會造成河床面大幅下降，河道呈現不穩定，進而危及堤防、護岸以及跨河構造物等安全。 本計畫提出一疏浚潛能評估之標準作業流程，綜整考量河道疏浚時，事前須評估之事項及疏浚後可能產生之河防安全影響。此套標準作業流程，可供相關單位於河道疏浚規劃時使用，除能於疏浚案規劃時有標準之依據外，亦可避免疏浚規劃時，其所採取之砂石量過大，反而造成河防安全之危害。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990299</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1009904447</governmentpublicationsnumber><identifier>69842</identifier><internationalstandardbooknumber>9789860261394 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69842</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(2/2)－以頭前溪、中港溪為對象 Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(2/2):Application to Touchien and Jhonggang Rivers</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多為坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩坍，土石大量沖移至河道中，造成河道通水面積減少，通洪能力降低，影響河川正常之排洪能力。河道疏浚可提昇通洪能力，幫助洪水宣洩，降低洪水災損情況。然過度之疏浚與缺乏適當之規劃，常會造成河床面大幅下降，河道呈現不穩定，進而危及堤防、護岸以及跨河構造物等安全。 本計畫提出一疏浚潛能評估之標準作業流程，綜整考量河道疏浚時，事前須評估之事項及疏浚後可能產生之河防安全影響。此套標準作業流程，可供相關單位於河道疏浚規劃時使用，除能於疏浚案規劃時有標準之依據外，亦可避免疏浚規劃時，其所採取之砂石量過大，反而造成河防安全之危害。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990299</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1009904447</governmentpublicationsnumber><identifier>69843</identifier><internationalstandardbooknumber>9789860261394 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69843</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(2/2)－以頭前溪、中港溪為對象(光碟版) Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(2/2):Application to Touchien and Jhonggang Rivers</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>69844</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69844</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉光碟電子書〈光碟版〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>舊港島為馬總統關心之重點災區之ㄧ，目前相關整治工程已陸續進行，包含堤防工程與疏浚工程等，但由於設計為低度保護，故在工程完工後該地區仍存在淹水之風險，因此本計畫針對舊港島進行水位站與即時影像監視站等防汛機制之建置，並進行桃竹苗地區洪水預警系統之擴充建置，以協助二河局防汛作業之順利進行。本計畫主要工作可分為五大項：(1)頭前溪舊港島防汛機制建立。(2) 桃竹苗地區防汛作業所需設備規劃分析與建置。(3)桃竹苗地區水情測預報警系統的擴充建置。(4)決策資源參考資料之擴充建置。(5)系統與防汛作業演練與落實規劃。(6)教育訓練與技術移轉。頭前溪舊港島防汛機制建立部分：針對舊港島水位資訊及影像資訊連結至測預報系統中，並利用相關觀測資料或研究成果建立預警之機制，並制定緊急應變參考手冊。桃竹苗地區水情測預報警系統的擴充建置部份，除了測預報系統之維護外，亦對整個防汛設備與系統進行定期維護工作，以確保颱風來臨時所有設備之穩定性。並針對相關系統之維護與增修建置，如防汛網頁、工程進度網頁、跑馬燈展示系統、防汛資訊線上查詢系統、桃竹苗洪水預警系統與防汛資料庫。桃竹苗地區防汛作業所需設備規劃分析與建置部份，針對轄區風險區段進行防汛作業所需設備規劃分析，後進行建置工作，以期對災區達預警之功用。決策資源參考資料之擴充建置部份，包含更新訂定最新中央管河川大斷面，檢討與更新警戒水位、增修防汛手冊、災區與風險區進行現地勘查、防汛堆置場資料彙整與空間合適性分析與河道溢淹風險區段與洪氾區檢討分析等，以做為決策應變參考之用，並將相對應手冊進行編修工作。系統與防汛作業演練與落實規劃部分，針對局裡同仁，進行『水情中心防汛應變執勤作業』宣導與教育訓練工作，並協助二河局颱洪期間的洪水預警系統上線運作，落實系統與防汛作業之整合。而颱風過後，協助產製水文分析報告與颱洪值勤報告，並配合召開防汛作業檢討會議。教育訓練與技術移轉部分，配合二河局參與各單位防汛演習，提供相關單位防汛應變資訊說明與解說工作，並配合規劃水利署聯合防汛演習工作。</abstract><author>工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990199</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1009904429</governmentpublicationsnumber><identifier>69845</identifier><internationalstandardbooknumber>9789860261387 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69845</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>99年度桃竹苗地區洪水預警及防汛作業整合演練與落實規劃 Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>69846</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69846</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>舊港島為馬總統關心之重點災區之ㄧ，目前相關整治工程已陸續進行，包含堤防工程與疏浚工程等，但由於設計為低度保護，故在工程完工後該地區仍存在淹水之風險，因此本計畫針對舊港島進行水位站與即時影像監視站等防汛機制之建置，並進行桃竹苗地區洪水預警系統之擴充建置，以協助二河局防汛作業之順利進行。本計畫主要工作可分為五大項：(1)頭前溪舊港島防汛機制建立。(2) 桃竹苗地區防汛作業所需設備規劃分析與建置。(3)桃竹苗地區水情測預報警系統的擴充建置。(4)決策資源參考資料之擴充建置。(5)系統與防汛作業演練與落實規劃。(6)教育訓練與技術移轉。頭前溪舊港島防汛機制建立部分：針對舊港島水位資訊及影像資訊連結至測預報系統中，並利用相關觀測資料或研究成果建立預警之機制，並制定緊急應變參考手冊。桃竹苗地區水情測預報警系統的擴充建置部份，除了測預報系統之維護外，亦對整個防汛設備與系統進行定期維護工作，以確保颱風來臨時所有設備之穩定性。並針對相關系統之維護與增修建置，如防汛網頁、工程進度網頁、跑馬燈展示系統、防汛資訊線上查詢系統、桃竹苗洪水預警系統與防汛資料庫。桃竹苗地區防汛作業所需設備規劃分析與建置部份，針對轄區風險區段進行防汛作業所需設備規劃分析，後進行建置工作，以期對災區達預警之功用。決策資源參考資料之擴充建置部份，包含更新訂定最新中央管河川大斷面，檢討與更新警戒水位、增修防汛手冊、災區與風險區進行現地勘查、防汛堆置場資料彙整與空間合適性分析與河道溢淹風險區段與洪氾區檢討分析等，以做為決策應變參考之用，並將相對應手冊進行編修工作。系統與防汛作業演練與落實規劃部分，針對局裡同仁，進行『水情中心防汛應變執勤作業』宣導與教育訓練工作，並協助二河局颱洪期間的洪水預警系統上線運作，落實系統與防汛作業之整合。而颱風過後，協助產製水文分析報告與颱洪值勤報告，並配合召開防汛作業檢討會議。教育訓練與技術移轉部分，配合二河局參與各單位防汛演習，提供相關單位防汛應變資訊說明與解說工作，並配合規劃水利署聯合防汛演習工作。</abstract><author>工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990199</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/21</date><governmentpublicationsnumber>1009904429</governmentpublicationsnumber><identifier>69847</identifier><internationalstandardbooknumber>9789860261387 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69847</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>99年度桃竹苗地區洪水預警及防汛作業整合演練與落實規劃(光碟版) Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/22</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>69852</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69852</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究〈2/2〉  Framework of Economic Evaluation for Water Reclamation and Reuse〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>除需配合地方政府機關業務需求更正系統外，主要編印選定之保護區範圍（邊界）圖冊、並於系統中建置保護區邊界圖冊、估算及試辦地籍建檔等所需資料與經費，以瞭解後續是否進行全國性資料建檔及蒐集之可能性</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990078</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904701</governmentpublicationsnumber><identifier>69855</identifier><internationalstandardbooknumber>9789860264678 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69855</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水源保育與回饋業務系統與網頁擴充及管理(2/2) The Expanding and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee” (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>除需配合地方政府機關業務需求更正系統外，主要編印選定之保護區範圍（邊界）圖冊、並於系統中建置保護區邊界圖冊、估算及試辦地籍建檔等所需資料與經費，以瞭解後續是否進行全國性資料建檔及蒐集之可能性</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990078</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904701</governmentpublicationsnumber><identifier>69856</identifier><internationalstandardbooknumber>9789860264678 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69856</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水源保育與回饋業務系統與網頁擴充及管理(2/2) －光碟版 The Expanding and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee” (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為尋求自來水水源、水質保護與社會經濟發展之平衡點，達成兩者雙贏之目標，土地之使用、開發應在水體涵容能力及環境承載力許可之前提下。因此，本計畫擬透過自來水水質水量保護區內環境指標建構，檢討在水體涵容能力及環境承載力許可前提下，各種土地使用、開發行為之容許開發上限，繼而選定影響水質之指標及其管制之標準，配合動態監控與管理之技術建立，以提出土地使用之有效管理對策。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990008</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904698</governmentpublicationsnumber><identifier>69857</identifier><internationalstandardbooknumber>9789860264685 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69857</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水水質水量保護區環境指標建構與應用(2/2) Construction and Application of Environmental Indicators for Tap Water Quality Protection Area (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為尋求自來水水源、水質保護與社會經濟發展之平衡點，達成兩者雙贏之目標，土地之使用、開發應在水體涵容能力及環境承載力許可之前提下。因此，本計畫擬透過自來水水質水量保護區內環境指標建構，檢討在水體涵容能力及環境承載力許可前提下，各種土地使用、開發行為之容許開發上限，繼而選定影響水質之指標及其管制之標準，配合動態監控與管理之技術建立，以提出土地使用之有效管理對策。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990008</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904698</governmentpublicationsnumber><identifier>69858</identifier><internationalstandardbooknumber>9789860264685 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69858</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水水質水量保護區環境指標建構與應用(2/2)－光碟版 Construction and Application of Environmental Indicators for Tap Water Quality Protection Area (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、完成水質水量保護區土地受限補償金制度修正建議，將作為修正自來水法之參考。 二、完成水質水量保護區獎勵保育制度之建立。</abstract><author>臺北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990076</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904697</governmentpublicationsnumber><identifier>69860</identifier><internationalstandardbooknumber>9789860264661 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69860</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水水質水量保護區土地受限補償與獎勵制度之研究（2/2）－光碟版 Study on compensation of limited lands in water quality and quantity protection area and designing an in centive program for water resources protection (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣與日本同屬島國且水文及地文條件頗為相似。近年來，我國人民對河川環境與生態保育之意識不斷提升，期待政府能對傳統河川的體系運作及管理，更新為顧及生活、生態及生產的河川新風貌。爰此，經濟部水利署數年來透過日、我雙方NGO交流平台運作，開始引進和安排兩國河川治理知識管理技術與人員交流，期能滿足上述人民之需求。  本計畫將延續數年來水利署經營國外水利科技交流，運用日、我雙方NGO（財團法人台北市七星農田水利研究發展基金會、日本河川整備中心）交流平台運作進行： (一)日本河川相關資料之收集。 (二)取得合法授權編撰之日本技術專業書刊並完成美編完稿印製。 (三)舉辦台日河川技術研討會。 (四)建立兩國交流互訪管道。</abstract><author>清雲科技大學</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990265</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904254</governmentpublicationsnumber><identifier>69861</identifier><internationalstandardbooknumber>9789860259322 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69861</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>日本河川治理知識管理合作(2/3) Cooperation of Knowledge Management for River Controlling Development between Taiwan and Japan (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣與日本同屬島國且水文及地文條件頗為相似。近年來，我國人民對河川環境與生態保育之意識不斷提升，期待政府能對傳統河川的體系運作及管理，更新為顧及生活、生態及生產的河川新風貌。爰此，經濟部水利署數年來透過日、我雙方NGO交流平台運作，開始引進和安排兩國河川治理知識管理技術與人員交流，期能滿足上述人民之需求。  本計畫將延續數年來水利署經營國外水利科技交流，運用日、我雙方NGO（財團法人台北市七星農田水利研究發展基金會、日本河川整備中心）交流平台運作進行： (一)日本河川相關資料之收集。 (二)取得合法授權編撰之日本技術專業書刊並完成美編完稿印製。 (三)舉辦台日河川技術研討會。 (四)建立兩國交流互訪管道。</abstract><author>清雲科技大學</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990265</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904254</governmentpublicationsnumber><identifier>69862</identifier><internationalstandardbooknumber>9789860259322 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69862</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>日本河川治理知識管理合作(2/3) －光碟版 Cooperation of Knowledge Management for River Controlling Development between Taiwan and Japan (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009904713</governmentpublicationsnumber><identifier>69863</identifier><internationalstandardbooknumber>9789860264845 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69863</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫供水區整體水源利用規劃〈內含光碟片〉  Overall Water Resources Utilization Planning in Shihmen Reservoir Water Supply Region</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>69864</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69864</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告=The As-Build Report for The Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/2/23</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>69865</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69865</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告〈光碟版〉  The As-Build Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據民國98年行政院核定之地下水保育管理計劃，今年度繼續在宜蘭、台北、桃園、高雄與屏東等地區以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)進行地層下陷之嚴密監測，並同時針對新興異常與嚴重沉陷區進行下陷機制之分析與探討，而上述相關監測數據、調查資料與分析成果，未來將作為政府水資源規劃與防範地層下陷之重要參考依據。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990221</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/24</date><governmentpublicationsnumber>1009904665</governmentpublicationsnumber><identifier>69866</identifier><internationalstandardbooknumber>9789860263114 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69866</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度宜蘭、臺北、桃園、高雄及屏東地區地層下陷之監測、調查及分析=Analyzing,Monitoring and Investigating Land Subsidence in ILan,Taipei ,Taoyuan,Kaohsiung,and Pingtung Area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣部分地區為加速產業發展,在地面水源供應量不足下,轉而長期仰賴抽取地下水,並造成地層下陷災害.為減少地層下陷災害對環境與國土之破壞,政府自民國84年至民國97年即陸續推動第一期與第二期地層下陷防治執行方案,而本計畫主要為延續第二期地層下陷防治執行方案之工作成果來實施.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85   354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990097</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/24</date><governmentpublicationsnumber>1009904662</governmentpublicationsnumber><identifier>69867</identifier><internationalstandardbooknumber>9789860263121 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69867</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度彰化、雲林、嘉義與臺南地區地層下陷之監測、調查及分析=Analyzing, Monitoring and Investigating Land Subsidence in Changhwa, Yunlin, Chiayi and Tainan area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫欲瞭解經莫?克颱風後，原(97年)「台東卑南溪下游攔河堰工程規劃檢討」規劃堰址之地形與水文水?特性改變後對工程方案之影響。檢討之工程方案主要針對穩定農業用水之攔河堰方案(含全斷面攔河堰方案、部分斷面攔河堰方案)。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990168</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904262</governmentpublicationsnumber><identifier>69868</identifier><internationalstandardbooknumber>9789860258936 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69868</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台東卑南溪下游攔河堰規劃方案檢討(內附光碟)=Review of Weir Planning in the Downstream of Beinan Riverin Taitung</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫欲瞭解經莫?克颱風後，原(97年)「台東卑南溪下游攔河堰工程規劃檢討」規劃堰址之地形與水文水?特性改變後對工程方案之影響。檢討之工程方案主要針對穩定農業用水之攔河堰方案(含全斷面攔河堰方案、部分斷面攔河堰方案)。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990168</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904262</governmentpublicationsnumber><identifier>69869</identifier><internationalstandardbooknumber>9789860258936 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69869</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台東卑南溪下游攔河堰規劃方案檢討－光碟版 Review of Weir Planning in the Downstream of Beinan Riverin Taitung</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來隨著河川生態工程概念之興起，國內已有為數不少之河川採行生態工程治河，然多數之規劃設計研究仍著重於保護工法之材料選用以及河防安全等，各項工法布置完成後對河川物理棲地條件之長期影響則較少有嚴謹之探討。有鑑於此，本計畫之目的在研選適合進行河川物理棲地條件評估之一維與二維河川水理輸砂模式，並以頭前溪與鳳山溪為例，分別於上、中與下游選取應用河段進行生態工程規劃，同時利用研選之模式評估河川保護工法對物理棲地條件之短期與長期影響。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990300</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904400</governmentpublicationsnumber><identifier>69870</identifier><internationalstandardbooknumber>9789860260991 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69870</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>河川生態工程對水域流場與物理棲地條件影響之評估與研究：以頭前溪與鳳山溪為例 (2/2) The Investigation for the Effects of River Eco-Engineering on the Flow Pattern and Physical Habitat-case study on Touchien and Fengshan River(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來隨著河川生態工程概念之興起，國內已有為數不少之河川採行生態工程治河，然多數之規劃設計研究仍著重於保護工法之材料選用以及河防安全等，各項工法布置完成後對河川物理棲地條件之長期影響則較少有嚴謹之探討。有鑑於此，本計畫之目的在研選適合進行河川物理棲地條件評估之一維與二維河川水理輸砂模式，並以頭前溪與鳳山溪為例，分別於上、中與下游選取應用河段進行生態工程規劃，同時利用研選之模式評估河川保護工法對物理棲地條件之短期與長期影響。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990300</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904400</governmentpublicationsnumber><identifier>69871</identifier><internationalstandardbooknumber>9789860260991 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69871</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>河川生態工程對水域流場與物理棲地條件影響之評估與研究：以頭前溪與鳳山溪為例 (2/2) －光碟版 The Investigation for the Effects of River Eco-Engineering on the Flow Pattern and Physical Habitat-case study on Touchien and Fengshan River(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「中港溪大斷面測量」計畫。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.693317</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990207</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904576</governmentpublicationsnumber><identifier>69872</identifier><internationalstandardbooknumber>9789860263091 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69872</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪大斷面測量計畫 A Cross-section Survey Plan of the Jhonggang River</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「中港溪大斷面測量」計畫。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.693317</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990207</commissionedprojectidentifier><currency>NT$</currency><date>2011/2/25</date><governmentpublicationsnumber>1009904576</governmentpublicationsnumber><identifier>69873</identifier><internationalstandardbooknumber>9789860263091 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69873</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪大斷面測量計畫(光碟版) A Cross-section Survey Plan of the Jhonggang River</title><yearidentifier>201012</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990029</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904592</governmentpublicationsnumber><identifier>69874</identifier><internationalstandardbooknumber>9789860262858 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69874</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇(1/2) Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應南部地區中長程用水及開發優美水域發展觀光遊憩，高屏大湖計畫預計提供每日34萬噸用水，以滿足高高屏地區民生和產業發展用水需求並補注地下水300萬噸。為進一步釐清整體開發方案妥適性及因應現況環境，故提本計畫以利高屏大湖試驗站之管理維護，及場址保全應持續辦理，另包括場址試驗室、試驗池、微氣候站、植栽綠美化、場區周遭18口觀測井及湖區周遭17口自計式水位計等相關設備皆應持續管理維護，俾利試驗場址作為後續推動高屏大湖工程計畫示範區。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990318</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009905062</governmentpublicationsnumber><identifier>69875</identifier><internationalstandardbooknumber>9789860269727 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69875</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>高屏大湖工程計畫-地下水文監測追蹤與檢討評估(99年度) -總成果報告 An Engineering Plan of Kaoping LaKe-the Groundeater Hydrologic Observation and Review(2010)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫共分兩個年度進行，今年為第二年度，工作項目包含有基本資料收集與分析、室內土壤夯實試驗與相關因子探討，建立夯實品管之剪力波速現地量測系統、建立夯實品管之介電性質現地量測系統、現地試驗與評估及教育訓練。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990183</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904227</governmentpublicationsnumber><identifier>69876</identifier><internationalstandardbooknumber>9789860258400 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69876</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究(2/2)－內含光碟 Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫共分兩個年度進行，今年為第二年度，工作項目包含有基本資料收集與分析、室內土壤夯實試驗與相關因子探討，建立夯實品管之剪力波速現地量測系統、建立夯實品管之介電性質現地量測系統、現地試驗與評估及教育訓練。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990183</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904227</governmentpublicationsnumber><identifier>69877</identifier><internationalstandardbooknumber>9789860258400 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69877</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究(2/2)－光碟版 Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904227</governmentpublicationsnumber><identifier>69878</identifier><internationalstandardbooknumber>9789860258400 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69878</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究(2/2)成果資料--光碟版=Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>此計畫的行成果將對於碾壓土壤與剪力波速、介電性質之關有更充分的了解，具有學術價值，而相關量測技術的改良有助於本土檢測技術產之發展。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990183</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904229</governmentpublicationsnumber><identifier>69879</identifier><internationalstandardbooknumber>9789860258417 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69879</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究 總報告－內含光碟 Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904229</governmentpublicationsnumber><identifier>69881</identifier><internationalstandardbooknumber>9789860258417 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69881</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究 總報告成果資料--光碟版=Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil</title><yearidentifier>201012</yearidentifier></data><data><abstract>溪流生態環境的破壞，必須先瞭解致災的原因，方能提出復育對策。集水區土砂產量增加，為破壞物理性棲地之主要原因，因此土砂量的有效控制為棲地復育首要原則。防砂工程為水庫集水區治理保育工作經常採用之手段，對土砂安定有正面效應，但又對溪流復育存在正反爭議之影響，爰本計畫擬針對集水區土砂運移對溪流棲地之影響進行研究，探討土砂量變化對棲地之衝擊，棲地復育原則及復育工法之效益，檢討現況棲地復育工法之適宜性，並以河相觀點建議未來棲地復育方案。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990074</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904774</governmentpublicationsnumber><identifier>69882</identifier><internationalstandardbooknumber>9789860264180 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69882</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>集水區土砂量變化對溪流物理棲地復育之影響研究(2/2)The Influence of Sediment Yield to the River Physical Habitats Restoration (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>溪流生態環境的破壞，必須先瞭解致災的原因，方能提出復育對策。集水區土砂產量增加，為破壞物理性棲地之主要原因，因此土砂量的有效控制為棲地復育首要原則。防砂工程為水庫集水區治理保育工作經常採用之手段，對土砂安定有正面效應，但又對溪流復育存在正反爭議之影響，爰本計畫擬針對集水區土砂運移對溪流棲地之影響進行研究，探討土砂量變化對棲地之衝擊，棲地復育原則及復育工法之效益，檢討現況棲地復育工法之適宜性，並以河相觀點建議未來棲地復育方案。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990074</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904774</governmentpublicationsnumber><identifier>69883</identifier><internationalstandardbooknumber>9789860264180 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69883</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>集水區土砂量變化對溪流物理棲地復育之影響研究(2/2)－光碟版 The Influence of Sediment Yield to the River Physical Habitats Restoration (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區整體治理計畫之實施，其目的為持續進行集水區水體水質調查及水庫藻類調查，整理近年來德基水庫保護帶相關處理施作成果，以瞭解水體水質良窳及水庫優養化狀態，分析集水區土地利用及治理工作對水庫水質之影響程度，據以評估水質改善成效，進而檢討未來相關治理工作之改進措施，俾使水庫集水區整治與水庫保護帶處理施作發揮最大效益。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990003</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904694</governmentpublicationsnumber><identifier>69884</identifier><internationalstandardbooknumber>9789860264296 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69884</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水源水水質監測與管理計畫－以德基水庫為例(2/2)Water Sources Quality Monitoring and Management Plan for Te-Chi Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫係配合德基水庫集水區整體治理計畫之實施，其目的為持續進行集水區水體水質調查及水庫藻類調查，整理近年來德基水庫保護帶相關處理施作成果，以瞭解水體水質良窳及水庫優養化狀態，分析集水區土地利用及治理工作對水庫水質之影響程度，據以評估水質改善成效，進而檢討未來相關治理工作之改進措施，俾使水庫集水區整治與水庫保護帶處理施作發揮最大效益。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990003</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904694</governmentpublicationsnumber><identifier>69885</identifier><internationalstandardbooknumber>9789860264296 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69885</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水源水水質監測與管理計畫－以德基水庫為例(2/2)－光碟版 Water Sources Quality Monitoring and Management Plan for Te-Chi Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前共建置156處水位站，其中有83處水位站訂定警戒水位並公告在案，未訂定警戒水位者共計73站。惟莫拉克颱風後，各界對於警戒水位之應用有更高之期望，因此，實有必要對已訂定警戒水位之水位站重新進行警戒水位檢討，並對未訂定警戒水位之水位站評估是否須新增訂定警戒水位。本署預定於99年度於中央管河川及區域排水增設約48處水位站，亦須配合新訂警戒水位。另本署於98年度完成第五河川局之中央管區域排水警戒雨量訂定，包括北港溪支流三疊溪之興安排水、朴子溪之嘉義、麻魚寮排水與八掌溪之後庄與湖子內排水，今（99）年度應於汛期間進行颱洪事件之檢驗，經檢討評估後方能實際應用公告實施。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990132</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904605</governmentpublicationsnumber><identifier>69886</identifier><internationalstandardbooknumber>9789860263466 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69886</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川警戒水位與區域排水警戒雨量之檢討與應用=Review and Application of River Warning Stages and Drainage Warning Rainfall</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應本署暨各所屬機關日漸龐大之資訊設備與流量，同時確保重要系統異地備份備援機制正常運作、提昇本署系統弱點掃描、漏洞修補、病毒防治以及網路相關設備之管理支援與服務效能，爰成立資訊管理中心網站之建置工作，以適時提供資訊管理等相關訊息，提昇相關問題處理效率及提供管理決策支援參考。</abstract><author>凌?電腦公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990382</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904791</governmentpublicationsnumber><identifier>69887</identifier><internationalstandardbooknumber>9789860263497 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69887</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨各所屬機關資訊管理中心網站建置計畫 The Project of Integrated Application on Information Management Center Web-site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應本署暨各所屬機關日漸龐大之資訊設備與流量，同時確保重要系統異地備份備援機制正常運作、提昇本署系統弱點掃描、漏洞修補、病毒防治以及網路相關設備之管理支援與服務效能，爰成立資訊管理中心網站之建置工作，以適時提供資訊管理等相關訊息，提昇相關問題處理效率及提供管理決策支援參考。</abstract><author>凌?電腦公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990382</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904791</governmentpublicationsnumber><identifier>69888</identifier><internationalstandardbooknumber>9789860263497 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69888</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨各所屬機關資訊管理中心網站建置計畫(光碟版) The Project of Integrated Application on Information Management Center Web-site of Water Resources Agency, Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>中央大學</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990263</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904970</governmentpublicationsnumber><identifier>69891</identifier><internationalstandardbooknumber>9789860268072 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69891</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>永續水利工程之研究(1/2) A Sudy of Sustainable Engineering and Construction of Hydraulic Facilities (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>中央大學</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990263</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/1</date><governmentpublicationsnumber>1009904970</governmentpublicationsnumber><identifier>69892</identifier><internationalstandardbooknumber>9789860268072 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69892</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>永續水利工程之研究(1/2)－光碟版  A Sudy of Sustainable Engineering and Construction of Hydraulic Facilities (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究乃是以曾文溪的山上堤防、寮?堤防、善化堤防，及青草崙堤防為研究對象，嘗試建立推估混凝土堤防坡面工後方堤體內部淘空程度的計算模式。並藉此模式所用參數以建立河堤淘空檢查表，以供河堤巡察員使用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990313</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009903922</governmentpublicationsnumber><identifier>69893</identifier><internationalstandardbooknumber>9789860255652 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69893</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河堤滔空檢測方法之研究(1/2)－內附光碟 Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究乃是以曾文溪的山上堤防、寮?堤防、善化堤防，及青草崙堤防為研究對象，嘗試建立推估混凝土堤防坡面工後方堤體內部淘空程度的計算模式。並藉此模式所用參數以建立河堤淘空檢查表，以供河堤巡察員使用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990313</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009903922</governmentpublicationsnumber><identifier>69894</identifier><internationalstandardbooknumber>9789860255652 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69894</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河堤滔空檢測方法之研究(1/2)--光碟版=Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究乃是以曾文溪的山上堤防、寮?堤防、善化堤防，及青草崙堤防為研究對象，嘗試建立推估混凝土堤防坡面工後方堤體內部淘空程度的計算模式。並藉此模式所用參數以建立河堤淘空檢查表，以供河堤巡察員使用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990313</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009903922</governmentpublicationsnumber><identifier>69895</identifier><internationalstandardbooknumber>9789860255652 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69895</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河堤滔空檢測方法之研究(1/2)成果資料--光碟版=Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>69897</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69897</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2) The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>69898</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69898</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)--光碟版=The Application of Porous Concrete on River Engineering (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>69899</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69899</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告=The Application of Porous Concrete on River Engineering</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>69900</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69900</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究 總報告－光碟版 The Application of Porous Concrete on River Engineering</title><yearidentifier>201012</yearidentifier></data><data><abstract>e河川計畫將配合優質網路政府計畫方向，把河川相關資訊透過e政府服務平台，利用Web Services程式產生器，進行跨機關、跨業務之垂直與水平整合（Integrated），並將河川資料加值應用，建立河川資料倉儲機制，以提供相關機關決策分析支援系統及國土資訊系統整體計畫所需之資訊；以即時（Instant）之方式取得及提供各河川即時資訊，建立一站式服務網站；建立各項河川主題網，達到應用e化資通訊科技技術，提供民眾與網站互動式(Interactive)服務：包括規劃「民眾E管家」通報、iGoogle整合、線上客服系統等互動機制，發展多元管道，並對民眾有興趣的河川主題相關訊息，透過整合政府機關河川資訊，提供個人化（Individualized）服務，可自行經營My e River主題網，並建立河川專家及達人創新(Innovation)服務，民眾透過網站及其他多元管道皆可提出問題及想法，讓專家、達人或其他民眾都能給予回應，擘建未來行動化（M化）、隨手可得（U化）之河川資訊環境。 本計畫係以河川為主軸之入口網，並建立各河川之主題網，與既有各機關之全球資訊網以介紹機關業務之主軸不同。以水利署全球資訊網為例，其網站介紹機關組織、業務內容等，其中包括河川，但內容較為零散，且無法包括非該署之河川上游之林務業務、水土保持業務，河川中下游之河川水質業務，本計畫以河川為主題，因此必需整合各機關之既有系統之相關資訊。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990052</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904640</governmentpublicationsnumber><identifier>69903</identifier><internationalstandardbooknumber>9789860262117 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69903</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>e河川主題網站擴充與維運計畫 Project Extension and Maintenance Project for e-River Website</title><yearidentifier>201012</yearidentifier></data><data><abstract>e河川計畫將配合優質網路政府計畫方向，把河川相關資訊透過e政府服務平台，利用Web Services程式產生器，進行跨機關、跨業務之垂直與水平整合（Integrated），並將河川資料加值應用，建立河川資料倉儲機制，以提供相關機關決策分析支援系統及國土資訊系統整體計畫所需之資訊；以即時（Instant）之方式取得及提供各河川即時資訊，建立一站式服務網站；建立各項河川主題網，達到應用e化資通訊科技技術，提供民眾與網站互動式(Interactive)服務：包括規劃「民眾E管家」通報、iGoogle整合、線上客服系統等互動機制，發展多元管道，並對民眾有興趣的河川主題相關訊息，透過整合政府機關河川資訊，提供個人化（Individualized）服務，可自行經營My e River主題網，並建立河川專家及達人創新(Innovation)服務，民眾透過網站及其他多元管道皆可提出問題及想法，讓專家、達人或其他民眾都能給予回應，擘建未來行動化（M化）、隨手可得（U化）之河川資訊環境。 本計畫係以河川為主軸之入口網，並建立各河川之主題網，與既有各機關之全球資訊網以介紹機關業務之主軸不同。以水利署全球資訊網為例，其網站介紹機關組織、業務內容等，其中包括河川，但內容較為零散，且無法包括非該署之河川上游之林務業務、水土保持業務，河川中下游之河川水質業務，本計畫以河川為主題，因此必需整合各機關之既有系統之相關資訊。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990052</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904640</governmentpublicationsnumber><identifier>69904</identifier><internationalstandardbooknumber>9789860262117 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69904</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>e河川主題網站擴充與維運計畫 (光碟版) Project Extension and Maintenance Project for e-River Website</title><yearidentifier>201012</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990147</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904726</governmentpublicationsnumber><identifier>69905</identifier><internationalstandardbooknumber>9789860265057 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69905</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究2/3) Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990147</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904726</governmentpublicationsnumber><identifier>69906</identifier><internationalstandardbooknumber>9789860265057 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69906</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究2/3)－光碟版 Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區受到全球暖化影響，造成氣候變遷及極端雨量之出現，尤其近年來颱風所挾帶之超大豪雨造成大面積新生崩塌地，更衍生土砂災害等後續問題。由於崩塌等土砂災害與水庫集水區植被類型關係密切，其對環境保育、水源涵養影響需予以關切，近年來水庫集水區眾多植被類型中，竹林面積廣大，對環境保育、水源涵養是否產生負面影響亦受關注，石門水庫集水區即為最明顯之案例，實有必要對其進行深入研究，以提供相關保育對策參考。有鑑於此，本計畫除針對竹林之環境保育問題進行整體之彙整分析外，亦針對台灣北、中、南區水庫集水區選取典型之竹林區域進行環境功能性調查評估、土砂災害問題分析、土壤與植生結構調查，最後提出保育對策，以供水庫集水區保育管理措施之參考。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990021</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904714</governmentpublicationsnumber><identifier>69907</identifier><internationalstandardbooknumber>9789860264319 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69907</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區竹林棲地環境調查暨保育對策之研究(1/2) Study on the environment and habitat in vestigation of bamboo forests and their conservation strategy in reservoir watershed (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區受到全球暖化影響，造成氣候變遷及極端雨量之出現，尤其近年來颱風所挾帶之超大豪雨造成大面積新生崩塌地，更衍生土砂災害等後續問題。由於崩塌等土砂災害與水庫集水區植被類型關係密切，其對環境保育、水源涵養影響需予以關切，近年來水庫集水區眾多植被類型中，竹林面積廣大，對環境保育、水源涵養是否產生負面影響亦受關注，石門水庫集水區即為最明顯之案例，實有必要對其進行深入研究，以提供相關保育對策參考。有鑑於此，本計畫除針對竹林之環境保育問題進行整體之彙整分析外，亦針對台灣北、中、南區水庫集水區選取典型之竹林區域進行環境功能性調查評估、土砂災害問題分析、土壤與植生結構調查，最後提出保育對策，以供水庫集水區保育管理措施之參考。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990021</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904714</governmentpublicationsnumber><identifier>69908</identifier><internationalstandardbooknumber>9789860264319 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69908</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區竹林棲地環境調查暨保育對策之研究(1/2)－光碟版 Study on the environment and habitat in vestigation of bamboo forests and their conservation strategy in reservoir watershed (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應氣候變遷，本署擬針對雨量、水位流量、河川含砂量、蒸發散量、地下水位、潮位、波浪等水文資料之監測方法、監測站分布位置及資料頻率分析方法進行研究與評析。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990326</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904603</governmentpublicationsnumber><identifier>69909</identifier><internationalstandardbooknumber>9789860263459 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69909</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷水文監測能量評析=Hydrological monitoring and assessment in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應氣候變遷，本署擬針對雨量、水位流量、河川含砂量、蒸發散量、地下水位、潮位、波浪等水文資料之監測方法、監測站分布位置及資料頻率分析方法進行研究與評析。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990326</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/2</date><governmentpublicationsnumber>1009904603</governmentpublicationsnumber><identifier>69910</identifier><internationalstandardbooknumber>9789860263459 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69910</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷水文監測能量評析(光碟版)=Hydrological monitoring and assessment in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實地下水觀測網營運管理實施計畫（98年-103年）執行，需辦理各地下水區(蘭陽平原、台北盆地、桃園中壢台地、新苗地區、台中地區、濁水溪沖積扇、嘉南平原、屏東平原、花東縱谷及澎湖地區)觀測井密度評估檢討；以為補充建置之參考，故辦理此計畫。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990062</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904480</governmentpublicationsnumber><identifier>69911</identifier><internationalstandardbooknumber>9789860258271 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69911</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測站網檢討及規劃=Review and Planning for Groundwater Monitoring Networks</title><yearidentifier>201012</yearidentifier></data><data><abstract>在全球總水量中，人類可取用的淡水資源不到1%，而淡水資源中又以地下水的貯存總量居冠。由於地表可用的水源有限，且為了滿足日益增加的農業、工業及民生用水的需求量，除了利用水庫調節之外，地下水就成為用水的重要來源之一。因此地下水水質優劣將會影響其使用用途，並可能影響人體健康。執行地下水水質持續監測，可提供水資源利用調配與環境衛生安全參考，並追蹤地下水污染源。依據水利署資料庫統計至民國99年之井口數資料顯示，全台灣現存共計727口自記式地下水觀測井，其中包括&amp; #63775;陽平原有41口、台&amp; #63843;盆地有30口、桃園中壢台地有29口、新苗地區有48口、台中地區有34口、濁水溪沖積扇有210口、嘉南平原有163口、屏東平原有142口、花東縱谷有23口及澎湖地區有7口。藉由這些觀測井所提供之長期水位監測資料，可提供相關單位對於地下水資源永續利用之規劃參考。由過去地下水水質採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補注區等；三為雲林、嘉南平原、蘭陽平原地下水中砷含量偏高，過去也在這些區域發生烏腳病及引發癌症；四為地下水鐵、錳、氨氮、總有機碳偏高，如台灣西南平原地區(雲林至屏東)。綜合以上分析，本計畫99年度將持續針對全台9大地下水分區之自記式觀測井，扣除98年度已篩選之觀測井進行其餘約380口地下水觀測井之水質檢測分析與評估，以持續監測並提出因應對策與建議。檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電&amp; #64001;、pH 及甲烷氣等6項，實驗室水質檢驗鹼&amp; #64001;(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、&amp; #63950;酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳(TOC)、&amp; #63950;化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並進行各觀測井滯&amp; #63949;水基本水質分析；辦理濁水溪沖積扇扇頂新光、六合、溫厝等18站20口觀測井，每半年辦理1次補注區硝酸鹽氮濃度檢測與監測，本年(99)度預計執行採樣2次，共計40口。本計畫期望藉由各項水質項目之分析與評估，提供了解沿海地區地下水鹽化影響程度及分布情形、地下水補注區硝酸鹽氮污染因應對策與建議及雲彰濁水溪扇頂地下水補注區硝酸鹽氮污染情形分布趨勢分析與加強監測。此外， 本團隊也將進行滯留水質監測，並利用相關指標Langelier Saturation Index (LSI)、Ryznar Stability Index (RSI)以及Aggressive Index (AI)之變化情形，評估滯留水質之腐蝕趨勢及對井體結構之影響，並提供具體建議，以作為未來井體維護保養之參考。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990213</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904704</governmentpublicationsnumber><identifier>69912</identifier><internationalstandardbooknumber>9789860264890 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69912</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水水質檢測分析與評估 Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>彰化雲林地區因地面水源有限，又未有大型水庫調整季節豐枯，長期農業、工業及生活等用水均以地下水供應，致地下水位下降，及引發地層下陷現象，造成區域海堤及排水設施功能降低、土壤鹽化、淹水等情況，除影響當地居民生活環境品質及生命財產外，更嚴重影響國家水土資源之永續利用。 為防治地層持續下陷，本署以「防」止地層持續下陷與「治」理已嚴重地層下陷區環境二方向併行。防止地層持續下陷工作為：開發替代水源、補注地下水、產業調整、落實水井管理等以減少地下水抽取量，達減緩地層持續下陷趨勢；於至治理已嚴重地層下陷區之環境，目前則以「易淹水地區水患治理計畫」及「加速辦理地層下陷區排水環境改善示範計畫」辦理，以改善嚴重地層下陷區生活環境品質，降低生命財產損失。 而彰化雲林地區位屬濁水溪沖積扇地下水區，為紓緩其地層下陷情勢，除應積極開發替代水源、減少地下水抽用量外，並可以補注地下水方式，增加地下含水層涵養能力，保育地下水資源，以改善地層持續下陷問題。</abstract><author>雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980283</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009902313</governmentpublicationsnumber><identifier>69913</identifier><internationalstandardbooknumber>9789860240153 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69913</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>彰化雲林地區地下水補注推動計畫 The Project of Groundeater Recharge For Changhua and Yunlin Regions</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫之委託目的，係以整體規劃方式，有系統的以分年分區方式進行地下水觀測井之井體清洗維護保養，並以井體攝影之手段，檢核該井體清洗、維護保養之成效；除整合前數年本署已委託辦理觀測井之井體井況資料外，並藉本計畫之執行，以井體攝影分析、滯留水水質檢測分析與長時距地下水位分析等技術，分區提出標的之觀測井即時水位可靠性分析，另依分級制度之精神，研擬觀測井清洗及維護保養之頻率、方式與具體做法，以維持觀測井正常功能增加其使用期限，更可確保地下水觀測井水位資料可靠性，以提供國土保育復育相關措施或工程、防災因應及管理措施執行之重要參據。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990216</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904534</governmentpublicationsnumber><identifier>69914</identifier><internationalstandardbooknumber>9789860262261 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69914</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水觀測網井體清洗及維護保養成果報告 Well Development and Maintenance of Groundwater Monitoring Wells in 2010</title><yearidentifier>201011</yearidentifier></data><data><abstract>台灣位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風的侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪可能越過海堤堤頂而導致海水倒灌及沿海區域之溢淹。本計畫為推動東部海岸海岸溢淹潛勢圖資製作之研究，計畫期程為一年，計畫目的為以台灣東部宜蘭、花蓮、台東海岸可能發生海岸溢淹之保全海岸區域為工作範圍，進行海岸溢淹潛勢研究，建立台灣東部保全海岸區域溢淹潛勢圖資，以提供協助海岸防災救災決策之參考。為達到上述目標，本計畫包含「東部海岸溢淹保全區域評估」、「歷史資料分析」、「地理資訊資料庫建立」、「近岸波揚、波浪溯升與越波情境模擬及分析」、「海岸溢淹模式建立、校驗與模擬」、「建立保全海岸區域之海岸溢淹潛勢圖資」等六項工作項目。計畫首先從東部海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點；再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌情況下之越波量，作為海岸溢淹模擬之輸入資料；建立海岸溢淹模式，並選擇引發保全海岸區海岸溢淹災害之颱風事件，進行模式校驗；最後進行不同重現期颱風波浪強度之海岸溢淹模擬，據此建立東部海岸溢淹潛勢圖資，並提出海岸溢淹保全計畫建議。計畫成果將可作為後續海岸溢淹災害評估與決策之參考，有助於水利署推動海岸溢淹防災業務。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990228</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904202</governmentpublicationsnumber><identifier>69917</identifier><internationalstandardbooknumber>9789860258684 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69917</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>東部海岸海岸溢淹潛勢圖資製作之研究=Research on Producing the Potential Maps of Coastal Floods at Eastern Coastal Area in Taiwan</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前共建置156處水位站，其中有83處水位站訂定警戒水位並公告在案，未訂定警戒水位者共計73站。惟莫拉克颱風後，各界對於警戒水位之應用有更高之期望，因此，實有必要對已訂定警戒水位之水位站重新進行警戒水位檢討，並對未訂定警戒水位之水位站評估是否須新增訂定警戒水位。本署預定於99年度於中央管河川及區域排水增設約48處水位站，亦須配合新訂警戒水位。另本署於98年度完成第五河川局之中央管區域排水警戒雨量訂定，包括北港溪支流三疊溪之興安排水、朴子溪之嘉義、麻魚寮排水與八掌溪之後庄與湖子內排水，今（99）年度應於汛期間進行颱洪事件之檢驗，經檢討評估後方能實際應用公告實施。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990132</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904605</governmentpublicationsnumber><identifier>69918</identifier><internationalstandardbooknumber>9789860263466 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69918</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川警戒水位與區域排水警戒雨量之檢討與應用(光碟版)=Review and Application of River Warning Stages and Drainage Warning Rainfall</title><yearidentifier>201012</yearidentifier></data><data><abstract>為即時掌握河川流量水情，本署自94年起辦理自動化水位流量觀測示範站相關研究計畫，陸續採表面流速法及坡度面積法設置流量觀測示範站，本年度除持續分析該觀測資料且維護測站功能正常外，並配合現地全洪程觀測實測資料，評估檢討各測站之適宜性。另為改善全洪程觀測效率，降低觀測人員值勤風險，透過非接觸式表面流速儀適用性探討，更新全洪程觀測作業流程及手冊，做為本署後續設置應用之參據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990166</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904442</governmentpublicationsnumber><identifier>69919</identifier><internationalstandardbooknumber>9789860259469 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69919</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自動化流量站觀測資料分析檢討暨全洪程觀測方式更新研究(1/2)=Evaluation of Automated Streamflow Gauging Stations Data Analysis and Research on Technique of Measuring Flood Hydrograph (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為即時掌握河川流量水情，本署自94年起辦理自動化水位流量觀測示範站相關研究計畫，陸續採表面流速法及坡度面積法設置流量觀測示範站，本年度除持續分析該觀測資料且維護測站功能正常外，並配合現地全洪程觀測實測資料，評估檢討各測站之適宜性。 另為改善全洪程觀測效率，降低觀測人員值勤風險，透過非接觸式表面流速儀適用性探討，更新全洪程觀測作業流程及手冊，做為本署後續設置應用之參據。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990166</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904442</governmentpublicationsnumber><identifier>69920</identifier><internationalstandardbooknumber>9789860259469 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69920</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自動化流量站觀測資料分析檢討暨全洪程觀測方式更新研究(1/2)－光碟版 Evaluation of Automated Streamflow Gauging Stations Data Analysis and Research on Technique of Measuring Flood Hydrograph (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實地下水觀測網營運管理實施計畫（98年-103年）執行，需辦理各地下水區(蘭陽平原、台北盆地、桃園中壢台地、新苗地區、台中地區、濁水溪沖積扇、嘉南平原、屏東平原、花東縱谷及澎湖地區)觀測井密度評估檢討；以為補充建置之參考，故辦理此計畫。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990062</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904480</governmentpublicationsnumber><identifier>69925</identifier><internationalstandardbooknumber>9789860258271 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69925</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測站網檢討及規劃(光碟版) Review and Planning for Groundwater Monitoring Networks</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫之委託目的，係以整體規劃方式，有系統的以分年分區方式進行地下水觀測井之井體清洗維護保養，並以井體攝影之手段，檢核該井體清洗、維護保養之成效；除整合前數年本署已委託辦理觀測井之井體井況資料外，並藉本計畫之執行，以井體攝影分析、滯留水水質檢測分析與長時距地下水位分析等技術，分區提出標的之觀測井即時水位可靠性分析，另依分級制度之精神，研擬觀測井清洗及維護保養之頻率、方式與具體做法，以維持觀測井正常功能增加其使用期限，更可確保地下水觀測井水位資料可靠性，以提供國土保育復育相關措施或工程、防災因應及管理措施執行之重要參據。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990216</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/3</date><governmentpublicationsnumber>1009904534</governmentpublicationsnumber><identifier>69931</identifier><internationalstandardbooknumber>9789860262261 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69931</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水觀測網井體清洗及維護保養成果報告(光碟版) Well Development and Maintenance of Groundwater Monitoring Wells in 2010</title><yearidentifier>201011</yearidentifier></data><data><abstract>在全球總水量中，人類可取用的淡水資源不到1%，而淡水資源中又以地下水的貯存總量居冠。由於地表可用的水源有限，且為了滿足日益增加的農業、工業及民生用水的需求量，除了利用水庫調節之外，地下水就成為用水的重要來源之一。因此地下水水質優劣將會影響其使用用途，並可能影響人體健康。執行地下水水質持續監測，可提供水資源利用調配與環境衛生安全參考，並追蹤地下水污染源。依據水利署資料庫統計至民國99年之井口數資料顯示，全台灣現存共計727口自記式地下水觀測井，其中包括&amp; #63775;陽平原有41口、台&amp; #63843;盆地有30口、桃園中壢台地有29口、新苗地區有48口、台中地區有34口、濁水溪沖積扇有210口、嘉南平原有163口、屏東平原有142口、花東縱谷有23口及澎湖地區有7口。藉由這些觀測井所提供之長期水位監測資料，可提供相關單位對於地下水資源永續利用之規劃參考。由過去地下水水質採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補注區等；三為雲林、嘉南平原、蘭陽平原地下水中砷含量偏高，過去也在這些區域發生烏腳病及引發癌症；四為地下水鐵、錳、氨氮、總有機碳偏高，如台灣西南平原地區(雲林至屏東)。綜合以上分析，本計畫99年度將持續針對全台9大地下水分區之自記式觀測井，扣除98年度已篩選之觀測井進行其餘約380口地下水觀測井之水質檢測分析與評估，以持續監測並提出因應對策與建議。檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電&amp; #64001;、pH 及甲烷氣等6項，實驗室水質檢驗鹼&amp; #64001;(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、&amp; #63950;酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳(TOC)、&amp; #63950;化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並進行各觀測井滯&amp; #63949;水基本水質分析；辦理濁水溪沖積扇扇頂新光、六合、溫厝等18站20口觀測井，每半年辦理1次補注區硝酸鹽氮濃度檢測與監測，本年(99)度預計執行採樣2次，共計40口。本計畫期望藉由各項水質項目之分析與評估，提供了解沿海地區地下水鹽化影響程度及分布情形、地下水補注區硝酸鹽氮污染因應對策與建議及雲彰濁水溪扇頂地下水補注區硝酸鹽氮污染情形分布趨勢分析與加強監測。此外， 本團隊也將進行滯留水質監測，並利用相關指標Langelier Saturation Index (LSI)、Ryznar Stability Index (RSI)以及Aggressive Index (AI)之變化情形，評估滯留水質之腐蝕趨勢及對井體結構之影響，並提供具體建議，以作為未來井體維護保養之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990213</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/4</date><governmentpublicationsnumber>1009904704</governmentpublicationsnumber><identifier>69951</identifier><internationalstandardbooknumber>9789860264890 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69951</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水水質檢測分析與評估(光碟版) Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>彰化雲林地區因地面水源有限，又未有大型水庫調整季節豐枯，長期農業、工業及生活等用水均以地下水供應，致地下水位下降，及引發地層下陷現象，造成區域海堤及排水設施功能降低、土壤鹽化、淹水等情況，除影響當地居民生活環境品質及生命財產外，更嚴重影響國家水土資源之永續利用。 為防治地層持續下陷，本署以「防」止地層持續下陷與「治」理已嚴重地層下陷區環境二方向併行。防止地層持續下陷工作為：開發替代水源、補注地下水、產業調整、落實水井管理等以減少地下水抽取量，達減緩地層持續下陷趨勢；於至治理已嚴重地層下陷區之環境，目前則以「易淹水地區水患治理計畫」及「加速辦理地層下陷區排水環境改善示範計畫」辦理，以改善嚴重地層下陷區生活環境品質，降低生命財產損失。 而彰化雲林地區位屬濁水溪沖積扇地下水區，為紓緩其地層下陷情勢，除應積極開發替代水源、減少地下水抽用量外，並可以補注地下水方式，增加地下含水層涵養能力，保育地下水資源，以改善地層持續下陷問題。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980283</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/4</date><governmentpublicationsnumber>1009902313</governmentpublicationsnumber><identifier>69952</identifier><internationalstandardbooknumber>9789860240153 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69952</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>彰化雲林地區地下水補注推動計畫(光碟版) The Project of Groundeater Recharge For Changhua and Yunlin Regions</title><yearidentifier>201006</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990029</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/4</date><governmentpublicationsnumber>1009904592</governmentpublicationsnumber><identifier>69953</identifier><internationalstandardbooknumber>9789860262858 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69953</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇(1/2) －光碟版 Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據民國98年行政院核定之地下水保育管理計劃，今年度繼續在宜蘭、台北、桃園、高雄與屏東等地區以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)進行地層下陷之嚴密監測，並同時針對新興異常與嚴重沉陷區進行下陷機制之分析與探討，而上述相關監測數據、調查資料與分析成果，未來將作為政府水資源規劃與防範地層下陷之重要參考依據。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990221</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/4</date><governmentpublicationsnumber>1009904665</governmentpublicationsnumber><identifier>69954</identifier><internationalstandardbooknumber>9789860263114 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69954</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度宜蘭、臺北、桃園、高雄及屏東地區地層下陷之監測、調查及分析(光碟版) Analyzing,Monitoring and Investigating Land Subsidence in ILan,Taipei ,Taoyuan,Kaohsiung,and Pingtung Area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣部分地區為加速產業發展,在地面水源供應量不足下,轉而長期仰賴抽取地下水,並造成地層下陷災害.為減少地層下陷災害對環境與國土之破壞,政府自民國84年至民國97年即陸續推動第一期與第二期地層下陷防治執行方案,而本計畫主要為延續第二期地層下陷防治執行方案之工作成果來實施.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990097</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/4</date><governmentpublicationsnumber>1009904662</governmentpublicationsnumber><identifier>69958</identifier><internationalstandardbooknumber>9789860263121 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69958</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度彰化、雲林、嘉義、臺南地區地層下陷之監測、調查及分析 (光碟版) Analyzing,Monitoring and Investigating Land Subsidence in Changhwa,Yunlin,Chiayi,and Tainan area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立中央大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990263</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904970</governmentpublicationsnumber><identifier>69967</identifier><internationalstandardbooknumber>9789860268072 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69967</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>永續水利工程之研究(1/2)=A Study of Sustainable Engineering and Construction of Hydraulic Facilities (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990029</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904592</governmentpublicationsnumber><identifier>69968</identifier><internationalstandardbooknumber>9789860262858 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69968</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水補注機制水力特性調查分析濁水溪沖積扇(1/2)正式報告書=Investigation of hydraulic characteristics for groundwater recharge mechanism-A case study on alluvial fan of Cho-Shui River (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904229</governmentpublicationsnumber><identifier>69969</identifier><internationalstandardbooknumber>9789860258417 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69969</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究總報告〈內含光碟片〉  Study on the Quality Control of  Water Content and Degree of Compaction of Compacted Soil</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904605</governmentpublicationsnumber><identifier>69970</identifier><internationalstandardbooknumber>9789860263466 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69970</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>99</publishrocyear><title>河川警戒水位與區域排水警戒雨量之檢討與應用</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫廣泛蒐集國內外永續水庫評估指標，並?整國內外相關評估經濟發展及社會公平性指標相關資訊，以兼顧環境保護、經濟發展及社會正義等三面向之永續水庫評估指標，透過分析既有水庫反新建水庫開發決策相關資料，選定具代表性之永續水庫評估指標架構及其評量方法，並藉由評估標案例操作，探討應用之可行性。可提供決策者於評估既有水庫更新/改善或新建水庫規劃時永續性評估之參考依據。</abstract><author>國立台灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990142</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904181</governmentpublicationsnumber><identifier>69971</identifier><internationalstandardbooknumber>9789860257670 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69971</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫規劃研究(4)－永續水庫開發之規劃決策架構研究－光碟版 Assessment Framework of Sustainable Reservoir Planning</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904665</governmentpublicationsnumber><identifier>69972</identifier><internationalstandardbooknumber>9789860263114 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69972</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>99年度宜蘭、臺北、桃園、高雄及屏東地區地層下陷之監測、調查及分析  Analyzing，Monitoring and Investigating Land Subsidence in ILan，Taipei，Taoyuan，Kaohsiung，and Pingtung Area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>雲林科技大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009902313</governmentpublicationsnumber><identifier>69973</identifier><internationalstandardbooknumber>9789860240153 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69973</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>彰化雲林地區地下水補注推動計畫   The Project of Groundwater Recharge For Changhua and Yunlin Regions</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫承續前期工作成果，在台中市褔田廠執行模廠連續運轉外，並增設不同程序處理單元，進行長期操作與驗證，同時進行生物毒試驗(魚類)，並將模廠處理後之再生水運送至相關單位供其試用，同步亦配合機關學校辦理教育宣導活動，以作為未來推動再生利用之參考依據。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990025</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009903934</governmentpublicationsnumber><identifier>69974</identifier><internationalstandardbooknumber>9789860255270 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69974</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(2/3) －光碟版 Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904480</governmentpublicationsnumber><identifier>69975</identifier><internationalstandardbooknumber>9789860258271 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69975</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地下水觀測站網檢討及規劃   Review  and  Planning  for  Groundwater  Monitoring Networks</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>聚泰科技工程公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904534</governmentpublicationsnumber><identifier>69977</identifier><internationalstandardbooknumber>9789860262261 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69977</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>99年度地下水觀測網井體清洗及維護保養成果報告   Well  Development  and  Maintenance of  Groundwater  Monitoring  in 2010</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904662</governmentpublicationsnumber><identifier>69978</identifier><internationalstandardbooknumber>9789860263121 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69978</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>99年度彰化、雲林、嘉義與臺南地區地層下陷之監測、調查及分析  Analyzing，Monitoring and Investigating Land Subsidence in Changhwa，Yunlin，Chiayi  and Tainan  area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990213</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/7</date><governmentpublicationsnumber>1009904704</governmentpublicationsnumber><identifier>69979</identifier><internationalstandardbooknumber>9789860264890 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69979</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>99年度地下水質檢測分析與評估=Survey, Analysis and Assessment of Groundwater Quality of Taiwan in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應全球氣候及大環境之變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之綜合需求，並且落實生物多樣性，遵循自然法則，以確保河川環境之永續發展。且經地方多次反應，濁水溪北岸溪州鄉河段之堤防及高灘地需結合該河段之環境特性，並呼應地方需求，使該區段能在確保河防安全原則下，亦能改善河川環境、創造優質的河岸空間，以達到「人文」、「景觀」、「生態」及「遊憩」機能之願景，並兼具河防安全爰提出本計畫。計畫目標如下： （一）在防洪安全無虞前提下，以地方之人文與產業特色為規劃主軸，打造濁水溪北岸溪州鄉河段一處兼顧環境景觀與遊憩機能之公共休憩空間。 （二）配合河川特性並兼具其生態功能，利用高灘地的閒置空間來營造生物棲地，提供水生動植物一個復育空間，並創造濁水溪一段可供民眾親近與生態教育之河川環境。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990401</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/8</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>69980</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69980</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸(溪州鄉河段)水岸整建及景觀規劃設計(光碟版) The plan of environmental construction in north side of Jhuoshuei river(the section of Hsichou township</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應全球氣候及大環境之變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之綜合需求，並且落實生物多樣性，遵循自然法則，以確保河川環境之永續發展。且經地方多次反應，濁水溪北岸溪州鄉河段之堤防及高灘地需結合該河段之環境特性，並呼應地方需求，使該區段能在確保河防安全原則下，亦能改善河川環境、創造優質的河岸空間，以達到「人文」、「景觀」、「生態」及「遊憩」機能之願景，並兼具河防安全爰提出本計畫。計畫目標如下：（一）在防洪安全無虞前提下，以地方之人文與產業特色為規劃主軸，打造濁水溪北岸溪州鄉河段一處兼顧環境景觀與遊憩機能之公共休憩空間。（二）配合河川特性並兼具其生態功能，利用高灘地的閒置空間來營造生物棲地，提供水生動植物一個復育空間，並創造濁水溪一段可供民眾親近與生態教育之河川環境。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/8</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>69981</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69981</librarycollectiondetailsurl><price>1000</price><publisher>水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸(溪州鄉河段)水岸整建及景觀規劃設計3D動畫成果(光碟版) The plan of environmental construction in north side of Jhuoshuei river(the section of Hsichou township</title><yearidentifier>201012</yearidentifier></data><data><abstract>烏溪為中部地區主要河川之一，其河川逕流豐沛，惟目前水源利用狀況低，尤於豐水期，大量逕流未加利用即流失殊為可惜，故於烏溪橋上游5公里處規劃一攔河堰，並利用烏溪南岸土地規劃一離槽人工湖，具有供水穩定 、用地取得單純、工程技術可行及開發環境影響衝擊小等優點，本計畫延續前期規劃進行工程可行性規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990187</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009904268</governmentpublicationsnumber><identifier>69982</identifier><internationalstandardbooknumber>9789860258974 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69982</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－工程可行性規劃總報告－內附光碟 Feasibility Planning for Wu River Niaozueitan Artificial Lake(2/2)--Planning for Engineering Feasibility General Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>烏溪為中部地區主要河川之一，其河川逕流豐沛，惟目前水源利用狀況低，尤於豐水期，大量逕流未加利用即流失殊為可惜，故於烏溪橋上游5公里處規劃一攔河堰，並利用烏溪南岸土地規劃一離槽人工湖，具有供水穩定 、用地取得單純、工程技術可行及開發環境影響衝擊小等優點，本計畫延續前期規劃進行工程可行性規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990187</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009904268</governmentpublicationsnumber><identifier>69983</identifier><internationalstandardbooknumber>9789860258974 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69983</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－工程可行性規劃總報告－光碟版 Feasibility Planning for Wu River Niaozueitan Artificial Lake(2/2)--Planning for Engineering Feasibility General Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利科技發展事關國計民生、自然資源保育及生態環境之維護，國內外均有長久的水利科技演進歷史，近代發展尤其進步快速。我國水利科技發展雖頗具成效，惟為與國際接軌，促進國際水利科技交流及進一步提升水利科技水準，應有一致之譯名。本計畫之目的為透過水利相關領域專家學者彙整新近水利科技名詞，研訂中文與英文對照以促進國際交流並提升水利科技水準。</abstract><author>中國土木水利工程學會</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970310</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009703964</governmentpublicationsnumber><identifier>69984</identifier><internationalstandardbooknumber>9789860169249 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69984</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利科技名詞中英對照彙編手冊(初版)Terminology of Hydraulic Technology in English Corresponding to that in Chinese</title><yearidentifier>200812</yearidentifier></data><data><abstract>一、完成水質水量保護區土地受限補償金制度修正建議，將作為修正自來水法之參考。 二、完成水質水量保護區獎勵保育制度之建立。</abstract><author>國立台北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009904697</governmentpublicationsnumber><identifier>69985</identifier><internationalstandardbooknumber>9789860264661 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69985</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>自來水水質水量保護區土地受限補償及獎勵制度之研究(2/2)=Study on compensation of limited landsin water quality and quantity protection area and designing an incentive program for water resources protection(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>地理資訊系統(Geographic Information System, GIS)，是由「地理」、「資訊」、「系統」三者結合而成。凡是與相對位置或空間分布有關的知識都是屬於地理的範疇；將空間資料經數位化處理後，結合屬性資料，儲存於資料庫中就是資訊；所謂的系統則是將電腦硬體、操作軟體、空間及屬性資料與使用人員連結在一起。地理資訊系統藉由對於空間及屬性資料的分析、處理與展示，可作為決策及管理支援的重要依據。 近??隨著網際網路的蓬勃發展，網際網路地理資訊系統的發展已相當成熟，因此許多原本透過單機版地理資訊系統進行業務處理的相關單位，也相繼將原系統的單機作業模式移轉到網際網路地理資訊系統上來處理。經濟部水利署北區水資源局於民國99年委外設置「本局經管土地網際網路GIS管理及查詢系統建置及圖資更新」案，本系統主要結合地籍圖與屬性資料，以及經管土地資料，配合各項地理圖資，利用網際網路圖資共享、資料同步更新的特性，以提升各業務單位辦理專案與規劃之效益，並且避免單機版上人數使用之限制。 本次執行成果包含：完成1/2500正射影像拍攝，共184幅；購置159段地籍屬性資料，取得99年台北縣、桃園縣、宜蘭縣、新竹縣、新竹市地籍圖，掃描土地原始清冊文件約10000張，並將上述成果導入系統中。系統功能主要包含系統管理、局管土地查詢管理、圖資查詢、租用土地查詢管理、以及被占用土地查詢管理。此外，建置離線版經管土地GIS查詢系統，供攜帶外出使用，並擴充原本單機版系統功能。</abstract><author>詮華國土測繪公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009904825</governmentpublicationsnumber><identifier>69986</identifier><internationalstandardbooknumber>9789860265569 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69986</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>北水局經管土地網際網路GIS管理及查詢系統建置及圖資更新成果報告書 The Web-based Land Management and Query GIS System of The Northern Region Water Resources Office ,Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009904825</governmentpublicationsnumber><identifier>69987</identifier><internationalstandardbooknumber>9789860265569 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69987</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署北區水資源局經管土地網際網路GIS管理及查詢系統建置及圖資更新〈光碟版〉      The Web-based Land Management and Query GIS System of The Northern Region Water Resources Office ,Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>69988</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69988</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>69989</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69989</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編〈光碟版〉   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract>本紀實蒐集2009年間世界各地發生之重大颱風豪雨事件以及乾旱事件，詳述其天氣系統之演變、當地防救災單位之應變措施及致災原因研判。其能透過瞭解各國水旱災災害之致災原因及防救災單位之應變作為與流程，進而提升國內防救災人員之應變能力，並可進一步學習較佳的防救災措施，提升整體防救災能量。</abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>69991</identifier><internationalstandardbooknumber>9789860228137 ; 9789860228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69991</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>2009年國外水旱災事件紀實</title><yearidentifier>201003</yearidentifier></data><data><abstract>由於流域影響河川之型態，而台灣河川之流域以地質年代來看，又處於快速變動之年輕階段，因此河床之演變勢必更快速。由此可知，快速演變之河床型態，會增加河溪發生洪水或土砂之災害，造成河防工程、道路橋樑之破壞，並危害兩岸居民生命財產之安全。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990291</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/9</date><governmentpublicationsnumber>1009903927</governmentpublicationsnumber><identifier>69993</identifier><internationalstandardbooknumber>9789860255591 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_69993</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域地貌變遷對河床演變之影響力(2/3)－成果報告光碟 The Influence of Basin Gemorphology Changes on River Morphology Evolution(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區山高坡陡，河短流急；雖雨量豐沛，但豐枯懸殊。因此，水資源利用乃採用興建水庫方式來調豐濟枯，然因地質條件欠佳，山區地質鬆軟，近年每逢颱風暴雨來襲，坡地往往產生大量沖蝕崩塌，進而流入水庫集水區導致蓄存水源的水庫嚴重淤積，並使水庫有效容量大量減少，減損水庫的供水功能。為此，在有限水資源條件下，欲滿足現況及因應未來用水持續成長情境，除須持續開發可利用水源外，現有水庫功能之維持也同等重要，尤以水庫防淤管理措施至為重要，以避免既有水庫容量的損失和供水能力降低。 台灣未來可供興建水庫之優良壩址已逐漸減少，水庫興建也日益困難，故加強現有水庫保育，維護既有功能，必須雙管齊下強化水庫的減淤與排砂工作，若加上氣候變遷的威脅，未來水庫將面臨洪水量增加與來砂量增加的雙重挑戰；爰此，今後水庫排砂對策除了要解決目前水庫淤積的困境，也要積極面對氣候變遷帶來之挑戰，使水庫可以永續利用。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990360</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009904984</governmentpublicationsnumber><identifier>70078</identifier><internationalstandardbooknumber>9789860268348 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70078</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下水庫排砂對策研究(1/2)(光碟版)Reservoir Sediment Releasing Countermeasures Cope with Climate Change(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫規劃範圍包含南平、長橋及萬榮排水，主要涵蓋鳳? 鎮南平?、長橋?、森榮?與萬榮鄉??村、明?村、萬榮村等 區域。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009903465</governmentpublicationsnumber><identifier>70089</identifier><internationalstandardbooknumber>9789860254198 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70089</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>易淹水地區水患治理計畫：花蓮縣管區域排水南平、長橋及萬榮排水系統合併規劃(光碟版)Regulation Project of Flood-prone Areas for Nan-ping、Chang-ciao and Wan-rong drainage systems in Hualien Chang-ciao and Wan-rong drainage systems in Hualien</title><yearidentifier>201010</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，其震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。近年來美、日等國為進一步強化震災風險管理效能，莫不積極推動自來水等維生線系統震損評估與震後服務效能分析技術之研發，發展以境況模擬為基礎(scenario-based)之地震減災與緊急應變新思維。 我國地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，平均十數年會發生一次致災性中、大規模陸上地震，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區(含濱海工業地區)為容易發生土壤液化的沖積、回填區域。 因此，為確保自來水管線及保障民眾用水安全，有必要發展自來水系統震災境況模擬與震後服務效能分析，進一步應用於平日減災規劃、震後快速評估與應變工作，同時結合先進試驗與數值模擬技術探討地震地質敏感區域自來水管材受震行為，進而研擬合理可行之管線與接頭耐震對策，裨益於我國自來水系統之整體耐震能力與震後復原能力，確保經建成果與民眾福祉。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990095</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009904197</governmentpublicationsnumber><identifier>70090</identifier><internationalstandardbooknumber>9789860258608 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70090</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水管線耐震分析及震後緊急應變措施之研究(1/2) A Study on Pipeline Seismic Performance and System Post-Earthquake Response of Water Utilities (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，其震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。近年來美、日等國為進一步強化震災風險管理效能，莫不積極推動自來水等維生線系統震損評估與震後服務效能分析技術之研發，發展以境況模擬為基礎(scenario-based)之地震減災與緊急應變新思維。 我國地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，平均十數年會發生一次致災性中、大規模陸上地震，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區(含濱海工業地區)為容易發生土壤液化的沖積、回填區域。 因此，為確保自來水管線及保障民眾用水安全，有必要發展自來水系統震災境況模擬與震後服務效能分析，進一步應用於平日減災規劃、震後快速評估與應變工作，同時結合先進試驗與數值模擬技術探討地震地質敏感區域自來水管材受震行為，進而研擬合理可行之管線與接頭耐震對策，裨益於我國自來水系統之整體耐震能力與震後復原能力，確保經建成果與民眾福祉。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990095</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009904197</governmentpublicationsnumber><identifier>70091</identifier><internationalstandardbooknumber>9789860258608 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70091</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>自來水管線耐震分析及震後緊急應變措施之研究(1/2) －光碟版 A Study on Pipeline Seismic Performance and System Post-Earthquake Response of Water Utilities (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區之公共給水多仰賴地面水水源，其中又以水庫供應約佔50﹪最為重要，然而水庫集水區上游之農業經營行為，常導致水庫水源之營養鹽濃度超高，藻類大量生長，衍生水源中藻類毒素及臭味物質等代謝物問題，影響水庫水質及增加下游自來水處理之成本。 因此，為確保水庫水質及保障民眾用水安全，實有必要對水源產毒藻類與有害微生物之特徵加以研究，以及對其監控與管理技術之研發。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990094</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009904055</governmentpublicationsnumber><identifier>70092</identifier><internationalstandardbooknumber>9789860255676 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70092</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水源產毒藻類與有害微生物監控與管理技術之研發與應用(2/2) Technology development and application for the monitoring and management of harmful cyanobacteria and microorganisms in drinking water sources (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區之公共給水多仰賴地面水水源，其中又以水庫供應約佔50﹪最為重要，然而水庫集水區上游之農業經營行為，常導致水庫水源之營養鹽濃度超高，藻類大量生長，衍生水源中藻類毒素及臭味物質等代謝物問題，影響水庫水質及增加下游自來水處理之成本。 因此，為確保水庫水質及保障民眾用水安全，實有必要對水源產毒藻類與有害微生物之特徵加以研究，以及對其監控與管理技術之研發。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990094</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/11</date><governmentpublicationsnumber>1009904055</governmentpublicationsnumber><identifier>70093</identifier><internationalstandardbooknumber>9789860255676 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70093</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水源產毒藻類與有害微生物監控與管理技術之研發與應用(2/2)－光碟版 Technology development and application for the monitoring and management of harmful cyanobacteria and microorganisms in drinking water sources (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之15個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行23個點次之臨時不定期採樣檢測工作。水質定期監測點之規劃，主要延續上年度計畫所執行的測站，以儘量錯開環保署測站為主要原則，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。 　　由今年度監測結果顯示，懸浮固體及錳超標比例明顯升高，此應與八八水災過後，因土質鬆軟的關係，水質需要更長的時間才能恢復穩定有關。整體而言，上游之旗山溪、美濃溪、荖濃溪、隘寮溪隘寮溪(含紅橋溪排水)及高屏溪主流上游等測站之水質狀況大致良好，唯部分測站受懸浮固體持續較高影響，因而使其污染等級由未(稍)受轉為中度污染。至於高屏溪主流中下游測站受支流匯入之污染影響，水質略差，普遍呈現中度污染，而支流武洛溪排水、牛稠溪及萬丹排水匯入之各項主要污染物濃度測值普遍較其他測站為高，為本流域主要嚴重污染河段及主要污染匯入來源。 　　另紅橋溪排水過去易受上游污染匯入之影響，以及萬丹排水之銅經常超標情形，今年度執行期間皆未發現；其中紅橋溪排水便橋除第一季之溶氧量稍有過飽和現象外，其餘主要污染物濃度並無明顯的異常變化，另上游新增之匯入分支則以新南橋濃度略高些。至於萬丹排水經由補充調查結果發現，上游社皮排水溝及新園圳溝銅污染情形相當普遍，且經常有畜牧廢水直接排入的情形，主要污染源來自萬丹鄉境內的養豬場，應持續追蹤並觀察其水質變化情形。 　　依據水質污染的特性，建議相關環保單位加強上述河段及主要嚴重污染河段之污染稽查頻率，以減少污染直接排入之影響。此外，今年度上半年懸浮固體濃度疑受施工作業影響的情形相當普遍，建議相關工程施工單位加強臨水面之防污措施，以減少施工活動所產生之非點源污染。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990298</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/14</date><governmentpublicationsnumber>1009904761</governmentpublicationsnumber><identifier>70104</identifier><internationalstandardbooknumber>9789868282742 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70104</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>99</publishrocyear><title>99年「高屏溪流域河川水質採樣檢測分析」工作計畫 Sampling and Analysis for the Water Quality of Kao9Pin RIVER(2010)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990298</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/14</date><governmentpublicationsnumber>1009904761</governmentpublicationsnumber><identifier>70105</identifier><internationalstandardbooknumber>9789868282742 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70105</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>99</publishrocyear><title>99年「高屏溪流域河川水質採樣檢測分析」工作計畫(光碟版) Sampling and Analysis for the Water Quality of Kao9Pin RIVER(2010)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990360</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/14</date><governmentpublicationsnumber>1009904984</governmentpublicationsnumber><identifier>70106</identifier><internationalstandardbooknumber>9789860268348 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70106</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下水庫排砂對策研究(1/2) Reservoir Sediment Releasing Countermeasures Cope with Climate Change(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/14</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>70107</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70107</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)－成果報告光碟 The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>目前在推廣雨水儲集與生活雜排水回收再利用之過程中，相關零組件以日趨成熟，惟遇到相關設施組成繁雜，且與周遭設施之銜接度不足，影響使用之意願，本計畫即先選取學校為對象，進行設計雨水儲集與生活雜排水回收再利用之小模組後，在設計與學校教育設施相連接之大模組，以做為未來對學校輔導及推廣雨水儲集與生活雜排水回收再利用之用。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990011</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904709</governmentpublicationsnumber><identifier>70110</identifier><internationalstandardbooknumber>9789860264692 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70110</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>結合學校教育設施之雨水及生活雜排水回收再利用模組研發(2/2) Research and Development of rainwater harvesting and gray water reusing module to combine school education facilities (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>目前在推廣雨水儲集與生活雜排水回收再利用之過程中，相關零組件以日趨成熟，惟遇到相關設施組成繁雜，且與周遭設施之銜接度不足，影響使用之意願，本計畫即先選取學校為對象，進行設計雨水儲集與生活雜排水回收再利用之小模組後，在設計與學校教育設施相連接之大模組，以做為未來對學校輔導及推廣雨水儲集與生活雜排水回收再利用之用。</abstract><author>台灣雨水利用協會</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990011</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904709</governmentpublicationsnumber><identifier>70111</identifier><internationalstandardbooknumber>9789860264692 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70111</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>結合學校教育設施之雨水及生活雜排水回收再利用模組研發(2/2)－光碟版 Research and Development of rainwater harvesting and gray water reusing module to combine school education facilities (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。然而久遠的開發利用歷史，造成部分知名溫泉地區之溫泉資源供不應求，尤其在旅遊旺季及乾旱季節。本署係「溫泉法」之中央主管機關，為保育溫泉資源，爰於溫泉使用率較高之四重溪溫泉地區，建置溫泉監測系統，依其監測資料(水位、水溫、導電度及pH值等)並配合溫泉使用情形調查，研擬有效之溫泉總量管制措施，以落實溫泉資源永續利用之目標。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990113</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904545</governmentpublicationsnumber><identifier>70112</identifier><internationalstandardbooknumber>9789860262049 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70112</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>四重溪溫泉資源監測調查計畫(1/2) The Plan of Resoource Monitoring and Investigation in Szuchung Hci Hot Spring Area (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。然而久遠的開發利用歷史，造成部分知名溫泉地區之溫泉資源供不應求，尤其在旅遊旺季及乾旱季節。本署係「溫泉法」之中央主管機關，為保育溫泉資源，爰於溫泉使用率較高之四重溪溫泉地區，建置溫泉監測系統，依其監測資料(水位、水溫、導電度及pH值等)並配合溫泉使用情形調查，研擬有效之溫泉總量管制措施，以落實溫泉資源永續利用之目標。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990113</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904545</governmentpublicationsnumber><identifier>70116</identifier><internationalstandardbooknumber>9789860262049 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70116</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>四重溪溫泉資源監測調查計畫(1/2)－光碟版 The Plan of Resoource Monitoring and Investigation in Szuchung Hci Hot Spring Area (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為促使國內民生節約用水能加速地推動，並達到民生用水減量與回收再利用技術與成功改善經驗充分推廣之目的，舉辦5場的節水經驗分享座談會；另本年度執行96、97年水利署民生及公共大用水戶節水技術輔導案例之成效追蹤，俾供水利署作為後續辦理節水輔導及相關施政之參考。本年度之實際成果如下： 1.完成25案次之民生及公共大用水戶節水技術輔導（其中桃園、新竹地區計10案次），年節水量達191.8萬噸。 2.完成96年受輔導對象成效追蹤與本年度節水建議方案之受輔導單位改善意願調查，並提報水利署作為節水政策參考。 3.完成節水經驗分享座談會5場次，與會者308人次；並推廣學校、旅館業之節水經驗，以及雨/中水利用、省水器材換裝等2項技術。成效追蹤與成果報告彙整。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990067</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904707</governmentpublicationsnumber><identifier>70120</identifier><internationalstandardbooknumber>9789860264708 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70120</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年度民生及公共大用水戶節水輔導計畫(2/3) Commercial and Institutional Water Conservation Program 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為促使國內民生節約用水能加速地推動，並達到民生用水減量與回收再利用技術與成功改善經驗充分推廣之目的，舉辦5場的節水經驗分享座談會；另本年度執行96、97年水利署民生及公共大用水戶節水技術輔導案例之成效追蹤，俾供水利署作為後續辦理節水輔導及相關施政之參考。本年度之實際成果如下： 1.完成25案次之民生及公共大用水戶節水技術輔導（其中桃園、新竹地區計10案次），年節水量達191.8萬噸。 2.完成96年受輔導對象成效追蹤與本年度節水建議方案之受輔導單位改善意願調查，並提報水利署作為節水政策參考。 3.完成節水經驗分享座談會5場次，與會者308人次；並推廣學校、旅館業之節水經驗，以及雨/中水利用、省水器材換裝等2項技術。成效追蹤與成果報告彙整。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990067</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904707</governmentpublicationsnumber><identifier>70122</identifier><internationalstandardbooknumber>9789860264708 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70122</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年度民生及公共大用水戶節水輔導計畫(2/3)－光碟版 Commercial and Institutional Water Conservation Program 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>高屏堰於民國94、95年遭遇海棠、馬莎、泰利、碧利斯等颱風，造成進水口及活動堰附近嚴重淤積，經濟部水利署南區水資源局(以下簡稱南水局)於民國95至97年間進行各項穩定取水工程之施作，經檢討已能確保100年重現期距設計洪水下之穩定取水功能。但民國98年8月莫拉克颱風期間，高屏堰水位飆升至EL.24.4m(防洪牆高程EL.23.5公尺)，洪水規模遠超過設計標準，造成高屏堰操作大樓地下室遭洪水淹沒、取水口及沉砂池嚴重淤積、橡皮壩等操控設備損壞，因而無法供水。此外，上游荖濃溪與旗山溪匯流後之洪流沖擊下游右岸，導致南二高斜張橋下游之南化-高屏聯通管損壞，以及堰上游左岸高灘地之沖蝕退縮，對堰之穩定取水、堰上下游河道及岸壁穩定造成不利影響。 本計畫之目的為利用二維動床數模，在防洪安全與穩定取水目標下，以短期與極端洪水事件探討工程布置方案與河道穩定之關係，並檢討高屏堰河段現況河防安全，作為後續研擬長期河道穩定方案之基礎。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1010000273</governmentpublicationsnumber><identifier>70125</identifier><internationalstandardbooknumber>9789860271317 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70125</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>99</publishrocyear><title>莫拉克颱風後高屏堰河段變遷模擬與穩定取水方案研究(99年度)－內附光碟 Study on Channel Migration and Stable Water Supply Alternatives of Kao-ping Weir Reach After Typhoon Morakot</title><yearidentifier>201012</yearidentifier></data><data><abstract>港西攔河堰河道左岸設置臨時土堤阻高水位供右岸港西抽水站，鄰近畜牧業、養殖業及生活污水造成水體環境惡化，影響河道內底泥狀況，且鳳山水庫供應大高雄地區用水，其水源有八成來自東港溪，東港溪水體污染嚴重亦影響用水品質，本計畫乃基於保育及經濟原則進行規劃。</abstract><author>國立高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>443.653</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990366</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1010000202</governmentpublicationsnumber><identifier>70126</identifier><internationalstandardbooknumber>9789860270303 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70126</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪-港西攔河堰底泥改善及復育之可行性研究 The Study to improve and recovery the Bottom Sediment of Tung-Kang Rivers-Gang-Xi Weir System</title><yearidentifier>201102</yearidentifier></data><data><abstract>地理資訊系統(Geographic Information System, GIS)，是由「地理」、「資訊」、「系統」三者結合而成。凡是與相對位置或空間分布有關的知識都是屬於地理的範疇；將空間資料經數位化處理後，結合屬性資料，儲存於資料庫中就是資訊；所謂的系統則是將電腦硬體、操作軟體、空間及屬性資料與使用人員連結在一起。地理資訊系統藉由對於空間及屬性資料的分析、處理與展示，可作為決策及管理支援的重要依據。 近??隨著網際網路的蓬勃發展，網際網路地理資訊系統的發展已相當成熟，因此許多原本透過單機版地理資訊系統進行業務處理的相關單位，也相繼將原系統的單機作業模式移轉到網際網路地理資訊系統上來處理。經濟部水利署北區水資源局於民國99年委外設置「本局經管土地網際網路GIS管理及查詢系統建置及圖資更新」案，本系統主要結合地籍圖與屬性資料，以及經管土地資料，配合各項地理圖資，利用網際網路圖資共享、資料同步更新的特性，以提升各業務單位辦理專案與規劃之效益，並且避免單機版上人數使用之限制。 本次執行成果包含：完成1/2500正射影像拍攝，共184幅；購置159段地籍屬性資料，取得99年台北縣、桃園縣、宜蘭縣、新竹縣、新竹市地籍圖，掃描土地原始清冊文件約10000張，並將上述成果導入系統中。系統功能主要包含系統管理、局管土地查詢管理、圖資查詢、租用土地查詢管理、以及被占用土地查詢管理。此外，建置離線版經管土地GIS查詢系統，供攜帶外出使用，並擴充原本單機版系統功能。</abstract><author>詮華國土測繪公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1009904825</governmentpublicationsnumber><identifier>70127</identifier><internationalstandardbooknumber>9789860265569 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70127</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>北水局經管土地網際網路GIS管理及查詢系統建置及圖資更新成果報告書－光碟版 The Web-based Land Management and Query GIS System of The Northern Region Water Resources Office ,Water Resources Agency,Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>443.653</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/15</date><governmentpublicationsnumber>1010000202</governmentpublicationsnumber><identifier>70128</identifier><internationalstandardbooknumber>9789860270303 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70128</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪-港西攔河堰底泥改善及復育之可行性研究 (光碟版)The Study to improve and recovery the Bottom Sediment of Tung-Kang Rivers-Gang-Xi Weir System</title><yearidentifier>201102</yearidentifier></data><data><abstract>為因應未來「海岸法(草案)」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。並以屏東縣沿海為示範區，以驗證海岸防護計畫研擬程序與執行方式之可行性。藉此完成海岸防護區劃設作業準則(草案)、海岸防護計畫規劃作業參考手冊(草案)及海岸防護示範計畫，供各海岸訂定海岸防護計畫時能有一致作業模式。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1009904496</governmentpublicationsnumber><identifier>70131</identifier><internationalstandardbooknumber>9789860262209 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70131</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護計畫先期規劃研究(1/3)－光碟版 Study on Preliminary Planning of The Coastal Protection Project(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>70132</identifier><internationalstandardbooknumber>16062574 ; 16062574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70132</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>82</publishrocyear><title>節約用水</title><yearidentifier>199310</yearidentifier></data><data><abstract> </abstract><author>經濟部水利司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980357</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1009903784</governmentpublicationsnumber><identifier>70133</identifier><internationalstandardbooknumber>9789860254020 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70133</librarycollectiondetailsurl><price></price><publisher>經濟部水利司</publisher><publishrocyear>75</publishrocyear><title>水資源計畫執行之指導原則研究計畫建議書</title><yearidentifier>198603</yearidentifier></data><data><abstract> </abstract><author>經濟部</author><categoryidentifier>552.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>2009201881</governmentpublicationsnumber><identifier>70151</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70151</librarycollectiondetailsurl><price>470</price><publisher>經濟部</publisher><publishrocyear>83</publishrocyear><title>八十二年大陸經濟問題分析</title><yearidentifier>199402</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990246</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1010000283</governmentpublicationsnumber><identifier>70167</identifier><internationalstandardbooknumber>9789860271287 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70167</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(1/4)(光碟版)The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/4)</title><yearidentifier>201102</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之氣候變遷水文因子情境設定研究計畫之ㄧ，其目的係為評估氣候變遷對台灣地區降雨、颱風、河川流量等水文環境因子之衝擊影響與風險，針對這些水文環境因子進行量體、時間與空間上分布的變異分析，以推估未來設定目標年之氣候變遷情境，並探討其不確定性之風險問題，作為研擬因應氣候變遷調適策略及行動計畫之參考。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990320</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1009904620</governmentpublicationsnumber><identifier>70170</identifier><internationalstandardbooknumber>9789789860234 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70170</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷水文環境風險評估研究(光碟版)Assessing the Impact of Climate Change on Hydrologival Risk(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990319</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1009904427</governmentpublicationsnumber><identifier>70171</identifier><internationalstandardbooknumber>9789860261233 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70171</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷知識庫與資料整合平台(1/4)(光碟版)The Platform for the Knowledge and the Dara Bases of Climate Change(1/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為強化本署與所屬機關之業務整合與溝通協調能力，本署於98~99年初赴10個河川局與主管進行雙向業務座談，同時就該單位業務性質規劃提昇核心職能之課程，成效良好，並獲各所屬機關之肯定。99年後半年，擬以3個水資源局、水規所與台北水源特定區管理局為對象，延續執行訓練課程與雙向業務座談活動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990179</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/16</date><governmentpublicationsnumber>1009904422</governmentpublicationsnumber><identifier>70177</identifier><internationalstandardbooknumber>9789860261011 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70177</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年水利核心職能提昇與團隊能力建構(光碟版) 2010 Core Competencies Training and Team Capacity Building of the Subordinate Units of Water Resources Agency</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區由於地勢陡峭，地質破碎，使土石崩坍及土石流發生之機會倍增；大部分河川短促而湍急，河流中夾帶著大量土石，因此，攔河堰之堰面受到含砂水流所挾帶之顆粒材料撞擊及磨擦，容易造成表面襯砌磨損、裂損之破壞情形發生。 本局所轄管之石岡壩及集集攔河堰，自興建營運以來，即擔負大台中及彰雲地區各標的供水重任，惟堰面除受到洪流及砂、泥土或黏土等沖蝕外，並伴隨有巨石及卵礫石等較大顆粒之撞擊，使堰面產生磨損與裂損等情形，若未能妥善處置，勢將影響攔河堰之營運機能。故如何同時提高堰面磨損及裂損之抵抗能力，進而使石岡壩及集集攔河堰維持永續利用，實為水庫管理機關亟需關注及探討之課題。 本計畫目的在藉由堰面磨損及裂損防治技術之提昇，持續維持本局轄管攔河堰壩體安全，期使水資源經營趨於永續。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990352</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/17</date><governmentpublicationsnumber>1010000322</governmentpublicationsnumber><identifier>70211</identifier><internationalstandardbooknumber>9789860270839 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70211</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>堰面磨損及裂損防治方法之試驗研究(光碟版)A research for testing a remedial method for abrasion and cracking on weir surfaces</title><yearidentifier>201101</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/18</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>70245</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70245</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護(內附光碟) The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實石門水庫集水區環境生態保育工作，建立制度化生態調查評估機制，本署98年度辦理「石門水庫集水區生態調查評估機制建立之研究」，該計畫參採「石門水庫及其集水區整治計畫」推動之生態檢核表，探討生態調查評估工作制度化其程序面及功能面之作業流程、應辦事項、專家參與、評估工具等，初步研擬完成「石門水庫集水區生態調查評估準則」，希望提供石門水庫集水區辦理保育治理工程之參考依據。 為賡續推動生態保育工作制度化，本計畫擬以「石門水庫集水區生態調查評估準則」為藍本，進一步針對基本資料需求、建立各項作業標準流程、簡化評估工具、簡化表單、廣泛考量各類工程差異需求、專家參與方式、考核機制等進行研究，並透過工程試辦運用持續檢討修正，以建立適用於國內水庫集水區之作業依據。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990148</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/18</date><governmentpublicationsnumber>1009904723</governmentpublicationsnumber><identifier>70248</identifier><internationalstandardbooknumber>9789860265040 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70248</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區生態調查評估準則建立與運用研究（1/2）(光碟版)The research of establishing and applying Ecological Survey &amp; Assessment Specification on the catchment area of reservoirs(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫期藉由各水庫之歷年業務執行成果之推廣，宣導水庫保育加值環境永續經營與發展之實質成效及展現業務效益，並助益本署水資源保育相關業務之推動，創造永續不息的水環境。</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990057</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/18</date><governmentpublicationsnumber>1009904651</governmentpublicationsnumber><identifier>70250</identifier><internationalstandardbooknumber>9789860263930 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70250</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫保育成效多元化建置推廣（2/2）(光碟版)Miltiple System Establishment and Promotion Reservoir Conservation Effect(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫目的在於評估南部水資源分區水資源脆弱度空間分佈，並提出強化南部水資源分區因應氣候變遷水資源管理調適能力之調適計畫，計畫分成兩年度執行。今年為第一年度，主要工作內容在於現況之供需分析、水文趨勢分析、訂定需水量情境以供第二年進行模擬評估進 行脆弱度空間分佈分析</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990327</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/18</date><governmentpublicationsnumber>1009903996</governmentpublicationsnumber><identifier>70251</identifier><internationalstandardbooknumber>9789860255638 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70251</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究(1/2)－光碟版 Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為推動國內水利產業之發展，本署於91年與國立成功大學水工試驗所合作設立『水利產業知識化育成中心』，期藉由水利產業知識化育成中心的成立，整合國內外水利專業技術與各界精英等，輔導水利相關廠商，促進水利產業升級。本署迄今已投入相當多經費進行產業研究及輔導工作，雖有初步成效，然面對氣候變遷的威脅，整體水文環境丕變，水利產業發展面臨重新整合之必要性。爰此，本計畫針對水利產業之市場做徹底的調查與研究，以真正瞭解我國水利產業市場的現況、特點、潛力和面臨問題，並規劃我國水利次產業育成網絡之發展策略，俾帶動國內水利產業蓬勃發展及促進就業力。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990032</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/18</date><governmentpublicationsnumber>1009904840</governmentpublicationsnumber><identifier>70254</identifier><internationalstandardbooknumber>9789860266337 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70254</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利產業育成網絡之整體規劃1/2(光碟版)Planning of the Watwer Industry Incubation Network(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990319</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1009904427</governmentpublicationsnumber><identifier>70255</identifier><internationalstandardbooknumber>9789860261233 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70255</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷知識庫與資料整合平台(1/4) The Platform for the Knowledge and the Dara Bases of Climate Change(1/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990246</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1010000283</governmentpublicationsnumber><identifier>70256</identifier><internationalstandardbooknumber>9789860271287 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70256</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(1/4) The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/4)</title><yearidentifier>201102</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990246</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1010000283</governmentpublicationsnumber><identifier>70257</identifier><internationalstandardbooknumber>9789860271287 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70257</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(1/4) 附冊一水利署2011因應氣候變遷調適行動方案The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/4)</title><yearidentifier>201102</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990246</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1010000283</governmentpublicationsnumber><identifier>70258</identifier><internationalstandardbooknumber>9789860271287 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70258</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究計畫－99年度成果報告</title><yearidentifier>201102</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990246</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1010000283</governmentpublicationsnumber><identifier>70259</identifier><internationalstandardbooknumber>9789860271287 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70259</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(1/4) 附冊三出國參訪成果報告The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/4)</title><yearidentifier>201102</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之氣候變遷水文因子情境設定研究計畫之ㄧ，其目的係為評估氣候變遷對台灣地區降雨、颱風、河川流量等水文環境因子之衝擊影響與風險，針對這些水文環境因子進行量體、時間與空間上分布的變異分析，以推估未來設定目標年之氣候變遷情境，並探討其不確定性之風險問題，作為研擬因應氣候變遷調適策略及行動計畫之參考。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990320</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/21</date><governmentpublicationsnumber>1009904620</governmentpublicationsnumber><identifier>70260</identifier><internationalstandardbooknumber>9789789860234 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70260</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷水文環境風險評估研究 (1/2) Assessing the Impact of Climate Change on Hydrologival Risk(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為推動國內水利產業之發展，本署於91年與國立成功大學水工試驗所合作設立『水利產業知識化育成中心』，期藉由水利產業知識化育成中心的成立，整合國內外水利專業技術與各界精英等，輔導水利相關廠商，促進水利產業升級。本署迄今已投入相當多經費進行產業研究及輔導工作，雖有初步成效，然面對氣候變遷的威脅，整體水文環境丕變，水利產業發展面臨重新整合之必要性。爰此，本計畫針對水利產業之市場做徹底的調查與研究，以真正瞭解我國水利產業市場的現況、特點、潛力和面臨問題，並規劃我國水利次產業育成網絡之發展策略，俾帶動國內水利產業蓬勃發展及促進就業力。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990032</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904840</governmentpublicationsnumber><identifier>70263</identifier><internationalstandardbooknumber>9789860266337 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70263</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利產業育成網絡之整體規劃(1/2) Planning of the Watwer Industry Incubation Network(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>94年8月8日行政院函頒「行政機關風險管理推動方案」，以培養行政院所屬各機關風險管理意識；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」；爰此，經濟部亦於98年3月18日函頒「經濟部及所屬機關機構風險管理及危機處理作業原則」，要求所屬各機關配合辦理。 依上開原則，本署已於98年初步完成水利署行政機關風險評估方法，現階段應建構本署暨所屬機關整合性風險管理；尤其98年莫拉克颱風造成多種複合性災重創台灣南部及台東地區，本署暨所屬機關面臨新的整合性風險管理課題；再則經濟部要求「請各機關再行辨識風險，辨識時尤須注意外在環境之變化，將不確定且影響程度高者優先納入控管，管控時更須以同理心關切民眾之認知與感受，將風險管理內入年度教育訓練課程，以加強風險管理相關人員教育。」，爰此，本署暨所屬機關建構整合性風險管理及強化同仁之風險管理能力係為本署重要工作。 另行政院組織法業於99年1月12日經立法院三讀通過，並訂於101年1月1日啟動，針對未來本署改隸環境資源部後，其組織變革對本署業務之可能潛在風險，亦需儘速加以規劃因應。 因此，本計畫擬透過整合性風險評估方法與應用模式的建立，定期檢視本署暨所屬機關所面臨的之風險現況，並建立風險管理推動與因應機制，輔以風險管理之教育訓練，提升組織因應風險的辨識、分析與管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>55.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990391</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904845</governmentpublicationsnumber><identifier>70268</identifier><internationalstandardbooknumber>9789860266375 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨所屬機關整合性風險管理能力建構之研究（1/2）A Study on Integrated Risk Management Capability Building for Water Resurces Agency and Affiliated Agencies (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>94年8月8日行政院函頒「行政機關風險管理推動方案」，以培養行政院所屬各機關風險管理意識；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」；爰此，經濟部亦於98年3月18日函頒「經濟部及所屬機關機構風險管理及危機處理作業原則」，要求所屬各機關配合辦理。 依上開原則，本署已於98年初步完成水利署行政機關風險評估方法，現階段應建構本署暨所屬機關整合性風險管理；尤其98年莫拉克颱風造成多種複合性災重創台灣南部及台東地區，本署暨所屬機關面臨新的整合性風險管理課題；再則經濟部要求「請各機關再行辨識風險，辨識時尤須注意外在環境之變化，將不確定且影響程度高者優先納入控管，管控時更須以同理心關切民眾之認知與感受，將風險管理內入年度教育訓練課程，以加強風險管理相關人員教育。」，爰此，本署暨所屬機關建構整合性風險管理及強化同仁之風險管理能力係為本署重要工作。 另行政院組織法業於99年1月12日經立法院三讀通過，並訂於101年1月1日啟動，針對未來本署改隸環境資源部後，其組織變革對本署業務之可能潛在風險，亦需儘速加以規劃因應。 因此，本計畫擬透過整合性風險評估方法與應用模式的建立，定期檢視本署暨所屬機關所面臨的之風險現況，並建立風險管理推動與因應機制，輔以風險管理之教育訓練，提升組織因應風險的辨識、分析與管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>55.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990391</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904845</governmentpublicationsnumber><identifier>70269</identifier><internationalstandardbooknumber>9789860266375 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70269</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨所屬機關整合性風險管理能力建構之研究（1/2）光碟版 A Study on Integrated Risk Management Capability Building for Water Resurces Agency and Affiliated Agencies (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫期藉由各水庫之歷年業務執行成果之推廣，宣導水庫保育加值環境永續經營與發展之實質成效及展現業務效益，並助益本署水資源保育相關業務之推動，創造永續不息的水環境。</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990057</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904651</governmentpublicationsnumber><identifier>70270</identifier><internationalstandardbooknumber>9789860263930 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70270</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫保育成效多元化建置推廣（2/2）Multiple System Establishment and Promotion Reservoir Conservation Effect(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實石門水庫集水區環境生態保育工作，建立制度化生態調查評估機制，本署98年度辦理「石門水庫集水區生態調查評估機制建立之研究」，該計畫參採「石門水庫及其集水區整治計畫」推動之生態檢核表，探討生態調查評估工作制度化其程序面及功能面之作業流程、應辦事項、專家參與、評估工具等，初步研擬完成「石門水庫集水區生態調查評估準則」，希望提供石門水庫集水區辦理保育治理工程之參考依據。 為賡續推動生態保育工作制度化，本計畫擬以「石門水庫集水區生態調查評估準則」為藍本，進一步針對基本資料需求、建立各項作業標準流程、簡化評估工具、簡化表單、廣泛考量各類工程差異需求、專家參與方式、考核機制等進行研究，並透過工程試辦運用持續檢討修正，以建立適用於國內水庫集水區之作業依據。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990148</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904723</governmentpublicationsnumber><identifier>70272</identifier><internationalstandardbooknumber>9789860265040 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70272</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水庫集水區生態調查評估準則建立與運用研究（1/2）成果報告書The research of establishing and applying Ecological Survey &amp; Assessment Specification on the catchment area of reservoirs(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>隘&amp; #63932;溪原為東港溪上游，由發源於知本主山（2,368 公尺）附近的巴尤泡池（Bayu）歡喜山之&amp; #63843;隘&amp; #63932;溪，與發源於&amp; #63843;大武山（3,092 公尺）之南隘&amp; #63932;溪匯合而成，為高屏溪主要支&amp; #63946;之一。 由於近年來，全球氣候變化日&amp; #64023;顯著，造成台灣遭受天然災害之機率增加。尤其在98年8月莫拉克颱風侵台（八八水災）之後，其所挾帶之超大豪雨重創台灣中南部；造成高屏溪水系河道地形改變，為能有效管制開發行為、減緩天然災害造成之危害並積極作為以達成本局既定管理任務，有必要建置航拍技術產製正射影像圖、數值地形圖、及數值高程模型(DEM)等數值圖資，以利充分了解災後地形現況，以做為後續辦理災後河川治理規劃檢討工作及河川管理之需要。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.65102</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990368</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904193</governmentpublicationsnumber><identifier>70274</identifier><internationalstandardbooknumber>9789860258646 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70274</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪支流隘寮溪航拍及數值圖資建置計畫 (光碟版) The Development Digital Environment Database for AiLiao River</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009903499</governmentpublicationsnumber><identifier>70276</identifier><internationalstandardbooknumber>9788960250336 ; 9788960250</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70276</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>鯉魚潭水庫集水區整體治理規劃</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>70277</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70277</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃成果報告書〈內附光碟〉 Preliminary Planning of Backup Water Pond at Qin-Shuei-Ken near Shihmen Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>此計畫的行成果將對於碾壓土壤與剪力波速、介電性質之關有更充分的了解，具有學術價值，而相關量測技術的改良有助於本土檢測技術產之發展。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990183</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904229</governmentpublicationsnumber><identifier>70279</identifier><internationalstandardbooknumber>9789860258417 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70279</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>碾壓土壤之含水量與壓實度品管技術研究 總報告－光碟版 Study on the Quality Control of Water Content and Degree of Compaction of Compacted Soil</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980422</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009903768</governmentpublicationsnumber><identifier>70281</identifier><internationalstandardbooknumber>9789860253528 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70281</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>既設蓄水庫剪裂帶分佈及其對應設計與補強方法之研究(1/2)</title><yearidentifier>201011</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，且現階段優良壩址越來越少，開發相當不易，因此當前之水資源開發政策因而轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，同時配合「用水計畫書審查作業要點」第六條中規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾事項進行查核、督導，並追蹤開發單位之用水及節水現況，爰此，水利署為確實了解國內各開發案件之實際用水量，遂積極推動本計畫之執行，藉以掌握區域用水之現況，並進行合理用水量之分配，進而達到水資源有效利用之目的。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990203</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904692</governmentpublicationsnumber><identifier>70282</identifier><internationalstandardbooknumber>9789860263299 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70282</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>用水計畫書查核電子申報及額定用水回收率檢討 Water-Use Prospectus Review E-filling and Recycle Rate of Evaluation of Domestic Water Use Limit</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，且現階段優良壩址越來越少，開發相當不易，因此當前之水資源開發政策因而轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，同時配合「用水計畫書審查作業要點」第六條中規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾事項進行查核、督導，並追蹤開發單位之用水及節水現況，爰此，水利署為確實了解國內各開發案件之實際用水量，遂積極推動本計畫之執行，藉以掌握區域用水之現況，並進行合理用水量之分配，進而達到水資源有效利用之目的。</abstract><author>京華工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990203</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009904692</governmentpublicationsnumber><identifier>70283</identifier><internationalstandardbooknumber>9789860263299 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70283</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>用水計畫書查核電子申報及額定用水回收率檢討(附錄) Water-Use Prospectus Review E-filling and Recycle Rate of Evaluation of Domestic Water Use Limit</title><yearidentifier>201012</yearidentifier></data><data><abstract>在民國93年艾利颱風時，南桃園穩定供水情況因原水高濁度而受到重創，其後增建了石門水庫增設取水工，以期能於颱洪期間取得石門水庫表層低濁度原水。惟依據93年艾利颱風後迄今共7年內實際濁度監測資料顯示，已有3年度發生表層原水濁度超過4,000NTU之情況(註：93年艾利颱風、94年馬莎颱風及96年柯羅莎颱風)，此將超過南桃園主要淨水場之濁度處理能力(註：龍潭場&amp;lt;1,000NTU、平鎮場&amp;lt;4,000NTU)。雖然在「石門水庫及其集水區整治計畫」內各項改善工程，包含電廠防淤及永久河道放水口(PRO)改善工程、石門水庫防洪防淤隧道工程等完成後，將可降低壩區表層原水濁度達一定程度，惟另考量未來氣候異常之變化及水文不確性，石門水庫集水區仍可能發生如莫拉克等級颱風而造成大量土砂入庫，及隨水庫營運年限拉長而壩區淤積日愈上升時等狀況，壩區表層原水濁度仍有升高機會，南桃園地區因濁度高而造成停水之供水風險仍將存在。為確保南桃園地區供水系統水源量於颱洪期間不致發生短缺情況，本計畫備援水池之規劃顯具必要性，是為本計畫之緣起及目的。 清水坑鄰近石門水庫後池，位於龍潭鄉大平村、三林村與佳安村間之小谷地，本計畫擬於該處規劃一備援水池，納入石門水庫供水系統供備援使用，計畫位置如首頁之圖1所示，其間有打鐵坑溪流經，集水區面積約5.24平方公里，幹流總長度約5.90公里。 經初步規劃結果，打鐵坑溪集水區小，常時無可增供水量，颱風期間低濁度可引總逕流量有限(過去經驗總量約8～24萬M3) ，及存在可供水時間可能晚於需求時間之風險，水源並不穩定。考量備援之重要性、穩定性及水質要乾淨之原則，備援水池將採常時於石門水庫高水位時引取石門水庫原水蓄存備用，而打鐵坑溪天然逕流量則保留給既有水權人，當颱洪期間石門水庫原水濁度過高時，再藉由石門大圳與三坑子加壓站，將備援水池內低濁度原水輸送至龍潭淨水場、平鎮淨水場或石門淨水場，達到全額備援供水或釋稀高濁度原水之功能，以維持淨水場出水能力，降低缺水危機。 由於地方民意強烈反對設置高壩型態之備援水池、對環境衝擊較大(需環評)，本計畫採用人工湖式蓄水方式進行備援水池規劃，並將本計畫功能定位增加為「水源備援」及「水力發電」，以期能一併利用既有石門大圳配水量尚未開發之水力能源。 經開發規模研究，備援水池之最小開發蓄水容量訂定為81萬立方公尺(以93年艾利颱風設計)，並擬定二組可行方案進行綜合比較，因本案用地90％以上面積皆為私有地，地方民眾對方案二(上游谷地開發案，有效蓄水量為85萬M3)似乎較能接受，惟方案一(最大規模開發案，有效蓄水量為200萬M3)具較大供水安全係數，並可因應全球氣候變遷影響及未來成長空間，又因本初步規劃階段對地方意見之深度及廣度尚無法完整掌握，本報告暫不選定建議方案，惟建議以朝最大開發規模、計畫效益最高之方案一為努力推動方向，並建議應於下階段可行性階段之詳細調查中，確實掌握地方意見，規劃能雙贏之備援水池區位及蓄水量方案為較適方案。 本階段方案一備援水池初估之有效蓄水量為200萬M3，用地面積為35.6公頃(含私有地25.7公頃)，其整體佈置如圖7.3-4所示，佈置構想說明如下： 1.	調整石門水庫增設取水工之定位由『備援運轉』為『常時運轉』，利用其取水口～石門大圳聯通管間水路設施做為本計畫前段引水路，並於石門大圳聯通管消能井前新設分引水路(一)至清水坑谷地內新設之電廠，以利用此段水力發電能源，電廠尾水再接回下游石門大圳，維持原石門大圳配水功能。 2.	於進電廠主閥前設置一分岐引水路(二)，以導引原水至蓄水池內。蓄水池於石門水庫高水位時，將水池蓄滿供颱風期間備援使用。又常時於上游將打鐵坑溪逕流導引至蓄水池內，再以自由溢流方式溢流回下游打鐵坑溪渠道，可維持原天然逕流量，確保原打鐵坑溪水權人權益，並可讓蓄水池內水體保持流動，維持在較佳水質狀態，同時補注滲漏水量。 3.	為避免颱風期間打鐵坑溪上游集水區濁度較高逕流混入備援水池內，修整原打鐵坑溪渠道並重新設置於谷地右岸，作為颱風期間打鐵坑溪上游集水區逕流排洪使用，以區隔清水與濁水。 4.	考量颱風備援短暫期間田間灌溉需求可暫緩，故石門大圳1號渡槽～三坑子加壓站段可為備援水量輸送渠道，備援水池之輸水路將以銜接至石門大圳為設計，且備援水量輸送時間需協調石門農田水利會暫停由石門水庫內取水。 本方案用地徵收範圍為35.6公頃(含私有地25.7公頃)，經詳實估算其總工程經費用約22.3億元(土地徵收費用以平均公告現值加4成計算)，計畫效益為1.48億元/年，益本比約1.14。未來本方案將配合環境營造，重新塑造新的未來願景，保留既有農田風貌，同時兼顧休憩功能，未來發展構想願景如圖7.8-2所示。 綜合地方訪談及舉辦地方說明會等民情評價結果可知，目前地方上(如公所、地方發展協會、部分地主、一般民眾等)對本規劃案多持正面支持態度，惟其中多數地主皆以土地徵收價格需合理(與市價相當)為支持本案前提，故若欲讓本案持續推動，此一問題需妥適解決，以爭取地方認同。另對於其他不願遷離、不支持本案之民眾，需提出可行之安置計畫與耐心持續溝通，以爭取支持。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>70284</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70284</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃成果報告書(含光碟) Preliminary Planning  of  Backup  Water Pond  at   Qin-Shuei-Ken near Shihmen Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/22</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>70287</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70287</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報監測控制系統〈內附光碟〉  The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將針對區域排水集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，依年度計畫所分配工作項目，繼續進行蒐集相關資料及調查，提出環境分析與評估，並對設施更新改善策略研擬初步建議。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990238</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/23</date><governmentpublicationsnumber>1009903984</governmentpublicationsnumber><identifier>70290</identifier><internationalstandardbooknumber>9789860255997 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70290</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(2/3) Study on Systemic Habitat Creation for the Regional Drainage Watershed(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在定期保養和維護設置於計畫壩址地區之3部強地動儀；於本(99)年度參考最新技術規範重新評估地震危害度</abstract><author>國立成功大學衛星資訊研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990197</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/23</date><governmentpublicationsnumber>1009904305</governmentpublicationsnumber><identifier>70291</identifier><internationalstandardbooknumber>9789860258912 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70291</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>天花湖水庫推動計畫(3)－強地動儀維護觀測及地震危害度分析(1/3)－光碟版 The Marketing Project of Tien Hwa Hu Reservoir(3)-Site Motion Seismometer Maintenance Observation and Seismic Hazard Analysis(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>早期淹水範圍調查，主要是利用淹水事件發生後，藉由洪痕量測及民眾訪談方式進行，近年再輔以GPS坐標定位並於地形圖劃定淹水範圍。然而前述方式係以地面人員現場調查進行，受限於觀測精度、天候及人力因素，若欲進行大面積調查時，常需耗費大量人力、物力及時間，對於急需於短時間內獲取大面積的地表可靠淹水範圍及高程資訊而言，一直是相當困擾的難題。 本局為解決上述問題，並考量颱風豪雨過後天候條件之可行性，計畫利用地面光達(Lidar)測量大面積之地表淹水範圍及高程資訊，藉以評估光達測量與地面近景攝影測量整合技術進行淹水調查之可行性，同時可藉由GIS平台及二維淹水模式之模擬，獲取不同降雨量與重現期距之淹水潛勢分析圖及GIS查詢展示介面。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990241</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/24</date><governmentpublicationsnumber>1010000377</governmentpublicationsnumber><identifier>70307</identifier><internationalstandardbooknumber>9789860272284 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70307</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>淹水範圍調查技術研究(2/2)(光碟版) The Study of the Flood Extent Investigation Technique (2/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/24</date><governmentpublicationsnumber>1009904967</governmentpublicationsnumber><identifier>70310</identifier><internationalstandardbooknumber>9789860268188 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70310</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸基本資料監測調查(2/2)成果報告 Monitor and Investigate project of Coast Basic Data in Taipei(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/24</date><governmentpublicationsnumber>1009904967</governmentpublicationsnumber><identifier>70311</identifier><internationalstandardbooknumber>9789860268188 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70311</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸基本資料監測調查(2/2)成果報告(光碟版) Monitor and Investigate project of Coast Basic Data in Taipei(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904967</governmentpublicationsnumber><identifier>70340</identifier><internationalstandardbooknumber>9789860268188 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70340</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸基本資料監測調查(2/2)成果報告(光碟版) Monitor and Investigate project of Coast Basic Data in Taipei(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>基本資料資料蒐集、海岸地形測量成果、沿岸地區災情調查、波潮流分析驗證</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904967</governmentpublicationsnumber><identifier>70341</identifier><internationalstandardbooknumber>9789860268188 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70341</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>台北縣海岸基本資料監測調查(2/2)成果報告 Monitor and Investigate project of Coast Basic Data in Taipei(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>70342</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告〈光碟版〉  The As-Build Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。 本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>70343</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70343</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告  The As-Build Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>淡水河即時洪水預報系統 (REFOR模式)是民國93年十河局自行研發之洪水預報系統。於民國97~98年進行REFOR模式基礎資料的更新與模擬功能的擴充，結合資料庫與GIS介面進行即時預報、事件模擬、決策支援、參數檢定等功能。此外，應用REFOR之架構，在評估塔寮坑溪水位站與雨量站實況後，開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，除持續更新模式所需之基礎資料外，擬於評估景美溪及二重疏洪道資料現況後，納入景美溪及二重疏洪道之河川水理演算。此外，針對河口暴潮位之計算方式進行檢討，並提出改進方式，使預報模式在洪水時期能夠具有準確度高的河口下邊界條件。降雨預報的來源引進颱風氣候法之降雨預報產品，提供預報時期更豐富的雨量預報資訊。為能夠增加每年資料維護更新之便利性，重新檢討基礎資料更新介面之功能並進行改進與擴充。本計畫並延續98年度參數檢定自動化之成果，持續對參數檢定自動化模組進行研發與擴充。 本計畫之預期成果，將提供擴充完成之REFOR模式。擴充後之REFOR模式，河川水位與流量之預報範圍包含淡水河、基隆河、新店溪、景美溪，二重疏洪道納入淡水河演算河段，可完整反映流域內各分洪設施之影響。參數檢定自動化模組的持續研發與改善，資料更新介面的功能擴充，能加速系統後續的維護與更新工作。降雨預報來源包含慣性法、中央氣象局QPESUMS、颱風氣候法等降雨預報產品，可提供完整降雨預報趨勢，配合河口暴潮位的有效掌握，有利於提高逕流與河川預報結果之可靠度，有效提昇十河局洪水預報作業之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990255</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904393</governmentpublicationsnumber><identifier>70344</identifier><internationalstandardbooknumber>9789860260878 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70344</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>99年度淡水河即時洪水預報系統模式擴充及維護(光碟版) Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>淡水河即時洪水預報系統 (REFOR模式)是民國93年十河局自行研發之洪水預報系統。於民國97~98年進行REFOR模式基礎資料的更新與模擬功能的擴充，結合資料庫與GIS介面進行即時預報、事件模擬、決策支援、參數檢定等功能。此外，應用REFOR之架構，在評估塔寮坑溪水位站與雨量站實況後，開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，除持續更新模式所需之基礎資料外，擬於評估景美溪及二重疏洪道資料現況後，納入景美溪及二重疏洪道之河川水理演算。此外，針對河口暴潮位之計算方式進行檢討，並提出改進方式，使預報模式在洪水時期能夠具有準確度高的河口下邊界條件。降雨預報的來源引進颱風氣候法之降雨預報產品，提供預報時期更豐富的雨量預報資訊。為能夠增加每年資料維護更新之便利性，重新檢討基礎資料更新介面之功能並進行改進與擴充。本計畫並延續98年度參數檢定自動化之成果，持續對參數檢定自動化模組進行研發與擴充。 本計畫之預期成果，將提供擴充完成之REFOR模式。擴充後之REFOR模式，河川水位與流量之預報範圍包含淡水河、基隆河、新店溪、景美溪，二重疏洪道納入淡水河演算河段，可完整反映流域內各分洪設施之影響。參數檢定自動化模組的持續研發與改善，資料更新介面的功能擴充，能加速系統後續的維護與更新工作。降雨預報來源包含慣性法、中央氣象局QPESUMS、颱風氣候法等降雨預報產品，可提供完整降雨預報趨勢，配合河口暴潮位的有效掌握，有利於提高逕流與河川預報結果之可靠度，有效提昇十河局洪水預報作業之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990255</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904393</governmentpublicationsnumber><identifier>70345</identifier><internationalstandardbooknumber>9789860260878 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70345</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>99</publishrocyear><title>99年度淡水河即時洪水預報系統模式擴充及維護 〈模式理論手冊〉Extension  and  Maintenance  of  Real  Time  Flash  Flood  Forecasting  Model  for  Dansuie  River  in  2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>在民國93年艾利颱風時，南桃園穩定供水情況因原水高濁度而受到重創，其後增建了石門水庫增設取水工，以期能於颱洪期間取得石門水庫表層低濁度原水。惟依據93年艾利颱風後迄今共7年內實際濁度監測資料顯示，已有3年度發生表層原水濁度超過4,000NTU之情況(註：93年艾利颱風、94年馬莎颱風及96年柯羅莎颱風)，此將超過南桃園主要淨水場之濁度處理能力(註：龍潭場&amp;lt;1,000NTU、平鎮場&amp;lt;4,000NTU)。雖然在「石門水庫及其集水區整治計畫」內各項改善工程，包含電廠防淤及永久河道放水口(PRO)改善工程、石門水庫防洪防淤隧道工程等完成後，將可降低壩區表層原水濁度達一定程度，惟另考量未來氣候異常之變化及水文不確性，石門水庫集水區仍可能發生如莫拉克等級颱風而造成大量土砂入庫，及隨水庫營運年限拉長而壩區淤積日愈上升時等狀況，壩區表層原水濁度仍有升高機會，南桃園地區因濁度高而造成停水之供水風險仍將存在。為確保南桃園地區供水系統水源量於颱洪期間不致發生短缺情況，本計畫備援水池之規劃顯具必要性，是為本計畫之緣起及目的。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>70346</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70346</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃〈內含光碟片〉成果報告書  Preliminary Planning  of  Backup  Water Pond  at   Qin-Shuei-Ken near Shihmen Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>70347</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70347</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護=The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成立本計畫進行第8號附錄合作技術之引進及應用研究,並作為加強台美官方水利技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990297</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>70348</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70348</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究(2/4) Implementation and Application Study of the Achievements between WRA and USBR Cooperation(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成立本計畫進行第8號附錄合作技術之引進及應用研究,並作為加強台美官方水利技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990297</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903760</governmentpublicationsnumber><identifier>70349</identifier><internationalstandardbooknumber>9789860253924 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70349</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台美合作案之技術引進及應用研究(2/4)－光碟版 Implementation and Application Study of the Achievements between WRA and USBR Cooperation(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>70350</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)－內附光碟 Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>70351</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70351</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2)－光碟版 Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>70352</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70352</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2)成果資料--光碟版=Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>70353</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70353</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2) Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>70354</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70354</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究 總報告－光碟版 Investigation on Biodiversity with the concept of River Regime Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>70355</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70355</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究總報告 Investigation on Biodiversity with the concept of River Regime Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990029</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904592</governmentpublicationsnumber><identifier>70356</identifier><internationalstandardbooknumber>9789860262858 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70356</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇〈正式報告書〉(1/2) Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫之委託目的，係以整體規劃方式，有系統的以分年分區方式進行地下水觀測井之井體清洗維護保養，並以井體攝影之手段，檢核該井體清洗、維護保養之成效；除整合前數年本署已委託辦理觀測井之井體井況資料外，並藉本計畫之執行，以井體攝影分析、滯留水水質檢測分析與長時距地下水位分析等技術，分區提出標的之觀測井即時水位可靠性分析，另依分級制度之精神，研擬觀測井清洗及維護保養之頻率、方式與具體做法，以維持觀測井正常功能增加其使用期限，更可確保地下水觀測井水位資料可靠性，以提供國土保育復育相關措施或工程、防災因應及管理措施執行之重要參據。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990216</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904534</governmentpublicationsnumber><identifier>70357</identifier><internationalstandardbooknumber>9789860262261 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70357</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水觀測網井體清洗及維護保養成果報告 Well Development and Maintenance of Groundwater Monitoring Wells in 2010</title><yearidentifier>201011</yearidentifier></data><data><abstract>在全球總水量中，人類可取用的淡水資源不到1%，而淡水資源中又以地下水的貯存總量居冠。由於地表可用的水源有限，且為了滿足日益增加的農業、工業及民生用水的需求量，除了利用水庫調節之外，地下水就成為用水的重要來源之一。因此地下水水質優劣將會影響其使用用途，並可能影響人體健康。執行地下水水質持續監測，可提供水資源利用調配與環境衛生安全參考，並追蹤地下水污染源。依據水利署資料庫統計至民國99年之井口數資料顯示，全台灣現存共計727口自記式地下水觀測井，其中包括&amp; #63775;陽平原有41口、台&amp; #63843;盆地有30口、桃園中壢台地有29口、新苗地區有48口、台中地區有34口、濁水溪沖積扇有210口、嘉南平原有163口、屏東平原有142口、花東縱谷有23口及澎湖地區有7口。藉由這些觀測井所提供之長期水位監測資料，可提供相關單位對於地下水資源永續利用之規劃參考。由過去地下水水質採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補注區等；三為雲林、嘉南平原、蘭陽平原地下水中砷含量偏高，過去也在這些區域發生烏腳病及引發癌症；四為地下水鐵、錳、氨氮、總有機碳偏高，如台灣西南平原地區(雲林至屏東)。綜合以上分析，本計畫99年度將持續針對全台9大地下水分區之自記式觀測井，扣除98年度已篩選之觀測井進行其餘約380口地下水觀測井之水質檢測分析與評估，以持續監測並提出因應對策與建議。檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電&amp; #64001;、pH 及甲烷氣等6項，實驗室水質檢驗鹼&amp; #64001;(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、&amp; #63950;酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳(TOC)、&amp; #63950;化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並進行各觀測井滯&amp; #63949;水基本水質分析；辦理濁水溪沖積扇扇頂新光、六合、溫厝等18站20口觀測井，每半年辦理1次補注區硝酸鹽氮濃度檢測與監測，本年(99)度預計執行採樣2次，共計40口。本計畫期望藉由各項水質項目之分析與評估，提供了解沿海地區地下水鹽化影響程度及分布情形、地下水補注區硝酸鹽氮污染因應對策與建議及雲彰濁水溪扇頂地下水補注區硝酸鹽氮污染情形分布趨勢分析與加強監測。此外， 本團隊也將進行滯留水質監測，並利用相關指標Langelier Saturation Index (LSI)、Ryznar Stability Index (RSI)以及Aggressive Index (AI)之變化情形，評估滯留水質之腐蝕趨勢及對井體結構之影響，並提供具體建議，以作為未來井體維護保養之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990213</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904704</governmentpublicationsnumber><identifier>70358</identifier><internationalstandardbooknumber>9789860264890 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70358</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水水質檢測分析與評估 Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>彰化雲林地區因地面水源有限，又未有大型水庫調整季節豐枯，長期農業、工業及生活等用水均以地下水供應，致地下水位下降，及引發地層下陷現象，造成區域海堤及排水設施功能降低、土壤鹽化、淹水等情況，除影響當地居民生活環境品質及生命財產外，更嚴重影響國家水土資源之永續利用。 為防治地層持續下陷，本署以「防」止地層持續下陷與「治」理已嚴重地層下陷區環境二方向併行。防止地層持續下陷工作為：開發替代水源、補注地下水、產業調整、落實水井管理等以減少地下水抽取量，達減緩地層持續下陷趨勢；於至治理已嚴重地層下陷區之環境，目前則以「易淹水地區水患治理計畫」及「加速辦理地層下陷區排水環境改善示範計畫」辦理，以改善嚴重地層下陷區生活環境品質，降低生命財產損失。 而彰化雲林地區位屬濁水溪沖積扇地下水區，為紓緩其地層下陷情勢，除應積極開發替代水源、減少地下水抽用量外，並可以補注地下水方式，增加地下含水層涵養能力，保育地下水資源，以改善地層持續下陷問題。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980283</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009902313</governmentpublicationsnumber><identifier>70359</identifier><internationalstandardbooknumber>9789860240153 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70359</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>彰化雲林地區地下水補注推動計畫 The Project of Groundeater Recharge For Changhua and Yunlin Regions</title><yearidentifier>201006</yearidentifier></data><data><abstract>為落實地下水觀測網營運管理實施計畫（98年-103年）執行，需辦理各地下水區(蘭陽平原、台北盆地、桃園中壢台地、新苗地區、台中地區、濁水溪沖積扇、嘉南平原、屏東平原、花東縱谷及澎湖地區)觀測井密度評估檢討；以為補充建置之參考，故辦理此計畫。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990062</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904480</governmentpublicationsnumber><identifier>70360</identifier><internationalstandardbooknumber>9789860258271 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測站網檢討及規劃 Review and Planning for Groundwater Monitoring Networks</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣部分地區為加速產業發展,在地面水源供應量不足下,轉而長期仰賴抽取地下水,並造成地層下陷災害.為減少地層下陷災害對環境與國土之破壞,政府自民國84年至民國97年即陸續推動第一期與第二期地層下陷防治執行方案,而本計畫主要為延續第二期地層下陷防治執行方案之工作成果來實施.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990097</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904662</governmentpublicationsnumber><identifier>70361</identifier><internationalstandardbooknumber>9789860263121 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70361</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度彰化、雲林、嘉義、臺南地區地層下陷之監測、調查及分析 Analyzing,Monitoring and Investigating Land Subsidence in Changhwa,Yunlin,Chiayi,and Tainan area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應氣候變遷，本署擬針對雨量、水位流量、河川含砂量、蒸發散量、地下水位、潮位、波浪等水文資料之監測方法、監測站分布位置及資料頻率分析方法進行研究與評析。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990326</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904603</governmentpublicationsnumber><identifier>70362</identifier><internationalstandardbooknumber>9789860263459 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70362</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷水文監測能量評析 Hydrological monitoring and assessment in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據民國98年行政院核定之地下水保育管理計劃，今年度繼續在宜蘭、台北、桃園、高雄與屏東等地區以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)進行地層下陷之嚴密監測，並同時針對新興異常與嚴重沉陷區進行下陷機制之分析與探討，而上述相關監測數據、調查資料與分析成果，未來將作為政府水資源規劃與防範地層下陷之重要參考依據。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990221</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904665</governmentpublicationsnumber><identifier>70363</identifier><internationalstandardbooknumber>9789860263114 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70363</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度宜蘭、臺北、桃園、高雄及屏東地區地層下陷之監測、調查及分析 Analyzing,Monitoring and Investigating Land Subsidence in ILan,Taipei ,Taoyuan,Kaohsiung,and Pingtung Area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>70364</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70364</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)－內附光碟 The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/25</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>70365</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70365</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告－內附光碟 The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>屏東海岸因地層下陷之影響，海堤堤前沙灘多以下陷或流失，逢颱風侵襲期間仍時有海岸災害發生，因此亟需對海岸的變遷特性與災害防護對策進行分析研擬，以提供屏東海岸復育政策實施之參考。</abstract><author>國立中山大學</author><categoryidentifier>443.31</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990229</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1010000553</governmentpublicationsnumber><identifier>70383</identifier><internationalstandardbooknumber>9789860274219 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70383</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東海岸地形資料調查及侵蝕防治策略研究〈1/2〉Study on Field Investigation and Erosion Prevention at Ping-Tung Coast  〈1/2〉</title><yearidentifier>201103</yearidentifier></data><data><abstract>屏東海岸因地層下陷之影響，海堤堤前沙灘多以下陷或流失，逢颱風侵襲期間仍時有海岸災害發生，因此亟需對海岸的變遷特性與災害防護對策進行分析研擬，以提供屏東海岸復育政策實施之參考。</abstract><author>國立中山大學</author><categoryidentifier>443.31</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990229</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1010000553</governmentpublicationsnumber><identifier>70384</identifier><internationalstandardbooknumber>9789860274219 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70384</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東海岸地形資料調查及侵蝕防治策略研究〈1/2〉Study on Field Investigation and Erosion Prevention at Ping-Tung Coast  〈1/2〉光蝶電子書</title><yearidentifier>201103</yearidentifier></data><data><abstract>本紀實蒐集2009年間世界各地發生之重大颱風豪雨事件以及乾旱事件，詳述其天氣系統之演變、當地防救災單位之應變措施及致災原因研判。其能透過瞭解各國水旱災災害之致災原因及防救災單位之應變作為與流程，進而提升國內防救災人員之應變能力，並可進一步學習較佳的防救災措施，提升整體防救災能量。</abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>70385</identifier><internationalstandardbooknumber>9789860228137 ; 9789860228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70385</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>2009年國外水旱災事件紀實(光碟版)</title><yearidentifier>201003</yearidentifier></data><data><abstract>本套書蒐錄地層下陷防治教學資源，包含國中小教師使用之參考教材、兒童繪本及互動式多媒體教學光碟，內附手冊說明提供使用者參酌，適合國中小學教學及親子學習使用。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1009804757</governmentpublicationsnumber><identifier>70387</identifier><internationalstandardbooknumber>9789860238877 ; 9789860238</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70387</librarycollectiondetailsurl><price>850</price><publisher> </publisher><publishrocyear>99</publishrocyear><title>ALex夢遊陷境－地層下陷防治基礎教材(含參考教材、使用說明手冊、兒童繪本-爺爺的小房子及互動式教學光碟等)</title><yearidentifier>201006</yearidentifier></data><data><abstract>莫拉克颱風降下超大豪雨，導致中、南部河川上游集水區多處林班地、山坡地崩坍，所沖刷之土石更造成中、下游河道及水庫嚴重淤積，為減少洪水漫流及二次災害，中央與地方業依行政院核定之「加強河川野溪及水庫疏濬方案」積極推動各項疏濬工作，目前係以河床運輸便道及一般道路系統作為主要運輸方法，為增加疏濬土石運輸能力，爰就各種可能之其他運輸(送)方案，包括但不限於：運輸索道、長距離輸送機（帶）、河床便道運輸、砂石專用道路、平底船、專用鐵路、專用隧道等方式進行資料蒐集，加以個別及綜合分析各運輸方案評估與比較，針對評估後之結果，研選較佳之運輸方案或運輸組合方案，並就濁水溪流域及高屏溪流域河川疏濬現況，進一步辦理可行性規劃作業，藉由較為詳細之調查、可行性檢核分析、工程規劃、工程費、效益、施工計畫、工期、財務及經濟分析，作為後續執行與推動之參考，以利疏濬工作進行。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990393</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1009904875</governmentpublicationsnumber><identifier>70389</identifier><internationalstandardbooknumber>9789860266566 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70389</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>加速河川疏濬土石運輸(送)方案研究 Study on the Accelerative Conveyance Scheme of Gravel from River Dredging</title><yearidentifier>201012</yearidentifier></data><data><abstract>莫拉克颱風降下超大豪雨，導致中、南部河川上游集水區多處林班地、山坡地崩坍，所沖刷之土石更造成中、下游河道及水庫嚴重淤積，為減少洪水漫流及二次災害，中央與地方業依行政院核定之「加強河川野溪及水庫疏濬方案」積極推動各項疏濬工作，目前係以河床運輸便道及一般道路系統作為主要運輸方法，為增加疏濬土石運輸能力，爰就各種可能之其他運輸(送)方案，包括但不限於：運輸索道、長距離輸送機（帶）、河床便道運輸、砂石專用道路、平底船、專用鐵路、專用隧道等方式進行資料蒐集，加以個別及綜合分析各運輸方案評估與比較，針對評估後之結果，研選較佳之運輸方案或運輸組合方案，並就濁水溪流域及高屏溪流域河川疏濬現況，進一步辦理可行性規劃作業，藉由較為詳細之調查、可行性檢核分析、工程規劃、工程費、效益、施工計畫、工期、財務及經濟分析，作為後續執行與推動之參考，以利疏濬工作進行。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990393</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/28</date><governmentpublicationsnumber>1009904875</governmentpublicationsnumber><identifier>70390</identifier><internationalstandardbooknumber>9789860266566 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70390</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>加速河川疏濬土石運輸(送)方案研究 (光碟版) Study on the Accelerative Conveyance Scheme of Gravel from River Dredging</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署各所屬機關各有其成立背景與任務，為強化彼此之業務整合與溝通協調能力，本署於98年及99年赴10個河川局進行雙向業務座談，並就該單位之業務性質與現存問題規劃必要課程，以確立各河川局發展方向、提升其專業及相關知能，同時以本次研究經驗建立本署與所屬機關之互動與交流機制雛型，作為未來定期推廣之重要參考。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980282</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/29</date><governmentpublicationsnumber>1009900919</governmentpublicationsnumber><identifier>70393</identifier><internationalstandardbooknumber>9789860227222 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70393</librarycollectiondetailsurl><price>310</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98水利核心職能提昇與團隊能力建構 2009 Core Competencies Training and Team Capacity Building of the River Management Office</title><yearidentifier>201003</yearidentifier></data><data><abstract>為加速知識轉變成為實際運用的過程，使成熟之研發成果可迅速商品化，建立新興產業；使既有產業因降低成本、提高附加價值而提升競爭力；使推動知識運用而創造新市場需求，成為孕育新興產業的溫床，以帶動知識密集型產業之發展。基此，經濟部水利署於91年推動「輔導知識型水利產業發展計畫」，並成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。 本計畫工作成果包含（1）水利產業知識管理暨資訊交流平台維護管理與資訊新增；（2）輔導育成水利產業相關廠商；（3）協助學研單位提出1件專利申請；（4）蒐集97-98年國內水利產業相關之專利，並辦理1場次專利發表說明會；（5）辦理4場次水利產業相關之創新技術、行銷管理技術等說明會或專題講座；（6）協助8家廠商參與2場次水科技或商品展；（7）協助配合推動水利產業育成網絡。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990404</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/29</date><governmentpublicationsnumber>1009904846</governmentpublicationsnumber><identifier>70394</identifier><internationalstandardbooknumber>9789860266368 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70394</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利產業育成輔導與技術推廣計畫(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生，故目前國外已在污水回收生產再生水、直接淨水生產、與海(鹹)水淡化三方面之淨水處理廣泛使用薄膜處理技術。國內對相關研究仍屬萌芽階段，為因應未來飲用水法規標準調整之需要及目前淨水處理設備、程序之汰新需求，針對本土水資源條件之薄膜過濾技術進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。</abstract><author>台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990004</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/29</date><governmentpublicationsnumber>1009904540</governmentpublicationsnumber><identifier>70395</identifier><internationalstandardbooknumber>9789860261776 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70395</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(2/4)(光碟版) Establishment of membrance technologies for advanced drinking water treatment provesses(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫預計推動省水器材普及化、推動機關學校用水填報制度、辦理節水產業經濟分析、建立節約用水績效評估方法，以期能如期完成「2008年～2012年積極推動節約用水計畫」之既定目標，更冀望能進一步提早達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990066</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904326</governmentpublicationsnumber><identifier>70396</identifier><internationalstandardbooknumber>9789860260113 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70396</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年省水器材推動與節水績效評估研究（2/3）The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫預計推動省水器材普及化、推動機關學校用水填報制度、辦理節水產業經濟分析、建立節約用水績效評估方法，以期能如期完成「2008年～2012年積極推動節約用水計畫」之既定目標，更冀望能進一步提早達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990066</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904326</governmentpublicationsnumber><identifier>70397</identifier><internationalstandardbooknumber>9789860260113 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70397</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98~100年省水器材推動與節水績效評估研究（2/3）光碟版 The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，本署於93年起即透過教育宣導，陸續舉辦溫泉法規政策說明會、製作廣告文宣等，輔導地方政府溫泉業辦人員、溫泉業者、執業技師及民眾等熟悉相關規定，以助溫泉管理之健全。 隨著溫泉法的施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視；基於溫泉資源為國家所有，更應為全民所共享，將溫泉資源保育相關知識向下紮根並向外擴散，讓全民認同溫泉管理並共同參與溫泉保育的工作，應是溫泉資源保育宣導首要之務。 檢討歷年溫泉宣導計畫並因應溫泉法緩衝期限於99年7月1日將屆，在實務面、技術面諸如溫泉取用費徵收之輔導、溫泉計畫書之審查作業與溫泉計量、檢測、貯儲技術等相關教育宣導以及溫泉資源保育觀念更全面深入之散佈、推廣等，仍有加強改善空間，特別針對溫泉業者及縣市政府承辦人員有加速推動輔導業者合法化之必要，爰需持續辦理相關宣導計畫，並就以往未竟之處漸予周全，以達溫泉永續利用政策目標。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990101</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904456</governmentpublicationsnumber><identifier>70398</identifier><internationalstandardbooknumber>9789860261622 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70398</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度溫泉資源保育教育宣導計畫 The Project of Preservation, Educatiion and Promotion of Spring Resources in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，本署於93年起即透過教育宣導，陸續舉辦溫泉法規政策說明會、製作廣告文宣等，輔導地方政府溫泉業辦人員、溫泉業者、執業技師及民眾等熟悉相關規定，以助溫泉管理之健全。 隨著溫泉法的施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視；基於溫泉資源為國家所有，更應為全民所共享，將溫泉資源保育相關知識向下紮根並向外擴散，讓全民認同溫泉管理並共同參與溫泉保育的工作，應是溫泉資源保育宣導首要之務。 檢討歷年溫泉宣導計畫並因應溫泉法緩衝期限於99年7月1日將屆，在實務面、技術面諸如溫泉取用費徵收之輔導、溫泉計畫書之審查作業與溫泉計量、檢測、貯儲技術等相關教育宣導以及溫泉資源保育觀念更全面深入之散佈、推廣等，仍有加強改善空間，特別針對溫泉業者及縣市政府承辦人員有加速推動輔導業者合法化之必要，爰需持續辦理相關宣導計畫，並就以往未竟之處漸予周全，以達溫泉永續利用政策目標。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990101</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904456</governmentpublicationsnumber><identifier>70400</identifier><internationalstandardbooknumber>9789860261622 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70400</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度溫泉資源保育教育宣導計畫(光碟版) The Project of Preservation, Educatiion and Promotion of Spring Resources in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地區隨著時空、地域之影響，造成降雨量分佈極不平均，且現階段優良壩址越來越少，開發相當不易，因此當前之水資源開發政策因而轉為以管理工作為主，目前除應加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。而為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據，同時配合「用水計畫書審查作業要點」第六條中規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾事項進行查核、督導，並追蹤開發單位之用水及節水現況，爰此，水利署為確實了解國內各開發案件之實際用水量，遂積極推動本計畫之執行，藉以掌握區域用水之現況，並進行合理用水量之分配，進而達到水資源有效利用之目的。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904692</governmentpublicationsnumber><identifier>70401</identifier><internationalstandardbooknumber>9789860263299 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70401</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>用水計畫書查核電子申報及額定用水回收率檢討－光碟版 Water-Use Prospectus Review E-filling and Recycle Rate of Evaluation of Domestic Water Use Limit</title><yearidentifier>201012</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，並逐步彙整、建置地方上傳基本資料，需辦理後續系統維護圖層編修以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正；另為因應溫泉法緩衝期將屆並配合縣市政府所需，資料庫系統亦須酌予修正並予擴充其功能。</abstract><author>理太科技股份有限公司</author><categoryidentifier>354.3092</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990112</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904547</governmentpublicationsnumber><identifier>70402</identifier><internationalstandardbooknumber>9789860262032 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70402</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>溫泉資源基本資料庫擴充及維護計畫(1/3) Expansion and Maintenance of Hot Springs Resources Basic Database Plan (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，並逐步彙整、建置地方上傳基本資料，需辦理後續系統維護圖層編修以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正；另為因應溫泉法緩衝期將屆並配合縣市政府所需，資料庫系統亦須酌予修正並予擴充其功能。</abstract><author>理太科技股份有限公司</author><categoryidentifier>354.3092</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990112</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904547</governmentpublicationsnumber><identifier>70403</identifier><internationalstandardbooknumber>9789860262032 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70403</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>溫泉資源基本資料庫擴充及維護計畫(1/3)－光碟版 Expansion and Maintenance of Hot Springs Resources Basic Database Plan (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置安通地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990110</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904453</governmentpublicationsnumber><identifier>70405</identifier><internationalstandardbooknumber>9789860260120 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70405</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>安通溫泉地區基本資料調查暨改善規畫 The Basic Information Investigation and Improvement Scheme in Antong Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置安通地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990110</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904453</governmentpublicationsnumber><identifier>70407</identifier><internationalstandardbooknumber>9789860260120 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70407</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>安通溫泉地區基本資料調查暨改善規畫(光碟版) The Basic Information Investigation and Improvement Scheme in Antong Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置谷關地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>岑翊工程顧問公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990109</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904546</governmentpublicationsnumber><identifier>70421</identifier><internationalstandardbooknumber>9789860262025 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70421</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>谷關溫泉地區基本資料調查暨改善規劃 The Basic Information Investigation and Improvement Scheme in Kukuan Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置谷關地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>岑翊工程顧問公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990109</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904546</governmentpublicationsnumber><identifier>70422</identifier><internationalstandardbooknumber>9789860262025 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70422</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>谷關溫泉地區基本資料調查暨改善規劃(光碟版) The Basic Information Investigation and Improvement Scheme in Kukuan Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置金山、萬里溫泉地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>玉山資源有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990111</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904455</governmentpublicationsnumber><identifier>70425</identifier><internationalstandardbooknumber>9789860261639 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70425</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>金山、萬里溫泉地區基本資料調查暨改善規劃委託服務計畫成果報告書 The Basic Information Investigation and Improvement Scheme in Jinsan-Wanli Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置金山、萬里溫泉地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>玉山資源有限公司</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990111</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904455</governmentpublicationsnumber><identifier>70426</identifier><internationalstandardbooknumber>9789860261639 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70426</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>金山、萬里溫泉地區基本資料調查暨改善規劃委託服務計畫成果報告書(光碟版) The Basic Information Investigation and Improvement Scheme in Jinsan-Wanli Kukuan Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置金崙地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990087</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904461</governmentpublicationsnumber><identifier>70440</identifier><internationalstandardbooknumber>9789860261646 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70440</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>金崙溫泉地區基本資料調查改善規劃 The Basic Information Investigation and Improvement Scheme in Jinlun Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應溫泉法緩衝期規定，本署基於溫泉法中央主管機關立場，積極輔導溫泉既有業者合法申請；另依溫泉法第10條規定，地方主管機關應調查轄區內之溫泉位置、泉質、地質概況及使用現況等，建立溫泉資源基本資料庫，必要時，由中央主管機關予以協助。 為加速既有溫泉業者依溫泉法及溫泉開發許可辦法規定申請開發許可，擬透過本計畫建置金崙地區基本資料、針對溫泉井進行改善規劃並進而配合縣市政府協調既有溫泉業者，以期將溫泉業者合法納管。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990087</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/30</date><governmentpublicationsnumber>1009904461</governmentpublicationsnumber><identifier>70442</identifier><internationalstandardbooknumber>9789860261646 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70442</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>金崙溫泉地區基本資料調查改善規劃(光碟版) The Basic Information Investigation and Improvement Scheme in Jinlun Hot Spring Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>石門水庫上游集水區地形陡峻，近年來受到全球氣候異常、自然風化及地震作用之影響，山坡地崩塌日益嚴重，加上每年受颱風及豪大雨侵襲數次，造成水庫集水區上游河川含砂量大幅增加，使得石門水庫原水濁度飆高，影響民生用水及產業發展。本計畫即針對上述問題，積極進行上游5個水位流量站之河川含砂量、水位及流量等監測，並將石門水庫過去長期人工觀測之水文資料建立整合之資料庫，有助於相關單位水庫營運操作策略之研擬。 本計畫共完成民國97年至99年石門水庫上游集水區霞雲、高義、稜角、玉峰及秀巒等5個水位站總計約62次平常時期及7次颱洪時期之流量及含砂量現場量測工作，並完成「水位-流量」及「流量-輸砂量」率定公式，及相關水文報表。並將歷年之雨量、水位、流量、含砂量、蒸發量、入滲量及土壤含水量等資料建置完整資料庫，建置報表輸出系統及水文資料傳送接收系統，以方便相關報表之輸出及大署經由遠端傳輸方式取得所需資料。執行期間，亦引進各式新型超音波流速儀做為流量及水深量測之工具，解決傳統量測方式所存在之不合理問題，已大幅增加流量量測之效率及準確性。 鑑於流量及含砂量等資料為國家水資源規劃及水利建設之最基本依據，攸關國土安全，水利單位應持續重視水文基本資料之量測工作，除應使用新科技提升量測準確度外，並應積極建置自動化洪水流量觀測站，以達準確、安全及全洪程測量之現代化水文觀測目標。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009905053</governmentpublicationsnumber><identifier>70453</identifier><internationalstandardbooknumber>9789860269543 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70453</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫上游集水區流量與含砂量量測及水文資料數化庫建立 Flow and Sediment Measurement and Hydrology Database Establishment for Upstream Watershed of the Shimen Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70454</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70454</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護 Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>統計台灣地區民國98年生活用水、農業用水、工業用水、蓄水設施水量之水量。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990122</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904903</governmentpublicationsnumber><identifier>70456</identifier><internationalstandardbooknumber>9789860266801 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70456</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年各標的用水量統計報告(內附光碟) The Water Consumption in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>統計台灣地區民國98年蓄水設施水量營運之相關資料。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990122</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904907</governmentpublicationsnumber><identifier>70460</identifier><internationalstandardbooknumber>9789860266603 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70460</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年蓄水設施水量營運統計報告(內附光碟) The Management of Water Storage Facilities in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置作業，一直是重要之課題。     因此本計畫研擬運用專業機構之專業能力及充足人力資源，於汛期前，協助水利署執行旱災整備。汛期期間，於災前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後相關報告，包括人造雨案例報告、人工增雨技術報告、2008水利防災年報、2009水利防災年報及2009國外重大水利災害報告。</abstract><author>國立臺灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980128</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009901051</governmentpublicationsnumber><identifier>70461</identifier><internationalstandardbooknumber>9789860228144 ; 9789860228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70461</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部暨水利署災害應變中心服務團計畫 Disaster Prevention Service Group of WRA. MOEA</title><yearidentifier>201004</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70462</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70462</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護 Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>統計台灣地區民國98年農業用水量，其包括灌溉、養殖及畜牧之面積與水量。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990122</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904904</governmentpublicationsnumber><identifier>70463</identifier><internationalstandardbooknumber>9789860266788 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70463</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年農業用水量統計報告(內附光碟) The Agricultural Water Consumption in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>統計民國98年台灣地區生活用水之行政區人口及用水量。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990122</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904902</governmentpublicationsnumber><identifier>70464</identifier><internationalstandardbooknumber>9789860266818 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70464</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年生活用水量統計報告(內附光碟) The Domestic Water Consumption in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>70465</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70465</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>70466</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70466</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract>統計民國98年工業面積及用水量。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>460.98   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990122</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904899</governmentpublicationsnumber><identifier>70468</identifier><internationalstandardbooknumber>9789860266795 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70468</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年工業用水量統計報告(內附光碟) The Industrial Water Consumption in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>針對1.國內外相關用水統計文獻蒐整2.彙編修訂台灣地區各項用水量統計報告3.申請水權量與實際用水量之相關性探討4. 民生供水損失率資料蒐集研擬5. 生活用水相關分析探討6. 農業用水相關分析探討7. 用水統計資料庫系統更新及維護8. 工業用水量統計方式修定探討八項作資料蒐集及探討</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970087</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904910</governmentpublicationsnumber><identifier>70474</identifier><internationalstandardbooknumber>9789860266832 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70474</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區用水統計調查方式更新改善與彙編98-100年各項用水統計報告(1/3)總報告 To improve water used statistical and survey method, compile 98-100 report on water statistical in Taiwan (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>針對1.國內外相關用水統計文獻蒐整2.彙編修訂台灣地區各項用水量統計報告3.申請水權量與實際用水量之相關性探討4. 民生供水損失率資料蒐集研擬5. 生活用水相關分析探討6. 農業用水相關分析探討7. 用水統計資料庫系統更新及維護8. 工業用水量統計方式修定探討八項作資料蒐集及探討</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970087</commissionedprojectidentifier><currency>NT$</currency><date>2011/3/31</date><governmentpublicationsnumber>1009904910</governmentpublicationsnumber><identifier>70476</identifier><internationalstandardbooknumber>9789860266832 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70476</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區用水統計調查方式更新改善與彙編98-100年各項用水統計報告(1/3)總報告(光碟版) To improve water used statistical and survey method, compile 98-100 report on water statistical in Taiwan (1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70505</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70505</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護=Extension and Maintenance of Distributed Run-off And Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實中央及地方水權主管機關對於各標的用水範圍管理，經濟部爰於97年12月17日修正「水權水為有限的天然資源，並非取之不盡、用之不竭。水對於民眾生活、工業及農業的生產、社會經濟的活動，與產業的發展均具有關鍵性的影響，無論是農業、工業、都市發展、水力發電、漁業養殖、休閒與其他活動，都必須運用水資源。台灣因受地理與氣候條件的限制，原本就存在著水資源供給「不足」的問題，近年來又因社會轉型及經濟快速發展，導致各標的用水間產生了配置「不均」與效率「不彰」的問題，凡此種種均使得我國在水資源經營管理上面臨極大的挑戰。     依現行水利法之規定，乃是透過水權登記、用水查核、水源調配等規範，建構我國用水管理的核心，其中「水權登記」則是水資源分配使用之根本，而水權申請按件之標的用水需用水量計算，以及水資源之供水潛能的估算，將是落實水權登記核定水權量之基礎。歷年來，關於「各用水標的事業所必需用水量」之計算公式，以及水資源之供水潛能的估算等，多有研究且有顯著的成果，惟獨在「各標的用水範圍管理」部分，迄今仍未有輔助稽核管理機制，對於龐雜的資料，水權主管機關受限於人力，往往無法在規定的核辦期限內，將諸如--地目與用水標的不符、同一用水範圍重複申請水權等情形一一排除，導致水資源分配、使用的公平性與效率性均出現相當的落差。     為改善此一情況，同時落實中央及地方水權主管機關對於各標的用水範圍管理，本計畫98年度完成「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍管理制度建立、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍稽核機制規劃、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍處理系統開發、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍稽核作業實施等工作項目。     而今年度計畫則將「工業用水」、「水力用水」及「其他用途」等標的之水權用水範圍管理一併納入規劃，使水資源的合理分配及經營管理更臻完備，同時透過用水範圍處理系統之操作及擴充，提昇水權用水範圍作業效率、強化水權用水範圍的經營管理。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990182</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904702</governmentpublicationsnumber><identifier>70506</identifier><internationalstandardbooknumber>9789860260502 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70506</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水資源經營管理－水權用水範圍稽核作業(2/2) Watwer Rresource Management and Operation Water Rights Coverage Area Examination (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為落實中央及地方水權主管機關對於各標的用水範圍管理，經濟部爰於97年12月17日修正「水權水為有限的天然資源，並非取之不盡、用之不竭。水對於民眾生活、工業及農業的生產、社會經濟的活動，與產業的發展均具有關鍵性的影響，無論是農業、工業、都市發展、水力發電、漁業養殖、休閒與其他活動，都必須運用水資源。台灣因受地理與氣候條件的限制，原本就存在著水資源供給「不足」的問題，近年來又因社會轉型及經濟快速發展，導致各標的用水間產生了配置「不均」與效率「不彰」的問題，凡此種種均使得我國在水資源經營管理上面臨極大的挑戰。     依現行水利法之規定，乃是透過水權登記、用水查核、水源調配等規範，建構我國用水管理的核心，其中「水權登記」則是水資源分配使用之根本，而水權申請按件之標的用水需用水量計算，以及水資源之供水潛能的估算，將是落實水權登記核定水權量之基礎。歷年來，關於「各用水標的事業所必需用水量」之計算公式，以及水資源之供水潛能的估算等，多有研究且有顯著的成果，惟獨在「各標的用水範圍管理」部分，迄今仍未有輔助稽核管理機制，對於龐雜的資料，水權主管機關受限於人力，往往無法在規定的核辦期限內，將諸如--地目與用水標的不符、同一用水範圍重複申請水權等情形一一排除，導致水資源分配、使用的公平性與效率性均出現相當的落差。     為改善此一情況，同時落實中央及地方水權主管機關對於各標的用水範圍管理，本計畫98年度完成「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍管理制度建立、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍稽核機制規劃、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍處理系統開發、「家用及公共給水」與「農業（灌溉、養殖、畜牧）用水」等標的之水權用水範圍稽核作業實施等工作項目。     而今年度計畫則將「工業用水」、「水力用水」及「其他用途」等標的之水權用水範圍管理一併納入規劃，使水資源的合理分配及經營管理更臻完備，同時透過用水範圍處理系統之操作及擴充，提昇水權用水範圍作業效率、強化水權用水範圍的經營管理。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990182</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904702</governmentpublicationsnumber><identifier>70509</identifier><internationalstandardbooknumber>9789860260502 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70509</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水資源經營管理－水權用水範圍稽核作業(2/2)－光碟版 Watwer Rresource Management and Operation Water Rights Coverage Area Examination (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>「水權管理支援系統維護與建置」計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理支援系統及資料庫作持續性的維護改善。 水權管理支援系統從建置至今，經歷數年維護計畫及功能增補，系統程式架構與目錄、程式碼撰寫、資料庫格式都缺乏統一及明確的規則；加上現今網路發達，網路攻擊層出不窮，各式因應資訊安全的系統安全掃瞄工具產品因應而生；為了符合資訊安全的規範，本計畫除維護水權管理支援系統，同時進行水權管理支援系統改版建置作業，系統改版建置工作期限預計為期2年。 目前，全國共有29個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護及系統改版計畫工作。</abstract><author>至盛國土科技顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990065</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904827</governmentpublicationsnumber><identifier>70510</identifier><internationalstandardbooknumber>9789860265958 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70510</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水權管理支援系統維護與改版建置(1/2) Maintenance and Renew Establishment of the Water Rights Support System (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>「水權管理支援系統維護與建置」計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理支援系統及資料庫作持續性的維護改善。 水權管理支援系統從建置至今，經歷數年維護計畫及功能增補，系統程式架構與目錄、程式碼撰寫、資料庫格式都缺乏統一及明確的規則；加上現今網路發達，網路攻擊層出不窮，各式因應資訊安全的系統安全掃瞄工具產品因應而生；為了符合資訊安全的規範，本計畫除維護水權管理支援系統，同時進行水權管理支援系統改版建置作業，系統改版建置工作期限預計為期2年。 目前，全國共有29個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護及系統改版計畫工作。</abstract><author>至盛國土科技顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990065</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904827</governmentpublicationsnumber><identifier>70511</identifier><internationalstandardbooknumber>9789860265958 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70511</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水權管理支援系統維護與改版建置(1/2)－光碟版 Maintenance and Renew Establishment of the Water Rights Support System (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>石門水庫上游集水區地形陡峻，近年來受到全球氣候異常、自然風化及地震作用之影響，山坡地崩塌日益嚴重，加上每年受颱風及豪大雨侵襲數次，造成水庫集水區上游河川含砂量大幅增加，使得石門水庫原水濁度飆高，影響民生用水及產業發展。本計畫即針對上述問題，積極進行上游5個水位流量站之河川含砂量、水位及流量等監測，並將石門水庫過去長期人工觀測之水文資料建立整合之資料庫，有助於相關單位水庫營運操作策略之研擬。 本計畫共完成民國97年至99年石門水庫上游集水區霞雲、高義、稜角、玉峰及秀巒等5個水位站總計約62次平常時期及7次颱洪時期之流量及含砂量現場量測工作，並完成「水位-流量」及「流量-輸砂量」率定公式，及相關水文報表。並將歷年之雨量、水位、流量、含砂量、蒸發量、入滲量及土壤含水量等資料建置完整資料庫，建置報表輸出系統及水文資料傳送接收系統，以方便相關報表之輸出及大署經由遠端傳輸方式取得所需資料。執行期間，亦引進各式新型超音波流速儀做為流量及水深量測之工具，解決傳統量測方式所存在之不合理問題，已大幅增加流量量測之效率及準確性。 鑑於流量及含砂量等資料為國家水資源規劃及水利建設之最基本依據，攸關國土安全，水利單位應持續重視水文基本資料之量測工作，除應使用新科技提升量測準確度外，並應積極建置自動化洪水流量觀測站，以達準確、安全及全洪程測量之現代化水文觀測目標。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009905053</governmentpublicationsnumber><identifier>70512</identifier><internationalstandardbooknumber>9789860269543 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70512</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫上游集水區流量與含砂量量測及水文資料數化庫建立(光碟版) Flow and Sediment Measurement and Hydrology Database Establishment for Upstream Watershed of the Shimen Reservoir</title><yearidentifier>201012</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「國際知識引介與氣候變遷研究交流」之子計畫，其目的係為為確保我國水環境暨水利建設因應氣候變遷衝擊之調適策略與方案研究計畫能與國際接軌，故成立歐盟氣候變遷國際合作計畫，期望於合作過程中，掌握歐盟及其會員國因應氣候變遷之作為，並能透過國際技術交流與研討會方式，與歐盟及其會員國之專家學者探討我國因應氣候變遷之策略與方案，以進一步提供我國水環境暨水利建設因應氣候變遷調適策略與行動方案之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990335</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1010000359</governmentpublicationsnumber><identifier>70513</identifier><internationalstandardbooknumber>9789860271829 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70513</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>歐盟氣候變遷國際合作計畫 Internatioal Cooperation Program of European Union Climate Change</title><yearidentifier>201012</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「國際知識引介與氣候變遷研究交流」之子計畫，其目的係為為確保我國水環境暨水利建設因應氣候變遷衝擊之調適策略與方案研究計畫能與國際接軌，故成立歐盟氣候變遷國際合作計畫，期望於合作過程中，掌握歐盟及其會員國因應氣候變遷之作為，並能透過國際技術交流與研討會方式，與歐盟及其會員國之專家學者探討我國因應氣候變遷之策略與方案，以進一步提供我國水環境暨水利建設因應氣候變遷調適策略與行動方案之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990335</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1010000359</governmentpublicationsnumber><identifier>70514</identifier><internationalstandardbooknumber>9789860271829 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70514</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>歐盟氣候變遷國際合作計畫(光碟版)  Internatioal Cooperation Program of European Union Climate Change</title><yearidentifier>201012</yearidentifier></data><data><abstract>為強化本署與所屬機關之業務整合與溝通協調能力，本署於98~99年初赴10個河川局與主管進行雙向業務座談，同時就該單位業務性質規劃提昇核心職能之課程，成效良好，並獲各所屬機關之肯定。99年後半年，擬以3個水資源局、水規所與台北水源特定區管理局為對象，延續執行訓練課程與雙向業務座談活動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990179</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904422</governmentpublicationsnumber><identifier>70515</identifier><internationalstandardbooknumber>9789860261011 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70515</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年水利核心職能提昇與團隊能力建構 2010 Core Competencies Training and Team Capacity Building of the Subordinate Units of Water Resources Agency</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70516</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70516</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護(光碟版) Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來本署辦理「易淹水地區水患治理計畫」計畫內容各工程已陸續完成，需拍攝相關照片輔助說明，並進行問卷調查，以檢討辦理本計畫之成效，並加強對外界說明。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990104</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1010000167</governmentpublicationsnumber><identifier>70517</identifier><internationalstandardbooknumber>9789860269758 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70517</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署易淹水地區水患治理計畫—治理成效照片拍攝及問卷資料蒐集(內附光碟) Water Resources Agency, Ministry of Economic Affairs Regulation Project of Flood-Prone Areas-Regulation Project of Flood-Prone Areas Picture Taking and Questionnaire Data</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交聽大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/1</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70518</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70518</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)－光碟版 TThe obsercation and measurement of sediment transport and the studies of application and decelopment of density current simulation model in Shihman Resercoir(Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生，故目前國外已在污水回收生產再生水、直接淨水生產、與海(鹹)水淡化三方面之淨水處理廣泛使用薄膜處理技術。國內對相關研究仍屬萌芽階段，為因應未來飲用水法規標準調整之需要及目前淨水處理設備、程序之汰新需求，針對本土水資源條件之薄膜過濾技術進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。</abstract><author>台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990004</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/6</date><governmentpublicationsnumber>1009904540</governmentpublicationsnumber><identifier>70519</identifier><internationalstandardbooknumber>9789860261776 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70519</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(2/4) Establishment of membrance technologies for advanced drinking water treatment provesses(2/4)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在建構一個具備即時監控及資訊管理現代化典範之不同規模淨水場操作模式，以因應原水水質之多變與劣化，可提供傳統淨水場未來升級為現代化淨水場所之依據。並且，透過淨水場操作者經驗的知識化管理，發展全國淨水場操作資訊系統平台，據以強化淨水場管理及操作效能，並發展公共給水產業知識網絡系統，整合產官學專業資源，活絡台灣自來水事業從業人員之知識分享，促成自來水事業相關資訊的知識化管理，確保量足質優的服務品質。</abstract><author>國立交通大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990006</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/6</date><governmentpublicationsnumber>1009904437</governmentpublicationsnumber><identifier>70520</identifier><internationalstandardbooknumber>9789860261370 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70520</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(2/3) The establishment of up to date operation control in the plant and knowledge based technology for information management system for public water supply (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫旨在建構一個具備即時監控及資訊管理現代化典範之不同規模淨水場操作模式，以因應原水水質之多變與劣化，可提供傳統淨水場未來升級為現代化淨水場所之依據。並且，透過淨水場操作者經驗的知識化管理，發展全國淨水場操作資訊系統平台，據以強化淨水場管理及操作效能，並發展公共給水產業知識網絡系統，整合產官學專業資源，活絡台灣自來水事業從業人員之知識分享，促成自來水事業相關資訊的知識化管理，確保量足質優的服務品質。</abstract><author>國立交通大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990006</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/6</date><governmentpublicationsnumber>1009904437</governmentpublicationsnumber><identifier>70521</identifier><internationalstandardbooknumber>9789860261370 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70521</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(2/3)－光碟版 The establishment of up to date operation control in the plant and knowledge based technology for information management system for public water supply (2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>公共給水為一個國家發展程度之重要指標，而公共給水之配水管網位於水資源與民眾用水之間最後一道連結，其有效之管理與維護以保障民眾用水之權益與安全更為各國政府所重視。台灣地區發展公共給水事業已30年，雖已有自來水普及率大幅提昇，對配水管網管理維護之重視程度相較於先進國家仍有努力空間，特別是在漏水與水壓管理、配水池應用、管網水質管理、水理模式及其他資訊工具等之應用，仍有再提升之空間與其必要性。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990005</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/6</date><governmentpublicationsnumber>1009904601</governmentpublicationsnumber><identifier>70522</identifier><internationalstandardbooknumber>9789860263077 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70522</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(2/3) Public Water Supply Network Management and Maintenance Technology Upgrade (2/3</title><yearidentifier>201012</yearidentifier></data><data><abstract>公共給水為一個國家發展程度之重要指標，而公共給水之配水管網位於水資源與民眾用水之間最後一道連結，其有效之管理與維護以保障民眾用水之權益與安全更為各國政府所重視。台灣地區發展公共給水事業已30年，雖已有自來水普及率大幅提昇，對配水管網管理維護之重視程度相較於先進國家仍有努力空間，特別是在漏水與水壓管理、配水池應用、管網水質管理、水理模式及其他資訊工具等之應用，仍有再提升之空間與其必要性。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990005</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/6</date><governmentpublicationsnumber>1009904601</governmentpublicationsnumber><identifier>70523</identifier><internationalstandardbooknumber>9789860263077 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70523</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(2/3)－光碟版 Public Water Supply Network Management and Maintenance Technology Upgrade (2/3</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70524</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70524</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2) The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70525</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70525</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2)--光碟版=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.642   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70526</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70526</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2)計畫成果資料光碟版=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本報告針對石門水庫颱洪期間監測高濃度之水砂運移特性，以及發展適合石門水庫防淤課題的數值模式，藉由量測結果以及數值模擬以提供水庫排淤方案評估所需資訊。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>098D27125050000</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70527</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70527</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告) = The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70528</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70528</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)--光碟版=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.642   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70529</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70529</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)計畫成果資料光碟版=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風的侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪可能越過海堤堤頂而導致海水倒灌及沿海區域之溢淹。本計畫為推動東部海岸海岸溢淹潛勢圖資製作之研究，計畫期程為一年，計畫目的為以台灣東部宜蘭、花蓮、台東海岸可能發生海岸溢淹之保全海岸區域為工作範圍，進行海岸溢淹潛勢研究，建立台灣東部保全海岸區域溢淹潛勢圖資，以提供協助海岸防災救災決策之參考。為達到上述目標，本計畫包含「東部海岸溢淹保全區域評估」、「歷史資料分析」、「地理資訊資料庫建立」、「近岸波揚、波浪溯升與越波情境模擬及分析」、「海岸溢淹模式建立、校驗與模擬」、「建立保全海岸區域之海岸溢淹潛勢圖資」等六項工作項目。計畫首先從東部海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點；再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌情況下之越波量，作為海岸溢淹模擬之輸入資料；建立海岸溢淹模式，並選擇引發保全海岸區海岸溢淹災害之颱風事件，進行模式校驗；最後進行不同重現期颱風波浪強度之海岸溢淹模擬，據此建立東部海岸溢淹潛勢圖資，並提出海岸溢淹保全計畫建議。計畫成果將可作為後續海岸溢淹災害評估與決策之參考，有助於水利署推動海岸溢淹防災業務。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990228</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904202</governmentpublicationsnumber><identifier>70530</identifier><internationalstandardbooknumber>9789860258684 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70530</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>東部海岸海岸溢淹潛勢圖資製作之研究--光碟版=Research on Producing the Potential Maps of Coastal Floods at Eastern Coastal Area in Taiwan</title><yearidentifier>201012</yearidentifier></data><data><abstract>所規劃之地區性災害預警即時通報系統，以分析歷年因降雨所造成之災害資料，對應歷年雨量站或流量站資料方式，建立雨量或流量警戒值。當即時之雨量或流量資料達到警戒值時，於災害可能發生地點鄰近之行動電話基地台，利用簡訊方式，自動發佈災害資訊通知其訊號涵蓋範圍之互聯行動電話用戶，進行初步探討。對於各家行動電話業者基地台種類、各基地台分佈地點及涵蓋有效範圍、簡訊發佈可行性及意願進行調查，並以屏東縣林邊鄉為例，分析本系統建置時程及建置與維護運作所需費用，做為未來建置本系統之參考。</abstract><author>國立中央大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990042</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904317</governmentpublicationsnumber><identifier>70531</identifier><internationalstandardbooknumber>9789860260021 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70531</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>主動式民眾淹水預警資訊通報系統之研發 Developing a flood warning information system for general pulblic</title><yearidentifier>201012</yearidentifier></data><data><abstract>所規劃之地區性災害預警即時通報系統，以分析歷年因降雨所造成之災害資料，對應歷年雨量站或流量站資料方式，建立雨量或流量警戒值。當即時之雨量或流量資料達到警戒值時，於災害可能發生地點鄰近之行動電話基地台，利用簡訊方式，自動發佈災害資訊通知其訊號涵蓋範圍之互聯行動電話用戶，進行初步探討。對於各家行動電話業者基地台種類、各基地台分佈地點及涵蓋有效範圍、簡訊發佈可行性及意願進行調查，並以屏東縣林邊鄉為例，分析本系統建置時程及建置與維護運作所需費用，做為未來建置本系統之參考。</abstract><author>國立中央大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990042</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904317</governmentpublicationsnumber><identifier>70532</identifier><internationalstandardbooknumber>9789860260021 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70532</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>主動式民眾淹水預警資訊通報系統之研發－光碟版 Developing a flood warning information system for general pulblic</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署95年建立之淹水預警系統，係應用淹水潛勢圖與水文資料進行淹水預警，近兩年因各地區淹水潛勢圖已陸續完成，為擴大應用範圍，並持續研發與維護，以提升淹水預警系統之準確度及實用性，本計畫規劃2年期程完成淹水預警系統之更新工作，第一年完成淹水預警方法評估，第二年完成淹水預警系統更新。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990041</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904350</governmentpublicationsnumber><identifier>70533</identifier><internationalstandardbooknumber>9789860260533 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70533</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>淹水潛勢圖應用科技之研究-淹水預警系統更新(2/2) A Study of Applying Poteneial Inundation Maps -Upgrading the Inundation Warning System (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署95年建立之淹水預警系統，係應用淹水潛勢圖與水文資料進行淹水預警，近兩年因各地區淹水潛勢圖已陸續完成，為擴大應用範圍，並持續研發與維護，以提升淹水預警系統之準確度及實用性，本計畫規劃2年期程完成淹水預警系統之更新工作，第一年完成淹水預警方法評估，第二年完成淹水預警系統更新。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990041</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1009904350</governmentpublicationsnumber><identifier>70534</identifier><internationalstandardbooknumber>9789860260533 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70534</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>淹水潛勢圖應用科技之研究-淹水預警系統更新(2/2)－光碟版 A Study of Applying Poteneial Inundation Maps -Upgrading the Inundation Warning System (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>許多易淹水地區位於沿海低地平原，各排水系統之排水能力及淹水減免能力之影響因素包括：(1)集水區中豪雨逕流；(2)相鄰海域及潟湖之暴潮進出；(3)因相鄰集水區間分水嶺高度不足導致之越域水流。故自流域綜合治水之需求而言，應發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水─排水演算模式，以比較檢討區域排水系統之排水改善功能及尚需改善地區，並推廣應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990045</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1010000022</governmentpublicationsnumber><identifier>70535</identifier><internationalstandardbooknumber>9789860260557 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70535</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>沿海低地排水系統淹水預警模式之研究－曾文溪北岸堤防以南至二仁溪南岸堤防以北（2/2）</title><yearidentifier>201012</yearidentifier></data><data><abstract>許多易淹水地區位於沿海低地平原，各排水系統之排水能力及淹水減免能力之影響因素包括：(1)集水區中豪雨逕流；(2)相鄰海域及潟湖之暴潮進出；(3)因相鄰集水區間分水嶺高度不足導致之越域水流。故自流域綜合治水之需求而言，應發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水─排水演算模式，以比較檢討區域排水系統之排水改善功能及尚需改善地區，並推廣應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990045</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1010000022</governmentpublicationsnumber><identifier>70536</identifier><internationalstandardbooknumber>9789860260557 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70536</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>沿海低地排水系統淹水預警模式之研究－曾文溪北岸堤防以南至二仁溪南岸堤防以北(2/2)－光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署近年已逐步更新全臺各縣市之淹水潛勢圖，並考慮人文社會、經濟活動、土地利用、淹水損失…等與國家發展及民生相關之因子針對淹水潛勢資料進行加值分析，以強化洪災研判分析能量。為進行全面評估全臺各縣市之淹水脆弱度及風險度，已於98年先行辦理「脆弱度及風險地圖分析方法研究」計畫，並以此為基礎將分年分區(縣市及流域)辦理圖資製作工作，並應用其成果強化災害應變效率。因莫拉克風災重創高屏地區，本計畫將以「高屏溪、東港溪及高雄市、高雄縣、屏東縣」範圍辦理淹水脆弱度及風險圖製作之示範計畫。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990043</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1010000030</governmentpublicationsnumber><identifier>70537</identifier><internationalstandardbooknumber>9789860260670 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70537</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>高屏溪、東港溪及高雄市、高雄縣、屏東縣脆弱度及風險地圖製作示範 A Demonstration Project for Producing Maps of Vulnerability and Risk in the Gaoping River, Donggang River, Kaohsiung City and County, and Pingtung County</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署近年已逐步更新全臺各縣市之淹水潛勢圖，並考慮人文社會、經濟活動、土地利用、淹水損失…等與國家發展及民生相關之因子針對淹水潛勢資料進行加值分析，以強化洪災研判分析能量。為進行全面評估全臺各縣市之淹水脆弱度及風險度，已於98年先行辦理「脆弱度及風險地圖分析方法研究」計畫，並以此為基礎將分年分區(縣市及流域)辦理圖資製作工作，並應用其成果強化災害應變效率。因莫拉克風災重創高屏地區，本計畫將以「高屏溪、東港溪及高雄市、高雄縣、屏東縣」範圍辦理淹水脆弱度及風險圖製作之示範計畫。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990043</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/7</date><governmentpublicationsnumber>1010000030</governmentpublicationsnumber><identifier>70538</identifier><internationalstandardbooknumber>9789860260670 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70538</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>高屏溪、東港溪及高雄市、高雄縣、屏東縣脆弱度及風險地圖製作示範(光碟版) A Demonstration Project for Producing Maps of Vulnerability and Risk in the Gaoping River, Donggang River, Kaohsiung City and County, and Pingtung County</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署已陸續完成各地區製作大量且高精度地形數值之淹水潛勢資料製作與更新，並以空間不均勻分佈之不同降雨重現時距組合產製龐大之淹水潛勢歷程資料，為延伸淹水潛勢資料之應用範圍，以提升淹水潛勢資料在災害防救計畫之參考價值，本計畫規劃研發方法與技術建置區域型內水淹水預警與推估模式，並滿足區域型淹水之線上即時預測，提供洪災防救應變之重要參考。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990107</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904501</governmentpublicationsnumber><identifier>70541</identifier><internationalstandardbooknumber>9789860261967 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70541</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>區域型內水淹水警示技術研發應用-以宜蘭縣為例 The development of regional flood inundation warning system-a study case of Yilan County</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署已陸續完成各地區製作大量且高精度地形數值之淹水潛勢資料製作與更新，並以空間不均勻分佈之不同降雨重現時距組合產製龐大之淹水潛勢歷程資料，為延伸淹水潛勢資料之應用範圍，以提升淹水潛勢資料在災害防救計畫之參考價值，本計畫規劃研發方法與技術建置區域型內水淹水預警與推估模式，並滿足區域型淹水之線上即時預測，提供洪災防救應變之重要參考。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990107</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904501</governmentpublicationsnumber><identifier>70542</identifier><internationalstandardbooknumber>9789860261967 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70542</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>區域型內水淹水警示技術研發應用-以宜蘭縣為例(光碟版) The development of regional flood inundation warning system-a study case of Yilan County</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前已建立台灣西南沿海各鄉鎮受海嘯侵襲之溢淹機率評估流程以及建立視窗化介面系統。為進一步了解東南海岸(花蓮以南)受海嘯侵襲時之溢淹機率，並製作西南海岸(台南以南至枋寮)不同等級之海嘯規模之溢淹潛勢圖，且持續精進現有視窗化介面系統，本署規劃兩年期之委託服務。     本計畫第一年(99年度)將可能之震源區延伸至環太平洋地震帶。蒐集環太平洋地震帶之海底地形資料、海嘯記錄及地震資料，蒐集並計算台灣週邊海域及環太平洋地震帶之地震機率；製作西南海岸(台南以南至枋寮)在不同海嘯規模下之溢淹潛勢圖，其次評估花蓮以南至屏東南灣地區以及台南以南至高雄受海嘯侵襲時之溢淹機率分析。     100年度(第二年度)主要工作內容為根據第一年之機率分析結果，針對重點區域製作花蓮以南至南灣地區之溢淹潛勢圖。其次，為提升預報效率，將建立沿岸各鄉鎮之格林函數，並且精進目前之視窗化介面系統使海嘯發生時能自動輸出溢淹潛勢圖以及溢淹機率分析；最後，結合細部溢淹模擬情形，提供適當保全地點及減災措施作為災害應變措施之依據及參考。</abstract><author>國立中山大學</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990044</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904562</governmentpublicationsnumber><identifier>70543</identifier><internationalstandardbooknumber>9789860261950 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70543</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>西南及東南海岸海嘯溢淹潛勢圖製作之研究(1/2) Mapping potential tsunami inundation in the sooouthwestern and southeastern coast of Taiwan</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前已建立台灣西南沿海各鄉鎮受海嘯侵襲之溢淹機率評估流程以及建立視窗化介面系統。為進一步了解東南海岸(花蓮以南)受海嘯侵襲時之溢淹機率，並製作西南海岸(台南以南至枋寮)不同等級之海嘯規模之溢淹潛勢圖，且持續精進現有視窗化介面系統，本署規劃兩年期之委託服務。     本計畫第一年(99年度)將可能之震源區延伸至環太平洋地震帶。蒐集環太平洋地震帶之海底地形資料、海嘯記錄及地震資料，蒐集並計算台灣週邊海域及環太平洋地震帶之地震機率；製作西南海岸(台南以南至枋寮)在不同海嘯規模下之溢淹潛勢圖，其次評估花蓮以南至屏東南灣地區以及台南以南至高雄受海嘯侵襲時之溢淹機率分析。     100年度(第二年度)主要工作內容為根據第一年之機率分析結果，針對重點區域製作花蓮以南至南灣地區之溢淹潛勢圖。其次，為提升預報效率，將建立沿岸各鄉鎮之格林函數，並且精進目前之視窗化介面系統使海嘯發生時能自動輸出溢淹潛勢圖以及溢淹機率分析；最後，結合細部溢淹模擬情形，提供適當保全地點及減災措施作為災害應變措施之依據及參考。</abstract><author>國立中山大學</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990044</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904562</governmentpublicationsnumber><identifier>70544</identifier><internationalstandardbooknumber>9789860261950 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70544</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>西南及東南海岸海嘯溢淹潛勢圖製作之研究(1/2)－光碟版 Mapping potential tsunami inundation in the sooouthwestern and southeastern coast of Taiwan</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據跨政府間氣候變遷小組(Intergovernmental Panel on Climate Change, IPCC)於2007年發布的最新第四份評估報告(Fourth Assessment Report, AR4)指出，全球暖化正加劇中，其中一項重要的影響就是海平面上升(Sea level rise, SLR)。氣候變遷所引起的海平面上升對於海島國家的衝擊極大，尤其台灣地區四面環海，海平面上升可能造成台灣沿岸海岸線、波浪及潮汐發生變化，而這些變化將引致沿岸漂砂運移型態之變化，使砂質脆弱的海岸發生海岸侵蝕、海岸線後退、低窪地區淹?等土地損失問題，另外，海岸結構物損壞的機率也會增加、水深加大而潮波影響增強、納潮量減少使懸浮物擴散能力減弱、海岸濕地生態平衡破壞、海水入侵範圍加劇、地下水與土壤?化範圍加大等衝擊。故海平面上升問題是台灣防災工作上，不可忽略的問題，相關產業技術之發展至為急迫重要。 本計畫目的為配合第八次全國科學技術會議「精進氣候變遷推估能力，以及評估氣候與環境變遷下災害脆弱度與衝擊之影響」總結報告結論，規劃運用既有潮位及衛星監測資料，研發海水位變遷量推估科技，此科技可廣泛提供各國研發單位使用，深具產業化前景，並能提出台灣及東亞2020年海平面變遷情境假設，足提供我國海岸防護政策及相關研究運用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990248</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904207</governmentpublicationsnumber><identifier>70545</identifier><internationalstandardbooknumber>9789860258691 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70545</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>運用潮位與衛星資料推估海平面變遷量技術之研發(2/2) Technology Development on Sea Level Change Estimation by In-situ and Satellite Data (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據跨政府間氣候變遷小組(Intergovernmental Panel on Climate Change, IPCC)於2007年發布的最新第四份評估報告(Fourth Assessment Report, AR4)指出，全球暖化正加劇中，其中一項重要的影響就是海平面上升(Sea level rise, SLR)。氣候變遷所引起的海平面上升對於海島國家的衝擊極大，尤其台灣地區四面環海，海平面上升可能造成台灣沿岸海岸線、波浪及潮汐發生變化，而這些變化將引致沿岸漂砂運移型態之變化，使砂質脆弱的海岸發生海岸侵蝕、海岸線後退、低窪地區淹?等土地損失問題，另外，海岸結構物損壞的機率也會增加、水深加大而潮波影響增強、納潮量減少使懸浮物擴散能力減弱、海岸濕地生態平衡破壞、海水入侵範圍加劇、地下水與土壤?化範圍加大等衝擊。故海平面上升問題是台灣防災工作上，不可忽略的問題，相關產業技術之發展至為急迫重要。 本計畫目的為配合第八次全國科學技術會議「精進氣候變遷推估能力，以及評估氣候與環境變遷下災害脆弱度與衝擊之影響」總結報告結論，規劃運用既有潮位及衛星監測資料，研發海水位變遷量推估科技，此科技可廣泛提供各國研發單位使用，深具產業化前景，並能提出台灣及東亞2020年海平面變遷情境假設，足提供我國海岸防護政策及相關研究運用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990248</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904207</governmentpublicationsnumber><identifier>70546</identifier><internationalstandardbooknumber>9789860258691 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70546</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>運用潮位與衛星資料推估海平面變遷量技術之研發(2/2)－光碟版 Technology Development on Sea Level Change Estimation by In-situ and Satellite Data (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流、季節及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理不盡理想。目前許多的國際性研究計劃皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年應用之雷達觀測系統QPESUMS雖能提供較具體之雨量分布趨勢，然對於集水區之雨量觀測則受山區地形遮蔽因素影響，無法提供有效之雨量模擬；而衛星影像應用於雨量推估之成果雖然空間解析度不若雷達觀測高，但卻不受地形變化影響；故若能有效率統整地面雨量紀錄、雷達觀測雨量及衛星影像之雨量推估，提供高精確度之雨量變化趨勢，並進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並評估洪水風險之程度有其必要性，相關之成果可以為後續災害風險之經營與管理之參考。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990040</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904313</governmentpublicationsnumber><identifier>70547</identifier><internationalstandardbooknumber>9789860260090 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70547</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>整合多重觀測資訊於山區雨量推估及洪水預報風險管理評估(1/2) Integrating Multiple Information for Precipitation Estimation and Assessment of Flood Risk Management in Mountainous Area (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流、季節及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理不盡理想。目前許多的國際性研究計劃皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年應用之雷達觀測系統QPESUMS雖能提供較具體之雨量分布趨勢，然對於集水區之雨量觀測則受山區地形遮蔽因素影響，無法提供有效之雨量模擬；而衛星影像應用於雨量推估之成果雖然空間解析度不若雷達觀測高，但卻不受地形變化影響；故若能有效率統整地面雨量紀錄、雷達觀測雨量及衛星影像之雨量推估，提供高精確度之雨量變化趨勢，並進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並評估洪水風險之程度有其必要性，相關之成果可以為後續災害風險之經營與管理之參考。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990040</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1009904313</governmentpublicationsnumber><identifier>70548</identifier><internationalstandardbooknumber>9789860260090 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70548</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>整合多重觀測資訊於山區雨量推估及洪水預報風險管理評估(1/2)－光碟版 Integrating Multiple Information for Precipitation Estimation and Assessment of Flood Risk Management in Mountainous Area (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於發展洪水預報系統、精進洪水預報技術，以期在水患發生前，透過降雨推估與河川洪水演算，有效操作上游水庫蓄減洪峰，並對淹水潛勢地區發佈預警，提早撤離危險區域民眾，降低洪水災害的生命財產損失。 唯因台灣山區地形陡峻崎嶇、坡地災害頻繁、洪水期間渠道變化劇烈，水位、流量升降的時間梯度大，造成流量量測困難和逕流量量測不確定性。上述兩項量測不確定性，除了使得台灣檢定集水區黑盒或灰盒降雨－逕流模式參數的困難度高，檢定事件和驗證事件的參數差異大，交叉驗證效果不佳外；不確定逕流歷線匯入河川，輸砂改變床型(bed form)和河道斷面對參數的影響等，使得河川參數檢定和模式維護工作皆相當困難。莫拉克颱風在高屏溪、林邊溪流域的大規模坡地災害和渠道變化，更強化說明台灣流域、河川水文條件的特殊性，以及降雨、逕流、洪水演算不確定性在預報過程中影響並非微小變量，程度也不可忽略的必要性。 洪水模式預報不確定性主要有三個來源，分別為：1.率定曲線的不完整性和不確定性；2.逕流模式與河川模式參數的不確定性；3.降雨預報的不完整性與不準確性。第一項是率定曲線的問題，台灣主要河川除淡水河流域外，水位流量站數量普遍不足；並且水位流量站常設置至於橋樑下游，高流量時水流受到橋面阻擋導致水位記錄無法真實反映真實流況，再則河川斷面也不一定是每年都有重新量測，這些因素都將影響率定曲線的可靠度。第二項是模式參數的問題，參數在模式中通常具有物理意義，如集水區土壤曲線值與地表糙度是反映集水區地質與土地利用狀況，河道中的河床粗糙度是反映河床的材質等。部分參數於事件發生過程中並非保持定值，且對模式之影響程度亦可能隨不同事件而異。降低模式參數不確定性的作法，通常是透過參數檢定，但是如果未經過分析篩選出具代表性的事件，或是透析每項參數的變動對系統造成的影響，僅透過數學方法，所檢定得之參數於實際應用時仍可能造成模式的偏估。洪水預報模式多為定律模式，即使所率定之參數已為最佳參數，但是對於諸如山崩土石流所造成地貌與河床的改變，若無可及時修正參數之對策，模式預報結果仍然不佳。第三項是降雨預報模式的問題，如基於統計理論所發展的氣候法降雨預報模式，模式預報效果主要會受到颱風路徑與中心風速預報準確性的影響；同時，部分雨量站由於建置時間晚、雨量記錄時間短，因此模式無法掌握如莫拉克颱風極端降雨事件的狀況；再則，模式也無法準確預測共伴東北季風或引進西南氣流的颱風降雨。以上各種不確定性不可能於模式進行演算時完全掌握或消除，但若能夠事前分析出模式在上述不確定性因素下所具有的反應，對模式的演算結果定義出可信度範圍，將有助於提高模式計算產品的應用價值。</abstract><author>台大水工試驗所　　</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990047</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000026</governmentpublicationsnumber><identifier>70549</identifier><internationalstandardbooknumber>9789860260687 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70549</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>機率式洪水預報系統之研究(1/2)  Ensemble forecast capability enhancement project for DRAINS (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於發展洪水預報系統、精進洪水預報技術，以期在水患發生前，透過降雨推估與河川洪水演算，有效操作上游水庫蓄減洪峰，並對淹水潛勢地區發佈預警，提早撤離危險區域民眾，降低洪水災害的生命財產損失。 唯因台灣山區地形陡峻崎嶇、坡地災害頻繁、洪水期間渠道變化劇烈，水位、流量升降的時間梯度大，造成流量量測困難和逕流量量測不確定性。上述兩項量測不確定性，除了使得台灣檢定集水區黑盒或灰盒降雨－逕流模式參數的困難度高，檢定事件和驗證事件的參數差異大，交叉驗證效果不佳外；不確定逕流歷線匯入河川，輸砂改變床型(bed form)和河道斷面對參數的影響等，使得河川參數檢定和模式維護工作皆相當困難。莫拉克颱風在高屏溪、林邊溪流域的大規模坡地災害和渠道變化，更強化說明台灣流域、河川水文條件的特殊性，以及降雨、逕流、洪水演算不確定性在預報過程中影響並非微小變量，程度也不可忽略的必要性。 洪水模式預報不確定性主要有三個來源，分別為：1.率定曲線的不完整性和不確定性；2.逕流模式與河川模式參數的不確定性；3.降雨預報的不完整性與不準確性。第一項是率定曲線的問題，台灣主要河川除淡水河流域外，水位流量站數量普遍不足；並且水位流量站常設置至於橋樑下游，高流量時水流受到橋面阻擋導致水位記錄無法真實反映真實流況，再則河川斷面也不一定是每年都有重新量測，這些因素都將影響率定曲線的可靠度。第二項是模式參數的問題，參數在模式中通常具有物理意義，如集水區土壤曲線值與地表糙度是反映集水區地質與土地利用狀況，河道中的河床粗糙度是反映河床的材質等。部分參數於事件發生過程中並非保持定值，且對模式之影響程度亦可能隨不同事件而異。降低模式參數不確定性的作法，通常是透過參數檢定，但是如果未經過分析篩選出具代表性的事件，或是透析每項參數的變動對系統造成的影響，僅透過數學方法，所檢定得之參數於實際應用時仍可能造成模式的偏估。洪水預報模式多為定律模式，即使所率定之參數已為最佳參數，但是對於諸如山崩土石流所造成地貌與河床的改變，若無可及時修正參數之對策，模式預報結果仍然不佳。第三項是降雨預報模式的問題，如基於統計理論所發展的氣候法降雨預報模式，模式預報效果主要會受到颱風路徑與中心風速預報準確性的影響；同時，部分雨量站由於建置時間晚、雨量記錄時間短，因此模式無法掌握如莫拉克颱風極端降雨事件的狀況；再則，模式也無法準確預測共伴東北季風或引進西南氣流的颱風降雨。以上各種不確定性不可能於模式進行演算時完全掌握或消除，但若能夠事前分析出模式在上述不確定性因素下所具有的反應，對模式的演算結果定義出可信度範圍，將有助於提高模式計算產品的應用價值。</abstract><author>台大水工試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990047</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000026</governmentpublicationsnumber><identifier>70550</identifier><internationalstandardbooknumber>9789860260687 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70550</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>機率式洪水預報系統之研究(1/2)－光碟版  Ensemble forecast capability enhancement project for DRAINS (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>跨部會整合降雨監測預測、淹水災害預警、坡地災害預警、災情資料管理等系統，建立災害潛勢分析提供民眾查詢相關資訊平台以有效縮短災害預警時間、減少災害損失。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990046</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000034</governmentpublicationsnumber><identifier>70551</identifier><internationalstandardbooknumber>9789860262001 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70551</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>集水區上游坡地、土石流及洪水預警系統整合之研究 The Study of Integrated Waring System for Watershed Landslides, Debris Flow, and Flood Prediction System</title><yearidentifier>201012</yearidentifier></data><data><abstract>跨部會整合降雨監測預測、淹水災害預警、坡地災害預警、災情資料管理等系統，建立災害潛勢分析提供民眾查詢相關資訊平台以有效縮短災害預警時間、減少災害損失。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990046</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000034</governmentpublicationsnumber><identifier>70552</identifier><internationalstandardbooknumber>9789860262001 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70552</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>集水區上游坡地、土石流及洪水預警系統整合之研究 (光碟版) The Study of Integrated Waring System for Watershed Landslides, Debris Flow, and Flood Prediction System</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣常因梅雨與颱風所帶來的豪大雨導致河川中下游嚴重水患，甚至造成部份都市地區淹水，對人民以及社會經濟影響甚鉅；準確的水災預警與完善的防災整備工作，有助於降低災害損失，水災預警和應變，則有賴準確的定量降雨預報。目前現有之定量降雨預報和研究，僅提供地區性降雨預估，並未特別針對淹水預警、應變之需求。因此，本計畫配合水利署災害應變作業之需求，發展梅雨季之流域集水區中尺度降雨氣候模式預報技術；並於水災應變作業期間，進行專業氣象資訊加值分析（包含整合、應用氣象局之觀測和預報資料），提供水利署額外參考資訊，減少災害預警的不確定性，提昇災害應變作業效能。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990096</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000035</governmentpublicationsnumber><identifier>70553</identifier><internationalstandardbooknumber>9789860262018 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70553</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術改進(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣常因梅雨與颱風所帶來的豪大雨導致河川中下游嚴重水患，甚至造成部份都市地區淹水，對人民以及社會經濟影響甚鉅；準確的水災預警與完善的防災整備工作，有助於降低災害損失，水災預警和應變，則有賴準確的定量降雨預報。目前現有之定量降雨預報和研究，僅提供地區性降雨預估，並未特別針對淹水預警、應變之需求。因此，本計畫配合水利署災害應變作業之需求，發展梅雨季之流域集水區中尺度降雨氣候模式預報技術；並於水災應變作業期間，進行專業氣象資訊加值分析（包含整合、應用氣象局之觀測和預報資料），提供水利署額外參考資訊，減少災害預警的不確定性，提昇災害應變作業效能。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990096</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/8</date><governmentpublicationsnumber>1010000035</governmentpublicationsnumber><identifier>70554</identifier><internationalstandardbooknumber>9789860262018 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70554</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>梅雨季及颱風期間之流域集水區定量降雨預報技術改進(3/3)－光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70555</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70555</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70556</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70556</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2)=The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>全球平均表面溫度在過去100年(1906-2005年)，約上升0.74℃±0.18℃，台灣平地測站紀錄顯示，1900-2009年間氣溫上升速率約為1.1-1.6℃/百年，近30年(1979-2009年)的暖化速度，則更加快速(約0.23-0.40℃/10年)。IPCC(Intergovernmental Panel on Climate Change，聯合國跨政府氣候變遷小組)的氣候模式估計2005年至2030年間，全球溫度會再增加約攝氏0.7度，當全球溫度增加，強降雨也會增加，小、中強度降雨則會減少，全球溫度每增加1度，台灣前10%強降雨就會增加約140%，而前10%小雨則會減少約70%(Liu, et. al., 2009)，亦即水旱災已為常態現象。氣候與環境變遷所帶來的衝擊影響是全面性的，如洪澇、旱災、坡地與地震災害、農糧供應、能源供給、公共衛生、國土利用、海陸資源與生態環境、公共設施安全等，面對氣候與環境的變遷，過去的國土規劃、工程設施與災害防護標準都已在無形中變得不再安全。近年颱風與豪雨致災個案次數已呈現明顯上升趨勢，其災害型態之規模與複雜程度也不斷在改變，台灣脆弱的地表環境每逢颱風帶來超大雨量，山區、河道與集水區容易發生大量崩塌、土砂與漂流木等情形，道路、橋樑以及維生管線毀損，台灣的災害已不是單一水災、旱災、土石流或坡地災害問題，災害特性已為複合型的災害。 就水旱災而言，1984年大旱之後，水旱災交替發生，頻率逐漸密集且災情日趨嚴重，例如2001桃芝與納莉風災後為2002年的嚴重旱災；2004年旱災後為敏督利與艾莉風災；2005年海棠與泰利等風災後開啟2006年旱災，同年發生碧利斯風災；2007-2008年一系列的聖帕、柯羅莎、卡玫基、鳳凰、辛樂克與薔蜜風災；2009年旱災由莫拉克颱風結束，卻緊接著上演2010年旱災。莫拉克颱風的破紀錄豪雨、崩塌與淤積，提高了往後幾年該地區之災害風險，同時嚴重衝擊南部地區水資源系統，此次衝擊與影響層面既深且廣。雖然我國的應變救災工作近年來已有明顯成效，然而現有的減災規劃、工程設施及國土環境政策等，政府應該有嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990363</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904315</governmentpublicationsnumber><identifier>70557</identifier><internationalstandardbooknumber>9789860260083 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70557</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對水旱災災害防救衝擊評估研究計畫(1/2) Assessment of Climate Change Impacts on Flood and Drought Disasters(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>全球平均表面溫度在過去100年(1906-2005年)，約上升0.74℃±0.18℃，台灣平地測站紀錄顯示，1900-2009年間氣溫上升速率約為1.1-1.6℃/百年，近30年(1979-2009年)的暖化速度，則更加快速(約0.23-0.40℃/10年)。IPCC(Intergovernmental Panel on Climate Change，聯合國跨政府氣候變遷小組)的氣候模式估計2005年至2030年間，全球溫度會再增加約攝氏0.7度，當全球溫度增加，強降雨也會增加，小、中強度降雨則會減少，全球溫度每增加1度，台灣前10%強降雨就會增加約140%，而前10%小雨則會減少約70%(Liu, et. al., 2009)，亦即水旱災已為常態現象。氣候與環境變遷所帶來的衝擊影響是全面性的，如洪澇、旱災、坡地與地震災害、農糧供應、能源供給、公共衛生、國土利用、海陸資源與生態環境、公共設施安全等，面對氣候與環境的變遷，過去的國土規劃、工程設施與災害防護標準都已在無形中變得不再安全。近年颱風與豪雨致災個案次數已呈現明顯上升趨勢，其災害型態之規模與複雜程度也不斷在改變，台灣脆弱的地表環境每逢颱風帶來超大雨量，山區、河道與集水區容易發生大量崩塌、土砂與漂流木等情形，道路、橋樑以及維生管線毀損，台灣的災害已不是單一水災、旱災、土石流或坡地災害問題，災害特性已為複合型的災害。 就水旱災而言，1984年大旱之後，水旱災交替發生，頻率逐漸密集且災情日趨嚴重，例如2001桃芝與納莉風災後為2002年的嚴重旱災；2004年旱災後為敏督利與艾莉風災；2005年海棠與泰利等風災後開啟2006年旱災，同年發生碧利斯風災；2007-2008年一系列的聖帕、柯羅莎、卡玫基、鳳凰、辛樂克與薔蜜風災；2009年旱災由莫拉克颱風結束，卻緊接著上演2010年旱災。莫拉克颱風的破紀錄豪雨、崩塌與淤積，提高了往後幾年該地區之災害風險，同時嚴重衝擊南部地區水資源系統，此次衝擊與影響層面既深且廣。雖然我國的應變救災工作近年來已有明顯成效，然而現有的減災規劃、工程設施及國土環境政策等，政府應該有嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990363</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904315</governmentpublicationsnumber><identifier>70558</identifier><internationalstandardbooknumber>9789860260083 ; 9789860260</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70558</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>氣候變遷對水旱災災害防救衝擊評估研究計畫(1/2)－光碟版 Assessment of Climate Change Impacts on Flood and Drought Disasters</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地狹人稠，環境負荷壓力本就較大，不當的土地開發利用，以及過度的抽取開發引用地下水，造成了台灣西南部沿海地區嚴重的地層下陷，衝擊影響環境的結果讓這些地區嚐到排水不良、海水倒灌、海水入侵等洪氾溢淹苦果，加上台灣地區水文情況特殊，坡陡流短，自上游降雨至下游匯流不過數個鐘頭，所以每逢颱風或豪雨，便容易造成水患。再伴以溫室效應的影響，使得全球天氣異常、氣候極端，連帶造成降雨期集中、降雨強度提高，因而導致淹水的發生率大幅提升。舉98年重創台灣的莫拉克颱風為例，集中的豪大豐沛雨量便讓台灣多處地區發生嚴重的水災！尤其屏東為受創最嚴重的地區之一，由於林邊溪堤防潰堤，導致林邊、佳冬兩鄉遭大水淹沒，此外高雄縣山區超過2,000毫米的驚人雨量，一年份的雨量集中在三天內落下，使高雄平地淹水，許多部落與知名風景區受創嚴重。 面對大自然的無情反撲，災害應變、事先整備與演習、事後的復建以及整體減災的規劃等事項顯得益趨重要！因而水利署(以下簡稱本署)擬在全國篩選6處社區進行水患自主防災社區推動與輔導，期能結合社區防救災體系，運用社區工作專業方法，並整合社區內、外資源，激發民眾建立防災意識，提昇社區抗災、避災、減災之預防措施，以減少災損及保障民眾生命財產安全。工作內容包括輔導社區水患自主防災團隊建立，透過辦理社區水患防災教育講習，建立相關工作之運作機制與熟悉社區防災管理與自主檢查之工作，強化居民平時防災、災前整備、災中應變以及災後的復原知識等，期能透過本計畫之加強輔導以凝聚社區自主防災力量、提昇社區水患自主防災意識，建立社區自主防災組織，將水患災害發生時將損失降到最低。</abstract><author>資源及環?保護服務基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990081</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1010000321</governmentpublicationsnumber><identifier>70559</identifier><internationalstandardbooknumber>9789860261998 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70559</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水患自主防災社區推動與輔導計畫 Promotion and Tutorship of Self-Precaution Community Against Flood Project</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣地狹人稠，環境負荷壓力本就較大，不當的土地開發利用，以及過度的抽取開發引用地下水，造成了台灣西南部沿海地區嚴重的地層下陷，衝擊影響環境的結果讓這些地區嚐到排水不良、海水倒灌、海水入侵等洪氾溢淹苦果，加上台灣地區水文情況特殊，坡陡流短，自上游降雨至下游匯流不過數個鐘頭，所以每逢颱風或豪雨，便容易造成水患。再伴以溫室效應的影響，使得全球天氣異常、氣候極端，連帶造成降雨期集中、降雨強度提高，因而導致淹水的發生率大幅提升。舉98年重創台灣的莫拉克颱風為例，集中的豪大豐沛雨量便讓台灣多處地區發生嚴重的水災！尤其屏東為受創最嚴重的地區之一，由於林邊溪堤防潰堤，導致林邊、佳冬兩鄉遭大水淹沒，此外高雄縣山區超過2,000毫米的驚人雨量，一年份的雨量集中在三天內落下，使高雄平地淹水，許多部落與知名風景區受創嚴重。 面對大自然的無情反撲，災害應變、事先整備與演習、事後的復建以及整體減災的規劃等事項顯得益趨重要！因而水利署(以下簡稱本署)擬在全國篩選6處社區進行水患自主防災社區推動與輔導，期能結合社區防救災體系，運用社區工作專業方法，並整合社區內、外資源，激發民眾建立防災意識，提昇社區抗災、避災、減災之預防措施，以減少災損及保障民眾生命財產安全。工作內容包括輔導社區水患自主防災團隊建立，透過辦理社區水患防災教育講習，建立相關工作之運作機制與熟悉社區防災管理與自主檢查之工作，強化居民平時防災、災前整備、災中應變以及災後的復原知識等，期能透過本計畫之加強輔導以凝聚社區自主防災力量、提昇社區水患自主防災意識，建立社區自主防災組織，將水患災害發生時將損失降到最低。</abstract><author>資源及環?保護服務基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990081</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1010000321</governmentpublicationsnumber><identifier>70560</identifier><internationalstandardbooknumber>9789860261998 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70560</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水患自主防災社區推動與輔導計畫 (光碟版) Promotion and Tutorship of Self-Precaution Community Against Flood Project</title><yearidentifier>201012</yearidentifier></data><data><abstract>為提升災時應變效能，故擬強化本署水災決策支援，提供災時應變決策資訊，擬請專業團隊協助本署探討本署防災作業流程，並規劃本署合適之決策支援方向及分析本署即有Diss決策支援系統，並提出相關改善建議，以提供本署實務防災作業時可行之決策支援系統作業流程。</abstract><author>國立台灣大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990039</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904836</governmentpublicationsnumber><identifier>70561</identifier><internationalstandardbooknumber>9789860266184 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70561</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>防災決策支援系統更新及配套作業流程規劃之研究(2/2) Upgrade of Decision Support system for Disaster Reduction and Complementary Operation Workflow Planning (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為提升災時應變效能，故擬強化本署水災決策支援，提供災時應變決策資訊，擬請專業團隊協助本署探討本署防災作業流程，並規劃本署合適之決策支援方向及分析本署即有Diss決策支援系統，並提出相關改善建議，以提供本署實務防災作業時可行之決策支援系統作業流程。</abstract><author>國立台灣大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990039</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904836</governmentpublicationsnumber><identifier>70562</identifier><internationalstandardbooknumber>9789860266184 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70562</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>防災決策支援系統更新及配套作業流程規劃之研究(2/2)－ 光碟版 Upgrade of Decision Support system for Disaster Reduction and Complementary Operation Workflow Planning (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水、旱災，經常對台灣各地區造成嚴重災情。對於重大水旱災有必要進行災害勘查之災情，提列各項災害勘查之重點項目，並進行分析討論，提出各項應變措施及建議。 水旱災勘查與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，且亦需進行現場訪談及專家學者提出專業意見，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災損調查之行政工作，並提出及撰寫災後調查報告。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990156</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904943</governmentpublicationsnumber><identifier>70563</identifier><internationalstandardbooknumber>9789860267600 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70563</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年重大水災勘查服務團計畫 The major flood investigation service team of 2010 year</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水、旱災，經常對台灣各地區造成嚴重災情。對於重大水旱災有必要進行災害勘查之災情，提列各項災害勘查之重點項目，並進行分析討論，提出各項應變措施及建議。 水旱災勘查與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，且亦需進行現場訪談及專家學者提出專業意見，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災損調查之行政工作，並提出及撰寫災後調查報告。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990156</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904943</governmentpublicationsnumber><identifier>70565</identifier><internationalstandardbooknumber>9789860267600 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70565</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年重大水災勘查服務團(光碟版)  The major flood investigation service team of 2010 year</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。 透過執行「重大水災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。 本年度完成凡那比颱風、梅姬颱風之勘災工作與勘災速報之撰寫工作。凡那比颱風勘查工作，包含台南縣、高雄縣、高雄市、屏東縣與台東縣等5縣市39鄉鎮共計273勘災點位。梅姬颱風期間以宜蘭縣為主要受災地點，勘查地點計有6鄉鎮60勘災點位。本年度共完成颱風災害點位勘查共計333個點位，並依據成果完成相關氣象、水情及災情資料庫之更新工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990156</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904996</governmentpublicationsnumber><identifier>70566</identifier><internationalstandardbooknumber>9789860267822 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70566</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年重大水災勘查報告  Report of Major Flood Events in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能於颱風、豪雨過後能快速掌握災情，針對各縣市政府、河川局及水利署防災中心等單位所提供之災情進行現地調查，以瞭解受災位置、規模、範圍及可能災因，數化成具地理資訊屬性之資料庫，並將相關資訊利用文字、影像記錄透過勘災速報及颱風調查報告提送水利署，以利迅速掌握災情以利災害應變及並進行救災資源調度。 透過執行「重大水災勘查服務團」計畫，其目的在於第一時間掌握各地水災災情並透過專業人員建立災害基本資料、圖資以供各應變單位參考，然而在作業時間有限對於災害資料的完善度相對較低之前題下，對於災害調查無法詳盡，仍仰賴在災害過後各相關單位針對災因及後續災後復建工作擬訂相關計畫進行探討。 本年度完成凡那比颱風、梅姬颱風之勘災工作與勘災速報之撰寫工作。凡那比颱風勘查工作，包含台南縣、高雄縣、高雄市、屏東縣與台東縣等5縣市39鄉鎮共計273勘災點位。梅姬颱風期間以宜蘭縣為主要受災地點，勘查地點計有6鄉鎮60勘災點位。本年度共完成颱風災害點位勘查共計333個點位，並依據成果完成相關氣象、水情及災情資料庫之更新工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990156</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904996</governmentpublicationsnumber><identifier>70567</identifier><internationalstandardbooknumber>9789860267822 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70567</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年重大水災勘查報告(光碟版)  Report of Major Flood Events in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署自94年至98年起即持續更新及提升本署災害緊急應變作業系統，惟因本署災害緊急應變作業系統過於龐大，且原有基礎資料其提供單位目前皆另有更佳完善的資訊(如本署Wrisp於96開發至今單一簽入系統已完成、中央氣象局蒐集各單位雨量資訊建立之Qpesums及本署水文技術組新完成之10分鐘水位資料庫)故為配合時代進步，擬配合全面更新版面完成單一簽入機制、完成新雨量及水位等基礎資料，並配合新展示頁面開發，完成相關功能。 另因本署應變系統傳真通報使用已超過3年，因與中華電信介接仍常發生問題，為使傳真通報運作更穩定，擬改採自有伺服器傳真功能開發通報，以維系統穩定。 另為配合縣市抽水機調動功能，擬擴充抽水機填報功能，並配合填報出勤時間，以利統計抽水機出勤資料。 另為應因民眾對防災資訊服務網功能，擬提升防災資訊服務網GIS、統計與顯示功能提升。</abstract><author>資拓科技公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990071</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904642</governmentpublicationsnumber><identifier>70568</identifier><internationalstandardbooknumber>9789860263701 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70568</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度防災應變系統暨水旱災防災資訊服務網更新改善計畫 Flood and drought in disaster information websit and disaster emergency system updated improvement plan</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署自94年至98年起即持續更新及提升本署災害緊急應變作業系統，惟因本署災害緊急應變作業系統過於龐大，且原有基礎資料其提供單位目前皆另有更佳完善的資訊(如本署Wrisp於96開發至今單一簽入系統已完成、中央氣象局蒐集各單位雨量資訊建立之Qpesums及本署水文技術組新完成之10分鐘水位資料庫)故為配合時代進步，擬配合全面更新版面完成單一簽入機制、完成新雨量及水位等基礎資料，並配合新展示頁面開發，完成相關功能。 另因本署應變系統傳真通報使用已超過3年，因與中華電信介接仍常發生問題，為使傳真通報運作更穩定，擬改採自有伺服器傳真功能開發通報，以維系統穩定。 另為配合縣市抽水機調動功能，擬擴充抽水機填報功能，並配合填報出勤時間，以利統計抽水機出勤資料。 另為應因民眾對防災資訊服務網功能，擬提升防災資訊服務網GIS、統計與顯示功能提升。</abstract><author>資拓科技公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990071</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904642</governmentpublicationsnumber><identifier>70569</identifier><internationalstandardbooknumber>9789860263701 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70569</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度防災應變系統暨水旱災防災資訊服務網更新改善計畫(光碟版)  Flood and drought in disaster information websit and disaster emergency system updated improvement plan</title><yearidentifier>201012</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、及時即時性與資源分散整合的需求，本中心自93年度起即委託國家高速網路與計算中心辦理防災應變格網系統之規劃與研發，以評估格網技術應用於防災應變作業之可行性，祈期透過格網科技整合網路分散之資源，強化即時性，全面提升防災作業效能、穩定性與安全性以確保防災作業之主動性與機動性，至97年止本署已先後完成防災應變格網作業平台之雛型建置及高頻寬之防災專屬網路，以因應本署防災應變期間對即時影像、洪水預報、線上會議、計算資源等所需之服務及作業環境。 本計畫的目的即在延續及落實防災應變格網系統之正常運轉，工作內容除辦理防災應變格網維運、監控、檢測與異常通報，亦經由實際運轉持續進行系統操作介面及功能之改善與擴充更新。（系統網址：http://192.168.53.161/ag2）</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990356</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904856</governmentpublicationsnumber><identifier>70570</identifier><internationalstandardbooknumber>9789860266580 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70570</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98-99年度防災應變格網系統後續維護與擴充(2/2) 09'-10' Maintenance and Extension of the Hazard Mitigation and Emergency Response Grid (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、及時即時性與資源分散整合的需求，本中心自93年度起即委託國家高速網路與計算中心辦理防災應變格網系統之規劃與研發，以評估格網技術應用於防災應變作業之可行性，祈期透過格網科技整合網路分散之資源，強化即時性，全面提升防災作業效能、穩定性與安全性以確保防災作業之主動性與機動性，至97年止本署已先後完成防災應變格網作業平台之雛型建置及高頻寬之防災專屬網路，以因應本署防災應變期間對即時影像、洪水預報、線上會議、計算資源等所需之服務及作業環境。 本計畫的目的即在延續及落實防災應變格網系統之正常運轉，工作內容除辦理防災應變格網維運、監控、檢測與異常通報，亦經由實際運轉持續進行系統操作介面及功能之改善與擴充更新。（系統網址：http://192.168.53.161/ag2）</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990356</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/11</date><governmentpublicationsnumber>1009904856</governmentpublicationsnumber><identifier>70571</identifier><internationalstandardbooknumber>9789860266580 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70571</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>98-99年度防災應變格網系統後續維護與擴充(2/2)－光碟版 09'-10' Maintenance and Extension of the Hazard Mitigation and Emergency Response Grid (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，擬訂「溫泉資源保育推動計畫（96年至100年）」，建立溫泉監測井網及溫泉管理制度、技術。經行政院經濟建設委員會召開會議審議，請本部研究評估更經濟有效率之作法，修正計畫再行報核；為不影響計畫推動，96年度將先辦理「溫泉監測井網整體計畫先期規劃」，執行溫泉監測井網站址規劃設計及溫泉現場監測技術評估。</abstract><author>玉山資源有限公司</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960138</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1009701757</governmentpublicationsnumber><identifier>70572</identifier><internationalstandardbooknumber>9789860147636 ; 9789860147</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70572</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>北區溫泉監測系統站址規劃設計 Site Design of Hot-Spring Monitoring System in Northern Taiwan</title><yearidentifier>200806</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，擬訂「溫泉資源保育推動計畫（96年至100年）」，建立溫泉監測井網及溫泉管理制度、技術。經行政院經濟建設委員會召開會議審議，請本部研究評估更經濟有效率之作法，修正計畫再行報核；為不影響計畫推動，96年度將先辦理「溫泉監測井網整體計畫先期規劃」，執行溫泉監測井網站址規劃設計及溫泉現場監測技術評估。</abstract><author>玉山資源有限公司</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960138</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1009701757</governmentpublicationsnumber><identifier>70573</identifier><internationalstandardbooknumber>9789860147636 ; 9789860147</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70573</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>北區溫泉監測系統站址規劃設計(光碟版) Site Design of Hot-Spring Monitoring System in Northern Taiwan</title><yearidentifier>200806</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，擬訂「溫泉資源保育推動計畫（96年至100年）」，建立溫泉監測井網及溫泉管理制度、技術。經行政院經濟建設委員會召開會議審議，請本部研究評估更經濟有效率之作法，修正計畫再行報核；為不影響計畫推動，96年度將先辦理「溫泉監測井網整體計畫先期規劃」，執行溫泉監測井網站址規劃設計及溫泉現場監測技術評估。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960140</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1009702242</governmentpublicationsnumber><identifier>70574</identifier><internationalstandardbooknumber>9789860152722 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70574</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>南區溫泉監測系統站址規劃設計 Design of Monitoring system for hot springs in Southern Taiwan</title><yearidentifier>200806</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，擬訂「溫泉資源保育推動計畫（96年至100年）」，建立溫泉監測井網及溫泉管理制度、技術。經行政院經濟建設委員會召開會議審議，請本部研究評估更經濟有效率之作法，修正計畫再行報核；為不影響計畫推動，96年度將先辦理「溫泉監測井網整體計畫先期規劃」，執行溫泉監測井網站址規劃設計及溫泉現場監測技術評估。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960140</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1009702242</governmentpublicationsnumber><identifier>70575</identifier><internationalstandardbooknumber>9789860152722 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70575</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>南區溫泉監測系統站址規劃設計(光碟版) Design of Monitoring system for hot springs in Southern Taiwan</title><yearidentifier>200806</yearidentifier></data><data><abstract>為利未來推動技術輸出事宜，以增加我水利從業人員之實務經驗與歷練，甚且達到技術外交之目的，經考量區域可行性後，擬透過本計畫於本年度邀請東南亞或南亞之2國家之水務代表(每1國家至少1位水務高階政府官員)來台辦理雙邊交流，以建立交流管道，並議定合作實施計畫，落實及深化合作關係平台。另為與第六屆世界水論壇（2012，法國）接軌，本年度並將辦理青年水論壇種子人員之遴選與水活動計畫競賽及青年水論壇之籌辦等作業，俾提升青年對水務國際事務之參與，並藉青年團擴大台灣參與水務國際事務之深度與廣度。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990181</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1010000361</governmentpublicationsnumber><identifier>70576</identifier><internationalstandardbooknumber>9789860271812 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70576</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年亞洲區域國際交流活動計畫 2010 International Cooperation Program of Asian Region</title><yearidentifier>201102</yearidentifier></data><data><abstract>為利未來推動技術輸出事宜，以增加我水利從業人員之實務經驗與歷練，甚且達到技術外交之目的，經考量區域可行性後，擬透過本計畫於本年度邀請東南亞或南亞之2國家之水務代表(每1國家至少1位水務高階政府官員)來台辦理雙邊交流，以建立交流管道，並議定合作實施計畫，落實及深化合作關係平台。另為與第六屆世界水論壇（2012，法國）接軌，本年度並將辦理青年水論壇種子人員之遴選與水活動計畫競賽及青年水論壇之籌辦等作業，俾提升青年對水務國際事務之參與，並藉青年團擴大台灣參與水務國際事務之深度與廣度。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990181</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/12</date><governmentpublicationsnumber>1010000361</governmentpublicationsnumber><identifier>70577</identifier><internationalstandardbooknumber>9789860271812 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70577</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年亞洲區域國際交流活動計畫(光碟版) 2010 International Cooperation Program of Asian Region</title><yearidentifier>201102</yearidentifier></data><data><abstract>台灣目前耕地面積為825,947公頃，其中屬農田水利會灌溉面積為382,905公頃(占約46.4 %)。該等農田長年接受政府補助，近年來每年補助款均超過40億元。另外，443,042公頃(占約53.6 %)屬水利會事業區外農田，精省後，僅每年編列於「農田水利事業管理計畫」約0.16億元經費，對補助水利會事業區外農田水利設施維護更新工作，實與農民實際需求差異過大，長期以來產生民眾對政府施政不公平之議。這些水利會事業區外農民需自食其力，自社會公平角度觀之，確值商榷；尤其近年來天災（如地震、風災、水災、土石流）不斷，水利會事業區外各項水利設施更新改善確有其急迫性，故為改善生產環境及提高農產品競爭力，政府有必要專案補助經費辦理該農田水利設施更新改善工程。 目前水利會事業區外農田主要為欠缺灌溉水源，或地勢較高無法以重力方式輸水灌溉，且多屬位置偏遠、灌溉水源不足、面積狹小經濟效益偏低等因素，而無法納入水利會轄內管理。而究竟有多少農田可以克服其先天或後天的限制，&amp; #36921;到設施更新改善後增產的目的，又有多少農田或屬於過度零散，或屬於太過偏遠無投資的效益，或屬於地勢太高根本無法引水灌溉…等原因。本計畫將對水利會事業區外農田水利設施現況，就上述情形進行全面性調查，並就調查結果劃定實施改善必要的門檻；另需建立資料庫及相關GIS管理查詢系統。同時對農田水源位置、高程、分佈等進行建立及分析。此外，該農田水土保持相關開發要求與限制亦需納入，並引入國科會已調查之淹水潛勢結果，以提供該農田現況及未來災害對設施之經營管理之參考。最後需作效益評估及分析工程效益，以提供決策者建議，作為日後工程經費補助評估之參考。</abstract><author>農業工程研究中心</author><categoryidentifier>434.257029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980370</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1009902163</governmentpublicationsnumber><identifier>70579</identifier><internationalstandardbooknumber>9789860239003 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70579</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利會事業區外農田整體調查規劃暨地理資訊系統建置(1/2) The project of investigating and database construction to the outside regions of irrigation associations undertakings in Taiwan (1/2).</title><yearidentifier>201006</yearidentifier></data><data><abstract>台灣目前耕地面積為825,947公頃，其中屬農田水利會灌溉面積為382,905公頃(占約46.4 %)。該等農田長年接受政府補助，近年來每年補助款均超過40億元。另外，443,042公頃(占約53.6 %)屬水利會事業區外農田，精省後，僅每年編列於「農田水利事業管理計畫」約0.16億元經費，對補助水利會事業區外農田水利設施維護更新工作，實與農民實際需求差異過大，長期以來產生民眾對政府施政不公平之議。這些水利會事業區外農民需自食其力，自社會公平角度觀之，確值商榷；尤其近年來天災（如地震、風災、水災、土石流）不斷，水利會事業區外各項水利設施更新改善確有其急迫性，故為改善生產環境及提高農產品競爭力，政府有必要專案補助經費辦理該農田水利設施更新改善工程。 目前水利會事業區外農田主要為欠缺灌溉水源，或地勢較高無法以重力方式輸水灌溉，且多屬位置偏遠、灌溉水源不足、面積狹小經濟效益偏低等因素，而無法納入水利會轄內管理。而究竟有多少農田可以克服其先天或後天的限制，&amp; #36921;到設施更新改善後增產的目的，又有多少農田或屬於過度零散，或屬於太過偏遠無投資的效益，或屬於地勢太高根本無法引水灌溉…等原因。本計畫將對水利會事業區外農田水利設施現況，就上述情形進行全面性調查，並就調查結果劃定實施改善必要的門檻；另需建立資料庫及相關GIS管理查詢系統。同時對農田水源位置、高程、分佈等進行建立及分析。此外，該農田水土保持相關開發要求與限制亦需納入，並引入國科會已調查之淹水潛勢結果，以提供該農田現況及未來災害對設施之經營管理之參考。最後需作效益評估及分析工程效益，以提供決策者建議，作為日後工程經費補助評估之參考。</abstract><author>農業工程研究中心</author><categoryidentifier>434.257029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980370</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1009902163</governmentpublicationsnumber><identifier>70580</identifier><internationalstandardbooknumber>9789860239003 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70580</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利會事業區外農田整體調查規劃暨地理資訊系統建置(1/2) －光碟版 The project of investigating and database construction to the outside regions of irrigation associations undertakings in Taiwan (1/2).</title><yearidentifier>201006</yearidentifier></data><data><abstract>深層海水低溫利用及多目標研發模廠預計99年年中完工及運轉，本計畫工作為在模廠完工後之颱風季節後，進行台東深層海水模廠取排水管掩埋段之海底地形變化檢測，提供深層海水取排水管線安全性評估及因應對策研擬之依據，藉以確保深層海水穩定供給及模廠進駐研發團隊之研發成效。同時為能使模廠具有宣導、教育之功能，模廠設施及相關成果展示至為重要，本計畫亦建置模廠水深地形3D立體展示資訊管理系統及互動式3D立體展示資訊管理平台。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990070</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000284</governmentpublicationsnumber><identifier>70581</identifier><internationalstandardbooknumber>9789860271416 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70581</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水模廠近岸段地形水深監測及多功能展示規劃成果報告書=The nearshore topography water depth survey and multi-function display plans in deep sea water mold factory</title><yearidentifier>201102</yearidentifier></data><data><abstract>深層海水低溫利用及多目標研發模廠預計99年年中完工及運轉，本計畫工作為在模廠完工後之颱風季節後，進行台東深層海水模廠取排水管掩埋段之海底地形變化檢測，提供深層海水取排水管線安全性評估及因應對策研擬之依據，藉以確保深層海水穩定供給及模廠進駐研發團隊之研發成效。同時為能使模廠具有宣導、教育之功能，模廠設施及相關成果展示至為重要，本計畫亦建置模廠水深地形3D立體展示資訊管理系統及互動式3D立體展示資訊管理平台。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990070</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000284</governmentpublicationsnumber><identifier>70582</identifier><internationalstandardbooknumber>9789860271416 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70582</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水模廠近岸段地形水深監測及多功能展示規劃(光碟版)=The nearshore topography water depth survey and multi-function display plans in deep sea water mold factory</title><yearidentifier>201102</yearidentifier></data><data><abstract>深層海水低溫利用及多目標研發模廠預計99年年中完工及運轉，抽取之深層海水經過廠區運用後，餘水以預設之排水管，排放回海中50公尺水深處。本計畫目的為評估模廠排放水可能對當地環境之影響，以作為模廠管理及未來深層海水園區開發之參考。因深層海水富含營養鹽類，排放深層海水，是否具有促進浮游生物增值，進而促進海洋生物聚集，達到海域沃化的效果。本計畫初步以數值模擬排放水之擴散，配合模廠運轉前後當地之水質及海域生態基本資料，進行台東深層海水模廠排水對於海域沃化的可行性研究，爰擬委託辦理本計畫。</abstract><author>財團法人環境與發展基金會</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990069</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000452</governmentpublicationsnumber><identifier>70583</identifier><internationalstandardbooknumber>9789860272895 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70583</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水模廠排放水對於海域生態影響及海域沃化可行性之評估研究=The feasibility study of marine fertilization and ecological influence by the effluent of DOW pilot plant</title><yearidentifier>201102</yearidentifier></data><data><abstract>深層海水低溫利用及多目標研發模廠預計99年年中完工及運轉，抽取之深層海水經過廠區運用後，餘水以預設之排水管，排放回海中50公尺水深處。本計畫目的為評估模廠排放水可能對當地環境之影響，以作為模廠管理及未來深層海水園區開發之參考。因深層海水富含營養鹽類，排放深層海水，是否具有促進浮游生物增值，進而促進海洋生物聚集，達到海域沃化的效果。本計畫初步以數值模擬排放水之擴散，配合模廠運轉前後當地之水質及海域生態基本資料，進行台東深層海水模廠排水對於海域沃化的可行性研究，爰擬委託辦理本計畫。</abstract><author>財團法人環境與發展基金會</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990069</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000452</governmentpublicationsnumber><identifier>70584</identifier><internationalstandardbooknumber>9789860272895 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70584</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水模廠排放水對於海域生態影響及海域沃化可行性之評估研究(光碟版)=The feasibility study of marine fertilization and ecological influence by the effluent of Dow pilot plant</title><yearidentifier>201102</yearidentifier></data><data><abstract>民國93年艾利颱風造成水庫集水區坡地嚴重崩塌，大量泥砂及漂流木流入石門水庫，造成水庫高達2,788萬m3之淤積量，為延長水庫壽命，「水力排砂」已為現今水庫更新改善之主軸。石門水庫底孔洩水結構僅有石門大圳、電廠及永久河道放水口等水流通道，因洩水能力有限，當發生颱風豪雨事件帶入水庫之異重流不及排出而形成渾水潭，不足以達到「蓄清排渾」的營運。「石門水庫既有設施防淤功能改善工程計畫書可行性規劃報告(修正版)」初步提議改建排洪隧道以在排洪時吸取水庫底部泥砂濃度較高的水流增加排砂效果，透過改善方案、工法及有效性的檢討，祈能提供北水局作為石門水庫整治作業之參考依據。石門水庫為營運中之水庫且為北台灣最重要水庫之一，因此為有效利用水資源，水庫之運轉均採高水位模式，故進水口之施工為本計畫之關鍵且方案亦必須不影響水庫之洩洪能力。 本計畫參考「石門水庫既有設施防淤功能改善工程計畫書可行性規劃報告(修正版)」之建議提出虹吸引水管方案，將排洪隧道進水口EL.220m 延伸至庫床EL.190m，並依管徑大小及進水口前庭施工方式共擬定4種防淤工程改善方案，經評比其排砂洩洪量、施工可行性、工程造價、施工期間風險及營運期間對既有設施及大壩安全影響後，以「開放式前庭鋼擋水牆」為建議之方案。 建議方案係在排洪隧道前庭平台臨水庫邊坡側以工作船打設鋼管樁及鋼管樁間設計鋼擋水牆，以隔開上層之清水流入排洪隧道，如此即可透過虹吸引水管吸取底層之濁水。該方案之優點為可於不降低水庫水位情形下施工。 經分析近年來僅艾利颱風期間石門水庫水位EL.245.8m高於EL.245.5m，因此鋼擋水牆頂高設定為EL.245.5m，可於大部分颱洪期間排洩水庫之濁水。當水位高於EL.245.5m即有部分洪水量透過鋼擋水牆溢流至排洪隧道前庭，隨著水庫水位升高，溢流量將快速增加，而引水管流量則相反地快速減少，直到水位EL.251m排洪隧道流量則維持原設計2,400cms。本計畫由水庫最大洪水(PMF)14,500cms演算成果顯示，當水庫起始水位EL.240m時，排洪隧道防淤工程改建後，水庫水位較排洪隧道防淤工程改建前提高4cm。 排洪隧道改建防淤工程經費初步評估約16.67億元，施工期程約2年，年計成本10,247萬元，年排砂量約可增加83萬m3，若以每立方公尺500元清淤費估計，清淤費用約41,500萬元，經計算其益本比(B/C)約為4.05，淨效益約為3.13億元，符合經濟可行之原則。 本計畫雖屬技術與經濟可行，惟經本計畫地質調查分析成果研判排砂方案位於疑似地滑區，不利於設施結構安全，需再進一步加作地質補充調查外，對於排洪隧道安全及操作定位仍需進一步討論方得以進行後續評估規劃工作，經濟部水利署考量石門水庫整體防洪防淤策略優先辦理大灣坪及大溪坪之防淤計畫。綜整以上之考量，本計畫已暫無急迫性，因此，經由期中報告決議本案期中以後工作停止辦理。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1009904824</governmentpublicationsnumber><identifier>70585</identifier><internationalstandardbooknumber>9789860265552 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70585</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫既有排洪隧道防淤工程成果報告 Planning on Converting Shimen Reservoir Tunnel Spillway for Desilting Project Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>民國93年艾利颱風造成水庫集水區坡地嚴重崩塌，大量泥砂及漂流木流入石門水庫，造成水庫高達2,788萬m3之淤積量，為延長水庫壽命，「水力排砂」已為現今水庫更新改善之主軸。石門水庫底孔洩水結構僅有石門大圳、電廠及永久河道放水口等水流通道，因洩水能力有限，當發生颱風豪雨事件帶入水庫之異重流不及排出而形成渾水潭，不足以達到「蓄清排渾」的營運。「石門水庫既有設施防淤功能改善工程計畫書可行性規劃報告(修正版)」初步提議改建排洪隧道以在排洪時吸取水庫底部泥砂濃度較高的水流增加排砂效果，透過改善方案、工法及有效性的檢討，祈能提供北水局作為石門水庫整治作業之參考依據。石門水庫為營運中之水庫且為北台灣最重要水庫之一，因此為有效利用水資源，水庫之運轉均採高水位模式，故進水口之施工為本計畫之關鍵且方案亦必須不影響水庫之洩洪能力。本計畫參考「石門水庫既有設施防淤功能改善工程計畫書可行性規劃報告(修正版)」之建議提出虹吸引水管方案，將排洪隧道進水口EL.220m 延伸至庫床EL.190m，並依管徑大小及進水口前庭施工方式共擬定4種防淤工程改善方案，經評比其排砂洩洪量、施工可行性、工程造價、施工期間風險及營運期間對既有設施及大壩安全影響後，以「開放式前庭鋼擋水牆」為建議之方案。建議方案係在排洪隧道前庭平台臨水庫邊坡側以工作船打設鋼管樁及鋼管樁間設計鋼擋水牆，以隔開上層之清水流入排洪隧道，如此即可透過虹吸引水管吸取底層之濁水。該方案之優點為可於不降低水庫水位情形下施工。經分析近年來僅艾利颱風期間石門水庫水位EL.245.8m高於EL.245.5m，因此鋼擋水牆頂高設定為EL.245.5m，可於大部分颱洪期間排洩水庫之濁水。當水位高於EL.245.5m即有部分洪水量透過鋼擋水牆溢流至排洪隧道前庭，隨著水庫水位升高，溢流量將快速增加，而引水管流量則相反地快速減少，直到水位EL.251m排洪隧道流量則維持原設計2,400cms。本計畫由水庫最大洪水(PMF)14,500cms演算成果顯示，當水庫起始水位EL.240m時，排洪隧道防淤工程改建後，水庫水位較排洪隧道防淤工程改建前提高4cm。排洪隧道改建防淤工程經費初步評估約16.67億元，施工期程約2年，年計成本10,247萬元，年排砂量約可增加83萬m3，若以每立方公尺500元清淤費估計，清淤費用約41,500萬元，經計算其益本比(B/C)約為4.05，淨效益約為3.13億元，符合經濟可行之原則。本計畫雖屬技術與經濟可行，惟經本計畫地質調查分析成果研判排砂方案位於疑似地滑區，不利於設施結構安全，需再進一步加作地質補充調查外，對於排洪隧道安全及操作定位仍需進一步討論方得以進行後續評估規劃工作，經濟部水利署考量石門水庫整體防洪防淤策略優先辦理大灣坪及大溪坪之防淤計畫。綜整以上之考量，本計畫已暫無急迫性，因此，經由期中報告決議本案期中以後工作停止辦理。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1009904824</governmentpublicationsnumber><identifier>70586</identifier><internationalstandardbooknumber>9789860265552 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫既有排洪隧道防淤工程成果報告(光碟版) Planning on Converting Shimen Reservoir Tunnel Spillway for Desilting Project Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>斗六堰魚道的效益追蹤，自95~98年，已執行了4年，累積了相當豐富的生態調查資料。99年度持續進行必要的追蹤調查工作，作為魚道改善效益評估的重要依據，以徹底改善本地生物廊道的問題。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000599</governmentpublicationsnumber><identifier>70587</identifier><internationalstandardbooknumber>9789860273786 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70587</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>99年度斗六堰魚道功能監測及模組式魚道水域生態監測成果報告(內附光碟) Research on the efficency assessment of fishway in Dou- Liou Weir and the fishway in main stream 2010</title><yearidentifier>201103</yearidentifier></data><data><abstract>集集共同引水計畫於民國82年5月奉行政院核定實施，依據環境影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91年起集集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最低程度，民國92至民國98年已完成集集攔河堰環境監測，爰持續進行民國99年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990381</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/13</date><governmentpublicationsnumber>1010000598</governmentpublicationsnumber><identifier>70588</identifier><internationalstandardbooknumber>9789860273793 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70588</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>99年度集集攔河堰營運階段水域生態及水質監測成果報告(內附光碟) Chi-Chi Weir Operation in yr.2010 Aguatic Ecology and Water Wuality Monitoring Report</title><yearidentifier>201103</yearidentifier></data><data><abstract>本計畫為檢討濁水溪集集堰下游至自強大橋間水量來源及有效利用集集堰下游剩餘水量，以供給彰化雲林地區用水需求，減緩用水壓力，需辦理集集堰下游至自強大橋間伏流水調查研究、測流調查、流量觀測、河道出入滲調查研究、水質監測及水源分析規劃檢討。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990186</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000072</governmentpublicationsnumber><identifier>70596</identifier><internationalstandardbooknumber>9789860266597 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70596</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>濁水溪中下游水資源規劃檢討評估(內附光碟)Reviewing for Water Resources Planning in the Downstream and Midstream of Cho Shui River</title><yearidentifier>201101</yearidentifier></data><data><abstract>本計畫為檢討濁水溪集集堰下游至自強大橋間水量來源及有效利用集集堰下游剩餘水量，以供給彰化雲林地區用水需求，減緩用水壓力，需辦理集集堰下游至自強大橋間伏流水調查研究、測流調查、流量觀測、河道出入滲調查研究、水質監測及水源分析規劃檢討。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990186</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000072</governmentpublicationsnumber><identifier>70597</identifier><internationalstandardbooknumber>9789860266597 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70597</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>濁水溪中下游水資源規劃檢討評估計畫成果資料--光碟版=Reviewing for Water Resources Planning in the Downstream and Midstream of Cho Shui River</title><yearidentifier>201101</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70598</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70598</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(總報告)－光碟版＝The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70599</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70599</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究 (總報告)   The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70600</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70600</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究 (2/2)   The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70601</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70601</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究 (2/2)   The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>為保護沿海地區居民生命財安全，並防止國土流失，爰研提本項計畫，將全省縣市管老舊事業性海堤予以全面清查俾利後續研堤整建計畫，以利達成海岸防護工作之整體性。</abstract><author>財團法人台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990413</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000445</governmentpublicationsnumber><identifier>70609</identifier><internationalstandardbooknumber>9789860273021 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70609</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>全省縣市管老舊事業性海堤整建調查評估計畫An Investigation and Assessment on Re-construction of Obsolete Enterprise Sea Embankments Governed by County or City Goverments in Taiwan</title><yearidentifier>201103</yearidentifier></data><data><abstract>為保護沿海地區居民生命財安全，並防止國土流失，爰研提本項計畫，將全省縣市管老舊事業性海堤予以全面清查俾利後續研堤整建計畫，以利達成海岸防護工作之整體性。</abstract><author>財團法人台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990413</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000445</governmentpublicationsnumber><identifier>70610</identifier><internationalstandardbooknumber>9789860273021 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70610</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>全省縣市管老舊事業性海堤整建調查評估計畫(光碟版)An Investigation and Assessment on Re-construction of Obsolete Enterprise Sea Embankments Governed by County or City Goverments in Taiwan</title><yearidentifier>201103</yearidentifier></data><data><abstract>高台水庫區位於大漢溪上游，流域較少生態調查資料，亟需進行水庫區之現況環境背景調查，以補充水庫周遭環境生態基本資料，故擬於今年度辦理「高台水庫環境調查評估」委託專業服務計畫，於現地樣區設站調查，瞭解陸域動物及水域生態四季變化情況，進行生態資源分析與影響預測，並分析建壩中及完成後對環境之可能影響及對策研擬，提供有關後續執行環境影響評估工作之建議</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990163</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>70612</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70612</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估本文(內附光碟)Environmental Investigation and Assessment of Kaotai Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>高台水庫區位於大漢溪上游，流域較少生態調查資料，亟需進行水庫區之現況環境背景調查，以補充水庫周遭環境生態基本資料，故擬於今年度辦理「高台水庫環境調查評估」委託專業服務計畫，於現地樣區設站調查，瞭解陸域動物及水域生態四季變化情況，進行生態資源分析與影響預測，並分析建壩中及完成後對環境之可能影響及對策研擬，提供有關後續執行環境影響評估工作之建議</abstract><author>光宇工程顧問股份有限</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990163</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/15</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>70613</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70613</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估(附冊)Environmental Investigation and Assessment of Kaotai Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>溫泉資源資?為溫泉管?之重要科學依據，國內對於溫泉之監測技術，尚在起步階段，目前並無常設的溫泉監測站，擬由本計畫之執?，建??同溫泉地質區域之監測技術，以提供後續各溫泉區設置監測站之?考。本計畫工作項目共有五項，1.評估溫泉監測項目及頻?，2.擇定代表性溫泉區，3.監測儀器評估及現場試驗，4.提出監測?據品管規範，及5.其它配合事項。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960136</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/19</date><governmentpublicationsnumber>1009702286</governmentpublicationsnumber><identifier>70626</identifier><internationalstandardbooknumber>9789860152659 ; 9789860152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70626</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>溫泉監測技術評估與應用(光碟版) Assessment and application of hot spring montoring technique</title><yearidentifier>200806</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為蒐集並完成溫泉資源調查，以落實溫泉資源總量管制。本年度計畫目標皆已達成，包括：(1)完成泰安溫泉、谷關溫泉及廬山溫泉等三個地區之溫泉資源背景調查及資料蒐集、(2)完成溫泉監測站址建置規劃、(3)完成泰安溫泉區試辦計畫、(4)完成溫泉監測系統建置需求評估、(5)完成三個地區之溫泉監測站設計、經費需求及經濟效益評估。</abstract><author>資源工程顧問股份有限公司</author><categoryidentifier>651.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960137</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/19</date><governmentpublicationsnumber>1009702075</governmentpublicationsnumber><identifier>70627</identifier><internationalstandardbooknumber>9789860150667 ; 9789860150</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70627</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>中區溫泉監測系統站址規劃設計(光碟版) Site design of hot-spring monitoring system in middle of Tawan</title><yearidentifier>200806</yearidentifier></data><data><abstract>由桃竹地區基本資料蒐集與資料庫建立，經由空間指標與動態灌溉配水模式分析，以擬定有效率之停灌及配水策略，及評估其對灌溉用水之影響。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.257</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990184</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904263</governmentpublicationsnumber><identifier>70628</identifier><internationalstandardbooknumber>9789860259025 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70628</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>桃竹地區灌溉配水與停灌對灌溉用水影響研究(2/2)－光碟版 Effects on Irrigation Demand due to Irrigation Water Allocation and Recession at Taoyuan and Hsinchu Areaws(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>70629</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70629</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2) = The observation and mersurement of sediment  transport and the studies of application and development of density current simulation model in shihman Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>70630</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70630</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究 (總報告)   The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>災害預警及應變工作為緊急事件之處置，與一般經常性業務有些不同，所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力以進行災害應變、預警及前置作業，一直是重要之課題。     因此本計畫研擬運用專業機構之專業能力及充足人力資源，於汛期前，協助水利署執行旱災整備。汛期期間，於災前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後相關報告，包括人造雨案例報告、人工增雨技術報告、2008水利防災年報、2009水利防災年報及2009國外重大水利災害報告。</abstract><author>國立臺灣大學綜合災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980128</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009901051</governmentpublicationsnumber><identifier>70631</identifier><internationalstandardbooknumber>9789860228144 ; 9789860228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70631</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部暨水利署災害應變中心服務團計畫 Disaster Prevention Service Group of WRA. MOEA</title><yearidentifier>201004</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70632</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70632</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護 Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>70633</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70633</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護(光碟版) Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據民國98年行政院核定之地下水保育管理計劃，今年度繼續在宜蘭、台北、桃園、高雄與屏東等地區以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)進行地層下陷之嚴密監測，並同時針對新興異常與嚴重沉陷區進行下陷機制之分析與探討，而上述相關監測數據、調查資料與分析成果，未來將作為政府水資源規劃與防範地層下陷之重要參考依據。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990221</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904665</governmentpublicationsnumber><identifier>70634</identifier><internationalstandardbooknumber>9789860263114 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70634</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地層下陷之監測、調查及分析 Analyzing,Monitoring and Investigating Land Subsidence in ILan,Taipei ,Taoyuan,Kaohsiung,and Pingtung Area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>70635</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70635</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告－內附光碟 The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>70636</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70636</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)－成果報告光碟 The Application of Porous Concrete on River Engineering(2/2)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904902</governmentpublicationsnumber><identifier>70637</identifier><internationalstandardbooknumber>9789860266818 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70637</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年生活用水量統計報告 The Domestic Water Consumption in Taiwan for 2009</title><yearidentifier>201012</yearidentifier></data><data><abstract>以「大里溪集水區水文與水理計算系統」之系統中，新增孔口、涵洞、閘門及潰堤演算等水理演算功能； 同時建立可快速執行淹水模擬之區塊式快速淹水模式，以減少淹水模擬演算所需時間。使用者藉由本模式，快速取得特定降雨場次之淹水模擬結果。</abstract><author>國立海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990278</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904075</governmentpublicationsnumber><identifier>70638</identifier><internationalstandardbooknumber>9789860256505 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70638</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究-以大里溪流域為例(2/2)－光碟版 Development of basin digital topographic system and inundation modules-a case study in Dali River Basin(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904899</governmentpublicationsnumber><identifier>70639</identifier><internationalstandardbooknumber>9789860266795 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70639</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年工業用水量統計報告 The Industrial Water Consumption in Taiwan for 2009　</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904903</governmentpublicationsnumber><identifier>70640</identifier><internationalstandardbooknumber>9789860266801 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70640</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年各標的用水量統計報告 The  Water Consumption in Taiwan for 2009　</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904904</governmentpublicationsnumber><identifier>70641</identifier><internationalstandardbooknumber>9789860266788 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70641</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年農業用水量統計報告 The Agricultural Water Consumption in Taiwan for 2009　</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904907</governmentpublicationsnumber><identifier>70642</identifier><internationalstandardbooknumber>9789860266603 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70642</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>台灣地區民國98年蓄水設施水量營運統計報告 The Management for Water Storage Facilities in Taiwan for 2009　</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫係以Arc View 9.2為作業平台，建置「大里溪集水區水文與水理計算系統」，應用本系統即可進行地文、水文、河道及淹水模擬等演算，所得結果將有助於集水區治理規劃之執行。</abstract><author>國立海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990278</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/20</date><governmentpublicationsnumber>1009904071</governmentpublicationsnumber><identifier>70643</identifier><internationalstandardbooknumber>9789860256635 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70643</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域數值地形系統淹水模組開發及建置之研究-以大里溪流域為例 總報告書－光碟版 Development of basin digital topographic system and inundation modules-a case study in Dali River Basin</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應氣候變遷，本署擬針對雨量、水位流量、河川含砂量、蒸發散量、地下水位、潮位、波浪等水文資料之監測方法、監測站分布位置及資料頻率分析方法進行研究與評析。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990326</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009904603</governmentpublicationsnumber><identifier>70644</identifier><internationalstandardbooknumber>9789860263459 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70644</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷水文監測能量評析 Hydrological monitoring and assessment in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>70645</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70645</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)－內附光碟 Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>70646</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70646</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)－內附光碟 Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>70647</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70647</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>70648</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70648</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)(光碟版)</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>陳豪吉、、孟孟孝、張永璇、黃郁婷</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980053</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009804403</governmentpublicationsnumber><identifier>70649</identifier><internationalstandardbooknumber>9789860220865 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70649</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>70650</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70650</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書 Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>70651</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70651</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書 Report of Technical Manual on Environmental Planning for River Management(光碟版)</title><yearidentifier>201008</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990303</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1010000567</governmentpublicationsnumber><identifier>70652</identifier><internationalstandardbooknumber>9789860273922 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70652</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>中港溪水系支流大坪溪治理規劃檢討(1/2) River Planning of Da-Ping River, Tributary of Jhong-Gang River Basin (1/ 2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990303</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1010000567</governmentpublicationsnumber><identifier>70653</identifier><internationalstandardbooknumber>9789860273922 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70653</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>中港溪水系支流大坪溪治理規劃檢討(1/2)－光碟版 River Planning of Da-Ping River, Tributary of Jhong-Gang River Basin (1/ 2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>經 濟 部 水 ? 署 南 區 水 資 源 局 (以下簡稱南水局)為瞭解轄區五個水體(曾文水庫、牡?水庫、阿公店水庫、高屏溪攔河堰、甲仙攔河堰)之水質?態， 並透過水質研判分析計畫，以瞭解水質變化情形，以及水質??與環境因子間之相關性，以作為水庫管?之依據。本 計 畫 取 樣 的 內 容 及 檢 驗 項 目 包 含曾文水庫及集水區、牡?水庫、阿公店水庫、高屏溪攔河堰、甲仙攔河堰等23 處29個樣品之每月??性取樣及檢測。本計畫除一般的水質檢測外，依實際需要進?水體的臭味強?分析(季)、藻?計?檢驗分析(季)、藻毒檢驗分析(季)、農藥分析(季)及水庫魚體捕撈檢驗(半?)。 本 計 畫 為 民 國 99 ?1~12 月(以下簡稱本期)每月??性取樣及檢測分析，並定期繳送檢驗月報，並依約定頻?進?特殊項目的檢測及調查。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1010000540</governmentpublicationsnumber><identifier>70654</identifier><internationalstandardbooknumber>9789860273946 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70654</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>99年度曾文、牡丹、阿公店、高屏溪及甲仙攔河堰水質檢驗分析計畫總報告 2010 Tseng-wen Mu-Dan A-Go-Den Kao-Ping River and Chia-Sheng Weir Water-Quality Monitoring and Analytic Report(Final Report)</title><yearidentifier>201102</yearidentifier></data><data><abstract>台灣地區受自然環境及地理條件的影響，雖然雨量豐沛，但可有效利用的水資源卻 相當缺乏。然在新竹縣地區，人口增長與工業經濟蓬勃發展，需水量漸增，政府為有效 解決水資源危機並提升水資源之永續利用，透過本計畫的研擬分析，了解新竹縣地區合 適的水再生利用方案以及相關規劃與推動策略，期望減低未來新竹縣地區水資源缺乏的 衝擊與經濟上的損失。 再生水之應用包括農業用水、保育用水、工業用水以及生活次級用水但考量國人對 使用再生水安全性上的疑慮，本計畫建議將再生水應用在工業用水與生活次級用水。本 計畫收集新竹縣內可能的再生水水源包括可規劃成取供系統的三個污(廢)水處理廠與取 用系統的機關學校等，並依水質、水量、可用地、潛在使用者、未來可擴充性與開發管 理便利性等因子加以分析，最後建議取供系統短期內於竹北水資源回收中心設置模廠作 為優先考量，規劃建置再生水量為5,000CMD 的機組，處理流程為污水廠放流水纖維 過濾器MFRO再生水。以短期規劃目標進行單位成本估算時，建設費用含操作維 護費用約為20.36 元/m3；取用系統篩選縣內多所機關學校後，建議以竹北國中與明新科 技大學做為示範廠址。竹北國中建議採用生態工法及過濾消毒的方式建置水回收再生系 統，係考量環境美觀、操作維護以及富教育意義，46CMD 再生水建設成本約為128 萬 元。明新科大則為建置750CMD 之污水處理及過濾消毒設施，其處理流程為生活污水 欄污柵初沉池曝氣二沉池砂濾消毒再生水，產出的再生水應用在沖廁澆灌 上，處理設施總工程經費約為2,166 萬元。 本計畫建議新竹縣地區在短期(3~5 年)應優先建置竹北水資源回收中心模廠與竹北 國中之生態工法回收系統，中期為在竹北、竹東水資源回收中心建置再生水廠為主要推 動方針，長期則是全面推動縣內機關學校之再生水系統，並建置再生水配水管網。期望 使新竹縣市成為全台優良再生水示範縣市。</abstract><author>美商傑明工程顧問(股)台灣分公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990405</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1010000560</governmentpublicationsnumber><identifier>70655</identifier><internationalstandardbooknumber>9789860274103 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70655</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>新竹縣地區之水再生利用規劃及試驗計畫先期研究(光碟版)Prelimiinary Study of Planning and pilot Testing of Water Reclamation in Hsin Chu County</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009901479</governmentpublicationsnumber><identifier>70656</identifier><internationalstandardbooknumber>9789860232707 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70656</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流塔羅灣溪治理規劃報告 The Planning of Talowan River,Tributary of Jhuoshuei  River</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009901479</governmentpublicationsnumber><identifier>70657</identifier><internationalstandardbooknumber>9789860232707 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70657</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流塔羅灣溪治理規劃報告 The Planning of Talowan River,Tributary of Jhuoshuei  River(光碟版)</title><yearidentifier>201009</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>70659</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70659</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域）</title><yearidentifier>201009</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>70660</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70660</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域)(光碟版)</title><yearidentifier>201009</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。</abstract><author>國立中央大學通訊研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990204</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>70661</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70661</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣四周環海，近岸海流對於長期海岸變遷具有關鍵性的角色。對於海岸侵蝕防禦工事而言，瞭解近岸海流的季節性與地區性變化是相當重要，一般海流觀測方法為現場儀器觀測，現場觀測點的密度不會太高。而雷達衛星具有廣域性、不受天候時間的影響等特性，可彌補一般海流觀測空間解析力不足之問題，因此本計畫採用雷達衛星影像，並研發流場反演模式解算雷達衛星影像訊號估算近岸地區海流變異程度，進行近岸海域海流觀測。</abstract><author>中央大學通訊系統研究中心</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990204</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>1009904213</governmentpublicationsnumber><identifier>70662</identifier><internationalstandardbooknumber>9789860258257 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70662</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>應用雷達衛星遙測資料進行近岸海流變化分析之研究(2/2)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>2009902197</governmentpublicationsnumber><identifier>70663</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70663</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅠ- RAINFALL</title><yearidentifier>201006</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/21</date><governmentpublicationsnumber>2009902198</governmentpublicationsnumber><identifier>70664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70664</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國九十八年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2009 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201006</yearidentifier></data><data><abstract>河川流量觀測為水文觀測作業重要環節，鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術困難也最為嚴峻，因此，為避免政府投資浪費，在正式河川流量觀測技術研發作業前，宜有合適之先期評估作業，瞭解後續研發應注意之工作要項與可行之方向，俾利後續研擬合適之科技研發計畫。</abstract><author>巨延工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEARA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>70668</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70668</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及健置先期計劃=The   early    research     and    development     plan   for    river    discharge    measurement    technology   in   response   to    climate    change</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川流量觀測為水文觀測作業重要環節，鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術困難也最為嚴峻，因此，為避免政府投資浪費，在正式河川流量觀測技術研發作業前，宜有合適之先期評估作業，瞭解後續研發應注意之工作要項與可行之方向，俾利後續研擬合適之科技研發計畫。</abstract><author>巨延工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEARA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>70669</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70669</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及健置先期計劃〈光碟版〉=The   early    research     and    development     plan   for    river    discharge    measurement    technology   in   response   to    climate    change</title><yearidentifier>201012</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>中央大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990263</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904970</governmentpublicationsnumber><identifier>70670</identifier><internationalstandardbooknumber>9789860268072 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70670</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>永續水利工程之研究〈1/2〉A Study Sustainable Engineering and Construction of  Hydraulic  Facilities〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>70672</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70672</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國100年潮汐表 TIDE TABLES2011 第14期-光碟版</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>70677</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70677</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告 = The Application of Porous Concrete on River Engineering</title><yearidentifier>201012</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>70678</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70678</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告 = The Application of Porous Concrete on River Engineering(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策&amp; #63862;及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、&amp; #63847;確定性分析、脆弱&amp; #64001;及風險評估等及進&amp; #64008;該區因應氣候變遷下海岸災害調適能&amp; #63882;研究，期建&amp; #63991;氣候變遷下該區海岸災害脆弱&amp; #64001;評估及風險地圖，並提出調適策&amp; #63862;及因應之&amp; #64008;動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990334</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904252</governmentpublicationsnumber><identifier>70679</identifier><internationalstandardbooknumber>9789860259315 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70679</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(1/2)－(別冊) A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990029</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904592</governmentpublicationsnumber><identifier>70680</identifier><internationalstandardbooknumber>9789860262858 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70680</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇〈正式報告書〉(1/2) Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫為檢討濁水溪集集堰下游至自強大橋間水量來源及有效利用集集堰下游剩餘水量，以供給彰化雲林地區用水需求，減緩用水壓力，需辦理集集堰下游至自強大橋間伏流水調查研究、測流調查、流量觀測、河道出入滲調查研究、水質監測及水源分析規劃檢討。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990186</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1010000072</governmentpublicationsnumber><identifier>70681</identifier><internationalstandardbooknumber>9789860266597 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70681</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>濁水溪中下游水資源規劃檢討評估(光碟版)Reviewing for Water Resources Planning in the Downstream and Midstream of Cho Shui River</title><yearidentifier>201101</yearidentifier></data><data><abstract>台灣地區各重要水庫營運操作均已逾數十年，同時受限於年度預算額度及無法全面拆除重作，各項閘門設施已進入維護高峰期，因此為確保閘門設施之既有功能、實際可用性、可靠性與營運安全，其檢測、安全評估、維修管理等作業有其必要性及重要性。本計畫目的在藉由蒐集國內外水庫閘門設施維護管理執行經驗，制定閘門設施可靠性分析評估方法，提供主管及管理單位執行參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990149</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904708</governmentpublicationsnumber><identifier>70682</identifier><internationalstandardbooknumber>9789860263756 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70682</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫溢洪道閘門設施可靠性分析之研究成果報告 Study on Reliability Analysis of Spillway Gates of Reservoirs (Final Report)</title><yearidentifier>201102</yearidentifier></data><data><abstract>台灣地區各重要水庫營運操作均已逾數十年，同時受限於年度預算額度及無法全面拆除重作，各項閘門設施已進入維護高峰期，因此為確保閘門設施之既有功能、實際可用性、可靠性與營運安全，其檢測、安全評估、維修管理等作業有其必要性及重要性。本計畫目的在藉由蒐集國內外水庫閘門設施維護管理執行經驗，制定閘門設施可靠性分析評估方法，提供主管及管理單位執行參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990149</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/22</date><governmentpublicationsnumber>1009904708</governmentpublicationsnumber><identifier>70683</identifier><internationalstandardbooknumber>9789860263756 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70683</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫溢洪道閘門設施可靠性分析之研究成果報告(光碟版) Study on Reliability Analysis of Spillway Gates of Reservoirs (Final Report)</title><yearidentifier>201102</yearidentifier></data><data><abstract>在民國93年艾利颱風時，南桃園穩定供水情況因原水高濁度而受到重創，其後增建了石門水庫增設取水工，以期能於颱洪期間取得石門水庫表層低濁度原水。惟依據93年艾利颱風後迄今共7年內實際濁度監測資料顯示，已有3年度發生表層原水濁度超過4,000NTU之情況(註：93年艾利颱風、94年馬莎颱風及96年柯羅莎颱風)，此將超過南桃園主要淨水場之濁度處理能力(註：龍潭場&amp;lt;1,000NTU、平鎮場&amp;lt;4,000NTU)。雖然在「石門水庫及其集水區整治計畫」內各項改善工程，包含電廠防淤及永久河道放水口(PRO)改善工程、石門水庫防洪防淤隧道工程等完成後，將可降低壩區表層原水濁度達一定程度，惟另考量未來氣候異常之變化及水文不確性，石門水庫集水區仍可能發生如莫拉克等級颱風而造成大量土砂入庫，及隨水庫營運年限拉長而壩區淤積日愈上升時等狀況，壩區表層原水濁度仍有升高機會，南桃園地區因濁度高而造成停水之供水風險仍將存在。為確保南桃園地區供水系統水源量於颱洪期間不致發生短缺情況，本計畫備援水池之規劃顯具必要性，是為本計畫之緣起及目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>70684</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70684</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃成果報告(內附光碟)=Preliminary Planning of Backup Water Pond at Qin-Shuei-Ken near Shihmen Reseroir</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>70685</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃  Preliminary Planning  of  Backup  Water Pond  at   Qin-Shuei-Ken near Shihmen Reservoir(光碟版)</title><yearidentifier>201102</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>70686</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70686</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護(內附光碟) The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>70687</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70687</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護(內附光碟) The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫之委託目的，係以整體規劃方式，有系統的以分年分區方式進行地下水觀測井之井體清洗維護保養，並以井體攝影之手段，檢核該井體清洗、維護保養之成效；除整合前數年本署已委託辦理觀測井之井體井況資料外，並藉本計畫之執行，以井體攝影分析、滯留水水質檢測分析與長時距地下水位分析等技術，分區提出標的之觀測井即時水位可靠性分析，另依分級制度之精神，研擬觀測井清洗及維護保養之頻率、方式與具體做法，以維持觀測井正常功能增加其使用期限，更可確保地下水觀測井水位資料可靠性，以提供國土保育復育相關措施或工程、防災因應及管理措施執行之重要參據。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990216</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904534</governmentpublicationsnumber><identifier>70688</identifier><internationalstandardbooknumber>9789860262261 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70688</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水觀測網井體清洗及維護保養成果報告 Well Development and Maintenance of Groundwater Monitoring Wells in 2010</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990062</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904480</governmentpublicationsnumber><identifier>70689</identifier><internationalstandardbooknumber>9789860258271 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70689</librarycollectiondetailsurl><price></price><publisher>經濟部水利所</publisher><publishrocyear>99</publishrocyear><title>地下水觀測站網檢討及規劃 = Revuew and Planning for Groundwater Monitoring Networks</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣部分地區為加速產業發展,在地面水源供應量不足下,轉而長期仰賴抽取地下水,並造成地層下陷災害.為減少地層下陷災害對環境與國土之破壞,政府自民國84年至民國97年即陸續推動第一期與第二期地層下陷防治執行方案,而本計畫主要為延續第二期地層下陷防治執行方案之工作成果來實施.</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990097</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904662</governmentpublicationsnumber><identifier>70691</identifier><internationalstandardbooknumber>9789860263121 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70691</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度彰化、雲林、嘉義、臺南地區地層下陷之監測、調查及分析 Analyzing,Monitoring and Investigating Land Subsidence in Changhwa,Yunlin,Chiayi,and Tainan area in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>在全球總水量中，人類可取用的淡水資源不到1%，而淡水資源中又以地下水的貯存總量居冠。由於地表可用的水源有限，且為了滿足日益增加的農業、工業及民生用水的需求量，除了利用水庫調節之外，地下水就成為用水的重要來源之一。因此地下水水質優劣將會影響其使用用途，並可能影響人體健康。執行地下水水質持續監測，可提供水資源利用調配與環境衛生安全參考，並追蹤地下水污染源。依據水利署資料庫統計至民國99年之井口數資料顯示，全台灣現存共計727口自記式地下水觀測井，其中包括&amp; #63775;陽平原有41口、台&amp; #63843;盆地有30口、桃園中壢台地有29口、新苗地區有48口、台中地區有34口、濁水溪沖積扇有210口、嘉南平原有163口、屏東平原有142口、花東縱谷有23口及澎湖地區有7口。藉由這些觀測井所提供之長期水位監測資料，可提供相關單位對於地下水資源永續利用之規劃參考。由過去地下水水質採樣分析結果顯示，台灣地區地下水水質有幾項共通問題，一為沿海地區水質鹽化，如彰雲地區、嘉南平原、屏東平原沿海地區；二為地下水補注區硝酸鹽氮污染，如彰雲投地區、屏東平原扇頂補注區等；三為雲林、嘉南平原、蘭陽平原地下水中砷含量偏高，過去也在這些區域發生烏腳病及引發癌症；四為地下水鐵、錳、氨氮、總有機碳偏高，如台灣西南平原地區(雲林至屏東)。綜合以上分析，本計畫99年度將持續針對全台9大地下水分區之自記式觀測井，扣除98年度已篩選之觀測井進行其餘約380口地下水觀測井之水質檢測分析與評估，以持續監測並提出因應對策與建議。檢測項目包括現場檢測之溶氧、水溫、氧化還原電位、導電&amp; #64001;、pH 及甲烷氣等6項，實驗室水質檢驗鹼&amp; #64001;(碳酸氫根與碳酸根)、鈣、鎂、鉀、鈉、氯鹽、&amp; #63950;酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳(TOC)、&amp; #63950;化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並進行各觀測井滯&amp; #63949;水基本水質分析；辦理濁水溪沖積扇扇頂新光、六合、溫厝等18站20口觀測井，每半年辦理1次補注區硝酸鹽氮濃度檢測與監測，本年(99)度預計執行採樣2次，共計40口。本計畫期望藉由各項水質項目之分析與評估，提供了解沿海地區地下水鹽化影響程度及分布情形、地下水補注區硝酸鹽氮污染因應對策與建議及雲彰濁水溪扇頂地下水補注區硝酸鹽氮污染情形分布趨勢分析與加強監測。此外， 本團隊也將進行滯留水質監測，並利用相關指標Langelier Saturation Index (LSI)、Ryznar Stability Index (RSI)以及Aggressive Index (AI)之變化情形，評估滯留水質之腐蝕趨勢及對井體結構之影響，並提供具體建議，以作為未來井體維護保養之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990213</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904704</governmentpublicationsnumber><identifier>70692</identifier><internationalstandardbooknumber>9789860264890 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70692</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>99年度地下水水質檢測分析與評估 Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前共建置156處水位站，其中有83處水位站訂定警戒水位並公告在案，未訂定警戒水位者共計73站。惟莫拉克颱風後，各界對於警戒水位之應用有更高之期望，因此，實有必要對已訂定警戒水位之水位站重新進行警戒水位檢討，並對未訂定警戒水位之水位站評估是否須新增訂定警戒水位。 本署預定於99年度於中央管河川及區域排水增設約48處水位站，亦須配合新訂警戒水位。 另本署於98年度完成第五河川局之中央管區域排水警戒雨量訂定，包括北港溪支流三疊溪之興安排水、朴子溪之嘉義、麻魚寮排水與八掌溪之後庄與湖子內排水，今（99）年度應於汛期間進行颱洪事件之檢驗，經檢討評估後方能實際應用公告實施。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990132</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904605</governmentpublicationsnumber><identifier>70693</identifier><internationalstandardbooknumber>9789860263466 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70693</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>99</publishrocyear><title>河川警戒水位與區域排水警戒雨量之檢討與應用 Review and Application of River Warning Stages and Drainage Warning Rainfall</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度建置中央管河川曾文溪及高屏溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990283</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904063</governmentpublicationsnumber><identifier>70697</identifier><internationalstandardbooknumber>9789860256925 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70697</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川流域地質資料查核－曾文溪及高屏溪－內附光碟 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Zengwun River and Gaoping River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度建置中央管河川曾文溪及高屏溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990283</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904063</governmentpublicationsnumber><identifier>70698</identifier><internationalstandardbooknumber>9789860256925 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70698</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川流域地質資料查核－曾文溪及高屏溪－內附光碟 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Zengwun River and Gaoping River(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>烏山嶺引水隧道於80年前興建，歷年來皆是該地區最重要水源。雖經補強，但無法抑制隧道結構品質劣化趨勢，為避免隧道突發性崩塌之斷水風險及恢復原輸水能力，有興建第2隧道之必要，由於開發計畫輸水量超出必需實施環境影響評估的門檻，依照環境影響評估法相關規定，進行本第2隧道與建計畫環境影響說明書之製作。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009902360</governmentpublicationsnumber><identifier>70699</identifier><internationalstandardbooknumber>9789860240542 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70699</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道環境影響評估本文－內附光碟 Environmental Impact Assessment of Wu-Shan-Ling Second Tunnel</title><yearidentifier>201006</yearidentifier></data><data><abstract>烏山嶺引水隧道於80年前興建，歷年來皆是該地區最重要水源。雖經補強，但無法抑制隧道結構品質劣化趨勢，為避免隧道突發性崩塌之斷水風險及恢復原輸水能力，有興建第2隧道之必要，由於開發計畫輸水量超出必需實施環境影響評估的門檻，依照環境影響評估法相關規定，進行本第2隧道與建計畫環境影響說明書之製作。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009902360</governmentpublicationsnumber><identifier>70700</identifier><internationalstandardbooknumber>9789860240542 ; 9789860240</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70700</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏山嶺第2隧道環境影響評估本文－內附光碟 Environmental Impact Assessment of Wu-Shan-Ling Second Tunnel(光碟版)</title><yearidentifier>201006</yearidentifier></data><data><abstract>水利署於98年度辦理之水資源科技發展、一般行政、水資源企畫與保育計畫、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計劃成果豐碩、故編篡委辦計劃成果摘要會邊並辦理成果發表會，對外發表水利署98年度執行各項委辦計劃之相關成果，並藉由與會專家之討論與建議，協助水利署掌握符合時勢之水資源政策發展及其未來施政之規劃方向○</abstract><author>巨鷗整合行銷股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904405</governmentpublicationsnumber><identifier>70701</identifier><internationalstandardbooknumber>9789860261073 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70701</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公室)</publisher><publishrocyear>99</publishrocyear><title>水利署98年度委辦計劃成果摘要彙編樂活水之源(內附光碟)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫研究乃針對國內外水再生利用系統及實施技術行整合與資料彙整，並撰稿實施技術參考手冊，其中技術手冊又分為生活污水、工業廢水與農業廢水三冊。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990019</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904076</governmentpublicationsnumber><identifier>70702</identifier><internationalstandardbooknumber>9789860257700 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70702</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水再生利用經濟效益評估模式研究〈2/2〉=Framework   of   Economic   Evaluation   for   Water    Reclamation   and    Reuse  〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究計畫將針對貫入試驗法作為快速有效檢測土壤工地密度之可行性，進行深入探討，研究重點包括：貫入器之尺寸、貫入能量、現場操作性及安全性、建立與土壤工地密度之關係曲線、貫入試驗法之靈敏度分析及檢測工地密度之可行性評估。本計畫將配合現行河海堤工程及湖山水庫大壩工程之施工，進行貫入試驗檢測土壤輾壓夯實後之工地密度，試驗結果將與砂錐法所測定之工地密度進行比較分析，以驗證貫入試驗法檢測土壤工地密度之可行性。</abstract><author>朝陽科技大學</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980118</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009804386</governmentpublicationsnumber><identifier>70703</identifier><internationalstandardbooknumber>9789860220872 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70703</librarycollectiondetailsurl><price>237</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>開發貫入試驗法快速檢測土壤工地密度 Development of a penetration test technique for rapid evaluation of soil field density</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>私立中原大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>70704</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70704</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署文化性資產清查委託服務計畫  The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。 本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>70705</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70705</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告  The As-Build Report for the Strengthen Engineering of Lung-En Weir, Touchien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>頭前溪隆恩堰為供給新竹地區民生及工業用水之重要水源，民國93年因受艾莉颱風侵襲造成部分堰體產生毀損，雖於民國95年完成損壞部分之修復，然而新舊結構參雜不同設計標準，加上台鐵新竹內灣支線、高鐵及新竹聯絡道過河橋樑將於隆恩堰上、下游設置橋墩，將導致堰體區域之水理異常複雜、水流更形紊亂，大為提高隆恩堰再損壞之風險，因此經濟部水利署北區水資源局辦理隆恩堰現址補強工程，以提高堰體供水之穩定性。 本報告為隆恩堰現址補強工程之竣工報告，內容包含主要施工項目及數量、施工佈置、施工經過及進度，並針對品質管制與環境保護及安全衛生之事項進行說明。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009905008</governmentpublicationsnumber><identifier>70706</identifier><internationalstandardbooknumber>9789860268737 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70706</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>頭前溪隆恩堰現址補強工程竣工報告  The As-Build Report for the Strengthen Engineering of Lung-En Weir, Touchien River(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>70708</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70708</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>70709</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應 ?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域 或系統內整體考?，除河道及排水等工程設施設計標準其目標 外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯 洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程 ?達50～100 ?洪水重現期距為目標。如因現有地形或土地? 用無法充分達成時，則輔以避洪及減災規劃等非工程措施因 應。 (二)國外相關洪災管?制?對我國洪災管?的啟示 1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪 水災害，且?符國家社會資源有效運用原則。透過洪災保險 的推動可分散洪災風險，符合公共??，並實施洪氾區土地 管?。由?邦政府主導並結合民間保險公司共同實施洪災保 險，可提供人民較佳之保險保障，同時採取誘因與強制方式 增加投保保單。 2、日本「總合治水」治水工作結合各政府機關共同推動，並 透過法規建?相關主管機關間的平台。 3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並 加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴 大或整治成本的遽增。將風險分攤、災害治?與土地使用管 制等相互結合，使當地居民必須衡?自身的安全與??，以 ?土地使用管制得以推動。 (三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」 規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層 級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問 題包含環境因素、社會因素、防救災措施等三方面的問題。 1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增 加；台灣多樣的地形增加定??雨預報的?確定性。 2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解 工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知? 與資訊，無法在災害??時採取適當的應變措施；水災受災 地區多?無防災社區的組織，無法有效結合當地居民採取有 效應變措施。 3、防救災措施包含災前減災工作多以工程措施為主，偏重災 害發生的防治；土地開發造成逕??增加，集?時間縮減， 加劇災害程?，應有適當土地(尤其低地)管?對策；執?減 災非工程措施相關權責單位間橫向?繫加強；目前水災災中 應變措施主要是採用移動式抽水機與防汛搶險器材?因應 為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難 標準作業程序」，並推動水災危險潛勢區域疏散避難，應加 強當中的相關環節，使之?為完備；水災防災教育宣導僅侷 限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防 災教育宣導。 本計畫以風險管?概?，依發生洪災的機?與損失程 ?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑 制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣 地區的各項風險管?措施，並建?水患治?非工程措施整體 架構。 (四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查， 透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套 疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區 域或排水設施範圍、洪氾區，在整體程序應包含技術程序與? 政程序。 (五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報 發佈、水災防災疏散避難演?、防災社區推動等部分。 1、於災前針對?淹水地區進?完整避災規劃，包含防災避難 圈、防災通道、防災據點、防災設施等。透過繪製水災防災 疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並 進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、 150、300、450、600 毫米之淹水模擬範圍圖等資?分送當 地居民。 2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅 色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高 警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒 雨?或實際河川或潮位水位高於二級警戒水位，地方政府研 判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義 為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河 川或潮位水位高於一級警戒水位，地方政府研判當地氣候? 況針對低窪地區進?強制疏散。 3、防災疏散避難主要重點在於災害發生時之危機處?與應變 搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、? 線與安全避難處所，以及地區災害防救單位瞭解災害應變決 策與提昇搶救災之效能。每?於訊期前，地方政府應針對? 淹水地區進?一次以上之演?。 4、由地方政府以委託專業團隊的方式針對?淹水地區的社區 iv 推動防災社區，於各社區內建?一套機制，讓減災成為地方 重要且持續進?的活動，以強化?淹水地區的抗災能?。 (?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助 1、土地使用管制與建築物防洪能?補強以水災危險區地圖為 基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域 與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程 序要求新建建築物應符合建物防洪技術規範，新建建築物的 高程應高於百?基準洪水位。為提高洪氾區內既有建築物進 ?建築物防洪能?補強，可以政府編?預算方式補助所需成 本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築 物進?防洪能?補強。 2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰?? 得超過開發前之洪峰?」。要求大型開發?為，於水道集水 區域內辦?土地開發?用、變?使用計畫或其他事由，致增 加水道之逕??者，應將排水計畫書送該水道之管?機關審 查同意後始得辦?。小型開發?為，開發人、設施所有人或 經營人得向主管機關申請，於與基地同一集水區內覓地設置 具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負 擔，簡稱為代?方案。既有開發區及建築設施，其位於?市 土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪 設施，以管制各該地區之洪水出??。本措施需配合水?法 的修改。 3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、 颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著 綜合之承保事故，運用空間與危險的分散，將?同之巨災作 v 為一個保險組合?分散風險，以求保險經營之穩健?。惟， 該措施應在其他避災與減災措施具體?實後，方可以綜合天 然災害保險的方式承擔剩餘的風險。否則，將會導致政府或 保險人沉重財務負擔，無法達到最有效之成本原則。在其他 避災與減災措施具體?實後，可針對洪氾區內已完成防洪能 ?補強之建築物，提供綜合天然災害保險水災部分之保費補 助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。 (七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專 業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委 託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措 施應長期持續推動。 (八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前 者應以交通部中央氣象局執?，經濟部水?署配合方式辦?； 後者則應由經濟部水?署負責研發完整洪水與淹水預報系 統。本工作應長期持續推動，以提高預測與預警的效能。 (九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法 ?限制等因素，為在短期間可以直接減少人命財產的損失，建 議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與 宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演 ?、防災社區推動、洪水與淹水預報系統建置與維護等五項工 作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約 需新台幣49,000 萬元。 (十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規 劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區 建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾 區的建築物達100 ?重現期之保護標準為目標。 vi (十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一 防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富 ?規劃避難地點為自強國中、國??規劃避難地點為國?國 小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與 建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現 期之保護標準為目標。未?針對洪氾區內的新建建築物，將透 過建管程序要求其高程應高於百?基準洪水位並符合建物防 洪技術規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>70712</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70712</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃--內附光碟=Non-structural Measures Planning for Regulation Project of Flood-prone Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應 ?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域 或系統內整體考?，除河道及排水等工程設施設計標準其目標 外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯 洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程 ?達50～100 ?洪水重現期距為目標。如因現有地形或土地? 用無法充分達成時，則輔以避洪及減災規劃等非工程措施因 應。 (二)國外相關洪災管?制?對我國洪災管?的啟示 1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪 水災害，且?符國家社會資源有效運用原則。透過洪災保險 的推動可分散洪災風險，符合公共??，並實施洪氾區土地 管?。由?邦政府主導並結合民間保險公司共同實施洪災保 險，可提供人民較佳之保險保障，同時採取誘因與強制方式 增加投保保單。 2、日本「總合治水」治水工作結合各政府機關共同推動，並 透過法規建?相關主管機關間的平台。 3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並 加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴 大或整治成本的遽增。將風險分攤、災害治?與土地使用管 制等相互結合，使當地居民必須衡?自身的安全與??，以 ?土地使用管制得以推動。 (三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」 規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層 級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問 題包含環境因素、社會因素、防救災措施等三方面的問題。 1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增 加；台灣多樣的地形增加定??雨預報的?確定性。 2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解 工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知? 與資訊，無法在災害??時採取適當的應變措施；水災受災 地區多?無防災社區的組織，無法有效結合當地居民採取有 效應變措施。 3、防救災措施包含災前減災工作多以工程措施為主，偏重災 害發生的防治；土地開發造成逕??增加，集?時間縮減， 加劇災害程?，應有適當土地(尤其低地)管?對策；執?減 災非工程措施相關權責單位間橫向?繫加強；目前水災災中 應變措施主要是採用移動式抽水機與防汛搶險器材?因應 為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難 標準作業程序」，並推動水災危險潛勢區域疏散避難，應加 強當中的相關環節，使之?為完備；水災防災教育宣導僅侷 限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防 災教育宣導。 本計畫以風險管?概?，依發生洪災的機?與損失程 ?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑 制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣 地區的各項風險管?措施，並建?水患治?非工程措施整體 架構。 (四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查， 透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套 疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區 域或排水設施範圍、洪氾區，在整體程序應包含技術程序與? 政程序。 (五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報 發佈、水災防災疏散避難演?、防災社區推動等部分。 1、於災前針對?淹水地區進?完整避災規劃，包含防災避難 圈、防災通道、防災據點、防災設施等。透過繪製水災防災 疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並 進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、 150、300、450、600 毫米之淹水模擬範圍圖等資?分送當 地居民。 2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅 色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高 警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒 雨?或實際河川或潮位水位高於二級警戒水位，地方政府研 判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義 為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河 川或潮位水位高於一級警戒水位，地方政府研判當地氣候? 況針對低窪地區進?強制疏散。 3、防災疏散避難主要重點在於災害發生時之危機處?與應變 搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、? 線與安全避難處所，以及地區災害防救單位瞭解災害應變決 策與提昇搶救災之效能。每?於訊期前，地方政府應針對? 淹水地區進?一次以上之演?。 4、由地方政府以委託專業團隊的方式針對?淹水地區的社區 iv 推動防災社區，於各社區內建?一套機制，讓減災成為地方 重要且持續進?的活動，以強化?淹水地區的抗災能?。 (?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助 1、土地使用管制與建築物防洪能?補強以水災危險區地圖為 基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域 與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程 序要求新建建築物應符合建物防洪技術規範，新建建築物的 高程應高於百?基準洪水位。為提高洪氾區內既有建築物進 ?建築物防洪能?補強，可以政府編?預算方式補助所需成 本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築 物進?防洪能?補強。 2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰?? 得超過開發前之洪峰?」。要求大型開發?為，於水道集水 區域內辦?土地開發?用、變?使用計畫或其他事由，致增 加水道之逕??者，應將排水計畫書送該水道之管?機關審 查同意後始得辦?。小型開發?為，開發人、設施所有人或 經營人得向主管機關申請，於與基地同一集水區內覓地設置 具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負 擔，簡稱為代?方案。既有開發區及建築設施，其位於?市 土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪 設施，以管制各該地區之洪水出??。本措施需配合水?法 的修改。 3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、 颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著 綜合之承保事故，運用空間與危險的分散，將?同之巨災作 v 為一個保險組合?分散風險，以求保險經營之穩健?。惟， 該措施應在其他避災與減災措施具體?實後，方可以綜合天 然災害保險的方式承擔剩餘的風險。否則，將會導致政府或 保險人沉重財務負擔，無法達到最有效之成本原則。在其他 避災與減災措施具體?實後，可針對洪氾區內已完成防洪能 ?補強之建築物，提供綜合天然災害保險水災部分之保費補 助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。 (七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專 業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委 託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措 施應長期持續推動。 (八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前 者應以交通部中央氣象局執?，經濟部水?署配合方式辦?； 後者則應由經濟部水?署負責研發完整洪水與淹水預報系 統。本工作應長期持續推動，以提高預測與預警的效能。 (九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法 ?限制等因素，為在短期間可以直接減少人命財產的損失，建 議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與 宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演 ?、防災社區推動、洪水與淹水預報系統建置與維護等五項工 作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約 需新台幣49,000 萬元。 (十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規 劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區 建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾 區的建築物達100 ?重現期之保護標準為目標。 vi (十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一 防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富 ?規劃避難地點為自強國中、國??規劃避難地點為國?國 小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與 建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現 期之保護標準為目標。未?針對洪氾區內的新建建築物，將透 過建管程序要求其高程應高於百?基準洪水位並符合建物防 洪技術規範。</abstract><author>經濟部水利署</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>70714</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70714</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃--內附光碟=Non-structural Measures Planning for Regulation Project of Flood-prone Area(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應新社海岸侵蝕防護與環境營造整體規劃，改善花?縣豐濱鄉?側海岸 受侵蝕的現象。本計畫範圍?起台11 線42k 處南至豐濱溪口(含)（約為台11 線51k 處）海岸，由於長期受海?沖蝕使得海岸線持續向內?侵蝕致海岸?續 崩塌、國土?斷?失並危及現有住民之安全，亦威脅到鄰近台11 線?道?基 礎之安全。本??計畫延續98 ??工作項目，持續蒐集??海岸災害、海岸 結構物、鄰近區域開發?況、氣象及海象等基本資?，並完成整?分析與資? 庫之建?，並針對四個區域進?海域生態調查工作，其中未發現保育?生物或 稀特有種，??均為?星個體，無明顯優勢種，至於珊瑚則無發現紀?。 本計畫採用LiDAR 掃瞄技術結合地形測?、斷面測?及水深測?等多項 測?技術，同時提昇?域平面、高程及海域地形??，配合其他測?成果以獲 取完整之地表資訊，並於99 ?5 月及10 月，進?二次海深測?工作。本計畫 結合?域與海域測?資?，除可提供分析檢討及?值模擬之作業應用及研擬海 岸防護對策及方案外，亦可提供本地區未?相關海岸防護規畫、施工及管?等 之共同的測?依據，也可提供各相關單位在施工界面的整合上強而有?的基 準。 藉由整合型海岸模式（SMC）模擬本計劃海岸重點區域新社村、東興村 及永豐村之波場、?場、及地形變遷之特性，並依據定點波?監測及颱風侵襲 前後地形水深資??設定各項模擬計算之波?條件，並進?模式之驗證，其模 擬成果依方案ㄧ(灘線以外水域?施作海岸保護工程)、?岸堤及?岸堤+養灘 三種方案分別呈現。而水工模型試驗模擬海岸保護工法在颱風波?作用下，評 估其所研擬海岸保護方案之防護效果。最後本計畫依據過去本段海岸的侵蝕變 遷、?值模擬及水工模擬試驗所得之成果，提出海岸保護工法防災成效初步評 估，針對新社村、東興村及永豐段48K 附近等三段海岸線依方案ㄧ、?岸堤 及?岸堤+養灘三種方案進??岸堤型式及規劃成果初步評估。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>70715</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70715</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(2/3)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>70716</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70716</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史成果報告  The Culture Heritage of Water Resource Agency: Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract>防治河岸沖刷的工法需隨河岸曲直、水流強度、保護標的…等?設計或放置不同的剛性(不透水)與柔性(透水性)保護工法，以達到減輕河岸遭洪水衝擊、岸邊河床遭水流沖刷以及緩流促淤造灘的目的。為使水利工程師於設計堤防保護工時能有更多元化的保護工法可供選擇採用，達到因地制宜的效果。本計畫擬針對具透水性與導?性之筐網圓柱進行研究與分析，?用數值模式進行模擬，並以室內水工實驗之結果進行驗證，期能為水?工程界研發具學?基礎以及實地測試具可用性之新河岸保護工法，提供水利工程師於設計規劃時多一種工法的選擇，以減輕颱洪期間河川水流對河岸所成的破壞。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>70717</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70717</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防制河岸沖刷之實驗與數值模擬〈1/3〉=Study   on    Porous   Structure   for    River-Bank   Protection   by   Both   Experiments   and     Numerical    Simulation〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>因應新社海岸侵蝕防護與環境營造整體規劃，改善花?縣豐濱鄉?側海岸 受侵蝕的現象。本計畫範圍?起台11 線42k 處南至豐濱溪口(含)（約為台11 線51k 處）海岸，由於長期受海?沖蝕使得海岸線持續向內?侵蝕致海岸?續 崩塌、國土?斷?失並危及現有住民之安全，亦威脅到鄰近台11 線?道?基 礎之安全。本??計畫延續98 ??工作項目，持續蒐集??海岸災害、海岸 結構物、鄰近區域開發?況、氣象及海象等基本資?，並完成整?分析與資? 庫之建?，並針對四個區域進?海域生態調查工作，其中未發現保育?生物或 稀特有種，??均為?星個體，無明顯優勢種，至於珊瑚則無發現紀?。 本計畫採用LiDAR 掃瞄技術結合地形測?、斷面測?及水深測?等多項 測?技術，同時提昇?域平面、高程及海域地形??，配合其他測?成果以獲 取完整之地表資訊，並於99 ?5 月及10 月，進?二次海深測?工作。本計畫 結合?域與海域測?資?，除可提供分析檢討及?值模擬之作業應用及研擬海 岸防護對策及方案外，亦可提供本地區未?相關海岸防護規畫、施工及管?等 之共同的測?依據，也可提供各相關單位在施工界面的整合上強而有?的基 準。 藉由整合型海岸模式（SMC）模擬本計劃海岸重點區域新社村、東興村 及永豐村之波場、?場、及地形變遷之特性，並依據定點波?監測及颱風侵襲 前後地形水深資??設定各項模擬計算之波?條件，並進?模式之驗證，其模 擬成果依方案ㄧ(灘線以外水域?施作海岸保護工程)、?岸堤及?岸堤+養灘 三種方案分別呈現。而水工模型試驗模擬海岸保護工法在颱風波?作用下，評 估其所研擬海岸保護方案之防護效果。最後本計畫依據過去本段海岸的侵蝕變 遷、?值模擬及水工模擬試驗所得之成果，提出海岸保護工法防災成效初步評 估，針對新社村、東興村及永豐段48K 附近等三段海岸線依方案ㄧ、?岸堤 及?岸堤+養灘三種方案進??岸堤型式及規劃成果初步評估。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>70718</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70718</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(2/3)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(2/3)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治河岸沖刷的工法需隨河岸曲直、水流強度、保護標的…等?設計或放置不同的剛性(不透水)與柔性(透水性)保護工法，以達到減輕河岸遭洪水衝擊、岸邊河床遭水流沖刷以及緩流促淤造灘的目的。為使水利工程師於設計堤防保護工時能有更多元化的保護工法可供選擇採用，達到因地制宜的效果。本計畫擬針對具透水性與導?性之筐網圓柱進行研究與分析，?用數值模式進行模擬，並以室內水工實驗之結果進行驗證，期能為水?工程界研發具學?基礎以及實地測試具可用性之新河岸保護工法，提供水利工程師於設計規劃時多一種工法的選擇，以減輕颱洪期間河川水流對河岸所成的破壞。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>70719</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70719</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防制河岸沖刷之實驗與數值模擬〈1/3〉=Study   on    Porous   Structure   for    River-Bank   Protection   by   Both   Experiments   and     Numerical    Simulation〈1/3〉(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>70720</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70720</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫〈3/3〉=Extesion   and   Improvement    of   Hydrologic    Information    System    Project    〈3/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>70721</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70721</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫〈3/3〉=Extesion   and   Improvement    of   Hydrologic    Information    System    Project    〈3/3〉(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣西南部地區於民國98年8月遭逢莫拉克颱風豪雨肆虐，流域地形地貌大幅改變，並造成相當嚴重之災情，為能審慎評估全球氣象變遷對水利事業可能造成的衝擊及謀劃相關因應策略。爰此，本計畫目的為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作並配合河道土砂運移沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>70722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70722</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)=A Study of Sediment Managemeny Policies on Climate Change for River Basinis in Southern Taiwan-GaoPing River Case Study(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣西南部地區於民國98年8月遭逢莫拉克颱風豪雨肆虐，流域地形地貌大幅改變，並造成相當嚴重之災情，為能審慎評估全球氣象變遷對水利事業可能造成的衝擊及謀劃相關因應策略。爰此，本計畫目的為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作並配合河道土砂運移沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990330</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904077</governmentpublicationsnumber><identifier>70723</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70723</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(1/2)=A Study of Sediment Managemeny Policies on Climate Change for River Basinis in Southern Taiwan-GaoPing River Case Study(1/2)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>70726</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70726</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇〈1/3〉=Operayion    and    Technology    Improvement    of   the    Coastal    Ocean    Monitoring    Network〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>70727</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70727</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇〈1/3〉=Operayion    and    Technology    Improvement    of   the    Coastal    Ocean    Monitoring    Network〈1/3〉(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫之主目乃是藉由高含砂水流之特性分析、模型試驗對現象之瞭解等，以檢討高含砂水河川之整治規劃條件。為達此目標，研究範圍包括資料蒐集以及數值模型和物理模型建制。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950242</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009503781</governmentpublicationsnumber><identifier>70731</identifier><internationalstandardbooknumber>9789860078886 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70731</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(1/3)＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>70733</identifier><internationalstandardbooknumber>9789860095463 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70733</librarycollectiondetailsurl><price>800</price><publisher>水利署水規所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(1/2)＝Overall  Review of the River Environment Construction Plan for Major Rivers and Study of the Strategies for improvement</title><yearidentifier>200704</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>70734</identifier><internationalstandardbooknumber>9789860095463 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70734</librarycollectiondetailsurl><price>800</price><publisher>水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(1/2)＝Overall  Review of the River Environment Construction Plan for Major Rivers and Study of the Strategies for improvement(光碟版)</title><yearidentifier>200704</yearidentifier></data><data><abstract>近年來薄膜技術已廣泛運用在淨水程序中、特別是淨水程序及再生利用，如：自來水廠水處理、都市污水回收處理、工業廢水回收處理、高階用水處理程序，比較傳統淨水二級處理程序，薄膜技術具有佔地面積小、優越處理效能、處理時間短、產品選擇性高等優點，故在國際上靜水處理工程中被廣為運用○</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/25</date><governmentpublicationsnumber>1009904072</governmentpublicationsnumber><identifier>70735</identifier><internationalstandardbooknumber>9789860255669 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70735</librarycollectiondetailsurl><price>500</price><publisher>經技部水利署</publisher><publishrocyear>99</publishrocyear><title>薄膜前處理技術與抗垢清洗技術開發之研究〈2/2〉= The   Development    of    Membrane   Preteatment   Methods   and    Fouling    Control〈2/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>70740</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70740</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(2/2)=The Investigation of River Section Capable of Water Purification and Environmental onstruction Research in The River Marshs of Central Authorities Management (2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>70741</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70741</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(2/2)=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(2/2)(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來由於本署人事更迭及許多新血輪的加入，實有必要進行在職訓練，以期強本而後有所突破，乃藉透過不斷培訓的方式來提昇水利人員的素質，符合時代的需求並進而提高政府公共服務的品質；本計畫將利用完整的課程規劃，?整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過過課程研討及教材?編成正式報告，亦可成為本署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970348</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>70751</identifier><internationalstandardbooknumber>9789860231281 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70751</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3)=Staff Training Plan For The Water Resources Agency (1/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract>近年來由於本署人事更迭及許多新血輪的加入，實有必要進行在職訓練，以期強本而後有所突破，乃藉透過不斷培訓的方式來提昇水利人員的素質，符合時代的需求並進而提高政府公共服務的品質；本計畫將利用完整的課程規劃，?整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過過課程研討及教材?編成正式報告，亦可成為本署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970348</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>70752</identifier><internationalstandardbooknumber>9789860231281 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70752</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3) Staff Training Plan for the Water Resources Agency (1/3)(光碟版)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫主要目的為動床水工試驗探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，並藉試驗分析結果找出最佳攔砂效益之設計方案。其他執行內容尚包括八掌溪河口附近海域海象、漂砂、河道斷面、河口地形及海岸線等資料之蒐集分析等工作，今就各節之內容作精簡之內容摘要如下： 　　第一章中敘述本計畫之研究動機與目的，同時闡明本計畫執行後之預期成果等，第二章則說明本計畫之工作項目，其中除資料蒐集外，最主要之工作項目則為動床水工模型。 　　第三章敘述本計畫所蒐集有關河口及近岸地區之各項水文海象及地形資料，文中綜整出各單位於八掌溪河口附近之風速、雨量、流量、輸砂量、潮汐、潮流及漂砂運動趨勢等資料。另外亦對八掌溪下游段之河口地形及河道斷面進行變遷分析，結果顯示八掌溪河口於兩岸尚未整治前其河口常有改道之現象，且河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，而河道斷面之分析中大致發現河口附近之-003~000斷面樁地形，河道深樁有於2005~2009年間有逐漸刷深之現象，而河道兩岸則有侵淤互現情形，但整體而言，河口附近之河道有隨年代增加而逐漸變寬的趨勢。於海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。 　　第四章則敘述本計畫水工模型試驗之規劃過程、試驗步驟與方法等，總計共進行有無攔砂潛堤、變化潛堤高度與不同設置水深等不同條件共計九個試驗。 　　第五章之主要內容即就本計畫試驗結果進行討論分析，由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由何道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>70753</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70753</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例(2/2)=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980389</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>70754</identifier><internationalstandardbooknumber>9789860227864 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70754</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作成果報告 Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon</title><yearidentifier>201003</yearidentifier></data><data><abstract>歷年於「台灣地區地下水觀測網整體計畫」所建置地下水觀測站網之觀測井，因地震、地層下陷、地滑、井中水質變化或其他自然現象之影響，致使若干觀測井濾水層已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，嚴重影響水位資料可靠性。 由於98年8月莫拉克颱風所挾帶而來的大量雨量，造成台南、高雄及屏東地區內之地下水觀測井亦有多口受損，包括地下水觀測站井水位計損壞、大量泥砂漫入觀測井井體造成嚴重淤積阻塞，觀測井因而失去觀測功能，無法反應地下水水位變化情形。經調查統計計有21口觀測井遭受程度不一之淤泥堆積，為修復此等因莫拉克風災而損害之觀測井，本計畫將進行觀測站井之維護與保養工作。本計畫針對莫拉克受損之21口觀測井進行現場調查工作，收集包括基本資料、地層柱狀圖、滯留水水質、外觀現況與井體影像資料，其中18口觀測井需進行維護保養工作；3口觀測井因井體老舊或損壞，建議汰舊換新。21口觀測井完成洗井維護後，藉由抽水試驗之單位洩降出水量及井體攝影追蹤確認洗井維護已達預期成效。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980389</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901015</governmentpublicationsnumber><identifier>70755</identifier><internationalstandardbooknumber>9789860227864 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70755</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>地下水觀測網井體因應莫拉克颱風災後維護保養工作成果報告 Washing and Maintenance of Groundwater Monitoring Network Wells after Morakot Typhoon(光碟版)</title><yearidentifier>201003</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有 工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之 技術準則。內容共分四章其概要如下： 第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮 事項、主要名詞含意與設計程序。 第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集 相關資?做為設計基本資?。 第三章 設計因素：就設計時應考慮之基本設計因素，如波?、 潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以 及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為 設計之基礎。 第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案 修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方 案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公 式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水 防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最 大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢 討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經 水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤 體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>70756</identifier><internationalstandardbooknumber>9789860230499 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70756</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)=Manual for Coastal Protection and EnvironmentalRestoration Planning(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本準則之目的在提供工程師於從事海岸防護之海堤設計時應有 工作程序、應考慮事項、設計因素其計算公式與設計方法做為設計之 技術準則。內容共分四章其概要如下： 第一章 總則：敘述訂定依據及目的、設計基本??、設計考慮 事項、主要名詞含意與設計程序。 第二章 前置作業：敘述作業前應確?計畫目標與範圍，並蒐集 相關資?做為設計基本資?。 第三章 設計因素：就設計時應考慮之基本設計因素，如波?、 潮汐、?潮、溯升、越波?及波?等海象之分析方法、計算公式，以 及涉及堤體安定之土壤、地質與地震因素之分析方法予以敘述，做為 設計之基礎。 第四章 設計：包括初步設計、細部設計、堤體安定檢核及方案 修正等四階段。於初步設計階段先以簡?方法擬定?個初步替代方 案，就中優選最佳者進入細部設計。細部設計階段應依據相關計算公 式詳細驗算海堤堤頂高程、外坡安定重?、過?層、內坡、堤心、水 防道?與排水溝等海堤各尺寸，務期能以自然材?用最小斷面發揮最 大防災功能。此外再就波?、地質、地震、滲透等各種外?作用時檢 討堤體整體之安定性，確保海堤之安全及安定。最後如有需要應再經 水工模型試驗或?值模擬之檢驗，再確認設計之安全性與安定性及堤 體位置之合?性，必要時予以修正或重新設計做為定案。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901272</governmentpublicationsnumber><identifier>70757</identifier><internationalstandardbooknumber>9789860230499 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70757</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸環境防護及復育規劃參考手冊研擬(2/2)=Manual for Coastal Protection and EnvironmentalRestoration Planning(2/2)(光碟版)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>70758</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70758</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈2/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/26</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>70759</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70759</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈2/2〉(光碟版)</title><yearidentifier>201005</yearidentifier></data><data><abstract>高台水庫區位於大漢溪上游，流域較少生態調查資料，亟需進行水庫區之現況環境背景調查，以補充水庫周遭環境生態基本資料，故擬於今年度辦理「高台水庫環境調查評估」委託專業服務計畫，於現地樣區設站調查，瞭解陸域動物及水域生態四季變化情況，進行生態資源分析與影響預測，並分析建壩中及完成後對環境之可能影響及對策研擬，提供有關後續執行環境影響評估工作之建議</abstract><author>光宇工程顧問股份有限</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990163</commissionedprojectidentifier><currency>NT$</currency><date>2011/4/27</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>70760</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70760</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估本文(光碟版)Environmental Investigation and Assessment of Kaotai Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>本計畫全程為三年，本年度為計畫第3年，主要工作項目分為一、前言。二、河道輸砂及一般沖刷文獻收集。三、大甲溪流域基本資料收集及?整。四、颱洪現地試驗。五、研究河段輸砂及一般沖刷公式之適用性評估。六、教育訓練等六項；主要工作內容為評定輸砂及一般沖刷公式之適用性，持續現地颱洪試驗，並舉辦教育訓練，完成現地試驗技術轉。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/3</date><governmentpublicationsnumber>1009904310</governmentpublicationsnumber><identifier>70824</identifier><internationalstandardbooknumber>9789860258899 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70824</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究(3/3)－光碟電子書  Field Study of Sediment Transport Characteristics for Dajia River(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，921大地震車籠埔斷層將石岡壩附近河床抬升，造成其上游 河床逐漸淤高，下游跌水位能驟增、沖刷勢能變強，致河床護甲層卵礫石起動運移，河床下降而泥岩、頁岩裸露，已危及壩體及橋樑安全。故本計畫選定石岡壩下?至河口為工作範圍，進行輸砂試驗研究。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990290</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/3</date><governmentpublicationsnumber>1009904312</governmentpublicationsnumber><identifier>70829</identifier><internationalstandardbooknumber>9789860258882 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70829</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪河段輸砂特性試驗研究總報告－光碟電子書 Field Study of Sediment Transport Characteristics for Dajia River</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.693312   443.6933151   443.6399151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/3</date><governmentpublicationsnumber>1010000599</governmentpublicationsnumber><identifier>70830</identifier><internationalstandardbooknumber>9789860273786 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70830</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>99年度斗六堰魚道功能監測及模組式魚道水域生態監測成果報告</title><yearidentifier>201103</yearidentifier></data><data><abstract>台灣西部河川部分區域地勢低窪，故抽水站具有抽水、排水的功能，抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。抽水站抽水機吸水管口的位置，對於抽水井設計考量佔有重要影響，須要考慮到水泵吸水管吸水口要求，管口的位置除了會影響進水的流況，也直接影響抽水站建築的土建成本。為確保抽水機運轉時有良好的均勻流況，借助數值模型及水工模型的試驗分析，觀察水流的流態，測量流速分布，評斷修正抽水站的設計。本（99）年度蒐集彰化地區現行鹿港抽水站及興建中的芳苑抽水站、下海墘抽水站資料，計畫區彰化地區抽水站較少，現行抽水站僅有1座，但民國100年度將會陸續完成芳苑抽水站及下海墘抽水站；雲林地區沿海地勢低窪，擁有眾多抽水站設施共計91座，主要分佈於沿海鄉鎮及北港溪沿岸。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990448</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/3</date><governmentpublicationsnumber>1010000235</governmentpublicationsnumber><identifier>70835</identifier><internationalstandardbooknumber>9789860270549 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70835</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(1/2)(內附光碟)=Flow field simulation of the pump sump structure in Yunlin and Zhanghua (1/2)</title><yearidentifier>201101</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/4</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>70838</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70838</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史成果報告  The Culture Heritage of Water Resource Agency: Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract>文建會近年積極推動行政院各機關部會文化性資產的清查、宣導、教育訓練等工作，希望藉此能在環境變遷、機關單位更替、技術不斷改進下的過程中，保存國內公有的產業文化資產；經過文建會文化資產小組的多次會議討論，直接進入各機關單位內，以專業輔導協助的角色，幫助大家進行產業文化資產的清查，為該項工作的共識，也藉由培訓「種籽」清查人員，期待能將產業文化資產的清查工作紮根下去。</abstract><author>中原大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/4</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>70839</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70839</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署文化性資產清查委託服務計畫  The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/4</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>70843</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70843</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)</title><yearidentifier>201008</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980345</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/4</date><governmentpublicationsnumber>1009902784</governmentpublicationsnumber><identifier>70844</identifier><internationalstandardbooknumber>9789860245141 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70844</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(1/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (1/2)(光碟版)</title><yearidentifier>201008</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/4</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>70845</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70845</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書 Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract>本計畫係依據「台灣水文觀測長期發展計畫」之「深耕水文觀測業務根基，發揮站網功能，確保資料品質」、「厚植水文資訊加值服務，強化預報能力，降低環境衝擊」及「加強水文觀測科技應用，提升觀測效率，減輕人力負擔」三大目標，進行（一）水文觀測技術長期發展之相關政策推動協助；（二）台灣本土化水文分析公式及參數之研究；（三）水文加值分析技術之更新、擴充及服務內容規劃；（四）台灣水文年報、水文環境通訊雙月刊及颱洪乾旱之相關水情分析報告產製；（五）相關培訓課程辦理，以提昇水文觀測業務相關人員之專業技能與素質。期能藉由此計畫之執行，逐步邁向符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990206</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/9</date><governmentpublicationsnumber>1010000346</governmentpublicationsnumber><identifier>70861</identifier><internationalstandardbooknumber>9789860271003 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70861</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文觀測技術及水文分析規範與作業綜合服務(1/2)－光碟版 IIntegrated Services of Technologies for Hydrologival Data Observation and Administrative Operation Procedures For Hydrological  Analysis(1/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>高台水庫區位於大漢溪上游，流域較少生態調查資料，亟需進行水庫區之現況環境背景調查，以補充水庫周遭環境生態基本資料，故擬於今年度辦理「高台水庫環境調查評估」委託專業服務計畫，於現地樣區設站調查，瞭解陸域動物及水域生態四季變化情況，進行生態資源分析與影響預測，並分析建壩中及完成後對環境之可能影響及對策研擬，提供有關後續執行環境影響評估工作之建議</abstract><author>光宇工程顧問股份有限</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990163</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/9</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>70862</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70862</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估計畫成果資料i(光碟版)Environmental Investigation and Assessment of Kaotai Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract>本計畫為水利署與美國墾務局之水利技術合作案，以台灣案例河川為研究對象，開發適用於台灣特性河川之數值模式</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/10</date><governmentpublicationsnumber>1010000613</governmentpublicationsnumber><identifier>70863</identifier><internationalstandardbooknumber>9789860274936 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70863</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>99年度台美水利技術合作計畫－內附光碟 2010 Accomplishment under Appendix No.8 to the Agreement between TECRO and AIT for Technical Assistance and Cooperation for Water Resources</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990446</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/11</date><governmentpublicationsnumber>1010000696</governmentpublicationsnumber><identifier>70865</identifier><internationalstandardbooknumber>9789860275421 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70865</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東縣及澎湖縣海堤檢查系統規劃暨檢查計劃(1/2)(含地層下陷區海堤非破壞性檢測報告)--內附光碟 The Seawall System Plan and Inspection Scheme of Pingtung  County and Penghu County(1/2)(Included Non-destructive Testing Report of the seawall in Land Subsiden</title><yearidentifier>201103</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/13</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>70870</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70870</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊  Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/13</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>70871</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70871</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編〈光碟版〉   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract>本計畫係依據「台灣水文觀測長期發展計畫」之「深耕水文觀測業務根基，發揮站網功能，確保資料品質」、「厚植水文資訊加值服務，強化預報能力，降低環境衝擊」及「加強水文觀測科技應用，提升觀測效率，減輕人力負擔」三大目標，進行（一）水文觀測技術長期發展之相關政策推動協助；（二）台灣本土化水文分析公式及參數之研究；（三）水文加值分析技術之更新、擴充及服務內容規劃；（四）台灣水文年報、水文環境通訊雙月刊及颱洪乾旱之相關水情分析報告產製；（五）相關培訓課程辦理，以提昇水文觀測業務相關人員之專業技能與素質。期能藉由此計畫之執行，逐步邁向符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990206</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/16</date><governmentpublicationsnumber>1010000346</governmentpublicationsnumber><identifier>70877</identifier><internationalstandardbooknumber>9789860271003 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70877</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文觀測技術及水文分析規範與作業綜合服務(1/2)－內附光碟 Integrated Services of Technologies for Hydrological Data Observation and Administrative Operation Procedures for Hydrological Analysis(1/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>東河溪位於苗栗縣境內，為中央管河川中港溪支流南庄溪上游主要水路。苗栗縣政府於民國86年完成「東河溪治理規劃」，至今尚未辦理治理基本計畫公告，且期間歷經民國88年921大地震及數十場颱洪事件，如90年納莉(Nari)、96年柯羅莎(Krosa)、97年辛樂克(Sinlaku)、民國98年莫拉克(Morakot)等，河道地形及周邊環境均有變化，其水文、地文資料及治理計畫需重新檢討，為配合河道地形環境變化及社會發展需求，分2年(民國99年至100年)辦理中港溪流域水系支流東河溪治理規劃檢討。 本計畫針對中港溪流域支流東河溪做全盤檢視與分析，依據流域地文、水文、人文環境及以往洪災原因，檢討修訂東河溪治理規劃原則及措施，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990416</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/16</date><governmentpublicationsnumber>1010000650</governmentpublicationsnumber><identifier>70880</identifier><internationalstandardbooknumber>9789860275001 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70880</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>中港溪流域支流東河溪治理規劃檢討(1/2)(光碟版)  River P;anning of Dung-He River Tributary of Jhong-Gang River Basin(1of2)</title><yearidentifier>201103</yearidentifier></data><data><abstract>東河溪位於苗栗縣境內，為中央管河川中港溪支流南庄溪上游主要水路。苗栗縣政府於民國86年完成「東河溪治理規劃」，至今尚未辦理治理基本計畫公告，且期間歷經民國88年921大地震及數十場颱洪事件，如90年納莉(Nari)、96年柯羅莎(Krosa)、97年辛樂克(Sinlaku)、民國98年莫拉克(Morakot)等，河道地形及周邊環境均有變化，其水文、地文資料及治理計畫需重新檢討，為配合河道地形環境變化及社會發展需求，分2年(民國99年至100年)辦理中港溪流域水系支流東河溪治理規劃檢討。 本計畫針對中港溪流域支流東河溪做全盤檢視與分析，依據流域地文、水文、人文環境及以往洪災原因，檢討修訂東河溪治理規劃原則及措施，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。</abstract><author>容泰工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990416</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/16</date><governmentpublicationsnumber>1010000650</governmentpublicationsnumber><identifier>70884</identifier><internationalstandardbooknumber>9789860275001 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70884</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>中港溪流域支流東河溪治理規劃檢討(1/2) River Planning of Dung-He River, Tributary of Jhong-Gang River Basin(1/2)</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>林會承主編</author><categoryidentifier>790.7333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/17</date><governmentpublicationsnumber>1009902582</governmentpublicationsnumber><identifier>70886</identifier><internationalstandardbooknumber>9789860243598 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70886</librarycollectiondetailsurl><price>1000</price><publisher>行政院文建會文化資產總管理處籌備處</publisher><publishrocyear>99</publishrocyear><title>臺灣文化資產保存年鑑2009(上)Volume 1：古蹟.歷史建築.聚落.遺址.文化景觀.民俗及有關文物.古物(內附光碟) ＝The Almanac of Taiwan Cultural Heritage Conservation 2009</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>林會承主編</author><categoryidentifier>790.7333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/17</date><governmentpublicationsnumber>1009902582</governmentpublicationsnumber><identifier>70887</identifier><internationalstandardbooknumber>9789860243598 ; 9789860243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70887</librarycollectiondetailsurl><price>1000</price><publisher>行政院文建會文化資產總管理處籌備處</publisher><publishrocyear>99</publishrocyear><title>臺灣文化資產保存年鑑2009(下)Volume 2：古蹟.歷史建築.聚落.遺址.文化景觀.民俗及有關文物.古物(內附光碟) ＝The Almanac of Taiwan Cultural Heritage Conservation 2009</title><yearidentifier>201010</yearidentifier></data><data><abstract>湖山水庫壩區工程經細部設計後，部份項目與環評內容不同，依環評相關規定辦理差異分析。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/17</date><governmentpublicationsnumber>1010000808</governmentpublicationsnumber><identifier>70893</identifier><internationalstandardbooknumber>9789860276718 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70893</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>湖山水庫工程計畫第3次環境影響差異分析報告(定稿本)</title><yearidentifier>201104</yearidentifier></data><data><abstract>湖山水庫壩區工程經細部設計後，部份項目與環評內容不同，依環評相關規定辦理差異分析。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/17</date><governmentpublicationsnumber>1010000808</governmentpublicationsnumber><identifier>70894</identifier><internationalstandardbooknumber>9789860276718 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70894</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>湖山水庫工程計畫第3次環境影響差異分析報告(定稿本)－光碟版</title><yearidentifier>201104</yearidentifier></data><data><abstract>將就過去與現行河川等級劃分進行檢討，並依不同河川等級擬定新的防洪保護標準及出水高，並以此供檢討修正現行「水利建造物設計基準草案」之參考, 並探討如何將之法制化的行政程序。本研究將擬定新的河川防洪設計保護等級區分評分準則表，將全國所有河川重新劃分保護等級訂定保護標準，以供水利工程人員規劃及設計參考.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>099-C-01040-001-260</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000078</governmentpublicationsnumber><identifier>70896</identifier><internationalstandardbooknumber>9789860267105 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70896</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>中央管河川防洪設計保護標準研究=A Study on The Flood Protecting Standard of Rivers Governed By Central Goverment</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000078</governmentpublicationsnumber><identifier>70897</identifier><internationalstandardbooknumber>9789860267105 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70897</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>中央管河川防洪設計保護標準研究--成果資料光碟--=A Study on The Flood Protecting Standard of River Governed By Central Goverment</title><yearidentifier>201102</yearidentifier></data><data><abstract>台灣地區由於地勢陡峭，地質破碎，使土石崩坍及土石流發生之機會倍增；大部分河川短促而湍急，河流中夾帶著大量土石，因此，攔河堰之堰面受到含砂水流所挾帶之顆粒材料撞擊及磨擦，容易造成表面襯砌磨損、裂損之破壞情形發生。 本局所轄管之石岡壩及集集攔河堰，自興建營運以來，即擔負大台中及彰雲地區各標的供水重任，惟堰面除受到洪流及砂、泥土或黏土等沖蝕外，並伴隨有巨石及卵礫石等較大顆粒之撞擊，使堰面產生磨損與裂損等情形，若未能妥善處置，勢將影響攔河堰之營運機能。故如何同時提高堰面磨損及裂損之抵抗能力，進而使石岡壩及集集攔河堰維持永續利用，實為水庫管理機關亟需關注及探討之課題。 本計畫目的在藉由堰面磨損及裂損防治技術之提昇，持續維持本局轄管攔河堰壩體安全，期使水資源經營趨於永續。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990352</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000322</governmentpublicationsnumber><identifier>70898</identifier><internationalstandardbooknumber>9789860270839 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70898</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>堰面磨損及裂損防治方法之試驗研究 A research for testing a remedial method for abrasion and cracking on weir surfaces</title><yearidentifier>201101</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990272</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000473</governmentpublicationsnumber><identifier>70899</identifier><internationalstandardbooknumber>9789860273427 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70899</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域整體治理規劃(2/2)=Integrated Regulation Planning of Kao-Ping River Basin(2/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990272</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000473</governmentpublicationsnumber><identifier>70900</identifier><internationalstandardbooknumber>9789860273427 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70900</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域整體治理規劃(2/2)成果報告--光碟版=Integrated Regulation Planning of Kao-Ping River Basin(2/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000474</governmentpublicationsnumber><identifier>70901</identifier><internationalstandardbooknumber>9789860273038 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70901</librarycollectiondetailsurl><price>1350</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域整體治理規劃 總報告=Integrated Regulation Planning of Kao-Ping River Basin</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000474</governmentpublicationsnumber><identifier>70902</identifier><internationalstandardbooknumber>9789860273038 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70902</librarycollectiondetailsurl><price>1350</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域整體治理規劃 總報告--光碟版=Integrated Regulation Planning of Kao-Ping River Basin</title><yearidentifier>201102</yearidentifier></data><data><abstract>花?溪水系自民國 78 ?完成規劃，並於隔?公告後。自規劃迄今已 逾20 餘?，尚未辦?重新檢討，由於?雨特性及地文條件變遷，河道沿 岸地區之?市化，促使土地?用情況劇變，除部份堤防預定用地範圍線 面?民眾要求調整問題，因此未?整體防洪體系之規劃、設計、施工等 標準與規範，均須從長計議整體檢討，俾作為後續河川治?及管?之依 據，以達永續?用之目的。 計畫範圍為花?溪水系及支?光?溪、馬鞍溪、萬?溪、壽豐溪、 荖溪及木瓜溪，花?溪?域約佔花?縣三分之一面積，其?域面積約 1,507.09 平方公?，主?長?為57.28 公?，花?溪主?發源於大富西 方偏?的拔子山(標高2,260 公尺)，於海岸山脈最?端的花?山入海。 ?考先期報告採用之雨?站等因素進?雨?站挑選，本次共選用48 站進??雨頻?分析，並採用卡方檢定(chi-square test) 進?機?分 佈之適合?檢定，結果最大一日?雨分別以對?對?皮爾遜Ⅲ型為最適 當之機?分布，並採用三角形單位?線法、無因次單位?線法、運動波- 地貌瞬時單位?線法及實測??法進?洪峰??推估，再與78 ?原規劃 值比較，分析結果均較先期規劃成果?小，故建議仍維持沿用原規劃值。 本計畫採用美國?軍工程師團水文工程中心所發展之河川分析系統 （HEC-RAS）作為一維水?模式運用。於河防安全上考?仍延用先期規劃 之計畫??，再配合民國97 ?花?溪大斷面測?成果進?水?檢討，經 模擬結果顯示現況水道除花?溪主?河口段及萬?溪匯?口處左岸之高 灘地；光?溪與南清水溪匯?處及馬佛溪於馬佛第三號橋至馬佛第四號 橋間有溢洪之疑慮，其中光?溪與南清水溪匯?處為大興村出入所倚賴 之重要通道，花?溪及馬佛溪通洪?足段多為自然植生之雜草地，鄰近 無重大保全對象，故無災情傳出。 除針對花?溪水系現況及相關問題瓶頸處蒐集相關資?外，為瞭解 XV XVI 實際淹水情形，並與當地居民進?訪談及配合現地詳細勘查，以往?發 生災害之位置進?問題檢討與分析，並針對「支?保護標準」、「河道 沖淤變化」、「光?溪上游分?及合?之檢討」、「囚砂區設置及河道 疏濬」、「支?衝擊主?銜接處?」、「木瓜溪公?橋及鐵?橋河中島 清疏」及「開口堤及堤後排水配合處?」進?研議分析。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1009903842</governmentpublicationsnumber><identifier>70903</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70903</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討(1/3)=Review on Hualien River Improvement Plan(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>花?溪水系自民國 78 ?完成規劃，並於隔?公告後。自規劃迄今已 逾20 餘?，尚未辦?重新檢討，由於?雨特性及地文條件變遷，河道沿 岸地區之?市化，促使土地?用情況劇變，除部份堤防預定用地範圍線 面?民眾要求調整問題，因此未?整體防洪體系之規劃、設計、施工等 標準與規範，均須從長計議整體檢討，俾作為後續河川治?及管?之依 據，以達永續?用之目的。 計畫範圍為花?溪水系及支?光?溪、馬鞍溪、萬?溪、壽豐溪、 荖溪及木瓜溪，花?溪?域約佔花?縣三分之一面積，其?域面積約 1,507.09 平方公?，主?長?為57.28 公?，花?溪主?發源於大富西 方偏?的拔子山(標高2,260 公尺)，於海岸山脈最?端的花?山入海。 ?考先期報告採用之雨?站等因素進?雨?站挑選，本次共選用48 站進??雨頻?分析，並採用卡方檢定(chi-square test) 進?機?分 佈之適合?檢定，結果最大一日?雨分別以對?對?皮爾遜Ⅲ型為最適 當之機?分布，並採用三角形單位?線法、無因次單位?線法、運動波- 地貌瞬時單位?線法及實測??法進?洪峰??推估，再與78 ?原規劃 值比較，分析結果均較先期規劃成果?小，故建議仍維持沿用原規劃值。 本計畫採用美國?軍工程師團水文工程中心所發展之河川分析系統 （HEC-RAS）作為一維水?模式運用。於河防安全上考?仍延用先期規劃 之計畫??，再配合民國97 ?花?溪大斷面測?成果進?水?檢討，經 模擬結果顯示現況水道除花?溪主?河口段及萬?溪匯?口處左岸之高 灘地；光?溪與南清水溪匯?處及馬佛溪於馬佛第三號橋至馬佛第四號 橋間有溢洪之疑慮，其中光?溪與南清水溪匯?處為大興村出入所倚賴 之重要通道，花?溪及馬佛溪通洪?足段多為自然植生之雜草地，鄰近 無重大保全對象，故無災情傳出。 除針對花?溪水系現況及相關問題瓶頸處蒐集相關資?外，為瞭解 XV XVI 實際淹水情形，並與當地居民進?訪談及配合現地詳細勘查，以往?發 生災害之位置進?問題檢討與分析，並針對「支?保護標準」、「河道 沖淤變化」、「光?溪上游分?及合?之檢討」、「囚砂區設置及河道 疏濬」、「支?衝擊主?銜接處?」、「木瓜溪公?橋及鐵?橋河中島 清疏」及「開口堤及堤後排水配合處?」進?研議分析。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1009903842</governmentpublicationsnumber><identifier>70904</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70904</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討(1/3)--光碟版=Review on Hualien River Improvement Plan(1/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>我國現行水利法制定公布於民國31年，其立法係以大陸為適用對象，當時之背景環境，比較重視水權及水道防護規章</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990098</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000479</governmentpublicationsnumber><identifier>70905</identifier><internationalstandardbooknumber>9789860273526 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70905</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水基本法系統建構之研究(2/2)－內附光碟  A study on building the water act and its system (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>我國現行水利法制定公布於民國31年，其立法係以大陸為適用對象，當時之背景環境，比較重視水權及水道防護規章</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990098</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/18</date><governmentpublicationsnumber>1010000479</governmentpublicationsnumber><identifier>70906</identifier><internationalstandardbooknumber>9789860273526 ; 9789860273</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70906</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水基本法系統建構之研究(2/2)－光碟版  A study on building the water act and its system (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1009904870</governmentpublicationsnumber><identifier>70912</identifier><internationalstandardbooknumber>9789860266825 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70912</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨所屬機關「共用版公文線上簽核系統規劃建置1/2」委託服務計畫Water Resources Agency, MOEA,and its Subordinate Agencies Unified Version of Documents Online Approval System Planning and Construction 1/2</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000033</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1009904870</governmentpublicationsnumber><identifier>70913</identifier><internationalstandardbooknumber>9789860266825 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70913</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署暨所屬機關「共用版公文線上簽核系統規劃建置1/2」委託服務計畫--光碟版=Water Resources Agency, MOEA,and its Subordinate Agencies Unified Version of Documents Online Approval System Planning and Construction 1/2</title><yearidentifier>201012</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務之執行狀態不盡相同，其所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力協助防災業務單位進行災害應變、預警及前置作業，一直是重要之課題。 計畫執行期間自2010 年4 月1 日至20n 年3 月31 日，服務團工作項目內容包含完成協助辦理水旱災防救業務教育訓練及99 年度工作檢討會議；每旬定時提供共33 次全國水情分析簡報；於水利署成立三級以上應變小組時，進駐協勤，包括5 場颱風、24 場豪雨及l 場海嘯事件，協助進行天氣分析研判及水情警戒；針對可能侵襲臺灣之劇烈天氣提供水利著27 次分析簡報進行參考；於5 場侵襲臺灣之颱風期間，提供41 次簡報供水利著分析研判；完成颱風、豪雨共16 份災後應變處置報告及4 份颱風摺頁；協助水利署撰寫堰塞湖相關緊急應變標準流程及進行高斯演練與教育訓練；協助人工增雨小組行政工作，包括設備抽查、統計水車數量、協助人工增雨小組會議進行等；提供水利著國際水旱災速報簡訊服務，並依照要求完成23 份分析報告；編撰完成2010 年乾旱應變處置報告及水利防災年報；完成修訂並統一各河川局及水資源局應變處置報告格式。各工作項目皆已如期如質完成，並具有豐碩成果。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990134</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1010000631</governmentpublicationsnumber><identifier>70914</identifier><internationalstandardbooknumber>9789860275209 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署災害緊急應變小組服務團計畫(內附光碟) Ministry of Economic Affairs and Water Resources Agency Emergency Operation Center Service Group</title><yearidentifier>201103</yearidentifier></data><data><abstract>二重疏洪道自興建完成並加入臺北防洪系統的保護行列後，由於其具9,200 cms的分洪能力，可以有效降低淡水河臺北橋段的洪水位，是臺北防洪系統中非常重要的一環。然而，因淡水河河道經歷下降及回淤過程、蘆洲與三重附近的河道垃圾山堆積，以及近年來各周邊土地開發計畫與氣候變遷造成的海平面上昇問題，疏洪道的分洪與通洪能力已今非昔比，故藉由此本案重新檢討二重疏洪道之現況分洪與通洪能力，並提出相關之改善措施。 本計畫以「系統性」的概念，針對上述影響課題進行分析，除釐清現況疏洪道分洪量及通洪能力是否降低的疑慮，以及瞭解週邊土地開發的相關計畫對疏洪道周邊河道的通洪影響。初步發現，河道地形改變及新增橋梁為影響疏洪道分洪及通洪能力的主要原因。 另外，由於疏洪道在200年重現期距洪水時呈現浸沒流況，無法簡單以堰流公式計算疏洪道分洪量，加上疏洪道匯入淡水河時，同時有基隆河匯入，流況相當複雜，必須以全河域水工模型處理這類型的複雜流況。然而，若評估所有影響因子均需重新整建一次水工模型，則所需經費極大且曠日廢時，故本計畫除水工模型試驗外（採用現有水利署新店辦公室既有之淡水河全模型），亦兼採數值模式進行分析。本計畫於入口堰外（大漢溪與新店溪匯流口）與下游出口處（基隆河匯流口）進行地形補充測量，藉以反映該處的複雜流況。搭配2009年的淡水河大斷面調查資料，重新整建水利署既有的淡水河水工模型，試驗在不同重現期條件下的洪水位與疏洪道分洪量，並根據水工試驗結果進行數值模式的率定驗證。 分析發現，現況疏洪道的分洪量為6,300 cms，疏洪道左岸高速公路橋以下河段，以及淡水河社子島與關渡橋附近河段有溢堤之疑慮外，其餘斷面皆符合安全出水高1.5公尺的要求。本案第二年度將繼續針對第一年提出的關鍵課題進行敏感度分析，並釐清周邊相關計畫的影響程度，也將評估疏洪道是否能恢復至原規劃之分洪通洪水準，俾利提供 鈞署後續作為及因應方案之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990293</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1010000839</governmentpublicationsnumber><identifier>70915</identifier><internationalstandardbooknumber>9789860276930 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70915</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>二重疏洪道通洪能力重新檢討(1/2)－疏洪道現況分洪與通洪能力檢討報告 On evaluating the capability for water conveyance of erchong floodway (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務之執行狀態不盡相同，其所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力協助防災業務單位進行災害應變、預警及前置作業，一直是重要之課題。 計畫執行期間自2010 年4 月1 日至20n 年3 月31 日，服務團工作項目內容包含完成協助辦理水旱災防救業務教育訓練及99 年度工作檢討會議；每旬定時提供共33 次全國水情分析簡報；於水利署成立三級以上應變小組時，進駐協勤，包括5 場颱風、24 場豪雨及l 場海嘯事件，協助進行天氣分析研判及水情警戒；針對可能侵襲臺灣之劇烈天氣提供水利著27 次分析簡報進行參考；於5 場侵襲臺灣之颱風期間，提供41 次簡報供水利著分析研判；完成颱風、豪雨共16 份災後應變處置報告及4 份颱風摺頁；協助水利署撰寫堰塞湖相關緊急應變標準流程及進行高斯演練與教育訓練；協助人工增雨小組行政工作，包括設備抽查、統計水車數量、協助人工增雨小組會議進行等；提供水利著國際水旱災速報簡訊服務，並依照要求完成23 份分析報告；編撰完成2010 年乾旱應變處置報告及水利防災年報；完成修訂並統一各河川局及水資源局應變處置報告格式。各工作項目皆已如期如質完成，並具有豐碩成果。</abstract><author>台大氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990134</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1010000631</governmentpublicationsnumber><identifier>70916</identifier><internationalstandardbooknumber>9789860275209 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70916</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署災害緊急應變小組服務團計畫(光碟版) Ministry of Economic Affairs and Water Resources Agency Emergency Operation Center Service Group</title><yearidentifier>201103</yearidentifier></data><data><abstract>二重疏洪道自興建完成並加入臺北防洪系統的保護行列後，由於其具9,200 cms的分洪能力，可以有效降低淡水河臺北橋段的洪水位，是臺北防洪系統中非常重要的一環。然而，因淡水河河道經歷下降及回淤過程、蘆洲與三重附近的河道垃圾山堆積，以及近年來各周邊土地開發計畫與氣候變遷造成的海平面上昇問題，疏洪道的分洪與通洪能力已今非昔比，故藉由此本案重新檢討二重疏洪道之現況分洪與通洪能力，並提出相關之改善措施。 本計畫以「系統性」的概念，針對上述影響課題進行分析，除釐清現況疏洪道分洪量及通洪能力是否降低的疑慮，以及瞭解週邊土地開發的相關計畫對疏洪道周邊河道的通洪影響。初步發現，河道地形改變及新增橋梁為影響疏洪道分洪及通洪能力的主要原因。 另外，由於疏洪道在200年重現期距洪水時呈現浸沒流況，無法簡單以堰流公式計算疏洪道分洪量，加上疏洪道匯入淡水河時，同時有基隆河匯入，流況相當複雜，必須以全河域水工模型處理這類型的複雜流況。然而，若評估所有影響因子均需重新整建一次水工模型，則所需經費極大且曠日廢時，故本計畫除水工模型試驗外（採用現有水利署新店辦公室既有之淡水河全模型），亦兼採數值模式進行分析。本計畫於入口堰外（大漢溪與新店溪匯流口）與下游出口處（基隆河匯流口）進行地形補充測量，藉以反映該處的複雜流況。搭配2009年的淡水河大斷面調查資料，重新整建水利署既有的淡水河水工模型，試驗在不同重現期條件下的洪水位與疏洪道分洪量，並根據水工試驗結果進行數值模式的率定驗證。 分析發現，現況疏洪道的分洪量為6,300 cms，疏洪道左岸高速公路橋以下河段，以及淡水河社子島與關渡橋附近河段有溢堤之疑慮外，其餘斷面皆符合安全出水高1.5公尺的要求。本案第二年度將繼續針對第一年提出的關鍵課題進行敏感度分析，並釐清周邊相關計畫的影響程度，也將評估疏洪道是否能恢復至原規劃之分洪通洪水準，俾利提供 鈞署後續作為及因應方案之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990293</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1010000839</governmentpublicationsnumber><identifier>70917</identifier><internationalstandardbooknumber>9789860276930 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70917</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>二重疏洪道通洪能力重新檢討(1/2)－疏洪道現況分洪與通洪能力檢討報告 (光碟版) On evaluating the capability for water conveyance of erchong floodway (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>將就過去與現行河川等級劃分進行檢討，並依不同河川等級擬定新的防洪保護標準及出水高，並以此供檢討修正現行「水利建造物設計基準草案」之參考, 並探討如何將之法制化的行政程序。本研究將擬定新的河川防洪設計保護等級區分評分準則表，將全國所有河川重新劃分保護等級訂定保護標準，以供水利工程人員規劃及設計參考.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/20</date><governmentpublicationsnumber>1010000078</governmentpublicationsnumber><identifier>70918</identifier><internationalstandardbooknumber>9789860267105 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70918</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>中央管河川防洪設計保護標準研究－光碟版 A Study on The Flood Protecting Standard of River Governed By Central Goverment</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/24</date><governmentpublicationsnumber>1009903768</governmentpublicationsnumber><identifier>70919</identifier><internationalstandardbooknumber>9789860253528 ; 9789860253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70919</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>既設蓄水庫剪裂帶分怖及其對應設計與補強方法之研究(1/2)=An Investigation for Shear Band Distributions around the Existing Dams and Their Design and Repairing Methods(1/2)</title><yearidentifier>201011</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/24</date><governmentpublicationsnumber>1010000859</governmentpublicationsnumber><identifier>70920</identifier><internationalstandardbooknumber>9789860277203 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70920</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>大鵬灣至南平里海堤人工養灘及環境營造=Study on Coastal Nourishment and Environment Improvement From Dapengwan to Nanpingli</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/24</date><governmentpublicationsnumber>1010000859</governmentpublicationsnumber><identifier>70921</identifier><internationalstandardbooknumber>9789860277203 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70921</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>大鵬灣至南平里海堤人工養灘及環境營造--光碟版=Study on Coastal Nourishment and Environment Improvement From Dapengwan to Nanpingli</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/25</date><governmentpublicationsnumber>1009904620</governmentpublicationsnumber><identifier>70922</identifier><internationalstandardbooknumber>9789860263107 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70922</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>氣候變遷水文環境風險評估研究(1/2)=Assessing the Impact of Climate Change on Hydrological Risk(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>328.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/25</date><governmentpublicationsnumber>1009904620</governmentpublicationsnumber><identifier>70923</identifier><internationalstandardbooknumber>9789860263107 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70923</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>氣候變遷水文環境風險評估研究(1/2)--光碟版=Assessing the Impact of Climate Change on Hydrological Risk(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/25</date><governmentpublicationsnumber>1009903499</governmentpublicationsnumber><identifier>70924</identifier><internationalstandardbooknumber>9789860250336 ; 9789860250</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70924</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>鯉魚潭水庫集水區整體治理規劃=Conservation and Management Strategies For Li-Yu-Tan Reservoir</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/5/25</date><governmentpublicationsnumber>1009903499</governmentpublicationsnumber><identifier>70925</identifier><internationalstandardbooknumber>9789860250336 ; 9789860250</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70925</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>99</publishrocyear><title>鯉魚潭水庫集水區整體治理規劃--成果資料光碟=Conservation and Management Strategies For Li-Yu-Tan Reservoir</title><yearidentifier>201010</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990361</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/30</date><governmentpublicationsnumber>1010000554</governmentpublicationsnumber><identifier>70941</identifier><internationalstandardbooknumber>9789860274110 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70941</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立(2/2) Development of Water Resource Risk ManagementMechanism for Northern Taiwan (2/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990361</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/30</date><governmentpublicationsnumber>1010000554</governmentpublicationsnumber><identifier>70942</identifier><internationalstandardbooknumber>9789860274110 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立(2/2) －光碟版 Development of Water Resource Risk ManagementMechanism for Northern Taiwan (2/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990361</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/30</date><governmentpublicationsnumber>1010000555</governmentpublicationsnumber><identifier>70943</identifier><internationalstandardbooknumber>9789860274127 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70943</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立－總報告 Development of Water Resource Risk ManagementMechanism for Northern Taiwan (2/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990361</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/30</date><governmentpublicationsnumber>1010000555</governmentpublicationsnumber><identifier>70944</identifier><internationalstandardbooknumber>9789860274127 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70944</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>北部地區水資源供應風險管理機制探討與建立－總報告(光碟版) Development of Water Resource Risk ManagementMechanism for Northern Taiwan (2/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>後龍溪過去幾年針對河道長期自然平衡或非平衡、水文地文基本資料調查蒐集分析、河道衝淤調查、地形變遷〈含合相〉成因分析、河道平衡與短長期橋基沖刷之相互影響、砂礫河床值交換機制、河床下刷〈含合到疏浚後〉對河到穩定之影響、蜿蜒河川水理特性、河床衝淤與合岸變遷對河防安全評估等課題，相關研究相當閥如。</abstract><author>逢甲大學</author><categoryidentifier>443.6933   443.619</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990311</commissionedprojectidentifier><currency>NT$</currency><date>2011/5/30</date><governmentpublicationsnumber>1010000568</governmentpublicationsnumber><identifier>70945</identifier><internationalstandardbooknumber>9789860274387 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70945</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計(2/2)成果報告=River Stability of Channal and Engineering Design and Assessment of Erossion Prevention of the Houlong River at the Gueishan Bridge (2/2)</title><yearidentifier>201103</yearidentifier></data><data><abstract>台灣省自來水公司及台北自來水事業處成立以來已歷三十餘年，自來水事業之發展不論提供民生基本需求或經濟發展均已奠定良好基礎。惟面對新世紀，自來水事業亟待針對外部環境之變遷、產業升級及民眾高標準之品質要求，宜重新審視事業之發展目標，擬定事業發展願景、經營目標、實施策略及推動方案。本計劃將參採先進國家自來水事業之發展，研擬我國自來水事業未來發展重點目標、策略及推動步驟，並邀集專家學者共同研討，集思廣益，彙整研擬自來水事業未來發展中程計畫，作為未來自來水事業發展參考依據。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940220</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009500930</governmentpublicationsnumber><identifier>70994</identifier><internationalstandardbooknumber>9789860049152 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70994</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>21世紀自來水事業發展目標與策略研究 The research goal &amp; strategy of 21st century's water supply development</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣省自來水公司及台北自來水事業處成立以來已歷三十餘年，自來水事業之發展不論提供民生基本需求或經濟發展均已奠定良好基礎。惟面對新世紀，自來水事業亟待針對外部環境之變遷、產業升級及民眾高標準之品質要求，宜重新審視事業之發展目標，擬定事業發展願景、經營目標、實施策略及推動方案。本計劃將參採先進國家自來水事業之發展，研擬我國自來水事業未來發展重點目標、策略及推動步驟，並邀集專家學者共同研討，集思廣益，彙整研擬自來水事業未來發展中程計畫，作為未來自來水事業發展參考依據。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940220</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009500930</governmentpublicationsnumber><identifier>70995</identifier><internationalstandardbooknumber>9789860049152 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70995</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>21世紀自來水事業發展目標與策略研究(光碟版) The research goal &amp; strategy of 21st century's water supply development</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/98-WRASB-04</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>70996</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70996</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃=Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/98-WRASB-04</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009902510</governmentpublicationsnumber><identifier>70997</identifier><internationalstandardbooknumber>9789860242362 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70997</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>牡丹水庫集水區整體治理規劃=Integrated Watershed Management Plan for Mu-Tan Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract>98年8月莫拉克颱風帶來的強風豪雨，於曾文溪下游造成嚴重淹水及人員傷亡事件，為能強化災害防救的能力，減少生命及財產的損失，經濟部水利署乃指定南區水資源局籌畫辦理「曾文溪防災綜合演練」。計畫內容涵蓋結合中央、地方與民眾進行蓄水構造物發生嚴重災損事故之緊急應變示範演習，並研擬緊急應變標準作業程序。     本計畫的主要工作項目包括： 資料蒐集；製作動畫；淹水情境潛勢評估；召開臺南縣政府、官田鄉與學者專家座談會；「颱風與超大豪雨造成曾文溪主要蓄水構造物─曾文水庫之緊急應變標準作業程序(SOP)」之研擬與實兵演習；「地震、人為破壞造成曾文溪主要蓄水構造物─曾文水庫之緊急應變標準作業程序(SOP)」之研擬與高司演練；舉辦教育訓練等。     淹水潛勢評估是依據地形、地貌、道路、土地使用狀況與水工構造物等條件，評估曾文水庫下游地區之淹水潛勢。降雨條件則分為定量降雨及頻率年兩部分。同時並加入曾文水庫洩洪歷線進行模擬計算。     本計畫蒐集整理水庫管理單位以及臺南縣、官田鄉等單位之緊急應變標準作業程序，並參考相關的規定，研擬水庫可能發生之緊急事件的標準作業程序，包括：水庫受損、水庫洩洪、颱風豪雨過後漂流木進入庫區、原水濁度過高、道路中斷、通訊系統故障、水源緊急支援救災、水質污染、人員落水、輸電線路損壞影響設施操作等10項。     緊急應變之演練內容包括(1)水庫遭遇強震時之緊急應變處置；(2)颱風與超大豪雨過後沉木影響進水口攔污柵水工結構安全應變處置；(3)遇颱風超大豪雨水庫啟動防洪運轉作業；(4)防洪運轉作業期間，柴油機房遭人為破壞之緊急應變處置；(5)颱風超大豪雨期間造成水庫大壩通達道路受阻、橋梁損壞及通訊中斷之緊急應變處置。其中前三項採高司演練，(4)及(5)則採實兵演練。     此外為配合教育訓練及宣導，本計畫針對演練想定的境況製作3D動畫作為輔助資料。     本次計畫成果除以書面方式呈現外，並針對水庫、堰、壩管理中心的工作人員以及鄉鎮公所等地方單位之與行教育訓練說明會，使本計畫之成果能做為相關單位防救災之參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1010000170</governmentpublicationsnumber><identifier>70998</identifier><internationalstandardbooknumber>9789860269413 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70998</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文溪防災綜合演練 Integrated Exercise in Disaster Prevention in the Zengwun River Region</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>70999</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_70999</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃(光碟版) Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/98-WRASB-04</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1009902510</governmentpublicationsnumber><identifier>71000</identifier><internationalstandardbooknumber>9789860242362 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71000</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>牡丹水庫集水區整體治理規劃(光碟版)=Integrated Watershed Management Plan for Mu-Tan Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract>98年8月莫拉克颱風帶來的強風豪雨，於曾文溪下游造成嚴重淹水及人員傷亡事件，為能強化災害防救的能力，減少生命及財產的損失，經濟部水利署乃指定南區水資源局籌畫辦理「曾文溪防災綜合演練」。計畫內容涵蓋結合中央、地方與民眾進行蓄水構造物發生嚴重災損事故之緊急應變示範演習，並研擬緊急應變標準作業程序。     本計畫的主要工作項目包括： 資料蒐集；製作動畫；淹水情境潛勢評估；召開臺南縣政府、官田鄉與學者專家座談會；「颱風與超大豪雨造成曾文溪主要蓄水構造物─曾文水庫之緊急應變標準作業程序(SOP)」之研擬與實兵演習；「地震、人為破壞造成曾文溪主要蓄水構造物─曾文水庫之緊急應變標準作業程序(SOP)」之研擬與高司演練；舉辦教育訓練等。     淹水潛勢評估是依據地形、地貌、道路、土地使用狀況與水工構造物等條件，評估曾文水庫下游地區之淹水潛勢。降雨條件則分為定量降雨及頻率年兩部分。同時並加入曾文水庫洩洪歷線進行模擬計算。     本計畫蒐集整理水庫管理單位以及臺南縣、官田鄉等單位之緊急應變標準作業程序，並參考相關的規定，研擬水庫可能發生之緊急事件的標準作業程序，包括：水庫受損、水庫洩洪、颱風豪雨過後漂流木進入庫區、原水濁度過高、道路中斷、通訊系統故障、水源緊急支援救災、水質污染、人員落水、輸電線路損壞影響設施操作等10項。     緊急應變之演練內容包括(1)水庫遭遇強震時之緊急應變處置；(2)颱風與超大豪雨過後沉木影響進水口攔污柵水工結構安全應變處置；(3)遇颱風超大豪雨水庫啟動防洪運轉作業；(4)防洪運轉作業期間，柴油機房遭人為破壞之緊急應變處置；(5)颱風超大豪雨期間造成水庫大壩通達道路受阻、橋梁損壞及通訊中斷之緊急應變處置。其中前三項採高司演練，(4)及(5)則採實兵演練。     此外為配合教育訓練及宣導，本計畫針對演練想定的境況製作3D動畫作為輔助資料。     本次計畫成果除以書面方式呈現外，並針對水庫、堰、壩管理中心的工作人員以及鄉鎮公所等地方單位之與行教育訓練說明會，使本計畫之成果能做為相關單位防救災之參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/1</date><governmentpublicationsnumber>1010000170</governmentpublicationsnumber><identifier>71001</identifier><internationalstandardbooknumber>9789860269413 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71001</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文溪防災綜合演練 (光碟版) Integrated Exercise in Disaster Prevention in the Zengwun River Region</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000613</governmentpublicationsnumber><identifier>71002</identifier><internationalstandardbooknumber>9789860274936 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71002</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>99年度台美水利技術合作計畫〈內含光碟片〉2010 Accomplishment under Appendix No.8 to the Agreement between TECRO and  AIT  for Technical  Assistance and Cooperation for Water Resources</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000568</governmentpublicationsnumber><identifier>71003</identifier><internationalstandardbooknumber>9789860274387 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71003</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計〈2/2〉〈內附光碟〉＝River  Stability  of  Channal  and  Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Houlong  River  at  the  Gueishan  Bridge〈1/2〉</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>光宇工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>71004</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71004</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估『本文』(內附光碟)  Environmental  Ivestigation  and  Assessment  of  Kaotai f  Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000389</governmentpublicationsnumber><identifier>71005</identifier><internationalstandardbooknumber>9789860272475 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71005</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高台水庫環境調查評估『附冊』  Environmental  Ivestigation  and  Assessment  of  Kaotai f  Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1009904824</governmentpublicationsnumber><identifier>71007</identifier><internationalstandardbooknumber>9789860265552 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫既有排洪隧道防淤工程成果報告  Planning on Converting Shimen Reservoir Tunnel Spillway for Desilting Project  Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將針對新店溪做全盤檢視與分析，依據流域地文、水文、人文環境及以往洪災原因，檢討新店溪治理規劃原則及措施，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。 新店溪流域位於苗栗縣頭屋鄉及獅潭鄉境內，發源於苗栗縣獅潭鄉八卦力山一帶標高1,001公尺，屬後龍溪上游支流，河道經獅潭向北流至百壽後轉西，流入明德水庫，水庫下游河段稱老田寮溪；流域地理位置東鄰南庄鄉，西毗頭屋鄉及公館鄉，南以汶水河為界鄰接大湖鄉，北與三灣鄉相連。流域面積50.14平方公里，主流長15.14公里，平均坡降1/24，屬丘陵河川，本次規劃範圍自獅潭鄉新興橋起至頭屋鄉水頭福德祠止，長約11公里。 計畫之暴雨頻率分析係採明德水庫、百壽、大河、南庄(1)、橫龍山及和興等6站為代表站，以徐昇氏多邊形法推求流域平均最大一日、二日暴雨量，並利用自記雨量之時雨量紀錄修正為最大連續24小時、48小時暴雨量。利用卡方檢定進行機率分布之適合度檢定，並依據標準誤差(SE)及平方差和(SSE)最小值為最佳分布，得新店溪流域各控制點最大24小時暴雨及最大48小時暴雨皆以極端值Ⅰ型為最佳之機率分布。 設計雨型採同位序法及Horner公式法，並利用合理化公式法、三角形單位歷線法、無因次單位歷線法、瞬時單位歷線法等四種方法推求新店溪流域內各水文控制點之各重現期距洪峰流量；最後採用三角形單位歷線法(配合48同位序雨型)分析成果，作為後續水理分析之洪峰流量基礎。 根據基本資料調查、現地訪談、現地踏勘與水理分析結果，新店溪流域洪災原因為(一)通洪能力不足(二)坡陡流急，水流亂竄攻擊兩岸(三)地質欠佳、基腳淘空、邊坡崩塌導致土石淤塞河道(四)缺乏完善維護管理計畫。 計畫區河道坡降陡，屬辮?河床且河槽之垂向及橫向穩定性不高，局部流路變遷較大，沖、淤明顯；集水區之崩塌量亦甚多；然淹水情事較少，防治重點將以崩塌防砂為原則，並儘量維持天然河道，提供較大灘地，以供天然儲砂空間，故綜合方案對策期以滿足水庫、河川、流域為最佳狀態，三者之關係最佳</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990304</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000905</governmentpublicationsnumber><identifier>71010</identifier><internationalstandardbooknumber>9789860277333 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71010</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪支流新店溪治理規劃(1/2) River Planning of Shin-Dian River, Tributary of Ho-Lung River (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫將針對新店溪做全盤檢視與分析，依據流域地文、水文、人文環境及以往洪災原因，檢討新店溪治理規劃原則及措施，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。 新店溪流域位於苗栗縣頭屋鄉及獅潭鄉境內，發源於苗栗縣獅潭鄉八卦力山一帶標高1,001公尺，屬後龍溪上游支流，河道經獅潭向北流至百壽後轉西，流入明德水庫，水庫下游河段稱老田寮溪；流域地理位置東鄰南庄鄉，西毗頭屋鄉及公館鄉，南以汶水河為界鄰接大湖鄉，北與三灣鄉相連。流域面積50.14平方公里，主流長15.14公里，平均坡降1/24，屬丘陵河川，本次規劃範圍自獅潭鄉新興橋起至頭屋鄉水頭福德祠止，長約11公里。 計畫之暴雨頻率分析係採明德水庫、百壽、大河、南庄(1)、橫龍山及和興等6站為代表站，以徐昇氏多邊形法推求流域平均最大一日、二日暴雨量，並利用自記雨量之時雨量紀錄修正為最大連續24小時、48小時暴雨量。利用卡方檢定進行機率分布之適合度檢定，並依據標準誤差(SE)及平方差和(SSE)最小值為最佳分布，得新店溪流域各控制點最大24小時暴雨及最大48小時暴雨皆以極端值Ⅰ型為最佳之機率分布。 設計雨型採同位序法及Horner公式法，並利用合理化公式法、三角形單位歷線法、無因次單位歷線法、瞬時單位歷線法等四種方法推求新店溪流域內各水文控制點之各重現期距洪峰流量；最後採用三角形單位歷線法(配合48同位序雨型)分析成果，作為後續水理分析之洪峰流量基礎。 根據基本資料調查、現地訪談、現地踏勘與水理分析結果，新店溪流域洪災原因為(一)通洪能力不足(二)坡陡流急，水流亂竄攻擊兩岸(三)地質欠佳、基腳淘空、邊坡崩塌導致土石淤塞河道(四)缺乏完善維護管理計畫。 計畫區河道坡降陡，屬辮?河床且河槽之垂向及橫向穩定性不高，局部流路變遷較大，沖、淤明顯；集水區之崩塌量亦甚多；然淹水情事較少，防治重點將以崩塌防砂為原則，並儘量維持天然河道，提供較大灘地，以供天然儲砂空間，故綜合方案對策期以滿足水庫、河川、流域為最佳狀態，三者之關係最佳</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990304</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/2</date><governmentpublicationsnumber>1010000905</governmentpublicationsnumber><identifier>71011</identifier><internationalstandardbooknumber>9789860277333 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71011</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪支流新店溪治理規劃(1/2)－光碟版  River Planning of Shin-Dian River, Tributary of Ho-Lung River (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>近年來水資源作業基金業務逐年增加且益趨複雜，為簡化會計作業，會計室於97年簽請水資源作業基金會計系統增修功能已奉准於98年3月辦理，惟當時囿於經費有限，爰僅就與行政院主計處訂頒「中央政府作業基金會計報告、會計科目及淨資產運用分錄釋例一致規定」相關之功能需求及河川疏濬與管理業務需求先行辦理增修，致尚有預概算彙編、河川局推廣及資料傳輸及其他等功能需求尚未辦理。再者，近日為配合財政部預計自100年度起將國庫撥補水資源作業基金款項納入集中支付，需於原系統增加功能。為簡化基金會計作業，妥善運用會計室有限人力，提高工作效率，爰成立本增修計畫。</abstract><author>力歐科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990395</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/3</date><governmentpublicationsnumber>1010000634</governmentpublicationsnumber><identifier>71013</identifier><internationalstandardbooknumber>9789860275193 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71013</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署暨所屬機關「水資源作業基金會計系統後續擴充及增修功能」專案 The Addition and Increase on Accounting System of Water Resources Business Fund</title><yearidentifier>201103</yearidentifier></data><data><abstract>近年來水資源作業基金業務逐年增加且益趨複雜，為簡化會計作業，會計室於97年簽請水資源作業基金會計系統增修功能已奉准於98年3月辦理，惟當時囿於經費有限，爰僅就與行政院主計處訂頒「中央政府作業基金會計報告、會計科目及淨資產運用分錄釋例一致規定」相關之功能需求及河川疏濬與管理業務需求先行辦理增修，致尚有預概算彙編、河川局推廣及資料傳輸及其他等功能需求尚未辦理。再者，近日為配合財政部預計自100年度起將國庫撥補水資源作業基金款項納入集中支付，需於原系統增加功能。為簡化基金會計作業，妥善運用會計室有限人力，提高工作效率，爰成立本增修計畫。</abstract><author>力歐科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990395</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/3</date><governmentpublicationsnumber>1010000634</governmentpublicationsnumber><identifier>71014</identifier><internationalstandardbooknumber>9789860275193 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71014</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署暨所屬機關「水資源作業基金會計系統後續擴充及增修功能」專案－光碟版 The Addition and Increase on Accounting System of Water Resources Business Fund</title><yearidentifier>201103</yearidentifier></data><data><abstract>後龍溪過去幾年針對何到長期自然平衡或非平衡,水文地文基本資料調查蒐集分析,河道沖刷淤調查,地形變遷(含河相)成因分析,河道平衡與短長期橋基沖刷之相互影響,砂礫河床值交換機制,河床下刷(含河道疏濬後)對何到穩定之影響,蜿蜒河川水裡特性,河床沖淤與河岸變遷對河防安全評估等課題</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990311</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/3</date><governmentpublicationsnumber>1010000568</governmentpublicationsnumber><identifier>71015</identifier><internationalstandardbooknumber>9789860274387 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71015</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設定(2/2) = River Stability of Channal and Engineering Design and Assessment of Erossion Prevention of the Houlong River at the Gueishan Bridge</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/8</date><governmentpublicationsnumber>1010000871</governmentpublicationsnumber><identifier>71016</identifier><internationalstandardbooknumber>9789860277364 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71016</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>區域排水整治及環境營造計畫永續治水對策之探討=Study on the Sustainable Strategies for Flood Mitigation</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫將對水利會事業區外農田水利設施現況進行全面性調查，並就調查結果劃定實施改善必要的門檻，另需建立資料庫及相關GIS管理查詢系統。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>434.257029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990419</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/9</date><governmentpublicationsnumber>1010001016</governmentpublicationsnumber><identifier>71017</identifier><internationalstandardbooknumber>9789860278682 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71017</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利會事業區外農田整體調查規劃暨地理資訊系統建置(2/2)－內附光碟 The project of investigating and database construction to the outside regions of irrigation associations undertakings in Taiwan(2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫目的為規劃建置國家級防災監測及模式測試基地，針對選定流域，進行長期且全面之水文、地文、生物資訊監測、蒐集、分析、研究與整合，並利用相關資料作為流域淹水模式/洪水模式或其他模式之模擬驗證使用，以落實流域管理、因應氣候變遷並進而達到防、減災之目的。以下工作： 一、蒐集分析資料與文獻：包括水文循環觀測資料、地文及集水區動、植物觀測資料、各流域之淹水範圍、深度、水體範圍變化，各流域具保全對象位置與範圍及其歷年受災紀錄、分析國內各水利相關災害數學模式與其運用情形，蒐集國內外相關報告，並作分析評述。蒐集分析水文資料包括利年 各月份氣候降雨特性，各地區颱風豪雨特性。就選擇基地代表性而言，選以宜蘭地區能反映東北季風與地形作用效應，西南地區則能反映颱風期間西南氣流與地形作用以及冬季缺雨之特性。 二、研擬防災監測及模式測試基地建置條件與功能選定：就各流域相關水利災害與其防治問題與困難，分析現有水文、地文觀測資料與災害防治、國內常用數學模式需求，了解模式輸入/輸出與參數所需監測配合項目。確定國家級防災監測及模式測試基地針對之水利相關災害，包括溢堤潰堤淹水、區域淹水災害，低地淹水、河川溢潰堤與感潮等水理，擬訂國家級防災監測及模式測試基地之標準與評選方式。 三、評選流域作為建置基地：擬訂遴選原則，包括代表性、致災性、合適性、社會需求性與變異性，分析前述原則，擬訂必要條件與相關條件，必要條件包括災害頻率高、基本資料完整，相關條件包括面積較小、越域溢淹影響小、河川局過去或目前使用數學模式、集水區整治情形、經濟災害損失情形、有地層下陷測站(地層下陷區適用)、有水位影像測站(淹水模式測試適用)、有潮位測站(感潮影響考慮者適用)、有既有水文測站等，並給予各條件具體量化。依據針對之災害，就其提供驗證之數學模式與其對應水理現象，擬定三期- 第一期：二維淹水模式：獨流入海、地層下陷區淹水、受外水或河口潮位頂托影響； 第二期：二維淹水：都市排水(含雨水下水道)、洪水預報模式：河川上游超臨界流、河川沖淤與河川淤積導致溢淹、水庫洩洪影響河川水位； 第三期：氣候變遷影響：對應之指標或數學模式。參考專家座談與訪談意見，選出：1.得子口溪、典寶溪排、林邊第一排水幹線(以上獨流入海)、羌園排水、林邊第一排水幹線、將軍溪排水(以上地層下陷區)、宜蘭河、三爺溪排水、曾文溪排水、將軍溪排水、旱溪排水(以上受河川外水或河口潮位頂托影響)；2.柳川排水、 美崙溪、羅東地區、花蓮自由街排水、蘇澳地區；3.石門水庫集水區。 四、基地建置規劃：就第一期遴選基地，依其特性與現有測站情形，規劃雨量站、水位流量站、水位站、淹水位測點，及其監測方式、資料管理與目前系統整合等相關作規劃建議。雨量站數量，以參考雨量站密度相關文獻資料，以及水利署過去研究報告中雨量站設置空間變異考慮結果，擬訂20km2/站之保守標準。水位流量站規劃已掌握河川(或排水)上游流量或支流匯流流 量，配合橋梁位置作規劃。水位站規劃以掌握河川(或排水)最下游處與沿線水位，約每5km設置一站配合橋梁位置設置。淹水位則以掌握過去常淹水區域且較低漥位置。雨量計與水位計建議配合目前多數使用之傾斗式雨量計、雷達波水位計。由於第一期遴選流量站站址，其上下游5公里並無另座橋梁，故流量量測建議採雷達波表面流速計，配合流速面積法推算流量。淹水位量測本計畫建議採水位影像方式，節省經費且利於未來設備移用其他需要地點。五、製作基地設備公開招標所需文件，包括投標須知、招標規範、投標標價清單、廠商聲明書、採購契約、廠商授權書、廠商資格審查表、招標文件郵封。</abstract><author>台大水工試驗所　　</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990247</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/9</date><governmentpublicationsnumber>1010000699</governmentpublicationsnumber><identifier>71018</identifier><internationalstandardbooknumber>9789860275667 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71018</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>國家級防災監測及模式測試基地建置規劃－內附光碟 Plan of Setup National Base for Disaster Prevention Monitoring and Model Testing</title><yearidentifier>201103</yearidentifier></data><data><abstract>老街溪屬桃園縣管河川，主流自民國72年起辦理治理規劃，民國74年完成治理基本計畫，並於民國76年核定公告在案。由於公告迄今己逾二十餘年，近年來流域內土地高度利用且降雨型態劇變，龍南、大坑坎排水幹支分線系統又尚未經全面整治規劃，導致低窪地區、未築禦洪工事河段，每遇豪大雨即淹水成災、河岸土地易沖刷流失；故桃園縣政府提報本水系，列為「易淹水地區水患治理計畫」治理對象，採綜合流域治水對策辦理治理計畫檢討，以徹底解決本水系沿岸淹水災害問題。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000289</governmentpublicationsnumber><identifier>71019</identifier><internationalstandardbooknumber>9789860271294 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71019</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>老街溪治理基本計畫(第一次修正)Regulation Master Plan of the Lao-Jie River(FIST Revise)</title><yearidentifier>201009</yearidentifier></data><data><abstract>老街溪屬桃園縣管河川，主流自民國72年起辦理治理規劃，民國74年完成治理基本計畫，並於民國76年核定公告在案。由於公告迄今己逾二十餘年，近年來流域內土地高度利用且降雨型態劇變，龍南、大坑坎排水幹支分線系統又尚未經全面整治規劃，導致低窪地區、未築禦洪工事河段，每遇豪大雨即淹水成災、河岸土地易沖刷流失；故桃園縣政府提報本水系，列為「易淹水地區水患治理計畫」治理對象，採綜合流域治水對策辦理治理計畫檢討，以徹底解決本水系沿岸淹水災害問題。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000289</governmentpublicationsnumber><identifier>71020</identifier><internationalstandardbooknumber>9789860271294 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71020</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>老街溪治理基本計畫(第一次修正)附冊：意見回應 Regulation Master Plan of the Lao-Jie River(FIST Revise)</title><yearidentifier>201009</yearidentifier></data><data><abstract>老街溪屬桃園縣管河川，主流自民國72年起辦理治理規劃，民國74年完成治理基本計畫，並於民國76年核定公告在案。由於公告迄今己逾二十餘年，近年來流域內土地高度利用且降雨型態劇變，龍南、大坑坎排水幹支分線系統又尚未經全面整治規劃，導致低窪地區、未築禦洪工事河段，每遇豪大雨即淹水成災、河岸土地易沖刷流失；故桃園縣政府提報本水系，列為「易淹水地區水患治理計畫」治理對象，採綜合流域治水對策辦理治理計畫檢討，以徹底解決本水系沿岸淹水災害問題。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000289</governmentpublicationsnumber><identifier>71021</identifier><internationalstandardbooknumber>9789860271294 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71021</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>老街溪治理基本計畫(第一次修正)－光碟版 Regulation Master Plan of the Lao-Jie River(FIST Revise)</title><yearidentifier>201009</yearidentifier></data><data><abstract>老街溪屬桃園縣管河川，主流自民國72年起辦理治理規劃，民國74年完成治理基本計畫，並於民國76年核定公告在案。由於公告迄今己逾二十餘年，近年來流域內土地高度利用且降雨型態劇變，龍南、大坑坎排水幹支分線系統又尚未經全面整治規劃，導致低窪地區、未築禦洪工事河段，每遇豪大雨即淹水成災、河岸土地易沖刷流失；故桃園縣政府提報本水系，列為「易淹水地區水患治理計畫」治理對象，採綜合流域治水對策辦理治理計畫檢討，以徹底解決本水系沿岸淹水災害問題。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000290</governmentpublicationsnumber><identifier>71022</identifier><internationalstandardbooknumber>9789860271324 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71022</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」老街溪治理規劃檢討 「Regulation Project of Flood-prone Areas」Harness planning and Review of the Lao-Jie River</title><yearidentifier>200812</yearidentifier></data><data><abstract>老街溪屬桃園縣管河川，主流自民國72年起辦理治理規劃，民國74年完成治理基本計畫，並於民國76年核定公告在案。由於公告迄今己逾二十餘年，近年來流域內土地高度利用且降雨型態劇變，龍南、大坑坎排水幹支分線系統又尚未經全面整治規劃，導致低窪地區、未築禦洪工事河段，每遇豪大雨即淹水成災、河岸土地易沖刷流失；故桃園縣政府提報本水系，列為「易淹水地區水患治理計畫」治理對象，採綜合流域治水對策辦理治理計畫檢討，以徹底解決本水系沿岸淹水災害問題。</abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000290</governmentpublicationsnumber><identifier>71023</identifier><internationalstandardbooknumber>9789860271324 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71023</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」老街溪治理規劃檢討－光碟版「Regulation Project of Flood-prone Areas」Harness planning and Review of the Lao-Jie River</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>容泰工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/10</date><governmentpublicationsnumber>1010000290</governmentpublicationsnumber><identifier>71024</identifier><internationalstandardbooknumber>9789860271324 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71024</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」老街溪治理規劃檢討--成果資料--光碟版=「Regulation Project of Flood-prone Areas」Harness planning and Review of the Lao-Jie River</title><yearidentifier>201009</yearidentifier></data><data><abstract>以七股西堤現仍呈現侵蝕之海堤段為研究標的，藉由基本資料蒐集與分析、海岸漂砂與地形調查分析、水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行，在海岸安全前提下，同時兼顧親水性與景觀性，研擬整體海岸環境改善對策。本年度計畫主要工作項目為持續進行基本資料蒐集與分析、海岸漂砂與地形調查分析作業、水工模型試驗與海岸侵蝕防治方案之現地試驗規劃等工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990224</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001087</governmentpublicationsnumber><identifier>71026</identifier><internationalstandardbooknumber>9789860278064 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71026</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>七股西堤海岸侵蝕防治之研究(2/2)=Protection Strategy for Erosion of West Seawall at Chigu Coast (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>以七股西堤現仍呈現侵蝕之海堤段為研究標的，藉由基本資料蒐集與分析、海岸漂砂與地形調查分析、水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行，在海岸安全前提下，同時兼顧親水性與景觀性，研擬整體海岸環境改善對策。本年度計畫主要工作項目為持續進行基本資料蒐集與分析、海岸漂砂與地形調查分析作業、水工模型試驗與海岸侵蝕防治方案之現地試驗規劃等工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990224</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001087</governmentpublicationsnumber><identifier>71027</identifier><internationalstandardbooknumber>9789860278064 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71027</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>七股西堤海岸侵蝕防治之研究(2/2)－光碟版 Protection Strategy for Erosion of West Seawall at Chigu Coast (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>經由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990232</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001029</governmentpublicationsnumber><identifier>71028</identifier><internationalstandardbooknumber>9789860278392 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71028</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>台南海岸(急水溪口至將軍中心漁港)基本資料監測調查分析=Field Investigation and Analysis at Tainan Coast (Chishui River to Jiangjun Fishery Harbor)</title><yearidentifier>201105</yearidentifier></data><data><abstract>經由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990232</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001029</governmentpublicationsnumber><identifier>71029</identifier><internationalstandardbooknumber>9789860278392 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71029</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>台南海岸(急水溪口至將軍中心漁港)基本資料監測調查分析(光碟版)=Field Investigation and Analysis at Tainan Coast (Chishui River to Jiangjun Fishery Harbor)</title><yearidentifier>201105</yearidentifier></data><data><abstract>以台南市黃金海岸為研究標的，藉由基本資料蒐集與分析、海岸漂砂與地形調查分析、海岸生態調查分析、水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行，在海岸安全前提下，同時兼顧親水性與景觀性，以人工養灘柔性工法為主軸，研擬整體海岸環境改善對策。本年度計畫主要工作項目為基本資料蒐集與分析、海岸漂砂與地形調查分析、海岸生態調查分析、水工模型試驗與海岸侵蝕防治方案之現地試驗規劃等工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990230</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001088</governmentpublicationsnumber><identifier>71030</identifier><internationalstandardbooknumber>9789860278071 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71030</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(2/2)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>以台南市黃金海岸為研究標的，藉由基本資料蒐集與分析、海岸漂砂與地形調查分析、海岸生態調查分析、水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行，在海岸安全前提下，同時兼顧親水性與景觀性，以人工養灘柔性工法為主軸，研擬整體海岸環境改善對策。本年度計畫主要工作項目為基本資料蒐集與分析、海岸漂砂與地形調查分析、海岸生態調查分析、水工模型試驗與海岸侵蝕防治方案之現地試驗規劃等工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990230</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/13</date><governmentpublicationsnumber>1010001088</governmentpublicationsnumber><identifier>71031</identifier><internationalstandardbooknumber>9789860278071 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71031</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(2/2)--光碟版=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>因應全球氣候及大環境之變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之綜合需求，並且落實生物多樣性，遵循自然法則，以確保河川環境之永續發展。且經地方多次反應，濁水溪北岸溪州鄉河段之堤防及高灘地需結合該河段之環境特性，並呼應地方需求，使該區段能在確保河防安全原則下，亦能改善河川環境、創造優質的河岸空間，以達到「人文」、「景觀」、「生態」及「遊憩」機能之願景，並兼具河防安全爰提出本計畫。計畫目標如下：（一）在防洪安全無虞前提下，以地方之人文與產業特色為規劃主軸，打造濁水溪北岸溪州鄉河段一處兼顧環境景觀與遊憩機能之公共休憩空間。（二）配合河川特性並兼具其生態功能，利用高灘地的閒置空間來營造生物棲地，提供水生動植物一個復育空間，並創造濁水溪一段可供民眾親近與生態教育之河川環境。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990401</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/15</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>71040</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71040</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸(溪州鄉河段)水岸整建及景觀規劃設計=The plan of environmental construction in north side of Jhuoshuei river(the section of Hsichou township)</title><yearidentifier>201012</yearidentifier></data><data><abstract>邀請水利工程、生態景觀、經濟學者及法規等領域之各界專家學者組成講師群，在完整的課程規劃下，針對防洪工程各層次、各面向進行深入剖析。依據3年計畫分年提報水利署成立訓練班委辦計畫。為配合不同工作職掌及業務需求，建議分成專業基礎班及進階班等二階段課程，二者各分為河海班(含河川、排水、海岸)與水資源班兩種班別，其課程涵蓋調查、規劃、設計、施工、管理等內容主題</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990268</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/16</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>71051</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71051</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利人員專業訓練計畫(2/3) Staff Training Plan for the Water Resources Agency (2/3)</title><yearidentifier>201104</yearidentifier></data><data><abstract>邀請水利工程、生態景觀、經濟學者及法規等領域之各界專家學者組成講師群，在完整的課程規劃下，針對防洪工程各層次、各面向進行深入剖析。依據3年計畫分年提報水利署成立訓練班委辦計畫。為配合不同工作職掌及業務需求，建議分成專業基礎班及進階班等二階段課程，二者各分為河海班(含河川、排水、海岸)與水資源班兩種班別，其課程涵蓋調查、規劃、設計、施工、管理等內容主題</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990268</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/16</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>71052</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利人員專業訓練計畫(2/3)--光碟版=Staff Training Plan for the Water Resources Agency (2/3)</title><yearidentifier>201104</yearidentifier></data><data><abstract>民國88年921地震，造成石岡壩壩體抬昇10~11公尺，而右岸三道溢洪道錯動破損後，雖以圍堰方式進行緊急復建供水，雖因石岡壩排洪斷面減少，惟經復建迄今營運正常。惟兼顧石岡壩設施安全及下游河道穩定，經濟部水利署中區水資源局辦理本委託計畫，研擬石岡壩可能之排洪排砂改善方案，再以各方案之排洪排砂機能、設施改善成本、效益、供水影響等面向，綜合評估比較，擇選最佳方案。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/21</date><governmentpublicationsnumber>1010000906</governmentpublicationsnumber><identifier>71060</identifier><internationalstandardbooknumber>9789860277975 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71060</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>石岡壩增加通洪面積及力排砂可行性研究 Feasibility Study on Flood Releasing Increment and Sediment Flushing of Shih-Gang Dam</title><yearidentifier>201105</yearidentifier></data><data><abstract>民國88年921地震，造成石岡壩壩體抬昇10~11公尺，而右岸三道溢洪道錯動破損後，雖以圍堰方式進行緊急復建供水，雖因石岡壩排洪斷面減少，惟經復建迄今營運正常。惟兼顧石岡壩設施安全及下游河道穩定，經濟部水利署中區水資源局辦理本委託計畫，研擬石岡壩可能之排洪排砂改善方案，再以各方案之排洪排砂機能、設施改善成本、效益、供水影響等面向，綜合評估比較，擇選最佳方案。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/21</date><governmentpublicationsnumber>1010000906</governmentpublicationsnumber><identifier>71061</identifier><internationalstandardbooknumber>9789860277975 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71061</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>石岡壩增加通洪面積及力排砂可行性研究(光碟版) Feasibility Study on Flood Releasing Increment and Sediment Flushing of Shih-Gang Dam</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/21</date><governmentpublicationsnumber>1010001224</governmentpublicationsnumber><identifier>71065</identifier><internationalstandardbooknumber>9789860281507 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71065</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫集水區保育實施計畫(檢討修訂) Watershed Conservation Plan of Tsengwen Reservoir (revised)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/99-WRASB-02</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/21</date><governmentpublicationsnumber>1010001224</governmentpublicationsnumber><identifier>71066</identifier><internationalstandardbooknumber>9789860281507 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71066</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫集水區保育實施計畫(檢討修訂)-光碟版=Watershed Conservation Plan of Tsengwen Reservoir (revised)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>蔡義發等</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>71080</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71080</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報彙編   Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract>本紀實蒐集2009年間世界各地發生之重大颱風豪雨事件以及乾旱事件，詳述其天氣系統之演變、當地防救災單位之應變措施及致災原因研判。其能透過瞭解各國水旱災災害之致災原因及防救災單位之應變作為與流程，進而提升國內防救災人員之應變能力，並可進一步學習較佳的防救災措施，提升整體防救災能量。</abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>71081</identifier><internationalstandardbooknumber>9789860228137 ; 9789860228</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71081</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>2009年國外水旱災事件紀實</title><yearidentifier>200903</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>71082</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71082</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>98</publishrocyear><title>2009年莫拉克颱風經濟部及經濟部水利署災害緊急應變小組工作執行報告</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>71083</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71083</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>98</publishrocyear><title>2009年芭瑪颱風暨1010豪雨經濟部及經濟部水利署災害緊急應變小組工作執行報告</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>71084</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71084</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>2009年莫拉菲颱風經濟部及經濟部水利署災害緊急應變小組工作執行報告</title><yearidentifier>200908</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/22</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>71085</identifier><internationalstandardbooknumber>:9789860228137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71085</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>98</publishrocyear><title>2009年蓮花颱風經濟部及經濟部水利署災害緊急應變小組工作執行報告</title><yearidentifier>200907</yearidentifier></data><data><abstract>本計畫係針對山水及西衛地區排水系統作全盤之檢視與分析，同時建立相關水情資料，確定整體規劃與治理方針，並做為第2階段計畫工程實施依據，完成系統治理規劃與公告工作，提升後續治理與管理工作效益，使計畫地區居民免受水患威脅，並減少各項財務損失，期除改善淹水之問題外，亦完整提出綜合治水、環境保育與營造之策略。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/23</date><governmentpublicationsnumber>1010001147</governmentpublicationsnumber><identifier>71090</identifier><internationalstandardbooknumber>9789860280579 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71090</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區排山水及西衛地區排水系統規劃 Regulation Project of Flood-prone Areas for Penghu County Shanshuei and Siwei Village Regional Drainage System Improvement Project</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫係針對山水及西衛地區排水系統作全盤之檢視與分析，同時建立相關水情資料，確定整體規劃與治理方針，並做為第2階段計畫工程實施依據，完成系統治理規劃與公告工作，提升後續治理與管理工作效益，使計畫地區居民免受水患威脅，並減少各項財務損失，期除改善淹水之問題外，亦完整提出綜合治水、環境保育與營造之策略。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/23</date><governmentpublicationsnumber>1010001147</governmentpublicationsnumber><identifier>71091</identifier><internationalstandardbooknumber>9789860280579 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71091</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區排山水及西衛地區排水系統規劃--光蝶電子書 Regulation Project of Flood-prone Areas for Penghu County Shanshuei and Siwei Village Regional Drainage System Improvement Project</title><yearidentifier>201105</yearidentifier></data><data><abstract>阿公店水庫位於高雄縣燕巢鄉境，係以防洪為主並兼具灌溉及公共給水之多目標水庫，惟因庫區淤積情況嚴重，為恢復水庫原有功能並達水資源永續利用之目的，經核定辦理「阿公店水庫更新工程計畫」，採國內首創排濁蓄清之空庫防淤操作，輔以越域引水路導引旗山溪潔淨水源蓄存運用，以同時解決水庫防洪、淤積及給水問題於一舉。其中「阿公店水庫越域引水路工程」為更新改善計畫之補助水源開發工程，計畫引入旗山溪豐沛之水量，利用既設二仁圳進水口及圓潭子隧道，再配合新建引水路輸水至阿公店水庫以解決所需用水。其引水路全長約15公里，主要結構物包括15座隧道與14座暗渠。 惟由於經濟部水利署南區水資源局每五年辦理之水庫安全評估項目並未包含「阿公店水庫越域引水路」，且本引水路之主要水利構造物為隧道工程，萬一該長度15公里多之輸水路發生災變，自旗山溪引進之水源將被迫立即中斷，水庫無法進水。阿公店水庫水源除供應復興渠農灌區之灌溉用水外，最重要之供水標的為高雄(路竹)科學園區之生產用水。萬一不幸供水中斷，該區高科技產業之生產將中斷，影響廠商之營運與信譽並波及國家形象，後果至為嚴重。由於隧道之檢查及安全評估方式與水庫安全評估差異性頗大，所涉及之專業技術不同，實有必要委託該項專業之顧問公司，比照阿公店水庫每五年辦理一次檢查及安全評估。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.829</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000215</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/27</date><governmentpublicationsnumber>1010001248</governmentpublicationsnumber><identifier>71098</identifier><internationalstandardbooknumber>9789860281927 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71098</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫越域引水路水利建造物檢查The Hydraulic Inspection of A-Kung-Tien Reservoir Transbasin Waterway-Final Report</title><yearidentifier>201106</yearidentifier></data><data><abstract>阿公店水庫位於高雄縣燕巢鄉境，係以防洪為主並兼具灌溉及公共給水之多目標水庫，惟因庫區淤積情況嚴重，為恢復水庫原有功能並達水資源永續利用之目的，經核定辦理「阿公店水庫更新工程計畫」，採國內首創排濁蓄清之空庫防淤操作，輔以越域引水路導引旗山溪潔淨水源蓄存運用，以同時解決水庫防洪、淤積及給水問題於一舉。其中「阿公店水庫越域引水路工程」為更新改善計畫之補助水源開發工程，計畫引入旗山溪豐沛之水量，利用既設二仁圳進水口及圓潭子隧道，再配合新建引水路輸水至阿公店水庫以解決所需用水。其引水路全長約15公里，主要結構物包括15座隧道與14座暗渠。 惟由於經濟部水利署南區水資源局每五年辦理之水庫安全評估項目並未包含「阿公店水庫越域引水路」，且本引水路之主要水利構造物為隧道工程，萬一該長度15公里多之輸水路發生災變，自旗山溪引進之水源將被迫立即中斷，水庫無法進水。阿公店水庫水源除供應復興渠農灌區之灌溉用水外，最重要之供水標的為高雄(路竹)科學園區之生產用水。萬一不幸供水中斷，該區高科技產業之生產將中斷，影響廠商之營運與信譽並波及國家形象，後果至為嚴重。由於隧道之檢查及安全評估方式與水庫安全評估差異性頗大，所涉及之專業技術不同，實有必要委託該項專業之顧問公司，比照阿公店水庫每五年辦理一次檢查及安全評估。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.829</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000215</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/27</date><governmentpublicationsnumber>1010001248</governmentpublicationsnumber><identifier>71099</identifier><internationalstandardbooknumber>9789860281927 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71099</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫越域引水路水利建造物檢查(光碟版) The Hydraulic Inspection of A-Kung-Tien Reservoir Transbasin Waterway-Final Report</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990446</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/28</date><governmentpublicationsnumber>1010000696</governmentpublicationsnumber><identifier>71104</identifier><internationalstandardbooknumber>9789860275421 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71104</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東縣及澎湖縣海堤檢查系統規劃暨檢查計劃(1/2)(含地層下陷區海堤非破壞性檢測報告)--成果報告 The Seawall System Plan and Inspection Scheme of Pingtung  County and Penghu County(1/2)(Included Non-destructive Testing Report of the seawall in Land Subsiden</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/6/28</date><governmentpublicationsnumber>1010000871</governmentpublicationsnumber><identifier>71106</identifier><internationalstandardbooknumber>9789860277364 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71106</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水整治及環境營造計畫永續治水對策之探討－光碟版 Study on the Sustainable Strategies for Flood Mitigation</title><yearidentifier>201104</yearidentifier></data><data><abstract>台灣不同河段的河床特性變化極大，加上在同一小河段內可能同時存在不同的結構物，如公路、輸水管、輸油管之橋墩、取水渠道、固床工及堤防…等等構造物，此些構造物屬於不同單位管理，常常造成不同單位為保護各自構造物對河床產生不同程度干擾，造成河床相對不穩定，甚至相互影響而危及跨河構造物安全。因此，探討不同構造物同時存在條件下，河床如何達到穩定，使得構造物可以達到安全的條件，為河川防災重要課題。 本計畫分別針對高屏溪流域不穩定河段之河道穩定探討，計畫河段包含月眉堰、高屏堰及甲仙堰等3處。爰於攔河堰興建於橋梁上游造成較大落差，潛在對河床產生向下切割，致使河床快速下降，太強跌水沖刷易形成地層剝落。因此，此區重點將在如何預防河床受到跌水沖刷而下降的產生，以及控制跌水後流路之穩定，不致產生流路偏向高灘，而沖擊橋台安全或是危及下游堤防的安全。惟有經整體規劃，針對水工結構物(堰、橋梁及堤防等)提出佈置方案或其他改善建議，才能有效的提供較佳的河川局部穩定河床方案。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.693351</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990424</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/29</date><governmentpublicationsnumber>1010000795</governmentpublicationsnumber><identifier>71110</identifier><internationalstandardbooknumber>9789860276237 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71110</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域河道防災設施規劃（月眉堰、高屏堰及甲仙堰）Planning of Disaster Prevention Facilities for Kaoping River (Yuemei Weir, Kaoping Weir amd Jiashian Weir)</title><yearidentifier>201104</yearidentifier></data><data><abstract>台灣不同河段的河床特性變化極大，加上在同一小河段內可能同時存在不同的結構物，如公路、輸水管、輸油管之橋墩、取水渠道、固床工及堤防…等等構造物，此些構造物屬於不同單位管理，常常造成不同單位為保護各自構造物對河床產生不同程度干擾，造成河床相對不穩定，甚至相互影響而危及跨河構造物安全。因此，探討不同構造物同時存在條件下，河床如何達到穩定，使得構造物可以達到安全的條件，為河川防災重要課題。 本計畫分別針對高屏溪流域不穩定河段之河道穩定探討，計畫河段包含月眉堰、高屏堰及甲仙堰等3處。爰於攔河堰興建於橋梁上游造成較大落差，潛在對河床產生向下切割，致使河床快速下降，太強跌水沖刷易形成地層剝落。因此，此區重點將在如何預防河床受到跌水沖刷而下降的產生，以及控制跌水後流路之穩定，不致產生流路偏向高灘，而沖擊橋台安全或是危及下游堤防的安全。惟有經整體規劃，針對水工結構物(堰、橋梁及堤防等)提出佈置方案或其他改善建議，才能有效的提供較佳的河川局部穩定河床方案。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.693351</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990424</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/29</date><governmentpublicationsnumber>1010000795</governmentpublicationsnumber><identifier>71111</identifier><internationalstandardbooknumber>9789860276237 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71111</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域河道防災設施規劃（月眉堰、高屏堰及甲仙堰）－光碟版  Planning of Disaster Prevention Facilities for Kaoping River (Yuemei Weir, Kaoping Weir amd Jiashian Weir)</title><yearidentifier>201104</yearidentifier></data><data><abstract>四草北段海岸現仍為自然沙灘之海岸，尚未興建海堤，地方陳情於大浪時會有溢上至陸地之情況，而南段則現為陡坡式之海堤，親水性及景觀等欠佳。本計畫研究重要如下：1. 應用人工砂丘復育、圍籬定砂與海岸植生等方法，達到保護與美化四草北段海岸，並兼具營造生態環境之目標。2. 台南市四草海岸為陡坡式海堤，其親水性、景觀性與生態性均不足，本計畫冀經四草南段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990226</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/30</date><governmentpublicationsnumber>1010001041</governmentpublicationsnumber><identifier>71114</identifier><internationalstandardbooknumber>9789860278552 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71114</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>四草海岸復育試驗研究=Research of Rehabilitation Experiments at Shi-Cao Coastal Area</title><yearidentifier>201105</yearidentifier></data><data><abstract>四草北段海岸現仍為自然沙灘之海岸，尚未興建海堤，地方陳情於大浪時會有溢上至陸地之情況，而南段則現為陡坡式之海堤，親水性及景觀等欠佳。本計畫研究重要如下： 1. 應用人工砂丘復育、圍籬定砂與海岸植生等方法，達到保護與美化四草北段海岸，並兼具營造生態環境之目標。 2. 台南市四草海岸為陡坡式海堤，其親水性、景觀性與生態性均不足，本計畫冀經四草南段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990226</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/30</date><governmentpublicationsnumber>1010001041</governmentpublicationsnumber><identifier>71115</identifier><internationalstandardbooknumber>9789860278552 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71115</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>四草海岸復育試驗研究(光碟版)  Research of Rehabilitation Experiments at Shi-Cao Coastal Area</title><yearidentifier>201105</yearidentifier></data><data><abstract>從高雄縣興達港至典寶溪口間長約18公里之高雄縣北段之海岸段(含各河口)。經由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990231</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/30</date><governmentpublicationsnumber>1010001072</governmentpublicationsnumber><identifier>71116</identifier><internationalstandardbooknumber>9789860279542 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71116</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄海岸(興達港至典寶溪口)基本資料監測調查分析成果報告=Investigation and Analysis at Kaohsiung coast (From Xing-Da Harbor to Dian-Bao River)</title><yearidentifier>201105</yearidentifier></data><data><abstract>從高雄縣興達港至典寶溪口間長約18公里之高雄縣北段之海岸段(含各河口)。經由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990231</commissionedprojectidentifier><currency>NT$</currency><date>2011/6/30</date><governmentpublicationsnumber>1010001072</governmentpublicationsnumber><identifier>71117</identifier><internationalstandardbooknumber>9789860279542 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71117</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄海岸(興達港至典寶溪口)基本資料監測調查分析成果報告(光碟版)=Investigation and Analysis at Kaohsiung Coast (From Xing-Da Harbor to Dian-Bao River)</title><yearidentifier>201105</yearidentifier></data><data><abstract>曾文溪由於上游興建曾文水庫(62年)，及其支流後堀溪、菜寮溪及官田溪上游分別建有南化水庫(82年)、鏡面水庫(69年)及烏山頭水庫(19年)後，砂石補充來源即減少，導致中、下游砂石資源漸趨枯竭。由河道大斷面測量結果得知，民國63～95年河川平均高程變動，曾文溪中、下游河段部分河段主深槽沖刷，斷面0～斷面40(西港大橋上游)之河床平均高程呈現小幅度降低，而斷面40～斷面58(麻善大橋下游)則呈現沖刷，其中以高速公路橋至麻善大橋間幅度最大(約3公尺)。為評估曾文溪主河道(曾文水庫以下)及支流後旦溪、密枝溪、油車溪、後堀溪、菜寮溪及官田溪之河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/1</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>71128</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71128</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究〈1/2〉〈內附光碟〉=The   study   on  causes  of  channel   erosion  through  monitoring  investigation  and  the  prevention  strategies  of  the  Tseng-Wen  River〈1/2〉</title><yearidentifier>201105</yearidentifier></data><data><abstract>老田寮溪流域面積81.99平方公里，其上游稱之獅潭川，河道經獅潭向北流至百壽後轉西，流經明德水庫，水庫下游河段始稱老田寮溪，主流長26公里，老田寮溪流域94%屬山區地形，而於頭屋?入後龍溪。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故擬分2年(民國99年至100年)辦理後龍溪支流老田寮溪治理規劃檢討及基本計畫。其中，第1年委辦「後溪支流老田寮溪治理規劃」、第2年自辦「後龍溪支流老田寮溪治理基本計畫」</abstract><author>澤佑工程顧問有限公司</author><categoryidentifier>443.6897191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990305</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/4</date><governmentpublicationsnumber>1010001918</governmentpublicationsnumber><identifier>71132</identifier><internationalstandardbooknumber>9789860280852 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71132</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪支流老田寮溪治理規劃檢討(1/2)River Planning of Lao-tin-liu River,Tributary of Ho-Lung River(1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>老田寮溪流域面積81.99平方公里，其上游稱之獅潭川，河道經獅潭向北流至百壽後轉西，流經明德水庫，水庫下游河段始稱老田寮溪，主流長26公里，老田寮溪流域94%屬山區地形，而於頭屋?入後龍溪。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故擬分2年(民國99年至100年)辦理後龍溪支流老田寮溪治理規劃檢討及基本計畫。其中，第1年委辦「後溪支流老田寮溪治理規劃」、第2年自辦「後龍溪支流老田寮溪治理基本計畫」</abstract><author>澤佑工程顧問有限公司</author><categoryidentifier>443.6897191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990305</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/4</date><governmentpublicationsnumber>1010001918</governmentpublicationsnumber><identifier>71133</identifier><internationalstandardbooknumber>9789860280852 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71133</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪支流老田寮溪治理規劃檢討(1/2)(光碟版)River Planning of Lao-tin-liu River,Tributary of Ho-Lung River(1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/5</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>71137</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71137</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>100</publishrocyear><title>100年公共工程年刊</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.642703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/5</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>71146</identifier><internationalstandardbooknumber>9789860281972 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71146</librarycollectiondetailsurl><price></price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>100</publishrocyear><title>臺北翡翠水庫管理局99年刊</title><yearidentifier>201105</yearidentifier></data><data><abstract>濁水溪水系大斷面測量計畫約每3年辦理一次，本局曾於93及96年辦理完成全面性之「濁水溪水系大斷面測量計畫」，並與以往斷面資料套繪分析主支流河道之沖淤變化情形；另經濟部水利署亦曾於96及97年分二年完成「開發建置中央管河川空間資訊系統計畫」，並納入既設之「中央管河川三維網際網路地理資訊系統」作為業務查詢與展示之應用，該計畫亦包含濁水溪水系主支流各河段之數值地形資料建置。由於濁水溪水系近年遭受卡玫基、莫拉克等颱風豪雨侵襲，各主支流河道內之地文條件變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，本計畫除配合空載光達(LiDAR)技術產製正射影像、數值高程模型(DEM)及立體測繪大斷面等資料外，並蒐集濁水溪水系&amp; #63884;&amp; #63886;各項&amp; #63849;值圖資與斷面資&amp; #63934;，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用，遂擬訂本計畫。</abstract><author>新陸國土?繪有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990402</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/6</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71152</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71152</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫正式成果報告書(內附光碟)=Construction Project of Digital Elevation Model in Middle and Upstream Watershed of Chuo-Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010001112</governmentpublicationsnumber><identifier>71153</identifier><internationalstandardbooknumber>9789860279351 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71153</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(1/2)--光碟版=The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010001112</governmentpublicationsnumber><identifier>71154</identifier><internationalstandardbooknumber>9789860279351 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71154</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(1/2)=The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201106</yearidentifier></data><data><abstract>延續 97 ??前期計畫之成果，於98 ??持續推動?瓜?溪及魚逮魚堀溪污染削減計畫之相關工作，依據本計畫?約所規定，主要工作項目共有6項，?明如後：1. 於?瓜?溪及魚逮魚堀溪選址?處進?細部設計，就擇取處採用適宜之工法，提出適宜工法及國內外應用之情形舉??明，並提出細部設計書圖及招標文件製作，其中有關細部設計及招標文件製作工作，依水源局100 ?3 月24 日水臺企字1005000910 號函指示予以減作。2. 監造仁??13 號及仁??14 號水質淨化場址興建工程。負責辦?「仁??13 號水質淨化場址興建工程」、「仁??14 號水質淨化場址興建工程」各項監造事宜。3. 針對「仁??13 號及仁??14 號水質淨化場址興建工程」，收集編撰相關宣導資?，於其施作前及完工後，各辦?一場宣導?明會，藉以帶動居民自發性提供用地施作水質淨化工程之意願。藉由仁??13 號及仁??14 號?處示範場址，收集編撰相關宣導資 ?，各辦?一場宣導?明會，以凝聚污染削減共?。4. 配合計畫現地水質採樣結果，檢討「仁??13 號及仁??14 號水質淨化場址興建工程」施作及運轉情形，以?未?各水質淨化場址細部設計與興建。建議?處水質淨化場址完工後操作維護個別應注意事項，以?未?各水質淨化場址細部設計與興建等相關分析。5. 加強宣導?瓜?溪及魚逮魚堀溪?園施肥用?，建?污染削減共?，並統計施肥?變化及施測必要性之水質檢測。為建?污染削減共?，針對計畫區內?園施肥?、施肥方式及肥?使用方式之調整進?分析，統計施肥用?前後變化及施測必要性之水質檢測；並辦??瓜?溪及魚逮魚堀溪?園合?施肥用??明會，加強宣導?瓜?溪及魚逮魚堀溪?園施肥用?。6. ?用水質模式驗證於現況非點源污染之結構性最佳管?措施未設置前與設置後，及非結構性最佳管?措施執?後，有關水質改善之情形，並設定後續改善之目標。以水質模式模擬分析?瓜?溪及魚逮魚堀溪於?處水質淨化場址設置及非結構性最佳管?措施執?前後之水質變化，模擬整體水質改善情形，依分析結果設定修正後續改善之目標。</abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010000992</governmentpublicationsnumber><identifier>71155</identifier><internationalstandardbooknumber>9789860278477 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71155</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>金瓜寮溪(魚*逮)魚堀溪之污染削減規劃及細部設計計畫(延續)The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers(Successive)</title><yearidentifier>201104</yearidentifier></data><data><abstract>延續 97 ??前期計畫之成果，於98 ??持續推動?瓜?溪及魚逮魚堀溪污染削減計畫之相關工作，依據本計畫?約所規定，主要工作項目共有6項，?明如後：1. 於?瓜?溪及魚逮魚堀溪選址?處進?細部設計，就擇取處採用適宜之工法，提出適宜工法及國內外應用之情形舉??明，並提出細部設計書圖及招標文件製作，其中有關細部設計及招標文件製作工作，依水源局100 ?3 月24 日水臺企字1005000910 號函指示予以減作。2. 監造仁??13 號及仁??14 號水質淨化場址興建工程。負責辦?「仁??13 號水質淨化場址興建工程」、「仁??14 號水質淨化場址興建工程」各項監造事宜。收集編撰相關宣導資?，於其施作前及完工後，各辦?一場宣導?明會，藉以帶動居民自發性提供用地施作水質淨化工程之意願。藉由仁??13 號及仁??14 號?處示範場址，收集編撰相關宣導資?，各辦?一場宣導?明會，以凝聚污染削減共?。4. 配合計畫現地水質採樣結果，檢討「仁??13 號及仁??14 號水質淨化場址興建工程」施作及運轉情形，以?未?各水質淨化場址細部設計與興建。建議?處水質淨化場址完工後操作維護個別應注意事項，以?未?各水質淨化場址細部設計與興建等相關分析。5. 加強宣導?瓜?溪及魚逮魚堀溪?園施肥用?，建?污染削減共?，針對計畫區內?園施肥?、施肥方式及肥?使用方式之調整進?分析，統計施肥用?前後變化及施測必要性之水質檢測；並辦??瓜?溪及魚逮魚堀溪?園合?施肥用??明會，加強宣導?瓜?溪及魚逮魚堀溪?園施肥用?。 6. ?用水質模式驗證於現況非點源污染之結構性最佳管?措施未設置前與設置後，及非結構性最佳管?措施執?後，有關水質改善之情形，並設定後續改善之目標。以水質模式模擬分析?瓜?溪及魚逮魚堀溪於?處水質淨化場址設置及非結構性最佳管?措施執?前後之水質變化，模擬整體水質改善情形，依分析結果設定修正後續改善之目標。</abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010000992</governmentpublicationsnumber><identifier>71156</identifier><internationalstandardbooknumber>9789860278477 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71156</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>金瓜寮溪(魚*逮)魚堀溪之污染削減規劃及細部設計計畫(延續)(光碟版) The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers(Successive)</title><yearidentifier>201104</yearidentifier></data><data><abstract>金門縣海岸線（含大金門、烈嶼）長度約一百餘公里，因受季風波浪及颱風影響，近年來沿岸多有破壞沖蝕及土地流失之情形。為避免持續沖蝕，金門縣政府自民國80年起陸續辦理海堤整建以保護海岸，至民國90年共計完成尚義海堤等12處一般性海堤（保護工）保護部分海岸。惟除該12處外，全縣海岸尚有多處陸續呈侵蝕現象。針對金門縣海岸之侵蝕情形，由於金門地區以往長年為軍事管制區域，海岸基本資料較為不足，缺乏長期觀測資料及系統性之分析，其侵蝕原因仍不明確，傳統海岸防護工法是否適用於計畫區尚待評估。     尚義～料羅段海岸位於大金門金湖鎮南側海岸，尚義海堤於民國98年4月底遭豪大雨沖刷以及強烈海浪侵蝕，導致海堤堤身下陷，西側末端之堤址遭沖刷掏空，目前破損約10～20公尺；山后～碧山段海岸位於大金門東側寒舍花與田浦海岸之間，因颱風或季風波浪侵襲，造成沿岸地形改變，砂土往岸上堆積成砂丘的現象，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況；東林～東岡段海岸位於小金門烈嶼鄉東南側海岸，目前現有海堤後方砂灘有流失現象，海堤恐有損壞之虞。     由於此區域海岸地形及海象資料相當缺乏，對於海岸地形侵蝕的原因並不瞭解，因此有必要針對水深、潮、波、流等海域環境資料等進行調查分析，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990234</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010001138</governmentpublicationsnumber><identifier>71157</identifier><internationalstandardbooknumber>9789860280043 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71157</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>金門海岸基本資料監測調查計畫 Field Study on Coastal Monitoring and Investigation in Kinmen</title><yearidentifier>201106</yearidentifier></data><data><abstract>金門縣海岸線（含大金門、烈嶼）長度約一百餘公里，因受季風波浪及颱風影響，近年來沿岸多有破壞沖蝕及土地流失之情形。為避免持續沖蝕，金門縣政府自民國80年起陸續辦理海堤整建以保護海岸，至民國90年共計完成尚義海堤等12處一般性海堤（保護工）保護部分海岸。惟除該12處外，全縣海岸尚有多處陸續呈侵蝕現象。針對金門縣海岸之侵蝕情形，由於金門地區以往長年為軍事管制區域，海岸基本資料較為不足，缺乏長期觀測資料及系統性之分析，其侵蝕原因仍不明確，傳統海岸防護工法是否適用於計畫區尚待評估。    尚義～料羅段海岸位於大金門金湖鎮南側海岸，尚義海堤於民國98年4月底遭豪大雨沖刷以及強烈海浪侵蝕，導致海堤堤身下陷，西側末端之堤址遭沖刷掏空，目前破損約10～20公尺；山后～碧山段海岸位於大金門東側寒舍花與田浦海岸之間，因颱風或季風波浪侵襲，造成沿岸地形改變，砂土往岸上堆積成砂丘的現象，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況；東林～東岡段海岸位於小金門烈嶼鄉東南側海岸，目前現有海堤後方砂灘有流失現象，海堤恐有損壞之虞。    由於此區域海岸地形及海象資料相當缺乏，對於海岸地形侵蝕的原因並不瞭解，因此有必要針對水深、潮、波、流等海域環境資料等進行調查分析，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990234</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/7</date><governmentpublicationsnumber>1010001138</governmentpublicationsnumber><identifier>71158</identifier><internationalstandardbooknumber>9789860280043 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71158</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>金門海岸基本資料監測調查計畫(光碟版)=Field Study on Coastal Monitoring and Investigation in Kinmen</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/8</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>71159</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71159</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(1/2)The study causes of cjannel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River(1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/8</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71160</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71160</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫Construction Project of Digital E;evation Model in Middle and Upstream Watershed of Chuo-Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract>為辦理本署「99年度地下水觀測站井汰舊換新及維護工程」、「彰雲地下水補注計畫-99年度觀測站井建置工程」，確保觀測井及抽水試驗井之施工建置品質，爰辦理本計畫執行前開鑿井工程計畫之規劃、調查試驗及監造工作，除辦理先期規劃工作外，另將地下水觀測站井建置過程中涉及之站址勘選、水利建造物申辦、井體鑽探設計、水文地質分層判釋、管徑材質選定、水文地質試驗、觀測儀器系統規劃、井體維護、井體攝影成果分析、水質檢測、座標高程測量等工作內容進行規劃設計、調查試驗、監造及審核，本計畫執行完成後，期能將觀測井及觀測儀器移交河川局管理，以繼續進行台灣地區地下水水文觀測及各項水利、水質試驗，達到水文資料收集之目標。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990218</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/11</date><governmentpublicationsnumber>1010000303</governmentpublicationsnumber><identifier>71177</identifier><internationalstandardbooknumber>9789860271683 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71177</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>設計及監造「99年度地下水觀測站井汰舊換新及維護」委託服務計畫成果報告=Design and Construction Supervision of the "Replacement and Maintenance of Groundwater Monitoring Wells in 2010" result reports</title><yearidentifier>201104</yearidentifier></data><data><abstract>為辦理本署「99年度地下水觀測站井汰舊換新及維護工程」、「彰雲地下水補注計畫-99年度觀測站井建置工程」，確保觀測井及抽水試驗井之施工建置品質，爰辦理本計畫執行前開鑿井工程計畫之規劃、調查試驗及監造工作，除辦理先期規劃工作外，另將地下水觀測站井建置過程中涉及之站址勘選、水利建造物申辦、井體鑽探設計、水文地質分層判釋、管徑材質選定、水文地質試驗、觀測儀器系統規劃、井體維護、井體攝影成果分析、水質檢測、座標高程測量等工作內容進行規劃設計、調查試驗、監造及審核，本計畫執行完成後，期能將觀測井及觀測儀器移交河川局管理，以繼續進行台灣地區地下水水文觀測及各項水利、水質試驗，達到水文資料收集之目標。</abstract><author>百成行工程顧問公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990218</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/11</date><governmentpublicationsnumber>1010000303</governmentpublicationsnumber><identifier>71178</identifier><internationalstandardbooknumber>9789860271683 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71178</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>設計及監造「99年度地下水觀測站井汰舊換新及維護」委託服務計畫成果報告－光碟版=Design and Construction Supervision of the "Replacement and Maintenance of Groundwater Monitoring Well in 2010" Result Reports</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫希望藉由地下水觀測網資料加值應用系統之建置，得以輔助地下水資源之管理者，進行相關之分析研判工作，使得管理者得以充分瞭解並掌握台灣地區地下水資源之特性，提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標</abstract><author>逸奇科技股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990219</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/11</date><governmentpublicationsnumber>1010000914</governmentpublicationsnumber><identifier>71179</identifier><internationalstandardbooknumber>9789860281323 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71179</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>地下水觀測網資料加值應用系統建置</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫希望藉由地下水觀測網資料加值應用系統之建置，得以輔助地下水資源之管理者，進行相關之分析研判工作，使得管理者得以充分瞭解並掌握台灣地區地下水資源之特性，提昇台灣地區地下水資源之規劃、利用、管理、營運之效率及效能，以推動合理有效的水資源運用計畫，並進行有效的水資源管理，進一步達到地下水資源永續利用之目標</abstract><author>逸奇科技公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990219</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/11</date><governmentpublicationsnumber>1010001950</governmentpublicationsnumber><identifier>71180</identifier><internationalstandardbooknumber>9789860281323 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71180</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>地下水觀測網資料加值應用系統建置(光碟版)</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/12</date><governmentpublicationsnumber>1009904173</governmentpublicationsnumber><identifier>71182</identifier><internationalstandardbooknumber>9789860257519 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71182</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究 總報告=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management Final Reportort</title><yearidentifier>201012</yearidentifier></data><data><abstract>士文村位於士文水庫預定壩址東側約900公尺之山脊平台處，村內部分道路及房舍可見裂縫存在，為釐清邊坡是否有不穩定之現象，遂於士文村周邊邊坡佈置監測系統，藉由地形測量、地表地質調查、邊坡及擋土設施裂縫調查，水位及位移等計測儀器觀測資料，配合邊坡穩定數值分析，綜合評估邊坡之穩定性，以及水庫蓄水後之影響，供後續水庫建設之參考依據。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990138</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/13</date><governmentpublicationsnumber>1010000246</governmentpublicationsnumber><identifier>71183</identifier><internationalstandardbooknumber>9789860270853 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71183</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃士文村周邊邊坡穩定監測規劃－內附光碟  The Feasibility Study for Shi-Wen Reservoir Project-The planning of the slope stability monitoring around the Shi-Wen village</title><yearidentifier>201103</yearidentifier></data><data><abstract>士文村位於士文水庫預定壩址東側約900公尺之山脊平台處，村內部分道路及房舍可見裂縫存在，為釐清邊坡是否有不穩定之現象，遂於士文村周邊邊坡佈置監測系統，藉由地形測量、地表地質調查、邊坡及擋土設施裂縫調查，水位及位移等計測儀器觀測資料，配合邊坡穩定數值分析，綜合評估邊坡之穩定性，以及水庫蓄水後之影響，供後續水庫建設之參考依據。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990138</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/13</date><governmentpublicationsnumber>1010000246</governmentpublicationsnumber><identifier>71184</identifier><internationalstandardbooknumber>9789860270853 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71184</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃士文村周邊邊坡穩定監測規劃－光碟版 The Feasibility Study for Shi-Wen Reservoir Project-The planning of the slope stability monitoring around the Shi-Wen village</title><yearidentifier>201103</yearidentifier></data><data><abstract>朴子溪流域面積427平方公里，主流全長約76公里，屬中央管河川。本局治理界點由河口至竹崎鄉金福橋全長約60公里，兩側現況防洪構造物興建日期不一，由日據時期至民國96年統計，現有堤防72,500公尺、護岸6,431公尺。    現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，尤其在嘉義市廬山橋至華興橋段因興建防洪構造物後，天然河道塑縮，河槽的橫斷面與縱斷面產生極大變化，深槽低點至堤頂高約有15公尺的高差，對於現況防洪構造物的安全性影響極大。    歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990128</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010000755</governmentpublicationsnumber><identifier>71191</identifier><internationalstandardbooknumber>9789860275407 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71191</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>朴子溪堤防安全性評估分析研究計畫(內附光碟)=The Report for the Safety Analysis and Evaluation of Dikes on Potzu River</title><yearidentifier>201104</yearidentifier></data><data><abstract>朴子溪流域面積427平方公里，主流全長約76公里，屬中央管河川。本局治理界點由河口至竹崎鄉金福橋全長約60公里，兩側現況防洪構造物興建日期不一，由日據時期至民國96年統計，現有堤防72,500公尺、護岸6,431公尺。    現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，尤其在嘉義市廬山橋至華興橋段因興建防洪構造物後，天然河道塑縮，河槽的橫斷面與縱斷面產生極大變化，深槽低點至堤頂高約有15公尺的高差，對於現況防洪構造物的安全性影響極大。    歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990128</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010000755</governmentpublicationsnumber><identifier>71192</identifier><internationalstandardbooknumber>9789860275407 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71192</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>朴子溪堤防安全性評估分析研究計畫(光碟版)=The Report for the Safety Analysis and Evaluation of Dikes on Potzu River</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫範圍包括本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣）。全程延續性計畫共2年(99~100年)，第一年以台東地區(含綠島及蘭嶼)為主要計畫範圍，如圖1，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估。第二年以金門地區為主要計畫範圍，如圖2，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估，並以全段為主要計畫範圍，進行構造物安全性評估、損害原因分析及針對海堤變形、材料劣化等受損堤段研擬有效且經濟之改善措施建議以供未來辦理設計之參考。以下全段係指整個計畫區本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣），台東縣含離島地區海堤共計約為8公里，金門地區海堤共計約7公里。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990432</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>71195</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71195</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫(1/2)(內附光碟)=Study of Safety Evaluation of Seawall in Taitung and Kinmen Area (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>國外土木材料與環境工程之專家研究群，結合微生物、地質化學專家，成功地利用細菌將砂質土壤固化成路基填方可使用之材料。研究焦點在於如何利用自然生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結成可利用之材料，使其可應用於工程中並獲得工程效益。自然界中的部分微生物種藉由接觸到含有正電荷離子的可溶性物質後，正電荷離子將受到微生物末端的負電荷吸引而吸附在微生物上，後續與物質因微生物分解而產生的碳酸根離子起化學反應使碳酸鹽類在微生物周圍沉澱，此種生物碳酸鹽材料具有膠結的效果，可用來填充孔隙及有加強周圍物質的固結效果，但因自然作用的過程與時間太過緩慢，研究人員在實驗室內將淤泥顆粒浸泡在含有微生物種與營養劑之溶液內，可加速促成微生物誘導碳酸鹽類沉澱的過程，並且此生物膠結材料可增加淤泥顆粒之間的膠結效果。 以往用來固化淤泥的主要材料都是使用水泥，但因水泥製造過程中伴隨大量之CO2產生，對環境將造成不可抹滅之傷害，因此如何於工程建設上儘量少水泥化，最終至去水泥化已是全世界生態工程之發展趨勢。本項計畫擬利用微生物種進行淤泥及砂質土壤固化或膠結之研究並將其成果實際應用於工程用途上，除可解決現階段水庫淤泥去處問題，同時可解決國內外水泥之環保問題。</abstract><author>中興大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990332</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010001067</governmentpublicationsnumber><identifier>71196</identifier><internationalstandardbooknumber>9789860279702 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71196</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究(2/2)成果報告 Application of Bacteris in Concrete Repairment and Sludge Solidification (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>國外土木材料與環境工程之專家研究群，結合微生物、地質化學專家，成功地利用細菌將砂質土壤固化成路基填方可使用之材料。研究焦點在於如何利用自然生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結成可利用之材料，使其可應用於工程中並獲得工程效益。自然界中的部分微生物種藉由接觸到含有正電荷離子的可溶性物質後，正電荷離子將受到微生物末端的負電荷吸引而吸附在微生物上，後續與物質因微生物分解而產生的碳酸根離子起化學反應使碳酸鹽類在微生物周圍沉澱，此種生物碳酸鹽材料具有膠結的效果，可用來填充孔隙及有加強周圍物質的固結效果，但因自然作用的過程與時間太過緩慢，研究人員在實驗室內將淤泥顆粒浸泡在含有微生物種與營養劑之溶液內，可加速促成微生物誘導碳酸鹽類沉澱的過程，並且此生物膠結材料可增加淤泥顆粒之間的膠結效果。 以往用來固化淤泥的主要材料都是使用水泥，但因水泥製造過程中伴隨大量之CO2產生，對環境將造成不可抹滅之傷害，因此如何於工程建設上儘量少水泥化，最終至去水泥化已是全世界生態工程之發展趨勢。本項計畫擬利用微生物種進行淤泥及砂質土壤固化或膠結之研究並將其成果實際應用於工程用途上，除可解決現階段水庫淤泥去處問題，同時可解決國內外水泥之環保問題。</abstract><author>中興大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990332</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010001067</governmentpublicationsnumber><identifier>71197</identifier><internationalstandardbooknumber>9789860279702 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71197</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究(2/2)成果報告(光碟版) Application of Bacteris in Concrete Repairment and Sludge Solidification (2/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract>利用細菌將砂質土壤固化成路基填方可使用之材料，研究焦點在於如何利用自然生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結成可利用之材料，使其可應用於工程中並獲得工程效益。</abstract><author>中興大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990332</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010001071</governmentpublicationsnumber><identifier>71198</identifier><internationalstandardbooknumber>9789860279696 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71198</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究總報告 Application of Bacteris in Concrete Repairment and Sludge Solidification</title><yearidentifier>201105</yearidentifier></data><data><abstract>利用細菌將砂質土壤固化成路基填方可使用之材料，研究焦點在於如何利用自然生物成長過程，於短時間內將淤泥或土壤顆粒固化或固結成可利用之材料，使其可應用於工程中並獲得工程效益。</abstract><author>中興大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990332</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/14</date><governmentpublicationsnumber>1010001071</governmentpublicationsnumber><identifier>71199</identifier><internationalstandardbooknumber>9789860279696 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71199</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>細菌應用於混凝土修復及淤泥固結之開發研究總報告(光碟版) Application of Bacteris in Concrete Repairment and Sludge Solidification</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/15</date><governmentpublicationsnumber>1009904173</governmentpublicationsnumber><identifier>71207</identifier><internationalstandardbooknumber>9789860257519 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71207</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究 總報告=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management Final Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>早期淹水範圍調查，主要是利用淹水事件發生後，藉由洪痕量測及民眾訪談方式進行，近年再輔以GPS坐標定位並於地形圖劃定淹水範圍。然而前述方式係以地面人員現場調查進行，受限於觀測精度、天候及人力因素，若欲進行大面積調查時，常需耗費大量人力、物力及時間，對於急需於短時間內獲取大面積的地表可靠淹水範圍及高程資訊而言，一直是相當困擾的難題。 本局為解決上述問題，並考量颱風豪雨過後天候條件之可行性，計畫利用地面光達(Lidar)測量大面積之地表淹水範圍及高程資訊，藉以評估光達測量與地面近景攝影測量整合技術進行淹水調查之可行性，同時可藉由GIS平台及二維淹水模式之模擬，獲取不同降雨量與重現期距之淹水潛勢分析圖及GIS查詢展示介面。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990241</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000377</governmentpublicationsnumber><identifier>71211</identifier><internationalstandardbooknumber>9789860272284 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71211</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>淹水範圍調查技術研究(2/2) The Study of the Flood Extent Investigation Technique (2/2)</title><yearidentifier>201102</yearidentifier></data><data><abstract>東港溪流域位於台灣南部屏東縣境內，介於高屏溪流域與林邊溪流域之間，發源於萬安社舊址上游海拔1,702公尺日湯真山?線，順地勢向西偏西南?於萬安村萬安一號橋與支?萬安溪匯?，匯?後向西?進入屏東平原區後與發源於真?山(1,166公尺)自?向南?的牛角灣溪(涼山溪)於?埤村南緣匯?後向西南?，流經屏東平原南方，於東港鎮北側流入台灣海峽，主流長度約33公里（河口至萬安溪與牛角灣溪匯流口止），全線平均坡降約1/500。東港溪全流域包含上游萬安溪與牛角灣溪和26條區域排水之集水面積為436平方公里。 東港溪於民國49年公告為次要河川，72年變更為主要河川，88年7月1日奉經濟部公告為中央管河川。本溪於民國73年10月19日府建水字第155890號函核定東港溪治理基本計畫(下游段)及公告河口至麟洛溪排水匯流口之水道治理用地範圍線，公告範圍採築堤禦洪方式治理。 由於東港溪中上游兩岸地勢低平，為利內水排出，以往以河川區域管理治理，然近年來由於氣候異常之影響，加以中上游段聚落人口成長增加迅速，區域發展需求提升，造成近幾年下游段整治完成後，淹水情事集中於中上游段發生，以往以河川管理之手段無法因應今日區域發展要求，實需辦理東港溪中上游段治理基本計畫並訂定堤防預定線(用地範圍)，同時配合政府現正實施之「易淹水地區水患治理計畫」，依民國95年10月4日經濟部水利署經水河字第09553131080號函辦理「第一階段實施計畫縣管區排東港溪水系排水系統規劃－右岸五房排水等14條排水系統及左岸溪州溪排水系統等12條排水系統」規劃與治理計畫，以作為整體流域改善方案實施之依據。本治理基本計畫規劃自萬安溪與牛角灣溪匯流口至麟洛溪排水匯流口止（No.23～No.57共35個斷面），治理計畫長度為19公里，行政區包含萬丹鄉、潮州鎮、竹田鄉、萬巒鄉及內埔鄉等5個鄉鎮。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000497</governmentpublicationsnumber><identifier>71212</identifier><internationalstandardbooknumber>9789860272277 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71212</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪流域中上游段治理規劃檢討 The Improvement Plan of Upper and Middle Reaches of Donggang River System</title><yearidentifier>201103</yearidentifier></data><data><abstract>東港溪流域位於台灣南部屏東縣境內，介於高屏溪流域與林邊溪流域之間，發源於萬安社舊址上游海拔1,702公尺日湯真山?線，順地勢向西偏西南?於萬安村萬安一號橋與支?萬安溪匯?，匯?後向西?進入屏東平原區後與發源於真?山(1,166公尺)自?向南?的牛角灣溪(涼山溪)於?埤村南緣匯?後向西南?，流經屏東平原南方，於東港鎮北側流入台灣海峽，主流長度約33公里（河口至萬安溪與牛角灣溪匯流口止），全線平均坡降約1/500。東港溪全流域包含上游萬安溪與牛角灣溪和26條區域排水之集水面積為436平方公里。 東港溪於民國49年公告為次要河川，72年變更為主要河川，88年7月1日奉經濟部公告為中央管河川。本溪於民國73年10月19日府建水字第155890號函核定東港溪治理基本計畫(下游段)及公告河口至麟洛溪排水匯流口之水道治理用地範圍線，公告範圍採築堤禦洪方式治理。 由於東港溪中上游兩岸地勢低平，為利內水排出，以往以河川區域管理治理，然近年來由於氣候異常之影響，加以中上游段聚落人口成長增加迅速，區域發展需求提升，造成近幾年下游段整治完成後，淹水情事集中於中上游段發生，以往以河川管理之手段無法因應今日區域發展要求，實需辦理東港溪中上游段治理基本計畫並訂定堤防預定線(用地範圍)，同時配合政府現正實施之「易淹水地區水患治理計畫」，依民國95年10月4日經濟部水利署經水河字第09553131080號函辦理「第一階段實施計畫縣管區排東港溪水系排水系統規劃－右岸五房排水等14條排水系統及左岸溪州溪排水系統等12條排水系統」規劃與治理計畫，以作為整體流域改善方案實施之依據。本治理基本計畫規劃自萬安溪與牛角灣溪匯流口至麟洛溪排水匯流口止（No.23～No.57共35個斷面），治理計畫長度為19公里，行政區包含萬丹鄉、潮州鎮、竹田鄉、萬巒鄉及內埔鄉等5個鄉鎮。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000497</governmentpublicationsnumber><identifier>71213</identifier><internationalstandardbooknumber>9789860272277 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71213</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪流域中上游段治理規劃檢討(光碟版) The Improvement Plan of Upper and Middle Reaches of Donggang River System</title><yearidentifier>201103</yearidentifier></data><data><abstract>本流域上游兩支流萬安溪與牛角灣溪為山區河川，坡陡流急，但自兩支流匯流後東港溪主流兩岸地勢平坦，部分為低窪地，匯流口至中上游段幹線流路蜿蜒曲折，通洪斷面小，洪氾區域廣大，沿岸僅零星興建護岸保護，支流排水易受主流迴水影響，故每年雨季經常發生洪水漫淹兩岸造成災害。於下游段治理計畫實施後，麟洛溪排水匯流口下游段兩岸高水堤防治理完成，淹水情形遂於中上游段發生，且中上游段近來人口聚落開發增加，民眾身家財產損失之威脅更形加重，實有接續中上游段辦理之需要。 本溪治理區段（中上游）經規劃檢討，為解決兩岸因地勢平坦且降雨量大時，區域排水不易匯入造成之災害，採整體規劃綜合治水方案，以設置滯洪池及增加河道通洪斷面為原則，並擴大兩岸堤防預定線增加洪水緩衝空間，主流與支流銜接部分往支流方向延長擴大劃設堤防預定線結合區域排水改善，並配合河川管理，以期全面完成本溪之防洪體系。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000499</governmentpublicationsnumber><identifier>71214</identifier><internationalstandardbooknumber>9789860272260 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71214</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪中上游段治理基本計畫－麟洛溪排水匯流口～萬安溪及牛角灣溪匯流口 Regulation Master Plan for Mid-and Up-Stream of Dong-Gang River (From the Junction with Lin-Luo Creek to the Junction with the two Tributaries)</title><yearidentifier>201103</yearidentifier></data><data><abstract>本流域上游兩支流萬安溪與牛角灣溪為山區河川，坡陡流急，但自兩支流匯流後東港溪主流兩岸地勢平坦，部分為低窪地，匯流口至中上游段幹線流路蜿蜒曲折，通洪斷面小，洪氾區域廣大，沿岸僅零星興建護岸保護，支流排水易受主流迴水影響，故每年雨季經常發生洪水漫淹兩岸造成災害。於下游段治理計畫實施後，麟洛溪排水匯流口下游段兩岸高水堤防治理完成，淹水情形遂於中上游段發生，且中上游段近來人口聚落開發增加，民眾身家財產損失之威脅更形加重，實有接續中上游段辦理之需要。 本溪治理區段（中上游）經規劃檢討，為解決兩岸因地勢平坦且降雨量大時，區域排水不易匯入造成之災害，採整體規劃綜合治水方案，以設置滯洪池及增加河道通洪斷面為原則，並擴大兩岸堤防預定線增加洪水緩衝空間，主流與支流銜接部分往支流方向延長擴大劃設堤防預定線結合區域排水改善，並配合河川管理，以期全面完成本溪之防洪體系。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000499</governmentpublicationsnumber><identifier>71215</identifier><internationalstandardbooknumber>9789860272260 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71215</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪中上游段治理基本計畫－麟洛溪排水匯流口～萬安溪及牛角灣溪匯流口(光碟版) Regulation Master Plan for Mid-and Up-Stream of Dong-Gang River (From the Junction with Lin-Luo Creek to the Junction with the two Tributaries)</title><yearidentifier>201103</yearidentifier></data><data><abstract>萬安溪及牛角灣溪屬於東港溪水系上游兩支流，位於屏東縣萬巒鄉、內埔鄉、瑪家鄉及泰武鄉境內，於老埤村附近匯入東港溪。萬安溪呈東西走向，牛角灣溪呈東北走向，主流長度約27.2公里，流域面積72平方公里，山地面積佔81％，平地面積約佔19％，萬安溪河道平均坡度約1/150，牛角灣溪則為1/280。本流域含括四鄉九村，人口數約12,220人，主要產業為農業及畜產養殖，土壤為紅棕壤土及沖積土。 萬安溪及牛角灣溪於民國81年8月6日由屏東縣政府公告其水道治理計畫用地範圍線；88年隨東港溪列為中央管河川，兩支流併入東港溪流域整體治理範圍內，管理機關由屏東縣政府移交水利署接管迄今。於計畫區內河道進行治理，每於工程測設之際，常發現原公告水道治理計畫線及用地範圍線與現有河道地形不符，致地政機關於工程用地之分割，迭有爭議，尤以牛角灣溪為甚，治理工程因用地無法解決而延宕，經前水利處90年2月7日(90)水利河字第A905003405號函示辦理兩支流規劃檢討報告，修正水道治理計畫用地範圍線，同時於95年配合經濟部水利署經水河字第09553131080號函辦理「第一階段實施計畫縣管區排東港溪水系排水系統規劃」，以及配合流域中上游段整體治理規劃檢討，修正兩支流規劃檢討成果，一併彙整納入民國97年完成「東港溪中上游段治理規劃檢討」內，俾供爾後治理與管理之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000500</governmentpublicationsnumber><identifier>71216</identifier><internationalstandardbooknumber>9789860272253 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71216</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪水系萬安溪及牛角灣溪治理基本計畫－(萬安溪：匯流口～萬安一號橋)及(牛角灣溪：匯流口～涼山橋)(第一次修訂) Regulation Master Plan of Dong-Gang River's two Tributaries, Wan-An Creek and Niu-Jiao-Wan Creek (Wan-An Creek : from the Junction with the two Tributar</title><yearidentifier>201103</yearidentifier></data><data><abstract>萬安溪及牛角灣溪屬於東港溪水系上游兩支流，位於屏東縣萬巒鄉、內埔鄉、瑪家鄉及泰武鄉境內，於老埤村附近匯入東港溪。萬安溪呈東西走向，牛角灣溪呈東北走向，主流長度約27.2公里，流域面積72平方公里，山地面積佔81％，平地面積約佔19％，萬安溪河道平均坡度約1/150，牛角灣溪則為1/280。本流域含括四鄉九村，人口數約12,220人，主要產業為農業及畜產養殖，土壤為紅棕壤土及沖積土。 萬安溪及牛角灣溪於民國81年8月6日由屏東縣政府公告其水道治理計畫用地範圍線；88年隨東港溪列為中央管河川，兩支流併入東港溪流域整體治理範圍內，管理機關由屏東縣政府移交水利署接管迄今。於計畫區內河道進行治理，每於工程測設之際，常發現原公告水道治理計畫線及用地範圍線與現有河道地形不符，致地政機關於工程用地之分割，迭有爭議，尤以牛角灣溪為甚，治理工程因用地無法解決而延宕，經前水利處90年2月7日(90)水利河字第A905003405號函示辦理兩支流規劃檢討報告，修正水道治理計畫用地範圍線，同時於95年配合經濟部水利署經水河字第09553131080號函辦理「第一階段實施計畫縣管區排東港溪水系排水系統規劃」，以及配合流域中上游段整體治理規劃檢討，修正兩支流規劃檢討成果，一併彙整納入民國97年完成「東港溪中上游段治理規劃檢討」內，俾供爾後治理與管理之依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>1010000500</governmentpublicationsnumber><identifier>71217</identifier><internationalstandardbooknumber>9789860272253 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71217</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>東港溪水系萬安溪及牛角灣溪治理基本計畫－(萬安溪：匯流口～萬安一號橋)及(牛角灣溪：匯流口～涼山橋)(第一次修訂) －光碟版 Regulation Master Plan of Dong-Gang River's two Tributaries, Wan-An Creek and Niu-Jiao-Wan Creek (Wan-An Creek : from the Junction with the two Tri</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/19</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>71219</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71219</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>100</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十九年度年報</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/20</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>71220</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71220</librarycollectiondetailsurl><price>定價100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>99</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十九年度年報</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>441.573</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/22</date><governmentpublicationsnumber>1010000363</governmentpublicationsnumber><identifier>71228</identifier><internationalstandardbooknumber>9789860271782 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71228</librarycollectiondetailsurl><price>500</price><publisher>行政院</publisher><publishrocyear>100</publishrocyear><title>民國100年災害防救白皮書=Disaster Management White Paper</title><yearidentifier>201103</yearidentifier></data><data><abstract>本計畫經由防汛志工示範團隊的建立，透過防汛志工招募以及教育訓練建立第一批50人的防汛志工，後續依此模式協助各河川局建立各河川局防汛志工體系，目前已完成全省防汛志工的招募及教育訓練共計約一千人；在平時能協助河川局進行水利設施的巡查工作，在颱風豪雨期間能透過防汛志工協助各河川局瞭解轄區內災情的掌握；此外為使志工於災中進行災情通報，本計畫亦規劃簡易水尺的設置工作，目前已針對志工需求完成20處簡易水尺的設置，每支水尺均有編號及座標，未來防汛志工可透過水尺編號回報淹水深度及可提供完善的淹水資訊。由於傳統的電信話務在短時間內無法提供大量的線路供民眾進行通報，而網路系統則可容許多人同時上線進行通報災情；為有效掌握災情堤供民眾或防汛志工，本計畫規劃建置「民眾與防汛志工水情通報整合平台」，一般民眾或防汛志工可透過原有的電信話務系統進行災情通報亦可透過電子郵件或直接於網路地圖上標示災害點位或範圍同時將災害的說明文字、照片或影片上傳，無論民眾透電信話務系統、電子郵件或地圖點繪都將統一由後端人員進行災情的查核，確認後的災情將統一發布於災情展示平台提供災害應變人員瞭解即時災情，以供防救災資源的調度或避難疏散通告的下達。</abstract><author>淡江大學</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990152</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/22</date><governmentpublicationsnumber>1010002144</governmentpublicationsnumber><identifier>71229</identifier><internationalstandardbooknumber>9789860284300 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71229</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年水災防災基層即時通報體系建置計畫 2010 Flood Prevention Primary Instant Messaging Program</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫經由防汛志工示範團隊的建立，透過防汛志工招募以及教育訓練建立第一批50人的防汛志工，後續依此模式協助各河川局建立各河川局防汛志工體系，目前已完成全省防汛志工的招募及教育訓練共計約一千人；在平時能協助河川局進行水利設施的巡查工作，在颱風豪雨期間能透過防汛志工協助各河川局瞭解轄區內災情的掌握；此外為使志工於災中進行災情通報，本計畫亦規劃簡易水尺的設置工作，目前已針對志工需求完成20處簡易水尺的設置，每支水尺均有編號及座標，未來防汛志工可透過水尺編號回報淹水深度及可提供完善的淹水資訊。由於傳統的電信話務在短時間內無法提供大量的線路供民眾進行通報，而網路系統則可容許多人同時上線進行通報災情；為有效掌握災情堤供民眾或防汛志工，本計畫規劃建置「民眾與防汛志工水情通報整合平台」，一般民眾或防汛志工可透過原有的電信話務系統進行災情通報亦可透過電子郵件或直接於網路地圖上標示災害點位或範圍同時將災害的說明文字、照片或影片上傳，無論民眾透電信話務系統、電子郵件或地圖點繪都將統一由後端人員進行災情的查核，確認後的災情將統一發布於災情展示平台提供災害應變人員瞭解即時災情，以供防救災資源的調度或避難疏散通告的下達。</abstract><author>淡江大學</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990152</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/22</date><governmentpublicationsnumber>1010002144</governmentpublicationsnumber><identifier>71230</identifier><internationalstandardbooknumber>9789860284300 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71230</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年水災防災基層即時通報體系建置計畫(光碟版) 2010 Flood Prevention Primary Instant Messaging Program</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>544.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>71234</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71234</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利人員專業訓練計畫〈2/3〉《含光碟片》Staff Training Plan For The Water Resources Agency〈2/3〉</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010001138</governmentpublicationsnumber><identifier>71235</identifier><internationalstandardbooknumber>9789860280043 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71235</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>金門海岸基本資料監測調查計畫 Field  Study on Coastal Monitoring and Investigation in Kinmen</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010001138</governmentpublicationsnumber><identifier>71236</identifier><internationalstandardbooknumber>9789860280043 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71236</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>金門海岸基本資料監測調查計畫 Field  Study on Coastal Monitoring and Investigation in Kinmen</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>新陸國土測繪公司</author><categoryidentifier>443..62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71237</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71237</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫正式成果報告書《含光碟片》Construction Project of Digital Elevation Model in  middle  and Upstream  Watershed of Chuo─Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>新陸國土測繪公司</author><categoryidentifier>443..62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71238</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71238</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫正式成果報告書《含光碟片》Construction Project of Digital Elevation Model in  middle  and Upstream  Watershed of Chuo─Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第八河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010001112</governmentpublicationsnumber><identifier>71239</identifier><internationalstandardbooknumber>9789860279351 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71239</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東海岸〈太麻里段〉環境營造改善計畫〈1/2〉The Environment Governance and Renovation Plan of  The  Taitung Coast 〈Taimali Area〉</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010000992</governmentpublicationsnumber><identifier>71240</identifier><internationalstandardbooknumber>9789860278477 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>金瓜寮溪與魚逮魚堀溪之污染削減規劃及細部設計計畫   〈延續〉The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers〈Successive〉</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>瑞昶科技股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1010000992</governmentpublicationsnumber><identifier>71241</identifier><internationalstandardbooknumber>9789860278477 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71241</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>金瓜寮溪與魚逮魚堀溪之污染削減規劃及細部設計計畫   〈延續〉The Plan of Pollution reduction and detail design for Jingualiao and Daiyujiyue rivers〈Successive〉</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/24</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>71242</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71242</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸〈溪洲鄉河段〉水岸整建及景觀規劃設計  The Plan Environmental Construction in north side of Jhuoshuei river 〈the section of Hsichou  township〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/27</date><governmentpublicationsnumber>1010002012</governmentpublicationsnumber><identifier>71251</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71251</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(3/3)(光碟版)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990432</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/28</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>71254</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71254</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計劃(1/2)  Study of Safety Evaluation of Seawall in Taitung and Kunmen Area(1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>544.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/29</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>71255</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71255</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利人員專業訓練計畫〈2/3〉《含光碟片》Staff Training Plan For The Water Resources Agency〈2/3〉</title><yearidentifier>201104</yearidentifier></data><data><abstract>朴子溪流域面積427平方公里，主流全長約76公里，屬中央管河川。本局治理界點由河口至竹崎鄉金福橋全長約60公里，兩側現況防洪構造物興建日期不一，由日據時期至民國96年統計，現有堤防72,500公尺、護岸6,431公尺。     現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，尤其在嘉義市廬山橋至華興橋段因興建防洪構造物後，天然河道塑縮，河槽的橫斷面與縱斷面產生極大變化，深槽低點至堤頂高約有15公尺的高差，對於現況防洪構造物的安全性影響極大。     歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990128</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/29</date><governmentpublicationsnumber>1010000755</governmentpublicationsnumber><identifier>71256</identifier><internationalstandardbooknumber>9789860275407 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71256</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>朴子溪堤防安全性評估分析研究計畫(內附光碟) The Report for the Safety Analysis and Evaluation of Dikes on Potzu River</title><yearidentifier>201104</yearidentifier></data><data><abstract>朴子溪流域面積427平方公里，主流全長約76公里，屬中央管河川。本局治理界點由河口至竹崎鄉金福橋全長約60公里，兩側現況防洪構造物興建日期不一，由日據時期至民國96年統計，現有堤防72,500公尺、護岸6,431公尺。     現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，尤其在嘉義市廬山橋至華興橋段因興建防洪構造物後，天然河道塑縮，河槽的橫斷面與縱斷面產生極大變化，深槽低點至堤頂高約有15公尺的高差，對於現況防洪構造物的安全性影響極大。     歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990128</commissionedprojectidentifier><currency>NT$</currency><date>2011/7/29</date><governmentpublicationsnumber>1010000755</governmentpublicationsnumber><identifier>71257</identifier><internationalstandardbooknumber>9789860275407 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71257</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>朴子溪堤防安全性評估分析研究計畫(光碟版) The Report for the Safety Analysis and Evaluation of Dikes on Potzu River</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>441.573</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/7/29</date><governmentpublicationsnumber>1010000363</governmentpublicationsnumber><identifier>71258</identifier><internationalstandardbooknumber>9789860271782 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71258</librarycollectiondetailsurl><price>500</price><publisher>行政院</publisher><publishrocyear>100</publishrocyear><title>民國100年災害防救白皮書=Disaster Management White Paper</title><yearidentifier>201103</yearidentifier></data><data><abstract>近年來氣候變化異常，導致年降雨時間及空間分佈更加不平均且降雨強度有逐漸增強趨勢，氣候變遷造成氣候條件改變，極端事件發生頻率增加，旱災、水災等自然災害頻傳，加深了水資源使用的困難度，然而社會經濟發展必須仰賴可靠之水資源供給，水資源利用受氣候變遷影響甚劇，不管河川可利用流量、地下水、或農業需求量均會受到衝擊，進而影響區域供水系統之穩定性。 苗栗地區之主要水源為中港溪及後龍溪，主要水庫有永和山水庫、田美堰攔河堰及明德水庫，供給標的為苗栗地區的公共給水、工業用水及農業用水，鑑於近年來因氣候變化異常，導致枯水期間不同標的用水分配不均之問題日趨嚴重，苗栗調度區因永和山水庫為供應民生用水且需向北支援新竹地區，可承受風險低；明德水庫蓄水容量小除供應民生用水外，主要供應溉灌用水，極易遇到停灌休耕停灌問題。永和山水庫於95年、98年辦理停灌休耕、明德水庫於93年、95年及98年辦理停灌休耕。因未來水文情況不確定性甚高，較難研判是否辦理停灌休耕。每年12月至1月需決定各水庫是否辦理停灌休耕，目前均以現況水情搭配歷史流量超越機率進行水庫蓄水模擬演算，準確性低、風險高，故建立長期預模式可提高決策可靠性。因此為更精確掌握枯水期河川可用水量及預測未來枯水期發生超越機率流量之發生機率。 本計畫目為將以往氣候異常、取水系統變異因素及近期降雨資訊特性納入模式中，以有別傳統方式來分析乾旱流量，模擬不同乾旱情況下永和水庫及明德水庫之可用水量分析，做為水源調配參考，爰提「永和山與明德水庫長期流量預測模式之研究與建置」</abstract><author>台灣海洋大學</author><categoryidentifier>443.6408</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990389</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/1</date><governmentpublicationsnumber>1010002087</governmentpublicationsnumber><identifier>71262</identifier><internationalstandardbooknumber>9789860283570 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71262</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>永和山與明德水庫長期流量預測模式之研究與建置 (內附光碟) Development of Long-Term Flow Prediction Model for Yung-Ho-Shan and Ming-De Reservoirs</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71263</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71263</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71265</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71265</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討（2/2）Review Report on Dajia River Basin Integrated Regulation Plan (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71266</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71266</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71267</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71267</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討（2/2）</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71268</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71268</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討（2/2）－光碟版 Review Report on Dajia River Basin Integrated Regulation Plan (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71269</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71269</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討 總報告 Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71270</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71270</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告(光碟版) Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract>依據現況水文條件、流域土地利用情形、河川排水特性、兩岸環境生態特質、河道測量調查成果及淹水災害成因，以綜合治水、環境營造規劃理念，提出有效且可行之具體治理方案及管理策略，供相關單位未來整治、管理、環境營造之參考依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>351.829.3001</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1009903465</governmentpublicationsnumber><identifier>71271</identifier><internationalstandardbooknumber>9789860254198 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71271</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區域排水南平、長橋及萬榮排水系統合併規劃=Regulation Project of Flood-prone Areas for Nan-ping、Chang-ciao and Wan-rong drainage systems in Hualien County，Regional Drainage system Improvement Project</title><yearidentifier>201010</yearidentifier></data><data><abstract>依據現況水文條件、流域土地利用情形、河川排水特性、兩岸環境生態特質、河道測量調查成果及淹水災害成因，以綜合治水、環境營造規劃理念，提出有效且可行之具體治理方案及管理策略，供相關單位未來整治、管理、環境營造之參考依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>351.829.3001</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1009903465</governmentpublicationsnumber><identifier>71272</identifier><internationalstandardbooknumber>9789860254198 ; 9789860254</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71272</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區域排水南平、長橋及萬榮排水系統合併規劃=Regulation Project of Flood-prone Areas for Nan-ping、Chang-ciao and Wan-rong drainage systems in Hualien County，Regional Drainage system Improvement Project</title><yearidentifier>201010</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>71273</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71273</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究總報告(內附光碟) Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933   443.625</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71274</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71274</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4) －內附光碟 Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (4/4)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71275</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71275</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)成果資料--光碟版=Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71276</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71276</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)Review Report on Dajia River Basin Integrated Regulation Plan (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71279</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71279</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4)--計畫成果資料光碟=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71280</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71280</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4)Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/2</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>71281</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71281</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究總報告 Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/4</date><governmentpublicationsnumber>1009904691</governmentpublicationsnumber><identifier>71296</identifier><internationalstandardbooknumber>9789860264517 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71296</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪北岸〈溪洲鄉河段〉水岸整建及景觀規劃設計《3 D 動晝成果》  The Plan Environmental Construction in north side of Jhuoshuei river 〈the section of Hsichou  township〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，主流全長約80.86公里，屬中央管河川。既有構造物歷經多年日曬風吹、颱風豪雨後，其外表已有老化、裂縫現象產生，其堤身內部若隱?有弱面對防洪構造物的安全勢必造成影響，為了解堤身是否完整及避免因堤身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/5</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71297</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71297</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(內附光碟)=A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，主流全長約80.86公里，屬中央管河川。既有構造物歷經多年日曬風吹、颱風豪雨後，其外表已有老化、裂縫現象產生，其堤身內部若隱?有弱面對防洪構造物的安全勢必造成影響，為了解堤身是否完整及避免因堤身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/8</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71298</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71298</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(光碟版)=A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，主流全長約80.86公里，屬中央管河川。既有構造物歷經多年日曬風吹、颱風豪雨後，其外表已有老化、裂縫現象產生，其堤身內部若隱?有弱面對防洪構造物的安全勢必造成影響，為了解堤身是否完整及避免因堤身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/8</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71299</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71299</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(內附光碟) A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，主流全長約80.86公里，屬中央管河川。既有構造物歷經多年日曬風吹、颱風豪雨後，其外表已有老化、裂縫現象產生，其堤身內部若隱?有弱面對防洪構造物的安全勢必造成影響，為了解堤身是否完整及避免因堤身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/8</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71300</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71300</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(光碟版) A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>成立跨領域整合之綜合支援諮詢小組，推動「加速辦理地層下陷區排水環境改善示範計畫」及其他嚴重地層下陷地區國土復育規劃中之計畫，如莫拉克風災後受創嚴重之屏東地區，同時建構整合性之綜合支援機制，另加強辦理民眾參與及溝通機制，並評估國土復育整體措施推動之成效。 另邀請國外專家學者來台指導，培訓相關人員，協助台灣水利策略與國際接軌。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990217</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/8</date><governmentpublicationsnumber>1010000424</governmentpublicationsnumber><identifier>71302</identifier><internationalstandardbooknumber>9789860272901 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71302</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>沿海地層下陷區國土復育工程公眾參與及培力深耕策略研擬 Establishment and Assessment of Strategies for Public Participation and Empowerment in Coastal Subsided Restoration Program</title><yearidentifier>201102</yearidentifier></data><data><abstract>成立跨領域整合之綜合支援諮詢小組，推動「加速辦理地層下陷區排水環境改善示範計畫」及其他嚴重地層下陷地區國土復育規劃中之計畫，如莫拉克風災後受創嚴重之屏東地區，同時建構整合性之綜合支援機制，另加強辦理民眾參與及溝通機制，並評估國土復育整體措施推動之成效。 另邀請國外專家學者來台指導，培訓相關人員，協助台灣水利策略與國際接軌。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990217</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/8</date><governmentpublicationsnumber>1010000424</governmentpublicationsnumber><identifier>71303</identifier><internationalstandardbooknumber>9789860272901 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71303</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>沿海地層下陷區國土復育工程公眾參與及培力深耕策略研擬(光碟版) Establishment and Assessment of Strategies for Public Participation and Empowerment in Coastal Subsided Restoration Program</title><yearidentifier>201102</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，主流全長約80.86公里，屬中央管河川。既有構造物歷經多年日曬風吹、颱風豪雨後，其外表已有老化、裂縫現象產生，其堤身內部若隱?有弱面對防洪構造物的安全勢必造成影響，為了解堤身是否完整及避免因堤身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計畫。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71306</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71306</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(內附光碟)= A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫範圍包括本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣）。 全程延續性計畫共2年(99~100年)，第一年以台東地區(含綠島及蘭嶼)為主要計畫範圍，如圖1，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估。第二年以金門地區為主要計畫範圍，如圖2，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估，並以全段為主要計畫範圍，進行構造物安全性評估、損害原因分析及針對海堤變形、材料劣化等受損堤段研擬有效且經濟之改善措施建議以供未來辦理設計之參考。以下全段係指整個計畫區本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣），台東縣含離島地區海堤共計約為8公里，金門地區海堤共計約7公里。</abstract><author>高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990432</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/9</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>71307</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71307</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫(1/2)－內附光碟 Study of Safety Evaluation of Seawall in Taitung and Kinmen Area (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>71309</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71309</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫〈1/2〉  Study  of  Safety Evaluation  of  Seawall  in Taitung  and  Kinmen  Area〈1/2〉</title><yearidentifier>201104</yearidentifier></data><data><abstract>本署依據水利法規定，掌理水利事業興辦之任務，為利所賦予任務得以執行順遂，需辦理水文觀測與相關技術之研發，確保所得水文資料之正確性，俾利水利事業興辦之用，為促使前述相關資料及成果之流通，需應用知識管理概念建置一管理平台，並以此平台做為起點，組織本署暨有之水文觀測技術成果架構，冀提供成果資料進行成果快速檢索，以供後續水文觀測技術發展等運用。</abstract><author>中華空間資訊學會</author><categoryidentifier>351.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990414</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010002006</governmentpublicationsnumber><identifier>71310</identifier><internationalstandardbooknumber>9789860282337 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71310</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利署水文觀測技術知識管理平台建置 Development of Hydrologic Observation Knowledge Management</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>行政院編印</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010000363</governmentpublicationsnumber><identifier>71311</identifier><internationalstandardbooknumber>9789860271782 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71311</librarycollectiondetailsurl><price>500</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>行政院民國100年災害防救白皮書  Disaster  Management  White  Paper</title><yearidentifier>201103</yearidentifier></data><data><abstract>本署依據水利法規定，掌理水利事業興辦之任務，為利所賦予任務得以執行順遂，需辦理水文觀測與相關技術之研發，確保所得水文資料之正確性，俾利水利事業興辦之用，為促使前述相關資料及成果之流通，需應用知識管理概念建置一管理平台，並以此平台做為起點，組織本署暨有之水文觀測技術成果架構，冀提供成果資料進行成果快速檢索，以供後續水文觀測技術發展等運用。</abstract><author>中華空間資訊學會</author><categoryidentifier>351.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990414</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010002006</governmentpublicationsnumber><identifier>71312</identifier><internationalstandardbooknumber>9789860282337 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71312</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利署水文觀測技術知識管理平台建置(光碟版)  Development of Hydrologic Observation Knowledge Management</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71316</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71316</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)成果報告書     Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71317</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71317</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)成果報告書     Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71318</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71318</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告     Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71319</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71319</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告     Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>71320</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71320</librarycollectiondetailsurl><price>1000</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>大甲溪石崗壩下游河段河床穩定方案之研究總報告  Study  on  River  Bed  Stability  for  the Reach Downstream of  Shigang Dam  in  Dajia  River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/10</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71321</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71321</librarycollectiondetailsurl><price>1000</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>大甲溪石崗壩下游河段河床穩定方案之研究〈4/4〉內含光碟片  Study  on  River  Bed  Stability  for  the Reach Downstream of  Shigang Dam  in  Dajia  River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002297</governmentpublicationsnumber><identifier>71322</identifier><internationalstandardbooknumber>9789860284355 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71322</librarycollectiondetailsurl><price>定價250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國99年水利統計=STATISTIC OF WATER RESOURCES 2010</title><yearidentifier>201107</yearidentifier></data><data><abstract>旱災應變作業包括前期的水源調度支援及應變期間之緊急運水及人工增雨等措施，如何經常性對天氣條件守視、評估及預警是重要關鍵。水源調度支援及緊急運水，水利署除具備作業能力並已建立對應標準作業程序，惟人工增雨作業能力尚待發展，面對氣候變遷日益顯著下，日益頻繁的人工增雨需求可期。 因此本計畫研擬運用專業機構之專業能力及充足人力資源，於平時進行天氣系統之即時監視與守視，災害規模及區域預判；於天候條件適宜情況下進行人工增雨作業及增雨效益評估等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後調查報告、編寫國內外重大旱災事件之背景、致災原因分析及政府應變作為及國外新式人工增雨技術相關資料蒐集及編撰。</abstract><author>台灣大學理學院大氣資源與災害研究中心</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990426</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002335</governmentpublicationsnumber><identifier>71326</identifier><internationalstandardbooknumber>9789860286113 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71326</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>旱災經濟部水利署災害緊急應變小組服務團計畫(光碟版)Drought Prevention Service Group of WRA MOEA</title><yearidentifier>201107</yearidentifier></data><data><abstract>旱災應變作業包括前期的水源調度支援及應變期間之緊急運水及人工增雨等措施，如何經常性對天氣條件守視、評估及預警是重要關鍵。水源調度支援及緊急運水，水利署除具備作業能力並已建立對應標準作業程序，惟人工增雨作業能力尚待發展，面對氣候變遷日益顯著下，日益頻繁的人工增雨需求可期。 因此本計畫研擬運用專業機構之專業能力及充足人力資源，於平時進行天氣系統之即時監視與守視，災害規模及區域預判；於天候條件適宜情況下進行人工增雨作業及增雨效益評估等一系列工作，以協助掌握災情狀況、且於災後支援災損調查之行政工作及撰寫災後調查報告、編寫國內外重大旱災事件之背景、致災原因分析及政府應變作為及國外新式人工增雨技術相關資料蒐集及編撰。</abstract><author>台灣大學理學院大氣資源與災害研究中心</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990426</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002335</governmentpublicationsnumber><identifier>71327</identifier><internationalstandardbooknumber>9789860286113 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71327</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>旱災經濟部水利署災害緊急應變小組服務團計畫Drought Prevention Service Group of WRA MOEA</title><yearidentifier>201107</yearidentifier></data><data><abstract>以南部區域為標的，依據風險分析與管理之架構，選定示範區域，建立區域內之乾旱風險潛勢圖，其中包括危害度、暴露量、易損度等資料之建立與研析，從而檢討區域內可能發生的缺水風險及其區位分佈，以作為南部區域性乾旱風險規劃管理之基礎，期能降低區域整體缺水之風險。本計畫擬建立之旱災資料潛勢圖，可使決策者更能掌握旱災潛勢之空間分佈情況，在風險之規劃管理上更有效能與效率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990079</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010001226</governmentpublicationsnumber><identifier>71328</identifier><internationalstandardbooknumber>9789860282016 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71328</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中南部旱災潛勢資料繪製計畫( 內附光碟) A Study for Developing Regions of Drought Hazard Potential in Middle and South Taiwan</title><yearidentifier>201106</yearidentifier></data><data><abstract>以南部區域為標的，依據風險分析與管理之架構，選定示範區域，建立區域內之乾旱風險潛勢圖，其中包括危害度、暴露量、易損度等資料之建立與研析，從而檢討區域內可能發生的缺水風險及其區位分佈，以作為南部區域性乾旱風險規劃管理之基礎，期能降低區域整體缺水之風險。本計畫擬建立之旱災資料潛勢圖，可使決策者更能掌握旱災潛勢之空間分佈情況，在風險之規劃管理上更有效能與效率。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990079</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010001226</governmentpublicationsnumber><identifier>71329</identifier><internationalstandardbooknumber>9789860282016 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71329</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中南部旱災潛勢資料繪製計畫( 光碟版) A Study for Developing Regions of Drought Hazard Potential in Middle and South Taiwan</title><yearidentifier>201106</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。以石門水庫為例，其蓄水量約為2.34億立方公尺，但年出水量約達9億立方公尺，亦即每年需空庫重滿四次，所依賴者為1～2月的春雨、5月的梅雨、7月的雷雨及8～11月的颱風雨，若其中某幾次的降雨失常，即有供水短缺的危險，以水資源供應觀點而言，台灣地區水資源供水的可靠度較低。 實施人造雨改造降雨環境、增加降雨量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人造雨作業以增加降雨。 目前本署可用之地面造雨器數量已增加至三十二部，配合已有之碘化銀溶液鋼瓶，已在石門及翡翠水庫集水區增設多處地面造雨站，但地面造雨作業並非偶一為之即有成果，以國外實例，人工增雨必須長期運作，在適當的氣象條件下實施始見成效。 由於碘化銀造雨較適合於冷雲時使用，倘天候條件為暖雲時，則必須使用氯化鈣等造雨劑，始得發揮人工增雨之效果。因此確有開發研究氯化鈣造雨劑之必要，以利在不同天候條件下，均能造雨增加降雨機率。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990038</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002002</governmentpublicationsnumber><identifier>71330</identifier><internationalstandardbooknumber>9789860282283 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>人工增雨技術研發評估計畫(1/2) The development and evaluation of artificial rainfall enhancement techniques(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。以石門水庫為例，其蓄水量約為2.34億立方公尺，但年出水量約達9億立方公尺，亦即每年需空庫重滿四次，所依賴者為1～2月的春雨、5月的梅雨、7月的雷雨及8～11月的颱風雨，若其中某幾次的降雨失常，即有供水短缺的危險，以水資源供應觀點而言，台灣地區水資源供水的可靠度較低。 實施人造雨改造降雨環境、增加降雨量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人造雨作業以增加降雨。 目前本署可用之地面造雨器數量已增加至三十二部，配合已有之碘化銀溶液鋼瓶，已在石門及翡翠水庫集水區增設多處地面造雨站，但地面造雨作業並非偶一為之即有成果，以國外實例，人工增雨必須長期運作，在適當的氣象條件下實施始見成效。 由於碘化銀造雨較適合於冷雲時使用，倘天候條件為暖雲時，則必須使用氯化鈣等造雨劑，始得發揮人工增雨之效果。因此確有開發研究氯化鈣造雨劑之必要，以利在不同天候條件下，均能造雨增加降雨機率。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990038</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002002</governmentpublicationsnumber><identifier>71331</identifier><internationalstandardbooknumber>9789860282283 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>人工增雨技術研發評估計畫(1/2) (光碟版)The development and evaluation of artificial rainfall enhancement techniques(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/11</date><governmentpublicationsnumber>1010002297</governmentpublicationsnumber><identifier>71333</identifier><internationalstandardbooknumber>9789860284355 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71333</librarycollectiondetailsurl><price>定價250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國99年水利統計(光碟版) STATISTIC OF WATER RESOURCES 2010</title><yearidentifier>201107</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/15</date><governmentpublicationsnumber>1010002297</governmentpublicationsnumber><identifier>71338</identifier><internationalstandardbooknumber>9789860284355 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71338</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>中華民國99年水利統計 STATISTIC OF WATER RESOURCES 2010</title><yearidentifier>201007</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/15</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>71339</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71339</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規 劃(光碟版)  Report on River Planning of Cing -Shuei River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/15</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>71340</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71340</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃(光碟版) Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/15</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>71341</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71341</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(1/2)(光碟版)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>71342</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71342</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究(1/2)－光碟版=Protection Strategy for Erosion of West Seawall at Chigu Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author> </author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA098034</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>71343</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71343</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討--光碟版=Revise of Feasibility Plan OF Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901273</governmentpublicationsnumber><identifier>71345</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71345</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊光碟版=Manual for Coastal Protection and EnvironmentalRestoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫主要目的為動床水工試驗探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，並藉試驗分析結果找出最佳攔砂效益之設計方案。其他執行內容尚包括八掌溪河口附近海域海象、漂砂、河道斷面、河口地形及海岸線等資料之蒐集分析等工作，今就各節之內容作精簡之內容摘要如下： 　　第一章中敘述本計畫之研究動機與目的，同時闡明本計畫執行後之預期成果等，第二章則說明本計畫之工作項目，其中除資料蒐集外，最主要之工作項目則為動床水工模型。 　　第三章敘述本計畫所蒐集有關河口及近岸地區之各項水文海象及地形資料，文中綜整出各單位於八掌溪河口附近之風速、雨量、流量、輸砂量、潮汐、潮流及漂砂運動趨勢等資料。另外亦對八掌溪下游段之河口地形及河道斷面進行變遷分析，結果顯示八掌溪河口於兩岸尚未整治前其河口常有改道之現象，且河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，而河道斷面之分析中大致發現河口附近之-003~000斷面樁地形，河道深樁有於2005~2009年間有逐漸刷深之現象，而河道兩岸則有侵淤互現情形，但整體而言，河口附近之河道有隨年代增加而逐漸變寬的趨勢。於海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。 　　第四章則敘述本計畫水工模型試驗之規劃過程、試驗步驟與方法等，總計共進行有無攔砂潛堤、變化潛堤高度與不同設置水深等不同條件共計九個試驗。 　　第五章之主要內容即就本計畫試驗結果進行討論分析，由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由何道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>71346</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71346</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例(2/2)光碟版=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫分配年度執行，其主要目的乃是利用水工試驗方法探討於河口外側興建離岸潛沒式構造物來攔蓄河川輸砂，使其成為沿岸漂砂來源可行性以達成穩定海岸之成效。試驗部份共分定床試驗及動床試驗兩種，第一年定床試驗中找出幾種較佳攔砂效果之離岸潛堤的提高及設置位置後，在由動床試驗之探討，找出最佳之攔砂潛堤佈設條件。而執行之試驗範圍則為八掌溪河口至北岸1公里及南岸1.5公里，總計3公里，另外本計畫亦就研究範圍內之各項海、氣象、地形漂砂進行資料蒐集與分析之工作。 　　於第一年計畫中蒐集與分析各項八掌溪河口段之水文、氣象、漂砂及海象資料等，規劃並進行定床水工試驗。藉由19次試驗結果得知，較佳攔砂效益之潛堤條件為堤高2.0公尺~2.5公尺，設置於水深3.5公尺~4.0公尺之間，其最大攔砂效益介於14.9%~29%間。加入造波條件後，其下游區之沿岸漂砂來源最遠之沿岸距離可傳輸至距河口800公尺以上，該處之淤砂率約尚有0.1%以上，河口中心200公尺處之總淤砂率最大可增加約20%，離河口中心400公尺處之總淤砂率最大則可增加約15%，河口中心600公尺之下游段，其總淤砂率約有5%左右之增加率，至800公尺外，約尚可獲得3%，距河口中心1公里內之下游段其總淤砂率平均約增加7%左右，最後由造波試驗分析結果得知潛堤高度2.0公尺及2.5公尺，設置於3.5公尺及4.0公尺水深處之佈置條件，可將攔蓄於堤內之淤砂堆往下游，對下游側之效益相當良好，故將此幾種佈置條件作為第二年度動床試驗規劃之參考。 　　第二年計畫之動床水工試驗主要探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，計畫中亦就研究範圍進行海岸進退距離與面積變遷進行分析，河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。且藉由試驗分析結果找出最佳攔砂效益之設計方案。由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由河道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果，其結果可供未來施政、規劃及決策者進行參考。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>71347</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71347</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例總報告(光碟版)=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸防護之首要任務在禦潮防?防治海岸侵蝕，確保人民生命財 產，防止國土?失。海岸防護設施除能有效發揮防災功能達成防護目 的之外亦應盡?維護自然環境，?求減低對海岸地形之影響，營造生 態、維護海岸之多樣性、考慮與周邊景觀之融合、創造親水休閒環境， 促進海岸資源永續?用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901289</governmentpublicationsnumber><identifier>71348</identifier><internationalstandardbooknumber>9789860230505 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71348</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護設施設計準則(草案)–海堤篇=Guidelines on design of Coastal revetments (draft)</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901273</governmentpublicationsnumber><identifier>71349</identifier><internationalstandardbooknumber>9789860230475 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71349</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(上冊)=Manual for Coastal Protection and Environmental Restoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>海岸地區大氣、海洋與陸地交會處物理現象複雜，而對海岸之研究歷史不過六十餘年，與河川相比了解有限不確定性高，土木水利工程師莫不對海象感到陌生，更由於現代環境觀念提升，對生態保育，景觀美化與休閒親水之需求愈為重視，海岸環境之營造須與防災並重考慮，而成為須由工程師、景觀與生態專家共同參與之事業，亟需一本參考手冊供海岸防護設計之用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980235</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901275</governmentpublicationsnumber><identifier>71350</identifier><internationalstandardbooknumber>9789860230482 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71350</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護及環境復育規劃參考手冊(下冊)=Manual for Coastal Protection and EnvironmentalRestoration Planning</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>71351</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71351</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃=Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>71352</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71352</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規 劃 =Report on River Planning of Cing -Shuei River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980066</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>71353</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71353</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)=The Technique of Ecological Habitat Evaluation in the Coast Region(1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>71354</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71354</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(1/2)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>71355</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71355</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究(1/2)=Protection Strategy for Erosion of West Seawall at Chigu Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author> </author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA098034</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>71356</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71356</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討=Revise of Feasibility Plan OF Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫範圍包括本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣）。全程延續性計畫共2年(99~100年)，第一年以台東地區(含綠島及蘭嶼)為主要計畫範圍，如圖1，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估。第二年以金門地區為主要計畫範圍，如圖2，利用資料蒐集、現地探勘及非破壞性檢測資料進行構造物安全性評估，並以全段為主要計畫範圍，進行構造物安全性評估、損害原因分析及針對海堤變形、材料劣化等受損堤段研擬有效且經濟之改善措施建議以供未來辦理設計之參考。以下全段係指整個計畫區本局所轄所有海堤（包含台東、綠島鄉、蘭嶼鄉及金門縣），台東縣含離島地區海堤共計約為8公里，金門地區海堤共計約7公里。</abstract><author>高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990432</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>71358</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71358</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫(1/2)--光碟版=Study of Safety Evaluation of Seawall in Taitung and Kinmen Area (1/2)</title><yearidentifier>201104</yearidentifier></data><data><abstract>本計畫主要目的為動床水工試驗探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，並藉試驗分析結果找出最佳攔砂效益之設計方案。其他執行內容尚包括八掌溪河口附近海域海象、漂砂、河道斷面、河口地形及海岸線等資料之蒐集分析等工作，今就各節之內容作精簡之內容摘要如下： 　　第一章中敘述本計畫之研究動機與目的，同時闡明本計畫執行後之預期成果等，第二章則說明本計畫之工作項目，其中除資料蒐集外，最主要之工作項目則為動床水工模型。 　　第三章敘述本計畫所蒐集有關河口及近岸地區之各項水文海象及地形資料，文中綜整出各單位於八掌溪河口附近之風速、雨量、流量、輸砂量、潮汐、潮流及漂砂運動趨勢等資料。另外亦對八掌溪下游段之河口地形及河道斷面進行變遷分析，結果顯示八掌溪河口於兩岸尚未整治前其河口常有改道之現象，且河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，而河道斷面之分析中大致發現河口附近之-003~000斷面樁地形，河道深樁有於2005~2009年間有逐漸刷深之現象，而河道兩岸則有侵淤互現情形，但整體而言，河口附近之河道有隨年代增加而逐漸變寬的趨勢。於海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。 　　第四章則敘述本計畫水工模型試驗之規劃過程、試驗步驟與方法等，總計共進行有無攔砂潛堤、變化潛堤高度與不同設置水深等不同條件共計九個試驗。 　　第五章之主要內容即就本計畫試驗結果進行討論分析，由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由何道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>71361</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71361</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例(2/2)=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫分配年度執行，其主要目的乃是利用水工試驗方法探討於河口外側興建離岸潛沒式構造物來攔蓄河川輸砂，使其成為沿岸漂砂來源可行性以達成穩定海岸之成效。試驗部份共分定床試驗及動床試驗兩種，第一年定床試驗中找出幾種較佳攔砂效果之離岸潛堤的提高及設置位置後，在由動床試驗之探討，找出最佳之攔砂潛堤佈設條件。而執行之試驗範圍則為八掌溪河口至北岸1公里及南岸1.5公里，總計3公里，另外本計畫亦就研究範圍內之各項海、氣象、地形漂砂進行資料蒐集與分析之工作。 　　於第一年計畫中蒐集與分析各項八掌溪河口段之水文、氣象、漂砂及海象資料等，規劃並進行定床水工試驗。藉由19次試驗結果得知，較佳攔砂效益之潛堤條件為堤高2.0公尺~2.5公尺，設置於水深3.5公尺~4.0公尺之間，其最大攔砂效益介於14.9%~29%間。加入造波條件後，其下游區之沿岸漂砂來源最遠之沿岸距離可傳輸至距河口800公尺以上，該處之淤砂率約尚有0.1%以上，河口中心200公尺處之總淤砂率最大可增加約20%，離河口中心400公尺處之總淤砂率最大則可增加約15%，河口中心600公尺之下游段，其總淤砂率約有5%左右之增加率，至800公尺外，約尚可獲得3%，距河口中心1公里內之下游段其總淤砂率平均約增加7%左右，最後由造波試驗分析結果得知潛堤高度2.0公尺及2.5公尺，設置於3.5公尺及4.0公尺水深處之佈置條件，可將攔蓄於堤內之淤砂堆往下游，對下游側之效益相當良好，故將此幾種佈置條件作為第二年度動床試驗規劃之參考。 　　第二年計畫之動床水工試驗主要探討八掌溪河川外側設置攔砂潛堤用以保護海岸之可行性，計畫中亦就研究範圍進行海岸進退距離與面積變遷進行分析，河口灘面面積在2002年前南、北岸灘面面積變化甚大，且有大幅縮減情形，而在2002~2007年間河口南、北灘面面積之變化已大幅減緩，尤其北岸已漸減穩定，海岸線變遷分析結果則顯示八掌溪河口至布袋間之海岸線自1976~2007年間接皆呈現侵蝕大於堆積之情形，至2002~2007年間海岸線每年仍後退約有3.2公尺。而八掌溪口南岸至雙春間之地形於1992年前海岸線之前進量尚大於侵蝕量，但1992年後海岸線已轉為侵蝕狀況，至2002~2007年間，其整段海岸線每年平均後退約有4~5公尺左右。且藉由試驗分析結果找出最佳攔砂效益之設計方案。由各試驗結果發現佈設潛沒式欄砂潛堤於河口外側後，皆能有效攔阻河口外流之河川輸砂，且這些堆蓄於潛堤外側之土砂在波浪之作用下皆可被沿岸水流帶往下游側成為額外之沿岸漂砂量，由零米線之分析中可之攔砂潛堤設置後，河口下游側海岸線與未設置攔砂堤比較分析可發現設置後，海岸線皆有前淤之效果，最大可有近40公尺之前淤長度，最小仍有約5公尺之前淤量。在淤砂損失率之分析中可發現設置攔砂潛堤後確實可有效將外流損失之輸砂堆蓄在潛堤內，由無因次分析結果可發現潛堤設置後最少亦可攔下約7%左右之放流砂量，另由河道至河口外側水位分析結果顯示，攔砂潛堤設置後，雖然部分試次有河口抬升之現象，但抬升量甚小，最大抬升量不超過15公分，故各試次之潛堤佈置方式，應不致對八掌溪口之排洪能力造成影響，在綜合海岸線變化量、堤趾淘刷量、淤砂損失率及河道水位抬升等現象之評估後，各項分析結果皆以潛堤高度2.0公尺、設置於離岸水深4.0公尺處會有最佳之防護效果，其結果可供未來施政、規劃及決策者進行參考。</abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/16</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>71362</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71362</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例總報告=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River</title><yearidentifier>201004</yearidentifier></data><data><abstract>由於台灣西南沿海低地因地層下陷造成低窪地區積澇不退，長年易遭洪氾侵襲，在傳統之排水路改善、蓄滯洪設施、機械抽排等工程方法無法完全杜絕水患之情形下，試圖在此劣化環境下採取非工程手段之產業調整方，尋求發展綠色產業(本計畫所指的係在沿海受鹽化土地環境中，透過科技改良，以節省資源和避免環境污染的生產機制下，種植具有經濟價值之作物)之可能，將低窪長年不退之蓄積水轉化為綠色產業發展的必要水源或做為作物生長之基盤，以降低低地蓄積水排除之壓力及需求，並改善當地經濟及生活環境。</abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990243</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/17</date><governmentpublicationsnumber>1010001219</governmentpublicationsnumber><identifier>71363</identifier><internationalstandardbooknumber>9789860281552 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71363</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>雲林沿海低地排水區發展綠色產業之可行性研究成果報告書 Feasibility of Green Industry Development on Yunlin Coastal Lowlands</title><yearidentifier>201106</yearidentifier></data><data><abstract>由於台灣西南沿海低地因地層下陷造成低窪地區積澇不退，長年易遭洪氾侵襲，在傳統之排水路改善、蓄滯洪設施、機械抽排等工程方法無法完全杜絕水患之情形下，試圖在此劣化環境下採取非工程手段之產業調整方，尋求發展綠色產業(本計畫所指的係在沿海受鹽化土地環境中，透過科技改良，以節省資源和避免環境污染的生產機制下，種植具有經濟價值之作物)之可能，將低窪長年不退之蓄積水轉化為綠色產業發展的必要水源或做為作物生長之基盤，以降低低地蓄積水排除之壓力及需求，並改善當地經濟及生活環境。</abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990243</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/17</date><governmentpublicationsnumber>1010001219</governmentpublicationsnumber><identifier>71364</identifier><internationalstandardbooknumber>9789860281552 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71364</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>雲林沿海低地排水區發展綠色產業之可行性研究成果報告書－光碟版 Feasibility of Green Industry Development on Yunlin Coastal Lowlands</title><yearidentifier>201106</yearidentifier></data><data><abstract>災害的形成必須具備致災體和受災體兩方面條件，前者是自然動力作用所造成的災害活動；後者是人類勞動創造的物質財富以及自然界提供給人類直接開發利用資源和環境，只有這兩方面同時具備時，才能出現災害過程。這兩方面條件不但決定災害是否發生，而且決定了成災規模的大小。堰塞湖所造成災害具有突發性災害（潰壩洪水）及緩慢性災害（土砂、河道淤積問題）特性。其中突發性災害活動階段相當短暫，這類災害的評估主要是天然壩形成後（災前）的危險度和潰壩後的危害度，以防災減災工作角度，災前危險之危害度評估尤為重要，乃為堰塞湖防災的工作和研究重點。由於科技進步，對於監測、分析及圖形資料的增加速率相當快速，如何有效率處理這些海量數據，GIS技術則提供這方面的支援。當堰塞湖發生，管理單位必須彙整相當多資料，快速分析出有用訊息提供決策者參考，因此需透過GIS整合圖資。此系統必須能提供訊息收集、儲存、管理、檢索、分析及編圖等全過程的電腦處理軟體工具系統。水利規劃試驗所於91至93年完成「堰塞湖引致災害防治對策之研究」之計畫，此計畫成果可做為堰塞湖防災及處置之參考，鈞署亦參考該計畫成果訂定「堰塞湖防災作業手冊（緊急應變版）」。然堰塞湖形成後緊急應變若能有可供判斷的危險、危害度模型，及可供決策參考的資訊管理系統，對堰塞湖防災及處置將有極大助益。</abstract><author>交大防災及水環?研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990435</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>71367</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71367</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置 Evaluation of Landslide Dams Susceptibility and Hazard and Establishment of the Information Management System</title><yearidentifier>201106</yearidentifier></data><data><abstract>為因應氣候變遷的挑戰，政府發展出「防災重於救災、離災優於防災」的策略，及「料敵從寬、禦敵從嚴、超前部署、預置兵力、隨時防救」的原則。記取98年莫拉克颱風、芭瑪颱風與99年凡那比颱風襲台等經驗，於汛期開始前，宜確立中央與地方協同合作之模式，各單位應秉持「防患未然」之態度，提前做好相關準備。爰此，  總統指示水利署規劃分北、中、南、東4區於防汛工作正式展開前邀集中央與地方相關單位召開「汛期防災準備說明會」，以全面總動員，做好萬全準備。</abstract><author>淡江大學</author><categoryidentifier>443.62065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000616</governmentpublicationsnumber><identifier>71368</identifier><internationalstandardbooknumber>9789860274929 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71368</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>民國100年汛期防災準備說明會大會實錄</title><yearidentifier>201103</yearidentifier></data><data><abstract>為因應氣候變遷的挑戰，政府發展出「防災重於救災、離災優於防災」的策略，及「料敵從寬、禦敵從嚴、超前部署、預置兵力、隨時防救」的原則。記取98年莫拉克颱風、芭瑪颱風與99年凡那比颱風襲台等經驗，於汛期開始前，宜確立中央與地方協同合作之模式，各單位應秉持「防患未然」之態度，提前做好相關準備。爰此，  總統指示水利署規劃分北、中、南、東4區於防汛工作正式展開前邀集中央與地方相關單位召開「汛期防災準備說明會」，以全面總動員，做好萬全準備。</abstract><author>淡江大學</author><categoryidentifier>443.62065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000616</governmentpublicationsnumber><identifier>71369</identifier><internationalstandardbooknumber>9789860274929 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71369</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>民國100年汛期防災準備說明會大會實錄(光碟版)</title><yearidentifier>201103</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1009904079</governmentpublicationsnumber><identifier>71370</identifier><internationalstandardbooknumber>9789860256871 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71370</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究總報告(內附光碟) Investigation on Biodiversity with the concept of River Regime Management</title><yearidentifier>201012</yearidentifier></data><data><abstract>進行河川流態管理以提升生物多樣性之研究，探討台灣生態水文之特性及台灣生態水文與生物多樣性之關係，建立生態水文地形的交互關係，考量生態水文與生物多樣性(魚類為主)關於水資源管理之研究，並研議其於流量管理之應用。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990033</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1009903937</governmentpublicationsnumber><identifier>71371</identifier><internationalstandardbooknumber>9789860255980 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71371</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川流態管理於生物多樣性之研究(2/2)(內附光碟) Investigation on Biodiversity with the concept of River Regime Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫以考古田野地表調查、人工鑽探及探坑發掘，進行Magalakan 遺址範圍及內涵調查評估，並依據計畫工作成果，提出影響減輕對策建議。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000963</governmentpublicationsnumber><identifier>71372</identifier><internationalstandardbooknumber>9789860278774 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71372</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－Magalakan 遺址範圍與內涵調查評估－內附光碟 Feasibility Study of Shi-Wen Reservoir-Assessment and Survey of Distribution and Content of Site Magalakan</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫以考古田野地表調查、人工鑽探及探坑發掘，進行Magalakan 遺址範圍及內涵調查評估，並依據計畫工作成果，提出影響減輕對策建議。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000963</governmentpublicationsnumber><identifier>71373</identifier><internationalstandardbooknumber>9789860227877 ; 9789860227</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71373</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－Magalakan 遺址範圍與內涵調查評估－光碟版 Feasibility Study of Shi-Wen Reservoir-Assessment and Survey of Distribution and Content of Site Magalakan</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000970</governmentpublicationsnumber><identifier>71374</identifier><internationalstandardbooknumber>9789860278767 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71374</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃--第二階段環境影響評估(1/2)--內附光碟=Feasibility Planning of Shi Wen Reservoir-Environmental Impact Assessment(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000970</governmentpublicationsnumber><identifier>71375</identifier><internationalstandardbooknumber>9789860278767 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71375</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃--第二階段環境影響評估(1/2)--光碟版=Feasibility Planning of Shi Wen Reservoir-Environmental Impact Assessment(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫為因應民國98年莫拉克颱風造成南部地區重大淹水災害，就未來該極端降雨事件若發生在士文水庫集水區內，士文水庫於可行性規劃階段之規劃設計是否能確保大壩及相關構造物之安全，並滿足下游河道通洪能力，進行相關檢討評估，以俾利士文水庫後續計畫推動。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990164</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000965</governmentpublicationsnumber><identifier>71376</identifier><internationalstandardbooknumber>9789860278750 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71376</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃─工程可行性規劃檢討－內附光碟 Feasibility Study of Shi-Wen Reservoir--Evaluation of Engineering Planning</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/19</date><governmentpublicationsnumber>1010000965</governmentpublicationsnumber><identifier>71377</identifier><internationalstandardbooknumber>9789860278750 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71377</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃─工程可行性規劃檢討－光碟版 Feasibility Study of Shi-Wen Reservoir--Evaluation of Engineering Planning</title><yearidentifier>201106</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多為坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩坍，土石大量沖移至河道中，造成河道通水面積減少，通洪能力降低，影響河川正常之排洪能力。河道疏浚可提昇通洪能力，幫助洪水宣洩，降低洪水災損情況。然過度之疏浚與缺乏適當之規劃，常會造成河床面大幅下降，河道呈現不穩定，進而危及堤防、護岸以及跨河構造物等安全。 本計畫提出一疏浚潛能評估之標準作業流程，綜整考量河道疏浚時，事前須評估之事項及疏浚後可能產生之河防安全影響。此套標準作業流程，可供相關單位於河道疏浚規劃時使用，除能於疏浚案規劃時有標準之依據外，亦可避免疏浚規劃時，其所採取之砂石量過大，反而造成河防安全之危害。 收集鳳山溪、後龍溪歷年之水文、斷面及河床質(如摘表1)及歷年河 道疏濬等相關資料，並對河道歷年之沖淤情形及河道變遷進行分析。另 於大湖溪進行斷面測量(斷面樁號87 至102)之大斷面測量，及大湖溪河 床質調查分析(共六個採樣坑)。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990299</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/22</date><governmentpublicationsnumber>1009904447</governmentpublicationsnumber><identifier>71382</identifier><internationalstandardbooknumber>9789860261394 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71382</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(2/2)－以鳳山溪、後龍溪為對象(光碟版) Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(2/2):Application to Fengshan and Houlung Rivers</title><yearidentifier>201012</yearidentifier></data><data><abstract>根據本署統計報告顯示，臺灣地區每年水資源需求量，平均高達 185 億立方公尺，其中約35%由地下水系統提供。而地下水開發成本較低且取用便利，各標的用水競相開發，造成地下水大量抽用，在缺乏完善管理制度之下，屢屢衍生出地層下陷、海水入侵及國土資源損害等負面影響。臺灣中南部沿海地區地層下陷嚴重，近年來擴及內陸部分地區，不僅危害居民安全、土地利用、經濟發展、景觀與都市發展等，對於地層下陷區之重大建設亦有安全之虞。目前政府推行雲林地區違法水井封井之措施，期能改善地層下陷之問題，然而目前該地區尚未獲得可靠數據或研究成果以確立抽水機制與地層下陷間之關係，因此還無法量化執行封井措施對於當地農民生計的影響程度，故如何能確保農民權益，又經由該封井措施之執行，以有效達到防止地層下陷、建構生態與生活居住安全、永續發展之目標，為目前重要之探討課題。本計畫將以雲林縣土庫及虎尾地區為研析區域，針對地層下陷與抽水機制間之關聯進行系統性之分析與探討，並提出綜合評估與建議，作為決策參考，期能有效減緩臺灣中南部內陸地區之地層下陷趨勢。</abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990409</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010001209</governmentpublicationsnumber><identifier>71389</identifier><internationalstandardbooknumber>9789860281330 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71389</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>雲林內陸地層下陷地區地下水抽水機制之探討與評估=The research and assessment of groundwater pumping mechanism in the land subsidence region of Yun-Lin</title><yearidentifier>201105</yearidentifier></data><data><abstract>根據本署統計報告顯示，臺灣地區每年水資源需求量，平均高達 185 億立方公尺，其中約35%由地下水系統提供。而地下水開發成本較低且取用便利，各標的用水競相開發，造成地下水大量抽用，在缺乏完善管理制度之下，屢屢衍生出地層下陷、海水入侵及國土資源損害等負面影響。臺灣中南部沿海地區地層下陷嚴重，近年來擴及內陸部分地區，不僅危害居民安全、土地利用、經濟發展、景觀與都市發展等，對於地層下陷區之重大建設亦有安全之虞。 目前政府推行雲林地區違法水井封井之措施，期能改善地層下陷之問題，然而目前該地區尚未獲得可靠數據或研究成果以確立抽水機制與地層下陷間之關係，因此還無法量化執行封井措施對於當地農民生計的影響程度，故如何能確保農民權益，又經由該封井措施之執行，以有效達到防止地層下陷、建構生態與生活居住安全、永續發展之目標，為目前重要之探討課題。本計畫將以雲林縣土庫及虎尾地區為研析區域，針對地層下陷與抽水機制間之關聯進行系統性之分析與探討，並提出綜合評估與建議，作為決策參考，期能有效減緩臺灣中南部內陸地區之地層下陷趨勢。</abstract><author>台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990409</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010001209</governmentpublicationsnumber><identifier>71390</identifier><internationalstandardbooknumber>9789860281330 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71390</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>雲林內陸地層下陷地區地下水抽水機制之探討與評估(光碟版) The research and assessment of groundwater pumping mechanism in the land subsidence region of Yun-Lin</title><yearidentifier>201105</yearidentifier></data><data><abstract>於地層下陷顯著之彰雲嘉及有下陷潛勢區域如高鐵沿線增設7口磁環分層式地層下陷監測井站，主要針對地層下陷潛勢地區監測其地層變化情形，以分析嚴重地層下陷區之地層下陷機制，作為日後地層下陷防治措施擬訂之參考外，並作為該地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要依據。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990220</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010002106</governmentpublicationsnumber><identifier>71391</identifier><internationalstandardbooknumber>9789860283662 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71391</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年度地層下陷分層監測井建置及其試驗分析=The installation of multi-layer land subsidence monitoring wells and data analysis of laboratory tests in 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract>於地層下陷顯著之彰雲嘉及有下陷潛勢區域如高鐵沿線增設7口磁環分層式地層下陷監測井站，主要針對地層下陷潛勢地區監測其地層變化情形，以分析嚴重地層下陷區之地層下陷機制，作為日後地層下陷防治措施擬訂之參考外，並作為該地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要依據。</abstract><author>工業技術研究院</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990220</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010002106</governmentpublicationsnumber><identifier>71392</identifier><internationalstandardbooknumber>9789860283662 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71392</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年度地層下陷分層監測井建置及其試驗分析(光碟版) The installation of multi-layer land subsidence monitoring wells and data analysis of laboratory tests in 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract>民國98年10月30日行政院環保署環境影響評估委員會第186次會議決議，士文水庫工程計畫應繼續進行第二階段環境影響評估，為使第二階段環境影響評估工做能順利執行，將依環境影響評估法第8條暨其施行細則第20條至第22條規定辦理後續作業，並依相關後續環境影評估審查之界定及要求辦理補充調查分析，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990165</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010000970</governmentpublicationsnumber><identifier>71393</identifier><internationalstandardbooknumber>9789860278767 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71393</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－第二階段環境影響評估(1/2) 內附光碟 Feasibility Planning of Shi Wen Reservoir－Environmental Impact Assessment (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>民國98年10月30日行政院環保署環境影響評估委員會第186次會議決議，士文水庫工程計畫應繼續進行第二階段環境影響評估，為使第二階段環境影響評估工做能順利執行，將依環境影響評估法第8條暨其施行細則第20條至第22條規定辦理後續作業，並依相關後續環境影評估審查之界定及要求辦理補充調查分析，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990165</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010000970</governmentpublicationsnumber><identifier>71394</identifier><internationalstandardbooknumber>9789860278767 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71394</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－第二階段環境影響評估(1/2) －光碟版 Feasibility Planning of Shi Wen Reservoir－Environmental Impact Assessment (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>江婉綺 劉桓吉</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010002293</governmentpublicationsnumber><identifier>71396</identifier><internationalstandardbooknumber>9789860285260 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71396</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>100</publishrocyear><title>五萬分之一台灣地質圖說明書：新竹</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>林俊全等編著</author><categoryidentifier>351.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/23</date><governmentpublicationsnumber>1010000901</governmentpublicationsnumber><identifier>71397</identifier><internationalstandardbooknumber>9789860277579 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71397</librarycollectiondetailsurl><price>400</price><publisher>行政院農業委員會林務局國立台灣大學地理環境資源學系</publisher><publishrocyear>100</publishrocyear><title>臺灣的地景百選2</title><yearidentifier>201105</yearidentifier></data><data><abstract>為因應新竹市及苗栗縣海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。研究範圍含蓋新竹市及苗栗縣之全部海岸共計長約67公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990236</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/24</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71402</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71402</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫=The Plan of Coastal Monitoring and Investigation for Hsinchu City and Miaoli County</title><yearidentifier>201107</yearidentifier></data><data><abstract>為因應新竹市及苗栗縣海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。研究範圍含蓋新竹市及苗栗縣之全部海岸共計長約67公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990236</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/24</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71403</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71403</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫(光碟版)=The Plan of Coastal Monitoring and Investigation for Hsinchu City and Miaoli County</title><yearidentifier>201107</yearidentifier></data><data><abstract>經濟部水利署北區水資源局九十八年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/25</date><governmentpublicationsnumber>1010002448</governmentpublicationsnumber><identifier>71405</identifier><internationalstandardbooknumber>9789860286762 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71405</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局九十九年度年報</title><yearidentifier>201107</yearidentifier></data><data><abstract>經濟部水利署北區水資源局九十八年度年報</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/25</date><governmentpublicationsnumber>1010002448</governmentpublicationsnumber><identifier>71406</identifier><internationalstandardbooknumber>9789860286762 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71406</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局九十九年度年報(光碟版)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/25</date><governmentpublicationsnumber>1010002448</governmentpublicationsnumber><identifier>71407</identifier><internationalstandardbooknumber>9789860286762 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71407</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十九年）</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990435</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/26</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>71409</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71409</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置(Evaluation of Landslide dams Susceptibility and Hazard and Establishment of the Information Management System)</title><yearidentifier>201106</yearidentifier></data><data><abstract>災害的形成必須具備致災體和受災體兩方面條件，前者是自然動力作用所造成的災害活動；後者是人類勞動創造的物質財富以及自然界提供給人類直接開發利用資源和環境，只有這兩方面同時具備時，才能出現災害過程。這兩方面條件不但決定災害是否發生，而且決定了成災規模的大小。 堰塞湖所造成災害具有突發性災害（潰壩洪水）及緩慢性災害（土砂、河道淤積問題）特性。其中突發性災害活動階段相當短暫，這類災害的評估主要是天然壩形成後（災前）的危險度和潰壩後的危害度，以防災減災工作角度，災前危險之危害度評估尤為重要，乃為堰塞湖防災的工作和研究重點。 由於科技進步，對於監測、分析及圖形資料的增加速率相當快速，如何有效率處理這些海量數據，GIS技術則提供這方面的支援。當堰塞湖發生，管理單位必須彙整相當多資料，快速分析出有用訊息提供決策者參考，因此需透過GIS整合圖資。此系統必須能提供訊息收集、儲存、管理、檢索、分析及編圖等全過程的電腦處理軟體工具系統。 水利規劃試驗所於91至93年完成「堰塞湖引致災害防治對策之研究」之計畫，此計畫成果可做為堰塞湖防災及處置之參考，鈞署亦參考該計畫成果訂定「堰塞湖防災作業手冊（緊急應變版）」。然堰塞湖形成後緊急應變若能有可供判斷的危險、危害度模型，及可供決策參考的資訊管理系統，對堰塞湖防災及處置將有極大助益。</abstract><author>交大防災及水環?研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990435</commissionedprojectidentifier><currency>NT$</currency><date>2011/8/29</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>71410</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71410</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置(光碟版) Evaluation of Landslide Dams Susceptibility and Hazard and Establishment of the Information Management System</title><yearidentifier>201106</yearidentifier></data><data><abstract>海岸防護之首要任務在禦潮防?防治海岸侵蝕，確保人民生命財 產，防止國土?失。海岸防護設施除能有效發揮防災功能達成防護目 的之外亦應盡?維護自然環境，?求減低對海岸地形之影響，營造生 態、維護海岸之多樣性、考慮與周邊景觀之融合、創造親水休閒環境， 促進海岸資源永續?用。</abstract><author>財團法人成大水利會海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/8/30</date><governmentpublicationsnumber>1009901289</governmentpublicationsnumber><identifier>71415</identifier><internationalstandardbooknumber>9789860230505 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71415</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸防護設施設計準則(草案)--海堤篇--光碟版=Guidelines on design of Coastal revetments (draft)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/2</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>71421</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71421</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置</title><yearidentifier>201106</yearidentifier></data><data><abstract>全球暖化衍生之氣候變遷，導致平均氣溫與海平面上升，極端降雨事件發生頻繁，民國98年莫拉克颱風挾帶超大豪雨，導致卑南溪山洪暴發、溪水暴漲，滾滾洪流伴隨大??沙及漂流木自上游奔瀉而下產生巨大撞擊力，造成多數堤防損毀。爰此，經濟部水利署第八河川局研擬本計畫檢討堤防毀損之可能原因，並提出工程設計改善建議，作為堤防補強或設計時之作業標準，期降低再次受損之風險。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/2</date><governmentpublicationsnumber>1010002164</governmentpublicationsnumber><identifier>71422</identifier><internationalstandardbooknumber>9789860284492 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71422</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克災後卑南溪堤防損害及改善方案研擬=Damage Causalities and Protection Strategies of the Riverbank in Pei-Nan River after Morakot Typhoon Disasters</title><yearidentifier>201107</yearidentifier></data><data><abstract>全球暖化衍生之氣候變遷，導致平均氣溫與海平面上升，極端降雨事件發生頻繁，民國98年莫拉克颱風挾帶超大豪雨，導致卑南溪山洪暴發、溪水暴漲，滾滾洪流伴隨大??沙及漂流木自上游奔瀉而下產生巨大撞擊力，造成多數堤防損毀。爰此，經濟部水利署第八河川局研擬本計畫檢討堤防毀損之可能原因，並提出工程設計改善建議，作為堤防補強或設計時之作業標準，期降低再次受損之風險。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/2</date><governmentpublicationsnumber>1010002164</governmentpublicationsnumber><identifier>71423</identifier><internationalstandardbooknumber>9789860284492 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71423</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克災後卑南溪堤防損害及改善方案研擬(光碟版)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/5</date><governmentpublicationsnumber>1010002012</governmentpublicationsnumber><identifier>71427</identifier><internationalstandardbooknumber>9789860282412 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71427</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(3/3)=Evaluation of the Efficiency of Conservation Engineering Practices in the Watershed of Tsengwen Reservoir on Sediment Redution(3/3)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/5</date><governmentpublicationsnumber>1010002012</governmentpublicationsnumber><identifier>71428</identifier><internationalstandardbooknumber>9789860282412 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71428</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫集水區保育治理工程泥砂減量成效評估(3/3)--光碟版=Evaluation of the Efficiency of Conservation Engineering Practices in the Watershed of Tsengwen Reservoir on Sediment Redution(3/3)</title><yearidentifier>201106</yearidentifier></data><data><abstract>位於台中縣大甲溪中下游的石岡水壩，其功能為調蓄上游電廠尖峰發電尾水及馬鞍壩以下未控制之流量，為大甲溪下游水源利用之樞紐。但遭受921集集大地震震毀，造成石岡壩壩體部分毀損，喪失調蓄功能。為確保大台中地區長期用水之需求，水利署於八十九年度辦理大甲溪可能水源利用方案檢討規劃評估後，擬將蓄水位置上移到大甲溪八寶堰。本年度繼續進行大甲溪攔河堰可行性規劃工作。工作內容為基本資料蒐集、水源供水潛能分析、水源調配模式研究三大類；水源供水潛能分析則考慮大甲溪水源單獨運用、大甲大安溪聯合營運兩種不同的營運方式；水源調配模式研究包括各可能水源調配模式研擬與結果比較分析、水源調配模式優選排序以及水源調配電腦輔助系統規劃。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/5</date><governmentpublicationsnumber>1009102142</governmentpublicationsnumber><identifier>71433</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71433</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫三、水文水源專題1、水源運用規劃</title><yearidentifier>200207</yearidentifier></data><data><abstract>本計畫調查發現，汶水溪料源區水域生態資源豐富,另水庫工程用地暨蓄水範圍內山羌、朱鸝、台灣山鷓鴣、台灣藍鵲、八色鳥等均有發現紀?。本計畫以「物種生存的群落與其棲地環境」為整體保育目標,以劃設生態補償用地及自然演替手段達到棲地環境營造之目的。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990196</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/6</date><governmentpublicationsnumber>1010001221</governmentpublicationsnumber><identifier>71437</identifier><internationalstandardbooknumber>9789860281569 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71437</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估－內附光碟 The Marketing Project of Tien wa Reservoir(3)--Investigation and Conservation Assessment of the Ecosystem Resources</title><yearidentifier>201107</yearidentifier></data><data><abstract>本計畫調查發現，汶水溪料源區水域生態資源豐富,另水庫工程用地暨蓄水範圍內山羌、朱鸝、台灣山鷓鴣、台灣藍鵲、八色鳥等均有發現紀?。本計畫以「物種生存的群落與其棲地環境」為整體保育目標,以劃設生態補償用地及自然演替手段達到棲地環境營造之目的。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990196</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/6</date><governmentpublicationsnumber>1010001221</governmentpublicationsnumber><identifier>71438</identifier><internationalstandardbooknumber>9789860281569 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71438</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估(光碟版) The Marketing Project of Tien wa Reservoir(3)--Investigation and Conservation Assessment of the Ecosystem Resources</title><yearidentifier>201107</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，自日據時期至民國99年間統計防洪構造物總長度96,804公尺，經歷風吹日曬及颱風豪雨侵襲，已有老化及裂縫現象發生，其提身內部若隱藏有若面對防洪構造物的安全勢必造成影響，為了解提身是否完整及避免因提身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計劃。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71443</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71443</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫=A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71445</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71445</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告=Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>71446</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71446</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告(光碟版)= Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract>水庫淤泥之清淤方式除了機械挖掘外，採取水利排砂為最經濟之方法，本署為改善颱洪期間石門水庫原水濁度過高的問題，已經完成電廠防淤第1期改善工程的基本設計及水工模型試驗，另電廠防淤第2期正辦理基本設計審查作業，本計畫將以三維數值模擬探討電廠防淤改善工程之細部流場分析，包含：負壓區、管壁剪應力、流體對彎管作用力、防淤效率等幾何條件校核水工模型試驗（模型比尺為1/25的等比模型），探討石門水庫電廠發電機不同組合操作下壓力鋼管之壓力分佈情形；以及水庫泥砂在不同高程的濃度分佈條件下，防淤出水口泥砂濃度隨時間的變化情形，以作為石門水庫電廠防淤改善工程之水理與防淤效率推估，並藉由三維流場數值模擬與物理模型相互印證比較細部水理流況，作為設計與營運管理參考依據。另以三維流場數值模擬，利用數值模擬結果，結合不確定性分析方法，評估不同流場條件下壓力鋼管內之壓力分佈情形。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990415</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010002158</governmentpublicationsnumber><identifier>71447</identifier><internationalstandardbooknumber>9789860284058 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71447</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>石門水庫電廠防淤改善工程三維數值模擬及不確定性分析 3D Numerical  Simulation and Uncertainty Analysis on Desilting Constructions of Power Plant of Shihmem Reservoir</title><yearidentifier>201106</yearidentifier></data><data><abstract>水庫淤泥之清淤方式除了機械挖掘外，採取水利排砂為最經濟之方法，本署為改善颱洪期間石門水庫原水濁度過高的問題，已經完成電廠防淤第1期改善工程的基本設計及水工模型試驗，另電廠防淤第2期正辦理基本設計審查作業，本計畫將以三維數值模擬探討電廠防淤改善工程之細部流場分析，包含：負壓區、管壁剪應力、流體對彎管作用力、防淤效率等幾何條件校核水工模型試驗（模型比尺為1/25的等比模型），探討石門水庫電廠發電機不同組合操作下壓力鋼管之壓力分佈情形；以及水庫泥砂在不同高程的濃度分佈條件下，防淤出水口泥砂濃度隨時間的變化情形，以作為石門水庫電廠防淤改善工程之水理與防淤效率推估，並藉由三維流場數值模擬與物理模型相互印證比較細部水理流況，作為設計與營運管理參考依據。另以三維流場數值模擬，利用數值模擬結果，結合不確定性分析方法，評估不同流場條件下壓力鋼管內之壓力分佈情形。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990415</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010002158</governmentpublicationsnumber><identifier>71448</identifier><internationalstandardbooknumber>9789860284058 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71448</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>石門水庫電廠防淤改善工程三維數值模擬及不確定性分析－光碟版 3D Numerical  Simulation and Uncertainty Analysis on Desilting Constructions of Power Plant of Shihmem Reservoir</title><yearidentifier>201106</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，自日據時期至民國99年間統計防洪構造物總長度96,804公尺，經歷風吹日曬及颱風豪雨侵襲，已有老化及裂縫現象發生，其提身內部若隱藏有若面對防洪構造物的安全勢必造成影響，為了解提身是否完整及避免因提身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計劃。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>71451</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71451</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(光碟)=A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>「大甲溪流域整體治理規劃檢討」委託技術服務案為期兩年，調查項目計：流域災害概述、降雨及洪水、崩塌地演變、河道沖淤比較、堰壩淤積、防洪、跨河建造物、排水系統及都市下水道系統、水資源利用、海岸砂源補助、水質、生態環境、聚落保全、維生管線與重要民生基礎建設、近年治理工程及成果等十四項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71452</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71452</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)=Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>「大甲溪流域整體治理規劃檢討」委託技術服務案為期兩年，調查項目計：流域災害概述、降雨及洪水、崩塌地演變、河道沖淤比較、堰壩淤積、防洪、跨河建造物、排水系統及都市下水道系統、水資源利用、海岸砂源補助、水質、生態環境、聚落保全、維生管線與重要民生基礎建設、近年治理工程及成果等十四項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71454</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71454</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)成果報告書(光碟版)=Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，大甲溪下游段橋梁因沖刷將危及橋梁安全，且取水構造物也可能因河床高程變動而需不斷改變取水位置，另石岡壩下游河床沿盤出露處河道明顯有持續刷深趨勢，期望透過本計劃數值及模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71455</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71455</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石崗壩下游河段河床穩定方案之研究〈4/4〉=Study  on  River  Bed  Stability  for  the Reach Downstream of  Shigang Dam  in  Dajia  River</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/7</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>71456</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71456</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究總報告=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract>為因應新竹市及苗栗縣海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 研究範圍含蓋新竹市及苗栗縣之全部海岸共計長約67公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990236</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/8</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71459</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71459</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫 The Plan of Coastal Monitoring  and Investigation for Hsinchu City and Miaoli County</title><yearidentifier>201107</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域或系統內整體考?，除河道及排水等工程設施設計標準其目標外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程?達50～100 ?洪水重現期距為目標。如因現有地形或土地?用無法充分達成時，則輔以避洪及減災規劃等非工程措施因應。(二)國外相關洪災管?制?對我國洪災管?的啟示1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪水災害，且?符國家社會資源有效運用原則。透過洪災保險的推動可分散洪災風險，符合公共??，並實施洪氾區土地管?。由?邦政府主導並結合民間保險公司共同實施洪災保險，可提供人民較佳之保險保障，同時採取誘因與強制方式增加投保保單。2、日本「總合治水」治水工作結合各政府機關共同推動，並透過法規建?相關主管機關間的平台。3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴大或整治成本的遽增。將風險分攤、災害治?與土地使用管制等相互結合，使當地居民必須衡?自身的安全與??，以?土地使用管制得以推動。(三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問題包含環境因素、社會因素、防救災措施等三方面的問題。1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增加；台灣多樣的地形增加定??雨預報的?確定性。2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知?與資訊，無法在災害??時採取適當的應變措施；水災受災地區多?無防災社區的組織，無法有效結合當地居民採取有效應變措施。3、防救災措施包含災前減災工作多以工程措施為主，偏重災害發生的防治；土地開發造成逕??增加，集?時間縮減，加劇災害程?，應有適當土地(尤其低地)管?對策；執?減災非工程措施相關權責單位間橫向?繫加強；目前水災災中應變措施主要是採用移動式抽水機與防汛搶險器材?因應為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難標準作業程序」，並推動水災危險潛勢區域疏散避難，應加強當中的相關環節，使之?為完備；水災防災教育宣導僅侷限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防災教育宣導。本計畫以風險管?概?，依發生洪災的機?與損失程?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣地區的各項風險管?措施，並建?水患治?非工程措施整體架構。(四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查，透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區域或排水設施範圍、洪氾區，在整體程序應包含技術程序與?政程序。(五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報發佈、水災防災疏散避難演?、防災社區推動等部分。1、於災前針對?淹水地區進?完整避災規劃，包含防災避難圈、防災通道、防災據點、防災設施等。透過繪製水災防災疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、150、300、450、600 毫米之淹水模擬範圍圖等資?分送當地居民。2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒雨?或實際河川或潮位水位高於二級警戒水位，地方政府研判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河川或潮位水位高於一級警戒水位，地方政府研判當地氣候?況針對低窪地區進?強制疏散。3、防災疏散避難主要重點在於災害發生時之危機處?與應變搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、?線與安全避難處所，以及地區災害防救單位瞭解災害應變決策與提昇搶救災之效能。每?於訊期前，地方政府應針對?淹水地區進?一次以上之演?。4、由地方政府以委託專業團隊的方式針對?淹水地區的社區iv推動防災社區，於各社區內建?一套機制，讓減災成為地方重要且持續進?的活動，以強化?淹水地區的抗災能?。(?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助1、土地使用管制與建築物防洪能?補強以水災危險區地圖為基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程序要求新建建築物應符合建物防洪技術規範，新建建築物的高程應高於百?基準洪水位。為提高洪氾區內既有建築物進?建築物防洪能?補強，可以政府編?預算方式補助所需成本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築物進?防洪能?補強。2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰??得超過開發前之洪峰?」。要求大型開發?為，於水道集水區域內辦?土地開發?用、變?使用計畫或其他事由，致增加水道之逕??者，應將排水計畫書送該水道之管?機關審查同意後始得辦?。小型開發?為，開發人、設施所有人或經營人得向主管機關申請，於與基地同一集水區內覓地設置具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負擔，簡稱為代?方案。既有開發區及建築設施，其位於?市土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪設施，以管制各該地區之洪水出??。本措施需配合水?法的修改。3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著綜合之承保事故，運用空間與危險的分散，將?同之巨災作v為一個保險組合?分散風險，以求保險經營之穩健?。惟，該措施應在其他避災與減災措施具體?實後，方可以綜合天然災害保險的方式承擔剩餘的風險。否則，將會導致政府或保險人沉重財務負擔，無法達到最有效之成本原則。在其他避災與減災措施具體?實後，可針對洪氾區內已完成防洪能?補強之建築物，提供綜合天然災害保險水災部分之保費補助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。(七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措施應長期持續推動。(八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前者應以交通部中央氣象局執?，經濟部水?署配合方式辦?；後者則應由經濟部水?署負責研發完整洪水與淹水預報系統。本工作應長期持續推動，以提高預測與預警的效能。(九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法?限制等因素，為在短期間可以直接減少人命財產的損失，建議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演?、防災社區推動、洪水與淹水預報系統建置與維護等五項工作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約需新台幣49,000 萬元。(十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。vi(十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富?規劃避難地點為自強國中、國??規劃避難地點為國?國小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現期之保護標準為目標。未?針對洪氾區內的新建建築物，將透過建管程序要求其高程應高於百?基準洪水位並符合建物防洪技術規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/8</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>71460</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71460</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃--內附光碟=Non-structural Measures Planning for Regulation Project of Flood-prone Area</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫主要工作項目為漁塭區之綜合治水方案整合與探討、漁塭區排洪管理操作與洪災減輕對策研擬、漁塭區汛期進排水操作規則研擬等</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990239</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/8</date><governmentpublicationsnumber>1009904124</governmentpublicationsnumber><identifier>71461</identifier><internationalstandardbooknumber>9789860258219 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71461</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>沿海漁塭養殖區之排水觀測與排洪特性研究(2/2)Study on Discharge Measurement and Flood Characteristic for Coastal Aquaculture(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>鑒於民國88年9月21日發生集集大地震，導致大甲溪中游之石岡壩壩體部份損毀， 而喪失其調蓄上游流量之功能。經濟部水利處為確保大台中地區用水需求 及水資源之有效利用，規劃於上游新建攔河堰以替代石岡水壩。</abstract><author>大聖工程顧問有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/8</date><governmentpublicationsnumber>1009100756</governmentpublicationsnumber><identifier>71465</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71465</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>大甲溪攔河堰可行性規劃計畫一、基本資料調查專題1、工程測量(內附光碟)</title><yearidentifier>200203</yearidentifier></data><data><abstract>【臺灣重要河川水庫總覽】（以下簡稱本總覽）選擇中央管河川24條及跨省（市）河川之淡水河、磺溪共26條，逐條分節說明各河川特性及現況，第一節流域概況包含河川水系主支流及流經範圍，流域內都會區域、經濟產業與交通概況，集水區內地形、地質環境。第二節說明氣象、水文與水質記錄。第三節則撰敘流域生態環境、文化古蹟與著名景觀地點等人文。第四節則整理該水系之防洪治理沿革，其中含洪災歷史回顧，河川治理規劃與現況是否已臻完備，至於更詳細的防洪、水文內容則以表格方式收錄於附冊。第五節摘錄各水系灌溉圳別、面積與灌溉水量。第六節說明該水系集水區內之水庫、攔河堰與水力發電等水資源利用情形，其中水庫、攔河堰等工程之較繁複工程數字，則收錄於本報告附錄二。 第二篇每條河川各論首頁，均先呈現該河川流域圖，並於第六節最後編排該河川流域代表性照片，其中包括河況景觀、防洪工程及水庫建設等。有關縣(市)管河川目前僅收錄各河川之起、迄點、河流長度、平均坡降及流域面積等河川基本資料，其餘將另行編撰成冊刊行，提供參考。另配合五都改制，部分縣管河川尚未配合公告為直轄市管河川 文敘中現有防洪工程統計資料係由各河川局提供，各水系治理基本計畫資料則直接引用已公告資料，至於尚未公告之治理基本計畫資料，則係蒐集自規劃單位，另灌溉系統資料來源係由各水利會提供，水庫及攔河堰資料係由水利署提供。</abstract><author>經濟部水利署</author><categoryidentifier>443.64   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/9</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71468</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71468</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract>【臺灣重要河川水庫總覽】（以下簡稱本總覽）選擇中央管河川24條及跨省（市）河川之淡水河、磺溪共26條，逐條分節說明各河川特性及現況，第一節流域概況包含河川水系主支流及流經範圍，流域內都會區域、經濟產業與交通概況，集水區內地形、地質環境。第二節說明氣象、水文與水質記錄。第三節則撰敘流域生態環境、文化古蹟與著名景觀地點等人文。第四節則整理該水系之防洪治理沿革，其中含洪災歷史回顧，河川治理規劃與現況是否已臻完備，至於更詳細的防洪、水文內容則以表格方式收錄於附冊。第五節摘錄各水系灌溉圳別、面積與灌溉水量。第六節說明該水系集水區內之水庫、攔河堰與水力發電等水資源利用情形，其中水庫、攔河堰等工程之較繁複工程數字，則收錄於本報告附錄二。第二篇每條河川各論首頁，均先呈現該河川流域圖，並於第六節最後編排該河川流域代表性照片，其中包括河況景觀、防洪工程及水庫建設等。有關縣(市)管河川目前僅收錄各河川之起、迄點、河流長度、平均坡降及流域面積等河川基本資料，其餘將另行編撰成冊刊行，提供參考。另配合五都改制，部分縣管河川尚未配合公告為直轄市管河川文敘中現有防洪工程統計資料係由各河川局提供，各水系治理基本計畫資料則直接引用已公告資料，至於尚未公告之治理基本計畫資料，則係蒐集自規劃單位，另灌溉系統資料來源係由各水利會提供，水庫及攔河堰資料係由水利署提供。</abstract><author>經濟部水利署</author><categoryidentifier>443.64   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/9</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71469</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71469</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽(光碟版)</title><yearidentifier>201105</yearidentifier></data><data><abstract>將就過去與現行河川等級劃分進行檢討，並依不同河川等級擬定新的防洪保護標準及出水高，並以此供檢討修正現行「水利建造物設計基準草案」之參考, 並探討如何將之法制化的行政程序。本研究將擬定新的河川防洪設計保護等級區分評分準則表，將全國所有河川重新劃分保護等級訂定保護標準，以供水利工程人員規劃及設計參考.</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/9</date><governmentpublicationsnumber>1010000078</governmentpublicationsnumber><identifier>71470</identifier><internationalstandardbooknumber>9789860267105 ; 9789860267</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71470</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>中央管河川防洪設計保護標準研究=A Study on The Flood Protecting Standard of River Governed By Central Goverment</title><yearidentifier>201102</yearidentifier></data><data><abstract>由於濁水溪水系近年受到卡玫基及莫拉克等颱風豪雨侵襲，各主之流河道內之地形變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，貴局成立本計劃，除利用空載光達(LiDAR)技術產製正射影像、數值高程模型、數值地表模型及內插產製河川大斷面等資料外，並蒐集濁水溪水係歷年各項數值圖資與斷面資料，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用。</abstract><author>新陸國土測繪公司</author><categoryidentifier>443..62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990402</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/9</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71471</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71471</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫正式成果報告書《含光碟片》Construction Project of Digital Elevation Model in  middle  and Upstream  Watershed of Chuo─Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>新陸國土測繪公司</author><categoryidentifier>443..62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1010002052</governmentpublicationsnumber><identifier>71473</identifier><internationalstandardbooknumber>9789860282979 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71473</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系中上游河段數值高程模型建置計畫正式成果報告書(光碟版)=Construction Project of Digital Elevation Model in  middle  and Upstream  Watershed of Chuo─Shuei River</title><yearidentifier>201103</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>71474</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71474</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究總報告(光碟版)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>71475</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71475</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(4/4)--計畫成果資料光碟=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract>本案乃負責「94年度地下水觀測站井建置維護與調查試驗」計畫之設計監造工作。本計畫之工作地點分別位於台中盆地和花蓮縱谷區，其中潭子、四張犁、台中啟聰與中山（台中氣象站）等4站位於台中盆地內，吳全及瑞穗2站位於花蓮縱谷，共計新設6處觀測站。此外，中央地質調查所主辦之觀測站網地質調查計畫，今年度亦有9口鑽探井位於台中與花蓮地區，其中位於台中大甲扇狀平原的有高美站，清水海岸平原的有梧棲、清水、忠和（台中火力發電廠）和大肚4站，台中盆地有大里和烏日2站，花蓮有光華和明義2站。位於台中盆地之大里與烏日兩站也在本年度設置觀測井，此二站之站房、儀器系統和水準點設置及測量、水質檢測工作，以及其餘未設井之鑽探站址的觀測井設計工作，亦包含在本計畫工作範圍內。 本計畫工作區域之淺層地質，除台中啟聰站為頭嵙山層外，皆為現代沖積礫石層，為台灣地區公認鑿井最為艱困的兩大區域。本計畫首先根據區域地質概況研判各站可能遭遇之水文地質條件與其他環境影響因素，如水位深度、地質構造等，進行各站井之初步規劃設計，並分別規劃於四張犁和吳全站設置抽試觀測井進行複井抽水試驗，以分別獲得代表台中盆地與花蓮縱谷區之水文地質參數。 站房與儀器系統設計參考了過去的案例和缺點，做了若干的改善措施，如站房之內外防水與排水設計，皆採用更積極完備而且簡易的方式執行。井內外的氣壓平衡與水汽控制也採用最簡易有效的設計。自流井井頭的設計也經過反覆思考，研究過往案例而成。儀器系統設計納入的考量因素有耐蝕、空間、維護管理、系統相容與自流觀測井等。</abstract><author>華義水文地質技師事務所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940231</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1009404945</governmentpublicationsnumber><identifier>71476</identifier><internationalstandardbooknumber>9789860041477 ; 9789860041</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71476</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>設計.監造「94年度地下水觀測站井建置維護與調查試驗」計畫(光碟版)</title><yearidentifier>200512</yearidentifier></data><data><abstract>為有效管理及利用地下水資源，經濟部水利署極力推動「臺灣地區地下水觀測站網整體計畫」，隨著觀測站網逐年建置完成後，將建立地下水相關基本資料，以便於地下水資源管理工作之進行。 隨著觀測站網之建立，業已累積大量之各項基本資料。為有效利用此些資料，水利署於其前身：水資源局時代，自民國89年起即開始推動「臺灣地區地下水文圖繪製工作」計畫，冀期藉由此一計畫的推動，整合近年來水利署地下水相關工作成果，使相關基本資料能被容易地理解及徹底地運用。至民國91年底止，「臺灣地區地下水文圖繪製工作」計畫之相關工作，業已完成「地下水流模數值圖」、「地下水逕流係數圖」和「地下水基流係數圖」等三張圖幅的繪製工作。而為完整發展「臺灣地區地下水文圖集」，水利署復於92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內（民國92年至民國95年），分階段完成「臺灣地區地下水文圖集」中之「主要含水層流通係數圖」、「地下水污染潛勢圖」及「地下水水質現況圖」等三張比例尺為1：250,000之圖幅。 而依據合約規定及進度，本所於本年度（民國94年度）已完成下列工作： 1.完成「臺灣地區主要含水層流通係數圖」圖幅編審工作。 2.完成「臺灣地區地下水污染潛勢圖」圖幅繪製工作。 3.完成編撰「臺灣地區地下水污染潛勢圖」繪製說明書及使用手冊。 4.召開兩次「臺灣地區地下文圖圖集繪製工作」編輯審查會議。 5.持續進行水質資料彙整分析工作。 6.「地下水水質現況圖」繪圖所需之資料檢討與工作程序確認。 7.完成屏東地區地下水水質現況圖幅之繪製工作 8.進行國際學術合作交流。 9.進行「臺灣地區地下水資源圖」圖幅之教育訓練與運用推廣工作</abstract><author>國立成功大學水工試驗所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940191</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1009404569</governmentpublicationsnumber><identifier>71477</identifier><internationalstandardbooknumber>9789860040777 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71477</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>94</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(3/4)期末報告書(光碟版)  Compiling the Groundwater Hydrological Atlas of Taiwan(3/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/14</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>71478</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71478</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置   Evaluation of  Landside dams Susceptibility and Hazard and Establishment  of  the Information  Management   System</title><yearidentifier>201106</yearidentifier></data><data><abstract>鑑於當地民眾對於自身權益之要求、環保團體對於自然環境資源保育之關懷，除持續與民眾和有關機關團體溝通協調外，乃依地方發展需求與生態保育對策規劃研擬具體可行方案，爭取民眾的認同與支持。 再者，藉由可行性規劃檢討與推動階段之執行進行計畫通盤檢討，可創造生態環境、當地居民及水資源開發三贏的局面，希冀樹立日後水庫規劃與開發興建之新典範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/16</date><governmentpublicationsnumber>1010002568</governmentpublicationsnumber><identifier>71480</identifier><internationalstandardbooknumber>9789860288322 ; 9789860288</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71480</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>天花湖水庫可行性規劃檢討報告－內附光碟 Reviewable Report on Feasibility Study of Tien Hwa Hu Reservoir</title><yearidentifier>201109</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，恐因沖刷將危及橋樑安全，取水構造物也因河床高程變動而需不斷改變取水位置，因石岡壩下游河床露出岩盤，顯見河道有持續刷深之趨勢，為減少下游橋樑、取水構造物及防等因持續刷深，造成下游公共建設及居民財產損失，亟需探討大甲溪由辮狀流河川轉為深槽河川，在建槽流量及固床工施設後河床縱向坡度變化情形等課題之水工模型試驗研究及數值模擬，以研提如何穩定河床之相關措施。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/16</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>71482</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71482</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)總報告(內附光碟)=Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/21</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>71489</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71489</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)　Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/22</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71492</identifier><internationalstandardbooknumber>9789860277075 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71492</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽(附冊)</title><yearidentifier>201105</yearidentifier></data><data><abstract>烏溪為中部地區主要河川之一，其河川逕流豐沛，惟目前水源利用狀況低，尤於豐水期，大量逕流未加利用即流失殊為可惜，故於烏溪橋上游5公里處規劃一攔河堰，並利用烏溪南岸土地規劃一離槽人工湖，具有供水穩定 、用地取得單純、工程技術可行及開發環境影響衝擊小等優點，本計畫延續前期規劃進行工程可行性規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990187</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1009904268</governmentpublicationsnumber><identifier>71493</identifier><internationalstandardbooknumber>9789860258974 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71493</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－工程可行性規劃計畫成果資料－光碟版 Feasibility Planning for Wu River Niaozueitan Artificial Lake(2/2)--Planning for Engineering Feasibility General Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>民國97年士文水庫可行性規劃(7)執行期間，辦理提送環境影響說明書前之公開會議及拜會水庫下游枋寮鄉公所與鄉代表會座談會等士文水庫計畫資訊公開說明後，其中水庫營運後對下游地下水之影響為地方亟為關切之課題，宜進一步辦理相關調查研究並量化分析以澄清民眾之疑慮。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990434</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010000967</governmentpublicationsnumber><identifier>71494</identifier><internationalstandardbooknumber>9789860278743 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71494</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試譣所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－水庫截水牆完工後對下游地下水影響評估(內附光碟) Feasility Study of Shi-Wen Reservoir-Evaluation of the Influence on Groundwater after the Dam Constructed</title><yearidentifier>201106</yearidentifier></data><data><abstract>民國97年士文水庫可行性規劃(7)執行期間，辦理提送環境影響說明書前之公開會議及拜會水庫下游枋寮鄉公所與鄉代表會座談會等士文水庫計畫資訊公開說明後，其中水庫營運後對下游地下水之影響為地方亟為關切之課題，宜進一步辦理相關調查研究並量化分析以澄清民眾之疑慮。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990434</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010000967</governmentpublicationsnumber><identifier>71496</identifier><internationalstandardbooknumber>9789860278743 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71496</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試譣所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃－水庫截水牆完工後對下游地下水影響評估(光碟版) Feasility Study of Shi-Wen Reservoir-Evaluation of the Influence on Groundwater after the Dam Constructed</title><yearidentifier>201106</yearidentifier></data><data><abstract>濁水溪溪洲大橋以下河段，每年十一月至隔年三月間，由於枯水期水量減少，導致河床裸露面積大增，加上東北季風盛行，常造成大規模揚塵，影響南岸鄉鎮居民生活甚鉅。降低揚塵之方案雖多，但由於河床甚寬、土地利用狀況不一，無法採行相同之適用方法，且因其裸露面積過大，有維護不易、完成相關改善方法後又易遭大水淹沒之特性。故需找尋各種減塵方案，以綜合改善方法對裸露地區、面積及對防洪及防塵之影響進行分析，尋找出適當之方法進行整個區域之規劃研究。</abstract><author>逢甲大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990126</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010002022</governmentpublicationsnumber><identifier>71497</identifier><internationalstandardbooknumber>9789860281910 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71497</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪下游揚塵改善計畫研究(2/2)(內附光碟)=The study of fugitive dust control in downstream part of Cho-Shui River (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>71498</identifier><internationalstandardbooknumber>9789860100594 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71498</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>二仁溪廢棄物清理計畫紀錄影片</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71499</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71499</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71500</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71500</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71501</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71501</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽〈附冊〉</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71503</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71503</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫成果報告書光碟 The Plan of Coastal Monitoring and Investigation for  Hsinchu City and Miaoli County</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71504</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71504</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫 The Plan of Coastal Monitoring and Investigation for , Hsinchu City and  Miaoli  County</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>工業技術研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010002106</governmentpublicationsnumber><identifier>71505</identifier><internationalstandardbooknumber>9789860283662 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71505</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>99年度地層下陷分層監測井建置及其試驗分析    The installation of multi--layer land subsidence monitoring wells and data  analysis of  laboratory  tests  in 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/23</date><governmentpublicationsnumber>1010001209</governmentpublicationsnumber><identifier>71506</identifier><internationalstandardbooknumber>9789860281330 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71506</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>雲林內陸地層下陷地區地下水抽水機制之探討與評估</title><yearidentifier>201105</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/26</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>71508</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71508</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十三年）－光碟版</title><yearidentifier>200508</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/26</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>71509</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71509</librarycollectiondetailsurl><price>440</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十二年）－光碟版</title><yearidentifier>200408</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/26</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>71510</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71510</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十一年）－光碟版</title><yearidentifier>200306</yearidentifier></data><data><abstract>為能掌握寶二水庫完工後水庫營運管理及新竹地區水資源調配工作，寶山第二水庫營運管理系統規劃、設計及建置計畫主要以頭前溪水文測報及逕流預報系統、水庫放流警報系統、水源調配管理系統管理之規劃建置工作為主，並檢討及規劃燥樹排攔河堰、隆恩堰與寶山水庫及寶二水庫等共同營運管理組織與權責，以建構完整之管理系統及制度，輔助北水局新竹地區水資源管理業務之推展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642706</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/27</date><governmentpublicationsnumber>1009303821</governmentpublicationsnumber><identifier>71511</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71511</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>寶山第二水庫營運管理系統規劃、設計及建置－營運管理系統建置(光碟版)</title><yearidentifier>200411</yearidentifier></data><data><abstract>為能掌握寶二水庫完工後水庫營運管理及新竹地區水資源調配工作，寶山第二水庫營運管理系統規劃、設計及建置計畫主要以頭前溪水文測報及逕流預報系統、水庫放流警報系統、水源調配管理系統管理之規劃建置工作為主，並檢討及規劃燥樹排攔河堰、隆恩堰與寶山水庫及寶二水庫等共同營運管理組織與權責，以建構完整之管理系統及制度，輔助北水局新竹地區水資源管理業務之推展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.642706</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/27</date><governmentpublicationsnumber>1009303821</governmentpublicationsnumber><identifier>71512</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71512</librarycollectiondetailsurl><price>480</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>93</publishrocyear><title>寶山第二水庫營運管理系統規劃、設計及建置－光碟版</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6425</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/27</date><governmentpublicationsnumber>1009200444</governmentpublicationsnumber><identifier>71514</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71514</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>大甲溪攔河堰可行性規劃計畫五、綜合專題5.引水路發電研究=Feasibility Study of Da-Chia River Weir V.Synthetic Administration Study Report 5.Headrace Hydropower Study</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/27</date><governmentpublicationsnumber>1010002688</governmentpublicationsnumber><identifier>71515</identifier><internationalstandardbooknumber>9789860289916 ; 9789860289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71515</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署臺北水源特定區管理局99年度工作年報(光碟版)</title><yearidentifier>201109</yearidentifier></data><data><abstract>選擇宜蘭.花蓮.彰化.雲林.高雄.屏東等地區地下水觀測井計30口進行井體攝影檢測.評估.並提出改善對策.</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940203</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/28</date><governmentpublicationsnumber>1009404628</governmentpublicationsnumber><identifier>71518</identifier><internationalstandardbooknumber>9789860038699 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71518</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>地下水觀測井檢測.評估與改善(光碟版)  lnspection,Evaluation ,and lmprovement of Groundwater Monitoring Wells</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST10091</commissionedprojectidentifier><currency>NT$</currency><date>2011/9/28</date><governmentpublicationsnumber>1009102680</governmentpublicationsnumber><identifier>71519</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71519</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>91</publishrocyear><title>九十一年石門水庫抗旱總報告(光碟版)</title><yearidentifier>200208</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學生物系環境系統工程系</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2004/1/19</date><governmentpublicationsnumber>1009204976</governmentpublicationsnumber><identifier>71520</identifier><internationalstandardbooknumber>9789570162646 ; 9789570162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71520</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>石門水庫集水區類神經網路於流量推估之研究(光碟版)A Study of Disvcharge Estimation by  Artificial Network for Shihmen Reservoir Watershed</title><yearidentifier>200306</yearidentifier></data><data><abstract>嘉義海堤因興建年代較為久遠，部分海堤構造物長期經日曬雨淋現已產生老化、劣化等現象，另加上地層下陷及潮汐變化沖刷潛在因素，更加危及海堤之結構安全性，影響當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。鑑此，經濟部水利署第五河川局為詳細瞭解嘉義海堤內、外堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內民眾生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對嘉義海堤進行全面性安全檢測。其中完成計畫區海堤目視調查及堤頂高測量約14.9公里，另透地雷達完成施測計13,000公尺，並經交叉比對完成驗證，成果大致吻合。另經本案建立之綜合指標評估系統，進行海堤整體安全性評估，評估結果除東石海堤(新吉段)0K+600~0K+800、東石海堤(塭港段)0K+200~0K+400及0K+800~1K+000列入「注意改善」之範疇，其餘堤段則尚屬「計畫改善」。經本計畫詳細調查分析及評估後如列為「計畫改善」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/29</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71521</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71521</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫成果報告書(1/2) = A research plan for safety assessment of seawall at Chiayi coastal area (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>嘉義海堤因興建年代較為久遠，部分海堤構造物長期經日曬雨淋現已產生老化、劣化等現象，另加上地層下陷及潮汐變化沖刷潛在因素，更加危及海堤之結構安全性，影響當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。鑑此，經濟部水利署第五河川局為詳細瞭解嘉義海堤內、外堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內民眾生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對嘉義海堤進行全面性安全檢測。其中完成計畫區海堤目視調查及堤頂高測量約14.9公里，另透地雷達完成施測計13,000公尺，並經交叉比對完成驗證，成果大致吻合。 另經本案建立之綜合指標評估系統，進行海堤整體安全性評估，評估結果除東石海堤(新吉段)0K+600~0K+800、東石海堤(塭港段)0K+200~0K+400及0K+800~1K+000列入「注意改善」之範疇，其餘堤段則尚屬「計畫改善」。經本計畫詳細調查分析及評估後如列為「計畫改善」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>喬聯工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/9/29</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71522</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71522</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析計畫成果報告書(1/2) －光碟版 A research plan for safety assessment of seawall at Chiayi coastal area (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>「易淹水地區水患治理計畫」（以下簡稱本計畫）將以8年時間分3個階段辦理全省易淹水地區縣市管河川、區域排水及事業海堤之治理工作。 目前第1階段實施計畫將於97年6月30日結束，已獲初步成效。第2階段實施計畫預算亦業經立法院審查通過，為週全各項計畫推動，經濟部水利署（以下簡稱本署）擬以委託「專業服務」方式協助計畫推動，以確保計畫進度及品質。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980001</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/4</date><governmentpublicationsnumber>1010002561</governmentpublicationsnumber><identifier>71524</identifier><internationalstandardbooknumber>9789860287738 ; 9789860287</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71524</librarycollectiondetailsurl><price>5000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>易淹水地區水患治理計畫第2階段實施計畫」 The Service Project of the Second Stage Practicing Plan of the Regulation Project of Flood-prone Areas</title><yearidentifier>201108</yearidentifier></data><data><abstract>烏溪為中部地區主要河川之一，其河川逕流豐沛，惟目前水源利用狀況低，尤於豐水期，大量逕流未加利用即流失殊為可惜，故於烏溪橋上游5公里處規劃一攔河堰，並利用烏溪南岸土地規劃一離槽人工湖，具有供水穩定 、用地取得單純、工程技術可行及開發環境影響衝擊小等優點，本計畫延續前期規劃進行工程可行性規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990187</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/4</date><governmentpublicationsnumber>1009904268</governmentpublicationsnumber><identifier>71526</identifier><internationalstandardbooknumber>9789860258974 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71526</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－工程可行性規劃總報告－Feasibility Planning for Wu River Niaozueitan Artificial Lake(2/2)--Planning for Engineering Feasibility General Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>濁水溪溪洲大橋以下河段，每年十一月至隔年三月間，由於枯水期水量減少，導致河床裸露面積大增，加上東北季風盛行，常造成大規模揚塵，影響南岸鄉鎮居民生活甚鉅。降低揚塵之方案雖多，但由於河床甚寬、土地利用狀況不一，無法採行相同之適用方法，且因其裸露面積過大，有維護不易、完成相關改善方法後又易遭大水淹沒之特性。故需找尋各種減塵方案，以綜合改善方法對裸露地區、面積及對防洪及防塵之影響進行分析，尋找出適當之方法進行整個區域之規劃研究。</abstract><author>逢甲大學</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990126</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/5</date><governmentpublicationsnumber>1010002022</governmentpublicationsnumber><identifier>71528</identifier><internationalstandardbooknumber>9789860281910 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71528</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪下游揚塵改善計畫研究(2/2)－內附光碟=The study of fugitive dust csontrol in downstream part of Cho-Shui River (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，恐因沖刷將危及橋樑安全，取水構造物也因河床高程變動而需不斷改變取水位置，因石岡壩下游河床露出岩盤，顯見河道有持續刷深之趨勢，為減少下游橋樑、取水構造物及防等因持續刷深，造成下游公共建設及居民財產損失，亟需探討大甲溪由辮狀流河川轉為深槽河川，在建槽流量及固床工施設後河床縱向坡度變化情形等課題之水工模型試驗研究及數值模擬，以研提如何穩定河床之相關措施。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/5</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>71529</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71529</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)－內附光碟=Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract>海提構造物受土壤鹽化影響，易使結構物產生腐蝕情形外，再加潮汐變化及海浪侵襲與土體滲流，易會造成海堤底部沖刷及管湧，有鑑於此經濟部水利署第五河川局，為維護海堤構造物並了解其內部損壞現象，是以辦理本計畫。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/5</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71530</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71530</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)光碟版=A research plan safety assessment of seawall at Chiayi coastal area(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>鑑於當地民眾對於自身權益之要求、環保團體對於自然環境資源保育之關懷，除持續與民眾和有關機關團體溝通協調外，乃依地方發展需求與生態保育對策規劃研擬具體可行方案，爭取民眾的認同與支持。 再者，藉由可行性規劃檢討與推動階段之執行進行計畫通盤檢討，可創造生態環境、當地居民及水資源開發三贏的局面，希冀樹立日後水庫規劃與開發興建之新典範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/11</date><governmentpublicationsnumber>1010002568</governmentpublicationsnumber><identifier>71532</identifier><internationalstandardbooknumber>9789860288322 ; 9789860288</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71532</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>天花湖水庫可行性規劃檢討報告－光碟版 Reviewable Report on Feasibility Study of Tien Hwa Hu Reservoir</title><yearidentifier>201109</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，恐因沖刷將危及橋樑安全，取水構造物也因河床高程變動而需不斷改變取水位置，因石岡壩下游河床露出岩盤，顯見河道有持續刷深之趨勢，為減少下游橋樑、取水構造物及防等因持續刷深，造成下游公共建設及居民財產損失，亟需探討大甲溪由辮狀流河川轉為深槽河川，在建槽流量及固床工施設後河床縱向坡度變化情形等課題之水工模型試驗研究及數值模擬，以研提如何穩定河床之相關措施。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/11</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>71533</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71533</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)－內附光碟=Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract>油車溪、灣丘溪及密枝溪皆為曾文溪上游支流河川水系，河川長度分別約為12.5公里、9.5公里及15公里，流域面積分別約為28.9平方公里、12.8平方公里及27.7平方公里。本計畫除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，進一步瞭解土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會；另方面讓區域排水道能適當的重獲生機與活力。計畫執行之另一目的則為趁此機會重新調整河川防洪功能，以塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然環境的規劃手法，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980323</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/13</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>71534</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71534</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃成果報告=Environmental Rehabilitation Project of Youche、Mizhi and Wanqiu River</title><yearidentifier>201109</yearidentifier></data><data><abstract>油車溪、灣丘溪及密枝溪皆為曾文溪上游支流河川水系，河川長度分別約為12.5公里、9.5公里及15公里，流域面積分別約為28.9平方公里、12.8平方公里及27.7平方公里。本計畫除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，進一步瞭解土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會；另方面讓區域排水道能適當的重獲生機與活力。計畫執行之另一目的則為趁此機會重新調整河川防洪功能，以塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然環境的規劃手法，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980323</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/13</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>71535</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71535</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃成果報告(光碟版)=Environmental Rehabilitation Project of Youche、Mizhi and Wanqiu River</title><yearidentifier>201109</yearidentifier></data><data><abstract>依據往昔調查資料顯示全國水井總數已逾26萬口，合法水井數僅約1萬3千餘口，佔水井比例不及5﹪。為協助相關直轄市及縣(市)政府辦理違法水井處置工作，本署已完成「違法水井處置策略」(草案)等，另鑑於違法水井對地層下陷防治影響之急迫性，於執行面上修正為，對新增違法水井採「即報即封」，而位處重大計畫(或建設)區(如地層下陷區排水環境改善示範計畫、高鐵沿線3公里範圍內)、嚴重地層下陷地區、井主主動申報封填、配合其他公共建設計畫等之既有違法水井，併予優先處置；另以清查地下水管制區內其餘尚未處置之既有違法水井，依其存在態樣予排序封填。惟後續在違法水井處置之執行面及管理面上，需因應前開執行面之修正，就相關作業流程作必要之檢討與修正及規劃，而政策宣導、人員教育訓練、規劃開發違法水井申報資料系統與建置、及配合修訂取水計量等工作，亦是亟待辦理。爰上，特辦理本計畫工作，俾利協助直轄市及縣(市)政府逐步執行違法水井處置。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990200</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/18</date><governmentpublicationsnumber>1010002109</governmentpublicationsnumber><identifier>71539</identifier><internationalstandardbooknumber>9789860283273 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71539</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>違法水井處置作業規劃與量水設備設置推動計畫(內附光碟) The promotion project on processor to deal with illegal draft-wells and regulations modified of discharge gauge</title><yearidentifier>201106</yearidentifier></data><data><abstract>依據往昔調查資料顯示全國水井總數已逾26萬口，合法水井數僅約1萬3千餘口，佔水井比例不及5﹪。為協助相關直轄市及縣(市)政府辦理違法水井處置工作，本署已完成「違法水井處置策略」(草案)等，另鑑於違法水井對地層下陷防治影響之急迫性，於執行面上修正為，對新增違法水井採「即報即封」，而位處重大計畫(或建設)區(如地層下陷區排水環境改善示範計畫、高鐵沿線3公里範圍內)、嚴重地層下陷地區、井主主動申報封填、配合其他公共建設計畫等之既有違法水井，併予優先處置；另以清查地下水管制區內其餘尚未處置之既有違法水井，依其存在態樣予排序封填。惟後續在違法水井處置之執行面及管理面上，需因應前開執行面之修正，就相關作業流程作必要之檢討與修正及規劃，而政策宣導、人員教育訓練、規劃開發違法水井申報資料系統與建置、及配合修訂取水計量等工作，亦是亟待辦理。爰上，特辦理本計畫工作，俾利協助直轄市及縣(市)政府逐步執行違法水井處置。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.85029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990200</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/18</date><governmentpublicationsnumber>1010002109</governmentpublicationsnumber><identifier>71540</identifier><internationalstandardbooknumber>9789860283273 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71540</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>違法水井處置作業規劃與量水設備設置推動計畫(光碟版) The promotion project on processor to deal with illegal draft-wells and regulations modified of discharge gauge</title><yearidentifier>201106</yearidentifier></data><data><abstract>本年報為本局99年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/18</date><governmentpublicationsnumber>1010002432</governmentpublicationsnumber><identifier>71541</identifier><internationalstandardbooknumber>9789860286786 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71541</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署中區水資源局年報九十九年度</title><yearidentifier>201108</yearidentifier></data><data><abstract>摘要一、計畫緣起美福排水系統位於宜蘭縣境內，其流域涵蓋宜蘭市、員山鄉及壯圍鄉之一部份，為宜蘭河流經蘭陽平原最大支流，流域面積共計27.88平方公里。由於中上游位於宜蘭市區，擔負排除市區逕流功能，而宜蘭市為蘭陽地區最重要商業與行政中心，未來蘭陽平原大量引入人口之居住需求，社區住宅、商店或農舍亦逐漸增加，帶動區域發展與繁榮。唯關係著環境品質與區域防災之排水計畫，則顯得不足，且部份區域，包括市區及下游低窪地區排水機能不足，經常嚴重淹水情形，造成大規模災情，影響居民安全，並阻礙區域發展，有必儘速予以改善。配合「易淹水地區水患治理計畫」，有效解決淹水問題，須研擬綜合防洪排水、景觀遊憩及環境生態等多目標需求，以分洪、機械排水、蓄洪、滯洪及結合非工程措施等具體治理方案，並依據經濟部水利署水利規劃試驗所「區域排水整治及環境營造規劃參考手冊」進行規劃分析，本計畫經納入易淹水地區水患治理計畫第1階段實施計畫內辦理。本計畫區範圍為美福排水全流域，包括主流、建業及舊港支線、市區排水、農田排水及下游低窪地區整體改善規劃，其位置與範圍如圖1-1。美福排水屬縣管區域排水系統，為宜蘭河支流，其主支流排水系統如圖1-2，涵蓋區域排水、農田排水及市區排水各9條、13條及3條，以及宜蘭市、員山鄉及壯圍鄉三都市計畫區雨水下水道系統。二、環境概述(一)區位美福排水系統位於宜蘭縣東北端，蘭陽平原最中心區域，其流域行政區涵蓋宜蘭市、員山鄉及壯圍鄉之一部份，區域內有美福、吉祥、新南、古結、壯圍、進士、惠好、員山等聚落。區位上屬溪北地區，為宜蘭縣行政中心與產業密集地區，亦是蘭陽地區最繁榮區域。(二) 社經及人文圖1-1 計畫區位置與範圍圖 圖1-2 美福排水系統圖-區排部分六、綜合治水方案分析與擇訂本計畫區經高低地分離，低地為位於昌農橋下游處之渠道，建議以渠道整理配合新建1,700m分流渠道方案為主，以迅速暢洩洪水量。昌農橋以上之高地部分，經以導洪、滯洪、束洪、分洪等措施處理下擬定5個綜合治水方案，經評估以瓶頸段改善、跨渠構造物改善、渠道整理與拓寬，分流、防洪牆加高之方案5治理。高地治理之各方案說明如下： (一)方案1：渠道整理/滯洪本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後，輔以4處設滯洪池。移除阻水之攔河堰及制水閘門，並以倒伏式閘門替代。(二)方案2：渠道整理/全面拓寬改建本方案為經排水路渠坡修整、跨渠構造物改建、渠寬瓶頸段拓寬後仍有溢堤之河段，進行河段排水路全面渠道整理與拓寬。(三)方案3：導洪/束洪/滯洪本方案選定適當區位設置滯洪池設施，並配合渠道整理、瓶頸段拓寬(導洪)與局部河段加高防洪牆(束洪)、渠道側溝整理(疏洪)等方式增加排水路通洪能力。(四)方案4A：導洪/束洪/疏洪本方案與方案3接近，為將滯洪池所需之分洪量藉由興建分流渠道方式進行改善。(五)方案4B：導洪/束洪/疏洪本方案為牛稠溪排水與六塊厝排水全河段渠道整理、瓶頸段拓寬與阻水橋樑改善，對於仍有溢堤處，以拓寬與防洪牆加高型式保護兩岸土地；里程牛12K+175～牛12K+278兩岸緊鄰住宅無法拓寬，建議以防洪牆加高，並配合於12K+278新建分洪箱涵流回至12K+175。里程牛13K+172～治理終點兩岸腹地不足，建議沿渠道邊現況道路方向共構拓寬。 方案別	方案1	方案2	方案3	方案4A	方案4B主要工程內容	河道整理、瓶頸段拓寬、阻水橋樑改善(導洪)，另設置4座滯洪池	渠道全面拓寬改善(導洪)	多元治水策略(導洪/束洪)，另配合滯洪池1座	多元治水策略(導洪/束洪)，另配合分洪箱涵工程	多元治水策略(導洪/束洪)，另配合分洪箱涵及道路下拓寬渠道工程經費(萬元)	708,315	155,828	233,538	116,208	101,147主要優點	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	施工容易、增加民眾遊憩休閒空間視野	環境衝擊小、滯洪池可補助水源並輔佐成為景觀遊憩	徵收私有地最少	工程經費較低、施工容易主要缺點	滯洪池管理維護困難、用地取得困難、工程經費高	兩岸拓寬用地取得困難	滯洪池用地取得困難	分流工程長、施工造成交通阻礙	防洪牆高度較高，對景觀視覺衝擊大土地取得程度	〤	〤	〤	○	○民眾接受度	〤	〤	〤	○	○施工難易程度	〤	〤	〤	〤	○維護管理	〤	○	〤	○	○生態環境	○	○	○	〤	〤景觀融合性	○	○	○	〤	〤抒解淹水災害	○	○	○	○	○建議方案					建議採用七、水質及環境營造規劃本計畫之環境營造願景以創造多樣水域風貌為主軸，配合週邊土地發展型態導入空間活動與機能設施，規劃出三大景觀區塊：1.六塊厝排水系統的建成密集區塊；2.牛稠溪排水系統的工業區景觀區塊；3.牛稠溪排水系統的農村田野區塊。牛稠溪排水系統水質不佳，在污水下水道系統完成前，應以排水周圍截流工程先行完成，並輔以小型污水處理措施，建議可於大連工業區配合都市變更後所提供之綠地土地作為礫間曝氣工法生態水質淨化場址，設計處理量為6,000CMD，用地面積約需0.5公頃，BOD5污染削減率可達72%，出流水水質約為1.95 mg/L，削減量約為30.3 kg/day；另外亦建議於復興橋至昌農橋間渠道上，施以灘地漫地流工法作為另一水質改善方案場址，設計處理量約為7,800CMD，BOD5污染削減率可達90%，出流水水質約為1.36 mg/L，削減量約為299 kg/day。 八、工程計畫(一)工程規劃設計1.牛稠溪排水牛稠溪於高灘地里程6 K +700進行分流措施，里程6 K+700至河口間(牛高灘6K+700～牛高灘0K+000)配合渠道斷面整理。牛稠溪於高灘地里程6 K +800至昌農橋(9 K +000)，與昌農橋上游至長興橋間(牛0K+000～牛9K+464)兩岸護岸完善，建議保留，惟排水渠道需作渠坡修整，渠道整理工程應避免破壞現有護岸基礎，建議預留2m之現況渠底後再進行渠底浚挖。牛稠溪於長興橋上游至治理終點建議進行排水拓寬配合防洪牆工程，里程9K +464至11K +900拓寬至15m寬、里程12K+000至終點拓寬至7m寬，惟里程12K+175～12K+278兩岸緊鄰住宅無法拓寬，需於11K+278新建約95m之道路下方分洪箱涵流回至12K+175，分洪箱涵為1孔W×H＝1.3m×1.5m，設計渠坡為0.00621。里程13K+172～治理終點兩岸腹地亦不足，建議沿渠道邊現況道路向方拓寬共構。拓寬渠道側坡採1：0.5塊石護岸。2.六塊厝排水六塊厝排水於箱涵段上游3K+511~3K+585及3K+700~3K+800，於渠坡修整時一併重新施作護岸，另外里程4K+000～4K+322為渠道瓶頸段，建議優先改善拓寬至19m寬。3.牛稠溪高灘地新建分流渠道自牛稠溪高灘地里程6+700新建1,700m分流渠道，並約於高屏溪大斷面30處匯入高屏溪。設計渠坡為0.00088，渠道斷面以梯形土坡為主，底寬20m、渠深4.5m、邊坡為2H：1V，分流口以溢流堰作流量控制，堰長約為75m，堰高0.3m，堰頂高程約為EL.12.14 m。4.跨渠構造物改善牛稠溪排水計37處橋樑2處閘門1座攔河堰需改建；而六塊厝排水計6處橋樑需改建。5.水質改善措施擬施設2處小型自然水質淨化工法，一為於長興橋上游右岸設置約0.5ha之礫間加強氧化工法，處理水量約為6,000CMD；二為於昌農橋至復興橋間兩岸灘地設置長約3,000m，寬10m之灘地漫地流工法，處理水量約為7,800CMD。(二)工程經費牛稠溪流域整體改善總經費12.26億元，用地費為3.06億元。惟為配合「易淹水地區改善計畫」，牛稠溪於昌農橋下游之高灘地分流改善經費與2處自然水質淨化工法不納入「易淹水地區改善計畫」經費之提撥，計昌農橋上游改善方案之總建造成本計約10.11億元，其中包含用地費用約2.78億元。(三)分期實施計畫配合「易淹水地區改善計畫」，依據排水整治之急迫性與效益，牛稠溪昌農橋以上排水整治建議分兩期實施。第1期目標為優先改善牛稠溪下游高屏溪高灘地、長興橋上游、六塊厝下游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)、牛稠溪上游分流箱涵、昌農橋下游攔河堰、2座閘門改善工程及長興橋及其上游部份次要橋樑、版橋改建，年度經費計5.06億。第2期目標則改善昌農橋上游至長興橋、長興橋上游部份河道、六塊厝排水中上游河道整理拓寬工程、斷面改善工程(加高防洪牆工程)，並包含本河段上之次要橋樑與版橋改建，年度經費計5.05億元。 (四)工程效益本計畫改善工程在第1期實施時，即可有效降低淹水情形，益本比為0.96，可改善淹水面積200ha，增加保護人口約8,200人(25年重現期)，第2期工程實施後，可改善淹水面積約為61ha，增加保護人口約2,500人，益本比約為0.18。</abstract><author>泊森總合環境設計股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/18</date><governmentpublicationsnumber>1010002857</governmentpublicationsnumber><identifier>71543</identifier><internationalstandardbooknumber>9789860291261 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71543</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」縣管區域排水美福排水系統規劃報告(核定報告)(內附光碟)=Regulation Project of Flood-prone Areas the Planning of Mei-Fu Drainage System</title><yearidentifier>201109</yearidentifier></data><data><abstract>梅洲地區位於宜蘭市北側，毗鄰宜蘭河，地勢低窪，洪水來臨時內水無法藉由重力排入宜蘭河，造成部份區域淹水災害，影響居民生活與地方發展甚鉅。爰此，乃參考水利署水規所「區域排水整治及環境營造規劃參考手冊」，並依計畫區水文條件、流域土地利用情形、排水特性、環境生態特質、水路測量成果及淹水災害成因，研擬綜合防洪排水、景觀遊憩及環境生態等多目標需求，有效且可行之具體治理方案及管理策?%</abstract><author>新環工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2009/1/25</date><governmentpublicationsnumber>1009800049</governmentpublicationsnumber><identifier>71544</identifier><internationalstandardbooknumber>9789860169201 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71544</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」宜蘭縣縣管區域排水梅洲排水系統規劃報告=Regulation Project of Flood-prone Areas The Planning of Yilan County-Governed Meijhou Regional Drainage System</title><yearidentifier>200901</yearidentifier></data><data><abstract>臺北水源特定區水質風險管理模式之建立與應用」為三年期計畫，擬針對臺北水源特定區內高風險之水質項目（如：大腸桿菌群、總磷及氨氮），建立水質風險管理模式，進一步採取適切之水質風險管理策略與應變計畫，並提供相關學術單位之研究所需。第一年工作項目主要為基本資料收集調查與分析、國內外水質風險管理相關研究之收集與分析、區內高風險水質監測項目之彙整分析、區內水質風險成因及機制探討、評估區內水質監測站之代表性、適地性與即時性等。 本計畫已蒐相關文獻與研究報告，包含水質調查、土地利用現況、國外水質風險管理文獻等，並針對計畫區內總大腸桿菌群、總磷及氨氮之成因與機制作詳細探討，藉由現場勘查與各種土地利用行為綜合評估對河川水體水質可能造成之風險。各水質測站94年1月至99年9月水質資料之特性分析與時間序列分析結果顯示，整體而言，三流域之歷年水質變異大且並未隨時間而有明顯消長趨勢，惟大腸桿菌群於此三個流域中幾乎都超過甲類水體水質標準。亦針對雨量與水質進行相關性分析，其結果顯示大腸桿菌群、總磷及氨氮與採樣前一日雨量及前三日累積雨量未有良好的相關性。 依據現場查核、土地管理研判、微生物指標、雙因子變異數無重複試驗分析、季節性趨勢分析及背景值分析等方法，分別對於既有監測站對高風險水質監測之意義加以探討，並檢討目前測站設置點位置之合理性，提出綜合建議如下：北勢溪後寮溪(雙溪鄉)測站可改選附近水量較充沛且開闊之區域並放寬監測頻率；灣潭(雙溪鄉)亦可考量放寬監測頻率；可考慮於翡翠水庫庫區附近增加2個測站；而新設自動監測資料穩定後應與人工監測比對評估。南勢溪桶後溪上游測站因採樣困難度高，且與桶後溪測站距離較近，可重新考慮其必要性。新店溪則可考慮在其支流增加1個測站。並建議所有測站增加微生物指標項目之監測及採樣時紀錄相關環境因子。 本計畫第二年將依據本年度對於計畫區環境特性、水質特性及國內外水質風險管理方式之掌握，擬定第二年度未來工作如區內高風險水質項目之補充監測與調查、區內水質風險管理模式之建立、區內水質風險管理因子之建立及敏感度分析及研擬水質風險管理模式之驗證方法。</abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990010</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/19</date><governmentpublicationsnumber>1009904282</governmentpublicationsnumber><identifier>71548</identifier><internationalstandardbooknumber>9789860259285 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71548</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水資源特定區管理局</publisher><publishrocyear>99</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(1/3)－Construction and Application of Risk Management for Taipei Water Sources Domain</title><yearidentifier>201012</yearidentifier></data><data><abstract>急水溪流域面積約379平方公里，主流全長約65公里，屬中央管河川。本局治理界點由河口至南一六五線青葉橋全長約47公里，兩側現況防洪構造物興建日期不一，由民國98年「八掌溪及急水溪水系大斷面測量工作」測量報告書統計，現有堤防約為72,541公尺。 現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，對於現況防洪構造物的安全性影響極大。歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990274</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/19</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>71550</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71550</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫 A Research Plan for Jishuei River Embankment Safty Analysis</title><yearidentifier>201108</yearidentifier></data><data><abstract>急水溪流域面積約379平方公里，主流全長約65公里，屬中央管河川。本局治理界點由河口至南一六五線青葉橋全長約47公里，兩側現況防洪構造物興建日期不一，由民國98年「八掌溪及急水溪水系大斷面測量工作」測量報告書統計，現有堤防約為72,541公尺。 現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，對於現況防洪構造物的安全性影響極大。歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990274</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/19</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>71551</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71551</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫 (光碟版) A Research Plan for Jishuei River Embankment Safty Analysis</title><yearidentifier>201108</yearidentifier></data><data><abstract>本年度計畫以水質檢測尚屬良好，但卻發生藻類特性改變而影響處理系統之處理效能的鯉魚潭水庫為探討重，工作內容包含鯉魚潭水庫原水水質調查及大型模廠、快濾池模廠及模組的試驗。</abstract><author>國立中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990015</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1009904398</governmentpublicationsnumber><identifier>71552</identifier><internationalstandardbooknumber>9789860261103 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71552</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究：異常原水水質之應變與操作技術提升(2/4)－ A study of treatment efficiency improvement and drinking water quality stabilization for traditional water supply treatment process improvement of treatment and e</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71553</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71553</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract>【臺灣重要河川水庫總覽】（以下簡稱本總覽）選擇中央管河川24條及跨省（市）河川之淡水河、磺溪共26條，逐條分節說明各河川特性及現況，第一節流域概況包含河川水系主支流及流經範圍，流域內都會區域、經濟產業與交通概況，集水區內地形、地質環境。第二節說明氣象、水文與水質記錄。第三節則撰敘流域生態環境、文化古蹟與著名景觀地點等人文。第四節則整理該水系之防洪治理沿革，其中含洪災歷史回顧，河川治理規劃與現況是否已臻完備，至於更詳細的防洪、水文內容則以表格方式收錄於附冊。第五節摘錄各水系灌溉圳別、面積與灌溉水量。第六節說明該水系集水區內之水庫、攔河堰與水力發電等水資源利用情形，其中水庫、攔河堰等工程之較繁複工程數字，則收錄於本報告附錄二。第二篇每條河川各論首頁，均先呈現該河川流域圖，並於第六節最後編排該河川流域代表性照片，其中包括河況景觀、防洪工程及水庫建設等。有關縣(市)管河川目前僅收錄各河川之起、迄點、河流長度、平均坡降及流域面積等河川基本資料，其餘將另行編撰成冊刊行，提供參考。另配合五都改制，部分縣管河川尚未配合公告為直轄市管河川文敘中現有防洪工程統計資料係由各河川局提供，各水系治理基本計畫資料則直接引用已公告資料，至於尚未公告之治理基本計畫資料，則係蒐集自規劃單位，另灌溉系統資料來源係由各水利會提供，水庫及攔河堰資料係由水利署提供。</abstract><author>經濟部水利署</author><categoryidentifier>443.6   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71554</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71554</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽(附冊)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1010001209</governmentpublicationsnumber><identifier>71555</identifier><internationalstandardbooknumber>9789860281330 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71555</librarycollectiondetailsurl><price></price><publisher>國立台灣大學</publisher><publishrocyear>100</publishrocyear><title>雲林內陸地層下陷地區地下水抽水機制之探討與評估</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71556</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71556</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫（1/2）成果報告書</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/20</date><governmentpublicationsnumber>1010002022</governmentpublicationsnumber><identifier>71557</identifier><internationalstandardbooknumber>9789860281910 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71557</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪下游揚塵改善計畫研究（22）</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990220</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002106</governmentpublicationsnumber><identifier>71558</identifier><internationalstandardbooknumber>9789860283662 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71558</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>99年度地層下陷分層監測井建置及其試驗分析</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>71559</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71559</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫 The Plan of Coastal Monitoring and Investigation for , Hsinchu City and  Miaoli  County</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002164</governmentpublicationsnumber><identifier>71560</identifier><internationalstandardbooknumber>9789860284492 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71560</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克災後卑南溪堤防損害及改善方案研擬</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>71561</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71561</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)=Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract>本年報為本局99年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002432</governmentpublicationsnumber><identifier>71562</identifier><internationalstandardbooknumber>9789860286786 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71562</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署中區水資源局年報九十九年度</title><yearidentifier>201108</yearidentifier></data><data><abstract>本年報為本局99年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002432</governmentpublicationsnumber><identifier>71563</identifier><internationalstandardbooknumber>9789860286786 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71563</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署中區水資源局年報九十九年度</title><yearidentifier>201108</yearidentifier></data><data><abstract>油車溪、灣丘溪及密枝溪皆為曾文溪上游支流河川水系，河川長度分別約為12.5公里、9.5公里及15公里，流域面積分別約為28.9平方公里、12.8平方公里及27.7平方公里。本計畫除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，進一步瞭解土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會；另方面讓區域排水道能適當的重獲生機與活力。 計畫執行之另一目的則為趁此機會重新調整河川防洪功能，以塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然環境的規劃手法，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980323</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>71564</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71564</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃 Environmental Rehabilitation Project of Youche. Mizhi and Wanqiu River</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/21</date><governmentpublicationsnumber>1010002880</governmentpublicationsnumber><identifier>71565</identifier><internationalstandardbooknumber>9789860291285 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71565</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>民間參與馬祖南竿海水淡化廠新建工程執行成果總報告</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/25</date><governmentpublicationsnumber>1010002880</governmentpublicationsnumber><identifier>71581</identifier><internationalstandardbooknumber>9789860291285 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71581</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>民間參與馬祖南竿海水淡化廠新建工程執行成果總報告--光碟版</title><yearidentifier>201110</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990001</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/25</date><governmentpublicationsnumber>1010002549</governmentpublicationsnumber><identifier>71582</identifier><internationalstandardbooknumber>9789860286861 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71582</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201109</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990001</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/25</date><governmentpublicationsnumber>1010002549</governmentpublicationsnumber><identifier>71583</identifier><internationalstandardbooknumber>9789860286861 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71583</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理(光碟版) Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/25</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>71584</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71584</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>100</publishrocyear><title>中華民國99年氣候資料年報 第一部份 -- 地面資料＝CLIMATOLOGICAL DATA ANNUAL REPORT 2010  PART  I -- SURFACE DATA</title><yearidentifier>201109</yearidentifier></data><data><abstract>台灣地區受自然環境及地理條件的影響，雖然雨量豐沛，但可有效利用的水資源卻 相當缺乏。然在新竹縣地區，人口增長與工業經濟蓬勃發展，需水量漸增，政府為有效 解決水資源危機並提升水資源之永續利用，透過本計畫的研擬分析，了解新竹縣地區合 適的水再生利用方案以及相關規劃與推動策略，期望減低未來新竹縣地區水資源缺乏的 衝擊與經濟上的損失。 再生水之應用包括農業用水、保育用水、工業用水以及生活次級用水但考量國人對 使用再生水安全性上的疑慮，本計畫建議將再生水應用在工業用水與生活次級用水。本 計畫收集新竹縣內可能的再生水水源包括可規劃成取供系統的三個污(廢)水處理廠與取 用系統的機關學校等，並依水質、水量、可用地、潛在使用者、未來可擴充性與開發管 理便利性等因子加以分析，最後建議取供系統短期內於竹北水資源回收中心設置模廠作 為優先考量，規劃建置再生水量為5,000CMD 的機組，處理流程為污水廠放流水纖維 過濾器MFRO再生水。以短期規劃目標進行單位成本估算時，建設費用含操作維 護費用約為20.36 元/m3；取用系統篩選縣內多所機關學校後，建議以竹北國中與明新科 技大學做為示範廠址。竹北國中建議採用生態工法及過濾消毒的方式建置水回收再生系 統，係考量環境美觀、操作維護以及富教育意義，46CMD 再生水建設成本約為128 萬 元。明新科大則為建置750CMD 之污水處理及過濾消毒設施，其處理流程為生活污水 欄污柵初沉池曝氣二沉池砂濾消毒再生水，產出的再生水應用在沖廁澆灌 上，處理設施總工程經費約為2,166 萬元。 本計畫建議新竹縣地區在短期(3~5 年)應優先建置竹北水資源回收中心模廠與竹北 國中之生態工法回收系統，中期為在竹北、竹東水資源回收中心建置再生水廠為主要推 動方針，長期則是全面推動縣內機關學校之再生水系統，並建置再生水配水管網。期望 使新竹縣市成為全台優良再生水示範縣市。</abstract><author>美商傑明工程顧問(股)台灣分公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990405</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/26</date><governmentpublicationsnumber>1010000560</governmentpublicationsnumber><identifier>71587</identifier><internationalstandardbooknumber>9789860274103 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71587</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>新竹縣地區之水再生利用規劃及試驗計畫先期研究Prelimiinary Study of Planning and pilot Testing of Water Reclamation in Hsin Chu County</title><yearidentifier>201103</yearidentifier></data><data><abstract> </abstract><author>謝光照.楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/10/26</date><governmentpublicationsnumber>1010002975</governmentpublicationsnumber><identifier>71588</identifier><internationalstandardbooknumber>9789860291995 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71588</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>100</publishrocyear><title>雜糧作物試驗研究年報-民國98年 ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT 2009</title><yearidentifier>201109</yearidentifier></data><data><abstract>本年度的工作重點在於利用歷年的成果進行加值擴充，在水文觀測資訊管理部分，將配合水利署正式上線運作之GPRS水位測站傳輸提供整合服務及後續應用；在水文資訊加值服務部分，「水文資訊網整合服務系統」將整入地下水觀測與近海水文觀測資料，並加入雨量分析項目；水文資訊申請部分，本年度將正式對外收費，需配合水利署新頒布之收費作業標準調整系統功能，並納入多元之收費管道。為配合水文資料處理程序之推動，本年度將進行各水利署所屬單位之訪談與辦理教育訓練，並提供線上版本教材。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990143</commissionedprojectidentifier><currency>NT$</currency><date>2011/10/28</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>71589</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71589</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3)Extension  and  Improvement   of  Hydrological  Information  System  Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/3</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>71602</identifier><internationalstandardbooknumber>10196293 ; 10196293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71602</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>99</publishrocyear><title>中華民國99年氣候資料年報第一第一部分──地面資料</title><yearidentifier>201008</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990001</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/3</date><governmentpublicationsnumber>1010002549</governmentpublicationsnumber><identifier>71603</identifier><internationalstandardbooknumber>9789860286861 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71603</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理=Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201109</yearidentifier></data><data><abstract>急水溪流域範圍處台南市一帶，民國98年莫拉克風災為台灣各地區帶來驚人的雨量，多處地區流量紀錄皆超過重現期距100年之設計標準，時有進行堤防全面性檢查之必要，惟因堤防拆除重建經費龐大，故冀以非破壞檢測方式尋求最經濟之維修對策，是故辦理本計劃。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/3</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>71604</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71604</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫= A Research Plan for Jishuei River Embankment Safty Analysis</title><yearidentifier>201108</yearidentifier></data><data><abstract>「易淹水地區水患治理計畫」（以下簡稱本計畫）將以8年時間分3個階段辦理全省易淹水地區縣市管河川、區域排水及事業海堤之治理工作。 目前第1階段實施計畫將於97年6月30日結束，已獲初步成效。第2階段實施計畫預算亦業經立法院審查通過，為週全各項計畫推動，經濟部水利署（以下簡稱本署）擬以委託「專業服務」方式協助計畫推動，以確保計畫進度及品質。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980001</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/4</date><governmentpublicationsnumber>1010002561</governmentpublicationsnumber><identifier>71614</identifier><internationalstandardbooknumber>9789860287738 ; 9789860287</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71614</librarycollectiondetailsurl><price>5000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>易淹水地區水患治理計畫第2階段實施計畫」專業服務計畫(光碟版) The Service Project of the Second Stage Practicing Plan of the Regulation Project of Flood-prone Areas</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>邵屏華、高銘健</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/7</date><governmentpublicationsnumber>1009804710</governmentpublicationsnumber><identifier>71615</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71615</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>98</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第四十五號　中埔</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>張憲卿</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/7</date><governmentpublicationsnumber>1009704043</governmentpublicationsnumber><identifier>71616</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71616</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>97</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第四十四號　嘉義</title><yearidentifier>200807</yearidentifier></data><data><abstract> </abstract><author>林偉雄 林啟文 劉彥求 陳柏村</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/7</date><governmentpublicationsnumber>1009703435</governmentpublicationsnumber><identifier>71617</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71617</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>97</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第五十九及六十四號　台東 知本</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>628.026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/10</date><governmentpublicationsnumber>1010002866</governmentpublicationsnumber><identifier>71620</identifier><internationalstandardbooknumber>9789860291513 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71620</librarycollectiondetailsurl><price>65</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>中華民國建國100年民主檔案展導引手冊</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>紀俊臣等撰文</author><categoryidentifier>628</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/10</date><governmentpublicationsnumber>1010002745</governmentpublicationsnumber><identifier>71621</identifier><internationalstandardbooknumber>9789860289312 ; 9789860289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71621</librarycollectiondetailsurl><price>450</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>大道之行：中華民國建國一百年民主檔案專題選輯|f紀俊臣等撰文</title><yearidentifier>201110</yearidentifier></data><data><abstract>急水溪流域範圍處台南市一帶，民國98年莫拉克風災為台灣各地區帶來驚人的雨量，多處地區流量紀錄皆超過重現期距100年之設計標準，時有進行堤防全面性檢查之必要，惟因堤防拆除重建經費龐大，故冀以非破壞檢測方式尋求最經濟之維修對策，是故辦理本計劃。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/16</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>71636</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71636</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫= A Research Plan for Jishuei River Embankment Safty Analysis</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/16</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71637</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71637</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫（1/2）成果報告書</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/18</date><governmentpublicationsnumber>1010001209</governmentpublicationsnumber><identifier>71644</identifier><internationalstandardbooknumber>9789860281330 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71644</librarycollectiondetailsurl><price></price><publisher>國立台灣大學</publisher><publishrocyear>100</publishrocyear><title>雲林內陸地層下陷地區地下水抽水機制之探討與評估</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990220</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/18</date><governmentpublicationsnumber>1010002106</governmentpublicationsnumber><identifier>71645</identifier><internationalstandardbooknumber>9789860283662 ; 9789860283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71645</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>99年度地層下陷分層監測井建置及其試驗分析</title><yearidentifier>201106</yearidentifier></data><data><abstract>海提構造物受土壤鹽化影響，易使結構物產生腐蝕情形外，再加潮汐變化及海浪侵襲與土體滲流，易會造成海堤底部沖刷及管湧，有鑑於此經濟部水利署第五河川局，為維護海堤構造物並了解其內部損壞現象，是以辦理本計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/11/18</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71647</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71647</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)光碟版=A research plan safety assessment of seawall at Chiayi coastal area(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>急水溪流域面積約379平方公里，主流全長約65公里，屬中央管河川。本局治理界點由河口至南一六五線青葉橋全長約47公里，兩側現況防洪構造物興建日期不一，由民國98年「八掌溪及急水溪水系大斷面測量工作」測量報告書統計，現有堤防約為72,541公尺。 現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，對於現況防洪構造物的安全性影響極大。歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990274</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/18</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>71648</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71648</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫 (光碟版) A Research Plan for Jishuei River Embankment Safty Analysis</title><yearidentifier>201108</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990001</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/21</date><governmentpublicationsnumber>1010002549</governmentpublicationsnumber><identifier>71657</identifier><internationalstandardbooknumber>9789860286861 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71657</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理=Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/29</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71683</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71683</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)=The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/29</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71684</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71684</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)--光碟版 The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/29</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71685</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)--光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region (2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/29</date><governmentpublicationsnumber>1010002284</governmentpublicationsnumber><identifier>71686</identifier><internationalstandardbooknumber>9789860285666 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71686</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究總報告 The Technique of Ecological Habitat Evaluation in the Coast Region</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/11/29</date><governmentpublicationsnumber>1010002284</governmentpublicationsnumber><identifier>71687</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究總報告－光碟版 The Technique of Ecological Habitat Evaluation in the Coast Region</title><yearidentifier>201107</yearidentifier></data><data><abstract>曾文溪由於上游興建曾文水庫(62年)，及其支流後堀溪、菜寮溪及官田溪上游分別建有南化水庫(82年)、鏡面水庫(69年)及烏山頭水庫(19年)後，砂石補充來源即減少，導致中、下游砂石資源漸趨枯竭。由河道大斷面測量結果得知，民國63～95年河川平均高程變動，曾文溪中、下游河段部分河段主深槽沖刷，斷面0～斷面40(西港大橋上游)之河床平均高程呈現小幅度降低，而斷面40～斷面58(麻善大橋下游)則呈現沖刷，其中以高速公路橋至麻善大橋間幅度最大(約3公尺)。為評估曾文溪主河道(曾文水庫以下)及支流後旦溪、密枝溪、油車溪、後堀溪、菜寮溪及官田溪之河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>71692</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71692</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究〈1/2〉(附光碟)=The   study   on  causes  of  channel   erosion  through  monitoring  investigation  and  the  prevention  strategies  of  the  Tseng-Wen  River〈1/2〉</title><yearidentifier>201105</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考，本報告書旨在?整97暨98年計畫成果。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980249</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1009803395</governmentpublicationsnumber><identifier>71693</identifier><internationalstandardbooknumber>9789860207842 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71693</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析總報告(內附光碟)＝Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (Summing Report)</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1009803393</governmentpublicationsnumber><identifier>71694</identifier><internationalstandardbooknumber>9789860207835 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71694</librarycollectiondetailsurl><price>400</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(2/2)〈成果報告〉(內附光碟)=Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71695</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71695</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2) =The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010002284</governmentpublicationsnumber><identifier>71696</identifier><internationalstandardbooknumber>9789860285666 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71696</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究總報告=The Technique of Ecological Habitat Evaluation in the Coast Region</title><yearidentifier>201107</yearidentifier></data><data><abstract>油車溪、灣丘溪及密枝溪皆為曾文溪上游支流河川水系，河川長度分別約為12.5公里、9.5公里及15公里，流域面積分別約為28.9平方公里、12.8平方公里及27.7平方公里。本計畫除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，進一步瞭解土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會；另方面讓區域排水道能適當的重獲生機與活力。 計畫執行之另一目的則為趁此機會重新調整河川防洪功能，以塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然環境的規劃手法，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980323</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>71698</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71698</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃成果報告(光碟版) =Environmental Rehabilitation Project of Youche. Mizhi and Wanqiu River</title><yearidentifier>201109</yearidentifier></data><data><abstract>中央管河川水道治理計畫線、用地範圍及河川區域線等法線亟待作通盤整合與探討。近年來由於測量技術演進，地理資訊發展臻於成熟，諸如各法線與地形、地物、地籍及都市計畫線間扞格不妥之問題，可藉由本計畫提供未來於河川治理暨管理工作之參考。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1009803393</governmentpublicationsnumber><identifier>71699</identifier><internationalstandardbooknumber>9789860207835 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71699</librarycollectiondetailsurl><price>400</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>中央管河川水道治理計畫線與河川區域線之合宜性檢討與分析(2/2)〈成果報告〉光碟版=Review and analysis of River Reservation Zone and Alignment of levee for The River Administered by Central Government (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71700</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71700</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2) 光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/8</date><governmentpublicationsnumber>1010002284</governmentpublicationsnumber><identifier>71701</identifier><internationalstandardbooknumber>9789860285666 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71701</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究總報告(光碟版)=The Technique of Ecological Habitat Evaluation in the Coast Region</title><yearidentifier>201107</yearidentifier></data><data><abstract>本年度工作中對於流域整體治理與保全議題擬訂對策，提出因應解決方法，並擬具需符整體系統性大甲溪治理策略。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/12</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>71702</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71702</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)(內附光碟)=Review Report on Dajia River Basin Integrated Regulation Plan (2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>中港溪位於台灣西北部苗栗縣境內，為經濟部水利署第二河川局轄管中央管河川之ㄧ，介於頭前溪及後龍溪之間，主流發源於南庄南方土地，共分為兩支，東河出自家裡山山脈鹿場大山，標高2,616公尺，經由鹿場向北流至東河在折向西流至南庄經由鹿場向北流至東河在折向西流至南;而此計畫為建置中港溪水系基本資料庫，配合GIS強大功能將產製及收集數值圖資有效利用，並結合水利署自民國94年開始執行[國土復育策略方案暨行動計畫先期作業]分之[開發建置中央管河川空間資訊系統計劃]成果應用以作為業務查詢、展示應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/19</date><governmentpublicationsnumber>1009900080</governmentpublicationsnumber><identifier>71711</identifier><internationalstandardbooknumber>9789860221404 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71711</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪河川環境航空測量數值資料製作 (光碟版) To  Produce  the  Jhoggang  River  Environment  Digital  Data  by  Aerial  Photogrammetry</title><yearidentifier>201001</yearidentifier></data><data><abstract>後龍溪位於台灣中北部，東北鄰龍溪流域，東南與大安溪為界，西傍西湖溪流域，為苗栗縣進內最大河川。主流發源於加裡山山脈之鹿場大山(標高2,616公尺)溪流成汶水溪，於桂竹林匯合發源於東洗水山(2,342公尺)之大湖西後撐後龍溪，由福基流入平地，貫穿苗栗市，在於頭屋匯合老田寮溪及沙河後，經後龍於公司寮附近出海，幹流長度約58.3公里，流域面積約537平方公里，為貴局轄管中央管河川之ㄧ。</abstract><author>中興測量有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/19</date><governmentpublicationsnumber>1009900079</governmentpublicationsnumber><identifier>71712</identifier><internationalstandardbooknumber>9789860221398 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71712</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>後龍溪暨老田寮溪河川環境航空測量數值資料製作(光碟版) The  Development  Digital  Environment  Database  for  HoLong  River  in  2009</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/19</date><governmentpublicationsnumber>1010004171</governmentpublicationsnumber><identifier>71714</identifier><internationalstandardbooknumber>9789860305074 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71714</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區地理資訊系統擴充建置及維護計畫委託專業服務〈含後續擴充〉成果報告 Shihmen Reservoir Expansion of Geographic Information Systems Developing and Maintenance</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/19</date><governmentpublicationsnumber>1010004171</governmentpublicationsnumber><identifier>71715</identifier><internationalstandardbooknumber>9789860305074 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71715</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區地理資訊系統擴充建置及維護計畫委託專業服務〈含後續擴充〉</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局海象測報中心</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/20</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>71718</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71718</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>100</publishrocyear><title>中華民國101年潮汐表 年刊第15期=TIDE TABLES 2012</title><yearidentifier>201111</yearidentifier></data><data><abstract>「易淹水地區水患治理計畫」（以下簡稱本計畫）將以8年時間分3個階段辦理全省易淹水地區縣市管河川、區域排水及事業海堤之治理工作。 目前第1階段實施計畫將於97年6月30日結束，已獲初步成效。第2階段實施計畫預算亦業經立法院審查通過，為週全各項計畫推動，經濟部水利署（以下簡稱本署）擬以委託「專業服務」方式協助計畫推動，以確保計畫進度及品質。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980001</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/20</date><governmentpublicationsnumber>1010002561</governmentpublicationsnumber><identifier>71723</identifier><internationalstandardbooknumber>9789860287738 ; 9789860287</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71723</librarycollectiondetailsurl><price>5000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>易淹水地區水患治理計畫第2階段實施計畫」專業服務計畫 (內含光碟)The Service Project of the Second Stage Practicing Plan of the Regulation Project of Flood-prone Areas</title><yearidentifier>201108</yearidentifier></data><data><abstract>為因應彰雲地區未來可能之土地利用與開發方式，乃至其所規劃相關建築物之整體荷重對該區地層之影響，本計畫目的係明確釐清彰雲高鐵沿線一定範圍地區，在現有水文地質與地下水位變化條件下，針對不同型式與規模之地表荷重作用時之應變行為與沈陷量，並作為該地區今後土地利用與整體規劃之參酌依據。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990431</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003252</governmentpublicationsnumber><identifier>71750</identifier><internationalstandardbooknumber>9789860295269 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71750</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>由水文地質與地下水關係研析土地利用之方向－彰雲高鐵沿線地區 The Analysis of Land Utilization from the View of Hydrology and Groundwater the Area Along THSR in Changhua and Yunlin County</title><yearidentifier>201109</yearidentifier></data><data><abstract>為因應彰雲地區未來可能之土地利用與開發方式，乃至其所規劃相關建築物之整體荷重對該區地層之影響，本計畫目的係明確釐清彰雲高鐵沿線一定範圍地區，在現有水文地質與地下水位變化條件下，針對不同型式與規模之地表荷重作用時之應變行為與沈陷量，並作為該地區今後土地利用與整體規劃之參酌依據。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990431</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003252</governmentpublicationsnumber><identifier>71751</identifier><internationalstandardbooknumber>9789860295269 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71751</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>由水文地質與地下水關係研析土地利用之方向－彰雲高鐵沿線地區(光碟版) The Analysis of Land Utilization from the View of Hydrology and Groundwater the Area Along THSR in Changhua and Yunlin County</title><yearidentifier>201109</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>71752</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71752</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>71753</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71753</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) －光碟版 The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>71754</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71754</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/21</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>71755</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71755</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2)－光碟版 The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>本研究乃是以曾文溪的山上堤防、寮?堤防、善化堤防，及青草崙堤防為研究對象，嘗試建立推估混凝土堤防坡面工後方堤體內部淘空程度的計算模式。並藉此模式所用參數以建立河堤淘空檢查表，以供河堤巡察員使用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990313</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1009903922</governmentpublicationsnumber><identifier>71759</identifier><internationalstandardbooknumber>9789860255662 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71759</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河堤淘空檢測方法之研究(1/2) Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>目前全台公告共96座水庫，其中本島為66座，離島為30座，除本署各水資源局管轄14座水庫外，其餘管理機關(構)分屬臺北翡翠水庫管理局（1座）、台北自來水事業處（2座）、台灣自來水公司（22座）、台灣電力公司（21座）、台灣糖業公司（3座）、嘉南農田水利會（6座）、苗栗農田水利會（3座）、南投農田水利會（1座）、屏東農田水利會（1座）、高雄縣政府（1座）、金門縣自來水廠（14座）及連江縣政府（8座）等單位，其管轄事權分散。由於水庫庫容乃提供水資源蓄存及調配運用之關鍵，本研究擬就96座主要水庫中非屬水資源局管理之82座中，分析出對整體水資源有關鍵影響之水庫，研析其移由本署各水資源接管之必要性與可行性，以加強水資源整體聯合調配運用、水資源經營管理、安全維護及集水區治理保育之成效，同時提升水資源整體運用效率及達成水庫永續經營之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990427</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71764</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71764</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估=Feasibility Study of Taking Over the Management Responsibility of Major Reservoirs in Taiwan by Water Resources Agency</title><yearidentifier>201111</yearidentifier></data><data><abstract>目前全台公告共96座水庫，其中本島為66座，離島為30座，除本署各水資源局管轄14座水庫外，其餘管理機關(構)分屬臺北翡翠水庫管理局（1座）、台北自來水事業處（2座）、台灣自來水公司（22座）、台灣電力公司（21座）、台灣糖業公司（3座）、嘉南農田水利會（6座）、苗栗農田水利會（3座）、南投農田水利會（1座）、屏東農田水利會（1座）、高雄縣政府（1座）、金門縣自來水廠（14座）及連江縣政府（8座）等單位，其管轄事權分散。由於水庫庫容乃提供水資源蓄存及調配運用之關鍵，本研究擬就96座主要水庫中非屬水資源局管理之82座中，分析出對整體水資源有關鍵影響之水庫，研析其移由本署各水資源接管之必要性與可行性，以加強水資源整體聯合調配運用、水資源經營管理、安全維護及集水區治理保育之成效，同時提升水資源整體運用效率及達成水庫永續經營之目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990427</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71765</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71765</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估(光碟版) Feasility Study of Taking Over the Management Responsibility of Major Reservoirs in Taiwan by Water Resources Agency</title><yearidentifier>201111</yearidentifier></data><data><abstract>目前全台公告共96座水庫，其中本島為66座，離島為30座，除本署各水資源局管轄14座水庫外，其餘管理機關(構)分屬臺北翡翠水庫管理局（1座）、台北自來水事業處（2座）、台灣自來水公司（22座）、台灣電力公司（21座）、台灣糖業公司（3座）、嘉南農田水利會（6座）、苗栗農田水利會（3座）、南投農田水利會（1座）、屏東農田水利會（1座）、高雄縣政府（1座）、金門縣自來水廠（14座）及連江縣政府（8座）等單位，其管轄事權分散。由於水庫庫容乃提供水資源蓄存及調配運用之關鍵，本研究擬就96座主要水庫中非屬水資源局管理之82座中，分析出對整體水資源有關鍵影響之水庫，研析其移由本署各水資源接管之必要性與可行性，以加強水資源整體聯合調配運用、水資源經營管理、安全維護及集水區治理保育之成效，同時提升水資源整體運用效率及達成水庫永續經營之目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990427</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71766</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71766</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估(附冊) Feasility Study of Taking Over the Management Responsibility of Major Reservoirs in Taiwan by Water Resources Agency</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>71768</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71768</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>71771</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71771</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>71772</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71772</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>71773</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71773</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫（1/2）成果報告書</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>71775</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71775</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/22</date><governmentpublicationsnumber>1010002284</governmentpublicationsnumber><identifier>71776</identifier><internationalstandardbooknumber>9789860285666 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71776</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究總報告</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/23</date><governmentpublicationsnumber>1010002164</governmentpublicationsnumber><identifier>71777</identifier><internationalstandardbooknumber>9789860284492 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71777</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克災後卑南溪堤防損害及改善方案研擬</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/23</date><governmentpublicationsnumber>1010002688</governmentpublicationsnumber><identifier>71778</identifier><internationalstandardbooknumber>9789860289916 ; 9789860289</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71778</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>100</publishrocyear><title>經濟部水利署臺北水源特定區管理局99年度工作年報</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/23</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>71779</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71779</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃成果資料</title><yearidentifier>201109</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/23</date><governmentpublicationsnumber>1010002880</governmentpublicationsnumber><identifier>71780</identifier><internationalstandardbooknumber>9789860291285 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71780</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>民間參與馬祖南竿海水淡化廠新建工程執行成果總報告</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/23</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>71783</identifier><internationalstandardbooknumber>18121535 ; 18121535</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71783</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>100</publishrocyear><title>中華民國101年潮汐表年?第15期</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/25</date><governmentpublicationsnumber>1010004171</governmentpublicationsnumber><identifier>71784</identifier><internationalstandardbooknumber>9789860305074 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71784</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區地理資訊系統擴充建置及維護計畫委託專業服務〈含後續擴充〉成果報告－光碟版 Shihmen Reservoir Expansion of Geographic Information Systems Developing and Maintenance</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>行政院原子能委員會核能研究所</author><categoryidentifier>301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/26</date><governmentpublicationsnumber>2008200098</governmentpublicationsnumber><identifier>71785</identifier><internationalstandardbooknumber>18123295 ; 18123295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71785</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>100</publishrocyear><title>行政院原子能委員會核能研究所九十九年年報</title><yearidentifier>201104</yearidentifier></data><data><abstract>新竹港南海岸近??受新竹漁港興建及河川輸砂?減少等影響，海岸呈現持續後退侵蝕情形，期間雖有採取權宜性措施，仍未能有效治理海岸侵蝕問題，並達到生態景觀與親水之多功能目標。為有效改善港南海岸侵蝕問題，藉由本計畫以整體海岸考量，研擬工程可行性較高之海岸防護方案，於短期內達到防治本段海岸侵蝕情形，以保全現有海岸之安全。</abstract><author>嵩博工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000189</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/29</date><governmentpublicationsnumber>1010004156</governmentpublicationsnumber><identifier>71849</identifier><internationalstandardbooknumber>9789860305142 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71849</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>新竹港南海岸侵蝕防護計畫 Erosion Protection Plan along the Kang-nan Coast in Hsinchu City</title><yearidentifier>201112</yearidentifier></data><data><abstract>新竹港南海岸近??受新竹漁港興建及河川輸砂?減少等影響，海岸呈現持續後退侵蝕情形，期間雖有採取權宜性措施，仍未能有效治理海岸侵蝕問題，並達到生態景觀與親水之多功能目標。為有效改善港南海岸侵蝕問題，藉由本計畫以整體海岸考量，研擬工程可行性較高之海岸防護方案，於短期內達到防治本段海岸侵蝕情形，以保全現有海岸之安全。</abstract><author>嵩博工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000189</commissionedprojectidentifier><currency>NT$</currency><date>2011/12/29</date><governmentpublicationsnumber>1010004156</governmentpublicationsnumber><identifier>71850</identifier><internationalstandardbooknumber>9789860305142 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71850</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>新竹港南海岸侵蝕防護計畫－光碟版 Erosion Protection Plan along the Kang-nan Coast in Hsinchu City</title><yearidentifier>201112</yearidentifier></data><data><abstract>氣候變遷對臺灣的衝擊相當大，臺灣的水環境已出現「豐水期愈豐，枯水期愈枯」的現象，未來勢必將面對洪水、乾旱、土砂及海岸侵蝕等複合型災害的威脅。近年來水利署投入許多心力在水患治理上，未來的治水，將配合非工程的防災、應變、避難、撤離，朝「零犧牲、零傷亡」的目標邁進。莫拉克風災後，本署積極趕辦災後復建工程，在中央管河川方面，相關復建工程完工後，將可發揮功能，確保民眾安全；對於防汛應變措施，本署亦已完成大型移動式抽水機的全面檢查及中小型抽水機的抽檢工作。今年本署與各部會及縣市政府共同努力，投入不計其數人力經費，提前於5月19日達成河川野溪及水庫疏濬6,500萬立方公尺的目標。由於河川通洪斷面及原有機能的恢復，已通過今年5至10月的豪雨及颱風的考驗。而疏濬的土石也還土於民，無償提供土方，做為災後魚塭復養、農地改良、組合屋基地回填等。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/29</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>71851</identifier><internationalstandardbooknumber>20797966 ; 20797966</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71851</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年度經濟部水利署年報 Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/29</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>71852</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71852</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利第21期(內附光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010004171</governmentpublicationsnumber><identifier>71894</identifier><internationalstandardbooknumber>9789860305074 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71894</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區地理資訊系統擴充建置及維護計畫</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>71897</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71897</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>71899</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71899</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(總成果)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>71915</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71915</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定研究(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71916</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71916</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2011/12/30</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71917</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71917</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估(附冊)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/2</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>71928</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71928</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告 Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/3</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71973</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71973</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估</title><yearidentifier>201111</yearidentifier></data><data><abstract>目前全台公告共96座水庫，其中本島為66座，離島為30座，除本署各水資源局管轄14座水庫外，其餘管理機關(構)分屬臺北翡翠水庫管理局（1座）、台北自來水事業處（2座）、台灣自來水公司（22座）、台灣電力公司（21座）、台灣糖業公司（3座）、嘉南農田水利會（6座）、苗栗農田水利會（3座）、南投農田水利會（1座）、屏東農田水利會（1座）、高雄縣政府（1座）、金門縣自來水廠（14座）及連江縣政府（8座）等單位，其管轄事權分散。由於水庫庫容乃提供水資源蓄存及調配運用之關鍵，本研究擬就96座主要水庫中非屬水資源局管理之82座中，分析出對整體水資源有關鍵影響之水庫，研析其移由本署各水資源接管之必要性與可行性，以加強水資源整體聯合調配運用、水資源經營管理、安全維護及集水區治理保育之成效，同時提升水資源整體運用效率及達成水庫永續經營之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990427</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/3</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>71974</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71974</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估(附冊)=Feasibility Study of Taking Over the Management Responsibility of Major Reservoirs in Taiwan by Water Resources Agency</title><yearidentifier>201111</yearidentifier></data><data><abstract>本(99)年度水資源投資分析年報,會計年度統計時間自民國99年1月1日起至民國99年12月31日止.</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>71975</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71975</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣地區水資源投資分析99年度報告</title><yearidentifier>201111</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋梁，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤??，又因本河段岩盤係為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。 本河段因設置橋梁下游段三座固床工保護後，造成河道變遷及橋梁局部溯源沖刷，由於此處河道斷面高程極大落差，現況仍具有持續沖刷潛勢。為避免河道深槽溯源沖刷危及中正橋行車安全，短中長期須配合橋梁管理機制、長期細部設計應考量橋梁改建或橋墩改以換底工法，調整上下游河床坡降以達固床，並將現有固床工作適度調降能量坡降，故極有必要進行該河段與橋梁整體沖刷防治工法規劃，並提出可行細部設計藍圖及施工計畫，作為新竹縣政府未來工程實施依據，遂行辦理本計畫。 本計畫規劃工作範圍為頭前溪自經國大橋(斷面22.1)至新中正橋(斷面34.1)間河道，全長計約6,125公尺。 本計畫建議之沖刷防治工法方案內容為三階跌水工及下游2座固床工之興建，下游河道拓寬至260m部份，若考量經費及工期時程等因素，則優先拓寬中正橋下游河道瓶頸段位置及疏浚下游河道。</abstract><author>連鼎工程顧問公司</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-M-01010-001-001</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>71976</identifier><internationalstandardbooknumber>9789860290394 ; 9789860290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71976</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計 Planning and Design for Erosion Control Construction at Downstream of Jhong-Jheng Bridge of Touqian River</title><yearidentifier>201110</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋梁，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤??，又因本河段岩盤係為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。 本河段因設置橋梁下游段三座固床工保護後，造成河道變遷及橋梁局部溯源沖刷，由於此處河道斷面高程極大落差，現況仍具有持續沖刷潛勢。為避免河道深槽溯源沖刷危及中正橋行車安全，短中長期須配合橋梁管理機制、長期細部設計應考量橋梁改建或橋墩改以換底工法，調整上下游河床坡降以達固床，並將現有固床工作適度調降能量坡降，故極有必要進行該河段與橋梁整體沖刷防治工法規劃，並提出可行細部設計藍圖及施工計畫，作為新竹縣政府未來工程實施依據，遂行辦理本計畫。 本計畫規劃工作範圍為頭前溪自經國大橋(斷面22.1)至新中正橋(斷面34.1)間河道，全長計約6,125公尺。 本計畫建議之沖刷防治工法方案內容為三階跌水工及下游2座固床工之興建，下游河道拓寬至260m部份，若考量經費及工期時程等因素，則優先拓寬中正橋下游河道瓶頸段位置及疏浚下游河道。</abstract><author>連鼎工程顧問公司</author><categoryidentifier>443.6933   443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>71977</identifier><internationalstandardbooknumber>9789860290394 ; 9789860290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71977</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計(光碟版) Planning and Design for Erosion Control Construction at Downstream of Jhong-Jheng Bridge of Touqian River</title><yearidentifier>201110</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>71978</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71978</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)成果報告書=A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>71979</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71979</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全評估分析計畫(1/2)成果報告書 －光碟版 A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>逸奇科技股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010000914</governmentpublicationsnumber><identifier>71980</identifier><internationalstandardbooknumber>9789860281323 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71980</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>100</publishrocyear><title>地下水觀測網資料加值應用系統建置</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>社團法人臺灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>71982</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71982</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>71983</identifier><internationalstandardbooknumber>22190996 ; 22190996</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71983</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣地區水資源投資分析99年度報告</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>71984</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71984</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>100</publishrocyear><title>台灣水土保持季?78期</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>社團法人台灣省水利師公會</author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>71986</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71986</librarycollectiondetailsurl><price></price><publisher>經濟部水利第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)--光碟版</title><yearidentifier>201110</yearidentifier></data><data><abstract>近年全球變遷對氣候環境、水利防災、水資源造成的劇烈改變，已對人類生活環境及生命安全造成影響，因此水利高新技術研發與運用已漸為世界各國所重視，目前皆積極投入推動水利、水資源相關科技研究與教育投資計畫。據瞭解中國大陸為因應全球變遷，近年大力積極發展水資源科技，並陸續加強投資水利科技研究、水利建設與相關人才培訓，截至目前已累積許多可觀的水利、水電及水資源技術與人才。鑑於兩岸在水利技術的發展，有互補互惠的條件，透過水利科技的交流與學習，以及在過往海峽兩岸水利工程界專家互訪交流活動所建立的平等互惠合作基礎上，期有效提升我方水利科研技術及強化水旱災防救科技研發，藉由規劃系統性的技術合作與交流，更積極在水利科研成果推廣及人才培訓上進行互惠合作，並將兩岸水利科技交流制度化，期在兩岸水利科技研究思維及水利工程技術上相互借鏡與學習，並以科技有效的管理讓台灣有更穩定的水資源及降低水患的發生。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000365</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010004425</governmentpublicationsnumber><identifier>71990</identifier><internationalstandardbooknumber>9789860307467 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71990</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>兩岸水利技術合作推動計畫(2/2) The Cooperative Plan for Water Resources Engineering and Technology Crossing Taiwan Straits (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年全球變遷對氣候環境、水利防災、水資源造成的劇烈改變，已對人類生活環境及生命安全造成影響，因此水利高新技術研發與運用已漸為世界各國所重視，目前皆積極投入推動水利、水資源相關科技研究與教育投資計畫。據瞭解中國大陸為因應全球變遷，近年大力積極發展水資源科技，並陸續加強投資水利科技研究、水利建設與相關人才培訓，截至目前已累積許多可觀的水利、水電及水資源技術與人才。鑑於兩岸在水利技術的發展，有互補互惠的條件，透過水利科技的交流與學習，以及在過往海峽兩岸水利工程界專家互訪交流活動所建立的平等互惠合作基礎上，期有效提升我方水利科研技術及強化水旱災防救科技研發，藉由規劃系統性的技術合作與交流，更積極在水利科研成果推廣及人才培訓上進行互惠合作，並將兩岸水利科技交流制度化，期在兩岸水利科技研究思維及水利工程技術上相互借鏡與學習，並以科技有效的管理讓台灣有更穩定的水資源及降低水患的發生。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000365</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010004425</governmentpublicationsnumber><identifier>71991</identifier><internationalstandardbooknumber>9789860307467 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71991</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>兩岸水利技術合作推動計畫(2/2) 光碟版 The Cooperative Plan for Water Resources Engineering and Technology Crossing Taiwan Straits (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合經濟部經建特展活動，本署負責辦理水利館展覽工作，以展示推動中央管河川治理、水資源開發經營管理、節約用水、疏濬方案、防災防汛等相關水利施政成效，並利用影片配合多媒體互動或聲光影像投射等多樣活潑視覺設計，透過北、中、南三區巡迴展覽活動，除可讓民眾深切了解政府推動水利政策之成果，並可藉此加強教育水資源保育之正確觀念。</abstract><author>極易股份有限公司</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000039</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010003709</governmentpublicationsnumber><identifier>71992</identifier><internationalstandardbooknumber>9789860299977 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71992</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>經建特展水利館展場設計與施作 Vonue Design and Construction of Water Resource Hall, Economic Development Exhibition</title><yearidentifier>201111</yearidentifier></data><data><abstract>本署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，積極?勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，已成立河川溪流守護隊，並建置網站，提供知識交流分享，及建立具有生態環境調查、資料建檔及環境人文相關河川守護資料，以維護永續環境。 為能擴大民間社會守護河川的力量，及持續整合充實河川自然、歷史、文化資料，自99年起本署更進一步盤點國內各地河川社群組織之資源，並協助建構河川社群智識網站，積極搭建本署及各河川局與民間河川社群之間的溝通平台。今年擬透過計畫，協助河川社群與水利署各河川局與相關水利部門持續對話交流；同時藉由社群網絡、活動及網站擴散相關智識，以期開啟、推動河川教育，全民共同守護河川。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000346</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010004462</governmentpublicationsnumber><identifier>71993</identifier><internationalstandardbooknumber>9789860307559 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71993</librarycollectiondetailsurl><price></price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川社群資源交流及智識網絡建構成果報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，積極?勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，已成立河川溪流守護隊，並建置網站，提供知識交流分享，及建立具有生態環境調查、資料建檔及環境人文相關河川守護資料，以維護永續環境。 為能擴大民間社會守護河川的力量，及持續整合充實河川自然、歷史、文化資料，自99年起本署更進一步盤點國內各地河川社群組織之資源，並協助建構河川社群智識網站，積極搭建本署及各河川局與民間河川社群之間的溝通平台。今年擬透過計畫，協助河川社群與水利署各河川局與相關水利部門持續對話交流；同時藉由社群網絡、活動及網站擴散相關智識，以期開啟、推動河川教育，全民共同守護河川。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000346</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/4</date><governmentpublicationsnumber>1010004462</governmentpublicationsnumber><identifier>71994</identifier><internationalstandardbooknumber>9789860307559 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71994</librarycollectiondetailsurl><price></price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川社群資源交流及智識網絡建構成果報告書(光碟版)</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合經濟部經建特展活動，本署負責辦理水利館展覽工作，以展示推動中央管河川治理、水資源開發經營管理、節約用水、疏濬方案、防災防汛等相關水利施政成效，並利用影片配合多媒體互動或聲光影像投射等多樣活潑視覺設計，透過北、中、南三區巡迴展覽活動，除可讓民眾深切了解政府推動水利政策之成果，並可藉此加強教育水資源保育之正確觀念。</abstract><author>極易股份有限公司</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000039</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003709</governmentpublicationsnumber><identifier>71995</identifier><internationalstandardbooknumber>9789860299977 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71995</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>經建特展水利館展場設計與施作(光碟版) Vonue Design and Construction of Water Resource Hall, Economic Development Exhibition</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>國立中山大學海洋事務研究所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003899</governmentpublicationsnumber><identifier>71996</identifier><internationalstandardbooknumber>9789860301083 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71996</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>大度欄河堰工程計畫對中華白海豚棲地環境影響評估=The habitat impact assessmen of Chinese white dolphins (Sousa Chinensis) under the proposed project of Dadu weir</title><yearidentifier>201111</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策略及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、不確定性分析、脆弱度及風險評估等及進行該區因應氣候變遷下海岸災害調適能力研究，期建立氣候變遷下該區海岸災害脆弱度評估及風險地圖，並提出調適策略及因應之行動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000075</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004474</governmentpublicationsnumber><identifier>71997</identifier><internationalstandardbooknumber>9789860307566 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71997</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(2/2) A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立中山大學海洋事務研究所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003899</governmentpublicationsnumber><identifier>71998</identifier><internationalstandardbooknumber>9789860301083 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_71998</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>大度欄河堰工程計畫對中華白海豚棲地環境影響評估=The habitat impact assessmen of Chinese white dolphins (Sousa Chinensis) under the proposed project of Dadu weir</title><yearidentifier>201111</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策略及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、不確定性分析、脆弱度及風險評估等及進行該區因應氣候變遷下海岸災害調適能力研究，期建立氣候變遷下該區海岸災害脆弱度評估及風險地圖，並提出調適策略及因應之行動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000075</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004474</governmentpublicationsnumber><identifier>72000</identifier><internationalstandardbooknumber>9789860307566 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72000</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(2/2)－光碟版 A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>日本河川整備中心為國土交通省於1987年設置之財團法人研究單位，主從事河川之水邊保育利用、規劃施工等技術之開發及調查，並出版其研究成果，提供該國相關單位參考。本署自92年開始，透過有效積極的管道與其建立良好關係，針對水資源營運調配之治水經驗、河川整體防洪排水體系及人工湖設置等議題形成有系統之知識交流，並蒐集日本多年來之研究經驗，擇取與台灣河川相關有益之技術成果，中譯編纂以提供各單位參考。本年度將持續深耕與日本河川整備中心之合作與交流，並藉由其擴展與日本其他單位之合作交流關係，主要工作內容包括持續辦理書籍編譯及與河川整備中心進行人員、技術之交流活動，並持續綜整歷年中譯出版品彙編為基本教材，以活化知識傳播及技術之轉移。</abstract><author>清雲科技大學</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000357</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004415</governmentpublicationsnumber><identifier>72001</identifier><internationalstandardbooknumber>9789860307450 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72001</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>日本河川治理知識管理合作(3/3)Cooperation of Knowledge Management for River Controlling Development between Taiwan and Japan (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>日本河川整備中心為國土交通省於1987年設置之財團法人研究單位，主從事河川之水邊保育利用、規劃施工等技術之開發及調查，並出版其研究成果，提供該國相關單位參考。本署自92年開始，透過有效積極的管道與其建立良好關係，針對水資源營運調配之治水經驗、河川整體防洪排水體系及人工湖設置等議題形成有系統之知識交流，並蒐集日本多年來之研究經驗，擇取與台灣河川相關有益之技術成果，中譯編纂以提供各單位參考。本年度將持續深耕與日本河川整備中心之合作與交流，並藉由其擴展與日本其他單位之合作交流關係，主要工作內容包括持續辦理書籍編譯及與河川整備中心進行人員、技術之交流活動，並持續綜整歷年中譯出版品彙編為基本教材，以活化知識傳播及技術之轉移。</abstract><author>清雲科技大學</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000357</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004415</governmentpublicationsnumber><identifier>72002</identifier><internationalstandardbooknumber>9789860307450 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72002</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>日本河川治理知識管理合作(3/3)－光碟版 Cooperation of Knowledge Management for River Controlling Development between Taiwan and Japan (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>72003</identifier><internationalstandardbooknumber>9789860259039 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72003</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>72004</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72004</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研 究計畫(2/2)(含光碟)</title><yearidentifier>201111</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。本分項計畫為主計畫中之探討氣候變遷下各區域河川海岸災害特性因應對策研究計畫之ㄧ，其目的係各地區水利基層單位，在長期經驗累積之下，已能有效處理地區災害，將災害影響降至最低。然而近年大規模災害頻仍，災害種類與災情朝向多樣化與複合化，災害成因複雜，災害規模遠超過以往經驗，氣候變遷隱然成形。基於防災比救災更能有效降低災害損失，所以針對氣候變遷預為研擬應變措施實有必要；更進一步尚需考慮各地區災害原因未必相同，無法循常例以一制性標準應用於全國，應變措施也需要因地制宜。本署內部機制對各地區災害特性有一定程度的掌握，惟氣候變遷時災害往往超出掌握，非尋常思維所能涵蓋。所以需要委請外部專業團隊，發揮腦力激盪，從不同角度切入，針對每一河川局，進行資料蒐集、實地調查訪談、專家座談(每一河川局情況不同，須單獨辦理座談)、分析策略等過程，以歸納出各地區河川局的災害地方特性。並進一步從災害特性，研擬氣候變遷下更大規模災害的各地區因應策略以防範未然。實地調查訪談、專家座談等面對面對談的工作，需要在彼此具高信賴度的基礎下，較能探究出事實，同時事先資料準備與提問方式皆需要謹慎研擬安排，深入核心的問題才能獲得精確的答案，所以具有編輯經驗及宏觀水利專業知識的研究團隊是執行本計畫的基本條件。針對河川海岸災害，以往媒體報導專業不足，可能有偏離事實，甚至混淆事實的現象。未來氣候變遷衍生災害可能更甚以往，媒體報導若如同以往，將再次困擾、打擊水利從業人員，亟需從專業角度研擬完整的說明。此在前述研究各地區河川局災害地方特性的過程中，可一併完成。藉由事先蒐集以往媒體報導，彙整後訪談基層水利人員、舉辦專家座談等，探究出事實及提出專業說明，所獲得的成果提供媒體，將有助於未來報導之正確性。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990420</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010002946</governmentpublicationsnumber><identifier>72005</identifier><internationalstandardbooknumber>9789860291421 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72005</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>探討氣候變遷下各區域河川海岸災害特性因應對策=On mining the characteristics and mitigations of river and coastal disasters for global climate change impacts</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980416</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003284</governmentpublicationsnumber><identifier>72006</identifier><internationalstandardbooknumber>9789860291476 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72006</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>三峽河治理規劃檢討報告(含光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之探討氣候變遷下各區域河川海岸災害特性因應對策研究計畫之ㄧ，其目的係各地區水利基層單位，在長期經驗累積之下，已能有效處理地區災害，將災害影響降至最低。然而近年大規模災害頻仍，災害種類與災情朝向多樣化與複合化，災害成因複雜，災害規模遠超過以往經驗，氣候變遷隱然成形。基於防災比救災更能有效降低災害損失，所以針對氣候變遷預為研擬應變措施實有必要；更進一步尚需考慮各地區災害原因未必相同，無法循常例以一制性標準應用於全國，應變措施也需要因地制宜。 本署內部機制對各地區災害特性有一定程度的掌握，惟氣候變遷時災害往往超出掌握，非尋常思維所能涵蓋。所以需要委請外部專業團隊，發揮腦力激盪，從不同角度切入，針對每一河川局，進行資料蒐集、實地調查訪談、專家座談(每一河川局情況不同，須單獨辦理座談)、分析策略等過程，以歸納出各地區河川局的災害地方特性。並進一步從災害特性，研擬氣候變遷下更大規模災害的各地區因應策略以防範未然。 實地調查訪談、專家座談等面對面對談的工作，需要在彼此具高信賴度的基礎下，較能探究出事實，同時事先資料準備與提問方式皆需要謹慎研擬安排，深入核心的問題才能獲得精確的答案，所以具有編輯經驗及宏觀水利專業知識的研究團隊是執行本計畫的基本條件。 針對河川海岸災害，以往媒體報導專業不足，可能有偏離事實，甚至混淆事實的現象。未來氣候變遷衍生災害可能更甚以往，媒體報導若如同以往，將再次困擾、打擊水利從業人員，亟需從專業角度研擬完整的說明。此在前述研究各地區河川局災害地方特性的過程中，可一併完成。藉由事先蒐集以往媒體報導，彙整後訪談基層水利人員、舉辦專家座談等，探究出事實及提出專業說明，所獲得的成果提供媒體，將有助於未來報導之正確性。</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990420</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010002946</governmentpublicationsnumber><identifier>72007</identifier><internationalstandardbooknumber>9789860291421 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>探討氣候變遷下各區域河川海岸災害特性因應對策 (光碟版) On mining the characteristics and mitigations of river and coastal disasters for global climate change impacts</title><yearidentifier>201108</yearidentifier></data><data><abstract>再生水水源為廢污水，雖經一定處理程序達各類用途之水質標準，若取水、處理或輸送程序未依規劃進行，產水可能存在生物或化學性污染之風險，而影響工業製程、人體健康或生態環境，考量再生水之利用首要考量為「安全使用」，故有必要依水源與用途個別建立完備的再生水利用系統監測技術及管理制度，以確保再生水之使用安全。</abstract><author>台灣大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000100</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004691</governmentpublicationsnumber><identifier>72011</identifier><internationalstandardbooknumber>9789860310504 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72011</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>再生水水質監測技術與制度建立之研究(內附光碟) Development of monitoring and management scheme for water reuse system</title><yearidentifier>201112</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72013</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72013</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全評估分析計畫(1/2)成果報告書 =A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract>本研究分別以HEC-RAS模式進行疏濬案例對跨渠構造物，防洪構造物之影響評估，NETSTARS模式進行支流疏濬後對下游主流河道穩定之影響分析。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>72015</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72015</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) =The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>72017</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72017</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>除現有全網站(本署全球資訊服務網站、易淹水地區水患治理計畫、石門水庫及其集水區整治計畫專屬網站及永續公共工程專屬網站)擴充及維護工作外，因應組織改造調整網站架構及內容並配合曾文南化烏山頭水庫治理及穩定南部地區供水計畫建立宣導網頁。</abstract><author>凌網科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000032</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003514</governmentpublicationsnumber><identifier>72019</identifier><internationalstandardbooknumber>9789860298437 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72019</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>全球資訊網及易淹水地區水患治理計畫等專屬網站功能增修計畫 Enhancement Project for Global Information Portal and Web Site of Regulation of Flood-prone Areas,Etc</title><yearidentifier>201112</yearidentifier></data><data><abstract>目前全台公告共96座水庫，其中本島為66座，離島為30座，除本署各水資源局管轄14座水庫外，其餘管理機關(構)分屬臺北翡翠水庫管理局（1座）、台北自來水事業處（2座）、台灣自來水公司（22座）、台灣電力公司（21座）、台灣糖業公司（3座）、嘉南農田水利會（6座）、苗栗農田水利會（3座）、南投農田水利會（1座）、屏東農田水利會（1座）、高雄縣政府（1座）、金門縣自來水廠（14座）及連江縣政府（8座）等單位，其管轄事權分散。由於水庫庫容乃提供水資源蓄存及調配運用之關鍵，本研究擬就96座主要水庫中非屬水資源局管理之82座中，分析出對整體水資源有關鍵影響之水庫，研析其移由本署各水資源接管之必要性與可行性，以加強水資源整體聯合調配運用、水資源經營管理、安全維護及集水區治理保育之成效，同時提升水資源整體運用效率及達成水庫永續經營之目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990427</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003213</governmentpublicationsnumber><identifier>72020</identifier><internationalstandardbooknumber>9789860294880 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72020</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣主要水庫由水利署接管可行性評估(附冊)= Feasility Study of Taking Over the Management Responsibility of Major Reservoirs in Taiwan by Water Resources Agency</title><yearidentifier>201111</yearidentifier></data><data><abstract>除現有全網站(本署全球資訊服務網站、易淹水地區水患治理計畫、石門水庫及其集水區整治計畫專屬網站及永續公共工程專屬網站)擴充及維護工作外，因應組織改造調整網站架構及內容並配合曾文南化烏山頭水庫治理及穩定南部地區供水計畫建立宣導網頁。</abstract><author>凌網科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000032</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003514</governmentpublicationsnumber><identifier>72023</identifier><internationalstandardbooknumber>9789860298437 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72023</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>全球資訊網及易淹水地區水患治理計畫等專屬網站功能增修計畫(光碟版)  Enhancement Project for Global Information Portal and Web Site of Regulation of Flood-prone Areas,Etc</title><yearidentifier>201112</yearidentifier></data><data><abstract>落實水利建設物檢查及河道清淤之工作外，並加強建置防災預警機制及中小型移動事抽水機調度等颱風豪雨期間之防災應變作為。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>72025</identifier><internationalstandardbooknumber>9772079796009 ; 20797966</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72025</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201111</yearidentifier></data><data><abstract>本團隊執行海岸構造物與生態棲地多樣性關係研究，分別於2009年6月26日、8月28日與9月25日共進行3次近岸域及礁區實地調查(含潛水觀測、ROV水下攝影、浮游動植物採樣與水文資料)、3次河口域調查及2次沿岸消波塊和沙灘域調查。調查範圍為美崙溪至花蓮溪間，水域深度從近岸潛堤處至水深50m處。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980068</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1009803847</governmentpublicationsnumber><identifier>72029</identifier><internationalstandardbooknumber>9789860213102 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72029</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>海岸構造物與生態棲地多樣性關係研究＝Investigation on the Coastal Structure associated with the Biodiversity</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>2009903755</governmentpublicationsnumber><identifier>72036</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72036</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>經濟部水利署台灣地區水資源投資分析99年度報告</title><yearidentifier>201011</yearidentifier></data><data><abstract>本研究旨在檢討現行施工規範在不同類型水工混凝土構造之適用性，並增修訂本土化之水工構造物混凝土施工規範。本署現行用於水工構造物混凝土的施工規範屬通則性規範，針對不同類型構造物，如堰壩、輸水管道與護岸堤防等，並無特別差異性，在實務上與施工管理，恐較難以落實不同類型構造物之施工要求。有鑑於此，檢討現行施工規範之適用性，並增修訂本土化之水工構造物混凝土施工規範，以作為相關單位設計與施工之參考依據，實有其必要性。</abstract><author>中華民國建築技術學會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000268</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004836</governmentpublicationsnumber><identifier>72037</identifier><internationalstandardbooknumber>9789860311846 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72037</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利工程構造物混凝土施工規範研究(1/2)成果報告 Investigation on Specifications for Construction of Hydraulic Concrete Structure (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計劃利用海堤構造物檢測結果，得知現有金門地區海堤之安全性及地質狀態，作為後續工程維修及設計海堤之參考依據。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000136</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>72038</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72038</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研究計畫(2/2)=Study of Safety Evaluation of Seawall in Taitung and Kinmen Area (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>本研究旨在檢討現行施工規範在不同類型水工混凝土構造之適用性，並增修訂本土化之水工構造物混凝土施工規範。本署現行用於水工構造物混凝土的施工規範屬通則性規範，針對不同類型構造物，如堰壩、輸水管道與護岸堤防等，並無特別差異性，在實務上與施工管理，恐較難以落實不同類型構造物之施工要求。有鑑於此，檢討現行施工規範之適用性，並增修訂本土化之水工構造物混凝土施工規範，以作為相關單位設計與施工之參考依據，實有其必要性。</abstract><author>中華民國建築技術學會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000268</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010004836</governmentpublicationsnumber><identifier>72040</identifier><internationalstandardbooknumber>9789860311846 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72040</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利工程構造物混凝土施工規範研究(1/2)成果報告(光碟版) Investigation on Specifications for Construction of Hydraulic Concrete Structure (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>95年度海岸環境營造計畫:095-B-01030-008-009</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1009600990</governmentpublicationsnumber><identifier>72042</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72042</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東海岸(香蘭段)監測防護計畫(2/2)=Image Monitoring and Protection Program At Hsianlan Coast, Taitung (2/2)</title><yearidentifier>200704</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>72043</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72043</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)光碟版=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>本研究分別以HEC-RAS模式進行疏濬案例對跨渠構造物，防洪構造物之影響評估，NETSTARS模式進行支流疏濬後對下游主流河道穩定之影響分析。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>72044</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72044</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2)光碟版 =The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72046</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72046</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全評估分析計畫(1/2)成果報告書(光碟版) =A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1009902510</governmentpublicationsnumber><identifier>72047</identifier><internationalstandardbooknumber>9789860242362 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72047</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>牡丹水庫集水區整體治理規劃(光碟版)= Integrated Watershed Management Plan for Mu-Tan Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/5</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>72048</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72048</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃(光碟版)= Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>72049</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72049</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告 Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72050</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72050</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010 PART Ⅰ - RAINFALL</title><yearidentifier>201106</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>72051</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72051</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010 PART Ⅱ - RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201106</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>72052</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72052</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010 PART Ⅲ - GROUNDWATER</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>72053</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72053</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九 年台灣水文年報第四部分-近海水文= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010PART4-COASTAL HYDROLOGY</title><yearidentifier>201106</yearidentifier></data><data><abstract>臺灣水文及民國九十九年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>72054</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72054</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA  2010 TOTAL REPORT</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>72055</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72055</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract>海提構造物受土壤鹽化影響，易使結構物產生腐蝕情形外，再加潮汐變化及海浪侵襲與土體滲流，易會造成海堤底部沖刷及管湧，有鑑於此經濟部水利署第五河川局，為維護海堤構造物並了解其內部損壞現象，是以辦理本計畫。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>72056</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72056</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)光碟版=A research plan safety assessment of seawall at Chiayi coastal area(1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>為落實水質水量保護區水源保育措施之推動，本計畫擬針對保護區內業務人員、管理階層及一般民眾等不同對象，辦理不同之教育訓練；讓保護區管理業辦人員瞭解政府之保育分工、管理、回饋、受限補償等行政措施，並教育大眾水源保育的作法、法規及成果展示等正確之觀念及知識。期藉由本計畫推動，讓保護區不同對象成員了解水資源涵養與保育之重要，進而協助本署水源保育相關業務之推動，創造永續發展的水環境。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000245</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004535</governmentpublicationsnumber><identifier>72059</identifier><internationalstandardbooknumber>9789860308938 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72059</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區水源保育推動計畫 Plan to promote water sources conservations in drinking water protection areas</title><yearidentifier>201112</yearidentifier></data><data><abstract>為落實水質水量保護區水源保育措施之推動，本計畫擬針對保護區內業務人員、管理階層及一般民眾等不同對象，辦理不同之教育訓練；讓保護區管理業辦人員瞭解政府之保育分工、管理、回饋、受限補償等行政措施，並教育大眾水源保育的作法、法規及成果展示等正確之觀念及知識。期藉由本計畫推動，讓保護區不同對象成員了解水資源涵養與保育之重要，進而協助本署水源保育相關業務之推動，創造永續發展的水環境。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000245</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004535</governmentpublicationsnumber><identifier>72060</identifier><internationalstandardbooknumber>9789860308938 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72060</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區水源保育推動計畫(光碟版) Plan to promote water sources conservations in drinking water protection areas</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬將低衝擊開發（Low Impact Development, LID）及具有節能減碳功效的綠色工程（Green Infrastructure）之觀念，導入水質水量保護區的管理措施中，並採用決策支援系統進行水質水量保護區綠色工程設置之最佳化研究，期能透過分散式設置最佳管理措施（BMPs）降低劇烈天候之衝擊及水質源頭管制之目的，並挑選數處案例示範模擬分析，提出「水質水量保護區管理實施計畫」供水質水量保護區管理參考。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000081</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004534</governmentpublicationsnumber><identifier>72061</identifier><internationalstandardbooknumber>9789860308921 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72061</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區管理措施探討與研究（1/2）Management Strategies for Tap Water Quality Protection Area (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬將低衝擊開發（Low Impact Development, LID）及具有節能減碳功效的綠色工程（Green Infrastructure）之觀念，導入水質水量保護區的管理措施中，並採用決策支援系統進行水質水量保護區綠色工程設置之最佳化研究，期能透過分散式設置最佳管理措施（BMPs）降低劇烈天候之衝擊及水質源頭管制之目的，並挑選數處案例示範模擬分析，提出「水質水量保護區管理實施計畫」供水質水量保護區管理參考。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000081</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004534</governmentpublicationsnumber><identifier>72062</identifier><internationalstandardbooknumber>9789860308921 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72062</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區管理措施探討與研究（1/2）－光碟版 Management Strategies for Tap Water Quality Protection Area (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪於洪流之水流湍急，中高流量下觀測垂線流速剖面不易，為準確推估洪水流量，需探求表面流速與垂線平均流速之關係，依據現地試驗成果，由觀測表面流速與垂線平均流速合理推求兩者比值，分析檢定適合曾文溪之河床阻力公式，提供本局未來決策之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000177</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/6</date><governmentpublicationsnumber>1010004475</governmentpublicationsnumber><identifier>72063</identifier><internationalstandardbooknumber>9789860308105 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72063</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河段水文特性測驗成果報告 The Hydrological Characteristics Experiment of Tseng-Wen River</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990440</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003091</governmentpublicationsnumber><identifier>72064</identifier><internationalstandardbooknumber>9789860293548 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72064</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃－水源供需檢討(內附光碟) The Feasibility Study of the Redevelopment of Lu-Liao-His Reservoir-Review on the Supply and Demand of Water Resources</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990440</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003091</governmentpublicationsnumber><identifier>72065</identifier><internationalstandardbooknumber>9789860293548 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72065</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃－水源供需檢討(光碟版) The Feasibility Study of the Redevelopment of Lu-Liao-His Reservoir-Review on the Supply and Demand of Water Resources</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990441</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003089</governmentpublicationsnumber><identifier>72066</identifier><internationalstandardbooknumber>9789860293531 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72066</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃 －工程規劃檢討成果報告(內附光碟) Report on Feasibility Study  of Lu-Liau Reservoir Renewal Improvement Project Reveiw of Engineering Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990441</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003089</governmentpublicationsnumber><identifier>72067</identifier><internationalstandardbooknumber>9789860293531 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72067</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃 －工程規劃檢討成果報告(光碟版) Report on Feasibility Study  of Lu-Liau Reservoir Renewal Improvement Project Reveiw of Engineering Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990441</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003089</governmentpublicationsnumber><identifier>72068</identifier><internationalstandardbooknumber>9789860293531 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72068</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃 －工程規劃檢討(附錄二～附錄五) Report on Feasibility Study  of Lu-Liau Reservoir Renewal Improvement Project Reveiw of Engineering Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990441</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003089</governmentpublicationsnumber><identifier>72069</identifier><internationalstandardbooknumber>9789860293531 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72069</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃 (國台語光碟版)</title><yearidentifier>201112</yearidentifier></data><data><abstract>計畫河段（高屏溪大斷面48~66）莫拉克風災時，巨大洪流於右岸大樹攔河堰段溢流沖入社區造成嚴重淹水災情，地方不斷陳情，企盼佈置堤防防堵水患。且風災後本段淤積嚴重，河性改變甚鉅，極需針對河床穩定加以分析，並檢討各項水理變化、構造物安全防護，進而提出治理對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000296</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010004809</governmentpublicationsnumber><identifier>72070</identifier><internationalstandardbooknumber>9789860311594 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72070</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪大樹攔河堰段佈置堤防可行性評估 The Feasibility Assessment of Loacting the Embankment in Dashu Weir of Kaoping River</title><yearidentifier>201112</yearidentifier></data><data><abstract>計畫河段（高屏溪大斷面48~66）莫拉克風災時，巨大洪流於右岸大樹攔河堰段溢流沖入社區造成嚴重淹水災情，地方不斷陳情，企盼佈置堤防防堵水患。且風災後本段淤積嚴重，河性改變甚鉅，極需針對河床穩定加以分析，並檢討各項水理變化、構造物安全防護，進而提出治理對策供相關單位參考，以達到防洪工程減災興利及河床穩定之目標。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000296</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010004809</governmentpublicationsnumber><identifier>72071</identifier><internationalstandardbooknumber>9789860311594 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72071</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪大樹攔河堰段佈置堤防可行性評估(光碟版) The Feasibility Assessment of Loacting the Embankment in Dashu Weir of Kaoping River</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980416</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010003284</governmentpublicationsnumber><identifier>72072</identifier><internationalstandardbooknumber>9789860291476 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72072</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>三峽河治理規劃檢討報告(東眼橋至大漢溪匯流口河段、含橫溪由成福橋至三峽河匯流口止)－內附光碟 Review on the River Improvement Planning of Sanxia River</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.7302811</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>2005600008</governmentpublicationsnumber><identifier>72073</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72073</librarycollectiondetailsurl><price>定價125</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>100</publishrocyear><title>水土保持統計年報-99年</title><yearidentifier>201107</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年颱洪事件考驗，證實具可靠準確度、時效性及功能性等。於97至99年擴充為具備即時預報、事件模擬、參數檢定、決策支援功能，引進中央氣象局QPESUMS，水利署颱風氣候法降雨預報結果。預報範圍含蓋淡水河(石門後池至河口)、基隆河、新店溪、景美溪、二重疏洪道。本年度延續歷年成果，對REFOR模式持續進行擴充與維護，測試景美溪與二重疏洪道納入系統之穩定度，評估納入三峽河之方式。配合更新員山子分洪之最新率定曲線資料。此外，持續增加系統維護與操作效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000271</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72074</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72074</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護 Extension and Maintenance of Real Time Flash Flood Forecasting Model for Tamshui River in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年颱洪事件考驗，證實具可靠準確度、時效性及功能性等。於97至99年擴充為具備即時預報、事件模擬、參數檢定、決策支援功能，引進中央氣象局QPESUMS，水利署颱風氣候法降雨預報結果。預報範圍含蓋淡水河(石門後池至河口)、基隆河、新店溪、景美溪、二重疏洪道。本年度延續歷年成果，對REFOR模式持續進行擴充與維護，測試景美溪與二重疏洪道納入系統之穩定度，評估納入三峽河之方式。配合更新員山子分洪之最新率定曲線資料。此外，持續增加系統維護與操作效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000271</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/9</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72075</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72075</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護(光碟版)=Extension and Maintenance of Real Time Flash Flood Forecasting Model for Tamshui River in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本(99)年度水資源投資分析年報,會計年度統計時間自民國99年1月1日起至民國99年12月31日止.</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>72080</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72080</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣地區水資源投資分析99年度報告(光碟版)</title><yearidentifier>201111</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000239</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004009</governmentpublicationsnumber><identifier>72081</identifier><internationalstandardbooknumber>9789860302776 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72081</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>98~100年蓄水及引水建造物檢查及安全評估專業服務計畫(3/3) (2009~2011) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000239</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004009</governmentpublicationsnumber><identifier>72082</identifier><internationalstandardbooknumber>9789860302776 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72082</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>98~100年蓄水及引水建造物檢查及安全評估專業服務計畫(3/3)－光碟版 (2009~2011) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫延續98年及99年「水利核心職能提昇與團隊能力建構」計畫之成果，進一步就水利核心職能中有關變革力、協調力與特殊專業力規劃客製化之培訓課程。第一部分大師講座經驗學習示範課程擬建立一個以高階退休者為主力的人才庫，結合當前水利業務推動常遭遇之重大議題，與高階退休者豐富的專業知識與經驗開發一門示範性之專門課程與流程，以充分達到經驗傳承與世代交流之目的。第二部分領導組織變革課程，則配合行政院組織再造作業，預先針對高階主管培訓其領導變革必要的能力，包含增進對環境的敏感度及其領導變革之溝通能力、整合團隊及提升其執行變革輔導之能力、強化自我管理及建立互信互動工作環境之能力等，以期於組織改造後水利業務推動之無縫接軌，並順利適應組織內外之變化。第三部分環境教育課程將配合環境教育法之推動進程，提供環境教育實體課程，完成署本部人員4小時以上環境教育，並錄製成光碟分送所屬機關進行數位學習。第四部分國際相關事務課程係配合本署定常性國際合作及交流事務之需要，針對國際會議語言與簡報、會議規則與禮儀、實況解析與模擬演練等能力調訓具潛力之水利國際交流人才，充實本署外交業務能力。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000377</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004939</governmentpublicationsnumber><identifier>72083</identifier><internationalstandardbooknumber>9789860311020 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72083</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>因應組織變革強化水利核心職能發展與環境教育計畫 Developing Core Competencies to Prepare the Organization for Transformation</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-41</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>72084</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72084</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報 第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010 PART Ⅳ－COASTAL HYDROLOGY</title><yearidentifier>201106</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區(Taipei Water Resource Domain)管理局(以下簡稱水特局)係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋新北市之新店、烏來、石碇、坪林、雙溪等五個區，集水區面積廣達七一七平方公里，約佔新北市行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查(building inventory)工作辦理用戶接管(household pipe-connection)資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之環境情勢調查管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，以進一步輔助建管業務之推動，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸(Timeline)之關聯性。 本計畫已執行四期，經一期(石碇)、二期(新店)、三期(烏來雙溪)、四期(坪林)之分年度執行，除新店水源特定區外，已建立臺北水源特定區範圍內區之所有建物與污水接管清查資料；並將其清查成果資料完全電子化、資料庫化，再與地理資訊系統緊密結合以達到最高成效之目標，使其能具體應用地理資訊系統有效管理環境情勢調查成果之最新現況，以提升水特局之整體營運績效。 為能全面進行相關之清查，本年度持續對新店水源特定區內建築物現況調查及用戶接管污水情形進行調查，以作為建築管理及污水使用管制之依據與參考。故辦理「新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-(直潭段河川-新店水源特定區)」。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000402</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010003722</governmentpublicationsnumber><identifier>72085</identifier><internationalstandardbooknumber>9789860301014 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72085</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫(直潭段河川-新店水源特定區) Environmental circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>201111</yearidentifier></data><data><abstract>本計畫延續98年及99年「水利核心職能提昇與團隊能力建構」計畫之成果，進一步就水利核心職能中有關變革力、協調力與特殊專業力規劃客製化之培訓課程。第一部分大師講座經驗學習示範課程擬建立一個以高階退休者為主力的人才庫，結合當前水利業務推動常遭遇之重大議題，與高階退休者豐富的專業知識與經驗開發一門示範性之專門課程與流程，以充分達到經驗傳承與世代交流之目的。第二部分領導組織變革課程，則配合行政院組織再造作業，預先針對高階主管培訓其領導變革必要的能力，包含增進對環境的敏感度及其領導變革之溝通能力、整合團隊及提升其執行變革輔導之能力、強化自我管理及建立互信互動工作環境之能力等，以期於組織改造後水利業務推動之無縫接軌，並順利適應組織內外之變化。第三部分環境教育課程將配合環境教育法之推動進程，提供環境教育實體課程，完成署本部人員4小時以上環境教育，並錄製成光碟分送所屬機關進行數位學習。第四部分國際相關事務課程係配合本署定常性國際合作及交流事務之需要，針對國際會議語言與簡報、會議規則與禮儀、實況解析與模擬演練等能力調訓具潛力之水利國際交流人才，充實本署外交業務能力。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000377</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004939</governmentpublicationsnumber><identifier>72086</identifier><internationalstandardbooknumber>9789860311020 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72086</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>因應組織變革強化水利核心職能發展與環境教育計畫(光碟版) Developing Core Competencies to Prepare the Organization for Transformation</title><yearidentifier>201112</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區(Taipei Water Resource Domain)管理局(以下簡稱水特局)係國內第一個經由都市計畫法設立之水源、水質、水量保護區，負責管理新店溪青潭堰上游集水區之水源、水質、水量之安全與潔淨，以保護供應大臺北地區目前約四百萬人口自來水之水源、水質不受破壞與污染，本特定區範圍涵蓋新北市之新店、烏來、石碇、坪林、雙溪等五個區，集水區面積廣達七一七平方公里，約佔新北市行政區域面積的三分之一，轄幅十分廣闊，主要業務包括：都市計畫、建築管理、土地使用管制、違規查處、復舊造林、水土保持、環境改善維護、水量、水質監測、公害污染防治、污水下水道系統工程與操作維護等。 本計畫主要工作是調查特定區內建築物使用與其結構型態及污水接管等基本資料，建立調查資料庫，以利瞭解特定區建築物及其使用情形，作為土地管制與建築管理之參考；並配合此次建物清查(building inventory)工作辦理用戶接管(household pipe-connection)資料調查，建立電子檔案汰換舊有書面資料，建立完整之用戶資料，又本計畫就前期已建置之環境情勢調查管理系統，依據使用者經驗，進行功能之擴充與精進，以更有效利用清查結果之大量資料，以進一步輔助建管業務之推動，並將86年至89年間之調查資料與本系統整合，使建物清查與接管調查資料更加完整，並具有時間軸(Timeline)之關聯性。 本計畫已執行四期，經一期(石碇)、二期(新店)、三期(烏來雙溪)、四期(坪林)之分年度執行，除新店水源特定區外，已建立臺北水源特定區範圍內區之所有建物與污水接管清查資料；並將其清查成果資料完全電子化、資料庫化，再與地理資訊系統緊密結合以達到最高成效之目標，使其能具體應用地理資訊系統有效管理環境情勢調查成果之最新現況，以提升水特局之整體營運績效。 為能全面進行相關之清查，本年度持續對新店水源特定區內建築物現況調查及用戶接管污水情形進行調查，以作為建築管理及污水使用管制之依據與參考。故辦理「新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫-(直潭段河川-新店水源特定區)」。</abstract><author>九福科技顧問股份有限公司</author><categoryidentifier>443.6933   433.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000402</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010003722</governmentpublicationsnumber><identifier>72087</identifier><internationalstandardbooknumber>9789860301014 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72087</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游集水區環境情勢調查與管理系統建置計畫(直潭段河川-新店水源特定區)－光碟版Environmental circumstances Investigation and Management System Construction Of Upper Sindian River and Ching-Tan Weir</title><yearidentifier>201111</yearidentifier></data><data><abstract>為持續掌握各地下水分區地下水質變化趨勢，本年度擬循往年以兩年為一循環期程，完成全臺七百餘口地下水觀測井水質檢測分析工作之作業模式辦理。檢測項目包括採樣現場檢測溶氧、水溫、氧化還原電位、導電度、pH及甲烷氣等6項，實驗室水質檢驗項目包括碳酸氫根、碳酸根、鈣、鎂、鉀、鈉、氯鹽、硫酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳、硫化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並提供各觀測井滯留水溶氧、水溫、氧化還原電位、導電度、pH及甲烷氣等6項現場基本水質分析。另針對濁水溪沖積扇扇頂區觀測井，每半年辦理1次硝酸鹽氮濃度加強監測。除藉由2年一次循環辦理此等水質分析項目外，本計畫將可完整提供台灣地區各地下水分區地下水水質狀況，掌握沿海地區地下水鹽化範圍，並探討鹽化之趨勢與研擬因應之道，以及濁水溪?積扇扇頂地下水補助區硝酸鹽氮污染情況分佈趨勢分析，以了解其豐枯水期濃度變化與分布情形。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000116</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004467</governmentpublicationsnumber><identifier>72088</identifier><internationalstandardbooknumber>9789860307573 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72088</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度地下水水質檢測分析與評估 Survey, Analysis and Assessment of Groundwater Quality of Taiwan in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>為持續掌握各地下水分區地下水質變化趨勢，本年度擬循往年以兩年為一循環期程，完成全臺七百餘口地下水觀測井水質檢測分析工作之作業模式辦理。檢測項目包括採樣現場檢測溶氧、水溫、氧化還原電位、導電度、pH及甲烷氣等6項，實驗室水質檢驗項目包括碳酸氫根、碳酸根、鈣、鎂、鉀、鈉、氯鹽、硫酸鹽、硝酸鹽氮、氨氮、銅、鎘、鉛、鋅、鎳、鉻、砷、鐵、錳、總有機碳、硫化物、大腸桿菌群、鈉吸著率與殘餘碳酸鈉等24 項，並提供各觀測井滯留水溶氧、水溫、氧化還原電位、導電度、pH及甲烷氣等6項現場基本水質分析。另針對濁水溪沖積扇扇頂區觀測井，每半年辦理1次硝酸鹽氮濃度加強監測。除藉由2年一次循環辦理此等水質分析項目外，本計畫將可完整提供台灣地區各地下水分區地下水水質狀況，掌握沿海地區地下水鹽化範圍，並探討鹽化之趨勢與研擬因應之道，以及濁水溪?積扇扇頂地下水補助區硝酸鹽氮污染情況分佈趨勢分析，以了解其豐枯水期濃度變化與分布情形。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000116</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010004467</governmentpublicationsnumber><identifier>72089</identifier><internationalstandardbooknumber>9789860307573 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72089</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度地下水水質檢測分析與評估(光碟版) Survey, Analysis and Assessment of Groundwater Quality of Taiwan in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區經營管理應用平台」自民國97年底起始規劃建置，係以GIS圖台為基礎之資訊系統。本平台以水源局業務為導向，區分為水文水質監測、水資源保育管理、都計建物管理、污水下水道管理與土地管理五個資料庫進行建置。今年度配合既有平台架構，新增「航照影像比對檢視功能」、「違章建築管理功能」、「水特局各項水質模式決策應用功能」、「水特局局內資料整合流通機制」等功能，具有協助水源局掌握轄區歷史與現況環境之變化情形，業務流程資訊化，並呈現各項水質模式決策功能，推廣局內地理資訊圖資管理與分享等效益</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA100059</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010003780</governmentpublicationsnumber><identifier>72090</identifier><internationalstandardbooknumber>9789860301052 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區經營管理應用平臺技術精進及資料整合流通計畫 Project of Technique Enhancement and Spatial-data Integration and Sharing on Management Application Platform for Taipei Water Management Office</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區經營管理應用平台」自民國97年底起始規劃建置，係以GIS圖台為基礎之資訊系統。本平台以水源局業務為導向，區分為水文水質監測、水資源保育管理、都計建物管理、污水下水道管理與土地管理五個資料庫進行建置。今年度配合既有平台架構，新增「航照影像比對檢視功能」、「違章建築管理功能」、「水特局各項水質模式決策應用功能」、「水特局局內資料整合流通機制」等功能，具有協助水源局掌握轄區歷史與現況環境之變化情形，業務流程資訊化，並呈現各項水質模式決策功能，推廣局內地理資訊圖資管理與分享等效益</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA100059</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/10</date><governmentpublicationsnumber>1010003780</governmentpublicationsnumber><identifier>72091</identifier><internationalstandardbooknumber>9789860301052 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72091</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區經營管理應用平臺技術精進及資料整合流通計畫成果報告書(光碟片) Project of Technique Enhancement and Spatial-data Integration and Sharing on Management Application Platform for Taipei Water Management Office</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>72094</identifier><internationalstandardbooknumber>02575442 ; 02575442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72094</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報電子書</title><yearidentifier>201106</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>雲林科技大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000113</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004232</governmentpublicationsnumber><identifier>72095</identifier><internationalstandardbooknumber>9789860305371 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72095</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇(2/2) Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>「Water魔法教室，關於水的10個小魔法」書籍，是繼「水源遊學發現之旅」書籍後，第二本以水源環境教育概念為發展主軸，融入九年一貫課程，將水資源環境教育內涵，包括水環境生態、水環境資源、水環境變遷及水環境管理等面向，透過教材教案編製，製作多媒體動畫、互動遊戲，將水源保育知識傳授給學校師生。</abstract><author>臺北水源特定區管理局</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004219</governmentpublicationsnumber><identifier>72096</identifier><internationalstandardbooknumber>9789860305937 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72096</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>Water 魔法教室─關於水的10個小魔法〈水源遊學發現之旅系列：2〉內附光碟</title><yearidentifier>201112</yearidentifier></data><data><abstract>依98年度辦理之「地下水補注機制水力特性調查分析先驅研究」計畫初步成果，水井水力斷層掃描已完成現地小尺度井場試驗並利用水力斷層掃描概念完成水力參數異質性分析，驗證水力斷層掃描理論應用於現地抽水試驗之可行性；此外河川水力掃描亦於先期研究中，完成初步河川水位與地下水位相關性分析，並初步驗證河川水力掃描應用於中尺度水力斷層掃描之可行性。然此二項研究工作於應用於現有地下水觀測網，亦即流域或沖積扇尺度之水力參數異質性分析之可行性，仍待充份確認，故本計畫擬以沖積扇尺度範圍為研究對象，以前開二項先進分析技術結合現行地下水觀測網水位觀測資訊，檢定異質性水力參數特性。</abstract><author>國立雲林科技大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000113</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004232</governmentpublicationsnumber><identifier>72097</identifier><internationalstandardbooknumber>9789860305371 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72097</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>地下水補注機制水力特性調查分析-濁水溪沖積扇(2/2)－光碟版 Investigation of hydraulic characteristics for groundwater recharge mechanism-Acase study on alluvial fan of Cho-Shui River (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經濟部水利署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行檢討並提出改善建議，包含該系統應採動態資料庫還原天然流量計算功能、水權機制檢核應考量水庫蓄水、水力發電及越域引水等引水狀況、建立下游既有水權逐筆檢核功能等。此外，人機介面亦應考量以地理資訊系統（GIS作業）平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務。本計畫依據流量站區域分析成果，選定大安溪/大甲溪為研究案例，本區域內有23站特性相似，可用以建立流量推估模式。選定之流量站透過蒐集之取水與坐標等資料，進行天然流量還原工作，並經資料品質分析，選擇建構流量推估模式之流量站與資料紀錄期間。未設站位置流量推估模式比較既有「地面水潛能水量計算系統」採用之克利金區域分析模式，及迴歸分析模式、物理模式(TOPMODEL)後，建議在一般測站密度充足的區域採「克利金區域分析模式」，而在部分水權申請及管理之重點流域或測站數密度不足的區域則可採「地形指數模式」予以輔助推估。透過前述蒐集之坐標資料及本計畫建構之水權檢核模組等程式，本計畫今年完成大安溪「地面水可用水量計算資訊系統」之開發，並研提未來全台各河川建置本系統之工作規劃。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000109</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72098</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72098</librarycollectiondetailsurl><price>定價380</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)=Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經濟部水利署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行檢討並提出改善建議，包含該系統應採動態資料庫還原天然流量計算功能、水權機制檢核應考量水庫蓄水、水力發電及越域引水等引水狀況、建立下游既有水權逐筆檢核功能等。此外，人機介面亦應考量以地理資訊系統（GIS作業）平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務。 本計畫依據流量站區域分析成果，選定大安溪/大甲溪為研究案例，本區域內有23站特性相似，可用以建立流量推估模式。選定之流量站透過蒐集之取水與坐標等資料，進行天然流量還原工作，並經資料品質分析，選擇建構流量推估模式之流量站與資料紀錄期間。未設站位置流量推估模式比較既有「地面水潛能水量計算系統」採用之克利金區域分析模式，及迴歸分析模式、物理模式(TOPMODEL)後，建議在一般測站密度充足的區域採「克利金區域分析模式」，而在部分水權申請及管理之重點流域或測站數密度不足的區域則可採「地形指數模式」予以輔助推估。透過前述蒐集之坐標資料及本計畫建構之水權檢核模組等程式，本計畫今年完成大安溪「地面水可用水量計算資訊系統」之開發，並研提未來全台各河川建置本系統之工作規劃。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000109</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72099</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72099</librarycollectiondetailsurl><price>定價380</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)(光碟版) Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫運用水資源保育成果，以水源環境教育概念為發展主軸，融入九年一貫課程，將水資源環境教育內涵，包括水環境生態、水環境資源、水環境變遷及水環境管理等面向，透過新編教材教案，製作多媒體動畫、互動遊戲，傳達給學校師生；同時規劃設計水源保育活動，培訓學生，也栽培種子教師，結合轄區資源推廣到全民。除此之外，為了將水源保育理念全面推廣，透過宣導文宣品如摺頁光碟影片、宣導提袋、宣導品及形象廣告等，提昇民眾水資源及生態維護的意識。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000052</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004225</governmentpublicationsnumber><identifier>72101</identifier><internationalstandardbooknumber>9789860305951 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72101</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水源保育教育永續推廣暨整合應用計畫 Educational Promotion and Integration Project for Water Resource Conservation Knowledge in Taipei Water Resource Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫運用水資源保育成果，以水源環境教育概念為發展主軸，融入九年一貫課程，將水資源環境教育內涵，包括水環境生態、水環境資源、水環境變遷及水環境管理等面向，透過新編教材教案，製作多媒體動畫、互動遊戲，傳達給學校師生；同時規劃設計水源保育活動，培訓學生，也栽培種子教師，結合轄區資源推廣到全民。除此之外，為了將水源保育理念全面推廣，透過宣導文宣品如摺頁光碟影片、宣導提袋、宣導品及形象廣告等，提昇民眾水資源及生態維護的意識。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004225</governmentpublicationsnumber><identifier>72102</identifier><internationalstandardbooknumber>9789860305951 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72102</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水源保育教育永續推廣暨整合應用計畫(光碟版) Educational Promotion and Integration Project for Water Resource Conservation Knowledge in Taipei Water Resource Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區河陡流急，降雨分佈不均，又因自然環境條件影響，人口及產業大多集中於西部地區，使西部地區水資源供應吃緊及調度困難，西南部地區因地面水源不足區域，因長期抽用地下水補充地面水供應供水缺口，致地層發生下陷情勢發生。為研擬較經濟及易推動地下水補注方案，改善日趨惡化地下水環境，計畫擬評估河川補注地下水可行區段，並依減緩地層持續下陷及強化地下水資源運用等環境特性分別研擬可行方案。</abstract><author>臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000184</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004411</governmentpublicationsnumber><identifier>72103</identifier><internationalstandardbooknumber>9789860307597 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72103</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>台灣西部河川河槽作為地下水補注區可行性分析 The feasibility analysis of utilizing river bed in western Taiwan as a potential groundwater recharge Zone</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區河陡流急，降雨分佈不均，又因自然環境條件影響，人口及產業大多集中於西部地區，使西部地區水資源供應吃緊及調度困難，西南部地區因地面水源不足區域，因長期抽用地下水補充地面水供應供水缺口，致地層發生下陷情勢發生。為研擬較經濟及易推動地下水補注方案，改善日趨惡化地下水環境，計畫擬評估河川補注地下水可行區段，並依減緩地層持續下陷及強化地下水資源運用等環境特性分別研擬可行方案。</abstract><author>臺灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000184</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004411</governmentpublicationsnumber><identifier>72104</identifier><internationalstandardbooknumber>9789860307597 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72104</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>台灣西部河川河槽作為地下水補注區可行性分析(光碟版) The feasibility analysis of utilizing river bed in western Taiwan as a potential groundwater recharge Zone</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫更新工程於民國95年7月1日起正式邁入營運管理階段,為對水庫營運期間環境品質有所掌握,仍延續對本水庫進行監測工作,俾利當影響超出環境涵容能力時,能適時採取減輕對策,以降低其負面影響,並期藉由施工階段及營運階段之持續性監測,建立本地區長期之環境資料庫,作為環境管理與維護依據</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000213</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004618</governmentpublicationsnumber><identifier>72105</identifier><internationalstandardbooknumber>9789860309379 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72105</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度阿公店水庫營運階段環境監測 The Environmental Monitoring Project During Operation Stage for A-Kung-Tien Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫更新工程於民國95年7月1日起正式邁入營運管理階段,為對水庫營運期間環境品質有所掌握,仍延續對本水庫進行監測工作,俾利當影響超出環境涵容能力時,能適時採取減輕對策,以降低其負面影響,並期藉由施工階段及營運階段之持續性監測,建立本地區長期之環境資料庫,作為環境管理與維護依據</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000213</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004618</governmentpublicationsnumber><identifier>72106</identifier><internationalstandardbooknumber>9789789860302 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72106</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度阿公店水庫營運階段環境監測 (光碟版)The Environmental Monitoring Project During Operation Stage for A-Kung-Tien Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>集水區規劃與管理常以模式模擬為評估工具。如果使用模式分析，應考量是否可以符合主要使用者需求，及模式的選擇要建立在不同需求所訂出的準則。鑑於水源局水文水質監測資料已逐步建置，如何應用基礎監測資料回饋至模式校驗、模擬、驗證與方案評估，應為此階段重要課題。計畫內容包括 (1)彙整國內外相關模式之使用經驗；(2)經由模式之選用，建立適用於本特定區管理之水質模式；(3)進行本特定區資料驗證示範；(4)建立友善人機介面之水質模式輸入視窗；(5)建立模式之使用範例與使用手冊10份；(6)舉辦水質模式操作教育訓練；(7)並提出臺北水源特定區水質管理策略之建議。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000053</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004298</governmentpublicationsnumber><identifier>72107</identifier><internationalstandardbooknumber>9789860305562 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72107</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質模式分析與應用計畫Analysis and Application of Water Quality Model for Taipei Water Sources Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>集水區規劃與管理常以模式模擬為評估工具。如果使用模式分析，應考量是否可以符合主要使用者需求，及模式的選擇要建立在不同需求所訂出的準則。鑑於水源局水文水質監測資料已逐步建置，如何應用基礎監測資料回饋至模式校驗、模擬、驗證與方案評估，應為此階段重要課題。計畫內容包括 (1)彙整國內外相關模式之使用經驗；(2)經由模式之選用，建立適用於本特定區管理之水質模式；(3)進行本特定區資料驗證示範；(4)建立友善人機介面之水質模式輸入視窗；(5)建立模式之使用範例與使用手冊10份；(6)舉辦水質模式操作教育訓練；(7)並提出臺北水源特定區水質管理策略之建議。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000053</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004298</governmentpublicationsnumber><identifier>72108</identifier><internationalstandardbooknumber>9789860305562 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72108</librarycollectiondetailsurl><price>500</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質模式分析與應用計畫(光碟片)Analysis and Application of Water Quality Model for Taipei Water Sources Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>367.8815101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1009100775</governmentpublicationsnumber><identifier>72109</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72109</librarycollectiondetailsurl><price>工本費800</price><publisher>經濟部水利處南區水資源局</publisher><publishrocyear>90</publishrocyear><title>荖濃堰水域生態保育及生態工法研究 Study on Ecological Conaervation and Ecological WorKing Methods for Laonong Weir Ponding Area</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫之執行乃為瞭解如降雨量、輸砂量等影響因子與濁度及水質水量三者之關連性並建立濁度預測模式，配合研擬濁度改善對策及評估飲用水處理可靠度，以降低下游處理設備負荷量，提昇給水效率及縮減限水衍生之社會成本。本計畫第2年運用建立完成之濁度預測模式，利用實測值與預測值比較，完成濁度預測成效指標分析，進而評定模式預測之優劣性。再以優選模式進行情境模擬，瞭解颱風期間對水體濁度之影響範圍及強度，並建立各測站影響濁度因子之預警值，分析公共給水水源可靠度及研究改善對策。</abstract><author>明志科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000079</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004300</governmentpublicationsnumber><identifier>72110</identifier><internationalstandardbooknumber>9789860305500 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72110</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究(2/2) Development of Turbidity Forecasting Model and Improving Measures for Taipei Water Source Domain(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之執行乃為瞭解如降雨量、輸砂量等影響因子與濁度及水質水量三者之關連性並建立濁度預測模式，配合研擬濁度改善對策及評估飲用水處理可靠度，以降低下游處理設備負荷量，提昇給水效率及縮減限水衍生之社會成本。本計畫第2年運用建立完成之濁度預測模式，利用實測值與預測值比較，完成濁度預測成效指標分析，進而評定模式預測之優劣性。再以優選模式進行情境模擬，瞭解颱風期間對水體濁度之影響範圍及強度，並建立各測站影響濁度因子之預警值，分析公共給水水源可靠度及研究改善對策。</abstract><author>明志科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000079</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004300</governmentpublicationsnumber><identifier>72111</identifier><internationalstandardbooknumber>9789860305500 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72111</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區濁度預測模式建立及改善對策研究(2/2)(光碟片) Development of Turbidity Forecasting Model and Improving Measures for Taipei Water Source Domain(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>1.用水計畫書書面查核及現地訪查。 2.協助用水計畫書審查作業要點修訂作業。 3.用水計畫書資訊系統維護。</abstract><author>京華工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000376</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004546</governmentpublicationsnumber><identifier>72112</identifier><internationalstandardbooknumber>9789860308327 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72112</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>用水計畫書查核電子申報及民生類額定用水量調查檢討 Examination of Water-Use Prospectus E-filling and Investigation and Review of Domestic Water Use Limit</title><yearidentifier>201112</yearidentifier></data><data><abstract>1.用水計畫書書面查核及現地訪查。 2.協助用水計畫書審查作業要點修訂作業。 3.用水計畫書資訊系統維護。</abstract><author>京華工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000376</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004546</governmentpublicationsnumber><identifier>72113</identifier><internationalstandardbooknumber>9789860308327 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72113</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>用水計畫書查核電子申報及民生類額定用水量調查檢討(光碟版) Examination of Water-Use Prospectus E-filling and Investigation and Review of Domestic Water Use Limit</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區供應大臺北地區約500萬人口之民生用水，目前此區供應給長興、公館及直潭淨水場處理後之清水均符合自來水水質標準，且進入淨水場取水口之原水易多能符合飲用水水源水質標準，因此本計畫區供應之民生用水應無影響民眾健康之風險疑慮。然而，水源保護區為安全飲用水多重保護屏障的最上游，屬於地面水體，應符合甲類地面水體水質標準，由歷年監測資料顯示，大腸桿菌群、總磷及氨氮等項目常發生不符合或接近甲類標準之情形，故本計畫所提風險管理係針對水源保護區之潛在污染源及其可能危害風險進行評估，評估結果可供研擬水源保護區管理計畫制訂之參考。</abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000080</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004302</governmentpublicationsnumber><identifier>72114</identifier><internationalstandardbooknumber>9789860305517 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72114</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(2/2) Development andApplication of a Risk Management Model for Taipei Water Source Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區供應大臺北地區約500萬人口之民生用水，目前此區供應給長興、公館及直潭淨水場處理後之清水均符合自來水水質標準，且進入淨水場取水口之原水易多能符合飲用水水源水質標準，因此本計畫區供應之民生用水應無影響民眾健康之風險疑慮。然而，水源保護區為安全飲用水多重保護屏障的最上游，屬於地面水體，應符合甲類地面水體水質標準，由歷年監測資料顯示，大腸桿菌群、總磷及氨氮等項目常發生不符合或接近甲類標準之情形，故本計畫所提風險管理係針對水源保護區之潛在污染源及其可能危害風險進行評估，評估結果可供研擬水源保護區管理計畫制訂之參考。</abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000080</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004302</governmentpublicationsnumber><identifier>72115</identifier><internationalstandardbooknumber>9789860305517 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72115</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質風險管理模式之建立與應用(2/2)(光碟片)Development andApplication of a Risk Management Model for Taipei Water Source Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北地區之東南隅，面積共計約717平方公里，為大臺北地區主要供水來源。有鑒於氣候異常極端降雨日益嚴重，水土災害成因日趨複雜，因此必須建立土砂健康指標，以評估集水區之健康狀況，並綜合考量崩塌災害成因及可能之危害程度，做好相關風險管控，以確保本特定區能永續提供穩定之水源、水質及水量。 為建立梅姬颱風後本區之崩塌地分布情形，以衛星影像與坡度、坡向、高程等地形因子，初步劃分崩塌地，再與現地調查結果、歷史崩塌資料、精度更高之影像進行檢核，以完成最終成果，梅姬颱風後本區計有180處崩塌地，面積約為61.07公頃，集中分布於南勢溪流域上游，為本區土砂問題之重點區。並以調查成果中16筆資料與48筆前後期DEM相減之資料來建立本區之崩塌地坡度與崩塌地代表深度關係，崩塌深度隨著坡度漸增而變大，並於坡度30～40度得到最大值3.29公分，而後深度逐漸下降。 本研究並分別建立適用本區之年產砂模式及單場降雨產砂模式，以推估區內之年土壤沖蝕量及崩塌量，或由颱風豪雨造成之事件產砂量，並以北勢溪之翡翠水庫泥砂淤積量資料來作為檢定驗證，可得產砂模式之適用性。 在崩塌危害分析方面，結合崩塌潛勢(空間機率分布)、不同重現期降雨之發生機率(時間機率分布)及崩塌規模機率，來進行分析。崩塌潛勢相關因子經篩選後包含最大坡度、全坡高、地形粗糙、平均坡向、NDVI、道路距及岩性分類等內在潛勢因子，及納莉颱風最大1小時雨量、最大12小時雨量等外在促崩因子，由此來建立崩塌潛勢模型，並以梅姬颱風事件之降雨量及崩塌地分布情形做為驗證，結果顯示本崩塌潛勢模型可預估不同重現期降雨量所造成之崩塌機率空間分布情形。崩塌規模分析則是先建立崩塌地面積(或體積)與非累積個數之冪次關係(power law)，再以機率密度函數將其轉為崩塌面積(或體積)累積機率，藉此推求邊坡單元發生崩塌時，其規模超過一定大小之機率。 最後以不同重現期降雨之超越機率來做該事件發生之機率，並結合不同重現期之空間崩塌機率與崩塌規模機率，可預估本區各邊坡單元發生崩塌面積大於一定規模之年計機率。機率較高者為南勢溪上游區域，為未來集水區土砂經營管理之主要目標。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000060</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004304</governmentpublicationsnumber><identifier>72116</identifier><internationalstandardbooknumber>9789860305913 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72116</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區崩塌危害分析及土砂健康指標建立(1/2) Landslide Hazard Analysis and Health Diagnosis Indicators of Sediment Related Conservation for Taipei Water Source Domain(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為因應如91年桃園、板新及台北地區假日實施分區輪流供水，可能因氣候變遷造成更嚴峻之旱災情形，甚至因農糧安全造成農業用水無法調度，於過去水源調度措施外，為預擬大規模之長期乾旱情境，結合民防及全民防衛動員準備體系執行災害整備及應變，藉以於必要時缺水情勢提升至國家安全層級，得以作為決策參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000390</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010003719</governmentpublicationsnumber><identifier>72117</identifier><internationalstandardbooknumber>9789860299557 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72117</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷北部地區乾旱預警與應變措施規劃分析 Drought Warning and Response Measure Planning for Northern Taiwan Under Climate Change Condition</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北地區之東南隅，面積共計約717平方公里，為大臺北地區主要供水來源。有鑒於氣候異常極端降雨日益嚴重，水土災害成因日趨複雜，因此必須建立土砂健康指標，以評估集水區之健康狀況，並綜合考量崩塌災害成因及可能之危害程度，做好相關風險管控，以確保本特定區能永續提供穩定之水源、水質及水量。 為建立梅姬颱風後本區之崩塌地分布情形，以衛星影像與坡度、坡向、高程等地形因子，初步劃分崩塌地，再與現地調查結果、歷史崩塌資料、精度更高之影像進行檢核，以完成最終成果，梅姬颱風後本區計有180處崩塌地，面積約為61.07公頃，集中分布於南勢溪流域上游，為本區土砂問題之重點區。並以調查成果中16筆資料與48筆前後期DEM相減之資料來建立本區之崩塌地坡度與崩塌地代表深度關係，崩塌深度隨著坡度漸增而變大，並於坡度30～40度得到最大值3.29公分，而後深度逐漸下降。 本研究並分別建立適用本區之年產砂模式及單場降雨產砂模式，以推估區內之年土壤沖蝕量及崩塌量，或由颱風豪雨造成之事件產砂量，並以北勢溪之翡翠水庫泥砂淤積量資料來作為檢定驗證，可得產砂模式之適用性。 在崩塌危害分析方面，結合崩塌潛勢(空間機率分布)、不同重現期降雨之發生機率(時間機率分布)及崩塌規模機率，來進行分析。崩塌潛勢相關因子經篩選後包含最大坡度、全坡高、地形粗糙、平均坡向、NDVI、道路距及岩性分類等內在潛勢因子，及納莉颱風最大1小時雨量、最大12小時雨量等外在促崩因子，由此來建立崩塌潛勢模型，並以梅姬颱風事件之降雨量及崩塌地分布情形做為驗證，結果顯示本崩塌潛勢模型可預估不同重現期降雨量所造成之崩塌機率空間分布情形。崩塌規模分析則是先建立崩塌地面積(或體積)與非累積個數之冪次關係(power law)，再以機率密度函數將其轉為崩塌面積(或體積)累積機率，藉此推求邊坡單元發生崩塌時，其規模超過一定大小之機率。 最後以不同重現期降雨之超越機率來做該事件發生之機率，並結合不同重現期之空間崩塌機率與崩塌規模機率，可預估本區各邊坡單元發生崩塌面積大於一定規模之年計機率。機率較高者為南勢溪上游區域，為未來集水區土砂經營管理之主要目標。</abstract><author>財團法人資源及環境保護服務基金會；陳樹群</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000060</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004304</governmentpublicationsnumber><identifier>72118</identifier><internationalstandardbooknumber>9789860305913 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72118</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區崩塌危害分析及土砂健康指標建立(1/2)成果報告(光碟片)Landslide Hazard Analysis and Health Diagnosis Indicators of Sediment Related Conservation for Taipei Water Source Domain(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為因應如91年桃園、板新及台北地區假日實施分區輪流供水，可能因氣候變遷造成更嚴峻之旱災情形，甚至因農糧安全造成農業用水無法調度，於過去水源調度措施外，為預擬大規模之長期乾旱情境，結合民防及全民防衛動員準備體系執行災害整備及應變，藉以於必要時缺水情勢提升至國家安全層級，得以作為決策參考。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000390</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010003719</governmentpublicationsnumber><identifier>72119</identifier><internationalstandardbooknumber>9789860299557 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72119</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷北部地區乾旱預警與應變措施規劃分析(光碟版) Drought Warning and Response Measure Planning for Northern Taiwan Under Climate Change Condition</title><yearidentifier>201112</yearidentifier></data><data><abstract>進行本段海岸之海床質等基本資料蒐集分析，研究以當地海域之抽沙養灘並配合岬灣工法之可行性分析，並透過水工模型試驗分析成效，提出養灘方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000144</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72120</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72120</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究 Headland-Bay Approach Combining Pumping Beach Fill from Offshore for Kaohsiung Mituo Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂為保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾休閒、遊憩的地區；且當地居民長期以來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性），以達多元發展與雙贏境界，實為值得評估之課題。本局為確保本特定區內各項管業務有效的執行，延續94年、95年、96年度環境生態管理與整合性利用相關計畫之研究及97年臺北水源特定區生態調查監測結果，針對臺北水源特定區之水域、陸域生態與河川環境因子100年進行調查監測，並將調查監測成果進一步完成生態特性分析及建立環境生態預警系統之生物指標，以為環境預警系統之水域生態環境評判依據，並同時納入之理化性之水質指標，建立環境生態整合指標，以完成生態環境調查、管理與水土資源利用之整合性系統，並促進臺北水源特定區在水土資源之永續利用。</abstract><author>財團法人農業工程研究中心；譚智宏</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000056</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004330</governmentpublicationsnumber><identifier>72121</identifier><internationalstandardbooknumber>9789860306774 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72121</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>100年臺北水源特定區生態調查監測計畫 Investigation and Monitoring for Ecology at the Taipei Water Special District,2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大台北都會區東南隅，過去二十年來因應水源政策，大部分劃訂為保安保護區。各項開發行為及土地利用皆有嚴格之規範，對區域環境及生態的維護有良好之績效。然由於社會環境快速變遷，台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域自然成為民眾休閒、遊憩的地區；且當地居民長期以來亦強烈的要求自主、開發，以提昇居住品質及經濟發展。如何兼顧地方發展及水源保護政策（防制各類違規行為，維護特定區水源、水量、水質及生態多樣性），以達多元發展與雙贏境界，實為值得評估之課題。本局為確保本特定區內各項管業務有效的執行，延續94年、95年、96年度環境生態管理與整合性利用相關計畫之研究及97年臺北水源特定區生態調查監測結果，針對臺北水源特定區之水域、陸域生態與河川環境因子100年進行調查監測，並將調查監測成果進一步完成生態特性分析及建立環境生態預警系統之生物指標，以為環境預警系統之水域生態環境評判依據，並同時納入之理化性之水質指標，建立環境生態整合指標，以完成生態環境調查、管理與水土資源利用之整合性系統，並促進臺北水源特定區在水土資源之永續利用。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000056</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004330</governmentpublicationsnumber><identifier>72122</identifier><internationalstandardbooknumber>9789860306774 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72122</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>100年臺北水源特定區生態調查監測計畫(光碟片) Investigation and Monitoring for Ecology at the Taipei Water Special District,2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>進行本段海岸之海床質等基本資料蒐集分析，研究以當地海域之抽沙養灘並配合岬灣工法之可行性分析，並透過水工模型試驗分析成效，提出養灘方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000144</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72123</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72123</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究 (光碟版) Headland-Bay Approach Combining Pumping Beach Fill from Offshore for Kaohsiung Mituo Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，為全國首例設置之水源特定區，故長期而持續之水質監測，對於本區之相關管理作業至為重要。本計畫除執行本區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，及突發公害污染案件之不定期水質檢測外，亦將以所得之分析結果綜合研判本區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。</abstract><author>臺北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000001</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004336</governmentpublicationsnumber><identifier>72124</identifier><internationalstandardbooknumber>9789860305920 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72124</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質監測計畫(100年) Water Quality Monitoring for Taipei Water Supply Protected Watershed(2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅，為全國首例設置之水源特定區，故長期而持續之水質監測，對於本區之相關管理作業至為重要。本計畫除執行本區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，及突發公害污染案件之不定期水質檢測外，亦將以所得之分析結果綜合研判本區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。</abstract><author>臺北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000001</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004336</governmentpublicationsnumber><identifier>72125</identifier><internationalstandardbooknumber>9789860305920 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72125</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區水質監測計畫(100年)(光碟片)Water Quality Monitoring for Taipei Water Supply Protected Watershed(2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台北水源特定區含翡翠水庫集水區(位於新店溪上游支流北勢溪.總蓄水406,000,000m3)與南勢溪集水區於新店龜山匯流至青潭堰、為大台北地區主要自來水水源並兼具發電功能、其供水範圍包括台北市及台北縣之三重、新店、中和、淡水、三芝等地區、其水源水質水量之安全與潔淨直接影響大台北地區約500萬人口之民生用水品質。    台北水源特定區位處人口密集區之大台北都會區東南隅市郊，過去20年來因應水源政策管理水質成效尚稱良好，惟由於都市化劇烈影響、經濟的蓬勃發展及社會變遷快速 (北宜高通車、溫泉法實施配合溫泉區劃設、民意高張、公共及民生用水需求質量增加)，且台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域內烏來地區向來即以溫泉觀光產業聞名、坪林鄉亦為著名包種茶產地，自然成為民眾就近休閒、遊憩的地區；當地居民長期來亦強烈的要求自主、開發，以提升當地居住品質及經濟發展，惟此部分又涉及土地開發需求日殷，加上本集水區自然環境地質脆弱、氣候潮濕多雨但時間及空間上分配不均勻（包括颱風、豪雨、乾旱）及極端暴雨發生頻繁、易造成水土流失、坡地崩塌及水體污染之情形，為免集水區之水源水質水量因自然及人為因素而轉劣，並兼顧地方發展及水源保護政策，以達多元發展與雙贏境界，必須加強及規劃相關集水區治理與管理工作。逐對集水區保育之各項工作全盤調查、規劃及研擬計畫、以作為未來推展相關保育工作之方針。以確保水源區水質與水量安全。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000054</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004349</governmentpublicationsnumber><identifier>72126</identifier><internationalstandardbooknumber>9789860306781 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72126</librarycollectiondetailsurl><price>600</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區整體保育中程實施計畫 Integrated Conservation Implementation Plan on Taipei Water Source Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>台北水源特定區含翡翠水庫集水區(位於新店溪上游支流北勢溪.總蓄水406,000,000m3)與南勢溪集水區於新店龜山匯流至青潭堰、為大台北地區主要自來水水源並兼具發電功能、其供水範圍包括台北市及台北縣之三重、新店、中和、淡水、三芝等地區、其水源水質水量之安全與潔淨直接影響大台北地區約500萬人口之民生用水品質。    台北水源特定區位處人口密集區之大台北都會區東南隅市郊，過去20年來因應水源政策管理水質成效尚稱良好，惟由於都市化劇烈影響、經濟的蓬勃發展及社會變遷快速 (北宜高通車、溫泉法實施配合溫泉區劃設、民意高張、公共及民生用水需求質量增加)，且台北地區人口稠密，休閒遊憩之空間極為缺乏，本區域內烏來地區向來即以溫泉觀光產業聞名、坪林鄉亦為著名包種茶產地，自然成為民眾就近休閒、遊憩的地區；當地居民長期來亦強烈的要求自主、開發，以提升當地居住品質及經濟發展，惟此部分又涉及土地開發需求日殷，加上本集水區自然環境地質脆弱、氣候潮濕多雨但時間及空間上分配不均勻（包括颱風、豪雨、乾旱）及極端暴雨發生頻繁、易造成水土流失、坡地崩塌及水體污染之情形，為免集水區之水源水質水量因自然及人為因素而轉劣，並兼顧地方發展及水源保護政策，以達多元發展與雙贏境界，必須加強及規劃相關集水區治理與管理工作。逐對集水區保育之各項工作全盤調查、規劃及研擬計畫、以作為未來推展相關保育工作之方針。以確保水源區水質與水量安全。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000054</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004349</governmentpublicationsnumber><identifier>72127</identifier><internationalstandardbooknumber>9789860306781 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72127</librarycollectiondetailsurl><price>600</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>臺北水源特定區整體保育中程實施計畫(光碟片)Integrated Conservation Implementation Plan on Taipei Water Source Domain</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於推廣水資源永續經營之理念，有效擴大倡導正確的水資源保育觀念，健全一般社會大眾積極參與水源保育，培植保育概念，提升新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到水資源保育與利用之目標。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004530</governmentpublicationsnumber><identifier>72128</identifier><internationalstandardbooknumber>9789860308754 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72128</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭水質水量保護區水源保育與回饋成果推展計畫 Promotion Program on Water Resources Conservation and Compensation Achievements for the Chingtan Water Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於推廣水資源永續經營之理念，有效擴大倡導正確的水資源保育觀念，健全一般社會大眾積極參與水源保育，培植保育概念，提升新店溪青潭水質水量保護區水質水量之潔淨與充沛，達到水資源保育與利用之目標。</abstract><author>厚鼎傳播整合行銷古股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004530</governmentpublicationsnumber><identifier>72129</identifier><internationalstandardbooknumber>9789860308754 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72129</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭水質水量保護區水源保育與回饋成果推展計畫(光碟版)Promotion Program on Water Resources Conservation and Compensation Achievements for the Chingtan Water Quality and Quantity Protection Area of the Sindian River</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨於為臺北水源特定區管理局現有南北勢溪流域所設立之水位流量站進行長期性之流量監測，每月2至4次之例行性流量觀測及水文站操作維護。平常水位時期以機械式流速儀及FlowTracker量測流量，並以DH-48及D-74於南北勢溪測站觀測河川含砂量；高水位時期流量則以聲波式流速儀Min ADP進行量測。計畫執行期間每月蒐集各測站之水位及流量資料，經資料品管與品保後，更新於水文資料庫中。 本年度計畫執行期間，各測站依規定共測得30場平常時期之流量資料，於颱洪期間亦完成15站次之流量觀測；各測站水位-流量率定曲線方面，其準確性及趨勢與原先差異不大，本年度虎寮潭站測得較歷年高之水位流量資料，增加曲線之適用範圍；測站斷面量測方面，各測站共完成4次斷面量測，測站中以水源橋淤積及金瓜寮溪橋沖刷改變量較多；每月定期蒐集水文資料製成月報表及年報表，並分析測站之歷年水位資料，以作為掌握各測站之水文特性；水文情勢分析方面，枯水期間雨量及流量相當稀少，進入豐水期後，雨量及流量並未明顯上昇， 10月因東北季風季風及颱風交互影響下，其雨量及流量明顯上升。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000002</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004747</governmentpublicationsnumber><identifier>72130</identifier><internationalstandardbooknumber>9789860305814 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72130</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游水文監測計畫(100年)Hydrological system measurement of the Area Protected by the Taipei Water Management Office in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨於為臺北水源特定區管理局現有南北勢溪流域所設立之水位流量站進行長期性之流量監測，每月2至4次之例行性流量觀測及水文站操作維護。平常水位時期以機械式流速儀及FlowTracker量測流量，並以DH-48及D-74於南北勢溪測站觀測河川含砂量；高水位時期流量則以聲波式流速儀Min ADP進行量測。計畫執行期間每月蒐集各測站之水位及流量資料，經資料品管與品保後，更新於水文資料庫中。 本年度計畫執行期間，各測站依規定共測得30場平常時期之流量資料，於颱洪期間亦完成15站次之流量觀測；各測站水位-流量率定曲線方面，其準確性及趨勢與原先差異不大，本年度虎寮潭站測得較歷年高之水位流量資料，增加曲線之適用範圍；測站斷面量測方面，各測站共完成4次斷面量測，測站中以水源橋淤積及金瓜寮溪橋沖刷改變量較多；每月定期蒐集水文資料製成月報表及年報表，並分析測站之歷年水位資料，以作為掌握各測站之水文特性；水文情勢分析方面，枯水期間雨量及流量相當稀少，進入豐水期後，雨量及流量並未明顯上昇， 10月因東北季風季風及颱風交互影響下，其雨量及流量明顯上升。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000002</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/11</date><governmentpublicationsnumber>1010004747</governmentpublicationsnumber><identifier>72131</identifier><internationalstandardbooknumber>9789860305814 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72131</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游水文監測計畫(100年)(光碟版)Hydrological system measurement of the Area Protected by the Taipei Water Management Office in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>一、	計畫緣起與工作內容 (一)	計畫緣起及目的 台灣地質條件不穩定，受限早期水庫興建過程，缺乏排砂設施規劃，國內各水庫淤積問題逐漸惡化；此外台灣水資源難以儲蓄，造成水庫排砂操作風險增大，不當的水力排砂操作容易造成水資源浪費。虹吸抽?為?用水庫水位與輸?管出口間之水頭差所產生之管?擾動排放泥水的方式，為一種壩前有效的清淤方式，無須複雜的工程技術。具有不耗大量能源、能在水庫正常操作下清淤等優點，惟需足夠水頭維持其流速，清淤規模較小，適合壩前淤積嚴重水庫。本計畫擬定設計管道模組，進行虹吸管排砂基本試驗，並針對其關鍵技術評估適合操作地點，以及估計其可吸濃度。 (二)	計畫目標與工作流程 本計畫就今(100)年度各項工作項目之性質，將其分類為四大工作群組，包括：(一)試驗建置分析；(二)數值模式分析；(三)模組設計規劃；(四)操作建議規劃。今(100)年主要透過虹吸管道排砂試驗建置與案例分析與虹吸管道排砂輸送能力分析，探討其現地可行方案評估建議及操作建議規劃。  二、	水庫基本資料蒐集與分析 (一)	水庫虹吸管道排砂效率及可行性研究 本計畫經第一(99)年綜合評估，目前最適宜施作虹吸管道排砂之水庫為「阿公店水庫」，故本計畫今(100)年度相關虹吸排砂試驗、模擬研究，主要針對阿公店水庫進行探討。 (二)	阿公店水庫 1.	水庫更新改善後至民國99年10月止，目前剩餘有效容量為1,687.295萬m3，壩前淤積標高25.31 m。 2.	水庫更新改善後近5年年平均進水量約5,283.3萬m3，年平均放水量則約4,983.9萬m3；最大瞬時入流量發生於民國97年卡玫基颱風期間為775cms，次之為99年凡那比颱風637cms，第三則為民國98年莫拉克颱風之337cms。 3.	歷年清淤方案中評估以機械式浚渫來處理較佳。 4.	近壩區之淤泥多屬沉泥與黏土，本計畫補充調查之底泥D50粒徑約介於0.00570～0.00696mm，而比重則介於2.67～2.75。  三、	虹吸管道排砂水工試驗建置與案例分析探討 (一)	虹吸管道排砂吸泥頭試驗案例分析探討與評估 1.	在清水特性試驗中顯示，Type II吸泥頭平均排水量最大，但Type I吸泥頭吸力最大。 2.	在吸泥特性試驗中則顯示，Type II吸泥頭在塑膠砂與天然砂試驗(不論固定式或移動式吸泥頭)之平均含砂量、平均排水量及平均排砂量結果，皆相對較其他吸泥頭為佳。 3.	由平均含砂量、平均排水量及平均排砂量等3項指標來評估，不論塑膠砂或天然砂試驗，Type II吸泥頭之結果皆相對較佳，故本計畫優先以Type II吸泥頭來進行橫越與跨越方案試驗。 (二)	虹吸管道排砂橫越與跨越試驗案例分析探討與評估 1.	因虹吸排砂主要之動力來源為水庫上下游水頭差，水頭差大者，其所提供之動能亦越大，即流速越大(吸力亦越大)。所以不論在橫越或跨越試驗，在相同管徑條件下，水頭差大者，其排水量、排砂量及含砂量亦相對較大；而在相同水頭差條件下，管徑大者，相對其排水量與排砂量亦較大，但含砂量則不一定有相對之變化。 2.	在阿公店水庫橫越與跨越試驗結果可知，排砂位置高程會影響排砂結果，排砂位置高程低者，其排水量與排砂量會相對較大，但含砂量則不一定有相對之變化。 3.	在阿公店水庫之整體試驗結果，塑膠砂排砂之含砂量約介於36,100～133,900ppm；而天然砂則約介於38,300～92,500ppm。  四、	虹吸管道排砂輸送能力分析 (一)	虹吸管道橫越與跨越案例試驗 1.	在阿公店水庫試驗轉換為原型結果，其平均含砂量約介於38,300～92,500ppm，平均排水量約介於0.48～1.86cms，而平均排砂量則約介於18.2～149.7kg/s 2.	而排砂之水砂比約介於27.6：1～68.3：1，即進行虹吸管道排砂時，排出1m3之淤砂最少需耗費27.6m3之水。 (二)	不同邊界條件下虹吸管道排砂量推估分析 本計畫根據第三章3.1節輸送距離理論，以不同邊界條件進行虹吸管道排砂量推估分析，探討流量與輸送距離(吸口至駝峰之管道長度)之關係。 1.	流量與輸送距離關係 (1)	在相同水頭差與管徑條件下，根據第三章式(3-5)與(3-13)可知，含砂量大者，水頭損失就越大，以致輸送距離相對較短。 (2)	而在相同水頭差與含砂量條件下，管徑大者，輸送距離則相對較長。而在相同管徑與含砂量條件下，水頭差大者，輸送距離亦相對較長。 2.	輸送距離與排砂量關係 (1)	在相同水頭差與含砂量條件下，當在輸送同一距離時，管徑大者，排砂量則相對較大。 (2)	而在相同水頭差與管徑條件下，當在輸送同一流量輸送時時，含砂量大者，排砂量亦相對較大。 (三)	二維數值模式虹吸管道流場與排砂濃度模擬分析 1.	由灌溉管模擬結果顯示，含砂量介於91,700～309,600ppm，水砂比介於7.6：1～27.9：1。 2.	由溢洪模擬結果顯示，含砂量介於370,500～332,700ppm，水砂比介於6.2：1～6.9：1。 3.	由大壩模擬結果顯示，含砂量介於266,300～298,000ppm，水砂比介於7.9：1～8.9：1。 (四)	虹吸管道排砂試驗與數模分析結果比較探討 由試驗與模擬結果可知，試驗平均含砂量約38,300～92,500ppm，模擬則為91,700～370,500ppm；而水砂比部分，試驗為27.6：1～68.3：1，模擬則為6.2：1～27.9：1。  五、	虹吸管道排砂模組設計與相關設備配置規劃 (一)	虹吸管道排砂模組設計 1.	作業平台規劃 以船及浮箱型式平台為作業平台之主體，規劃之船及浮箱型式平台功能應具備：(1)吊掛與移動吸泥頭；(2)承載吸泥頭的升降設備及附屬設備；(3)承載吸泥頭的高壓射流攪砂設備及附屬設備；(4)拖動蛇行佈置的排砂管。 2.	控制泵站及附屬設施規劃 為控制虹吸管道排砂之運作，並設置排氣裝置，以避免水柱倒流或發生水錘現象，以保證泵站與管道之安全。 3.	吸泥頭及附屬設備規劃 吸泥頭主要關鍵技術：(1)吸泥頭的結構型式；(2)吸泥頭在水中位置及擺放姿勢控制；(3)吸泥頭內泥砂含量控制；(4)吸泥頭距底床表面探測 4.	高壓射流及附屬設備規劃 吸泥頭的高壓射流係由安裝在作業平台上的高壓泵站提供，考慮水位的變化因素以及底床泥砂可能出固結現象 (二)	水庫既有相關設施配置規劃與探討 依據第二章2.1節就各水庫既有設施之評估可知，各水庫皆有既有設施可供虹吸原理排砂，唯需有條件進行，即有閘門設施者需有閘門改建之配套措施(由於閘門改建較複雜，本計畫暫不考慮)，且其操作水位皆有所限制(使駝峰高小於10m)。故在不影響水庫正常、安全運轉的前提下，充分利用既有設施佈設虹吸排砂管道。  六、	虹吸管道現地設置可行方案評估建議 (一)	曾文水庫佈設方案 依據2.1節表2-2針對曾文水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於203～211m，而大壩則須介於227～231.5m，始可進行虹吸管道排砂作業。 (二)	阿公店水庫佈設方案 依據2.1節表2-3針對阿公店水庫既有設施之評估，可行方案為跨越大壩。本計畫根據伯努力方程計算操作水位之高度，大壩適用之操作水位須介於34～37m，始可進行虹吸管道排砂作業。 (三)	牡丹水庫佈設方案 依據2.1節表2-4針對牡丹水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於120～127.5m，而大壩則須介於137～142m，始可進行虹吸管道排砂作業。 (四)	白河水庫佈設方案 依據2.1節表2-5針對白河水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於100～104m，而大壩則須介於105～109m，始可進行虹吸管道排砂作業。  七、	虹吸管道排砂操作建議規劃 (一)	水庫運轉條件及虹吸管道排砂時機評估與研擬 1.	曾文水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過203m(以跨越溢洪道位置排砂)或227m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過227m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 2.	阿公店水庫 因每年9月11日至11月為颱風、豪雨期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過34m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過34m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 3.	牡丹水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過120m(以跨越溢洪道位置排砂)或137m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過137m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 4.	白河水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過100m(以跨越溢洪道位置排砂)或105m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過105m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (二)	虹吸管道排砂能力推估 由本研究建立之理論結果中，可推得從流量與輸送距離，在同一管徑下含砂量越大則水頭損失越大，在同一水頭作用下其輸送距離就越短，因此可透過4.2節之理論計算推求在特定管徑與水頭差條件下之流量與輸送距離。另透過試驗資料轉換為原型，可建立流量與排砂量關係(請參閱圖7-5)，供水庫推估未來以虹吸管道排砂之排砂量。 (三)	虹吸管道排砂流程規劃 本研究虹吸管道排砂流程之構想為利用操作平臺控制吸泥頭沉降深度，並藉由操作平臺上檢測設備，高壓泵組、電氣設備、各種信號監測設備等進行監測輸砂過程排砂效果，於水面水下佈設數處浮筒，以減小作業平臺拖行管道之阻力，並於管道設置控制泵站、排氣閥以及管道下游處之控制閥門，利用控制泵站順利使虹吸管道滿水，高點管頂處之排氣閥適時進行調節管道內壓力以保證虹吸正常工作，控制閥門待管道滿水後開啟閥門啟動虹吸排砂或於作業結束關閉閥門(請參閱圖7-6)。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000172</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004774</governmentpublicationsnumber><identifier>72133</identifier><internationalstandardbooknumber>9789860311495 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72133</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>虹吸管道排砂研究計畫(2/2)成果報告(內附光碟) Study on reservoir sediment removal of siphon dredging(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為因應屏東地區未來水資源調配，滿足中高成長公共用水需求，並減緩人為及天然災害對環境的影響，水利署南區水資源局未雨綢繆，多年來積極進行多項水資源開發計畫，其中座落於春日鄉士文溪的士文水庫，自民國71年起即委託國內外專業機構進行長達20幾年地質探勘、水文調查等可行性評估工作，並獲得極具開發價值的建言。 為避免過去多項水資原開發計畫在經過冗長的環評、規劃作業並經行政院核定後，卻因遭受民眾的質疑為黑箱作業而增加許多執行面上的困擾，南區水資源局特於近年針對水庫壩址周邊的鄉鎮執行水庫計畫宣導工作，期讓民眾提早瞭解計畫目標及與自身權益有關的事項，同時搜集民意作為工程規劃的參考，本項宣導工作不但獲得當地民眾善意的回應，宣導範圍內四個鄉鎮地方首長及民代，對於南區水資源局在計畫尚未核定之前就積極下鄉宣導、願意用心傾聽民意的作法亦多表達肯定。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.6141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000384</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004242</governmentpublicationsnumber><identifier>72134</identifier><internationalstandardbooknumber>9789860304893 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72134</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-水資源宣導計畫 Feasibility Study of Shi-Wen Reservoir Water ResourcesPublicity Plan</title><yearidentifier>201112</yearidentifier></data><data><abstract>東港鎮鎮海社區位於屏東縣東港鎮西南端之鎮海里，西北為高屏溪出口，西南濱臨台灣海峽與小琉球遙遙相望。鎮海公園位於東港鎮東港漁港與東港海堤之間，鄰近鎮海社區之鎮海宮，是個有沙灘可供民眾休閒的公園。 本計畫工作範圍(又稱本段海岸)位於東港鎮鎮海公園北起於東港漁港南至東港海堤與嘉蓮里海堤之交界點，鎮海公園因冬淤夏沖影響，加上東港漁港防波堤效應，沙灘於冬季淤沙造灘明顯，海灘寬達50公尺以上，與灘後鎮海公園構成遊樂休閒場所，但夏季常因颱風造成東港鎮外海風浪增高，海浪不斷侵襲海岸，將鎮海公園前的沙灘侵蝕入海中，並開始沖襲鎮海公園。有鑑於此，本局於民國93年以來陸續在本段海岸進行各項保護工程，如興建離岸潛堤；但在民國99年梅姬颱風期間，出現高達3~5公尺的巨浪衝擊離岸潛提後致破壞50公尺海灘，海水還撞凹鎮海公園大門，並沖進離岸約150公尺遠的鎮海宮，且危及附近民房。因此，於鎮海公園興建離岸潛堤不但可有效減輕災情，亦可造攤增加民眾親水空間。     鑑於本局於歷年來已多次興建砂腸帶離岸潛提，皆因颱風侵襲破壞，且颱風侵襲期間仍時有海岸災情發生，因此亟需對鎮海公園附近海岸的變遷特性、災害防護對策及復育進行調查與研究，以作為日後本段海岸施設海岸防護工程之參考。基於慎重考量，且為避免貿然興建工事所引起之負面效益，需藉由現場調查及蒐集之資料與數值模擬分析，研擬本段海岸之侵蝕防治策略與方法，以期儘快將本段海岸保護及復育工作付諸實施。</abstract><author>怡興工程顧間公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004696</governmentpublicationsnumber><identifier>72135</identifier><internationalstandardbooknumber>9789860310269 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72135</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東鎮海公園海岸防護工法研究成果報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract>為因應屏東地區未來水資源調配，滿足中高成長公共用水需求，並減緩人為及天然災害對環境的影響，水利署南區水資源局未雨綢繆，多年來積極進行多項水資源開發計畫，其中座落於春日鄉士文溪的士文水庫，自民國71年起即委託國內外專業機構進行長達20幾年地質探勘、水文調查等可行性評估工作，並獲得極具開發價值的建言。 為避免過去多項水資原開發計畫在經過冗長的環評、規劃作業並經行政院核定後，卻因遭受民眾的質疑為黑箱作業而增加許多執行面上的困擾，南區水資源局特於近年針對水庫壩址周邊的鄉鎮執行水庫計畫宣導工作，期讓民眾提早瞭解計畫目標及與自身權益有關的事項，同時搜集民意作為工程規劃的參考，本項宣導工作不但獲得當地民眾善意的回應，宣導範圍內四個鄉鎮地方首長及民代，對於南區水資源局在計畫尚未核定之前就積極下鄉宣導、願意用心傾聽民意的作法亦多表達肯定。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.6141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000384</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004242</governmentpublicationsnumber><identifier>72136</identifier><internationalstandardbooknumber>9789860304893 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72136</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-水資源宣導計畫( 光碟版) Feasibility Study of Shi-Wen Reservoir Water Resources Publicity Plan</title><yearidentifier>201112</yearidentifier></data><data><abstract>東港鎮鎮海社區位於屏東縣東港鎮西南端之鎮海里，西北為高屏溪出口，西南濱臨台灣海峽與小琉球遙遙相望。鎮海公園位於東港鎮東港漁港與東港海堤之間，鄰近鎮海社區之鎮海宮，是個有沙灘可供民眾休閒的公園。 本計畫工作範圍(又稱本段海岸)位於東港鎮鎮海公園北起於東港漁港南至東港海堤與嘉蓮里海堤之交界點，鎮海公園因冬淤夏沖影響，加上東港漁港防波堤效應，沙灘於冬季淤沙造灘明顯，海灘寬達50公尺以上，與灘後鎮海公園構成遊樂休閒場所，但夏季常因颱風造成東港鎮外海風浪增高，海浪不斷侵襲海岸，將鎮海公園前的沙灘侵蝕入海中，並開始沖襲鎮海公園。有鑑於此，本局於民國93年以來陸續在本段海岸進行各項保護工程，如興建離岸潛堤；但在民國99年梅姬颱風期間，出現高達3~5公尺的巨浪衝擊離岸潛提後致破壞50公尺海灘，海水還撞凹鎮海公園大門，並沖進離岸約150公尺遠的鎮海宮，且危及附近民房。因此，於鎮海公園興建離岸潛堤不但可有效減輕災情，亦可造攤增加民眾親水空間。     鑑於本局於歷年來已多次興建砂腸帶離岸潛提，皆因颱風侵襲破壞，且颱風侵襲期間仍時有海岸災情發生，因此亟需對鎮海公園附近海岸的變遷特性、災害防護對策及復育進行調查與研究，以作為日後本段海岸施設海岸防護工程之參考。基於慎重考量，且為避免貿然興建工事所引起之負面效益，需藉由現場調查及蒐集之資料與數值模擬分析，研擬本段海岸之侵蝕防治策略與方法，以期儘快將本段海岸保護及復育工作付諸實施。</abstract><author>怡興工程顧間公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004696</governmentpublicationsnumber><identifier>72137</identifier><internationalstandardbooknumber>9789860310269 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72137</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東鎮海公園海岸防護工法研究成果報告書(光碟版)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利會事業區外農田水利設施分布範圍較廣，宥於經費有限及執行時間之不足，本署於98、99兩年執行各項調查工作及圖資與屬性資料建立，原則以標高500公尺以下之範圍為重點，進行該等圖幅範圍內各項調查及資料建置之工作。目前共完成約11萬公頃左右之調查及資料建置。該計畫對水利會事業區外農田水利設施現況，就上述情形進行全面性調查，並就調查結果劃定實施改善必要的門檻；另需建立資料庫及相關GIS管理查詢系統。同時對農田水源位置、高程、分佈等進行建立及分析。計畫執行結果，已有近25個區塊僅提出初步的規劃方向。99年辦理期末審查會議結論4：「尚有甚大面積待調查補充，系統可用性有待試用修正，後續工作應持續辦理，請業務單位本於需要性檢討合約擴充之可行性，確保成果之完整與有效性」。 以往對於水資源管理探討，大多直接採用原始資料數據進行分析，作為後續判斷與政策擬定；但是，單從時間域的觀察往往無法真實呈現各影響因子及其程度；而水資源的形成，不論從肇始之水文循環以至下游的逕流量，都隱含著許多能量因子（諸如太陽能、位能、化學能、地殼變動能、…）於其中。尤其自水文循環開始所形成的降雨，到了下游的逕流量，其變化不只是量的變化，更是能量於其中的轉換與累積。因此，在各項諸如國土規劃、水量分配、運送、災害防治、水質污染、流域環境分析、生態基流量、堤防興廢、…等水資源管理議題上，如能借由各不同階段水資源的分析其能量內容，掌握各能量的來源或去向，應可對各項水資源管理議題做進一步的深入探討，並研提各議題之因應對策，可供政府單位在水資源管理上切題有效的決策分析參考及運用。 基於強化已建置計畫各規劃區塊的可用性及建置系統日後組織再造業務移轉時之實用性，而未來水資源的利用調配與糧食安全、水土保持、流域防災、國土規劃…等息息相關，以致灌區外整體規劃區塊的可行性是一關鍵。囿於招標時間及原已編列100年度預定經費之執行，緣提本擴充計畫探討各區塊的可行性規劃，提供水資源潛勢開發及分配、流域災害防治、糧食安全種作環境提供、國土整體利用…等各面向的運用。</abstract><author>農業工程研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000444</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004908</governmentpublicationsnumber><identifier>72138</identifier><internationalstandardbooknumber>9789860312300 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72138</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利會事業區外農田整體調查規劃暨地理資訊系統建置擴充計畫 The Expanded Project of Integral Survey, Plan and Database Construction for the Farmlands Outside of Irrigation Associations Regions</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利會事業區外農田水利設施分布範圍較廣，宥於經費有限及執行時間之不足，本署於98、99兩年執行各項調查工作及圖資與屬性資料建立，原則以標高500公尺以下之範圍為重點，進行該等圖幅範圍內各項調查及資料建置之工作。目前共完成約11萬公頃左右之調查及資料建置。該計畫對水利會事業區外農田水利設施現況，就上述情形進行全面性調查，並就調查結果劃定實施改善必要的門檻；另需建立資料庫及相關GIS管理查詢系統。同時對農田水源位置、高程、分佈等進行建立及分析。計畫執行結果，已有近25個區塊僅提出初步的規劃方向。99年辦理期末審查會議結論4：「尚有甚大面積待調查補充，系統可用性有待試用修正，後續工作應持續辦理，請業務單位本於需要性檢討合約擴充之可行性，確保成果之完整與有效性」。 以往對於水資源管理探討，大多直接採用原始資料數據進行分析，作為後續判斷與政策擬定；但是，單從時間域的觀察往往無法真實呈現各影響因子及其程度；而水資源的形成，不論從肇始之水文循環以至下游的逕流量，都隱含著許多能量因子（諸如太陽能、位能、化學能、地殼變動能、…）於其中。尤其自水文循環開始所形成的降雨，到了下游的逕流量，其變化不只是量的變化，更是能量於其中的轉換與累積。因此，在各項諸如國土規劃、水量分配、運送、災害防治、水質污染、流域環境分析、生態基流量、堤防興廢、…等水資源管理議題上，如能借由各不同階段水資源的分析其能量內容，掌握各能量的來源或去向，應可對各項水資源管理議題做進一步的深入探討，並研提各議題之因應對策，可供政府單位在水資源管理上切題有效的決策分析參考及運用。 基於強化已建置計畫各規劃區塊的可用性及建置系統日後組織再造業務移轉時之實用性，而未來水資源的利用調配與糧食安全、水土保持、流域防災、國土規劃…等息息相關，以致灌區外整體規劃區塊的可行性是一關鍵。囿於招標時間及原已編列100年度預定經費之執行，緣提本擴充計畫探討各區塊的可行性規劃，提供水資源潛勢開發及分配、流域災害防治、糧食安全種作環境提供、國土整體利用…等各面向的運用。</abstract><author>農業工程研究中心</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000444</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004908</governmentpublicationsnumber><identifier>72139</identifier><internationalstandardbooknumber>9789860312300 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72139</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利會事業區外農田整體調查規劃暨地理資訊系統建置擴充計畫(光碟版) The Expanded Project of Integral Survey, Plan and Database Construction for the Farmlands Outside of Irrigation Associations Regions</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫之子類別-「氣候變遷水文因子情境設定」之子計畫，其目的係為規劃在氣候變遷影響下，確保現有水庫功能與延長水庫壽命之方法，探討國內水庫淤積之狀況，並評估氣候變遷可能帶來之衝擊，參考先進國家之對策，研擬我國因應氣候變遷水庫排砂之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004168</governmentpublicationsnumber><identifier>72140</identifier><internationalstandardbooknumber>9789860304909 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72140</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫排砂對策研究(2/2) Reservoir Sediment Releasing Countermeasures Cope with Climate Change (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫之子類別-「氣候變遷水文因子情境設定」之子計畫，其目的係為規劃在氣候變遷影響下，確保現有水庫功能與延長水庫壽命之方法，探討國內水庫淤積之狀況，並評估氣候變遷可能帶來之衝擊，參考先進國家之對策，研擬我國因應氣候變遷水庫排砂之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004168</governmentpublicationsnumber><identifier>72141</identifier><internationalstandardbooknumber>9789860304909 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72141</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫排砂對策研究(2/2)－光碟版 Reservoir Sediment Releasing Countermeasures Cope with Climate Change (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫之子類別-「氣候變遷水文因子情境設定」之子計畫，其目的係為規劃在氣候變遷影響下，確保現有水庫功能與延長水庫壽命之方法，探討國內水庫淤積之狀況，並評估氣候變遷可能帶來之衝擊，參考先進國家之對策，研擬我國因應氣候變遷水庫排砂之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004455</governmentpublicationsnumber><identifier>72142</identifier><internationalstandardbooknumber>9789860307610 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72142</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫排砂對策研究總報告  Overall Report for Reservoir Sediment Releasing Countermeasures Cope with Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫之子類別-「氣候變遷水文因子情境設定」之子計畫，其目的係為規劃在氣候變遷影響下，確保現有水庫功能與延長水庫壽命之方法，探討國內水庫淤積之狀況，並評估氣候變遷可能帶來之衝擊，參考先進國家之對策，研擬我國因應氣候變遷水庫排砂之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004455</governmentpublicationsnumber><identifier>72143</identifier><internationalstandardbooknumber>9789860307610 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72143</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫排砂對策研究總報告(光碟版) Overall Report for Reservoir Sediment Releasing Countermeasures Cope with Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>本參考手冊係為提供現階段國內水庫因應未來氣候變遷下之水庫供水營運與防洪減淤排砂之風險管理與調適策略之參考技術文件，以供不同類型水庫訂定淤積處理程序、排砂對策及行動方案。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004191</governmentpublicationsnumber><identifier>72144</identifier><internationalstandardbooknumber>9789860305784 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72144</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫供水營運及防洪減淤排砂之風險管理及調適策略參考手冊 Reference Manual for Risk Management and Adaptation Countermeasures of Reservoir Operation, Flood Control, and Sediment Releasing Cope with Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>本參考手冊係為提供現階段國內水庫因應未來氣候變遷下之水庫供水營運與防洪減淤排砂之風險管理與調適策略之參考技術文件，以供不同類型水庫訂定淤積處理程序、排砂對策及行動方案。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000072</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/12</date><governmentpublicationsnumber>1010004191</governmentpublicationsnumber><identifier>72145</identifier><internationalstandardbooknumber>9789860305784 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72145</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下水庫供水營運及防洪減淤排砂之風險管理及調適策略參考手冊(光碟版) Reference Manual for Risk Management and Adaptation Countermeasures of Reservoir Operation, Flood Control, and Sediment Releasing Cope with Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000128</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004677</governmentpublicationsnumber><identifier>72146</identifier><internationalstandardbooknumber>9789860302059 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72146</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>100年度多重感應器應用於台北、彰化及雲林地區地層下陷監測與機制探討 Multi-Sensors Applied to Monitor Subsidence and Investigate Mechanism in Taipei, Changhwa and Yunlin Area in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000128</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004677</governmentpublicationsnumber><identifier>72147</identifier><internationalstandardbooknumber>9789860302059 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72147</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>100年度多重感應器應用於台北、彰化及雲林地區地層下陷監測與機制探討(光碟版) Multi-Sensors Applied to Monitor Subsidence and Investigate Mechanism in Taipei, Changhwa and Yunlin Area in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為依據民國98年行政院核定之地下水保育管理計畫，今年度繼續在嘉義、台南、高雄、屏東及澎湖等地區，以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)，進行地層下陷之嚴密監測，並同時針對新興異常區與嚴重沉陷區，進行下陷機制之分析與探討；另外亦針對已建制之地層下陷資料庫與查詢系統進行維護與資料更新，並增添資料查詢之綜合分析功能。上述相關之監測數據、調查資料與分析成果，未來將提供政府作為水資源規劃與防範地層下陷之重要參考依據。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000129</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004679</governmentpublicationsnumber><identifier>72148</identifier><internationalstandardbooknumber>9789860302066 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72148</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度多重感應器應用於嘉義、台南、高雄及屏東地區水準檢測調查與分析 Multi-Sensors Applied to Monitor Subsidence in Chiayi, Tainan, Kaohsiung and Pingtung Area in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為依據民國98年行政院核定之地下水保育管理計畫，今年度繼續在嘉義、台南、高雄、屏東及澎湖等地區，以多重感應器監測技術(包含水準測量、GPS固定站、地陷監測井與地下水位井等)，進行地層下陷之嚴密監測，並同時針對新興異常區與嚴重沉陷區，進行下陷機制之分析與探討；另外亦針對已建制之地層下陷資料庫與查詢系統進行維護與資料更新，並增添資料查詢之綜合分析功能。上述相關之監測數據、調查資料與分析成果，未來將提供政府作為水資源規劃與防範地層下陷之重要參考依據。</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000129</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004679</governmentpublicationsnumber><identifier>72149</identifier><internationalstandardbooknumber>9789860302066 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72149</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度多重感應器應用於嘉義、台南、高雄及屏東地區水準檢測調查與分析(光碟版) Multi-Sensors Applied to Monitor Subsidence in Chiayi, Tainan, Kaohsiung and Pingtung Area in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000139</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72152</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72152</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)成果報告=Study on Preliminary Planning of The Coastal Protection Project (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由前期「海岸防護計畫先期規劃研究(1/3)」蒐集之國內相關海岸基本資料，進行台灣地區海岸防護區初步劃設，並整合屏東海岸防護規劃示範區之建立與驗證，研訂「海岸防護區劃設作業準則(草案)」及「海岸防護計畫規劃作業參考手冊(草案)」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000139</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72153</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72153</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)成果報告 Study on Preliminary Planning of The Coastal Protection Project(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由前期「海岸防護計畫先期規劃研究(1/3)」蒐集之國內相關海岸基本資料，進行台灣地區海岸防護區初步劃設，並整合屏東海岸防護規劃示範區之建立與驗證，研訂「海岸防護區劃設作業準則(草案)」及「海岸防護計畫規劃作業參考手冊(草案)」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000139</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72154</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)成果報告－光碟版 Study on Preliminary Planning of The Coastal Protection Project(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72155</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72155</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)--成果資料光碟=Study on Preliminary Planning of The Coastal Protection Project(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署於99年度辦理之水資源科技發展、一般行政、水資源企劃與保育、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署99年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>巨鷗整合行銷公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000356</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72157</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72157</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書 2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署於99年度辦理之水資源科技發展、一般行政、水資源企劃與保育、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署99年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>巨鷗整合行銷公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000356</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72158</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72158</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書(光碟版)=2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1009800772</governmentpublicationsnumber><identifier>72159</identifier><internationalstandardbooknumber>9789860180626 ; 9789860180</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72159</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」中央管區域排水塔寮坑溪排水系統規劃報告(含修正檢討報告）</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72160</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72160</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報總冊</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72161</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72161</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第一部份-雨量</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>72162</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72162</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第二部份-河川水位及流量</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>72163</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72163</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第三部份-地下水</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>72164</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72164</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第四部份-近海水文</title><yearidentifier>201106</yearidentifier></data><data><abstract>水利署於2004-2006 年建置「洪水預報格網」，透過模組化、分散演算、分散展示應用的設計，建立易於維護、自動化執行的洪水預報作業系統。2007-2009 年「水文模式與分散式洪水預報系統整合應用計畫」在「洪水預報格網」的基礎上，以「增進預報系統應用功能」、「強化現有水文模式功能」、「整合納入其他水文模式」、「改善分散式系統作業機制」、「推廣系統應用」等五項目標建置並擴充完成「分散式洪水預報系統」(簡稱DRAINS系統)，預報範圍包含淡水河、濁水溪、烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等八個流域。本計畫期程為兩年，在DRAINS 系統的基礎上，以三大工作目標進行技術研發與系統擴充：(1)建立系集化洪水演算機制：研發機率式颱風降雨預報，將不同機率的降雨歷線輸入逕流、洪水演算模式，產出不同累積機率的河川水位預報。(2)持續擴充DRAINS 系統之預報流域：建置太麻里溪及林邊溪洪水預報系統。(3)新增溢堤河段資訊及淹水警戒區功能：結合特定累積機率洪水位，建立溢堤河段、溢堤時段、溢堤水量和警戒鄉鎮區域的自動化對應關係，並以圖形化展示溢堤河段和淹水警戒區域。本計畫為兩年期計畫的第二年，預計完成工作項目摘要如下： 1. 利用定量流模擬，找出高屏溪、大甲溪、八掌溪與蘭陽溪等流域河 川堤線容易溢堤河段和對應的洪氾警戒鄉鎮區域。將演算結果回 饋上述河川主管單位，供其確認現有堤線的正確性；再根據河川 局的查證結果，作必要的資料修正。 2. 建立應用累積溢堤量推估可能淹水範圍的水文演算機制。 3. 於元件整合展示平台新增可能淹水範圍的展示功能。 4. 開發林邊溪流域洪水預報模式。 5. 更新維護淡水河、濁水溪、烏溪、高屏溪、八掌溪、曾文溪、大甲 溪、蘭陽溪和太麻里溪等流域的洪水預報資料。 6. 颱洪時期協助分析研判氣象水文情勢，定時提供淡水河、濁水溪、 烏溪、高屏溪、八掌溪，曾文溪、大甲溪、蘭陽溪和太麻里溪流 域等定點水位預報。 7. 提供颱風先期溢堤淹水預警研判資訊。 8. 納入颱洪中心系集降雨產品。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000096</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004073</governmentpublicationsnumber><identifier>72165</identifier><internationalstandardbooknumber>9789860303650 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72165</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>機率式洪水預報系統之研發(2/2) Ensemble forecast capability enhancement project for DRAINS (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署於2004-2006 年建置「洪水預報格網」，透過模組化、分散演算、 分散展示應用的設計，建立易於維護、自動化執行的洪水預報作業系統。 2007-2009 年「水文模式與分散式洪水預報系統整合應用計畫」在「洪水預 報格網」的基礎上，以「增進預報系統應用功能」、「強化現有水文模式功 能」、「整合納入其他水文模式」、「改善分散式系統作業機制」、「推廣系統 應用」等五項目標建置並擴充完成「分散式洪水預報系統」(簡稱DRAINS 系統)，預報範圍包含淡水河、濁水溪、烏溪、高屏溪、八掌溪、蘭陽溪和 大甲溪等八個流域。 本計畫期程為兩年，在DRAINS 系統的基礎上，以三大工作目標進行 技術研發與系統擴充：(1)建立系集化洪水演算機制：研發機率式颱風降雨 預報，將不同機率的降雨歷線輸入逕流、洪水演算模式，產出不同累積機 率的河川水位預報。(2)持續擴充DRAINS 系統之預報流域：建置太麻里溪 及林邊溪洪水預報系統。(3)新增溢堤河段資訊及淹水警戒區功能：結合特 定累積機率洪水位，建立溢堤河段、溢堤時段、溢堤水量和警戒鄉鎮區域 的自動化對應關係，並以圖形化展示溢堤河段和淹水警戒區域。 本計畫為兩年期計畫的第二年，預計完成工作項目摘要如下： 1. 利用定量流模擬，找出高屏溪、大甲溪、八掌溪與蘭陽溪等流域河 川堤線容易溢堤河段和對應的洪氾警戒鄉鎮區域。將演算結果回 饋上述河川主管單位，供其確認現有堤線的正確性；再根據河川 局的查證結果，作必要的資料修正。 2. 建立應用累積溢堤量推估可能淹水範圍的水文演算機制。 3. 於元件整合展示平台新增可能淹水範圍的展示功能。 4. 開發林邊溪流域洪水預報模式。 5. 更新維護淡水河、濁水溪、烏溪、高屏溪、八掌溪、曾文溪、大甲 溪、蘭陽溪和太麻里溪等流域的洪水預報資料。 6. 颱洪時期協助分析研判氣象水文情勢，定時提供淡水河、濁水溪、 烏溪、高屏溪、八掌溪，曾文溪、大甲溪、蘭陽溪和太麻里溪流 域等定點水位預報。 7. 提供颱風先期溢堤淹水預警研判資訊。 8. 納入颱洪中心系集降雨產品。</abstract><author>臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000096</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004073</governmentpublicationsnumber><identifier>72167</identifier><internationalstandardbooknumber>9789860303650 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72167</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>機率式洪水預報系統之研發(2/2)－光碟版 Ensemble forecast capability enhancement project for DRAINS (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72168</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72168</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署於2004-2006 年建置「洪水預報格網」，透過模組化、分散演算、分散展示應用的設計，建立易於維護、自動化執行的洪水預報作業系統。2007-2009 年「水文模式與分散式洪水預報系統整合應用計畫」在「洪水預報格網」的基礎上，以「增進預報系統應用功能」、「強化現有水文模式功能」、「整合納入其他水文模式」、「改善分散式系統作業機制」、「推廣系統應用」等五項目標建置並擴充完成「分散式洪水預報系統」(簡稱DRAINS系統)，預報範圍包含淡水河、濁水溪、烏溪、高屏溪、八掌溪、蘭陽溪和大甲溪等八個流域。本計畫期程為兩年，在DRAINS 系統的基礎上，以三大工作目標進行技術研發與系統擴充：(1)建立系集化洪水演算機制：研發機率式颱風降雨預報，將不同機率的降雨歷線輸入逕流、洪水演算模式，產出不同累積機率的河川水位預報。(2)持續擴充DRAINS 系統之預報流域：建置太麻里溪及林邊溪洪水預報系統。(3)新增溢堤河段資訊及淹水警戒區功能：結合特定累積機率洪水位，建立溢堤河段、溢堤時段、溢堤水量和警戒鄉鎮區域的自動化對應關係，並以圖形化展示溢堤河段和淹水警戒區域。本計畫為兩年期計畫的第二年，預計完成工作項目摘要如下： 1. 利用定量流模擬，找出高屏溪、大甲溪、八掌溪與蘭陽溪等流域河 川堤線容易溢堤河段和對應的洪氾警戒鄉鎮區域。將演算結果回 饋上述河川主管單位，供其確認現有堤線的正確性；再根據河川 局的查證結果，作必要的資料修正。 2. 建立應用累積溢堤量推估可能淹水範圍的水文演算機制。 3. 於元件整合展示平台新增可能淹水範圍的展示功能。 4. 開發林邊溪流域洪水預報模式。 5. 更新維護淡水河、濁水溪、烏溪、高屏溪、八掌溪、曾文溪、大甲 溪、蘭陽溪和太麻里溪等流域的洪水預報資料。 6. 颱洪時期協助分析研判氣象水文情勢，定時提供淡水河、濁水溪、 烏溪、高屏溪、八掌溪，曾文溪、大甲溪、蘭陽溪和太麻里溪流 域等定點水位預報。 7. 提供颱風先期溢堤淹水預警研判資訊。 8. 納入颱洪中心系集降雨產品。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000096</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004073</governmentpublicationsnumber><identifier>72169</identifier><internationalstandardbooknumber>9789860303650 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72169</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>機率式洪水預報系統之研發(2/2)－附錄 Ensemble forecast capability enhancement project for DRAINS (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72170</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72170</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護系統操作手冊</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72171</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72171</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護模式理論與系統維護手冊</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72172</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72172</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護系統開發技術手冊</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫執行的重點主要係釐清高含砂水流對沖淤機制之影響及其對河道穩定影響之範圍。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72173</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72173</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3) Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>廣義而言，含砂水流濃度到達某一程度後，泥砂、水流之間的作 用使密度、黏滯係數等物理特性與清水流有所差異，影響水體的流動 特性，如此可稱為高含砂水流。在動床條件下，其流速、水深及剪力 等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之 研究中，已以定床角度，建立流速、水深及剪力等水理參數與泥砂濃 度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水 流運移時具泥砂濃度變化、沿程落淤等現象，有必要以動床角度進行 研析。本計畫執行的重點主要係釐清高含砂水流對沖淤機制之影響及 其濃度運移對影響範圍之界定</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72174</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72174</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)－光碟版 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72175</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72175</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72176</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72176</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004629</governmentpublicationsnumber><identifier>72177</identifier><internationalstandardbooknumber>9789860308716 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72177</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>100年度淡水河即時洪水預報系統模式擴充及維護</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫綜合文獻研究、水槽實驗、數值模式，探討高含砂水流之流動特性，動床機制，以及其對河川整治規劃設計的影響，最後以實際案例進行現地的高含砂水流應用分析。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72178</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72178</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年之颱洪災害，除洪水以外，其挾帶之泥砂問題越來越嚴重。 氣候變遷下，河道承受越來越高流量之洪水，隨之而來的，是集水區 漸趨大量之泥砂。當水體中泥砂含量越高，則泥砂顆粒之運動行為便 非如同一般含砂水流可視為獨立運移，而是泥砂群體的相互作用越趨 明顯，導致密度、黏滯係數等物理特性異於清水流情況，使水體的流 動特性受到改變。本研究即是綜合文獻研究、水槽實驗、數值模式， 探討高含砂水流之流動特性、動床機制，以及其對河川整治規劃設計 的影響，最後以實際案例進行現地的應用分析</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/13</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72179</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72179</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告－光碟版 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003834</governmentpublicationsnumber><identifier>72180</identifier><internationalstandardbooknumber>9789860302271 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72180</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究(2/2) Investigation of the Detection Techniques for the Eroded Cavings in the Embankment (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003834</governmentpublicationsnumber><identifier>72181</identifier><internationalstandardbooknumber>9789860302271 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72181</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究(2/2)－光碟版 Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>72182</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72182</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究總報告 Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>72183</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72183</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究總報告－光碟版 Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流、季節及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理不盡理想。目前許多的國際性研究計劃皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年應用之雷達觀測系統QPESUMS雖能提供較具體之雨量分布趨勢，然對於集水區之雨量觀測則受山區地形遮蔽因素影響，無法提供有效之雨量模擬；而衛星影像應用於雨量推估之成果雖然空間解析度不若雷達觀測高，但卻不受地形變化影響；故若能有效率統整地面雨量紀錄、雷達觀測雨量及衛星影像之雨量推估，提供高精確度之雨量變化趨勢，並進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並評估洪水風險之程度有其必要性，相關之成果可以為後續災害風險之經營與管理之參考。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000105</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003741</governmentpublicationsnumber><identifier>72185</identifier><internationalstandardbooknumber>9789860300536 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>整合多重觀測資訊於山區雨量推估及洪水預報風險管理評估(2/2) Integrating Multiple Information for Precipitation Estimation and Assessment of Flood Risk Management in Mountainous Area (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流、季節及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理不盡理想。目前許多的國際性研究計劃皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年應用之雷達觀測系統QPESUMS雖能提供較具體之雨量分布趨勢，然對於集水區之雨量觀測則受山區地形遮蔽因素影響，無法提供有效之雨量模擬；而衛星影像應用於雨量推估之成果雖然空間解析度不若雷達觀測高，但卻不受地形變化影響；故若能有效率統整地面雨量紀錄、雷達觀測雨量及衛星影像之雨量推估，提供高精確度之雨量變化趨勢，並進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並評估洪水風險之程度有其必要性，相關之成果可以為後續災害風險之經營與管理之參考。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000105</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003741</governmentpublicationsnumber><identifier>72186</identifier><internationalstandardbooknumber>9789860300536 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72186</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>整合多重觀測資訊於山區雨量推估及洪水預報風險管理評估(2/2)－光碟版 Integrating Multiple Information for Precipitation Estimation and Assessment of Flood Risk Management in Mountainous Area (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>2006年3月由中國、韓國與日本在第四屆世界水資源會議首度提出關於亞洲季風區的河川復育議題，同時馬來西亞的代表間也展開了許多小組討論，會議結束時各國代表一致同意，亞洲季風區各國之間有必要建立一套資料交換與技術交換的機制，「亞洲河川復育網站(ARRN)」於焉成立。 台灣目前雖然尚未成為正式會員國，但成立一個整合台灣河川復育資料與技術的網站是必要的，因此「台灣河川復育網站」除整合國內河川復育相關案例及觀念資料，並將扮演國際接軌的角色，未來讓全球分享台灣河川復育成果；同時提供國外相關訊息於國人，以求與時俱進降低資訊落差。尤其全球正共同面臨氣候變遷的挑戰，各國從府到民間無不積極思考並制定各種調適性治水方案，在此時推動我國河川復育的理念，不僅可順應民眾日益高漲的環保意識也可建立我國與其它國家的合作關係，有利於國際關係建立與合作。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000290</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>72190</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72190</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)－光碟版 Operation and Maintenance Plan of Taiwan River Restoration Networ Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來在氣候變遷之影響下，使得台灣的降雨型態逐漸改變，相關領域專家也逐漸調整舊有的觀念和分析思維，來因應現今的極端現象。每當颱風及豪雨侵襲期間，常造成許多淹水災情發生，人民生命的威脅及財產的損失，往往超越想像與控制，有鑑於此，積極地研發建立一套淹水預警及回報系統，整合現行之資訊與通信技術，在本署去年開發之主動式民眾淹水資訊通報系統基礎上，結合民眾提供之淹水資訊統籌用，以因應緊急應變作業需求，未來若有災害發生時，即能立刻啟動運作，主動通知災區民眾，並發揮民力確切掌握災情，以有效降低水旱災及各類災害之衝擊。</abstract><author>中華電信公司、台灣南區電信分公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000106</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003744</governmentpublicationsnumber><identifier>72191</identifier><internationalstandardbooknumber>9789860300734 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72191</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>主動式民眾淹水預警系統應用技術之研發(1/2) The research and development of active inundation information warning system (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來在氣候變遷之影響下，使得台灣的降雨型態逐漸改變，相關領域專家也逐漸調整舊有的觀念和分析思維，來因應現今的極端現象。每當颱風及豪雨侵襲期間，常造成許多淹水災情發生，人民生命的威脅及財產的損失，往往超越想像與控制，有鑑於此，積極地研發建立一套淹水預警及回報系統，整合現行之資訊與通信技術，在本署去年開發之主動式民眾淹水資訊通報系統基礎上，結合民眾提供之淹水資訊統籌用，以因應緊急應變作業需求，未來若有災害發生時，即能立刻啟動運作，主動通知災區民眾，並發揮民力確切掌握災情，以有效降低水旱災及各類災害之衝擊。</abstract><author>中華電信公司、台灣南區電信分公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000106</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003744</governmentpublicationsnumber><identifier>72193</identifier><internationalstandardbooknumber>9789860300734 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72193</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>主動式民眾淹水預警系統應用技術之研發(1/2)－光碟版 The research and development of active inundation information warning system (1/2)　</title><yearidentifier>201112</yearidentifier></data><data><abstract>目前全國劃設公告之水質水量保護區共計有113個，面積更廣達全國約四分之一積，而其管理措施，依據自來水法第11條規定，則涉及各不同目的事業主管機關之法規。而保護區之管理措施，雖以往已有辦理部分委託計畫，惟其成果分散，缺乏系統性之整理與評估。故擬藉由本計畫，綜整、研析及檢討以往成果，擬定保護區之整體管理策進計畫，制定中長程自來水保護區管理之政策圖譜，提供各保護區管理上依循之方向。而保護區之劃設，涉及人民之權利，且全國保護區面積極廣，近年屢因保護區內權利限制以及回饋問題造成莫大之困擾。而對於面積廣大之保護區，其存在性及必要性，亦因此產生爭議。因此，在保護區之劃設、變更及廢止之原則，應有更為務實之作法。另在完善管理策略之同時，其法制化之檢討，亦為本計畫需研究之議題。而本計畫所要求之幕僚作業，則可作為本署進行政策擬定、推動及說明之協助。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.2   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000417</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010004532</governmentpublicationsnumber><identifier>72194</identifier><internationalstandardbooknumber>9789860308907 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72194</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區管理策進計畫（1/2）成果報告－光碟版 Water Quality and Quantity Protection Area Management Strategy(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>許多易淹水地區位於沿海低地平原，各排水系統之排水能力及淹水減免能力之影響因素包括：(1)集水區中豪雨逕流；(2)相鄰海域及潟湖之暴潮進出；(3)因相鄰集水區間分水嶺高度不足導致之越域水流。故自流域綜合治水之需求而言，應發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水─排水演算模式，以比較檢討區域排水系統之排水改善功能及尚需改善地區，並推廣應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000103</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010004204</governmentpublicationsnumber><identifier>72196</identifier><internationalstandardbooknumber>9789860305418 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72196</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>沿海低地排水系統淹水預警模式之研究-二仁溪以南至林邊溪(1/2) A study on the development of the physiographic inundation waring model for the drainage system in the coastal low-altitude plains an illustrative example from the south side of</title><yearidentifier>201112</yearidentifier></data><data><abstract>許多易淹水地區位於沿海低地平原，各排水系統之排水能力及淹水減免能力之影響因素包括：(1)集水區中豪雨逕流；(2)相鄰海域及潟湖之暴潮進出；(3)因相鄰集水區間分水嶺高度不足導致之越域水流。故自流域綜合治水之需求而言，應發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水─排水演算模式，以比較檢討區域排水系統之排水改善功能及尚需改善地區，並推廣應用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000103</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010004204</governmentpublicationsnumber><identifier>72197</identifier><internationalstandardbooknumber>9789860305418 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72197</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>沿海低地排水系統淹水預警模式之研究-二仁溪以南至林邊溪(1/2)－光碟版 A study on the development of the physiographic inundation waring model for the drainage system in the coastal low-altitude plains an illustrative example from the south sid</title><yearidentifier>201112</yearidentifier></data><data><abstract>南部地區由於受天候環境限制，河川流量豐枯極不均勻，加上環保意識日益提升導致水庫興建屢屢受阻，使得區域用水日漸困難；目前嘉義地區之生活及工業用水主要由仁義潭水庫及蘭潭水庫供應，但其水庫出水量尚不足以供應嘉義地區用水，部分仍需由烏山頭水庫支援用水，為求嘉義地區水源穩定供給，經評估更新改善台糖公司所屬鹿寮溪水庫為一可行之方案。  本計畫係參考過去「鹿寮溪水庫更新改善可行性規劃(1)、(2)、(3)、(4)」已完成之成果辦理後續之檢討、分析及評估事宜，作為未來鹿寮溪水庫更新改善後續規劃之參考，以尋求最佳之改善方案，提升鹿寮溪水庫蓄水能力，降低缺水問題。  本案係依 99年4 月27 日經水源字第09915002880號「研商鹿寮溪水庫及尖山埤水庫更新改善後續推動事宜」會議紀錄，編製委託技術服務計畫書。本局囿於人力，擬依政府採購法第22條第1項第9款及相關子法之規定，以公開客觀評選、限制性招標方式委託國內具優良信譽及工作實績之技術顧問公司、技師事務所及其他依法令得提供技術服務之自然人或法人辦理本案，爰編本委託技術服務說明書。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6419</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990441</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/16</date><governmentpublicationsnumber>1010003089</governmentpublicationsnumber><identifier>72199</identifier><internationalstandardbooknumber>9789860293531 ; 9789860293</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72199</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃 -工程規劃檢討 Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement project Review of Engineering Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署已陸續完成各地區製作大量且高精度地形數值之淹水潛勢資料製作與更新，並以空間不均勻分佈之不同降雨重現時距組合產製龐大之淹水潛勢歷程資料，為延伸淹水潛勢資料之應用範圍，以提升淹水潛勢資料在災害防救計畫之參考價值。去年度完成辦理「區域型淹水警示技術研發應用-以宜蘭縣為例」計畫，已建置完成宜蘭縣全區預測未來1～3小時淹水深及淹水分級範圍之預警系統，並於99年10月的梅姬颱風進行模式測試，可即時預警該場颱風造成宜蘭縣各鄉鎮市的淹水趨勢，確實增進淹水潛勢資料之加值應用。爰此，本年度計畫擴展至基隆市、台北縣市、桃園縣等北部區域之區域型淹水預警與推估模式，並滿足區域型淹水之線上即時預測，提供洪災防救應變之重要參考。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000101</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004200</governmentpublicationsnumber><identifier>72204</identifier><internationalstandardbooknumber>9789860305401 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72204</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>區域型淹水警示技術研發應用－以北部區域為例 The development of regional flood inundation warning system a study case of North Taiwan</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署已陸續完成各地區製作大量且高精度地形數值之淹水潛勢資料製作與更新，並以空間不均勻分佈之不同降雨重現時距組合產製龐大之淹水潛勢歷程資料，為延伸淹水潛勢資料之應用範圍，以提升淹水潛勢資料在災害防救計畫之參考價值。去年度完成辦理「區域型淹水警示技術研發應用-以宜蘭縣為例」計畫，已建置完成宜蘭縣全區預測未來1～3小時淹水深及淹水分級範圍之預警系統，並於99年10月的梅姬颱風進行模式測試，可即時預警該場颱風造成宜蘭縣各鄉鎮市的淹水趨勢，確實增進淹水潛勢資料之加值應用。爰此，本年度計畫擴展至基隆市、台北縣市、桃園縣等北部區域之區域型淹水預警與推估模式，並滿足區域型淹水之線上即時預測，提供洪災防救應變之重要參考。</abstract><author>淡江大學水資源及環境工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000101</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004200</governmentpublicationsnumber><identifier>72205</identifier><internationalstandardbooknumber>9789860305401 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72205</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>區域型淹水警示技術研發應用－以北部區域為例 (光碟版) The development of regional flood inundation warning system a study case of North Taiwan</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫依據河道沖蝕機制，建立軟岩沖蝕模式及河岸拓寬模式，並研擬軟岩河道沖蝕評估流程與因應策略。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000291</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>72206</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72206</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3) Development of the erosion rate model for weak rock river bed</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫依據河道沖蝕機制，建立軟岩沖蝕模式及河岸拓寬模式，並研擬軟岩河道沖蝕評估流程與因應策略。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000291</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>72207</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72207</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3)--光碟版=Development of the erosion rate model for weak rock river bed</title><yearidentifier>201112</yearidentifier></data><data><abstract>氣候變遷在世界各地引發多起重大災害，因此防災觀念與技術也不斷地在精進，相對地，也揭露了傳統排洪設計考量的不足。在台灣降雨方面，近年來局部地區降雨量屢破紀錄，如民國98年莫拉克颱風與及99年凡那比颱風重創高雄地區、梅姬颱風重創宜蘭地區，然而現況防災技術藉由既有雨量站之降雨特性推算可能淹水區，無法有效的對淹水區域發出即時通報告知當地居民，因此，本計畫為提升非工程措施的水文監測功能，擬訂研發可對易淹水地區提供更準確的淹水檢核與通報作業系統，其功能可在淹水前爭取有限的避災、減災與救災時間，以降低救災困難度與淹水的損失。 淹水通報系統需研發出適合當地排水系統之水位、雨量即時監測及對應之淹水檢核作業。台灣為高科技之島嶼，電子產品已是防災工具不可或缺的一部份，運用電磁波、無線訊號傳輸或即時影像、介質介面監測已不是一件難事。因此，本計畫主要工作之一，在於可應用於易淹水地區的區域性水位監測系統開發，提供一接近分佈式的水位感測方案，以最經濟有效之方式，同時監測村里內之多處雨水下水道之水位、地表慢地流之水位、區域排水內或排水出口（河川外水）之水位，藉由介質間之交界面產生訊號之差異，一方面能即時得知各處監測位置之水位變化關係，另外能同時提供村里內簡易雨量站設置，收集當地的降雨情況，希冀憑藉本計畫研發之監測技術，大幅提昇水位空間資料取得性與應用價值；爾後根據當地排水特性，於降雨期間，利用不同時刻水位監測資料與降雨預測，檢核該地區是否有發生淹水之可能性，藉以提高淹水警報之準確性，或不同時間淹水深度的資料，告知當地居民，作為防災與減災使用，可使區域性的防救災系統更為完善。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000107</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004221</governmentpublicationsnumber><identifier>72208</identifier><internationalstandardbooknumber>9789860305425 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72208</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>分佈式水位感測技術研發與區域性淹水檢核及通報系統先期計畫（1/2）Distributed Sensing Technology Research and Development and Regional Flooding Preliminary check and Reporting System (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>氣候變遷在世界各地引發多起重大災害，因此防災觀念與技術也不斷地在精進，相對地，也揭露了傳統排洪設計考量的不足。在台灣降雨方面，近年來局部地區降雨量屢破紀錄，如民國98年莫拉克颱風與及99年凡那比颱風重創高雄地區、梅姬颱風重創宜蘭地區，然而現況防災技術藉由既有雨量站之降雨特性推算可能淹水區，無法有效的對淹水區域發出即時通報告知當地居民，因此，本計畫為提升非工程措施的水文監測功能，擬訂研發可對易淹水地區提供更準確的淹水檢核與通報作業系統，其功能可在淹水前爭取有限的避災、減災與救災時間，以降低救災困難度與淹水的損失。 淹水通報系統需研發出適合當地排水系統之水位、雨量即時監測及對應之淹水檢核作業。台灣為高科技之島嶼，電子產品已是防災工具不可或缺的一部份，運用電磁波、無線訊號傳輸或即時影像、介質介面監測已不是一件難事。因此，本計畫主要工作之一，在於可應用於易淹水地區的區域性水位監測系統開發，提供一接近分佈式的水位感測方案，以最經濟有效之方式，同時監測村里內之多處雨水下水道之水位、地表慢地流之水位、區域排水內或排水出口（河川外水）之水位，藉由介質間之交界面產生訊號之差異，一方面能即時得知各處監測位置之水位變化關係，另外能同時提供村里內簡易雨量站設置，收集當地的降雨情況，希冀憑藉本計畫研發之監測技術，大幅提昇水位空間資料取得性與應用價值；爾後根據當地排水特性，於降雨期間，利用不同時刻水位監測資料與降雨預測，檢核該地區是否有發生淹水之可能性，藉以提高淹水警報之準確性，或不同時間淹水深度的資料，告知當地居民，作為防災與減災使用，可使區域性的防救災系統更為完善。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000107</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004221</governmentpublicationsnumber><identifier>72209</identifier><internationalstandardbooknumber>9789860305425 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72209</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>分佈式水位感測技術研發與區域性淹水檢核及通報系統先期計畫（1/2）－光碟版 Distributed Sensing Technology Research and Development and Regional Flooding Preliminary check and Reporting System (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署目前已建立台灣西南沿海各鄉鎮受海嘯侵襲之溢淹機率評估流程以及建立視窗化介面系統。為進一步了解東南海岸(花蓮以南)受海嘯侵襲時之溢淹機率，並製作西南海岸(台南以南至枋寮)不同等級之海嘯規模之溢淹潛勢圖，且持續精進現有視窗化介面系統，本署規劃兩年期之委託服務。     本計畫第一年(99年度)將可能之震源區延伸至環太平洋地震帶。蒐集環太平洋地震帶之海底地形資料、海嘯記錄及地震資料，蒐集並計算台灣週邊海域及環太平洋地震帶之地震機率；製作西南海岸(台南以南至枋寮)在不同海嘯規模下之溢淹潛勢圖，其次評估花蓮以南至屏東南灣地區以及台南以南至高雄受海嘯侵襲時之溢淹機率分析。     100年度(第二年度)主要工作內容為根據第一年之機率分析結果，針對重點區域製作花蓮以南至南灣地區之溢淹潛勢圖。其次，為提升預報效率，將建立沿岸各鄉鎮之格林函數，並且精進目前之視窗化介面系統使海嘯發生時能自動輸出溢淹潛勢圖以及溢淹機率分析；最後，結合細部溢淹模擬情形，提供適當保全地點及減災措施作為災害應變措施之依據及參考。</abstract><author>中山大學</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000095</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004356</governmentpublicationsnumber><identifier>72210</identifier><internationalstandardbooknumber>9789860306682 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72210</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>西南及東南海岸海嘯溢淹潛勢圖資製作之研究(2/2)－內附光碟 Mapping potential tsunami inundation in the southwestern and southeastern coast of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。    有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>財團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000455</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72211</identifier><internationalstandardbooknumber>9789863030569 ; 9789863030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72211</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)--光碟版=The application of eco-information integration on hydraulic engineering ecological check and river habitat conservation (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署目前已建立台灣西南沿海各鄉鎮受海嘯侵襲之溢淹機率評估流程以及建立視窗化介面系統。為進一步了解東南海岸(花蓮以南)受海嘯侵襲時之溢淹機率，並製作西南海岸(台南以南至枋寮)不同等級之海嘯規模之溢淹潛勢圖，且持續精進現有視窗化介面系統，本署規劃兩年期之委託服務。     本計畫第一年(99年度)將可能之震源區延伸至環太平洋地震帶。蒐集環太平洋地震帶之海底地形資料、海嘯記錄及地震資料，蒐集並計算台灣週邊海域及環太平洋地震帶之地震機率；製作西南海岸(台南以南至枋寮)在不同海嘯規模下之溢淹潛勢圖，其次評估花蓮以南至屏東南灣地區以及台南以南至高雄受海嘯侵襲時之溢淹機率分析。     100年度(第二年度)主要工作內容為根據第一年之機率分析結果，針對重點區域製作花蓮以南至南灣地區之溢淹潛勢圖。其次，為提升預報效率，將建立沿岸各鄉鎮之格林函數，並且精進目前之視窗化介面系統使海嘯發生時能自動輸出溢淹潛勢圖以及溢淹機率分析；最後，結合細部溢淹模擬情形，提供適當保全地點及減災措施作為災害應變措施之依據及參考。</abstract><author>中山大學</author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000095</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004356</governmentpublicationsnumber><identifier>72212</identifier><internationalstandardbooknumber>9789860306682 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72212</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>西南及東南海岸海嘯溢淹潛勢圖資製作之研究(2/2)－光碟版  Mapping potential tsunami inundation in the southwestern and southeastern coast of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>河川治理規劃重要工作之一為力求河道穩定，使流路變遷及河道沖淤在防洪無虞範圍內，其中河道沖淤涉及為河床高程，影響可分為河道淤高造成水位抬升，另為河道沖刷，河道下降，危及防洪、跨河構造物之基礎安全，故以往曾有河川治理規劃訂定一計畫河床高，但因台灣降雨集中，洪峰流量大而急，土砂產出及運移河道之情形頻繁，無法達成控制河道以維持計畫河床高程，後續河川治理規劃因而漸無計畫河床高之設定，然後續之疏浚或河道整理工作所需達成之量體大小，河床之疏浚深度，防洪及跨河構造物基礎面所需維持之高程則無所依尋，本計畫希望能以國內河川情況資料進行研究，探討在配合河川治理，河川之防護基準河床高程訂定之可能性，以作為河川治理及管理之參考。</abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000292</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72213</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72213</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究(光碟版) A feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>72214</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72214</librarycollectiondetailsurl><price>120</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業指引</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣西處台灣海峽，東臨太平洋，南接巴士海峽，位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風或熱帶性低氣壓帶來狂風暴雨之侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪常越過堤頂而導致海水倒灌及沿海區域之溢淹，另外由於島嶼地形狹長，中央山脈嶺高稜峻，溪流短而坡度陡，每遇豪雨山洪即傾洩而下，加上海岸地區不當的開發、沿海地層下陷以及平均海水面上升等因素，使得海岸災害發生頻率與規模與日俱增，所造成之災害損失不小，不論在內陸抑或海岸地帶，經常造成嚴重的生命財產損失。目前國內已發展淹水模式，可考慮內陸降雨排水等因素，惟仍未明瞭海岸天文潮、暴潮、颱風波浪引致之海水倒灌與沿海地區溢淹的影響。本計畫目的為進行全國海岸海岸溢淹潛勢圖資製作之研究，從全國海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點，再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌與沿海地區溢淹範圍，據此繪出該區域海岸溢淹潛勢圖資，其研究成果將可更加掌握實際溢淹災害的可能狀況，並可作為救災搶險的依據。</abstract><author>臺灣大學、氣候天氣災害研究中心</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000399</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004359</governmentpublicationsnumber><identifier>72215</identifier><internationalstandardbooknumber>9789860306699 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72215</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>全國海岸海岸溢淹潛勢圖資製作之研究(1/2) Research on Producing the Potential Coastal Flood Maps in Taiwan (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣西處台灣海峽，東臨太平洋，南接巴士海峽，位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風或熱帶性低氣壓帶來狂風暴雨之侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪常越過堤頂而導致海水倒灌及沿海區域之溢淹，另外由於島嶼地形狹長，中央山脈嶺高稜峻，溪流短而坡度陡，每遇豪雨山洪即傾洩而下，加上海岸地區不當的開發、沿海地層下陷以及平均海水面上升等因素，使得海岸災害發生頻率與規模與日俱增，所造成之災害損失不小，不論在內陸抑或海岸地帶，經常造成嚴重的生命財產損失。目前國內已發展淹水模式，可考慮內陸降雨排水等因素，惟仍未明瞭海岸天文潮、暴潮、颱風波浪引致之海水倒灌與沿海地區溢淹的影響。本計畫目的為進行全國海岸海岸溢淹潛勢圖資製作之研究，從全國海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點，再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌與沿海地區溢淹範圍，據此繪出該區域海岸溢淹潛勢圖資，其研究成果將可更加掌握實際溢淹災害的可能狀況，並可作為救災搶險的依據。</abstract><author>臺灣大學、氣候天氣災害研究中心</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000399</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004359</governmentpublicationsnumber><identifier>72216</identifier><internationalstandardbooknumber>9789860306699 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72216</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>全國海岸海岸溢淹潛勢圖資製作之研究(1/2) －光碟版 Research on Producing the Potential Coastal Flood Maps in Taiwan (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署近年已逐步更新全臺各縣市之淹水潛勢圖，並考慮人文社會、經濟活動、土地利用、淹水損失…等與國家發展及民生相關之因子針對淹水潛勢資料進行加值分析，以強化洪災研判分析能量。為進行全面評估全臺各縣市之水災脆弱度及風險度。</abstract><author>臺灣大學、生態工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000102</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004136</governmentpublicationsnumber><identifier>72218</identifier><internationalstandardbooknumber>9789860304008 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72218</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市、嘉義縣脆弱度及風險地圖製作 Aproject for Producing Maps of Vulnerability and Risk in the Zengwun River, Beigang River, Bajhang River, Puzih River,Jishuei River Basins, Tainan City, Chiayi City</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署近年已逐步更新全臺各縣市之淹水潛勢圖，並考慮人文社會、經濟活動、土地利用、淹水損失…等與國家發展及民生相關之因子針對淹水潛勢資料進行加值分析，以強化洪災研判分析能量。為進行全面評估全臺各縣市之水災脆弱度及風險度。</abstract><author>臺灣大學、生態工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000102</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/17</date><governmentpublicationsnumber>1010004136</governmentpublicationsnumber><identifier>72219</identifier><internationalstandardbooknumber>9789860304008 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72219</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>曾文溪、北港溪、八掌溪、朴子溪、急水溪流域與台南市、嘉義市、嘉義縣脆弱度及風險地圖製作(光碟版) Aproject for Producing Maps of Vulnerability and Risk in the Zengwun River, Beigang River, Bajhang River, Puzih River,Jishuei River Basins, Tainan City, Chiayi</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區河川土砂嚴重失衡，危害人類安全外，亦使原有生態棲地喪失或縮減，因此本計畫希望能以地文性土壤沖淤模式及二維動床模式為基礎，發展河道及洪水平原之洪氾沖淤演算模式，以分析豪雨洪水期間之河道及兩岸洪氾沖淤現象及淤積潛勢，研提管理策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000303</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004150</governmentpublicationsnumber><identifier>72220</identifier><internationalstandardbooknumber>9789860305128 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72220</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域洪氾防災及土資源管理之研究(1/3)--內附光碟 A study on the basin flood mitigation and soil-sedimen resources management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004150</governmentpublicationsnumber><identifier>72221</identifier><internationalstandardbooknumber>9789860305128 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72221</librarycollectiondetailsurl><price>600</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>流域洪氾房災及土資源管理之研究(1/3)--成果光碟=A study on the basin flood mitigation and soil-sedimen resources management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000282</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010003939</governmentpublicationsnumber><identifier>72222</identifier><internationalstandardbooknumber>9789860303155 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72222</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(2/3)=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000282</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010003939</governmentpublicationsnumber><identifier>72223</identifier><internationalstandardbooknumber>9789860303155 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72223</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(2/3)--光碟版=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪河口段???變遷頗為顯著，由於工程執行規劃牽涉河口段複雜水理、輸砂及相關保護措施最佳化之設計規劃，水規所雖已辦理物模計畫中，但物模假設與執行相較數模簡化且耗時費力。為評估河口段之長期穩定趨勢，本計畫擬延續99年度數模計畫工作，配合水規所物模之進度，藉由CCHE2D與CCHE2D-Coast河口動床數模工具與物模交互搭配驗證，以提供河口段治理工程執行可能之修正與後續長期穩定評估之參考。 本研究評估零方案與實施工程完成後，河口段之流況、底床沖淤等情形，同時配合水規所物模試驗之簡化條件，進行模式驗證，經數模與物模完成驗證後，再挑選建議方案進行短期、長期與河防安全等評估工作，以提供頭前溪河口段治理規劃與工程執行參考。 一、頭前溪河口段相關文獻與基本資料之蒐集與彙整 本計畫蒐集頭前溪河口段過去相關研究文獻、水文、地文等基本資料，以及分流工、透水性構造物、丁壩、感潮河段水理輸砂機制等文獻，以做為相關評估與數模模擬之參考。 二、頭前溪河口段二維動床數模模擬驗證 在與水規所物模試驗之驗證中，數模與物模假設相同邊界、地形與初始條件進行模擬，採用Q2、Q10、Q20與Q100之定量流進行水理試驗，配合下游固定暴潮位4.0公尺。由誤差分析圖觀察，數模模擬與物模試驗實測水位趨勢相近；在現場實際尺度下，數模與物模實測水位之平均絕對誤差約為正負12.3公分、平均相對誤差約為2.62%，顯示水位數模結果已具有頗高之可信度。舊港島左右股流路分流量驗證方面，物模與數模分流量模擬結果亦趨勢相近。 本計畫研擬數組不同角度、長度之舊港島分流工進行比較，舊港島分流工角度與長度之定義，角度以東西向為水平軸，順時針方向之夾角稱為其角度；長度自舊港島上游頂端，向上游河道延伸至末端視為長度。方案模擬方面，模擬包括零方案、無分流工案、設計案、99年數模建議案及流路調整案。在綜合評估舊港島左右股分流量、河床回淤分布、水位與河防安全等因素，數模擬訂分流工角度55度、長度300公尺為建議方案。惟無論數模或物模評估結果，數模建議案與原設計案(角度50度、長度340公尺)於河口段分流量、沖淤、水位等之差異不大，因此數模建議分流工可先行進行施工，再依後續現場洪水過後狀況進行調整。 三、頭前溪河口段短期與長期穩定分析 頭前溪河口入流段配合疏濬調整流路方面，上游流路經調整後，舊港島左右股無論Q20或Q100流量下，右股之分流量皆有增加趨勢，整體來說，改善上游深槽流路後，雖仍有淤積趨勢，但流路可調整偏向河道中央，應有助於提升右股流路之分流量，惟建議後續再從物模試驗進行機制觀察，以瞭解水砂運移關係。 數模建議案在不同重現期距流量下之底床淤積量比較方面，採用不同輸砂公式進行比較。就斷面0~斷面7河段而言，單一場Q5洪水對約造成3.86~3.9萬立方公尺之淤積量，Q20洪水約造成6.62~6.93萬立方公尺之淤積量，Q100洪水約造成10.5~12.2萬立方公尺之淤積量，連續3場Q5洪水約造成9.6~11.2萬立方公尺之淤積量。 四、頭前溪河口段河防安全檢討 在河防安全評估方面，數模建議案在Q100洪水下，研究河段之模擬水位皆小於98年頭前溪治理規劃檢討後公告之計畫洪水位，顯示河口段與舊港島左右股流路疏濬後，將可提升河口與舊港島之河防安全。 舊港島分流工與苦苓腳丁壩基腳沖刷潛勢方面，除了分流工前端區域因水流方向交角大，有基腳沖刷潛勢，其餘部分與水流方向之交角低於30度，屬低度沖刷潛勢。苦苓腳丁壩工區域，一號丁壩壩頭區域之水流擾動情形較為明顯，有較高基腳沖刷潛勢，二號至四號丁壩區域之流速則有逐漸減緩趨勢。 五、頭前溪河口段長期穩定之改善建議 根據數模推估之舊港橋與白地橋水位率定曲線結果，河口段工程執行後，相同流量、潮位條件下，舊港橋與白地橋水位約可降低1公尺，惟此水位降低成效為工程執行設計標準下之基礎，因此若舊港橋與白地橋區域淤積深度已達1公尺，建議應辦理疏濬以維持原設計之通洪能力。此外，舊港島分流工左右區域較易產生淤積，建議進行定期疏濬，以維持分流工設計功能。 受到水流沖擊作用，舊港島分流工前端與苦苓腳凹岸之一號丁壩，有較高基腳沖刷潛勢，建議應定期進行觀測或維護。此外，建議後續可再針對頭前溪入流段之流路整理進行檢討，雖目前數模評估流路經整理後，應可增加右股流路約3.4%~7.9%之分流量，但相關數模成果仍有待驗證。</abstract><author>國立交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000306</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72225</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72225</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模(2/2) Laboratory Study on Estuary Engineering Layout of Touchien River-Numerical Modeling(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪河口段???變遷頗為顯著，由於工程執行規劃牽涉河口段複雜水理、輸砂及相關保護措施最佳化之設計規劃，水規所雖已辦理物模計畫中，但物模假設與執行相較數模簡化且耗時費力。為評估河口段之長期穩定趨勢，本計畫擬延續99年度數模計畫工作，配合水規所物模之進度，藉由CCHE2D與CCHE2D-Coast河口動床數模工具與物模交互搭配驗證，以提供河口段治理工程執行可能之修正與後續長期穩定評估之參考。 本研究評估零方案與實施工程完成後，河口段之流況、底床沖淤等情形，同時配合水規所物模試驗之簡化條件，進行模式驗證，經數模與物模完成驗證後，再挑選建議方案進行短期、長期與河防安全等評估工作，以提供頭前溪河口段治理規劃與工程執行參考。 一、頭前溪河口段相關文獻與基本資料之蒐集與彙整 本計畫蒐集頭前溪河口段過去相關研究文獻、水文、地文等基本資料，以及分流工、透水性構造物、丁壩、感潮河段水理輸砂機制等文獻，以做為相關評估與數模模擬之參考。 二、頭前溪河口段二維動床數模模擬驗證 在與水規所物模試驗之驗證中，數模與物模假設相同邊界、地形與初始條件進行模擬，採用Q2、Q10、Q20與Q100之定量流進行水理試驗，配合下游固定暴潮位4.0公尺。由誤差分析圖觀察，數模模擬與物模試驗實測水位趨勢相近；在現場實際尺度下，數模與物模實測水位之平均絕對誤差約為正負12.3公分、平均相對誤差約為2.62%，顯示水位數模結果已具有頗高之可信度。舊港島左右股流路分流量驗證方面，物模與數模分流量模擬結果亦趨勢相近。 本計畫研擬數組不同角度、長度之舊港島分流工進行比較，舊港島分流工角度與長度之定義，角度以東西向為水平軸，順時針方向之夾角稱為其角度；長度自舊港島上游頂端，向上游河道延伸至末端視為長度。方案模擬方面，模擬包括零方案、無分流工案、設計案、99年數模建議案及流路調整案。在綜合評估舊港島左右股分流量、河床回淤分布、水位與河防安全等因素，數模擬訂分流工角度55度、長度300公尺為建議方案。惟無論數模或物模評估結果，數模建議案與原設計案(角度50度、長度340公尺)於河口段分流量、沖淤、水位等之差異不大，因此數模建議分流工可先行進行施工，再依後續現場洪水過後狀況進行調整。 三、頭前溪河口段短期與長期穩定分析 頭前溪河口入流段配合疏濬調整流路方面，上游流路經調整後，舊港島左右股無論Q20或Q100流量下，右股之分流量皆有增加趨勢，整體來說，改善上游深槽流路後，雖仍有淤積趨勢，但流路可調整偏向河道中央，應有助於提升右股流路之分流量，惟建議後續再從物模試驗進行機制觀察，以瞭解水砂運移關係。 數模建議案在不同重現期距流量下之底床淤積量比較方面，採用不同輸砂公式進行比較。就斷面0~斷面7河段而言，單一場Q5洪水對約造成3.86~3.9萬立方公尺之淤積量，Q20洪水約造成6.62~6.93萬立方公尺之淤積量，Q100洪水約造成10.5~12.2萬立方公尺之淤積量，連續3場Q5洪水約造成9.6~11.2萬立方公尺之淤積量。 四、頭前溪河口段河防安全檢討 在河防安全評估方面，數模建議案在Q100洪水下，研究河段之模擬水位皆小於98年頭前溪治理規劃檢討後公告之計畫洪水位，顯示河口段與舊港島左右股流路疏濬後，將可提升河口與舊港島之河防安全。 舊港島分流工與苦苓腳丁壩基腳沖刷潛勢方面，除了分流工前端區域因水流方向交角大，有基腳沖刷潛勢，其餘部分與水流方向之交角低於30度，屬低度沖刷潛勢。苦苓腳丁壩工區域，一號丁壩壩頭區域之水流擾動情形較為明顯，有較高基腳沖刷潛勢，二號至四號丁壩區域之流速則有逐漸減緩趨勢。 五、頭前溪河口段長期穩定之改善建議 根據數模推估之舊港橋與白地橋水位率定曲線結果，河口段工程執行後，相同流量、潮位條件下，舊港橋與白地橋水位約可降低1公尺，惟此水位降低成效為工程執行設計標準下之基礎，因此若舊港橋與白地橋區域淤積深度已達1公尺，建議應辦理疏濬以維持原設計之通洪能力。此外，舊港島分流工左右區域較易產生淤積，建議進行定期疏濬，以維持分流工設計功能。 受到水流沖擊作用，舊港島分流工前端與苦苓腳凹岸之一號丁壩，有較高基腳沖刷潛勢，建議應定期進行觀測或維護。此外，建議後續可再針對頭前溪入流段之流路整理進行檢討，雖目前數模評估流路經整理後，應可增加右股流路約3.4%~7.9%之分流量，但相關數模成果仍有待驗證。</abstract><author>國立交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000306</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72226</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72226</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模(2/2)－光碟版 Laboratory Study on Estuary Engineering Layout of Touchien River-Numerical Modeling(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自98年度起執行此勘災計畫，適逢莫拉克颱風重創南台灣，在勘災服務團於災後迅速進行現場災情蒐集下，對於災情通報、災害範圍、災損推估及災後應變等救災能力有實質上的提升，相較以往災害發生而全力投入救災之際，對於災情掌握上實無法兼籌並顧；水災災情蒐集與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災情蒐集之工作，並提出及撰寫所蒐集災情之報告，故以委託方式辦理。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000276</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004065</governmentpublicationsnumber><identifier>72231</identifier><internationalstandardbooknumber>9789860303667 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72231</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年重大水災災情蒐集服務團 Survey Service Group of Major Flood Events in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>自98年度起執行此勘災計畫，適逢莫拉克颱風重創南台灣，在勘災服務團於災後迅速進行現場災情蒐集下，對於災情通報、災害範圍、災損推估及災後應變等救災能力有實質上的提升，相較以往災害發生而全力投入救災之際，對於災情掌握上實無法兼籌並顧；水災災情蒐集與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災情蒐集之工作，並提出及撰寫所蒐集災情之報告，故以委託方式辦理。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000276</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004065</governmentpublicationsnumber><identifier>72232</identifier><internationalstandardbooknumber>9789860303667 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72232</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年重大水災災情蒐集服務團(光碟版) Survey Service Group of Major Flood Events in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣位於歐亞大陸與菲律賓板塊交界，因板塊相互擠壓造成台灣每年有數千次大小不等的地震發生，由於台灣河川多呈現東西走向，很難避免穿越島內密布之斷層帶，水利設施的設置常常必須穿越斷層帶或構築於斷層帶附近，地震災害發生時容易形成水利設施毀壞或水利設施部分功能破壞，更嚴重者因水利設施的毀壞可能造成設施下游區域難以估算的災害損失；為因應地震災害發生時可能對既有水利設施造成之毀壞與後續可能之危害，本署擬研提水利設施遭受地震災害時之風險評估與應變管理機制，本年度計畫預計結合既有已完成分析之水利設施安全評估資料，建立水利設施安全評估資料庫與設施管理人名冊，完成主要水利設施震害通報系統。此外，本系統未來亦將朝向與台灣地震損失評估系統(Taiwan Earthquake Loss Estimation System, TELES)資料共享為目標，為求本署因應震害防救應變之完善，特研提本項計畫。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000426</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004224</governmentpublicationsnumber><identifier>72233</identifier><internationalstandardbooknumber>9789860305432 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72233</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利設施地震災害通報系統建置 Establishment of Earthquake Damage Reporting System for Water Resources Facilities</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣位於歐亞大陸與菲律賓板塊交界，因板塊相互擠壓造成台灣每年有數千次大小不等的地震發生，由於台灣河川多呈現東西走向，很難避免穿越島內密布之斷層帶，水利設施的設置常常必須穿越斷層帶或構築於斷層帶附近，地震災害發生時容易形成水利設施毀壞或水利設施部分功能破壞，更嚴重者因水利設施的毀壞可能造成設施下游區域難以估算的災害損失；為因應地震災害發生時可能對既有水利設施造成之毀壞與後續可能之危害，本署擬研提水利設施遭受地震災害時之風險評估與應變管理機制，本年度計畫預計結合既有已完成分析之水利設施安全評估資料，建立水利設施安全評估資料庫與設施管理人名冊，完成主要水利設施震害通報系統。此外，本系統未來亦將朝向與台灣地震損失評估系統(Taiwan Earthquake Loss Estimation System, TELES)資料共享為目標，為求本署因應震害防救應變之完善，特研提本項計畫。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000426</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004224</governmentpublicationsnumber><identifier>72234</identifier><internationalstandardbooknumber>9789860305432 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72234</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利設施地震災害通報系統建置(光碟版) Establishment of Earthquake Damage Reporting System for Water Resources Facilities</title><yearidentifier>201112</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，將相關災害資訊如坡地災害、土石流災害及水災災害資訊等彙整於資訊平台並透過該資訊平台充份掌握颱風豪雨期間發生於流域系統內之各種災害，進而提供本署防災應變期間決策者相關決策資源；另藉由坡地崩塌機制探討，進一步了解因坡地災害所生土石對下游河道變遷之影響。</abstract><author>淡江大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000104</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004959</governmentpublicationsnumber><identifier>72235</identifier><internationalstandardbooknumber>9789860312195 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72235</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>流域災害資訊整合之研究(1/2) Study of the integrated information system for watershed disaster</title><yearidentifier>201112</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，將相關災害資訊如坡地災害、土石流災害及水災災害資訊等彙整於資訊平台並透過該資訊平台充份掌握颱風豪雨期間發生於流域系統內之各種災害，進而提供本署防災應變期間決策者相關決策資源；另藉由坡地崩塌機制探討，進一步了解因坡地災害所生土石對下游河道變遷之影響。</abstract><author>淡江大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000104</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010004959</governmentpublicationsnumber><identifier>72236</identifier><internationalstandardbooknumber>9789860312195 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72236</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>流域災害資訊整合之研究(1/2) －光碟版Study of the integrated information system for watershed disaster</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣每年均會面臨到數個颱風的威脅，進而導致許多地區之民眾產生無水可用或用水水質不佳等問題發生，此外，近年因受到全球暖化及環境變遷之影響，發生了許多天災，例如2009年莫拉克颱風或海地大地震等事件，且於莫拉克颱風災後，台灣許多災區均產生缺水、水質不佳、水處理設備不足或不適用等問題發生，例如許多山區村落之簡易自來水系統中斷無法運作、高濁度原水導致自來水廠無法正常供水、救難中心無潔淨水可用、緊急水車供水量供不應求、偏遠村落因道路中斷無水可用等。此等事件，已明白顯示全球環境變遷之影響已不可避免，亦突顯出災難伴隨著水環境問題，將衍生導致災民生活品質低落、生病(大規模病媒傳染)或死亡，故此等危機必須正視且尋求解決之道，因此，顯示出本計畫緊急供水技術研發之重要性與急迫性。 而急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區(例如大愛村或組合屋等社區)等地，以提供給民眾潔淨安全之用水，維持生機，避免民眾生病或死亡，故此淨水系統之建置規模，應以村落型規模進行開發，並設計規劃有大型、中型、小型規模之系統，服務人數應該介於10至300人之間，亦即供水量之設定約為1 ~ 30 CMD間。此外，緊急供水系統係偏屬於簡易自來水系統之特性，但更需具備低能耗、高效率、高機動性、可去除高濁度之功能，以符合急難救助功能需求。</abstract><author>工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990429</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010003749</governmentpublicationsnumber><identifier>72237</identifier><internationalstandardbooknumber>9789860300543 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72237</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>99</publishrocyear><title>研發村落型緊急供水技術之研究(1/2)－綠能快組式之高濁度原水淨水系統</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣每年均會面臨到數個颱風的威脅，進而導致許多地區之民眾產生無水可用或用水水質不佳等問題發生，此外，近年因受到全球暖化及環境變遷之影響，發生了許多天災，例如2009年莫拉克颱風或海地大地震等事件，且於莫拉克颱風災後，台灣許多災區均產生缺水、水質不佳、水處理設備不足或不適用等問題發生，例如許多山區村落之簡易自來水系統中斷無法運作、高濁度原水導致自來水廠無法正常供水、救難中心無潔淨水可用、緊急水車供水量供不應求、偏遠村落因道路中斷無水可用等。此等事件，已明白顯示全球環境變遷之影響已不可避免，亦突顯出災難伴隨著水環境問題，將衍生導致災民生活品質低落、生病(大規模病媒傳染)或死亡，故此等危機必須正視且尋求解決之道，因此，顯示出本計畫緊急供水技術研發之重要性與急迫性。 而急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區(例如大愛村或組合屋等社區)等地，以提供給民眾潔淨安全之用水，維持生機，避免民眾生病或死亡，故此淨水系統之建置規模，應以村落型規模進行開發，並設計規劃有大型、中型、小型規模之系統，服務人數應該介於10至300人之間，亦即供水量之設定約為1 ~ 30 CMD間。此外，緊急供水系統係偏屬於簡易自來水系統之特性，但更需具備低能耗、高效率、高機動性、可去除高濁度之功能，以符合急難救助功能需求。</abstract><author>工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990429</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/18</date><governmentpublicationsnumber>1010003749</governmentpublicationsnumber><identifier>72238</identifier><internationalstandardbooknumber>9789860300543 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72238</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>99</publishrocyear><title>研發村落型緊急供水技術之研究(1/2)－綠能快組式之高濁度原水淨水系統(光碟版)</title><yearidentifier>201012</yearidentifier></data><data><abstract>由於流域影響河川之型態，而台灣河川之流域以地質年代來看，又處於快速變動之年輕階段，因此河床之演變勢必更加快速。會增加河溪發生洪水或土砂之災害，造成河防工程、道路橋樑之破壞，危害兩岸居民生命財產之安全,</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000294</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010003867</governmentpublicationsnumber><identifier>72239</identifier><internationalstandardbooknumber>9789860302455 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72239</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域地貌變遷對河床演變之影響(3/3)--內附光碟 The Influence of Basin Geomorphology Changes on River Morphology Evolution(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>透過流域地貌演變，分析流域中之水文、地文事件，進一步探討流域中來水來砂特性對河道變遷之影響。台灣地貌、氣象及氣候具有高度多樣性。本研究以大甲溪為例，透過蒐集過往之地形、地貌等水文及地文資料使之瞭解河道變遷的主要原因，歸納出大甲溪流域與河道之變遷特性與趨勢。建立流域至河川間演變之過程與關係，將分析過程步驟標準化，以做為其他河川分析之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010003873</governmentpublicationsnumber><identifier>72240</identifier><internationalstandardbooknumber>9789860302462 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域地貌變遷對河床演變之影響 總報告--內附光碟 The Influence of Basin Geomorphology Changed on River Morphology Evolution</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫預計五年辦理，第二年工作重點為:1.網站平台功能強化2.網站新聞及活動訊息維護及管理功能。3.河川復育案例的追?及新增。4.新增學生版網站，擴充英文版內容。5.國際交流以及NGO合作。6.網路活動以及滿意度調查。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000290</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>72241</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72241</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5) Operating and Naintenance Plan of Taiwan River Restoration Network Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>72242</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72242</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)--成果資料光碟=Operating and Naintenance Plan of Taiwan River Restoration Network Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作深入之了解，利用數學模型為基礎，以物模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000285</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72243</identifier><internationalstandardbooknumber>9789860305753 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72243</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)－內附光碟 Study on Porous Cylinder for River-Bank Protection by Both Experiments and Numerical Simulation(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72244</identifier><internationalstandardbooknumber>9789860305753 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72244</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)--計畫成果光碟=Study on Porous Cylinder for River-B</title><yearidentifier>201112</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續98年至99年間之「防災決策支援視算系統技術商品化研發」計畫，主要進行防災決策支援視算系統之功能擴充與維運，因此在計畫中將進行系統之技術改良與應用研發，並以保持系統之定期更新與正常運作。 本計畫為為期2年的系統技術研發、功能改善與擴充計畫，98年至99年已完成第一年工作，第二年將依據第一年執行狀況持續進行技術研發、系統功能改善並維持系統正常運作。在視算系統技術改良與服務部分，將改良立體影像製作技術與提升介面展示功能，並配合水利署之需求，協助於汛期期間，包括重大災害事件，以專案方式進行特定地點之影像拍攝、後製服務與相關必要之資料蒐集。在防災決策支援視算系統之應用研發部分，建立水利設施災情3D視覺化作業服務程序，發展3D影像之展示專用介面，並研發整合3D影像與介接其他GIS或衛星圖資展示系統之勘災支援資訊整合作業平台。在商品化部分，擬定可商品化的技術規格，評估技術優勢，並參與國內與國外相關展覽，展示技術成果並尋求可能技術移轉之機會。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990031</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004834</governmentpublicationsnumber><identifier>72245</identifier><internationalstandardbooknumber>9789860311136 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72245</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>防災決策支援視算系統技術商品化研發(2/2) Study of Visualization System for Disaster Mitigation Decision Support and Product Development (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004821</governmentpublicationsnumber><identifier>72246</identifier><internationalstandardbooknumber>9789860311709 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72246</librarycollectiondetailsurl><price>定價2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度曾文水庫淤積測量工作-汛期前.汛期後測量成果報告 2011's TsengWen Reservoir sedimentation measurements</title><yearidentifier>201112</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續98年至99年間之「防災決策支援視算系統技術商品化研發」計畫，主要進行防災決策支援視算系統之功能擴充與維運，因此在計畫中將進行系統之技術改良與應用研發，並以保持系統之定期更新與正常運作。 本計畫為為期2年的系統技術研發、功能改善與擴充計畫，98年至99年已完成第一年工作，第二年將依據第一年執行狀況持續進行技術研發、系統功能改善並維持系統正常運作。在視算系統技術改良與服務部分，將改良立體影像製作技術與提升介面展示功能，並配合水利署之需求，協助於汛期期間，包括重大災害事件，以專案方式進行特定地點之影像拍攝、後製服務與相關必要之資料蒐集。在防災決策支援視算系統之應用研發部分，建立水利設施災情3D視覺化作業服務程序，發展3D影像之展示專用介面，並研發整合3D影像與介接其他GIS或衛星圖資展示系統之勘災支援資訊整合作業平台。在商品化部分，擬定可商品化的技術規格，評估技術優勢，並參與國內與國外相關展覽，展示技術成果並尋求可能技術移轉之機會。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990031</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004834</governmentpublicationsnumber><identifier>72247</identifier><internationalstandardbooknumber>9789860311136 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72247</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>防災決策支援視算系統技術商品化研發(2/2) －光碟版 Study of Visualization System for Disaster Mitigation Decision Support and Product Development (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>44.36423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA1000233</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004821</governmentpublicationsnumber><identifier>72248</identifier><internationalstandardbooknumber>9789860311709 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72248</librarycollectiondetailsurl><price>定價2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度曾文水庫淤積測量工作-汛期前.汛期後測量成果報告(光碟版) 2011's TsengWen Reservoir sedimentation measurements</title><yearidentifier>201112</yearidentifier></data><data><abstract>全球平均表面溫度在過去100年(1906-2005年)，約上升0.74℃±0.18℃，台灣平地測站紀錄顯示，1900-2009年間氣溫上升速率約為1.1-1.6℃/百年，近30年(1979-2009年)的暖化速度，則更加快速(約0.23-0.40℃/10年)。IPCC(Intergovernmental Panel on Climate Change，聯合國跨政府氣候變遷小組)的氣候模式估計2005年至2030年間，全球溫度會再增加約攝氏0.7度，當全球溫度增加，強降雨也會增加，小、中強度降雨則會減少，全球溫度每增加1度，台灣前10%強降雨就會增加約140%，而前10%小雨則會減少約70%(Liu, et. al., 2009)，亦即水旱災已為常態現象。氣候與環境變遷所帶來的衝擊影響是全面性的，如洪澇、旱災、坡地與地震災害、農糧供應、能源供給、公共衛生、國土利用、海陸資源與生態環境、公共設施安全等，面對氣候與環境的變遷，過去的國土規劃、工程設施與災害防護標準都已在無形中變得不再安全。近年颱風與豪雨致災個案次數已呈現明顯上升趨勢，其災害型態之規模與複雜程度也不斷在改變，台灣脆弱的地表環境每逢颱風帶來超大雨量，山區、河道與集水區容易發生大量崩塌、土砂與漂流木等情形，道路、橋樑以及維生管線毀損，台灣的災害已不是單一水災、旱災、土石流或坡地災害問題，災害特性已為複合型的災害。 就水旱災而言，1984年大旱之後，水旱災交替發生，頻率逐漸密集且災情日趨嚴重，例如2001桃芝與納莉風災後為2002年的嚴重旱災；2004年旱災後為敏督利與艾莉風災；2005年海棠與泰利等風災後開啟2006年旱災，同年發生碧利斯風災；2007-2008年一系列的聖帕、柯羅莎、卡玫基、鳳凰、辛樂克與薔蜜風災；2009年旱災由莫拉克颱風結束，卻緊接著上演2010年旱災。莫拉克颱風的破紀錄豪雨、崩塌與淤積，提高了往後幾年該地區之災害風險，同時嚴重衝擊南部地區水資源系統，此次衝擊與影響層面既深且廣。雖然我國的應變救災工作近年來已有明顯成效，然而現有的減災規劃、工程設施及國土環境政策等，政府應該有嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000076</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010003742</governmentpublicationsnumber><identifier>72249</identifier><internationalstandardbooknumber>9789860301038 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72249</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水旱災災害防救衝擊評估研究計畫(2/2) Assessment of Climate Change Impacts on Flood and Drought Disasters(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>有鑑於現今網絡發達、資訊快速且科技進步之下，故辦理「水權管理支援系統維護與改版建置（2/2）」計畫，因應最新資訊、網絡環境、法令規定及維持全國水權資料庫之完整性下，除對水權管理支援系統及資料庫作持續性的維護改善外，並進一步整合水權管理相關系統，藉由系統程式碼與架構之撰寫，將相關資料庫統一格式，並制定明確之管理規則，同時符合資訊安全之相關規範，使水權核辦各相關系統間運轉順暢，以強化系統運作，提升水權核辦作業效率。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000006</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004661</governmentpublicationsnumber><identifier>72250</identifier><internationalstandardbooknumber>9789860310108 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72250</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水權管理支援系統維護與改版建置(2/2)成果報告 Maintenance and Renew Establishment of the Water Rights Support System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>有鑑於現今網絡發達、資訊快速且科技進步之下，故辦理「水權管理支援系統維護與改版建置（2/2）」計畫，因應最新資訊、網絡環境、法令規定及維持全國水權資料庫之完整性下，除對水權管理支援系統及資料庫作持續性的維護改善外，並進一步整合水權管理相關系統，藉由系統程式碼與架構之撰寫，將相關資料庫統一格式，並制定明確之管理規則，同時符合資訊安全之相關規範，使水權核辦各相關系統間運轉順暢，以強化系統運作，提升水權核辦作業效率。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000006</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004661</governmentpublicationsnumber><identifier>72251</identifier><internationalstandardbooknumber>9789860310108 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72251</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水權管理支援系統維護與改版建置(2/2)成果報告－光碟版 Maintenance and Renew Establishment of the Water Rights Support System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>一、配合防災及民眾知的需求整合水、旱災水庫資訊。 二、為利災情通報順暢擬強化通報系統。 三、配合縣市合併需整合相關資訊。 四、增加水利防災知識館、水災防災策略、水利志工、防災社區、水利防災年報、災害紀實、防災業務法規、水利災害防救業務計畫等防災知識內容。  五、為利決策者決策判斷，擬增加防災GIS化圖資及功能。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000162</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004192</governmentpublicationsnumber><identifier>72253</identifier><internationalstandardbooknumber>9789860305395 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72253</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度防災應變系統更新及資訊網升級建置 Disaster Response System Upgrade and Renew Disaster Information Website</title><yearidentifier>201112</yearidentifier></data><data><abstract>一、配合防災及民眾知的需求整合水、旱災水庫資訊。 二、為利災情通報順暢擬強化通報系統。 三、配合縣市合併需整合相關資訊。 四、增加水利防災知識館、水災防災策略、水利志工、防災社區、水利防災年報、災害紀實、防災業務法規、水利災害防救業務計畫等防災知識內容。  五、為利決策者決策判斷，擬增加防災GIS化圖資及功能。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000162</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004192</governmentpublicationsnumber><identifier>72254</identifier><internationalstandardbooknumber>9789860305395 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72254</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度防災應變系統更新及資訊網升級建置(光碟版) Disaster Response System Upgrade and Renew Disaster Information Website</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫工作範圍為湖山水庫工程計畫之下游河道整治工程(梅林橋上 游河段)及其鄰近周邊可能影響之區域，於補充延長原治理規劃報告之水文 分析資料年限，分析複核原設計流量，再以水理演算重新檢討本河段計畫 堤頂高程是否足夠，同時依據原工程基本設計成果，參酌各相關工程現地 狀況修正工程佈設，研提分標原則及工程經費概估，以作為後續河道治理 工程細部設計之依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004991</governmentpublicationsnumber><identifier>72255</identifier><internationalstandardbooknumber>9789860310696 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72255</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>湖山工程計畫水庫下游河道整治(梅林橋上游段)基本設計檢討報告(光碟版)Hushan Reservoir Downstream River Improvement Project (River Reach Upstream From Meilin Bridge) Basic Design Review Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>全球平均表面溫度在過去100年(1906-2005年)，約上升0.74℃±0.18℃，台灣平地測站紀錄顯示，1900-2009年間氣溫上升速率約為1.1-1.6℃/百年，近30年(1979-2009年)的暖化速度，則更加快速(約0.23-0.40℃/10年)。IPCC(Intergovernmental Panel on Climate Change，聯合國跨政府氣候變遷小組)的氣候模式估計2005年至2030年間，全球溫度會再增加約攝氏0.7度，當全球溫度增加，強降雨也會增加，小、中強度降雨則會減少，全球溫度每增加1度，台灣前10%強降雨就會增加約140%，而前10%小雨則會減少約70%(Liu, et. al., 2009)，亦即水旱災已為常態現象。氣候與環境變遷所帶來的衝擊影響是全面性的，如洪澇、旱災、坡地與地震災害、農糧供應、能源供給、公共衛生、國土利用、海陸資源與生態環境、公共設施安全等，面對氣候與環境的變遷，過去的國土規劃、工程設施與災害防護標準都已在無形中變得不再安全。近年颱風與豪雨致災個案次數已呈現明顯上升趨勢，其災害型態之規模與複雜程度也不斷在改變，台灣脆弱的地表環境每逢颱風帶來超大雨量，山區、河道與集水區容易發生大量崩塌、土砂與漂流木等情形，道路、橋樑以及維生管線毀損，台灣的災害已不是單一水災、旱災、土石流或坡地災害問題，災害特性已為複合型的災害。 就水旱災而言，1984年大旱之後，水旱災交替發生，頻率逐漸密集且災情日趨嚴重，例如2001桃芝與納莉風災後為2002年的嚴重旱災；2004年旱災後為敏督利與艾莉風災；2005年海棠與泰利等風災後開啟2006年旱災，同年發生碧利斯風災；2007-2008年一系列的聖帕、柯羅莎、卡玫基、鳳凰、辛樂克與薔蜜風災；2009年旱災由莫拉克颱風結束，卻緊接著上演2010年旱災。莫拉克颱風的破紀錄豪雨、崩塌與淤積，提高了往後幾年該地區之災害風險，同時嚴重衝擊南部地區水資源系統，此次衝擊與影響層面既深且廣。雖然我國的應變救災工作近年來已有明顯成效，然而現有的減災規劃、工程設施及國土環境政策等，政府應該有嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000076</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010003742</governmentpublicationsnumber><identifier>72256</identifier><internationalstandardbooknumber>9789860301038 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72256</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>氣候變遷對水旱災災害防救衝擊評估研究計畫(2/2) －光碟版 Assessment of Climate Change Impacts on Flood and Drought Disasters(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>e河川-資訊交換平台(以下簡稱本平台)其不但已提供本署近所有應用系統單一簽入功能，也提供多達30個以上資料交換服務，近2/3註冊應用系統使用所提供的資料交換服務，及近180位廠商代表人、民眾、各機關(構)相關業務承辦人使用本平台所提供的自然人憑證驗證授權機制；此外，外部機關亦有10例，包括交通部、商業司、水土保持局及多個縣市政府等透由E政府服務平台與本平台介接本署相關資料。在使用者如此龐大的存在情況下(約3,600人以上)，為利後續營運，除得配合使用者所提供不同需求，將相關功能予以提升外，平台維運機制亦需再進一步加強。又以往資料交換機制在互動上相當有限，即使找到相關資料需求服務，但所需資料有時與可提供的不符，而致只能部份甚或無法使用；準此，得開發豐富使用者端網頁介面，讓使用者可以互動式且即時就已提供的服務再額外產制新的且符所需的服務。除此之外，為因應組織改造，包括本署暨所屬機關單一簽入機制、自然人憑證驗證授權機制、資料交換機制等，本平台均得預為調整準備。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000037</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004527</governmentpublicationsnumber><identifier>72260</identifier><internationalstandardbooknumber>9789860308051 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72260</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>e河川-資訊交換平台功能提升與維運計畫(光碟版)-e -River The Project of The function improvement and the maintenance for information Exchanging Platform</title><yearidentifier>201112</yearidentifier></data><data><abstract>e河川計畫將配合優質網路政府計畫方向，把河川相關資訊透過e政府服務平台，利用Web Services程式產生器，進行跨機關、跨業務之垂直與水平整合（Integrated），並將河川資料加值應用，建立河川資料倉儲機制，以提供相關機關決策分析支援系統及國土資訊系統整體計畫所需之資訊；以即時（Instant）之方式取得及提供各河川即時資訊，建立一站式服務網站；建立各項河川主題網，達到應用e化資通訊科技技術，提供民眾與網站互動式(Interactive)服務：包括規劃「民眾E管家」通報、iGoogle整合、線上客服系統等互動機制，發展多元管道，並對民眾有興趣的河川主題相關訊息，透過整合政府機關河川資訊，提供個人化（Individualized）服務，可自行經營My e River主題網，並建立河川專家及達人創新(Innovation)服務，民眾透過網站及其他多元管道皆可提出問題及想法，讓專家、達人或其他民眾都能給予回應，擘建未來行動化（M化）、隨手可得（U化）之河川資訊環境。 本計畫係以河川為主軸之入口網，並建立各河川之主題網，與既有各機關之全球資訊網以介紹機關業務之主軸不同。以水利署全球資訊網為例，其網站介紹機關組織、業務內容等，其中包括河川，但內容較為零散，且無法包括非該署之河川上游之林務業務、水土保持業務，河川中下游之河川水質業務，本計畫以河川為主題，因此必需整合各機關之既有系統之相關資訊。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000029</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/19</date><governmentpublicationsnumber>1010004297</governmentpublicationsnumber><identifier>72261</identifier><internationalstandardbooknumber>9789860305388 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72261</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>e河川-互動網站擴充與維運計畫(光碟版) Extension and Maintenance Project for Interactive e-River Website</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫及藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000110</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004512</governmentpublicationsnumber><identifier>72262</identifier><internationalstandardbooknumber>9789860308662 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72262</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(3/3)－內附光碟 Impact of Artificial Structures in River on the Characteristic of Habitat</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫及藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000110</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004513</governmentpublicationsnumber><identifier>72264</identifier><internationalstandardbooknumber>9789860308679 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72264</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究總報告(內附光碟) Impact of Artificial Structures in River on the Characteristic of Habitat</title><yearidentifier>201112</yearidentifier></data><data><abstract>河川防護基準河床高程訂定涉及層面廣泛，影響因素複雜，技術、管理、法規等各面向均須深入研究，爰辦理本計畫。</abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000292</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72265</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72265</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究 (內附光碟) A Feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72266</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72266</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究--計畫成果光碟=A Feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000284</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004141</governmentpublicationsnumber><identifier>72267</identifier><internationalstandardbooknumber>9789860304800 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72267</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(1/3) Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立海洋大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000284</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004141</governmentpublicationsnumber><identifier>72268</identifier><internationalstandardbooknumber>9789860304800 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72268</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(1/3)--光碟版 Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立海洋大學</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010004141</governmentpublicationsnumber><identifier>72269</identifier><internationalstandardbooknumber>9789860304800 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72269</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(1/3)--計畫成果資料光碟=Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>利用水工模型試驗將現場原型相似地縮小尺寸及水理特性進行試驗，能有效解決問題之重要工具;舉凡國內外建設重要的壩、堰、港灣、橋樑、堤防、固床工等水工結構物設施, 常藉由水工模型試驗模擬水理輸砂現象,作為規劃設計時之參考依據, 並作為規劃設計之參考依據, 使水利工程興建多一層保障, 以達經濟與安全之目的。</abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000293</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010003857</governmentpublicationsnumber><identifier>72270</identifier><internationalstandardbooknumber>9789860302486 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72270</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬訂(2/2)--內附光碟 Theor of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫分為兩個年度,完成之工作項目包括國內外水工模型試驗資料?整、模型相似律基本理論整理與推導、模型無因次分析與相似律之應用、水工模型之設計與布置試驗考量、水工試驗儀器之種類與應用技術，另外完成河工、水庫、海工及其他水工結構物水工模型試驗之案例研究分析，並建置水工模型試驗報告查詢系統製作。</abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000293</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010003860</governmentpublicationsnumber><identifier>72271</identifier><internationalstandardbooknumber>9789860302493 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72271</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬訂 總報告--內附光碟 Theory of hydraulic physical modeling with case study analysis and preparation of Hydraulic Physical Model Handbook</title><yearidentifier>201112</yearidentifier></data><data><abstract>水工模型試驗提供複雜水理的視覺呈現，也可以協助工程人員進行規劃設計上修正及決策過程時之重要參考;以利水利署在水工模型試驗作業規範及業務推動，並作為水利相關從業人員教育訓練使用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010003861</governmentpublicationsnumber><identifier>72272</identifier><internationalstandardbooknumber>9789860302479 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72272</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水工模型試驗參考手冊--內附光碟 Handbook of Hydraulic Physical Model</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>檔案管理局</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>72273</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72273</librarycollectiondetailsurl><price>120</price><publisher>檔案管理局</publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業者指引</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>檔案管理局</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/20</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>72274</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72274</librarycollectiondetailsurl><price>120</price><publisher>檔案管理局</publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業者指引--光碟版</title><yearidentifier>201112</yearidentifier></data><data><abstract>本報告書為「台中盆地地下水資源利用調查評估」計畫的第三年度報告，內容主要為台中盆地地下水水文地質調查、地下水資源整體評價、地下水開發策略、地下水開發工程規劃、地下水資源管理策略及水文地質環境資料庫建置。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000368</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/30</date><governmentpublicationsnumber>1010003591</governmentpublicationsnumber><identifier>72275</identifier><internationalstandardbooknumber>9789860299687 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72275</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台中盆地地下水資源利用調查評估(3/3)－內附光碟 Investigation and evaluation for groundwater resources utilization in Taichung basin(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本報告書為「台中盆地地下水資源利用調查評估」計畫三年度研究成果的總報告，內容主要為計畫區域概要、地下水資源整體評價、地下水資源策略與規劃及地下水水文地質環境資料庫建置。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/30</date><governmentpublicationsnumber>1010003593</governmentpublicationsnumber><identifier>72276</identifier><internationalstandardbooknumber>9789860299670 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72276</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台中盆地地下水資源利用調查評估 總報告－內附光碟 Investigation and evaluation for groundwater resources utilization in Taichung basin</title><yearidentifier>201112</yearidentifier></data><data><abstract>本年度建置淡水河及磺溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000407</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/30</date><governmentpublicationsnumber>1010003718</governmentpublicationsnumber><identifier>72277</identifier><internationalstandardbooknumber>9789860300994 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72277</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>淡水河及磺溪流域地質資料查核建置--內附光碟 Field Verification of Geological Data for the Basins of DanShui River and Huang River</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫的目標是以參考相關文獻及試辦檢查為基礎，以檢討及研定已核發水權及臨時使用權之量水設備及用水情形檢查內容及機制、研定現行違法取水處理機制，並提出作業規範；並對於溫泉法第 31 條第 2 項規定，已開發溫泉使用未取得合法登記者，探討涉及之相關法令、權責單位之分工，並提出推動計畫。 本計畫除了摘錄北水局指定的2本報告外，也整理了一些重要的解釋令、會議記錄及地檢署偵察結果及法院判決，此外，也介紹了大陸地區關於量水設備的規範。對於試辦檢查，本計畫除了根據北水局指定河系及案件數，並提出了水權及臨時使用權的類別、六種身分水權人、四種用水標的、四類水量大小等的選取條件，在北水局轄區內的407件核發水權及臨時使用權案件中，挑選出10件具有相當代表性的案件進行試辦檢查。本計畫並參考摘錄文獻資料製作了試辦檢查表格。 本計畫的特色是務實的瞭解實務工作現況，同時配合大量的法律分析，完成了研定已核發水權及臨時使用權之量水設備及用水情形檢查內容及機制、研定違法取水處理作業規範及訂定已開發溫泉使用未取得合法登記者推動計畫。 本計畫進行中，一併探討了若干現行水利法制上不夠明確之處，建請經濟部解釋或頒布相關規範或命令，並特別對於水利法第95條的應用，認為有進一步討論的空間。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/30</date><governmentpublicationsnumber>1010004559</governmentpublicationsnumber><identifier>72278</identifier><internationalstandardbooknumber>9789860308945 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72278</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>轄區內水櫂管理相關法令及制度訂定作業 Establishment of Water Right Management Standard and System within Jurisdictions</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫的目標是以參考相關文獻及試辦檢查為基礎，以檢討及研定已核發水權及臨時使用權之量水設備及用水情形檢查內容及機制、研定現行違法取水處理機制，並提出作業規範；並對於溫泉法第 31 條第 2 項規定，已開發溫泉使用未取得合法登記者，探討涉及之相關法令、權責單位之分工，並提出推動計畫。 本計畫除了摘錄北水局指定的2本報告外，也整理了一些重要的解釋令、會議記錄及地檢署偵察結果及法院判決，此外，也介紹了大陸地區關於量水設備的規範。對於試辦檢查，本計畫除了根據北水局指定河系及案件數，並提出了水權及臨時使用權的類別、六種身分水權人、四種用水標的、四類水量大小等的選取條件，在北水局轄區內的407件核發水權及臨時使用權案件中，挑選出10件具有相當代表性的案件進行試辦檢查。本計畫並參考摘錄文獻資料製作了試辦檢查表格。 本計畫的特色是務實的瞭解實務工作現況，同時配合大量的法律分析，完成了研定已核發水權及臨時使用權之量水設備及用水情形檢查內容及機制、研定違法取水處理作業規範及訂定已開發溫泉使用未取得合法登記者推動計畫。 本計畫進行中，一併探討了若干現行水利法制上不夠明確之處，建請經濟部解釋或頒布相關規範或命令，並特別對於水利法第95條的應用，認為有進一步討論的空間。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/30</date><governmentpublicationsnumber>1010004559</governmentpublicationsnumber><identifier>72279</identifier><internationalstandardbooknumber>9789860308945 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72279</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>轄區內水櫂管理相關法令及制度訂定作業( 光碟版) Establishment of Water Right Management Standard and System within Jurisdictions</title><yearidentifier>201112</yearidentifier></data><data><abstract>評估台南海淡廠工程規劃可行性，將海淡水併入自來水管網系統就近供給台南市臨海地區公共給水，以期達成「台灣南部區域水資源基本經理計畫」規劃民國108年增供每日10萬立方公尺之供水目標，降低台南缺水風險。</abstract><author>能邦科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990436</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004014</governmentpublicationsnumber><identifier>72280</identifier><internationalstandardbooknumber>9789860303179 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72280</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台南海水淡化廠可行性規劃－工程可行性規劃－內附光碟 Engineering Feasibility Study of Tainan Seawater Desalination Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>評估台南海淡廠工程規劃可行性，將海淡水併入自來水管網系統就近供給台南市臨海地區公共給水，以期達成「台灣南部區域水資源基本經理計畫」規劃民國108年增供每日10萬立方公尺之供水目標，降低台南缺水風險。</abstract><author>能邦科技股份有限公司</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09900436</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004014</governmentpublicationsnumber><identifier>72281</identifier><internationalstandardbooknumber>9789860303179 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72281</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台南海水淡化廠可行性規劃－工程可行性規劃－光碟版 Engineering Feasibility Study of Tainan Seawater Desalination Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>針對所調查之案例依地形、地貌之差異性，擇取2處案例，進行問卷訪談與調查，針對所調查之案例中，以模式進行模擬，並針對案例之綜合治水功能進行評估。藉由本研究使滯洪池不但具防洪功能，更兼具有生態復育、景觀美化與休閒遊憩等多目標功能，以利水利署未來相關滯洪池工程的推動。</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000117</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004101</governmentpublicationsnumber><identifier>72282</identifier><internationalstandardbooknumber>9789860303933 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72282</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試譣所</publisher><publishrocyear>100</publishrocyear><title>滯洪池之功能檢討與管理評估計畫(1/2)－內附光碟 The Function Reviews and Management Assessments of Detention Ponds(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫預期完成國內外相關研究基本資料收集，含閘門型式、水理計算條件、操作方式、優缺點比較等，以及防潮閘門材質之探討比較及改進、懸吊式防潮閘門配重設施設計等工作項目。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000157</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004139</governmentpublicationsnumber><identifier>72283</identifier><internationalstandardbooknumber>9789860304787 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72283</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防潮閘門之設計與水裡參數推估之研究(1/2) Study on the Hydraulic Design and Parameters Estimation of Floodgate(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫蒐集歷年東港溪地區之地下水位、地質、水文及水質資料，並於7~11月在潮州大橋附近、港東二號橋處進行4次水質、水量檢測採樣。利用目前實測資料比對歷年潮州測站水文資料，分別於潮州大橋下游處、興社大橋及港西抽水站進行新增取水口評估，並依實測水質及水量資料進行5種方案之截流工法及簡易生態工法之模擬，以降低原河道內之BOD及NH3-N等污染量。 經綜合評估，依極有限之歷年水文資料及本計畫實測數據條件，在新園排水及麟洛溪排水全量截流條件下，配合截流工程、生態工法與地方及中央主管機關減污策略執行，東港溪之潮州大橋下游處、興社大橋及港西攔河堰之取水口水質於豐水期間皆可達到乙類水體標準，可提供既有港西抽水站進行符合乙類水體之取水作業。經潮州測站歷年水量資料及各測站模擬數據(潮州測站下游各測站均未計量各支排水量及地下水補注)評估後，利用延時曲線Q80% 扣除生態基流量後，推估於潮州測站全年可運用水量約為11.4萬噸/日、港西抽水站約31.8萬噸/日。本計畫於7、8、10、11月期間進行共計4次水質水量實測，其水量於該實測期間尚為足夠，故依此資料數據提出五種截流及新增取水口方案，其中以利用既有港西攔河堰配合截流取水最為優選可行方案，且符合低政治風險及較佳之經濟效益；將使東港溪水資源水質提升，促使鳳山水庫原水得以充分有效運用並提供較佳之水源。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>445.253</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000171</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004321</governmentpublicationsnumber><identifier>72284</identifier><internationalstandardbooknumber>9789860306316 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72284</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>東港溪公共給水水源開發之探討(內附光碟) The facilities study of public water supply for Dong-gang River</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立宜蘭大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004427</governmentpublicationsnumber><identifier>72285</identifier><internationalstandardbooknumber>9789860307085 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72285</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>宜蘭縣自記式水位監測系統設立與淹水災損地理資訊系統整合規劃計畫</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫集水區大部份為青灰泥岩地形,每遇颱風豪雨造成庫區大量沉滓運移入庫,至民國80年水庫淤積率已達71%。民國86年起辦理阿公店水庫更新工程計畫,實施空庫防淤操作以維持水庫之有效容量。惟空庫防淤成效取決於入庫泥砂運移型態;本計畫即藉由現場量測與數模分析釐清入庫水砂在水庫內之運移、沖淤和分怖的規律,提供後續推動提升阿公店水庫空庫防淤效率及管理策略擬定之參考依據</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000220</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004911</governmentpublicationsnumber><identifier>72286</identifier><internationalstandardbooknumber>9789860312539 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72286</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度阿公店水庫空庫防淤泥砂觀測及成效評估 Effect Assessment of Empty Storage Operation for Sediment Prevention Observation Program of Agoden Reservoir in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立宜蘭大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000273</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004427</governmentpublicationsnumber><identifier>72287</identifier><internationalstandardbooknumber>9789860307085 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72287</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>宜蘭縣自記式水位監測系統設立與淹水災損地理資訊系統整合規劃計畫=Planning and construction for an integrated automatic water stage monitoring system and flood damage assessment geographic information system in Yilan County</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立宜蘭大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72288</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72288</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模（2/2）</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫位於高雄縣燕巢鄉境內，係匯集阿公店溪上游支?旺萊溪及濁水溪之水?而成。水庫自民國42 ?興建完成迄今已營運50 ?有餘，為解決水庫日趨嚴重之淤積、供水及滯洪空間?足等問題，以繼續維持水庫防洪、灌溉、公共給水等多目標功能，因此自民國86 ?起進??新改善計畫，至民國94 ?完工，為台灣舊水庫再造的最佳案?。本水庫原為一防洪為主要目標之水庫，為確保水庫蓄水及營運期間壩體之安全及穩定，以提供水庫下游民眾生命財產之安全保證，各年度?用大壩埋設之監測儀器，於水庫營運期間持續辦?監測，對大壩辦?定期或?定期之安全檢查與安全評估，以遂?大壩之安全管?工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000214</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010100075</governmentpublicationsnumber><identifier>72289</identifier><internationalstandardbooknumber>9789860314779 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72289</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度阿公店水庫大壩安全檢查及監測分析-100年度工作成果報告  Safety Inspection and Monitoring of Agoden Reservoir in Year 2011</title><yearidentifier>201201</yearidentifier></data><data><abstract> </abstract><author>國立宜蘭大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72290</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72290</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模（2/2）</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003715</governmentpublicationsnumber><identifier>72291</identifier><internationalstandardbooknumber>9789860302790 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72291</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（1/2）</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000406</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003715</governmentpublicationsnumber><identifier>72292</identifier><internationalstandardbooknumber>9789860302790 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72292</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討(1/2)=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬由歐美先進國家於全球氣候變遷趨勢下，因應洪災威脅所進行之變革探討為始，將歐美先進國家與歐盟所採行之重要對策加以歸納整理，並選定示範案例模擬災害境況，初探面臨巨災型洪災威脅之可能情況，研擬全方位因應對策，期望由平時實施之減災措施，至發生災害後如何提供人民財產權一定保障，均應一以貫之，進行完整規劃，期望能推動立法建立制度，使我國整體因應洪災之政策能及於先進國家水準。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000074</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004424</governmentpublicationsnumber><identifier>72293</identifier><internationalstandardbooknumber>9789860307474 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72293</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>全球氣候變遷趨勢下因應巨災型洪災對策之研究(2/2) The Investigation of Strategies on the Consequences of Catastrophic Floods under Global Climate Changes (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬由歐美先進國家於全球氣候變遷趨勢下，因應洪災威脅所進行之變革探討為始，將歐美先進國家與歐盟所採行之重要對策加以歸納整理，並選定示範案例模擬災害境況，初探面臨巨災型洪災威脅之可能情況，研擬全方位因應對策，期望由平時實施之減災措施，至發生災害後如何提供人民財產權一定保障，均應一以貫之，進行完整規劃，期望能推動立法建立制度，使我國整體因應洪災之政策能及於先進國家水準。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000074</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004424</governmentpublicationsnumber><identifier>72294</identifier><internationalstandardbooknumber>9789860307474 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72294</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>全球氣候變遷趨勢下因應巨災型洪災對策之研究(2/2) －光碟版 The Investigation of Strategies on the Consequences of Catastrophic Floods under Global Climate Changes (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>一、計畫目的 本計畫目的為提供壩區及重要構造物之地形、地貌現況、地質特性、集水區內築壩材料性質與數量等，供後續工程規劃設計之運用。另透過集水區重新調查包含土地分類、林班地承租狀況、農林作物、雜項建物等項目，更新既有調查資料，重新估算拆遷補償費。 二、壩區地形測量 (一)本計畫進行1/1,000地形測量100公頃，引用內政部TWD-97坐標系統控制點為引測依據，並埋設固定樁10座。 (二)壩區地形現況及泥岩地形變動趨勢說明如下： 1.地勢高且陡峭處之泥岩受沖刷後，泥岩往坡腳處堆積，於底部形成穩定坡度，或淤積於河道處，加上上游淤積、沖刷土方推移而造成河道淤高及窄縮。 2.經比較民國80年壩軸處地形斷面，發現標高65公尺以下地形經20年沖刷後已漸形緩和；沖刷後之土砂往地勢低處堆積，至河道處則已淤積逾3公尺，河道寬由24公尺縮減為目前深槽處寬僅約7.5公尺。 三、工程地質補充鑽探調查 (一)地質鑽探調查目的 為探查大壩、副壩區域土層及岩層之層次與分佈、地層物理與工程特性、岩盤滲漏性、地下水位等，並配合地形測量及鑽探調查資料，進行地表地質調查及工程地質詳估。 (二)工程地質評估 1.左右壩座均由厚塊狀泥岩組成，壩軸處為古亭坑背斜軸部附近之東南翼，呈高角度(60?-80?)傾斜，岩層向上游傾斜對水密性有利。 2.泥岩之單壓強度介於3.49～125kgf/cm2，平均容許承載力約118～303Tf/m2，基礎岩盤足以承載土石壩荷重。壩基岩盤線以下之透水係數約0.02～2.87 Lugeon。 3.壩址區岩性單純未見層理，節理只分布於地表，壩座相對穩定。節理出現頻率均不高，延展亦不長，應不致造成危及壩座安定之岩楔破壞。 四、集水區築壩材料調查 (一)料源區表土性質屬於黏土，可作為不透水料；料源區之泥岩經處理加速風化成黏土後，亦可為不透水料。4料源區表土層可提供143.2萬立方公尺之不透水料，加上泥岩處理後之材料，則庫區內可提供壩體所需土方量3倍以上之築壩材料。 (二)集水區附近築壩材料均屬不透水料，故將壩型由分區型土壩調整為均質型土壩，壩體分別由不透水料、漸變層、表面拋石層、特別碾壓層及濾層所組成。 五、集水區土地利用現況調查 集水區土地利用現況調查範圍區分為工程用地、保護帶及集水區： (一)工程用地：包括主壩和溢洪道工程用地以及施工及管理道路，面積約74公頃，用地徵收及補償費用為2,536.3萬元。 (二)含保護帶：計畫滿水位標高57公尺，保護帶範圍為滿水位線外50公尺，面積約416.6公頃，用地徵收及補償費用為9,291.4萬元。 (三)集水區：保護帶與工程用地之外的集水區域範圍，面積約483.4公頃，用地徵收及補償費用為8,113.5萬元；總集水區用地徵收及補償費(含預備金)為25,923.5萬元。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000173</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004316</governmentpublicationsnumber><identifier>72297</identifier><internationalstandardbooknumber>9789860306330 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72297</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>崇德水庫可行性規劃-壩區及集水區基本資料補充調查及試驗(內附光碟) Feasibility Planning of Chong De Reservoir-Supplementary Data Collection and Testing for Dam Site and Watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72300</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72300</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第一部份-雨量</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>72301</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72301</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第二部份-河川水位及流量</title><yearidentifier>201106</yearidentifier></data><data><abstract>目前全國劃設公告之水質水量保護區共計有113個，面積更廣達全國約四分之一積，而其管理措施，依據自來水法第11條規定，則涉及各不同目的事業主管機關之法規。而保護區之管理措施，雖以往已有辦理部分委託計畫，惟其成果分散，缺乏系統性之整理與評估。故擬藉由本計畫，綜整、研析及檢討以往成果，擬定保護區之整體管理策進計畫，制定中長程自來水保護區管理之政策圖譜，提供各保護區管理上依循之方向。而保護區之劃設，涉及人民之權利，且全國保護區面積極廣，近年屢因保護區內權利限制以及回饋問題造成莫大之困擾。而對於面積廣大之保護區，其存在性及必要性，亦因此產生爭議。因此，在保護區之劃設、變更及廢止之原則，應有更為務實之作法。另在完善管理策略之同時，其法制化之檢討，亦為本計畫需研究之議題。而本計畫所要求之幕僚作業，則可作為本署進行政策擬定、推動及說明之協助。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.2   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000417</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004532</governmentpublicationsnumber><identifier>72302</identifier><internationalstandardbooknumber>9789860308907 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72302</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>自來水水質水量保護區管理策進計畫（1/2）成果報告 Water Quality and Quantity Protection Area Management Strategy(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>72303</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72303</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第三部份-地下水</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>72304</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72304</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第四部份-近海水文</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1009904904</governmentpublicationsnumber><identifier>72305</identifier><internationalstandardbooknumber>9789860266788 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72305</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣地區民國98年農業用水量統計報告 (修訂本)The Agricultural Water Consumption in Taiwan for 2009</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72306</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72306</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報總冊</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1009904903</governmentpublicationsnumber><identifier>72307</identifier><internationalstandardbooknumber>9789890266801 ; 9789890266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72307</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣地區民國98年各標的用水量統計報告(修訂本) The  Water Consumption in Taiwan for 2009</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000242</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004505</governmentpublicationsnumber><identifier>72309</identifier><internationalstandardbooknumber>9789860308686 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72309</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣地區民國99年各標的用水量與蓄水設施水量營運統計年報 The  Water Consumption in and The Management Statistics of Water Storage Facilitiers inTaiwan for 2010</title><yearidentifier>201112</yearidentifier></data><data><abstract>進行本段海岸之海床質等基本資料蒐集分析，研究以當地海域之抽沙養灘並配合岬灣工法之可行性分析，並透過水工模型試驗分析成效，提出養灘方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000144</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72310</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72310</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究(光碟版)=Headland-Bay Approach Combining Pumping Beach Fill from Offshore for Kaohsiung Mituo Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>進行本段海岸之海床質等基本資料蒐集分析，研究以當地海域之抽沙養灘並配合岬灣工法之可行性分析，並透過水工模型試驗分析成效，提出養灘方案。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000144</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72311</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72311</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究=Headland-Bay Approach Combining Pumping Beach Fill from Offshore for Kaohsiung Mituo Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎林鄉與竹東鎮重要之聯絡橋梁，由於過去長年大量砂石開採與洪流沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤裸露，又因本河段岩盤係為泥岩、頁岩及砂岩層所構成，易受水流沖刷、切割形成蝕溝地形。 本河段因設置橋梁下游段三座固床工保護後，造成河道變遷及橋梁局部溯源沖刷，由於此處河道斷面高程極大落差，現況仍具有持續沖刷潛勢。為避免河道深槽溯源沖刷危及中正橋行車安全，短中長期須配合橋梁管理機制、長期細部設計應考量橋梁改建或橋墩改以換底工法，調整上下游河床坡降以達固床，並將現有固床工作適度調降能量坡降，故極有必要進行該河段與橋梁整體沖刷防治工法規劃，並提出可行細部設計藍圖及施工計畫，作為新竹縣政府未來工程實施依據，遂行辦理本計畫。 本計畫規劃工作範圍為頭前溪自經國大橋(斷面22.1)至新中正橋(斷面34.1)間河道，全長計約6,125公尺。 本計畫建議之沖刷防治工法方案內容為三階跌水工及下游2座固床工之興建，下游河道拓寬至260m部份，若考量經費及工期時程等因素，則優先拓寬中正橋下游河道瓶頸段位置及疏浚下游河道。</abstract><author>連鼎工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>72313</identifier><internationalstandardbooknumber>9789860290394 ; 9789860290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72313</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計 =Planning and Design for Erosion Control Construction at Downstream of Jhong-Jheng Bridge of Touqian River</title><yearidentifier>201110</yearidentifier></data><data><abstract>本計畫預期完成國內外相關研究基本資料收集，含閘門型式、水理計算條件、操作方式、優缺點比較等，以及防潮閘門材質之探討比較及改進、懸吊式防潮閘門配重設施設計等工作項目。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000157</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004139</governmentpublicationsnumber><identifier>72314</identifier><internationalstandardbooknumber>9789860304787 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72314</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防潮閘門之設計與水裡參數推估之研究(1/2)--光碟版=Study on the Hydraulic Design and Parameters Estimation of Floodgate(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎林鄉與竹東鎮重要之聯絡橋梁，由於過去長年大量砂石開採與洪流沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤裸露，又因本河段岩盤係為泥岩、頁岩及砂岩層所構成，易受水流沖刷、切割形成蝕溝地形。本河段因設置橋梁下游段三座固床工保護後，造成河道變遷及橋梁局部溯源沖刷，由於此處河道斷面高程極大落差，現況仍具有持續沖刷潛勢。為避免河道深槽溯源沖刷危及中正橋行車安全，短中長期須配合橋梁管理機制、長期細部設計應考量橋梁改建或橋墩改以換底工法，調整上下游河床坡降以達固床，並將現有固床工作適度調降能量坡降，故極有必要進行該河段與橋梁整體沖刷防治工法規劃，並提出可行細部設計藍圖及施工計畫，作為新竹縣政府未來工程實施依據，遂行辦理本計畫。本計畫規劃工作範圍為頭前溪自經國大橋(斷面22.1)至新中正橋(斷面34.1)間河道，全長計約6,125公尺。本計畫建議之沖刷防治工法方案內容為三階跌水工及下游2座固床工之興建，下游河道拓寬至260m部份，若考量經費及工期時程等因素，則優先拓寬中正橋下游河道瓶頸段位置及疏浚下游河道。</abstract><author>連鼎工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-M-01010-001-001</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>72315</identifier><internationalstandardbooknumber>9789860290394 ; 9789860290</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72315</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計(光碟版)=Planning and Design for Erosion Control Construction at Downstream of Jhong-Jheng Bridge of Touqian River</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>72316</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72316</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經濟部水利署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行檢討並提出改善建議，包含該系統應採動態資料庫還原天然流量計算功能、水權機制檢核應考量水庫蓄水、水力發電及越域引水等引水狀況、建立下游既有水權逐筆檢核功能等。此外，人機介面亦應考量以地理資訊系統（GIS作業）平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務。 本計畫依據流量站區域分析成果，選定大安溪/大甲溪為研究案例，本區域內有23站特性相似，可用以建立流量推估模式。選定之流量站透過蒐集之取水與坐標等資料，進行天然流量還原工作，並經資料品質分析，選擇建構流量推估模式之流量站與資料紀錄期間。未設站位置流量推估模式比較既有「地面水潛能水量計算系統」採用之克利金區域分析模式，及迴歸分析模式、物理模式(TOPMODEL)後，建議在一般測站密度充足的區域採「克利金區域分析模式」，而在部分水權申請及管理之重點流域或測站數密度不足的區域則可採「地形指數模式」予以輔助推估。透過前述蒐集之坐標資料及本計畫建構之水權檢核模組等程式，本計畫今年完成大安溪「地面水可用水量計算資訊系統」之開發，並研提未來全台各河川建置本系統之工作規劃。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000109</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72319</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72319</librarycollectiondetailsurl><price>定價380</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2) =Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近一、二十年來，台灣地區因為社會經濟蓬勃發展、人口增加、生活品質提高及生活型態的轉變，對水資源之需求也相對應的增加，為了達到水資源永續經營的目標須了解各標的用水情形，以做為水資源及經濟發展下的參考根據，經濟部水利署為提供大眾此項寶貴資訊，每年將出版5本各項用水統計年報，包括蓄水設施營運水量、工業用水量、農業用水量、生活用水量及各標的用水量統計報告。 　　本年度計畫工作項目除年報彙編外，另針對6項工作項目進行研究探討：「廣泛蒐集國內外相關統計報告文獻」其蒐整對象主要包括加拿大、以色列、日本、中國大陸、及台灣地區之用水統計資料形式、再生水及水權相關性水資源使用情形之探討，以供社會大眾、政府機關及學術單位參考。「申請水權量與實際用水量之相關性探討」除針對民國99年各標的之水權申請、使用項目進行水權資料蒐集統計外，另以台灣自來水公司各管理區處實際取水量與水權登記量資料分析台灣區域性之水權申請量與實際取水量之情形，可供水權核發量之合理性探討。「民生供水損失率資料蒐集」針對兩大自來水供水系統進行99年台灣地區民生供水損失率統計，並呈現影響漏水之因素與台灣自來水目前控制漏水現況。「生活用水相關分析探討」針對海水淡化、回收水或再生水蒐集相關資料，以及分析政府實施節水措施之成效探討。「二位碼與四位碼工業用水量統計方式修定探討」二位碼方面，進行分析民國97、98、99年之各業別工業用水量趨勢，並檢討工業用水二位碼單位面積用水量，初步檢算之自來水供應單位面積日用水量多偏小，其比例上約佔50％以下；四位碼方面，其試算之統計結果與同類別中之二位碼相差甚多，凸顯出制訂工業用水四位碼單位面積日用水量標準之必要性。另於100年10月24日針對工業用水量之議題召開專家諮詢座談會。「用水統計資料庫系統功能更新與維護」本年度工作除新增99年資料，並進行系統程式維護。「工業量水設施管理之蒐集與探討」針對其法律相關規定、計量方法、重要性及目前執行所面臨之困難作初步之建議與探討。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000242</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004504</governmentpublicationsnumber><identifier>72320</identifier><internationalstandardbooknumber>9789860308631 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72320</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣地區用水統計調查方式更新改善與彙編－99年用水統計報告 Modifying and Improving the Method for Surveying Water Consumption in Taiwan and Compiling Data of the Annual Water Consumption for 2010</title><yearidentifier>201112</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，經濟部水利署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行檢討並提出改善建議，包含該系統應採動態資料庫還原天然流量計算功能、水權機制檢核應考量水庫蓄水、水力發電及越域引水等引水狀況、建立下游既有水權逐筆檢核功能等。此外，人機介面亦應考量以地理資訊系統（GIS作業）平台，就法令、實務、學理及操作介面等進行各流域可核發水權量計算系統更新，以健全水權管理提昇水權核辦實務。 本計畫依據流量站區域分析成果，選定大安溪/大甲溪為研究案例，本區域內有23站特性相似，可用以建立流量推估模式。選定之流量站透過蒐集之取水與坐標等資料，進行天然流量還原工作，並經資料品質分析，選擇建構流量推估模式之流量站與資料紀錄期間。未設站位置流量推估模式比較既有「地面水潛能水量計算系統」採用之克利金區域分析模式，及迴歸分析模式、物理模式(TOPMODEL)後，建議在一般測站密度充足的區域採「克利金區域分析模式」，而在部分水權申請及管理之重點流域或測站數密度不足的區域則可採「地形指數模式」予以輔助推估。透過前述蒐集之坐標資料及本計畫建構之水權檢核模組等程式，本計畫今年完成大安溪「地面水可用水量計算資訊系統」之開發，並研提未來全台各河川建置本系統之工作規劃。</abstract><author>國家灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA1000109</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72321</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72321</librarycollectiondetailsurl><price>定價380</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)(光碟版) =Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72322</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72322</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)   成果報告=Study on Preliminary Planning of The Coastal Protection Project(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近一、二十年來，台灣地區因為社會經濟蓬勃發展、人口增加、生活品質提高及生活型態的轉變，對水資源之需求也相對應的增加，為了達到水資源永續經營的目標須了解各標的用水情形，以做為水資源及經濟發展下的參考根據，經濟部水利署為提供大眾此項寶貴資訊，每年將出版5本各項用水統計年報，包括蓄水設施營運水量、工業用水量、農業用水量、生活用水量及各標的用水量統計報告。 　　本年度計畫工作項目除年報彙編外，另針對6項工作項目進行研究探討：「廣泛蒐集國內外相關統計報告文獻」其蒐整對象主要包括加拿大、以色列、日本、中國大陸、及台灣地區之用水統計資料形式、再生水及水權相關性水資源使用情形之探討，以供社會大眾、政府機關及學術單位參考。「申請水權量與實際用水量之相關性探討」除針對民國99年各標的之水權申請、使用項目進行水權資料蒐集統計外，另以台灣自來水公司各管理區處實際取水量與水權登記量資料分析台灣區域性之水權申請量與實際取水量之情形，可供水權核發量之合理性探討。「民生供水損失率資料蒐集」針對兩大自來水供水系統進行99年台灣地區民生供水損失率統計，並呈現影響漏水之因素與台灣自來水目前控制漏水現況。「生活用水相關分析探討」針對海水淡化、回收水或再生水蒐集相關資料，以及分析政府實施節水措施之成效探討。「二位碼與四位碼工業用水量統計方式修定探討」二位碼方面，進行分析民國97、98、99年之各業別工業用水量趨勢，並檢討工業用水二位碼單位面積用水量，初步檢算之自來水供應單位面積日用水量多偏小，其比例上約佔50％以下；四位碼方面，其試算之統計結果與同類別中之二位碼相差甚多，凸顯出制訂工業用水四位碼單位面積日用水量標準之必要性。另於100年10月24日針對工業用水量之議題召開專家諮詢座談會。「用水統計資料庫系統功能更新與維護」本年度工作除新增99年資料，並進行系統程式維護。「工業量水設施管理之蒐集與探討」針對其法律相關規定、計量方法、重要性及目前執行所面臨之困難作初步之建議與探討。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>1103 2396</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004504</governmentpublicationsnumber><identifier>72323</identifier><internationalstandardbooknumber>9789860308631 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72323</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>台灣地區用水統計調查方式更新改善與彙編－99年用水統計報告(光碟版) Modifying and Improving the Method for Surveying Water Consumption in Taiwan and Compiling Data of the Annual Water Consumption for 2010</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010004373</governmentpublicationsnumber><identifier>72325</identifier><internationalstandardbooknumber>9789860307160 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72325</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸防護計畫先期規劃研究(2/3)成果報告--光碟版=Study on Preliminary Planning of The Coastal Protection Project(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003834</governmentpublicationsnumber><identifier>72326</identifier><internationalstandardbooknumber>9789860302271 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72326</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究(2/2) =Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2012/1/31</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>72327</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72327</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究 總報告= Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫所?整分析之台灣重點河流域管理評鑑、河川棲地生態保育評估、水庫集水區工程生態檢核、河川棲地生態評估方法等案例，以及建立水利工程之快速棲地生態評估方法，可提供做為河川棲地復育經營管理之重要參考。</abstract><author>社團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000455</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72329</identifier><internationalstandardbooknumber>9789860305692 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72329</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3) The application of eco-information integration on hydraulic engineering ecological check and river habitat conservation(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>社團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72330</identifier><internationalstandardbooknumber>9789860305692 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)--計畫成果光碟=The application of eco-information integration on hydraulic engineering ecological check and river habitat conservation (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬探討都會區最佳排水整治路線及範圍，且將典寶溪排水空間規劃理代念融入，為確保防洪排水之基本目標下，儘可能對區域排水空間多元化利用，俾供未來辦理典寶溪排水綜合治水檢討規劃之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000151</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010003806</governmentpublicationsnumber><identifier>72331</identifier><internationalstandardbooknumber>9789860301816 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72331</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>典寶溪排水都會區空間規劃之研究 Study on Metropolitan area Land-use planning for Dian-Bao Creek Drainage Basin</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫擬探討都會區最佳排水整治路線及範圍，且將典寶溪排水空間規劃理代念融入，為確保防洪排水之基本目標下，儘可能對區域排水空間多元化利用，俾供未來辦理典寶溪排水綜合治水檢討規劃之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000151</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010003806</governmentpublicationsnumber><identifier>72332</identifier><internationalstandardbooknumber>9789860301816 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72332</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>典寶溪排水都會區空間規劃之研究－光碟版 Study on Metropolitan area Land-use planning for Dian-Bao Creek Drainage Basin</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫集水區大部份為青灰泥岩地形,每遇颱風豪雨造成庫區大量沉滓運移入庫,至民國80年水庫淤積率已達71%。民國86年起辦理阿公店水庫更新工程計畫,實施空庫防淤操作以維持水庫之有效容量。惟空庫防淤成效取決於入庫泥砂運移型態;本計畫即藉由現場量測與數模分析釐清入庫水砂在水庫內之運移、沖淤和分怖的規律,提供後續推動提升阿公店水庫空庫防淤效率及管理策略擬定之參考依據</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000220</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004911</governmentpublicationsnumber><identifier>72333</identifier><internationalstandardbooknumber>9789860312539 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72333</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度阿公店水庫空庫防淤泥砂觀測及成效評估(光碟版) Effect Assessment of Empty Storage Operation for Sediment Prevention Observation Program of Agoden Reservoir in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>阿公店水庫位於高雄縣燕巢鄉境內，係匯集阿公店溪上游支?旺萊溪及濁水溪之水?而成。水庫自民國42 ?興建完成迄今已營運50 ?有餘，為解決水庫日趨嚴重之淤積、供水及滯洪空間?足等問題，以繼續維持水庫防洪、灌溉、公共給水等多目標功能，因此自民國86 ?起進??新改善計畫，至民國94 ?完工，為台灣舊水庫再造的最佳案?。本水庫原為一防洪為主要目標之水庫，為確保水庫蓄水及營運期間壩體之安全及穩定，以提供水庫下游民眾生命財產之安全保證，各年度?用大壩埋設之監測儀器，於水庫營運期間持續辦?監測，對大壩辦?定期或?定期之安全檢查與安全評估，以遂?大壩之安全管?工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000214</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010100075</governmentpublicationsnumber><identifier>72334</identifier><internationalstandardbooknumber>9789860314779 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72334</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度阿公店水庫大壩安全檢查及監測分析-100年度工作成果報告(光碟版)  Safety Inspection and Monitoring of Agoden Reservoir in Year 2011</title><yearidentifier>201201</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。    有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>財團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000455</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72335</identifier><internationalstandardbooknumber>9789863030569 ; 9789863030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72335</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)(光碟版) The application of eco-information integration on hydraulic engineering ecological check and river habitat consercation(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署於99年度辦理之水資源科技發展、一般行政、水資源企劃與保育、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署99年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>巨鷗整合行銷公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000356</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72336</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72336</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書 =2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署於99年度辦理之水資源科技發展、一般行政、水資源企劃與保育、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署99年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>巨鷗整合行銷公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000356</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72337</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72337</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書(光碟版)= 2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract>世界水協會(World Water Council, WWC)成立於1996年，係為因應日益受關注之水資源問題而發起，由非政府組織、政府、和國際組織共同組成之國際合作平台。WWC每3年辦理一場大型世界水論壇（World Water Forum, WWF），堪稱水資源界之高峰會議，其目的在促進世界各國踴躍參與並針對未來水資源問題進行經驗交流與對話，進而形成全球性之水利政策及國際社會行為，俾利提升生活品質及促進水環境之永續發展。 本署自1996年即申請入會，並積極參與歷屆之世界水論壇，如於第3屆論壇成功申辦2場座談會、第5屆論壇中獲邀發表2個特別議題簡報等，除與國際水利相關人士就水利相關政策及技術進行交流外，並可達技術外交之目的。 此外，為提升青年對國際水利事務之參與，並與第6屆世界水論壇（WWF6, 2012, 法國）接軌，本署於99年度已辦理水利青年特使之培訓並遴選出數名青年特使。本計畫擬持續進行青年團之進階培訓，並遴派青年特使參與WWF6及相關籌備會議，俾藉青年團擴大台灣參與水利國際事務之深度與廣度。 另為利未來推動水利技術輸出事宜，以增加我水利從業人員之實務經驗與歷練，甚且達到技術外交之目的，經考量區域可行性後，本署於99年度業邀請東南亞或南亞地區2國家之水務代表來台辦理雙邊交流，並建立交流管道，本計畫擬持續推動雙方交流活動，以落實及深化合作關係，並以推動建立區域性合作夥伴為目標。 為持續進行水利事務之國際交流，並推動辦理國際水利事務合作計畫，本計畫期透過台灣非政府組織如學術或研究單位等，協助推動本署參與世界水協會等國際組織及國際性活動，期藉由民間單位多管道及多元化之策略，並統整前述之青年團體、區域性合作夥伴及國內非政府組織等資源，以促進本署實質參與該等國際組織或活動。</abstract><author>中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000382</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004412</governmentpublicationsnumber><identifier>72340</identifier><internationalstandardbooknumber>9789860307481 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72340</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>參與世界水協會及水利國際交流協助作業(1/2) Operational Supporting for Participation in World Water Council and Hydraulics International Exchange (1/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72341</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72341</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>廣義而言，含砂水流濃度到達某一程度後，泥砂、水流之間的作用使密度、黏滯係數等物理特性與清水流有所差異，影響水體的流動特性，如此可稱為高含砂水流。在動床條件下，其流速、水深及剪力等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之研究中，已以定床角度，建立流速、水深及剪力等水理參數與泥砂濃度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水流運移時具泥砂濃度變化、沿程落淤等現象，有必要以動床角度進行研析。本計畫執行的重點主要係釐清高含砂水流對沖淤機制之影響及其濃度運移對影響範圍之界定</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72342</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72342</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)--光碟版=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72343</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72343</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年之颱洪災害，除洪水以外，其挾帶之泥砂問題越來越嚴重。氣候變遷下，河道承受越來越高流量之洪水，隨之而來的，是集水區漸趨大量之泥砂。當水體中泥砂含量越高，則泥砂顆粒之運動行為便非如同一般含砂水流可視為獨立運移，而是泥砂群體的相互作用越趨明顯，導致密度、黏滯係數等物理特性異於清水流情況，使水體的流動特性受到改變。本研究即是綜合文獻研究、水槽實驗、數值模式，探討高含砂水流之流動特性、動床機制，以及其對河川整治規劃設計的影響，最後以實際案例進行現地的應用分析</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72344</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72344</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告--光碟版=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>201112</yearidentifier></data><data><abstract>世界水協會(World Water Council, WWC)成立於1996年，係為因應日益受關注之水資源問題而發起，由非政府組織、政府、和國際組織共同組成之國際合作平台。WWC每3年辦理一場大型世界水論壇（World Water Forum, WWF），堪稱水資源界之高峰會議，其目的在促進世界各國踴躍參與並針對未來水資源問題進行經驗交流與對話，進而形成全球性之水利政策及國際社會行為，俾利提升生活品質及促進水環境之永續發展。 本署自1996年即申請入會，並積極參與歷屆之世界水論壇，如於第3屆論壇成功申辦2場座談會、第5屆論壇中獲邀發表2個特別議題簡報等，除與國際水利相關人士就水利相關政策及技術進行交流外，並可達技術外交之目的。 此外，為提升青年對國際水利事務之參與，並與第6屆世界水論壇（WWF6, 2012, 法國）接軌，本署於99年度已辦理水利青年特使之培訓並遴選出數名青年特使。本計畫擬持續進行青年團之進階培訓，並遴派青年特使參與WWF6及相關籌備會議，俾藉青年團擴大台灣參與水利國際事務之深度與廣度。 另為利未來推動水利技術輸出事宜，以增加我水利從業人員之實務經驗與歷練，甚且達到技術外交之目的，經考量區域可行性後，本署於99年度業邀請東南亞或南亞地區2國家之水務代表來台辦理雙邊交流，並建立交流管道，本計畫擬持續推動雙方交流活動，以落實及深化合作關係，並以推動建立區域性合作夥伴為目標。 為持續進行水利事務之國際交流，並推動辦理國際水利事務合作計畫，本計畫期透過台灣非政府組織如學術或研究單位等，協助推動本署參與世界水協會等國際組織及國際性活動，期藉由民間單位多管道及多元化之策略，並統整前述之青年團體、區域性合作夥伴及國內非政府組織等資源，以促進本署實質參與該等國際組織或活動。</abstract><author>中央大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000382</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004412</governmentpublicationsnumber><identifier>72345</identifier><internationalstandardbooknumber>9789860307481 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72345</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>參與世界水協會及水利國際交流協助作業(1/2)－光碟版 Operational Supporting for Participation in World Water Council and Hydraulics International Exchange (1/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資料之蒐集與利用一維、二維動床數模工具，綜合評估相對穩定關係</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004620</governmentpublicationsnumber><identifier>72348</identifier><internationalstandardbooknumber>9789860309546 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(1/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資料之蒐集與利用一維、二維動床數模工具，綜合評估相對穩定關係</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010004620</governmentpublicationsnumber><identifier>72349</identifier><internationalstandardbooknumber>9789860309546 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72349</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(1/2)--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6933   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000306</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/1</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72350</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模(2/2)=Laboratory Study on Estuary Engineering Layout of Touchien River-Numerical Modeling(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策略及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、不確定性分析、脆弱度及風險評估等及進行該區因應氣候變遷下海岸災害調適能力研究，期建立氣候變遷下該區海岸災害脆弱度評估及風險地圖，並提出調適策略及因應之行動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000075</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004474</governmentpublicationsnumber><identifier>72353</identifier><internationalstandardbooknumber>9789860307566 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72353</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(2/2) =A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本分項計畫為主計畫之子類別-「調適策略及方案規劃」之子計畫，其目的係整合台灣西南海岸地區海岸相關水文因子情境設定、衝擊評估、不確定性分析、脆弱度及風險評估等及進行該區因應氣候變遷下海岸災害調適能力研究，期建立氣候變遷下該區海岸災害脆弱度評估及風險地圖，並提出調適策略及因應之行動方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000075</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004474</governmentpublicationsnumber><identifier>72354</identifier><internationalstandardbooknumber>9789860307566 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72354</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>強化台灣西南地區因應氣候變遷海岸災害調適能力研究計畫(2/2)－光碟版 =A study of adaptation capacity of coastal disasters due to climate change in order to strengthen southwest area of Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010003939</governmentpublicationsnumber><identifier>72356</identifier><internationalstandardbooknumber>9789860303155 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72356</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(2/3)--光碟版=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000282</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010003939</governmentpublicationsnumber><identifier>72357</identifier><internationalstandardbooknumber>9789860303155 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72357</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(2/3)=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>72358</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72358</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)=Operating and Naintenance Plan of Taiwan River Restoration Network Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>72359</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72359</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)-計畫成果光碟=Operating and Naintenance Plan of Taiwan River Restoration Network Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000285</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72360</identifier><internationalstandardbooknumber>9789860305753 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72360</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)=Study on Porous Cylinder for River-Bank Protection by Both Experiments and Numerical Simulation (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72361</identifier><internationalstandardbooknumber>9789860305753 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72361</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)--計畫成果光碟=Study on Porous Cylinder for River-Bank Protection by Experiments and Numerical Simulation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72362</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72362</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000292</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72363</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72363</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究=A Feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72364</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72364</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究--計畫成果光碟=A Feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72365</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72365</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)=Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004150</governmentpublicationsnumber><identifier>72366</identifier><internationalstandardbooknumber>9789860305128 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72366</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域洪氾防災及土資源管理之研究(1/3)=A study on the basin flood mitigation and soil-sedimen resources management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010004150</governmentpublicationsnumber><identifier>72367</identifier><internationalstandardbooknumber>9789860305128 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72367</librarycollectiondetailsurl><price>600</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>流域洪氾房災及土資源管理之研究(1/3)--成果光碟=A study on the basin flood mitigation and soil-sedimen resources management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72370</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72370</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全評估分析計畫(1/2)成果報告書 =A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000291</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>72371</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72371</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3)=Development of the erosion rate model for weak rock river bed</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/2</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>72372</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72372</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3)--光碟版=Development of the erosion rate model for weak rock river bed</title><yearidentifier>201112</yearidentifier></data><data><abstract>海岸生態工程不同於一般的傳統工程，不單純著眼於海岸保護構造物本體的防災觀點，而是以整體海岸棲地保全為範疇，同時考慮海岸之防災、環境(包含生態和景觀)及利用平衡。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000112</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72375</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72375</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)－內附光碟 The edition of Coastal Eco-Engineering Manual(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72376</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72376</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)--光碟版=The edition of Coastal Eco-Engineering Manual(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>現行台灣使用水災後現場調查淹水範圍，亦或藉由水災中洪痕量測淹水範圍等方法，並無法即時反應災害情況進行應變處理。本計畫規劃設計自記式水位監測系統以準確評估洪害期間淹水範圍，淹水深度及災損程度，計畫範圍乃根據歷史資料選擇宜蘭縣最易淹水區域之新南地區，設立自記式水位監測系統，並藉正射影像圖及空載光達(Light Detection and Ranging，LiDAR)技術產製0.5m×0.5m網格之Digital Elevation Model(DEM)資料，提高淹水範圍監測之精度，且整合地理資訊系統之分析與展示，建立完整即時水位監測與淹水深度範圍分析系統，再藉由數次洪災過後，派遣專員現地調查，配合洪痕量測現地最高之水位，可完整記錄現地水情資訊，依據現地水情資訊不斷修正淹水範圍參數，使淹水數值模擬之檢定、驗證及模式修正不斷循環，達到系統永續發展之特性，依據淹水範圍及深度推估災損狀況，並期望此計畫對未來發展台灣淹水預警系統及防汛安全之建置有實質且重要助益。</abstract><author>國立宜蘭大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000273</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004427</governmentpublicationsnumber><identifier>72377</identifier><internationalstandardbooknumber>9789860307085 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72377</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>宜蘭縣自記式水位監測系統設立與淹水災損地理資訊系統整合規劃計畫=Planning and construction for an integrated automatic water stage monitoring system and flood damage assessment geographic information system in Yilan County</title><yearidentifier>201112</yearidentifier></data><data><abstract>現行台灣使用水災後現場調查淹水範圍，亦或藉由水災中洪痕量測淹水範圍等方法，並無法即時反應災害情況進行應變處理。本計畫規劃設計自記式水位監測系統以準確評估洪害期間淹水範圍，淹水深度及災損程度，計畫範圍乃根據歷史資料選擇宜蘭縣最易淹水區域之新南地區，設立自記式水位監測系統，並藉正射影像圖及空載光達(Light Detection and Ranging，LiDAR)技術產製0.5m×0.5m網格之Digital Elevation Model(DEM)資料，提高淹水範圍監測之精度，且整合地理資訊系統之分析與展示，建立完整即時水位監測與淹水深度範圍分析系統，再藉由數次洪災過後，派遣專員現地調查，配合洪痕量測現地最高之水位，可完整記錄現地水情資訊，依據現地水情資訊不斷修正淹水範圍參數，使淹水數值模擬之檢定、驗證及模式修正不斷循環，達到系統永續發展之特性，依據淹水範圍及深度推估災損狀況，並期望此計畫對未來發展台灣淹水預警系統及防汛安全之建置有實質且重要助益。</abstract><author>國立宜蘭大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000273</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004427</governmentpublicationsnumber><identifier>72378</identifier><internationalstandardbooknumber>9789860307085 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72378</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>宜蘭縣自記式水位監測系統設立與淹水災損地理資訊系統整合規劃計畫(光碟版) Planning and construction for an integrated automatic water stage monitoring system and flood damage assessment geographic information system in Yilan County</title><yearidentifier>201112</yearidentifier></data><data><abstract>海岸生態工程不同於一般的傳統工程，不單純著眼於海岸保護構造物本體的防災觀點，而是以整體海岸棲地保全為範疇，同時考慮海岸之防災、環境(包含生態和景觀)及利用平衡。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72379</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72379</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)--成果資料光碟 The edition of Coastal Eco-Engineering Manual(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本年度測量成果整合3年度共6次之測量結果進行成果分析，測量成果顯示:(1)各時期間攤距變化趨勢分析(新社村至永豐區段，永豐村至豐濱溪口段)，(2)三年期間攤距變化，(3)三年期間灘線位置沖蝕變化，(4)沖淤變化分析。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>72380</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72380</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(3/3)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>引進美國內政部墾務局SRH-2D岸壁沖刷模式，並根據模擬結果與其功能提出結論與建議，供美國墾務局增修模式參考之用，並針對常見之岸壁沖刷模式進行評價，以及提出台灣特性岩床沖刷公式之評估建議。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000283</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>72381</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72381</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)內附光碟 Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>引進美國內政部墾務局SRH-2D岸壁沖刷模式，並根據模擬結果與其功能提出結論與建議，供美國墾務局增修模式參考之用，並針對常見之岸壁沖刷模式進行評價，以及提出台灣特性岩床沖刷公式之評估建議。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>72382</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72382</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)--光碟版 Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計劃採用Full waveform空載光速掃瞄儀分析本案斷面資料，本儀器旋轉掃描方式有效值為FOV=60度側線重疊率高，因此可加值獲得全面性地表高程，並提供互動式3D Skyline 展現，讓使用者如臨現場。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903842</governmentpublicationsnumber><identifier>72383</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72383</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討-大斷面檢測計劃=Review on Hualien River Improvement Plan - The Cross-section Survey for Hualien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計劃採用Full waveform空載光速掃瞄儀分析本案斷面資料，本儀器旋轉掃描方式有效值為FOV=60度側線重疊率高，因此可加值獲得全面性地表高程，並提供互動式3D Skyline 展現，讓使用者如臨現場。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903842</governmentpublicationsnumber><identifier>72384</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72384</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討-大斷面檢測計劃(光碟版)=Review on Hualien River Improvement Plan - The Cross-section Survey for Hualien River</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72385</identifier><internationalstandardbooknumber>9789860305692 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72385</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)=The application of eco-information integration on hydraulic engineering ecological check and river habitat conservation(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>財團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000455</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72386</identifier><internationalstandardbooknumber>9789863030569 ; 9789863030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72386</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)(光碟版) =The application of eco-information integration on hydraulic engineering ecological check and river habitat consercation(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫發展新的地形處理技術得到較真的計算用地形，以及內、外水聯合運算之淹水模式和分區演算技術。擬利用區域淹水模擬技術，透過數學最佳化的方法重新分配流入流量，用以降低淹水災害；同時參考各國經驗，因應氣候變遷擬定洪災控管規劃參考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000073</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>72387</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72387</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3) The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本年度測量成果整合3年度共6次之測量結果進行成果分析，測量成果顯示:(1)各時期間攤距變化趨勢分析(新社村至永豐區段，永豐村至豐濱溪口段)，(2)三年期間攤距變化，(3)三年期間灘線位置沖蝕變化，(4)沖淤變化分析。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>72388</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72388</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃-總報告書=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度測量成果整合3年度共6次之測量結果進行成果分析，測量成果顯示:(1)各時期間攤距變化趨勢分析(新社村至永豐區段，永豐村至豐濱溪口段)，(2)三年期間攤距變化，(3)三年期間灘線位置沖蝕變化，(4)沖淤變化分析。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>72389</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72389</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(3/3)(光碟版)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度測量成果整合3年度共6次之測量結果進行成果分析，測量成果顯示:(1)各時期間攤距變化趨勢分析(新社村至永豐區段，永豐村至豐濱溪口段)，(2)三年期間攤距變化，(3)三年期間灘線位置沖蝕變化，(4)沖淤變化分析。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990223</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1009903868</governmentpublicationsnumber><identifier>72390</identifier><internationalstandardbooknumber>9789860257311 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72390</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃-總報告書(光碟版)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，濁水溪水系曾發生多次堤防沖刷潰決災害，造成相當程度的經濟損失或人命傷亡。故現行除應加強進行現有堤防(或護岸)等防洪構造物之維護管理，歲修養護，及定期或不定期辦理檢查等工作，以確保防洪功能外，亦有必要深入瞭解堤基沖刷深度，機制與堤防災害成因，以提供未來工程設計與改善具沖刷錢是堤段防災能力之參考應用，是為本計劃之緣起與目的。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72391</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72391</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2) Reserch in Foundation Erosion of Hazard Potential Levees in Jhuoshuei River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，濁水溪水系曾發生多次堤防沖刷潰決災害，造成相當程度的經濟損失或人命傷亡。故現行除應加強進行現有堤防(或護岸)等防洪構造物之維護管理，歲修養護，及定期或不定期辦理檢查等工作，以確保防洪功能外，亦有必要深入瞭解堤基沖刷深度，機制與堤防災害成因，以提供未來工程設計與改善具沖刷錢是堤段防災能力之參考應用，是為本計劃之緣起與目的。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100C01040001104</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72392</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72392</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2)(光碟版) Reserch in Foundation Erosion of Hazard Potential Levees in Jhuoshuei River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003715</governmentpublicationsnumber><identifier>72393</identifier><internationalstandardbooknumber>9789860302790 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72393</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（1/2）=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003715</governmentpublicationsnumber><identifier>72394</identifier><internationalstandardbooknumber>9789860302790 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72394</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（1/2）-光碟版=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>花蓮溪水系自民國 78 年完成規劃，並於隔年公告後。自規劃迄今已 逾20 餘年，尚未辦理重新檢討，由於降雨特性及地文條件變遷，河道沿 岸地區之都市化，促使土地利用情況劇變，除部份堤防預定用地範圍線 面臨民眾要求調整問題，因此未來整體防洪體系之規劃、設計、施工等 標準與規範，均須從長計議整體檢討，俾作為後續河川治理及管理之依 據，以達永續利用之目的。 計畫範圍為花蓮溪水系及支流光復溪、馬鞍溪、萬里溪、壽豐溪、 荖溪及木瓜溪，花蓮溪流域約佔花蓮縣三分之一面積，其流域面積約 1,507.09 平方公里，主流長度為57.28 公里，花蓮溪主流發源於大富西 方偏北的拔子山(標高2,260 公尺)，於海岸山脈最北端的花蓮山入海。 參考先期報告採用之雨量站等因素進行雨量站挑選，本次共選用48 站進行暴雨頻率分析，並採用卡方檢定(chi-square test) 進行機率分 佈之適合度檢定，結果最大一日暴雨分別以對數對數皮爾遜Ⅲ型為最適 當之機率分布，並採用三角形單位歷線法、無因次單位歷線法、運動波- 地貌瞬時單位歷線法及實測流量法進行洪峰流量推估，再與78 年原規劃 值比較，分析結果均較先期規劃成果略小，故建議仍維持沿用原規劃值。 本計畫採用美國陸軍工程師團水文工程中心所發展之河川分析系統 （HEC-RAS）作為一維水理模式運用。於河防安全上考量仍延用先期規劃 之計畫流量，再配合民國97 年花蓮溪大斷面測量成果進行水理檢討，經 模擬結果顯示現況水道除花蓮溪主流河口段及萬里溪匯流口處左岸之高 灘地；光復溪與南清水溪匯流處及馬佛溪於馬佛第三號橋至馬佛第四號 橋間有溢洪之疑慮，其中光復溪與南清水溪匯流處為大興村出入所倚賴 之重要通道，花蓮溪及馬佛溪通洪不足段多為自然植生之雜草地，鄰近 無重大保全對象，故無災情傳出。 除針對花蓮溪水系現況及相關問題瓶頸處蒐集相關資料外，為瞭解 XV XVI 實際淹水情形，並與當地居民進行訪談及配合現地詳細勘查，以往易發 生災害之位置進行問題檢討與分析，並針對「支流保護標準」、「河道 沖淤變化」、「光復溪上游分流及合流之檢討」、「囚砂區設置及河道 疏濬」、「支流衝擊主流銜接處理」、「木瓜溪公路橋及鐵路橋河中島 清疏」及「開口堤及堤後排水配合處理」進行研議分析。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72395</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72395</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討(2/3)成果報告=Review on Hualien River Improvement Plan(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>花蓮溪水系自民國 78 年完成規劃，並於隔年公告後。自規劃迄今已逾20 餘年，尚未辦理重新檢討，由於降雨特性及地文條件變遷，河道沿岸地區之都市化，促使土地利用情況劇變，除部份堤防預定用地範圍線面臨民眾要求調整問題，因此未來整體防洪體系之規劃、設計、施工等標準與規範，均須從長計議整體檢討，俾作為後續河川治理及管理之依據，以達永續利用之目的。計畫範圍為花蓮溪水系及支流光復溪、馬鞍溪、萬里溪、壽豐溪、荖溪及木瓜溪，花蓮溪流域約佔花蓮縣三分之一面積，其流域面積約1,507.09 平方公里，主流長度為57.28 公里，花蓮溪主流發源於大富西方偏北的拔子山(標高2,260 公尺)，於海岸山脈最北端的花蓮山入海。參考先期報告採用之雨量站等因素進行雨量站挑選，本次共選用48站進行暴雨頻率分析，並採用卡方檢定(chi-square test) 進行機率分佈之適合度檢定，結果最大一日暴雨分別以對數對數皮爾遜Ⅲ型為最適當之機率分布，並採用三角形單位歷線法、無因次單位歷線法、運動波-地貌瞬時單位歷線法及實測流量法進行洪峰流量推估，再與78 年原規劃值比較，分析結果均較先期規劃成果略小，故建議仍維持沿用原規劃值。本計畫採用美國陸軍工程師團水文工程中心所發展之河川分析系統（HEC-RAS）作為一維水理模式運用。於河防安全上考量仍延用先期規劃之計畫流量，再配合民國97 年花蓮溪大斷面測量成果進行水理檢討，經模擬結果顯示現況水道除花蓮溪主流河口段及萬里溪匯流口處左岸之高灘地；光復溪與南清水溪匯流處及馬佛溪於馬佛第三號橋至馬佛第四號橋間有溢洪之疑慮，其中光復溪與南清水溪匯流處為大興村出入所倚賴之重要通道，花蓮溪及馬佛溪通洪不足段多為自然植生之雜草地，鄰近無重大保全對象，故無災情傳出。除針對花蓮溪水系現況及相關問題瓶頸處蒐集相關資料外，為瞭解XVXVI實際淹水情形，並與當地居民進行訪談及配合現地詳細勘查，以往易發生災害之位置進行問題檢討與分析，並針對「支流保護標準」、「河道沖淤變化」、「光復溪上游分流及合流之檢討」、「囚砂區設置及河道疏濬」、「支流衝擊主流銜接處理」、「木瓜溪公路橋及鐵路橋河中島清疏」及「開口堤及堤後排水配合處理」進行研議分析。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990286</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72396</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72396</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>99</publishrocyear><title>花蓮溪水系治理規劃檢討(2/3)成果報告(光碟版)=Review on Hualien River Improvement Plan(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>賡續辦理「地理資料倉儲中心」擴充維運，建構完整地理資訊系統基礎環境資料倉儲，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式系統，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>瑞竣科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000047</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003853</governmentpublicationsnumber><identifier>72397</identifier><internationalstandardbooknumber>9789860302547 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72397</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水文水資源資料管理供應系統－100年度地理資料倉儲中心之擴充及維運 The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>進行本段海岸之海床質等基本資料蒐集分析，研究以當地海域之抽沙養灘並配合岬灣工法之可行性分析，並透過水工模型試驗分析成效，提出養灘方案。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000144</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72398</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72398</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究 =Headland-Bay Approach Combining Pumping Beach Fill from Offshore for Kaohsiung Mituo Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>賡續辦理「地理資料倉儲中心」擴充維運，建構完整地理資訊系統基礎環境資料倉儲，以促進空間資訊資料應用，強化資源整合機制，提升地理資訊圖資共享環境，並藉由網際網路開放式系統，暢通資料使用之供應管道，降低使用門檻，實現國土資訊系統資料互通共享之目標。</abstract><author>瑞竣科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000047</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003853</governmentpublicationsnumber><identifier>72399</identifier><internationalstandardbooknumber>9789860302547 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72399</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水文水資源資料管理供應系統－100年度地理資料倉儲中心之擴充及維運－(光碟版)The Supply System of Water Resource Database-Expand the Data Warehouse of Geography in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據國家地理資訊系統第三期計畫（96年至105年）中，本署配合辦理「水利地理資訊決策支援系統」計畫，賡續擴充本分項計畫並應用網際網路結合水利空間資訊，建立整合式管理支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，達成電子化政府之施政目標。 隨著3D GIS技術之發展，以及地理資訊展圖核心與共享服務技術之進步，服務導向架構已成為趨勢，爰此，99年度始加強推廣WEB-3D-GIS系統之API服務機制，完成挖填方分析與集水區分析，擴充系統之加值運用功能，落實3D-GIS功能共享理念，提升服務範疇與品質。 本年度續朝共享平台之理念賡續推動，除強化調整系統功能、增補相關資料、再開發剖面(Profile)及地籍選取(Select)之API模組，並擬規畫建置水利共享影像圖資專區、功能取向之快捷三維圖台等，並加強教育訓練及系統宣導，俾使系統應用落實應用，達成資源共享共用之目標。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.61029   443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000158</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004270</governmentpublicationsnumber><identifier>72400</identifier><internationalstandardbooknumber>9789860305999 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72400</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(3/3) Establishment of the Water Resources Sharing Geography Information System － Phase 1 (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於全球氣候變遷、土地利用型態改變與都市化，造成水文條件極端劇變，而國人生活品質提高，生態及環境維護的意識高漲，使得傳統區域排水治理之思維與方法面臨嚴重挑戰。且現階段國內尚無區域排水治理技術的統一規範，造成相關同仁從事區域排水治理工作時欠缺規範導引依循，有鑒於此，乃有必要訂定區域排水治理技術規範。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000150</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004144</governmentpublicationsnumber><identifier>72401</identifier><internationalstandardbooknumber>9789860304817 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72401</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(1/3)  Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於全球氣候變遷、土地利用型態改變與都市化，造成水文條件極端劇變，而國人生活品質提高，生態及環境維護的意識高漲，使得傳統區域排水治理之思維與方法面臨嚴重挑戰。且現階段國內尚無區域排水治理技術的統一規範，造成相關同仁從事區域排水治理工作時欠缺規範導引依循，有鑒於此，乃有必要訂定區域排水治理技術規範。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000150</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004144</governmentpublicationsnumber><identifier>72402</identifier><internationalstandardbooknumber>9789860304817 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72402</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(1/3)－光碟版 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>共享平台各類圖資資(向量及影像)由TWD97坐標系統轉換至經緯度坐標系統解決跨分帶圖資整合展示之需求，亦彙整署內各三維圖資統整全臺單一圖層架構，目前配合水資源空間料標準重新分類架構及標準化作業中。因應共享之需求，已初步 建構署內遙測影像資訊專區、水利相片資訊專區、主題事件儲存區館，並更新WMS影像發布服務機制，供署內同仁查詢展示，提供更完善資料共享服務。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000158</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004273</governmentpublicationsnumber><identifier>72403</identifier><internationalstandardbooknumber>9789860305975 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72403</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利共享地理資訊系統建置第1期計畫總報告  Establishment of the Water Resources Sharing Geography Information System － Phase 1</title><yearidentifier>201112</yearidentifier></data><data><abstract>本研究為三年度之計畫，第三年度著重於關注物種之保育，依物種之生活史及特性配合棲地營造概念，對現有工程設施提出更新改善策略，接著進行各策略之工程可行性評估，並擬定規劃技術手冊，以供未來集水區進行排水設計時，能降低對區域生態系統之破壞。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003802</governmentpublicationsnumber><identifier>72404</identifier><internationalstandardbooknumber>9789860301793 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72404</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究 (3/3) Study on Systemic Habitat Creation for the Regional Drainage Watershed (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合內政部「國土資訊系統資料流通共享相關標準制度」之推動，並為促進水資源空間資料能符合國土資訊系統資料流通共享之政策方向，以使其在資料標準與資料流通技術上與國際標準相銜接，規劃引入國際標準組織TC211之技術委員會與開放地理資訊聯盟(Open Geospatial Consortium)所制訂之地理資訊流通共享標準，研擬適用於我國狀況之開放式水利地理資訊GML資料標準，並提供相關範例，提供往後政府機關推動建立水資源標準資料之依據與參考。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000046</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004210</governmentpublicationsnumber><identifier>72405</identifier><internationalstandardbooknumber>9789860303971 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72405</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(4/4) The Design of GML Data Content Standard for Open Hydrology Geographic Information System (4/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造，並提出棲息地整體營造設計，以供未來集水區進行排水設計時，能降低區域生態系統之破壞。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003803</governmentpublicationsnumber><identifier>72406</identifier><internationalstandardbooknumber>9789860301809 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72406</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究總報告書－ Study on Systemic Habitat Creation for the Regional Drainage Watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004246</governmentpublicationsnumber><identifier>72407</identifier><internationalstandardbooknumber>9789860307870 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72407</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>「花蓮溪水系治理規劃檢討─大斷面檢測計畫」成果報告</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合內政部「國土資訊系統資料流通共享相關標準制度」之推動，並為促進水資源空間資料能符合國土資訊系統資料流通共享之政策方向，以使其在資料標準與資料流通技術上與國際標準相銜接，規劃引入國際標準組織TC211之技術委員會與開放地理資訊聯盟(Open Geospatial Consortium)所制訂之地理資訊流通共享標準，研擬適用於我國狀況之開放式水利地理資訊GML資料標準，並提供相關範例，提供往後政府機關推動建立水資源標準資料之依據與參考。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000046</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010005105</governmentpublicationsnumber><identifier>72408</identifier><internationalstandardbooknumber>9789860315318 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72408</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂總報告 The Design of GML Data Content Standard for Open Hydrology Geographic Information System</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000297</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004246</governmentpublicationsnumber><identifier>72409</identifier><internationalstandardbooknumber>9789860307870 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72409</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討─大斷面檢測計畫成果報告=Review on Hualien River Improvement Plan - The Cross-section Survey for Hualien River</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000299</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72410</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72410</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討（2/3）成果報告=Review on Hualien River Improvement Plan(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72411</identifier><internationalstandardbooknumber>9789860257304 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72411</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討（2/3）</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫?計實際效?低於?計成本，且其?本比較低，但計畫實際實施後 可保護瀕?海岸後側崩塌潛能高之海岸長?2000 公尺，對海岸後側土地之?用 與居民生命財產安全有莫大助?，基於海岸交通、觀光?遊及平衡東西部發展 之社會評價整體考?，本計畫有實施之需要。</abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72412</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72412</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(3/3)=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72413</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72413</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃（3/3）</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72414</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72414</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃總報告書=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract>一、	計畫緣起與工作內容 (一)	計畫緣起及目的 台灣地質條件不穩定，受限早期水庫興建過程，缺乏排砂設施規劃，國內各水庫淤積問題逐漸惡化；此外台灣水資源難以儲蓄，造成水庫排砂操作風險增大，不當的水力排砂操作容易造成水資源浪費。虹吸抽?為?用水庫水位與輸?管出口間之水頭差所產生之管?擾動排放泥水的方式，為一種壩前有效的清淤方式，無須複雜的工程技術。具有不耗大量能源、能在水庫正常操作下清淤等優點，惟需足夠水頭維持其流速，清淤規模較小，適合壩前淤積嚴重水庫。本計畫擬定設計管道模組，進行虹吸管排砂基本試驗，並針對其關鍵技術評估適合操作地點，以及估計其可吸濃度。 (二)	計畫目標與工作流程 本計畫就今(100)年度各項工作項目之性質，將其分類為四大工作群組，包括：(一)試驗建置分析；(二)數值模式分析；(三)模組設計規劃；(四)操作建議規劃。今(100)年主要透過虹吸管道排砂試驗建置與案例分析與虹吸管道排砂輸送能力分析，探討其現地可行方案評估建議及操作建議規劃。  二、	水庫基本資料蒐集與分析 (一)	水庫虹吸管道排砂效率及可行性研究 本計畫經第一(99)年綜合評估，目前最適宜施作虹吸管道排砂之水庫為「阿公店水庫」，故本計畫今(100)年度相關虹吸排砂試驗、模擬研究，主要針對阿公店水庫進行探討。 (二)	阿公店水庫 1.	水庫更新改善後至民國99年10月止，目前剩餘有效容量為1,687.295萬m3，壩前淤積標高25.31 m。 2.	水庫更新改善後近5年年平均進水量約5,283.3萬m3，年平均放水量則約4,983.9萬m3；最大瞬時入流量發生於民國97年卡玫基颱風期間為775cms，次之為99年凡那比颱風637cms，第三則為民國98年莫拉克颱風之337cms。 3.	歷年清淤方案中評估以機械式浚渫來處理較佳。 4.	近壩區之淤泥多屬沉泥與黏土，本計畫補充調查之底泥D50粒徑約介於0.00570～0.00696mm，而比重則介於2.67～2.75。  三、	虹吸管道排砂水工試驗建置與案例分析探討 (一)	虹吸管道排砂吸泥頭試驗案例分析探討與評估 1.	在清水特性試驗中顯示，Type II吸泥頭平均排水量最大，但Type I吸泥頭吸力最大。 2.	在吸泥特性試驗中則顯示，Type II吸泥頭在塑膠砂與天然砂試驗(不論固定式或移動式吸泥頭)之平均含砂量、平均排水量及平均排砂量結果，皆相對較其他吸泥頭為佳。 3.	由平均含砂量、平均排水量及平均排砂量等3項指標來評估，不論塑膠砂或天然砂試驗，Type II吸泥頭之結果皆相對較佳，故本計畫優先以Type II吸泥頭來進行橫越與跨越方案試驗。 (二)	虹吸管道排砂橫越與跨越試驗案例分析探討與評估 1.	因虹吸排砂主要之動力來源為水庫上下游水頭差，水頭差大者，其所提供之動能亦越大，即流速越大(吸力亦越大)。所以不論在橫越或跨越試驗，在相同管徑條件下，水頭差大者，其排水量、排砂量及含砂量亦相對較大；而在相同水頭差條件下，管徑大者，相對其排水量與排砂量亦較大，但含砂量則不一定有相對之變化。 2.	在阿公店水庫橫越與跨越試驗結果可知，排砂位置高程會影響排砂結果，排砂位置高程低者，其排水量與排砂量會相對較大，但含砂量則不一定有相對之變化。 3.	在阿公店水庫之整體試驗結果，塑膠砂排砂之含砂量約介於36,100～133,900ppm；而天然砂則約介於38,300～92,500ppm。  四、	虹吸管道排砂輸送能力分析 (一)	虹吸管道橫越與跨越案例試驗 1.	在阿公店水庫試驗轉換為原型結果，其平均含砂量約介於38,300～92,500ppm，平均排水量約介於0.48～1.86cms，而平均排砂量則約介於18.2～149.7kg/s 2.	而排砂之水砂比約介於27.6：1～68.3：1，即進行虹吸管道排砂時，排出1m3之淤砂最少需耗費27.6m3之水。 (二)	不同邊界條件下虹吸管道排砂量推估分析 本計畫根據第三章3.1節輸送距離理論，以不同邊界條件進行虹吸管道排砂量推估分析，探討流量與輸送距離(吸口至駝峰之管道長度)之關係。 1.	流量與輸送距離關係 (1)	在相同水頭差與管徑條件下，根據第三章式(3-5)與(3-13)可知，含砂量大者，水頭損失就越大，以致輸送距離相對較短。 (2)	而在相同水頭差與含砂量條件下，管徑大者，輸送距離則相對較長。而在相同管徑與含砂量條件下，水頭差大者，輸送距離亦相對較長。 2.	輸送距離與排砂量關係 (1)	在相同水頭差與含砂量條件下，當在輸送同一距離時，管徑大者，排砂量則相對較大。 (2)	而在相同水頭差與管徑條件下，當在輸送同一流量輸送時時，含砂量大者，排砂量亦相對較大。 (三)	二維數值模式虹吸管道流場與排砂濃度模擬分析 1.	由灌溉管模擬結果顯示，含砂量介於91,700～309,600ppm，水砂比介於7.6：1～27.9：1。 2.	由溢洪模擬結果顯示，含砂量介於370,500～332,700ppm，水砂比介於6.2：1～6.9：1。 3.	由大壩模擬結果顯示，含砂量介於266,300～298,000ppm，水砂比介於7.9：1～8.9：1。 (四)	虹吸管道排砂試驗與數模分析結果比較探討 由試驗與模擬結果可知，試驗平均含砂量約38,300～92,500ppm，模擬則為91,700～370,500ppm；而水砂比部分，試驗為27.6：1～68.3：1，模擬則為6.2：1～27.9：1。  五、	虹吸管道排砂模組設計與相關設備配置規劃 (一)	虹吸管道排砂模組設計 1.	作業平台規劃 以船及浮箱型式平台為作業平台之主體，規劃之船及浮箱型式平台功能應具備：(1)吊掛與移動吸泥頭；(2)承載吸泥頭的升降設備及附屬設備；(3)承載吸泥頭的高壓射流攪砂設備及附屬設備；(4)拖動蛇行佈置的排砂管。 2.	控制泵站及附屬設施規劃 為控制虹吸管道排砂之運作，並設置排氣裝置，以避免水柱倒流或發生水錘現象，以保證泵站與管道之安全。 3.	吸泥頭及附屬設備規劃 吸泥頭主要關鍵技術：(1)吸泥頭的結構型式；(2)吸泥頭在水中位置及擺放姿勢控制；(3)吸泥頭內泥砂含量控制；(4)吸泥頭距底床表面探測 4.	高壓射流及附屬設備規劃 吸泥頭的高壓射流係由安裝在作業平台上的高壓泵站提供，考慮水位的變化因素以及底床泥砂可能出固結現象 (二)	水庫既有相關設施配置規劃與探討 依據第二章2.1節就各水庫既有設施之評估可知，各水庫皆有既有設施可供虹吸原理排砂，唯需有條件進行，即有閘門設施者需有閘門改建之配套措施(由於閘門改建較複雜，本計畫暫不考慮)，且其操作水位皆有所限制(使駝峰高小於10m)。故在不影響水庫正常、安全運轉的前提下，充分利用既有設施佈設虹吸排砂管道。  六、	虹吸管道現地設置可行方案評估建議 (一)	曾文水庫佈設方案 依據2.1節表2-2針對曾文水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於203～211m，而大壩則須介於227～231.5m，始可進行虹吸管道排砂作業。 (二)	阿公店水庫佈設方案 依據2.1節表2-3針對阿公店水庫既有設施之評估，可行方案為跨越大壩。本計畫根據伯努力方程計算操作水位之高度，大壩適用之操作水位須介於34～37m，始可進行虹吸管道排砂作業。 (三)	牡丹水庫佈設方案 依據2.1節表2-4針對牡丹水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於120～127.5m，而大壩則須介於137～142m，始可進行虹吸管道排砂作業。 (四)	白河水庫佈設方案 依據2.1節表2-5針對白河水庫既有設施之評估，可行方案為跨越溢洪道與大壩。本計畫根據伯努力方程計算操作水位之高度，溢洪道適用之操作水位須介於100～104m，而大壩則須介於105～109m，始可進行虹吸管道排砂作業。  七、	虹吸管道排砂操作建議規劃 (一)	水庫運轉條件及虹吸管道排砂時機評估與研擬 1.	曾文水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過203m(以跨越溢洪道位置排砂)或227m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過227m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 2.	阿公店水庫 因每年9月11日至11月為颱風、豪雨期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過34m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過34m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 3.	牡丹水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過120m(以跨越溢洪道位置排砂)或137m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過137m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 4.	白河水庫 因每年6月至11月為梅雨、颱風期間，水庫進水量相對較多，故於此段期間，若水庫發生以下情況，則可針對壩前需清淤位置進行虹吸管道排砂作業： (1)	水庫水量超過上限欲洩放，且水庫水位超過100m(以跨越溢洪道位置排砂)或105m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (2)	水庫於颱風或豪雨前，為增加水庫滯洪容積，得執行調節性放水，且水庫水位超過105m(以跨越大壩位置排砂)時，可利用部分欲洩放之水量進行虹吸管道排砂作業。 (二)	虹吸管道排砂能力推估 由本研究建立之理論結果中，可推得從流量與輸送距離，在同一管徑下含砂量越大則水頭損失越大，在同一水頭作用下其輸送距離就越短，因此可透過4.2節之理論計算推求在特定管徑與水頭差條件下之流量與輸送距離。另透過試驗資料轉換為原型，可建立流量與排砂量關係(請參閱圖7-5)，供水庫推估未來以虹吸管道排砂之排砂量。 (三)	虹吸管道排砂流程規劃 本研究虹吸管道排砂流程之構想為利用操作平臺控制吸泥頭沉降深度，並藉由操作平臺上檢測設備，高壓泵組、電氣設備、各種信號監測設備等進行監測輸砂過程排砂效果，於水面水下佈設數處浮筒，以減小作業平臺拖行管道之阻力，並於管道設置控制泵站、排氣閥以及管道下游處之控制閥門，利用控制泵站順利使虹吸管道滿水，高點管頂處之排氣閥適時進行調節管道內壓力以保證虹吸正常工作，控制閥門待管道滿水後開啟閥門啟動虹吸排砂或於作業結束關閉閥門(請參閱圖7-6)。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000172</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004774</governmentpublicationsnumber><identifier>72415</identifier><internationalstandardbooknumber>9789860311495 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72415</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>虹吸管道排砂研究計畫(2/2)成果報告(光碟版) Study on reservoir sediment removal of siphon dredging(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72416</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72416</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃總報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract>淡水河水系是經濟部水利署第十河川局管轄的主要河川水系，相關基本資料也攸關整個大台北盆地的防洪計畫，其中各河川水系的基本斷面樁資料即是後續規劃之基礎，歷年都是每條水系各自測量，未曾有整體清查測量，由於淡水河系屬同一匯流口，為能精確掌握整體淡水河系之河道變遷情形本計畫將建立完整河道斷面樁資料(高程及平面控制網系統)，作為未來河川管理、河川治理規劃措施之參考、台北防洪工程各項設施檢討之依據及將來整合GIS之應用，及提供日後河道斷面測量之依據，長期監測河道變遷之基準。 此次乃委由幀衡國土測繪有限公司承辦本計畫，工作時程自民國一○○年五月二十七日至民國一○○年十一月三十日，工作範圍包涵有淡水河(包含大漢溪)、二重疏洪道、基隆河、新店溪、景美溪、石定溪、永定溪、三峽河及橫溪等九條河川。工作內容包括：斷面樁清查與埋設、斷面樁點誌記更新製作、水準測量（含已知點檢測）、平面坐標測量（含已知點檢測）、成果報告編撰。 整體工作數量：共清查1040支斷面樁，埋設180支新樁，高程已知點檢測39點，平面已知點檢測44點，水準測量路線約686公里，扣除虛樁(18支)、共樁(5支)及施工中無法埋設樁位(2支)的數量，共施測1015支斷面樁高程及坐標。</abstract><author>幀衡國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000179</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003779</governmentpublicationsnumber><identifier>72417</identifier><internationalstandardbooknumber>9789860300758 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72417</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>淡水河系中央管河川斷面基樁全面重新檢討測量工作成果報告 Report of Re-positioning work for all section stakes of tamsui river and its branches</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文水庫自蓄水以來，歷經多次颱風豪雨侵襲，水庫集水區洪水造成大量泥沙推移至蓄水區域內，其淤落之分佈情形及其可能對水庫產生營運之不利影響，有必要了解並因應。雖然本水庫每年皆以斷面法進行淤積測量，惟測量及成果計算費時約二個月時間，曠日費時且成果精度較不足。  由於98年8月莫拉克颱風來襲，超大豪雨造成水庫蓄水範圍土石坍崩，大量土石進入於水庫內。依據中心於98年10月委外辦理曾文水庫淤積測量工作，相較於97年測量結果，98年莫拉克颱風後淤積量為9,162萬立方公尺。其中呆容量部份（EL：171公尺以下）為1,379萬立方公尺，有效容量部份（EL：171公尺以上）為7,783萬立方公尺。自62年4月水庫蓄水以來至98年11月止累計總淤積量為25,781萬立方公尺，佔設計總容量74,840萬立方公尺之34.45%，累計年平均輸砂量為716萬立方公尺為預估年平均輸砂量561萬立方公尺之127.6%。  行政院亦特別制定「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」，以確保南部地區供水無虞。為有效執行曾文水庫之清淤排淤、集水區治理等計畫，亟需有精確之淤積測量資料配合各項計畫之執行辦理。  本計畫擬於100年度施做兩次淤積測量工作，第一次於5月底前（汛期前）辦理完成，第二次則預定於汛期過後辦理。並於計畫於第一次測量時，於蓄水面以上至EL.235M並再往外推30公尺水平範圍，以航拍技術配合空載光達（LiDAR），製作庫區數值地形模型及數值高程模型（DEM）等。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.643323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000233</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004821</governmentpublicationsnumber><identifier>72418</identifier><internationalstandardbooknumber>9789860311709 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72418</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度曾文水庫淤積測量工作汛期前後測量成果報告 2011's Tseng Wen Reservoir Sedimentation Measurements</title><yearidentifier>201112</yearidentifier></data><data><abstract>淡水河水系是經濟部水利署第十河川局管轄的主要河川水系，相關基本資料也攸關整個大台北盆地的防洪計畫，其中各河川水系的基本斷面樁資料即是後續規劃之基礎，歷年都是每條水系各自測量，未曾有整體清查測量，由於淡水河系屬同一匯流口，為能精確掌握整體淡水河系之河道變遷情形本計畫將建立完整河道斷面樁資料(高程及平面控制網系統)，作為未來河川管理、河川治理規劃措施之參考、台北防洪工程各項設施檢討之依據及將來整合GIS之應用，及提供日後河道斷面測量之依據，長期監測河道變遷之基準。 此次乃委由幀衡國土測繪有限公司承辦本計畫，工作時程自民國一○○年五月二十七日至民國一○○年十一月三十日，工作範圍包涵有淡水河(包含大漢溪)、二重疏洪道、基隆河、新店溪、景美溪、石定溪、永定溪、三峽河及橫溪等九條河川。工作內容包括：斷面樁清查與埋設、斷面樁點誌記更新製作、水準測量（含已知點檢測）、平面坐標測量（含已知點檢測）、成果報告編撰。 整體工作數量：共清查1040支斷面樁，埋設180支新樁，高程已知點檢測39點，平面已知點檢測44點，水準測量路線約686公里，扣除虛樁(18支)、共樁(5支)及施工中無法埋設樁位(2支)的數量，共施測1015支斷面樁高程及坐標。</abstract><author>幀衡國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000179</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010003779</governmentpublicationsnumber><identifier>72419</identifier><internationalstandardbooknumber>9789860300758 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72419</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>淡水河系中央管河川斷面基樁全面重新檢討測量工作成果報告－光碟版 Report of Re-positioning work for all section stakes of tamsui river and its branches</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文水庫自蓄水以來，歷經多次颱風豪雨侵襲，水庫集水區洪水造成大量泥沙推移至蓄水區域內，其淤落之分佈情形及其可能對水庫產生營運之不利影響，有必要了解並因應。雖然本水庫每年皆以斷面法進行淤積測量，惟測量及成果計算費時約二個月時間，曠日費時且成果精度較不足。  由於98年8月莫拉克颱風來襲，超大豪雨造成水庫蓄水範圍土石坍崩，大量土石進入於水庫內。依據中心於98年10月委外辦理曾文水庫淤積測量工作，相較於97年測量結果，98年莫拉克颱風後淤積量為9,162萬立方公尺。其中呆容量部份（EL：171公尺以下）為1,379萬立方公尺，有效容量部份（EL：171公尺以上）為7,783萬立方公尺。自62年4月水庫蓄水以來至98年11月止累計總淤積量為25,781萬立方公尺，佔設計總容量74,840萬立方公尺之34.45%，累計年平均輸砂量為716萬立方公尺為預估年平均輸砂量561萬立方公尺之127.6%。  行政院亦特別制定「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」，以確保南部地區供水無虞。為有效執行曾文水庫之清淤排淤、集水區治理等計畫，亟需有精確之淤積測量資料配合各項計畫之執行辦理。  本計畫擬於100年度施做兩次淤積測量工作，第一次於5月底前（汛期前）辦理完成，第二次則預定於汛期過後辦理。並於計畫於第一次測量時，於蓄水面以上至EL.235M並再往外推30公尺水平範圍，以航拍技術配合空載光達（LiDAR），製作庫區數值地形模型及數值高程模型（DEM）等。</abstract><author>自強工程顧問公司</author><categoryidentifier>443.643323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000233</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004821</governmentpublicationsnumber><identifier>72420</identifier><internationalstandardbooknumber>9789860311709 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72420</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度曾文水庫淤積測量工作汛期前後測量成果報告(光碟版) 2011's Tseng Wen Reservoir Sedimentation Measurements</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004246</governmentpublicationsnumber><identifier>72422</identifier><internationalstandardbooknumber>9789860307870 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72422</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>「花蓮溪水系治理規劃檢討─大斷面檢測計畫」成果報告</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72425</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72425</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃(3/3)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast(3/3)(光碟版)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72426</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72426</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃總報告書=A Whole Planning on Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興測量有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000135</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003886</governmentpublicationsnumber><identifier>72427</identifier><internationalstandardbooknumber>9789860305111 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72427</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>新社海岸侵蝕防護與環境營造整體規劃-總報告書(光碟版)=A Whole Planning Erosion Protection and Environmental Sustainable Regeneration of Hsin-she Coast</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>72428</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72428</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)成果報告書= A research plan for safety assessment of seawall at Chiayi coastal area (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>72429</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72429</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(1/2)成果報告書(光碟版)= A research plan for safety assessment of seawall at Chiayi coastal area (1/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫採用Full waveform空載光達掃瞄儀分析本案斷面資料，本儀器旋轉掃瞄方式有效值為FOV=60°測線重疊率高，因此可加值獲得全面 性地表高程，並提供互動式3D Skyline 展現，讓使用者如臨現場。 採用本年度大斷面資料進行HEC-RAS 水理分析，花蓮溪水系通洪 能力大致足夠，不足段大多未設堤處，歷年河道沖淤變化分析可發現， 97 年以前河道沖刷較為嚴重，主要為砂石開採所導致，近年則呈現沖淤 帄衡。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000297</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004246</governmentpublicationsnumber><identifier>72430</identifier><internationalstandardbooknumber>9789860307870 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72430</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討─大斷面檢測計畫成果報告(光碟版)=Review on Hualien River Improvement Plan- The Cross-section Survey for Hualien River</title><yearidentifier>201112</yearidentifier></data><data><abstract>油車溪、灣丘溪及密枝溪皆為曾文溪上游支流河川水系，河川長度分別約為12.5公里、9.5公里及15公里，流域面積分別約為28.9平方公里、12.8平方公里及27.7平方公里。本計畫除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，進一步瞭解土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會；另方面讓區域排水道能適當的重獲生機與活力。 計畫執行之另一目的則為趁此機會重新調整河川防洪功能，以塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然環境的規劃手法，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980323</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010002902</governmentpublicationsnumber><identifier>72431</identifier><internationalstandardbooknumber>9789860291575 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72431</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>油車溪、密枝溪、灣丘溪環境營造規劃成果報告 Environmental Rehabilitation Project of Youche. Mizhi and Wanqiu River</title><yearidentifier>201109</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72432</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72432</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)成果報告書  A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72433</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72433</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)成果報告書(光碟版)  A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract>本研究乃是以曾文溪的山上堤防、寮?堤防、善化堤防，及青草崙堤防為研究對象，嘗試建立推估混凝土堤防坡面工後方堤體內部淘空程度的計算模式。並藉此模式所用參數以建立河堤淘空檢查表，以供河堤巡察員使用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990313</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1009903922</governmentpublicationsnumber><identifier>72434</identifier><internationalstandardbooknumber>9789860255662 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72434</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河堤淘空檢測方法之研究(1/2)－光碟版 Investigation of the Detection Techniques for the Eroded Cavings in the Embankment(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>邀請水利工程、生態景觀、經濟學者及法規等領域之各界專家學者組成講師群，在完整的課程規劃下，針對防洪工程各層次、各面向進行深入剖析。依據3年計畫分年提報水利署成立訓練班委辦計畫。為配合不同工作職掌及業務需求，建議分成專業基礎班及進階班等二階段課程，二者各分為河海班(含河川、排水、海岸)與水資源班兩種班別，其課程涵蓋調查、規劃、設計、施工、管理等內容主題</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990268</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>72435</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72435</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水利人員專業訓練計畫(2/3)(內附光碟)=Staff Training Plan For The Water Resources Agency (2/3)</title><yearidentifier>201104</yearidentifier></data><data><abstract>莫拉克颱風因降雨量大、延時長，造成含水量過高，以致山區土石鬆動。另山坡土壤含水量過高，淤積河道，河水挾帶大量土石、漂流木順流急洩而下沖擊堤防坡面工，沖刷堤防基礎工。綜合整理檢討各工法其適用性與執行成效，並分析其在不同工址條件時，有關河川治理所需工程設計工法之技術研究，做為河川局辦理河川急要段整治、搶修(險)及復建對策之參考。建立水利署各河川局於辦理河川整治、搶修(險)及復建工程時，有可依循及參考之工法設計依據。並配合檢討水利署各河川局常用之復建工程斷面設計及工法。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990397</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004770</governmentpublicationsnumber><identifier>72436</identifier><internationalstandardbooknumber>9789860311297 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72436</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川復建工程工法檢討與技術圖說資料庫建置成果報告書 River Rehabilutation Methods Examined and Technical Documents Database System Established</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000136</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>72438</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72438</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫(2/2) – 內附光碟 Study of Safety Evaluation of Seawall in Taitung and Kinmen Area (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000299</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72440</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72440</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討 (2/3) 成果報告(光碟版)=Review on Hualien River Improvement Plan(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>72441</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72441</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>72442</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72442</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>72443</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72443</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告 Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>花蓮溪水系於民國8年開始辦理測量調查，至民國22年完成初步計畫。治理規劃報告完成於民國78年，民國80年奉經濟部核定並經省府公告花蓮溪水系治理基本計畫，主要包括花蓮溪主流、木瓜溪、壽豐溪、萬里溪、馬鞍溪及光復溪等。民國86年由台灣省水利局規劃總隊辦理「花蓮溪治理規劃檢討」(壽豐溪匯流口至河口段)。民國87年完成花蓮溪水系治理基本計畫(負斷面一至斷面六)。經年已久相關地形、地貌、水文條件已有改變且經歷多次颱風豪雨災害，考量近年氣候變遷之調適，前所規劃成果堤防預定線已不符現況，需要重新檢討以為後續治理工程施作依據。本計畫範圍包含花蓮溪主流、主要支流(木瓜溪、壽豐溪、萬里溪、馬鞍溪、光復溪)及次要支流(荖溪、南清水溪及馬佛溪)等。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000299</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>72445</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72445</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討(2/3)成果報告=Review on Hualien River Improvement Plan (2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72447</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72447</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第一部份-雨量</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000406</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003715</governmentpublicationsnumber><identifier>72448</identifier><internationalstandardbooknumber>9789860302790 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72448</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（1/2）-光碟版=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>72449</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72449</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第二部份-河川水位及流量</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>72450</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72450</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第三部份-地下水</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>72451</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72451</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報第四部份-近海水文</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>72452</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72452</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報總冊</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>72453</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72453</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)-內附光碟=Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72454</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72454</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2)(光碟版)=Reserch in Foundation Erosion of Hazard Potential Levees in Jhuoshuei River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000112</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72456</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72456</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)=The edition of Coastal Eco-Engineering Manual (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>台北水源特定區管理局</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/4</date><governmentpublicationsnumber>1010004219</governmentpublicationsnumber><identifier>72458</identifier><internationalstandardbooknumber>9789860305937 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72458</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>Water 魔法教室─關於水的10個小魔法〈水源遊學發現之旅系列：2〉含光碟片</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>幀衡國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/6</date><governmentpublicationsnumber>1010003779</governmentpublicationsnumber><identifier>72459</identifier><internationalstandardbooknumber>9789860300758 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72459</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>淡水河系中央管河川斷面基樁全面重新檢討測量工作成果報告附冊一(三峽河、疏洪道、三峽河、橫溪斷面樁點誌記</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>幀衡國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/6</date><governmentpublicationsnumber>1010003779</governmentpublicationsnumber><identifier>72460</identifier><internationalstandardbooknumber>9789860300758 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72460</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>淡水河系中央管河川斷面基樁全面重新檢討測量工作成果報告附冊二(新店溪、景美溪、石碇溪、永定溪斷面樁點誌記</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>幀衡國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/6</date><governmentpublicationsnumber>1010003779</governmentpublicationsnumber><identifier>72461</identifier><internationalstandardbooknumber>9789860300758 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72461</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>淡水河系中央管河川斷面基樁全面重新檢討測量工作成果報告附冊三(基隆河)斷面樁點誌記</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/6</date><governmentpublicationsnumber>1010002946</governmentpublicationsnumber><identifier>72462</identifier><internationalstandardbooknumber>9789860291421 ; 9789860291</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72462</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>探討氣候變遷下各區域河川海岸災害特性因應對策</title><yearidentifier>201108</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010004807</governmentpublicationsnumber><identifier>72471</identifier><internationalstandardbooknumber>9789860311587 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72471</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>雲林地區高鐵沿線地層下陷潛勢分析=aNALYSIS OF Land Subsidence Potential Along the High-Speed Rail in YunlinArea</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010004807</governmentpublicationsnumber><identifier>72472</identifier><internationalstandardbooknumber>9789860311587 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72472</librarycollectiondetailsurl><price>600</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>雲林地區高鐵沿線地層下陷潛勢分析--光碟版=aNALYSIS OF Land Subsidence Potential Along the High-Speed Rail in YunlinArea</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣為海島國家，東部尤其具有近岸深海，蘊藏資源豐富。近年經濟部水利署依據行政院95年核定之「深層海水資源利用及產業發展實施計畫」，積極推動深層海水資源相關產業發展。主要發展項目除高經濟藻類、低冷農業及生技技術研發外，冷能應用的研發，如利用深層海水冷能特性進行如溫差發電、冷卻系統節能等能源利用都是重要發展項目。後者在能源日益短缺與環保極受重視的今日尤其具有時代與實質意義。</abstract><author>逢甲大學</author><categoryidentifier>448.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000124</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010004641</governmentpublicationsnumber><identifier>72473</identifier><internationalstandardbooknumber>9789860309966 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72473</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水及溫泉水溫差發電可行性探討 Deep Ocean Water and Hot Spring of Thermoelectric Generation Feasibilityn Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣為海島國家，東部尤其具有近岸深海，蘊藏資源豐富。近年經濟部水利署依據行政院95年核定之「深層海水資源利用及產業發展實施計畫」，積極推動深層海水資源相關產業發展。主要發展項目除高經濟藻類、低冷農業及生技技術研發外，冷能應用的研發，如利用深層海水冷能特性進行如溫差發電、冷卻系統節能等能源利用都是重要發展項目。後者在能源日益短缺與環保極受重視的今日尤其具有時代與實質意義。</abstract><author>逢甲大學</author><categoryidentifier>448.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000124</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010004641</governmentpublicationsnumber><identifier>72474</identifier><internationalstandardbooknumber>9789860309966 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72474</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>深層海水及溫泉水溫差發電可行性探討(光碟版) Deep Ocean Water and Hot Spring of Thermoelectric Generation Feasibilityn Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來，傳統水資源開發面臨了既有水庫泥沙淤積致使壽命減短以及新建水庫的環保抗爭與壩址難尋的困境；再加上氣候變遷造成豐枯雨季差異加劇，水源供給不穩定，使得新興水源之利用乃逐漸受到重視。我國水資源設施長期以來以政府興辦為主，惟政府之公共建設為引進民間企業充沛的活力、經營的創意、反應迅速的決策能力與效率，於民國89年頒佈「促進民間參與公共建設法」，藉此建立政府與民間企業分工的合作模式，進而強化與提昇國家整體競爭力。雖因此提供了民間參與水利設施興辦的法源基礎，然而因傳統水資源開發的成本過高以及新興水資源之利用等多元化目標的推動，實有必要針對政府與民間目前與未來之各種可能的合作模式進行深入探討。 新興水源是未來我國朝向水源多元化目標的重要推動方向，在加強新興水源服務的經營效率以及協助抒解國內近年來日趨惡化的水資源供需失衡問題的使命下，本研究擬針對各種民間參與興辦模式與政府採購民間新興水源服務等模式，參考國外民間參與水資源建設的經驗，並依據國內法規及國情，提出政府採購民間新興水資源服務的可行性分析與制度研擬。 重要研究成果包括：1. 政府採購民間新興水源為國外重要的發展模式之一，政府藉由購水契約以確保民間參與的誘因，而新興水源的用水需求者則有賴政府透過政策鼓勵或法令規範加以刺激。2. 政府採購民間新興水源雖具法規可行性，但因市場仍在發展階段，建立民間投資者參與新興水源造水供給的服務刻不容緩，而保價保量的措施將有助於發展初期階段的推動。3. 以整體社會的立場，新興水源在考量避免缺水所造成經濟損失之間接效益，將使政府採購民間新興水源更具有經濟可行性。4. 水再生利用依不同水質要求其造水成本也有相當大的差異。因此，思考先以工業用水作為用水推動的目標，將可有效提升新興水源之用水需求市場。其次，明確區分再生水的用途讓簡易處理的再生水作為次級生活用水與農業灌溉用水，將因簡易處理造水成本較低而有助於開拓再生水需求的市場。5. 新興水源之造水成本因規模越大而成本越低，考量海水淡化穩定性高、水質較好且作為民生用水之疑慮較低，故推動較大規模的海水淡化採購，除降低購水成本外，也可提高水源供應的穩定性與可靠度。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990422</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010003793</governmentpublicationsnumber><identifier>72475</identifier><internationalstandardbooknumber>9789860301991 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72475</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>政府採購民間新興水源服務模式之研究 A Study on the service model of government procurement of non-governmental new water sources</title><yearidentifier>201111</yearidentifier></data><data><abstract>近年來，傳統水資源開發面臨了既有水庫泥沙淤積致使壽命減短以及新建水庫的環保抗爭與壩址難尋的困境；再加上氣候變遷造成豐枯雨季差異加劇，水源供給不穩定，使得新興水源之利用乃逐漸受到重視。我國水資源設施長期以來以政府興辦為主，惟政府之公共建設為引進民間企業充沛的活力、經營的創意、反應迅速的決策能力與效率，於民國89年頒佈「促進民間參與公共建設法」，藉此建立政府與民間企業分工的合作模式，進而強化與提昇國家整體競爭力。雖因此提供了民間參與水利設施興辦的法源基礎，然而因傳統水資源開發的成本過高以及新興水資源之利用等多元化目標的推動，實有必要針對政府與民間目前與未來之各種可能的合作模式進行深入探討。 新興水源是未來我國朝向水源多元化目標的重要推動方向，在加強新興水源服務的經營效率以及協助抒解國內近年來日趨惡化的水資源供需失衡問題的使命下，本研究擬針對各種民間參與興辦模式與政府採購民間新興水源服務等模式，參考國外民間參與水資源建設的經驗，並依據國內法規及國情，提出政府採購民間新興水資源服務的可行性分析與制度研擬。 重要研究成果包括：1. 政府採購民間新興水源為國外重要的發展模式之一，政府藉由購水契約以確保民間參與的誘因，而新興水源的用水需求者則有賴政府透過政策鼓勵或法令規範加以刺激。2. 政府採購民間新興水源雖具法規可行性，但因市場仍在發展階段，建立民間投資者參與新興水源造水供給的服務刻不容緩，而保價保量的措施將有助於發展初期階段的推動。3. 以整體社會的立場，新興水源在考量避免缺水所造成經濟損失之間接效益，將使政府採購民間新興水源更具有經濟可行性。4. 水再生利用依不同水質要求其造水成本也有相當大的差異。因此，思考先以工業用水作為用水推動的目標，將可有效提升新興水源之用水需求市場。其次，明確區分再生水的用途讓簡易處理的再生水作為次級生活用水與農業灌溉用水，將因簡易處理造水成本較低而有助於開拓再生水需求的市場。5. 新興水源之造水成本因規模越大而成本越低，考量海水淡化穩定性高、水質較好且作為民生用水之疑慮較低，故推動較大規模的海水淡化採購，除降低購水成本外，也可提高水源供應的穩定性與可靠度。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990422</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010003793</governmentpublicationsnumber><identifier>72476</identifier><internationalstandardbooknumber>9789860301991 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72476</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>政府採購民間新興水源服務模式之研究(光碟版) A Study on the service model of government procurement of non-governmental new water sources</title><yearidentifier>201111</yearidentifier></data><data><abstract>本年度建置淡水河及磺溪流域地質資料庫，除基本地質資料外，亦建置地質災害、地質詮釋、正射影像判釋等圖資。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000407</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010003718</governmentpublicationsnumber><identifier>72477</identifier><internationalstandardbooknumber>9789860300994 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72477</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>淡水河及磺溪流域地質資料查核建置--光碟版 Field Verification of Geological Data for the Basins of DanShui River and Huang River</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區河川土砂嚴重失衡，危害人類安全外，亦使原有生態棲地喪失或縮減，因此本計畫希望能以地文性土壤沖淤模式及二維動床模式為基礎，發展河道及洪水平原之洪氾沖淤演算模式，以分析豪雨洪水期間之河道及兩岸洪氾沖淤現象及淤積潛勢，研提管理策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000303</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/7</date><governmentpublicationsnumber>1010004150</governmentpublicationsnumber><identifier>72478</identifier><internationalstandardbooknumber>9789860305128 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72478</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域洪氾防災及土資源管理之研究(1/3) －光碟版 A study on the basin flood mitigation and soil-sedimen resources management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨在善用水利單位收集的歷史資料，建構一個非破壞性監測方?，探求可能的壩體裂縫與場址變異。當壩體裂縫或場址變異的出現，將對地震儀訊號中之某些地震參數產生擾動，建立藉由量測訊號變異程度之評估模式。</abstract><author>國立成功大學大地資源研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000380</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003938</governmentpublicationsnumber><identifier>72479</identifier><internationalstandardbooknumber>9789860303148 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72479</librarycollectiondetailsurl><price>660</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討(1/2)--內附光碟 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨在善用水利單位收集的歷史資料，建構一個非破壞性監測方?，探求可能的壩體裂縫與場址變異。當壩體裂縫或場址變異的出現，將對地震儀訊號中之某些地震參數產生擾動，建立藉由量測訊號變異程度之評估模式。</abstract><author>國立成功大學大地資源研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000380</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003938</governmentpublicationsnumber><identifier>72480</identifier><internationalstandardbooknumber>9789860303148 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72480</librarycollectiondetailsurl><price>660</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討(1/2)--光碟版 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立成功大學大地資源研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003938</governmentpublicationsnumber><identifier>72481</identifier><internationalstandardbooknumber>9789860303148 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72481</librarycollectiondetailsurl><price>660</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討(1/2)--計畫成果光碟=Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam</title><yearidentifier>201112</yearidentifier></data><data><abstract>石門水庫共興建有13座大型沉澱池，其容量共約380萬m3，佔地面積約70公頃。自民國74年起，以每年約存滿1至2個沉澱池之抽泥量，由1號往13號沉澱池施作，至民國84年時，此13座沉澱池均已填滿。由於沉澱池採用重力式沉降原理，所需壓密時間甚長，且含水量過高，需尋求更有效率及經濟的方法，加以脫水、清運及再利用。 根據「石門水庫淤泥多元化處置方案評估規劃綜合報告」（中興公司，2008），石門水庫淤泥可採用高效率的脫水設備，達到短時間減少體積目的，則既有13座沉澱池可轉換為多功能之淤泥處理專區，除了設置泥水分離區、淤泥脫水區、泥餅轉運區外，更可將泥餅再利用區（包括園藝、混凝土、燒製廠）設置於專區內，以減少原料運送距離。另外，結合石門水庫周邊遊憩資源，處理專區亦可設置泥餅再利用展示館區、生態園區（包括親水、遊憩、住宿區）及蓄水池區等，充分發揮既有13座沉澱池之地利優勢。 本計畫主要辦理內容包括下列三個子項： 1. 「石門水庫淤泥脫水處理及資源利用詴辦計畫」–擬在既有法規及評估規劃的基礎上，提出具體、可行的「石門水庫淤泥脫水處理及資源利用詴辦計畫」，以確認淤泥脫水示範廠規模及資源化處理作業流程。若上述示範計畫經實施結果評估可行，將作為北區水資源局（以下簡稱北水局）後續辦理「石門水庫淤泥利用處理專區」長期計畫決策參考。 2. 「石門水庫淤泥填置於桃園海岸之實施計畫」–有關淤泥脫水後之應用方面，依據「石門水庫淤泥應用於桃園海岸之方案規劃及實施計畫(1/2)案」（中興公司，2008）之初步規劃成果，本計畫擬針對可行區域進行地形測量、填土工作規劃、國有林地使用申請、淤泥填置細部實施計畫。 3. 「石門水庫淤泥河道自然排渾規劃及設計」–有關原本屬於大漢溪之淤泥再回歸到大漢溪方面，依據「石門水庫後池改善初步規劃」（中興公司，2008）之初步規劃成果，辦理「石門水庫後池引水路新建工程」、「石門水庫下游河道放淤工程」之可行性評估後，北水局就成果評估其可行性後擇一工程，辦理規劃、細設工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003868</governmentpublicationsnumber><identifier>72483</identifier><internationalstandardbooknumber>9789860302738 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72483</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫淤泥利用處理規劃及設計成果報告－內附光碟 Planning and Design of Utilization and Treatment of Dredged Sludge from Shimen Reservoir  Completion Report</title><yearidentifier>201111</yearidentifier></data><data><abstract>自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，濁水溪水系曾發生多次堤防沖刷潰決災害，造成相當程度的經濟損失或人命傷亡。故現行除應加強進行現有堤防(或護岸)等防洪構造物之維護管理，歲修養護，及定期或不定期辦理檢查等工作，以確保防洪功能外，亦有必要深入瞭解堤基沖刷深度，機制與堤防災害成因，以提供未來工程設計與改善具沖刷錢是堤段防災能力之參考應用，是為本計劃之緣起與目的。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100C01040001104</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72485</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72485</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2)=Reserch in Foundation Erosion of Hazard Potential Levees in Jhuoshuei River(1/2)成果報告</title><yearidentifier>201112</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，導致部分地區發生地層下陷災害；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000132</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010100114</governmentpublicationsnumber><identifier>72486</identifier><internationalstandardbooknumber>9789860315769 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72486</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷防治教育及宣佈導航(1/3)－內附光碟 The Education and Propaganda for Land Subsidence Prevention Affairs(1/3)</title><yearidentifier>201201</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，導致部分地區發生地層下陷災害；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000132</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010100114</governmentpublicationsnumber><identifier>72487</identifier><internationalstandardbooknumber>9789860315769 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72487</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷防治教育及宣佈導航(1/3)－光碟版 The Education and Propaganda for Land Subsidence Prevention Affairs(1/3)</title><yearidentifier>201201</yearidentifier></data><data><abstract>本研究為三年度之計畫，第三年度著重於關注物種之保育，依物種之生活史及特性配合棲地營造概念，對現有工程設施提出更新改善策略，接著進行各策略之工程可行性評估，並擬定規劃技術手冊，以供未來集水區進行排水設計時，能降低對區域生態系統之破壞。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003802</governmentpublicationsnumber><identifier>72488</identifier><internationalstandardbooknumber>9789860301793 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72488</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究(3/3)－光碟版 Study on Systemic Habitat Creation for the Regional Drainage Watershed(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫係依據「台灣水文觀測長期發展計畫」之「深耕水文觀測業務根基，發揮站網功能，確保資料品質」、「厚植水文資訊加值服務，強化預報能力，降低環境衝擊」及「加強水文觀測科技應用，提升觀測效率，減輕人力負擔」三大目標，進行（一）水文觀測技術長期發展之相關政策推動協助；（二）台灣本土化水文分析公式及參數之研究；（三）水文加值分析技術之更新、擴充及服務內容規劃；（四）台灣水文年報、水文環境通訊雙月刊及颱洪乾旱之相關水情分析報告產製；（五）相關培訓課程辦理，以提昇水文觀測業務相關人員之專業技能與素質。期能藉由此計畫之執行，逐步邁向符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000126</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004064</governmentpublicationsnumber><identifier>72489</identifier><internationalstandardbooknumber>9789860304299 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72489</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文觀測技術及水文分析規範與作業綜合服務業(2/2)－內附光碟 Interated Services of Technologies for Hydrological Data Observation and Administrative Operation Procedures for Hydrological Analysis(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫係依據「台灣水文觀測長期發展計畫」之「深耕水文觀測業務根基，發揮站網功能，確保資料品質」、「厚植水文資訊加值服務，強化預報能力，降低環境衝擊」及「加強水文觀測科技應用，提升觀測效率，減輕人力負擔」三大目標，進行（一）水文觀測技術長期發展之相關政策推動協助；（二）台灣本土化水文分析公式及參數之研究；（三）水文加值分析技術之更新、擴充及服務內容規劃；（四）台灣水文年報、水文環境通訊雙月刊及颱洪乾旱之相關水情分析報告產製；（五）相關培訓課程辦理，以提昇水文觀測業務相關人員之專業技能與素質。期能藉由此計畫之執行，逐步邁向符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000126</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004064</governmentpublicationsnumber><identifier>72490</identifier><internationalstandardbooknumber>9789860304299 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72490</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文觀測技術及水文分析規範與作業綜合服務業(2/2)－光碟版 Interated Services of Technologies for Hydrological Data Observation and Administrative Operation Procedures for Hydrological Analysis(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造， 並提出棲息地整體營造設計，以供未來集水區進行排水設計時，能降低區域生態系統之破壞。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010003803</governmentpublicationsnumber><identifier>72491</identifier><internationalstandardbooknumber>9789860301809 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72491</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究總報告書－光碟版 Study on Systemic Habitat Creation for the Regional Drainage Watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000004</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004272</governmentpublicationsnumber><identifier>72492</identifier><internationalstandardbooknumber>9789860305968 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72492</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文資訊系統擴充改善計畫 Improvement to Hydroloical Information Service</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000004</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004272</governmentpublicationsnumber><identifier>72493</identifier><internationalstandardbooknumber>9789860305968 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72493</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文資訊系統擴充改善計畫(光碟版) Improvement to Hydroloical Information Service</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計劃編撰『中央管河川與區域排水系統警戒水位站規劃-技術參考手冊』，供河川局未來需要設置警戒水位站時之參考。此外，根據97年『河川警戒水位訂修參考手冊』之警戒水位訂修之檢視方法，於每年迅期過後，針對警戒水位適用性進行檢視，除水位站資料異常外，今年度之河川與區域排水之警戒水位經檢討均可符合實際所需。而今年度新增水位站計有13處，針對有警戒區域之水位站進行警戒水位訂定。另外由河川局所提出蘭陽溪、雪山坑溪、阿公店溪、東港溪、旗山溪等河川之警戒水位一併檢討與訂定。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000181</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004575</governmentpublicationsnumber><identifier>72494</identifier><internationalstandardbooknumber>9789860309232 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72494</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中央管河川與區域排水系統警戒水位站規劃 Planning of Warning Stage Station for Authority's River and Drainage Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計劃編撰『中央管河川與區域排水系統警戒水位站規劃-技術參考手冊』，供河川局未來需要設置警戒水位站時之參考。此外，根據97年『河川警戒水位訂修參考手冊』之警戒水位訂修之檢視方法，於每年迅期過後，針對警戒水位適用性進行檢視，除水位站資料異常外，今年度之河川與區域排水之警戒水位經檢討均可符合實際所需。而今年度新增水位站計有13處，針對有警戒區域之水位站進行警戒水位訂定。另外由河川局所提出蘭陽溪、雪山坑溪、阿公店溪、東港溪、旗山溪等河川之警戒水位一併檢討與訂定。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000181</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004575</governmentpublicationsnumber><identifier>72495</identifier><internationalstandardbooknumber>9789860309232 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72495</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中央管河川與區域排水系統警戒水位站規劃－光碟版 Planning of Warning Stage Station for Authority's River and Drainage Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨於為臺北水源特定區管理局現有南北勢溪流域所設立之水位流量站進行長期性之流量監測，每月2至4次之例行性流量觀測及水文站操作維護。平常水位時期以機械式流速儀及FlowTracker量測流量，並以DH-48及D-74於南北勢溪測站觀測河川含砂量；高水位時期流量則以聲波式流速儀Min ADP進行量測。計畫執行期間每月蒐集各測站之水位及流量資料，經資料品管與品保後，更新於水文資料庫中。 本年度計畫執行期間，各測站依規定共測得30場平常時期之流量資料，於颱洪期間亦完成15站次之流量觀測；各測站水位-流量率定曲線方面，其準確性及趨勢與原先差異不大，本年度虎寮潭站測得較歷年高之水位流量資料，增加曲線之適用範圍；測站斷面量測方面，各測站共完成4次斷面量測，測站中以水源橋淤積及金瓜寮溪橋沖刷改變量較多；每月定期蒐集水文資料製成月報表及年報表，並分析測站之歷年水位資料，以作為掌握各測站之水文特性；水文情勢分析方面，枯水期間雨量及流量相當稀少，進入豐水期後，雨量及流量並未明顯上昇， 10月因東北季風季風及颱風交互影響下，其雨量及流量明顯上升。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000002</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004747</governmentpublicationsnumber><identifier>72497</identifier><internationalstandardbooknumber>9789860305814 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72497</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游水文監測計畫(100年)Hydrological system measurement of the Area Protected by the Taipei Water Management Office in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>石門水庫位於淡水河上游之大漢溪上，自93年艾利颱風後水庫淤積嚴重，為求水庫永續經營，近年來水利署北區水資源局、水利規劃試驗所等單位積極研擬因應策略，包括以水庫表水與低標高濁水混合稀釋排放、排洪隧道排砂、石門大圳退水路排放底層濁水、石門電廠與永久放水口排砂、石門水庫上游主河道防洪防淤工程排砂等措施。而水庫防淤、排砂策略對下游大漢溪及主流淡水河河道之影響評估方面，包含水庫排砂對下游河道沖淤影響、河防安全影響，鳶山堰、規劃中之中庄調整池取水口濃度之影響、後村堰下游軟岩河床沖刷情形、三鶯堰規劃堰址之沖淤及藍色公路航道沖淤變化等，尚需相關研究以評估防淤策略及取水設施操作之合適性，爰成立本計畫。 二、	相關資料收集彙整與分析 收集大漢溪、淡水河歷年之水文、斷面及河床質等基本資料，並對河道歷年之沖淤情形及河道變遷進行分析。另於大漢溪溪及淡水河進行河床質調查分析(共二十五個採樣坑)及泥砂濃度監測。 三、	石門水庫防淤對下游河道之影響評估 本研究採用美國國家計算水科學及工程中心之CCHE1D、CCHE2D模式，作為相關分析評估之動床數模工具，並參考民國100年「石門水庫防洪防淤工程規劃-水工模型試驗」之物模試驗資料，及北水局提供鳳凰、薔蜜、辛樂克及莫拉克等颱風實測流量及泥砂資料，進行模擬。本計畫針對現況案、防洪防淤隧道C1案、C1延伸管案、D2案及C1延伸管案+D2修改案等五案，評估各防洪防淤方案對下游河道之影響。 新增防洪防淤隧道後，單一颱洪事件對下游河道之影響，與上游排洪排砂量有關，如艾利、辛樂克及薔蜜颱風因排洪、排砂量大，水流可將泥砂挾帶至淡水河下游沉積，明顯沉積範圍位於淡水河柑園大橋至忠孝大橋間；而鳳凰、莫拉克颱風排洪、排砂量小，水流挾砂能力小，故砂泥零星落淤在大漢溪河道，並未影響下游淡水河之沖淤。 新增防洪防淤隧道後，對下游河道之長期影響，因現況上游來砂之補充，未來48年間現況下游河道多為淤積狀態，而新增防洪防淤隧道後，淤積深度有所增加、河床漸有回淤，尤以C1延伸管案及C1延伸管案+D2修改案最為明顯(排砂量較其它方案為大)，河道淤積最為顯著，範圍為城林大橋至關渡大橋河段。 四、	河防安全評估 大漢溪採100年重現期進行模擬，淡水河採200年重現期進行模擬，且河口水位設定為EL 4.03公尺(台北地區防洪計畫建議方案)作為起算水位，用以評估單場颱洪在防洪防淤操作條件下，是否有出水高不足或溢堤之可能性。結果說明除關渡大橋至淡水河口附近，受暴潮影響下，有出水高不足及溢堤之問題外，其餘河段尚無出水高不足之問題；而新增防洪防淤隧道後之洪水位，與現況案相近，並無水位大幅上升之情形發生。另針對各模擬案例中，底床沖淤、流速變化較劇烈之河段，進行堤岸基腳附近之流場分析。 五、	含砂濃度影響評估 鳶山堰水源係由石門水庫放流或擷取河道側流量，其濁度抬升主要是上游石門水庫排洪排砂所致，一旦發生原水濁度提高，影響供水甚劇。本研究針對鳶山堰河段進行二維局部流場模擬，探討各防洪防淤方案下鳶山堰取水口附近之懸浮載濃度變化，有無影響供水之虞。另外，懸浮載濃度對水生動、植物影響，本研究則以現況案之洪峰懸浮載濃度作為基準，評估新增防洪防淤隧道後，懸浮載濃度是否與現況案相差甚多，作為評估是否有影響水生動、植物之虞。 六、	防洪防淤操作之影響說明及因應對策 未來不論石門水庫實施任何防洪防淤策略，都有助於下游河床回淤，使河道趨於沖淤平衡狀態，但近年下游河道已設置多處河濱公園、生態濕地及自行車道等親水設施，加上政府已著手規劃三鶯堰、藍色公路等設施，故有需要提出相關因應策略來面對未來可能遭遇之挑戰。本報告就三面向進行說明：1.上游集水區保育、2.下游河道管理、3.穩定供水設施。 七、	教育訓練 於民國99年12月01日辦理CCHE1D模式之教育訓練工作，主要介紹CCHE1D模式理論架構與特點、代表案例說明、本計畫建置之淡水河動床應用案例模組等，進行技術轉移工作。另於民國100年11月08日辦理CCHE2D模式之教育訓練工作，主要介紹CCHE2D模式理論架構與特點、代表案例說明、本計畫建置之淡水河動床應用案例模組等，進行技術轉移工作，內容詳見附錄二。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004974</governmentpublicationsnumber><identifier>72498</identifier><internationalstandardbooknumber>9789860313420 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72498</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫防淤策略對下游河道影響之評估研究 Impact Evaluation of Sediment Released from Shih-men Reservoir in Downstream River Morphology</title><yearidentifier>201112</yearidentifier></data><data><abstract>石門水庫位於淡水河上游之大漢溪上，自93年艾利颱風後水庫淤積嚴重，為求水庫永續經營，近年來水利署北區水資源局、水利規劃試驗所等單位積極研擬因應策略，包括以水庫表水與低標高濁水混合稀釋排放、排洪隧道排砂、石門大圳退水路排放底層濁水、石門電廠與永久放水口排砂、石門水庫上游主河道防洪防淤工程排砂等措施。而水庫防淤、排砂策略對下游大漢溪及主流淡水河河道之影響評估方面，包含水庫排砂對下游河道沖淤影響、河防安全影響，鳶山堰、規劃中之中庄調整池取水口濃度之影響、後村堰下游軟岩河床沖刷情形、三鶯堰規劃堰址之沖淤及藍色公路航道沖淤變化等，尚需相關研究以評估防淤策略及取水設施操作之合適性，爰成立本計畫。 二、	相關資料收集彙整與分析 收集大漢溪、淡水河歷年之水文、斷面及河床質等基本資料，並對河道歷年之沖淤情形及河道變遷進行分析。另於大漢溪溪及淡水河進行河床質調查分析(共二十五個採樣坑)及泥砂濃度監測。 三、	石門水庫防淤對下游河道之影響評估 本研究採用美國國家計算水科學及工程中心之CCHE1D、CCHE2D模式，作為相關分析評估之動床數模工具，並參考民國100年「石門水庫防洪防淤工程規劃-水工模型試驗」之物模試驗資料，及北水局提供鳳凰、薔蜜、辛樂克及莫拉克等颱風實測流量及泥砂資料，進行模擬。本計畫針對現況案、防洪防淤隧道C1案、C1延伸管案、D2案及C1延伸管案+D2修改案等五案，評估各防洪防淤方案對下游河道之影響。 新增防洪防淤隧道後，單一颱洪事件對下游河道之影響，與上游排洪排砂量有關，如艾利、辛樂克及薔蜜颱風因排洪、排砂量大，水流可將泥砂挾帶至淡水河下游沉積，明顯沉積範圍位於淡水河柑園大橋至忠孝大橋間；而鳳凰、莫拉克颱風排洪、排砂量小，水流挾砂能力小，故砂泥零星落淤在大漢溪河道，並未影響下游淡水河之沖淤。 新增防洪防淤隧道後，對下游河道之長期影響，因現況上游來砂之補充，未來48年間現況下游河道多為淤積狀態，而新增防洪防淤隧道後，淤積深度有所增加、河床漸有回淤，尤以C1延伸管案及C1延伸管案+D2修改案最為明顯(排砂量較其它方案為大)，河道淤積最為顯著，範圍為城林大橋至關渡大橋河段。 四、	河防安全評估 大漢溪採100年重現期進行模擬，淡水河採200年重現期進行模擬，且河口水位設定為EL 4.03公尺(台北地區防洪計畫建議方案)作為起算水位，用以評估單場颱洪在防洪防淤操作條件下，是否有出水高不足或溢堤之可能性。結果說明除關渡大橋至淡水河口附近，受暴潮影響下，有出水高不足及溢堤之問題外，其餘河段尚無出水高不足之問題；而新增防洪防淤隧道後之洪水位，與現況案相近，並無水位大幅上升之情形發生。另針對各模擬案例中，底床沖淤、流速變化較劇烈之河段，進行堤岸基腳附近之流場分析。 五、	含砂濃度影響評估 鳶山堰水源係由石門水庫放流或擷取河道側流量，其濁度抬升主要是上游石門水庫排洪排砂所致，一旦發生原水濁度提高，影響供水甚劇。本研究針對鳶山堰河段進行二維局部流場模擬，探討各防洪防淤方案下鳶山堰取水口附近之懸浮載濃度變化，有無影響供水之虞。另外，懸浮載濃度對水生動、植物影響，本研究則以現況案之洪峰懸浮載濃度作為基準，評估新增防洪防淤隧道後，懸浮載濃度是否與現況案相差甚多，作為評估是否有影響水生動、植物之虞。 六、	防洪防淤操作之影響說明及因應對策 未來不論石門水庫實施任何防洪防淤策略，都有助於下游河床回淤，使河道趨於沖淤平衡狀態，但近年下游河道已設置多處河濱公園、生態濕地及自行車道等親水設施，加上政府已著手規劃三鶯堰、藍色公路等設施，故有需要提出相關因應策略來面對未來可能遭遇之挑戰。本報告就三面向進行說明：1.上游集水區保育、2.下游河道管理、3.穩定供水設施。 七、	教育訓練 於民國99年12月01日辦理CCHE1D模式之教育訓練工作，主要介紹CCHE1D模式理論架構與特點、代表案例說明、本計畫建置之淡水河動床應用案例模組等，進行技術轉移工作。另於民國100年11月08日辦理CCHE2D模式之教育訓練工作，主要介紹CCHE2D模式理論架構與特點、代表案例說明、本計畫建置之淡水河動床應用案例模組等，進行技術轉移工作，內容詳見附錄二。</abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/8</date><governmentpublicationsnumber>1010004974</governmentpublicationsnumber><identifier>72499</identifier><internationalstandardbooknumber>9789860313420 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72499</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫防淤策略對下游河道影響之評估研究(光碟版) Evaluation of Sediment Released from Shih-men Reservoir in Downstream River Morphology</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫評估水庫永續性指標及等級劃分，並利用心智圖及系統動力模式分析不同評估指標間之相依或競合關係，說明調整不同的策略對其他策略的影響。本計畫以曾文、烏山頭及南化水庫為例，說明不同策略對水庫永續性之影響，整合評估工具並發展展示系統，透過展示系統分析評估水庫永續性，可直接展示評估結果</abstract><author>國立臺灣大學</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000362</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004163</governmentpublicationsnumber><identifier>72501</identifier><internationalstandardbooknumber>9789860305197 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72501</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水庫永續性與支援決策系統之整合評估－內附光碟 Integrated Assessment of Supporting Decision System and Reservoir Sustainability</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫評估水庫永續性指標及等級劃分，並利用心智圖及系統動力模式分析不同評估指標間之相依或競合關係，說明調整不同的策略對其他策略的影響。本計畫以曾文、烏山頭及南化水庫為例，說明不同策略對水庫永續性之影響，整合評估工具並發展展示系統，透過展示系統分析評估水庫永續性，可直接展示評估結果</abstract><author>國立臺灣大學</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000362</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004163</governmentpublicationsnumber><identifier>72502</identifier><internationalstandardbooknumber>9789860305197 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72502</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水庫永續性與支援決策系統之整合評估－光碟版 Integrated Assessment of Supporting Decision System and Reservoir Sustainability</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之水利事業衝擊及相關調適策略，本計畫整合水文因子情境設定、衝擊評估、脆弱度及風險評估、調適策略與方案，以建立氣候變遷下高屏溪流域之複合型災害脆弱度及風險評估，並提出調適策略及因應之行動方案。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000078</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004083</governmentpublicationsnumber><identifier>72503</identifier><internationalstandardbooknumber>9789860303841 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72503</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫(2/2) The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之水利事業衝擊及相關調適策略，本計畫整合水文因子情境設定、衝擊評估、脆弱度及風險評估、調適策略與方案，以建立氣候變遷下高屏溪流域之複合型災害脆弱度及風險評估，並提出調適策略及因應之行動方案。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000078</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004083</governmentpublicationsnumber><identifier>72504</identifier><internationalstandardbooknumber>9789860303841 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72504</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫(2/2)--光碟版 The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004083</governmentpublicationsnumber><identifier>72505</identifier><internationalstandardbooknumber>9789860303841 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72505</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫(2/2)--資料光碟=The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之水利事業衝擊及相關調適策略，本計畫整合水文因子情境設定、衝擊評估、脆弱度及風險評估、調適策略與方案，以建立氣候變遷下高屏溪流域之複合型災害脆弱度及風險評估，並提出調適策略及因應之行動方案。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000078</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004085</governmentpublicationsnumber><identifier>72506</identifier><internationalstandardbooknumber>9789860303858 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72506</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫總報告書 The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水再生利用方案在廠商使用意願及供水成本等方面，以供應台中港工業專區最為可行。因此有關水再生廠規模及位置、輸水路線及管徑、興辦方式、財務營管計畫等項目實有必要作更進一步檢討及規劃，俾利未來實廠建設。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010001217</governmentpublicationsnumber><identifier>72507</identifier><internationalstandardbooknumber>9789860281392 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72507</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心再生水供應台中港工業專區可行性規劃－內附光碟 Feasibility Study to Use Reclaimed Water at Futain Water Resource Recycling Center for Port of Taichung Industrial District</title><yearidentifier>201112</yearidentifier></data><data><abstract>水再生利用方案在廠商使用意願及供水成本等方面，以供應台中港工業專區最為可行。因此有關水再生廠規模及位置、輸水路線及管徑、興辦方式、財務營管計畫等項目實有必要作更進一步檢討及規劃，俾利未來實廠建設。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010001217</governmentpublicationsnumber><identifier>72508</identifier><internationalstandardbooknumber>9789860281392 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72508</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心再生水供應台中港工業專區可行性規劃－光碟版 Feasibility Study to Use Reclaimed Water at Futain Water Resource Recycling Center for Port of Taichung Industrial District</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為進行南化水庫上游水資源開發調查規劃，於啞湖口壩址辦理地質鑽探、地形測量、築壩材料初步調查及集水區崩塌地調查等，評估壩址適合壩型、築壩材料來及研提集水區防砂規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000367</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004152</governmentpublicationsnumber><identifier>72509</identifier><internationalstandardbooknumber>9789860305135 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72509</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>南化水庫上游水資源開發調查規劃－內附光碟The Planning and Investigation of Water Resources Development in the Upstream of the Nan-Hua Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為進行南化水庫上游水資源開發調查規劃，於啞湖口壩址辦理地質鑽探、地形測量、築壩材料初步調查及集水區崩塌地調查等，評估壩址適合壩型、築壩材料來及研提集水區防砂規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000367</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004152</governmentpublicationsnumber><identifier>72510</identifier><internationalstandardbooknumber>9789860305135 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72510</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>南化水庫上游水資源開發調查規劃－光碟版 The Planning and Investigation of Water Resources Development in the Upstream of the Nan-Hua Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署北區水資源局經管國有公用土地位置分布於桃園縣、新竹縣、新竹市、宜蘭縣、新北市等縣市境內，總面積逾1,100公頃，幅員遼?，其中多為民國47年至53年間即取得，因取得時間久遠，管理不易。為確實掌握現況，以利加強管理，故辦理經管土地清查及被占用調查作業。 計畫辦理經管土地中非屬水庫淹?區水域範圍土地之基本影像判釋資料，並且針對其中約150公頃局管土地進行現況調查，最後挑選約100筆被占用土地進行測繪調查工作。希冀籍由正射影像判釋，再輔以外業現況調查、及被占用現場測量等作業，逐步建立局管土地被占用現況完整資料，並將調查成果匯入GIS管理及查詢系統內；以最具效益之方式，控管被占用情形，俾利後續依規定辦理被占用排除業務，促使國有公用不動產達最有效利用。 本次執行成果包含：完成局管土地影像判釋作業，共計5721筆。經影像判釋後得知，有地上建築物或固定物、農用地、墓地、或具有人工整理跡象之土地者共計1171筆，占總判釋案件20.45%。完成2038筆現地調查作業，總調查面積約159.94公頃。經調查後發現疑似被占用者共計671筆，占調查比例32.92%。針對104筆土地進行現場建築物位置量測作業，並將測量成果繪製成建物平面圖，轉成地理資訊格式圖檔匯入系統。經測量後發現局管土地被建築物占用之面積合計為10137.37平方公尺。除了將上述成果匯入地理資訊系統中，並針對相關功能進行擴充，以便後續利用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>554.43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004847</governmentpublicationsnumber><identifier>72513</identifier><internationalstandardbooknumber>9789860312096 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72513</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局經管國有公用不動產清查及被占用現況調查 The Real Estate Inventory And The Investigation of Occupied Situation in Nation-Owned Lands of The Northern Region Water Resources Office, Water Resources Agency, Ministry of Eco</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之水利事業衝擊及相關調適策略，本計畫整合水文因子情境設定、衝擊評估、脆弱度及風險評估、調適策略與方案，以建立氣候變遷下高屏溪流域之複合型災害脆弱度及風險評估，並提出調適策略及因應之行動方案。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000078</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004085</governmentpublicationsnumber><identifier>72514</identifier><internationalstandardbooknumber>9789860303858 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72514</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫 總報告書--光碟版 The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署北區水資源局經管國有公用土地位置分布於桃園縣、新竹縣、新竹市、宜蘭縣、新北市等縣市境內，總面積逾1,100公頃，幅員遼?，其中多為民國47年至53年間即取得，因取得時間久遠，管理不易。為確實掌握現況，以利加強管理，故辦理經管土地清查及被占用調查作業。 計畫辦理經管土地中非屬水庫淹?區水域範圍土地之基本影像判釋資料，並且針對其中約150公頃局管土地進行現況調查，最後挑選約100筆被占用土地進行測繪調查工作。希冀籍由正射影像判釋，再輔以外業現況調查、及被占用現場測量等作業，逐步建立局管土地被占用現況完整資料，並將調查成果匯入GIS管理及查詢系統內；以最具效益之方式，控管被占用情形，俾利後續依規定辦理被占用排除業務，促使國有公用不動產達最有效利用。 本次執行成果包含：完成局管土地影像判釋作業，共計5721筆。經影像判釋後得知，有地上建築物或固定物、農用地、墓地、或具有人工整理跡象之土地者共計1171筆，占總判釋案件20.45%。完成2038筆現地調查作業，總調查面積約159.94公頃。經調查後發現疑似被占用者共計671筆，占調查比例32.92%。針對104筆土地進行現場建築物位置量測作業，並將測量成果繪製成建物平面圖，轉成地理資訊格式圖檔匯入系統。經測量後發現局管土地被建築物占用之面積合計為10137.37平方公尺。除了將上述成果匯入地理資訊系統中，並針對相關功能進行擴充，以便後續利用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>554.43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004847</governmentpublicationsnumber><identifier>72515</identifier><internationalstandardbooknumber>9789860312096 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72515</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局經管國有公用不動產清查及被占用現況調查成果報告書光碟  The Real Estate Inventory And The Investigation of Occupied Situation in Nation-Owned Lands of The Northern Region Water Resources Office, Water Resources Agency, Ministr</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004085</governmentpublicationsnumber><identifier>72516</identifier><internationalstandardbooknumber>9789860303858 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72516</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化高屏溪流域因應氣候變遷防洪調適能力研究計畫 總報告書--資料光碟=The Project of Adaptation Enhancement for Flood Mitigation due to Climate Change：A Case Study in Kaoping River(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本地質探查報告為石門水庫阿姆坪防洪防淤工程可行性規劃之地質調查成果，地質調查評估係針對方案D-5路線，完成地表地質複核，地質鑽探12孔總深度1000公尺，現地及室內岩石試驗，地下水位量測7孔，地電阻影像剖面探測全線施作共4,200公尺，煤礦坑補充調查，路線工程地質及隧道特殊地質評估，繪製路線地質平面圖(1/10,000)、隧道沿線地質平剖面圖(1/5,000)、進出水口地質平剖面圖(1/1,000)、路線工程地質評估剖面圖。 計畫路線自阿姆坪以直線往#10及#11沉澱池，通過地層及構造由進水口往出水口包括桂竹林層、南莊層、南港層、石底層、新店斷層及卓蘭層，地質綜合評估成果摘要說明如下。 (一)進水口：位於一平坦之階地堆積層上，基盤為桂竹林層，岩石單壓強度約50kg/cm2，屬甚弱岩石，推估高程約在233~234公尺間，地層層面與洞口邊坡成順向坡，唯層理不發達，形成大規模平面破壞之可能性低，但由於岩石強度低，膠結不佳，邊坡降挖需留意邊坡穩定。階地外圍為傾斜之斜坡，與目前水庫之淤積面高程212約有23公尺之落差，引水管自平坦之階地上往水庫方向延伸，與此斜坡約略成平行，兩支引水管於高程上將會出現明顯落差。 (二)出水口：位於台4線省道下方，地層屬卓蘭層，岩性以砂岩夾頁岩為主，岩石單壓強度約50kg/cm2，屬甚弱岩石，部分岩體呈未膠結之鬆砂狀態。尾水渠道通過#10及#11沉澱池，此區段原為河階堆積層已移除作為容納水庫淤泥之空間，淤泥需進行固化處理。河階堆積層下方基盤為卓蘭層，高程約為105~107公尺，尾水渠道結構物基礎無法座落於岩盤面上，挑流工所在之岩盤岩石強度較低，為低至中耐久性，岩盤易受沖刷應進行保護。 (三)	本計畫隧道自里程0K-150至3K+675，全長約3,825公尺，最大覆蓋約為310公尺，通過湳仔溝溪覆蓋約為52公尺，可能遭遇工程地質問題及對策，整理如摘表1及摘圖一，並分別說明如下： 1、隧道於進洞後之150公尺，覆蓋厚度小於1D，通過桂竹林層岩性主要為膠結不佳之砂岩，岩體自持性差，隧道開挖可考慮採前進支撐及地盤改良等方法加以克服。 2、里程0+120~0+960通過南莊層，99BH-16(0K+450)鑽孔岩心至91公尺深均有鏽染情形，顯示此區域曾經歷地下水位返復的升降，目前水位約在地表下10公尺，水位甚高，地電阻影像剖面探查結果，亦顯示可能為含水層，有凝灰岩存在，似乎形成地下水變化之邊界，隧道通過0K+350~700區間需留意地下水問題，建議基設階段進行補充調查。 3、隧道里程0+960~1+800通過南港層，地電阻影像剖面探查顯示通過湳仔溝溪(1K+280~1K+370)可能為含水層，此區段最小覆蓋厚度僅52公尺，岩盤為堅實砂岩，透水度低，不致發生大量湧水。通過砂岩段有受壓水層，為水包型式。 4、隧道於里程1K+970~2k+130間通過石底層之4煤層，極可能遭遇有害性氣體地盤，隧道施工應加強隧道之通風排氣。未開採的煤層如同地層中之弱帶，煤層與鄰接岩層之間的抗剪強度極低，岩層容易沿著煤而發生滑動破壞。煤層本身之強度低、變形性高，隧道通過煤層上方時，則必須考慮沉陷量過大或不均勻沈陷的問題，建議於基設籍施工階段進行補充調查。 5、隧道於里程2+170~2+230通過新店斷層，由鑽孔中剪裂破碎夾泥之狀況，推估隧道通過剪裂破碎帶之長度為60公尺，擾動帶寬度則可能達120公尺，斷層泥未含膨脹性黏土。隧道通過新店斷層屬中度危害之斷層破碎帶，並伴隨高度擠壓問題，建議進行施工中前進探查確認，及固結灌漿方式克服。 6、里程2+230~3+675通過卓蘭層，屬於強度較低之B岩類，，另隧道出口處之99BH-12水平鑽孔於鑽探完成後孔口持續出水，地電阻影像剖面探查亦顯示3K+380~3K+530可能為含水層。由於卓蘭層膠結度不佳之性質，岩體自持性差，其可能之影響範圍建議進一步調查釐清，可考慮採前進支撐及地盤改良等方法加以克服。 7、隧道近出口處通過台4線省道下方，隧道上方之岩盤覆蓋僅1.5D，淺覆蓋長度約100 公尺，岩體自持性不佳，隧道開挖可考量採管冪工法配合地盤改良，以避免對交通造成影響。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6427</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004176</governmentpublicationsnumber><identifier>72517</identifier><internationalstandardbooknumber>9789860302035 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72517</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫阿姆坪防洪防淤工程可行性規劃－地質調查專題成果報告(內附光碟) Feasibility Planning of Shihmen Reservoir Amouping Flood Diversion and Anti-silt Project Report on Geological Survey and Testing</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪下游段歷經921地震，加上近年颱風頻仍且挾帶強大豪雨，造成後龍溪流域諸多災害。由於地震及颱洪之作用，產生大量鬆散之砂石，河川輸砂特性因子改變，對於河道穩定產生極大之影響。後龍溪河道沖淤問題已成為河道穩定與防洪安全之關鍵要素，輸砂資料為河床沖淤變化與河川治理之重要參考依據，因此極有必要針對後龍溪水文及輸砂量進行量測，並據以推導研究河段之ㄧ般沖刷水深推估式，供防洪構造物設計及災害預警參考，以達防洪興利減災之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000120</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004778</governmentpublicationsnumber><identifier>72518</identifier><internationalstandardbooknumber>9789860310344 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72518</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪水文及輸砂量量測計畫成果報告(內附光碟)=Field Measurements of Hydrological and Sediment Discharge for Houlong River</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪下游段歷經921地震，加上近年颱風頻仍且挾帶強大豪雨，造成後龍溪流域諸多災害。由於地震及颱洪之作用，產生大量鬆散之砂石，河川輸砂特性因子改變，對於河道穩定產生極大之影響。後龍溪河道沖淤問題已成為河道穩定與防洪安全之關鍵要素，輸砂資料為河床沖淤變化與河川治理之重要參考依據，因此極有必要針對後龍溪水文及輸砂量進行量測，並據以推導研究河段之ㄧ般沖刷水深推估式，供防洪構造物設計及災害預警參考，以達防洪興利減災之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004777</governmentpublicationsnumber><identifier>72519</identifier><internationalstandardbooknumber>9789860310351 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72519</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究 (2/2) = Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Touqian River (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72520</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72520</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新 Maintenance and Update of Flood Forecasting System for Koaping River in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72521</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72521</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新(光碟版) Maintenance and Update of Flood Forecasting System for Koaping River in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本局轄管海堤包含屏東縣及澎湖縣，海岸線全長分別為136及320公里，近年來轄區海岸夏季沙灘嚴重消失，海岸防護構造物遭受侵蝕，部份海堤已有下陷、變形至有危及公共安全之虞。近年來科技日新月異，利用非破壞性之探測技術，即可在無需地毯式的開挖下，有效而快速的得到結果。例如透地雷達則可藉由入射波經地下電性界面，或異常之反射情形，全盤掌握分析海堤之安全加以評估，並依據經濟部水利署頒布之「海堤管理辦法」及「水利建造物檢查及安全評估辦法」等相關規定，並參酌水利建造物檢查及安全評估技術規範(防水、洩水建造物篇)提出本案。本案計畫藉由專業技術顧問團隊或專業學術團隊，執行全面性檢查，並適時輔以專業透地雷達技術或鑽探分析，辦理屏東縣及澎湖縣海堤水利建造物檢查工作，並提出屏東縣及澎湖縣海堤檢查系統規劃報告，俾利作為未來屏東縣及澎湖縣海堤維護規劃及治理之參考依據。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000143</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004976</governmentpublicationsnumber><identifier>72522</identifier><internationalstandardbooknumber>9789860313314 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72522</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東縣及澎湖縣海堤檢查系統規劃暨檢查計畫(2/2)含屏東縣海堤非破壞性檢測報告 The Seawall System Plan and Inspection Scheme of Pingtung County and Penghu County (2/2) Included Non-destructive Testing Report of the Seawall in Pingtung</title><yearidentifier>201112</yearidentifier></data><data><abstract>本局轄管海堤包含屏東縣及澎湖縣，海岸線全長分別為136及320公里，近年來轄區海岸夏季沙灘嚴重消失，海岸防護構造物遭受侵蝕，部份海堤已有下陷、變形至有危及公共安全之虞。近年來科技日新月異，利用非破壞性之探測技術，即可在無需地毯式的開挖下，有效而快速的得到結果。例如透地雷達則可藉由入射波經地下電性界面，或異常之反射情形，全盤掌握分析海堤之安全加以評估，並依據經濟部水利署頒布之「海堤管理辦法」及「水利建造物檢查及安全評估辦法」等相關規定，並參酌水利建造物檢查及安全評估技術規範(防水、洩水建造物篇)提出本案。本案計畫藉由專業技術顧問團隊或專業學術團隊，執行全面性檢查，並適時輔以專業透地雷達技術或鑽探分析，辦理屏東縣及澎湖縣海堤水利建造物檢查工作，並提出屏東縣及澎湖縣海堤檢查系統規劃報告，俾利作為未來屏東縣及澎湖縣海堤維護規劃及治理之參考依據。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000143</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004976</governmentpublicationsnumber><identifier>72523</identifier><internationalstandardbooknumber>9789860313314 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72523</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>屏東縣及澎湖縣海堤檢查系統規劃暨檢查計畫(2/2)含屏東縣海堤非破壞性檢測報告(光碟版) The Seawall System Plan and Inspection Scheme of Pingtung County and Penghu County (2/2) Included Non-destructive Testing Report of the Seawall in Pingtung</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/9</date><governmentpublicationsnumber>1010004163</governmentpublicationsnumber><identifier>72524</identifier><internationalstandardbooknumber>9789860305197 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72524</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水庫永續性與支援決策系統之整合評估  Integrated Assessment of Supporting Decision System and Reservoir Sustainability</title><yearidentifier>201112</yearidentifier></data><data><abstract>聯合大地工程顧問股份有限公司承辦經濟部水利署北區水資源局執行「石門水庫阿姆坪防洪防淤工程可行性規劃」委託技術服務，其中「補充地形測量」委託自強工程顧問公司執行。 補充地形測量主要為調查進出水口及預定路線周邊地形現況，以便規劃設計後續相關工程配置。工作內容主要為五大項：（一）控制基樁埋設、（二）控制測量、（三）陸域地形測量、（四）單音束水深測量。冀求進出水口與預定路線沿線周邊之陸上與水下底床地形完整呈現。 作業時間自100年2月8日起至100年4月3日逐一完成各項工作內容，其中最困難為陸域地形測量工作，採用全測站（Total Station）地形測量方式，由於隧道工程沿線橫跨枕頭山與溪洲山山脈，高低起伏變化大，且林木茂密，增加作業困難度。 本測量現地調查作業成果如下： （一）四支控制基樁分別埋設於進水口（生態園區內）二支，出水口二支（台四線與10號沈澱池附近各一支），以利後續工程引用。 （二）本案引用已知點計有一等水準點6點、三等控制點3點、石門水庫控制樁1支、斷面樁1支，GPS引測點8點、導線點103點，控制引點91點。 （三）進水口位於原阿姆坪砂石場，現場遺留砂石洗選機、抽砂船與工務所等廢棄機具，除北側有4～5處沈砂池外，其他區域地勢平坦，砂石場西側則為阿姆坪生態園區。 （四）出水口位於測區西北側台四線以西區域，經過第10號、第11號沈澱池進入大漢溪河道排放區，本區主要為雜草區。大漢溪河道主槽位於左岸，河床主要為岩盤與卵石分佈，平時水流流量不大。 （五）	隧道工程路線分別穿越枕頭山與溪洲山，本區主要為山地密林區，山區道路有大艽芎古道，分佈於溪洲山山脈，過溪洲山至台四線本段則為平緩丘陵。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004185</governmentpublicationsnumber><identifier>72525</identifier><internationalstandardbooknumber>9789860300444 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72525</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫阿姆坪防洪防淤工程可行性規劃 測量專題成果報告－內附光碟 Feasibility Study of Amuping Flood/Silt Control Project in Shihmen Reservoir Land Survey Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>經濟部水利署為我國水災害防救業務之主管機關。為能有效提昇預警以及防救災效率，經濟部水利署依據行政院核定之「台灣地區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完成各項業務。有鑑於近年全球氣候異常徵兆的浮現，世界各地之水文災情頻傳，未來所將面對的水文環境變化仍具高度之不確定性。考量政府施政之一貫性及延續性，研提「台灣水文觀測長期發展計畫(99年~103年)」。據此，實施本(近海水文站網營運與觀測技術提昇)計畫，以落實水利署禦潮防災之職掌，並強化觀測技術之本土化。 本(100)年度為計畫執行之第二年度，計畫目標為『維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，供海岸保護和管理、海洋資源開發利用』。本計畫協助水利署管理、保養並維護之測站共計38站，包括6座資料浮標、12座岸邊氣象站、12座潮位站、5座電腦資訊展示站或電子看板，以及3座海況視訊站。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000003</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004188</governmentpublicationsnumber><identifier>72526</identifier><internationalstandardbooknumber>9789860304305 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72526</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>近海水文站網營運與觀測技術提昇(2/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>經濟部水利署為我國水災害防救業務之主管機關。為能有效提昇預警以及防救災效率，經濟部水利署依據行政院核定之「台灣地區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完成各項業務。有鑑於近年全球氣候異常徵兆的浮現，世界各地之水文災情頻傳，未來所將面對的水文環境變化仍具高度之不確定性。考量政府施政之一貫性及延續性，研提「台灣水文觀測長期發展計畫(99年~103年)」。據此，實施本(近海水文站網營運與觀測技術提昇)計畫，以落實水利署禦潮防災之職掌，並強化觀測技術之本土化。 本(100)年度為計畫執行之第二年度，計畫目標為『維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，供海岸保護和管理、海洋資源開發利用』。本計畫協助水利署管理、保養並維護之測站共計38站，包括6座資料浮標、12座岸邊氣象站、12座潮位站、5座電腦資訊展示站或電子看板，以及3座海況視訊站。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000003</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004188</governmentpublicationsnumber><identifier>72527</identifier><internationalstandardbooknumber>9789860304305 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72527</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>近海水文站網營運與觀測技術提昇(2/3)－光碟版 Operation and Technology Improvement of the Coastal Ocean Monitoring Network(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水文水理分析與颱風值勤作業化、模式執行自動化、模式資料交換標準化，為國內近年水文氣象觀測技術與相關資訊技術發展之共同目標。水利署於平時與汛期因應相關業務需求，已經研發多種不同之需求之水利模式、系統。但各模式與系統在開發過程中，並未完整考量後續與其他模式銜接之問題與需求。因此在後續持續應用模式與應用整合過程中，需要花費更多的人力與經費進行整合或系統之改寫工作，使得署內發展之模式與系統之再使用性與通用性不足。 因此本研究將水利模式運作過程中，相關流程加以元件化、模組化。並且分析海象、氣象、水文資料在模式運作過程中資訊交換流程；並且探討後續模式、資料更新情況與解決方案。同時為了提升預報成果之可靠度，考量資料來源與模式之各種不確定性等問題提出多模式之運作概念。利用水利署水文氣象觀測整合平台(FEWS_Taiwan)作為模式銜接、資料交換之實作平台。將各種模式以物件化方式進行銜接，應用xml格式作為模式之資料交換標準格式。建立多資料與多模式的運作標準架構；並以SOBEK , HEC-RAS, REFOR模式作為銜接測試與驗證案例。提出可供模式開發者作為依據之模式銜接與更新之標準流程，作為後續水利署進行模式開發與系統建置之參考，達成多模式庫實作平台。作為後續機率水位預報之前置準備。</abstract><author>台北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990205</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004126</governmentpublicationsnumber><identifier>72528</identifier><internationalstandardbooknumber>9789860304473 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72528</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>海象資訊及多糢式庫整合於水文氣象觀測整合平台之應用研究(2/2) The Applied Study to incorporate Tidal Data and Multi-model on an Integrated Hydrometeorology Platform(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水文水理分析與颱風值勤作業化、模式執行自動化、模式資料交換標準化，為國內近年水文氣象觀測技術與相關資訊技術發展之共同目標。水利署於平時與汛期因應相關業務需求，已經研發多種不同之需求之水利模式、系統。但各模式與系統在開發過程中，並未完整考量後續與其他模式銜接之問題與需求。因此在後續持續應用模式與應用整合過程中，需要花費更多的人力與經費進行整合或系統之改寫工作，使得署內發展之模式與系統之再使用性與通用性不足。 因此本研究將水利模式運作過程中，相關流程加以元件化、模組化。並且分析海象、氣象、水文資料在模式運作過程中資訊交換流程；並且探討後續模式、資料更新情況與解決方案。同時為了提升預報成果之可靠度，考量資料來源與模式之各種不確定性等問題提出多模式之運作概念。利用水利署水文氣象觀測整合平台(FEWS_Taiwan)作為模式銜接、資料交換之實作平台。將各種模式以物件化方式進行銜接，應用xml格式作為模式之資料交換標準格式。建立多資料與多模式的運作標準架構；並以SOBEK , HEC-RAS, REFOR模式作為銜接測試與驗證案例。提出可供模式開發者作為依據之模式銜接與更新之標準流程，作為後續水利署進行模式開發與系統建置之參考，達成多模式庫實作平台。作為後續機率水位預報之前置準備。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990205</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004126</governmentpublicationsnumber><identifier>72529</identifier><internationalstandardbooknumber>9789860304473 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72529</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>海象資訊及多糢式庫整合於水文氣象觀測整合平台之應用研究2/2)－光碟版 The Applied Study to incorporate Tidal Data and Multi-model on an Integrated Hydrometeorology Platform(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作。水質定期監測點之規劃，主要延續上年度計畫所執行的測站，以儘量錯開環保署測站為主要原則，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000312</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003260</governmentpublicationsnumber><identifier>72530</identifier><internationalstandardbooknumber>9789868282759 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72530</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>100</publishrocyear><title>100年度「高屏溪流域河川水質採樣檢測分析」工作計畫 Sampling and Analysis for the Water Quality of Kao-Pin River (2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作。水質定期監測點之規劃，主要延續上年度計畫所執行的測站，以儘量錯開環保署測站為主要原則，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000312</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003260</governmentpublicationsnumber><identifier>72531</identifier><internationalstandardbooknumber>9789868282759 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72531</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>100</publishrocyear><title>100年度「高屏溪流域河川水質採樣檢測分析」工作計畫(光碟版) Sampling and Analysis for the Water Quality of Kao-Pin River (2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，懸浮載濃度的資料取得為關鍵性角色，有鑑於此，水利署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度變化效應，另外感測器設備亦有結垢問題。因此本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000441</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004276</governmentpublicationsnumber><identifier>72532</identifier><internationalstandardbooknumber>9789860306354 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72532</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川含砂濃度量測平台規劃及建置之度外(1/2) Development and Establishment of River Suspended Sediment Concentration Measurement Platform (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作。水質定期監測點之規劃，主要延續上年度計畫所執行的測站，以儘量錯開環保署測站為主要原則，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。</abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000312</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003260</governmentpublicationsnumber><identifier>72533</identifier><internationalstandardbooknumber>9789868282759 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72533</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>100</publishrocyear><title>100年度「高屏溪流域河川水質採樣檢測分析」工作計畫(附錄)  Sampling and Analysis for the Water Quality of Kao-Pin River (2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，懸浮載濃度的資料取得為關鍵性角色，有鑑於此，水利署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度變化效應，另外感測器設備亦有結垢問題。因此本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000441</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004276</governmentpublicationsnumber><identifier>72534</identifier><internationalstandardbooknumber>9789860306354 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72534</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川含砂濃度量測平台規劃及建置之度外1/2)－光碟版 Development and Establishment of River Suspended Sediment Concentration Measurement Platform(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨長夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。國內流量觀測工作長久以來仍仰賴傳統人工觀測方式進行，耗時費力、危險度高、精準性不足。國內、外現有先進儀器，尚無適合台灣極端水文，以及高含砂量條件之有效與自動化設備。近年IT產業蓬勃發展，相關雷達科技研究工作亦累積相當多的經驗與能量。故應深耕適合國內本土特殊條件及狀況之量測科技與方法，以本計劃發展適合國內非接觸式之「河川流量雷達自動觀測儀器」，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，已獲致真正的突破及改善。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000118</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004274</governmentpublicationsnumber><identifier>72535</identifier><internationalstandardbooknumber>9789860305807 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72535</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川流量自動化觀測科技發展計畫(1/3)－內附光碟 Automatic monitoring technology development plan river flow (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨長夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。國內流量觀測工作長久以來仍仰賴傳統人工觀測方式進行，耗時費力、危險度高、精準性不足。國內、外現有先進儀器，尚無適合台灣極端水文，以及高含砂量條件之有效與自動化設備。近年IT產業蓬勃發展，相關雷達科技研究工作亦累積相當多的經驗與能量。故應深耕適合國內本土特殊條件及狀況之量測科技與方法，以本計劃發展適合國內非接觸式之「河川流量雷達自動觀測儀器」，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，已獲致真正的突破及改善。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000118</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004274</governmentpublicationsnumber><identifier>72536</identifier><internationalstandardbooknumber>9789860305807 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72536</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川流量自動化觀測科技發展計畫(1/3) －光碟版 Automatic monitoring technology development plan river flow (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004991</governmentpublicationsnumber><identifier>72537</identifier><internationalstandardbooknumber>9789860310696 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72537</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>湖山區工程計畫 水庫下游河道整治(梅林橋上游段)基本設計檢討報告=Hushan Reservoir Downstream River Improvement Project (River Reach Upstream From Meilin Bridge) Basic Design Review Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據國家地理資訊系統第三期計畫（96年至105年）中，本署配合辦理「水利地理資訊決策支援系統」計畫，賡續擴充本分項計畫並應用網際網路結合水利空間資訊，建立整合式管理支援系統，以協助本署各單位及所屬機關應用地理資訊系統及資訊管理系統，提升施政績效與決策品質，達成電子化政府之施政目標。 隨著3D GIS技術之發展，以及地理資訊展圖核心與共享服務技術之進步，服務導向架構已成為趨勢，爰此，99年度始加強推廣WEB-3D-GIS系統之API服務機制，完成挖填方分析與集水區分析，擴充系統之加值運用功能，落實3D-GIS功能共享理念，提升服務範疇與品質。 本年度續朝共享平台之理念賡續推動，除強化調整系統功能、增補相關資料、再開發剖面(Profile)及地籍選取(Select)之API模組，並擬規畫建置水利共享影像圖資專區、功能取向之快捷三維圖台等，並加強教育訓練及系統宣導，俾使系統應用落實應用，達成資源共享共用之目標。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000158</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004270</governmentpublicationsnumber><identifier>72538</identifier><internationalstandardbooknumber>9789860305999 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72538</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利共享地理資訊系統建置第1期計畫(3/3)－光碟版 Establishment of the Water Resources Sharing Geography Information System － Phase 1 (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>共享平台各類圖資資(向量及影像)由TWD97坐標系統轉換至經緯度坐標系統解決跨分帶圖資整合展示之需求，亦彙整署內各三維圖資統整全臺單一圖層架構，目前配合水資源空間料標準重新分類架構及標準化作業中。因應共享之需求，已初步 建構署內遙測影像資訊專區、水利相片資訊專區、主題事件儲存區館，並更新WMS影像發布服務機制，供署內同仁查詢展示，提供更完善資料共享服務。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000158</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004273</governmentpublicationsnumber><identifier>72539</identifier><internationalstandardbooknumber>9789860305975 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72539</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水利共享地理資訊系統建置第1期計畫總報告 －光碟版 Establishment of the Water Resources Sharing Geography Information System － Phase 1</title><yearidentifier>201112</yearidentifier></data><data><abstract>?因應氣候水文環境快速變遷，以及水資源規劃、防災預警與環境生態保育諸項需求，行政院核定之「台灣地區水文觀測現代化整體計畫(第二期實施計畫)」，其目的即?加速建立現代化水文觀測站網，全面提升水文觀測規劃工作之水準，強化洪災預警效能。經濟部水利署茲依據第二期實施計畫辦理提升河川水位流量觀測工作品質，規劃設置標準斷面，以改善斷面、水位、流速等觀測條件，減少動床誤差，提供規劃、設計、水文分析所需之有效水理參數，民國94年完成測站河段選取、測量方法、設備建置及工程設計等可行性規劃工作；民國95、96年建置曾文溪及頭前溪流域示範站，完成25條中央管河川標準斷面流量測站設置方式評估、檢討與規劃工作；民國97年完成示範站持續觀測與校核作業，初步顯示表面流速法及坡度面積法推計洪水流量具實務可行性，另完成10站(各站均含主站及副站)之坡度面積法流量站之建置；民國98年示範站持續觀測與校核作業初步顯示坡度面積法與表面流速法對中高洪峰流量推計較率定曲線法推計值合理，另完成15站(各站均含主站及副站)之坡度面積法流量站之建置。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000115</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004128</governmentpublicationsnumber><identifier>72540</identifier><internationalstandardbooknumber>9789860304480 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72540</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>自動化流量站觀測資料分析檢討暨全洪程觀測方式更新研究(2/2) Evaluation of Automated Streamflow Gauging Stations Data Analysis and Research on Technique of Measuring Flood Hydrograph(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合內政部「國土資訊系統資料流通共享相關標準制度」之推動，並為促進水資源空間資料能符合國土資訊系統資料流通共享之政策方向，以使其在資料標準與資料流通技術上與國際標準相銜接，規劃引入國際標準組織TC211之技術委員會與開放地理資訊聯盟(Open Geospatial Consortium)所制訂之地理資訊流通共享標準，研擬適用於我國狀況之開放式水利地理資訊GML資料標準，並提供相關範例，提供往後政府機關推動建立水資源標準資料之依據與參考。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000046</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004210</governmentpublicationsnumber><identifier>72541</identifier><internationalstandardbooknumber>9789860303971 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72541</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂(4/4) －光碟版 The Design of GML Data Content Standard for Open Hydrology Geographic Information System (4/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>?因應氣候水文環境快速變遷，以及水資源規劃、防災預警與環境生態保育諸項需求，行政院核定之「台灣地區水文觀測現代化整體計畫(第二期實施計畫)」，其目的即?加速建立現代化水文觀測站網，全面提升水文觀測規劃工作之水準，強化洪災預警效能。經濟部水利署茲依據第二期實施計畫辦理提升河川水位流量觀測工作品質，規劃設置標準斷面，以改善斷面、水位、流速等觀測條件，減少動床誤差，提供規劃、設計、水文分析所需之有效水理參數，民國94年完成測站河段選取、測量方法、設備建置及工程設計等可行性規劃工作；民國95、96年建置曾文溪及頭前溪流域示範站，完成25條中央管河川標準斷面流量測站設置方式評估、檢討與規劃工作；民國97年完成示範站持續觀測與校核作業，初步顯示表面流速法及坡度面積法推計洪水流量具實務可行性，另完成10站(各站均含主站及副站)之坡度面積法流量站之建置；民國98年示範站持續觀測與校核作業初步顯示坡度面積法與表面流速法對中高洪峰流量推計較率定曲線法推計值合理，另完成15站(各站均含主站及副站)之坡度面積法流量站之建置。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000115</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004128</governmentpublicationsnumber><identifier>72542</identifier><internationalstandardbooknumber>9789860304480 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72542</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>自動化流量站觀測資料分析檢討暨全洪程觀測方式更新研究(2/2) －光碟版 Evaluation of Automated Streamflow Gauging Stations Data Analysis and Research on Technique of Measuring Flood Hydrograph(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合內政部「國土資訊系統資料流通共享相關標準制度」之推動，並為促進水資源空間資料能符合國土資訊系統資料流通共享之政策方向，以使其在資料標準與資料流通技術上與國際標準相銜接，規劃引入國際標準組織TC211之技術委員會與開放地理資訊聯盟(Open Geospatial Consortium)所制訂之地理資訊流通共享標準，研擬適用於我國狀況之開放式水利地理資訊GML資料標準，並提供相關範例，提供往後政府機關推動建立水資源標準資料之依據與參考。</abstract><author>成大研究發展基金會、成大測量及空間資訊學系</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000046</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010005105</governmentpublicationsnumber><identifier>72543</identifier><internationalstandardbooknumber>9789860315318 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72543</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>開放式水利地理資訊GML資料標準之研訂總報告(光碟版) The Design of GML Data Content Standard for Open Hydrology Geographic Information System</title><yearidentifier>201112</yearidentifier></data><data><abstract>水庫安全攸關國計民生，各水庫壩堰在興建完成後，由管理單位對各項設施進行安全管理，近年來受到氣候變遷之影響，水庫安全之維護與管理工作面臨前所未有之挑戰，因此，水庫安全重要工作成果之掌握，安全維護與改善與現場情況迅速掌握，將更加重要．</abstract><author>環興科技公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000163</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004410</governmentpublicationsnumber><identifier>72547</identifier><internationalstandardbooknumber>9789860303605 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72547</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫安全管理系統功能擴充與應用(2/2)－光碟版 Function Expansions and Applications of the Management Information System for the Safety of Reservoirs in Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水庫安全攸關國計民生，各水庫壩堰在興建完成後，由管理單位對各項設施進行安全管理，近年來受到氣候變遷之影響，水庫安全之維護與管理工作面臨前所未有之挑戰，因此，水庫安全重要工作成果之掌握，安全維護與改善與現場情況迅速掌握，將更加重要．</abstract><author>環興科技公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000163</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004410</governmentpublicationsnumber><identifier>72548</identifier><internationalstandardbooknumber>9789860303605 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72548</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫安全管理系統功能擴充與應用(2/2)  Function Expansions and Applications of the Management Information System for the Safety of Reservoirs in Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>文仲瑄等撰稿</author><categoryidentifier>552.339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003423</governmentpublicationsnumber><identifier>72549</identifier><internationalstandardbooknumber>9789860296020 ; 9789860296</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72549</librarycollectiondetailsurl><price>360</price><publisher>經濟部</publisher><publishrocyear>100</publishrocyear><title>荏苒流光：中華民國百年經濟發展</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>環興科技公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004410</governmentpublicationsnumber><identifier>72550</identifier><internationalstandardbooknumber>9789860303605 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72550</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫安全管理系統功能擴充與應用(2/2)系統使用手冊  Function Expansions and Applications of the Management Information System for the Safety of Reservoirs in Taiwan (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署近幾年來配合水利核心政策致力於推動水資源相關資訊系統整合，並朝向建立業務管理及首長決策支援系統邁進，已建立完成「管理資訊(EIS)服務平台」，可提供本署長官豐富之管理資訊作為決策之參考。為朝向即時提供管理階層的整合管理資訊服務，發揮(EIS)服務平台資訊交換與服務共享效益。本計畫以各級管理階層之資訊需求為導向，透過網路服務，並利用先進的智慧型手機，使管理者隨時都可以掌握最新的業務資訊。 本計畫一個年度實施，其工作項目包括：推廣各所屬機關共用版全球資訊網站、各所屬機關共用版內部網站、建置EIS管理資訊服務行動化平台、增修本署署內網功能、增修本署EIS管理資訊服務平台功能、建立緊急應變與安全稽核機制、教育訓練與其他配合事項。 本計畫完成後，除能夠繼續提供本署及所屬機關同仁一個友善快速的網站環境外，透過新技術引進與實作，更達到以下效益： 	雲端架構的共用版全球資訊網及內部網站平台設施藉由共構機房規劃與運作，讓基礎設施即服務的理想在共用版全球資訊網及內部網站平台上實現。 	行動載具應用在決策支援系統，資訊掌握更即時EIS資訊即時呈現於iPhone、iPad，讓水利署資訊系統正式跨入行動載具應用時代。 	透過所屬機關共用版全球資訊網及內部網站的推廣服務工作，提昇服務品質，以滿足所屬機關同仁們之資訊需求。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000393</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010004241</governmentpublicationsnumber><identifier>72551</identifier><internationalstandardbooknumber>9789860305777 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72551</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署「EIS 管理資訊服務平台行動化建置與維運計畫」The project for building mobile platform and maintainining Executive Information System of Water Resources Agency, Ministry of Economic A Fffairs</title><yearidentifier>201112</yearidentifier></data><data><abstract>1.國內群壩安全管理及風險排序制度之建立。  2.簡易群壩風險排序推估程序之建立。  3.台灣中南部地區群壩安全管理及風險排序應用分析。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000398</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003778</governmentpublicationsnumber><identifier>72552</identifier><internationalstandardbooknumber>9789860300505 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72552</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>群壩安全管理及風險排序研究(2/2)－光碟版 Risk-Informed Dam Safety Management and Prioritization of Dam Safety (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為辦理經濟部水利署(以下簡稱本署)暨各所屬機關共用版全球資訊網站(以第四河川局及第六河川局為例)與內部網站 (以第四河川局為例) 建置等工作，爰成立本計畫，除提升網站維護、管理效能外，同時期使本署暨各所屬機關全球與內部資訊網站，能以嶄新的風貌，提供更豐富、優質的資訊服務。 本計畫一個年度實施，其工作項目包括：建置本署暨各所屬機關共用版全球資訊網站、建置本署暨各所屬機關共用版內部網站、即時溝通訊息平台、增修本署署內網功能、增修本署EIS管理資訊系統功能、建立緊急應變與安全稽核機制、教育訓練與技術移轉、其他配合事項。 本計畫完成後，除能夠繼續提供本署及所屬機關同仁一個友善快速的網站環境外，透過新技術引進與實作，更達到以下效益：雲端架構的共用版全球資訊網及內部網站平台設施 藉由共構機房規劃與運作，讓基礎設施即服務的理想在共用版全球資訊網及內部網站平台上實現。 即時溝通訊息平台，打造線上協同作業環境提供同仁工作溝通及訊息發佈之多面向應用，強化同仁溝通、分享、警示之溝通平台。 行動載具應用在決策支援系統，資訊掌握更即時長官行程資訊即時呈現於iPhone，讓水利署資訊系統正式跨入行動載具應用時代。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990365</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1009904563</governmentpublicationsnumber><identifier>72553</identifier><internationalstandardbooknumber>9789860262339 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72553</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利署暨各所數機關共用版全球資訊網站與內部網站建議置計畫 Shared internet and intranet platform for divisions; offices and affiliated agencies of Water Resources Agency;Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract>1.國內群壩安全管理及風險排序制度之建立。  2.簡易群壩風險排序推估程序之建立。  3.台灣中南部地區群壩安全管理及風險排序應用分析。</abstract><author>中興工程顧問社</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000398</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/10</date><governmentpublicationsnumber>1010003778</governmentpublicationsnumber><identifier>72554</identifier><internationalstandardbooknumber>9789860300505 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72554</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>群壩安全管理及風險排序研究(2/2)  Risk-Informed Dam Safety Management and Prioritization of Dam Safety (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由水庫取水設施閘門設備之檢查與維護資料蒐集與分析，同時檢討維護管理作業流程架構，配合失效型態識別與故障分析得到閘門設施之壽命分佈，並進行營運階段之生命週期檢討，最後提出取水設施維護管理之方案建議，以求降低取水工閘門設施平時之失效機率（即提高可靠度），以及萬一發生失效時之故障排除處理及減少損害程度，確保水庫取水設施之供水正常。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000386</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/12</date><governmentpublicationsnumber>1010004430</governmentpublicationsnumber><identifier>72556</identifier><internationalstandardbooknumber>9789860305739 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72556</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫取水設施可靠度評估模式之建立   Development of Reliabilty Assessment Model for Intake Facilities of Reservoirs</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由水庫取水設施閘門設備之檢查與維護資料蒐集與分析，同時檢討維護管理作業流程架構，配合失效型態識別與故障分析得到閘門設施之壽命分佈，並進行營運階段之生命週期檢討，最後提出取水設施維護管理之方案建議，以求降低取水工閘門設施平時之失效機率（即提高可靠度），以及萬一發生失效時之故障排除處理及減少損害程度，確保水庫取水設施之供水正常。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000386</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/12</date><governmentpublicationsnumber>1010004430</governmentpublicationsnumber><identifier>72557</identifier><internationalstandardbooknumber>9789860305739 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72557</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫取水設施可靠度評估模式之建立〈光碟版〉Development of Reliabilty Assessment Model for Intake Facilities of Reservoirs</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>社團法人中華生態資訊協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000455</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004175</governmentpublicationsnumber><identifier>72558</identifier><internationalstandardbooknumber>9789860305692 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72558</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(1/3)(內附光碟)=The application of eco-information integration on hydraulic engineering ecological check and river habitat conservation (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫及藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000110</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004512</governmentpublicationsnumber><identifier>72559</identifier><internationalstandardbooknumber>9789860308662 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72559</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究(3/3)－光碟版 Impact of Artificial Structures in River on the Characteristic of Habitat(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫及藉由對台灣地區之河川水工結構物，擇定三處適當研究對象，蒐集、調查水工結構物設置前、後之相關河川基本資料，並據以分析檢討水工結構物設置後對河川特性所造成之影響，提供相關單位制定決策及執行之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000110</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004513</governmentpublicationsnumber><identifier>72560</identifier><internationalstandardbooknumber>9789860308679 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72560</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河川結構物設置對河川特性棲地影響之調查與研究總報告(光碟版) Impact of Artificial Structures in River on the Characteristic of Habitat</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72561</identifier><internationalstandardbooknumber>9789860305753 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72561</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)(光碟版)=Study on Porous Cylinder for River-Bank Protection by Both Experiments and Numerical Simulation(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000292</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72562</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72562</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究(內附光碟)=A Feasibility study on river bed protection standard setting</title><yearidentifier>201112</yearidentifier></data><data><abstract>經濟部水利署近年為舒緩傳統水源之開發壓力，逐步推廣多元化水源、增加水資源利用效率。為增加馬祖地區之水源，水利署近年於馬祖地區之水資源運用策略乃逐漸趨向以海水淡化水源為主、湖庫水源為輔，以穩定馬祖地區之供水需求。然而，目前北竿地區於北竿海淡廠完工後，增供500 CMD之水源量（約佔北竿地區用水量3/5），全島供水量雖已滿足民國120年之用水需求，為防範海水淡化廠因設備故障，致產水量不足而發生缺水情形，連江縣政府遂規劃適當之雨水截流系統以增加地表逕流水源之利用率，期使北竿地區之水資源能完整規劃且永續利用，進而提昇北竿地區用水水源之穩定度及可靠度。</abstract><author>京華工程顧問公司；連江縣政府</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990387</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004650</governmentpublicationsnumber><identifier>72565</identifier><internationalstandardbooknumber>9787898603063 ; 7898603064</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72565</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>馬祖北竿地區水資源調查利用規劃(內附光碟) Planning of Rain Water Resource Utilization on Beigan Island of Matsu</title><yearidentifier>201112</yearidentifier></data><data><abstract>莫拉克颱風因降雨量大、延時長，造成含水量過高，以致山區土石鬆動。另山坡土壤含水量過高，淤積河道，河水挾帶大量土石、漂流木順流急洩而下沖擊堤防坡面工，沖刷堤防基礎工。綜合整理檢討各工法其適用性與執行成效，並分析其在不同工址條件時，有關河川治理所需工程設計工法之技術研究，做為河川局辦理河川急要段整治、搶修(險)及復建對策之參考。建立水利署各河川局於辦理河川整治、搶修(險)及復建工程時，有可依循及參考之工法設計依據。並配合檢討水利署各河川局常用之復建工程斷面設計及工法。</abstract><author>社團法人台灣省水利技師公會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990397</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/13</date><governmentpublicationsnumber>1010004770</governmentpublicationsnumber><identifier>72566</identifier><internationalstandardbooknumber>9789860311297 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72566</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川復建工程工法檢討與技術圖說資料庫建置成果報告書(光碟版) River Rehabilutation Methods Examined and Technical Documents Database System Established</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫發展新的地形處理技術得到較真的計算用地形，以及內、外水聯合運算之淹水模式和分區演算技術。擬利用區域淹水模擬技術，透過數學最佳化的方法重新分配流入流量，用以降低淹水災害；同時參考各國經驗，因應氣候變遷擬定洪災控管規劃參考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000073</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>72569</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72569</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)－內附光碟 The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>72570</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72570</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4) =Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由氣候變遷下水文異常事件資料蒐集與特性分析，採用蓄水建造物風險管理之方法，探討水文異常事件對水庫安全風險之關鍵影響，並提出風險控制改善對策，俾提供水庫管理單位有效管理之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000091</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004431</governmentpublicationsnumber><identifier>72572</identifier><internationalstandardbooknumber>9789860305722 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72572</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下異常事件對既有水庫安全風險與改善對策研究〈1/2〉－光碟版 Study on Existing Reservoir Safety Risk and Countermeasure of  Singular Events under Climate Change 〈1/2〉</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來，傳統水資源開發面臨了既有水庫泥沙淤積致使壽命減短以及新建水庫的環保抗爭與壩址難尋的困境；再加上氣候變遷造成豐枯雨季差異加劇，水源供給不穩定，使得新興水源之利用乃逐漸受到重視。我國水資源設施長期以來以政府興辦為主，惟政府之公共建設為引進民間企業充沛的活力、經營的創意、反應迅速的決策能力與效率，於民國89年頒佈「促進民間參與公共建設法」，藉此建立政府與民間企業分工的合作模式，進而強化與提昇國家整體競爭力。雖因此提供了民間參與水利設施興辦的法源基礎，然而因傳統水資源開發的成本過高以及新興水資源之利用等多元化目標的推動，實有必要針對政府與民間目前與未來之各種可能的合作模式進行深入探討。 新興水源是未來我國朝向水源多元化目標的重要推動方向，在加強新興水源服務的經營效率以及協助抒解國內近年來日趨惡化的水資源供需失衡問題的使命下，本研究擬針對各種民間參與興辦模式與政府採購民間新興水源服務等模式，參考國外民間參與水資源建設的經驗，並依據國內法規及國情，提出政府採購民間新興水資源服務的可行性分析與制度研擬。 重要研究成果包括：1. 政府採購民間新興水源為國外重要的發展模式之一，政府藉由購水契約以確保民間參與的誘因，而新興水源的用水需求者則有賴政府透過政策鼓勵或法令規範加以刺激。2. 政府採購民間新興水源雖具法規可行性，但因市場仍在發展階段，建立民間投資者參與新興水源造水供給的服務刻不容緩，而保價保量的措施將有助於發展初期階段的推動。3. 以整體社會的立場，新興水源在考量避免缺水所造成經濟損失之間接效益，將使政府採購民間新興水源更具有經濟可行性。4. 水再生利用依不同水質要求其造水成本也有相當大的差異。因此，思考先以工業用水作為用水推動的目標，將可有效提升新興水源之用水需求市場。其次，明確區分再生水的用途讓簡易處理的再生水作為次級生活用水與農業灌溉用水，將因簡易處理造水成本較低而有助於開拓再生水需求的市場。5. 新興水源之造水成本因規模越大而成本越低，考量海水淡化穩定性高、水質較好且作為民生用水之疑慮較低，故推動較大規模的海水淡化採購，除降低購水成本外，也可提高水源供應的穩定性與可靠度。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA0990422</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010003793</governmentpublicationsnumber><identifier>72573</identifier><internationalstandardbooknumber>9789860301991 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72573</librarycollectiondetailsurl><price>定價200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>政府採購民間新興水源服務模式之研究(光碟版) A Study on the service model of government procurement of non-governmental new water sources</title><yearidentifier>201111</yearidentifier></data><data><abstract>本署依據行政院核定之「台灣地區地下水觀測網整體計畫」，自81年至97年間逐步建置地下水觀測站網，迄今觀測站井總數達3百餘站7百餘口自計井，但因諸多自然環境因素之影響，致使若干自計觀測井濾水管已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，致使觀測之水文水位資料失真，而有廢井之虞。 由於歷年來受限於預算經費之不足，無法有系統分年分區對觀測井進行井體清洗及維護保養作業，僅進行小規模之觀測井緊急井體清洗維護，尤其對於地層下陷較明顯地區，更須確保該等地區地下水觀測井水位資料可靠性，以提供地層下陷地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要參據，需有系統對觀測井進行井體清洗及維護保養。 依本署歷年委託調查檢測研究之成果顯示，因泥、砂之積垢阻塞濾管、井底泥砂之淤積致井深量測縮短、靜水位下之井水含大量懸浮顆粒及地下水質受污染影響以致井壁腐蝕與積垢等因素，所造成觀測井功能欠佳之數量約占總檢測數量之35﹪，此類井體可藉抽泥、機械式擴水或化學洗井方式，回復其正常功能；另因井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂等現象，須另行套補或以汰舊換新方式辦理之觀測井約占總檢測數之20﹪，此類井體無法以機械式或化學式洗井回復功能。本署亦將藉本委託計畫之成果，除篩選本年度井體清洗維護之觀測井址外，並將依年度經費編列情形，另規劃辦理未來各年度汰舊換新及維護之工程。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000048</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004738</governmentpublicationsnumber><identifier>72574</identifier><internationalstandardbooknumber>9789860311037 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72574</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>100年度地下水觀測網井體清洗及維護保養成果報告 Well Development and Maintenance of Groundwater Monitoring Wells in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>藉由氣候變遷下水文異常事件資料蒐集與特性分析，採用蓄水建造物風險管理之方法，探討水文異常事件對水庫安全風險之關鍵影響，並提出風險控制改善對策，俾提供水庫管理單位有效管理之參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000091</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004431</governmentpublicationsnumber><identifier>72575</identifier><internationalstandardbooknumber>9789860305722 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72575</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下異常事件對既有水庫安全風險與改善對策研究〈1/2〉 Study on Existing Reservoir Safety Risk and Countermeasure of  Singular Events under Climate Change 〈1/2〉</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署依據行政院核定之「台灣地區地下水觀測網整體計畫」，自81年至97年間逐步建置地下水觀測站網，迄今觀測站井總數達3百餘站7百餘口自計井，但因諸多自然環境因素之影響，致使若干自計觀測井濾水管已有積垢、阻塞或腐蝕等現象產生。若該等情況持續惡化，則將可能導致觀測井失去觀測功能，致使觀測之水文水位資料失真，而有廢井之虞。 由於歷年來受限於預算經費之不足，無法有系統分年分區對觀測井進行井體清洗及維護保養作業，僅進行小規模之觀測井緊急井體清洗維護，尤其對於地層下陷較明顯地區，更須確保該等地區地下水觀測井水位資料可靠性，以提供地層下陷地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要參據，需有系統對觀測井進行井體清洗及維護保養。 依本署歷年委託調查檢測研究之成果顯示，因泥、砂之積垢阻塞濾管、井底泥砂之淤積致井深量測縮短、靜水位下之井水含大量懸浮顆粒及地下水質受污染影響以致井壁腐蝕與積垢等因素，所造成觀測井功能欠佳之數量約占總檢測數量之35﹪，此類井體可藉抽泥、機械式擴水或化學洗井方式，回復其正常功能；另因井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂等現象，須另行套補或以汰舊換新方式辦理之觀測井約占總檢測數之20﹪，此類井體無法以機械式或化學式洗井回復功能。本署亦將藉本委託計畫之成果，除篩選本年度井體清洗維護之觀測井址外，並將依年度經費編列情形，另規劃辦理未來各年度汰舊換新及維護之工程。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000048</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004738</governmentpublicationsnumber><identifier>72576</identifier><internationalstandardbooknumber>9789860311037 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72576</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>100年度地下水觀測網井體清洗及維護保養成果報告(光碟版) Well Development and Maintenance of Groundwater Monitoring Wells in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>99年5月24日經濟部地層下陷防治工作會議中，鑑於違法水井對地層下陷防治影響之急迫性，爰確立「違法水井處置策略」以地下水管制區內「新增違法水井即查即填、既有違法水井分兩階段處置」原則辦理。本署並自本(99)年起於「地下水保育管理計畫(98至103年)」中補助地方政府辦理違法水井處置相關工作，目前正由相關直轄市及縣(市)政府辦理中。 地下水管理除包括合法水井及數量龐多的違法水井等兩部分，對位於嚴重地層下陷地區及高鐵沿線特定範圍內之大用水量合法水井，為防治地層下陷及達到地下水保育管理之減抽地下水目標，由地方政府依水利法第47條之1規定，對已取得水權之水井，逐年減少其水權量，而已有其他地面水或供水系統提供替代水源情形者，則輔導改以替代水源用水及廢止水權，並就井體剩餘價值酌予發放補償金，逐步由減抽，進而促使停抽地下水之目標；而大用水量之違法水井，則由相關縣(市)政府依經濟部「違法水井處置策略」原則辦理。 超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決。然為協助地方政府持續改善水井管理作業，逐步健全地下水管理，俾利逐年減緩超抽地下水之目標，爰亟需就抽水井之管理作業研究改善方式，以作為後續研擬相關規範之重要參據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000038</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004750</governmentpublicationsnumber><identifier>72578</identifier><internationalstandardbooknumber>9789860311310 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72578</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>抽水井管理作業檢討與規範訂定之研究 The Study of Regulations Reviewed and Standards formulated for Drafting Well Management</title><yearidentifier>201112</yearidentifier></data><data><abstract>99年5月24日經濟部地層下陷防治工作會議中，鑑於違法水井對地層下陷防治影響之急迫性，爰確立「違法水井處置策略」以地下水管制區內「新增違法水井即查即填、既有違法水井分兩階段處置」原則辦理。本署並自本(99)年起於「地下水保育管理計畫(98至103年)」中補助地方政府辦理違法水井處置相關工作，目前正由相關直轄市及縣(市)政府辦理中。 地下水管理除包括合法水井及數量龐多的違法水井等兩部分，對位於嚴重地層下陷地區及高鐵沿線特定範圍內之大用水量合法水井，為防治地層下陷及達到地下水保育管理之減抽地下水目標，由地方政府依水利法第47條之1規定，對已取得水權之水井，逐年減少其水權量，而已有其他地面水或供水系統提供替代水源情形者，則輔導改以替代水源用水及廢止水權，並就井體剩餘價值酌予發放補償金，逐步由減抽，進而促使停抽地下水之目標；而大用水量之違法水井，則由相關縣(市)政府依經濟部「違法水井處置策略」原則辦理。 超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決。然為協助地方政府持續改善水井管理作業，逐步健全地下水管理，俾利逐年減緩超抽地下水之目標，爰亟需就抽水井之管理作業研究改善方式，以作為後續研擬相關規範之重要參據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000038</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004750</governmentpublicationsnumber><identifier>72579</identifier><internationalstandardbooknumber>9789860311310 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72579</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>抽水井管理作業檢討與規範訂定之研究(光碟版) The Study of Regulations Reviewed and Standards formulated for Drafting Well Management</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004355</governmentpublicationsnumber><identifier>72586</identifier><internationalstandardbooknumber>9789860306323 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水庫集水區竹林環境保育及經營管理參考手冊</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之執行，係藉由水井抽水試驗中所進行之分級試水與定量試水操作結果，進行整體分析探討與現地驗證，研擬規劃上述試驗之系統化作業流程；以求得精確合理之最適抽水量與保育出水量，俾為今後地下水水權量適切核給之參酌依據。此外，復藉由技師簽證作業之加強宣導及針對各縣市實際辦理水權業務人員之專業教育訓練，冀以落實地下水水權之嚴謹管理與適度利用，並期維繫現有地下水資源之涵容與永續。</abstract><author>雲林科技大學 水土資源及防災科技研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000133</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004902</governmentpublicationsnumber><identifier>72587</identifier><internationalstandardbooknumber>9789860312546 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72587</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水井合理抽汲水量及時間之探討 (1/2) The Analysis of Reasonable Potential Discharge and Pumping Time of Well (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之執行，係藉由水井抽水試驗中所進行之分級試水與定量試水操作結果，進行整體分析探討與現地驗證，研擬規劃上述試驗之系統化作業流程；以求得精確合理之最適抽水量與保育出水量，俾為今後地下水水權量適切核給之參酌依據。此外，復藉由技師簽證作業之加強宣導及針對各縣市實際辦理水權業務人員之專業教育訓練，冀以落實地下水水權之嚴謹管理與適度利用，並期維繫現有地下水資源之涵容與永續。</abstract><author>雲林科技大學 水土資源及防災科技研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000133</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004902</governmentpublicationsnumber><identifier>72588</identifier><internationalstandardbooknumber>9789860312546 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72588</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水井合理抽汲水量及時間之探討 (1/2)－光碟版 The Analysis of Reasonable Potential Discharge and Pumping Time of Well (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣為一個海島型國家，與水資源關係密切，水資源問題攸關國家整體經濟發展及國人生活品質，由於產業進步發展導致水資源匱乏問題日益嚴重，部分業者轉而抽取地下水致使地下水資源減少外，亦造成部分地區地層下陷，為利後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據，爰針對台南市七股區、嘉義縣溪口鄉、新港鄉、屏東縣恆春鎮等第進行水井清查作業，以作為擬定地下水管理及地層下陷防治方案提供有效之依據。</abstract><author>高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>351.858</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000131</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004277</governmentpublicationsnumber><identifier>72589</identifier><internationalstandardbooknumber>9789860306309 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72589</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>台南市七股區、嘉義縣溪口鄉、新港鄉、屏東縣恆春鎮等四鄉鎮水井清查計畫 The Well Investigatiion of Chiku District in Tainan City、Sikou Township、Singang Township in Chiayi County and Hengchun Township in Pingtung</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣為一個海島型國家，與水資源關係密切，水資源問題攸關國家整體經濟發展及國人生活品質，由於產業進步發展導致水資源匱乏問題日益嚴重，部分業者轉而抽取地下水致使地下水資源減少外，亦造成部分地區地層下陷，為利後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據，爰針對台南市七股區、嘉義縣溪口鄉、新港鄉、屏東縣恆春鎮等第進行水井清查作業，以作為擬定地下水管理及地層下陷防治方案提供有效之依據。</abstract><author>高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>351.858</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000131</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004277</governmentpublicationsnumber><identifier>72590</identifier><internationalstandardbooknumber>9789860306309 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72590</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>台南市七股區、嘉義縣溪口鄉、新港鄉、屏東縣恆春鎮等四鄉鎮水井清查計畫(光碟版) The Well Investigatiion of Chiku District in Tainan City、Sikou Township、Singang Township in Chiayi County and Hengchun Township in Pingtung</title><yearidentifier>201112</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可以減少天然水資源開發及污水排放，IPCC(聯合國政府間氣候變遷委員會 International Panel on Climate Change)於2007年發表的評估報告已將水再生利用列為因應氣候變遷衝擊的有效調適策略，世界各國亦已逐漸將其規劃供作平時民生次級用水及工業用水或作為乾旱時期之救急水源。本署自96年起規劃及推動為期5年的「水再生利用產業發展科技計畫（96-100年）」共投入約4億元經費進行水再生技術研發、模廠之研究及產業扶植等工作，陸續已完成50餘件委辦計畫，為彙整檢討分析各計畫成果，並依其提出下階段水再生業務推動之藍圖。另為推動政府機關再生水廠示範計畫，需定常幕僚協助辦理居中聯繫協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000094</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004979</governmentpublicationsnumber><identifier>72592</identifier><internationalstandardbooknumber>9789860313406 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72592</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水再生利用技術研發與應用整合管理計畫（2/2）－內附光碟 Management Project of Wastewater Reclamation Technology and ite Application in Water Resources Agency (2/2)　</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004343</governmentpublicationsnumber><identifier>72598</identifier><internationalstandardbooknumber>9789860306804 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72598</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－地質探查及試驗專題報告(內含光碟) Feasibility  Study  of  Dawanping  Desilting Tunnel project  in Shihmen  Reservoir Report  on Geological  Survey and Testing</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004332</governmentpublicationsnumber><identifier>72599</identifier><internationalstandardbooknumber>9789860306828 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72599</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－防洪防淤效能評估及營運管理規劃專題報告(內含光碟) Feasibility  Study  of  Dawanping  Desilting Tunnel   project  in Shihmen  Reservoir Flood/ Silt  Control Capability Evaluation and / Operation Management Planning R</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/14</date><governmentpublicationsnumber>1010004339</governmentpublicationsnumber><identifier>72600</identifier><internationalstandardbooknumber>9789860306859 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72600</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－地形測量專題報告(內附光碟) Feasibility  Study  of  Dawanping  Desilting Tunnel project  in Shihmen  Reservoir land  Survey  Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來水庫淤積、取水濁度問題日益嚴重，為使水庫永續之經營利用，首要解決的就是泥砂問題，並必須輔以實際的泥砂觀測資料，瞭解河川水文特性，作為水庫操作的依據。有鑑於以往?砂觀測的方式以人工取樣為主，惟此法後續處?步驟不但費時，且取樣時間受天候?況限制，造成許多洪水時期的?砂資?無法採集，而且威脅取樣人員的安全性。為能較精確瞭解曾文水庫集水區內泥砂淤積情形，研發自動化之泥砂觀測技術，確有其必要性，亦為水利水文科技產業中極具應用潛力之範疇。本計畫整體期程共2年，第一年(99)主要需完成激振式泥砂濃度觀測示範站之建置，並完成試驗室之測試工作，此外，亦進行激振式觀測技術之理論及數值模擬之探討。第二年(100)則以建置完成之激振式泥砂觀測示範站進行若干場不同水文條件流量之含砂濃度觀測，並與現地採樣資料進行比測工作。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000111</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010005108</governmentpublicationsnumber><identifier>72603</identifier><internationalstandardbooknumber>9789860315547 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72603</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫激振式泥砂濃度觀測技術研究(2/2) -內附光碟The Study of Vibration Tube for Suspend Sediment Concentration Monitoring Technology for Tsengwen Reservoir(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來水庫淤積、取水濁度問題日益嚴重，為使水庫永續之經營利用，首要解決的就是泥砂問題，並必須輔以實際的泥砂觀測資料，瞭解河川水文特性，作為水庫操作的依據。有鑑於以往?砂觀測的方式以人工取樣為主，惟此法後續處?步驟不但費時，且取樣時間受天候?況限制，造成許多洪水時期的?砂資?無法採集，而且威脅取樣人員的安全性。為能較精確瞭解曾文水庫集水區內泥砂淤積情形，研發自動化之泥砂觀測技術，確有其必要性，亦為水利水文科技產業中極具應用潛力之範疇。本計畫整體期程共2年，第一年(99)主要需完成激振式泥砂濃度觀測示範站之建置，並完成試驗室之測試工作，此外，亦進行激振式觀測技術之理論及數值模擬之探討。第二年(100)則以建置完成之激振式泥砂觀測示範站進行若干場不同水文條件流量之含砂濃度觀測，並與現地採樣資料進行比測工作。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010005109</governmentpublicationsnumber><identifier>72605</identifier><internationalstandardbooknumber>9789860315653 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72605</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>曾文水庫激振式泥砂濃度觀測技術研究(總報告書) -內附光碟  Summmary Report of the Study of Vibration Tube for Suspend Sediment Concentration Monitoring Technology for Tsengwen Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區受到全球暖化影響，造成氣候變遷及極端雨量之出現，尤其近年來颱風所挾帶之超大豪雨造成大面積新生崩塌地，更衍生土砂災害等後續問題。由於崩塌等土砂災害與水庫集水區植被類型關係密切，其對環境保育、水源涵養影響需予以關切，近年來水庫集水區眾多植被類型中，竹林面積廣大，對環境保育、水源涵養是否產生負面影響亦受關注，石門水庫集水區即為最明顯之案例，實有必要對其進行深入研究，以提供相關保育對策參考。有鑑於此，本計畫除針對竹林之環境保育問題進行整體之彙整分析外，亦針對台灣北、中、南區水庫集水區選取典型之竹林區域進行環境功能性調查評估、土砂災害問題分析、土壤與植生結構調查，最後提出保育對策，以供水庫集水區保育管理措施之參考。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000085</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004355</governmentpublicationsnumber><identifier>72606</identifier><internationalstandardbooknumber>9789860306323 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72606</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫集水區竹林棲地環境調查暨保育對策之研究(2/2)成果報告 Study on the environment and habitat investigation of bamboo forests and their conservation strategy in reservoir watershed (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區受到全球暖化影響，造成氣候變遷及極端雨量之出現，尤其近年來颱風所挾帶之超大豪雨造成大面積新生崩塌地，更衍生土砂災害等後續問題。由於崩塌等土砂災害與水庫集水區植被類型關係密切，其對環境保育、水源涵養影響需予以關切，近年來水庫集水區眾多植被類型中，竹林面積廣大，對環境保育、水源涵養是否產生負面影響亦受關注，石門水庫集水區即為最明顯之案例，實有必要對其進行深入研究，以提供相關保育對策參考。有鑑於此，本計畫除針對竹林之環境保育問題進行整體之彙整分析外，亦針對台灣北、中、南區水庫集水區選取典型之竹林區域進行環境功能性調查評估、土砂災害問題分析、土壤與植生結構調查，最後提出保育對策，以供水庫集水區保育管理措施之參考。</abstract><author>中興大學水土保持學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000085</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004355</governmentpublicationsnumber><identifier>72607</identifier><internationalstandardbooknumber>9789860306323 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72607</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫集水區竹林棲地環境調查暨保育對策之研究(2/2)成果報告－光碟版 Study on the environment and habitat investigation of bamboo forests and their conservation strategy in reservoir watershed (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010003821</governmentpublicationsnumber><identifier>72608</identifier><internationalstandardbooknumber>9789860302295 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72608</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（2/2）計畫成果資料光碟 A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010003821</governmentpublicationsnumber><identifier>72609</identifier><internationalstandardbooknumber>9789860302295 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72609</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（2/2）(光碟版) A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933   443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72610</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72610</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例總報告書 (光碟版) A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000064</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004825</governmentpublicationsnumber><identifier>72611</identifier><internationalstandardbooknumber>9789860311600 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72611</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究(3/3) Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>考量近年來集水區保育治理逐漸朝工程減量與非工程手段等方向邁進，因此治理工程地點之規劃與優先順序擬定實需要較審慎之評估，而非工程手段之土地管理由於牽涉國土復育與人民權益，更需要嚴謹之分析模式做為決策之工具，因此如何同時考慮降雨過程中土壤入滲、地表逕流與土壤飽和、未飽和孔隙壓力變化對坡地穩定之影響，建立高精度之降雨引發坡地崩塌模式，並據以探討不同降雨型態對水庫集水區坡地崩塌潛勢之影響，為本計畫研究目的。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000064</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004825</governmentpublicationsnumber><identifier>72613</identifier><internationalstandardbooknumber>9789860311600 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72613</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫集水區區域性高精度崩塌潛勢之分析研究(3/3)－光碟版 Analysis on High-Resolution Regional Landslide Potential for Reservoir Watershed (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水庫上游土地利用型態利用複雜且幅員遼闊，在推動土地管理及保育治理工作，需水庫基本資訊系統配合，使方得有效推動水庫保育等相關工作。本署已於近年完成多項水庫相關資訊系統，為有效維護運作，透過本計畫維護及加強水庫集水區保育相關資訊系統，並藉由整合「判別水庫保育環境敏感區位及特定目的區位」資訊系統工作來加強本署與各水庫管理單位資訊系統分析處理，提升作業整合效率，擴大應用層面，並落實資料建制與推廣工作。</abstract><author>逢甲大學</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000160</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004456</governmentpublicationsnumber><identifier>72614</identifier><internationalstandardbooknumber>9789860307344 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72614</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫保育環境區位資訊整合及維護計畫 The Integration and Maintence for Reservoir Conservation Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>水庫上游土地利用型態利用複雜且幅員遼闊，在推動土地管理及保育治理工作，需水庫基本資訊系統配合，使方得有效推動水庫保育等相關工作。本署已於近年完成多項水庫相關資訊系統，為有效維護運作，透過本計畫維護及加強水庫集水區保育相關資訊系統，並藉由整合「判別水庫保育環境敏感區位及特定目的區位」資訊系統工作來加強本署與各水庫管理單位資訊系統分析處理，提升作業整合效率，擴大應用層面，並落實資料建制與推廣工作。</abstract><author>逢甲大學</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000160</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004456</governmentpublicationsnumber><identifier>72615</identifier><internationalstandardbooknumber>9789860307344 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72615</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>水庫保育環境區位資訊整合及維護計畫(光碟版) The Integration and Maintence for Reservoir Conservation Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>選出12處重要保護區，調查該目前電子地圖中保護區邊界範圍是否正確，並提出相關修正建議</abstract><author>京華工程顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000248</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004533</governmentpublicationsnumber><identifier>72618</identifier><internationalstandardbooknumber>9789860308914 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72618</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度水質水量保護區圖冊製作成果報告 Water Quality and Quantity Protection Area Atlas 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>選出12處重要保護區，調查該目前電子地圖中保護區邊界範圍是否正確，並提出相關修正建議</abstract><author>京華工程顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000248</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004533</governmentpublicationsnumber><identifier>72619</identifier><internationalstandardbooknumber>9789860308914 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72619</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度水質水量保護區圖冊製作成果報告(光碟版) Water Quality and Quantity Protection Area Atlas 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72621</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72621</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004160</governmentpublicationsnumber><identifier>72622</identifier><internationalstandardbooknumber>9789860303902 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72622</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>高雄彌陀海岸深水域抽沙養灘配合岬灣工法之研究</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>72623</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72623</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004465</governmentpublicationsnumber><identifier>72624</identifier><internationalstandardbooknumber>9789860307856 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72624</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總成果報告</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72625</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72625</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>睿辰工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004143</governmentpublicationsnumber><identifier>72626</identifier><internationalstandardbooknumber>9789860304794 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72626</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>防護基準河床高程訂定之可行性研究</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢申大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72627</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72627</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/15</date><governmentpublicationsnumber>1010004218</governmentpublicationsnumber><identifier>72628</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72628</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水源保育與回饋業務系統與網頁之管理、更新及擴充。本計畫更新除維護管理「水源保育與回饋業務及網頁」系統外，更新增線上教育訓練功能。</abstract><author>逢甲大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000246</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004545</governmentpublicationsnumber><identifier>72629</identifier><internationalstandardbooknumber>9789860308891 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72629</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度水源保育與回饋業務系統與網頁管理、更新及擴充 The Expanding,renewal and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee”in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>水源保育與回饋業務系統與網頁之管理、更新及擴充。本計畫更新除維護管理「水源保育與回饋業務及網頁」系統外，更新增線上教育訓練功能。</abstract><author>逢甲大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000246</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004545</governmentpublicationsnumber><identifier>72630</identifier><internationalstandardbooknumber>9789860308891 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72630</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>100年度水源保育與回饋業務系統與網頁管理、更新及擴充 (光碟版)The Expanding,renewal and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee”in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>配合行政院環境保護署99年8月5日訂定相關『水庫藻毒處理作業程序』(環署水字第0990071126號函)，各民生用水水庫管理單位需依此作業程序進行自主性管理，以確保飲用水安全；本署北、中、南區水資源局及各自來水事業單位所轄水庫均受該作業程序規範，有鑒於台灣地區水庫水源眾多，且地區分散，若將水源水質樣品運送至分析單位，運輸及分析耗時久，對於水庫管理而言恐怕緩不濟急，基於此，本計畫研擬規劃移動式水源藻類毒素質監測實驗室，藉由整合各項相關設備儀器平台，並進行測試及相關技術整合。  提供國內自來水事業單位及本署北、中、南區水資源局所轄水庫及淨水廠建置移動式水源藻類毒素監測實驗室之規劃建議，且未來可採區域支援制，例如以台灣北中南三區各發展一個支援團隊方案規劃，此方案兼具降低成本、除能於平時即時掌握水源風險的優勢外（例如縮短微囊藻及指標菌分析時間），並能於地震或其他災害發生後，支援水庫水源水質之後續應變工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990433</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004458</governmentpublicationsnumber><identifier>72631</identifier><internationalstandardbooknumber>9789860307337 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72631</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>移動式水源藻類毒素監測實驗室之規劃  Development and Planning of Mobile Laboratory for the Monitoring of Cyanobacteria and Toxins in Source</title><yearidentifier>201111</yearidentifier></data><data><abstract>配合行政院環境保護署99年8月5日訂定相關『水庫藻毒處理作業程序』(環署水字第0990071126號函)，各民生用水水庫管理單位需依此作業程序進行自主性管理，以確保飲用水安全；本署北、中、南區水資源局及各自來水事業單位所轄水庫均受該作業程序規範，有鑒於台灣地區水庫水源眾多，且地區分散，若將水源水質樣品運送至分析單位，運輸及分析耗時久，對於水庫管理而言恐怕緩不濟急，基於此，本計畫研擬規劃移動式水源藻類毒素質監測實驗室，藉由整合各項相關設備儀器平台，並進行測試及相關技術整合。  提供國內自來水事業單位及本署北、中、南區水資源局所轄水庫及淨水廠建置移動式水源藻類毒素監測實驗室之規劃建議，且未來可採區域支援制，例如以台灣北中南三區各發展一個支援團隊方案規劃，此方案兼具降低成本、除能於平時即時掌握水源風險的優勢外（例如縮短微囊藻及指標菌分析時間），並能於地震或其他災害發生後，支援水庫水源水質之後續應變工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990433</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004458</governmentpublicationsnumber><identifier>72632</identifier><internationalstandardbooknumber>9789860307337 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72632</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>移動式水源藻類毒素監測實驗室之規劃(光碟版)  Development and Planning of Mobile Laboratory for the Monitoring of Cyanobacteria and Toxins in Source</title><yearidentifier>201111</yearidentifier></data><data><abstract>由於台灣自然環境的特性，河川型態流短水急，水資源很快即流入海洋，亟需蓄水設施。有鑑於極端氣候之異常水文，如八八水災之超強強降雨，造成大規模之邊坡滑動，為應後續水庫興建規劃，急需發展水庫蓄水區邊坡深層滑動潛勢評估方法研究，先評估邊坡深層滑動潛勢，作為後續水庫規劃之依據。 以規劃中之士文及南化第二水庫建立集水區範圍內山崩目錄，及現地查核比對遙測判釋之正確性。經由庫區內所有山崩目錄進行歷史位移場分析，歸納庫區內所有山崩目錄之地形演育過程，劃設各主要山崩塊體位移邊界(次邊界)，進行各區位之崩塌機制分析。進而評估各山崩區位之歷史山崩活動性與其位移場，及評估未來區域內各深層滑動區位之活動特性。建立水庫集水區邊坡深層滑動潛勢評估方法、分析步驟及評估準則，以利水庫規劃工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000387</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004089</governmentpublicationsnumber><identifier>72634</identifier><internationalstandardbooknumber>9789860303940 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72634</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水庫蓄水區邊坡深層滑動潛勢評估分析(光碟版)Deep-seated Landslide Susceptibility Analysis in Reservoir Area</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立聯合大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000383</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010005066</governmentpublicationsnumber><identifier>72635</identifier><internationalstandardbooknumber>9789860314427 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72635</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>烏西河口水質與鹽度變化模式之建置</title><yearidentifier>201111</yearidentifier></data><data><abstract>莫拉克颱風災後，河川水庫土石大量淤積，災後疏濬期間將產生大量的有價土石，以標(零)售方式供應市場，故短期間將造成災區砂石供給遠大於需求之情形，為利災後河川水庫疏濬土石順利標出，其載運購買災區疏濬土石之業者，確有必要於其處所暫置土石。因應莫拉克颱風災後重建特別條例第24、26條規定執行後，各業者暫置土石應於重建條例適用期結束(至101年8月27日止)前，將暫置土石完成清除，或完成補辦土石永久置放之程序，爰預為研擬其後續執行之困難及解決方式，並評估其對河川疏濬之影響。 本計畫透過蒐集國內砂石產銷、研究區域內砂石供需及堆暫置情形，以及彙整統計「加強河川野溪及水庫辦理疏濬情形速報單」掌握疏濬工作進度，以瞭解研究區域河川疏濬土石堆暫置問題，且透過相關法規研析與兩場座談會廣集各方意見，研擬河川疏濬土石堆(暫)置後續因應對策，將獲致結論整理如下: 1.	根據水利署「加強河川野溪及水庫辦理疏濬情形速報單」數據統計顯示，濁水溪及烏溪流域地區第一期與第二期之累積剩餘量為796萬立方公尺。高屏溪流域地區第一期與第二期之累積剩餘量為2,485萬立方公尺，三流域內共尚有3,281萬立方公尺以上之疏濬土石堆暫置中。 2.	推估至民國101年8月特別條例到期時，各河川疏濬土石之剩餘量分別為:濁水溪及烏溪流域約168萬立方公尺；高屏溪約697萬立方公尺，即至101年8月「莫拉克颱風災後重建特別條例」到期時，各河川之總累積剩餘量(暫置量)分別為:濁水溪及烏溪流域964萬立方公尺；高屏溪3,182萬立方公尺。屆時濁水溪流域及高屏溪流域將無合法堆置場地可堆放疏濬土石，於濁水溪及烏溪流域可能產生431萬立方公尺以上之土石需地點堆暫置；而高屏溪流域則可能產生2,260萬立方公尺以上之土石需地點放置。 3.	莫拉克颱風災後本計畫研究區域內所面臨的疏濬土石堆(暫)置問題如下:申請合法化流程所需時間長、土石堆(暫)置場位於山坡地、目前有大量砂石位於河川中上游，仍需靠疏濬以保持河防安全、稅金問題、環保問題及國土整體規劃等。 4.	土石堆(暫)置於「莫拉克颱風災後重建特別條例」適用期過後因應對策如下: (1)將「莫拉克颱風災後重建特別條例」期限展延2年；(2)設置大面積土方儲備中心，提供業者堆置；(3)擴大解釋非都市土地使用管制條例第52-1條第三款；(4)輔導目前已申請登記之位於山坡地的土石堆(暫)場合法化；(5) 依照現行規定，未能合法化之土石堆(暫)置場即清除，若未來另有災情，再重啟暫置機制。 5.	因河防安全考量，水利署每年仍會持續進行疏濬，為加速堆(暫)場土石去化速度，提出以下土石去化的配套方法：(1)南砂北運；(2) 取代進口砂石；(3) 配合政府大型公共工程；(4) 填補公有土地坑洞。 6.	於莫拉克颱風災後重建特別條例延長2年後，將針對目前土石堆(暫)置場分別置定三階段計畫，以利目前土石堆(暫)場管理、合法化及現有大量土石順利去化。第一階段計畫為加強去化土石、加強宣導土石堆(暫)置場登記、輔導業者合法化及找尋合適土石儲備中心地點；第二階段計畫為加強去化土石、土石儲備中心合法化及輔導業者土石進入土石儲備中心，第三階段計畫為清除非法土石堆(暫)置場。針對本研究整體探討結果彙整「莫拉克颱風災後重建特別條例延長期限之效益分析與評估（精簡報告）」，請詳見附錄六。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000190</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004142</governmentpublicationsnumber><identifier>72637</identifier><internationalstandardbooknumber>9789860304695 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72637</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川疏濬土石堆〈暫〉置後續問題及因應對策研究  Study  of  the Following Problem and Countermeasures of Pile on Temporary Soil Rubble for River Dredging</title><yearidentifier>201112</yearidentifier></data><data><abstract>自96年起，本署各河川局陸續進行遠端監控系統之軟、硬體規劃及建置，由於各單位得標廠商不同，因此施作方式、硬體設備及軟體功能等，會因各單位之業務需求及環境限制而有所差異。署內的業務管理人員如欲查詢各河川局的相關業務，必須在各河川局間的系統進行切換，同時也需適應不同系統的操作介面，在管理上極為不便，因此，本計畫需建置「河川監控管理整合平台」，提供署內以統一入口調閱河川局之監管資訊，並與署內水資源資訊服務平台(WRISP)相互整合、介接，導入單一簽入機制，使其河川管理資料能提供署內各類資訊管理系統所應用，以達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000267</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004878</governmentpublicationsnumber><identifier>72638</identifier><internationalstandardbooknumber>9789860306484 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72638</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川監控管理整合平台  Integration Platform for River Monitoring and Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>自96年起，本署各河川局陸續進行遠端監控系統之軟、硬體規劃及建置，由於各單位得標廠商不同，因此施作方式、硬體設備及軟體功能等，會因各單位之業務需求及環境限制而有所差異。署內的業務管理人員如欲查詢各河川局的相關業務，必須在各河川局間的系統進行切換，同時也需適應不同系統的操作介面，在管理上極為不便，因此，本計畫需建置「河川監控管理整合平台」，提供署內以統一入口調閱河川局之監管資訊，並與署內水資源資訊服務平台(WRISP)相互整合、介接，導入單一簽入機制，使其河川管理資料能提供署內各類資訊管理系統所應用，以達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000267</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004878</governmentpublicationsnumber><identifier>72639</identifier><internationalstandardbooknumber>9789860306484 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72639</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川監控管理整合平台(光碟版)  Integration Platform for River Monitoring and Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>士文水庫位在屏東縣春日鄉，計畫壩址位在率芒溪流域支流士文溪忘憂谷一帶，水庫計畫壩高約103公尺、有效容量約6,500萬立方公尺，計畫日供水量約20萬噸，區位關係詳附圖1。至民國96年6月屏東地區自來水普及率只有44.6%，其中水源量約42.2%使用地下水，由於既有水源過於依賴地下水、農漁業者又長期抽用地下水，已使得屏東沿海地區地層嚴重下陷。若士文水庫得以順利推動完成，則可取代地下水源使屏東平原地下水區得以獲得休養的機會，對國土保安將有重大貢獻。96年壩址區域裝設2部強地動儀，為能持續接收壩址區域地震資料，並建立士文水庫地區強地動資料庫，將賡續辦理計畫壩址地區強地動儀維護觀測及資料整理，俾利後續可行性規劃工作之推展。</abstract><author>國?成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000360</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004087</governmentpublicationsnumber><identifier>72640</identifier><internationalstandardbooknumber>9789860303964 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72640</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(4/5)(光碟版)Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(4/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract>莫拉克颱風災後，河川水庫土石大量淤積，災後疏濬期間將產生大量的有價土石，以標(零)售方式供應市場，故短期間將造成災區砂石供給遠大於需求之情形，為利災後河川水庫疏濬土石順利標出，其載運購買災區疏濬土石之業者，確有必要於其處所暫置土石。因應莫拉克颱風災後重建特別條例第24、26條規定執行後，各業者暫置土石應於重建條例適用期結束(至101年8月27日止)前，將暫置土石完成清除，或完成補辦土石永久置放之程序，爰預為研擬其後續執行之困難及解決方式，並評估其對河川疏濬之影響。 本計畫透過蒐集國內砂石產銷、研究區域內砂石供需及堆暫置情形，以及彙整統計「加強河川野溪及水庫辦理疏濬情形速報單」掌握疏濬工作進度，以瞭解研究區域河川疏濬土石堆暫置問題，且透過相關法規研析與兩場座談會廣集各方意見，研擬河川疏濬土石堆(暫)置後續因應對策，將獲致結論整理如下: 1.	根據水利署「加強河川野溪及水庫辦理疏濬情形速報單」數據統計顯示，濁水溪及烏溪流域地區第一期與第二期之累積剩餘量為796萬立方公尺。高屏溪流域地區第一期與第二期之累積剩餘量為2,485萬立方公尺，三流域內共尚有3,281萬立方公尺以上之疏濬土石堆暫置中。 2.	推估至民國101年8月特別條例到期時，各河川疏濬土石之剩餘量分別為:濁水溪及烏溪流域約168萬立方公尺；高屏溪約697萬立方公尺，即至101年8月「莫拉克颱風災後重建特別條例」到期時，各河川之總累積剩餘量(暫置量)分別為:濁水溪及烏溪流域964萬立方公尺；高屏溪3,182萬立方公尺。屆時濁水溪流域及高屏溪流域將無合法堆置場地可堆放疏濬土石，於濁水溪及烏溪流域可能產生431萬立方公尺以上之土石需地點堆暫置；而高屏溪流域則可能產生2,260萬立方公尺以上之土石需地點放置。 3.	莫拉克颱風災後本計畫研究區域內所面臨的疏濬土石堆(暫)置問題如下:申請合法化流程所需時間長、土石堆(暫)置場位於山坡地、目前有大量砂石位於河川中上游，仍需靠疏濬以保持河防安全、稅金問題、環保問題及國土整體規劃等。 4.	土石堆(暫)置於「莫拉克颱風災後重建特別條例」適用期過後因應對策如下: (1)將「莫拉克颱風災後重建特別條例」期限展延2年；(2)設置大面積土方儲備中心，提供業者堆置；(3)擴大解釋非都市土地使用管制條例第52-1條第三款；(4)輔導目前已申請登記之位於山坡地的土石堆(暫)場合法化；(5) 依照現行規定，未能合法化之土石堆(暫)置場即清除，若未來另有災情，再重啟暫置機制。 5.	因河防安全考量，水利署每年仍會持續進行疏濬，為加速堆(暫)場土石去化速度，提出以下土石去化的配套方法：(1)南砂北運；(2) 取代進口砂石；(3) 配合政府大型公共工程；(4) 填補公有土地坑洞。 6.	於莫拉克颱風災後重建特別條例延長2年後，將針對目前土石堆(暫)置場分別置定三階段計畫，以利目前土石堆(暫)場管理、合法化及現有大量土石順利去化。第一階段計畫為加強去化土石、加強宣導土石堆(暫)置場登記、輔導業者合法化及找尋合適土石儲備中心地點；第二階段計畫為加強去化土石、土石儲備中心合法化及輔導業者土石進入土石儲備中心，第三階段計畫為清除非法土石堆(暫)置場。針對本研究整體探討結果彙整「莫拉克颱風災後重建特別條例延長期限之效益分析與評估（精簡報告）」，請詳見附錄六。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000190</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004142</governmentpublicationsnumber><identifier>72641</identifier><internationalstandardbooknumber>9789860304695 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72641</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川疏濬土石堆〈暫〉置後續問題及因應對策研究(光碟版)  Study  of  the Following Problem and Countermeasures of Pile on Temporary Soil Rubble for River Dredging</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004364</governmentpublicationsnumber><identifier>72642</identifier><internationalstandardbooknumber>9789860306842 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72642</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃工程可行性規劃專題報告     Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir Feasibility  Study  Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004364</governmentpublicationsnumber><identifier>72643</identifier><internationalstandardbooknumber>9789860306842 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72643</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－工程可行性規劃專題報告(內附光碟)  Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>有鑑於現今網絡發達、資訊快速且科技進步之下，故辦理「水權管理支援系統維護與改版建置（2/2）」計畫，因應最新資訊、網絡環境、法令規定及維持全國水權資料庫之完整性下，除對水權管理支援系統及資料庫作持續性的維護改善外，並進一步整合水權管理相關系統，藉由系統程式碼與架構之撰寫，將相關資料庫統一格式，並制定明確之管理規則，同時符合資訊安全之相關規範，使水權核辦各相關系統間運轉順暢，以強化系統運作，提升水權核辦作業效率。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000006</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/16</date><governmentpublicationsnumber>1010004661</governmentpublicationsnumber><identifier>72644</identifier><internationalstandardbooknumber>9789860310108 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72644</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水權管理支援系統維護與改版建置(2/2)成果報告   Maintenance and Renew Establishment of the Water Rights Support System(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72645</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72645</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72646</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72646</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72647</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72647</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書（創造水歷史期待水未來）含光碟  2010  Water  Resources  Agency Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004475</governmentpublicationsnumber><identifier>72651</identifier><internationalstandardbooknumber>9789860308105 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72651</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河段水文特性測驗(含光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署係「溫泉法」之中央主管機關，為保育溫泉資源，爰於溫泉使用率較高之四重溪溫泉地區，建置溫泉監測系統，依其監測資料(水位、水溫、導電度及pH值等)並配合溫泉使用情形調查，研擬有效之溫泉總量管制措施，以落實溫泉資源永續利用之目標。</abstract><author>台灣溫泉研究發展中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000165</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004418</governmentpublicationsnumber><identifier>72652</identifier><internationalstandardbooknumber>9789860306019 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72652</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>四重溪溫泉資源監測調查計畫(2/2) The plan of resource monitoring and investigation in Szuchung Hci Hot Spring Area (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署係「溫泉法」之中央主管機關，為保育溫泉資源，爰於溫泉使用率較高之四重溪溫泉地區，建置溫泉監測系統，依其監測資料(水位、水溫、導電度及pH值等)並配合溫泉使用情形調查，研擬有效之溫泉總量管制措施，以落實溫泉資源永續利用之目標。</abstract><author>台灣溫泉研究發展中心</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000165</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004418</governmentpublicationsnumber><identifier>72655</identifier><internationalstandardbooknumber>9789860306019 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72655</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>四重溪溫泉資源監測調查計畫(2/2) －光碟版 The plan of resource monitoring and investigation in Szuchung Hci Hot Spring Area (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004620</governmentpublicationsnumber><identifier>72657</identifier><internationalstandardbooknumber>9789860309546 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72657</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>深漕流量增加對河床沖刷與河道變遷之影響(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004620</governmentpublicationsnumber><identifier>72658</identifier><internationalstandardbooknumber>9789860309546 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72658</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>深漕流量增加對河床沖刷與河道變遷之影響(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72659</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72659</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險?勢河段堤基沖刷之研究(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72660</identifier><internationalstandardbooknumber>9789860310870 ; 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9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72666</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫發展新的地形處理技術得到較真的計算用地形，以及內、外水聯合運算之淹水模式和分區演算技術。擬利用區域淹水模擬技術，透過數學最佳化的方法重新分配流入流量，用以降低淹水災害；同時參考各國經驗，因應氣候變遷擬定洪災控管規劃參考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000073</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>72667</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72667</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，並逐步彙整、建置地方上傳基本資料，需辦理後續系統維護圖層編修以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。</abstract><author>理太科技公司</author><categoryidentifier>354.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000166</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004416</governmentpublicationsnumber><identifier>72668</identifier><internationalstandardbooknumber>9789860362026 ; 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9789863078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72679</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究總報告</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72680</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72680</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004777</governmentpublicationsnumber><identifier>72681</identifier><internationalstandardbooknumber>9789860310351 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72681</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(2/2)(含光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/17</date><governmentpublicationsnumber>1010004778</governmentpublicationsnumber><identifier>72682</identifier><internationalstandardbooknumber>9789860310344 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72682</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪水文及輸砂量量測計畫</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫探討鳥嘴潭攔河堰興建對下游河道之影響，並研擬河道穩定之工法。相關檢討成果顯示計畫河道原己有嚴重沖刷問題，攔河堰興建與河沖刷並無關係。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000372</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004197</governmentpublicationsnumber><identifier>72684</identifier><internationalstandardbooknumber>9789860305715 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72684</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)烏嘴潭堰下游至烏溪橋段河道穩定之探討－內附光碟 Feasibility Planning for Wu River Niaozueitan Artificial Lake(3)-The Reserch of River Stability Between WuXi Bridge and Niaozueitan Weir</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫探討鳥嘴潭攔河堰興建對下游河道之影響，並研擬河道穩定之工法。相關檢討成果顯示計畫河道原己有嚴重沖刷問題，攔河堰興建與河沖刷並無關係。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000372</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004197</governmentpublicationsnumber><identifier>72685</identifier><internationalstandardbooknumber>9789860305715 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72685</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)烏嘴潭堰下游至烏溪橋段河道穩定之探討－光碟版 Feasibility Planning for Wu River Niaozueitan Artificial Lake(3)-The Reserch of River Stability Between WuXi Bridge and Niaozueitan Weir</title><yearidentifier>201112</yearidentifier></data><data><abstract>為評估烏溪鳥嘴潭人工湖開發計畫之工程內容調整後可能新增之環境影響，乃辦理「烏溪鳥嘴潭人工湖可行性規劃法(3)-補充環境調查」;藉由背景調查，作為修正環境影響說明書之參考，並預為因應後續環評審查之可能要求。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000374</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004190</governmentpublicationsnumber><identifier>72686</identifier><internationalstandardbooknumber>9789860305746 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72686</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)補充環境調查－內附光碟 Feasibility Planning for Wu River Niaozueitan Artificial Lake(3)-Additional environmental investigation</title><yearidentifier>201112</yearidentifier></data><data><abstract>為因應建民水庫停建後彰化及南投地區用水需求，經濟部水利署 水利規劃試驗所自民國96 年起陸續辦理烏溪鳥嘴潭攔河堰各項規 劃。鳥嘴潭攔河堰位於北投新圳上游600 公尺處，並利用烏溪南岸土 地規劃一離槽人工湖，以蓄豐濟枯。初步評估人工湖面積達127 公頃， 蓄水容量1,700 萬立方公尺，有效蓄水量估計為1,450 萬立方公尺，並 依據相關法規規定實施環境影響評估。 由於本計畫工程可?性規劃99 年定案後，部分開發內容(包括人 工湖湖區數量、攔河堰址、土方運輸路線)與97 年初步規劃及98 年工 程可?性規劃有所差?，且考量納入淨水場評估，故為使環境背景資 料更加完善，乃規劃辦理本計畫補充調查作業，以利後續環境影響評 估及對策研擬修正，藉由前期98、99 年及本計畫之詳細背景調查，並 與另案「烏溪鳥嘴潭人工湖可?性規劃(2/2)-環境影響評估」進?整合 評估，修正或重新研提妥適之環境保護對策，納入環境影響說明書中， 並預為因應後續環評審查之可能要求。 貳、工作執?方法 工作執?透過相關文獻、現場勘查、環境現況資訊蒐集及分析相 關背景資料；依據環保署頒定之作業準則執?環境品質現況評定，今 年度工作之調查點位圖詳摘圖2-1。綜合蒐集及調查成果，以協助進? 另案環境影響評估及對策研擬之修正。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000374</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004190</governmentpublicationsnumber><identifier>72687</identifier><internationalstandardbooknumber>9789860305746 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72687</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)補充環境調查－光碟版 Feasibility Planning for Wu River Niaozueitan Artificial Lake(3)-Additional environmental investigation</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。然而溫泉資源依其不同特性將可能引發不同之危險，為保障消費者安全，勢必須瞭解並研擬防範建議；另除傳統溫泉區外，目前溫泉住宅多以鑿設深井引取溫泉水，亦應研究深井取水對環境造成之影響，並提出管理措施，以為縣市政府管理之參考依據。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000167</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004420</governmentpublicationsnumber><identifier>72688</identifier><internationalstandardbooknumber>9789860306002 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72688</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>溫泉泉質成分特性分析及深井管理措施 The Characteristic Analysis of Hot Spring Water Quality and Management Plan of Deep Well</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。然而溫泉資源依其不同特性將可能引發不同之危險，為保障消費者安全，勢必須瞭解並研擬防範建議；另除傳統溫泉區外，目前溫泉住宅多以鑿設深井引取溫泉水，亦應研究深井取水對環境造成之影響，並提出管理措施，以為縣市政府管理之參考依據。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000167</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004420</governmentpublicationsnumber><identifier>72689</identifier><internationalstandardbooknumber>9789860306002 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72689</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>溫泉泉質成分特性分析及深井管理措施(光碟版) The Characteristic Analysis of Hot Spring Water Quality and Management Plan of Deep Well</title><yearidentifier>201112</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視。 近年來由於溫泉事業蓬勃發展，地方政府亦陸續開始就溫泉資源進行局部調查評估及規劃開發，為使溫泉資源永續利用，應確實評估「溫泉事業合理用水量」，其評估標準之建立有其必要。本署曾於民國89-92年辦理「臺灣溫泉水資源之調查及開發利用」計畫，針對行政院當時核定之「溫泉開發管理方案」所列18處溫泉區，推估溫泉潛勢量、年可使用量、目前年耗用量及目前使用率。惟迄今溫泉區數量及現況溫泉使用量迭有更新，實有必要再針對各溫泉區之可開發總量、實際取用量及水權量等進行調查與檢討，並從而建立確切可行之評估標準，俾縣市政府於「資源永續」及「總量管制」之前提下，對溫泉區內合法之溫泉取供及使用事業進行泉量配置衡量，並提供溫泉業者申請合理溫泉用水量之參考依據。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000170</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004154</governmentpublicationsnumber><identifier>72690</identifier><internationalstandardbooknumber>9789860304497 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72690</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>溫泉事業合理用水量評估標準建立  Establishment the reasonable water appraisal standard for hot spring enterprise</title><yearidentifier>201112</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視。 近年來由於溫泉事業蓬勃發展，地方政府亦陸續開始就溫泉資源進行局部調查評估及規劃開發，為使溫泉資源永續利用，應確實評估「溫泉事業合理用水量」，其評估標準之建立有其必要。本署曾於民國89-92年辦理「臺灣溫泉水資源之調查及開發利用」計畫，針對行政院當時核定之「溫泉開發管理方案」所列18處溫泉區，推估溫泉潛勢量、年可使用量、目前年耗用量及目前使用率。惟迄今溫泉區數量及現況溫泉使用量迭有更新，實有必要再針對各溫泉區之可開發總量、實際取用量及水權量等進行調查與檢討，並從而建立確切可行之評估標準，俾縣市政府於「資源永續」及「總量管制」之前提下，對溫泉區內合法之溫泉取供及使用事業進行泉量配置衡量，並提供溫泉業者申請合理溫泉用水量之參考依據。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000170</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004154</governmentpublicationsnumber><identifier>72691</identifier><internationalstandardbooknumber>9789860304497 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72691</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>溫泉事業合理用水量評估標準建立(光碟版)  Establishment the reasonable water appraisal standard for hot spring enterprise</title><yearidentifier>201112</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視。 鑑於全球氣候變遷及臺灣地區之地質特性，近年來溫泉區或鄰近區域常有地質災害發生，如廬山、谷關、寶來等，復因應地質法施行後部分溫泉區可能面臨開發管理問題，針對全國已開發利用之溫泉地區進行地質安全評估，並研擬未來溫泉區發展政策及保育規劃有其必要。 本署於98-99年度已完成全台十大溫泉區基本資料調查，擬藉此利基進行全國各溫泉地區溫泉資源資料彙整與綜合檢討，並研擬未來整體溫泉資源管理機制，俾臺灣溫泉資源永續利用與發展。</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000168</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004365</governmentpublicationsnumber><identifier>72692</identifier><internationalstandardbooknumber>9789860306705 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72692</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>臺灣溫泉資源開發管理綜合計畫(1/2) The Integrated Management Plan on the Development of the Hot Spring Resources of Taiwan</title><yearidentifier>201112</yearidentifier></data><data><abstract>溫泉法自94年7月1日經行政院頒布施行，規範於法規中的資源保育事項，如溫泉開發許可、溫泉露頭保護、溫泉水總量管制等，亦逐漸引起民眾重視。 鑑於全球氣候變遷及臺灣地區之地質特性，近年來溫泉區或鄰近區域常有地質災害發生，如廬山、谷關、寶來等，復因應地質法施行後部分溫泉區可能面臨開發管理問題，針對全國已開發利用之溫泉地區進行地質安全評估，並研擬未來溫泉區發展政策及保育規劃有其必要。 本署於98-99年度已完成全台十大溫泉區基本資料調查，擬藉此利基進行全國各溫泉地區溫泉資源資料彙整與綜合檢討，並研擬未來整體溫泉資源管理機制，俾臺灣溫泉資源永續利用與發展。</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000168</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004365</governmentpublicationsnumber><identifier>72693</identifier><internationalstandardbooknumber>9789860306705 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72693</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>臺灣溫泉資源開發管理綜合計畫(1/2) －光碟版 The Integrated Management Plan on the Development of the Hot Spring Resources of Taiwan</title><yearidentifier>201112</yearidentifier></data><data><abstract>士文水庫計畫歷經數年的調查規劃，在規劃水庫的同時必須考量地區之地震因素，於民國96年在壩址區域裝設2部強地動儀，並完成士文水庫可行性規劃-地震危害度分析，民國97~99年進行水庫壩址強地動儀維護觀測計畫。為能持續接收壩址區域之現地資料，建立士文水庫地區強地動資料庫，繼續辦理計畫壩址地區地動儀維護觀測及資料整理，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000360</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004087</governmentpublicationsnumber><identifier>72694</identifier><internationalstandardbooknumber>9789860303964 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72694</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(4/5) 內附光碟 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(4/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣現有溫泉露頭約百餘處，重要溫泉區逾二十處，由於近年來溫泉產業蓬勃發展，溫泉使用量快速增加，部份溫泉區之溫泉水量似有超用現象，例如礁溪、關子嶺、四重溪地區等，為落實溫泉資源總量管制，於溫泉區進行有系統的監測工作，實屬必要。 鑑於臺灣溫泉區數量龐大，監測井網無法短期建立完全，目前規劃以有超量使用之虞的溫泉區為示範區優先進行監測，99年度已辦理「四重溪溫泉資源監測調查計畫（1/2）」，100年庚續辦理礁溪地區溫泉資源之監測計畫，擬以97年度監測井網規劃成果（北區溫泉監測系統站址規劃設計）為基礎，設置監測井監測並分析已建置監測井監測資料，除了解溫泉地區之地下水活動、溫泉水位與溫度變化，另並調查歷史及現況使用量，以重新評估當地合理總用水量，進而探討該區溫泉管理策略。計畫成果之應用除避免溫泉資源過度開發，並將提送宜蘭縣政府參酌使用，俾礁溪地區溫泉資源保育永續經營與發展管理。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000169</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004734</governmentpublicationsnumber><identifier>72695</identifier><internationalstandardbooknumber>9789860311006 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72695</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>礁溪地區溫泉資源調查與監測計畫(1/2) The Investigation and Monitoring of Jioshi Hot Spring (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010003821</governmentpublicationsnumber><identifier>72696</identifier><internationalstandardbooknumber>9789860302295 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72696</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例(2/2) A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-GaoPing River Case Study(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫以規劃中之士文及南化第二水庫之集水區為研究區域，建立水庫蓄水區邊坡深層滑動潛勢評估方法、分析步驟及評估準則，以利水庫規劃工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000387</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004089</governmentpublicationsnumber><identifier>72697</identifier><internationalstandardbooknumber>9789860303940 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72697</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水庫蓄水區邊坡深層滑動潛勢評估分析 －內附光碟 Deep-seated Landslide Susceptibility Analysis in Reservoir Area</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣現有溫泉露頭約百餘處，重要溫泉區逾二十處，由於近年來溫泉產業蓬勃發展，溫泉使用量快速增加，部份溫泉區之溫泉水量似有超用現象，例如礁溪、關子嶺、四重溪地區等，為落實溫泉資源總量管制，於溫泉區進行有系統的監測工作，實屬必要。 鑑於臺灣溫泉區數量龐大，監測井網無法短期建立完全，目前規劃以有超量使用之虞的溫泉區為示範區優先進行監測，99年度已辦理「四重溪溫泉資源監測調查計畫（1/2）」，100年庚續辦理礁溪地區溫泉資源之監測計畫，擬以97年度監測井網規劃成果（北區溫泉監測系統站址規劃設計）為基礎，設置監測井監測並分析已建置監測井監測資料，除了解溫泉地區之地下水活動、溫泉水位與溫度變化，另並調查歷史及現況使用量，以重新評估當地合理總用水量，進而探討該區溫泉管理策略。計畫成果之應用除避免溫泉資源過度開發，並將提送宜蘭縣政府參酌使用，俾礁溪地區溫泉資源保育永續經營與發展管理。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000169</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004734</governmentpublicationsnumber><identifier>72698</identifier><internationalstandardbooknumber>9789860311006 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72698</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>礁溪地區溫泉資源調查與監測計畫(1/2) －光碟版 The Investigation and Monitoring of Jioshi Hot Spring (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72699</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72699</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例總報告書 A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-GaoPing River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72701</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72701</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例  總報告書=A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping Riverv Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本署為推動機關及學校加強節約用水工作，期藉由輔導機關及學校採用省水設備及雨中水利用，積極做好節約用水工作，減少不必要的用水浪費，俾作為全民表率，共同創造節水型社會。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000066</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004736</governmentpublicationsnumber><identifier>72702</identifier><internationalstandardbooknumber>9789860311013 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72702</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>機關及學校節水技術輔導計畫(1/2) Institutional and School Water Conservation Program (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本署為推動機關及學校加強節約用水工作，期藉由輔導機關及學校採用省水設備及雨中水利用，積極做好節約用水工作，減少不必要的用水浪費，俾作為全民表率，共同創造節水型社會。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000066</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004736</governmentpublicationsnumber><identifier>72703</identifier><internationalstandardbooknumber>9789860311013 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72703</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>機關及學校節水技術輔導計畫(1/2)－光碟版 Institutional and School Water Conservation Program (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據99年度本署辦理機關學校節水競賽評比成效顯示，因應各得獎單位皆因內部實施管線查修檢漏的工作及運用其他替代水源(雨水貯留)，使得節水成效顯著。     為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，因此本署將優先針對地層下陷區(彰化、雲林)及離島地區(澎湖)提供漏水問題解決管道並協助機關學校節水檢漏輔導服務，避免浪費珍貴水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000062</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004916</governmentpublicationsnumber><identifier>72704</identifier><internationalstandardbooknumber>9789860312881 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72704</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>加強機關學校檢漏防漏計畫 Leakage Improvement and Control of Institution and School Program</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據99年度本署辦理機關學校節水競賽評比成效顯示，因應各得獎單位皆因內部實施管線查修檢漏的工作及運用其他替代水源(雨水貯留)，使得節水成效顯著。     為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，因此本署將優先針對地層下陷區(彰化、雲林)及離島地區(澎湖)提供漏水問題解決管道並協助機關學校節水檢漏輔導服務，避免浪費珍貴水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000062</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004916</governmentpublicationsnumber><identifier>72705</identifier><internationalstandardbooknumber>9789860312881 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72705</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>加強機關學校檢漏防漏計畫(光碟版) Leakage Improvement and Control of Institution and School Program</title><yearidentifier>201112</yearidentifier></data><data><abstract>為持續推廣兩段式沖水器及節水墊片，以澎湖及雲林、彰化地層下陷區之社區為對象，協助住家換裝省水標章之馬桶水箱兩段式沖水器及節水墊片，並就換裝過程及結果，研擬相關推廣策略。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000067</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004732</governmentpublicationsnumber><identifier>72706</identifier><internationalstandardbooknumber>9789860310993 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72706</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>省水器材配件推廣計畫(內附光碟)  The Promoted Project of Water Save Equipment</title><yearidentifier>201112</yearidentifier></data><data><abstract>21世紀水資源經營管理之理念，除了滿足人類用水基本需求外，更必須同時確保生態體系的完整性及人類的永續發展，本計畫依據「2008年～2012年積極推動節約用水計畫」，延續過去推動節約用水之經驗，落實國家水資源永續經營之理念，以期能合理且有效率地利用有限的水資源，更冀望能達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000057</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004056</governmentpublicationsnumber><identifier>72707</identifier><internationalstandardbooknumber>9789860304039 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72707</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>98~100年省水器材推動與節水績效評估研究（3/3）The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>21世紀水資源經營管理之理念，除了滿足人類用水基本需求外，更必須同時確保生態體系的完整性及人類的永續發展，本計畫依據「2008年～2012年積極推動節約用水計畫」，延續過去推動節約用水之經驗，落實國家水資源永續經營之理念，以期能合理且有效率地利用有限的水資源，更冀望能達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000057</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004056</governmentpublicationsnumber><identifier>72708</identifier><internationalstandardbooknumber>9789860304039 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72708</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>98~100年省水器材推動與節水績效評估研究（3/3）－光碟版 The Promotion of Water-saving Facilities and Research of Water Conservation Achievements (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72709</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72709</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署99年度委辦計畫成果發表會（創造水歷史期待水未來）論文集《含光碟》2010  Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/20</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72710</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72710</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署99年度委辦計畫成果摘要彙編（創造水歷史期待水未來）《含光碟》2010  Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本計畫辦理民生及公共大用水戶節水技術輔導相關工作，期藉由輔導大用水戶採用省水設備及雨中水利用，達節約用水目標，並合理且有效率地利用有限的水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000061</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010001818</governmentpublicationsnumber><identifier>72711</identifier><internationalstandardbooknumber>9789860309676 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72711</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>98-100年度民生及公共大用水戶節水輔導計畫(3/3) Commercial and Institutional Water Conservation Program (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>計畫緣起 ?江縣海域潮差大，長期受颱風、季風海?沖刷及潮汐進退影響，每 逢颱風季節伴隨強風大??襲，又現有民?十分鄰近海堤，使?興村、津 沙村飽受海?之威脅，已嚴重影響人民生命財產安全。 本案期能透過詳盡的規劃與調查工作為?興村及津沙村海岸保護，提 出詳盡的建議方案及可?性評估，並結合城鄉風貌與彰顯地方特色，使休 閒遊憩空間及機能與民眾實質生活環境融為一體，進而改善當地居民生活 環境，找出景觀維護及海岸安全之間的平衡點。 本計畫主要內容為 1. 基地環境資?現況分析，2. 地形及水深測?工 作，3. 馬祖海堤20 處斷面測?，4. 津沙海堤及?興村沃口海堤改善方案 研提，5. 成果報告製作。 二、 背景環境資?收集及分析 ?明及彙整笨計畫範圍內之背景資?，並分析津沙海堤及?興村沃口 海堤面?之現況?明。 三、 地形、水深測? 本計畫除完成津沙海堤及?興村沃口海堤鄰近地區地形、水深測?外， 並完成馬祖地區20 處海堤之斷面測?。 四、 現況?值分析 本章?值模式主要針對津沙及?興海岸進??值模擬。由於目前堤後 越波?並無學術界一致認同之?值模式可供模擬，且相關越波?計算公式 多為實驗室平?斜坡堤或是直?堤所得，相關結果並?一定能完全適用實 際海岸。?考目前常用越波?公式（Van der Meer and Janssen，1994；TAW 2002；Hughes，2004；Goda，2009 等），輸入??除?外海波?條件、海 ?江縣南竿鄉津沙海堤及?興村沃口海堤整建規劃 期末報告書 喬?工程顧問股份有限公司 堤設計及底床坡?等條件外，堤前波高為另一重要控制??。故本章?值 模擬分別模擬現況及建議改善方案整體灣澳在?同回歸期颱風作用下波 場，並分析堤前波高變化情形，作為改善方案可?性之?明。。 五、 現況海堤安全分析 根據?興、津沙海岸及其保護工之型態，?考經濟部水?署水?規劃 試驗所發布之「海岸設施防護準則－海堤篇(草案)」及相關計畫及專業書 籍篩選多種波?溯升及越波?經驗公式，完成津沙海堤及?興村沃口海堤 現況之安全評估成果，該二處海堤經評估其溯升高程均低於現況海堤堤頂 高程，惟溢??之評估均未能達到評估之安全標準，建議應予改善。 ?、 改善方案研擬 分別針對津沙海堤及?興村沃口海堤進?改善方案研擬，各海堤均研 擬二種可?方案，初步評估建議採用緩波式海堤加人工養灘方式加以改善 為較佳方案。 七、 結?與建議 綜合彙整本計畫規劃成果，並摘?要點?明，並提出本計畫之建議。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010005075</governmentpublicationsnumber><identifier>72712</identifier><internationalstandardbooknumber>9789860312171 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72712</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>連江縣南竿鄉津沙海堤及復興村沃口海堤整建規劃委託技術服務成果報告書 The renovation programming for both the Jinsha Seawall in Jinsha village and the Woukou Seawall in Fuxing village at Nangan Township, Lianjiang County</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本計畫辦理民生及公共大用水戶節水技術輔導相關工作，期藉由輔導大用水戶採用省水設備及雨中水利用，達節約用水目標，並合理且有效率地利用有限的水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000061</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010001818</governmentpublicationsnumber><identifier>72713</identifier><internationalstandardbooknumber>9789860309676 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72713</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>98-100年度民生及公共大用水戶節水輔導計畫(3/3) －光碟版 Commercial and Institutional Water Conservation Program (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國際灌溉排水協會口華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72720</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72720</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72721</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72721</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書〈光牒版〉  2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國際灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010004665</governmentpublicationsnumber><identifier>72722</identifier><internationalstandardbooknumber>9789860308044 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72722</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/21</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>72723</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72723</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>水利署99年度委辦計畫成果彙編暨發表會成果報告書  2010 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract>民國80～86 年間，分別辦理雙溪水庫初步及可行性規劃(摘 圖1)，環境影響評估作業只完成第一階段，由於當時政策並未繼 續執行雙溪水庫計畫，因而暫停雙溪水庫規劃及推動工作。有鑑 於近年來氣候變遷，而基隆地區水庫蓄水容量僅約1,000 萬立方 公尺，調節枯水期不足，即使北水處支援能力每日達8 萬立方公 尺，仍面臨3~4 年缺水1 次之高風險；參考可行性規劃分析，當 雙溪水庫上場後與貢寮攔河堰聯合運用，供水能力為每日20 萬立 方公尺，將可滿足基隆地區中長程用水需求及備用水量，因此乃 針對『台灣地區北部區域雙溪水庫可行性規劃』成果進行檢討分 析，探討環境變遷之影響及其規劃是否符合永續水庫指標，進而 判斷是否值得繼續推動及其後續規劃重點。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000175</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003831</governmentpublicationsnumber><identifier>72724</identifier><internationalstandardbooknumber>9789860302318 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72724</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討--內附光碟 A Review of Feasibility Study of Shuangxi Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>民國80～86 年間，分別辦理雙溪水庫初步及可行性規劃(摘 圖1)，環境影響評估作業只完成第一階段，由於當時政策並未繼 續執行雙溪水庫計畫，因而暫停雙溪水庫規劃及推動工作。有鑑 於近年來氣候變遷，而基隆地區水庫蓄水容量僅約1,000 萬立方 公尺，調節枯水期不足，即使北水處支援能力每日達8 萬立方公 尺，仍面臨3~4 年缺水1 次之高風險；參考可行性規劃分析，當 雙溪水庫上場後與貢寮攔河堰聯合運用，供水能力為每日20 萬立 方公尺，將可滿足基隆地區中長程用水需求及備用水量，因此乃 針對『台灣地區北部區域雙溪水庫可行性規劃』成果進行檢討分 析，探討環境變遷之影響及其規劃是否符合永續水庫指標，進而 判斷是否值得繼續推動及其後續規劃重點。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000175</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003831</governmentpublicationsnumber><identifier>72725</identifier><internationalstandardbooknumber>9789860302318 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72725</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討--光碟版 A Review of Feasibility Study of Shuangxi Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之平溪水庫於歷年陸續辦理各階段之規劃及調查，先後完成「平溪水庫調查規劃報告(民國79年)」、「基隆河平溪水庫初步規劃（民國97年）」、「基隆河平溪水庫初步規劃(2)-淹沒區煤礦坑、含煤層調查及評估（民國98年）」及「基隆河平溪水庫初步規劃-98年度工作報告（民國99年）」等項工作。 平溪水庫位於新北市平溪區，在本計畫中所探討之水庫淹沒區係僅指水庫蓄水正常滿水位(標高275公尺)之範圍。平溪地區為早期台灣重要採煤區之一，其水庫淹沒區內重要的煤礦場計有台和及順隆煤礦，由於已荒廢十餘年，在基隆河平溪水庫初步規劃(2)-淹沒區煤礦坑、含煤層調查及評估之現場調查時，大多數之煤礦坑口已發生自然坍陷和地表物質覆蓋，經初步評估可採工程方式封堵防漏，惟平溪水庫壩址及淹沒區附近主要地質構造有牡丹坑斷層、新店斷層及屈尺斷層等，若未來有地震發生，是否會影響已封堵的煤礦坑，為本計畫主要研究目的。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000379</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003832</governmentpublicationsnumber><identifier>72726</identifier><internationalstandardbooknumber>9789860302264 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72726</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>地震對水庫淹沒區煤礦坑影響研究--內附光碟 The Seismic Impact Study of the Coal Mine Shafts and Entries in Pingsi Reservoir Inundation Area</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之平溪水庫於歷年陸續辦理各階段之規劃及調查，先後完成「平溪水庫調查規劃報告(民國79年)」、「基隆河平溪水庫初步規劃（民國97年）」、「基隆河平溪水庫初步規劃(2)-淹沒區煤礦坑、含煤層調查及評估（民國98年）」及「基隆河平溪水庫初步規劃-98年度工作報告（民國99年）」等項工作。 平溪水庫位於新北市平溪區，在本計畫中所探討之水庫淹沒區係僅指水庫蓄水正常滿水位(標高275公尺)之範圍。平溪地區為早期台灣重要採煤區之一，其水庫淹沒區內重要的煤礦場計有台和及順隆煤礦，由於已荒廢十餘年，在基隆河平溪水庫初步規劃(2)-淹沒區煤礦坑、含煤層調查及評估之現場調查時，大多數之煤礦坑口已發生自然坍陷和地表物質覆蓋，經初步評估可採工程方式封堵防漏，惟平溪水庫壩址及淹沒區附近主要地質構造有牡丹坑斷層、新店斷層及屈尺斷層等，若未來有地震發生，是否會影響已封堵的煤礦坑，為本計畫主要研究目的。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000379</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003832</governmentpublicationsnumber><identifier>72727</identifier><internationalstandardbooknumber>9789860302264 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72727</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>地震對水庫淹沒區煤礦坑影響研究--光碟版 The Seismic Impact Study of the Coal Mine Shafts and Entries in Pingsi Reservoir Inundation Area</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的為針對缺水管理問題，建立可考量缺水風險、長、短 期策略及投資成本之整合性水資源經理決策模式，並建議可因應未來 供水風險管理之最佳投資組合方案，以供決策之參考。以下針對本計 畫重要成果進行說明。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000381</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003759</governmentpublicationsnumber><identifier>72728</identifier><internationalstandardbooknumber>9789860301526 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72728</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>整合性水資源經理方案決策模式研究(1/3)(內附光碟)=The Study of Decision Model for Integrated Water Resources Management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的為針對缺水管理問題，建立可考量缺水風險、長、短 期策略及投資成本之整合性水資源經理決策模式，並建議可因應未來 供水風險管理之最佳投資組合方案，以供決策之參考。以下針對本計 畫重要成果進行說明。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000381</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003759</governmentpublicationsnumber><identifier>72729</identifier><internationalstandardbooknumber>9789860301526 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72729</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>整合性水資源經理方案決策模式研究(1/3)--光碟版 The Study of Decision Model for Integrated Water Resources Management(1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>桃園地區之各標的用水主要由石門水庫負責供應，未?因應此地 區社經發展需要，其生活用水與工業用水需求仍將持續成長，如何確 保水庫庫容永續?用以穩定供水，進而滿足未?用水需求，為現階段 亦為未?重要議題。 石門水庫目前規劃中的防淤策?涉及水資源運用、防洪與水庫防 淤等?同目標，而在石門水庫上游的各水資源設施，如規劃中的高台 水庫，亦具有協助防淤之功能，且兼可增加石門水庫之防洪餘裕與提 升系統供水能?，因此在石門水庫與上游水資源設施?合運用的架構 下，有必要分別評估各設施可提升防洪、水源運用與水庫防淤之成 效，以建議石門水庫上游水資源設施之最適定位，並擬定可促進石門 水庫永續?用之?合運用策?。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000413</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003657</governmentpublicationsnumber><identifier>72731</identifier><internationalstandardbooknumber>9789860300741 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72731</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫與上游設施防洪防淤聯合運用策略研究(內附光碟)=Joint Operation Strategies of Flood Control and Hydraulic Desilting of the Shimen Reservoir and Upstream Storage Facilities</title><yearidentifier>201112</yearidentifier></data><data><abstract>桃園地區之各標的用水主要由石門水庫負責供應，未?因應此地 區社經發展需要，其生活用水與工業用水需求仍將持續成長，如何確 保水庫庫容永續?用以穩定供水，進而滿足未?用水需求，為現階段 亦為未?重要議題。 石門水庫目前規劃中的防淤策?涉及水資源運用、防洪與水庫防 淤等?同目標，而在石門水庫上游的各水資源設施，如規劃中的高台 水庫，亦具有協助防淤之功能，且兼可增加石門水庫之防洪餘裕與提 升系統供水能?，因此在石門水庫與上游水資源設施?合運用的架構 下，有必要分別評估各設施可提升防洪、水源運用與水庫防淤之成 效，以建議石門水庫上游水資源設施之最適定位，並擬定可促進石門 水庫永續?用之?合運用策?。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000413</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003657</governmentpublicationsnumber><identifier>72733</identifier><internationalstandardbooknumber>9789860300741 ; 9789860300</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72733</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫與上游設施防洪防淤聯合運用策略研究--光碟版 Joint Operation Strategies of Flood Control and Hydraulic Desilting of the Shimen Reservoir and Upstream Storage Facilities</title><yearidentifier>201112</yearidentifier></data><data><abstract>為提高台灣地區供水之穩定?，經濟部水?署已針對台灣 ?、中、南各區供水管?進行規劃，惟相關計畫方案須透過水資 源暨自?水供水管網系統之操作管??加以?實，故本計畫目的 在探討台灣?、中、南各區水資源暨自?水供水系統?合調?、 供水系統操作管?策?進行檢討並建置水資源暨自?水供水系統 ?合調?管?系統，俾?達成穩定供水之目標。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000411</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003716</governmentpublicationsnumber><identifier>72734</identifier><internationalstandardbooknumber>9789860301007 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72734</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水資源暨自來水供水系統聯合調度管理系統建置探討--內附光碟 Preliminary Study on the Development of a Joint Water Resources and Water Supply Management System</title><yearidentifier>201112</yearidentifier></data><data><abstract>為提高台灣地區供水之穩定?，經濟部水?署已針對台灣 ?、中、南各區供水管?進行規劃，惟相關計畫方案須透過水資 源暨自?水供水管網系統之操作管??加以?實，故本計畫目的 在探討台灣?、中、南各區水資源暨自?水供水系統?合調?、 供水系統操作管?策?進行檢討並建置水資源暨自?水供水系統 ?合調?管?系統，俾?達成穩定供水之目標。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000411</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003716</governmentpublicationsnumber><identifier>72735</identifier><internationalstandardbooknumber>9789860301007 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72735</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水資源暨自來水供水系統聯合調度管理系統建置探討--光碟版=Preliminary Study on the Development of a Joint Water Resources and Water Supply Management System</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於經濟部水利規劃試驗所(以下簡稱本所)之業務範圍為水利 事業規劃、試驗、研究等工作，執行業務過程中產製相當多水源運 用規劃基本資料、運算輸入資料及分析模式，惟資料繁雜眾多，? 散分佈，為有效管理各?水資源規劃資料，使資料流通共享。 (二) 本計畫依據「水源開發規劃作業規範」之規劃作業，所需之水 文資料與各單位資料庫進行介接，並定期更新所需資料，進行「水 源運用及規劃作業資料庫」功能擴充及調整。「水源運用及規劃作業 平台」主要分為「水文資料庫查詢系統」及「水源運用及規劃作業 資料庫」兩大系統。 (三) 本計畫工作範圍主要以北部區域作為「水源運用及規劃作業平 台」示範案例，範圍包含宜蘭縣、基隆市、台北市、新北市、桃園 縣、新竹市及新竹縣等。另外，本計畫於水利署及其所屬單位水文 資料範圍為全省</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000373</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003466</governmentpublicationsnumber><identifier>72736</identifier><internationalstandardbooknumber>9789860298062 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72736</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水源運用及規劃作業平台建置--內附光碟 Development of the Operational Plaform for Water Resource Utilization and Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於經濟部水利規劃試驗所(以下簡稱本所)之業務範圍為水利 事業規劃、試驗、研究等工作，執行業務過程中產製相當多水源運 用規劃基本資料、運算輸入資料及分析模式，惟資料繁雜眾多，? 散分佈，為有效管理各?水資源規劃資料，使資料流通共享。 (二) 本計畫依據「水源開發規劃作業規範」之規劃作業，所需之水 文資料與各單位資料庫進行介接，並定期更新所需資料，進行「水 源運用及規劃作業資料庫」功能擴充及調整。「水源運用及規劃作業 平台」主要分為「水文資料庫查詢系統」及「水源運用及規劃作業 資料庫」兩大系統。 (三) 本計畫工作範圍主要以北部區域作為「水源運用及規劃作業平 台」示範案例，範圍包含宜蘭縣、基隆市、台北市、新北市、桃園 縣、新竹市及新竹縣等。另外，本計畫於水利署及其所屬單位水文 資料範圍為全省</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000373</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003466</governmentpublicationsnumber><identifier>72737</identifier><internationalstandardbooknumber>9789860298062 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72737</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水源運用及規劃作業平台建置--光碟版 Development of the Operational Plaform for Water Resource Utilization and Planning</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004746</governmentpublicationsnumber><identifier>72738</identifier><internationalstandardbooknumber>9789860309621 ; 9789860309</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72738</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>100</publishrocyear><title>臺北盆地的地質與防災 The Geology and Geohazard Prevention for the Taipei Basin　</title><yearidentifier>201112</yearidentifier></data><data><abstract>士文水庫規劃水力排砂方式解決水庫淤積問題，使水庫水資源能永續利用。為利於掌握水庫泥砂運移特性及數值模式所需參數，本案進行現地全洪程觀測藉以獲取高含砂水流之的監測資料並辦理數值模擬，評估各水力排砂方法與排砂效率，完成士文水庫泥砂運移特性與排砂效率評估，作為未來水庫選擇及執行排砂操作之依據，俾利士文水庫工程計畫之執行與推動。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990430</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004093</governmentpublicationsnumber><identifier>72741</identifier><internationalstandardbooknumber>9789860303957 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72741</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-水力排砂機制及效率研究(內附光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract>士文水庫規劃水力排砂方式解決水庫淤積問題，使水庫水資源能永續利用。為利於掌握水庫泥砂運移特性及數值模式所需參數，本案進行現地全洪程觀測藉以獲取高含砂水流之的監測資料並辦理數值模擬，評估各水力排砂方法與排砂效率，完成士文水庫泥砂運移特性與排砂效率評估，作為未來水庫選擇及執行排砂操作之依據，俾利士文水庫工程計畫之執行與推動。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990430</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004093</governmentpublicationsnumber><identifier>72742</identifier><internationalstandardbooknumber>9789860303957 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72742</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>士文水庫可行性規劃-水力排砂機制及效率研究(光碟版)</title><yearidentifier>201112</yearidentifier></data><data><abstract>中港溪米粉街為本局轄管河川之風險地區，由於該段堤防目前僅以太空包暫時堆疊，未來將會施作蛇籠工程保護，惟完工後該地區仍存在淹水之風險，因此本計畫針對中港溪米粉街辦理防汛機制之建立，並進行桃竹苗地區洪水預警系統之擴充建置，以使本局防汛作業之順利進行。本計畫主要工作可分為五大項：(1)中港溪米粉街防汛機制建立。(2) 桃竹苗地區防汛作業所需設備規劃分析與建置。(3)桃竹苗地區水情測預報警系統的擴充建置。(4)決策資源參考資料之擴充建置。(5)系統與防汛作業演練與落實規劃。(6)教育訓練與技術移轉。(7)防汛志工相關業務。 桃竹苗地區水情測預報警系統的擴充建置部份，除了測預報系統之維護外，亦對整個防汛設備與系統進行定期維護工作，以確保颱風來臨時所有設備之穩定性。並針對相關系統之維護與增修建置，如防汛網頁、工程進度網頁、跑馬燈展示系統、防汛資訊線上查詢系統、桃竹苗洪水預警系統與防汛資料庫。 桃竹苗地區防汛作業所需設備規劃分析與建置部份，針對轄區風險區段進行防汛作業所需設備規劃分析後進行建置工作，以期對災區達預警之功用。 決策資源參考資料之擴充建置部份，包含檢討與更新目前中央管河川警戒水位、增修防汛手冊、災區與風險區進行現地勘查、防汛堆置場資料彙整與空間合適性分析與河道溢淹風險區段與洪氾區檢討分析等，以做為決策應變參考之用，並將相對應手冊進行編修工作。 系統與防汛作業演練與落實規劃部分，針對局裡同仁，進行『水情中心防汛應變執勤作業』宣導與教育訓練工作，並協助颱洪期間的洪水預警系統上線運作，落實系統與防汛作業之整合。而颱風過後，協助產製水文分析報告與颱洪值勤報告，並配合召開防汛作業檢討會議。 教育訓練與技術移轉部分，配合本局參與各單位防汛演習，提供相關單位防汛應變資訊說明與解說工作。</abstract><author>工業技術研究院</author><categoryidentifier>443.689773</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000275</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004463</governmentpublicationsnumber><identifier>72743</identifier><internationalstandardbooknumber>9789860307634 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72743</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>100年度桃竹苗地區洪水預警及防汛整合作業 Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>中港溪米粉街為本局轄管河川之風險地區，由於該段堤防目前僅以太空包暫時堆疊，未來將會施作蛇籠工程保護，惟完工後該地區仍存在淹水之風險，因此本計畫針對中港溪米粉街辦理防汛機制之建立，並進行桃竹苗地區洪水預警系統之擴充建置，以使本局防汛作業之順利進行。本計畫主要工作可分為五大項：(1)中港溪米粉街防汛機制建立。(2) 桃竹苗地區防汛作業所需設備規劃分析與建置。(3)桃竹苗地區水情測預報警系統的擴充建置。(4)決策資源參考資料之擴充建置。(5)系統與防汛作業演練與落實規劃。(6)教育訓練與技術移轉。(7)防汛志工相關業務。 桃竹苗地區水情測預報警系統的擴充建置部份，除了測預報系統之維護外，亦對整個防汛設備與系統進行定期維護工作，以確保颱風來臨時所有設備之穩定性。並針對相關系統之維護與增修建置，如防汛網頁、工程進度網頁、跑馬燈展示系統、防汛資訊線上查詢系統、桃竹苗洪水預警系統與防汛資料庫。 桃竹苗地區防汛作業所需設備規劃分析與建置部份，針對轄區風險區段進行防汛作業所需設備規劃分析後進行建置工作，以期對災區達預警之功用。 決策資源參考資料之擴充建置部份，包含檢討與更新目前中央管河川警戒水位、增修防汛手冊、災區與風險區進行現地勘查、防汛堆置場資料彙整與空間合適性分析與河道溢淹風險區段與洪氾區檢討分析等，以做為決策應變參考之用，並將相對應手冊進行編修工作。 系統與防汛作業演練與落實規劃部分，針對局裡同仁，進行『水情中心防汛應變執勤作業』宣導與教育訓練工作，並協助颱洪期間的洪水預警系統上線運作，落實系統與防汛作業之整合。而颱風過後，協助產製水文分析報告與颱洪值勤報告，並配合召開防汛作業檢討會議。 教育訓練與技術移轉部分，配合本局參與各單位防汛演習，提供相關單位防汛應變資訊說明與解說工作。</abstract><author>工業技術研究院</author><categoryidentifier>443.689773</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000275</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004463</governmentpublicationsnumber><identifier>72744</identifier><internationalstandardbooknumber>9789860307634 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72744</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>100年度桃竹苗地區洪水預警及防汛整合作業(光碟版) Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪發源於鹿場大山，計有汶水溪、大湖溪及老田寮溪三條主要支流，流路全長58公里，為苗栗地區重要河川，打鹿坑流量站所測之數據為年帄均流量為45,301萬立方公尺，而目前水源傴支援老田寮溪上游明德水庫及流域內之農業用水外，其餘水源未能有效利用，實屬可惜，而苗栗工商業蓬勃發展，用水日益增加且氣候變遷帶來之豐枯水期雨量懸殊之雙重影響之下，苗栗地區已見用水缺口。 臺灣地區民眾對於民主意?與日遽增，以及人?對環境?理的覺醒，使得水資源開發工程在推動上日益困難。而在政治環境的紛擾之下，本計畫必需要在不引發社會大眾之疑慮之下，進行各種調查及宣導活動，故本年度計畫藉由深入計畫當地地區調查、評估、溝通成果，體察民意制訂政策，同時為達成水資源環境教育及妥善保存地方文化之目的，本計畫納入後龍溪流域中影響範圍地區之人文調查、評估，並且，強化社會大眾對本計畫之瞭解程度，並透過體驗行銷模式，闡述計畫之效益，掌握民眾疑慮，化解開發阻?，以樹立日後水資源開發新典範。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10000403</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004328</governmentpublicationsnumber><identifier>72745</identifier><internationalstandardbooknumber>9789860306798 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72745</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>後龍溪水資源開發推動計畫-社會人文調查評估及水資源環境教育宣導--內附光碟 The Promotional Project for the Development of Water Resources in Houlong River- Survey Assessment of Human Ecological System and Water Environmental Education Propaganda</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72746</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72746</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新 Maintenance and Update of Flood Forecasting System for Koaping River in 2011資訊系統開發相關文件</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對基隆河治理完成後之現況進行河川情勢調查，並分析治理前後環境之變化情形，以檢討治理工程對現地環境之影響及改善成效，檢討基隆河流域現況發展所面臨的課題及評估環境變遷影響性，針對未達預期目標的部份提出改善策略，據以擬訂流域整體治理及因應方案，以期建立整體規劃與聯合治理方針，降低流域水土災害風險並提升其生態環境改善成效。    本計畫規劃監測及調查基隆河治理後河川環境之改善成效，針對改善成效顯著之治理方法進行研析，以做為後續其它河段治理之參考準則；對於改善成效不彰之治理方法，評估其原因並提出後續的補強策略。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000335</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004850</governmentpublicationsnumber><identifier>72747</identifier><internationalstandardbooknumber>9789860311747 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72747</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>基隆整體治理計畫(前期計畫)治理後之河川調查與評估(1/2) Closure Report of Investigation and Evaluation after Jilong River Overall Improvement Project (Earlier Project) (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72748</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72748</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新(光碟版) Maintenance and Update of Flood Forecasting System for Koaping River in 2011  原始程式碼光碟</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72749</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72749</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新(光碟版) Maintenance and Update of Flood Forecasting System for Koaping River in 2011  系統執行檔光碟</title><yearidentifier>201112</yearidentifier></data><data><abstract>高屏溪（舊稱下淡水溪）位於本省南部，發源於中央山脈玉山附近，向南流經高雄、屏東共24鄉鎮，為高雄縣與屏東縣交界，於雙園地區注入台灣海峽。高屏溪主流全長171公里，流域面積達3,257平方公里，山地面積約佔80.87%、平地面積約佔19.13%。 由於98年度莫拉克颱風重創南臺灣，高屏溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。高屏溪需要配合最新之量測資料進行洪水預報系統開發，並進行網格與參數等輸入檔之更新，增加系統維護與操作之效率，俾提昇洪水預報之品質。本計畫乃奉經濟部水利署民國99年12月21日經水河字第09916010170號函奉准。 本計畫依經濟部水利署民國100年1月12日經水防字第10053002210號函示，目前洪水預報系統採多模式預報為主要發展方向，目前除經濟部署水文技術組及水利防災中心均已發展高屏溪洪水預報模式外，多個研發機構亦擁有高屏溪洪水預報模式。惟若要實際運作，尚待更新網格與參數等輸入檔，以符合現況，並建立即時介接水情功能，以即時演算，並建立客製化平台，以利技術移轉與決策。且在颱風豪雨應變期間提供水情分析研判。 本計畫主要提出高屏溪洪水預報系統，並辦理維護及更新，減少重複開發模式，節省公帑，期藉由本系統於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。</abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000295</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004541</governmentpublicationsnumber><identifier>72750</identifier><internationalstandardbooknumber>9789860309010 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72750</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>100年度高屏溪洪水預報系統維護及更新(光碟版) Maintenance and Update of Flood Forecasting System for Koaping River in 2011  資訊系統開發相關文件</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對基隆河治理完成後之現況進行河川情勢調查，並分析治理前後環境之變化情形，以檢討治理工程對現地環境之影響及改善成效，檢討基隆河流域現況發展所面臨的課題及評估環境變遷影響性，針對未達預期目標的部份提出改善策略，據以擬訂流域整體治理及因應方案，以期建立整體規劃與聯合治理方針，降低流域水土災害風險並提升其生態環境改善成效。    本計畫規劃監測及調查基隆河治理後河川環境之改善成效，針對改善成效顯著之治理方法進行研析，以做為後續其它河段治理之參考準則；對於改善成效不彰之治理方法，評估其原因並提出後續的補強策略。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000335</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004850</governmentpublicationsnumber><identifier>72751</identifier><internationalstandardbooknumber>9789860311747 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72751</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>100</publishrocyear><title>基隆整體治理計畫(前期計畫)治理後之河川調查與評估(1/2)－光碟版 Closure Report of Investigation and Evaluation after Jilong River Overall Improvement Project (Earlier Project) (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010100136</governmentpublicationsnumber><identifier>72753</identifier><internationalstandardbooknumber>9789860315813 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72753</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>莫拉克颱風後高屏堰河段變遷模擬與穩定取水方案研究(100年度)--內附光碟=Study on Channel Migration and Stable Water Supply Alternatives of Kao-ping Weir Reach After Typhoon Morakot(2011)</title><yearidentifier>201201</yearidentifier></data><data><abstract>本計畫為水庫進?加高可?性規劃之前置評估作業，以通案方法評估水庫是否具有加高可能性及必要性，並制訂水庫加高可能性評估?程，供水庫加高計畫推動之?考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000412</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004397</governmentpublicationsnumber><identifier>72754</identifier><internationalstandardbooknumber>9789860307184 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72754</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>現有水庫加高可行性評估(內附光碟)=The Appraisal of Reservoir Heightening Possibility</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為水庫進?加高可?性規劃之前置評估作業，以通案方法評估水庫是否具有加高可能性及必要性，並制訂水庫加高可能性評估?程，供水庫加高計畫推動之?考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000412</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004397</governmentpublicationsnumber><identifier>72755</identifier><internationalstandardbooknumber>9789860307184 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72755</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>現有水庫加高可行性評估－光碟版 The Appraisal of Reservoir Heightening Possibility</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為水庫進?加高可?性規劃之前置評估作業，以通案 方法評估水庫是否具有加高可能性及必要性，並制訂水庫加高可 能性評估?程，供水庫加高計畫推動之?考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000412</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010004397</governmentpublicationsnumber><identifier>72756</identifier><internationalstandardbooknumber>9789860307184 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72756</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>現有水庫加高可行性評估--計畫成果資料光碟=The Appraisal of Reservoir Heightening Possibility</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>72757</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72757</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究(2/2)(光碟版)A Study of Sustainable Engineering and Construction of Hydraulic Facilities (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>72758</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72758</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究總報告(光碟版)A Study of Sustainable Engineering and Construction of Hydraulic Facilities(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 化南部區域因應氣候變遷水資源管理調適能力之計畫。 計畫共分 為 2年度，第 年度，第 年度，第 2年度 (今年度 )工作 乃延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 水資源進行分析與評估</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000071</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003884</governmentpublicationsnumber><identifier>72759</identifier><internationalstandardbooknumber>9789860302752 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72759</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究(2/2)--內附光碟 Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 化南部區域因應氣候變遷水資源管理調適能力之計畫。 計畫共分 為 2年度，第 年度，第 年度，第 2年度 (今年度 )工作 乃延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 水資源進行分析與評估</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000071</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/22</date><governmentpublicationsnumber>1010003885</governmentpublicationsnumber><identifier>72760</identifier><internationalstandardbooknumber>9789860302769 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72760</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究總報告(內附光碟)=Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region (民國99~100年度)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1009101101</governmentpublicationsnumber><identifier>72761</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72761</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>草嶺堰塞湖長期水資源規劃 簂外專家指導 專題報告=Long Term Water Resources Planning for Landslide Induced Lake at Tsao-Lin Report of Foreign Specialists Advice</title><yearidentifier>200206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>72763</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72763</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)(含光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72764</identifier><internationalstandardbooknumber>9780986030717 ; 9780986030</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72764</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸牛態工程實務手冊彙編(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72765</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72765</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸牛態工程實務手冊彙編(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>72766</identifier><internationalstandardbooknumber>0789860302509 ; 0789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72766</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>72767</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72767</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>台灣世曦工程顧問股份有限公司</author><categoryidentifier>733.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004746</governmentpublicationsnumber><identifier>72772</identifier><internationalstandardbooknumber>9789860309621 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72772</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>100</publishrocyear><title>臺北盆地的地質與防災</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>72774</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72774</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究(2/2) A Study of Sustainable Engineering and Construction of Hydraulic Facilities (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>72775</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72775</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究(2/2) A Study of Sustainable Engineering and Construction of Hydraulic Facilities(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>海岸生態工程不同於一般的傳統工程，不單純著眼於海岸保護構造物本體的防災觀點，而是以整體海岸棲地保全為範疇，同時考慮海岸之防災、環境(包含生態和景觀)及利用平衡。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72776</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72776</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)=The edition of Coastal Eco-Engineering Manual(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫將針對區域集水區之生物生態，進行整體棲息地調查研究及棲息地之規劃營造， 並提出棲息地整體營造設計，以供未來集水區進行排水設計時，能降低區域生態系統之破壞。</abstract><author>財團法人中興土木科技研究發展文教基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000149</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003803</governmentpublicationsnumber><identifier>72777</identifier><internationalstandardbooknumber>9789860301809 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72777</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水集水區生物棲地整體營造之研究總報告書－含光碟= Study on Systemic Habitat Creation for the Regional Drainage Watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>計畫緣起連江縣海域潮差大，長期受颱風、季風海浪沖刷及潮汐進退影響，每逢颱風季節伴隨強風大浪來襲，又現有民宅十分鄰近海堤，使復興村、津沙村飽受海浪之威脅，已嚴重影響人民生命財產安全。本案期能透過詳盡的規劃與調查工作為復興村及津沙村海岸保護，提出詳盡的建議方案及可行性評估，並結合城鄉風貌與彰顯地方特色，使休閒遊憩空間及機能與民眾實質生活環境融為一體，進而改善當地居民生活環境，找出景觀維護及海岸安全之間的平衡點。本計畫主要內容為 1. 基地環境資料現況分析，2. 地形及水深測量工作，3. 馬祖海堤20 處斷面測量，4. 津沙海堤及復興村沃口海堤改善方案研提，5. 成果報告製作。二、 背景環境資料收集及分析說明及彙整笨計畫範圍內之背景資料，並分析津沙海堤及復興村沃口海堤面臨之現況說明。三、 地形、水深測量本計畫除完成津沙海堤及復興村沃口海堤鄰近地區地形、水深測量外，並完成馬祖地區20 處海堤之斷面測量。四、 現況數值分析本章數值模式主要針對津沙及復興海岸進行數值模擬。由於目前堤後越波量並無學術界一致認同之數值模式可供模擬，且相關越波量計算公式多為實驗室平滑斜坡堤或是直立堤所得，相關結果並不一定能完全適用實際海岸。參考目前常用越波量公式（Van der Meer and Janssen，1994；TAW2002；Hughes，2004；Goda，2009 等），輸入參數除了外海波浪條件、海連江縣南竿鄉津沙海堤及復興村沃口海堤整建規劃 期末報告書喬聯工程顧問股份有限公司堤設計及底床坡度等條件外，堤前波高為另一重要控制參數。故本章數值模擬分別模擬現況及建議改善方案整體灣澳在不同回歸期颱風作用下波場，並分析堤前波高變化情形，作為改善方案可行性之說明。。五、 現況海堤安全分析根據復興、津沙海岸及其保護工之型態，參考經濟部水利署水利規劃試驗所發布之「海岸設施防護準則－海堤篇(草案)」及相關計畫及專業書籍篩選多種波浪溯升及越波量經驗公式，完成津沙海堤及復興村沃口海堤現況之安全評估成果，該二處海堤經評估其溯升高程均低於現況海堤堤頂高程，惟溢流量之評估均未能達到評估之安全標準，建議應予改善。六、 改善方案研擬分別針對津沙海堤及復興村沃口海堤進行改善方案研擬，各海堤均研擬二種可行方案，初步評估建議採用緩波式海堤加人工養灘方式加以改善為較佳方案。七、 結論與建議綜合彙整本計畫規劃成果，並摘錄要點說明，並提出本計畫之建議。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010005075</governmentpublicationsnumber><identifier>72778</identifier><internationalstandardbooknumber>9789860312171 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72778</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>連江縣南竿鄉公所津沙海堤及復興村沃口海堤整建規劃委託技術服務成果報告書－內附光碟 =The renovation programming for both the Jinsha Seawall in Jinsha village and the Woukou Seawall in Fuxing village at Nangan Township, Lianjiang County</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003821</governmentpublicationsnumber><identifier>72779</identifier><internationalstandardbooknumber>9789860302295 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72779</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（2/2）= A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72780</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72780</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例 -總報告書=A Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan-GaoPing River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003821</governmentpublicationsnumber><identifier>72781</identifier><internationalstandardbooknumber>9789860302295 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72781</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（2/2）(光碟版) =A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72782</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72782</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（總報告書）(光碟版)= A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004378</governmentpublicationsnumber><identifier>72783</identifier><internationalstandardbooknumber>9789860307177 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72783</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態工程實務手冊彙編(1/2)--光碟版=The edition of Coastal Eco-Engineering Manual(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資料之蒐集與利用一維、二維動床數模工具，綜合評估相對穩定關係</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010004620</governmentpublicationsnumber><identifier>72784</identifier><internationalstandardbooknumber>9789860309546 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72784</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷往之影響(1/2)--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪河口段歷年來變遷頗為顯著，由於工程執行規劃牽涉河口段複雜水理、輸砂及相關保護措施最佳化之設計規劃，水規所雖已辦理物模計畫中，但物模假設與執行相較數模簡化且耗時費力。為評估河口段之長期穩定趨勢，本計畫擬延續99年度數模計畫工作，配合水規所物模之進度，藉由CCHE2D與CCHE2D-Coast河口動床數模工具與物模交互搭配驗證，以提供河口段治理工程執行可能之修正與後續長期穩定評估之參考。 本研究評估零方案與實施工程完成後，河口段之流況、底床沖淤等情形，同時配合水規所物模試驗之簡化條件，進行模式驗證，經數模與物模完成驗證後，再挑選建議方案進行短期、長期與河防安全等評估工作，以提供頭前溪河口段治理規劃與工程執行參考。 一、頭前溪河口段相關文獻與基本資料之蒐集與彙整 本計畫蒐集頭前溪河口段過去相關研究文獻、水文、地文等基本資料，以及分流工、透水性構造物、丁壩、感潮河段水理輸砂機制等文獻，以做為相關評估與數模模擬之參考。 二、頭前溪河口段二維動床數模模擬驗證 在與水規所物模試驗之驗證中，數模與物模假設相同邊界、地形與初始條件進行模擬，採用Q2、Q10、Q20與Q100之定量流進行水理試驗，配合下游固定暴潮位4.0公尺。由誤差分析圖觀察，數模模擬與物模試驗實測水位趨勢相近；在現場實際尺度下，數模與物模實測水位之平均絕對誤差約為正負12.3公分、平均相對誤差約為2.62%，顯示水位數模結果已具有頗高之可信度。舊港島左右股流路分流量驗證方面，物模與數模分流量模擬結果亦趨勢相近。 本計畫研擬數組不同角度、長度之舊港島分流工進行比較，舊港島分流工角度與長度之定義，角度以東西向為水平軸，順時針方向之夾角稱為其角度；長度自舊港島上游頂端，向上游河道延伸至末端視為長度。方案模擬方面，模擬包括零方案、無分流工案、設計案、99年數模建議案及流路調整案。在綜合評估舊港島左右股分流量、河床回淤分布、水位與河防安全等因素，數模擬訂分流工角度55度、長度300公尺為建議方案。惟無論數模或物模評估結果，數模建議案與原設計案(角度50度、長度340公尺)於河口段分流量、沖淤、水位等之差異不大，因此數模建議分流工可先行進行施工，再依後續現場洪水過後狀況進行調整。 三、頭前溪河口段短期與長期穩定分析 頭前溪河口入流段配合疏濬調整流路方面，上游流路經調整後，舊港島左右股無論Q20或Q100流量下，右股之分流量皆有增加趨勢，整體來說，改善上游深槽流路後，雖仍有淤積趨勢，但流路可調整偏向河道中央，應有助於提升右股流路之分流量，惟建議後續再從物模試驗進行機制觀察，以瞭解水砂運移關係。 數模建議案在不同重現期距流量下之底床淤積量比較方面，採用不同輸砂公式進行比較。就斷面0~斷面7河段而言，單一場Q5洪水對約造成3.86~3.9萬立方公尺之淤積量，Q20洪水約造成6.62~6.93萬立方公尺之淤積量，Q100洪水約造成10.5~12.2萬立方公尺之淤積量，連續3場Q5洪水約造成9.6~11.2萬立方公尺之淤積量。 四、頭前溪河口段河防安全檢討 在河防安全評估方面，數模建議案在Q100洪水下，研究河段之模擬水位皆小於98年頭前溪治理規劃檢討後公告之計畫洪水位，顯示河口段與舊港島左右股流路疏濬後，將可提升河口與舊港島之河防安全。 舊港島分流工與苦苓腳丁壩基腳沖刷潛勢方面，除了分流工前端區域因水流方向交角大，有基腳沖刷潛勢，其餘部分與水流方向之交角低於30度，屬低度沖刷潛勢。苦苓腳丁壩工區域，一號丁壩壩頭區域之水流擾動情形較為明顯，有較高基腳沖刷潛勢，二號至四號丁壩區域之流速則有逐漸減緩趨勢。 五、頭前溪河口段長期穩定之改善建議 根據數模推估之舊港橋與白地橋水位率定曲線結果，河口段工程執行後，相同流量、潮位條件下，舊港橋與白地橋水位約可降低1公尺，惟此水位降低成效為工程執行設計標準下之基礎，因此若舊港橋與白地橋區域淤積深度已達1公尺，建議應辦理疏濬以維持原設計之通洪能力。此外，舊港島分流工左右區域較易產生淤積，建議進行定期疏濬，以維持分流工設計功能。 受到水流沖擊作用，舊港島分流工前端與苦苓腳凹岸之一號丁壩，有較高基腳沖刷潛勢，建議應定期進行觀測或維護。此外，建議後續可再針對頭前溪入流段之流路整理進行檢討，雖目前數模評估流路經整理後，應可增加右股流路約3.4%~7.9%之分流量，但相關數模成果仍有待驗證。</abstract><author>國立交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000306</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010100031</governmentpublicationsnumber><identifier>72785</identifier><internationalstandardbooknumber>9789860309607 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72785</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪河口段工程模型試驗計畫-數模(2/2)－光碟版 =Laboratory Study on Estuary Engineering Layout of Touchien River-Numerical Modeling(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>72786</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72786</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究(2/2)－光碟版 A Study of Sustainable Engineering and Construction of Hydraulic Facilities (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候南部土砂災害處理對策示範研究。本計畫以曾文溪及高屏溪流域為例，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下南部流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.63933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000077</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/23</date><governmentpublicationsnumber>1010003822</governmentpublicationsnumber><identifier>72787</identifier><internationalstandardbooknumber>9789860302301 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72787</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>氣候變遷下台灣南部河川流域土砂處理對策研究－以高屏溪為例（總報告書）(光碟版)= A  Study of Sediment Management Policies on Climate Change for River Basins in Southern Taiwan- Gaoping River Case Study</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫乃依循國家永續發展與節能減碳的雙重願景，針對國 內水庫系統進?水體及非水體碳排放?調查並建???資? 庫，推算台灣主要水庫之排碳?，以此結果具體釐清?同水資源 供應方式之排碳?差?，並據以作出水資源節能減碳策?與水資 源碳排放資訊應用策?之建議，作為後續水資源規劃與開發單位 進?水資源開發與減碳等相關決策之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000098</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004187</governmentpublicationsnumber><identifier>72792</identifier><internationalstandardbooknumber>9789860305708 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72792</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>碳排放資訊於水資源有效利用之評估(內附光碟)=Assessment of carbon emission information for effective water resources utilization</title><yearidentifier>201112</yearidentifier></data><data><abstract>鳳山溪污水處理廠位於鳳山溪旁，第一期設計處理量為每日 109,600 立方公尺，目前帄均實際處理量約每日32,000 立方公尺， 水再生利用已具開發潛力，因該地區屬供水高風隩地區，且臨海 工業區廠商亦表達願意使用再生水，因此進行水再生利用相關規 劃，提出可能之推動方案並進行初步工程規劃，作為未來再生水 廠推動之重要參考依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003761</governmentpublicationsnumber><identifier>72793</identifier><internationalstandardbooknumber>9789860301533 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72793</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>鳳山溪污水處理廠水再生利用規劃--內附光碟 Preliminary Evaluation of Water Reclamation for Fongshan River Wastewater Treatment Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>鳳山溪污水處理廠位於鳳山溪旁，第一期設計處理量為每日 109,600 立方公尺，目前帄均實際處理量約每日32,000 立方公尺， 水再生利用已具開發潛力，因該地區屬供水高風隩地區，且臨海 工業區廠商亦表達願意使用再生水，因此進行水再生利用相關規 劃，提出可能之推動方案並進行初步工程規劃，作為未來再生水 廠推動之重要參考依據。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003761</governmentpublicationsnumber><identifier>72794</identifier><internationalstandardbooknumber>9789860301533 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72794</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>鳳山溪污水處理廠水再生利用規劃--光碟版 Preliminary Evaluation of Water Reclamation for Fongshan River Wastewater Treatment Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>本（100）??為「?田水資源回收中心放?水再生模廠效能與水 質驗證」之第三?計畫，延續前期??成果，持續進?放?水再生模 廠之長期操作運轉、水質監測與鼠?慢毒性試驗，同步辦?教育宣導、 再生水試用、講座辦?等教育宣導工作</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000092</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003762</governmentpublicationsnumber><identifier>72795</identifier><internationalstandardbooknumber>9789860301540 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72795</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(3/3)(內附光碟)=Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本（100）??為「?田水資源回收中心放?水再生模廠效能與水 質驗證」之第三?計畫，延續前期??成果，持續進?放?水再生模 廠之長期操作運轉、水質監測與鼠?慢毒性試驗，同步辦?教育宣導、 再生水試用、講座辦?等教育宣導工作</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000092</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003763</governmentpublicationsnumber><identifier>72796</identifier><internationalstandardbooknumber>9789860301557 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證總報告 Summary Report of Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center</title><yearidentifier>201112</yearidentifier></data><data><abstract>楠梓污水處理廠位於高雄市楠梓區，建設及營運方式依促參 法招商辦理（BOT），第一期設計處理量為75,000 CMD，目前處 理量約41,000 CMD。高雄地區屬缺水高風隩地區，?能有效再生 利用放流水，將有助緩和缺水壓?。民國99 ?高雄市政府邀集水 利署等相關單位於召開五次「水資源回收再利用研商」會議，針 對高雄市多元水源開發，提供穩定水源紓緩供水壓?進行探討。 故由水規所擬定本計畫，進行該廠放流水水再生利用規劃研 究，探討放流水經水再生處理後再利用之可行性（例如：工業用 水、生活雜用水、灌溉用水及景觀保育用水…等），同時估算再 生水利用之成本與分析經濟效?，研提可能之推動方案並規劃初 步工程，作為未來再生水推動之重要參考。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003887</governmentpublicationsnumber><identifier>72797</identifier><internationalstandardbooknumber>9789860302745 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72797</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>楠梓污水處理廠水再生利用規劃 --內附光碟 Preliminary Evaluation of Water Reclamation for Nanzih Wastewater Treatment Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>楠梓污水處理廠位於高雄市楠梓區，建設及營運方式依促參 法招商辦理（BOT），第一期設計處理量為75,000 CMD，目前處 理量約41,000 CMD。高雄地區屬缺水高風隩地區，?能有效再生 利用放流水，將有助緩和缺水壓?。民國99 ?高雄市政府邀集水 利署等相關單位於召開五次「水資源回收再利用研商」會議，針 對高雄市多元水源開發，提供穩定水源紓緩供水壓?進行探討。 故由水規所擬定本計畫，進行該廠放流水水再生利用規劃研 究，探討放流水經水再生處理後再利用之可行性（例如：工業用 水、生活雜用水、灌溉用水及景觀保育用水…等），同時估算再 生水利用之成本與分析經濟效?，研提可能之推動方案並規劃初 步工程，作為未來再生水推動之重要參考。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003887</governmentpublicationsnumber><identifier>72798</identifier><internationalstandardbooknumber>9789860302745 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72798</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>楠梓污水處理廠水再生利用規劃 --光碟版--=Preliminary Evaluation of Water Reclamation for Nanzih Wastewater Treatment Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>楠梓污水處理廠位於高雄市楠梓區，建設及營運方式依促參 法招商辦理（BOT），第一期設計處理量為75,000 CMD，目前處 理量約41,000 CMD。高雄地區屬缺水高風隩地區，?能有效再生 利用放流水，將有助緩和缺水壓?。民國99 ?高雄市政府邀集水 利署等相關單位於召開五次「水資源回收再利用研商」會議，針 對高雄市多元水源開發，提供穩定水源紓緩供水壓?進行探討。 故由水規所擬定本計畫，進行該廠放流水水再生利用規劃研 究，探討放流水經水再生處理後再利用之可行性（例如：工業用 水、生活雜用水、灌溉用水及景觀保育用水…等），同時估算再 生水利用之成本與分析經濟效?，研提可能之推動方案並規劃初 步工程，作為未來再生水推動之重要參考。</abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003887</governmentpublicationsnumber><identifier>72799</identifier><internationalstandardbooknumber>9789860302745 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72799</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>楠梓污水處理廠水再生利用規劃 --計畫成果資料光碟 Preliminary Evaluation of Water Reclamation for Nanzih Wastewater Treatment Plant</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 化南部區域因應氣候變遷水資源管理調適能力之計畫。 計畫共分 為 2年度，第 年度，第 年度，第 2年度 (今年度 )工作 乃延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 水資源進行分析與評估</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000071</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003884</governmentpublicationsnumber><identifier>72800</identifier><internationalstandardbooknumber>9789860302752 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72800</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究(2/2) －光碟版 Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>凌?電腦股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004645</governmentpublicationsnumber><identifier>72801</identifier><internationalstandardbooknumber>9789860305012 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72801</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署100年度資訊管理中心網站維運與功能增修計畫=The Project of Information Management Center Web-Site of WRA, MOEA</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>凌?電腦股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004645</governmentpublicationsnumber><identifier>72802</identifier><internationalstandardbooknumber>9789860305012 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72802</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署100年度資訊管理中心網站維運與功能增修計畫--光碟版=The Project of Information Management Center Web-Site of WRA, MOEA</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000033</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1009904870</governmentpublicationsnumber><identifier>72803</identifier><internationalstandardbooknumber>9789860266825 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72803</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>「共用版公文線上簽核系統規劃建置2/2」委託服務計畫=Unified Version of Documents Online Approval SystemPlanning and Construction 2/2</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>帝緯系統整合股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1009912051</governmentpublicationsnumber><identifier>72804</identifier><internationalstandardbooknumber>9789860256932 ; 9789860256</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72804</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>「共用版公文線上簽核系統規劃建置2/2」委託服務計畫--光碟版=Unified Version of Documents Online Approval SystemPlanning and Construction 2/2</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004650</governmentpublicationsnumber><identifier>72805</identifier><internationalstandardbooknumber>9789860306439 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72805</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>馬祖北竿地區水資源調查利用規劃--內附光碟=Planning of Rain Water Resource Utilization on Beigan Island of Matsu</title><yearidentifier>201112</yearidentifier></data><data><abstract>針對所調查之案例依地形、地貌之差異性，擇取2處案例，進行問卷訪談與調查，針對所調查之案例中，以模式進行模擬，並針對案例之綜合治水功能進行評估。藉由本研究使滯洪池不但具防洪功能，更兼具有生態復育、景觀美化與休閒遊憩等多目標功能，以利水利署未來相關滯洪池工程的推動。</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000117</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004101</governmentpublicationsnumber><identifier>72806</identifier><internationalstandardbooknumber>9789860303933 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72806</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試譣所</publisher><publishrocyear>100</publishrocyear><title>滯洪池之功能檢討與管理評估計畫(1/2)－光碟版 The Function Reviews and Management Assessments of Detention Ponds(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫乃依循國家永續發展與節能減碳的雙重願景，針對國 內水庫系統進?水體及非水體碳排放?調查並建???資? 庫，推算台灣主要水庫之排碳?，以此結果具體釐清?同水資源 供應方式之排碳?差?，並據以作出水資源節能減碳策?與水資 源碳排放資訊應用策?之建議，作為後續水資源規劃與開發單位 進?水資源開發與減碳等相關決策之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000098</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010004187</governmentpublicationsnumber><identifier>72807</identifier><internationalstandardbooknumber>9789860305708 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72807</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>碳排放資訊於水資源有效利用之評估(光碟版)Assessment of carbon emission information for effective water resources utilization</title><yearidentifier>201112</yearidentifier></data><data><abstract>本（100）??為「?田水資源回收中心放?水再生模廠效能與水 質驗證」之第三?計畫，延續前期??成果，持續進?放?水再生模 廠之長期操作運轉、水質監測與鼠?慢毒性試驗，同步辦?教育宣導、 再生水試用、講座辦?等教育宣導工作</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000092</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003763</governmentpublicationsnumber><identifier>72808</identifier><internationalstandardbooknumber>9789860301557 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72808</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證總報告－光碟版 Summary Report of Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center</title><yearidentifier>201112</yearidentifier></data><data><abstract>本（100）??為「?田水資源回收中心放?水再生模廠效能與水 質驗證」之第三?計畫，延續前期??成果，持續進?放?水再生模 廠之長期操作運轉、水質監測與鼠?慢毒性試驗，同步辦?教育宣導、 再生水試用、講座辦?等教育宣導工作</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000092</commissionedprojectidentifier><currency>NT$</currency><date>2012/2/24</date><governmentpublicationsnumber>1010003762</governmentpublicationsnumber><identifier>72809</identifier><internationalstandardbooknumber>9789860301540 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72809</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>福田水資源回收中心放流水再生模廠效能與水質驗證(3/3)--光碟版 Performance Assessment and Water Quality of Effluent Reclamation Pilot Plant in Fu-tian Water Resource Recycling Center(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本報告整理石門水庫集水區土壤沖蝕、崩塌體積、與泥沙遞移之估算工具和量測方法，含土壤沖蝕量量測方法(包括沖蝕釘法、放射性核種鈹7法與放射性核種銫137法)、土壤沖蝕量估算模式(包括USLE、指標法、MUSLE與WEPP模式)、崩塌地產砂量量測方法(包括航照圖與衛星影像判釋、全測站量測與光達量測)、崩塌地體積估算模式(包括冪次法則、打荻珠男經驗式、面積深度經驗式、坡度深度經驗式)、與崩塌地潛勢預測模式(邏輯迴歸模式)，總結出集水區在短期應變與長期管理適合的估算方式。崩塌地潛勢預測模式使用邏輯迴歸模型，在艾利颱風期間用了都卜勒天氣雷達回波率數據計算雨量，並使用最大三小時降雨強度與總降雨延時在邏輯迴歸模型中作為解釋變數，使用海棠颱風造成的崩塌地驗證結果準確率達到82%，由於在颱風期間可以計算出在一段時距中崩塌地發生的機率，故此網格為基礎的模型可以成為崩塌地預警與即時監測系統的一部分，文中並將此成果應用在決策支援系統中。由11個測站的現地採樣與實驗結果，在颱洪事件時於現地採取水樣做驗證，現地水樣與室內實驗之曲線大致符合，可提供各站泥沙濃度與濁度轉換公式供後續應變參考。此外，藉由歷史流量與泥沙濃度資料，可找出不同颱風事件下集水區泥砂來源。文中決策支援系統建置包含崩塌地預測模式、泥沙產量估算模式、崩塌災害緊急應變決策系統、集水區流量與泥沙濃度濁度推估模式、和管考系統。整治成效分為人命保全、崩塌復育、坡地土砂控制、河道泥砂濃度控制、與水庫平均淤積量控制成效五個面向來探討，在崩塌地復育成效方面，歷年衛星影像判釋結果顯示，95年整治計畫開始後，歷次颱風產生的新生成崩塌地有明顯減少的現象，總復育面積共計853.6公頃，至100年底復育率為80.4%。各年度檢討報告與第一和二階段成果報告以及經過各NGO團體、政府單位、與專家學者討論過的永續石門藍圖也完成在報告中。</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010004829</governmentpublicationsnumber><identifier>72818</identifier><internationalstandardbooknumber>9789860311853 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72818</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區保育治理研究綜整計畫委託專業服務   The project of integrated conservation and management in Shihmen reservoir watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>隨著南部地區人口成長及社經發展逐漸由傳統農、漁產業邁向工商業，以致用水需求劇增，加上全年雨量不均的南部地區水資源應用本就呈飽和狀態，復民國98 年莫拉克風災後，曾文、南化、烏山頭水庫上游集水區因土石大量坍塌、淤積，嚴重影響水庫蓄存容量，致南部地區整體水資源供應及調配條件急速惡化，行政院為加強南部地區水庫上游集水區域環境保育及有效提升水源備援與常態供水能力，依立法院99 年4 月20 日三讀通過的 「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」,預計投入540 億元經費進行水庫治理及水資源管理、開 發等工作，以降低缺水風險及維持水庫營運壽命。其中，為達成「有效提升南部地區水源備援與常態供水能力」計畫目標，經評估興建「高屏大湖」為最具效益之選項。雖然高屏大湖是一項造福南部地區民眾的民生建設工程,然自95 年起因面對國內風起雲湧的環境保育運動匡制,加上經費預算在立法院一再受阻,推動過程可謂一坡三折，不過為顧及高雄市縣合併以後，約達四百萬民眾生活及產業穩定用水需求,經濟部水利署依據各項評估條件分析後,決定持續推動這項對環境、生態影響最小的水資源開發計畫。惟因原名「吉洋人工湖」的「高屏大湖」計畫案,雖早在93 年即通過環評,但卻遲未能動工興建，在經歷98 年莫拉克風災後，因南部地區水資源生態產生鉅變,經濟部水利署遂於99 年立法院審訂確定推動，並再修正計畫內容後,於目前正依環評法令進行環境差異分析評估報告。然高屏大湖推動至今,到底計畫區週邊鄉鎮多數民眾意見如何？對高屏大湖工程計畫瞭解多少？ 經濟部水利署南區水資源局認為有必要作一個深入探討，因此,特再次規劃辦理「南部地區水資源運用及保育宣導計畫」,並以「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」為宣導主軸,以「高屏大湖」計畫週邊鄉鎮民眾為目標進行宣導，提供正確、詳盡之訊息,彰顯高屏大湖工程計畫之效益，並蒐集地方多數民意作為推動計畫的參考。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000388</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010005131</governmentpublicationsnumber><identifier>72819</identifier><internationalstandardbooknumber>9789860316919 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72819</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>南部地區水資源運用及保育宣導計畫(100年度) Water Resources Application and Preservation Advocacy Project for the Southern Region(2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>隨著南部地區人口成長及社經發展逐漸由傳統農、漁產業邁向工商業，以致用水需求劇增，加上全年雨量不均的南部地區水資源應用本就呈飽和狀態，復民國98 年莫拉克風災後，曾文、南化、烏山頭水庫上游集水區因土石大量坍塌、淤積，嚴重影響水庫蓄存容量，致南部地區整體水資源供應及調配條件急速惡化，行政院為加強南部地區水庫上游集水區域環境保育及有效提升水源備援與常態供水能力，依立法院99 年4 月20 日三讀通過的 「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」,預計投入540 億元經費進行水庫治理及水資源管理、開 發等工作，以降低缺水風險及維持水庫營運壽命。其中，為達成「有效提升南部地區水源備援與常態供水能力」計畫目標，經評估興建「高屏大湖」為最具效益之選項。雖然高屏大湖是一項造福南部地區民眾的民生建設工程,然自95 年起因面對國內風起雲湧的環境保育運動匡制,加上經費預算在立法院一再受阻,推動過程可謂一坡三折，不過為顧及高雄市縣合併以後，約達四百萬民眾生活及產業穩定用水需求,經濟部水利署依據各項評估條件分析後,決定持續推動這項對環境、生態影響最小的水資源開發計畫。惟因原名「吉洋人工湖」的「高屏大湖」計畫案,雖早在93 年即通過環評,但卻遲未能動工興建，在經歷98 年莫拉克風災後，因南部地區水資源生態產生鉅變,經濟部水利署遂於99 年立法院審訂確定推動，並再修正計畫內容後,於目前正依環評法令進行環境差異分析評估報告。然高屏大湖推動至今,到底計畫區週邊鄉鎮多數民眾意見如何？對高屏大湖工程計畫瞭解多少？ 經濟部水利署南區水資源局認為有必要作一個深入探討，因此,特再次規劃辦理「南部地區水資源運用及保育宣導計畫」,並以「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」為宣導主軸,以「高屏大湖」計畫週邊鄉鎮民眾為目標進行宣導，提供正確、詳盡之訊息,彰顯高屏大湖工程計畫之效益，並蒐集地方多數民意作為推動計畫的參考。</abstract><author>互動互惠廣告行銷開發事業有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000388</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010005131</governmentpublicationsnumber><identifier>72820</identifier><internationalstandardbooknumber>9789860316919 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72820</librarycollectiondetailsurl><price>1700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>南部地區水資源運用及保育宣導計畫(100年度) －光碟版 Water Resources Application and Preservation Advocacy Project for the Southern Region(2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本報告整理石門水庫集水區土壤沖蝕、崩塌體積、與泥沙遞移之估算工具和量測方法，含土壤沖蝕量量測方法(包括沖蝕釘法、放射性核種鈹7法與放射性核種銫137法)、土壤沖蝕量估算模式(包括USLE、指標法、MUSLE與WEPP模式)、崩塌地產砂量量測方法(包括航照圖與衛星影像判釋、全測站量測與光達量測)、崩塌地體積估算模式(包括冪次法則、打荻珠男經驗式、面積深度經驗式、坡度深度經驗式)、與崩塌地潛勢預測模式(邏輯迴歸模式)，總結出集水區在短期應變與長期管理適合的估算方式。崩塌地潛勢預測模式使用邏輯迴歸模型，在艾利颱風期間用了都卜勒天氣雷達回波率數據計算雨量，並使用最大三小時降雨強度與總降雨延時在邏輯迴歸模型中作為解釋變數，使用海棠颱風造成的崩塌地驗證結果準確率達到82%，由於在颱風期間可以計算出在一段時距中崩塌地發生的機率，故此網格為基礎的模型可以成為崩塌地預警與即時監測系統的一部分，文中並將此成果應用在決策支援系統中。由11個測站的現地採樣與實驗結果，在颱洪事件時於現地採取水樣做驗證，現地水樣與室內實驗之曲線大致符合，可提供各站泥沙濃度與濁度轉換公式供後續應變參考。此外，藉由歷史流量與泥沙濃度資料，可找出不同颱風事件下集水區泥砂來源。文中決策支援系統建置包含崩塌地預測模式、泥沙產量估算模式、崩塌災害緊急應變決策系統、集水區流量與泥沙濃度濁度推估模式、和管考系統。整治成效分為人命保全、崩塌復育、坡地土砂控制、河道泥砂濃度控制、與水庫平均淤積量控制成效五個面向來探討，在崩塌地復育成效方面，歷年衛星影像判釋結果顯示，95年整治計畫開始後，歷次颱風產生的新生成崩塌地有明顯減少的現象，總復育面積共計853.6公頃，至100年底復育率為80.4%。各年度檢討報告與第一和二階段成果報告以及經過各NGO團體、政府單位、與專家學者討論過的永續石門藍圖也完成在報告中。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010004829</governmentpublicationsnumber><identifier>72821</identifier><internationalstandardbooknumber>9789860311853 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72821</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區保育治理研究綜整計畫委託專業服務－光碟版 The project of integrated conservation and management in Shihmen reservoir watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區集水區多地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，集水區土砂大量流失，常使河川形成濃度偏高的含砂水流。另外，為保護沿岸居民的安全、維持人車通行的便利性，相關單位在河道中施作的相關工程亦常會造成河道底床驟變的情況。高濃度的含砂水流再加上驟變的河床，常會對沿程河防設施的穩定造成很大的威脅。以頭前溪部分河段為例，上游尖石堤防於颱洪期間均會面臨高濃度含砂水流直衝的威脅，造成河道刷深，屢屢造成尖石堤防的毀壞；中正橋固床工下游面河床保護層消失，岩床裸露，長期軟岩沖蝕(rock erosion)造成局部河床驟變，嚴重威脅橋梁的安全。因此，釐清驟變河道沖淤趨勢對防洪設施之影響，實為頭前溪流域當前相當重要的研究課題。 為能更合宜掌握驟變河道沖淤趨勢對河防設施穩定之影響，本計畫將以頭前溪河道變遷的特性為例，納入河道沖淤、流路變遷與軟岩沖蝕的機制。本計畫為兩年度計畫案，第一年度(本年度)計畫案之工作項目包含基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析、控制點入砂量推估研析、流變特性與高灘地土體力學試驗分析、二維驟變河道沖淤數值模式之發展、模式參數檢定與驗證、含砂水流對河道水理動床條件之影響分析、河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析等工作。 於基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析部分，完成頭前溪流域地理、水系、河段、地質、地形、 氣象與水文、河川特性、河床質、河道大斷面與水利構造物資料與過往相關研究成果資料彙整工作。 於歷年防洪工程資料與流路變遷資料彙整分析部分，除彙整防洪工程記載資料外，係透過載資料了解頭前溪河道內易受破壞之河段，並完成各河段可能的驟變因子彙整，其中計畫中擬訂的驟變因子包含堤前灘地長度、河床質變化、主深槽河寬、偏移變化率、曲率、剪力速度變化等因子進行關聯分析，並完成相關對應驟變因子之參考值供日後應用參考。 控制點入砂量推估研析部分，係採用一維GSTARS3.0模式進行全流域的模擬，輔以歷年床形變化、流量-輸砂量等資料作為檢定的基礎，其中，頭前溪主流與油羅溪部分係採用92年底床作為初始底床並以97年底床進行驗證；上坪溪部分係組合87年與97年資料為初始底床，並以100年斷面資料進行驗證，藉以完成模式參數檢定與驗證工作。並由一維動床模式(GSATRS3.0)找出常態河川輸砂觀點之高流量下的流量-輸砂率定曲線趨勢，藉此趨勢與成果提供二維模式(RESED2D)做為模擬條件，完成崩塌沖蝕情況下之高含砂情況之流量-輸砂曲線。此外，進行頭前溪現地採樣並完成細顆粒漿體之流變特性分析工作與高灘地土體力學試驗分析。 在含砂水流對河道水理動床條件之影響分析，係採用二維RESED2D水理輸砂模式進行相關模擬工作。在高含砂效應部分，其對剪力的影響最為顯著，其最重要無因次參數為 與 ，彎道效應部分，二次流強度因子為最重要的參數；流路變遷部分，岸壁坡度的影響最大，其次則為現在不易改變之土壤性質；軟岩效應中，水力沖蝕與泥砂磨蝕的關鍵因子分別為無因次剪力與無因次岩床參數。 在河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析部分係以規劃洪水量(100年重現期)之洪峰流量作為評估河防設施受高含砂水流剪力破壞之脆弱段分析工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000308</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010004563</governmentpublicationsnumber><identifier>72822</identifier><internationalstandardbooknumber>9789860309003 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72822</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>驟變河道沖淤趨勢對防洪設施之影響-以頭前溪為例(1/2) Investigation on the Erosion and Deposition Trend of Sudden change Channel for Flood Control Facilities in Toucian River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區集水區多地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，集水區土砂大量流失，常使河川形成濃度偏高的含砂水流。另外，為保護沿岸居民的安全、維持人車通行的便利性，相關單位在河道中施作的相關工程亦常會造成河道底床驟變的情況。高濃度的含砂水流再加上驟變的河床，常會對沿程河防設施的穩定造成很大的威脅。以頭前溪部分河段為例，上游尖石堤防於颱洪期間均會面臨高濃度含砂水流直衝的威脅，造成河道刷深，屢屢造成尖石堤防的毀壞；中正橋固床工下游面河床保護層消失，岩床裸露，長期軟岩沖蝕(rock erosion)造成局部河床驟變，嚴重威脅橋梁的安全。因此，釐清驟變河道沖淤趨勢對防洪設施之影響，實為頭前溪流域當前相當重要的研究課題。為能更合宜掌握驟變河道沖淤趨勢對河防設施穩定之影響，本計畫將以頭前溪河道變遷的特性為例，納入河道沖淤、流路變遷與軟岩沖蝕的機制。本計畫為兩年度計畫案，第一年度(本年度)計畫案之工作項目包含基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析、控制點入砂量推估研析、流變特性與高灘地土體力學試驗分析、二維驟變河道沖淤數值模式之發展、模式參數檢定與驗證、含砂水流對河道水理動床條件之影響分析、河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析等工作。於基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析部分，完成頭前溪流域地理、水系、河段、地質、地形、氣象與水文、河川特性、河床質、河道大斷面與水利構造物資料與過往相關研究成果資料彙整工作。於歷年防洪工程資料與流路變遷資料彙整分析部分，除彙整防洪工程記載資料外，係透過載資料了解頭前溪河道內易受破壞之河段，並完成各河段可能的驟變因子彙整，其中計畫中擬訂的驟變因子包含堤前灘地長度、河床質變化、主深槽河寬、偏移變化率、曲率、剪力速度變化等因子進行關聯分析，並完成相關對應驟變因子之參考值供日後應用參考。控制點入砂量推估研析部分，係採用一維GSTARS3.0模式進行全流域的模擬，輔以歷年床形變化、流量-輸砂量等資料作為檢定的基礎，其中，頭前溪主流與油羅溪部分係採用92年底床作為初始底床並以97年底床進行驗證；上坪溪部分係組合87年與97年資料為初始底床，並以100年斷面資料進行驗證，藉以完成模式參數檢定與驗證工作。並由一維動床模式(GSATRS3.0)找出常態河川輸砂觀點之高流量下的流量-輸砂率定曲線趨勢，藉此趨勢與成果提供二維模式(RESED2D)做為模擬條件，完成崩塌沖蝕情況下之高含砂情況之流量-輸砂曲線。此外，進行頭前溪現地採樣並完成細顆粒漿體之流變特性分析工作與高灘地土體力學試驗分析。在含砂水流對河道水理動床條件之影響分析，係採用二維RESED2D水理輸砂模式進行相關模擬工作。在高含砂效應部分，其對剪力的影響最為顯著，其最重要無因次參數為 與 ，彎道效應部分，二次流強度因子為最重要的參數；流路變遷部分，岸壁坡度的影響最大，其次則為現在不易改變之土壤性質；軟岩效應中，水力沖蝕與泥砂磨蝕的關鍵因子分別為無因次剪力與無因次岩床參數。在河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析部分係以規劃洪水量(100年重現期)之洪峰流量作為評估河防設施受高含砂水流剪力破壞之脆弱段分析工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000308</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/1</date><governmentpublicationsnumber>1010004563</governmentpublicationsnumber><identifier>72823</identifier><internationalstandardbooknumber>9789860309003 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72823</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>驟變河道沖淤趨勢對防洪設施之影響-以頭前溪為例(1/2)--光碟版=Investigation on the Erosion and Deposition Trend of Sudden change Channel for Flood Control Facilities in Toucian River (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本報告整理石門水庫集水區土壤沖蝕、崩塌體積、與泥沙遞移之估算工具和量測方法，含土壤沖蝕量量測方法(包括沖蝕釘法、放射性核種鈹7法與放射性核種銫137法)、土壤沖蝕量估算模式(包括USLE、指標法、MUSLE與WEPP模式)、崩塌地產砂量量測方法(包括航照圖與衛星影像判釋、全測站量測與光達量測)、崩塌地體積估算模式(包括冪次法則、打荻珠男經驗式、面積深度經驗式、坡度深度經驗式)、與崩塌地潛勢預測模式(邏輯迴歸模式)，總結出集水區在短期應變與長期管理適合的估算方式。崩塌地潛勢預測模式使用邏輯迴歸模型，在艾利颱風期間用了都卜勒天氣雷達回波率數據計算雨量，並使用最大三小時降雨強度與總降雨延時在邏輯迴歸模型中作為解釋變數，使用海棠颱風造成的崩塌地驗證結果準確率達到82%，由於在颱風期間可以計算出在一段時距中崩塌地發生的機率，故此網格為基礎的模型可以成為崩塌地預警與即時監測系統的一部分，文中並將此成果應用在決策支援系統中。由11個測站的現地採樣與實驗結果，在颱洪事件時於現地採取水樣做驗證，現地水樣與室內實驗之曲線大致符合，可提供各站泥沙濃度與濁度轉換公式供後續應變參考。此外，藉由歷史流量與泥沙濃度資料，可找出不同颱風事件下集水區泥砂來源。文中決策支援系統建置包含崩塌地預測模式、泥沙產量估算模式、崩塌災害緊急應變決策系統、集水區流量與泥沙濃度濁度推估模式、和管考系統。整治成效分為人命保全、崩塌復育、坡地土砂控制、河道泥砂濃度控制、與水庫平均淤積量控制成效五個面向來探討，在崩塌地復育成效方面，歷年衛星影像判釋結果顯示，95年整治計畫開始後，歷次颱風產生的新生成崩塌地有明顯減少的現象，總復育面積共計853.6公頃，至100年底復育率為80.4%。各年度檢討報告與第一和二階段成果報告以及經過各NGO團體、政府單位、與專家學者討論過的永續石門藍圖也完成在報告中。</abstract><author>財團法人臺灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004829</governmentpublicationsnumber><identifier>72824</identifier><internationalstandardbooknumber>9789860311853 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72824</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區保育治理研究綜整計畫委託專業服務〈光碟版〉The project of integrated conservation and management in Shihmen reservoir watershed</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫乃為辦理全國性自來水事業技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>明志科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990060</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004404</governmentpublicationsnumber><identifier>72825</identifier><internationalstandardbooknumber>9789860306613 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72825</librarycollectiondetailsurl><price>180</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水技術人員考驗(1/3) Test of Water Supply Enterprise Technician (1/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>有鑑於減少溫室氣體排放量為國際趨勢，而溫室氣體總量以二氧化碳量為代表，並以碳足跡（Carbon footprint, CF）計算生產程序中二氧化碳之產量，為減緩全球暖化，世界各國除依「京都議定書」致力於溫室氣體減量，希望在2050年將達成全球溫室氣體減量至少一半之目標外；2009年底於哥本哈根舉辦之氣候變化綱要公約第15屆締約國大會(COP 15)，對於各國減量目標之限制趨勢亦更加明顯。政府為因應此一趨勢，配合提出減碳政策，今後政府各行政部門、企業生產部門及個人皆須肩負及檢討、推行減碳措施。 歐美日等先進國家自來水事業單位，為因應前述國際溫室氣體管理趨勢，已開始著手建置自來水碳足跡，或利用碳足跡之計算評估檢討自來水事業減碳之效率，並已發表相關文獻或技術報告，皆值得我國自來水事業單位檢討自來水碳足跡之參考引用。減碳已成為國家永續發展並提高競爭&amp; #63882;之重要議題，我國自來水事業單位應儘早配合國際妥善規劃，導入碳足跡以檢討減碳之效率，爰此本計畫「自來水事業碳足跡評估與減碳策略之先期研究」，擬引進先進國家自來水碳足跡評估技術，應用於評估國內自來水事業之碳足跡，本計畫評估碳足跡之範疇，係指水源取水口以下，經由淨水設備、輸配水管線等設施配送至用戶端之前謂之。另研擬自來水碳足跡評估技術手冊草案，並擬定自來水事業減碳之近中程發展策略，作為我國自來水事業單位檢討自來水碳足跡與減碳之依據，並舉辦專家座談會及技術交流研討會以推廣自來水事業減碳應用發展之概念。</abstract><author>環科工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990421</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004395</governmentpublicationsnumber><identifier>72826</identifier><internationalstandardbooknumber>9789860306620 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72826</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水事業碳足跡評估與減碳策略之先期研究 The preliminary study for the assessment of carbon footprint and carbon-reduction strategy for tap water enterprise</title><yearidentifier>201112</yearidentifier></data><data><abstract>有鑑於減少溫室氣體排放量為國際趨勢，而溫室氣體總量以二氧化碳量為代表，並以碳足跡（Carbon footprint, CF）計算生產程序中二氧化碳之產量，為減緩全球暖化，世界各國除依「京都議定書」致力於溫室氣體減量，希望在2050年將達成全球溫室氣體減量至少一半之目標外；2009年底於哥本哈根舉辦之氣候變化綱要公約第15屆締約國大會(COP 15)，對於各國減量目標之限制趨勢亦更加明顯。政府為因應此一趨勢，配合提出減碳政策，今後政府各行政部門、企業生產部門及個人皆須肩負及檢討、推行減碳措施。 歐美日等先進國家自來水事業單位，為因應前述國際溫室氣體管理趨勢，已開始著手建置自來水碳足跡，或利用碳足跡之計算評估檢討自來水事業減碳之效率，並已發表相關文獻或技術報告，皆值得我國自來水事業單位檢討自來水碳足跡之參考引用。減碳已成為國家永續發展並提高競爭&amp; #63882;之重要議題，我國自來水事業單位應儘早配合國際妥善規劃，導入碳足跡以檢討減碳之效率，爰此本計畫「自來水事業碳足跡評估與減碳策略之先期研究」，擬引進先進國家自來水碳足跡評估技術，應用於評估國內自來水事業之碳足跡，本計畫評估碳足跡之範疇，係指水源取水口以下，經由淨水設備、輸配水管線等設施配送至用戶端之前謂之。另研擬自來水碳足跡評估技術手冊草案，並擬定自來水事業減碳之近中程發展策略，作為我國自來水事業單位檢討自來水碳足跡與減碳之依據，並舉辦專家座談會及技術交流研討會以推廣自來水事業減碳應用發展之概念。</abstract><author>環科工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990421</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004395</governmentpublicationsnumber><identifier>72827</identifier><internationalstandardbooknumber>9789860306620 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72827</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水事業碳足跡評估與減碳策略之先期研究 (光碟版) The preliminary study for the assessment of carbon footprint and carbon-reduction strategy for tap water enterprise</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水為民生必需品，自來水事業有其責任提供質優量足之自來水供民眾使用。然台灣地區水資源分佈豐枯懸殊，加上各河川川短流急，不利水資源之攔蓄，水資源條件嚴苛；政府有鑑於此，不斷宣導國人要「節約用水」珍惜水資源，已漸有成效。惟水價長期偏低，未能與時俱進合理反映水資源經濟價值，已逐漸侵蝕自來水事業經營體質，如財務、成本等，對提昇自來水品質，長期而言是一隱憂。而藉由水價結構檢討，促使民眾更珍惜水資源，提升水資源效能，亦是政府所面對的嚴肅課題。 為使自來水事業能隨時代及科技之演進而進步，提供民生量足質優之用水，厚實國家經濟發展之基礎，爰透過合理水價策略的檢討，健全自來水事業之營運，確保水資源之永續利用。同時，亦契合立法院審查99年度國營事業預算與天然氣事業法草案時，要求自來水及天然瓦斯基本費收費制度比照電費之計價機制。準此，藉由本計畫，適時檢討水價結構、基本費收費制與水價合理調整等重大議題，俾國人凝聚共識，研擬具體可行方案作為政府決策參考。 綜上，本計畫要旨，參酌世界其他國家在追求自來水事業永續經營過程中，其水價調整歷程、演進與經驗，水價訂價策略中所考量項目，如成本、用戶公平、使用效率、水資源的有效利用及永續經營等，作為國內水價結構與計價方式檢討之基礎。 另為使水價政策貼近民意，本計畫之另一工作重點為於政策規劃過程中，納入各相關單位、民間團體及民眾等意見，俾建構永續水價決策評估模式，模擬目前環境下可能之水價決策演化結果，研提適合國內自來水事業永續發展之水價策略，俾利國內各自來水事業展現高績效之經營新風貌，爰辦理本計畫。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990428</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004398</governmentpublicationsnumber><identifier>72828</identifier><internationalstandardbooknumber>9789860306606 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72828</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水事業永續經營之水價策略規劃研究(1/2) The strategies of water pricing on sustainable management of the public water supply sector (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水為民生必需品，自來水事業有其責任提供質優量足之自來水供民眾使用。然台灣地區水資源分佈豐枯懸殊，加上各河川川短流急，不利水資源之攔蓄，水資源條件嚴苛；政府有鑑於此，不斷宣導國人要「節約用水」珍惜水資源，已漸有成效。惟水價長期偏低，未能與時俱進合理反映水資源經濟價值，已逐漸侵蝕自來水事業經營體質，如財務、成本等，對提昇自來水品質，長期而言是一隱憂。而藉由水價結構檢討，促使民眾更珍惜水資源，提升水資源效能，亦是政府所面對的嚴肅課題。 為使自來水事業能隨時代及科技之演進而進步，提供民生量足質優之用水，厚實國家經濟發展之基礎，爰透過合理水價策略的檢討，健全自來水事業之營運，確保水資源之永續利用。同時，亦契合立法院審查99年度國營事業預算與天然氣事業法草案時，要求自來水及天然瓦斯基本費收費制度比照電費之計價機制。準此，藉由本計畫，適時檢討水價結構、基本費收費制與水價合理調整等重大議題，俾國人凝聚共識，研擬具體可行方案作為政府決策參考。 綜上，本計畫要旨，參酌世界其他國家在追求自來水事業永續經營過程中，其水價調整歷程、演進與經驗，水價訂價策略中所考量項目，如成本、用戶公平、使用效率、水資源的有效利用及永續經營等，作為國內水價結構與計價方式檢討之基礎。 另為使水價政策貼近民意，本計畫之另一工作重點為於政策規劃過程中，納入各相關單位、民間團體及民眾等意見，俾建構永續水價決策評估模式，模擬目前環境下可能之水價決策演化結果，研提適合國內自來水事業永續發展之水價策略，俾利國內各自來水事業展現高績效之經營新風貌，爰辦理本計畫。</abstract><author>江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990428</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/2</date><governmentpublicationsnumber>1010004398</governmentpublicationsnumber><identifier>72829</identifier><internationalstandardbooknumber>9789860306606 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72829</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水事業永續經營之水價策略規劃研究(1/2)－光碟版 The strategies of water pricing on sustainable management of the public water supply sector (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區平均雨量豐沛，但降雨時空分佈極不平均，再加上地質條件岩盤破碎，且又河川短促致水流湍急，尤其921地震後，河川水流常夾帶著大量土石泥砂，進而對水庫壩堰產生嚴重衝擊及磨損，衍生堰壩營運安全風險。針對越來越明顯之全球氣候變遷現象，有必要考量異常洪水夾帶高泥砂含量水流狀況，評估壩堰受泥砂磨損影響之行為與機制，進而研擬妥適耐磨防治策略，俾確保壩堰服務功能與使用壽命能夠充分展現，實為各水庫管理機關亟需關注與探討之課題。</abstract><author>臺灣營建研究院</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000366</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/4</date><governmentpublicationsnumber>1010005121</governmentpublicationsnumber><identifier>72830</identifier><internationalstandardbooknumber>9789860311303 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72830</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討〈1/2〉 Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure 〈1/2〉</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區平均雨量豐沛，但降雨時空分佈極不平均，再加上地質條件岩盤破碎，且又河川短促致水流湍急，尤其921地震後，河川水流常夾帶著大量土石泥砂，進而對水庫壩堰產生嚴重衝擊及磨損，衍生堰壩營運安全風險。針對越來越明顯之全球氣候變遷現象，有必要考量異常洪水夾帶高泥砂含量水流狀況，評估壩堰受泥砂磨損影響之行為與機制，進而研擬妥適耐磨防治策略，俾確保壩堰服務功能與使用壽命能夠充分展現，實為各水庫管理機關亟需關注與探討之課題。</abstract><author>臺灣營建研究院</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000366</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/4</date><governmentpublicationsnumber>1010005121</governmentpublicationsnumber><identifier>72831</identifier><internationalstandardbooknumber>9789860311303 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72831</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討〈1/2〉－光碟版 Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure 〈1/2〉</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，其震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。近年來美、日等國為進一步強化震災風險管理效能，莫不積極推動自來水等維生線系統震損評估與震後服務效能分析技術之研發，發展以境況模擬為基礎(scenario-based)之地震減災與緊急應變新思維。 我國地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，平均十數年會發生一次致災性中、大規模陸上地震，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區(含濱海工業地區)為容易發生土壤液化的沖積、回填區域。 因此，為確保自來水管線及保障民眾用水安全，有必要發展自來水系統震災境況模擬與震後服務效能分析，進一步應用於平日減災規劃、震後快速評估與應變工作，同時結合先進試驗與數值模擬技術探討地震地質敏感區域自來水管材受震行為，進而研擬合理可行之管線與接頭耐震對策，裨益於我國自來水系統之整體耐震能力與震後復原能力，確保經建成果與民眾福祉。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000090</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004104</governmentpublicationsnumber><identifier>72832</identifier><internationalstandardbooknumber>9789860304565 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72832</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水管線耐震分析及震後緊急應變措施之研究(2/2) A Study on Pipeline Seismic Performance and System Post-Earthquake Response of Water Utilities (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，其震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。近年來美、日等國為進一步強化震災風險管理效能，莫不積極推動自來水等維生線系統震損評估與震後服務效能分析技術之研發，發展以境況模擬為基礎(scenario-based)之地震減災與緊急應變新思維。 我國地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，平均十數年會發生一次致災性中、大規模陸上地震，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區(含濱海工業地區)為容易發生土壤液化的沖積、回填區域。 因此，為確保自來水管線及保障民眾用水安全，有必要發展自來水系統震災境況模擬與震後服務效能分析，進一步應用於平日減災規劃、震後快速評估與應變工作，同時結合先進試驗與數值模擬技術探討地震地質敏感區域自來水管材受震行為，進而研擬合理可行之管線與接頭耐震對策，裨益於我國自來水系統之整體耐震能力與震後復原能力，確保經建成果與民眾福祉。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000090</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004104</governmentpublicationsnumber><identifier>72833</identifier><internationalstandardbooknumber>9789860304565 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72833</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水管線耐震分析及震後緊急應變措施之研究(2/2)－光碟版 A Study on Pipeline Seismic Performance and System Post-Earthquake Response of Water Utilities (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水管承裝技工為自來水管工程第一線施工人員，其技能影響施工品質至鉅，為提升國內自來水管線工程之施工品質及增進自來水管承裝技工之施工技術，及滿足自來水事業單位所需大口徑管線或新式特殊接頭之施工方式，有關技工技能訓練機制或由公部門辦理承裝技工教育訓練是否合宜等事宜，涉及自來水管承裝技工考驗辦法相關考驗範圍修正，或增修技工技能訓練機制等事由將參酌其他行業別之訓練機制進行實務面及法制面檢討。</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000063</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004523</governmentpublicationsnumber><identifier>72834</identifier><internationalstandardbooknumber>9789860308730 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72834</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水管承裝技工訓練機制之探討 The Study of Trainning  Mechanisms for Water Supply Skilled Workers</title><yearidentifier>201112</yearidentifier></data><data><abstract>自來水管承裝技工為自來水管工程第一線施工人員，其技能影響施工品質至鉅，為提升國內自來水管線工程之施工品質及增進自來水管承裝技工之施工技術，及滿足自來水事業單位所需大口徑管線或新式特殊接頭之施工方式，有關技工技能訓練機制或由公部門辦理承裝技工教育訓練是否合宜等事宜，涉及自來水管承裝技工考驗辦法相關考驗範圍修正，或增修技工技能訓練機制等事由將參酌其他行業別之訓練機制進行實務面及法制面檢討。</abstract><author>中華自來水服務社</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000063</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004523</governmentpublicationsnumber><identifier>72835</identifier><internationalstandardbooknumber>9789860308730 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72835</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>自來水管承裝技工訓練機制之探討－光碟版 The Study of Trainning  Mechanisms for Water Supply Skilled Workers</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區於民國65年開始積極建設公共給水，自來水普及率雖大幅提昇，但對配水管網管理維護之重視程度相較於先進國家仍顯不足，特別是在漏水管理上，還有再提升的空間。本計畫係在保障民眾用水安全及降低漏水率為出發點下，針對國外先進城市之經驗與國內配水管網的管理維護工作進行研析與探討外，並利用水理分析模式針對配水管網之漏水、水壓與水質管理、配水池等提出應用研究，最後再研擬配水管網設施的標準操作程序(SOP)及標準維護程序(SMP)之編撰準則與指引，及完成「配水管網管理與維護作業」手冊等，以期能提出未來台灣地區配水管網管理與維護的最佳策略。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004488</governmentpublicationsnumber><identifier>72837</identifier><internationalstandardbooknumber>9789860307740 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72837</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫總報告急(民國98-100年) Public Water Supply Network Management and Maintenance Technology Upgrade -General Report (2009-2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣地區於民國65年開始積極建設公共給水，自來水普及率雖大幅提昇，但對配水管網管理維護之重視程度相較於先進國家仍顯不足，特別是在漏水管理上，還有再提升的空間。本計畫係在保障民眾用水安全及降低漏水率為出發點下，針對國外先進城市之經驗與國內配水管網的管理維護工作進行研析與探討外，並利用水理分析模式針對配水管網之漏水、水壓與水質管理、配水池等提出應用研究，最後再研擬配水管網設施的標準操作程序(SOP)及標準維護程序(SMP)之編撰準則與指引，及完成「配水管網管理與維護作業」手冊等，以期能提出未來台灣地區配水管網管理與維護的最佳策略。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004488</governmentpublicationsnumber><identifier>72838</identifier><internationalstandardbooknumber>9789860307740 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72838</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫總報告急(民國98-100年) －光碟版 Public Water Supply Network Management and Maintenance Technology Upgrade -General Report (2009-2011)</title><yearidentifier>201112</yearidentifier></data><data><abstract>公共給水為一個國家發展程度之重要指標，而公共給水之配水管網位於水資源與民眾用水之間最後一道連結，其有效之管理與維護以保障民眾用水之權益與安全更為各國政府所重視。台灣地區發展公共給水事業已30年，雖已有自來水普及率大幅提昇，對配水管網管理維護之重視程度相較於先進國家仍有努力空間，特別是在漏水與水壓管理、配水池應用、管網水質管理、水理模式及其他資訊工具等之應用，仍有再提升之空間與其必要性。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000087</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004489</governmentpublicationsnumber><identifier>72839</identifier><internationalstandardbooknumber>9789860307757 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72839</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(3/3) －光碟版Public Water Supply Network Management and Maintenance Technology Upgrade (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>在國內，部分自來水事業近幾年推動資訊化管理，在供水管理上，已由各所屬單位自行建置公共給水管理系統，惟實際上，其所開發系統規格並未統一，包括資料未能有效連結、緊急通報管理功能未能即時提供主管單位掌控、定位座標系統精度差異性大、自動讀表系統與產水監控未能整合運用、資訊管理系統分散無法提供全盤資訊等，因此，目前尚無相關作業平台整合相關資訊。另外，本部（水利署）為自來水法中央主管機關，對於國內各淨水場原水、清水水質現況及變化趨勢，應能有效及即時掌握，因此，建置一套網際網路水質資訊登錄系統，由各自來水事業定期上網填報，以代替以往由自來水事業定期檢送月報表之模式，實有必要。  另外，國內目前在簡易自來水供給設施之管理維護上，均由各簡易自來水事業自行維護管理，本署曾於88年委託調查國內各簡易自來水事業，包含北部地區39座、中部地區52座、南部地區46座、東部地區30座，共計167座，惟至今已超過10年，資料老舊，且各地區應有新興簡易自來水事業成立，因此，簡易自來水事業相關基本資料，有亟待調查更新之必要。此外，簡易自來水大多位處偏遠地區，其位置、處理程序、水源取水及供水水質較不易掌握，且簡易自來水系統設備較為簡單，其清水水質是否能符合規定，存有疑慮，因此，除更新舊有資料外，調查及解決簡易自來水系統現況之問題，亦為未來重要課題，爰此，透過本委辦計畫進行調查，可彙整及瞭解各地區簡易自來水基本資料及問題，據以尋求改善策略及研提簡易自來水場最佳操作處理程序，俾供簡易自來水事業參考，以提升簡易自來水品質。</abstract><author>京華工程顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000083</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004494</governmentpublicationsnumber><identifier>72840</identifier><internationalstandardbooknumber>9789860307764 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72840</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫（3/3）Tap Water Water Quality Information System Establishment and Small Water Treatment Facilities Water Quality Management Project (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>在國內，部分自來水事業近幾年推動資訊化管理，在供水管理上，已由各所屬單位自行建置公共給水管理系統，惟實際上，其所開發系統規格並未統一，包括資料未能有效連結、緊急通報管理功能未能即時提供主管單位掌控、定位座標系統精度差異性大、自動讀表系統與產水監控未能整合運用、資訊管理系統分散無法提供全盤資訊等，因此，目前尚無相關作業平台整合相關資訊。另外，本部（水利署）為自來水法中央主管機關，對於國內各淨水場原水、清水水質現況及變化趨勢，應能有效及即時掌握，因此，建置一套網際網路水質資訊登錄系統，由各自來水事業定期上網填報，以代替以往由自來水事業定期檢送月報表之模式，實有必要。  另外，國內目前在簡易自來水供給設施之管理維護上，均由各簡易自來水事業自行維護管理，本署曾於88年委託調查國內各簡易自來水事業，包含北部地區39座、中部地區52座、南部地區46座、東部地區30座，共計167座，惟至今已超過10年，資料老舊，且各地區應有新興簡易自來水事業成立，因此，簡易自來水事業相關基本資料，有亟待調查更新之必要。此外，簡易自來水大多位處偏遠地區，其位置、處理程序、水源取水及供水水質較不易掌握，且簡易自來水系統設備較為簡單，其清水水質是否能符合規定，存有疑慮，因此，除更新舊有資料外，調查及解決簡易自來水系統現況之問題，亦為未來重要課題，爰此，透過本委辦計畫進行調查，可彙整及瞭解各地區簡易自來水基本資料及問題，據以尋求改善策略及研提簡易自來水場最佳操作處理程序，俾供簡易自來水事業參考，以提升簡易自來水品質。</abstract><author>京華工程顧問公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000083</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004494</governmentpublicationsnumber><identifier>72841</identifier><internationalstandardbooknumber>9789860307764 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72841</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水水質資訊系統建置暨簡易自來水水質安全管理策略計畫（3/3）－光碟版 Tap Water Water Quality Information System Establishment and Small Water Treatment Facilities Water Quality Management Project (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨在建構一個具備即時監控及資訊管理現代化典範之不同規模淨水場操作模式，以因應原水水質之多變與劣化，可提供傳統淨水場未來升級為現代化淨水場所之依據。並且，透過淨水場操作者經驗的知識化管理，發展全國淨水場操作資訊系統平台，據以強化淨水場管理及操作效能，並發展公共給水產業知識網絡系統，整合產官學專業資源，活絡台灣自來水事業從業人員之知識分享，促成自來水事業相關資訊的知識化管理，確保量足質優的服務品質。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000088</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004405</governmentpublicationsnumber><identifier>72842</identifier><internationalstandardbooknumber>9789860306583 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72842</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(3/3) Establishment of up-to-date operation control in the plant and knowledge based technology for information management systems for pubiic water supply (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫旨在建構一個具備即時監控及資訊管理現代化典範之不同規模淨水場操作模式，以因應原水水質之多變與劣化，可提供傳統淨水場未來升級為現代化淨水場所之依據。並且，透過淨水場操作者經驗的知識化管理，發展全國淨水場操作資訊系統平台，據以強化淨水場管理及操作效能，並發展公共給水產業知識網絡系統，整合產官學專業資源，活絡台灣自來水事業從業人員之知識分享，促成自來水事業相關資訊的知識化管理，確保量足質優的服務品質。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000088</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004405</governmentpublicationsnumber><identifier>72843</identifier><internationalstandardbooknumber>9789860306583 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72843</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水現代化淨水操作監控及知識化資訊管理之示範建置計畫(3/3) Establishment of up-to-date operation control in the plant and knowledge based technology for information management systems for pubiic water supply (3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>隨著社會經濟快速發展及氣候變遷因素之影響，公共給水領域於未來將面臨許多的挑戰，如暴雨造成高濁度原水、明顯枯水期降低供水能力、環境污染源的增加...等，在有限的水資源前提下，為因應未來挑戰，提升自來水事業人員專業智能極為需要，因此，本計畫在97-98公共給水國際技術交流與人才育成計畫分析成果基礎下，以及考量自來水事業人員之需求議題，將邀請國內、外專家學者來台主講及教授相關公共給水議題及課程，藉引進國外經驗，擷長補短，提昇國內自來水管理及處理技術，協助建設發展自來水事業朝向現代化、多角化及資訊系統化之經營；另外本計畫亦蒐集分析國外政府機關管理自來水事業之運作模式優缺點，未來可作為與自來水事業互動之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000084</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004337</governmentpublicationsnumber><identifier>72844</identifier><internationalstandardbooknumber>9789860306576 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72844</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水產業發展前瞻性之研究(2/2) A Study on Prospective Development for the Water Supply Sector (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>隨著社會經濟快速發展及氣候變遷因素之影響，公共給水領域於未來將面臨許多的挑戰，如暴雨造成高濁度原水、明顯枯水期降低供水能力、環境污染源的增加...等，在有限的水資源前提下，為因應未來挑戰，提升自來水事業人員專業智能極為需要，因此，本計畫在97-98公共給水國際技術交流與人才育成計畫分析成果基礎下，以及考量自來水事業人員之需求議題，將邀請國內、外專家學者來台主講及教授相關公共給水議題及課程，藉引進國外經驗，擷長補短，提昇國內自來水管理及處理技術，協助建設發展自來水事業朝向現代化、多角化及資訊系統化之經營；另外本計畫亦蒐集分析國外政府機關管理自來水事業之運作模式優缺點，未來可作為與自來水事業互動之參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000084</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004337</governmentpublicationsnumber><identifier>72845</identifier><internationalstandardbooknumber>9789860306576 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72845</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水產業發展前瞻性之研究(2/2)  －光碟版A Study on Prospective Development for the Water Supply Sector (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「後龍溪大斷面測量」計畫。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000182</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/5</date><governmentpublicationsnumber>1010004824</governmentpublicationsnumber><identifier>72846</identifier><internationalstandardbooknumber>9789860311754 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72846</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪大斷面測量計畫(光碟版)The achievement report of a cross-section survey plan for the ho-lung river</title><yearidentifier>201112</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生，故目前國外已在污水回收生產再生水、直接淨水生產、與海(鹹)水淡化三方面之淨水處理廣泛使用薄膜處理技術。國內對相關研究仍屬萌芽階段，為因應未來飲用水法規標準調整之需要及目前淨水處理設備、程序之汰新需求，針對本土水資源條件之薄膜過濾技術進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。</abstract><author>臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000089</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004493</governmentpublicationsnumber><identifier>72847</identifier><internationalstandardbooknumber>9789860307771 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72847</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(3/4) Establishment of membrane technologies for advanced drinking water treatment processes (3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生，故目前國外已在污水回收生產再生水、直接淨水生產、與海(鹹)水淡化三方面之淨水處理廣泛使用薄膜處理技術。國內對相關研究仍屬萌芽階段，為因應未來飲用水法規標準調整之需要及目前淨水處理設備、程序之汰新需求，針對本土水資源條件之薄膜過濾技術進行探討，以做為擬訂台灣採行各種薄膜技術做為公共給水高級處理與新興水源開發策略之參考依據。</abstract><author>臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000089</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004493</governmentpublicationsnumber><identifier>72848</identifier><internationalstandardbooknumber>9789860307771 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72848</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(3/4) －光碟版 Establishment of membrane technologies for advanced drinking water treatment processes (3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>地表水及地下水為我國民生用水之主要來源，現階段對點源與非點源管理未臻完善，致使部分水源遭受污染。基於新興污染物可能造成人體健康安全危害之考量，本（四年）計畫依據新興污染物在公共給水系統中可能潛在對人體健康的風險，階段性納入監測項目。在工程層面，評估傳統及高級處理單元去除效能與成本，提出可行改善策略；在環境層面，進行現地採樣建立分析其背景濃度外，並建立宿命分析；同時依據行政之考量，建議適合我國之新興污染物管制規範，並將其納入淨水場績效評鑑之一環。最後藉由國際合作交流，將國內公共給水主管機關及業者與國際接軌。</abstract><author>國立臺灣大學環境工程研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000086</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004322</governmentpublicationsnumber><identifier>72849</identifier><internationalstandardbooknumber>9789860305821 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72849</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究（3/4）Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>地表水及地下水為我國民生用水之主要來源，現階段對點源與非點源管理未臻完善，致使部分水源遭受污染。基於新興污染物可能造成人體健康安全危害之考量，本（四年）計畫依據新興污染物在公共給水系統中可能潛在對人體健康的風險，階段性納入監測項目。在工程層面，評估傳統及高級處理單元去除效能與成本，提出可行改善策略；在環境層面，進行現地採樣建立分析其背景濃度外，並建立宿命分析；同時依據行政之考量，建議適合我國之新興污染物管制規範，並將其納入淨水場績效評鑑之一環。最後藉由國際合作交流，將國內公共給水主管機關及業者與國際接軌。</abstract><author>國立臺灣大學環境工程研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000086</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004322</governmentpublicationsnumber><identifier>72850</identifier><internationalstandardbooknumber>9789860305821 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72850</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究（3/4）－光碟版 Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來除人為因素對飲用水水源水質造成影響外，氣候變遷亦使蓄水量較以往更不穩定。在水質與水量雙重變化下，淨水程序必須提高應變能力，並經由設定處理限值以提供操作參考的依據，以迅速解決問題。 近年由於鯉魚潭淨水場於特定季節，因原水水質異常使快濾池受藻類阻塞，導致濾程縮短、增加反沖洗頻率，在操作不正常下亦造成供水水質、水量異常。本研究針對不同水源型態與不同濾池型態的淨水場進行相關探討，並特別著重於藻類於淨水系統中的宿命與削減機制。改善處理水水質，增進處理水的化學與生物穩定性，確保供水水質與水量的安全與穩定性。</abstract><author>中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000082</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004327</governmentpublicationsnumber><identifier>72851</identifier><internationalstandardbooknumber>9789860306590 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72851</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究:異常原水水質之應變與操作技術提升(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來除人為因素對飲用水水源水質造成影響外，氣候變遷亦使蓄水量較以往更不穩定。在水質與水量雙重變化下，淨水程序必須提高應變能力，並經由設定處理限值以提供操作參考的依據，以迅速解決問題。 近年由於鯉魚潭淨水場於特定季節，因原水水質異常使快濾池受藻類阻塞，導致濾程縮短、增加反沖洗頻率，在操作不正常下亦造成供水水質、水量異常。本研究針對不同水源型態與不同濾池型態的淨水場進行相關探討，並特別著重於藻類於淨水系統中的宿命與削減機制。改善處理水水質，增進處理水的化學與生物穩定性，確保供水水質與水量的安全與穩定性。</abstract><author>中興大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000082</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010004327</governmentpublicationsnumber><identifier>72852</identifier><internationalstandardbooknumber>9789860306590 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72852</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>提升傳統淨水程序之處理效能與水質穩定性研究:異常原水水質之應變與操作技術提升(3/4)－光碟版</title><yearidentifier>201112</yearidentifier></data><data><abstract>國內因傳統水資源開發不易，惟用水需求仍不斷成長，加上氣候變遷造成旱澇交替的風險增高，確有必要開發再生水作為輔助水源，以穩定區域供水。都市污水處理廠放流水因具水質單純、水量穩定及再生成本較低之優勢，加以國外成功案例甚多，確實值得優先推動。惟本署近期推動之數件都市污水處理廠放流水再生規劃案中，就未來落實開發部分，因需涉及用地取得、輸配水管線路權、管線工程施設、建設及營管之費用攤提與主政事權歸屬等，牽涉眾多事權單位，致協調事宜複雜，如欲推動民間參與再生水之取供事業，將面臨廠商不易覓得單一窗口解決所有問題，阻窒民間參與意願，且推動進度亦主要決定於地方政府態度。為利再生水之推動，且考量再生水處理廠後續營管權，擬由本計畫進行促動地方政府積極參與再生水推動之相關策略評析，建立地方政府主導推動之機制，並作為本署未來推動政策之參考，達成促進再生水開發之目標。</abstract><author>中興工顧問社</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000438</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010005087</governmentpublicationsnumber><identifier>72855</identifier><internationalstandardbooknumber>9789860314632 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72855</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>都市污水再生計畫之促動策略評析(內附光碟) Strategy Analysis of Promoting Municipal Wastewater Reclamation</title><yearidentifier>201112</yearidentifier></data><data><abstract>為推動國內水利產業之發展，本署於91年與國立成功大學水工試驗所合作設立『水利產業知識化育成中心』，期藉由水利產業知識化育成中心的成立，整合國內外水利專業技術與各界精英等，輔導水利相關廠商，促進水利產業升級。本署迄今已投入相當多經費進行產業研究及輔導工作，雖有初步成效，然面對氣候變遷的威脅，整體水文環境丕變，水利產業發展面臨重新整合之必要性。爰此，本計畫針對水利產業之市場做徹底的調查與研究，以真正瞭解我國水利產業市場的現況、特點、潛力和面臨問題，並規劃我國水利次產業育成網絡之發展策略，俾帶動國內水利產業蓬勃發展及促進就業力。</abstract><author>台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000093</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010003824</governmentpublicationsnumber><identifier>72856</identifier><internationalstandardbooknumber>9789860302226 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72856</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利產業育成網絡之整體規劃（2/2）Planning of the Watwer Industry Incubation Network (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為推動國內水利產業之發展，本署於91年與國立成功大學水工試驗所合作設立『水利產業知識化育成中心』，期藉由水利產業知識化育成中心的成立，整合國內外水利專業技術與各界精英等，輔導水利相關廠商，促進水利產業升級。本署迄今已投入相當多經費進行產業研究及輔導工作，雖有初步成效，然面對氣候變遷的威脅，整體水文環境丕變，水利產業發展面臨重新整合之必要性。爰此，本計畫針對水利產業之市場做徹底的調查與研究，以真正瞭解我國水利產業市場的現況、特點、潛力和面臨問題，並規劃我國水利次產業育成網絡之發展策略，俾帶動國內水利產業蓬勃發展及促進就業力。</abstract><author>台灣經濟研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000093</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/6</date><governmentpublicationsnumber>1010003824</governmentpublicationsnumber><identifier>72858</identifier><internationalstandardbooknumber>9789860302226 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72858</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利產業育成網絡之整體規劃（2/2）－光碟版 Planning of the Watwer Industry Incubation Network (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及研擬相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之分項計畫之ㄧ，其目的係透過水足跡之先期研究，檢視台灣地區水足跡之永續性及水資源政策之合理性，並研析未來推動產品水足跡標示之可行性。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990425</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003519</governmentpublicationsnumber><identifier>72860</identifier><internationalstandardbooknumber>9789860298055 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72860</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水足跡概念推廣與先期研究 Promoting Water Footprint Concepts and a Pilot Study</title><yearidentifier>201110</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及研擬相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之分項計畫之ㄧ，其目的係透過水足跡之先期研究，檢視台灣地區水足跡之永續性及水資源政策之合理性，並研析未來推動產品水足跡標示之可行性。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990425</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003519</governmentpublicationsnumber><identifier>72861</identifier><internationalstandardbooknumber>9789860298055 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72861</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水足跡概念推廣與先期研究－光碟版 Promoting Water Footprint Concepts and a Pilot Study</title><yearidentifier>201110</yearidentifier></data><data><abstract>台灣水資源開發利用及保育，係由不同部會機關共同推動辦理，為掌握各年度水資源投資概況，本項工作為收集各機關單位對於水資源投資資訊，呈現每年台灣水資源投資情況，將各類別資料進行系統化整理、歸納與統計工作，水資源投資分析之目的為呈現每一年度台灣地區水資源事業投資概況。系統應用加值開發從這些歷史資料數據所形成之指標，可從中歸納整理出趨勢型態，利用指標與指標之間的層次性、相關性與簡明性，可向決策者和民眾提供決策訊息，除能反應公共政策問題，也能做為政策計畫管理與調整之資訊。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000363</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004524</governmentpublicationsnumber><identifier>72862</identifier><internationalstandardbooknumber>9789860308822 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72862</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水資源投資分析年報編輯與系統加值應用建構 The editing of annual report on the analysis of water resources investments in system-interface devised additional features</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣水資源開發利用及保育，係由不同部會機關共同推動辦理，為掌握各年度水資源投資概況，本項工作為收集各機關單位對於水資源投資資訊，呈現每年台灣水資源投資情況，將各類別資料進行系統化整理、歸納與統計工作，水資源投資分析之目的為呈現每一年度台灣地區水資源事業投資概況。系統應用加值開發從這些歷史資料數據所形成之指標，可從中歸納整理出趨勢型態，利用指標與指標之間的層次性、相關性與簡明性，可向決策者和民眾提供決策訊息，除能反應公共政策問題，也能做為政策計畫管理與調整之資訊。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000363</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004524</governmentpublicationsnumber><identifier>72863</identifier><internationalstandardbooknumber>9789860308822 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72863</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水資源投資分析年報編輯與系統加值應用建構 －光碟版 The editing of annual report on the analysis of water resources investments in system-interface devised additional features</title><yearidentifier>201112</yearidentifier></data><data><abstract>94年8月8日行政院函頒「行政機關風險管理推動方案」，以培養行政院所屬各機關風險管理意識；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」；爰此，經濟部亦於98年3月18日函頒「經濟部及所屬機關機構風險管理及危機處理作業原則」，要求所屬各機關配合辦理。 依上開原則，本署已於98年初步完成水利署行政機關風險評估方法，現階段應建構本署暨所屬機關整合性風險管理；尤其98年莫拉克颱風造成多種複合性災重創台灣南部及台東地區，本署暨所屬機關面臨新的整合性風險管理課題；再則經濟部要求「請各機關再行辨識風險，辨識時尤須注意外在環境之變化，將不確定且影響程度高者優先納入控管，管控時更須以同理心關切民眾之認知與感受，將風險管理內入年度教育訓練課程，以加強風險管理相關人員教育。」，爰此，本署暨所屬機關建構整合性風險管理及強化同仁之風險管理能力係為本署重要工作。 另行政院組織法業於99年1月12日經立法院三讀通過，並訂於101年1月1日啟動，針對未來本署改隸環境資源部後，其組織變革對本署業務之可能潛在風險，亦需儘速加以規劃因應。 因此，本計畫擬透過整合性風險評估方法與應用模式的建立，定期檢視本署暨所屬機關所面臨的之風險現況，並建立風險管理推動與因應機制，輔以風險管理之教育訓練，提升組織因應風險的辨識、分析與管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000049</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003820</governmentpublicationsnumber><identifier>72864</identifier><internationalstandardbooknumber>9789860302233 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72864</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署暨所屬機關整合性風險管理能力建構之研究（2/2）A Study on Integrated Risk Management Capability Building for Water Resurces Agency and Affiliated Agencies (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>94年8月8日行政院函頒「行政機關風險管理推動方案」，以培養行政院所屬各機關風險管理意識；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」；爰此，經濟部亦於98年3月18日函頒「經濟部及所屬機關機構風險管理及危機處理作業原則」，要求所屬各機關配合辦理。 依上開原則，本署已於98年初步完成水利署行政機關風險評估方法，現階段應建構本署暨所屬機關整合性風險管理；尤其98年莫拉克颱風造成多種複合性災重創台灣南部及台東地區，本署暨所屬機關面臨新的整合性風險管理課題；再則經濟部要求「請各機關再行辨識風險，辨識時尤須注意外在環境之變化，將不確定且影響程度高者優先納入控管，管控時更須以同理心關切民眾之認知與感受，將風險管理內入年度教育訓練課程，以加強風險管理相關人員教育。」，爰此，本署暨所屬機關建構整合性風險管理及強化同仁之風險管理能力係為本署重要工作。 另行政院組織法業於99年1月12日經立法院三讀通過，並訂於101年1月1日啟動，針對未來本署改隸環境資源部後，其組織變革對本署業務之可能潛在風險，亦需儘速加以規劃因應。 因此，本計畫擬透過整合性風險評估方法與應用模式的建立，定期檢視本署暨所屬機關所面臨的之風險現況，並建立風險管理推動與因應機制，輔以風險管理之教育訓練，提升組織因應風險的辨識、分析與管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000049</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003820</governmentpublicationsnumber><identifier>72865</identifier><internationalstandardbooknumber>9789860302233 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72865</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署暨所屬機關整合性風險管理能力建構之研究（2/2）－光碟版 A Study on Integrated Risk Management Capability Building for Water Resurces Agency and Affiliated Agencies (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>行政院95年核定之「新世紀水資源政策綱領」乃目前臺灣地區推動水資源業務之指導方針，該政策綱領係以85年之「現階段水資源政策綱領」之架構為基礎，經廣納「92年全國水利會議」各界建言而研擬，並規劃每3至5年因應最新水資源情勢檢討調整。 近年由於洪水、乾旱等極端氣候現象的發生頻率增加，引致之災害規模更大且複雜度更高。回顧旱澇交替的98年，臺灣西半部原因降雨偏少進入乾旱應變階段，8月8日莫拉克颱風來襲，雖解除了旱象，其帶來之超大豪雨卻重創南台灣，造成50年來最嚴重的人命傷亡與經濟損失，後續所衍生之土砂淤積問題，加上下半年降雨不足，更迫使南部地區99年一期稻作休耕。為回應此水資源環境背景情勢之變化，本計畫擬整合氣候變遷相關科學研究成果，檢討調整水資源政策綱領，以作為下一個3至5年推動水資源業務之指導方針。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990390</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004496</governmentpublicationsnumber><identifier>72866</identifier><internationalstandardbooknumber>9789860308037 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72866</librarycollectiondetailsurl><price>190</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>因應異常氣候情勢水資源政策之檢討與調整研究 Review and Modify Water Policy Framework for Adapting to Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>行政院95年核定之「新世紀水資源政策綱領」乃目前臺灣地區推動水資源業務之指導方針，該政策綱領係以85年之「現階段水資源政策綱領」之架構為基礎，經廣納「92年全國水利會議」各界建言而研擬，並規劃每3至5年因應最新水資源情勢檢討調整。 近年由於洪水、乾旱等極端氣候現象的發生頻率增加，引致之災害規模更大且複雜度更高。回顧旱澇交替的98年，臺灣西半部原因降雨偏少進入乾旱應變階段，8月8日莫拉克颱風來襲，雖解除了旱象，其帶來之超大豪雨卻重創南台灣，造成50年來最嚴重的人命傷亡與經濟損失，後續所衍生之土砂淤積問題，加上下半年降雨不足，更迫使南部地區99年一期稻作休耕。為回應此水資源環境背景情勢之變化，本計畫擬整合氣候變遷相關科學研究成果，檢討調整水資源政策綱領，以作為下一個3至5年推動水資源業務之指導方針。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990390</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004496</governmentpublicationsnumber><identifier>72867</identifier><internationalstandardbooknumber>9789860308037 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72867</librarycollectiondetailsurl><price>190</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>因應異常氣候情勢水資源政策之檢討與調整研究 －光碟版 Review and Modify Water Policy Framework for Adapting to Climate Change</title><yearidentifier>201112</yearidentifier></data><data><abstract>為推動本署水利綜合業務管理與經驗知識傳承交流，及建構本署水資源新聞與民情輿論傳播管道，並透過國內外水利相關政策研析，提供本署有關組室業務參採，特委託辦理水利綜合業務管理與政策企劃能力建構，藉以協助本署提昇水利施政能力及促進對外之優質形象。計畫內容包括國外水利政策蒐集翻譯及深度研提參採建議、全球水資源新聞議題綜整及指定專題深度研析、水利政策學習評估及建構、每日發行水資源新聞電子報及系統查詢維護、全球重要水資源新聞蒐錄摘譯、建構水利業務數位學習教材及提供數位認證時數、水利政策學習知識平台及業務分享社群應用營造、辦理水利政策學習系統平台教育推廣、協助完成水利署綜合業務相關出版品(年報及中英文簡介)。</abstract><author>淡江大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000396</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004688</governmentpublicationsnumber><identifier>72868</identifier><internationalstandardbooknumber>9789860310481 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72868</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利政策學習與綜合業務知識管理服務計畫 Policy learning and knowledge management for the governance of water resource affairs</title><yearidentifier>201112</yearidentifier></data><data><abstract>為推動本署水利綜合業務管理與經驗知識傳承交流，及建構本署水資源新聞與民情輿論傳播管道，並透過國內外水利相關政策研析，提供本署有關組室業務參採，特委託辦理水利綜合業務管理與政策企劃能力建構，藉以協助本署提昇水利施政能力及促進對外之優質形象。計畫內容包括國外水利政策蒐集翻譯及深度研提參採建議、全球水資源新聞議題綜整及指定專題深度研析、水利政策學習評估及建構、每日發行水資源新聞電子報及系統查詢維護、全球重要水資源新聞蒐錄摘譯、建構水利業務數位學習教材及提供數位認證時數、水利政策學習知識平台及業務分享社群應用營造、辦理水利政策學習系統平台教育推廣、協助完成水利署綜合業務相關出版品(年報及中英文簡介)。</abstract><author>淡江大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000396</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004688</governmentpublicationsnumber><identifier>72869</identifier><internationalstandardbooknumber>9789860310481 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72869</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利政策學習與綜合業務知識管理服務計畫－光碟版 Policy learning and knowledge management for the governance of water resource affairs</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>京華工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004618</governmentpublicationsnumber><identifier>72870</identifier><internationalstandardbooknumber>9789860309379 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72870</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>100年度阿公店水庫營運階段環境監測 100年度工作成果報告=The Environmental Monitoring Project During Operation Stage for A-Kung-Tien Reservoir</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010004489</governmentpublicationsnumber><identifier>72871</identifier><internationalstandardbooknumber>9789860307757 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72871</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>公共給水配水管網之管理及維護技術提升計畫(3/3)=Public Water Supply Network Management and Maintenance Technology Upgrade(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990319</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003847</governmentpublicationsnumber><identifier>72872</identifier><internationalstandardbooknumber>9789860302370 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72872</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷知識庫與資料整合平台(2/4) The Platform for the Knowledge and the Dara Bases of Climate Change(2/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990319</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003847</governmentpublicationsnumber><identifier>72873</identifier><internationalstandardbooknumber>9789860302370 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72873</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷知識庫與資料整合平台(2/4) －光碟版 The Platform for the Knowledge and the Dara Bases of Climate Change(2/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之氣候變遷水文因子情境設定研究計畫之ㄧ，其目的係為評估氣候變遷對台灣地區降雨、颱風、河川流量等水文環境因子之衝擊影響與風險，針對這些水文環境因子進行量體、時間與空間上分布的變異分析，以推估未來設定目標年之氣候變遷情境，並探討其不確定性之風險問題，作為研擬因應氣候變遷調適策略及行動計畫之參考。</abstract><author>台大水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000070</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003989</governmentpublicationsnumber><identifier>72874</identifier><internationalstandardbooknumber>9789860303186 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72874</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷水文環境風險評估研究(2/2) Assessing the Impact of Climate Change on Hydrologival Risk (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為主計畫中之氣候變遷水文因子情境設定研究計畫之ㄧ，其目的係為評估氣候變遷對台灣地區降雨、颱風、河川流量等水文環境因子之衝擊影響與風險，針對這些水文環境因子進行量體、時間與空間上分布的變異分析，以推估未來設定目標年之氣候變遷情境，並探討其不確定性之風險問題，作為研擬因應氣候變遷調適策略及行動計畫之參考。</abstract><author>台大水工試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000070</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/7</date><governmentpublicationsnumber>1010003989</governmentpublicationsnumber><identifier>72875</identifier><internationalstandardbooknumber>9789860303186 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72875</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>氣候變遷水文環境風險評估研究(2/2) －光碟版 Assessing the Impact of Climate Change on Hydrologival Risk (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署於98年成立兩年期之「水資源經營管理－水權用水範圍稽核作業」計畫，其規劃建立各用水標的之用水範圍管理及輔助稽核管理機制、並協助水權主管機關在規定的核辦期限內，將土地使用與用水標的不符、或同一用水範圍重複申請水權等情形排除，期以落實中央及地方水權主管機關對於各標的用水範圍的管理，改善水資源分配與使用的公平性與效率性等問題，惟該計畫執行期間，因涉及用水範圍管理制度與稽核機制的規劃設計的檢討及修正、應用系統功能的增修要求、數化圖籍資料處理等專業需求，且各縣市水權主管機關受限於承辦人力資源不足或人事異動，對用水範圍管理目的及作業程序不慎熟悉等情形，亟需專人輔導系統上線操作。 依上述情形，爰成立本計畫以執行各項工作內容，本計畫辦理完成各標的用水範圍管理制度及稽核機制之檢討與修正、用水範圍處理系統（含與水權核辦系統整合部分）和用水範圍PDA系統之擴充功能開發等工作，期以完善水權用水範圍管理及審查程序，提升用水範圍資料品質及水權核辦作業效率。 透過專責人員推動水權主管機關執行用水範圍管理作業及系統上線，同時執行各標的水權用水範圍申報資料稽核作業，自100年1月1日起至100年9月30日止，初檢用水範圍表件數共計3,024件累計有1,246,040筆資料量。計畫執行期間輔導水權人及代理人277人次，輔導水權主管機關承辦人員593人次。另本計畫完成六場教育訓練(水權人及主管機關承辦人員各三場)，累計有131人次參加，依目前系統使用記錄顯示，透過專責人員輔導及推動落實各標的水權用水範圍申報資料稽核作業，已逐漸建置完整的水權用水範圍資料庫，期以藉此健全水資源的經營管理工作。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000007</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004105</governmentpublicationsnumber><identifier>72876</identifier><internationalstandardbooknumber>9789860303643 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72876</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水資源經營管理－健全水權用水範圍管理作業(1/2) Water resource management and operation- The wholeness of Water resource management and operation(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署於98年成立兩年期之「水資源經營管理－水權用水範圍稽核作業」計畫，其規劃建立各用水標的之用水範圍管理及輔助稽核管理機制、並協助水權主管機關在規定的核辦期限內，將土地使用與用水標的不符、或同一用水範圍重複申請水權等情形排除，期以落實中央及地方水權主管機關對於各標的用水範圍的管理，改善水資源分配與使用的公平性與效率性等問題，惟該計畫執行期間，因涉及用水範圍管理制度與稽核機制的規劃設計的檢討及修正、應用系統功能的增修要求、數化圖籍資料處理等專業需求，且各縣市水權主管機關受限於承辦人力資源不足或人事異動，對用水範圍管理目的及作業程序不慎熟悉等情形，亟需專人輔導系統上線操作。 依上述情形，爰成立本計畫以執行各項工作內容，本計畫辦理完成各標的用水範圍管理制度及稽核機制之檢討與修正、用水範圍處理系統（含與水權核辦系統整合部分）和用水範圍PDA系統之擴充功能開發等工作，期以完善水權用水範圍管理及審查程序，提升用水範圍資料品質及水權核辦作業效率。 透過專責人員推動水權主管機關執行用水範圍管理作業及系統上線，同時執行各標的水權用水範圍申報資料稽核作業，自100年1月1日起至100年9月30日止，初檢用水範圍表件數共計3,024件累計有1,246,040筆資料量。計畫執行期間輔導水權人及代理人277人次，輔導水權主管機關承辦人員593人次。另本計畫完成六場教育訓練(水權人及主管機關承辦人員各三場)，累計有131人次參加，依目前系統使用記錄顯示，透過專責人員輔導及推動落實各標的水權用水範圍申報資料稽核作業，已逐漸建置完整的水權用水範圍資料庫，期以藉此健全水資源的經營管理工作。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000007</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004105</governmentpublicationsnumber><identifier>72877</identifier><internationalstandardbooknumber>9789860303643 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72877</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>水資源經營管理－健全水權用水範圍管理作業(1/2)－光碟版 Water resource management and operation- The wholeness of Water resource management and operation(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>民國98 ?8 月6 號發布?上颱風警報之中?颱風莫?克(MORAKOT)重創南部及造成台灣地區嚴重災情，高屏地區二日?雨皆超過800 毫米以上，主要?雨地區包含屏東縣三地門鄉、瑪家鄉、內埔鄉等；高雄市桃源區、茂?區、??區、三民區、旗山區等，持續的超大豪雨造成高屏溪?域上游土石崩?及土石?情況產生，高屏溪?域以旗山溪?域及荖濃溪?域最為嚴重，旗山溪?域受災嚴重地區包含上游甲仙區、甲仙區小?村、那瑪夏鄉等；荖濃溪?域受災嚴重地區包含??區、茂?區、桃源區等。上游豪雨夾帶土石傾洩而下，迫使下游河道??型態改變、淘刷破壞堤防護岸、沖毀橋基、土石堆積使河道通水斷面堵?等情形產生，避免未?有重大?雨事件使得上游鬆動或堆積土石持續往下游運移，目前第七河川局已針對高屏溪?域部分災後淤積嚴重河段辦?疏濬計畫，以?維持河道正常通洪能?，避免造成下游地區?大淹水災害。近??由於地震及颱洪之作用，產生大?鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。高屏溪?域河道?砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資?為河床沖淤變化與河川治?之重要?考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境。因此亟有必要針對高屏溪?域之莫?克風災前後疏濬成效加以分析評估，並檢討各項水?變化、防洪及跨河構造物安全等，進而提出疏濬對策供相關單位?考，以達到防洪工程減災興?及河床穩定之目標。另外，莫?克風災後大?土石堆積改變河道本身輸砂條件，亦有必要針對現況河道進?相關檢討，以瞭解整體河道特性及輸砂變化，掌握變動趨勢以?未?整體河道治?上之規劃評估。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000204</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010100035</governmentpublicationsnumber><identifier>72878</identifier><internationalstandardbooknumber>9789860310818 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72878</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域莫拉克風災後疏濬成效評估計畫規劃(1/2) The Plan of Dredge effect assessment of Gaopin River after Morakot typhoon(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>民國98 ?8 月6 號發布?上颱風警報之中?颱風莫?克(MORAKOT)重創南部及造成台灣地區嚴重災情，高屏地區二日?雨皆超過800 毫米以上，主要?雨地區包含屏東縣三地門鄉、瑪家鄉、內埔鄉等；高雄市桃源區、茂?區、??區、三民區、旗山區等，持續的超大豪雨造成高屏溪?域上游土石崩?及土石?情況產生，高屏溪?域以旗山溪?域及荖濃溪?域最為嚴重，旗山溪?域受災嚴重地區包含上游甲仙區、甲仙區小?村、那瑪夏鄉等；荖濃溪?域受災嚴重地區包含??區、茂?區、桃源區等。上游豪雨夾帶土石傾洩而下，迫使下游河道??型態改變、淘刷破壞堤防護岸、沖毀橋基、土石堆積使河道通水斷面堵?等情形產生，避免未?有重大?雨事件使得上游鬆動或堆積土石持續往下游運移，目前第七河川局已針對高屏溪?域部分災後淤積嚴重河段辦?疏濬計畫，以?維持河道正常通洪能?，避免造成下游地區?大淹水災害。近??由於地震及颱洪之作用，產生大?鬆散之砂石，對河川輸砂特性及穩定性造成極大影響。高屏溪?域河道?砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，輸砂資?為河床沖淤變化與河川治?之重要?考依據，另外疏濬作業及疏濬後之河道演變可能影響防洪安全及自然環境。因此亟有必要針對高屏溪?域之莫?克風災前後疏濬成效加以分析評估，並檢討各項水?變化、防洪及跨河構造物安全等，進而提出疏濬對策供相關單位?考，以達到防洪工程減災興?及河床穩定之目標。另外，莫?克風災後大?土石堆積改變河道本身輸砂條件，亦有必要針對現況河道進?相關檢討，以瞭解整體河道特性及輸砂變化，掌握變動趨勢以?未?整體河道治?上之規劃評估。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000204</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010100035</governmentpublicationsnumber><identifier>72879</identifier><internationalstandardbooknumber>9789860310818 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72879</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>高屏溪流域莫拉風災後疏濬成效評估計畫規劃(1/2) －光碟版 The Plan of Dredge effect assessment of Gaopin River after Morakot typhoon(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>莫拉克颱風災後，河川水庫土石大量淤積，災後疏濬期間將產生大量的有價土石，以標(零)售方式供應市場，故短期間將造成災區砂石供給遠大於需求之情形，為利災後河川水庫疏濬土石順利標出，其載運購買災區疏濬土石之業者，確有必要於其處所暫置土石。因應莫拉克颱風災後重建特別條例第24、26條規定執行後，各業者暫置土石應於重建條例適用期結束(至101年8月27日止)前，將暫置土石完成清除，或完成補辦土石永久置放之程序，爰預為研擬其後續執行之困難及解決方式，並評估其對河川疏濬之影響。 本計畫透過蒐集國內砂石產銷、研究區域內砂石供需及堆暫置情形，以及彙整統計「加強河川野溪及水庫辦理疏濬情形速報單」掌握疏濬工作進度，以瞭解研究區域河川疏濬土石堆暫置問題，且透過相關法規研析與兩場座談會廣集各方意見，研擬河川疏濬土石堆(暫)置後續因應對策，將獲致結論整理如下: 1.	根據水利署「加強河川野溪及水庫辦理疏濬情形速報單」數據統計顯示，濁水溪及烏溪流域地區第一期與第二期之累積剩餘量為796萬立方公尺。高屏溪流域地區第一期與第二期之累積剩餘量為2,485萬立方公尺，三流域內共尚有3,281萬立方公尺以上之疏濬土石堆暫置中。 2.	推估至民國101年8月特別條例到期時，各河川疏濬土石之剩餘量分別為:濁水溪及烏溪流域約168萬立方公尺；高屏溪約697萬立方公尺，即至101年8月「莫拉克颱風災後重建特別條例」到期時，各河川之總累積剩餘量(暫置量)分別為:濁水溪及烏溪流域964萬立方公尺；高屏溪3,182萬立方公尺。屆時濁水溪流域及高屏溪流域將無合法堆置場地可堆放疏濬土石，於濁水溪及烏溪流域可能產生431萬立方公尺以上之土石需地點堆暫置；而高屏溪流域則可能產生2,260萬立方公尺以上之土石需地點放置。 3.	莫拉克颱風災後本計畫研究區域內所面臨的疏濬土石堆(暫)置問題如下:申請合法化流程所需時間長、土石堆(暫)置場位於山坡地、目前有大量砂石位於河川中上游，仍需靠疏濬以保持河防安全、稅金問題、環保問題及國土整體規劃等。 4.	土石堆(暫)置於「莫拉克颱風災後重建特別條例」適用期過後因應對策如下: (1)將「莫拉克颱風災後重建特別條例」期限展延2年；(2)設置大面積土方儲備中心，提供業者堆置；(3)擴大解釋非都市土地使用管制條例第52-1條第三款；(4)輔導目前已申請登記之位於山坡地的土石堆(暫)場合法化；(5) 依照現行規定，未能合法化之土石堆(暫)置場即清除，若未來另有災情，再重啟暫置機制。 5.	因河防安全考量，水利署每年仍會持續進行疏濬，為加速堆(暫)場土石去化速度，提出以下土石去化的配套方法：(1)南砂北運；(2) 取代進口砂石；(3) 配合政府大型公共工程；(4) 填補公有土地坑洞。 6.	於莫拉克颱風災後重建特別條例延長2年後，將針對目前土石堆(暫)置場分別置定三階段計畫，以利目前土石堆(暫)場管理、合法化及現有大量土石順利去化。第一階段計畫為加強去化土石、加強宣導土石堆(暫)置場登記、輔導業者合法化及找尋合適土石儲備中心地點；第二階段計畫為加強去化土石、土石儲備中心合法化及輔導業者土石進入土石儲備中心，第三階段計畫為清除非法土石堆(暫)置場。針對本研究整體探討結果彙整「莫拉克颱風災後重建特別條例延長期限之效益分析與評估（精簡報告）」，請詳見附錄六。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000190</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004142</governmentpublicationsnumber><identifier>72880</identifier><internationalstandardbooknumber>9789860304695 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72880</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>河川疏濬土石堆〈暫〉置後續問題及因應對策研究  Study  of  the Following Problem and Countermeasures of Pile on Temporary Soil Rubble for River Dredging</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>72892</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72892</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險?勢河段堤基沖刷之研究(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>廣義而言，含砂水流濃度到達某一程度後，泥砂、水流之間的作 用使密度、黏滯係數等物理特性與清水流有所差異，影響水體的流動 特性，如此可稱為高含砂水流。在動床條件下，其流速、水深及剪力 等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之 研究中，已以定床角度，建立流速、水深及剪力等水理參數與泥砂濃 度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水 流運移時具泥砂濃度變化、沿程落淤等現象，有必要以動床角度進行 研析。本計畫執行的重點主要係釐清高含砂水流對沖淤機制之影響及 其濃度運移對影響範圍之界定</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72894</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72894</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)－光碟版 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(3/3)正式報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract>廣義而言，含砂水流濃度到達某一程度後，泥砂、水流之間的作 用使密度、黏滯係數等物理特性與清水流有所差異，影響水體的流動 特性，如此可稱為高含砂水流。在動床條件下，其流速、水深及剪力 等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之 研究中，已以定床角度，建立流速、水深及剪力等水理參數與泥砂濃 度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水 流運移時具泥砂濃度變化、沿程落淤等現象，有必要以動床角度進行 研析。本計畫執行的重點主要係釐清高含砂水流對沖淤機制之影響及 其濃度運移對影響範圍之界定</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010004464</governmentpublicationsnumber><identifier>72895</identifier><internationalstandardbooknumber>9789860307849 ; 9789860307</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72895</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(3/3)－光碟版 Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(3/3)總成果報告書</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>72896</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72896</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>中華民國九十九年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2010</title><yearidentifier>201106</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>72899</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72899</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)光碟版=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>本研究分別以HEC-RAS模式進行疏濬案例對跨渠構造物，防洪構造物之影響評估，NETSTARS模式進行支流疏濬後對下游主流河道穩定之影響分析。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>72900</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72900</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2)光碟版 =The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/8</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>72901</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72901</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)(光碟版)  A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1009904903</governmentpublicationsnumber><identifier>72902</identifier><internationalstandardbooknumber>9789860266801 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72902</librarycollectiondetailsurl><price>135</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台灣地區民國98年各標的用水量統計報告(修訂本)=The Water  Consumption in Taiwan for 2009</title><yearidentifier>201112</yearidentifier></data><data><abstract>本局依據「水利建造物檢查及安全評估辦法」(民國92年12月3日經濟部經水字第09204614050號令訂定)第17條規定每5年辦理「甲仙攔河堰檢查及安全評估」， 且甲仙攔河堰自民國88年7月完工通水營運後，其輸水隧道至民國99年止，已經歷11年之引水操作及地震等影響，目前隧道內目視即可見隧道混凝土之磨損、白華產生並且有滲水之情形發生(如照片；拍攝時間100年1月12日)；另依據民國99年6月11日「甲仙攔河堰第一次安全評估報告」專案審查會議紀錄指示評估是否就混凝土襯砌及背部進行非破壞性檢查之必要做辦理。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000230</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010100211</governmentpublicationsnumber><identifier>72903</identifier><internationalstandardbooknumber>9789860316582 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72903</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>甲仙攔河堰輸水隧道水利建造物檢查及安全評估 The Hydraulic Inspection and Safety Assessment of Jiasian Weir Transbasin Waterway-Final Report</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1009904904</governmentpublicationsnumber><identifier>72904</identifier><internationalstandardbooknumber>9789860266788 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72904</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>台灣地區民國98年農業用水量統計報告(修訂本)=The Agricultural Water  Consumption in Taiwan for 2009</title><yearidentifier>201112</yearidentifier></data><data><abstract>本局依據「水利建造物檢查及安全評估辦法」(民國92年12月3日經濟部經水字第09204614050號令訂定)第17條規定每5年辦理「甲仙攔河堰檢查及安全評估」， 且甲仙攔河堰自民國88年7月完工通水營運後，其輸水隧道至民國99年止，已經歷11年之引水操作及地震等影響，目前隧道內目視即可見隧道混凝土之磨損、白華產生並且有滲水之情形發生(如照片；拍攝時間100年1月12日)；另依據民國99年6月11日「甲仙攔河堰第一次安全評估報告」專案審查會議紀錄指示評估是否就混凝土襯砌及背部進行非破壞性檢查之必要做辦理。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000230</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010100211</governmentpublicationsnumber><identifier>72905</identifier><internationalstandardbooknumber>9789860316582 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72905</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>甲仙攔河堰輸水隧道水利建造物檢查及安全評估(光碟版) The Hydraulic Inspection and Safety Assessment of Jiasian Weir Transbasin Waterway-Final Report</title><yearidentifier>201202</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組雷達波水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000027</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72906</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72906</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 (內附光碟) The Expanding and Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組雷達波水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000027</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72907</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72907</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 附件一廬山堰塞湖潰壩緊急應變計畫  The Expanding and Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組雷達波水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000027</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72908</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72908</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 附件二颱風路徑對應集水區降雨雨型分析  The Expanding and Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 本計畫目的在於評估南部區域水資源風險度空間分布，並提出強 化南部區域因應氣候變遷水資源管理調適能力之計畫。 計畫共分 為 2年度，第 年度，第 年度，第 2年度 (今年度 )工作 乃延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 延續去年成果，針對南部區域未來 水資源進行分析與評估</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000071</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/9</date><governmentpublicationsnumber>1010003885</governmentpublicationsnumber><identifier>72909</identifier><internationalstandardbooknumber>9789860302769 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72909</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>強化南部水資源分區因應氣候變遷水資源管理調適能力研究總報告(光碟版)Strengthening Water Supply System Adaptive Capacity to Climate Change in Southern Region (民國99~100年度)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.07</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/12</date><governmentpublicationsnumber>1010100110</governmentpublicationsnumber><identifier>72911</identifier><internationalstandardbooknumber>9789860315530 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72911</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>100</publishrocyear><title>千山映水</title><yearidentifier>201101</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>瑞竣科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000004</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/13</date><governmentpublicationsnumber>1010004272</governmentpublicationsnumber><identifier>72912</identifier><internationalstandardbooknumber>9789860305968 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72912</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文資訊系統擴充改善計畫系統操作手冊 Improvement to Hydroloical Information Service</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫中水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000004</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/13</date><governmentpublicationsnumber>1010004272</governmentpublicationsnumber><identifier>72913</identifier><internationalstandardbooknumber>9789860305968 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72913</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水文資訊系統擴充改善計畫系統操作手冊(光碟版) Improvement to Hydroloical Information Service</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪發源於鹿場大山，計有汶水溪、大湖溪及老田寮溪三條主要支流，流路全長58公里，為苗栗地區重要河川，打鹿坑流量站所測之數據為年帄均流量為45,301萬立方公尺，而目前水源傴支援老田寮溪上游明德水庫及流域內之農業用水外，其餘水源未能有效利用，實屬可惜，而苗栗工商業蓬勃發展，用水日益增加且氣候變遷帶來之豐枯水期雨量懸殊之雙重影響之下，苗栗地區已見用水缺口。 臺灣地區民眾對於民主意?與日遽增，以及人?對環境?理的覺醒，使得水資源開發工程在推動上日益困難。而在政治環境的紛擾之下，本計畫必需要在不引發社會大眾之疑慮之下，進行各種調查及宣導活動，故本年度計畫藉由深入計畫當地地區調查、評估、溝通成果，體察民意制訂政策，同時為達成水資源環境教育及妥善保存地方文化之目的，本計畫納入後龍溪流域中影響範圍地區之人文調查、評估，並且，強化社會大眾對本計畫之瞭解程度，並透過體驗行銷模式，闡述計畫之效益，掌握民眾疑慮，化解開發阻?，以樹立日後水資源開發新典範。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10000403</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/14</date><governmentpublicationsnumber>1010004328</governmentpublicationsnumber><identifier>72914</identifier><internationalstandardbooknumber>9789860306798 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>後龍溪水資源開發推動計畫-社會人文調查評估及水資源環境教育宣導--光碟版 The Promotional Project for the Development of Water Resources in Houlong River- Survey Assessment of Human Ecological System and Water Environmental Education Propaganda</title><yearidentifier>201112</yearidentifier></data><data><abstract>本署近幾年來配合水利核心政策致力於推動水資源相關資訊系統整合，並朝向建立業務管理及首長決策支援系統邁進，已建立完成「管理資訊(EIS)服務平台」，可提供本署長官豐富之管理資訊作為決策之參考。為朝向即時提供管理階層的整合管理資訊服務，發揮(EIS)服務平台資訊交換與服務共享效益。本計畫以各級管理階層之資訊需求為導向，透過網路服務，並利用先進的智慧型手機，使管理者隨時都可以掌握最新的業務資訊。 本計畫一個年度實施，其工作項目包括：推廣各所屬機關共用版全球資訊網站、各所屬機關共用版內部網站、建置EIS管理資訊服務行動化平台、增修本署署內網功能、增修本署EIS管理資訊服務平台功能、建立緊急應變與安全稽核機制、教育訓練與其他配合事項。 本計畫完成後，除能夠繼續提供本署及所屬機關同仁一個友善快速的網站環境外，透過新技術引進與實作，更達到以下效益： 	雲端架構的共用版全球資訊網及內部網站平台設施藉由共構機房規劃與運作，讓基礎設施即服務的理想在共用版全球資訊網及內部網站平台上實現。 	行動載具應用在決策支援系統，資訊掌握更即時EIS資訊即時呈現於iPhone、iPad，讓水利署資訊系統正式跨入行動載具應用時代。 	透過所屬機關共用版全球資訊網及內部網站的推廣服務工作，提昇服務品質，以滿足所屬機關同仁們之資訊需求。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000393</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/14</date><governmentpublicationsnumber>1010004241</governmentpublicationsnumber><identifier>72916</identifier><internationalstandardbooknumber>9789860305777 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72916</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署「EIS 管理資訊服務平台行動化建置與維運計畫」(光碟版)The project for building mobile platform and maintainining Executive Information System of Water Resources Agency, Ministry of Economic A Fffairs</title><yearidentifier>201112</yearidentifier></data><data><abstract>為辦理經濟部水利署(以下簡稱本署)暨各所屬機關共用版全球資訊網站(以第四河川局及第六河川局為例)與內部網站 (以第四河川局為例) 建置等工作，爰成立本計畫，除提升網站維護、管理效能外，同時期使本署暨各所屬機關全球與內部資訊網站，能以嶄新的風貌，提供更豐富、優質的資訊服務。 本計畫一個年度實施，其工作項目包括：建置本署暨各所屬機關共用版全球資訊網站、建置本署暨各所屬機關共用版內部網站、即時溝通訊息平台、增修本署署內網功能、增修本署EIS管理資訊系統功能、建立緊急應變與安全稽核機制、教育訓練與技術移轉、其他配合事項。 本計畫完成後，除能夠繼續提供本署及所屬機關同仁一個友善快速的網站環境外，透過新技術引進與實作，更達到以下效益：雲端架構的共用版全球資訊網及內部網站平台設施 藉由共構機房規劃與運作，讓基礎設施即服務的理想在共用版全球資訊網及內部網站平台上實現。 即時溝通訊息平台，打造線上協同作業環境提供同仁工作溝通及訊息發佈之多面向應用，強化同仁溝通、分享、警示之溝通平台。 行動載具應用在決策支援系統，資訊掌握更即時長官行程資訊即時呈現於iPhone，讓水利署資訊系統正式跨入行動載具應用時代。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990365</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/14</date><governmentpublicationsnumber>1009904563</governmentpublicationsnumber><identifier>72917</identifier><internationalstandardbooknumber>9789860262339 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72917</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利署暨各所數機關共用版全球資訊網站與內部網站建議置計畫(光碟版) Shared internet and intranet platform for divisions; offices and affiliated agencies of Water Resources Agency;Ministry of Economic Affairs</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/14</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>72919</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72919</librarycollectiondetailsurl><price>定價100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>99</publishrocyear><title>行政院農業委員會特有生物研究保育中心九十九年度年報</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1009904640</governmentpublicationsnumber><identifier>72923</identifier><internationalstandardbooknumber>9789860305388 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72923</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>e河川--互動網站擴充與維運計畫=Extension and Maintenance Project for Interactive e-River Website</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010004527</governmentpublicationsnumber><identifier>72924</identifier><internationalstandardbooknumber>9789860308051 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72924</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>e河川--資訊交換平台功能提升與維運計畫=e-River-The  Project of The function improvement and the maintenance for Information Exchanging Platform</title><yearidentifier>201112</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「後龍溪大斷面測量」計畫。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000182</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010004824</governmentpublicationsnumber><identifier>72925</identifier><internationalstandardbooknumber>9789860311754 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72925</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪大斷面測量計畫 The achievement report of a cross-section survey plan for the ho-lung river</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域逕流測預報系統檢討與程式更新整合、颱洪期間即時洪水預報、系統維護與提供預報諮詢、颱風路徑對應集水區降雨特性及歷年降雨趨勢分析、研擬廬山堰塞湖緊急應變計畫、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1.	順利完成本(100)年度17場颱洪事件之預警報作業，並於颱洪期間蒐集國內外相關氣象網站資訊，進行即時氣象資訊研判及推估濁水溪流域未來水情變化，予防汛值勤人員參考。 2.	完成QPESUMS預測雨量資料之接收，並運用於模式預報中，可提供未來1~3小時之網格式預測雨量資料，並補上游丹大、郡大溪地區雨量站之不足。雖目前於中部山區雷達回波受地型干擾嚴重準確性較差，但透過簡易修正QPESUMS預測值，已可略為提高其準確性。 3.	完成水位回饋修正機制，透過時間序列法預測水位誤差趨勢再進行預測水位修正，經修正後之預測水位與觀測水位變動趨勢將更相符合，可有效降低水位預測誤差，惟在洪峰開始反轉時可能會有過度修正情形，使用時需特別注意。 4.	颱風路徑與濁水溪流域降雨特性分析，顯示以第一、二、三及六類路徑對濁水溪影響較大，其中又以第二類路徑颱風帶來之總雨量及降雨強度為最大，另第十類路徑屬於特殊路徑，其影響亦不可忽略。各路徑降雨特性分析成果如下表：  侵台路徑 	侵台次數 	降雨延時(hr) 	總降雨量(mm) 	最大降雨強度(mm/hr) 	最大 颱風 事件 		平均 	95%上限 	平均 	95%上限 	主要	最高機率雨量站 	平均 	95%上限 	主要強降雨區 	 						降雨區 					 一 	6	60	84	204	495	清水溪上游 	望鄉 	30	52	陳有蘭溪中游及清水溪中上游 	2004年 艾利 二 	7	63	94	421	818	清水溪上游 	阿里山 	65	125	清水溪上游及日月潭集水區 	2008年 辛樂克 三 	16	58	95	188	422	清水溪上游 	阿里山 	37	77	清水溪上游 	2009年 莫拉克 四 	6	47	95	41	95	丹大、郡大溪流域 	奧萬大 	9	17	濁水溪上游、丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	2010年 凡那比 五 	5	38	52	46	103	丹大、郡大溪流域 	丹大 	13	26	濁水溪上游及丹大、郡大溪上游 	2003年 杜鵑 六 	11	53	88	127	316	丹大、郡大溪流域 	玉山 	18	35	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1998年 瑞伯 七 	4	48	86	34	77	丹大、郡大溪流域 	桶頭 	8	23	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1996年 葛樂禮 八 	4	41	56	20	62	丹大、郡大溪流域 	日月潭 	11	36	濁水溪上游、丹大、郡大溪上游及日月潭集水區 	1995年 賴恩 九 	9	35	46	44	104	清水溪上游 	臺西 	12	24	丹大、郡大溪上游、日月潭集水區及濁水溪下游 	2002年 娜克莉 十 	4	65	132	103	330	清水溪上游 	瑞里 	30	84	清水溪上游 	2001年 納莉 5.	濁水溪歷年降雨趨勢分析，顯示降雨有朝向雙極端(非豐即枯)發生頻率增加之跡象，若僅由整體流域觀察降雨趨勢變化，則多呈現不顯著(MK檢定)，但若深入研究發現局部性降雨特性改變較大，以濁水溪流域上游靠近中央山脈一帶於降雨量、降雨日數及日降雨強度等皆呈現全面顯著增加趨勢，另流域中、下游及支流清水溪及陳有蘭溪則朝向降雨量增加、降雨日數減少等顯著集中降雨趨勢。 6.	因應經濟部中央地調所98年「廬山溫泉區北坡岩體滑動監測報告」，北坡母安山近幾年因颱風豪雨事件，造成廬山溫泉區北坡岩體滑動現象加劇，為預防及因應可能影響研擬「廬山堰塞湖潰壩緊急應變計畫」，以評估堰塞湖潰決後可能之影響範圍與災害風險，以及研擬廬山堰塞湖發生前之監控機制及發生後之應變措施。依本計畫假設條件分析結果，廬山堰塞湖潰壩影響範圍主要包含廬山溫泉區至霧社水庫之河道兩岸農田與建物，亦可能對下游霧社水庫之安全造成影響，初估影響戶數約363戶(約1,143人)，經濟損失約1,208,109千元。 7.	協助辦理廬山溫泉區、和社溪及西濱大橋下游下海墘堤防等危險潛勢河段防洪預警措施地方說明會，除教導民眾防洪預警之觀念，並使民眾瞭解河川局於防汛期間因應防洪預警之作為。</abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933   443.6963</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72927</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72927</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護--內附光碟</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域逕流測預報系統檢討與程式更新整合、颱洪期間即時洪水預報、系統維護與提供預報諮詢、颱風路徑對應集水區降雨特性及歷年降雨趨勢分析、研擬廬山堰塞湖緊急應變計畫、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1.	順利完成本(100)年度17場颱洪事件之預警報作業，並於颱洪期間蒐集國內外相關氣象網站資訊，進行即時氣象資訊研判及推估濁水溪流域未來水情變化，予防汛值勤人員參考。 2.	完成QPESUMS預測雨量資料之接收，並運用於模式預報中，可提供未來1~3小時之網格式預測雨量資料，並補上游丹大、郡大溪地區雨量站之不足。雖目前於中部山區雷達回波受地型干擾嚴重準確性較差，但透過簡易修正QPESUMS預測值，已可略為提高其準確性。 3.	完成水位回饋修正機制，透過時間序列法預測水位誤差趨勢再進行預測水位修正，經修正後之預測水位與觀測水位變動趨勢將更相符合，可有效降低水位預測誤差，惟在洪峰開始反轉時可能會有過度修正情形，使用時需特別注意。 4.	颱風路徑與濁水溪流域降雨特性分析，顯示以第一、二、三及六類路徑對濁水溪影響較大，其中又以第二類路徑颱風帶來之總雨量及降雨強度為最大，另第十類路徑屬於特殊路徑，其影響亦不可忽略。各路徑降雨特性分析成果如下表：  侵台路徑 	侵台次數 	降雨延時(hr) 	總降雨量(mm) 	最大降雨強度(mm/hr) 	最大 颱風 事件 		平均 	95%上限 	平均 	95%上限 	主要	最高機率雨量站 	平均 	95%上限 	主要強降雨區 	 						降雨區 					 一 	6	60	84	204	495	清水溪上游 	望鄉 	30	52	陳有蘭溪中游及清水溪中上游 	2004年 艾利 二 	7	63	94	421	818	清水溪上游 	阿里山 	65	125	清水溪上游及日月潭集水區 	2008年 辛樂克 三 	16	58	95	188	422	清水溪上游 	阿里山 	37	77	清水溪上游 	2009年 莫拉克 四 	6	47	95	41	95	丹大、郡大溪流域 	奧萬大 	9	17	濁水溪上游、丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	2010年 凡那比 五 	5	38	52	46	103	丹大、郡大溪流域 	丹大 	13	26	濁水溪上游及丹大、郡大溪上游 	2003年 杜鵑 六 	11	53	88	127	316	丹大、郡大溪流域 	玉山 	18	35	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1998年 瑞伯 七 	4	48	86	34	77	丹大、郡大溪流域 	桶頭 	8	23	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1996年 葛樂禮 八 	4	41	56	20	62	丹大、郡大溪流域 	日月潭 	11	36	濁水溪上游、丹大、郡大溪上游及日月潭集水區 	1995年 賴恩 九 	9	35	46	44	104	清水溪上游 	臺西 	12	24	丹大、郡大溪上游、日月潭集水區及濁水溪下游 	2002年 娜克莉 十 	4	65	132	103	330	清水溪上游 	瑞里 	30	84	清水溪上游 	2001年 納莉 5.	濁水溪歷年降雨趨勢分析，顯示降雨有朝向雙極端(非豐即枯)發生頻率增加之跡象，若僅由整體流域觀察降雨趨勢變化，則多呈現不顯著(MK檢定)，但若深入研究發現局部性降雨特性改變較大，以濁水溪流域上游靠近中央山脈一帶於降雨量、降雨日數及日降雨強度等皆呈現全面顯著增加趨勢，另流域中、下游及支流清水溪及陳有蘭溪則朝向降雨量增加、降雨日數減少等顯著集中降雨趨勢。 6.	因應經濟部中央地調所98年「廬山溫泉區北坡岩體滑動監測報告」，北坡母安山近幾年因颱風豪雨事件，造成廬山溫泉區北坡岩體滑動現象加劇，為預防及因應可能影響研擬「廬山堰塞湖潰壩緊急應變計畫」，以評估堰塞湖潰決後可能之影響範圍與災害風險，以及研擬廬山堰塞湖發生前之監控機制及發生後之應變措施。依本計畫假設條件分析結果，廬山堰塞湖潰壩影響範圍主要包含廬山溫泉區至霧社水庫之河道兩岸農田與建物，亦可能對下游霧社水庫之安全造成影響，初估影響戶數約363戶(約1,143人)，經濟損失約1,208,109千元。 7.	協助辦理廬山溫泉區、和社溪及西濱大橋下游下海墘堤防等危險潛勢河段防洪預警措施地方說明會，除教導民眾防洪預警之觀念，並使民眾瞭解河川局於防汛期間因應防洪預警之作為。</abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933   443.6963</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72928</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72928</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 The Expanding and Maintaining for System of Observation and Forecast With Runoff within Zhuoshui River Watershed during2011附件一盧山堰塞湖潰壩緊急應變計畫</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域逕流測預報系統檢討與程式更新整合、颱洪期間即時洪水預報、系統維護與提供預報諮詢、颱風路徑對應集水區降雨特性及歷年降雨趨勢分析、研擬廬山堰塞湖緊急應變計畫、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1.	順利完成本(100)年度17場颱洪事件之預警報作業，並於颱洪期間蒐集國內外相關氣象網站資訊，進行即時氣象資訊研判及推估濁水溪流域未來水情變化，予防汛值勤人員參考。 2.	完成QPESUMS預測雨量資料之接收，並運用於模式預報中，可提供未來1~3小時之網格式預測雨量資料，並補上游丹大、郡大溪地區雨量站之不足。雖目前於中部山區雷達回波受地型干擾嚴重準確性較差，但透過簡易修正QPESUMS預測值，已可略為提高其準確性。 3.	完成水位回饋修正機制，透過時間序列法預測水位誤差趨勢再進行預測水位修正，經修正後之預測水位與觀測水位變動趨勢將更相符合，可有效降低水位預測誤差，惟在洪峰開始反轉時可能會有過度修正情形，使用時需特別注意。 4.	颱風路徑與濁水溪流域降雨特性分析，顯示以第一、二、三及六類路徑對濁水溪影響較大，其中又以第二類路徑颱風帶來之總雨量及降雨強度為最大，另第十類路徑屬於特殊路徑，其影響亦不可忽略。各路徑降雨特性分析成果如下表：  侵台路徑 	侵台次數 	降雨延時(hr) 	總降雨量(mm) 	最大降雨強度(mm/hr) 	最大 颱風 事件 		平均 	95%上限 	平均 	95%上限 	主要	最高機率雨量站 	平均 	95%上限 	主要強降雨區 	 						降雨區 					 一 	6	60	84	204	495	清水溪上游 	望鄉 	30	52	陳有蘭溪中游及清水溪中上游 	2004年 艾利 二 	7	63	94	421	818	清水溪上游 	阿里山 	65	125	清水溪上游及日月潭集水區 	2008年 辛樂克 三 	16	58	95	188	422	清水溪上游 	阿里山 	37	77	清水溪上游 	2009年 莫拉克 四 	6	47	95	41	95	丹大、郡大溪流域 	奧萬大 	9	17	濁水溪上游、丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	2010年 凡那比 五 	5	38	52	46	103	丹大、郡大溪流域 	丹大 	13	26	濁水溪上游及丹大、郡大溪上游 	2003年 杜鵑 六 	11	53	88	127	316	丹大、郡大溪流域 	玉山 	18	35	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1998年 瑞伯 七 	4	48	86	34	77	丹大、郡大溪流域 	桶頭 	8	23	丹大、郡大溪上游、陳有蘭溪上游及清水溪上游 	1996年 葛樂禮 八 	4	41	56	20	62	丹大、郡大溪流域 	日月潭 	11	36	濁水溪上游、丹大、郡大溪上游及日月潭集水區 	1995年 賴恩 九 	9	35	46	44	104	清水溪上游 	臺西 	12	24	丹大、郡大溪上游、日月潭集水區及濁水溪下游 	2002年 娜克莉 十 	4	65	132	103	330	清水溪上游 	瑞里 	30	84	清水溪上游 	2001年 納莉 5.	濁水溪歷年降雨趨勢分析，顯示降雨有朝向雙極端(非豐即枯)發生頻率增加之跡象，若僅由整體流域觀察降雨趨勢變化，則多呈現不顯著(MK檢定)，但若深入研究發現局部性降雨特性改變較大，以濁水溪流域上游靠近中央山脈一帶於降雨量、降雨日數及日降雨強度等皆呈現全面顯著增加趨勢，另流域中、下游及支流清水溪及陳有蘭溪則朝向降雨量增加、降雨日數減少等顯著集中降雨趨勢。 6.	因應經濟部中央地調所98年「廬山溫泉區北坡岩體滑動監測報告」，北坡母安山近幾年因颱風豪雨事件，造成廬山溫泉區北坡岩體滑動現象加劇，為預防及因應可能影響研擬「廬山堰塞湖潰壩緊急應變計畫」，以評估堰塞湖潰決後可能之影響範圍與災害風險，以及研擬廬山堰塞湖發生前之監控機制及發生後之應變措施。依本計畫假設條件分析結果，廬山堰塞湖潰壩影響範圍主要包含廬山溫泉區至霧社水庫之河道兩岸農田與建物，亦可能對下游霧社水庫之安全造成影響，初估影響戶數約363戶(約1,143人)，經濟損失約1,208,109千元。 7.	協助辦理廬山溫泉區、和社溪及西濱大橋下游下海墘堤防等危險潛勢河段防洪預警措施地方說明會，除教導民眾防洪預警之觀念，並使民眾瞭解河川局於防汛期間因應防洪預警之作為。</abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6963</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72929</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72929</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 The Expanding and Maintaining for System of Observation and Forecast With Runoff within Zhuoshui River Watershed during2011附件二颱風路徑對應集水區降雨與型分析</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72933</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72933</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 附件一 廬山堰塞湖潰壩緊急應變計畫</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>72934</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72934</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 附件一 颱風路徑對應集水區降雨雨型分析</title><yearidentifier>201112</yearidentifier></data><data><abstract>屏東海岸因地層下陷之影響，海堤堤前沙灘多以下陷或?失，逢颱風侵襲期間仍時有海岸災害發生，因此亟需對海岸的變遷特性與災害防護對策進?分析研擬，以提供屏東海岸?育政策實施之?考。本計畫採分期分段進?調查研究方式，擬藉由現場調查與?值模擬分析，研擬各分段海岸之侵蝕防治策?方法，以期盡速將分段海岸保護及?育工作付?實施。本計畫為二?期延續性計畫，本??為第二?。第一? (99 ??) 研究範圍為枋?海堤至枋山溪口約14 公?，第二? (100 ??) 為枋山溪出海口至楓港溪口約9 公?。第一??工作項目包括：(1) 基本資?蒐集及分析、(2) 水深地形測?、(3) 潮波?調查、(4) 輸砂調查、(5) 海岸水動??值模擬及地形變化趨勢研判、(6) 研擬本段海岸之侵蝕防治對策。現場調查分別於夏、冬?季進?，由?季的地形資?比較：枋山溪至獅子頭溪之間地形呈現淤積，高程線往外推移約40~60 公尺；五空橋與獅子頭之間及上楓港外海，-5 米等深線部分地形明顯淤積；獅子頭溪以南-10等深線以深變化?大。近岸部份，在莿桐腳遊憩區外海水深-1 米至-5 米處呈現淤積現象。因本??計畫在?次測?期間並無颱風直接侵襲，而受微弱西南季風影響，總體呈現些微淤積，總淤積?為260 萬?方公尺，總面積為4,160 萬平方公尺，平均淤積?為6.2 公分。波?調查結果，夏季示性波高以 20~100cm 為主，週期集中在6~8sec間，波向集中於西南方至南南西方之間。冬季示性波高以30~70cm 為主，週期多集中在4~6sec 之間，波向集中於西方及南方。本區域潮汐屬於全日潮混合半日潮型，以全日潮為主，最大潮差為 1.38 m。枋山至楓港海域海?主要受沿岸地形影響，海?方向以平?海岸為主。漲潮段?向主要先往SE 方向再轉為NW 方向，退潮段?向先NW 方向再轉SE 方向。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000137</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010100246</governmentpublicationsnumber><identifier>72939</identifier><internationalstandardbooknumber>9789860317237 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72939</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>屏東海岸地形資料調查及侵蝕防治策略研究(2/2)－光碟版 Study on Field Investigation and Erosion Prevention at Ping-Tung Coast (2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract>屏東海岸因地層下陷之影響，海堤堤前沙灘多以下陷或?失，逢颱風侵襲期間仍時有海岸災害發生，因此亟需對海岸的變遷特性與災害防護對策進?分析研擬，以提供屏東海岸?育政策實施之?考。本計畫採分期分段進?調查研究方式，擬藉由現場調查與?值模擬分析，研擬各分段海岸之侵蝕防治策?方法，以期盡速將分段海岸保護及?育工作付?實施。本計畫為二?期延續性計畫，本??為第二?。第一? (99 ??) 研究範圍為枋?海堤至枋山溪口約14 公?，第二? (100 ??) 為枋山溪出海口至楓港溪口約9 公?。第一??工作項目包括：(1) 基本資?蒐集及分析、(2) 水深地形測?、(3) 潮波?調查、(4) 輸砂調查、(5) 海岸水動??值模擬及地形變化趨勢研判、(6) 研擬本段海岸之侵蝕防治對策。現場調查分別於夏、冬?季進?，由?季的地形資?比較：枋山溪至獅子頭溪之間地形呈現淤積，高程線往外推移約40~60 公尺；五空橋與獅子頭之間及上楓港外海，-5 米等深線部分地形明顯淤積；獅子頭溪以南-10等深線以深變化?大。近岸部份，在莿桐腳遊憩區外海水深-1 米至-5 米處呈現淤積現象。因本??計畫在?次測?期間並無颱風直接侵襲，而受微弱西南季風影響，總體呈現些微淤積，總淤積?為260 萬?方公尺，總面積為4,160 萬平方公尺，平均淤積?為6.2 公分。波?調查結果，夏季示性波高以 20~100cm 為主，週期集中在6~8sec間，波向集中於西南方至南南西方之間。冬季示性波高以30~70cm 為主，週期多集中在4~6sec 之間，波向集中於西方及南方。本區域潮汐屬於全日潮混合半日潮型，以全日潮為主，最大潮差為 1.38 m。枋山至楓港海域海?主要受沿岸地形影響，海?方向以平?海岸為主。漲潮段?向主要先往SE 方向再轉為NW 方向，退潮段?向先NW 方向再轉SE 方向。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000137</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010100246</governmentpublicationsnumber><identifier>72940</identifier><internationalstandardbooknumber>9789860317237 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72940</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>屏東海岸地形資料調查及侵蝕防治策略研究(2/2) Study on Field Investigation and Erosion Prevention at Ping-Tung Coast (2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract>鑒於阿公店水庫更新工程完工後，水庫於汛期採行空庫防淤操作，為了解其空庫防淤操作之成效，需進行水庫庫區及下游阿公店溪河道斷面之沖淤測量等工作。藉由本計畫之執行，除可建立每年空庫防淤操作前、中、後本水庫庫區暨下游河道阿公店溪的河道斷面資料，相關資料亦可回饋未來運轉操作檢討之參考，俾利本水庫能達到蓄清排渾與永續經營之目的。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000212</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010005079</governmentpublicationsnumber><identifier>72941</identifier><internationalstandardbooknumber>9789860314762 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72941</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度阿公店水庫暨阿公店溪空庫防淤測量成果報告書(內附光碟) Measure program about the sediment prevention by reservoir-emptying for Agodian reservoir and Agodian river in 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>鑒於阿公店水庫更新工程完工後，水庫於汛期採行空庫防淤操作，為了解其空庫防淤操作之成效，需進行水庫庫區及下游阿公店溪河道斷面之沖淤測量等工作。藉由本計畫之執行，除可建立每年空庫防淤操作前、中、後本水庫庫區暨下游河道阿公店溪的河道斷面資料，相關資料亦可回饋未來運轉操作檢討之參考，俾利本水庫能達到蓄清排渾與永續經營之目的。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000212</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010005079</governmentpublicationsnumber><identifier>72942</identifier><internationalstandardbooknumber>9789860314762 ; 9789860314</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72942</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度阿公店水庫暨阿公店溪空庫防淤測量成果報告書附件 Measure program about the sediment prevention by reservoir-emptying for Agodian reservoir and Agodian river in 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>為持續推廣兩段式沖水器及節水墊片，以澎湖及雲林、彰化地層下陷區之社區為對象，協助住家換裝省水標章之馬桶水箱兩段式沖水器及節水墊片，並就換裝過程及結果，研擬相關推廣策略。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000067</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010004732</governmentpublicationsnumber><identifier>72943</identifier><internationalstandardbooknumber>9789860310993 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72943</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>100</publishrocyear><title>省水器材配件推廣計畫(光碟版)  The Promoted Project of Water Save Equipment</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>臺北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/16</date><governmentpublicationsnumber>1010004747</governmentpublicationsnumber><identifier>72944</identifier><internationalstandardbooknumber>9789860305814 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72944</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>100</publishrocyear><title>新店溪青潭堰上游水文監測計畫〈100年〉</title><yearidentifier>201112</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>1010100295</governmentpublicationsnumber><identifier>72950</identifier><internationalstandardbooknumber>9789860317657 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72950</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度斗六堰魚道功能監測及模組式魚道水域生態監測成果報告(內附光碟) Research on the efficiency assessment of fishway in Dou-Liou Eeir and the fishway in Main stream 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000008</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/20</date><governmentpublicationsnumber>1010100294</governmentpublicationsnumber><identifier>72951</identifier><internationalstandardbooknumber>9789860317640 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72951</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度集集攔河堰營運階段水域生態及水質監測成果報告(內附光碟) Chi-Chi Weir Operation in yr.2011 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>201202</yearidentifier></data><data><abstract>高鐵沿線下陷原因除與過去常見之地下水抽取有關外，亦與高鐵工程構造物荷重對墩柱下陷及高鐵行進振動所造成墩柱壓密沈陷息息相關。故本計畫將模擬雲林地區地下水抽取之地下水水位變化，與所觀測地層下陷量之關係，並就該區鑽探取樣之土壤地質特性，評估上述地下水水位變化、高鐵工程構造物之靜態荷重對墩柱下陷及高鐵行進振動所增加地表荷重條件下對本區地層之應力變化分布、地層下陷量及下陷潛勢之影響，俾利本署研擬地層下陷防治執行措施之科學數據參考依據。</abstract><author>台大水工試驗所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000127</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/21</date><governmentpublicationsnumber>1010004807</governmentpublicationsnumber><identifier>72955</identifier><internationalstandardbooknumber>9789860311587 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72955</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>雲林地區高鐵沿線地層下陷潛勢分析 Analysis of Land Subsidence Potential Along the High-Speed Rail in Yunlin Area</title><yearidentifier>201112</yearidentifier></data><data><abstract>高鐵沿線下陷原因除與過去常見之地下水抽取有關外，亦與高鐵工程構造物荷重對墩柱下陷及高鐵行進振動所造成墩柱壓密沈陷息息相關。故本計畫將模擬雲林地區地下水抽取之地下水水位變化，與所觀測地層下陷量之關係，並就該區鑽探取樣之土壤地質特性，評估上述地下水水位變化、高鐵工程構造物之靜態荷重對墩柱下陷及高鐵行進振動所增加地表荷重條件下對本區地層之應力變化分布、地層下陷量及下陷潛勢之影響，俾利本署研擬地層下陷防治執行措施之科學數據參考依據。</abstract><author>台大水工試驗所</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000127</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/21</date><governmentpublicationsnumber>1010004807</governmentpublicationsnumber><identifier>72956</identifier><internationalstandardbooknumber>9789860311587 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72956</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>雲林地區高鐵沿線地層下陷潛勢分析 (光碟版) Analysis of Land Subsidence Potential Along the High-Speed Rail in Yunlin Area</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫分為兩個年度,完成之工作項目包括國內外水工模型試驗資料?整、模型相似律基本理論整理與推導、模型無因次分析與相似律之應用、水工模型之設計與布置試驗考量、水工試驗儀器之種類與應用技術，另外完成河工、水庫、海工及其他水工結構物水工模型試驗之案例研究分析，並建置水工模型試驗報告查詢系統製作。</abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000293</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/22</date><governmentpublicationsnumber>1010003860</governmentpublicationsnumber><identifier>72961</identifier><internationalstandardbooknumber>9789860302493 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72961</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬訂 總報告--光碟版 Theory of hydraulic physical modeling with case study analysis and preparation of Hydraulic Physical Model Handbook</title><yearidentifier>201112</yearidentifier></data><data><abstract>水工模型試驗提供複雜水理的視覺呈現，也可以協助工程人員進行規劃設計上修正及決策過程時之重要參考;以利水利署在水工模型試驗作業規範及業務推動，並作為水利相關從業人員教育訓練使用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/3/22</date><governmentpublicationsnumber>1010003861</governmentpublicationsnumber><identifier>72962</identifier><internationalstandardbooknumber>9789860302479 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72962</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>水工模型試驗參考手冊--光碟版 Handbook of Hydraulic Physical Model</title><yearidentifier>201112</yearidentifier></data><data><abstract>由於流域影響河川之型態，而台灣河川之流域以地質年代來看，又處於快速變動之年輕階段，因此河床之演變勢必更加快速。會增加河溪發生洪水或土砂之災害，造成河防工程、道路橋樑之破壞，危害兩岸居民生命財產之安全,</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000294</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/22</date><governmentpublicationsnumber>1010003867</governmentpublicationsnumber><identifier>72963</identifier><internationalstandardbooknumber>9789860302455 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72963</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>流域地貌變遷對河床演變之影響(3/3)--成果報告光碟 The Influence of Basin Geomorphology Changes on River Morphology Evolution(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>國立嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000358</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/23</date><governmentpublicationsnumber>1010005154</governmentpublicationsnumber><identifier>72967</identifier><internationalstandardbooknumber>9789860316155 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72967</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(1/2)=Feasibility Study on Water-Gate made by Concrete Materials (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000358</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/23</date><governmentpublicationsnumber>1010005154</governmentpublicationsnumber><identifier>72968</identifier><internationalstandardbooknumber>9789860316155 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72968</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(1/2)--光碟版=Feasibility Study on Water-Gate made by concrete Materials (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫之目的在於提升水利署工程主辦人員對工程品質管理稽查之暸解，確保工務行政處理程序及各項監造、品質管理規定，以確保水利工程品質。本計畫協助辦理資料彙整分析水利署97~100年之工程查核督導缺失資料，包含工程查核193件、工程督導370件，受查核工程案件達甲等比例約46.11%，受督導工程案件達甲等比例約38.65%。協助辦理102場工程實地訪視輔導，28場所屬機關接受經濟部國營會工程查核之會場佈置及相關行政作業準備事宜，訪導案件受工程查核甲等案件計14場，甲等比例為50.00%，乙等達75分以上計10場，執行工程實地訪視輔導和協助工程查核後，相關會議紀錄、輔導紀錄文件及照片資料以專冊整理。協助辦理北、中、南區三場品質管理、查核作業等教育訓練課程，實際參與工程施工任務之所有成員，對於工程品質管理之相關法令及實際作法能有整體性之瞭解，體認工程品質之重要性，俾利工程施工查驗之執行，確保工程施工成果符合其設計及規範之品質要求。本計畫亦提出「中、長期加強提升品質管理輔導計畫」之草案，建議水利署未來持續推展提供公共工程品質管理計畫。</abstract><author>臺灣營建研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000264</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/26</date><governmentpublicationsnumber>1010100386</governmentpublicationsnumber><identifier>72969</identifier><internationalstandardbooknumber>9789860319262 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72969</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>提升公共工程品質管理輔導計畫--內附光碟</title><yearidentifier>201202</yearidentifier></data><data><abstract>抽水站具有抽水、排水的功能，其位於都市下水道或區域排水系統之末端，其功能為當平時河川水位較低時，維持重力閘門開啟，使市區降雨藉以重力方式排至河川，另於颱風豪雨期間，若河川水位高漲，市區降雨無法再以重力排出時，則使用抽水站之抽水機以動力方式抽排至河川中，以避免發生積淹水情形，且若河川水位持續漲至警戒水位時，則需關閉重力閘門，以避免河水倒灌入市區。台灣西部河川部分區域地勢低窪，故抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。且因抽水機機組形式條件各異，進出水構造物形式及布設條件不同，運轉水位變化大，使得抽水站運轉效率及操作條件掌握極為不易。故極有必要針對抽水站水力機械模擬與運轉效率進行專業深入研究。本研究擬就抽水站抽水井條件對抽水站運轉功能影響特性及運轉效率進行研究，並以雲彰地區抽水站為研究案例，進行數值模擬及試驗研究。　　國內抽水站相關機組裝設極多，過去累積有較多規劃、設計及施設之經驗，但對於抽水站操作運轉優化及各種條件之適用性與操作規律，較少有系統性評估及研究。基於抽水站對於區域排水防洪之重要性，極有必要進行相關課題評估。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000154</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/26</date><governmentpublicationsnumber>1010100176</governmentpublicationsnumber><identifier>72970</identifier><internationalstandardbooknumber>9789860316414 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72970</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(2/2)=Flow field simulation of the pump sump structure in Yunlin and Zhanghua (2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract>抽水站具有抽水、排水的功能，其位於都市下水道或區域排水系統之末端，其功能為當平時河川水位較低時，維持重力閘門開啟，使市區降雨藉以重力方式排至河川，另於颱風豪雨期間，若河川水位高漲，市區降雨無法再以重力排出時，則使用抽水站之抽水機以動力方式抽排至河川中，以避免發生積淹水情形，且若河川水位持續漲至警戒水位時，則需關閉重力閘門，以避免河水倒灌入市區。台灣西部河川部分區域地勢低窪，故抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。且因抽水機機組形式條件各異，進出水構造物形式及布設條件不同，運轉水位變化大，使得抽水站運轉效率及操作條件掌握極為不易。故極有必要針對抽水站水力機械模擬與運轉效率進行專業深入研究。本研究擬就抽水站抽水井條件對抽水站運轉功能影響特性及運轉效率進行研究，並以雲彰地區抽水站為研究案例，進行數值模擬及試驗研究。 　　國內抽水站相關機組裝設極多，過去累積有較多規劃、設計及施設之經驗，但對於抽水站操作運轉優化及各種條件之適用性與操作規律，較少有系統性評估及研究。基於抽水站對於區域排水防洪之重要性，極有必要進行相關課題評估。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000154</commissionedprojectidentifier><currency>NT$</currency><date>2012/3/26</date><governmentpublicationsnumber>1010100176</governmentpublicationsnumber><identifier>72973</identifier><internationalstandardbooknumber>9789860316414 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72973</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(2/2) －光碟版 Flow field simulation of the pump sump structure in Yunlin and Zhanghua (2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004344</governmentpublicationsnumber><identifier>72990</identifier><internationalstandardbooknumber>9789860306835 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72990</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大彎坪防淤隧道工程可行性規劃總報告(內附光碟)=Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004344</governmentpublicationsnumber><identifier>72991</identifier><internationalstandardbooknumber>9789860306835 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72991</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大彎坪防淤隧道工程可行性規劃總報告--光碟版= Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004339</governmentpublicationsnumber><identifier>72992</identifier><internationalstandardbooknumber>9789860306859 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72992</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－地形測量專題報告(光碟版)  Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir Land Survey Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004343</governmentpublicationsnumber><identifier>72993</identifier><internationalstandardbooknumber>9789860306804 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72993</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－地質探查及試驗專題報告(光碟版) Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir Report on Geological Survey and Testing</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004370</governmentpublicationsnumber><identifier>72994</identifier><internationalstandardbooknumber>9789860306811 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72994</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－計畫評價與替代方案專題報告(光碟版) Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir Project Assessment and Alternative Seheme Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/2</date><governmentpublicationsnumber>1010004370</governmentpublicationsnumber><identifier>72995</identifier><internationalstandardbooknumber>9789860306811 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_72995</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－計畫評價與替代方案專題報告(內附光碟) Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir Project Assessment and Alternative Seheme Report</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328.933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100109</governmentpublicationsnumber><identifier>73003</identifier><internationalstandardbooknumber>9789860315745 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73003</librarycollectiondetailsurl><price>5000</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>氣象報告彙編(臺灣) 第七篇 民國九十年至民國九十九年--內附光碟 SUMMARY REPORT OF METEOROLOGICAL DATA TAIWAN Volume VII 2001~2010</title><yearidentifier>201203</yearidentifier></data><data><abstract>水利署於2005~2008年自行研發「分散式洪水預報系統」（Distributed Runoff And Inundation Nowcast System，簡稱DRAINS），為一套分散式、模組化、可即時預報河川洪水的系統。由架構設計到程式撰寫，均為國人獨自完成，技術自給率百分之百。以此為基礎建置完成之八掌溪流域洪水預報系統，於2009年推廣移轉至第五河川局應用，2010年執行「99年度八掌溪流域分散式洪水預報系統擴充及維護」計畫進行維護與客製化發展。今年度計畫延續以往成果，依五河局颱洪期間使用狀況進行必要之功能擴充，並持續配合最新之量測資料進行更新與維護。此外，預報範圍除原有之八掌溪流域外，新增朴子溪與急水溪洪水預報系統，使本系統能夠逐步擴展至五河局所轄河川流域，以提昇洪水預報之作業成果與品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000274</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100199</governmentpublicationsnumber><identifier>73004</identifier><internationalstandardbooknumber>9789860316650 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73004</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>100年度八掌溪流域分散式洪水預報系統擴充及維護=Extension and Maintenance of Distributed Run-off And Inundation Nowcast System for Bajhang River in 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>水利署於2005~2008年自行研發「分散式洪水預報系統」（Distributed Runoff And Inundation Nowcast System，簡稱DRAINS），為一套分散式、模組化、可即時預報河川洪水的系統。由架構設計到程式撰寫，均為國人獨自完成，技術自給率百分之百。以此為基礎建置完成之八掌溪流域洪水預報系統，於2009年推廣移轉至第五河川局應用，2010年執行「99年度八掌溪流域分散式洪水預報系統擴充及維護」計畫進行維護與客製化發展。今年度計畫延續以往成果，依五河局颱洪期間使用狀況進行必要之功能擴充，並持續配合最新之量測資料進行更新與維護。此外，預報範圍除原有之八掌溪流域外，新增朴子溪與急水溪洪水預報系統，使本系統能夠逐步擴展至五河局所轄河川流域，以提昇洪水預報之作業成果與品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000274</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100199</governmentpublicationsnumber><identifier>73005</identifier><internationalstandardbooknumber>9789860316650 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73005</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>100年度八掌溪流域分散式洪水預報系統擴充及維護(光碟版)=Extension and Maintenance of Distributed Run-off And Inundation Nowcast System for Bajhang River in 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100480</governmentpublicationsnumber><identifier>73006</identifier><internationalstandardbooknumber>9789860320329 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73006</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫工程計畫庫區遷建道路工程 基本設計報告--內附光碟=Basic Design Report</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100199</governmentpublicationsnumber><identifier>73007</identifier><internationalstandardbooknumber>9789860316650 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73007</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>100年度八掌溪流域分散式洪水預報系統擴充及維護(光碟版)=Extension and Maintenance of Distributed Run-off And Inundation Nowcast System for Bajhang River in 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>多采科技有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/9</date><governmentpublicationsnumber>1010100199</governmentpublicationsnumber><identifier>73008</identifier><internationalstandardbooknumber>9789860316650 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73008</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>100年度八掌溪流域分散式洪水預報系統擴充及維護=Extension and Maintenance of Distributed Run-off And Inundation Nowcast System for Bajhang River in 2011</title><yearidentifier>201102</yearidentifier></data><data><abstract>曾文水庫為一防洪供水、發電及觀光之多目標水庫，於民國62年4月開始蓄水運轉，南區水資源局並於98年6月辦理「曾文水庫蓄水位提高至標高230公尺大壩溢洪道及附屬設施改善工程」。期間除提供嘉南平原地區農業、工業及民生用水外，並充份發揮其防洪、發電及觀光之功能。為維護水庫營運效益，圓滿達成運轉目標，大壩及附屬設施之安全與穩定性為其最基本之要件。 有鑑於此，對於大壩及附屬設施之安全檢查與評估工作甚為重視，每年除依據「曾文水庫運用及維護手冊」之規定實施檢查外，並依據經濟部水利署所頒定「蓄水庫水壩安全檢查表」中之檢查項目，定期實施各項設施之全面性檢查與安全評估工作，以隨時掌握大壩安全現況，各項設施若有異常現象發生時，亦能作即時之判斷與適當之應變處置，以確保大壩整體之安全。本報告彙整100年度期間曾文水庫大壩及附屬設施各項安全檢查成果資料，以供後續監測分析及檢查參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6423   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010100317</governmentpublicationsnumber><identifier>73009</identifier><internationalstandardbooknumber>9789860318111 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73009</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度曾文水庫大壩安全監測分析及檢查工作報告=The Analysis of Safety Monitoring and Inspection for Tseng-wen Reservoir in Year 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>曾文水庫為一防洪供水、發電及觀光之多目標水庫，於民國62年4月開始蓄水運轉，南區水資源局並於98年6月辦理「曾文水庫蓄水位提高至標高230公尺大壩溢洪道及附屬設施改善工程」。期間除提供嘉南平原地區農業、工業及民生用水外，並充份發揮其防洪、發電及觀光之功能。為維護水庫營運效益，圓滿達成運轉目標，大壩及附屬設施之安全與穩定性為其最基本之要件。 有鑑於此，對於大壩及附屬設施之安全檢查與評估工作甚為重視，每年除依據「曾文水庫運用及維護手冊」之規定實施檢查外，並依據經濟部水利署所頒定「蓄水庫水壩安全檢查表」中之檢查項目，定期實施各項設施之全面性檢查與安全評估工作，以隨時掌握大壩安全現況，各項設施若有異常現象發生時，亦能作即時之判斷與適當之應變處置，以確保大壩整體之安全。本報告彙整100年度期間曾文水庫大壩及附屬設施各項安全檢查成果資料，以供後續監測分析及檢查參考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010100317</governmentpublicationsnumber><identifier>73010</identifier><internationalstandardbooknumber>9789860318111 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73010</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度曾文水庫大壩安全監測分析及檢查工作報告--光碟版=The Analysis of Safety Monitoring and Inspection for Tseng-wen Reservoir in Year 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>曾文水庫為一防洪供水、發電及觀光之多目標水庫，大壩為中央不透水心牆分區填築滾壓式土石壩，主要土木結構物包括大壩、溢洪道、落水池、發電及河道放水道進水口、河道放水口等，民國62年4月開始蓄水運轉，南區水資源局並於98年6月辦理「曾文水庫蓄水位提高至標高230公尺大壩溢洪道及附屬設施改善工程」。 本計畫主要目的在於監測分析及檢查曾文水庫營運期間之壩體安全性，以提供水庫下游民眾生命財產之安全保證。計畫執行期間(民國99年8月~民國100年12月)配合其相關設施進行安全監測分析及檢查，內容包括監測儀器測讀、資料整理分析與評估、大壩安全檢查等業務，後續依據檢查結果與監測成果評估大壩行為及安全性、檢測及檢討監測儀器設備之堪用性，並提供專業技術諮詢。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6423   443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010100316</governmentpublicationsnumber><identifier>73011</identifier><internationalstandardbooknumber>9789860318104 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73011</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>99~100年度曾文水庫大壩安全監測分析及檢查成果報告=The Analysis of Safety Monitoring and Inspection for Tseng-wen Reservoir in Year 2010 to 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>曾文水庫為一防洪供水、發電及觀光之多目標水庫，大壩為中央不透水心牆分區填築滾壓式土石壩，主要土木結構物包括大壩、溢洪道、落水池、發電及河道放水道進水口、河道放水口等，民國62年4月開始蓄水運轉，南區水資源局並於98年6月辦理「曾文水庫蓄水位提高至標高230公尺大壩溢洪道及附屬設施改善工程」。 本計畫主要目的在於監測分析及檢查曾文水庫營運期間之壩體安全性，以提供水庫下游民眾生命財產之安全保證。計畫執行期間(民國99年8月~民國100年12月)配合其相關設施進行安全監測分析及檢查，內容包括監測儀器測讀、資料整理分析與評估、大壩安全檢查等業務，後續依據檢查結果與監測成果評估大壩行為及安全性、檢測及檢討監測儀器設備之堪用性，並提供專業技術諮詢。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433   443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010100316</governmentpublicationsnumber><identifier>73012</identifier><internationalstandardbooknumber>9789860318104 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73012</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>99~100年度曾文水庫大壩安全監測分析及檢查成果報告--光碟版=The Analysis of Safety Monitoring and Inspection for Tseng-wen Reservoir in Year2010 to 2011</title><yearidentifier>201202</yearidentifier></data><data><abstract>為確保雲林地區自來水可以使用質優量穩之地面水源，經濟 部水利署經審慎規劃， 提出湖山水庫工程計畫， 奉行政院90年1 月30日台八十九37096號函核定自91年起實施。 湖山水庫環境影響評估完成二階段作業及審查程序，環境影 響評估報告書於86年9月經行政院環境保護署(以下簡稱環保署) 環境影響評估審查委員會第40次會議決議「有條件接受開發」， 環境影響評估報告書(定稿本)(以下簡稱環評報告書)經環保署89 年5月17日(89)環署綜字第0026821號函同意認可。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010100509</governmentpublicationsnumber><identifier>73013</identifier><internationalstandardbooknumber>9789860320923 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73013</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫工程計畫第4次環境影響差異分析報告(定稿版)</title><yearidentifier>201203</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000358</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010005154</governmentpublicationsnumber><identifier>73016</identifier><internationalstandardbooknumber>9789860316155 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73016</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(1/2) 光碟版 Feasibility Study on Water-Gate made by concrete Materials (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000358</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/10</date><governmentpublicationsnumber>1010005154</governmentpublicationsnumber><identifier>73017</identifier><internationalstandardbooknumber>9789860316155 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73017</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(1/2) Feasibility Study on Water-Gate made by concrete Materials (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為落實石門水庫集水區環境生態保育工作，建立制度化生態調查評估機制，本署98年度辦理「石門水庫集水區生態調查評估機制建立之研究」，該計畫參採「石門水庫及其集水區整治計畫」推動之生態檢核表，探討生態調查評估工作制度化其程序面及功能面之作業流程、應辦事項、專家參與、評估工具等，初步研擬完成「石門水庫集水區生態調查評估準則」，希望提供石門水庫集水區辦理保育治理工程之參考依據。 為賡續推動生態保育工作制度化，本計畫擬以「石門水庫集水區生態調查評估準則」為藍本，進一步針對基本資料需求、建立各項作業標準流程、簡化評估工具、簡化表單、廣泛考量各類工程差異需求、專家參與方式、考核機制等進行研究，並透過工程試辦運用持續檢討修正，以建立適用於國內水庫集水區之作業依據。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000041</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/11</date><governmentpublicationsnumber>1010004826</governmentpublicationsnumber><identifier>73020</identifier><internationalstandardbooknumber>9789860311617 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73020</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫集水區生態調查評估準則建立與運用研究（2/2）成果報告書 The Research of Establishing and Applying Ecological Survey &amp; Assessment Specification on the Catchment Area of Reservoirs (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>為確保雲林地區自來水可以使用質優量穩之地面水源，經濟 部水利署經審慎規劃， 提出湖山水庫工程計畫， 奉行政院90年1 月30日台八十九37096號函核定自91年起實施。 湖山水庫環境影響評估完成二階段作業及審查程序，環境影 響評估報告書於86年9月經行政院環境保護署(以下簡稱環保署) 環境影響評估審查委員會第40次會議決議「有條件接受開發」， 環境影響評估報告書(定稿本)(以下簡稱環評報告書)經環保署89 年5月17日(89)環署綜字第0026821號函同意認可。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>D1812029(04)</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/11</date><governmentpublicationsnumber>1010100509</governmentpublicationsnumber><identifier>73021</identifier><internationalstandardbooknumber>9789860320923 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73021</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫工程計畫地四次環境影響差異分析報告(定稿本)</title><yearidentifier>201203</yearidentifier></data><data><abstract>為落實石門水庫集水區環境生態保育工作，建立制度化生態調查評估機制，本署98年度辦理「石門水庫集水區生態調查評估機制建立之研究」，該計畫參採「石門水庫及其集水區整治計畫」推動之生態檢核表，探討生態調查評估工作制度化其程序面及功能面之作業流程、應辦事項、專家參與、評估工具等，初步研擬完成「石門水庫集水區生態調查評估準則」，希望提供石門水庫集水區辦理保育治理工程之參考依據。 為賡續推動生態保育工作制度化，本計畫擬以「石門水庫集水區生態調查評估準則」為藍本，進一步針對基本資料需求、建立各項作業標準流程、簡化評估工具、簡化表單、廣泛考量各類工程差異需求、專家參與方式、考核機制等進行研究，並透過工程試辦運用持續檢討修正，以建立適用於國內水庫集水區之作業依據。</abstract><author>財團法人資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000041</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/11</date><governmentpublicationsnumber>1010004826</governmentpublicationsnumber><identifier>73022</identifier><internationalstandardbooknumber>9789860311617 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73022</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水庫集水區生態調查評估準則建立與運用研究（2/2）成果報告書－光碟版   Research of Establishing and Applying Ecological Survey &amp; Assessment Specification on the Catchment Area of Reservoirs (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>頭前溪治理始於日治時代，由早期簡陋防洪工事歷經長期洪水考驗逐漸加強以至於目前之防洪規模。目前中、上游大部分已完成治理，僅餘河口段治理工程、台1線公路橋下游部分堤防尚待興建及中正大橋河床刷深嚴重需儘速改善。頭前溪水系之治理規劃，其中主流「頭前溪治理基本計畫」於民國74年8月間完成法定程序，奉 經濟部核定公告；支流『頭前溪上游上坪溪及油羅溪治理基本計畫』則於民國87年6月間完成法定程序，奉 經濟部核定公告。  本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化；且本溪河川界點於民國96年重新公告自五峰大橋上移至清泉大橋，至今尚未辦理規劃。為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理上坪溪治理計畫檢討及規劃；本案將參據民國87年6月奉 經濟部核定之『頭前溪上游上坪溪及油羅溪治理規劃』辦理檢討。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000310</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/13</date><governmentpublicationsnumber>1010100302</governmentpublicationsnumber><identifier>73031</identifier><internationalstandardbooknumber>9789860317879 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73031</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>頭前溪流域支流上坪溪治理計畫檢討及規劃(1/2) Review and Plan of Regulation Project with Hydrologic Analysis of Shangping River Branch in Touqian River Basin (1/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract>頭前溪治理始於日治時代，由早期簡陋防洪工事歷經長期洪水考驗逐漸加強以至於目前之防洪規模。目前中、上游大部分已完成治理，僅餘河口段治理工程、台1線公路橋下游部分堤防尚待興建及中正大橋河床刷深嚴重需儘速改善。頭前溪水系之治理規劃，其中主流「頭前溪治理基本計畫」於民國74年8月間完成法定程序，奉 經濟部核定公告；支流『頭前溪上游上坪溪及油羅溪治理基本計畫』則於民國87年6月間完成法定程序，奉 經濟部核定公告。  本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化；且本溪河川界點於民國96年重新公告自五峰大橋上移至清泉大橋，至今尚未辦理規劃。為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理上坪溪治理計畫檢討及規劃；本案將參據民國87年6月奉 經濟部核定之『頭前溪上游上坪溪及油羅溪治理規劃』辦理檢討。</abstract><author>京華工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000310</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/13</date><governmentpublicationsnumber>1010100302</governmentpublicationsnumber><identifier>73032</identifier><internationalstandardbooknumber>9789860317879 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73032</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>頭前溪流域支流上坪溪治理計畫檢討及規劃(1/2)－光碟版 Review and Plan of Regulation Project with Hydrologic Analysis of Shangping River Branch in Touqian River Basin (1/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/15</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>73034</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73034</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 The Expanding and Maintaining for System of Observation and Forecast With Runoff within Zhuoshui River Watershed during2011附件二颱風路徑對應集水區降雨與型分析</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/16</date><governmentpublicationsnumber>1010004332</governmentpublicationsnumber><identifier>73037</identifier><internationalstandardbooknumber>9789860306828 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73037</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－防洪防淤效能評估及營運管理規劃專題報告(光碟版) Feasibility  Study  of  Dawanping  Desilting Tunnel   project  in Shihmen  Reservoir Flood/ Silt  Control Capability Evaluation and / Operation Management Planning Re</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/16</date><governmentpublicationsnumber>1010004364</governmentpublicationsnumber><identifier>73038</identifier><internationalstandardbooknumber>9789860306842 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73038</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－工程可行性規劃專題報告(光碟版)  Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>研析本計畫功能定位與主次要目標，研擬評估可能工程佈置方案與優選可行方案，辦理工程可行性規劃、營運管理規劃及環境影響預測等，最後綜合技術、經濟、環境與管理等不同面向之評估結果，評價本計畫之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/16</date><governmentpublicationsnumber>1010004344</governmentpublicationsnumber><identifier>73039</identifier><internationalstandardbooknumber>9789860306835 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73039</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－總報告(內附光碟)  Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>研析本計畫功能定位與主次要目標，研擬評估可能工程佈置方案與優選可行方案，辦理工程可行性規劃、營運管理規劃及環境影響預測等，最後綜合技術、經濟、環境與管理等不同面向之評估結果，評價本計畫之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990449</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/16</date><governmentpublicationsnumber>1010004344</governmentpublicationsnumber><identifier>73040</identifier><internationalstandardbooknumber>9789860306835 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73040</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>石門水庫大灣坪防淤隧道工程可行性規劃－總報告(光碟版)  Feasibility  Study of  Dawanping  Desilting  Tunnel  Project  in  Shihmen Reservoir  Summary Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫為水利署與美國墾務局之水利技術合作案，以台灣案例河川為研究對象，開發適用於台灣特性河川之數值模式。</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/20</date><governmentpublicationsnumber>1010100359</governmentpublicationsnumber><identifier>73044</identifier><internationalstandardbooknumber>9789860274936 ; 9789860274</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73044</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>100年度台美水利技術合作計畫--內附光碟 2011 Accomplishment under Appendix No.8 to the Agreement between TECRO AND aIT for Technical Assistance and Cooperation for Water Resources</title><yearidentifier>201203</yearidentifier></data><data><abstract>澎湖縣為大小眾多之群島所組成，大小島嶼共計90 座，海岸線總長 約449 公?，由於防護工程設施興建已久且近??人們對海岸景觀及親 水設施日受重視，因此，為維持海岸防護設施之功能及成效，亟需對澎 湖海岸進?各項調查，作為海岸地形侵淤變化特性及海岸防護工程成效 檢討之依據。但澎湖地區島嶼眾多，無法逐一進?調查，本局為瞭解澎 湖地區廣域之地形變遷、潮波?特性及漂沙趨勢，選擇澎湖群島?中南 三個代表區域作為澎湖廣域調查之?考，?區以吉貝嶼；中區為鳥嶼； 南區為七美嶼作為代表，另，考?隘門海堤之必要性，增加調查澎湖本 島隘門海堤區域，以獲取各項調查資?。 本計畫現場調查?域測?部分採用地面光達配合經緯儀進?施測， 海域部分採單音束水深測?進?，波潮?觀測調查潮位觀測部分於吉 貝、鳥嶼及七美進?固定式潮位站架設，進?為期一?之潮位資?觀測， 定點波?觀測部分採用底碇式潮波?儀進?之，而?定點浮標調查?場 夏季調查時採繫?浮標進?觀測，冬季調查改採自由浮標進?之，另， 漂沙觀測調查部分底質調查採用人工採樣方式進?沙樣採樣，漂沙現場 試驗則用八方捕沙器進?之。 本計畫執?成果之控制測?、?域測?及海域水深測?其各項?? 皆符合規範要求，可作為後續分析使用。 吉貝於夏季調查期間之示性波高（H1/3）多小於50cm、示性週期多 在4.0~7.5sec 之間、主要波向為WNW、W，冬季波高0.75~1.75m、週期 4.5~8.5sec、波向NW、WNW。夏季海?在30cm/s 以下、以SSW、N 為 主要?向，冬季小於45cm/s，主要?向為SSW、S。?季之底床質?徑 分佈甚廣，主要介於0.088~4.658mm 之間，其輸沙之優勢方向為夏季往 東?、冬季往?或西。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/23</date><governmentpublicationsnumber>1010100479</governmentpublicationsnumber><identifier>73045</identifier><internationalstandardbooknumber>9789860320244 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73045</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>澎湖海岸防護基本資料調查(1/2) =Basic information survey of Penghu coastal protection(1/2)</title><yearidentifier>201203</yearidentifier></data><data><abstract>澎湖縣為大小眾多之群島所組成，大小島嶼共計90 座，海岸線總長 約449 公?，由於防護工程設施興建已久且近??人們對海岸景觀及親 水設施日受重視，因此，為維持海岸防護設施之功能及成效，亟需對澎 湖海岸進?各項調查，作為海岸地形侵淤變化特性及海岸防護工程成效 檢討之依據。但澎湖地區島嶼眾多，無法逐一進?調查，本局為瞭解澎 湖地區廣域之地形變遷、潮波?特性及漂沙趨勢，選擇澎湖群島?中南 三個代表區域作為澎湖廣域調查之?考，?區以吉貝嶼；中區為鳥嶼； 南區為七美嶼作為代表，另，考?隘門海堤之必要性，增加調查澎湖本 島隘門海堤區域，以獲取各項調查資?。 本計畫現場調查?域測?部分採用地面光達配合經緯儀進?施測， 海域部分採單音束水深測?進?，波潮?觀測調查潮位觀測部分於吉 貝、鳥嶼及七美進?固定式潮位站架設，進?為期一?之潮位資?觀測， 定點波?觀測部分採用底碇式潮波?儀進?之，而?定點浮標調查?場 夏季調查時採繫?浮標進?觀測，冬季調查改採自由浮標進?之，另， 漂沙觀測調查部分底質調查採用人工採樣方式進?沙樣採樣，漂沙現場 試驗則用八方捕沙器進?之。 本計畫執?成果之控制測?、?域測?及海域水深測?其各項?? 皆符合規範要求，可作為後續分析使用。 吉貝於夏季調查期間之示性波高（H1/3）多小於50cm、示性週期多 在4.0~7.5sec 之間、主要波向為WNW、W，冬季波高0.75~1.75m、週期 4.5~8.5sec、波向NW、WNW。夏季海?在30cm/s 以下、以SSW、N 為 主要?向，冬季小於45cm/s，主要?向為SSW、S。?季之底床質?徑 分佈甚廣，主要介於0.088~4.658mm 之間，其輸沙之優勢方向為夏季往 東?、冬季往?或西。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/4/23</date><governmentpublicationsnumber>1010100479</governmentpublicationsnumber><identifier>73046</identifier><internationalstandardbooknumber>9789860320244 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73046</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>澎湖海岸防護基本資料調查(1/2)--光碟版 =Basic information survey of Penghu coastal protection(1/2)</title><yearidentifier>201203</yearidentifier></data><data><abstract>本局轄內之台南與高雄海岸，因河川上游興建水庫及水土保持攔砂工等設施，攔蓄來自上游集水區之土砂材料，使得河川輸沙量減少造成海岸沙源供給量不足，導致海岸線長期呈現向後退縮之現象。由於自然海岸沙灘之侵蝕與消失，不僅造成國土流失、降低海灘抵禦大潮及風浪之效果，更使得濱海遊憩休閒之功能降低以及海岸景觀之風貌破壞。因此，沙源供給實為現今海岸侵蝕防護一門重要課題，而穩定可靠之沙源供給不僅可供給沿岸漂沙減緩海岸侵蝕，亦可供人工養灘、人工岬灣、人工沙丘等柔性工法施作使用，以營造具有防災功能兼具景觀、休閒與生態保育功能等多元化海岸環境風貌。如何利用河川輸沙或疏濬土方做為供應海岸漂沙之來源，藉以減緩海灘之流失，達成海岸侵蝕防護目的，乃為本計畫之研究動機。本計畫目的有二：(一)針對曾文溪河川疏濬土方研究以地工技術方法改良土方粒徑，探討其成為質優且穩定海岸沙源供應之可行性；(二)曾文溪河川泥沙藉由河川水流力量攜帶至河口時，探討使其沉降於海岸漂沙移動範圍內，藉由波浪及海流力量成為穩定海岸漂沙源之可行方法。本計畫主要工作內容包括曾文溪相關資料蒐集分析與調查、河床質變化分析、河岸築堤束洪分析、改善方法的可行性評估及研擬改善方案等。主要研究成果簡述如下：依據本年度及歷年有關曾文溪河口海域地形調查資料(93年至101年間)比較結果，顯示曾文溪河口南岸近岸4m水深以內為侵蝕區，水深5m～9m間為主要淤積區，期間南岸青草崙海堤外海-8m等深線於河口處向外海推進約400m；另94年7月至101年1月期間主河道中心線於等深線-4m處向西北西方向偏移約700m，平均每年偏移速量為100m．顯示曾文溪河口受到洪水影響導致主河槽逐漸往右岸偏移。河床質調查結果顯示曾文溪河床泥沙未有明顯細化情形發生，其中自菜寮溪匯流處(斷面94)以下河床多屬細顆粒泥沙底質；菜寮溪匯流處以上河床，除斷面106及斷面124為中砂底質外，其餘斷面均為細礫－中礫河床質。河岸築堤束洪分析主要以數值模式模擬曾文溪現況因河岸堤防對洪水形成束洪效應，導致河口沖刷及輸沙沉降於外海深水處，不利於海岸沿岸輸沙運移之現象。並依據數值模擬結果研擬拓寬河口右岸河床寬度(分別增加980m及1500m)、河道主深槽右岸濬深拓寬等模擬方案進行相關數值模擬，探討加寬河口堤岸寬度對改善河口束洪、增加河口淤沙機會供應海岸漂沙之影響。在供應海岸漂沙源改善研究上，本計畫分別針對以地工技術改良河床土料粒徑及加寬河口堤岸寬度降低河口束洪效應等改善方案進行評估。前者研究結果顯示在試驗室中以改良式的滾動造粒技術，可以有效地增大疏濬土方料之粒徑，且添加牡蠣殼有助於製造出比重較輕、具耐久性之更大粒徑團粒；惟現階段欲達到穩定可靠的海岸養灘沙源供應，其經濟成本(物料成本+製造成本+運輸成本)仍屬偏高而不利推展。後者水工模型試驗及數值模擬結果均顯示，若將河口附近之河堤向外擴展，可有效增加河口淤沙分布，有利於沿岸漂沙之活動；惟對曾文溪而言拓寬河岸堤線方案在現實面上將受到非工程因素之影響而降低其可行性，但相關研究成果仍適用於其他河川，可作為未來河岸堤防規劃之參考。在研擬改善方案作為上，本計畫除了針對降低河口束洪效應提出河道主深槽右岸濬深拓寬方案因應外，並參考荷蘭抽沙養灘計畫研擬將曾文溪河口被沖離過遠之泥砂抽回近岸，供給曾文溪南邊海岸長期之沿岸漂沙源，作為未來研擬海岸保護措施之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000145</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/23</date><governmentpublicationsnumber>1010100483</governmentpublicationsnumber><identifier>73047</identifier><internationalstandardbooknumber>9789860319293 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73047</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪泥沙供應海岸漂沙源改善之研究=Research on the Improvement of Coastal Sediment Supply from Tseng-Wen River</title><yearidentifier>201203</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務之執行狀態不盡相同，其所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力協助防災業務單位進行災害應變、預警及前置作業，一直是重要之課題。 因此本計畫研擬運用專業機構之專業能力及充足之人力資源成立「經濟部水利署災害緊急應變小組服務團」，於汛期前，協助水利署執行水旱災整備。汛期期間，於警報發布前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於警報發布後進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於警報解除後研擬災後相關報告。 此外，本服務團隨時注意國際發生之天然災害，一發生重大水旱災事件，旋即蒐集資料提供災害速報。其年底時，亦進行年度水利防災年報之編輯製作，並協助水利署辦理相關教育訓練及防汛檢討會議。</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000279</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/26</date><governmentpublicationsnumber>1010100675</governmentpublicationsnumber><identifier>73049</identifier><internationalstandardbooknumber>9789860322415 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73049</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年水災經濟部水利署災害緊急應變小組服務團計畫--內附光碟 2011 Service Corps of Flood Disaster Emergency  Operation Team of WRA, MOEA</title><yearidentifier>201203</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務之執行狀態不盡相同，其所需之人力、專業視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力協助防災業務單位進行災害應變、預警及前置作業，一直是重要之課題。 因此本計畫研擬運用專業機構之專業能力及充足之人力資源成立「經濟部水利署災害緊急應變小組服務團」，於汛期前，協助水利署執行水旱災整備。汛期期間，於警報發布前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於警報發布後進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於警報解除後研擬災後相關報告。 此外，本服務團隨時注意國際發生之天然災害，一發生重大水旱災事件，旋即蒐集資料提供災害速報。其年底時，亦進行年度水利防災年報之編輯製作，並協助水利署辦理相關教育訓練及防汛檢討會議。</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>443.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000279</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/26</date><governmentpublicationsnumber>1010100675</governmentpublicationsnumber><identifier>73050</identifier><internationalstandardbooknumber>9789860322415 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73050</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年水災經濟部水利署災害緊急應變小組服務團計畫--光碟版  2011 Service Corps of Flood Disaster Emergency  Operation Team of WRA, MOEA</title><yearidentifier>201203</yearidentifier></data><data><abstract>本局轄內之台南與高雄海岸，因河川上游興建水庫及水土保持攔砂工等設施，攔蓄來自上游集水區之土砂材料，使得河川輸沙量減少造成海岸沙源供給量不足，導致海岸線長期呈現向後退縮之現象。由於自然海岸沙灘之侵蝕與消失，不僅造成國土流失、降低海灘抵禦大潮及風浪之效果，更使得濱海遊憩休閒之功能降低以及海岸景觀之風貌破壞。因此，沙源供給實為現今海岸侵蝕防護一門重要課題，而穩定可靠之沙源供給不僅可供給沿岸漂沙減緩海岸侵蝕，亦可供人工養灘、人工岬灣、人工沙丘等柔性工法施作使用，以營造具有防災功能兼具景觀、休閒與生態保育功能等多元化海岸環境風貌。如何利用河川輸沙或疏濬土方做為供應海岸漂沙之來源，藉以減緩海灘之流失，達成海岸侵蝕防護目的，乃為本計畫之研究動機。本計畫目的有二：(一)針對曾文溪河川疏濬土方研究以地工技術方法改良土方粒徑，探討其成為質優且穩定海岸沙源供應之可行性；(二)曾文溪河川泥沙藉由河川水流力量攜帶至河口時，探討使其沉降於海岸漂沙移動範圍內，藉由波浪及海流力量成為穩定海岸漂沙源之可行方法。本計畫主要工作內容包括曾文溪相關資料蒐集分析與調查、河床質變化分析、河岸築堤束洪分析、改善方法的可行性評估及研擬改善方案等。主要研究成果簡述如下：依據本年度及歷年有關曾文溪河口海域地形調查資料(93年至101年間)比較結果，顯示曾文溪河口南岸近岸4m水深以內為侵蝕區，水深5m～9m間為主要淤積區，期間南岸青草崙海堤外海-8m等深線於河口處向外海推進約400m；另94年7月至101年1月期間主河道中心線於等深線-4m處向西北西方向偏移約700m，平均每年偏移速量為100m．顯示曾文溪河口受到洪水影響導致主河槽逐漸往右岸偏移。河床質調查結果顯示曾文溪河床泥沙未有明顯細化情形發生，其中自菜寮溪匯流處(斷面94)以下河床多屬細顆粒泥沙底質；菜寮溪匯流處以上河床，除斷面106及斷面124為中砂底質外，其餘斷面均為細礫－中礫河床質。河岸築堤束洪分析主要以數值模式模擬曾文溪現況因河岸堤防對洪水形成束洪效應，導致河口沖刷及輸沙沉降於外海深水處，不利於海岸沿岸輸沙運移之現象。並依據數值模擬結果研擬拓寬河口右岸河床寬度(分別增加980m及1500m)、河道主深槽右岸濬深拓寬等模擬方案進行相關數值模擬，探討加寬河口堤岸寬度對改善河口束洪、增加河口淤沙機會供應海岸漂沙之影響。在供應海岸漂沙源改善研究上，本計畫分別針對以地工技術改良河床土料粒徑及加寬河口堤岸寬度降低河口束洪效應等改善方案進行評估。前者研究結果顯示在試驗室中以改良式的滾動造粒技術，可以有效地增大疏濬土方料之粒徑，且添加牡蠣殼有助於製造出比重較輕、具耐久性之更大粒徑團粒；惟現階段欲達到穩定可靠的海岸養灘沙源供應，其經濟成本(物料成本+製造成本+運輸成本)仍屬偏高而不利推展。後者水工模型試驗及數值模擬結果均顯示，若將河口附近之河堤向外擴展，可有效增加河口淤沙分布，有利於沿岸漂沙之活動；惟對曾文溪而言拓寬河岸堤線方案在現實面上將受到非工程因素之影響而降低其可行性，但相關研究成果仍適用於其他河川，可作為未來河岸堤防規劃之參考。在研擬改善方案作為上，本計畫除了針對降低河口束洪效應提出河道主深槽右岸濬深拓寬方案因應外，並參考荷蘭抽沙養灘計畫研擬將曾文溪河口被沖離過遠之泥砂抽回近岸，供給曾文溪南邊海岸長期之沿岸漂沙源，作為未來研擬海岸保護措施之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000145</commissionedprojectidentifier><currency>NT$</currency><date>2012/4/26</date><governmentpublicationsnumber>1010100483</governmentpublicationsnumber><identifier>73051</identifier><internationalstandardbooknumber>9789860319293 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73051</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪泥沙供應海岸漂沙源改善之研究(光碟版)=Research on the Improvement of Coastal Sediment Supply from Tseng-Wen River</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/2</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>73057</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73057</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>101</publishrocyear><title>2012年公共工程年刊</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>442.165</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/2</date><governmentpublicationsnumber>1009901231</governmentpublicationsnumber><identifier>73060</identifier><internationalstandardbooknumber>9789860230093 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73060</librarycollectiondetailsurl><price>450</price><publisher>交通部台灣區國道新建工程局</publisher><publishrocyear>99</publishrocyear><title>噶瑪蘭傳奇北宜高速公路興建專輯：1009901231：大眾版|f楊松隆, 張純青召集|g中興工程顧問股份有限公司編撰</title><yearidentifier>201004</yearidentifier></data><data><abstract>2008年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/2</date><governmentpublicationsnumber>1015000658</governmentpublicationsnumber><identifier>73061</identifier><internationalstandardbooknumber>9789860322422 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73061</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>10</publishrocyear><title>2011水利防災年報(內附光碟)=Flood and Drought Mitigation Annual Report</title><yearidentifier>192101</yearidentifier></data><data><abstract>近年來人們生活水準提高，對週遭環境之標準也日益提升。本案以熱門觀光風景區吉貝、鳥嶼、澎湖本島隘門海堤等為研究主體，期望藉由本計劃了解澎湖地區目前海堤基本資料、地形水深、海象、漂沙...等以提供未來海堤興建修護或拆除之研究、漂砂防制及海岸線防護養灘之參考依據.</abstract><author>自強工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000187</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/2</date><governmentpublicationsnumber>1010100479</governmentpublicationsnumber><identifier>73062</identifier><internationalstandardbooknumber>9789860320244 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73062</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>澎湖海岸防護基本資料調查(1/2) Basic Information Survey of Penghu Coastal Protection (1/2)</title><yearidentifier>201203</yearidentifier></data><data><abstract>近年來人們生活水準提高，對週遭環境之標準也日益提升。本案以熱門觀光風景區吉貝、鳥嶼、澎湖本島隘門海堤等為研究主體，期望藉由本計劃了解澎湖地區目前海堤基本資料、地形水深、海象、漂沙...等以提供未來海堤興建修護或拆除之研究、漂砂防制及海岸線防護養灘之參考依據.</abstract><author>自強工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000187</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/2</date><governmentpublicationsnumber>1010100479</governmentpublicationsnumber><identifier>73063</identifier><internationalstandardbooknumber>9789860320244 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73063</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>澎湖海岸防護基本資料調查(1/2) －光碟版 Basic Information Survey of Penghu Coastal Protection (1/2)</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/7</date><governmentpublicationsnumber>1009803897</governmentpublicationsnumber><identifier>73082</identifier><internationalstandardbooknumber>9789860213607 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73082</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>98</publishrocyear><title>水利產業技術推廣與輔導育成計畫成果報告書</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將系統性蒐集國內外抽水站建築物布設、機組、運轉條件等資料，並評估計畫區內抽水站之功能性與操作條件，建立水利機械三維恆定流場之數值模式，並建立水利機械流場及試驗案例分析與運轉條件之效率研究，希冀能作一在地綜合性的抽水井優選邊界條件，以期能增進計畫區抽水站之運轉效率，及減低相關器材之損耗，並提供國內抽水站機組操作標準之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000154</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/8</date><governmentpublicationsnumber>1010100176</governmentpublicationsnumber><identifier>73088</identifier><internationalstandardbooknumber>9789860316414 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73088</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(2/2)=Flow field siumlation of the pump sump structure in Yunlin and Zhanghua(2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>高恩國際有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/8</date><governmentpublicationsnumber>1009804635</governmentpublicationsnumber><identifier>73089</identifier><internationalstandardbooknumber>9789860222357 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73089</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>福田水資源中心水再生利用推廣及觀摩計畫</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>高恩國際有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/8</date><governmentpublicationsnumber>1009804635</governmentpublicationsnumber><identifier>73090</identifier><internationalstandardbooknumber>9789860222357 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>福田水資源中心水再生利用推廣及觀摩計畫期中報告定稿本</title><yearidentifier>200912</yearidentifier></data><data><abstract>由於高屏溪河系許多生物資源不僅在主流地區相當豐富，在支流地區亦曾經記錄過相當多寶貴的生態資源，經濟部水利署第七河川局曾於民國94及95年度有針對高屏溪河系如高屏溪本流、旗山溪、荖濃溪、隘寮溪及美濃溪進行河川情勢調查，但是在民國98年8月莫拉克風災期間，高屏溪河系因雨勢過大引發山洪爆發及土石流等災害，造成河川水文、地文及河川區域人工構造物等產生重大的改變及破壞，同時影響河系之環境生態及生物棲地發生明顯的變化，因此本計畫針對莫拉克風災期間高屏溪河系影響最大的旗山溪、荖濃溪、隘寮溪及高屏溪本流做詳細的河川情勢調查工作，並透過調查成果再與第一次情勢調查計畫比較，以瞭解高屏溪河系在莫拉克颱風後環境與生態變化。其主要研究工作目標包括：蒐集高屏溪河系河川包括高屏溪主? 及四條主要支?(旗山溪、荖濃溪及隘?溪)河川現有之河川情勢調查資?，蒐集及調查之生態資?應建?高屏溪河系以河川為單元之GIS生態資?庫，提供未來適合本研究河系之保育及復育規劃建議。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000298</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/9</date><governmentpublicationsnumber>1010100559</governmentpublicationsnumber><identifier>73094</identifier><internationalstandardbooknumber>9789860321296 ; 9789860321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73094</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>高屏溪第二次河川情勢調查=2nd Investigation of Current Status on Gaoping River System</title><yearidentifier>201203</yearidentifier></data><data><abstract>由於高屏溪河系許多生物資源不僅在主流地區相當豐富，在支流地區亦曾經記錄過相當多寶貴的生態資源，經濟部水利署第七河川局曾於民國94及95年度有針對高屏溪河系如高屏溪本流、旗山溪、荖濃溪、隘寮溪及美濃溪進行河川情勢調查，但是在民國98年8月莫拉克風災期間，高屏溪河系因雨勢過大引發山洪爆發及土石流等災害，造成河川水文、地文及河川區域人工構造物等產生重大的改變及破壞，同時影響河系之環境生態及生物棲地發生明顯的變化，因此本計畫針對莫拉克風災期間高屏溪河系影響最大的旗山溪、荖濃溪、隘寮溪及高屏溪本流做詳細的河川情勢調查工作，並透過調查成果再與第一次情勢調查計畫比較，以瞭解高屏溪河系在莫拉克颱風後環境與生態變化。其主要研究工作目標包括：蒐集高屏溪河系河川包括高屏溪主? 及四條主要支?(旗山溪、荖濃溪及隘?溪)河川現有之河川情勢調查資?，蒐集及調查之生態資?應建?高屏溪河系以河川為單元之GIS生態資?庫，提供未來適合本研究河系之保育及復育規劃建議。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000298</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/9</date><governmentpublicationsnumber>1010100559</governmentpublicationsnumber><identifier>73095</identifier><internationalstandardbooknumber>9789860321296 ; 9789860321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73095</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>高屏溪第二次河川情勢調查－光碟版 2nd Investigation of Current Status on Gaoping River System</title><yearidentifier>201203</yearidentifier></data><data><abstract>台中市褔田廠水再生利用規劃,以供應台中港工業專區使用最為可行,其中水防道路部分路段疑似經過己登錄列冊營埔遺址西南側,為釐清遺址可能受開發工程之影響,擬於進行考古探坑發掘,並於規劃輸水路全線及其周邊200公尺進行文化資產調查評估,提出後續降低影響之做法及文化資產處理因應對策和建議.</abstract><author>社團法人台灣打里摺文化協會</author><categoryidentifier>789.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/15</date><governmentpublicationsnumber>1010100264</governmentpublicationsnumber><identifier>73098</identifier><internationalstandardbooknumber>9789860317541 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73098</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>福田水資源回收中心再生水供應台中港工業專區可行性規劃 輸水管路線文化遺址調查--內附光碟=Feasibility Study on Wastewater Reclamation and Reuse of Futian Domestic Wastewater Treatment Plant Survey of the Archeological Sites along the Water Pipeline</title><yearidentifier>201203</yearidentifier></data><data><abstract>台中市褔田廠水再生利用規劃,以供應台中港工業專區使用最為可行,其中水防道路部分路段疑似經過己登錄列冊營埔遺址西南側,為釐清遺址可能受開發工程之影響,擬於進行考古探坑發掘,並於規劃輸水路全線及其周邊200公尺進行文化資產調查評估,提出後續降低影響之做法及文化資產處理因應對策和建議.</abstract><author>社團法人台灣打里摺文化協會</author><categoryidentifier>798.8033</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/15</date><governmentpublicationsnumber>1010100264</governmentpublicationsnumber><identifier>73099</identifier><internationalstandardbooknumber>9789860317541 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73099</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>福田水資源回收中心再生水供應台中港工業專區可行性規劃 輸水管路線文化遺址調查--光碟版 Feasibility Study on Wastewater Reclamation and Reuse of Futian Domestic Wastewater Treatment Plant Survey of the Archeological Sites along the Water Pipeline</title><yearidentifier>201203</yearidentifier></data><data><abstract>本計畫透過國內外現行設計基準及保護基準之檢討及國內外相關研究資料之分析，研擬設計基準與保護基準量化評估原則，並探討因應氣候變遷下，相關綜合治水對策之強化，俾供防治洪水積潦設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000446</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/15</date><governmentpublicationsnumber>1010100619</governmentpublicationsnumber><identifier>73100</identifier><internationalstandardbooknumber>9789860321777 ; 9789860321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73100</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>易淹水地區防洪設計保護標準研究(1/2)--內附光碟 A Study on The Flood Protecting Standard of Flood-prone Areas(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>本計畫透過國內外現行設計基準及保護基準之檢討及國內外相關研究資料之分析，研擬設計基準與保護基準量化評估原則，並探討因應氣候變遷下，相關綜合治水對策之強化，俾供防治洪水積潦設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000446</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/15</date><governmentpublicationsnumber>1010100619</governmentpublicationsnumber><identifier>73101</identifier><internationalstandardbooknumber>9789860321777 ; 9789860321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73101</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>易淹水地區防洪設計保護標準研究(1/2)--光碟版 A Study on The Flood Protecting Standard of Flood-prone Areas(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>為穩定高屏地區水資源之供應，擬於高屏溪河岸採用傍河取用伏流水方式作為備援用水，以增加用水調度之應變能力。本計畫工作內容主要包括：高屏溪沿岸伏流水開發適當位置評估、現場水文地質調查、試驗地點水源潛能量評估以及取水開發技術及可行性探討。 本計畫選定位於高屏溪右岸斜張橋下游約2.9公里處之興田地區為適合取用伏流水之地點，後續並進行相關現場調查試驗工作，包括：地質鑽探、地電阻探測、抽水試驗、微水試驗等。經現場調查試驗結果顯示，興田地區之地質條件與含水層透水性能佳，極適合取用伏流水源。另依據地下水模式模擬，於本區域全年取水10萬噸/日之條件下，距離水源開發區1公里外的地下水位影響甚微，因此於興田地區開發伏流水極具可行性。經本計畫分析，伏流水取水技術以集水暗渠及輻射井作為取水方式較具可行，並已完成相關工程規劃以及工程經費之估算；就工程經費與集水管安全性而言，輻射井工程經費較經濟且透水集水管較深相對較為安全，具有其優勢性，於國外已推廣多年且有相當多之成功案例，因此本計畫建議未來興田地區伏流水源開發計畫採用輻射井方式施作。在原水成本分析方面，每年供水六個月之原水成本為10.65元/噸；每年供水二個月之原水成本為31.94元/噸；若每年供水一個月之原水成本為63.88元/噸。由於本計畫伏流水之開發係定位為備援系統，以目前之需求，年供水六個月的情況下，興田輻射井原水成本為10.65元/噸，可作為高屏地區一旦豐水期間缺水時之備援功能，就其功能性、政經面與社會層面而言，興田地區伏流水源之開發工程值得推動。</abstract><author>達西工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000174</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/18</date><governmentpublicationsnumber>1010100599</governmentpublicationsnumber><identifier>73102</identifier><internationalstandardbooknumber>9789860321838 ; 9789860321</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73102</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>高屏溪伏流水及傍河取水先期調查試驗－內附光碟 The Preliminary investigation and tests of interflow resources and riverbank water intake works evaluation near the Kaoping River</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>財團法人國家實驗研究院&amp;國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/18</date><governmentpublicationsnumber>1010100917</governmentpublicationsnumber><identifier>73103</identifier><internationalstandardbooknumber>9789860324990 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73103</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運(1/2)報告書 11'-12' Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>財團法人國家實驗研究院&amp;國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/18</date><governmentpublicationsnumber>1010100917</governmentpublicationsnumber><identifier>73104</identifier><internationalstandardbooknumber>9789860324990 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73104</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運送(1/2)--光碟版=11'-12' Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>集集攔河堰位於南投縣集集鎮濁水溪中游之林尾隘口，水庫主要及附屬設施為攔河堰堰體、南北岸進水口、引水路、南北岸沉砂池、蓄水範圍週邊圍堤及閘門機電設備等，下游另有南北兩岸聯絡渠道等附屬設施。 依據「水利建造物檢查及安全評估辦法」第17條第2項規定，水庫開始使用或蓄水達五年、或首次蓄滿水，須辦理初次使用安全評估，經濟部水利署中區水資源局(以下簡稱中水局)於91年完成「集集攔河堰蓄水前安全複核」，爰依規定辦理本次安全評估工作。 本計畫工作項目包括： 一、安全資料複核、評估及資料檔之更新。 二、現地檢查與評估。 三、補充調查及試驗。 四、校核分析與評估。 五、潰壩演算及緊急應變計畫之檢討與修訂。 六、教育訓練。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/22</date><governmentpublicationsnumber>1010100351</governmentpublicationsnumber><identifier>73105</identifier><internationalstandardbooknumber>9789860318692 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73105</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>集集攔河堰初次使用安全評估報告－內附光碟 Report on The Safety Evaluation of Initial Use of JiJi weir</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/5/28</date><governmentpublicationsnumber>1010100384</governmentpublicationsnumber><identifier>73111</identifier><internationalstandardbooknumber>9789860318647 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73111</librarycollectiondetailsurl><price>250</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201203</yearidentifier></data><data><abstract>台東成功鎮海岸，北起成功漁港往南至福樟段，包含麒麟、和平及嘉平三段海岸，全長約有八公里。此段海岸地形多海灣，又海崖底岩屬於細顆粒，但缺乏天然礁岩阻絕潮汐變化、颱風暴浪及東北季風長浪之侵襲，造成此段海岸後方沙灘與海崖很容易因海水拍擊而加速侵蝕，並且海蝕的狀況有逐年加驟現象。 根據歷史航照圖與海岸現狀對比結果中，發現民國六十九年的台十一線舊省道距海岸線還有五十多公尺，但現在已變成海岸，顯示海蝕造成陸地嚴重退縮，對於當地民眾及濱海公路形成相當威脅。目前除了嘉平段海岸置有許多消波塊做為防護，其餘區域如(麒麟段海岸)仍未全面設置消波塊或相關保護設施。然因海岸缺乏天然礁岩庇護，終年受能量較高的海浪侵蝕，加上砂灘淺短，致使部分消波塊保護工放置一段時間後發生底層沙層流失，常導致消波塊沈陷或損壞，在颱風大浪侵襲時可能有致災之風險，威脅沿海居民生命財產安全及濱海公路中斷之災害。 本計畫先針對研究區段海岸之海象、海陸域地形及海岸輸砂進行調查，同時進行相關氣象基本資料、歷年地形變遷情形與海岸災害進行蒐集與分析，配合數值模式模擬進行海岸安定性之分析，以評估海岸防護工程施做基準及預期防護效益，並提出整體海岸安全防護之初步建議，以提供日後海岸防護工施作及改善之方針。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000186</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/30</date><governmentpublicationsnumber>1010100889</governmentpublicationsnumber><identifier>73117</identifier><internationalstandardbooknumber>9789860324648 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73117</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東成功鎮麒麟、和平及嘉平海岸基本資料監測調查計畫(1/2) Field Investigation and Analysis Project at Coastal Area of Chi-Lin,He-ping and Chia-ping in Chenggong Town, Taitung(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>台東成功鎮海岸，北起成功漁港往南至福樟段，包含麒麟、和平及嘉平三段海岸，全長約有八公里。此段海岸地形多海灣，又海崖底岩屬於細顆粒，但缺乏天然礁岩阻絕潮汐變化、颱風暴浪及東北季風長浪之侵襲，造成此段海岸後方沙灘與海崖很容易因海水拍擊而加速侵蝕，並且海蝕的狀況有逐年加驟現象。 根據歷史航照圖與海岸現狀對比結果中，發現民國六十九年的台十一線舊省道距海岸線還有五十多公尺，但現在已變成海岸，顯示海蝕造成陸地嚴重退縮，對於當地民眾及濱海公路形成相當威脅。目前除了嘉平段海岸置有許多消波塊做為防護，其餘區域如(麒麟段海岸)仍未全面設置消波塊或相關保護設施。然因海岸缺乏天然礁岩庇護，終年受能量較高的海浪侵蝕，加上砂灘淺短，致使部分消波塊保護工放置一段時間後發生底層沙層流失，常導致消波塊沈陷或損壞，在颱風大浪侵襲時可能有致災之風險，威脅沿海居民生命財產安全及濱海公路中斷之災害。 本計畫先針對研究區段海岸之海象、海陸域地形及海岸輸砂進行調查，同時進行相關氣象基本資料、歷年地形變遷情形與海岸災害進行蒐集與分析，配合數值模式模擬進行海岸安定性之分析，以評估海岸防護工程施做基準及預期防護效益，並提出整體海岸安全防護之初步建議，以提供日後海岸防護工施作及改善之方針。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000186</commissionedprojectidentifier><currency>NT$</currency><date>2012/5/30</date><governmentpublicationsnumber>1010100889</governmentpublicationsnumber><identifier>73118</identifier><internationalstandardbooknumber>9789860324648 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73118</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東成功鎮麒麟、和平及嘉平海岸基本資料監測調查計畫(1/2〉－光碟版 Field Investigation and Analysis Project at Coastal Area of Chi-Lin,He-ping and Chia-ping in Chenggong Town, Taitung(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>本年度(2011)針對北門潟湖海岸之地形水深、漂沙、飛沙、水質及生態特性進行調查，並國內外相關文獻、計畫區相關基本資料蒐集分析，進行數值模擬探討計畫區沙丘沙洲之侵淤原因，提出現場規劃試驗方案供第二年度施行依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000140</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/11</date><governmentpublicationsnumber>1010100747</governmentpublicationsnumber><identifier>73122</identifier><internationalstandardbooknumber>9789860323535 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73122</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸沙丘沙洲復育規劃(1/2)－以臺南海岸為例 The Coastal Sand Dunes and Sand Bars Restoration Plan(1/2)-A Case Study on Tainan Coast</title><yearidentifier>201204</yearidentifier></data><data><abstract>本年度(2011)針對北門潟湖海岸之地形水深、漂沙、飛沙、水質及生態特性進行調查，並國內外相關文獻、計畫區相關基本資料蒐集分析，進行數值模擬探討計畫區沙丘沙洲之侵淤原因，提出現場規劃試驗方案供第二年度施行依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000140</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/11</date><governmentpublicationsnumber>1010100747</governmentpublicationsnumber><identifier>73123</identifier><internationalstandardbooknumber>9789860323535 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73123</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸沙丘沙洲復育規劃(1/2)－以臺南海岸為例－光碟版 The Coastal Sand Dunes and Sand Bars Restoration Plan(1/2)-A Case Study on Tainan Coast</title><yearidentifier>201204</yearidentifier></data><data><abstract>本案擇定港溪攔河堰`新園排水及麟洛排水等3處進行豐枯水季底泥復育研究及枯水季底泥移除對水質影響,並針對東港溪流域河道底泥淤積量估算.</abstract><author>聯盛工程顧問股份有限公司</author><categoryidentifier>443.6   53</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/11</date><governmentpublicationsnumber>1010100815</governmentpublicationsnumber><identifier>73127</identifier><internationalstandardbooknumber>9789860313987 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73127</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>東港溪底泥移除復育試驗計劃 The Study to remove and recovery the Bottom Sediment of Tung-Kang River</title><yearidentifier>201205</yearidentifier></data><data><abstract>本案擇定港溪攔河堰`新園排水及麟洛排水等3處進行豐枯水季底泥復育研究及枯水季底泥移除對水質影響,並針對東港溪流域河道底泥淤積量估算.</abstract><author>聯盛工程顧問股份有限公司</author><categoryidentifier>53   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/11</date><governmentpublicationsnumber>1010100815</governmentpublicationsnumber><identifier>73128</identifier><internationalstandardbooknumber>9789860313987 ; 9789860313</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73128</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>東港溪底泥移除復育試驗計劃 The Study to remove and recovery the Bottom Sediment of Tung-Kang River 光碟片</title><yearidentifier>201205</yearidentifier></data><data><abstract>本計畫以臺南市為研究範圍，於第一年度進行水患治?策?初步研擬，第二年度進一步就水患治?、土砂管?、環境保育與土地管?等四個層面，提出相對應之工程與非工程措施，並研擬「臺南市整體防洪綱要計畫」，以作為後續施政工作之?考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/15</date><governmentpublicationsnumber>1010100705</governmentpublicationsnumber><identifier>73134</identifier><internationalstandardbooknumber>9789860322859 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73134</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>都市防洪示範區之研究 －以臺南市為例(1/2)－內附光碟 A Pilot Case Study on Urban Flood Control-Using Tainan as Example(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/18</date><governmentpublicationsnumber>1010100502</governmentpublicationsnumber><identifier>73135</identifier><internationalstandardbooknumber>9789860320824 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73135</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究總報告書 A Study of Biotic Indicators and Habitat Suitability Curves</title><yearidentifier>201204</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/18</date><governmentpublicationsnumber>1010100502</governmentpublicationsnumber><identifier>73136</identifier><internationalstandardbooknumber>9789860320824 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73136</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究總報告書－光碟版  A Study of Biotic Indicators and Habitat Suitability Curves</title><yearidentifier>201204</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/18</date><governmentpublicationsnumber>1010100501</governmentpublicationsnumber><identifier>73137</identifier><internationalstandardbooknumber>9789860320831 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73137</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(3/3)正式報告書=A Study of Biotic Indicators and Habitat Suitability Curves (3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/18</date><governmentpublicationsnumber>1010100501</governmentpublicationsnumber><identifier>73138</identifier><internationalstandardbooknumber>9789860320831 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73138</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(3/3)--光碟版=A Study of Biotic Indicators and Habitat Suitability Curves (3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/18</date><governmentpublicationsnumber>1010100501</governmentpublicationsnumber><identifier>73139</identifier><internationalstandardbooknumber>9789860320831 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73139</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(3/3)--計畫成果資料光碟 =A Study of Biotic Indicators and Habitat Suitability Curves(3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>台灣大學</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/19</date><governmentpublicationsnumber>1015000658</governmentpublicationsnumber><identifier>73140</identifier><internationalstandardbooknumber>9789860322422 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73140</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>2011水利防災年報〈內附光碟片〉=Flood and Drought Mitigation Annual Report</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/19</date><governmentpublicationsnumber>1010100433</governmentpublicationsnumber><identifier>73141</identifier><internationalstandardbooknumber>9789860320046 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73141</librarycollectiondetailsurl><price>200</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>台灣氣象觀測要素</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/23</date><governmentpublicationsnumber>1010100428</governmentpublicationsnumber><identifier>73155</identifier><internationalstandardbooknumber>9789860319668 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73155</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人 員專業訓練計畫〈3/3〉正式報告書〈初稿〉Staff Training Plan For The Water Resources Agency〈3/3〉</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/23</date><governmentpublicationsnumber>1010000697</governmentpublicationsnumber><identifier>73156</identifier><internationalstandardbooknumber>9789860275520 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73156</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫總報告書〈初稿〉《內附光碟》</title><yearidentifier>201203</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年度起即委託國家高速網路與計算中心辦理防災應變格網系統之規劃與研發，以評估格網技術應用於防災應變作業之可行性，期透過格網科技整合網路分散之資源，強化即時性，全面提升防災作業效能、穩定性與安全性以確保防災作業之主動性與機動性，至97年止本署已先後完成防災應變格網作業平台之雛型建置以及高頻寬之防災專屬網路，以因應本署防災應變期間對即時影像、洪水預報、線上會議、計算資源等所需之服務及作業環境。98、99年期間為延續及落實防災應變格網系統之正常運轉，工作內容除辦理防災應變格網維運、監控、檢測與異常通報，亦經由實際運轉持續進行系統操作介面及功能之改善與擴充更新。（系統網址：http://fmg.wra.gov.tw/ag2） 防災應變格網系統主要提供大量且即時之水情影像監測資料以及各局處線上多方防災相關討論會議之功能，本計畫為為期2年的系統維運、功能改善與擴充計畫， 100年為第一年期計畫，將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統維運之外，本年度計畫主要目標有四，如下所述： 1.	水情監測格網系統功能擴充部份 整合河川局所建置之河川監管系統以及彰化、雲林以及台南縣市政府所建置之水情中心所提供的影像畫面，屆時此系統所需要展現的畫面數量將會比現有增加三倍以上，使用人數亦會提高，所需的網路頻寬勢必大幅成長，因此需擴充影像群播系統之負荷能量並改善操作以及查詢等使用者介面，以應付整合完後所帶來的網路頻寬以及系統方面的問題。 2.	超級視訊格網系統功能擴充部份 目前各河川局水資源局以及防災中心執行超級視訊格網系統所用的設備大多為單核心電腦，依99年10月18日與各河川局水資源局所進行系統壓力測試報告顯示，需提升視訊用電腦設備為至少四核心以上之規格並改善影音伺服器的串流架構來因應高畫質高連線數量的需求。操作介面也將朝多視訊畫面的需求來做改善，讓使用者可以更方便得知發言者狀態以及身份。 3.	監視設備維護部份 往年監視設備以及水情監測系統軟體維運之工作皆是委託不同廠商來執行，當監視功能不正常時有時會有雙方責任無法釐清之問題，因此本計畫整併軟硬體維護(運)之工作，提昇整體妥善率。 4.	新傳輸技術應用測試 本中心於93年間開始建置遠端監視系統，由於技術所限，只能以ADSL方式來進行資料傳輸，近幾年無線傳輸之技術日新月異，成本也越來越低，不管是傳輸距離還是頻寬已超越目前所使用的傳輸方法，本年度計畫將進行傳輸效率改善測試，做為未來改善之依據。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000400</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100917</governmentpublicationsnumber><identifier>73157</identifier><internationalstandardbooknumber>9789860324990 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73157</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運(1/2)成果報告書 11'-12' Extension, Operation and Maintenance of HaZard Mitigation and Emergency Response Grid and Flood Watching System (1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年度起即委託國家高速網路與計算中心辦理防災應變格網系統之規劃與研發，以評估格網技術應用於防災應變作業之可行性，期透過格網科技整合網路分散之資源，強化即時性，全面提升防災作業效能、穩定性與安全性以確保防災作業之主動性與機動性，至97年止本署已先後完成防災應變格網作業平台之雛型建置以及高頻寬之防災專屬網路，以因應本署防災應變期間對即時影像、洪水預報、線上會議、計算資源等所需之服務及作業環境。98、99年期間為延續及落實防災應變格網系統之正常運轉，工作內容除辦理防災應變格網維運、監控、檢測與異常通報，亦經由實際運轉持續進行系統操作介面及功能之改善與擴充更新。（系統網址：http://fmg.wra.gov.tw/ag2） 防災應變格網系統主要提供大量且即時之水情影像監測資料以及各局處線上多方防災相關討論會議之功能，本計畫為為期2年的系統維運、功能改善與擴充計畫， 100年為第一年期計畫，將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統維運之外，本年度計畫主要目標有四，如下所述： 1.	水情監測格網系統功能擴充部份 整合河川局所建置之河川監管系統以及彰化、雲林以及台南縣市政府所建置之水情中心所提供的影像畫面，屆時此系統所需要展現的畫面數量將會比現有增加三倍以上，使用人數亦會提高，所需的網路頻寬勢必大幅成長，因此需擴充影像群播系統之負荷能量並改善操作以及查詢等使用者介面，以應付整合完後所帶來的網路頻寬以及系統方面的問題。 2.	超級視訊格網系統功能擴充部份 目前各河川局水資源局以及防災中心執行超級視訊格網系統所用的設備大多為單核心電腦，依99年10月18日與各河川局水資源局所進行系統壓力測試報告顯示，需提升視訊用電腦設備為至少四核心以上之規格並改善影音伺服器的串流架構來因應高畫質高連線數量的需求。操作介面也將朝多視訊畫面的需求來做改善，讓使用者可以更方便得知發言者狀態以及身份。 3.	監視設備維護部份 往年監視設備以及水情監測系統軟體維運之工作皆是委託不同廠商來執行，當監視功能不正常時有時會有雙方責任無法釐清之問題，因此本計畫整併軟硬體維護(運)之工作，提昇整體妥善率。 4.	新傳輸技術應用測試 本中心於93年間開始建置遠端監視系統，由於技術所限，只能以ADSL方式來進行資料傳輸，近幾年無線傳輸之技術日新月異，成本也越來越低，不管是傳輸距離還是頻寬已超越目前所使用的傳輸方法，本年度計畫將進行傳輸效率改善測試，做為未來改善之依據。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000400</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100917</governmentpublicationsnumber><identifier>73158</identifier><internationalstandardbooknumber>9789860324990 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73158</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運(1/2)成果報告書(光碟版) 11'-12' Extension, Operation and Maintenance of HaZard Mitigation and Emergency Response Grid and Flood Watching System (1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>二重疏洪道於1979年奉行政院核定「第1期防洪計劃」後，於1982年開始實施，而於1984年完成，其目的在免除三重、蘆洲之水患；第2期防洪計劃自1985年至1987年間加高堤防高度，使之?到200年洪水頻率保護標準；第3期防洪計劃則於1990年開始，並於1996年完成，保護範圍包括台北縣新莊、五股、三重、蘆洲、泰山等鄉鎮市，在大台北防洪計畫中扮演極重要之角色。二重疏洪道自開始使用後因諸多自然演變及人為改變因素，致其而分洪及通洪能力不再滿足原設計之功能；而周邊之相關開發計畫也可能進一步降低其整體防洪功能。 縱上所述，實有必要重新檢討二重疏洪道之整體防洪能力，俾利提供 鈞署後續作為及因應方案之參考，故成立本計畫。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000327</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100909</governmentpublicationsnumber><identifier>73159</identifier><internationalstandardbooknumber>9789860320459 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73159</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>二重疏洪道通洪能力重新檢討總報告 On Evaluating the Capability for Water Conveyance of Erchong Floodway</title><yearidentifier>201204</yearidentifier></data><data><abstract>二重疏洪道於1979年奉行政院核定「第1期防洪計劃」後，於1982年開始實施，而於1984年完成，其目的在免除三重、蘆洲之水患；第2期防洪計劃自1985年至1987年間加高堤防高度，使之?到200年洪水頻率保護標準；第3期防洪計劃則於1990年開始，並於1996年完成，保護範圍包括台北縣新莊、五股、三重、蘆洲、泰山等鄉鎮市，在大台北防洪計畫中扮演極重要之角色。二重疏洪道自開始使用後因諸多自然演變及人為改變因素，致其而分洪及通洪能力不再滿足原設計之功能；而周邊之相關開發計畫也可能進一步降低其整體防洪功能。 縱上所述，實有必要重新檢討二重疏洪道之整體防洪能力，俾利提供 鈞署後續作為及因應方案之參考，故成立本計畫。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000327</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100909</governmentpublicationsnumber><identifier>73160</identifier><internationalstandardbooknumber>9789860320459 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73160</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>二重疏洪道通洪能力重新檢討總報告－光碟版 On Evaluating the Capability for Water Conveyance of Erchong Floodway</title><yearidentifier>201204</yearidentifier></data><data><abstract>二重疏洪道於1979年奉行政院核定「第1期防洪計劃」後，於1982年開始實施，而於1984年完成，其目的在免除三重、蘆洲之水患；第2期防洪計劃自1985年至1987年間加高堤防高度，使之?到200年洪水頻率保護標準；第3期防洪計劃則於1990年開始，並於1996年完成，保護範圍包括台北縣新莊、五股、三重、蘆洲、泰山等鄉鎮市，在大台北防洪計畫中扮演極重要之角色。二重疏洪道自開始使用後因諸多自然演變及人為改變因素，致其而分洪及通洪能力不再滿足原設計之功能；而周邊之相關開發計畫也可能進一步降低其整體防洪功能。 縱上所述，實有必要重新檢討二重疏洪道之整體防洪能力，俾利提供 鈞署後續作為及因應方案之參考，故成立本計畫。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000327</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100906</governmentpublicationsnumber><identifier>73161</identifier><internationalstandardbooknumber>9789860320442 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73161</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>二重疏洪道通洪能力重新檢討(2/2) On Evaluating the Capability for Water Conveyance of Erchong Floodway (2/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>二重疏洪道於1979年奉行政院核定「第1期防洪計劃」後，於1982年開始實施，而於1984年完成，其目的在免除三重、蘆洲之水患；第2期防洪計劃自1985年至1987年間加高堤防高度，使之?到200年洪水頻率保護標準；第3期防洪計劃則於1990年開始，並於1996年完成，保護範圍包括台北縣新莊、五股、三重、蘆洲、泰山等鄉鎮市，在大台北防洪計畫中扮演極重要之角色。二重疏洪道自開始使用後因諸多自然演變及人為改變因素，致其而分洪及通洪能力不再滿足原設計之功能；而周邊之相關開發計畫也可能進一步降低其整體防洪功能。 縱上所述，實有必要重新檢討二重疏洪道之整體防洪能力，俾利提供 鈞署後續作為及因應方案之參考，故成立本計畫。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000327</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100906</governmentpublicationsnumber><identifier>73162</identifier><internationalstandardbooknumber>9789860320442 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73162</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>二重疏洪道通洪能力重新檢討(2/2) －光碟版 On Evaluating the Capability for Water Conveyance of Erchong Floodway (2/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>依據經濟部「水利建造物檢查及安全評估辦法」第17條之水利建造物安全評估分類，水庫於正常使用營運期間一定週期辦理之整體評估為定期評估，同條第2項規定定期評估之一定週期為5年，92年應辦理之石岡壩第3次定期評估，已由「石岡壩921震災損害及功能修復成果評估」替代，依規定需於97年辦理第4次定期評估，因石岡壩於該年辦理閘門更新工程，經陳報後經濟部於97年3月18日以經授水字第09700515340號同意延緩1年辦理，爰依上述規定於98年辦理第4次定期評估。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990353</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100338</governmentpublicationsnumber><identifier>73163</identifier><internationalstandardbooknumber>9789860318463 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73163</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>石岡壩第4次定期安全評估(內附光碟) Comprehensive Report on the Fourth Regular Safety Assessment of Shigang Dam</title><yearidentifier>201205</yearidentifier></data><data><abstract>本計畫以臺南市為研究範圍，於第一年度進行水患治?策?初步研擬，第二年度進一步就水患治?、土砂管?、環境保育與土地管?等四個層面，提出相對應之工程與非工程措施，並研擬「臺南市整體防洪綱要計畫」，以作為後續施政工作之?考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100705</governmentpublicationsnumber><identifier>73164</identifier><internationalstandardbooknumber>9789860322859 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73164</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>都市防洪示範區之研究 －以臺南市為例(1/2)－光碟版 A Pilot Case Study on Urban Flood Control-Using Tainan as Example(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>2009年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1009804695</governmentpublicationsnumber><identifier>73165</identifier><internationalstandardbooknumber>9789860223897 ; 9789860223</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73165</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>2009水利防災年報(內附光碟)=Flood and Drought Mitigation Annual Report</title><yearidentifier>201003</yearidentifier></data><data><abstract>2010年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010000388</governmentpublicationsnumber><identifier>73166</identifier><internationalstandardbooknumber>9789860272123 ; 9789860272</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73166</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>2010水利防災年報(內附光碟)Flood and Drought Mitigation Annual Report</title><yearidentifier>201102</yearidentifier></data><data><abstract>2011年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>台灣大學</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/25</date><governmentpublicationsnumber>1010100676</governmentpublicationsnumber><identifier>73167</identifier><internationalstandardbooknumber>9789860322422 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73167</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>2011水利防災年報(內附光碟) Flood and Drought Mitigation Annual Report</title><yearidentifier>201203</yearidentifier></data><data><abstract>現行河川管理等級以水系為劃分單元。早期我國河川等級區分為主要河川、次要河川、普通河川，後依據河川管理辦法劃分為中央管河川、直轄市管河川及縣(市) 管河川。目前縣(市)管河川防洪保護等級並無統一規範，現行河川治理規劃所依據之縣(市)管河川防洪保護等級乃依循過去標準而來。本計畫將就過去與現行縣(市)管河川防洪保護等級劃分進行檢討，研究縣(市)管河川防洪保護等級調整評估原則，分析縣(市)管河川等級調整之配合措施並探討如何將之法制化的行政程序。供縣(市)管河川保護等級調整政策參考，並供水利工程人員規劃及設計參考，且針對縣(市)管河川管理等級調整評估原則進行研究，並探討法制化之行政程序</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-C-01040-001-115</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/26</date><governmentpublicationsnumber>1000256490</governmentpublicationsnumber><identifier>73171</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73171</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究=A Study on The Level adjustment Rules of Rivers Governed by County Government</title><yearidentifier>201205</yearidentifier></data><data><abstract>現行河川管理等級以水系為劃分單元。早期我國河川等級區分為主要河川、次要河川、普通河川，後依據河川管理辦法劃分為中央管河川、直轄市管河川及縣(市) 管河川。目前縣(市)管河川防洪保護等級並無統一規範，現行河川治理規劃所依據之縣(市)管河川防洪保護等級乃依循過去標準而來。本計畫將就過去與現行縣(市)管河川防洪保護等級劃分進行檢討，研究縣(市)管河川防洪保護等級調整評估原則，分析縣(市)管河川等級調整之配合措施並探討如何將之法制化的行政程序。供縣(市)管河川保護等級調整政策參考，並供水利工程人員規劃及設計參考，且針對縣(市)管河川管理等級調整評估原則進行研究，並探討法制化之行政程序</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/6/26</date><governmentpublicationsnumber>1010004223</governmentpublicationsnumber><identifier>73172</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73172</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究(光碟版)A Study on The Flood Protecting Standard and Governed Level of Rivers Governed By Local government</title><yearidentifier>201205</yearidentifier></data><data><abstract>本計畫以現場調查、遙測與數模為手段，調查研究河口附近地區之波、潮、流、地形與漂沙輸砂現況，並研判未來可能之變化。本計畫將針對花蓮溪河口從事海岸地形水深測量、海氣象調查、河口輸砂及海岸漂沙調查、河口水動力數值模擬及海岸地形變遷分析，其目的是要調查搜集河口附近之完整海域地形、海氣象等基本資料，除提供工程設計、施工、海岸地形變化推估及各項水工模型試驗與數值模擬等所需之重要參考數據外，亦可藉以瞭解附近海域之海岸變遷過程，據以研擬適當之海岸防護對策。</abstract><author>中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940152</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/29</date><governmentpublicationsnumber>1009403998</governmentpublicationsnumber><identifier>73174</identifier><internationalstandardbooknumber>9789860032796 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73174</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>花蓮溪河口海岸觀測調查分析正式報告附冊  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以現場調查、遙測與數模為手段，調查研究河口附近地區之波、潮、流、地形與漂沙輸砂現況，並研判未來可能之變化。本計畫將針對花蓮溪河口從事海岸地形水深測量、海氣象調查、河口輸砂及海岸漂沙調查、河口水動力數值模擬及海岸地形變遷分析，其目的是要調查搜集河口附近之完整海域地形、海氣象等基本資料，除提供工程設計、施工、海岸地形變化推估及各項水工模型試驗與數值模擬等所需之重要參考數據外，亦可藉以瞭解附近海域之海岸變遷過程，據以研擬適當之海岸防護對策。</abstract><author>中山大學</author><categoryidentifier>351.91</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940152</commissionedprojectidentifier><currency>NT$</currency><date>2012/6/29</date><governmentpublicationsnumber>1009403998</governmentpublicationsnumber><identifier>73175</identifier><internationalstandardbooknumber>9789860032796 ; 9860032793</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73175</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>花蓮溪河口海岸觀測調查分析正式報告(內附光碟)  Field Study of Coastal Processes Near Hualien River</title><yearidentifier>200512</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000068</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100308</governmentpublicationsnumber><identifier>73177</identifier><internationalstandardbooknumber>9789860317978 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73177</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(2/4)(光碟版) The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/4)</title><yearidentifier>201202</yearidentifier></data><data><abstract>氣候變遷</abstract><author>環興科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000068</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100308</governmentpublicationsnumber><identifier>73178</identifier><internationalstandardbooknumber>9789860317978 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73178</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(2/4) The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/4)</title><yearidentifier>201202</yearidentifier></data><data><abstract>全球氣候變遷對未來可能帶來衝擊及影響</abstract><author>環興科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000068</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100304</governmentpublicationsnumber><identifier>73179</identifier><internationalstandardbooknumber>9789860318012 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73179</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(2/4) 附冊(二)：水利署2011因應氣候變遷調適行動方案 The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/4)</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>環興科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000068</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100306</governmentpublicationsnumber><identifier>73180</identifier><internationalstandardbooknumber>9789860317992 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73180</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(2/4) 附冊(一)：成果研析報告 The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/4)</title><yearidentifier>201202</yearidentifier></data><data><abstract>出國參訪</abstract><author>環興科技公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000068</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100307</governmentpublicationsnumber><identifier>73181</identifier><internationalstandardbooknumber>9789860318029 ; 9789860318</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73181</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(2/4) 附冊(三)：出國參訪成果報告 The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/4)</title><yearidentifier>201202</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>73182</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73182</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)(光碟版) The Environment Governance and Renovation Plan of the Taitung Coast(Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 因與民眾互動日趨頻繁，故成立本計畫，以完成人工湖之模擬動畫，便於未來向民眾介紹本計畫功能。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000375</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100971</governmentpublicationsnumber><identifier>73183</identifier><internationalstandardbooknumber>9789860325706 ; 9789860325</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73183</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)-工程計畫多媒體簡介(光碟版)Feasibility Planning for Niaozueitan Artificial Lake In Wu River(3) Multimedia Program for introducing Niaozueitan Artificial Lake</title><yearidentifier>201205</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 因與民眾互動日趨頻繁，故成立本計畫，以完成人工湖之模擬動畫，便於未來向民眾介紹本計畫功能。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000375</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/3</date><governmentpublicationsnumber>1010100971</governmentpublicationsnumber><identifier>73184</identifier><internationalstandardbooknumber>9789860325706 ; 9789860325</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73184</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(3)-工程計畫多媒體簡介(內附光碟)=Feasibility Planning for Niaozueitan Artificial Lake In Wu River(3) Multimedia Program for introducing Niaozueitan Artificial Lake</title><yearidentifier>201205</yearidentifier></data><data><abstract>2008年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/5</date><governmentpublicationsnumber>1015000658</governmentpublicationsnumber><identifier>73186</identifier><internationalstandardbooknumber>9789860322422 ; 9789860322</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73186</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>2011水利防災年報(內附光碟)=Flood and Drought Mitigation Annual Report</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/5</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>73187</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73187</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)=The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫以「淡水河流域」為範圍，包括淡水河、新店溪、大漢溪、基隆河、三峽河、景美溪及其支流之集水區。行政區域則包括台北市、台北縣、桃園縣、宜蘭縣、新竹縣及基隆市。淡水河流域近年因氣候變遷、海水位上升、土地都市化程度擴大、地質條件退化等外在因素，防洪效果已逐漸降低，衍生許多與河川區域相關之治理議題，如社子島及五股平原高保護評估、基隆河待改建橋梁、上游水資源設施取水濁度過高及淤砂庫容減少、下游河床淤積與洪水位上升、水質防制、河川空間利用及發展等議題。各議題各有其主管及目的事業主管機關，治水事權分散，且各機關間平時彼此聯繫不足，以致疏忽彼此權責事務間之關連性，而各自為政，無法有效解決治理問題。為避免上述問題發生，涉及河川治理規劃之相關議題應以流域為單元，以流域整體規劃方式統籌辦理。本計畫以流域整體治理角度，針對管理組織、國土規劃、防救災、水資源利用及河川環境利用五大議題之需求面及供給面探討，釐清其各子議題及相關之權責單位，作為未來政府施政方針。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/9</date><governmentpublicationsnumber>1010101186</governmentpublicationsnumber><identifier>73189</identifier><internationalstandardbooknumber>9789860327717 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73189</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>淡水河流域整體治理規劃 Planning of Integrated Managemnet for the Danshuei River Basin</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫以「淡水河流域」為範圍，包括淡水河、新店溪、大漢溪、基隆河、三峽河、景美溪及其支流之集水區。行政區域則包括台北市、台北縣、桃園縣、宜蘭縣、新竹縣及基隆市。淡水河流域近年因氣候變遷、海水位上升、土地都市化程度擴大、地質條件退化等外在因素，防洪效果已逐漸降低，衍生許多與河川區域相關之治理議題，如社子島及五股平原高保護評估、基隆河待改建橋梁、上游水資源設施取水濁度過高及淤砂庫容減少、下游河床淤積與洪水位上升、水質防制、河川空間利用及發展等議題。各議題各有其主管及目的事業主管機關，治水事權分散，且各機關間平時彼此聯繫不足，以致疏忽彼此權責事務間之關連性，而各自為政，無法有效解決治理問題。為避免上述問題發生，涉及河川治理規劃之相關議題應以流域為單元，以流域整體規劃方式統籌辦理。本計畫以流域整體治理角度，針對管理組織、國土規劃、防救災、水資源利用及河川環境利用五大議題之需求面及供給面探討，釐清其各子議題及相關之權責單位，作為未來政府施政方針。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/9</date><governmentpublicationsnumber>1010101186</governmentpublicationsnumber><identifier>73190</identifier><internationalstandardbooknumber>9789860327717 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73190</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>淡水河流域整體治理規劃－光碟版 Planning of Integrated Managemnet for the Danshuei River Basin</title><yearidentifier>201206</yearidentifier></data><data><abstract>1.水利工程中所屬之8類工程，包括堤防、護岸、河道整理、疏濬、滯（蓄）洪池、抽水站、水庫清淤、抽泥工程等，合理工期編列方式與相關配套措施。 2.「水利工程工資工率手冊」內容之修訂，包含增加預算書編列範本架構、土方工作之定義與內容修正、勞工安全衛生費與環境保護措施費項目編碼與基本資料庫項目增刪與修正。</abstract><author>臺灣營建研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000263</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/9</date><governmentpublicationsnumber>1010100546</governmentpublicationsnumber><identifier>73191</identifier><internationalstandardbooknumber>9789860320930 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73191</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程契約工期及工率之檢討－內附光碟 Professional contract review of hydraulic engineering work deadline and efficiency</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/10</date><governmentpublicationsnumber>1010100676</governmentpublicationsnumber><identifier>73194</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73194</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>颱風豪雨應變報告及颱風摺頁</title><yearidentifier>201203</yearidentifier></data><data><abstract>100年度經濟部水利署南區水資源局轄管曾文水庫、牡丹水庫、阿公店水庫、高屏溪攔河堰及甲仙攔河堰等五水域之水質檢驗分析結果</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000474</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010101158</governmentpublicationsnumber><identifier>73195</identifier><internationalstandardbooknumber>9789860327199 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73195</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度曾文、牡丹、阿公店、高屏溪、甲仙欄河堰水質檢驗分析計畫總報告=2011Tseng-Wen, Mu-Dan, A-Go-Den, Kao-Ping River and Chia-Sheng Weir Water*-Quality Monitoring and Analytic Report (Final Report)</title><yearidentifier>201205</yearidentifier></data><data><abstract> </abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010100676</governmentpublicationsnumber><identifier>73196</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73196</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水旱災減災及預警策進科技之研究績效報告</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010100676</governmentpublicationsnumber><identifier>73197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73197</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>國際重大水旱災事件分析報告</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>367.28</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010100676</governmentpublicationsnumber><identifier>73198</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73198</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>2011年旱災總結報告(應變期間:2011.3.25~2011.5.26)</title><yearidentifier>201106</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期推動方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置， 99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。民間防汛志工組成不易，為健全災害防救體系之重要突破，本年度擬成立3年計畫，持續維繫志工熱情及後續養成教育，並擴充通報平台之功能，逐年強化民間防汛救災之力量，以面對未來不可預期之大規模災害。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000257</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010101288</governmentpublicationsnumber><identifier>73199</identifier><internationalstandardbooknumber>9789860328905 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73199</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>民眾及防汛志工防災作業建置及策進計畫(1/3) Strategic and Operational Planning for Flood Prevention : Flood Response for the General Public (1/3)</title><yearidentifier>201206</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期推動方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置， 99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。民間防汛志工組成不易，為健全災害防救體系之重要突破，本年度擬成立3年計畫，持續維繫志工熱情及後續養成教育，並擴充通報平台之功能，逐年強化民間防汛救災之力量，以面對未來不可預期之大規模災害。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000257</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/11</date><governmentpublicationsnumber>1010101288</governmentpublicationsnumber><identifier>73200</identifier><internationalstandardbooknumber>9789860328905 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73200</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>民眾及防汛志工防災作業建置及策進計畫(1/3) －光碟版 Strategic and Operational Planning for Flood Prevention : Flood Response for the General Public (1/3)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進行調查，並進行相關的氣象基本資料、歷年海岸災害及環境進行蒐集與分析，同時利用數值模式進行分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/12</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>73203</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73203</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract>台東成功鎮海岸，北起成功漁港往南至福樟段，包含麒麟、和平及嘉平三段海岸，全長約有八公里。此段海岸地形多海灣，又海崖底岩屬於細顆粒，但缺乏天然礁岩阻絕潮汐變化、颱風暴浪及東北季風長浪之侵襲，造成此段海岸後方沙灘與海崖很容易因海水拍擊而加速侵蝕，並且海蝕的狀況有逐年加驟現象。 根據歷史航照圖與海岸現狀對比結果中，發現民國六十九年的台十一線舊省道距海岸線還有五十多公尺，但現在已變成海岸，顯示海蝕造成陸地嚴重退縮，對於當地民眾及濱海公路形成相當威脅。目前除了嘉平段海岸置有許多消波塊做為防護，其餘區域如(麒麟段海岸)仍未全面設置消波塊或相關保護設施。然因海岸缺乏天然礁岩庇護，終年受能量較高的海浪侵蝕，加上砂灘淺短，致使部分消波塊保護工放置一段時間後發生底層沙層流失，常導致消波塊沈陷或損壞，在颱風大浪侵襲時可能有致災之風險，威脅沿海居民生命財產安全及濱海公路中斷之災害。 本計畫先針對研究區段海岸之海象、海陸域地形及海岸輸砂進行調查，同時進行相關氣象基本資料、歷年地形變遷情形與海岸災害進行蒐集與分析，配合數值模式模擬進行海岸安定性之分析，以評估海岸防護工程施做基準及預期防護效益，並提出整體海岸安全防護之初步建議，以提供日後海岸防護工施作及改善之方針。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000186</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/12</date><governmentpublicationsnumber>1010100889</governmentpublicationsnumber><identifier>73204</identifier><internationalstandardbooknumber>9789860324648 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73204</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東成功鎮麒麟、和平及嘉平海岸基本資料監測調查計畫(1/2) Field Investigation and Analysis Project at Coastal Area of Chi-Lin,He-ping and Chia-ping in Chenggong Town, Taitung(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000027</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/12</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>73205</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73205</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 The Expanding and Maintaining for System of Observation and Forecast With Runoff within Zhuoshui River Watershed during2011附件二颱風路徑對應集水區降雨與型分析</title><yearidentifier>201112</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組雷達波水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000027</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/12</date><governmentpublicationsnumber>1010005117</governmentpublicationsnumber><identifier>73206</identifier><internationalstandardbooknumber>9789860316193 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73206</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>100年度濁水溪流域逕流測預報系統擴充及維護 附件一廬山堰塞湖潰壩緊急應變計畫  The Expanding and Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2011</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利工程施工工期之訂定，往往影響到工程管理費與各工項之安排及成本，故合理工期的訂定及相關配套措施之研擬著實重要，藉由本計劃將制定有關水利工程之合理工期及要求趕工時之相關遵循規定。</abstract><author>財團法人台灣營建研究所院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000263</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/12</date><governmentpublicationsnumber>1010100546</governmentpublicationsnumber><identifier>73207</identifier><internationalstandardbooknumber>9789860320930 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73207</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>「水利工程契約工期及工率之檢討」〈內附光碟片〉PROFESSIONAL CONTRACT REVIEW OF HYDRAULIC ENGINEERING WORK DEADLINE AND EFFICIENCY</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/13</date><governmentpublicationsnumber>1000256490</governmentpublicationsnumber><identifier>73209</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73209</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究A Study on The Flood Protecting Standard and Governed Level of Rivers Governed By Local government</title><yearidentifier>201205</yearidentifier></data><data><abstract>本研究主要目的係針對員山子分洪設施之水理特性，研擬一套適合員山子分洪段內各分洪設施颱洪期間流量量測之方法，俾能更準確分析其水理特性，以提供後續洪水預報、分洪管理及相關設施維護改善等之參考利用。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000475</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/13</date><governmentpublicationsnumber>1010101257</governmentpublicationsnumber><identifier>73213</identifier><internationalstandardbooknumber>9789860328745 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73213</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(1/2)=Observation plan of flood discharge and sediment diversion by Yuanshantze flood diversion on Keelung River(1/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本研究主要目的係針對員山子分洪設施之水理特性，研擬一套適合員山子分洪段內各分洪設施颱洪期間流量量測之方法，俾能更準確分析其水理特性，以提供後續洪水預報、分洪管理及相關設施維護改善等之參考利用。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000475</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/13</date><governmentpublicationsnumber>1010101257</governmentpublicationsnumber><identifier>73214</identifier><internationalstandardbooknumber>9789860328745 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73214</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(1/2) －光碟版=Observation plan of flood discharge and sediment diversion by Yuanshantze flood diversion on Keelung River(1/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本報告書為「台中盆地地下水資源利用調查評估」計畫三年度研究成果的總報告，內容主要為計畫區域概要、地下水資源整體評價、地下水資源策略與規劃及地下水水文地質環境資料庫建置。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/23</date><governmentpublicationsnumber>1010003593</governmentpublicationsnumber><identifier>73216</identifier><internationalstandardbooknumber>9789860299670 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73216</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台中盆地地下水資源利用調查評估 總報告－光碟版 Investigation and evaluation for groundwater resources utilization in Taichung basin</title><yearidentifier>201112</yearidentifier></data><data><abstract>石門水庫供水區歷年來陸續辦理水源開發及調配等相關研究計 畫，惟上述計畫方案須透過供水系統之整合操作管理來加以落實，同 時為能考量檢討石門水庫供水區至民國120 年水源利用及面臨枯旱或 緊急備援時之調度策略，應針對目前正在進行中之板二計畫、中庄調 整池及「石門水庫及其集水區整治計畫—穩定供水設施與幹管改善」 等工程完成後之供水情境，並結合石門水庫分層取水工等相關供水設 施，進行水源及自來水系統之最佳化調配研究，以就相關供水操作事 宜作整體評估規劃。本計畫目的為籌謀水源及自來水系統供水之最佳 化調配策略，同時針對石門水庫供水設施操作方式進行檢討，並建置 「水源及自來水系統決策分析模式」，作為爾後提升水資源運用及緊 急時應變調度之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000040</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/23</date><governmentpublicationsnumber>1010101317</governmentpublicationsnumber><identifier>73219</identifier><internationalstandardbooknumber>9789860329872 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73219</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>石門水庫供水操作暨水源及自來水系統最佳化調配研究(內附光碟)Study on Shihmen Reservoir Water-Supply Operation and Optimization of Water Resources and Water Distribution</title><yearidentifier>201207</yearidentifier></data><data><abstract>本年度(2011)針對北門潟湖海岸之地形水深、漂沙、飛沙、水質及生態特性進行調查，並國內外相關文獻、計畫區相關基本資料蒐集分析，進行數值模擬探討計畫區沙丘沙洲之侵淤原因，提出現場規劃試驗方案供第二年度施行依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000140</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/23</date><governmentpublicationsnumber>1010100747</governmentpublicationsnumber><identifier>73223</identifier><internationalstandardbooknumber>9789860323535 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73223</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸沙丘沙洲復育規劃(1/2)－以臺南海岸為例 The Coastal Sand Dunes and Sand Bars Restoration Plan(1/2)-A Case Study on Tainan Coast</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>逸奇科技股份有限公司</author><categoryidentifier>354.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/24</date><governmentpublicationsnumber>1010100899</governmentpublicationsnumber><identifier>73225</identifier><internationalstandardbooknumber>9789860324891 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73225</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>地層下陷資訊整合服務系統規劃建置=The Establishment of Land Subsidence Integrated Information Service System</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>逸奇科技股份有限公司</author><categoryidentifier>354.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/24</date><governmentpublicationsnumber>1010100899</governmentpublicationsnumber><identifier>73226</identifier><internationalstandardbooknumber>9789860324891 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73226</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>地層下陷資訊整合服務系統規劃建置--光碟版=The Establishment of Land Subsidence Integrated Information Service System</title><yearidentifier>201204</yearidentifier></data><data><abstract>人為影響地層下陷之因子主要有地下水超抽、天然補注受到人為干擾、地面荷重過重等，而超抽地下水是台灣西南地區地層下陷最主要的因素。乃因地下水開發容易、取用方便且供水品質穩定，處理費用低廉，故常被大量的抽取開發引用。但過度開發的結果，易導致地層下陷，而引起排水不良、海水倒灌、房屋沉陷、海水入侵、甚而造成地下水鹽化等問題相繼出現，危害居民及農、漁業環境。近年由於高鐵沿線的地層下陷惡化，更影響公共安全，如何有效的管制地下水資源利用，成為近年來重要的課題。     為積極管制地下水抽用與強化地層下陷監測與防治，當務之急需整合地層下陷地區各單位負責之水文地質與氣象等相關監測資料，包含GPS監測、磁環分層監測井、水準測量、水井清查等資料，結合降雨量、地下水位、地質柱狀圖等資訊，建構地層下陷監測服務系統。     本計畫乃研提具多特點且系統功能整合與相容性強大之平台FEWS Taiwan，結合資料庫、分析系統工具、決策支援與Web Services互動網站，建構一功能完備之地層下陷資訊整合服務系統。並透過訊號分析引擎(Visual Signal)，以視覺化方式提供科學依據之資訊，協助執行單位研擬適合可行之防治措施。該服務系統設計概念兼具與現有系統的相容性及與未來系統開發的擴充性，可銜接水利署現有的台灣地下水資料加值系統，以全方位之思維考量地下水、地面水與地層下陷之關聯性，擬具更有效永續之決策，期能有效減緩台灣長年地層下陷之問題。</abstract><author>逸奇科技公司</author><categoryidentifier>354.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000130</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/24</date><governmentpublicationsnumber>1010100899</governmentpublicationsnumber><identifier>73227</identifier><internationalstandardbooknumber>9789860324891 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73227</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷資訊整合服務系統規劃建置 The Establishment of Land Subsidence Integrated Information Service System</title><yearidentifier>201204</yearidentifier></data><data><abstract>人為影響地層下陷之因子主要有地下水超抽、天然補注受到人為干擾、地面荷重過重等，而超抽地下水是台灣西南地區地層下陷最主要的因素。乃因地下水開發容易、取用方便且供水品質穩定，處理費用低廉，故常被大量的抽取開發引用。但過度開發的結果，易導致地層下陷，而引起排水不良、海水倒灌、房屋沉陷、海水入侵、甚而造成地下水鹽化等問題相繼出現，危害居民及農、漁業環境。近年由於高鐵沿線的地層下陷惡化，更影響公共安全，如何有效的管制地下水資源利用，成為近年來重要的課題。     為積極管制地下水抽用與強化地層下陷監測與防治，當務之急需整合地層下陷地區各單位負責之水文地質與氣象等相關監測資料，包含GPS監測、磁環分層監測井、水準測量、水井清查等資料，結合降雨量、地下水位、地質柱狀圖等資訊，建構地層下陷監測服務系統。     本計畫乃研提具多特點且系統功能整合與相容性強大之平台FEWS Taiwan，結合資料庫、分析系統工具、決策支援與Web Services互動網站，建構一功能完備之地層下陷資訊整合服務系統。並透過訊號分析引擎(Visual Signal)，以視覺化方式提供科學依據之資訊，協助執行單位研擬適合可行之防治措施。該服務系統設計概念兼具與現有系統的相容性及與未來系統開發的擴充性，可銜接水利署現有的台灣地下水資料加值系統，以全方位之思維考量地下水、地面水與地層下陷之關聯性，擬具更有效永續之決策，期能有效減緩台灣長年地層下陷之問題。</abstract><author>逸奇科技公司</author><categoryidentifier>354.7029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000130</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/24</date><governmentpublicationsnumber>1010100899</governmentpublicationsnumber><identifier>73228</identifier><internationalstandardbooknumber>9789860324891 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73228</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷資訊整合服務系統規劃建置 (光碟版) The Establishment of Land Subsidence Integrated Information Service System</title><yearidentifier>201204</yearidentifier></data><data><abstract>本報告書為「台中盆地地下水資源利用調查評估」計畫的第三年度報告，內容主要為台中盆地地下水水文地質調查、地下水資源整體評價、地下水開發策略、地下水開發工程規劃、地下水資源管理策略及水文地質環境資料庫建置。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000368</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/25</date><governmentpublicationsnumber>1010003591</governmentpublicationsnumber><identifier>73229</identifier><internationalstandardbooknumber>9789860299687 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73229</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台中盆地地下水資源利用調查評估(3/3)－光碟版 Investigation and evaluation for groundwater resources utilization in Taichung basin(3/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。     本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/25</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73230</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73230</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示 The Concise Achievement Compiled and Presentation of Groundwater Monitoring Network and Prevention of Land Subsidence</title><yearidentifier>201205</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。    本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/25</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73231</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73231</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示(內附光碟)=The proposal of groundwater observation network and subsidence prevention results, collection and displays</title><yearidentifier>201205</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。    本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/25</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73232</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73232</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示(光碟版)=The Concise Achievements Compiled and Presentation of Groundwater Monitoring Network and Prevention of Land Subsidence</title><yearidentifier>201205</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。     本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>台大水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/25</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73233</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73233</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示 (光碟版) The proposal of groundwater observation network and subsidence prevention results,collection and displays</title><yearidentifier>201205</yearidentifier></data><data><abstract>「阿公店水庫越域引水?」引入旗山溪豐沛水?，?用既設二仁圳進 水口及圓潭子隧道，再配合引水?輸水至阿公店水庫以解決所需用水。 本引水?已於民國 99 ?12 月委託專業顧問公司進?越域引水?之檢 查作業，並建?隧道襯砌影像資?，惟由於本引水?長達14.864 km，施作 之非破壞性檢測??甚為稀少，難以進?安全評估，故進?第二次越域引 水?檢查及評估，以確保引水?水?建造物安全無虞。 阿公店水庫越域引水?水?建造物檢查及評估工作分為：(一)建?安全 資?；(二)檢查；(三)安全評估三階段執?。「建?安全資?」階段進?安全 資?蒐集彙整、全線隧道仰拱高程測?、隧道內淨空橫斷面測?、隧道? ?現場查核比對；「檢查」階段包含暗渠段地表現場檢查、襯砌?縫寬?與 深?檢查、襯砌?縫進展檢查、襯砌保護層厚?檢查、襯砌強?非破壞性 檢查、襯砌鋼筋腐蝕檢查及襯砌背後?態檢查；「安全評估」隧道安全等級 評估、後續隧道改善方案研擬、建?隧道安全維護手冊、隧道維護管?系 統整合及教育訓?。 檢查結果顯示阿公店越域引水?隧道?況大致?好，並無?即危害安 全的嚴重缺陷，惟部分區段有鋼筋外?、?縫、滲水及襯砌剝?等??， 建議定期檢查??有無隨時間?化，以?隧道全生命週期之維護管?。</abstract><author>聯合工程顧問股份有限公司</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010200</commissionedprojectidentifier><currency>NT$</currency><date>2012/7/30</date><governmentpublicationsnumber>1010101391</governmentpublicationsnumber><identifier>73238</identifier><internationalstandardbooknumber>9789860330496 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73238</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫越域引水路水利建造物檢查及評估成果報告書=2012 Safety Inspection and Assessment of Agongdian Reservoir Transbasin Waterway-Fimal Report</title><yearidentifier>201207</yearidentifier></data><data><abstract>「阿公店水庫越域引水?」引入旗山溪豐沛水?，?用既設二仁圳進 水口及圓潭子隧道，再配合引水?輸水至阿公店水庫以解決所需用水。 本引水?已於民國 99 ?12 月委託專業顧問公司進?越域引水?之檢 查作業，並建?隧道襯砌影像資?，惟由於本引水?長達14.864 km，施作 之非破壞性檢測??甚為稀少，難以進?安全評估，故進?第二次越域引 水?檢查及評估，以確保引水?水?建造物安全無虞。 阿公店水庫越域引水?水?建造物檢查及評估工作分為：(一)建?安全 資?；(二)檢查；(三)安全評估三階段執?。「建?安全資?」階段進?安全 資?蒐集彙整、全線隧道仰拱高程測?、隧道內淨空橫斷面測?、隧道? ?現場查核比對；「檢查」階段包含暗渠段地表現場檢查、襯砌?縫寬?與 深?檢查、襯砌?縫進展檢查、襯砌保護層厚?檢查、襯砌強?非破壞性 檢查、襯砌鋼筋腐蝕檢查及襯砌背後?態檢查；「安全評估」隧道安全等級 評估、後續隧道改善方案研擬、建?隧道安全維護手冊、隧道維護管?系 統整合及教育訓?。 檢查結果顯示阿公店越域引水?隧道?況大致?好，並無?即危害安 全的嚴重缺陷，惟部分區段有鋼筋外?、?縫、滲水及襯砌剝?等??， 建議定期檢查??有無隨時間?化，以?隧道全生命週期之維護管?。</abstract><author>聯合工程顧問股份有限公司</author><categoryidentifier>443.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/7/30</date><governmentpublicationsnumber>1010101391</governmentpublicationsnumber><identifier>73239</identifier><internationalstandardbooknumber>9789860330496 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73239</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫越域引水路水利建造物檢查及評估成果報告書=2012 Safety Inspection and Assessment of Agongdian Reservoir Transbasin Waterway-Fimal Report</title><yearidentifier>201207</yearidentifier></data><data><abstract>100年度經濟部水利署南區水資源局轄管曾文水庫、牡丹水庫、阿公店水庫、高屏溪攔河堰及甲仙攔河堰等五水域之水質檢驗分析結果</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000474</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/1</date><governmentpublicationsnumber>1010101158</governmentpublicationsnumber><identifier>73242</identifier><internationalstandardbooknumber>9789860327199 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73242</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>100年度曾文、牡丹、阿公店、高屏溪、甲仙欄河堰水質檢驗分析計畫總報告(光碟版) 2011Tseng-Wen, Mu-Dan, A-Go-Den, Kao-Ping River and Chia-Sheng Weir Water*-Quality Monitoring and Analytic Report (Final Report)</title><yearidentifier>201205</yearidentifier></data><data><abstract>石門水庫排洪隧道主要在彌補溢洪道排洪量之不足。當發生颱風或豪雨情況，且集水區開始明顯降雨，水庫可先進行調節性放水，以增加防洪容量，或遇水庫水位過高時，可配合溢洪道同時洩洪，以確保石門大壩之安全。 近年來因氣候變遷造成極端降雨事件，使得排洪隧道必須經常性啟用，才能抒解最大洪峰流量。目前排洪隧道在開啟過程中會產生劇烈的振動現象，對於閘門結構系統的安全性有待本計畫進行分析與評估，並提出適當的防振措施，達到避振與減振的效果，同時可免除閘門操作人員對於閘門振動可能引發安全問題的心理畏懼和疑慮。此外，本計畫也將探討排洪隧道高速洩流洪水對於後池之影響。 本計畫將針對石門水庫排洪隧道進行三維流場數值模擬，內容包括流固之網格建置、流場模擬、力學分析、流固耦合計算及不確定性分析等，在獲得相關數據資料後，進行開閘過程之流力與固力整合分析，以及流體對後池作用力分析等，以釐清排洪隧道相關之物理特性，進而確保運轉時之安全性。 為了驗證三維數值模擬結果的正確性，已於民國100年9月6日辦理排洪閘門靜態振頻試驗（無排洪）及民國101年4月6日辦理排洪閘門動態振頻試驗（有排洪）與通洪量測（水庫水位241.15公尺，排洪閘門開度1.5公尺）。此現場試驗資料相當珍貴，也感謝水利署北區水源局（以下簡稱北水局）及台灣電力公司（以下簡稱台電）的協助。 在計算網格建置方面，由於排洪隧道豎井段及排洪閘門的幾何相當複雜，而且相關圖說已經年代久遠，也模糊不清，因此花費相當大的人力確認所有的尺寸大小與位置，才能順利重建排洪隧道及閘門的幾何。 在排洪隧道通洪分析方面，當水庫水位251公尺及排洪閘門全開情形下，所計算的通洪量為2305cms， 相較於民國68年1/60模型比尺的試驗值2410cms約減少105cms，亦即三維計算值約為試驗值的96％；在與水利署水利規劃試驗所（以下簡稱水規所）一起驗證4月6日現場試驗的通洪量，第1號排洪隧道的現場試驗值為216.64cms，三維數值模擬結果為248cms，水規所試驗值則為250cms，亦即現場試驗值約為三維計算值的87％。 在後池作用力分析方面，於後池A2及A3區（排洪隧道出口直線方向的區域）受到排洪隧道水流的衝擊最明顯，若後池水位高於133.72公尺以上，則可以產生有效的水墊消能作用；此外，後池受到地形限制，後池寬度不足，洩洪水舌在高流量條件下會超過對岸的護岸高程形成溢流；水流衝向對岸後大部分轉向下游A4區形成一環流型態，且隨著流量增加而逐漸增強，沿著左岸壁產生較大的水壓作用，因此在排洪隧道對岸的下游面，常會有護坡破損的問題。 在排洪閘門振頻計算方面，於無排洪情形下，經過三維固力計算與現場振頻試驗分析結果初步比對，閘門整體振形的頻率(global mode)主要落於80.4951Hz、133.88Hz與241.09Hz附近；於有排洪情形下，考量水庫背壓對閘門本身的自然模態，三維數值模擬結果顯示，其閘門整體模態之自然頻率差異不大。此外，透過閘門的密合度分析，得知當閘門開啟4m左右以後，此時閘門下端因受到水流衝擊力而使得上方懸空，產生槓桿的效果，所以造成閘門上端翹起來以致於部分滾輪有脫離的現象。此時因水流有擾動的狀況或有變動性的衝擊，滾輪與軌道之間將可能會產生來回接觸(碰撞)，形成顫震。此狀況可能是閘門開啟到此高度後有振動現象的可能原因。 在通洪量不確定性分析方面，當排洪隧道在閘門開度小於2.5公尺時，通洪量折減率現行值高於模式推估值；反之，當閘門開度高於2.5公尺時，通洪量折減率現行值卻低於模式推估值。因此，閘門開度高於2.5公尺時，通洪量折減率可能因過於保守而低估排洪隧道通洪能力。但因通洪量折減率現行值為根據現場防洪作業之經驗所訂定，仍有一定的參考度。因此，本計畫綜合現行所採用通洪量折減率與不確定性模式推估值，取其平均值作為洩洪量折減率之建議值。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>441.6429   443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/5</date><governmentpublicationsnumber>1010101394</governmentpublicationsnumber><identifier>73251</identifier><internationalstandardbooknumber>9789860330687 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73251</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>石門水庫排洪隊道3 維水理數值模擬及不確定性分析(內附光碟) 3D numerical flow simulation and uncertainty analysis on flood diversion tunnels of Shihmen reservoir</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計劃共分兩年執行，第二年主要工作為基本資料蒐集與河川特性調查更新、持續進行沖刷河段輸砂觀測及沖刷監測、研擬沖刷防治工法及替代方案、完成沖刷防治工法評估與工程規劃、研擬整體沖刷防治策略，做為本局後續對於曾文溪河道治理、管理策略參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000318</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/6</date><governmentpublicationsnumber>1010101259</governmentpublicationsnumber><identifier>73255</identifier><internationalstandardbooknumber>9789860328875 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73255</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(2/2)(含光碟)=The study on causes of channel erosion through monitoring investigation and the prevention strategies of Tseng-Wen River</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣地區集水區多地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，集水區土砂大量流失，常使河川形成濃度偏高的含砂水流。另外，為保護沿岸居民的安全、維持人車通行的便利性，相關單位在河道中施作的相關工程亦常會造成河道底床驟變的情況。高濃度的含砂水流再加上驟變的河床，常會對沿程河防設施的穩定造成很大的威脅。以頭前溪部分河段為例，上游尖石堤防於颱洪期間均會面臨高濃度含砂水流直衝的威脅，造成河道刷深，屢屢造成尖石堤防的毀壞；中正橋固床工下游面河床保護層消失，岩床裸露，長期軟岩沖蝕(rock erosion)造成局部河床驟變，嚴重威脅橋梁的安全。因此，釐清驟變河道沖淤趨勢對防洪設施之影響，實為頭前溪流域當前相當重要的研究課題。為能更合宜掌握驟變河道沖淤趨勢對河防設施穩定之影響，本計畫將以頭前溪河道變遷的特性為例，納入河道沖淤、流路變遷與軟岩沖蝕的機制。本計畫為兩年度計畫案，第一年度(本年度)計畫案之工作項目包含基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析、控制點入砂量推估研析、流變特性與高灘地土體力學試驗分析、二維驟變河道沖淤數值模式之發展、模式參數檢定與驗證、含砂水流對河道水理動床條件之影響分析、河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析等工作。於基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析部分，完成頭前溪流域地理、水系、河段、地質、地形、氣象與水文、河川特性、河床質、河道大斷面與水利構造物資料與過往相關研究成果資料彙整工作。於歷年防洪工程資料與流路變遷資料彙整分析部分，除彙整防洪工程記載資料外，係透過載資料了解頭前溪河道內易受破壞之河段，並完成各河段可能的驟變因子彙整，其中計畫中擬訂的驟變因子包含堤前灘地長度、河床質變化、主深槽河寬、偏移變化率、曲率、剪力速度變化等因子進行關聯分析，並完成相關對應驟變因子之參考值供日後應用參考。控制點入砂量推估研析部分，係採用一維GSTARS3.0模式進行全流域的模擬，輔以歷年床形變化、流量-輸砂量等資料作為檢定的基礎，其中，頭前溪主流與油羅溪部分係採用92年底床作為初始底床並以97年底床進行驗證；上坪溪部分係組合87年與97年資料為初始底床，並以100年斷面資料進行驗證，藉以完成模式參數檢定與驗證工作。並由一維動床模式(GSATRS3.0)找出常態河川輸砂觀點之高流量下的流量-輸砂率定曲線趨勢，藉此趨勢與成果提供二維模式(RESED2D)做為模擬條件，完成崩塌沖蝕情況下之高含砂情況之流量-輸砂曲線。此外，進行頭前溪現地採樣並完成細顆粒漿體之流變特性分析工作與高灘地土體力學試驗分析。在含砂水流對河道水理動床條件之影響分析，係採用二維RESED2D水理輸砂模式進行相關模擬工作。在高含砂效應部分，其對剪力的影響最為顯著，其最重要無因次參數為 與 ，彎道效應部分，二次流強度因子為最重要的參數；流路變遷部分，岸壁坡度的影響最大，其次則為現在不易改變之土壤性質；軟岩效應中，水力沖蝕與泥砂磨蝕的關鍵因子分別為無因次剪力與無因次岩床參數。在河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析部分係以規劃洪水量(100年重現期)之洪峰流量作為評估河防設施受高含砂水流剪力破壞之脆弱段分析工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA1000308</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/6</date><governmentpublicationsnumber>1010004563</governmentpublicationsnumber><identifier>73257</identifier><internationalstandardbooknumber>9789860309003 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73257</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>驟變河道沖淤趨勢對防洪設施之影響–以頭前溪為例(1/2)=Investigation on the Erosion and Deposition Trend of Sudden Change Channel for Flood Control Facilities in Toucian River (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010101259</governmentpublicationsnumber><identifier>73260</identifier><internationalstandardbooknumber>9789860328875 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73260</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(2/2)The study causes of channel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010101284</governmentpublicationsnumber><identifier>73261</identifier><internationalstandardbooknumber>9789860329261 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73261</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年水利統計 STATISTIC OF WATER RESOURCES 2011</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫透過沉積物鑽探取樣及力學特性試驗分析等研究方法，釐清石門水庫底床地形坍塌或異重流運移沖刷在濁水形成過程的影響。依據沉積構造分析成果顯示，石門水庫的地層經常出現大規模的擾動，使原有的泥質沉積物變形或斷裂。擾動的機制可能來自原有沉積物的坍塌，或異重流在流經下游沉積物時，剪力作用造成之變形。其次依本計畫底泥鑽探取樣成果及沉積物力學試驗成果顯示，因此在颱風期間形成之異重流沖刷下，極易受沖蝕而再度捲昇，使濁水現象更形嚴重。石門水庫運轉至今已近50年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易捲昇即為高齡化水庫徵兆，值得進一步觀察留意。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73262</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73262</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(內附光碟)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010101284</governmentpublicationsnumber><identifier>73263</identifier><internationalstandardbooknumber>9789860329261 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73263</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年水利統計(光碟版) STATISTIC OF WATER RESOURCES 2011</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫透過沉積物鑽探取樣及力學特性試驗分析等研究方法，釐清石門水庫底床地形坍塌或異重流運移沖刷在濁水形成過程的影響。依據沉積構造分析成果顯示，石門水庫的地層經常出現大規模的擾動，使原有的泥質沉積物變形或斷裂。擾動的機制可能來自原有沉積物的坍塌，或異重流在流經下游沉積物時，剪力作用造成之變形。其次依本計畫底泥鑽探取樣成果及沉積物力學試驗成果顯示，因此在颱風期間形成之異重流沖刷下，極易受沖蝕而再度捲昇，使濁水現象更形嚴重。石門水庫運轉至今已近50年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易捲昇即為高齡化水庫徵兆，值得進一步觀察留意。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73264</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73264</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(光碟版)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/13</date><governmentpublicationsnumber>1010100428</governmentpublicationsnumber><identifier>73268</identifier><internationalstandardbooknumber>9789860319668 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人 員專業訓練計畫〈3/3〉正式報告書Staff Training Plan For The Water Resources Agency〈3/3〉</title><yearidentifier>201203</yearidentifier></data><data><abstract>曾文水庫於民國98年8月8日遭受莫拉克颱風侵襲後，其水庫上游集水區邊坡崩坍嚴重，加速水庫淤積惡化情形，並嚴重影響水庫容量及水庫防洪運轉操作。為治理曾文、南化與烏山頭水庫及穩定南部地區供水，並緊急辦理相關水源設施之清淤、整建與新（擴）建工程及水庫集水區環境保育之相關措施，立法院通過「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」。為使曾文水庫後續相關治理計畫能維持水庫營運功能、保育上游集水區水域環境及穩定水庫供水能力，爰此，提出曾文水庫防洪防淤整體綱要計畫，針對上、中、下游防洪防淤整體計畫提出策略與建議，俾利作為後續計畫實施之參據。 經濟部水利署水利規劃試驗所(以下簡稱本所)依據經濟部水利署（以下簡稱  鈞署）民國100年2月1日經水源字第10015000710號函及民國100年3月24日經水源字第10015001770號函修正計畫名稱為「曾文水庫防洪防淤整體綱要計畫」，民國100年5月5日經水源字第10051076750號函修正計畫經費及期程，爰提本工作委託服務計畫書（修定稿），俾利工展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000223</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/14</date><governmentpublicationsnumber>1010101269</governmentpublicationsnumber><identifier>73270</identifier><internationalstandardbooknumber>9789860329070 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73270</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>曾文水庫防洪防淤整體綱要計畫 正式報告書--內附光碟=Integrated Master Plan for Flood and Siltation Control of Tsengwen Reservoir</title><yearidentifier>201206</yearidentifier></data><data><abstract>曾文水庫於民國98年8月8日遭受莫拉克颱風侵襲後，其水庫上游集水區邊坡崩坍嚴重，加速水庫淤積惡化情形，並嚴重影響水庫容量及水庫防洪運轉操作。為治理曾文、南化與烏山頭水庫及穩定南部地區供水，並緊急辦理相關水源設施之清淤、整建與新（擴）建工程及水庫集水區環境保育之相關措施，立法院通過「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」。為使曾文水庫後續相關治理計畫能維持水庫營運功能、保育上游集水區水域環境及穩定水庫供水能力，爰此，提出曾文水庫防洪防淤整體綱要計畫，針對上、中、下游防洪防淤整體計畫提出策略與建議，俾利作為後續計畫實施之參據。 經濟部水利署水利規劃試驗所(以下簡稱本所)依據經濟部水利署（以下簡稱  鈞署）民國100年2月1日經水源字第10015000710號函及民國100年3月24日經水源字第10015001770號函修正計畫名稱為「曾文水庫防洪防淤整體綱要計畫」，民國100年5月5日經水源字第10051076750號函修正計畫經費及期程，爰提本工作委託服務計畫書（修定稿），俾利工展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000223</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/14</date><governmentpublicationsnumber>1010101269</governmentpublicationsnumber><identifier>73271</identifier><internationalstandardbooknumber>9789860329070 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73271</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>曾文水庫防洪防淤整體綱要計畫 正式報告書--光碟版=Integrated Master Plan for Flood and Siltation Control of Tsengwen Reservoir</title><yearidentifier>201206</yearidentifier></data><data><abstract>目前縣(市)管河川防洪保護等級無統一規範，現行河川治理規劃所依據之縣(市)管河川防洪保護等級乃依循過去標準而來。本計畫將就過去與現行縣(市)管河川防洪保護等級劃分進行檢討，研究縣(市)管河川防洪保護等級調整評估原則，並探討如何將之法制化的行政程序。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100-C-01040-001-115</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1000256490</governmentpublicationsnumber><identifier>73273</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73273</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究A Study on The Level adjustment Rules of Rivers Governed  By County government</title><yearidentifier>201205</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100501</governmentpublicationsnumber><identifier>73275</identifier><internationalstandardbooknumber>9789860320831 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73275</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(3/3)正式報告書 A Study of Biotic Indicators and Habitat Suitability Curves (3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100502</governmentpublicationsnumber><identifier>73276</identifier><internationalstandardbooknumber>9789860320824 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73276</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究總報告書=A Study of Biotic Indicators and Habitat Suitability Curves</title><yearidentifier>201204</yearidentifier></data><data><abstract>本年度(2011)針對北門潟湖海岸之地形水深、漂沙、飛沙、水質及生態特性進行調查，並國內外相關文獻、計畫區相關基本資料蒐集分析，進行數值模擬探討計畫區沙丘沙洲之侵淤原因，提出現場規劃試驗方案供第二年度施行依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000140</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100747</governmentpublicationsnumber><identifier>73277</identifier><internationalstandardbooknumber>9789860323535 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73277</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸沙丘沙洲復育規劃(1/2)－以臺南海岸為例－光碟版 The Coastal Sand Dunes and Sand Bars Restoration Plan(1/2)-A Case Study on Tainan Coast</title><yearidentifier>201204</yearidentifier></data><data><abstract>台東成功鎮海岸，北起成功漁港往南至福樟段，包含麒麟、和平及嘉平三段海岸，全長約有八公里。此段海岸地形多海灣，又海崖底岩屬於細顆粒，但缺乏天然礁岩阻絕潮汐變化、颱風暴浪及東北季風長浪之侵襲，造成此段海岸後方沙灘與海崖很容易因海水拍擊而加速侵蝕，並且海蝕的狀況有逐年加驟現象。 根據歷史航照圖與海岸現狀對比結果中，發現民國六十九年的台十一線舊省道距海岸線還有五十多公尺，但現在已變成海岸，顯示海蝕造成陸地嚴重退縮，對於當地民眾及濱海公路形成相當威脅。目前除了嘉平段海岸置有許多消波塊做為防護，其餘區域如(麒麟段海岸)仍未全面設置消波塊或相關保護設施。然因海岸缺乏天然礁岩庇護，終年受能量較高的海浪侵蝕，加上砂灘淺短，致使部分消波塊保護工放置一段時間後發生底層沙層流失，常導致消波塊沈陷或損壞，在颱風大浪侵襲時可能有致災之風險，威脅沿海居民生命財產安全及濱海公路中斷之災害。 本計畫先針對研究區段海岸之海象、海陸域地形及海岸輸砂進行調查，同時進行相關氣象基本資料、歷年地形變遷情形與海岸災害進行蒐集與分析，配合數值模式模擬進行海岸安定性之分析，以評估海岸防護工程施做基準及預期防護效益，並提出整體海岸安全防護之初步建議，以提供日後海岸防護工施作及改善之方針。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000186</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100889</governmentpublicationsnumber><identifier>73278</identifier><internationalstandardbooknumber>9789860324648 ; 9789860324</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73278</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東成功鎮麒麟、和平及嘉平海岸基本資料監測調查計畫(1/2〉－光碟版 Field Investigation and Analysis Project at Coastal Area of Chi-Lin,He-ping and Chia-ping in Chenggong Town, Taitung(1/2)</title><yearidentifier>201204</yearidentifier></data><data><abstract>抽水站具有抽水、排水的功能，其位於都市下水道或區域排水系統之末端，其功能為當平時河川水位較低時，維持重力閘門開啟，使市區降雨藉以重力方式排至河川，另於颱風豪雨期間，若河川水位高漲，市區降雨無法再以重力排出時，則使用抽水站之抽水機以動力方式抽排至河川中，以避免發生積淹水情形，且若河川水位持續漲至警戒水位時，則需關閉重力閘門，以避免河水倒灌入市區。台灣西部河川部分區域地勢低窪，故抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。且因抽水機機組形式條件各異，進出水構造物形式及布設條件不同，運轉水位變化大，使得抽水站運轉效率及操作條件掌握極為不易。故極有必要針對抽水站水力機械模擬與運轉效率進行專業深入研究。本研究擬就抽水站抽水井條件對抽水站運轉功能影響特性及運轉效率進行研究，並以雲彰地區抽水站為研究案例，進行數值模擬及試驗研究。 　　國內抽水站相關機組裝設極多，過去累積有較多規劃、設計及施設之經驗，但對於抽水站操作運轉優化及各種條件之適用性與操作規律，較少有系統性評估及研究。基於抽水站對於區域排水防洪之重要性，極有必要進行相關課題評估。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000154</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100176</governmentpublicationsnumber><identifier>73279</identifier><internationalstandardbooknumber>9789860316414 ; 9789860316</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73279</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(2/2) －光碟版 Flow field simulation of the pump sump structure in Yunlin and Zhanghua (2/2)</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>73280</identifier><internationalstandardbooknumber>9789860162660 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73280</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告〈光碟版〉＝Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，以展示其在河川生態工程規劃設計時之功能性與輔助性。     本研究為三年度計畫，今年為第二年，主要工作項目為中港溪生態工程規劃設計應用以及單機板輔助系統之建立。藉由中港溪基本資料之廣泛搜集，包含河川特性、生態環境以及過往災害等，本研究以河川分類(Rosgen, 1994)的概念出發，對中港溪進行河段之分類，配合現場探勘與數值模擬之結果探討中港溪既有工程對河川特性與環境之影響，並進一步評估過往洪災之成因，據此研擬局部河段之解決策略。初步分析結果顯示，中港溪洪災主要肇因於地勢低窪排水不易、防洪工程設施尚未健全以及洪水流速過大直衝防洪構造物。     依據前段中港溪現況之探討，本研究研選了新中港溪橋段、三灣員林圳段以及南河溪福南橋上游段等三個河段進行生態工程規劃設計之應用，並據以編修生態工程設計參考手冊。初步應用成果顯示，生態工程規劃設計流程架構上並無修改之必要，故參考國內外常見工法，在設計要點上，本研究以簡易圖表化之方式，新增了詳細之工法選用對照表以及景觀生態槽護岸工之適用條件及其安全性分析方法，以配合系統之建立達到降低生態工程規劃設計之難度。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1009703318</governmentpublicationsnumber><identifier>73281</identifier><internationalstandardbooknumber>9789860162653 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73281</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究 (3/3)－光碟版＝Development of Information System for Planning and Design of River Eco-Engineering(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100502</governmentpublicationsnumber><identifier>73282</identifier><internationalstandardbooknumber>9789860320824 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73282</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究總報告書(光碟版)=A Study of Biotic Indicators and Habitat Suitability Curves</title><yearidentifier>201204</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進行調查，並進行相關的氣象基本資料、歷年海岸災害及環境進行蒐集與分析，同時利用數值模式進行分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>73283</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73283</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)(光碟版) The Environment Governance and Renovation Plan of the Taitung Coast(Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract>現行河川管理等級以水系為劃分單元。早期我國河川等級區分為主要河川、次要河川、普通河川，後依據河川管理辦法劃分為中央管河川、直轄市管河川及縣(市) 管河川。目前縣(市)管河川防洪保護等級並無統一規範，現行河川治理規劃所依據之縣(市)管河川防洪保護等級乃依循過去標準而來。本計畫將就過去與現行縣(市)管河川防洪保護等級劃分進行檢討，研究縣(市)管河川防洪保護等級調整評估原則，分析縣(市)管河川等級調整之配合措施並探討如何將之法制化的行政程序。供縣(市)管河川保護等級調整政策參考，並供水利工程人員規劃及設計參考，且針對縣(市)管河川管理等級調整評估原則進行研究，並探討法制化之行政程序</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000140</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010004223</governmentpublicationsnumber><identifier>73284</identifier><internationalstandardbooknumber>9789860305760 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73284</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>縣管河川等級調整評估原則研究(光碟版)A Study on The Flood Protecting Standard and Governed Level of Rivers Governed By Local government</title><yearidentifier>201205</yearidentifier></data><data><abstract>臺灣地區集水區多地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，集水區土砂大量流失，常使河川形成濃度偏高的含砂水流。另外，為保護沿岸居民的安全、維持人車通行的便利性，相關單位在河道中施作的相關工程亦常會造成河道底床驟變的情況。高濃度的含砂水流再加上驟變的河床，常會對沿程河防設施的穩定造成很大的威脅。以頭前溪部分河段為例，上游尖石堤防於颱洪期間均會面臨高濃度含砂水流直衝的威脅，造成河道刷深，屢屢造成尖石堤防的毀壞；中正橋固床工下游面河床保護層消失，岩床裸露，長期軟岩沖蝕(rock erosion)造成局部河床驟變，嚴重威脅橋梁的安全。因此，釐清驟變河道沖淤趨勢對防洪設施之影響，實為頭前溪流域當前相當重要的研究課題。 為能更合宜掌握驟變河道沖淤趨勢對河防設施穩定之影響，本計畫將以頭前溪河道變遷的特性為例，納入河道沖淤、流路變遷與軟岩沖蝕的機制。本計畫為兩年度計畫案，第一年度(本年度)計畫案之工作項目包含基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析、控制點入砂量推估研析、流變特性與高灘地土體力學試驗分析、二維驟變河道沖淤數值模式之發展、模式參數檢定與驗證、含砂水流對河道水理動床條件之影響分析、河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析等工作。 於基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析部分，完成頭前溪流域地理、水系、河段、地質、地形、 氣象與水文、河川特性、河床質、河道大斷面與水利構造物資料與過往相關研究成果資料彙整工作。 於歷年防洪工程資料與流路變遷資料彙整分析部分，除彙整防洪工程記載資料外，係透過載資料了解頭前溪河道內易受破壞之河段，並完成各河段可能的驟變因子彙整，其中計畫中擬訂的驟變因子包含堤前灘地長度、河床質變化、主深槽河寬、偏移變化率、曲率、剪力速度變化等因子進行關聯分析，並完成相關對應驟變因子之參考值供日後應用參考。 控制點入砂量推估研析部分，係採用一維GSTARS3.0模式進行全流域的模擬，輔以歷年床形變化、流量-輸砂量等資料作為檢定的基礎，其中，頭前溪主流與油羅溪部分係採用92年底床作為初始底床並以97年底床進行驗證；上坪溪部分係組合87年與97年資料為初始底床，並以100年斷面資料進行驗證，藉以完成模式參數檢定與驗證工作。並由一維動床模式(GSATRS3.0)找出常態河川輸砂觀點之高流量下的流量-輸砂率定曲線趨勢，藉此趨勢與成果提供二維模式(RESED2D)做為模擬條件，完成崩塌沖蝕情況下之高含砂情況之流量-輸砂曲線。此外，進行頭前溪現地採樣並完成細顆粒漿體之流變特性分析工作與高灘地土體力學試驗分析。 在含砂水流對河道水理動床條件之影響分析，係採用二維RESED2D水理輸砂模式進行相關模擬工作。在高含砂效應部分，其對剪力的影響最為顯著，其最重要無因次參數為 與 ，彎道效應部分，二次流強度因子為最重要的參數；流路變遷部分，岸壁坡度的影響最大，其次則為現在不易改變之土壤性質；軟岩效應中，水力沖蝕與泥砂磨蝕的關鍵因子分別為無因次剪力與無因次岩床參數。 在河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析部分係以規劃洪水量(100年重現期)之洪峰流量作為評估河防設施受高含砂水流剪力破壞之脆弱段分析工作。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>M0EAWRA1000308</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010004563</governmentpublicationsnumber><identifier>73285</identifier><internationalstandardbooknumber>9789860309003 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73285</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>驟變河道沖淤趨勢對防洪設施之影響-以頭前溪為例(1/2) Investigation on the Erosion and Deposition Trend of Sudden change Channel for Flood Control Facilities in Toucian River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本研究選擇楠梓仙溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農業委員特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000114</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/16</date><governmentpublicationsnumber>1010100501</governmentpublicationsnumber><identifier>73286</identifier><internationalstandardbooknumber>9789860320831 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73286</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(3/3)－光碟版 A Study of Biotic Indicators and Habitat Suitability Curves(3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>濁水溪水系大斷面測量計畫約每3年辦理一次，本局曾於93及96年辦理完成全面性之「濁水溪水系大斷面測量計畫」，並與以往斷面資料套繪分析主支流河道之沖淤變化情形；另經濟部水利署亦曾於96及97年分二年完成「開發建置中央管河川空間資訊系統計畫」，並納入既設之「中央管河川三維網際網路地理資訊系統」作為業務查詢與展示之應用，該計畫亦包含濁水溪水系主支流各河段之數值地形資料建置。且本局於99年辦理「濁水溪水系中上游河段數值高程模型建置計畫」及經濟部水利署水利規劃試驗所於99年辦理「濁水溪(河口至玉峰大橋上游)數值高程模型建置計畫」，其範圍幾近包含本局全部所轄河川治理規劃範圍。 由於濁水溪水系近年遭受卡玫基、莫拉克、凡那比等颱風豪雨侵襲，各主支流河道內之地文條件變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，本計畫除配合空載光達(LiDAR)技術產製正射影像、數值高程模型(DEM)及立體測繪大斷面等資料外，並蒐集濁水溪水系??各項?值圖資與斷面資?，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用，遂擬訂本計畫。</abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000418</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/20</date><governmentpublicationsnumber>1010101419</governmentpublicationsnumber><identifier>73290</identifier><internationalstandardbooknumber>9789860330427 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73290</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪水系數值高程模型建置計畫正式成果報告(內附光碟) Construction Project of Digital Elevation Model in Watershed of Chuo-Shuei River</title><yearidentifier>201206</yearidentifier></data><data><abstract>中央管河川急要段改善計畫績效評估計畫係以「加速辦?中央管河川急要段治?與環境營造計畫」實施範圍（期程為98?至100?共計3?）為對象，執行完畢後應依據行政院頒訂之「重大公共建設計畫執?成效評估報告相關作業要點」之要求，研提執?績效評估報告。</abstract><author>財團法人台灣水利技士師公會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/21</date><governmentpublicationsnumber>1010101277</governmentpublicationsnumber><identifier>73291</identifier><internationalstandardbooknumber>9789860329223 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73291</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川急要段改善計畫績效評估(內附光碟) A Performance Evaluation on the Improvement Projects of Important but Emergent Section of Rivers under the Jurisdiction of the Central Govermment</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利技士師公會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/21</date><governmentpublicationsnumber>1010101277</governmentpublicationsnumber><identifier>73292</identifier><internationalstandardbooknumber>9789860329923 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73292</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川急要段改善計畫績效評估--計畫成果資料光碟=A Performance Evaluation on the Improvement Projects of Important but Emergent Section of Rivers under the Jurisdiction of the Central Govermment</title><yearidentifier>201206</yearidentifier></data><data><abstract>中央管河川急要段改善計畫績效評估計畫係以「加速辦?中央管河川急要段治?與環境營造計畫」實施範圍（期程為98?至100?共計3?）為對象，執行完畢後應依據行政院頒訂之「重大公共建設計畫執?成效評估報告相關作業要點」之要求，研提執?績效評估報告。</abstract><author>財團法人台灣水利技士師公會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/21</date><governmentpublicationsnumber>1010101277</governmentpublicationsnumber><identifier>73293</identifier><internationalstandardbooknumber>9789860329223 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73293</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川急要段改善計畫績效評估(光碟版) A Performance Evaluation on the Improvement Projects of Important but Emergent Section of Rivers under the Jurisdiction of the Central Govermment</title><yearidentifier>201206</yearidentifier></data><data><abstract>竹子門排水水系近??淹水災害頻傳，對美濃地區影響甚大，98?已針對美濃地區之?安排水、美濃排水及中正湖排水等三條水系進?整體治?規劃工作，僅就美濃溪右岸支?完成規劃，為解決水患問題及整體考?以提出美濃地區整體具體之綜合治?規劃，特辦?竹子門排水系統規劃，為有效對集水區整治方案做可?性評估，於綜合治水考?各 種工程與非工程方法，多種措施綜合運用。本次排水規劃保護標準為10?重現期距，25??溢為堤原則，期使居民減少水患威脅之機?，並減輕淹水?況。</abstract><author>經濟部水利署第七河川局</author><categoryidentifier>443.6933   5107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/22</date><governmentpublicationsnumber>1010101218</governmentpublicationsnumber><identifier>73294</identifier><internationalstandardbooknumber>9789860327991 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73294</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」高雄市管區域排水 美濃地區竹子門排水系統規劃報告(內附光碟) The Regulation Project of Flood-prone Areas(Planning Report of Chu-tzu-men drainage system in Mei-nong District of Kaohsiung City)</title><yearidentifier>201105</yearidentifier></data><data><abstract>竹子門排水水系近??淹水災害頻傳，對美濃地區影響甚大，98 ?已針對美濃地區之?安排水、美濃排水及中正湖排水等三條水系進? 整體治?規劃工作，僅就美濃溪右岸支?完成規劃，為解決水患問題及 整體考?以提出美濃地區整體具體之綜合治?規劃，特辦?竹子門排水 系統規劃，為有效對集水區整治方案做可?性評估，於綜合治水考?各 種工程與非工程方法，多種措施綜合運用。本次排水規劃保護標準為10 ?重現期距，25??溢為堤原則，期使居民減少水患威脅之機?，並減 輕淹水?況。</abstract><author>經濟部水利署第七河川局</author><categoryidentifier>443.6933   5107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/22</date><governmentpublicationsnumber>1010101218</governmentpublicationsnumber><identifier>73295</identifier><internationalstandardbooknumber>9789860327991 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73295</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>100</publishrocyear><title>「易淹水地區水患治理計畫」高雄市管區域排水 美濃地區竹子門排水系統規劃報告－光碟版 The Regulation Project of Flood-prone Areas(Planning Report of Chu-tzu-men drainage system in Mei-nong District of Kaohsiung City)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>禹安工程工程顧問股份有限公司</author><categoryidentifier>5107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/22</date><governmentpublicationsnumber>1010101218</governmentpublicationsnumber><identifier>73296</identifier><internationalstandardbooknumber>9789860327991 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73296</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>「易淹水地區水患治理計畫」第2階段實施計劃市管區域排水 美濃地區竹子門排水系統治理計畫 光碟版 The Regulation Scheme of Chu-tzu-men Drainage in Meinong Area</title><yearidentifier>201205</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/22</date><governmentpublicationsnumber>1010100433</governmentpublicationsnumber><identifier>73299</identifier><internationalstandardbooknumber>9789860320046 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73299</librarycollectiondetailsurl><price>200</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>臺灣氣象觀測要素排序集</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000418</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/24</date><governmentpublicationsnumber>1010101419</governmentpublicationsnumber><identifier>73314</identifier><internationalstandardbooknumber>9789860330427 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73314</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪水系數值高程模型建置計畫正式成果報告 Construction Project of Digital Elevation Model in Watershed of Chuo-Shuei River</title><yearidentifier>201206</yearidentifier></data><data><abstract>為因應全球變遷的水利環境，因而需要不斷提升水利人員之整體素質，本計畫係利用完整的課程規劃，彙整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過課程研討及教材彙編成正式報告，亦可成為水利署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000262</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010100429</governmentpublicationsnumber><identifier>73319</identifier><internationalstandardbooknumber>9789860319675 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73319</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫總報告書(內附光碟)=Staff Training Plan For The Water Resources Agency</title><yearidentifier>201204</yearidentifier></data><data><abstract>為因應全球變遷的水利環境，因而需要不斷提升水利人員之整體素質，本計畫係利用完整的課程規劃，彙整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過課程研討及教材彙編成正式報告，亦可成為水利署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000262</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010100429</governmentpublicationsnumber><identifier>73320</identifier><internationalstandardbooknumber>9789860319675 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73320</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫總報告書--光碟版=Staff Training Plan For The Water Resources Agency</title><yearidentifier>201204</yearidentifier></data><data><abstract>為因應全球變遷的水利環境，因而需要不斷提升水利人員之整體素質，本計畫係利用完整的課程規劃，彙整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過課程研討及教材彙編成正式報告，亦可成為水利署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000262</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010100428</governmentpublicationsnumber><identifier>73321</identifier><internationalstandardbooknumber>9789860319668 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫 (3/3)(內附光碟)=Staff Training Plan For The Water Resources Agency(3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>為因應全球變遷的水利環境，因而需要不斷提升水利人員之整體素質，本計畫係利用完整的課程規劃，彙整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過課程研討及教材彙編成正式報告，亦可成為水利署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000262</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010100428</governmentpublicationsnumber><identifier>73322</identifier><internationalstandardbooknumber>9789860319668 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73322</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫 (3/3)--光碟版=Staff Training Plan For The Water Resources Agency(3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73323</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73323</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/29</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73324</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73324</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量(光碟版)=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，占全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨時間分佈不均，極易發生水災，經常對臺灣各地區造成嚴重災情。近年來面臨氣候變遷的影響，降雨量與降雨強度漸趨增強，氣候與水文條件的變化僅藉由工程措施的加強無法全面性的保障居民安全。 水利署推動「水患治理非工程措施」計畫，乃有鑑於工程措施確有其侷限性，期能透過全面推動「水患自主防災社區」之運轉，整合社區內、外防救災資源，激發民眾建立防救災意識，凝聚社區自主防災力量，建立社區自主防災組織，強化防災緊急聯絡網，並提昇社區「抗災、避災、減災」之能力，以減輕水患對人民生活之衝擊。 「水患治理非工程措施北區推動服務團」乃協助水利署督考北區8個縣市（宜蘭縣、桃園縣、新竹市、新竹縣、苗栗縣、花蓮縣、新北市、基隆市）、29個「水患自主防災社區」計畫執行進度，透過定期訪視與期末評鑑之方式，控管計畫質與量，以有效減輕易淹水地區水患災害之目的。 本計畫完成1套「水患自主防災社區訪視及評鑑作業須知」，辦理4場訪視督考及評鑑辦法工作會議、4場計畫業務講習會、1場培訓團隊共識營、4場社區幹部培訓營、1場誓師大會及1場演練觀摩活動。相關產出有4期「水患自主防災社區」月刊各6千本、海報及摺頁各1萬張等。 經由「水患自主防災社區」之推動與防災教育之推廣，讓更多社區人員投入自主防災之行列，不但有助地方政府後續推動非工程措施，也大幅提昇社區居民的防災意識，並整合水利署、河川局、縣市政府、推動服務團、協力團隊及社區等各單位，共同進行防災工作，建立完整之防災體系。</abstract><author>麥格規劃設計顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/30</date><governmentpublicationsnumber>1010101551</governmentpublicationsnumber><identifier>73325</identifier><internationalstandardbooknumber>9789860332186 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73325</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>101</publishrocyear><title>易淹水地區水患治理計畫－水患治理非工程措施北區推動服務團成果報告書</title><yearidentifier>201207</yearidentifier></data><data><abstract>臺灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，占全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨時間分佈不均，極易發生水災，經常對臺灣各地區造成嚴重災情。近年來面臨氣候變遷的影響，降雨量與降雨強度漸趨增強，氣候與水文條件的變化僅藉由工程措施的加強無法全面性的保障居民安全。 水利署推動「水患治理非工程措施」計畫，乃有鑑於工程措施確有其侷限性，期能透過全面推動「水患自主防災社區」之運轉，整合社區內、外防救災資源，激發民眾建立防救災意識，凝聚社區自主防災力量，建立社區自主防災組織，強化防災緊急聯絡網，並提昇社區「抗災、避災、減災」之能力，以減輕水患對人民生活之衝擊。 「水患治理非工程措施北區推動服務團」乃協助水利署督考北區8個縣市（宜蘭縣、桃園縣、新竹市、新竹縣、苗栗縣、花蓮縣、新北市、基隆市）、29個「水患自主防災社區」計畫執行進度，透過定期訪視與期末評鑑之方式，控管計畫質與量，以有效減輕易淹水地區水患災害之目的。 本計畫完成1套「水患自主防災社區訪視及評鑑作業須知」，辦理4場訪視督考及評鑑辦法工作會議、4場計畫業務講習會、1場培訓團隊共識營、4場社區幹部培訓營、1場誓師大會及1場演練觀摩活動。相關產出有4期「水患自主防災社區」月刊各6千本、海報及摺頁各1萬張等。 經由「水患自主防災社區」之推動與防災教育之推廣，讓更多社區人員投入自主防災之行列，不但有助地方政府後續推動非工程措施，也大幅提昇社區居民的防災意識，並整合水利署、河川局、縣市政府、推動服務團、協力團隊及社區等各單位，共同進行防災工作，建立完整之防災體系。</abstract><author>麥格規劃設計顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/8/30</date><governmentpublicationsnumber>1010101551</governmentpublicationsnumber><identifier>73326</identifier><internationalstandardbooknumber>9789860332186 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73326</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>101</publishrocyear><title>易淹水地區水患治理計畫－水患治理非工程措施北區推動服務團附錄</title><yearidentifier>201207</yearidentifier></data><data><abstract>臺灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨時間分佈不均，極易發生水災，經常對臺灣各地區造成嚴重災情。近年來面臨氣候變遷的影響，降雨量與降雨強度漸趨增強，氣候與水文條件的變化僅藉由工程措施的加強無法全面性的保障居民安全。 水利署推動「水患治理非工程措施」計畫，乃有鑑於工程措施確有其侷限性，期能透過全面推動「水患自主防災社區」之運轉，整合社區內、外防救災資源，激發民眾建立防救災意識，凝聚社區自主防災力量，建立社區自主防災組織，強化防災緊急聯絡網，並提昇社區「抗災、避災、減災」之能力，以減輕水患對人民生活之衝擊。 「水患治理非工程措施北區推動服務團」乃協助水利署督考北區8個縣市（宜蘭縣、桃園縣、新竹市、新竹縣、苗栗縣、花蓮縣、新北市、基隆市）、29個「水患自主防災社區」計畫執行進度，透過定期訪視與期末評鑑之方式，控管計畫質與量，以有效減輕易淹水地區水患災害之目的。 本計畫完成1套「水患自主防災社區訪視及評鑑作業須知」，辦理4場訪視督考及評鑑辦法工作會議、4場計畫業務講習會、1場培訓團隊共識營、4場社區幹部培訓營、1場誓師大會及1場演練觀摩活動。相關產出有4期「水患自主防災社區」月刊各6千本、海報及摺頁各1萬張等。 經由「水患自主防災社區」之推動與防災教育之推廣，讓更多社區人員投入自主防災之行列，不但有助地方政府後續推動非工程措施，也大幅提昇社區居民的防災意識，並整合水利署、河川局、縣市政府、推動服務團、協力團隊及社區等各單位，共同進行防災工作，建立完整之防災體系。</abstract><author>麥格規劃設計顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000421</commissionedprojectidentifier><currency>NT$</currency><date>2012/8/30</date><governmentpublicationsnumber>1010101551</governmentpublicationsnumber><identifier>73327</identifier><internationalstandardbooknumber>9789860332186 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73327</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>101</publishrocyear><title>易淹水地區水患治理計畫－水患治理非工程措施北區推動服務團成果報告書(光碟版)</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫預期完成國內、外流域綜合治水相關法令及案例蒐集，針對國內流域綜合治水對策整合相關問題進行評析，針對國內流域綜合治水現行相關法令之檢討，包含水利法施行細則第10條中「一定規模」之定義等相關法令之檢討與闡釋，並進行相關法規競合之分析等工作項目。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000461</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/3</date><governmentpublicationsnumber>1010101449</governmentpublicationsnumber><identifier>73329</identifier><internationalstandardbooknumber>9789860331202 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73329</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究(1/2)--內附光碟=A Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations(1/2)</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫預期完成國內、外流域綜合治水相關法令及案例蒐集，針對國內流域綜合治水對策整合相關問題進行評析，針對國內流域綜合治水現行相關法令之檢討，包含水利法施行細則第10條中「一定規模」之定義等相關法令之檢討與闡釋，並進行相關法規競合之分析等工作項目。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000461</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/3</date><governmentpublicationsnumber>1010101449</governmentpublicationsnumber><identifier>73330</identifier><internationalstandardbooknumber>9789860330202 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究(1/2)--光碟版=AS Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations(1/2)</title><yearidentifier>201207</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。以石門水庫為例，其蓄水量約為2.34億立方公尺，但年出水量約達9億立方公尺，亦即每年需空庫重滿四次，所依賴者為1～2月的春雨、5月的梅雨、7月的雷雨及8～11月的颱風雨，若其中某幾次的降雨失常，即有供水短缺的危險，以水資源供應觀點而言，台灣地區水資源供水的可靠度較低。 實施人造雨改造降雨環境、增加降雨量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人造雨作業以增加降雨。 目前本署可用之地面造雨器數量已增加至三十二部，配合已有之碘化銀溶液鋼瓶，已在石門及翡翠水庫集水區增設多處地面造雨站，但地面造雨作業並非偶一為之即有成果，以國外實例，人工增雨必須長期運作，在適當的氣象條件下實施始見成效。 由於碘化銀造雨較適合於冷雲時使用，倘天候條件為暖雲時，則必須使用氯化鈣等造雨劑，始得發揮人工增雨之效果。因此確有開發研究氯化鈣造雨劑之必要，以利在不同天候條件下，均能造雨增加降雨機率。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000440</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/3</date><governmentpublicationsnumber>1010101170</governmentpublicationsnumber><identifier>73331</identifier><internationalstandardbooknumber>9789860327939 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73331</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>人工增雨技術研發評估計畫(2/2) 期末報告書The development and evaluation of artificial rainfall enhancement techniques (2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>台灣近年水資源供需問題日漸嚴峻，開發水庫或地下水不易，但各類用水不斷增加，供需之間日漸失衡。加上降雨異常頻率增加，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。以石門水庫為例，其蓄水量約為2.34億立方公尺，但年出水量約達9億立方公尺，亦即每年需空庫重滿四次，所依賴者為1～2月的春雨、5月的梅雨、7月的雷雨及8～11月的颱風雨，若其中某幾次的降雨失常，即有供水短缺的危險，以水資源供應觀點而言，台灣地區水資源供水的可靠度較低。 實施人造雨改造降雨環境、增加降雨量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人造雨作業以增加降雨。 目前本署可用之地面造雨器數量已增加至三十二部，配合已有之碘化銀溶液鋼瓶，已在石門及翡翠水庫集水區增設多處地面造雨站，但地面造雨作業並非偶一為之即有成果，以國外實例，人工增雨必須長期運作，在適當的氣象條件下實施始見成效。 由於碘化銀造雨較適合於冷雲時使用，倘天候條件為暖雲時，則必須使用氯化鈣等造雨劑，始得發揮人工增雨之效果。因此確有開發研究氯化鈣造雨劑之必要，以利在不同天候條件下，均能造雨增加降雨機率。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000440</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/3</date><governmentpublicationsnumber>1010101170</governmentpublicationsnumber><identifier>73332</identifier><internationalstandardbooknumber>9789860327939 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73332</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>人工增雨技術研發評估計畫(2/2) －光碟版 The development and evaluation of artificial rainfall enhancement techniques (2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>台灣地區的乾旱現象，發生頻率冬春大於夏秋。一般來說，乾旱若發生在春季(3、4月)，則其影響與災害較為廣泛且嚴重，因此時適逢一期稻作插播與成長之時，需要充份水源灌溉。近年來我國已步入農工商並重的開發國家之林，故乾旱帶來的災害與日俱增，直接影響農業生產，導致限水限電措施，並影響工商業發展及國民生計。因此，人工增雨研究與作業以求紓解旱象，遂成為氣象與水文領域裡處理乾旱問題的重點工作項目。目前全世界約有25個國家從事人工增雨計畫，以增加降水量，抒解旱象或增加水力發電之收益。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。 本計畫擬運用專業機構之專業能力及充足人力資源，於平時進行天氣系統之即時監視與守視，並於天候條件適宜情況下進行人工增雨作業及增雨效益評估等一系列工作，期透過長期運作，以備旱災時之所需。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000452</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/3</date><governmentpublicationsnumber>1010101309</governmentpublicationsnumber><identifier>73333</identifier><internationalstandardbooknumber>9789860329650 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73333</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年人工增雨服務團計畫(內附光碟) Cloud Seeding Service Group</title><yearidentifier>201207</yearidentifier></data><data><abstract>為充分瞭解台東地區水資源含?及研擬各水源計畫之開發優先次序，本計畫分析台東地區地面及地下水的基本特性與利用現況，並建置台東地區地面與地下水聯合運用之數值模式，最後研擬地面地下水聯合運用策略及實施方法。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000454</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/5</date><governmentpublicationsnumber>1010101247</governmentpublicationsnumber><identifier>73335</identifier><internationalstandardbooknumber>9789860328943 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73335</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台東地區地面地下水聯合運用可行性評估(內附光碟)=Feasibility Study on Conjunctive Utilization of Surface Water with Ground Water for Tai-Tung Area</title><yearidentifier>201206</yearidentifier></data><data><abstract>為充分瞭解台東地區水資源含?及研擬各水源計畫之開發優先次序，本計畫分析台東地區地面及地下水的基本特性與利用現況，並建置台東地區地面與地下水聯合運用之數值模式，最後研擬地面地下水聯合運用策略及實施方法。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000454</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/5</date><governmentpublicationsnumber>1010101247</governmentpublicationsnumber><identifier>73336</identifier><internationalstandardbooknumber>9789860328943 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73336</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台東地區地面地下水聯合運用可行性評估--光碟版=Feasibility Study on Conjunctive Utilization of Surface Water with Ground Water for Tai-Tung Area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/5</date><governmentpublicationsnumber>1010101247</governmentpublicationsnumber><identifier>73337</identifier><internationalstandardbooknumber>9789860328943 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73337</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台東地區地面地下水聯合運用可行性評估--計畫成果資料光碟=Feasibility Study on Conjunctive Utilization of Surface Water with Ground Water for Tai-Tung Area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/5</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>73338</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73338</librarycollectiondetailsurl><price></price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>101</publishrocyear><title>翡翠水庫建庫25週年特刊Taipei Festival Reservoir Administration</title><yearidentifier>201206</yearidentifier></data><data><abstract>本水庫設有二條施工導水隧道，其中湖南導水隧道已規劃為取出水工輸水管?使用，湖山導水隧道是否可以改建?用，增加水庫應變功能，尚有檢討空間，經濟部水?署中區水資源局(以下簡稱中水局)99?3月爰提「氣候變遷對湖山水庫之排洪安全檢討及水庫排砂之可?性評估」報告。經99?4月20日召開審查會，獲致結?：「湖山導水隧道如改建供營運期使用，單純以水?排砂觀點過於狹隘，需要性及可?性?高，可以PRO、取出水工備援系統、除淤等多元角?思考，有必要成?專案進一步評估。」 (二)計畫目的 本計畫分為可?性規劃及細部規劃二階段執?，可?性規劃階段係針對備援出水工功能(含防淤、備援取水、緊急排洪、水質活化以及與既有取出水工彈性運用方式等)、工程技術、施工可?性、成本經濟及環境影響等進?評估，並檢討備援出水工設置後對本水庫之影響。如可?性規劃階段成果評估為可?且經認可，則續依計畫執?細部規劃階段工作。本計畫於民國100?11月進?期中報告審查，依該會議決議，本計畫另研提工作會報文件並召開工作會議俾明確後續工作方向。其後召開四次工作會議及一次現場勘查與方案討?，綜整?次會議結?，本計畫規劃以保?湖山導水隧道通水為目標，俾能作為日後防淤、防洪、急洩?、水質調整改善與備援供水等功能使用，而進水口宜採分層取水並搭配可控制閘閥，分別於EL.175m及EL.190m二處設置進水口，俾與原設計取水口搭配使用，增加日後取水及排淤等功能併??合運用之效能。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/6</date><governmentpublicationsnumber>1010101576</governmentpublicationsnumber><identifier>73339</identifier><internationalstandardbooknumber>9789860333077 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73339</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫備援出水工工程規劃可行性規劃成果報告--內附光碟=Planning of Backup Outlet Project for Hushan Reservoir Final Report of Feasibility Planning</title><yearidentifier>201208</yearidentifier></data><data><abstract>本水庫設有二條施工導水隧道，其中湖南導水隧道已規劃為取出水工輸水管?使用，湖山導水隧道是否可以改建?用，增加水庫應變功能，尚有檢討空間，經濟部水?署中區水資源局(以下簡稱中水局)99?3月爰提「氣候變遷對湖山水庫之排洪安全檢討及水庫排砂之可?性評估」報告。經99?4月20日召開審查會，獲致結?：「湖山導水隧道如改建供營運期使用，單純以水?排砂觀點過於狹隘，需要性及可?性?高，可以PRO、取出水工備援系統、除淤等多元角?思考，有必要成?專案進一步評估。」 (二)計畫目的 本計畫分為可?性規劃及細部規劃二階段執?，可?性規劃階段係針對備援出水工功能(含防淤、備援取水、緊急排洪、水質活化以及與既有取出水工彈性運用方式等)、工程技術、施工可?性、成本經濟及環境影響等進?評估，並檢討備援出水本計畫於民國100?11月進?期中報告審查，依該會議決議，本計畫另研提工作會報文件並召開工作會議俾明確後續工作方向。其後召開四次工作會議及一次現場勘查與方案討?，綜整?次會議結?，本計畫規劃以保?湖山導水隧道通水為目供水等功能使用，而進水口宜採分層取水並搭配可控制閘閥，分別於EL.175m及EL.190m二處設置進水口，俾與原設計取水口搭配使用，增加日後取水及排淤等功能併??合運用之效能。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/7</date><governmentpublicationsnumber>1010101576</governmentpublicationsnumber><identifier>73343</identifier><internationalstandardbooknumber>9789860333077 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73343</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫備援出水工工程規劃可行性規劃成果報告--光碟版=Planning of Backup Outlet Project for Hushan Reservoir Final Report of Feasibility Planning</title><yearidentifier>201208</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000420</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/10</date><governmentpublicationsnumber>1010101550</governmentpublicationsnumber><identifier>73344</identifier><internationalstandardbooknumber>9789860332179 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73344</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施中區推動服務團 Central Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201208</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000420</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/10</date><governmentpublicationsnumber>1010101550</governmentpublicationsnumber><identifier>73345</identifier><internationalstandardbooknumber>9789860332179 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73345</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施中區推動服務團(光碟版) Central Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201208</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000420</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/10</date><governmentpublicationsnumber>1010101550</governmentpublicationsnumber><identifier>73346</identifier><internationalstandardbooknumber>9789860332179 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73346</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施中區推動服務團(附錄) Central Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201208</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000422</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/10</date><governmentpublicationsnumber>1010101308</governmentpublicationsnumber><identifier>73347</identifier><internationalstandardbooknumber>9789860329667 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73347</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施南區推動服務團 The Southern Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201207</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000422</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/10</date><governmentpublicationsnumber>1010101308</governmentpublicationsnumber><identifier>73348</identifier><internationalstandardbooknumber>9789860329667 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73348</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施南區推動服務團 (光碟版) The Southern Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201207</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/13</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73349</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73349</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/13</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73350</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73350</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量--光碟版=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>水利署於民國100年3月7日召開研議「白河水庫更新改善與曾文溪自來水水質水量保護區管制及解編對策」，會議結論指示本局朝阿公店水庫空庫清淤模式辦理更新改善規劃，並就整體供水效益（含農業用水）、防洪（含下游河道治理）、設施更新改善及空庫清淤（含環評）等妥適規劃，本工作計畫書乃依前期規劃檢討成果為基礎，在農委會擬辦理自嘉南大圳北幹線加壓送水供灌白河水庫下游灌區等工程後，進一步評估白河水庫空庫清淤之清淤模式、數量、土方處理方式及地點，設施更新改善（減淤）、供水效益、經費需求及防洪功能等，以增加水庫庫容、減少缺水機率及提昇防洪功能。爰提出「白河水庫更新改善規劃檢討(2)」(以下簡稱本計畫)，以期早日付諸執行，以促進白河水庫之永續利用與經營。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000470</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/18</date><governmentpublicationsnumber>1010101644</governmentpublicationsnumber><identifier>73352</identifier><internationalstandardbooknumber>9789860333572 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73352</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>白河水庫更新改善規劃檢討(2)成果報告－內附光碟 Planning of Rehabilitation of Baihe Reservoir (2)</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>581.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/18</date><governmentpublicationsnumber>1010003540</governmentpublicationsnumber><identifier>73357</identifier><internationalstandardbooknumber>9789860298406 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73357</librarycollectiondetailsurl><price>200</price><publisher>行政院大陸委員會</publisher><publishrocyear>101</publishrocyear><title>大陸事務法規彙編</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/20</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73359</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73359</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the ShihmenReservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.642703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>73384</identifier><internationalstandardbooknumber>9789860281972 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73384</librarycollectiondetailsurl><price>240</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>101</publishrocyear><title>臺北翡翠水庫管理局100年刊</title><yearidentifier>201205</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73390</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73390</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73391</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73391</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告(光碟版)=Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73393</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73393</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73394</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73394</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)(光碟版)=A research plan for safety assessment of seawalls at Chiayi coastal area (2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73395</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73395</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(光碟版)=A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73396</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73396</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫 A research plan for safety assessment of seawalls at Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>573.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101612</governmentpublicationsnumber><identifier>73398</identifier><internationalstandardbooknumber>9789860333053 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73398</librarycollectiondetailsurl><price></price><publisher>行政院研究發展考核委員會</publisher><publishrocyear>101</publishrocyear><title>行政院所屬機關100年度研究發展成果年報</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>廖運志、張睿昇、邵廣昭</author><categoryidentifier>366.9891</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/21</date><governmentpublicationsnumber>1010101318</governmentpublicationsnumber><identifier>73399</identifier><internationalstandardbooknumber>9789860329889 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73399</librarycollectiondetailsurl><price></price><publisher>交通部觀光局北海岸及觀音山國家風景區管理處</publisher><publishrocyear>101</publishrocyear><title>潮汐的呼喚探索北海岸潮間帶</title><yearidentifier>201207</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73400</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73400</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告=Review of the Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73401</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73401</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告(光碟版)Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73403</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73403</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)(內附光碟)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義海岸北起北港溪河口，南至八掌溪河口，海岸線總長約41公里。本計畫範圍包含嘉義海岸及台南市雙春海岸。嘉義海岸早年地方政府建有簡陋土堤，保護功能不足，經水利署多年來陸續改善整建，一般性海堤有東石海堤(新吉段、型厝段、塭港段及猿樹段)、網寮海堤、白水湖海堤、布袋鹽場海堤，堤長計有14,187公尺。 對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73404</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73404</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(內附光碟)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義海岸北起北港溪河口，南至八掌溪河口，海岸線總長約41公里。本計畫範圍包含嘉義海岸及台南市雙春海岸。嘉義海岸早年地方政府建有簡陋土堤，保護功能不足，經水利署多年來陸續改善整建，一般性海堤有東石海堤(新吉段、型厝段、塭港段及猿樹段)、網寮海堤、白水湖海堤、布袋鹽場海堤，堤長計有14,187公尺。 對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73405</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73405</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(光碟版)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73406</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73406</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)光碟版A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>水利署於民國100年3月7日召開研議「白河水庫更新改善與曾文溪自來水水質水量保護區管制及解編對策」，會議結論指示本局朝阿公店水庫空庫清淤模式辦理更新改善規劃，並就整體供水效益（含農業用水）、防洪（含下游河道治理）、設施更新改善及空庫清淤（含環評）等妥適規劃，本工作計畫書乃依前期規劃檢討成果為基礎，在農委會擬辦理自嘉南大圳北幹線加壓送水供灌白河水庫下游灌區等工程後，進一步評估白河水庫空庫清淤之清淤模式、數量、土方處理方式及地點，設施更新改善（減淤）、供水效益、經費需求及防洪功能等，以增加水庫庫容、減少缺水機率及提昇防洪功能。爰提出「白河水庫更新改善規劃檢討(2)」(以下簡稱本計畫)，以期早日付諸執行，以促進白河水庫之永續利用與經營。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000470</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101644</governmentpublicationsnumber><identifier>73407</identifier><internationalstandardbooknumber>9789860333572 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73407</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>白河水庫更新改善規劃檢討(2)成果報告－內附光碟 Planning of Rehabilitation of Baihe Reservoir (2)</title><yearidentifier>201208</yearidentifier></data><data><abstract>後旦溪為曾文溪上游支流河川水系，面對全球氣候變遷所帶來的極端降雨事件，本計劃除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，近一步瞭解氣候變遷下土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會，另一方面讓區域排水道能適當的重獲生機與活力。    計畫執行的另一目的則為趁此機會重新調整河川防洪功能，以因應劇烈降雨事件和塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然歡境的規劃手段，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000321</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101781</governmentpublicationsnumber><identifier>73408</identifier><internationalstandardbooknumber>9789860335279 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73408</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪支流後旦溪環境營造規劃=Environmental Rehabilitation Project of Houdan River</title><yearidentifier>201208</yearidentifier></data><data><abstract>後旦溪為曾文溪上游支流河川水系，面對全球氣候變遷所帶來的極端降雨事件，本計劃除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，近一步瞭解氣候變遷下土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會，另一方面讓區域排水道能適當的重獲生機與活力。    計畫執行的另一目的則為趁此機會重新調整河川防洪功能，以因應劇烈降雨事件和塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然歡境的規劃手段，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000321</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101781</governmentpublicationsnumber><identifier>73409</identifier><internationalstandardbooknumber>9789860335279 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73409</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪支流後旦溪環境營造規劃(光碟版)=Environmental Rehabilitation Project of Houdan River</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/24</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73410</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73410</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73411</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73411</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告(光碟版)Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000266</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101666</governmentpublicationsnumber><identifier>73416</identifier><internationalstandardbooknumber>9789860333879 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73416</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年度應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理 2011 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201209</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000266</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101666</governmentpublicationsnumber><identifier>73418</identifier><internationalstandardbooknumber>9789860333879 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73418</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年度應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理－光碟版  2011 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201209</yearidentifier></data><data><abstract> </abstract><author>張恒裕總策劃</author><categoryidentifier>575.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101558</governmentpublicationsnumber><identifier>73419</identifier><internationalstandardbooknumber>9789860332728 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73419</librarycollectiondetailsurl><price>160</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>101</publishrocyear><title>愛與希望的天空－莫拉克颱風災後重建民間貢獻獎專輯</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>張恒裕總編輯</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101586</governmentpublicationsnumber><identifier>73420</identifier><internationalstandardbooknumber>9789860332841 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73420</librarycollectiondetailsurl><price>1000</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>101</publishrocyear><title>愛與希望耀動生命力－莫拉克颱風災後重建3周年成果彙編(上)</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>張恒裕總編輯</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/25</date><governmentpublicationsnumber>1010101586</governmentpublicationsnumber><identifier>73421</identifier><internationalstandardbooknumber>9789860332841 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73421</librarycollectiondetailsurl><price>1000</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>101</publishrocyear><title>愛與希望耀動生命力－莫拉克颱風災後重建3周年成果彙編(下)</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>行政院研究發展考核委員會</author><categoryidentifier>573.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101612</governmentpublicationsnumber><identifier>73422</identifier><internationalstandardbooknumber>9789860333053 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73422</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>行政院所屬各機關100年度研究 發展成果年報</title><yearidentifier>201207</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>73423</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73423</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告(光碟版)Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>本研究主要目的係針對員山子分洪設施之水理特性，研擬一套適合員山子分洪段內各分洪設施颱洪期間流量量測之方法，俾能更準確分析其水理特性，以提供後續洪水預報、分洪管理及相關設施維護改善等之參考利用。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000475</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101257</governmentpublicationsnumber><identifier>73424</identifier><internationalstandardbooknumber>9789860328745 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73424</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(1/2)=Observation plan of flood discharge and sediment diversion by Yuanshantze flood diversion on Keelung River(1/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101242</governmentpublicationsnumber><identifier>73425</identifier><internationalstandardbooknumber>9789860328738 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73425</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(2/2)The Environment Governance and Renovation Plan of the Taitung Coast (Taimali Area)</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73426</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73426</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。     本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>台大水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/9/27</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73427</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73427</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示 (光碟版) The proposal of groundwater observation network and subsidence prevention results,collection and displays</title><yearidentifier>201205</yearidentifier></data><data><abstract> </abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/1</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73437</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73437</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)--內附光碟=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the ShihmenReservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/1</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>73438</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73438</librarycollectiondetailsurl><price>1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>中華民國99年氣候資料年報 第一部份 -- 地面資料(內附光碟)＝CLIMATOLOGICAL DATA ANNUAL REPORT 2010  PART  I -- SURFACE DATA</title><yearidentifier>201208</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73439</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73439</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)光碟版A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義海岸北起北港溪河口，南至八掌溪河口，海岸線總長約41公里。本計畫範圍包含嘉義海岸及台南市雙春海岸。嘉義海岸早年地方政府建有簡陋土堤，保護功能不足，經水利署多年來陸續改善整建，一般性海堤有東石海堤(新吉段、型厝段、塭港段及猿樹段)、網寮海堤、白水湖海堤、布袋鹽場海堤，堤長計有14,187公尺。 對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73440</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73440</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73441</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73441</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)(內附光碟)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義海岸北起北港溪河口，南至八掌溪河口，海岸線總長約41公里。本計畫範圍包含嘉義海岸及台南市雙春海岸。嘉義海岸早年地方政府建有簡陋土堤，保護功能不足，經水利署多年來陸續改善整建，一般性海堤有東石海堤(新吉段、型厝段、塭港段及猿樹段)、網寮海堤、白水湖海堤、布袋鹽場海堤，堤長計有14,187公尺。 對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73442</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73442</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(光碟版)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73443</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73443</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)--內附光碟=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the ShihmenReservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73444</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73444</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>嘉義好美里浮洲段海岸(布袋商港以南至好美里事業海堤，位處好美寮自然保護區範圍。由本局「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」成果報告資料顯示布袋商港以南之好美里浮洲海岸砂灘有侵蝕情形，海岸線逐年後退，砂洲規模亦日漸縮減，又布袋商港擴建計畫即將實施，其實施過程與擴建均可能對本段海岸變遷有一定程度影響，爰此，提報本計畫預為進行布袋商港以南到好美里離岸堤間海岸水深地形監測調查工作，分析浮洲海岸段水深地形侵淤特性，繼而據以研擬相關之對策，作為日後實施防護工作之依據。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000405</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101286</governmentpublicationsnumber><identifier>73445</identifier><internationalstandardbooknumber>9789860329346 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73445</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義好美里海岸斷面測量--光碟版=Bathymetric survey and analysis at Hao-mei-Li coast at Chia-yi</title><yearidentifier>201206</yearidentifier></data><data><abstract>濁水溪水系大斷面測量計畫約每3年辦理一次，本局曾於93及96年辦理完成全面性之「濁水溪水系大斷面測量計畫」，並與以往斷面資料套繪分析主支流河道之沖淤變化情形；另經濟部水利署亦曾於96及97年分二年完成「開發建置中央管河川空間資訊系統計畫」，並納入既設之「中央管河川三維網際網路地理資訊系統」作為業務查詢與展示之應用，該計畫亦包含濁水溪水系主支流各河段之數值地形資料建置。且本局於99年辦理「濁水溪水系中上游河段數值高程模型建置計畫」及經濟部水利署水利規劃試驗所於99年辦理「濁水溪(河口至玉峰大橋上游)數值高程模型建置計畫」，其範圍幾近包含本局全部所轄河川治理規劃範圍。 由於濁水溪水系近年遭受卡玫基、莫拉克、凡那比等颱風豪雨侵襲，各主支流河道內之地文條件變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，本計畫除配合空載光達(LiDAR)技術產製正射影像、數值高程模型(DEM)及立體測繪大斷面等資料外，並蒐集濁水溪水系??各項?值圖資與斷面資?，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用，遂擬訂本計畫。</abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000418</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101419</governmentpublicationsnumber><identifier>73446</identifier><internationalstandardbooknumber>9789860330427 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73446</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪水系數值高程模型建置計畫正式成果報告(內附光碟) Construction Project of Digital Elevation Model in Watershed of Chuo-Shuei River</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣地區自五、六O年代因地下水超抽問題嚴重導致臺北盆地、臺灣西部沿海及部分蘭陽平原陸續發生地層下陷問題，嚴重影響國土資源利用與保育，因此前臺灣省水利局為解決地下水災害（包括地層下陷、海水入侵、地下水水質污染…）等問題，遂著手規劃臺灣地區地下水觀測網計畫及實施地層下陷防治執行方案，以期透過長期之水文地質鑽探、地下水基本資料收集、分析與應用，並配合通盤規劃地層下陷區土地利用、加強地層下陷區產業輔導工作、加強地下水管制及水資源規劃及教育宣導等防治對策為主軸，了解各區地下水實際地下水水位狀況及地層下陷持續下陷面積，以期達到地下水永續經營及保育。     本署為使地下水觀測井能持續正常運作，持續分析現有地下水觀測井運作情形，並減緩地層下陷發生，已配合「第一期地層下陷防治執行方案(民國84 ~90年)」、「第二期地層下陷防治執行方案(民國90 ~97年)」及「臺灣地區地下水觀測網整體計畫(民國81 ~97年)」之計畫目標與成果，目前正執行「地下水保育管理計畫(民國98 ~103年)」，以賡續前述成果與戮力解決後續地層下陷問題，並自民國98年迄今已委辦相關計畫，分析成果應配合政府資訊之公開與展示，同時因應資訊全球化之腳步，將歷年執行計畫成果及相關統計資料，彙整為符合國際化資訊方式展示，實有必要。</abstract><author>台大水工試驗所</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000462</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010101109</governmentpublicationsnumber><identifier>73448</identifier><internationalstandardbooknumber>9789860327373 ; 9789860327</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73448</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地下水觀測網及地層下陷防治精要成果彙集與展示 The proposal of groundwater observation network and subsidence prevention results,collection and displays</title><yearidentifier>201205</yearidentifier></data><data><abstract>引進美國內政部墾務局SRH-2D岸壁沖刷模式，並根據模擬結果與其功能提出結論與建議，供美國墾務局增修模式參考之用，並針對常見之岸壁沖刷模式進行評價，以及提出台灣特性岩床沖刷公式之評估建議。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000283</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/2</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>73451</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4)內附光碟 Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract>民國100年是值得紀念的一年，是建國百年，同時也是本局成立20周年。配合國家社會及產業政策，提供中部區域穩定、安全的水源是本局首要任務，相關事項包括流域水資源管理、水資源規劃、工程開發、水源設施管理及水資源分配。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/4</date><governmentpublicationsnumber>1010101588</governmentpublicationsnumber><identifier>73461</identifier><internationalstandardbooknumber>9789860332766 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73461</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署中區水資源局100年年報</title><yearidentifier>201208</yearidentifier></data><data><abstract>民國100年是值得紀念的一年，是建國百年，同時也是本局成立20周年。配合國家社會及產業政策，提供中部區域穩定、安全的水源是本局首要任務，相關事項包括流域水資源管理、水資源規劃、工程開發、水源設施管理及水資源分配。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/4</date><governmentpublicationsnumber>1010101588</governmentpublicationsnumber><identifier>73462</identifier><internationalstandardbooknumber>9789860332766 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73462</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署中區水資源局100年年報(光碟版)</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/5</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73463</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73463</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2〉〈內含光碟片〉=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the ShihmenReservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>民國100年是值得紀念的一年，是建國百年，同時也是本局成立20周年。配合國家社會及產業政策，提供中部區域穩定、安全的水源是本局首要任務，相關事項包括流域水資源管理、水資源規劃、工程開發、水源設施管理及水資源分配。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/5</date><governmentpublicationsnumber>1010101588</governmentpublicationsnumber><identifier>73464</identifier><internationalstandardbooknumber>9789860332766 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73464</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署中區水資源局100年年報</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/8</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>73468</identifier><internationalstandardbooknumber>9789860328066 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73468</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>北港溪堤防安全性評估分析研究計畫--內附光碟=A Research Plan for Beigang River Embankment  Safety Analysis</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/8</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>73469</identifier><internationalstandardbooknumber>9789860328066 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73469</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>北港溪堤防安全性評估分析研究計畫--光碟版=A Research Plan for Beigang River Embankment  Safety Analysis</title><yearidentifier>201206</yearidentifier></data><data><abstract>以目視、透地雷達及各評估方式，對北港溪主流內之堤防進行相關研判分析，進而以評估其安全性之研究計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000317</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/11</date><governmentpublicationsnumber>1010101220</governmentpublicationsnumber><identifier>73470</identifier><internationalstandardbooknumber>9789860328066 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73470</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>北港溪堤防安全性評估分析研究計畫--光碟版=A Research Plan for Beigang River Embankment  Safety Analysis</title><yearidentifier>201206</yearidentifier></data><data><abstract>以目視、透地雷達及各評估方式，對北港溪主流內之堤防進行相關研判分析，進而以評估其安全性之研究計畫。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000317</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/11</date><governmentpublicationsnumber>1010101220</governmentpublicationsnumber><identifier>73471</identifier><internationalstandardbooknumber>9789860328066 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73471</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>北港溪堤防安全性評估分析研究計畫--內附光碟=A Research Plan for Beigang River Embankment  Safety Analysis</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫透過沉積物鑽探取樣及力學特性試驗分析等研究方法，釐清石門水庫底床地形坍塌或異重流運移沖刷在濁水形成過程的影響。依據沉積構造分析成果顯示，石門水庫的地層經常出現大規模的擾動，使原有的泥質沉積物變形或斷裂。擾動的機制可能來自原有沉積物的坍塌，或異重流在流經下游沉積物時，剪力作用造成之變形。其次依本計畫底泥鑽探取樣成果及沉積物力學試驗成果顯示，因此在颱風期間形成之異重流沖刷下，極易受沖蝕而再度捲昇，使濁水現象更形嚴重。石門水庫運轉至今已近50年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易捲昇即為高齡化水庫徵兆，值得進一步觀察留意。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2012/10/11</date><governmentpublicationsnumber>1010000859</governmentpublicationsnumber><identifier>73472</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73472</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(成果資料光碟)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>這些年來台灣淡水魚類的研究及保育工作，相當受到政府、學界及民間保育社團更多的關切與重視。但是許多中低海拔地區的溪流與河川生態環境，長期受到山坡地開發、築壩、道路及鄉鎮建設開發等工程的持續破壞及干擾。再加上有許多外來魚種入侵，已造成了本土原生淡水魚種滅絕的危機。有鑑於此，除了近來被列入保育類動物名錄的淡水魚種，受到法令保護及保育關切外，應還有不少本土珍貴的原生淡水魚類，仍然受到許多外在干擾、水體汙染或是棲息環境遭受人為破壞的威脅，仍需要有更多保育行動的投入。</abstract><author>行政院農業委員會林務局</author><categoryidentifier>388.533</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/17</date><governmentpublicationsnumber>1010101403</governmentpublicationsnumber><identifier>73474</identifier><internationalstandardbooknumber>9789860330748 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73474</librarycollectiondetailsurl><price>600</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>101</publishrocyear><title>台灣淡水魚類紅皮書 Red Data Book of Freshwater Fishes in Taiwan</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/22</date><governmentpublicationsnumber>1010100261</governmentpublicationsnumber><identifier>73477</identifier><internationalstandardbooknumber>9789860317534 ; 9789860317</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73477</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>吉洋人工湖周邊土地利用開發規劃總報告Chi Yang Lake Reservoir Surrouonding Land Use Planning</title><yearidentifier>201202</yearidentifier></data><data><abstract> </abstract><author>林啟文 洪國騰</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/22</date><governmentpublicationsnumber>1010101461</governmentpublicationsnumber><identifier>73479</identifier><internationalstandardbooknumber>9789860331578 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73479</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>101</publishrocyear><title>五萬分之一台灣地質圖說明書：美濃</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>陳義雄、曾晴腎、鄧廣昭</author><categoryidentifier>388.533</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/22</date><governmentpublicationsnumber>1010101403</governmentpublicationsnumber><identifier>73480</identifier><internationalstandardbooknumber>9789860330748 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73480</librarycollectiondetailsurl><price>600</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>101</publishrocyear><title>臺灣淡水魚類紅皮書  Red  Data  Book of  Freshwater  Fishes  in Taiwan</title><yearidentifier>201207</yearidentifier></data><data><abstract>這些年來台灣淡水魚類的研究及保育工作，相當受到政府、學界及民間保育社團更多的關切與重視。但是許多中低海拔地區的溪流與河川生態環境，長期受到山坡地開發、築壩、道路及鄉鎮建設開發等工程的持續破壞及干擾。再加上有許多外來魚種入侵，已造成了本土原生淡水魚種滅絕的危機。有鑑於此，除了近來被列入保育類動物名錄的淡水魚種，受到法令保護及保育關切外，應還有不少本土珍貴的原生淡水魚類，仍然受到許多外在干擾、水體汙染或是棲息環境遭受人為破壞的威脅，仍需要有更多保育行動的投入。</abstract><author>行政院農業委員會林務局</author><categoryidentifier>388.533</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/24</date><governmentpublicationsnumber>1010101403</governmentpublicationsnumber><identifier>73481</identifier><internationalstandardbooknumber>9789860330748 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73481</librarycollectiondetailsurl><price>600</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>101</publishrocyear><title>台灣淡水魚類紅皮書 Red Data Book of Freshwater Fishes in Taiwan</title><yearidentifier>201207</yearidentifier></data><data><abstract>湖山水庫管理中心</abstract><author>戴榮伸建築師事務所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/29</date><governmentpublicationsnumber>1010101758</governmentpublicationsnumber><identifier>73492</identifier><internationalstandardbooknumber>9789860334975 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73492</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫工程計畫湖山水庫管理中心新建工程基本設計報告=Primirary Design Report</title><yearidentifier>201208</yearidentifier></data><data><abstract>湖山水庫管理中心</abstract><author>戴榮伸建築師事務所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/10/29</date><governmentpublicationsnumber>1010101758</governmentpublicationsnumber><identifier>73493</identifier><internationalstandardbooknumber>9789860334975 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73493</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>湖山水庫工程計畫湖山水庫管理中心新建工程基本設計報告(光碟版) =Primirary Design Report</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>中華民國魚類學會</author><categoryidentifier>388.533</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/11/8</date><governmentpublicationsnumber>1010101403</governmentpublicationsnumber><identifier>73511</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73511</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會林務局</publisher><publishrocyear>101</publishrocyear><title>臺灣淡水魚類紅皮書</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫從水庫防淤規劃策略之觀點，永續水庫為「蓄清排渾」，以水力排砂為主要維持庫容手段，並可以依各水庫條之不同採用空庫排砂或機械清淤等不同防淤手段維持庫容，俾永續利用。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980059</commissionedprojectidentifier><currency>NT$</currency><date>2012/11/14</date><governmentpublicationsnumber>1009901237</governmentpublicationsnumber><identifier>73541</identifier><internationalstandardbooknumber>9789860230024 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73541</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>永續水庫與一般水庫防淤規劃策略差異分析 (光碟版) Strategic Differences on Siltation-Prevention Planning Between Conventional and Sustainable Reservoirs</title><yearidentifier>201004</yearidentifier></data><data><abstract>民主法治國家，首重依法行政，公務人員執法時更應遵循行政法令及行政規則為依據。法與時轉則治，治與事宜則有功，法令是落實政策的工具，故水利人在執法時，水利法規實不能須臾離手。有鑑於此，本署自民國年、年、年及年均已編制水利法規彙編在案。今鑑於水利法、溫泉法等法令及其子法，另各項相關之法令及行政規則皆陸續修正，致原編印之法規已不符時需，爰需重新編訂付梓。期同仁能多予研讀、熟悉法令、依法行政，以最高尚的態度、最專業的技能執行，營造水利署廉明、效能之藍圖，實現愛水、惜水、親水以及減災、避災之願景。</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/11/16</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>73542</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73542</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利法規彙編</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/11/16</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>73543</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73543</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201210</yearidentifier></data><data><abstract>民主法治國家，首重依法行政，公務人員執法時更應遵循行政法令及行政規則為依據。法與時轉則治，治與事宜則有功，法令是落實政策的工具，故水利人在執法時，水利法規實不能須臾離手。有鑑於此，本署自民國年、年、年及年均已編制水利法規彙編在案。今鑑於水利法、溫泉法等法令及其子法，另各項相關之法令及行政規則皆陸續修正，致原編印之法規已不符時需，爰需重新編訂付梓。期同仁能多予研讀、熟悉法令、依法行政，以最高尚的態度、最專業的技能執行，營造水利署廉明、效能之藍圖，實現愛水、惜水、親水以及減災、避災之願景。</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/11/21</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>73544</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73544</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利法規彙編(光碟版)</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>599</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/11/26</date><governmentpublicationsnumber>1010102133</governmentpublicationsnumber><identifier>73549</identifier><internationalstandardbooknumber>9789860339123 ; 9789860339</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73549</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署臺北水源特定區管理局100年度工作年報 Taipei Water Management Office,Water Resources Agency,Ministry of Economic Affairs 2011 annual report</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>行政院莫拉克颱風災後重建推動委員會</author><categoryidentifier>575.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/6</date><governmentpublicationsnumber>1010101753</governmentpublicationsnumber><identifier>73615</identifier><internationalstandardbooknumber>9789860334999 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73615</librarycollectiondetailsurl><price>300</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>101</publishrocyear><title>文化保存與血脈傳承重建小林村</title><yearidentifier>201211</yearidentifier></data><data><abstract> </abstract><author>行政院人事行政總處</author><categoryidentifier>573.4023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/10</date><governmentpublicationsnumber>1010102622</governmentpublicationsnumber><identifier>73623</identifier><internationalstandardbooknumber>9789860344523 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73623</librarycollectiondetailsurl><price>400</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>工友管理法規釋例彙編</title><yearidentifier>201211</yearidentifier></data><data><abstract>100100100年度 主要 加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供設施 ，強化水資源管理 ，強化水資源管理 ，強化水資源管理 ，強化水資源管理 ，並 加強節約用水 加強節約用水 加強節約用水 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，落實 ，落實 全國、民及面性節約用水 全國、民及面性節約用水 。此外仍 。此外仍 。此外仍 。此外仍 持續 進行 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 畫」， 畫」， 畫」， 並針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/10</date><governmentpublicationsnumber>2010102297</governmentpublicationsnumber><identifier>73624</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73624</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>臺灣地區水資源投資分析100年度報告</title><yearidentifier>201210</yearidentifier></data><data><abstract>100100100年度 主要 加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供加強辦理莫拉克災後復建工程及河川水 庫疏浚，更新改善供設施 ，強化水資源管理 ，強化水資源管理 ，強化水資源管理 ，強化水資源管理 ，並 加強節約用水 加強節約用水 加強節約用水 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，積極推動節約用水及抗旱措施 ，落實 ，落實 全國、民及面性節約用水 全國、民及面性節約用水 。此外仍 。此外仍 。此外仍 。此外仍 持續 進行 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 「石門水庫及其集區整治計 畫」， 畫」， 畫」， 並針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 針對莫拉克颱風後曾文南化水庫淤積嚴重及區資源峻問題，檢討 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。 辦理「曾文南化烏山頭水庫治及穩定區供計畫」。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/10</date><governmentpublicationsnumber>2010102297</governmentpublicationsnumber><identifier>73626</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73626</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>臺灣地區水資源投資分析100年度報告--光碟版</title><yearidentifier>201210</yearidentifier></data><data><abstract>摘要一、 計畫緣起及工作內容(一) 計畫緣起及目的目前水利單位對於河川流量站輸砂量之觀測，均僅侷限於懸移質之觀測調查，推移質部分則付之闕如，因此對於河川整體輸砂量之評估造成影響，故未來如何辦理該部分之觀測調查工作，實有必要針對國內外河川傳統推移質之觀測方法進行蒐集與比較評估。有鑑於以往?砂觀測的方式以人工取樣為主，惟此法後續處理步驟不但費時，且取樣時間受天候?況限制，造成許多洪水時期的?砂資?無法採集，而且威脅取樣人員的安全性，因此研發自動化之?砂觀測技術。(二) 計畫目標及工作範圍於彰雲橋以下河段，評估選取適當觀測地點，進行颱風豪雨現場水理、輸砂特性及河床沖淤變化調查。(三) 計畫目標與工作流程本計畫主要工作內容如下：本計畫工作項目劃分為七大項： (1)計畫區域背景資?調查分析；(2)?砂觀測相關資?彙整評估；(3)自動化推移質觀測方法建立；(4)規劃建置自動化觀測試驗站；(5)自動化觀測與人工觀測關係驗證；(6)一維水砂數值模擬與率定驗證；(7)評估濁水溪下游河段水理、輸砂特性及沖淤變化等關係分析河道之穩定性。本研究工作流程圖1所示。二、 計畫區域基本資?蒐集分析(一) 濁水溪主流長約186.6 km，為單一河槽入海之?態，因降雨集中、流量大其輸砂量大、水流沖刷破壞力極強，堤前河床淘刷劇烈；流經二十一鄉鎮，並有20座橋梁於濁水溪主流上。(二) 歷年水位-流量率定曲線資?，因河川底床沖淤或河床變動之影響，一年內之水位-流量關係可大致分為2至3個群組，計畫區河段屬分段型河川。(三) 歷年河道變動趨勢顯示，濁水溪河床高程有至90年全面禁止開採砂石後河床嚴重下降情形已不復見，並從96年開始河床出現回淤之現象。(四) 濁水溪為多砂河川，因集水區內80 %屬山坡地，坡度陡峭、河流短急、斷層分佈多、地質脆弱，且為地震集中區，表層土質鬆軟而易沖蝕，年輸砂量約3,000萬m3到6,000萬m3不等。(五) 97～99年颱洪災害調查，致災颱風包括卡玫基、辛樂克、薔蜜及莫拉克颱風，其中莫拉克颱風災實損情況較為嚴重，造成彰化地區多處淹水，河道多處河堤、護岸及固床工遭沖毀。三、 ?砂觀測方法評估與分析(一) 蒐集相關懸移質?砂觀測方法原理，並對其優缺點及量測範圍進行比較。(二) 針對推移質觀測研究，蒐集傳統式推移質觀測方法，大致分為兩大類：1. 直接採樣法：依據設計原理、構造及操作方法，現行推移質採樣器可歸納為籃式 (basket? type)、淺盤式 (pan?type)、壓差式 (pressure?difference?type) 及槽坑式 (slot?type or pit?type) 等四類。2. 間接取樣法：淤積斷面量測法(sedimentation process)、砂丘追蹤法(dune tracking)及示蹤劑法(tracker method)。總體而言，推移質直接取樣法雖然能夠直接採集河床?砂樣本，能夠較可靠的反應底床推移質的運移數量(三) 國內自動化推移質相關觀測研究方法較缺乏，就自動化推移質觀測方式蒐集國外相關研究成果進行探討。1. 地音探測器：整個河道斷面設置2 m埋深、混凝土保護層厚度1 m的巨積塊體，其上鑲嵌地音探測器觸發鋼板，為?比對及校正地音探測器撞擊訊號，另設置不同類型的推移質取樣器，試驗站全部共設置40個防水的地音探測器。經記?個別地音探測器接收撞擊數與時間及於空間分佈之資?後，再與河川流量紀?結合分析，最後建立流量與推移質輸砂量關係曲線，其結果呈正相關趨勢。2. 壓電式推移質影響傳感器(PBIS)：利用推移質對儀器PBIS產生振動(顆粒直徑大於20mm)並且記?每一次振動的總量為一筆數據。推移質運動的速度對於傳感器的影響在每單為時間上成正比顯示。上述兩種自動化推移質觀測方式是有效且具潛力的長期自動化觀測設備，評估其優缺點如下列幾點所示：優點：缺點：1.可完全自動化；2.具時間與空間高解析度；3.可測得起始運動。1.試驗站與實驗室間仍須進行校核；2.目前單一試驗站之設置費用高昂；3.試驗站屬固定式設備，不具機動性。(四) 台灣地區豐枯水季流量變化極大，平時部分河床雖有乾涸的時期，但颱洪期間的大流量常造成河床劇烈變化，評估地音探測器及壓電式推移質感測器其觀測方式及優缺點，國內並無相關之研究，在相關技術承接上有所難度，考慮計畫區域河段河床高程變動量較大，無適當施工地點且較為不易，上述兩種方式設站費用較為昂貴並不適用。(五) 根據相關文獻得知，振動式測砂儀具備即時、連續性及自動化觀測功能之優點。於懸移質濃度觀測具有良好趨勢，將此觀點聯想到推移質的觀測上，振動管受到推移質的負載，亦因載荷大小的改變而影響頻率，因此可以建立推移質濃度與共振頻率兩者間的關係，達到推移質觀測之目的。四、 聲學式測砂儀試驗規劃與分析(一) 本計畫研發規劃推移質測砂儀雛型，以碰撞引起聲學振動之原理進行推移質即時觀測方法與試驗研究，並於試驗室進行相關試驗分析探討。分別計對(1)單顆粒撞擊；(2)渠道坡度大小；(3)多顆粒撞擊；(4)渠道糙度粗細及(5)淤砂高度等試驗條件進行試驗。5種試驗條件試驗之結果如下：1. 單顆粒撞擊試驗：渠道坡度固定條件下，玻璃珠顆粒愈大所測得能量值愈大；在相同珠璃珠大小固定條件下，渠道坡度愈陡所測得能量值愈大，其線性關係皆呈正相關趨勢，R2值達0.90以上。2. 多顆粒撞擊試驗：在相同粒徑條件下，撞擊顆粒數愈多所測得能量值愈大；在相同顆粒數不同粒徑條件下，其線性關係皆呈正相關趨勢。3. 渠道糙度試驗：在相同顆粒大小坡度試驗條件下，渠道糙度愈粗糙所測得能量值愈低，其線性關係呈負相關趨勢，R2值達0.83；說明在相同條件下，渠道糙度與能量呈反比。4. 淤砂高度試驗：隨著淤砂高度增加，所測得能量值愈低，其線性關係呈負相關趨勢，R2值達0.84；顯示聲學式測砂儀可利用此特性推估集砂坑淤滿時間點，進而估算推移質輸砂量。(二) 根據試驗室不同大小玻璃珠及不同顆粒數撞擊振動管，模擬現地非均勻推移質撞擊振動管所測得能量值與單寬輸砂率之關係，試驗能量值愈大相對單寬輸砂率愈大，R2達0.97，顯示單寬輸砂率與能量呈正相關趨勢，於現地進行觀測應具有此關係特性。(三) 經由試驗室振動管相關試驗結果得知，振動管能量與撞擊顆粒大小、顆粒數多寡、渠道坡度大小呈正相關趨勢，與淤砂高度呈負相關，此方法具有良好的物理特性。五、 現地水砂、沖淤及推移質觀測(一) 水砂觀測作業方面，主要以鉛魚、手持式微波雷達表面流速儀及雙口式?砂採樣器等儀器，量測水位、流速及?砂等現地資?，藉以推估出河川流量及懸移質輸砂量。本計畫已於溪州大橋進行三次、彰雲橋進行五次流速、水位及水砂觀測採樣工作，時間分別為6月28日、7月19日、9月1日、9月30日及10月21日。根據本年度懸移質?砂濃度與流量觀測結果，可換算懸移質輸砂量值，溪州大橋站懸移質輸砂量約介於2,241～142,202公噸/日；彰雲橋站懸移質輸砂量約介於415～1,912,197公噸/日。將本年度水砂觀測值點繪入歷史資?所繪製成流量與懸移質輸砂量結果，並以相同流量代入溪州大橋站及彰雲橋站點繪前後率定曲線換算輸砂量結果發現，輸砂量值差異不大，表示本年度輸砂特性與歷史資?無太大差異。(二) 沖淤調查作業方面，本計畫經多次現勘並比對96年與99年度計畫區域斷面資?，發現濁水溪彰雲大橋下游河道河段整體沖刷趨勢較不顯著，但其中以斷面80、83及85具有較嚴重沖刷之情形(三) ，評估三斷面資?與現勘結果，於民國100年7月6日分別於斷面85左右岸二處進行沖刷磚埋設斷面85進行沖刷磚埋設。埋設深度左岸336公分，右岸300公分。刷磚埋設完成後至今濁水溪流域僅發生一次較大的水文事件，為民國99年8月27～31日南瑪都颱風所挾帶外圍環流影響濁水溪流域甚劇。本計畫於民國99年9月29日進行沖刷磚調查。調查結果顯示，斷面85左岸僅沖刷掉2塊磚頭(12 cm)無回淤現象；右岸沖刷總共沖刷掉27塊(162 cm)並回淤66公分。濁斷85左岸河床高程並無明顯變動，相對之下，右岸河床高程變動較為明顯，河床有下刷之趨勢產生，主深槽流路有偏向左岸之情形。(四) 民國100年9月15日另於溪州大橋下P40及P41號橋墩下游約 200公尺處設置一固定式囚砂坑，以做為聲學式測砂儀集砂坑比對之用。依溪州大橋歷年最大瞬時流量計算囚砂坑大小，囚砂坑尺寸上頂項8 m、下頂寬2m、，高2m，長15 m；設置完成後濁水溪流域並無重大水文事件發生，於民國100年10月21日進行囚砂坑調查，囚砂坑體積大小形?並無有所變化。(五) 聲學式測砂儀觀測方面，於100年8月28日現地儀器安裝完成後立即進行現地相關試驗，試驗結果如下：1. 單顆粒撞擊試驗：試驗條件固定下，隨著撞擊顆粒愈重所測得能量愈大，重量與能量呈正相關趨勢，R2達0.92。2. 多顆粒撞擊試驗：隨著撞擊的顆粒數愈多所測得能量值愈大，顆粒數與能量呈正相關趨勢，R2達0.96。3. 撞擊高度試驗：隨著撞擊高度愈高，所測得能量值愈大，撞4. 非均勻砂撞擊試驗：在固定試驗條件下，隨著非均勻砂撞擊重量愈重，相對量愈大，非均勻砂重量與能量呈正相關趨勢，R2達0.97。5. 淤砂高度試驗：隨著埋砂高度增加，能量與淤砂高度呈負相關趨勢，R2達0.91，藉此特性可判斷集砂坑淤滿時間點。(六) 本計畫安裝於溪州大橋自動化測砂儀因受限於氣候因素，無法量測相關推移質數據資?。有鑑於此，本計畫規劃於集集攔河堰進行相關試驗做為替代方案之選擇。共進行三日11次觀測結果如下：1. 能量-流量率定曲線呈正相關趨勢R2達0.97。2. 能量-輸砂量率定曲線呈正相關趨勢R2達0.92。由上述觀測結果顯示，聲學式測砂儀在推移質觀測具有莫大的發展潛力，於試驗站建立其完整相關曲線資?，未來只需量測其能量值亦可反推流量及輸砂量多寡。六、 一維水砂數值模擬與率定驗證(一) 水位檢定驗證：目前已完成NETSTARS模式於溪州大橋站之水位檢定工作，由模擬結果整體顯示，模擬水位值與實測水位值趨勢相當一致，而後續模擬之成果亦應有其代表性。(二) 敏感度分析：以Case13之主控參數模擬結果較佳，參數包括：Meyer-Peter &amp; Muller輸砂公式、沖刷深度倍數Alt=0.01、流管數Tube=7及△t=1，為NETSTARS模式河床沖淤變化之主控參數。(三) 河道變動趨勢模擬分析：以99年底床在單一洪水不同重現期距年流量作用下探討其變化情形，模擬不同重現期距年流量分別為Q10、Q25、Q50及Q100。由於為單一洪水事件，其流量對其造床作用時間較短，模擬結果變化幅度較小。整體河道大致沖淤互現，沖淤變化大致約在-0.13～0.27公尺之內，其中西濱大橋及中沙大橋上游處斷面具有沖刷情形，最大沖刷發生在斷面55，隨重現期距流量愈大其河床變化增大。並以長期流量(5、10及15年)進行河道沖淤變化模擬，根據濁水溪歷年河床沖淤情勢變化得知，96年～99年彰雲大橋至河口河段整體斷面幾近呈現淤積?態，斷面61以上淤積情況較為明顯，而在西濱大橋上游、斷面21、23及32、中沙大橋上游、斷面60及79有沖刷情況產生；長期(10及15)流量下，中沙大橋下游河段呈沖淤互現之情況，中沙大橋以上呈淤多沖之情況，由長期流量模擬結果顯示，在這幾個特定斷面有相同的趨勢產生，如斷面10～12與斷面52～54仍有沖刷情況。隨長期流量模擬時間愈長，彰雲大橋下游河段淤積情況愈明顯。七、 輸砂量推估本計畫透過流量延時曲線及流量-輸砂量率定關係推求各測站之年輸砂量變化。推估結果顯示，溪州大橋站推估年輸砂量高達11,620萬噸/年與利用機率加權相加計算平均年輸砂量QA：7,523萬噸/年相差甚鉅；而彰雲橋站流量延時曲線推估年輸砂量11,070萬噸/年，比機率加權相加計算推估彰雲橋站年輸砂量6,346萬噸/年值高；兩種輸砂量推估結果擁有相同的趨勢，溪州大橋站年輸砂量大於彰雲橋站，顯示此河道有沖刷趨勢產生，但依96 ～99年河道沖淤變化得知此河段主深槽大部分有淤積情況，推測此河段為橫向沖刷。八、 河道穩定指標分析(一) 槽偏量分析：將以96年及99年大斷面量測資?為主，計算變遷型態之量化指標，並據以分析變遷程度明顯之河段。河口至斷面69大部分河床皆成上升情形，呈淤多沖少情況，斷面70至斷面87河床皆成下降情形，其中以斷面84下降幅度最大。本計畫濁水溪計畫河段96年至99年河口段深槽大體偏向右岸，中下游河段河槽變化幅度較大，呈南北岸變動之趨勢，中上游河槽較為穩定。(二) 縱、橫斷面穩定指標穩定分析：勞哈金數(f1)值顯示，民國93年彰雲橋至河口斷面垂向河床穩定度，大部分呈穩定?態，但斷面37～斷面28屬不穩定河段；民國93年與99年勞哈金數比對結果，斷面69至河口趨向不穩定?態，斷面70至斷面80河床垂向變化為穩定，斷面81至斷面87趨向不穩定。阿爾圖?(K1)值顯示，斷面5至河口河段橫向變化相較整體河段較不穩定，與槽偏量分析中得知河口斷河槽橫向變化較不穩定；比對民國96年與99年阿爾圖圖?(K1)結果，整體河段大部分趨向不穩定?態，由其上游斷面64～87變化幅度較大，顯示濁水溪為多變型河川型態。</abstract><author>逢甲大學</author><categoryidentifier>443.6933   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990443</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/10</date><governmentpublicationsnumber>1010102841</governmentpublicationsnumber><identifier>73627</identifier><internationalstandardbooknumber>9789860347074 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73627</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪輸砂特性及推移質觀測研究(內附光碟)=The Study for Bedload Monitoring and Sediment Transport of Chuo-Shui River</title><yearidentifier>201211</yearidentifier></data><data><abstract>本(100)年度水資源投資分析年報,會計年度統計時間自民國100年1月1日起至民國100年12月31日止.</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/11</date><governmentpublicationsnumber>2010102297</governmentpublicationsnumber><identifier>73634</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73634</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>臺灣地區水資源投資分析100年度報告</title><yearidentifier>201210</yearidentifier></data><data><abstract>本(100)年度水資源投資分析年報,會計年度統計時間自民國100年1月1日起至民國100年12月31日止.</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/11</date><governmentpublicationsnumber>2010102297</governmentpublicationsnumber><identifier>73635</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73635</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>臺灣地區水資源投資分析100年度報告(光碟版)</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/13</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>73638</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73638</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局一百年度年報</title><yearidentifier>201107</yearidentifier></data><data><abstract>全球氣候變遷、極端氣候在100年中持續火熱地進行，先是北極震盪冷爆北半球的冬天，緊接著3月11日，日本發生強烈地震並引發海嘯與核電廠災變，震撼全球，而年度中國際水旱災不斷，如中國大陸北方的乾旱；巴西、斯里蘭卡、澳洲、泰國、南韓、美國密西西比河等嚴重水災，氣候災害的威脅已是各國政府所需優先正視的課題。回顧100年水情，幾個颱風都與臺灣擦身而過，慶幸未造成嚴重的災情，但回想莫拉克颱風對臺灣所造成的損害，仍不能掉以輕心，水利署全體同仁隨時提高防災警覺，做好各項防汛工作。100年初全國各地降雨不豐，北臺灣陸續出現水庫水情告急，啟動抗旱機制，而同時仍一面為汛期的來臨進行防汛整備工作；面對8月南瑪都颱風強降雨的挑戰，「易淹水水患治理計畫」已初步展露成效，過去常發生淹水災情的屏東羌園、高雄及台南市，皆無出現嚴重的災情；展望明(102)年，本署期望減少易淹水面積至650平方公里，且提升防災機制的能量，完成北部地區「降雨雷達網」的規劃。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/13</date><governmentpublicationsnumber>2010102448</governmentpublicationsnumber><identifier>73640</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73640</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/14</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>73641</identifier><internationalstandardbooknumber>18121535 ; 18121535</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73641</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>中華民國102年潮汐表年刊 第16期--光碟版=TIDAL TABLES 2013</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/14</date><governmentpublicationsnumber>2010102448</governmentpublicationsnumber><identifier>73642</identifier><internationalstandardbooknumber>9772079796009 ; 9772079796</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73642</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>100年度經濟部水利署年報(內附光碟) Water Ressources Agency Ministry of Economic Affairs</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990443</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/14</date><governmentpublicationsnumber>1010102841</governmentpublicationsnumber><identifier>73643</identifier><internationalstandardbooknumber>9789860347074 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73643</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪輸砂特性及推移質觀測研究=The Study for Bedload Monitoring and Sediment Transport of Chuo-Shui River</title><yearidentifier>201211</yearidentifier></data><data><abstract>嘉義縣東石海埔地位於朴子溪出海口北側，由於受長期地層下陷的影響，事業海堤堤頂高度逐年下降，目前幾已無禦潮功能。為解決洪氾問題，行政院95年3月3日核定實施「易淹水地區水患治理計畫」第1階段實施計畫，本計畫「東石海埔地海堤整建規劃」業經提報同意納入95、96年度第1階段實施計畫辦理。</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/17</date><governmentpublicationsnumber>1009800128</governmentpublicationsnumber><identifier>73647</identifier><internationalstandardbooknumber>9789860175233 ; 9789860175</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73647</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>「易淹水地區水患治理計畫」嘉義縣管事業海堤東石海埔地海堤規劃報告＝Stage  I   Implementation  Plan    of   the  Flood ???????????-Prone?????????????????????-Area  Management   Plan???????????-Dongshih   Tidal  Flat  Seawall   Planning</title><yearidentifier>200905</yearidentifier></data><data><abstract> </abstract><author>謝光照 楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/18</date><governmentpublicationsnumber>1010102122</governmentpublicationsnumber><identifier>73648</identifier><internationalstandardbooknumber>9789788960331 ; 9788960338</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73648</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>101</publishrocyear><title>雜糧作物試驗研究年報-民國99年 ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT 2009</title><yearidentifier>201209</yearidentifier></data><data><abstract>以整合環境的構想，建置「河川監控管理整合平台」，提供水利署以統一入口整合河川局之監管資訊建立異常通報、查報、回報集中管理機制，並使其河川管理資料能提供水利署內各類資訊管理系統所應用，並達到資訊流通及提高業務執行效率之目的。 為確實加強河川異常狀況的掌握、異常狀況回傳確認及24小時輪值機制的建立，並落實異常事件通報的流程，使整體監測運作正常，並進行遠端監控中心RMNOC(Remote Monitor Network Operation Center)的成立，由全天候不間斷的值勤與應變執行監控系統運作，進行異常事件確認及通報流程事務，以維持河川監管之正常運作維護及監測工作。 為維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合遠端監控中心RMNOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010131</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/20</date><governmentpublicationsnumber>1010102743</governmentpublicationsnumber><identifier>73649</identifier><internationalstandardbooknumber>9789860345407 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73649</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoring and Management System</title><yearidentifier>201211</yearidentifier></data><data><abstract>以整合環境的構想，建置「河川監控管理整合平台」，提供水利署以統一入口整合河川局之監管資訊建立異常通報、查報、回報集中管理機制，並使其河川管理資料能提供水利署內各類資訊管理系統所應用，並達到資訊流通及提高業務執行效率之目的。 為確實加強河川異常狀況的掌握、異常狀況回傳確認及24小時輪值機制的建立，並落實異常事件通報的流程，使整體監測運作正常，並進行遠端監控中心RMNOC(Remote Monitor Network Operation Center)的成立，由全天候不間斷的值勤與應變執行監控系統運作，進行異常事件確認及通報流程事務，以維持河川監管之正常運作維護及監測工作。 為維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合遠端監控中心RMNOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010131</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/24</date><governmentpublicationsnumber>1010102743</governmentpublicationsnumber><identifier>73654</identifier><internationalstandardbooknumber>9789860345407 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73654</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川監控管理整合平台維護及改善計畫--光碟版=The Maintenance and Improvement of Integration Platform for River Monitoring and Management System</title><yearidentifier>201211</yearidentifier></data><data><abstract>近??，隨著全球暖化效應及海洋氣候變遷的影響，全球海水位的抬昇以及颱風頻繁的發生等問題已迫?攸關到我們所生存的環境，波?與?潮對人?活動之影響也已引起各國政府和科學家的廣泛關注。臺灣每?夏秋季遭受颱風侵襲，颱風?潮所產生?常水位常對臺灣沿海造成重大災害，造成臺灣海洋環境的發展產生?極大的衝擊。唯有準確地掌握近岸區域之實際海氣象特性，才能使海象資訊進一步發揮功效，並且提高防救災效?。為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策?，本計畫將進?強化臺灣西?及東?地區因應氣候變遷海岸災害調適能?之研究工作。本計畫為??期計畫 (101?~102?)，第一??(101?) 計畫工作範圍為苗?縣、新竹縣市、桃園縣海岸地區；第二?? (102?) 計畫工作範圍為新?市、基?市、宜?縣海岸地區。為達到上述目標，本計畫主要包含「調查及蒐集臺灣地區西?及東?地區海岸防災現?」、「建?氣候變遷下水環境因子情境分析模式」、「評估氣候變遷對西?及東?沿海海岸災害之衝擊分析」、「臺灣西?及東?沿海地區氣候變遷下海岸災害之脆弱?及風險評估」、「研擬因應氣候變遷臺灣西?及東?沿海地區海岸災害調適策?及?動方案」等五項工作項目。本(101)??計畫將進?苗?縣、新竹縣市、桃園縣沿海海岸地區於氣候變遷下各假設目標?之海岸災害因子情境分析，進?沿海地區海岸災害之衝擊模擬、脆弱?與風險評估及地圖製作，並研擬因應之調適策?與提出?動方案之效?分析，以供決策機關?考。根據計畫期程所進?之分析與研究成果，歸納以下之結?：1. 本計畫實際進?苗?縣、新竹縣市、桃園縣之海岸現地勘查，就目前氣候條件下，評估苗?縣、新竹縣市、桃園縣現有海岸防護設施功能性，以瞭解防 止潮、?侵襲?況，以作為後續海堤改善依據。2. 為建?氣候變遷下苗?縣、新竹縣市及桃園縣水環境因子情境分析模式，本計畫蒐集?苗?、新竹與桃園海岸的海、氣象基本資?進?分析，並以?值模式或物?模型校驗，模擬現階段海域之波?、iv?潮偏差及海水位上升情形。為?能完整描述颱風侵襲之水位與波?變化，?用?值模式推算颱風波?及?潮，進一步以統計方式獲得現階段?同重現期設計波?與設計潮位。3. 在海平面變遷趨勢估算方面，本計畫?用三種?同?值分析方法進?臺灣西?海域海平面變遷分析，歸納出臺灣西?海域海平面均呈現整體性的抬升，經綜合平均的推估分析得到臺灣西?海域(苗?、新竹、桃園海域)2020?至2039?海平面變遷?平均之變動範圍約在4.02至11.82公分(平均為7.53公分)。另外，在分析基期為各潮位站所有?史記?的條件下，以本計畫方法結果得到桃竹苗地區海平面上升平均變動範圍約在4.92至5.56公分，此分析結果可提供?考。4. 本計畫進一步蒐集1992?至2009?衛星資?，?用三種?同?值分析方法分析2020?至2039?海平面變遷趨勢，以本計畫方法結果得到桃竹苗地區海平面上升平均變動範圍約在6.5至11.7公分，此分析結果可提供?考。5. 在颱風波?與?潮位變遷趨勢估算方面，本計畫?用WWM風?模式與颱風?潮模式，模擬現階段(1980-1999)颱風以及目標情境?(2020-2039)颱風侵襲時，新竹南?漁港附近海域之最大波高與最大潮位，經本計畫方法分析結果得到臺灣西?海域(苗?、新竹、桃園海域)2020?至2039?颱風波?最大波高可能增加50.3%，颱風最大潮位(?潮＋天文潮)可能增加38%。6. 本計畫建?溯升與越波水環境因子情境分析模式，分析臺灣在未?2020-2039?遭受全球氣候變遷影響，颱風波?入侵臺灣西?沿海各海堤所造成的波?溯升與越波變化，考慮西?海岸地區海平面上升最大值配合現階段?同重現期?潮位與颱風波?入侵之海象結果。分析結果顯示，桃園縣?港海堤考慮海平面上升因素後，大於50?重現期波?最大溯升高?皆大於堤頂高?，發生越波現象；苗?縣通霄灣海堤大於150?重現期波?最大溯升高?皆?大於堤頂高?，發生小規模越波情形；新竹市港南海堤小於250?重現期波?最大溯升高?皆未超過堤頂高?。v7. 在海堤安全性現況分析方面，桃園地區之海堤以現階段而言，在5?、10?、20?重現期下皆可滿足溢??標準而?致產生危害，大於50?之重現期颱風波?對桃園地區海堤已會產生大於規範之溢??；新竹地區之海堤以現階段而言，海堤高?達+6.2m，可符合200?重現期下溢??標準，其餘部份海堤僅能滿足50?重現期下溢??標準；苗?地區之海堤以現階段而言，大部份海堤達+6m以上，可符合250?重現期下溢??標準，其餘部份海堤亦能滿足100?重現期下溢??標準。8. 在考慮未?情境(2020~2039)下，桃園縣、新竹縣與苗?縣的海堤均無法滿足50?重現期颱風波?及潮位作用下之溢??安全，顯示在未?氣候變遷之假設條件下，桃園縣、新竹縣與苗?縣地區之海堤均面?海堤高?嚴重?足之情況。為減輕對堤後民眾生命財產安全之影響，除可視民眾居住密?較高之區域適?予以將海堤高?加高外，或將居民遷移至?海堤後側較遠處以預?緩?空間亦是一可?之解決之道。9. 在氣候變遷下海岸災害之脆弱?評估方面，本計畫根據人為設施、環境地?及社會經濟三個構面之指標因子，運用等權重與AHP加權模式進?分析，現階段海岸災害脆弱?較高的地區(5級)為桃園縣的?竹鄉、新竹市的?區；考慮氣候變遷未?情境之海岸災害脆弱?較高的地區，則以桃園縣的?竹鄉、大園鄉(部分地區)、新竹縣的竹?市及新竹市的?區脆弱?較高。10. 在氣候變遷下海岸災害之風險評估方面，災害潛勢危險因子之各指標權重上以洪氾溢淹範圍較重要，洪氾溢淹深?次之，而影響海岸災害風險構面上，則以脆弱?權重較高於災害潛勢。本計畫將海岸災害脆弱?分析結果與災害潛勢之分析結果套疊得出海岸災害風險圖，得知現階段海岸災害風險?較高的區域位於桃園縣?竹鄉及新竹縣竹?市；考慮氣候變遷未?情境海岸災害風險?較高的區域位於桃園縣?竹鄉、大園鄉(部分地區)、新竹縣竹?市及新竹市?區(部分地區)。11. 為進一步分析氣候變遷之影響，將情境模擬與現況進?海岸災害風vi險差?分析，結果顯示研究區域內等級4之面積佔84.66%(現況&amp;AHP權重) ， 而( 情境&amp;AHP) 位於等級4 之面積則減少為佔79.14%，風險增加的區域面積約有44.12平方公?，分佈在桃園縣大園鄉、新竹縣竹?市及新竹市?區等鄉鎮，在未?氣候變遷下發生災害風險增高，未?必須多加注意該區域之發展。12. 在調適策?上，模擬將原先高??足6公尺的海堤加至6公尺，分析對海岸脆弱?及風險?的影響，在現況中苗?縣因海堤平均高?在6公尺左右，因此脆弱?最低為1級，其餘鄉鎮則為2、3、及5級，其中桃園縣?竹鄉及新竹市?區因為無海堤，海堤高?為0所以風險最高。在調適策?調整將海堤平均高?皆加至6公尺後，研究範圍內海堤高?相對比的脆弱?皆下?至最低的1級。13. 將調適策?模擬與現況進?差?分析，結果顯示等級4之面積佔84.66%(現況&amp;AHP權重)，而(調適&amp;AHP)位於等級4之面積則佔100%，風險減少的區域面積約有122平方公?，分佈在桃園縣?竹鄉級新竹縣竹?市。結果顯示原災害風險較高區域，在調適策?的情況下災害風險?低。14. 在現階段西?沿海地區之各項防護設施與海洋環境條件下，依據本計畫分析結果，在未?氣候變遷下研究區域主要受到的衝擊，評估?即性對策如下建議：(1) 因應海水位上升衝擊?即性因應對策：(a) 提升監測技術與資???。(b) 增設海岸防護設施以減少高潮位對海岸線的危害。(c) 評估是否須撤?沿海居民、產業及基礎設施。(2) 因應海堤安全性衝擊?即性因應對策：(a) 目前桃園海堤在大於50?之重現期颱風波?對桃園地區海堤已會產生大於規範之溢??，建議可增加?石使得坡?變緩或增加堤高，方能減低溢??之影響。(b) 為減輕對堤後民眾生命財產安全之影響，除可視民眾居住vii密?較高之區域適?予以將海堤高?加高外，或將居民遷移至?海堤後側較遠處以預?緩?空間亦是一可?之解決之道。但由於遷移居民往往是耗費甚久且所費?貲，針對現階段海堤安全予以加強是現階段較為可?之解決方案。(3) 因應淹水災害衝擊?即性因應對策：(a) 強化「?淹水地區水患治?計畫」執?成效。(b) 改善沿海低窪地區排水系統及河道清淤作業。(c) ?實河道區域的疏濬清淤作業。(d) 針對淹水災害衝擊影響較明顯之區域規劃布設緊急抽水設備。(4) 因應沿海脆弱?衝擊?即性因應對策：(a) 強化「?淹水地區水患治?計畫」執?成效。(b) 檢討河堤設計標準並考慮堤岸加高之可?性。(c) 健全災害應變體系，?低災害生命財產損失。(d) 針對高脆弱?之區域規劃布設緊急抽水設備。15. 本計畫彙整國內外因應氣候變遷之海岸災害調適策?相關資?，作為擬定本計畫調適策?及?動方案之?考。根據西南沿海地區(高雄、屏東海岸)氣候變遷衝擊分析及風險評估結果，為有效減緩未?氣候變遷的影響下的衝擊，本計畫擬定中、長期調適策?如下建議：(1) 持續性的監測海水位變動與紀??新持續監測海平面的變化，並定期將新觀測紀?與?史紀?分析比對，檢驗是否近??海平面上升速?確實有增加的趨勢，並根據新測海平面變動資?推估未?海平面的上升。(2) 海岸防護設施防護能?的加強與提升根據現況分析，大於50?之重現期颱風波?對桃園地區海堤會產生大於規範之溢??。根據未?(2020~2039?)階段之模viii擬結果，10?以上重現期之颱風波?及潮位情境會對現有多?的西?海岸海堤產生相當大之溢??，海堤大多面?海堤高??足之情況。在海水位及?潮位增加速??斷上升的情況下，海岸設施防護能?及耐災能?的提升是應當優先因應的問題。另外定期性的檢測既有防護設施的結構強?與維持其防護能?，也是未?必須執?的排程工作項目之一。(3) 改善沿海地區排水系統依據本報告第五章對於研究區域海岸災害資?的蒐集，並綜整臺灣西?沿海鄉鎮淹水災害的致災原因可發現，在颱風或大潮事件影響下，苗?沿海地區地處低窪，曾經因為有河段未設置堤防，又適逢大潮期間，排水宣洩困難而造成淹水；桃園沿海地區則因為河川斷面?足，曾因為雨?過大橋樑為垃圾所阻以致洪水?四溢；新竹沿海鄉鎮則曾因為颱風洪水?漲，原颱風受損堤防遭洪水沖衝毀，或是溪水?增導致溢堤。因此在未?桃竹苗沿海地區河川、海水溢堤風險增加的?況下，提升排水能?是刻?容緩的工作。建議的工作項目有：抽水機(站)的增加、排水?線的規劃、排洪渠道的清淤、滯洪池的規劃以及現有堤防的強化等。現階段經濟部水?署致?於「?淹水地區水患治?」的計畫工作項目，而此部分也需要地方政府或相關機關的協助配合，以減少沿海地區居民因淹水災害而導致的生命財產損失。(4) 海岸侵蝕的控制與海灘養護根據水?署網頁所提供資?，臺灣西?之桃竹苗海岸屬於侵淤互現之情形。海岸侵蝕速?的增加使得海岸災害發生的風險提高且災害影響的範圍與程?也會增加，因此海岸侵蝕的控制也就能保護自然海岸線，配合各項海灘養護的措施，讓自然海岸逐漸恢?既有的防護能?，以?低海岸災害的發生機?及災害影響程?，並減少對於大型硬體防護結構物的依賴。而未?在因應氣候變遷的海岸衝擊，可運用海灘養護為基礎作法，配合海堤或其它結構性措施的海岸防護能?，建?多層次的海岸保護防線。(5) 自然海岸生態環境的維護ix臺灣西?海岸地區有許多海岸風景區以及多處國家級(如新竹香山濕地)與地方級的海岸濕地，多樣化的海岸環境生態是重要自然資產。因此在現階段氣候變遷的影響衝擊下，為?達到「永續海岸整體發展」的策?目標，應有目標性地執?各項海岸生態環境保育計畫，對於海岸自然保護區的治?，可階段性地評估各期對於自然海岸生態環境的保護成果；並透過地方民眾的?合??，監督並檢舉自然保護區內的?法人為活動，使美?且豐富的自然海岸資產能夠永續經營、發展。(6) 持續監控地層變遷情況依據「嚴重地層下陷地區劃設作業規範」(民國94?10月12日)所公告者，桃園縣、新竹縣、新竹市及桃園縣轄區內之沿海鄉鎮無嚴重地層下陷區域劃設地段，但仍需持續監控，藉以防範於未然。因此目前仍應做好地層下陷的防治工作，管制每?之地下水使用?低於容許出水?，達到地下水減?使用的目標。(7) 計畫性地管制海岸地區開發活動本計畫研究範圍區域內有大園工業區(桃園縣大園鄉)及觀音工業區(桃園縣觀音鄉)以及竹南工業區(苗?縣竹南鎮)等經濟活動頻繁區預。根據本計畫前述之桃竹苗沿海地區之脆弱?分析結果(基期&amp;等權重、現況&amp;等權重、基期＆AHP加權、現況＆AHP加權、情境&amp;等權重)可發現，桃園縣大園鄉、觀音鄉以及苗?縣竹南鎮屬於普通到脆弱之等級。而根據情境＆AHP加權的脆弱?分析結果，則發現上述三個鄉鎮屬於脆弱到非常脆弱之等級。未?在經濟發展建設與海岸環境保護兼顧的?況下，中央主管機關及地方政府在審核開發計畫書時應當有計畫性地限制開發，並於施工過程之中監督開發單位是否有完善地執?海岸保護措施，並要求未?營運單位確實執?海岸地區防護工作，且定期呈報各項觀測報告以?後續各階段的評估作業。(8) 規劃洪災救難計畫及?實防洪教育x應重新檢視現階段之洪災救難計畫是否可因應未?氣候變遷條件的衝擊，並進一步根據氣候變遷影響的程?而調整防救災應變計畫內容，確保計畫?動的適用性及執??。除?防洪救難計畫的完善之外，地區性防洪教育的推廣也是重要的工作項目之一，整?過往沿海淹水災害案?的調查報告可發現，某些災害在人為因素影響的層面較大，如民眾並無事先災害預防作為、閘門開啟時機?當或無法貫徹災害應變計畫等因素。因此對於沿海地區高風險海岸災害的居民，應推廣宣導淹水防治教育，結合社區組織或地方?政單位(鄉鎮市公所、村?辦公室等)，對於地方單位主管進?防洪教育訓?以及洪水緊急應變計畫的演?，對於沿海居民以文宣品或廣告宣導防洪器材的準備與防洪觀?的養成；此外可定期性的舉辦洪水應變計畫演?，讓地方政府與民眾確實掌握?動?程，確保在未?洪災發生時能發揮應變計畫的成效，並使沿海地區民眾及早準備、及早因應。(9) 擬定整合性海岸地區管?計畫整合性海岸帶管?的目標是為能解決海岸帶使用目的複雜而產生的衝突。因此應以多方面去思考如生態保育、教育研究、漁業資源或海岸帶開發等因素，以?破壞環境自然資源為前提條件下，進而滿足人?活動及開發需求。整合性海岸帶管?需要長期的監控與持續有效的管?作業方式，?與的專家學者或海洋事務管?機關除??上的研究分析之外，也應尋求實務上的變通，如?考世界各國各項整合性海岸帶管?案?，師法其他各國海岸治?的優點，且依據目標治?海岸地區的特性，歸納整合適合治?區的管?計畫，以期在?損害生態資源環境的情況下且與海岸地區開發並重的發展下，達到永續海洋發展的目標。(10) 海岸溢淹預警能?的強化海岸地區的淹水預警可?是前述相關防護方法之外的另一條防線。透過有效的預警機制，搭配後端移動式抽水設備的調配，?低海岸地區的淹水災情。這對於海岸保護與重要經濟發展地區的管?與策?擬定，有其重要性。xi16. 本計畫研擬現階段臺灣西?海岸之苗?縣、新竹縣市、桃園縣沿海地區對於未?氣候變遷影響衝擊下，為減緩海岸災害發生而應採取的?動方案建議如下：(1) 近程?動方案(A) 保護性技術(a) 提升高風險防護設施之防護強?。(b) 建造防護設施以減緩海岸侵蝕速?。(c) 檢討現?海岸地區治?相關法規。(B) 適應性技術(a) 提升?淹水地區治?計畫執?成效。(b) 編定沿海地區脆弱?與風險地圖製作手冊。(c) 劃定應受嚴格保護的沿海地區。(d) 規劃替代設施或補強措施。(e) 定期監測地層下陷速?。(f) 檢討現?工程技術與設施運作。(g) 持續收集資?，並提升觀測技術及資?分析方法。(C) 後撤性技術(a) 提高開發計畫審核標準。(b) ?實地方防災教育並定期演?災害應變?程。(c) 劃定海岸緩衝區與災害防護區。(2) 中程?動方案(A) 保護性技術(a) 全面檢討現有防護設施並定期維護。(b) 海灘養護或種植海岸植物以穩固砂源。(c) 擬訂新制海岸法規且考慮氣候變遷影響衝擊。(B) 適應性技術xii(a) 檢討排水系統設計標準。(b) 依據脆弱?與風險地圖分析結果執?海岸保護治?。(c) 推動永續海岸環境發展計畫。(d) 減少設施破壞風險並延長使用?限。(e) 輔導地方產業轉型以?低地下水抽用?。(f) 編定工程技術手冊並完善規範。(g) 推估臺灣西?海域可能海平面上升。(C) 後撤性技術(a) 擬定海岸地區開發限制規範。(b) 檢討並改善現?緊急災害撤??線與應變計畫。(c) 撤?緩衝區內居民及產業。(3) 遠程?動方案(A) 保護性技術(a) 建?氣候變遷下之海岸防護設施設計標準手冊。(b) 提升海岸環境自然容忍能?。(c) 持續檢討並修訂海岸法規。(B) 適應性技術(a) 鼓?低窪地區住?採用高耐洪性設計建材。(b) 持續檢討規範手冊及地圖的可?用性。(c) 發展整合性海岸地區管?計畫。(d) 建造新式高強?防護設施。(e) 實?地下水補注措施。(f) 積極國際合作以學習國外海岸治?經驗。(g) 建置海水位與?潮即時預警系統。(C) 後撤性技術(a) 人為開發與海岸環境保護並存。xiii(b) 中央與地方協?健全海岸災害應變體系。(c) 配合海岸防護政策調整緩衝區範圍。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010204</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/26</date><governmentpublicationsnumber>1010102771</governmentpublicationsnumber><identifier>73657</identifier><internationalstandardbooknumber>9789860345551 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73657</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫(1/2)=A Study of Adaptation Capacity of Coastal Disasters Due to Climate Change in Order to Strengthen Northwest and Northeast Areas of Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近??，隨著全球暖化效應及海洋氣候變遷的影響，全球海水位的抬昇以及颱風頻繁的發生等問題已迫?攸關到我們所生存的環境，波?與?潮對人?活動之影響也已引起各國政府和科學家的廣泛關注。臺灣每?夏秋季遭受颱風侵襲，颱風?潮所產生?常水位常對臺灣沿海造成重大災害，造成臺灣海洋環境的發展產生?極大的衝擊。唯有準確地掌握近岸區域之實際海氣象特性，才能使海象資訊進一步發揮功效，並且提高防救災效?。為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策?，本計畫將進?強化臺灣西?及東?地區因應氣候變遷海岸災害調適能?之研究工作。本計畫為??期計畫 (101?~102?)，第一??(101?) 計畫工作範圍為苗?縣、新竹縣市、桃園縣海岸地區；第二?? (102?) 計畫工作範圍為新?市、基?市、宜?縣海岸地區。為達到上述目標，本計畫主要包含「調查及蒐集臺灣地區西?及東?地區海岸防災現?」、「建?氣候變遷下水環境因子情境分析模式」、「評估氣候變遷對西?及東?沿海海岸災害之衝擊分析」、「臺灣西?及東?沿海地區氣候變遷下海岸災害之脆弱?及風險評估」、「研擬因應氣候變遷臺灣西?及東?沿海地區海岸災害調適策?及?動方案」等五項工作項目。本(101)??計畫將進?苗?縣、新竹縣市、桃園縣沿海海岸地區於氣候變遷下各假設目標?之海岸災害因子情境分析，進?沿海地區海岸災害之衝擊模擬、脆弱?與風險評估及地圖製作，並研擬因應之調適策?與提出?動方案之效?分析，以供決策機關?考。根據計畫期程所進?之分析與研究成果，歸納以下之結?：1. 本計畫實際進?苗?縣、新竹縣市、桃園縣之海岸現地勘查，就目前氣候條件下，評估苗?縣、新竹縣市、桃園縣現有海岸防護設施功能性，以瞭解防 止潮、?侵襲?況，以作為後續海堤改善依據。2. 為建?氣候變遷下苗?縣、新竹縣市及桃園縣水環境因子情境分析模式，本計畫蒐集?苗?、新竹與桃園海岸的海、氣象基本資?進?分析，並以?值模式或物?模型校驗，模擬現階段海域之波?、iv?潮偏差及海水位上升情形。為?能完整描述颱風侵襲之水位與波?變化，?用?值模式推算颱風波?及?潮，進一步以統計方式獲得現階段?同重現期設計波?與設計潮位。3. 在海平面變遷趨勢估算方面，本計畫?用三種?同?值分析方法進?臺灣西?海域海平面變遷分析，歸納出臺灣西?海域海平面均呈現整體性的抬升，經綜合平均的推估分析得到臺灣西?海域(苗?、新竹、桃園海域)2020?至2039?海平面變遷?平均之變動範圍約在4.02至11.82公分(平均為7.53公分)。另外，在分析基期為各潮位站所有?史記?的條件下，以本計畫方法結果得到桃竹苗地區海平面上升平均變動範圍約在4.92至5.56公分，此分析結果可提供?考。4. 本計畫進一步蒐集1992?至2009?衛星資?，?用三種?同?值分析方法分析2020?至2039?海平面變遷趨勢，以本計畫方法結果得到桃竹苗地區海平面上升平均變動範圍約在6.5至11.7公分，此分析結果可提供?考。5. 在颱風波?與?潮位變遷趨勢估算方面，本計畫?用WWM風?模式與颱風?潮模式，模擬現階段(1980-1999)颱風以及目標情境?(2020-2039)颱風侵襲時，新竹南?漁港附近海域之最大波高與最大潮位，經本計畫方法分析結果得到臺灣西?海域(苗?、新竹、桃園海域)2020?至2039?颱風波?最大波高可能增加50.3%，颱風最大潮位(?潮＋天文潮)可能增加38%。6. 本計畫建?溯升與越波水環境因子情境分析模式，分析臺灣在未?2020-2039?遭受全球氣候變遷影響，颱風波?入侵臺灣西?沿海各海堤所造成的波?溯升與越波變化，考慮西?海岸地區海平面上升最大值配合現階段?同重現期?潮位與颱風波?入侵之海象結果。分析結果顯示，桃園縣?港海堤考慮海平面上升因素後，大於50?重現期波?最大溯升高?皆大於堤頂高?，發生越波現象；苗?縣通霄灣海堤大於150?重現期波?最大溯升高?皆?大於堤頂高?，發生小規模越波情形；新竹市港南海堤小於250?重現期波?最大溯升高?皆未超過堤頂高?。v7. 在海堤安全性現況分析方面，桃園地區之海堤以現階段而言，在5?、10?、20?重現期下皆可滿足溢??標準而?致產生危害，大於50?之重現期颱風波?對桃園地區海堤已會產生大於規範之溢??；新竹地區之海堤以現階段而言，海堤高?達+6.2m，可符合200?重現期下溢??標準，其餘部份海堤僅能滿足50?重現期下溢??標準；苗?地區之海堤以現階段而言，大部份海堤達+6m以上，可符合250?重現期下溢??標準，其餘部份海堤亦能滿足100?重現期下溢??標準。8. 在考慮未?情境(2020~2039)下，桃園縣、新竹縣與苗?縣的海堤均無法滿足50?重現期颱風波?及潮位作用下之溢??安全，顯示在未?氣候變遷之假設條件下，桃園縣、新竹縣與苗?縣地區之海堤均面?海堤高?嚴重?足之情況。為減輕對堤後民眾生命財產安全之影響，除可視民眾居住密?較高之區域適?予以將海堤高?加高外，或將居民遷移至?海堤後側較遠處以預?緩?空間亦是一可?之解決之道。9. 在氣候變遷下海岸災害之脆弱?評估方面，本計畫根據人為設施、環境地?及社會經濟三個構面之指標因子，運用等權重與AHP加權模式進?分析，現階段海岸災害脆弱?較高的地區(5級)為桃園縣的?竹鄉、新竹市的?區；考慮氣候變遷未?情境之海岸災害脆弱?較高的地區，則以桃園縣的?竹鄉、大園鄉(部分地區)、新竹縣的竹?市及新竹市的?區脆弱?較高。10. 在氣候變遷下海岸災害之風險評估方面，災害潛勢危險因子之各指標權重上以洪氾溢淹範圍較重要，洪氾溢淹深?次之，而影響海岸災害風險構面上，則以脆弱?權重較高於災害潛勢。本計畫將海岸災害脆弱?分析結果與災害潛勢之分析結果套疊得出海岸災害風險圖，得知現階段海岸災害風險?較高的區域位於桃園縣?竹鄉及新竹縣竹?市；考慮氣候變遷未?情境海岸災害風險?較高的區域位於桃園縣?竹鄉、大園鄉(部分地區)、新竹縣竹?市及新竹市?區(部分地區)。11. 為進一步分析氣候變遷之影響，將情境模擬與現況進?海岸災害風vi險差?分析，結果顯示研究區域內等級4之面積佔84.66%(現況&amp;AHP權重) ， 而( 情境&amp;AHP) 位於等級4 之面積則減少為佔79.14%，風險增加的區域面積約有44.12平方公?，分佈在桃園縣大園鄉、新竹縣竹?市及新竹市?區等鄉鎮，在未?氣候變遷下發生災害風險增高，未?必須多加注意該區域之發展。12. 在調適策?上，模擬將原先高??足6公尺的海堤加至6公尺，分析對海岸脆弱?及風險?的影響，在現況中苗?縣因海堤平均高?在6公尺左右，因此脆弱?最低為1級，其餘鄉鎮則為2、3、及5級，其中桃園縣?竹鄉及新竹市?區因為無海堤，海堤高?為0所以風險最高。在調適策?調整將海堤平均高?皆加至6公尺後，研究範圍內海堤高?相對比的脆弱?皆下?至最低的1級。13. 將調適策?模擬與現況進?差?分析，結果顯示等級4之面積佔84.66%(現況&amp;AHP權重)，而(調適&amp;AHP)位於等級4之面積則佔100%，風險減少的區域面積約有122平方公?，分佈在桃園縣?竹鄉級新竹縣竹?市。結果顯示原災害風險較高區域，在調適策?的情況下災害風險?低。14. 在現階段西?沿海地區之各項防護設施與海洋環境條件下，依據本計畫分析結果，在未?氣候變遷下研究區域主要受到的衝擊，評估?即性對策如下建議：(1) 因應海水位上升衝擊?即性因應對策：(a) 提升監測技術與資???。(b) 增設海岸防護設施以減少高潮位對海岸線的危害。(c) 評估是否須撤?沿海居民、產業及基礎設施。(2) 因應海堤安全性衝擊?即性因應對策：(a) 目前桃園海堤在大於50?之重現期颱風波?對桃園地區海堤已會產生大於規範之溢??，建議可增加?石使得坡?變緩或增加堤高，方能減低溢??之影響。(b) 為減輕對堤後民眾生命財產安全之影響，除可視民眾居住vii密?較高之區域適?予以將海堤高?加高外，或將居民遷移至?海堤後側較遠處以預?緩?空間亦是一可?之解決之道。但由於遷移居民往往是耗費甚久且所費?貲，針對現階段海堤安全予以加強是現階段較為可?之解決方案。(3) 因應淹水災害衝擊?即性因應對策：(a) 強化「?淹水地區水患治?計畫」執?成效。(b) 改善沿海低窪地區排水系統及河道清淤作業。(c) ?實河道區域的疏濬清淤作業。(d) 針對淹水災害衝擊影響較明顯之區域規劃布設緊急抽水設備。(4) 因應沿海脆弱?衝擊?即性因應對策：(a) 強化「?淹水地區水患治?計畫」執?成效。(b) 檢討河堤設計標準並考慮堤岸加高之可?性。(c) 健全災害應變體系，?低災害生命財產損失。(d) 針對高脆弱?之區域規劃布設緊急抽水設備。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010204</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/26</date><governmentpublicationsnumber>1010102771</governmentpublicationsnumber><identifier>73658</identifier><internationalstandardbooknumber>9789860345551 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73658</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫(1/2)--光碟版=A Study of Adaptation Capacity of Coastal Disasters Due to Climate Change in Order to Strengthen Northwest and Northeast Areas of Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/12/26</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>73660</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73660</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--建國100年紀念專書 : 百年臺灣重大水利建設紀要</title><yearidentifier>201207</yearidentifier></data><data><abstract>本研究計畫主要目的為針水利署所屬單位，依據近程環境改善技術發重點，檢討國內外規劃設計技術應用台灣河川之適用性，提出符合發展重點之規劃策略及設計條件及參考水利署「河川情勢調查」、「河川環境管理規劃」、「河川環境營造計畫」及其他相關報告成果，並考量現行相關法規、技術施行及維護管理等三個層面，編撰本技術手冊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980238</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/27</date><governmentpublicationsnumber>1009902959</governmentpublicationsnumber><identifier>73670</identifier><internationalstandardbooknumber>9789860246063 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73670</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>河川環境管理規劃技術手冊報告書 Report of Technical Manual on Environmental Planning for River Management</title><yearidentifier>201008</yearidentifier></data><data><abstract>為進行口隘溪及溝坪溪之治理規劃，需要在規劃範圍內進行先期測量作業以作為後續規劃作業之重要參考依據。本計畫需借重測量技術之專業能力，進行地形地貌測量與分析，極具專業性，非本局現有人力所能完成，為提高規劃品質，爰擬將本計畫委託專業技術顧問機構辦理。</abstract><author>統正測量工程有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010298</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/27</date><governmentpublicationsnumber>1010102972</governmentpublicationsnumber><identifier>73673</identifier><internationalstandardbooknumber>9789860348781 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73673</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>口隘溪(含溝坪溪)治理規劃先期勘測作業測量成果報告書(上冊)Initial Survey Assignment on the regulation planning of Kouai River</title><yearidentifier>201212</yearidentifier></data><data><abstract>為進行口隘溪及溝坪溪之治理規劃，需要在規劃範圍內進行先期測量作業以作為後續規劃作業之重要參考依據。本計畫需借重測量技術之專業能力，進行地形地貌測量與分析，極具專業性，非本局現有人力所能完成，為提高規劃品質，爰擬將本計畫委託專業技術顧問機構辦理。</abstract><author>統正測量工程有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010298</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/27</date><governmentpublicationsnumber>1010102972</governmentpublicationsnumber><identifier>73674</identifier><internationalstandardbooknumber>9789860348781 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73674</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>口隘溪(含溝坪溪)治理規劃先期勘測作業測量成果報告書(下冊)Initial Survey Assignment on the regulation planning of Kouai River</title><yearidentifier>201212</yearidentifier></data><data><abstract>為進行口隘溪及溝坪溪之治理規劃，需要在規劃範圍內進行先期測量作業以作為後續規劃作業之重要參考依據。本計畫需借重測量技術之專業能力，進行地形地貌測量與分析，極具專業性，非本局現有人力所能完成，為提高規劃品質，爰擬將本計畫委託專業技術顧問機構辦理。</abstract><author>統正測量工程有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010298</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/27</date><governmentpublicationsnumber>1010102972</governmentpublicationsnumber><identifier>73675</identifier><internationalstandardbooknumber>9789860348781 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73675</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>口隘溪(含溝坪溪)治理規劃先期勘測作業測量成果報告書(光碟版) Initial Survey Assignment on the regulation planning of Kouai River</title><yearidentifier>201212</yearidentifier></data><data><abstract>在近年來氣候與水文狀況穩定度降低，社會持續變遷之情況下，臺灣地區水資源之續存、供需及開發利用情況之變動持續引起各方關注，加上國內水資源環境日趨複雜，因而水資源之管理、開發、保育等工作在投資策略規劃上，有必要觀察過去投資趨勢，進行具前瞻性、長遠性之分析，以針對國內水資源提出適切之投資決策建議。 本計畫為掌握國內各年度水資源投資概況，並建立觀察長期水資源投資趨勢之基礎，本年度已完成多項工作，首先為完成「臺灣地區水資源投資100年度報告」之編印出版作業，已完成辦理包括2場次水資源投資分析年報編審會議，及北、中、南、東4場次填報系統教育訓練，並輔導各單位100年度水資源投資資料填報及檢核作業，進行水資源投資分析年報資料管理系統維護管理及配合修正系統功能，同時完成「公共給水」、「防洪排水」、「水污染防治」之水資源資標的指標更新作業，及年報封面設計。 針對年報資料線上填報之「水資源投資分析年報資料管理系統」，本年度已開發完成2項水資源投資分析年報資料管理系統之應用加值功能，分別為「臺灣地區各類單位投資額統計」及「水資源投資概況暨成效分析」，可分析各類別單位各水資源標的投資概況，及不同投資額及效益之歷年趨勢及變化。同時，已完成辦理水利署委託服務計畫管理系統、專案管考系統，及水利署會計系統部分資料，資料匯出轉入至水資源投資分析資料管理系統，有效減少重複填報作業。 為完成水資源投資標的指標之趨勢解讀與綜合研析，本計畫並針對水資源投資之「公共給水」及「防洪排水」標的，辦理完成2場次水資源投資標的專家學者研討會議，有效進行專家學者相關意見交流並凝聚共識，評估研析暨研提未來水資源政策趨勢之建議。由本年度資料研究中，初步觀察以下等現象：（1） 99年（98年莫拉克及芭瑪風災）災害復建長度，較91年（90年納莉及桃芝風災）提高；（2） 90年後海堤與海岸防護毀損長度呈現週期性（3）水庫有效容量維持率自民國92年的91.08%降至100年的78.59%，損失超過2億立方公尺之實際有效庫容；（4）台灣自來水公司淨水場淨水場設計出水量與實際出水量差距漸增，100年資料顯示實際出水量占設計出水量比率約為62.88%。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010226</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/28</date><governmentpublicationsnumber>1010102871</governmentpublicationsnumber><identifier>73686</identifier><internationalstandardbooknumber>9789860347068 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73686</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年度水資源投資分析年報編輯出版及系統應用加值服務 The editing of annual report on the analysis of water resources investments for 2011 in system-interface devised additional features</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010226</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/28</date><governmentpublicationsnumber>1010102871</governmentpublicationsnumber><identifier>73687</identifier><internationalstandardbooknumber>9789860347098 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73687</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100年度水資源投資分析年報編輯出版及系統應用加值服務--光碟版 The editing of annual report on the analysis of water resources investments for 2011 in system-interface devised additional features</title><yearidentifier>201212</yearidentifier></data><data><abstract>用水計畫書查核、分析及統計、法規修訂建議、用水資訊系統更新維護</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010357</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/28</date><governmentpublicationsnumber>1010102917</governmentpublicationsnumber><identifier>73688</identifier><internationalstandardbooknumber>9789860347081 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73688</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>用水計畫書查核電子申報及資訊系統網頁維護=Electronic Reporting and Information System Web Maintenance for Approved Water Utilization Plan Audit</title><yearidentifier>201212</yearidentifier></data><data><abstract>用水計畫書查核、分析及統計、法規修訂建議、用水資訊系統更新維護</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010357</commissionedprojectidentifier><currency>NT$</currency><date>2012/12/28</date><governmentpublicationsnumber>1010102917</governmentpublicationsnumber><identifier>73689</identifier><internationalstandardbooknumber>9789860347081 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73689</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>用水計畫書查核電子申報及資訊系統網頁維護--光碟版=Electronic Reporting and Information System Web Maintenance for Approved Water Utilization Plan Audit</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修訂，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 本年度將依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，本年度計畫透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010157</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103564</governmentpublicationsnumber><identifier>73690</identifier><internationalstandardbooknumber>9789860355024 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73690</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究(2/2) Investigation on Specification for Construction of Hydraulic Concrete Structure(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修訂，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 本年度將依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，本年度計畫透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010157</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103564</governmentpublicationsnumber><identifier>73691</identifier><internationalstandardbooknumber>9789860355024 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73691</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究(2/2)成果報告--光碟版 Investigation on Specification for Construction of Hydraulic Concrete Structure(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年度經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修定，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 第二年度首先依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，第二年度計畫則透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103572</governmentpublicationsnumber><identifier>73692</identifier><internationalstandardbooknumber>9789860355048 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73692</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究 總報告 Investigation on Specification for Construction of Hydraulic Concrete Structure</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年度經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修定，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 第二年度首先依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，第二年度計畫則透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103572</governmentpublicationsnumber><identifier>73693</identifier><internationalstandardbooknumber>9789860355048 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73693</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究 總報告--光碟版 Investigation on Specification for Construction of Hydraulic Concrete Structure</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄水與引水建造物檢查及安全評估相關工作之專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質及確保檢查及安全評估之品質</abstract><author>交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010356</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103393</governmentpublicationsnumber><identifier>73694</identifier><internationalstandardbooknumber>9789860353136 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73694</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>101~103年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)--內附光碟=(2012~2014)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports(1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄水與引水建造物檢查及安全評估相關工作之專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質及確保檢查及安全評估之品質</abstract><author>交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010356</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103393</governmentpublicationsnumber><identifier>73695</identifier><internationalstandardbooknumber>9789860353136 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73695</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>101~103年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)--光碟版=(2012~2014)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports(1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為辦理新店溪水系航測數值圖資產置及既設3D WebGIS維護更新作業，以新店溪自匯入淡水河處至河川界點及景美溪至河川界點為計畫範圍</abstract><author>陶林數值測量工程股份有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010102348</governmentpublicationsnumber><identifier>73696</identifier><internationalstandardbooknumber>9789860341584 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73696</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>101年度淡水河系三維地理資訊系統維護及新店溪(含景美溪)圖資更新計畫</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>677.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>73698</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73698</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北)</publisher><publishrocyear>101</publishrocyear><title>中華民國建國100年紀念專書-百年臺灣重大水利建設紀要(內附光碟)</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/2</date><governmentpublicationsnumber>1010103393</governmentpublicationsnumber><identifier>73700</identifier><internationalstandardbooknumber>9789860353136 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73700</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>101~103年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)〈內含光碟版〉=(2012~2014)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports(1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為辦理新店溪水系航測數值圖資產置及既設3D WebGIS維護更新作業，以新店溪自匯入淡水河處至河川界點及景美溪至河川界點為計畫範圍</abstract><author>陶林數值測量工程股份有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010102348</governmentpublicationsnumber><identifier>73701</identifier><internationalstandardbooknumber>9789860341584 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73701</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>101年度淡水河系三維地理資訊系統維護及新店溪(含景美溪)圖資更新計畫--光碟版</title><yearidentifier>201212</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)管理臺灣西南海岸地區內約90km海岸線，其間含括台南市與高雄市所屬之一般性海堤。由於轄區內之海岸線大致呈西北-東南走向，每逢夏秋兩季易直接遭受到西南季風或是颱風西南氣流等天氣系統的影響，致使海岸防護的工作相對嚴峻。再加上相關海堤整建設計標準已使用逾30多年，在全球氣候變遷以及海平面上升等潛在因素威脅下，現有海堤的海岸保護能力應有進一步分析檢討之必要。本計畫工作為期一年，其目的為協助本局進行轄區內海岸防護標準檢討分析以及建置一套作業化海氣象觀測系統，以提供日後海岸規劃設計時更完整之依據及參考。本計畫已完成下述之工作：海氣象基本資料蒐集與統計分析、海岸變遷人為與自然因素調查、未來海象條件之推算、海岸變遷分析與地形變化之預估、颱風期間海堤安全性之檢討與評估以及海氣象觀測系統的建置與布放工作。透過這些工作之成果，可協助本局掌握臺灣西南海岸地區過去以及目前之海岸環境與海氣象特徵之特性，藉以作為日後海岸防護工作及環境營造計畫之重要參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010385</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010103046</governmentpublicationsnumber><identifier>73702</identifier><internationalstandardbooknumber>9789860347494 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73702</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南高雄海岸防護標準檢討分析與海氣象觀測系統建置=Assessment of Coastal Protection Standards and Establishment of Coastal Monitoring System along Tainan and Kaohsiung Coasts</title><yearidentifier>201212</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)管理臺灣西南海岸地區內約90km海岸線，其間含括台南市與高雄市所屬之一般性海堤。由於轄區內之海岸線大致呈西北-東南走向，每逢夏秋兩季易直接遭受到西南季風或是颱風西南氣流等天氣系統的影響，致使海岸防護的工作相對嚴峻。再加上相關海堤整建設計標準已使用逾30多年，在全球氣候變遷以及海平面上升等潛在因素威脅下，現有海堤的海岸保護能力應有進一步分析檢討之必要。本計畫工作為期一年，其目的為協助本局進行轄區內海岸防護標準檢討分析以及建置一套作業化海氣象觀測系統，以提供日後海岸規劃設計時更完整之依據及參考。本計畫已完成下述之工作：海氣象基本資料蒐集與統計分析、海岸變遷人為與自然因素調查、未來海象條件之推算、海岸變遷分析與地形變化之預估、颱風期間海堤安全性之檢討與評估以及海氣象觀測系統的建置與布放工作。透過這些工作之成果，可協助本局掌握臺灣西南海岸地區過去以及目前之海岸環境與海氣象特徵之特性，藉以作為日後海岸防護工作及環境營造計畫之重要參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010385</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010103046</governmentpublicationsnumber><identifier>73703</identifier><internationalstandardbooknumber>9789860347494 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73703</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南高雄海岸防護標準檢討分析與海氣象觀測系統建置(光碟版)=Assessment of Coastal Protection Standards and Establishment of Coastal Monitoring System along Tainan and Kaohsiung Coasts</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫研究範圍為台南市將軍中心漁港(現稱為將軍漁港，本報告後續均以漁港現名稱之)至七股離岸堤間長約14公里之海岸(含潟湖及各河口)。其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。本計畫蒐集將軍漁港至七股離岸堤段海岸與鄰近海域之海氣象、海岸漂砂、河川水文、海岸地形及環境生態等基本資料，並逐項彙整其特性。於2012年2月14、16與18日以及2月2~22日分別完成平面與水準控制點檢測。於3月16日~4月7日、9月11~23日完成冬、夏季波浪作用後之地形水深檢測工作，同時依據地形水深監測成果，進行冬季波浪作用後之地形水深資料分析與地形水深等深線；同時蒐集往昔地形水深監測資料，進行季節性與長期之地形水深平面與斷面侵淤分析，另蒐集早期海岸線資料，進行長期海岸線變遷分析。有關灘線與底床質粒徑調查作業，於2012年2月底~3月初執行第一季(冬季)調查作業，而第二季(夏季)調查作業則於8月期間完成，並依據調查結果彙整高低潮灘線砂灘與底床質(海域與河川)粒徑分佈特性。海岸結構物影響與防護成效檢討方面，已就現場海岸勘查結果說明本段海岸環境情形，並依據規劃海岸代表斷面，進行海岸平衡剖面分析；其次依各段之歷次地形水深資料，參照海岸防護結構物興建時間，分析海岸結構物影響區之地形水深土方量變化，檢討各段海岸結構物對地形水深之影響與功效。最後，以波浪溯上水理模式進行現況海岸安全性檢討，依日本海堤重要性選擇50年或100年重現期波浪條件，以海堤溯上不超越堤頂發生越波為準則，評估現況海岸可調整空間，配合現場海岸勘查結果，提出現況海岸環境改善建議。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010152</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010103045</governmentpublicationsnumber><identifier>73704</identifier><internationalstandardbooknumber>9789860347500 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73704</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南海岸(將軍中心漁港至七股離岸堤)基本資料監測調查分析 In Situ Investigation on Morphology and Bed Material at Tainan Coast (From Jiang-Jun Harbor to Detached Breakwater at Chi-Gu)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫研究範圍為台南市將軍中心漁港(現稱為將軍漁港，本報告後續均以漁港現名稱之)至七股離岸堤間長約14公里之海岸(含潟湖及各河口)。其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。 本計畫蒐集將軍漁港至七股離岸堤段海岸與鄰近海域之海氣象、海岸漂砂、河川水文、海岸地形及環境生態等基本資料，並逐項彙整其特性。 於2012年2月14、16與18日以及2月2~22日分別完成平面與水準控制點檢測。於3月16日~4月7日、9月11~23日完成冬、夏季波浪作用後之地形水深檢測工作，同時依據地形水深監測成果，進行冬季波浪作用後之地形水深資料分析與地形水深等深線；同時蒐集往昔地形水深監測資料，進行季節性與長期之地形水深平面與斷面侵淤分析，另蒐集早期海岸線資料，進行長期海岸線變遷分析。 有關灘線與底床質粒徑調查作業，於2012年2月底~3月初執行第一季(冬季)調查作業，而第二季(夏季)調查作業則於8月期間完成，並依據調查結果彙整高低潮灘線砂灘與底床質(海域與河川)粒徑分佈特性。 海岸結構物影響與防護成效檢討方面，已就現場海岸勘查結果說明本段海岸環境情形，並依據規劃海岸代表斷面，進行海岸平衡剖面分析；其次依各段之歷次地形水深資料，參照海岸防護結構物興建時間，分析海岸結構物影響區之地形水深土方量變化，檢討各段海岸結構物對地形水深之影響與功效。最後，以波浪溯上水理模式進行現況海岸安全性檢討，依日本海堤重要性選擇50年或100年重現期波浪條件，以海堤溯上不超越堤頂發生越波為準則，評估現況海岸可調整空間，配合現場海岸勘查結果，提出現況海岸環境改善建議。</abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010152</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010103045</governmentpublicationsnumber><identifier>73705</identifier><internationalstandardbooknumber>9789860347500 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73705</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南海岸(將軍中心漁港至七股離岸堤)基本資料監測調查分析(光碟版)In Situ Investigation on Morphology and Bed Material at Tainan Coast (from Jiang-Jun Harbor to Detached Breakwater at Chi-Gu)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010255</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010103373</governmentpublicationsnumber><identifier>73706</identifier><internationalstandardbooknumber>9789860352474 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73706</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪表面流速量測示範站遷移及量測工法改善成果報告(本書內附光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract>二仁溪流域地表起伏大，流域大都為台灣西南部泥岩分布。下游兩岸陸續開發，如高鐵台南站區。又因氣候變遷，颱風豪雨期間雨量動則大於200年頻率，超過二仁溪保護標準，且泥岩地形易沖刷進入河道，造成淤積之傾向。二仁溪河口至縱貫鐵路橋間之河段堤防完成整治，為評估河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，有必要針對流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之參據。本計畫第一年主要工作目標為彙整相關模擬成果、河川特性及現地觀測，瞭解計畫區內之水工構造物及跨河構造物受災機制，作為初步研擬沖刷防治工法之參考；第二年則為透過水理輸砂模式模擬不同重現期距年流量及長期流量下對河道沖淤模擬，評估河床穩定性，並綜合兩年成果，提出整體沖淤防治策略。本流域於中下游地區主要問題為河道受到淤積，通水斷面減少，常有淹水情形發生，本河段歷年已多次進行疏濬；上游部分，二仁溪主流蜿蜒而行，部分凹岸地區受到沖刷導致邊坡崩落、土砂流失。經由歷年資料進行河床穩定性探討顯示，經由98年大斷面比較二仁溪寬深比(W/D)推估二仁溪河口至舊二層橋河段屬寬淺型河道，二仁溪其餘河段皆為窄深型。由深槽偏移變化率來看，二仁溪流路左右擺盪，為多砂河川常見類型，進入縱貫鐵路橋後，因受堤防束縮，因而流路較為穩定。比較民國90年及98年全斷面資料，二仁溪主流累積沖刷量約為43萬m3，河床平均高程略為下降0.04m。從橫向/縱向穩定指標得知，二仁溪河道由於流路蜿蜒河道窄深且河床質粒徑較細，河床變動較快，穩定性欠佳。經由二維輸砂模擬結果顯示，主要沖刷河段為斷面5至斷面6、斷面10至斷面12、斷面44、斷面63至斷面66、斷面81至斷面92、斷面99、斷面103至斷面104、跳橋上游(斷面119至120)等，究其原因可能為流速增大或地形變化所致。除此之外，整體河道大多屬淤積河段，主要受到上游泥岩地形沖刷至下游及輸砂量變大導致。整體而言，二仁溪為蜿蜒不定河川，易造成上游局部性的沖刷，導致下游淤積特性，而沖刷區域範圍多屬上游且鄰近地區較無保全對象並已施設相關保護工法。本計畫針對易淤積段布置三囚砂區，分別為斷面24至斷面25、斷面44至斷面45及斷面53至斷面54，疏濬量分別為20萬、10萬及15萬立方公尺，推估疏濬周期分別為2至3年、4至5年及8至10年。就防洪能力探討而言，疏濬可有效降低水位，提升防洪能力。經由減淤比及減淤效率之評估，歷年已疏濬區案例以中路橋上下游疏濬案例為較佳之疏濬河段，相對減淤效果較為顯著。未來可疏濬區段評估探討得知，斷面23至斷面26之方案一，疏濬型式及規模為較佳之疏濬案例。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010162</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/3</date><governmentpublicationsnumber>1010102847</governmentpublicationsnumber><identifier>73707</identifier><internationalstandardbooknumber>9789860347067 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73707</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(2/2)--內附光碟  Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>彰雲地區地下水超抽，造成嚴重地層下陷，引發各界對高鐵安全關切，又中部地區因社經發展用水需求持續增加，預估民國110年的水源需求將達到每日202萬噸，在新生水源開發日漸困難的情況下，如何加強水資源涵養及管理更顯重要。 本署依據行政院「愛台12建設」總體計畫中「防洪治水」項下「加強地下水補注，有效改善地層下陷」，100年於地層下陷、地下水位下降較明顯的濁水溪沖積扇優先推動「濁水溪河槽地下水補注簡易設施」示範計畫，計畫利用扇頂河段水文地質自然補注之優勢，於枯水期築設簡易土堤，滯留河川水量，增加枯水期地下水補注量，惟對於如何增加補注水源及濁水溪沖積扇地下水的側向補注部分仍未有相關研究，為進一步了解山區水資源對於沖積扇補注水源影響及與側向補注關係，本計畫擬以濁水溪為例，於其上游支流如北勢溪、陳有蘭溪等擇定試驗地區，探討山區水資源與地下水補注間之交互影響機制，探討加強山區水資源涵養略策，穩定下游河川基流量、延長基流時間增加枯水期逕流量，對於增加地下水補注之成效，若評估成效良好，將推廣至中部地區包括後龍溪、中港溪、大安溪、大甲溪及烏溪等主要流域，期減緩地層下陷之影響。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000439</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010101365</governmentpublicationsnumber><identifier>73708</identifier><internationalstandardbooknumber>9789860329339 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73708</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中部山區水資源與地下水補注交互機制之探討</title><yearidentifier>201206</yearidentifier></data><data><abstract>彰雲地區地下水超抽，造成嚴重地層下陷，引發各界對高鐵安全關切，又中部地區因社經發展用水需求持續增加，預估民國110年的水源需求將達到每日202萬噸，在新生水源開發日漸困難的情況下，如何加強水資源涵養及管理更顯重要。 本署依據行政院「愛台12建設」總體計畫中「防洪治水」項下「加強地下水補注，有效改善地層下陷」，100年於地層下陷、地下水位下降較明顯的濁水溪沖積扇優先推動「濁水溪河槽地下水補注簡易設施」示範計畫，計畫利用扇頂河段水文地質自然補注之優勢，於枯水期築設簡易土堤，滯留河川水量，增加枯水期地下水補注量，惟對於如何增加補注水源及濁水溪沖積扇地下水的側向補注部分仍未有相關研究，為進一步了解山區水資源對於沖積扇補注水源影響及與側向補注關係，本計畫擬以濁水溪為例，於其上游支流如北勢溪、陳有蘭溪等擇定試驗地區，探討山區水資源與地下水補注間之交互影響機制，探討加強山區水資源涵養略策，穩定下游河川基流量、延長基流時間增加枯水期逕流量，對於增加地下水補注之成效，若評估成效良好，將推廣至中部地區包括後龍溪、中港溪、大安溪、大甲溪及烏溪等主要流域，期減緩地層下陷之影響。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000439</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010101365</governmentpublicationsnumber><identifier>73709</identifier><internationalstandardbooknumber>9789860329339 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73709</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中部山區水資源與地下水補注交互機制之探討(光碟版)</title><yearidentifier>201206</yearidentifier></data><data><abstract>由於台灣經濟快速的發展，水資源需求大幅增加，且地下水取得容易，故平原地區超抽地下水的情形普遍，進而引發西南沿海地區相繼發生嚴重的地層下陷問題，其中又以雲彰地區地層下陷最為嚴重。不當與過量的抽用地下水，容易造成如豪雨時低窪地區淹水、積水不退、海水入侵、土壤鹽化與結構物受損等災害，故如何有效與精確的測量地層下陷量，對於地層下陷機制的分析與防治是一個相當重要的課題。 現有量測地層下陷的方法主要包括精密水準測量、衛星遙測技術與地層下陷監測井三種。精密水準測量與衛星遙測技術主要量測地表的位移變化，無法量測地層內部的變形，對於地層下陷的控制與防治分析所能提供的助益有限。台灣現有地層下陷監測井的量測方法主要為磁感應環分層式下陷量測系統與電子分層式伸張計下陷量測系統，磁感應環分層式下陷量測系統由專業人員定期使用銦鋼捲尺量測鑽孔內磁環位置的變化量，故容易具有人為的量測誤差，且銦鋼尺並非每次量測時皆放置在鑽孔內的中心位置，有可能會有些微的角度偏差，故隨著量測深度增加其系統誤差有可能也會增加，另外銦鋼尺受限於本身重量對於超過300米深度的地層下陷量測也較為不易。電子分層式伸張計下陷量測系統主要是直接量測地層內每一個錨碇端相對於地表的變化量，故所需鑽孔尺寸較大，且無法密集佈設量測較深的地層內部變形量等問題亦有其限制。 光纖感測技術具有體積小、重量輕、不易受水與電磁波干擾、耐久性高、訊號可遠距離傳輸(10公里以上)與可一條線上多點串連量測等優點，本計畫擬以光纖為感測元件，發展適用於地層下陷分佈式光纖監測沉陷與水壓技術，藉由光纖可多點串連不同感測器之優點，在單一鑽孔內同時量測地層下陷與水壓變化，所有光纖感測器將埋設於鑽孔內不取出，將可以有效降低人為量測誤差與系統誤差等問題，技術開發完成後，將可以提供一有效與精確的地層下陷與水壓量測方法，且同ㄧ鑽孔內量測地層下陷量與水壓變化，將可以減少鑽孔數量與節省公帑。</abstract><author>國立交通大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000473</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010102516</governmentpublicationsnumber><identifier>73710</identifier><internationalstandardbooknumber>9789860343106 ; 9789860343</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73710</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷分佈式水壓與沉陷監測系統規劃及測試 Development and testing of a distributive ground subsidence and pore water pressure monitoring system</title><yearidentifier>201210</yearidentifier></data><data><abstract>由於台灣經濟快速的發展，水資源需求大幅增加，且地下水取得容易，故平原地區超抽地下水的情形普遍，進而引發西南沿海地區相繼發生嚴重的地層下陷問題，其中又以雲彰地區地層下陷最為嚴重。不當與過量的抽用地下水，容易造成如豪雨時低窪地區淹水、積水不退、海水入侵、土壤鹽化與結構物受損等災害，故如何有效與精確的測量地層下陷量，對於地層下陷機制的分析與防治是一個相當重要的課題。 現有量測地層下陷的方法主要包括精密水準測量、衛星遙測技術與地層下陷監測井三種。精密水準測量與衛星遙測技術主要量測地表的位移變化，無法量測地層內部的變形，對於地層下陷的控制與防治分析所能提供的助益有限。台灣現有地層下陷監測井的量測方法主要為磁感應環分層式下陷量測系統與電子分層式伸張計下陷量測系統，磁感應環分層式下陷量測系統由專業人員定期使用銦鋼捲尺量測鑽孔內磁環位置的變化量，故容易具有人為的量測誤差，且銦鋼尺並非每次量測時皆放置在鑽孔內的中心位置，有可能會有些微的角度偏差，故隨著量測深度增加其系統誤差有可能也會增加，另外銦鋼尺受限於本身重量對於超過300米深度的地層下陷量測也較為不易。電子分層式伸張計下陷量測系統主要是直接量測地層內每一個錨碇端相對於地表的變化量，故所需鑽孔尺寸較大，且無法密集佈設量測較深的地層內部變形量等問題亦有其限制。 光纖感測技術具有體積小、重量輕、不易受水與電磁波干擾、耐久性高、訊號可遠距離傳輸(10公里以上)與可一條線上多點串連量測等優點，本計畫擬以光纖為感測元件，發展適用於地層下陷分佈式光纖監測沉陷與水壓技術，藉由光纖可多點串連不同感測器之優點，在單一鑽孔內同時量測地層下陷與水壓變化，所有光纖感測器將埋設於鑽孔內不取出，將可以有效降低人為量測誤差與系統誤差等問題，技術開發完成後，將可以提供一有效與精確的地層下陷與水壓量測方法，且同ㄧ鑽孔內量測地層下陷量與水壓變化，將可以減少鑽孔數量與節省公帑。</abstract><author>國立交通大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000473</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010102516</governmentpublicationsnumber><identifier>73711</identifier><internationalstandardbooknumber>9789860343106 ; 9789860343</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73711</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷分佈式水壓與沉陷監測系統規劃及測試(光碟版) Development and testing of a distributive ground subsidence and pore water pressure monitoring system</title><yearidentifier>201210</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，進而導致地層下陷災害發生；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。 地層下陷問題牽涉經濟層面之生產因素、社會層面之生活因素，以及自然層面之生態因素，地下水超抽雖為造成地層下陷之主要原因，但地層下陷問題並非單靠管制地下水超抽即可全面解決。政府自84年起先後實施「一、二期地層下陷防治執行方案」、「彰化雲林地區地層下陷防治計畫」及「國土復育策略方案暨行動計畫」等，期有效遏止地層持續下陷，並思整復利用下陷區之國土資源；現階段則主要配合「易淹水地區水患治理計畫」、「地層下陷區排水環境改善示範計畫」及「地下水保育管理計畫」等來推行相關治理防範作為，包括綜合治水、水資源調配管理、土地防護、地下水管制、相關法規修訂、產業調整轉型、檢測監控及地貌改造等，同時明確訂定辦理教育訓練工作。過去在經濟部水利署統籌規劃下，針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、宣導品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010318</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010103219</governmentpublicationsnumber><identifier>73712</identifier><internationalstandardbooknumber>9789860350029 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73712</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷防治教育及宣導計畫（2/3）The Education and Propaganda for Land Subsidence Prevention Affairs (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，進而導致地層下陷災害發生；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。 地層下陷問題牽涉經濟層面之生產因素、社會層面之生活因素，以及自然層面之生態因素，地下水超抽雖為造成地層下陷之主要原因，但地層下陷問題並非單靠管制地下水超抽即可全面解決。政府自84年起先後實施「一、二期地層下陷防治執行方案」、「彰化雲林地區地層下陷防治計畫」及「國土復育策略方案暨行動計畫」等，期有效遏止地層持續下陷，並思整復利用下陷區之國土資源；現階段則主要配合「易淹水地區水患治理計畫」、「地層下陷區排水環境改善示範計畫」及「地下水保育管理計畫」等來推行相關治理防範作為，包括綜合治水、水資源調配管理、土地防護、地下水管制、相關法規修訂、產業調整轉型、檢測監控及地貌改造等，同時明確訂定辦理教育訓練工作。過去在經濟部水利署統籌規劃下，針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、宣導品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010318</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010103219</governmentpublicationsnumber><identifier>73713</identifier><internationalstandardbooknumber>9789860350029 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73713</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷防治教育及宣導計畫（2/3）光碟版 The Education and Propaganda for Land Subsidence Prevention Affairs (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，進而導致地層下陷災害發生；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。 地層下陷問題牽涉經濟層面之生產因素、社會層面之生活因素，以及自然層面之生態因素，地下水超抽雖為造成地層下陷之主要原因，但地層下陷問題並非單靠管制地下水超抽即可全面解決。政府自84年起先後實施「一、二期地層下陷防治執行方案」、「彰化雲林地區地層下陷防治計畫」及「國土復育策略方案暨行動計畫」等，期有效遏止地層持續下陷，並思整復利用下陷區之國土資源；現階段則主要配合「易淹水地區水患治理計畫」、「地層下陷區排水環境改善示範計畫」及「地下水保育管理計畫」等來推行相關治理防範作為，包括綜合治水、水資源調配管理、土地防護、地下水管制、相關法規修訂、產業調整轉型、檢測監控及地貌改造等，同時明確訂定辦理教育訓練工作。過去在經濟部水利署統籌規劃下，針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、宣導品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>淡大水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010318</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010103219</governmentpublicationsnumber><identifier>73714</identifier><internationalstandardbooknumber>9789860350029 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73714</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>地層下陷防治教育及宣導計畫（2/3）附件集 The Education and Propaganda for Land Subsidence Prevention Affairs (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為掌握各地區水資源調配供需及營運管理情形，擬規劃將既有相關水資源經營管理業務資訊系統及資料整合運用，包含重要水庫營運報表、降雨量統計、水情旬(月)報、供水枯旱預警燈號、水庫蓄水範圍查詢、水庫運用要點及水門操作規定法規查詢、用水統計資料、用水計畫管理等資訊之整合，並開發管理與統計分析Web介面平台，另規劃以結合三維展示系統資訊技術整合展示以石門水庫供水區為標的之水資源原水供需資訊展示介面，俾提供水資源主管人員作為施政決策參考及水資源管理新進人員迅速掌握相關業務資訊。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010366</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010103128</governmentpublicationsnumber><identifier>73717</identifier><internationalstandardbooknumber>9789860350531 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73717</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源經營管理業務平台建置及3D展示系統規劃 The platform construction of water resource management and 3D display system plan</title><yearidentifier>201212</yearidentifier></data><data><abstract>為掌握各地區水資源調配供需及營運管理情形，擬規劃將既有相關水資源經營管理業務資訊系統及資料整合運用，包含重要水庫營運報表、降雨量統計、水情旬(月)報、供水枯旱預警燈號、水庫蓄水範圍查詢、水庫運用要點及水門操作規定法規查詢、用水統計資料、用水計畫管理等資訊之整合，並開發管理與統計分析Web介面平台，另規劃以結合三維展示系統資訊技術整合展示以石門水庫供水區為標的之水資源原水供需資訊展示介面，俾提供水資源主管人員作為施政決策參考及水資源管理新進人員迅速掌握相關業務資訊。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010366</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010103128</governmentpublicationsnumber><identifier>73718</identifier><internationalstandardbooknumber>9789860350531 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73718</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源經營管理業務平台建置及3D展示系統規劃(光碟版) The platform construction of water resource management and 3D display system plan</title><yearidentifier>201212</yearidentifier></data><data><abstract>「士文水庫工程計畫環境影響評估」範疇界定會議決議本案應繼續補充調查之環境因子並依有關專家學者及相 關機關、團體所提意見納入第二階段環境影響評估後續作業。本增補調查成果將納入環境影響評估報告書初稿，以供循程序提請環保署審查。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000476</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010102257</governmentpublicationsnumber><identifier>73719</identifier><internationalstandardbooknumber>9789860340365 ; 9789860340</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73719</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─第二階段環境影響評估環境因子補充調查--內附光碟=Feasibility Study of Shi-Wen Reservoir─Additional Investigation for Environmental Impact Assessment (EIA)</title><yearidentifier>201210</yearidentifier></data><data><abstract>「士文水庫工程計畫環境影響評估」範疇界定會議決議本案應繼續補充調查之環境因子並依有關專家學者及相 關機關、團體所提意見納入第二階段環境影響評估後續作業。本增補調查成果將納入環境影響評估報告書初稿，以供循程序提請環保署審查。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000476</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010102257</governmentpublicationsnumber><identifier>73720</identifier><internationalstandardbooknumber>9789860340365 ; 9789860340</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73720</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─第二階段環境影響評估環境因子補充調查--光碟版=Feasibility Study of Shi-Wen Reservoir─Additional Investigation for Environmental Impact Assessment (EIA)</title><yearidentifier>201210</yearidentifier></data><data><abstract>台灣四周海堤歷經颱風及海浪侵蝕會有變形、沉陷、淘空與材料劣化等現象，期以逐步建立海堤安全評估標準程序及維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010237</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/4</date><governmentpublicationsnumber>1010102834</governmentpublicationsnumber><identifier>73722</identifier><internationalstandardbooknumber>9789860347111 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73722</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立(1/2)(內附光碟)=Development of Standard Operating Procedure and Maintenance Management System for Safety Assessment of Seawall (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>林俊全.陳文山.李建堂...等</author><categoryidentifier>351.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/7</date><governmentpublicationsnumber>1009902479</governmentpublicationsnumber><identifier>73723</identifier><internationalstandardbooknumber>9789860241792 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73723</librarycollectiondetailsurl><price>400</price><publisher>農委會林務局.台大地理環境資源學系</publisher><publishrocyear>99</publishrocyear><title>2010台灣的地景百選1</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>葉昭憲</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/7</date><governmentpublicationsnumber>1010103415</governmentpublicationsnumber><identifier>73724</identifier><internationalstandardbooknumber>9789860352832 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73724</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水庫放淤對河川環境影響之探討〈2/2〉  Study on Effect of Dredged Material Supply into River〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>葉昭憲</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/7</date><governmentpublicationsnumber>1010103415</governmentpublicationsnumber><identifier>73726</identifier><internationalstandardbooknumber>9789860352832 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73726</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水庫放淤對河川環境影響之探討〈2/2〉  Study on Effect of Dredged Material Supply into River〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract>地球物理探測技術具有其應用於水庫構造物安全檢查之潛力，但因水庫構造物具有其特殊性，與一般地球物理探測技術所應用之場址有所差異，並且在針對不同問題之選用、可能應用方式以及可能遭遇的問題等尚未有較明確的瞭解，因此規劃辦理本計畫，以期建立一地球物理探測技術於水庫構造物安全檢查應用之方法，並透過地球物理探測技術提升水庫構造物安全檢查及其維護營運作業之成效。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010234</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/8</date><governmentpublicationsnumber>1010102994</governmentpublicationsnumber><identifier>73746</identifier><internationalstandardbooknumber>9789860347807 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73746</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地球物理探測技術於水庫構造物安全檢查應用之研究(內附光碟) Application of Geophysical methods in Dam Safety Evaluation</title><yearidentifier>201212</yearidentifier></data><data><abstract>地球物理探測技術具有其應用於水庫構造物安全檢查之潛力，但因水庫構造物具有其特殊性，與一般地球物理探測技術所應用之場址有所差異，並且在針對不同問題之選用、可能應用方式以及可能遭遇的問題等尚未有較明確的瞭解，因此規劃辦理本計畫，以期建立一地球物理探測技術於水庫構造物安全檢查應用之方法，並透過地球物理探測技術提升水庫構造物安全檢查及其維護營運作業之成效。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010234</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/8</date><governmentpublicationsnumber>1010102994</governmentpublicationsnumber><identifier>73747</identifier><internationalstandardbooknumber>9789860347807 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73747</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地球物理探測技術於水庫構造物安全檢查應用之研究(光碟版)Application of Geophysical methods in Dam Safety Evaluation</title><yearidentifier>201212</yearidentifier></data><data><abstract>為建構本署水利政策學習新知與推動知識管理業務，以提供本署有關組室業務執行之參採，擬委託辦理水利新知管理與服務計畫，藉以協助本署提升水利政策學習能力、提高政策決策能力及強化知識管理業務，以利水利業務執行及政策擬定之品質與效能提升。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010040</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/8</date><governmentpublicationsnumber>1010103486</governmentpublicationsnumber><identifier>73753</identifier><internationalstandardbooknumber>9789860354072 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73753</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水利新知管理與服務計畫 2012 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201212</yearidentifier></data><data><abstract>為建構本署水利政策學習新知與推動知識管理業務，以提供本署有關組室業務執行之參採，擬委託辦理水利新知管理與服務計畫，藉以協助本署提升水利政策學習能力、提高政策決策能力及強化知識管理業務，以利水利業務執行及政策擬定之品質與效能提升。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010040</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/8</date><governmentpublicationsnumber>1010103486</governmentpublicationsnumber><identifier>73754</identifier><internationalstandardbooknumber>9789860354072 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73754</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水利新知管理與服務計畫(光碟版) 2012 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010124</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>73755</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73755</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)=Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010124</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>73756</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73756</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)--光碟版=Development of hydrological and hydraulic analysis system for integrated basin managment of major rivers in Taiwan (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>73757</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73757</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)計畫成果資料--光碟版=Development of hydrological and hydraulic analysis system for integrated basin managment of major rivers in Taiwan (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫延續以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」觀測功能，持續進行既有人 工與自動化觀測站維護與檢討改善。此外，本期考慮可?性規劃中之防洪防淤隧道方案，配合庫區之C案(斷面12-大灣坪至後池堰)與D案(斷面20-大溪坪至10號沉澱池)，增設浮台觀測斷面，以觀測入庫?砂在彎道與開闊斷面?重?之橫向分佈特性；並於下游排水口各人工測站逐步朝向含砂濃?自動化觀測系統，以及配合汛期進行颱洪事件觀測與分析。在數值模式模擬分析方面，以往相關計畫中二維模式分析上游段(斷面26上游)非均勻沉滓運移特性，模擬結果亦提供給三維模式做為入砂邊界條件；三維模式則針對庫區段(斷面26下游)進行模擬，解析庫區異重流運移之行為。本期將持續根據現場量測數據解析與數值模式案例模擬的成果，協助物理模型試驗案例之研擬；並將藉由數值模式的快速模擬特性，探討模型相似率，找出物理模型及原型間之相關性。因此，本計畫之主要目的是持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖 淤變化和縱橫分佈之水砂運移規?，並密?結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>交通大學防災與環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000460</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>73758</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73758</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(1/2)--內附光碟 Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前國內再生水源之氮含量高，影響水再生於冷卻用水與鍋爐用水之應用，而脫氮處理技術與應用仍尚未成熟應用與適合於國內現況，因此期能透過本計畫研發適用於再生水源脫氮之處理技術，以提升和改善再生水源水質，作為永續水再生利用。</abstract><author>台灣大學</author><categoryidentifier>455.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010335</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010103121</governmentpublicationsnumber><identifier>73768</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73768</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>既設廢污水處理廠除氮技術研發與驗證(1/2) Promoting total nitrogen removal in aeration basin of the existed wastewater treatment facility:innovative technology development and process verification (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前國內再生水源之氮含量高，影響水再生於冷卻用水與鍋爐用水之應用，而脫氮處理技術與應用仍尚未成熟應用與適合於國內現況，因此期能透過本計畫研發適用於再生水源脫氮之處理技術，以提升和改善再生水源水質，作為永續水再生利用。</abstract><author>台灣大學</author><categoryidentifier>455.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010335</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010103121</governmentpublicationsnumber><identifier>73770</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73770</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>既設廢污水處理廠除氮技術研發與驗證(1/2)--光碟版 Promoting total nitrogen removal in aeration basin of the existed wastewater treatment facility:innovative technology development and process verification (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地區面對氣候變遷的缺水風險，除了全面推動節約用水行動、彈性調度及強化設施有效管理外，如何推動穩定的替代水源措施，將新興水源（包括雨水貯留利用、海水淡化及污廢水再生利用等）適時、適地、適量、適質供給高缺水風險地區的用水需求，來突破缺水困境，是現階段及未來的重要施政。 海水淡化一直為外界質疑的高成本、高耗能及濃鹵水的環保爭議問題，或許不一定是台灣當前最合乎成本效益的新興水源開發，但卻是國際缺水地區，積極發展的水資源技術。台灣四面環海，如何利用?此一優勢，取得先機，將海水淡化技術，轉化為適合的發展方式，亟應提早準備，以面對未來水資源的難題。 濃鹵水回收資源化再利用，除可達成減排或零排放的目標，降低對環境的衝擊外，再生資源化之產物其產生之經濟價值，更可分攤、降低造水成本，爰本計畫擬就國際發展中之資源化標的，如產鹽、提煉微量元素、或鹵水應用於食品、養殖業等，進行各該資源化技術、經濟可行性及市場需求規模之評估，並進行一項具發展優勢之資源化開發技術模型試驗與模型設備開發，俾未來進一步推動該項技術或產業之發展，以提升海水淡化產業之附加價值，供後續規劃建置海水淡化廠之參酌。</abstract><author>象騰顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010415</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010103197</governmentpublicationsnumber><identifier>73771</identifier><internationalstandardbooknumber>9789860351217 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73771</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>海淡濃鹵水資源化可行性及技術開發先期評估 Feasibility Study on Brine Reuse of Seawater Desalination</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地區面對氣候變遷的缺水風險，除了全面推動節約用水行動、彈性調度及強化設施有效管理外，如何推動穩定的替代水源措施，將新興水源（包括雨水貯留利用、海水淡化及污廢水再生利用等）適時、適地、適量、適質供給高缺水風險地區的用水需求，來突破缺水困境，是現階段及未來的重要施政。 海水淡化一直為外界質疑的高成本、高耗能及濃鹵水的環保爭議問題，或許不一定是台灣當前最合乎成本效益的新興水源開發，但卻是國際缺水地區，積極發展的水資源技術。台灣四面環海，如何利用?此一優勢，取得先機，將海水淡化技術，轉化為適合的發展方式，亟應提早準備，以面對未來水資源的難題。 濃鹵水回收資源化再利用，除可達成減排或零排放的目標，降低對環境的衝擊外，再生資源化之產物其產生之經濟價值，更可分攤、降低造水成本，爰本計畫擬就國際發展中之資源化標的，如產鹽、提煉微量元素、或鹵水應用於食品、養殖業等，進行各該資源化技術、經濟可行性及市場需求規模之評估，並進行一項具發展優勢之資源化開發技術模型試驗與模型設備開發，俾未來進一步推動該項技術或產業之發展，以提升海水淡化產業之附加價值，供後續規劃建置海水淡化廠之參酌。</abstract><author>象騰顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010415</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/9</date><governmentpublicationsnumber>1010103197</governmentpublicationsnumber><identifier>73772</identifier><internationalstandardbooknumber>9789860351217 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73772</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>海淡濃鹵水資源化可行性及技術開發先期評估(光碟版)Feasibility Study on Brine Reuse of Seawater Desalination</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣水文及民國1OO年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/10</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>73773</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73773</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 TOTAL REPORT</title><yearidentifier>201206</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/10</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>73774</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73774</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅠ- RAINFALL</title><yearidentifier>201206</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/10</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>73775</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73775</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/10</date><governmentpublicationsnumber>1010103547</governmentpublicationsnumber><identifier>73776</identifier><internationalstandardbooknumber>9789860354706 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73776</librarycollectiondetailsurl><price>700</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>100年土石流年報</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010162</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/10</date><governmentpublicationsnumber>1010102847</governmentpublicationsnumber><identifier>73778</identifier><internationalstandardbooknumber>9789860347067 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73778</librarycollectiondetailsurl><price>700</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(2/2) Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010194</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>1010103766</governmentpublicationsnumber><identifier>73780</identifier><internationalstandardbooknumber>9789860357615 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73780</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫暨阿公店溪空庫防淤測量成果報告書(內附光碟) Measure program about the sediment prevention by reservoir-emptying for Agodian Reservoir and Agodin River in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-42</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>73781</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73781</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PART Ⅰ -RAINFALL</title><yearidentifier>201206</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-42</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>73782</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73782</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PART Ⅱ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201206</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-42</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>73783</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73783</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PART Ⅲ-GROUNDWATER</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>73784</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73784</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>中華民國100 年台灣水文年報第四部分-近海水文= HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011PART4-COASTAL HYDROLOGY</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣水文及民國100年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>73785</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73785</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011TOTAL REPORT</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010194</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>1010103766</governmentpublicationsnumber><identifier>73787</identifier><internationalstandardbooknumber>9789860357615 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73787</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫暨阿公店溪空庫防淤測量成果報告書(附件) Measure program about the sediment prevention by reservoir-emptying for Agodian Reservoir and Agodin River in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>73789</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73789</librarycollectiondetailsurl><price>300</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報總冊</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>73790</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73790</librarycollectiondetailsurl><price>700</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報第一部份-雨量</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>73791</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73791</librarycollectiondetailsurl><price>1200</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報第二部份-河川水位及流量</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>73792</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73792</librarycollectiondetailsurl><price>2000</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報第三部份-地下水</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公室</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>73793</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73793</librarycollectiondetailsurl><price>2100</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報第四部份-近海水文</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水文技術組</author><categoryidentifier>436.196</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>73794</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73794</librarycollectiondetailsurl><price>350</price><publisher> </publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水利年報電子書(光碟版)</title><yearidentifier>201206</yearidentifier></data><data><abstract>以整合環境的構想，建置「河川監控管理整合平台」，提供水利署以統一入口整合河川局之監管資訊建立異常通報、查報、回報集中管理機制，並使其河川管理資料能提供水利署內各類資訊管理系統所應用，並達到資訊流通及提高業務執行效率之目的。 為確實加強河川異常狀況的掌握、異常狀況回傳確認及24小時輪值機制的建立，並落實異常事件通報的流程，使整體監測運作正常，並進行遠端監控中心RMNOC(Remote Monitor Network Operation Center)的成立，由全天候不間斷的值勤與應變執行監控系統運作，進行異常事件確認及通報流程事務，以維持河川監管之正常運作維護及監測工作。 為維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合遠端監控中心RMNOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010131</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>1010102743</governmentpublicationsnumber><identifier>73798</identifier><internationalstandardbooknumber>9789860345407 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73798</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川監控管理整合平台維護及改善計畫光碟版〈光碟版〉The Maintenance and Improvement of Integration Platform for River Monitoring and Management System</title><yearidentifier>201211</yearidentifier></data><data><abstract>以整合環境的構想，建置「河川監控管理整合平台」，提供水利署以統一入口整合河川局之監管資訊建立異常通報、查報、回報集中管理機制，並使其河川管理資料能提供水利署內各類資訊管理系統所應用，並達到資訊流通及提高業務執行效率之目的。 為確實加強河川異常狀況的掌握、異常狀況回傳確認及24小時輪值機制的建立，並落實異常事件通報的流程，使整體監測運作正常，並進行遠端監控中心RMNOC(Remote Monitor Network Operation Center)的成立，由全天候不間斷的值勤與應變執行監控系統運作，進行異常事件確認及通報流程事務，以維持河川監管之正常運作維護及監測工作。 為維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合遠端監控中心RMNOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010131</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>1010102743</governmentpublicationsnumber><identifier>73799</identifier><internationalstandardbooknumber>9789860345407 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73799</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoring and Management System</title><yearidentifier>201211</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/11</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>73800</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73800</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--建國100年紀念專書 : 百年臺灣重大水利建設紀要(內附光碟)</title><yearidentifier>201207</yearidentifier></data><data><abstract>研提異常水文事件對水庫安全風險衝擊之分析方法與風險管理對策,評估氣候變遷對案例水庫造成之可能風險變化,擬訂未來因應氣候變遷水庫之安全風險控制策略。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010103558</governmentpublicationsnumber><identifier>73801</identifier><internationalstandardbooknumber>9789860354065 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73801</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下異常事件對既有水庫安全風險與改善對策研究〈2/2)--內附光碟 Study on Existing Reservoir Safety Risk and Countermeasure of  Singular Events under Climate Change 〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010103547</governmentpublicationsnumber><identifier>73802</identifier><internationalstandardbooknumber>9789860354706 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73802</librarycollectiondetailsurl><price>700</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>101</publishrocyear><title>100年土石流年報</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>台灣營建研究院；劉玉雯</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010103627</governmentpublicationsnumber><identifier>73803</identifier><internationalstandardbooknumber>9789860356007 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73803</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討〈2/2〉－光碟版 Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure 〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區平均雨量豐沛，河川水流常夾帶著大量土石泥砂，對水庫堰壩產生嚴重衝擊及磨損，衍生堰壩營運安全風險。考量異常洪水夾帶高泥砂含量水流狀況，評估堰壩受泥砂磨損影響之行為與機制，進而研訂妥適耐磨防治策略與修補作業準則，實為需關注與探討之課題。有鑑於此，本研究第一年將經由堰壩磨裂損行為與機制之分析及試驗，評估各種破壞狀況之合宜應用耐磨材料。配合資料蒐集與彙整，檢討現行施工規範之適用性，以修復防治成本及成效分析，探討堰壩磨裂損防治執行時機及方法。研訂堰壩磨裂損檢測技術規範及修補作業準則。並探討國內堰壩應實施耐磨裂損改善案件優先次序，提出未來堰壩耐磨裂防治策略分析。第二年主要工作為堰壩耐磨裂損現地試驗，其中在試驗地點選定方面，本計畫在多項評估後選擇仁義潭竹山驗作為第一年耐磨材料現地試驗施作地點。在現地試驗規劃及設計方面沿續去年度實驗室研究之成果，因此使用金屬骨材混凝土、RPC貼片複合材料、矽灰混凝土、與聚合物改質混凝土作為現場修補材料。相關現地施工過程藉由流程與照片進行說明。現地施工後於大型水文事件（泰瑞颱風、天瓶颱風）後進行目視觀察修補材料狀況外，亦藉由3D透視雷達分析經過7個月營運後修補材料磨損情形。相關成果經過評估與分析，發現修補材料在經過本年度數次豪雨與颱風後，除角落幾片RPC掉落外，其餘均屬於良好之情形。另就施工法而言，以高強度矽灰水泥砂漿為黏結材與填縫材的剛性RPC工法較以PU為黏結材與填縫材的耐磨裂損程度佳。經由完整之現地試驗，已完成研訂堰壩耐磨裂損設計及施工規範草案。並藉由教育訓練，將研究結果加以推廣。</abstract><author>台灣營建研究院；劉玉雯</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010103627</governmentpublicationsnumber><identifier>73804</identifier><internationalstandardbooknumber>9789860356007 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73804</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討〈2/2〉--內含光碟 Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure 〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區平均雨量豐沛，河川水流常夾帶著大量土石泥砂，對水庫壩堰產生嚴重衝擊及磨損，衍生堰壩營運安全風險。考量異常洪水夾帶高泥砂含量水流狀況，評估壩堰受泥砂磨損影響之行為與機制，進而研擬妥適耐磨防治策略與修補作業準則，實為需關注與探討之課題。有鑑於此，本研究第一年將經由壩堰磨裂損行為與機制之分析及試驗，評估各種破壞狀況之合宜應用耐磨材料。配合資料蒐集與彙整，檢討現行施工規範之適用性，以修復防治成本及成效分析，探討堰壩磨裂損防治執行時機及方法。研訂堰壩磨裂損檢測技術規範及修補作業準則。並探討國內壩堰應實施耐磨裂損改善案件優先次序，提出未來堰壩耐磨裂防治策略分析。第二年主要工作為堰壩耐磨裂損現地試驗，其中含試驗地點之選定、現地試驗規劃及設計、現地施工、成果評估與分析。經由完整之現地試驗，研訂堰壩耐磨裂損設計及施工規範。最後藉由教育訓練，將研究結果加以推廣。 在國內欠缺堰壩耐磨層相關修補作業準則與規範之環境下，本計畫研究團隊以過去研究成果及相關文獻之綜整分析，並藉由專家座談會議討論進行修正，本年度已研擬完成經濟部水利署「水工混凝土構造物修補作業準則 (草案)」，其內容大綱包含「通則」、「修補規劃與設計」、「修補材料及工法」、以及「修補工程品質之評定與認可」等。 另一方面，堰壩之修補改善時機，可分為立即與非立即改善兩種。當堰壩損壞情狀已構成結構體穩定性與安全性之危害時，則應立即實施修補改善。反之，若對結構體之穩定性與安全性無立即性影響，管理單位可依專家會議結論，以及操作管理經驗規劃修補改善時程。而對於堰壩耐磨層修補材料之探討，亦已完成矽灰混凝土、金屬複合水泥砂漿、聚合物混凝土、活性粉混凝土材料與工法，以及玄武岩磚貼片工法等五種耐磨修補材料之相關試驗。在選擇修補材料與工法時，除修補材料須具有抵抗磨耗衝擊之特性外，其與基底層之界面相容性亦相當重要，包括乾燥收縮、熱膨脹性與界面黏結力等性質。 本研究第一年將經由壩堰磨裂損行為與機制之分析及試驗，評估各種破壞狀況之合宜應用耐磨材料。配合資料蒐集與彙整，檢討現行施工規範之適用性，以修復防治成本及成效分析，探討堰壩磨裂損防治執行時機及方法。研訂堰壩磨裂損檢測技術規範及修補作業準則。並探討國內壩堰應實施耐磨裂損改善案件優先次序，提出未來堰壩耐磨裂防治策略分析。第二年主要工作為堰壩耐磨裂損現地試驗，其中在試驗地點選定方面，本計畫在多項評估後選擇仁義潭竹山驗作為第一年耐磨材料現地試驗施作地點。在現地試驗規劃及設計方面沿續去年度實驗室研究之成果，因此使用金屬骨材混凝土、RPC貼片複合材料、矽灰混凝土、與聚合物改質混凝土作為現場修復材料。相關現地施工過程藉由流程與照片進行說明。現地施工後於大型水文事件（泰瑞颱風、天瓶颱風）後進行目視觀察修復材料狀況外，亦藉由3D透視雷達分析經過7個月營運後修補材料磨損情形。相關成果經過評估與分析，發現修補材料在經過本年度數次豪雨與颱風後，除角落幾片RPC掉落外，其餘均屬於良好之情形。另就施工法而言，以高強度矽灰水泥砂漿為黏結材與填縫材的剛性RPC工法較以PU為黏結材與填縫材的耐磨裂損程度佳。經由完整之現地試驗，已完成研訂堰壩耐磨裂損設計及施工規範草案。並藉由教育訓練，將研究結果加以推廣。</abstract><author>台灣營建研究院；劉玉雯</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010103580</governmentpublicationsnumber><identifier>73805</identifier><internationalstandardbooknumber>9789860355031 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73805</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討總報告  Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73806</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73806</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73807</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73807</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73808</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73808</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果發表會論文集--水耘百年(內附光碟)  2011 Commissioned projects Accomplishment Presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/13</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73809</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73809</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果專輯  〈水耘百年〉</title><yearidentifier>201212</yearidentifier></data><data><abstract>對主要河川流域地質資料系統既有圖資進行更新維護，並針對蘭陽溪、鹽水溪、二仁溪及阿公店溪進行地質查核工作，並就查核成果加以詮釋，同時比照頭前溪流域所建置之流域地質資料庫格式，建置此四流域之地質資料。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010280</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010102837</governmentpublicationsnumber><identifier>73815</identifier><internationalstandardbooknumber>9789860346305 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73815</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川流域地質資料查核及資料建置--蘭陽溪、鹽水溪、二仁溪及阿公店溪-內附光碟 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Lanyang Yanshui Erren and Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>對主要河川流域地質資料系統既有圖資進行更新維護，並針對蘭陽溪、鹽水溪、二仁溪及阿公店溪進行地質查核工作，並就查核成果加以詮釋，同時比照頭前溪流域所建置之流域地質資料庫格式，建置此四流域之地質資料。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010280</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010102837</governmentpublicationsnumber><identifier>73816</identifier><internationalstandardbooknumber>9789860346305 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73816</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河流域地質資料查核及資料建置--蘭陽溪、鹽水溪、二仁溪及阿公店溪--光碟版 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Lanyang Yanshui Erren and Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署第七河川局於100年度已完成高屏溪流域洪水預報系統的建置，針對高屏溪流域提供颱風時期的水情預報資訊，今年度(101年)則以去年所建置的系統為基礎，擴充建置東港溪及四重溪流域洪水預報系統。東港溪幹流長約44公里，流域面積約472平方公里，河口段50年計畫洪水量為3,510cms，地勢自東北向西南傾斜，七成以上為平坦沃野，目前流域內共有26條區域排水，本計畫初步收集其相關資料，供未來系統擴充之參考。四重溪幹流長約32公里，流域面積約125平方公里，其中山地面積廣大，約佔全流域面積之95%，河口段50年計畫洪水量為1,900cms。支流汝仍溪與牡丹溪會合處為牡丹水庫，其有效容量為2,327萬立方公尺，本計畫已依水庫相關作業規則建置牡丹水庫操作模組，提供預報系統中四重溪河川模式的上游邊界預估放流量。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010103209</governmentpublicationsnumber><identifier>73817</identifier><internationalstandardbooknumber>9789860350906 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73817</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>七河局轄內洪水預報系統建置(東港溪 四重溪)=Establishing Flood Forecast System under Seventh River Management Office area (including Donggang River and Sihchong River)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署第七河川局於100年度已完成高屏溪流域洪水預報系統的建置，針對高屏溪流域提供颱風時期的水情預報資訊，今年度(101年)則以去年所建置的系統為基礎，擴充建置東港溪及四重溪流域洪水預報系統。東港溪幹流長約44公里，流域面積約472平方公里，河口段50年計畫洪水量為3,510cms，地勢自東北向西南傾斜，七成以上為平坦沃野，目前流域內共有26條區域排水，本計畫初步收集其相關資料，供未來系統擴充之參考。四重溪幹流長約32公里，流域面積約125平方公里，其中山地面積廣大，約佔全流域面積之95%，河口段50年計畫洪水量為1,900cms。支流汝仍溪與牡丹溪會合處為牡丹水庫，其有效容量為2,327萬立方公尺，本計畫已依水庫相關作業規則建置牡丹水庫操作模組，提供預報系統中四重溪河川模式的上游邊界預估放流量。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010103209</governmentpublicationsnumber><identifier>73818</identifier><internationalstandardbooknumber>9789860350906 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73818</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>七河局轄內洪水預報系統建置(東港溪 四重溪)--光碟版=Establishing Flood Forecast System under Seventh River Management Office area (including Donggang River and Sihchong River)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73819</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73819</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果摘要彙編 水耘百年</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-42</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>73820</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73820</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PART Ⅳ－COASTAL HYDROLOGY</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>73821</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73821</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報電子書 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011</title><yearidentifier>201206</yearidentifier></data><data><abstract>在國內水資源需求與日俱增的壓力下，具前瞻性的永續發展議題與急迫性的能源、環境及經濟發展等議題，水 利智庫網能夠提出過去的經驗與未來的建議則是中長期的發展目標。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA101408</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010102999</governmentpublicationsnumber><identifier>73823</identifier><internationalstandardbooknumber>9789860347814 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73823</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利智庫網站初期建置計畫(內附光碟)=The Initial Stage Project of Water Resources Think Tank</title><yearidentifier>201212</yearidentifier></data><data><abstract>在國內水資源需求與日俱增的壓力下，具前瞻性的永續發展議題與急迫性的能源、環境及經濟發展等議題，水 利智庫網能夠提出過去的經驗與未來的建議則是中長期的發展目標。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA098035</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/14</date><governmentpublicationsnumber>1010102999</governmentpublicationsnumber><identifier>73824</identifier><internationalstandardbooknumber>9789860347814 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73824</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利智庫網站初期建置計畫--光碟版=The Initial Stage Project of Water Resources ThinkTank</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000460</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>73825</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73825</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析1/2)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>73826</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73826</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析1/2)--內附光碟=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73827</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73827</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73828</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73828</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果彙編暨發表會成果報告書</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010139</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102825</governmentpublicationsnumber><identifier>73829</identifier><internationalstandardbooknumber>9789860346725 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73829</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>軟岩質河床沖蝕模式之建立（2/3）Development of the erosion rate model for weak rock river bed(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010139</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102825</governmentpublicationsnumber><identifier>73831</identifier><internationalstandardbooknumber>9789860346725 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73831</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>軟岩質河床沖蝕模式之建立（2/3）(光碟版) Development of the erosion rate model for weak rock river bed(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73832</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73832</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果發表會論文集  2011Commissioned projects Accomplishment presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣河川豐、枯水期河川流量差異甚大，枯水期時河川裸露之高灘地，常有民眾植栽；於颱洪時期，坡陡流急、洪水歷程急促，致河道侵蝕嚴重，造成河道深槽偏移，垂直向侵蝕導致河槽刷深，側向岸壁沖刷改變河道幾何邊界，危及河防建造物安全及兩岸土地安定。不論就河川治理規劃方面，如水道治理計畫線之劃設；或河川管理方面，如高灘地管理，均需對河川深槽偏移之可能型態、形成機制及對河道穩定、河防安全影響等進一步研究。為分析深槽偏移之趨勢，除現場觀測資料分析外，數值模式為一不可或缺之工具。然而目前數值模式發展多侷限在沖積層，且多屬砂質底床沖淤部分，對於砂岩層交互河床沖淤及深槽偏移模式之發展較為缺乏，且國內、外可供模式發展之相關物理模型試驗亦屬缺乏。另一方面，由於現場量測資料時間間距長，自然因素與人為因素難以釐清。故本計畫目的在於配合水槽試驗與現場觀測分析，發展具備可模擬砂岩層河床深槽偏移模式，探討颱洪期間河道深槽偏移對河道穩定與河防安全的影響，供未來規劃設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>73833</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73833</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)(內附光碟)=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣河川豐、枯水期河川流量差異甚大，枯水期時河川裸露之高灘地，常有民眾植栽；於颱洪時期，坡陡流急、洪水歷程急促，致河道侵蝕嚴重，造成河道深槽偏移，垂直向侵蝕導致河槽刷深，側向岸壁沖刷改變河道幾何邊界，危及河防建造物安全及兩岸土地安定。不論就河川治理規劃方面，如水道治理計畫線之劃設；或河川管理方面，如高灘地管理，均需對河川深槽偏移之可能型態、形成機制及對河道穩定、河防安全影響等進一步研究。為分析深槽偏移之趨勢，除現場觀測資料分析外，數值模式為一不可或缺之工具。然而目前數值模式發展多侷限在沖積層，且多屬砂質底床沖淤部分，對於砂岩層交互河床沖淤及深槽偏移模式之發展較為缺乏，且國內、外可供模式發展之相關物理模型試驗亦屬缺乏。另一方面，由於現場量測資料時間間距長，自然因素與人為因素難以釐清。故本計畫目的在於配合水槽試驗與現場觀測分析，發展具備可模擬砂岩層河床深槽偏移模式，探討颱洪期間河道深槽偏移對河道穩定與河防安全的影響，供未來規劃設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>73834</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73834</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析總報告書(內附光碟)=Effect of Migration Behavior of Sand/Rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>73835</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73835</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統 Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/15</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>73836</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73836</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統--光碟版 Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成?本計畫進?第8號附?合作技術之引進及應用研究，並作為加強台美官方水?技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73839</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73839</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)(內附光碟)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation (4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 (TECRO)(TECRO)(TECRO)(TECRO)(TECRO)(TECRO) 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 (AIT) (AIT)(AIT)之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 8 號附?第 1 號修正 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 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官方及學術研究單位雙合作平台模式?實美水?技成果 之應用及研發。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73840</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73840</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)--光碟版 Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為延續台美雙方既有之合作成果並擴大雙方合作機制，水利規劃試驗所爰成?本計畫進?第8號附?合作技術之引進及應用研究，並作為加強台美官方水?技術合作之學術平台。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73841</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73841</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究總報告(內附光碟)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation</title><yearidentifier>201212</yearidentifier></data><data><abstract>根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 (TECRO)(TECRO)(TECRO)(TECRO)(TECRO)(TECRO) 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 (AIT) (AIT)(AIT)之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 8 號附?第 1 號修正 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大作機制，爰成?本計畫進?第 8 號附?合作技術之引進及應用研 究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 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官方及學術研究單位雙合作平台模式?實美水?技成果 之應用及研發。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73842</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73842</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告--光碟版 Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>經濟部水?署已於97 ?完成水?工程技術規範-河川治?篇(草案)之編定，作為國內河川治?之依循，然現階段國內區域排水治?技術尚無統一規範，造成相關從事區域排水治?工作時欠缺規範導引依循，為?第一線工作人員作業時有所依循，有必要儘速訂定區域排水治?技術規範，此規範應含括區域排水之防災、生態、土地?用、環境景觀、地層下陷與氣候變遷等政策性議題，有鑑於此，乃有訂定區域排水治?技術規範之必要。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010091</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010102593</governmentpublicationsnumber><identifier>73843</identifier><internationalstandardbooknumber>9789860344325 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73843</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(2/3)--內附光碟 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation (DRAFT)(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本水利工程技術規劃區域排水治理篇編撰計畫預定執行期限為三年，第一年度計畫，主要工作項目研擬總則篇、調查篇及規劃篇條文內容；第二年度為研擬設計篇與施工篇條文內容；第三年度為研擬維護管理篇條文內容，本年度為第二年度計畫，主要工作內容概述如下。 一、計畫執行流程 本團隊深入瞭解計畫實際需求後，邀集相關產學專業組成團隊，針對計畫相關需求及內容進行研討，並提出研擬區域排水治理篇編撰構想，如摘圖1所示，主要工作內容說明如下。 (一) 資?蒐集 本計畫將蒐集國內外排水治理相關資?文獻，包含相關技術報告、法規及規範，以作為本技術規範編撰之參考。 (二) 產出格式 本計畫重要關鍵在技術規範之產出格式。國內外相關技術規範大致分條文式或大綱說明式兩種，大綱說明式採提列問題大綱及補充解釋方式撰寫，如「水利工程技術規範-河川治理篇(草案)」、「日本建設省河川砂防技術基準(案)」。本方式以大綱附上說明，較為完整清晰且可直接提供使用者參採。因此，本計畫採用此方式編撰。 (三) 區域排水治理各篇條文初稿撰寫 本團隊依專業分工，由各工作項目負責人就所負責部分依既定時程提出初稿，並召開內部會議討論，目前已辦理七次內部討論會，討論各篇條文初稿內容。工作小組審查 摘-2 初稿完成後，再邀請水利署、水利規劃試驗所、各縣市政府及技術顧問機構相關從業人員召開工作小組會議，以確認本規範在實際執行上是否有所困礙難行之處，預計舉辦2次，目前已辦理一次工作會議，第二次工作會議預計十一月舉辦， (四</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010091</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010102593</governmentpublicationsnumber><identifier>73844</identifier><internationalstandardbooknumber>9789860344325 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73844</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(2/3)--光碟版 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation (DRAFT)(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>2010101853</governmentpublicationsnumber><identifier>73848</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73848</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第一季(內附光碟)</title><yearidentifier>201208</yearidentifier></data><data><abstract>美福排水係屬蘭陽溪水系宜蘭河之支流，屬平原地形，其中台9線以東地區高程介於0~2m間，大部分位於低窪易淹水地區，本計畫將以美福排水集水區為範圍建置地表數值高程模型(DEM)資料，並透過淹水數值模式模擬分析淹水狀況，再配合本局100年度「宜蘭縣自計式水位監測系統設立與淹水災損地理資訊系統整合規劃」計畫委託案之淹水分析成果進行驗證，另配合即時雨量資訊及水災潛勢分析，使淹水監測具有預警功能，以利颱洪時掌控即時資訊與研判淹水災情，可搭配宜蘭縣水災保全計畫以提供緊急應變中心水災應變決策之最佳參考</abstract><author>國立宜蘭大學</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010350</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103267</governmentpublicationsnumber><identifier>73850</identifier><internationalstandardbooknumber>9789860351958 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73850</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>蘭陽溪流域淹水範圍監測系統建置計畫=Planning and construction of geographic information system for flood assessment in Lan-Yang River</title><yearidentifier>201212</yearidentifier></data><data><abstract>阿公店水庫因集水區的地質因素，自民國42年水庫開始運轉以來，每年約有50萬立方公尺之淤砂量淤積於庫底，影響庫容。民國86年起辦理「阿公店水庫更新工程計畫」，進行水庫浚渫清淤標高40公尺以下泥砂1,160萬立方公尺，庫區有效容量回復至1,837萬立方公尺，並改建溢洪管及灌溉管，實施空庫防淤操作以大量減少洪水時之沉滓落淤，以永續維持水庫之有效容量。然在水文、地文、泥砂運移等因素均具有相當高不確定性的情況下，需要更深入的了解阿公店水庫更新改善工程完工後水庫空庫防淤操作的成效。本計畫的目的藉由現場量測與水庫泥砂運移模式的分析，了解泥砂運移及淤積分布，評估防淤成效，並研擬管理策略，作為後續推動提升阿公店水庫空庫防淤效率之參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010197</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103601</governmentpublicationsnumber><identifier>73852</identifier><internationalstandardbooknumber>9789860355062 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73852</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫空庫防淤泥砂觀測及成效評估 Sediment Observation and Efficiency Evaluation for desiltation of Agongdian Reservoir by using empty flushing in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>阿公店水庫因集水區的地質因素，自民國42年水庫開始運轉以來，每年約有50萬立方公尺之淤砂量淤積於庫底，影響庫容。民國86年起辦理「阿公店水庫更新工程計畫」，進行水庫浚渫清淤標高40公尺以下泥砂1,160萬立方公尺，庫區有效容量回復至1,837萬立方公尺，並改建溢洪管及灌溉管，實施空庫防淤操作以大量減少洪水時之沉滓落淤，以永續維持水庫之有效容量。然在水文、地文、泥砂運移等因素均具有相當高不確定性的情況下，需要更深入的了解阿公店水庫更新改善工程完工後水庫空庫防淤操作的成效。本計畫的目的藉由現場量測與水庫泥砂運移模式的分析，了解泥砂運移及淤積分布，評估防淤成效，並研擬管理策略，作為後續推動提升阿公店水庫空庫防淤效率之參考依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010197</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103601</governmentpublicationsnumber><identifier>73854</identifier><internationalstandardbooknumber>9789860355062 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73854</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫空庫防淤泥砂觀測及成效評估 -光碟版Sediment Observation and Efficiency Evaluation for desiltation of Agongdian Reservoir by using empty flushing in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>73855</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73855</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統--光碟版 Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>73856</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73856</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3) Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>73857</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73857</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統 Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>73858</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73858</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)--光碟版 Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>73860</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73860</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)控制測量及海岸地形水深測量成果報告(附冊) Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>崇德水庫曾於民國80～92?間辦?相關調查規劃工作，後因其他大型水源開發工程進?而暫緩規劃。然為因應88水災後南部地區水源缺口，於99??重啟規劃，已完成「崇德水庫可?性規劃(4)」、「崇德水庫可?性規劃－壩區及集水區基本資?補充調查及試驗」。後續為瞭解築壩材?的動態性質與壩體受震時的安定及抗液化能?，實有進?崇德水庫壩址之地震危害?分析之必要，並據以對目前規劃之壩體型式辦?動態分析。另針對水庫興建後排洪及下游河道安全需求，應進?下游河道治?規劃。再者本水庫因具有水源、工程、經濟及水庫永續之可?性，依既有規劃成果研擬工程計畫書，以為後續水庫開發工作賡續進?之依據。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.642746</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010213</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103203</governmentpublicationsnumber><identifier>73861</identifier><internationalstandardbooknumber>9789860351200 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73861</librarycollectiondetailsurl><price>定價850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>崇德水庫可行性規劃(5)-專題報告:大壩安定分析及下游河道治理規劃 Feasibility Planning of Chong De Reservoir(5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>崇德水庫曾於民國80～92?間辦?相關調查規劃工作，後因其他大型水源開發工程進?而暫緩規劃。然為因應88水災後南部地區水源缺口，於99??重啟規劃，已完成「崇德水庫可?性規劃(4)」、「崇德水庫可?性規劃－壩區及集水區基本資?補充調查及試驗」。後續為瞭解築壩材?的動態性質與壩體受震時的安定及抗液化能?，實有進?崇德水庫壩址之地震危害?分析之必要，並據以對目前規劃之壩體型式辦?動態分析。另針對水庫興建後排洪及下游河道安全需求，應進?下游河道治?規劃。再者本水庫因具有水源、工程、經濟及水庫永續之可?性，依既有規劃成果研擬工程計畫書，以為後續水庫開發工作賡續進?之依據。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.642746</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010213</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/16</date><governmentpublicationsnumber>1010103203</governmentpublicationsnumber><identifier>73862</identifier><internationalstandardbooknumber>9789860351200 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73862</librarycollectiondetailsurl><price>定價850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>崇德水庫可行性規劃(5)-專題報告:大壩安定分析及下游河道治理規劃(光碟版) Feasibility Planning of Chong De Reservoir(5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>1、計畫區域地形資料蒐集調查分析 (1)河道地形資料蒐集分析 (2)河床質補充調查分析 (3)河道沖淤量變化及河床變動調查 2、計畫區域基本資料蒐集及補充調查分析 (1)河道區域內水工結構物基本資料整理 (2)歷年砂石開採情形分析 (3)歷年相關處置工程資料蒐集彙整 (4)莫拉克風災後水文分析檢討 (5)莫拉克前後土砂產量評估 3、莫拉克颱洪前河道輸砂特性及河床穩定彙整評估 (1)莫拉克颱洪前河道長、短期流量下變動條件 (2)莫拉克颱洪前河道輸砂特性研究蒐集分析 4、莫拉克風災高屏溪流域河道災害彙整 5、莫拉克後疏濬工作辦理情形 6、計畫區水位流量站之水、砂觀測研究 (1)水、砂觀測資料分析方法評估 (2)流量、懸移質觀測分析 (3)歷年水位-流量率定曲線分析比較 (4)歷年流量-泥砂率定曲線及泥砂資料整理分析 (5)聲學式推移載泥砂觀測研擬 (6)現地觀測位址原則及觀測規劃工作(擇定二個適當點位觀測) 7、蒐集分析國內外有關河道疏濬對河道演變影響課題之相關工程、研究案例，及相關評估方法、評估工具及研究方法 8、河道砂石開採相關法規蒐集 9、河川區域內私有地公告可採區可行性評估 10、莫拉克風災後已疏濬區域進行輸砂模式模擬分析 11、莫拉克風災後疏濬成效評估及提出未來可疏濬區域及條件探討</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010231</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103236</governmentpublicationsnumber><identifier>73864</identifier><internationalstandardbooknumber>9789860351583 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73864</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>高屏溪流域莫拉克風災後疏濬成效評估計畫規劃(2/2) The Plan of Dredge Eeffect Assessment of Ggaopin River after Morakot Typhoon (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>1、計畫區域地形資料蒐集調查分析 (1)河道地形資料蒐集分析 (2)河床質補充調查分析 (3)河道沖淤量變化及河床變動調查 2、計畫區域基本資料蒐集及補充調查分析 (1)河道區域內水工結構物基本資料整理 (2)歷年砂石開採情形分析 (3)歷年相關處置工程資料蒐集彙整 (4)莫拉克風災後水文分析檢討 (5)莫拉克前後土砂產量評估 3、莫拉克颱洪前河道輸砂特性及河床穩定彙整評估 (1)莫拉克颱洪前河道長、短期流量下變動條件 (2)莫拉克颱洪前河道輸砂特性研究蒐集分析 4、莫拉克風災高屏溪流域河道災害彙整 5、莫拉克後疏濬工作辦理情形 6、計畫區水位流量站之水、砂觀測研究 (1)水、砂觀測資料分析方法評估 (2)流量、懸移質觀測分析 (3)歷年水位-流量率定曲線分析比較 (4)歷年流量-泥砂率定曲線及泥砂資料整理分析 (5)聲學式推移載泥砂觀測研擬 (6)現地觀測位址原則及觀測規劃工作(擇定二個適當點位觀測) 7、蒐集分析國內外有關河道疏濬對河道演變影響課題之相關工程、研究案例，及相關評估方法、評估工具及研究方法 8、河道砂石開採相關法規蒐集 9、河川區域內私有地公告可採區可行性評估 10、莫拉克風災後已疏濬區域進行輸砂模式模擬分析 11、莫拉克風災後疏濬成效評估及提出未來可疏濬區域及條件探討</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010231</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103236</governmentpublicationsnumber><identifier>73865</identifier><internationalstandardbooknumber>9789860351583 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73865</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>高屏溪流域莫拉克風災後疏濬成效評估計畫規劃(2/2)--光碟版 The Plan of Dredge Eeffect Assessment of Ggaopin River after Morakot Typhoon (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近二十年來本局轄內高雄海岸包括彌陀、赤崁、蚵仔寮及林園等海岸線，由於沙源不足，已呈整體侵蝕之情況，並受到沿岸海岸結構物（港灣及防波堤）之影響，造成海岸局部性之侵淤變化；另一方面，本段海岸早期時有災害發生，但經多年海堤興建及消坡塊拋置保護，例如新港海堤、蚵仔寮海堤、典寶海堤等，可謂已達成防止海岸災害之階段性任務。除以工程方法防護侵蝕海岸外，增加沿岸漂砂總量為本局轄區內海岸侵蝕防護一重要議題，本計畫試圖尋找可用之灘料來源，透過改良或研究鄰近河川疏濬之土石，並考量相關政策法規、運輸技術等，使其可作為海岸養灘砂源，補充於鄰近海岸侵蝕段，以達砂源補充，降低侵蝕之效果。進一步以水工模型試驗探討分析上述砂粒於自然海岸之穩定性，配合政策、經濟、環境之可行性評估，提出改善方案。本計畫之研究成果可提供水利工程單位進行海岸侵蝕防護工作時之依據及參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010259</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103434</governmentpublicationsnumber><identifier>73866</identifier><internationalstandardbooknumber>9789860352498 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73866</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>河川疏濬土石作為鄰近海岸養灘之研究=Research on the Beach Nourishment of River Dredged Material for Kaohsiung Coast</title><yearidentifier>201212</yearidentifier></data><data><abstract>近二十年來本局轄內高雄海岸包括彌陀、赤崁、蚵仔寮及林園等海岸線，由於沙源不足，已呈整體侵蝕之情況，並受到沿岸海岸結構物（港灣及防波堤）之影響，造成海岸局部性之侵淤變化；另一方面，本段海岸早期時有災害發生，但經多年海堤興建及消坡塊拋置保護，例如新港海堤、蚵仔寮海堤、典寶海堤等，可謂已達成防止海岸災害之階段性任務。除以工程方法防護侵蝕海岸外，增加沿岸漂砂總量為本局轄區內海岸侵蝕防護一重要議題，本計畫試圖尋找可用之灘料來源，透過改良或研究鄰近河川疏濬之土石，並考量相關政策法規、運輸技術等，使其可作為海岸養灘砂源，補充於鄰近海岸侵蝕段，以達砂源補充，降低侵蝕之效果。進一步以水工模型試驗探討分析上述砂粒於自然海岸之穩定性，配合政策、經濟、環境之可行性評估，提出改善方案。本計畫之研究成果可提供水利工程單位進行海岸侵蝕防護工作時之依據及參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010259</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103434</governmentpublicationsnumber><identifier>73867</identifier><internationalstandardbooknumber>9789860352498 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73867</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>河川疏濬土石作為鄰近海岸養灘之研究(光碟版)=Research on the Beach Nourishment of River Dredged Material for Kaohsiung Coast</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫規劃於資料蒐集完成後，就區域水文、地文及颱風暴潮等資料進行分析整理，以掌握卑南溪流域之水情與、地文現況與變化趨勢，其後再進行雨量、水位及CCTV站之評估檢討，若有不足時，分析並建議最適宜之增設站數與設置地點，並針對水文模式進行評估，找出最適卑南溪流域之模式，最後，完成卑南溪洪水預報系統先期之規劃。</abstract><author>環興科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73868</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73868</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃 The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫規劃於資料蒐集完成後，就區域水文、地文及颱風暴潮等資料進行分析整理，以掌握卑南溪流域之水情與、地文現況與變化趨勢，其後再進行雨量、水位及CCTV站之評估檢討，若有不足時，分析並建議最適宜之增設站數與設置地點，並針對水文模式進行評估，找出最適卑南溪流域之模式，最後，完成卑南溪洪水預報系統先期之規劃。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73869</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73869</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(光碟版)=The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於政府部門推動政策時，因溝通不足、宣傳不夠等因素，造成民眾之反對，致政策無法順利推動，讓政府施政效能大打折扣，而公民參與模式之建立，可落實公民參與制度，讓政府政策形成之過程可得到民意之回饋，同時讓決策過程透明化，使民眾得到正確充分之訊息，建立良好之溝通關係，以提高其對政府決策之信心進而提升生活品質。</abstract><author>邁世通實業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010394</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010102772</governmentpublicationsnumber><identifier>73870</identifier><internationalstandardbooknumber>9789860345735 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73870</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>高屏堰課題與多元解決對策擴大公民參與 The Issues of Gaoping Weir and the Implementation of Diverse Strategies for Advancing the Practice of Public Participation</title><yearidentifier>201212</yearidentifier></data><data><abstract>阿公店水庫（以下簡稱本水庫）位於高雄市燕巢區，自民國42年興建完成迄今已營運50年有餘，為解決本水庫日趨嚴重之淤積、供水及滯洪空間不足等問題，並繼續維持本水庫防洪、灌溉、公共給水等多目標功能，因此本水庫自民國86年起進行各項更新工程（以下簡稱本工程），其中包括「水庫浚渫工程」、「越域引水路工程」、「越域排洪道工程」及「溢洪管改建工程」等。 阿公店水庫更新工程計畫爰依據行政院環保署84年4月25日（84）環署綜字第20083號函核示之「阿公店水庫更新改善計畫環境說明書」審查意見，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫，據以維護營運期間之週遭環境。施工期間環境監測工作始自民國88年1月起至工程完工95年6月止，其目的為評估施工期間對於環境之影響，作為環境影響追蹤考核工作之基礎，使施工期間對環境影響達最低程度。 民國95年7月起正式邁入營運管理階段，為了解該階段對當地之自然生態與社會環境造成之影響，因此延續前階段對本水庫環境監測工作，以期能對水庫營運期間環境品質能有所掌握，俾利當影響超出環境涵容能力時，能適時採取減輕對策以降低其負面影響，並藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，並作為環境管理與維護之依據。 本局95年7月至99年4月止將完成營運期間第1階段環境監測作業時，於民國99年3月3日行政院環境保護署「阿公店水庫更新改善計畫環境監測計畫變更內容對照表」專案小組第2次審查會議決議，請本局持續進行原營運階段環境監測計畫，爰繼續辦理本委託案。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010066</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103603</governmentpublicationsnumber><identifier>73872</identifier><internationalstandardbooknumber>9789860355055 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73872</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫營運階段環境監測工作成果報告 2012 Environmental Monitoring at Operational Stage for Agongdian Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>阿公店水庫（以下簡稱本水庫）位於高雄市燕巢區，自民國42年興建完成迄今已營運50年有餘，為解決本水庫日趨嚴重之淤積、供水及滯洪空間不足等問題，並繼續維持本水庫防洪、灌溉、公共給水等多目標功能，因此本水庫自民國86年起進行各項更新工程（以下簡稱本工程），其中包括「水庫浚渫工程」、「越域引水路工程」、「越域排洪道工程」及「溢洪管改建工程」等。 阿公店水庫更新工程計畫爰依據行政院環保署84年4月25日（84）環署綜字第20083號函核示之「阿公店水庫更新改善計畫環境說明書」審查意見，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫，據以維護營運期間之週遭環境。施工期間環境監測工作始自民國88年1月起至工程完工95年6月止，其目的為評估施工期間對於環境之影響，作為環境影響追蹤考核工作之基礎，使施工期間對環境影響達最低程度。 民國95年7月起正式邁入營運管理階段，為了解該階段對當地之自然生態與社會環境造成之影響，因此延續前階段對本水庫環境監測工作，以期能對水庫營運期間環境品質能有所掌握，俾利當影響超出環境涵容能力時，能適時採取減輕對策以降低其負面影響，並藉由施工階段及營運階段之持續性監測，建立本地區長期之環境資料庫，並作為環境管理與維護之依據。 本局95年7月至99年4月止將完成營運期間第1階段環境監測作業時，於民國99年3月3日行政院環境保護署「阿公店水庫更新改善計畫環境監測計畫變更內容對照表」專案小組第2次審查會議決議，請本局持續進行原營運階段環境監測計畫，爰繼續辦理本委託案。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010066</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/17</date><governmentpublicationsnumber>1010103603</governmentpublicationsnumber><identifier>73873</identifier><internationalstandardbooknumber>9789860355055 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73873</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度阿公店水庫營運階段環境監測工作成果報告(光碟版) 2012 Environmental Monitoring at Operational Stage for Agongdian Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>本局為因應彰化地區工業用水需求成長，考量烏溪下游因承受台中都會區回歸水而有穩定水源，惟因水質不佳無法供應生活用水，故辦理烏溪大度攔河堰規劃事宜，以供應國光石化、中科二林基地及彰濱工業區工業用水需求。     然國光石化開發計畫為配合政府政策，業於100年4月宣布停止開發，本局原規劃大度堰工程計畫亦隨之暫緩，惟近年來因經濟轉趨活絡，產業發展迅速，使得臺中港區及彰濱工業區受國內外大廠進駐影響而需水量大增，加以台中地區及北彰化自來水系統目前供水能力已趨於飽和且無法持續、穩定供水給相關廠區使用。     故經濟部水利署即於100年11月21日召開「研商『臺中港區』及『彰濱工業區』短期用水需求及因應對策」會議，決議略以：臺中港區及彰濱工業區短期用水需求部分，經評估由需水單位申請烏溪水權並借道大肚圳及福馬圳輸水為較優方案，請中水局就需水量、水利會圳路瓶頸或需改善設施、歲修期間及需水單位自設蓄水池及淨水設備等事項釐清，於1年內提出規劃報告，以供需水單位與水利會協商後續供水事宜(包括設施使用費、施工單位、經費籌措等)。     本局即依據前揭會議決議爰提本委託技術服務計畫，以評估借道大肚圳及福馬圳輸水供應臺中港區及彰濱工業區工業用水需求之可行性。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010388</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010102885</governmentpublicationsnumber><identifier>73874</identifier><internationalstandardbooknumber>9789860347562 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73874</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>烏溪下游河段水資源再利用工程可行性規劃 Engineering Feasibility Planning on Wu River Downstream Water Resource Reuse</title><yearidentifier>201212</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案。</abstract><author>互動互惠廣告行銷開發事業公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010187</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103370</governmentpublicationsnumber><identifier>73875</identifier><internationalstandardbooknumber>9789860352481 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73875</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃-溝通宣導計畫 Shi-Wen Reservoir Feasibility Planning-Communication Advocacy Program</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>73876</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73876</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署北區水資源局一百年度年報</title><yearidentifier>201107</yearidentifier></data><data><abstract>摘要 一、 計畫緣起及工作內容 (一) 計畫緣起及目的 目前水利單位對於河川流量站輸砂量之觀測，均僅侷限於懸移質之觀測調查，推移質部分則付之闕如，因此對於河川整體輸砂量之評估造成影響，故未來如何辦理該部分之觀測調查工作，實有必要針對國內外河川傳統推移質之觀測方法進行蒐集與比較評估。有鑑於以往?砂觀測的方式以人工取樣為主，惟此法後續處理步驟不但費時，且取樣時間受天候?況限制，造成許多洪水時期的?砂資?無法採集，而且威脅取樣人員的安全性，因此研發自動化之?砂觀測技術。 (二) 計畫目標及工作範圍 於彰雲橋以下河段，評估選取適當觀測地點，進行颱風豪雨現場水理、輸砂特性及河床沖淤變化調查。 (三) 計畫目標與工作流程 本計畫主要工作內容如下：本計畫工作項目劃分為七大項： (1)計畫區域背景資?調查分析；(2)?砂觀測相關資?彙整評估；(3)自動化推移質觀測方法建立；(4)規劃建置自動化觀測試驗站；(5)自動化觀測與人工觀測關係驗證；(6)一維水砂數值模擬與率定驗證；(7)評估濁水溪下游河段水理、輸砂特性及沖淤變化等關係分析河道之穩定性。本研究工作流程圖1所示。 二、 計畫區域基本資?蒐集分析 (一) 濁水溪主流長約186.6 km，為單一河槽入海之?態，因降雨集中、流量大其輸砂量大、水流沖刷破壞力極強，堤前河床淘刷劇烈；流經二十一鄉鎮，並有20座橋梁於濁水溪主流上。 (二) 歷年水位-流量率定曲線資?，因河川底床沖淤或河床變動之影響，一年內之水位-流量關係可大致分為2至3個群組，計畫區河段屬分段型河川。 (三) 歷年河道變動趨勢顯示，濁水溪河床高程有至90年全面禁止開採砂石後河床嚴重下降情形已不復見，並從96年開始河床出現回淤之現象。 (四) 濁水溪為多砂河川，因集水區內80 %屬山坡地，坡度陡峭、河流短急、斷層分佈多、地質脆弱，且為地震集中區，表層土質鬆軟而易沖蝕，年輸砂量約3,000萬m3到6,000萬m3不等。 (五) 97～99年颱洪災害調查，致災颱風包括卡玫基、辛樂克、薔蜜及莫拉克颱風，其中莫拉克颱風災實損情況較為嚴重，造成彰化地區多處淹水，河道多處河堤、護岸及固床工遭沖毀。 三、 ?砂觀測方法評估與分析 (一) 蒐集相關懸移質?砂觀測方法原理，並對其優缺點及量測範圍進行比較。 (二) 針對推移質觀測研究，蒐集傳統式推移質觀測方法，大致分為兩大類： 1. 直接採樣法：依據設計原理、構造及操作方法，現行推移質採樣器可歸納為籃式 (basket? type)、淺盤式 (pan?type)、壓差式 (pressure?difference?type) 及槽坑式 (slot?type or pit?type) 等四類。 2. 間接取樣法：淤積斷面量測法(sedimentation process)、砂丘追蹤法(dune tracking)及示蹤劑法(tracker method)。 總體而言，推移質直接取樣法雖然能夠直接採集河床?砂樣本，能夠較可靠的反應底床推移質的運移數量 (三) 國內自動化推移質相關觀測研究方法較缺乏，就自動化推移質觀測方式蒐集國外相關研究成果進行探討。 1. 地音探測器：整個河道斷面設置2 m埋深、混凝土保護層厚度1 m的巨積塊體，其上鑲嵌地音探測器觸發鋼板，為?比對及校正地音探測器撞擊訊號，另設置不同類型的推移質取樣器，試驗站全部共設置40個防水的地音探測器。經記?個別地音探測器接收撞擊數與時間及於空間分佈之資?後，再與河川流量紀?結合分析，最後建立流量與推移質輸砂量關係曲線，其結果呈正相關趨勢。 2. 壓電式推移質影響傳感器(PBIS)：利用推移質對儀器PBIS產生振動(顆粒直徑大於20mm)並且記?每一次振動的總量為一筆數據。推移質運動的速度對於傳感器的影響在每單為時間上成正比顯示。 上述兩種自動化推移質觀測方式是有效且具潛力的長期自動化觀測設備，評估其優缺點如下列幾點所示： 優點： 缺點： 1.可完全自動化； 2.具時間與空間高解析度； 3.可測得起始運動。 1.試驗站與實驗室間仍須進行校核； 2.目前單一試驗站之設置費用高昂； 3.試驗站屬固定式設備，不具機動性。 (四) 台灣地區豐枯水季流量變化極大，平時部分河床雖有乾涸的時期，但颱洪期間的大流量常造成河床劇烈變化，評估地音探測器及壓電式推移質感測器其觀測方式及優缺點，國內並無相關之研究，在相關技術承接上有所難度，考慮計畫區域河段河床高程變動量較大，無適當施工地點且較為不易，上述兩種方式設站費用較為昂貴並不適用。 (五) 根據相關文獻得知，振動式測砂儀具備即時、連續性及自動化觀測功能之優點。於懸移質濃度觀測具有良好趨勢，將此觀點聯想到推移質的觀測上，振動管受到推移質的負載，亦因載荷大小的改變而影響頻率，因此可以建立推移質濃度與共振頻率兩者間的關係，達到推移質觀測之目的。 四、 聲學式測砂儀試驗規劃與分析 (一) 本計畫研發規劃推移質測砂儀雛型，以碰撞引起聲學振動之原理進行推移質即時觀測方法與試驗研究，並於試驗室進行相關試驗分析探討。分別計對(1)單顆粒撞擊；(2)渠道坡度大小；(3)多顆粒撞擊；(4)渠道糙度粗細及(5)淤砂高度等試驗條件進行試驗。5種試驗條件試驗之結果如下： 1. 單顆粒撞擊試驗：渠道坡度固定條件下，玻璃珠顆粒愈大所測得能量值愈大；在相同珠璃珠大小固定條件下，渠道坡度愈陡所測得能量值愈大，其線性關係皆呈正相關趨勢，R2值達0.90以上。 2. 多顆粒撞擊試驗：在相同粒徑條件下，撞擊顆粒數愈多所測得能量值愈大；在相同顆粒數不同粒徑條件下，其線性關係皆呈正相關趨勢。 3. 渠道糙度試驗：在相同顆粒大小坡度試驗條件下，渠道糙度愈粗糙所測得能量值愈低，其線性關係呈負相關趨勢，R2值達0.83；說明在相同條件下，渠道糙度與能量呈反比。 4. 淤砂高度試驗：隨著淤砂高度增加，所測得能量值愈低，其 線性關係呈負相關趨勢，R2值達0.84；顯示聲學式測砂儀可利用此特性推估集砂坑淤滿時間點，進而估算推移質輸砂量。 (二) 根據試驗室不同大小玻璃珠及不同顆粒數撞擊振動管，模擬現地非均勻推移質撞擊振動管所測得能量值與單寬輸砂率之關係，試驗能量值愈大相對單寬輸砂率愈大，R2達0.97，顯示單寬輸砂率與能量呈正相關趨勢，於現地進行觀測應具有此關係特性。 (三) 經由試驗室振動管相關試驗結果得知，振動管能量與撞擊顆粒大小、顆粒數多寡、渠道坡度大小呈正相關趨勢，與淤砂高度呈負相關，此方法具有良好的物理特性。 五、 現地水砂、沖淤及推移質觀測 (一) 水砂觀測作業方面，主要以鉛魚、手持式微波雷達表面流速儀及雙口式?砂採樣器等儀器，量測水位、流速及?砂等現地資?，藉以推估出河川流量及懸移質輸砂量。本計畫已於溪州大橋進行三次、彰雲橋進行五次流速、水位及水砂觀測採樣工作，時間分別為6月28日、7月19日、9月1日、9月30日及10月21日。根據本年度懸移質?砂濃度與流量觀測結果，可換算懸移質輸砂量值，溪州大橋站懸移質輸砂量約介於2,241～142,202公噸/日；彰雲橋站懸移質輸砂量約介於415～1,912,197公噸/日。將本年度水砂觀測值點繪入歷史資?所繪製成流量與懸移質輸砂量結果，並以相同流量代入溪州大橋站及彰雲橋站點繪前後率定曲線換算輸砂量結果發現，輸砂量值差異不大，表示本年度輸砂特性與歷史資?無太大差異。 (二) 沖淤調查作業方面，本計畫經多次現勘並比對96年與99年度計畫區域斷面資?，發現濁水溪彰雲大橋下游河道河段整體沖刷趨勢較不顯著，但其中以斷面80、83及85具有較嚴重沖刷之情形 (三) ，評估三斷面資?與現勘結果，於民國100年7月6日分別於斷面85左右岸二處進行沖刷磚埋設斷面85進行沖刷磚埋設。埋設深度左岸336公分，右岸300公分。刷磚埋設完成後至今濁水溪流域僅發生一次較大的水文事件，為民國99年8月27～31日南瑪都颱風所挾帶外圍環流影響濁水溪流域甚劇。本計畫於民國99年9月29日進行沖刷磚調查。調查結果顯示，斷面85左岸僅沖刷掉2塊磚頭(12 cm)無回淤現象；右岸沖刷總共沖刷掉27塊(162 cm)並回淤66公分。濁斷85左岸河床高程並無明顯變動，相對之下，右岸河床高程變動較為明顯，河床有下刷之趨勢產生，主深槽流路有偏向左岸之情形。 (四) 民國100年9月15日另於溪州大橋下P40及P41號橋墩下游約 200公尺處設置一固定式囚砂坑，以做為聲學式測砂儀集砂坑比對之用。依溪州大橋歷年最大瞬時流量計算囚砂坑大小，囚砂坑尺寸上頂項8 m、下頂寬2m、，高2m，長15 m；設置完成後濁水溪流域並無重大水文事件發生，於民國100年10月21日進行囚砂坑調查，囚砂坑體積大小形?並無有所變化。 (五) 聲學式測砂儀觀測方面，於100年8月28日現地儀器安裝完成後立即進行現地相關試驗，試驗結果如下： 1. 單顆粒撞擊試驗：試驗條件固定下，隨著撞擊顆粒愈重所測得能量愈大，重量與能量呈正相關趨勢，R2達0.92。 2. 多顆粒撞擊試驗：隨著撞擊的顆粒數愈多所測得能量值愈大，顆粒數與能量呈正相關趨勢，R2達0.96。 3. 撞擊高度試驗：隨著撞擊高度愈高，所測得能量值愈大，撞 4. 非均勻砂撞擊試驗：在固定試驗條件下，隨著非均勻砂撞擊重量愈重，相對量愈大，非均勻砂重量與能量呈正相關趨勢，R2達0.97。 5. 淤砂高度試驗：隨著埋砂高度增加，能量與淤砂高度呈負相關趨勢，R2達0.91，藉此特性可判斷集砂坑淤滿時間點。 (六) 本計畫安裝於溪州大橋自動化測砂儀因受限於氣候因素，無法量測相關推移質數據資?。有鑑於此，本計畫規劃於集集攔河堰進行相關試驗做為替代方案之選擇。共進行三日11次觀測結果如下： 1. 能量-流量率定曲線呈正相關趨勢R2達0.97。 2. 能量-輸砂量率定曲線呈正相關趨勢R2達0.92。 由上述觀測結果顯示，聲學式測砂儀在推移質觀測具有莫大的發展潛力，於試驗站建立其完整相關曲線資?，未來只需量測其能量值亦可反推流量及輸砂量多寡。 六、 一維水砂數值模擬與率定驗證 (一) 水位檢定驗證：目前已完成NETSTARS模式於溪州大橋站之水位檢定工作，由模擬結果整體顯示，模擬水位值與實測水位值趨勢相當一致，而後續模擬之成果亦應有其代表性。 (二) 敏感度分析：以Case13之主控參數模擬結果較佳，參數包括：Meyer-Peter &amp; Muller輸砂公式、沖刷深度倍數Alt=0.01、流管數Tube=7及△t=1，為NETSTARS模式河床沖淤變化之主控參數。 (三) 河道變動趨勢模擬分析：以99年底床在單一洪水不同重現期距年流量作用下探討其變化情形，模擬不同重現期距年流量分別為Q10、Q25、Q50及Q100。由於為單一洪水事件，其流量對其造床作用時間較短，模擬結果變化幅度較小。整體河道大致沖淤互現，沖淤變化大致約在-0.13～0.27公尺之內，其中西濱大橋及中沙大橋上游處斷面具有沖刷情形，最大沖刷發生在斷面55，隨重現期距流量愈大其河床變化增大。並以長期流量(5、10及15年)進行河道沖淤變化模擬，根據濁水溪歷年河床沖淤情勢變化得知，96年～99年彰雲大橋至河口河段整體斷面幾近呈現淤積?態，斷面61以上淤積情況較為明顯，而在西濱大橋上游、斷面21、23及32、中沙大橋上游、斷面60及79有沖刷情況產生；長期(10及15)流量下，中沙大橋下游河段呈沖淤互現之情況，中沙大橋以上呈淤多沖之情況，由長期流量模擬結果顯示，在這幾個特定斷面有相同的趨勢產生，如斷面10～12與斷面52～54仍有沖刷情況。隨長期流量模擬時間愈長，彰雲大橋下游河段淤積情況愈明顯。 七、 輸砂量推估 本計畫透過流量延時曲線及流量-輸砂量率定關係推求各測站之年輸砂量變化。推估結果顯示，溪州大橋站推估年輸砂量高達11,620萬噸/年與利用機率加權相加計算平均年輸砂量QA：7,523萬噸/年相差甚鉅；而彰雲橋站流量延時曲線推估年輸砂量11,070萬噸/年，比機率加權相加計算推估彰雲橋站年輸砂量6,346萬噸/年值高；兩種輸砂量推估結果擁有相同的趨勢，溪州大橋站年輸砂量大於彰雲橋站，顯示此河道有沖刷趨勢產生，但依96 ～99年河道沖淤變化得知此河段主深槽大部分有淤積情況，推測此河段為橫向沖刷。 八、 河道穩定指標分析 (一) 槽偏量分析：將以96年及99年大斷面量測資?為主，計算變遷型態之量化指標，並據以分析變遷程度明顯之河段。河口至斷面69大部分河床皆成上升情形，呈淤多沖少情況，斷面70至斷面87河床皆成下降情形，其中以斷面84下降幅度最大。本計畫濁水溪計畫河段96年至99年河口段深槽大體偏向右岸，中下游河段河槽變化幅度較大，呈南北岸變動之趨勢，中上游河槽較為穩定。 (二) 縱、橫斷面穩定指標穩定分析：勞哈金數(f1)值顯示，民國93年彰雲橋至河口斷面垂向河床穩定度，大部分呈穩定?態，但斷面37～斷面28屬不穩定河段；民國93年與99年勞哈金數比對結果，斷面69至河口趨向不穩定?態，斷面70至斷面80河床垂向變化為穩定，斷面81至斷面87趨向不穩定。阿爾圖?(K1)值顯示，斷面5至河口河段橫向變化相較整體河段較不穩定，與槽偏量分析中得知河口斷河槽橫向變化較不穩定；比對民國96年與99年阿爾圖圖?(K1)結果，整體河段大部分趨向不穩定?態，由其上游斷面64～87變化幅度較大，顯示濁水溪為多變型河川型態。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010102841</governmentpublicationsnumber><identifier>73877</identifier><internationalstandardbooknumber>9789860347074 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73877</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪輸砂特性及推移質觀測研究--內附光碟=The Study for Bedload Monitoring and Sediment Transport of Chuo-Shui River</title><yearidentifier>201211</yearidentifier></data><data><abstract>屏東地區過去之用水標的以農業用水為主，主要水源為地下水，惟隨著經濟發展、自來水普及率提升，預期未來增加之用水需求以公共用水為主，但由於該地區地下水限制開發，增加之水量應以地表水源為主要來源，為因應屏東地區未來水資源調配問題，滿足中高成長公共用水需求，經評估臺灣南部區域水資源開發方案及聯合運用的情形，並考量社會及環境影響層面，士文水庫為較優之方案。</abstract><author>互動互惠廣告行銷開發事業公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010187</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103370</governmentpublicationsnumber><identifier>73879</identifier><internationalstandardbooknumber>9789860352481 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73879</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃-溝通宣導計畫 (光碟版)Shi-Wen Reservoir Feasibility Planning-Communication Advocacy Program</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫透過沉積物鑽探取樣及力學特性試驗分析等研究方法，釐清石門水庫底床地形坍塌或異重流運移沖刷在濁水形成過程的影響。依據沉積構造分析成果顯示，石門水庫的地層經常出現大規模的擾動，使原有的泥質沉積物變形或斷裂。擾動的機制可能來自原有沉積物的坍塌，或異重流在流經下游沉積物時，剪力作用造成之變形。其次依本計畫底泥鑽探取樣成果及沉積物力學試驗成果顯示，因此在颱風期間形成之異重流沖刷下，極易受沖蝕而再度捲昇，使濁水現象更形嚴重。石門水庫運轉至今已近50年，逐漸邁入高齡階段，此種表面半懸浮淤泥被輕易捲昇即為高齡化水庫徵兆，值得進一步觀察留意。</abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA09803</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>73880</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73880</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(內附光碟)＝Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the Shihmen Reservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本局為因應彰化地區工業用水需求成長，考量烏溪下游因承受台中都會區回歸水而有穩定水源，惟因水質不佳無法供應生活用水，故辦理烏溪大度攔河堰規劃事宜，以供應國光石化、中科二林基地及彰濱工業區工業用水需求。     然國光石化開發計畫為配合政府政策，業於100年4月宣布停止開發，本局原規劃大度堰工程計畫亦隨之暫緩，惟近年來因經濟轉趨活絡，產業發展迅速，使得臺中港區及彰濱工業區受國內外大廠進駐影響而需水量大增，加以台中地區及北彰化自來水系統目前供水能力已趨於飽和且無法持續、穩定供水給相關廠區使用。     故經濟部水利署即於100年11月21日召開「研商『臺中港區』及『彰濱工業區』短期用水需求及因應對策」會議，決議略以：臺中港區及彰濱工業區短期用水需求部分，經評估由需水單位申請烏溪水權並借道大肚圳及福馬圳輸水為較優方案，請中水局就需水量、水利會圳路瓶頸或需改善設施、歲修期間及需水單位自設蓄水池及淨水設備等事項釐清，於1年內提出規劃報告，以供需水單位與水利會協商後續供水事宜(包括設施使用費、施工單位、經費籌措等)。     本局即依據前揭會議決議爰提本委託技術服務計畫，以評估借道大肚圳及福馬圳輸水供應臺中港區及彰濱工業區工業用水需求之可行性。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010388</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010102885</governmentpublicationsnumber><identifier>73882</identifier><internationalstandardbooknumber>9789860347562 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73882</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>烏溪下游河段水資源再利用工程可行性規劃(光碟版) Engineering Feasibility Planning on Wu River Downstream Water Resource Reuse</title><yearidentifier>201212</yearidentifier></data><data><abstract>嘉義海岸北起北港溪河口，南至八掌溪河口，海岸線總長約41公里。本計畫範圍包含嘉義海岸及台南市雙春海岸。嘉義海岸早年地方政府建有簡陋土堤，保護功能不足，經水利署多年來陸續改善整建，一般性海堤有東石海堤(新吉段、型厝段、塭港段及猿樹段)、網寮海堤、白水湖海堤、布袋鹽場海堤，堤長計有14,187公尺。 對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>73886</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73886</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(光碟版)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>73887</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73887</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)光碟版A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修訂，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 本年度將依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，本年度計畫透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>社團法人中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010157</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103564</governmentpublicationsnumber><identifier>73888</identifier><internationalstandardbooknumber>9789860355024 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73888</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究(2/2)=Investigation on Specification for Construction of Hydraulic Concrete Structure(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103572</governmentpublicationsnumber><identifier>73889</identifier><internationalstandardbooknumber>9789860355048 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73889</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究總報告Investigation on Specification for Construction of Hydraulic Concrete Structure</title><yearidentifier>201212</yearidentifier></data><data><abstract>民主法治國家，首重依法行政，公務人員執法時更應遵循行政法令及行政規則為依據。法與時轉則治，治與事宜則有功，法令是落實政策的工具，故水利人在執法時，水利法規實不能須臾離手。有鑑於此，本署自民國年、年、年及年均已編制水利法規彙編在案。今鑑於水利法、溫泉法等法令及其子法，另各項相關之法令及行政規則皆陸續修正，致原編印之法規已不符時需，爰需重新編訂付梓。期同仁能多予研讀、熟悉法令、依法行政，以最高尚的態度、最專業的技能執行，營造水利署廉明、效能之藍圖，實現愛水、惜水、親水以及減災、避災之願景。</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>73890</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73890</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利法規彙編</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73891</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73891</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告=Implementation and Application Study of the Achievement between WRA and USBR Cooperation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73892</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73892</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人氣象應用推廣基金會</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/18</date><governmentpublicationsnumber>1010104643</governmentpublicationsnumber><identifier>73893</identifier><internationalstandardbooknumber>9789868498228 ; 9789868498</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73893</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>防颱防災</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73895</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73895</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告--內附光碟=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73896</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73896</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫第二年度工作，除持續彙整花蓮海岸基本資?與國內外相關研究文獻及案例蒐集作業外，並依據第九河川局100年度委託辦理之「花蓮海岸基本資料監測調查計畫」成果，配合本計畫第一年度研究成果，持續進行海岸線進行套疊分析，及短期季節性與長期之平面地形侵淤分析作業，歸納花蓮區段海岸之水深地形侵淤特性。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010085</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010102765</governmentpublicationsnumber><identifier>73897</identifier><internationalstandardbooknumber>9789860346992 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73897</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（2/2）=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>相關研究文獻及案例蒐集作業外，並依據第九河川局100年度委託辦理之「花蓮海岸基本資料監測調查計畫」成果，配合本計畫第一年度研究成果，持續進行海岸線進行套疊分析，及短期季節性與長期之平面地形侵淤分析作業，歸納花蓮區段海岸之水深地形侵淤特性。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010085</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010102765</governmentpublicationsnumber><identifier>73898</identifier><internationalstandardbooknumber>9789860346992 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73898</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>花蓮海岸環境營造及海堤改善可行性檢討（2/2）-光碟版=Reviews of the environmental sustainable regeneration and the seawall-layout improvement at Hualien coast(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract> </abstract><author>行政院環境保護署</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103576</governmentpublicationsnumber><identifier>73900</identifier><internationalstandardbooknumber>9789860354201 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73900</librarycollectiondetailsurl><price></price><publisher>行政院環境保護署</publisher><publishrocyear>101</publishrocyear><title>清風淨水 回首二仁溪:二仁溪汙染整治回顧紀錄片</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>行政院環境保護署</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103576</governmentpublicationsnumber><identifier>73901</identifier><internationalstandardbooknumber>9789860354201 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73901</librarycollectiondetailsurl><price></price><publisher>行政院環境保護署</publisher><publishrocyear>101</publishrocyear><title>清風淨水 回首二仁溪:二仁溪汙染整治回顧紀錄片</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>洪慶宜、溫振華</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103502</governmentpublicationsnumber><identifier>73902</identifier><internationalstandardbooknumber>9789860352955 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73902</librarycollectiondetailsurl><price></price><publisher>行政院環境保護署</publisher><publishrocyear>101</publishrocyear><title>二仁溪風華再現-環境與人文變遷影像集</title><yearidentifier>201212</yearidentifier></data><data><abstract>9.79E+12</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>73903</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73903</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)--光碟版 Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>美福排水係屬蘭陽溪水系宜蘭河之支流，屬平原地形，其中台9線以東地區高程介於0~2m間，大部分位於低窪易淹水地區，本計畫將以美福排水集水區為範圍建置地表數值高程模型(DEM)資料，並透過淹水數值模式模擬分析淹水狀況，再配合本局100年度「宜蘭縣自計式水位監測系統設立與淹水災損地理資訊系統整合規劃」計畫委託案之淹水分析成果進行驗證，另配合即時雨量資訊及水災潛勢分析，使淹水監測具有預警功能，以利颱洪時掌控即時資訊與研判淹水災情，可搭配宜蘭縣水災保全計畫以提供緊急應變中心水災應變決策之最佳參考</abstract><author>國立宜蘭大學</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010350</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103267</governmentpublicationsnumber><identifier>73904</identifier><internationalstandardbooknumber>9789860351958 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73904</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>蘭陽溪流域淹水範圍監測系統建置 Planning and construction of geographic information system for flood assessment in Lan-Yang River</title><yearidentifier>201212</yearidentifier></data><data><abstract>美福排水係屬蘭陽溪水系宜蘭河之支流，屬平原地形，其中台9線以東地區高程介於0~2m間，大部分位於低窪易淹水地區，本計畫將以美福排水集水區為範圍建置地表數值高程模型(DEM)資料，並透過淹水數值模式模擬分析淹水狀況，再配合本局100年度「宜蘭縣自計式水位監測系統設立與淹水災損地理資訊系統整合規劃」計畫委託案之淹水分析成果進行驗證，另配合即時雨量資訊及水災潛勢分析，使淹水監測具有預警功能，以利颱洪時掌控即時資訊與研判淹水災情，可搭配宜蘭縣水災保全計畫以提供緊急應變中心水災應變決策之最佳參考</abstract><author>國立宜蘭大學</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010350</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103267</governmentpublicationsnumber><identifier>73905</identifier><internationalstandardbooknumber>9789860351958 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73905</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>蘭陽溪流域淹水範圍監測系統建置(光碟版) Planning and construction of geographic information system for flood assessment in Lan-Yang River</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸生態工程實務手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010236</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103008</governmentpublicationsnumber><identifier>73907</identifier><internationalstandardbooknumber>9789860347876 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73907</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編(2/2)--內附光碟 The edition of Coastal Eco-EngineeringManual(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸生態工程實務手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010236</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103008</governmentpublicationsnumber><identifier>73908</identifier><internationalstandardbooknumber>9789860347876 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73908</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編(2/2)--光碟版=The edition of Coastal Eco-EngineeringManual(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸生態工程實務手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010236</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103007</governmentpublicationsnumber><identifier>73909</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73909</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編總報告(內附光碟) = The edition of Coastal Eco-Engineering Manual</title><yearidentifier>201212</yearidentifier></data><data><abstract>參酌國內外近年海岸生態工程在規劃、設計、施工及維護管理等階段經驗，導入「永續工程」概念，彙編成「海岸防護生態工程技術手冊」，供水利相關單位及人員於後續辦理海岸生態工程能有統一依循。</abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>「海岸生態工程實務手冊彙編」附冊</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010103504</governmentpublicationsnumber><identifier>73910</identifier><internationalstandardbooknumber>9789860354607 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73910</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護生態工程技術手冊(內附光碟)=The Technical Manual for Coastal Protection and Eco Engineering</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於政府部門推動政策時，因溝通不足、宣傳不夠等因素，造成民眾之反對，致政策無法順利推動，讓政府施政效能大打折扣，而公民參與模式之建立，可落實公民參與制度，讓政府政策形成之過程可得到民意之回饋，同時讓決策過程透明化，使民眾得到正確充分之訊息，建立良好之溝通關係，以提高其對政府決策之信心進而提升生活品質。</abstract><author>邁世通業股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010394</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/21</date><governmentpublicationsnumber>1010102772</governmentpublicationsnumber><identifier>73911</identifier><internationalstandardbooknumber>9789860345735 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73911</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>高屏堰課題與多元解決對策擴大公民參與--光碟版 The Issues of Gaoping Weir and the Implementation of Diverse Strategies for Advancing the Practice of Public Participation</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於全球氣候變遷的影響，災害發生頻率持續升高、規模及範圍也不斷擴大，因此水災災害若能預先分析研判災害情勢，乃至能在水患發生前發佈預警，將能提早進行因應措施以降低災害損失，本計畫收集國內外洪水預報系統發展現況，對於各國或臺灣已開發相關洪水預報系統進行綜合評估，同時評估各種水文水理模式在一河局轄區的適用性，並且參考近年來各河川局實際應用之洪水預報系統作業模式，規劃一河局轄區洪水預報系統軟硬體設備、資料庫、更新維護以及與宜蘭縣政府配合的方式，並提出未來短中長期預報系統建置、維護及更新的構想與經費需求。</abstract><author>多釆工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103243</governmentpublicationsnumber><identifier>73912</identifier><internationalstandardbooknumber>9789860351576 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73912</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河局</publisher><publishrocyear>101</publishrocyear><title>一河局轄區洪水預報系統建立之先期規劃 Flood Forecasting System Planning Project under the Jurisdiction of the First River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於全球氣候變遷的影響，災害發生頻率持續升高、規模及範圍也不斷擴大，因此水災災害若能預先分析研判災害情勢，乃至能在水患發生前發佈預警，將能提早進行因應措施以降低災害損失，本計畫收集國內外洪水預報系統發展現況，對於各國或臺灣已開發相關洪水預報系統進行綜合評估，同時評估各種水文水理模式在一河局轄區的適用性，並且參考近年來各河川局實際應用之洪水預報系統作業模式，規劃一河局轄區洪水預報系統軟硬體設備、資料庫、更新維護以及與宜蘭縣政府配合的方式，並提出未來短中長期預報系統建置、維護及更新的構想與經費需求。</abstract><author>多釆工程顧問有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103243</governmentpublicationsnumber><identifier>73913</identifier><internationalstandardbooknumber>9789860351576 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73913</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河局</publisher><publishrocyear>101</publishrocyear><title>一河局轄區洪水預報系統建立之先期規劃(光碟版)=Flood Forecasting System Planning Project under the Jurisdiction of the First River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>本局於93~94年度辦理「淡水河系河川情勢調查計畫」，調查期間適逢『基隆河整體治理計畫(前期計畫)』執行相關治理工程，因此該計畫針對基隆河河段分別於上中下游辦理生態調查工作，並作為施工參考依據；衡酌『基隆河整體治理計畫(前期計畫)』已完工4年餘，因此有必要針對治理完成後之現況再進行調查，並分析治理前後狀況檢討治理工程對現地環境之影響及改善成效，並針對治理後對生態影響較大河段，提出補強策略建議。</abstract><author>臺北科技大學</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010161</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103455</governmentpublicationsnumber><identifier>73914</identifier><internationalstandardbooknumber>9789860353686 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73914</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河整體治理計畫（前期計畫）治理後之河川調查與評估(2/2) Closure Report of Investigation and Evaluation after Jilong River Overall Improvement Project (Earlier Project ) (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本局於93~94年度辦理「淡水河系河川情勢調查計畫」，調查期間適逢『基隆河整體治理計畫(前期計畫)』執行相關治理工程，因此該計畫針對基隆河河段分別於上中下游辦理生態調查工作，並作為施工參考依據；衡酌『基隆河整體治理計畫(前期計畫)』已完工4年餘，因此有必要針對治理完成後之現況再進行調查，並分析治理前後狀況檢討治理工程對現地環境之影響及改善成效，並針對治理後對生態影響較大河段，提出補強策略建議。</abstract><author>臺北科技大學</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010161</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103455</governmentpublicationsnumber><identifier>73915</identifier><internationalstandardbooknumber>9789860353686 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73915</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河整體治理計畫（前期計畫）治理後之河川調查與評估(2/2)--光碟版 Closure Report of Investigation and Evaluation after Jilong River Overall Improvement Project (Earlier Project ) (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年颱洪事件考驗，證實具可靠準確度、時效性及功能性等。於97至100年擴充為具備即時預報、事件模擬、參數檢定、決策支援功能，引進中央氣象局QPESUMS、水利署颱風氣候法及颱洪中心系集預報，開發擬3D地圖展示介面。預報範圍含蓋淡水河、基隆河、新店溪、景美溪、二重疏洪道、三峽河。 本年度延續歷年成果，對REFOR及塔寮坑溪子系統持續進行擴充與維護。整合斷面周邊相關資訊並修改REFOR預報範圍，重新檢討基隆河水筒，整合颱風氣候法72小時預報產品。且持續增加系統維護與操作效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多釆科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010006</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103454</governmentpublicationsnumber><identifier>73916</identifier><internationalstandardbooknumber>9789860353679 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73916</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>101年度淡水河即時洪水預報系統模式擴充及維護 Extension and Maintenance of Real Time Flash Flood Forecasting Model for Tamshui River in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年颱洪事件考驗，證實具可靠準確度、時效性及功能性等。於97至100年擴充為具備即時預報、事件模擬、參數檢定、決策支援功能，引進中央氣象局QPESUMS、水利署颱風氣候法及颱洪中心系集預報，開發擬3D地圖展示介面。預報範圍含蓋淡水河、基隆河、新店溪、景美溪、二重疏洪道、三峽河。 本年度延續歷年成果，對REFOR及塔寮坑溪子系統持續進行擴充與維護。整合斷面周邊相關資訊並修改REFOR預報範圍，重新檢討基隆河水筒，整合颱風氣候法72小時預報產品。且持續增加系統維護與操作效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多釆科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010006</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103454</governmentpublicationsnumber><identifier>73917</identifier><internationalstandardbooknumber>9789860353679 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73917</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>101年度淡水河即時洪水預報系統模式擴充及維護(光碟版)  Extension and Maintenance of Real Time Flash Flood Forecasting Model for Tamshui River in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>行政院經濟建設委員會於民國85年研修完成「國土綜合開發計畫」，經濟部於民國91年研擬完成之「台灣地區水資源開發綱領計畫」，該二計畫均將台灣地區天然水資源開發利用之總量定為每年200億立方公尺，以做為台灣地區天然水資源開發利用總量管制之政策目標。為達成此一政策目標，本署於93年完成「台灣地區水資源總量管制機制規劃」，對於供水量及用水量建立其管制機制。然近年來區域水文時空變化之不確定性，水資源供應風險大增，加上未來全球氣候變遷對於降雨時空分佈的影響，旱、澇交替更為明顯，因此，對於臺灣地區【含離島（澎湖、金門、連江）】之天然水資源開發利用總量確實有檢討之必要，其精度原本由台灣及離島之各水系需再提升至各供水區，俾了解各分區可供水潛能之上限，落實「以供定需」，並作為國土規劃及區域整體發展之參據。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000442</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/22</date><governmentpublicationsnumber>1010103231</governmentpublicationsnumber><identifier>73922</identifier><internationalstandardbooknumber>9789860350012 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73922</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源開發利用總量管制策略推動規劃(內附光碟) Planning for Water Resources Development , Allocation Strategy and its Promotion</title><yearidentifier>201211</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73923</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73923</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>73924</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73924</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73925</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73925</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告=Implementation and Application Study of the Achievement between WRA and USBR Cooperation</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。 本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。 除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>73926</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73926</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫(光碟版) Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>73929</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73929</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫（2/3）Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。   由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>73930</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73930</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫(2/3)--光碟版=Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>73931</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73931</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>73932</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73932</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3)--光碟版=Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區平均雨量豐沛，河川水流常夾帶著大量土石泥砂，對水庫堰壩產生嚴重衝擊及磨損，衍生堰壩營運安全風險。考量異常洪水夾帶高泥砂含量水流狀況，評估堰壩受泥砂磨損影響之行為與機制，進而研擬妥適耐磨防治策略與修補作業準則，實為需關注與探討之課題。有鑑於此，本研究第一年將經由堰壩磨裂損行為與機制之分析及試驗，評估各種破壞狀況之合宜應用耐磨材料。配合資料蒐集與彙整，檢討現行施工規範之適用性，以修補防治成本及成效分析，探討堰壩磨裂損防治執行時機及方法。研訂堰壩磨裂損檢測技術規範及修補作業準則。並探討國內堰壩應實施耐磨裂損改善案件優先次序，提出未來堰壩耐磨裂防治策略分析。第二年主要工作為堰壩耐磨裂損現地試驗，其中含試驗地點之選定、現地試驗規劃及設計、現地施工、成果評估與分析。經由完整之現地試驗，研訂堰壩耐磨裂損設計及施工規範。最後藉由教育訓練，將研究結果加以推廣。 在國內欠缺堰壩耐磨層相關修補作業準則與規範之環境下，本計畫研究團隊以過去研究成果及相關文獻之綜整分析，並藉由專家座談會議討論進行修正，本年度已研擬完成經濟部水利署「水工混凝土構造物修補作業準則 (草案)」，其內容大綱包含「通則」、「修補規劃與設計」、「修補材料及工法」、以及「修補工程品質之評定與認可」等。 另一方面，堰壩之修補改善時機，可分為立即與非立即改善兩種。當堰壩損壞情狀已構成結構體穩定性與安全性之危害時，則應立即實施修補改善。反之，若對結構體之穩定性與安全性無立即性影響，管理單位可依專家會議結論，以及操作管理經驗規劃修補改善時程。而對於堰壩耐磨層修補材料之探討，亦已完成矽灰混凝土、金屬複合水泥砂漿、聚合物混凝土、活性粉混凝土材料與工法，以及玄武岩磚貼片工法等五種耐磨修補材料之相關試驗。在選擇修補材料與工法時，除修補材料須具有抵抗磨耗衝擊之特性外，其與基底層之界面相容性亦相當重要，包括乾燥收縮、熱膨脹性與界面黏結力等性質。 本研究第一年將經由堰壩磨裂損行為與機制之分析及試驗，評估各種破壞狀況之合宜應用耐磨材料。配合資料蒐集與彙整，檢討現行施工規範之適用性，以修補防治成本及成效分析，探討堰壩磨裂損防治執行時機及方法。研訂堰壩磨裂損檢測技術規範及修補作業準則。並探討國內堰壩應實施耐磨裂損改善案件優先次序，提出未來堰壩耐磨裂防治策略分析。第二年主要工作為堰壩耐磨裂損現地試驗，其中在試驗地點選定方面，本計畫在多項評估後選擇仁義潭竹山驗作為第一年耐磨材料現地試驗施作地點。在現地試驗規劃及設計方面沿續去年度實驗室研究之成果，因此使用金屬骨材混凝土、RPC貼片複合材料、矽灰混凝土、與聚合物改質混凝土作為現場修補材料。相關現地施工過程藉由流程與照片進行說明。現地施工後於大型水文事件（泰瑞颱風、天平颱風）後進行目視觀察修補材料狀況外，亦藉由3D透視雷達分析經過7個月營運後修補材料磨損情形。相關成果經過評估與分析，發現修補材料在經過本年度數次豪雨與颱風後，除角落幾片RPC掉落外，其餘均屬於良好之情形。另就施工法而言，以高強度矽灰水泥砂漿為黏結材與填縫材的剛性RPC工法較以PU為黏結材與填縫材的耐磨裂損程度佳。耐磨裂損程度佳。耐磨裂損程度佳。耐磨裂損程度佳。經由完整之現地試驗，已完成研訂堰壩耐磨裂損設計及施工規範草案。並藉由教育訓練，將研究結果加以推廣。</abstract><author>台灣營建研究院；劉玉雯</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103580</governmentpublicationsnumber><identifier>73933</identifier><internationalstandardbooknumber>9789860355031 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73933</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討總報告 (光碟版) Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73934</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73934</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果發表會論文集(內附光碟)  2011Commissioned Projects Accomplishment presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73935</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73935</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果摘要?編(內附光碟)  2011Commissioned Projects Accomplishment Presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73936</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73936</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(光碟版) The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73937</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73937</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(光碟版) The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在彙編並舉辦100年度經濟部水利署及其附屬機關所委辦計畫成果發表會，已於101年9月6日至7日二天時間假逢甲大學人言大樓啟垣廳會舉行，會中公開展示各項委辦計畫具體成果，並且提供各相關單位、學術單位及水利從業者意見交流及成果觀摩，以提昇國內水資源相關課題之專業資訊和技術水準。 此次成果發表會共舉辦45場計畫成果專題演講，發表主題分為13大議題，發表會邀請成功大學 郭金棟 名譽教授演講「動床漂砂試驗之虛與實」。會中同時展示水利署100年度委辦優秀計畫成果海報55篇，現場吸引576人次參與盛會，成果豐碩並一致受到與會人員肯定及認同。 在成果摘要彙編方面，共收集水利署100年度委辦計畫298件之摘要(含100年度以前委辦於100年結案之計畫)，並完成「經濟部水利署100年度委辦計畫成果摘要彙編」50冊。同時拍攝製作水利署97-100年度成果之影片，於本署成果發表會上播放。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010083</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73938</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73938</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果?編暨發表會成果報告書  2011 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在彙編並舉辦100年度經濟部水利署及其附屬機關所委辦計畫成果發表會，已於101年9月6日至7日二天時間假逢甲大學人言大樓啟垣廳會舉行，會中公開展示各項委辦計畫具體成果，並且提供各相關單位、學術單位及水利從業者意見交流及成果觀摩，以提昇國內水資源相關課題之專業資訊和技術水準。 此次成果發表會共舉辦45場計畫成果專題演講，發表主題分為13大議題，發表會邀請成功大學 郭金棟 名譽教授演講「動床漂砂試驗之虛與實」。會中同時展示水利署100年度委辦優秀計畫成果海報55篇，現場吸引576人次參與盛會，成果豐碩並一致受到與會人員肯定及認同。 在成果摘要彙編方面，共收集水利署100年度委辦計畫298件之摘要(含100年度以前委辦於100年結案之計畫)，並完成「經濟部水利署100年度委辦計畫成果摘要彙編」50冊。同時拍攝製作水利署97-100年度成果之影片，於本署成果發表會上播放。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010083</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73939</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73939</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果?編暨發表會成果報告書(光碟版)  2011 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>73940</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73940</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署委辦計畫成果專輯水耘百年光碟  2011Commissioned Projects Accomplishment Presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010254</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103208</governmentpublicationsnumber><identifier>73944</identifier><internationalstandardbooknumber>9789860349665 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73944</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣地區水文長期整體策略規劃與綜合加值服務(1/2)(內附光碟)=Long-term Planning of Integrated Hydrologic Strategy and Added-Value Service in Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010254</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103208</governmentpublicationsnumber><identifier>73946</identifier><internationalstandardbooknumber>9789860349665 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73946</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣地區水文長期整體策略規劃與綜合加值服務(1/2)--光碟版 Long-term Planning of Integrated Hydrologic Strategy and Added-Value Service in Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>73948</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73948</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告--內附光碟=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>73949</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73949</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。 有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。 惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>73950</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73950</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置（2/2）Development and Establishment of River Suspended Sediment Concentration Measurement Platform(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>73951</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73951</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置(2/2)--光碟版=Development and Establishment of River Suspended Sediment Concentration Measurement Platform (2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>政府間氣候變遷專門委員會 (Intergovernmental Panel on Climate Change,IPCC) 於2007 年公布氣候變遷第四次評估報告揭示過去100 年的氣候變遷現況，與未來100 年在暖化效應持續的情況下可能的衝擊影響。該報告指出，過去100年全球平均溫度上升0.74oC，並出現加速增溫的現象，海平面高度升高，熱浪、乾旱及豪大雨等極端氣候發生的強度與頻率增加，臺灣因地理區位及具年輕地質的環境特性，容易發生天然災害，極端氣候更加強了天然災害的發生頻率與規模，且大豪雨日數在近50 年和近30 年有明顯增多的趨勢，從近幾年來莫拉克、凡那比、梅姬颱洪等洪災事件中，皆反應氣候變遷影響，囿於降雨特性改變，短延時大豪雨或長延時強降雨量趨勢，已威脅到都市、鄉村排洪設計，爰此水利署各附屬機關轄內各中央管河川重新檢討各重現期水文流量，且研擬治理方案以減少水患損失，惟治理水患辦理工程措施有其保護極限，加強非工程防災措施，如訂立河川與區域排水之警戒水位能在淹水前爭取有限之防救災時間，以降低救災困難程度。   水利署前於99年度完成25條中央管河川168處水位站、15條中央管區域排水17處水位站之訂定及修定警戒水位，其中中央管河川警戒水位預警時間分別為一級警戒水位2小時、二級警戒水位5小時、三級警戒水位2小時，中央管區域排水之警戒水位則分為一級，預警時間一級警戒水位為2小時，惟中央管區域排水之警戒水位制定，並無法源依據，故僅用於測試運作及各河川局內部防汛參考與運用，依據警戒水位訂修原則，每年須辦理評估警戒水位適用檢討，並將成果資料提供給各河川局作為下年度警戒水位公告之參考，依各河川特性再行檢視、討論與確認後，接續辦理後續公告事宜。   本計畫擬辦理99-100年中央管河川與區域排水設置之警戒水位站檢討、101年中央管河川與區域排水設置之水位站警戒水位訂定，並協助縣（市）管河川水位站建置及警戒水位訂定諮詢，該項工作係於101年度「易淹水地區水患治理計畫」項下由水利署第一、二、七、八及九河川局以委託代辦方式，由宜蘭縣、桃園縣、新竹縣、苗栗縣、屏東縣、花蓮縣及臺東縣等7縣政府執行河川水位站建置。   本計畫主要目的為使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失。因此，本計畫除考量台灣地區在氣候變遷下之降雨特性改變後，對中央管河川警戒水位之影響進行探討與評估外，亦針對歷年來河道沖淤變化情況對警戒水位影響進行探討</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010257</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103460</governmentpublicationsnumber><identifier>73952</identifier><internationalstandardbooknumber>9789860354010 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73952</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下中央管河川警戒水位站建置之檢討與規劃(內附光碟) Review and Planning of Warning Stage Stations for Central Governmental Rivers Under Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract>政府間氣候變遷專門委員會 (Intergovernmental Panel on Climate Change,IPCC) 於2007 年公布氣候變遷第四次評估報告揭示過去100 年的氣候變遷現況，與未來100 年在暖化效應持續的情況下可能的衝擊影響。該報告指出，過去100年全球平均溫度上升0.74oC，並出現加速增溫的現象，海平面高度升高，熱浪、乾旱及豪大雨等極端氣候發生的強度與頻率增加，臺灣因地理區位及具年輕地質的環境特性，容易發生天然災害，極端氣候更加強了天然災害的發生頻率與規模，且大豪雨日數在近50 年和近30 年有明顯增多的趨勢，從近幾年來莫拉克、凡那比、梅姬颱洪等洪災事件中，皆反應氣候變遷影響，囿於降雨特性改變，短延時大豪雨或長延時強降雨量趨勢，已威脅到都市、鄉村排洪設計，爰此水利署各附屬機關轄內各中央管河川重新檢討各重現期水文流量，且研擬治理方案以減少水患損失，惟治理水患辦理工程措施有其保護極限，加強非工程防災措施，如訂立河川與區域排水之警戒水位能在淹水前爭取有限之防救災時間，以降低救災困難程度。   水利署前於99年度完成25條中央管河川168處水位站、15條中央管區域排水17處水位站之訂定及修定警戒水位，其中中央管河川警戒水位預警時間分別為一級警戒水位2小時、二級警戒水位5小時、三級警戒水位2小時，中央管區域排水之警戒水位則分為一級，預警時間一級警戒水位為2小時，惟中央管區域排水之警戒水位制定，並無法源依據，故僅用於測試運作及各河川局內部防汛參考與運用，依據警戒水位訂修原則，每年須辦理評估警戒水位適用檢討，並將成果資料提供給各河川局作為下年度警戒水位公告之參考，依各河川特性再行檢視、討論與確認後，接續辦理後續公告事宜。   本計畫擬辦理99-100年中央管河川與區域排水設置之警戒水位站檢討、101年中央管河川與區域排水設置之水位站警戒水位訂定，並協助縣（市）管河川水位站建置及警戒水位訂定諮詢，該項工作係於101年度「易淹水地區水患治理計畫」項下由水利署第一、二、七、八及九河川局以委託代辦方式，由宜蘭縣、桃園縣、新竹縣、苗栗縣、屏東縣、花蓮縣及臺東縣等7縣政府執行河川水位站建置。   本計畫主要目的為使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失。因此，本計畫除考量台灣地區在氣候變遷下之降雨特性改變後，對中央管河川警戒水位之影響進行探討與評估外，亦針對歷年來河道沖淤變化情況對警戒水位影響進行探討</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010257</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103460</governmentpublicationsnumber><identifier>73953</identifier><internationalstandardbooknumber>9789860354010 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73953</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下中央管河川警戒水位站建置之檢討與規劃(成果資料光碟) Review and Planning of Warning Stage Stations for Central Governmental Rivers Under Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候變遷相關議題在世界各國上被討論，在氣候變遷下所產生的水災可能會造成生命、財產更為嚴重之損失。聯合國發表聲明認為未來無法預知的極端氣候下，災害損失將成為新的常態。因此，瞭解氣候變遷下之水文事件對現況之防洪預警將有所助益。 警戒水位之訂定有其基本假設與限制，隨著自然及人為環境之變遷，將造成既有警戒水位之適用性問題，因此，適時修訂警戒水位方可符合防汛作業需求。本計畫研究成果包括第三章完成中央管河川與區域排水設置之警戒水位站進行檢視，並將今年具代表性(近十年流域內前十大水文事件)之颱風、豪雨事件納入考量，繼而提供102年警戒水位之參考。第四章探討氣候變遷下降雨特性對警戒水位之影響評估、各河川於氣候變遷下之水文事件河川警戒水位上漲速率變化趨勢與河道溢堤、超越一級警戒水位之發生機率。第五章則探討中央管河川河道沖淤變化對警戒水位影響，根據歷年斷面資料與洪水上漲速率之趨勢，探討現行警戒水位適用情況，並將需要調整控制高程之水位站進行建議與修訂。將第三章至第五章分析成果進行彙整，如摘表1所示，為歷年河川警戒水位值與102年河川警戒水位建議值。最後則開發出第五河川局區域排水警戒雨量預警自動化展示系統。</abstract><author>台北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010256</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103276</governmentpublicationsnumber><identifier>73954</identifier><internationalstandardbooknumber>9789860350524 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73954</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>雷達觀測資料及流域多水文糢式於水文氣象觀測整合平台之建置與應用(1/2) Establishment and Application of Rader Data and Hydrologic Models in an Integrated platform of Hydrometeorology Observation (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候變遷相關議題在世界各國上被討論，在氣候變遷下所產生的水災可能會造成生命、財產更為嚴重之損失。聯合國發表聲明認為未來無法預知的極端氣候下，災害損失將成為新的常態。因此，瞭解氣候變遷下之水文事件對現況之防洪預警將有所助益。 警戒水位之訂定有其基本假設與限制，隨著自然及人為環境之變遷，將造成既有警戒水位之適用性問題，因此，適時修訂警戒水位方可符合防汛作業需求。本計畫研究成果包括第三章完成中央管河川與區域排水設置之警戒水位站進行檢視，並將今年具代表性(近十年流域內前十大水文事件)之颱風、豪雨事件納入考量，繼而提供102年警戒水位之參考。第四章探討氣候變遷下降雨特性對警戒水位之影響評估、各河川於氣候變遷下之水文事件河川警戒水位上漲速率變化趨勢與河道溢堤、超越一級警戒水位之發生機率。第五章則探討中央管河川河道沖淤變化對警戒水位影響，根據歷年斷面資料與洪水上漲速率之趨勢，探討現行警戒水位適用情況，並將需要調整控制高程之水位站進行建議與修訂。將第三章至第五章分析成果進行彙整，如摘表1所示，為歷年河川警戒水位值與102年河川警戒水位建議值。最後則開發出第五河川局區域排水警戒雨量預警自動化展示系統。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/23</date><governmentpublicationsnumber>1010103276</governmentpublicationsnumber><identifier>73955</identifier><internationalstandardbooknumber>9789860350524 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73955</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>雷達觀測資料及流域多水文糢式於水文氣象觀測整合平台之建置與應用(1/2)--光碟版 Establishment and Application of Rader Data and Hydrologic Models in an Integrated platform of Hydrometeorology Observation (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>73956</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73956</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>73957</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73957</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3)--光碟版 Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>73958</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73958</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇Operation and Technology Improvement of the Coastal Ocean Monitoring Network 總結報告</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣四周海堤歷經颱風及海浪侵蝕會有變形、沉陷、淘空與材料劣化等現象，期以逐步建立海堤安全評估標準程序及維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010237</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102834</governmentpublicationsnumber><identifier>73959</identifier><internationalstandardbooknumber>9789860347111 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73959</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立--內附光碟=(1/2)Development of Standard Operating Procedure and Maintenance Management System for Safety Assessment of Seawall(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於全球氣候變遷的影響，災害發生頻率持續升高、規模及範圍也不斷擴大，因此水災災害若能預先分析研判災害情勢，乃至能在水患發生前發佈預警，將能提早進行因應措施以降低災害損失，本計畫收集國內外洪水預報系統發展現況，對於各國或臺灣已開發相關洪水預報系統進行綜合評估，同時評估各種水文水理模式在一河局轄區的適用性，並且參考近年來各河川局實際應用之洪水預報系統作業模式，規劃一河局轄區洪水預報系統軟硬體設備、資料庫、更新維護以及與宜蘭縣政府配合的方式，並提出未來短中長期預報系統建置、維護及更新的構想與經費需求。</abstract><author>多釆工程顧問有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103243</governmentpublicationsnumber><identifier>73960</identifier><internationalstandardbooknumber>9789860351576 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73960</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>一河局轄區洪水預報系統建立之先期規劃=Flood Forecasting System Planning Project under the Jurisdiction of the First River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於全球氣候變遷的影響，災害發生頻率持續升高、規模及範圍也不斷擴大，因此水災災害若能預先分析研判災害情勢，乃至能在水患發生前發佈預警，將能提早進行因應措施以降低災害損失，本計畫收集國內外洪水預報系統發展現況，對於各國或臺灣已開發相關洪水預報系統進行綜合評估，同時評估各種水文水理模式在一河局轄區的適用性，並且參考近年來各河川局實際應用之洪水預報系統作業模式，規劃一河局轄區洪水預報系統軟硬體設備、資料庫、更新維護以及與宜蘭縣政府配合的方式，並提出未來短中長期預報系統建置、維護及更新的構想與經費需求。</abstract><author>多釆工程顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103243</governmentpublicationsnumber><identifier>73961</identifier><internationalstandardbooknumber>9789860351576 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73961</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河局</publisher><publishrocyear>101</publishrocyear><title>一河局轄區洪水預報系統建立之先期規劃(光碟版) Flood Forecasting System Planning Project under the Jurisdiction of the First River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73962</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73962</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(光碟版) The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>73963</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73963</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃(光碟版) The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>?門地區湖庫多已呈現優養?態，?僅提高水質處?難?與成本，?可能造成水質飲用安全疑慮。本計畫針對 金門地區湖庫水質優養化及底泥污染問題進行調查分析，完成水質及庫容改善最佳策?與?動方案之研擬，以避免湖庫水質?化進而影響區域整體供水能?。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010348</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103287</governmentpublicationsnumber><identifier>73964</identifier><internationalstandardbooknumber>9789860352047 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73964</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>金門地區湖庫水質改善及清淤規劃(內附光碟)=Planning of Water Quality Improvement and Sediment Dredging of Lakes and Reservoirs in Kinmen</title><yearidentifier>201212</yearidentifier></data><data><abstract>?門地區湖庫多已呈現優養?態，?僅提高水質處?難?與成本，?可能造成水質飲用安全疑慮。本計畫針對 金門地區湖庫水質優養化及底泥污染問題進行調查分析，完成水質及庫容改善最佳策?與?動方案之研擬，以避免湖庫水質?化進而影響區域整體供水能?。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010348</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103287</governmentpublicationsnumber><identifier>73965</identifier><internationalstandardbooknumber>9789860352047 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73965</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>金門地區湖庫水質改善及清淤規劃--光碟版 Planning of Water Quality Improvement and Sediment Dredging of Lakes and Reservoirs in Kinmen</title><yearidentifier>201212</yearidentifier></data><data><abstract>為滿足?門地區用水需求，並配合地下水減抽及湖庫水質改善策略，本計畫以增建海淡廠為目的，進行基本資 料蒐集、現況調查、最適開發規模及廠址評估作業，並探討海淡廠可能面臨問題及興辦方式，以作為初步規劃之參 考。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010347</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103750</governmentpublicationsnumber><identifier>73966</identifier><internationalstandardbooknumber>9789860357448 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73966</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>金門地區增建海水淡化廠調查規劃(1/2)(內附光碟)=Investigation Planning of Desalination Plant in Kinmen(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為滿足?門地區用水需求，並配合地下水減抽及湖庫水質改善策略，本計畫以增建海淡廠為目的，進行基本資 料蒐集、現況調查、最適開發規模及廠址評估作業，並探討海淡廠可能面臨問題及興辦方式，以作為初步規劃之參 考。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010347</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103750</governmentpublicationsnumber><identifier>73967</identifier><internationalstandardbooknumber>9789860357448 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73967</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>金門地區增建海水淡化廠調查規劃(1/2)--光碟版 Investigation Planning of Desalination Plant in Kinmen(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>73968</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73968</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)--光碟版 Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫配合水槽試驗，發展具備可模擬砂岩層河床深槽偏移模式，並以集集攔河堰下游砂岩層河段為研究對象，探討颱洪期間河道深槽偏移對於河道穩定與河防安全的影響。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>73969</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73969</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析 總報告書--光碟版 Effect of Migration Behavior of Sand/rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010307</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103458</governmentpublicationsnumber><identifier>73970</identifier><internationalstandardbooknumber>9789860352009 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73970</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>六河局轄區洪水預報系統建立之先期規劃(內附光碟)= The Advance Planning For Establishing Flood Forecasting System for The Jurisdiction of The Sixth River Management Office WRA</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010351</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102835</governmentpublicationsnumber><identifier>73971</identifier><internationalstandardbooknumber>9789860347005 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73971</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討(2/2)--內附光碟 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在善用水?單位收集的地震資?，建構一個非破壞性檢測方法，評估可能的壩體?縫與場址變?，並初步評估壩體?縫或變?之位置。本計畫的?基為?壩體?縫或場址出現變?，則將對壩體上地震儀地震訊號中之某些地震??產生?同程?的擾動，故本計畫建?藉由?測地震訊號變?程?之 評估模式，?瞭解可能的壩體?縫與場址變?，以提昇對於壩體安全性與場址鄰近地區地層地震??的分析，進而提出預警或?化的評估。對於國內水?設施或大型構造物的安全評估提出另一種選擇。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA101351</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102835</governmentpublicationsnumber><identifier>73972</identifier><internationalstandardbooknumber>9789860347005 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73972</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討(2/2)--光碟版 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的為善用已累積多年，安裝於壩體上地震儀之觀測記錄，以此觀測記錄配合數值方法與訊號處理等技術，建構出評估壩體安全性與場址地下構造變異之非破壞性檢測之分析技術，以做為未來管理單位評估壩體安全性之依據。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010351</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103010</governmentpublicationsnumber><identifier>73973</identifier><internationalstandardbooknumber>9789860347821 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73973</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討 總報告--內附光碟 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的為善用已累積多年，安裝於壩體上地震儀之觀測記錄，以此觀測記錄配合數值方法與訊號處理等技術，建構出評估壩體安全性與場址地下構造變異之非破壞性檢測之分析技術，以做為未來管理單位評估壩體安全性之依據。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010351</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103010</governmentpublicationsnumber><identifier>73974</identifier><internationalstandardbooknumber>9789860347821 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73974</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地震波頻譜分析壩體共振頻率與參數變異之探討 總報告--光碟版 Study of the parameters variation in seismogram spectral analysis for the resonance frequency of dam</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010280</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102837</governmentpublicationsnumber><identifier>73976</identifier><internationalstandardbooknumber>9789860346305 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73976</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>中央管河川流域地質資料查核及資料庫建置－蘭陽溪、鹽水溪、二仁溪及阿公店溪－內附光碟 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Lanyang Yanshui Erren and Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「臺灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管理的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護，本計畫依據選井原則辦理165口觀測井資料綜合分析研判其井體資訊，提出25口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。本計畫已完成第二、三、四、五、六、七、八、九、十河川局共計165口地下水觀測井現場調查工作，彙整包括基本資料、地層柱狀圖、觀測井站房現況及井體攝影檢測。依據井況分級判讀：一級井況良好計47口；二級洗井維護計保固井86口；三級井濾管扭曲變形、濾管?壞、井體腐蝕嚴重等列入汰舊換新或廢井部份計32口。本計畫篩選之25口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有24口井況歸類為良好，可以繼續使用；另1口歸類為井況不佳，建議持續觀察。本計畫完成統計752口已實施之井體攝影檢測資料，其中濾管積垢30％以下，含水層流動性佳，藉由定期維護可以繼續使用，歸類為一級井況約576口，佔整體比例77%；濾管積垢介於30-80％，含水層流動趨緩，必須藉由洗井維護保養作業後，可以繼續使用，歸類為二級井況約60口，佔整體觀測井比例8%；濾管積垢達80％以上，井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂，歸類為三級井況約116口，佔整體比例15%，建議規劃辦理汰舊換新工程。水利署為瞭解地下含水層井濾管地下水流動情況，並加強水利署業務相關人員專業技能，特於101年09月21日假國立高雄第一科技大學管理學院演講廳，辦理地下水觀測井與生產井井況分析技術研習會，上午辦理三堂課程研討，下午課程為井體攝影檢測技術模擬解析。藉由地下水觀測井井體攝影技術，檢測井體是否需要進行洗井維護保養，由井體攝影顯像的技術探討地下水含水層流動情況、觀測井井體內水質所衍生之積垢腐蝕，以及地下水井濾管扭曲變形因素探討。由歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，維護各分區地下水觀測網井體與井況正常功能，建議持續辦理地下水觀測井網清洗與維護保養，並加強巡查與管理機制，建立定期回報與修復異常狀況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010010</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103555</governmentpublicationsnumber><identifier>73977</identifier><internationalstandardbooknumber>9789860355017 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73977</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度定常性地下水觀測網井體清洗及維護保養－內附光碟 Regular well cleaning and maintenance for groundwater monitoring networks in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於地表可用的水資源有限，且為了滿足日益增加的農業、工業及民生等用水標的之需求量，除了開發地面水水源之外，地下水亦為台灣重要的水資源。有鑑於此，經濟部水利署自民國81年起執行台灣地區地下水觀測網整體計畫，分三階段共17年之規劃與建置，透過長期系統性水文地質調查、重要地區地下水調查、地層下陷監測調查及地下水水質資料管理等相關工作，達到地下水永續發展的目標，本計畫針對台灣各地下水分區進行地下水水質檢測分析與評估，以了解台灣地下水水質狀況，並提供水利署及產官學研各界作為地下水開發、保育、與研究之參考依據。本年度主要針對濁水溪沖積扇、蘭陽平原共251口觀測井進行28項水質檢測，利用各類水質標準的比對與統計分析，了解台灣地下水質狀況，並針對主要的水質問題歸納形成原因與因應對策，本年度具體成果如下：1.	銅、鉛、鋅、鉻與鎳污染情形皆屬零星個案，重金屬污染的可能原因包括受到地層沉積物溶解釋出及井管材質內鎘含量溶出至地下水。2.	濁水溪沖積扇扇頂第一含水層硝酸鹽氮污染明顯較第二含水層嚴重，且應與當地旱作大量使用氮肥與有機肥料有關，而豐水期硝酸鹽氮較枯水期高，主要則受到水文地質條件與地下水流向影響。3.	濁水溪沖積扇沿海部分地區亦受海水感潮影響而出現鹽化。受還原環境影響，導致氨氮、鐵與錳濃度偏高，造成雲林沿海與蘭陽平原下游地區出現砷污染。未來工作應著重於各地下水分區已受重金屬污染的觀測井持續辦理水質檢測並釐清發生原因，而發生海水入侵之鹽化區域，應加強取締違法私井，避免水質持續劣化，濁水溪沖積扇扇頂地區則應針對地面水體進行檢測分析，以達地下水觀測站網永續經營之目標。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010056</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010103299</governmentpublicationsnumber><identifier>73978</identifier><internationalstandardbooknumber>9789860352016 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73978</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101至103年度地下水水質檢測分析與評估(1/3)=Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2012-2014</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10102141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>73979</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73979</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析總報告書=Effect of Migration Behavior of Sand/rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/24</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>73980</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73980</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)=Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區河川土砂嚴重失衡，除危害人類安全外，亦使原有生態棲地喪失或縮減，因此本計畫以地文性土壤沖 淤模式及二維動床模式為基礎，發展河道及洪水平原之洪氾沖淤演算模式，以分析曾文溪豪雨洪水期間之河道及兩岸洪氾沖淤現象及淤積潛勢，研提管理策略。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010186</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102592</governmentpublicationsnumber><identifier>73981</identifier><internationalstandardbooknumber>9789860344318 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73981</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域洪氾防災及土資源管理之研究(2/3) Astudy on the basin flood mitigation and soil-sediment resources management(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區河川土砂嚴重失衡，除危害人類安全外，亦使原有生態棲地喪失或縮減，因此本計畫以地文性土壤沖 淤模式及二維動床模式為基礎，發展河道及洪水平原之洪氾沖淤演算模式，以分析曾文溪豪雨洪水期間之河道及兩岸洪氾沖淤現象及淤積潛勢，研提管理策略。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010186</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102592</governmentpublicationsnumber><identifier>73982</identifier><internationalstandardbooknumber>9789860344318 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73982</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域洪氾防災及土資源管理之研究(2/3)--光碟版 Astudy on the basin flood mitigation and soil-sediment resources management(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010235</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>73983</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73983</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)--內附光碟 Study on Preliminary Planning of The Coastal Protection Project(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010235</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>73984</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73984</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)--光碟版 Study on Preliminary Planning of The Coastal Protection Project(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103006</governmentpublicationsnumber><identifier>73989</identifier><internationalstandardbooknumber>9789860347890 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73989</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究總報告--內附光碟 Study on Preliminary Planning of The Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>73990</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73990</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫規劃作業參考手冊(草案)--內附光碟</title><yearidentifier>201212</yearidentifier></data><data><abstract>本報告為「101年度阿公店水庫大壩安全檢查及監測分析」計畫工作之成果，內容包含七個章節及結論與建議，1.前言,2.水庫與大壩監測儀器之基本資料,3.本計畫工作執行架構與流程,4.安全監測儀器及作業檢討,5.大壩安全監測分析,6.大壩安全檢查,7.大壩行為及安定性評估</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010193</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010200053</governmentpublicationsnumber><identifier>73992</identifier><internationalstandardbooknumber>9789860357622 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73992</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>101年度阿公店水庫大壩安全檢查及監測分析(內附光碟)-101年度工作成果報告 Safety Inspection and Monitoring of Agongdian Reservoir in Year2012--Final Report for Year 2012</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>445.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010019745</governmentpublicationsnumber><identifier>73995</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73995</librarycollectiondetailsurl><price></price><publisher>台灣省嘉南農田水利會</publisher><publishrocyear>101</publishrocyear><title>新烏山引水隧道興建計畫環境影響說明名書(定稿本-本文)</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>388.533</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010019745</governmentpublicationsnumber><identifier>73996</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73996</librarycollectiondetailsurl><price></price><publisher>台灣省嘉南農田水利會</publisher><publishrocyear>101</publishrocyear><title>新烏山引水隧道興建計畫環境影響說明名書(定稿本-附錄)</title><yearidentifier>201207</yearidentifier></data><data><abstract>本計畫擬引進歐盟基金成立之SWITCH永續整合方法，係跨領域的團聚一些工程師、科學家及與來自都市規劃、公用事業及其他領域的從業人員，在過程中一起團結合作，透過對問題之增進與改變理解可導致潛在解答之契機。本計畫建立民眾參與標準作業程序（SOP），於規劃階段即納入民眾參與機制，並宣導近年來重要規劃成果，期能推動好的規劃案件，並能得到百姓支持，提升生活環境品質。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010100</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103140</governmentpublicationsnumber><identifier>73997</identifier><internationalstandardbooknumber>9789860349306 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73997</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>民眾參與標準作業程序(SOP)建立及規劃成果推廣之研究Fundamental Alignment for the Standards of Process for Public Participation within the Planning for Water Resources Program</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫擬引進歐盟基金成立之SWITCH永續整合方法，係跨領域的團聚一些工程師、科學家及與來自都市規劃、公用事業及其他領域的從業人員，在過程中一起團結合作，透過對問題之增進與改變理解可導致潛在解答之契機。本計畫建立民眾參與標準作業程序（SOP），於規劃階段即納入民眾參與機制，並宣導近年來重要規劃成果，期能推動好的規劃案件，並能得到百姓支持，提升生活環境品質。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010100</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103140</governmentpublicationsnumber><identifier>73998</identifier><internationalstandardbooknumber>9789860349306 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73998</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>民眾參與標準作業程序(SOP)建立及規劃成果推廣之研究--光碟版=Fundamental Alignment for the standards of Process for Public Participation within the Planning for Water Resources Program</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年8月莫拉克颱風過後，對高屏溪流域造成重大衝擊，上游水文條件與泥砂量改變使高屏堰河段之河相與流路趨於不穩定，雖經南水局99、100年度陸續辦理莫拉克颱風過後之相關評估影響研究，同時研提穩定取水方案。但未來若再有大規模洪水事件發生，河床仍有可能再產生整體淤高情形，恐再次影響正常取水功能，故有待未雨綢繆研討高屏堰堰址上下游河段河床整體淤高後相關穩定取水策略，以利高屏堰低流量時之排砂操作，確保高屏堰取水功能。本計畫藉由數模工具，在防洪安全與高屏堰穩定取水目標下，研提高屏堰河段河床整體淤高之穩定取水策略，最後研擬較佳穩定取水因應策略，供後續規劃設計之參據。 高屏堰因應河床全面淤高之整體改善策略，大致可分四項目進行探討，包括：穩定取水流路、改善取水操作、提升河防安全、開發備援水源。考慮改善策略對計畫河段之可能影響，南水局基於鐵路橋固床工與曹公堰降低方案，尚待與管理單位進一步協商，如協調成功，則中、長期計畫可延後辦理，因此目前高屏堰整體改善策略計畫係以水利署權責內可執行者為規劃方向，並配合七河局整治計畫提出各策略計畫之建議。 穩定取水方案模擬中，以建議方案-情境4.1(活動堰加高1m、固定堰全面抬高至EL.18.5m、增設垂直導流牆EL.18.5m)進行長期模擬，模擬終了之現況案於進水口前底床高程淤積至EL.15.8m ~EL.17.1m，深槽流路偏向1號壩與固定堰交界位置，而情境4.1因有固定堰加高及垂直導流牆順流之影響，模擬終了流路明顯較偏向右岸進水口側，活動堰上下游底床約為EL.13.3m~EL.14.6m，對高屏堰之穩定取水有明顯改善效果。</abstract><author>國立交通大學</author><categoryidentifier>443.6251</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010185</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103172</governmentpublicationsnumber><identifier>73999</identifier><internationalstandardbooknumber>9789860349214 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_73999</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>高屏堰因應河床整體淤高穩定取水策略研究分析(內附光碟) Study on Stable Water Supply Alternatives of Kao-ping Weir in Response to the Overall Sediment Deposition</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102715</governmentpublicationsnumber><identifier>74000</identifier><internationalstandardbooknumber>9789860344738 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74000</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(3/3)=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010307</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103458</governmentpublicationsnumber><identifier>74001</identifier><internationalstandardbooknumber>9789860352009 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74001</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>六河局轄區洪水預報系統建立之先期規劃(光碟版)=The Advance Planning For Establishing Flood Forecasting System for The Jurisdiction of The Sixth River Management Office WRA</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102715</governmentpublicationsnumber><identifier>74002</identifier><internationalstandardbooknumber>9789860344738 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74002</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(3/3)--光碟版=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本總報告為綜整三年計畫之主要成果 已各年度工作項目為報告書撰寫架構 分年計劃詳細成果請參閱分年成果報告書</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>74003</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74003</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(內附光碟)4Effect of Migration Behavior of Sand/rock Bed on Channel Stability 總報告書</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102709</governmentpublicationsnumber><identifier>74004</identifier><internationalstandardbooknumber>9789860344691 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74004</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究 總報告 The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102709</governmentpublicationsnumber><identifier>74005</identifier><internationalstandardbooknumber>9789860344691 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74005</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究 總報告--光碟版 The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>74006</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74006</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>屏東海岸防護計畫-東港至枋寮海岸(草案)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>74007</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究-屏東海岸防護區防護規劃報告(草案)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>74008</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74008</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署委辦計畫成果專輯水耘百年光碟  2011Commissioned Projects Accomplishment Presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract>青草湖水庫位於新竹市南區客雅溪中游，於民國45年興建完成，原蓄水面積24.85 公頃，蓄水總容量1,097,700 立方公尺，為新竹地區早期兼具灌溉及觀光功能之水庫與著名風景區，惟水庫逐年淤積而蓄水容量銳減，致防洪和灌溉功能喪失，民國76年前台灣省政府公告廢除水庫使用功能，目前保留觀光遊憩，並由新竹市政府負責管理。近年來針對青草湖整治過程，分別於民國92年12月經濟部水利署完成「青草湖水庫重生規劃」、民國96年8月辦理「青草湖重生實施計畫」、民國98年9月辦理「新竹市青草湖重生工程」及民國99年3月辦理「新竹市青草湖重生工程既有構造物安全評估(溢洪道改善後蓄水前操作檢查)」等。 雖青草湖已喪失其防洪與水資源利用功能，且庫區上游係屬山谷地形，流域裸露之地層有上新世卓蘭層與更新世之沖積層，土質鬆軟易受沖蝕，加以寶山鄉山坡地大面積開挖，汛期易增土方量流失，加劇庫內庫容銳減，經統計至民國92年水庫容積僅剩完工時之8.68 %。 於防汛期青草湖水力排砂與上游泥砂入流歷線、下游客雅溪防洪減淤，及休閒景觀均與該水庫泥砂變遷息息相關；故本計畫擬配合新竹市「青草湖重生實施計畫」針對青草湖水庫因砂率之影響，洪峰削減及延滯出流效應均不明顯，喪失防洪功能，原有灌溉渠道進水口及排砂隧道均已被淤泥覆蓋而無法操作，不具取水及排砂功能，水質受污染已呈優養狀態，水庫嚴重淤積致湖面縮小及青草湖歷年改善方案檢討等，作一流域整體性之檢討。 本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估排洪時配合客雅溪排水整治將泥砂排放至河口之效益，以減少庫內及客雅溪渠底清淤疏浚量，維持水庫沿岸環境景觀，使地區風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010104</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103183</governmentpublicationsnumber><identifier>74009</identifier><internationalstandardbooknumber>9789860350173 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74009</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>客雅溪防洪減淤與青草湖水力排砂之研究 Study of the Flood Protectiion and Deposition Reduction on Ke-ya River and Hydraulic Desilting of Green Grass Lake</title><yearidentifier>201212</yearidentifier></data><data><abstract>青草湖水庫位於新竹市南區客雅溪中游，於民國45年興建完成，原蓄水面積24.85 公頃，蓄水總容量1,097,700 立方公尺，為新竹地區早期兼具灌溉及觀光功能之水庫與著名風景區，惟水庫逐年淤積而蓄水容量銳減，致防洪和灌溉功能喪失，民國76年前台灣省政府公告廢除水庫使用功能，目前保留觀光遊憩，並由新竹市政府負責管理。近年來針對青草湖整治過程，分別於民國92年12月經濟部水利署完成「青草湖水庫重生規劃」、民國96年8月辦理「青草湖重生實施計畫」、民國98年9月辦理「新竹市青草湖重生工程」及民國99年3月辦理「新竹市青草湖重生工程既有構造物安全評估(溢洪道改善後蓄水前操作檢查)」等。 雖青草湖已喪失其防洪與水資源利用功能，且庫區上游係屬山谷地形，流域裸露之地層有上新世卓蘭層與更新世之沖積層，土質鬆軟易受沖蝕，加以寶山鄉山坡地大面積開挖，汛期易增土方量流失，加劇庫內庫容銳減，經統計至民國92年水庫容積僅剩完工時之8.68 %。 於防汛期青草湖水力排砂與上游泥砂入流歷線、下游客雅溪防洪減淤，及休閒景觀均與該水庫泥砂變遷息息相關；故本計畫擬配合新竹市「青草湖重生實施計畫」針對青草湖水庫因砂率之影響，洪峰削減及延滯出流效應均不明顯，喪失防洪功能，原有灌溉渠道進水口及排砂隧道均已被淤泥覆蓋而無法操作，不具取水及排砂功能，水質受污染已呈優養狀態，水庫嚴重淤積致湖面縮小及青草湖歷年改善方案檢討等，作一流域整體性之檢討。 本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估排洪時配合客雅溪排水整治將泥砂排放至河口之效益，以減少庫內及客雅溪渠底清淤疏浚量，維持水庫沿岸環境景觀，使地區風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010104</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103183</governmentpublicationsnumber><identifier>74010</identifier><internationalstandardbooknumber>9789860350173 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74010</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>客雅溪防洪減淤與青草湖水力排砂之研究(光碟版) Study of the Flood Protectiion and Deposition Reduction on Ke-ya River and Hydraulic Desilting of Green Grass Lake</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>74011</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74011</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)控制測量及海岸地形水深測量成果報告(附冊)=Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010314</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103567</governmentpublicationsnumber><identifier>74012</identifier><internationalstandardbooknumber>9789860354690 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74012</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭海岸防護基本資料調查(1/3)=Field Study on Coastal Monitoring and Investigation in Yilan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為永續使用「臺北水源特定區經營管理應用平台」及提升同仁應用層面，故以本局業務為導向，以現有之經營管理應用平台為基礎，經由使用者之回饋，提出本功能擴充及維運計畫。計畫預計整合本局自動水質測站（水源橋、攬勝橋、屈尺）遠端攝影監控功能，期能於本平台即時觀測並掌握現場自動水質測站狀況，並進行系統功能擴充，針對本局污水下水道業務，進行污水廠污水放流即時流量連結、建置污水審查流程管理功能及與完成本局與污水廠代操作廠商會議處理狀況回應功能，以提升污水下水道管理業務效能。亦配合本局新設之福山自動水質測站，進行水質即時面板之更新，另針對2012年最新之衛星影像進行土地利用變遷分析，以了解水源區內之土地變化趨勢。此外，配合雲端科技發展，行動化技術逐漸普及，本計畫預計開發臺北水源特定區經營管理應用平臺行動版系統，期能隨時運用本局經營管理平台多年所建置之成果，擴大本經管平台之應用面，增加經管平台之使用率，最後，輔以維護更新計畫，期使本平台能維持最佳使用狀態，協助同仁解決業務上之需求，以提升行政效率。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010130</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103181</governmentpublicationsnumber><identifier>74013</identifier><internationalstandardbooknumber>9789860350937 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74013</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區經營管理應用平台功能擴充及維運 The Project of Taipei Water Management Platform Expansion and Maintenance</title><yearidentifier>201212</yearidentifier></data><data><abstract>為永續使用「臺北水源特定區經營管理應用平台」及提升同仁應用層面，故以本局業務為導向，以現有之經營管理應用平台為基礎，經由使用者之回饋，提出本功能擴充及維運計畫。計畫預計整合本局自動水質測站（水源橋、攬勝橋、屈尺）遠端攝影監控功能，期能於本平台即時觀測並掌握現場自動水質測站狀況，並進行系統功能擴充，針對本局污水下水道業務，進行污水廠污水放流即時流量連結、建置污水審查流程管理功能及與完成本局與污水廠代操作廠商會議處理狀況回應功能，以提升污水下水道管理業務效能。亦配合本局新設之福山自動水質測站，進行水質即時面板之更新，另針對2012年最新之衛星影像進行土地利用變遷分析，以了解水源區內之土地變化趨勢。此外，配合雲端科技發展，行動化技術逐漸普及，本計畫預計開發臺北水源特定區經營管理應用平臺行動版系統，期能隨時運用本局經營管理平台多年所建置之成果，擴大本經管平台之應用面，增加經管平台之使用率，最後，輔以維護更新計畫，期使本平台能維持最佳使用狀態，協助同仁解決業務上之需求，以提升行政效率。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010130</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103181</governmentpublicationsnumber><identifier>74014</identifier><internationalstandardbooknumber>9789860350937 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74014</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區經營管理應用平台功能擴充及維運(光碟版) The Project of Taipei Water Management Platform Expansion and Maintenance</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來全球受氣候變遷之影響，臺灣地區同樣也面臨了豐水期水量越豐，枯水期水量越枯的現象。加上臺北水源特定區集水區本身自然環境脆弱，氣候潮濕多雨且時空分配不均，暴雨極容易造成水土流失，坡地崩塌，進而造成水庫淤積及水體污染的情形，甚至可能危害區域水資源的穩定供應，爰有必要對關鍵水質項目進行預警機制之探討。本計畫擬針對臺北水源特定區從河川流域上下游關係，探討流量與關鍵水質項目之關係，從而建立相互關係式及預警之機制。另考量氣候變遷環境變化，依據經濟部水利署99年「氣候變遷對水環境之衝擊與調適研究第一階段管理計畫」研究結果，氣候變遷於未來會造成降雨強度增強而導致豐枯水期不均之情況，本計畫進行氣候變遷豐枯條件下之情境模擬，並提出臺北水源特定區氣候變遷水質調適策略白皮書。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010398</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103408</governmentpublicationsnumber><identifier>74015</identifier><internationalstandardbooknumber>9789860351989 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74015</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質預警機制建立之研究 Establishment of Early Warning Mechanisms for Water Quality in Taipei Water Management Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來全球受氣候變遷之影響，臺灣地區同樣也面臨了豐水期水量越豐，枯水期水量越枯的現象。加上臺北水源特定區集水區本身自然環境脆弱，氣候潮濕多雨且時空分配不均，暴雨極容易造成水土流失，坡地崩塌，進而造成水庫淤積及水體污染的情形，甚至可能危害區域水資源的穩定供應，爰有必要對關鍵水質項目進行預警機制之探討。本計畫擬針對臺北水源特定區從河川流域上下游關係，探討流量與關鍵水質項目之關係，從而建立相互關係式及預警之機制。另考量氣候變遷環境變化，依據經濟部水利署99年「氣候變遷對水環境之衝擊與調適研究第一階段管理計畫」研究結果，氣候變遷於未來會造成降雨強度增強而導致豐枯水期不均之情況，本計畫進行氣候變遷豐枯條件下之情境模擬，並提出臺北水源特定區氣候變遷水質調適策略白皮書。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010398</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103408</governmentpublicationsnumber><identifier>74016</identifier><internationalstandardbooknumber>9789860351989 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74016</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質預警機制建立之研究(光碟版) Establishment of Early Warning Mechanisms for Water Quality in Taipei Water Management Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫以淡水河?域(圖1-1)為主要的研究區域，涵蓋??部雙??重要?會區，分析在氣候變遷條件下淡水河?域的防洪能?與土砂生產?。透過?同的水文因子情境設定，評估氣候變遷對淡水河?域防洪設施之衝擊、土砂崩塌生產?與河道土砂運移評估，進一步進?洪水災害脆弱?及風險評估與現有預警系統檢討，最後再研擬因應氣候變遷之洪災與土砂災害處?對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010158</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103326</governmentpublicationsnumber><identifier>74017</identifier><internationalstandardbooknumber>9789860352672 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74017</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫(1/2)--內附光碟 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫以淡水河?域(圖1-1)為主要的研究區域，涵蓋??部雙??重要?會區，分析在氣候變遷條件下淡水河?域的防洪能?與土砂生產?。透過?同的水文因子情境設定，評估氣候變遷對淡水河?域防洪設施之衝擊、土砂崩塌生產?與河道土砂運移評估，進一步進?洪水災害脆弱?及風險評估與現有預警系統檢討，最後再研擬因應氣候變遷之洪災與土砂災害處?對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010158</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/25</date><governmentpublicationsnumber>1010103326</governmentpublicationsnumber><identifier>74018</identifier><internationalstandardbooknumber>9789860352672 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74018</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫(1/2)--光碟版 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來桃園新竹海岸受海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如桃園觀音、永安、新竹竹北尚義等海岸呈現明顯侵蝕現象，桃園南崁溪河口因漁港新建防波堤，將砂源攔阻造成風飛沙問題，為因應桃竹海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010103</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010103184</governmentpublicationsnumber><identifier>74020</identifier><internationalstandardbooknumber>9789860350180 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74020</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>桃竹海岸基本資料監測調查計畫 The Plan of Coastal Monitoring and Investigation for Taoyuan and Hsinchu County</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來桃園新竹海岸受海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如桃園觀音、永安、新竹竹北尚義等海岸呈現明顯侵蝕現象，桃園南崁溪河口因漁港新建防波堤，將砂源攔阻造成風飛沙問題，為因應桃竹海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010103</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010103184</governmentpublicationsnumber><identifier>74021</identifier><internationalstandardbooknumber>9789860350180 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74021</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>桃竹海岸基本資料監測調查計畫(光碟版) The Plan of Coastal Monitoring and Investigation for Taoyuan and Hsinchu County</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102715</governmentpublicationsnumber><identifier>74024</identifier><internationalstandardbooknumber>9789860344738 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74024</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(3/3)內附光碟=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010378</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102826</governmentpublicationsnumber><identifier>74025</identifier><internationalstandardbooknumber>9789860346756 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74025</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>國家級防災監測及模式測試基地建置(1/3)=Setup of national base for disaster prevention monitoring and model testing (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010378</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102826</governmentpublicationsnumber><identifier>74026</identifier><internationalstandardbooknumber>9789860346756 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74026</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>國家級防災監測及模式測試基地建置(1/3)--光碟版=Setup of national base for disaster prevention monitoring and model testing (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>74028</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74028</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--內附光碟 Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74030</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74030</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)--內附光碟 Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74031</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74031</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)--光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>74032</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74032</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告(內附光碟)  Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>74033</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74033</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>74034</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74034</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)=Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10102141</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>74035</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74035</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析總報告書=Effect of Migration Behavior of Sand/rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102592</governmentpublicationsnumber><identifier>74036</identifier><internationalstandardbooknumber>9789860344318 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74036</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域洪氾防災及土資源管理之研究(2/3)=Astudy on the basin flood mitigation and soil-sediment resources management(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/28</date><governmentpublicationsnumber>1010102592</governmentpublicationsnumber><identifier>74037</identifier><internationalstandardbooknumber>9789860344318 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74037</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域洪氾防災及土資源管理之研究(2/3)--光碟版=Astudy on the basin flood mitigation and soil-sediment resources management(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102715</governmentpublicationsnumber><identifier>74039</identifier><internationalstandardbooknumber>9789860344738 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74039</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(3/3)內附光碟=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102709</governmentpublicationsnumber><identifier>74040</identifier><internationalstandardbooknumber>9789860344691 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74040</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究 總報告=The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74041</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74041</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例 Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74045</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74045</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例(光碟版) Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地質破碎、地形陡峻且地震頻繁，加上土地開發利用等人類活動，及近年來極端降雨事件頻傳，每當颱風及豪雨侵襲，暴雨除導致河川逕流量遽增，也經常引致包括崩塌、土石流及堰塞湖等嚴重坡地災害，亦使災害類別由單純洪水或土砂災害，轉為大規模複合型災害，如民國98年8月莫拉克颱風，長延時高強度降雨造成大面積崩塌發生與劇增的集水區土砂量，於河道上游形成堰塞湖，中下游則造成河床抬昇、河岸沖刷等現象，影響水資源設施運用及河川防洪設施安全。 為能因應與日俱增之土砂複合災害，本計畫擬針對曾文溪流域內包含曾文、南化、烏山頭等水資源設施，及曾文溪沿岸防洪設施，評估土砂災害直接或間接之災害影響潛勢及緊急應變機制，以強化整備與應變能力。</abstract><author>台灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010379</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102684</governmentpublicationsnumber><identifier>74046</identifier><internationalstandardbooknumber>9789860345704 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74046</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>土砂對水利設施災害潛勢分析及緊急應變機制之先期研究 The Pioneer Study of Susceptibility of Hydraulic Facilities and Evaluating Warning Criteria and Emergency Plans</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地質破碎、地形陡峻且地震頻繁，加上土地開發利用等人類活動，及近年來極端降雨事件頻傳，每當颱風及豪雨侵襲，暴雨除導致河川逕流量遽增，也經常引致包括崩塌、土石流及堰塞湖等嚴重坡地災害，亦使災害類別由單純洪水或土砂災害，轉為大規模複合型災害，如民國98年8月莫拉克颱風，長延時高強度降雨造成大面積崩塌發生與劇增的集水區土砂量，於河道上游形成堰塞湖，中下游則造成河床抬昇、河岸沖刷等現象，影響水資源設施運用及河川防洪設施安全。 為能因應與日俱增之土砂複合災害，本計畫擬針對曾文溪流域內包含曾文、南化、烏山頭等水資源設施，及曾文溪沿岸防洪設施，評估土砂災害直接或間接之災害影響潛勢及緊急應變機制，以強化整備與應變能力。</abstract><author>台灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010379</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102684</governmentpublicationsnumber><identifier>74047</identifier><internationalstandardbooknumber>9789860345704 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74047</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>土砂對水利設施災害潛勢分析及緊急應變機制之先期研究(光碟版)  The Pioneer Study of Susceptibility of Hydraulic Facilities and Evaluating Warning Criteria and Emergency Plans</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署已完成全臺各縣市及流域之淹水潛勢圖更新，為求淹水潛勢資料加值分析，在考慮人文社會、經濟活動、土地利用、淹水損失…等相關因子下，將逐步評估全臺脆弱度及風險度。同年至民國100年，本署以「水災危險度、脆弱度與風險圖製作技術手冊」為基礎，完成高雄、屏東、臺南、嘉義等地區之製作示範計畫。預計未來2年持續完成全臺水災危險度、脆弱度及風險地圖製作示範，並於民國102年進行圖資整合與應用規劃。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010380</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102982</governmentpublicationsnumber><identifier>74048</identifier><internationalstandardbooknumber>9789860349269 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74048</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣脆弱度及風險地圖製作與整合應用(1/2) Produce, integration and application of the vulnerability and risk maps of Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署已完成全臺各縣市及流域之淹水潛勢圖更新，為求淹水潛勢資料加值分析，在考慮人文社會、經濟活動、土地利用、淹水損失…等相關因子下，將逐步評估全臺脆弱度及風險度。同年至民國100年，本署以「水災危險度、脆弱度與風險圖製作技術手冊」為基礎，完成高雄、屏東、臺南、嘉義等地區之製作示範計畫。預計未來2年持續完成全臺水災危險度、脆弱度及風險地圖製作示範，並於民國102年進行圖資整合與應用規劃。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010380</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102982</governmentpublicationsnumber><identifier>74049</identifier><internationalstandardbooknumber>9789860349269 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74049</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣脆弱度及風險地圖製作與整合應用(1/2)--光碟版 Produce, integration and application of the vulnerability and risk maps of Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究案成立目標在充分利用資通訊技術，針對可能發生災害區域，以即時及準確的方式發佈災害訊息與獲取災區現況資訊，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，以降低傷亡損失。今年度計畫將著力於市話語音調查的設備擴充、行動LBS功能精進，以及配合主動式淹水通報系統除簡訊外另增市話告警功能並配合推廣作業，藉由提升系統完備度與操作友善性，落實防災科技應用，以期有效降低水患災害之衝擊。</abstract><author>中華電信公司、台灣南區電信分公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010205</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102575</governmentpublicationsnumber><identifier>74050</identifier><internationalstandardbooknumber>9789860344066 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74050</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>主動式民眾淹水預警系統應用技術之研發(2/2) The Research and Development of Active Inundation Information Warning System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究案成立目標在充分利用資通訊技術，針對可能發生災害區域，以即時及準確的方式發佈災害訊息與獲取災區現況資訊，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，以降低傷亡損失。今年度計畫將著力於市話語音調查的設備擴充、行動LBS功能精進，以及配合主動式淹水通報系統除簡訊外另增市話告警功能並配合推廣作業，藉由提升系統完備度與操作友善性，落實防災科技應用，以期有效降低水患災害之衝擊。</abstract><author>中華電信公司、台灣南區電信分公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010205</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102575</governmentpublicationsnumber><identifier>74051</identifier><internationalstandardbooknumber>9789860344066 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74051</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>主動式民眾淹水預警系統應用技術之研發(2/2)- 光碟版 The Research and Development of Active Inundation Information Warning System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地形陡峻，且位處西太平洋颱風路徑之要衝，每年颱風侵襲平均約3.5次，颱風挾帶豪雨形成滾滾洪水向下奔流，造成中、下游洪水災害，尤其以易淹水地區災情甚是嚴重且頻仍，而大多易淹水地區位於沿海低地平原，且因近年來天氣變遷影響日益劇增，使得極端水文現象頻仍及海平面水位上升，故沿海低地平原水災問題乃為當前需改善之重要課題。 本計畫旨在發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水-排水模式，並於颱風來襲之前與颱風期間，配合預測之雨量與潮位、即時監測資料與歷史降雨及淹水資料，發展洪氾淹水預警資訊輔助系統，包含即時淹水預測模式及機率淹水預測模式，以即時預測淹水位置及淹水範圍，提供災害防救業務執行單位研擬減災應變對策與進行災害之防救、減災、整備、應變等相關工作之參考。 本年度(101)以高屏溪以南至林邊溪之丘陵及沿海平原為研究區域，應用地文性淹水-排水模式模擬民國97年卡玫基颱風、民國98莫拉克颱風、民國99年凡那比颱風與民國100年南瑪都颱風期間之淹排水現象，模擬結果與淹水調查結果比較，模擬之淹水範圍與調查之淹水位置大致相符。顯示本計畫所建立之地文性淹排水模式可合理地模擬本年度演算範圍區之淹水位置。 南瑪都颱風期間，於八掌溪南岸堤防以南至曾文溪北岸堤防以北、曾文溪北岸堤防以南至鹽水溪南岸堤防以北、鹽水溪南岸堤防以南至二仁溪南岸堤防以北、二仁溪南岸堤防至高屏溪北岸堤防等四塊區域進行即時淹水預測模式演算，演算預報三小時之淹水現象，各區域所需之計算機時間各為5分鐘，顯示計畫所建立之地文性淹水預警模式頗具淹排水預報效率。並於颱風過後蒐集地面觀測雨量資料，與預報期間之雨量進行分析比對，以探討可能影響因素，以提升模擬演算之可靠性。 本計畫亦建立「重要淹水區」內之「指標道路（區域）」，以地文性淹排水演算模式依據地形地物地?等地文資料佈置網格進行演算，計算研究區域中指標網格之淹水深度，配合所屬雨量站之雨量及潮位之觀測資料發展淹水機率預警模式，依現況累積雨量及監測水深(或模式演算水深)評估1小時後，「指標道路（區域）」是否會達警告水深，提供淹水警戒決策系統參考</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010181</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102978</governmentpublicationsnumber><identifier>74052</identifier><internationalstandardbooknumber>9789860349238 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>沿海低地排水系統淹水預警模式之研究-二仁溪以南至林邊溪(2/2) A study on the development of the physiographic inundation waring model for the drainage system in the coastal low-altitude plains an illustrative example from the south side of</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣地形陡峻，且位處西太平洋颱風路徑之要衝，每年颱風侵襲平均約3.5次，颱風挾帶豪雨形成滾滾洪水向下奔流，造成中、下游洪水災害，尤其以易淹水地區災情甚是嚴重且頻仍，而大多易淹水地區位於沿海低地平原，且因近年來天氣變遷影響日益劇增，使得極端水文現象頻仍及海平面水位上升，故沿海低地平原水災問題乃為當前需改善之重要課題。 本計畫旨在發展可涵蓋沿海低地及其相鄰山區丘陵與海域之淹水-排水模式，並於颱風來襲之前與颱風期間，配合預測之雨量與潮位、即時監測資料與歷史降雨及淹水資料，發展洪氾淹水預警資訊輔助系統，包含即時淹水預測模式及機率淹水預測模式，以即時預測淹水位置及淹水範圍，提供災害防救業務執行單位研擬減災應變對策與進行災害之防救、減災、整備、應變等相關工作之參考。 本年度(101)以高屏溪以南至林邊溪之丘陵及沿海平原為研究區域，應用地文性淹水-排水模式模擬民國97年卡玫基颱風、民國98莫拉克颱風、民國99年凡那比颱風與民國100年南瑪都颱風期間之淹排水現象，模擬結果與淹水調查結果比較，模擬之淹水範圍與調查之淹水位置大致相符。顯示本計畫所建立之地文性淹排水模式可合理地模擬本年度演算範圍區之淹水位置。 南瑪都颱風期間，於八掌溪南岸堤防以南至曾文溪北岸堤防以北、曾文溪北岸堤防以南至鹽水溪南岸堤防以北、鹽水溪南岸堤防以南至二仁溪南岸堤防以北、二仁溪南岸堤防至高屏溪北岸堤防等四塊區域進行即時淹水預測模式演算，演算預報三小時之淹水現象，各區域所需之計算機時間各為5分鐘，顯示計畫所建立之地文性淹水預警模式頗具淹排水預報效率。並於颱風過後蒐集地面觀測雨量資料，與預報期間之雨量進行分析比對，以探討可能影響因素，以提升模擬演算之可靠性。 本計畫亦建立「重要淹水區」內之「指標道路（區域）」，以地文性淹排水演算模式依據地形地物地?等地文資料佈置網格進行演算，計算研究區域中指標網格之淹水深度，配合所屬雨量站之雨量及潮位之觀測資料發展淹水機率預警模式，依現況累積雨量及監測水深(或模式演算水深)評估1小時後，「指標道路（區域）」是否會達警告水深，提供淹水警戒決策系統參考</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010181</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102978</governmentpublicationsnumber><identifier>74053</identifier><internationalstandardbooknumber>9789860349238 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74053</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>沿海低地排水系統淹水預警模式之研究-二仁溪以南至林邊溪(2/2)--光碟版  A study on the development of the physiographic inundation waring model for the drainage system in the coastal low-altitude plains an illustrative example from the south s</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候變遷在世界各地引發多起重大災害，在台灣降雨方面，近年來局部地區降雨量屢破紀錄，如民國98年莫拉克颱風與及99年凡那比颱風重創高雄地區，然而現況防災技術藉由既有雨量站之降雨特性推算可能淹水區，無法有效的對淹水區域發出即時通報告知當地居民。因此，本計畫擬訂研發可對易淹水地區提供更準確的淹水檢核與通報作業系統，其功能可在淹水前爭取有限的避災、減災與救災時間，以降低救災困難度與淹水的損失。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010286</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102702</governmentpublicationsnumber><identifier>74054</identifier><internationalstandardbooknumber>9789860345728 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74054</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>分佈式水位感測技術研發與區域性淹水檢核及通報系統先期計畫（2/2）Distributed Sensing Technology Research and Development and Regional Flooding Preliminary Check and Reporting System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候變遷在世界各地引發多起重大災害，在台灣降雨方面，近年來局部地區降雨量屢破紀錄，如民國98年莫拉克颱風與及99年凡那比颱風重創高雄地區，然而現況防災技術藉由既有雨量站之降雨特性推算可能淹水區，無法有效的對淹水區域發出即時通報告知當地居民。因此，本計畫擬訂研發可對易淹水地區提供更準確的淹水檢核與通報作業系統，其功能可在淹水前爭取有限的避災、減災與救災時間，以降低救災困難度與淹水的損失。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010286</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/29</date><governmentpublicationsnumber>1010102702</governmentpublicationsnumber><identifier>74055</identifier><internationalstandardbooknumber>9789860345728 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74055</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>分佈式水位感測技術研發與區域性淹水檢核及通報系統先期計畫（2/2）--光碟版 Distributed Sensing Technology Research and Development and Regional Flooding Preliminary Check and Reporting System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103006</governmentpublicationsnumber><identifier>74056</identifier><internationalstandardbooknumber>9789860347890 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74056</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究總報告--內附光碟=Study on Preliminary Planning of The Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>74057</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74057</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)--內附光碟=Study on Preliminary Planning of The Coastal Protection Project(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國94年經濟部水利署水利規劃試驗所(以下簡稱本所)有鑑於台南地區有科學工業園區開發及社經快速發展，用水量需求不斷地成長，水資源調度面臨嚴峻考驗，為積極研究發展新興水源方案，因此辦理「台南大湖初步規劃」。規劃建議台南大湖主要設置功能為水源運用，供給南科及周邊地區公共用水水源，設置區位以曾文農場的人工湖作為優先規劃，茄菝農場為替代。 近年氣候異常，降雨量屢創新高，造成曾文溪下游地區淹水情況日益頻繁，民國98年莫拉克颱風挾帶破紀錄暴雨，更造成曾文溪沿岸嚴重淹水災害。為減少此情況發生，本所於民國100年1月辦理「曾文溪流域綜合治水對策初步評估報告」，建議綜合治水對策可採疏洪池及疏濬方案組合配套以達現況洪水位降低之目標。 惟考量台南大湖之區位，其具有穩定台南地區水資源、備援供水兼滯洪防災、水質淨化再生利用及環境景觀營造等條件，本所故辦理「台南大湖水資源規劃檢討」(以下簡稱本計畫)，藉此評估台南大湖是否具防洪、景觀營造與水資源開發等多重功能之可行性。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010198</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102998</governmentpublicationsnumber><identifier>74058</identifier><internationalstandardbooknumber>9789860347913 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74058</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台南大湖水資源規劃檢討(內附光碟) Revaluation of Water Resources Planning for Tainan Lake</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>74059</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74059</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫規劃作業參考手冊(草案)--內附光碟</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國94年經濟部水利署水利規劃試驗所(以下簡稱本所)有鑑於台南地區有科學工業園區開發及社經快速發展，用水量需求不斷地成長，水資源調度面臨嚴峻考驗，為積極研究發展新興水源方案，因此辦理「台南大湖初步規劃」。規劃建議台南大湖主要設置功能為水源運用，供給南科及周邊地區公共用水水源，設置區位以曾文農場的人工湖作為優先規劃，茄菝農場為替代。 近年氣候異常，降雨量屢創新高，造成曾文溪下游地區淹水情況日益頻繁，民國98年莫拉克颱風挾帶破紀錄暴雨，更造成曾文溪沿岸嚴重淹水災害。為減少此情況發生，本所於民國100年1月辦理「曾文溪流域綜合治水對策初步評估報告」，建議綜合治水對策可採疏洪池及疏濬方案組合配套以達現況洪水位降低之目標。 惟考量台南大湖之區位，其具有穩定台南地區水資源、備援供水兼滯洪防災、水質淨化再生利用及環境景觀營造等條件，本所故辦理「台南大湖水資源規劃檢討」(以下簡稱本計畫)，藉此評估台南大湖是否具防洪、景觀營造與水資源開發等多重功能之可行性。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010198</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102998</governmentpublicationsnumber><identifier>74060</identifier><internationalstandardbooknumber>9789860347913 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74060</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台南大湖水資源規劃檢討--光碟版 Revaluation of Water Resources Planning for Tainan Lake</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>74063</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74063</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>屏東海岸防護計畫-東港至枋寮海岸(草案)</title><yearidentifier>201212</yearidentifier></data><data><abstract>南化水庫位於台南縣南化鄉，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積達標高150.8公尺，已高出第二號取水口(標高144公尺)，而水庫庫容僅餘9,681萬立方公尺，原規劃庫容已淤積超過37.6%，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)99年度辦理「南化水庫上游設置第二水庫調查規劃」計畫初步結論認為南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。100年度本所辦理「南化水庫上游水資源開發調查規劃」針對壩址地質、築壩材料、集水區崩塌地等進行現場調查工作。101年度擬以前2年規劃及調查成果為基礎，就水文複核及功能檢討、工程佈置研擬、維持庫容規劃、施工計畫、工程用地及工程費、計畫評價等項目進行更進一步探討。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010199</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103004</governmentpublicationsnumber><identifier>74066</identifier><internationalstandardbooknumber>9789860347906 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74066</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>南化水庫上游水資源開發調查規劃(2)--內附光碟 The Planning and Investigation of Water Resources Development in the Upstream of the Nan-Hua Reservoir(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>南化水庫位於台南縣南化鄉，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積達標高150.8公尺，已高出第二號取水口(標高144公尺)，而水庫庫容僅餘9,681萬立方公尺，原規劃庫容已淤積超過37.6%，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)99年度辦理「南化水庫上游設置第二水庫調查規劃」計畫初步結論認為南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。100年度本所辦理「南化水庫上游水資源開發調查規劃」針對壩址地質、築壩材料、集水區崩塌地等進行現場調查工作。101年度擬以前2年規劃及調查成果為基礎，就水文複核及功能檢討、工程佈置研擬、維持庫容規劃、施工計畫、工程用地及工程費、計畫評價等項目進行更進一步探討。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010199</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103004</governmentpublicationsnumber><identifier>74067</identifier><internationalstandardbooknumber>9789860347906 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74067</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>南化水庫上游水資源開發調查規劃(2)--光碟版 The Planning and Investigation of Water Resources Development in the Upstream of the Nan-Hua Reservoir(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，本??以曾文溪為應用對象，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具分析河道變遷趨勢，綜合評估相對穩定關係。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>74068</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74068</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，本??以曾文溪為應用對象，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具分析河道變遷趨勢，綜合評估相對穩定關係。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>74069</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74069</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>74070</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74070</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>74071</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74071</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署目前已建置完成台灣西南沿海至東部各鄉鎮在不同規模海嘯下溢淹潛勢圖、建立視窗化介面系統及編製查詢手冊。為進一步了解東北海岸(蘇澳至基隆)不同等級之海嘯規模之溢淹潛勢圖，且持續精進及整合現有視窗化介面系統，本署規劃一年期之委託服務。     本計畫主要工作內容為延續前期計畫之成果，評估東北沿岸在環太平洋地震帶發生地震時之海嘯波高及到達時間、製作東北地區之溢淹潛勢圖及於圖面上加入東北地區(蘇澳至基隆)之重要水利構造物。其次，為提升預報效率，將建立東北沿岸各鄉鎮之格林函數，合併現有之海嘯波高資料庫至同一視窗介面；並且為增進使用性及應用性，持續精進目前之視窗化介面系統與Google Earth介面之整合，使圖檔能利用Google Earth讀取，即時輸出海嘯通報單以作為災防應變作業之參考。</abstract><author>中山大學</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010070</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102873</governmentpublicationsnumber><identifier>74072</identifier><internationalstandardbooknumber>9789860346640 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74072</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>東北沿岸海嘯溢淹潛勢圖製作之研究  Mapping potential tsunami inundation in the northeastern coast of Taiwan</title><yearidentifier>201212</yearidentifier></data><data><abstract>有鑑於過去水利署轄管一般性海堤區域之生態棲地調查資料及相關研究成果不足，希望藉由本計畫現場進行CHGM棲地模式評估，並蒐集相關生物調查(包括植物、底棲生物、魚類和鳥類等)進行分析，以及提供生態評估之參考；分析歸納國內海岸的生態棲地特性，來提出棲地改善及保育策略，以做為以後海岸開發利用或保護之參考。.海岸防護工程與生態棲地保育之相關性的探討。並依據模式評估的過程和結果，提出目前海岸保護措施對海岸棲地的影響，以做為未來海岸防護治理時兼顧生態保育之參考。</abstract><author>臺灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010327</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103130</governmentpublicationsnumber><identifier>74073</identifier><internationalstandardbooknumber>9789860348811 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74073</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>一般性海堤生態棲地調查(1/2) Survey on Ecological Habitat of General Sea Dike(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>有鑑於過去水利署轄管一般性海堤區域之生態棲地調查資料及相關研究成果不足，希望藉由本計畫現場進行CHGM棲地模式評估，並蒐集相關生物調查(包括植物、底棲生物、魚類和鳥類等)進行分析，以及提供生態評估之參考；分析歸納國內海岸的生態棲地特性，來提出棲地改善及保育策略，以做為以後海岸開發利用或保護之參考。.海岸防護工程與生態棲地保育之相關性的探討。並依據模式評估的過程和結果，提出目前海岸保護措施對海岸棲地的影響，以做為未來海岸防護治理時兼顧生態保育之參考。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010327</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103130</governmentpublicationsnumber><identifier>74074</identifier><internationalstandardbooknumber>9789860348811 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74074</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>一般性海堤生態棲地調查(1/2)(光碟版) Survey on Ecological Habitat of General Sea Dike(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成，由於因當時政策並未繼續執行雙溪水庫計畫，有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，雙溪水庫為北部地區可行之水資源開發方案，本年度在地質調查方面，除參考前期可行性規劃成果外，並加強之前調查不足之處，俾利後續工程規劃之參考。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010206</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103135</governmentpublicationsnumber><identifier>74075</identifier><internationalstandardbooknumber>9789860349320 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74075</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-地質探查專題-地質鑽探及岩石力學試驗分析(內附光碟) Geology Investigation and Rock Mechanical Evaluation for the Review of Feasibility Planning on Shuang-Xi Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成，由於因當時政策並未繼續執行雙溪水庫計畫，有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，雙溪水庫為北部地區可行之水資源開發方案，本年度在地質調查方面，除參考前期可行性規劃成果外，並加強之前調查不足之處，俾利後續工程規劃之參考。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010206</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103135</governmentpublicationsnumber><identifier>74076</identifier><internationalstandardbooknumber>9789860349320 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74076</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-地質鑽探及岩石力學試驗分析--光碟版 Geology Investigation and Rock Mechanical Evaluation for the Review of Feasibility Planning on Shuang-Xi Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署目前已建置完成台灣西南沿海至東部各鄉鎮在不同規模海嘯下溢淹潛勢圖、建立視窗化介面系統及編製查詢手冊。為進一步了解東北海岸(蘇澳至基隆)不同等級之海嘯規模之溢淹潛勢圖，且持續精進及整合現有視窗化介面系統，本署規劃一年期之委託服務。     本計畫主要工作內容為延續前期計畫之成果，評估東北沿岸在環太平洋地震帶發生地震時之海嘯波高及到達時間、製作東北地區之溢淹潛勢圖及於圖面上加入東北地區(蘇澳至基隆)之重要水利構造物。其次，為提升預報效率，將建立東北沿岸各鄉鎮之格林函數，合併現有之海嘯波高資料庫至同一視窗介面；並且為增進使用性及應用性，持續精進目前之視窗化介面系統與Google Earth介面之整合，使圖檔能利用Google Earth讀取，即時輸出海嘯通報單以作為災防應變作業之參考。</abstract><author>中山大學</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010070</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102873</governmentpublicationsnumber><identifier>74082</identifier><internationalstandardbooknumber>9789860346640 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74082</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>東北沿岸海嘯溢淹潛勢圖製作之研究(光碟版) Mapping potential tsunami inundation in the northeastern coast of Taiwan</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣西處臺灣海峽，東臨太平洋，南接巴士海峽，位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風或熱帶性低氣壓帶來狂風暴雨之侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪常越過堤頂而導致海水倒灌及沿海區域之溢淹，另外由於島嶼地形狹長，中央山脈嶺高稜峻，溪流短而坡度陡，每遇豪雨山洪即傾洩而下，加上海岸地區不當的開發、沿海地層下陷以及平均海水面上升等因素，使得海岸災害發生頻率與規模與日俱增，所造成之災害損失不小，不論在內陸抑或海岸地帶，經常造成嚴重的生命財產損失。 目前國內已發展淹水模式，可考慮內陸降雨排水等因素，惟仍未明瞭海岸天文潮、暴潮、颱風波浪引致之海水倒灌與沿海地區溢淹的影響。本計畫目的為進行全國海岸海岸溢淹潛勢圖資製作之研究，從全國海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點，再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌與沿海地區溢淹範圍，據此繪出該區域海岸溢淹潛勢圖資，其研究成果將可更加掌握實際溢淹災害的可能狀況，並可作為救災搶險的依據</abstract><author>臺灣大學</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010203</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102984</governmentpublicationsnumber><identifier>74083</identifier><internationalstandardbooknumber>9789860349283 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74083</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>全國海岸海岸溢淹潛勢圖資製作之研究(2/2) Research on Producing the Potential Coastal Flood Maps in Taiwan (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74084</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74084</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例 Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣西處臺灣海峽，東臨太平洋，南接巴士海峽，位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風或熱帶性低氣壓帶來狂風暴雨之侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪常越過堤頂而導致海水倒灌及沿海區域之溢淹，另外由於島嶼地形狹長，中央山脈嶺高稜峻，溪流短而坡度陡，每遇豪雨山洪即傾洩而下，加上海岸地區不當的開發、沿海地層下陷以及平均海水面上升等因素，使得海岸災害發生頻率與規模與日俱增，所造成之災害損失不小，不論在內陸抑或海岸地帶，經常造成嚴重的生命財產損失。 目前國內已發展淹水模式，可考慮內陸降雨排水等因素，惟仍未明瞭海岸天文潮、暴潮、颱風波浪引致之海水倒灌與沿海地區溢淹的影響。本計畫目的為進行全國海岸海岸溢淹潛勢圖資製作之研究，從全國海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點，再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌與沿海地區溢淹範圍，據此繪出該區域海岸溢淹潛勢圖資，其研究成果將可更加掌握實際溢淹災害的可能狀況，並可作為救災搶險的依據</abstract><author>臺灣大學</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010203</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102984</governmentpublicationsnumber><identifier>74085</identifier><internationalstandardbooknumber>9789860349283 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74085</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>全國海岸海岸溢淹潛勢圖資製作之研究(2/2)--光碟版 Research on Producing the Potential Coastal Flood Maps in Taiwan (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74086</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74086</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例(光碟版) Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃自93年至99年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 本計畫為為期2年的系統維運、功能改善與擴充計畫，依據過往執行之狀況持續系統功能改善並維持系統正常運作，除了維持系統正常運作外亦維護水利署一百多座監視站，依契約規定於通報八小時內前往處理，另一方面將依上年度計畫之測試結果，改善監視站現地警報方式與線路，改以簡訊方式通報。視訊會議部份於颱風以及其他水利署內跨局處會議期間亦派員駐點協助系統操作；在監測格網部份將介接已建置完成的河川局監管中心以及台電五處影像資訊，並加入Android以及iOS等行動平台，讓使用者可於各地透過手機與平板電腦掌握即時水情情況。超級視訊格網功能擴充部份將依上年度使用狀況改善檔案分享與電子白板歷史資料調閱功能，期能發揮於防救災之應用，並於未來引入其他防救災相關之研究。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010322</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102877</governmentpublicationsnumber><identifier>74087</identifier><internationalstandardbooknumber>9789860346657 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74087</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運(2/2)報告書 11'-12' Extension, Operation and Maintenance of HaZard Mitigation and Emergency Response Grid and Flood Watching System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃自93年至99年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 本計畫為為期2年的系統維運、功能改善與擴充計畫，依據過往執行之狀況持續系統功能改善並維持系統正常運作，除了維持系統正常運作外亦維護水利署一百多座監視站，依契約規定於通報八小時內前往處理，另一方面將依上年度計畫之測試結果，改善監視站現地警報方式與線路，改以簡訊方式通報。視訊會議部份於颱風以及其他水利署內跨局處會議期間亦派員駐點協助系統操作；在監測格網部份將介接已建置完成的河川局監管中心以及台電五處影像資訊，並加入Android以及iOS等行動平台，讓使用者可於各地透過手機與平板電腦掌握即時水情情況。超級視訊格網功能擴充部份將依上年度使用狀況改善檔案分享與電子白板歷史資料調閱功能，期能發揮於防救災之應用，並於未來引入其他防救災相關之研究。</abstract><author>國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010322</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010102877</governmentpublicationsnumber><identifier>74088</identifier><internationalstandardbooknumber>9789860346657 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74088</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>100-101防災應變格網系統與水情影像監視站軟硬體擴充與維運(2/2)報告書--光碟版   11'-12' Extension, Operation and Maintenance of HaZard Mitigation and Emergency Response Grid and Flood Watching System (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業等)外，每年亦配合本局的重點業務需求，協助相關工作的規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010175</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103095</governmentpublicationsnumber><identifier>74089</identifier><internationalstandardbooknumber>9789860349153 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74089</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>101年度桃竹苗地區洪水預警及防汛整合作業Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業等)外，每年亦配合本局的重點業務需求，協助相關工作的規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010175</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/30</date><governmentpublicationsnumber>1010103095</governmentpublicationsnumber><identifier>74090</identifier><internationalstandardbooknumber>9789860349153 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74090</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>101年度桃竹苗地區洪水預警及防汛整合作業(光碟版)Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>自98年度起執行此勘災計畫，適逢莫拉克颱風重創南台灣，在勘災服務團於災後迅速進行現場災情蒐集下，對於災情通報、災害範圍、災損推估及災後應變等救災能力有實質上的提升，相較以往災害發生而全力投入救災之際，對於災情掌握上實無法兼籌並顧；水災災情蒐集與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災情蒐集之工作，並提出及撰寫所蒐集災情之報告，故以委託方式辦理。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010011</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102977</governmentpublicationsnumber><identifier>74091</identifier><internationalstandardbooknumber>9789860349221 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74091</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年重大水災災情蒐集服務團 Survey Service Group Major Flood Events in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>自98年度起執行此勘災計畫，適逢莫拉克颱風重創南台灣，在勘災服務團於災後迅速進行現場災情蒐集下，對於災情通報、災害範圍、災損推估及災後應變等救災能力有實質上的提升，相較以往災害發生而全力投入救災之際，對於災情掌握上實無法兼籌並顧；水災災情蒐集與一般經常性業務不同，因其可能發生災害地點遍及全島，其所需人力資源多，因此本計畫研擬運用專業機構之專業能力及充足人力資源，於災後支援災情蒐集之工作，並提出及撰寫所蒐集災情之報告，故以委託方式辦理。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010011</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102977</governmentpublicationsnumber><identifier>74092</identifier><internationalstandardbooknumber>9789860349221 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74092</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年重大水災災情蒐集服務團(光碟版) Survey Service Group Major Flood Events in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>隨著氣候暖化之影響，用水及降雨型態的改變造成乾旱發生之風險增大。雖然根據過去資料統計台灣平均每10 年會出現一次大乾旱，2~3 年出現一小旱。惟受蓄水設施有效容量不足、用水型態逐漸偏重缺水忍受低之民生及工業用水等天然與人為因素影響，台灣近年幾乎每年發生枯旱應變事件，抗旱工作應視同防汛，隨時掌握旱象資訊，提前展開抗旱準備。 依「災害防救法」（以下簡稱本法）第三條第二款規定，經濟部（以下簡稱本部）為旱災災害之中央災害防救業務主管機關，負責指揮、督導、協調旱災災害防救各級相關行政機關及公共事業執行各項旱災災害預防、緊急應變、災後復原及後續處置等工作。本部並依據本法第十九條第二項規定，及參照「災害防救基本計畫」相關內容，訂定「旱災災害防救業務計畫」 (以下簡稱本業務計畫)，本業務計畫於91年2月26日核定實施，並經92年5月26日及98年4月14日兩次修正核定。迄今歷經98、99及100年執行旱災應變經驗，同時因應組織再造之相關權責機關之調整，本計畫擬依據本法施行細則第八條規定，進行「旱災災害防救業務計畫」及相關應變機制予以檢討，包括：旱象啟動時機、供水、用水調度措施等等，以期更貼近民眾需要及業務執行。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000463</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102045</governmentpublicationsnumber><identifier>74093</identifier><internationalstandardbooknumber>9789860337914 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74093</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>旱災災害防救業務與應變機制檢討之研究 Study of Drought Disaster Prevention and Response Operation Review</title><yearidentifier>201210</yearidentifier></data><data><abstract>隨著氣候暖化之影響，用水及降雨型態的改變造成乾旱發生之風險增大。雖然根據過去資料統計台灣平均每10 年會出現一次大乾旱，2~3 年出現一小旱。惟受蓄水設施有效容量不足、用水型態逐漸偏重缺水忍受低之民生及工業用水等天然與人為因素影響，台灣近年幾乎每年發生枯旱應變事件，抗旱工作應視同防汛，隨時掌握旱象資訊，提前展開抗旱準備。 依「災害防救法」（以下簡稱本法）第三條第二款規定，經濟部（以下簡稱本部）為旱災災害之中央災害防救業務主管機關，負責指揮、督導、協調旱災災害防救各級相關行政機關及公共事業執行各項旱災災害預防、緊急應變、災後復原及後續處置等工作。本部並依據本法第十九條第二項規定，及參照「災害防救基本計畫」相關內容，訂定「旱災災害防救業務計畫」 (以下簡稱本業務計畫)，本業務計畫於91年2月26日核定實施，並經92年5月26日及98年4月14日兩次修正核定。迄今歷經98、99及100年執行旱災應變經驗，同時因應組織再造之相關權責機關之調整，本計畫擬依據本法施行細則第八條規定，進行「旱災災害防救業務計畫」及相關應變機制予以檢討，包括：旱象啟動時機、供水、用水調度措施等等，以期更貼近民眾需要及業務執行。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000463</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102045</governmentpublicationsnumber><identifier>74094</identifier><internationalstandardbooknumber>9789860337914 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74094</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>旱災災害防救業務與應變機制檢討之研究(光碟版)  Study of Drought Disaster Prevention and Response Operation Review</title><yearidentifier>201210</yearidentifier></data><data><abstract>隨著氣候暖化之影響，用水及降雨型態的改變造成乾旱發生之風險增大。雖然根據過去資料統計台灣平均每10 年會出現一次大乾旱，2~3 年出現一小旱。惟受蓄水設施有效容量不足、用水型態逐漸偏重缺水忍受低之民生及工業用水等天然與人為因素影響，台灣近年幾乎每年發生枯旱應變事件，抗旱工作應視同防汛，隨時掌握旱象資訊，提前展開抗旱準備。 依「災害防救法」（以下簡稱本法）第三條第二款規定，經濟部（以下簡稱本部）為旱災災害之中央災害防救業務主管機關，負責指揮、督導、協調旱災災害防救各級相關行政機關及公共事業執行各項旱災災害預防、緊急應變、災後復原及後續處置等工作。本部並依據本法第十九條第二項規定，及參照「災害防救基本計畫」相關內容，訂定「旱災災害防救業務計畫」 (以下簡稱本業務計畫)，本業務計畫於91年2月26日核定實施，並經92年5月26日及98年4月14日兩次修正核定。迄今歷經98、99及100年執行旱災應變經驗，同時因應組織再造之相關權責機關之調整，本計畫擬依據本法施行細則第八條規定，進行「旱災災害防救業務計畫」及相關應變機制予以檢討，包括：旱象啟動時機、供水、用水調度措施等等，以期更貼近民眾需要及業務執行。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000463</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102045</governmentpublicationsnumber><identifier>74095</identifier><internationalstandardbooknumber>9789860337914 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74095</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>旱災災害防救業務計畫修正建議稿</title><yearidentifier>201210</yearidentifier></data><data><abstract>近年來氣候變遷跡象日益顯著，極端水文事件頻仍，單一事件降雨強度與累積雨量均較以往來得劇烈，水患常伴隨著其他災害發生，複合型災害發生頻率與損失有加劇之趨勢，台灣地區未來將水患治理及防災工作勢必將接受更嚴苛的挑戰。本團隊期透過本計畫執行，以流域管理考量為出發點，整合分散於經濟部水利署、農委會水土保持局、農委會林務局、中央地調所、公路總局及中央氣象局相關災害資訊，如水災災害、土砂災害、公路災害及地震災害等資訊 透過本計畫之執行彙整各單位之資訊，並分析流域系統內各種歷史災害資訊之關連性，利用建置之資訊平台之展示以充分掌握颱風豪雨期間發生於流域系統內之各項災害位置及資訊，進一步提供水利署防災應變期間決策者相關決策參考，可加強水利署於防災應變期間對各種災害資訊之掌握，以因應氣候變遷對水利業務之衝擊；另藉由坡地崩塌機制探討，進一步研究崩塌預警警戒機制。</abstract><author>淡江大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010182</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010103307</governmentpublicationsnumber><identifier>74096</identifier><internationalstandardbooknumber>9789860352450 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74096</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>流域災害資訊整合之研究(2/2) Study of the integrated information system for watershed disaster (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來氣候變遷跡象日益顯著，極端水文事件頻仍，單一事件降雨強度與累積雨量均較以往來得劇烈，水患常伴隨著其他災害發生，複合型災害發生頻率與損失有加劇之趨勢，台灣地區未來將水患治理及防災工作勢必將接受更嚴苛的挑戰。本團隊期透過本計畫執行，以流域管理考量為出發點，整合分散於經濟部水利署、農委會水土保持局、農委會林務局、中央地調所、公路總局及中央氣象局相關災害資訊，如水災災害、土砂災害、公路災害及地震災害等資訊 透過本計畫之執行彙整各單位之資訊，並分析流域系統內各種歷史災害資訊之關連性，利用建置之資訊平台之展示以充分掌握颱風豪雨期間發生於流域系統內之各項災害位置及資訊，進一步提供水利署防災應變期間決策者相關決策參考，可加強水利署於防災應變期間對各種災害資訊之掌握，以因應氣候變遷對水利業務之衝擊；另藉由坡地崩塌機制探討，進一步研究崩塌預警警戒機制。</abstract><author>淡江大學</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010182</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010103307</governmentpublicationsnumber><identifier>74097</identifier><internationalstandardbooknumber>9789860352450 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74097</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>流域災害資訊整合之研究(2/2)--光碟版Study of the integrated information system for watershed disaster (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>1.建置「多尺度遙測圖資展示平臺」；整合基礎圖資及警戒圖資並匯整本計畫所產製之多時序衛星影像、建置圖層在多尺度空間資訊系統發佈，並提出資訊系統雲端維運成本、備援機制、操作架構及效能分析規劃。並完成北中南各兩場之空間資訊系統教育訓練及操作手冊製作，並預錄作業系統操作方法，供使用者線上學習。 2.產製近五年三大重要流域前後期土砂比較圖資；選定流域土砂變化較大之三大重要流域，處理近五年(2007-2011年)之福衛二號影像，並進行多期崩塌或河川淤積地圖層建置及發佈。 3.產製莫拉克颱風期間重要流域前、後期淹水比較圖資；針對莫拉克颱風累積雨量達2000毫米以上之重要流域範圍產製前後期影像並就淹水情形做比較判釋。 4.提供或產製今年度重要流域重大地震事件或颱洪事件前、後期比較圖資；將對福衛二號衛星影像、合成孔徑雷達衛星影像及定翼無人飛行載具航拍影像等三種多尺度遙測空間資訊平台，進行包括緊急取像排程、處理發布時程、處理發佈費用、獲得可判釋淹水災情圖資之可行性等評估工作，並提出詳細報告。 本計劃預期建立多尺度災害遙測圖資蒐集管道與能力；掌握未來淹水範圍及河道淤積造成通水斷面之資訊，做為減少風險參考；整合重要流域前後期土砂比較圖資，強化掌握上游土砂造成水利設施損壞及未來河道淤積造成通水斷面減少之風險能力；並以流域管理思維及雲端服務技術，架構新一代防救災圖資蒐集及展示平臺。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010338</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010103116</governmentpublicationsnumber><identifier>74098</identifier><internationalstandardbooknumber>9789860350494 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74098</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置計畫 Multi-Stage Remote Sensing Geospatial Data Collection and Display Platform Establishment</title><yearidentifier>201212</yearidentifier></data><data><abstract>1.建置「多尺度遙測圖資展示平臺」；整合基礎圖資及警戒圖資並匯整本計畫所產製之多時序衛星影像、建置圖層在多尺度空間資訊系統發佈，並提出資訊系統雲端維運成本、備援機制、操作架構及效能分析規劃。並完成北中南各兩場之空間資訊系統教育訓練及操作手冊製作，並預錄作業系統操作方法，供使用者線上學習。 2.產製近五年三大重要流域前後期土砂比較圖資；選定流域土砂變化較大之三大重要流域，處理近五年(2007-2011年)之福衛二號影像，並進行多期崩塌或河川淤積地圖層建置及發佈。 3.產製莫拉克颱風期間重要流域前、後期淹水比較圖資；針對莫拉克颱風累積雨量達2000毫米以上之重要流域範圍產製前後期影像並就淹水情形做比較判釋。 4.提供或產製今年度重要流域重大地震事件或颱洪事件前、後期比較圖資；將對福衛二號衛星影像、合成孔徑雷達衛星影像及定翼無人飛行載具航拍影像等三種多尺度遙測空間資訊平台，進行包括緊急取像排程、處理發布時程、處理發佈費用、獲得可判釋淹水災情圖資之可行性等評估工作，並提出詳細報告。 本計劃預期建立多尺度災害遙測圖資蒐集管道與能力；掌握未來淹水範圍及河道淤積造成通水斷面之資訊，做為減少風險參考；整合重要流域前後期土砂比較圖資，強化掌握上游土砂造成水利設施損壞及未來河道淤積造成通水斷面減少之風險能力；並以流域管理思維及雲端服務技術，架構新一代防救災圖資蒐集及展示平臺。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010338</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010103116</governmentpublicationsnumber><identifier>74099</identifier><internationalstandardbooknumber>9789860350494 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74099</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置計畫(光碟版) Multi-Stage Remote Sensing Geospatial Data Collection and Display Platform Establishment</title><yearidentifier>201212</yearidentifier></data><data><abstract>一、台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 二、鑑於工程措施確有其侷限性，對全球暖化造成極端氣候的影響只靠工程措施是難以因應，為能災時掌握水情與災情，對於現有政府與民間各單位已建置影像監控系統，進行影像判釋，協助本署進行災情監控之研究。</abstract><author>義守大學</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010343</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102974</governmentpublicationsnumber><identifier>74100</identifier><internationalstandardbooknumber>9789860348224 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74100</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>監視系統應用於都市區域水情及災情評估之研究(1/2) Research of urban area floods by using monitoring system (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>一、台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 二、鑑於工程措施確有其侷限性，對全球暖化造成極端氣候的影響只靠工程措施是難以因應，為能災時掌握水情與災情，對於現有政府與民間各單位已建置影像監控系統，進行影像判釋，協助本署進行災情監控之研究。</abstract><author>義守大學</author><categoryidentifier>445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010343</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102974</governmentpublicationsnumber><identifier>74101</identifier><internationalstandardbooknumber>9789860348224 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74101</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>監視系統應用於都市區域水情及災情評估之研究(1/2)--光碟版  Research of urban area floods by using monitoring system (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>颱風豪雨帶來的水利災害是台灣地區每年都必須面臨的課題，淹水、土石流、水利設施損害、堤防護岸潰決等，每每造成人民生命財產損害。要避免災害重演，降低未來災損，唯有強化防救災的能力並積極宣導民眾防救災意識，方能達成。傳統防救災方法多透過專家，運用平面圖像或衛星航照圖資進行研判。但類似莫拉克颱風這樣大規模的風災導致災情慘重，在專家及工程人員的有限人力下，若未能親自到現場，僅憑觀看範圍受限的平面圖像進行分析作業，往往有一些重要資訊給遺漏掉，造成無法做到最精確之判斷。 目前一般資訊及圖像等多以平面方式展現，且一般影像皆侷限了所能觀看的範圍，然從人類視覺角度而言，觀看到的資訊、影像皆呈現立體效果，同時，藉由視角的轉動，可瀏覽大範圍之影像全景。在解析度與觀看範圍受限的平面圖像中，對於一些複雜的資訊，容易產生誤判亦或是忽略不易察見。近年來，立體資料顯示技術與多重影像處理技術的發展日趨成熟，多重影像處理技術可提供全景影像、高動態範圍影像及超解析度影像，藉由技術與影像品質的提升，將能更廣泛且更精確地應用在實務作業上。 有鑑於防救災資訊的多元性，本計畫發展多重影像處理技術，利用視覺立體化的影像與具有可大範圍觀看的全景影像來辨識並判讀資訊，輔助支援防救災工作。另將建置防救災多重影像儲存系統，整合過往所蒐集之防救災資訊，可有效保存大量資料，並做為珍貴的歷史記錄。同時，結合多重影像技術，開發立體動畫影片，宣導民眾認知防救災之重要性與本署在防救災上所做的努力。復考量此系統技術運用發展迅速，並非單純學術研究，未來應用範疇將可推廣至水利以外之各項防救災工作。 本計畫為為期2年的計畫，目的不僅累積大量影像資訊，且快速轉換成易於觀察並深入了解的立體影像與全景影像，以迅速協助本署在防救災上之判斷，並藉由立體動畫影片之製作與宣導，加強民眾的防救災意識觀念，進而了解本署在防救災所做的努力。第二年除進行系統維運與功能改善，並加入平台加值服務應用，同時，強化本署教育訓練等。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010341</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102926</governmentpublicationsnumber><identifier>74102</identifier><internationalstandardbooknumber>9789860347463 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74102</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>多重影像處理技術應用於防救災之研究 (1/2) Study of Photographic Multishot Technique for Disaster Prevention (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>颱風豪雨帶來的水利災害是台灣地區每年都必須面臨的課題，淹水、土石流、水利設施損害、堤防護岸潰決等，每每造成人民生命財產損害。要避免災害重演，降低未來災損，唯有強化防救災的能力並積極宣導民眾防救災意識，方能達成。傳統防救災方法多透過專家，運用平面圖像或衛星航照圖資進行研判。但類似莫拉克颱風這樣大規模的風災導致災情慘重，在專家及工程人員的有限人力下，若未能親自到現場，僅憑觀看範圍受限的平面圖像進行分析作業，往往有一些重要資訊給遺漏掉，造成無法做到最精確之判斷。 目前一般資訊及圖像等多以平面方式展現，且一般影像皆侷限了所能觀看的範圍，然從人類視覺角度而言，觀看到的資訊、影像皆呈現立體效果，同時，藉由視角的轉動，可瀏覽大範圍之影像全景。在解析度與觀看範圍受限的平面圖像中，對於一些複雜的資訊，容易產生誤判亦或是忽略不易察見。近年來，立體資料顯示技術與多重影像處理技術的發展日趨成熟，多重影像處理技術可提供全景影像、高動態範圍影像及超解析度影像，藉由技術與影像品質的提升，將能更廣泛且更精確地應用在實務作業上。 有鑑於防救災資訊的多元性，本計畫發展多重影像處理技術，利用視覺立體化的影像與具有可大範圍觀看的全景影像來辨識並判讀資訊，輔助支援防救災工作。另將建置防救災多重影像儲存系統，整合過往所蒐集之防救災資訊，可有效保存大量資料，並做為珍貴的歷史記錄。同時，結合多重影像技術，開發立體動畫影片，宣導民眾認知防救災之重要性與本署在防救災上所做的努力。復考量此系統技術運用發展迅速，並非單純學術研究，未來應用範疇將可推廣至水利以外之各項防救災工作。 本計畫為為期2年的計畫，目的不僅累積大量影像資訊，且快速轉換成易於觀察並深入了解的立體影像與全景影像，以迅速協助本署在防救災上之判斷，並藉由立體動畫影片之製作與宣導，加強民眾的防救災意識觀念，進而了解本署在防救災所做的努力。第二年除進行系統維運與功能改善，並加入平台加值服務應用，同時，強化本署教育訓練等。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010341</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102926</governmentpublicationsnumber><identifier>74103</identifier><internationalstandardbooknumber>9789860347463 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74103</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>多重影像處理技術應用於防救災之研究 (1/2) --光碟版 Study of Photographic Multishot Technique for Disaster Prevention (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>颱風豪雨帶來的水利災害是台灣地區每年都必須面臨的課題，淹水、土石流、水利設施損害、堤防護岸潰決等，每每造成人民生命財產損害。要避免災害重演，降低未來災損，唯有強化防救災的能力並積極宣導民眾防救災意識，方能達成。傳統防救災方法多透過專家，運用平面圖像或衛星航照圖資進行研判。但類似莫拉克颱風這樣大規模的風災導致災情慘重，在專家及工程人員的有限人力下，若未能親自到現場，僅憑觀看範圍受限的平面圖像進行分析作業，往往有一些重要資訊給遺漏掉，造成無法做到最精確之判斷。 目前一般資訊及圖像等多以平面方式展現，且一般影像皆侷限了所能觀看的範圍，然從人類視覺角度而言，觀看到的資訊、影像皆呈現立體效果，同時，藉由視角的轉動，可瀏覽大範圍之影像全景。在解析度與觀看範圍受限的平面圖像中，對於一些複雜的資訊，容易產生誤判亦或是忽略不易察見。近年來，立體資料顯示技術與多重影像處理技術的發展日趨成熟，多重影像處理技術可提供全景影像、高動態範圍影像及超解析度影像，藉由技術與影像品質的提升，將能更廣泛且更精確地應用在實務作業上。 有鑑於防救災資訊的多元性，本計畫發展多重影像處理技術，利用視覺立體化的影像與具有可大範圍觀看的全景影像來辨識並判讀資訊，輔助支援防救災工作。另將建置防救災多重影像儲存系統，整合過往所蒐集之防救災資訊，可有效保存大量資料，並做為珍貴的歷史記錄。同時，結合多重影像技術，開發立體動畫影片，宣導民眾認知防救災之重要性與本署在防救災上所做的努力。復考量此系統技術運用發展迅速，並非單純學術研究，未來應用範疇將可推廣至水利以外之各項防救災工作。 本計畫為為期2年的計畫，目的不僅累積大量影像資訊，且快速轉換成易於觀察並深入了解的立體影像與全景影像，以迅速協助本署在防救災上之判斷，並藉由立體動畫影片之製作與宣導，加強民眾的防救災意識觀念，進而了解本署在防救災所做的努力。第二年除進行系統維運與功能改善，並加入平台加值服務應用，同時，強化本署教育訓練等。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010341</commissionedprojectidentifier><currency>NT$</currency><date>2013/1/31</date><governmentpublicationsnumber>1010102926</governmentpublicationsnumber><identifier>74104</identifier><internationalstandardbooknumber>9789860347463 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74104</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>多重影像處理技術應用於防救災之研究 (1/2) 使用手冊</title><yearidentifier>201212</yearidentifier></data><data><abstract>士文水庫的興建可視為當地原住民族發展的新契機，從社區傳播觀念出發，經由規劃設計，整合環境品質、工程規劃、社區營造、人文生態保育等學者專家，利用政府公共政策推動契機，進行當地社會人文生態的調查，藉由專家學者及環保團體協助規劃當地人文生態發展，而讓部落及社會人民出現文化實作的社區經驗，達到生活、生產與生態三生合一的人文生態系統永續經營目的。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010260</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103137</governmentpublicationsnumber><identifier>74105</identifier><internationalstandardbooknumber>9789860349337 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74105</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫推動計畫-人文生態系統與社區營造規劃(內附光碟)The Promotion Project of Shi-Wen Reservoir--A Planning for Human Ecological System and Community Empowerment</title><yearidentifier>201212</yearidentifier></data><data><abstract>士文水庫的興建可視為當地原住民族發展的新契機，從社區傳播觀念出發，經由規劃設計，整合環境品質、工程規劃、社區營造、人文生態保育等學者專家，利用政府公共政策推動契機，進行當地社會人文生態的調查，藉由專家學者及環保團體協助規劃當地人文生態發展，而讓部落及社會人民出現文化實作的社區經驗，達到生活、生產與生態三生合一的人文生態系統永續經營目的。</abstract><author>聯美環保科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010260</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103137</governmentpublicationsnumber><identifier>74106</identifier><internationalstandardbooknumber>9789860349337 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74106</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫推動計畫--人文生態系統與社區營造規劃--光碟版 The Promotion Project of Shi-Wen Reservoir--A Planning for Human Ecological System and Community Empowerment</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫的目的是定期維護設置於計畫壩址區內之 2 部強地動儀，使其正常運轉並持續收?強地動紀?，同時分析所收?之強地動紀?，做為設計大壩工程之?考。本報告彙整101 ??強地動儀維護過程及強震紀?分析結果，工作項目包含：(ㄧ)壩址強地動儀維護及觀測；(二)地震資?蒐集與分析；(三)地震危害?分析初步檢討；(四)工作簡報及報告編撰。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010276</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103432</governmentpublicationsnumber><identifier>74107</identifier><internationalstandardbooknumber>9789860353709 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74107</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─強地動儀維護觀測及資料整理(5/5)--內附光碟 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(5/5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫的目的是定期維護設置於計畫壩址區內之2部強地動儀，使其正常運轉並持續收錄強地動紀錄，同時分析所收錄之強地動紀錄，做為設計大壩工程之參考。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010276</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103432</governmentpublicationsnumber><identifier>74108</identifier><internationalstandardbooknumber>9789860353709 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74108</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─強地動儀維護觀測及資料整理(5/5)--光碟版 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(5/5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫的目的是定期維護設置於計畫壩址區內之 2 部強地動儀，使其正常運轉並持續收?強地動紀?，同時分析所收?之強地動紀?，做為設計大壩工程之?考。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010276</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103441</governmentpublicationsnumber><identifier>74109</identifier><internationalstandardbooknumber>9789860353693 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74109</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─強地動儀維護觀測及資料整理總報告(民國97年~101年)--內附光碟 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis</title><yearidentifier>201212</yearidentifier></data><data><abstract>為長期維持士文水庫壩址強地動觀測站的運作，並有效的進?儀器維護與蒐集地震資?的工作，本計畫為每月 定期保養與維護計畫壩址地區之2部強地動儀，使其維持正常運轉，並能持續收錄高品質的地震資料，就所蒐集的地震紀錄加以篩選整理與分析，將其結果彙整成年度分析報告，提供士文水庫壩址地區之地震基礎資料。</abstract><author>國立成功大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010276</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103441</governmentpublicationsnumber><identifier>74110</identifier><internationalstandardbooknumber>9789860353693 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74110</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─強地動儀維護觀測及資料整理總報告(民國97年~101年)--光碟版 Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis</title><yearidentifier>201212</yearidentifier></data><data><abstract>高台水庫壩址河谷地形陡峭，開發以拱壩較混凝土重力壩更具優勢，惟地質調查受限於陡峭地形致未能提供地質資料作為壩型決策參考，緣此辦理兩年度之工程地質探查及壩型評估工作，目的為於壩軸邊坡進行詳細地質探查，取得地質狀況及岩體力學性質，評估適當之壩型。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980192</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103138</governmentpublicationsnumber><identifier>74111</identifier><internationalstandardbooknumber>9789789860340 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74111</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>高台水庫工程地質探查及壩型評估--內附光碟  The Engineering Geology Investigation and Dam Structure Evaluation for the Gau-Tai Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>高台水庫壩址河谷地形陡峭，開發以拱壩較混凝土重力壩更具優勢，惟地質調查受限於陡峭地形致未能提供地質資料作為壩型決策參考，緣此辦理兩年度之工程地質探查及壩型評估工作，目的為於壩軸邊坡進行詳細地質探查，取得地質狀況及岩體力學性質，評估適當之壩型。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980192</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103138</governmentpublicationsnumber><identifier>74112</identifier><internationalstandardbooknumber>9789860349313 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74112</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>高台水庫工程地質探查及壩型評估--光碟版 The Engineering Geology Investigation and Dam Structure Evaluation for the Gau-Tai Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗開發專業課程與流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜等。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010365</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010102975</governmentpublicationsnumber><identifier>74113</identifier><internationalstandardbooknumber>9789860349207 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74113</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年提昇水利防災緊急應變作業能力計畫 Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program, 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗開發專業課程與流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜等。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010365</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010102975</governmentpublicationsnumber><identifier>74114</identifier><internationalstandardbooknumber>9789860349207 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74114</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年提昇水利防災緊急應變作業能力計畫(光碟版)  Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program, 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本書主要以臺北水源特定區為範圍， 教材設計以「水環境」為基礎， 透過時空之旅的情境， 以流域為主軸， 內容涵括水源人文、水源生態及水源保育等主題， 並配合教學單元設計四式教案與學習單， 提供教師搭配書籍教材進行教學，藉以認識水源故鄉的人文與自然環境， 並導入生態及保育的概念， 透過生態工法及保育工程的介紹， 了解水源故鄉的水源保育成果， 引領學生觀察及感受與水源共存的關係， 進而認識自己的家園、珍惜天然的資源、了解大自然的奧秘。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103050</governmentpublicationsnumber><identifier>74115</identifier><internationalstandardbooknumber>9789860349429 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74115</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>水源時空之旅(內附光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來全球受到氣候變遷的影響，世界各地陸續發生各種災情，如：2011年在泰國發生的水災、2012年澳大利亞新南威爾斯州連日大雨造成的水災等，各國無不對於未來可能引發之衝擊及效益日益重視，目前已將全球氣候變遷影響列為各國施政首要評估之議題。 氣候變遷的影響讓臺灣地區的水文環境旱澇情勢愈加分明且極端，不僅發生不尋常或超過設計標準之水文事件次數更加頻繁（如短延時高降雨強度趨勢遽增），同時也發生罕見之水文極端值事件(如：納莉、莫拉克風水災)，其極端氣候特性使臺灣因旱澇災害損害金額連年增高，因此臺灣未來的水利防災政策已經成為國家安全之議題。 本署為降低極端氣候所帶來的災害與影響，協助民眾在事件發生的第一時間盡速獲得相關資訊與安置，已規劃出多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 事實上，防汛抗旱的防災工作並非是僅依靠少數族群即可完成的，必須仰賴全國民眾團結一致、共同努力。然而由於民眾對於「防災重於救災、離災優於防災」的概念與相關措施未能清楚地了解與運用。爰此，本署擬辦理複合型災害防治相關資訊之宣導以及治水成效之工作回顧。一方面，展現臺灣水利防災策略及措施，藉由莫拉克重建工作的成果，建立民眾「全民防災」觀念，提昇社會大眾防災意識與知識，建立正確的風險觀念，於災害來臨時能自救與救人。另一方面，透過各種宣導的方式與層面，強化民眾對於本署在複合型災害防治的相關政策與規劃，瞭解各種措施的使用方式、時機與價值性，展現本署在各個層面之努力。</abstract><author>厚鼎傳播整合行銷公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010390</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103060</governmentpublicationsnumber><identifier>74116</identifier><internationalstandardbooknumber>9789860349658 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74116</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>複合型災害經驗學習與防災智能提升 The Experience Learning and Disaster Rrevention Smart Improving of the Compound Disaster</title><yearidentifier>201212</yearidentifier></data><data><abstract>「小小水滴巴士之旅」是第一本以「水環境」為基礎，編製的國小低年級書籍，書籍內容除了傳達水源保育的觀念外，更結合臺北水源特定區內豐富的人文歷史、建築及生態知識，來推廣水源轄區內的環境特色及生態資源，希望老師藉由繪本的情境教學能夠引領學生了解臺北水源特定區，以及培養學生珍惜水資源，關懷家鄉的情操。</abstract><author>財團法人坡地環境基金會</author><categoryidentifier>523.36</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103107</governmentpublicationsnumber><identifier>74117</identifier><internationalstandardbooknumber>9789860350036 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74117</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>小小水滴巴士之旅(內附光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來全球受到氣候變遷的影響，世界各地陸續發生各種災情，如：2011年在泰國發生的水災、2012年澳大利亞新南威爾斯州連日大雨造成的水災等，各國無不對於未來可能引發之衝擊及效益日益重視，目前已將全球氣候變遷影響列為各國施政首要評估之議題。 氣候變遷的影響讓臺灣地區的水文環境旱澇情勢愈加分明且極端，不僅發生不尋常或超過設計標準之水文事件次數更加頻繁（如短延時高降雨強度趨勢遽增），同時也發生罕見之水文極端值事件(如：納莉、莫拉克風水災)，其極端氣候特性使臺灣因旱澇災害損害金額連年增高，因此臺灣未來的水利防災政策已經成為國家安全之議題。 本署為降低極端氣候所帶來的災害與影響，協助民眾在事件發生的第一時間盡速獲得相關資訊與安置，已規劃出多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 事實上，防汛抗旱的防災工作並非是僅依靠少數族群即可完成的，必須仰賴全國民眾團結一致、共同努力。然而由於民眾對於「防災重於救災、離災優於防災」的概念與相關措施未能清楚地了解與運用。爰此，本署擬辦理複合型災害防治相關資訊之宣導以及治水成效之工作回顧。一方面，展現臺灣水利防災策略及措施，藉由莫拉克重建工作的成果，建立民眾「全民防災」觀念，提昇社會大眾防災意識與知識，建立正確的風險觀念，於災害來臨時能自救與救人。另一方面，透過各種宣導的方式與層面，強化民眾對於本署在複合型災害防治的相關政策與規劃，瞭解各種措施的使用方式、時機與價值性，展現本署在各個層面之努力。</abstract><author>厚鼎傳播整合行銷公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010390</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103060</governmentpublicationsnumber><identifier>74118</identifier><internationalstandardbooknumber>9789860349658 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74118</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>複合型災害經驗學習與防災智能提升(光碟版)  The Experience Learning and Disaster Rrevention Smart Improving of the Compound Disaster</title><yearidentifier>201212</yearidentifier></data><data><abstract>烏溪鳥嘴潭人工湖為水規所推動中之重要水源開發方案，計畫滿水位總蓄水面積約127 公頃、有效蓄水量約1,450 萬立方公尺，可滿足彰化、南投(草屯)地區民國120 年用水增量需求。本計畫所需用地以私有為主。水規所曾於民國100 年執行「烏溪鳥嘴潭人工湖可行性規劃(3)-計畫用地土地所有權人安置就業方案之評估」(以下簡稱前期計畫)，然由於土地權益關係人屬性特殊，抽樣調查結果無法確實反應母體需求，遂賡續辦理本計畫。</abstract><author>聯美環保科技顧問公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010215</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103132</governmentpublicationsnumber><identifier>74119</identifier><internationalstandardbooknumber>9789860348804 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74119</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(4)-溝通宣導計畫(內附光碟)=Feasibility Planning for Niaozueitan Artificial Lake in Wu-River(4)-Communication and Promotion Plan</title><yearidentifier>201212</yearidentifier></data><data><abstract>烏溪鳥嘴潭人工湖為本所推動中之重要水源開發方案，計畫滿水位總蓄水面積約127公頃、有效蓄水量約1,450萬立方公尺，可滿足彰化、南投(草屯)地區民國120年用水增量需求。本計畫所需用地以私有為主。本所曾於民國100年執行「烏溪鳥嘴潭人工湖可行性規劃(3)-計畫用地土地所有權人安置就業方案之評估」(以下簡稱前期計畫)，然由於土地權益關係人屬性特殊，抽樣調查結果無法確實反應母體需求，遂賡續辦理本計畫。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010215</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103132</governmentpublicationsnumber><identifier>74120</identifier><internationalstandardbooknumber>9789860348804 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74120</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(4)--溝通宣導計畫--光碟版 Feasibility Planning for Niaozueitan Artificial Lake in Wu-River(4)-Communication and Promotion Plan</title><yearidentifier>201212</yearidentifier></data><data><abstract>在極端降雨影響下，土砂災害日益嚴重，為加強風險管控，實有必要掌握颱風或豪雨災害所造成之影響，爰擬建立預測土砂生產量之能力及治理決策，進而評估集水區健康情況及整治成效，以達到預先防範之目的</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010201</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103127</governmentpublicationsnumber><identifier>74121</identifier><internationalstandardbooknumber>9789860349412 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74121</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區崩塌危害分析及土砂健康指標建立(2/2) Landslide Hazard Analysis and Health Diagnosis Indicators of Sediment Related Conservation for Taipei Water Source Domain(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>一、配合智慧手機普及，新增手機線上「系統設定及維護」及「災情填報」功能，以達行動勘災效果。 二、新增三縣市政府水位站水情介接及展示。 三、增加最新之水利志工、防災社區、水利防災年報、災害紀實、防災業務法規、水利災害防救業務計畫等防災知識內容。  四、更新系統水位站、雨量站、水庫及災害聯絡電話等基本資料(含新增及變更) 五、增加抽水機GIS展示功能。 六、提昇本署災害應變系統簡訊通知為長簡訊功能，並變更發送系統。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010013</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010102920</governmentpublicationsnumber><identifier>74122</identifier><internationalstandardbooknumber>9789860347449 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74122</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度防災應變系統更新及資訊網升級建置 Disaster Response System Upgrade and Renew Disaster Information Website</title><yearidentifier>201212</yearidentifier></data><data><abstract>一、配合智慧手機普及，新增手機線上「系統設定及維護」及「災情填報」功能，以達行動勘災效果。 二、新增三縣市政府水位站水情介接及展示。 三、增加最新之水利志工、防災社區、水利防災年報、災害紀實、防災業務法規、水利災害防救業務計畫等防災知識內容。  四、更新系統水位站、雨量站、水庫及災害聯絡電話等基本資料(含新增及變更) 五、增加抽水機GIS展示功能。 六、提昇本署災害應變系統簡訊通知為長簡訊功能，並變更發送系統。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010013</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010102920</governmentpublicationsnumber><identifier>74123</identifier><internationalstandardbooknumber>9789860347449 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74123</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度防災應變系統更新及資訊網升級建置(光碟版) Disaster Response System Upgrade and Renew Disaster Information Website</title><yearidentifier>201212</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國100年7月完成「  水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010364</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103178</governmentpublicationsnumber><identifier>74124</identifier><internationalstandardbooknumber>9789860351002 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74124</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)-淺山溪流生態系統保育調查評估(1/2)The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Rivulet Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>在極端降雨影響下，土砂災害日益嚴重，為加強風險管控，實有必要掌握颱風或豪雨災害所造成之影響，爰擬建立預測土砂生產量之能力及治理決策，進而評估集水區健康情況及整治成效，以達到預先防範之目的。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010201</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103127</governmentpublicationsnumber><identifier>74125</identifier><internationalstandardbooknumber>9789860349412 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74125</librarycollectiondetailsurl><price>500</price><publisher>機經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區崩塌危害分析及土砂健康指標建立(2/2)(光碟版) Landslide Hazard Analysis and Health Diagnosis Indicators of Sediment Related Conservation  for Taipei  Water Source Domain</title><yearidentifier>201212</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國100年7月完成「  水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010364</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103178</governmentpublicationsnumber><identifier>74126</identifier><internationalstandardbooknumber>9789860351002 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74126</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)--淺山溪流生態系統保育調查評估(1/2)--光碟版 The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Rivulet Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>於嘉義沿海低地魚塭區設置魚菜共生養殖模式，探討適合節水效率之生態養殖(魚菜共生)之形式及其在水質、用水效率、投入產出之差異，以作為地下水利用、環境改善及地層下陷防治執行方案中產業輔導推動之參考選項。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010282</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103179</governmentpublicationsnumber><identifier>74127</identifier><internationalstandardbooknumber>9789860351019 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74127</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>沿海低地環境改善之研究-以嘉義沿海魚塭區為例--內附光碟 Environmental improvement of the coastal Lowlands-as Chiayi coastal fish farms for example</title><yearidentifier>201212</yearidentifier></data><data><abstract>於嘉義沿海低地魚塭區設置魚菜共生養殖模式，探討適合節水效率之生態養殖(魚菜共生)之形式及其在水質、用水效率、投入產出之差異，以作為地下水利用、環境改善及地層下陷防治執行方案中產業輔導推動之參考選項。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010282</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/1</date><governmentpublicationsnumber>1010103179</governmentpublicationsnumber><identifier>74128</identifier><internationalstandardbooknumber>9789860351019 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74128</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>沿海低地環境改善之研究-以嘉義沿海魚塭區為例--光碟版 Environmental improvement of the coastal Lowlands-as Chiayi coastal fish farms for example</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010028</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/3</date><governmentpublicationsnumber>1010103613</governmentpublicationsnumber><identifier>74129</identifier><internationalstandardbooknumber>9789860352849 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74129</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水權管理資訊系統維護與增修成果報告  Maintenance and Upgrading of the Management Information System of  Water Rights</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。</abstract><author>至盛國土科技顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010028</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/3</date><governmentpublicationsnumber>1010103613</governmentpublicationsnumber><identifier>74130</identifier><internationalstandardbooknumber>9789860352849 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74130</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水權管理資訊系統維護與增修成果報告(光碟版) Maintenance and Upgrading of the Management Information System of  Water Rights</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>雲林科技大學 水土資源及防災科技研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/3</date><governmentpublicationsnumber>1010103480</governmentpublicationsnumber><identifier>74131</identifier><internationalstandardbooknumber>9789860353242 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74131</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>水井合理抽汲水量及時間之探討 (2/2) The Analysis of Reasonable Potential Discharge and Pumping Time of Well (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102998</governmentpublicationsnumber><identifier>74132</identifier><internationalstandardbooknumber>9789860347913 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74132</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台南大湖水資源規劃檢討--內附光碟=Revaluation of Water Resources Planning for Tainan Lake</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要目的係為配合「地下水管制辦法」之修正以強化現行地下水水權審核機制，除對於現行地下水水權申請案件中資料完整性之確保提出建議外，亦利用地下水水文地質基礎理論，提出包含井體安全出水量、單井保育出水量及天然出水量等推算方法以求獲可供審核參酌之數值，供作水井合理抽汲水量及時間核給之基礎。本計畫已於100年度針對地下水水權申請作業，初步研擬水井資料等基本資料之格式、品質檢測及處理機制，並於台北盆地、濁水溪沖積扇之扇頂、扇央與扇尾，以及屏東平原等地區選定拘限及非拘限含水層分別辦理不同抽水量及時間情境組合之地下水位變化模擬；另為能規範個別水井以抽水設備抽汲地下水時，能由抽水試驗分級試水、定量試水獲得有用之水井資料，俾供管理地下水抽汲之實務應用。本年度主要之工作乃為現場抽水驗證作業，故於北部地區、南部地區及濁水溪沖積扇等9個不同地點進行定量抽水停抽試驗，由現場驗證作業可知若於試驗過程中若有顯著降雨、週遭有其他抽水行為或補注源等，其背景值影響亦大過於試驗抽水量，導致無法反應含水層水文地質特性及真實水位洩降特性，故連續抽水及停抽試驗於實務上之應用有其環境上之限制。而於單井保育出水量之推估乃以定量抽水試驗之水文地質參數以理論模擬推估單井保育出水量較適宜應用於實務上，故本計畫各驗證地點之單井保育出水量計算方式乃以各驗證地點之第1日水位洩降推求水文地質參數，再以理論模擬推估單井保育出水量，至此已初步將利用單井試驗訂定保育出水量方法予以擬定。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010008</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103480</governmentpublicationsnumber><identifier>74133</identifier><internationalstandardbooknumber>9789860353242 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74133</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水井合理抽汲水量及時間之探討(2/2)=The Analysis of Reasonable Potential Discharge and Pumping Time of Well (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>74134</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74134</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>74135</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74135</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告 Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>74136</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74136</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>74137</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74137</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告--光碟版=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>陳美心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103181</governmentpublicationsnumber><identifier>74138</identifier><internationalstandardbooknumber>9789860350937 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74138</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區經營管理應用平台功能擴充及維運The Project of Taipei Water Management Platform Expansion and Maintenance</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>陳美心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103181</governmentpublicationsnumber><identifier>74139</identifier><internationalstandardbooknumber>9789860350937 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74139</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區經營管理應用平台功能擴充及維運(光碟版)The Project of Taipei Water Management Platform Expansion and Maintenance</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺北水源特定區管理局（水特局）綜合管理臺北水源特定區（水特區）內水源保育相關工作，水特局為加強水資源管理，以因應水質變化與氣候變遷。本計畫目的彙整國內外水質預警系統與應用及水源保護區水質預警機制案例，統計分析水特局近10年水質監測資料及四次高流量採樣，據以研擬關鍵水質項目預警機制，關鍵水質項目包含：TP（總磷）、SS（懸浮固體）、NH3-N（氨氮）、TC（大腸桿菌群），此外，研提「臺北水源特定區氣候變遷水質調適策略白皮書」。  美國、日本、歐洲及中國之水源水質預警案例，可作為研擬水特區水質預警機制之參採。研究結果顯示，水特局近10年平時監測資料，顯示氨氮達成率高於95%以上，可不列入關鍵水質項目。北勢溪隨上游至下游，關鍵水質項目TP、SS、TC皆有增加趨勢，水源橋或金瓜寮溪（新）測值最高，南勢溪隨上游至下游，關鍵水質項目變化趨勢無法判斷，攬勝橋TP、SS測值最高。SS與TP隨流量增加而增加，但TC則減少。水特局既有暴雨高流量時水質監測資料不足，無法以統計或數學模式量化流量與水質相關性。預警機制關鍵水質項目平時於北勢溪與南勢溪（含新店溪）分別為TP與TC；暴雨時南勢溪為SS，北勢溪則不考量。建議TC、TP與SS預警值分別為20,000 CFU/100 mL、0.03 mg/L與2,000 NTU，供水特局研議預警值之參採。白皮書就氣候變遷，以整體流域永續經營為目標，提出(1) 水質清淨，水量穩定；(2) 生物多樣穩定，生態環境健全；(3)工程生態友善，水庫永續利用；(4) 行政效率管理，彈性因應衝擊；以及(5整合民間資源，促進投入參與。五大願景、13項目標及其對應之26款執行策略與行動方案。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010398</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103408</governmentpublicationsnumber><identifier>74140</identifier><internationalstandardbooknumber>9789860351989 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質預警機制建立之研究 Establishment of Early Warning Mechanisms for Water Quality in Taipei Water Management Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺北水源特定區管理局（水特局）綜合管理臺北水源特定區（水特區）內水源保育相關工作，水特局為加強水資源管理，以因應水質變化與氣候變遷。本計畫目的彙整國內外水質預警系統與應用及水源保護區水質預警機制案例，統計分析水特局近10年水質監測資料及四次高流量採樣，據以研擬關鍵水質項目預警機制，關鍵水質項目包含：TP（總磷）、SS（懸浮固體）、NH3-N（氨氮）、TC（大腸桿菌群），此外，研提「臺北水源特定區氣候變遷水質調適策略白皮書」。  美國、日本、歐洲及中國之水源水質預警案例，可作為研擬水特區水質預警機制之參採。研究結果顯示，水特局近10年平時監測資料，顯示氨氮達成率高於95%以上，可不列入關鍵水質項目。北勢溪隨上游至下游，關鍵水質項目TP、SS、TC皆有增加趨勢，水源橋或金瓜寮溪（新）測值最高，南勢溪隨上游至下游，關鍵水質項目變化趨勢無法判斷，攬勝橋TP、SS測值最高。SS與TP隨流量增加而增加，但TC則減少。水特局既有暴雨高流量時水質監測資料不足，無法以統計或數學模式量化流量與水質相關性。預警機制關鍵水質項目平時於北勢溪與南勢溪（含新店溪）分別為TP與TC；暴雨時南勢溪為SS，北勢溪則不考量。建議TC、TP與SS預警值分別為20,000 CFU/100 mL、0.03 mg/L與2,000 NTU，供水特局研議預警值之參採。白皮書就氣候變遷，以整體流域永續經營為目標，提出(1) 水質清淨，水量穩定；(2) 生物多樣穩定，生態環境健全；(3)工程生態友善，水庫永續利用；(4) 行政效率管理，彈性因應衝擊；以及(5整合民間資源，促進投入參與。五大願景、13項目標及其對應之26款執行策略與行動方案。</abstract><author>臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010398</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103408</governmentpublicationsnumber><identifier>74141</identifier><internationalstandardbooknumber>9789860351989 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74141</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質預警機制建立之研究(光碟版) Establishment of Early Warning Mechanisms for Water Quality in Taipei Water Management Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣位於歐亞大陸與菲律賓板塊交界，因板塊相互擠壓造成台灣每年有數千次大小不等的地震發生，由於台灣河川多呈現東西走向，很難避免穿越島內密布之斷層帶，水利設施的設置常常必須穿越斷層帶或構築於斷層帶附近，地震災害發生時容易形成水利設施毀壞或水利設施部分功能破壞，更嚴重者因水利設施的毀壞可能造成設施下游區域難以估算的災害損失；為因應地震災害發生時可能對既有水利設施造成之毀壞與後續可能之危害，本署擬研提水利設施遭受地震災害時之風險評估與應變管理機制，本年度計畫須持續維護系統與更新資訊外，亦須可提供資訊予相關災害防救系統，以利資訊流通，並以系統行動化支援現場作業，加速救災時間。 100年計畫中透過資訊蒐集彙整既有分析完成之水利設施因震害可能的致災規模資訊，資料包含水庫、海堤、淨水廠、河堤與護岸與輸水幹管，並編訂水利設施震害與水利設施管理員名冊與資料庫，完成建置水利設施震害防災通報平台，做為震害發生時水利設施防救災緊急應變之參考依據。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010288</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103167</governmentpublicationsnumber><identifier>74142</identifier><internationalstandardbooknumber>9789860350920 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74142</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利設施地震災害通報系統維護與擴充計畫 Maintenance and Renewal of Earthquake Damage Reporting System for Water Resources Facilities</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣位於歐亞大陸與菲律賓板塊交界，因板塊相互擠壓造成台灣每年有數千次大小不等的地震發生，由於台灣河川多呈現東西走向，很難避免穿越島內密布之斷層帶，水利設施的設置常常必須穿越斷層帶或構築於斷層帶附近，地震災害發生時容易形成水利設施毀壞或水利設施部分功能破壞，更嚴重者因水利設施的毀壞可能造成設施下游區域難以估算的災害損失；為因應地震災害發生時可能對既有水利設施造成之毀壞與後續可能之危害，本署擬研提水利設施遭受地震災害時之風險評估與應變管理機制，本年度計畫須持續維護系統與更新資訊外，亦須可提供資訊予相關災害防救系統，以利資訊流通，並以系統行動化支援現場作業，加速救災時間。 100年計畫中透過資訊蒐集彙整既有分析完成之水利設施因震害可能的致災規模資訊，資料包含水庫、海堤、淨水廠、河堤與護岸與輸水幹管，並編訂水利設施震害與水利設施管理員名冊與資料庫，完成建置水利設施震害防災通報平台，做為震害發生時水利設施防救災緊急應變之參考依據。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010288</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103167</governmentpublicationsnumber><identifier>74143</identifier><internationalstandardbooknumber>9789860350920 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74143</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利設施地震災害通報系統維護與擴充計畫(光碟版) Maintenance and Renewal of Earthquake Damage Reporting System for Water Resources Facilities</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來臺灣地區各集水區之水污染情形日趨嚴重，除影響上游水源水質之潔淨衛生，更將危及下游民眾之飲用水安全。為維護自來水水源之水質安全及供應無虞，水資源保育之議題與需求方興未艾，並已漸成全民共識；期能藉由水質水量保護區之劃設，輔以集水區內各類系統化之經營管理方式，促進水資源之涵養保育，並達成水源區永續經營及水資源永續利用之終極目標。 臺北水源特定區位於大臺北都會區東南隅，面積廣達717平方公里，行政區域涵蓋坪林、烏來全區及部份石碇區、雙溪區與新店區等5區，約佔新北市1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，故長期而持續之水質監測之對於本特定區之相關管理作業至為重要。本局歷年皆依據行政院環境保護署所規劃訂定之相關監測規定及項目進行本特定區之水質監測，並配合水位流量之長期觀測，持續建立完整之水質水量資料庫；因確實掌握本特定區內之水質狀況，故曾針對不同之需求與標的進行水質情勢分析及相關之評估檢討。 本計畫除執行本特定區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，亦將以所得之分析結果綜合研判本特定區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。此外，本計畫之水質監測成果將按月提送環保署，並提供相關學術單位之研究所需。 為整合水質水量監測分析之各專業領域，本計畫除持續維護既有之水質背景資料庫外，亦將以歷年彙整之水位流量監測資料，進行區域性水質水量之整合分析；冀以掌握本特定區水資源與水環境之變遷趨勢，並作為日後水資源系統分析及規劃設計時不可或缺之參考依據。</abstract><author>台北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010054</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103526</governmentpublicationsnumber><identifier>74144</identifier><internationalstandardbooknumber>9789860354683 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74144</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質監測計畫(101年) Water Quality Monitoring for Taipei Water Supply Protected Watershed (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺?水源特定區位於大臺??會區東南隅，為全國首?設置之水源特定區，故長期而持續之水質監測，對於本區之相關管?作業至為重要。本計畫除執?本區內主支?河段河川水、污水排放口排放水、烏?溫泉區溫泉水，及突發公害污染案件之?定期水質檢測外，亦將以所得之分析結果綜合研判本區之污染?源及水質?常原因；探討可能之影響層面，並據此採取適?之防治措施。</abstract><author>臺北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010054</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103526</governmentpublicationsnumber><identifier>74145</identifier><internationalstandardbooknumber>9789860354683 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74145</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質監測計畫(101年)(光碟版) Water Quality Monitoring for Taipei Water Supply Protected Watershed (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣每年均會面臨到數個颱風的威脅，進而導致許多地區之民眾產生無水可用或用水水質不佳等問題發生，此外，近年因受到全球暖化及環境變遷之影響，發生了許多天災，例如2009年莫拉克颱風或海地大地震等事件，且於莫拉克颱風災後，台灣許多災區均產生缺水、水質不佳、水處理設備不足或不適用等問題發生，例如許多山區村落之簡易自來水系統中斷無法運作、高濁度原水導致自來水廠無法正常供水、救難中心無潔淨水可用、緊急水車供水量供不應求、偏遠村落因道路中斷無水可用等。此等事件，已明白顯示全球環境變遷之影響已不可避免，亦突顯出災難伴隨著水環境問題，將衍生導致災民生活品質低落、生病(大規模病媒傳染)或死亡，故此等危機必須正視且尋求解決之道，因此，顯示出本計畫緊急供水技術研發之重要性與急迫性。 而急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區(例如大愛村或組合屋等社區)等地，以提供給民眾潔淨安全之用水，維持生機，避免民眾生病或死亡，故此淨水系統之建置規模，應以村落型規模進行開發，並設計規劃有大型、中型、小型規模之系統，服務人數應該介於10至300人之間，亦即供水量之設定約為1 ~ 30 CMD間。此外，緊急供水系統係偏屬於簡易自來水系統之特性，但更需具備低能耗、高效率、高機動性、可去除高濁度之功能，以符合急難救助功能需求。</abstract><author>工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010192</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102644</governmentpublicationsnumber><identifier>74146</identifier><internationalstandardbooknumber>9789860345056 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74146</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>研發村落型緊急供水技術之研究(2/2)-綠能快組式之高濁度原水淨水系統 The Study of the Emergency Water Treatment System by Green Technology</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣每年均會面臨到數個颱風的威脅，進而導致許多地區之民眾產生無水可用或用水水質不佳等問題發生，此外，近年因受到全球暖化及環境變遷之影響，發生了許多天災，例如2009年莫拉克颱風或海地大地震等事件，且於莫拉克颱風災後，台灣許多災區均產生缺水、水質不佳、水處理設備不足或不適用等問題發生，例如許多山區村落之簡易自來水系統中斷無法運作、高濁度原水導致自來水廠無法正常供水、救難中心無潔淨水可用、緊急水車供水量供不應求、偏遠村落因道路中斷無水可用等。此等事件，已明白顯示全球環境變遷之影響已不可避免，亦突顯出災難伴隨著水環境問題，將衍生導致災民生活品質低落、生病(大規模病媒傳染)或死亡，故此等危機必須正視且尋求解決之道，因此，顯示出本計畫緊急供水技術研發之重要性與急迫性。 而急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區(例如大愛村或組合屋等社區)等地，以提供給民眾潔淨安全之用水，維持生機，避免民眾生病或死亡，故此淨水系統之建置規模，應以村落型規模進行開發，並設計規劃有大型、中型、小型規模之系統，服務人數應該介於10至300人之間，亦即供水量之設定約為1 ~ 30 CMD間。此外，緊急供水系統係偏屬於簡易自來水系統之特性，但更需具備低能耗、高效率、高機動性、可去除高濁度之功能，以符合急難救助功能需求。</abstract><author>工業技術研究院</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010192</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102644</governmentpublicationsnumber><identifier>74147</identifier><internationalstandardbooknumber>9789860345056 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74147</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>研發村落型緊急供水技術之研究(2/2)-綠能快組式之高濁度原水淨水系統(光碟版)  The Study of the Emergency Water Treatment System by Green Technology</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將延續歷年生態調查監測結果，針對臺北水源特定區之水域、陸域生態與河川環境因子持續進行調查監測，並將調查監測成果進一步完成生態特性分析，另將更新維護生態資料庫及建立環境警報系統歷年之各項調查指標趨勢查詢功能，以促進臺北水源特定區在水土及生態資源之永續利用</abstract><author>農業工程研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010179</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103527</governmentpublicationsnumber><identifier>74148</identifier><internationalstandardbooknumber>9789860354249 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74148</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區生態調查監測計畫 Investigation and Monitoring  for Ecology at the Taipei Water Special District, 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺北水源特定區乃是大台北地區相當重要的自來水水源，過去二十年來為因應水源保護政策，避免特定區之水源、水質、水量受到自然及人為破壞而日趨惡劣，對於區域內各項開發行為及土地利用皆訂有嚴格之規範，以維護區域環境及生態。未來如何在地方發展及水源保護政策間取得平衡，以達多元發展與雙贏境界，建立環境生態調查監測系統實有其必要性。本計畫延續94年、95年、96年度環境生態管理與整合性利用相關計畫之研究及97年、100年度臺北水源特定區生態調查監測結果，針對臺北水源特定區之水域、陸域生態與河川環境因子進行調查，其中水域生態調查之項目包括魚類、水棲昆蟲及藻類；陸域生態調查之項目包括鳥類、兩生類、爬蟲類及陸上昆蟲(以蝴蝶及蜻蛉目為主)；而河川環境因子調查包括河寬、水深、流速、河床底質組成及水質檢測，本年度共計4次調查。據前述調查成果進一步完成生物多樣性分析與河川水質指標魚類生物整合指標、水棲昆蟲科級生物指標藻類腐水度指數( SI)及矽藻屬指數(GI)計算分析，並利用96年度參考朱達仁（2006）之溪流複合式指標評估模式所完成之環境生態整合性指標，整合WQI、IBI、FBI、GI及SI等各項水質及生物指標，計算環境生態整合性指標。本(101)年度水質WQI指標平均值以碧湖樣站(90.3)最好，坪林樣站(85.0)最低，除坪林樣站，其他樣站皆屬於第一級優良等級。與去年資料相比較，北勢溪闊瀨、碧湖、虎寮潭及桶後溪烏來樣站水質仍然維持「優良」等級，南勢溪福山及粗坑壩樣站水質狀況已有明顯改善。南、北勢溪各樣點IBI指標平均值介於29.7～37.7間，除福山樣站外，其他樣站皆屬於第一級「無污染」等級，北勢溪各樣站與往年比較變化較小，仍屬第一級「無污染等級」。南勢溪烏來、粗坑壩樣站與上年度資料比較已有升高之趨勢，顯示魚類生態環境已有恢復，南勢溪上游福山樣站，去年度因河川濁度變高影響魚類生態環境，今年濁度已明顯減低，台灣鏟頜魚數量也已漸漸恢復往年之比例，但IBI指標值與去年差異不大。水生昆蟲FBI指標平均值介於2.55～3.73間，以福山樣站(2.55)最好，其他7個樣站同樣屬於七級水質評價第1級「優良」等級。與去年資料比較，各樣站FBI指標值皆比往年低，顯示河川環境有變好之趨勢。南勢溪與北勢溪兩流域之腐水度值相似，水質環境屬於β-中腐水級層級。由94年至101年的長期資料觀看，各樣站僅些微變化且各季節之數據變化趨勢穩定，即在不同的時間尺度上呈現出穩定的河流生物群落結構，反映其環境生態系統有相當的穩定性。南勢溪GI平均值介於2.6~12.0，即微污染~輕度污染水質之間;北勢溪GI平均值介於17.9~48.7，即極微污染~微污染水質之間。整體而言，北勢溪高於南勢溪。本年環境生態整合性指標監測結果，南、北勢溪各樣點EEI平均值介於4.51～4.79間，皆屬於第一級「優良」等級，顯示臺北水源特定區整體水域生態環境佳。.</abstract><author>譚智宏</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010179</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103527</governmentpublicationsnumber><identifier>74149</identifier><internationalstandardbooknumber>9789860354249 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>101年臺北水源特定區生態調查監測計畫(光碟版) Investigation and Monitoring  for Ecology at the Taipei Water Special District,2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨於為臺北水源特定區管理局現有南北勢溪流域所設立之水位流量站進行長期流量監測，每月2次之例行性流量觀測及河川泥砂採樣，同時對異常之水文站進行通報，並蒐集各測站每月之水位及流量資料，經資料品管與品保後，更新於水文資料庫中。帄常時期以機械式流速儀(Price-AA及OTT)及聲波都普勒流速儀(Flow Tracker或ADC)量測流量，並以泥砂採樣器DH-48及D-74進行河川泥砂採樣；高水位時期流量以聲波式流速儀Mini ADP進行量測。 計畫執行期間，各測站共進行4次大斷面量測，除大林橋斷面較為穩定外，各測站斷面皆略有改變；水位-流量率定曲線方面，水源橋站新增高水位流量資料，校札了原先之率定曲線；河川含砂量觀測方面，南勢溪流域含砂量變化較北勢溪流域大，且影響期間較長；水文情勢分析方面，5月進入豐水期後雨量及流量明顯上升，6月及8月更有颱風帶來充沛之雨量，然而7月、9月及10月雨量及流量與歷年相比偏低。本計畫之研究成果，有助於臺北水源特定區管理局掌握整體之雨量及流量等相關水文情勢，並將可作為往後該區域之工程設計、水理研究與分析及水資源規劃與管理的重要依據。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010003</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103682</governmentpublicationsnumber><identifier>74150</identifier><internationalstandardbooknumber>9789860354676 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74150</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>新店溪青潭堰上游水文監測計畫(101年)Hydrological system measurement of the Area Protected by the Taipei Water Management Offce in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於精進洪水預報技術，發展出「水利署洪水預報系統」，期望能在水患發生前，透過降雨推估和逕流、洪水演算，有效操作水庫閘門蓄減洪峰，並對洪氾淹水潛勢地區發佈警報，緊急撤離民眾，降低洪水災害的生命損失。唯台灣山脈阻擋、谷地槽導等複雜地形效應，使得現有雨量觀測系統仍難以準確估計颱風時山區的降雨歷線和分佈；湍急逕流經常改變河川斷面，不易建立水位－流量率定曲線，流量估計誤差可能很顯著。降雨、逕流觀測誤差，和基於線性假設的逕流模式應用於高時變性、高動態範圍的山區颱風降雨，導致逕流模式參數錯誤；再加上不準確的定量降雨預報等，共同構成逕流歷線的偏估，為河川水位預報最主要的誤差來源。 近年來中央氣象局、國家災害防救科技中心與台灣颱風洪水研究中心等單位，研發以數值天氣預報模式為基礎的系集颱風定量降雨預報（Ensemble Typhoon Quantitative Precipitation Forecast, ETQPF）產品。因為能夠表現大氣環境條件，在共伴或特殊水汽條件下，ETQPF可能優於本署自行研發的氣候法颱風定量降雨推估產品。應用多組背景相同、路徑類似的ETQPF產品，和氣候法颱風定量降雨推估產品，使得發展河川洪水位機率預報的構想成為可能；唯「水利署洪水預報系統」非針對多組降雨輸入條設計，不適用於河川洪水位機率預報作業。系統亟需改進的重點，即本計畫主要的工作目標，包括：引進和選用ETQPF產品，配合修改本署既有之「水利署洪水預報系統」平台，發展平行演算的執行腳本，擴充計算資源，重新規劃與建置資料庫以解決龐大資料存取問題等，以便利用ETQPF發展河川洪水位機率預報產品。 此外，本署擬將目前以事件導向的「水利署洪水預報系統」，改建為可全天候自動化預報的系統。由於ETQPF產品只有在颱風警報期間供應，非颱洪期間須改使用QPESUMS的定量降雨預報，因此要建立根據颱風警報和ETQPF產品資訊，自動化管理降雨預報產品的背景程式。在資料展示方面，擬建置網頁版機率預報成果展示介面，使洪水預報資訊的取得更為便利。逕流演算方面，需要提升現有地貌型逕流模式的演算效率，以及發展可以配合連續演算的降雨損失和基流演算機制等。 同時，本計畫委託建置花蓮溪、卑南溪、秀姑巒溪等三個流域的洪水預報系統；協助訂定本署洪水預報產品資料標準格式和抬頭編碼，以利彙整、展示「水利署洪水預報系統」和各河川局洪水預報系統輸出的洪水位、流量資訊等技術服務工作。</abstract><author>多采科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010285</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102980</governmentpublicationsnumber><identifier>74151</identifier><internationalstandardbooknumber>9789860349252 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74151</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>系集降雨預報應用於洪水預報之研究（1/2）A study to apply ensemble QPF with operational flood forecasting (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺北水源特定區之範圍涵蓋新北市之新店、烏來、石碇、坪林、雙溪等五個區，集水區面積廣達717平方公里，約佔新北市行政區域面積的1/3，轄幅十分廣闊。臺北水源特定區管理局為有效掌握大台北地區之水文情勢，陸續於轄區內之南勢溪及北勢溪流域設立水位流量站，以自記水位計監測即時水位，並以人工方式施測流量，以持續長期監測本特定區河川水位及流量之變化趨勢。     隨著現今水資源之日益缺乏，集水區內水量之精確掌握愈顯重要；正因如此，長期而完整流量資料之蒐集則愈發為關鍵要素。然觀諸臺灣地區之河川特性，平常時期流量資料之量測已然曠日費時且極為不易；而高水位時期之流量量測，人員須曝露於危險環境下，更加深資料收集之艱難。惟可幸者，低水位時期之流量量測技術已漸臻成熟，故可進行持續而長期之流量監測；若資料數據之穩定性係經可靠驗證，則其量測頻率應可視情況酌予降低。     本計畫為延續性之流量監測計畫，整體時程為期3年。隨著3年計畫工作之執行，將可進一步蒐集臺北水源特定區完整之雨量及流量資料、率定及校正各測站之水位-流量率定曲線、掌握本特定區內河川之輸砂量，並持續更新既有之水文資料庫。本計畫之研究成果，將有助於台北水源特定區整體之水文情勢分析，且可作為往後工程設計、水理研究及分析及水資源管理之重要依據。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010003</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103682</governmentpublicationsnumber><identifier>74152</identifier><internationalstandardbooknumber>9789860354676 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74152</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>新店溪青潭堰上游水文監測計畫（101年）(光碟版) Hydrological system measurement of the Area Protected by the Taipei Water Management Offce in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於精進洪水預報技術，發展出「水利署洪水預報系統」，期望能在水患發生前，透過降雨推估和逕流、洪水演算，有效操作水庫閘門蓄減洪峰，並對洪氾淹水潛勢地區發佈警報，緊急撤離民眾，降低洪水災害的生命損失。唯台灣山脈阻擋、谷地槽導等複雜地形效應，使得現有雨量觀測系統仍難以準確估計颱風時山區的降雨歷線和分佈；湍急逕流經常改變河川斷面，不易建立水位－流量率定曲線，流量估計誤差可能很顯著。降雨、逕流觀測誤差，和基於線性假設的逕流模式應用於高時變性、高動態範圍的山區颱風降雨，導致逕流模式參數錯誤；再加上不準確的定量降雨預報等，共同構成逕流歷線的偏估，為河川水位預報最主要的誤差來源。 近年來中央氣象局、國家災害防救科技中心與台灣颱風洪水研究中心等單位，研發以數值天氣預報模式為基礎的系集颱風定量降雨預報（Ensemble Typhoon Quantitative Precipitation Forecast, ETQPF）產品。因為能夠表現大氣環境條件，在共伴或特殊水汽條件下，ETQPF可能優於本署自行研發的氣候法颱風定量降雨推估產品。應用多組背景相同、路徑類似的ETQPF產品，和氣候法颱風定量降雨推估產品，使得發展河川洪水位機率預報的構想成為可能；唯「水利署洪水預報系統」非針對多組降雨輸入條設計，不適用於河川洪水位機率預報作業。系統亟需改進的重點，即本計畫主要的工作目標，包括：引進和選用ETQPF產品，配合修改本署既有之「水利署洪水預報系統」平台，發展平行演算的執行腳本，擴充計算資源，重新規劃與建置資料庫以解決龐大資料存取問題等，以便利用ETQPF發展河川洪水位機率預報產品。 此外，本署擬將目前以事件導向的「水利署洪水預報系統」，改建為可全天候自動化預報的系統。由於ETQPF產品只有在颱風警報期間供應，非颱洪期間須改使用QPESUMS的定量降雨預報，因此要建立根據颱風警報和ETQPF產品資訊，自動化管理降雨預報產品的背景程式。在資料展示方面，擬建置網頁版機率預報成果展示介面，使洪水預報資訊的取得更為便利。逕流演算方面，需要提升現有地貌型逕流模式的演算效率，以及發展可以配合連續演算的降雨損失和基流演算機制等。 同時，本計畫委託建置花蓮溪、卑南溪、秀姑巒溪等三個流域的洪水預報系統；協助訂定本署洪水預報產品資料標準格式和抬頭編碼，以利彙整、展示「水利署洪水預報系統」和各河川局洪水預報系統輸出的洪水位、流量資訊等技術服務工作。</abstract><author>多采科技公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010285</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102980</governmentpublicationsnumber><identifier>74153</identifier><internationalstandardbooknumber>9789860349252 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74153</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>系集降雨預報應用於洪水預報之研究（1/2）--光碟版 A study to apply ensemble QPF with operational flood forecasting (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流及降雨分布等因素影響，使其推估之精確性往往不高。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測雖然準確但空間代表性較低，對於雨量在空間中之變異較難呈現；而近幾年上線應用之雷達觀測系統QPESUMS(Quantitative Precipitation Estimation and Segregation UsingMultipleSensor)能提供即時雨量分布資訊，對於集水區之空間雨量觀測可較有效的掌握。 本計畫第一年度首先蒐集國內外相關文獻，並以中部德基水庫及南部曾文水庫集水區為研究區域，整合地面雨量站及雷達觀測資訊(QPESUMS)探討降雨逕流特性，結果顯示德基水庫集水區6個雨量站於7場事件之時間延遲平均5~11小時，而QPESUMS即時雨量推估與入流量之時間延遲約為5~10小時，且發現降雨-逕流之時間稽延由上游到下游逐漸遞減；曾文水庫集水區上游8個雨量站之時雨量在10場事件之時間延遲則約為2小時，QPESUMS即時雨量推估與入流量之時間延遲分析結果亦為2小時。另本計畫使用QPESUMS即時雨量推估資訊，以ANFIS及BPNN二種類神經網路，建立德基水庫及曾文水庫集水區未來1~5小時水庫入流量預報模式，其結果顯示BPNN在整個流量預報的趨勢掌握度較好，但在預報未來3~5小時水庫入流量時重，尖峰流量值有低估的情形發生，反觀ANFIS雖然在整體趨勢的掌握度沒有BPNN來的好，但是在流量尖峰值的預報結果較準確。 在實際操作已建置之石門水庫自動化即時入庫水位預報系統，本年度颱風豪雨期間(6月12日豪雨及泰利、蘇拉颱風)可逐時提供線上預報服務，並驗證預報結果及探討改進方法，本計畫並分別舉辦專家座談會，依據專家學者及相關使用者之建議，做為後續規劃設計德基水庫及曾文水庫集水區自動化即時線上預報系統之參考依據</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010297</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102983</governmentpublicationsnumber><identifier>74155</identifier><internationalstandardbooknumber>9789860349276 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74155</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>融合多重雨量資訊於水庫集水區即時雨量推估及入庫流量預報技術之研究(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流及降雨分布等因素影響，使其推估之精確性往往不高。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測雖然準確但空間代表性較低，對於雨量在空間中之變異較難呈現；而近幾年上線應用之雷達觀測系統QPESUMS(Quantitative Precipitation Estimation and Segregation UsingMultipleSensor)能提供即時雨量分布資訊，對於集水區之空間雨量觀測可較有效的掌握。 本計畫第一年度首先蒐集國內外相關文獻，並以中部德基水庫及南部曾文水庫集水區為研究區域，整合地面雨量站及雷達觀測資訊(QPESUMS)探討降雨逕流特性，結果顯示德基水庫集水區6個雨量站於7場事件之時間延遲平均5~11小時，而QPESUMS即時雨量推估與入流量之時間延遲約為5~10小時，且發現降雨-逕流之時間稽延由上游到下游逐漸遞減；曾文水庫集水區上游8個雨量站之時雨量在10場事件之時間延遲則約為2小時，QPESUMS即時雨量推估與入流量之時間延遲分析結果亦為2小時。另本計畫使用QPESUMS即時雨量推估資訊，以ANFIS及BPNN二種類神經網路，建立德基水庫及曾文水庫集水區未來1~5小時水庫入流量預報模式，其結果顯示BPNN在整個流量預報的趨勢掌握度較好，但在預報未來3~5小時水庫入流量時重，尖峰流量值有低估的情形發生，反觀ANFIS雖然在整體趨勢的掌握度沒有BPNN來的好，但是在流量尖峰值的預報結果較準確。 在實際操作已建置之石門水庫自動化即時入庫水位預報系統，本年度颱風豪雨期間(6月12日豪雨及泰利、蘇拉颱風)可逐時提供線上預報服務，並驗證預報結果及探討改進方法，本計畫並分別舉辦專家座談會，依據專家學者及相關使用者之建議，做為後續規劃設計德基水庫及曾文水庫集水區自動化即時線上預報系統之參考依據</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010297</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102983</governmentpublicationsnumber><identifier>74157</identifier><internationalstandardbooknumber>9789860349276 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74157</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>融合多重雨量資訊於水庫集水區即時雨量推估及入庫流量預報技術之研究(1/2)--光碟版</title><yearidentifier>201212</yearidentifier></data><data><abstract>近三十年台灣的水旱災歷史紀錄與水文資料顯示：水文與颱風強度的變異有逐漸加強之趨勢，同時洪旱災交替發生，頻率逐漸密集且災情日趨嚴重，水旱災已為常態現象。此洪、旱加劇現象歸咎於氣候變遷之影響。 全球平均表面溫度在1906–2005年之百年間約上升0.74℃±0.18℃，且台灣平地測站紀錄顯示：1900–2009年間氣溫上升速率約為1.1–1.6℃/百年，近30年(1979–2009年)的暖化速度則更加快速(平均每十年約增加0.23–0.40℃)。聯合國跨政府氣候變遷組織(Intergovernmental Panel on Climate Change)估計2005-2030年間，全球溫度會再增加約0.7℃，同時可能帶來洪、旱加劇之現象。台灣本位於高風險地區，氣候變遷之衝擊更應審慎因應。近年來我國應變救災工作已具明顯成效，然而現有之減災規劃、工程設施及國土環境政策等，應有更嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。因此針對氣候變遷對於水資源與淹水災害脆弱度與風險進行評估，以提供調適策略規劃之參考，極為迫切。 本研究計畫之主要目標為建立台灣中部地區氣候變遷衝擊分析模式(水源供需與水患分析)，進而結合氣候變遷情境進行水源供需與水患之脆弱度與風險圖製作。最後將上述成果落實到地理資訊平臺，透過地理資訊系統的地圖化、視覺化、互動化而形成「氣候變遷對水旱災災害防救衝擊評估決策支援系統」，分析結果將可作為台灣中部地區因應氣候變遷水旱災災害防救調適策略規劃之參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010295</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102979</governmentpublicationsnumber><identifier>74158</identifier><internationalstandardbooknumber>9789860347495 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74158</librarycollectiondetailsurl><price>1025</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對中部地區水旱災災害防救衝擊評估及調適策略擬定(1/2) Assessment and Adaptation Strategy of Climate Change Impacts on Flood and Drought Disasters in Central Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近三十年台灣的水旱災歷史紀錄與水文資料顯示：水文與颱風強度的變異有逐漸加強之趨勢，同時洪旱災交替發生，頻率逐漸密集且災情日趨嚴重，水旱災已為常態現象。此洪、旱加劇現象歸咎於氣候變遷之影響。 全球平均表面溫度在1906–2005年之百年間約上升0.74℃±0.18℃，且台灣平地測站紀錄顯示：1900–2009年間氣溫上升速率約為1.1–1.6℃/百年，近30年(1979–2009年)的暖化速度則更加快速(平均每十年約增加0.23–0.40℃)。聯合國跨政府氣候變遷組織(Intergovernmental Panel on Climate Change)估計2005-2030年間，全球溫度會再增加約0.7℃，同時可能帶來洪、旱加劇之現象。台灣本位於高風險地區，氣候變遷之衝擊更應審慎因應。近年來我國應變救災工作已具明顯成效，然而現有之減災規劃、工程設施及國土環境政策等，應有更嶄新的思維、明確的行動以及適切的評估，才能面對環境變遷與災害風險課題。因此針對氣候變遷對於水資源與淹水災害脆弱度與風險進行評估，以提供調適策略規劃之參考，極為迫切。 本研究計畫之主要目標為建立台灣中部地區氣候變遷衝擊分析模式(水源供需與水患分析)，進而結合氣候變遷情境進行水源供需與水患之脆弱度與風險圖製作。最後將上述成果落實到地理資訊平臺，透過地理資訊系統的地圖化、視覺化、互動化而形成「氣候變遷對水旱災災害防救衝擊評估決策支援系統」，分析結果將可作為台灣中部地區因應氣候變遷水旱災災害防救調適策略規劃之參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010295</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010102979</governmentpublicationsnumber><identifier>74159</identifier><internationalstandardbooknumber>9789860347495 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74159</librarycollectiondetailsurl><price>1025</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷對中部地區水旱災災害防救衝擊評估及調適策略擬定(1/2)--光碟版 Assessment and Adaptation Strategy of Climate Change Impacts on Flood and Drought Disasters in Central Taiwan (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署在經濟部科技施政藍圖中積極推動「水資源科技發展計畫」，歷年來已執行「防災國家型科技計畫」、「強化水旱災防救科技研發與落實運作」以及「水旱災減災及預警策進科技之研究」等計畫，獲致豐碩成果，藉由科技發展降低水災、旱災等天然災害的危害。惟過去十年之科研成果，應有所盤點檢討，並配合政府組織再造，規劃未來防災科技與應用之方向，擬定發展路徑圖，設定策略目標及績效指標，規劃應突破之關鍵技術與適當經費等，經由整合當前蓬勃發展之資訊、視訊、通訊，提昇政府應變能力，讓全國民眾感受到一個自動化、主動化、行動化的防災體系，以確保國人生命財產安全，使國家穩定發展。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010296</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103117</governmentpublicationsnumber><identifier>74163</identifier><internationalstandardbooknumber>9789860350500 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74163</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水旱災防救科技落實應用檢討及發展藍圖規劃 Revising and planning the roadmap for technological development of inundation and drought</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署在經濟部科技施政藍圖中積極推動「水資源科技發展計畫」，歷年來已執行「防災國家型科技計畫」、「強化水旱災防救科技研發與落實運作」以及「水旱災減災及預警策進科技之研究」等計畫，獲致豐碩成果，藉由科技發展降低水災、旱災等天然災害的危害。惟過去十年之科研成果，應有所盤點檢討，並配合政府組織再造，規劃未來防災科技與應用之方向，擬定發展路徑圖，設定策略目標及績效指標，規劃應突破之關鍵技術與適當經費等，經由整合當前蓬勃發展之資訊、視訊、通訊，提昇政府應變能力，讓全國民眾感受到一個自動化、主動化、行動化的防災體系，以確保國人生命財產安全，使國家穩定發展。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010296</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103117</governmentpublicationsnumber><identifier>74165</identifier><internationalstandardbooknumber>9789860350500 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74165</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水旱災防救科技落實應用檢討及發展藍圖規劃(光碟版)  Revising and planning the roadmap for technological development of inundation and drought</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>臺北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/4</date><governmentpublicationsnumber>1010103526</governmentpublicationsnumber><identifier>74166</identifier><internationalstandardbooknumber>9789860354683 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74166</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質監測計畫(101年)  Water Quality Monitoring for Taipei Water Supply Protected Watershed (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103007</governmentpublicationsnumber><identifier>74168</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74168</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編總報告--內附光碟=The edition of Coastal Eco-Engineering Manual</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103008</governmentpublicationsnumber><identifier>74169</identifier><internationalstandardbooknumber>9789860347876 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74169</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編(2/2)--內附光碟=The edition of Coastal Eco-EngineeringManual(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103504</governmentpublicationsnumber><identifier>74170</identifier><internationalstandardbooknumber>9789860354607 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74170</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護生態工程技術手冊--內附光碟=The Technical Manual for Coastal Protection and Eco Engineering</title><yearidentifier>201201</yearidentifier></data><data><abstract>近年來，溫室效應導致長期氣候變遷與短期天氣之變異性增加，依據研究報告顯示，氣候變遷導致臺灣地區氣候與水文現象有極端化之趨勢，暴雨與乾旱將更加頻繁。因此，氣候變遷對於生態環境、水資源與農業環境等影響將會顯著增加。長期氣候特性改變，可能加劇短期天氣變異與極端水文事件頻率增加，造成氣溫與降雨發生變化，進一步影響河川流量，而降雨及河川流量為地下水補注主要來源，降雨特性的改變將直接或間接影響到地下水的補注量。因此，為了瞭解未來氣候變遷對於台灣地區地下水環境的影響為何，如地下水水位、地下水補注量的時間與空間分佈特性等，本計畫蒐集國內外相關文獻，並評估適合台灣地區地下水環境的理論及工具，研發國內外獨樹一幟的地下水分析方法，即透過經驗正交函數法結合訊號分析技術以及地下水歷線法進行屏東平原氣候變遷下地下水補注量之估算以及分析，以提供政府單位未來在地下水資源保育及運用之重要參考。評估結果顯示，氣候變遷下，總無降雨日與平均連續無降雨日數在未來短期明顯增加，而連續無降雨事件次數則明顯減少，降雨型態愈趨集中導致持續性補注的缺乏，造成整體補注量明顯減少。為因應氣候變遷所造成之衝擊，我國應盡早擬訂調適策略，以防範未來地下水補注量之匱乏所造成一連串水資源管控之危機。</abstract><author>台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR1010089</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103481</governmentpublicationsnumber><identifier>74171</identifier><internationalstandardbooknumber>9789860353662 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74171</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下台灣地區地下水資源補注之影響評估 Climate Change Impacts on Taiwan Groundwater Recharge</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的為針對缺水管理問題，建立可考量現況系統及未來系統之缺水風險、長、短期策略及投資組合成本之整合性水資源經理決策模式，並建議可因應未來供水風險管理之最佳投資組合方案，以供決策分析之參考。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010311</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010102828</governmentpublicationsnumber><identifier>74173</identifier><internationalstandardbooknumber>9789860347029 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74173</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>整合性水資源經理方案決策模式研究(2/3)--內附光碟 The Study of Decision Model for Integrated Water Resources Management (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為研討缺水管理議題，建立可考量現況及未來供水系統之缺水風險，依循「台灣北部區域水資源經理基本計畫」(民國98 年)擬定之長、短期策略，運用整合性水資源經理決策模式，建議可因應未來供水風險管理之最佳投資組合方案，以供決策分析之參考</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010311</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010102828</governmentpublicationsnumber><identifier>74174</identifier><internationalstandardbooknumber>9789860347029 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74174</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>整合性水資源經理規劃方案及決策模式研究(2/3)--光碟版 The Study of Decision Model for Integrated Water Resources Management (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在針對國內水庫系統強化水體及非水體碳排放量調查方法並建立本土化??，並進行水資源工程溫室氣體排放量評估，以釐清水資源供應鏈之排碳量，供後續相關政策決策時之參考依據。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010207</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010102714</governmentpublicationsnumber><identifier>74175</identifier><internationalstandardbooknumber>9789860344721 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74175</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估(1/2)--內附光碟 Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的在於接續前期計畫執行結果，檢討並強化我國水庫系統碳排放?調查與分析方法，並深化生命週期考?，究我國水資源供應鏈和水庫系統碳足跡評估內容分別探討，作為系統性掌握水資源供應及水庫系統開發相關碳排放活動項目與現況，進而由主要碳排放源為重、提出可有效提升水資源開發與供應之節能減碳成效的水資源供應低碳化策略。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010207</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010102714</governmentpublicationsnumber><identifier>74176</identifier><internationalstandardbooknumber>9789860344721 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74176</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估(1/2)--光碟版 Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫針對台灣地區地下水系統及資料之特性，應用地下水觀測網所蒐集之地下水位資料，進行資料同化之研究，並發展適合於台灣之區域水井地下水抽水量推估之方法。</abstract><author>國立交通大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103200</governmentpublicationsnumber><identifier>74177</identifier><internationalstandardbooknumber>9789860351231 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74177</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>應用資料同化方法推估區域地下水利用之研究--內附光碟 Application of data assimilation method for regional groundwater utilization study</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫針對台灣地區地下水系統及資料之特性，應用地下水觀測網所蒐集之地下水位資料，進行資料同化之研 究，並發展適合於台灣之區域水井地下水抽水量推估之方法。</abstract><author>國立交通大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103200</governmentpublicationsnumber><identifier>74178</identifier><internationalstandardbooknumber>9789860351231 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74178</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>應用資料同化方法推估區域地下水利用之研究--光碟版 Application of data assimilation method for regional groundwater utilization study</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於都市的急遽發展，造成平原地區不透水層面積的增加，使得原本可以蓄存洪水，並增加入滲的土地逐漸消 失。不但造成地表逕流增加，洪峰加大，洪峰稽延時間亦相對縮短，使得原有的防洪工程無法負荷。當前先進國家針對集水區洪水出流管制多有相關的管制措施，因此，研擬一套適合臺灣的集水區出流管制制度是極為重要的。經濟部水利署水利規劃試驗所(以下簡稱本所)於民國96年已辦理「集水區洪水出流管制之評析及初步規劃」的先期計畫，對於集水區洪水出流管制的相關制度進行可行性分析。本計畫將延續該計畫成果，研擬臺灣推動集水區洪水出流管制制度時相關的法規、流程、文件與技術手冊的研擬，作為本署推動集水區洪水出流管制之參考</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000481</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103015</governmentpublicationsnumber><identifier>74179</identifier><internationalstandardbooknumber>9789860348231 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74179</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區洪水出流管制制度之研究--內附光碟 Study on the Flood Control Strategies of Catchments</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫彙整美國、日本、香港、歐盟及德國等國家之洪水管?制?發現，各國的洪水管?制?多區分為全國性的洪水管?策?，以及因土地開發造成集水區逕??增加的因應策?。後者則是認同任何開發案所增加的逕??應設法就地解決，往往需要結合區域計畫、建築相關法規等進?，本計畫將其稱為集水區出?管制。此外，建?公平且一致性的開發?為對出??的衝擊評估方式亦是?可或缺的，本計畫將國外出?管制策?彙整如摘表1所示。 國內目前的出?管制制?尚未建?全國一致的方式，在中央主管機關所公告之法規命?有水土保持法(水土保持局)、環境影響評估法(環保署)、水?法、排水管?辦法、中央管區域排水計畫書審查作業要點、基?河洪氾區土地使用管制辦法、淡水河洪水平原管制辦法、莫?克颱風災區河川洪氾區土地使用管制辦法(水?署)等；在縣市政府所公告之自治辦法則有台?市的公共建設用地開發保水作業要點及下水道管?自治條?、台中市的臺中市政府排水計畫書審查作業要點、台南市的台南市建築管?自治條?、以及宜?縣的用排水計畫?考準則。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000481</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103015</governmentpublicationsnumber><identifier>74180</identifier><internationalstandardbooknumber>9789860348231 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74180</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區洪水出流管制制度之研究--光碟版 Study on the Flood Control Strategies of Catchments</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於都市的急遽發展，造成平原地區不透水層面積的增加，使得原本可以蓄存洪水，並增加入滲的土地逐漸消 失。不但造成地表逕流增加，洪峰加大，洪峰稽延時間亦相對縮短，使得原有的防洪工程無法負荷。當前先進國家針對集水區洪水出流管制多有相關的管制措施，因此，研擬一套適合臺灣的集水區出流管制制度是極為重要的。經濟部水利署水利規劃試驗所(以下簡稱本所)於民國96年已辦理「集水區洪水出流管制之評析及初步規劃」的先期計畫，對於集水區洪水出流管制的相關制度進行可行性分析。本計畫將延續該計畫成果，研擬臺灣推動集水區洪水出流管制制度時相關的法規、流程、文件與技術手冊的研擬，作為本署推動集水區洪水出流管制之參考</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000481</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103015</governmentpublicationsnumber><identifier>74181</identifier><internationalstandardbooknumber>9789860348231 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74181</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區洪水出流管制制度之研究(附冊) 集水區洪水出流管制技術手冊(草案)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署每年針對水利人員之教育、培訓事務均定常性規劃有通識、專業及管理等專業知識課程，本計畫擬於前述課程之外，於本（101）年針對水利業務之領導、國際事務、跨領域整體規劃等人才之育成加以強化。為因應水利事務跨國交流之潮流趨勢及需求，本計畫延續99年及100年水利國際事務培訓課程之成效，持續擴大辦理101年之水利國際事務研習課程，以奠定未來水利國際事務交流之基礎。此外，就提升水利專業人才之領導與跨領域整體規劃能力方面，擬針對本署所屬機關之河川局主管級職員規劃關於提升主管協調力、溝通力、應變力、創新力等管理職能之課程，並配合一項跨領域之專業課程，提升主管職員之視野與格局，同時透過本署與所屬機關對談之業務座談檢討會議，提升整體團隊領導與合作之組織職能。其次，為水利經驗傳承學習，綜合水利高階主管退休人力之領導與規劃經驗，擬開發辦理水利專業領域經驗學習課程，擴大參與學習人員之層面，有效將水利業務領導經驗傳承至新一代的水利專業人才身上。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010293</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103087</governmentpublicationsnumber><identifier>74182</identifier><internationalstandardbooknumber>9789860348217 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74182</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年因應組織變革強化水利核心職能發展教育訓練 2012 Developing Core Competencies to Prepare the Organization for Transformation</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署每年針對水利人員之教育、培訓事務均定常性規劃有通識、專業及管理等專業知識課程，本計畫擬於前述課程之外，於本（101）年針對水利業務之領導、國際事務、跨領域整體規劃等人才之育成加以強化。為因應水利事務跨國交流之潮流趨勢及需求，本計畫延續99年及100年水利國際事務培訓課程之成效，持續擴大辦理101年之水利國際事務研習課程，以奠定未來水利國際事務交流之基礎。此外，就提升水利專業人才之領導與跨領域整體規劃能力方面，擬針對本署所屬機關之河川局主管級職員規劃關於提升主管協調力、溝通力、應變力、創新力等管理職能之課程，並配合一項跨領域之專業課程，提升主管職員之視野與格局，同時透過本署與所屬機關對談之業務座談檢討會議，提升整體團隊領導與合作之組織職能。其次，為水利經驗傳承學習，綜合水利高階主管退休人力之領導與規劃經驗，擬開發辦理水利專業領域經驗學習課程，擴大參與學習人員之層面，有效將水利業務領導經驗傳承至新一代的水利專業人才身上。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010293</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103087</governmentpublicationsnumber><identifier>74183</identifier><internationalstandardbooknumber>9789860348217 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74183</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年因應組織變革強化水利核心職能發展教育訓練(附冊) 2012 Developing Core Competencies to Prepare the Organization for Transformation</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署每年針對水利人員之教育、培訓事務均定常性規劃有通識、專業及管理等專業知識課程，本計畫擬於前述課程之外，於本（101）年針對水利業務之領導、國際事務、跨領域整體規劃等人才之育成加以強化。為因應水利事務跨國交流之潮流趨勢及需求，本計畫延續99年及100年水利國際事務培訓課程之成效，持續擴大辦理101年之水利國際事務研習課程，以奠定未來水利國際事務交流之基礎。此外，就提升水利專業人才之領導與跨領域整體規劃能力方面，擬針對本署所屬機關之河川局主管級職員規劃關於提升主管協調力、溝通力、應變力、創新力等管理職能之課程，並配合一項跨領域之專業課程，提升主管職員之視野與格局，同時透過本署與所屬機關對談之業務座談檢討會議，提升整體團隊領導與合作之組織職能。其次，為水利經驗傳承學習，綜合水利高階主管退休人力之領導與規劃經驗，擬開發辦理水利專業領域經驗學習課程，擴大參與學習人員之層面，有效將水利業務領導經驗傳承至新一代的水利專業人才身上。</abstract><author>淡江大學</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010293</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103087</governmentpublicationsnumber><identifier>74184</identifier><internationalstandardbooknumber>9789860348217 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74184</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年因應組織變革強化水利核心職能發展教育訓練(光碟版) 2012 Developing Core Competencies to Prepare the Organization for Transformation</title><yearidentifier>201212</yearidentifier></data><data><abstract>高台水庫規劃壩址位於石門水庫上游，興建後能減少淤砂? 入石門水庫，並將儲存水源供石門水庫清淤時之備用水源，可延 長石門水庫使用壽命。 高台水庫計畫於民國 70 ?由台灣?自?水公司開始進?初步 調查規劃，民國73 ?由經濟部水資源統一規劃委員會完成壩址地 質調查，至民國91 ?由經濟部水?署水?規劃試驗所(以下簡稱本 所)檢討原壩址並調整至目前壩址後持續進?規劃調查，民國95 ?本所完成「高台水庫可?性規劃(第一階段)」，其成果表示以拱 壩較混凝土重?壩較具優勢，惟因壩軸河谷地形陡峭無法到達， 除河床區域外未能取得壩軸邊坡之地質條件作為壩型評估依據， 緣此本所於民國98 ?辦?「高台水庫工程地質探查及壩型評估」 (以下簡稱本工作)，期能於壩軸?岸位置進?詳細地質調查並據以 評估適合之壩型，作為後續水庫規劃設計工作?考。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103138</governmentpublicationsnumber><identifier>74185</identifier><internationalstandardbooknumber>9789860349313 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>高台水庫工程地質探查及壩型評估--內附光碟=The Engineering Geology Investigation and Dam Structure Evaluation for the Gau-Tai Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於地表可用的水資源有限，且為了滿足日益增加的農業、工業及民生等用水標的之需求量，除了開發地面水水源之外，地下水亦為台灣重要的水資源。有鑑於此，經濟部水利署自民國81年起執行台灣地區地下水觀測網整體計畫，分三階段共17年之規劃與建置，透過長期系統性水文地質調查、重要地區地下水調查、地層下陷監測調查及地下水水質資料管理等相關工作，達到地下水永續發展的目標，本計畫針對台灣各地下水分區進行地下水水質檢測分析與評估，以了解台灣地下水水質狀況，並提供水利署及產官學研各界作為地下水開發、保育、與研究之參考依據。本年度主要針對濁水溪沖積扇、蘭陽平原共251口觀測井進行28項水質檢測，利用各類水質標準的比對與統計分析，了解台灣地下水質狀況，並針對主要的水質問題歸納形成原因與因應對策，本年度具體成果如下： 1.	銅、鉛、鋅、鉻與鎳污染情形皆屬零星個案，重金屬污染的可能原因包括受到地層沉積物溶解釋出及井管材質內鎘含量溶出至地下水。 2.	濁水溪沖積扇扇頂第一含水層硝酸鹽氮污染明顯較第二含水層嚴重，且應與當地旱作大量使用氮肥與有機肥料有關，而豐水期硝酸鹽氮較枯水期高，主要則受到水文地質條件與地下水流向影響。 3.	濁水溪沖積扇沿海部分地區亦受海水感潮影響而出現鹽化。受還原環境影響，導致氨氮、鐵與錳濃度偏高，造成雲林沿海與蘭陽平原下游地區出現砷污染。 未來工作應著重於各地下水分區已受重金屬污染的觀測井持續辦理水質檢測並釐清發生原因，而發生海水入侵之鹽化區域，應加強取締違法私井，避免水質持續劣化，濁水溪沖積扇扇頂地區則應針對地面水體進行檢測分析，以達地下水觀測站網永續經營之目標。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010056</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103299</governmentpublicationsnumber><identifier>74186</identifier><internationalstandardbooknumber>9789860352016 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74186</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101至103年度地下水水質檢測分析與評估(1/3)--光碟版 Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2012-2014</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74187</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74187</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例=Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>天然河川於颱洪事件過後，伴隨而來則是河道沖淤之變化，其中常有出現土石堆積狀況，近期尤以「莫拉克」颱洪災後造成河道嚴重淤積，因此為避免影響河道通洪能力，則需即時仰賴河川管理單位積極進行疏濬工程。由於傳統上河道沖刷可藉由沖刷磚或其他沖刷監測儀器埋設等方式來掌握河道沖刷情況，然而颱洪事件後河道淤積情況則需採測量技術，針對淤積土石部份河段辦理淤積及疏濬前、中、後河道變化之測量作業，而此等作業方式較為費時，而尚無有效方法可即時掌握河道淤積情況。 爰此，本計畫以濁水溪水流泥砂為研究範例，評估國內、外之現地人工主動式及自動化河道淤積觀測方法（如3D-LiDAR等方式），並結合不同時期影像判釋 (如福衛二號衛星影像與無人載具空拍影像)、地形沖淤變化量測等資料分析河床變化，並藉由數值模式進行河床穩定及沖淤特性分析，建立觀測值與河道淤積量之關係，以達到強化流域土砂移動監測，定期檢視河川淤砂，適時疏濬之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010249</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103513</governmentpublicationsnumber><identifier>74188</identifier><internationalstandardbooknumber>9789860353235 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74188</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>即時河道土砂淤積觀測方式評估之研究—以濁水溪為例(光碟版) Research of the Automatic and Real Time Measuring Method for Sediment Deposition on the Riverbed-Applications in Zhuoshui River</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要目的係為配合「地下水管制辦法」之修正以強化現行地下水水權審核機制，除對於現行地下水水權申請案件中資料完整性之確保提出建議外，亦利用地下水水文地質基礎理論，提出包含井體安全出水量、單井保育出水量及天然出水量等推算方法以求獲可供審核參酌之數值，供作水井合理抽汲水量及時間核給之基礎。 本計畫已於100年度針對地下水水權申請作業，初步研擬水井資料等基本資料之格式、品質檢測及處理機制，並於台北盆地、濁水溪沖積扇之扇頂、扇央與扇尾，以及屏東平原等地區選定拘限及非拘限含水層分別辦理不同抽水量及時間情境組合之地下水位變化模擬；另為能規範個別水井以抽水設備抽汲地下水時，能由抽水試驗分級試水、定量試水獲得有用之水井資料，俾供管理地下水抽汲之實務應用。 本年度主要之工作乃為現場抽水驗證作業，故於北部地區、南部地區及濁水溪沖積扇等9個不同地點進行定量抽水停抽試驗，由現場驗證作業可知若於試驗過程中若有顯著降雨、週遭有其他抽水行為或補注源等，其背景值影響亦大過於試驗抽水量，導致無法反應含水層水文地質特性及真實水位洩降特性，故連續抽水及停抽試驗於實務上之應用有其環境上之限制。而於單井保育出水量之推估乃以定量抽水試驗之水文地質參數以理論模擬推估單井保育出水量較適宜應用於實務上，故本計畫各驗證地點之單井保育出水量計算方式乃以各驗證地點之第1日水位洩降推求水文地質參數，再以理論模擬推估單井保育出水量，至此已初步將利用單井試驗訂定保育出水量方法予以擬定。</abstract><author>雲林科技大學 水土資源及防災科技研究中心</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010008</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103480</governmentpublicationsnumber><identifier>74189</identifier><internationalstandardbooknumber>9789860353242 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74189</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>水井合理抽汲水量及時間之探討 (2/2) --光碟版 The Analysis of Reasonable Potential Discharge and Pumping Time of Well (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來，溫室效應導致長期氣候變遷與短期天氣之變異性增加，依據研究報告顯示，氣候變遷導致臺灣地區氣候與水文現象有極端化之趨勢，暴雨與乾旱將更加頻繁。因此，氣候變遷對於生態環境、水資源與農業環境等影響將會顯著增加。 長期氣候特性改變，可能加劇短期天氣變異與極端水文事件頻率增加，造成氣溫與降雨發生變化，進一步影響河川流量，而降雨及河川流量為地下水補注主要來源，降雨特性的改變將直接或間接影響到地下水的補注量。因此，為了瞭解未來氣候變遷對於台灣地區地下水環境的影響為何，如地下水水位、地下水補注量的時間與空間分佈特性等，本計畫蒐集國內外相關文獻，並評估適合台灣地區地下水環境的理論及工具，研發國內外獨樹一幟的地下水分析方法，即透過經驗正交函數法結合訊號分析技術以及地下水歷線法進行屏東平原氣候變遷下地下水補注量之估算以及分析，以提供政府單位未來在地下水資源保育及運用之重要參考。 評估結果顯示，氣候變遷下，總無降雨日與平均連續無降雨日數在未來短期明顯增加，而連續無降雨事件次數則明顯減少，降雨型態愈趨集中導致持續性補注的缺乏，造成整體補注量明顯減少。為因應氣候變遷所造成之衝擊，我國應盡早擬訂調適策略，以防範未來地下水補注量之匱乏所造成一連串水資源管控之危機。</abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR1010089</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103481</governmentpublicationsnumber><identifier>74191</identifier><internationalstandardbooknumber>9789860353662 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74191</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下台灣地區地下水資源補注之影響評估(光碟版) Climate Change Impacts on Taiwan Groundwater Recharge</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>交通大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010058</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103470</governmentpublicationsnumber><identifier>74193</identifier><internationalstandardbooknumber>9789860354263 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74193</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度多元化監測及整合技術應用於宜蘭、苗栗、台中、嘉義及屏東地區地層下陷監測 Diversified monitors and integrated techniques applied to monitor the subsidence in Ilan, Miaoli, Taichung, Chiayi and Pingtung Area in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>交通大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010058</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/5</date><governmentpublicationsnumber>1010103470</governmentpublicationsnumber><identifier>74194</identifier><internationalstandardbooknumber>9789860354263 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74194</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度多元化監測及整合技術應用於宜蘭、苗栗、台中、嘉義及屏東地區地層下陷監測(光碟版)  Diversified monitors and integrated techniques applied to monitor the subsidence in Ilan, Miaoli, Taichung, Chiayi and Pingtung Area in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫旨在介接既有資訊源，建構水資源資料庫平台與資料流通之機制，透過資料交換技術之整合，使水資源 資料得以為本所其他系統以加值應用。</abstract><author>中華空間資訊協會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010352</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102713</governmentpublicationsnumber><identifier>74195</identifier><internationalstandardbooknumber>9789860344714 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74195</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水資源資料庫整合及系統平台開發--內附光碟 Water Resource Databases Integration and System Platform Development</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利規劃試驗所(以下簡稱本所)目前雖已運用現代化之 電腦及網路技術來提升水文及水資源相關資料資料之蒐集、 儲存與管理，惟本所所內各系統多因計畫需求而建置與儲存 特定資料，尚未能有效整合與資料分享，本計畫以提高水資 源資訊決策品質、開發水資源規劃與研究之工具做為計畫目 標，從規劃分析至建置之流程，整合水資源相關資料庫，包 括人文、地文、地質、水文、氣象、水資源設施等，並開發 系統平台提供統計分析等資料庫加值應用功能，透過完整的 輔助作業平台，簡化水資源規劃的資料搜整及統計分析流 程，有效提升水資源規劃效率。綜此，計畫之目的在於： (一) 統一界接與更新外部水資源資料，整合成為本所水資 源資料提供窗口，減少規劃資料之搜整時間。 (二) 分析與規劃水資源資料庫，以適合水資源發展之結構 做為未來中長期資料的儲存與應用。 (三) 規劃與建置資料界接流通之機制，透過資料界接技術 與辦法，讓水資源資料得以透通於本所其他系統以加 值應用。 (四) 建置水資源資料庫查詢與管理系統，提供規劃人員引 用及回饋資料。 (五) 改善水源運用分析模組之資料流向與強化介面作業自 動化等。 二、 資料庫整合規劃檢討及資料分析 資料庫為系統開發時通用的資料儲存工具，良好的資料 庫架構取決於使用者的適用度，以水資源資料庫而言則應參 摘-2 考實際運作之專案資料庫，以貼近使用者的需求；故本工作 項目將以長期規劃的天花湖水庫做為主要之參考，再以不同 型態之資料庫結構做為分析比較。 目前水資源規劃所需之資料，因其屬性之不同而散落於 各業務單位內，或由各承辦人員搜整後置於各自儲存媒體 內，而未能做資料流通分享，致每發展一計畫時相關搜整工 作就需要做一遍，故水資源資料庫首要將是建置完整之資料 架構與空間，做為水資源規劃人員未來長期執行模式分析及 規劃方案參考使用。</abstract><author>中華空間資訊協會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010352</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102713</governmentpublicationsnumber><identifier>74196</identifier><internationalstandardbooknumber>9789860344714 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74196</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水資源資料庫整合及系統平台開發--光碟版 Water Resource Databases Integration and System Platform Development</title><yearidentifier>201212</yearidentifier></data><data><abstract>海洋深層水為台灣東部特有之新興水資源，具有低溫、富含營養鹽、病原菌少等特性，以深層海水為原料可發展應用之產業，包含水產養殖、食品、飲料、美容、農業利用、能源應用等。     為推動臺灣深層海水產業之發展，經濟部於臺東縣太麻里鄉知本溪南岸興建「深層海水低溫利用及多目標技術研發模廠」，以期提升國內產業技術之研發能量，並驗證產業開發之可行性。     上述模廠由經濟部水利署負責工程之執行，於101年3月完工驗收，101年4月移交經濟部技術處負責後續營運管理，並改名為「經濟部東部深層海水創新研發中心」。研發中心設計深層海水每日取水量12,000噸，為全台深層海水單管抽水量最大之取水系統，其抽取之深層海水除可供研發中心本身使用外，其餘裕之水量未來亦規劃提供目前由臺東縣政府規劃中之「臺東縣深層海水產業園區」使用。此外，行政院農業委員會水產試驗所於臺東縣知本溪北岸所規劃興建之「國家水產生物種原庫－台東支庫」，亦於近日完工驗收並試行營運，設計深層海水每日取水量4,000噸，若提高抽水機抽水效能後，預估每日取水量則可達5,000噸。     衡酌本部研發中心每日所需深層海水僅賴直徑50公分之單一取水管所取水供應，後續取水倘因故肇致困難，將嚴重影響研發中心技術研發工作之推動，及台東縣政府規劃之後端產業園區進駐廠商產品供應鏈之穩定性。故本計畫將全面檢討評估研發中心現有取供水設施之穩定性，俾為營運管理機關後續改善之依據。     復以，行政院農委會施設位於知本溪北岸之「國家水產生物種原庫－台東支庫」，目前亦僅藉由管徑40公分之單一取水管抽取深層海水，日後如亦發生取水困難，由於目前分位屬知本溪南、北岸之研發中心及台東支庫，其取供水設施均各自獨立，爰無法於緊急狀態時互為奧援以維繫其基本輸水功能，此情況或將導致廠區營運與後端產品製程之重大損失。因此，於二廠區間設置深層海水聯通管路與備援系統之可行性，固應審慎研析評估，俾利政府投資得賡續利用，並使國內技術研發工作不致因故中斷，確有實需。     此外，目前研發中心業已將所抽取之深層海水冷源應用於行政大樓空調系統，以節省相關能源之消耗；惟冷能使用因受氣候因素之影響，四季輪替乃至晝夜更迭之所需用量皆有所異，研發中心進駐廠商之深層海水使用態樣亦未相類。故如何因應尖峰及離峰時段之用水需求，建構深層海水抽取水量機動調節之彈性控管機制；並於現有條件下持續擘劃研發中心之創新運轉模式，俾供營運管理單位未來援引之參據，且符合節能減碳之政策方針，亦為本計畫深入探討之重點。     綜上，為冀使「經濟部東部深層海水創新研發中心」充分發揮節能減碳及穩定供水之目標，故擬委託國內具有相關經驗之廠商辦理本計畫。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010421</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010103473</governmentpublicationsnumber><identifier>74197</identifier><internationalstandardbooknumber>9789860354270 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74197</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>經濟部東部深層海水創新研發中心供水可靠性提升之可行性研究 Feasibility Study of Water Supply Improvement for Deep Sea Water Innovative R &amp; D Center of MEA</title><yearidentifier>201212</yearidentifier></data><data><abstract>海洋深層水為台灣東部特有之新興水資源，具有低溫、富含營養鹽、病原菌少等特性，以深層海水為原料可發展應用之產業，包含水產養殖、食品、飲料、美容、農業利用、能源應用等。     為推動臺灣深層海水產業之發展，經濟部於臺東縣太麻里鄉知本溪南岸興建「深層海水低溫利用及多目標技術研發模廠」，以期提升國內產業技術之研發能量，並驗證產業開發之可行性。     上述模廠由經濟部水利署負責工程之執行，於101年3月完工驗收，101年4月移交經濟部技術處負責後續營運管理，並改名為「經濟部東部深層海水創新研發中心」。研發中心設計深層海水每日取水量12,000噸，為全台深層海水單管抽水量最大之取水系統，其抽取之深層海水除可供研發中心本身使用外，其餘裕之水量未來亦規劃提供目前由臺東縣政府規劃中之「臺東縣深層海水產業園區」使用。此外，行政院農業委員會水產試驗所於臺東縣知本溪北岸所規劃興建之「國家水產生物種原庫－台東支庫」，亦於近日完工驗收並試行營運，設計深層海水每日取水量4,000噸，若提高抽水機抽水效能後，預估每日取水量則可達5,000噸。     衡酌本部研發中心每日所需深層海水僅賴直徑50公分之單一取水管所取水供應，後續取水倘因故肇致困難，將嚴重影響研發中心技術研發工作之推動，及台東縣政府規劃之後端產業園區進駐廠商產品供應鏈之穩定性。故本計畫將全面檢討評估研發中心現有取供水設施之穩定性，俾為營運管理機關後續改善之依據。     復以，行政院農委會施設位於知本溪北岸之「國家水產生物種原庫－台東支庫」，目前亦僅藉由管徑40公分之單一取水管抽取深層海水，日後如亦發生取水困難，由於目前分位屬知本溪南、北岸之研發中心及台東支庫，其取供水設施均各自獨立，爰無法於緊急狀態時互為奧援以維繫其基本輸水功能，此情況或將導致廠區營運與後端產品製程之重大損失。因此，於二廠區間設置深層海水聯通管路與備援系統之可行性，固應審慎研析評估，俾利政府投資得賡續利用，並使國內技術研發工作不致因故中斷，確有實需。     此外，目前研發中心業已將所抽取之深層海水冷源應用於行政大樓空調系統，以節省相關能源之消耗；惟冷能使用因受氣候因素之影響，四季輪替乃至晝夜更迭之所需用量皆有所異，研發中心進駐廠商之深層海水使用態樣亦未相類。故如何因應尖峰及離峰時段之用水需求，建構深層海水抽取水量機動調節之彈性控管機制；並於現有條件下持續擘劃研發中心之創新運轉模式，俾供營運管理單位未來援引之參據，且符合節能減碳之政策方針，亦為本計畫深入探討之重點。     綜上，為冀使「經濟部東部深層海水創新研發中心」充分發揮節能減碳及穩定供水之目標，故擬委託國內具有相關經驗之廠商辦理本計畫。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010421</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010103473</governmentpublicationsnumber><identifier>74198</identifier><internationalstandardbooknumber>9789860354270 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74198</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>經濟部東部深層海水創新研發中心供水可靠性提升之可行性研究 (光碟版) Feasibility Study of Water Supply Improvement for Deep Sea Water Innovative R &amp; D Center of MEA</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前國內所設置的雨水貯留設施，由於經濟效益的考量，多集中於機關、學校與工廠大樓，其大都多屬示範性的設置。且目前雨水貯留設施相關設計原則，並非供水利專業之建築師或顧問公司使用，且由於缺乏較淺顯之評估工具，一般民眾不易評估與暸解相關資訊，造成雨水貯留設施不夠普及的情形，故有建立雨水貯留系統評估工具之必要。因此，如何讓一般民眾瞭解雨水貯留系統及其成本效益，並提升民眾安裝意願，就相當重要。本計畫擬建置簡易可操作的評估工具，供一般大眾評估是否設置雨水貯留設施，了解設置系統的成本與效益，進而達到推廣雨水貯留系統的目的。</abstract><author>中華民國低碳環境學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010412</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102947</governmentpublicationsnumber><identifier>74199</identifier><internationalstandardbooknumber>9789860347432 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74199</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>雨水貯留系統評估工具建置計畫 Establishment of rainwater harvesting assessment tool</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前國內所設置的雨水貯留設施，由於經濟效益的考量，多集中於機關、學校與工廠大樓，其大都多屬示範性的設置。且目前雨水貯留設施相關設計原則，並非供水利專業之建築師或顧問公司使用，且由於缺乏較淺顯之評估工具，一般民眾不易評估與暸解相關資訊，造成雨水貯留設施不夠普及的情形，故有建立雨水貯留系統評估工具之必要。因此，如何讓一般民眾瞭解雨水貯留系統及其成本效益，並提升民眾安裝意願，就相當重要。本計畫擬建置簡易可操作的評估工具，供一般大眾評估是否設置雨水貯留設施，了解設置系統的成本與效益，進而達到推廣雨水貯留系統的目的。</abstract><author>中華民國低碳環境學會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010412</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102947</governmentpublicationsnumber><identifier>74200</identifier><internationalstandardbooknumber>9789860347432 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74200</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>雨水貯留系統評估工具建置計畫(光碟版)  Establishment of rainwater harvesting assessment tool</title><yearidentifier>201212</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。第一年推動本署環境教育之初(100年)，以實體講授「環境教育課程」之方式，強化機關整體人力對環境教育之認識與重視。101年本署擬依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中</abstract><author>中華民國環境教育學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010173</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102932</governmentpublicationsnumber><identifier>74201</identifier><internationalstandardbooknumber>9789860347456 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74201</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>推動水資源環境教育及環境教育平台整合計畫  The project of promoting water resource environmental education and integrating digital environment platform</title><yearidentifier>201212</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。第一年推動本署環境教育之初(100年)，以實體講授「環境教育課程」之方式，強化機關整體人力對環境教育之認識與重視。101年本署擬依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中</abstract><author>中華民國環境教育學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010173</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102932</governmentpublicationsnumber><identifier>74202</identifier><internationalstandardbooknumber>9789860347456 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74202</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>推動水資源環境教育及環境教育平台整合計畫(光碟版)  The project of promoting water resource environmental education and integrating digital environment platform</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目標在於評估中部地區水資源脆弱?空間分布，並提出強化中部地區因應氣候變遷水資源管?調適能? 之調適計畫。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010369</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102711</governmentpublicationsnumber><identifier>74203</identifier><internationalstandardbooknumber>9789860344707 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74203</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化中部水資源分區因應氣候變遷水資源管理調適能力研究(內附光碟)=Strengthening Water Supply System Adaptive Capacity to Climate Change in Central Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的為分析中部區域之各用水對象的災害脆弱度，以及界定未來中部區域氣候變遷與社會經濟的情境，藉以瞭解有無氣候變遷之情況下，各標的用水的衝擊程度與產生的災害風隩，並在確保國民安全用水與可接受一定風隩的前提下，研擬台灣中部區域適應氣候變遷之因應計畫，以作為相關單位決策之參考</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010369</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010102711</governmentpublicationsnumber><identifier>74204</identifier><internationalstandardbooknumber>9789860344707 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74204</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化中部水資分區因應氣候變遷水資源管理調適能力研究--光碟版 Strengthening Water Supply System Adaptive Capacity to Climate Change in Central Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>環境教育法自100年6月5日起正式實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。本署於第一年(100年)推動環境教育之初，對於水環境教育教材的發展及人才專長的培養極為重視。本署轄下原有不少的水資源(保育)場館，非常適合作為環境教育戶外學習、參訪、體驗…等場域；這些場域除了硬體設施外，更需要發展良好足以帶動水資源保育教育活動的課程(教材)及解說人員，才能使水資源保育教育活絡而有效。因此自101年本署擬依各地水資源(保育)場域特色規劃符合其所需之水資源(保育)課程，並配合環境教育法第19條環境教育課程及活動形式，如：課程、網路學習、體驗、戶外學習、參訪、影片觀賞及其他活動等多元課程之規劃，俾利參訪者能落實到實際生活中。 有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系施政重點，將更強調水資源保育教育的重要性，因此本署除應提升人員對環境、生態之基礎認識外，也應強化對民眾或學校師生水資源保育教育的工作，因此如何利用原有及新設的水資源設施作為環境教育的場域，積極發展教材，培訓解說志工人力，投入水資源保育教育之解說行列；且同時考慮培訓水資源保育解說志工，進行環境教育人員認證之可行性。</abstract><author>台中教育大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010374</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010103530</governmentpublicationsnumber><identifier>74205</identifier><internationalstandardbooknumber>9789860353624 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74205</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水環境教材開發及推廣暨水環境教育人員培育認證計畫 Teaching materials development and promotion on water environment and training, certification of water resource staff for environmental education certification program</title><yearidentifier>201212</yearidentifier></data><data><abstract>環境教育法自100年6月5日起正式實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。本署於第一年(100年)推動環境教育之初，對於水環境教育教材的發展及人才專長的培養極為重視。本署轄下原有不少的水資源(保育)場館，非常適合作為環境教育戶外學習、參訪、體驗…等場域；這些場域除了硬體設施外，更需要發展良好足以帶動水資源保育教育活動的課程(教材)及解說人員，才能使水資源保育教育活絡而有效。因此自101年本署擬依各地水資源(保育)場域特色規劃符合其所需之水資源(保育)課程，並配合環境教育法第19條環境教育課程及活動形式，如：課程、網路學習、體驗、戶外學習、參訪、影片觀賞及其他活動等多元課程之規劃，俾利參訪者能落實到實際生活中。 有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系施政重點，將更強調水資源保育教育的重要性，因此本署除應提升人員對環境、生態之基礎認識外，也應強化對民眾或學校師生水資源保育教育的工作，因此如何利用原有及新設的水資源設施作為環境教育的場域，積極發展教材，培訓解說志工人力，投入水資源保育教育之解說行列；且同時考慮培訓水資源保育解說志工，進行環境教育人員認證之可行性。</abstract><author>台中教育大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010374</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/6</date><governmentpublicationsnumber>1010103530</governmentpublicationsnumber><identifier>74206</identifier><internationalstandardbooknumber>9789860353624 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74206</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水環境教材開發及推廣暨水環境教育人員培育認證計畫(光碟版)  Teaching materials development and promotion on water environment and training, certification of water resource staff for environmental education certification program</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102826</governmentpublicationsnumber><identifier>74207</identifier><internationalstandardbooknumber>9789860346756 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74207</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>國家級防災監測及模式測試基地建置(1/3)=Setup of national base for disaster prevention monitoring and model testing(1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102826</governmentpublicationsnumber><identifier>74208</identifier><internationalstandardbooknumber>9789860346756 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74208</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>國家級防災監測及模式測試基地建置(1/3)--光碟版 =Setup of national base for disaster prevention monitoring and model testing(1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>74209</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74209</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--內附光碟=Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74210</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74210</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>74211</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74211</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74212</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74212</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)--光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鑒於以往評估家庭用水結構之方法，係透過先期問卷調查方式，分析家庭用水習慣及樣態，並藉由各種省水器材之省水效率，再予以推估省水器材裝設後所能節省之水量，惟問卷調查結果，係憑藉民眾印象進行勾選，故該推估省水量與實際省水量是否差異不大，尚存有討論空間，因此外界對於本署所估各項家庭用水設備之省水量，偶有存疑，為確實掌握實際家庭用水情形，以及各項省水器材對於家庭節水整體成效之影響，爰辦理本計畫。 本計畫將先針對家庭之用水結構進行分析研究，深入研析各種節水裝置於都市家庭所發揮之節水效能，並建置合理可信之家庭節水評估方法，而將傳統評估節水裝置本身效能之元件評估概念，提升為以家庭為系統之完整系統評估模式。此外，相關成果亦可瞭解用水量較大之家庭用水設備為何，未來可作為推行節水重點及補助民眾購置省水設備之參考依據，以達到低成本高效益之目標。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010232</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102764</governmentpublicationsnumber><identifier>74213</identifier><internationalstandardbooknumber>9789860345711 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74213</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>家庭用水量結構分析與節水效益研究 The Research Program of Structural Analysis of Domestic Water Consumption and Evaluation of Water-saving Efficiency</title><yearidentifier>201212</yearidentifier></data><data><abstract>鑒於以往評估家庭用水結構之方法，係透過先期問卷調查方式，分析家庭用水習慣及樣態，並藉由各種省水器材之省水效率，再予以推估省水器材裝設後所能節省之水量，惟問卷調查結果，係憑藉民眾印象進行勾選，故該推估省水量與實際省水量是否差異不大，尚存有討論空間，因此外界對於本署所估各項家庭用水設備之省水量，偶有存疑，為確實掌握實際家庭用水情形，以及各項省水器材對於家庭節水整體成效之影響，爰辦理本計畫。 本計畫將先針對家庭之用水結構進行分析研究，深入研析各種節水裝置於都市家庭所發揮之節水效能，並建置合理可信之家庭節水評估方法，而將傳統評估節水裝置本身效能之元件評估概念，提升為以家庭為系統之完整系統評估模式。此外，相關成果亦可瞭解用水量較大之家庭用水設備為何，未來可作為推行節水重點及補助民眾購置省水設備之參考依據，以達到低成本高效益之目標。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010232</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010102764</governmentpublicationsnumber><identifier>74214</identifier><internationalstandardbooknumber>9789860345711 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74214</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>家庭用水量結構分析與節水效益研究(光碟版) The Research Program of Structural Analysis of Domestic Water Consumption and Evaluation of Water-saving Efficiency</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本計畫辦理民生及公共大用水戶節水技術輔導相關工作，期藉由輔導大用水戶採用省水設備及雨中水利用，達節約用水目標，並合理且有效率地利用有限的水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010247</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010103531</governmentpublicationsnumber><identifier>74215</identifier><internationalstandardbooknumber>9789860353617 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74215</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度民生及公共大用水戶節水輔導計畫 Commercial and Institutional Water Conservation Program 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本計畫辦理民生及公共大用水戶節水技術輔導相關工作，期藉由輔導大用水戶採用省水設備及雨中水利用，達節約用水目標，並合理且有效率地利用有限的水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010247</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010103531</governmentpublicationsnumber><identifier>74216</identifier><internationalstandardbooknumber>9789860353617 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74216</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度民生及公共大用水戶節水輔導計畫(光碟版) Commercial and Institutional Water Conservation Program 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本署為推動機關及學校加強節約用水工作，期藉由輔導機關及學校採用省水設備及雨中水利用，積極做好節約用水工作，減少不必要的用水浪費，俾作為全民表率，共同創造節水型社會。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010248</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/7</date><governmentpublicationsnumber>1010103556</governmentpublicationsnumber><identifier>74217</identifier><internationalstandardbooknumber>9789860353648 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74217</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>機關及學校節水技術輔導計畫(2/2) Institutional and School Water Conservation (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「推動節約用水，推廣再利用的中水系統，使全國平均之人均用水量，逐步降至每日250公升以下。」之環境政策，並延續過去推動節約用水之經驗，落實國家水資源永續經營之理念；本署為推動機關及學校加強節約用水工作，期藉由輔導機關及學校採用省水設備及雨中水利用，積極做好節約用水工作，減少不必要的用水浪費，俾作為全民表率，共同創造節水型社會。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010248</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103556</governmentpublicationsnumber><identifier>74218</identifier><internationalstandardbooknumber>9789860353648 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74218</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>機關及學校節水技術輔導計畫(2/2)--光碟版 Institutional and School Water Conservation (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生需水孔急之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校節水技術輔導、檢漏及換裝省水配件計畫」，對國內的機關及學校用水戶提供水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。 另根據民國99年度本署辦理機關學校節水競賽評比成效顯示，得獎單位皆因內部實施用水設備及管線查修檢漏、換裝馬桶二段式沖水器及節水墊片，使得節水成效顯著。     為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，因此本署將優先針對機關學校提供節水技術輔導、檢漏及換裝符合省水標章產品之省水配件，解決用水設備漏水問題並協助換裝省水標章器材，避免浪費珍貴水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000459</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010100751</governmentpublicationsnumber><identifier>74219</identifier><internationalstandardbooknumber>9789860323498 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74219</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>機關學校節水技術輔導、檢漏及換裝省水配件計畫 Institutional and School Water Conservation,Leakage Improvement and Control Program</title><yearidentifier>201203</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生需水孔急之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校節水技術輔導、檢漏及換裝省水配件計畫」，對國內的機關及學校用水戶提供水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。 另根據民國99年度本署辦理機關學校節水競賽評比成效顯示，得獎單位皆因內部實施用水設備及管線查修檢漏、換裝馬桶二段式沖水器及節水墊片，使得節水成效顯著。     為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，因此本署將優先針對機關學校提供節水技術輔導、檢漏及換裝符合省水標章產品之省水配件，解決用水設備漏水問題並協助換裝省水標章器材，避免浪費珍貴水資源。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000459</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010100751</governmentpublicationsnumber><identifier>74220</identifier><internationalstandardbooknumber>9789860323498 ; 9789860323</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74220</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>機關學校節水技術輔導、檢漏及換裝省水配件計畫(光碟版) Institutional and School Water Conservation,Leakage Improvement and Control Program</title><yearidentifier>201203</yearidentifier></data><data><abstract>本計畫的輔導對象規劃上，按水利署政策，以地層下陷較嚴重 區域的6 個縣市(包括：雲林縣、彰化縣、嘉義市、嘉義縣、臺南市、屏東 縣)之用水量達一定規模的政府機關與學校為主要對象進行輔導邀請，也藉 此因應行政院「雲彰地區地層下陷具體解決方案暨行動計畫」與「國土復 育策略方案暨行動計畫」。因此本團隊根據「水利署政府機關及學校用水 填報系統」，針對是等地層下陷區之日用水量大於70 立方公尺/日，分析篩 選出66 個單位(計45 所學校、21 個機關)，作為本計畫主動、優先邀請之 重點對象，同時協請水利署針對是等單位發文，邀請參與本計畫。 本團隊就36 家報名單位之用水資訊及用水現況等綜合評比後，提出 30 家建議優先輔導名單並報請水利署核定後，展開輔導與檢漏維修作業。 茲彙整截至目前成果如下： 1.節水技術輔導方面： (1)本團隊共完成機關學校節水技術輔導30 案次(計畫目標值30 案)，每 案平均預期節水績效1.9 萬立方公尺/年，預期總節水績效達57.8 萬立 方公尺/年，整體預期節水潛力為20.6%。 (2)節水技術輔導前，30 案次之平均單位人均用水量為101.7 公升/人/日， 輔導後預期平均節省至80.7 公升/人/日，省水幅度約20.6%。 2.衛生設備查漏及維修改善方面： (1)本團隊共完成30 案衛生設備(馬桶、小便斗、水箱及水龍頭)查漏及維 修改善工作(計畫目標值30 案)，並針對受輔導對象之漏水故障設備總 計換裝馬桶水箱零件614 組、馬桶沖水凡而155 組、水龍頭608 組與 II 小便斗157 組；此外，並協助受輔導對象全面加裝節水墊片。 (2)藉由實際改善漏水與換裝省水標章器材後，目前節水量總計為28 萬立 方公尺/年，總節水改善率為11.3 %，超出計畫目標節水量15 萬立方 公尺/年，目標達成率為187 %。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010241</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103557</governmentpublicationsnumber><identifier>74221</identifier><internationalstandardbooknumber>9789860353655 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74221</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>配合4省計畫機關學校節水技術輔導、檢漏及換裝省水配件計畫 Institutional and School Water Conservation,Leakage Improvement and Control Program</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫的輔導對象規劃上，按水利署政策，以地層下陷較嚴重 區域的6 個縣市(包括：雲林縣、彰化縣、嘉義市、嘉義縣、臺南市、屏東 縣)之用水量達一定規模的政府機關與學校為主要對象進行輔導邀請，也藉 此因應行政院「雲彰地區地層下陷具體解決方案暨行動計畫」與「國土復 育策略方案暨行動計畫」。因此本團隊根據「水利署政府機關及學校用水 填報系統」，針對是等地層下陷區之日用水量大於70 立方公尺/日，分析篩 選出66 個單位(計45 所學校、21 個機關)，作為本計畫主動、優先邀請之 重點對象，同時協請水利署針對是等單位發文，邀請參與本計畫。 本團隊就36 家報名單位之用水資訊及用水現況等綜合評比後，提出 30 家建議優先輔導名單並報請水利署核定後，展開輔導與檢漏維修作業。 茲彙整截至目前成果如下： 1.節水技術輔導方面： (1)本團隊共完成機關學校節水技術輔導30 案次(計畫目標值30 案)，每 案平均預期節水績效1.9 萬立方公尺/年，預期總節水績效達57.8 萬立 方公尺/年，整體預期節水潛力為20.6%。 (2)節水技術輔導前，30 案次之平均單位人均用水量為101.7 公升/人/日， 輔導後預期平均節省至80.7 公升/人/日，省水幅度約20.6%。 2.衛生設備查漏及維修改善方面： (1)本團隊共完成30 案衛生設備(馬桶、小便斗、水箱及水龍頭)查漏及維 修改善工作(計畫目標值30 案)，並針對受輔導對象之漏水故障設備總 計換裝馬桶水箱零件614 組、馬桶沖水凡而155 組、水龍頭608 組與 II 小便斗157 組；此外，並協助受輔導對象全面加裝節水墊片。 (2)藉由實際改善漏水與換裝省水標章器材後，目前節水量總計為28 萬立 方公尺/年，總節水改善率為11.3 %，超出計畫目標節水量15 萬立方 公尺/年，目標達成率為187 %。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010241</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103557</governmentpublicationsnumber><identifier>74222</identifier><internationalstandardbooknumber>9789860353655 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74222</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>配合4省計畫機關學校節水技術輔導、檢漏及換裝省水配件計畫(光碟版) Institutional and School Water Conservation,Leakage Improvement and Control Program</title><yearidentifier>201212</yearidentifier></data><data><abstract>21世紀水資源經營管理之理念，除了滿足人類用水基本需求外，更必須同時確保生態體系的完整性及人類的永續發展，本計畫延續過去推動節約用水之經驗，落實國家水資源永續經營之理念，以期能合理且有效率地利用有限的水資源，更冀望能達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010171</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010102733</governmentpublicationsnumber><identifier>74223</identifier><internationalstandardbooknumber>9789860345544 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74223</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年節水環境建構與推動計畫 Environmental Construction and Promotion Plan of Water Conservation</title><yearidentifier>201212</yearidentifier></data><data><abstract>21世紀水資源經營管理之理念，除了滿足人類用水基本需求外，更必須同時確保生態體系的完整性及人類的永續發展，本計畫延續過去推動節約用水之經驗，落實國家水資源永續經營之理念，以期能合理且有效率地利用有限的水資源，更冀望能達成「提高用水效率與效能、健全用水管理與制度」之目標，而臻「節水型社會」之境地。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010171</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010102733</governmentpublicationsnumber><identifier>74224</identifier><internationalstandardbooknumber>9789860345544 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74224</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年節水環境建構與推動計畫(光碟版) Environmental Construction and Promotion Plan of Water Conservation</title><yearidentifier>201212</yearidentifier></data><data><abstract>1.委託辦理100年節水績優表揚及省水技術研發獎勵。 2.辦理節水社區活動。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010246</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103730</governmentpublicationsnumber><identifier>74225</identifier><internationalstandardbooknumber>9789860355987 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74225</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度研發獎勵選拔及節水社區推廣活動 2012 Research and Development Reward Selection and Water Conservation Community Promotion Activity</title><yearidentifier>201212</yearidentifier></data><data><abstract>1.委託辦理100年節水績優表揚及省水技術研發獎勵。 2.辦理節水社區活動。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010246</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103730</governmentpublicationsnumber><identifier>74227</identifier><internationalstandardbooknumber>9789860355987 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74227</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度研發獎勵選拔及節水社區推廣活動(光碟版) 2012 Research and Development Reward Selection and Water Conservation Community Promotion Activity</title><yearidentifier>201212</yearidentifier></data><data><abstract>人類藉由自然資源之運用以改善生活；然因人口增加與生活型態改變，過度耗用資源，致使自然環境產生改變，恐進而危及人類的生命與生活。為避免類此危機出現，人類必須存有對自然資源利用與消耗不應超過環境負荷的「永續發展」觀念。為以量化方式觀察人類對自然環境的依賴程度，故而產生「自然資源足跡」的評估概念，以對自然資源之使用，提出客觀數據，其中在水資源部分即為「水足跡」。 「水足跡」的運用包括建立標示於各類產品，使民眾瞭解產品生產時之水資源耗用程度，其次為策進世界各國共同重視，並促進產業製程進化發展；目前已有部分歐美先進國家研議強制輸入產品之水足跡標示，即產生國際貿易限制。此外，對國內而言「水足跡」亦可瞭解各產業或工業區之水資源需求狀況，並強化用水及節水管理，以協助建立水資源管理機制。 然「水足跡」政策之執行，其工作包括知識擴散、計算方式訂定、產品資料庫建立、運用政策推動等項目，目前國內除以先期計畫建立知識儲備外，尚須更進一步之措施，作為「水足跡」政策萌芽期之推動工作，本計畫將建立及散佈水足跡標示概念（效率用水），以利本署「水足跡」政策之施行。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010395</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103529</governmentpublicationsnumber><identifier>74228</identifier><internationalstandardbooknumber>9789860353631 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74228</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水足跡運用技術之先期研究 A Preliminary Study on Applications of Water Footprint Accounting</title><yearidentifier>201212</yearidentifier></data><data><abstract>人類藉由自然資源之運用以改善生活；然因人口增加與生活型態改變，過度耗用資源，致使自然環境產生改變，恐進而危及人類的生命與生活。為避免類此危機出現，人類必須存有對自然資源利用與消耗不應超過環境負荷的「永續發展」觀念。為以量化方式觀察人類對自然環境的依賴程度，故而產生「自然資源足跡」的評估概念，以對自然資源之使用，提出客觀數據，其中在水資源部分即為「水足跡」。 「水足跡」的運用包括建立標示於各類產品，使民眾瞭解產品生產時之水資源耗用程度，其次為策進世界各國共同重視，並促進產業製程進化發展；目前已有部分歐美先進國家研議強制輸入產品之水足跡標示，即產生國際貿易限制。此外，對國內而言「水足跡」亦可瞭解各產業或工業區之水資源需求狀況，並強化用水及節水管理，以協助建立水資源管理機制。 然「水足跡」政策之執行，其工作包括知識擴散、計算方式訂定、產品資料庫建立、運用政策推動等項目，目前國內除以先期計畫建立知識儲備外，尚須更進一步之措施，作為「水足跡」政策萌芽期之推動工作，本計畫將建立及散佈水足跡標示概念（效率用水），以利本署「水足跡」政策之施行。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010395</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/8</date><governmentpublicationsnumber>1010103529</governmentpublicationsnumber><identifier>74229</identifier><internationalstandardbooknumber>9789860353631 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74229</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水足跡運用技術之先期研究 (光碟版) A Preliminary Study on Applications of Water Footprint Accounting</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫擬引進歐盟基金成立之SWITCH永續整合方法，係跨領域的團聚一些工程師、科學家及與來自都市規劃、公用事業及其他領域的從業人員，在過程中一起團結合作，透過對問題之增進與改變理解可導致潛在解答之契機。本計畫建立民眾參與標準作業程序（SOP），於規劃階段即納入民眾參與機制，並宣導近年來重要規劃成果，期能推動好的規劃案件，並能得到百姓支持，提升生活環境品質。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010283</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103175</governmentpublicationsnumber><identifier>74231</identifier><internationalstandardbooknumber>9789860350999 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74231</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水生態廊道規劃之研究-以中部地區為例--內附光碟 Eco-Corridor Planning of Regional Drainage：A case Study of Central Taiwan</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫擬引進歐盟基金成立之SWITCH永續整合方法，係跨領域的團聚一些工程師、科學家及與來自都市規劃、公用事業及其他領域的從業人員，在過程中一起團結合作，透過對問題之增進與改變理解可導致潛在解答之契機。本計畫建立民眾參與標準作業程序（SOP），於規劃階段即納入民眾參與機制，並宣導近年來重要規劃成果，期能推動好的規劃案件，並能得到百姓支持，提升生活環境品質。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010283</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103175</governmentpublicationsnumber><identifier>74232</identifier><internationalstandardbooknumber>9789860350999 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74232</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水生態廊道規劃之研究-以中部地區為例--光碟版 Eco-Corridor Planning of Regional Drainage：A case Study of Central Taiwan</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫於天花湖水庫預定地周邊6處既設樣站針對鳥類、哺乳類、兩棲類、爬蟲類等，進行每季1次除現場調查外，在每處樣站以工作時數至少須達700小時以上自動相機輔助調查，本年度共記錄到鳥類30科51種，哺乳類10科10種、兩棲類科18種、爬蟲類8科18種，以Sorensen相似度分析本年度調查成果，鳥類調查成果與往年之相似度介於66~75%間，哺乳類與歷年相似度低於60%，兩棲類則達80%以上，顯示水庫集水區或大壩下游的生態資源與棲地環境可應用於生態補償用地及培厚區之復育工作。本計畫依據調查成果，並以生態敏感區域迴避、生態衝擊減輕、棲地復育及補償、長期監測等原則，將計畫水庫工程用地、水庫蓄水範圍、水庫集水區等，規劃為不同生態區，並針對各種生態區檢討其保育對策，以做為未來在地保育、移地保育或水庫下游生態補償用地復育工程規劃設計之參考，有助於未來落實生態保育工作。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010363</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103141</governmentpublicationsnumber><identifier>74233</identifier><internationalstandardbooknumber>9789860349290 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74233</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)-淺山森林生態系統保育調查評估(1/2)(內附光碟)=The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Hill Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫於天花湖水庫預定地周邊6處既設樣站針對鳥類、哺乳類、兩棲類、爬蟲類等，進行每季1次除現場調查外，在每處樣站以工作時數至少須達700小時以上自動相機輔助調查，本年度共記錄到鳥類30科51種，哺乳類10科10種、兩棲類科18種、爬蟲類8科18種，以Sorensen相似度分析本年度調查成果，鳥類調查成果與往年之相似度介於66~75%間，哺乳類與歷年相似度低於60%，兩棲類則達80%以上，顯示水庫集水區或大壩下游的生態資源與棲地環境可應用於生態補償用地及培厚區之復育工作。本計畫依據調查成果，並以生態敏感區域迴避、生態衝擊減輕、棲地復育及補償、長期監測等原則，將計畫水庫工程用地、水庫蓄水範圍、水庫集水區等，規劃為不同生態區，並針對各種生態區檢討其保育對策，以做為未來在地保育、移地保育或水庫下游生態補償用地復育工程規劃設計之參考，有助於未來落實生態保育工作。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010363</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103141</governmentpublicationsnumber><identifier>74234</identifier><internationalstandardbooknumber>9789860349290 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74234</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)--淺山森林生態系統保育調查評估(1/2)--光碟版 The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Hill Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年莫拉克風災導致南部水庫大量淤積，造成台南、高雄市水資源供應危機。本計畫評估台南海淡廠工程可行性，將產出海淡水併入自來水管網系統就近供給台南市臨海地區公共給水，以期達成「台灣南部區域水資源基本經理計畫」規劃民國108年增供每日10萬立方公尺之供水目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010218</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103134</governmentpublicationsnumber><identifier>74235</identifier><internationalstandardbooknumber>9789860348798 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74235</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>臺南海水淡化廠可行性規劃─工程可行性規劃(2)--內附光碟 Engineering Feasibility Study of Tainan Seawater Desalination Plant(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年莫拉克風災導致南部水庫大量淤積，造成台南、高雄市水資源供應危機。本計畫評估台南海淡廠工程可行性，將產出海淡水併入自來水管網系統就近供給台南市臨海地區公共給水，以期達成「台灣南部區域水資源基本經理計畫」規劃民國108年增供每日10萬立方公尺之供水目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010218</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103134</governmentpublicationsnumber><identifier>74236</identifier><internationalstandardbooknumber>9789860348798 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74236</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>臺南海水淡化廠可行性規劃─工程可行性規劃(2)--光碟版 Engineering Feasibility Study of Tainan Seawater Desalination Plant(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫以頭前溪流域為工作範圍，採用開放原始碼地?資訊系統，整合相關地文與水文分析功能，建置「水資源規劃成果圖資數位平台」，以提供水資源管理單位，於進行水資源開發應用與規劃時所需之地文與水文資訊。</abstract><author>臺灣海洋大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010312</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102921</governmentpublicationsnumber><identifier>74237</identifier><internationalstandardbooknumber>9789860347128 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74237</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區可能壩堰址勘查檢討─水資源規劃成果圖資數位建置〈1〉--內附光碟 Reviews of Possible Dam Weir Site Survey in Taiwan Geographic Information Systems for Water Resources Planning(1)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫以頭前溪流域為工作範圍，採用開放原始碼地?資訊系統，整合相關地文與水文分析功能，建置「水資源規劃成果圖資數位平台」，以提供水資源管理單位，於進行水資源開發應用與規劃時所需之地文與水文資訊。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010312</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102921</governmentpublicationsnumber><identifier>74238</identifier><internationalstandardbooknumber>9789860347128 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74238</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區可能壩堰址勘查檢討─水資源規劃成果圖資數位建置〈1〉--光碟版 Reviews of Possible Dam Weir Site Survey in Taiwan Geographic Information Systems for Water Resources Planning(1)</title><yearidentifier>201212</yearidentifier></data><data><abstract>竹山堰位於吳?橋下游，部份河道已下切成30~40公尺深之峽谷，危及竹山堰及下游安全外，亦將使嘉義地區嚴重缺水。為降低嘉義地區供水風險、新增水源及縮小水質水量保護區等因素，擬進行可行探討，俾穩定嘉義地區供水。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010268</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102995</governmentpublicationsnumber><identifier>74239</identifier><internationalstandardbooknumber>9789860347791 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74239</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>觸口攔河堰可行性探討--內附光碟 Feasibility Study of Chu-Kou Weir</title><yearidentifier>201212</yearidentifier></data><data><abstract>竹山堰位於吳?橋下游，部份河道已下切成30~40公尺深之峽谷，危及竹山堰及下游安全外，亦將使嘉義地區嚴重缺水。為降低嘉義地區供水風險、新增水源及縮小水質水量保護區等因素，擬進行可行探討，俾穩定嘉義地區供水。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010268</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102995</governmentpublicationsnumber><identifier>74240</identifier><internationalstandardbooknumber>9789860347791 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74240</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>觸口攔河堰可行性探討--光碟版 Feasibility Study of Chu-Kou Weir</title><yearidentifier>201212</yearidentifier></data><data><abstract>依照自來水法規定，自來水設備應具有必要之取水、貯水、導水、淨水、送水、配水等設備，且其規劃設計需依「自來水工程設施標準」所公告之各項設置規範為準則。然而，由於國內多數簡易自來水場具有位處偏遠、供水量小、水源不穩定、處理單元簡單與維護管理不便等特性，其水場處理設施規劃與設計將不完全適用「自來水工程設施標準」所訂定之規範。爰此，為使後續新建或改建之簡易自來水場工程能有所依循，研擬制定「簡易自來水工程設施規範」，以作為簡易自來水場設置及改善之參考，來逐步達到健全簡易自來水之目標。 另簡易自來水場之維護管理亦極待加強。因此，本署亦期透過水場自主水質管理措施之制定，以及藉由查核督導各直轄(縣)市政府管理狀況之方式，共同提升水場管理、輔導與督導之成效。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000456</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103003</governmentpublicationsnumber><identifier>74243</identifier><internationalstandardbooknumber>9789860349191 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74243</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>簡易自來水工程設施規範與管理機制之建立 Establishment of Small Water Treatment Facilities’ Engineering and Management Mechanism</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>74244</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74244</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫系統操作手冊=Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依照自來水法規定，自來水設備應具有必要之取水、貯水、導水、淨水、送水、配水等設備，且其規劃設計需依「自來水工程設施標準」所公告之各項設置規範為準則。然而，由於國內多數簡易自來水場具有位處偏遠、供水量小、水源不穩定、處理單元簡單與維護管理不便等特性，其水場處理設施規劃與設計將不完全適用「自來水工程設施標準」所訂定之規範。爰此，為使後續新建或改建之簡易自來水場工程能有所依循，研擬制定「簡易自來水工程設施規範」，以作為簡易自來水場設置及改善之參考，來逐步達到健全簡易自來水之目標。 另簡易自來水場之維護管理亦極待加強。因此，本署亦期透過水場自主水質管理措施之制定，以及藉由查核督導各直轄(縣)市政府管理狀況之方式，共同提升水場管理、輔導與督導之成效。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000456</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103003</governmentpublicationsnumber><identifier>74245</identifier><internationalstandardbooknumber>9789860349191 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74245</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>簡易自來水工程設施規範與管理機制之建立(光碟版) Establishment of Small Water Treatment Facilities’ Engineering and Management Mechanism</title><yearidentifier>201212</yearidentifier></data><data><abstract>彙整阿公店溪河系以河川為單元之GIS生態資料，建置於河川情勢調查資訊網站資料庫內，提供水利工程單位對阿公店溪河段近自然工法規劃設計參考。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010191</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103012</governmentpublicationsnumber><identifier>74246</identifier><internationalstandardbooknumber>9789860347753 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74246</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>阿公店溪河系河川情勢調查--內附光碟 Investigation of stream status of Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>彙整阿公店溪河系以河川為單元之GIS生態資料，建置於河川情勢調查資訊網站資料庫內，提供水利工程單位對阿公店溪河段近自然工法規劃設計參考。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010191</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103012</governmentpublicationsnumber><identifier>74247</identifier><internationalstandardbooknumber>9789860347753 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74247</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>阿公店溪河系河川情勢調查--光碟版 Investigation of stream status of Agongdian River</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>74248</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74248</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫系統操作手冊 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>74249</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74249</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3) The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>74250</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74250</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3)--光碟版=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水為民生必需品，自來水事業有其責任提供質優量足之自來水供民眾使用。然台灣地區水資源分佈豐枯懸殊，加上各河川川短流急，不利水資源之攔蓄，水資源條件嚴苛；政府有鑑於此，不斷宣導國人要「節約用水」珍惜水資源，已漸有成效。惟水價長期偏低，未能與時俱進合理反映水資源經濟價值，已逐漸侵蝕自來水事業經營體質，如財務、成本等，對提昇自來水品質，長期而言是一隱憂。而藉由水價結構檢討，促使民眾更珍惜水資源，提升水資源效能，亦是政府所面對的嚴肅課題。 為使自來水事業能隨時代及科技之演進而進步，提供民生量足質優之用水，厚實國家經濟發展之基礎，爰透過合理水價策略的檢討，健全自來水事業之營運，確保水資源之永續利用。同時，亦契合立法院審查99年度國營事業預算與天然氣事業法草案時，要求自來水及天然瓦斯基本費收費制度比照電費之計價機制。準此，藉由本計畫，適時檢討水價結構、基本費收費制與水價合理調整等重大議題，俾國人凝聚共識，研擬具體可行方案作為政府決策參考。 綜上，本計畫要旨，參酌世界其他國家在追求自來水事業永續經營過程中，其水價調整歷程、演進與經驗，水價訂價策略中所考量項目，如成本、用戶公平、使用效率、水資源的有效利用及永續經營等，作為國內水價結構與計價方式檢討之基礎。 另為使水價政策貼近民意，本計畫之另一工作重點為於政策規劃過程中，納入各相關單位、民間團體及民眾等意見，俾建構永續水價決策評估模式，模擬目前環境下可能之水價決策演化結果，研提適合國內自來水事業永續發展之水價策略，俾利國內各自來水事業展現高績效之經營新風貌，爰辦理本計畫。</abstract><author>淡江大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010228</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102963</governmentpublicationsnumber><identifier>74251</identifier><internationalstandardbooknumber>9789860348743 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74251</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水事業永續經營之水價策略規劃研究(2/2) The strategies of water pricing on sustainable management of the public water supply sector (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水為民生必需品，自來水事業有其責任提供質優量足之自來水供民眾使用。然台灣地區水資源分佈豐枯懸殊，加上各河川川短流急，不利水資源之攔蓄，水資源條件嚴苛；政府有鑑於此，不斷宣導國人要「節約用水」珍惜水資源，已漸有成效。惟水價長期偏低，未能與時俱進合理反映水資源經濟價值，已逐漸侵蝕自來水事業經營體質，如財務、成本等，對提昇自來水品質，長期而言是一隱憂。而藉由水價結構檢討，促使民眾更珍惜水資源，提升水資源效能，亦是政府所面對的嚴肅課題。 為使自來水事業能隨時代及科技之演進而進步，提供民生量足質優之用水，厚實國家經濟發展之基礎，爰透過合理水價策略的檢討，健全自來水事業之營運，確保水資源之永續利用。同時，亦契合立法院審查99年度國營事業預算與天然氣事業法草案時，要求自來水及天然瓦斯基本費收費制度比照電費之計價機制。準此，藉由本計畫，適時檢討水價結構、基本費收費制與水價合理調整等重大議題，俾國人凝聚共識，研擬具體可行方案作為政府決策參考。 綜上，本計畫要旨，參酌世界其他國家在追求自來水事業永續經營過程中，其水價調整歷程、演進與經驗，水價訂價策略中所考量項目，如成本、用戶公平、使用效率、水資源的有效利用及永續經營等，作為國內水價結構與計價方式檢討之基礎。 另為使水價政策貼近民意，本計畫之另一工作重點為於政策規劃過程中，納入各相關單位、民間團體及民眾等意見，俾建構永續水價決策評估模式，模擬目前環境下可能之水價決策演化結果，研提適合國內自來水事業永續發展之水價策略，俾利國內各自來水事業展現高績效之經營新風貌，爰辦理本計畫。</abstract><author>淡江大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010228</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010102963</governmentpublicationsnumber><identifier>74252</identifier><internationalstandardbooknumber>9789860348743 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74252</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水事業永續經營之水價策略規劃研究(2/2)--光碟版 The strategies of water pricing on sustainable management of the public water supply sector (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫分五年辦理，本年度之工作重點為「大量充實網站資訊，並透過手機APP的製作，吸引不同的使用者族群，隨時隨地於手機上查詢並瞭解河川復育的相關資訊，加強宣傳。更進一步邀集民間單位的河川復育推手，以河川復育課程為引，江河川復育的理念紮根於民間，積極落實台灣河川復育的理念於行動。更徵求推廣河川復育的有志之士，招募為公民記者，為台灣的河川復育行動發聲。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010332</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103013</governmentpublicationsnumber><identifier>74253</identifier><internationalstandardbooknumber>9789860347777 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74253</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>臺灣河川復育網路營運維護計畫(3/5)--內附光碟 Operating and Maintenance Plan of Taiwan River Restoration Network Website(3/5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫分五年辦理，本年度之工作重點為「大量充實網站資訊，並透過手機APP的製作，吸引不同的使用者族群，隨時隨地於手機上查詢並瞭解河川復育的相關資訊，加強宣傳。更進一步邀集民間單位的河川復育推手，以河川復育課程為引，江河川復育的理念紮根於民間，積極落實台灣河川復育的理念於行動。更徵求推廣河川復育的有志之士，招募為公民記者，為台灣的河川復育行動發聲。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010332</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103013</governmentpublicationsnumber><identifier>74254</identifier><internationalstandardbooknumber>9789860347777 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74254</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>臺灣河川復育網路營運維護計畫(3/5)--光碟版 Operating and Maintenance Plan of Taiwan River Restoration Network Website(3/5)</title><yearidentifier>201212</yearidentifier></data><data><abstract>曾文水庫興建於曾文溪上游，主要目標為調節並充分?用曾文溪之水資源，改善與擴充嘉南地區耕地之灌溉，完成後兼具水?發電、給水及防洪等效應。水庫自蓄水以?，?經多次颱風豪雨侵襲，水庫集水區洪水造成大??沙推移至蓄水區域內，其淤?之分佈情形及其可能對水庫營運產生??之影響，為有效執?曾文水庫之清淤排淤、集水區治?等計畫，故辦?本案以空載光達配合多音束水深測?獲取高??及高密?測點資?，藉由成果資?瞭解沖淤區域、大小及原因，作為後續執?清淤排淤、集水區治?等計畫之依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010196</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103859</governmentpublicationsnumber><identifier>74255</identifier><internationalstandardbooknumber>9789860358766 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74255</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度曾文水庫淤積測量工作測量成果報告書(光碟版) 2012's Tseng Wen Reservoir Sedimentation Measurements</title><yearidentifier>201212</yearidentifier></data><data><abstract>曾文水庫興建於曾文溪上游，主要目標為調節並充分?用曾文溪之水資源，改善與擴充嘉南地區耕地之灌溉，完成後兼具水?發電、給水及防洪等效應。水庫自蓄水以?，?經多次颱風豪雨侵襲，水庫集水區洪水造成大??沙推移至蓄水區域內，其淤?之分佈情形及其可能對水庫營運產生??之影響，為有效執?曾文水庫之清淤排淤、集水區治?等計畫，故辦?本案以空載光達配合多音束水深測?獲取高??及高密?測點資?，藉由成果資?瞭解沖淤區域、大小及原因，作為後續執?清淤排淤、集水區治?等計畫之依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010196</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103859</governmentpublicationsnumber><identifier>74256</identifier><internationalstandardbooknumber>9789860358766 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74256</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>101年度曾文水庫淤積測量工作測量成果報告書2012's Tseng Wen Reservoir Sedimentation Measurements</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之。」然而，自從自來水法第57條規定公布（民國55年）至今，雖已公告相關子法「自來水事業技術人員考驗辦法」，但自來水事業中央主管機關僅自94年度起舉辦5次已在職自來水事業技術人員考驗，而在98年度舉辦第1次全國性自來水技術人員考驗，對於各自來水事業之新進人員與各自來水事業委外相關工作之從業人員，缺乏取得考驗合格之經常管道，以致未能完全落實自來水法之立法旨意。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>明志科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010243</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103072</governmentpublicationsnumber><identifier>74257</identifier><internationalstandardbooknumber>9789860349672 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74257</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水技術人員考驗(2/3) Test of Water Supply Enterprise Technician (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之。」然而，自從自來水法第57條規定公布（民國55年）至今，雖已公告相關子法「自來水事業技術人員考驗辦法」，但自來水事業中央主管機關僅自94年度起舉辦5次已在職自來水事業技術人員考驗，而在98年度舉辦第1次全國性自來水技術人員考驗，對於各自來水事業之新進人員與各自來水事業委外相關工作之從業人員，缺乏取得考驗合格之經常管道，以致未能完全落實自來水法之立法旨意。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>明志科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010243</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/18</date><governmentpublicationsnumber>1010103072</governmentpublicationsnumber><identifier>74258</identifier><internationalstandardbooknumber>9789860349672 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74258</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水技術人員考驗(2/3)--光碟版 Test of Water Supply Enterprise Technician (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水漏水來源有二，其一為自來水配水管網漏水，其屬自來水事業應改善範疇，嗣經多年來之研發，已初步掌握其漏水原因及改善對策，然而為降低配水管網漏水，投資大量經費在逾齡及老舊自來水配水管線汰換工作上，不僅耗財且費時，且對道路交通衝擊的社會成本更是不可計量。 對於另一自來水漏水來源－自來水用戶用水設備漏水，則因受限於該設備係屬私權範疇，其漏水改善工作涉及工程、管理、法規及政策等層面，以往對本部份之研究甚少。 本計畫擬透過自來水配水管延壽分析、自來水用戶用水設備漏水原因檢討，透析自來水產業鏈關係，引進相關技術，以育成符合國內自來水用水特性之配水管延壽技術及漏水改善技術，爰提本委託服務計畫。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010238</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103071</governmentpublicationsnumber><identifier>74259</identifier><internationalstandardbooknumber>9789860349696 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74259</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水用戶用水設備漏水改善及配水管延壽技術育成與策略評估 User End Leak Management and Development of Strategies and Technologies to Prolong Useful Life of Water Supply Mains</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水漏水來源有二，其一為自來水配水管網漏水，其屬自來水事業應改善範疇，嗣經多年來之研發，已初步掌握其漏水原因及改善對策，然而為降低配水管網漏水，投資大量經費在逾齡及老舊自來水配水管線汰換工作上，不僅耗財且費時，且對道路交通衝擊的社會成本更是不可計量。 對於另一自來水漏水來源－自來水用戶用水設備漏水，則因受限於該設備係屬私權範疇，其漏水改善工作涉及工程、管理、法規及政策等層面，以往對本部份之研究甚少。 本計畫擬透過自來水配水管延壽分析、自來水用戶用水設備漏水原因檢討，透析自來水產業鏈關係，引進相關技術，以育成符合國內自來水用水特性之配水管延壽技術及漏水改善技術，爰提本委託服務計畫。</abstract><author>能邦科技顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010238</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103071</governmentpublicationsnumber><identifier>74260</identifier><internationalstandardbooknumber>9789860349696 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74260</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水用戶用水設備漏水改善及配水管延壽技術育成與策略評估(光碟版) User End Leak Management and Development of Strategies and Technologies to Prolong Useful Life of Water Supply Mains</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。整體計畫目的為：(1) 健全新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。 一、	計畫前三年度(98~100年)工作執行成果彙整如下： (一)	 建置新興污染物監測分析資訊與公共給水系統中新興污染物相關管制策略規劃方面，包括： 1.	98與99年共完成包括WHO、美國、歐盟、澳洲等國家，相關管制標準或管制機制，以及公共給水系統新興污染物管制制度。此外，亦彙整新興污染物於地表水與地下水中之監測需求及歐盟環境基準值設置之相關內容，俾利於建置國內背景資料庫之規範。 2.	99年彙整新興污染物於監測、處理與控制等方面之分工事項，以及所屬之權責單位或執行單位。就水利署而言，主要工作為建立背景資料庫、提升淨水場操作效率、以及加強集水區監控與保護等。 3.	100年度已完成「自來水法」與「飲用水管理條例」差異之比較，以及水質水量保護區開發行為相關法令之彙集工作。另並彙整我國公共給水系統新興污染物之管制策略建議。此外，在管制策略方面，延續前二年度之成果，分別就管制架構、管制名單、監測頻率等，提出建議。管制名單方面，針對我國建議之名單包含共50項目，逐年進行調查、監測、以及評估等工作，以確保自來水之安全無虞。 (二)	檢視淨水場對新興污染物控制能力與最佳化方面，包括： 1.	98年度共抽驗國內10座淨水場原水、沉澱、快濾、清水中25個檢驗項目，建立3000筆水質資料；99年度共抽驗國內15座淨水場並建立2200筆水質資料；100年度共抽驗國內10座淨水場原水、沉澱、快濾、清水，建立800筆水質資料。結果顯示，各場清水之總三鹵甲烷均符合現行法規標準，在大多數清水之HAA濃度均可控制於相當濃度之下；而環境荷爾蒙方面，多數水樣可檢測出少量雙酚A，而壬基酚則廣泛存在於各單元中，部分淨水場原水中發現微囊藻毒。99年度採樣分析結果，所有淨水場BTEX、NDMA均未檢出。 2.	淨水場最佳化方面，實際採樣發現現有傳統處理程序對壬基酚及雙酚A之控制能力有限。針對藻毒部份，結果顯示各淨水場中的處理單元，對於藻毒有相當良好之去除效率。 3.	98、99與100年已完成壬基酚及雙酚A之健康風險評估。結果顯示，由於濃度甚低，在HQ (&amp;lt; 1)與cancer risk (&amp;lt; 10-6)暫無健康疑慮。 4.	100年度，已完成淨水場高級程序操作指引，包括各單元處理機制、以及各類型污染物適用單元彙整，以及活性碳(包括顆粒狀與粉末狀)吸附、薄膜過濾(含逆滲透)、以及高級氧化(以臭氧為主)等高級處理單元。 5.	在配水系統中新興污染物流佈與安全評估方面，已完成含氮消毒附產物生成動力實驗，以及板新淨水場配水主要管線管網圖層。並完成一次配水系統採樣分析，及其健康風險評估。 (三)	評估處理程序對新興污染物削減能力方面，包括： 1.	實驗室單元操作結果顯示，傳統單元對雙酚A以及辛基酚去除NP之關鍵在於混凝膠羽有效吸附NP，但效果相當不穩定；另一方面加氯處理對於移除壬基酚之效率可以達到60~90%。 2.	薄膜對壬基酚與雙酚A結果顯示，兩種NF薄膜在弱酸條件下，對NP有較佳的去除效果，推測為吸附機制提供；由於薄膜表面吸附能力有限，其去除效果乃隨時間遞減 3.	臭氧對微囊藻毒結果顯示，臭氧劑量增加對三種藻體破壞皆呈現增加的現象，細胞數的增加會影響臭氧對細胞的破壞力，同時亦會影響臭氧對代謝物的去除力。 4.	現地DNA萃取技術方面，已完成方法建立，並於石門水庫、新山水庫兩地進行現地運用，以求得操作參數及最佳化實驗條件。並就已開發之技術提出國內專利申請，名稱為「採樣現場樣品中致病性細菌暨藻類快速破壞細胞膜(壁)技術」。 (四)	建立國際合作機制方面，於98、99年度訂定交流議題為新興污染物檢測分析技術、新興污染物淨水處理技術、新興污染物風險資訊、新興污染物背景資訊分享、雙邊合作發展機制及雙邊技術參訪與交流等。 1.	100年度完成第七屆永續水環境國際研討會(7th International Conference on Sustainable Water Environment)，以及「AUSTRALIAN TAIWAN STRATEGIC WORKSHOP ON  SUSTAINABLE WATER ENVIRONMENT」兩次國際研討會。 2.	合作伙伴關係方面，100年度已與韓國首爾大學教授Prof. Hyunook Kim簽訂合作進行韓國環保部河川水質遙控監測技術；另與澳洲Australian Rivers Institute, Griffith University以及University of New South Wales簽訂合作協議。 二、	101年度工作執行成果 本(101)年度為計畫執行第四年，主要係承前三(98、99與100)年度計畫結果，進一步主要工作項目為：(1) 檢視淨水場及其水質水量保護區對新興污染物控制重要性；(2) 評估並整合處理程序對新興污染物削減能力與最佳化；(3) 整合公共給水系統中新興污染物(含消毒副產物)濃度與健康風險資訊；(4) 建立國際合作機制並促進研究成果交流。本報告執行成果包括： (一)	檢視淨水場及其水質水量保護區對新興污染物控制重要性 藉由本計畫四年全台淨水場原水及清水之採樣規劃，彙整各類污染物總檢出率，以了解目標污染物分布情況。此外，工作重點之二為針對目前新興污染物中較為重視的環境荷爾蒙(雙酚A、壬基酚及辛基酚)及微囊藻毒進行統計分析，藉由製做盒型圖具體描述全台16座淨水場之目標污染物濃度變化，也可比較在不同組別中同一變項的分布差異。最後，工作重點之三為將上述污染物進行空間地理及時間分布，藉此檢視目標污染物於地理及季節之濃度變化趨勢。 (二)	評估並整合處理程序對新興污染物削減能力與最佳化 1.	將以環境荷爾蒙為目標污染物進行實驗室單元操作實驗，找出最適合的去除方法，提供淨水場對新興污染物控制最佳化操作策略。 2.	利用小型淨水模場模擬淨水場實際操作條件，進行新興污染物於淨水場去除效率之實驗，此舉可幫助文獻資料及全台採樣分析結果的不足，更可以完整了解傳統淨水程序中各淨水單元的去除效果。本研究於實驗室淨水廠處理模擬實驗中，除了以上述環境荷爾蒙作為目標污染物之外，額外新增卡巴氮平及咖啡因作為額外添加的目標污染物。卡巴氮平及咖啡因為目前逐漸受到重視的藥物及個人護理品PPCPs (Pharmaceuticals and Personal Care Products)，此類新興污染物現今已被許多學者廣泛研究。 3.	利用反應曲面找出目標污染物最佳的去除率，本計畫採用傳統處理中最重要的三個因子進行實驗設計，三因子分別為pH值、混凝劑濃度及初始水質濁度，選定之目標污染物為消毒副產物中的HANs及環境荷爾蒙中的卡巴氮平及咖啡因，所得最佳之去除率可供淨水場對目標污染物控制最佳化操作策略作為參考依據；另一方面，為研擬淨水場淨水處理單元對於環境衝擊之評估研究，為利用生命週期評估作為研究方法，在得知其對於環境衝擊之影響後，未來將針對最佳化操作與環境污染負荷中進行探討，期望能做到效能與環保兼顧之平衡點。 (三)	整合公共給水系統中新興污染物(含消毒副產物)濃度與健康風險資訊 利用現今台灣自來水管線中所存在之生物膜和利用生物膜反應器(CDC biofilm reactor)共同進行定量分析，且同時觀察反應器中生物膜之生成情況，最後將自來水管線中所取得之生物膜與反應器所生成之生物膜個別加入固定次氯酸鈉濃度之水溶液中，觀察其HANs之變化量且加以比較，其結果未來可作為預測HANs消毒副產物之參考依據。而本項工作重點之二在於預測管線中所含氯的濃度及管線中點與點間的濃度變化，預期成果將得到配水系統安全及健康風險之最佳管制策略。 (四)	建立國際合作機制並促進研究成果交流 本章內容針對建立國際合作機制並促進研究成果交流，包括規劃國內淨水場未來研究方向及國際自來水科技發展趨勢及需求及舉辦國際研討會。國際發展趨勢方面，本研究收集國際三個重要自來水相關研究組織研發主軸，說明其研究重點及趨勢。而在國內部分，依環保署針對水源中潛在污染物質監測之結果，並參考美國EPA 待列管污染物候選清單（CCLs）篩選流程，建議將下列物質列入待列管污染物優先觀察之清單，並建議針對自來水事業單位對此類物質之處理效能進行評估。且於101年8月29號舉辦2012年「公共給水新興污染物監測、處理與評估國際研討會(2012 International Workshop on the Monitoring, Treatment, and Assessment for Contaminant of Emerging Concern)」，舉辦此國際研討會之主要目的，乃為增進國內對於公共給水中，新興污染物監測、處理與評估之瞭解，加強國內相關領域專業人員之互動，因此就就流域管理及新興污染物監控處理等議題，預定於2012年召開一場國際研討會，以「公共給水新興污染物監測、處理與評估」為主題，邀請國內外產、官、學、研進行相關學術之交流，分享相關之實務經驗，期盼透過國外執行經驗分享，增進國內對於公共給水系統中新興污染物管理之技術。 包括計畫前三年建議事項執行情形，整合計畫四年成果，提出四年精簡報告，以期推廣本計畫之研究成果。</abstract><author>國立臺灣大學環境工程研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010210</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102959</governmentpublicationsnumber><identifier>74261</identifier><internationalstandardbooknumber>9789860348767 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74261</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究（4/4）Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為四年期計畫，目的在評估新興污染物於公共給水系統 (包括飲用水) 中可能潛在對人體健康的風險，並依輕重緩急評析其優先次序，階段性納入監測項目。整體計畫目的為：(1) 健全新興污染物監測分析資訊；(2) 評估處理程序對新興污染物削減能力；(3) 檢視淨水場對新興污染物控制能力與最佳化；(4)評估配水系統中消毒副產物健康風險及管制策略；(5) 公共給水系統中新興污染物相關管制策略規劃；以及(6) 建立國際合作機制。 一、	計畫前三年度(98~100年)工作執行成果彙整如下： (一)	 建置新興污染物監測分析資訊與公共給水系統中新興污染物相關管制策略規劃方面，包括： 1.	98與99年共完成包括WHO、美國、歐盟、澳洲等國家，相關管制標準或管制機制，以及公共給水系統新興污染物管制制度。此外，亦彙整新興污染物於地表水與地下水中之監測需求及歐盟環境基準值設置之相關內容，俾利於建置國內背景資料庫之規範。 2.	99年彙整新興污染物於監測、處理與控制等方面之分工事項，以及所屬之權責單位或執行單位。就水利署而言，主要工作為建立背景資料庫、提升淨水場操作效率、以及加強集水區監控與保護等。 3.	100年度已完成「自來水法」與「飲用水管理條例」差異之比較，以及水質水量保護區開發行為相關法令之彙集工作。另並彙整我國公共給水系統新興污染物之管制策略建議。此外，在管制策略方面，延續前二年度之成果，分別就管制架構、管制名單、監測頻率等，提出建議。管制名單方面，針對我國建議之名單包含共50項目，逐年進行調查、監測、以及評估等工作，以確保自來水之安全無虞。 (二)	檢視淨水場對新興污染物控制能力與最佳化方面，包括： 1.	98年度共抽驗國內10座淨水場原水、沉澱、快濾、清水中25個檢驗項目，建立3000筆水質資料；99年度共抽驗國內15座淨水場並建立2200筆水質資料；100年度共抽驗國內10座淨水場原水、沉澱、快濾、清水，建立800筆水質資料。結果顯示，各場清水之總三鹵甲烷均符合現行法規標準，在大多數清水之HAA濃度均可控制於相當濃度之下；而環境荷爾蒙方面，多數水樣可檢測出少量雙酚A，而壬基酚則廣泛存在於各單元中，部分淨水場原水中發現微囊藻毒。99年度採樣分析結果，所有淨水場BTEX、NDMA均未檢出。 2.	淨水場最佳化方面，實際採樣發現現有傳統處理程序對壬基酚及雙酚A之控制能力有限。針對藻毒部份，結果顯示各淨水場中的處理單元，對於藻毒有相當良好之去除效率。 3.	98、99與100年已完成壬基酚及雙酚A之健康風險評估。結果顯示，由於濃度甚低，在HQ (&amp;lt; 1)與cancer risk (&amp;lt; 10-6)暫無健康疑慮。 4.	100年度，已完成淨水場高級程序操作指引，包括各單元處理機制、以及各類型污染物適用單元彙整，以及活性碳(包括顆粒狀與粉末狀)吸附、薄膜過濾(含逆滲透)、以及高級氧化(以臭氧為主)等高級處理單元。 5.	在配水系統中新興污染物流佈與安全評估方面，已完成含氮消毒附產物生成動力實驗，以及板新淨水場配水主要管線管網圖層。並完成一次配水系統採樣分析，及其健康風險評估。 (三)	評估處理程序對新興污染物削減能力方面，包括： 1.	實驗室單元操作結果顯示，傳統單元對雙酚A以及辛基酚去除NP之關鍵在於混凝膠羽有效吸附NP，但效果相當不穩定；另一方面加氯處理對於移除壬基酚之效率可以達到60~90%。 2.	薄膜對壬基酚與雙酚A結果顯示，兩種NF薄膜在弱酸條件下，對NP有較佳的去除效果，推測為吸附機制提供；由於薄膜表面吸附能力有限，其去除效果乃隨時間遞減 3.	臭氧對微囊藻毒結果顯示，臭氧劑量增加對三種藻體破壞皆呈現增加的現象，細胞數的增加會影響臭氧對細胞的破壞力，同時亦會影響臭氧對代謝物的去除力。 4.	現地DNA萃取技術方面，已完成方法建立，並於石門水庫、新山水庫兩地進行現地運用，以求得操作參數及最佳化實驗條件。並就已開發之技術提出國內專利申請，名稱為「採樣現場樣品中致病性細菌暨藻類快速破壞細胞膜(壁)技術」。 (四)	建立國際合作機制方面，於98、99年度訂定交流議題為新興污染物檢測分析技術、新興污染物淨水處理技術、新興污染物風險資訊、新興污染物背景資訊分享、雙邊合作發展機制及雙邊技術參訪與交流等。 1.	100年度完成第七屆永續水環境國際研討會(7th International Conference on Sustainable Water Environment)，以及「AUSTRALIAN TAIWAN STRATEGIC WORKSHOP ON  SUSTAINABLE WATER ENVIRONMENT」兩次國際研討會。 2.	合作伙伴關係方面，100年度已與韓國首爾大學教授Prof. Hyunook Kim簽訂合作進行韓國環保部河川水質遙控監測技術；另與澳洲Australian Rivers Institute, Griffith University以及University of New South Wales簽訂合作協議。 二、	101年度工作執行成果 本(101)年度為計畫執行第四年，主要係承前三(98、99與100)年度計畫結果，進一步主要工作項目為：(1) 檢視淨水場及其水質水量保護區對新興污染物控制重要性；(2) 評估並整合處理程序對新興污染物削減能力與最佳化；(3) 整合公共給水系統中新興污染物(含消毒副產物)濃度與健康風險資訊；(4) 建立國際合作機制並促進研究成果交流。本報告執行成果包括： (一)	檢視淨水場及其水質水量保護區對新興污染物控制重要性 藉由本計畫四年全台淨水場原水及清水之採樣規劃，彙整各類污染物總檢出率，以了解目標污染物分布情況。此外，工作重點之二為針對目前新興污染物中較為重視的環境荷爾蒙(雙酚A、壬基酚及辛基酚)及微囊藻毒進行統計分析，藉由製做盒型圖具體描述全台16座淨水場之目標污染物濃度變化，也可比較在不同組別中同一變項的分布差異。最後，工作重點之三為將上述污染物進行空間地理及時間分布，藉此檢視目標污染物於地理及季節之濃度變化趨勢。 (二)	評估並整合處理程序對新興污染物削減能力與最佳化 1.	將以環境荷爾蒙為目標污染物進行實驗室單元操作實驗，找出最適合的去除方法，提供淨水場對新興污染物控制最佳化操作策略。 2.	利用小型淨水模場模擬淨水場實際操作條件，進行新興污染物於淨水場去除效率之實驗，此舉可幫助文獻資料及全台採樣分析結果的不足，更可以完整了解傳統淨水程序中各淨水單元的去除效果。本研究於實驗室淨水廠處理模擬實驗中，除了以上述環境荷爾蒙作為目標污染物之外，額外新增卡巴氮平及咖啡因作為額外添加的目標污染物。卡巴氮平及咖啡因為目前逐漸受到重視的藥物及個人護理品PPCPs (Pharmaceuticals and Personal Care Products)，此類新興污染物現今已被許多學者廣泛研究。 3.	利用反應曲面找出目標污染物最佳的去除率，本計畫採用傳統處理中最重要的三個因子進行實驗設計，三因子分別為pH值、混凝劑濃度及初始水質濁度，選定之目標污染物為消毒副產物中的HANs及環境荷爾蒙中的卡巴氮平及咖啡因，所得最佳之去除率可供淨水場對目標污染物控制最佳化操作策略作為參考依據；另一方面，為研擬淨水場淨水處理單元對於環境衝擊之評估研究，為利用生命週期評估作為研究方法，在得知其對於環境衝擊之影響後，未來將針對最佳化操作與環境污染負荷中進行探討，期望能做到效能與環保兼顧之平衡點。 (三)	整合公共給水系統中新興污染物(含消毒副產物)濃度與健康風險資訊 利用現今台灣自來水管線中所存在之生物膜和利用生物膜反應器(CDC biofilm reactor)共同進行定量分析，且同時觀察反應器中生物膜之生成情況，最後將自來水管線中所取得之生物膜與反應器所生成之生物膜個別加入固定次氯酸鈉濃度之水溶液中，觀察其HANs之變化量且加以比較，其結果未來可作為預測HANs消毒副產物之參考依據。而本項工作重點之二在於預測管線中所含氯的濃度及管線中點與點間的濃度變化，預期成果將得到配水系統安全及健康風險之最佳管制策略。 (四)	建立國際合作機制並促進研究成果交流 本章內容針對建立國際合作機制並促進研究成果交流，包括規劃國內淨水場未來研究方向及國際自來水科技發展趨勢及需求及舉辦國際研討會。國際發展趨勢方面，本研究收集國際三個重要自來水相關研究組織研發主軸，說明其研究重點及趨勢。而在國內部分，依環保署針對水源中潛在污染物質監測之結果，並參考美國EPA 待列管污染物候選清單（CCLs）篩選流程，建議將下列物質列入待列管污染物優先觀察之清單，並建議針對自來水事業單位對此類物質之處理效能進行評估。且於101年8月29號舉辦2012年「公共給水新興污染物監測、處理與評估國際研討會(2012 International Workshop on the Monitoring, Treatment, and Assessment for Contaminant of Emerging Concern)」，舉辦此國際研討會之主要目的，乃為增進國內對於公共給水中，新興污染物監測、處理與評估之瞭解，加強國內相關領域專業人員之互動，因此就就流域管理及新興污染物監控處理等議題，預定於2012年召開一場國際研討會，以「公共給水新興污染物監測、處理與評估」為主題，邀請國內外產、官、學、研進行相關學術之交流，分享相關之實務經驗，期盼透過國外執行經驗分享，增進國內對於公共給水系統中新興污染物管理之技術。 包括計畫前三年建議事項執行情形，整合計畫四年成果，提出四年精簡報告，以期推廣本計畫之研究成果。</abstract><author>國立臺灣大學環境工程研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010210</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102959</governmentpublicationsnumber><identifier>74262</identifier><internationalstandardbooknumber>9789860348767 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74262</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>新興污染物監測、評估、處理及風險評估之研究（4/4）--光碟版 Evaluation of Monitoring,Treatment,and Risk Assessment for Contaminant of Emerging Concern(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水資源開發重點包括多元化新水源開發與工廠內部工業用水與廢水的回收再利用，多元化新水源開發包括農業迴歸水利用、廢污水回收、海水淡化與雨水回收等。增加可用安全水量與改善水質需進行高級處理水與回收，同時因薄膜製作技術提昇使薄膜應用設置與操作成本降低，因此薄膜在水處理及回收上的應用已逐漸普及。薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生。本計畫以四年時間針對直接淨水生產、本土污水回收生產再生水與海（鹹）水淡化三類薄膜技術應用進行研究探討。 第四年(101年度)計畫製作以本土智材權低積垢薄膜為關鍵技術之薄膜組合系統，並以台北市士林區溪山里山泉水、內雙溪河水、新北市三芝區橫山國小地下水為進流水，進行可行性測試評估，及堵塞機制探討和清洗策略研究，提出操作成本分析。建議偏遠山區設置簡易自來水設備，以地下水、山泉水為水源，並輔以儲留之雨水，可避免因水源來源缺乏或受污染時無水可用風險。離島地區則建議以本土智財權PTFE薄膜應用海(鹹)水淡化為主，本土智財權PTFE薄膜之抗氯能力極佳，而海水淡化處理常以次氯酸鈉的添加，降低生物性阻塞潛勢，此為本土智財權PTFE膜之最大優勢。於污水回用部分，都市污水經薄膜處理後之放流水為推動水再生利用之首要標的水源，將該再生水以供應工業使用為主、生活次級與環境景觀用水為輔，提高缺水地區供水穩定度。 第四年(101年度)計畫提出我國發展關鍵薄膜材料的機會在於PTFE薄膜、PP薄膜及陶瓷薄膜，進行我國發展薄膜水處理產業的優勢與機會分析。完成研提應用於公共給水與新興水源開發技術之台灣本土薄膜產業發展策略。</abstract><author>臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010229</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102956</governmentpublicationsnumber><identifier>74263</identifier><internationalstandardbooknumber>9789860348736 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74263</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(4/4) Establishment of membrane technologies for advanced drinking water treatment processes (4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水資源開發重點包括多元化新水源開發與工廠內部工業用水與廢水的回收再利用，多元化新水源開發包括農業迴歸水利用、廢污水回收、海水淡化與雨水回收等。增加可用安全水量與改善水質需進行高級處理水與回收，同時因薄膜製作技術提昇使薄膜應用設置與操作成本降低，因此薄膜在水處理及回收上的應用已逐漸普及。薄膜過濾技術是新興之高效淨水處理技術，不需藉大量添加化學藥劑即可有效地去除多項有機、無機污染物，增加適飲性，及控制消毒副產物及其前驅物產生。本計畫以四年時間針對直接淨水生產、本土污水回收生產再生水與海（鹹）水淡化三類薄膜技術應用進行研究探討。 第四年(101年度)計畫製作以本土智材權低積垢薄膜為關鍵技術之薄膜組合系統，並以台北市士林區溪山里山泉水、內雙溪河水、新北市三芝區橫山國小地下水為進流水，進行可行性測試評估，及堵塞機制探討和清洗策略研究，提出操作成本分析。建議偏遠山區設置簡易自來水設備，以地下水、山泉水為水源，並輔以儲留之雨水，可避免因水源來源缺乏或受污染時無水可用風險。離島地區則建議以本土智財權PTFE薄膜應用海(鹹)水淡化為主，本土智財權PTFE薄膜之抗氯能力極佳，而海水淡化處理常以次氯酸鈉的添加，降低生物性阻塞潛勢，此為本土智財權PTFE膜之最大優勢。於污水回用部分，都市污水經薄膜處理後之放流水為推動水再生利用之首要標的水源，將該再生水以供應工業使用為主、生活次級與環境景觀用水為輔，提高缺水地區供水穩定度。 第四年(101年度)計畫提出我國發展關鍵薄膜材料的機會在於PTFE薄膜、PP薄膜及陶瓷薄膜，進行我國發展薄膜水處理產業的優勢與機會分析。完成研提應用於公共給水與新興水源開發技術之台灣本土薄膜產業發展策略。</abstract><author>臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010229</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102956</governmentpublicationsnumber><identifier>74264</identifier><internationalstandardbooknumber>9789860348736 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74264</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>公共給水高級淨水處理程序之薄膜技術建立計畫(4/4)--光碟版 Establishment of membrane technologies for advanced drinking water treatment processes (4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫期藉由相關專業技術之評估研究，尋求淨水場供水水質改善最適操作方法，並運用高效能水處理藥劑搭配水場淨水單元以有效移除水中藻類、氨氮、鐵、錳及有機物等污染物，俾協助如金門自來水廠等亟需改善水質之淨水場全面性提升淨水場操作效能及優化供水水質。</abstract><author>交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010319</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103067</governmentpublicationsnumber><identifier>74265</identifier><internationalstandardbooknumber>9789860349641 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74265</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>淨水場供水水質改善最適對策評估研究-以金門自來水廠為例 Improvement strategy of plant operations for public water supplies: a case study of Kinmen County Waterworks</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫期藉由相關專業技術之評估研究，尋求淨水場供水水質改善最適操作方法，並運用高效能水處理藥劑搭配水場淨水單元以有效移除水中藻類、氨氮、鐵、錳及有機物等污染物，俾協助如金門自來水廠等亟需改善水質之淨水場全面性提升淨水場操作效能及優化供水水質。</abstract><author>交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010319</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103067</governmentpublicationsnumber><identifier>74266</identifier><internationalstandardbooknumber>9789860349641 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74266</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>淨水場供水水質改善最適對策評估研究-以金門自來水廠為例 (光碟版) Improvement strategy of plant operations for public water supplies: a case study of Kinmen County Waterworks</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣水環境在面臨先天自然條件限制的情況下，使得降低漏水率更成為政府刻不容緩之工作，為了精確掌握漏水現況，計量設備尤為關鍵之工具。有鑒於「沒有計量，就沒有管理」，因此建構高效率水量計量之用水管理，以解決管線漏水率問題，將是有效管理水資源的第一步。降低自來水漏水率之方法，除了從檢修老舊管線以防止漏水外，另一個關鍵為改善用戶水表之準確度，找出漏水的根源。歐美國家部分地區多採用計量管理方式掌握水資源，如以色列、美國紐約市、大陸哈爾濱市等區域現已利用電子水表建構自動讀表的系統，此舉不但可減少人工抄表的所耗的時間與資源，透過即時通訊回送之表值，並搭配具電子信號壓力計，更能提供自來水事業單位即時的水量與壓力監測資訊，應用在分區管網監測系統，可有效發現漏水點與抑制漏水異常之改善。 本計畫係在國內以往研究成果之基礎上，引進國外歐美日等先進國家之各型式高準確度水量計量與裝置技術及管理模式，並召開育成博覽會1場，藉由水量計設備功能之提升，對公共給水之供水效率及管理和效益評估面向，研擬策略方案作為國內未來提升水量計設備功能之可行措施參考依據，以期有效控制供水系統之漏水率問題。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010225</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102969</governmentpublicationsnumber><identifier>74267</identifier><internationalstandardbooknumber>9789860348729 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74267</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>提升水量計功能強化用水管理之育成計畫 Incubation Program of Enhance Water Meter Function to Enhancement Water Management</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣水環境在面臨先天自然條件限制的情況下，使得降低漏水率更成為政府刻不容緩之工作，為了精確掌握漏水現況，計量設備尤為關鍵之工具。有鑒於「沒有計量，就沒有管理」，因此建構高效率水量計量之用水管理，以解決管線漏水率問題，將是有效管理水資源的第一步。降低自來水漏水率之方法，除了從檢修老舊管線以防止漏水外，另一個關鍵為改善用戶水表之準確度，找出漏水的根源。歐美國家部分地區多採用計量管理方式掌握水資源，如以色列、美國紐約市、大陸哈爾濱市等區域現已利用電子水表建構自動讀表的系統，此舉不但可減少人工抄表的所耗的時間與資源，透過即時通訊回送之表值，並搭配具電子信號壓力計，更能提供自來水事業單位即時的水量與壓力監測資訊，應用在分區管網監測系統，可有效發現漏水點與抑制漏水異常之改善。 本計畫係在國內以往研究成果之基礎上，引進國外歐美日等先進國家之各型式高準確度水量計量與裝置技術及管理模式，並召開育成博覽會1場，藉由水量計設備功能之提升，對公共給水之供水效率及管理和效益評估面向，研擬策略方案作為國內未來提升水量計設備功能之可行措施參考依據，以期有效控制供水系統之漏水率問題。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010225</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010102969</governmentpublicationsnumber><identifier>74268</identifier><internationalstandardbooknumber>9789860348729 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>提升水量計功能強化用水管理之育成計畫(光碟版) Incubation Program of Enhance Water Meter Function to Enhancement Water Management</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。未來進行以境況模擬為基礎(scenario-based)之地震減災與緊急應變時，必須針對自來水主管機關與事業單位的需求，發展良善的自來水系統地震損失評估技術以作為奧援。 本署於99、100年推動「自來水管線耐震分析及震後緊急應變措施之研究」科專計畫，已完成國內自來水管線震損推估與管網震後服務效能分析技術研發的初步成效，顯示為提升公共給水主管機關與自來水事業單位的地震災害風險管理工作，有必要進一步強化自來水系統震後服務效能分析，例如：整合式自來水系統GIS震損評估管理與應用、自來水管線系統地震早期損失評估技術，同時擴大並測試早期損失評估範圍，俾利地震發生時提供快速與準確之決策分析。 此外，地震發生時所伴隨之土層破壞、斷層破裂或土壤液化等狀況，國內自來水管線是否能抵抗承受拉力、壓力、彎矩、變形或管線接頭鬆脫等能力，上開以往研究已有初步探討，對於國內自來水管材(含接頭)相關試驗之能力與技術是否足夠，應進一步推動其試驗環境及標準作業程序之建置，除可作為自來水管線耐震能力之確認，亦可供作耐震管材及其接頭之參考。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010381</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103211</governmentpublicationsnumber><identifier>74269</identifier><internationalstandardbooknumber>9789860349177 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74269</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>提升公共給水震損評估與管材耐震測試環境之規劃研究 A Study on Upgrading Earthquake Loss Estimation Technology for Water Utilities and Seismic Testing Platform and Procedure for Water Pipes</title><yearidentifier>201212</yearidentifier></data><data><abstract>自來水系統為重要維生線系統之一，其震後服務效能中斷除造成災區民眾日常生活立即發生困難外，其影響也及於消防、醫療等其他部門。自來水系統由於具有許多地下管線，震後搶修復水經常曠日費時，衍生出嚴重的二次損失與社會成本。未來進行以境況模擬為基礎(scenario-based)之地震減災與緊急應變時，必須針對自來水主管機關與事業單位的需求，發展良善的自來水系統地震損失評估技術以作為奧援。 本署於99、100年推動「自來水管線耐震分析及震後緊急應變措施之研究」科專計畫，已完成國內自來水管線震損推估與管網震後服務效能分析技術研發的初步成效，顯示為提升公共給水主管機關與自來水事業單位的地震災害風險管理工作，有必要進一步強化自來水系統震後服務效能分析，例如：整合式自來水系統GIS震損評估管理與應用、自來水管線系統地震早期損失評估技術，同時擴大並測試早期損失評估範圍，俾利地震發生時提供快速與準確之決策分析。 此外，地震發生時所伴隨之土層破壞、斷層破裂或土壤液化等狀況，國內自來水管線是否能抵抗承受拉力、壓力、彎矩、變形或管線接頭鬆脫等能力，上開以往研究已有初步探討，對於國內自來水管材(含接頭)相關試驗之能力與技術是否足夠，應進一步推動其試驗環境及標準作業程序之建置，除可作為自來水管線耐震能力之確認，亦可供作耐震管材及其接頭之參考。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010381</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/19</date><governmentpublicationsnumber>1010103211</governmentpublicationsnumber><identifier>74270</identifier><internationalstandardbooknumber>9789860349177 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74270</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>提升公共給水震損評估與管材耐震測試環境之規劃研究 (光碟版) A Study on Upgrading Earthquake Loss Estimation Technology for Water Utilities and Seismic Testing Platform and Procedure for Water Pipes</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。   由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>74274</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74274</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫(2/3)=Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>74275</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74275</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫（2/3）--光碟版 Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。 本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。 除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>74276</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74276</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>74277</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74277</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫(光碟版)=Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>74278</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74278</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置(2/2)=Development and Establishment of River Suspended Sediment Concentration Measurement Platform (2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。 有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。 惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>74279</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74279</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置（2/2）--光碟版 Development and Establishment of River Suspended Sediment Concentration Measurement Platform(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010383</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103226</governmentpublicationsnumber><identifier>74280</identifier><internationalstandardbooknumber>9789860349184 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74280</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(1/3)=The Program of Developing the Surface Water Availability Calculation System in Taiwan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010383</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010103226</governmentpublicationsnumber><identifier>74285</identifier><internationalstandardbooknumber>9789860349184 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74285</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>全台各河川水系地面水可用水量計算資訊系統建置計畫(1/3)--光碟版 The Program of Developing the Surface Water Availability Calculation System in Taiwan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010252</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010200207</governmentpublicationsnumber><identifier>74288</identifier><internationalstandardbooknumber>9789860360035 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74288</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(1/3)(內附光碟) The Study of Integrated Management Strategies and Advanced investigation and Monitoring Technologies for Drafting Ewells (1/3)</title><yearidentifier>201301</yearidentifier></data><data><abstract>本計畫從壩堰除役議題擴展，且研議壩體移除之外的處置方式，對除役議題進?生態環境?育之先期研究，並作為主管機關未?在規劃新設防砂壩或水?建造物時之設計?考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010401</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74289</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74289</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究 Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫從壩堰除役議題擴展，且研議壩體移除之外的處置方式，對除役議題進?生態環境?育之先期研究，並作為主管機關未?在規劃新設防砂壩或水?建造物時之設計?考。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010401</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/20</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74290</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74290</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究(光碟版)=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/21</date><governmentpublicationsnumber>1010103504</governmentpublicationsnumber><identifier>74293</identifier><internationalstandardbooknumber>9789860347883 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74293</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編總報告--內附光碟=The edition of Coastal  Eco-Engineering Manual</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/22</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74297</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74297</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010401</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/22</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74298</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74298</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究--光碟版=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。此外，針對過去經常發現有銅污染的萬丹排水，規劃2處採樣點，於枯、豐水期各增加一次河川底泥重金屬之檢測，供管理委員會下年度計畫評估增加此項工作內容之參考，並作為未來比對評估底泥品質狀況、分類管理及限制用途之依據。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102131</governmentpublicationsnumber><identifier>74299</identifier><internationalstandardbooknumber>9789868282766 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74299</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>101</publishrocyear><title>101年度「高屏溪流域河川水質採樣檢測分析」工作計畫 Sampling and Analysis for the Water Quality of Kao-Pin River (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>高雄市政府文化局</author><categoryidentifier>935107</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010103751</governmentpublicationsnumber><identifier>74300</identifier><internationalstandardbooknumber>9789860356922 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74300</librarycollectiondetailsurl><price></price><publisher>樹德科技大學</publisher><publishrocyear>101</publishrocyear><title>高雄市歷史建築美濃舊橋調查研究計畫</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立台灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010188</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102818</governmentpublicationsnumber><identifier>74301</identifier><internationalstandardbooknumber>9789860346664 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74301</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究(1/2)(內附光碟)=The Study of Water Resource Planning Considering Climate and Energy</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010188</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102818</governmentpublicationsnumber><identifier>74302</identifier><internationalstandardbooknumber>9789860346664 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74302</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究(1/2)--光碟版=The Study of Water Resource Planning Considering Climate and Energy</title><yearidentifier>201212</yearidentifier></data><data><abstract>士文水庫位在屏東縣春日鄉，計畫日供水?約20 萬噸，可滿足屏東地區目標?民國120 ?需水?缺口，並可取代屏東地區地下水源之使用，及減緩地盤下陷、提升用水水質、提高屏東地區自?水普及?等目標。本案進?士文水庫建壩後對下游河道影響評估，除可預估河床沖淤演變趨勢及水域生態棲地影響，並提供當地水域環境保育重要資訊，?於士文水庫後續規劃及推動。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010208</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102833</governmentpublicationsnumber><identifier>74303</identifier><internationalstandardbooknumber>9789860347104 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74303</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫對下游河道影響評估--內附光碟 Impact Assessment of Shi-Wen Reservoir on Downstrean River Morphology</title><yearidentifier>201212</yearidentifier></data><data><abstract>士文水庫位在屏東縣春日鄉，計畫日供水?約20 萬噸，可滿足屏東地區目標?民國120 ?需水?缺口，並可取代屏東地區地下水源之使用，及減緩地盤下陷、提升用水水質、提高屏東地區自?水普及?等目標。本案進?士文水庫建壩後對下游河道影響評估，除可預估河床沖淤演變趨勢及水域生態棲地影響，並提供當地水域環境保育重要資訊，?於士文水庫後續規劃及推動。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010208</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102833</governmentpublicationsnumber><identifier>74304</identifier><internationalstandardbooknumber>9789860347104 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74304</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫對下游河道影響評估--光碟版 Impact Assessment of Shi-Wen Reservoir on Downstrean River Morphology</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據民國 99 ?經濟部水?署水?規劃試驗所「?島地區中長程供水改善檢討」計畫成果（以下簡稱本所），澎湖地區馬公白沙供水系統深水井已有84%水質發生鹽化。台灣自?水公司已於馬公白沙供水系統提出地下水減?抽計畫，雖可藉由逐?減抽地下水方式減少海水入侵水?，然預期鹽化含水層短時間內仍難以恢?原有水質。爰此，期能藉由整體保育策略的研擬，改善澎湖地區地下水鹽化現象，達成水資源永續?用之目標。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010349</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102821</governmentpublicationsnumber><identifier>74305</identifier><internationalstandardbooknumber>9789860346718 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74305</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>澎湖地區地下水整體保育策略規劃--內附光碟 Integrated Groundwater Conservation Strategy Planning for Penghu Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>澎湖地區由於地下水資源持續開發，已導致部分區域發生海水入侵現象，須有地下水整體保育之規劃以避免含水層整體水質逐漸鹽化。本計畫依據澎湖地區水文及地質條件並參考國內外島嶼地下水保育策略進行相關規劃，期能藉由整體保育策略的研擬，改善澎湖地區地下水鹽化現象，達成水資源永續利用之目標。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010349</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102821</governmentpublicationsnumber><identifier>74306</identifier><internationalstandardbooknumber>9789860346718 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74306</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>澎湖地區地下水整體保育策略規劃--光碟版 Integrated Groundwater Conservation Strategy Planning for Penghu Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫延續以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」觀測功能，持續進行既有人 工與自動化觀測站維護與檢討改善。此外，本期考慮可?性規劃中之防洪防淤隧道方案，配合庫區之C案(斷面12-大灣坪至後池堰)與D案(斷面20-大溪坪至10號沉澱池)，增設浮台觀測斷面，以觀測入庫?砂在彎道與開闊斷面?重?之橫向分佈特性；並於下游排水口各人工測站逐步朝向含砂濃?自動化觀測系統，以及配合汛期進行颱洪事件觀測與分析。在數值模式模擬分析方面，以往相關計畫中二維模式分析上游段(斷面26上游)非均勻沉滓運移特性，模擬結果亦提供給三維模式做為入砂邊界條件；三維模式則針對庫區段(斷面26下游)進行模擬，解析庫區異重流運移之行為。本期將持續根據現場量測數據解析與數值模式案例模擬的成果，協助物理模型試驗案例之研擬；並將藉由數值模式的快速模擬特性，探討模型相似率，找出物理模型及原型間之相關性。因此，本計畫之主要目的是持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖 淤變化和縱橫分佈之水砂運移規?，並密?結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>交通大學防災與環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000460</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/23</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>74307</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74307</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(1/2)--光碟版 Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/26</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74309</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74309</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究--光碟版=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.8058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/2/26</date><governmentpublicationsnumber>2008900343</governmentpublicationsnumber><identifier>74315</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74315</librarycollectiondetailsurl><price>定價1000</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>中華民國100年氣候資料年報第一部分-地面資料 CLIMATOLOGICAL DATA ANNUAL REPORT 2011 PART  I-SURFACE DATA</title><yearidentifier>201208</yearidentifier></data><data><abstract>近年來臺灣地區各集水區之水污染情形日趨嚴重，除影響上游水源水質之潔淨衛生，更將危及下游民眾之飲用水安全。為維護自來水水源之水質安全及供應無虞，水資源保育之議題與需求方興未艾，並已漸成全民共識；期能藉由水質水量保護區之劃設，輔以集水區內各類系統化之經營管理方式，促進水資源之涵養保育，並達成水源區永續經營及水資源永續利用之終極目標。 臺北水源特定區位於大臺北都會區東南隅，面積廣達717平方公里，行政區域涵蓋坪林、烏來全區及部份石碇區、雙溪區與新店區等5區，約佔新北市1/3，並供應大台北地區近500萬人之自來水水源，為全國首例設置之水源特定區，故長期而持續之水質監測之對於本特定區之相關管理作業至為重要。本局歷年皆依據行政院環境保護署所規劃訂定之相關監測規定及項目進行本特定區之水質監測，並配合水位流量之長期觀測，持續建立完整之水質水量資料庫；因確實掌握本特定區內之水質狀況，故曾針對不同之需求與標的進行水質情勢分析及相關之評估檢討。 本計畫除執行本特定區內主支流河段河川水、污水排放口排放水、烏來溫泉區溫泉水，亦將以所得之分析結果綜合研判本特定區之污染來源及水質異常原因；探討可能之影響層面，並據此採取適切之防治措施。此外，本計畫之水質監測成果將按月提送環保署，並提供相關學術單位之研究所需。 為整合水質水量監測分析之各專業領域，本計畫除持續維護既有之水質背景資料庫外，亦將以歷年彙整之水位流量監測資料，進行區域性水質水量之整合分析；冀以掌握本特定區水資源與水環境之變遷趨勢，並作為日後水資源系統分析及規劃設計時不可或缺之參考依據。</abstract><author>台北市立教育大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010054</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103526</governmentpublicationsnumber><identifier>74316</identifier><internationalstandardbooknumber>9789860354683 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74316</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>臺北水源特定區水質監測計畫(101年)(光碟版)Water Quality Monitoring for Taipei Water Supply Protected Watershed (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR1010401</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74317</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74317</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract>因應未來颱風豪雨可能產生的漂流木對集水區及庫區造成災害，期透過相關調查研究針對曾文水庫集水區可能的漂流木來源進行探討並針對漂流木運移及分析，並針對相關分析成果提出漂流木攔阻、隔離等治理對策，提升水庫的安全穩定供水能力，本計畫針對漂流木可能來源並擬定相關處置對策，作為水庫集水區及庫區漂流木治理對策之參考</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000222</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010200459</governmentpublicationsnumber><identifier>74318</identifier><internationalstandardbooknumber>9789860356984 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74318</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文水庫集水區漂流木潛勢分析及因應對策研究(光碟版) Driftwood Potential Analysis and Treatment Measures for Catachment Areas of Tsengwen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010362</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103202</governmentpublicationsnumber><identifier>74319</identifier><internationalstandardbooknumber>9789860351254 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74319</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)-人文生態系統保育調查評估(1/2)--內附光碟 The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Humanities Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010362</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103202</governmentpublicationsnumber><identifier>74320</identifier><internationalstandardbooknumber>9789860351255 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74320</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>後龍溪水資源開發推動計畫(2)--人文生態系統保育調查評估(1/2)--光碟版 The Marketing Project of Water Resources Planning in Houlung River II -Investigation and Assessment of Humanities Ecosystem Conservation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將針對防潮閘門之設計與水理參數推估進行研究，以提供未來區域排水防潮閘門規劃設計之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010093</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103011</governmentpublicationsnumber><identifier>74322</identifier><internationalstandardbooknumber>9789860347760 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74322</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防潮閘門之設計與水理參數推估之研究(2/2)--內附光碟 Study on the Hydraulic Design and Parameters Estimation of Floodgate(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將針對防潮閘門之設計與水理參數推估進行研究，以提供未來區域排水防潮閘門規劃設計之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010093</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103011</governmentpublicationsnumber><identifier>74323</identifier><internationalstandardbooknumber>9789860347760 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74323</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防潮閘門之設計與水理參數推估之研究(2/2)--光碟版 Study on the Hydraulic Design and Parameters Estimation of Floodgate(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將針對防潮閘門之設計與水理參數推估進行研究，以提供未來區域排水防潮閘門規劃設計之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010093</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103198</governmentpublicationsnumber><identifier>74324</identifier><internationalstandardbooknumber>9789860351224 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74324</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防潮閘門之設計與水理參數推估之研究總報告書--內附光碟=Study on the Hydraulic Design and Parameters Estimation of Floodgate</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將針對防潮閘門之設計與水理參數推估進行研究，以提供未來區域排水防潮閘門規劃設計之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010093</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103198</governmentpublicationsnumber><identifier>74325</identifier><internationalstandardbooknumber>9789860351224 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74325</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防潮閘門之設計與水理參數推估之研究總報告書--光碟版=Study on the Hydraulic Design and Parameters Estimation of Floodgate</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要目的為引進國外結合圖形處理器運算技術之即時淹水數值模式，應用於台灣案例河川，作為國內水利人員即時淹水分析、決策管理、及流域治理規劃工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010324</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103220</governmentpublicationsnumber><identifier>74326</identifier><internationalstandardbooknumber>9789860350166 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74326</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(1/2)=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundation Simulation (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要目的為引進國外結合圖形處理器運算技術之即時淹水數值模式，應用於台灣案例河川，作為國內水利人員即時淹水分析、決策管理、及流域治理規劃工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010324</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010103220</governmentpublicationsnumber><identifier>74327</identifier><internationalstandardbooknumber>9789860350166 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74327</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(1/2)--光碟版=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundation Simulation (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>因應未來颱風豪雨可能產生的漂流木對集水區及庫區造成災害，期透過相關調查研究針對曾文水庫集水區可能的漂流木來源進行探討並針對漂流木運移及分析，並針對相關分析成果提出漂流木攔阻、隔離等治理對策，提升水庫的安全穩定供水能力，本計畫針對漂流木可能來源並擬定相關處置對策，作為水庫集水區及庫區漂流木治理對策之參考</abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000222</commissionedprojectidentifier><currency>NT$</currency><date>2013/2/27</date><governmentpublicationsnumber>1010200459</governmentpublicationsnumber><identifier>74334</identifier><internationalstandardbooknumber>9789860356984 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74334</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文水庫集水區漂流木潛勢分析及因應對策研究成果報告 Driftwood Potential Analysis and Treatment Measures for Catachment Areas of Tsengwen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/1</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>74337</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74337</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3)--計畫成果資料光碟 The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (</title><yearidentifier>201212</yearidentifier></data><data><abstract>宜蘭縣位於東北季風迎風面及颱風頻繁地區，為台灣降雨量最多地區之一，但宜蘭縣為一個農業縣，擁有廣大農田是最佳的天然滯洪池，雖然經歷多次超大的降雨，都未造成嚴重的災害，但北宜高速公路通車之後，帶來人口移入，近年來興建大量的農舍，使原本可以儲蓄水份的土地逐年消失，在加上氣候的變遷，會使得未來蘭陽溪洪水量增加及未完成的低窪地區的淹水將更為嚴重，為了提早因應，本計畫將從土地利用變遷對蘭陽溪流域水文、水理的影響，提出蘭陽溪流域涵容能力提升的策略之研擬，促進蘭陽溪流域環境資源之永續利用。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000301</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/1</date><governmentpublicationsnumber>1010103896</governmentpublicationsnumber><identifier>74338</identifier><internationalstandardbooknumber>9789860359473 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74338</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭地區綜合治水計畫檢討(內附光碟) Review for the integrated flood control plan in UiLan</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010324</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/4</date><governmentpublicationsnumber>1010103220</governmentpublicationsnumber><identifier>74339</identifier><internationalstandardbooknumber>9789860350166 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74339</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010324</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/4</date><governmentpublicationsnumber>1010103220</governmentpublicationsnumber><identifier>74340</identifier><internationalstandardbooknumber>9789860350166 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74340</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(1/2)光碟版</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區河川土砂嚴重失衡，除危害人類安全外，亦使原有生態棲地喪失或縮減，因此本計畫以地文性土壤沖 淤模式及二維動床模式為基礎，發展河道及洪水平原之洪氾沖淤演算模式，以分析曾文溪豪雨洪水期間之河道及兩岸洪氾沖淤現象及淤積潛勢，研提管理策略。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010186</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/4</date><governmentpublicationsnumber>1010102592</governmentpublicationsnumber><identifier>74341</identifier><internationalstandardbooknumber>9789860344318 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74341</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>流域洪氾防災及土資源管理之研究(2/3)--成果光碟 Astudy on the basin flood mitigation and soil-sediment resources management(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本局為因應彰化地區工業用水需求成長，考量烏溪下游因承受台中都會區回歸水而有穩定水源，惟因水質不佳無法供應生活用水，故辦理烏溪大度攔河堰規劃事宜，以供應國光石化、中科二林基地及彰濱工業區工業用水需求，並於98年10月提送「大度堰環境影響說明書」至環保署審查，經環保署98年11月23日第187次審查委員會議決議，應進行第二階段環境影響評估。 本局即依前揭會議決議及環境影響評估法相關規定編撰環境影響評估報告書送經濟部，經濟部並於99年12月23日辦理現場勘察及公聽會，另為廣納民意、化解民眾疑慮，早日取得共識，經濟部再於100年1月26日及1月27日分別假台中市烏日區及彰化縣和美鎮增辦2場公聽會。 然國光石化開發計畫為配合政府政策，業於100年4月宣布停止開發，本局原規劃大度堰工程計畫亦隨之暫緩，惟彰化地區仍有中科二林基地及彰濱工業區等工業用水需求，經濟部水利署旋於100年5月17日及8月24日邀集相關用水單位開會研商烏溪大度堰供水替代方案，會議決議略以「烏溪大度堰現階段推動可行性不高，衡諸中科及彰濱用水成長需求，無論就單價、用地、開發期程及社會接受度，於彰濱工業區設大型海淡廠為可行之替代方案」。 本局即依據前揭會議決議及經濟部水利署100年9月20日召開「水資源規劃委辦計畫執行檢討暨101年度擬辦計畫初審」會議決議，提出本委託技術服務計畫書。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010303</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/4</date><governmentpublicationsnumber>1010200153</governmentpublicationsnumber><identifier>74342</identifier><internationalstandardbooknumber>9789860359213 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>彰濱海水淡化廠可行性規劃 Feasibility Study of Changhua Coastal Desalination Plant</title><yearidentifier>201301</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010235</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/5</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>74345</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74345</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)--成果光碟 Study on Preliminary Planning of The Coastal Protection Project(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>74346</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74346</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查=Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>74347</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74347</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查--光碟版 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成，由於因當時政策並未繼續執行雙溪水庫計畫，有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得基隆地區缺水風險提高，參考前期可行性規劃分析，當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量，改善基隆地區公共給水供水水質及提高台北、基隆地區雙向水源調度及備援能力。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010202</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103009</governmentpublicationsnumber><identifier>74348</identifier><internationalstandardbooknumber>9789860347845 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74348</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)內附光碟 A Review of Feasibility Study of Shuangxi Reservoir(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成，由於因當時政策並未繼續執行雙溪水庫計畫，有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得基隆地區缺水風險提高，參考前期可行性規劃分析，當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量，改善基隆地區公共給水供水水質及提高台北、基隆地區雙向水源調度及備援能力。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010202</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103009</governmentpublicationsnumber><identifier>74349</identifier><internationalstandardbooknumber>9789860347845 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74349</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)--光碟版 A Review of Feasibility Study of Shuangxi Reservoir(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>透過整合型研究，以水文地文區域化之觀點，針對過去西南沿海地區經常遭受淹水之區域進行探討及研究，探討沿海淹水敏感區近年來受氣候變異之災害衝擊評估，徹底瞭解並解決西南沿海淹水敏感區受水文及地文之影響為重心，乃為現階段洪災科技發展之重點課題。</abstract><author>國?交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010290</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102997</governmentpublicationsnumber><identifier>74350</identifier><internationalstandardbooknumber>9789860347869 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74350</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究(1/2)--內附光碟 The influence of the hydrologic and topographic uncertainties on the inundation risk in southwest coastal area (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>透過整合型研究，以水文地文區域化之觀點，針對過去西南沿海地區經常遭受淹水之區域進行探討及研究，探討沿海淹水敏感區近年來受氣候變異之災害衝擊評估，徹底瞭解並解決西南沿海淹水敏感區受水文及地文之影響為重心，乃為現階段洪災科技發展之重點課題。</abstract><author>國?交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010290</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102997</governmentpublicationsnumber><identifier>74351</identifier><internationalstandardbooknumber>9789860347869 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74351</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究(1/2)--光碟版 The influence of the hydrologic and topographic uncertainties on the inundation risk in southwest coastal area (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於台灣地區隨著人口的成長、都市化的發展與產業結構的改變，用水需求量逐漸增加，但是新水源開發卻愈來愈困難，目前下水道建設已是政府大力推動公共建設項目，如將都市污水廠放流水有效再生利用，作為生活次用水、工業用水及河川生態流量、水源不足之緊急備用水源，將能使水資源供需之風險降低、減少廢污水排放，並能提升水環境之生態品質。 台南地區屬高風險供水地區，因此進行水再生利用相關規劃，俾作為推動水再生利用策略之依據。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010233</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102996</governmentpublicationsnumber><identifier>74352</identifier><internationalstandardbooknumber>9789860347852 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74352</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>基隆地區污水處理廠水再生利用規劃(內附光碟) Preliminary Evaluation of Water Reclamation for Keelung Area Wastewater Treatment Plant</title><yearidentifier>201212</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010099</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103366</governmentpublicationsnumber><identifier>74353</identifier><internationalstandardbooknumber>9789860352917 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74353</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究(1/2) Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興工程科技發展基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010099</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103366</governmentpublicationsnumber><identifier>74354</identifier><internationalstandardbooknumber>9789860352917 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74354</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究(1/2)--光碟版 Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103504</governmentpublicationsnumber><identifier>74355</identifier><internationalstandardbooknumber>9789860347883 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74355</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編總報告--內附光碟=The edition of Coastal  Eco-Engineering Manual</title><yearidentifier>201212</yearidentifier></data><data><abstract>水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。此外，針對過去經常發現有銅污染的萬丹排水，規劃2處採樣點，於枯、豐水期各增加一次河川底泥重金屬之檢測，供管理委員會下年度計畫評估增加此項工作內容之參考，並作為未來比對評估底泥品質狀況、分類管理及限制用途之依據。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102131</governmentpublicationsnumber><identifier>74356</identifier><internationalstandardbooknumber>9789868282766 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74356</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>101</publishrocyear><title>101年度「高屏溪流域河川水質採樣檢測分析」工作計畫(光碟版) Sampling and Analysis for the Water Quality of Kao-Pin River (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103008</governmentpublicationsnumber><identifier>74357</identifier><internationalstandardbooknumber>9789860347876 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74357</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸生態工程實務手冊彙編(2/2)--內附光碟=The edition of Coastal Eco-EngineeringManual(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>浩海工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103504</governmentpublicationsnumber><identifier>74358</identifier><internationalstandardbooknumber>9789860354607 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74358</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護生態工程技術手冊--內附光碟=The Technical Manual for Coastal Protection and Eco Engineering</title><yearidentifier>201201</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74359</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74359</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)內附光碟=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行水源保育與回饋業務系統功能擴充更新，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。在技術移轉等作業上，本計畫於全台辦理4場系統教育訓練及4場業務宣導說明會，宣導並落實政府政策之推動。 此外，本期著重於幾個重點，一是主管行動決策，主要建立互動式行動智慧管理平台，加值應用保育回饋相關資訊，使統計資訊展現更為生動豐富，以支援各項施政決策參考；二是現地勘查業務執行輔助，包括擴增實境及計畫查核功能；三是既有業務系統功能擴大提升，包括建立水源保育與回饋計畫點位空間資訊、撥付作業系統功能流程修改、計畫變更歷程記錄、新增線上系統滿意度問卷調查以及建立水源保育與回饋計畫工作項目分類機制，同時加強簡報自動產生機制，由系統自動擷取系統資料庫中之資訊，自動產生簡報檔案，以協助現有業務全面資訊化及資料結構化，以利後續之資料挖掘分析，使業務執行更有效率。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010110</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103560</governmentpublicationsnumber><identifier>74360</identifier><internationalstandardbooknumber>9789860308891 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度水源保育與回饋業務系統與網頁管理、更新及擴充 --光碟版 The Expanding,renewal and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee”in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫配合水利署相關業務之擴充，延續「水源保育與回饋業務系統」及「水源保育與回饋業務網頁」之成果，進行水源保育與回饋業務系統功能擴充更新，使系統功能符合業務之需求，並進行系統功能維護及常態諮詢技術支援，維護水源保育與回饋業務網頁以使資料保持更新，藉由本系統將水源保育與回饋費徵收及回饋作業資訊化，節省作業成本。在技術移轉等作業上，本計畫於全台辦理4場系統教育訓練及4場業務宣導說明會，宣導並落實政府政策之推動。 此外，本期著重於幾個重點，一是主管行動決策，主要建立互動式行動智慧管理平台，加值應用保育回饋相關資訊，使統計資訊展現更為生動豐富，以支援各項施政決策參考；二是現地勘查業務執行輔助，包括擴增實境及計畫查核功能；三是既有業務系統功能擴大提升，包括建立水源保育與回饋計畫點位空間資訊、撥付作業系統功能流程修改、計畫變更歷程記錄、新增線上系統滿意度問卷調查以及建立水源保育與回饋計畫工作項目分類機制，同時加強簡報自動產生機制，由系統自動擷取系統資料庫中之資訊，自動產生簡報檔案，以協助現有業務全面資訊化及資料結構化，以利後續之資料挖掘分析，使業務執行更有效率。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010110</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103560</governmentpublicationsnumber><identifier>74361</identifier><internationalstandardbooknumber>9789860308891 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74361</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度水源保育與回饋業務系統與網頁管理、更新及擴充 The Expanding,renewal and Management Program of“The Administrative Business of Water Resources Conservation and Compensation Fee”in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>74362</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74362</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告內附光碟=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>74363</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74363</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--內附光碟=Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>屏東縣沿海地區之養殖產業相當發達，在養殖漁民競相抽用地下水之情況下，因而引發地層下陷，由於下陷嚴重為能有效降低地下水抽用量，本部已將屏東縣（一）枋寮、東港、林邊、佳冬4鄉鎮列為嚴重地層下陷地區（二）新園、南州、枋山、恆春、崁頂、新埤、萬丹、車城8鄉鎮列為地下水管制區。經比對歷年水井調查辦理情形，其中枋寮、東港、林邊、佳冬4鄉鎮已於97年及99年辦理水井清查；新園、南州、枋山、恆春4鄉鎮亦於99年及100年辦理水井清查；其餘4鄉鎮中車城尚未辦理清查，崁頂、新埤、萬丹雖分別於85年及77年辦理清查，然經檢視其成果並未有單井個別資料，致無法列冊有效管理；綜上，為利屏東縣全區地下水管制業務需求，本年度擬辦理崁頂、萬丹、車城及新埤等4鄉鎮之水井清查工作，以利後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據。</abstract><author>高雄第一科技大學</author><categoryidentifier>351.858</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010400</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010200261</governmentpublicationsnumber><identifier>74364</identifier><internationalstandardbooknumber>9789860360479 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74364</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>屏東縣崁頂、萬丹、車城及新埤等四鄉鎮水井清查計畫 The Well Investigation of Kanding wandan Chechenf and Sinpi Township in Pingtung County</title><yearidentifier>201302</yearidentifier></data><data><abstract>本局為因應彰化地區工業用水需求成長，考量烏溪下游因承受台中都會區回歸水而有穩定水源，惟因水質不佳無法供應生活用水，故辦理烏溪大度攔河堰規劃事宜，以供應國光石化、中科二林基地及彰濱工業區工業用水需求，並於98年10月提送「大度堰環境影響說明書」至環保署審查，經環保署98年11月23日第187次審查委員會議決議，應進行第二階段環境影響評估。 本局即依前揭會議決議及環境影響評估法相關規定編撰環境影響評估報告書送經濟部，經濟部並於99年12月23日辦理現場勘察及公聽會，另為廣納民意、化解民眾疑慮，早日取得共識，經濟部再於100年1月26日及1月27日分別假台中市烏日區及彰化縣和美鎮增辦2場公聽會。 然國光石化開發計畫為配合政府政策，業於100年4月宣布停止開發，本局原規劃大度堰工程計畫亦隨之暫緩，惟彰化地區仍有中科二林基地及彰濱工業區等工業用水需求，經濟部水利署旋於100年5月17日及8月24日邀集相關用水單位開會研商烏溪大度堰供水替代方案，會議決議略以「烏溪大度堰現階段推動可行性不高，衡諸中科及彰濱用水成長需求，無論就單價、用地、開發期程及社會接受度，於彰濱工業區設大型海淡廠為可行之替代方案」。 本局即依據前揭會議決議及經濟部水利署100年9月20日召開「水資源規劃委辦計畫執行檢討暨101年度擬辦計畫初審」會議決議，提出本委託技術服務計畫書。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010303</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010200153</governmentpublicationsnumber><identifier>74366</identifier><internationalstandardbooknumber>9789860359213 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74366</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>彰濱海水淡化廠可行性規劃--光碟版 Feasibility Study of Changhua Coastal Desalination Plant</title><yearidentifier>201301</yearidentifier></data><data><abstract>有鑑於過去水利署轄管一般性海堤區域之生態棲地調查資料及相關研究成果不足，希望藉由本計畫現場進行CHGM棲地模式評估，並蒐集相關生物調查(包括植物、底棲生物、魚類和鳥類等)進行分析，以及提供生態評估之參考；分析歸納國內海岸的生態棲地特性，來提出棲地改善及保育策略，以做為以後海岸開發利用或保護之參考。.海岸防護工程與生態棲地保育之相關性的探討。並依據模式評估的過程和結果，提出目前海岸保護措施對海岸棲地的影響，以做為未來海岸防護治理時兼顧生態保育之參考。</abstract><author>臺灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103130</governmentpublicationsnumber><identifier>74367</identifier><internationalstandardbooknumber>9789860348811 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>一般性海堤生態棲地調查(1/2)=Survey on Ecological Habitat of General Sea Dike(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>74369</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74369</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇Operation and Technology Improvement of the Coastal Ocean Monitoring Network 總結報告</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>74370</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74370</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>2010101853</governmentpublicationsnumber><identifier>74371</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74371</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>臺灣溫泉監測季報第一季</title><yearidentifier>201208</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>74372</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74372</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3)--光碟版 Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74373</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74373</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)--光碟版=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>有鑑於過去水利署轄管一般性海堤區域之生態棲地調查資料及相關研究成果不足，希望藉由本計畫現場進行CHGM棲地模式評估，並蒐集相關生物調查(包括植物、底棲生物、魚類和鳥類等)進行分析，以及提供生態評估之參考；分析歸納國內海岸的生態棲地特性，來提出棲地改善及保育策略，以做為以後海岸開發利用或保護之參考。.海岸防護工程與生態棲地保育之相關性的探討。並依據模式評估的過程和結果，提出目前海岸保護措施對海岸棲地的影響，以做為未來海岸防護治理時兼顧生態保育之參考。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010327</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010103130</governmentpublicationsnumber><identifier>74374</identifier><internationalstandardbooknumber>9789860348811 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74374</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>一般性海堤生態棲地調查(1/2))光碟版=Survey on Ecological Habitat of General Sea Dike(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>評估北部地區水資源脆弱度空間分布，提出強化北部地區因應氣候變遷水資源管理調適計畫</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010284</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/6</date><governmentpublicationsnumber>1010102817</governmentpublicationsnumber><identifier>74376</identifier><internationalstandardbooknumber>9789860346695 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74376</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化北部水資源分區因應氣候變遷水資源管理調適能力研究(內附光碟)=Strengthening Water Supply System Adaptive Capacity to Climate Change in Northern Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於台灣地區隨著人口的成長、都市化的發展與產業結構的改變，用水需求量逐漸增加，但是新水源開發卻愈來愈困難，目前下水道建設已是政府大力推動公共建設項目，如將都市污水廠放流水有效再生利用，作為生活次用水、工業用水及河川生態流量、水源不足之緊急備用水源，將能使水資源供需之風險降低、減少廢污水排放，並能提升水環境之生態品質。 台南地區屬高風險供水地區，因此進行水再生利用相關規劃，俾作為推動水再生利用策略之依據。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010233</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/7</date><governmentpublicationsnumber>1010102996</governmentpublicationsnumber><identifier>74379</identifier><internationalstandardbooknumber>9789860347852 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74379</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>基隆地區污水處理廠水再生利用規劃(光碟版) Preliminary Evaluation of Water Reclamation for Keelung Area Wastewater Treatment Plant</title><yearidentifier>201212</yearidentifier></data><data><abstract>評估北部地區水資源脆弱度空間分布，提出強化北部地區因應氣候變遷水資源管理調適計畫</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010284</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/7</date><governmentpublicationsnumber>1010102817</governmentpublicationsnumber><identifier>74383</identifier><internationalstandardbooknumber>9789860346695 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74383</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化北部水資源分區因應氣候變遷水資源管理調適能力研究--光碟版 Strengthening Water Supply System Adaptive Capacity to Climate Change in Northern Region</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>法務部法制司</author><categoryidentifier>579.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/7</date><governmentpublicationsnumber>1010102585</governmentpublicationsnumber><identifier>74385</identifier><internationalstandardbooknumber>9789860344028 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74385</librarycollectiondetailsurl><price>150</price><publisher>法務部</publisher><publishrocyear>101</publishrocyear><title>人權APP：兩公約人權故事II</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/7</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>74386</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74386</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--內附光碟=Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣地區集水區多地勢陡峻，地質脆弱，且部分地表覆蓋因人為活動而遭破壞，致使每逢颱風暴雨侵襲，集水區土砂大量流失，常使河川形成濃度偏高的含砂水流。另外，為保護沿岸居民的安全、維持人車通行的便利性，相關單位在河道中施作的相關工程亦常會造成河道底床驟變的情況。高濃度的含砂水流再加上驟變的河床，常會對沿程河防設施的穩定造成很大的威脅。以頭前溪部分河段為例，上游尖石堤防於颱洪期間均會面臨高濃度含砂水流直衝的威脅，造成河道刷深，屢屢造成尖石堤防的毀壞；中正橋固床工下游面河床保護層消失，岩床裸露，長期軟岩沖蝕(rock erosion)造成局部河床驟變，本年度又受到蘇拉颱風來襲影響，造成河槽刷深嚴重，威脅橋梁安全致使封橋至今。因此，釐清驟變河道沖淤趨勢對防洪設施之影響，實為頭前溪流域當前相當重要的研究課題。 本計畫為兩年度計畫案，第一年度之工作項目包含基本資料蒐集與彙整分析、歷年防洪工程資料與流路變遷資料彙整分析、控制點入砂量推估研析、流變特性與高灘地土體力學試驗分析、二維驟變河道沖淤數值模式之發展、模式參數檢定與驗證、含砂水流對河道水理動床條件之影響分析、河防設施脆弱段之檢討評估與脆弱段河防設施之災害潛勢分析等初步分析驗證工作。藉由第一年度資料彙整分析成果，常受破壞的河段其主要驟變因素可歸納為「曲率驟變」、「深槽流路驟變」與「河床質驟變」等三大面向；同時，透過二維模式分析整體頭前溪河段成果，選擇具有上述驟變因素且於模式中有明顯影響之三處地點：尖石堤防(高含砂剪力破壞、曲率驟變)、竹林大橋(深槽驟變)、中正橋(床質驟變)做為第二年度(本年度)細部模擬範圍。 一.	中正橋下游河段： 	其位處「軟弱岩層」以及「新城斷層」上盤，生成年代仍十分年輕，所以成岩化並不完全，在地質上常被歸類為軟弱岩層，致使護甲層較薄且地質上較易產生侵蝕行為，使河段由穩定轉為不穩定情況。依此，本河段原有應急工程進行保護，但為避免河道深槽沖刷危及中正橋??安全，並使整體能更加穩固，因而進行中正橋河段沖刷防治工程作業。 以原工程進行數值模擬分析下，進行工程改善後可防止下游處的沖刷，但交界處之沖刷潛勢有稍為提高情況，但差異不大；以尾檻高度規劃值而言，第一、二階跌水工設計應屬合理，第三階跌水消能工受下游迴水影響，水躍可發生於靜水池內，且受下游迴水影響，水躍深度較大應可減少對下游河道沖刷之影響，故尾檻保護長度應可接受，惟仍須注意交界面局部沖刷及底床沖淤變化，避免危及固床工本體之安全性。 然本年度8月份因受到蘇拉颱風來侵襲因束水沖刷於右岸造成中正橋右岸P9橋墩處，下刷約10公尺深，亦造成正執行中之防治工程計畫的三階跌水工消能工右側部份毀損，未來預計將從左側7個單元至橋梁間破損部分修復，並對右岸刷深嚴重之河道以拋石固床方式先進行治水，未來將以改建「大跨距」的橋梁為目標。 二.	尖石堤防下游河段： 	尖石堤防位處那羅溪主支流交會處，受到匯入之洪水或土石流的推移作用，可能加劇河岸侵蝕能力，目前於已施作混凝土丁壩工加強基腳保護並期達成挑流掛淤之效。為了解那羅溪匯流之影響，本研究採用擬似三維模式進行三維流場評估，於側入流進入主河道後，動量向下游右岸運移靠近，在斷面80右岸處(約為尖石堤防中間段)產生較高的總流速，在丁壩5號處之深槽所在位置出現較高之下向流運動尺度，但整體而言側入流直沖對右岸構造物之影響並不顯著。 又由Neill(1980)不透水丁壩頭沖刷深度經驗公式評估，壩頭沖刷深度達3.35公尺，現況壩頭埋入深度不足，因此建議將河床粒料回填至丁壩壩頭高度，其中拋石平均粒徑以0.35~0.6公尺，其中受水流直衝影響區則建議平均拋石粒徑為0.6公尺，而拋石高度依據經驗公式建議回填至丁壩壩頭高度。 三.	竹林大橋下游河段： 	竹林大橋依據歷史斷面資料可知，下游左岸曾發生因底床沖刷深度劇烈而導致岸壁崩塌進而出現高灘地退縮情形，但左岸之高灘仍有數百公尺暫無疑慮。然由於右岸處為現代沖積層直接接鄰更新世地層，河岸呈凹凸起伏，為古期河岸侵蝕之殘留地貌，因此使整體流況朝向右岸逼近，致使堤岸易遭受破壞。現今，下游右岸之芎林堤防已完成長約350公尺之蛇籠基腳保護工及3座丁壩。 經分析目前蛇籠工法尚稱穩定，但已處於臨界狀態，且由模式成果顯示右岸未來仍有持續退縮現象，建議以河道整理及成功筐網兩種方式加強右岸基腳保護。河道整理採疏浚以拓寬河道降低流速減緩右岸沖刷，並將左岸疏浚之粒料回填至右岸以營造堤前高灘；成功筐網則於既有蛇籠丁壩前建置三處成功筐網，藉以降低流速減緩水流衝擊，並可使筐網群後方形成淤積區，達到加強基腳保護之功效。</abstract><author>工業技術研究院</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010138</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010103664</governmentpublicationsnumber><identifier>74387</identifier><internationalstandardbooknumber>9789860355536 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74387</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>101</publishrocyear><title>驟變河道沖淤趨勢對防洪設施之影響-以頭前溪為例--內附光碟  Investigation on the Erosion and Deposition Trend of sudden change channel for Flood Control Facilities in Toucian River</title><yearidentifier>201212</yearidentifier></data><data><abstract>四重溪流域受民國84年牡丹水庫興建完成及歷次風災如民國98年8月莫拉克等，本河系(含主、支流源頭起點至出海口及水庫)因雨勢過大，造成河川水文、地文及河川區域人工構造物等產生重大的改變及破壞，同時影響本河系之環境生態及生物棲地發生明顯的變化，因此有必要針對本河系進行全面性環境生態及河川情勢之調查，以瞭解河川環境及生物相特性，並依據本河系環境生態及生物棲地提出河川環境管理建議，建置生態資源資料庫，供工程單位規劃設計人員參考，以降低未來治理工作對生態環境之衝擊</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.689763</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010292</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010200323</governmentpublicationsnumber><identifier>74388</identifier><internationalstandardbooknumber>9789860360974 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74388</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>四重溪河川情勢調查 Investigation of Stream Status of Sizhong River</title><yearidentifier>201302</yearidentifier></data><data><abstract>四重溪流域受民國84年牡丹水庫興建完成及歷次風災如民國98年8月莫拉克等，本河系(含主、支流源頭起點至出海口及水庫)因雨勢過大，造成河川水文、地文及河川區域人工構造物等產生重大的改變及破壞，同時影響本河系之環境生態及生物棲地發生明顯的變化，因此有必要針對本河系進行全面性環境生態及河川情勢之調查，以瞭解河川環境及生物相特性，並依據本河系環境生態及生物棲地提出河川環境管理建議，建置生態資源資料庫，供工程單位規劃設計人員參考，以降低未來治理工作對生態環境之衝擊</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.689763</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010292</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010200323</governmentpublicationsnumber><identifier>74389</identifier><internationalstandardbooknumber>9789860360974 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74389</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>四重溪河川情勢調查成果報告(光碟版) Investigation of Stream Status of Sizhong River</title><yearidentifier>201302</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74390</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74390</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(2/2)  Feasibility Study on Water-Gate made by concrete Materials (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74391</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74391</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究總報告 Feasibility Study on Water-Gate made by concrete Materials</title><yearidentifier>201212</yearidentifier></data><data><abstract>屏東縣沿海地區之養殖產業相當發達，在養殖漁民競相抽用地下水之情況下，因而引發地層下陷，由於下陷嚴重為能有效降低地下水抽用量，本部已將屏東縣（一）枋寮、東港、林邊、佳冬4鄉鎮列為嚴重地層下陷地區（二）新園、南州、枋山、恆春、崁頂、新埤、萬丹、車城8鄉鎮列為地下水管制區。經比對歷年水井調查辦理情形，其中枋寮、東港、林邊、佳冬4鄉鎮已於97年及99年辦理水井清查；新園、南州、枋山、恆春4鄉鎮亦於99年及100年辦理水井清查；其餘4鄉鎮中車城尚未辦理清查，崁頂、新埤、萬丹雖分別於85年及77年辦理清查，然經檢視其成果並未有單井個別資料，致無法列冊有效管理；綜上，為利屏東縣全區地下水管制業務需求，本年度擬辦理崁頂、萬丹、車城及新埤等4鄉鎮之水井清查工作，以利後續土地利用、產業輔導與環境保育，以及水資源調度、管理等工作規劃之依據。</abstract><author>高雄第一科技大學</author><categoryidentifier>351.858</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010400</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/8</date><governmentpublicationsnumber>1010200261</governmentpublicationsnumber><identifier>74393</identifier><internationalstandardbooknumber>9789860360479 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74393</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>屏東縣崁頂、萬丹、車城及新埤等四鄉鎮水井清查計畫(光碟版) The Well Investigation of Kanding wandan Chechenf and Sinpi Township in Pingtung County</title><yearidentifier>201302</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010074</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74407</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74407</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究總報告--內附光碟 Feasibility Study on Water-Gate made by concrete Materials</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010074</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74408</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74408</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(2/2)--內附光碟 Feasibility Study on Water-Gate made by concrete Materials (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫擬將低衝擊開發（Low Impact Development, LID）及具有節能減碳功效的綠色工程（Green Infrastructure）之觀念，導入水質水量保護區的管理措施中，並採用決策支援系統進行水質水量保護區綠色工程設置之最佳化研究，期能透過分散式設置最佳管理措施（BMPs）降低劇烈天候之衝擊及水質源頭管制之目的，並挑選數處案例示範模擬分析，提出「水質水量保護區管理實施計畫」供水質水量保護區管理參考。</abstract><author>台北科技大學水環境研究中心</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010164</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103430</governmentpublicationsnumber><identifier>74409</identifier><internationalstandardbooknumber>9789860352856 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74409</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區管理措施探討與研究(2/2) Management Strategies for Tap Water Quality Protection Area (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74410</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74410</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究總報告內附光碟 Feasibility Study on Water-Gate made by concrete Materials</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫擬將低衝擊開發（Low Impact Development, LID）及具有節能減碳功效的綠色工程（Green Infrastructure）之觀念，導入水質水量保護區的管理措施中，並採用決策支援系統進行水質水量保護區綠色工程設置之最佳化研究，期能透過分散式設置最佳管理措施（BMPs）降低劇烈天候之衝擊及水質源頭管制之目的，並挑選數處案例示範模擬分析，提出「水質水量保護區管理實施計畫」供水質水量保護區管理參考。</abstract><author>國立臺北科技大學</author><categoryidentifier>445.2029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MO)EAWRA1010164</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103430</governmentpublicationsnumber><identifier>74411</identifier><internationalstandardbooknumber>9789860352856 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74411</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區管理措施探討與研究(2/2)--光碟版 Management Strategies for Tap Water Quality Protection Area (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74412</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74412</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(2/2) 內附光碟 Feasibility Study on Water-Gate made by concrete Materials (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為保育溫泉資源永續經營與利用，經濟部水利署爰於92年7月2日制定公布溫泉法，並自94年7月1日施行，並於99年度制定「加強溫泉資源保育管理計畫」，以加速推動溫泉業者合法納管。依照溫泉法第4條第六項：溫泉法施行前，已開發溫泉使用者，主管機關應輔導取得水權。 本計畫收集全台溫泉使用業者名稱、水權資料、申請開發許可現況、無法合法化之原因及因應對策建議等項目，並將各業者現況提供全國溫泉資料庫系統進行更新。針對有意願提出合法化申請之溫泉既有業者，首先進行訪談以瞭解溫泉合法化申請進度與目前遭遇困難；本計畫已完成53家業者訪談，並依照各溫泉區資料齊備差異程度，擬定建議優先輔導申請合法登記名單。 為使溫泉業者瞭解溫泉法之內容並配合申請水權、取供事業及溫泉標章等之各項法令，本計畫會同中央主管機關與各縣市相關主管機關，分別舉辦北、中、南、東等4場溫泉合法化宣導會，使業者充分瞭解合法化程序與內容，並進行溫泉業者輔導業務。本計畫已輔導33家溫泉業者提送溫泉開發許可申請，並已順利通過4家業者申請案。 溫泉法緩衝期將於102年6月30日屆滿，對於尚未取得溫泉合法登記之溫泉業者勢必面臨許多法令執行困難之情況，本計畫訪問包含溫泉業者、專家學者、技師與縣市政府業務承辦人員，彙整訪談內容及問卷調查結果，針對業者無法合法化之原因、溫泉法緩衝期屆滿後可能衍生之問題，研擬因應對策。溫泉法修正草案則彙整目前因溫泉業者合法化過程之「溫泉標章」申請，預計修法不列入合法化之提案，另提出溫泉法與相關子法用詞不統一情況。 本計畫提供相關行政協助會議總計22場，主要有參與水利署溫泉輔導工作小組會議、溫泉業者座談會與各縣市政府溫泉業務，期許能早日達成輔導多數溫泉業者合法化之目標。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010245</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103336</governmentpublicationsnumber><identifier>74413</identifier><internationalstandardbooknumber>9789860350975 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74413</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>輔導業者溫泉開發合法化與宣導計畫 The Counseling Project for Hot Spring Owner in Development Legalization and Illustration</title><yearidentifier>201212</yearidentifier></data><data><abstract>為保育溫泉資源永續經營與利用，經濟部水利署爰於92年7月2日制定公布溫泉法，並自94年7月1日施行，並於99年度制定「加強溫泉資源保育管理計畫」，以加速推動溫泉業者合法納管。依照溫泉法第4條第六項：溫泉法施行前，已開發溫泉使用者，主管機關應輔導取得水權。 本計畫收集全台溫泉使用業者名稱、水權資料、申請開發許可現況、無法合法化之原因及因應對策建議等項目，並將各業者現況提供全國溫泉資料庫系統進行更新。針對有意願提出合法化申請之溫泉既有業者，首先進行訪談以瞭解溫泉合法化申請進度與目前遭遇困難；本計畫已完成53家業者訪談，並依照各溫泉區資料齊備差異程度，擬定建議優先輔導申請合法登記名單。 為使溫泉業者瞭解溫泉法之內容並配合申請水權、取供事業及溫泉標章等之各項法令，本計畫會同中央主管機關與各縣市相關主管機關，分別舉辦北、中、南、東等4場溫泉合法化宣導會，使業者充分瞭解合法化程序與內容，並進行溫泉業者輔導業務。本計畫已輔導33家溫泉業者提送溫泉開發許可申請，並已順利通過4家業者申請案。 溫泉法緩衝期將於102年6月30日屆滿，對於尚未取得溫泉合法登記之溫泉業者勢必面臨許多法令執行困難之情況，本計畫訪問包含溫泉業者、專家學者、技師與縣市政府業務承辦人員，彙整訪談內容及問卷調查結果，針對業者無法合法化之原因、溫泉法緩衝期屆滿後可能衍生之問題，研擬因應對策。溫泉法修正草案則彙整目前因溫泉業者合法化過程之「溫泉標章」申請，預計修法不列入合法化之提案，另提出溫泉法與相關子法用詞不統一情況。 本計畫提供相關行政協助會議總計22場，主要有參與水利署溫泉輔導工作小組會議、溫泉業者座談會與各縣市政府溫泉業務，期許能早日達成輔導多數溫泉業者合法化之目標。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010245</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103336</governmentpublicationsnumber><identifier>74414</identifier><internationalstandardbooknumber>9789860350975 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74414</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>輔導業者溫泉開發合法化與宣導計畫--光碟版 The Counseling Project for Hot Spring Owner in Development Legalization and Illustration</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。此外，針對過去經常發現有銅污染的萬丹排水，規劃2處採樣點，於枯、豐水期各增加一次河川底泥重金屬之檢測，供管理委員會下年度計畫評估增加此項工作內容之參考，並作為未來比對評估底泥品質狀況、分類管理及限制用途之依據。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010102131</governmentpublicationsnumber><identifier>74415</identifier><internationalstandardbooknumber>9789868282766 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74415</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>101</publishrocyear><title>101年度「高屏溪流域河川水質採樣檢測分析」工作計畫(附錄) Sampling and Analysis for the Water Quality of Kao-Pin River (2012)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫測試、應用及改良移動式藻類及毒素監測系統，針對國內14座離島水庫，應用分子生物、光學、及免疫學技術，定期、快速監測主要水庫水質及藻華、毒素、大腸菌相關資訊，以保障民眾用水安全。 計畫中首先收集國內外相關文獻，了解目前國內外相關移動式實驗室監測項目與方式。並改良現有監測系統，包括針對微囊藻及魚腥藻兩種目標藻改用雙重基因即時定量測試、提升柱孢藻目標基因之定量及監測專一性、增加蛤蚌毒素測試等，且均已成功應用於現地測試。 本年度共進行8座本島、6座離島水庫、35次採樣、116個現場樣品分析。檢測結果顯示，5個本島水庫樣品中，微囊藻毒素或柱孢藻毒素有超過0.2 μg/L的情形，所幸所有後續採樣清水樣品均遠低於建議值，顯示供水仍是安全。在臭味物質部份，2座水庫，霉味物質MIB超過國外飲用水建議值(10 ng/L)。在6座離島水庫採樣中，發現所有水庫均有藻類代謝物問題，4座水庫微囊藻毒素及柱孢藻毒素均超過0.2 μg/L，1座水庫兩者甚至超過1 μg/L，所有水庫霉味物質MIB均超過10 ng/L。 本計畫採樣中，對於取水口毒素及毒藻基因濃度超過建議數值(0.2 μg/L)者，現場均立即增採下游淨水廠原水及清水樣品，並快速將結果通知水利署及水庫管理單位，以提供水庫及水廠管理單位參考與應變。計畫並初步完成8座水庫水質特性資訊收集、藻毒事件文宣製作、以及網站架設。在教育訓練部份，本計畫於金門太湖水廠進行離島藻華應變演練，模擬藻華事件發生時，水廠及相關單位因應、通報、及解決方法；並於成功大學舉辦教育訓練，除藻類毒素及有害微生物基本知識外，並加入離島水庫情境模擬範例，以及現場實作教學，提升水庫及水廠人員藻毒應變與處理相關知識。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010222</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103640</governmentpublicationsnumber><identifier>74417</identifier><internationalstandardbooknumber>9789860355505 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74417</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>藍綠藻類應變與監控技術提升研究計畫 Monitoring and response technologies for cyanobacteria in drinking water reservoirs</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫測試、應用及改良移動式藻類及毒素監測系統，針對國內14座離島水庫，應用分子生物、光學、及免疫學技術，定期、快速監測主要水庫水質及藻華、毒素、大腸菌相關資訊，以保障民眾用水安全。 計畫中首先收集國內外相關文獻，了解目前國內外相關移動式實驗室監測項目與方式。並改良現有監測系統，包括針對微囊藻及魚腥藻兩種目標藻改用雙重基因即時定量測試、提升柱孢藻目標基因之定量及監測專一性、增加蛤蚌毒素測試等，且均已成功應用於現地測試。 本年度共進行8座本島、6座離島水庫、35次採樣、116個現場樣品分析。檢測結果顯示，5個本島水庫樣品中，微囊藻毒素或柱孢藻毒素有超過0.2 μg/L的情形，所幸所有後續採樣清水樣品均遠低於建議值，顯示供水仍是安全。在臭味物質部份，2座水庫，霉味物質MIB超過國外飲用水建議值(10 ng/L)。在6座離島水庫採樣中，發現所有水庫均有藻類代謝物問題，4座水庫微囊藻毒素及柱孢藻毒素均超過0.2 μg/L，1座水庫兩者甚至超過1 μg/L，所有水庫霉味物質MIB均超過10 ng/L。 本計畫採樣中，對於取水口毒素及毒藻基因濃度超過建議數值(0.2 μg/L)者，現場均立即增採下游淨水廠原水及清水樣品，並快速將結果通知水利署及水庫管理單位，以提供水庫及水廠管理單位參考與應變。計畫並初步完成8座水庫水質特性資訊收集、藻毒事件文宣製作、以及網站架設。在教育訓練部份，本計畫於金門太湖水廠進行離島藻華應變演練，模擬藻華事件發生時，水廠及相關單位因應、通報、及解決方法；並於成功大學舉辦教育訓練，除藻類毒素及有害微生物基本知識外，並加入離島水庫情境模擬範例，以及現場實作教學，提升水庫及水廠人員藻毒應變與處理相關知識。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010222</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103640</governmentpublicationsnumber><identifier>74419</identifier><internationalstandardbooknumber>9789860355505 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74419</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>藍綠藻類應變與監控技術提升研究計畫(光碟版) Monitoring and response technologies for cyanobacteria in drinking water reservoirs</title><yearidentifier>201212</yearidentifier></data><data><abstract>辦理113處保護區之範圍圖資製作 (內容含道路及農路、重要地標、鄉(鎮、市、區)及村里界線及名稱等)及26處保護區之範圍現勘調查作業。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010111</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103490</governmentpublicationsnumber><identifier>74420</identifier><internationalstandardbooknumber>9789860354041 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74420</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度水質水量保護區範圍圖資製作計畫成果報告 Water Quality and Quantity Protection Area Atlas 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>辦理113處保護區之範圍圖資製作 (內容含道路及農路、重要地標、鄉(鎮、市、區)及村里界線及名稱等)及26處保護區之範圍現勘調查作業。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010111</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/11</date><governmentpublicationsnumber>1010103490</governmentpublicationsnumber><identifier>74421</identifier><internationalstandardbooknumber>9789860354041 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74421</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度水質水量保護區範圍圖資製作計畫成果報告(光碟版) Water Quality and Quantity Protection Area Atlas 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前全國劃設公告之水質水量保護區共計有113個，面積更廣達全國約四分之一積，而其管理措施，依據自來水法第11條規定，則涉及各不同目的事業主管機關之法規。而保護區之管理措施，雖以往已有辦理部分委託計畫，惟其成果分散，缺乏系統性之整理與評估。故擬藉由本計畫，綜整、研析及檢討以往成果，擬定保護區之整體管理策進計畫，制定中長程自來水保護區管理之政策圖譜，提供各保護區管理上依循之方向。而保護區之劃設，涉及人民之權利，且全國保護區面積極廣，近年屢因保護區內權利限制以及回饋問題造成莫大之困擾。而對於面積廣大之保護區，其存在性及必要性，亦因此產生爭議。因此，在保護區之劃設、變更及廢止之原則，應有更為務實之作法。另在完善管理策略之同時，其法制化之檢討，亦為本計畫需研究之議題。而本計畫所要求之幕僚作業，則可作為本署進行政策擬定、推動及說明之協助。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010125</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103489</governmentpublicationsnumber><identifier>74424</identifier><internationalstandardbooknumber>9789860354034 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74424</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區管理策進計畫成果報告(2/2) Water Quality and Quantity Protection Area Management Strategy(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>目前全國劃設公告之水質水量保護區共計有113個，面積更廣達全國約四分之一積，而其管理措施，依據自來水法第11條規定，則涉及各不同目的事業主管機關之法規。而保護區之管理措施，雖以往已有辦理部分委託計畫，惟其成果分散，缺乏系統性之整理與評估。故擬藉由本計畫，綜整、研析及檢討以往成果，擬定保護區之整體管理策進計畫，制定中長程自來水保護區管理之政策圖譜，提供各保護區管理上依循之方向。而保護區之劃設，涉及人民之權利，且全國保護區面積極廣，近年屢因保護區內權利限制以及回饋問題造成莫大之困擾。而對於面積廣大之保護區，其存在性及必要性，亦因此產生爭議。因此，在保護區之劃設、變更及廢止之原則，應有更為務實之作法。另在完善管理策略之同時，其法制化之檢討，亦為本計畫需研究之議題。而本計畫所要求之幕僚作業，則可作為本署進行政策擬定、推動及說明之協助。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010125</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103489</governmentpublicationsnumber><identifier>74425</identifier><internationalstandardbooknumber>9789860354034 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74425</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區管理策進計畫成果報告(2/2)--光碟版 Water Quality and Quantity Protection Area Management Strategy(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫融入民眾參與及社區營造精神，加入LID（Low Impact Development）、BMPs（(Best Management Practices)、雨水貯流、省水器材等保育措施之元素，打造保護區水源保育社區。計畫辦理社區營造及水源保育相關活動，除協助地方及社區發展，並推廣保護水質水量；另辦理保護區社區營造成果發表會，分享水源保育社區營造之經驗，最後歸納彙整試辦經驗，期能協助本署水源保育相關業務之推動。</abstract><author>中華民國專業者都市改革組織</author><categoryidentifier>545.0933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010165</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103487</governmentpublicationsnumber><identifier>74428</identifier><internationalstandardbooknumber>9789860354027 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74428</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區民眾參與水源保育社區營造試辦計畫 Public Participation of Water Conservation and Community Development in Water Quality and Quantity Protection Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫融入民眾參與及社區營造精神，加入LID（Low Impact Development）、BMPs（(Best Management Practices)、雨水貯流、省水器材等保育措施之元素，打造保護區水源保育社區。計畫辦理社區營造及水源保育相關活動，除協助地方及社區發展，並推廣保護水質水量；另辦理保護區社區營造成果發表會，分享水源保育社區營造之經驗，最後歸納彙整試辦經驗，期能協助本署水源保育相關業務之推動。</abstract><author>中華民國專業者都市改革組織</author><categoryidentifier>545.0933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010165</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103487</governmentpublicationsnumber><identifier>74429</identifier><internationalstandardbooknumber>9789860354027 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74429</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>自來水水質水量保護區民眾參與水源保育社區營造試辦計畫--光碟版 Public Participation of Water Conservation and Community Development in Water Quality and Quantity Protection Area</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫參採水庫集水區庫生態調查評準則及石門水庫整治計畫生態檢核機制辦理經驗,推廣運用於曾文南化及烏山頭水庫集水區整治計畫保育治理工程.包括生態檢核相關資料建立，生態觀注議題確立,生態議題制度化溝通平台建立,資訊公開及民眾參與機制建立,生態檢核運用及辦理教育訓練等,此外並辦理生態檢核成效評估，及研提曾文南化及烏山頭水庫集水區生態保育實施計畫,以為後續相關工作辦理參考。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.643323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010227</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103710</governmentpublicationsnumber><identifier>74430</identifier><internationalstandardbooknumber>9789860355994 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74430</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>曾文南化及烏山頭水庫保育治理工程生態檢核制度推動及成效評估 Application and Evaluation of the Ecological Impact Appraisal on Engineering Projects within the Catchment Areas of Zengwen, Nanhua and Wushantou Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫參採水庫集水區庫生態調查評準則及石門水庫整治計畫生態檢核機制辦理經驗,推廣運用於曾文南化及烏山頭水庫集水區整治計畫保育治理工程.包括生態檢核相關資料建立，生態觀注議題確立,生態議題制度化溝通平台建立,資訊公開及民眾參與機制建立,生態檢核運用及辦理教育訓練等,此外並辦理生態檢核成效評估，及研提曾文南化及烏山頭水庫集水區生態保育實施計畫,以為後續相關工作辦理參考。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>443.643323</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010227</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103710</governmentpublicationsnumber><identifier>74432</identifier><internationalstandardbooknumber>9789860355994 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74432</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>曾文南化及烏山頭水庫保育治理工程生態檢核制度推動及成效評估--光碟版  Application and Evaluation of the Ecological Impact Appraisal on Engineering Projects within the Catchment Areas of Zengwen, Nanhua and Wushantou Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>74437</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74437</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報電子書＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011</title><yearidentifier>201206</yearidentifier></data><data><abstract>臺灣水文及民國100年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>74438</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74438</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 總冊＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011TOTAL REPORT</title><yearidentifier>201206</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>74439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74439</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 第一部份－雨量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅠ- RAINFALL</title><yearidentifier>201206</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>74440</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74440</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201206</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>74441</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74441</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國100年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅢ-GROUNDWATER</title><yearidentifier>201206</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>74442</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74442</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅣ－COASTAL HYDROLOGY</title><yearidentifier>201206</yearidentifier></data><data><abstract>為維護水質水量，加強辦理水庫集水區與水質水量保護區整體保育工作，本署依據「變更台灣北、中、南、東部區域計畫(第1次通盤檢討)－因應莫拉克颱風災害檢討土地使用管制」(行政院99年6月15日核定)及「水庫集水區保育綱要」(行政院95年3月20日核定)，於民國98年至100年各水庫保育實施計畫執行完畢後，提出下一階段之台灣地區水庫整體保育規範計畫，以因應未來氣候變遷、土砂災害、水源及水質保護、水資源環境保育及防災減災避災等五大理念，更積極妥善保護台灣水資源環境。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>433.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000447</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010101784</governmentpublicationsnumber><identifier>74443</identifier><internationalstandardbooknumber>9789860335194 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74443</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣地區水庫整體保育規範計畫 The Guideline of Intergrated Conservation of Reservoirs in Taiwan</title><yearidentifier>201208</yearidentifier></data><data><abstract>為維護水質水量，加強辦理水庫集水區與水質水量保護區整體保育工作，本署依據「變更台灣北、中、南、東部區域計畫(第1次通盤檢討)－因應莫拉克颱風災害檢討土地使用管制」(行政院99年6月15日核定)及「水庫集水區保育綱要」(行政院95年3月20日核定)，於民國98年至100年各水庫保育實施計畫執行完畢後，提出下一階段之台灣地區水庫整體保育規範計畫，以因應未來氣候變遷、土砂災害、水源及水質保護、水資源環境保育及防災減災避災等五大理念，更積極妥善保護台灣水資源環境。</abstract><author>資源及環境保護服務基金會</author><categoryidentifier>433.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000447</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010101784</governmentpublicationsnumber><identifier>74444</identifier><internationalstandardbooknumber>9789860335194 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74444</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>台灣地區水庫整體保育規範計畫--光碟版  The Guideline of Intergrated Conservation of Reservoirs in Taiwan</title><yearidentifier>201208</yearidentifier></data><data><abstract>水庫上游土地利用型態利用複雜且幅員遼闊，在推動土地管理及保育治理工作，需水庫基本資訊系統配合，使方得有效推動水庫保育等相關工作。本署已於近年完成多項水庫相關資訊系統，為有效維護運作，透過本計畫維護及加強水庫集水區保育相關資訊系統，本署歷年已針對保育事業業務進行多項系統開發籍資料庫建置，為提供決策者可快速、更有效掌握各業務執行成果，極需以主管(或相關業務決策者)之需求為出發點，將歷年各業務已完成之系統資訊及資料庫以自動化方式進行彙整、分析、呈現，擬建立「保育事業資訊整合管理平台」，整合展示各已建置系統完成之決策資訊，以提供決策者主要決策資訊之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010223</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103187</governmentpublicationsnumber><identifier>74446</identifier><internationalstandardbooknumber>9789860350517 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74446</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水庫保育事業資訊整合管理平台建置及系統維護計畫 Developing Reservoir Conservation Business Management Platform and Maintenance of Lagacy Systems</title><yearidentifier>201212</yearidentifier></data><data><abstract>水庫上游土地利用型態利用複雜且幅員遼闊，在推動土地管理及保育治理工作，需水庫基本資訊系統配合，使方得有效推動水庫保育等相關工作。本署已於近年完成多項水庫相關資訊系統，為有效維護運作，透過本計畫維護及加強水庫集水區保育相關資訊系統，本署歷年已針對保育事業業務進行多項系統開發籍資料庫建置，為提供決策者可快速、更有效掌握各業務執行成果，極需以主管(或相關業務決策者)之需求為出發點，將歷年各業務已完成之系統資訊及資料庫以自動化方式進行彙整、分析、呈現，擬建立「保育事業資訊整合管理平台」，整合展示各已建置系統完成之決策資訊，以提供決策者主要決策資訊之參考。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010223</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103187</governmentpublicationsnumber><identifier>74449</identifier><internationalstandardbooknumber>9789860350517 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74449</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水庫保育事業資訊整合管理平台建置及系統維護計畫--光碟版 Developing Reservoir Conservation Business Management Platform and Maintenance of Lagacy Systems</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫主要目的為台灣溫泉資源永續發展利用，並藉由彙整各溫泉地區溫泉資源現況及地質安全評估資料，研擬整體溫泉資源管理機制及各溫泉地區發展政策</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010221</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103188</governmentpublicationsnumber><identifier>74455</identifier><internationalstandardbooknumber>9789860350944 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74455</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>臺灣溫泉資源開發管理綜合計畫(2/2) The Integrated Management Plan on the Development of the Hot Spring Resources of Taiwan (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫主要目的為台灣溫泉資源永續發展利用，並藉由彙整各溫泉地區溫泉資源現況及地質安全評估資料，研擬整體溫泉資源管理機制及各溫泉地區發展政策</abstract><author>順陽工程顧問公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010221</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/12</date><governmentpublicationsnumber>1010103188</governmentpublicationsnumber><identifier>74456</identifier><internationalstandardbooknumber>9789860350944 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74456</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>101</publishrocyear><title>臺灣溫泉資源開發管理綜合計畫(2/2)--光碟版 The Integrated Management Plan on the Development of the Hot Spring Resources of Taiwan (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣現有溫泉露頭約百餘處，重要溫泉區逾二十處，由於近年來溫泉產業蓬勃發展，溫泉使用量快速增加，部份溫泉區之溫泉水量似有超用現象，例如礁溪、關子嶺、四重溪地區等，為落實溫泉資源總量管制，於溫泉區進行有系統的監測工作，實屬必要。 鑑於臺灣溫泉區數量龐大，監測井網無法短期建立完全，目前規劃以有超量使用之虞的溫泉區為示範區優先進行監測，99年度已辦理「四重溪溫泉資源監測調查計畫（1/2）」，100年庚續辦理礁溪地區溫泉資源之監測計畫，擬以97年度監測井網規劃成果（北區溫泉監測系統站址規劃設計）為基礎，設置監測井監測並分析已建置監測井監測資料，除了解溫泉地區之地下水活動、溫泉水位與溫度變化，另並調查歷史及現況使用量，以重新評估當地合理總用水量，進而探討該區溫泉管理策略。計畫成果之應用除避免溫泉資源過度開發，並將提送宜蘭縣政府參酌使用，俾礁溪地區溫泉資源保育永續經營與發展管理。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010220</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103334</governmentpublicationsnumber><identifier>74475</identifier><internationalstandardbooknumber>9789860350968 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74475</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>礁溪地區溫泉資源調查與監測計畫(2/2) The Investigation and Monitoring of Jioshi Hot Spring (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>臺灣現有溫泉露頭約百餘處，重要溫泉區逾二十處，由於近年來溫泉產業蓬勃發展，溫泉使用量快速增加，部份溫泉區之溫泉水量似有超用現象，例如礁溪、關子嶺、四重溪地區等，為落實溫泉資源總量管制，於溫泉區進行有系統的監測工作，實屬必要。 鑑於臺灣溫泉區數量龐大，監測井網無法短期建立完全，目前規劃以有超量使用之虞的溫泉區為示範區優先進行監測，99年度已辦理「四重溪溫泉資源監測調查計畫（1/2）」，100年庚續辦理礁溪地區溫泉資源之監測計畫，擬以97年度監測井網規劃成果（北區溫泉監測系統站址規劃設計）為基礎，設置監測井監測並分析已建置監測井監測資料，除了解溫泉地區之地下水活動、溫泉水位與溫度變化，另並調查歷史及現況使用量，以重新評估當地合理總用水量，進而探討該區溫泉管理策略。計畫成果之應用除避免溫泉資源過度開發，並將提送宜蘭縣政府參酌使用，俾礁溪地區溫泉資源保育永續經營與發展管理。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010220</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103334</governmentpublicationsnumber><identifier>74476</identifier><internationalstandardbooknumber>9789860350968 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74476</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>礁溪地區溫泉資源調查與監測計畫(2/2)--光碟版  The Investigation and Monitoring of Jioshi Hot Spring (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，評估及建議各區水位及水溫之預警建議值，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010244</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103335</governmentpublicationsnumber><identifier>74477</identifier><internationalstandardbooknumber>9789860350951 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74477</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>溫泉監測井網整合與泉質泉溫異常預警機制建置 The Network Integration of Hot Spring Monitoring Wells and the Establishment of Wring System for Unusual Hot Spring Water Quality</title><yearidentifier>201212</yearidentifier></data><data><abstract>為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，評估及建議各區水位及水溫之預警建議值，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010244</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103335</governmentpublicationsnumber><identifier>74478</identifier><internationalstandardbooknumber>9789860350951 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74478</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>溫泉監測井網整合與泉質泉溫異常預警機制建置--光碟版 The Network Integration of Hot Spring Monitoring Wells and the Establishment of Wring System for Unusual Hot Spring Water Quality</title><yearidentifier>201212</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，並逐步彙整、建置地方上傳基本資料，需辦理後續系統維護圖層編修以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。</abstract><author>理太科技公司</author><categoryidentifier>354.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010219</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103337</governmentpublicationsnumber><identifier>74479</identifier><internationalstandardbooknumber>9789860350982 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74479</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>溫泉資源基本資料庫擴充及維護計畫(3/3) Expansion and Maintenance of Hot Springs Resources Basic Database Plan (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關調查資料及溫泉申報資料之上傳。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，並逐步彙整、建置地方上傳基本資料，需辦理後續系統維護圖層編修以及相關法令更新工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。</abstract><author>理太科技公司</author><categoryidentifier>354.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010219</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010103337</governmentpublicationsnumber><identifier>74480</identifier><internationalstandardbooknumber>9789860350982 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74480</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>溫泉資源基本資料庫擴充及維護計畫(3/3)--光碟版  Expansion and Maintenance of Hot Springs Resources Basic Database Plan (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫將以水利署歷年的工程標案紀錄為基礎，分析標案特性與執行趨勢，此外遴選北、中、南、東各一條中央管河川作為分析標的，檢視各工程位置與相關單位之總合治水的程度，藉此工程管理與災害管理的分析，作為水利署工程智庫建置示範計畫，及未來水利建設與總合治水的重要參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010377</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010200129</governmentpublicationsnumber><identifier>74481</identifier><internationalstandardbooknumber>9789860359015 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74481</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署工程智庫建置示範計畫 Engineering Think Tank of Demonstration Project for Water Resources Agency of Ministry of Economic Affairs</title><yearidentifier>201301</yearidentifier></data><data><abstract>本計畫將以水利署歷年的工程標案紀錄為基礎，分析標案特性與執行趨勢，此外遴選北、中、南、東各一條中央管河川作為分析標的，檢視各工程位置與相關單位之總合治水的程度，藉此工程管理與災害管理的分析，作為水利署工程智庫建置示範計畫，及未來水利建設與總合治水的重要參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010377</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010200129</governmentpublicationsnumber><identifier>74482</identifier><internationalstandardbooknumber>9789860359015 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74482</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署工程智庫建置示範計畫--光碟版  Engineering Think Tank of Demonstration Project for Water Resources Agency of Ministry of Economic Affairs</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/13</date><governmentpublicationsnumber>1010200129</governmentpublicationsnumber><identifier>74483</identifier><internationalstandardbooknumber>9789860359015 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74483</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署工程智庫建置示範計畫--光碟版=Engineering Think Tank of Demonstration Project for Water Resources Agency of Ministry of Economic Affairs</title><yearidentifier>201301</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>74484</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74484</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查--光碟版 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>74485</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74485</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>國立嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74486</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74486</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究(2/2)(內附光碟)=Feasibility Study on Water-Gate made by Concrete Materials (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水閘門為兼具防洪與禦潮等功能的水工構造物，其正常的操作管理為維護人民生命財產安全的第一道防線。目前國內尚未有混凝土擲水閘門應用之相關研究，因此為降低鐵質水閘門失竊之風險，並減少其購置成本，本計畫之目的除探討混凝土擲水閘門受水流砂石與漂流木沖及磨耗能力，以及受大氣因素劣化後之耐久性變化外，並分析混凝土質材料於水閘門應用之適用性與經濟性，期望以有效之材料技術，搭配適切之力學分析，以期提升水閘門之效能，延展其服務年限，並期能達到維護公共工程與國家資源永續利用之目標。</abstract><author>嘉義大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010142</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010103877</governmentpublicationsnumber><identifier>74487</identifier><internationalstandardbooknumber>9789860359084 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74487</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>水閘門應用混凝土系材料之可行性研究總報告內附光碟 Feasibility Study on Water-Gate made by concrete Materials</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010146</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010200263</governmentpublicationsnumber><identifier>74488</identifier><internationalstandardbooknumber>9789860360936 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74488</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>101年度濁水溪流域逕流測預報系統維護(內附光碟)  101 Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2012</title><yearidentifier>201302</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010146</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010200263</governmentpublicationsnumber><identifier>74489</identifier><internationalstandardbooknumber>9789860360936 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74489</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>101年度濁水溪流域逕流測預報系統維護(內附光碟)  101 Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2012</title><yearidentifier>201302</yearidentifier></data><data><abstract>臺北水源特定區之範圍涵蓋新北市之新店、烏來、石碇、坪林、雙溪等五個區，集水區面積廣達717平方公里，約佔新北市行政區域面積的1/3，轄幅十分廣闊。臺北水源特定區管理局為有效掌握大台北地區之水文情勢，陸續於轄區內之南勢溪及北勢溪流域設立水位流量站，以自記水位計監測即時水位，並以人工方式施測流量，以持續長期監測本特定區河川水位及流量之變化趨勢。     隨著現今水資源之日益缺乏，集水區內水量之精確掌握愈顯重要；正因如此，長期而完整流量資料之蒐集則愈發為關鍵要素。然觀諸臺灣地區之河川特性，平常時期流量資料之量測已然曠日費時且極為不易；而高水位時期之流量量測，人員須曝露於危險環境下，更加深資料收集之艱難。惟可幸者，低水位時期之流量量測技術已漸臻成熟，故可進行持續而長期之流量監測；若資料數據之穩定性係經可靠驗證，則其量測頻率應可視情況酌予降低。     本計畫為延續性之流量監測計畫，整體時程為期3年。隨著3年計畫工作之執行，將可進一步蒐集臺北水源特定區完整之雨量及流量資料、率定及校正各測站之水位-流量率定曲線、掌握本特定區內河川之輸砂量，並持續更新既有之水文資料庫。本計畫之研究成果，將有助於台北水源特定區整體之水文情勢分析，且可作為往後工程設計、水理研究及分析及水資源管理之重要依據。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010003</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/14</date><governmentpublicationsnumber>1010103682</governmentpublicationsnumber><identifier>74493</identifier><internationalstandardbooknumber>9789860354676 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74493</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>101</publishrocyear><title>新店溪青潭堰上游水文監測計畫（101年）水文資料附件 Hydrological system measurement of the Area Protected by the Taipei Water Management Offce in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010146</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/15</date><governmentpublicationsnumber>1010200263</governmentpublicationsnumber><identifier>74494</identifier><internationalstandardbooknumber>9789860360936 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74494</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>101年度濁水溪流域逕流測預報系統維護(內附光碟)  101 Maintaining for System of Observation and Forecast with Runoff within Zhuoshui River Watershed during 2012</title><yearidentifier>201302</yearidentifier></data><data><abstract>透過整合型研究，以水文地文區域化之觀點，針對過去西南沿海地區經常遭受淹水之區域進行探討及研究，探討沿海淹水敏感區近年來受氣候變異之災害衝擊評估，徹底瞭解並解決西南沿海淹水敏感區受水文及地文之影響為重心，乃為現階段洪災科技發展之重點課題。</abstract><author>國?交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010290</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/15</date><governmentpublicationsnumber>1010102997</governmentpublicationsnumber><identifier>74495</identifier><internationalstandardbooknumber>9789860347869 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74495</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究(1/2)--內附光碟 The influence of the hydrologic and topographic uncertainties on the inundation risk in southwest coastal area (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/15</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>74496</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74496</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史服務報告(光碟版)  The Culture Heritage of Water Resource Agency: Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>李友恒等編撰</author><categoryidentifier>442.165</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/19</date><governmentpublicationsnumber>1010200156</governmentpublicationsnumber><identifier>74507</identifier><internationalstandardbooknumber>9789860359114 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74507</librarycollectiondetailsurl><price>320</price><publisher>交通部國道新建工程局</publisher><publishrocyear>102</publishrocyear><title>國道大地工程技術實務</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>王茹淑等作</author><categoryidentifier>360.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/20</date><governmentpublicationsnumber>1010103292</governmentpublicationsnumber><identifier>74512</identifier><internationalstandardbooknumber>9789860351682 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74512</librarycollectiondetailsurl><price>200</price><publisher>農委會林務局.臺灣環境資訊協會</publisher><publishrocyear>101</publishrocyear><title>上課了!生物多樣性 1.漫談生物多樣性</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>王茹淑等作</author><categoryidentifier>360.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/20</date><governmentpublicationsnumber>1010103297</governmentpublicationsnumber><identifier>74513</identifier><internationalstandardbooknumber>9789860351699 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74513</librarycollectiondetailsurl><price>200</price><publisher>農委會林務局.臺灣環境資訊協會</publisher><publishrocyear>101</publishrocyear><title>上課了!生物多樣性 2.永續利用面面觀</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>王茹淑等作</author><categoryidentifier>360.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/20</date><governmentpublicationsnumber>1010103298</governmentpublicationsnumber><identifier>74514</identifier><internationalstandardbooknumber>9789860351705 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74514</librarycollectiondetailsurl><price>200</price><publisher>農委會林務局.臺灣環境資訊協會</publisher><publishrocyear>101</publishrocyear><title>上課了!生物多樣性 3.保育思潮全球行</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年10月30日行政院環保署環境影響評估委員會第186次會議決議，士文水庫工程計畫應繼續進行第二階段環境影響評估，為使第二階段環境影響評估工做能順利執行，將依環境影響評估法第8條暨其施行細則第20條至第22條規定辦理後續作業，並依相關後續環境影評估審查之界定及要求辦理補充調查分析，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000385</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/21</date><governmentpublicationsnumber>1010103667</governmentpublicationsnumber><identifier>74517</identifier><internationalstandardbooknumber>9789860356298 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74517</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─第二階段環境影響評估(2/2)--內附光碟 Feasibility Planning of Shi Wen Reservoir-Environmental Impact Assessment(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年10月30日行政院環保署環境影響評估委員會第186次會議決議，士文水庫工程計畫應繼續進行第二階段環境影響評估，為使第二階段環境影響評估工做能順利執行，將依環境影響評估法第8條暨其施行細則第20條至第22條規定辦理後續作業，並依相關後續環境影評估審查之界定及要求辦理補充調查分析，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000385</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/21</date><governmentpublicationsnumber>1010103667</governmentpublicationsnumber><identifier>74518</identifier><internationalstandardbooknumber>9789860356298 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74518</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃-第二階段環境影響評估(2/2)附錄Feasibility Planning of Shi Wen Reservoir Environmental Impact Assessment(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>民國98年10月30日行政院環保署環境影響評估委員會第186次會議決議，士文水庫工程計畫應繼續進行第二階段環境影響評估，為使第二階段環境影響評估工做能順利執行，將依環境影響評估法第8條暨其施行細則第20條至第22條規定辦理後續作業，並依相關後續環境影評估審查之界定及要求辦理補充調查分析，俾利後續士文水庫工程計畫之推展。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000385</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/21</date><governmentpublicationsnumber>1010103667</governmentpublicationsnumber><identifier>74519</identifier><internationalstandardbooknumber>9789860356298 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74519</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>士文水庫可行性規劃─第二階段環境影響評估(2/2)--光碟版 Feasibility Planning of Shi Wen Reservoir-Environmental Impact Assessment(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/25</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>74534</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74534</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>中華民國1OO年臺灣水文年報第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2011 PARTⅢ－GROUNDWATER</title><yearidentifier>201206</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010072</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010103471</governmentpublicationsnumber><identifier>74539</identifier><internationalstandardbooknumber>9789860354089 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74539</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷知識庫與資料整合平台(3/4)-內附光碟 The Plarform for the Knowledge and the Databases of Climate Change(3/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010072</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010103471</governmentpublicationsnumber><identifier>74540</identifier><internationalstandardbooknumber>9789860354089 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74540</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷知識庫與資料整合平台(3/4)(光碟版)The Plarform for the Knowledge and the Databases of Climate Change(3/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為「氣候變遷對水環境之衝擊與調適研究計畫」之分項計畫，其目的為產製台灣地區氣候變遷情境資料供主計畫使用，並評估氣候變遷水文情境，作為主計畫進行衝擊評估、脆弱度風險分析及調適策略研擬之基礎。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010073</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010103514</governmentpublicationsnumber><identifier>74541</identifier><internationalstandardbooknumber>9789860354621 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74541</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷水文情境評估研究(1/2) Assessing the Impact of Climate Change on Hydrological Scenarios(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為「氣候變遷對水環境之衝擊與調適研究計畫」之分項計畫，其目的為產製台灣地區氣候變遷情境資料供主計畫使用，並評估氣候變遷水文情境，作為主計畫進行衝擊評估、脆弱度風險分析及調適策略研擬之基礎。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010073</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010103514</governmentpublicationsnumber><identifier>74542</identifier><internationalstandardbooknumber>9789860354621 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74542</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷水文情境評估研究(1/2)(光碟版)Assessing the Impact of Climate Change on Hydrological Scenarios</title><yearidentifier>201212</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010071</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010200352</governmentpublicationsnumber><identifier>74543</identifier><internationalstandardbooknumber>9789860361797 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74543</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(3/4)The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment (3/4)</title><yearidentifier>201302</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010071</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010200352</governmentpublicationsnumber><identifier>74544</identifier><internationalstandardbooknumber>9789860361797 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74544</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(3/4)(光碟版)The second stage Management Project of Climate Change Impacts and Adaptation on water Environment(3/4)</title><yearidentifier>201302</yearidentifier></data><data><abstract>濁水溪流域自莫拉克颱洪後已施設完成許多復建及防災減災之丁壩工程，且根據上、下游河段之特性不同施設不同之工法種類(饅頭型、手槍型、排樁式丁壩…等)。為了解現行之丁壩工法對於抵抗側向侵蝕及縱向沖刷之效能及成效，並從中檢討未來沖刷防治工法之改善對策與方案，提昇工程設計之能力與信心，遂辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010190</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/27</date><governmentpublicationsnumber>1010103371</governmentpublicationsnumber><identifier>74547</identifier><internationalstandardbooknumber>9789860352030 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74547</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(1/2)(內附光碟)=Efficiency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour/Deposition (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010097</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/28</date><governmentpublicationsnumber>1010103201</governmentpublicationsnumber><identifier>74551</identifier><internationalstandardbooknumber>9789860351248 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74551</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水整治及環境營造計畫第5期（98~103年）成效檢討及後續計畫（104~109年）之評估研究(1/2)--內附光碟 A Review of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010097</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/28</date><governmentpublicationsnumber>1010103201</governmentpublicationsnumber><identifier>74552</identifier><internationalstandardbooknumber>9789860351248 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74552</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水整治及環境營造計畫第5期(98~103年)成效檢討及後續計畫(104~109年)之評估研究(1/2)--光碟版 A Review of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為改善南部地區主要水庫(曾文、南化、烏山頭水庫)營運功能、加強上游集水區水域環境保育及有效提升水源備援與常態供水能力，特辦理「曾文水庫防淤隧道工程」，本報告即為其計畫基本設計階段報告。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/3/29</date><governmentpublicationsnumber>1010101729</governmentpublicationsnumber><identifier>74555</identifier><internationalstandardbooknumber>9789860334791 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74555</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文南化烏山頭水庫治理及穩定南部地區供水計畫曾文水庫防淤隧道工程基本設計報告 The Basic Report of the Sediment Sluiceway Tunnel Engineering os Tseng Reservoir</title><yearidentifier>201211</yearidentifier></data><data><abstract>本研究計畫的?大目標為：(一)因應氣候變遷區域淹水模擬技術研究；(二)災害管?規劃技術研究。針對第一個目標，本計畫發展新的地形處?技術以得到較真的計算用地形，以及內、外水?合運算之FIS2D淹水模式和大範圍分區演算技術。而針對第二個目標，本計畫?用區域淹水模擬技術，透過?學最佳化的方法重新分配逕?入??，用以?低淹水災害；同時?考各國經驗，因應氣候變遷訂定洪災控管規劃?考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010087</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/1</date><governmentpublicationsnumber>1010102709</governmentpublicationsnumber><identifier>74559</identifier><internationalstandardbooknumber>9789860344691 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74559</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究 總報告-內附光碟 The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/2</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>74565</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74565</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>101</publishrocyear><title>新期構造研究專輯(三)</title><yearidentifier>201212</yearidentifier></data><data><abstract>集集共同引水計畫於民國82年5月奉行政院核定實施，依據環境影響評估法屬重大開發計畫，除於施工期間必須進行環境監測工作之外，營運期間對環境之管理亦必須妥擬執行計畫。自民國91年起集集共同引水計畫正式邁入營運管理階段，為延續施工期間環境監測工作，探討營運期間對週遭環境之影響，並謀對策以減輕不利影響至最低程度，民國92至民國100年已完成集集攔河堰環境監測，爰持續進行民國101年度水域生態及水質監測，以落實環境保護政策。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010064</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/3</date><governmentpublicationsnumber>1010200442</governmentpublicationsnumber><identifier>74567</identifier><internationalstandardbooknumber>9789860362152 ; 9789860362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74567</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>101年度集集攔河堰營運階段水域生態及水質監測成果報告(內附光碟) Chi-Chi Weir Operation in yr.2012 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>201303</yearidentifier></data><data><abstract>斗六堰魚道的效益追蹤，自95~100年，已執行了6年，累積當地相當豐富之生態調查資料。101年度持續進行必要的追蹤調查工作，作為魚道改善效益評估的重要依據，以徹底改善本地生物廊道的問題。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010064</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/3</date><governmentpublicationsnumber>1010200443</governmentpublicationsnumber><identifier>74568</identifier><internationalstandardbooknumber>9789860362152 ; 9789860362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74568</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>101年斗六堰魚道功能監測及模組式魚道水域生態監測成果報告(內附光碟) Research on the efficiency asseaament of fishway in Dou-LiouWeir and the fishway in Main Stream 2012</title><yearidentifier>201303</yearidentifier></data><data><abstract>本年度為第二年度計畫，第一年度計畫已於民國100年完成前期研究，本年度針對雲林南公館及台北大湖滯洪池進行滯洪池成效訪談與調查；另從防洪、水資源利用、生態保育、地下水補注、景觀綠美化等功能進行檢討；並綜整現況問題及重要維護管理經驗回饋至本計畫，據此研擬滯洪池規劃設計及管理參考手冊(草案)。主要工作項目為：國內外資?補充蒐集、滯洪案?成效補充訪談與調查、國內滯洪池案?綜合檢討、滯洪池之操作及維護管?策?研擬以及滯洪池規劃、設計及管?評估，並彙整成本成果報告。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010090</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010103174</governmentpublicationsnumber><identifier>74569</identifier><internationalstandardbooknumber>9789860350883 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74569</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>滯洪池之功能檢討與管理評估(2/2)--內附光碟 The Functional Reviews and Management Assessment of Detention Ponds (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本年度為第二年度計畫，第一年度計畫已於民國100年完成前期研究，本年度針對雲林南公館及台北大湖滯洪池進行滯洪池成效訪談與調查；另從防洪、水資源利用、生態保育、地下水補注、景觀綠美化等功能進行檢討；並綜整現況問題及重要維護管理經驗回饋至本計畫，據此研擬滯洪池規劃設計及管理參考手冊(草案)。主要工作項目為：國內外資?補充蒐集、滯洪案?成效補充訪談與調查、國內滯洪池案?綜合檢討、滯洪池之操作及維護管?策?研擬以及滯洪池規劃、設計及管?評估，並彙整成本成果報告。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010090</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010103174</governmentpublicationsnumber><identifier>74570</identifier><internationalstandardbooknumber>9789860350883 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74570</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>滯洪池之功能檢討與管理評估(2/2)--光碟版 The Functional Reviews and Management Assessment of Detention Ponds (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於台灣地區開發?為日漸增多，土地過?開發?用後導致地表?透水比?增加，造成地表逕??及洪峰到達 時間均有明顯加劇之情形。另近??極端氣候與高強度?雨之情形經常發生，因此，在開發區下游或適當地點設置滯洪池，可削減尖峰??、?低渠道水位及延長洪峰到達的時間，減少洪水所帶?的災情，以保障居民生命財產安全。爰此，設置滯洪池為綜合治水對策之一，且近年易淹水地區水患治理計畫亦於沿海地勢低漥區設置滯洪池，在滯洪池陸續完工後，其滯洪功能是否能有效發揮，維護管理是否有其困難等皆值得探討，故本計畫針對已完工之滯洪池進行功能檢討與管理評估。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010090</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010103176</governmentpublicationsnumber><identifier>74571</identifier><internationalstandardbooknumber>9789860350890 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74571</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>滯洪池之功能檢討與管理評估成果總報告--內附光碟 The Functional Reviews and Management Assessment of Detention Ponds</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於台灣地區開發?為日漸增多，土地過?開發?用後導致地表?透水比?增加，造成地表逕??及洪峰到達 時間均有明顯加劇之情形。另近??極端氣候與高強度?雨之情形經常發生，因此，在開發區下游或適當地點設置滯洪池，可削減尖峰??、?低渠道水位及延長洪峰到達的時間，減少洪水所帶?的災情，以保障居民生命財產安全。爰此，設置滯洪池為綜合治水對策之一，且近年易淹水地區水患治理計畫亦於沿海地勢低漥區設置滯洪池，在滯洪池陸續完工後，其滯洪功能是否能有效發揮，維護管理是否有其困難等皆值得探討，故本計畫針對已完工之滯洪池進行功能檢討與管理評估。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010090</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010103176</governmentpublicationsnumber><identifier>74572</identifier><internationalstandardbooknumber>9789860350890 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74572</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>滯洪池之功能檢討與管理評估成果總報告--光碟版 The Functional Reviews and Management Assessment of Detention Ponds</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來公共工程之推動已開始注意對環境生態之影響，惟現有河川生態資料欠缺難符相關規劃設計之需，而亟需補充調查及整合分析，俾供各界參考，爰此辦理後龍溪水系河川情勢調查工作。本計畫為兩年之延續性計畫，第一年度(101年度)執行主流後龍溪、支流老田寮溪、新店溪、沙河溪及飛鳳溪的情勢調查，第二年度(102年度)則辦理支流大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的情勢調查。 本計畫主要工作包括後龍溪主流及支流老田寮溪、新店溪、沙河溪、飛鳳溪、大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生態調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>禹安工程顧問股份有墊公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010123</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010200426</governmentpublicationsnumber><identifier>74574</identifier><internationalstandardbooknumber>9789860362572 ; 9789860362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74574</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪流域河川情勢調查(1/2) Investigation of Current Status in Houlong River System(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>近年來公共工程之推動已開始注意對環境生態之影響，惟現有河川生態資料欠缺難符相關規劃設計之需，而亟需補充調查及整合分析，俾供各界參考，爰此辦理後龍溪水系河川情勢調查工作。本計畫為兩年之延續性計畫，第一年度(101年度)執行主流後龍溪、支流老田寮溪、新店溪、沙河溪及飛鳳溪的情勢調查，第二年度(102年度)則辦理支流大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的情勢調查。 本計畫主要工作包括後龍溪主流及支流老田寮溪、新店溪、沙河溪、飛鳳溪、大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生態調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>禹安工程顧問股份有墊公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010123</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/8</date><governmentpublicationsnumber>1010200426</governmentpublicationsnumber><identifier>74575</identifier><internationalstandardbooknumber>9789860362572 ; 9789860362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74575</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪流域河川情勢調查(1/2)--光碟版 Investigation of Current Status in Houlong River System (1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>為改善南部地區主要水庫(曾文、南化、烏山頭水庫)營運功能、加強上游集水區水域環境保育及有效提升水源備援與常態供水能力，特辦理「曾文水庫防淤隧道工程」，本報告即為其計畫基本設計階段報告。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/10</date><governmentpublicationsnumber>1010101729</governmentpublicationsnumber><identifier>74578</identifier><internationalstandardbooknumber>9789860334791 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74578</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文南化烏山頭水庫治理及穩定南部地區供水計畫曾文水庫防淤隧道工程基本設計報告(光碟版) The Basic Report of the Sediment Sluiceway Tunnel Engineering os Tseng Reservoir</title><yearidentifier>201211</yearidentifier></data><data><abstract>本局轄區中央管河川花蓮溪水系現有水位站計六站，分別位於主流由下游起為花蓮大橋站、箭瑛大橋站；支流為木瓜溪仁壽橋站、壽豐溪平林站、萬里溪橋站及馬鞍溪橋站；秀姑巒溪水系現有水位站計六站，分別位於主流由下游起為瑞穗大橋站、玉里大橋站及崙天大橋站；支流為豐坪溪立山站、樂樂溪卓樂大橋站及富源溪馬遠橋站；上述水位站功能僅止於平時水位流量資料收集，汛期警戒水位監控及預警通報作業；另外2條水系雨量站共計17站(花蓮溪水系8站，秀姑巒溪水系計9站；)；並無全面之洪水預報系統規劃及建置；導致於颱風豪雨時常無法全面有效掌控2水系之洪水流況。鑑於轄區流域範圍狹長，水情監測、災情查察及救災人力調度均需整合，在面對未來極端氣候降雨及災害發生頻繁之嚴峻挑戰下；本計畫洪水預報系統模式之建立除可即時掌握及分析預判水情，預先發佈洪水資訊外，並可統合救災資源調度，完成後將可提升應變能力及避災功能。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010309</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/11</date><governmentpublicationsnumber>1010102794</governmentpublicationsnumber><identifier>74580</identifier><internationalstandardbooknumber>9789860347531 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74580</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>九河局轄區洪水預報系統建立之先期規劃 Flood Forecasting System Planning Project under the Jurisdiction of the Ninth River Management Office</title><yearidentifier>201211</yearidentifier></data><data><abstract>本局轄區中央管河川花蓮溪水系現有水位站計六站，分別位於主流由下游起為花蓮大橋站、箭瑛大橋站；支流為木瓜溪仁壽橋站、壽豐溪平林站、萬里溪橋站及馬鞍溪橋站；秀姑巒溪水系現有水位站計六站，分別位於主流由下游起為瑞穗大橋站、玉里大橋站及崙天大橋站；支流為豐坪溪立山站、樂樂溪卓樂大橋站及富源溪馬遠橋站；上述水位站功能僅止於平時水位流量資料收集，汛期警戒水位監控及預警通報作業；另外2條水系雨量站共計17站(花蓮溪水系8站，秀姑巒溪水系計9站；)；並無全面之洪水預報系統規劃及建置；導致於颱風豪雨時常無法全面有效掌控2水系之洪水流況。鑑於轄區流域範圍狹長，水情監測、災情查察及救災人力調度均需整合，在面對未來極端氣候降雨及災害發生頻繁之嚴峻挑戰下；本計畫洪水預報系統模式之建立除可即時掌握及分析預判水情，預先發佈洪水資訊外，並可統合救災資源調度，完成後將可提升應變能力及避災功能。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010309</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/11</date><governmentpublicationsnumber>1010102794</governmentpublicationsnumber><identifier>74581</identifier><internationalstandardbooknumber>9789860347531 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74581</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>九河局轄區洪水預報系統建立之先期規劃 (光碟版) Flood Forecasting System Planning Project under the Jurisdiction of the Ninth River Management Office</title><yearidentifier>201211</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010097</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/11</date><governmentpublicationsnumber>1010103201</governmentpublicationsnumber><identifier>74582</identifier><internationalstandardbooknumber>9789860351248 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74582</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水整治及環境營造計畫第5期（98~103年）成效檢討及後續計畫（104~109年）之評估研究(1/2)--內附光碟 A Review of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鳥嘴潭人工湖主要為?滿足草屯及彰化地區民國120?之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源?合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。由研究成果顯示，鳥嘴潭人工湖取供水對彰化地區地下水資源之綜合影響為正面效益，且對彰化地區地層下陷速率與下陷面積亦有顯著改善，因此鳥嘴潭人工湖建置計畫值得推動。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010216</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/12</date><governmentpublicationsnumber>1010102816</governmentpublicationsnumber><identifier>74583</identifier><internationalstandardbooknumber>9789860346374 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74583</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防治之研究(1/2)(內附光碟)=The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鳥嘴潭人工湖主要為?滿足草屯及彰化地區民國120?之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源?合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。由研究成果顯示，鳥嘴潭人工湖取供水對彰化地區地下水資源之綜合影響為正面效益，且對彰化地區地層下陷速率與下陷面積亦有顯著改善，因此鳥嘴潭人工湖建置計畫值得推動。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010216</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/12</date><governmentpublicationsnumber>1010102816</governmentpublicationsnumber><identifier>74584</identifier><internationalstandardbooknumber>9789860346374 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74584</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防治之研究(1/2)--光碟版 The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年來人們生活水準提高，對週遭環境之標準也日益提升。本案以熱門觀光風景區吉貝、鳥嶼、澎湖本島隘門海堤等為研究主體，期望藉由本計劃了解澎湖地區目前海堤基本資料、地形水深、海象、漂沙...等以提供未來海堤興建修護或拆除之研究、漂砂防制及海岸線防護養灘之參考依據.</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010126</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/12</date><governmentpublicationsnumber>1010200567</governmentpublicationsnumber><identifier>74585</identifier><internationalstandardbooknumber>9789860363968 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74585</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>澎湖海岸防護基本資料調查計畫(2/2) Basic information survey of Penghu coastal protection(2/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>近年來人們生活水準提高，對週遭環境之標準也日益提升。本案以熱門觀光風景區吉貝、鳥嶼、澎湖本島隘門海堤等為研究主體，期望藉由本計劃了解澎湖地區目前海堤基本資料、地形水深、海象、漂沙...等以提供未來海堤興建修護或拆除之研究、漂砂防制及海岸線防護養灘之參考依據.</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010126</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/12</date><governmentpublicationsnumber>1010200567</governmentpublicationsnumber><identifier>74586</identifier><internationalstandardbooknumber>9789860363968 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74586</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>澎湖海岸防護基本資料調查計畫(2/2)(光碟版)Basic information survey of Penghu coastal protection(2/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>宜蘭縣位於東北季風迎風面及颱風頻繁地區，為台灣降雨量最多地區之一，但宜蘭縣為一個農業縣，擁有廣大農田是最佳的天然滯洪池，雖然經歷多次超大的降雨，都未造成嚴重的災害，但北宜高速公路通車之後，帶來人口移入，近年來興建大量的農舍，使原本可以儲蓄水份的土地逐年消失，在加上氣候的變遷，會使得未來蘭陽溪洪水量增加及未完成的低窪地區的淹水將更為嚴重，為了提早因應，本計畫將從土地利用變遷對蘭陽溪流域水文、水理的影響，提出蘭陽溪流域涵容能力提升的策略之研擬，促進蘭陽溪流域環境資源之永續利用。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000301</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/12</date><governmentpublicationsnumber>1010103896</governmentpublicationsnumber><identifier>74587</identifier><internationalstandardbooknumber>9789860359473 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74587</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭地區綜合治水計畫檢討(光碟版)=Review for the integrated flood control plan in YiLan</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>441.613</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/17</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>74599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74599</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫-高雄市管區域排水北溝排水系統規劃報告</title><yearidentifier>201302</yearidentifier></data><data><abstract>本署為執行河、海堤等公共工程規劃設計及施工作業需要之基本資料，已建置並加強水文觀測網之觀測功能，近年來更採用國外最新或正研發本土化之自動化非接觸式觀測儀器。但由於臺灣之水文環境時空分布變異日趨增大，本署現行水文觀測網所採用或正研發之水文觀測儀器，其適用環境條件範圍以及儀器檢校試驗環境和技術方法，將面臨新的挑戰與衝擊，例如本署目前使用之河川水位流速量測儀器，如接觸式的旋杯式流速儀，及非接觸式的超音波式水位計及手持式雷達波流速儀，雖是科技研發新產品，但仍需配合臺灣河川型態進行檢校系統改善及技術研發，以確認量測結果之正確性；尤其是非接觸式量測儀器於洪水期間流量量測之成果，有待建置適合於高流量檢校之試驗環境進行檢校作業，並滿足現階段ISO相關規範之要求，此為過去年度尚未辦理之工作。爰此，為提供本署執行河、海堤等公共工程規劃設計及施工作業需要之高品質基本資料，必需因應臺灣水文環境之特性，進行水文觀測儀器檢校技術方法研發，與建置適合於該檢校之試驗環境，並提供經國家實驗認證之水文觀測儀器定期檢校環境與能量，冀以確保本署河、海堤等公共工程施作品質。</abstract><author>台大水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010393</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/18</date><governmentpublicationsnumber>1010200291</governmentpublicationsnumber><identifier>74611</identifier><internationalstandardbooknumber>9789860361056 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74611</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>因應臺灣特性之水文觀測儀器檢校環境建置與檢校技術研發先期計畫 The preliminary study of calibration techniques and establishing calibration environment for hydrologic measuring instruments under the characteristics of Taiwan</title><yearidentifier>201302</yearidentifier></data><data><abstract>本署為執行河、海堤等公共工程規劃設計及施工作業需要之基本資料，已建置並加強水文觀測網之觀測功能，近年來更採用國外最新或正研發本土化之自動化非接觸式觀測儀器。但由於臺灣之水文環境時空分布變異日趨增大，本署現行水文觀測網所採用或正研發之水文觀測儀器，其適用環境條件範圍以及儀器檢校試驗環境和技術方法，將面臨新的挑戰與衝擊，例如本署目前使用之河川水位流速量測儀器，如接觸式的旋杯式流速儀，及非接觸式的超音波式水位計及手持式雷達波流速儀，雖是科技研發新產品，但仍需配合臺灣河川型態進行檢校系統改善及技術研發，以確認量測結果之正確性；尤其是非接觸式量測儀器於洪水期間流量量測之成果，有待建置適合於高流量檢校之試驗環境進行檢校作業，並滿足現階段ISO相關規範之要求，此為過去年度尚未辦理之工作。爰此，為提供本署執行河、海堤等公共工程規劃設計及施工作業需要之高品質基本資料，必需因應臺灣水文環境之特性，進行水文觀測儀器檢校技術方法研發，與建置適合於該檢校之試驗環境，並提供經國家實驗認證之水文觀測儀器定期檢校環境與能量，冀以確保本署河、海堤等公共工程施作品質。</abstract><author>台大水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010393</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/18</date><governmentpublicationsnumber>1010200291</governmentpublicationsnumber><identifier>74612</identifier><internationalstandardbooknumber>9789860361056 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74612</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>因應臺灣特性之水文觀測儀器檢校環境建置與檢校技術研發先期計畫(光碟版)  The preliminary study of calibration techniques and establishing calibration environment for hydrologic measuring instruments under the characteristics of Taiwan</title><yearidentifier>201302</yearidentifier></data><data><abstract>花蓮溪水系位於台灣東部花蓮縣境內，為花蓮縣兩大主要河川之一，發源於中央山脈，主流全長約57.3公里，支流計約180公里，總流域面積達2670平方公里，屬中央管河川，並於78年辦理治理規劃，本水系於民國80公告治理計畫。由於原治理計畫規劃已久遠，原已公告之治理計畫已有不符因應集水區內地形地貌變更及氣候改變之需求之虞，爰此辦理花蓮溪水系治理計畫檢討。 其他重點工作項目尚還包括： 1.荖溪與花蓮溪匯流口左岸河川區域檢討 2.馬鞍溪光復堤防與光復1號堤防開口堤回淹及用地範圍線變更問題檢討。 3.光復溪造林種植區域檢討 4.全水系用地範圍線與河川區域線不符區段及需配合局變部份調查工作。 5.購買最新河川地籍圖相關資料（含重測）。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010084</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/19</date><governmentpublicationsnumber>1010102792</governmentpublicationsnumber><identifier>74613</identifier><internationalstandardbooknumber>9789860347548 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74613</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>花蓮溪水系治理規劃檢討(3/3) Review on Hualien River Improvement Plan(3/3)</title><yearidentifier>201301</yearidentifier></data><data><abstract>花蓮溪水系位於台灣東部花蓮縣境內，為花蓮縣兩大主要河川之一，發源於中央山脈，主流全長約57.3公里，支流計約180公里，總流域面積達2670平方公里，屬中央管河川，並於78年辦理治理規劃，本水系於民國80公告治理計畫。由於原治理計畫規劃已久遠，原已公告之治理計畫已有不符因應集水區內地形地貌變更及氣候改變之需求之虞，爰此辦理花蓮溪水系治理計畫檢討。 其他重點工作項目尚還包括： 1.荖溪與花蓮溪匯流口左岸河川區域檢討 2.馬鞍溪光復堤防與光復1號堤防開口堤回淹及用地範圍線變更問題檢討。 3.光復溪造林種植區域檢討 4.全水系用地範圍線與河川區域線不符區段及需配合局變部份調查工作。 5.購買最新河川地籍圖相關資料（含重測）。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010084</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/19</date><governmentpublicationsnumber>1010102792</governmentpublicationsnumber><identifier>74614</identifier><internationalstandardbooknumber>9789860347548 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74614</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>花蓮溪水系治理規劃檢討(3/3)--光碟版 Review on Hualien River Improvement Plan(3/3)</title><yearidentifier>201301</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/19</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>74615</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74615</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書 Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/19</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>74616</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74616</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書--光碟版 Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候的變?引發極端?雨，其導致洪水及乾旱頻?增加，亦伴隨災害。因此，氣候變遷對於水資源的衝擊評估及調適策?之研擬等相關議題越?越受到重視，且國際間對於離島水資源因應變遷策略之研究亦受相當重視。本計畫分析台灣?島地區(澎湖、?門、馬祖)因應氣候變遷水資源管?調適能?，作為政府單位決策之?考。因此，計畫主要回顧及分析內容在於水資源現況資料蒐集、水文趨勢分析、未來需水量情境，同時推求各標的用水於氣候變遷下之脆弱度，並評估未來氣候變遷影響下之缺水風險及其空間分布，以及離島水資源高風險區域，並綜整離島各區域之分析結果，擬定整體水資源調適策略以及方案，以強化離島水資源系統面對氣候變遷之調適能力。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010102819</governmentpublicationsnumber><identifier>74617</identifier><internationalstandardbooknumber>9789860346701 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74617</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化離島水資源分區因應氣候變遷水資源管理調適能力研究(內附光碟)=Strengthening Water Supply System Adaptive Capacity to Climate Change in Outlying Islands Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候的變?引發極端?雨，其導致洪水及乾旱頻?增加，亦伴隨災害。因此，氣候變遷對於水資源的衝擊評估及調適策?之研擬等相關議題越?越受到重視，且國際間對於離島水資源因應變遷策略之研究亦受相當重視。本計畫分析台灣?島地區(澎湖、?門、馬祖)因應氣候變遷水資源管?調適能?，作為政府單位決策之?考。因此，計畫主要回顧及分析內容在於水資源現況資料蒐集、水文趨勢分析、未來需水量情境，同時推求各標的用水於氣候變遷下之脆弱度，並評估未來氣候變遷影響下之缺水風險及其空間分布，以及離島水資源高風險區域，並綜整離島各區域之分析結果，擬定整體水資源調適策略以及方案，以強化離島水資源系統面對氣候變遷之調適能力。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010102819</governmentpublicationsnumber><identifier>74618</identifier><internationalstandardbooknumber>9789860346701 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74618</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化離島水資源分區因應氣候變遷水資源管理調適能力研究(光碟版) Strengthening Water Supply System Adaptive Capacity to Climate Change in Outlying Islands Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候近?的變?引發極端?雨導致洪水及乾旱頻?增加，亦伴隨災害，使得氣候變遷對於水資源的衝擊評估及調適策?之研擬等相關議題越?越受到重視，臺灣為海島因此對於氣候變遷衝擊之調適策略之研擬更是重要。本計畫分析台灣東部區域(花蓮、台東)因應氣候變遷水資源管?調適能?，以及綜合評估東部水資源因應氣候變遷之管?調適策?及計畫，作為政府單位決策之?考。因此，計畫主要回顧及分析內容在於水資源現況資料蒐集、水文趨勢分析、未來需水量情境，同時推求各標的用水於氣候變遷下之脆弱度，並評估未來氣候變遷影響下之缺水風險及其空間分布，以及東部水資源高風險區域，並綜整東部各區域之分析結果，擬定整體水資源調適策略以及方案，以強化東部水資源系統面對氣候變遷之調適能力。 (一)	相關文獻資?蒐集與探討 1.	本計畫藉由國內外相關文獻的蒐集與分析，以及前期計畫，且具體提出符合國際趨勢與國內東部水資源(台東、花蓮)條件的氣候變遷調適策略。本計畫所提之因應氣候變遷調適架構與各國之調適策略架構相似(摘圖1、摘圖2、摘表1)，且思考邏輯更符合台灣東部區域因應氣候變遷之調適，且本計畫所提之執行之策略及方案架構可供東部區域執行氣候變遷強化調適參考。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010102992</governmentpublicationsnumber><identifier>74619</identifier><internationalstandardbooknumber>9789860347838 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74619</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化東部水資源分區因應氣候變遷水資源管理調適能力研究(內附光碟)=Strengthening Water Supply System Adaptive Capacity to Climate Change in Eastern Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候近?的變?引發極端?雨導致洪水及乾旱頻?增加，亦伴隨災害，使得氣候變遷對於水資源的衝擊評估及調適策?之研擬等相關議題越?越受到重視，臺灣為海島因此對於氣候變遷衝擊之調適策略之研擬更是重要。本計畫分析台灣東部區域(花蓮、台東)因應氣候變遷水資源管?調適能?，以及綜合評估東部水資源因應氣候變遷之管?調適策?及計畫，作為政府單位決策之?考。因此，計畫主要回顧及分析內容在於水資源現況資料蒐集、水文趨勢分析、未來需水量情境，同時推求各標的用水於氣候變遷下之脆弱度，並評估未來氣候變遷影響下之缺水風險及其空間分布，以及東部水資源高風險區域，並綜整東部各區域之分析結果，擬定整體水資源調適策略以及方案，以強化東部水資源系統面對氣候變遷之調適能力。 (一)	相關文獻資?蒐集與探討 1.	本計畫藉由國內外相關文獻的蒐集與分析，以及前期計畫，且具體提出符合國際趨勢與國內東部水資源(台東、花蓮)條件的氣候變遷調適策略。本計畫所提之因應氣候變遷調適架構與各國之調適策略架構相似(摘圖1、摘圖2、摘表1)，且思考邏輯更符合台灣東部區域因應氣候變遷之調適，且本計畫所提之執行之策略及方案架構可供東部區域執行氣候變遷強化調適參考。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010102992</governmentpublicationsnumber><identifier>74620</identifier><internationalstandardbooknumber>9789860347838 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74620</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化東部水資源分區因應氣候變遷水資源管理調適能力研究(光碟版) Strengthening Water Supply System Adaptive Capacity to Climate Change in Eastern Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>水資源系統本身的調適能力取決於社經發展及調適決策，不同地區因為區域發展型態不同，在因應氣候變遷之規劃上，需透過系統風險評估，探討空間分布情形，以掌握全國各區之缺水風險。為此，本計畫綜整台灣(含離島)各水資源分區之水資源風險度之空間分布，以提出強化各水資源分區因應氣候變遷水資源管理調適能力之調適計畫。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010200071</governmentpublicationsnumber><identifier>74621</identifier><internationalstandardbooknumber>9789860358483 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74621</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺灣地區各水資源分區因應氣候變遷水資源管理調適能力綜合研究 Comprehensive Study of the Adaptive Capacity under Climate Change for Water Resources Regions in Taiwan</title><yearidentifier>201302</yearidentifier></data><data><abstract>水資源系統本身的調適能力取決於社經發展及調適決策，不同地區因為區域發展型態不同，在因應氣候變遷之規劃上，需透過系統風險評估，探討空間分布情形，以掌握全國各區之缺水風險。為此，本計畫綜整台灣(含離島)各水資源分區之水資源風險度之空間分布，以提出強化各水資源分區因應氣候變遷水資源管理調適能力之調適計畫。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/22</date><governmentpublicationsnumber>1010200071</governmentpublicationsnumber><identifier>74622</identifier><internationalstandardbooknumber>9789860358483 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74622</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺灣地區各水資源分區因應氣候變遷水資源管理調適能力綜合研究(光碟版) Comprehensive Study of the Adaptive Capacity under Climate Change for Water Resources Regions in Taiwan</title><yearidentifier>201302</yearidentifier></data><data><abstract>屏東海岸曾因養殖漁業超抽地下水造成嚴重地層下陷；而高屏溪、東港溪與林邊溪等主要河川輸沙無法有效補注鄰近海岸，使得海岸長年呈現侵蝕。每逢颱風期間波浪溯上常有越堤之慮，其衝擊力則造成護岸、公路與房舍等結構物的破壞。因此亟需對海岸的變遷特性與災害防護對策進行分析研擬，以提供屏東海岸復育政策實施之參考。本計畫採分期分段進行調查研究方式，擬藉由現場調查與數值模擬分析，研擬各分段海岸之侵蝕防治策略方法，以期盡速將分段海岸保護及復育工作付諸實施。 本計畫為二年期延續性計畫，本年度為第一年。第一年 (101年度) 研究範圍以落林 (車城鄉後灣村)以北至海口港約9公里，第二年 (102年度) 楓港溪口至海口港約14公里。第一年度工作項目包括：(1) 基本資料蒐集及分析、(2) 水深地形測量、(3) 潮波流調查、(4) 漂砂調查、(5) 海岸水動力數值模擬及地形變化趨勢研判、(6) 研擬本段海岸之侵蝕防治對策。 現場調查分別於夏、冬兩季進行，由兩季的地形資料比較：鼻尖、後灣灣口至落林之間有大範圍的侵蝕，侵蝕平均幅度約在-1公尺，海口港、四重溪出海口與後灣灣內則是產生淤積，海口港外淤積最大達5公尺。後灣的近岸部份，在海堤堤腳呈現侵蝕，水陸交界處則是淤積。本區域總體呈現些微侵蝕，總侵蝕量為99.767萬立方公尺，總面積為3,862萬平方公尺，平均侵蝕量為2.6公分。 波浪調查結果，冬季示性波高以20~60公分為主，週期集中在4~6秒之間，波向集中於西北西方至西北方之間。夏季示性波高以25~50公分為主，週期多集中在5~6秒之間，波向集中於西南西與西方。本區域潮汐屬於全日潮混合半日潮型，以全日潮為主，最大潮差為 0.94公尺。海流主要受沿岸地形影響，海流方向以平行海岸為主，冬季平均流速約9.8~17.4公分/秒，夏季則是16.2~29.2公分/秒。漲潮段海流流向先為西北方向再轉為東南方向，而退潮段時則呈現先為東南方向再轉為西北向。 海灘採樣調查結果，兩次採樣的砂粒皆是藉於中砂~細沙之間，且粒徑略呈由北向南遞增。海域採樣的底質粒徑分佈大致與海岸線走向平行，其中鼻尖與龜山頭至後灣底質粒徑大於平均值。兩次採樣結果比較，第二次採樣的粒徑分佈較為分散，粒徑的極大、極小值皆是第二次採樣較為極端。 計畫區海岸多為砂礫質與珊瑚礁地形。在四重溪與保力溪出海口，是堆積寬廣的沙灘區域，海灘寬度約於40~100公尺之幅。後灣漁港南北兩側頂端皆為珊瑚礁岩突出的地形，而後灣漁港的更南側則是珊瑚礁地形。 海岸地形變遷數值模擬分析，西向入射50年重現期颱風波浪作用下，鼻尖至四重溪之間、龜山頭、後灣至落林間與後灣灣內近岸波高介於1.0~2.0公尺，屬於波高分佈較大者。近岸流速較大處為鼻尖、龜山頭和後灣至落林間，約為1.5~2.0公尺/秒，後灣灣內於北側流速約為0.5~1.0公尺/秒。鼻尖外海存在較大的侵蝕現象，後灣內水陸交界微有侵蝕，至-5公尺水深則呈現淤積。灣內南側漁港區在五年內無明顯變化，北側灘線則為向海延伸。 本計畫區海堤、護岸或邊坡之溯升安全評估結果，在50年重現期颱風波浪作用下，全區海岸之溯升高程介於 EL.+2.96~+4.08公尺，均低於現況護岸或邊坡高程，故現況海岸並無越堤 (岸) 之慮。 海口至射寮海岸防護方案研擬：直立堤型式護岸加強堤前波浪反射，造成堤址沖刷破壞。防治對策建議採用於既有海堤前端佈置堤腳保護工之斜坡堤型式，並由小滲透率的堤心石組成斜坡堤堤身。堤心向外逐漸變為較大的塊體，以保持其穩定性。防護方案的斷面初估40,000元/公尺，以保護長度300m估計，總工程經費約為12,000,000元。 後灣潛堤檢討與建議：原潛堤塊石重量可滿足規範需求，但潛堤現況似已有崩塌，可能原因為其地工織物袋的堤基材料破裂而流失。對此提出兩種建議。其一採用原斷面工法恢復潛堤；其二在海、陸兩側採用不同保護型式之混成潛堤改善現況。海側建議維持消波塊之斷面型式，陸側則用地工砂袋取代部分消波塊。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010112</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/23</date><governmentpublicationsnumber>1010200301</governmentpublicationsnumber><identifier>74624</identifier><internationalstandardbooknumber>9789860361322 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74624</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>屏東縣楓港以南海岸防護基本資料調查計畫(1/2) Field Study on Coastal Monitoring and Investigation in South of Feng-gang River in Ping-Tung(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>建立河川輸砂波潮流與海岸地形變遷影響等海岸防護基本資料(落林往北至海口港約9公里)</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010112</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/23</date><governmentpublicationsnumber>1010200301</governmentpublicationsnumber><identifier>74625</identifier><internationalstandardbooknumber>9789860361322 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74625</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>屏東縣楓港以南海岸防護基本資料調查計畫(1/2)(光碟版) Field Study on Coastal Monitoring and Investigation in South of Feng-gang River in Ping-Tung(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>由於萬?排水系統部分河段通洪斷面?足，近?排水?域?遭淹水威脅，且尚未辦?整體之規劃，有鑑於此，需將相關支?、重要市區排水、下水道、農田排水等一併納入整體之系統考?，提出具體改善計畫。計畫範圍包括萬?排水幹線及其支線(社皮排水支線、歸?排水支線、田厝排水及永安排水)4條，亦將社皮排水上游及社上排水，一併納入檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/23</date><governmentpublicationsnumber>1010200521</governmentpublicationsnumber><identifier>74626</identifier><internationalstandardbooknumber>9789860363555 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74626</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>?淹水地區水患治?計畫第二階段實施計畫縣管區域排水萬?地區排水系統規劃=The 2nd Stage Regulation Project of Flood-prone Areas (Planning Report of PingTung County Governmental WanDan Drainage System)</title><yearidentifier>201303</yearidentifier></data><data><abstract>由於萬?排水系統部分河段通洪斷面?足，近?排水?域?遭淹水威脅，且尚未辦?整體之規劃，有鑑於此，需將相關支?、重要市區排水、下水道、農田排水等一併納入整體之系統考?，提出具體改善計畫。計畫範圍包括萬?排水幹線及其支線(社皮排水支線、歸?排水支線、田厝排水及永安排水)4條，亦將社皮排水上游及社上排水，一併納入檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/23</date><governmentpublicationsnumber>1010200521</governmentpublicationsnumber><identifier>74627</identifier><internationalstandardbooknumber>9789860363555 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74627</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>?淹水地區水患治?計畫第二階段實施計畫縣管區域排水萬?地區排水系統規劃--光碟版=The 2nd Stage Regulation Project of Flood-prone Areas (Planning Report of PingTung County Governmental WanDan Drainage System)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>351.9791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/25</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>74628</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74628</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>2013海嘯防災國際研討會論文集</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/25</date><governmentpublicationsnumber>1010200698</governmentpublicationsnumber><identifier>74637</identifier><internationalstandardbooknumber>9789860365665 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74637</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>東港溪水利建造物檢查系統規劃暨檢查計畫委託技術服務成果報告書(內附光碟)Planning and Inspection of the Donggang River water conservancy construction inspection system plan commissioned technical services</title><yearidentifier>201303</yearidentifier></data><data><abstract>曾文水庫集水區幅員?闊，地形起伏、環境地質脆弱且?雨?大而集中，再加上近十???經濟繁榮，使得山坡地開發情況日?頻繁；每逢颱風豪雨集水區內大??沙被沖入水庫，導致水庫面?快速淤積，嚴重影響水庫功能及永續?用。為因應此日?嚴峻的淤積問題，本計畫藉由整合衛星影像資?及現地巡查工作，定期監控集水區內因天災或人為開發所造成之土地變?，作為快速擬定天災導致之土砂災害應變?考及防止?當開發等情事之發生。此外，本計畫亦藉由舉辦集水區居民之教育宣導活動，教導民眾勿?墾、?伐及?建，防範於未。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010200576</governmentpublicationsnumber><identifier>74641</identifier><internationalstandardbooknumber>9789860363531 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74641</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>曾文水庫集水區巡查管理暨衛星監測計畫總報告 Zengwen Reservoir Watershed Ground Patrol Management and Satelite Monitoring Project</title><yearidentifier>201303</yearidentifier></data><data><abstract>曾文水庫集水區幅員?闊，地形起伏、環境地質脆弱且?雨?大而集中，再加上近十???經濟繁榮，使得山坡地開發情況日?頻繁；每逢颱風豪雨集水區內大??沙被沖入水庫，導致水庫面?快速淤積，嚴重影響水庫功能及永續?用。為因應此日?嚴峻的淤積問題，本計畫藉由整合衛星影像資?及現地巡查工作，定期監控集水區內因天災或人為開發所造成之土地變?，作為快速擬定天災導致之土砂災害應變?考及防止?當開發等情事之發生。此外，本計畫亦藉由舉辦集水區居民之教育宣導活動，教導民眾勿?墾、?伐及?建，防範於未。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010200576</governmentpublicationsnumber><identifier>74642</identifier><internationalstandardbooknumber>9789860363531 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74642</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>曾文水庫集水區巡查管理暨衛星監測計畫總報告(光碟版) Zengwen Reservoir Watershed Ground Patrol Management and Satelite Monitoring Project</title><yearidentifier>201303</yearidentifier></data><data><abstract>鑑於社會變遷、人口成長及工業化結果，水資源除了要求水量之充沛，水質之考量亦成為重要關鍵。經濟部水利署南區水資源局（以下簡稱本局）為掌握所管轄區域：曾文水庫、牡丹水庫、阿公店水庫、高屏溪攔河堰及甲仙攔河堰之五水域水質良窳及變化情形，研擬本計畫進行水源水質檢驗分析及研判工作。</abstract><author>成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010007</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010200635</governmentpublicationsnumber><identifier>74643</identifier><internationalstandardbooknumber>9789860364101 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74643</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>101年度曾文、牡丹、阿公店、高屏溪、甲仙攔河堰水質檢驗分析計畫(內附光碟) 2012 Zengwen, MuDan, Agondian ,Gaoping River and Jiaxian Weir Water-Quality Monitoring and Analytic Report</title><yearidentifier>201303</yearidentifier></data><data><abstract>本系統為水利署「區域水資源營運管理系統建置計畫」之子計畫，整體計畫於民國95年底完成，96年及97年為保固期。本系統以建立中區整體水資源最佳化之管理調配機制為目標，以本局所轄區域（含括苗栗縣、台中縣市、南投縣、彰化縣、雲林縣）及金門縣為計畫範圍，建置完整之水資源資料分析系統，除可作為水資源中長期調配之研擬外，亦可作為枯旱時水源調配之模擬與決策之參考，惟歷經多年運轉，部分資料及功能需更新及維護。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010115</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010200702</governmentpublicationsnumber><identifier>74644</identifier><internationalstandardbooknumber>9789860365887 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74644</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>中區水資源調配管理系統更新改善及維護計畫 Improvement and Maintence of Central Region Water Resources Management System</title><yearidentifier>201303</yearidentifier></data><data><abstract>本系統為水利署「區域水資源營運管理系統建置計畫」之子計畫，整體計畫於民國95年底完成，96年及97年為保固期。本系統以建立中區整體水資源最佳化之管理調配機制為目標，以本局所轄區域（含括苗栗縣、台中縣市、南投縣、彰化縣、雲林縣）及金門縣為計畫範圍，建置完整之水資源資料分析系統，除可作為水資源中長期調配之研擬外，亦可作為枯旱時水源調配之模擬與決策之參考，惟歷經多年運轉，部分資料及功能需更新及維護。</abstract><author>中興工程顧問公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010115</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010200702</governmentpublicationsnumber><identifier>74645</identifier><internationalstandardbooknumber>9789860365887 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74645</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>中區水資源調配管理系統更新改善及維護計畫(光碟版) Improvement and Maintence of Central Region Water Resources Management System</title><yearidentifier>201303</yearidentifier></data><data><abstract>南化水庫位於台南縣南化鄉，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積達標高150.8公尺，已高出第二號取水口(標高144公尺)，而水庫庫容僅餘9,681萬立方公尺，原規劃庫容已淤積超過37.6%，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)99年度辦理「南化水庫上游設置第二水庫調查規劃」計畫初步結論認為南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。100年度本所辦理「南化水庫上游水資源開發調查規劃」針對壩址地質、築壩材料、集水區崩塌地等進行現場調查工作。101年度擬以前2年規劃及調查成果為基礎，就水文複核及功能檢討、工程佈置研擬、維持庫容規劃、施工計畫、工程用地及工程費、計畫評價等項目進行更進一步探討。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010199</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010103004</governmentpublicationsnumber><identifier>74646</identifier><internationalstandardbooknumber>9789860347906 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74646</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>南化水庫上游水資源開發調查規劃(2))--光碟版 The Planning and Investigation of Water Resources Development in the Upstream of the Nan-Hua Reservoir(2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/4/26</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>74647</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74647</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告(光碟版) Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract>地球物理探測技術具有其應用於水庫構造物安全檢查之潛力，但因水庫構造物具有其特殊性，與一般地球物理探測技術所應用之場址有所差異，並且在針對不同問題之選用、可能應用方式以及可能遭遇的問題等尚未有較明確的瞭解，因此規劃辦理本計畫，以期建立一地球物理探測技術於水庫構造物安全檢查應用之方法，並透過地球物理探測技術提升水庫構造物安全檢查及其維護營運作業之成效。</abstract><author>國立交通大學</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010234</commissionedprojectidentifier><currency>NT$</currency><date>2013/4/30</date><governmentpublicationsnumber>1010102994</governmentpublicationsnumber><identifier>74651</identifier><internationalstandardbooknumber>9789860347807 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74651</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>地球物理探測技術於水庫構造物安全檢查應用之研究(計畫成果資料光碟)Application of Geophysical methods in Dam Safety Evaluation</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010160</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/1</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74653</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74653</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總檢討及改善策略研究(1/2)=A comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009~2014)(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010160</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/1</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74654</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74654</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總檢討及改善策略研究(1/2)--光碟版=A comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009~2014)(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/1</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74655</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74655</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總評估報告</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/1</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74656</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74656</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(104~109年)計畫策略及方針草案</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫區位於澎湖縣白沙鄉，本次範圍涵蓋通?村、後?村、瓦 硐村、赤崁村、岐頭村、港子村、講美村及中屯村等8 個村?，目前 已公告為縣管區排者如下表： 排水名稱 排水 出口 權責 起點 權責 終點 排水長? (公尺) 集水面積 (平方公?) 權責 機關 後?1 號 台灣海峽 出海口 澎8 號線道箱涵 812 0.2292 澎湖縣政府 瓦硐2 號 台灣海峽 出海口 澎8 號及澎7 號線道 ?交界處 434 0.0518 赤崁1 號 台灣海峽 出海口 出海口上游0k+113 85 0.2942 赤崁2 號 台灣海峽 出海口 白沙漁民活動中心199 0.1481 岐頭1 號 台灣海峽 出海口 岐頭活動中心上游 314 公尺 785 0.2310 岐頭2 號 台灣海峽 出海口 澎9 號線上游 302 公尺 410 0.0994 講美1 號 台灣海峽 出海口 澎203 縣道箱涵 523 0.4386 港子1 號 台灣海峽 出海口 閘門 港子村港子94-1 號 上游20m 處 309 0.5258 港子2 號 台灣海峽 出海口 閘門 港子村港子54-4 號 大門前 189 0.0443</abstract><author>澎湖縣政府</author><categoryidentifier>443.6   67</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/1</date><governmentpublicationsnumber>1010200519</governmentpublicationsnumber><identifier>74660</identifier><internationalstandardbooknumber>9789860363548 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74660</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫--澎湖縣管區域排水白沙地區排水系統規劃(內附光碟)--Regulation Project of Flood-prone Areas for Penghu conuty Baisha township,Regional Drainage System Improvemenet Project</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/2</date><governmentpublicationsnumber>1010200071</governmentpublicationsnumber><identifier>74664</identifier><internationalstandardbooknumber>9789860358483 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74664</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺灣地區各水資源分區因應氣候變遷水資源管理調適能力綜合研究 Comprehensive Study of the Adaptive Capacity under Climate Change for Water Resources Regions in Taiwan</title><yearidentifier>201302</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/2</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>74665</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74665</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書  Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>氣候近?的變?引發極端?雨導致洪水及乾旱頻?增加，亦伴隨災害，使得氣候變遷對於水資源的衝擊評估及調適策?之研擬等相關議題越?越受到重視，臺灣為海島因此對於氣候變遷衝擊之調適策略之研擬更是重要。本計畫分析台灣東部區域(花蓮、台東)因應氣候變遷水資源管?調適能?，以及綜合評估東部水資源因應氣候變遷之管?調適策?及計畫，作為政府單位決策之?考。因此，計畫主要回顧及分析內容在於水資源現況資料蒐集、水文趨勢分析、未來需水量情境，同時推求各標的用水於氣候變遷下之脆弱度，並評估未來氣候變遷影響下之缺水風險及其空間分布，以及東部水資源高風險區域，並綜整東部各區域之分析結果，擬定整體水資源調適策略以及方案，以強化東部水資源系統面對氣候變遷之調適能力。 (一)	相關文獻資?蒐集與探討 1.	本計畫藉由國內外相關文獻的蒐集與分析，以及前期計畫，且具體提出符合國際趨勢與國內東部水資源(台東、花蓮)條件的氣候變遷調適策略。本計畫所提之因應氣候變遷調適架構與各國之調適策略架構相似(摘圖1、摘圖2、摘表1)，且思考邏輯更符合台灣東部區域因應氣候變遷之調適，且本計畫所提之執行之策略及方案架構可供東部區域執行氣候變遷強化調適參考。</abstract><author>國立台灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010289</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/2</date><governmentpublicationsnumber>1010102992</governmentpublicationsnumber><identifier>74669</identifier><internationalstandardbooknumber>9789860347838 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74669</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>強化東部水資源分區因應氣候變遷水資源管理調適能力研究(光碟版)Strengthening Water Supply System Adaptive Capacity to Climate Change in Eastern Region</title><yearidentifier>201212</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/4</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>74671</identifier><internationalstandardbooknumber>9789860207309 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74671</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)(內附光碟)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>水庫工程無可避免將對當地之自然及人文環境造成重大衝擊。天花湖水庫環境影響評估工作自民國91 年啟動以來，已持續與地方鄉親溝通協調，對於地方民眾關切之事項如下游河道治理、地方供水改善、配合地方發展計畫等均已納入水庫計畫內容，將於計畫奉核後逐一實施；在自然環境衝擊方面，本署將借鏡湖山水庫的寶貴經驗，於設計階段依照本評估書定稿本所記載監測計畫內容辦理密集的資源調查工作，以做為擬定水庫施工期間生態保育措施的依據。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/6</date><governmentpublicationsnumber>1010200203</governmentpublicationsnumber><identifier>74675</identifier><internationalstandardbooknumber>9789860360301 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74675</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>天花湖水庫工程環境影響評估 The Project of Tien Hwa Hu Reservoir Environmental Impact Assessment</title><yearidentifier>201301</yearidentifier></data><data><abstract>水庫工程無可避免將對當地之自然及人文環境造成重大衝擊。天花湖水庫環境影響評估工作自民國91 年啟動以來，已持續與地方鄉親溝通協調，對於地方民眾關切之事項如下游河道治理、地方供水改善、配合地方發展計畫等均已納入水庫計畫內容，將於計畫奉核後逐一實施；在自然環境衝擊方面，本署將借鏡湖山水庫的寶貴經驗，於設計階段依照本評估書定稿本所記載監測計畫內容辦理密集的資源調查工作，以做為擬定水庫施工期間生態保育措施的依據。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/6</date><governmentpublicationsnumber>1010200203</governmentpublicationsnumber><identifier>74676</identifier><internationalstandardbooknumber>9789860360301 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74676</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>天花湖水庫工程環境影響評估附錄 The Project of Tien Hwa Hu Reservoir Environmental Impact Assessment</title><yearidentifier>201301</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010160</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/7</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74677</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74677</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總檢討及改善策略研究(1/2)--成果資料光碟=A comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009~2014)(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>近年來公共工程之推動已開始注意對環境生態之影響，惟現有河川生態資料欠缺難符相關規劃設計之需，而亟需補充調查及整合分析，俾供各界參考，爰此辦理後龍溪水系河川情勢調查工作。本計畫為兩年之延續性計畫，第一年度(101年度)執行主流後龍溪、支流老田寮溪、新店溪、沙河溪及飛鳳溪的情勢調查，第二年度(102年度)則辦理支流大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的情勢調查。 本計畫主要工作包括後龍溪主流及支流老田寮溪、新店溪、沙河溪、飛鳳溪、大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生態調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>禹安工程顧問股份有墊公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010123</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/7</date><governmentpublicationsnumber>1010200426</governmentpublicationsnumber><identifier>74678</identifier><internationalstandardbooknumber>9789860362572 ; 9789860362</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74678</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪流域河川情勢調查(1/2)成果報告光碟 Investigation of Current Status in Houlong River System (1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/7</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>74679</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74679</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查成果報告--光碟版 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/7</date><governmentpublicationsnumber>1010200490</governmentpublicationsnumber><identifier>74683</identifier><internationalstandardbooknumber>9789860363036 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74683</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>一條漫長蜿蜒的路莫拉克風災三周年重建回顧DVD</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>交通部公路總局</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1010200490</governmentpublicationsnumber><identifier>74684</identifier><internationalstandardbooknumber>9789860363036 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74684</librarycollectiondetailsurl><price></price><publisher>交通部公路總局</publisher><publishrocyear>102</publishrocyear><title>一條漫長蜿蜒的路莫拉克風災三周年重建回顧DVD</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>健行科技大學</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>74685</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74685</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水災的危機管理</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74690</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74690</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總檢討及改善策略研究(1/2--成果資料光碟)=A comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009~2014)(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74691</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74691</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(104~109年)計畫策略及方針草案</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74692</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74692</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總檢討及改善策略研究(1/2--)=A comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009~2014)(1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/8</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74693</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74693</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總評估報告</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫主要目的為調查布唐布那斯堰塞湖，並每月觀察堰塞湖變化，分析堰塞湖潰壩後之影響範圍，並提出保全對象的撤離方法。因為計畫之初堰塞湖雖已潰壩，但因此霸日後再次行成之可能。故計畫之目的除在於蒐集與調查已潰壩之堰塞湖區域外，並架設觀測儀器於該區域，以及使用潰壩水理演算方法再次形成堰塞湖之影響範圍，最後提出建議處理對策。</abstract><author>易鼎工程顧問公司</author><categoryidentifier>443.5   5101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/10</date><governmentpublicationsnumber>1010102577</governmentpublicationsnumber><identifier>74705</identifier><internationalstandardbooknumber>9789860344073 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74705</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>布唐布那斯堰塞湖調查評估及對策研擬成果報告書 Putanpunas Debris-Dammed Lake Monitoring and Mitigation</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫主要目的為調查布唐布那斯堰塞湖，並每月觀察堰塞湖變化，分析堰塞湖潰壩後之影響範圍，並提出保全對象的撤離方法。因為計畫之初堰塞湖雖已潰壩，但因此霸日後再次行成之可能。故計畫之目的除在於蒐集與調查已潰壩之堰塞湖區域外，並架設觀測儀器於該區域，以及使用潰壩水理演算方法再次形成堰塞湖之影響範圍，最後提出建議處理對策。</abstract><author>易鼎工程顧問公司</author><categoryidentifier>443.5   5101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/10</date><governmentpublicationsnumber>1010102577</governmentpublicationsnumber><identifier>74706</identifier><internationalstandardbooknumber>9789860344073 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74706</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>布唐布那斯堰塞湖調查評估及對策研擬(光碟版) Putanpunas Debris-Dammed Lake Monitoring and Mitigation</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010298</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010102972</governmentpublicationsnumber><identifier>74709</identifier><internationalstandardbooknumber>9789860348781 ; 9789860348</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74709</librarycollectiondetailsurl><price>未定價0</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>口隘溪(含溝坪溪)治理規劃-口隘溪(含溝坪溪)河川環境規劃及河川情勢調查</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010160</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74711</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74711</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（98-103年）總檢討及改善策略研究（1/2）(光碟)</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74713</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74713</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（98-103年）總檢討及改善策略研究（1/2）(成果資料光碟)</title><yearidentifier>201302</yearidentifier></data><data><abstract>高樹地區排水系統自民國77年前台灣省水利局進行規劃以來，至今約有20於年未再進行規劃檢討，本計劃以綜合至水概念辦理規劃，提出具體改善計畫，作為未來集水區整體治理之參考依據。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.5101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200469</governmentpublicationsnumber><identifier>74714</identifier><internationalstandardbooknumber>9789860363135 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74714</librarycollectiondetailsurl><price>1650</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>「易淹水地區水患治理計畫 」屏東縣管區域排水高樹地區排水系統(埔羌崙、後壁溪及埔羌溪排水) 規劃報告(含光碟) Regulation Project of Flood-prone Areas The improvement Plan of Gaoshu Area Drainage System(Pu Ciang Lun,Hou Bi si,and Pu Ciang Si drainage) in PingTung C</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74715</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74715</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（98-103年）總檢討及改善策略研究（1/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>高樹地區排水系統自民國77年前台灣省水利局進行規劃以來，至今約有20於年未再進行規劃檢討，本計劃以綜合至水概念辦理規劃，提出具體改善計畫，作為未來集水區整體治理之參考依據。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.5101</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200469</governmentpublicationsnumber><identifier>74716</identifier><internationalstandardbooknumber>9789860363135 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74716</librarycollectiondetailsurl><price>1650</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>「易淹水地區水患治理計畫 」屏東縣管區域排水高樹地區排水系統(埔羌崙、後壁溪及埔羌溪排水) 規畫報告(光碟版) Regulation Project of Flood-prone Areas The improvement Plan of Gaoshu Area Drainage System(Pu Ciang Lun,Hou Bi si,and Pu Ciang Si drainage) in PingTung C</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74717</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74717</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（98-103年）總評估報告</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>74718</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74718</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（104-109年)計畫策略及方針草案</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010102992</governmentpublicationsnumber><identifier>74719</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74719</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>強化東部水資源分區因應氣候變遷水資源管理調適能力研究</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010102992</governmentpublicationsnumber><identifier>74720</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74720</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>強化東部水資源分區因應氣候變遷水資源管理調適能力研究(光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200071</governmentpublicationsnumber><identifier>74721</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74721</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>臺灣地區各水資源分區因應氣候變遷水資源管理調適能力綜合研究</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010200071</governmentpublicationsnumber><identifier>74722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74722</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>臺灣地區各水資源分區因應氣候變遷水資源管理調適能力綜合研究(光碟)</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010102819</governmentpublicationsnumber><identifier>74723</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74723</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>強化離島水資源分區因應氣候變遷水資源管理調適能力研究</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1010102819</governmentpublicationsnumber><identifier>74724</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74724</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>強化離島水資源分區因應氣候變遷水資源管理調適能力研究(光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>拓殖大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/13</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>74727</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74727</librarycollectiondetailsurl><price></price><publisher>拓殖大學</publisher><publishrocyear>101</publishrocyear><title>「災害?海外協力」????研究??????台??議報告書(中日水資源管理及防災專題論壇報告)</title><yearidentifier>201212</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/16</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>74738</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74738</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)  An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/16</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>74739</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74739</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)--光碟版=An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/16</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>74740</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74740</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊一 重要河川環境營造計畫(98-103年)績效總評估報告(截止101年度)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改 善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/16</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>74741</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74741</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊二 重要河川環境營造計畫(104-109年)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>5.41</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/17</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>74749</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74749</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>重要施政計畫成果彙編(98-101年度)</title><yearidentifier>201212</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/17</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>74752</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74752</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討 Planning Review of Dapin River,A Tributary of Emei River in Zhonggang River System</title><yearidentifier>201302</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/17</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>74753</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74753</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討(光碟版) Planning Review of Dapin River,A Tributary of Emei River in Zhonggang River System</title><yearidentifier>201302</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/17</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>74754</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74754</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討(附件二) 水道治理計畫及堤防預定線河川圖籍套繪圖</title><yearidentifier>201302</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/17</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>74755</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74755</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討(附件三) 水道治理計畫及堤防預定線地形套繪圖</title><yearidentifier>201302</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010334</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/23</date><governmentpublicationsnumber>1010103648</governmentpublicationsnumber><identifier>74771</identifier><internationalstandardbooknumber>9789860355529 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74771</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水再生利用策略研究整合管理計畫（1/3）內附光碟 Water Reuse Strategy Management Project (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010334</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/23</date><governmentpublicationsnumber>1010103648</governmentpublicationsnumber><identifier>74772</identifier><internationalstandardbooknumber>9789860355529 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74772</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水再生利用策略研究整合管理計畫（1/3）光碟版 Water Reuse Strategy Management Project (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010329</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/23</date><governmentpublicationsnumber>1010103649</governmentpublicationsnumber><identifier>74773</identifier><internationalstandardbooknumber>9789860355512 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74773</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水再生利用推動盤查與促動服務計畫（1/3）內附光碟 The Inventory and Promotion of Wastewater Reclamation/Reuse Project (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010329</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/23</date><governmentpublicationsnumber>1010103649</governmentpublicationsnumber><identifier>74774</identifier><internationalstandardbooknumber>9789860355512 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74774</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水再生利用推動盤查與促動服務計畫（1/3）光碟版  The Inventory and Promotion of Wastewater Reclamation/Reuse Project (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫為水利署與美國墾務局之水利技術合作案，以台灣案例河川為研究對象，開發適用於台灣特性河川泥沙運移數值模式。</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010150</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/24</date><governmentpublicationsnumber>1010200657</governmentpublicationsnumber><identifier>74776</identifier><internationalstandardbooknumber>9789860365245 ; 9789860365</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74776</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>101年度台美水利技術合作計畫(內含光碟) 2012 Accomplishment under Appendix No.8 to the Agreement between TECRO and AIT for Technical Assistance and Cooperation for Water Resources</title><yearidentifier>201304</yearidentifier></data><data><abstract>根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 根據駐美國臺?經濟文化代表處 (TECRO)(TECRO)(TECRO)(TECRO)(TECRO)(TECRO) 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 及美國在臺協會 (AIT) (AIT)(AIT)之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 之「台美水資源發展技術支援協議」第 8 號附?第 1 號修正 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 內容，經濟部水?署將與美國政墾務 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 局持續進?實質之水? 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 技術合作。美國內政部墾務局主要為掌?西河川水情、生 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 態?育、輸砂管?及水資源等相關業務，對於?研發實應 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 用已有?積豐富經驗，目前該局業務性質由水資源開發提升至 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作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大水資源管?層面。為延續台美雙方既有之合 作成果並擴大作機制，爰成?本計畫進?第 8 號附?合作技術之引進及應用研 究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此究，並作為加強台美官方水?技術 合之學平藉由此平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 平台建??擔任美水資源技術合作交?支援團隊，以政府 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 官方及學術研究單位雙合作平台模式?實美水?技成果 之應用及研發。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/27</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>74777</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74777</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)計畫成果資料光碟 Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署於98年成立兩年期之「水資源經營管理－水權用水範圍稽核作業」計畫，以落實中央及地方水權主管機關對於各標用水範圍的管理，改善水資源分配與使用的公平性與效率性等問題，先後完成各標的水權用水範圍管理制度的建立、各標的水權用水範圍稽核機制的研訂、各標的水權用水範圍處理系統的建置、各標的水權用水範圍檢視作業的實施等工作項目。    為配合「水權登記審查作業要點」、「地面水水權及臨時用水登記申請手冊」之修訂，使各標的水權用水範圍管理制度及稽核機制更臻完善，並將據以開發之電腦化作業系統全面推廣至各縣市政府，爰擬成立本計畫，希冀藉由對各標的水權用水範圍管理制度的遞迴檢討與修正，用水範圍處理與行動履勘系統功能的強化與擴充，以及對各水權主管機關用水範圍管理作業及系統上線之推動與輔導，來提升水權核辦作業效率，促進水資源的合理分配及有效利用，進而建全水資源的經營管理。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010020</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/27</date><governmentpublicationsnumber>1010103363</governmentpublicationsnumber><identifier>74778</identifier><internationalstandardbooknumber>9789860351996 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74778</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源經營管理－健全水權用水範圍管理作業(2/2) Water Resource Management and Operation- The Wholeness of Water Resource Management and Operation (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署於98年成立兩年期之「水資源經營管理－水權用水範圍稽核作業」計畫，以落實中央及地方水權主管機關對於各標用水範圍的管理，改善水資源分配與使用的公平性與效率性等問題，先後完成各標的水權用水範圍管理制度的建立、各標的水權用水範圍稽核機制的研訂、各標的水權用水範圍處理系統的建置、各標的水權用水範圍檢視作業的實施等工作項目。    為配合「水權登記審查作業要點」、「地面水水權及臨時用水登記申請手冊」之修訂，使各標的水權用水範圍管理制度及稽核機制更臻完善，並將據以開發之電腦化作業系統全面推廣至各縣市政府，爰擬成立本計畫，希冀藉由對各標的水權用水範圍管理制度的遞迴檢討與修正，用水範圍處理與行動履勘系統功能的強化與擴充，以及對各水權主管機關用水範圍管理作業及系統上線之推動與輔導，來提升水權核辦作業效率，促進水資源的合理分配及有效利用，進而建全水資源的經營管理。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010020</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/27</date><governmentpublicationsnumber>1010103363</governmentpublicationsnumber><identifier>74779</identifier><internationalstandardbooknumber>9789860351996 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74779</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源經營管理－健全水權用水範圍管理作業(2/2) -光碟版 Water Resource Management and Operation- The Wholeness of Water Resource Management and Operation (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74782</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74782</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫第一梯次個案技術輔導計畫－彰化縣政府輔導成果報告</title><yearidentifier>200710</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74785</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74785</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫－嘉義沿海地區新塭示範區3D模擬動畫宣傳短片</title><yearidentifier>200712</yearidentifier></data><data><abstract>為有效改善淹水問題，94年3月經濟部提出分8年編列800億元經費，比照基隆河模式，以流域整體規劃綜合治水方式，治理改善縣市管河川、區域排水及事業海堤，有效以治本方式解決淹水問題。行政院於94年7月正式核定前述「易淹水地區水患治理計畫」(以下簡稱本計畫)，並參照基隆河整體治理模式訂定「水患治理特別條例」(以下簡稱特別條例)，特別條例中並規定水患治理所需經費以編列特別預算支應。特別條例於95年1月獲立法院審議過，總統以95年1月27日總統華統一義字第09500012591號令制訂公布，並自公布日起施行，施行期間八年。本計畫將以特別條例施行8年時間分3階段辦理易淹水地區縣市管河川、區域排水、市區排水、農田排水及事業海堤之治理改善工作，同時辦理山地治山防洪及集水區坡地水土保持工作。第1階段(95～96年)實施計畫業於95年3月奉行政院核定，第1階段實施計畫所需預算共309億餘元，並已於95年6月經立法院審議通過。為求各河川排水之治理規劃結果能符合特別條例要求之流域整體規劃綜合治水之目標，預計相關審查工作將相當複雜繁重且艱鉅，同時本計畫治理之地區均屬自然水利環境惡劣之易淹水區域。故水利署乃決定以委託服務計畫，委託社團法人中華民國水利技師公會全國聯合會組成技術服務團隊，於計畫規劃審議階段協助辦理審查及幕僚作業、建置計畫輔助執行資訊系統、辦理教育講習、製作3D虛擬實境及辦理計畫效益評估，並提供相關建議及諮詢意見之技術顧問服務工作，以提升計畫第之執行品質及進度。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74786</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74786</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫－雲林南部湖口示範區3D模擬動畫宣傳短片</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74788</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74788</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫第一梯次個案技術輔導計畫－台南市政府輔導成果報告</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74789</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74789</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫第一梯次個案技術輔導計畫－雲林縣政府輔導成果報告</title><yearidentifier>200710</yearidentifier></data><data><abstract> </abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/5/29</date><governmentpublicationsnumber>1009700086</governmentpublicationsnumber><identifier>74792</identifier><internationalstandardbooknumber>9789860128888 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74792</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署〈台中辦公室〉</publisher><publishrocyear>96</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫技術服務團計畫第二梯次個案技術輔導成果報告</title><yearidentifier>200712</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/5/31</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>74794</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74794</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊二 重要河川環境營造計畫(104-109年)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>2010103933</governmentpublicationsnumber><identifier>74797</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74797</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>臺灣溫泉監測季報第二季</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>2010103933</governmentpublicationsnumber><identifier>74798</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74798</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>臺灣溫泉監測季報第三季</title><yearidentifier>201303</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103006</governmentpublicationsnumber><identifier>74799</identifier><internationalstandardbooknumber>9789860347890 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74799</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究總報告--內附光碟 Study on Preliminary Planning of The Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010235</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010102832</governmentpublicationsnumber><identifier>74800</identifier><internationalstandardbooknumber>9789860347043 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74800</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫先期規劃研究(3/3)--內附光碟 Study on Preliminary Planning of The Coastal Protection Project(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>為因應未來「海岸法（草案）」公告後，水利主管機關需辦理事項，擬著手研究海岸防護區之劃設原則及海岸防護計畫擬訂定方式、內容與步驟等。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103505</governmentpublicationsnumber><identifier>74801</identifier><internationalstandardbooknumber>9789860354614 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74801</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫規劃作業參考手冊(草案)--內附光碟</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010307</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103458</governmentpublicationsnumber><identifier>74802</identifier><internationalstandardbooknumber>9789860352009 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74802</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>六河局轄區洪水預報系統建立之先期規劃= The Advance Planning For Establishing Flood Forecasting System for The Jurisdiction of The Sixth River Management Office WRA</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>74803</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74803</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告(內附光碟)  Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74804</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74804</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)--內附光碟 Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>74805</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74805</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--內附光碟 Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署於98年成立兩年期之「水資源經營管理－水權用水範圍稽核作業」計畫，以落實中央及地方水權主管機關對於各標用水範圍的管理，改善水資源分配與使用的公平性與效率性等問題，先後完成各標的水權用水範圍管理制度的建立、各標的水權用水範圍稽核機制的研訂、各標的水權用水範圍處理系統的建置、各標的水權用水範圍檢視作業的實施等工作項目。    為配合「水權登記審查作業要點」、「地面水水權及臨時用水登記申請手冊」之修訂，使各標的水權用水範圍管理制度及稽核機制更臻完善，並將據以開發之電腦化作業系統全面推廣至各縣市政府，爰擬成立本計畫，希冀藉由對各標的水權用水範圍管理制度的遞迴檢討與修正，用水範圍處理與行動履勘系統功能的強化與擴充，以及對各水權主管機關用水範圍管理作業及系統上線之推動與輔導，來提升水權核辦作業效率，促進水資源的合理分配及有效利用，進而建全水資源的經營管理。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010020</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>1010103363</governmentpublicationsnumber><identifier>74806</identifier><internationalstandardbooknumber>9789860351996 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74806</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水資源經營管理－健全水權用水範圍管理作業(2/2) -光碟版 Water Resource Management and Operation- The Wholeness of Water Resource Management and Operation (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/3</date><governmentpublicationsnumber>2010103933</governmentpublicationsnumber><identifier>74807</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74807</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>臺灣溫泉監測季報第四季</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/5</date><governmentpublicationsnumber>2010103933</governmentpublicationsnumber><identifier>74808</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74808</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第二季(內附光碟)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/5</date><governmentpublicationsnumber>2010103934</governmentpublicationsnumber><identifier>74809</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74809</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第三季(內附光碟)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/5</date><governmentpublicationsnumber>2010103935</governmentpublicationsnumber><identifier>74810</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74810</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第四季(內附光碟)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/14</date><governmentpublicationsnumber>1010103481</governmentpublicationsnumber><identifier>74822</identifier><internationalstandardbooknumber>9789860353662 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74822</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下台灣地區地下水資源補注之影響評估 Climate Change Impacts on Taiwan Groundwater Recharge</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/14</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>74823</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74823</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫（2/3）Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。 有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。 惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/14</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>74824</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74824</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置（2/2）Development and Establishment of River Suspended Sediment Concentration Measurement Platform(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/14</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>74825</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74825</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>網際水利地理資訊資料管理系統建置</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/16</date><governmentpublicationsnumber>1009304317</governmentpublicationsnumber><identifier>74829</identifier><internationalstandardbooknumber>9789570193541 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74829</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(1/4〉</title><yearidentifier>200411</yearidentifier></data><data><abstract>石門水庫上游集水區攔砂壩與水庫備淤容量接近淤滿，加上部分攔砂壩損毀，凸顯水庫汛期高濁度與淤積問題。目前水庫颱洪期間高濃度渾水異重流受到下層通道排放量不足，造成水庫「蓄渾排清」。本計畫係藉由水工模型試驗探討分洪防淤工程初步規劃案之分水分砂比，以及評估水庫分洪防淤隧道水理流況與導引異重流之流場，並結合水庫既有設施更新改善工程，提升過庫泥砂百分比，提供下一階段規劃設計參考。本試驗研究計畫辦理之工作項目包括試驗場地整理工程、模型設計建造、試驗用砂與加砂供水設施、分洪防淤工程局部模型設計建造、分洪防淤工程局部模型試驗分析、全模型入庫水砂歷線模擬分析、水庫改善前後對水資源之影響及石門水庫入庫水砂歷線推估模式等8項。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/17</date><governmentpublicationsnumber>1010101653</governmentpublicationsnumber><identifier>74830</identifier><internationalstandardbooknumber>9789860333855 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74830</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究─水工模型試驗報告--內附光碟=Hydraulic model studies for sediment sluicing and flood diversion engineering of Shihman reservoir</title><yearidentifier>201208</yearidentifier></data><data><abstract>近?由於經濟社會與?市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日?殷?。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治理的方式已經無法因應，必須將水土災害合併考?、規劃與治理。同時，隨著時代的演進，民眾對河川環境生態保育意識提昇，傳統築堤防管理、環境保育與土地管理等四個層面，提出相對應之措施，並研擬「臺南市整體防洪綱要計畫」，以作為後續施政工作之?考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/17</date><governmentpublicationsnumber>1010200538</governmentpublicationsnumber><identifier>74835</identifier><internationalstandardbooknumber>9789860363661 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74835</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例  總報告書--內附光碟=A Pilot Case Study on Urban Flood Control - Using Tainan as Example</title><yearidentifier>201304</yearidentifier></data><data><abstract>近?由於經濟社會與?市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日?殷?。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治理的方式已經無法因應，必須將水土災害合併考?、規劃與治理。同時，隨著時代的演進，民眾對河川環境生態保育意識提昇，傳統築堤防災的概念已逐漸受到民眾的質疑與挑戰。因此，除了水土災害的防治外，必須將生態環境保育與土地管理亦必須納入一併考?。爰此，本計畫以臺南市為研究範圍，分別就水患治理、土砂管理、環境保育與土地管理等四個層面，提出相對應之措施，並研擬「臺南市整體防洪綱要計畫」，以作為後續施政工作之?考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/17</date><governmentpublicationsnumber>1010200538</governmentpublicationsnumber><identifier>74836</identifier><internationalstandardbooknumber>9789860363661 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74836</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例  總報告書--光碟版=A Pilot Case Study on Urban Flood Control - Using Tainan as Example</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/17</date><governmentpublicationsnumber>1010200526</governmentpublicationsnumber><identifier>74837</identifier><internationalstandardbooknumber>9789860363654 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74837</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例 (2/2)--內附光碟=A Pilot Case Study on Urban Flood Control - Using Tainan as Example(2/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>楊敬戎.施證育</author><categoryidentifier>375.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/19</date><governmentpublicationsnumber>1009301872</governmentpublicationsnumber><identifier>74846</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74846</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區河川區域植物圖鑑</title><yearidentifier>200406</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010057</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/19</date><governmentpublicationsnumber>1010201082</governmentpublicationsnumber><identifier>74848</identifier><internationalstandardbooknumber>9789860368581 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74848</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>101年度多元化監測及整合技術應用於台北、彰化及雲林地區地層下陷監測 Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Changhua and Yunlin Area in 2012</title><yearidentifier>201305</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測、GPS固定測站及雷達干涉等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010057</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/19</date><governmentpublicationsnumber>1010201082</governmentpublicationsnumber><identifier>74849</identifier><internationalstandardbooknumber>9789860368581 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74849</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>101年度多元化監測及整合技術應用於台北、彰化及雲林地區地層下陷監測 (光碟版)  Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Changhua and Yunlin Area in 2012</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>442.165</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/19</date><governmentpublicationsnumber>1009901231</governmentpublicationsnumber><identifier>74850</identifier><internationalstandardbooknumber>9789860230093 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74850</librarycollectiondetailsurl><price>450</price><publisher>交通部台灣區國道新建工程局</publisher><publishrocyear>99</publishrocyear><title>噶瑪蘭傳奇北宜高速公路興建專輯：1009901231：大眾版|f楊松隆, 張純青召集|g中興工程顧問股份有限公司編撰</title><yearidentifier>201004</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/20</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>74856</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74856</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract>近年由於經濟社會與都市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日益殷切。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治?的方式已經無法因應，必須將水土災害合併考?、規劃與治?。同時，隨著時代的演進，民眾對河川環境生態保育意?提昇，傳統築堤防災的概念已逐漸受到民眾的質疑與挑戰。因此，除了水土災害的防治外，必須將生態環保育與土地管?亦必須納入一併考?。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/20</date><governmentpublicationsnumber>1010200526</governmentpublicationsnumber><identifier>74857</identifier><internationalstandardbooknumber>9789860363654 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74857</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例 (2/2)--內附光碟=A Pilot Case Study on Urban Flood Control - Using Tainan as Example(2/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/20</date><governmentpublicationsnumber>1010101653</governmentpublicationsnumber><identifier>74859</identifier><internationalstandardbooknumber>9789860333855 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74859</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究─水工模型試驗報告--光碟版=Hydraulic model studies for sediment sluicing and flood diversion engineering of Shihman reservoir</title><yearidentifier>201208</yearidentifier></data><data><abstract>近年由於經濟社會與都市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日益殷切。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治?的方式已經無法因應，必須將水土災害合併考?、規劃與治?。同時，隨著時代的演進，民眾對河川環境生態保育意?提昇，傳統築堤防災的概念已逐漸受到民眾的質疑與挑戰。因此，除了水土災害的防治外，必須將生態環境保育與土地管?亦必須納入一併考?。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/20</date><governmentpublicationsnumber>1010200526</governmentpublicationsnumber><identifier>74860</identifier><internationalstandardbooknumber>9789860363654 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74860</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例 (2/2)--光碟版=A Pilot Case Study on Urban Flood Control - Using Tainan as Example(2/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/21</date><governmentpublicationsnumber>1010101653</governmentpublicationsnumber><identifier>74862</identifier><internationalstandardbooknumber>9789860333855 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74862</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃實驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究-水工模型試驗報告Hydraulic model studies for sediment sluicing and flood diversion engineering of Shihman reservoir</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>洪嘉宏、鄒克萬</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/6/21</date><governmentpublicationsnumber>1010200731</governmentpublicationsnumber><identifier>74863</identifier><internationalstandardbooknumber>9789860365467 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74863</librarycollectiondetailsurl><price>490</price><publisher>內政部營建署城鄉發生分署</publisher><publishrocyear>102</publishrocyear><title>曾文水庫南化烏山頭 集水區教育宣導專書</title><yearidentifier>201304</yearidentifier></data><data><abstract>近?由於經濟社會與?市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日?殷?。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治理的方式已經無法因應，必須將水土災害合併考?、規劃與治理。同時，隨著時代的演進，民眾對河川環境生態保育意識提昇，傳統築堤防管理、環境保育與土地管理等四個層面，提出相對應之措施，並研擬「臺南市整體防洪綱要計畫」，以作為後續施政工作之?考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/24</date><governmentpublicationsnumber>1010200538</governmentpublicationsnumber><identifier>74865</identifier><internationalstandardbooknumber>9789860363661 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74865</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例  總報告書--內附光碟=A Pilot Case Study on Urban Flood Control - Using Tainan as Example</title><yearidentifier>201304</yearidentifier></data><data><abstract>近年由於經濟社會與都市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日益殷切。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治?的方式已經無法因應，必須將水土災害合併考?、規劃與治?。同時，隨著時代的演進，民眾對河川環境生態保育意?提昇，傳統築堤防災的概念已逐漸受到民眾的質疑與挑戰。因此，除了水土災害的防治外，必須將生態環保育與土地管?亦必須納入一併考?。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/24</date><governmentpublicationsnumber>1010200526</governmentpublicationsnumber><identifier>74866</identifier><internationalstandardbooknumber>9789860363654 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74866</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪示範區之研究-以臺南市為例 (2/2)--內附光碟=A Pilot Case Study on Urban Flood Control - Using Tainan as Example(2/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>近年由於經濟社會與都市化的急遽發展，臺灣的治水工作面?更嚴峻的挑戰，人民對防洪保護需求亦日益殷切。在全球氣候變遷之影響下，臺灣地區所發生之災害已呈現複合型的災害型 態，早期將水、土災害分別治?的方式已經無法因應，必須將水土災害合併考?、規劃與治?。同時，隨著時代的演進，民眾對河川環境生態保育意?提昇，傳統築堤防災的概念已逐漸受到民眾的質疑與挑戰。因此，除了水土災害的防治外，必須將生態環保育與土地管?亦必須納入一併考?。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010321</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/24</date><governmentpublicationsnumber>1010200526</governmentpublicationsnumber><identifier>74867</identifier><internationalstandardbooknumber>9789860363654 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74867</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南市整體防洪鋼要計畫Tainan City Overall Flood Control Master Plan內附光碟</title><yearidentifier>201304</yearidentifier></data><data><abstract>雲林縣位於濁水溪沖積扇地下水區內，為台灣地下水蘊藏豐富的區域之一，由於地下水不當的抽取導致該地區地層持續下陷，行政院遂於民國100年8月16日核定「雲彰地區地層下陷具體解決方案暨行動計畫」，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，以達成農業用水每年減抽3.3億噸、公共用水減抽1.2億噸、增加可利用水源2.0億噸、強化地下水補注1.5億噸之目標。 雲林地區現階段公共用水量合計每年1.04億噸，其中地下水抽用量為0.46億噸，抽用比率為44%；湖山水庫預計103年完工後，與集集攔河堰聯合運用將可增供雲林地區公共用水每年1.15億噸，屆時雲林地區地下水抽用量0.46億噸將全數停抽。雲林地區原計有202口公共用水井，目前高鐵沿線3公里範圍16口井已全數封填，剩餘186口井，湖山水庫完工前，台灣自來水公司配合行動計畫研擬短期減抽方案，擬於104年完成停用92口，減抽94口並轉為備用水源，達成減抽地下水0.46億噸目標。 根據本署於雲林地區地層下陷測量結果顯示，99年度持續下陷面積為267.1平方公里，100年度增加至397.6平方公里，主要持續下陷區域為虎尾、土庫、元長等地，該等地區亦為公共用水地下水抽水量最多的區域。鑑於行政院核定之「雲彰地區地層下陷具體解決方案暨行動計畫」，請經濟部以科學分析方法對各標的抽水對地層下陷之影響需建立衡量指標，爰水利署針對台灣自來水公司於雲林地區之各淨水廠及其深水井之地下水抽水量，依雲林地區各地下水觀測井地下水位變化趨勢、地下水流通係數分布及地下水質是否有含砷或硝酸鹽氮等為限制因子，以系統分析方法配合相關評估分析工具等，建立雲林地區減抽公共用水對地層下陷防治效益之量化管理指標，並研擬公共用水井群之最佳化操作方式。</abstract><author>國立台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010418</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/25</date><governmentpublicationsnumber>1010200334</governmentpublicationsnumber><identifier>74871</identifier><internationalstandardbooknumber>9789860361360 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74871</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>雲林地區公共用水井群最佳化操作方式之研究 The study on optimized Operation of pumping well clusters for public use water in Yun-Lin</title><yearidentifier>201302</yearidentifier></data><data><abstract>雲林縣位於濁水溪沖積扇地下水區內，為台灣地下水蘊藏豐富的區域之一，由於地下水不當的抽取導致該地區地層持續下陷，行政院遂於民國100年8月16日核定「雲彰地區地層下陷具體解決方案暨行動計畫」，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，以達成農業用水每年減抽3.3億噸、公共用水減抽1.2億噸、增加可利用水源2.0億噸、強化地下水補注1.5億噸之目標。 雲林地區現階段公共用水量合計每年1.04億噸，其中地下水抽用量為0.46億噸，抽用比率為44%；湖山水庫預計103年完工後，與集集攔河堰聯合運用將可增供雲林地區公共用水每年1.15億噸，屆時雲林地區地下水抽用量0.46億噸將全數停抽。雲林地區原計有202口公共用水井，目前高鐵沿線3公里範圍16口井已全數封填，剩餘186口井，湖山水庫完工前，台灣自來水公司配合行動計畫研擬短期減抽方案，擬於104年完成停用92口，減抽94口並轉為備用水源，達成減抽地下水0.46億噸目標。 根據本署於雲林地區地層下陷測量結果顯示，99年度持續下陷面積為267.1平方公里，100年度增加至397.6平方公里，主要持續下陷區域為虎尾、土庫、元長等地，該等地區亦為公共用水地下水抽水量最多的區域。鑑於行政院核定之「雲彰地區地層下陷具體解決方案暨行動計畫」，請經濟部以科學分析方法對各標的抽水對地層下陷之影響需建立衡量指標，爰水利署針對台灣自來水公司於雲林地區之各淨水廠及其深水井之地下水抽水量，依雲林地區各地下水觀測井地下水位變化趨勢、地下水流通係數分布及地下水質是否有含砷或硝酸鹽氮等為限制因子，以系統分析方法配合相關評估分析工具等，建立雲林地區減抽公共用水對地層下陷防治效益之量化管理指標，並研擬公共用水井群之最佳化操作方式。</abstract><author>國立台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010418</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/25</date><governmentpublicationsnumber>1010200334</governmentpublicationsnumber><identifier>74872</identifier><internationalstandardbooknumber>9789860361360 ; 9789860361</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74872</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>雲林地區公共用水井群最佳化操作方式之研究(光碟版) The study on optimized Operation of pumping well clusters for public use water in Yun-Lin</title><yearidentifier>201302</yearidentifier></data><data><abstract>以臺南海岸為主要研究範圍，藉由本段海岸沙丘沙洲及潟湖內資?蒐集、地形水深測?、沿岸?、漂沙與飛沙調查分析等工作，探討沙丘沙洲地形變遷之物?機制及消退原因，繼以?值模式及現場試驗方法進?方案成效評估，研擬本計畫區沙丘沙洲整體性防護方案，提供防護工作實施時之?考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010096</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200722</governmentpublicationsnumber><identifier>74874</identifier><internationalstandardbooknumber>9789860366051 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74874</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸沙丘沙洲復育規劃(2/2)-以臺南海岸為例 =The Coastal Sand Dunes and Sand Bars Restoration Plan(2/2) -A Case Study on Tainan Coast</title><yearidentifier>201304</yearidentifier></data><data><abstract>以臺南海岸為主要研究範圍，藉由本段海岸沙丘沙洲及潟湖內資?蒐集、地形水深測?、沿岸?、漂沙與飛沙調查分析等工作，探討沙丘沙洲地形變遷之物?機制及消退原因，繼以?值模式及現場試驗方法進?方案成效評估，研擬本計畫區沙丘沙洲整體性防護方案，提供防護工作實施時之?考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010096</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200722</governmentpublicationsnumber><identifier>74875</identifier><internationalstandardbooknumber>9789860366051 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74875</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸沙丘沙洲復育規劃(2/2)-以臺南海岸為例--光碟版 =The Coastal Sand Dunes and Sand Bars Restoration Plan(2/2) -A Case Study on Tainan Coast</title><yearidentifier>201304</yearidentifier></data><data><abstract>以臺南海岸為主要研究範圍，藉由本段海岸沙丘沙洲及潟湖內資?蒐集、地形水深測?、沿岸?、漂沙與飛沙調查分析等工作，探討沙丘沙洲地形變遷之物?機制及消退原因，繼以?值模式及現場試驗方法進?方案成效評估，研擬本計畫區沙丘沙洲整體性防護方案，提供防護工作實施時之?考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010096</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200723</governmentpublicationsnumber><identifier>74876</identifier><internationalstandardbooknumber>9789860366068 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74876</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸沙丘沙洲復育規劃--以臺南海岸為例 總報告=The Coastal Sand Dunes and Sand Bars Restoration Plan -A Case Study on Tainan Coast</title><yearidentifier>201304</yearidentifier></data><data><abstract>以臺南海岸為主要研究範圍，藉由本段海岸沙丘沙洲及潟湖內資?蒐集、地形水深測?、沿岸?、漂沙與飛沙調查分析等工作，探討沙丘沙洲地形變遷之物?機制及消退原因，繼以?值模式及現場試驗方法進?方案成效評估，研擬本計畫區沙丘沙洲整體性防護方案，提供防護工作實施時之?考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010096</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200723</governmentpublicationsnumber><identifier>74877</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74877</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸沙丘沙洲復育規劃--以臺南海岸為例 總報告--光碟版 =The Coastal Sand Dunes and Sand Bars Restoration Plan -A Case Study on Tainan Coast</title><yearidentifier>201304</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74879</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74879</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2) In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74880</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74880</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2)--光碟版   In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>鹽水坑溪(原名桂竹林河)位於苗栗縣獅潭鄉，為後龍溪上游支流之一，發源於沖庫山，北庄以上河段稱為八角林河，以下則稱桂竹林河，出口位於大湖、公館、獅潭三鄉鎮之交界處，於竹林橋附近匯入後龍溪，主流長度約為13.43公里，流域面積約為21.46平方公里，流域河道平均坡降為1/84。鹽水坑溪河道位於山區，河幅狹小，陡坡流急。流域內為高山及丘陵地，小面積之河谷平原，以農業為主，點狀之觀光旅遊區。河流兩岸於冬季種植草莓，開闢成觀光果園，夏季種植甜玉米等雜作。山坡地種植柑橘、茶、荔枝…等，工業及商業遠遜於農業。  本溪自民國87年規劃迄今已歷時11載，且治理基本計畫及圖籍並未公告，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故擬辦理後龍溪支流鹽水坑溪治理規劃檢討，第1年委辦「後龍溪流域支流鹽水坑溪治理規劃檢討」、第2年自辦「後龍溪流域支流鹽水坑溪治理基本計畫」。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000305</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200986</governmentpublicationsnumber><identifier>74881</identifier><internationalstandardbooknumber>9789860369328 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74881</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪流域支流鹽水坑溪治理規劃檢討(1/2) Review on Planning of Yanshuikeng River, Tributary of Houlong River Basin</title><yearidentifier>201305</yearidentifier></data><data><abstract>鹽水坑溪(原名桂竹林河)位於苗栗縣獅潭鄉，為後龍溪上游支流之一，發源於沖庫山，北庄以上河段稱為八角林河，以下則稱桂竹林河，出口位於大湖、公館、獅潭三鄉鎮之交界處，於竹林橋附近匯入後龍溪，主流長度約為13.43公里，流域面積約為21.46平方公里，流域河道平均坡降為1/84。鹽水坑溪河道位於山區，河幅狹小，陡坡流急。流域內為高山及丘陵地，小面積之河谷平原，以農業為主，點狀之觀光旅遊區。河流兩岸於冬季種植草莓，開闢成觀光果園，夏季種植甜玉米等雜作。山坡地種植柑橘、茶、荔枝…等，工業及商業遠遜於農業。  本溪自民國87年規劃迄今已歷時11載，且治理基本計畫及圖籍並未公告，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故擬辦理後龍溪支流鹽水坑溪治理規劃檢討，第1年委辦「後龍溪流域支流鹽水坑溪治理規劃檢討」、第2年自辦「後龍溪流域支流鹽水坑溪治理基本計畫」。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000305</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200986</governmentpublicationsnumber><identifier>74882</identifier><internationalstandardbooknumber>9789860369328 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74882</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪流域支流鹽水坑溪治理規劃檢討(1/2) --光碟版 Review on Planning of Yanshuikeng River, Tributary of Houlong River Basin</title><yearidentifier>201305</yearidentifier></data><data><abstract>東河溪位於苗栗縣南庄鄉，為中央管河川中港溪流域支流。本溪發源於加里山山脈之鹿場大山，經由鹿場向北流至大東河再折西流至南庄，至南庄鄉公所與南來之南河溪?流而成南庄溪。東河溪全長約21.5公里，流域面積約80.8平方公里，河道坡度約1/19，屬山地型急流河川。東河溪治理範圍自加拉灣橋至南河溪?流處止約5.67公里。 本溪自民國88年由苗栗縣政府辦理治理規劃，至今尚未辦理治理基本計畫公告，且期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪流域支流東河溪治理規劃檢討。</abstract><author>容泰工程顧問公司</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000328</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200895</governmentpublicationsnumber><identifier>74883</identifier><internationalstandardbooknumber>9789860368260 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74883</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>中港溪水系南庄溪支流東河溪治理規劃檢討 Planning Review of Dunghe River, A Tributary of Nanzhuang River in Zhonggang River System</title><yearidentifier>201304</yearidentifier></data><data><abstract>東河溪位於苗栗縣南庄鄉，為中央管河川中港溪流域支流。本溪發源於加里山山脈之鹿場大山，經由鹿場向北流至大東河再折西流至南庄，至南庄鄉公所與南來之南河溪?流而成南庄溪。東河溪全長約21.5公里，流域面積約80.8平方公里，河道坡度約1/19，屬山地型急流河川。東河溪治理範圍自加拉灣橋至南河溪?流處止約5.67公里。 本溪自民國88年由苗栗縣政府辦理治理規劃，至今尚未辦理治理基本計畫公告，且期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪流域支流東河溪治理規劃檢討。</abstract><author>容泰工程顧問公司</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000328</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200895</governmentpublicationsnumber><identifier>74884</identifier><internationalstandardbooknumber>9789860368260 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74884</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>中港溪水系南庄溪支流東河溪治理規劃檢討--光碟版  Planning Review of Dunghe River, A Tributary of Nanzhuang River in Zhonggang River System</title><yearidentifier>201304</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/27</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74885</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74885</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2)--光碟版   In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/28</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74886</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74886</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2) In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>新店溪位於本省北部之苗栗縣獅潭鄉境內，位處台三線公路旁，明德水庫上游，為本局轄管之中央管河川後龍溪支流，發源於八卦力一帶。 新店溪集水區面積50.05平方公里，主流長15.14公里，平均坡降1/24。流域高度在標高100~1,000公尺之間，地形屬丘陵及山地，為丘陵河川。地質主要為桂竹林層、南莊層及南港層所組成，河道內則多為卵礫石。流域內農產以果樹為主，主要交通為苗縣126號道路及台3線。 本溪新店溪以往並無相關治理規劃及基本計畫，擬分2年(民國99年至100年)辦理後龍溪支流新店溪治理規劃及基本計畫。其中，第1年委辦「後溪支流新店溪治理規劃」、第2年自辦「後龍溪支流新店溪治理基本計畫」。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000309</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/28</date><governmentpublicationsnumber>1010200942</governmentpublicationsnumber><identifier>74887</identifier><internationalstandardbooknumber>9789860368819 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74887</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪水系老田寮溪支流新店溪治理規劃 Regulation Planning for Xindian River , Tributary of Laotianliao of HouLong River</title><yearidentifier>201304</yearidentifier></data><data><abstract>新店溪位於本省北部之苗栗縣獅潭鄉境內，位處台三線公路旁，明德水庫上游，為本局轄管之中央管河川後龍溪支流，發源於八卦力一帶。 新店溪集水區面積50.05平方公里，主流長15.14公里，平均坡降1/24。流域高度在標高100~1,000公尺之間，地形屬丘陵及山地，為丘陵河川。地質主要為桂竹林層、南莊層及南港層所組成，河道內則多為卵礫石。流域內農產以果樹為主，主要交通為苗縣126號道路及台3線。 本溪新店溪以往並無相關治理規劃及基本計畫，擬分2年(民國99年至100年)辦理後龍溪支流新店溪治理規劃及基本計畫。其中，第1年委辦「後溪支流新店溪治理規劃」、第2年自辦「後龍溪支流新店溪治理基本計畫」。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000309</commissionedprojectidentifier><currency>NT$</currency><date>2013/6/28</date><governmentpublicationsnumber>1010200942</governmentpublicationsnumber><identifier>74888</identifier><internationalstandardbooknumber>9789860368819 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74888</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪水系老田寮溪支流新店溪治理規劃--光碟版 Regulation Planning for Xindian River , Tributary of Laotianliao of HouLong River</title><yearidentifier>201304</yearidentifier></data><data><abstract>本研究之目的，乃藉由水工模型試驗研究以探討頭前溪河口段工程進行後，舊港島分流工之分流量及其對河道 之沖淤情形與下游新生浮覆地苦苓腳堤防之防洪工程安全探討等項，試驗分析結果據以提供管理單位設計施工之參考。本物理模型比例尺為1：80，係等比動床模型。試驗結果顯示：本河口段工程確實具有降低各斷面洪水位進而提高兩岸與舊港島之河防安全效果；設計案對於舊港島之左、右股流路，可達到明顯的分洪效果；分流工之設計，可考慮參考修正，採用數模建議案；本河口段工程完工後，現場即成為實地模型。因此，建議管理單位後續應做相關之現地觀測工作，俾做為數模與物模的檢核與爾後維護工作的重要參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/4</date><governmentpublicationsnumber>1010200223</governmentpublicationsnumber><identifier>74890</identifier><internationalstandardbooknumber>9789860360523 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74890</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>頭前溪河口段工程模型試驗計畫(物模) 總報告=Physical Model Study on River Regulation Engineering of Estuary Reach of Tou-qian River</title><yearidentifier>201301</yearidentifier></data><data><abstract>本研究之目的，乃藉由水工模型試驗研究以探討頭前溪河口段工程進行後，舊港島分流工之分流量及其對河道 之沖淤情形與下游新生浮覆地苦苓腳堤防之防洪工程安全探討等項，試驗分析結果據以提供管理單位設計施工之參考。本物理模型比例尺為1：80，係等比動床模型。試驗結果顯示：本河口段工程確實具有降低各斷面洪水位進而提高兩岸與舊港島之河防安全效果；設計案對於舊港島之左、右股流路，可達到明顯的分洪效果；分流工之設計，可考慮參考修正，採用數模建議案；本河口段工程完工後，現場即成為實地模型。因此，建議管理單位後續應做相關之現地觀測工作，俾做為數模與物模的檢核與爾後維護工作的重要參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/4</date><governmentpublicationsnumber>1010200223</governmentpublicationsnumber><identifier>74891</identifier><internationalstandardbooknumber>9789860360523 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74891</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>頭前溪河口段工程模型試驗計畫(物模) 總報告--光碟版=Physical Model Study on River Regulation Engineering of Estuary Reach of Tou-qian River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/4</date><governmentpublicationsnumber>1010200223</governmentpublicationsnumber><identifier>74892</identifier><internationalstandardbooknumber>9789860360523 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74892</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>頭前溪河口段工程模型試驗計畫(物模) (1/2)報告=Physical Model Study on River Regulation Engineering of Estuary Reach of Tou-qian River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/4</date><governmentpublicationsnumber>1010200223</governmentpublicationsnumber><identifier>74893</identifier><internationalstandardbooknumber>9789860360523 ; 9789860360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74893</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>頭前溪河口段工程模型試驗計畫(物模) (2/2)報告=Physical Model Study on River Regulation Engineering of Estuary Reach of Tou-qian River</title><yearidentifier>201301</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010339</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/10</date><governmentpublicationsnumber>1010103571</governmentpublicationsnumber><identifier>74900</identifier><internationalstandardbooknumber>9789860356014 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74900</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>101年五河局轄內洪水預報系統建置(內附光碟) Development of Flood Forecasting System for Fifth River Management Office in 2012</title><yearidentifier>201301</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010339</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/11</date><governmentpublicationsnumber>1010103571</governmentpublicationsnumber><identifier>74901</identifier><internationalstandardbooknumber>9789860356014 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74901</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>101年五河局轄內洪水預報系統建置(內附光碟)=Development of Flood Forecasting System for Fifth River Management Office in 2012</title><yearidentifier>201301</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010133</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/15</date><governmentpublicationsnumber>1010103484</governmentpublicationsnumber><identifier>74902</identifier><internationalstandardbooknumber>9789860354256 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74902</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川管理資訊化系統改版建置計畫(1/2) Revision Project of River Management Information System (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010133</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/15</date><governmentpublicationsnumber>1010103484</governmentpublicationsnumber><identifier>74903</identifier><internationalstandardbooknumber>9789860354256 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74903</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川管理資訊化系統改版建置計畫(1/2)--光碟版Revision Project of River Management Information System (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010133</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/15</date><governmentpublicationsnumber>1010103484</governmentpublicationsnumber><identifier>74904</identifier><internationalstandardbooknumber>9789860354256 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74904</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川管理資訊化系統改版建置計畫(1/2)雛型系統操作維護手冊 Revision Project of River Management Information System (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010133</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/15</date><governmentpublicationsnumber>1010103484</governmentpublicationsnumber><identifier>74905</identifier><internationalstandardbooknumber>9789860354256 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74905</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川管理資訊化系統改版建置計畫(1/2)雛型系統操作維護手冊(光碟版) Revision Project of River Management Information System (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>志工招募的目的是藉著在地與熱心民眾，由主管機關協助整合，活絡巡守隊之例行運作，讓環境教育逐步推廣，使生活環境融入「在地人」之方式，將行動轉化為日常生活的一部分並結合稽查人力建構綿密的稽查網絡，遏止在水質水量保護區內不法與污染行為，進而收維護水質水量保護區保育之效。今年度計畫中，在保護區內成立百吉復興隊、大溪隊、與雪霧鬧隊進行巡守工作，志工所需之背心、帽子、相機、手電筒、GPS、日誌記錄本等由此計畫提供。志工成立的流程如招募說明會、教育訓練、誓師大會、參訪活動、成效檢討等活動也於今年度辦理，並把相關辦法與機制撰寫其中供其他保護區成立志工隊之參考，計畫中利用Wordpress開放原始碼網誌／?容管理系?，建置「石門水庫水質水量保護區-巡守志工交流網站」，以網路部落格的形式建置而成，作為巡守志工之間交流平台，並且統整與發布巡守的成果，讓一般民眾瞭解巡守志工對於石門水庫集水區水質水量保護成果(http://waterprotect.wordpress.com)。另資訊量空間推估的概念整合運用於集水區內各種地表水文監測站網，分別包含雨量站、流量站、水質測站等，使最佳化模式能同時評估不同站網的監測效率，藉以規劃水質水量保護區最佳巡守與水文監測配置。此外，保育治理工程後續追蹤顯示，絕大部分工程現況良好，但3處護岸工程有輕微基礎掏空現象，仍需持續觀察，玉峰溪護岸治理工程的砌石護岸在現勘因土石掩埋無法直接勘查，101年新建於巴陵水位站處的一座固床工結構毀損嚴重，已無法發揮工程功效，需進行工程檢討以及修復。綜整集水區內今年度颱風期間水文資料呈現整治特別條例後部分之成效也撰寫在報告中。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/16</date><governmentpublicationsnumber>1010103709</governmentpublicationsnumber><identifier>74906</identifier><internationalstandardbooknumber>9789860356977 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74906</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>石門水庫自來水水質水量保護區巡守監測與管理協勤計畫 The Project of Patrolling, Monitoring, Managing, and Assisting in the Water Quality and Quantity Protection Areas of Shihmen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>志工招募的目的是藉著在地與熱心民眾，由主管機關協助整合，活絡巡守隊之例行運作，讓環境教育逐步推廣，使生活環境融入「在地人」之方式，將行動轉化為日常生活的一部分並結合稽查人力建構綿密的稽查網絡，遏止在水質水量保護區內不法與污染行為，進而收維護水質水量保護區保育之效。今年度計畫中，在保護區內成立百吉復興隊、大溪隊、與雪霧鬧隊進行巡守工作，志工所需之背心、帽子、相機、手電筒、GPS、日誌記錄本等由此計畫提供。志工成立的流程如招募說明會、教育訓練、誓師大會、參訪活動、成效檢討等活動也於今年度辦理，並把相關辦法與機制撰寫其中供其他保護區成立志工隊之參考，計畫中利用Wordpress開放原始碼網誌／?容管理系?，建置「石門水庫水質水量保護區-巡守志工交流網站」，以網路部落格的形式建置而成，作為巡守志工之間交流平台，並且統整與發布巡守的成果，讓一般民眾瞭解巡守志工對於石門水庫集水區水質水量保護成果(http://waterprotect.wordpress.com)。另資訊量空間推估的概念整合運用於集水區內各種地表水文監測站網，分別包含雨量站、流量站、水質測站等，使最佳化模式能同時評估不同站網的監測效率，藉以規劃水質水量保護區最佳巡守與水文監測配置。此外，保育治理工程後續追蹤顯示，絕大部分工程現況良好，但3處護岸工程有輕微基礎掏空現象，仍需持續觀察，玉峰溪護岸治理工程的砌石護岸在現勘因土石掩埋無法直接勘查，101年新建於巴陵水位站處的一座固床工結構毀損嚴重，已無法發揮工程功效，需進行工程檢討以及修復。綜整集水區內今年度颱風期間水文資料呈現整治特別條例後部分之成效也撰寫在報告中。</abstract><author>國立臺灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010143</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/16</date><governmentpublicationsnumber>1010103709</governmentpublicationsnumber><identifier>74907</identifier><internationalstandardbooknumber>9789860356977 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74907</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>石門水庫自來水水質水量保護區巡守監測與管理協勤計畫(光碟版) The Project of Patrolling, Monitoring, Managing, and Assisting in the Water Quality and Quantity Protection Areas of Shihmen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/16</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74908</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74908</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2) In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/16</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74909</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74909</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2)--光碟版   In Situ Investigation on Morphology and Sediment fron Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract> </abstract><author>林啟文</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/18</date><governmentpublicationsnumber>1010201078</governmentpublicationsnumber><identifier>74913</identifier><internationalstandardbooknumber>9789860331578 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74913</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>五萬分之一台灣地質圖說明書：旗山</title><yearidentifier>201306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010339</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/24</date><governmentpublicationsnumber>1010103571</governmentpublicationsnumber><identifier>74921</identifier><internationalstandardbooknumber>9789860356014 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74921</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>101年五河局轄內洪水預報系統建置</title><yearidentifier>201301</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/24</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>74923</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74923</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書(光碟版)=Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010383</commissionedprojectidentifier><currency>NT$</currency><date>2013/7/25</date><governmentpublicationsnumber>1010103226</governmentpublicationsnumber><identifier>74924</identifier><internationalstandardbooknumber>9789860349184 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74924</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(1/3) The Program of Developing the Surface Water Availability Calculation System in Taiwan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/25</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>74925</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74925</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract>水庫工程無可避免將對當地之自然及人文環境造成重大衝擊。天花湖水庫環境影響評估工作自民國91 年啟動以來，已持續與地方鄉親溝通協調，對於地方民眾關切之事項如下游河道治理、地方供水改善、配合地方發展計畫等均已納入水庫計畫內容，將於計畫奉核後逐一實施；在自然環境衝擊方面，本署將借鏡湖山水庫的寶貴經驗，於設計階段依照本評估書定稿本所記載監測計畫內容辦理密集的資源調查工作，以做為擬定水庫施工期間生態保育措施的依據。</abstract><author>聯美環保科技顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/7/31</date><governmentpublicationsnumber>1010200203</governmentpublicationsnumber><identifier>74940</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74940</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>天花湖水庫工程環境影響評估--光碟版 The Project of Tien Hwa Hu Reservoir Environmental Impact Assessment</title><yearidentifier>201301</yearidentifier></data><data><abstract>本計畫最主要之工作為台北水源特定區現有南勢溪攬勝橋站、北勢溪水源橋站與思源橋站、魚逮魚堀溪大林橋站及金瓜寮溪金瓜寮站等5站流量站進行每個月2至4次之例行性流量觀測及水文站操作維護，並配合水質監測每個月加測魚逮魚堀溪碧湖站及平廣溪平廣站流量1次，並整合水質及水量之量測成果。除此之外，本計畫亦進行流量站之大斷面測量，並修正水源橋等5站之水位-流量率定曲線，亦對現有流量站網進行整體性規劃及修正。本年度計劃藉由幅狀基底函數之神經網路（RBFNN）建置資料補遺模式，以作為各測站之水位、流量資料補遺時之所需，而所測得之流量及水位資料經QA與QC後，則收集於更新版本之資料庫中。 本計劃有系統的引用科學研究，發展高效率、簡易且適用於臺北水源特定區平時及高水位時期流量之量測及推估方法，並改善水文資料庫，及修正舊有之率定曲線，建立更準確的水文數學模式及資料補遺模式，作為往後工程設計、水理研究及分析與水質與水資源管理之重要依據。計畫執行期間，高水位時期流量以改良後之聲波式流速儀Min ADP進行量測，平常時期則以旋杯式流速儀及FlowTracker進行量測，皆可測得可靠且準確之流量。</abstract><author>郭振泰</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950104</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/1</date><governmentpublicationsnumber>1009504189</governmentpublicationsnumber><identifier>74948</identifier><internationalstandardbooknumber>9789860082883 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74948</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>新店溪青潭自來水水源水質保護區水質水量持續監測計畫-臺北水源特定區地表水量監測暨管理系統規劃(1/2)  Planning of Stream Discharge Measurement and Management for the Catchment Protected by the Taipei Water  Management Office〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。此外，急水溪口兩側海岸於東北季風期間常有強烈之風吹砂，砂灘飛砂常堆淤於海堤及其陸側道路。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質與飛砂調查分析等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010189</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/6</date><governmentpublicationsnumber>1010200562</governmentpublicationsnumber><identifier>74950</identifier><internationalstandardbooknumber>9789860364354 ; 9789860364</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74950</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(1/2)=In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-shui Stream at Chia-Yi Coast (1/2)</title><yearidentifier>201304</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/6</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>74951</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74951</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2)(內附光碟) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract>大甲溪流域於民國 大甲溪流域於民國 90 年 7月桃芝颱風、民國 月桃芝颱風、民國 月桃芝颱風、民國 月桃芝颱風、民國 93 年 7月敏督利颱 月敏督利颱 風(七二水災 七二水災 )及民國 及民國 93 年 8月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 月艾利颱風，均造成河床劇烈淤積與洪災 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 事件，對大甲溪造成重災害損失同時使得流域集水區地形、貌 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 及河道斷面均產生極大變化，造成目前甲溪的自然、人文基本規劃 條件已完全不同。 條件已完全不同。 條件已完全不同。 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 因此未來於治理工法之應用有不同考量，故必 要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解要針對本河系進行全面性環 境生態及川情勢之調查，以瞭解境及生物相特性。 境及生物相特性。 境</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010117</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/8</date><governmentpublicationsnumber>1010200983</governmentpublicationsnumber><identifier>74952</identifier><internationalstandardbooknumber>9789860369229 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74952</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第三河川局</publisher><publishrocyear>102</publishrocyear><title>大甲溪河川情勢調查--內附光碟=Investigation of Current Status in Dajia River</title><yearidentifier>201305</yearidentifier></data><data><abstract>本計畫為二年期之研究案，第一年經由一系列混凝土相關試驗、研究團隊過去研究成果及相關文獻之綜整分析，將混凝土抗壓強度、水膠比、粗粒料用量、粗粒料性質、礦物摻料(飛灰、爐石粉及矽灰)用量等因素，與混凝土抵抗水中磨耗能力、抵抗含砂水流沖擊能力、抵抗衝擊能力、耐久性、溫度與體積穩定性等材料性能建立起關聯性，並於施工綱要規範草案中訂定相關之檢驗標準，並藉由水利工程構造物混凝土專家座談會舉辦，廣納各界之意見加以修訂，而提出整合型水利工程構造物混凝土施工規範草案，供工程界參考。 本年度將依第一年之研究成果修訂水利署現行施工規範「第03310章 結構用混凝土」之內容，包括混凝土參考建議配比，並針對不同類別之水利工程構造物，研擬各類水利工程構造物混凝土材料之相關規定，及修訂各類水利工程構造物之混凝土檢驗項目與標準。 此外，考量台灣水庫因淤積導致蓄水量逐年降低，台灣重要水庫均有淤積的問題，水庫總淤積量已超過一座翡翠水庫之蓄水量，且淤積量尚持續增加中，影響水庫之壽命與蓄水量甚鉅。如何進行水庫浚渫工作延長水庫壽命並發揮原設計之蓄水、發電、觀光之用途，顯然有其急迫性，加上當前台灣地區天然砂石料極其缺乏，水庫淤泥取代天然砂石料應用於混凝土製品實為一舉數得之再應用方式，同時解決水庫淤泥處理問題、天然砂石料短缺問題與環保問題，且能降低成本達到經濟性之效果。 有鑑於此，本年度計畫透過水庫淤泥混凝土配比設計，進行力學性質、抗磨損性質、耐久耐的性質及體積穩定性等試驗，綜合評估結果顯示添加水庫淤泥量為10%及15%時，對於混凝土之力學性質影響有限，當添加量達20%時則有較明顯之折減，其中因添加水庫淤泥後混凝土的彈性模數降低，反而有助於提昇其抗衝擊的性能；此外，在體積穩定性方面，雖然添加水庫淤泥混凝土的乾縮量約略高出一般混凝土300~400×10-6，但如能在施工過程注意養護程序，則對於水庫淤泥混凝土的影響應不致於太大。本計畫並據以修訂水利署現行施工規範「第03801章 水庫淤泥混凝土」之內容，再經由舉辦座談會之方式，廣納各方面之意見後進行修正，提供國內工程界一合時宜且具實用價值之規範。</abstract><author>社團法人中華民國建築技術會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010157</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/9</date><governmentpublicationsnumber>1010103564</governmentpublicationsnumber><identifier>74954</identifier><internationalstandardbooknumber>9789860355024 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74954</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利工程構造物混凝土施工規範研究總報告=Investigation on Specification for Construction of Hydraulic Concrete Structure(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>494.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/12</date><governmentpublicationsnumber>1010100428</governmentpublicationsnumber><identifier>74956</identifier><internationalstandardbooknumber>9789860319668 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74956</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫(3/3)</title><yearidentifier>201204</yearidentifier></data><data><abstract>為因應全球變遷的水利環境，因而需要不斷提升水利人員之整體素質，本計畫係利用完整的課程規劃，彙整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過課程研討及教材彙編成正式報告，亦可成為水利署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000262</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/12</date><governmentpublicationsnumber>1010100429</governmentpublicationsnumber><identifier>74957</identifier><internationalstandardbooknumber>9789860319675 ; 9789860319</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74957</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>水利人員專業訓練計畫總報告書=Staff Training Plan For The Water Resources Agency</title><yearidentifier>201204</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/12</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>74958</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74958</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署於2005~2008年自行研發「分散式洪水預報系統」（Distributed Runoff And Inundation Nowcast System，簡稱DRAINS），為一套分散式、模組化、可即時預報河川洪水的系統。由架構設計到程式撰寫，均為國人獨自完成，技術自給率百分之百。以此為基礎建置完成之八掌溪流域洪水預報系統，於2009年推廣移轉至第五河川局應用，2010年執行「99年度八掌溪流域分散式洪水預報系統擴充及維護」計畫進行維護與客製化發展。 今年度計畫延續以往成果，依五河局颱洪期間使用狀況進行必要之功能擴充，並持續配合最新之量測資料進行更新與維護。此外，預報範圍除原有之八掌溪流域外，新增朴子溪與急水溪洪水預報系統，使本系統能夠逐步擴展至五河局所轄河川流域，以提昇洪水預報之作業成果與品質。</abstract><author>台灣營建研究院；劉玉雯</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/12</date><governmentpublicationsnumber>1010103627</governmentpublicationsnumber><identifier>74959</identifier><internationalstandardbooknumber>9789860356007 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74959</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水工混凝土構造物修補作業準則與耐撞耐磨材料之探討〈2/2〉－光碟版 Investigation on the Abrasion─impact  Resistance  Materials and the Guideline of Hydraulic  Concrete Structure 〈2/2〉</title><yearidentifier>201212</yearidentifier></data><data><abstract>淡水河流域位於臺灣北部，包含大漢溪、新店溪及基隆河等三大支流，流域面積2,726平方公里，涵蓋臺北市、新北市、桃園縣及新竹縣。水利相關之河川環境管理事項及相關單位甚多，且近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫「河川環境營造計畫(98年~103年)」之執行策略，將加強河川環境管理列為重要措施。另依據民國99年12月24日修訂之河川管理辦法第二十七條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，因此河川環境管理計畫將成為河川管理主要長程計畫之一。?此，水利署責成本局著手辦理「淡水河水系河川環境管理計畫規劃」，期能在淡水河流域朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域土地合理使用等目標邁進。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010172</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/13</date><governmentpublicationsnumber>1010201370</governmentpublicationsnumber><identifier>74961</identifier><internationalstandardbooknumber>9789860374919 ; 9789860374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74961</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>淡水河水系河川環境管理計畫規劃 (1/2)--內附光碟 River Environmental Management Planning of Tanshui River</title><yearidentifier>201306</yearidentifier></data><data><abstract>淡水河流域位於臺灣北部，包含大漢溪、新店溪及基隆河等三大支流，流域面積2,726平方公里，涵蓋臺北市、新北市、桃園縣及新竹縣。水利相關之河川環境管理事項及相關單位甚多，且近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫「河川環境營造計畫(98年~103年)」之執行策略，將加強河川環境管理列為重要措施。另依據民國99年12月24日修訂之河川管理辦法第二十七條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，因此河川環境管理計畫將成為河川管理主要長程計畫之一。?此，水利署責成本局著手辦理「淡水河水系河川環境管理計畫規劃」，期能在淡水河流域朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域土地合理使用等目標邁進。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010172</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/13</date><governmentpublicationsnumber>1010201370</governmentpublicationsnumber><identifier>74962</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74962</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>淡水河水系河川環境營造規劃  River Environmental Construction Planning of Tanshui River</title><yearidentifier>201306</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/14</date><governmentpublicationsnumber>1010201482</governmentpublicationsnumber><identifier>74965</identifier><internationalstandardbooknumber>9789860376173 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74965</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年水利統計 STATISTIC OF WATER RESOURCES 2012</title><yearidentifier>201307</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/14</date><governmentpublicationsnumber>1010201482</governmentpublicationsnumber><identifier>74966</identifier><internationalstandardbooknumber>9789860376173 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74966</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年水利統計(光碟版) STATISTIC OF WATER RESOURCES 2012</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/14</date><governmentpublicationsnumber>1010201299</governmentpublicationsnumber><identifier>74967</identifier><internationalstandardbooknumber>9789860374148 ; 9789860374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74967</librarycollectiondetailsurl><price>700</price><publisher>農委會水保局</publisher><publishrocyear>102</publishrocyear><title>101年土石流年報 2012 DEBRIS FLOW ANNUAL REPORT</title><yearidentifier>201307</yearidentifier></data><data><abstract>集集共同引水工程計畫環境影響評估報告於79年8月15日環署綜字第28028號公告審查結論在案，並依據環評承諾，興建後集集攔河堰生態基流量採0.6cms排放。集集攔河堰於90年完工後，因增加清淤排砂作業，提出環境影響差異分析報告，並於96年11月26日環署綜字第0960090521號函審查修正通過，其定稿本另於97年12月8日環署綜字第0970080547號函同意備查，並依環評差異分析報告，自94年度增加生態基流量至3.0cms。 依據環保署99年12月2日環署督字第0930058658號函（附錄1）說明五，為減緩對下游水生生物之影響，並維持生態平衡，承諾增加生態維護基流量，惟原環境影響評估報告及環境影響差異分析報告並未針對本案集集攔河堰枯水期生態基流量與濁水溪下游揚塵關聯性有相關之記載或調查，而本案歷經近年來921地震及水災等天然災害後，其地形地質條件及原規劃內容之妥適性恐有變化之虞，故有必要針對相關環境因子進行調查分析，以釐清本案與濁水溪下游揚塵之關聯性，並了解本案是否對環境造成影響，爰請中水局依環境影響評估法第18條規定，針對集集攔河堰枯水期生態基流量與濁水溪下游揚塵關聯性，於100年5月31日前提出環境影響調查報告書至環保署審查。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000218</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/14</date><governmentpublicationsnumber>1010200970</governmentpublicationsnumber><identifier>74969</identifier><internationalstandardbooknumber>9789860368451 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74969</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>集集攔河堰營運階段環境影響調查報告書(內附光碟) Ji-Ji Conjunctive Diversion Project--The Operation Environmental Impact Survey Report</title><yearidentifier>201306</yearidentifier></data><data><abstract>集集共同引水工程計畫環境影響評估報告於79年8月15日環署綜字第28028號公告審查結論在案，並依據環評承諾，興建後集集攔河堰生態基流量採0.6cms排放。集集攔河堰於90年完工後，因增加清淤排砂作業，提出環境影響差異分析報告，並於96年11月26日環署綜字第0960090521號函審查修正通過，其定稿本另於97年12月8日環署綜字第0970080547號函同意備查，並依環評差異分析報告，自94年度增加生態基流量至3.0cms。 依據環保署99年12月2日環署督字第0930058658號函（附錄1）說明五，為減緩對下游水生生物之影響，並維持生態平衡，承諾增加生態維護基流量，惟原環境影響評估報告及環境影響差異分析報告並未針對本案集集攔河堰枯水期生態基流量與濁水溪下游揚塵關聯性有相關之記載或調查，而本案歷經近年來921地震及水災等天然災害後，其地形地質條件及原規劃內容之妥適性恐有變化之虞，故有必要針對相關環境因子進行調查分析，以釐清本案與濁水溪下游揚塵之關聯性，並了解本案是否對環境造成影響，爰請中水局依環境影響評估法第18條規定，針對集集攔河堰枯水期生態基流量與濁水溪下游揚塵關聯性，於100年5月31日前提出環境影響調查報告書至環保署審查。</abstract><author>聯美環保科技公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000218</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/14</date><governmentpublicationsnumber>1010200970</governmentpublicationsnumber><identifier>74970</identifier><internationalstandardbooknumber>9789860368451 ; 9789860368</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74970</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>集集攔河堰營運階段環境影響調查報告書(光碟版) Ji-Ji Conjunctive Diversion Project--The Operation Environmental Impact Survey Report</title><yearidentifier>201306</yearidentifier></data><data><abstract> </abstract><author>內政部土地重劃工程處</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/19</date><governmentpublicationsnumber>1009802242</governmentpublicationsnumber><identifier>74978</identifier><internationalstandardbooknumber>9789860196870 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74978</librarycollectiondetailsurl><price>400</price><publisher> </publisher><publishrocyear>98</publishrocyear><title>亮麗農村曲-農村社區公共設施改善計畫成果圖籍(內附光碟)</title><yearidentifier>200909</yearidentifier></data><data><abstract> </abstract><author>內政部土地重劃工程處</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/19</date><governmentpublicationsnumber>1009803624</governmentpublicationsnumber><identifier>74979</identifier><internationalstandardbooknumber>9789860211092 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74979</librarycollectiondetailsurl><price>800</price><publisher> </publisher><publishrocyear>98</publishrocyear><title>農村社區公共設施改善計畫成果總報告(上)--內附光碟</title><yearidentifier>200911</yearidentifier></data><data><abstract> </abstract><author>內政部土地重劃工程處</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/19</date><governmentpublicationsnumber>1009803624</governmentpublicationsnumber><identifier>74980</identifier><internationalstandardbooknumber>9789860211092 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74980</librarycollectiondetailsurl><price>800</price><publisher> </publisher><publishrocyear>98</publishrocyear><title>農村社區公共設施改善計畫成果總報告(下)--內附光碟</title><yearidentifier>200911</yearidentifier></data><data><abstract>本計畫蒐集國內外?域綜合治水相關法?資?及評估，並以高屏溪流域及港尾溝溪排水為案?，研析有關?域綜合治水相關法規問題、及提出具體綜合治水對策整合建議方案與法規修正草案及法規競合分析及建議。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010076</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/23</date><governmentpublicationsnumber>1010201252</governmentpublicationsnumber><identifier>74996</identifier><internationalstandardbooknumber>9789860372892 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74996</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究(2/2)--內附光碟 A Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations(2/2)</title><yearidentifier>201307</yearidentifier></data><data><abstract>本計畫蒐集國內外?域綜合治水相關法?資?及評估，並以高屏溪流域及港尾溝溪排水為案?，研析有關?域綜合治水相關法規問題、及提出具體綜合治水對策整合建議方案與法規修正草案及法規競合分析及建議。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010076</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/23</date><governmentpublicationsnumber>1010201252</governmentpublicationsnumber><identifier>74997</identifier><internationalstandardbooknumber>9789860372892 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74997</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究(2/2)--光碟版 A Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations(2/2)</title><yearidentifier>201307</yearidentifier></data><data><abstract>本計畫研究重點在蒐集國內外?域綜合治水相關法?及案?，舉辦專家學者座談會，廣聽意見，並遵循上述國家政策計畫之指導方向，研析有關?域整體規劃綜合治水相關法規問題、及提出具體綜合治水對策整合建議方案與法規修正草案及法規競合分析及建議。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010076</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/23</date><governmentpublicationsnumber>1010201253</governmentpublicationsnumber><identifier>74998</identifier><internationalstandardbooknumber>9789860372915 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74998</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究 總報告書--內附光碟 A Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations</title><yearidentifier>201307</yearidentifier></data><data><abstract>本計畫研究重點在蒐集國內外?域綜合治水相關法?及案?，舉辦專家學者座談會，廣聽意見，並遵循上述國家政策計畫之指導方向，研析有關?域整體規劃綜合治水相關法規問題、及提出具體綜合治水對策整合建議方案與法規修正草案及法規競合分析及建議。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010076</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/23</date><governmentpublicationsnumber>1010201253</governmentpublicationsnumber><identifier>74999</identifier><internationalstandardbooknumber>9789860372915 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_74999</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域綜合治水對策整合與相關法規修訂之研究 總報告書--光碟版 A Study Report on Integration of Strategies on Basin-wide Integrated Flood Management and Amendment of Related Regulations</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/26</date><governmentpublicationsnumber>1010103547</governmentpublicationsnumber><identifier>75000</identifier><internationalstandardbooknumber>9789860354706 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75000</librarycollectiondetailsurl><price>700</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>101</publishrocyear><title>100年土石流年報</title><yearidentifier>201212</yearidentifier></data><data><abstract>文建會近年積極推動行政院各機關部會文化性資產的清查、宣導、教育訓練等工作，希望藉此能在環境變遷、機關單位更替、技術不斷改進下的過程中，保存國內公有的產業文化資產；經過文建會文化資產小組的多次會議討論，直接進入各機關單位內，以專業輔導協助的角色，幫助大家進行產業文化資產的清查，為該項工作的共識，也藉由培訓「種籽」清查人員，期待能將產業文化資產的清查工作紮根下去。</abstract><author>中原大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/8/27</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>75003</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75003</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署文化性資產清查委託服務計畫(光碟版)  The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>為辦理本署「100年度地下水觀測站井建置維護工程」，確保觀測井及抽水試驗井之施工建置品質，爰辦理本計畫執行前開鑿井工程計畫之規劃、調查試驗及監造工作，除辦理先期規劃工作外，另將地下水觀測站井建置過程中涉及之站址勘選、水利建造物申辦、井體鑽探設計、水文地質分層判釋、管徑材質選定、水文地質試驗、觀測儀器系統規劃、井體維護、井體攝影成果分析、水質檢測、座標高程測量等工作內容進行規劃設計、調查試驗、監造及審核，本計畫執行完成後，期能將觀測井及觀測儀器移交河川局管理，以繼續進行台灣地區地下水水文觀測及各項水利、水質試驗，達到水文資料收集之目標。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000180</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/27</date><governmentpublicationsnumber>1010101376</governmentpublicationsnumber><identifier>75004</identifier><internationalstandardbooknumber>9789860330441 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75004</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>「100年度地下水觀測站井建置維護工程」設計及監造成果報告 Report of Design and Supervision Installation and Maintenance of Groundwater Observations and Wells in 2011</title><yearidentifier>201206</yearidentifier></data><data><abstract>為辦理本署「100年度地下水觀測站井建置維護工程」，確保觀測井及抽水試驗井之施工建置品質，爰辦理本計畫執行前開鑿井工程計畫之規劃、調查試驗及監造工作，除辦理先期規劃工作外，另將地下水觀測站井建置過程中涉及之站址勘選、水利建造物申辦、井體鑽探設計、水文地質分層判釋、管徑材質選定、水文地質試驗、觀測儀器系統規劃、井體維護、井體攝影成果分析、水質檢測、座標高程測量等工作內容進行規劃設計、調查試驗、監造及審核，本計畫執行完成後，期能將觀測井及觀測儀器移交河川局管理，以繼續進行台灣地區地下水水文觀測及各項水利、水質試驗，達到水文資料收集之目標。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000180</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/27</date><governmentpublicationsnumber>1010101376</governmentpublicationsnumber><identifier>75005</identifier><internationalstandardbooknumber>9789860330441 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75005</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>「100年度地下水觀測站井建置維護工程」設計及監造成果報告(光碟版)  Report of Design and Supervision Installation and Maintenance of Groundwater Observations and Wells in 2011</title><yearidentifier>201206</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/27</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>75006</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75006</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書  Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>配合花蓮溪水系及秀姑巒溪水系治理規劃譣討需(主流、主支流已於99年完成，101年大斷面測量以次支流為主)</abstract><author>群立科技公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010086</commissionedprojectidentifier><currency>NT$</currency><date>2013/8/27</date><governmentpublicationsnumber>1010102793</governmentpublicationsnumber><identifier>75007</identifier><internationalstandardbooknumber>9789860347555 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75007</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>101</publishrocyear><title>秀姑巒溪水系治理規劃檢討-先期外業測量計畫成果報告書(光碟版)  Review on Hsiukuluan River Improvement Plan - The Earlier Field Survey for Hsiukuluan River</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/2</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>75009</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75009</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響總成果報告=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立屏東科技大學</author><categoryidentifier>443.6209</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010307</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/2</date><governmentpublicationsnumber>1010103458</governmentpublicationsnumber><identifier>75012</identifier><internationalstandardbooknumber>9789860352009 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75012</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>六河局轄區洪水預報系統建立之先期規劃=The Advance Planning for Establishing Flood Forecasting System for The Jurisdiction of The Sixth River Management Office WRA</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/2</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>75013</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75013</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬總報告(內附光碟)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/2</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>75014</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75014</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)計畫成果資料--光碟版=Development of hydrological and hydraulic analysis system for integrated basin managment of major rivers in Taiwan(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫所建立之系統平台，可提供規劃設計者詳細地文、水文與河道水理分析資訊，以作為進行後續防洪保護措施及河川治理規劃方案之參考依據。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010124</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/2</date><governmentpublicationsnumber>1010102377</governmentpublicationsnumber><identifier>75015</identifier><internationalstandardbooknumber>9789860341775 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75015</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(2/3)=Development of hydrological and hydraulic analysis system for integrated basin managment of major rivers in Taiwan(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>行政院於民國94年8月8日頒布「行政機關風險管理推動方案」，藉以培養及提升所屬機關之風險管理意識及能力；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」。 內部控制係一種管理過程，用以合理達成資訊之可靠性與完整性、及政策、計畫、程序、法令及規章之遵循、資產之保全、資源之經濟及有效使用、營運或專案計畫目標之達成，已久用於業界以提高經營績效，成果顯著，有鑑於此，行政院研考會於100年12月再將內部控制納入風險管理及危機處理作業基準中，更名為「行政院研究發展考核委員內部控制與風險管理及危機處理作業要項」，要求各機關除風險管理及危機處理的運作外，更要專注於內部控制的管理與運作。 本署前已於98年建構水利署行政機關風險評估方法，99年透過輔導第三河川局、第七河川局及南區水資源局等機關進行風險管理導入，並藉由此等案例進行風險因子定性及定量評估方法之建立與評析，100年則考量行政院組織改造及縣市改制升格直轄市等重大議題，完成因應組織變革之本署業務可能潛在風險分析；另該等計畫執行期間透過教育訓練及宣導講習，導入及強化本署暨所屬機關同仁風險管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010416</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/3</date><governmentpublicationsnumber>1010201444</governmentpublicationsnumber><identifier>75017</identifier><internationalstandardbooknumber>9789860375688 ; 9789860375</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75017</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署及所屬機關內部控制與風險管理機制推動計畫 A Study on Internal Control and Risk Management Mechanism Building for Water Resources Agency and Affiliated Agencies</title><yearidentifier>201307</yearidentifier></data><data><abstract>行政院於民國94年8月8日頒布「行政機關風險管理推動方案」，藉以培養及提升所屬機關之風險管理意識及能力；97年度行政院為強化各部會危機應變能力，並促使各部會將風險管理融入日常作業及決策運作，已於97年4月1日函頒「行政院所屬各機關風險管理作業基準」，而後97年12月8日行政院再進一步將前開基準納入「危機處理」專章，並配合將名稱修正為「行政院所屬各機關風險管理及危機處理作業基準」。 內部控制係一種管理過程，用以合理達成資訊之可靠性與完整性、及政策、計畫、程序、法令及規章之遵循、資產之保全、資源之經濟及有效使用、營運或專案計畫目標之達成，已久用於業界以提高經營績效，成果顯著，有鑑於此，行政院研考會於100年12月再將內部控制納入風險管理及危機處理作業基準中，更名為「行政院研究發展考核委員內部控制與風險管理及危機處理作業要項」，要求各機關除風險管理及危機處理的運作外，更要專注於內部控制的管理與運作。 本署前已於98年建構水利署行政機關風險評估方法，99年透過輔導第三河川局、第七河川局及南區水資源局等機關進行風險管理導入，並藉由此等案例進行風險因子定性及定量評估方法之建立與評析，100年則考量行政院組織改造及縣市改制升格直轄市等重大議題，完成因應組織變革之本署業務可能潛在風險分析；另該等計畫執行期間透過教育訓練及宣導講習，導入及強化本署暨所屬機關同仁風險管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010416</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/3</date><governmentpublicationsnumber>1010201444</governmentpublicationsnumber><identifier>75018</identifier><internationalstandardbooknumber>9789860375688 ; 9789860375</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75018</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署及所屬機關內部控制與風險管理機制推動計畫(光碟版) A Study on Internal Control and Risk Management Mechanism Building for Water Resources Agency and Affiliated Agencies</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>台北翡翠水庫管理局</author><categoryidentifier>443.642703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/4</date><governmentpublicationsnumber>2008600093</governmentpublicationsnumber><identifier>75020</identifier><internationalstandardbooknumber>9789860281972 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75020</librarycollectiondetailsurl><price>247</price><publisher>台北翡翠水庫管理局</publisher><publishrocyear>102</publishrocyear><title>臺北翡翠水庫管理局101年刊</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>王文江</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/9</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>75029</identifier><internationalstandardbooknumber>9789867142535 ; 9789867142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75029</librarycollectiondetailsurl><price></price><publisher>中興科技發展基金會</publisher><publishrocyear>102</publishrocyear><title>水利工程中之泥沙問題(增訂版) Sedimentation in Water Resources Engineering</title><yearidentifier>201305</yearidentifier></data><data><abstract>為確保雲林地區自來水可以使用質優量穩之地面水源，經濟部水利署經審慎規劃， 提出湖山水庫工程計畫， 奉行政院90年1月30日台八十九37096號函核定自91年起實施。湖山水庫環境影響評估完成二階段作業及審查程序，環境影響評估報告書於86年9月經行政院環境保護署(以下簡稱環保署)環境影響評估審查委員會第40次會議決議「有條件接受開發」，環境影響評估報告書(定稿本)(以下簡稱環評報告書)經環保署89年5月17日(89)環署綜字第0026821號函同意認可。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/17</date><governmentpublicationsnumber>1010201780</governmentpublicationsnumber><identifier>75036</identifier><internationalstandardbooknumber>9789860379273 ; 9789860379</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75036</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>湖山水庫工程計畫第5次環境影響差異分析報告(定稿本)</title><yearidentifier>201309</yearidentifier></data><data><abstract>為確保雲林地區自來水可以使用質優量穩之地面水源，經濟部水利署經審慎規劃， 提出湖山水庫工程計畫， 奉行政院90年1月30日台八十九37096號函核定自91年起實施。湖山水庫環境影響評估完成二階段作業及審查程序，環境影響評估報告書於86年9月經行政院環境保護署(以下簡稱環保署)環境影響評估審查委員會第40次會議決議「有條件接受開發」，環境影響評估報告書(定稿本)(以下簡稱環評報告書)經環保署89年5月17日(89)環署綜字第0026821號函同意認可。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/17</date><governmentpublicationsnumber>1010201780</governmentpublicationsnumber><identifier>75037</identifier><internationalstandardbooknumber>9789860379273 ; 9789860379</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75037</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>湖山水庫工程計畫第5次環境影響差異分析報告(定稿本)--光碟版</title><yearidentifier>201309</yearidentifier></data><data><abstract>為記錄百年以來台灣水利發展之歷程，擬透過相關文獻、史料、圖資之蒐集，以圖文並茂風格呈現，編纂「百年台灣重大水利建設紀要」，對百年以來之重大水利建設進行廣泛性蒐錄與介紹，以兼具文獻保存及教育宣導目的。 本專書除以時間軸呈現百年以來之台灣重大水利建設外，內容擬包括防洪治水、水資源建設、海岸防護等面向，有系統地（如按區域或水系之地理位置分布）以圖文介紹各重大水利建設。</abstract><author>國際灌溉排水協會中華民國國家委員會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000464</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/17</date><governmentpublicationsnumber>1010101361</governmentpublicationsnumber><identifier>75038</identifier><internationalstandardbooknumber>9789860329773 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75038</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>編纂「百年台灣重大水利建設紀要」(內附光碟) Publishing of Taiwans Key Water Development and Flood Defence Projects in the Past Century</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>江復正 趙瑜玲</author><categoryidentifier>557.38339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/23</date><governmentpublicationsnumber>1010201653</governmentpublicationsnumber><identifier>75041</identifier><internationalstandardbooknumber>9789860377279 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75041</librarycollectiondetailsurl><price>650</price><publisher>交通部公路總局第五區養護工程處</publisher><publishrocyear>102</publishrocyear><title>逐路細說台18線阿里山公路的古往今來(內附光碟)</title><yearidentifier>201308</yearidentifier></data><data><abstract>依據民國97年度辦理「烏溪鳥嘴潭攔河堰初步規劃」之成果，鳥嘴潭攔河堰位於烏溪橋上游5公里處，利用烏溪南岸土地規劃一離槽人工湖，用以蓄豐濟枯。初步評估人工湖蓄水容量1,700萬立方公尺，已達行政院環保署民國95年2月20日修正發布「開發行為應實施環境影響評估細目及範圍認定標準」第12條第1項第3款之規定，即在自來水水源水質水量保護區內堰壩高度7.5公尺以上或蓄水容量250萬立方公尺以上者，應實施環境影響評估。本(99)年度工作係延續98年度調查成果，並配合工程可行性規劃內容，持續進行計畫區之環境資料蒐集調查，以評估烏溪鳥嘴潭人工湖設立後對周遭環境之影響。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990185</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/23</date><governmentpublicationsnumber>1010201250</governmentpublicationsnumber><identifier>75042</identifier><internationalstandardbooknumber>9789860372670 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75042</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)-環境影響評估(內附光碟) Feasibility Study of Niaozueitan Weir in Wu River (2/2)—The Plan of Environmental Impact Assessment</title><yearidentifier>201306</yearidentifier></data><data><abstract>依據民國97年度辦理「烏溪鳥嘴潭攔河堰初步規劃」之成果，鳥嘴潭攔河堰位於烏溪橋上游5公里處，利用烏溪南岸土地規劃一離槽人工湖，用以蓄豐濟枯。初步評估人工湖蓄水容量1,700萬立方公尺，已達行政院環保署民國95年2月20日修正發布「開發行為應實施環境影響評估細目及範圍認定標準」第12條第1項第3款之規定，即在自來水水源水質水量保護區內堰壩高度7.5公尺以上或蓄水容量250萬立方公尺以上者，應實施環境影響評估。本(99)年度工作係延續98年度調查成果，並配合工程可行性規劃內容，持續進行計畫區之環境資料蒐集調查，以評估烏溪鳥嘴潭人工湖設立後對周遭環境之影響。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990185</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/23</date><governmentpublicationsnumber>1010201250</governmentpublicationsnumber><identifier>75043</identifier><internationalstandardbooknumber>9789860372670 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75043</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)-環境影響評估(附錄) Feasibility Study of Niaozueitan Weir in Wu River (2/2)—The Plan of Environmental Impact Assessment</title><yearidentifier>201306</yearidentifier></data><data><abstract>依據民國97年度辦理「烏溪鳥嘴潭攔河堰初步規劃」之成果，鳥嘴潭攔河堰位於烏溪橋上游5公里處，利用烏溪南岸土地規劃一離槽人工湖，用以蓄豐濟枯。初步評估人工湖蓄水容量1,700萬立方公尺，已達行政院環保署民國95年2月20日修正發布「開發行為應實施環境影響評估細目及範圍認定標準」第12條第1項第3款之規定，即在自來水水源水質水量保護區內堰壩高度7.5公尺以上或蓄水容量250萬立方公尺以上者，應實施環境影響評估。本(99)年度工作係延續98年度調查成果，並配合工程可行性規劃內容，持續進行計畫區之環境資料蒐集調查，以評估烏溪鳥嘴潭人工湖設立後對周遭環境之影響。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990185</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/23</date><governmentpublicationsnumber>1010201250</governmentpublicationsnumber><identifier>75046</identifier><internationalstandardbooknumber>9789860372670 ; 9789860372</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75046</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)-環境影響評估(光碟版)Feasibility Study of Niaozueitan Weir in Wu River (2/2)—The Plan of Environmental Impact Assessment</title><yearidentifier>201306</yearidentifier></data><data><abstract>由於河川輸砂率對於流域水文及土地利用管理之影響具有相當的重要性，並且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度的資料取得，扮演關鍵性角色。以往河川泥砂觀測，係仰賴人工進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。並且現有商用觀測設備，於精度、範圍、適用性均各有觀測瓶頸存在，無單一設備可突破所有觀測限制。有鑑於此，本署於95及96年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續則於97及98年度持續進行自動化泥砂觀測之精度改良及改善感測器，大幅提升量測精度，並完成感測器直接進行溫度補償之方式等研究及改良工作。基於相關研究成果，已提出TDR泥砂觀測技術之運作程序、限制及成效，建立感測器標準模式及資料處理標準程序，並提出量測準確度與量測限制。惟TDR自動化泥砂觀測於現場量測實務操作時，發現TDR主機溫度之變化易影響含砂濃度量測穩定性，另外感測器設備亦有結垢問題，雖於前一年度計畫已初步提出鐵氟龍抗污塗層處理，減少短期結垢現象，惟長期效能仍有待進一步驗證。為能進一步將TDR自動化泥砂觀測技術落實，並更新維護現有示範站，本計畫提出一河川含砂濃度量測平台規劃方案，除全面改善TDR自動化泥砂觀測技術實務問題，並著手遠端河川含砂濃度量測平台之規劃，便於後續推廣應用，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010240</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010102660</governmentpublicationsnumber><identifier>75051</identifier><internationalstandardbooknumber>9789860345148 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75051</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川含砂濃度量測平台規劃及建置（2/2）Development and Establishment of River Suspended Sediment Concentration Measurement Platform(2/2)</title><yearidentifier>201211</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010078</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103304</governmentpublicationsnumber><identifier>75052</identifier><internationalstandardbooknumber>9789860352467 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川流量自動化觀測科技發展計畫（2/3）Automatic monitoring technology development plan for river flow (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>75053</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75053</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫=Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>75054</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75054</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫系統操作手冊 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫研究範圍為台南市將軍中心漁港(現稱為將軍漁港，本報告後續均以漁港現名稱之)至七股離岸堤間長約14公里之海岸(含潟湖及各河口)。其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。 本計畫蒐集將軍漁港至七股離岸堤段海岸與鄰近海域之海氣象、海岸漂砂、河川水文、海岸地形及環境生態等基本資料，並逐項彙整其特性。 於2012年2月14、16與18日以及2月2~22日分別完成平面與水準控制點檢測。於3月16日~4月7日、9月11~23日完成冬、夏季波浪作用後之地形水深檢測工作，同時依據地形水深監測成果，進行冬季波浪作用後之地形水深資料分析與地形水深等深線；同時蒐集往昔地形水深監測資料，進行季節性與長期之地形水深平面與斷面侵淤分析，另蒐集早期海岸線資料，進行長期海岸線變遷分析。 有關灘線與底床質粒徑調查作業，於2012年2月底~3月初執行第一季(冬季)調查作業，而第二季(夏季)調查作業則於8月期間完成，並依據調查結果彙整高低潮灘線砂灘與底床質(海域與河川)粒徑分佈特性。 海岸結構物影響與防護成效檢討方面，已就現場海岸勘查結果說明本段海岸環境情形，並依據規劃海岸代表斷面，進行海岸平衡剖面分析；其次依各段之歷次地形水深資料，參照海岸防護結構物興建時間，分析海岸結構物影響區之地形水深土方量變化，檢討各段海岸結構物對地形水深之影響與功效。最後，以波浪溯上水理模式進行現況海岸安全性檢討，依日本海堤重要性選擇50年或100年重現期波浪條件，以海堤溯上不超越堤頂發生越波為準則，評估現況海岸可調整空間，配合現場海岸勘查結果，提出現況海岸環境改善建議。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010152</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103045</governmentpublicationsnumber><identifier>75055</identifier><internationalstandardbooknumber>9789860347500 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75055</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南海岸(將軍中心漁港至七股離岸堤)基本資料監測調查分析 In Situ Investigation on Morphology and Bed Material at Tainan Coast (from Jiang-Jun Harbor to Detached Breakwater at Chi-Gu)</title><yearidentifier>201212</yearidentifier></data><data><abstract>1、計畫區域地形資料蒐集調查分析 (1)河道地形資料蒐集分析 (2)河床質補充調查分析 (3)河道沖淤量變化及河床變動調查 2、計畫區域基本資料蒐集及補充調查分析 (1)河道區域內水工結構物基本資料整理 (2)歷年砂石開採情形分析 (3)歷年相關處置工程資料蒐集彙整 (4)莫拉克風災後水文分析檢討 (5)莫拉克前後土砂產量評估 3、莫拉克颱洪前河道輸砂特性及河床穩定彙整評估 (1)莫拉克颱洪前河道長、短期流量下變動條件 (2)莫拉克颱洪前河道輸砂特性研究蒐集分析 4、莫拉克風災高屏溪流域河道災害彙整 5、莫拉克後疏濬工作辦理情形 6、計畫區水位流量站之水、砂觀測研究 (1)水、砂觀測資料分析方法評估 (2)流量、懸移質觀測分析 (3)歷年水位-流量率定曲線分析比較 (4)歷年流量-泥砂率定曲線及泥砂資料整理分析 (5)聲學式推移載泥砂觀測研擬 (6)現地觀測位址原則及觀測規劃工作(擇定二個適當點位觀測) 7、蒐集分析國內外有關河道疏濬對河道演變影響課題之相關工程、研究案例，及相關評估方法、評估工具及研究方法 8、河道砂石開採相關法規蒐集 9、河川區域內私有地公告可採區可行性評估 10、莫拉克風災後已疏濬區域進行輸砂模式模擬分析 11、莫拉克風災後疏濬成效評估及提出未來可疏濬區域及條件探討</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010231</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103236</governmentpublicationsnumber><identifier>75061</identifier><internationalstandardbooknumber>9789860351583 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75061</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>101</publishrocyear><title>高屏溪流域莫拉克風災後疏濬成效評估計畫規劃(2/2) The Plan of Dredge Eeffect Assessment of Ggaopin River after Morakot Typhoon (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本局於93~94年度辦理「淡水河系河川情勢調查計畫」，調查期間適逢『基隆河整體治理計畫(前期計畫)』執行相關治理工程，因此該計畫針對基隆河河段分別於上中下游辦理生態調查工作，並作為施工參考依據；衡酌『基隆河整體治理計畫(前期計畫)』已完工4年餘，因此有必要針對治理完成後之現況再進行調查，並分析治理前後狀況檢討治理工程對現地環境之影響及改善成效，並針對治理後對生態影響較大河段，提出補強策略建議。</abstract><author>臺北科技大學</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010161</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103455</governmentpublicationsnumber><identifier>75063</identifier><internationalstandardbooknumber>9789860353686 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75063</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>基隆河整體治理計畫（前期計畫）治理後之河川調查與評估(2/2) Closure Report of Investigation and Evaluation after Jilong River Overall Improvement Project (Earlier Project ) (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010383</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103226</governmentpublicationsnumber><identifier>75064</identifier><internationalstandardbooknumber>9789860349184 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75064</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(1/3) The Program of Developing the Surface Water Availability Calculation System in Taiwan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>75065</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75065</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3) The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>75066</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75066</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>健行科技大學</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>75067</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75067</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水災的危機管理</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域自莫拉克颱洪後已施設完成許多復建及防災減災之丁壩工程，且根據上、下游河段之特性不同施設不同之工法種類(饅頭型、手槍型、排樁式丁壩…等)。為了解現行之丁壩工法對於抵抗側向侵蝕及縱向沖刷之效能及成效，並從中檢討未來沖刷防治工法之改善對策與方案，提昇工程設計之能力與信心，遂辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010190</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103371</governmentpublicationsnumber><identifier>75069</identifier><internationalstandardbooknumber>9789860352030 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75069</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(1/2)(內附光碟) Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour/Deposoition(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010097</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010103201</governmentpublicationsnumber><identifier>75070</identifier><internationalstandardbooknumber>9789860351248 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75070</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水整治及環境營造計畫第5期（98~103年）成效檢討及後續計畫（104~109年）之評估研究(1/2)--內附光碟 A Review of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>75072</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75072</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊二 重要河川環境營造計畫(98-103年)績效總評估報告(截止101年度)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/26</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>75073</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75073</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)  An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/30</date><governmentpublicationsnumber>1010201964</governmentpublicationsnumber><identifier>75074</identifier><internationalstandardbooknumber>9789860381245 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75074</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>湖山水庫工程計畫第2次環境影響調查報告書(定稿本)</title><yearidentifier>201309</yearidentifier></data><data><abstract>本報告內容就湖山水庫工程計畫相關之生態、地形地質、社經環境調查及其影響預測等事項說明與釐清</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/9/30</date><governmentpublicationsnumber>1010201964</governmentpublicationsnumber><identifier>75075</identifier><internationalstandardbooknumber>9789860381245 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75075</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>湖山水庫工程計畫第2次環境影響調查報告書(定稿本)--光碟版</title><yearidentifier>201309</yearidentifier></data><data><abstract>南部地區近年來工商業發展迅速，對於用水量需求日以遽增，為平衡水資源工程開發及減緩自然生態衝擊，於此水利署規畫「旗山溪生態、棲地變遷調查及分析」計畫，蒐集旗山溪基本資料、生物、河川調查及河川空間利用分佈等，並建立生態資源資料庫，以因應爾後旗山溪未來開發案之重要參考依據與管理建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010273</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/30</date><governmentpublicationsnumber>1010200962</governmentpublicationsnumber><identifier>75076</identifier><internationalstandardbooknumber>9789860369199 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75076</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>旗山溪水域生態、棲地變遷調查及分析(內附光碟) Investigation and Analysis of Aquatic Ecology and Habitat Change in Qishan River</title><yearidentifier>201304</yearidentifier></data><data><abstract>台灣地區的雨季，中南部多集中於夏秋季，冬春季相對為乾季，故乾旱之發生頻率冬春大於夏秋；北部雨季雖較長，但枯旱仍然時有耳聞。一般來說，乾旱若發生在春季(3、4月)，則其影響與災害較為廣泛且嚴重。近年在全球暖化的影響下，乾旱影響的程度與日俱增，經常直接影響農工商業發展及國民生計。因此，積極投入人工增雨研究與作業，以求緩解甚至預防旱象，遂成為氣象與水文領域裡的重點工作項目。目前全世界約有25個國家，正從事人工增雨計畫的研發與施作，其目的即在增加降水量，以抒解旱象或增加水力發電之收益。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。 臺灣大學過去已協助本署建立了完整的人工增雨作業流程，經定性評估，暖雲種雲增雨應有成效；不過種雲成效的定性評估，仍有其不確定性，故本計畫擬設計一客觀的隨機種雲實驗，以現有作業機制與流程為主軸，透過預先製作的年度隨機種雲作業日曆之篩選，觀察增雨施作與否影響降雨結果的差異性，經過長期執行累積足夠個案數後的統計分析，除可充分發揮本署已投資之作業能量以外，亦可對人工增雨成效的不確定性，提供了可行的解決方法。 本計畫係運用專業機構之專業能力及充足的人力資源，於平時進行天氣系統之即時監視與守視，除於天候條件適宜情況下進行人工增雨作業，以減少或延緩旱災之影響程度，另透過長期持續之運作，配合隨機驗證方式，開始系統性地評估臺灣地區人工增雨效益。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010411</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/30</date><governmentpublicationsnumber>1010201461</governmentpublicationsnumber><identifier>75077</identifier><internationalstandardbooknumber>9789860376159 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75077</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>102</publishrocyear><title>101年人工增雨服務團計畫 Supporting program on cloud seeding in Taiwan</title><yearidentifier>201307</yearidentifier></data><data><abstract>台灣地區的雨季，中南部多集中於夏秋季，冬春季相對為乾季，故乾旱之發生頻率冬春大於夏秋；北部雨季雖較長，但枯旱仍然時有耳聞。一般來說，乾旱若發生在春季(3、4月)，則其影響與災害較為廣泛且嚴重。近年在全球暖化的影響下，乾旱影響的程度與日俱增，經常直接影響農工商業發展及國民生計。因此，積極投入人工增雨研究與作業，以求緩解甚至預防旱象，遂成為氣象與水文領域裡的重點工作項目。目前全世界約有25個國家，正從事人工增雨計畫的研發與施作，其目的即在增加降水量，以抒解旱象或增加水力發電之收益。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。 臺灣大學過去已協助本署建立了完整的人工增雨作業流程，經定性評估，暖雲種雲增雨應有成效；不過種雲成效的定性評估，仍有其不確定性，故本計畫擬設計一客觀的隨機種雲實驗，以現有作業機制與流程為主軸，透過預先製作的年度隨機種雲作業日曆之篩選，觀察增雨施作與否影響降雨結果的差異性，經過長期執行累積足夠個案數後的統計分析，除可充分發揮本署已投資之作業能量以外，亦可對人工增雨成效的不確定性，提供了可行的解決方法。 本計畫係運用專業機構之專業能力及充足的人力資源，於平時進行天氣系統之即時監視與守視，除於天候條件適宜情況下進行人工增雨作業，以減少或延緩旱災之影響程度，另透過長期持續之運作，配合隨機驗證方式，開始系統性地評估臺灣地區人工增雨效益。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010411</commissionedprojectidentifier><currency>NT$</currency><date>2013/9/30</date><governmentpublicationsnumber>1010201461</governmentpublicationsnumber><identifier>75078</identifier><internationalstandardbooknumber>9789860376159 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75078</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>102</publishrocyear><title>101年人工增雨服務團計畫(光碟版) Supporting program on cloud seeding in Taiwan</title><yearidentifier>201307</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成。民國100年本所針對前期規劃成果進行檢討，經檢討結果，雙溪水庫環境現況改變不大，淹沒區及集水區單純，壩址條件良好，值得積極推動本計畫。當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能。本所將針對環評2階進行相關調查及行政程序，爰提本計畫。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010281</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/1</date><governmentpublicationsnumber>1010201462</governmentpublicationsnumber><identifier>75080</identifier><internationalstandardbooknumber>9789860376326 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75080</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-環境、生態專題-環境影響評估(1)(內附光碟)A Review of Feasibility Study of Shuangxi Reservoir (2)-Environmental and Ecological Topic</title><yearidentifier>201308</yearidentifier></data><data><abstract>雙溪流域水資源利用率低，本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成。民國100年本所針對前期規劃成果進行檢討，經檢討結果，雙溪水庫環境現況改變不大，淹沒區及集水區單純，壩址條件良好，值得積極推動本計畫。當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能。本所將針對環評2階進行相關調查及行政程序，爰提本計畫。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010281</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/1</date><governmentpublicationsnumber>1010201462</governmentpublicationsnumber><identifier>75081</identifier><internationalstandardbooknumber>9789860376326 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75081</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-環境、生態專題-環境影響評估(1)(附錄)A Review of Feasibility Study of Shuangxi Reservoir (2)-Environmental and Ecological Topic</title><yearidentifier>201308</yearidentifier></data><data><abstract>在水資源開發計畫推動方面，為有效解決彰雲地層嚴重下陷地區長期抽汲地下水問題，本局在雲林地區負責推動湖山水庫工程計畫，以有效蓄存豐水期清水溪剩餘河川水量，發揮蓄豐濟枯功能。整體計畫工程預計於103 年底完工，屆時與集集攔河堰作水源聯合運用，可提供雲林地區民生用水之穩定水源，以減少抽汲地下水、緩和地層下陷。另外，本局自95 年起辦理「大安大甲溪水源聯合運用輸水工程」規劃，期透過區域水源有效調配與存蓄，以穩定大台中地區供水及降低缺水風險。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/3</date><governmentpublicationsnumber>1010201474</governmentpublicationsnumber><identifier>75083</identifier><internationalstandardbooknumber>9789860375404 ; 9789860375</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75083</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署中區水資源局101年年報</title><yearidentifier>201308</yearidentifier></data><data><abstract>在水資源開發計畫推動方面，為有效解決彰雲地層嚴重下陷地區長期抽汲地下水問題，本局在雲林地區負責推動湖山水庫工程計畫，以有效蓄存豐水期清水溪剩餘河川水量，發揮蓄豐濟枯功能。整體計畫工程預計於103 年底完工，屆時與集集攔河堰作水源聯合運用，可提供雲林地區民生用水之穩定水源，以減少抽汲地下水、緩和地層下陷。另外，本局自95 年起辦理「大安大甲溪水源聯合運用輸水工程」規劃，期透過區域水源有效調配與存蓄，以穩定大台中地區供水及降低缺水風險。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/3</date><governmentpublicationsnumber>1010201474</governmentpublicationsnumber><identifier>75084</identifier><internationalstandardbooknumber>9789860375404 ; 9789860375</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75084</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署中區水資源局101年年報(光碟版)</title><yearidentifier>201308</yearidentifier></data><data><abstract>依據經濟部中央地質調查所(以下簡稱地調所)於民國100年辦理之「台灣地區地下水資源調查研究整體計畫-第一期台灣中段山區地下水資源調查與評估(2/4)」計畫成果顯示，於濁水溪流域範圍內地下水資源較具開發潛能之河段大致位於三處，包含濁水溪上游河谷部份、陳有蘭溪中游及濁水溪中游與清水溪下游區域，其中濁水溪中游與清水溪下游區域因其補注潛能高，具有河系發達及地下水深度淺等特性，適於提供河川水補注地下含水層，故被認為具有高度地下水資源開發潛能。 前述濁水溪中游與清水溪下游區域亦稱之為名竹盆地，其範圍東自集集攔河堰、西至彰雲橋下游隘口、南至清水溪中游河谷，總面積約91.1平方公里，如圖1所示，而主要含水層則位於車籠埔斷層以西區域，面積約為69.8平方公里。為確認名竹盆地地下水資源蘊藏量及其可開發之潛能，爰擬就名竹盆地蒐集其水文地質、河川流量及地下水水位等基本資料，並進行現地水文地質相關的調查、試驗，據以分析、模擬並探討名竹盆地地下水庫開發之可行性。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010427</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/4</date><governmentpublicationsnumber>1010201644</governmentpublicationsnumber><identifier>75087</identifier><internationalstandardbooknumber>9789860377385 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75087</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>名竹盆地地下水源開發調查規劃(內附光碟) Investigation and planning of groundwater resource development on Minzu Basin</title><yearidentifier>201308</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010139</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>1010102825</governmentpublicationsnumber><identifier>75088</identifier><internationalstandardbooknumber>9789860346725 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75088</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>軟岩質河床沖蝕模式之建立（2/3）(光碟版) Development of the erosion rate model for weak rock river bed(2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>2010103933</governmentpublicationsnumber><identifier>75091</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75091</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第二季</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>2010103934</governmentpublicationsnumber><identifier>75093</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75093</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公區〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第三季</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>2010103935</governmentpublicationsnumber><identifier>75094</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75094</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第四季</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>75095</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75095</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--中華民國建國100年紀念專書:百年臺灣重大水利建設紀要(內附光碟)</title><yearidentifier>201207</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/6</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>75096</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75096</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究(2/2) A Study of Sustainable Engineering and Construction of Hydraulic Facilities(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>依據經濟部中央地質調查所(以下簡稱地調所)於民國100年辦理之「台灣地區地下水資源調查研究整體計畫-第一期台灣中段山區地下水資源調查與評估(2/4)」計畫成果顯示，於濁水溪流域範圍內地下水資源較具開發潛能之河段大致位於三處，包含濁水溪上游河谷部份、陳有蘭溪中游及濁水溪中游與清水溪下游區域，其中濁水溪中游與清水溪下游區域因其補注潛能高，具有河系發達及地下水深度淺等特性，適於提供河川水補注地下含水層，故被認為具有高度地下水資源開發潛能。 前述濁水溪中游與清水溪下游區域亦稱之為名竹盆地，其範圍東自集集攔河堰、西至彰雲橋下游隘口、南至清水溪中游河谷，總面積約91.1平方公里，如圖1所示，而主要含水層則位於車籠埔斷層以西區域，面積約為69.8平方公里。為確認名竹盆地地下水資源蘊藏量及其可開發之潛能，爰擬就名竹盆地蒐集其水文地質、河川流量及地下水水位等基本資料，並進行現地水文地質相關的調查、試驗，據以分析、模擬並探討名竹盆地地下水庫開發之可行性。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010427</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/8</date><governmentpublicationsnumber>1010201644</governmentpublicationsnumber><identifier>75102</identifier><internationalstandardbooknumber>9789860377385 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75102</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>名竹盆地地下水源開發調查規劃(附錄) Investigation and planning of groundwater resource development on Minzu Basin</title><yearidentifier>201308</yearidentifier></data><data><abstract>水利署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，已成立河川溪流守護隊，積極獎勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，並建置網站提供知識交流分享，及建立河川守護資料，以持續整合及充實河川自然、歷史、文化資料，結合地方在地社團，進行在地經驗智識之搜集，以期開啟、推動河川教育，全民共同守護河川。而社大、環保團體等NGO多年來帶領民眾、學員透過公共論壇討論相關環境議題，藉由課程、結合實地踏查與實作參與，重新學習流域相關知識，紀錄河川、發掘問題，省思人類與河川的關係，進一步採取行動守護河川，以及，由社大串連各相關社群，所啟動民間關心河川議題的意識與行動力，著實為台灣開啟推動「河川教育、守護與行動」的新方向。因此，本計畫盤點國內現有的河川社群，並進行國內在地性案例與經驗智識資料蒐集整理與分析，另辦理十場會議（含諮詢會議、交流會、工作坊）及規劃建置一智識交流平台，邀請河川社群參與，藉此串連與整合各界河川社群資源，形成「智識網絡」相互培力，進而累積民眾的「智識資本」及「社會資本」，提昇民眾參與公共事務的「實力」，以提出河川關懷策略；並進一步搭建與國外河川社群合作聯盟之橋樑，規劃未來民間參與或籌辦國際性河川社群交流活動的執行方向，讓台灣經驗為世界看見。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990264</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/8</date><governmentpublicationsnumber>1009904248</governmentpublicationsnumber><identifier>75104</identifier><internationalstandardbooknumber>9789860259452 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75104</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川社群資源與活動整合及智識網絡建構成果報告書(內附光碟)</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署近年來為落實山地地區、河川區域及海岸地區之國土保育及復育，已成立河川溪流守護隊，積極獎勵輔導地方民眾及原住民參與敏感地區管理及環境保育工作，並建置網站提供知識交流分享，及建立河川守護資料，以持續整合及充實河川自然、歷史、文化資料，結合地方在地社團，進行在地經驗智識之搜集，以期開啟、推動河川教育，全民共同守護河川。而社大、環保團體等NGO多年來帶領民眾、學員透過公共論壇討論相關環境議題，藉由課程、結合實地踏查與實作參與，重新學習流域相關知識，紀錄河川、發掘問題，省思人類與河川的關係，進一步採取行動守護河川，以及，由社大串連各相關社群，所啟動民間關心河川議題的意識與行動力，著實為台灣開啟推動「河川教育、守護與行動」的新方向。因此，本計畫盤點國內現有的河川社群，並進行國內在地性案例與經驗智識資料蒐集整理與分析，另辦理十場會議（含諮詢會議、交流會、工作坊）及規劃建置一智識交流平台，邀請河川社群參與，藉此串連與整合各界河川社群資源，形成「智識網絡」相互培力，進而累積民眾的「智識資本」及「社會資本」，提昇民眾參與公共事務的「實力」，以提出河川關懷策略；並進一步搭建與國外河川社群合作聯盟之橋樑，規劃未來民間參與或籌辦國際性河川社群交流活動的執行方向，讓台灣經驗為世界看見。</abstract><author>社區大學全國促進會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990264</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/8</date><governmentpublicationsnumber>1009904248</governmentpublicationsnumber><identifier>75105</identifier><internationalstandardbooknumber>9789860259452 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75105</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川社群資源與活動整合及智識網絡建構成果報告書(附錄冊)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本研究藉由水工模型試驗，研究在相同設計布置案上游水庫洪水位EL.230公尺條件下，比較原布置方案模型試驗與水理計算結果，通過防淤隧道流量模型試驗結果為1,075立方公尺/秒比水理計算結果815立方公尺/秒大，造成消能池長度不足消能效果較不佳。原布置案經過修改後，消能池修改案比原布置方案在消能池部份水面較平順、隧道出口處流速較緩，消能效果較佳。消能池修改案在消能池部份經過調整後，消能池調整布置案較消能池修改案在隧道出口處流速減緩，出水口外河道最大表面流速及最大底部流速皆小於9公尺/秒，消能效果以消能池調整布置案較佳。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/14</date><governmentpublicationsnumber>1010201689</governmentpublicationsnumber><identifier>75120</identifier><internationalstandardbooknumber>9789860378078 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75120</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫新建防淤遂道工程水工模型試驗=Physical Model Experiment on the New Flush Tunnel of Tseng Wen Reservoir</title><yearidentifier>201308</yearidentifier></data><data><abstract>本研究藉由水工模型試驗，研究在相同設計布置案上游水庫洪水位EL.230公尺條件下，比較原布置方案模型試驗與水理計算結果，通過防淤隧道流量模型試驗結果為1,075立方公尺/秒比水理計算結果815立方公尺/秒大，造成消能池長度不足消能效果較不佳。原布置案經過修改後，消能池修改案比原布置方案在消能池部份水面較平順、隧道出口處流速較緩，消能效果較佳。消能池修改案在消能池部份經過調整後，消能池調整布置案較消能池修改案在隧道出口處流速減緩，出水口外河道最大表面流速及最大底部流速皆小於9公尺/秒，消能效果以消能池調整布置案較佳。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/14</date><governmentpublicationsnumber>1010201689</governmentpublicationsnumber><identifier>75121</identifier><internationalstandardbooknumber>9789860378078 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75121</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫新建防淤遂道工程水工模型試驗--光碟版=Physical Model Experiment on the New Flush Tunnel of Tseng Wen Reservoir</title><yearidentifier>201308</yearidentifier></data><data><abstract>本報告書主要係藉由水文地質的探查、試驗、分析的成果，及研究區域的地下水文及水文地質構造條件等，綜合評估名竹盆地地下水資源開發潛能及對周遭環境可影響。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010427</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/14</date><governmentpublicationsnumber>1010201644</governmentpublicationsnumber><identifier>75122</identifier><internationalstandardbooknumber>9789860377385 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75122</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>名竹盆地地下水源開發調查規劃--光碟版=Investigation and planning of groundwater resource development on Minzu Basin</title><yearidentifier>201308</yearidentifier></data><data><abstract>本計畫針對治理河段之特性，擇定適當之工程布置與工法，以期達到河川治理目標。針對有工程急迫性區域採分期優先治理方式，計畫於第一期工程，改善具有整治迫切性之區域，以現階段瓶頸段改善與第一號橋梁改建工程為主；而第二期則將現階段易淹水區域內，豐濱溪與丁仔漏溪中上游區域洪患區域，並以丁壩工來保護瓶頸段區域；依此分年分期方式區分執行順序。本計畫經估算後淹水直接損失所減少之效益、間接損失所減少之效益以及其他附加效益後，益本比為0.65。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/16</date><governmentpublicationsnumber>1009804108</governmentpublicationsnumber><identifier>75129</identifier><internationalstandardbooknumber>9789860216851 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75129</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>「易淹水地區水患治理計畫」第2階段實施計畫--花蓮縣管河川豐濱溪水系規劃報告 Regulation Project of Flood-prone Areas Planning Report of Feng-Pin River System Under the Hualien County Government Control</title><yearidentifier>201306</yearidentifier></data><data><abstract>本計畫針對治理河段之特性，擇定適當之工程布置與工法，以期達到河川治理目標。針對有工程急迫性區域採分期優先治理方式，計畫於第一期工程，改善具有整治迫切性之區域，以現階段瓶頸段改善與第一號橋梁改建工程為主；而第二期則將現階段易淹水區域內，豐濱溪與丁仔漏溪中上游區域洪患區域，並以丁壩工來保護瓶頸段區域；依此分年分期方式區分執行順序。本計畫經估算後淹水直接損失所減少之效益、間接損失所減少之效益以及其他附加效益後，益本比為0.65。</abstract><author>聯合大地工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/16</date><governmentpublicationsnumber>1009804108</governmentpublicationsnumber><identifier>75130</identifier><internationalstandardbooknumber>9789860216851 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75130</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>「易淹水地區水患治理計畫」第2階段實施計畫--花蓮縣管河川豐濱溪水系規劃報告 (光碟版) Regulation Project of Flood-prone Areas Planning Report of Feng-Pin River System Under the Hualien County Government Control</title><yearidentifier>201306</yearidentifier></data><data><abstract>花蓮溪水系位於台灣東部花蓮縣境內，為花蓮縣兩大主要河川之一，發源於中央山脈，主流全長約57.3公里，支流計約180公里，總流域面積達2670平方公里，屬中央管河川，並於78年辦理治理規劃，本水系於民國80公告治理計畫。由於原治理計畫規劃已久遠，原已公告之治理計畫已有不符因應集水區內地形地貌變更及氣候改變之需求之虞，爰此辦理花蓮溪水系治理計畫檢討。 其他重點工作項目尚還包括： 1.荖溪與花蓮溪匯流口左岸河川區域檢討 2.馬鞍溪光復堤防與光復1號堤防開口堤回淹及用地範圍線變更問題檢討。 3.光復溪造林種植區域檢討 4.全水系用地範圍線與河川區域線不符區段及需配合局變部份調查工作。 5.購買最新河川地籍圖相關資料（含重測）。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010084</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/17</date><governmentpublicationsnumber>1010201582</governmentpublicationsnumber><identifier>75133</identifier><internationalstandardbooknumber>9789860376999 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75133</librarycollectiondetailsurl><price>4500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>花蓮溪水系治理規劃檢討成果報告  Review on the Regulation Planning of Hualien River</title><yearidentifier>201307</yearidentifier></data><data><abstract>花蓮溪水系位於台灣東部花蓮縣境內，為花蓮縣兩大主要河川之一，發源於中央山脈，主流全長約57.3公里，支流計約180公里，總流域面積達2670平方公里，屬中央管河川，並於78年辦理治理規劃，本水系於民國80公告治理計畫。由於原治理計畫規劃已久遠，原已公告之治理計畫已有不符因應集水區內地形地貌變更及氣候改變之需求之虞，爰此辦理花蓮溪水系治理計畫檢討。 其他重點工作項目尚還包括： 1.荖溪與花蓮溪匯流口左岸河川區域檢討 2.馬鞍溪光復堤防與光復1號堤防開口堤回淹及用地範圍線變更問題檢討。 3.光復溪造林種植區域檢討 4.全水系用地範圍線與河川區域線不符區段及需配合局變部份調查工作。 5.購買最新河川地籍圖相關資料（含重測）。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010084</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/17</date><governmentpublicationsnumber>1010201582</governmentpublicationsnumber><identifier>75134</identifier><internationalstandardbooknumber>9789860376999 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75134</librarycollectiondetailsurl><price>4500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>花蓮溪水系治理規劃檢討成果報告(光碟版)  Review on Regulation Planning of Hualien River</title><yearidentifier>201307</yearidentifier></data><data><abstract>政府在進行擬定水利政策、興辦水利作業、推動水利業務、災治旱澇災害及水資源之開發管理與保育等工作時，都需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。有鑑於此，經濟部水利署遂研訂「水資源資料格式標準」，建立具完整架構與共通格式的資料庫及資料互通、資源共享之環境，提供各界快捷的資訊，並藉以提升水資源規劃與管理之效率。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/21</date><governmentpublicationsnumber>1009502858</governmentpublicationsnumber><identifier>75139</identifier><internationalstandardbooknumber>9789860069440 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75139</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資料格式標準</title><yearidentifier>200611</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>75140</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75140</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告 Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>75141</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75141</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>75142</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75142</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查 Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010255</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010103373</governmentpublicationsnumber><identifier>75143</identifier><internationalstandardbooknumber>9789860352474 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75143</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪表面流速量測示範站遷移及量測工法改善成果報告(本書內附光碟)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>75144</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75144</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析1/2)--內附光碟=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>75145</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75145</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2)(內附光碟) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>SWCB-101-069</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010103547</governmentpublicationsnumber><identifier>75146</identifier><internationalstandardbooknumber>9789860354706 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75146</librarycollectiondetailsurl><price>700</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>101</publishrocyear><title>100年土石流年報=2011 DEBRIS FLOW ANNUAL REPORT</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>2010103935</governmentpublicationsnumber><identifier>75147</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75147</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署〈台北辨公室〉</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零一年臺灣溫泉監測季報第一季</title><yearidentifier>201303</yearidentifier></data><data><abstract>本計畫旨在彙編並舉辦100年度經濟部水利署及其附屬機關所委辦計畫成果發表會，已於101年9月6日至7日二天時間假逢甲大學人言大樓啟垣廳會舉行，會中公開展示各項委辦計畫具體成果，並且提供各相關單位、學術單位及水利從業者意見交流及成果觀摩，以提昇國內水資源相關課題之專業資訊和技術水準。 此次成果發表會共舉辦45場計畫成果專題演講，發表主題分為13大議題，發表會邀請成功大學 郭金棟 名譽教授演講「動床漂砂試驗之虛與實」。會中同時展示水利署100年度委辦優秀計畫成果海報55篇，現場吸引576人次參與盛會，成果豐碩並一致受到與會人員肯定及認同。 在成果摘要彙編方面，共收集水利署100年度委辦計畫298件之摘要(含100年度以前委辦於100年結案之計畫)，並完成「經濟部水利署100年度委辦計畫成果摘要彙編」50冊。同時拍攝製作水利署97-100年度成果之影片，於本署成果發表會上播放。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010083</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>75149</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75149</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果?編暨發表會成果報告書(光碟版)  2011 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201212</yearidentifier></data><data><abstract>「臺灣地區北部區域雙溪水庫計畫環境影響說明書」於民國85年經環保署第30次委員會決議應繼續進行第二階段環境影響評估。其後於民國86年完成環境影響說明書公開陳列、公開說明會及範疇界定會議等相關行政程序，唯至今已間隔15年，計畫區環境背景隨時間與空間之變遷已有極大改變，且環境影響評估相關法令或評估模式技術規範迭有更新，爰成立本計畫調查環境品質現況，並協助辦理法規應辦事項與編製「範疇界定指引表」，及完成「範疇界定會議」。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010281</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010201462</governmentpublicationsnumber><identifier>75150</identifier><internationalstandardbooknumber>9789860376326 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75150</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-環境、生態專題─環境影響評估(1)--內附光碟=A Review of Feasibility Study of Shuangxi Reservoir (2)-Environmental and Ecological Topic</title><yearidentifier>201308</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>75151</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75151</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告(光碟版) Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract>「臺灣地區北部區域雙溪水庫計畫環境影響說明書」於民國85年經環保署第30次委員會決議應繼續進行第二階段環境影響評估。其後於民國86年完成環境影響說明書公開陳列、公開說明會及範疇界定會議等相關行政程序，唯至今已間隔15年，計畫區環境背景隨時間與空間之變遷已有極大改變，且環境影響評估相關法令或評估模式技術規範迭有更新，爰成立本計畫調查環境品質現況，並協助辦理法規應辦事項與編製「範疇界定指引表」，及完成「範疇界定會議」。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010281</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010201462</governmentpublicationsnumber><identifier>75152</identifier><internationalstandardbooknumber>9789860376326 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75152</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-環境、生態專題─環境影響評估(1) 附錄=A Review of Feasibility Study of Shuangxi Reservoir (2)-Environmental and Ecological Topic</title><yearidentifier>201308</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，本??以曾文溪為應用對象，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具分析河道變遷趨勢，綜合評估相對穩定關係。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>75153</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75153</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)--光碟版 Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>「臺灣地區北部區域雙溪水庫計畫環境影響說明書」於民國85年經環保署第30次委員會決議應繼續進行第二階段環境影響評估。其後於民國86年完成環境影響說明書公開陳列、公開說明會及範疇界定會議等相關行政程序，唯至今已間隔15年，計畫區環境背景隨時間與空間之變遷已有極大改變，且環境影響評估相關法令或評估模式技術規範迭有更新，爰成立本計畫調查環境品質現況，並協助辦理法規應辦事項與編製「範疇界定指引表」，及完成「範疇界定會議」。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010281</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010201462</governmentpublicationsnumber><identifier>75154</identifier><internationalstandardbooknumber>9789860376326 ; 9789860376</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75154</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(2)-環境、生態專題─環境影響評估(1)--光碟版=A Review of Feasibility Study of Shuangxi Reservoir (2)-Environmental and Ecological Topic</title><yearidentifier>201308</yearidentifier></data><data><abstract>鹽水溪下游豐化橋至河口段水道幾近平坦，平均坡?約為1/3,000，河幅廣闊且?淤積，為標準之平地河川，中游新南??橋至豐化橋段水道坡?約1/700，屬淺山河川；那拔林溪下游匯入鹽水溪，匯流口段為順直河川，上游河段蜿蜒於山谷中，水道坡?約1/175。鹽水溪下游河段河幅寬廣，且堤防多已興建，故流路穩定，中游河段雖已設置堤防，但由於河道淤積嚴重，流路較不穩定，變遷程度較高，上游河道寬度較窄，兩岸多直立岸壁，流路雖屬蜿蜒，但變遷程度較低；那拔林溪河幅較小，雖僅有下游匯入鹽水溪處設置堤防，中上游河道兩岸地形穩定，流路亦穩定。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010315</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010200174</governmentpublicationsnumber><identifier>75155</identifier><internationalstandardbooknumber>9789860359404 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75155</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(含支流)河川情勢調查 成果報告光碟版Investigation of stream status of Yanshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010201839</governmentpublicationsnumber><identifier>75156</identifier><internationalstandardbooknumber>9789860378603 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75156</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(上冊)--光碟版=Technical Guidelines of Hydraulic engineering － River Regulation</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010202034</governmentpublicationsnumber><identifier>75157</identifier><internationalstandardbooknumber>9789860378610 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75157</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(下冊)--光碟版=Technical Guidelines of Hydraulic engineering － River Regulation</title><yearidentifier>201307</yearidentifier></data><data><abstract>本署於99年度辦理之水資源科技發展、一般行政、水資源企劃與保育、水資源開發與維護、河川與排水管理及河川海岸及排水環境營造等委辦計畫成果豐碩，擬編纂委辦計畫成果摘要彙編並辦理成果發表會，對外發表本署99年度執行各項委辦計畫之相關成果，並冀由與會專家之討論與建議，協助本署掌握符合時勢之水資源政策發展趨勢及其未來施政之規劃方向。</abstract><author>巨鷗整合行銷公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000356</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>75158</identifier><internationalstandardbooknumber>9789860303438 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75158</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>101</publishrocyear><title>水利署100年度委辦計畫成果彙編暨發表會成果報告書 2011 Water Resources Agency Commissioned Projects Accomplishment Presentation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/23</date><governmentpublicationsnumber>1010102955</governmentpublicationsnumber><identifier>75159</identifier><internationalstandardbooknumber>9789860347470 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75159</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署100年度委辦計畫成果發表會論文集(內附光碟)  2011Commissioned Projects Accomplishment presentation WRA，MOEA</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/25</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>75161</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75161</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫系統操作手冊 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據行政院98年5月26日核定之「台灣水文觀測長期發展計畫」--「加強資料品質控管，擴充水文資料供應」策略，其執行要項為「加強資料檢覈及優質化管理」及「擴充及更新水文資訊資料庫」。 本署前已建置「水文資訊傳輸管理維護系統」、「水文資訊整合服務系統」及「水文資訊申請網站」等三大系統。其中「水文資訊傳輸管理維護系統」係為因應各河川局及本署進行資料檢覈及產出水文資訊之需要，屬署內及河川局內部水文資訊人員之管理系統；「水文資訊整合服務系統」則屬於對外展示及提供本署各同仁業務需要直接下載使用水文資訊之系統；而「水文資訊申請網站」則為對外界提供水文資訊申請之系統。每項系統皆有其使用目的，且為利運作順暢，皆須定期維護，而相關系統中，依據使用者及本署業務檢討結果，每年皆須進行功能之擴充及改善作業。 除前開各系統之功能外，本署收集各單位與提供外單位資訊之介接、水文年報之報表產出、水文資料庫之維護以及傳輸系統等作業，皆須有定常性之維護，方能運作順利。且於101年政府組織改造後，相關業務移撥需要，亦須有適當之銜接。綜上各項業務需要，爰提出本計畫。</abstract><author>瑞竣科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010022</commissionedprojectidentifier><currency>NT$</currency><date>2013/10/25</date><governmentpublicationsnumber>1010103111</governmentpublicationsnumber><identifier>75162</identifier><internationalstandardbooknumber>9789860350043 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75162</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年水文資訊系統維護及擴充功能計畫 Improvement and Maintenance of Hydroloical Information Service 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/30</date><governmentpublicationsnumber>1010200069</governmentpublicationsnumber><identifier>75180</identifier><internationalstandardbooknumber>9789860358254 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75180</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(2/2)(內附光碟) Reserch In Foundation Erosion of Hazard Potential Levees In Jhuoshuei River (2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/30</date><governmentpublicationsnumber>1010200069</governmentpublicationsnumber><identifier>75181</identifier><internationalstandardbooknumber>9789860358254 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75181</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(2/2)(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River(2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/30</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75182</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75182</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River(2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/10/30</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75183</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75183</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告 Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>南部地區近年來工商業發展迅速，對於用水量需求日以遽增，為平衡水資源工程開發及減緩自然生態衝擊，於此水利署規畫「旗山溪生態、棲地變遷調查及分析」計畫，蒐集旗山溪基本資料、生物、河川調查及河川空間利用分佈等，並建立生態資源資料庫，以因應爾後旗山溪未來開發案之重要參考依據與管理建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010273</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/1</date><governmentpublicationsnumber>1010200962</governmentpublicationsnumber><identifier>75191</identifier><internationalstandardbooknumber>9789860369199 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75191</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>旗山溪水域生態、棲地變遷調查及分析(光碟版) Investigation and Analysis of Aquatic Ecology and Habitat Change in Qishan River</title><yearidentifier>201304</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/5</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75192</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75192</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告 Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>因本溪於98年3月公告調整河川界點，本局對於調整後新增之和社溪河段治理範圍之相關資訊掌握較差，且新增河段以往並無辦理任何治理規劃計畫，加上近年來本溪受卡玫基、莫拉克颱風等風災影響流域地文環境變動甚大，急待檢討擬訂治理規劃，遂擬訂濁水溪水系陳有蘭溪支流和社溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990271</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/13</date><governmentpublicationsnumber>1010201846</governmentpublicationsnumber><identifier>75204</identifier><internationalstandardbooknumber>9789860379334 ; 9789860379</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75204</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系陳有蘭溪支流和社溪治理規劃計畫 Report on River Planning of He-She River, Tributary of Chen-Yu-Lan River</title><yearidentifier>201307</yearidentifier></data><data><abstract>因本溪於98年3月公告調整河川界點，本局對於調整後新增之和社溪河段治理範圍之相關資訊掌握較差，且新增河段以往並無辦理任何治理規劃計畫，加上近年來本溪受卡玫基、莫拉克颱風等風災影響流域地文環境變動甚大，急待檢討擬訂治理規劃，遂擬訂濁水溪水系陳有蘭溪支流和社溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990271</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/13</date><governmentpublicationsnumber>1010201846</governmentpublicationsnumber><identifier>75205</identifier><internationalstandardbooknumber>9789860379334 ; 9789860379</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75205</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系陳有蘭溪支流和社溪治理規劃計畫 --光碟版 Report on River Planning of He-She River, Tributary of Chen-Yu-Lan River</title><yearidentifier>201307</yearidentifier></data><data><abstract>(一)老田寮溪自民國86年公告迄今已歷時15載，考量河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，重新檢討老田寮溪原治理基本所訂之水道治理計畫線，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。 (二)本次分析之各重現期距洪峰流量與86年公告值比較，增加約為10 %，在考量河川排洪需求及近年水文事件後，以本次規劃之洪峰流量作為計畫洪峰流量。「老田寮溪治理規劃檢討水文分析報告」已於民國100年4月7日經水文字第10051068260號函核定；本次洪水量檢討，經比較分析合理化公式法及降雨逕流模式之三角形單位歷線法、無因次單位歷線法及瞬時單位歷線法等四種方法，並考量水庫演算分析結果後，採用三角形單位歷險法搭配48小時同位序與型為本次分析成果，本次分析洪峰流量值略大於民國86治理規劃報告分析值。 (三)本次採用86年、97年及99年實測斷面資料進行河道沖淤分析。顯示民國86年至97年間，河道多為沖刷情形，而民國97年至99年間各斷面沖淤情況變化不大，而沖刷段部分已呈現岩盤裸露。整體而言，目前沖刷已趨於緩和，且老田寮溪河床沖淤量有限，河道尚稱穩定。 (四)?流口附近斷面1左岸通洪能力不足僅能通過5年重現期距洪峰流量，然因該處為後龍溪高灘地，無須施設護岸保護；斷面10、斷面11、斷面13、斷面14.1、斷面15、斷面16、斷面27及斷面28左岸高崁高度不足，僅能通過10～50年重現期距洪水量，且較無明顯保護標的，僅部份農田有溢淹情況；其餘河段皆能安全宣洩100年重現期距洪峰流量。 (五)本次檢討之計畫洪水位Q100及計畫河床高與民國86年公告值進行比較，經檢討僅中興橋附近及老田寮橋上游計畫洪水位低於民國86年公告值，其餘計畫洪水位皆高於原公告值。 (六)河寬計畫、堤線與洪水位應與整體流域防洪治理規劃一併考量，以計畫洪水位進行工程，並須適度檢討排洪河道輸砂及流路變遷情況，以供河川護岸生態工程規劃設計之依據，尤以沿岸人口密集處，應首要重視河防安全，並兼顧營造親水環境及生態景觀規劃。 (七)老田寮溪整體改善工程之年計成本約新台幣660萬元，年計效益約新台幣113萬元，整體工程益本比約為0.17，雖未達經濟可行性，然工程施設完畢即可有效防止明德水庫溢流所造成之淹水情況，改善後可減少淹水面積約4公頃，在考慮老田寮溪為水庫下游河道必須提供水庫放水所須之斷面，故本計畫應進早實施以確保明德水庫下游河道之安全。另因應颱風豪雨造成流況改變之情況，有實際施作堤防之必要時，由河川局酌予佈設堤防。</abstract><author>澤佑工程顧問有限公司</author><categoryidentifier>443.6897191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000326</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/13</date><governmentpublicationsnumber>1010201970</governmentpublicationsnumber><identifier>75206</identifier><internationalstandardbooknumber>9789860378641 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75206</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪支流老田寮溪治理規劃檢討(光碟版) River on the Regulation Planning of Laotianliao River,Tributary of Houiong River</title><yearidentifier>201308</yearidentifier></data><data><abstract>(一)老田寮溪自民國86年公告迄今已歷時15載，考量河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，重新檢討老田寮溪原治理基本所訂之水道治理計畫線，以作為後續河川管理、治理措施及未來流域整體治理規劃之參考。 (二)本次分析之各重現期距洪峰流量與86年公告值比較，增加約為10 %，在考量河川排洪需求及近年水文事件後，以本次規劃之洪峰流量作為計畫洪峰流量。「老田寮溪治理規劃檢討水文分析報告」已於民國100年4月7日經水文字第10051068260號函核定；本次洪水量檢討，經比較分析合理化公式法及降雨逕流模式之三角形單位歷線法、無因次單位歷線法及瞬時單位歷線法等四種方法，並考量水庫演算分析結果後，採用三角形單位歷險法搭配48小時同位序與型為本次分析成果，本次分析洪峰流量值略大於民國86治理規劃報告分析值。 (三)本次採用86年、97年及99年實測斷面資料進行河道沖淤分析。顯示民國86年至97年間，河道多為沖刷情形，而民國97年至99年間各斷面沖淤情況變化不大，而沖刷段部分已呈現岩盤裸露。整體而言，目前沖刷已趨於緩和，且老田寮溪河床沖淤量有限，河道尚稱穩定。 (四)?流口附近斷面1左岸通洪能力不足僅能通過5年重現期距洪峰流量，然因該處為後龍溪高灘地，無須施設護岸保護；斷面10、斷面11、斷面13、斷面14.1、斷面15、斷面16、斷面27及斷面28左岸高崁高度不足，僅能通過10～50年重現期距洪水量，且較無明顯保護標的，僅部份農田有溢淹情況；其餘河段皆能安全宣洩100年重現期距洪峰流量。 (五)本次檢討之計畫洪水位Q100及計畫河床高與民國86年公告值進行比較，經檢討僅中興橋附近及老田寮橋上游計畫洪水位低於民國86年公告值，其餘計畫洪水位皆高於原公告值。 (六)河寬計畫、堤線與洪水位應與整體流域防洪治理規劃一併考量，以計畫洪水位進行工程，並須適度檢討排洪河道輸砂及流路變遷情況，以供河川護岸生態工程規劃設計之依據，尤以沿岸人口密集處，應首要重視河防安全，並兼顧營造親水環境及生態景觀規劃。 (七)老田寮溪整體改善工程之年計成本約新台幣660萬元，年計效益約新台幣113萬元，整體工程益本比約為0.17，雖未達經濟可行性，然工程施設完畢即可有效防止明德水庫溢流所造成之淹水情況，改善後可減少淹水面積約4公頃，在考慮老田寮溪為水庫下游河道必須提供水庫放水所須之斷面，故本計畫應進早實施以確保明德水庫下游河道之安全。另因應颱風豪雨造成流況改變之情況，有實際施作堤防之必要時，由河川局酌予佈設堤防。</abstract><author>澤佑工程顧問有限公司</author><categoryidentifier>443.6897191</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000326</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/13</date><governmentpublicationsnumber>1010201970</governmentpublicationsnumber><identifier>75207</identifier><internationalstandardbooknumber>9789860378641 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75207</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪支流老田寮溪治理規劃檢討 River on the Regulation Planning of Laotianliao River,Tributary of Houiong River</title><yearidentifier>201308</yearidentifier></data><data><abstract>面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 臺灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 加強 工業用水 工業用水 之回收再利用、 回收再利用、 回收再利用、 節約 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目，明確國家水資 明確國家水資 明確國家水資 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 ，期 望於 2031203120312031年看見具體 年看見具體 成效 。 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 提供多元化之水來 提供多元化之水來 提供多元化之水來 源以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 度來進行規劃 度來進行規劃 ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 臺灣地區 之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 70 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 併等多重沿革自 併等多重沿革自 97 年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 （10 1）年度 臺灣地區 臺灣地區 臺灣地區 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 97 年度 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 持續更新 持續更新 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 10 1年 1月 1日至民國 10 1年 12 月 31 日止。報告 日止。報告 日止。報告 日止。報告 中引用行政院 中引用行政院 主計總處 主計總處 主計總處 公布 之資料，配合 之資料，配合 之資料，配合 之資料，配合 主計總處 主計總處 於民國 10 1年校正各項統計資 年校正各項統計資 年校正各項統計資 料</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>2010202163</governmentpublicationsnumber><identifier>75210</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75210</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣地區水資源投資分析101年度報告--內附光碟</title><yearidentifier>201310</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75212</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75212</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告 Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>1010200069</governmentpublicationsnumber><identifier>75213</identifier><internationalstandardbooknumber>9789860358254 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75213</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(2/2) Reserch In Foundation Erosion of Hazard Potential Levees In Jhuoshuei River (2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75215</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75215</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River(2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75216</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75216</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River總報告</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/14</date><governmentpublicationsnumber>2010202163</governmentpublicationsnumber><identifier>75217</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75217</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>臺灣地區水資源投資分析101年度報告</title><yearidentifier>201310</yearidentifier></data><data><abstract>台灣地下水資源圖</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>75220</identifier><internationalstandardbooknumber>9789570137507 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75220</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地下水資源圖地下水流模數</title><yearidentifier>200308</yearidentifier></data><data><abstract>台灣地下水資源圖</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>75221</identifier><internationalstandardbooknumber>9789570137507 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75221</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地下水資源圖地下水流係數</title><yearidentifier>200308</yearidentifier></data><data><abstract>台灣地下水資源圖</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>75222</identifier><internationalstandardbooknumber>9789570137507 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75222</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地下水資源圖基本圖</title><yearidentifier>200308</yearidentifier></data><data><abstract>台灣地下水資源圖</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>75223</identifier><internationalstandardbooknumber>9789570137507 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75223</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地下水資源圖河川基流係數</title><yearidentifier>200308</yearidentifier></data><data><abstract>台灣地下水資源圖</abstract><author>成功大學水工試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1009105719</governmentpublicationsnumber><identifier>75224</identifier><internationalstandardbooknumber>9789570137507 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75224</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地下水資源圖地下水流模數</title><yearidentifier>200308</yearidentifier></data><data><abstract> </abstract><author>張恒裕 林榮清 許美蓮 蔡千?</author><categoryidentifier>554.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>1010202185</governmentpublicationsnumber><identifier>75225</identifier><internationalstandardbooknumber>9789860382938 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75225</librarycollectiondetailsurl><price>工本費200</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>重建流失的拼圖 農地回填 Backfill the loss of farmland</title><yearidentifier>201310</yearidentifier></data><data><abstract> </abstract><author>彰化縣政府</author><categoryidentifier>445.5711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/22</date><governmentpublicationsnumber>2009802076</governmentpublicationsnumber><identifier>75226</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75226</librarycollectiondetailsurl><price></price><publisher>彰化縣政府</publisher><publishrocyear>101</publishrocyear><title>彰化2012城鄉發展年報 2012 Changhua Urban and Rural Development Annual Report</title><yearidentifier>201210</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/25</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>75227</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75227</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估(2/2)Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2013/11/25</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>75228</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75228</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估(2/2)(光碟版)Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>法令明細規定採購的標準依據</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/27</date><governmentpublicationsnumber>38041880427</governmentpublicationsnumber><identifier>75235</identifier><internationalstandardbooknumber>9789570237382 ; 9789570237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75235</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200110</yearidentifier></data><data><abstract>法令明細規定採購的標準依據</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/27</date><governmentpublicationsnumber>1009104096</governmentpublicationsnumber><identifier>75238</identifier><internationalstandardbooknumber>9789570127461 ; 9789570127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75238</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200212</yearidentifier></data><data><abstract>面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 臺灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 水淡化，整合上、中下游的資源系統因應未來可能面臨缺問題。政府 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 持續推動水資源政策， 加強 工業用水 工業用水 之回收再利用、 回收再利用、 回收再利用、 節約 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 農業用水，並透過源頭 管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目，明確國家水資 明確國家水資 明確國家水資 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 ，期 望於 2031203120312031年看見具體 年看見具體 成效 。 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 提供多元化之水來 提供多元化之水來 提供多元化之水來 源以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 度來進行規劃 度來進行規劃 ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 臺灣地區 之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 70 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 併等多重沿革自 併等多重沿革自 97 年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 （10 1）年度 臺灣地區 臺灣地區 臺灣地區 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 97 年度 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 持續更新 持續更新 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 10 1年 1月 1日至民國 10 1年 12 月 31 日止。報告 日止。報告 日止。報告 日止。報告 中引用行政院 中引用行政院 主計總處 主計總處 主計總處 公布 之資料，配合 之資料，配合 之資料，配合 之資料，配合 主計總處 主計總處 於民國 10 1年校正各項統計資 年校正各項統計資 年校正各項統計資 料</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/27</date><governmentpublicationsnumber>2010202163</governmentpublicationsnumber><identifier>75239</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75239</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣地區水資源投資分析101年度報告--光碟版</title><yearidentifier>201310</yearidentifier></data><data><abstract>近來氣候變遷造成旱澇並存的現象，使得臺灣水資源環境面臨重大挑戰，這是對水利單位的新考驗，需導入新的觀念作法，使水利工作能在現有的基礎上補強與改善，提高整體適應能力，減輕全球氣候變遷對台灣所造成的衝擊，且應善用平地蓄水、水回收及再生水推動，達成節水型社會的目標。回顧過去一年，本署在易淹水地區水患治理、河川水庫疏濬整治、增加水源穩定供應、節約用水及防災工作方面均有所斬獲。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/28</date><governmentpublicationsnumber>2010202523</governmentpublicationsnumber><identifier>75242</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75242</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度經濟部水利署年報(內附光碟) Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201310</yearidentifier></data><data><abstract> </abstract><author>何傳坤 劉克竑</author><categoryidentifier>797.8032</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/28</date><governmentpublicationsnumber>1009503249</governmentpublicationsnumber><identifier>75243</identifier><internationalstandardbooknumber>9789860072860 ; 9789860072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75243</librarycollectiondetailsurl><price>250</price><publisher>國立自然科學博物館</publisher><publishrocyear>95</publishrocyear><title>台中縣營埔遺址發掘報告</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/29</date><governmentpublicationsnumber>30113870181</governmentpublicationsnumber><identifier>75248</identifier><internationalstandardbooknumber>9789570221756 ; 9570221755</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75248</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>87</publishrocyear><title>八千里路雲和月臺灣省地方建設成果地方篇(下)</title><yearidentifier>199809</yearidentifier></data><data><abstract> </abstract><author>台灣省政府新聞處</author><categoryidentifier>733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/29</date><governmentpublicationsnumber>30113870181</governmentpublicationsnumber><identifier>75249</identifier><internationalstandardbooknumber>9789570221755 ; 9789570221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75249</librarycollectiondetailsurl><price></price><publisher>台灣省政府新聞處</publisher><publishrocyear>87</publishrocyear><title>八千里路雲和月臺灣省地方建設成果地方篇(上)</title><yearidentifier>199809</yearidentifier></data><data><abstract> </abstract><author>f行政院人事行政局</author><categoryidentifier>573.932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/29</date><governmentpublicationsnumber>1009302563</governmentpublicationsnumber><identifier>75250</identifier><internationalstandardbooknumber>9789570182743 ; 9570182741</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75250</librarycollectiondetailsurl><price>103</price><publisher>f行政院人事行政局</publisher><publishrocyear>93</publishrocyear><title>行政法人實例及法規彙編參考手冊f行政院人事行政局</title><yearidentifier>200411</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源統一規劃委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/11/29</date><governmentpublicationsnumber>8374850163</governmentpublicationsnumber><identifier>75253</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75253</librarycollectiondetailsurl><price></price><publisher>經濟部水資源統一規劃委員會</publisher><publishrocyear>85</publishrocyear><title>台灣各河川流域水資源潛能評估之研究</title><yearidentifier>199606</yearidentifier></data><data><abstract>97年度經濟部水利署文化性資產口述歷史委託服務計畫」為水利署辦理文化性資產保存工作之一環，旨在進行水利署退休及現任職員之口述歷史訪談，記錄、整理及數位化保存訪談之文字稿、聲音及影像。由計畫團隊選定六大主題，依據水利署推薦之受訪名單，逐一進行口述歷史訪談。計訪談「機構沿革與組織變遷」主題10人、「台北地區防洪」主題9人、「阿公店水庫」主題3人、「石門水庫」主題7人、「曾文水庫」主題7人、「八七水災」7人、「其他（個人生命史訪談）」4人。口述歷史的徵集與記錄，將使水利署之文化性資產保存工作更臻完整，並能作為文獻檔案的驗證及輔助，有助於往後相關水利事業歷史之建立，並有助民眾了解水利署及其前身機構在臺灣社會、經濟變遷的歷史脈絡中所扮演的角色。</abstract><author>國立彰化師範大學</author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970275</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/2</date><governmentpublicationsnumber>1009801999</governmentpublicationsnumber><identifier>75267</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75267</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署文化性資產口述歷史服務報告  The Culture Heritage of Water Resource Agency: Oral History of the Public Officials</title><yearidentifier>200907</yearidentifier></data><data><abstract> </abstract><author>臺灣大學綜合災害研究中心</author><categoryidentifier>433.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/2</date><governmentpublicationsnumber>1009901052</governmentpublicationsnumber><identifier>75271</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75271</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>2009年臺灣地區乾旱應變總結報告</title><yearidentifier>200911</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/3</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>75274</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75274</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討(附件二) 水道治理計畫及堤防預定線河川圖籍套繪圖</title><yearidentifier>201302</yearidentifier></data><data><abstract>大坪溪位於新竹縣境內，為中央管河川中港溪支流峨眉溪上游主要水路。本溪發源於新竹與苗栗兩縣交界之鵝工髻山，流經峨眉與北埔兩鄉，本溪治理範圍自下河背橋至深壢橋止，全長12.94公里，下河背橋以上之流域面積為59.50平方公里，河道坡度約1/44。 本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理中港溪支流大坪溪治理規劃檢討及基本計畫。其中，第1年委辦「中港溪支流大坪溪治理規劃檢討」、第2年自辦「中港溪支流大坪溪治理基本計畫」。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000324</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/3</date><governmentpublicationsnumber>1010200709</governmentpublicationsnumber><identifier>75275</identifier><internationalstandardbooknumber>9789860365894 ; 9789860365</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75275</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中港溪水系峨眉溪支流大坪溪治理規劃檢討(附件三) 水道治理計畫及堤防預定線地形套繪圖</title><yearidentifier>201302</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/5</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>75284</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75284</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估(光碟版Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/5</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>75285</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75285</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract> </abstract><author>行政院原住民族委員會</author><categoryidentifier>536.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/11</date><governmentpublicationsnumber>2010103624</governmentpublicationsnumber><identifier>75305</identifier><internationalstandardbooknumber>23064870 ; 23064870</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75305</librarycollectiondetailsurl><price></price><publisher>行政院原住民族委員會</publisher><publishrocyear>101</publishrocyear><title>原住民族文獻第一輯(第1期-第6期)</title><yearidentifier>201212</yearidentifier></data><data><abstract>「曾文水庫越域引水工程計畫—施工環境監測及評估（第2階段）」，所執行之監測項目包括空氣品質、噪音振動、交通流量、水域生態、陸域生態、河川水質、地下水水質、工地水質及水土保持等9大項。 本計畫自98年8月8日莫拉克颱風風災，各工區嚴重受創，聯外道路、橋樑中斷，因此奉行政院98年9月28日院臺經字第0980060293號函核定「維持停工狀態」，且依經濟部99年6月10日經水工字第09902631170號函及行政院99年7月23日院臺經字第0990034960號函核復「曾文水庫越域引水工程計畫」第一階段5年「不涉及主體工程施工」。 目前草蘭溪工區正辦理防災安全措施，而荖濃溪工區及旗山溪工區則全面停工，故經行政院環保署100年3月23日環境影響評估審查委員會第204次會議審核修正通過第3次變更內容對照表，荖濃溪工區及旗山溪工區停止環境監測計畫。另依據南區水資源局100年7月14日水南工字第10006003700號函指示100年第3季起增辦旗山溪工區之水域生態、陸域生態及河川水質。 茲將本階段各項環境監測之成果摘要敘述如下： 一、空氣品質 (一)項目 SO2、NO2、CO、O3、TSP、PM10、溫度、濕度、風向及風速等10項 (二)地點 1.高雄市桃源區勤和里-（98Q4後停止監測） 2.高雄市那瑪夏區南沙魯里-（98Q4後停止監測） 3.嘉義縣大埔鄉頂坪林 4.高雄市那瑪夏區小林-（98Q4後停止監測） 5.嘉義縣大埔鄉水寮 6.高雄市桃源區高中里-（99Q1開始監測、100Q2後停止監測） 7.高雄市甲仙區五里埔-（99Q1開始監測、100Q2後停止監測）   (三)調查結果 二氧化硫（SO2）最大小時平均值介於0.001ppm~0.010ppm，日平均值介於0.001ppm~0.005ppm；二氧化氮（NO2）最大小時平均值介於0.005ppm~0.033ppm，日平均值介於0.002ppm~0.020ppm；一氧化碳（CO）最大小時平均值介於0.20ppm~1.30ppm，最大8小時平均值介於0.20ppm~0.80ppm；臭氧（O3）最大小時平均值介於0.025ppm~0.090ppm，最大8小時平均值介於0.022ppm~0.059ppm；總懸浮微粒（TSP）24小時值介於26μg/m3~104μg/m3；懸浮微粒（PM10）日平均值介於12μg/m3~69μg/m3；各測站間風速差異並不大；本階段各測站各測值均符合空氣品質標準。 二、噪音振動 (一)項目 1.噪音：Leq(均能音量)、Lx(噪音分布值)、Lmax(最大音量)、L日(日間之均能音量)、L夜(夜間之均能音量)、L晚(晚間之均能音量) 2.振動：垂直方向之Lx、Leq、Lmax、L日、L夜 (二)地點 1.高雄市桃源區勤和里-（100Q2後停止監測） 2.高雄市那瑪夏區南沙魯里-（100Q2後停止監測） 3.嘉義縣大埔鄉頂坪林 (三)調查結果 1.噪音：L日假日測值介於44.9dB(A)~65.2dB(A)、非假日測值46.3dB(A)~68.1dB(A)；L晚假日測值介於37.9dB(A)~ 60.3dB(A)、非假日測值介於34.2dB(A)~63.5dB(A)；L夜假日測值介於38.3dB(A)~59.0dB(A)，非假日測值介於38.5dB(A)~56.4 dB(A)。本階段各測站各測值均符合環境音量標準。 2.振動：Lv10日測值假日介於30.0dB(A)~40.6dB、非假日測值介於30.0dB~31.0dB；Lv10夜假日測值介於30.0dB~30.5dB，非假日測值均為30.0dB，本階段各測站各測值均符合參考之日本振動規制法施行細則基準值。 三、交通流量 (一)項目 車輛種類及數量 (二)地點 1.台20線（勤和里）-（100Q2後停止監測） 2.台21線（南沙魯里）-（100Q2後停止監測） 3.草蘭溪上游產業道路 (三)調查結果 1.台20線（勤和里）：本階段車輛以小型車為主，假日車流量介於404.5P.C.U./日~844.5P.C.U./日，V/C介於0.045~0.109，交通服務水準介於A~B級，屬自由~穩定車流；非假日車流量為438.0P.C.U./日~1,036.0P.C.U./日，V/C介於0.056~0.121，交通服務水準介於A~B級，屬自由~穩定車流，顯示本計畫區附近交通仍屬良好。 2.台21線（南沙魯里）：本階段車輛以小型車為主，假日車流量介於182.5P.C.U./日~629.0P.C.U./日，V/C介於0.023~0.073，交通服務水準均為A級，屬自由車流；非假日車流量為183.0P.C.U./日~585.5P.C.U./日，V/C介於0.025~0.050，交通服務水準均為A級，屬自由車流，顯示本計畫區附近交通屬良好。 3.草蘭溪上游產業道路：本階段車輛以小型車為主，假日車流量介於6.0P.C.U./日~136.0P.C.U./日，V/C介於0.003~0.021，交通服務水準均為A級，屬自由車流；非假日車流量為8P.C.U./日~149.5P.C.U./日，V/C介於0.004~0.026，交通服務水準均為A級，屬自由車流，顯示本計畫區附近交通屬良好。 四、水域生態 (一)項目 魚類、底棲無脊椎動物、水生昆蟲、浮游性植物、浮游性動物及附著性藻類 (二)地點 1.荖濃溪工址下游-（100Q2後停止調查） 2.旗山溪工址下游 3.草蘭溪工址下游 (三)調查結果 1.魚類：本階段共發現6科16種667隻次，其中有11種台灣特有種，無發現任何保育類物種。 2.底棲無脊椎動物：本階段共發現3科6種185隻次，其中有2種台灣特有種，無發現任何保育類物種。 3.水生昆蟲：本階段共發現7目24種1,540隻次/平方公尺。 4.浮游性植物：本階段共發現5門56種5,173,100細胞數/公升。 5.浮游性動物：本階段共發現4門12種646個體數/公升。 6.附著性藻類：本階段共發現3門46種63,537,000細胞數/100平方公分。 調查結果在於魚類、底棲無脊椎動物、水生昆蟲、浮游性植物、浮游性動物及附著性藻類尚未穩定。 五、陸域生態 (ㄧ)項目 鳥類、哺乳類、爬蟲類、兩棲類、蝶類及陸域植物 (二)地點 1.荖濃溪工區（含填置場）-（100Q2後停止調查） 2.旗山溪工區（含土資場） 3.草蘭溪工區（含土資場） (三)調查結果 1.鳥類：本階段共發現14目32科76種10,602隻次，其中有5種珍貴稀有保育類、3種其他應予保育類、5種台灣特有種及27種特有亞種。 2.哺乳類：本階段共發現7目10科15種392隻次，其中有3種其他應予保育類、4種台灣特有種及6種特有亞種。 3.爬蟲類：本階段共發現8科20種815隻次，其中有3種其他應予保育類及3種台灣特有種。 4.兩棲類：本階段共發現5科15種1,659隻次，其中有4種台灣特有種，未記錄到保育類。 5.蝶類：本階段共發現5科16亞科103種6,317隻次，其中有1種台灣特有種，未記錄到保育類。 6.陸域植物：本階段共發現102科288屬380種，包括93種喬木，60種灌木，53種藤木，174種草本。 調查結果在於鳥類、哺乳類、爬蟲類、兩棲類、蝶類及陸域植物多以恢復。 六、河川水質 (ㄧ)項目 水溫、pH值、溶氧量、生化需氧量、化學需氧量、懸浮固體、總磷、氨氮、流量 (二)地點 1.台20線荖濃溪攔河堰上游（興輝大橋）-（100Q2後停止監測） 2.台20線荖濃溪攔河堰下游（撒拉阿塢橋）-（100Q2後停止監測） 3.台21線旗山溪跨河工程上游（民權橋） 4.台21線旗山溪跨河工程下游（民族橋） 5.台21線旗山溪小林地區（由楠峰大橋移至楠梓仙溪橋） 6.草蘭溪與曾文溪匯流處 (三)調查結果 水溫測值介於16.6℃~32.4℃，pH測值介於7.5~8.5，溶氧量測值介於5.5mg/L~8.1mg/L，生化需氧量測值介於&amp;lt;1.0mg/L~ 4.8mg/L，化學需氧量測值介於N.D. ~ 63.8mg/L，懸浮固體測值介於&amp;lt;1.0mg/L~1,520.0mg/L，總磷測值介於N.D.~1.450mg/L，氨氮測值介於N.D.~0.29mg/L，流量測值介於1.94 cmm ~4,410.0cmm。 本階段計畫採樣河段於溶氧、生化需氧量、懸浮固體、總磷及氨氮有超限情形發生外，其餘測站測項均符合相關陸域地面水體水質標準。 七、地下水水質 (一)項目 pH值、生化需氧量、化學需氧量、總固體物、總磷、鐵、錳、氨氮、大腸桿菌群、水溫、水位 (二)地點 1.寶來地區民井，共1點位-（100Q2後停止監測） 2.引水隧道出入口，共4點位-（98Q4後OW-1及OW-3停止監測；100Q2後OW-2停止監測） (三)分析結果  1.地下水位 本階段地下水水位監測結果，寶來地區民井實際水位高程介於391.94公尺~393.09公尺；東隧道工程東側(OW-1)實際水位高程介於559.38公尺~569.74公尺；東隧道工程西側(OW-2)實際水位高程介於510.83公尺~514.89公尺；西隧道工程東側(OW-3)實際水位高程介於524.61公尺~533.00公尺；西隧道工程西側(OW-4)實際水位高程介於526.86公尺~531.30公尺。 2.地下水水質 (1)寶來 pH測值介於7.5~8.0，水溫介於21.9℃~28.9℃，生化需氧量為&amp;lt;1.0mg/L~9.6mg/L，化學需氧量介於N.D.~18.5mg/L，總固體物介於437.7mg/L~2,980.0mg/L，總磷介於N.D.~0.032mg/L，鐵介於0.015mg/L~ 2.150mg/L，錳介於N.D.~0.066mg/L，氨氮介於0.10mg/L~1.64mg/L，大腸桿菌群介於&amp;lt;10 CFU/100mL ~7.9×102CFU/100mL，本階段測值除鐵及氨氮有超過第二類地下水污染監測標準，其餘均符合第二類地下水污染監測標準 (2)OW-1~OW-4測站 本階段OW-1~OW-4測站之地下水質監測結果，pH測值介於6.3~8.2，水溫介於19.6℃~30.7℃，生化需氧量為&amp;lt;1.0mg/L~10.2mg/L，化學需氧量介於N.D.~75.4mg/L，總固體物介於156.4mg/L~1,374.0mg/L，總磷介於N.D.~0.666mg/L，鐵介於0.073mg/L~8.500mg/L，錳介於N.D~0.334mg/L，氨氮介於0.02mg/L~0.65mg/L，大腸桿菌群介於&amp;lt;10 CFU/100mL ~2.5×105CFU/100mL，本階段測值除鐵、錳及氨氮有超過第二類地下水污染監測標準，其餘均符合第二類地下水污染監測標準。 八、工地水質 (一)項目 pH值、生化需氧量、化學需氧量、懸浮固體、氨氮、水溫 (二)地點 1.荖濃溪施工區（東引水隧道東洞口、工務所、攔河堰工務所）-（98Q4停止監測） 2.旗山溪施工區（東引水隧道西洞口、西引水隧道東洞口、工務所）-（98Q4停止監測） 3.草蘭溪施工區（西引水隧道西洞口、工務所） (三)分析結果 因莫拉克風災影響，工區嚴重受創，依行政院98年9月28日院臺經字第0980060293號函核定「維持停工狀態」，經行政院環保署98年12月29日環境影響評估審查委員會第188次會議審核修正通過，第2次變更內容對照表中工區水質（3處暫停監測）。然行政院99年7月23日院臺經字第0990034960號函核復「曾文水庫越域引水工程計畫」後續處理方案，第1階段（1~5年）中「（一）引水隧道防災安全措施：洞口防護及西隧道襯砌」，故草蘭溪施工區自100年1月1日起辦理防災安全措施作業，已恢復進行工地水質監測作業。 1.工務所測站 本階段pH測值介於7.3~8.8，水溫介於16.7℃~30.0℃，生化需氧量介於&amp;lt;1.0mg/L~250.0mg/L，化學需氧量介於N.D.~742.0mg/L，懸浮固體介於&amp;lt;1.0mg/L~56.5mg/L，氨氮介於&amp;lt;0.01mg/L~ 291.00mg/L。本階段監測結果於生化需氧量、化學需氧量及懸浮固體有超標的清況，其餘測值均符合營建工地放流水標準。 2.引水隧道出入口測站 本階段pH測值介於6.8~9.1，水溫介於19.4℃~33.4℃，生化需氧量介於&amp;lt;1.0mg/L~13.9 mg/L，化學需氧量介於N.D.~39.9mg/L，懸浮固體介於&amp;lt;1.0mg/L~410.0mg/L，氨氮介於&amp;lt;0.01mg/L ~4.60mg/L。本階段測值除pH及懸浮固體有超標情況發生，其餘皆符合營建工地放流水標準。 九、水土保持 (一)項目 以現場勘查、拍照詳加記錄與調查地表植被、排水、防砂等水土保持措施執行狀況 (二)地點 1.荖濃溪工區（含填置場）-（100Q2後停止調查） 2.旗山溪工區（含土資場）-（100Q2後停止調查） 3.草蘭溪工區（含土資場） (三)分析結果 因受莫拉克風災影響，本計畫工程暫時停工，其中東隧道東洞口、東隧道西洞口及西隧道東洞口在100Q2後停止監測；西隧道西洞口沉砂池局部損壞部分已修復完成，出口處之河道雖經清疏但仍淤積嚴重，另土資場之通達道路損毀，因目前本計畫僅可進行隧道襯砌工程故尚未及予以修復。而在西隧道西洞口現場並無嚴重缺失，現場須改進處，承包商亦立即改善完成。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/16</date><governmentpublicationsnumber>1010201693</governmentpublicationsnumber><identifier>75312</identifier><internationalstandardbooknumber>9789860378009 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75312</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>曾文水庫越域引水工程計畫-施工環境監測及評估(第2階段)總報告--內附光碟 Environmental Monitoring and Assessment for the 2nd Construction Stage of the Tseng-Wen Reservoir Transbasin Diversion Project</title><yearidentifier>201308</yearidentifier></data><data><abstract> </abstract><author>陳進興主編</author><categoryidentifier>367.329</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/17</date><governmentpublicationsnumber>1009200179</governmentpublicationsnumber><identifier>75315</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75315</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>92</publishrocyear><title>長河綿延:濁水溪生態圖鑑</title><yearidentifier>200301</yearidentifier></data><data><abstract>本研究擬以基隆河員山子分洪道樞紐為研究對象，廣泛蒐集調查計畫區域集水區之水文、地文、泥砂特性，評估計畫區域產砂、漂流木潛勢與分洪道磨蝕初步評估。同時探討即時自動化流量及泥砂觀測方法（包括泥砂推移質與懸移質），除歸納評估現有水位-流量及泥砂量觀測設施功能及適用性外，同時研究評估國內外各式懸移質及推移質觀測方法，並擇定一組較佳觀測方法並進行現地測試研究。經測試驗證後並規劃設置一組即時自動化泥砂觀測示範站，並進行兩年之即時自動化泥砂觀測試驗工作。同時進行低中高流量之水位-流量及流量-泥砂觀測紀錄，同時分析建立本流分洪前後及分洪水位流量關係，以建立完整之水位-流量及流量-泥砂量率定關係。經由本計畫之執行推動，將可完成計畫區域即時自動化流量泥砂量防災監測站網之更新改善規劃外，同時建立示範站址之水位-流量與泥砂量間之定量率定關係，並可提供計畫區域防洪安全評估及分洪操作管理之重要參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010346</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/18</date><governmentpublicationsnumber>1010202615</governmentpublicationsnumber><identifier>75320</identifier><internationalstandardbooknumber>9789860388657 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75320</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(2/2) Observation plan of flood discharge and sediment diversion by yuanshantze flood diversion on Keelung River (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究擬以基隆河員山子分洪道樞紐為研究對象，廣泛蒐集調查計畫區域集水區之水文、地文、泥砂特性，評估計畫區域產砂、漂流木潛勢與分洪道磨蝕初步評估。同時探討即時自動化流量及泥砂觀測方法（包括泥砂推移質與懸移質），除歸納評估現有水位-流量及泥砂量觀測設施功能及適用性外，同時研究評估國內外各式懸移質及推移質觀測方法，並擇定一組較佳觀測方法並進行現地測試研究。經測試驗證後並規劃設置一組即時自動化泥砂觀測示範站，並進行兩年之即時自動化泥砂觀測試驗工作。同時進行低中高流量之水位-流量及流量-泥砂觀測紀錄，同時分析建立本流分洪前後及分洪水位流量關係，以建立完整之水位-流量及流量-泥砂量率定關係。經由本計畫之執行推動，將可完成計畫區域即時自動化流量泥砂量防災監測站網之更新改善規劃外，同時建立示範站址之水位-流量與泥砂量間之定量率定關係，並可提供計畫區域防洪安全評估及分洪操作管理之重要參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010346</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/18</date><governmentpublicationsnumber>1010202615</governmentpublicationsnumber><identifier>75321</identifier><internationalstandardbooknumber>9789860388657 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75321</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(2/2)--光碟版 Observation plan of flood discharge and sediment diversion by yuanshantze flood diversion on Keelung River (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/25</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>75327</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75327</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>102</publishrocyear><title>中華民國103年潮汐表年刊 第17期--光碟版=TIDAL TABLES 2014</title><yearidentifier>201311</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/26</date><governmentpublicationsnumber>2010202880</governmentpublicationsnumber><identifier>75332</identifier><internationalstandardbooknumber>9789860393439 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75332</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署臺北水源特定區管理局101年度工作年報 Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2012 annual report</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 本局轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪，目前僅有曾文溪建置洪水預報系統模式外，其餘鹽水溪、二仁溪、阿公店溪並無相關系統，為利颱風豪雨應變期間提供水情分析研判，擬發展鹽水溪、二仁溪、阿公店溪洪水預報系統模式，期可於颱風時期進行即時資料蒐集，定量降雨趨勢預報、集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提早預警以達減災及避災功效。 本計畫配合本年度「六河局轄區洪水預報系統建立之先期規劃」計畫成果，建議轄內中央管河川優先建置順序，據以建置二仁溪洪水預警系統，並配合防汛應變系統之整合，提供應變人員方便、快速、自動化資訊可即時應用。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020337</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/26</date><governmentpublicationsnumber>1010203307</governmentpublicationsnumber><identifier>75335</identifier><internationalstandardbooknumber>9789860393651 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75335</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>102年度六河局轄區洪水預警及防汛整合作業 Integration Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office in 2013.</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 本局轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪，目前僅有曾文溪建置洪水預報系統模式外，其餘鹽水溪、二仁溪、阿公店溪並無相關系統，為利颱風豪雨應變期間提供水情分析研判，擬發展鹽水溪、二仁溪、阿公店溪洪水預報系統模式，期可於颱風時期進行即時資料蒐集，定量降雨趨勢預報、集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提早預警以達減災及避災功效。 本計畫配合本年度「六河局轄區洪水預報系統建立之先期規劃」計畫成果，建議轄內中央管河川優先建置順序，據以建置二仁溪洪水預警系統，並配合防汛應變系統之整合，提供應變人員方便、快速、自動化資訊可即時應用。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020337</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/26</date><governmentpublicationsnumber>1010203307</governmentpublicationsnumber><identifier>75336</identifier><internationalstandardbooknumber>9789860393651 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75336</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>102年度六河局轄區洪水預警及防汛整合作業(光碟版) Integration Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office in 2013.</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>75342</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75342</librarycollectiondetailsurl><price>定價100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>101</publishrocyear><title>行政院農業委員會特有生物研究保育中心101年度年報</title><yearidentifier>201206</yearidentifier></data><data><abstract>本計畫將完成氣候變遷下西北及東北沿海之環境因子情境分析，並確立氣候變遷下西北及東北海岸地區所可能發生的水位特徵，以完成海岸災害受氣候變遷之衝擊評估，並研擬相關調適策略，進行行動方案之效益分析。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020048</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010202972</governmentpublicationsnumber><identifier>75346</identifier><internationalstandardbooknumber>9789860389876 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75346</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫(2/2) A study of adaptation capacity of coastal disasters due to climate change in order to strengthen northwest and northeast</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將完成氣候變遷下西北及東北沿海之環境因子情境分析，並確立氣候變遷下西北及東北海岸地區所可能發生的水位特徵，以完成海岸災害受氣候變遷之衝擊評估，並研擬相關調適策略，進行行動方案之效益分析。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020048</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010202972</governmentpublicationsnumber><identifier>75347</identifier><internationalstandardbooknumber>9789860389876 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75347</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫(2/2)--光碟版=A study of adaptation capacity of coastal disasters due to climate change in order to strengthen northwest and northeast</title><yearidentifier>201312</yearidentifier></data><data><abstract>為持續建構本署水利政策學習新知與推動知識管理業務，以提供本署有關組室業務執行之參採，擬委託辦理水利新知管理與服務計畫，藉以協助本署提升水利政策學習能力、提高政策決策能力及強化知識管理業務，以利水利業務執行及政策擬定之品質與效能提升。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020349</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010203337</governmentpublicationsnumber><identifier>75348</identifier><internationalstandardbooknumber>9789860397390 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75348</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年水利新知管理與服務計畫 2013 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201312</yearidentifier></data><data><abstract>為持續建構本署水利政策學習新知與推動知識管理業務，以提供本署有關組室業務執行之參採，擬委託辦理水利新知管理與服務計畫，藉以協助本署提升水利政策學習能力、提高政策決策能力及強化知識管理業務，以利水利業務執行及政策擬定之品質與效能提升。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020349</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010203337</governmentpublicationsnumber><identifier>75349</identifier><internationalstandardbooknumber>9789860397390 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75349</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年水利新知管理與服務計畫(光碟版) 2013 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201312</yearidentifier></data><data><abstract>本年度計畫共完成《水基本法草案》1個版本、《河川排水條例草案》6個版本及《水資源條例草案》2個版本，以及相關評估及分析，包括: 說帖、簡報、法規及性別影響評估、研析《水利法》定位與各法案推動之優先順序及策略。本年度計畫共舉辦4場座談會，並多次執行法案相關行政業務協助。本年度計畫一開始即參考水利署原有研究完成之版本，修正《水基本法草案》，並經效益及情境與策略分析後認為《水基本法》及2條例的推動是一體的。建議優先推動《水基本法草案》，若推動通過，可藉此確立2條例重要基本原則之地位與依據。同時，在《水基本法草案》中規定限期立法修法條款，俾加速2條例立法及其它法律修法程序。關於《水利法》定位的研析，本計畫提出兩種本計畫2部條例的立法方向，此方向會與《水利法》定位有關。第一種方向是從補充《水利法》不足的角度著手，第二種方向是從部分替代《水利法》的角度著手。經署長裁示採第一種方向。因此，《水利法》仍將維持現有的定位，也因此未來《水利法》須修正的條文將會較多。在工作項目規劃上，較早進行《河川排水條例草案》的研究，在101年度已提出2個《河川排水條例草案》版本，本年度提出6個版本。本年度是通過分析與出流管制有關的6法1條例，以及整理與河川及區域排水有關的水系管理或治理權限的分析，提出立法角度的基礎。6個版本是從強力主導現有法律的出流管制規定到中度的會同目的事業主管機關辦理與監督。逕流承擔部分則是從在完成水系管理或治理權限的分析後，明確的以河川、排水及野溪主管機關為對象來規範任務。《水資源條例草案》有2個版本，第1個版本是以達成業務組的需求為主要考量，以水權制度修正搭配用水調度、用水計畫書及地下水井管理為重點。第2個版本則是依據委員意見，不對水權制度有大幅更動，但以未來20年能維持現有供水能力為目標。因此，再加上水資源開發、保育及水庫清淤的內容。最後本計畫總結認為對於2條例的主題及詳細內容尚未完全建立共識，是推動後續立法必須解決的一個問題，並建議立法作業方式流程。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020222</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010203207</governmentpublicationsnumber><identifier>75350</identifier><internationalstandardbooknumber>9789860395488 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75350</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利相關條例到期因應策略研析（2/2）A Study on Strategies towaard Expiring of the Water Related Special Acts(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>我國水利法制定公布於民國31年，其立法係以大陸為適用對象，當時之背景環境，比較重視水權及水道防護規章。水利法自政府遷台後，雖曾依台灣之情勢需要，歷經九次修正，但諸多規定與台灣之水文環境及現階段必需重視利水、治水及環境之背景不能契合。加上受到氣候變遷衝擊，淹水、缺水頻仍，水利署為加速施政分別於95年制訂「石門水庫及其集水區整治特別條例」與「水患治理特別條例」、99年制訂「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」以突破重重法令限制，並將主管上、中、下游之各目的事業主管機關統合於一合作平台上，惟3條例均有其施行期限並自101年起陸續到期。 為因應3條例陸續到期造成之衝擊，本計畫擬進行其法制面及實務面之評估，並研析短期之因應方案，及長期朝制訂河川排水條例及水資源條例以取代3條例功能、納入水利法現行相關規範及融入前瞻、政策性概念以完備法制體系。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020222</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/27</date><governmentpublicationsnumber>1010203207</governmentpublicationsnumber><identifier>75351</identifier><internationalstandardbooknumber>9789860395488 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75351</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利相關條例到期因應策略研析（2/2）(光碟版)A Study on Strategies towaard Expiring of the Water Related Special Acts(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風造成曾文水庫及南化水庫原水高濁度暫時停止供水及水庫大量淤積後，更顯示未來將是氣候變遷降雨集中的趨勢，而台灣南部水資源運用面臨豐水期更豐、枯水期更枯的情境，致使南部水資源除考慮供給與需求的平衡，更須因應極端氣候發生洪災及水源高濁度等供水風險，也因此離槽水庫或人工湖已成為穩定區域供水之重要水源，而人工湖除了有供水功能外，其廣闊水域景觀更可提供生態環境與遊憩資源，兼具營造水與綠環境效益。     經濟部水利署水利規劃試驗所(以下簡稱本所)今年初已針對台南大湖之供水、備援、防洪及環境營造等功能進行檢討，目前已獲致近程提供曾文溪中下游滯洪空間兼具環境營造、中程協助現有水源設施穩定供水、遠程則依南部相關水資源計畫開發情境評估增供水源可能性之初步成果，做為台南大湖開發策略與功能與定位。     因此，本計畫將持續今年度計畫方向，進一步了解台南大湖地質條件與土壤特性，以確認土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，同時針對滯洪與供水進行相關工程規劃工作，以確認台南大湖未來各期程開發策略之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020080</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/30</date><governmentpublicationsnumber>1010202644</governmentpublicationsnumber><identifier>75352</identifier><internationalstandardbooknumber>9789860389470 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75352</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南大湖生態環境及地下水調查(內附光碟)Investigation of Ecological Environment and Groundwater for Tainan Lake</title><yearidentifier>201312</yearidentifier></data><data><abstract>南化水庫位於台南市南化區，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。近年來受氣候變遷影響，水庫集水區產生大量崩塌地，造成水庫淤積，使水資源供需面臨嚴峻考驗。，南化水庫自民國82年完工蓄水運轉至民國100年期間，共淤積5,674萬立方公尺，尤其以民國98年8月莫拉克颱風侵襲，單場颱風造成1,700萬立方公尺泥砂淤積，影響穩定供水最鉅。因此如何定量分析水庫集水區崩塌土砂生產量、坡面殘留土砂量、河道侵淤量及河道土砂運移趨勢，進而推估可能入庫泥砂量，對於水庫防淤為一關鍵課題。然而以往受限於現地量測不易，往往無法精準獲得多期合理正確土方量及其運移情況。近年航遙測技術發展日益精進，透過不同尺度遙測影像(例如光達、航空照片或無人載具等)，可產製1至2m精度之地表數值地形(DSM)與地面數值地形(DEM)，並合理估算集水區土方生產及河道土砂侵淤量，進而分析土砂運移趨勢及水庫入砂量等。因此，本計畫目的在於應用多尺度航遙測影像產製多期數值地形，進而定量分析南化水庫集水區之土砂生產、坡面殘留土砂、河道侵淤及土砂運移趨勢，以作為擬訂集水區河道土砂治理對策與水庫防淤策略之參考。</abstract><author>長榮大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020075</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/30</date><governmentpublicationsnumber>1010202759</governmentpublicationsnumber><identifier>75353</identifier><internationalstandardbooknumber>9789860390001 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75353</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>應用多期數值地形於南化水庫集水區土砂生產與運移趨勢之定量評估(內附光碟) Application of Multi-temporal Dems on the Quantitative Estimation of Sediment Budget of Nan-Hwa Reservoir Watershed</title><yearidentifier>201312</yearidentifier></data><data><abstract>新竹地區用水需求成長快速，區域供水窘境與日俱增，為因應用水需求，主要透過新竹地區水源潛能，了解各水資源設施取水情況，並檢討現有雨量站權重，以做為水情判斷之依據；再藉由檢討新竹地區水資源利用現況，改善寶山、寶山第二水庫及隆恩堰聯合運用情況，優化既有水資源設施利用率，滿足用水需求。其次為建立農業用水調度機制及管網調配方式，以提高枯旱調度及緊急應變能力；最後再檢討長期用水供需情勢，擬定水源設施改善及多元化水源開發策略，以提供決策者更妥適之新竹地區整體水資源利用及開發建議。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2013/12/30</date><governmentpublicationsnumber>1010203365</governmentpublicationsnumber><identifier>75356</identifier><internationalstandardbooknumber>9789860397406 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75356</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>102</publishrocyear><title>寶山、寶山第二水庫及隆恩堰聯合運用檢討暨新竹地區性水源潛能評估研究(內附光碟) Evaluation of Conjunctive Operation of Baoshan Reservoir Baoshan II Reservoir and Longern Weir Plus Study on Water Resources Potential in Hsinchu</title><yearidentifier>201312</yearidentifier></data><data><abstract>南化水庫為台灣南部地區亟重要水源設施，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積達標高150.8公尺，已高出第二號取水口(標高144公尺)，而水庫庫容僅餘9,681萬立方公尺，原規劃庫容已淤積超過37.6%，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)99年度辦理「南化水庫上游設置第二水庫調查規劃」計畫初步結論認為南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能，值得繼續進行下階段工作。 100年度本所辦理「南化水庫上游水資源開發調查規劃」針對南化二庫壩址地質、築壩材料、集水區崩塌地等進行現場調查工作。101年度則以前2年規劃及調查成果為基礎，就水文及水源複核、工程佈置研擬、維持庫容規劃、施工計畫、工程用地及工程費、計畫評價等項目進行更進一步探討，並彙整99~101年三年之研究調查及評估成果為調查規劃階段之總報告。為賡續推動南化第二水庫規劃，於本（102）年度進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020081</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/31</date><governmentpublicationsnumber>1010202645</governmentpublicationsnumber><identifier>75374</identifier><internationalstandardbooknumber>9789860389494 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75374</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>南化水庫上游水資源開發可行性規劃-工程材料調查與評估及環境現況分析-環境現況分析專題報告(內附光碟)=Special Subject Report for Environmental Situation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為穩定南部水資源調?、防止南化水庫持續淤積及因應未 ?新水源需求，經濟部水?署水?規劃試驗所(以下簡稱水規所) 於民國99 ??辦?「南化水庫上游設置第二水庫調查規劃」， 計畫初步結?認為南化第二水庫除可維持本身永續經營外，具 有(1)促進南化水庫永續?用；(2)增加南化水庫及高屏堰系統? 合運用供水潛能；(3)提高水庫下游後堀溪防洪能?等3 大功能。 經民國100 ?及101 ?依其結?辦?後續計畫及相關規劃工 作，仍有部分築壩材???及性質尚待釐清。 本(102)??辦?「南化水庫上游水資源開發可?性規劃-工 程材?調查與評估及環境現況分析」工作，就??規劃之?? 借土區、後堀溪上游階地、河?彎曲處、庫區厚層砂岩、淹沒 區頁岩進?調查，掌握可用材???及性質並研判適用性，以 供後續推動南化第二水庫規劃工作之?考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020081</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/31</date><governmentpublicationsnumber>1010202645</governmentpublicationsnumber><identifier>75375</identifier><internationalstandardbooknumber>9789860389494 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75375</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>南化水庫上游水資源開發可行性規劃-工程材料調查與評估及環境現況分析-工程材料調查與評估專題報告(內附光碟)Special Subject Report for Investigation and Evaluation of Engineering Materials</title><yearidentifier>201312</yearidentifier></data><data><abstract>100 ??水規所辦?「南化水庫上游水資源開發調查規劃」， 針對南化第二水庫壩址地質、築壩材?、集水區崩塌地等進?現 場調查工作。101 ??則以前2 ?規劃及調查成果為基礎，就水文 及水源複核、工程佈置研擬、維持庫容規劃、施工計畫、工程用 地及工程費、計畫評價等項目進??進一步探討，並彙整99~101 ?三?之研究調查及評估成果為調查規劃階段之總報告。為賡續 推動南化第二水庫規劃，於本(102)??辦?「南化水庫上游水資 源開發可?性規劃-工程材?調查與評估及環境現況分析」，針對生 態環境進?初步調查，紀?現地物種資訊，探討生態課題並研擬 相關後續建議，以?後續規劃進?。 二、</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020081</commissionedprojectidentifier><currency>NT$</currency><date>2013/12/31</date><governmentpublicationsnumber>1010202645</governmentpublicationsnumber><identifier>75376</identifier><internationalstandardbooknumber>9789860389494 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75376</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>南化水庫上游水資源開發可行性規劃-工程材料調查與評估及環境現況分析(內附光碟)=Water Resources Development and Feasibility Planning of Upstream of Nan-Hua Reservoir - Investigation and Evaluation of Engineering Materials and Environmental Situation</title><yearidentifier>201312</yearidentifier></data><data><abstract>河川及水庫區域的監測是台灣水資源管理中一個重要的工作，但河川及水庫區域內的使用行為日趨複雜，以河川局及水資源局之有限人力與資源欲有效監控河川及水庫區域內違法之行為，有實際困難之處，故利用先進而成熟的遙測科學技術對河川流域進行長期的監測更顯為重要。本計畫以遙測衛星高時效與大範圍監測的特性，針對中央管河川(含淡水河及磺溪水系)和水庫蓄水範圍之變遷偵測；並透過網路通報每期變異點資訊至查報單位，而查報單位於現地調查後，再利用網路回報查報之結果。由於本計畫是常態性大範圍之變遷偵測，因此先進行電腦自動化變遷判釋，但考量河川巡防人員之實際工作情況，再配合光譜類別變化、形狀和紋理特徵及輔助圖資，以人工篩選方式進行變異點之過濾，如此可減少巡防人員之工作量。 本計畫執行期間需執行68期變遷監測影像接收與處理，於繳交期末初稿時(10/14/2013)已完成58期，共通報1151個變異點。本計畫之監測影像來源為福衛二號為主，SPOT-5為輔，計畫執行期間平均衛星影像分析率大約56%。在新技術研發方面，除了提升衛星影像變遷判釋之精準度外，同時也建立「線上互動式影像變遷偵測平台」(WIICAD，Web-based Image Interactive Change and Detection)，建置深槽成果及歷年使用之衛星影像資料庫，提供使用者查詢或比對不同時期的地貌，進而運用變遷分析的e化作業；數化多時期河川深槽流路，可調閱各時期河川及深槽的變化，除了可靜態地檢視各深槽的變遷樣貌，更可動態地同步播放不同時期深槽的變遷成果影片以提供各配合單位河道治理之參考。 因應各類應用程式走向微型應用程式（App）的商業模式，規劃及建置河川及水庫監測查報App，提供查報人員更為簡便的現地勘查之輔助工具。 本計畫執行後全力配合處理由各配合單位提出的11件緊急協助需求，提供之衛星影像可做為處理河川管理之緊急事件參考或判斷依據。 由執行成果顯示，本計畫能夠有效的協助巡防人員進行河川及水庫區域變異點查報，並提高河川及水庫巡防取締違法行為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010136</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/2</date><governmentpublicationsnumber>1010203285</governmentpublicationsnumber><identifier>75379</identifier><internationalstandardbooknumber>9789860395570 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75379</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度應用衛星遙測於中央管河川(含淡水河及磺溪水系)河川區域之監測與管理--內附光碟 2012 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Govvrnment ( including Danshui and Huang River)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/6</date><governmentpublicationsnumber>2010202880</governmentpublicationsnumber><identifier>75389</identifier><internationalstandardbooknumber>9789860393439 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75389</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署臺北水源特定區管理局101年度工作年報(光碟版) Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2012 annual report</title><yearidentifier>201312</yearidentifier></data><data><abstract>在氣候變遷與社會經濟成長的影響下，水資源已成為國家發展不可或缺之要素，無論是在水資源之蓄存、洪水災害之因應、新興水資源技術之開發等面向，皆存在值得各方關注探討的問題，在未來水資源相關之投資策略上，有必要觀察過去投資趨勢，進行具前瞻性、長遠性之分析，以針對國內水資源提出適切之投資決策建議。臺灣地區水資源投資分析年度報告即為長期持續性蒐彙國內各項水資源投資資料數據，加以整理分析，彙整成為年度出版之刊物，以提供大眾掌握各年度水資源投資概況，並透過資料形成之指標趨勢研析，向決策者和民眾提供決策參考訊息。本計畫為呈現臺灣地區年度水資源投資趨勢，本年度已完成「臺灣地區水資源投資101年度報告」之編印出版作業，並完成多項相關工作，包括辦理北、南、中3場次之填報系統教育訓練，輔導各單位進行101年度水資源投資資料填報及檢核作業，同時進行水資源投資分析年報資料管理系統維護管理（包括系統定期檢測與相關資料匯出轉入本計畫系統作業）及配合修正系統功能，更新「公共給水」、「防洪排水」、「水污染防治」水資源資標的既有指標，且於「防洪排水」標的項下新增「河堤與護岸環境改善工程長度」及「海堤與海岸防護環境改善工程長度」兩項指標。此外，本年度計畫執行期間，亦協助主辦科辦理行政支援工作，針對「臺灣缺水情形之世界排名」進行探討。為提供國內水資源投資策略走向之參考，本計畫今年度已完成河川與海岸環境改善工程結合都市地價指數之案例分析、國內外水交易制度研究之整理，及新加坡近2年國內水利投資概況及利用情形之研析，並參考研析結果綜提未來水資源政策之趨勢建議，包括：（1） 水利工程成效之評估應結合住商環境需求性、（2）國內水交易制度建立可朝「釐清法令定義」、「建立完整的水資源資料庫」、「先以水庫或水源固定的地區做為試辦開放水量交易之目標，並由主管機關監督輔導，制定水量交易的相關辦法」等方向考量、（3）參酌新加坡供水需求管理相關策略，建議國內除應培養全民節水認知，我國水價亦應進行合理化之調整，研擬適合我國且符合節水理念之水價收費政策</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020217</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010203268</governmentpublicationsnumber><identifier>75393</identifier><internationalstandardbooknumber>9789860394900 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75393</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度水資源投資分析年度報告編輯與系統維護 The editing of annual report on the analysis of water resources investments for 2012 and system maintenance</title><yearidentifier>201312</yearidentifier></data><data><abstract>在氣候變遷與社會經濟成長的影響下，水資源已成為國家發展不可或缺之要素，無論是在水資源之蓄存、洪水災害之因應、新興水資源技術之開發等面向，皆存在值得各方關注探討的問題，在未來水資源相關之投資策略上，有必要觀察過去投資趨勢，進行具前瞻性、長遠性之分析，以針對國內水資源提出適切之投資決策建議。臺灣地區水資源投資分析年度報告即為長期持續性蒐彙國內各項水資源投資資料數據，加以整理分析，彙整成為年度出版之刊物，以提供大眾掌握各年度水資源投資概況，並透過資料形成之指標趨勢研析，向決策者和民眾提供決策參考訊息。本計畫為呈現臺灣地區年度水資源投資趨勢，本年度已完成「臺灣地區水資源投資101年度報告」之編印出版作業，並完成多項相關工作，包括辦理北、南、中3場次之填報系統教育訓練，輔導各單位進行101年度水資源投資資料填報及檢核作業，同時進行水資源投資分析年報資料管理系統維護管理（包括系統定期檢測與相關資料匯出轉入本計畫系統作業）及配合修正系統功能，更新「公共給水」、「防洪排水」、「水污染防治」水資源資標的既有指標，且於「防洪排水」標的項下新增「河堤與護岸環境改善工程長度」及「海堤與海岸防護環境改善工程長度」兩項指標。此外，本年度計畫執行期間，亦協助主辦科辦理行政支援工作，針對「臺灣缺水情形之世界排名」進行探討。為提供國內水資源投資策略走向之參考，本計畫今年度已完成河川與海岸環境改善工程結合都市地價指數之案例分析、國內外水交易制度研究之整理，及新加坡近2年國內水利投資概況及利用情形之研析，並參考研析結果綜提未來水資源政策之趨勢建議，包括：（1） 水利工程成效之評估應結合住商環境需求性、（2）國內水交易制度建立可朝「釐清法令定義」、「建立完整的水資源資料庫」、「先以水庫或水源固定的地區做為試辦開放水量交易之目標，並由主管機關監督輔導，制定水量交易的相關辦法」等方向考量、（3）參酌新加坡供水需求管理相關策略，建議國內除應培養全民節水認知，我國水價亦應進行合理化之調整，研擬適合我國且符合節水理念之水價收費政策。.</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020217</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010203268</governmentpublicationsnumber><identifier>75394</identifier><internationalstandardbooknumber>9789860394900 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75394</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度水資源投資分析年度報告編輯與系統維護--光碟版 The editing of annual report on the analysis of water resources investments for 2012 and system maintenance</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010201839</governmentpublicationsnumber><identifier>75399</identifier><internationalstandardbooknumber>9789860378603 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75399</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(上冊)=Technical Guidelines of Hydraulic engineering － River Regulation</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010202034</governmentpublicationsnumber><identifier>75400</identifier><internationalstandardbooknumber>9789860378610 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75400</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(下冊)=Technical Guidelines of Hydraulic engineering － River Regulation</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010202858</governmentpublicationsnumber><identifier>75401</identifier><internationalstandardbooknumber>9789860391664 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75401</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>102</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要為整合水利署各河川局及水資源局(含臺北水源特定區管理局)之照片檔案、資訊傳遞、查尋及保存等作業，依據各單位相關作業原則及系統資料欄位，建立統一數位化照片資料庫，並制定相關照片準則與規範，有效統一彙整各所屬機關例行表報及工程相片等資料，以供各平台系統即時查詢參考。 行動版APP程式部分，主要提供現地調查人員設計現地事件拍照流程，期能簡化資料及照片管理作業之操作，預期將有效管理署內各項照片及事件，期能將照片管理朝向制度化發展，以有效協助署內相關照片管理工作之進行及推展。而網頁版上傳管理介面，主要提供各所屬機關資料庫管理人員可直接上傳管理及維護動作。 網頁展示服務平台建置方面，本計畫照片事件展示主要透過google平台設計照片空間位置及資訊展示主題頁面，並提供各項查詢篩選條件，供使用者快速查詢所須要之標的，預期可做為協助主管機關進行輔助管理之依據。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020354</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010203140</governmentpublicationsnumber><identifier>75402</identifier><internationalstandardbooknumber>9789860395259 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75402</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>數位化河川管理系統 River Management Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要為整合水利署各河川局及水資源局(含臺北水源特定區管理局)之照片檔案、資訊傳遞、查尋及保存等作業，依據各單位相關作業原則及系統資料欄位，建立統一數位化照片資料庫，並制定相關照片準則與規範，有效統一彙整各所屬機關例行表報及工程相片等資料，以供各平台系統即時查詢參考。 行動版APP程式部分，主要提供現地調查人員設計現地事件拍照流程，期能簡化資料及照片管理作業之操作，預期將有效管理署內各項照片及事件，期能將照片管理朝向制度化發展，以有效協助署內相關照片管理工作之進行及推展。而網頁版上傳管理介面，主要提供各所屬機關資料庫管理人員可直接上傳管理及維護動作。 網頁展示服務平台建置方面，本計畫照片事件展示主要透過google平台設計照片空間位置及資訊展示主題頁面，並提供各項查詢篩選條件，供使用者快速查詢所須要之標的，預期可做為協助主管機關進行輔助管理之依據。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020354</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010203140</governmentpublicationsnumber><identifier>75403</identifier><internationalstandardbooknumber>9789860395259 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75403</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>數位化河川管理系統--光碟版 River Management Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務之執行狀態不盡相同，其所需之人力及專業，視該年颱風、豪雨或各類型災害發生之次數、期間而有極大之差異，故如何有效提供及運用專業人力協助防災業務單位進行災害應變、預警及前置作業，一直是重要之課題。 因此「101年經濟部水利署災害緊急應變小組服務團計畫」(以下簡稱本團隊)研擬運用充足之專業能力及人力資源成立「經濟部水利署災害緊急應變小組服務團」，於汛期前，協助水利署執行水旱災整備。汛期期間，於警報發布前進行颱風或豪雨天氣系統之即時監測與守視，災害規模及可能淹水區域預判；於警報發布後進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢等一系列工作，以協助掌握災情狀況、且於警報解除後研擬災後相關報告。 此外，本團隊隨時注意國際發生之天然災害，一發生重大水旱災事件，旋即蒐集資料提供災害速報。其年底時，亦進行年度水利防災年報之編輯製作，並協助水利署辦理相關教育訓練及防汛檢討會議</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010200530</governmentpublicationsnumber><identifier>75406</identifier><internationalstandardbooknumber>9789860363937 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75406</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年經濟部水利署災害緊急應變小組服務團計畫 (內附光碟) 2012Service Corps of Disaster Emergency Operation Team of WRAMOEA</title><yearidentifier>201303</yearidentifier></data><data><abstract>我國水利法制定公布於民國31年，其立法係以大陸為適用對象，當時之背景環境，比較重視水權及水道防護規章。水利法自政府遷台後，雖曾依台灣之情勢需要，歷經九次修正，但諸多規定與台灣之水文環境及現階段必需重視利水、治水及環境之背景不能契合。加上受到氣候變遷衝擊，淹水、缺水頻仍，水利署為加速施政分別於95年制訂「石門水庫及其集水區整治特別條例」與「水患治理特別條例」、99年制訂「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」以突破重重法令限制，並將主管上、中、下游之各目的事業主管機關統合於一合作平台上，惟3條例均有其施行期限並自101年起陸續到期。 為因應3條例陸續到期造成之衝擊，本計畫擬進行其法制面及實務面之評估，並研析短期之因應方案，及長期朝制訂河川排水條例及水資源條例以取代3條例功能、納入水利法現行相關規範及融入前瞻、政策性概念以完備法制體系。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010375</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/7</date><governmentpublicationsnumber>1010103472</governmentpublicationsnumber><identifier>75407</identifier><internationalstandardbooknumber>9789860354058 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75407</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水利相關條例到期因應策略研析（1/2）A Study on Strategies towaard Expiring of the Water Related Special Acts(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過網路及各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。 本計畫則進一步拓展系統應用層面，訪視3個縣市政府及各水資源局疏濬區，擴充開發符合縣市政府及水資源局使用之疏濬作業數位化管理系統，未來縣市政府及水資源局之疏濬區也能運用本系統執行疏濬業務，擴展系統適用範圍，大幅提升系統效益。 另一方面，本計畫建立疏濬計畫管理機制，從計畫提案到結案階段提供完整之數位化管理平台，除自動將現場疏濬數據回傳至系統之單位外，其他單位亦則可透過本系統將疏濬數據輸入到同一系統中進行查詢統計，自動與手動機制並行，水利署可於同一系統中查詢全國疏濬統計資訊。 本計畫並積極辦理系統推展試辦作業，協助河川局疏濬區開始使用本系統作為疏濬作業管理系統，辦理現地輔導上線及教育訓練等課程，包含協助現地軟硬體設備整合，現場保全人員教育訓練，以及河川局人員教育訓練，讓河川局疏濬區能於最短時間內順利上線使用本系統。進一步達到資訊流通及提高疏濬業務執行效率之計畫目的，充分發揮系統效益。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020262</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203181</governmentpublicationsnumber><identifier>75411</identifier><internationalstandardbooknumber>9789860394535 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75411</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>疏濬作業數位化管理系統維護及改善 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過網路及各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。 本計畫則進一步拓展系統應用層面，訪視3個縣市政府及各水資源局疏濬區，擴充開發符合縣市政府及水資源局使用之疏濬作業數位化管理系統，未來縣市政府及水資源局之疏濬區也能運用本系統執行疏濬業務，擴展系統適用範圍，大幅提升系統效益。 另一方面，本計畫建立疏濬計畫管理機制，從計畫提案到結案階段提供完整之數位化管理平台，除自動將現場疏濬數據回傳至系統之單位外，其他單位亦則可透過本系統將疏濬數據輸入到同一系統中進行查詢統計，自動與手動機制並行，水利署可於同一系統中查詢全國疏濬統計資訊。 本計畫並積極辦理系統推展試辦作業，協助河川局疏濬區開始使用本系統作為疏濬作業管理系統，辦理現地輔導上線及教育訓練等課程，包含協助現地軟硬體設備整合，現場保全人員教育訓練，以及河川局人員教育訓練，讓河川局疏濬區能於最短時間內順利上線使用本系統。進一步達到資訊流通及提高疏濬業務執行效率之計畫目的，充分發揮系統效益。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020262</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203181</governmentpublicationsnumber><identifier>75412</identifier><internationalstandardbooknumber>9789860394535 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75412</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>疏濬作業數位化管理系統維護及改善--光碟版 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201312</yearidentifier></data><data><abstract>計畫範圍北起竹南鎮營盤海堤，南迄苑裡鎮房裡海堤，計有14座海堤，現有防護設施總計全長約19,893公尺，行政區計有竹南鎮、後龍鎮、通霄鎮及苑裡鎮等四鄉鎮。本計畫主要為了解苗栗地區海堤現況及堤身受損情形，採用現場目視調查、透地雷達、敲擊回音法及混凝土抗壓試驗，檢查海堤建造物之使用狀態與內部損壞狀態，包含結構體內部裂縫及孔洞等情形，以便未來做為堤防改善、維護管理之參考依據，並尋求有效維修與補強方案，是以辦理本計畫。 本計畫採用目視調查成果、非破壞性檢測成果、海堤歷史資料、堤身結構評估及海象環境因素評估等五項指標作為評估指數，經現況評估結果，共劃分62個區段，其中1處屬注意改善區段，建議密集注意並寬籌經費修復；而37處計畫改善區段，應列為定期檢測及觀察堤段。 計畫範圍內共計119處損壞，各損壞點位修復評估分析請參閱第五章5-5節所示。維護及修復經費估計約為1,246萬餘元，其中現況破壞較嚴重處(海寶防潮堤0K+175~190)之維護及修復經費為87萬餘元。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020215</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203134</governmentpublicationsnumber><identifier>75414</identifier><internationalstandardbooknumber>9789860395174 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75414</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度苗栗地區海堤安全檢測成果報告--內附光碟 The 2013 Safety Assessment of Seawalls in Miaoli Area</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75416</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75416</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書(內附光碟) Field Investigations and Analysis on Coastal Environment of Chang-Hua County (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75417</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75417</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書--光碟版 Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202095</governmentpublicationsnumber><identifier>75418</identifier><internationalstandardbooknumber>9789868282773 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75418</librarycollectiondetailsurl><price></price><publisher>經濟部水利署高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度高屏溪流域河川水質採樣檢測分析工作計畫(本文)--內附光碟=Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>中環科技事業股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202095</governmentpublicationsnumber><identifier>75419</identifier><internationalstandardbooknumber>9789868282773 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75419</librarycollectiondetailsurl><price></price><publisher>經濟部水利署高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度高屏溪流域河川水質採樣檢測分析工作計畫(附錄)=Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 因應最新修正之土地徵收條例，與民眾切身相關之土地徵收、農保及安置計畫將配合檢討，並與地方政府結合，進行溝通宣導。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020287</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202884</governmentpublicationsnumber><identifier>75420</identifier><internationalstandardbooknumber>9789860392364 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75420</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖推動計畫-溝通宣導與安置計畫細部規劃(內附光碟)Promotion For naiozueitan Artificial Lake In Wu River Communicatiob and Resettlement Detail Planning</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 本局轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪，目前僅有曾文溪建置洪水預報系統模式外，其餘鹽水溪、二仁溪、阿公店溪並無相關系統，為利颱風豪雨應變期間提供水情分析研判，擬發展鹽水溪、二仁溪、阿公店溪洪水預報系統模式，期可於颱風時期進行即時資料蒐集，定量降雨趨勢預報、集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提早預警以達減災及避災功效。 本計畫配合本年度「六河局轄區洪水預報系統建立之先期規劃」計畫成果，建議轄內中央管河川優先建置順序，據以建置二仁溪洪水預警系統，並配合防汛應變系統之整合，提供應變人員方便、快速、自動化資訊可即時應用。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020337</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203307</governmentpublicationsnumber><identifier>75423</identifier><internationalstandardbooknumber>9789860393651 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75423</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>102年度六河局轄區洪水預警及防汛整合作業Integration Plan of Flood Forecasting System &amp;Flood Prevention for 6th River Managemant Office in 2013.</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 本局轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪，目前僅有曾文溪建置洪水預報系統模式外，其餘鹽水溪、二仁溪、阿公店溪並無相關系統，為利颱風豪雨應變期間提供水情分析研判，擬發展鹽水溪、二仁溪、阿公店溪洪水預報系統模式，期可於颱風時期進行即時資料蒐集，定量降雨趨勢預報、集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提早預警以達減災及避災功效。 本計畫配合本年度「六河局轄區洪水預報系統建立之先期規劃」計畫成果，建議轄內中央管河川優先建置順序，據以建置二仁溪洪水預警系統，並配合防汛應變系統之整合，提供應變人員方便、快速、自動化資訊可即時應用。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020337</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203307</governmentpublicationsnumber><identifier>75424</identifier><internationalstandardbooknumber>9789860393651 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75424</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>102年度六河局轄區洪水預警及防汛整合作業(光碟版)Integration Plan of Flood Forecasting System &amp;Flood Prevention for 6th River Managemant Office in 2013.</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄水與引水建造物檢查及安全評估相關工作之專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質及確保檢查及安全評估之品質。</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020376</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203187</governmentpublicationsnumber><identifier>75426</identifier><internationalstandardbooknumber>9789860395907 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75426</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101~103年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)=(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄水與引水建造物檢查及安全評估相關工作之專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質及確保檢查及安全評估之品質。</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020376</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203187</governmentpublicationsnumber><identifier>75427</identifier><internationalstandardbooknumber>9789860395907 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75427</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101~103年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)--光碟版=(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Reports(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本規範定位為準則性及原則性的規範，性質上屬於河川治?規劃設計及維護管?技術的上位性規範。內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考?事項、技術基準及各項得使用方法與公式等，確保規劃方案及設計設施的功能與品質，以達成河防安全、生態環境維護及其他河川治?計畫目標。 本規範分為總則、調查、測?、規劃、設計及維護管?等?篇。由於內容豐富，篇幅繁多，為使用及攜帶方?，特裝訂為上下?冊；上冊包括總則、調查、測?、規劃等4 篇，下冊包括設計及維護管?等2 篇。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010201839</governmentpublicationsnumber><identifier>75428</identifier><internationalstandardbooknumber>9789860378603 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75428</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(上冊) 內附光碟 Technical Guidelines of Hydraulic Engineering － River Regulation</title><yearidentifier>201308</yearidentifier></data><data><abstract>本計畫範圍位於濁水溪下游斷面07~斷面087(二水鐵路橋下游)右岸，流經?政區計有大城、竹塘、溪州以及二水鄉等四鄉鎮。計畫主要為了解濁水溪下游右岸河防建造物結構現況，採用非破壞檢測方式，檢查河防建造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及孔洞等情形，以便未來做為堤防改善、維護管理之參考依據，以及尋求有效維修與補強方案，是以辦理本計畫。 本計畫二次目視調查成果中，共計167處損壞，其中裂縫損壞為114處、坑洞損壞為17處、下陷及剝離損壞為32處、其他損壞為4處，分別約佔69%、10%、19%及2%。各河防建造物依損壞種類進行分析比對，裂縫損壞長度以下水埔導水堤2段、1段及潮洋厝堤防各佔19%、19%及17%最多，其餘堤段各約佔0~9%不等；坑洞損壞處以下水埔、下溪墘及九塊厝堤防各佔23%、18%及17%最多，其餘堤段各約佔0～12%不等；下陷及剝離損壞處統計以九塊厝、下海墘及潮洋厝堤防各佔29%、26%及23%最多，其餘堤段各約佔0～11%不等。現況破壞較嚴重之8處分別位於下山腳堤防3處、九塊厝堤防3處、潮洋厝堤防1處及苦苓腳堤防1處，原潮洋厝堤防2處越堤路面下陷處已完成修復。 本計畫透地雷達檢測總長度為28,788公尺，其中輕微淘空長度為1,577.5公尺、中度淘空長度為97.5公尺、嚴重淘空長度為10公尺，嚴重淘空訊號位於下山腳堤防及九塊厝堤防，中度淘空訊號位於下山腳堤防、九塊厝堤防、田頭堤防、潮洋厝堤防及下水埔導水堤（2段），應特別注意及觀察。 本計畫採用目視調查及非破壞性檢測成果、河防建造物歷史資料、堤後保全對象、堤身結構評估、環境因素評估及水理分析評估等六項指標作為評估指數，將各堤防分段評估，評估結果中以下溪墘堤防（0K+000~0K+600）總分62分、苦苓腳堤防（0K+000~0K+247）總分57分、下水埔堤防（4K+800~5K+700）總分54分及九塊厝堤防（4K+000~4K+800）總分52分等4個區段屬注意改善之層級，應特別注意其安全及優先安排修復工程。 計畫範圍內河防建造物維護及修復經費為1,858萬餘元，其中現況破壞較嚴重處之維護及修復經費為191萬餘元。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020178</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203466</governmentpublicationsnumber><identifier>75429</identifier><internationalstandardbooknumber>9789860399202 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75429</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度濁水溪下游右岸河防建造物安全檢測--內附光碟 The 2013 Annual Safety Inspection for the Embankment on the Right Bank of ChoShui River Downstream</title><yearidentifier>201312</yearidentifier></data><data><abstract>新興水源為台灣重要之水資源，都市污水與工業廢水回收之再生水為穩定之新興水源，就效益與風險考量，將再生水運用於工業冷卻類用水應是可以發揮良好之效益與風險管理，然偏高之氮化合物經由化學之錯合反應將造成冷卻與鍋爐系統銅鋅金屬管材元件之腐蝕，另水中氮化合物亦為生物營養源而致在水中衍生生物積垢造成水質惡化與水再生薄膜淨水單元之阻塞，影響水再生整體操作效率與效益，水中氨氮也會產生再生水毒性問題，間接影響下游生態安全。現行放流水標準並未完全管制氨氮與總氮，既設廢污水處理廠建置時並未規劃除氮處理單元，目前亦無法為提昇除氮功能而變更土木工程與其他硬體，故如何在既設廢污水處理廠之單元流程架構與土建設施上，提昇原設計無法達成之除氮功能，研發適用於既設生水源除氮處理技術，提升和改善再生水源水質，是為本計畫目標。計畫分年的工作項目為: 第一年, 調查國內外運用於廢污水再生之除氮技術，評估厭氧/無氧/好氧程序（Anaerobic/Anoxic/Oxic, A2O）、厭氧氨氮氧化（Anaerobic Ammonium Oxidation）或稱Anammox法，以及固定生物處理程序（Entrapped Mixed Microbial Cells）除氮技術之處理效能，調查國內廢污水廠放流水之氮質量變異特性，建立實驗室規模模型單元，測試去氮技術；第二年, 現址模型廠試驗；建立適合國內既設廢污水處理廠應用除氮技術之選用評估、設置、操作維護技術參考；建立適合國內既設廢污水處理廠應用除氮技術之經濟成本與效益分析，建議國內提昇除氮之再生水源廠址優先名單。  　　目前使用於廢污水處理之生物除氮技術為好氧硝化/厭氧脫硝與厭氧氨氧化脫硝，典型之程序為厭氧/缺氧/好氧程序(A2O)及固定污泥法技術 (EMMC)，皆可藉由外加鹼度與碳源提升其除氮效能；另有厭氧氨氧化脫硝除氮之ANAMMOX 程序可以在厭氧環境直接氧化還原氨氮為氮氣；固定污泥法技術 (EMMC)將活性污泥包埋成污泥體，此程序於單槽即能同時進行好氧硝化及厭氧脫硝反應，進而達到同時去除氮碳之效果。三種生物除氮技術(A2O, EMMC, ANAMMOX)對於國內既有污水處理廠活性污泥法之系統而論，技術面上A2O與EMMC可以同時去除BOD/COD與氨氮總氮，技術成熟；ANAMMOX有低耗能資源及處理高氨氮能力，但無法去除BOD/COD且菌種培養不易且耗時(年以上)，系統操控多屬商業專利；就適用國內既有污水處理廠之活性污泥法之系統而論，A2O系統需要修改活性污泥曝氣槽曝氣與內部迴流硬體，ANAMMOX系統無法架設於活性污泥曝氣槽，其也無法接續於活性污泥法二沉池之後；EMMC系統可以直接架入活性污泥曝氣槽內，不衍生曝氣與土木硬體工程，在活性污泥曝氣槽創造A2O的系統，適合應用於國內既有之廢污水處理廠之除氮技術。國外應用好氧硝化/厭氧脫硝技術並非所謂之A2O程序，而是利用生物活性污泥法之曝氣槽進行好氧硝化將氨氮反應為硝酸鹽氮，而後在二沉池後再增加一厭氧脫硝反應槽將硝酸鹽氮反應為氮氣已達除氮效果，而其在厭氧脫硝反應槽前亦有投入甲醇做為厭氧脫硝反應之碳源，此與國內傳統A2O程序大不相同，及國外好氧硝化/厭氧脫硝技術(類A2O)之除氮效率較優之原因。國內都市污水與工業廢水處理廠的含氮化合物濃度，都市污水廠進流氨氮16.3~26.0 mg/L；進流總氮19.6~28.4 mg/L；出流氨氮0.3~12.3 mg/L;出流總氮6.1~16.6 mg/L。石化專業區污水廠進流氨氮13.3~64.0 mg/L；進流總氮37.2~95.6 mg/L；出流氨氮0.3~34.5 mg/L; 出流總氮43.2~83.6 mg/L。科學園區廢水廠進流氨氮53.5~97.0 mg/L；進流總氮59.9~102.1 mg/L；出流氨氮65.0~85.3 mg/L; 出流總氮72.6~88.0 mg/L。調查結果顯示國內都市污水與工業廢水處理廠的含氮化合物濃度均須再予提升除氮效率以強化都市污水與工業廢水再生為新興水源用途之潛勢。  　　傳統活性污泥程序結合固定污泥(EMMC)得以強化硝化效能，固定污泥(EMMC)分工進行脫硝反應，提升硝化與總氮去除功能。以反應槽體積1.2 m3之實廠都市污水進行模廠試驗，使用固定污泥量為6.0 m2/m3(每單位立方公尺反應槽體積)放置6平方公尺(厚度1公分)之固定污泥板(槽體填充率10%)，建議操作條件為溶氧4-6 mg/L，水力停留時間6小時,間歇曝氣1小時停止曝氣1小時，可以獲得優良的COD去除率與近90%氨氮硝化效率，而其總氮去除率為 47-68%，相當於總氮負荷為 6~10 g TN/m2 day；提升固定污泥使用量與適量補充碳源更可以將總氮去除率與總氮負荷提升至近70%與12~17 g TN/m2 day。既設廢污水處理廠可以應用A2O/AO處理程序及活性污泥法結合固定污泥生物處理程序以提昇除氮效能，將既設廢污水處理廠處理10,000 CMD的活性污泥單槽曝氣池改成A2O處理程序，所需投入的建設成本約為5,687,000元，增加的年操作維護成本為8,100,000元，可提昇除氮效率約8~55%，但A2O處理程序增加內部迴流及總水力停留時間，會產生降低每日處理水量之影響及因施工停止運轉問題；活性污泥法結合固定污泥生物處理程序所需投入的建設成本約為8,000,000 ~ 10,000,000元，但不致影響原處理容量與停止運轉，增加的年操作維護成本約為600,000元，可提昇除氮效率約47~68%。水再生廠利用薄膜處理具有良好的除氮效果，其建造與營運所需的單位成本約在20~40元/m3之間，A2O處理程序的建造與營運所需的單位成本約需6.1元/m3，活性污泥法結合固定污泥生物處理程序所需之單位成本約5.4元/m3。篩選廢污水處理廠以提升除氮效能乃依據下列四項原則研選：(1) 區域用水需求，(2) 污水處理量，(3) 用水需求標的，(4) 處理廠進放流水的氨氮質量與除氮效益。研選步驟以用水需求區域和水處理量進行初步篩選，篩選後的處理廠進行優先順序評估，最後篩選民生和工業污水處理廠各5家，作為建議優先改善方案，建議優選之廢污水處理廠為: 工業區優選廠址為：中部科學園區台中基地、南部科學園區台南基地、林園工業區、大發工業區、彰濱工業區線西及鹿港園區；民生污水處理廠為：楠梓污水處理廠、鳳山溪污水處理廠、高雄市臨海污水處理廠(預計103年底完工)、安平水資源回收中心、金城水資源回收中心及豐原水資源回收中心(預計104年完工)、柳營水資源回收中心。推動國內水再生事業，落實水源多元化目標，是未來重要水源開發之重點項目，再生水之工業用途各有其用水水質標準，冷卻用水與鍋爐用水為水再生之工業主要用途，再生水中殘留之氨氮影響再生水推廣與用途，實就此議題進行除氮技術推廣，建立國內廢污水處理廠污水處理廠除氮技術參考，作為廢污水處理廠水再生除氮及水資源規劃參考；技術手冊參考闡述除氮現狀、法規、生物除氮原理及機制、除氮技術規劃設計、除氮技術選用評估，並介紹國內廢污水處理廠除氮實例，供理解現今發展的除氮技術與應用。  　　原水之有機碳是可以做為脫硝菌之碳源，然除相對好氧菌之競爭外，此原水碳源並非全數可資做為脫硝之用，固定污泥板內之脫硝菌實因外無充足供應碳源以進行脫硝反應，添加碳源明顯提升總氮的去除率，由此可見工程應用固定污泥技術是可以控制微生物來達成脫硝之特定目標。碳源與鹼度添加又可再提昇總氮的去除率，使活性污泥運作之硝化反應成效更佳；提升鹼度提升硝化反應，促進固定污泥板內部之脫硝反應；實務上如果進流廢污水中的碳源與鹼度充足，更可顯示活性污泥與固定污泥板的除氮成效。使用活性污泥法結合固定污泥生物處理程序，使兩者分工進行，提升硝化與總氮去除功能，考量廢污水的狀態，添加碳源或鹼度，使活性污泥法與固定污泥，更可顯示其除氮成效。既設廢污水處理廠運用不同的除氮技術所需的成本及產生的效益不盡相同，國內既設廢污水處理廠處理程序多數使用活性污泥法，此處理程序對於含氮物質的去除效果依不同水質與操作當有其限制；為提昇既設廢污水處理廠除氮效能，以A2O處理程序及活性污泥法結合固定污泥生物處理程序為有效可應用之除氮技術，將既設廢污水處理廠的活性污泥單槽曝氣池改成A2O處理程序，需有土建工程施工，三槽的污泥菌群馴養與啟動在營運初期需要考慮處理效率，三槽的水力停留時間不同會增加水力停留時間，減少處理水量。將既設廢污水處理廠的活性污泥單槽曝氣池改成EMMC處理程序，不致影響既有操作流程，不須回流，不會增生廢棄污泥量，不會降低處理水量，雖然初期建設成本高，但提升除氮與降解BOD/COD效果佳且增加的操作維護費用低，不僅改善除氮效率外，亦可增加水再生利用潛勢及產生水資源節約效益。決策進行提升實廠總氮去除工程，建議除區域用水需求、實廠污水處理量、用水需求標的、實廠進放流水的氨氮質量與除氮效益，應將特定用水單位之意願與需水量再予細部考量評估。</abstract><author>國立台灣大學環境工程學研究所</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020159</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202739</governmentpublicationsnumber><identifier>75430</identifier><internationalstandardbooknumber>9789860390070 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75430</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>既設廢污水處理廠除氮技術研發與驗證(2/2) Promotin total nitrogen removal in aeration basin of the existed wastewater treatment facility: innovative technology development and process verification (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學環境工程學研究所</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020159</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202739</governmentpublicationsnumber><identifier>75431</identifier><internationalstandardbooknumber>9789860390070 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75431</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>既設廢污水處理廠除氮技術研發與驗證(2/2)--光碟版 Promotin total nitrogen removal in aeration basin of the existed wastewater treatment facility: innovative technology development and process verification (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本規範定位為準則性及原則性的規範，性質上屬於河川治?規劃設計及維護管?技術的上位性規範。內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考?事項、技術基準及各項得使用方法與公式等，確保規劃方案及設計設施的功能與品質，以達成河防安全、生態環境維護及其他河川治?計畫目標。 本規範分為總則、調查、測?、規劃、設計及維護管?等?篇。由於內容豐富，篇幅繁多，為使用及攜帶方?，特裝訂為上下?冊；上冊包括總則、調查、測?、規劃等4 篇，下冊包括設計及維護管?等2 篇。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010202034</governmentpublicationsnumber><identifier>75432</identifier><internationalstandardbooknumber>9789860378610 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75432</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-河川治理篇(下冊) 內附光碟 Technical Guidelines of Hydraulic Engineering － River Regulation</title><yearidentifier>201308</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020060</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75433</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75433</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020060</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75434</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75434</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析--光碟版 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>十河局於93年自行研發淡水河即時洪水預報系統(Real time flash flood forecasting model for Dansuie river, REFOR模式)，並於97~101年進行基礎資料更新與模擬功能的擴充，結合資料庫與GIS進行即時預報、事件模擬、決策支援、參數檢定等功能。預報範圍包含淡水河、基隆河、新店溪、景美溪、二重疏洪道及三峽河，降雨預報包含延續法、中央氣象局QPESUMS、颱風氣候法、颱洪中心系集預報等產品，配合水筒模式計算集水區逕流，河川水理模式計算河川水位與流量。展示分別以歷線圖表，以及結合平面地圖展示功能，於颱洪時期可協助預報人員進行研判與決策。此外，應用REFOR架構開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，工作包括維護更新模式所需基礎資料、相關資料分析、以及電子書製作；彙整分析淹水調查作業之資料；塔寮坑溪系統現況資料更新及擴充；重新檢討與評估集水區代表雨量站；評估納入南勢溪河川水理演算；增加預報系統計算頻率；配合實際作業需求，進行地圖化展示介面功能擴充</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020271</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203302</governmentpublicationsnumber><identifier>75435</identifier><internationalstandardbooknumber>9789860395587 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75435</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>102年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>十河局於93年自行研發淡水河即時洪水預報系統(Real time flash flood forecasting model for Dansuie river, REFOR模式)，並於97~101年進行基礎資料更新與模擬功能的擴充，結合資料庫與GIS進行即時預報、事件模擬、決策支援、參數檢定等功能。預報範圍包含淡水河、基隆河、新店溪、景美溪、二重疏洪道及三峽河，降雨預報包含延續法、中央氣象局QPESUMS、颱風氣候法、颱洪中心系集預報等產品，配合水筒模式計算集水區逕流，河川水理模式計算河川水位與流量。展示分別以歷線圖表，以及結合平面地圖展示功能，於颱洪時期可協助預報人員進行研判與決策。此外，應用REFOR架構開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，工作包括維護更新模式所需基礎資料、相關資料分析、以及電子書製作；彙整分析淹水調查作業之資料；塔寮坑溪系統現況資料更新及擴充；重新檢討與評估集水區代表雨量站；評估納入南勢溪河川水理演算；增加預報系統計算頻率；配合實際作業需求，進行地圖化展示介面功能擴充</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020271</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>1010203302</governmentpublicationsnumber><identifier>75436</identifier><internationalstandardbooknumber>9789860395587 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75436</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>102年度十河局轄區洪水預警及防汛整合作業--光碟版 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/8</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>75439</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75439</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>102</publishrocyear><title>行政院農業委員會特有生物研究保育中心101年度年報</title><yearidentifier>201306</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020118</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203161</governmentpublicationsnumber><identifier>75440</identifier><internationalstandardbooknumber>9789860395402 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75440</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川流量自動化觀測科技發展計畫（3/3）Automatic monitoring technology development plan for river flow (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣近年受到極端氣候影響，颱洪災害日趨頻繁，為防災應變以及河川治理規劃之需要，水文觀測資料之收集至為重要。台灣因河川條件極為特殊與國外一般大陸型國家迥異，颱洪時期高強度之降雨常夾帶高含砂量之洪水，斷面沖淤變化甚大，流量觀測相當不易。惟國內之流量觀測工作，長久以來仍仰賴傳統之人工觀測方式進行，為一項耗時費力、危險度高、精準度不足之水文觀測工作。環顧國內、外現有先進儀器，尚無適合台灣極端水文以及高含砂量此特殊河川條件下之有效方法與自動化設備，故常僅能以水文模式間接推求，惟颱洪時期難以掌握動床變化以及相關水文與地文因子，而影響推估結果。    由於國內近年IT產業蓬勃發展，相關雷達科技之研究工作亦累積相當多的經驗與能量。因此，新階段應不僅是仰賴國外先進儀器之引入，更應持續深耕適合國內本土特殊條件及狀況之量測科技與方法，突破現階段流量觀測技術瓶頸，發展適用本土河川之科技與設備，進而拓展相關水利產業與國外商品市場，以獲致真正的突破及改善，爰擬本計畫發展適合國內非接觸式之「河川流量雷達自動觀測儀器」。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020118</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203161</governmentpublicationsnumber><identifier>75441</identifier><internationalstandardbooknumber>9789860395402 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75441</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川流量自動化觀測科技發展計畫（3/3）--光碟版 Automatic monitoring technology development plan for river flow (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>河川輸砂率對於流域管理、防洪安全、河川生態等規劃設計具有相當重要性，特別是河川及水庫懸浮載濃度的資料取得。目前河川水文站之泥砂觀測，係仰賴人工取樣進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。含砂濃度與流量之關係便亦甚大，且人工取樣觀測常缺乏主要輸砂的高流量資料，因此有必要發展適用於台灣河川特性的自動化含砂濃度觀測技術。有鑑於此，本署於95～98年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續於100～101年完成現地應用所發現之實務問題改善，並在硬體與量測穩定度上有顯著的提昇，已達可成熟應用之階段，並亦建置對應之「含砂濃度量測平台」，以提供人性化介面收集觀測資料。 為能將TDR自動化泥砂觀測技術落實，102年度規將劃新增2座含砂濃度觀測站及更新、遷移、維護現有泥砂觀測站，並針對颱洪全洪程期間持續觀測，以掌握河川含砂濃度變化歷程，此外，為使「含砂濃度量測平台」之觀測資料，亦可納入本署既有水文資料庫，將進行整合規劃，提供本署查詢即時含砂觀測資訊，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用，爰提本委辦計畫。</abstract><author>交通大學</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020135</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203366</governmentpublicationsnumber><identifier>75442</identifier><internationalstandardbooknumber>9789860397697 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75442</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水文站增設TDR含砂濃度全洪程觀測及泥砂資訊平台應用計畫(內附光碟) Establishment of TDR Full Rull Runoff Suspended Sediment Monitoring and Application of Sediment Information Platform</title><yearidentifier>201312</yearidentifier></data><data><abstract>河川輸砂率對於流域管理、防洪安全、河川生態等規劃設計具有相當重要性，特別是河川及水庫懸浮載濃度的資料取得。目前河川水文站之泥砂觀測，係仰賴人工取樣進行觀測，建立類似水位-流量率定曲線之洪水流量與懸移載率定曲線，藉由連續觀測之流量紀錄，估計懸移載輸砂量。含砂濃度與流量之關係便亦甚大，且人工取樣觀測常缺乏主要輸砂的高流量資料，因此有必要發展適用於台灣河川特性的自動化含砂濃度觀測技術。有鑑於此，本署於95～98年度發展以時域反射法（Time Domain Reflectometry, TDR）方式進行自動化泥砂觀測之研究，並獲得初步之成果。該方法相對於傳統人工採樣，具有即時性、自動化及節省作業人力之特性，另具有經濟、維護性、高濃度觀測、不受粒徑大小影響等重要特性。後續於100～101年完成現地應用所發現之實務問題改善，並在硬體與量測穩定度上有顯著的提昇，已達可成熟應用之階段，並亦建置對應之「含砂濃度量測平台」，以提供人性化介面收集觀測資料。 為能將TDR自動化泥砂觀測技術落實，102年度規將劃新增2座含砂濃度觀測站及更新、遷移、維護現有泥砂觀測站，並針對颱洪全洪程期間持續觀測，以掌握河川含砂濃度變化歷程，此外，為使「含砂濃度量測平台」之觀測資料，亦可納入本署既有水文資料庫，將進行整合規劃，提供本署查詢即時含砂觀測資訊，以掌握水文環境資訊，擴充水文資料供應，促進多元加值應用，爰提本委辦計畫。</abstract><author>國立交通大學</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020135</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203366</governmentpublicationsnumber><identifier>75443</identifier><internationalstandardbooknumber>9789860397697 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75443</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水文站增設TDR含砂濃度全洪程觀測及泥砂資訊平台應用計畫(光碟版)  Establishment of TDR Full Rull Runoff Suspended Sediment Monitoring and Application of Sediment Information Platform</title><yearidentifier>201312</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，進而導致地層下陷災害發生；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。 地層下陷問題牽涉經濟層面之生產因素、社會層面之生活因素，以及自然層面之生態因素，地下水超抽雖為造成地層下陷之主要原因，但地層下陷問題並非單靠管制地下水超抽即可全面解決。政府自84年起先後實施「一、二期地層下陷防治執行方案」、「彰化雲林地區地層下陷防治計畫」及「國土復育策略方案暨行動計畫」等，期有效遏止地層持續下陷，並思整復利用下陷區之國土資源；現階段則主要配合「易淹水地區水患治理計畫」、「地層下陷區排水環境改善示範計畫」及「地下水保育管理計畫」等來推行相關治理防範作為，包括綜合治水、水資源調配管理、土地防護、地下水管制、相關法規修訂、產業調整轉型、檢測監控及地貌改造等，同時明確訂定辦理教育訓練工作。過去在經濟部水利署統籌規劃下，針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、宣導品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>淡江大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020332</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203236</governmentpublicationsnumber><identifier>75445</identifier><internationalstandardbooknumber>9789860396690 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75445</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>地層下陷防治教育及宣導(3/3) The Education and Propaganda for Land Subsodence Prevention Affairs (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在過去經濟起飛的年代，由於各行業別蓬勃發展，以致各標的用水需求量急遽增加，造成地面水不敷使用，而地下水因為抽取容易，且使用成本低廉，促使部分民眾長期以來大量抽用，進而導致地層下陷災害發生；最早是於台北市所發現，當時最嚴重的下陷量曾達2.5公尺，所幸相關水資源規劃及管制得宜，下陷情形得以控制。而西南沿海則是於6、70年代起，因農漁業大量發展，長期超量抽用地下水，使得西南沿海縣市土地普遍下陷。而下陷災害一旦發生，僅能靠各式管制作為讓其紓緩，並無法使下陷的土地回復原有的高度，據調查結果顯示，迄100年止，全台持續下陷面積(年下陷速率3公分以上)仍有534.4平方公里。 地層下陷問題牽涉經濟層面之生產因素、社會層面之生活因素，以及自然層面之生態因素，地下水超抽雖為造成地層下陷之主要原因，但地層下陷問題並非單靠管制地下水超抽即可全面解決。政府自84年起先後實施「一、二期地層下陷防治執行方案」、「彰化雲林地區地層下陷防治計畫」及「國土復育策略方案暨行動計畫」等，期有效遏止地層持續下陷，並思整復利用下陷區之國土資源；現階段則主要配合「易淹水地區水患治理計畫」、「地層下陷區排水環境改善示範計畫」及「地下水保育管理計畫」等來推行相關治理防範作為，包括綜合治水、水資源調配管理、土地防護、地下水管制、相關法規修訂、產業調整轉型、檢測監控及地貌改造等，同時明確訂定辦理教育訓練工作。過去在經濟部水利署統籌規劃下，針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、宣導品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>淡江大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020332</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203236</governmentpublicationsnumber><identifier>75446</identifier><internationalstandardbooknumber>9789860396690 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75446</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>地層下陷防治教育及宣導(3/3) --光碟版 The Education and Propaganda for Land Subsodence Prevention Affairs (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020330</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203418</governmentpublicationsnumber><identifier>75449</identifier><internationalstandardbooknumber>9789860397864 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75449</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度台北、嘉義及屏東地區地層下陷監測及整合技術分析應用=Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Chiayi and Pingtung Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020330</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203418</governmentpublicationsnumber><identifier>75450</identifier><internationalstandardbooknumber>9789860397864 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75450</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度台北、嘉義及屏東地區地層下陷監測及整合技術分析應用--光碟版=Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Chiayi and Pingtung Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020330</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203418</governmentpublicationsnumber><identifier>75451</identifier><internationalstandardbooknumber>9789860397864 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75451</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度台北、嘉義及屏東地區地層下陷監測及整合技術分析應用 Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Chiayi and Pingtung Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區因經濟發展迅速，各產業用水需求量激增，在地面水供應不足，而地下水使用成本低廉之情況下，使得許多地區地下水超量使用，引起地層下陷。從過去到現在，自北部的台北、宜蘭，至中南部的彰化、雲林、嘉義及屏東地區，都有地層下陷的案例，其中又以彰化及雲林地區最為嚴重。彰化及雲林地區地層下陷除自然壓密的因素外，其主因為超量抽取地下水引起。因當地降雨時間分布不均，枯水時期水量不足，又缺乏水源調蓄設施，導致地下水井開闢浮濫，抽取地下水成為當地普遍現象，加上當地易下陷之地質條件，因此導致當地嚴重的地層下陷。 彰化及雲林地區之地層下陷問題，早期主要分布於沿海地區，近年來下陷地區有轉移到內陸地區之趨勢，例如彰化溪州及雲林土庫、虎尾、元長等地區，未來隨著當地工商業發展及重大投資建設展開，問題將更為嚴重，連帶因地層下陷衍生的社會、經濟、環境及水資源分配等問題，亦對當地交通、農業、養殖業及民生等產生衝擊。有鑑於此，如何持續監測地層下陷速率、範圍及趨勢，乃當今政府相關單位之重要課題。本計畫以多元感測器監測技術，包含水準測量、GPS 及地陷監測井等技術，取得多元之地層下陷監測資料，整合分析彰化及雲林地區之地層下 陷行為，了解下陷速率及面積，同時將所得之調查資料及分析成果，作為地層下陷防治之重要參考依據。102 年度主要工作項目如下：(1) 地層下陷區之水準網檢測與分析 102 年度依據既有之水準成果報告，進行水準點清查、補建，並檢測水準網。水準網檢測分為彰化及雲林兩個測區，環線、測段之閉合差精度需優於3mm√K (K 為測段長度，單位公里)。 (2) 地層下陷監測井之維護與資料分析每月一次進行彰化與雲林地區之31 口地層下陷監測井之觀測、維護管理及資料分析工作。(3) GPS 固定站之維護與資料分析對彰化及雲林地區，共11 座GPS 固定站進行維護，包括溫控系統、通訊設備、電力設施之維護，並分析GPS 訊號品質及解算後之三維坐標。(4) 磁環式分層地層下陷監測井之建置於彰雲地區新設置地陷監測井一口，作業內容包含選址評估、地質鑽探及取樣、井體施工及磁感應環安裝及測試、土壤力學試驗等。(5) 地層下陷區之資料整合分析與成因探討整合多元地層下陷監測資料，包含水準測量、GPS、地陷監測井等，分析彰化及雲林地區之地層下陷行為。102 年度主要執行成果如下：(1) 彰化地區102 年彰化地區的水準檢測結果顯示，彰化地區年下陷速率超過 3 公分以上的鄉鎮主要包含有溪湖鎮與溪州鄉，最大年下陷速率為溪 州鄉「內部1109」的4.7 公分，持續下陷面積10.87 平方公里，較101 年持續下陷面積19.87 平方公里為少。 (2) 雲林地區 102 年雲林地區的水準檢測結果顯示，雲林地區年下陷速率超過 3 公分以上的鄉鎮主要包含有虎尾鎮、土庫鎮、褒忠鄉及元長鄉，最 大年下陷速率為虎尾鎮「水利雲96」的4.7 公分，持續下陷面積136.39 平方公里，較101 年持續下陷面積261.02 平方公里為少。 (3) 由GPS 固定站、水準測量及地陷監測井資料比對分析顯示，彰化溪 州國小與雲林土庫國中、客厝國小、光復國小、宏崙國小近年仍存在 著深度超過300 公尺之深層壓縮。 (4) 於彰化縣溪州鄉僑義國小建置一口300 公尺深地層下陷監測井。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020329</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203416</governmentpublicationsnumber><identifier>75452</identifier><internationalstandardbooknumber>9789860397871 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75452</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度彰化及雲林地區地層下陷監測及整合技術分析應用 Diversified monitors and integrated techniques applied to monitor the subsidence in Changhua and Yunlin Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區因經濟發展迅速，各產業用水需求量激增，在地面水供應不足，而地下水使用成本低廉之情況下，使得許多地區地下水超量使用，引起地層下陷。從過去到現在，自北部的台北、宜蘭，至中南部的彰化、雲林、嘉義及屏東地區，都有地層下陷的案例，其中又以彰化及雲林地區最為嚴重。彰化及雲林地區地層下陷除自然壓密的因素外，其主因為超量抽取地下水引起。因當地降雨時間分布不均，枯水時期水量不足，又缺乏水源調蓄設施，導致地下水井開闢浮濫，抽取地下水成為當地普遍現象，加上當地易下陷之地質條件，因此導致當地嚴重的地層下陷。 彰化及雲林地區之地層下陷問題，早期主要分布於沿海地區，近年來下陷地區有轉移到內陸地區之趨勢，例如彰化溪州及雲林土庫、虎尾、元長等地區，未來隨著當地工商業發展及重大投資建設展開，問題將更為嚴重，連帶因地層下陷衍生的社會、經濟、環境及水資源分配等問題，亦對當地交通、農業、養殖業及民生等產生衝擊。有鑑於此，如何持續監測地層下陷速率、範圍及趨勢，乃當今政府相關單位之重要課題。本計畫以多元感測器監測技術，包含水準測量、GPS 及地陷監測井等技術，取得多元之地層下陷監測資料，整合分析彰化及雲林地區之地層下 陷行為，了解下陷速率及面積，同時將所得之調查資料及分析成果，作為地層下陷防治之重要參考依據。102 年度主要工作項目如下：(1) 地層下陷區之水準網檢測與分析102 年度依據既有之水準成果報告，進行水準點清查、補建，並檢測水準網。水準網檢測分為彰化及雲林兩個測區，環線、測段之閉合差精度需優於3mm√K (K 為測段長度，單位公里)。 (2) 地層下陷監測井之維護與資料分析每月一次進行彰化與雲林地區之31 口地層下陷監測井之觀測、維護管理及資料分析工作。 (3) GPS 固定站之維護與資料分析針對彰化及雲林地區，共11 座GPS 固定站進行維護，包括溫控系統、通訊設備、電力設施之維護，並分析GPS 訊號品質及解算後之三維坐標。 (4) 磁環式分層地層下陷監測井之建置於彰雲地區新設置地陷監測井一口，作業內容包含選址評估、地質鑽探及取樣、井體施工及磁感應環安裝及測試、土壤力學試驗等。 (5) 地層下陷區之資料整合分析與成因探討整合多元地層下陷監測資料，包含水準測量、GPS、地陷監測井等，分析彰化及雲林地區之地層下陷行為。 102 年度主要執行成果如下： (1) 彰化地區102 年彰化地區的水準檢測結果顯示，彰化地區年下陷速率超過3 公分以上的鄉鎮主要包含有溪湖鎮與溪州鄉，最大年下陷速率為溪州鄉「內部1109」的4.7 公分，持續下陷面積10.87 平方公里，較101持續下陷面積19.87 平方公里為少。 (2) 雲林地區02 年雲林地區的水準檢測結果顯示，雲林地區年下陷速率超過3 公分以上的鄉鎮主要包含有虎尾鎮、土庫鎮、褒忠鄉及元長鄉，最大年下陷速率為虎尾鎮「水利雲96」的4.7 公分，持續下陷面積136.39平方公里，較101 年持續下陷面積261.02 平方公里為少。 (3) 由GPS 固定站、水準測量及地陷監測井資料比對分析顯示，彰化溪州國小與雲林土庫國中、客厝國小、光復國小、宏崙國小近年仍存在著深度超過300 公尺之深層壓縮。 (4) 於彰化縣溪州鄉僑義國小建置一口300 公尺深地層下陷監測井。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020329</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203416</governmentpublicationsnumber><identifier>75453</identifier><internationalstandardbooknumber>9789860397871 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75453</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度彰化及雲林地區地層下陷監測及整合技術分析應用--光碟版 Diversified monitors and integrated techniques applied to monitor the subsidence in Changhua and Yunlin Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>水資源匱乏係目前全球共同面臨的問題，臺灣受限於地形坡陡流急及降雨型態分佈不均，大部份雨水直接逕流入海無法被利用，因此地下水因成本低廉且取用方便之特性，使其成為相當重要之可用水資源，如何有效的保育及補注地下水資源已成為重要的議題。濁水溪流域於扇頂上游地區及沖積扇扇頂為良好的地下水補注區，本研究以此為研究區域，分析水文因子與地下水位之交互影響。本計畫主要分四個工作項目: (1)透過統計分析及自組特徵映射網路(SOM)之聚類特性探討濁水溪流域地面水(降雨與河川)對地下水位變動之關係，並討論在SOM模式中時間與空間因子對地下水變動之相關性，以瞭解地面水(河水與降雨)與地下水之短、長期及豐枯季變化趨勢與交互影響關係；(2)短時距地下水分析，以具優越非線性映射能力及高度精確性之倒傳遞類神經網路(BPNN)與具模糊規則庫之調適性網路模糊推論系統(ANFIS)建立地下水位變動量推估模式；長時距地下水分析，則採用倒傳遞類神經網路(BPNN)建立長時距地下水位歷線推估模式，並進行雨量因子之敏感度分析；模式成果顯示類神經網路有相當良好的推估表現；(3)應用氫氧同位素組成釐定地下水各種補注水源比例(如河水及雨水)，並且推估其地面水/地下水交互影響機制。近年來枯水季之扇頂地下水富含 之訊息，推論濁水溪扇頂區域地下水，易受到濁水溪主流/山區地面水補注影響甚鉅，此與SOM統計特性分析結果相同。透過氫氧同位素示蹤結果說明，北翼扇頂地下水受山前補注之水文歷程影響顯著，與類神經推估模式相互驗證。(4) 本計畫將協助辦理地下水相關議題之學術交流研討會，提供良好之學術交流平台，以提高水資源保育及水資源永續利用研究技術。</abstract><author>臺灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010425</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203237</governmentpublicationsnumber><identifier>75454</identifier><internationalstandardbooknumber>9789860396706 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75454</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系地面水與地下水交互變動機制之研究 A study of interaction mechanism of surface and groundwater level variation at Zhuoshui River basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>水資源匱乏係目前全球共同面臨的問題，臺灣受限於地形坡陡流急及降雨型態分佈不均，大部份雨水直接逕流入海無法被利用，因此地下水因成本低廉且取用方便之特性，使其成為相當重要之可用水資源，如何有效的保育及補注地下水資源已成為重要的議題。濁水溪流域於扇頂上游地區及沖積扇扇頂為良好的地下水補注區，本研究以此為研究區域，分析水文因子與地下水位之交互影響。本計畫主要分四個工作項目: (1)透過統計分析及自組特徵映射網路(SOM)之聚類特性探討濁水溪流域地面水(降雨與河川)對地下水位變動之關係，並討論在SOM模式中時間與空間因子對地下水變動之相關性，以瞭解地面水(河水與降雨)與地下水之短、長期及豐枯季變化趨勢與交互影響關係；(2)短時距地下水分析，以具優越非線性映射能力及高度精確性之倒傳遞類神經網路(BPNN)與具模糊規則庫之調適性網路模糊推論系統(ANFIS)建立地下水位變動量推估模式；長時距地下水分析，則採用倒傳遞類神經網路(BPNN)建立長時距地下水位歷線推估模式，並進行雨量因子之敏感度分析；模式成果顯示類神經網路有相當良好的推估表現；(3)應用氫氧同位素組成釐定地下水各種補注水源比例(如河水及雨水)，並且推估其地面水/地下水交互影響機制。近年來枯水季之扇頂地下水富含 之訊息，推論濁水溪扇頂區域地下水，易受到濁水溪主流/山區地面水補注影響甚鉅，此與SOM統計特性分析結果相同。透過氫氧同位素示蹤結果說明，北翼扇頂地下水受山前補注之水文歷程影響顯著，與類神經推估模式相互驗證。(4) 本計畫將協助辦理地下水相關議題之學術交流研討會，提供良好之學術交流平台，以提高水資源保育及水資源永續利用研究技術。</abstract><author>國立臺灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010425</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203237</governmentpublicationsnumber><identifier>75455</identifier><internationalstandardbooknumber>9789860396706 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75455</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系地面水與地下水交互變動機制之研究--光碟版 A study of interaction mechanism of surface and groundwater level variation at Zhuoshui River basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>達雲科技有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020330</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>1010203418</governmentpublicationsnumber><identifier>75456</identifier><internationalstandardbooknumber>9789860397864 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75456</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度台北、嘉義及屏東地區地層下陷監測及整合技術分析應用(光碟版) Diversified monitors and integrated techniques applied to monitor the subsidence in Taipei, Chiayi and Pingtung Area in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>行政院莫拉克颱風災後重建推動委員會</author><categoryidentifier>575.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/9</date><governmentpublicationsnumber>10102036351</governmentpublicationsnumber><identifier>75457</identifier><internationalstandardbooknumber>9789860400625 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75457</librarycollectiondetailsurl><price>350</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>山路橋河共治災後基礎重建成果紀實</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010202095</governmentpublicationsnumber><identifier>75458</identifier><internationalstandardbooknumber>9789868282773 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75458</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度「高屏溪流域河川水質採樣檢測分析」工作計畫 Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在整個颱風洪水過程中（以下簡稱全洪程）進行量測河川重要參數，如：水位、水流流速、河床面高程、水流含砂濃度等，是河川洪災預警之基礎。但目前除水位外，其它河川參數量測多以人工方式進行。在實際操作過程中，因颱風期間風雨交加，水流強勁，有時在人員安全考量或橋梁封閉的情況下，無法實施全天候人工觀測。加上目前河川管理單位受限於人力及設備，單次人工觀測的時間通常為2小時以上（單次觀測通常要施作20條以上測線），每日能得到的數據組數有限，導致錯失尖峰流量通過的時刻，無法充份掌握各站全洪程流量變化過程，對於洪水預警以及事後分析檢討幫助有限，因此亟需一套自動化水深觀測系統來取代人工觀測方法，對掌握濁水溪水情有重大助益。 本計畫於建置自動化水深觀測系統前，已先對國內外既有之自動化系統進行蒐集及評估，結果發現，目前自動化觀測設備仍著重於水位、流速及河床沖淤監測等設備，尚無自動化的水深觀測系統。經評估本計畫彰雲大橋處之濁水溪河段特性，及現有各項可直接或間接量測水深設備之適用性後，最後採用新型水文量測系統(多功能河川水文自動化量測系統簡化版)並整合四河局現有儀器，作為本計畫所需之自動化水深觀測系統。 於裝設自動化水深觀測系統前，經會同相關橋梁管理單位進行現場勘查及橋梁載重安全性評估後，於取得公路總局第二區工程處及彰化縣政府同意後，選定於彰雲大橋之橋墩P12~P13及橋墩P14~P15兩段橋面板處，安裝二套固定式自動化水深觀測設備及一套自動化資訊傳輸設備，並透過彰雲大橋南岸水位站房供電使用。全部系統於民國101年7月12日架設完成，經運作測試良好後，即開始進行全洪程水深觀測。 全洪程自動化水深觀測系統共由五大子系統所組成，包括現地觀測設備、網路傳輸設備、監控主機、資料儲存及控制操作介面等。現地量測設備之重錘內安裝一水壓計，透過重錘於入水、落底及出水過程中之水壓值變化，由程式自動判斷落底當時之水壓從而計算出水深，然後將資料即時傳回四河局水情中心內的監控中心平台資料庫，提供後端遠端監看系統進行水深觀測值的查詢展示。 自動化水深觀測系統運作迄今，於中、低流量情況皆可順利取得水深資料。7月30日～8月3日中度颱風蘇拉侵襲台灣，為本年度侵台之最大颱風，在濁水溪彰雲大橋所產生之最大流量超過10,000 CMS。本系統約在最大流量通過時不幸發生水壓計傳輸線遭流木扯斷，造成量測工作中斷，所幸主系統皆未損壞，於颱風過後即迅速完成修復。此外亦發現重錘於蘇拉颱風高流量時無法每次落底之情況，故原系統機構設計必須進行改良方可應付濁水溪河性的高度挑戰。 依據本年度所蒐集之少數資料進行分析結果顯示，蘇拉颱風汛期前後位於1號設備地點的河床高程約上升1.35公尺，退水期的水深紀錄亦可驗證產生淤積的現象，另流速與水深的比對資料則由於資料量過少，須待下年度汛期間達成三次以上中高流量觀測紀錄後再行補充分析。 目前已蘇拉颱風的水深觀測經驗，針對重錘無法每次順利落底及水壓計傳輸線遭流木扯斷之情況進行系統機構修正改良，並經異地環境測試後效果良好，已可改善原遭遇的問題，但原地測試則因濁水溪自蘇拉颱風過後即一直處於低流量情況，觀測設備所在位置的河道水位甚低，故迄今未有適當機會進行原地測試，下年度仍將於汛期前找尋更高流量的環境進行測試，並於汛期前將改良完成的設備安裝妥善，把握下年度中高流量的觀測時機進行操作。目前系統改良內容簡述如下： 1、修改重錘入水方式改為切換式 透過程式設定於觀測水深低於0.5公尺時，採用原設計的緩降入水方式；水深大等於0.5公尺時，則切換為自由落體入水方式。 2、改良鋼索與傳輸線設備 已採用新型線材材料，可將訊號傳輸線與鋼索包裹合一，可大幅減低遭漂流木衝擊受損機率。 3、改變重錘重量及形狀 修改重錘形狀由圓柱體改為刀斧型(重量為40公斤)，經測試結果，發現其落水速度甚快，且可於水中保持穩定，不易被快速沖往下游。 本計畫另進行建置纜車辦理全洪程流量觀測之可行性評估，依載重大小將纜車區分為高載重的纜車及低載重的水文纜道分別進行可行性評估，結果如下： 1、高載重纜車 因全洪程期間人員操作安全性及造價甚高因素考量，現階段尚不具採用高載重載人纜車方式進行全洪程觀測的條件。 2、低載重水文纜道 為可行的方案，但考量初次建置經驗不足，建議先以較小河段作為試辦地點，初步篩選清水溪龍門橋下游為建議的試辦地點。  本計畫另依據本局實際進行全洪程流量觀測作業方式，參考現有常時流量觀測標準作業程序後，研擬「全洪程流量觀測標準作業程序」草案，修正內容主要針對觀測地點、觀測儀器、觀測頻率及時間進行修改，並已將本計畫自動化水深觀測設備列入可採用觀測儀器選項內。 本計畫最後共歸納四點結論與三點建議如下。 結論： 1.	原設備採用重錘緩慢落水方式不適用於濁水溪高流速情況。 2.	自動化水深觀測系統的仍具備多項優點。 3.	現階段尚不具採用載人纜車方式進行全洪程流量觀測的條件。 4.	本階段成果尚未完整仍待後續年度取得觀測資料後補充。 建議： 1.	修改設備建置方式，由固定式改為移動式。 2.	增加水位站電源供應能力，單獨供自動化水深觀測系統使用。 3.	與現有水情觀測系統整合，可提昇效率。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010901</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010203314</governmentpublicationsnumber><identifier>75459</identifier><internationalstandardbooknumber>9789860395914 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75459</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>全洪程自動化水深觀測系統規劃及建置成果報告--內附光碟 Planning and Establishment of Automatic Water Depth Recording System in the Flooding Process</title><yearidentifier>201312</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。 本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。 淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。 補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5 場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>75467</identifier><internationalstandardbooknumber>9789860394887 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75467</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>宜蘭河下游淹水範圍監測模型提昇計畫成果報告書 Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>75468</identifier><internationalstandardbooknumber>9789860394887 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75468</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>宜蘭河下游淹水範圍監測模型提昇計畫成果報告書--光碟版 Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>75470</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75470</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/10</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>75471</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75471</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業--光碟版 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020070</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/13</date><governmentpublicationsnumber>1010203046</governmentpublicationsnumber><identifier>75477</identifier><internationalstandardbooknumber>9789860393002 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75477</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度用水計畫書查核服務 The Achievement of Verifying the Ratified Water Use Prospectus 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020070</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/13</date><governmentpublicationsnumber>1010203046</governmentpublicationsnumber><identifier>75478</identifier><internationalstandardbooknumber>9789860393002 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75478</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度用水計畫書查核服務(光碟版) The Achievement of Verifying the Ratified Water Use Prospectus 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/13</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75481</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75481</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書--光碟版=Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/13</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75482</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75482</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書=Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020178</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/13</date><governmentpublicationsnumber>1010203466</governmentpublicationsnumber><identifier>75483</identifier><internationalstandardbooknumber>9789860399202 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75483</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度濁水溪下游右岸河防建造物安全檢測--內附光碟=The 2013 Annual Safety Inspection for The Embankment on The Right Bank of ChoShui River Downstream</title><yearidentifier>201312</yearidentifier></data><data><abstract>經濟部水利署自民國101年開始藉易淹水特別預算推動「水患自主防災社區」與「洪水與淹水預警系統」計畫，期望透過非工程措施的推動，補足工程措施保護程度之侷限性，減少水患災害造成的經濟損失，並提升地方「抗災、減災、避災」能力，並期望能達到全民防災的理念。 透過成立「水患治理減災避洪措施中區推動服務團」協助管理中部區域「易淹水地區水患自主防災社區推動」與「易淹水地區洪水與淹水預警系統建置」計畫執行狀況。中區推動服務團服務範圍含括3個河川局（第三、四與五河川局）與6縣市政府（臺中市、南投縣、彰化縣、雲林縣、嘉義市與嘉義縣），而服務團透過教育訓練以及相關活動的辦理，讓參與單位更能了解計畫重點，並藉由進度追蹤，讓各縣市政府計畫能如期完成。 本計畫工作項目共分為8大項： 一、	成立委託專業輔導、管理團隊 二、	規劃並執行縣市訪視督考作業相關事宜 三、	規劃辦理評鑑作業相關事宜 四、	規劃辦理「易淹水地區水患治理非工程措施推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」計畫相關之工作會議 五、	規劃辦理「易淹水地區水患治理非工程措施推動」計畫相關人員培訓 六、	規劃及辦理社區觀摩與交流活動事宜 七、	研提減災避洪措施相關計畫策進建議 八、	製作減災避洪措施成效相關水災防災文宣.</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010167</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203647</governmentpublicationsnumber><identifier>75485</identifier><internationalstandardbooknumber>9789860400670 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75485</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施中區推動服務團 Central District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>人工增雨服務團，於民國102 年8 月9 日至102 年12 月15 日期間， 依合約應完成對水利署的5 項工作項目。 其中「人工增雨實際作業」方面，依既定流程，提供例行氣象守視 資料、訂定種雲決策建議並協調各單位，計畫期間應協助水利署至少完 成2 次地面增雨實作；由於今年夏季台灣地區各主要水庫水情相對穩定， 預計將於汛期結束後，依據人工增雨標準作業程序來進行。「提供人工增 雨技術之諮詢服務」方面，今年度水利署新製作完成10 組地面增雨器， 經過服務團現地勘查後已完成配置地點與施作責任區之規劃建議，預計 在此地面增雨站網設計下，將可達到同一時段期於多地點施作的目標， 有效提升作業能量。「評估於嘉南高屏地區增設人工增雨站」方面，計畫 期間我們完成19 處地點現勘，並建議其中12 處為優先選用地點。「維護 及更新旱災資訊服務網」方面，國內外乾旱新聞以及國外人工增雨專家 演講新知持續充實旱災資訊服務網頁。「編製人工增雨問答手冊100 份」 我們編製20 道問題以Q&amp;A 圖文方式呈現於該手冊繪本中，協助閱讀者 在短時間內對增雨作業有一全盤了解。.</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020157</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203351</governmentpublicationsnumber><identifier>75486</identifier><internationalstandardbooknumber>9789860397833 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75486</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>102</publishrocyear><title>102年人工增雨服務團計畫 Supporting program on cloud seeding in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>人工增雨服務團，於民國102 年8 月9 日至102 年12 月15 日期間， 依合約應完成對水利署的5 項工作項目。 其中「人工增雨實際作業」方面，依既定流程，提供例行氣象守視 資料、訂定種雲決策建議並協調各單位，計畫期間應協助水利署至少完 成2 次地面增雨實作；由於今年夏季台灣地區各主要水庫水情相對穩定， 預計將於汛期結束後，依據人工增雨標準作業程序來進行。「提供人工增 雨技術之諮詢服務」方面，今年度水利署新製作完成10 組地面增雨器， 經過服務團現地勘查後已完成配置地點與施作責任區之規劃建議，預計 在此地面增雨站網設計下，將可達到同一時段期於多地點施作的目標， 有效提升作業能量。「評估於嘉南高屏地區增設人工增雨站」方面，計畫 期間我們完成19 處地點現勘，並建議其中12 處為優先選用地點。「維護 及更新旱災資訊服務網」方面，國內外乾旱新聞以及國外人工增雨專家 演講新知持續充實旱災資訊服務網頁。「編製人工增雨問答手冊100 份」 我們編製20 道問題以Q&amp;A 圖文方式呈現於該手冊繪本中，協助閱讀者 在短時間內對增雨作業有一全盤了解。.</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020157</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203351</governmentpublicationsnumber><identifier>75487</identifier><internationalstandardbooknumber>9789860397833 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75487</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>102</publishrocyear><title>102年人工增雨服務團計畫--光碟版 Supporting program on cloud seeding in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫利用交通、警政單位在路口或主要道路之監視器、防災社區設有即時監視錄影器同時能以其自有網路(ADSL)設備傳輸至監測系統，由自動化淹水監視系統，即時接收遠端影像資料，篩選合適影像，藉由影像分析技術暨處理方法，進行淹水辨識，判斷是否發生積淹水與淹水深度，並將初始積淹水情況即時傳送資料至GIS監測網站並能主動發送簡訊及通報單，供相關防救災人員判斷及使用之參考。 對於利用都市CCTV影像進行自動化淹水監控與導覽系統之測試，目前正持續進行實際測試。大致已完成水深警戒燈號測試、即時影像及歷程測試及歷史影像及歷程查詢測試。經測試結果發現系統網站可正常運作包括：警戒燈號會依水深變化進行變化、線上即時影像及歷程測試正常、進行歷史影像及歷程查詢測試亦運作正常、手機簡訊通知及E-mail通報單亦正常。未來將本計畫所開發之技術推廣或應用於防災相關事務。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020311</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203395</governmentpublicationsnumber><identifier>75488</identifier><internationalstandardbooknumber>9789860397918 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75488</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>監視系統應用於都市區域水情及災情評估之研究(2/2) Research of urban area floods by using monitoring system(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫利用交通、警政單位在路口或主要道路之監視器、防災社區設有即時監視錄影器同時能以其自有網路(ADSL)設備傳輸至監測系統，由自動化淹水監視系統，即時接收遠端影像資料，篩選合適影像，藉由影像分析技術暨處理方法，進行淹水辨識，判斷是否發生積淹水與淹水深度，並將初始積淹水情況即時傳送資料至GIS監測網站並能主動發送簡訊及通報單，供相關防救災人員判斷及使用之參考。 對於利用都市CCTV影像進行自動化淹水監控與導覽系統之測試，目前正持續進行實際測試。大致已完成水深警戒燈號測試、即時影像及歷程測試及歷史影像及歷程查詢測試。經測試結果發現系統網站可正常運作包括：警戒燈號會依水深變化進行變化、線上即時影像及歷程測試正常、進行歷史影像及歷程查詢測試亦運作正常、手機簡訊通知及E-mail通報單亦正常。未來將本計畫所開發之技術推廣或應用於防災相關事務。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020311</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203395</governmentpublicationsnumber><identifier>75489</identifier><internationalstandardbooknumber>9789860397918 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75489</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>監視系統應用於都市區域水情及災情評估之研究(2/2)--光碟版 Research of urban area floods by using monitoring system(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃水利署自93年至101年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 本計畫為為期1年的系統維運、功能改善與擴充計畫，已依據上一階段(101年)執行之狀況持續系統功能改善並維持系統正常運作，除了維持系統正常運作外亦維護水利署一百多座監視站，於水利署通報後8小時內完成檢測與簡易故障排除。水情監測格網系統功能部份亦持續進行括充工作，包括完成介接縣市政府水情中心以及台電有助於防災之監視影像；完成警戒水位影像辯識之開發，充份利用水情影像資料並整合水利署警戒水位資訊，自動搜尋附近之影像站；加強行動行動水情影像監控平台安全機制，可鎖定只讓署內相關人員使用；建置第二條CCTV專屬VPN網路，以分散水利署CCTV既有的網路流量，達到相互備援之目的。在超級視訊格網擴充部份則開發一機動式簡易型視訊會議系統，做為備援系統之使用。本年度之工作期能發揮於防救災之應用，並於未來引入其他防救災相關之研究。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020324</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203230</governmentpublicationsnumber><identifier>75491</identifier><internationalstandardbooknumber>9789860395235 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75491</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年防災應變格網系統與水情影像監視站軟硬體擴充與維運 2013 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201312</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃水利署自93年至101年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 本計畫為為期1年的系統維運、功能改善與擴充計畫，已依據上一階段(101年)執行之狀況持續系統功能改善並維持系統正常運作，除了維持系統正常運作外亦維護水利署一百多座監視站，於水利署通報後8小時內完成檢測與簡易故障排除。水情監測格網系統功能部份亦持續進行括充工作，包括完成介接縣市政府水情中心以及台電有助於防災之監視影像；完成警戒水位影像辯識之開發，充份利用水情影像資料並整合水利署警戒水位資訊，自動搜尋附近之影像站；加強行動行動水情影像監控平台安全機制，可鎖定只讓署內相關人員使用；建置第二條CCTV專屬VPN網路，以分散水利署CCTV既有的網路流量，達到相互備援之目的。在超級視訊格網擴充部份則開發一機動式簡易型視訊會議系統，做為備援系統之使用。本年度之工作期能發揮於防救災之應用，並於未來引入其他防救災相關之研究。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020324</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/14</date><governmentpublicationsnumber>1010203230</governmentpublicationsnumber><identifier>75492</identifier><internationalstandardbooknumber>9789860395235 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75492</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年防災應變格網系統與水情影像監視站軟硬體擴充與維運--光碟版 2013 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201312</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續101年之「多重影像處理技術應用於防救災之研究」計畫，主要協助防救災多重影像資訊蒐集、多重影像技術研發，並製作防災教育宣導立體動畫影片。本計畫為2年期的第2年計畫，主要內容為系統技術研發與推廣，今年度工作項目包括配合水利署需求，於重大災害、特殊事件與水利工程建設蒐集防救災多重影像資訊，儲存於防救災多重影像資料庫，作為珍貴之歷史記錄。技術研發部分，包括多重影像處理技術改良與功能加值，開發影片式、多維大尺度之立體全影影像，開發行動式全景影像模組，藉由提供大範圍場景、深度與高解析等多元化資訊，協助進行更精確之災因與勘災分析研判。同時擴增雲端行動化展示系統與防救災多重影像資料庫內容， 且進一步結合動畫製作防災教育立體動畫影片，協助水利署進行防災教育推廣與宣導。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020323</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203229</governmentpublicationsnumber><identifier>75510</identifier><internationalstandardbooknumber>9789860394924 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75510</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>多重影像處理技術應用於防救災之研究(2/2) Study of Photographic Multishot Technique for Disaster Prevention(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續101年之「多重影像處理技術應用於防救災之研究」計畫，主要協助防救災多重影像資訊蒐集、多重影像技術研發，並製作防災教育宣導立體動畫影片。本計畫為2年期的第2年計畫，主要內容為系統技術研發與推廣，今年度工作項目包括配合水利署需求，於重大災害、特殊事件與水利工程建設蒐集防救災多重影像資訊，儲存於防救災多重影像資料庫，作為珍貴之歷史記錄。技術研發部分，包括多重影像處理技術改良與功能加值，開發影片式、多維大尺度之立體全影影像，開發行動式全景影像模組，藉由提供大範圍場景、深度與高解析等多元化資訊，協助進行更精確之災因與勘災分析研判。同時擴增雲端行動化展示系統與防救災多重影像資料庫內容， 且進一步結合動畫製作防災教育立體動畫影片，協助水利署進行防災教育推廣與宣導。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020323</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203229</governmentpublicationsnumber><identifier>75511</identifier><internationalstandardbooknumber>9789860394924 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75511</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>多重影像處理技術應用於防救災之研究(2/2)--光碟版 Study of Photographic Multishot Technique for Disaster Prevention(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫評估於臺南地區設置海水淡化廠，產出淡化水併入自?水管網系統就近供給臺南市?海地區民生及工業用水，已具可?性。本??主要著重於海域環境調查，以作為海淡廠規劃設計檢討之依據。因應莫拉克風災造成水庫淤積致台南地區有缺水危機。增供10萬噸水源，併入自來水系統就近供給台南市臨海地區民生用水與鄰近工業區用水。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020089</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010202760</governmentpublicationsnumber><identifier>75512</identifier><internationalstandardbooknumber>9789860390032 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75512</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南海水淡化廠可行性規劃-海域環境調查及計畫推動(內附光碟)Feasibility Study of Seawater Desalination Plant in Tainan –Marine Environmental Survey and Plan Promotion</title><yearidentifier>201312</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於精進洪水預 報技術，發展出「水利署洪水預報系統」，期望能在水患發生前，透過 降雨推估和逕流、洪水演算，有效操作水庫閘門蓄減洪峰，並對洪氾 淹水潛勢地區發佈警報，緊急撤離民眾，降低洪水災害的生命損失。 唯台灣山脈阻擋、谷地槽導等複雜地形效應，使得現有雨量觀測系統 仍難以準確估計颱風時山區的降雨歷線和分佈；湍急逕流經常改變河 川斷面，不易建立水位－流量率定曲線，流量估計誤差可能很顯著。 降雨、逕流觀測誤差，和基於線性假設的逕流模式應用於高時變性、 高動態範圍的山區颱風降雨，導致逕流模式參數錯誤；再加上不準確 的定量降雨預報等，共同構成逕流歷線的偏估，為河川水位預報最主 要的誤差來源。 「系集降雨預報應用於洪水預報之研究」二年期計畫，是在 2005-2006「洪水預報與減災應變格網建置計畫」、2007-2009年「水文 模式與分散式洪水預報系統整合應用計畫」、2010-2011年「機率式洪水 預報系統之研發」建置的水利署洪水預報系統既有基礎上，針對三大 工作目標進行技術研發與系統擴充：(1)利用系集降雨預報，建置河川 洪水位機率預報系統：引進數值天氣預報模式為基礎的系集定量降雨 預報，發展河川洪水位機率預報產品；並針對洪水系集預報高計算量 需求，研發計算效率高、可長期模擬之降雨-逕流演算模組。(2)協助水 利署彙整各河川局不同洪水預報系統的預報資訊，以供颱洪時期間防 災預警研判。(3)擴充水利署洪水預報系統之預報流域：建置花蓮溪、 卑南溪及後龍溪洪水預報系統。 第一年度計畫已完成引進系集降雨預報產品，納入平行演算機 制，開發計算效率高、可長期模擬之降雨-逕流演算模組(BKW與GSMA 模式)，同時協助防災中心訂定水利署洪水預報產品資料標準格式和抬頭編碼，以利彙整、展示DRAINS系統和各河川局洪水預報系統輸出的 洪水位、流量資訊等技術服務工作，以及以既有之DRAINS架構建置花 蓮溪與卑南溪流域洪水預報系統。 第二(本)年計畫持續進行高效能逕流模式機制與效能改進，並建置 蘭陽溪、淡水河、濁水溪、曾文溪、林邊溪與太麻里溪流域之高效能 逕流模式；建置河川洪水位機率預報成果展示網頁，並以淡水河、濁 水溪、曾文溪、林邊溪與太麻里溪流域為例，進行事後預報，評估河 川洪水位機率預報成效；建置「河川洪水預警綜合展示平台」以便於 颱洪時期能更快速的整合暨共同展示各河川局回報之河川洪水預報資 訊；以及以既有之DRAINS架構建置後龍溪流域洪水預報系統。.</abstract><author>台灣大學, 多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020328</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203320</governmentpublicationsnumber><identifier>75513</identifier><internationalstandardbooknumber>9789860395143 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75513</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>系集降雨預報應用於洪水預報之研究(2/2) A study to apply ensemble QPF with operational flood forecasting(2/2)</title><yearidentifier>201311</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於精進洪水預 報技術，發展出「水利署洪水預報系統」，期望能在水患發生前，透過 降雨推估和逕流、洪水演算，有效操作水庫閘門蓄減洪峰，並對洪氾 淹水潛勢地區發佈警報，緊急撤離民眾，降低洪水災害的生命損失。 唯台灣山脈阻擋、谷地槽導等複雜地形效應，使得現有雨量觀測系統 仍難以準確估計颱風時山區的降雨歷線和分佈；湍急逕流經常改變河 川斷面，不易建立水位－流量率定曲線，流量估計誤差可能很顯著。 降雨、逕流觀測誤差，和基於線性假設的逕流模式應用於高時變性、 高動態範圍的山區颱風降雨，導致逕流模式參數錯誤；再加上不準確 的定量降雨預報等，共同構成逕流歷線的偏估，為河川水位預報最主 要的誤差來源。 「系集降雨預報應用於洪水預報之研究」二年期計畫，是在 2005-2006「洪水預報與減災應變格網建置計畫」、2007-2009年「水文 模式與分散式洪水預報系統整合應用計畫」、2010-2011年「機率式洪水 預報系統之研發」建置的水利署洪水預報系統既有基礎上，針對三大 工作目標進行技術研發與系統擴充：(1)利用系集降雨預報，建置河川 洪水位機率預報系統：引進數值天氣預報模式為基礎的系集定量降雨 預報，發展河川洪水位機率預報產品；並針對洪水系集預報高計算量 需求，研發計算效率高、可長期模擬之降雨-逕流演算模組。(2)協助水 利署彙整各河川局不同洪水預報系統的預報資訊，以供颱洪時期間防 災預警研判。(3)擴充水利署洪水預報系統之預報流域：建置花蓮溪、 卑南溪及後龍溪洪水預報系統。 第一年度計畫已完成引進系集降雨預報產品，納入平行演算機 制，開發計算效率高、可長期模擬之降雨-逕流演算模組(BKW與GSMA 模式)，同時協助防災中心訂定水利署洪水預報產品資料標準格式和抬頭編碼，以利彙整、展示DRAINS系統和各河川局洪水預報系統輸出的 洪水位、流量資訊等技術服務工作，以及以既有之DRAINS架構建置花 蓮溪與卑南溪流域洪水預報系統。 第二(本)年計畫持續進行高效能逕流模式機制與效能改進，並建置 蘭陽溪、淡水河、濁水溪、曾文溪、林邊溪與太麻里溪流域之高效能 逕流模式；建置河川洪水位機率預報成果展示網頁，並以淡水河、濁 水溪、曾文溪、林邊溪與太麻里溪流域為例，進行事後預報，評估河 川洪水位機率預報成效；建置「河川洪水預警綜合展示平台」以便於 颱洪時期能更快速的整合暨共同展示各河川局回報之河川洪水預報資 訊；以及以既有之DRAINS架構建置後龍溪流域洪水預報系統。.</abstract><author>國立台灣大學,多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020328</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203320</governmentpublicationsnumber><identifier>75514</identifier><internationalstandardbooknumber>9789860395143 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75514</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>系集降雨預報應用於洪水預報之研究(2/2)--光碟版 A study to apply ensemble QPF with operational flood forecasting(2/2)</title><yearidentifier>201311</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學,多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020328</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203320</governmentpublicationsnumber><identifier>75515</identifier><internationalstandardbooknumber>9789860395143 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75515</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>系集降雨預報應用於洪水預報之研究(2/2)附錄G、各河川局提供洪水預報檢討分析報告-潭美、康芮颱風以及0831豪雨事件--光碟版=A study to apply ensemble QPF with operational flood forecasting(2/2)</title><yearidentifier>201311</yearidentifier></data><data><abstract>經濟部水利署為落實防洪減災的任務，近年來致力於精進洪水預 報技術，發展出「水利署洪水預報系統」，期望能在水患發生前，透過 降雨推估和逕流、洪水演算，有效操作水庫閘門蓄減洪峰，並對洪氾 淹水潛勢地區發佈警報，緊急撤離民眾，降低洪水災害的生命損失。 唯台灣山脈阻擋、谷地槽導等複雜地形效應，使得現有雨量觀測系統 仍難以準確估計颱風時山區的降雨歷線和分佈；湍急逕流經常改變河 川斷面，不易建立水位－流量率定曲線，流量估計誤差可能很顯著。 降雨、逕流觀測誤差，和基於線性假設的逕流模式應用於高時變性、 高動態範圍的山區颱風降雨，導致逕流模式參數錯誤；再加上不準確 的定量降雨預報等，共同構成逕流歷線的偏估，為河川水位預報最主 要的誤差來源。 「系集降雨預報應用於洪水預報之研究」二年期計畫，是在 2005-2006「洪水預報與減災應變格網建置計畫」、2007-2009年「水文 模式與分散式洪水預報系統整合應用計畫」、2010-2011年「機率式洪水 預報系統之研發」建置的水利署洪水預報系統既有基礎上，針對三大 工作目標進行技術研發與系統擴充：(1)利用系集降雨預報，建置河川 洪水位機率預報系統：引進數值天氣預報模式為基礎的系集定量降雨 預報，發展河川洪水位機率預報產品；並針對洪水系集預報高計算量 需求，研發計算效率高、可長期模擬之降雨-逕流演算模組。(2)協助水 利署彙整各河川局不同洪水預報系統的預報資訊，以供颱洪時期間防 災預警研判。(3)擴充水利署洪水預報系統之預報流域：建置花蓮溪、 卑南溪及後龍溪洪水預報系統。 第一年度計畫已完成引進系集降雨預報產品，納入平行演算機 制，開發計算效率高、可長期模擬之降雨-逕流演算模組(BKW與GSMA 模式)，同時協助防災中心訂定水利署洪水預報產品資料標準格式和抬頭編碼，以利彙整、展示DRAINS系統和各河川局洪水預報系統輸出的 洪水位、流量資訊等技術服務工作，以及以既有之DRAINS架構建置花 蓮溪與卑南溪流域洪水預報系統。 第二(本)年計畫持續進行高效能逕流模式機制與效能改進，並建置 蘭陽溪、淡水河、濁水溪、曾文溪、林邊溪與太麻里溪流域之高效能 逕流模式；建置河川洪水位機率預報成果展示網頁，並以淡水河、濁 水溪、曾文溪、林邊溪與太麻里溪流域為例，進行事後預報，評估河 川洪水位機率預報成效；建置「河川洪水預警綜合展示平台」以便於 颱洪時期能更快速的整合暨共同展示各河川局回報之河川洪水預報資 訊；以及以既有之DRAINS架構建置後龍溪流域洪水預報系統。.</abstract><author>台灣大學,多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020328</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203320</governmentpublicationsnumber><identifier>75516</identifier><internationalstandardbooknumber>9789860395143 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75516</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>系集降雨預報應用於洪水預報之研究總報告 A study to apply ensemble QPF with operational flood forecasting Final Report</title><yearidentifier>201311</yearidentifier></data><data><abstract>本計畫之主要目標為建立台灣中部地區氣候變遷衝擊分析模式(包含水源供 需與水患分析模式)，進而結合氣候變遷情境進行水源供需與水患之衝擊分析、以 及脆弱度與風險評估。透過地理資訊系統的地圖化、視覺化與互動化，整合計畫 中所有分析模式之成果，以建構「氣候變遷對水旱災災害防救衝擊評估決策支援 系統」。系統分析結果將可作為台灣中部地區因應氣候變遷水旱災災害防救調適 策略規劃之參考依據。同時系統中亦具有「季長期區域性缺水預測模組」，此模 組將配合中央氣象局季長期天氣展望，評估未來三個月研究區域內各分區可能之 缺水情況，提供區域性旱災預警資訊與防救決策之參考。 本計畫以二年期程執行氣候變遷對水旱災災害防救衝擊及評估研究。藉由第 一年之執行，已順利完成台灣中部地區氣候變遷衝擊下之水患及水源供需之情境 與指標、系統動力模型，以及初步建構適用於研究區域之氣候變遷水旱災害防救 決策支援系統與「季長期區域性缺水預測模組」等。本年度藉由第一年執行之成 果進一步進行(1)以台灣中部區域之農田水利會灌區及自來水公司供水區為研究 範圍之水資源供需之脆弱度及風險評估，並製作脆弱度與風險地圖。(2)以大安溪 流域至濁水溪流域為研究範圍，進行氣候變遷下目標年水患之脆弱度及風險評 估，並製作脆弱度與風險地圖。(3)分析已核定或規劃中之水資源開發計畫完成 下，目標年水源供需之脆弱度及風險評估，並建議降低區水風險與淹水衝擊之調適策略。(4)建構「氣候變遷水旱災害防救決策支援系統」，以整合水源供需及水 患分析相關模式並展示現況與氣候變遷對水源供需及水患衝擊之情境、指標與模 式模擬成果，以及未來情境下之水旱災災害防救決策資訊(5)率定及驗證「季長期 區域性缺水預測模組」，以提供未來三個月研究區域內各分區可能之缺水情況。 藉由上述工作項目之執行，以提供台灣中部地區因應氣候變遷水旱災災害防救調 適策略規劃之參考，另提供未來三個月區域性旱災預警資訊以作為防救決策之依 據。.</abstract><author>成大研究發展基金會</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020314</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203324</governmentpublicationsnumber><identifier>75517</identifier><internationalstandardbooknumber>9789860394467 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75517</librarycollectiondetailsurl><price>3300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷對中部地區水旱災災害防救衝擊評估及調適策略擬定(2/2) Assessment and Adaptation Strategy of Climate Change Impacts on Flood and Drought Disasters in Central Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要目標為建立台灣中部地區氣候變遷衝擊分析模式(包含水源供 需與水患分析模式)，進而結合氣候變遷情境進行水源供需與水患之衝擊分析、以 及脆弱度與風險評估。透過地理資訊系統的地圖化、視覺化與互動化，整合計畫 中所有分析模式之成果，以建構「氣候變遷對水旱災災害防救衝擊評估決策支援 系統」。系統分析結果將可作為台灣中部地區因應氣候變遷水旱災災害防救調適 策略規劃之參考依據。同時系統中亦具有「季長期區域性缺水預測模組」，此模 組將配合中央氣象局季長期天氣展望，評估未來三個月研究區域內各分區可能之 缺水情況，提供區域性旱災預警資訊與防救決策之參考。 本計畫以二年期程執行氣候變遷對水旱災災害防救衝擊及評估研究。藉由第 一年之執行，已順利完成台灣中部地區氣候變遷衝擊下之水患及水源供需之情境 與指標、系統動力模型，以及初步建構適用於研究區域之氣候變遷水旱災害防救 決策支援系統與「季長期區域性缺水預測模組」等。本年度藉由第一年執行之成 果進一步進行(1)以台灣中部區域之農田水利會灌區及自來水公司供水區為研究 範圍之水資源供需之脆弱度及風險評估，並製作脆弱度與風險地圖。(2)以大安溪 流域至濁水溪流域為研究範圍，進行氣候變遷下目標年水患之脆弱度及風險評 估，並製作脆弱度與風險地圖。(3)分析已核定或規劃中之水資源開發計畫完成 下，目標年水源供需之脆弱度及風險評估，並建議降低區水風險與淹水衝擊之調適策略。(4)建構「氣候變遷水旱災害防救決策支援系統」，以整合水源供需及水 患分析相關模式並展示現況與氣候變遷對水源供需及水患衝擊之情境、指標與模 式模擬成果，以及未來情境下之水旱災災害防救決策資訊(5)率定及驗證「季長期 區域性缺水預測模組」，以提供未來三個月研究區域內各分區可能之缺水情況。 藉由上述工作項目之執行，以提供台灣中部地區因應氣候變遷水旱災災害防救調 適策略規劃之參考，另提供未來三個月區域性旱災預警資訊以作為防救決策之依 據。</abstract><author>成大研究發展基金會</author><categoryidentifier>575.87029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020314</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203324</governmentpublicationsnumber><identifier>75518</identifier><internationalstandardbooknumber>9789860394467 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75518</librarycollectiondetailsurl><price>3300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷對中部地區水旱災災害防救衝擊評估及調適策略擬定(2/2)--光碟版 Assessment and Adaptation Strategy of Climate Change Impacts on Flood and Drought Disasters in Central Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫透過流域防災資訊整合之研究，針對全台流域防災資料進行蒐集及加值處理，開發建置「流域防災資訊整合系統」，今年系統工作項目主要為氣象、警戒、水位、水庫、抽水機、防汛器材等模組之規劃及開發；另外關於「流域防災資訊整合系統」iPad版亦著手規劃及開發。 於系統加值及備份方面，本計畫完成即時水情資訊之介接及備份，並開發各項防災加值資訊Web Service服務資訊供「流域防災資訊整合系統」使用，透過地理資訊系統平台之開發，已將各「流域防災資訊」綜合呈現於系統上並提供決策者參考。 本計畫針對石門、翡翠、曾文、鯉魚潭、阿公店、牡丹水庫等六水庫進行水庫總入流量快速推估之研究，透過各水庫管理局所提供之水庫運轉報表及水庫上游集水區雨量測站權重資料，今年度已完成全台六大重要水庫集水區降雨與水庫入流量之研究，研究結果顯示，各水庫集水區豐水期平均逕流係數介於1~0.5，其中，曾文水庫豐水期平均逕流係數高達0.95，表示曾文水庫上游集水區平均降雨與水庫入流量之關係相當良好，石門水庫豐水期平均逕流係數為最小(C=0.64)，另外，各水庫枯水期平均逕流係數皆小於0.5。 本計畫配合撰寫系統操作手冊、系統測試報告、進行水利工程研討會投稿；亦完成相關使用人員之訪談記錄並提供相關建議及討論，系統教育訓練預計於12月辦理完成。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020164</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203488</governmentpublicationsnumber><identifier>75520</identifier><internationalstandardbooknumber>9789860399479 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75520</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>流域防災資訊整合之研究(1/2) Study of the integrated information system for watershed disaster prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫透過流域防災資訊整合之研究，針對全台流域防災資料進行蒐集及加值處理，開發建置「流域防災資訊整合系統」，今年系統工作項目主要為氣象、警戒、水位、水庫、抽水機、防汛器材等模組之規劃及開發；另外關於「流域防災資訊整合系統」iPad版亦著手規劃及開發。 於系統加值及備份方面，本計畫完成即時水情資訊之介接及備份，並開發各項防災加值資訊Web Service服務資訊供「流域防災資訊整合系統」使用，透過地理資訊系統平台之開發，已將各「流域防災資訊」綜合呈現於系統上並提供決策者參考。 本計畫針對石門、翡翠、曾文、鯉魚潭、阿公店、牡丹水庫等六水庫進行水庫總入流量快速推估之研究，透過各水庫管理局所提供之水庫運轉報表及水庫上游集水區雨量測站權重資料，今年度已完成全台六大重要水庫集水區降雨與水庫入流量之研究，研究結果顯示，各水庫集水區豐水期平均逕流係數介於1~0.5，其中，曾文水庫豐水期平均逕流係數高達0.95，表示曾文水庫上游集水區平均降雨與水庫入流量之關係相當良好，石門水庫豐水期平均逕流係數為最小(C=0.64)，另外，各水庫枯水期平均逕流係數皆小於0.5。 本計畫配合撰寫系統操作手冊、系統測試報告、進行水利工程研討會投稿；亦完成相關使用人員之訪談記錄並提供相關建議及討論，系統教育訓練預計於12月辦理完成。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020164</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203488</governmentpublicationsnumber><identifier>75521</identifier><internationalstandardbooknumber>9789860399479 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75521</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>流域防災資訊整合之研究(1/2)--光碟版 Study of the integrated information system for watershed disaster prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020164</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203488</governmentpublicationsnumber><identifier>75522</identifier><internationalstandardbooknumber>9789860399479 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75522</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>流域防災資訊整合之研究(1/2)附錄--光碟版=Study of the integrated information system for watershed disaster prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>於計畫執行期間民國101年9月12日至102年12月20日，本署透過水患治理減災避洪措施北區推動服務團(簡稱北區推動服務團)，協助推動「易淹水地區水患治理非工程措施推動計畫」計畫。北區推動服務團計畫範圍涵括4個河川局(第一河川局、第二河川局、第九河川局及第十河川局)及8個縣市(宜蘭縣、桃園縣、新竹市、新竹縣、苗栗縣、花蓮縣、新北市及基隆市)。 北區推動服務團針對北區計畫範圍內各縣市「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」執行進行進度管控，並定期彙整三區之資料提供給本署水利防災中心，並協助本署定期進行縣市訪視督考作業，於颱風豪雨期間，協助蒐集各縣市自主防災社區應變情形，並於各場颱風豪雨事件結束後彙整三區資料提供非工程措施推動計畫推動之成效。101年度水患自主防災社區評鑑作業已於102年4月完成規劃辦理，102年度水患自主防災社區評鑑作業已完成規劃，目前正在進行中，預計於102年11月底完成。 北區推動服務團已完成規劃辦理之會議及活動，包括「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」計畫相關工作會議、計畫推動說明會暨水災防災計畫業務講習會、水患自主防災社區幹部培訓營、培訓團隊共識營、種籽教師培訓營、北區演練觀摩活動及社區交流會議，另，北區成果發表會暨表揚大會目前北區推動服務團已完成規劃工作，預計於102年12月1日辦理之。 北區推動服務團於計畫執行期間，協助北區各縣市政府及其培訓團隊辦理水患自主防災社區各項活動並提供相關諮詢，包括防汛演練腳本諮詢、防災地圖製作諮詢。北區推動服務團亦實際參與水患自主防災社區防汛演練及各縣市政府成果座談會等各項活動，並參與各縣市期中、期末等相關審查會議，且於活動或會議中提供相關意見及建議事項，發揮北區推動服務團推動成立之目的。 北區推動服務團所設計之各項文宣作品，包括磁鐵開瓶器、2014年桌曆、社區防汛季刊、社區防汛季刊電子書、活動宣傳海報及活動看版等，皆於計畫執行期間完成規劃及製作。 北區推動服務團已初步規劃「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」總結報告書雛型架構，待各縣市「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」結案後，完成彙整編撰之工作。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010183</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203487</governmentpublicationsnumber><identifier>75523</identifier><internationalstandardbooknumber>9789860399486 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75523</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施北區推動服務團 Northern District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>於計畫執行期間民國101年9月12日至102年12月20日，本署透過水患治理減災避洪措施北區推動服務團(簡稱北區推動服務團)，協助推動「易淹水地區水患治理非工程措施推動計畫」計畫。北區推動服務團計畫範圍涵括4個河川局(第一河川局、第二河川局、第九河川局及第十河川局)及8個縣市(宜蘭縣、桃園縣、新竹市、新竹縣、苗栗縣、花蓮縣、新北市及基隆市)。 北區推動服務團針對北區計畫範圍內各縣市「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」執行進行進度管控，並定期彙整三區之資料提供給本署水利防災中心，並協助本署定期進行縣市訪視督考作業，於颱風豪雨期間，協助蒐集各縣市自主防災社區應變情形，並於各場颱風豪雨事件結束後彙整三區資料提供非工程措施推動計畫推動之成效。101年度水患自主防災社區評鑑作業已於102年4月完成規劃辦理，102年度水患自主防災社區評鑑作業已完成規劃，目前正在進行中，預計於102年11月底完成。 北區推動服務團已完成規劃辦理之會議及活動，包括「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」計畫相關工作會議、計畫推動說明會暨水災防災計畫業務講習會、水患自主防災社區幹部培訓營、培訓團隊共識營、種籽教師培訓營、北區演練觀摩活動及社區交流會議，另，北區成果發表會暨表揚大會目前北區推動服務團已完成規劃工作，預計於102年12月1日辦理之。 北區推動服務團於計畫執行期間，協助北區各縣市政府及其培訓團隊辦理水患自主防災社區各項活動並提供相關諮詢，包括防汛演練腳本諮詢、防災地圖製作諮詢。北區推動服務團亦實際參與水患自主防災社區防汛演練及各縣市政府成果座談會等各項活動，並參與各縣市期中、期末等相關審查會議，且於活動或會議中提供相關意見及建議事項，發揮北區推動服務團推動成立之目的。 北區推動服務團所設計之各項文宣作品，包括磁鐵開瓶器、2014年桌曆、社區防汛季刊、社區防汛季刊電子書、活動宣傳海報及活動看版等，皆於計畫執行期間完成規劃及製作。 北區推動服務團已初步規劃「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」總結報告書雛型架構，待各縣市「易淹水地區水患自主防災社區推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」結案後，完成彙整編撰之工作。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010183</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203487</governmentpublicationsnumber><identifier>75524</identifier><internationalstandardbooknumber>9789860399486 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75524</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施北區推動服務團--光碟版 Northern District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010183</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/15</date><governmentpublicationsnumber>1010203487</governmentpublicationsnumber><identifier>75525</identifier><internationalstandardbooknumber>9789860399486 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75525</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施北區推動服務團附錄--光碟版=Northern District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000305</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010200986</governmentpublicationsnumber><identifier>75527</identifier><internationalstandardbooknumber>9789860369328 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75527</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>後龍溪水系支流鹽水坑溪治理規劃檢討Review on Planning of Yanshuikeng River,Tributary of Houlong River Basin</title><yearidentifier>201305</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>75530</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75530</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(內附附錄六光碟) Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>75531</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75531</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(光碟版) Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業等)外，每年亦配合本局的重點業務需求，協助相關工作的規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020266</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010203224</governmentpublicationsnumber><identifier>75532</identifier><internationalstandardbooknumber>9789860394382 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75532</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度二河局轄區洪水預警及防汛整合作業 Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業等)外，每年亦配合本局的重點業務需求，協助相關工作的規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020266</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010203224</governmentpublicationsnumber><identifier>75533</identifier><internationalstandardbooknumber>9789860394382 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75533</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度二河局轄區洪水預警及防汛整合作業(光碟版) Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>雙溪水庫計畫位於新?市雙溪區，壩址位於雙溪支?丁子?溪，雙溪水庫自民國80 ?開始進?初步規劃「台?縣雙溪水系水庫初步規劃」，民國100 ?開始辦?「台灣地區?部區域雙溪水庫可?性規劃檢討」，持續至102 ?辦?「台灣地區?部區域雙溪水庫可?性規劃檢討(3)」。 民國 101 ?可?性規劃檢討(2)針對壩址進?調查，結果顯示，雙溪水庫壩址條件大致?好，惟右壩墩可能存在 2 條剪?帶，對壩型之選擇仍待進一步調查釐清，本??弱地質調查重點為右岸之2 條剪帶，完成折射震測11 條測線總長2,070 公尺，鑽探13 孔總深?780 公尺，橫坑開挖1 處40 公尺，以及相關現地及室內岩石試驗，再彙整前階段成果進?壩址地質特性綜合評估，俾?整體規劃工作之?，雙溪水庫計畫主要完成地質調查工作項目及???摘表1。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020097</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202979</governmentpublicationsnumber><identifier>75534</identifier><internationalstandardbooknumber>9789860393156 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75534</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)地質鑽探專題-地質鑽探及岩石力學試驗分析 Feasibility Planning on Shunang-Xi Reservoir(3) - Report on Geological Survey and Testing - Geologic Drilling and Rock Characterization Testing</title><yearidentifier>201312</yearidentifier></data><data><abstract>雙溪水庫計畫位於新?市雙溪區，壩址位於雙溪支?丁子?溪，雙溪水庫自民國80 ?開始進?初步規劃「台?縣雙溪水系水庫初步規劃」，民國100 ?開始辦?「台灣地區?部區域雙溪水庫可?性規劃檢討」，持續至102 ?辦?「台灣地區?部區域雙溪水庫可?性規劃檢討(3)」。 民國 101 ?可?性規劃檢討(2)針對壩址進?調查，結果顯示，雙溪水庫壩址條件大致?好，惟右壩墩可能存在 2 條剪?帶，對壩型之選擇仍待進一步調查釐清，本??弱地質調查重點為右岸之2 條剪帶，完成折射震測11 條測線總長2,070 公尺，鑽探13 孔總深?780 公尺，橫坑開挖1 處40 公尺，以及相關現地及室內岩石試驗，再彙整前階段成果進?壩址地質特性綜合評估，俾?整體規劃工作之?，雙溪水庫計畫主要完成地質調查工作項目及???摘表1。</abstract><author>聯合大地工程顧問股份有限公司,秦德</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020097</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202979</governmentpublicationsnumber><identifier>75535</identifier><internationalstandardbooknumber>9789860393156 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75535</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)地質鑽探專題-地質鑽探及岩石力學試驗分析--附錄--附光碟PDF檔 Feasibility Planning on Shunang-Xi Reservoir(3) - Report on Geological Survey and Testing - Geologic Drilling and Rock Characterization Testing</title><yearidentifier>201312</yearidentifier></data><data><abstract>雙溪水庫計畫位於新?市雙溪區，壩址位於雙溪支?丁子?溪，雙溪水庫自民國80 ?開始進?初步規劃「台?縣雙溪水系水庫初步規劃」，民國100 ?開始辦?「台灣地區?部區域雙溪水庫可?性規劃檢討」，持續至102 ?辦?「台灣地區?部區域雙溪水庫可?性規劃檢討(3)」。 民國 101 ?可?性規劃檢討(2)針對壩址進?調查，結果顯示，雙溪水庫壩址條件大致?好，惟右壩墩可能存在 2 條剪?帶，對壩型之選擇仍待進一步調查釐清，本??弱地質調查重點為右岸之2 條剪帶，完成折射震測11 條測線總長2,070 公尺，鑽探13 孔總深?780 公尺，橫坑開挖1 處40 公尺，以及相關現地及室內岩石試驗，再彙整前階段成果進?壩址地質特性綜合評估，俾?整體規劃工作之?，雙溪水庫計畫主要完成地質調查工作項目及???摘表1。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020097</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202979</governmentpublicationsnumber><identifier>75536</identifier><internationalstandardbooknumber>9789860393156 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75536</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)地質鑽探專題-地質鑽探及岩石力學試驗分析--光碟版 Feasibility Planning on Shunang-Xi Reservoir(3) - Report on Geological Survey and Testing - Geologic Drilling and Rock Characterization Testing</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署於98 年度執行「氣候第1 階段管理計畫」，規劃4 年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。該科技研究發展專案計畫中針對高屏溪流域為因應全球氣候變遷對水利事業可能造成的衝擊及謀劃相關因應策略，於99 年起提列「強化高屏溪流域因應氣候變遷防洪調適能力研究計畫」及「氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例」各二年研究計畫，整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，分別 進行高屏溪流域因應氣候變遷防洪調適策略及因應之行動方案、因應氣候變遷所造成土砂災害處理對策示範研究；並於100 年提出完整研究報告。</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020201</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202370</governmentpublicationsnumber><identifier>75537</identifier><internationalstandardbooknumber>9789860385489 ; 9789860385</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75537</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>高屏溪?域因應氣候變遷防洪及土砂?新研究計畫 A Study of Renewal of Adaptation for Flood and Sediment Mitigation due to Climate Change of Kaoping River</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署於98 年度執行「氣候第1 階段管理計畫」，規劃4 年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。該科技研究發展專案計畫中針對高屏溪流域為因應全球氣候變遷對水利事業可能造成的衝擊及謀劃相關因應策略，於99 年起提列「強化高屏溪流域因應氣候變遷防洪調適能力研究計畫」及「氣候變遷下台灣南部河川流域土砂處理對策研究-以高屏溪為例」各二年研究計畫，整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，分別 進行高屏溪流域因應氣候變遷防洪調適策略及因應之行動方案、因應氣候變遷所造成土砂災害處理對策示範研究；並於100 年提出完整研究報告。</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020201</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202370</governmentpublicationsnumber><identifier>75538</identifier><internationalstandardbooknumber>9789860385489 ; 9789860385</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75538</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>高屏溪?域因應氣候變遷防洪及土砂?新研究計畫--光碟版 A Study of Renewal of Adaptation for Flood and Sediment Mitigation due to Climate Change of Kaoping River</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地狹人稠，隨著社會、經濟、人口快速成長，海岸地區已成為國土利用上不可或缺之空間。台灣因位於西太平洋颱風盛行區，夏秋之際常遭暴潮巨浪侵襲，沿岸低窪地區海水倒灌災害頻仍，為保障沿海居民生命財產安全，早期以興建海堤、離岸堤及拋置消波塊等硬式結構物加以防護，並未對海岸生態環境多加考量，無意中對海岸地區的生態及環境景觀造成影響。隨著近年來國內對生態環境保護意識抬頭，海岸防護思維除考量防災、減災外，亦逐漸將生態、景觀、親水及遊憩等需求納入。以營造一個豐富而多樣的水岸環境，落實生物多樣性保育，同時達成行政院「整體海岸永續發展」目標，求得人類與自然環境間之平衡和諧，降低人類活動對周遭生態環境影響。 而本署在海岸防護的觀念及措施亦隨時代演進有新的作法，在近期的「海岸環境營造計畫」，則融入整體環境考量，以達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」的目標，同時改善早期一般性海堤缺點，儘量減少混凝土化之人工結構物，著重採用自然材料的生態工法。惟一般性海堤改善策略相關斷面佈置較因地制宜，在評估波浪溯上特性時，以往經驗公式恐無法完全適用，需進一步透過模型試驗檢視各海堤改善策略削減波浪能量特性，供規劃設計時參考。 爰此，本計畫將分3年就北區、南區及東區各海岸環境特性，擇選適宜且有代表性之海岸斷面型態，進行一般性海堤斷面改善前後特性試驗，藉由實驗室量測之波浪溯上資料，評估及率定適用之溯上公式，提供未來其他海堤改善時參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020210</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202609</governmentpublicationsnumber><identifier>75539</identifier><internationalstandardbooknumber>9789860388978 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75539</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤斷面改善試驗研究(1/3) A Revise Study on General Sea Dikes in Taiwan (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地狹人稠，隨著社會、經濟、人口快速成長，海岸地區已成為國土利用上不可或缺之空間。台灣因位於西太平洋颱風盛行區，夏秋之際常遭暴潮巨浪侵襲，沿岸低窪地區海水倒灌災害頻仍，為保障沿海居民生命財產安全，早期以興建海堤、離岸堤及拋置消波塊等硬式結構物加以防護，並未對海岸生態環境多加考量，無意中對海岸地區的生態及環境景觀造成影響。隨著近年來國內對生態環境保護意識抬頭，海岸防護思維除考量防災、減災外，亦逐漸將生態、景觀、親水及遊憩等需求納入。以營造一個豐富而多樣的水岸環境，落實生物多樣性保育，同時達成行政院「整體海岸永續發展」目標，求得人類與自然環境間之平衡和諧，降低人類活動對周遭生態環境影響。 而本署在海岸防護的觀念及措施亦隨時代演進有新的作法，在近期的「海岸環境營造計畫」，則融入整體環境考量，以達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」的目標，同時改善早期一般性海堤缺點，儘量減少混凝土化之人工結構物，著重採用自然材料的生態工法。惟一般性海堤改善策略相關斷面佈置較因地制宜，在評估波浪溯上特性時，以往經驗公式恐無法完全適用，需進一步透過模型試驗檢視各海堤改善策略削減波浪能量特性，供規劃設計時參考。 爰此，本計畫將分3年就北區、南區及東區各海岸環境特性，擇選適宜且有代表性之海岸斷面型態，進行一般性海堤斷面改善前後特性試驗，藉由實驗室量測之波浪溯上資料，評估及率定適用之溯上公式，提供未來其他海堤改善時參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020210</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/16</date><governmentpublicationsnumber>1010202609</governmentpublicationsnumber><identifier>75540</identifier><internationalstandardbooknumber>9789860388978 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75540</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤斷面改善試驗研究(1/3)--光碟版 A Revise Study on General Sea Dikes in Taiwan (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫範圍位於濁水溪下游斷面07~斷面087(二水鐵路橋下游)右岸，流經?政區計有大城、竹塘、溪州以及二水鄉等四鄉鎮。計畫主要為了解濁水溪下游右岸河防建造物結構現況，採用非破壞檢測方式，檢查河防建造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及孔洞等情形，以便未來做為堤防改善、維護管理之參考依據，以及尋求有效維修與補強方案，是以辦理本計畫。 本計畫二次目視調查成果中，共計167處損壞，其中裂縫損壞為114處、坑洞損壞為17處、下陷及剝離損壞為32處、其他損壞為4處，分別約佔69%、10%、19%及2%。各河防建造物依損壞種類進行分析比對，裂縫損壞長度以下水埔導水堤2段、1段及潮洋厝堤防各佔19%、19%及17%最多，其餘堤段各約佔0~9%不等；坑洞損壞處以下水埔、下溪墘及九塊厝堤防各佔23%、18%及17%最多，其餘堤段各約佔0～12%不等；下陷及剝離損壞處統計以九塊厝、下海墘及潮洋厝堤防各佔29%、26%及23%最多，其餘堤段各約佔0～11%不等。現況破壞較嚴重之8處分別位於下山腳堤防3處、九塊厝堤防3處、潮洋厝堤防1處及苦苓腳堤防1處，原潮洋厝堤防2處越堤路面下陷處已完成修復。 本計畫透地雷達檢測總長度為28,788公尺，其中輕微淘空長度為1,577.5公尺、中度淘空長度為97.5公尺、嚴重淘空長度為10公尺，嚴重淘空訊號位於下山腳堤防及九塊厝堤防，中度淘空訊號位於下山腳堤防、九塊厝堤防、田頭堤防、潮洋厝堤防及下水埔導水堤（2段），應特別注意及觀察。 本計畫採用目視調查及非破壞性檢測成果、河防建造物歷史資料、堤後保全對象、堤身結構評估、環境因素評估及水理分析評估等六項指標作為評估指數，將各堤防分段評估，評估結果中以下溪墘堤防（0K+000~0K+600）總分62分、苦苓腳堤防（0K+000~0K+247）總分57分、下水埔堤防（4K+800~5K+700）總分54分及九塊厝堤防（4K+000~4K+800）總分52分等4個區段屬注意改善之層級，應特別注意其安全及優先安排修復工程。 計畫範圍內河防建造物維護及修復經費為1,858萬餘元，其中現況破壞較嚴重處之維護及修復經費為191萬餘元。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020178</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203466</governmentpublicationsnumber><identifier>75543</identifier><internationalstandardbooknumber>9789860399202 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75543</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度濁水溪下游右岸河防建造物安全檢測--光碟版 The 2013 Annual Safety Inspection for the Embankment on the Right Bank of ChoShui River Downstream</title><yearidentifier>201312</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期推動方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置， 99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。民間防汛志工組成不易，為健全災害防救體系之重要突破，本年度擬成立3年計畫，持續維繫志工熱情及後續養成教育，並擴充通報平台之功能，逐年強化民間防汛救災之力量，以面對未來不可預期之大規模災害。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010144</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203392</governmentpublicationsnumber><identifier>75549</identifier><internationalstandardbooknumber>9789860397895 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75549</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>民眾及防汛志工防災作業建置及策進計畫(2/3)Strategic and Operational Planning for Flood Prevention：Flood Response for the General Public(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期推動方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置， 99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。民間防汛志工組成不易，為健全災害防救體系之重要突破，本年度擬成立3年計畫，持續維繫志工熱情及後續養成教育，並擴充通報平台之功能，逐年強化民間防汛救災之力量，以面對未來不可預期之大規模災害。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010144</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203392</governmentpublicationsnumber><identifier>75550</identifier><internationalstandardbooknumber>9789860397895 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75550</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>民眾及防汛志工防災作業建置及策進計畫(2/3)(光碟版)Strategic and Operational Planning for Flood Prevention：Flood Response for the General Public(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>經濟部水利署已於民國九十七年完成台灣地區平原地區地下水位觀測站網的階段性建置，除了獲得豐富的水文地質資料外，隨著觀測的進行，陸續亦有大量地下水位與水質資料。如何充分利用地下水站網豐富的觀測資料以加強地下水資源的管理，發揮站網的效益，乃是站網建立後重要的議題之一。 目前台灣西部沿海因不合理開發地下水，引發環境惡化及資源枯竭等問題，例如地層下陷與海水入侵等問題。地下水資源永續利用是維持自身生態環境和地下水系統完整的重要問題，這是在任何規劃、管理中必須考慮的問題。地下水系統保護的實質，是為了地下水資源可永續利用。 對於地下水資源永續利用可以理解為在不同經濟、生態環境及社會環境等條件約束下，合理使用地下水資源並且不影響其他生態環境或造成其他環境災害所必須維持適宜的水量（或合理水位）、水質。這”適宜水量（或合理水位）”，為本計畫主要研究目標。基於此適宜水量（或合理全水位）條件下，進一步推估本區域可抽水量空間分佈情形，此結果則可作為地下水管理或開發區位選擇之參考資料。一般地下水數值模擬模式只能推估區域地下水資源總量，無法計算地下水分層分區抽水量時空分佈情形；本所於101年度應用資料同化技術發展抽水量推估模式來推估區域地下水利用之時空分佈，得到相當多的成果，證明該技術可行性，因此對於區域地下水可抽水量時空分佈推估可藉由此技術得到相關數據。 本年度計畫以屏東地下水分區做為例，主要考量該區地下水資源豐富，但未合理開發，造成該區域地質環境災害發生（地層下陷、海水入侵等現象）；該區域地下水觀測網建置時期甚早，因而也收集了不少地下水位觀測資料以及其他相關研究成果，可基於前述文獻資料及中間成果之基礎，更加深入研究及探討本區域地下水資源可利用性，以做為未來本區域地下水資源管理依據。</abstract><author>交通大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020078</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203011</governmentpublicationsnumber><identifier>75551</identifier><internationalstandardbooknumber>9789860393538 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75551</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域地下水資源永續利用研究-以屏東平原地下水分區為例(內附光碟)Sustainable utilization of regional groundwater resources - A case study of Pingtung Plain groundwater basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「102年度中港溪大斷面測量」計畫。</abstract><author>振東國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020023</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203388</governmentpublicationsnumber><identifier>75552</identifier><internationalstandardbooknumber>9789860398304 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75552</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度中港溪大斷面測量計畫成果報告 A Cross-section Survey Plan of the Jhonggang River in Year 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來颱風豪雨造成自然環境變遷致河川水路、地形、地貌等產生重大變化，及因堤防護岸工程興建完成、河岸地籍重測等因素，加促土地利用情況劇變。 因此，重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「102年度中港溪大斷面測量」計畫。</abstract><author>振東國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020023</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203388</governmentpublicationsnumber><identifier>75553</identifier><internationalstandardbooknumber>9789860398304 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75553</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度中港溪大斷面測量計畫成果報告(光碟版) A Cross-section Survey Plan of the Jhonggang River in Year 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>配合行政院環境保護署99年8月5日訂定相關『水庫藻毒處理作業程序』(環署水字第0990071126號函)，各民生用水水庫管理單位需依此作業程序進行自主性管理，以確保飲用水安全；本署北、中、南區水資源局及各自來水事業單位所轄水庫均受該作業程序規範，有鑒於台灣地區水庫水源眾多，且地區分散，若將水源水質樣品運送至分析單位，運輸及分析耗時久，對於水庫管理而言恐怕緩不濟急，基於此，本署已完成移動式監控技術、藍綠藻應變與監控技術提升研究計畫及相關技術整合。本年度將持續提升水庫有害藻類、藻毒素、藻臭及指標性微生物之快速監測技術。建立重要水庫有害藻類、毒素、藻臭資訊。研發水庫藻類控制及削減技術。辦理水庫水質定期監測及水庫藻毒應變監測作業。建置水庫有害藻類、毒素及微生物事件處理作業通報及相關資訊平台。辦理針對民生用水水庫管理單位及淨水場，進行水庫有害藻類、毒素及微生物事件處理作業，自主性管理情境模擬教育訓練。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020152</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202798</governmentpublicationsnumber><identifier>75555</identifier><internationalstandardbooknumber>9789860391688 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75555</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水庫有害藻類及微生物監測應變與檢測技術研究 Monitoring and Response of Harmful Algae and Microorganisms in Reservoirs</title><yearidentifier>201312</yearidentifier></data><data><abstract>配合行政院環境保護署99年8月5日訂定相關『水庫藻毒處理作業程序』(環署水字第0990071126號函)，各民生用水水庫管理單位需依此作業程序進行自主性管理，以確保飲用水安全；本署北、中、南區水資源局及各自來水事業單位所轄水庫均受該作業程序規範，有鑒於台灣地區水庫水源眾多，且地區分散，若將水源水質樣品運送至分析單位，運輸及分析耗時久，對於水庫管理而言恐怕緩不濟急，基於此，本署已完成移動式監控技術、藍綠藻應變與監控技術提升研究計畫及相關技術整合。本年度將持續提升水庫有害藻類、藻毒素、藻臭及指標性微生物之快速監測技術。建立重要水庫有害藻類、毒素、藻臭資訊。研發水庫藻類控制及削減技術。辦理水庫水質定期監測及水庫藻毒應變監測作業。建置水庫有害藻類、毒素及微生物事件處理作業通報及相關資訊平台。辦理針對民生用水水庫管理單位及淨水場，進行水庫有害藻類、毒素及微生物事件處理作業，自主性管理情境模擬教育訓練。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020152</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202798</governmentpublicationsnumber><identifier>75556</identifier><internationalstandardbooknumber>9789860391688 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75556</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水庫有害藻類及微生物監測應變與檢測技術研究(光碟版) Monitoring and Response of Harmful Algae and Microorganisms in Reservoirs</title><yearidentifier>201312</yearidentifier></data><data><abstract>飲水中之新興污染物，長期而言對人體具有一定之健康風險，故本署前以4年辦理等工作，惟因檢驗方法所限，常需1至2星期方能檢驗完畢，無法及時知悉是否含有新興污染物，是以102及103年除擬對淨水場處理前後之水進行持續監測外，並擬開發快速檢測方法，以提供民眾更即時之用水資訊。</abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020139</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202859</governmentpublicationsnumber><identifier>75558</identifier><internationalstandardbooknumber>9789860392067 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75558</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>公共給水系統新興污染物監控與處理技術提昇研究（1/2）Promotion of the Monitoring and Control on Contaminants of Emerging Concern in Public Water Supply System (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>飲水中之新興污染物，長期而言對人體具有一定之健康風險，故本署前以4年辦理等工作，惟因檢驗方法所限，常需1至2星期方能檢驗完畢，無法及時知悉是否含有新興污染物，是以102及103年除擬對淨水場處理前後之水進行持續監測外，並擬開發快速檢測方法，以提供民眾更即時之用水資訊。</abstract><author>台灣大學環境工程學研究所</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020139</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202859</governmentpublicationsnumber><identifier>75559</identifier><internationalstandardbooknumber>9789860392067 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75559</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>公共給水系統新興污染物監控與處理技術提昇研究（1/2）(光碟版)Promotion of the Monitoring and Control on Contaminants of Emerging Concern in Public Water Supply System(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.臺灣地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區為容易發生土壤液化的沖積、回填區域，而自來水設備，包括取水、貯水、導水、淨水、送水、及配水等設備，其相關設備經管線串連建構一整體自來水系統，亦為重要維生系統管線之一，因此，強震後若能藉由地震早期損失評估的技術，第一時間提供自來水管線及設施損壞與損失的推估結果，藉以掌握各類管線與重要設施可能的損壞數量及分布情形，必有助於自來水主管機關與事業單位，在震後正確、快速地評估災情，並採取適切、有效的應變作為。 2.本署自民國99年迄今，持續推動有關自來水管線耐震分析、提升公共給水震損評估、自來水管材耐震測試環境規劃及震後緊急應變措施等科專計畫，目前已研發「自來水管線系統地震早期損失評估模組」，將宜蘭縣、台北市、嘉義縣市、台南市部份地區等納入評估範圍，並建置該地區自來水管線系統地震災損模擬資料庫，本（102）年度擬擴大評估項目，就公共給水系統自來水管線及各種重要設施(例如取水口、送水管、儲水池、水管橋、橋梁附掛管線、加壓泵等)相關GIS圖資彙整與校正，配合蒐集國內外既有設施的耐震性相關文獻，進行各類設施之結構耐震分類，初步研擬其耐震參數構想，提供未來完成可行震損評估模式，藉以提升震損評估之精度；另目前國內有關自來水管線與設備的相關耐震設計規範都不及建築物的耐震設計規範完善與周延，因此將探討地震災害潛勢因子及危害度分析，據以完成相關之地震災害潛勢圖，作為提升自來水管線接頭強度及變形能力之耐震設計需求之依據。 3.此外，本計畫期於震後極短時間內藉由中央氣象局所提供之地震震源參數等條件，於震後第一時間自動啟動震災早期評估，完成自來水管線損壞與損失分布推估，並進一步整合及建立自動通報技術，以手機簡訊(或其他行動通訊裝置之APP應用服務)及電子郵件方式，傳送產製地震災害潛勢、自來水管線與設施可能損壞及曝險分布等各種圖資資訊，提供自來水事業單位及主管機關之震災應變作業，並可應用於自來水系統的震災境況模擬、地震減災規劃與應變兵棋推演參考之用。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020117</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202784</governmentpublicationsnumber><identifier>75560</identifier><internationalstandardbooknumber>9789860391336 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75560</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>公共給水系統震災早期災損預警技術研究(1/2) A Study on Early Seismic Loss Estimation of Public Water Supply Systems (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.臺灣地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區為容易發生土壤液化的沖積、回填區域，而自來水設備，包括取水、貯水、導水、淨水、送水、及配水等設備，其相關設備經管線串連建構一整體自來水系統，亦為重要維生系統管線之一，因此，強震後若能藉由地震早期損失評估的技術，第一時間提供自來水管線及設施損壞與損失的推估結果，藉以掌握各類管線與重要設施可能的損壞數量及分布情形，必有助於自來水主管機關與事業單位，在震後正確、快速地評估災情，並採取適切、有效的應變作為。 2.本署自民國99年迄今，持續推動有關自來水管線耐震分析、提升公共給水震損評估、自來水管材耐震測試環境規劃及震後緊急應變措施等科專計畫，目前已研發「自來水管線系統地震早期損失評估模組」，將宜蘭縣、台北市、嘉義縣市、台南市部份地區等納入評估範圍，並建置該地區自來水管線系統地震災損模擬資料庫，本（102）年度擬擴大評估項目，就公共給水系統自來水管線及各種重要設施(例如取水口、送水管、儲水池、水管橋、橋梁附掛管線、加壓泵等)相關GIS圖資彙整與校正，配合蒐集國內外既有設施的耐震性相關文獻，進行各類設施之結構耐震分類，初步研擬其耐震參數構想，提供未來完成可行震損評估模式，藉以提升震損評估之精度；另目前國內有關自來水管線與設備的相關耐震設計規範都不及建築物的耐震設計規範完善與周延，因此將探討地震災害潛勢因子及危害度分析，據以完成相關之地震災害潛勢圖，作為提升自來水管線接頭強度及變形能力之耐震設計需求之依據。 3.此外，本計畫期於震後極短時間內藉由中央氣象局所提供之地震震源參數等條件，於震後第一時間自動啟動震災早期評估，完成自來水管線損壞與損失分布推估，並進一步整合及建立自動通報技術，以手機簡訊(或其他行動通訊裝置之APP應用服務)及電子郵件方式，傳送產製地震災害潛勢、自來水管線與設施可能損壞及曝險分布等各種圖資資訊，提供自來水事業單位及主管機關之震災應變作業，並可應用於自來水系統的震災境況模擬、地震減災規劃與應變兵棋推演參考之用。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020117</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202784</governmentpublicationsnumber><identifier>75561</identifier><internationalstandardbooknumber>9789860391336 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75561</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>公共給水系統震災早期災損預警技術研究(1/2)(光碟版) A Study on Early Seismic Loss Estimation of Public Water Supply Systems (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。此外，針對過去經常發現有銅污染的萬丹排水，規劃2處採樣點，於枯、豐水期各增加一次河川底泥重金屬之檢測，供管理委員會下年度計畫評估增加此項工作內容之參考，並作為未來比對評估底泥品質狀況、分類管理及限制用途之依據。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010102095</governmentpublicationsnumber><identifier>75562</identifier><internationalstandardbooknumber>9789868282773 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75562</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度高屏溪流域河川水質採樣檢測分析工作計畫(內附光碟) Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，對台灣各地區造成嚴重災情。近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考，對於重大災情有必要進行災害勘查之必要，透過各項災害蒐集與勘查工作，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史災害資訊查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議。 此外有鑑於堰塞湖災害之發生日益嚴重，針對署內同仁先進行相關應變教育訓練，使未來發生時能從容應對，得使災情減至最低，為防範於未然堰塞湖應變教育實屬重要。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020309</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203394</governmentpublicationsnumber><identifier>75563</identifier><internationalstandardbooknumber>9789860397901 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75563</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年重大水災災情蒐集服務團 Survey Service Group of Major Flood Events in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，對台灣各地區造成嚴重災情。近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考，對於重大災情有必要進行災害勘查之必要，透過各項災害蒐集與勘查工作，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史災害資訊查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議。 此外有鑑於堰塞湖災害之發生日益嚴重，針對署內同仁先進行相關應變教育訓練，使未來發生時能從容應對，得使災情減至最低，為防範於未然堰塞湖應變教育實屬重要。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020309</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203394</governmentpublicationsnumber><identifier>75564</identifier><internationalstandardbooknumber>9789860397901 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75564</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年重大水災災情蒐集服務團--光碟版 Survey Service Group of Major Flood Events in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據自來水法第110條規定，簡易自水事業係由直轄市或縣(市)主管機關訂定自治法規管理，經統計全國約866處簡易自來水系統(每日供水量在300~3,000立方公尺之簡易自來水則約450處)，其設備及管線大多簡陋老舊，但地方主管機關礙於資源不足，簡易自來水事業無法有效管理，影響水質安全，且因位處偏遠，管理維護人員不足及欠缺專業技術，亦多未依自來水法第57條通過考驗取得證照。為提升簡易自來水管理人員專業素質，102年1月30日102年度經濟部水利署自來水事業技術人員考驗委員會第1次委員會議決議略以，「...有關簡易自來水管理人員之訓練事宜，請水利署先行就訓練講習課程內容、訓練單位及需求面等予以規劃，並適時辦理」，鑒於地方主管機關資源不足及尚無辦理簡易自來水操作維護等相關技術之前例，爰本計畫將協助針對簡易自來水管理人員就簡易操作維護及節約用水辦理訓練講習課程，以提升簡易自來水管理人員專業素質，俾落實自來水法之相關規定。 囿於全國簡易來水設備因位處偏遠且水資源取得困難，本計畫將請各直轄市、縣市政府針對轄區內規模較大之簡易自來水設備管理維護人員推薦調訓，並推廣節約用水實務做法、加強法規講習(例如：自來水法及相關子法等法規)及簡易自來水管理(例如：水源保護、水質簡易檢驗、簡易處理操作維護、水質安全、節約用水等)之教育訓練，輔導並提升簡易自來水管理人員之專業技術能力與推廣節約用水之成效。</abstract><author>中華民國自來水協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020391</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202776</governmentpublicationsnumber><identifier>75565</identifier><internationalstandardbooknumber>9789860391404 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75565</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>簡易自來水設備管理人員節約用水及操作維護教育訓練 Small Water Treatment Facilities Management Staff Water Conservation and Maintenance Operation  Training Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據自來水法第110條規定，簡易自水事業係由直轄市或縣(市)主管機關訂定自治法規管理，經統計全國約866處簡易自來水系統(每日供水量在300~3,000立方公尺之簡易自來水則約450處)，其設備及管線大多簡陋老舊，但地方主管機關礙於資源不足，簡易自來水事業無法有效管理，影響水質安全，且因位處偏遠，管理維護人員不足及欠缺專業技術，亦多未依自來水法第57條通過考驗取得證照。為提升簡易自來水管理人員專業素質，102年1月30日102年度經濟部水利署自來水事業技術人員考驗委員會第1次委員會議決議略以，「...有關簡易自來水管理人員之訓練事宜，請水利署先行就訓練講習課程內容、訓練單位及需求面等予以規劃，並適時辦理」，鑒於地方主管機關資源不足及尚無辦理簡易自來水操作維護等相關技術之前例，爰本計畫將協助針對簡易自來水管理人員就簡易操作維護及節約用水辦理訓練講習課程，以提升簡易自來水管理人員專業素質，俾落實自來水法之相關規定。 囿於全國簡易來水設備因位處偏遠且水資源取得困難，本計畫將請各直轄市、縣市政府針對轄區內規模較大之簡易自來水設備管理維護人員推薦調訓，並推廣節約用水實務做法、加強法規講習(例如：自來水法及相關子法等法規)及簡易自來水管理(例如：水源保護、水質簡易檢驗、簡易處理操作維護、水質安全、節約用水等)之教育訓練，輔導並提升簡易自來水管理人員之專業技術能力與推廣節約用水之成效。</abstract><author>中華民國自來水協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020391</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202776</governmentpublicationsnumber><identifier>75566</identifier><internationalstandardbooknumber>9789860391404 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75566</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>簡易自來水設備管理人員節約用水及操作維護教育訓練(光碟版) Small Water Treatment Facilities Management Staff Water Conservation and Maintenance Operation  Training Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域管理委員會所選定之14個監測點，持續進行河川水質監測工作，監測頻率為每季一次，並配合管委會業務需求，另執行20個點次之臨時不定期採樣檢測工作，同時彙整行政院環境保護署及經濟部水利署南區水資源局之例行性水質監測資料，進行河川水體整體品質之綜合評析。此外，針對過去經常發現有銅污染的萬丹排水，規劃2處採樣點，於枯、豐水期各增加一次河川底泥重金屬之檢測，供管理委員會下年度計畫評估增加此項工作內容之參考，並作為未來比對評估底泥品質狀況、分類管理及限制用途之依據。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010102095</governmentpublicationsnumber><identifier>75567</identifier><internationalstandardbooknumber>9789868282773 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75567</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度高屏溪流域河川水質採樣檢測分析工作計畫(附錄) Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010354</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203390</governmentpublicationsnumber><identifier>75568</identifier><internationalstandardbooknumber>9789860397932 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75568</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施南區推動服務團 Soutern District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010354</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203390</governmentpublicationsnumber><identifier>75569</identifier><internationalstandardbooknumber>9789860397932 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75569</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施南區推動服務團--光碟版 Soutern District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>研發適用於都會區區域排水全河段模擬之高精度三維水理模式，以期能解析高強度降雨下區域排水內之複雜流況，並探討對區排護岸安全之影響。本計畫亦研發體積小不受電磁波干擾之分布式多點自動監測設備，以即時監測區域排水護岸脆弱段之情形。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020291</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202540</governmentpublicationsnumber><identifier>75570</identifier><internationalstandardbooknumber>9789860387773 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75570</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區區排護岸安全分佈式監測及分析模式之研究(1/2) Study of revetment safety monitoring and analysis modeling in urban area drainage systems(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>研發適用於都會區區域排水全河段模擬之高精度三維水理模式，以期能解析高強度降雨下區域排水內之複雜流況，並探討對區排護岸安全之影響。本計畫亦研發體積小不受電磁波干擾之分布式多點自動監測設備，以即時監測區域排水護岸脆弱段之情形。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020291</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202540</governmentpublicationsnumber><identifier>75571</identifier><internationalstandardbooknumber>9789860387773 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75571</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區區排護岸安全分佈式監測及分析模式之研究(1/2)--光碟版 Study of revetment safety monitoring and analysis modeling in urban area drainage systems(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.選擇苗栗縣、新竹縣、桃園縣、新北市、宜蘭縣、花蓮縣及台東縣海岸內水利署所屬第1、2、8、9、10河川局轄區管理一般性海堤，基本資料蒐集調查。2.組成「水利署一般性海堤生態棲地評估服務團」以海岸生態模式辦理海堤現場生態環境初步（巨觀）評估，及現場直接的生態品質評估。3.擇定1處海堤為示範區，進行現地調查。4.辦理1次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>75576</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75576</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2) Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.選擇苗栗縣、新竹縣、桃園縣、新北市、宜蘭縣、花蓮縣及台東縣海岸內水利署所屬第1、2、8、9、10河川局轄區管理一般性海堤，基本資料蒐集調查。2.組成「水利署一般性海堤生態棲地評估服務團」以海岸生態模式辦理海堤現場生態環境初步（巨觀）評估，及現場直接的生態品質評估。3.擇定1處海堤為示範區，進行現地調查。4.辦理1次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>75577</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75577</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2)--光碟版 Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75578</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75578</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)測量成果報告書--光碟版 Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.以水利署管轄之海堤區之基本資料蒐集調查2.以海岸生態模式辦理水利署管轄海堤之生態環境進行初步（巨觀）評估。3.擇定3處海堤為示範區，進行現地調查。4.辦理3次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202543</governmentpublicationsnumber><identifier>75579</identifier><internationalstandardbooknumber>9789860387803 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75579</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查總報告 Survey on Ecological Habitat of General Sea Dike</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.以水利署管轄之海堤區之基本資料蒐集調查2.以海岸生態模式辦理水利署管轄海堤之生態環境進行初步（巨觀）評估。3.擇定3處海堤為示範區，進行現地調查。4.辦理3次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202543</governmentpublicationsnumber><identifier>75580</identifier><internationalstandardbooknumber>9789860387803 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75580</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查總報告--光碟版 Survey on Ecological Habitat of General Sea Dike</title><yearidentifier>201312</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/17</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>75581</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75581</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估-成果資料光碟(光碟版)Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>近年台灣水資源供需問題趨於嚴峻，水庫開發及地下水汲取不易，但各類用水不斷增加，造成水資源供需日漸失衡。加上降雨異常頻仍，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。 就水資源供應觀點而論，台灣的水資源供水的可靠度較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。最後近十年來國際間人工增雨相關觀測能力和數值模式有顯著的進展，且對其物理過程也有更深的了解，因此各國政府進行人工增雨的作業越趨頻繁，此活動亦積極帶動相關設備和施放技術等工具的改進。 國內過去數十年來亦曾多次進行人工增雨作業，緊急時以空軍飛機進行空中種雲，民國93年中央氣象局也曾雇用北美氣象顧問公司進行空中造雨，惟仍應依國內實際需求，加強在地研發工作，爰辦理本計畫。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020318</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203231</governmentpublicationsnumber><identifier>75583</identifier><internationalstandardbooknumber>9789860394443 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75583</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>人工增雨技術精進研發計畫(1/2) The development and improvement of artificial rainfall enhancemnet techniques(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年台灣水資源供需問題趨於嚴峻，水庫開發及地下水汲取不易，但各類用水不斷增加，造成水資源供需日漸失衡。加上降雨異常頻仍，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。 就水資源供應觀點而論，台灣的水資源供水的可靠度較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。最後近十年來國際間人工增雨相關觀測能力和數值模式有顯著的進展，且對其物理過程也有更深的了解，因此各國政府進行人工增雨的作業越趨頻繁，此活動亦積極帶動相關設備和施放技術等工具的改進。 國內過去數十年來亦曾多次進行人工增雨作業，緊急時以空軍飛機進行空中種雲，民國93年中央氣象局也曾雇用北美氣象顧問公司進行空中造雨，惟仍應依國內實際需求，加強在地研發工作，爰辦理本計畫。</abstract><author>台灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020318</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203231</governmentpublicationsnumber><identifier>75584</identifier><internationalstandardbooknumber>9789860394443 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75584</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>人工增雨技術精進研發計畫(1/2)--光碟版 The development and improvement of artificial rainfall enhancemnet techniques(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理成效不彰。目前許多的國際性研究計畫皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年上線應用之雷達觀測系統QPESUMS即能提供較具體之雨量分布趨勢，對於集水區之雨量觀測可有效進一步掌握；此外，就同一降雨系統而言，地面雨量站與雷達則可分別觀測降雨之不同特徵，雷達觀測雖可主動探測降雨系統內部之交互影響，但對其中之水氣交換作用，以及冰雹或雨滴等不同之水氣狀態是否形成降雨則仍有所不及，地面雨量站雖僅能被動蒐集降雨系統落下之降水量，但點觀測量最為精確；因地面雨量站與雷達在觀測降雨上雖各有其限制之處，但亦可分別觀測不同之降雨特徵，故若能有效率統整地面雨量紀錄及雷達觀測雨量，提供高精確度之雨量變化趨勢，且進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並連結資料庫，擷取即時雨量、水位或流量以及QPESUMS雨量資料以建置整合平台，供相關單位後續經營與管理參考。</abstract><author>台大生物環境系統工程學系</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020313</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203325</governmentpublicationsnumber><identifier>75585</identifier><internationalstandardbooknumber>9789860394429 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75585</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>融合多重雨量資訊於水庫集水區即時雨量推估及入庫流量預報技術之研究(2/2) Investigation of merging multiple precipitation information on reservoir watersheds rainfall estimation and inflow forecasting techniques(2/2)</title><yearidentifier>201311</yearidentifier></data><data><abstract>極端事件的雨量推估乃是一具有挑戰性且受重視的議題，而集水區雨量更受氣候變遷、地形、氣流及降雨分布等因素影響，使其推估之精確性往往不高，而導致接續之水文模擬或流域水源管理成效不彰。目前許多的國際性研究計畫皆將焦點著重於極端事件之降雨對洪水相關災情之影響及其對人類之威脅。在台灣，以往主要的雨量觀測來自於地面測站，然地面觀測之空間代表性極低無法呈現雨量在空間中之變異；而近幾年上線應用之雷達觀測系統QPESUMS即能提供較具體之雨量分布趨勢，對於集水區之雨量觀測可有效進一步掌握；此外，就同一降雨系統而言，地面雨量站與雷達則可分別觀測降雨之不同特徵，雷達觀測雖可主動探測降雨系統內部之交互影響，但對其中之水氣交換作用，以及冰雹或雨滴等不同之水氣狀態是否形成降雨則仍有所不及，地面雨量站雖僅能被動蒐集降雨系統落下之降水量，但點觀測量最為精確；因地面雨量站與雷達在觀測降雨上雖各有其限制之處，但亦可分別觀測不同之降雨特徵，故若能有效率統整地面雨量紀錄及雷達觀測雨量，提供高精確度之雨量變化趨勢，且進一步建構集水區降雨-逕流機制以有效預測流域多時刻水文量之變化，並連結資料庫，擷取即時雨量、水位或流量以及QPESUMS雨量資料以建置整合平台，供相關單位後續經營與管理參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020313</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203325</governmentpublicationsnumber><identifier>75586</identifier><internationalstandardbooknumber>9789860394429 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>融合多重雨量資訊於水庫集水區即時雨量推估及入庫流量預報技術之研究(2/2) --光碟版 Investigation of merging multiple precipitation information on reservoir watersheds rainfall estimation and inflow forecasting techniques(2/2)</title><yearidentifier>201311</yearidentifier></data><data><abstract>然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，因此本年度所列主要工作項目如下: 整合【洪水與淹水預報系統】資訊，呈現警戒資訊、整合【水災防災避難疏散警戒值】資訊，並提供「水災危險區地圖」、「水災防災避難疏散圖」圖資、自動化報表查詢功能、建置缺漏淹水警戒發布系統、配合【淹水簡訊通報】功能，新增自動報別產生功能、枯旱預警及枯旱警戒燈號切換功能。 此外，本署為提昇智慧型手機服務；查舊有規劃手機淹水、水位、水庫圖形化警戒資訊滑動太靈敏，圖片檢視操作不易，因此本年度將建置新版警戒圖，以符合手機與平板裝置操作需求。 另並計畫於102年度加強企業合作傳遞警戒訊息、行動水情App功能擴充、版本更新與效能提昇。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020316</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203309</governmentpublicationsnumber><identifier>75587</identifier><internationalstandardbooknumber>9789860395266 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75587</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度防災應變系統更新及資訊網升級建置 102 Year Disastrer Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201312</yearidentifier></data><data><abstract>然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，因此本年度所列主要工作項目如下: 整合【洪水與淹水預報系統】資訊，呈現警戒資訊、整合【水災防災避難疏散警戒值】資訊，並提供「水災危險區地圖」、「水災防災避難疏散圖」圖資、自動化報表查詢功能、建置缺漏淹水警戒發布系統、配合【淹水簡訊通報】功能，新增自動報別產生功能、枯旱預警及枯旱警戒燈號切換功能。 此外，本署為提昇智慧型手機服務；查舊有規劃手機淹水、水位、水庫圖形化警戒資訊滑動太靈敏，圖片檢視操作不易，因此本年度將建置新版警戒圖，以符合手機與平板裝置操作需求。 另並計畫於102年度加強企業合作傳遞警戒訊息、行動水情App功能擴充、版本更新與效能提昇。</abstract><author>資拓宏宇國際公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020316</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203309</governmentpublicationsnumber><identifier>75588</identifier><internationalstandardbooknumber>9789860395266 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75588</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度防災應變系統更新及資訊網升級建置-光碟版 102 Year Disastrer Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201312</yearidentifier></data><data><abstract>面臨數位時代來臨，資訊接收漸漸從紙本邁向電子產品無紙化作業，近年更快速發展以行動裝置作為接收資訊之最重要工具之一。防災資訊以高效率與即時接收為訴求，為使水利防災資訊得以快速有效的傳遞及呈現，協助本署於平時進行防災能量之提升、汛期間進行災害應變、預警及前置作業等，善用行動裝置接收資訊實為必要之發展趨勢。 本計畫規劃未來行動裝置在防災上應用所需要的軟體介面、硬體配置等相關設計，從資料儲存方式、資料傳輸方式、資料呈現方式都以防災工作及行動裝置的特性加以考量設計。</abstract><author>國立台灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020319</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203243</governmentpublicationsnumber><identifier>75589</identifier><internationalstandardbooknumber>9789860395242 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75589</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>行動水利防災資訊服務先期規劃與應用 Study of Mobile Disaster Information Services</title><yearidentifier>201312</yearidentifier></data><data><abstract>面臨數位時代來臨，資訊接收漸漸從紙本邁向電子產品無紙化作業，近年更快速發展以行動裝置作為接收資訊之最重要工具之一。防災資訊以高效率與即時接收為訴求，為使水利防災資訊得以快速有效的傳遞及呈現，協助本署於平時進行防災能量之提升、汛期間進行災害應變、預警及前置作業等，善用行動裝置接收資訊實為必要之發展趨勢。 本計畫規劃未來行動裝置在防災上應用所需要的軟體介面、硬體配置等相關設計，從資料儲存方式、資料傳輸方式、資料呈現方式都以防災工作及行動裝置的特性加以考量設計。</abstract><author>國立台灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020319</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203243</governmentpublicationsnumber><identifier>75590</identifier><internationalstandardbooknumber>9789860395242 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75590</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>行動水利防災資訊服務先期規劃與應用--光碟版 Study of Mobile Disaster Information Services</title><yearidentifier>201312</yearidentifier></data><data><abstract>經濟部水利署自民國101年開始藉易淹水特別預算推動「水患自主防災社區」與「洪水與淹水預警系統」計畫，期望透過非工程措施的推動，補足工程措施保護程度之侷限性，減少水患災害造成的經濟損失，並提升地方「抗災、減災、避災」能力，並期望能達到全民防災的理念。 透過成立「水患治理減災避洪措施中區推動服務團」協助管理中部區域「易淹水地區水患自主防災社區推動」與「易淹水地區洪水與淹水預警系統建置」計畫執行狀況。中區推動服務團服務範圍含括3個河川局（第三、四與五河川局）與6縣市政府（臺中市、南投縣、彰化縣、雲林縣、嘉義市與嘉義縣），而服務團透過教育訓練以及相關活動的辦理，讓參與單位更能了解計畫重點，並藉由進度追蹤，讓各縣市政府計畫能如期完成。 本計畫工作項目共分為8大項： 一、	成立委託專業輔導、管理團隊 二、	規劃並執行縣市訪視督考作業相關事宜 三、	規劃辦理評鑑作業相關事宜 四、	規劃辦理「易淹水地區水患治理非工程措施推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」計畫相關之工作會議 五、	規劃辦理「易淹水地區水患治理非工程措施推動」計畫相關人員培訓 六、	規劃及辦理社區觀摩與交流活動事宜 七、	研提減災避洪措施相關計畫策進建議 八、	製作減災避洪措施成效相關水災防災文宣.</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010167</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203647</governmentpublicationsnumber><identifier>75593</identifier><internationalstandardbooknumber>9789860400670 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75593</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施中區推動服務團--附錄 Central District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>75594</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75594</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(內附光碟) Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020060</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75595</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75595</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區水文情況特殊，河川坡陡流短，自上游降雨至下游匯流不過數個小時，每逢颱風或豪雨，輒易造成洪災。在台灣之天然災害中，洪水災害最為頻仍，常造成人民生命財產嚴重損失。 近年來全球氣候變遷加劇，使得水患所造成之損失更甚以往，為加強民眾對災害防救之意識，本署近年來以科技化、在地化、主動化等方式，推動全民防災之觀念，本年度更規劃透過社群媒體、社會溝通、策略規劃等面向，以過通路整合、數位宣傳方式推廣防災防汛計畫，期使國人能防災水情訊息更密切接觸，降低災損可能。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020168</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203310</governmentpublicationsnumber><identifier>75596</identifier><internationalstandardbooknumber>9789860395426 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75596</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度複合型災害經驗學習與防災智能提升 (102)The Experience Learning and Disaster Prevention smart improving of the Compound Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區水文情況特殊，河川坡陡流短，自上游降雨至下游匯流不過數個小時，每逢颱風或豪雨，輒易造成洪災。在台灣之天然災害中，洪水災害最為頻仍，常造成人民生命財產嚴重損失。 近年來全球氣候變遷加劇，使得水患所造成之損失更甚以往，為加強民眾對災害防救之意識，本署近年來以科技化、在地化、主動化等方式，推動全民防災之觀念，本年度更規劃透過社群媒體、社會溝通、策略規劃等面向，以過通路整合、數位宣傳方式推廣防災防汛計畫，期使國人能防災水情訊息更密切接觸，降低災損可能。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020168</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203310</governmentpublicationsnumber><identifier>75597</identifier><internationalstandardbooknumber>9789860395426 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75597</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度複合型災害經驗學習與防災智能提升--光碟版 (102)The Experience Learning and Disaster Prevention smart improving of the Compound Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75598</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75598</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析--光碟版 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。 本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。 淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。 補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5 場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>75599</identifier><internationalstandardbooknumber>9789860394887 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75599</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>宜蘭河下游淹水範圍監測模型提昇計畫成果報告書--光碟版 Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於台灣位處亞熱帶區及歐亞大陸與太平洋交界季風區，每年總有豪雨與颱風侵襲，同時，因台灣地形複雜且地質不佳、河流短促且坡陡流急，自然條件即容易造成洪災。而近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。強烈降雨為導致淹水、潰堤、河岸山坡崩塌的主因之一，尤其在極端氣候下，降雨頻率減少、降雨強度增加以致在時間與空間分佈較以往更不均勻，履見破紀錄之降雨事件，其帶來之水量已大大超越治水工程之設計頻率年。 為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，精確且即時的淹水預警分析是主要的關鍵。有鑑於此，積極地研發建立一套淹水預警分析系統，透過雨量與河川水位建立河川水位預報模式，配合水利署警戒水位設定標準，建立快速淹水潛勢評估模式，在本署開發之主動式民眾淹水預警通報系統基礎上，於豪雨及颱風期間進行河川水位即時預報並發布警戒，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020321</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203227</governmentpublicationsnumber><identifier>75600</identifier><internationalstandardbooknumber>9789860394955 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75600</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>民眾淹水警戒通報系統應用技術之研發(1/2) The Research and Development of Flood Warning Notification System(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。 蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。 今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。 在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。 本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>75601</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75601</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業--光碟版 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於台灣位處亞熱帶區及歐亞大陸與太平洋交界季風區，每年總有豪雨與颱風侵襲，同時，因台灣地形複雜且地質不佳、河流短促且坡陡流急，自然條件即容易造成洪災。而近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。強烈降雨為導致淹水、潰堤、河岸山坡崩塌的主因之一，尤其在極端氣候下，降雨頻率減少、降雨強度增加以致在時間與空間分佈較以往更不均勻，履見破紀錄之降雨事件，其帶來之水量已大大超越治水工程之設計頻率年。 為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，精確且即時的淹水預警分析是主要的關鍵。有鑑於此，積極地研發建立一套淹水預警分析系統，透過雨量與河川水位建立河川水位預報模式，配合水利署警戒水位設定標準，建立快速淹水潛勢評估模式，在本署開發之主動式民眾淹水預警通報系統基礎上，於豪雨及颱風期間進行河川水位即時預報並發布警戒，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020321</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203227</governmentpublicationsnumber><identifier>75602</identifier><internationalstandardbooknumber>9789860394955 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75602</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>民眾淹水警戒通報系統應用技術之研發(1/2)--光碟版 The Research and Development of Flood Warning Notification System(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>75603</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75603</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(2/2)成果報告書(光碟版)= Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。 本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。 淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。 補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5 場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>75604</identifier><internationalstandardbooknumber>9789860394887 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75604</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>宜蘭河下游淹水範圍監測模型提昇計畫成果報告書 Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來隨著全球氣候的極端變化，世界各地颱風、地震、海嘯等災難頻傳，2011年時代雜誌更首次將複合式災難列為全球十大國際新聞事件，更可看出「救災」這議題之重要性。在災難發生之後，除了造成無法估計價值的民生損失之外，後續的民生安置更是嚴重問題，各國政府除了在第一時間伸出援手、啟動災難應變措施之外，民眾也須有防災應變的準備，受難災民要面臨的不僅是重建破碎的家園，更重要的是撐過災後可能發生無電無水無食物的日子。而台灣身處地震與颱風侵襲頻繁之地區，如何在災後提供給民眾潔淨安全之用水，避免民眾因水環境問題，導致生病(大規模病媒傳染)或死亡，因此研發緊急型淨水裝置可說是迫在眉梢。 急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區等地，故其機動性則顯的十分重要。因此，本計畫之多元化水源機動式緊急淨水模組應與車體或其他運輸工具結合，能在災難發生時立即將淨水設備輸送至有用水需求之地區，並針對當地水源特性不同，可快速抽換其淨水單元，具有處理河川水、湖泊水、泥水、海水之能力，處理水量設計為200 L/hr左右。</abstract><author>工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020322</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203409</governmentpublicationsnumber><identifier>75605</identifier><internationalstandardbooknumber>9789860398182 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75605</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>多元化水源機動式緊急淨水設備研發(1/2) The Study of Enmergency Water Treatment Mobile System for Diverse Water Source(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來隨著全球氣候的極端變化，世界各地颱風、地震、海嘯等災難頻傳，2011年時代雜誌更首次將複合式災難列為全球十大國際新聞事件，更可看出「救災」這議題之重要性。在災難發生之後，除了造成無法估計價值的民生損失之外，後續的民生安置更是嚴重問題，各國政府除了在第一時間伸出援手、啟動災難應變措施之外，民眾也須有防災應變的準備，受難災民要面臨的不僅是重建破碎的家園，更重要的是撐過災後可能發生無電無水無食物的日子。而台灣身處地震與颱風侵襲頻繁之地區，如何在災後提供給民眾潔淨安全之用水，避免民眾因水環境問題，導致生病(大規模病媒傳染)或死亡，因此研發緊急型淨水裝置可說是迫在眉梢。 急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區等地，故其機動性則顯的十分重要。因此，本計畫之多元化水源機動式緊急淨水模組應與車體或其他運輸工具結合，能在災難發生時立即將淨水設備輸送至有用水需求之地區，並針對當地水源特性不同，可快速抽換其淨水單元，具有處理河川水、湖泊水、泥水、海水之能力，處理水量設計為200 L/hr左右。</abstract><author>工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020322</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203409</governmentpublicationsnumber><identifier>75606</identifier><internationalstandardbooknumber>9789860398182 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75606</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>多元化水源機動式緊急淨水設備研發(1/2)--光碟版 The Study of Enmergency Water Treatment Mobile System for Diverse Water Source(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。 蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。 今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。 在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。 本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>75607</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75607</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署已完成全臺各縣市及流域之淹水潛勢圖更新，為求淹水潛勢資料加值分析，在考慮人文社會、經濟活動、土地利用、淹水損失…等相關因子下，將逐步評估全臺脆弱度及風險度。同年至民國100年，本署以「水災危險度、脆弱度與風險圖製作技術手冊」為基礎，完成高雄、屏東、臺南、嘉義等地區之製作示範計畫。預計未來2年持續完成全臺水災危險度、脆弱度及風險地圖製作示範，並於民國102年進行圖資整合與應用規劃。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020307</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203321</governmentpublicationsnumber><identifier>75609</identifier><internationalstandardbooknumber>9789860394436 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75609</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣脆弱度及風險地圖製作與整合應用(2/2) Produce, integration and application of the vulnerability and risk maps of Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署已完成全臺各縣市及流域之淹水潛勢圖更新，為求淹水潛勢資料加值分析，在考慮人文社會、經濟活動、土地利用、淹水損失…等相關因子下，將逐步評估全臺脆弱度及風險度。同年至民國100年，本署以「水災危險度、脆弱度與風險圖製作技術手冊」為基礎，完成高雄、屏東、臺南、嘉義等地區之製作示範計畫。預計未來2年持續完成全臺水災危險度、脆弱度及風險地圖製作示範，並於民國102年進行圖資整合與應用規劃。</abstract><author>台灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020307</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203321</governmentpublicationsnumber><identifier>75610</identifier><internationalstandardbooknumber>9789860394436 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75610</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣脆弱度及風險地圖製作與整合應用(2/2)--光碟版 Produce, integration and application of the vulnerability and risk maps of Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>將原有系統擴充，增加功能客製化服務，提供災中重要資訊蒐集及彙整之工具。同時佈署Google公有球，以及署內將購置之Google earth enterprise私有球平台內，以達成雙軌服務之目標。另外多方蒐集各種空間資訊及遙測影像圖資，除了可以追蹤調查歷年重要流域造成水庫或河川淤積增加的重大崩塌、山崩、土石流及河川土砂堆積變化的情形，據以掌握流域土砂變化，藉此掌握上游土砂造成水利設施損壞及未來河道淤積變化情形，並掌握與判斷今年度重要流域重大地震事件或颱洪事件前、後期比較圖資，俾利製作災害相關紀錄及報告，以做為掌握水庫集水區狀況、未來淹水範圍及河道淤積造成通水斷面減少風險參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020173</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203116</governmentpublicationsnumber><identifier>75611</identifier><internationalstandardbooknumber>9789860394894 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75611</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度多尺度遙測影像分析與展示平台擴充維護 2013 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201312</yearidentifier></data><data><abstract>將原有系統擴充，增加功能客製化服務，提供災中重要資訊蒐集及彙整之工具。同時佈署Google公有球，以及署內將購置之Google earth enterprise私有球平台內，以達成雙軌服務之目標。另外多方蒐集各種空間資訊及遙測影像圖資，除了可以追蹤調查歷年重要流域造成水庫或河川淤積增加的重大崩塌、山崩、土石流及河川土砂堆積變化的情形，據以掌握流域土砂變化，藉此掌握上游土砂造成水利設施損壞及未來河道淤積變化情形，並掌握與判斷今年度重要流域重大地震事件或颱洪事件前、後期比較圖資，俾利製作災害相關紀錄及報告，以做為掌握水庫集水區狀況、未來淹水範圍及河道淤積造成通水斷面減少風險參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020173</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203116</governmentpublicationsnumber><identifier>75612</identifier><internationalstandardbooknumber>9789860394894 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75612</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度多尺度遙測影像分析與展示平台擴充維護--光碟版 2013 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來，適值全球氣候變遷情形加劇，極端複合型災害雜沓紛呈且接踵而至；復以其規模逾常與猝不及防之勢，動輒踰越現階段防災體系所得及時因應妥處之能量範疇，而釀致重大災損。 爰此，為擬具今後數年間嚴謹具體且適切可行之中長程水旱災防救整體策略暨單項計畫，旁徵博引廣納諸端固有所需，去蕪存菁俾為己用尤屬至要。倘欲達此標的，國內各部會間乃至其所轄單位之現行防救災體系與執行成果實有可資綜覽疏理之處；而國外近年防救災政策方針之研訂趨勢亦殊堪援引借鏡。此外，本署近10年所賡續推動之防救災相關計畫亦應藉此機緣一併綜整盤點，並細究其執行得失與實際應用成效，俾為後續調整改善之重要依據。 以上述彙整精鍊與研析演繹之成果為基，冀釐清比對前揭各單位所執行各相關計畫實質內涵之優劣異同；復由提綱挈領盡悉其要旨，以免結構疊床架屋與資源重置虛擲之弊。而經審慎截長補短並擇其精要後，應有助歸納今後確適本署業務屬性之防災科技發展方略，進而引領未來水旱災防救科技領域之軌跡與進程。 綜上所述，本計畫乃藉由綜觀國內外水旱災防救科技趨勢及成果，精確掌握當前蓬勃發展之資訊、視訊、通訊等防災關鍵先驅技術，以利擬具發展策略暨行動計畫、提報中程綱要計畫，進而擘劃長期推動方針。倘其願景隨時日之遞進得以漸次落實，則應能建構更臻自動化、主動化與行動化之水旱災防救科技體系；從而有效提昇災防單位之應變能力，保障國人生命財產之安全。</abstract><author>成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020310</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203323</governmentpublicationsnumber><identifier>75613</identifier><internationalstandardbooknumber>9789860394450 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75613</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水旱災防救科技落實應用及發展之研究(1/2) The Research for reviewing the achievements and revising the roadmap in technological development of inundation and drought(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來，適值全球氣候變遷情形加劇，極端複合型災害雜沓紛呈且接踵而至；復以其規模逾常與猝不及防之勢，動輒踰越現階段防災體系所得及時因應妥處之能量範疇，而釀致重大災損。 爰此，為擬具今後數年間嚴謹具體且適切可行之中長程水旱災防救整體策略暨單項計畫，旁徵博引廣納諸端固有所需，去蕪存菁俾為己用尤屬至要。倘欲達此標的，國內各部會間乃至其所轄單位之現行防救災體系與執行成果實有可資綜覽疏理之處；而國外近年防救災政策方針之研訂趨勢亦殊堪援引借鏡。此外，本署近10年所賡續推動之防救災相關計畫亦應藉此機緣一併綜整盤點，並細究其執行得失與實際應用成效，俾為後續調整改善之重要依據。 以上述彙整精鍊與研析演繹之成果為基，冀釐清比對前揭各單位所執行各相關計畫實質內涵之優劣異同；復由提綱挈領盡悉其要旨，以免結構疊床架屋與資源重置虛擲之弊。而經審慎截長補短並擇其精要後，應有助歸納今後確適本署業務屬性之防災科技發展方略，進而引領未來水旱災防救科技領域之軌跡與進程。 綜上所述，本計畫乃藉由綜觀國內外水旱災防救科技趨勢及成果，精確掌握當前蓬勃發展之資訊、視訊、通訊等防災關鍵先驅技術，以利擬具發展策略暨行動計畫、提報中程綱要計畫，進而擘劃長期推動方針。倘其願景隨時日之遞進得以漸次落實，則應能建構更臻自動化、主動化與行動化之水旱災防救科技體系；從而有效提昇災防單位之應變能力，保障國人生命財產之安全。</abstract><author>成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020310</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203323</governmentpublicationsnumber><identifier>75614</identifier><internationalstandardbooknumber>9789860394450 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75614</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水旱災防救科技落實應用及發展之研究(1/2)--精簡報告 The Research for reviewing the achievements and revising the roadmap in technological development of inundation and drought(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來，適值全球氣候變遷情形加劇，極端複合型災害雜沓紛呈且接踵而至；復以其規模逾常與猝不及防之勢，動輒踰越現階段防災體系所得及時因應妥處之能量範疇，而釀致重大災損。 爰此，為擬具今後數年間嚴謹具體且適切可行之中長程水旱災防救整體策略暨單項計畫，旁徵博引廣納諸端固有所需，去蕪存菁俾為己用尤屬至要。倘欲達此標的，國內各部會間乃至其所轄單位之現行防救災體系與執行成果實有可資綜覽疏理之處；而國外近年防救災政策方針之研訂趨勢亦殊堪援引借鏡。此外，本署近10年所賡續推動之防救災相關計畫亦應藉此機緣一併綜整盤點，並細究其執行得失與實際應用成效，俾為後續調整改善之重要依據。 以上述彙整精鍊與研析演繹之成果為基，冀釐清比對前揭各單位所執行各相關計畫實質內涵之優劣異同；復由提綱挈領盡悉其要旨，以免結構疊床架屋與資源重置虛擲之弊。而經審慎截長補短並擇其精要後，應有助歸納今後確適本署業務屬性之防災科技發展方略，進而引領未來水旱災防救科技領域之軌跡與進程。 綜上所述，本計畫乃藉由綜觀國內外水旱災防救科技趨勢及成果，精確掌握當前蓬勃發展之資訊、視訊、通訊等防災關鍵先驅技術，以利擬具發展策略暨行動計畫、提報中程綱要計畫，進而擘劃長期推動方針。倘其願景隨時日之遞進得以漸次落實，則應能建構更臻自動化、主動化與行動化之水旱災防救科技體系；從而有效提昇災防單位之應變能力，保障國人生命財產之安全。</abstract><author>成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020310</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/20</date><governmentpublicationsnumber>1010203323</governmentpublicationsnumber><identifier>75615</identifier><internationalstandardbooknumber>9789860394450 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75615</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水旱災防救科技落實應用及發展之研究(1/2)--光碟版 The Research for reviewing the achievements and revising the roadmap in technological development of inundation and drought(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203506</governmentpublicationsnumber><identifier>75616</identifier><internationalstandardbooknumber>9789860398632 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75616</librarycollectiondetailsurl><price>800</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置圖冊--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>75617</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75617</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置圖冊--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>75618</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75618</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(2/2)成果報告書= Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區水資源分佈豐枯懸殊，且各河川川短流急，不利水資源之攔蓄，先天條件嚴苛；政府不斷向國人宣導「節約用水」之重要性，雖近年來成效漸顯，惟自來水水價近20年未調整，未能與時俱進合理反映水資源實際成本與經濟價值，對提昇自來水品質及服務，長此以往將成隱憂；現行水價成本尚未整體考量環境保護層面、經營層面、政策及行政層面，水資源價格結構尚有合理改善之空間，為使自來水事業能隨時代及科技之演進而進步，提供民眾量足質優之用水，厚實國家經濟發展之基礎，健全自來水事業營運，以確保水資源之永續利用，進一步探討水資源價格結構及其計算技術有其必要。 本計畫擬就國內水價收費方式及定價公式、大臺北地區不同水價及離島用水合理成本等議題進行研析，俾提出相關具體可行方案建議，尋求最適之水資源價格結構與計算技術，作為後續相關政策推動之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020062</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202797</governmentpublicationsnumber><identifier>75624</identifier><internationalstandardbooknumber>9789860391657 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75624</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水資源價格計算技術之研究 A Study on Water Prices and Pricing Techniques</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區水資源分佈豐枯懸殊，且各河川川短流急，不利水資源之攔蓄，先天條件嚴苛；政府不斷向國人宣導「節約用水」之重要性，雖近年來成效漸顯，惟自來水水價近20年未調整，未能與時俱進合理反映水資源實際成本與經濟價值，對提昇自來水品質及服務，長此以往將成隱憂；現行水價成本尚未整體考量環境保護層面、經營層面、政策及行政層面，水資源價格結構尚有合理改善之空間，為使自來水事業能隨時代及科技之演進而進步，提供民眾量足質優之用水，厚實國家經濟發展之基礎，健全自來水事業營運，以確保水資源之永續利用，進一步探討水資源價格結構及其計算技術有其必要。 本計畫擬就國內水價收費方式及定價公式、大臺北地區不同水價及離島用水合理成本等議題進行研析，俾提出相關具體可行方案建議，尋求最適之水資源價格結構與計算技術，作為後續相關政策推動之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020062</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202797</governmentpublicationsnumber><identifier>75625</identifier><internationalstandardbooknumber>9789860391657 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75625</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水資源價格計算技術之研究--光碟版 A Study on Water Prices and Pricing Techniques</title><yearidentifier>201312</yearidentifier></data><data><abstract>隨著生活水準不斷提升、工業快速發展，自來水原水水質受集水區土地開發及新興污染物境污染之風險日益增高，如以地下水為水源之淨水場，發生飲用水砷含量超標；淨水場因原水鐵、錳濃度過高而發生紅水現象；水庫優養化滋生藻類造成藻毒素釋出；原水有機物含量過高，經淨水場加氯消毒後，導致飲用水產生三鹵甲烷之情況；或因淨水場因加氯操作控制問題，致使飲用水餘氯不足或過高等等情形，導致自來水事業應變不及，衍生社會大眾對用水安全的疑慮。 為迅速掌握淨水場水質異常突發狀況、落實自來水事業(含簡易自來水事業)對供水水質的自主管理，本計畫將探討原水異常肇因，提出各種水質異常狀況之改善對策；以及協助本署至淨水場進行水質採樣及現地查核、輔導，以健全國內自來水事業水質管理制度，爰提本計畫。</abstract><author>國立交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020146</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202835</governmentpublicationsnumber><identifier>75627</identifier><internationalstandardbooknumber>9789860391886 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75627</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>淨水場水質異常應變輔導改善計畫 Technologic assistance for the improvement in emergency response of water treatment plant in water quality contingency</title><yearidentifier>201312</yearidentifier></data><data><abstract>隨著生活水準不斷提升、工業快速發展，自來水原水水質受集水區土地開發及新興污染物境污染之風險日益增高，如以地下水為水源之淨水場，發生飲用水砷含量超標；淨水場因原水鐵、錳濃度過高而發生紅水現象；水庫優養化滋生藻類造成藻毒素釋出；原水有機物含量過高，經淨水場加氯消毒後，導致飲用水產生三鹵甲烷之情況；或因淨水場因加氯操作控制問題，致使飲用水餘氯不足或過高等等情形，導致自來水事業應變不及，衍生社會大眾對用水安全的疑慮。 為迅速掌握淨水場水質異常突發狀況、落實自來水事業(含簡易自來水事業)對供水水質的自主管理，本計畫將探討原水異常肇因，提出各種水質異常狀況之改善對策；以及協助本署至淨水場進行水質採樣及現地查核、輔導，以健全國內自來水事業水質管理制度，爰提本計畫。</abstract><author>國立交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020146</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202835</governmentpublicationsnumber><identifier>75628</identifier><internationalstandardbooknumber>9789860391886 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75628</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>淨水場水質異常應變輔導改善計畫-光碟版=Technologic assistance for the improvement in emergency response of water treatment plant in water quality contingency</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區湖庫容量有限，在日照充足時，往往引起優養化而造成水質惡化，影響水源供需。在全球暖化現象日益明顯之際，建立水庫水質優養化處理對策，刻不容緩。本署陸續於98~99年委託辦理「水源產毒藻類與有害微生物監控與管理技術之研發與應用」， 99~100年委託辦理「移動式水源藻類毒素監測實驗室之規劃」及101年委託辦理藍綠藻應變與監控技術提升研究計畫等，以研發藻毒優養快速檢測技術及應變服務團，惟上述計畫主要著重在藻類事件(優養化)發生時之事件處理，但對優養化根本問題之解決，尚未有相關對策。考量湖庫優養化為全球性課題，國內目前尚無根本防治對策，爰有蒐集國外治理對策，以資政策規劃需求，爰成立本計劃。 考慮大陸地區經濟快速發展，且忽略水質保護工作，多數湖庫均有水質污染問題(包括優養化在內)，然因政體因素，大陸地區對於引進其他先進國家技術甚為快速，且能於大陸地區快速測試及落實，並已見初步成效，爰此本計畫將以大陸地區之湖庫所施行之對策與做法為對象，進行資料收集、分析及探討，以作為台灣借鏡。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020388</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202793</governmentpublicationsnumber><identifier>75630</identifier><internationalstandardbooknumber>9789860391695 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75630</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水庫水質優養化處理對策之探討 The Study of Countermeasures for Eutrophication Water Treatment in Reservoirs</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區湖庫容量有限，在日照充足時，往往引起優養化而造成水質惡化，影響水源供需。在全球暖化現象日益明顯之際，建立水庫水質優養化處理對策，刻不容緩。本署陸續於98~99年委託辦理「水源產毒藻類與有害微生物監控與管理技術之研發與應用」， 99~100年委託辦理「移動式水源藻類毒素監測實驗室之規劃」及101年委託辦理藍綠藻應變與監控技術提升研究計畫等，以研發藻毒優養快速檢測技術及應變服務團，惟上述計畫主要著重在藻類事件(優養化)發生時之事件處理，但對優養化根本問題之解決，尚未有相關對策。考量湖庫優養化為全球性課題，國內目前尚無根本防治對策，爰有蒐集國外治理對策，以資政策規劃需求，爰成立本計劃。 考慮大陸地區經濟快速發展，且忽略水質保護工作，多數湖庫均有水質污染問題(包括優養化在內)，然因政體因素，大陸地區對於引進其他先進國家技術甚為快速，且能於大陸地區快速測試及落實，並已見初步成效，爰此本計畫將以大陸地區之湖庫所施行之對策與做法為對象，進行資料收集、分析及探討，以作為台灣借鏡。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020388</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202793</governmentpublicationsnumber><identifier>75631</identifier><internationalstandardbooknumber>9789860391695 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>水庫水質優養化處理對策之探討--光碟版 The Study of Countermeasures for Eutrophication Water Treatment in Reservoirs</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之。」然而，自從自來水法第57條規定公布（民國55年）至今，雖已公告相關子法「自來水事業技術人員考驗辦法」，但自來水事業中央主管機關僅自94年度起舉辦5次已在職自來水事業技術人員考驗，而在98年度舉辦第1次全國性自來水技術人員考驗，對於各自來水事業之新進人員與各自來水事業委外相關工作之從業人員，缺乏取得考驗合格之經常管道，以致未能完全落實自來水法之立法旨意。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>明志科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020315</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202728</governmentpublicationsnumber><identifier>75633</identifier><internationalstandardbooknumber>9789860390261 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75633</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>自來水技術人員考驗(3/3)暨增辦工作項目委託服務計畫 Test of Water Supply Enterprise Technician (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之。」然而，自從自來水法第57條規定公布（民國55年）至今，雖已公告相關子法「自來水事業技術人員考驗辦法」，但自來水事業中央主管機關僅自94年度起舉辦5次已在職自來水事業技術人員考驗，而在98年度舉辦第1次全國性自來水技術人員考驗，對於各自來水事業之新進人員與各自來水事業委外相關工作之從業人員，缺乏取得考驗合格之經常管道，以致未能完全落實自來水法之立法旨意。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>明志科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020315</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202728</governmentpublicationsnumber><identifier>75634</identifier><internationalstandardbooknumber>9789860390261 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75634</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>自來水技術人員考驗(3/3)--光碟版 Test of Water Supply Enterprise Technician(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本局依據行政院環境保護署所訂定相關監測規定及項目進行本特定區之水質監測，長期而持續之監測對於本特定區相關管理作業甚為重要，本計畫除執行本特定區內主支流河段河川水水質監測外，亦將所得之分析結果綜合研判本特定區污染來源及水質異常原因並探討可能影響層面，據此以採取適切之防治措施。此外，本計畫之水質監測成果按月提送行政院環境保護署參考及提供相關學術單位研究所需。</abstract><author>臺北市立大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020171</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203385</governmentpublicationsnumber><identifier>75635</identifier><internationalstandardbooknumber>9789860397840 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75635</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>臺北水源特定區水質監測計畫(102年) Water Quality Monitoring for Taipei Water Supply Protected Watershed (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本局依據行政院環境保護署所訂定相關監測規定及項目進行本特定區之水質監測，長期而持續之監測對於本特定區相關管理作業甚為重要，本計畫除執行本特定區內主支流河段河川水水質監測外，亦將所得之分析結果綜合研判本特定區污染來源及水質異常原因並探討可能影響層面，據此以採取適切之防治措施。此外，本計畫之水質監測成果按月提送行政院環境保護署參考及提供相關學術單位研究所需。</abstract><author>臺北市立大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020171</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203385</governmentpublicationsnumber><identifier>75636</identifier><internationalstandardbooknumber>9789860397840 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75636</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>臺北水源特定區水質監測計畫(102年)--光碟版 Water Quality Monitoring for Taipei Water Supply Protected Watershed (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>75637</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75637</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫研究之目的主要係藉由都會地區地下水層之現地試驗之設計以及地表水文模式與地下水數值模式聯合之應用，以評估當汛期豪大雨事件發生時將地表水透過適當方式補注於都會地區地下含水層之滯洪效益與其可行性，並提出都會地區地下含水層滯洪之適用、應用原則與檢討建議，俾使都市防洪策略擬定時，能有多方面的選擇，以實現都市防洪減災與水資源永續利用相互兼顧的預期目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020338</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010202544</governmentpublicationsnumber><identifier>75638</identifier><internationalstandardbooknumber>9789860387766 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75638</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區地下含水層滯洪效益研究(1/3)--內附光碟 Study on Utilizing Infiltration into Aquifer for Flood Detention in Urban Area(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/21</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>75639</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75639</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置圖冊--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75641</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75641</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫 The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75642</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75642</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫--光碟版 The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020303</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203233</governmentpublicationsnumber><identifier>75645</identifier><internationalstandardbooknumber>9789860396669 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75645</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣地區水文長期整體策略規劃與綜合加值服務(2/2)(內附光碟) Long-term Planning of Integrated Hydrologic Strategy and Added-Value Service in Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020303</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203233</governmentpublicationsnumber><identifier>75646</identifier><internationalstandardbooknumber>9789860396669 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75646</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣地區水文長期整體策略規劃與綜合加值服務(2/2)--光碟版 Long-term Planning of Integrated Hydrologic Strategy and Added-Value Service in Taiwan(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.利用水文氣象觀測整合平台建立一完整水文數值模擬環境，以介接各種水文模式，能夠在同一個標準資料輸出入與計算程序下，得以客觀評估各水文模式之計算成果，並探討各模式對於各流域之適用性。 2.利用雷達觀測降雨資料於推求流域平均雨量可行性評估。</abstract><author>台北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020138</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203234</governmentpublicationsnumber><identifier>75647</identifier><internationalstandardbooknumber>9789860396676 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75647</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>雷達觀測資料及流域多水文模式於水文氣象觀測整合平台之建置與應用(2/2) Establishment and Application of Radar Data and Hydrologic Models in An Integrated Platform of Hydrometeorology Observation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.利用水文氣象觀測整合平台建立一完整水文數值模擬環境，以介接各種水文模式，能夠在同一個標準資料輸出入與計算程序下，得以客觀評估各水文模式之計算成果，並探討各模式對於各流域之適用性。 2.利用雷達觀測降雨資料於推求流域平均雨量可行性評估。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020138</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203234</governmentpublicationsnumber><identifier>75648</identifier><internationalstandardbooknumber>9789860396676 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75648</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>雷達觀測資料及流域多水文模式於水文氣象觀測整合平台之建置與應用(2/2)--光碟版 Establishment and Application of Radar Data and Hydrologic Models in An Integrated Platform of Hydrometeorology Observation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>554.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203276</governmentpublicationsnumber><identifier>75651</identifier><internationalstandardbooknumber>9789860396782 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75651</librarycollectiondetailsurl><price></price><publisher>內政部</publisher><publishrocyear>102</publishrocyear><title>土地徵收作業手冊</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 一、 計畫緣起及工作內容 (一) 計畫緣起及目的 目前水利單位對於河川流量站輸砂量之觀測，均僅侷限於懸移質之觀測調查，推移質部分則付之闕如，因此對於河川整體輸砂量之評估造成影響，故未來如何辦理該部分之觀測調查工作，實有必要針對國內外河川傳統推移質之觀測方法進行蒐集與比較評估。有鑑於以往?砂觀測的方式以人工取樣為主，惟此法後續處理步驟不但費時，且取樣時間受天候?況限制，造成許多洪水時期的?砂資?無法採集，而且威脅取樣人員的安全性，因此研發自動化之?砂觀測技術。 (二) 計畫目標及工作範圍 於彰雲橋以下河段，評估選取適當觀測地點，進行颱風豪雨現場水理、輸砂特性及河床沖淤變化調查。 (三) 計畫目標與工作流程 本計畫主要工作內容如下：本計畫工作項目劃分為七大項： (1)計畫區域背景資?調查分析；(2)?砂觀測相關資?彙整評估；(3)自動化推移質觀測方法建立；(4)規劃建置自動化觀測試驗站；(5)自動化觀測與人工觀測關係驗證；(6)一維水砂數值模擬與率定驗證；(7)評估濁水溪下游河段水理、輸砂特性及沖淤變化等關係分析河道之穩定性。本研究工作流程圖1所示。 二、 計畫區域基本資?蒐集分析 (一) 濁水溪主流長約186.6 km，為單一河槽入海之?態，因降雨集中、流量大其輸砂量大、水流沖刷破壞力極強，堤前河床淘刷劇烈；流經二十一鄉鎮，並有20座橋梁於濁水溪主流上。 (二) 歷年水位-流量率定曲線資?，因河川底床沖淤或河床變動之影響，一年內之水位-流量關係可大致分為2至3個群組，計畫區河段屬分段型河川。 (三) 歷年河道變動趨勢顯示，濁水溪河床高程有至90年全面禁止開採砂石後河床嚴重下降情形已不復見，並從96年開始河床出現回淤之現象。 (四) 濁水溪為多砂河川，因集水區內80 %屬山坡地，坡度陡峭、河流短急、斷層分佈多、地質脆弱，且為地震集中區，表層土質鬆軟而易沖蝕，年輸砂量約3,000萬m3到6,000萬m3不等。 (五) 97～99年颱洪災害調查，致災颱風包括卡玫基、辛樂克、薔蜜及莫拉克颱風，其中莫拉克颱風災實損情況較為嚴重，造成彰化地區多處淹水，河道多處河堤、護岸及固床工遭沖毀。 三、 ?砂觀測方法評估與分析 (一) 蒐集相關懸移質?砂觀測方法原理，並對其優缺點及量測範圍進行比較。 (二) 針對推移質觀測研究，蒐集傳統式推移質觀測方法，大致分為兩大類： 1. 直接採樣法：依據設計原理、構造及操作方法，現行推移質採樣器可歸納為籃式 (basket? type)、淺盤式 (pan?type)、壓差式 (pressure?difference?type) 及槽坑式 (slot?type or pit?type) 等四類。 2. 間接取樣法：淤積斷面量測法(sedimentation process)、砂丘追蹤法(dune tracking)及示蹤劑法(tracker method)。 總體而言，推移質直接取樣法雖然能夠直接採集河床?砂樣本，能夠較可靠的反應底床推移質的運移數量 (三) 國內自動化推移質相關觀測研究方法較缺乏，就自動化推移質觀測方式蒐集國外相關研究成果進行探討。 1. 地音探測器：整個河道斷面設置2 m埋深、混凝土保護層厚度1 m的巨積塊體，其上鑲嵌地音探測器觸發鋼板，為?比對及校正地音探測器撞擊訊號，另設置不同類型的推移質取樣器，試驗站全部共設置40個防水的地音探測器。經記?個別地音探測器接收撞擊數與時間及於空間分佈之資?後，再與河川流量紀?結合分析，最後建立流量與推移質輸砂量關係曲線，其結果呈正相關趨勢。 2. 壓電式推移質影響傳感器(PBIS)：利用推移質對儀器PBIS產生振動(顆粒直徑大於20mm)並且記?每一次振動的總量為一筆數據。推移質運動的速度對於傳感器的影響在每單為時間上成正比顯示。 上述兩種自動化推移質觀測方式是有效且具潛力的長期自動化觀測設備，評估其優缺點如下列幾點所示： 優點： 缺點： 1.可完全自動化； 2.具時間與空間高解析度； 3.可測得起始運動。 1.試驗站與實驗室間仍須進行校核； 2.目前單一試驗站之設置費用高昂； 3.試驗站屬固定式設備，不具機動性。 (四) 台灣地區豐枯水季流量變化極大，平時部分河床雖有乾涸的時期，但颱洪期間的大流量常造成河床劇烈變化，評估地音探測器及壓電式推移質感測器其觀測方式及優缺點，國內並無相關之研究，在相關技術承接上有所難度，考慮計畫區域河段河床高程變動量較大，無適當施工地點且較為不易，上述兩種方式設站費用較為昂貴並不適用。 (五) 根據相關文獻得知，振動式測砂儀具備即時、連續性及自動化觀測功能之優點。於懸移質濃度觀測具有良好趨勢，將此觀點聯想到推移質的觀測上，振動管受到推移質的負載，亦因載荷大小的改變而影響頻率，因此可以建立推移質濃度與共振頻率兩者間的關係，達到推移質觀測之目的。 四、 聲學式測砂儀試驗規劃與分析 (一) 本計畫研發規劃推移質測砂儀雛型，以碰撞引起聲學振動之原理進行推移質即時觀測方法與試驗研究，並於試驗室進行相關試驗分析探討。分別計對(1)單顆粒撞擊；(2)渠道坡度大小；(3)多顆粒撞擊；(4)渠道糙度粗細及(5)淤砂高度等試驗條件進行試驗。5種試驗條件試驗之結果如下： 1. 單顆粒撞擊試驗：渠道坡度固定條件下，玻璃珠顆粒愈大所測得能量值愈大；在相同珠璃珠大小固定條件下，渠道坡度愈陡所測得能量值愈大，其線性關係皆呈正相關趨勢，R2值達0.90以上。 2. 多顆粒撞擊試驗：在相同粒徑條件下，撞擊顆粒數愈多所測得能量值愈大；在相同顆粒數不同粒徑條件下，其線性關係皆呈正相關趨勢。 3. 渠道糙度試驗：在相同顆粒大小坡度試驗條件下，渠道糙度愈粗糙所測得能量值愈低，其線性關係呈負相關趨勢，R2值達0.83；說明在相同條件下，渠道糙度與能量呈反比。 4. 淤砂高度試驗：隨著淤砂高度增加，所測得能量值愈低，其 線性關係呈負相關趨勢，R2值達0.84；顯示聲學式測砂儀可利用此特性推估集砂坑淤滿時間點，進而估算推移質輸砂量。 (二) 根據試驗室不同大小玻璃珠及不同顆粒數撞擊振動管，模擬現地非均勻推移質撞擊振動管所測得能量值與單寬輸砂率之關係，試驗能量值愈大相對單寬輸砂率愈大，R2達0.97，顯示單寬輸砂率與能量呈正相關趨勢，於現地進行觀測應具有此關係特性。 (三) 經由試驗室振動管相關試驗結果得知，振動管能量與撞擊顆粒大小、顆粒數多寡、渠道坡度大小呈正相關趨勢，與淤砂高度呈負相關，此方法具有良好的物理特性。 五、 現地水砂、沖淤及推移質觀測 (一) 水砂觀測作業方面，主要以鉛魚、手持式微波雷達表面流速儀及雙口式?砂採樣器等儀器，量測水位、流速及?砂等現地資?，藉以推估出河川流量及懸移質輸砂量。本計畫已於溪州大橋進行三次、彰雲橋進行五次流速、水位及水砂觀測採樣工作，時間分別為6月28日、7月19日、9月1日、9月30日及10月21日。根據本年度懸移質?砂濃度與流量觀測結果，可換算懸移質輸砂量值，溪州大橋站懸移質輸砂量約介於2,241～142,202公噸/日；彰雲橋站懸移質輸砂量約介於415～1,912,197公噸/日。將本年度水砂觀測值點繪入歷史資?所繪製成流量與懸移質輸砂量結果，並以相同流量代入溪州大橋站及彰雲橋站點繪前後率定曲線換算輸砂量結果發現，輸砂量值差異不大，表示本年度輸砂特性與歷史資?無太大差異。 (二) 沖淤調查作業方面，本計畫經多次現勘並比對96年與99年度計畫區域斷面資?，發現濁水溪彰雲大橋下游河道河段整體沖刷趨勢較不顯著，但其中以斷面80、83及85具有較嚴重沖刷之情形 (三) ，評估三斷面資?與現勘結果，於民國100年7月6日分別於斷面85左右岸二處進行沖刷磚埋設斷面85進行沖刷磚埋設。埋設深度左岸336公分，右岸300公分。刷磚埋設完成後至今濁水溪流域僅發生一次較大的水文事件，為民國99年8月27～31日南瑪都颱風所挾帶外圍環流影響濁水溪流域甚劇。本計畫於民國99年9月29日進行沖刷磚調查。調查結果顯示，斷面85左岸僅沖刷掉2塊磚頭(12 cm)無回淤現象；右岸沖刷總共沖刷掉27塊(162 cm)並回淤66公分。濁斷85左岸河床高程並無明顯變動，相對之下，右岸河床高程變動較為明顯，河床有下刷之趨勢產生，主深槽流路有偏向左岸之情形。 (四) 民國100年9月15日另於溪州大橋下P40及P41號橋墩下游約 200公尺處設置一固定式囚砂坑，以做為聲學式測砂儀集砂坑比對之用。依溪州大橋歷年最大瞬時流量計算囚砂坑大小，囚砂坑尺寸上頂項8 m、下頂寬2m、，高2m，長15 m；設置完成後濁水溪流域並無重大水文事件發生，於民國100年10月21日進行囚砂坑調查，囚砂坑體積大小形?並無有所變化。 (五) 聲學式測砂儀觀測方面，於100年8月28日現地儀器安裝完成後立即進行現地相關試驗，試驗結果如下： 1. 單顆粒撞擊試驗：試驗條件固定下，隨著撞擊顆粒愈重所測得能量愈大，重量與能量呈正相關趨勢，R2達0.92。 2. 多顆粒撞擊試驗：隨著撞擊的顆粒數愈多所測得能量值愈大，顆粒數與能量呈正相關趨勢，R2達0.96。 3. 撞擊高度試驗：隨著撞擊高度愈高，所測得能量值愈大，撞 4. 非均勻砂撞擊試驗：在固定試驗條件下，隨著非均勻砂撞擊重量愈重，相對量愈大，非均勻砂重量與能量呈正相關趨勢，R2達0.97。 5. 淤砂高度試驗：隨著埋砂高度增加，能量與淤砂高度呈負相關趨勢，R2達0.91，藉此特性可判斷集砂坑淤滿時間點。 (六) 本計畫安裝於溪州大橋自動化測砂儀因受限於氣候因素，無法量測相關推移質數據資?。有鑑於此，本計畫規劃於集集攔河堰進行相關試驗做為替代方案之選擇。共進行三日11次觀測結果如下： 1. 能量-流量率定曲線呈正相關趨勢R2達0.97。 2. 能量-輸砂量率定曲線呈正相關趨勢R2達0.92。 由上述觀測結果顯示，聲學式測砂儀在推移質觀測具有莫大的發展潛力，於試驗站建立其完整相關曲線資?，未來只需量測其能量值亦可反推流量及輸砂量多寡。 六、 一維水砂數值模擬與率定驗證 (一) 水位檢定驗證：目前已完成NETSTARS模式於溪州大橋站之水位檢定工作，由模擬結果整體顯示，模擬水位值與實測水位值趨勢相當一致，而後續模擬之成果亦應有其代表性。 (二) 敏感度分析：以Case13之主控參數模擬結果較佳，參數包括：Meyer-Peter &amp; Muller輸砂公式、沖刷深度倍數Alt=0.01、流管數Tube=7及△t=1，為NETSTARS模式河床沖淤變化之主控參數。 (三) 河道變動趨勢模擬分析：以99年底床在單一洪水不同重現期距年流量作用下探討其變化情形，模擬不同重現期距年流量分別為Q10、Q25、Q50及Q100。由於為單一洪水事件，其流量對其造床作用時間較短，模擬結果變化幅度較小。整體河道大致沖淤互現，沖淤變化大致約在-0.13～0.27公尺之內，其中西濱大橋及中沙大橋上游處斷面具有沖刷情形，最大沖刷發生在斷面55，隨重現期距流量愈大其河床變化增大。並以長期流量(5、10及15年)進行河道沖淤變化模擬，根據濁水溪歷年河床沖淤情勢變化得知，96年～99年彰雲大橋至河口河段整體斷面幾近呈現淤積?態，斷面61以上淤積情況較為明顯，而在西濱大橋上游、斷面21、23及32、中沙大橋上游、斷面60及79有沖刷情況產生；長期(10及15)流量下，中沙大橋下游河段呈沖淤互現之情況，中沙大橋以上呈淤多沖之情況，由長期流量模擬結果顯示，在這幾個特定斷面有相同的趨勢產生，如斷面10～12與斷面52～54仍有沖刷情況。隨長期流量模擬時間愈長，彰雲大橋下游河段淤積情況愈明顯。 七、 輸砂量推估 本計畫透過流量延時曲線及流量-輸砂量率定關係推求各測站之年輸砂量變化。推估結果顯示，溪州大橋站推估年輸砂量高達11,620萬噸/年與利用機率加權相加計算平均年輸砂量QA：7,523萬噸/年相差甚鉅；而彰雲橋站流量延時曲線推估年輸砂量11,070萬噸/年，比機率加權相加計算推估彰雲橋站年輸砂量6,346萬噸/年值高；兩種輸砂量推估結果擁有相同的趨勢，溪州大橋站年輸砂量大於彰雲橋站，顯示此河道有沖刷趨勢產生，但依96 ～99年河道沖淤變化得知此河段主深槽大部分有淤積情況，推測此河段為橫向沖刷。 八、 河道穩定指標分析 (一) 槽偏量分析：將以96年及99年大斷面量測資?為主，計算變遷型態之量化指標，並據以分析變遷程度明顯之河段。河口至斷面69大部分河床皆成上升情形，呈淤多沖少情況，斷面70至斷面87河床皆成下降情形，其中以斷面84下降幅度最大。本計畫濁水溪計畫河段96年至99年河口段深槽大體偏向右岸，中下游河段河槽變化幅度較大，呈南北岸變動之趨勢，中上游河槽較為穩定。 (二) 縱、橫斷面穩定指標穩定分析：勞哈金數(f1)值顯示，民國93年彰雲橋至河口斷面垂向河床穩定度，大部分呈穩定?態，但斷面37～斷面28屬不穩定河段；民國93年與99年勞哈金數比對結果，斷面69至河口趨向不穩定?態，斷面70至斷面80河床垂向變化為穩定，斷面81至斷面87趨向不穩定。阿爾圖?(K1)值顯示，斷面5至河口河段橫向變化相較整體河段較不穩定，與槽偏量分析中得知河口斷河槽橫向變化較不穩定；比對民國96年與99年阿爾圖圖?(K1)結果，整體河段大部分趨向不穩定?態，由其上游斷面64～87變化幅度較大，顯示濁水溪為多變型河川型態。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010102841</governmentpublicationsnumber><identifier>75655</identifier><internationalstandardbooknumber>9789860347074 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75655</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪輸砂特性及推移質觀測研究成果資料光碟=The Study for Bedload Monitoring and Sediment Transport of Chuo-Shui River</title><yearidentifier>201211</yearidentifier></data><data><abstract>水利署第八河川局(以下稱本局)歷年辦理河川水文量測，限於人力及安全考量，高流量情況下之觀測有其困難。實際操作過程中，因天候不佳，視線不良，人員安全考量或橋梁封閉的情況下，難以實施全日人工觀測。加上受限於人力及設備，單次人工觀測的時間通常為2小時以上，每日能作業時間及得到的數據組數很少，難以充份掌握整個洪水流量變化過程，對於預警及事後檢討幫助有限。 自動化水文量測系統具有不受天候、視線、封橋、人員安全及疲睏問題等影響，所能量測資料之數量及品質優於人工方式，故建置自動化儀器為未來水文測驗工作發展之趨勢。 爰此，本計畫於本局所轄台東大橋水位流量站辦理固定式自動化水文觀測作業，進行水深、濁度、表面流速、河床沖刷量測及閉路電視(CCTV)回傳現場影像等工作，並使其於高流量下具自動化量測功能，冀能提高水文量測之能力及品質。 同時將固定式之概念整合水文觀測儀器於本局既有之水文工作車上，使其具備高度自動化之特性，達到「單人即可完成河川水文量測」之理想（基於安全理由，出外作業時仍以至少兩人為一組進行）。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203090</governmentpublicationsnumber><identifier>75656</identifier><internationalstandardbooknumber>9789860392852 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75656</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處第八河川局</publisher><publishrocyear>102</publishrocyear><title>卑南溪高流量觀測方法改善計畫 Improvement Plan of High Flow Discharge Oberservation Method for Beinan Creek</title><yearidentifier>201312</yearidentifier></data><data><abstract>隨著生活水準不斷提升、工業快速發展，自來水原水水質受集水區土地開發及新興污染物境污染之風險日益增高，如以地下水為水源之淨水場，發生飲用水砷含量超標；淨水場因原水鐵、錳濃度過高而發生紅水現象；水庫優養化滋生藻類造成藻毒素釋出；原水有機物含量過高，經淨水場加氯消毒後，導致飲用水產生三鹵甲烷之情況；或因淨水場因加氯操作控制問題，致使飲用水餘氯不足或過高等等情形，導致自來水事業應變不及，衍生社會大眾對用水安全的疑慮。 為迅速掌握淨水場水質異常突發狀況、落實自來水事業(含簡易自來水事業)對供水水質的自主管理，本計畫將探討原水異常肇因，提出各種水質異常狀況之改善對策；以及協助本署至淨水場進行水質採樣及現地查核、輔導，以健全國內自來水事業水質管理制度，爰提本計畫。</abstract><author>國立交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020146</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010202835</governmentpublicationsnumber><identifier>75657</identifier><internationalstandardbooknumber>9789860391886 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75657</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>淨水場水質異常應變輔導改善計畫(光碟版) Technologic assistance for the improvement in emergency response of water treatment plant in water quality contingency</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>陳振川等</author><categoryidentifier>438.661</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010203346</governmentpublicationsnumber><identifier>75658</identifier><internationalstandardbooknumber>9789860396812 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75658</librarycollectiondetailsurl><price>250</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>點石成金莫拉克颱風災後屏東石斑復養紀實</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區近來社經環境變遷、氣候異常，現有蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。為此，水利規劃試驗所去年度辦理「台灣地區可能壩堰址勘查檢討」，惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業。 爰此，今年度擬建置「台灣地區可能壩堰址勘查檢討-水資源規劃成果圖資數位建置(1)」，提供可能壩(堰)址相關資訊，以利水資源開發與利用規劃進行與開發的決策參考。</abstract><author>台灣海洋大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020336</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010202424</governmentpublicationsnumber><identifier>75659</identifier><internationalstandardbooknumber>9789860386646 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75659</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)(內附光碟)Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020326</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010202571</governmentpublicationsnumber><identifier>75660</identifier><internationalstandardbooknumber>9789860388572 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75660</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>國家級防災監測及模式測試基地建置(2/3) Setup of national base for disaster prevention monitoring and model testing (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020326</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/22</date><governmentpublicationsnumber>1010202571</governmentpublicationsnumber><identifier>75661</identifier><internationalstandardbooknumber>9789860388572 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75661</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>國家級防災監測及模式測試基地建置(2/3)--光碟版 Setup of national base for disaster prevention monitoring and model testing (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>澎湖縣政府</author><categoryidentifier>67</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010201288</governmentpublicationsnumber><identifier>75662</identifier><internationalstandardbooknumber>9789860374001 ; 9789860374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75662</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區域排水湖西地區排水系統規劃-Regulation Project of Flood-prone Areas for Penghu county Huxi township Regional Drainage System Improvement Project</title><yearidentifier>201307</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域 管理委員會所選定之14 個監測 點，持續進行河川水質監測工作， 監測頻率為每季一次，並配合管委 會業務需求，另執行20個點次之臨 時不定期採樣檢測工作，同時彙整 行政院環境保護署及經濟部水利 署南區水資源局之例行性水質監 測資料，進行河川水體整體品質之 綜合評析。</abstract><author>中環科技事業公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202095</governmentpublicationsnumber><identifier>75666</identifier><internationalstandardbooknumber>9789868282766 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75666</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>102</publishrocyear><title>102年度「高屏溪流域河川水質採樣檢測分析」工作計畫(內附光碟) Sampling and Analysis for the Water Quality of Kao-Pin River (2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>溫室氣體所造成的全球氣候變遷已然成為眾所關注的議題，氣候變遷對台灣水資源之影響亦已見其徵，經濟部水利署除積極投入在氣候變遷對水庫之衝擊與調適上進行深入研析，亦已針對再生水、自來水等碳足跡進行相關評估作業，而水庫壩堰等蓄水、引水水資源系統尚未完成系統性之評估研究，為加強水庫系統碳足跡評估並研擬整體低碳策略，爰擬辦理本項計畫。 本計畫主要目的係延續去年(100)度的調查評估，強化水體通量調查技術，透過追蹤國內外之水庫系統溫室氣體調查方法，實際調查水庫水體排碳量數據，建立適用台灣水庫系統的溫室氣體參數資料庫。另外，更進一步納入水資源工程溫室氣體排放評估，工程活動除為水資源碳足跡計算範疇，亦為規劃階段必須面臨之課題，將一併深入探討。本計畫可以充實水資源全生命週期之溫室氣體評估，因應環境影響評估與溫室氣體減量法之實施，並綜合彙整各計畫成果，提供水資源領域因應氣候變遷減緩及調適策略之具體策略與決策資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020129</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010203070</governmentpublicationsnumber><identifier>75667</identifier><internationalstandardbooknumber>9789860394238 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75667</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估(2/2)(內附光碟)Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>75668</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75668</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3) A study on the basin flood mitigation and soil-sediment resources management (3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>75669</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75669</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3)--光碟版 A Study on the basin flood mitigation and soil-sediment resources management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202553</governmentpublicationsnumber><identifier>75670</identifier><internationalstandardbooknumber>9789860388152 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75670</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究總報告 A Study on the basin flood mitigation and soil-sediment resources management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202553</governmentpublicationsnumber><identifier>75671</identifier><internationalstandardbooknumber>9789860388152 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75671</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究總報告--光碟版 A Study on the basin flood mitigation and soil-sediment resources management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該氣候變遷整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運移及沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候曾文溪防洪處理對策研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策等相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下曾文溪現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020162</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202603</governmentpublicationsnumber><identifier>75673</identifier><internationalstandardbooknumber>9789860388916 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75673</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文溪流域因應氣候變遷防洪及土砂研究計畫--內附光碟 A Study of Flood Control and Sediment Management due to Climate Change of Zeng-wen River</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75674</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75674</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75675</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75675</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫--光碟版=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>溫室氣體所造成的全球氣候變遷已然成為眾所關注的議題，氣候變遷對台灣水資源之影響亦已見其徵，經濟部水利署除積極投入在氣候變遷對水庫之衝擊與調適上進行深入研析，亦已針對再生水、自來水等碳足跡進行相關評估作業，而水庫壩堰等蓄水、引水水資源系統尚未完成系統性之評估研究，為加強水庫系統碳足跡評估並研擬整體低碳策略，爰擬辦理本項計畫。 本計畫主要目的係延續去年(100)度的調查評估，強化水體通量調查技術，透過追蹤國內外之水庫系統溫室氣體調查方法，實際調查水庫水體排碳量數據，建立適用台灣水庫系統的溫室氣體參數資料庫。另外，更進一步納入水資源工程溫室氣體排放評估，工程活動除為水資源碳足跡計算範疇，亦為規劃階段必須面臨之課題，將一併深入探討。本計畫可以充實水資源全生命週期之溫室氣體評估，因應環境影響評估與溫室氣體減量法之實施，並綜合彙整各計畫成果，提供水資源領域因應氣候變遷減緩及調適策略之具體策略與決策資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020129</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010203072</governmentpublicationsnumber><identifier>75676</identifier><internationalstandardbooknumber>9789860394269 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75676</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估總報告書(內附光碟) Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering Final Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之目的乃在建立「台灣地區主要河川流域水文與水理設計分析系統平台」，以提供流域管理單位，於進行流域整體治理規劃過程，所需之地文與水文重要資訊。流域治理規劃所需之資訊包括：集水區之各項地文因子與空間圖層，以及針對某特殊降雨事件或是某特定重現期暴雨情況下，流域內中上游集水區逕流量、中下游河川水位等相關水文水理資訊。因考慮水利工程師能以便捷的方式，獲得複雜的地文與水文資訊，此系統乃採用開放原始碼地理資訊系統架構、資料庫系統以及網路即時更新功能，建立圖形化之使用者介面，以提供水利人員一套完整而便捷的分析工具。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020248</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202136</governmentpublicationsnumber><identifier>75677</identifier><internationalstandardbooknumber>9789860383812 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75677</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(3/3) Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之目的乃在建立「台灣地區主要河川流域水文與水理設計分析系統平台」，以提供流域管理單位，於進行流域整體治理規劃過程，所需之地文與水文重要資訊。流域治理規劃所需之資訊包括：集水區之各項地文因子與空間圖層，以及針對某特殊降雨事件或是某特定重現期暴雨情況下，流域內中上游集水區逕流量、中下游河川水位等相關水文水理資訊。因考慮水利工程師能以便捷的方式，獲得複雜的地文與水文資訊，此系統乃採用開放原始碼地理資訊系統架構、資料庫系統以及網路即時更新功能，建立圖形化之使用者介面，以提供水利人員一套完整而便捷的分析工具。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020248</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202136</governmentpublicationsnumber><identifier>75678</identifier><internationalstandardbooknumber>9789860383812 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75678</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(3/3)--光碟版 Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之目的乃在建立「台灣地區主要河川流域水文與水理設計分析系統平台」，以提供流域管理單位，於進行流域整體治理規劃過程，所需之地文與水文重要資訊。流域治理規劃所需之資訊包括：集水區之各項地文因子與空間圖層，以及針對某特殊降雨事件或是某特定重現期暴雨情況下，流域內中上游集水區逕流量、中下游河川水位等相關水文水理資訊。因考慮水利工程師能以便捷的方式，獲得複雜的地文與水文資訊，此系統乃採用開放原始碼地理資訊系統架構、資料庫系統以及網路即時更新功能，建立圖形化之使用者介面，以提供水利人員一套完整而便捷的分析工具。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020248</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202138</governmentpublicationsnumber><identifier>75679</identifier><internationalstandardbooknumber>9789860383829 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75679</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立總報告 Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之目的乃在建立「台灣地區主要河川流域水文與水理設計分析系統平台」，以提供流域管理單位，於進行流域整體治理規劃過程，所需之地文與水文重要資訊。流域治理規劃所需之資訊包括：集水區之各項地文因子與空間圖層，以及針對某特殊降雨事件或是某特定重現期暴雨情況下，流域內中上游集水區逕流量、中下游河川水位等相關水文水理資訊。因考慮水利工程師能以便捷的方式，獲得複雜的地文與水文資訊，此系統乃採用開放原始碼地理資訊系統架構、資料庫系統以及網路即時更新功能，建立圖形化之使用者介面，以提供水利人員一套完整而便捷的分析工具。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020248</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202138</governmentpublicationsnumber><identifier>75680</identifier><internationalstandardbooknumber>9789860383829 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75680</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立總報告--光碟版 Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的為檢討雙溪及基隆河系統之完善供水策略，並制定雙溪水庫運用規線，以穩定基隆地區的用水安全。完成雙溪水庫水庫運用規劃</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020277</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/23</date><governmentpublicationsnumber>1010202890</governmentpublicationsnumber><identifier>75681</identifier><internationalstandardbooknumber>9789860392357 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75681</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-水源及用水專題-水庫運用規劃專題報告(內附光碟) A Review of Feasibility Study of Shuangxi Reservoir(3) –Water Resources and Water Supply Topic - Reservoir Operation</title><yearidentifier>201312</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>75682</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75682</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(光碟版) Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>75685</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75685</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討丁壩設計參考手冊=Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應卑南溪防洪預警及緊急應變作業之需要，本局於民國101年辦理「八河局轄區洪水預警系統建立之先期規劃」案，作為本局後續推動洪水預警系統建置之藍圖，訂定本局防災業務短中長期之推動目標。 本(102)年度為達防災預警功效之短期目標，爰依前期計畫之規劃成果提列本計畫，以建置卑南溪洪水預警系統，俾於颱洪時期進行即時資料蒐集，並透過圖形表格展示洪水預警通報資訊，以利颱風豪雨應變期間提供水情資訊分析研判。本計畫將延續前期成果，其主要工作重點除進行資料庫更新維護並建置防洪預警系統外，亦進行水文水理分析參數檢定驗證，並依系統使用狀況及颱洪期間作業需求進行必要性的功能擴充。另配合防汛時期應變作業需要，進行淹水調查工作及防汛整合作業。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020356</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202850</governmentpublicationsnumber><identifier>75686</identifier><internationalstandardbooknumber>9789860390704 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75686</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>102年度八河局轄區洪水預警及防汛整合作業 2013 Flood Forecasting and Integrated Flood Prevention for the Area of the 8th River Management Office</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應卑南溪防洪預警及緊急應變作業之需要，本局於民國101年辦理「八河局轄區洪水預警系統建立之先期規劃」案，作為本局後續推動洪水預警系統建置之藍圖，訂定本局防災業務短中長期之推動目標。 本(102)年度為達防災預警功效之短期目標，爰依前期計畫之規劃成果提列本計畫，以建置卑南溪洪水預警系統，俾於颱洪時期進行即時資料蒐集，並透過圖形表格展示洪水預警通報資訊，以利颱風豪雨應變期間提供水情資訊分析研判。本計畫將延續前期成果，其主要工作重點除進行資料庫更新維護並建置防洪預警系統外，亦進行水文水理分析參數檢定驗證，並依系統使用狀況及颱洪期間作業需求進行必要性的功能擴充。另配合防汛時期應變作業需要，進行淹水調查工作及防汛整合作業。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020356</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202850</governmentpublicationsnumber><identifier>75687</identifier><internationalstandardbooknumber>9789860390704 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75687</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>102年度八河局轄區洪水預警及防汛整合作業--光碟版 2013 Flood Forecasting and Integrated Flood Prevention for the Area of the 8th River Management Office</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>內政部建築研究所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203245</governmentpublicationsnumber><identifier>75688</identifier><internationalstandardbooknumber>9789860395228 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75688</librarycollectiondetailsurl><price></price><publisher>內政部建築研究所</publisher><publishrocyear>102</publishrocyear><title>社區及建築基地減洪防洪規劃手冊=FLOOD MITIGATION AND PROTECTION MANUAL IN COMMUNITIES AND CONSTRUCTION SITES</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.海岸概況 2.基本資料蒐及調查獲補充 3.海岸特性分 4.重要課題分析與對策 5.方案規劃 6.優選方案實施修先順序及分年計畫 7.計畫評價 8.關連計畫及配合措施</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020219</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203330</governmentpublicationsnumber><identifier>75689</identifier><internationalstandardbooknumber>9789860396911 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75689</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>台北海岸環境營造規劃(1/2)--內附光碟 Sustainable Regeneration of Taipei Coastal Environment Plans (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020296</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203132</governmentpublicationsnumber><identifier>75690</identifier><internationalstandardbooknumber>9789860395181 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75690</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度四河局轄區洪水預警及防汛整合作業--內附光碟=Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。 現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。 由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。 前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75691</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75691</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>全台各河川水系地面水可用水量計算資訊系統建置計畫(2/3)=The Program of Developing the Surface Water Availability Calculation System in Taiwan(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。 現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。 由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。 前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75692</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75692</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>全台各河川水系地面水可用水量計算資訊系統建置計畫(2/3)--附冊=The Program of Developing the Surface Water Availability Calculation System in Taiwan(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。 現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。 由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。 前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75693</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75693</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>全台各河川水系地面水可用水量計算資訊系統建置計畫(2/3)--光碟版=The Program of Developing the Surface Water Availability Calculation System in Taiwan(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來全球氣候異常情況加劇，隨著國內推行永續發展之政策，水利工程單位開始思索如何延長水利建設之可持續性，為了改善既有大刀闊斧的營建理念，開始探討與自然相融合及全生命週期之管理思維，進而研擬一套永續水利工程評估系統，此系統評量內容完整，涵蓋效益、生態、節能、減廢、耐久、安全、人文與創意等八大面向，有助於評量水利工程設施之永續作為。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020144</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203474</governmentpublicationsnumber><identifier>75694</identifier><internationalstandardbooknumber>9789860398892 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75694</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>永續水利工程評估指標系統推廣與導入總報告 Implementation and Promotion of Sustainability Indicator System for Hydraulic Facilities</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來全球氣候異常情況加劇，隨著國內推行永續發展之政策，水利工程單位開始思索如何延長水利建設之可持續性，為了改善既有大刀闊斧的營建理念，開始探討與自然相融合及全生命週期之管理思維，進而研擬一套永續水利工程評估系統，此系統評量內容完整，涵蓋效益、生態、節能、減廢、耐久、安全、人文與創意等八大面向，有助於評量水利工程設施之永續作為。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020144</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010203474</governmentpublicationsnumber><identifier>75695</identifier><internationalstandardbooknumber>9789860398892 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75695</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>永續水利工程評估指標系統推廣與導入總報告--光碟版 Implementation and Promotion of Sustainability Indicator System for Hydraulic Facilities</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>75696</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75696</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2) Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>75697</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75697</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2)--光碟版 Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>75698</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75698</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2)=Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>75699</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75699</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2)--光碟版=Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>75700</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75700</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2) Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/24</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>75701</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75701</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2)--光碟版 Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫分五年辦理，本年度之工作重點為「大量充實網站資訊，並透過手機APP的製作，吸引不同的使用者族群，隨時隨地於手機上查詢並瞭解河川復育的相關資訊，加強宣傳。更進一步邀集民間單位的河川復育推手，以河川復育課程為引，江河川復育的理念紮根於民間，積極落實台灣河川復育的理念於行動。更徵求推廣河川復育的有志之士，招募為公民記者，為台灣的河川復育行動發聲。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020064</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202642</governmentpublicationsnumber><identifier>75705</identifier><internationalstandardbooknumber>9789860389487 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75705</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺灣河川復育網站營運維護計畫(4/5) Operating and Maintenance Plan of Taiwan River Restoration Network Website (4/5)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫分五年辦理，本年度之工作重點為「大量充實網站資訊，並透過手機APP的製作，吸引不同的使用者族群，隨時隨地於手機上查詢並瞭解河川復育的相關資訊，加強宣傳。更進一步邀集民間單位的河川復育推手，以河川復育課程為引，江河川復育的理念紮根於民間，積極落實台灣河川復育的理念於行動。更徵求推廣河川復育的有志之士，招募為公民記者，為台灣的河川復育行動發聲。</abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020064</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202642</governmentpublicationsnumber><identifier>75706</identifier><internationalstandardbooknumber>9789860389487 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75706</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺灣河川復育網站營運維護計畫(4/5)--光碟版 Operating and Maintenance Plan of Taiwan River Restoration Network Website(4/5)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202463</governmentpublicationsnumber><identifier>75707</identifier><internationalstandardbooknumber>9789860387261 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75707</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立(2/2)--內附光碟 Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202464</governmentpublicationsnumber><identifier>75708</identifier><internationalstandardbooknumber>9789860387278 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75708</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立總報告--內附光碟 Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202912</governmentpublicationsnumber><identifier>75709</identifier><internationalstandardbooknumber>9789860392296 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75709</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(3/3)--內附光碟 The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>75710</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75710</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施總報告--內附光碟 The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利規劃試驗所(以下簡稱本所)致力於台灣水利事業規劃研究及試驗工作迄今四十餘年，已累積相當豐富之水利專業知識，自96年度起逐年建置本所知識管理系統，並同時間建置本所全球網站。 本所知識管理系統歷經5年維運，若干系統功能已不敷使用，必需做調整、擴充、改版，而本所全球資訊網因96年度建置時採asp工具開發，因資訊安全考量asp較易產生網站漏洞，擬藉本計畫委託專業資訊廠商以asp.NET或更安全便利之資訊技術執行本計畫擴充維護等工作內容。 爰此，為提升本所全球網站功能，與達到本所未來發展重點項目之一持續推動「知識管理」，本年度擬加強本所全球網站功能與強化「知識管理」內涵並透過最新技術擴充系統加值功能，以增進整體運作效能，落實資料共享、提升服務品質。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020351</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202139</governmentpublicationsnumber><identifier>75711</identifier><internationalstandardbooknumber>9789860383805 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75711</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利規劃試驗所全球網站及知識管理系統擴充維護--內附光碟 System Expansion and Maintenance of World Wide Web and Knowledge Managemnet Systemfor Water Resources Planning Instiute</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202578</governmentpublicationsnumber><identifier>75712</identifier><internationalstandardbooknumber>9789860388633 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75712</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫(2/2) A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202578</governmentpublicationsnumber><identifier>75713</identifier><internationalstandardbooknumber>9789860388633 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75713</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫(2/2)--光碟版 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202579</governmentpublicationsnumber><identifier>75714</identifier><internationalstandardbooknumber>9789860388640 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75714</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫總報告書 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202579</governmentpublicationsnumber><identifier>75715</identifier><internationalstandardbooknumber>9789860388640 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75715</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫總報告--光碟版 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>鱉溪過去生態豐富，但時至今日人為開發，溪內鱉類及原生魚類族群快速減少，因此為恢復其原有生態機能，期望能藉由本計畫之生態環境調查，瞭解各項環境因子以及生物特性，以作為棲地復育之依據。</abstract><author>弘益生態有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020064</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/27</date><governmentpublicationsnumber>1010202643</governmentpublicationsnumber><identifier>75716</identifier><internationalstandardbooknumber>9789860389500 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75716</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鱉溪棲地復育生態調查--內附光碟 Investigation of the Ecological Environment for Habitat Restoration in Bie River</title><yearidentifier>201312</yearidentifier></data><data><abstract>雷達雨量資料須經地域性之修正與地形效應之改正，本計畫將以陳有蘭溪流域為研究區域，建立利用雷達資料於陳有蘭溪之雨量預測模式，提高降雨與流量預測準確度，以進一步有效執行預警系統。陳有蘭溪為濁水溪主要支流，因集水區地質破碎導致許多崩塌，以致河床因土沙淤積而抬升，過去頻傳災情，如93年敏督利颱風、98年莫拉克颱風均帶來驚人雨量及重大災情，然兩次災害中均因疏散避難而幾無人命傷亡，足見疏散避難之成效。而流域內雨量站僅有龍神橋、內茅埔、西巒、溪頭、望鄉、和社、東埔、阿里山、新高口、玉山、排雲等11站擁有20年以上之雨量資料。這些雨量站間之距離至少有數公里且都集中於河道附近，對集水區上游之降雨在空間分布上描述十分不足。以修正後雷達雨量做出具時間效率(10分鐘更新)與空間準確度(1.25kmx1.25km網格)的降雨估計，以進一步以水文模式預估下游流量，以為防救災決策參考，並以陳有蘭溪流域重大之歷史颱風事件作為檢定與驗證，故擬定此研究計畫。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010333</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010203398</governmentpublicationsnumber><identifier>75718</identifier><internationalstandardbooknumber>9789860398465 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75718</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>陳有蘭溪流域雷達雨量與流量預測模式建置與評估成果報告書 Development and Testing of Geostatistically Based Algorithms for Spatial Adjustment of Radar Rainfall Values at the Chenyulan River Watershed in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>雷達雨量資料須經地域性之修正與地形效應之改正，本計畫將以陳有蘭溪流域為研究區域，建立利用雷達資料於陳有蘭溪之雨量預測模式，提高降雨與流量預測準確度，以進一步有效執行預警系統。陳有蘭溪為濁水溪主要支流，因集水區地質破碎導致許多崩塌，以致河床因土沙淤積而抬升，過去頻傳災情，如93年敏督利颱風、98年莫拉克颱風均帶來驚人雨量及重大災情，然兩次災害中均因疏散避難而幾無人命傷亡，足見疏散避難之成效。而流域內雨量站僅有龍神橋、內茅埔、西巒、溪頭、望鄉、和社、東埔、阿里山、新高口、玉山、排雲等11站擁有20年以上之雨量資料。這些雨量站間之距離至少有數公里且都集中於河道附近，對集水區上游之降雨在空間分布上描述十分不足。以修正後雷達雨量做出具時間效率(10分鐘更新)與空間準確度(1.25kmx1.25km網格)的降雨估計，以進一步以水文模式預估下游流量，以為防救災決策參考，並以陳有蘭溪流域重大之歷史颱風事件作為檢定與驗證，故擬定此研究計畫。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010333</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010203398</governmentpublicationsnumber><identifier>75719</identifier><internationalstandardbooknumber>9789860398465 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75719</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>陳有蘭溪流域雷達雨量與流量預測模式建置與評估--光碟版 Development and Testing of Geostatistically Based Algorithms for Spatial Adjustment of Radar Rainfall Values at the Chenyulan River Watershed in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來因工程所需大量採取河川砂石、水庫與攔砂壩的興建與山坡水土保持觀念提升等因素，由上游順勢挾帶至下游的泥砂量減少。在河川堆積作用小於波浪的侵蝕作用之下，多處海岸發生侵蝕。 在海岸的保護工法上，以往大多屬於硬式工法或剛性工法，即構築護岸、海堤、突堤、離岸堤等大量使用消波塊之工法，沿海岸線作線形防護。雖具有防止波浪越波、遏止海水入侵及陸地流失等效果，但因反射加強而加劇堤腳沖刷，又為防止堤腳沖刷及越波再加拋消波塊或加高堤防，不但妨礙民眾親海權且破壞海岸景觀。 隨著社會經濟發展快速，民眾親水休憩需求日益提高，兼顧景觀與防護功效之柔性工法成為海岸復育之新趨勢。然傳統以木、竹等自然材料編製而成之海岸保護工，由於強度低、耐久性差，致使成效不佳，故尚無法成為海岸保護及復育之主流。 有鑑於此，徵求海灘保護新工法，翼期委託專業技術服務機構或學校等研究單位，參考相關海岸工法研究或創新，研擬出足夠強度及耐久性適合砂灘復育之工法，有效消浪並保護海灘避免侵蝕。本計畫研擬之創新工法，應同時兼顧考量景觀與沙灘防護功效，且應透過現地試驗與水工模型試驗來驗證本創新工法之成效性。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010202839</governmentpublicationsnumber><identifier>75720</identifier><internationalstandardbooknumber>9789860390285 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75720</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(1/2) Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來因工程所需大量採取河川砂石、水庫與攔砂壩的興建與山坡水土保持觀念提升等因素，由上游順勢挾帶至下游的泥砂量減少。在河川堆積作用小於波浪的侵蝕作用之下，多處海岸發生侵蝕。 在海岸的保護工法上，以往大多屬於硬式工法或剛性工法，即構築護岸、海堤、突堤、離岸堤等大量使用消波塊之工法，沿海岸線作線形防護。雖具有防止波浪越波、遏止海水入侵及陸地流失等效果，但因反射加強而加劇堤腳沖刷，又為防止堤腳沖刷及越波再加拋消波塊或加高堤防，不但妨礙民眾親海權且破壞海岸景觀。 隨著社會經濟發展快速，民眾親水休憩需求日益提高，兼顧景觀與防護功效之柔性工法成為海岸復育之新趨勢。然傳統以木、竹等自然材料編製而成之海岸保護工，由於強度低、耐久性差，致使成效不佳，故尚無法成為海岸保護及復育之主流。 有鑑於此，徵求海灘保護新工法，翼期委託專業技術服務機構或學校等研究單位，參考相關海岸工法研究或創新，研擬出足夠強度及耐久性適合砂灘復育之工法，有效消浪並保護海灘避免侵蝕。本計畫研擬之創新工法，應同時兼顧考量景觀與沙灘防護功效，且應透過現地試驗與水工模型試驗來驗證本創新工法之成效性。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020353</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010202839</governmentpublicationsnumber><identifier>75721</identifier><internationalstandardbooknumber>9789860390285 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75721</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(1/2)--光碟版 Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>高屏溪流域上游河段如荖濃溪、旗山溪及隘寮溪上游河道，於莫拉克風災後因邊坡崩塌、土石流、土壤流失等因素產生大量土砂，近年高屏溪流域因極端氣候影響，發生超大豪雨機率倍增，高強度及長延時降雨伴隨著鬆動土砂進入河道造成淤積情勢，另外，上游河道內之土石亦逐漸被帶往下游河段，影響河道沖淤平衡機制。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020237</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010203217</governmentpublicationsnumber><identifier>75722</identifier><internationalstandardbooknumber>9789860396331 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75722</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>102</publishrocyear><title>高屏溪流域上游河段疏濬減淤策略評估--內附光碟 Strategic Assessment of the Upstream Dredging of the Kaoping River Basin on Sediment Reduction</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010202912</governmentpublicationsnumber><identifier>75725</identifier><internationalstandardbooknumber>9789860392296 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75725</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(3/3)--計畫成果資料光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗開發專業課程與流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜等。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020347</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/28</date><governmentpublicationsnumber>1010203408</governmentpublicationsnumber><identifier>75726</identifier><internationalstandardbooknumber>9789860398441 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75726</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年提昇水利防災應變作業能力計畫 Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program, 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75729</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75729</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3) The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75730</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75730</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3)附冊 The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>75731</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75731</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3)--光碟版The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA102022661</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202543</governmentpublicationsnumber><identifier>75732</identifier><internationalstandardbooknumber>9789860387803 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75732</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查總報告(內附光碟)=Survey on Ecological Habitat of General Sea Dike</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA102022659</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>75733</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75733</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2)內附光碟=Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202553</governmentpublicationsnumber><identifier>75734</identifier><internationalstandardbooknumber>9789860388152 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75734</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究總報告=A Study on the basin flood mitigation and soil-sediment resources management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202553</governmentpublicationsnumber><identifier>75735</identifier><internationalstandardbooknumber>9789860388152 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75735</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究總報告--光碟版=A Study on the basin flood mitigation and soil-sediment resources management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>75737</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75737</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3)=A Study on the basin flood mitigation and soil-sediment resources management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>75738</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75738</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3)--光碟版=A Study on the basin flood mitigation and soil-sediment resources management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該氣候變遷整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運移及沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候曾文溪防洪處理對策研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策等相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下曾文溪現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020162</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202603</governmentpublicationsnumber><identifier>75739</identifier><internationalstandardbooknumber>9789860388916 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75739</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文溪流域因應氣候變遷防洪及土砂研究計畫--內附光碟 A Study of Flood Control and Sediment Management due to Climate Change of Zeng-wen River</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>75744</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75744</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施總報告--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>75745</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75745</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施總報告--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020296</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203132</governmentpublicationsnumber><identifier>75746</identifier><internationalstandardbooknumber>9789860395181 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75746</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度四河局轄區洪水預警及防汛整合作業- Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應卑南溪防洪預警及緊急應變作業之需要，本局於民國101年辦理「八河局轄區洪水預警系統建立之先期規劃」案，作為本局後續推動洪水預警系統建置之藍圖，訂定本局防災業務短中長期之推動目標。 本(102)年度為達防災預警功效之短期目標，爰依前期計畫之規劃成果提列本計畫，以建置卑南溪洪水預警系統，俾於颱洪時期進行即時資料蒐集，並透過圖形表格展示洪水預警通報資訊，以利颱風豪雨應變期間提供水情資訊分析研判。本計畫將延續前期成果，其主要工作重點除進行資料庫更新維護並建置防洪預警系統外，亦進行水文水理分析參數檢定驗證，並依系統使用狀況及颱洪期間作業需求進行必要性的功能擴充。另配合防汛時期應變作業需要，進行淹水調查工作及防汛整合作業。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020356</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202850</governmentpublicationsnumber><identifier>75747</identifier><internationalstandardbooknumber>9789860390704 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75747</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>102年度八河局轄區洪水預警及防汛整合作業=2013 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應卑南溪防洪預警及緊急應變作業之需要，本局於民國101年辦理「八河局轄區洪水預警系統建立之先期規劃」案，作為本局後續推動洪水預警系統建置之藍圖，訂定本局防災業務短中長期之推動目標。 本(102)年度為達防災預警功效之短期目標，爰依前期計畫之規劃成果提列本計畫，以建置卑南溪洪水預警系統，俾於颱洪時期進行即時資料蒐集，並透過圖形表格展示洪水預警通報資訊，以利颱風豪雨應變期間提供水情資訊分析研判。本計畫將延續前期成果，其主要工作重點除進行資料庫更新維護並建置防洪預警系統外，亦進行水文水理分析參數檢定驗證，並依系統使用狀況及颱洪期間作業需求進行必要性的功能擴充。另配合防汛時期應變作業需要，進行淹水調查工作及防汛整合作業。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020356</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202850</governmentpublicationsnumber><identifier>75748</identifier><internationalstandardbooknumber>9789860390704 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75748</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>102年度八河局轄區洪水預警及防汛整合作業--光碟版=2013 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA102022661</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202543</governmentpublicationsnumber><identifier>75749</identifier><internationalstandardbooknumber>9789860387803 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75749</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查總報告Survey on Ecological Habitat of General Sea Dike</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA102022659</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>75750</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75750</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2)內附光碟=Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地狹人稠，隨著社會、經濟、人口快速成長，海岸地區已成為國土利用上不可或缺之空間。台灣因位於西太平洋颱風盛行區，夏秋之際常遭暴潮巨浪侵襲，沿岸低窪地區海水倒灌災害頻仍，為保障沿海居民生命財產安全，早期以興建海堤、離岸堤及拋置消波塊等硬式結構物加以防護，並未對海岸生態環境多加考量，無意中對海岸地區的生態及環境景觀造成影響。隨著近年來國內對生態環境保護意識抬頭，海岸防護思維除考量防災、減災外，亦逐漸將生態、景觀、親水及遊憩等需求納入。以營造一個豐富而多樣的水岸環境，落實生物多樣性保育，同時達成行政院「整體海岸永續發展」目標，求得人類與自然環境間之平衡和諧，降低人類活動對周遭生態環境影響。 而本署在海岸防護的觀念及措施亦隨時代演進有新的作法，在近期的「海岸環境營造計畫」，則融入整體環境考量，以達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」的目標，同時改善早期一般性海堤缺點，儘量減少混凝土化之人工結構物，著重採用自然材料的生態工法。惟一般性海堤改善策略相關斷面佈置較因地制宜，在評估波浪溯上特性時，以往經驗公式恐無法完全適用，需進一步透過模型試驗檢視各海堤改善策略削減波浪能量特性，供規劃設計時參考。 爰此，本計畫將分3年就北區、南區及東區各海岸環境特性，擇選適宜且有代表性之海岸斷面型態，進行一般性海堤斷面改善前後特性試驗，藉由實驗室量測之波浪溯上資料，評估及率定適用之溯上公式，提供未來其他海堤改善時參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020210</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010202609</governmentpublicationsnumber><identifier>75751</identifier><internationalstandardbooknumber>9789860388978 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75751</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤斷面改善試驗研究(1/3)=A Revise Study on General Sea Dikes in Taiwan (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75752</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75752</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75753</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75753</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫--光碟版=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75754</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75754</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>75755</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75755</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫--光碟版=The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署第八河川局(以下稱本局)歷年辦理河川水文量測，限於人力及安全考量，高流量情況下之觀測有其困難。實際操作過程中，因天候不佳，視線不良，人員安全考量或橋梁封閉的情況下，難以實施全日人工觀測。加上受限於人力及設備，單次人工觀測的時間通常為2小時以上，每日能作業時間及得到的數據組數很少，難以充份掌握整個洪水流量變化過程，對於預警及事後檢討幫助有限。 自動化水文量測系統具有不受天候、視線、封橋、人員安全及疲睏問題等影響，所能量測資料之數量及品質優於人工方式，故建置自動化儀器為未來水文測驗工作發展之趨勢。 爰此，本計畫於本局所轄台東大橋水位流量站辦理固定式自動化水文觀測作業，進行水深、濁度、表面流速、河床沖刷量測及閉路電視(CCTV)回傳現場影像等工作，並使其於高流量下具自動化量測功能，冀能提高水文量測之能力及品質。 同時將固定式之概念整合水文觀測儀器於本局既有之水文工作車上，使其具備高度自動化之特性，達到「單人即可完成河川水文量測」之理想（基於安全理由，出外作業時仍以至少兩人為一組進行）。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203090</governmentpublicationsnumber><identifier>75756</identifier><internationalstandardbooknumber>9789860392852 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75756</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處第八河川局</publisher><publishrocyear>102</publishrocyear><title>卑南溪高流量觀測方法改善計畫(內附光碟) Improvement Plan of High Flow Discharge Oberservation Method for Beinan Creek</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第四河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020178</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203466</governmentpublicationsnumber><identifier>75757</identifier><internationalstandardbooknumber>9789860399202 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75757</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年度濁水溪下游右岸河防建造物安全檢測--內附光碟=The 2013 Annual Safety Inspection for The Embankment on The Right Bank of ChoShui River Downstream</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75759</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75759</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書=Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>75760</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75760</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)測量成果報告書--光碟版 Field Investigations and Analysis on Coastal Environment of Chang-Hua County(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>行政院莫拉克颱風災後重建推動委員會</author><categoryidentifier>575.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>10102036351</governmentpublicationsnumber><identifier>75762</identifier><internationalstandardbooknumber>9789860400625 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75762</librarycollectiondetailsurl><price>350</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>山路橋河共治災後基礎重建成果紀實</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75763</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川， 101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。  爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>75764</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75764</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析--光碟版 The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>2010202163</governmentpublicationsnumber><identifier>75767</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75767</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>臺灣地區水資源投資分析101年度報告</title><yearidentifier>201310</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010200069</governmentpublicationsnumber><identifier>75768</identifier><internationalstandardbooknumber>9789860358254 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75768</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(2/2) Reserch In Foundation Erosion of Hazard Potential Levees In Jhuoshuei River (2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75769</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75769</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告 Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75770</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75770</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River(2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>75771</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75771</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(光碟版) Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River總報告</title><yearidentifier>201301</yearidentifier></data><data><abstract>目前全國淹水範圍調查，主要是利用淹水事件發生時或發生後直接派員現場調查，另再藉由洪痕量測及民眾訪談等間接方式進行，利用地形圖劃定淹水範圍。然而以地面人員現場調查進行，受限於天候及人力因素，在無完整的即時自記式水位監測系統下，無法即時的掌握水情變化，例如淹水深度範圍及災害損失。本計畫延續經濟部水利署第一河川局101 年「蘭陽溪流域淹水範圍監測系統建置」計畫之即時淹水監測功能，本年度計畫將宜蘭河及美福排水下游易淹水區域補測繪正射影像及DEM 資料，以供淹水分析，另該計畫建置之淹水地理資訊系統及展示平台目前為單機版，本次將系統擴充為可透過網路發佈機制、道路預警機制及展示平台調整等工作。淹水監測部分除宜蘭河下游易淹水區域可透過水位計自動化執行，本計畫亦將此概念擴充至冬山河及得子口溪之易淹水地區，惟該二區域尚未有自動化水位傳輸功能，爰規劃透過水尺以人工回報方式採手動輸入水位高進行淹水分析，並向宜蘭縣政府蒐集都市計劃區千分之一正射影像，非都市計畫區域蒐集五千分之一正射影像，另蒐集冬山河及得子口溪之DEM 資料，將淹水監測工作逐步推展至宜蘭縣其他易淹水地區，期能迅速掌握淹水資訊，並透過網路版發佈相關災情資訊於經濟部水利署第一河川局內網路，以提供經濟部水利署第一河川局緊急應變小組水災應變決策之參考。補測繪區域共拍攝約900張照片，涵蓋面積約6平方公里，產製10公分精度正射影像及0.16m×0.16m DEM。淹水監測擴充至冬山河、得子口溪流域，得子口溪流域劃分為6 個子集水分區，冬山河流域劃分為8 個子集水分區，由各區熱心志工負責觀測水尺高度並回報河川局，淹水監測系統再依據輸入高度計算淹水範圍及深度。本年度有蘇力、潭美、康芮、天兔、菲特共5場颱風事件，其中以蘇力颱風事件較為嚴重，於102 年7 月9 日蘇力颱風侵襲台灣東北角時，亦造成宜蘭地區局部區域淹水情勢，透過系統監測美福排水區域之淹水面積約為292 公頃，大都位於農田區域，受災戶數約80 戶，受災金額約500 萬元。</abstract><author>社團法人永續發展工程學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020191</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203305</governmentpublicationsnumber><identifier>75776</identifier><internationalstandardbooknumber>9789860394887 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75776</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>「宜蘭河下游淹水範圍監測模型提昇計畫」成果報告書=Improvement on the monitoring of flooding area in the downstream of Yilan River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。 蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。 今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。 在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。 本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/1/29</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>75777</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75777</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>75781</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75781</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸防護工程保護標準與非工程措施研究 The study on the protective standards and non-engineering strategy of the coastal defensive engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>75782</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75782</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸防護工程保護標準與非工程措施研究--光碟版 The study on the protective standards and non-engineering strategy of the coastal defensive engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>經濟部水利署已於民國九十七年完成台灣地區平原地區地下水位觀測站網的階段性建置，除了獲得豐富的水文地質資料外，隨著觀測的進行，陸續亦有大量地下水位與水質資料。如何充分利用地下水站網豐富的觀測資料以加強地下水資源的管理，發揮站網的效益，乃是站網建立後重要的議題之一。 目前台灣西部沿海因不合理開發地下水，引發環境惡化及資源枯竭等問題，例如地層下陷與海水入侵等問題。地下水資源永續利用是維持自身生態環境和地下水系統完整的重要問題，這是在任何規劃、管理中必須考慮的問題。地下水系統保護的實質，是為了地下水資源可永續利用。 對於地下水資源永續利用可以理解為在不同經濟、生態環境及社會環境等條件約束下，合理使用地下水資源並且不影響其他生態環境或造成其他環境災害所必須維持適宜的水量（或合理水位）、水質。這”適宜水量（或合理水位）”，為本計畫主要研究目標。基於此適宜水量（或合理全水位）條件下，進一步推估本區域可抽水量空間分佈情形，此結果則可作為地下水管理或開發區位選擇之參考資料。一般地下水數值模擬模式只能推估區域地下水資源總量，無法計算地下水分層分區抽水量時空分佈情形；本所於101年度應用資料同化技術發展抽水量推估模式來推估區域地下水利用之時空分佈，得到相當多的成果，證明該技術可行性，因此對於區域地下水可抽水量時空分佈推估可藉由此技術得到相關數據。 本年度計畫以屏東地下水分區做為例，主要考量該區地下水資源豐富，但未合理開發，造成該區域地質環境災害發生（地層下陷、海水入侵等現象）；該區域地下水觀測網建置時期甚早，因而也收集了不少地下水位觀測資料以及其他相關研究成果，可基於前述文獻資料及中間成果之基礎，更加深入研究及探討本區域地下水資源可利用性，以做為未來本區域地下水資源管理依據。</abstract><author>交通大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020078</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010203011</governmentpublicationsnumber><identifier>75783</identifier><internationalstandardbooknumber>9789860393538 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75783</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域地下水資源永續利用研究-以屏東平原地下水分區為例--光碟版 Sustainable utilization of regional groundwater resources - A case study of Pingtung Plain groundwater basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風造成曾文水庫及南化水庫原水高濁度暫時停止供水及水庫大量淤積後，更顯示未來將是氣候變遷降雨集中的趨勢，而台灣南部水資源運用面臨豐水期更豐、枯水期更枯的情境，致使南部水資源除考慮供給與需求的平衡，更須因應極端氣候發生洪災及水源高濁度等供水風險，也因此離槽水庫或人工湖已成為穩定區域供水之重要水源，而人工湖除了有供水功能外，其廣闊水域景觀更可提供生態環境與遊憩資源，兼具營造水與綠環境效益。     經濟部水利署水利規劃試驗所(以下簡稱本所)今年初已針對台南大湖之供水、備援、防洪及環境營造等功能進行檢討，目前已獲致近程提供曾文溪中下游滯洪空間兼具環境營造、中程協助現有水源設施穩定供水、遠程則依南部相關水資源計畫開發情境評估增供水源可能性之初步成果，做為台南大湖開發策略與功能與定位。     因此，本計畫將持續今年度計畫方向，進一步了解台南大湖地質條件與土壤特性，以確認土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，同時針對滯洪與供水進行相關工程規劃工作，以確認台南大湖未來各期程開發策略之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020080</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202644</governmentpublicationsnumber><identifier>75784</identifier><internationalstandardbooknumber>9789860389470 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75784</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南大湖生態環境及地下水調查--光碟版 Investigation of Ecological Environment and Groundwater for Tainan Lake</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣近年來由於都市的急遽的發展與擴張，都市周邊衛星城鎮也迅速成長，造成原有農業區逐漸消失，集水區調洪蓄水功能下降、集流時間縮短與洪峰量增加；另一方面，隨著防洪標準提高，在原有淹水潛勢區內聚集愈來愈多的人口和資產。然而，一旦發生洪水時，淹水潛勢區內的洪災損失將遠大於過去的情形。 綜觀台灣土地管理法令，現階段仍較從「整備」與「應變」的觀點為之，缺乏事前減災的觀念。現有之土地空間規劃多是以發展為導向，自然環境限制及災害潛勢區等限制面向未納入考量，導致規劃成果常遭受天然災害事件之衝擊，或與防減災需求衝突。目前都市計畫通盤檢討偏重於經濟與文化發展，並無提高都市抗災能力的策略，所提出之防災計畫僅就防災避難據點及救災動線進行規劃，並無就防災之角度對土地使用計畫提出檢討與改善策略，使得都市防災計畫在通盤檢討中流於形式。乃至於在實質計畫中無針對降低自然災害可能造成之損失，所作出土地使用及交通系統規劃的調整與調配。 都市地區由於人口稠密，雖然可以獲得較多水患治理的資源，但水災脆弱度卻也相對較高。本計畫期望以土地管理的角度切入，透過都市空間規劃與管理的手段，達到減輕水患的目的，使得都市防洪的問題不但可以治標，更可以治本，以達到保護人民生命財產安全的目的。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020115</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202534</governmentpublicationsnumber><identifier>75785</identifier><internationalstandardbooknumber>9789860387735 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75785</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪空間規劃與管理之研究(1/2)--內附光碟 Planning and management of urban space for flood prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本年度將以花蓮溪、急水溪及朴子溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020065</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010203117</governmentpublicationsnumber><identifier>75787</identifier><internationalstandardbooknumber>9789860395006 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75787</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>中央管河川流域地質資料查核-花蓮溪、急水溪及朴子溪 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Hualien, Jishui, and Puzi River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本年度將以花蓮溪、急水溪及朴子溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020065</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010203117</governmentpublicationsnumber><identifier>75788</identifier><internationalstandardbooknumber>9789860395006 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75788</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>中央管河川流域地質資料查核-花蓮溪、急水溪及朴子溪--光碟版 Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Hualien, Jishui, and Puzi River</title><yearidentifier>201312</yearidentifier></data><data><abstract>台南海岸受到河川輸沙供給量的減少，沿海垂直突出岸線之結構物破壞輸沙平衡，以及在海洋營力長期作用下，部份海岸段及離岸沙洲明顯呈現侵退的情形。本計畫擬先對計畫區全段海岸所面臨之問題，進行資料蒐集分析及檢討，再擇取101年颱風受災岸段作為示範區，針對該海岸段主要河川輸沙對海岸地形變遷之影響進行評估及分析，研究其海岸變遷主要機制及變遷趨勢，進而檢討海岸防護設施之功能性，並以「永續海岸整體發展方案」為指導原則，兼顧「海岸法草案」之精神以及考量氣候變遷之衝擊，研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020228</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010203018</governmentpublicationsnumber><identifier>75789</identifier><internationalstandardbooknumber>9789860393804 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75789</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南海岸侵蝕原因及防護設施改善對策研究(八掌溪口至曾文溪口) A Study of Coastal Erosion and Shore Protection along Tainan Coast (from Bazhang River to Zengwen River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台南海岸受到河川輸沙供給量的減少，沿海垂直突出岸線之結構物破壞輸沙平衡，以及在海洋營力長期作用下，部份海岸段及離岸沙洲明顯呈現侵退的情形。本計畫擬先對計畫區全段海岸所面臨之問題，進行資料蒐集分析及檢討，再擇取101年颱風受災岸段作為示範區，針對該海岸段主要河川輸沙對海岸地形變遷之影響進行評估及分析，研究其海岸變遷主要機制及變遷趨勢，進而檢討海岸防護設施之功能性，並以「永續海岸整體發展方案」為指導原則，兼顧「海岸法草案」之精神以及考量氣候變遷之衝擊，研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020228</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010203018</governmentpublicationsnumber><identifier>75790</identifier><internationalstandardbooknumber>9789860393804 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75790</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南海岸侵蝕原因及防護設施改善對策研究(八掌溪口至曾文溪口)--光碟版 A Study of Coastal Erosion and Shore Protection along Tainan Coast (from Bazhang River to Zengwen River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候中部土砂災害處理對策示範研究。本計畫擬建立濁水溪流域整體防洪、土砂產生、處理對策等相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下濁水溪流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，濁水溪流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020163</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202539</governmentpublicationsnumber><identifier>75791</identifier><internationalstandardbooknumber>9789860387476 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75791</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>濁水溪流域因應氣候變遷防洪及土砂研究計畫 A Study of Flood control and Sediment Management due to Climate Change in the Jhuoshuei River Watershed</title><yearidentifier>201312</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷對水利事業可能造成的衝擊，及謀劃相關因應策略，在總體考量我國國情、體制、資源、研發與實務工作能力及水利部門應有作為，水利署於98年度執行「氣候第1階段管理計畫」，並規劃4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專案計畫。 本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候中部土砂災害處理對策示範研究。本計畫擬建立濁水溪流域整體防洪、土砂產生、處理對策等相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下濁水溪流域現階段土砂災害處理對策，並檢討現有的土砂災害預警系統，擬定在發生極端降雨事件時，濁水溪流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020163</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202539</governmentpublicationsnumber><identifier>75792</identifier><internationalstandardbooknumber>9789860387476 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75792</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>濁水溪流域因應氣候變遷防洪及土砂研究計畫--光碟版 A Study of Flood control and Sediment Management due to Climate Change in the Jhuoshuei River Watershed</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，成立本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020120</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202640</governmentpublicationsnumber><identifier>75793</identifier><internationalstandardbooknumber>9789860389456 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75793</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(1/3) Implement and Application Study of CCHE3D Mobile-bed Model (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，成立本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020120</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202640</governmentpublicationsnumber><identifier>75794</identifier><internationalstandardbooknumber>9789860389456 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75794</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(1/3)--光碟版 Implement and Application Study of CCHE3D Mobile-bed Model(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰研提本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6   433.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020145</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202641</governmentpublicationsnumber><identifier>75795</identifier><internationalstandardbooknumber>9789860389463 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75795</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究(1/3) Keelung River Comprehensive Improvement Plan (1st  Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰研提本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6   433.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020145</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/5</date><governmentpublicationsnumber>1010202641</governmentpublicationsnumber><identifier>75796</identifier><internationalstandardbooknumber>9789860389463 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75796</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究(1/3)--光碟版 Keelung River Comprehensive Improvement Plan (1st  Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>新店溪秀朗橋至中正橋段高灘地，因位於台北市及新北市兩院轄市之交界處附近，即新北市升格前之省市共管河段，過去因兩市管理手段之差異，造成目前高灘地使用差異及不協調現象，又因交界處有管理及治理權責上之多頭馬車並使規劃檢討作業陷入停頓情形，故如何釐清問題癥結及研究如何解決河道內河灘地上尚存大量私有地所造成管理與規劃上推動不易情形，實為當務之急，因此水利署責由本所委外辦理本計畫。 考量及協調相關行政機關、民間團體及民眾利益，嘗試在現有河川管理及治理框架下，統合出一套可行性方案及策略，以提供規劃及管理後續推動之方向。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020024</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/6</date><governmentpublicationsnumber>1010202718</governmentpublicationsnumber><identifier>75799</identifier><internationalstandardbooknumber>9789860390018 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75799</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>新店溪（秀朗橋至中正橋）高灘地利用管理之研究 Research on the Land Use and Management of the High Riverbank Area - A Examination of the Xindian River between Xiulang Bridge and Zhongzheng Bridge</title><yearidentifier>201312</yearidentifier></data><data><abstract>新店溪秀朗橋至中正橋段高灘地，因位於台北市及新北市兩院轄市之交界處附近，即新北市升格前之省市共管河段，過去因兩市管理手段之差異，造成目前高灘地使用差異及不協調現象，又因交界處有管理及治理權責上之多頭馬車並使規劃檢討作業陷入停頓情形，故如何釐清問題癥結及研究如何解決河道內河灘地上尚存大量私有地所造成管理與規劃上推動不易情形，實為當務之急，因此水利署責由本所委外辦理本計畫。 考量及協調相關行政機關、民間團體及民眾利益，嘗試在現有河川管理及治理框架下，統合出一套可行性方案及策略，以提供規劃及管理後續推動之方向。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020024</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/6</date><governmentpublicationsnumber>1010202718</governmentpublicationsnumber><identifier>75800</identifier><internationalstandardbooknumber>9789860390018 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75800</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>新店溪（秀朗橋至中正橋）高灘地利用管理之研究--光碟版 Research on the Land Use and Management of the High Riverbank Area - A Examination of the Xindian River between Xiulang Bridge and Zhongzheng Bridge</title><yearidentifier>201312</yearidentifier></data><data><abstract>近??桃竹苗海岸受海埔地開發、海岸結構物及河川輸砂?減少等影響，海岸多處呈現侵蝕後退之情形，經往?沿岸水深地形測?之結果顯示，部份海岸如桃園觀音、竹北尚義、新竹港南、苗栗青天泉等海岸呈現明顯侵蝕現象，為因應桃竹苗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行本段海岸斷面測量，以瞭解桃竹苗海岸變遷趨勢，作為辦理海岸防護之規劃設計依據，作為未來改善工程實施的依據。  本計畫研究範圍涵蓋桃竹苗4縣市之海岸線共計長約118公里，其中包含桃園縣海岸約39公里，新竹縣海岸約12公里，新竹市海岸約17公里，苗栗縣海岸約50公里，計畫目的係藉由基本資料收集、海岸地形調查（包含控制測量及斷面測量）、歷年海岸變遷資料等分析作業，瞭解桃竹苗海岸及地形變遷特性，提供未來相關之防護因應措施應用。  於本計畫區範圍內，規劃就本年度兩次實測地形資料，配合往昔計畫「苗栗海岸復育研究計畫(1/2)(2/2)」、「桃竹苗海岸基本資料監測調查計畫」、「竹苗海岸基本資料監測調查計畫」、「桃竹海岸基本資料監測調查計畫」之水深地形實測資料，進行海岸線變遷與水深地形侵淤分析工作。  由歷年實測等深線灘線變遷分析，可知(1)桃園縣觀音海岸段於2009年7月至2013年5月期間，(A)雙溪口溪處至北港海堤北端，除北港海堤北端與北港海堤南端排水口處之岸線有些微後退情形，其餘海堤段則往海側成長；(B)富林溪至樹林溪區段，除樹林溪口北段之區段海岸往海側方向成長外，其餘皆以些微幅度往陸側方向後移；(C)樹林溪口至觀塘工業區間，除於大堀溪口南段與觀塘工業區北段兩處岸線呈微幅往陸側內移之現象外，其餘區段則呈現往海側方向成長；(D)觀音溪至大潭電廠，全區段皆呈往海側方向延伸；(E)大潭電廠至永安漁港段海岸，靠近南防波堤區段呈現些微幅度往海側方向成長之趨勢；(F)新屋溪至永安漁港北側之區段岸線變化呈現侵淤互現趨勢。(2)新竹縣竹北尚義海岸段於2009年7月至2013年5月期間，尚義海岸段至新月沙灣海岸段皆顯著往陸側後退。(3)新竹市港南海岸段於2009年7月至2013年5月期間，新竹漁港南側岸線往海測成長；客雅溪口往北側2公里處則有大幅度往陸側縮減。(4)苗栗青天泉海岸段於2005年5月至2013年5月期間，青天泉海岸段岸線明顯向陸側後退；至龍鳳漁港之岸線變化呈交錯狀。(5)苗栗後龍溪出海口以南海岸段於2009年7月至2013年5月期間，除西湖溪口南岸區段岸線往海側小幅度成長，其後龍溪出海口以南海岸段皆略往陸側退縮。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/7</date><governmentpublicationsnumber>1010202842</governmentpublicationsnumber><identifier>75805</identifier><internationalstandardbooknumber>9789860390292 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75805</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度桃竹苗海岸斷面監測調查計畫 The Plan of Coast Section Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>近??桃竹苗海岸受海埔地開發、海岸結構物及河川輸砂?減少等影響，海岸多處呈現侵蝕後退之情形，經往?沿岸水深地形測?之結果顯示，部份海岸如桃園觀音、竹北尚義、新竹港南、苗栗青天泉等海岸呈現明顯侵蝕現象，為因應桃竹苗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行本段海岸斷面測量，以瞭解桃竹苗海岸變遷趨勢，作為辦理海岸防護之規劃設計依據，作為未來改善工程實施的依據。  本計畫研究範圍涵蓋桃竹苗4縣市之海岸線共計長約118公里，其中包含桃園縣海岸約39公里，新竹縣海岸約12公里，新竹市海岸約17公里，苗栗縣海岸約50公里，計畫目的係藉由基本資料收集、海岸地形調查（包含控制測量及斷面測量）、歷年海岸變遷資料等分析作業，瞭解桃竹苗海岸及地形變遷特性，提供未來相關之防護因應措施應用。  於本計畫區範圍內，規劃就本年度兩次實測地形資料，配合往昔計畫「苗栗海岸復育研究計畫(1/2)(2/2)」、「桃竹苗海岸基本資料監測調查計畫」、「竹苗海岸基本資料監測調查計畫」、「桃竹海岸基本資料監測調查計畫」之水深地形實測資料，進行海岸線變遷與水深地形侵淤分析工作。  由歷年實測等深線灘線變遷分析，可知(1)桃園縣觀音海岸段於2009年7月至2013年5月期間，(A)雙溪口溪處至北港海堤北端，除北港海堤北端與北港海堤南端排水口處之岸線有些微後退情形，其餘海堤段則往海側成長；(B)富林溪至樹林溪區段，除樹林溪口北段之區段海岸往海側方向成長外，其餘皆以些微幅度往陸側方向後移；(C)樹林溪口至觀塘工業區間，除於大堀溪口南段與觀塘工業區北段兩處岸線呈微幅往陸側內移之現象外，其餘區段則呈現往海側方向成長；(D)觀音溪至大潭電廠，全區段皆呈往海側方向延伸；(E)大潭電廠至永安漁港段海岸，靠近南防波堤區段呈現些微幅度往海側方向成長之趨勢；(F)新屋溪至永安漁港北側之區段岸線變化呈現侵淤互現趨勢。(2)新竹縣竹北尚義海岸段於2009年7月至2013年5月期間，尚義海岸段至新月沙灣海岸段皆顯著往陸側後退。(3)新竹市港南海岸段於2009年7月至2013年5月期間，新竹漁港南側岸線往海測成長；客雅溪口往北側2公里處則有大幅度往陸側縮減。(4)苗栗青天泉海岸段於2005年5月至2013年5月期間，青天泉海岸段岸線明顯向陸側後退；至龍鳳漁港之岸線變化呈交錯狀。(5)苗栗後龍溪出海口以南海岸段於2009年7月至2013年5月期間，除西湖溪口南岸區段岸線往海側小幅度成長，其後龍溪出海口以南海岸段皆略往陸側退縮。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/7</date><governmentpublicationsnumber>1010202842</governmentpublicationsnumber><identifier>75806</identifier><internationalstandardbooknumber>9789860390292 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75806</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>102</publishrocyear><title>102年度桃竹苗海岸斷面監測調查計畫--光碟版 The Plan of Coast Section Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>民國101年2月5日由樹谷文化基金會進行例行性台南市考古遺址巡查時，行經歸仁區與關廟區交界的大昌橋發現疑似遺址。該會發現後即向主管機關臺南市文化資產管理處陳報，後於民國101年2月17日會勘，確認有貝塚、陶片等明確堆積(臺南巿立文化資產管理處101年2月21日南巿文資處字第1010155637號函，如附件)。臺南巿立文化資產管理處另以101年5月22日南巿文資處字第1010426828號函請本局依遺址監管保護辦法第七條規定，邀請考古專家學者辦理此疑似遺址之內涵調查評估及範圍。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020214</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/10</date><governmentpublicationsnumber>1010202866</governmentpublicationsnumber><identifier>75807</identifier><internationalstandardbooknumber>9789860390278 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75807</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估計畫 Assessment of the potential sites between Ta-chang-chiao and Pa-chia-chiao of the Yenshui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>民國101年2月5日由樹谷文化基金會進行例行性台南市考古遺址巡查時，行經歸仁區與關廟區交界的大昌橋發現疑似遺址。該會發現後即向主管機關臺南市文化資產管理處陳報，後於民國101年2月17日會勘，確認有貝塚、陶片等明確堆積(臺南巿立文化資產管理處101年2月21日南巿文資處字第1010155637號函，如附件)。臺南巿立文化資產管理處另以101年5月22日南巿文資處字第1010426828號函請本局依遺址監管保護辦法第七條規定，邀請考古專家學者辦理此疑似遺址之內涵調查評估及範圍。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020214</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/10</date><governmentpublicationsnumber>1010202866</governmentpublicationsnumber><identifier>75808</identifier><internationalstandardbooknumber>9789860390278 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75808</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估計畫--光碟版 Assessment of the potential sites between Ta-chang-chiao and Pa-chia-chiao of the Yenshui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以水利署洪水預報系統(Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)為基礎，建置九河局轄區內花蓮溪、秀姑巒溪建置洪水預報系統。DRAINS是水利署於2005至2011年持續開發之洪水預報系統，可於颱風時期自動化啟動執行，目前應用於淡水河等15條中央管河川，以及2條縣管河川：台東縣太麻里溪流域，屏東縣林邊溪流域。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020342</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/10</date><governmentpublicationsnumber>1010202777</governmentpublicationsnumber><identifier>75811</identifier><internationalstandardbooknumber>9789860392623 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75811</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>102年度九河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以水利署洪水預報系統(Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)為基礎，建置九河局轄區內花蓮溪、秀姑巒溪建置洪水預報系統。DRAINS是水利署於2005至2011年持續開發之洪水預報系統，可於颱風時期自動化啟動執行，目前應用於淡水河等15條中央管河川，以及2條縣管河川：台東縣太麻里溪流域，屏東縣林邊溪流域。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020342</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/10</date><governmentpublicationsnumber>1010202777</governmentpublicationsnumber><identifier>75812</identifier><internationalstandardbooknumber>9789860392623 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75812</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>102年度九河局轄區洪水預警及防汛整合作業--光碟版 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>完成研究區域內土地利用變遷對於洪水量之影響，提供主辦單位未來土地開發計畫中可能面臨的洪水增加量，以做為決策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020242</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202550</governmentpublicationsnumber><identifier>75813</identifier><internationalstandardbooknumber>9789860387742 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75813</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>土地利用型態變遷對逕流影響之評估研究(2/2)--內附光碟 Study on Effect of Landuse Change on Surface Runoff(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬針對現有滯(蓄)洪池是否具有濕地生態功能，提出具體評估流程與方法，以提供後續提升現有滯(蓄)洪池的濕地生態功能，並提供未來滯(蓄)洪池之規劃方針及設計參考，將有助於滯(蓄)洪池之多元利用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020198</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202551</governmentpublicationsnumber><identifier>75814</identifier><internationalstandardbooknumber>9789860388138 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75814</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>滯洪池之濕地生態功能評價及改善研究--內附光碟 Index of wetland condition development for evaluating ecological functions of detention ponds</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 水庫建設計畫，不僅需要針對工程安全性，環境之衝擊影響作通盤之規劃考量，亦須保障當地居民權利，以取得民眾對計畫之諒解與支持，使整個計劃能夠順利推動。而台灣地區北部區域雙溪水庫在可行性規劃階段(民國85年)完成居民安遷計畫報告書，惟該評估資料迄今已有相當時日，時空背景已然不同，相關法規亦有變動，為能確實掌握計畫用地範圍內民眾特性意願、需求，研擬適當可行安置拆遷補償就業方案，提供未來計畫推動政策擬定上之參考，遂辦理本計畫。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020123</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202422</governmentpublicationsnumber><identifier>75815</identifier><internationalstandardbooknumber>9789860386653 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75815</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-居民安置拆遷計畫(內附光碟)=A Revies of Feasibility Study of Shuangxi Reservoir (3) - Plans for Relocation Household Arrangement</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 水庫建設計畫，不僅需要針對工程安全性，環境之衝擊影響作通盤之規劃考量，亦須保障當地居民權利，以取得民眾對計畫之諒解與支持，使整個計劃能夠順利推動。而台灣地區北部區域雙溪水庫在可行性規劃階段(民國85年)完成居民安遷計畫報告書，惟該評估資料迄今已有相當時日，時空背景已然不同，相關法規亦有變動，為能確實掌握計畫用地範圍內民眾特性意願、需求，研擬適當可行安置拆遷補償就業方案，提供未來計畫推動政策擬定上之參考，遂辦理本計畫。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020123</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202422</governmentpublicationsnumber><identifier>75816</identifier><internationalstandardbooknumber>9789860386653 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75816</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-居民安置拆遷計畫--光碟版 A Revies of Feasibility Study of Shuangxi Reservoir (3) - Plans for Relocation Household Arrangement</title><yearidentifier>201312</yearidentifier></data><data><abstract>南化水庫位於台南市南化區，每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。近年來受氣候變遷影響，水庫集水區產生大量崩塌地，造成水庫淤積，使水資源供需面臨嚴峻考驗。，南化水庫自民國82年完工蓄水運轉至民國100年期間，共淤積5,674萬立方公尺，尤其以民國98年8月莫拉克颱風侵襲，單場颱風造成1,700萬立方公尺泥砂淤積，影響穩定供水最鉅。因此如何定量分析水庫集水區崩塌土砂生產量、坡面殘留土砂量、河道侵淤量及河道土砂運移趨勢，進而推估可能入庫泥砂量，對於水庫防淤為一關鍵課題。然而以往受限於現地量測不易，往往無法精準獲得多期合理正確土方量及其運移情況。近年航遙測技術發展日益精進，透過不同尺度遙測影像(例如光達、航空照片或無人載具等)，可產製1至2m精度之地表數值地形(DSM)與地面數值地形(DEM)，並合理估算集水區土方生產及河道土砂侵淤量，進而分析土砂運移趨勢及水庫入砂量等。因此，本計畫目的在於應用多尺度航遙測影像產製多期數值地形，進而定量分析南化水庫集水區之土砂生產、坡面殘留土砂、河道侵淤及土砂運移趨勢，以作為擬訂集水區河道土砂治理對策與水庫防淤策略之參考。</abstract><author>長榮大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020075</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202759</governmentpublicationsnumber><identifier>75817</identifier><internationalstandardbooknumber>9789860390001 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75817</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>應用多期數值地形於南化水庫集水區土砂生產與運移趨勢之定量評估--光碟版 Application of Multi-temporal Dems on the Quantitative Estimation of Sediment Budget of Nan-Hwa Reservoir Watershed</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202604</governmentpublicationsnumber><identifier>75818</identifier><internationalstandardbooknumber>9789860388930 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75818</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(2/2)內附光碟 Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202604</governmentpublicationsnumber><identifier>75819</identifier><internationalstandardbooknumber>9789860388930 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75819</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(2/2)--光碟版=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202605</governmentpublicationsnumber><identifier>75820</identifier><internationalstandardbooknumber>9789860388947 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75820</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究總報告(內附光碟) Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/11</date><governmentpublicationsnumber>1010202605</governmentpublicationsnumber><identifier>75821</identifier><internationalstandardbooknumber>9789860388947 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75821</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究總報告--光碟版=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation</title><yearidentifier>201312</yearidentifier></data><data><abstract>民國98年8月莫拉克颱風為曾文水庫帶來9,108萬立方公尺淤積量，壩前淤積高程由EL.165公尺提升至EL.179公尺，遠高於發電及永久河道放水道(PRO)進水口高程，且上游集水區主河道尚有大量土砂未流進水庫。莫拉克颱風災害後，政府通過「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」，但此特別條例期程有限，無法完全解決曾文水庫淤積問題。曾文水庫原先未定義有效庫容的容積，惟有鑑於水資源開發困難度與日俱增，且曾文水庫目前的庫容已不敷嘉南地區農業、工業及生活用水的需求，而欲恢復莫拉克颱風前庫容並不容易，依據100年度本所辦理「曾文水庫防洪防淤整體綱要計畫」的結論，以曾文水庫目標年民國117年預估庫容4.35億立方公尺為曾文水庫有效庫容。 參據「曾文水庫防洪防淤整體綱要計畫」，曾文水庫年入庫泥砂量為560萬立方公尺，繞庫排砂及庫區防淤隧道等水力排砂設施可排除約60%上游來砂，惟40%泥砂需靠上游集水區減砂入庫、陸挖清淤及機械抽泥等方式排除，然影響水力防砂設施之排砂效益因素繁多且複雜，包含入庫砂量、水文量、操作時機、持續操作時間，排砂流量及進水口高程等因子，針對水庫淤泥力學特性對於防淤效益之影響尚未有較深入之研究。因此本計畫擬參考國內外水力排砂經驗，研析在曾文水庫維持高水位操作且不影響正常供水前提下，於非颱洪期間評估以低耗能及低耗水之水壓吸引排砂工法排除庫底既有淤泥之可行性。本計畫同時進行曾文水庫現地淤泥力學試驗及淤泥輸送能力試驗以建立水力排砂數值模擬分析所需之參數，並進一步評估水壓吸引排砂工法之防淤效益。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020079</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202722</governmentpublicationsnumber><identifier>75822</identifier><internationalstandardbooknumber>9789860390339 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75822</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫排砂規劃-防淤工法可行性研究(內附光碟)=Sediment Releasing Planning in Tseng-Wen Reservoir-Desilting Alternatives Research</title><yearidentifier>201312</yearidentifier></data><data><abstract>民國98年8月莫拉克颱風為曾文水庫帶來9,108萬立方公尺淤積量，壩前淤積高程由EL.165公尺提升至EL.179公尺，遠高於發電及永久河道放水道(PRO)進水口高程，且上游集水區主河道尚有大量土砂未流進水庫。莫拉克颱風災害後，政府通過「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」，但此特別條例期程有限，無法完全解決曾文水庫淤積問題。曾文水庫原先未定義有效庫容的容積，惟有鑑於水資源開發困難度與日俱增，且曾文水庫目前的庫容已不敷嘉南地區農業、工業及生活用水的需求，而欲恢復莫拉克颱風前庫容並不容易，依據100年度本所辦理「曾文水庫防洪防淤整體綱要計畫」的結論，以曾文水庫目標年民國117年預估庫容4.35億立方公尺為曾文水庫有效庫容。 參據「曾文水庫防洪防淤整體綱要計畫」，曾文水庫年入庫泥砂量為560萬立方公尺，繞庫排砂及庫區防淤隧道等水力排砂設施可排除約60%上游來砂，惟40%泥砂需靠上游集水區減砂入庫、陸挖清淤及機械抽泥等方式排除，然影響水力防砂設施之排砂效益因素繁多且複雜，包含入庫砂量、水文量、操作時機、持續操作時間，排砂流量及進水口高程等因子，針對水庫淤泥力學特性對於防淤效益之影響尚未有較深入之研究。因此本計畫擬參考國內外水力排砂經驗，研析在曾文水庫維持高水位操作且不影響正常供水前提下，於非颱洪期間評估以低耗能及低耗水之水壓吸引排砂工法排除庫底既有淤泥之可行性。本計畫同時進行曾文水庫現地淤泥力學試驗及淤泥輸送能力試驗以建立水力排砂數值模擬分析所需之參數，並進一步評估水壓吸引排砂工法之防淤效益。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020079</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202722</governmentpublicationsnumber><identifier>75823</identifier><internationalstandardbooknumber>9789860390339 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75823</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫排砂規劃-防淤工法可行性研究--光碟版 Sediment Releasing Planning in Tseng-Wen Reservoir-Desilting Alternatives Research</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202463</governmentpublicationsnumber><identifier>75824</identifier><internationalstandardbooknumber>9789860387261 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75824</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立(2/2)--光碟版 Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202464</governmentpublicationsnumber><identifier>75825</identifier><internationalstandardbooknumber>9789860387278 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75825</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立總報告--光碟版 Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202572</governmentpublicationsnumber><identifier>75826</identifier><internationalstandardbooknumber>9789860388589 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75826</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立(3/3)內附光碟 Development of the erosion rate model for weak rock river bed(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202572</governmentpublicationsnumber><identifier>75827</identifier><internationalstandardbooknumber>9789860388589 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75827</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立(3/3)--光碟版 Development of the erosion rate model for weak rock river bed(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202574</governmentpublicationsnumber><identifier>75828</identifier><internationalstandardbooknumber>9789860388596 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75828</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立總報告(內附光碟) Development of the erosion rate model for weak rock river bed</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202574</governmentpublicationsnumber><identifier>75829</identifier><internationalstandardbooknumber>9789860388596 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75829</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立總報告--光碟版 Development of the erosion rate model for weak rock river bed</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75831</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75831</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(2/2) A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75832</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75832</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(2/2)--光碟版 A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>75833</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75833</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究總報告 A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>75834</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75834</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究總報告--光碟版 A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該氣候變遷整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運移及沖淤導致河相變遷模擬，進行因應氣候變遷所造成的極端氣候曾文溪防洪處理對策研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策等相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下曾文溪現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020162</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/12</date><governmentpublicationsnumber>1010202603</governmentpublicationsnumber><identifier>75835</identifier><internationalstandardbooknumber>9789860388916 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75835</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文溪流域因應氣候變遷防洪及土砂研究計畫--光碟版 A Study of Flood Control and Sediment Management due to Climate Change of Zeng-wen River</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>75839</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75839</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)內附光=碟Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010101653</governmentpublicationsnumber><identifier>75840</identifier><internationalstandardbooknumber>9789860333855 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75840</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃實驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究-水工模型試驗報告Hydraulic model studies for sediment sluicing and flood diversion engineering of Shihman reservoir</title><yearidentifier>201208</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010383</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010103226</governmentpublicationsnumber><identifier>75841</identifier><internationalstandardbooknumber>9789860349184 ; 9789860349</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75841</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(1/3) The Program of Developing the Surface Water Availability Calculation System in Taiwan (1/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>75842</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75842</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(3/3)--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>75843</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75843</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施總報告--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>利用近年蒐集地震資料及因應法規修正，進行地震危害度分析檢討，以作為水庫規劃設計之參考依據。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020076</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010203112</governmentpublicationsnumber><identifier>75846</identifier><internationalstandardbooknumber>9789860394511 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75846</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>士文水庫可行性規劃-強地動儀維護及觀測及地震危害度分析檢討(內附光碟) Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Seismic Hazard Analysis Review</title><yearidentifier>201312</yearidentifier></data><data><abstract>台南海岸受到河川輸沙供給量的減少，沿海垂直突出岸線之結構物破壞輸沙平衡，以及在海洋營力長期作用下，部份海岸段及離岸沙洲明顯呈現侵退的情形。本計畫擬先對計畫區全段海岸所面臨之問題，進行資料蒐集分析及檢討，再擇取101年颱風受災岸段作為示範區，針對該海岸段主要河川輸沙對海岸地形變遷之影響進行評估及分析，研究其海岸變遷主要機制及變遷趨勢，進而檢討海岸防護設施之功能性，並以「永續海岸整體發展方案」為指導原則，兼顧「海岸法草案」之精神以及考量氣候變遷之衝擊，研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020228</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010203018</governmentpublicationsnumber><identifier>75847</identifier><internationalstandardbooknumber>9789860393804 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75847</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南海岸侵蝕原因及防護設施改善對策研究(八掌溪口至曾文溪口) A Study of Coastal Erosion and Shore Protection along Tainan Coast (from Bazhang River to Zengwen River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>利用近年蒐集地震資料及因應法規修正，進行地震危害度分析檢討，以作為水庫規劃設計之參考依據。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020076</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010203112</governmentpublicationsnumber><identifier>75848</identifier><internationalstandardbooknumber>9789860394511 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75848</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>士文水庫可行性規劃-強地動儀維護及觀測及地震危害度分析檢討(光碟版) Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Seismic Hazard Analysis Review</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202605</governmentpublicationsnumber><identifier>75849</identifier><internationalstandardbooknumber>9789860388947 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75849</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究總報告(內附光碟)=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202604</governmentpublicationsnumber><identifier>75850</identifier><internationalstandardbooknumber>9789860388930 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75850</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(2/2)(內附光碟)=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本年度將以花蓮溪、急水溪及朴子溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020065</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010203117</governmentpublicationsnumber><identifier>75851</identifier><internationalstandardbooknumber>9789860395006 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75851</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>中央管河川流域地質資料查核-花蓮溪、急水溪及朴子溪(內附光碟) Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Hualien, Jishui, and Puzi River</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，成立本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020120</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202640</governmentpublicationsnumber><identifier>75852</identifier><internationalstandardbooknumber>9789860389456 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75852</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究((內附光碟)1/3) Implement and Application Study of CCHE3D Mobile-bed Model (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>75854</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75854</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸防護工程保護標準與非工程措施研究(內附光碟)=The study on the protective standards and non-engineering strategy of the coastal defensive engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地狹人稠，隨著社會、經濟、人口快速成長，海岸地區已成為國土利用上不可或缺之空間。台灣因位於西太平洋颱風盛行區，夏秋之際常遭暴潮巨浪侵襲，沿岸低窪地區海水倒灌災害頻仍，為保障沿海居民生命財產安全，早期以興建海堤、離岸堤及拋置消波塊等硬式結構物加以防護，並未對海岸生態環境多加考量，無意中對海岸地區的生態及環境景觀造成影響。隨著近年來國內對生態環境保護意識抬頭，海岸防護思維除考量防災、減災外，亦逐漸將生態、景觀、親水及遊憩等需求納入。以營造一個豐富而多樣的水岸環境，落實生物多樣性保育，同時達成行政院「整體海岸永續發展」目標，求得人類與自然環境間之平衡和諧，降低人類活動對周遭生態環境影響。 而本署在海岸防護的觀念及措施亦隨時代演進有新的作法，在近期的「海岸環境營造計畫」，則融入整體環境考量，以達成「消減海岸災害、防止國土流失」、「改善海堤景觀、復育海岸環境」及「因應氣候變遷、創造永續海岸」的目標，同時改善早期一般性海堤缺點，儘量減少混凝土化之人工結構物，著重採用自然材料的生態工法。惟一般性海堤改善策略相關斷面佈置較因地制宜，在評估波浪溯上特性時，以往經驗公式恐無法完全適用，需進一步透過模型試驗檢視各海堤改善策略削減波浪能量特性，供規劃設計時參考。 爰此，本計畫將分3年就北區、南區及東區各海岸環境特性，擇選適宜且有代表性之海岸斷面型態，進行一般性海堤斷面改善前後特性試驗，藉由實驗室量測之波浪溯上資料，評估及率定適用之溯上公式，提供未來其他海堤改善時參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020210</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202609</governmentpublicationsnumber><identifier>75855</identifier><internationalstandardbooknumber>9789860388978 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75855</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤斷面改善試驗研究(1/3)(內附光碟)=A Revise Study on General Sea Dikes in Taiwan (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>75856</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75856</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2)- Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.舊正水工模型試驗場所為全國最大水資源工程模型試驗場所，歷年來承辦國內重大水資源工程模型試驗工作，如寶山水庫、鯉魚潭水庫、集集共同引水工程、南化水庫、牡丹水庫、石門水庫防洪防淤、桶頭攔河堰、基隆河員山子分洪及其他水工模型等計畫。 2.因應全球氣候變遷、土地利用型態改變及水文條件劇變等衝擊，並加強水資源管理與災害防救規劃研究，不斷提升水利人員素質及其環境應變能力，本所於98~100年辦理「水利人員專業訓練計畫」，參訓學員除水利署及附屬單位，並包含縣市政府、水利會與自來水公司從事水利相關工作人員，希望藉由彙集產、官、學界之卓見真知，透過課程研討及教材彙編，充實水利工作者之氣候變遷、永續水資源、環境生態復育及水利防洪工程本職學能。 3.配合環境教育法實施，秉持本所「專業、創新、永續」的核心價值，在已具備水資源工程設施教學與參訪特色及水利人員專業訓練基礎上，提升水利人員對氣候變遷調適、永續水資源及環境生態復育之理論及本職學能，強化對民眾或學校師生水資源工程環境教育的工作，研擬推動水資源工程環境教育及環境教育設施評估規劃，積極發展良好足以帶動水資源工程環境教育活動課程(教材)設計及訓練，加強及整合環境教育專業人力及能力培訓，並利用閒置空間提供具有特色之空間、場域、裝置或設備之水資源工程環境教育專業服務。</abstract><author>國立臺中教育大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020302</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202918</governmentpublicationsnumber><identifier>75859</identifier><internationalstandardbooknumber>9789860392265 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75859</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源工程環境教育評估及規劃 Evaluation and Planning Program for Environmental Education of Water Resources Engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.舊正水工模型試驗場所為全國最大水資源工程模型試驗場所，歷年來承辦國內重大水資源工程模型試驗工作，如寶山水庫、鯉魚潭水庫、集集共同引水工程、南化水庫、牡丹水庫、石門水庫防洪防淤、桶頭攔河堰、基隆河員山子分洪及其他水工模型等計畫。 2.因應全球氣候變遷、土地利用型態改變及水文條件劇變等衝擊，並加強水資源管理與災害防救規劃研究，不斷提升水利人員素質及其環境應變能力，本所於98~100年辦理「水利人員專業訓練計畫」，參訓學員除水利署及附屬單位，並包含縣市政府、水利會與自來水公司從事水利相關工作人員，希望藉由彙集產、官、學界之卓見真知，透過課程研討及教材彙編，充實水利工作者之氣候變遷、永續水資源、環境生態復育及水利防洪工程本職學能。 3.配合環境教育法實施，秉持本所「專業、創新、永續」的核心價值，在已具備水資源工程設施教學與參訪特色及水利人員專業訓練基礎上，提升水利人員對氣候變遷調適、永續水資源及環境生態復育之理論及本職學能，強化對民眾或學校師生水資源工程環境教育的工作，研擬推動水資源工程環境教育及環境教育設施評估規劃，積極發展良好足以帶動水資源工程環境教育活動課程(教材)設計及訓練，加強及整合環境教育專業人力及能力培訓，並利用閒置空間提供具有特色之空間、場域、裝置或設備之水資源工程環境教育專業服務。</abstract><author>國立臺中教育大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020302</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202918</governmentpublicationsnumber><identifier>75860</identifier><internationalstandardbooknumber>9789860392265 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75860</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源工程環境教育評估及規劃--光碟版 Evaluation and Planning Program for Environmental Education of Water Resources Engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75861</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75861</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(1/2)A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201302</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。   破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020074</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202917</governmentpublicationsnumber><identifier>75862</identifier><internationalstandardbooknumber>9789860392258 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75862</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(1/2) Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>謝光照 楊金興</author><categoryidentifier>434.511</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202018</governmentpublicationsnumber><identifier>75863</identifier><internationalstandardbooknumber>9789860381702 ; 9860381704</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75863</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>102</publishrocyear><title>雜糧作物試驗研究年報-民國100年 ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT 2011</title><yearidentifier>201309</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。   破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020074</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202917</governmentpublicationsnumber><identifier>75864</identifier><internationalstandardbooknumber>9789860392258 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75864</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(1/2)--光碟版 Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部沿海地區因地層下陷嚴重，部分區域地盤高程已低於大潮平均高潮位，自然排水相當困難，且近年來都會地區的快速發展，人口過度集中，不透水地表面積增加等原因，導致災害的風險與強度增加，都市防洪必須採取多元與可行的防洪策略。一般而言，都會區的承受淹水災害的能力較弱，故都市防洪的對象是指短期降雨的大量地表水，而其處置的策略則採用工程措施或非工程措施，或二者相互兼用之，以避免或減低都會區之洪水災害。因此如何在防洪需求下連結都會區排水系統與既有的河川排水防洪，併運用滯蓄洪設施以增加都會區的防洪能力，視為現在都會區防洪主要課題。 本計畫以都會區防洪之角度，研究都會區排水系統型態與功能，及滯蓄洪設施型態與功能，評估滯蓄洪設施與都會區排水系統連結之效能與效益，以供為都市防洪策略之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020341</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202547</governmentpublicationsnumber><identifier>75865</identifier><internationalstandardbooknumber>9789860388404 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75865</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區排水系統與滯蓄洪設施連結之研究(1/2) Study on Linkage of Urban Drainage System with Detention/Retention Facilities(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部沿海地區因地層下陷嚴重，部分區域地盤高程已低於大潮平均高潮位，自然排水相當困難，且近年來都會地區的快速發展，人口過度集中，不透水地表面積增加等原因，導致災害的風險與強度增加，都市防洪必須採取多元與可行的防洪策略。一般而言，都會區的承受淹水災害的能力較弱，故都市防洪的對象是指短期降雨的大量地表水，而其處置的策略則採用工程措施或非工程措施，或二者相互兼用之，以避免或減低都會區之洪水災害。因此如何在防洪需求下連結都會區排水系統與既有的河川排水防洪，併運用滯蓄洪設施以增加都會區的防洪能力，視為現在都會區防洪主要課題。 本計畫以都會區防洪之角度，研究都會區排水系統型態與功能，及滯蓄洪設施型態與功能，評估滯蓄洪設施與都會區排水系統連結之效能與效益，以供為都市防洪策略之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020341</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202547</governmentpublicationsnumber><identifier>75866</identifier><internationalstandardbooknumber>9789860388404 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75866</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區排水系統與滯蓄洪設施連結之研究(1/2)--光碟版 Study on Linkage of Urban Drainage System with Detention/Retention Facilities(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75867</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75867</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總評估報告</title><yearidentifier>201302</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75868</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75868</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(104-109年)計畫策略及方針草案</title><yearidentifier>201302</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/13</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>75869</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75869</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>海岸防護計畫規劃作業參考手冊(草案)內附光碟)=Reference Manual of Planning Work of Coastal Protection Project</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年士文水庫已辦理士文水庫排砂、建壩後河道影響檢討，但其降雨情境仍為過去已發生之降雨。為因應異常降雨已發生於台灣其他流域之狀況，士文水庫規劃工作必須先預估強降雨、堰塞湖情境及後續因應對策，由全流域土砂收支平衡觀點，規劃管理方針，以謀求水庫永續經營、流域土砂合理運用。並配合水位站觀測維護，持續收集水砂觀測資料，以建置長期且持續之水砂量測紀錄，提供士文水庫後續規劃及推動之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020077</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203111</governmentpublicationsnumber><identifier>75870</identifier><internationalstandardbooknumber>9789860394528 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75870</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>士文水庫可行性規劃-士文溪水位站觀測維護及流域土砂收支平衡檢討與對策研擬(內附光碟) Feasibility Study of Shi-Wen Reservoir - Maintenance of the Shi-Wen Creek Stage Station, Study and Evaluation of Watershed Sediment Budget</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>75871</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75871</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(1/2)--光碟版 A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)</title><yearidentifier>201302</yearidentifier></data><data><abstract>民國98年8月莫拉克颱風為曾文水庫帶來9,108萬立方公尺淤積量，壩前淤積高程由EL.165公尺提升至EL.179公尺，遠高於發電及永久河道放水道(PRO)進水口高程，且上游集水區主河道尚有大量土砂未流進水庫。莫拉克颱風災害後，政府通過「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」，但此特別條例期程有限，無法完全解決曾文水庫淤積問題。曾文水庫原先未定義有效庫容的容積，惟有鑑於水資源開發困難度與日俱增，且曾文水庫目前的庫容已不敷嘉南地區農業、工業及生活用水的需求，而欲恢復莫拉克颱風前庫容並不容易，依據100年度本所辦理「曾文水庫防洪防淤整體綱要計畫」的結論，以曾文水庫目標年民國117年預估庫容4.35億立方公尺為曾文水庫有效庫容。 參據「曾文水庫防洪防淤整體綱要計畫」，曾文水庫年入庫泥砂量為560萬立方公尺，繞庫排砂及庫區防淤隧道等水力排砂設施可排除約60%上游來砂，惟40%泥砂需靠上游集水區減砂入庫、陸挖清淤及機械抽泥等方式排除，然影響水力防砂設施之排砂效益因素繁多且複雜，包含入庫砂量、水文量、操作時機、持續操作時間，排砂流量及進水口高程等因子，針對水庫淤泥力學特性對於防淤效益之影響尚未有較深入之研究。因此本計畫擬參考國內外水力排砂經驗，研析在曾文水庫維持高水位操作且不影響正常供水前提下，於非颱洪期間評估以低耗能及低耗水之水壓吸引排砂工法排除庫底既有淤泥之可行性。本計畫同時進行曾文水庫現地淤泥力學試驗及淤泥輸送能力試驗以建立水力排砂數值模擬分析所需之參數，並進一步評估水壓吸引排砂工法之防淤效益。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020079</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202722</governmentpublicationsnumber><identifier>75872</identifier><internationalstandardbooknumber>9789860390339 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75872</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫排砂規劃-防淤工法可行性研究數值模擬分析專題報告(內附光碟)  Numerical Simulation Analyzing Thematic Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>75873</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75873</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(1/2)--光碟版 A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(1/2)[成果資料光碟}</title><yearidentifier>201302</yearidentifier></data><data><abstract>民國98年8月莫拉克颱風為曾文水庫帶來9,108萬立方公尺淤積量，壩前淤積高程由EL.165公尺提升至EL.179公尺，遠高於發電及永久河道放水道(PRO)進水口高程，且上游集水區主河道尚有大量土砂未流進水庫。莫拉克颱風災害後，政府通過「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」，但此特別條例期程有限，無法完全解決曾文水庫淤積問題。曾文水庫原先未定義有效庫容的容積，惟有鑑於水資源開發困難度與日俱增，且曾文水庫目前的庫容已不敷嘉南地區農業、工業及生活用水的需求，而欲恢復莫拉克颱風前庫容並不容易，依據100年度本所辦理「曾文水庫防洪防淤整體綱要計畫」的結論，以曾文水庫目標年民國117年預估庫容4.35億立方公尺為曾文水庫有效庫容。 參據「曾文水庫防洪防淤整體綱要計畫」，曾文水庫年入庫泥砂量為560萬立方公尺，繞庫排砂及庫區防淤隧道等水力排砂設施可排除約60%上游來砂，惟40%泥砂需靠上游集水區減砂入庫、陸挖清淤及機械抽泥等方式排除，然影響水力防砂設施之排砂效益因素繁多且複雜，包含入庫砂量、水文量、操作時機、持續操作時間，排砂流量及進水口高程等因子，針對水庫淤泥力學特性對於防淤效益之影響尚未有較深入之研究。因此本計畫擬參考國內外水力排砂經驗，研析在曾文水庫維持高水位操作且不影響正常供水前提下，於非颱洪期間評估以低耗能及低耗水之水壓吸引排砂工法排除庫底既有淤泥之可行性。本計畫同時進行曾文水庫現地淤泥力學試驗及淤泥輸送能力試驗以建立水力排砂數值模擬分析所需之參數，並進一步評估水壓吸引排砂工法之防淤效益。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020079</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202722</governmentpublicationsnumber><identifier>75874</identifier><internationalstandardbooknumber>9789860390339 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75874</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文水庫排砂規劃-防淤工法可行性研究淤泥力學特性分析專題報告(內附光碟) Sediment Mechanical Properties Thematic Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202912</governmentpublicationsnumber><identifier>75875</identifier><internationalstandardbooknumber>9789860392296 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75875</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(3/3)--計畫成果資料光碟 The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之目的乃在建立「台灣地區主要河川流域水文與水理設計分析系統平台」，以提供流域管理單位，於進行流域整體治理規劃過程，所需之地文與水文重要資訊。流域治理規劃所需之資訊包括：集水區之各項地文因子與空間圖層，以及針對某特殊降雨事件或是某特定重現期暴雨情況下，流域內中上游集水區逕流量、中下游河川水位等相關水文水理資訊。因考慮水利工程師能以便捷的方式，獲得複雜的地文與水文資訊，此系統乃採用開放原始碼地理資訊系統架構、資料庫系統以及網路即時更新功能，建立圖形化之使用者介面，以提供水利人員一套完整而便捷的分析工具。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020248</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202136</governmentpublicationsnumber><identifier>75878</identifier><internationalstandardbooknumber>9789860383812 ; 9789860383</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75878</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區主要河川流域水文與水理設計分析系統平台建立(3/3)計畫成果資料-光碟版 Development of hydrological and hydraulic analysis system for integrated basin management of major rivers in Taiwan(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>75879</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75879</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(2/2)電子書(光碟版)= Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>75880</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75880</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2) Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>75881</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75881</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2)--光碟版 Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署依河川管理業務作業規範完成「河川管理資訊化系統」建置，其中包含各類申請使用案件、巡防日誌管理、違法處分案件、統計報表等業務功能，提供給各河川局承辦人上線作執行業務之使用，為達成建置本系統之目的，需予專業維護以維持本系統之正常運作。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020264</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203220</governmentpublicationsnumber><identifier>75882</identifier><internationalstandardbooknumber>9789860396317 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75882</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川管理資訊化系統維護計畫 Maintenance of River Information Management System</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署依河川管理業務作業規範完成「河川管理資訊化系統」建置，其中包含各類申請使用案件、巡防日誌管理、違法處分案件、統計報表等業務功能，提供給各河川局承辦人上線作執行業務之使用，為達成建置本系統之目的，需予專業維護以維持本系統之正常運作。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020264</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203220</governmentpublicationsnumber><identifier>75883</identifier><internationalstandardbooknumber>9789860396317 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75883</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川管理資訊化系統維護計畫--光碟版 Maintenance of River Information Management System</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>75884</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75884</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2) Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>75885</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75885</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2)--光碟版 Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>完成研究區域內土地利用變遷對於洪水量之影響，提供主辦單位未來土地開發計畫中可能面臨的洪水增加量，以做為決策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020242</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202550</governmentpublicationsnumber><identifier>75888</identifier><internationalstandardbooknumber>9789860387742 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75888</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>土地利用型態變遷對逕流影響之評估研究(2/2)--光碟版 Study on Effect of Landuse Change on Surface Runoff(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬針對現有滯(蓄)洪池是否具有濕地生態功能，提出具體評估流程與方法，以提供後續提升現有滯(蓄)洪池的濕地生態功能，並提供未來滯(蓄)洪池之規劃方針及設計參考，將有助於滯(蓄)洪池之多元利用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020198</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202551</governmentpublicationsnumber><identifier>75889</identifier><internationalstandardbooknumber>9789860388138 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75889</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>滯洪池之濕地生態功能評價及改善研究--光碟版  Index of wetland condition development for evaluating ecological functions of detention ponds</title><yearidentifier>201312</yearidentifier></data><data><abstract>鱉溪過去生態豐富，但時至今日人為開發，溪內鱉類及原生魚類族群快速減少，因此為恢復其原有生態機能，期望能藉由本計畫之生態環境調查，瞭解各項環境因子以及生物特性，以作為棲地復育之依據。</abstract><author>弘益生態有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020064</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/14</date><governmentpublicationsnumber>1010202643</governmentpublicationsnumber><identifier>75890</identifier><internationalstandardbooknumber>9789860389500 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75890</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鱉溪棲地復育生態調查--光碟版 Investigation of the Ecological Environment for Habitat Restoration in Bie River</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年士文水庫已辦理士文水庫排砂、建壩後河道影響檢討，但其降雨情境仍為過去已發生之降雨。為因應異常降雨已發生於台灣其他流域之狀況，士文水庫規劃工作必須先預估強降雨、堰塞湖情境及後續因應對策，由全流域土砂收支平衡觀點，規劃管理方針，以謀求水庫永續經營、流域土砂合理運用。並配合水位站觀測維護，持續收集水砂觀測資料，以建置長期且持續之水砂量測紀錄，提供士文水庫後續規劃及推動之依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020077</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/17</date><governmentpublicationsnumber>1010203111</governmentpublicationsnumber><identifier>75892</identifier><internationalstandardbooknumber>9789860394528 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75892</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>士文水庫可行性規劃-士文溪水位站觀測維護及流域土砂收支平衡檢討與對策研擬(光碟版) Feasibility Study of Shi-Wen Reservoir - Maintenance of the Shi-Wen Creek Stage Station, Study and Evaluation of Watershed Sediment Budget</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣近年來由於都市的急遽的發展與擴張，都市周邊衛星城鎮也迅速成長，造成原有農業區逐漸消失，集水區調洪蓄水功能下降、集流時間縮短與洪峰量增加；另一方面，隨著防洪標準提高，在原有淹水潛勢區內聚集愈來愈多的人口和資產。然而，一旦發生洪水時，淹水潛勢區內的洪災損失將遠大於過去的情形。 綜觀台灣土地管理法令，現階段仍較從「整備」與「應變」的觀點為之，缺乏事前減災的觀念。現有之土地空間規劃多是以發展為導向，自然環境限制及災害潛勢區等限制面向未納入考量，導致規劃成果常遭受天然災害事件之衝擊，或與防減災需求衝突。目前都市計畫通盤檢討偏重於經濟與文化發展，並無提高都市抗災能力的策略，所提出之防災計畫僅就防災避難據點及救災動線進行規劃，並無就防災之角度對土地使用計畫提出檢討與改善策略，使得都市防災計畫在通盤檢討中流於形式。乃至於在實質計畫中無針對降低自然災害可能造成之損失，所作出土地使用及交通系統規劃的調整與調配。 都市地區由於人口稠密，雖然可以獲得較多水患治理的資源，但水災脆弱度卻也相對較高。本計畫期望以土地管理的角度切入，透過都市空間規劃與管理的手段，達到減輕水患的目的，使得都市防洪的問題不但可以治標，更可以治本，以達到保護人民生命財產安全的目的。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020115</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/17</date><governmentpublicationsnumber>1010202534</governmentpublicationsnumber><identifier>75893</identifier><internationalstandardbooknumber>9789860387735 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75893</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都市防洪空間規劃與管理之研究(1/2)--光碟版 Planning and management of urban space for flood prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/17</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>75894</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75894</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2)--光碟版=Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/17</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>75895</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75895</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2)=Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020243</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202549</governmentpublicationsnumber><identifier>75896</identifier><internationalstandardbooknumber>9789860387728 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75896</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究(2/2) Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020243</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202549</governmentpublicationsnumber><identifier>75897</identifier><internationalstandardbooknumber>9789860387728 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75897</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究(2/2)--光碟版 Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020243</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202548</governmentpublicationsnumber><identifier>75898</identifier><internationalstandardbooknumber>9789860387759 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75898</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究總報告書 Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage</title><yearidentifier>201312</yearidentifier></data><data><abstract>透過本研究將農業區之蓄洪減洪效果與常用區域排水分析模式相結合，佐以實測降雨-排水水位等水文資料的檢驗，檢討區排分析模式參數在農業區蓄洪減洪之合理性及適用範圍等及對排水計畫洪水量影響，提供排水規劃之參考。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>434.2572</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020243</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202548</governmentpublicationsnumber><identifier>75899</identifier><internationalstandardbooknumber>9789860387759 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75899</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>農業區滯洪效果評估及對區域排水設計流量影響之研究總報告書--光碟版 Study on the evaluation of flood detention effect of agricultural area and the influence of that on design discharge of regional drainage</title><yearidentifier>201312</yearidentifier></data><data><abstract>當區域排水減災所需投資相當龐大時，工程實施遙不可期，如何劃定產值較低之農業區，提供作為蓄洪空間，以減輕高產值區或市區聚落之淹水損失，對於農業區之損失再予以補償，亦不失為一種可行之減災對策。本計畫擬選定一示範地區，針對區域排水滯蓄洪區劃設與補償措施進行研究，以供將來實施之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020040</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202601</governmentpublicationsnumber><identifier>75900</identifier><internationalstandardbooknumber>9789860388985 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75900</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水滯蓄洪區劃設與補償措施研擬之研究--內附光碟 Study on Delineation for Regional Drainage Flood Detention Zones and Planning for Compensation Measures</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提供南部地區民眾充裕且穩定用水，經濟部水利署南區水資源局(以下簡稱南水局)奉行政院民國92年4月17日院台經字第0920017828號函辦理「曾文水庫越域引水工程」，該工程為於荖濃溪中游興建攔河堰，將荖濃溪水源越域引入曾文水庫。本工程完成後規劃之南化水庫及曾文水庫之水源運用之基本原則為在豐水期讓曾文水庫水源儘量蓄存在水庫中並充分利用甲仙堰越域引水之水源，枯水期則再改由曾文及烏山頭水庫系統供用以達曾文及南化水庫聯合運用的目的。其可增供南部地區60萬CMD水源，以因應民國105年後之中成長用水需求，其中30萬CMD供應高雄地區，另30萬CMD經由烏山頭水庫供應嘉南地區。為達供應高雄地區的用水目標，需建置曾文水庫下游輸水工程以聯接既有南化水庫／高屏溪攔河堰聯通管路。 民國98年莫拉克颱風重創曾文越域引水工程荖濃堰及東隧道，民國104年後仍須監測及評估，然南部區域供水系統易受原水高濁度影響，曾文水庫水力排砂期間東口堰無法取水，因目前曾文水庫僅能透過烏山嶺隧道由烏山頭水庫供水，若遭逢不可抗力因素影響將無法供水，影響南部區域供水穩定，爰此，建議曾文南化水庫聯通管輸水工程優先單獨推動，增加水庫間備援及調度能力。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020092</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202762</governmentpublicationsnumber><identifier>75901</identifier><internationalstandardbooknumber>9789860390759 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75901</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文南化水庫聯通管輸水工程可行性分析(內附光碟)=Feasibility Analysis of Tsengwen/Nanhua Reservoir Interconnecting Pipeline</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提供南部地區民眾充裕且穩定用水，經濟部水利署南區水資源局(以下簡稱南水局)奉行政院民國92年4月17日院台經字第0920017828號函辦理「曾文水庫越域引水工程」，該工程為於荖濃溪中游興建攔河堰，將荖濃溪水源越域引入曾文水庫。本工程完成後規劃之南化水庫及曾文水庫之水源運用之基本原則為在豐水期讓曾文水庫水源儘量蓄存在水庫中並充分利用甲仙堰越域引水之水源，枯水期則再改由曾文及烏山頭水庫系統供用以達曾文及南化水庫聯合運用的目的。其可增供南部地區60萬CMD水源，以因應民國105年後之中成長用水需求，其中30萬CMD供應高雄地區，另30萬CMD經由烏山頭水庫供應嘉南地區。為達供應高雄地區的用水目標，需建置曾文水庫下游輸水工程以聯接既有南化水庫／高屏溪攔河堰聯通管路。 民國98年莫拉克颱風重創曾文越域引水工程荖濃堰及東隧道，民國104年後仍須監測及評估，然南部區域供水系統易受原水高濁度影響，曾文水庫水力排砂期間東口堰無法取水，因目前曾文水庫僅能透過烏山嶺隧道由烏山頭水庫供水，若遭逢不可抗力因素影響將無法供水，影響南部區域供水穩定，爰此，建議曾文南化水庫聯通管輸水工程優先單獨推動，增加水庫間備援及調度能力。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020092</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202762</governmentpublicationsnumber><identifier>75902</identifier><internationalstandardbooknumber>9789860390759 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75902</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>曾文南化水庫聯通管輸水工程可行性分析--光碟版 Feasibility Analysis of Tsengwen/Nanhua Reservoir Interconnecting Pipeline</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/18</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>75903</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75903</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2)--光碟版  Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>混凝土材料具有高強度、高耐久性、低透水性及成本低等優點，而纖維混凝土乃是一種將纖維均勻分佈於混凝土內之複合材料，藉由纖維之高拉力強度可有效阻止混凝土的內部破裂，對裂縫的延伸具有相當大的阻抗作用，使得混凝土可大幅增加強度、抗裂性、抗衝擊性及震動抵抗能力，因此，設計與製作低成本高耐久性，並且兼具抑制生物附著防護功能之混凝土水門扇相當值得探討。</abstract><author>國立嘉義大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020218</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203740</governmentpublicationsnumber><identifier>75904</identifier><internationalstandardbooknumber>9789860402964 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75904</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>混凝土質水門扇設計與應用之探討(內附光碟) Design and Application of Hydraulic-Gate made of Concrete</title><yearidentifier>201312</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。第一年推動本署環境教育之初(100年)，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而在101年本署則辦理「推動水資源環境教育及環境教育平台整合計畫」，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 另有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，本署擬評估本署及各所屬機關之相關人力與資源等，進行認證環境教育人員、機構及設施場所之可行性，以及規劃整合本署環教設施平台架構與推動策略。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020096</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203382</governmentpublicationsnumber><identifier>75905</identifier><internationalstandardbooknumber>9789860398014 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75905</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年推動水資源環境教育與環教設施整合計畫 The project of 102 years to promote environmental education for water resources and environmental education facilities integration</title><yearidentifier>201312</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。第一年推動本署環境教育之初(100年)，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而在101年本署則辦理「推動水資源環境教育及環境教育平台整合計畫」，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 另有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，本署擬評估本署及各所屬機關之相關人力與資源等，進行認證環境教育人員、機構及設施場所之可行性，以及規劃整合本署環教設施平台架構與推動策略。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020096</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203382</governmentpublicationsnumber><identifier>75906</identifier><internationalstandardbooknumber>9789860398014 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75906</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年推動水資源環境教育與環教設施整合計畫--光碟版 The project of 102 years to promote environmental education for water resources and environmental education facilities integration</title><yearidentifier>201312</yearidentifier></data><data><abstract>世界水資源日的起源來自1992年於巴西里約熱內盧所舉行的聯合國環境與發展研討會，選定3月22日為世界水資源日，其旨在推動對水資源進行綜合性統籌規劃和管理，加強水資源保護，解決日益嚴峻的缺乏淡水問題，開展廣泛的宣傳以提高公眾對開發和保護水資源的認識；而4月22日的世界地球日，則是1970年當代環境運動起源的年度紀念日，均一再顯示全球對於水資源保護及環境課題的重視。 讓台灣邁向「節水型社會」一直是政府最重要的施政方向，特別是近年來全球氣候變遷的趨勢明顯，旱澇災害的頻率增加，如何滿足經濟成長及社會發展所需的用水，成為政府機關最重要的挑戰。因此，如何面對極端氣候的嚴峻挑戰，讓台灣有更穩定的水資源，是目前政府施政之重要課題，而政府除了進行多元的水資源開源工作之外，推動節約用水措施更是首要課題。 為了建立全民節水意識，提高全民對珍惜水資源之重視，並使得愛水節水觀念及行動普及化，進而落實節水型社會，本計畫將配合世界水資源日及世界地球日期間(3/22~4/22間)，舉辦愛水節水宣導月活動以凝聚全民共識，並將與社區大學合作辦理節水講座，以結合地方力量擴大宣導之範疇，另藉由辦理愛水節水標語及歌曲徵選活動，讓愛水節水觀念與行動能夠深耕落實，成為全國、全民、全面之運動。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020100</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203277</governmentpublicationsnumber><identifier>75907</identifier><internationalstandardbooknumber>9789860396294 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75907</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>社區大學節水講座及愛水節水宣導月活動計畫 Project of the Water Conservation Seminars and Water Conservation Month</title><yearidentifier>201312</yearidentifier></data><data><abstract>世界水資源日的起源來自1992年於巴西里約熱內盧所舉行的聯合國環境與發展研討會，選定3月22日為世界水資源日，其旨在推動對水資源進行綜合性統籌規劃和管理，加強水資源保護，解決日益嚴峻的缺乏淡水問題，開展廣泛的宣傳以提高公眾對開發和保護水資源的認識；而4月22日的世界地球日，則是1970年當代環境運動起源的年度紀念日，均一再顯示全球對於水資源保護及環境課題的重視。 讓台灣邁向「節水型社會」一直是政府最重要的施政方向，特別是近年來全球氣候變遷的趨勢明顯，旱澇災害的頻率增加，如何滿足經濟成長及社會發展所需的用水，成為政府機關最重要的挑戰。因此，如何面對極端氣候的嚴峻挑戰，讓台灣有更穩定的水資源，是目前政府施政之重要課題，而政府除了進行多元的水資源開源工作之外，推動節約用水措施更是首要課題。 為了建立全民節水意識，提高全民對珍惜水資源之重視，並使得愛水節水觀念及行動普及化，進而落實節水型社會，本計畫將配合世界水資源日及世界地球日期間(3/22~4/22間)，舉辦愛水節水宣導月活動以凝聚全民共識，並將與社區大學合作辦理節水講座，以結合地方力量擴大宣導之範疇，另藉由辦理愛水節水標語及歌曲徵選活動，讓愛水節水觀念與行動能夠深耕落實，成為全國、全民、全面之運動。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020100</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203277</governmentpublicationsnumber><identifier>75908</identifier><internationalstandardbooknumber>9789860396294 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75908</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>社區大學節水講座及愛水節水宣導月活動計畫--光碟版 Project of the Water Conservation Seminars and Water Conservation Month</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202574</governmentpublicationsnumber><identifier>75909</identifier><internationalstandardbooknumber>9789860388596 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75909</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立總報告 Development of the erosion rate model for weak rock river bed</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺灣地區年雨量約為2,500毫米，約為世界平均值(973毫米)的2.6倍，但因台灣的地形山高坡陡、河川短促，加上降雨量分布不均等情形，每人每年可分配之雨量僅約4,047噸，不及世界平均值21,796噸的五分之一，顯示台灣為水資源匱乏地區，再加上全球氣候變遷異常的威脅下，造成台灣民眾面臨一方面缺水、一方面一雨成災的旱澇兩極困境。因此，如何面對極端氣候的嚴峻挑戰，讓台灣有更穩定的水資源，是目前政府施政之重要課題，而其中推動節約用水政策更是首要課題。 有鑑於臺灣水資源日形惡化之狀況，政府除了全力推動節約用水之相關政策及措施持續改善以外，我們更需要的是全民的熱心參與以及提早建立節約用水之觀念，而藉由深入校園並透過教育之宣導方式來推廣至學童，更是提早向下落實及扎根節約用水教育之起始點。本計畫將藉由與學校合作及推廣，透過辦理節水研習講座、培育校園種子人員、節水夏令營、水資源保育校園巡迴宣導活動等方式，將節水意識從學童開始培育及萌芽，期能扎根校園之節水教育，再逐漸擴散至家人及親友們，並進一步落實全面、全國、全民之「三全」節水行動，讓台灣早日成為節水型社會。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020101</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203278</governmentpublicationsnumber><identifier>75910</identifier><internationalstandardbooknumber>9789860396638 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75910</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>節水校園扎根教育推廣計畫 The Continuing Education of Water-saving Campus Project in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺灣地區年雨量約為2,500毫米，約為世界平均值(973毫米)的2.6倍，但因台灣的地形山高坡陡、河川短促，加上降雨量分布不均等情形，每人每年可分配之雨量僅約4,047噸，不及世界平均值21,796噸的五分之一，顯示台灣為水資源匱乏地區，再加上全球氣候變遷異常的威脅下，造成台灣民眾面臨一方面缺水、一方面一雨成災的旱澇兩極困境。因此，如何面對極端氣候的嚴峻挑戰，讓台灣有更穩定的水資源，是目前政府施政之重要課題，而其中推動節約用水政策更是首要課題。 有鑑於臺灣水資源日形惡化之狀況，政府除了全力推動節約用水之相關政策及措施持續改善以外，我們更需要的是全民的熱心參與以及提早建立節約用水之觀念，而藉由深入校園並透過教育之宣導方式來推廣至學童，更是提早向下落實及扎根節約用水教育之起始點。本計畫將藉由與學校合作及推廣，透過辦理節水研習講座、培育校園種子人員、節水夏令營、水資源保育校園巡迴宣導活動等方式，將節水意識從學童開始培育及萌芽，期能扎根校園之節水教育，再逐漸擴散至家人及親友們，並進一步落實全面、全國、全民之「三全」節水行動，讓台灣早日成為節水型社會。</abstract><author>台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020101</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203278</governmentpublicationsnumber><identifier>75911</identifier><internationalstandardbooknumber>9789860396638 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75911</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>節水校園扎根教育推廣計畫--光碟版 The Continuing Education of Water-saving Campus Project in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202572</governmentpublicationsnumber><identifier>75912</identifier><internationalstandardbooknumber>9789860388589 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75912</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立(3/3) Development of the erosion rate model for weak rock river bed(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據本署所訂定之節約用水績優單位與個人選拔表揚要點，辦理102年度節水績優單位與個人選拔工作，預計選出25組績優單位及個人。並為提升商業節水效率，針對商業大用水戶進行節水技術輔導工作，推動各項節約用水方案，並落實全面換裝省水器材，提高商業用水效率，並加強推廣及宣傳，藉此提昇企業形象與競爭力，使台灣邁向先進國家「節水型社會」之境。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020103</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203282</governmentpublicationsnumber><identifier>75914</identifier><internationalstandardbooknumber>9789860396270 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75914</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度節水績優單位選拔與商業大用水戶節水輔導計畫 Water Conservation Outstanding Performance Selection and Coach Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>依據本署所訂定之節約用水績優單位與個人選拔表揚要點，辦理102年度節水績優單位與個人選拔工作，預計選出25組績優單位及個人。並為提升商業節水效率，針對商業大用水戶進行節水技術輔導工作，推動各項節約用水方案，並落實全面換裝省水器材，提高商業用水效率，並加強推廣及宣傳，藉此提昇企業形象與競爭力，使台灣邁向先進國家「節水型社會」之境。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020103</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203282</governmentpublicationsnumber><identifier>75915</identifier><internationalstandardbooknumber>9789860396270 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75915</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度節水績優單位選拔與商業大用水戶節水輔導計畫--光碟版 Water Conservation Outstanding Performance Selection and Coach Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生需水孔急之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校檢漏節水推動服務團」之成立，對國內的機關及學校用水戶提供水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。 為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，將由「機關學校檢漏節水推動服務團」協助訓練節水專責人員，完訓後核發合格證書，以建立用水管理、節水檢漏之專業人才，落實機關學校自主檢漏防漏工作，擴大節水檢漏成效。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020104</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203284</governmentpublicationsnumber><identifier>75916</identifier><internationalstandardbooknumber>9789860396287 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75916</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年機關學校檢漏節水推動服務團 Institutional and School Water Leakage and Water Reduction Service Crops</title><yearidentifier>201312</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生需水孔急之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校檢漏節水推動服務團」之成立，對國內的機關及學校用水戶提供水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。 為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，將由「機關學校檢漏節水推動服務團」協助訓練節水專責人員，完訓後核發合格證書，以建立用水管理、節水檢漏之專業人才，落實機關學校自主檢漏防漏工作，擴大節水檢漏成效。</abstract><author>台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020104</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203284</governmentpublicationsnumber><identifier>75917</identifier><internationalstandardbooknumber>9789860396287 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75917</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年機關學校檢漏節水推動服務團--光碟版 Institutional and School Water Leakage and Water Reduction Service Crops</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國落實推動節約用水，藉由網路用水資料填報系統之評比，考核全國政府機關、公立學校、國營事業及農田水利會推動節約用水之成效。 推動本署「政府機關及學校節約用水填報」系統，提升機關學校節水填報率，並進行用水指標分析及節水成效考核評比，推動機關學校用水量資料填報作業及資料檢核分析工作，並進行機關學校用水填報系統之操作、資料更新與維護管理。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020109</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202841</governmentpublicationsnumber><identifier>75919</identifier><internationalstandardbooknumber>9789860391916 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75919</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年機關學校、國營事業暨農田水利會節水評比計畫 The Program of Water Conservaion Competiition on Institutes, Schools, State-operated Enterprises and Agricultural Irrigation Councils in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國落實推動節約用水，藉由網路用水資料填報系統之評比，考核全國政府機關、公立學校、國營事業及農田水利會推動節約用水之成效。 推動本署「政府機關及學校節約用水填報」系統，提升機關學校節水填報率，並進行用水指標分析及節水成效考核評比，推動機關學校用水量資料填報作業及資料檢核分析工作，並進行機關學校用水填報系統之操作、資料更新與維護管理。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020109</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202841</governmentpublicationsnumber><identifier>75920</identifier><internationalstandardbooknumber>9789860391916 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75920</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年機關學校、國營事業暨農田水利會節水評比計畫--光碟版 The Program of Water Conservaion Competiition on Institutes, Schools, State-operated Enterprises and Agricultural Irrigation Councils in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>隨著科技不斷創新與進步，具有節水效能之產品亦日新月異，不再侷限於水龍頭或馬桶等產品，故為將目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續推動省水標章審查與鼓勵民間參與省水技術之研發，以達三全節水的目的，爰辦理本計畫。</abstract><author>工業技研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020112</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202838</governmentpublicationsnumber><identifier>75921</identifier><internationalstandardbooknumber>9789860391923 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75921</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年省水標章產品與驗證擴增與標章審查作業計畫 The Product Certification and New Criteria Establishment for Water Conservation Mark Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>隨著科技不斷創新與進步，具有節水效能之產品亦日新月異，不再侷限於水龍頭或馬桶等產品，故為將目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續推動省水標章審查與鼓勵民間參與省水技術之研發，以達三全節水的目的，爰辦理本計畫。</abstract><author>工業技研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020112</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202838</governmentpublicationsnumber><identifier>75922</identifier><internationalstandardbooknumber>9789860391923 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75922</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年省水標章產品與驗證擴增與標章審查作業計畫--光碟版 The Product Certification and New Criteria Establishment for Water Conservation Mark Program</title><yearidentifier>201312</yearidentifier></data><data><abstract>混凝土材料具有高強度、高耐久性、低透水性及成本低等優點，而纖維混凝土乃是一種將纖維均勻分佈於混凝土內之複合材料，藉由纖維之高拉力強度可有效阻止混凝土的內部破裂，對裂縫的延伸具有相當大的阻抗作用，使得混凝土可大幅增加強度、抗裂性、抗衝擊性及震動抵抗能力，因此，設計與製作低成本高耐久性，並且兼具抑制生物附著防護功能之混凝土水門扇相當值得探討。</abstract><author>國立嘉義大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020218</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010203740</governmentpublicationsnumber><identifier>75923</identifier><internationalstandardbooknumber>9789860402964 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75923</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>混凝土質水門扇設計與應用之探討(內附光碟)=Design and Application of Hydraulic-Gate made of Concrete</title><yearidentifier>201312</yearidentifier></data><data><abstract>當區域排水減災所需投資相當龐大時，工程實施遙不可期，如何劃定產值較低之農業區，提供作為蓄洪空間，以減輕高產值區或市區聚落之淹水損失，對於農業區之損失再予以補償，亦不失為一種可行之減災對策。本計畫擬選定一示範地區，針對區域排水滯蓄洪區劃設與補償措施進行研究，以供將來實施之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020040</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202601</governmentpublicationsnumber><identifier>75924</identifier><internationalstandardbooknumber>9789860388985 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75924</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水滯蓄洪區劃設與補償措施研擬之研究--光碟版  Study on Delineation for Regional Drainage Flood Detention Zones and Planning for Compensation Measures</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202574</governmentpublicationsnumber><identifier>75925</identifier><internationalstandardbooknumber>9789860388596 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75925</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立總報告--光碟版=Development of the erosion rate model for weak rock river bed</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202572</governmentpublicationsnumber><identifier>75926</identifier><internationalstandardbooknumber>9789860388589 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75926</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立(3/3)--光碟版=Development of the erosion rate model for weak rock river bed(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部中央管河川之中下游多流經軟弱年輕地質區，該河川區域在受到自然環境變化的影響(如地震抬昇、氣候條件變遷等)或人為開發利用的影響(水利或交通設施的興建、砂石之開採等)下，已有多處軟弱岩質河床發生劇烈沖蝕或護甲層流失等現象。 由於軟岩抗侵蝕能力低，洪水作用下之沖蝕速率可能與硬岩相差達到一個數量級以上，快速的下切侵蝕作用可造成河川型態持續發生變化，造成河岸或人工構造物的不穩定進而發生破壞。因此，當河道型態轉變為由軟弱岩質河床的下切侵蝕主要控制時，往往轉變成河床下切之不可逆過程，必須充分掌握其沖蝕機制及沖蝕速率，方能進行適當的河川規劃治理。為掌握前述機制與沖蝕速率，除現場觀測資料分析外，數值模式為一不可或缺之工具，目前已有國外軟岩沖蝕模式之引進及初步應用，惟其模擬所採用的沖蝕模式之待定參數，大多藉由模式率定推得，並未透過實際調查或試驗獲得岩體材料參數；且模式引用機制之適用性仍有待進一步檢討研析。因此，爰成立本計畫，藉由沖蝕資料建置及沖蝕特性調查探討，進行模式研發，建立適合台灣河川之軟岩質河床沖蝕模式，以供未來治理規劃參考運用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020325</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202572</governmentpublicationsnumber><identifier>75927</identifier><internationalstandardbooknumber>9789860388589 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75927</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>軟岩質河床沖蝕模式之建立(3/3){計畫成果資料}-光碟版=Development of the erosion rate model for weak rock river bed(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫研究之目的主要係藉由都會地區地下水層之現地試驗之設計以及地表水文模式與地下水數值模式聯合之應用，以評估當汛期豪大雨事件發生時將地表水透過適當方式補注於都會地區地下含水層之滯洪效益與其可行性，並提出都會地區地下含水層滯洪之適用、應用原則與檢討建議，俾使都市防洪策略擬定時，能有多方面的選擇，以實現都市防洪減災與水資源永續利用相互兼顧的預期目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020338</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/19</date><governmentpublicationsnumber>1010202544</governmentpublicationsnumber><identifier>75928</identifier><internationalstandardbooknumber>9789860387766 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75928</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區地下含水層滯洪效益研究(1/3)--光碟版 Study on Utilizing Infiltration into Aquifer for Flood Detention in Urban Area(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/20</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>75929</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75929</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2)=Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/20</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>75930</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75930</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2)--光碟版=Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>75932</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75932</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2)--內附光碟=Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>75933</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75933</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2){計畫成果資料}光碟版  Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 因應最新修正之土地徵收條例，與民眾切身相關之土地徵收、農保及安置計畫將配合檢討，並與地方政府結合，進行溝通宣導。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020287</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202884</governmentpublicationsnumber><identifier>75934</identifier><internationalstandardbooknumber>9789860392364 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75934</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖推動計畫-溝通宣導與安置計畫細部規劃--光碟版 Promotion For naiozueitan Artificial Lake In Wu River Communicatiob and Resettlement Detail Planning</title><yearidentifier>201312</yearidentifier></data><data><abstract>在「供水」的課題上，過去傳統水源開發導向已轉為整合性水資源經理 (Integrated Water Resources Management)，在規劃階段，對於供給面之水源開發方式更為多元，並增加考量需求面之各項方案，同時考慮各方案間之競合，因此水資源供需方案之系統分析更具複雜性、不確定性、相關性與動態性，故整合性水資源經理方案模擬與決策模式實有需要，用以評估諸多方案單獨與同時加入現況水資源系統之產出效益，優選較佳之投資組合方案，以滿足缺水事件時之供水需求。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020335</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202426</governmentpublicationsnumber><identifier>75935</identifier><internationalstandardbooknumber>9789860386660 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75935</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>整合性水資源經理方案決策模式研究(3/3)(內附光碟)=The Study of Decision Model for Integrated Water Resources Management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在「供水」的課題上，過去傳統水源開發導向已轉為整合性水資源經理 (Integrated Water Resources Management)，在規劃階段，對於供給面之水源開發方式更為多元，並增加考量需求面之各項方案，同時考慮各方案間之競合，因此水資源供需方案之系統分析更具複雜性、不確定性、相關性與動態性，故整合性水資源經理方案模擬與決策模式實有需要，用以評估諸多方案單獨與同時加入現況水資源系統之產出效益，優選較佳之投資組合方案，以滿足缺水事件時之供水需求。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020335</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202426</governmentpublicationsnumber><identifier>75936</identifier><internationalstandardbooknumber>9789860386660 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75936</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>整合性水資源經理方案決策模式研究(3/3)--光碟版 The Study of Decision Model for Integrated Water Resources Management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在「供水」的課題上，過去傳統水源開發導向已轉為整合性水資源經理 (Integrated Water Resources Management)，在規劃階段，對於供給面之水源開發方式更為多元，並增加考量需求面之各項方案，同時考慮各方案間之競合，因此水資源供需方案之系統分析更具複雜性、不確定性、相關性與動態性，故整合性水資源經理方案模擬與決策模式實有需要，用以評估諸多方案單獨與同時加入現況水資源系統之產出效益，優選較佳之投資組合方案，以滿足缺水事件時之供水需求。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020335</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202427</governmentpublicationsnumber><identifier>75937</identifier><internationalstandardbooknumber>9789860386677 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75937</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>整合性水資源經理方案決策模式研究總報告--內附光碟 The Study of Decision Model for Integrated Water Resources Management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署於民國95年至98年間已逐步更新全臺各縣市之淹水潛勢圖資並初步完成「淹水潛勢圖製作及測試手冊（草案）」。為提高未來淹水潛勢圖之準確性，應修改「淹水潛勢圖製作及測試手冊(草案)」以作為下一階段淹水潛勢圖繪製之依據。此外，本署目前亦已完成「海岸溢淹潛勢圖製作及測試手冊(草案)」以作為海岸地區溢淹災害之評估依據。然而，其水文、海象之假設情境與淹水潛勢圖資之假設情境不盡相同。由於淹水潛勢圖資與海岸溢淹潛勢圖資係考慮不同致災來源之同質產品，評估兩種淹水潛勢圖資整合之妥適性有其必要。 本研究之目的主要係在進入下一階段全國淹水潛勢圖資更新及整合之前，應辦理「淹水潛勢圖製作及測試手冊」之修正，評估淹水潛勢圖製作及測試手冊納入海岸溢淹及高地淹水模擬之可行性，並進行相關的先期作業與規劃。本計畫將依據手冊修訂之內容，擇一示範區進行案例研究，並將案例研究成果回饋至手冊內容之修正。依據案例研究之經驗與成果，規劃下一階段「全國淹水潛勢圖資更新及整合」計畫之推動，以確保全國性淹水潛勢圖更新及整合之品質。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020348</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202545</governmentpublicationsnumber><identifier>75938</identifier><internationalstandardbooknumber>9789860387797 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75938</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>全國淹水潛勢圖資更新及整合先期計畫--內附光碟 A Prelimniary Plan for Updating and Integrating the Flood Potential Maps in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020106</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202608</governmentpublicationsnumber><identifier>75939</identifier><internationalstandardbooknumber>9789860388954 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75939</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用(1/3)--內附光碟 Quasi-3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>75940</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75940</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2)-The study of flood discharging and desilting of reservior considering the morphology stabilization of the downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202893</governmentpublicationsnumber><identifier>75941</identifier><internationalstandardbooknumber>9789860392333 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75941</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-淹沒區及保護帶地形測量(內附光碟)=A Review of Feasibility Study of Shuangxi Reservoir(3)-Report on Topographic Survey at Inundation and Protection Area</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202893</governmentpublicationsnumber><identifier>75942</identifier><internationalstandardbooknumber>9789860392333 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-淹沒區及保護帶地形測量--光碟版=A Revire of Feasibility Study of Shuangxi Reservoir(3)-Report on Topographic Survey at Inundation and Protection Area</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202891</governmentpublicationsnumber><identifier>75943</identifier><internationalstandardbooknumber>9789860392302 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75943</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-大壩及附屬工程規劃檢討(內附光碟)= A Review of Feasibility Study of Shuangxi Reservoir(3)-Report on Review of Dam and Subsidiary Structure</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202891</governmentpublicationsnumber><identifier>75944</identifier><internationalstandardbooknumber>9789860392302 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75944</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-大壩及附屬工程規劃檢討--光碟版 A Revire of Feasibility Study of Shuangxi Reservoir(3)-Report on Review of Dam and Subsidiary Structure</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202894</governmentpublicationsnumber><identifier>75945</identifier><internationalstandardbooknumber>9789860392319 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75945</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-道路遷移計畫(內附光碟)=A Review of Feasibility Study of Shuangxi Reservoir(3)-Report on Planning of Inundation Area Road Relocation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202894</governmentpublicationsnumber><identifier>75946</identifier><internationalstandardbooknumber>9789860392319 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75946</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-道路遷移計畫--光碟版 A Revire of Feasibility Study of Shuangxi Reservoir(3)-Report on Planning of Inundation Area Road Relocation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202892</governmentpublicationsnumber><identifier>75947</identifier><internationalstandardbooknumber>9789860392326 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75947</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-水力發電評估(內附光碟)=A Revire of Feasibility Study of Shuangxi Reservoir(3)-Report on Hydropower Evaluation Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020121</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202892</governmentpublicationsnumber><identifier>75948</identifier><internationalstandardbooknumber>9789860392326 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75948</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)工程專題-水力發電評估--光碟版 A Revire of Feasibility Study of Shuangxi Reservoir(3)-Report on Hydropower Evaluation Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>75950</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75950</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究總報告[內附光碟] A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>75951</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75951</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(2/2)[內附光碟] A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>調查烏溪可利用之公有河川高灘地進行現地處理淨化水質可行性分析，期能提高河川自淨作用達成水質改善效果，並可提供多元供水方案以穩定區域供水能力外，另可落實水岸環境改善，提升生態效益與環境營造等多重功效。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020113</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010203259</governmentpublicationsnumber><identifier>75952</identifier><internationalstandardbooknumber>9789860396720 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75952</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪高灘地用於河川淨化及供水可行性評估研究(內附光碟)=Feasibility Evaluation of Using High Riverbank along the Wu River Basin for River clarification and Water Supply</title><yearidentifier>201312</yearidentifier></data><data><abstract>調查烏溪可利用之公有河川高灘地進行現地處理淨化水質可行性分析，期能提高河川自淨作用達成水質改善效果，並可提供多元供水方案以穩定區域供水能力外，另可落實水岸環境改善，提升生態效益與環境營造等多重功效。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020113</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010203259</governmentpublicationsnumber><identifier>75953</identifier><internationalstandardbooknumber>9789860396720 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75953</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪高灘地用於河川淨化及供水可行性評估研究--光碟版 Feasibility Evaluation of Using High Riverbank along the Wu River Basin for River clarification and Water Supply</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區近來社經環境變遷、氣候異常，現有蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。為此，水利規劃試驗所去年度辦理「台灣地區可能壩堰址勘查檢討」，惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業。 爰此，今年度擬建置「台灣地區可能壩堰址勘查檢討-水資源規劃成果圖資數位建置(1)」，提供可能壩(堰)址相關資訊，以利水資源開發與利用規劃進行與開發的決策參考。</abstract><author>台灣海洋大學</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020336</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/21</date><governmentpublicationsnumber>1010202424</governmentpublicationsnumber><identifier>75954</identifier><internationalstandardbooknumber>9789860386646 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75954</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)--光碟版 Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為求嘉義地區水源穩定供給，經評估?新改善??溪水庫為一可?之方案，爰有必要繼續辦理可行性規劃相關工作-環境生態調查，以作為未???溪水庫?新改善之環評、環境、生態保育規劃運用及後續計畫推動之?考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010202715</governmentpublicationsnumber><identifier>75955</identifier><internationalstandardbooknumber>9789860389999 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75955</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-生態調查專題(內附光碟)=Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Ecology investigation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為求嘉義地區水源穩定供給，經評估?新改善??溪水庫為一可?之方案，爰有必要繼續辦理可行性規劃相關工作-環境生態調查，以作為未???溪水庫?新改善之環評、環境、生態保育規劃運用及後續計畫推動之?考。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010202715</governmentpublicationsnumber><identifier>75956</identifier><internationalstandardbooknumber>9789860389999 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75956</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-生態調查專題--光碟版 Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Ecology investigation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為求嘉義地區水源穩定供給，經評估?新改善台?公司所屬??溪水庫為一可?之方案。本計畫工作包括彙整前期規劃成果及檢討、供水能力檢討等。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010202716</governmentpublicationsnumber><identifier>75957</identifier><internationalstandardbooknumber>9789860389982 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75957</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-供水潛能檢討專題(內附光碟)=Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Water supply potential thematic review</title><yearidentifier>201312</yearidentifier></data><data><abstract>為求嘉義地區水源穩定供給，經評估?新改善台?公司所屬??溪水庫為一可?之方案。本計畫工作包括彙整前期規劃成果及檢討、供水能力檢討等。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010202716</governmentpublicationsnumber><identifier>75958</identifier><internationalstandardbooknumber>9789860389982 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75958</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-供水潛能檢討專題--光碟版 Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Water supply potential thematic review</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫評估於臺南地區設置海水淡化廠，產出淡化水併入自?水管網系統就近供給臺南市?海地區民生及工業用水，已具可?性。本??主要著重於海域環境調查，以作為海淡廠規劃設計檢討之依據。因應莫拉克風災造成水庫淤積致台南地區有缺水危機。增供10萬噸水源，併入自來水系統就近供給台南市臨海地區民生用水與鄰近工業區用水。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020089</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010202760</governmentpublicationsnumber><identifier>75959</identifier><internationalstandardbooknumber>9789860390032 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75959</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>臺南海水淡化廠可行性規劃- 海域環境調查及計畫推動--光碟版 Feasibility Study of Seawater Desalination Plant in Tainan –Marine Environmental Survey and Plan Promotion</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區之範圍涵蓋新台北市之新店、烏來、石碇、坪林、雙溪等五區，集水區面積廣達717平方公里，約佔新北市行政區域面積的1/3，轄幅十分廣闊。臺北水源特定區管理局為有效掌握大台北地區之水文情勢，陸續於轄區內之南勢溪及北勢溪流域設立水位流量站，以自記水位計監測即時水位，並以人工方式施測流量，以持續長期監測本特定區河川水位及流量之變化趨勢。 隨著現今水資源之日益缺乏，集水區內水量之精確掌握愈顯重要；正因如此，長期而完整流量資料之蒐集則愈發為關鍵要素。然觀諸臺灣地區之河川特性，平常時期流量資料之量測已然曠日費時且極為不易；而高水位時期之流量量測，人員須曝露於危險環境下，更加深資料收集之艱難。惟可幸者，低水位時期之流量量測技術已漸臻成熟，故可進行持續而長期之流量監測；若資料數據之穩定性係經可靠驗證，則其量測頻率應可視情況酌予降低。 本計畫為延續性之流量監測計畫，整體時程為期3年。隨著3年計畫工作之執行，將可進一步蒐集臺北水源特定區完整之雨量及流量資料、率定及校正各測站之水位-流量率定曲線、掌握本特定區內河川之輸砂量，並持續更新既有之水文資料庫。本計畫之研究成果，將有助於台北水源特定區整體之水文情勢分析，且可作為往後工程設計、水理研究及分析及水資源管理之重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020133</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203586</governmentpublicationsnumber><identifier>75960</identifier><internationalstandardbooknumber>9789860398250 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75960</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>新店溪青潭堰上游水文監測計畫(102年) Hydrological System Measurement of the Area Protected by the Taipei Water Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區之範圍涵蓋新台北市之新店、烏來、石碇、坪林、雙溪等五區，集水區面積廣達717平方公里，約佔新北市行政區域面積的1/3，轄幅十分廣闊。臺北水源特定區管理局為有效掌握大台北地區之水文情勢，陸續於轄區內之南勢溪及北勢溪流域設立水位流量站，以自記水位計監測即時水位，並以人工方式施測流量，以持續長期監測本特定區河川水位及流量之變化趨勢。 隨著現今水資源之日益缺乏，集水區內水量之精確掌握愈顯重要；正因如此，長期而完整流量資料之蒐集則愈發為關鍵要素。然觀諸臺灣地區之河川特性，平常時期流量資料之量測已然曠日費時且極為不易；而高水位時期之流量量測，人員須曝露於危險環境下，更加深資料收集之艱難。惟可幸者，低水位時期之流量量測技術已漸臻成熟，故可進行持續而長期之流量監測；若資料數據之穩定性係經可靠驗證，則其量測頻率應可視情況酌予降低。 本計畫為延續性之流量監測計畫，整體時程為期3年。隨著3年計畫工作之執行，將可進一步蒐集臺北水源特定區完整之雨量及流量資料、率定及校正各測站之水位-流量率定曲線、掌握本特定區內河川之輸砂量，並持續更新既有之水文資料庫。本計畫之研究成果，將有助於台北水源特定區整體之水文情勢分析，且可作為往後工程設計、水理研究及分析及水資源管理之重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020133</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203586</governmentpublicationsnumber><identifier>75961</identifier><internationalstandardbooknumber>9789860398250 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75961</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>新店溪青潭堰上游水文監測計畫(102年)--光碟版 Hydrological System Measurement of the Area Protected by the Taipei Water Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅近郊，轄區面積達717平方公里，為新北市面積1/3。轄內包含北勢溪（翡翠水庫）集水區及南勢溪集水區，兩溪於新店龜山匯流為新店溪，而新店溪之青潭堰為大臺北地區的主要自來水來源，其水源水質水量之安全與潔淨將直接影響大臺北地區500萬人的用水品質，過去20多年來因應水源政策，水質水量管理尚稱良好，提供了質優量豐的水源，確保了大臺北地區用水無虞。 惟近年來北部地區公共用水需求成長，故採區域間水源調配，未來新店溪水源將取代部分大漢溪水源，供給板新地區用水，供水人口將逐步提升至超過650萬人，一般而言，當供水量越大，表示缺水的風險越高，對於水文觀測之掌握就更為重要。再者，依據台灣水文觀測長期發展計畫，高流量觀測能量不足為河川流量觀測之重要議題，且高流量通常伴隨著高濁度狀況發生，故實有必要進行流量觀測技術之探討與精進。      又監察院近來亦關注本局轄內南勢溪上游東札孔溪崩塌議題，並要求本局持續加強監測機制。雖本局已於南勢溪福山及攬勝橋設置自動濁度監測站，惟101年蘇拉颱風造成強降雨，挾帶大量泥沙，造成本局大林橋測站監測儀器遭沖刷流失需另斥經費修復，而遭審計部要求檢討改進，故本局暫行作法除於颱風前後加強檢視固定情形外。並於陸上警報發佈後暫停即時監測作業，委請儀器廠商赴現場取出水質儀器，俟颱風過後再行安裝，以保全儀器。此作法雖可保全儀器設備不受損壞，惟高流量高濁度之重要監測資料無法取得。實有研擬替代方案之必要，故擬於本計畫進行本局福山及攬勝橋水質測站於高流量下濁度觀測之方案評估及建議，以獲取高流量下之即時濁度資料。 國內外與中國大陸皆對流量觀測相當重視，流量觀測方法眾多，各種觀測技術之原理、計算、操作方法與適用性並不相同，且臺北水源特定區內河川特性水文水理條件亦有所差異，故擬透過本計畫進行流量觀測方法與技術規範蒐集，進行觀測方法之精度與不確定性分析，再透過試驗室測試與現地觀測之比測分析，對於觀測方法的適用性進行探討，並就本局轄內7處定期流量觀測場所進行現勘，擇其中3處進行現地比較測量，以提出最適觀測方法，並就臺北水源特定區水文長期趨勢進行分析，對未來水量供給進行風險評估，最後，依整體執行經驗辦理兩岸水文技術交流。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020386</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203585</governmentpublicationsnumber><identifier>75962</identifier><internationalstandardbooknumber>9789860399493 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75962</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>臺北水源特定區河川流量觀測比測計畫(1/2) Comparison of River Flow Measured by Different Instruments in the Area Protected by the Taipei Water Management Office(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅近郊，轄區面積達717平方公里，為新北市面積1/3。轄內包含北勢溪（翡翠水庫）集水區及南勢溪集水區，兩溪於新店龜山匯流為新店溪，而新店溪之青潭堰為大臺北地區的主要自來水來源，其水源水質水量之安全與潔淨將直接影響大臺北地區500萬人的用水品質，過去20多年來因應水源政策，水質水量管理尚稱良好，提供了質優量豐的水源，確保了大臺北地區用水無虞。 惟近年來北部地區公共用水需求成長，故採區域間水源調配，未來新店溪水源將取代部分大漢溪水源，供給板新地區用水，供水人口將逐步提升至超過650萬人，一般而言，當供水量越大，表示缺水的風險越高，對於水文觀測之掌握就更為重要。再者，依據台灣水文觀測長期發展計畫，高流量觀測能量不足為河川流量觀測之重要議題，且高流量通常伴隨著高濁度狀況發生，故實有必要進行流量觀測技術之探討與精進。      又監察院近來亦關注本局轄內南勢溪上游東札孔溪崩塌議題，並要求本局持續加強監測機制。雖本局已於南勢溪福山及攬勝橋設置自動濁度監測站，惟101年蘇拉颱風造成強降雨，挾帶大量泥沙，造成本局大林橋測站監測儀器遭沖刷流失需另斥經費修復，而遭審計部要求檢討改進，故本局暫行作法除於颱風前後加強檢視固定情形外。並於陸上警報發佈後暫停即時監測作業，委請儀器廠商赴現場取出水質儀器，俟颱風過後再行安裝，以保全儀器。此作法雖可保全儀器設備不受損壞，惟高流量高濁度之重要監測資料無法取得。實有研擬替代方案之必要，故擬於本計畫進行本局福山及攬勝橋水質測站於高流量下濁度觀測之方案評估及建議，以獲取高流量下之即時濁度資料。 國內外與中國大陸皆對流量觀測相當重視，流量觀測方法眾多，各種觀測技術之原理、計算、操作方法與適用性並不相同，且臺北水源特定區內河川特性水文水理條件亦有所差異，故擬透過本計畫進行流量觀測方法與技術規範蒐集，進行觀測方法之精度與不確定性分析，再透過試驗室測試與現地觀測之比測分析，對於觀測方法的適用性進行探討，並就本局轄內7處定期流量觀測場所進行現勘，擇其中3處進行現地比較測量，以提出最適觀測方法，並就臺北水源特定區水文長期趨勢進行分析，對未來水量供給進行風險評估，最後，依整體執行經驗辦理兩岸水文技術交流。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020386</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203585</governmentpublicationsnumber><identifier>75963</identifier><internationalstandardbooknumber>9789860399493 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75963</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>臺北水源特定區河川流量觀測比測計畫(1/2)--光碟版 Comparison of River Flow Measured by Different Instruments in the Area Protected by the Taipei Water Management Office(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區最重要之水源地，其水源水質水量之安全與潔淨將直接影響大臺北地區約500萬人口之用水品質。臺北水源特定區包含翡翠水庫集水區，其集水區內種植茶園的面積約為500公頃，茶園之施肥若尚未被農作物吸收，會隨暴雨挾帶進入河川，並對翡翠水庫造成水質污染的影響。 水源局為持續推動非點源污染削減，改採污染源源頭分散式處理之方法，擬利用茶園既有排水路及其匯流處，設置淨化設施進行在槽處理，爰需辦理金瓜寮溪流域茶園集水面積及排水路現況調查與LID現地處理規劃，並於金瓜寮溪流域擇1處茶園示範區進行規劃及設置，作為後續推廣LID設置之基礎。 本計畫主要的工作包括(1)蒐集國內外LID實務應用案例及其對水質改善應用之相關研究，(2)建立金瓜寮溪流域茶園分佈環境背景資料，(3)完成茶園現況調查及LID場址規劃，(4)辦理農藥使用及合理化施肥用藥教育宣導、LID現地處理說明會，(5)製作LID說帖與茶園非點源污染削減BMP及LID宣導摺頁，以及(6)LID示範區設置與操作維護作業規範編製。預期執行後達到(1)完成金瓜寮溪之茶園環境背景資料及現況調查，並將LID各類型模組單元化，提出LID場址規劃，以供後續水質改善參考依據，(2)整體污染削減規劃，逐步降低金瓜寮溪之茶園非點源污染，以確保翡翠水庫之水質潔淨，(3)完成LID設施之示範設置，以有效推行茶園的非點源污染管理措施等目標。 依據工作項目與內容，本計畫除蒐集國內外LID實務應用案例及其對水質改善應用之相關研究外，並利用空照圖等建立金瓜寮溪流域茶園分佈之環境背景資料，同時針對茶園面積1公頃以上之土地20處，進行茶園集水面積及排水路現況調查，並完成29處LID場址規劃（含茶園位置圖、LID配置規劃圖、排水流向等），建立20處茶園所有權人清冊，完成地籍套繪圖、地籍圖謄本、土地登記簿謄本等資料之整理。 本計畫配合水源局完成500份LID說帖、1,000份茶園非點源污染削減BMP及LID宣導摺頁之編製，並辦理兩場次農藥使用及合理化施肥用藥教育宣導，與兩場次LID現地處理說明會，兩場說明會後已有六位茶農已簽署茶園設置植生滯留槽設施同意書，表示願意提供茶園土地配合設置LID設施。 本計畫以坪林區農會黃水樹理事的茶園做為示範場址，完成示範區二處（a、b兩處）植生滯留槽設施之設置作業，每處植生滯留槽佔地1平方公尺，利用茶園既有的排水路，設置於排水匯流處，可處理0.5公頃茶園的初期暴雨逕流。由LID示範區場址前後水質檢測結果可知，經植生滯留槽處理後，平均總磷去除率約為73%，懸懸浮固體去除率約為91%，氨氮去除率約為31%。 植生滯留槽LID設施後續推動規劃如下：(1)以化整為零方式推動，規劃於茶園排水路末端設置LID設施，茶園地表逕流經處理後再排入河川，(2)由點到面，分區分年逐步推動，有配合意願的茶農優先設置，規劃每0.5公頃茶園設置一座植生滯留槽LID設施，設置面積以1平方公尺為原則，(3)	LID設施採單元模組化設計，以方便後續之管理維護，設置後的LID設施由茶農配合維護，並由政府核發環境友善茶園標章，彰顯茶農對污染防治作業的積極參與。</abstract><author>高雄第一科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020176</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203533</governmentpublicationsnumber><identifier>75968</identifier><internationalstandardbooknumber>9789860399172 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75968</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>金瓜寮溪流域茶園非點源污染削減現地處理調查規劃The plan of non-point source pollution reduction for Jingualiao rivers basin rea plantation</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區乃是大臺北地區最重要之水源地，其水源水質水量之安全與潔淨將直接影響大臺北地區約500萬人口之用水品質。臺北水源特定區包含翡翠水庫集水區，其集水區內種植茶園的面積約為500公頃，茶園之施肥若尚未被農作物吸收，會隨暴雨挾帶進入河川，並對翡翠水庫造成水質污染的影響。 水源局為持續推動非點源污染削減，改採污染源源頭分散式處理之方法，擬利用茶園既有排水路及其匯流處，設置淨化設施進行在槽處理，爰需辦理金瓜寮溪流域茶園集水面積及排水路現況調查與LID現地處理規劃，並於金瓜寮溪流域擇1處茶園示範區進行規劃及設置，作為後續推廣LID設置之基礎。 本計畫主要的工作包括(1)蒐集國內外LID實務應用案例及其對水質改善應用之相關研究，(2)建立金瓜寮溪流域茶園分佈環境背景資料，(3)完成茶園現況調查及LID場址規劃，(4)辦理農藥使用及合理化施肥用藥教育宣導、LID現地處理說明會，(5)製作LID說帖與茶園非點源污染削減BMP及LID宣導摺頁，以及(6)LID示範區設置與操作維護作業規範編製。預期執行後達到(1)完成金瓜寮溪之茶園環境背景資料及現況調查，並將LID各類型模組單元化，提出LID場址規劃，以供後續水質改善參考依據，(2)整體污染削減規劃，逐步降低金瓜寮溪之茶園非點源污染，以確保翡翠水庫之水質潔淨，(3)完成LID設施之示範設置，以有效推行茶園的非點源污染管理措施等目標。 依據工作項目與內容，本計畫除蒐集國內外LID實務應用案例及其對水質改善應用之相關研究外，並利用空照圖等建立金瓜寮溪流域茶園分佈之環境背景資料，同時針對茶園面積1公頃以上之土地20處，進行茶園集水面積及排水路現況調查，並完成29處LID場址規劃（含茶園位置圖、LID配置規劃圖、排水流向等），建立20處茶園所有權人清冊，完成地籍套繪圖、地籍圖謄本、土地登記簿謄本等資料之整理。 本計畫配合水源局完成500份LID說帖、1,000份茶園非點源污染削減BMP及LID宣導摺頁之編製，並辦理兩場次農藥使用及合理化施肥用藥教育宣導，與兩場次LID現地處理說明會，兩場說明會後已有六位茶農已簽署茶園設置植生滯留槽設施同意書，表示願意提供茶園土地配合設置LID設施。 本計畫以坪林區農會黃水樹理事的茶園做為示範場址，完成示範區二處（a、b兩處）植生滯留槽設施之設置作業，每處植生滯留槽佔地1平方公尺，利用茶園既有的排水路，設置於排水匯流處，可處理0.5公頃茶園的初期暴雨逕流。由LID示範區場址前後水質檢測結果可知，經植生滯留槽處理後，平均總磷去除率約為73%，懸懸浮固體去除率約為91%，氨氮去除率約為31%。 植生滯留槽LID設施後續推動規劃如下：(1)以化整為零方式推動，規劃於茶園排水路末端設置LID設施，茶園地表逕流經處理後再排入河川，(2)由點到面，分區分年逐步推動，有配合意願的茶農優先設置，規劃每0.5公頃茶園設置一座植生滯留槽LID設施，設置面積以1平方公尺為原則，(3)	LID設施採單元模組化設計，以方便後續之管理維護，設置後的LID設施由茶農配合維護，並由政府核發環境友善茶園標章，彰顯茶農對污染防治作業的積極參與。</abstract><author>高雄第一科技大學/周志儒</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020176</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/24</date><governmentpublicationsnumber>1010203533</governmentpublicationsnumber><identifier>75969</identifier><internationalstandardbooknumber>9789860399172 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75969</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>金瓜寮溪流域茶園非點源污染削減現地處理調查規劃(光碟版)The plan of non-point source pollution reduction for Jingualiao rivers basin rea plantation</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來氣候變遷現象日益明顯，使得臺灣地區水資源環境呈現大幅變化，水資源問題轉趨複雜，傳統單純以滿足需要為開發要務之水資源規劃思維已然變革。以永續利用為導向，並輔以前瞻性與整體性的全方位水資源規劃，已成為為水利工程施政主軸。在常態供水總量管制前提下，水資源規劃如何兼顧中長期多元水資源規劃、短期緊急及枯旱缺水因應作為，並依實際情況擬定彈性之水資源開發計畫，已成為刻不容緩之重要議題。 隨著水資源系統日趨複雜，台灣地區未來多元化水源開發規劃及其調配運用勢必包括跨流域之多水源、多需求之情況；而全球氣候變遷可能造成之衝擊及調適模擬亦增加了水源調配之困難度；且隨氣候極端化等挑戰加劇，新興與雲端技術之應用需求亦日益顯著，未來水源調配分析應用已無法僅靠既有模式之模擬而滿足。為因應水資源規劃之挑戰及未來水資源開發之需求，並提供完善的模式及運用策略。亟需系統性、整合性及有效率的水資源規劃模式協助分析、規劃及調配策略。另外針對於水資源供水系統之開發、順序與其規模相互影響且複雜，需考量流域環境承載力下之開發排程，以建議水資源最適開發期程，以兼顧經濟發展及環境保護之需求，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020300</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203073</governmentpublicationsnumber><identifier>75970</identifier><internationalstandardbooknumber>9789860394252 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75970</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>中部區域水資源規劃調配管理系統分析(1/2)(內附光碟)=Developing Water Allocation System Models for Water Resources Planning and Management of Central Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來氣候變遷現象日益明顯，使得臺灣地區水資源環境呈現大幅變化，水資源問題轉趨複雜，傳統單純以滿足需要為開發要務之水資源規劃思維已然變革。以永續利用為導向，並輔以前瞻性與整體性的全方位水資源規劃，已成為為水利工程施政主軸。在常態供水總量管制前提下，水資源規劃如何兼顧中長期多元水資源規劃、短期緊急及枯旱缺水因應作為，並依實際情況擬定彈性之水資源開發計畫，已成為刻不容緩之重要議題。 隨著水資源系統日趨複雜，台灣地區未來多元化水源開發規劃及其調配運用勢必包括跨流域之多水源、多需求之情況；而全球氣候變遷可能造成之衝擊及調適模擬亦增加了水源調配之困難度；且隨氣候極端化等挑戰加劇，新興與雲端技術之應用需求亦日益顯著，未來水源調配分析應用已無法僅靠既有模式之模擬而滿足。為因應水資源規劃之挑戰及未來水資源開發之需求，並提供完善的模式及運用策略。亟需系統性、整合性及有效率的水資源規劃模式協助分析、規劃及調配策略。另外針對於水資源供水系統之開發、順序與其規模相互影響且複雜，需考量流域環境承載力下之開發排程，以建議水資源最適開發期程，以兼顧經濟發展及環境保護之需求，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020300</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203073</governmentpublicationsnumber><identifier>75971</identifier><internationalstandardbooknumber>9789860394252 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75971</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>中部區域水資源規劃調配管理系統分析(1/2)--光碟版 Developing Water Allocation System Models for Water Resources Planning and Management of Central Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在未來氣候變遷對水資源衝擊評估中，由於對於未來的預測困難，也導致隱含著很多的不確定；同時，也使得水資源的決策在調適工作的判斷與選擇上產生困難，因此，不確定性問題需要進行有效評估工作。在美國氣候變遷影響報告中(Thomas et al., 2009)，對於未來水資源管理上，不能以單1個理論性的方法來進行，也就是無法基於傳統藉由記錄資料來決定管理的方式，主要是因為氣候變遷對於水資源影響是難以準確預估的(Bates et al., 2008)。 過去兩年針對氣候變遷對水資源可能帶來之衝擊，分別推動北、中、南、東區與離島之強化水資源管理調適能力計畫，進行現行水資源管理計畫面臨氣候變遷之風險評估，分析未來氣候變遷下水資源供給可能之缺口，最後結合國內外資訊提出強化之調適策略與行動方案。過去研究雖然提出多準則評估方法，對調適方案進行優先順序之排序，惟水資源計畫推動往往需要較長時間進行規劃與執行，無法等到水資源不足時才採取措施，例如水庫興建、節約用水推動均需相當時間才能達到預期效用目標；但，另一方面，提前採取水資源措施以因應氣候變遷又可能面臨不確定性之挑戰，如根據風險評估分析之未來供水缺口推動重大水利措施，但未來氣候變遷衝擊有相當大之差異時，可能導致決策失敗。除了，優先推動順序外，如何將執行計畫相關推動階段所需時間、其他推動限制條件、與可能面臨未來氣候變遷不確定性納入推動決策考量為重要之關鍵。 氣候變遷帶來影響顯著與深遠，所以必需及早採取適當調適行動，惟氣候變遷風險評估具有相當高之不確定性，而在水資源調適決策機制通常先根據現有資訊分析可能之行動計畫組合，並探討此組合可容忍之氣候變化範圍以因應氣候變遷之不確定性，以及結合新氣候變遷資訊之動態調整能力。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020149</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203261</governmentpublicationsnumber><identifier>75972</identifier><internationalstandardbooknumber>9789860396737 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75972</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源領域因應氣候變遷不確定性下之決策機制研究(內附光碟)=Study on Water Resources Decision-Making Mechanism under Climate Change Uncertainty</title><yearidentifier>201312</yearidentifier></data><data><abstract>在未來氣候變遷對水資源衝擊評估中，由於對於未來的預測困難，也導致隱含著很多的不確定；同時，也使得水資源的決策在調適工作的判斷與選擇上產生困難，因此，不確定性問題需要進行有效評估工作。在美國氣候變遷影響報告中(Thomas et al., 2009)，對於未來水資源管理上，不能以單1個理論性的方法來進行，也就是無法基於傳統藉由記錄資料來決定管理的方式，主要是因為氣候變遷對於水資源影響是難以準確預估的(Bates et al., 2008)。 過去兩年針對氣候變遷對水資源可能帶來之衝擊，分別推動北、中、南、東區與離島之強化水資源管理調適能力計畫，進行現行水資源管理計畫面臨氣候變遷之風險評估，分析未來氣候變遷下水資源供給可能之缺口，最後結合國內外資訊提出強化之調適策略與行動方案。過去研究雖然提出多準則評估方法，對調適方案進行優先順序之排序，惟水資源計畫推動往往需要較長時間進行規劃與執行，無法等到水資源不足時才採取措施，例如水庫興建、節約用水推動均需相當時間才能達到預期效用目標；但，另一方面，提前採取水資源措施以因應氣候變遷又可能面臨不確定性之挑戰，如根據風險評估分析之未來供水缺口推動重大水利措施，但未來氣候變遷衝擊有相當大之差異時，可能導致決策失敗。除了，優先推動順序外，如何將執行計畫相關推動階段所需時間、其他推動限制條件、與可能面臨未來氣候變遷不確定性納入推動決策考量為重要之關鍵。 氣候變遷帶來影響顯著與深遠，所以必需及早採取適當調適行動，惟氣候變遷風險評估具有相當高之不確定性，而在水資源調適決策機制通常先根據現有資訊分析可能之行動計畫組合，並探討此組合可容忍之氣候變化範圍以因應氣候變遷之不確定性，以及結合新氣候變遷資訊之動態調整能力。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020149</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203261</governmentpublicationsnumber><identifier>75973</identifier><internationalstandardbooknumber>9789860334708 ; 9789860334</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75973</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源領域因應氣候變遷不確定性下之決策機制研究--光碟版 Study on Water Resources Decision-Making Mechanism under Climate Change Uncertainty</title><yearidentifier>201312</yearidentifier></data><data><abstract>溫室氣體所造成的全球氣候變遷已然成為眾所關注的議題，氣候變遷對台灣水資源之影響亦已見其徵，經濟部水利署除積極投入在氣候變遷對水庫之衝擊與調適上進行深入研析，亦已針對再生水、自來水等碳足跡進行相關評估作業，而水庫壩堰等蓄水、引水水資源系統尚未完成系統性之評估研究，為加強水庫系統碳足跡評估並研擬整體低碳策略，爰擬辦理本項計畫。 本計畫主要目的係延續去年(100)度的調查評估，強化水體通量調查技術，透過追蹤國內外之水庫系統溫室氣體調查方法，實際調查水庫水體排碳量數據，建立適用台灣水庫系統的溫室氣體參數資料庫。另外，更進一步納入水資源工程溫室氣體排放評估，工程活動除為水資源碳足跡計算範疇，亦為規劃階段必須面臨之課題，將一併深入探討。本計畫可以充實水資源全生命週期之溫室氣體評估，因應環境影響評估與溫室氣體減量法之實施，並綜合彙整各計畫成果，提供水資源領域因應氣候變遷減緩及調適策略之具體策略與決策資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020129</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203070</governmentpublicationsnumber><identifier>75974</identifier><internationalstandardbooknumber>9789860394238 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75974</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估(2/2)--光碟版 Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>溫室氣體所造成的全球氣候變遷已然成為眾所關注的議題，氣候變遷對台灣水資源之影響亦已見其徵，經濟部水利署除積極投入在氣候變遷對水庫之衝擊與調適上進行深入研析，亦已針對再生水、自來水等碳足跡進行相關評估作業，而水庫壩堰等蓄水、引水水資源系統尚未完成系統性之評估研究，為加強水庫系統碳足跡評估並研擬整體低碳策略，爰擬辦理本項計畫。 本計畫主要目的係延續去年(100)度的調查評估，強化水體通量調查技術，透過追蹤國內外之水庫系統溫室氣體調查方法，實際調查水庫水體排碳量數據，建立適用台灣水庫系統的溫室氣體參數資料庫。另外，更進一步納入水資源工程溫室氣體排放評估，工程活動除為水資源碳足跡計算範疇，亦為規劃階段必須面臨之課題，將一併深入探討。本計畫可以充實水資源全生命週期之溫室氣體評估，因應環境影響評估與溫室氣體減量法之實施，並綜合彙整各計畫成果，提供水資源領域因應氣候變遷減緩及調適策略之具體策略與決策資訊。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020129</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203072</governmentpublicationsnumber><identifier>75975</identifier><internationalstandardbooknumber>9789860394269 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75975</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫系統碳足跡與水資源工程溫室氣體排放量評估總報告書--光碟版 Carbon footprint assessment and GHG emissions evaluation of freshwater reservoirs and water resources engineering Final Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010202886</governmentpublicationsnumber><identifier>75976</identifier><internationalstandardbooknumber>9789860392401 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75976</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估(2/2)(內附光碟)=The Marketing Project of Water Resources Planning in Houlung River III- The Investigation and Assessment of Hill Ecology Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010202886</governmentpublicationsnumber><identifier>75977</identifier><internationalstandardbooknumber>9789860392401 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75977</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估(2/2)--光碟版 The Marketing Project of Water Resources Planning in Houlung River III- The Investigation and Assessment of Hill Ecology Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010202887</governmentpublicationsnumber><identifier>75978</identifier><internationalstandardbooknumber>9789860392388 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75978</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-淺山森林生態系統保育調查評估總報告(內附光碟)=The Marketing Project of Water Resources Planning in Houlung River - General Report on the Investigation and Assessment of Hill Ecology Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010202887</governmentpublicationsnumber><identifier>75979</identifier><internationalstandardbooknumber>9789860392388 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75979</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-淺山森林生態系統保育調查評估總報告--光碟版=The Marketing Project of Water Resources Planning in Houlung River - General Report on the Investigation and Assessment of Hill Ecology Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>自來水水質水量保護區的劃設，使民眾在保護區之地理範圍內，共同面對水源保育的公共議題，除維護完善的生活環境，也期待創造共同的生活福祉。本署自民國100年起辦理「自來水水質水量保護區水源保育推動計畫」，進而藉由水源保育社區營造，希望透過社區自發性的能量，達到水源保育之目的。此外同時考量環境、經濟與社會因素對水源保育社區之影響，輔導社區產業活化，融合水源保育功能，善用社區資源，自給自足，永續經營水質水量保護區，使之成為兼顧環境、經濟與社會因素之水源保育社區。 為落實水質水量保護區水源保育措施之推動，本計畫擬融入民眾參與、社區營造精神及水源保育措施之元素，打造保護區水源保育社區。計畫辦理社區營造及水源保育相關活動，除協助地方及社區發展，並推廣水質水量保護觀念，分享水源保育社區營造之經驗，最後歸納彙整試辦經驗，期能協助本署水源保育相關業務之推動。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020132</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203364</governmentpublicationsnumber><identifier>75980</identifier><internationalstandardbooknumber>9789860397888 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75980</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年水源保育社區推動計畫 Promotion Program of Water resource Conservation Community In 102 years</title><yearidentifier>201312</yearidentifier></data><data><abstract>自來水水質水量保護區的劃設，使民眾在保護區之地理範圍內，共同面對水源保育的公共議題，除維護完善的生活環境，也期待創造共同的生活福祉。本署自民國100年起辦理「自來水水質水量保護區水源保育推動計畫」，進而藉由水源保育社區營造，希望透過社區自發性的能量，達到水源保育之目的。此外同時考量環境、經濟與社會因素對水源保育社區之影響，輔導社區產業活化，融合水源保育功能，善用社區資源，自給自足，永續經營水質水量保護區，使之成為兼顧環境、經濟與社會因素之水源保育社區。 為落實水質水量保護區水源保育措施之推動，本計畫擬融入民眾參與、社區營造精神及水源保育措施之元素，打造保護區水源保育社區。計畫辦理社區營造及水源保育相關活動，除協助地方及社區發展，並推廣水質水量保護觀念，分享水源保育社區營造之經驗，最後歸納彙整試辦經驗，期能協助本署水源保育相關業務之推動。</abstract><author>中華空間資訊學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020132</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203364</governmentpublicationsnumber><identifier>75981</identifier><internationalstandardbooknumber>9789860397888 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75981</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>102年水源保育社區推動計畫--光碟版 Promotion Program of Water resource Conservation Community In 102 years</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署辦理水源保育與回饋費業務時，常遇地方承辦人及民眾陳情保護區邊界不甚清楚，且歷經幾次保護區現勘後，發現本署水質水量保護區查核系統電子地圖之保護區範圍與實際現況略有出入。爰藉由本次委辦計畫重新調查釐清保護區範圍及保護區電子地圖資料之正確性，並提出相關修正內容，惟考量全國113處保護區範圍廣大，本署前已於100及101年度分年度辦理部分保護區邊界檢討作業及全國113處保護區之範圍圖資更新，今(102)年度將選定28處保護區，持續辦理保護區邊界檢討及保護區範圍圖資及12處水質水量保護區圖冊別冊及其電子檔製作作業。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020108</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203367</governmentpublicationsnumber><identifier>75982</identifier><internationalstandardbooknumber>9789860397857 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75982</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年水質水量保護區範圍圖資製作計畫 Water Quality and Quantity Protection Area Atlas 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署辦理水源保育與回饋費業務時，常遇地方承辦人及民眾陳情保護區邊界不甚清楚，且歷經幾次保護區現勘後，發現本署水質水量保護區查核系統電子地圖之保護區範圍與實際現況略有出入。爰藉由本次委辦計畫重新調查釐清保護區範圍及保護區電子地圖資料之正確性，並提出相關修正內容，惟考量全國113處保護區範圍廣大，本署前已於100及101年度分年度辦理部分保護區邊界檢討作業及全國113處保護區之範圍圖資更新，今(102)年度將選定28處保護區，持續辦理保護區邊界檢討及保護區範圍圖資及12處水質水量保護區圖冊別冊及其電子檔製作作業。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020108</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203367</governmentpublicationsnumber><identifier>75983</identifier><internationalstandardbooknumber>9789860397857 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75983</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年水質水量保護區範圍圖資製作計畫--光碟版 Water Quality and Quantity Protection Area Atlas 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>2010103948</governmentpublicationsnumber><identifier>75984</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75984</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零二年臺灣溫泉監測季報第一季 HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2013 THE FIRST QUARTER</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>2010103949</governmentpublicationsnumber><identifier>75985</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75985</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零二年臺灣溫泉監測季報第二季 HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2013 THE SECOND QUARTER</title><yearidentifier>201308</yearidentifier></data><data><abstract> </abstract><author>嘉南藥理科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>2010103952</governmentpublicationsnumber><identifier>75986</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75986</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一百零二年臺灣溫泉監測季報第三季 HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2013 THE THIRD QUARTER</title><yearidentifier>201311</yearidentifier></data><data><abstract>水源保育與回饋費自95年1月1日開徵以來，有關水源保育與回饋費徵收之管理、運用及其他回饋作業均仰賴目前建置之「水源保育與回饋費業務系統及網頁」，以控管各地方政府所提計畫及執行經費。另為因應本署水質水量保護區違反管制事項協調會報，提供平台供保護區劃設單位暨各地方政府更新查報最新辦理情形，於本年度計畫，於系統外增加建置水質水量保護區巡查系統功能，故為維護該系統運作及配合業務政策變動，爰提本項系統及網頁維護管理計畫。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020110</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203368</governmentpublicationsnumber><identifier>75987</identifier><internationalstandardbooknumber>9789860397925 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75987</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度水源保育與回饋業務系統與網頁管理、更新及擴充The Expanding, Renewal and Management Program of "The Administrative Business of Water Resources Conservation and Compensation Fee" in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>水源保育與回饋費自95年1月1日開徵以來，有關水源保育與回饋費徵收之管理、運用及其他回饋作業均仰賴目前建置之「水源保育與回饋費業務系統及網頁」，以控管各地方政府所提計畫及執行經費。另為因應本署水質水量保護區違反管制事項協調會報，提供平台供保護區劃設單位暨各地方政府更新查報最新辦理情形，於本年度計畫，於系統外增加建置水質水量保護區巡查系統功能，故為維護該系統運作及配合業務政策變動，爰提本項系統及網頁維護管理計畫。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020110</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203368</governmentpublicationsnumber><identifier>75988</identifier><internationalstandardbooknumber>9789860397925 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75988</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度水源保育與回饋業務系統與網頁管理、更新及擴充--光碟版 The Expanding, Renewal and Management Program of "The Administrative Business of Water Resources Conservation and Compensation Fee" in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提供決策者可快速、更有效掌握各業務執行成果，將已完成之系統資訊及資料庫，以自動化方式進行彙整與呈現，整合展示本署保育事業組已建置系統完成之決策資訊，以提供決策者主要決策資訊及展示功能。另近年來已完成相關水庫水資源系統，本計畫包含系統維護、系統優化功能、資料庫擴充工作，以協助人員順利執行業務，達到水利署水庫永續管理之目標。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020225</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203327</governmentpublicationsnumber><identifier>75989</identifier><internationalstandardbooknumber>9789860397239 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75989</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水庫保育資訊系統維護計畫 The Maintenance Project of Reservoir Conservation Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>為提供決策者可快速、更有效掌握各業務執行成果，將已完成之系統資訊及資料庫，以自動化方式進行彙整與呈現，整合展示本署保育事業組已建置系統完成之決策資訊，以提供決策者主要決策資訊及展示功能。另近年來已完成相關水庫水資源系統，本計畫包含系統維護、系統優化功能、資料庫擴充工作，以協助人員順利執行業務，達到水利署水庫永續管理之目標。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020225</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203327</governmentpublicationsnumber><identifier>75990</identifier><internationalstandardbooknumber>9789860397239 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75990</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水庫保育資訊系統維護計畫--光碟版 The Maintenance Project of Reservoir Conservation Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫提供生態檢核評估操作流程,資料調查運用及生態檢核評估方法,協助水庫管理機關作好生態保育工作</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020130</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203362</governmentpublicationsnumber><identifier>75991</identifier><internationalstandardbooknumber>9789860397246 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75991</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核計畫 Applications of the Procedure of Ecological Considerations for Engineering Projects in Reservoir Catchment Areas of Zengwen, Nanhua and Wushantou</title><yearidentifier>201312</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫提供生態檢核評估操作流程,資料調查運用及生態檢核評估方法,協助水庫管理機關作好生態保育工作</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020130</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203362</governmentpublicationsnumber><identifier>75992</identifier><internationalstandardbooknumber>9789860397246 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75992</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(臺北辦公區)</publisher><publishrocyear>102</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核計畫--光碟版 Applications of the Procedure of Ecological Considerations for Engineering Projects in Reservoir Catchment Areas of Zengwen, Nanhua and Wushantou</title><yearidentifier>201312</yearidentifier></data><data><abstract>為達到溫泉資源保育與永續經營之情況下，需要精確推估補注量、安全出水量或永續開發量等做詳細調查研究。且未來面對極端氣候產生雨量型態改變下，將影響溫泉水資源補注或溫度改變。本計畫建立學理研究(補注量推估模式、水量水溫模式)、溫泉營運管理(系統動力模式)、溫泉監測預警管理機制三大方向進行著手，建立溫泉資源永續管理及經營之理念</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020226</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203380</governmentpublicationsnumber><identifier>75993</identifier><internationalstandardbooknumber>9789860398045 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75993</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(臺北辦公區)</publisher><publishrocyear>102</publishrocyear><title>含水層冷熱水交換與預警模式之研究(1/2) Investigation of cool-hot water exchange mechanism and early-warning model of aquifers(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為達到溫泉資源保育與永續經營之情況下，需要精確推估補注量、安全出水量或永續開發量等做詳細調查研究。且未來面對極端氣候產生雨量型態改變下，將影響溫泉水資源補注或溫度改變。本計畫建立學理研究(補注量推估模式、水量水溫模式)、溫泉營運管理(系統動力模式)、溫泉監測預警管理機制三大方向進行著手，建立溫泉資源永續管理及經營之理念</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020226</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203380</governmentpublicationsnumber><identifier>75994</identifier><internationalstandardbooknumber>9789860398045 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75994</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(臺北辦公區)</publisher><publishrocyear>102</publishrocyear><title>含水層冷熱水交換與預警模式之研究(1/2)--光碟版 Investigation of cool-hot water exchange mechanism and early-warning model of aquifers(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年及99年至101年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關建置溫泉業務相關資料。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，需辦理後續系統功能維護擴充、單位查訪輔導以及教育訓練等維護工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。 溫泉取用量的總量管制為溫泉管理的重要工作，同時根據去年至今赴各溫泉地區辦理12場以上之座談會經驗，溫泉取用費申報亦為業者及地方政府常反映的問題之一，目前地方政府多無餘裕人力記錄及督查業者溫泉取用量申報是否詳實。為減少爭議，且考量103年1月以後溫泉取用費全額開徵，並落實業者確實申報，本計畫擬建立業者按月申報溫泉取用量之作業系統，一有逾期未申報或申報量與當初核可之開發量或水權量差異過大，則警示地方政府依溫泉法現地查核，以落實溫泉保育工作，確保各地區溫泉資源的永續發展。 另為因應目前行動版裝置普及使用之趨勢，本計畫第一年先選定宜蘭礁溪溫泉區作為試辦區域，開發溫泉取用量行動查報系統，並輔導溫泉業者進行取用量上網自主填報，第二年再將本查報系統推廣於其他縣市，以協助各縣市主管機關進行有效率的管控與查核。</abstract><author>聚禾工程顧問有限公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020395</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203222</governmentpublicationsnumber><identifier>75995</identifier><internationalstandardbooknumber>9789860396232 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75995</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉取用量申報系統建置計畫(1/2) The Establishment of Hot Springs Water Using Declare System(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年及99年至101年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關建置溫泉業務相關資料。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，需辦理後續系統功能維護擴充、單位查訪輔導以及教育訓練等維護工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。 溫泉取用量的總量管制為溫泉管理的重要工作，同時根據去年至今赴各溫泉地區辦理12場以上之座談會經驗，溫泉取用費申報亦為業者及地方政府常反映的問題之一，目前地方政府多無餘裕人力記錄及督查業者溫泉取用量申報是否詳實。為減少爭議，且考量103年1月以後溫泉取用費全額開徵，並落實業者確實申報，本計畫擬建立業者按月申報溫泉取用量之作業系統，一有逾期未申報或申報量與當初核可之開發量或水權量差異過大，則警示地方政府依溫泉法現地查核，以落實溫泉保育工作，確保各地區溫泉資源的永續發展。 另為因應目前行動版裝置普及使用之趨勢，本計畫第一年先選定宜蘭礁溪溫泉區作為試辦區域，開發溫泉取用量行動查報系統，並輔導溫泉業者進行取用量上網自主填報，第二年再將本查報系統推廣於其他縣市，以協助各縣市主管機關進行有效率的管控與查核。</abstract><author>聚禾工程顧問有限公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020395</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203222</governmentpublicationsnumber><identifier>75996</identifier><internationalstandardbooknumber>9789860396232 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75996</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉取用量申報系統建置計畫(1/2)--光碟版 The Establishment of Hot Springs Water Using Declare System(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。依溫泉法規定，本署應輔導溫泉業者取得合法登記，本署99年度制定「加強溫泉資源保育管理計畫」，以加速推動溫泉業者合法納管。 本計畫將透過宣導方式，使溫泉業者及縣市政府承辦人員暸解溫泉資源保育之重要性，進而促其儘速提出申請，另針對尚無法申請合法登記者，瞭解面臨問題，並研擬解決對策，以期於緩衝期限(102年7月1日)屆滿前，大部分溫泉業者取得合法登記。 另溫泉法施行迄今已7年餘，蒐集縣市政府執行情形及業者反應狀況，通盤檢討溫泉法，以符需求。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020224</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203221</governmentpublicationsnumber><identifier>75997</identifier><internationalstandardbooknumber>9789860396249 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75997</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉業者開發合法化輔導計畫 THE PROJECT OF ASSISTING HOT SPRING OWNERS' LEGITIMATE DEVELOPMENT</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。依溫泉法規定，本署應輔導溫泉業者取得合法登記，本署99年度制定「加強溫泉資源保育管理計畫」，以加速推動溫泉業者合法納管。 本計畫將透過宣導方式，使溫泉業者及縣市政府承辦人員暸解溫泉資源保育之重要性，進而促其儘速提出申請，另針對尚無法申請合法登記者，瞭解面臨問題，並研擬解決對策，以期於緩衝期限(102年7月1日)屆滿前，大部分溫泉業者取得合法登記。 另溫泉法施行迄今已7年餘，蒐集縣市政府執行情形及業者反應狀況，通盤檢討溫泉法，以符需求。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020224</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203221</governmentpublicationsnumber><identifier>75998</identifier><internationalstandardbooknumber>9789860396249 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75998</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉業者開發合法化輔導計畫--光碟版 THE PROJECT OF ASSISTING HOT SPRING OWNERS' LEGITIMATE DEVELOPMENT</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020223</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203223</governmentpublicationsnumber><identifier>75999</identifier><internationalstandardbooknumber>9789860396256 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_75999</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉監測井網觀測與整合計畫 The Project for The Network Observation and Integration of Hot Spring Monitoring Wells</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理科技大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020223</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/25</date><governmentpublicationsnumber>1010203223</governmentpublicationsnumber><identifier>76000</identifier><internationalstandardbooknumber>9789860396256 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76000</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>溫泉監測井網觀測與整合計畫--光碟版 The Project for The Network Observation and Integration of Hot Spring Monitoring Wells</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020160</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010202966</governmentpublicationsnumber><identifier>76005</identifier><internationalstandardbooknumber>9789860392982 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76005</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷知識庫與資料整合平台(4/4) The Climate Change Knowledge Database and Data Integration Platform(4/4)</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020160</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010202966</governmentpublicationsnumber><identifier>76006</identifier><internationalstandardbooknumber>9789860392982 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76006</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷知識庫與資料整合平台(4/4)--光碟版 The Climate Change Knowledge Database and Data Integration Platform(4/4)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020165</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010203247</governmentpublicationsnumber><identifier>76007</identifier><internationalstandardbooknumber>9789860396621 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76007</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水再生利用策略研究整合管理計畫(2/3) Water Reuse Strategy Management Project(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020165</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010203247</governmentpublicationsnumber><identifier>76008</identifier><internationalstandardbooknumber>9789860396621 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76008</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水再生利用策略研究整合管理計畫(2/3)--光碟版 Water Reuse Strategy Management Project(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020158</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010203246</governmentpublicationsnumber><identifier>76009</identifier><internationalstandardbooknumber>9789860396652 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76009</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水再生利用推動盤查與促動服務計畫(2/3) The Inventory and Promotion of Wastewater Reclamation/Reuse Project(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020158</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010203246</governmentpublicationsnumber><identifier>76010</identifier><internationalstandardbooknumber>9789860396652 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76010</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水再生利用推動盤查與促動服務計畫(2/3)--光碟版 The Inventory and Promotion of Wastewater Reclamation/Reuse Project(2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76011</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76011</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title> </title><yearidentifier>201308</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76012</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76012</librarycollectiondetailsurl><price></price><publisher>臺南市政府水利局</publisher><publishrocyear>102</publishrocyear><title>臺南市永康區雨水下水道系統規劃檢討(含光碟)</title><yearidentifier>201307</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76013</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76013</librarycollectiondetailsurl><price></price><publisher>臺南市政府水利局</publisher><publishrocyear>102</publishrocyear><title>臺南市仁德區雨水下水道系統規劃檢討(含光碟)</title><yearidentifier>201307</yearidentifier></data><data><abstract>臺南市，永康區，雨水下水道系統規劃檢討附錄</abstract><author> </author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76015</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76015</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>臺南市永康區雨水下水道系統規劃檢討附錄</title><yearidentifier>201307</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>76017</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76017</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估-成果資料光碟(光碟版)Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>濁水溪河口北鄰彰化縣大城鄉及大城工業區預定地，南鄰雲林縣麥寮鄉與雲林離島工業區。濁水溪河口的地形變化，主要受流經河口洪水的流量、洪水位、河川輸砂量、河口處外海潮位、海流強度、季風及颱風產生之風吹砂、波浪作用及人為工程措施等控制，由於這些自然因子與人文因子的作用均非常錯綜複雜，作用時間長短不一，各項因子間的作用又互相重疊。依近年來觀測資料顯示濁水溪河口及下游河段有持續淤積之趨勢，且主深槽流路擺盪極不穩定，高灘地有持續往北岸沖刷退縮之勢，嚴重影響下游河防安全，為加強瞭解濁水溪河口三角洲、鄰近海岸、下游河道地形變遷及評估其對下游河防安全之影響與對策，並研擬鄰近海岸較佳之海岸防護與環境營造改善對策，遂辦理本計畫（兩年之延續性計畫），以作為未來本計畫區相關治理工作實施之依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020043</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010202595</governmentpublicationsnumber><identifier>76018</identifier><internationalstandardbooknumber>9789860387674 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76018</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪河口地形變遷調查及對下游河防安全影響與對策評估Geomorphic Changes in the Choshui River Estuary:Effect on Downstream Antiflooding Structures and Assessment of Proposed Countermeasures</title><yearidentifier>201311</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/26</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>76020</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76020</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(2/2)[內附光碟] A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風造成曾文水庫及南化水庫原水高濁度暫時停止供水及水庫大量淤積後，更顯示未來將是氣候變遷降雨集中的趨勢，而台灣南部水資源運用面臨豐水期更豐、枯水期更枯的情境，致使南部水資源除考慮供給與需求的平衡，更須因應極端氣候發生洪災及水源高濁度等供水風險，也因此離槽水庫或人工湖已成為穩定區域供水之重要水源，而人工湖除了有供水功能外，其廣闊水域景觀更可提供生態環境與遊憩資源，兼具營造水與綠環境效益。     經濟部水利署水利規劃試驗所(以下簡稱本所)今年初已針對台南大湖之供水、備援、防洪及環境營造等功能進行檢討，目前已獲致近程提供曾文溪中下游滯洪空間兼具環境營造、中程協助現有水源設施穩定供水、遠程則依南部相關水資源計畫開發情境評估增供水源可能性之初步成果，做為台南大湖開發策略與功能與定位。     因此，本計畫將持續今年度計畫方向，進一步了解台南大湖地質條件與土壤特性，以確認土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，同時針對滯洪與供水進行相關工程規劃工作，以確認台南大湖未來各期程開發策略之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020080</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202644</governmentpublicationsnumber><identifier>76022</identifier><internationalstandardbooknumber>9789860389470 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76022</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南大湖生態環境及地下水調查(內附光碟)Investigation of Ecological Environment and Groundwater for Tainan Lake</title><yearidentifier>201312</yearidentifier></data><data><abstract>為綢繆滿足未來金門地區民國120年中成長用水需求，需先進行後續新水源開發規劃，以利快速因應供水短缺情況。本計畫擬針對金門地區增建2萬噸海水淡化廠進行工程規劃，並完成報院計畫初稿研擬。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020281</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203016</governmentpublicationsnumber><identifier>76023</identifier><internationalstandardbooknumber>9789860393620 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76023</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門地區增建海水淡化廠調查規劃(2/2)(內附光碟)=Investigation Planning of Desalination Plant in Kinmen(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為綢繆滿足未來金門地區民國120年中成長用水需求，需先進行後續新水源開發規劃，以利快速因應供水短缺情況。本計畫擬針對金門地區增建2萬噸海水淡化廠進行工程規劃，並完成報院計畫初稿研擬。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020281</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203016</governmentpublicationsnumber><identifier>76024</identifier><internationalstandardbooknumber>9789860393620 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76024</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門地區增建海水淡化廠調查規劃(2/2)--光碟版 Investigation Planning of Desalination Plant in Kinmen(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為綢繆滿足未來金門地區民國120年中成長用水需求，需先進行後續新水源開發規劃，以利快速因應供水短缺情況。本計畫擬針對金門地區增建2萬噸海水淡化廠進行工程規劃，並完成報院計畫初稿研擬。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020281</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203017</governmentpublicationsnumber><identifier>76025</identifier><internationalstandardbooknumber>9789860393798 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76025</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門地區增建海水淡化廠調查規劃總報告(民國101-102年)(內附光碟)=Investigation Planning of Desalination Plant in Kinmen</title><yearidentifier>201312</yearidentifier></data><data><abstract>為綢繆滿足未來金門地區民國120年中成長用水需求，需先進行後續新水源開發規劃，以利快速因應供水短缺情況。本計畫擬針對金門地區增建2萬噸海水淡化廠進行工程規劃，並完成報院計畫初稿研擬。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020281</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203017</governmentpublicationsnumber><identifier>76026</identifier><internationalstandardbooknumber>9789860393798 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76026</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門地區增建海水淡化廠調查規劃總報告--光碟版 Investigation Planning of Desalination Plant in Kinmen</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020140</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202720</governmentpublicationsnumber><identifier>76027</identifier><internationalstandardbooknumber>9789860390346 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76027</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究(2/2)(內附光碟)=The Study of Water Resource Planning Considering Climate and Energy(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020140</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202720</governmentpublicationsnumber><identifier>76028</identifier><internationalstandardbooknumber>9789860390346 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76028</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究(2/2)--光碟版 The Study of Water Resource Planning Considering Climate and Energy(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020140</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202721</governmentpublicationsnumber><identifier>76029</identifier><internationalstandardbooknumber>9789860390353 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76029</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究總報告(民國101~102年)(內附光碟)=The Study of Water Resource Planning Considering Climate and Energy Consolidated Report(2012~2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>氣候可能受到能源使用之影響，能源與水資源亦可能受到氣候變遷之衝擊。在水資源供給中可能需要能源，水力發電之能源產生亦須要消耗水資源。水資源不管在儲水、供給、傳輸、處理過程均需要能量，在氣候變遷考量下，過於耗能之水資源發展規劃必然受到限制。 水資源調適策略與行動方案相關研究正蓬勃發展，水資源面臨氣候變遷威脅下，所擬定之調適策略與方案，雖然提高了供水承載力，但背後卻可能面對增加能源使用之疑慮，進而限制執行之可行性。一個前瞻性的水資源調適策略或行動方案，應該不只在於供給面的考量，而應該要面面俱到，並探討能源、氣候與水資源之相互關係，也因此對於調適策略之擬定必須轉型為調適科技之發展，建立各調適策略之規格與參數，以探討各種調適策略在諸多考量面向中之影響程度，提供調適策略擬定之多面向科技分析系統。 本計畫希望針對多元化水資源開發策略，發展前瞻水資源調適科技，以分析消耗能源為主，探討多元化水資源的各項單元，在水資源供水運用上之耗能評估分析，以期在水資源規劃同時了解各項水資源方案之耗能，此外亦期彙整生態環境、糧食安全、公共衛生以及環境災害的影響。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020140</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202721</governmentpublicationsnumber><identifier>76030</identifier><internationalstandardbooknumber>9789860390353 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76030</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>建立綜合考量氣候與能源之水資源規劃方法研究總報告(101~102年)--光碟版 The Study of Water Resource Planning Considering Climate and Energy</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>76031</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76031</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中央管河川上游河段淤積土石處理對策(1/2) Disposal strategy for deposited sediment in the upstream reaches governed by the central government(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>76032</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76032</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中央管河川上游河段淤積土石處理對策(1/2)--光碟版 Disposal strategy for deposited sediment in the upstream reaches governed by the central government(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020106</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202608</governmentpublicationsnumber><identifier>76033</identifier><internationalstandardbooknumber>9789860388954 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76033</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用(1/3)--內附光碟=Quasi-3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>當區域排水減災所需投資相當龐大時，工程實施遙不可期，如何劃定產值較低之農業區，提供作為蓄洪空間，以減輕高產值區或市區聚落之淹水損失，對於農業區之損失再予以補償，亦不失為一種可行之減災對策。本計畫擬選定一示範地區，針對區域排水滯蓄洪區劃設與補償措施進行研究，以供將來實施之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020040</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202601</governmentpublicationsnumber><identifier>76034</identifier><internationalstandardbooknumber>9789860388985 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76034</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水滯蓄洪區劃設與補償措施研擬之研究--內附光碟 Study on Delineation for Regional Drainage Flood Detention Zones and Planning for Compensation Measures</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>76035</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76035</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2)--內附光碟=The study of flood discharging and desilting of reservior considering the morphology stabilization of te downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>76037</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76037</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討丁壩設計參考手冊=Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76038</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76038</librarycollectiondetailsurl><price></price><publisher>臺南市政府水利局</publisher><publishrocyear>102</publishrocyear><title>臺南市和順寮農場區段徵收區滯洪池新建工程</title><yearidentifier>201312</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020106</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202608</governmentpublicationsnumber><identifier>76041</identifier><internationalstandardbooknumber>9789860388954 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76041</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用(1/3)-=Quasi-3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>76042</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76042</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2)--內附光碟=Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202577</governmentpublicationsnumber><identifier>76043</identifier><internationalstandardbooknumber>9789860388626 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76043</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究總報告[內附光碟] A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為防範海岸國土資源之流失，並保護沿岸人民免受海岸侵蝕衍生之災害，水利署在海岸防護的相關措施上，近幾十年來已投入相當規模的人力、物力與財力。但隨著時代的進步，海岸防護的觀念及措施也有新的演進；為了海岸永續利用及發展，本計畫第一年已針對水利署執掌之海岸防護設施現況及（民國98～100年）已執行之調查計畫、規劃計畫、研究計畫、工程實施及管理維護等進行檢討工作，並擬訂相關改善策略，另藉此研提未來六年（民國104～109年）願景。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020276</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010202576</governmentpublicationsnumber><identifier>76044</identifier><internationalstandardbooknumber>9789860388619 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76044</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98-103年)總檢討及改善策略研究(2/2)[內附光碟] A Comprechensive Assessment Report on Sustainable Regeneration of Coastal Environment and Strategic Plans for Improvement(2009-2014)(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>76046</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76046</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2)=Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台南海岸受到河川輸沙供給量的減少，沿海垂直突出岸線之結構物破壞輸沙平衡，以及在海洋營力長期作用下，部份海岸段及離岸沙洲明顯呈現侵退的情形。本計畫擬先對計畫區全段海岸所面臨之問題，進行資料蒐集分析及檢討，再擇取101年颱風受災岸段作為示範區，針對該海岸段主要河川輸沙對海岸地形變遷之影響進行評估及分析，研究其海岸變遷主要機制及變遷趨勢，進而檢討海岸防護設施之功能性，並以「永續海岸整體發展方案」為指導原則，兼顧「海岸法草案」之精神以及考量氣候變遷之衝擊，研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020228</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203018</governmentpublicationsnumber><identifier>76049</identifier><internationalstandardbooknumber>9789860393804 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76049</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南海岸侵蝕原因及防護設施改善對策研究(八掌溪口至曾文溪口) A Study of Coastal Erosion and Shore Protection along Tainan Coast (from Bazhang River to Zengwen River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/2/27</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>76050</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76050</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2)=Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置整合水資訊並透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020301</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010203075</governmentpublicationsnumber><identifier>76051</identifier><internationalstandardbooknumber>9789860394214 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76051</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資訊整合建置及應用模組開發(內附光碟)=Water Resources Integration and Application Modules Development</title><yearidentifier>201312</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置整合水資訊並透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020301</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010203075</governmentpublicationsnumber><identifier>76052</identifier><internationalstandardbooknumber>9789860394214 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76052</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資訊整合建置及應用模組開發--光碟版 Water Resources Integration and Application Modules Development</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的為檢討雙溪及基隆河系統之完善供水策略，並制定雙溪水庫運用規線，以穩定基隆地區的用水安全。完成雙溪水庫水庫運用規劃</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020277</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010202890</governmentpublicationsnumber><identifier>76053</identifier><internationalstandardbooknumber>9789860392357 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76053</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-水源及用水專題-水庫運用規劃專題報告--光碟版 A Review of Feasibility Study of Shuangxi Reservoir(3) –Water Resources and Water Supply Topic - Reservoir Operation</title><yearidentifier>201312</yearidentifier></data><data><abstract>以現行水資源開發規劃計畫的成本效益分析方式為基礎，檢討改善現行成本估算、經濟效益評估，並參採國內外經濟效益與成本評估項目與方法，建立一套簡易水資源規劃作業成本效益評估模式，以雙溪水庫規劃計畫為案例進行評估，並初步探討水資源與產業開發之成本與經濟效益關係，期能簡易、正確且廣泛評估水資源開發規劃計畫的成本效益。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020126</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010202888</governmentpublicationsnumber><identifier>76054</identifier><internationalstandardbooknumber>9789860392272 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76054</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源規劃經濟效益分析與評估(內附光碟)=Economic Benefit Cost Analyses and Evaluation for Water Resource Development Project</title><yearidentifier>201312</yearidentifier></data><data><abstract>以現行水資源開發規劃計畫的成本效益分析方式為基礎，檢討改善現行成本估算、經濟效益評估，並參採國內外經濟效益與成本評估項目與方法，建立一套簡易水資源規劃作業成本效益評估模式，以雙溪水庫規劃計畫為案例進行評估，並初步探討水資源與產業開發之成本與經濟效益關係，期能簡易、正確且廣泛評估水資源開發規劃計畫的成本效益。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020126</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010202888</governmentpublicationsnumber><identifier>76055</identifier><internationalstandardbooknumber>9789860392272 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76055</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水資源規劃經濟效益分析與評估--光碟版 Economic Benefit Cost Analyses and Evaluation for Water Resource Development Project</title><yearidentifier>201312</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/4</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>76056</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76056</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業--內附光碟 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2013</title><yearidentifier>201401</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/5</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>76062</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76062</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業- Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2013</title><yearidentifier>201401</yearidentifier></data><data><abstract>在整個颱風洪水過程中（以下簡稱全洪程）進行量測河川重要參數，如：水位、水流流速、河床面高程、水流含砂濃度等，是河川洪災預警之基礎。但目前除水位外，其它河川參數量測多以人工方式進行。在實際操作過程中，因颱風期間風雨交加，水流強勁，有時在人員安全考量或橋梁封閉的情況下，無法實施全天候人工觀測。加上目前河川管理單位受限於人力及設備，單次人工觀測的時間通常為2小時以上（單次觀測通常要施作20條以上測線），每日能得到的數據組數有限，導致錯失尖峰流量通過的時刻，無法充份掌握各站全洪程流量變化過程，對於洪水預警以及事後分析檢討幫助有限，因此亟需一套自動化水深觀測系統來取代人工觀測方法，對掌握濁水溪水情有重大助益。 本計畫於建置自動化水深觀測系統前，已先對國內外既有之自動化系統進行蒐集及評估，結果發現，目前自動化觀測設備仍著重於水位、流速及河床沖淤監測等設備，尚無自動化的水深觀測系統。經評估本計畫彰雲大橋處之濁水溪河段特性，及現有各項可直接或間接量測水深設備之適用性後，最後採用新型水文量測系統(多功能河川水文自動化量測系統簡化版)並整合四河局現有儀器，作為本計畫所需之自動化水深觀測系統。 於裝設自動化水深觀測系統前，經會同相關橋梁管理單位進行現場勘查及橋梁載重安全性評估後，於取得公路總局第二區工程處及彰化縣政府同意後，選定於彰雲大橋之橋墩P12~P13及橋墩P14~P15兩段橋面板處，安裝二套固定式自動化水深觀測設備及一套自動化資訊傳輸設備，並透過彰雲大橋南岸水位站房供電使用。全部系統於民國101年7月12日架設完成，經運作測試良好後，即開始進行全洪程水深觀測。 全洪程自動化水深觀測系統共由五大子系統所組成，包括現地觀測設備、網路傳輸設備、監控主機、資料儲存及控制操作介面等。現地量測設備之重錘內安裝一水壓計，透過重錘於入水、落底及出水過程中之水壓值變化，由程式自動判斷落底當時之水壓從而計算出水深，然後將資料即時傳回四河局水情中心內的監控中心平台資料庫，提供後端遠端監看系統進行水深觀測值的查詢展示。 自動化水深觀測系統運作迄今，於中、低流量情況皆可順利取得水深資料。7月30日～8月3日中度颱風蘇拉侵襲台灣，為本年度侵台之最大颱風，在濁水溪彰雲大橋所產生之最大流量超過10,000 CMS。本系統約在最大流量通過時不幸發生水壓計傳輸線遭流木扯斷，造成量測工作中斷，所幸主系統皆未損壞，於颱風過後即迅速完成修復。此外亦發現重錘於蘇拉颱風高流量時無法每次落底之情況，故原系統機構設計必須進行改良方可應付濁水溪河性的高度挑戰。 依據本年度所蒐集之少數資料進行分析結果顯示，蘇拉颱風汛期前後位於1號設備地點的河床高程約上升1.35公尺，退水期的水深紀錄亦可驗證產生淤積的現象，另流速與水深的比對資料則由於資料量過少，須待下年度汛期間達成三次以上中高流量觀測紀錄後再行補充分析。 目前已蘇拉颱風的水深觀測經驗，針對重錘無法每次順利落底及水壓計傳輸線遭流木扯斷之情況進行系統機構修正改良，並經異地環境測試後效果良好，已可改善原遭遇的問題，但原地測試則因濁水溪自蘇拉颱風過後即一直處於低流量情況，觀測設備所在位置的河道水位甚低，故迄今未有適當機會進行原地測試，下年度仍將於汛期前找尋更高流量的環境進行測試，並於汛期前將改良完成的設備安裝妥善，把握下年度中高流量的觀測時機進行操作。目前系統改良內容簡述如下： 1、修改重錘入水方式改為切換式 透過程式設定於觀測水深低於0.5公尺時，採用原設計的緩降入水方式；水深大等於0.5公尺時，則切換為自由落體入水方式。 2、改良鋼索與傳輸線設備 已採用新型線材材料，可將訊號傳輸線與鋼索包裹合一，可大幅減低遭漂流木衝擊受損機率。 3、改變重錘重量及形狀 修改重錘形狀由圓柱體改為刀斧型(重量為40公斤)，經測試結果，發現其落水速度甚快，且可於水中保持穩定，不易被快速沖往下游。 本計畫另進行建置纜車辦理全洪程流量觀測之可行性評估，依載重大小將纜車區分為高載重的纜車及低載重的水文纜道分別進行可行性評估，結果如下： 1、高載重纜車 因全洪程期間人員操作安全性及造價甚高因素考量，現階段尚不具採用高載重載人纜車方式進行全洪程觀測的條件。 2、低載重水文纜道 為可行的方案，但考量初次建置經驗不足，建議先以較小河段作為試辦地點，初步篩選清水溪龍門橋下游為建議的試辦地點。  本計畫另依據本局實際進行全洪程流量觀測作業方式，參考現有常時流量觀測標準作業程序後，研擬「全洪程流量觀測標準作業程序」草案，修正內容主要針對觀測地點、觀測儀器、觀測頻率及時間進行修改，並已將本計畫自動化水深觀測設備列入可採用觀測儀器選項內。 本計畫最後共歸納四點結論與三點建議如下。 結論： 1.	原設備採用重錘緩慢落水方式不適用於濁水溪高流速情況。 2.	自動化水深觀測系統的仍具備多項優點。 3.	現階段尚不具採用載人纜車方式進行全洪程流量觀測的條件。 4.	本階段成果尚未完整仍待後續年度取得觀測資料後補充。 建議： 1.	修改設備建置方式，由固定式改為移動式。 2.	增加水位站電源供應能力，單獨供自動化水深觀測系統使用。 3.	與現有水情觀測系統整合，可提昇效率。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010901</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010203314</governmentpublicationsnumber><identifier>76063</identifier><internationalstandardbooknumber>9789860395914 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76063</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>全洪程自動化水深觀測系統規劃及建置成果報告--內附光碟 Planning and Establishment of Automatic Water Depth Recording System in the Flooding Process</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020326</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202571</governmentpublicationsnumber><identifier>76064</identifier><internationalstandardbooknumber>9789860388572 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76064</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>國家級防災監測及模式測試基地建置(2/3) Setup of national base for disaster prevention monitoring and model testing (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>混凝土材料具有高強度、高耐久性、低透水性及成本低等優點，而纖維混凝土乃是一種將纖維均勻分佈於混凝土內之複合材料，藉由纖維之高拉力強度可有效阻止混凝土的內部破裂，對裂縫的延伸具有相當大的阻抗作用，使得混凝土可大幅增加強度、抗裂性、抗衝擊性及震動抵抗能力，因此，設計與製作低成本高耐久性，並且兼具抑制生物附著防護功能之混凝土水門扇相當值得探討。</abstract><author>國立嘉義大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020218</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010203740</governmentpublicationsnumber><identifier>76065</identifier><internationalstandardbooknumber>9789860402964 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76065</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>混凝土質水門扇設計與應用之探討(內附光碟)=Design and Application of Hydraulic-Gate made of Concrete</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>76068</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76068</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2)--內附光碟=The study of flood discharging and desilting of reservior considering the morphology stabilization of te downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署於民國95年至98年間已逐步更新全臺各縣市之淹水潛勢圖資並初步完成「淹水潛勢圖製作及測試手冊（草案）」。為提高未來淹水潛勢圖之準確性，應修改「淹水潛勢圖製作及測試手冊(草案)」以作為下一階段淹水潛勢圖繪製之依據。此外，本署目前亦已完成「海岸溢淹潛勢圖製作及測試手冊(草案)」以作為海岸地區溢淹災害之評估依據。然而，其水文、海象之假設情境與淹水潛勢圖資之假設情境不盡相同。由於淹水潛勢圖資與海岸溢淹潛勢圖資係考慮不同致災來源之同質產品，評估兩種淹水潛勢圖資整合之妥適性有其必要。 本研究之目的主要係在進入下一階段全國淹水潛勢圖資更新及整合之前，應辦理「淹水潛勢圖製作及測試手冊」之修正，評估淹水潛勢圖製作及測試手冊納入海岸溢淹及高地淹水模擬之可行性，並進行相關的先期作業與規劃。本計畫將依據手冊修訂之內容，擇一示範區進行案例研究，並將案例研究成果回饋至手冊內容之修正。依據案例研究之經驗與成果，規劃下一階段「全國淹水潛勢圖資更新及整合」計畫之推動，以確保全國性淹水潛勢圖更新及整合之品質。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020348</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202545</governmentpublicationsnumber><identifier>76069</identifier><internationalstandardbooknumber>9789860387797 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76069</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>全國淹水潛勢圖資更新及整合先期計畫--內附光碟=A Prelimniary Plan for Updating and Integrating the Flood Potential Maps in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>76070</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76070</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸防護工程保護標準與非工程措施研究The study on the protective standards and non-engineering strategy of the coastal defensive engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202604</governmentpublicationsnumber><identifier>76071</identifier><internationalstandardbooknumber>9789860388930 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76071</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(2/2)(內附光碟)=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202605</governmentpublicationsnumber><identifier>76072</identifier><internationalstandardbooknumber>9789860388947 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76072</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究總報告(內附光碟)=Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以水利署洪水預報系統(Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)為基礎，建置九河局轄區內花蓮溪、秀姑巒溪建置洪水預報系統。DRAINS是水利署於2005至2011年持續開發之洪水預報系統，可於颱風時期自動化啟動執行，目前應用於淡水河等15條中央管河川，以及2條縣管河川：台東縣太麻里溪流域，屏東縣林邊溪流域。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020342</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202777</governmentpublicationsnumber><identifier>76073</identifier><internationalstandardbooknumber>9789860392623 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76073</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>102年度九河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202463</governmentpublicationsnumber><identifier>76074</identifier><internationalstandardbooknumber>9789860387261 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76074</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立(2/2) Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣海堤大都興建完成，目前每年編列甚多經費對既有海堤進行安全檢查及修復與維護管理。但是海堤檢查與安全評估乃以各河川局分別發包的方式進行，除目視檢測外，亦加入非破壞檢測項目以探測堤體內部空洞，然而現有水利建造物檢查及安全評估技術規範-防水、洩水建造物篇之各式表格，並無法納入非破壞檢測結果，且目前各單位以不同方式呈現所負責區段海堤之檢測結果，無法以客觀量化方式將水利署管轄之海堤納入資料庫管理，以清楚掌握各段堤防的劣化狀況和維修的優選順序，並有效率的進行海堤修復工程預算編列，實有必要建立海堤檢查及安全評估標準程序與海堤維護管理系統。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020246</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202464</governmentpublicationsnumber><identifier>76075</identifier><internationalstandardbooknumber>9789860387278 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76075</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海堤安全評估標準作業程序及維護管理系統建立總報告--Development of Standard Operating Procedure and Maintenance Management System for Safety Assessmnet of Seawall</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，成立本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020120</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202640</governmentpublicationsnumber><identifier>76077</identifier><internationalstandardbooknumber>9789860389456 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76077</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究((內附光碟)1/3) Implement and Application Study of CCHE3D Mobile-bed Model (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。   破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020074</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202917</governmentpublicationsnumber><identifier>76078</identifier><internationalstandardbooknumber>9789860392258 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76078</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(1/2)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>調查鹿寮溪水庫計畫區域環境及生態狀況，供環評及環境、生態保育規劃運用。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202715</governmentpublicationsnumber><identifier>76079</identifier><internationalstandardbooknumber>9789860389999 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76079</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-生態調查專題(內附光碟)=Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Ecology investigation</title><yearidentifier>201312</yearidentifier></data><data><abstract>調查鹿寮溪水庫計畫區域環境及生態狀況，供環評及環境、生態保育規劃運用。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020091</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/6</date><governmentpublicationsnumber>1010202716</governmentpublicationsnumber><identifier>76080</identifier><internationalstandardbooknumber>9789860389982 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76080</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鹿寮溪水庫更新改善可行性規劃-環境生態調查-供水潛能檢討專題(內附光碟)=Report on Feasibility Study of Lu-Liau Reservoir Renewal Improvement Project Environmental and Ecological Survy Water supply potential thematic review</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/7</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>76081</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76081</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2)--光碟版  The study of flood discharging and desilting of reservior considering the morphology stabilization of the downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署於民國95年至98年間已逐步更新全臺各縣市之淹水潛勢圖資並初步完成「淹水潛勢圖製作及測試手冊（草案）」。為提高未來淹水潛勢圖之準確性，應修改「淹水潛勢圖製作及測試手冊(草案)」以作為下一階段淹水潛勢圖繪製之依據。此外，本署目前亦已完成「海岸溢淹潛勢圖製作及測試手冊(草案)」以作為海岸地區溢淹災害之評估依據。然而，其水文、海象之假設情境與淹水潛勢圖資之假設情境不盡相同。由於淹水潛勢圖資與海岸溢淹潛勢圖資係考慮不同致災來源之同質產品，評估兩種淹水潛勢圖資整合之妥適性有其必要。 本研究之目的主要係在進入下一階段全國淹水潛勢圖資更新及整合之前，應辦理「淹水潛勢圖製作及測試手冊」之修正，評估淹水潛勢圖製作及測試手冊納入海岸溢淹及高地淹水模擬之可行性，並進行相關的先期作業與規劃。本計畫將依據手冊修訂之內容，擇一示範區進行案例研究，並將案例研究成果回饋至手冊內容之修正。依據案例研究之經驗與成果，規劃下一階段「全國淹水潛勢圖資更新及整合」計畫之推動，以確保全國性淹水潛勢圖更新及整合之品質。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020348</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/7</date><governmentpublicationsnumber>1010202545</governmentpublicationsnumber><identifier>76082</identifier><internationalstandardbooknumber>9789860387797 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76082</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>全國淹水潛勢圖資更新及整合先期計畫--光碟版 A Prelimniary Plan for Updating and Integrating the Flood Potential Maps in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國101年12月完成「 後龍溪水資源開發推動計畫(2)-淺山溪流生態系統保育調查評估(1/2)」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，續101年觀測資料檢討後成果，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技股份有美公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020083</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202907</governmentpublicationsnumber><identifier>76083</identifier><internationalstandardbooknumber>9789860392340 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76083</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山溪流生態系統保育調查評估(2/2)(內附光碟)=The Marketing Prject of WaterResources Planning in Houlung River III- The Investigation and Assessment of Rivulet Ecology Conservation (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國101年12月完成「 後龍溪水資源開發推動計畫(2)-淺山溪流生態系統保育調查評估(1/2)」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，續101年觀測資料檢討後成果，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技股份有美公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020083</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202907</governmentpublicationsnumber><identifier>76084</identifier><internationalstandardbooknumber>9789860392340 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76084</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山溪流生態系統保育調查評估(2/2)--光碟版 The Marketing Prject of WaterResources Planning in Houlung River III- The Investigation and Assessment of Rivulet Ecology Conservation (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國101年12月完成「 後龍溪水資源開發推動計畫(2)-淺山溪流生態系統保育調查評估(1/2)」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，續101年觀測資料檢討後成果，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技股份有美公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020083</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202908</governmentpublicationsnumber><identifier>76085</identifier><internationalstandardbooknumber>9789860392371 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76085</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-淺山溪流生態系統保育調查評估總報告(內附光碟)=The Marketing Prject of WaterResources Planning in Houlung River - General Report on The Investigation and Assessment of Rivulet Ecology Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區內未來水庫建設對後龍溪溪流生態系統可能之衝擊並研擬相關保育對策，除已執行環境影響評估工作外，於民國101年12月完成「 後龍溪水資源開發推動計畫(2)-淺山溪流生態系統保育調查評估(1/2)」專題研究工作，其研究結果建議因應天花湖水庫工程即將展開，後龍溪流域之中平大橋、打鹿坑、轉溝水、錦卦大橋等4處樣站及飛鳳溪-沙河溪之沙河橋、宮前橋、永興橋、南北橋、雙鳳二橋等5處樣站有持續監測必要；本年度囿於經費，續101年觀測資料檢討後成果，擬就其中6處樣站進行溪流生態調查及保育規劃工作，做為未來水庫建設展開後漸次落實溪流生態系統維護之依據。</abstract><author>聯美環保科技股份有美公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020083</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202908</governmentpublicationsnumber><identifier>76086</identifier><internationalstandardbooknumber>9789860392371 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76086</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-淺山溪流生態系統保育調查評估總報告--光碟版 The Marketing Prject of WaterResources Planning in Houlung River III- The Investigation and Assessment of Rivulet Ecology Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>天花湖水庫(以下簡稱本水庫)為經濟部水利署水利規劃試驗所(以下簡稱本所)推動中之重要水資源工程計畫，本水庫採離槽式之永續水庫規劃，大壩座落苗栗縣頭屋鄉沙河溪支流飛鳳溪上，集水區面積約693公頃、計畫淹沒區面積約220公頃；水庫水源主要取自後龍溪中游打鹿坑攔河堰，計畫攔河堰位於打鹿坑水文站下游約228公尺處，計畫取水量每秒22立方公尺，其中2立方公尺供給穿龍圳，餘20立方公尺則經由引水隧道輸送至水庫地區蓄存運用。 本計畫旨在定期保養和維護設置於計畫壩址地區之3部強震儀，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據並將其分析過程及結果彙整成年度分析報告。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020088</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202909</governmentpublicationsnumber><identifier>76087</identifier><internationalstandardbooknumber>9789860392418 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76087</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-強地動儀維護觀測及資料整理(民國100-102年)總報告(內附光碟)=The Marketing Project of Water Resourence Planning in Houlong River Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2011-2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>天花湖水庫(以下簡稱本水庫)為經濟部水利署水利規劃試驗所(以下簡稱本所)推動中之重要水資源工程計畫，本水庫採離槽式之永續水庫規劃，大壩座落苗栗縣頭屋鄉沙河溪支流飛鳳溪上，集水區面積約693公頃、計畫淹沒區面積約220公頃；水庫水源主要取自後龍溪中游打鹿坑攔河堰，計畫攔河堰位於打鹿坑水文站下游約228公尺處，計畫取水量每秒22立方公尺，其中2立方公尺供給穿龍圳，餘20立方公尺則經由引水隧道輸送至水庫地區蓄存運用。 本計畫旨在定期保養和維護設置於計畫壩址地區之3部強震儀，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據並將其分析過程及結果彙整成年度分析報告。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020088</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010202909</governmentpublicationsnumber><identifier>76088</identifier><internationalstandardbooknumber>9789860392418 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76088</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-強地動儀維護觀測及資料整理(民國100-102年)總報告--光碟版 The Marketing Project of Water Resourence Planning in Houlong River Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2011-2013)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 本計畫擬就地方民眾深切關心而並非本計畫實施範圍部分進行相關規劃與評估，並與南投縣政府溝通協調，以利本計畫推。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020286</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010203066</governmentpublicationsnumber><identifier>76089</identifier><internationalstandardbooknumber>9789860394221 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76089</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖推動計畫─週邊環境營造規劃(內附光碟)=Promotion Planning for Wu River Niaozueitan Artificial Lake - Surrouding Environmental Planning</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 本計畫擬就地方民眾深切關心而並非本計畫實施範圍部分進行相關規劃與評估，並與南投縣政府溝通協調，以利本計畫推。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020286</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010203066</governmentpublicationsnumber><identifier>76090</identifier><internationalstandardbooknumber>9789860394221 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76090</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖推動計畫─週邊環境營造規劃--光碟版 Promotion Planning for Wu River Niaozueitan Artificial Lake - Surrouding Environmental Planning</title><yearidentifier>201312</yearidentifier></data><data><abstract>曾文水庫位於嘉義縣曾文溪主流柳籐潭上游，為一多目標水庫，於民國56年10月31日開工，歷時六載於民國62年10月31日完工，自開始蓄水營運至今已達38年，期間除提供嘉南平原地區農業、工業及民生用水外，並充份發揮其防洪、發電及觀光之功能。 為確保本水庫蓄水及營運期間壩體之安全及穩定，以提供水庫下游民眾生命財產之安全保證，長期以來本水庫即利用大壩埋設之監測儀器，於水庫營運期間持續辦理監測，並對大壩進行定期或不定期安全檢查，以維本水庫營運期間之壩體安全性。 由於土石壩安全監測資料研判分析的工作涉及土木、大地、水利、地質、電氣、儀器系統、風險管理等多項專長的結合，屬特殊的專長領域。且目前本中心人力資源現況亦難以負擔本項工作的執行，亟需要專業工程師協助辦理安全監測相關業務及監測資料判讀分析工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.623   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020011</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010300191</governmentpublicationsnumber><identifier>76091</identifier><internationalstandardbooknumber>9789860402926 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76091</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度曾文水庫大壩安全監測分析及檢查委託技術服務年度工作成果報告 The Surveillance of Tsengwen Reservoir in 2013 Final Report</title><yearidentifier>201401</yearidentifier></data><data><abstract>曾文水庫位於嘉義縣曾文溪主流柳籐潭上游，為一多目標水庫，於民國56年10月31日開工，歷時六載於民國62年10月31日完工，自開始蓄水營運至今已達38年，期間除提供嘉南平原地區農業、工業及民生用水外，並充份發揮其防洪、發電及觀光之功能。 為確保本水庫蓄水及營運期間壩體之安全及穩定，以提供水庫下游民眾生命財產之安全保證，長期以來本水庫即利用大壩埋設之監測儀器，於水庫營運期間持續辦理監測，並對大壩進行定期或不定期安全檢查，以維本水庫營運期間之壩體安全性。 由於土石壩安全監測資料研判分析的工作涉及土木、大地、水利、地質、電氣、儀器系統、風險管理等多項專長的結合，屬特殊的專長領域。且目前本中心人力資源現況亦難以負擔本項工作的執行，亟需要專業工程師協助辦理安全監測相關業務及監測資料判讀分析工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020011</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010300191</governmentpublicationsnumber><identifier>76092</identifier><internationalstandardbooknumber>9789860402926 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76092</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度曾文水庫大壩安全監測分析及檢查委託技術服務年度工作成果報告--光碟版 The Surveillance of Tsengwen Reservoir in 2013 Final Report</title><yearidentifier>201401</yearidentifier></data><data><abstract>雷達雨量資料須經地域性之修正與地形效應之改正，本計畫將以陳有蘭溪流域為研究區域，建立利用雷達資料於陳有蘭溪之雨量預測模式，提高降雨與流量預測準確度，以進一步有效執行預警系統。陳有蘭溪為濁水溪主要支流，因集水區地質破碎導致許多崩塌，以致河床因土沙淤積而抬升，過去頻傳災情，如93年敏督利颱風、98年莫拉克颱風均帶來驚人雨量及重大災情，然兩次災害中均因疏散避難而幾無人命傷亡，足見疏散避難之成效。而流域內雨量站僅有龍神橋、內茅埔、西巒、溪頭、望鄉、和社、東埔、阿里山、新高口、玉山、排雲等11站擁有20年以上之雨量資料。這些雨量站間之距離至少有數公里且都集中於河道附近，對集水區上游之降雨在空間分布上描述十分不足。以修正後雷達雨量做出具時間效率(10分鐘更新)與空間準確度(1.25kmx1.25km網格)的降雨估計，以進一步以水文模式預估下游流量，以為防救災決策參考，並以陳有蘭溪流域重大之歷史颱風事件作為檢定與驗證，故擬定此研究計畫。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010333</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010203398</governmentpublicationsnumber><identifier>76093</identifier><internationalstandardbooknumber>9789860398465 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76093</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>陳有蘭溪流域雷達雨量與流量預測模式建置與評估成果報告書 Development and Testing of Geostatistically Based Algorithms for Spatial Adjustment of Radar Rainfall Values at the Chenyulan River Watershed in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>76094</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76094</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2)(內附光碟) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract>近年極端水文事件發生頻率變高，現今規劃思維雖已考量以綜合治水策略，包括工程及非工程手段以達減洪、減災之目的，但在全球氣候環境變遷下，未來可能威脅恐仍將與日俱增。   為因應未來更艱鉅的挑戰，實有需要重新檢討現行防洪設計保護標準。本計畫擬探討國內外現行的防洪設計標準及彙整國內外相關研究資料，並結合各項相關綜合治水對策，進一步研擬出較具實用性、永續性且考量面向較廣的防洪設計保護標準，俾供未來治水防洪設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010075</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010201608</governmentpublicationsnumber><identifier>76095</identifier><internationalstandardbooknumber>9789860377187 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76095</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區防洪設計保護標準研究(2/2) A Study on The Flood Protecting Standard of Flood-prone Areas(2/2)</title><yearidentifier>201308</yearidentifier></data><data><abstract>近年極端水文事件發生頻率變高，現今規劃思維雖已考量以綜合治水策略，包括工程及非工程手段以達減洪、減災之目的，但在全球氣候環境變遷下，未來可能威脅恐仍將與日俱增。   為因應未來更艱鉅的挑戰，實有需要重新檢討現行防洪設計保護標準。本計畫擬探討國內外現行的防洪設計標準及彙整國內外相關研究資料，並結合各項相關綜合治水對策，進一步研擬出較具實用性、永續性且考量面向較廣的防洪設計保護標準，俾供未來治水防洪設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010075</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010201608</governmentpublicationsnumber><identifier>76096</identifier><internationalstandardbooknumber>9789860377187 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76096</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區防洪設計保護標準研究(2/2)--光碟版 A Study on The Flood Protecting Standard of Flood-prone Areas(2/2)</title><yearidentifier>201308</yearidentifier></data><data><abstract>近年極端水文事件發生頻率變高，現今規劃思維雖已考量以綜合治水策略，包括工程及非工程手段以達減洪、減災之目的，但在全球氣候環境變遷下，未來可能威脅恐仍將與日俱增。   為因應未來更艱鉅的挑戰，實有需要重新檢討現行防洪設計保護標準。本計畫擬探討國內外現行的防洪設計標準及彙整國內外相關研究資料，並結合各項相關綜合治水對策，進一步研擬出較具實用性、永續性且考量面向較廣的防洪設計保護標準，俾供未來治水防洪設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010075</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010201609</governmentpublicationsnumber><identifier>76097</identifier><internationalstandardbooknumber>9789860377194 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76097</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區防洪設計保護標準研究總報告書 A Study on The Flood Protecting Standard of Flood-prone Areas</title><yearidentifier>201308</yearidentifier></data><data><abstract>近年極端水文事件發生頻率變高，現今規劃思維雖已考量以綜合治水策略，包括工程及非工程手段以達減洪、減災之目的，但在全球氣候環境變遷下，未來可能威脅恐仍將與日俱增。   為因應未來更艱鉅的挑戰，實有需要重新檢討現行防洪設計保護標準。本計畫擬探討國內外現行的防洪設計標準及彙整國內外相關研究資料，並結合各項相關綜合治水對策，進一步研擬出較具實用性、永續性且考量面向較廣的防洪設計保護標準，俾供未來治水防洪設計規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010075</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/11</date><governmentpublicationsnumber>1010201609</governmentpublicationsnumber><identifier>76098</identifier><internationalstandardbooknumber>9789860377194 ; 9789860377</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76098</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區防洪設計保護標準研究總報告書--光碟版 A Study on The Flood Protecting Standard of Flood-prone Areas</title><yearidentifier>201308</yearidentifier></data><data><abstract>臺灣水文及民國102年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-43</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/12</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>76099</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76099</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一０一年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 TOTAL REPORT</title><yearidentifier>201306</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/23</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>76100</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76100</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第一部份－雨量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTⅠ- RAINFALL</title><yearidentifier>201506</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-43</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/12</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>76101</identifier><internationalstandardbooknumber> 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</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76102</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第三部份－地下水 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014PARTⅢ-GROUNDWATER</title><yearidentifier>201506</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-43</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/12</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>76103</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76103</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一０一年臺灣水文年報 第四部份－近海水文=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PART ⅢⅠ－COASTAL HYDROLOGY</title><yearidentifier>201306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/12</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>76104</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76104</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報電子書(內附光碟) HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012</title><yearidentifier>201306</yearidentifier></data><data><abstract>「曾文水庫越域引水工程計畫—施工環境監測及評估（第2階段）」，所執行之監測項目包括空氣品質、噪音振動、交通流量、水域生態、陸域生態、河川水質、地下水水質、工地水質及水土保持等9大項。 本計畫自98年8月8日莫拉克颱風風災，各工區嚴重受創，聯外道路、橋樑中斷，因此奉行政院98年9月28日院臺經字第0980060293號函核定「維持停工狀態」，且依經濟部99年6月10日經水工字第09902631170號函及行政院99年7月23日院臺經字第0990034960號函核復「曾文水庫越域引水工程計畫」第一階段5年「不涉及主體工程施工」。 目前草蘭溪工區正辦理防災安全措施，而荖濃溪工區及旗山溪工區則全面停工，故經行政院環保署100年3月23日環境影響評估審查委員會第204次會議審核修正通過第3次變更內容對照表，荖濃溪工區及旗山溪工區停止環境監測計畫。另依據南區水資源局100年7月14日水南工字第10006003700號函指示100年第3季起增辦旗山溪工區之水域生態、陸域生態及河川水質。 茲將本階段各項環境監測之成果摘要敘述如下： 一、空氣品質 (一)項目 SO2、NO2、CO、O3、TSP、PM10、溫度、濕度、風向及風速等10項 (二)地點 1.高雄市桃源區勤和里-（98Q4後停止監測） 2.高雄市那瑪夏區南沙魯里-（98Q4後停止監測） 3.嘉義縣大埔鄉頂坪林 4.高雄市那瑪夏區小林-（98Q4後停止監測） 5.嘉義縣大埔鄉水寮 6.高雄市桃源區高中里-（99Q1開始監測、100Q2後停止監測） 7.高雄市甲仙區五里埔-（99Q1開始監測、100Q2後停止監測）   (三)調查結果 二氧化硫（SO2）最大小時平均值介於0.001ppm~0.010ppm，日平均值介於0.001ppm~0.005ppm；二氧化氮（NO2）最大小時平均值介於0.005ppm~0.033ppm，日平均值介於0.002ppm~0.020ppm；一氧化碳（CO）最大小時平均值介於0.20ppm~1.30ppm，最大8小時平均值介於0.20ppm~0.80ppm；臭氧（O3）最大小時平均值介於0.025ppm~0.090ppm，最大8小時平均值介於0.022ppm~0.059ppm；總懸浮微粒（TSP）24小時值介於26μg/m3~104μg/m3；懸浮微粒（PM10）日平均值介於12μg/m3~69μg/m3；各測站間風速差異並不大；本階段各測站各測值均符合空氣品質標準。 二、噪音振動 (一)項目 1.噪音：Leq(均能音量)、Lx(噪音分布值)、Lmax(最大音量)、L日(日間之均能音量)、L夜(夜間之均能音量)、L晚(晚間之均能音量) 2.振動：垂直方向之Lx、Leq、Lmax、L日、L夜 (二)地點 1.高雄市桃源區勤和里-（100Q2後停止監測） 2.高雄市那瑪夏區南沙魯里-（100Q2後停止監測） 3.嘉義縣大埔鄉頂坪林 (三)調查結果 1.噪音：L日假日測值介於44.9dB(A)~65.2dB(A)、非假日測值46.3dB(A)~68.1dB(A)；L晚假日測值介於37.9dB(A)~ 60.3dB(A)、非假日測值介於34.2dB(A)~63.5dB(A)；L夜假日測值介於38.3dB(A)~59.0dB(A)，非假日測值介於38.5dB(A)~56.4 dB(A)。本階段各測站各測值均符合環境音量標準。 2.振動：Lv10日測值假日介於30.0dB(A)~40.6dB、非假日測值介於30.0dB~31.0dB；Lv10夜假日測值介於30.0dB~30.5dB，非假日測值均為30.0dB，本階段各測站各測值均符合參考之日本振動規制法施行細則基準值。 三、交通流量 (一)項目 車輛種類及數量 (二)地點 1.台20線（勤和里）-（100Q2後停止監測） 2.台21線（南沙魯里）-（100Q2後停止監測） 3.草蘭溪上游產業道路 (三)調查結果 1.台20線（勤和里）：本階段車輛以小型車為主，假日車流量介於404.5P.C.U./日~844.5P.C.U./日，V/C介於0.045~0.109，交通服務水準介於A~B級，屬自由~穩定車流；非假日車流量為438.0P.C.U./日~1,036.0P.C.U./日，V/C介於0.056~0.121，交通服務水準介於A~B級，屬自由~穩定車流，顯示本計畫區附近交通仍屬良好。 2.台21線（南沙魯里）：本階段車輛以小型車為主，假日車流量介於182.5P.C.U./日~629.0P.C.U./日，V/C介於0.023~0.073，交通服務水準均為A級，屬自由車流；非假日車流量為183.0P.C.U./日~585.5P.C.U./日，V/C介於0.025~0.050，交通服務水準均為A級，屬自由車流，顯示本計畫區附近交通屬良好。 3.草蘭溪上游產業道路：本階段車輛以小型車為主，假日車流量介於6.0P.C.U./日~136.0P.C.U./日，V/C介於0.003~0.021，交通服務水準均為A級，屬自由車流；非假日車流量為8P.C.U./日~149.5P.C.U./日，V/C介於0.004~0.026，交通服務水準均為A級，屬自由車流，顯示本計畫區附近交通屬良好。 四、水域生態 (一)項目 魚類、底棲無脊椎動物、水生昆蟲、浮游性植物、浮游性動物及附著性藻類 (二)地點 1.荖濃溪工址下游-（100Q2後停止調查） 2.旗山溪工址下游 3.草蘭溪工址下游 (三)調查結果 1.魚類：本階段共發現6科16種667隻次，其中有11種台灣特有種，無發現任何保育類物種。 2.底棲無脊椎動物：本階段共發現3科6種185隻次，其中有2種台灣特有種，無發現任何保育類物種。 3.水生昆蟲：本階段共發現7目24種1,540隻次/平方公尺。 4.浮游性植物：本階段共發現5門56種5,173,100細胞數/公升。 5.浮游性動物：本階段共發現4門12種646個體數/公升。 6.附著性藻類：本階段共發現3門46種63,537,000細胞數/100平方公分。 調查結果在於魚類、底棲無脊椎動物、水生昆蟲、浮游性植物、浮游性動物及附著性藻類尚未穩定。 五、陸域生態 (ㄧ)項目 鳥類、哺乳類、爬蟲類、兩棲類、蝶類及陸域植物 (二)地點 1.荖濃溪工區（含填置場）-（100Q2後停止調查） 2.旗山溪工區（含土資場） 3.草蘭溪工區（含土資場） (三)調查結果 1.鳥類：本階段共發現14目32科76種10,602隻次，其中有5種珍貴稀有保育類、3種其他應予保育類、5種台灣特有種及27種特有亞種。 2.哺乳類：本階段共發現7目10科15種392隻次，其中有3種其他應予保育類、4種台灣特有種及6種特有亞種。 3.爬蟲類：本階段共發現8科20種815隻次，其中有3種其他應予保育類及3種台灣特有種。 4.兩棲類：本階段共發現5科15種1,659隻次，其中有4種台灣特有種，未記錄到保育類。 5.蝶類：本階段共發現5科16亞科103種6,317隻次，其中有1種台灣特有種，未記錄到保育類。 6.陸域植物：本階段共發現102科288屬380種，包括93種喬木，60種灌木，53種藤木，174種草本。 調查結果在於鳥類、哺乳類、爬蟲類、兩棲類、蝶類及陸域植物多以恢復。 六、河川水質 (ㄧ)項目 水溫、pH值、溶氧量、生化需氧量、化學需氧量、懸浮固體、總磷、氨氮、流量 (二)地點 1.台20線荖濃溪攔河堰上游（興輝大橋）-（100Q2後停止監測） 2.台20線荖濃溪攔河堰下游（撒拉阿塢橋）-（100Q2後停止監測） 3.台21線旗山溪跨河工程上游（民權橋） 4.台21線旗山溪跨河工程下游（民族橋） 5.台21線旗山溪小林地區（由楠峰大橋移至楠梓仙溪橋） 6.草蘭溪與曾文溪匯流處 (三)調查結果 水溫測值介於16.6℃~32.4℃，pH測值介於7.5~8.5，溶氧量測值介於5.5mg/L~8.1mg/L，生化需氧量測值介於&amp;lt;1.0mg/L~ 4.8mg/L，化學需氧量測值介於N.D. ~ 63.8mg/L，懸浮固體測值介於&amp;lt;1.0mg/L~1,520.0mg/L，總磷測值介於N.D.~1.450mg/L，氨氮測值介於N.D.~0.29mg/L，流量測值介於1.94 cmm ~4,410.0cmm。 本階段計畫採樣河段於溶氧、生化需氧量、懸浮固體、總磷及氨氮有超限情形發生外，其餘測站測項均符合相關陸域地面水體水質標準。 七、地下水水質 (一)項目 pH值、生化需氧量、化學需氧量、總固體物、總磷、鐵、錳、氨氮、大腸桿菌群、水溫、水位 (二)地點 1.寶來地區民井，共1點位-（100Q2後停止監測） 2.引水隧道出入口，共4點位-（98Q4後OW-1及OW-3停止監測；100Q2後OW-2停止監測） (三)分析結果  1.地下水位 本階段地下水水位監測結果，寶來地區民井實際水位高程介於391.94公尺~393.09公尺；東隧道工程東側(OW-1)實際水位高程介於559.38公尺~569.74公尺；東隧道工程西側(OW-2)實際水位高程介於510.83公尺~514.89公尺；西隧道工程東側(OW-3)實際水位高程介於524.61公尺~533.00公尺；西隧道工程西側(OW-4)實際水位高程介於526.86公尺~531.30公尺。 2.地下水水質 (1)寶來 pH測值介於7.5~8.0，水溫介於21.9℃~28.9℃，生化需氧量為&amp;lt;1.0mg/L~9.6mg/L，化學需氧量介於N.D.~18.5mg/L，總固體物介於437.7mg/L~2,980.0mg/L，總磷介於N.D.~0.032mg/L，鐵介於0.015mg/L~ 2.150mg/L，錳介於N.D.~0.066mg/L，氨氮介於0.10mg/L~1.64mg/L，大腸桿菌群介於&amp;lt;10 CFU/100mL ~7.9×102CFU/100mL，本階段測值除鐵及氨氮有超過第二類地下水污染監測標準，其餘均符合第二類地下水污染監測標準 (2)OW-1~OW-4測站 本階段OW-1~OW-4測站之地下水質監測結果，pH測值介於6.3~8.2，水溫介於19.6℃~30.7℃，生化需氧量為&amp;lt;1.0mg/L~10.2mg/L，化學需氧量介於N.D.~75.4mg/L，總固體物介於156.4mg/L~1,374.0mg/L，總磷介於N.D.~0.666mg/L，鐵介於0.073mg/L~8.500mg/L，錳介於N.D~0.334mg/L，氨氮介於0.02mg/L~0.65mg/L，大腸桿菌群介於&amp;lt;10 CFU/100mL ~2.5×105CFU/100mL，本階段測值除鐵、錳及氨氮有超過第二類地下水污染監測標準，其餘均符合第二類地下水污染監測標準。 八、工地水質 (一)項目 pH值、生化需氧量、化學需氧量、懸浮固體、氨氮、水溫 (二)地點 1.荖濃溪施工區（東引水隧道東洞口、工務所、攔河堰工務所）-（98Q4停止監測） 2.旗山溪施工區（東引水隧道西洞口、西引水隧道東洞口、工務所）-（98Q4停止監測） 3.草蘭溪施工區（西引水隧道西洞口、工務所） (三)分析結果 因莫拉克風災影響，工區嚴重受創，依行政院98年9月28日院臺經字第0980060293號函核定「維持停工狀態」，經行政院環保署98年12月29日環境影響評估審查委員會第188次會議審核修正通過，第2次變更內容對照表中工區水質（3處暫停監測）。然行政院99年7月23日院臺經字第0990034960號函核復「曾文水庫越域引水工程計畫」後續處理方案，第1階段（1~5年）中「（一）引水隧道防災安全措施：洞口防護及西隧道襯砌」，故草蘭溪施工區自100年1月1日起辦理防災安全措施作業，已恢復進行工地水質監測作業。 1.工務所測站 本階段pH測值介於7.3~8.8，水溫介於16.7℃~30.0℃，生化需氧量介於&amp;lt;1.0mg/L~250.0mg/L，化學需氧量介於N.D.~742.0mg/L，懸浮固體介於&amp;lt;1.0mg/L~56.5mg/L，氨氮介於&amp;lt;0.01mg/L~ 291.00mg/L。本階段監測結果於生化需氧量、化學需氧量及懸浮固體有超標的清況，其餘測值均符合營建工地放流水標準。 2.引水隧道出入口測站 本階段pH測值介於6.8~9.1，水溫介於19.4℃~33.4℃，生化需氧量介於&amp;lt;1.0mg/L~13.9 mg/L，化學需氧量介於N.D.~39.9mg/L，懸浮固體介於&amp;lt;1.0mg/L~410.0mg/L，氨氮介於&amp;lt;0.01mg/L ~4.60mg/L。本階段測值除pH及懸浮固體有超標情況發生，其餘皆符合營建工地放流水標準。 九、水土保持 (一)項目 以現場勘查、拍照詳加記錄與調查地表植被、排水、防砂等水土保持措施執行狀況 (二)地點 1.荖濃溪工區（含填置場）-（100Q2後停止調查） 2.旗山溪工區（含土資場）-（100Q2後停止調查） 3.草蘭溪工區（含土資場） (三)分析結果 因受莫拉克風災影響，本計畫工程暫時停工，其中東隧道東洞口、東隧道西洞口及西隧道東洞口在100Q2後停止監測；西隧道西洞口沉砂池局部損壞部分已修復完成，出口處之河道雖經清疏但仍淤積嚴重，另土資場之通達道路損毀，因目前本計畫僅可進行隧道襯砌工程故尚未及予以修復。而在西隧道西洞口現場並無嚴重缺失，現場須改進處，承包商亦立即改善完成。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/12</date><governmentpublicationsnumber>1010201693</governmentpublicationsnumber><identifier>76106</identifier><internationalstandardbooknumber>9789860378009 ; 9789860378</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76106</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>曾文水庫越域引水工程計畫-施工環境監測及評估(第2階段)總報告--光碟版 Environmental Monitoring and Assessment for the 2nd Construction Stage of the Tseng-Wen Reservoir Transbasin Diversion Project</title><yearidentifier>201308</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/13</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>76107</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76107</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置圖冊--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/13</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>76108</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76108</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅠ- RAINFALL</title><yearidentifier>201306</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/13</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>76109</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76109</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一○二年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013 PART Ⅱ – RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201406</yearidentifier></data><data><abstract>地下水水位及地下水水質相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/13</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>76110</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76110</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一０一年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PART Ⅲ - GROUNDWATER</title><yearidentifier>201306</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/13</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>76111</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76111</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅣ－COASTAL HYDROLOGY</title><yearidentifier>201306</yearidentifier></data><data><abstract>為因應彰化及南投地區中長程之民生用水增量需求，規劃開發烏溪水系新水源，利用烏溪南岸北勢湳段土地規劃一離槽式人工湖，蓄豐濟枯並配合地面地下水聯合運用，以減輕彰化地區抽用地下水情況，減緩地層下陷達成國土復育之目標。 因應最新修正之土地徵收條例，與民眾切身相關之土地徵收、農保及安置計畫將配合檢討，並與地方政府結合，進行溝通宣導。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020287</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/17</date><governmentpublicationsnumber>1010202884</governmentpublicationsnumber><identifier>76115</identifier><internationalstandardbooknumber>9789860392364 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76115</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪鳥嘴潭人工湖推動計畫-溝通宣導與安置計畫細部規劃(光碟版)Promotion For naiozueitan Artificial Lake In Wu River Communicatiob and Resettlement Detail Planning</title><yearidentifier>201312</yearidentifier></data><data><abstract>彰化與雲林位於濁水溪沖積扇，為台灣主要地層下陷區，其中彰化地區在99年度最大下陷速率約6.4公分/年，持續下陷面積約138.9平方公里，且下陷面積持續增加。為減緩彰化地區的地層下陷問題，尋找替代地下水的水源為重要項目之一。因此「烏溪水資源開發分期推動計畫」於民國94年開始推動，於民國96、97年進行烏溪鳥嘴潭攔河堰初步規劃，進行場址的地質調查與區域地下水文調查，民國98～100年進行工程可行性規劃、環境影響評估、民意調查等工作。烏溪鳥嘴潭人工湖預定工址位於草屯鎮北勢里(如圖1)，此人工湖主要為了滿足草屯及彰化地區民國120年之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源聯合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。 鳥嘴潭人工湖之設置截取了烏溪上游的水源，其對地下水資源的補注將可能造成負面之影響，也可能引起如集集攔河堰造成濁水溪下游之農業灌溉地表水減少，與河床沉積物減少引起之橋墩外露等問題。考量鳥嘴潭人工湖之設計與供取水情形對彰化地區地下水資源與地層下陷問題的影響尚未有較完整的評估工作，因此本計畫擬針對鳥嘴潭人工湖的建立，對彰化地區的地下水資源與地層下陷問題做進一步的分析與評估，辦理二年期計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020111</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/17</date><governmentpublicationsnumber>1010203068</governmentpublicationsnumber><identifier>76116</identifier><internationalstandardbooknumber>9789860394245 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76116</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防制之研究(2/2)(內附光碟)=The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>彰化與雲林位於濁水溪沖積扇，為台灣主要地層下陷區，其中彰化地區在99年度最大下陷速率約6.4公分/年，持續下陷面積約138.9平方公里，且下陷面積持續增加。為減緩彰化地區的地層下陷問題，尋找替代地下水的水源為重要項目之一。因此「烏溪水資源開發分期推動計畫」於民國94年開始推動，於民國96、97年進行烏溪鳥嘴潭攔河堰初步規劃，進行場址的地質調查與區域地下水文調查，民國98～100年進行工程可行性規劃、環境影響評估、民意調查等工作。烏溪鳥嘴潭人工湖預定工址位於草屯鎮北勢里(如圖1)，此人工湖主要為了滿足草屯及彰化地區民國120年之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源聯合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。 鳥嘴潭人工湖之設置截取了烏溪上游的水源，其對地下水資源的補注將可能造成負面之影響，也可能引起如集集攔河堰造成濁水溪下游之農業灌溉地表水減少，與河床沉積物減少引起之橋墩外露等問題。考量鳥嘴潭人工湖之設計與供取水情形對彰化地區地下水資源與地層下陷問題的影響尚未有較完整的評估工作，因此本計畫擬針對鳥嘴潭人工湖的建立，對彰化地區的地下水資源與地層下陷問題做進一步的分析與評估，辦理二年期計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020111</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/17</date><governmentpublicationsnumber>1010203068</governmentpublicationsnumber><identifier>76117</identifier><internationalstandardbooknumber>9789860394245 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76117</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防制之研究(2/2)--光碟版 The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>彰化與雲林位於濁水溪沖積扇，為台灣主要地層下陷區，其中彰化地區在99年度最大下陷速率約6.4公分/年，持續下陷面積約138.9平方公里，且下陷面積持續增加。為減緩彰化地區的地層下陷問題，尋找替代地下水的水源為重要項目之一。因此「烏溪水資源開發分期推動計畫」於民國94年開始推動，於民國96、97年進行烏溪鳥嘴潭攔河堰初步規劃，進行場址的地質調查與區域地下水文調查，民國98～100年進行工程可行性規劃、環境影響評估、民意調查等工作。烏溪鳥嘴潭人工湖預定工址位於草屯鎮北勢里(如圖1)，此人工湖主要為了滿足草屯及彰化地區民國120年之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源聯合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。 鳥嘴潭人工湖之設置截取了烏溪上游的水源，其對地下水資源的補注將可能造成負面之影響，也可能引起如集集攔河堰造成濁水溪下游之農業灌溉地表水減少，與河床沉積物減少引起之橋墩外露等問題。考量鳥嘴潭人工湖之設計與供取水情形對彰化地區地下水資源與地層下陷問題的影響尚未有較完整的評估工作，因此本計畫擬針對鳥嘴潭人工湖的建立，對彰化地區的地下水資源與地層下陷問題做進一步的分析與評估，辦理二年期計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020111</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/17</date><governmentpublicationsnumber>1010203468</governmentpublicationsnumber><identifier>76118</identifier><internationalstandardbooknumber>9789860399011 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76118</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防制之研究總報告The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在「供水」的課題上，過去傳統水源開發導向已轉為整合性水資源經理 (Integrated Water Resources Management)，在規劃階段，對於供給面之水源開發方式更為多元，並增加考量需求面之各項方案，同時考慮各方案間之競合，因此水資源供需方案之系統分析更具複雜性、不確定性、相關性與動態性，故整合性水資源經理方案模擬與決策模式實有需要，用以評估諸多方案單獨與同時加入現況水資源系統之產出效益，優選較佳之投資組合方案，以滿足缺水事件時之供水需求。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020335</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/18</date><governmentpublicationsnumber>1010202427</governmentpublicationsnumber><identifier>76119</identifier><internationalstandardbooknumber>9789860386677 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76119</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>整合性水資源經理方案決策模式研究總報告--光碟版  The Study of Decision Model for Integrated Water Resources Management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬藉由國內區域排水整治環境營造案例調查與分析結果，以提出與水利工程相結合之植生保育計畫，並編撰「區域排水環境營造棲地植生保育技術參考手冊」(草案)，俾提供區域排水規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020038</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/19</date><governmentpublicationsnumber>1010202713</governmentpublicationsnumber><identifier>76120</identifier><internationalstandardbooknumber>9789860390025 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76120</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治環境營造案例調查暨棲地植生保育技術之研究(1/2) Study on the environmental construction and habitat vegetation conservation technique of local drainage area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>分析熱島效應對於集水區水文型態改變的影響，及其對於都會區防洪與水資源管理之衝擊，並提出相對應之策略。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020339</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/19</date><governmentpublicationsnumber>1010202602</governmentpublicationsnumber><identifier>76121</identifier><internationalstandardbooknumber>9789860388923 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76121</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>熱島效應對都會區防洪能力衝擊之研究(1/2)(內附光碟) A study of the impact of the urban heat island effect on the capacity of urban flood prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020094</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/19</date><governmentpublicationsnumber>1010300265</governmentpublicationsnumber><identifier>76122</identifier><internationalstandardbooknumber>9789860405231 ; 9789860405</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76122</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度集集攔河堰營運階段水域生態及水質監測成果報告 (內附光碟) Chi-Chi Weir Operation in yr.2013 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>201402</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020094</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/19</date><governmentpublicationsnumber>1010300266</governmentpublicationsnumber><identifier>76123</identifier><internationalstandardbooknumber>9789860405248 ; 9789860405</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76123</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟) Research on the efficiency assessment of fishway in Dou-Liou Weir 2013</title><yearidentifier>201402</yearidentifier></data><data><abstract>彰化與雲林位於濁水溪沖積扇，為台灣主要地層下陷區，其中彰化地區在99年度最大下陷速率約6.4公分/年，持續下陷面積約138.9平方公里，且下陷面積持續增加。為減緩彰化地區的地層下陷問題，尋找替代地下水的水源為重要項目之一。因此「烏溪水資源開發分期推動計畫」於民國94年開始推動，於民國96、97年進行烏溪鳥嘴潭攔河堰初步規劃，進行場址的地質調查與區域地下水文調查，民國98～100年進行工程可行性規劃、環境影響評估、民意調查等工作。烏溪鳥嘴潭人工湖預定工址位於草屯鎮北勢里(如圖1)，此人工湖主要為了滿足草屯及彰化地區民國120年之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源聯合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。 鳥嘴潭人工湖之設置截取了烏溪上游的水源，其對地下水資源的補注將可能造成負面之影響，也可能引起如集集攔河堰造成濁水溪下游之農業灌溉地表水減少，與河床沉積物減少引起之橋墩外露等問題。考量鳥嘴潭人工湖之設計與供取水情形對彰化地區地下水資源與地層下陷問題的影響尚未有較完整的評估工作，因此本計畫擬針對鳥嘴潭人工湖的建立，對彰化地區的地下水資源與地層下陷問題做進一步的分析與評估，辦理二年期計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020111</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/20</date><governmentpublicationsnumber>1010203468</governmentpublicationsnumber><identifier>76128</identifier><internationalstandardbooknumber>9789860399011 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76128</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防制之研究總報告(光碟版) The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。 目前，全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護計畫工作</abstract><author>數唯科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020059</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/20</date><governmentpublicationsnumber>1010203363</governmentpublicationsnumber><identifier>76130</identifier><internationalstandardbooknumber>9789860397826 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76130</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水權管理資訊系統維護與增修 (光碟版) Maintenance and Upgrading of the Management information System of Water Rights</title><yearidentifier>201312</yearidentifier></data><data><abstract>分析熱島效應對於集水區水文型態改變的影響，及其對於都會區防洪與水資源管理之衝擊，並提出相對應之策略。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020339</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/20</date><governmentpublicationsnumber>1010202602</governmentpublicationsnumber><identifier>76131</identifier><internationalstandardbooknumber>9789860388923 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76131</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>熱島效應對都會區防洪能力衝擊之研究(1/2)(光碟版) A study of the impact of the urban heat island effect on the capacity of urban flood prevention(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬藉由國內區域排水整治環境營造案例調查與分析結果，以提出與水利工程相結合之植生保育計畫，並編撰「區域排水環境營造棲地植生保育技術參考手冊」(草案)，俾提供區域排水規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020038</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/20</date><governmentpublicationsnumber>1010202713</governmentpublicationsnumber><identifier>76132</identifier><internationalstandardbooknumber>9789860390025 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76132</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治環境營造案例調查暨棲地植生保育技術之研究(1/2)(光碟版) Study on the environmental construction and habitat vegetation conservation technique of local drainage area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>志願服務的推動成效，除仰賴志工人力素質及實際執勤作為外，運用管理機關扮演了極為重要的角色，良善的管理方式可有效提升志工執勤效能並凝聚成員向心，藉由本計畫提升志願服務效能，讓志工同心為確保人民生命財產安全及對河川環境永續發展而努力，讓志工對參與服務的熱忱及對河川局的認同感加深，並映照出所有志願心的可敬與可貴</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/21</date><governmentpublicationsnumber>1010300104</governmentpublicationsnumber><identifier>76133</identifier><internationalstandardbooknumber>9789860403022 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76133</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年防汛護水志工大隊服務實施計畫成果報告書(光碟版)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。 目前，全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護計畫工作</abstract><author>數唯科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020059</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/24</date><governmentpublicationsnumber>1010203363</governmentpublicationsnumber><identifier>76135</identifier><internationalstandardbooknumber>9789860397826 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76135</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水權管理資訊系統維護與增修 Maintenance and Upgrading of the Management information System of Water Rights</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1000000000</governmentpublicationsnumber><identifier>76136</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76136</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>102年度高雄市易淹水地區洪水與淹水預警系統建置計畫成果報告書</title><yearidentifier>201311</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>76137</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76137</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(內附附錄六光碟)=Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76138</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76138</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3) Field Study on Coastal Monitoring and Investigation in YiLan(2/3)</title><yearidentifier>201401</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76139</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76139</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3)--光碟版 Field Study on Coastal Monitoring and Investigation in YiLan</title><yearidentifier>201401</yearidentifier></data><data><abstract>經濟部水利署自民國101年開始藉易淹水特別預算推動「水患自主防災社區」與「洪水與淹水預警系統」計畫，期望透過非工程措施的推動，補足工程措施保護程度之侷限性，減少水患災害造成的經濟損失，並提升地方「抗災、減災、避災」能力，並期望能達到全民防災的理念。 透過成立「水患治理減災避洪措施中區推動服務團」協助管理中部區域「易淹水地區水患自主防災社區推動」與「易淹水地區洪水與淹水預警系統建置」計畫執行狀況。中區推動服務團服務範圍含括3個河川局（第三、四與五河川局）與6縣市政府（臺中市、南投縣、彰化縣、雲林縣、嘉義市與嘉義縣），而服務團透過教育訓練以及相關活動的辦理，讓參與單位更能了解計畫重點，並藉由進度追蹤，讓各縣市政府計畫能如期完成。 本計畫工作項目共分為8大項： 一、	成立委託專業輔導、管理團隊 二、	規劃並執行縣市訪視督考作業相關事宜 三、	規劃辦理評鑑作業相關事宜 四、	規劃辦理「易淹水地區水患治理非工程措施推動計畫」與「易淹水地區洪水與淹水預警系統建置計畫」計畫相關之工作會議 五、	規劃辦理「易淹水地區水患治理非工程措施推動」計畫相關人員培訓 六、	規劃及辦理社區觀摩與交流活動事宜 七、	研提減災避洪措施相關計畫策進建議 八、	製作減災避洪措施成效相關水災防災文宣.</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010167</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1010203647</governmentpublicationsnumber><identifier>76140</identifier><internationalstandardbooknumber>9789860400670 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76140</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>水患治理減災避洪措施中區推動服務團--光碟版 Central District Counseling Team of Non-construction Protection to Reduce Flood Disaster</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫擬藉由國內區域排水整治環境營造案例調查與分析結果，以提出與水利工程相結合之植生保育計畫，並編撰「區域排水環境營造棲地植生保育技術參考手冊」(草案)，俾提供區域排水規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020038</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/26</date><governmentpublicationsnumber>1010202713</governmentpublicationsnumber><identifier>76141</identifier><internationalstandardbooknumber>9789860390025 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76141</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治環境營造案例調查暨棲地植生保育技術之研究(1/2)(內附光碟) Study on the environmental construction and habitat vegetation conservation technique of local drainage area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020241</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202764</governmentpublicationsnumber><identifier>76142</identifier><internationalstandardbooknumber>9789860390803 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76142</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治及環境營造計畫第5期(98~103年)成效檢討及後續計畫(104~109年)之評估研究(2/2)--內附光碟 A Revies of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202914</governmentpublicationsnumber><identifier>76143</identifier><internationalstandardbooknumber>9789860392395 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76143</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(3/3)- Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202915</governmentpublicationsnumber><identifier>76144</identifier><internationalstandardbooknumber>9789860392425 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76144</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)總報告 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣地區近??由於人口增加及經濟加速成長，工業用水及公共給水逐?增加。本署配合?政院經建會「台灣地區綜合開發計畫」，將台灣分為4個區域，並依其預測之經濟發展，以民國80?為基?，90?及110?為中、長程目標?，統籌規劃水資源之運用。 為配合此項規劃作業，已自民國64?起每?編撰各標的?用水?統計報告，其中消耗性部分，原分為灌溉、自?水及工業用水等3大項；其後為符合實際需要，自72?起改為農業用水(含灌溉、養殖及畜牧)、生活用水(含自?水及自?取水)及工業用水等3大項消耗性用水。為求??資?一致，並將71?(含)以前之養殖、畜牧及自?取水之用水?分別逐?估算補入。非消耗性用水，則為上述各標的?用水?統計之電?用水( 即水?發電用水?)，有關台灣地區??人口及各標的??用水?成長概況，?看圖2及圖3；100?各標的用水概況及各目標?用水?詳表1及圖6。</abstract><author>逢甲大學</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010358</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202112</governmentpublicationsnumber><identifier>76146</identifier><internationalstandardbooknumber>9789860382198 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76146</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>台灣地區民國100年各標的用水量與蓄水設施水量營運統計年報--內附光碟 The Water Consum[ption and The Management Statistics of Water Storage Facilities in Taiwan for 2011</title><yearidentifier>201401</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>財團法人成大研究發展基金會成大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>76149</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76149</librarycollectiondetailsurl><price></price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2)--光碟版 Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會.成大近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/27</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>76150</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76150</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2) Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020285</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/31</date><governmentpublicationsnumber>1010203014</governmentpublicationsnumber><identifier>76151</identifier><internationalstandardbooknumber>9789860393514 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76151</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-人文生態系統保育調查評估(2/2)(內附光碟)=The Marketing Project of Water Resources Planning in Houlung River III - Investigation and Assessment of Humanities Ecosystem Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020285</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/31</date><governmentpublicationsnumber>1010203014</governmentpublicationsnumber><identifier>76152</identifier><internationalstandardbooknumber>9789860393514 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76152</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-人文生態系統保育調查評估(2/2)--光碟版 The Marketing Project of Water Resources Planning in Houlung River III - Investigation and Assessment of Humanities Ecosystem Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020285</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/31</date><governmentpublicationsnumber>1010203015</governmentpublicationsnumber><identifier>76153</identifier><internationalstandardbooknumber>9789860393521 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76153</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-人文生態系統保育調查評估總報告(內附光碟)=The Marketing Project of Water Resources Planning in Hou-lung River - General Report on the Investigation and Assessment of Humanities Ecosystem Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>後龍溪位在傳統客家山城，當地工作機會較少致年輕人口外流嚴重，水庫所在地人口老化現象相當明顯。為瞭解本水庫建設對當地客家文化可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國98年12月完成「水庫推動計畫(3)－人文生態系統保育芻形規劃」專題研究工作，認為水庫建設無可避免將對當地人文生態系統產生衝擊，有全面展開調查、規劃以妥善保育之必要，遂辦理本計畫。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020285</commissionedprojectidentifier><currency>NT$</currency><date>2014/3/31</date><governmentpublicationsnumber>1010203015</governmentpublicationsnumber><identifier>76154</identifier><internationalstandardbooknumber>9789860393521 ; 9789860393</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76154</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫-人文生態系統保育調查評估總報告--光碟版 The Marketing Project of Water Resources Planning in Houlung River III - Investigation and Assessment of Humanities Ecosystem Conservation</title><yearidentifier>201312</yearidentifier></data><data><abstract>針對研究區域，應用所建立之不確定性分析架構，檢討與驗證其適用性並針對相關治理工程提出建議，俾供未來執行相關淹水改善規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020238</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202766</governmentpublicationsnumber><identifier>76158</identifier><internationalstandardbooknumber>9789860390773 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76158</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究(2/2)--內附光碟 The Influence of Hydrologic and Topographic Uncertainties on the Inundation Risk in Southwest Coastal Area(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>針對研究區域，應用所建立之不確定性分析架構，檢討與驗證其適用性並針對相關治理工程提出建議，俾供未來執行相關淹水改善規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020238</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202768</governmentpublicationsnumber><identifier>76159</identifier><internationalstandardbooknumber>9789860390780 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76159</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究總報告--內附光碟 The Influence of Hydrologic and Topographic Uncertainties on the Inundation Risk in Southwest Coastal Area</title><yearidentifier>201312</yearidentifier></data><data><abstract>研擬都會區洪水災害損失分析之架構，並選擇研究區域，針對近年都會區洪水災害損失進行調查分析，以供未來排水規劃之參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020340</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202765</governmentpublicationsnumber><identifier>76160</identifier><internationalstandardbooknumber>9789860390766 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76160</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區洪水災害損失調查分析(1/2) Flood Damage Investigation and Analysis in Metropolitan Area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>研擬都會區洪水災害損失分析之架構，並選擇研究區域，針對近年都會區洪水災害損失進行調查分析，以供未來排水規劃之參考。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020340</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202765</governmentpublicationsnumber><identifier>76161</identifier><internationalstandardbooknumber>9789860390766 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76161</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>都會區洪水災害損失調查分析(1/2)--光碟版 Flood Damage Investigation and Analysis in Metropolitan Area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202914</governmentpublicationsnumber><identifier>76163</identifier><internationalstandardbooknumber>9789860392395 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76163</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇(草案)(3/3)--光碟版 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202915</governmentpublicationsnumber><identifier>76164</identifier><internationalstandardbooknumber>9789860392425 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76164</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)總報告--光碟版 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)</title><yearidentifier>201312</yearidentifier></data><data><abstract>針對研究區域，應用所建立之不確定性分析架構，檢討與驗證其適用性並針對相關治理工程提出建議，俾供未來執行相關淹水改善規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020238</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202766</governmentpublicationsnumber><identifier>76165</identifier><internationalstandardbooknumber>9789860390773 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76165</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究(2/2)--光碟版 The Influence of Hydrologic and Topographic Uncertainties on the Inundation Risk in Southwest Coastal Area(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>針對研究區域，應用所建立之不確定性分析架構，檢討與驗證其適用性並針對相關治理工程提出建議，俾供未來執行相關淹水改善規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020238</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202768</governmentpublicationsnumber><identifier>76166</identifier><internationalstandardbooknumber>9789860390780 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76166</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水文地文區域化不確定性對西南沿海淹水敏感區之影響研究總報告--光碟版 The Influence of Hydrologic and Topographic Uncertainties on the Inundation Risk in Southwest Coastal Area</title><yearidentifier>201312</yearidentifier></data><data><abstract>在目前的環境，水所帶來的危險，越來越不可輕視；相對的，其帶來的機會，亦為民生經濟與幸福感的關鍵！在水對我們危機並存之際，惟有在相關主管機關及單位能全時快速掌握水資料，才能化危險為安全，化機會為經濟！除利用?資料交換機制?讓相關主管機關及單位掌握水資料外，重點在：?全時、快速?。     ?全時?的要求重點在24小時服務，即便在水災等危險情況，亦不因大量的資料交換，導致效能低落，甚或無法進行資料交換，致全國所有資料交換引用系統因此停擺。?快速?的要求重點在迅速回應資料運算並交換資料，即便在瞬間大量資料、歷史大量資料，及民眾大量存取的場合，均能確保毫無延遲地得到所需的資料。     要做到上述要求，則有必要將水利資料集中至集中化資料庫內，再利用?資料交換機制?進行資料流通與後續應用，然而因為先前的技術限制及採行的系統架構，除集中入庫甚有風險外，且無法達到?全時?及?快速?之要求。隨著資訊技術的進步，雲端運算科技已臻成熟，且經國際研究及實務經驗指出，其之應用可讓集中入庫的資料在進行資料交換以執行後續應用時達到?全時?及?快速?之要求。     本計劃將採用雲端運算技術除將水利資料予以整合至雲端資料庫內外，亦改版原先資料交換機制，讓入庫資料之後續管理應用具備?全時?及?快速?之特性，以因應現有水環境的嚴峻挑戰。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020259</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010203333</governmentpublicationsnumber><identifier>76167</identifier><internationalstandardbooknumber>9789860397079 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76167</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利資料整合雲建置計畫成果報告書(光碟版)Cloud Implementation Plan of Water resources Data Integration</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020241</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010202764</governmentpublicationsnumber><identifier>76168</identifier><internationalstandardbooknumber>9789860390803 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76168</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治及環境營造計畫第5期(98~103年)成效檢討及後續計畫(104~109年)之評估研究(2/2)--光碟版 A Revies of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化；實有必要全面檢視目前統計年報之內容完整性及功能性。此外，因目前各項用水統計項目、內容受限於各原始資料提供單位之調查方式、調查範圍及分類方法等因素，致使現有各項用水統計年報內容之代表性與正確性，仍有其檢討空間。 二、近年來因社經變遷，各產業因生產技術等改變致用水需求產生異動，台灣地區之農業總用水其水源別結構，灌溉用水主要來自地面水（包含水庫水及河川引水），養殖用水及畜牧用水則主要為抽取地下水；工業用水水源供給結構包含自來水、地下水、地面水、其他水源及重複利用水量（回收水）；而生活用水則主要為地面水（包含水庫水及河川引水）及地下水。然而在地面水供應不足，以及地下水使用成本低之情況下，使得許多地區之地下水受到超量使用。其中尤以雲彰地區導致地層下陷，進而影響高鐵安全，之影響最大。目前大部分自行取水(包含地下水、河川、井、湧泉…)之總量資料多以推估而得，主要受限於現階段並無全面針對地下水及其他水源別引取進行計量控管。為進一步針對探討雲張地區工業用水量，爰由工業局調查工業用水成果，修定探討雲彰地區工業用水量。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020086</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010300157</governmentpublicationsnumber><identifier>76169</identifier><internationalstandardbooknumber>9789860404067 ; 9789860404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76169</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>101年台灣地區用水統計年報彙編(光碟版) The Compiled Annual Report on Water Consumption in Taiwan for 2012</title><yearidentifier>201403</yearidentifier></data><data><abstract>台灣因降水量時空分布不均，河川坡陡流短，而使水資源之利用受到限制。在面臨經濟發展、都市化及人口增加等對水資源需求日殷之時，需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。   有鑑於此，本署於民國88年?推動水資源資料中心建置與運作(2/2)?計畫中研訂?水資源資料格式標準(草案)?，並於民國95年12月18日函頒且於民國99年6月28日修訂。然隨著時間推移，除所需資料之變動外，相關資料需求及資訊技術已不同以往。就資料需求而言，現在資訊系統均以服務方式進行交換；就資訊技術而言，XML相關技術已十分成熟，且在資安考量下，將資料以XML格式打包並配合相關身份查證及授權機制進行資料交換已為主流技術。   故本案除配合資料之變動修改?水資源資料格式標準?外，亦因應現實資料情況，對該標準進行適度的增減；此外，配合資料需求及資訊技術之改變，將該標準以資料交換需求為依歸，另外制定XML版本的標準。由於該XML版本的標準主用在資料交換需求，故命名為?水資源資料交換標準?。   本標準在制定後，除將應用於水利資料整合資料庫之資料交換機制提供外，亦應用於相關地理資料之提供；其可讓相關水利資料在交換時，大幅減少供需間的媒合時間，並將水利資料更加透明、正確及一致。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020260</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/1</date><governmentpublicationsnumber>1010203376</governmentpublicationsnumber><identifier>76170</identifier><internationalstandardbooknumber>9789860397765 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76170</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水資源資料交換標準之規劃與實作草案(光碟版) The Draft of Data Exchanging Standard for Eater Resource Management</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/2</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>76171</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76171</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3)附冊 The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020094</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/2</date><governmentpublicationsnumber>1010300266</governmentpublicationsnumber><identifier>76172</identifier><internationalstandardbooknumber>9789860405248 ; 9789860405</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76172</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度斗六堰魚道功能監測及水域生態監測成果報告(光碟版) Research on the efficiency assessment of fishway in Dou-Liou Weir 2013</title><yearidentifier>201402</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020094</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/2</date><governmentpublicationsnumber>1010300265</governmentpublicationsnumber><identifier>76173</identifier><internationalstandardbooknumber>9789860405231 ; 9789860405</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76173</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>102年度集集攔河堰營運階段水域生態及水質監測成果報告 (光碟版) Chi-Chi Weir Operation in yr.2013 Aguatic Ecology and Water Quality Monitoring Report</title><yearidentifier>201402</yearidentifier></data><data><abstract>100 ??水規所辦?「南化水庫上游水資源開發調查規劃」， 針對南化第二水庫壩址地質、築壩材?、集水區崩塌地等進?現 場調查工作。101 ??則以前2 ?規劃及調查成果為基礎，就水文 及水源複核、工程佈置研擬、維持庫容規劃、施工計畫、工程用 地及工程費、計畫評價等項目進??進一步探討，並彙整99~101 ?三?之研究調查及評估成果為調查規劃階段之總報告。為賡續 推動南化第二水庫規劃，於本(102)??辦?「南化水庫上游水資 源開發可?性規劃-工程材?調查與評估及環境現況分析」，針對生 態環境進?初步調查，紀?現地物種資訊，探討生態課題並研擬 相關後續建議，以?後續規劃進?。 二、</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020081</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/3</date><governmentpublicationsnumber>1010202645</governmentpublicationsnumber><identifier>76174</identifier><internationalstandardbooknumber>9789860389494 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76174</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>南化水庫上游水資源開發可行性規劃-工程材料調查與評估及環境現況分析環境現況分析專題報告(光碟版)Special Subject Report for Environmental Situation</title><yearidentifier>201312</yearidentifier></data><data><abstract>在目前的環境，水所帶來的危險，越來越不可輕視；相對的，其帶來的機會，亦為民生經濟與幸福感的關鍵！在水對我們危機並存之際，惟有在相關主管機關及單位能全時快速掌握水資料，才能化危險為安全，化機會為經濟！除利用?資料交換機制?讓相關主管機關及單位掌握水資料外，重點在：?全時、快速?。     ?全時?的要求重點在24小時服務，即便在水災等危險情況，亦不因大量的資料交換，導致效能低落，甚或無法進行資料交換，致全國所有資料交換引用系統因此停擺。?快速?的要求重點在迅速回應資料運算並交換資料，即便在瞬間大量資料、歷史大量資料，及民眾大量存取的場合，均能確保毫無延遲地得到所需的資料。     要做到上述要求，則有必要將水利資料集中至集中化資料庫內，再利用?資料交換機制?進行資料流通與後續應用，然而因為先前的技術限制及採行的系統架構，除集中入庫甚有風險外，且無法達到?全時?及?快速?之要求。隨著資訊技術的進步，雲端運算科技已臻成熟，且經國際研究及實務經驗指出，其之應用可讓集中入庫的資料在進行資料交換以執行後續應用時達到?全時?及?快速?之要求。     本計劃將採用雲端運算技術除將水利資料予以整合至雲端資料庫內外，亦改版原先資料交換機制，讓入庫資料之後續管理應用具備?全時?及?快速?之特性，以因應現有水環境的嚴峻挑戰。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020259</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/3</date><governmentpublicationsnumber>1010203333</governmentpublicationsnumber><identifier>76176</identifier><internationalstandardbooknumber>9789860397079 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76176</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利資料整合雲建置計畫成果報告書 Cloud Implementation Plan of Water resources Data Integration</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣因降水量時空分布不均，河川坡陡流短，而使水資源之利用受到限制。在面臨經濟發展、都市化及人口增加等對水資源需求日殷之時，需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。   有鑑於此，本署於民國88年?推動水資源資料中心建置與運作(2/2)?計畫中研訂?水資源資料格式標準(草案)?，並於民國95年12月18日函頒且於民國99年6月28日修訂。然隨著時間推移，除所需資料之變動外，相關資料需求及資訊技術已不同以往。就資料需求而言，現在資訊系統均以服務方式進行交換；就資訊技術而言，XML相關技術已十分成熟，且在資安考量下，將資料以XML格式打包並配合相關身份查證及授權機制進行資料交換已為主流技術。   故本案除配合資料之變動修改?水資源資料格式標準?外，亦因應現實資料情況，對該標準進行適度的增減；此外，配合資料需求及資訊技術之改變，將該標準以資料交換需求為依歸，另外制定XML版本的標準。由於該XML版本的標準主用在資料交換需求，故命名為?水資源資料交換標準?。   本標準在制定後，除將應用於水利資料整合資料庫之資料交換機制提供外，亦應用於相關地理資料之提供；其可讓相關水利資料在交換時，大幅減少供需間的媒合時間，並將水利資料更加透明、正確及一致。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020260</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/3</date><governmentpublicationsnumber>1010203376</governmentpublicationsnumber><identifier>76177</identifier><internationalstandardbooknumber>9789860397765 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76177</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水資源資料交換標準之規劃與實作草案 The Draft of Data Exchanging Standard for Eater Resource Management</title><yearidentifier>201312</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。   破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020074</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010202917</governmentpublicationsnumber><identifier>76179</identifier><internationalstandardbooknumber>9789860392258 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76179</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(1/2) -內附光碟 Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76180</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76180</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3)=Field Study on Coastal Monitoring and Investigation in YiLan</title><yearidentifier>201401</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76181</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76181</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3)--光碟版 Field Study on Coastal Monitoring and Investigation in YiLan</title><yearidentifier>201401</yearidentifier></data><data><abstract>經由磺溪生態現場調查工作及海域漂砂特性調查資?處?分析，可得知下?結?：磺溪主?受天然?磺釋出後造成水體偏酸是主導磺溪?域生態條件的主因，支?清水溪及西勢溪生態調查結果皆較磺溪主?豐富，而由海域浮游生物調查結果顯示海域的生態大致穩定，且水質屬甲?水體；另本計畫?次監測水深地形可知於水深5m 內多有淤積情形，再者，於潮?監測方面，本區段潮?方向以平?岸線為主，磺溪外海以之NW 及SE 為主要?向，其分潮模式皆以M2 為主。在磺港漁港淤淺改善方案評估，在?改變港型條件下，以磺港漁港外側防波堤增設橫向突堤之設置，將使得航道口附近處有較少的淤積，但仍於漁港內短突堤附近處產生明顯淤積現象。此外，依此條件設置將於橫向突堤背後產生明顯的淤沙，致使沙源穩定於堤體背後，?山海水浴場快速淤積，此結果將使得近岸處之水深將逐漸變淺，最終仍將影響港池航道，??於後續漁港的運作，故建議短期仍以清淤方式處?，對於磺港漁港淤積改善方案，建議須有?充份及完整的調查供評估試驗，以找出解決方案。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010300376</governmentpublicationsnumber><identifier>76182</identifier><internationalstandardbooknumber>9789860407099 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76182</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>磺溪(含支流及河口海域)河川情勢調查 The Project of Huang-Xi (Including Subsidiary Current and Estuarine Area) River Situation Survey</title><yearidentifier>201403</yearidentifier></data><data><abstract>經由磺溪生態現場調查工作及海域漂砂特性調查資?處?分析，可得知下?結?：磺溪主?受天然?磺釋出後造成水體偏酸是主導磺溪?域生態條件的主因，支?清水溪及西勢溪生態調查結果皆較磺溪主?豐富，而由海域浮游生物調查結果顯示海域的生態大致穩定，且水質屬甲?水體；另本計畫?次監測水深地形可知於水深5m 內多有淤積情形，再者，於潮?監測方面，本區段潮?方向以平?岸線為主，磺溪外海以之NW 及SE 為主要?向，其分潮模式皆以M2 為主。在磺港漁港淤淺改善方案評估，在?改變港型條件下，以磺港漁港外側防波堤增設橫向突堤之設置，將使得航道口附近處有較少的淤積，但仍於漁港內短突堤附近處產生明顯淤積現象。此外，依此條件設置將於橫向突堤背後產生明顯的淤沙，致使沙源穩定於堤體背後，?山海水浴場快速淤積，此結果將使得近岸處之水深將逐漸變淺，最終仍將影響港池航道，??於後續漁港的運作，故建議短期仍以清淤方式處?，對於磺港漁港淤積改善方案，建議須有?充份及完整的調查供評估試驗，以找出解決方案。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010300376</governmentpublicationsnumber><identifier>76184</identifier><internationalstandardbooknumber>9789860407099 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76184</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>磺溪(含支流及河口海域)河川情勢調查(光碟版)  The Project of Huang-Xi (Including Subsidiary Current and Estuarine Area) River Situation Survey</title><yearidentifier>201403</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化；實有必要全面檢視目前統計年報之內容完整性及功能性。此外，因目前各項用水統計項目、內容受限於各原始資料提供單位之調查方式、調查範圍及分類方法等因素，致使現有各項用水統計年報內容之代表性與正確性，仍有其檢討空間。 二、近年來因社經變遷，各產業因生產技術等改變致用水需求產生異動，台灣地區之農業總用水其水源別結構，灌溉用水主要來自地面水（包含水庫水及河川引水），養殖用水及畜牧用水則主要為抽取地下水；工業用水水源供給結構包含自來水、地下水、地面水、其他水源及重複利用水量（回收水）；而生活用水則主要為地面水（包含水庫水及河川引水）及地下水。然而在地面水供應不足，以及地下水使用成本低之情況下，使得許多地區之地下水受到超量使用。其中尤以雲彰地區導致地層下陷，進而影響高鐵安全，之影響最大。目前大部分自行取水(包含地下水、河川、井、湧泉…)之總量資料多以推估而得，主要受限於現階段並無全面針對地下水及其他水源別引取進行計量控管。為進一步針對探討雲張地區工業用水量，爰由工業局調查工業用水成果，修定探討雲彰地區工業用水量。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020086</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/7</date><governmentpublicationsnumber>1010300157</governmentpublicationsnumber><identifier>76185</identifier><internationalstandardbooknumber>9789860404067 ; 9789860404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76185</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>101年台灣地區用水統計年報彙編成果報告 The Compiled Annual Report on Water Consumption in Taiwan for 2012</title><yearidentifier>201403</yearidentifier></data><data><abstract>台灣地區近??由於人口增加及經濟加速成長，工業用水及公共給水逐?增加。本署配合?政院經建會「台灣地區綜合開發計畫」，將台灣分為4個區域，並依其預測之經濟發展，以民國80?為基?，90?及110?為中、長程目標?，統籌規劃水資源之運用。 為配合此項規劃作業，已自民國64?起每?編撰各標的?用水?統計報告，其中消耗性部分，原分為灌溉、自?水及工業用水等3大項；其後為符合實際需要，自72?起改為農業用水(含灌溉、養殖及畜牧)、生活用水(含自?水及自?取水)及工業用水等3大項消耗性用水。為求??資?一致，並將71?(含)以前之養殖、畜牧及自?取水之用水?分別逐?估算補入。非消耗性用水，則為上述各標的?用水?統計之電?用水( 即水?發電用水?)，有關台灣地區??人口及各標的??用水?成長概況，?看圖2及圖3；100?各標的用水概況及各目標?用水?詳表1及圖6。</abstract><author>逢甲大學</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010358</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/8</date><governmentpublicationsnumber>1010300158</governmentpublicationsnumber><identifier>76189</identifier><internationalstandardbooknumber>9789860404050 ; 9789860404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76189</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>台灣地區民國101年各標的用水量與蓄水設施水量營運統計年報成果報告--內附光碟 The Water Consumption and the Management Statistics of Water Storage Facilities in Taiwan for 2012</title><yearidentifier>201403</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000222</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>101027231</governmentpublicationsnumber><identifier>76190</identifier><internationalstandardbooknumber>9789860356984 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76190</librarycollectiondetailsurl><price>定價850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文水庫集水區漂流木潛勢分析及因應對策研究 Driftwood Potential Analysis and Treatment Measures for Catchment Areas of Tsengwen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>1010200459</governmentpublicationsnumber><identifier>76191</identifier><internationalstandardbooknumber>9789860356984 ; 9789860356</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76191</librarycollectiondetailsurl><price>定價850</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>101</publishrocyear><title>曾文水庫集水區漂流木潛勢分析及因應對策研究(光碟版) Driftwood Potential Analysis and Treatment Measures for Catchment Areas of Tsengwen Reservoir</title><yearidentifier>201212</yearidentifier></data><data><abstract>為使大安大甲溪水源聯合運用輸水工程計畫內容及配套措施廣為民眾所知，並避免錯誤訊息以訛傳訛，故本宣導計畫以工程計畫影響區域與大臺中地區居民為主要宣導對象，透過多元型態整合行銷活動，達成與民溝通之目的。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.689723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>1010300113</governmentpublicationsnumber><identifier>76192</identifier><internationalstandardbooknumber>9789860403190 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76192</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>大安大甲溪水源聯合運用輸水工程計畫--多媒體製作.社會人文調查及水資源宣導(101年至102年)成果報告</title><yearidentifier>201402</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020033</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>1010203742</governmentpublicationsnumber><identifier>76193</identifier><internationalstandardbooknumber>9789860403015 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76193</librarycollectiondetailsurl><price>定價2000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>102年度曾文水庫淤積測量工作-淤積測量成果報告書 2013's Tseng Wen Reservoir sedimentation measurements</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020033</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>1010203742</governmentpublicationsnumber><identifier>76194</identifier><internationalstandardbooknumber>9789860403015 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76194</librarycollectiondetailsurl><price>定價1800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>102年度曾文水庫淤積測量工作(光碟版)-測量成果報告 2013's Tseng Wen Reservir sedimentation measurements</title><yearidentifier>201312</yearidentifier></data><data><abstract>為使大安大甲溪水源聯合運用輸水工程計畫內容及配套措施廣為民眾所知，並避免錯誤訊息以訛傳訛，故本宣導計畫以工程計畫影響區域與大臺中地區居民為主要宣導對象，透過多元型態整合行銷活動，達成與民溝通之目的。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.689723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/9</date><governmentpublicationsnumber>1010300113</governmentpublicationsnumber><identifier>76195</identifier><internationalstandardbooknumber>9789860403190 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76195</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>大安大甲溪水源聯合運用輸水工程計畫--多媒體製作.社會人文調查及水資源宣導(101年至102年)成果報告--光碟版</title><yearidentifier>201402</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/10</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>76197</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76197</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2) Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>經由磺溪生態現場調查工作及海域漂砂特性調查資?處?分析，可得知下?結?：磺溪主?受天然?磺釋出後造成水體偏酸是主導磺溪?域生態條件的主因，支?清水溪及西勢溪生態調查結果皆較磺溪主?豐富，而由海域浮游生物調查結果顯示海域的生態大致穩定，且水質屬甲?水體；另本計畫?次監測水深地形可知於水深5m 內多有淤積情形，再者，於潮?監測方面，本區段潮?方向以平?岸線為主，磺溪外海以之NW 及SE 為主要?向，其分潮模式皆以M2 為主。在磺港漁港淤淺改善方案評估，在?改變港型條件下，以磺港漁港外側防波堤增設橫向突堤之設置，將使得航道口附近處有較少的淤積，但仍於漁港內短突堤附近處產生明顯淤積現象。此外，依此條件設置將於橫向突堤背後產生明顯的淤沙，致使沙源穩定於堤體背後，?山海水浴場快速淤積，此結果將使得近岸處之水深將逐漸變淺，最終仍將影響港池航道，??於後續漁港的運作，故建議短期仍以清淤方式處?，對於磺港漁港淤積改善方案，建議須有?充份及完整的調查供評估試驗，以找出解決方案。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/11</date><governmentpublicationsnumber>1010300376</governmentpublicationsnumber><identifier>76200</identifier><internationalstandardbooknumber>9789860407099 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76200</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>磺溪(含支流及河口海域)河川情勢調查(內附光碟)  The Project of Huang-Xi (Including Subsidiary Current and Estuarine Area) River Situation Survey</title><yearidentifier>201403</yearidentifier></data><data><abstract>大甲溪輸水管路工程，係位於石岡壩上游大甲溪右岸，工程包括取水口、輸水隧道、原水配水池、退水路、后里圳輸水管等，將大安溪、大甲溪水源及供水系統予以串接，使流域水源能聯合運用，滿足110 年台中地區公共用水。經濟部水利署中區水資源局在工程設計階段，為確保鐘形取水口流況順暢且能達成設計取水量目標，需檢討設計案之輸水功能及水理現象，遂由所辦理大甲溪輸水路水工模型試驗探討，冀期本工程能夠達到預期之引水功能。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/14</date><governmentpublicationsnumber>1010300500</governmentpublicationsnumber><identifier>76206</identifier><internationalstandardbooknumber>9789860409130 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76206</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局;經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>大安大甲溪水源聯合運用輸水工程計畫-大甲溪輸水路水工模型試驗報告(102年度)--內附光碟 2013 Report on Hydraulic Model Test of the Intake Layout of Tachia River Diversion Tunnel? Plan for Water Resources Conjunctive Use between Da-chia and Da-an River</title><yearidentifier>201403</yearidentifier></data><data><abstract>大甲溪輸水管路工程，係位於石岡壩上游大甲溪右岸，工程包括取水口、輸水隧道、原水配水池、退水路、后里圳輸水管等，將大安溪、大甲溪水源及供水系統予以串接，使流域水源能聯合運用，滿足110 年台中地區公共用水。經濟部水利署中區水資源局在工程設計階段，為確保鐘形取水口流況順暢且能達成設計取水量目標，需檢討設計案之輸水功能及水理現象，遂由所辦理大甲溪輸水路水工模型試驗探討，冀期本工程能夠達到預期之引水功能。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/15</date><governmentpublicationsnumber>1010300500</governmentpublicationsnumber><identifier>76211</identifier><internationalstandardbooknumber>9789860409130 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76211</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局;經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>大安大甲溪水源聯合運用輸水工程計畫-大甲溪輸水路水工模型試驗報告(102年度)--光碟版 2013 Report on Hydraulic Model Test of the Intake Layout of Tachia River Diversion Tunnel? Plan for Water Resources Conjunctive Use between Da-chia and Da-an River</title><yearidentifier>201403</yearidentifier></data><data><abstract>「政府機關及學校節約用水填報網站」歷經多年的規劃及推動，各填報單位用水之資料庫已逐漸完整成型，惟依據行政院公布之「機關及學校屬性分類表」將機關學校區分為6大類及48細分類的方式，於分析後發現存在用水指標基準值之用水指標值變異數過大的情形。故為改善此缺失，並落實節約用水措施應有一個科學客觀量化的比較基準，爰辦理本計畫，期透過機關學校用水形態之分析，探討更合理之機關學校用水型態分類及其用水量基準值，作為後續政府推動機關學校節水評比的參考。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020116</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/16</date><governmentpublicationsnumber>1010202834</governmentpublicationsnumber><identifier>76215</identifier><internationalstandardbooknumber>9789860391930 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76215</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣地區機關學校用水型態分析與單位用水量分析探討 The Analysis of Water Use Pattern and Index for Institutes and Schools in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>「政府機關及學校節約用水填報網站」歷經多年的規劃及推動，各填報單位用水之資料庫已逐漸完整成型，惟依據行政院公布之「機關及學校屬性分類表」將機關學校區分為6大類及48細分類的方式，於分析後發現存在用水指標基準值之用水指標值變異數過大的情形。故為改善此缺失，並落實節約用水措施應有一個科學客觀量化的比較基準，爰辦理本計畫，期透過機關學校用水形態之分析，探討更合理之機關學校用水型態分類及其用水量基準值，作為後續政府推動機關學校節水評比的參考。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020116</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/16</date><governmentpublicationsnumber>1010202834</governmentpublicationsnumber><identifier>76216</identifier><internationalstandardbooknumber>9789860391930 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76216</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>台灣地區機關學校用水型態分析與單位用水量分析探討(光碟版) The Analysis of Water Use Pattern and Index for Institutes and Schools in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>民國101年2月5日由樹谷文化基金會進行例行性台南市考古遺址巡查時，行經歸仁區與關廟區交界的大昌橋發現疑似遺址。該會發現後即向主管機關臺南市文化資產管理處陳報，後於民國101年2月17日會勘，確認有貝塚、陶片等明確堆積(臺南巿立文化資產管理處101年2月21日南巿文資處字第1010155637號函，如附件)。臺南巿立文化資產管理處另以101年5月22日南巿文資處字第1010426828號函請本局依遺址監管保護辦法第七條規定，邀請考古專家學者辦理此疑似遺址之內涵調查評估及範圍。</abstract><author>財團法人樹谷文化基金會</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020214</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/16</date><governmentpublicationsnumber>1010202866</governmentpublicationsnumber><identifier>76219</identifier><internationalstandardbooknumber>9789860390278 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76219</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>102</publishrocyear><title>鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估計畫 Assessment of the potential sites between Ta-chang-chiao and Pa-chia-chiao of the Yenshui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/17</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>76220</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76220</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2) (內附光碟) Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>在目前的環境，水所帶來的危險，越來越不可輕視；相對的，其帶來的機會，亦為民生經濟與幸福感的關鍵！在水對我們危機並存之際，惟有在相關主管機關及單位能全時快速掌握水資料，才能化危險為安全，化機會為經濟！除利用?資料交換機制?讓相關主管機關及單位掌握水資料外，重點在：?全時、快速?。     ?全時?的要求重點在24小時服務，即便在水災等危險情況，亦不因大量的資料交換，導致效能低落，甚或無法進行資料交換，致全國所有資料交換引用系統因此停擺。?快速?的要求重點在迅速回應資料運算並交換資料，即便在瞬間大量資料、歷史大量資料，及民眾大量存取的場合，均能確保毫無延遲地得到所需的資料。     要做到上述要求，則有必要將水利資料集中至集中化資料庫內，再利用?資料交換機制?進行資料流通與後續應用，然而因為先前的技術限制及採行的系統架構，除集中入庫甚有風險外，且無法達到?全時?及?快速?之要求。隨著資訊技術的進步，雲端運算科技已臻成熟，且經國際研究及實務經驗指出，其之應用可讓集中入庫的資料在進行資料交換以執行後續應用時達到?全時?及?快速?之要求。     本計劃將採用雲端運算技術除將水利資料予以整合至雲端資料庫內外，亦改版原先資料交換機制，讓入庫資料之後續管理應用具備?全時?及?快速?之特性，以因應現有水環境的嚴峻挑戰。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020259</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/17</date><governmentpublicationsnumber>1010203333</governmentpublicationsnumber><identifier>76221</identifier><internationalstandardbooknumber>9789860397079 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76221</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水利資料整合雲建置計畫成果報告書Cloud Implementation Plan of Water resources Data Integration</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/17</date><governmentpublicationsnumber>1010202914</governmentpublicationsnumber><identifier>76222</identifier><internationalstandardbooknumber>9789860392395 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76222</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇(草案)(3/3) Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>志願服務的推動成效，除仰賴志工人力素質及實際執勤作為外，運用管理機關扮演了極為重要的角色，良善的管理方式可有效提升志工執勤效能並凝聚成員向心，藉由本計畫提升志願服務效能，讓志工同心為確保人民生命財產安全及對河川環境永續發展而努力，讓志工對參與服務的熱忱及對河川局的認同感加深，並映照出所有志願心的可敬與可貴</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/17</date><governmentpublicationsnumber>1010300104</governmentpublicationsnumber><identifier>76223</identifier><internationalstandardbooknumber>9789860403022 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76223</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年防汛護水志工大隊服務實施計畫The implementation plan of flood-protection volunteer brigade 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/18</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>76225</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76225</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置成果報告書--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>颱風、豪雨期間之洪水可能會造成人民生命財產嚴重損失，警戒水位訂定係為加強河防安全管理與提升防汛搶險之效能，因此於各河川重要河段建立預警機制，並提早發布可能洪災訊息，供各縣市政府針對保全對象進行避難、疏散，已屬於非工程防災之重要課題。本署目前於全台灣建置200多處水位站，分佈於中央管河川與中央管區域排水，101年度預定完成152站中央管河川警戒水位公告，其成果已為非工程防災之重要參考依據。台灣河川平均約3-5年即受到洪水侵襲，河床斷面會有明顯改變，加上近年來氣候變遷影響，降雨特性明顯改變，101年度北、中、南部地區均發生每小時降雨超過100mm之強降雨，使得洪水上漲速率有明顯增加趨勢。根據水利法第74條：「主管機關應酌量歷年水勢，決定設防之水位或日期。」因此每年汛期結束後，本署須對該年度流域之水文事件進行評估，作為隔年度警戒水位公告之參考，以符合實際狀況所需。此外為強化各河川局對河川警戒水位檢討與修訂之能力，藉由教育訓練與培訓各河川局訂定警戒水位之專責人員，以落實技術深植目的。本署洪水預報作業系統（FEWS）水文、水理參數內容，降雨逕流部分使用Sobek 軟體之Sacramento模式，該模式參數之率定超滲降雨量計算，包括蒸發散、入滲、滲透、土壤排水等物理機制，共包括17個參數；水理演算部分則有曼寧係數等參數；地文資料部分則包含集水區劃分子集水區數目對逕流量影響等，上述參數選用前已委託學術單位完成檢定與驗證，惟距今已有5年以上時間，考量近年降雨特性改變，且本署易淹水地區水患治理計畫已完成規劃報告，縣管河川或縣管區域排水其水文、地文資料或計畫流量已累積眾多資料可供查閱，洪水預報作業系統參數檢定實有重新辦理必要。另洪水預報作業系統（FEWS）現有水文分析流程中對於預報降雨量分析係使用劇烈大氣監測系統（QPESUMS），該系統可提供全台灣平均每1.69平方公里解析度（1.3km＊1.3km）之預報1至3小時預報降雨資訊，而搭配使用QPESUMS網格降雨資料與傳統雨量站進行分析，探討使用不同降雨資料來源、不同空間解析度、不同空間內插方式、與不同集水區邊界條件下，對於水文分析成果之影響性，另銜接不同水文分析模式，透過水文氣象觀測整合平台自動化執行機制，取得流域之流量系集模擬資訊進行研究等，近年本署已委託學術單位進行分析，惟其成果與歷年警戒水位訂定委辦計畫成果尚未建立關聯性。本計畫主要目的係使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失；另完成本署洪水預報作業系統（FEWS）參數檢定與驗證，支援QPESUMS網格降雨資料對流域流量系集模擬預報研究等。</abstract><author>交通大學</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020193</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/21</date><governmentpublicationsnumber>1010203577</governmentpublicationsnumber><identifier>76226</identifier><internationalstandardbooknumber>9789860399851 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76226</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>洪水預報模式參數檢定與警戒水位檢討與訂定(1/2) Calibration of Flood Forecastting Model and Review and Establishment of Warning Stages(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>颱風、豪雨期間之洪水可能會造成人民生命財產嚴重損失，警戒水位訂定係為加強河防安全管理與提升防汛搶險之效能，因此於各河川重要河段建立預警機制，並提早發布可能洪災訊息，供各縣市政府針對保全對象進行避難、疏散，已屬於非工程防災之重要課題。本署目前於全台灣建置200多處水位站，分佈於中央管河川與中央管區域排水，101年度預定完成152站中央管河川警戒水位公告，其成果已為非工程防災之重要參考依據。台灣河川平均約3-5年即受到洪水侵襲，河床斷面會有明顯改變，加上近年來氣候變遷影響，降雨特性明顯改變，101年度北、中、南部地區均發生每小時降雨超過100mm之強降雨，使得洪水上漲速率有明顯增加趨勢。根據水利法第74條：「主管機關應酌量歷年水勢，決定設防之水位或日期。」因此每年汛期結束後，本署須對該年度流域之水文事件進行評估，作為隔年度警戒水位公告之參考，以符合實際狀況所需。此外為強化各河川局對河川警戒水位檢討與修訂之能力，藉由教育訓練與培訓各河川局訂定警戒水位之專責人員，以落實技術深植目的。本署洪水預報作業系統（FEWS）水文、水理參數內容，降雨逕流部分使用Sobek 軟體之Sacramento模式，該模式參數之率定超滲降雨量計算，包括蒸發散、入滲、滲透、土壤排水等物理機制，共包括17個參數；水理演算部分則有曼寧係數等參數；地文資料部分則包含集水區劃分子集水區數目對逕流量影響等，上述參數選用前已委託學術單位完成檢定與驗證，惟距今已有5年以上時間，考量近年降雨特性改變，且本署易淹水地區水患治理計畫已完成規劃報告，縣管河川或縣管區域排水其水文、地文資料或計畫流量已累積眾多資料可供查閱，洪水預報作業系統參數檢定實有重新辦理必要。另洪水預報作業系統（FEWS）現有水文分析流程中對於預報降雨量分析係使用劇烈大氣監測系統（QPESUMS），該系統可提供全台灣平均每1.69平方公里解析度（1.3km＊1.3km）之預報1至3小時預報降雨資訊，而搭配使用QPESUMS網格降雨資料與傳統雨量站進行分析，探討使用不同降雨資料來源、不同空間解析度、不同空間內插方式、與不同集水區邊界條件下，對於水文分析成果之影響性，另銜接不同水文分析模式，透過水文氣象觀測整合平台自動化執行機制，取得流域之流量系集模擬資訊進行研究等，近年本署已委託學術單位進行分析，惟其成果與歷年警戒水位訂定委辦計畫成果尚未建立關聯性。本計畫主要目的係使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失；另完成本署洪水預報作業系統（FEWS）參數檢定與驗證，支援QPESUMS網格降雨資料對流域流量系集模擬預報研究等。</abstract><author>國立交通大學</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020193</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/21</date><governmentpublicationsnumber>1010203577</governmentpublicationsnumber><identifier>76227</identifier><internationalstandardbooknumber>9789860399851 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76227</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>洪水預報模式參數檢定與警戒水位檢討與訂定(1/2)--光碟版 Calibration of Flood Forecastting Model and Review and Establishment of Warning Stages(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫為水利署與美國墾務局之水利技術合作案，以台灣案例河川為研究對象，開發適用於台灣特性河川泥沙運移數值模式，年度工作內容包括：河川復育及管理技術、異重流模擬及應用、流域土砂及水庫管理、及潰壩、潰堤研究等。</abstract><author>美國內政部墾務局技術服務中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/21</date><governmentpublicationsnumber>1010300492</governmentpublicationsnumber><identifier>76228</identifier><internationalstandardbooknumber>9789860408584 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76228</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>102年度台美水利技術合作計畫(內附光碟) 2013 Accomplishment under Appendix No.8 to the Agreement between TECRO and AIT for Technical Assistance and Cooperation for Water Resources</title><yearidentifier>201404</yearidentifier></data><data><abstract>蘇澳地區因地勢低窪，遇豪大雨即易造成淹水災害， 99 年梅姬颱風之東北季風共伴效應產生高強度、長延時降雨，造成蘇澳地區嚴重淹水，為改善水患，經濟部水利署水利規劃試驗所(以下簡稱本所)於 100 年辦理蘇澳溪治理規劃，依易淹水標準對整體改善方案已初步完成規劃，但因地方人士認為分洪隧道之實施有其迫切性及需要，爰成立本計畫，規劃之成果將提供主管機關修正原治理基本計畫及未來工程實施之參考依據，期能減緩本地區之淹水災害。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010202110</governmentpublicationsnumber><identifier>76245</identifier><internationalstandardbooknumber>9789860381757 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76245</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫第三階段實施計畫-縣管河川蘇澳溪水系分洪道規劃 Regulation Project of Flood-prone Areas the Third Stage Practicing Plan A Diversion Plan of Yilan County-Governed Su-Ao River Basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>蘇澳地區因地勢低窪，遇豪大雨即易造成淹水災害， 99 年梅姬颱風之東北季風共伴效應產生高強度、長延時降雨，造成蘇澳地區嚴重淹水，為改善水患，經濟部水利署水利規劃試驗所(以下簡稱本所)於 100 年辦理蘇澳溪治理規劃，依易淹水標準對整體改善方案已初步完成規劃，但因地方人士認為分洪隧道之實施有其迫切性及需要，爰成立本計畫，規劃之成果將提供主管機關修正原治理基本計畫及未來工程實施之參考依據，期能減緩本地區之淹水災害。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010202110</governmentpublicationsnumber><identifier>76246</identifier><internationalstandardbooknumber>9789860381757 ; 9789860381</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76246</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區水患治理計畫第三階段實施計畫-縣管河川蘇澳溪水系分洪道規劃--光碟版=Regulation Project of Flood-prone Areas the Third Stage Practicing Plan A Diversion Plan of Yilan County-Governed Su-Ao River  Basin</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以落實中央及地方水權主管機關對於各用水標的用水範圍管理及審查程序，促進水資源的合理分配及有效利用，進而健全水資源的經營管理為計畫執行目的。 本計畫完成水權用水範圍管理制度及各用水標的用水範圍資料檢核程序之檢討及調整、用水範圍管理系統維護及改善、水權履勘系統APP維護及改善、各用水標的用水範圍資料填寫輔導說明及檢視作業之實施、推廣宣導與系統操作教育訓練等工作項目。 除維持用水範圍管理系統、水權履勘系統正常維運外，藉由用水範圍資料填寫及系統操作之輔導說明，蒐集各方意見及實際案例狀況，進行水權用水範圍管理制度及各用水標的用水範圍資料檢核程序之檢討及調整，進而擴充用水範圍管理系統之資料登錄、GIS圖台、佐證文件查詢及註記、引用地籍服務等功能，以及水權履勘系統APP之GPS空域圖、地籍圖地號、地標及坐標等定位功能，並調整系統檢核程序以改善系統運作效能，與水權核辦系統之進行資訊和作業整合，以利水權登記業務之有效管理。 另為強化水權人和水權主管機關之用水範圍管理觀念及系統操作能力，辦理「水權用水範圍管理作業推廣宣導及系統操作教育訓練」、「水權用水範圍表件填報宣導說明及系統操作教育訓練」及「水權履勘系統APP操作教育訓練」等課程，共10場次，計有173人次參加。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020305</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010203515</governmentpublicationsnumber><identifier>76247</identifier><internationalstandardbooknumber>9789860399196 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76247</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水權用水範圍處理系統維護及改善 Maintenance and Improvement of Water Range Management System of Water Rights</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以落實中央及地方水權主管機關對於各用水標的用水範圍管理及審查程序，促進水資源的合理分配及有效利用，進而健全水資源的經營管理為計畫執行目的。 本計畫完成水權用水範圍管理制度及各用水標的用水範圍資料檢核程序之檢討及調整、用水範圍管理系統維護及改善、水權履勘系統APP維護及改善、各用水標的用水範圍資料填寫輔導說明及檢視作業之實施、推廣宣導與系統操作教育訓練等工作項目。 除維持用水範圍管理系統、水權履勘系統正常維運外，藉由用水範圍資料填寫及系統操作之輔導說明，蒐集各方意見及實際案例狀況，進行水權用水範圍管理制度及各用水標的用水範圍資料檢核程序之檢討及調整，進而擴充用水範圍管理系統之資料登錄、GIS圖台、佐證文件查詢及註記、引用地籍服務等功能，以及水權履勘系統APP之GPS空域圖、地籍圖地號、地標及坐標等定位功能，並調整系統檢核程序以改善系統運作效能，與水權核辦系統之進行資訊和作業整合，以利水權登記業務之有效管理。 另為強化水權人和水權主管機關之用水範圍管理觀念及系統操作能力，辦理「水權用水範圍管理作業推廣宣導及系統操作教育訓練」、「水權用水範圍表件填報宣導說明及系統操作教育訓練」及「水權履勘系統APP操作教育訓練」等課程，共10場次，計有173人次參加。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020305</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010203515</governmentpublicationsnumber><identifier>76248</identifier><internationalstandardbooknumber>9789860399196 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76248</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>水權用水範圍處理系統維護及改善--光碟版 Maintenance and Improvement of Water Range Management System of Water Rights</title><yearidentifier>201312</yearidentifier></data><data><abstract>目前臺灣地區水庫之安全檢查主要大部份尚以目視以及監測資?做為最直接之第一手安全診斷基礎，但其主要為顯?於構造物表面之?態，無法提供構造物內部之損害情形以及可能損害範圍及其?徑過程，具非破壞性且可快速大面積施作之地球物?探測技術實為一有效之檢測及監測輔助工具。作為監測工具，其有助於提早發現潛在或正在發生之安全檢查問題，但為使其發揮確?之成效，增加後續水庫之營運管?效?，壩體地球物?方法之監測規劃以及壩體之地球物?相關初始值建?有其必要性，因此規劃辦?此計畫。本計畫針對湖山水庫三座壩體進行地球物理監測工作之規劃，建立一套具系統化之地物監測工作，並根據第一次之量測結果，據以檢討比對建立可供後續使用之空庫初始值。此外，由背景資料以及所建立之地物初始值，針對湖山水庫建立三維仿真數值模型，並進行數值情境模擬的工作。本計劃之情境模擬以地電阻影像探測法為主要應用技術，包括：(1) 壩體心層之滲漏與掏空以及濾層失效所造成之下游殼層浸潤；(2) 壩體與岩層的不連續面所造成之介面滲漏與掏空。結果顯示，透過時間序列反算之地物監測工作較僅有單次檢測之結果更可明確凸顯異常區域，達到早期預警的效果。</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010300415</governmentpublicationsnumber><identifier>76249</identifier><internationalstandardbooknumber>9789860407532 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76249</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>湖山水庫壩體地物監測規劃與初始值建立(內附光碟) Plan of Geophysical Monitoring and Reference Section Survey of the Dam in Hushan Reservoir</title><yearidentifier>201403</yearidentifier></data><data><abstract>目前臺灣地區水庫之安全檢查主要大部份尚以目視以及監測資?做為最直接之第一手安全診斷基礎，但其主要為顯?於構造物表面之?態，無法提供構造物內部之損害情形以及可能損害範圍及其?徑過程，具非破壞性且可快速大面積施作之地球物?探測技術實為一有效之檢測及監測輔助工具。作為監測工具，其有助於提早發現潛在或正在發生之安全檢查問題，但為使其發揮確?之成效，增加後續水庫之營運管?效?，壩體地球物?方法之監測規劃以及壩體之地球物?相關初始值建?有其必要性，因此規劃辦?此計畫。本計畫針對湖山水庫三座壩體進行地球物理監測工作之規劃，建立一套具系統化之地物監測工作，並根據第一次之量測結果，據以檢討比對建立可供後續使用之空庫初始值。此外，由背景資料以及所建立之地物初始值，針對湖山水庫建立三維仿真數值模型，並進行數值情境模擬的工作。本計劃之情境模擬以地電阻影像探測法為主要應用技術，包括：(1) 壩體心層之滲漏與掏空以及濾層失效所造成之下游殼層浸潤；(2) 壩體與岩層的不連續面所造成之介面滲漏與掏空。結果顯示，透過時間序列反算之地物監測工作較僅有單次檢測之結果更可明確凸顯異常區域，達到早期預警的效果。</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/28</date><governmentpublicationsnumber>1010300415</governmentpublicationsnumber><identifier>76250</identifier><internationalstandardbooknumber>9789860407532 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76250</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>湖山水庫壩體地物監測規劃與初始值建立(光碟版) Plan of Geophysical Monitoring and Reference Section Survey of the Dam in Hushan Reservoir</title><yearidentifier>201403</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府水務局;艾奕康工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020331</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/29</date><governmentpublicationsnumber>1010201065</governmentpublicationsnumber><identifier>76253</identifier><internationalstandardbooknumber>9789860370119 ; 9789860370</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76253</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>鳶山堰水庫蓄水範圍及臨近集水區水質保護設施規劃計畫成果報告 planning for Yuan-Sun Weir Reservoir Catchment Water Quality Protection</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>桃園縣政府水務局;艾奕康工程顧問公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020331</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/29</date><governmentpublicationsnumber>1010201065</governmentpublicationsnumber><identifier>76255</identifier><internationalstandardbooknumber>9789860370119 ; 9789860370</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76255</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>鳶山堰水庫蓄水範圍及臨近集水區水質保護設施規劃計畫成果報告(光碟版) planning for Yuan-Sun Weir Reservoir Catchment Water Quality Protection</title><yearidentifier>201305</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>76256</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76256</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2)--光碟版 Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>76257</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76257</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2) Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020383</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010300411</governmentpublicationsnumber><identifier>76258</identifier><internationalstandardbooknumber>9789860406573 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76258</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(1/2) River Monitoring Integration System and Demonstration (1/2)</title><yearidentifier>201403</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020383</commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010300411</governmentpublicationsnumber><identifier>76259</identifier><internationalstandardbooknumber>9789860406573 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76259</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(1/2)--光碟版 River Monitoring Integration System and Demonstration (1/2)</title><yearidentifier>201403</yearidentifier></data><data><abstract> </abstract><author>黃美娥</author><categoryidentifier>16.8638</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010203262</governmentpublicationsnumber><identifier>76261</identifier><internationalstandardbooknumber>9789860396539 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76261</librarycollectiondetailsurl><price>350</price><publisher>行政院原住民族委員會</publisher><publishrocyear>102</publishrocyear><title>臺灣原住民族關係文學作品目錄(1603-1945)上</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>黃美娥</author><categoryidentifier>16.8638</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010203263</governmentpublicationsnumber><identifier>76262</identifier><internationalstandardbooknumber>9789860396539 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76262</librarycollectiondetailsurl><price>350</price><publisher>行政院原住民族委員會</publisher><publishrocyear>102</publishrocyear><title>臺灣原住民族關係文學作品目錄(1603-1945)下</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>黃美娥主編</author><categoryidentifier>863.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010203264</governmentpublicationsnumber><identifier>76263</identifier><internationalstandardbooknumber>9789860396096 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76263</librarycollectiondetailsurl><price>200</price><publisher>行政院原住民委員會</publisher><publishrocyear>102</publishrocyear><title>臺灣原住民族關係文學作品選集(1603-1894)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>黃美娥主編</author><categoryidentifier>863.83</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/4/30</date><governmentpublicationsnumber>1010203266</governmentpublicationsnumber><identifier>76264</identifier><internationalstandardbooknumber>9789860396102 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76264</librarycollectiondetailsurl><price>300</price><publisher>行政院原住民委員會</publisher><publishrocyear>102</publishrocyear><title>臺灣原住民族關係文學作品選集(1895-1945)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020383</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/5</date><governmentpublicationsnumber>1010300411</governmentpublicationsnumber><identifier>76270</identifier><internationalstandardbooknumber>9789860406573 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76270</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(1/2) River Monitoring Integration System and Demonstration (1/2)</title><yearidentifier>201403</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010358</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/7</date><governmentpublicationsnumber>1010202112</governmentpublicationsnumber><identifier>76271</identifier><internationalstandardbooknumber>9789860382198 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76271</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>100年台灣地區用水統計年報彙編及雲彰地區用水水源別調查與工業用水合理用水量指標檢討 (內附光碟)The Report on Water Consumption in Taiwan,the Water Sources in Yunlin and Changhua Counties,and a Review of the Industrial Eater Consumption Volume Indicators in</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010358</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/7</date><governmentpublicationsnumber>1010202112</governmentpublicationsnumber><identifier>76272</identifier><internationalstandardbooknumber>9789860382198 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76272</librarycollectiondetailsurl><price>定價</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>100年雲彰地區各標的用水量及水源別統計分析與評估 Statistical Analysis of Water Consumption Volume and Water Sources in Yunlin and Changhua Counties in 2011</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>460.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010358</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/7</date><governmentpublicationsnumber>1010202112</governmentpublicationsnumber><identifier>76273</identifier><internationalstandardbooknumber>9789860382198 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76273</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>工業用水合理用水基準檢討報告 Statistical Analysis of industrial water-supply review report</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.623</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000238-102</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/7</date><governmentpublicationsnumber>1010203724</governmentpublicationsnumber><identifier>76274</identifier><internationalstandardbooknumber>9789860402346 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76274</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>102</publishrocyear><title>曾文水庫庫區泥砂濃度觀測站建置及量測研判分析計畫-成果總報告 Establishment of sediment concentration monitoring system and decision analysis from measurement in Tsengwen reservoir</title><yearidentifier>201312</yearidentifier></data><data><abstract>調查烏溪可利用之公有河川高灘地進行現地處理淨化水質可行性分析，期能提高河川自淨作用達成水質改善效果，並可提供多元供水方案以穩定區域供水能力外，另可落實水岸環境改善，提升生態效益與環境營造等多重功效。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020113</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/8</date><governmentpublicationsnumber>1010203259</governmentpublicationsnumber><identifier>76279</identifier><internationalstandardbooknumber>9789860396720 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76279</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>烏溪高灘地用於河川淨化及供水可行性評估研究(內附光碟) Feasibility Evaluation of Using High Riverbank along the Wu River Basin for River clarification and Water Supply</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/9</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>76280</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76280</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2) Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗開發專業課程與流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜等。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020347</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/13</date><governmentpublicationsnumber>1010203408</governmentpublicationsnumber><identifier>76289</identifier><internationalstandardbooknumber>9789860398441 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76289</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年提昇水利防災應變作業能力計畫(光碟版) Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program, 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/5/13</date><governmentpublicationsnumber>1010300337</governmentpublicationsnumber><identifier>76291</identifier><internationalstandardbooknumber>9789860406269 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76291</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>曾文水庫風景區橋樑安全檢測 Safety Inspection on Bridges in Zeng-wen Reservoir Scenic Area</title><yearidentifier>201402</yearidentifier></data><data><abstract> </abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/5/13</date><governmentpublicationsnumber>1010300337</governmentpublicationsnumber><identifier>76292</identifier><internationalstandardbooknumber>9789860406269 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76292</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>曾文水庫風景區橋樑安全檢測 地質鑽探工作報告書</title><yearidentifier>201402</yearidentifier></data><data><abstract> </abstract><author>李瑞宗</author><categoryidentifier>557.38339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/5/13</date><governmentpublicationsnumber>1010203137</governmentpublicationsnumber><identifier>76293</identifier><internationalstandardbooknumber>9789860395136 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76293</librarycollectiondetailsurl><price>600</price><publisher>交通部公路局第四區養護工程處</publisher><publishrocyear>102</publishrocyear><title>甜蜜的中橫</title><yearidentifier>201311</yearidentifier></data><data><abstract> </abstract><author>游能悌 顏一勳</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/5/13</date><governmentpublicationsnumber>1010202783</governmentpublicationsnumber><identifier>76294</identifier><internationalstandardbooknumber>9789860389883 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76294</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>五萬分之一台灣地質圖說明圖幅第23號：鹿港</title><yearidentifier>201312</yearidentifier></data><data><abstract>桃園地區除了石門水庫供水外，桃園台地上埤塘星羅棋布對於農業水資源利用扮演重要的角色，尤其農業用水占石門水庫供水量約50%，因此在近年來公共給水需求量增加，水源供給量有限之情形下，造成水量供給不足之問題，復以新水源開發不易，及分擔風險與涵養地下水資源之原則，若能結合水庫下游農田水利會既有之設施，配合埤塘疏浚增加庫容及串聯運用，枯水期間利用及調度埤塘水源，減少石門水庫供水量，將有助於石門水庫供水區之供水穩定。 本局已於99年辦理石門水庫供水區整體水源利用規劃，針對桃園地區埤塘之利用就埤塘現況調查、相關法令、意願及推動計畫進行初步研擬，以及相關成本效益檢討，除此之外，桃園縣政府及桃園農田水利會亦於101年分別推動桃園縣埤塘活化及桃園農田水利會貯水池應用管路串並聯之規劃研究，因此，有必要根據本局前期之規劃成果，並納入前述相關計畫之成果與建議進行整體檢討，研議組成推動小組後，提出實施計畫並進行相關設施之規畫設計及後續之推動，藉由桃園地區埤塘示範區之試辦，推動石門水庫供水區水資源之活化。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020180</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/15</date><governmentpublicationsnumber>1010300809</governmentpublicationsnumber><identifier>76303</identifier><internationalstandardbooknumber>9789860411683 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76303</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>石門水庫供水區水資源活化計畫(內附光碟)Water Activation Plan os Shimen Reservoir Water Supply District</title><yearidentifier>201404</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對於環境保護的需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。 為推展急水溪水系河川事業、河川管理、河川棲地環境保育復育及提供水利工程單位對近自然工法規劃設計之參考依據，而對急水溪河系河川有關之基礎資料，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查。本局研擬「急水溪水系河川情勢調查計畫」(以下簡稱本計畫)。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.689739</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020221</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/16</date><governmentpublicationsnumber>1010300289</governmentpublicationsnumber><identifier>76304</identifier><internationalstandardbooknumber>9789860404289 ; 9789860404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76304</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>急水溪水系河川情勢調查成果報告 Investigation of Stream Status in Jishui River System</title><yearidentifier>201404</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對於環境保護的需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。 為推展急水溪水系河川事業、河川管理、河川棲地環境保育復育及提供水利工程單位對近自然工法規劃設計之參考依據，而對急水溪河系河川有關之基礎資料，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查。本局研擬「急水溪水系河川情勢調查計畫」(以下簡稱本計畫)。</abstract><author>艾奕康工程顧問公司</author><categoryidentifier>443.689739</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020221</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/16</date><governmentpublicationsnumber>1010300289</governmentpublicationsnumber><identifier>76305</identifier><internationalstandardbooknumber>9789860404289 ; 9789860404</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76305</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>急水溪水系河川情勢調查成果報告(光碟版) Investigation of Stream Status in Jishui River System</title><yearidentifier>201404</yearidentifier></data><data><abstract>本計畫之主要工作內容1.選擇苗栗縣、新竹縣、桃園縣、新北市、宜蘭縣、花蓮縣及台東縣海岸內水利署所屬第1、2、8、9、10河川局轄區管理一般性海堤，基本資料蒐集調查。2.組成「水利署一般性海堤生態棲地評估服務團」以海岸生態模式辦理海堤現場生態環境初步（巨觀）評估，及現場直接的生態品質評估。3.擇定1處海堤為示範區，進行現地調查。4.辦理1次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/16</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>76306</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76306</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2)-- Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡，目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡之後的重要環境標示之一。然「水足跡」政策之執行，其工作包括知識擴散、計算方式訂定、產品資料庫建立、運用政策推動等項目，目前國內除以先期計畫建立知識儲備外，尚須更進一步之措施，作為「水足跡」政策萌芽期之推動工作。 截至目前為止，國際上尚無水足跡估算的一致標準，國際大型企業估算水足跡時多以Water Footprint Network (WFN)的水足跡評估手冊為準則。國內目前已有一、二十家企業估算了產品水足跡，估算時除使用WFN手冊的相關定義外，廠商多以碳足跡的架構估算水足跡。然以此估算架構估算水足跡，廠商面臨的主要課題之一是缺乏範疇二的水、電、油、氣等本土化水足跡公用係數資訊。 為逐步建置水足跡公用係數資料庫提升企業估算水足跡的正確性和完整度，本計畫之主要目的為先針對自來水估算我國自來水之水足跡計算方式。</abstract><author>台灣經濟研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020102</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/19</date><governmentpublicationsnumber>1010203281</governmentpublicationsnumber><identifier>76309</identifier><internationalstandardbooknumber>9789860396645 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76309</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>推動自來水水足跡計算 Water Footprint Acounting of Tap Water</title><yearidentifier>201312</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡，目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡之後的重要環境標示之一。然「水足跡」政策之執行，其工作包括知識擴散、計算方式訂定、產品資料庫建立、運用政策推動等項目，目前國內除以先期計畫建立知識儲備外，尚須更進一步之措施，作為「水足跡」政策萌芽期之推動工作。 截至目前為止，國際上尚無水足跡估算的一致標準，國際大型企業估算水足跡時多以Water Footprint Network (WFN)的水足跡評估手冊為準則。國內目前已有一、二十家企業估算了產品水足跡，估算時除使用WFN手冊的相關定義外，廠商多以碳足跡的架構估算水足跡。然以此估算架構估算水足跡，廠商面臨的主要課題之一是缺乏範疇二的水、電、油、氣等本土化水足跡公用係數資訊。 為逐步建置水足跡公用係數資料庫提升企業估算水足跡的正確性和完整度，本計畫之主要目的為先針對自來水估算我國自來水之水足跡計算方式。</abstract><author>台灣經濟研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020102</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/19</date><governmentpublicationsnumber>1010203281</governmentpublicationsnumber><identifier>76310</identifier><internationalstandardbooknumber>9789860396645 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76310</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>推動自來水水足跡計算(光碟版) Water Footprint Acounting of Tap Water</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010202886</governmentpublicationsnumber><identifier>76312</identifier><internationalstandardbooknumber>9789860392401 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76312</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估(2/2) The Marketing Project of Water Resources Planning in Houlung River III- The Investigation and Assessment of Hill Ecology Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為瞭解計畫區域內水庫建設對水庫集水區及周邊森林生態系統可能之衝擊並研擬相關保育對策，本所除已執行環境影響評估工作外，並於民國100年7月完成「天花湖水庫推動計畫(3)－計畫區域生態資源調查分析及其保育評估」專題研究工作，在水庫周邊發現有穿山甲、山羌、白鼻心、藍腹鷴等保育類野生動物活動，遂擬就水庫工程用地、水庫蓄水範圍、水庫集水區持續調查評估，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>聯美環保科技股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020284</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010202887</governmentpublicationsnumber><identifier>76313</identifier><internationalstandardbooknumber>9789860392388 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76313</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估總報告 The Marketing Project of Water Resources Planning in Houlung River III- The Investigation and Assessment of Hill Ecology Conservation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署於民國95年至98年間已逐步更新全臺各縣市之淹水潛勢圖資並初步完成「淹水潛勢圖製作及測試手冊（草案）」。為提高未來淹水潛勢圖之準確性，應修改「淹水潛勢圖製作及測試手冊(草案)」以作為下一階段淹水潛勢圖繪製之依據。此外，本署目前亦已完成「海岸溢淹潛勢圖製作及測試手冊(草案)」以作為海岸地區溢淹災害之評估依據。然而，其水文、海象之假設情境與淹水潛勢圖資之假設情境不盡相同。由於淹水潛勢圖資與海岸溢淹潛勢圖資係考慮不同致災來源之同質產品，評估兩種淹水潛勢圖資整合之妥適性有其必要。 本研究之目的主要係在進入下一階段全國淹水潛勢圖資更新及整合之前，應辦理「淹水潛勢圖製作及測試手冊」之修正，評估淹水潛勢圖製作及測試手冊納入海岸溢淹及高地淹水模擬之可行性，並進行相關的先期作業與規劃。本計畫將依據手冊修訂之內容，擇一示範區進行案例研究，並將案例研究成果回饋至手冊內容之修正。依據案例研究之經驗與成果，規劃下一階段「全國淹水潛勢圖資更新及整合」計畫之推動，以確保全國性淹水潛勢圖更新及整合之品質。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020348</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010202545</governmentpublicationsnumber><identifier>76315</identifier><internationalstandardbooknumber>9789860387797 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76315</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>全國淹水潛勢圖資更新及整合先期計畫(內附光碟)A Prelimniary Plan for Updating and Integrating the Flood Potential Maps in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區位於大臺北都會區東南隅近郊，轄區面積達717平方公里，為新北市面積1/3。轄內包含北勢溪（翡翠水庫）集水區及南勢溪集水區，兩溪於新店龜山匯流為新店溪，而新店溪之青潭堰為大臺北地區的主要自來水來源，其水源水質水量之安全與潔淨將直接影響大臺北地區500萬人的用水品質，過去20多年來因應水源政策，水質水量管理尚稱良好，提供了質優量豐的水源，確保了大臺北地區用水無虞。 惟近年來北部地區公共用水需求成長，故採區域間水源調配，未來新店溪水源將取代部分大漢溪水源，供給板新地區用水，供水人口將逐步提升至超過650萬人，一般而言，當供水量越大，表示缺水的風險越高，對於水文觀測之掌握就更為重要。再者，依據台灣水文觀測長期發展計畫，高流量觀測能量不足為河川流量觀測之重要議題，且高流量通常伴隨著高濁度狀況發生，故實有必要進行流量觀測技術之探討與精進。      又監察院近來亦關注本局轄內南勢溪上游東札孔溪崩塌議題，並要求本局持續加強監測機制。雖本局已於南勢溪福山及攬勝橋設置自動濁度監測站，惟101年蘇拉颱風造成強降雨，挾帶大量泥沙，造成本局大林橋測站監測儀器遭沖刷流失需另斥經費修復，而遭審計部要求檢討改進，故本局暫行作法除於颱風前後加強檢視固定情形外。並於陸上警報發佈後暫停即時監測作業，委請儀器廠商赴現場取出水質儀器，俟颱風過後再行安裝，以保全儀器。此作法雖可保全儀器設備不受損壞，惟高流量高濁度之重要監測資料無法取得。實有研擬替代方案之必要，故擬於本計畫進行本局福山及攬勝橋水質測站於高流量下濁度觀測之方案評估及建議，以獲取高流量下之即時濁度資料。 國內外與中國大陸皆對流量觀測相當重視，流量觀測方法眾多，各種觀測技術之原理、計算、操作方法與適用性並不相同，且臺北水源特定區內河川特性水文水理條件亦有所差異，故擬透過本計畫進行流量觀測方法與技術規範蒐集，進行觀測方法之精度與不確定性分析，再透過試驗室測試與現地觀測之比測分析，對於觀測方法的適用性進行探討，並就本局轄內7處定期流量觀測場所進行現勘，擇其中3處進行現地比較測量，以提出最適觀測方法，並就臺北水源特定區水文長期趨勢進行分析，對未來水量供給進行風險評估，最後，依整體執行經驗辦理兩岸水文技術交流。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020386</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010203585</governmentpublicationsnumber><identifier>76316</identifier><internationalstandardbooknumber>9789860399493 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76316</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>臺北水源特定區河川流量觀測比測計畫(1/2) Comparison of River Flow Measured by Different Instruments in the Area Protected by the Taipei Water Management Office(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>臺北水源特定區之範圍涵蓋新台北市之新店、烏來、石碇、坪林、雙溪等五區，集水區面積廣達717平方公里，約佔新北市行政區域面積的1/3，轄幅十分廣闊。臺北水源特定區管理局為有效掌握大台北地區之水文情勢，陸續於轄區內之南勢溪及北勢溪流域設立水位流量站，以自記水位計監測即時水位，並以人工方式施測流量，以持續長期監測本特定區河川水位及流量之變化趨勢。 隨著現今水資源之日益缺乏，集水區內水量之精確掌握愈顯重要；正因如此，長期而完整流量資料之蒐集則愈發為關鍵要素。然觀諸臺灣地區之河川特性，平常時期流量資料之量測已然曠日費時且極為不易；而高水位時期之流量量測，人員須曝露於危險環境下，更加深資料收集之艱難。惟可幸者，低水位時期之流量量測技術已漸臻成熟，故可進行持續而長期之流量監測；若資料數據之穩定性係經可靠驗證，則其量測頻率應可視情況酌予降低。 本計畫為延續性之流量監測計畫，整體時程為期3年。隨著3年計畫工作之執行，將可進一步蒐集臺北水源特定區完整之雨量及流量資料、率定及校正各測站之水位-流量率定曲線、掌握本特定區內河川之輸砂量，並持續更新既有之水文資料庫。本計畫之研究成果，將有助於台北水源特定區整體之水文情勢分析，且可作為往後工程設計、水理研究及分析及水資源管理之重要依據。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020133</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010203586</governmentpublicationsnumber><identifier>76317</identifier><internationalstandardbooknumber>9789860398250 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76317</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>102</publishrocyear><title>新店溪青潭堰上游水文監測計畫(102年) Hydrological System Measurement of the Area Protected by the Taipei Water Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>規劃中之雙溪水庫係計畫供應北部區域東北角地區之雙溪、貢寮、瑞芳，以及基隆地區目標年(民國120年)公共給水及工業用水之重要規劃案。水庫集水區位於臺灣東北部，基隆市東南方15公里之新北市東側，地理位置詳如圖一。水庫主要水源為雙溪支流之丁子蘭溪並與貢寮淨水場攔河堰聯合運用，大壩位於新北市雙溪區魚行里丁子蘭坑，集水區面積約897公頃、計畫淹沒區面積約55公頃。     本計畫目標係依最新水利建造物檢查及安全評估技術，針對本水庫鄰近地區蒐集及整理地震記錄，評估水庫計畫壩址受震安全性，同時針對場址特性提出可能地震力、模擬地震波形與設計壩體的耐震力安全評估，做為大壩工程設計依據並將其分析過程及結果彙整為成果報告。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020294</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010300416</governmentpublicationsnumber><identifier>76318</identifier><internationalstandardbooknumber>9789860407549 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76318</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-工程專題-地震危害度分析(內附光碟) A Review of Feasibility Study of Shuangxi Reservoir (3) – Report on Review of Seismic Hazard Analysis</title><yearidentifier>201404</yearidentifier></data><data><abstract>氣候變遷所造成之衝擊遍佈各領域，例如首當其衝的水資源、水環境、生態、農業、公共衛生等，其中又以水資源與水環境領域受到的衝擊最為直接，水利署為為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，在考量我國國情、體制、資源、研發與實務工作能量及本署應有作為，已訂定4年(99~102年)「氣候變遷對水環境之衝擊與調適研究計畫」科技發展專案計畫。 為確認每一行動計畫執行成果能整合及透過統一窗口公開資訊，並確保本署因應氣候變遷對水環境之衝擊與調適研究能回饋給其他部會與水環境相關之機關，故成立「氣候變遷知識庫與資料整合平台」，透過整合平台的方式，連結第2階段管理計畫所彙整各計畫之基本資料與產出成果，以圖形界面呈現各項水文因子受氣候變遷之衝擊評估、不確定性分析、脆弱度空間分佈以及風險地圖，並將各項研擬之調適策略效益分析，藉由空間視覺化的方式，提供為相關業務人員之決策參考依據。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020160</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010202966</governmentpublicationsnumber><identifier>76319</identifier><internationalstandardbooknumber>9789860392982 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76319</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷知識庫與資料整合平台(4/4) The Climate Change Knowledge Database and Data Integration Platform(4/4)</title><yearidentifier>201312</yearidentifier></data><data><abstract>當區域排水減災所需投資相當龐大時，工程實施遙不可期，如何劃定產值較低之農業區，提供作為蓄洪空間，以減輕高產值區或市區聚落之淹水損失，對於農業區之損失再予以補償，亦不失為一種可行之減災對策。本計畫擬選定一示範地區，針對區域排水滯蓄洪區劃設與補償措施進行研究，以供將來實施之參考。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020040</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/21</date><governmentpublicationsnumber>1010202601</governmentpublicationsnumber><identifier>76320</identifier><internationalstandardbooknumber>9789860388985 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76320</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水滯蓄洪區劃設與補償措施研擬之研究(內附光碟)  Study on Delineation for Regional Drainage Flood Detention Zones and Planning for Compensation Measures</title><yearidentifier>201312</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/26</date><governmentpublicationsnumber>1010300810</governmentpublicationsnumber><identifier>76324</identifier><internationalstandardbooknumber>9789860410402 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76324</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(2/2)=In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast (2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/26</date><governmentpublicationsnumber>1010300810</governmentpublicationsnumber><identifier>76325</identifier><internationalstandardbooknumber>9789860410402 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76325</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(2/2)--光碟版 In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast (2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/26</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76326</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76326</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告=In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/26</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76327</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76327</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告(光碟版) In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85029   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020280</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300863</governmentpublicationsnumber><identifier>76328</identifier><internationalstandardbooknumber>9789860412314 ; 9789860412</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76328</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(2/3) The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells (2/3)</title><yearidentifier>201404</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.85029   443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020280</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300863</governmentpublicationsnumber><identifier>76329</identifier><internationalstandardbooknumber>9789860412314 ; 9789860412</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76329</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(2/3)--光碟版 The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells (2/3)</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76330</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76330</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告 In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76331</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76331</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告 In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300810</governmentpublicationsnumber><identifier>76332</identifier><internationalstandardbooknumber>9789860410402 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76332</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(2/2) In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast (2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76333</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76333</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告(光碟版) In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/5/27</date><governmentpublicationsnumber>1010300810</governmentpublicationsnumber><identifier>76334</identifier><internationalstandardbooknumber>9789860410402 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76334</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(2/2)--光碟版 In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast (2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract> </abstract><author>Awi Mona(蔡志偉)編著</author><categoryidentifier>588.29</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/5/28</date><governmentpublicationsnumber>1010003157</governmentpublicationsnumber><identifier>76335</identifier><internationalstandardbooknumber>9789860294019 ; 9789860294</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76335</librarycollectiondetailsurl><price>450</price><publisher>行政院原住民族委員會</publisher><publishrocyear>100</publishrocyear><title>原住民族權利的變遷與發展：美國、澳洲、紐西蘭、加拿大與國際組織之判決選輯及解說</title><yearidentifier>201110</yearidentifier></data><data><abstract>為使大安大甲溪水源聯合運用輸水工程計畫內容及配套措施廣為民眾所知，並避免錯誤訊息以訛傳訛，故本宣導計畫以工程計畫影響區域與大臺中地區居民為主要宣導對象，透過多元型態整合行銷活動，達成與民溝通之目的。</abstract><author>厚鼎傳播整合行銷股份有限公司</author><categoryidentifier>443.689723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/6/4</date><governmentpublicationsnumber>1010300113</governmentpublicationsnumber><identifier>76338</identifier><internationalstandardbooknumber>9789860403190 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76338</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>大安大甲溪水源聯合運用輸水工程計畫宣導短片-活水歷險記</title><yearidentifier>201402</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/6</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76339</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76339</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(2/2)--內附光碟 Long-Term Measurement of sediment transport and density current simulation Reservoir(2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及 應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項M</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/6</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76340</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76340</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(2/2)--光碟版 Long-Term Measurement of sediment transport and density current simulation Reservoir(2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/6</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76341</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76341</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查=Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/6</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76342</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查(光碟版) Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract> </abstract><author>張恒裕 林榮清 許美蓮 蔡千?</author><categoryidentifier>554.51</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/6/10</date><governmentpublicationsnumber>1010202185</governmentpublicationsnumber><identifier>76349</identifier><internationalstandardbooknumber>9789860382938 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76349</librarycollectiondetailsurl><price>工本費200</price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>重建流失的拼圖 農地回填 Backfill the loss of farmland</title><yearidentifier>201310</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/12</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76350</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查(光碟版) Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/12</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76351</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76351</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查 Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 災害預警及應變工作係屬緊急事件之處置，與一般經常性業務執行狀態不盡相 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 同，其所需之人力及專業視該年颱風、豪雨或各類型災害發生次數期間而有極 大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警大之差異，故如何有效提供及 運用專業人力協助防災務單位進行害應變、預警前置作業，一直都是重要課題。 前置作業，一直都是重要課題。 前置作業，一直都是重要課題。 前置作業，一直都是重要課題。 前置作業，一直都是重要課題。 為此，「 為此，「 為此，「 為此，「 102 102年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 年經濟部水利署災害緊急應變小組服務團計畫」 (以下簡稱本 以下簡稱本 以下簡稱本 以下簡稱本 以下簡稱本 計畫 )研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 研擬運用充足之專業能力及人資源成立「經濟部水利署災害緊急應變小組服務團」， 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 於汛期前，助水利署執行旱災整備。間警報發布進颱風或豪雨天氣系 統之即時監測與守視，災害規 統之即時監測與守視，災害規 統之即時監測與守視，災害規 統之即時監測與守視，災害規 統之即時監測與守視，災害規 統之即時監測與守視，災害規 統之即時監測與守視，災害規 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 模及可能淹水區域預判；於警報發布後進行颱風或大豪 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 雨侵襲潛勢、河川水位預估淹等一系列工作，以協助掌握災情狀況且於警 報解除後研擬災相關告。 報解除後研擬災相關告。 報解除後研擬災相關告。 報解除後研擬災相關告。 此外本 計畫 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 亦隨時注意國際發生之天然災害，重大水旱事件旋即蒐集資 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 料提供災害速報。並於年底時協助進行度水利防之編輯製作，署辦 理相關教育訓練及防汛檢討會議。 理相關教育訓練及防汛檢討會議。 理相關教育訓練及防汛檢討會議。 理相關教育訓練及防汛檢討會議。 理</abstract><author>台灣大學氣候天氣災害研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/6/13</date><governmentpublicationsnumber>1010300511</governmentpublicationsnumber><identifier>76353</identifier><internationalstandardbooknumber>9789860408980 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76353</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>102 年經濟部水利署災害緊急應變小組服務團計畫(內附光碟) 2013 Service Corps of Disaster Emergency Operation Team of WRA, MOEA</title><yearidentifier>201403</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>76374</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76374</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中央管河川上游河段淤積土石處理對策(1/2) Disposal strategy for deposited sediment in the upstream reaches governed by the central government(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76376</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76376</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查(光碟版) Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>76378</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76378</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3)--光碟版=A Study on the basin flood mitigation and soil-sediment resources management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202553</governmentpublicationsnumber><identifier>76380</identifier><internationalstandardbooknumber>9789860388152 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76380</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究總報告--光碟版=A Study on the basin flood mitigation and soil-sediment resources management</title><yearidentifier>201312</yearidentifier></data><data><abstract>本研究為發展洪水平原之洪氾淤積演算模式，以應用於分析豪雨洪水期間之廣水域氾濫淤積現象及淤積潛勢，規劃改善對策，進而研究淤積土資源管理利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020269</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202552</governmentpublicationsnumber><identifier>76381</identifier><internationalstandardbooknumber>9789860388145 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76381</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>流域洪氾防災及土資源管理之研究(3/3)--光碟版=A Study on the basin flood mitigation and soil-sediment resources management(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>雷達雨量資料須經地域性之修正與地形效應之改正，本計畫將以陳有蘭溪流域為研究區域，建立利用雷達資料於陳有蘭溪之雨量預測模式，提高降雨與流量預測準確度，以進一步有效執行預警系統。陳有蘭溪為濁水溪主要支流，因集水區地質破碎導致許多崩塌，以致河床因土沙淤積而抬升，過去頻傳災情，如93年敏督利颱風、98年莫拉克颱風均帶來驚人雨量及重大災情，然兩次災害中均因疏散避難而幾無人命傷亡，足見疏散避難之成效。而流域內雨量站僅有龍神橋、內茅埔、西巒、溪頭、望鄉、和社、東埔、阿里山、新高口、玉山、排雲等11站擁有20年以上之雨量資料。這些雨量站間之距離至少有數公里且都集中於河道附近，對集水區上游之降雨在空間分布上描述十分不足。以修正後雷達雨量做出具時間效率(10分鐘更新)與空間準確度(1.25kmx1.25km網格)的降雨估計，以進一步以水文模式預估下游流量，以為防救災決策參考，並以陳有蘭溪流域重大之歷史颱風事件作為檢定與驗證，故擬定此研究計畫。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010333</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010203398</governmentpublicationsnumber><identifier>76383</identifier><internationalstandardbooknumber>9789860398465 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76383</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>陳有蘭溪流域雷達雨量與流量預測模式建置與評估--光碟版 Development and Testing of Geostatistically Based Algorithms for Spatial Adjustment of Radar Rainfall Values at the Chenyulan River Watershed in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以水利署洪水預報系統(Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)為基礎，建置九河局轄區內花蓮溪、秀姑巒溪建置洪水預報系統。DRAINS是水利署於2005至2011年持續開發之洪水預報系統，可於颱風時期自動化啟動執行，目前應用於淡水河等15條中央管河川，以及2條縣管河川：台東縣太麻里溪流域，屏東縣林邊溪流域。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020342</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202777</governmentpublicationsnumber><identifier>76385</identifier><internationalstandardbooknumber>9789860392623 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76385</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>102年度九河局轄區洪水預警及防汛整合作業--光碟版 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020326</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202571</governmentpublicationsnumber><identifier>76388</identifier><internationalstandardbooknumber>9789860388572 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76388</librarycollectiondetailsurl><price>500</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>國家級防災監測及模式測試基地建置(2/3)--光碟版 Setup of national base for disaster prevention monitoring and model testing (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76389</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查 Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010300810</governmentpublicationsnumber><identifier>76390</identifier><internationalstandardbooknumber>9789860410402 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76390</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究(2/2) In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast (2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>嘉義布袋商港至急水溪段海岸，涵蓋好美里自然保護區與雙春濱海遊憩區，有極為珍貴之沙洲、淺灘潮間帶、潟湖與濕地等多元樣貌之海岸。然而近年海岸地形變遷迅速，水利規劃試驗所於1999年著手進行該區沿岸水深地形測量，依研究結果顯示，布袋商港至急水溪段海岸發生嚴重侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺，其中龍宮溪至好美里海埔地事業堤間與雙春海岸之防風林線有日漸後退情形。依據本局2007年辦理之「易淹水地區水患治理計畫第一階段實施計畫-好美里海埔地海堤規劃」報告資料顯示，好美里北側浮洲防風林地亦迅速消退中。爰此，本局茲擬藉由辦理嘉義布袋商港至急水溪段海岸之基本資料蒐集分析、地形水深測量、海岸漂砂底質等工作，建立本段海岸基本資料，並藉由資料分析與現況數值模擬作業，研析海岸砂灘侵蝕問題，繼而據以研擬海岸防護及砂灘復育方案，作為日後海岸防護及砂灘復育規劃設計參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020028</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010300811</governmentpublicationsnumber><identifier>76391</identifier><internationalstandardbooknumber>9789860411065 ; 9789860411</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76391</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>布袋港南防堤至急水溪南岸海岸基本資料監測調查研究總報告 In Situ Investigation on Morphology and Sediment from Bu-Dai Harbor to Ji-Shui Stream at Chia-Yi Coast</title><yearidentifier>201404</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>76392</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76392</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署臺北辦公區</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2) Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>76393</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76393</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中央管河川上游河段淤積土石處理對策(1/2) Disposal strategy for deposited sediment in the upstream reaches governed by the central government(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/18</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>76394</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76394</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業--內附光碟 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2013</title><yearidentifier>201401</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/20</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76401</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76401</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(2/2 Long-Term Measurement of sediment transport and density current simulation Reservoir(2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>規劃中之雙溪水庫係計畫供應北部區域東北角地區之雙溪、貢寮、瑞芳，以及基隆地區目標年(民國120年)公共給水及工業用水之重要規劃案。水庫集水區位於臺灣東北部，基隆市東南方15公里之新北市東側，地理位置詳如圖一。水庫主要水源為雙溪支流之丁子蘭溪並與貢寮淨水場攔河堰聯合運用，大壩位於新北市雙溪區魚行里丁子蘭坑，集水區面積約897公頃、計畫淹沒區面積約55公頃。     本計畫目標係依最新水利建造物檢查及安全評估技術，針對本水庫鄰近地區蒐集及整理地震記錄，評估水庫計畫壩址受震安全性，同時針對場址特性提出可能地震力、模擬地震波形與設計壩體的耐震力安全評估，做為大壩工程設計依據並將其分析過程及結果彙整為成果報告。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020294</commissionedprojectidentifier><currency>NT$</currency><date>2014/6/23</date><governmentpublicationsnumber>1010300416</governmentpublicationsnumber><identifier>76404</identifier><internationalstandardbooknumber>9789860407549 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76404</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(3)-工程專題-地震危害度分析--光碟版 A Review of Feasibility Study of Shuangxi Reservoir (3) – Report on Review of Seismic Hazard Analysis</title><yearidentifier>201404</yearidentifier></data><data><abstract>財團法人國家實驗研究院國家高速網路與計算中心（以下簡稱「國網中心」）執行本計畫之目的，乃承續101年之「多重影像處理技術應用於防救災之研究」計畫，主要協助防救災多重影像資訊蒐集、多重影像技術研發，並製作防災教育宣導立體動畫影片。本計畫為2年期的第2年計畫，主要內容為系統技術研發與推廣，今年度工作項目包括配合水利署需求，於重大災害、特殊事件與水利工程建設蒐集防救災多重影像資訊，儲存於防救災多重影像資料庫，作為珍貴之歷史記錄。技術研發部分，包括多重影像處理技術改良與功能加值，開發影片式、多維大尺度之立體全影影像，開發行動式全景影像模組，藉由提供大範圍場景、深度與高解析等多元化資訊，協助進行更精確之災因與勘災分析研判。同時擴增雲端行動化展示系統與防救災多重影像資料庫內容， 且進一步結合動畫製作防災教育立體動畫影片，協助水利署進行防災教育推廣與宣導。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020323</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/9</date><governmentpublicationsnumber>1010203229</governmentpublicationsnumber><identifier>76429</identifier><internationalstandardbooknumber>9789860394924 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76429</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>多重影像處理技術應用於防救災之研究(2/2)(光碟版)Study of Photographic Multishot Technique for Disaster Prevention(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於水庫蓄存之水來自大壩以上及越域取水口以上集水區各處，上游集水區的各項行為對水庫水質均會產生影響。河川及水庫水體之水質監測，環保署依水污染防治法、飲用水管理條例暨相關法規均有定常性辦理，以呈現水體的水質均況，以及集水區健康狀態。遇有水質污染狀況,則由地方環保單位溯源查緝,以遏貽害水質水量之情事。 然而，水庫管理單位在污染事件發生時，雖非水質主管機關，但一旦污染水質流入蓄水範圍,可能危害整個供水系統之長期運作（例如石門水庫艾利颱風造成桃園長達19天停水），因此有必要建立自主監測體系，以主動因應並及時協調相關單位處置。 這樣的自主監測體系與環保單位定常性水體水質監測有別，重視集水區內可能貽害水質行為產生的水質指標監測，監測地點應能提供水庫管理單位採行應變與通知相關單位處置時間，監測頻率符合污染行為發生頻率與季節。 除前述運作機制，台灣地區尚屬創見仍待研訂外，集水區監測技術仍有通訊傳輸困難，電力穩定度，河道變動及洪水土砂衝擊等挑戰尚待克服,爰規劃本計劃之推動。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020107</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/11</date><governmentpublicationsnumber>1010300983</governmentpublicationsnumber><identifier>76436</identifier><internationalstandardbooknumber>9789860413700 ; 9789860413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76436</librarycollectiondetailsurl><price>500</price><publisher> </publisher><publishrocyear>102</publishrocyear><title>蓄水庫應變導向水質監測站規劃之研究=Study of Water Quality Monitoring Stations Planning for Reservoir Contingency-oriented</title><yearidentifier>201305</yearidentifier></data><data><abstract>由於水庫蓄存之水來自大壩以上及越域取水口以上集水區各處，上游集水區的各項行為對水庫水質均會產生影響。河川及水庫水體之水質監測，環保署依水污染防治法、飲用水管理條例暨相關法規均有定常性辦理，以呈現水體的水質均況，以及集水區健康狀態。遇有水質污染狀況,則由地方環保單位溯源查緝,以遏貽害水質水量之情事。 然而，水庫管理單位在污染事件發生時，雖非水質主管機關，但一旦污染水質流入蓄水範圍,可能危害整個供水系統之長期運作（例如石門水庫艾利颱風造成桃園長達19天停水），因此有必要建立自主監測體系，以主動因應並及時協調相關單位處置。 這樣的自主監測體系與環保單位定常性水體水質監測有別，重視集水區內可能貽害水質行為產生的水質指標監測，監測地點應能提供水庫管理單位採行應變與通知相關單位處置時間，監測頻率符合污染行為發生頻率與季節。 除前述運作機制，台灣地區尚屬創見仍待研訂外，集水區監測技術仍有通訊傳輸困難，電力穩定度，河道變動及洪水土砂衝擊等挑戰尚待克服,爰規劃本計劃之推動。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020107</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/11</date><governmentpublicationsnumber>1010300983</governmentpublicationsnumber><identifier>76437</identifier><internationalstandardbooknumber>9789860413700 ; 9789860413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76437</librarycollectiondetailsurl><price>500</price><publisher> </publisher><publishrocyear>102</publishrocyear><title>蓄水庫應變導向水質監測站規劃之研究--光碟版=Study of Water Quality Monitoring Stations Planning for Reservoir Contingency-oriented</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>陳文山 王源 楊昭男 楊志成</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/11</date><governmentpublicationsnumber>1009902574</governmentpublicationsnumber><identifier>76440</identifier><internationalstandardbooknumber>9789860389883 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76440</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>99</publishrocyear><title>五萬分之一台灣地質圖說明圖幅第三十五號：花蓮</title><yearidentifier>201007</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府公告治理基本計畫，遂於民國89年1月奉經濟部公告改為中央管河川。 本溪自規劃迄今已逾30餘年，由於地文及水文條件變遷，河道沿岸地區都市化，促使土地利用情況發生劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據；因此，重新依實際需求檢討及研擬水道治理計畫線及河道用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展，遂擬訂本次「鳳山溪大斷面測量」計畫。 為促進本計劃之進行，本局依公開招標原則由厚生工程顧問有限公司承攬施作，並依限完成本案之執行。 本計畫主要目的在減少計畫區域水害，維持河川水流正常機能，故就計畫河段內之河川特性、現有防洪措施等加以分析檢討，並配合都市計畫及區域整體發展，據以擬定水道治理計畫線及相關治理措施，俾供日後防洪工程實施及河川管理。</abstract><author>厚生工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980308</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/11</date><governmentpublicationsnumber>1009803203</governmentpublicationsnumber><identifier>76441</identifier><internationalstandardbooknumber>9789860207491 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76441</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>鳳山溪大斷面測量計畫(縱斷面、橫斷面圖及跨河構造物斷面圖)</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>羅偉 劉佳玫 楊昭男 王執明</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/18</date><governmentpublicationsnumber>1009803983</governmentpublicationsnumber><identifier>76460</identifier><internationalstandardbooknumber>9789860214840 ; 9789860214</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76460</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>98</publishrocyear><title>五萬分之一臺灣地質圖說明圖幅第二十八號：新城</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>何信昌 謝凱旋 高銘健 陳華玫</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/18</date><governmentpublicationsnumber>1009404442</governmentpublicationsnumber><identifier>76461</identifier><internationalstandardbooknumber>9789860036435 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76461</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>94</publishrocyear><title>五萬分之一臺灣地質圖說明圖幅第五十號：新化</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/21</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>76462</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76462</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>103</publishrocyear><title>行政院農業委員會特有生物研究保育中心102年度年報</title><yearidentifier>201406</yearidentifier></data><data><abstract>高屏溪水流枯洪變化極大，河床變動劇烈，主流擺動不定，在洪水期間常常造成河岸沖刷嚴重，甚至危及堤防安全。河岸沖刷主要是受到流路迫近河岸，造成近岸流速大增而造成河岸沖刷。防止河岸沖刷的方式，除了以傳統丁壩使得靠近河岸區域直接產生淤積效應外，亦可以將主流導離河岸的方式，等到主流被導離河岸後，降低近岸速度，以達到河岸區域的淤積或減少沖刷，河岸受到水流沖擊的風險將降低，對河岸安全更有保障。此種將主流導離堤岸，以達到堤防安全的方式，為本計畫主要應用的基本觀念。</abstract><author>財團法人成大海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980232</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/21</date><governmentpublicationsnumber>1009902177</governmentpublicationsnumber><identifier>76466</identifier><internationalstandardbooknumber>9789860239256 ; 9789860239</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76466</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>高屏溪本流沖刷機制及防護新工法之研究 =The Scour Mechanism and the New Protection Method for the Gaoping River</title><yearidentifier>201006</yearidentifier></data><data><abstract>原「石門水庫運轉規線」M-5規線，因各用水標的成長，於民國90年修正原運轉規線上限，為因應近年來水文條件改變及水庫容積大幅減少致使水資源調配困難之情況，本計畫將就現行運轉規線下限及嚴重下限作一全盤之檢討，俾利對乾旱年之供水提早因應，降低石門水庫供水營運之風險；另石門水庫高濁度期間運轉係涉緊急供水及排淤原則，需一併考量與防洪運轉洪峰發生後階段水庫標高回復至正常滿水位部分之競合。藉由石門水庫及其上游大漢溪系統水文資料蒐集、下游各標的供水需求分析，並經由最佳化搜尋之結果，達到滿足下游需求之水庫蓄水規線操作，並建構水庫泥砂與濁度分析模式架構，研議妥適的操作策略，以作為相關單位之參考依據。 本計畫以具高效能全域搜尋能力之遺傳演算法搜尋石門水庫運轉規線下限與嚴重下限，並提出三種修訂方案、制定目標函數及相關限制式，並以過去45年水庫入流量資料探討下限與嚴重下限最適當之水位，方案一採用現階段石門水庫嚴重下限之減供策略，以日SI為目標函數搜尋嚴重下限水位；方案二除了採用現階段石門水庫嚴重下限之減供策略外，參考翡翠水庫下限之減供策略，農業用水亦按比例減供，以日SI為目標函數搜尋下限與嚴重下限水位；方案三首先分析各種減供策略影響搜尋出最佳減供策略，並以日SI、空庫天數、水位嚴重下限以下天數為目標函數搜尋下限與嚴重下限水位，方案一與方案二搜尋出規線皆比原規線操作模擬結果好，方案一顯示僅調整嚴重下限水位可小幅降低水庫缺水風險，方案二加上提早啟動限水策略，使改善效果更佳；方案三則能最有效率的降低水庫空庫天數及嚴重下限以下天數，對於提高水庫操作效率及降低缺水風險表現最為優異。經各缺水指標加以評估分析後，以方案三為最佳方案並作為水庫運用要點修訂之參考。 在石門水庫高濁度期間供水策略分析，選用93至98年間資料較為完整之颱風豪雨事件，分析後池堰至鳶山堰之泥砂濃度變化，以選取代表性事件，作為後池及下游河道二維動床水理(含懸浮載)分析及水庫排砂期間操作策略研擬之參考依據，目前已初步獲得後池堰尖峰泥砂濃度到達鳶山堰之時間稽延尺度約介於5~8小時之間、後池堰至鳶山堰之濁度迴歸結果顯示折減率則約為0.84；此值接近數值模擬結果0.86，此外，若同時考量排洪隧道、溢洪道及發電排砂之後池堰水質(泥砂濃度)影響時，應利用排砂總量之關係式進行後池堰排砂量之評估，且應選擇相關性較高之石門水庫總出流泥砂量與後池堰排放泥砂量之關係式。 依據本計畫研究成果，下限以下提早打折供水，可大幅降低嚴重缺水之風險，建議下限以下農業用水依據計畫配水量百分之七十五供水為原則，家用及公共給水、工業用水依據計畫配水量百分之九十供水為原則；經比對此一作法與現行實際操作策略相符合，皆能提早因應缺水情況，達成減緩嚴重缺水情況的發生；嚴重下限以下折扣率建議不調整，因調整折扣率無法明顯改善日SI，面臨極端乾旱時，建議仍以召開協調會為主，商討是否採取其他限水措施；上述的修正建議方案雖能有效降低水庫操作之缺水風險，惟亦造成各標的可用水量有略微減少之情況，因此，我們建議未來能針對減供水量逐年編列補償預算成立作業基金，以確保各用水單位於乾旱缺水時期之原有權益。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/21</date><governmentpublicationsnumber>1009902390</governmentpublicationsnumber><identifier>76467</identifier><internationalstandardbooknumber>9789860241068 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76467</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫運轉規線下限及嚴重下限提升改善可行性評估及規劃委託專業服務專題正式報告書</title><yearidentifier>201006</yearidentifier></data><data><abstract>由地層在各方向之變化情形，將有助於探討地下水水質在空間上之分布概況及變化趨勢。藉由不同時間之空間分佈趨勢分析與探討，明瞭人為開發利用或環境背景因素之演變對於地下水質之影響，以作為後續水質監測之參考，</abstract><author>台灣糖業股份有限公司台南區處</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950191</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/22</date><governmentpublicationsnumber>1009503967</governmentpublicationsnumber><identifier>76470</identifier><internationalstandardbooknumber>9789860079982 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76470</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣地區地下水觀測網計畫─台灣地區地下水水質空間分佈初步分析專題報告書=Preliminary Analysis on the Spatial Distribution of the Groundwater Quality in Taiwan Area</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/25</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>76474</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76474</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>103</publishrocyear><title>行政院農業委員會特有生物研究保育中心102年度年報</title><yearidentifier>201406</yearidentifier></data><data><abstract>一、透過網際網路方式，水利署各級主管可全面掌控各項工作計畫之執行進度及經費支用狀況。 二、整合水利署科專計畫、委託研究及一般委辦計畫等之業務作業流程，所有工作計畫資料集中於資料庫伺服器中，利用網際網路資源分享之特性，提供線上即時查詢計畫相關資料或列印表單，減少承辦人員重覆登錄。 三、建立計畫控管之資訊化作業模式，以落實e化政府，提高行政效率</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/7/28</date><governmentpublicationsnumber>1009400052</governmentpublicationsnumber><identifier>76481</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76481</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>委辦計畫管理系統(內附光碟) Management System of Commissioned Project</title><yearidentifier>200503</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/30</date><governmentpublicationsnumber>1010301039</governmentpublicationsnumber><identifier>76487</identifier><internationalstandardbooknumber>9789860414721 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76487</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究（2/2） An overall Review and Improvement Strategy Reserch on the Environment Building Plan of Important Rivers(2009-2014)(2/2)</title><yearidentifier>201406</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>社團法人中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/31</date><governmentpublicationsnumber>1010301039</governmentpublicationsnumber><identifier>76492</identifier><internationalstandardbooknumber>9789860414721 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76492</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究（2/2）計畫成果資料 (光碟版) An overall Review and Improvement Strategy Reserch on The Environment Building Plan of Important Rivers(2009-2014)(2/2)</title><yearidentifier>201406</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/31</date><governmentpublicationsnumber>1010301039</governmentpublicationsnumber><identifier>76493</identifier><internationalstandardbooknumber>9789860414721 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76493</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)用心治水風貌 (光碟版)</title><yearidentifier>201406</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2014/7/31</date><governmentpublicationsnumber>1010301040</governmentpublicationsnumber><identifier>76494</identifier><internationalstandardbooknumber>9789860414738 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76494</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究總成果報告(內附光碟) Ooverall Review of the River  Environment  Construction Plan for Major River(2009-2014)and Study of the Strategies improvement</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/1</date><governmentpublicationsnumber>1009006002</governmentpublicationsnumber><identifier>76498</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76498</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>90</publishrocyear><title>澎湖隘門地下水庫環境社會變遷調查報告 Investigation Report on Environmental and Social Evolution of Penghu Aimen Underground  Reservoir</title><yearidentifier>200112</yearidentifier></data><data><abstract>由於人為活動增加溫室氣體排放，因而加強溫室效應導致全球暖化，致使原有之地文及水文條件改變，豐枯水期流量差異變大，排水流域可能易遭淹水威脅。隨著全球氣候變遷帶來的衝擊，對於未來的生活環境當思順應自然、回歸自然之方向努力。區域排水之整治與環境營造，除孜全之考量外，並應採用綜合治水之對策，兼顧綠美化及生態環境之和諧，以符合未來環境之需求。本府乃依經濟部水利署96年9月21日經授水(專)字第09620208680號函辦理「易淹水地區水患治理計畫」第一階段實施計畫縣管區排中社地區(含望孜本島)排水系統規劃與治理計畫等工作。 本計畫區望孜本島位於澎湖群島之南方，四周為台灣海峽所包圍，全島最高約為55m，全島居民分別聚落於北邊水垵村、西部中社村及南方的東、西孜二村，全島最大交通網路為環島道路，路寬約為8m，村莊內道路寬多為1~3m，並無主要河川，全島排水在高地部分為漫地流，進入村落後有五條排水路分布其間，各排水路長度皆不長，所以相對坡度約在4.5%~3.6%之間；本島造成災害之暴雨量大多由颱風所造成，因為降雨強度大，潮位上升導致原排水路之排水功能減低，致使村莊內低窪處淹水產生居民財產生命之影響；當潮水退後，出水口段排水路泥沙淤積，造成下次暴雨來時的排水阻礙，如此惡性循環，導致災害越形嚴重，為解決此問題，澎湖縣政府遂擬定本計畫，希望藉由綜合治水方法提高本計畫區的防洪標準，保護本區居民的生命財產之孜全。</abstract><author>澎湖縣政府德福工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1009903635</governmentpublicationsnumber><identifier>76513</identifier><internationalstandardbooknumber>9789860252851 ; 9789860252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76513</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」澎湖縣管區域排水中社地區(含望安本島)排水系統規劃(內附光碟) Regulation Project of Flood-prone Areas for Penghu County Zhong-She  Village(including the Wang-an Island), Regional Drainage System Improvement Project</title><yearidentifier>201011</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>76518</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76518</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>彰化海岸防護基本資料調查(1/2)成果報告書 Field Investigations and Analysis on Coastal Environment of Chang-Hua County (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>雷達雨量資料須經地域性之修正與地形效應之改正，本計畫將以陳有蘭溪流域為研究區域，建立利用雷達資料於陳有蘭溪之雨量預測模式，提高降雨與流量預測準確度，以進一步有效執行預警系統。陳有蘭溪為濁水溪主要支流，因集水區地質破碎導致許多崩塌，以致河床因土沙淤積而抬升，過去頻傳災情，如93年敏督利颱風、98年莫拉克颱風均帶來驚人雨量及重大災情，然兩次災害中均因疏散避難而幾無人命傷亡，足見疏散避難之成效。而流域內雨量站僅有龍神橋、內茅埔、西巒、溪頭、望鄉、和社、東埔、阿里山、新高口、玉山、排雲等11站擁有20年以上之雨量資料。這些雨量站間之距離至少有數公里且都集中於河道附近，對集水區上游之降雨在空間分布上描述十分不足。以修正後雷達雨量做出具時間效率(10分鐘更新)與空間準確度(1.25kmx1.25km網格)的降雨估計，以進一步以水文模式預估下游流量，以為防救災決策參考，並以陳有蘭溪流域重大之歷史颱風事件作為檢定與驗證，故擬定此研究計畫。</abstract><author>中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010333</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203398</governmentpublicationsnumber><identifier>76524</identifier><internationalstandardbooknumber>9789860398465 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76524</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>陳有蘭溪流域雷達雨量與流量預測模式建置與評估成果報告書 Development and Testing of Geostatistically Based Algorithms for Spatial Adjustment of Radar Rainfall Values at the Chenyulan River Watershed in Taiwan</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫以水利署洪水預報系統(Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)為基礎，建置九河局轄區內花蓮溪、秀姑巒溪建置洪水預報系統。DRAINS是水利署於2005至2011年持續開發之洪水預報系統，可於颱風時期自動化啟動執行，目前應用於淡水河等15條中央管河川，以及2條縣管河川：台東縣太麻里溪流域，屏東縣林邊溪流域。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020342</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202777</governmentpublicationsnumber><identifier>76525</identifier><internationalstandardbooknumber>9789860392623 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76525</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>102</publishrocyear><title>102年度九河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-43</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>76526</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76526</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一０一年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PART ∣ - RAINFALL</title><yearidentifier>201306</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>76527</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76527</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報 第二部份－河川水位及流量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201306</yearidentifier></data><data><abstract>水利署所建置之資料浮標、海上觀測樁、氣象站及潮位站相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>76528</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76528</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報第四部份－近海水文 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅣ－COASTAL HYDROLOGY</title><yearidentifier>201306</yearidentifier></data><data><abstract>臺灣水文及民國九十三年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1009403598</governmentpublicationsnumber><identifier>76529</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76529</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>中華民國九十三年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2004 TOTAL REPORT</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計畫擬藉由國內區域排水整治環境營造案例調查與分析結果，以提出與水利工程相結合之植生保育計畫，並編撰「區域排水環境營造棲地植生保育技術參考手冊」(草案)，俾提供區域排水規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020038</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202713</governmentpublicationsnumber><identifier>76533</identifier><internationalstandardbooknumber>9789860390025 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76533</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治環境營造案例調查暨棲地植生保育技術之研究(1/2)(內附光碟) Study on the environmental construction and habitat vegetation conservation technique of local drainage area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>76534</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76534</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>中央管河川上游河段淤積土石處理對策(1/2) Disposal strategy for deposited sediment in the upstream reaches governed by the central government(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>76536</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76536</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2)--內附光碟 The study of flood discharging and desilting of reservior considering the morphology stabilization of the downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>76538</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76538</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2) Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020241</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202764</governmentpublicationsnumber><identifier>76539</identifier><internationalstandardbooknumber>9789860390803 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76539</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治及環境營造計畫第5期(98~103年)成效檢討及後續計畫(104~109年)之評估研究(2/2)--內附光碟 A Revies of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76540</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76540</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3) Field Study on Coastal Monitoring and Investigation in YiLan</title><yearidentifier>201401</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會.成大近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>76541</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76541</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2) Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫主要為整合水利署各河川局及水資源局(含臺北水源特定區管理局)之照片檔案、資訊傳遞、查尋及保存等作業，依據各單位相關作業原則及系統資料欄位，建立統一數位化照片資料庫，並制定相關照片準則與規範，有效統一彙整各所屬機關例行表報及工程相片等資料，以供各平台系統即時查詢參考。 行動版APP程式部分，主要提供現地調查人員設計現地事件拍照流程，期能簡化資料及照片管理作業之操作，預期將有效管理署內各項照片及事件，期能將照片管理朝向制度化發展，以有效協助署內相關照片管理工作之進行及推展。而網頁版上傳管理介面，主要提供各所屬機關資料庫管理人員可直接上傳管理及維護動作。 網頁展示服務平台建置方面，本計畫照片事件展示主要透過google平台設計照片空間位置及資訊展示主題頁面，並提供各項查詢篩選條件，供使用者快速查詢所須要之標的，預期可做為協助主管機關進行輔助管理之依據。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020354</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203140</governmentpublicationsnumber><identifier>76542</identifier><internationalstandardbooknumber>9789860395259 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76542</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>數位化河川管理系統 River Management Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>十河局於93年自行研發淡水河即時洪水預報系統(Real time flash flood forecasting model for Dansuie river, REFOR模式)，並於97~101年進行基礎資料更新與模擬功能的擴充，結合資料庫與GIS進行即時預報、事件模擬、決策支援、參數檢定等功能。預報範圍包含淡水河、基隆河、新店溪、景美溪、二重疏洪道及三峽河，降雨預報包含延續法、中央氣象局QPESUMS、颱風氣候法、颱洪中心系集預報等產品，配合水筒模式計算集水區逕流，河川水理模式計算河川水位與流量。展示分別以歷線圖表，以及結合平面地圖展示功能，於颱洪時期可協助預報人員進行研判與決策。此外，應用REFOR架構開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，工作包括維護更新模式所需基礎資料、相關資料分析、以及電子書製作；彙整分析淹水調查作業之資料；塔寮坑溪系統現況資料更新及擴充；重新檢討與評估集水區代表雨量站；評估納入南勢溪河川水理演算；增加預報系統計算頻率；配合實際作業需求，進行地圖化展示介面功能擴充</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020271</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203302</governmentpublicationsnumber><identifier>76543</identifier><internationalstandardbooknumber>9789860395587 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76543</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>102年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>河川及水庫區域的監測是台灣水資源管理中一個重要的工作，但河川及水庫區域內的使用行為日趨複雜，以河川局及水資源局之有限人力與資源欲有效監控河川及水庫區域內違法之行為，有實際困難之處，故利用先進而成熟的遙測科學技術對河川流域進行長期的監測更顯為重要。本計畫以遙測衛星高時效與大範圍監測的特性，針對中央管河川(含淡水河及磺溪水系)和水庫蓄水範圍之變遷偵測；並透過網路通報每期變異點資訊至查報單位，而查報單位於現地調查後，再利用網路回報查報之結果。由於本計畫是常態性大範圍之變遷偵測，因此先進行電腦自動化變遷判釋，但考量河川巡防人員之實際工作情況，再配合光譜類別變化、形狀和紋理特徵及輔助圖資，以人工篩選方式進行變異點之過濾，如此可減少巡防人員之工作量。 本計畫執行期間需執行68期變遷監測影像接收與處理，於繳交期末初稿時(10/14/2013)已完成58期，共通報1151個變異點。本計畫之監測影像來源為福衛二號為主，SPOT-5為輔，計畫執行期間平均衛星影像分析率大約56%。在新技術研發方面，除了提升衛星影像變遷判釋之精準度外，同時也建立「線上互動式影像變遷偵測平台」(WIICAD，Web-based Image Interactive Change and Detection)，建置深槽成果及歷年使用之衛星影像資料庫，提供使用者查詢或比對不同時期的地貌，進而運用變遷分析的e化作業；數化多時期河川深槽流路，可調閱各時期河川及深槽的變化，除了可靜態地檢視各深槽的變遷樣貌，更可動態地同步播放不同時期深槽的變遷成果影片以提供各配合單位河道治理之參考。 因應各類應用程式走向微型應用程式（App）的商業模式，規劃及建置河川及水庫監測查報App，提供查報人員更為簡便的現地勘查之輔助工具。 本計畫執行後全力配合處理由各配合單位提出的11件緊急協助需求，提供之衛星影像可做為處理河川管理之緊急事件參考或判斷依據。 由執行成果顯示，本計畫能夠有效的協助巡防人員進行河川及水庫區域變異點查報，並提高河川及水庫巡防取締違法行為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010136</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203285</governmentpublicationsnumber><identifier>76547</identifier><internationalstandardbooknumber>9789860395570 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76547</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度應用衛星遙測於中央管河川(含淡水河及磺溪水系)河川區域之監測與管理--內附光碟 2012 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Govvrnment ( including Danshui and Huang River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>76548</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76548</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業--內附光碟 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2013</title><yearidentifier>201401</yearidentifier></data><data><abstract>面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 面臨外部氣候變遷威脅、內社會環境挑戰， 臺灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 灣必須藉前瞻性與系統的 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 研究、跨領域協調整合，以完善政策因應。多利用雨水地表再生及海 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管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目管理、跨領域協調加強多元策略等作法達到節約水資源的 目，明確國家水資 明確國家水資 明確國家水資 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 源供需政策，俾提穩定水以解決未來 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 發展所需之生活及工業用水問題 ，期 望於 2031203120312031年看見具體 年看見具體 成效 。 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 面對多變的水資源環境， 積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方積極展開不同面向的策略， 包括在水源發方採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 採取雨水貯留、廢污回收再利用海淡化等方式， 提供多元化之水來 提供多元化之水來 提供多元化之水來 源以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 以降低缺水風險；在防洪治方面則強調流域綜合， 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 建立國土開發計畫的 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 指導原則，強化「洪水責任分攤」以上游保、中滯下排的角 度來進行規劃 度來進行規劃 ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， ；另在防災應變方面， 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 落實全民防災理念（汛志工、自主社 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 區、企業聯合防災等）提升資訊服務效能 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 ，將防災能量擴充到最大。 臺灣地區 之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理之水資源開發利用與保育， 分別由不同性質機關共推動辦理殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 殷鑑於此，經濟部水利署（ 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 前水資源局、統一規劃委員會）自民國 70 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 年起，蒐集歷各標的投資料進行系統性之整理、歸納及計分析俾呈現 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 各年度水資源之投概況，供相關單位辦理規劃參考。 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 經二十餘年之時空變化，已歷國家濟起飛政府組織革及水利單位整 併等多重沿革自 併等多重沿革自 97 年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發年度新增「國土保育」 及水利產業，並將生地開發納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 納入國土保育中，今 （10 1）年度 臺灣地區 臺灣地區 臺灣地區 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 水資源投分析年報內容延續 97 年度 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 所更新之標的別內容，且 持續更新 持續更新 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 細項標的分類別內容。 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 本年度之計算基期為民國 10 1年 1月 1日至民國 10 1年 12 月 31 日止。報告 日止。報告 日止。報告 日止。報告 中引用行政院 中引用行政院 主計總處 主計總處 主計總處 公布 之資料，配合 之資料，配合 之資料，配合 之資料，配合 主計總處 主計總處 於民國 10 1年校正各項統計資 年校正各項統計資 年校正各項統計資 料</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>2010202163</governmentpublicationsnumber><identifier>76549</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76549</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣地區水資源投資分析101年度報告--內附光碟</title><yearidentifier>201310</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010200070</governmentpublicationsnumber><identifier>76550</identifier><internationalstandardbooknumber>9789860358261 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76550</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究總報告 Reserch In Foundation Erosion Of Hazard Potential Levees In Jhuoshuei River</title><yearidentifier>201301</yearidentifier></data><data><abstract>濁水溪流域面積約3,156km2，為台灣地區第二大流域僅次於高屏溪流域，其幹流長度約187km，為台灣最長河川，清水溪及陳更蘭溪為幹流主要二條支流，水系及流域範圍首頁圖所示。濁水溪水系自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，曾發生多次堤防損毀災害，造成相當程度的經濟損失或人命傷亡。故現階段河川管理除局部加強現更堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期檢查等工作，以確保防洪構造物功能外，亦更必要針對過往防洪構造物模擬深入檢討現場堤基沖刷特性、機制，與堤防沖刷災害的成因，以提供具沖刷潛勢堤段未來工程設計與改善之參考與應用，是為本計畫之緣起與目的。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010200069</governmentpublicationsnumber><identifier>76551</identifier><internationalstandardbooknumber>9789860358254 ; 9789860358</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76551</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究成果報告(2/2) Reserch In Foundation Erosion of Hazard Potential Levees In Jhuoshuei River (2/2)</title><yearidentifier>201301</yearidentifier></data><data><abstract> </abstract><author>陳進興主編</author><categoryidentifier>367.329</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1009200179</governmentpublicationsnumber><identifier>76554</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76554</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>92</publishrocyear><title>長河綿延:濁水溪生態圖鑑</title><yearidentifier>200301</yearidentifier></data><data><abstract>本研究擬以基隆河員山子分洪道樞紐為研究對象，廣泛蒐集調查計畫區域集水區之水文、地文、泥砂特性，評估計畫區域產砂、漂流木潛勢與分洪道磨蝕初步評估。同時探討即時自動化流量及泥砂觀測方法（包括泥砂推移質與懸移質），除歸納評估現有水位-流量及泥砂量觀測設施功能及適用性外，同時研究評估國內外各式懸移質及推移質觀測方法，並擇定一組較佳觀測方法並進行現地測試研究。經測試驗證後並規劃設置一組即時自動化泥砂觀測示範站，並進行兩年之即時自動化泥砂觀測試驗工作。同時進行低中高流量之水位-流量及流量-泥砂觀測紀錄，同時分析建立本流分洪前後及分洪水位流量關係，以建立完整之水位-流量及流量-泥砂量率定關係。經由本計畫之執行推動，將可完成計畫區域即時自動化流量泥砂量防災監測站網之更新改善規劃外，同時建立示範站址之水位-流量與泥砂量間之定量率定關係，並可提供計畫區域防洪安全評估及分洪操作管理之重要參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010346</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202615</governmentpublicationsnumber><identifier>76555</identifier><internationalstandardbooknumber>9789860388657 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76555</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>基隆河員山子分洪流量及泥砂量防災觀測計畫(2/2) Observation plan of flood discharge and sediment diversion by yuanshantze flood diversion on Keelung River (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本年報為中水局101年度業務執行成果彙編，可提供政府機關、社會各界與行政史實研究之參考</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010002432</governmentpublicationsnumber><identifier>76564</identifier><internationalstandardbooknumber>9789860286786 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76564</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>102</publishrocyear><title>經濟部水利署中區水資源局年報101年度</title><yearidentifier>201308</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過網路及各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。 本計畫則進一步拓展系統應用層面，訪視3個縣市政府及各水資源局疏濬區，擴充開發符合縣市政府及水資源局使用之疏濬作業數位化管理系統，未來縣市政府及水資源局之疏濬區也能運用本系統執行疏濬業務，擴展系統適用範圍，大幅提升系統效益。 另一方面，本計畫建立疏濬計畫管理機制，從計畫提案到結案階段提供完整之數位化管理平台，除自動將現場疏濬數據回傳至系統之單位外，其他單位亦則可透過本系統將疏濬數據輸入到同一系統中進行查詢統計，自動與手動機制並行，水利署可於同一系統中查詢全國疏濬統計資訊。 本計畫並積極辦理系統推展試辦作業，協助河川局疏濬區開始使用本系統作為疏濬作業管理系統，辦理現地輔導上線及教育訓練等課程，包含協助現地軟硬體設備整合，現場保全人員教育訓練，以及河川局人員教育訓練，讓河川局疏濬區能於最短時間內順利上線使用本系統。進一步達到資訊流通及提高疏濬業務執行效率之計畫目的，充分發揮系統效益。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020262</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203181</governmentpublicationsnumber><identifier>76565</identifier><internationalstandardbooknumber>9789860394535 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76565</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>疏濬作業數位化管理系統維護及改善 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將完成氣候變遷下西北及東北沿海之環境因子情境分析，並確立氣候變遷下西北及東北海岸地區所可能發生的水位特徵，以完成海岸災害受氣候變遷之衝擊評估，並研擬相關調適策略，進行行動方案之效益分析。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020048</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202972</governmentpublicationsnumber><identifier>76566</identifier><internationalstandardbooknumber>9789860389876 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76566</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫(2/2) A study of adaptation capacity of coastal disasters due to climate change in order to strengthen northwest and northeast</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將完成氣候變遷下西北及東北沿海之環境因子情境分析，並確立氣候變遷下西北及東北海岸地區所可能發生的水位特徵，以完成海岸災害受氣候變遷之衝擊評估，並研擬相關調適策略，進行行動方案之效益分析。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020048</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202972</governmentpublicationsnumber><identifier>76567</identifier><internationalstandardbooknumber>9789860389876 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76567</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>強化臺灣西北及東北地區因應氣候變遷海岸災害調適能力研究計畫 A study of adaptation capacity of coastal disasters due to climate change in order to strengthen northwest and northeast</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010202858</governmentpublicationsnumber><identifier>76568</identifier><internationalstandardbooknumber>9789860391664 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76568</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>102</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201312</yearidentifier></data><data><abstract>?陽溪為經濟部水?署第一河川局轄管之中央管河川，101?4月公告治?界點延伸至米摩登溪匯?口，繼光橋(舊界點)至米摩登溪匯?口間(約 6公?)，以往全無地形、地質、地貌、?徑等資?，極需測繪已?管?及治?需求。另?陽溪大部分堤防已超過混凝土使用?限，??颱洪造成河道變遷頻繁，高灘地穩定對防洪構造物之影響及因應對策與工法設計亦須研究。 爰此，辦?「?陽溪變遷調查及治?工程對策研析」，以航空攝影測?技術測製繼光橋(舊界點)至米摩登溪匯?口間河段之地形圖、正射影像及 DEM；並收集?陽溪相關資?整合分析；以提供未?河川相關規劃、防洪、治?及管?業務之推?與應用。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020060</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/4</date><governmentpublicationsnumber>1010203551</governmentpublicationsnumber><identifier>76574</identifier><internationalstandardbooknumber>9789860398908 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76574</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪變遷調查及治理工程對策研析=The Research and Analysis of Change Investigation and Management Project for Lanyang River</title><yearidentifier>201312</yearidentifier></data><data><abstract>水利署第八河川局(以下稱本局)歷年辦理河川水文量測，限於人力及安全考量，高流量情況下之觀測有其困難。實際操作過程中，因天候不佳，視線不良，人員安全考量或橋梁封閉的情況下，難以實施全日人工觀測。加上受限於人力及設備，單次人工觀測的時間通常為2小時以上，每日能作業時間及得到的數據組數很少，難以充份掌握整個洪水流量變化過程，對於預警及事後檢討幫助有限。 自動化水文量測系統具有不受天候、視線、封橋、人員安全及疲睏問題等影響，所能量測資料之數量及品質優於人工方式，故建置自動化儀器為未來水文測驗工作發展之趨勢。 爰此，本計畫於本局所轄台東大橋水位流量站辦理固定式自動化水文觀測作業，進行水深、濁度、表面流速、河床沖刷量測及閉路電視(CCTV)回傳現場影像等工作，並使其於高流量下具自動化量測功能，冀能提高水文量測之能力及品質。 同時將固定式之概念整合水文觀測儀器於本局既有之水文工作車上，使其具備高度自動化之特性，達到「單人即可完成河川水文量測」之理想（基於安全理由，出外作業時仍以至少兩人為一組進行）。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203090</governmentpublicationsnumber><identifier>76575</identifier><internationalstandardbooknumber>9789860392852 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76575</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處第八河川局</publisher><publishrocyear>102</publishrocyear><title>卑南溪高流量觀測方法改善計畫(內附光碟) Improvement Plan of High Flow Discharge Oberservation Method for Beinan Creek</title><yearidentifier>201312</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020261</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203344</governmentpublicationsnumber><identifier>76576</identifier><internationalstandardbooknumber>9789860397383 ; 9789860397</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76576</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川監控管理整合平台維護及改善計畫 The Maintenance and Improvement of Integration Platform for River Monitoringand Management System 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年來全球氣候異常情況加劇，隨著國內推行永續發展之政策，水利工程單位開始思索如何延長水利建設之可持續性，為了改善既有大刀闊斧的營建理念，開始探討與自然相融合及全生命週期之管理思維，進而研擬一套永續水利工程評估系統，此系統評量內容完整，涵蓋效益、生態、節能、減廢、耐久、安全、人文與創意等八大面向，有助於評量水利工程設施之永續作為。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020144</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203474</governmentpublicationsnumber><identifier>76577</identifier><internationalstandardbooknumber>9789860398892 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76577</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>永續水利工程評估指標系統推廣與導入總報告 Implementation and Promotion of Sustainability Indicator System for Hydraulic Facilities</title><yearidentifier>201312</yearidentifier></data><data><abstract>現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有略成堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大。尤其99年梅姬颱風後(1021豪雨)等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬僅先就急要之河段(羅東溪及宜蘭河部分)委外辦理安全性評估分析及研擬改善方案，後續蘭陽溪水系將依序施辦。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010353</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203294</governmentpublicationsnumber><identifier>76578</identifier><internationalstandardbooknumber>9789860396324 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76578</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>蘭陽溪水系(羅東溪及宜蘭河)堤防安全性評估分析研究計畫成果報告書(內附附錄六光碟) Study Project on Safety Assessment and Analysis of Dike in Lanyang River System (Lo-Dong River and Yilan River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>76579</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76579</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3) The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。經濟部水利署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020244</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203297</governmentpublicationsnumber><identifier>76580</identifier><internationalstandardbooknumber>9789860396683 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76580</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(2/3)附冊 The Program of Developing the Surface Water Availability Calculation System in Taiwan (2/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.海岸概況 2.基本資料蒐及調查獲補充 3.海岸特性分 4.重要課題分析與對策 5.方案規劃 6.優選方案實施修先順序及分年計畫 7.計畫評價 8.關連計畫及配合措施</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020219</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203330</governmentpublicationsnumber><identifier>76581</identifier><internationalstandardbooknumber>9789860396911 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76581</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>台北海岸環境營造規劃(1/2)--內附光碟 Sustainable Regeneration of Taipei Coastal Environment Plans (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.選擇苗栗縣、新竹縣、桃園縣、新北市、宜蘭縣、花蓮縣及台東縣海岸內水利署所屬第1、2、8、9、10河川局轄區管理一般性海堤，基本資料蒐集調查。2.組成「水利署一般性海堤生態棲地評估服務團」以海岸生態模式辦理海堤現場生態環境初步（巨觀）評估，及現場直接的生態品質評估。3.擇定1處海堤為示範區，進行現地調查。4.辦理1次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202542</governmentpublicationsnumber><identifier>76582</identifier><internationalstandardbooknumber>9789860387780 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76582</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查(2/2)-- Survey on Ecological Habitat of General Sea Dike(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫之主要工作內容1.以水利署管轄之海堤區之基本資料蒐集調查2.以海岸生態模式辦理水利署管轄海堤之生態環境進行初步（巨觀）評估。3.擇定3處海堤為示範區，進行現地調查。4.辦理3次海堤棲地檢討專家會議 。5.彙整示範區之調查資料，進行生物及棲地評估，並提出棲地改善及保育策略。</abstract><author>台灣海洋工程學會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020265</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202543</governmentpublicationsnumber><identifier>76583</identifier><internationalstandardbooknumber>9789860387803 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76583</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>一般性海堤生態棲地調查總報告 Survey on Ecological Habitat of General Sea Dike</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫延續101年度「一河局轄區洪水預報系統建立之先期規劃」成果，首先針對轄內流域各水位站進行現場勘查，確認水位計探針位置，並將最新的河川斷面資料更新至預報系統資料庫。蘭陽溪流域洪水預報系統以去年度所初步完成的系統為基礎，透過集水分區的重新劃分，以及逕流與河川模式的擴充建置，將五十溪、大湖溪、大礁溪、小礁溪、清水溪及安農溪等支流納入預報範圍，並以101年度蘇拉颱風事件完成參數檢定；和平溪流域則完成主流及楓溪的逕流與河川模式建置，並納入預報系統進行颱洪事件預報測試。今年度主要以DRAINS系統提供防汛期間水情資訊研判、技術支援及預報諮詢，在蘇力、潭美、天兔及菲特颱風時期，本計畫提供3名人力全天進駐一河局值勤，就DRAINS系統實施操作控管，系統問題排除，協助洪水預報作業，並提供洪水預報結果、網路氣象水情資訊研判及相關水情資料。除此之外，在今年度各場颱風(含無進駐之颱風)海上警報發佈後，至警報解除為止，每天提供4次水情簡報資料，總計今年共提供54次水情研判簡報。在系統整合的部分，本計畫利用General Adapter將GRUNOFF逕流模式及NewC河川模式，串接至FEWS_Taiwan平台，並利用該平台之功能，蒐集模式所需要之水文觀測及雨量預報資料，經由模式計算後將水位預報成果展示於今年度建置之防汛地圖，地圖中可一併展示各水位站觀測與預報、雨量站觀測與預報展示與彙整歷年颱洪事件受災(含溢堤、破堤、淹水)河段及區域以及CCTV影像等資訊。本計畫於葫蘆堵大橋及農義橋架設洪痕水尺，可觀察颱洪時期的最高水位，今年度依據一河局之需求，於蘇力、潭美、天兔及菲特颱風期間進行淹水調查，同時為配合現場水情調查及勘查圖資查詢等作業，以及強化預報系統資料庫儲存功能，完成購置相關行動裝置及資料庫軟體。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020251</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203255</governmentpublicationsnumber><identifier>76584</identifier><internationalstandardbooknumber>9789860395167 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76584</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>102</publishrocyear><title>102年度一河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the First River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76585</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76585</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(2/2)--內附光碟 Long-Term Measurement of sediment transport and density current simulation Reservoir(2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>現行河川管理事業已邁向兼具治水、利水、親水之整體性河川環境管理，以維護河川環境生態資源永續，河川環境管理要考量河川生態環境之保育，首要條件即是了解河川生態系統對河川環境之適應能力。「和平溪河川情勢調查」即是因應前述需求，以和平溪河系為單元，辦理生物性環境、非生物環境及水利工程環境之整合性調查與分析。本計畫工作目標係在以河川環境整體角度對和平溪河系有關之基礎資料，包括人文、社經及水文資料、生物環境、河川空間利用等辦理河川情勢調查，以及建立生態資料庫、網頁查詢系統，作為推展河系河川事業、河川管理及提供水利工程人員適合和平溪之近自然工法規劃、設計所需資訊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.68972</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020252</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010300481</governmentpublicationsnumber><identifier>76586</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>和平溪水系河川情勢調查=Investigation of Current Status in Heping River</title><yearidentifier>201403</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會.成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020051</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202586</governmentpublicationsnumber><identifier>76589</identifier><internationalstandardbooknumber>9879860387636 ; 9879860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76589</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(1/2) Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Areas(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020383</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010300411</governmentpublicationsnumber><identifier>76590</identifier><internationalstandardbooknumber>9789860406573 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76590</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(1/2) River Monitoring Integration System and Demonstration (1/2)</title><yearidentifier>201403</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202579</governmentpublicationsnumber><identifier>76591</identifier><internationalstandardbooknumber>9789860388640 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76591</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫總報告書 A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本項研究計畫為該整體研究計畫中之一環，目的係為整合水文環境變化、衝擊評估、脆弱度及風險評估等工作，並配合河道土砂運沖淤導致河相變遷模擬試驗，進行因應氣候變遷所造成的極端氣候淡水河防洪處理對策示範研究。本計畫擬建立流域整體防洪需求、土砂產生、處理對策相關評估模式，整合土砂災害對坡地、河道、海岸的影響，以建立極端事件下淡水河現階段防洪及土砂災害處理對策，並檢討現有的防洪及土砂災害預警系統，擬定在發生極端降雨事件時，流域水土災害疏散避難與救災對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020022</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202578</governmentpublicationsnumber><identifier>76592</identifier><internationalstandardbooknumber>9789860388633 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76592</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>淡水河流域因應氣候變遷防洪及土砂研究計畫(2/2) A Study of Flood Control and Sediment Management due to Climate Change of Tamsui River(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰研提本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020145</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202641</governmentpublicationsnumber><identifier>76593</identifier><internationalstandardbooknumber>9789860389463 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76593</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究(1/3) Keelung River Comprehensive Improvement Plan (1st  Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>混凝土材料具有高強度、高耐久性、低透水性及成本低等優點，而纖維混凝土乃是一種將纖維均勻分佈於混凝土內之複合材料，藉由纖維之高拉力強度可有效阻止混凝土的內部破裂，對裂縫的延伸具有相當大的阻抗作用，使得混凝土可大幅增加強度、抗裂性、抗衝擊性及震動抵抗能力，因此，設計與製作低成本高耐久性，並且兼具抑制生物附著防護功能之混凝土水門扇相當值得探討。</abstract><author>國立嘉義大學</author><categoryidentifier>440.327</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020218</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010203740</governmentpublicationsnumber><identifier>76594</identifier><internationalstandardbooknumber>9789860402964 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76594</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>102</publishrocyear><title>混凝土質水門扇設計與應用之探討(內附光碟) Design and Application of Hydraulic-Gate made of Concrete</title><yearidentifier>201312</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。   破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020074</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/5</date><governmentpublicationsnumber>1010202917</governmentpublicationsnumber><identifier>76595</identifier><internationalstandardbooknumber>9789860392258 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76595</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(1/2) Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>邱燕淇</author><categoryidentifier>309.33 8732</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/6</date><governmentpublicationsnumber>1009902445</governmentpublicationsnumber><identifier>76599</identifier><internationalstandardbooknumber>9789860209945 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76599</librarycollectiondetailsurl><price>600</price><publisher>行政院國家科學委員會</publisher><publishrocyear>99</publishrocyear><title>閃亮50科研路50科學成就Fifty Scientific Achievements</title><yearidentifier>201012</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/13</date><governmentpublicationsnumber>1010301194</governmentpublicationsnumber><identifier>76606</identifier><internationalstandardbooknumber>9789860416237 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76606</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年水利統計 STATISTIC OF WATER RESOURCES 2013</title><yearidentifier>201407</yearidentifier></data><data><abstract> </abstract><author>林啟文、張育仁</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010301193</governmentpublicationsnumber><identifier>76609</identifier><internationalstandardbooknumber>9789860416442 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76609</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>103</publishrocyear><title>五萬分之一台灣地質圖說明書.圖幅第八號桃園</title><yearidentifier>201407</yearidentifier></data><data><abstract>臺灣地區西部地區河川在上游興建各種攔砂及蓄水等構造物後，砂石補充來源相對減少，加上以往河川中、下游砂石長期遭大量採取，除河川砂石資源漸趨枯竭外，河床亦逐年下降，由濁水溪輸油管破裂、高美大橋橋墩下陷被迫封橋及高屏大橋斷橋等重大公安事件，顯示潛藏有危害河防及跨河橋梁等構造物安全之虞。另一方面，98年8月莫拉克颱風降下超大豪雨，更導致中、南部中央管河川上游集水區多處林班地、山坡地崩坍，所沖刷之土石更造成中、下游河道嚴重淤積，因此河川砂石管理工作，故在確保河川結構物安全之前提下，對於有淤積問題之河段，如何決定在合理之範圍、河段及數量下辦理疏濬，為河川管理之重要考驗，擬以專案管理之方式規劃土石去化、疏濬工程。</abstract><author>逢甲大學</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020392</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010301179</governmentpublicationsnumber><identifier>76610</identifier><internationalstandardbooknumber>9789860416565 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76610</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>現行中央管河川疏濬管理策略檢討與專案管理知識導入之研究成果報告 Discussion of Strategy on Present Quarry and Dredge Management of the River Administrated by Central Government and the Project Management Knowlede Oriented Study</title><yearidentifier>201406</yearidentifier></data><data><abstract>臺灣地區西部地區河川在上游興建各種攔砂及蓄水等構造物後，砂石補充來源相對減少，加上以往河川中、下游砂石長期遭大量採取，除河川砂石資源漸趨枯竭外，河床亦逐年下降，由濁水溪輸油管破裂、高美大橋橋墩下陷被迫封橋及高屏大橋斷橋等重大公安事件，顯示潛藏有危害河防及跨河橋梁等構造物安全之虞。另一方面，98年8月莫拉克颱風降下超大豪雨，更導致中、南部中央管河川上游集水區多處林班地、山坡地崩坍，所沖刷之土石更造成中、下游河道嚴重淤積，因此河川砂石管理工作，故在確保河川結構物安全之前提下，對於有淤積問題之河段，如何決定在合理之範圍、河段及數量下辦理疏濬，為河川管理之重要考驗，擬以專案管理之方式規劃土石去化、疏濬工程。</abstract><author>逢甲大學</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020392</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010301179</governmentpublicationsnumber><identifier>76611</identifier><internationalstandardbooknumber>9789860416565 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76611</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>現行中央管河川疏濬管理策略檢討與專案管理知識導入之研究成果報告--光碟版 Discussion of Strategy on Present Quarry and Dredge Management of the River Administrated by Central Government and the Project Management Knowlede Oriented Study</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>76612</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76612</librarycollectiondetailsurl><price></price><publisher>經濟部中央地質調查所</publisher><publishrocyear>103</publishrocyear><title>水文地質研究專輯(一)</title><yearidentifier>201407</yearidentifier></data><data><abstract>一、臺灣光復後，政府全力進行復員與建設工作之際，臺灣省水利局    首先從事興建水庫的初步研究工作，地方政府與社會人士也組成促進委員會，繼而陳故副總統辭修先生之遠見與決心，為造福人民，推動石門水庫之興建，遂於43年5月成立「石門水庫設計委員會」，即為興建水庫所設立的第一個組織。二、44年7月於石門水庫設計委員會提出興建計畫報告後，成立「石門水庫籌備委員會」負責籌措經費及設計施工。45年7月成立「石門水庫建設委員會」，展開施工。三、石門水庫管理委員會於52年8月成立。石門水庫全部工程於53年6月竣工後「石門水庫建設委員會」即宣告結束，整個工程移交「臺灣省石門水庫管理委員會」(53年6月改隸臺灣省政府)接管。四、53年7月臺灣省石門水庫管理委員會下設「石門水庫管理局」（59年9月改隸臺灣省政府建設廳），專責石門水庫維護、管理及營運。五、86年臺灣省政府調整省屬水利機關組織，臺灣省石門水庫管理局與臺灣省水利局第十工程處於87年1月23日合併改制成立「臺灣省水利處北區水資源局」，專責新竹以北地區水資源開發維護管理及經營事項。六、88年7月1日依「臺灣省政府組織暨功能調整方案」改隸經濟部，更名為「經濟部水利處北區水資源局」。七、88年11月16日因經濟部水利處第十河川局成立，掌理淡水河防洪等相關業務，本局仍轄管石門水庫營運、集水區整治及北區水資源管理調配及開發工程相關業務。八、91年3月28日經濟部水利署成立，機關改制為經濟部水利署北區水資源局，調整本局組織通則與業務迄今。九、為提升政府效能，行政院組織改造法案陸續於99年1月及100年4月間完成立法，確認新的行政院組織架構由37個部會精簡為29個機關，未來本局將改隸於新部會「環境資源部」，成立「環境資源部水利署北區水資源分署」，賡續致力於攸關國計民生之水資源工作。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010301366</governmentpublicationsnumber><identifier>76613</identifier><internationalstandardbooknumber>9789860418606 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76613</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>經濟部水利署北區水資源局一百零二年度年報</title><yearidentifier>201408</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>76616</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76616</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(2/2)成果報告書= Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>丁壩工法為目前濁水溪水系治理規劃常見之工程手段，但因其保護河段變化牽涉因素十分複雜，河川特性與流場瞬息萬變，故實務設計上仍無一定規則可資準繩。至目前為止，臺灣丁壩工法仍就河流特性、累積之經驗，漸次研究改善所得之經驗工法。 為精進現階段丁壩設計技術，提高丁壩工法於濁水溪水系之工程效果，本計畫彙整濁水溪水系之丁壩工程設計資料，統計各河段設置丁壩之長度、間距、角度及工程耐久年數等參數，藉丁壩工程參數之統計，評析各河段丁壩設置類型之演變過程、工法可能破壞原因與遭遇難題等；此外，另配合實地丁壩沖刷調查與河床質採樣成果，就丁壩設置河段之水理、輸砂機制進行學理上之探討，期望本計畫成果可提昇工程師設計丁壩工法之信心。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020034</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203578</governmentpublicationsnumber><identifier>76617</identifier><internationalstandardbooknumber>9789860399455 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76617</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討丁壩設計參考手冊=Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour</title><yearidentifier>201312</yearidentifier></data><data><abstract>在整個颱風洪水過程中（以下簡稱全洪程）進行量測河川重要參數，如：水位、水流流速、河床面高程、水流含砂濃度等，是河川洪災預警之基礎。但目前除水位外，其它河川參數量測多以人工方式進行。在實際操作過程中，因颱風期間風雨交加，水流強勁，有時在人員安全考量或橋梁封閉的情況下，無法實施全天候人工觀測。加上目前河川管理單位受限於人力及設備，單次人工觀測的時間通常為2小時以上（單次觀測通常要施作20條以上測線），每日能得到的數據組數有限，導致錯失尖峰流量通過的時刻，無法充份掌握各站全洪程流量變化過程，對於洪水預警以及事後分析檢討幫助有限，因此亟需一套自動化水深觀測系統來取代人工觀測方法，對掌握濁水溪水情有重大助益。 本計畫於建置自動化水深觀測系統前，已先對國內外既有之自動化系統進行蒐集及評估，結果發現，目前自動化觀測設備仍著重於水位、流速及河床沖淤監測等設備，尚無自動化的水深觀測系統。經評估本計畫彰雲大橋處之濁水溪河段特性，及現有各項可直接或間接量測水深設備之適用性後，最後採用新型水文量測系統(多功能河川水文自動化量測系統簡化版)並整合四河局現有儀器，作為本計畫所需之自動化水深觀測系統。 於裝設自動化水深觀測系統前，經會同相關橋梁管理單位進行現場勘查及橋梁載重安全性評估後，於取得公路總局第二區工程處及彰化縣政府同意後，選定於彰雲大橋之橋墩P12~P13及橋墩P14~P15兩段橋面板處，安裝二套固定式自動化水深觀測設備及一套自動化資訊傳輸設備，並透過彰雲大橋南岸水位站房供電使用。全部系統於民國101年7月12日架設完成，經運作測試良好後，即開始進行全洪程水深觀測。 全洪程自動化水深觀測系統共由五大子系統所組成，包括現地觀測設備、網路傳輸設備、監控主機、資料儲存及控制操作介面等。現地量測設備之重錘內安裝一水壓計，透過重錘於入水、落底及出水過程中之水壓值變化，由程式自動判斷落底當時之水壓從而計算出水深，然後將資料即時傳回四河局水情中心內的監控中心平台資料庫，提供後端遠端監看系統進行水深觀測值的查詢展示。 自動化水深觀測系統運作迄今，於中、低流量情況皆可順利取得水深資料。7月30日～8月3日中度颱風蘇拉侵襲台灣，為本年度侵台之最大颱風，在濁水溪彰雲大橋所產生之最大流量超過10,000 CMS。本系統約在最大流量通過時不幸發生水壓計傳輸線遭流木扯斷，造成量測工作中斷，所幸主系統皆未損壞，於颱風過後即迅速完成修復。此外亦發現重錘於蘇拉颱風高流量時無法每次落底之情況，故原系統機構設計必須進行改良方可應付濁水溪河性的高度挑戰。 依據本年度所蒐集之少數資料進行分析結果顯示，蘇拉颱風汛期前後位於1號設備地點的河床高程約上升1.35公尺，退水期的水深紀錄亦可驗證產生淤積的現象，另流速與水深的比對資料則由於資料量過少，須待下年度汛期間達成三次以上中高流量觀測紀錄後再行補充分析。 目前已蘇拉颱風的水深觀測經驗，針對重錘無法每次順利落底及水壓計傳輸線遭流木扯斷之情況進行系統機構修正改良，並經異地環境測試後效果良好，已可改善原遭遇的問題，但原地測試則因濁水溪自蘇拉颱風過後即一直處於低流量情況，觀測設備所在位置的河道水位甚低，故迄今未有適當機會進行原地測試，下年度仍將於汛期前找尋更高流量的環境進行測試，並於汛期前將改良完成的設備安裝妥善，把握下年度中高流量的觀測時機進行操作。目前系統改良內容簡述如下： 1、修改重錘入水方式改為切換式 透過程式設定於觀測水深低於0.5公尺時，採用原設計的緩降入水方式；水深大等於0.5公尺時，則切換為自由落體入水方式。 2、改良鋼索與傳輸線設備 已採用新型線材材料，可將訊號傳輸線與鋼索包裹合一，可大幅減低遭漂流木衝擊受損機率。 3、改變重錘重量及形狀 修改重錘形狀由圓柱體改為刀斧型(重量為40公斤)，經測試結果，發現其落水速度甚快，且可於水中保持穩定，不易被快速沖往下游。 本計畫另進行建置纜車辦理全洪程流量觀測之可行性評估，依載重大小將纜車區分為高載重的纜車及低載重的水文纜道分別進行可行性評估，結果如下： 1、高載重纜車 因全洪程期間人員操作安全性及造價甚高因素考量，現階段尚不具採用高載重載人纜車方式進行全洪程觀測的條件。 2、低載重水文纜道 為可行的方案，但考量初次建置經驗不足，建議先以較小河段作為試辦地點，初步篩選清水溪龍門橋下游為建議的試辦地點。  本計畫另依據本局實際進行全洪程流量觀測作業方式，參考現有常時流量觀測標準作業程序後，研擬「全洪程流量觀測標準作業程序」草案，修正內容主要針對觀測地點、觀測儀器、觀測頻率及時間進行修改，並已將本計畫自動化水深觀測設備列入可採用觀測儀器選項內。 本計畫最後共歸納四點結論與三點建議如下。 結論： 1.	原設備採用重錘緩慢落水方式不適用於濁水溪高流速情況。 2.	自動化水深觀測系統的仍具備多項優點。 3.	現階段尚不具採用載人纜車方式進行全洪程流量觀測的條件。 4.	本階段成果尚未完整仍待後續年度取得觀測資料後補充。 建議： 1.	修改設備建置方式，由固定式改為移動式。 2.	增加水位站電源供應能力，單獨供自動化水深觀測系統使用。 3.	與現有水情觀測系統整合，可提昇效率。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010901</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203314</governmentpublicationsnumber><identifier>76618</identifier><internationalstandardbooknumber>9789860395914 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76618</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>全洪程自動化水深觀測系統規劃及建置成果報告--內附光碟 Planning and Establishment of Automatic Water Depth Recording System in the Flooding Process</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應卑南溪防洪預警及緊急應變作業之需要，本局於民國101年辦理「八河局轄區洪水預警系統建立之先期規劃」案，作為本局後續推動洪水預警系統建置之藍圖，訂定本局防災業務短中長期之推動目標。 本(102)年度為達防災預警功效之短期目標，爰依前期計畫之規劃成果提列本計畫，以建置卑南溪洪水預警系統，俾於颱洪時期進行即時資料蒐集，並透過圖形表格展示洪水預警通報資訊，以利颱風豪雨應變期間提供水情資訊分析研判。本計畫將延續前期成果，其主要工作重點除進行資料庫更新維護並建置防洪預警系統外，亦進行水文水理分析參數檢定驗證，並依系統使用狀況及颱洪期間作業需求進行必要性的功能擴充。另配合防汛時期應變作業需要，進行淹水調查工作及防汛整合作業。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020356</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202850</governmentpublicationsnumber><identifier>76619</identifier><internationalstandardbooknumber>9789860390704 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76619</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>102年度八河局轄區洪水預警及防汛整合作業 2013 Flood Forecasting and Integrated Flood Prevention for the Area of the 8th River Management Office</title><yearidentifier>201312</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020296</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203132</governmentpublicationsnumber><identifier>76620</identifier><internationalstandardbooknumber>9789860395181 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76620</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度四河局轄區洪水預警及防汛整合作業--內附光碟 Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>76621</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76621</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(3/3)--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣本島大小河川水系密佈，在各地區之集水區連結之流域及其生態系統，關鍵台灣區域的永續發展。在氣候極端異常的環境變遷中，台灣地區水患問題層出不窮，而有待綜合治水。有關台灣河川之治理與管理，已成為政府及民眾殷切期盼之流域綜合管理的重大課題，其中，有關流域生態環境之生態資訊分散於政府不同部會單位，而有待整合。另經濟部石門水庫及其集水區整治計畫，已建立之集水區整治工程生態檢核機制，開創我國永續公共工程之棲地生態保育典範，亦有待於推廣至台灣流域管理之棲地生態保育措施。     有鑑於環境教育法於民國100年將要推行及台灣流域生態環境之棲地生態保育工作機制規劃及實務應用，特研提本計畫書，以建立適用於國內水利工程之生態資訊整合、工程生態檢核機制、工程快速棲地生態評估方法、工程棲地生態影像紀錄及圖庫建置等，俾便作為水利署推動流域管理之棲地生態保育措施及環境教育工作重要依據。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020250</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202913</governmentpublicationsnumber><identifier>76622</identifier><internationalstandardbooknumber>9789860392432 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76622</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施總報告--內附光碟=The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>新店溪秀朗橋至中正橋段高灘地，因位於台北市及新北市兩院轄市之交界處附近，即新北市升格前之省市共管河段，過去因兩市管理手段之差異，造成目前高灘地使用差異及不協調現象，又因交界處有管理及治理權責上之多頭馬車並使規劃檢討作業陷入停頓情形，故如何釐清問題癥結及研究如何解決河道內河灘地上尚存大量私有地所造成管理與規劃上推動不易情形，實為當務之急，因此水利署責由本所委外辦理本計畫。 考量及協調相關行政機關、民間團體及民眾利益，嘗試在現有河川管理及治理框架下，統合出一套可行性方案及策略，以提供規劃及管理後續推動之方向。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020024</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202718</governmentpublicationsnumber><identifier>76623</identifier><internationalstandardbooknumber>9789860390018 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76623</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>新店溪（秀朗橋至中正橋）高灘地利用管理之研究 Research on the Land Use and Management of the High Riverbank Area - A Examination of the Xindian River between Xiulang Bridge and Zhongzheng Bridge</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202605</governmentpublicationsnumber><identifier>76624</identifier><internationalstandardbooknumber>9789860388947 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76624</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究總報告(內附光碟) Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣河流特徵多陡坡且流急，使水流蘊藏較高的沖刷潛勢，且部分山區地質鬆軟、地震頻繁，大量崩塌覆蓋各集水區，加上近年來氣候變遷現象明顯，極端降雨事件頻傳，時有大範圍嚴重淹水情形發生，甚至在河川上游易崩塌地區因山洪挾帶土砂而下形成堰塞湖，對下游河道兩岸居民生命財產造成威脅，亟需引進國外相關先進數值模擬技術，作為即時淹水模擬與決策管理依據。另水利署目前辦理之流域整體治理計畫，除河川治理規劃所需之河道防洪工程措施外，尚包括流域土砂管理、淹水風險評估等非工程措施，因此亦需先進技術協助治理規劃評估。因此國外積極發展結合圖形處理器(Graphic Processing Unit, GPU)運算技術之即時淹水數值模式，及其應用於淹水風險評估及潰壩(堤)洪水傳播之決策分析與緊急應變管理系統，值得國內引進發展，作為河川治理規劃及管理參考，爰成立本計畫進行GPU即時淹水數值模式引進，並選取台灣較具代表性的流域進行應用研究，建立台灣即時淹水模擬模式庫(Computational Model Base)，作為國內水利工程工程人員及防災單位即時淹水分析與決策管理工具。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020295</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202604</governmentpublicationsnumber><identifier>76625</identifier><internationalstandardbooknumber>9789860388930 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76625</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>GPU應用於即時淹水模擬技術之引進及應用研究(2/2)內附光碟 Implementation and Application Study on GPGPU-based Numerical Models for Real-Time Flood Inundaton Simulation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020288</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203319</governmentpublicationsnumber><identifier>76626</identifier><internationalstandardbooknumber>9789860396713 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76626</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(1/2) Criteria and Model for the Appropriate Quantities of Water for Different Purposes Review and Improve(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為因應及配合海岸法(草案)，於水利規劃試驗所將於101年度完成「海岸防護計畫先期規劃研究」，後續因應海岸海堤環境營造及氣候變遷，已於內政部永續海岸整體發展方案中，預計102年度辦理「海岸防護工程保護標準與非工程措施研究」。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020289</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010202607</governmentpublicationsnumber><identifier>76627</identifier><internationalstandardbooknumber>9789860388961 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76627</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸防護工程保護標準與非工程措施研究 The study on the protective standards and non-engineering strategy of the coastal defensive engineering</title><yearidentifier>201312</yearidentifier></data><data><abstract>本署依河川管理業務作業規範完成「河川管理資訊化系統」建置，其中包含各類申請使用案件、巡防日誌管理、違法處分案件、統計報表等業務功能，提供給各河川局承辦人上線作執行業務之使用，為達成建置本系統之目的，需予專業維護以維持本系統之正常運作。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020264</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203220</governmentpublicationsnumber><identifier>76628</identifier><internationalstandardbooknumber>9789860396317 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76628</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川管理資訊化系統維護計畫 Maintenance of River Information Management System</title><yearidentifier>201312</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020231</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203434</governmentpublicationsnumber><identifier>76629</identifier><internationalstandardbooknumber>9789860398885 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76629</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川揚塵防治工法探討與策略評估(1/2) Technique discussion and strategy evaluation for river fugitive dust control(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫係藉現場之調查分析與水工模型試驗探討集集攔河堰下游沖刷河段治理方案之水理與功效，俾以提供解決改善河道河床沖刷之問題，以確保水工構造物安全及河床之穩定。主要工作項目配合本所河川課自辦計畫「濁水溪中下游河道穩定工法之研析」所提布置方案辦理水工模型試驗成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203719</governmentpublicationsnumber><identifier>76630</identifier><internationalstandardbooknumber>9789860402315 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76630</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>濁水溪集集攔河堰下游段河床穩定工程布置試驗總報告--內附光碟 Hydraulic Model Experiment on the Riverbed Stability Study for the Downstream reach of Chi-Chi weir of Zhoushui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫係藉現場之調查分析與水工模型試驗探討集集攔河堰下游沖刷河段治理方案之水理與功效，俾以提供解決改善河道河床沖刷之問題，以確保水工構造物安全及河床之穩定。主要工作項目配合本所河川課自辦計畫「濁水溪中下游河道穩定工法之研析」所提布置方案辦理水工模型試驗成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689729   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/14</date><governmentpublicationsnumber>1010203719</governmentpublicationsnumber><identifier>76631</identifier><internationalstandardbooknumber>9789860402315 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>濁水溪集集攔河堰下游段河床穩定工程布置試驗總報告--光碟版 Hydraulic Model Experiment on the Riverbed Stability Study for the Downstream reach of Chi-Chi weir of Zhoushui River</title><yearidentifier>201312</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國89年1月奉經濟部公告為中央管河川。 本溪曾於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府建水字第140895號函公告治理基本計畫。 本溪自規劃迄今已逾二十餘年，由於地文及水文條件變遷，河道沿岸地區都市化，加促土地利用情況劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據，因此，水利處爰重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010154</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/18</date><governmentpublicationsnumber>1010301294</governmentpublicationsnumber><identifier>76636</identifier><internationalstandardbooknumber>9789860417661 ; 9789860417</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76636</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>鳳山溪流域(含支流霄裡溪)治理規劃檢討成果報告 Review on the Regulation planning of Fengshan River Mainstream (Include branch Xiaoli River)</title><yearidentifier>201406</yearidentifier></data><data><abstract>鳳山溪流域流經新竹縣及桃園縣境內，為新竹縣最重要之次要河川，該溪於民國89年1月奉經濟部公告為中央管河川。 本溪曾於民國65年由前台灣省水利局辦理治理規劃及基本計畫，並於民國71年10月及民國72年1月11日分別奉經濟部核定及省府建水字第140895號函公告治理基本計畫。 本溪自規劃迄今已逾二十餘年，由於地文及水文條件變遷，河道沿岸地區都市化，加促土地利用情況劇變，惟當時僅公告堤防預定用地範圍線，致河川治理缺乏有力依據，因此，水利處爰重新依實需檢討研擬水道治理計畫線及用地範圍線，俾作為河川整治及管理之依據，以利鄰近區域之發展。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010154</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/18</date><governmentpublicationsnumber>1010301294</governmentpublicationsnumber><identifier>76637</identifier><internationalstandardbooknumber>9789860417661 ; 9789860417</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76637</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>鳳山溪流域(含支流霄裡溪)治理規劃檢討成果報告--光碟版 Review on the Regulation planning of Fengshan River Mainstream (Include branch Xiaoli River)</title><yearidentifier>201406</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/18</date><governmentpublicationsnumber>1010301194</governmentpublicationsnumber><identifier>76639</identifier><internationalstandardbooknumber>9789860416237 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76639</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年水利統計 STATISTIC OF WATER RESOURCES 2013</title><yearidentifier>201407</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/18</date><governmentpublicationsnumber>1010301194</governmentpublicationsnumber><identifier>76640</identifier><internationalstandardbooknumber>9789860416237 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76640</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年水利統計 STATISTIC OF WATER RESOURCES 2013</title><yearidentifier>201407</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計70表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/20</date><governmentpublicationsnumber>1010301194</governmentpublicationsnumber><identifier>76662</identifier><internationalstandardbooknumber>9789860416237 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76662</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年水利統計(光碟版)STATISTIC OF WATER RESOURCES 2013</title><yearidentifier>201407</yearidentifier></data><data><abstract>一、計畫緣起與目的本計畫雖前期於79年完成「寶山水庫下游河道(柯子湖溪)改善規劃報告」，另科學工業園區管理局於92年6月完成「新竹柯子湖溪水岸規劃」，但因規劃成果缺乏綜合治水及經營管理之分析，且為因應排水管理辦法(92.10.1頒布實施)規定中央管區域排水集水區域及堤防預定線（用地範圍）之公告，故於排水管理辦法實施後提列94年度計畫重新辦理規劃。本計畫已於94年12月完成「柯子湖溪排水整治及環境營造規劃」報告，以作為水利署河川勘測隊辦理劃定堤防預定線（用地範圍）與本局編訂治理規劃報告及治理計劃的依據，並後續完成排水管理辦法規定之應公告事項，以作為權責單位執行排水業務的規範。二、計畫範圍本計畫係柯子湖溪排水全長10.6公里的水岸整治及結合周邊環境之景觀改善規劃。三、主要工作及方法柯子湖溪排水依據「區域排水整治及環境營造計畫」規劃作業流程，第一階段先完成排水治理規劃報告，並依地形圖劃定排水集水區域及符合環境營造需求的排水整治用地範圍，第二階段彙編完成「排水治理計畫」(含排水集水區域圖及本署河川勘測隊套繪地籍所劃定之堤防預定線（用地範圍）圖)，經召開地方說明會，並報署提請「經濟部水利署河川治理基本計畫審議小組」核定後公告。四、集水區特性柯子湖溪排水發源於新竹縣香山湖村的北緣，往北流經竹東鎮柯湖里，流至新竹市金山里、關東里之後成為縣市的界河，繼續往西北側成為新竹縣員山里與新竹市千甲里的界河。柯子湖溪排水流域面積13.383平方公里，水庫集水區面積3.245平方公里，自寶山水庫下游溢洪道出口至柯子湖溪排水匯入頭前溪排水路之主幹線及其支、分線，主幹線全長10.6公里。地形呈東南向北傾斜，柯子湖溪排水幹線由南向北流，於頭前溪大斷面23處之九甲埔堤防與麻園肚堤防間匯入頭前溪。整個流域呈狹長型，河幅狹窄，河道縱坡降陡，水流湍急，有很明顯之河槽，河道寬窄不一(約15-40m)蜿蜒曲折，雜草竹木叢生，關東橋以上屬丘陵區之排水溝，關東橋以下屬農田排水形式。依河川型態概分屬辮狀流，河心流路較不穩定。目前柯子湖溪排水的河床質在福龍橋上游，大多為較大型之河川石，至關東橋以中型之河川石與鵝卵石相間之石質為主，其它由上往下漸小分佈，至匯入頭前溪的出水口處，則為小型鵝卵石及細砂河床為主。五、水文及計畫排水量 (一)水文分析降雨頻率分析係以中央氣象局新竹雨量站之雨量資料進行分析，以極端值一型分佈、一般極端值分佈、皮爾遜三型分佈、對數皮爾遜三型分佈及三參數對數常態分佈等五種進行，另參酌水文設計應用手冊分析新竹雨量站頻率分析成果，而選用之最佳統計分佈為皮爾遜三型分佈做為暴雨量各重現期距暴雨量推算方法。 (二)計畫排水量柯子湖溪排水洪峰流量推估，本計畫基於安全性及長期治理考量，本規劃擬採用三角形單位歷線法年最大24小時所推得之洪峰流量，作為後續水理分析、檢討與規劃之設計流量。六、排水路通水能力及淹水災害原因現況排水路無法容納重現期距25年洪水之斷面計有斷面0、2、17、20-1、21、22-1、23、32、33、34、35、48、49、57、63、64、69、76、77、83、84、91、92、93、94、95、98-1、100、106、107、117及142等32處，其中餘裕出口高不足超過1m以上者，僅有斷面2，而其餘31處餘裕出水高不足均在1m內。斷面0位處頭前溪洪水平原，建議不做任何工程措施，另斷面2(東西向快速道路橋下排水箱涵)已於95年度配合新甲一號橋下游段石籠護岸施作一併改建。造成曾屋橋餘裕出水高度不足原因，除鄰近地區護岸高度不足外，橋樑樑底標高亦較低，造成排水路通洪斷面不足及回水壅高所致，建議曾屋橋改建及鄰近護岸一併施作以增加通洪斷面。關馨橋至復興橋段等人口密度高及高科技重鎮渠段，僅部分通水斷面不足，且餘裕出水高度不足均在0.5m以內，其餘斷面護岸高度均能達到排水保護標準。柯子湖溪整治的思維上，除了關東橋至關馨橋之人口密集地區強化護岸設施強度及河道整理來調整流速，其餘河段則依據水理分析結果，針對河道護岸高度不足部分予以加高修建，以降低災害的發生。七、治水對策依據集水區之排水特性融合當地景觀、環境及構造物，避免造成視覺障礙，結合當地文化背景及觀光特色，營造具地方特性之環境，並針對現況排水問題與考慮未來可能發生暴雨極端事件，考量現有設施與相關計畫（生態或親水渠段）之配合，擬定治水原則與對策。 (一)外水倒灌之防止匯流處之頭前溪計畫堤頂高為EL. 38.88 m與本計畫起點之計畫堤頂高仍有落差，故本計畫建議以背水堤方式銜接柯子湖溪排水與頭前溪，以防止為防止頭前溪外水倒灌影響堤內地區。 (二)內水之排除考量極端值暴雨洪水事件或寶山水庫緊急排洪，關東橋至新甲一號橋之中游河段，護岸型式建議採用以防洪為主，生態為輔之預鑄混凝土植生槽護岸；華邦電子至關東橋及新甲一號橋以下部分配合既設護岸及加強景觀與生態，護岸型式建議採用石籠護岸。根據現況排水路之需求管理，適時清淤，使排水路保持暢通，主要清除人為傾倒廢棄土、大型垃圾及高莖植物，保留挺水性水生植物，以維河川自然淨化功能。八、排水整治方案柯子湖溪排水整治保護標準以能宣洩10年重現期距之洪峰流量為原則，護岸高度則至少滿足25年重現期距洪水位。全線配合現地環境特色、資源特性及可利用腹地，依地方特色針對其相關資源擬定發展方向，發展不同的遊憩體驗，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗。綜上所述計畫區段可分為五個區段，由上游至下游依序為水源涵養段、休閒農業體驗段、地方特色體驗段、河堤綠化段及河口親水段。排水整治規劃用地範圍劃定原則：(一)都市計畫使用分區有河道用地或溝渠用地者，依其用地範圍為限。(二)非都市計畫區或都市計畫無規劃河道用地者，依現況河道內公有地中心為準平順劃定，如無公有地則大致依現況河道中心為準劃定；如為環境營造需單邊擴大用地範圍者，依規劃需要範圍劃定。(三)堤岸設有灌溉取水口者，水路整治時予以改建，並應維持其取水功能。(四)現有橋樑無阻礙排水者予以留用，需改建之橋樑則配合護岸施作時一併完成。九、工程計畫概要柯子湖溪排水全線護岸建議之整治長度約1,723公尺，環境營造方面有三期安遷戶及匯流口等二處公有地提供規劃。包括防洪工程為128,906仟元、用地費為51,076仟元、景觀工程為9,500仟元，總工程經費共計196,155仟元。十、計畫評價本計畫就防災、景觀休憩及社區營造、生態教育等綜合評估後，其所需總工程費約196,155仟元，年計效益18,872仟元，年計工程成本17,584仟元，益本比為1.07，且計畫完成後，可達到正面提昇的效果，激起地方居民愛鄉、愛土及保護環境的同理心。後續建議方面，希望各地方相關單位可配合執行，及由地方團體、廠商認養渠道的整理與環境維護，共同為地方發展付出心力。十一、管理及配合措施柯子湖溪排水沿線都市計畫公園綠地及公有地分佈，配合防洪及休閒、生態功能，依河道轉彎處易淹水段或配合整體發展需求，並將規劃成果需提供予新竹市政府都市計畫單位，作為後續辦理都市計畫檢討之參考。水質改善部分需配合新竹縣、市政府環保局及其下水道規劃管理單位配合辦理，目前家庭污水可望於污水下水道系統完成建設後得到改善。有關區域排水應公告事項、排水管理事項及其權責機關均依「排水管理辦法」規定。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/20</date><governmentpublicationsnumber>1009404531</governmentpublicationsnumber><identifier>76663</identifier><internationalstandardbooknumber>9789789860371 ; 9789860375</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76663</librarycollectiondetailsurl><price>500</price><publisher>水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>柯子湖溪區域排水整治及環境營造規劃＝Ke-Zi-Hu-Si Drainage Regulation And Environment Rehabilitation project</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>515.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/8/20</date><governmentpublicationsnumber>2006300016</governmentpublicationsnumber><identifier>76664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76664</librarycollectiondetailsurl><price>750</price><publisher>內政部</publisher><publishrocyear>103</publishrocyear><title>中華民國人口統計年刊（民國一O二年）－內附光碟</title><yearidentifier>201406</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多為坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩坍，土石大量沖移至河道中，造成河道通水面積減少，通洪能力降低，影響河川正常之排洪能力。河道疏浚可提昇通洪能力，幫助洪水宣洩，降低洪水災損情況。然過度之疏浚與缺乏適當之規劃，常會造成河床面大幅下降，河道呈現不穩定，進而危及堤防、護岸以及跨河構造物等安全。 本計畫提出一疏浚潛能評估之標準作業流程，綜整考量河道疏浚時，事前須評估之事項及疏浚後可能產生之河防安全影響。此套標準作業流程，可供相關單位於河道疏浚規劃時使用，除能於疏浚案規劃時有標準之依據外，亦可避免疏浚規劃時，其所採取之砂石量過大，反而造成河防安全之危害。 收集鳳山溪、後龍溪歷年之水文、斷面及河床質(如摘表1)及歷年河 道疏濬等相關資料，並對河道歷年之沖淤情形及河道變遷進行分析。另 於大湖溪進行斷面測量(斷面樁號87 至102)之大斷面測量，及大湖溪河 床質調查分析(共六個採樣坑)。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990299</commissionedprojectidentifier><currency>NT$</currency><date>2014/8/22</date><governmentpublicationsnumber>1009904447</governmentpublicationsnumber><identifier>76665</identifier><internationalstandardbooknumber>9789860261394 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76665</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(2/2)－以鳳山溪、後龍溪為對象Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(2/2):Application to Fengshan and Houlung Rivers</title><yearidentifier>201012</yearidentifier></data><data><abstract>烏溪為中部地區主要河川之一，其河川逕流豐沛，惟目前水源利用狀況低，尤於豐水期，大量逕流未加利用即流失殊為可惜，故於烏溪橋上游5公里處規劃一攔河堰，並利用烏溪南岸土地規劃一離槽人工湖，具有供水穩定 、用地取得單純、工程技術可行及開發環境影響衝擊小等優點，本計畫延續前期規劃進行工程可行性規劃。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990187</commissionedprojectidentifier><currency>NT$</currency><date>2014/9/2</date><governmentpublicationsnumber>1009904268</governmentpublicationsnumber><identifier>76680</identifier><internationalstandardbooknumber>9789860258974 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76680</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>烏溪鳥嘴潭人工湖可行性規劃(2/2)－工程可行性規劃下游輸水工程規劃總報告－ Feasibility Planning for Wu River Niaozueitan Artificial Lake(2/2)--Planning for Engineering Feasibility Water Conveyance Project Planning Special Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020320</commissionedprojectidentifier><currency>NT$</currency><date>2014/9/5</date><governmentpublicationsnumber>1010300304</governmentpublicationsnumber><identifier>76682</identifier><internationalstandardbooknumber>9789860406030 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76682</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(4/4) The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment (4/4)</title><yearidentifier>201402</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，本署業已於98年度執行完成「氣候變遷對水環境之衝擊與調適研究計畫」第1階段管理計畫，規劃於四年內(99~102年)推動「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫(以下稱主計畫)，以為本署因應全球氣候變遷可能對水資源、旱災、防洪及海岸防護等掌理事項造成之衝擊及其調適策略奠定基礎。 本分項計畫為「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展專業計畫之管理計畫(以下稱管理計畫)，其目的係為順利推動主計畫各分項工作及整合其執行成果。主要工作包括協調主計畫各分項工作之執行與計畫之管考，日本、韓國、與大陸之國際交流、檢討調整水利署氣候變遷調適策略、建議主計畫後續之規劃修訂內容，彙總主計畫之各分項計畫執行成果，及舉辦人員訓練與成果發表等工作，以奠定我國水環境暨水利建設因應氣候變遷短、中、長程調適策略之基礎。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020320</commissionedprojectidentifier><currency>NT$</currency><date>2014/9/5</date><governmentpublicationsnumber>1010300304</governmentpublicationsnumber><identifier>76683</identifier><internationalstandardbooknumber>9789860406030 ; 9789860406</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76683</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第2階段管理計畫(4/4)--光碟版 The Second Stage Management Project of Climate Change Impacts and Adaptation on Water Environment (4/4)</title><yearidentifier>201402</yearidentifier></data><data><abstract>本計畫為「氣候變遷對水環境之衝擊與調適研究計畫」之分項計畫，其目的為產製台灣地區氣候變遷情境資料供主計畫使用，並評估氣候變遷水文情境，作為主計畫進行衝擊評估、脆弱度風險分析及調適策略研擬之基礎。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020161</commissionedprojectidentifier><currency>NT$</currency><date>2014/9/5</date><governmentpublicationsnumber>1010202967</governmentpublicationsnumber><identifier>76684</identifier><internationalstandardbooknumber>9789860392906 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76684</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷水文情境評估研究(2/2) Assessment of Hydrologic Scenarios under Climate Change (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫為「氣候變遷對水環境之衝擊與調適研究計畫」之分項計畫，其目的為產製台灣地區氣候變遷情境資料供主計畫使用，並評估氣候變遷水文情境，作為主計畫進行衝擊評估、脆弱度風險分析及調適策略研擬之基礎。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020161</commissionedprojectidentifier><currency>NT$</currency><date>2014/9/5</date><governmentpublicationsnumber>1010202967</governmentpublicationsnumber><identifier>76685</identifier><internationalstandardbooknumber>9789860392906 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76685</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>氣候變遷水文情境評估研究(2/2)--光碟版 Assessment of Hydrologic Scenarios under Climate Change (2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>湖山水庫位於北港溪支流梅林溪上游南勢坑溪、中坑溪及土地公坑溪三條支流，為配合湖山水庫興建期程，經濟部水利署水利規劃試驗所(以下簡稱「水規所」)已於民國91 年6 月完成「梅林溪治理規劃報告(湖山水庫下游河道)」，民國91 年7 月3 日經濟部經授水字第09120208180 號函核定「梅林溪治理基本計畫(湖山水庫下游河道)」，並於民國91 年7 月15 日經授水字第09120208731 號函文雲林縣政府轉發、公開陳列及通知利害關係人。經濟部水利署中區水資源局(以下簡稱「中水局」) 辦理「湖山水庫工程計畫－水庫下游河道整治工程基本設計報告」原已奉經濟部水利署民國93年8月4日經水源字第09315005960號函原則同意，並於民國93年12月完成定稿在案。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/12</date><governmentpublicationsnumber>1010301095</governmentpublicationsnumber><identifier>76688</identifier><internationalstandardbooknumber>9789860415612 ; 9789860415</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76688</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>湖山水庫工程計畫下游河道整治第三期工程基本設計檢討報告--內附光碟 Hushan Reservoir Downstream River Improvement Project(Phase III) Basic Design Review Report</title><yearidentifier>201405</yearidentifier></data><data><abstract>經濟部水利署規劃辦理「曾文水庫防淤排洪工程計畫」，研擬於曾文水庫左岸興建防淤排洪隧道與既有設施更新改善，配合颱洪期間高濃度泥砂逕流入庫，藉由水庫新增排砂通道，適時排放水庫渾水異重流與渾水潭，增加水庫防淤功能達到減緩入庫泥砂淤積問題，同時提升水庫排洪能力。經濟部水利署水利規劃試驗所(以下簡稱本所)配合經濟部水利署南區水資源局辦理相關設施之水工模型試驗（包括新建防淤隧道局部模型、永久河道放水道(PRO)防淤改善工程局部模型【即本計畫】及防淤隧道全域模型等三項水工模型試驗計畫），本計畫主要目的係藉由水工模型試驗了解曾文水庫永久河道放水道(PRO)防淤改善工程之衝擊式多孔消能工消能效率及水理狀態，提供細部設計之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/17</date><governmentpublicationsnumber>1010301607</governmentpublicationsnumber><identifier>76690</identifier><internationalstandardbooknumber>9789860421613 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76690</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>曾文水庫PRO防淤改善工程水工模型試驗 Physical Model Experiment on the PRO Desilting Improved Layout of Tseng Wen Reservoir</title><yearidentifier>201408</yearidentifier></data><data><abstract>經濟部水利署規劃辦理「曾文水庫防淤排洪工程計畫」，研擬於曾文水庫左岸興建防淤排洪隧道與既有設施更新改善，配合颱洪期間高濃度泥砂逕流入庫，藉由水庫新增排砂通道，適時排放水庫渾水異重流與渾水潭，增加水庫防淤功能達到減緩入庫泥砂淤積問題，同時提升水庫排洪能力。經濟部水利署水利規劃試驗所(以下簡稱本所)配合經濟部水利署南區水資源局辦理相關設施之水工模型試驗（包括新建防淤隧道局部模型、永久河道放水道(PRO)防淤改善工程局部模型【即本計畫】及防淤隧道全域模型等三項水工模型試驗計畫），本計畫主要目的係藉由水工模型試驗了解曾文水庫永久河道放水道(PRO)防淤改善工程之衝擊式多孔消能工消能效率及水理狀態，提供細部設計之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/17</date><governmentpublicationsnumber>1010301607</governmentpublicationsnumber><identifier>76691</identifier><internationalstandardbooknumber>9789860421613 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76691</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>曾文水庫PRO防淤改善工程水工模型試驗--光碟版 Physical Model Experiment on the PRO Desilting Improved Layout of Tseng Wen Reservoir</title><yearidentifier>201408</yearidentifier></data><data><abstract>經濟部水利署中區水資源局(以下簡稱中區水資源局)為釐清湖山水庫引水工程中桶頭攔河堰興建是否會造成清水溪及濁水溪中下游環境影響，故針對桶頭攔河堰興建前後下游清水溪之地下水文進行觀測作業，並蒐集濁水溪流域既有環境監測資料，藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，並視狀況研擬因應對策，爰辦理「湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究」(以下簡稱本計畫)。 本計畫探討桶頭攔河堰興建對下游清水溪及濁水溪中下游環境是否會造成影響，由於桶頭攔河堰下游至南雲大橋間僅經濟部水利署地下水水位觀測井鯉魚(1)以及經濟部水利署水利規劃試驗所地下水水位觀測井M5(MC-OB-101-5)，故為暸解清水溪流域之地層結構，本計畫於清水溪進行10口地質鑽探作業，以掌握較詳細的地質資料。另為瞭解桶頭攔河堰下游之地下水位變化，本計畫於地質鑽探點位設置地下水觀測井進行水位觀測，其水位資料可做為數值模式建置過程之參考，亦可瞭解桶頭攔河堰興建完成後對其周遭地下水位之影響。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/23</date><governmentpublicationsnumber>1010301502</governmentpublicationsnumber><identifier>76696</identifier><internationalstandardbooknumber>9789860419801 ; 9789860419</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76696</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究(鑽探成果報告書) Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring</title><yearidentifier>201409</yearidentifier></data><data><abstract>經濟部水利署中區水資源局(以下簡稱中區水資源局)為釐清湖山水庫引水工程中桶頭攔河堰興建是否會造成清水溪及濁水溪中下游環境影響，故針對桶頭攔河堰興建前後下游清水溪之地下水文進行觀測作業，並蒐集濁水溪流域既有環境監測資料，藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，並視狀況研擬因應對策，爰辦理「湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究」(以下簡稱本計畫)。 本計畫探討桶頭攔河堰興建對下游清水溪及濁水溪中下游環境是否會造成影響，由於桶頭攔河堰下游至南雲大橋間僅經濟部水利署地下水水位觀測井鯉魚(1)以及經濟部水利署水利規劃試驗所地下水水位觀測井M5(MC-OB-101-5)，故為暸解清水溪流域之地層結構，本計畫於清水溪進行10口地質鑽探作業，以掌握較詳細的地質資料。另為瞭解桶頭攔河堰下游之地下水位變化，本計畫於地質鑽探點位設置地下水觀測井進行水位觀測，其水位資料可做為數值模式建置過程之參考，亦可瞭解桶頭攔河堰興建完成後對其周遭地下水位之影響。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/23</date><governmentpublicationsnumber>1010301502</governmentpublicationsnumber><identifier>76697</identifier><internationalstandardbooknumber>9789860419801 ; 9789860419</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76697</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究(鑽探成果報告書)--光碟版 Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring</title><yearidentifier>201409</yearidentifier></data><data><abstract>本計畫主要針對桶頭攔河堰下游之清水溪及濁水溪區域蒐集其水文地質、河川流量、地下水水位、空氣品質等自然環境背景資料，並進行現地水文地質相關調查與試驗，據以評析及模擬桶頭攔河堰興建前後對清水溪與濁水溪流域環境之影響，並視狀況研擬因應對策。 截至第一年度期末報告為止，本計畫已完成桶頭攔河堰自然環境背景蒐集，如地形與地質、雨量、空氣品質以及含砂量等，供本計畫後續水文環境研究分析及模式建置所需參數；另完成國內外相關文獻資料蒐集，如經濟部中央地質調查所「濁水溪沖積扇清水溪下游水文地質調查」、經濟部中區水資源局「湖山水庫工程計畫環境影響調查報告書」等，作為本計畫工作執行之參考資料。外業工作部份，本計畫已完成清水溪河段地質鑽探、觀測井設置及地電阻探測作業(地質鑽探共10孔位，總深度392.89公尺、地下水觀測井共10口、地電阻共6條測線，總長2,010公尺)，並完成桶頭攔河堰興建時期第一次航拍作業(範圍包括桶頭攔河堰上游瑞草橋至濁水溪與清水溪交界之南雲大橋以及湖山水庫等)。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/23</date><governmentpublicationsnumber>1010301386</governmentpublicationsnumber><identifier>76698</identifier><internationalstandardbooknumber>9789860418910 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76698</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>湖山水庫工程計畫桶頭攔河堰下游河段水文環境監測及研究(第一年度期末報告) Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring</title><yearidentifier>201408</yearidentifier></data><data><abstract>本計畫主要針對桶頭攔河堰下游之清水溪及濁水溪區域蒐集其水文地質、河川流量、地下水水位、空氣品質等自然環境背景資料，並進行現地水文地質相關調查與試驗，據以評析及模擬桶頭攔河堰興建前後對清水溪與濁水溪流域環境之影響，並視狀況研擬因應對策。 截至第一年度期末報告為止，本計畫已完成桶頭攔河堰自然環境背景蒐集，如地形與地質、雨量、空氣品質以及含砂量等，供本計畫後續水文環境研究分析及模式建置所需參數；另完成國內外相關文獻資料蒐集，如經濟部中央地質調查所「濁水溪沖積扇清水溪下游水文地質調查」、經濟部中區水資源局「湖山水庫工程計畫環境影響調查報告書」等，作為本計畫工作執行之參考資料。外業工作部份，本計畫已完成清水溪河段地質鑽探、觀測井設置及地電阻探測作業(地質鑽探共10孔位，總深度392.89公尺、地下水觀測井共10口、地電阻共6條測線，總長2,010公尺)，並完成桶頭攔河堰興建時期第一次航拍作業(範圍包括桶頭攔河堰上游瑞草橋至濁水溪與清水溪交界之南雲大橋以及湖山水庫等)。</abstract><author>雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/23</date><governmentpublicationsnumber>1010301386</governmentpublicationsnumber><identifier>76699</identifier><internationalstandardbooknumber>9789860418910 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76699</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>湖山水庫工程計畫桶頭攔河堰下游河段水文環境監測及研究(第一年度期末報告)--光碟版 Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring</title><yearidentifier>201408</yearidentifier></data><data><abstract>本特刊為石門水庫環境教育系列教材5，內容圖文的人文與自然主題是北區水資源局相關課室及專家學者經過多次會議篩選與摘錄。在特刊編篆期間，特別邀集水利耆煮話說石門水庫，以及環境公民參與論壇與談記錄，也是本刊值得特別摘錄的。這此都可以作為環境學習社群為石門水庫、在石門水庫、教學有關石門水庫的參考環境教育教材。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/9/25</date><governmentpublicationsnumber>1010300976</governmentpublicationsnumber><identifier>76700</identifier><internationalstandardbooknumber>9789860413526 ; 9789860413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76700</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>石門水庫營運五十週年特刊</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>小泉鐵原著黃稔惠中譯</author><categoryidentifier>536.337</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/3</date><governmentpublicationsnumber>1010300545</governmentpublicationsnumber><identifier>76701</identifier><internationalstandardbooknumber>9789860407907 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76701</librarycollectiondetailsurl><price>400</price><publisher>原住民委員會</publisher><publishrocyear>103</publishrocyear><title>蕃鄉風物記</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>小泉鐵原著黃廷嫥, 何姵儀中譯</author><categoryidentifier>536.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/3</date><governmentpublicationsnumber>1010300546</governmentpublicationsnumber><identifier>76702</identifier><internationalstandardbooknumber>9789860407891 ; 9789860407</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76702</librarycollectiondetailsurl><price>400</price><publisher>原住民委員會</publisher><publishrocyear>103</publishrocyear><title>臺灣土俗誌</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/3</date><governmentpublicationsnumber>1010301383</governmentpublicationsnumber><identifier>76703</identifier><internationalstandardbooknumber>9789860418507 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76703</librarycollectiondetailsurl><price>700</price><publisher>f行政院農業委員會水土保持局</publisher><publishrocyear>103</publishrocyear><title>102年土石流年報 2013 DEBRIS FLOW ANNUAL REPORT</title><yearidentifier>201407</yearidentifier></data><data><abstract>本特刊為石門水庫環境教育系列教材5，內容圖文的人文與自然主題是北區水資源局相關課室及專家學者經過多次會議篩選與摘錄。在特刊編篆期間，特別邀集水利耆煮話說石門水庫，以及環境公民參與論壇與談記錄，也是本刊值得特別摘錄的。這此都可以作為環境學習社群為石門水庫、在石門水庫、教學有關石門水庫的參考環境教育教材。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/13</date><governmentpublicationsnumber>1010300976</governmentpublicationsnumber><identifier>76718</identifier><internationalstandardbooknumber>9789860413526 ; 9789860413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76718</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>石門水庫營運五十週年特刊</title><yearidentifier>201406</yearidentifier></data><data><abstract>莫拉克颱風造成曾文水庫及南化水庫原水高濁度暫時停止供水及水庫大量淤積後，更顯示未來將是氣候變遷降雨集中的趨勢，而台灣南部水資源運用面臨豐水期更豐、枯水期更枯的情境，致使南部水資源除考慮供給與需求的平衡，更須因應極端氣候發生洪災及水源高濁度等供水風險，也因此離槽水庫或人工湖已成為穩定區域供水之重要水源，而人工湖除了有供水功能外，其廣闊水域景觀更可提供生態環境與遊憩資源，兼具營造水與綠環境效益。     經濟部水利署水利規劃試驗所(以下簡稱本所)今年初已針對台南大湖之供水、備援、防洪及環境營造等功能進行檢討，目前已獲致近程提供曾文溪中下游滯洪空間兼具環境營造、中程協助現有水源設施穩定供水、遠程則依南部相關水資源計畫開發情境評估增供水源可能性之初步成果，做為台南大湖開發策略與功能與定位。     因此，本計畫將持續今年度計畫方向，進一步了解台南大湖地質條件與土壤特性，以確認土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，同時針對滯洪與供水進行相關工程規劃工作，以確認台南大湖未來各期程開發策略之可行性。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020080</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/13</date><governmentpublicationsnumber>1010202644</governmentpublicationsnumber><identifier>76719</identifier><internationalstandardbooknumber>9789860389470 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76719</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>台南大湖生態環境及地下水調查(內附光碟)Investigation of Ecological Environment and Groundwater for Tainan Lake</title><yearidentifier>201312</yearidentifier></data><data><abstract>本特刊為石門水庫環境教育系列教材5，內容圖文的人文與自然主題是北區水資源局相關課室及專家學者經過多次會議篩選與摘錄。在特刊編篆期間，特別邀集水利耆煮話說石門水庫，以及環境公民參與論壇與談記錄，也是本刊值得特別摘錄的。這此都可以作為環境學習社群為石門水庫、在石門水庫、教學有關石門水庫的參考環境教育教材。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/13</date><governmentpublicationsnumber>1010300976</governmentpublicationsnumber><identifier>76722</identifier><internationalstandardbooknumber>9789860413526 ; 9789860413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76722</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>石門水庫營運五十週年特刊</title><yearidentifier>201406</yearidentifier></data><data><abstract>?因應氣候水文環境快速變遷，以及水資源規劃、防災預警與環境生態保育諸項需求，行政院核定之「台灣地區水文觀測現代化整體計畫(第二期實施計畫)」，其目的即?加速建立現代化水文觀測站網，全面提升水文觀測規劃工作之水準，強化洪災預警效能。經濟部水利署茲依據第二期實施計畫辦理提升河川水位流量觀測工作品質，規劃設置標準斷面，以改善斷面、水位、流速等觀測條件，減少動床誤差，提供規劃、設計、水文分析所需之有效水理參數，民國94年完成測站河段選取、測量方法、設備建置及工程設計等可行性規劃工作；民國95、96年建置曾文溪及頭前溪流域示範站，完成25條中央管河川標準斷面流量測站設置方式評估、檢討與規劃工作；民國97年完成示範站持續觀測與校核作業，初步顯示表面流速法及坡度面積法推計洪水流量具實務可行性，另完成10站(各站均含主站及副站)之坡度面積法流量站之建置；民國98年示範站持續觀測與校核作業初步顯示坡度面積法與表面流速法對中高洪峰流量推計較率定曲線法推計值合理，另完成15站(各站均含主站及副站)之坡度面積法流量站之建置。</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000115</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/14</date><governmentpublicationsnumber>1010004128</governmentpublicationsnumber><identifier>76724</identifier><internationalstandardbooknumber>9789860304480 ; 9789860304</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76724</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>自動化流量站觀測資料分析檢討暨全洪程觀測方式更新研究(2/2) Evaluation of Automated Streamflow Gauging Stations Data Analysis and Research on Technique of Measuring Flood Hydrograph(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/14</date><governmentpublicationsnumber>1010301039</governmentpublicationsnumber><identifier>76728</identifier><internationalstandardbooknumber>9789860414721 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76728</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究（2/2）(內附光碟) An overall Review and Improvement Strategy Reserch on the Environment Building Plan of Important Rivers(2009-2014)(2/2)</title><yearidentifier>201406</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/14</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76729</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76729</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(2/2)--內附光碟 Long-Term Measurement of sediment transport and density current simulation Reservoir(2/2)</title><yearidentifier>201404</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/14</date><governmentpublicationsnumber>1010301040</governmentpublicationsnumber><identifier>76731</identifier><internationalstandardbooknumber>9789860414738 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76731</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究總成果報告(內附光碟) Ooverall Review of the River  Environment  Construction Plan for Major River(2009-2014)and Study of the Strategies improvement</title><yearidentifier>201406</yearidentifier></data><data><abstract>一、臺灣光復後，政府全力進行復員與建設工作之際，臺灣省水利局     首先從事興建水庫的初步研究工作，地方政府與社會人士也組成促進委員會，繼而陳故副總統辭修先生之遠見與決心，為造福人民，推動石門水庫之興建，遂於43年5月成立「石門水庫設計委員會」，即為興建水庫所設立的第一個組織。  二、44年7月於石門水庫設計委員會提出興建計畫報告後，成立「石門水庫籌備委員會」負責籌措經費及設計施工。45年7月成立「石門水庫建設委員會」，展開施工。  三、石門水庫管理委員會於52年8月成立。石門水庫全部工程於53年6月竣工後「石門水庫建設委員會」即宣告結束，整個工程移交「臺灣省石門水庫管理委員會」(53年6月改隸臺灣省政府)接管。  四、53年7月臺灣省石門水庫管理委員會下設「石門水庫管理局」（59年9月改隸臺灣省政府建設廳），專責石門水庫維護、管理及營運。  五、86年臺灣省政府調整省屬水利機關組織，臺灣省石門水庫管理局與臺灣省水利局第十工程處於87年1月23日合併改制成立「臺灣省水利處北區水資源局」，專責新竹以北地區水資源開發維護管理及經營事項。  六、88年7月1日依「臺灣省政府組織暨功能調整方案」改隸經濟部，更名為「經濟部水利處北區水資源局」。  七、88年11月16日因經濟部水利處第十河川局成立，掌理淡水河防洪等相關業務，本局仍轄管石門水庫營運、集水區整治及北區水資源管理調配及開發工程相關業務。  八、91年3月28日經濟部水利署成立，機關改制為經濟部水利署北區水資源局，調整本局組織通則與業務迄今。  九、為提升政府效能，行政院組織改造法案陸續於99年1月及100年4月間完成立法，確認新的行政院組織架構由37個部會精簡為29個機關，未來本局將改隸於新部會「環境資源部」，成立「環境資源部水利署北區水資源分署」，賡續致力於攸關國計民生之水資源工作。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/14</date><governmentpublicationsnumber>1010301366</governmentpublicationsnumber><identifier>76732</identifier><internationalstandardbooknumber>9789860418606 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76732</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>103</publishrocyear><title>經濟部水利署北區水資源局一百零二年度年報</title><yearidentifier>201408</yearidentifier></data><data><abstract>頭前溪治理始於日治時代，由早期簡陋防洪工事歷經長期洪水考驗逐漸加強以至於目前之防洪規模。目前中、上游大部分已完成治理，僅餘河口段治理工程、台1線公路橋下游部分堤防尚待興建及中正大橋河床刷深嚴重需儘速改善。頭前溪水系之治理規劃，其中主流「頭前溪治理基本計畫」於民國74年8月間完成法定程序，奉 經濟部核定公告；支流『頭前溪上游上坪溪及油羅溪治理基本計畫』則於民國87年6月間完成法定程序，奉 經濟部核定公告。  本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化；且本溪河川界點於民國96年重新公告自五峰大橋上移至清泉大橋，至今尚未辦理規劃。為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理上坪溪治理計畫檢討及規劃；本案將參據民國87年6月奉 經濟部核定之『頭前溪上游上坪溪及油羅溪治理規劃』辦理檢討。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010127</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/15</date><governmentpublicationsnumber>1010301398</governmentpublicationsnumber><identifier>76734</identifier><internationalstandardbooknumber>9789860418682 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76734</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>頭前溪水系支流上坪溪治理規劃檢討(匯流口至五峰大橋治理規劃檢討及五峰大橋至清泉大橋治理規劃) Review on the Regulation Planning of Shangping River Tributary of Touqian River</title><yearidentifier>201407</yearidentifier></data><data><abstract>頭前溪治理始於日治時代，由早期簡陋防洪工事歷經長期洪水考驗逐漸加強以至於目前之防洪規模。目前中、上游大部分已完成治理，僅餘河口段治理工程、台1線公路橋下游部分堤防尚待興建及中正大橋河床刷深嚴重需儘速改善。頭前溪水系之治理規劃，其中主流「頭前溪治理基本計畫」於民國74年8月間完成法定程序，奉 經濟部核定公告；支流『頭前溪上游上坪溪及油羅溪治理基本計畫』則於民國87年6月間完成法定程序，奉 經濟部核定公告。  本溪自民國87年公告迄今已歷時11載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化；且本溪河川界點於民國96年重新公告自五峰大橋上移至清泉大橋，至今尚未辦理規劃。為配合河道地形環境變化及社會發展需求，擬分2年(民國99年至100年)辦理上坪溪治理計畫檢討及規劃；本案將參據民國87年6月奉 經濟部核定之『頭前溪上游上坪溪及油羅溪治理規劃』辦理檢討。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010127</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/15</date><governmentpublicationsnumber>1010301398</governmentpublicationsnumber><identifier>76735</identifier><internationalstandardbooknumber>9789860418682 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76735</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>頭前溪水系支流上坪溪治理規劃檢討(匯流口至五峰大橋治理規劃檢討及五峰大橋至清泉大橋治理規劃)--光碟版 Review on the Regulation Planning of Shangping River Tributary of Touqian River</title><yearidentifier>201407</yearidentifier></data><data><abstract>濁水溪沖積扇地層下陷與地下水環境劣化，已嚴重威脅地下水資源之永續使用與重大公共工程設施（如高鐵）之安全，為積極性解決相關問題，本署過去2年（民國99與100年）已完成濁水溪河槽地下水補注簡易設施之工程施作，並持續進行相關成效評估與後續監測規劃。鑑於地下補注設施之成敗，有賴相關監測調查、施做前與完成後效益評估工作之落實，而為精進與提高效益評估結果之可信賴度，應採用不同模式進行補注效益評估之交叉評比，以檢核所採用模式之假設是否合理、不同模式間評估結果之異同、現有監測資訊是否充足、水文地質模型之假設是否合理、模擬所需參數採用與輸入資訊是否合理等。上述之目的，皆在確保進行之工程施作與地下水補注效益評估結果，是可信賴、具體可行且符合經濟效益。地下水補注所涉及之工程與科學議題極其廣泛，包含水文、地質、地球物理、監測、調查、工程規畫等，本計畫以目前最迫切之濁水溪沖積扇地下水補注相關議題為核心，配合本署近年辦理之地質鑽探、地球物理試驗、地下水位監測等調查，針對提升該區域地下水補注，評估效益及研擬規劃方案，以達成地下水保育與國土資源永續使用之願景。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020361</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/17</date><governmentpublicationsnumber>1010301161</governmentpublicationsnumber><identifier>76746</identifier><internationalstandardbooknumber>9789860416329 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76746</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>地表地下水整合性數值模式運用於地下水補注規劃 (內附光碟) Planning groundwater recharge with coupled mumerical models of surface and subsurface water</title><yearidentifier>201406</yearidentifier></data><data><abstract>近年來公共工程之推動已開始注意對環境生態之影響，惟現有河川生態資料欠缺難符相關規劃設計之需，而亟需補充調查及整合分析，俾供各界參考，爰此辦理後龍溪水系河川情勢調查工作。本計畫為兩年之延續性計畫，第一年度(101年度)執行主流後龍溪、支流老田寮溪、新店溪、沙河溪及飛鳳溪的情勢調查，第二年度(102年度)則辦理支流大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的情勢調查。 本計畫主要工作包括後龍溪主流及支流老田寮溪、新店溪、沙河溪、飛鳳溪、大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生態調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>禹安工程股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020272</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/17</date><governmentpublicationsnumber>1010301629</governmentpublicationsnumber><identifier>76748</identifier><internationalstandardbooknumber>9789860421514 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76748</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>後龍溪流域河川情勢調查(2/2) Investigation of Current Status in Houlong River System (2/2)</title><yearidentifier>201410</yearidentifier></data><data><abstract>近年來公共工程之推動已開始注意對環境生態之影響，惟現有河川生態資料欠缺難符相關規劃設計之需，而亟需補充調查及整合分析，俾供各界參考，爰此辦理後龍溪水系河川情勢調查工作。本計畫為兩年之延續性計畫，第一年度(101年度)執行主流後龍溪、支流老田寮溪、新店溪、沙河溪及飛鳳溪的情勢調查，第二年度(102年度)則辦理支流大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的情勢調查。 本計畫主要工作包括後龍溪主流及支流老田寮溪、新店溪、沙河溪、飛鳳溪、大湖溪、雞隆河、汶水溪、鹽水坑溪、南湖溪及打馬溝溪的基本資料蒐集、河川調查(包含河川型態、棲地調查、高灘地調查、空間利用調查、河川結構物調查、流量調查、水質調查等)、生態調查(水、陸域生物調查)、資料庫建置及河川環境管理建議(河川管理應注意事項及生態工程規劃設計注意事項)。</abstract><author>禹安工程股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020272</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/17</date><governmentpublicationsnumber>1010301629</governmentpublicationsnumber><identifier>76749</identifier><internationalstandardbooknumber>9789860421514 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76749</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>後龍溪流域河川情勢調查(2/2)--光碟版  Investigation of Current Status in Houlong River System (2/2)</title><yearidentifier>201410</yearidentifier></data><data><abstract>宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約 106 公里，其中沙質海岸北起頭城南至蘇澳約33公里，屬地形變遷較為劇烈之區域。本段海岸每至颱風侵襲期間，受到巨浪侵襲，烏石港、蘭陽溪河口附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍然引起沿岸居民不安。 而為能掌握海岸變遷之特性，本局於94及95年針對此段海岸進行波、潮流、海氣象、漂沙與水深地形等大範圍之調查研究，已初步掌握宜蘭海岸之海、氣象特性。然而，距前次調查至今已經6年，期間受到歷次颱風侵襲影響，海岸環境及地形於近年來有變化加劇之情況；此外，依據水利署水利規劃試驗所擬訂之「海岸防護規劃基本資料觀測調查作業規範(草案)」建議，海岸相關現場調查在一般原則下，宜每5年進行一次，以做為相關工程規劃之依據，確定未來本段海岸環境復育具體方向。爰此，本局遂研提本計畫，擬分三年度執行，針對宜蘭縣頭城至蘇澳沙質海岸進行相關調查及研究，釐清本段海岸地形變遷機制，並依研究成果研提本海岸地形變遷之因應對策，以供本局未來進行海岸防護及環境復育營造之參考。本計畫工作包括海象及水深地形資料調查，並蒐集分析計畫區海岸相關基本資料，同時輔以數值模式進行海岸地形變遷之動力機制的分析及評估；最後，乃依據研析成果研提本段海岸整體之海岸防護及環境營造改善策略及規劃。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020363</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010300067</governmentpublicationsnumber><identifier>76754</identifier><internationalstandardbooknumber>9789860402469 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76754</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭海岸防護基本資料調查(2/3) Field Study on Coastal Monitoring and Investigation in YiLan</title><yearidentifier>201401</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020045</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010202588</governmentpublicationsnumber><identifier>76755</identifier><internationalstandardbooknumber>9789860387650 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76755</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(1/2) Reserch and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intensity Scenario in Taiwan(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020241</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010202764</governmentpublicationsnumber><identifier>76756</identifier><internationalstandardbooknumber>9789860390803 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76756</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治及環境營造計畫第5期(98~103年)成效檢討及後續計畫(104~109年)之評估研究(2/2)--內附光碟 A Revies of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(2/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會.成大近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020046</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010202587</governmentpublicationsnumber><identifier>76757</identifier><internationalstandardbooknumber>9789860387643 ; 9789860387</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76757</librarycollectiondetailsurl><price>530</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(1/2) Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010202914</governmentpublicationsnumber><identifier>76758</identifier><internationalstandardbooknumber>9789860392395 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76758</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(3/3)--內附光碟 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010202915</governmentpublicationsnumber><identifier>76760</identifier><internationalstandardbooknumber>9789860392425 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76760</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)總報告--內附光碟 Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)</title><yearidentifier>201312</yearidentifier></data><data><abstract>101年7月蘇拉颱風造成臺灣北部地區嚴重災情，三峽地區一日降雨皆超過250mm以上，三峽河上游豪雨夾帶土石傾洩而下，迫使下游河道流路型態改變、淘刷破壞堤防護岸、土石堆積使河道通水斷面變小等情形產生。三峽河河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，亟有必要針對蘇拉颱風災前、後之三峽河河道進行相關檢討，以瞭解整體河道水理特性變化及輸砂變動趨勢，以利未來整體河道治理上之規劃評估。 為因應蘇拉颱風對三峽河中上游河段河道造成防洪安全之疑慮，故成立本二年研究計畫分析評估，並研擬工程及非工程可行之因應方案。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020124</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010301658</governmentpublicationsnumber><identifier>76761</identifier><internationalstandardbooknumber>9789860422269 ; 9789860422</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76761</librarycollectiondetailsurl><price>2200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>三峽河流域蘇拉颱風災後河道整治工程評估規劃 The Improvement Plan of Sanxia River in Metro Area</title><yearidentifier>201408</yearidentifier></data><data><abstract>101年7月蘇拉颱風造成臺灣北部地區嚴重災情，三峽地區一日降雨皆超過250mm以上，三峽河上游豪雨夾帶土石傾洩而下，迫使下游河道流路型態改變、淘刷破壞堤防護岸、土石堆積使河道通水斷面變小等情形產生。三峽河河道泥砂沖淤問題已成為河道穩定與防洪安全之關鍵成因，亟有必要針對蘇拉颱風災前、後之三峽河河道進行相關檢討，以瞭解整體河道水理特性變化及輸砂變動趨勢，以利未來整體河道治理上之規劃評估。 為因應蘇拉颱風對三峽河中上游河段河道造成防洪安全之疑慮，故成立本二年研究計畫分析評估，並研擬工程及非工程可行之因應方案。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020124</commissionedprojectidentifier><currency>NT$</currency><date>2014/10/20</date><governmentpublicationsnumber>1010301658</governmentpublicationsnumber><identifier>76762</identifier><internationalstandardbooknumber>9789860422269 ; 9789860422</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76762</librarycollectiondetailsurl><price>2200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>三峽河流域蘇拉颱風災後河道整治工程評估規劃(光碟版) The Improvement Plan of Sanxia River in Metro Area</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/22</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>76773</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76773</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>臺灣地區水資源投資分析102年度報告--內附光碟</title><yearidentifier>201410</yearidentifier></data><data><abstract> </abstract><author>台灣經濟研究院</author><categoryidentifier>555.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/29</date><governmentpublicationsnumber>1010301546</governmentpublicationsnumber><identifier>76774</identifier><internationalstandardbooknumber>9789860420432 ; 9789860420</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76774</librarycollectiondetailsurl><price>500</price><publisher>經濟部技術處</publisher><publishrocyear>103</publishrocyear><title>20142015產業技術白皮書</title><yearidentifier>201409</yearidentifier></data><data><abstract> </abstract><author>馬淵東一</author><categoryidentifier>536.3307</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/10/29</date><governmentpublicationsnumber>1010301643</governmentpublicationsnumber><identifier>76775</identifier><internationalstandardbooknumber>9789860421644 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76775</librarycollectiondetailsurl><price>480</price><publisher>原住民委員會</publisher><publishrocyear>103</publishrocyear><title>台灣原住民移動與分布</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/7</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>76780</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76780</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>臺灣地區水資源投資分析102年度報告--內附光碟</title><yearidentifier>201410</yearidentifier></data><data><abstract> </abstract><author>渤通顧問有限公司</author><categoryidentifier>551.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/9</date><governmentpublicationsnumber>1010301401</governmentpublicationsnumber><identifier>76782</identifier><internationalstandardbooknumber>9789860418675 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76782</librarycollectiondetailsurl><price>800</price><publisher>交通部觀光局</publisher><publishrocyear>103</publishrocyear><title>中華民國102年來臺旅客消費及動向調查報告</title><yearidentifier>201408</yearidentifier></data><data><abstract>本書為對經濟部水利署第二河川局轄區內鳳山溪流域進行全面性環境生態及河川情勢之調查，以瞭解河川環境及生物相特性，並針對鳳山溪中下游地區進行評估工作，並藉此使鳳山溪水系河川情勢調查分析及成果更加完善。</abstract><author>艾奕康工程顧問有限公司</author><categoryidentifier>443.689711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020355</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/10</date><governmentpublicationsnumber>1010301393</governmentpublicationsnumber><identifier>76783</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76783</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>鳳山溪水系河川情勢調查 Investigation of Current Status in Fengshan River</title><yearidentifier>201407</yearidentifier></data><data><abstract>本書為對經濟部水利署第二河川局轄區內鳳山溪流域進行全面性環境生態及河川情勢之調查，以瞭解河川環境及生物相特性，並針對鳳山溪中下游地區進行評估工作，並藉此使鳳山溪水系河川情勢調查分析及成果更加完善。</abstract><author>艾奕康工程顧問有限公司</author><categoryidentifier>443.689711</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020355</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/10</date><governmentpublicationsnumber>1010301393</governmentpublicationsnumber><identifier>76784</identifier><internationalstandardbooknumber>9789860408706 ; 9789860408</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76784</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>鳳山溪水系河川情勢調查(光碟版) Investigation of Current Status in Fengshan River</title><yearidentifier>201407</yearidentifier></data><data><abstract>本計劃利用海堤構造物檢測結果，得知現有金門地區海堤之安全性及地質狀態，作為後續工程維修及設計海堤之參考依據。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/12</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>76793</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76793</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研 究計畫(2/2)Study of Safety Evaluation of Seawall in Taitung and Kinmen Area(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>經濟部商業司</author><categoryidentifier>490.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/12</date><governmentpublicationsnumber>1009903402</governmentpublicationsnumber><identifier>76794</identifier><internationalstandardbooknumber>9789860249217 ; 9789860249</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76794</librarycollectiondetailsurl><price>530</price><publisher>9912</publisher><publishrocyear>99</publishrocyear><title>中華民國電子商務年鑑</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/14</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>76802</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76802</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>103</publishrocyear><title>中華民國104年潮汐表年刊 第18期--光碟版=TIDAL TABLES 2015</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>師範大學環境教育研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/14</date><governmentpublicationsnumber>4509704361</governmentpublicationsnumber><identifier>76805</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76805</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>97</publishrocyear><title>iWater 2008 石門水庫--愛水.我們為台灣生態河溪整合行動</title><yearidentifier>200812</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/14</date><governmentpublicationsnumber>1010300630</governmentpublicationsnumber><identifier>76807</identifier><internationalstandardbooknumber>9789860410297 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76807</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告(內附光碟)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract>基於以往相關計畫「石門水庫水砂運移監測與?重?模式開發及應用研究」與「石門水庫長期監測計畫與防淤操作模擬分析(1/2) 」，本計畫主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項</abstract><author>交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/18</date><governmentpublicationsnumber>1010300629</governmentpublicationsnumber><identifier>76809</identifier><internationalstandardbooknumber>9789860410280 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76809</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告--內附光碟 Long-Term Measurement of sediment transport and density current simulation Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract>本研究報告書為「石門水庫長期監測計畫與防淤操作模擬分析」總報告，主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/20</date><governmentpublicationsnumber>1010300630</governmentpublicationsnumber><identifier>76819</identifier><internationalstandardbooknumber>9789860410297 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76819</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告(內附光碟)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract>本研究報告書為「石門水庫長期監測計畫與防淤操作模擬分析」總報告，主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2014/11/26</date><governmentpublicationsnumber>1010300630</governmentpublicationsnumber><identifier>76821</identifier><internationalstandardbooknumber>9789860410297 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76821</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告--光碟版=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/11/28</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>76823</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76823</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>102年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201410</yearidentifier></data><data><abstract>為探討於河川區域內種植灌木及喬木對河防安全是否影響，以作為河川管理、治理措施實施之參考依據。為能夠適當支援數值模擬之參數引用，擬藉水工模型基本試驗所得之分析結果，提供數值模擬引用之河道糙度係數參數。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/2</date><governmentpublicationsnumber>1010203725</governmentpublicationsnumber><identifier>76827</identifier><internationalstandardbooknumber>9789860402506 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76827</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川區域種植對防洪影響之研究(物模)報告--內附光碟 A Study on Flooding’s Effect for Planting inFloodplain(Physical model)</title><yearidentifier>201312</yearidentifier></data><data><abstract>為探討於河川區域內種植灌木及喬木對河防安全是否影響，以作為河川管理、治理措施實施之參考依據。為能夠適當支援數值模擬之參數引用，擬藉水工模型基本試驗所得之分析結果，提供數值模擬引用之河道糙度係數參數。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/2</date><governmentpublicationsnumber>1010203725</governmentpublicationsnumber><identifier>76828</identifier><internationalstandardbooknumber>9789860402506 ; 9789860402</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76828</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川區域種植對防洪影響之研究(物模)報告--光碟版 A Study on Flooding’s Effect for Planting inFloodplain(Physical model)</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/8</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>76843</identifier><internationalstandardbooknumber>9789570283075 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76843</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第五篇下</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/8</date><governmentpublicationsnumber>10090014345</governmentpublicationsnumber><identifier>76844</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76844</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第六篇上</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>台灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/8</date><governmentpublicationsnumber>10090014345</governmentpublicationsnumber><identifier>76845</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76845</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第六篇下</title><yearidentifier>200012</yearidentifier></data><data><abstract>臺灣過去地下水資源區之地下水文量估算結果差異大，且近年來缺乏一致之估算方法與結果，使得各研究無所遵循。而氣候變遷對臺灣地下水資源之影響評估尚處於初步階段，瞭解氣候變遷下臺灣地區地下水潛能之變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。因此，本計畫擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，進行臺灣九大地下水資源區之地下水潛能變化研究，以提供臺灣未來水資源規劃與管理之參考。本計畫為第一年，辦理區域包括臺北盆地、臺中地區、濁水溪沖積扇、嘉南平原與屏東平原(包括恆春平原)等五大地下水資源區，已於本報告完成各地下水資源區之基本資料蒐集與整理、水文相關性分析、地下水補注潛能分析、地下水文量評估、氣候變遷之影響與衝擊，以及綜合分析等相關工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/9</date><governmentpublicationsnumber>1010302354</governmentpublicationsnumber><identifier>76848</identifier><internationalstandardbooknumber>9789860429954 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76848</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究(1/2)=The Investigation of Ground water Potential Variation under Climate Change in the Nine Groundwater Resources Regions of Taiwan(1/2)</title><yearidentifier>201410</yearidentifier></data><data><abstract>臺灣過去地下水資源區之地下水文量估算結果差異大，且近年來缺乏一致之估算方法與結果，使得各研究無所遵循。而氣候變遷對臺灣地下水資源之影響評估尚處於初步階段，瞭解氣候變遷下臺灣地區地下水潛能之變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。因此，本計畫擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，進行臺灣九大地下水資源區之地下水潛能變化研究，以提供臺灣未來水資源規劃與管理之參考。本計畫為第一年，辦理區域包括臺北盆地、臺中地區、濁水溪沖積扇、嘉南平原與屏東平原(包括恆春平原)等五大地下水資源區，已於本報告完成各地下水資源區之基本資料蒐集與整理、水文相關性分析、地下水補注潛能分析、地下水文量評估、氣候變遷之影響與衝擊，以及綜合分析等相關工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/9</date><governmentpublicationsnumber>1010302354</governmentpublicationsnumber><identifier>76849</identifier><internationalstandardbooknumber>9789860429954 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76849</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究(1/2)--光碟版=The Investigation of Ground water Potential Variation under Climate Change in the Nine Groundwater Resources Regions of Taiwan(1/2)</title><yearidentifier>201410</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009701833</governmentpublicationsnumber><identifier>76881</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76881</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利法規彙編</title><yearidentifier>200808</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009902192</governmentpublicationsnumber><identifier>76882</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76882</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利法規彙編</title><yearidentifier>201008</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009001440</governmentpublicationsnumber><identifier>76887</identifier><internationalstandardbooknumber>9789570283303 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76887</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第一冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009001441</governmentpublicationsnumber><identifier>76888</identifier><internationalstandardbooknumber>9789570283310 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76888</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第二冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009001443</governmentpublicationsnumber><identifier>76889</identifier><internationalstandardbooknumber>9789570283327 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76889</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第三冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract>民主法治國家，首重依法行政，公務人員執法時更應遵循行政法令及行政規則為依據。法與時轉則治，治與事宜則有功，法令是落實政策的工具，故水利人在執法時，水利法規實不能須臾離手。有鑑於此，本署自民國年、年、年及年均已編制水利法規彙編在案。今鑑於水利法、溫泉法等法令及其子法，另各項相關之法令及行政規則皆陸續修正，致原編印之法規已不符時需，爰需重新編訂付梓。期同仁能多予研讀、熟悉法令、依法行政，以最高尚的態度、最專業的技能執行，營造水利署廉明、效能之藍圖，實現愛水、惜水、親水以及減災、避災之願景。</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>76890</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76890</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利法規彙編</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>張元旭</author><categoryidentifier>554.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/16</date><governmentpublicationsnumber>1009302333</governmentpublicationsnumber><identifier>76891</identifier><internationalstandardbooknumber>9789570178357 ; 9789570178</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76891</librarycollectiondetailsurl><price>600</price><publisher>內政部</publisher><publishrocyear>93</publishrocyear><title>土地徵收作業手冊</title><yearidentifier>200408</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030075</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/18</date><governmentpublicationsnumber>1010302960</governmentpublicationsnumber><identifier>76907</identifier><internationalstandardbooknumber>9789860437423 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76907</librarycollectiondetailsurl><price>2280</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬(1/3)(內附光碟)Planning of the Response of River  Channel Stabilizing and Sediment Management for the Danshuei river(1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近幾年來，各國均面臨更頻繁與嚴峻之水患，每每釀成鉅大災害與後續復健之困難，因此過去以工程為主的防洪治水策略面臨前所未有的考驗。而水利工程應是促成人類和自然水環境和諧發展的工程藝術，這些巨災更提醒吾人新的永續水利工程思維與挑戰，應與環境、水資源及替代能源息息相關。本計畫期延續工程會「建立永續公共工程指標系統之研究」架構，就其中水利工程類永續指標評估項目適用性與參考準則進行研究探討，參酌國內外相關案例，編撰符合臺灣永續水利工程特性之參考手冊，使水利工程得以與時俱進，共創眾生和諧共生共榮之永續環境。</abstract><author>國立中央大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000316</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/18</date><governmentpublicationsnumber>1010005001</governmentpublicationsnumber><identifier>76914</identifier><internationalstandardbooknumber>9789860312515 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76914</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>永續水利工程之研究總報告(內附光碟)A Study of Sustainable Engineering and Construction of Hydraulic Facilities(2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>台灣每逢颱風豪雨河川泥砂濃度即迅速飆升，而高濁度之水流往往對下游地區之水資源利用、河道穩定、河中構造物安全與生態系統等產生嚴重衝擊，因此瞭解颱洪期間河川泥砂濃度於時間與空間之變化實為重要課題。本計畫主要建立以物理概念為基礎之颱洪期間河川泥砂濃度歷線推估架構與方法，並配合時域反射法(Time Domain Reflectometry, TDR)河川泥砂濃度觀測資料以利於相關模式之建立、檢定與驗證。但由目前實務觀測經驗發現，現場感測器避免雜物干擾與落淤等限制需要克服，此外對於提供河川橫斷面泥砂濃度量測規劃與驗證仍須進一步探討。基於上述需求，本計畫除持續維護既有固定式自動化泥砂觀測示範站穩定運作外，並針對實務應用所面臨之問題持續改善相關設備，包含透過碳纖維探棒改良，以及微型化感測器研發，以提升TDR量測準確度；另外現場測站常見問題改善則包含提出保護鋼管開槽改善，以及浮桶式觀測方法之規劃建議。目前本計畫已取得數場颱洪時期河川即時泥砂濃度歷線分析，其中以里嶺大橋為例，配合現場人工取樣除作為校正資料外，透過橋墩與深槽區取樣結果，初步研判於小流量下之空間濃度變異性不高。因此本計畫除完成以TDR沖刷纜線為主體之橫斷面泥砂濃度量測機制與初步實務安裝圖說，並預計將於下年度進行現場實際安裝與測試。因應上述河川橫斷面泥砂濃度量測機制建置，現有資訊平台之網頁繪圖Flash模組之功能於升級後之模組可提供兩組以上SSC歷線同時繪圖，以及不同現場物理量比較，另外也提供單一垂直濃度剖面繪圖，並提出河川橫斷面泥砂濃度繪圖機制規劃與初步測試成果。關於泥砂產量與歷線推估部分，本計畫已選定泥砂濃度歷線推估之應用流域並蒐集相關資料，同時蒐集並彙整不同泥砂生產機制之泥砂產量推估方法。而根據相關資料，已研擬泥砂濃度歷線推估整體架構以及詳細流程。本推估架構是由多個具不同目的之方法或模式所組合而言，而在組合過程又牽涉時間與空間因素，因此模擬時刻與子集水區劃分之選擇將可能影響分析結果。建議後續在針對整個高屏溪流域進行分析並與TDR量測資料比對前，仍應先以一小集水區進行架構之測試與檢討，以利實際應用時能有效率地完成模式率定與驗證之工作。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030147</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/19</date><governmentpublicationsnumber>1010302546</governmentpublicationsnumber><identifier>76925</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76925</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>河川含砂濃度全洪程觀測與含砂濃度歷線推估模式建構(1/2)(內附光碟) Full Runoff River Suspended Sediment Concentration Monitoring and Development of the Sediment Hydrograph Modelling</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣每逢颱風豪雨河川泥砂濃度即迅速飆升，而高濁度之水流往往對下游地區之水資源利用、河道穩定、河中構造物安全與生態系統等產生嚴重衝擊，因此瞭解颱洪期間河川泥砂濃度於時間與空間之變化實為重要課題。本計畫主要建立以物理概念為基礎之颱洪期間河川泥砂濃度歷線推估架構與方法，並配合時域反射法(Time Domain Reflectometry, TDR)河川泥砂濃度觀測資料以利於相關模式之建立、檢定與驗證。但由目前實務觀測經驗發現，現場感測器避免雜物干擾與落淤等限制需要克服，此外對於提供河川橫斷面泥砂濃度量測規劃與驗證仍須進一步探討。 基於上述需求，本計畫除持續維護既有固定式自動化泥砂觀測示範站穩定運作外，並針對實務應用所面臨之問題持續改善相關設備，包含透過碳纖維探棒改良，以及微型化感測器研發，以提升TDR量測準確度；另外現場測站常見問題改善則包含提出保護鋼管開槽改善，以及浮桶式觀測方法之規劃建議。目前本計畫已取得數場颱洪時期河川即時泥砂濃度歷線分析，其中以里嶺大橋為例，配合現場人工取樣除作為校正資料外，透過橋墩與深槽區取樣結果，初步研判於小流量下之空間濃度變異性不高。因此本計畫除完成以TDR沖刷纜線為主體之橫斷面泥砂濃度量測機制與初步實務安裝圖說，並預計將於下年度進行現場實際安裝與測試。因應上述河川橫斷面泥砂濃度量測機制建置，現有資訊平台之網頁繪圖Flash模組之功能於升級後之模組可提供兩組以上SSC歷線同時繪圖，以及不同現場物理量比較，另外也提供單一垂直濃度剖面繪圖，並提出河川橫斷面泥砂濃度繪圖機制規劃與初步測試成果。 關於泥砂產量與歷線推估部分，本計畫已選定泥砂濃度歷線推估之應用流域並蒐集相關資料，同時蒐集並彙整不同泥砂生產機制之泥砂產量推估方法。而根據相關資料，已研擬泥砂濃度歷線推估整體架構以及詳細流程。本推估架構是由多個具不同目的之方法或模式所組合而言，而在組合過程又牽涉時間與空間因素，因此模擬時刻與子集水區劃分之選擇將可能影響分析結果。建議後續在針對整個高屏溪流域進行分析並與TDR量測資料比對前，仍應先以一小集水區進行架構之測試與檢討，以利實際應用時能有效率地完成模式率定與驗證之工作。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040063</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010403036</governmentpublicationsnumber><identifier>76927</identifier><internationalstandardbooknumber>9789860473360 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76927</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>河川含砂濃度全洪程觀測與含砂濃度歷線推估模式建構(2/2) (光碟版)Full Runoff River Suspended Sediment Concentration Monitoring and Development of the Sediment Hydrograph Modelling</title><yearidentifier>201512</yearidentifier></data><data><abstract>本局於98年曾完成建置之淡水河系三維地理資訊系統(3D-GIS)將前述成果納入，102年擴充『水利建造物安全評估檢查管理系統』介接運用3D-GIS。</abstract><author>陶林數值測量工程股份有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302330</governmentpublicationsnumber><identifier>76933</identifier><internationalstandardbooknumber>9789860341584 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76933</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度淡水河系三維地理資訊系統維護及行動平台建置擴充計畫</title><yearidentifier>201412</yearidentifier></data><data><abstract>本局於98年曾完成建置之淡水河系三維地理資訊系統(3D-GIS)將前述成果納入，102年擴充『水利建造物安全評估檢查管理系統』介接運用3D-GIS。</abstract><author>陶林數值測量工程股份有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302330</governmentpublicationsnumber><identifier>76934</identifier><internationalstandardbooknumber>9789860341584 ; 9789860341</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76934</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度淡水河系三維地理資訊系統維護及行動平台建置擴充計畫 (光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為期系統能提供前開各領域最妥適應用，需持續更新圖資，以保持資料正確性，爰依據大署100年10月19日「101年度委託服務預定計畫檢討會議」相關決議：「各主要河川環境航空測量數值資料101年度將全部建置完成，後續應檢討更新之頻率，並建立完善建置制度，用以推估每年所需檢討之預算規模，俾利事先匡列預算，並列入經常性工作，不需每年檢討計畫項目與經費。」辦理本局轄管淡水河系及海岸範圍航測數值圖資建置及既設系統圖資更新計畫。供後續辦理水系治理規劃檢討、河川管理及流域環境自然生態保育與環境營造之應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030070</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302331</governmentpublicationsnumber><identifier>76935</identifier><internationalstandardbooknumber>9789860428650 ; 9789860428</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76935</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度淡水河、磺溪及新北市、基隆市海堤航空影像圖資更新建置計畫=Aviation Orthophotos Renew and Build Located Tamsui River, and Seawall in New Taipei City, Keelung in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>為期系統能提供前開各領域最妥適應用，需持續更新圖資，以保持資料正確性，爰依據大署100年10月19日「101年度委託服務預定計畫檢討會議」相關決議：「各主要河川環境航空測量數值資料101年度將全部建置完成，後續應檢討更新之頻率，並建立完善建置制度，用以推估每年所需檢討之預算規模，俾利事先匡列預算，並列入經常性工作，不需每年檢討計畫項目與經費。」辦理本局轄管淡水河系及海岸範圍航測數值圖資建置及既設系統圖資更新計畫。供後續辦理水系治理規劃檢討、河川管理及流域環境自然生態保育與環境營造之應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030070</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302331</governmentpublicationsnumber><identifier>76936</identifier><internationalstandardbooknumber>9789860428650 ; 9789860428</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76936</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度淡水河、磺溪及新北市、基隆市海堤航空影像圖資更新建置計畫-光碟版=Aviation Orthophotos Renew and Build Located Tamsui River, and Seawall in New Taipei City, Keelung in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030075</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302960</governmentpublicationsnumber><identifier>76937</identifier><internationalstandardbooknumber>9789860437423 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76937</librarycollectiondetailsurl><price>2280</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬(1/3)(內附光碟)Planning of the Response of River  Channel Stabilizing and Sediment Management for the Danshuei river(1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>南化水庫每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫淤積，民國101年11月水庫庫容僅餘9,943萬立方公尺，原規劃庫容已淤積超過37.1%，嚴重影響水庫運轉操作及供水。 為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)自99年度起辦理南化第二水庫查規劃，南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。經100及101年度持續規劃已達初步規劃精度， 102年度賡續推動南化第二水庫規劃，進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。 經前期分析需進一步辦理壩址地質補充鑽探、地球物理試驗等調查以瞭解壩基礎承載力、水密性及下游側地質條件等評估開發規模，以及後續材料運輸道路評估及材料暫置場規劃，估算淹沒區及工程用地徵收補償所需經費，與賡續環境生態調查作為環評背景資料。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030241</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302106</governmentpublicationsnumber><identifier>76939</identifier><internationalstandardbooknumber>9789860426991 ; 9789860426</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76939</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>南化水庫上游水資源開發可行性規劃-開發規模評估及工程用地補充調查(內附光碟)Water Resources Development and Feasibility Planning of Upstream of Nan-Hua Reservoir - Assessment of Exploitation Scale and Supplementary Investigations at the Constructio</title><yearidentifier>201412</yearidentifier></data><data><abstract>南化水庫每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫淤積，民國101年11月水庫庫容僅餘9,943萬立方公尺，原規劃庫容已淤積超過37.1%，嚴重影響水庫運轉操作及供水。 為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)自99年度起辦理南化第二水庫查規劃，南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。經100及101年度持續規劃已達初步規劃精度， 102年度賡續推動南化第二水庫規劃，進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。 經前期分析需進一步辦理壩址地質補充鑽探、地球物理試驗等調查以瞭解壩基礎承載力、水密性及下游側地質條件等評估開發規模，以及後續材料運輸道路評估及材料暫置場規劃，估算淹沒區及工程用地徵收補償所需經費，與賡續環境生態調查作為環評背景資料。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030241</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302108</governmentpublicationsnumber><identifier>76940</identifier><internationalstandardbooknumber>9789860427035 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76940</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>南化水庫上游水資源開發可行性規劃-開發規模評估及工程用地補充調查-淹沒區及工程用地調查專題報告(內附光碟)Special Subject Report for Reservoir Inundation Area and Construction Sites</title><yearidentifier>201412</yearidentifier></data><data><abstract>南化水庫每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫淤積，民國101年11月水庫庫容僅餘9,943萬立方公尺，原規劃庫容已淤積超過37.1%，嚴重影響水庫運轉操作及供水。 為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)自99年度起辦理南化第二水庫查規劃，南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。經100及101年度持續規劃已達初步規劃精度， 102年度賡續推動南化第二水庫規劃，進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。 經前期分析需進一步辦理壩址地質補充鑽探、地球物理試驗等調查以瞭解壩基礎承載力、水密性及下游側地質條件等評估開發規模，以及後續材料運輸道路評估及材料暫置場規劃，估算淹沒區及工程用地徵收補償所需經費，與賡續環境生態調查作為環評背景資料。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030241</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302107</governmentpublicationsnumber><identifier>76941</identifier><internationalstandardbooknumber>9789860427011 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76941</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>南化水庫上游水資源開發可行性規劃-開發規模評估及工程用地補充調查地形測量專題報告(內附光碟)Special Subject Report for Topographic Survey</title><yearidentifier>201412</yearidentifier></data><data><abstract>南化水庫每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫淤積，民國101年11月水庫庫容僅餘9,943萬立方公尺，原規劃庫容已淤積超過37.1%，嚴重影響水庫運轉操作及供水。 為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)自99年度起辦理南化第二水庫查規劃，南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。經100及101年度持續規劃已達初步規劃精度， 102年度賡續推動南化第二水庫規劃，進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。 經前期分析需進一步辦理壩址地質補充鑽探、地球物理試驗等調查以瞭解壩基礎承載力、水密性及下游側地質條件等評估開發規模，以及後續材料運輸道路評估及材料暫置場規劃，估算淹沒區及工程用地徵收補償所需經費，與賡續環境生態調查作為環評背景資料。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030241</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/23</date><governmentpublicationsnumber>1010302109</governmentpublicationsnumber><identifier>76942</identifier><internationalstandardbooknumber>9789860427004 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>南化水庫上游水資源開發可行性規劃-開發規模評估及工程用地補充調查築壩材料補充調查及試驗專題報告(內附光碟)Special Subject Report for Investigation and Test of Dam Engineering Materials</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年數場颱洪事件考驗，證實具可靠之準確度、時效性及功能性等。於97年至101年辦理「淡水河即時洪水預報系統模式擴充及維護」計畫及102年辦理「十河局轄區洪水預警及防汛整合作業」計畫擴充模式功能為具備即時預報、事件模擬、參數檢定、決策支援功能，並引進中央氣象局QPESUMS產品，水利署颱風氣候法降雨預報結果，颱洪中心系集降雨預報產品，提供高解析度降雨預報資料。預報範圍更由原先的淡水河(後村堰至河口)、基隆河、新店溪，擴充到大漢溪上游(至石門後池)、景美溪、二重疏洪道、三峽河及南勢溪流域，使洪水預報之產品能夠更適切的描述整個淡水河流域的水情。針對集水分區及代表雨量站進行修改擴充及檢討評估，使集水區與河段架構更能合理反映流域現況。提高預報系統計算頻率為10分鐘，使其即時反應水位變化趨勢，且更符合小流域之水文反應實況。開發地圖化展示介面之相關圖資及功能，提供值勤人員視覺化水情預報資訊查訊，便於應用圖資迅速掌握流域現況。 本年度延續歷年成果，對REFOR模式以及塔寮坑溪子系統持續進行擴充與維護，並完整納入南勢溪水理演算，並測試納入後之系統穩定度及成果。協助整合轄內縣市政府水情資訊及淹水調查結果彙整，並將本局提供之最新淹水圖資套疊至地圖化展示介面，以供系統展示。評估塔寮坑溪龍壽滯洪池之模式開發建置可行性，並提出後續建議。開發洪水預報水情警戒資訊APP，使相關人員迅速掌握相關訊息。持續增加系統維護與操作之效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030083</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/24</date><governmentpublicationsnumber>1010302602</governmentpublicationsnumber><identifier>76943</identifier><internationalstandardbooknumber>9789860429176 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76943</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年數場颱洪事件考驗，證實具可靠之準確度、時效性及功能性等。於97年至101年辦理「淡水河即時洪水預報系統模式擴充及維護」計畫及102年辦理「十河局轄區洪水預警及防汛整合作業」計畫擴充模式功能為具備即時預報、事件模擬、參數檢定、決策支援功能，並引進中央氣象局QPESUMS產品，水利署颱風氣候法降雨預報結果，颱洪中心系集降雨預報產品，提供高解析度降雨預報資料。預報範圍更由原先的淡水河(後村堰至河口)、基隆河、新店溪，擴充到大漢溪上游(至石門後池)、景美溪、二重疏洪道、三峽河及南勢溪流域，使洪水預報之產品能夠更適切的描述整個淡水河流域的水情。針對集水分區及代表雨量站進行修改擴充及檢討評估，使集水區與河段架構更能合理反映流域現況。提高預報系統計算頻率為10分鐘，使其即時反應水位變化趨勢，且更符合小流域之水文反應實況。開發地圖化展示介面之相關圖資及功能，提供值勤人員視覺化水情預報資訊查訊，便於應用圖資迅速掌握流域現況。 本年度延續歷年成果，對REFOR模式以及塔寮坑溪子系統持續進行擴充與維護，並完整納入南勢溪水理演算，並測試納入後之系統穩定度及成果。協助整合轄內縣市政府水情資訊及淹水調查結果彙整，並將本局提供之最新淹水圖資套疊至地圖化展示介面，以供系統展示。評估塔寮坑溪龍壽滯洪池之模式開發建置可行性，並提出後續建議。開發洪水預報水情警戒資訊APP，使相關人員迅速掌握相關訊息。持續增加系統維護與操作之效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030083</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/24</date><governmentpublicationsnumber>1010302602</governmentpublicationsnumber><identifier>76944</identifier><internationalstandardbooknumber>9789860429176 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76944</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度十河局轄區洪水預警及防汛整合作業(光碟版) Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>南化水庫每日供應台南及高雄地區60萬立方公尺水量，並可支援高雄地區原水最大達每日50萬立方公尺，為台灣南部地區亟重要水源設施。民國98年莫拉克颱風來襲，造成南化水庫淤積，民國101年11月水庫庫容僅餘9,943萬立方公尺，原規劃庫容已淤積超過37.1%，嚴重影響水庫運轉操作及供水。 為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)自99年度起辦理南化第二水庫查規劃，南化第二水庫除可維持本身永續經營外，具有(1)促進南化水庫永續利用；(2)增加南化水庫及高屏堰系統聯合運用供水潛能；(3)提高水庫下游後堀溪防洪能力等3大功能。經100及101年度持續規劃已達初步規劃精度， 102年度賡續推動南化第二水庫規劃，進行可行性階段調查工作，並依據前期規劃需進一步釐清議題，持續辦理工程材料調查與評估及環境現況分析等工作。 經前期分析需進一步辦理壩址地質補充鑽探、地球物理試驗等調查以瞭解壩基礎承載力、水密性及下游側地質條件等評估開發規模，以及後續材料運輸道路評估及材料暫置場規劃，估算淹沒區及工程用地徵收補償所需經費，與賡續環境生態調查作為環評背景資料。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030241</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/25</date><governmentpublicationsnumber>1010302106</governmentpublicationsnumber><identifier>76946</identifier><internationalstandardbooknumber>9789860426991 ; 9789860426</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76946</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>南化水庫上游水資源開發可行性規劃-開發規模評估及工程用地補充調查(光碟版)Water Resources Development and Feasibility Planning of Upstream of Nan-Hua Reservoir - Assessment of Exploitation Scale and Supplementary Investigations at the Constructio</title><yearidentifier>201412</yearidentifier></data><data><abstract>為因應南部地區未來水資源供給與需求的平衡，水庫大量淤積後供水能力降低、氣候變遷可能造成降雨集中面臨豐水期更豐、枯水期更枯的情境，及發生洪災及水源高濁度等供水風險，因此離槽水庫或人工湖開發為穩定區域供水之重要水源。 台南大湖經檢討可常態供水8.9萬CMD，於颱洪期間上游曾文及南化水庫防洪防淤操作，可能造成曾文溪原水濁度?高情境下備援供水以及具環境營造等功能。     經濟部水利署水利規劃試驗所(以下簡稱本所)民國102年初已針對台南大湖地質條件與土壤特性，初步規劃土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，規劃台南大湖開發策略，本（103）年度進一步對人工湖區位民意調查、曾文溪麻善地區生態調查、人工湖交換灌溉用水可行性及放淤客土土壤改良等進行評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030218</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/25</date><governmentpublicationsnumber>1010302105</governmentpublicationsnumber><identifier>76947</identifier><internationalstandardbooknumber>9789860426984 ; 9789860426</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76947</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台南大湖水資源開發調查試驗及推動策略研析(內附光碟)Water Resources Development Study and Promotion Strategy Formulation for Tainan Lake</title><yearidentifier>201412</yearidentifier></data><data><abstract>為因應南部地區未來水資源供給與需求的平衡，水庫大量淤積後供水能力降低、氣候變遷可能造成降雨集中面臨豐水期更豐、枯水期更枯的情境，及發生洪災及水源高濁度等供水風險，因此離槽水庫或人工湖開發為穩定區域供水之重要水源。 台南大湖經檢討可常態供水8.9萬CMD，於颱洪期間上游曾文及南化水庫防洪防淤操作，可能造成曾文溪原水濁度?高情境下備援供水以及具環境營造等功能。     經濟部水利署水利規劃試驗所(以下簡稱本所)民國102年初已針對台南大湖地質條件與土壤特性，初步規劃土方去化之具體方向，並分析地下水水位、流向，以及台南大湖對地下水之影響，並就環境生態與生產型態進行調查分析，規劃台南大湖開發策略，本（103）年度進一步對人工湖區位民意調查、曾文溪麻善地區生態調查、人工湖交換灌溉用水可行性及放淤客土土壤改良等進行評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030218</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/25</date><governmentpublicationsnumber>1010302105</governmentpublicationsnumber><identifier>76948</identifier><internationalstandardbooknumber>9789860426984 ; 9789860426</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76948</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台南大湖水資源開發調查試驗及推動策略研析(光碟版)Water Resources Development Study and Promotion Strategy Formulation for Tainan Lake</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年數場颱洪事件考驗，證實具可靠之準確度、時效性及功能性等。於97年至101年辦理「淡水河即時洪水預報系統模式擴充及維護」計畫及102年辦理「十河局轄區洪水預警及防汛整合作業」計畫擴充模式功能為具備即時預報、事件模擬、參數檢定、決策支援功能，並引進中央氣象局QPESUMS產品，水利署颱風氣候法降雨預報結果，颱洪中心系集降雨預報產品，提供高解析度降雨預報資料。預報範圍更由原先的淡水河(後村堰至河口)、基隆河、新店溪，擴充到大漢溪上游(至石門後池)、景美溪、二重疏洪道、三峽河及南勢溪流域，使洪水預報之產品能夠更適切的描述整個淡水河流域的水情。針對集水分區及代表雨量站進行修改擴充及檢討評估，使集水區與河段架構更能合理反映流域現況。提高預報系統計算頻率為10分鐘，使其即時反應水位變化趨勢，且更符合小流域之水文反應實況。開發地圖化展示介面之相關圖資及功能，提供值勤人員視覺化水情預報資訊查訊，便於應用圖資迅速掌握流域現況。 本年度延續歷年成果，對REFOR模式以及塔寮坑溪子系統持續進行擴充與維護，並完整納入南勢溪水理演算，並測試納入後之系統穩定度及成果。協助整合轄內縣市政府水情資訊及淹水調查結果彙整，並將本局提供之最新淹水圖資套疊至地圖化展示介面，以供系統展示。評估塔寮坑溪龍壽滯洪池之模式開發建置可行性，並提出後續建議。開發洪水預報水情警戒資訊APP，使相關人員迅速掌握相關訊息。持續增加系統維護與操作之效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030083</commissionedprojectidentifier><currency>NT$</currency><date>2014/12/27</date><governmentpublicationsnumber>1010302602</governmentpublicationsnumber><identifier>76951</identifier><internationalstandardbooknumber>9789860429176 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76951</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>599</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2014/12/29</date><governmentpublicationsnumber>2010203794</governmentpublicationsnumber><identifier>76952</identifier><internationalstandardbooknumber>9789860436976 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76952</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>103</publishrocyear><title>經濟部水利署臺北水源特定區管理局102年度工作年報 Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2013 annual report</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.733023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/3</date><governmentpublicationsnumber>1009501522</governmentpublicationsnumber><identifier>76960</identifier><internationalstandardbooknumber>9789860054958 ; 9860054959</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76960</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>95</publishrocyear><title>水土保持法暨相關法規彙編</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/3</date><governmentpublicationsnumber>1009204691</governmentpublicationsnumber><identifier>76962</identifier><internationalstandardbooknumber>9789570160239 ; 9570160233</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76962</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200401</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/3</date><governmentpublicationsnumber>1009403114</governmentpublicationsnumber><identifier>76963</identifier><internationalstandardbooknumber>9789860024555 ; 9860024553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76963</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/3</date><governmentpublicationsnumber>38041880378</governmentpublicationsnumber><identifier>76964</identifier><internationalstandardbooknumber>9789570233032 ; 9570233036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76964</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>政府採購法相關資料彙編</title><yearidentifier>199902</yearidentifier></data><data><abstract> </abstract><author>公共工程委員會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/3</date><governmentpublicationsnumber>1009100986</governmentpublicationsnumber><identifier>76965</identifier><internationalstandardbooknumber>9789570109139 ; 9570109130</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76965</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>政府採購法逐條釋例彙編(二)</title><yearidentifier>200204</yearidentifier></data><data><abstract>本研究報告書為「石門水庫長期監測計畫與防淤操作模擬分析」總報告，主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/6</date><governmentpublicationsnumber>1010300630</governmentpublicationsnumber><identifier>76968</identifier><internationalstandardbooknumber>9789860410297 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76968</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告 Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract>本計畫主要目的為檢討淡水河關渡橋至河口段之現況通洪能力，藉由瞭解河道特性及沿岸之淹水潛勢範圍，以掌握關鍵需保護區位可行之防洪保護策略，故研擬本計畫進行相關地形測量及平面二維水理模式評估分析淹水潛勢。目前關渡橋上游河段之臺北地區防洪計畫已幾近完成，淡水河關渡至河口河段右岸竹圍及左岸挖子尾紅樹林保護(留)區雖被劃入河川區域線內，但因水筆仔生存繁衍仰賴溼地環境，依?文化資產保護法?或相關規定應予妥善保護，為顧及保護(留)區生態維持，故該河段未布設治理工程，採低度保護方式，以管理手段代替工程治理手段降低對生態環境之擾動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030101</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/6</date><governmentpublicationsnumber>1010302481</governmentpublicationsnumber><identifier>76974</identifier><internationalstandardbooknumber>9789860431858 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76974</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河關渡至河口段防洪保護策略研究 Structural and non-structural measures for mitigation the flood hazard in the reach between Guandu Bridge and river mouth of Tanshui River</title><yearidentifier>201411</yearidentifier></data><data><abstract>本計畫主要目的為檢討淡水河關渡橋至河口段之現況通洪能力，藉由瞭解河道特性及沿岸之淹水潛勢範圍，以掌握關鍵需保護區位可行之防洪保護策略，故研擬本計畫進行相關地形測量及平面二維水理模式評估分析淹水潛勢。目前關渡橋上游河段之臺北地區防洪計畫已幾近完成，淡水河關渡至河口河段右岸竹圍及左岸挖子尾紅樹林保護(留)區雖被劃入河川區域線內，但因水筆仔生存繁衍仰賴溼地環境，依?文化資產保護法?或相關規定應予妥善保護，為顧及保護(留)區生態維持，故該河段未布設治理工程，採低度保護方式，以管理手段代替工程治理手段降低對生態環境之擾動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030101</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/6</date><governmentpublicationsnumber>1010302481</governmentpublicationsnumber><identifier>76975</identifier><internationalstandardbooknumber>9789860431858 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76975</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河關渡至河口段防洪保護策略研究(光碟版)</title><yearidentifier>201411</yearidentifier></data><data><abstract>本年度將以秀姑巒溪及和平溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國?交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030223</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/7</date><governmentpublicationsnumber>1010302653</governmentpublicationsnumber><identifier>76976</identifier><internationalstandardbooknumber>9789860433937 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76976</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>中央管河川流域地質資料查核-秀姑巒溪及和平溪(內附光碟)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本年度將以秀姑巒溪及和平溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國?交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030223</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/7</date><governmentpublicationsnumber>1010302653</governmentpublicationsnumber><identifier>76977</identifier><internationalstandardbooknumber>9789860433937 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76977</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>中央管河川流域地質資料查核-秀姑巒溪及和平溪(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>「後龍溪水系支流汶水溪治理規劃檢討(1/2)」檢討範圍自汶水溪、打比厝溪匯流點至與後龍溪匯流處，長約12.0公里。本報告為第一年度執行計畫，已完成外業測量、基本資料收集與調查、水文分析等工作項目。 一、流域概況 汶水溪位於台灣本島中部苗栗縣之獅潭、泰安及大湖三鄉鎮境內，屬後龍溪之支流之一，主流全長約24.83公里，集水面積約105.52平方公里，全區均屬山地，坡陡流急，河道平均坡降自發源地至後龍溪匯流處為1/23。整體地勢則由東北向西南傾斜，流域內尚有數條斷層經過，由西至東分別為錦水、清安、司馬限、橫龍山、洗水山及南大窩等斷層，本流域四面環山、氣候溫和，屬亞熱帶潤濕氣候，濕度變化不大，河段兩岸皆保有原始森林特性，生態豐富多元。 本流域大部分位於泰安鄉境內，依據苗栗縣政府民國103年7月人口統計，本計畫區主要行政區域泰安鄉之總人口數為6,004人，流域內大部分土地利用為林業使用，佔總面積之90.54%，其產業以一級產業為主，然區內景觀自然且有豐沛的溫泉資源，且整體水質屬未(稍)受污染，使本溪成為著名的旅遊景點，然本溪兩岸河谷台地狹小，聚落分布零星，且由於地質較為破碎，上游集水區崩塌地逐漸增加，民國98年莫拉克颱風後，崩塌地增加至102處，總面積則為64.2公頃，流域內則有10條土石流潛勢溪流。 二、基本資料蒐集、調查與分析 本計畫測量起迄點為：自汶水溪、打比厝溪匯流點至與後龍溪匯流處，長約12公里。其外業測量工作分別於民國103年8月13日及11月27~28日驗收通過。本次參考歷次規劃及大斷面測量成果，除原有31處斷面外，並視現況河道情形加測19處斷面，共計50處。此外，亦進行河床質採樣共12處，。 汶水溪主流過往並未有較重大之洪災事件發生，主要係為汶水溪流域之聚落多沿苗62線或其支流兩岸，其地勢較高，故洪水溢淹形成災害機率較低。歷年災害主要發生於支流或上游集水區，災害類型為土石流災害、道路上下邊坡崩塌、溪流兩岸淘刷；汶水溪主流則多為兩岸受洪水沖擊而結構物毀損，或部分地勢相對低之河谷平原兩岸農田遭淹沒等災害。 本溪主要保全對象包括(新)汶水橋上游左岸之雪霸國家公園管理處、洗水坑匯流口附近之聚落(豆腐街一帶)等區域、虎山溫泉之河中島、主流右岸位於砂鹿埔野溪匯流處之聚落、泰安橋下游左岸之泰雅文化園區、泰安橋左岸之溫泉飯店與聚落，以及龍安橋兩岸之溫泉飯店與聚落等。交通要道為鄉道苗62線，並經數座跨河橋梁連接區域內之道路，自下游起包括(舊)汶水橋、(新)汶水橋、錦卦大橋、泰安橋及龍安橋。河道內土地除斷面20-20.2間河中島設有虎山溫泉山莊(但本區位於公告河川區域外)外，另於左斷面26-27間左岸高台地有騰龍山莊設立，其餘均為竹林、旱作、雜草及雜木林等零星分佈。 三、洪水量分析檢討 本計畫洪水量分析部分，暴雨頻率分析民國78年以前，各控制點採松安站、橫龍山站、大湖(1)站及和興站等4站，以徐昇多邊形法進行分平均最大一日、二日暴雨量，再換為最大24小時及48小時雨量；民國78年以後，各控制點則採松安站、橫龍山站、大湖(1)站、和興站及觀霧站等5站之年最大24、48小時暴雨量搭配以徐昇多邊形法之權重分析。再利用卡方( )檢定進行機率分布之適合度檢定，並依據標準誤差(SE)最小值為最適合分布，依據分析結果，各控制點最大24小時及48小時暴雨均以皮爾遜Ⅲ型為最佳分布。本計畫之設計雨型採同位序法，並利用降雨逕流模式之三角形單位歷線法及無因次單位歷線法推求各水文控制點之各重現期距洪峰流量，綜合比較後，鑑於近年雨量明顯有增加之趨勢，且考量河防安全及與以往規劃一致性，故採用本次以無因次單位歷線搭配48小時同位序雨型之分析值，作為後續水理分析之基礎，以汶水溪匯流口為例，本次25年重現期距洪峰流量採用值為1,690cms。   表1  汶水溪各控制點各重現期距採用洪峰流量一覽表 控制點	集水面積(km2)	重現期距洪峰流量(cms) 		Q2	Q5	Q10	Q20	Q25	Q50	Q100	Q200 汶水溪與後龍溪匯流口	105.52	570	1,030	1,330	1,610	1,690	1,960	2,220	2,480 		(5.40)	(9.76)	(12.60)	(15.26)	(16.02)	(18.57)	(21.04)	(23.50) 洗水坑溪匯流前	85.89	490	880	1,140	1,380	1,460	1,690	1,920	2,140 		(5.70)	(10.25)	(13.27)	(16.07)	(17.00)	(19.68)	(22.35)	(24.92) 八卦力溪匯流前	68.24	400	730	940	1,140	1,200	1,400	1,580	1,770 		(5.83)	(10.64)	(13.70)	(16.61)	(17.49)	(20.40)	(23.03)	(25.79) 打比厝溪匯流前	45.17	290	510	660	800	840	980	1,110	1,240 		(6.42)	(11.29)	(14.61)	(17.71)	(18.60)	(21.70)	(24.57)	(27.45) 註：(  )內為比流量，單位為cms/ km2    圖1　汶水溪現況25年重現期距洪峰流量分配圖 四、現況水理分析 本計畫以103年度最新辦理大斷面測量資料，配合本次納入最新雨量資料後分析之各重現期距洪峰流量，並以本次計算之臨界水深為起算水位，演算分析其通洪能力，經初步水理分析成果，現況河道兩岸高程之保護標準皆在25年重現期距以上，顯示洪水尚不致氾濫兩岸。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030421</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302785</governmentpublicationsnumber><identifier>76978</identifier><internationalstandardbooknumber>9789860435795 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76978</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公室</publisher><publishrocyear>103</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討(1/2)Review on the River Improvement Planning of Wen-Shui River</title><yearidentifier>201412</yearidentifier></data><data><abstract>「後龍溪水系支流汶水溪治理規劃檢討(1/2)」檢討範圍自汶水溪、打比厝溪匯流點至與後龍溪匯流處，長約12.0公里。本報告為第一年度執行計畫，已完成外業測量、基本資料收集與調查、水文分析等工作項目。 一、流域概況 汶水溪位於台灣本島中部苗栗縣之獅潭、泰安及大湖三鄉鎮境內，屬後龍溪之支流之一，主流全長約24.83公里，集水面積約105.52平方公里，全區均屬山地，坡陡流急，河道平均坡降自發源地至後龍溪匯流處為1/23。整體地勢則由東北向西南傾斜，流域內尚有數條斷層經過，由西至東分別為錦水、清安、司馬限、橫龍山、洗水山及南大窩等斷層，本流域四面環山、氣候溫和，屬亞熱帶潤濕氣候，濕度變化不大，河段兩岸皆保有原始森林特性，生態豐富多元。 本流域大部分位於泰安鄉境內，依據苗栗縣政府民國103年7月人口統計，本計畫區主要行政區域泰安鄉之總人口數為6,004人，流域內大部分土地利用為林業使用，佔總面積之90.54%，其產業以一級產業為主，然區內景觀自然且有豐沛的溫泉資源，且整體水質屬未(稍)受污染，使本溪成為著名的旅遊景點，然本溪兩岸河谷台地狹小，聚落分布零星，且由於地質較為破碎，上游集水區崩塌地逐漸增加，民國98年莫拉克颱風後，崩塌地增加至102處，總面積則為64.2公頃，流域內則有10條土石流潛勢溪流。 二、基本資料蒐集、調查與分析 本計畫測量起迄點為：自汶水溪、打比厝溪匯流點至與後龍溪匯流處，長約12公里。其外業測量工作分別於民國103年8月13日及11月27~28日驗收通過。本次參考歷次規劃及大斷面測量成果，除原有31處斷面外，並視現況河道情形加測19處斷面，共計50處。此外，亦進行河床質採樣共12處，。 汶水溪主流過往並未有較重大之洪災事件發生，主要係為汶水溪流域之聚落多沿苗62線或其支流兩岸，其地勢較高，故洪水溢淹形成災害機率較低。歷年災害主要發生於支流或上游集水區，災害類型為土石流災害、道路上下邊坡崩塌、溪流兩岸淘刷；汶水溪主流則多為兩岸受洪水沖擊而結構物毀損，或部分地勢相對低之河谷平原兩岸農田遭淹沒等災害。 本溪主要保全對象包括(新)汶水橋上游左岸之雪霸國家公園管理處、洗水坑匯流口附近之聚落(豆腐街一帶)等區域、虎山溫泉之河中島、主流右岸位於砂鹿埔野溪匯流處之聚落、泰安橋下游左岸之泰雅文化園區、泰安橋左岸之溫泉飯店與聚落，以及龍安橋兩岸之溫泉飯店與聚落等。交通要道為鄉道苗62線，並經數座跨河橋梁連接區域內之道路，自下游起包括(舊)汶水橋、(新)汶水橋、錦卦大橋、泰安橋及龍安橋。河道內土地除斷面20-20.2間河中島設有虎山溫泉山莊(但本區位於公告河川區域外)外，另於左斷面26-27間左岸高台地有騰龍山莊設立，其餘均為竹林、旱作、雜草及雜木林等零星分佈。 三、洪水量分析檢討 本計畫洪水量分析部分，暴雨頻率分析民國78年以前，各控制點採松安站、橫龍山站、大湖(1)站及和興站等4站，以徐昇多邊形法進行分平均最大一日、二日暴雨量，再換為最大24小時及48小時雨量；民國78年以後，各控制點則採松安站、橫龍山站、大湖(1)站、和興站及觀霧站等5站之年最大24、48小時暴雨量搭配以徐昇多邊形法之權重分析。再利用卡方( )檢定進行機率分布之適合度檢定，並依據標準誤差(SE)最小值為最適合分布，依據分析結果，各控制點最大24小時及48小時暴雨均以皮爾遜Ⅲ型為最佳分布。本計畫之設計雨型採同位序法，並利用降雨逕流模式之三角形單位歷線法及無因次單位歷線法推求各水文控制點之各重現期距洪峰流量，綜合比較後，鑑於近年雨量明顯有增加之趨勢，且考量河防安全及與以往規劃一致性，故採用本次以無因次單位歷線搭配48小時同位序雨型之分析值，作為後續水理分析之基礎，以汶水溪匯流口為例，本次25年重現期距洪峰流量採用值為1,690cms。   表1  汶水溪各控制點各重現期距採用洪峰流量一覽表 控制點	集水面積(km2)	重現期距洪峰流量(cms) 		Q2	Q5	Q10	Q20	Q25	Q50	Q100	Q200 汶水溪與後龍溪匯流口	105.52	570	1,030	1,330	1,610	1,690	1,960	2,220	2,480 		(5.40)	(9.76)	(12.60)	(15.26)	(16.02)	(18.57)	(21.04)	(23.50) 洗水坑溪匯流前	85.89	490	880	1,140	1,380	1,460	1,690	1,920	2,140 		(5.70)	(10.25)	(13.27)	(16.07)	(17.00)	(19.68)	(22.35)	(24.92) 八卦力溪匯流前	68.24	400	730	940	1,140	1,200	1,400	1,580	1,770 		(5.83)	(10.64)	(13.70)	(16.61)	(17.49)	(20.40)	(23.03)	(25.79) 打比厝溪匯流前	45.17	290	510	660	800	840	980	1,110	1,240 		(6.42)	(11.29)	(14.61)	(17.71)	(18.60)	(21.70)	(24.57)	(27.45) 註：(  )內為比流量，單位為cms/ km2    圖1　汶水溪現況25年重現期距洪峰流量分配圖 四、現況水理分析 本計畫以103年度最新辦理大斷面測量資料，配合本次納入最新雨量資料後分析之各重現期距洪峰流量，並以本次計算之臨界水深為起算水位，演算分析其通洪能力，經初步水理分析成果，現況河道兩岸高程之保護標準皆在25年重現期距以上，顯示洪水尚不致氾濫兩岸。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030421</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302785</governmentpublicationsnumber><identifier>76979</identifier><internationalstandardbooknumber>9789860435795 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76979</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公室</publisher><publishrocyear>103</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討(1/2)(光碟版)Review on the River Improvement Planning of Wen-Shui River</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。     破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。     本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>76980</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76980</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302426</governmentpublicationsnumber><identifier>76982</identifier><internationalstandardbooknumber>9789860430592 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76982</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究總報告(內附光碟)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302426</governmentpublicationsnumber><identifier>76983</identifier><internationalstandardbooknumber>9789860430592 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76983</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究總報告(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域水理與輸砂行為複雜。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂沙行為將會改變，將對海岸地形與景觀造成影響。因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上石門水庫防淤操作與相關構造物之興建，彼此間之泥砂供需平衡需評估與檢討，並提出可能之改善策略。 為瞭解淡水河口輸砂對鄰近海岸之影響，本計畫蒐集淡水河流域及相鄰海域之水文地文及海象資料，且在本計畫執行期間於淡水河口、淡水河口鄰近海岸灘線及海床進行床質採樣，以應用於河口輸砂模式分析使用，並於淡水河口處辦理河川流量調查，用以推估淡水河口流向、流量與輸砂量之關係。 另以CCHE2D之格網產生器配合數值高程劃分研究區域之格網。以CCHE1D模式配合颱風期間水庫放流量，模擬颱風期間關渡大橋之流量及泥砂濃度，作為CCHE2D-Coast模式之上游邊界條件，以模擬淡水河口輸砂對鄰近海岸之影響。將淡水河口各影響因子如石門水庫排沙C案具延伸管、D2案及淡江大橋橋墩落墩等分為六大方案進行模擬分析。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030056</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302757</governmentpublicationsnumber><identifier>76984</identifier><internationalstandardbooknumber>9789860433203 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76984</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估(1/2)Impact assessment of sediment transport at Tansui estuary on surrounding coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域水理與輸砂行為複雜。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂沙行為將會改變，將對海岸地形與景觀造成影響。因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上石門水庫防淤操作與相關構造物之興建，彼此間之泥砂供需平衡需評估與檢討，並提出可能之改善策略。 為瞭解淡水河口輸砂對鄰近海岸之影響，本計畫蒐集淡水河流域及相鄰海域之水文地文及海象資料，且在本計畫執行期間於淡水河口、淡水河口鄰近海岸灘線及海床進行床質採樣，以應用於河口輸砂模式分析使用，並於淡水河口處辦理河川流量調查，用以推估淡水河口流向、流量與輸砂量之關係。 另以CCHE2D之格網產生器配合數值高程劃分研究區域之格網。以CCHE1D模式配合颱風期間水庫放流量，模擬颱風期間關渡大橋之流量及泥砂濃度，作為CCHE2D-Coast模式之上游邊界條件，以模擬淡水河口輸砂對鄰近海岸之影響。將淡水河口各影響因子如石門水庫排沙C案具延伸管、D2案及淡江大橋橋墩落墩等分為六大方案進行模擬分析。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030056</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010302757</governmentpublicationsnumber><identifier>76985</identifier><internationalstandardbooknumber>9789860433203 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76985</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估(1/2)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要目的在營造海岸風華，海岸復育之對策、結合海岸侵蝕防治方法，推動海岸空間活化利用，原有海堤回復近自然海岸。涵蓋新北市之林口區、八里區、淡水區、三芝區、石門區、金山區、萬里區、瑞芳區及貢寮區，以及基隆市轄海岸，海岸總長度約140公里。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030347</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010303072</governmentpublicationsnumber><identifier>76986</identifier><internationalstandardbooknumber>9789860437867 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76986</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>台北海岸環境營造規劃</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要目的在營造海岸風華，海岸復育之對策、結合海岸侵蝕防治方法，推動海岸空間活化利用，原有海堤回復近自然海岸。涵蓋新北市之林口區、八里區、淡水區、三芝區、石門區、金山區、萬里區、瑞芳區及貢寮區，以及基隆市轄海岸，海岸總長度約140公里。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030347</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/8</date><governmentpublicationsnumber>1010303072</governmentpublicationsnumber><identifier>76987</identifier><internationalstandardbooknumber>9789860437867 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76987</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>台北海岸環境營造規劃總報告書 Sustainable Regeneration of Taipei Coastal Environment Plans</title><yearidentifier>201412</yearidentifier></data><data><abstract>一.為推廣運用及維護各河川局建立數位化資料庫,統一選擇相關重點位置定期及不定期拍攝相片以建立數位化相片,並匯入河川局例行防洪記載表,復建工程施工前中後相片等資料,以供查詢參考. 二.擴充影像查詢系統，可由使用者手機自行下載APP程式後，進行影像查詢或上傳，推廣至本署及各所屬機關相關同仁使用，為後續重要作業事項。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030325</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010302659</governmentpublicationsnumber><identifier>76988</identifier><internationalstandardbooknumber>140007569 ; 140007569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76988</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>數位化河川管理系統推廣運用及維護=Promotion and Maintenance of Digital River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>一.為推廣運用及維護各河川局建立數位化資料庫,統一選擇相關重點位置定期及不定期拍攝相片以建立數位化相片,並匯入河川局例行防洪記載表,復建工程施工前中後相片等資料,以供查詢參考. 二.擴充影像查詢系統，可由使用者手機自行下載APP程式後，進行影像查詢或上傳，推廣至本署及各所屬機關相關同仁使用，為後續重要作業事項。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030325</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010302659</governmentpublicationsnumber><identifier>76989</identifier><internationalstandardbooknumber>140007569 ; 140007569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76989</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>數位化河川管理系統推廣運用及維護--光碟版=Promotion and Maintenance of Digital River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030011</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010302495</governmentpublicationsnumber><identifier>76990</identifier><internationalstandardbooknumber>9789860430400 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76990</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>103年度用水計畫書查核服務=The Achievement of Verifying the Ratified Water Use Prospectus 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>針對計畫海岸歷史海象、氣象、河川水文、海岸輸沙及沖淤特性、海岸地文及地形變遷、海岸區域構造物及現有防護設施、歷年災害及復建情形、自然環境與生態資料、人文社經、相關計畫或調查、以及相關規劃治理沿革等資料彙集。再針對本年度計畫範圍之石門金山區、基隆示及瑞芳貢寮區之海岸地形特性、環境生物，歷史災害，與現況海岸防護進行評估，研擬相關規劃構想理念，配合不同的海岸環境空間營造手法，建議營造改善構想。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030347</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010303065</governmentpublicationsnumber><identifier>76991</identifier><internationalstandardbooknumber>9789860437263 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76991</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>台北海岸環境營造規劃 (2/2)Sustainable Regeneration of Taipei Coastal Environment Plans(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030011</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010302495</governmentpublicationsnumber><identifier>76992</identifier><internationalstandardbooknumber>9789860430400 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76992</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>103年度用水計畫書查核服務--光碟版=The Achievement of Verifying the Ratified Water Use Prospectus 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>針對計畫海岸歷史海象、氣象、河川水文、海岸輸沙及沖淤特性、海岸地文及地形變遷、海岸區域構造物及現有防護設施、歷年災害及復建情形、自然環境與生態資料、人文社經、相關計畫或調查、以及相關規劃治理沿革等資料彙集。再針對本年度計畫範圍之石門金山區、基隆示及瑞芳貢寮區之海岸地形特性、環境生物，歷史災害，與現況海岸防護進行評估，研擬相關規劃構想理念，配合不同的海岸環境空間營造手法，建議營造改善構想。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030347</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010303065</governmentpublicationsnumber><identifier>76993</identifier><internationalstandardbooknumber>9789860437263 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76993</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>台北海岸環境營造規劃 (2/2)--光碟版=Sustainable Regeneration of Taipei Coastal Environment Plans(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近??苗栗海岸受海埔地開發、海岸結構物及河川輸砂?減少等影響，海岸多處呈現侵蝕後退之情形。為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。本計畫範圍北起後龍鎮、南至苑裡鎮鄉縣界止之海岸線，規劃於第一年度（103年）夏季波浪作用後及第二年度（104年）冬季波浪作用後各進?一次測量，並將水深地形資?與?次成果相比較，分析大區域地形之侵淤特性，並針對本計畫範圍內之侵蝕性海岸或飛砂嚴重區域，提出防護策略研擬及海岸復育地點空間規劃。 海域地形使用「單音束水深測量系統」自潮間帶測至水深-20公尺等深線止；陸域地形使用「空載光達雷射掃描系統」自潮間帶測至海岸堤防向陸域延伸100公尺之範圍。將本計畫測量成果與歷年實測地形之0 m等深線進行套繪，分析計畫區域岸線變遷情形，並進行水深地形平面侵淤分析作業，了解地形侵淤情形。最後就海岸地形變遷分析成果、往昔飛砂災害與場勘資料、海岸平面波流場分析（西班牙SMC數值模式）、海堤波浪溯上與越波量分析之檢討成果，選擇較迫切進行防護之海岸段，作為本計畫防護對策研擬重點區段，進行海岸防護空間規劃，並推估未來灘線變化情形（美國工兵團Genesis海岸線變遷模式），參考國內外各種防護工法之優缺點，提出海岸防護改善之初步構想。 本階段初步分析結果共有四段海岸段有海岸侵蝕及飛砂災害問題，分別為1.青天泉海岸段（嚴重海岸侵蝕）。2.中港溪至後龍溪段（中港溪至外埔漁港為輕微飛砂災害、外埔漁港至後龍溪為輕微海岸侵蝕）。3.後龍溪至通霄漁港段（後龍溪至過港海堤為輕微海岸侵蝕，通霄海岸保護工為嚴重海岸侵蝕）。4.通霄漁港至房裡溪段（通霄漁港至苑港漁港為嚴重海岸侵蝕、苑裡海岸段為飛砂災害）。  本階段已針對青天泉海岸及苑裡海岸提出初步防護構想，如下描述： 1.青天泉海岸： (1)加強灘崖覆面防護，檢討基礎塊石重量（尺寸）。 (2)外海波浪消能或延長波浪消能緩衝帶：建議於外海設置潛堤進行波浪消能，或設置突堤攔阻往北之沿岸漂砂，促使砂灘生成，延長波浪消能緩衝帶。 2.苑裡海岸： (1)加強裸露灘地之定砂、植生與維護。 (2)突堤定砂配合南側裸露灘地迂迴供砂：建議於苑裡中、北段增設離岸式潛沒突堤攔阻南傳漂砂，同時以南段之裸露灘地為砂源，進行中北段海岸之養灘作業。另裸露灘地取砂後應再覆以植生或施作定砂工。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030449</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010303091</governmentpublicationsnumber><identifier>76994</identifier><internationalstandardbooknumber>9789860438505 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76994</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>苗栗海岸變遷監測調查計畫(1/2)The project of shoreline change momitoring and investigation at Miaoli coastal area(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近??苗栗海岸受海埔地開發、海岸結構物及河川輸砂?減少等影響，海岸多處呈現侵蝕後退之情形。為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。本計畫範圍北起後龍鎮、南至苑裡鎮鄉縣界止之海岸線，規劃於第一年度（103年）夏季波浪作用後及第二年度（104年）冬季波浪作用後各進?一次測量，並將水深地形資?與?次成果相比較，分析大區域地形之侵淤特性，並針對本計畫範圍內之侵蝕性海岸或飛砂嚴重區域，提出防護策略研擬及海岸復育地點空間規劃。 海域地形使用「單音束水深測量系統」自潮間帶測至水深-20公尺等深線止；陸域地形使用「空載光達雷射掃描系統」自潮間帶測至海岸堤防向陸域延伸100公尺之範圍。將本計畫測量成果與歷年實測地形之0 m等深線進行套繪，分析計畫區域岸線變遷情形，並進行水深地形平面侵淤分析作業，了解地形侵淤情形。最後就海岸地形變遷分析成果、往昔飛砂災害與場勘資料、海岸平面波流場分析（西班牙SMC數值模式）、海堤波浪溯上與越波量分析之檢討成果，選擇較迫切進行防護之海岸段，作為本計畫防護對策研擬重點區段，進行海岸防護空間規劃，並推估未來灘線變化情形（美國工兵團Genesis海岸線變遷模式），參考國內外各種防護工法之優缺點，提出海岸防護改善之初步構想。 本階段初步分析結果共有四段海岸段有海岸侵蝕及飛砂災害問題，分別為1.青天泉海岸段（嚴重海岸侵蝕）。2.中港溪至後龍溪段（中港溪至外埔漁港為輕微飛砂災害、外埔漁港至後龍溪為輕微海岸侵蝕）。3.後龍溪至通霄漁港段（後龍溪至過港海堤為輕微海岸侵蝕，通霄海岸保護工為嚴重海岸侵蝕）。4.通霄漁港至房裡溪段（通霄漁港至苑港漁港為嚴重海岸侵蝕、苑裡海岸段為飛砂災害）。  本階段已針對青天泉海岸及苑裡海岸提出初步防護構想，如下描述： 1.青天泉海岸： (1)加強灘崖覆面防護，檢討基礎塊石重量（尺寸）。 (2)外海波浪消能或延長波浪消能緩衝帶：建議於外海設置潛堤進行波浪消能，或設置突堤攔阻往北之沿岸漂砂，促使砂灘生成，延長波浪消能緩衝帶。 2.苑裡海岸： (1)加強裸露灘地之定砂、植生與維護。 (2)突堤定砂配合南側裸露灘地迂迴供砂：建議於苑裡中、北段增設離岸式潛沒突堤攔阻南傳漂砂，同時以南段之裸露灘地為砂源，進行中北段海岸之養灘作業。另裸露灘地取砂後應再覆以植生或施作定砂工。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030449</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/9</date><governmentpublicationsnumber>1010303091</governmentpublicationsnumber><identifier>76995</identifier><internationalstandardbooknumber>9789860438505 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76995</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>苗栗海岸變遷監測調查計畫(1/2)(光碟版)The project of shoreline change momitoring and investigation at Miaoli coastal area(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>599</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/12</date><governmentpublicationsnumber>2010203794</governmentpublicationsnumber><identifier>76996</identifier><internationalstandardbooknumber>9789860436976 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76996</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>103</publishrocyear><title>經濟部水利署臺北水源特定區管理局102年度工作年報 Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2013 annual report</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/12</date><governmentpublicationsnumber>1010302777</governmentpublicationsnumber><identifier>76997</identifier><internationalstandardbooknumber>9789860435566 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76997</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>103年度六河局轄區洪水預警及防汛整合作業</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/12</date><governmentpublicationsnumber>1010302777</governmentpublicationsnumber><identifier>76998</identifier><internationalstandardbooknumber>9789860435566 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76998</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>103年度六河局轄區洪水預警及防汛整合作業(光碟片)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本年度為計畫為第二年度，除持續進行基本資料蒐集分析外，於2014年5月17日及10月19日，分別進行現地工法試驗區颱風季前、後之水深地形監測，並配合第一年度資料，分析離岸潛沒突堤新工法之淤砂成效，結果顯示佈置離岸潛沒突堤，有助於砂灘淤砂，可避免傳統突堤佈置工法阻斷沿岸漂砂，造成下游側海岸侵蝕之缺失。 平面佈置方案以經檢定灘線預測模式，模擬4種不同位置佈置離岸潛沒突堤，每種突堤佈置設計7種透水率，由模擬一年期灘線變化結果，其中以透水率0.3為較佳。再就透水率為0.3之各方案，模擬突堤長度60、80、100及120m等4種配置，結果以堤長60m為較佳佈置。於各方案中，就灘線之消長及對垃圾掩埋場鄰近藻礁區之干擾程度等考量，以D方案，即於第一年度設置之離岸潛沒突堤東側佈置3座、西側佈置1座(堤長60m、透水率0.3)為較佳之佈置。經SMC模式計算結果顯示，D方案佈置在近岸多數區域之波高及近岸流較零方案者均有降低成效，在離岸潛沒突堤群堤跟至海堤側區域之淤積趨勢亦較零方案者為佳。 水工模型試驗部份，由預備試驗結果，推算之漂砂時間比尺約為1/1676。經校核試驗檢定，模型各項物理比尺及漂砂時間比尺可適用於本計畫模型試驗。依據數值模擬結果研選較佳之D方案，所進行方案佈置試驗顯示，在冬季波浪作用下，相較於零方案於本區之侵蝕有明顯改善；在夏季波浪作用下，於離岸潛沒突堤群堤頭段連線區段之淤積範圍較冬季波浪者擴大，且有往向岸方向推移情形，可知D方案佈置有助於本段海岸之促淤，其防護成效優於現況單支離岸潛沒突堤佈置。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030091</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303092</governmentpublicationsnumber><identifier>76999</identifier><internationalstandardbooknumber>9789860438567 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_76999</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(2/2)--光碟版 Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本年度為計畫為第二年度，除持續進行基本資料蒐集分析外，於2014年5月17日及10月19日，分別進行現地工法試驗區颱風季前、後之水深地形監測，並配合第一年度資料，分析離岸潛沒突堤新工法之淤砂成效，結果顯示佈置離岸潛沒突堤，有助於砂灘淤砂，可避免傳統突堤佈置工法阻斷沿岸漂砂，造成下游側海岸侵蝕之缺失。 平面佈置方案以經檢定灘線預測模式，模擬4種不同位置佈置離岸潛沒突堤，每種突堤佈置設計7種透水率，由模擬一年期灘線變化結果，其中以透水率0.3為較佳。再就透水率為0.3之各方案，模擬突堤長度60、80、100及120m等4種配置，結果以堤長60m為較佳佈置。於各方案中，就灘線之消長及對垃圾掩埋場鄰近藻礁區之干擾程度等考量，以D方案，即於第一年度設置之離岸潛沒突堤東側佈置3座、西側佈置1座(堤長60m、透水率0.3)為較佳之佈置。經SMC模式計算結果顯示，D方案佈置在近岸多數區域之波高及近岸流較零方案者均有降低成效，在離岸潛沒突堤群堤跟至海堤側區域之淤積趨勢亦較零方案者為佳。 水工模型試驗部份，由預備試驗結果，推算之漂砂時間比尺約為1/1676。經校核試驗檢定，模型各項物理比尺及漂砂時間比尺可適用於本計畫模型試驗。依據數值模擬結果研選較佳之D方案，所進行方案佈置試驗顯示，在冬季波浪作用下，相較於零方案於本區之侵蝕有明顯改善；在夏季波浪作用下，於離岸潛沒突堤群堤頭段連線區段之淤積範圍較冬季波浪者擴大，且有往向岸方向推移情形，可知D方案佈置有助於本段海岸之促淤，其防護成效優於現況單支離岸潛沒突堤佈置。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030091</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303092</governmentpublicationsnumber><identifier>77000</identifier><internationalstandardbooknumber>9789860438567 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77000</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(2/2) Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，臺南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以降低或避免洪水期間可能發生之災害，實為必要之手段。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030024</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010302777</governmentpublicationsnumber><identifier>77001</identifier><internationalstandardbooknumber>9789860435566 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77001</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>103年度六河局轄區洪水預警及防汛整合作業=Integration Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Managemant Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>桃園海岸多濕地，底床坡度緩，潮間帶沙灘寬，近年常有近岸灘地大幅流失情形。往昔海岸保護設施多採剛性工法，或具防止波?越波、海水入侵及其後側土地沖失等功能，但工法設施反射波浪也常造成設施本體之基礎沖刷、前灘?失，也常導致下游海岸侵蝕情形，乃有沙灘復育之議，並期經由現場試驗與數值模擬、水工模型試驗校核，研擬平面布置方案，以為後續復育計畫參考應用。 由桃園海岸歷年水深地形侵淤分析結果顯示，北港海堤至垃圾掩埋場地區之灘線侵退最為嚴重，於2009年7月至2012年9月期間，灘線之後退幅度高達54~67m。因此，遂擇取該段海岸，作為進行沙灘復育方案之現地試驗場址。 沙灘復育方案經規劃採用離岸淺沒式突堤布置，希藉由突堤設施減少近岸底床沙灘流失，甚或阻滯、留存沿岸漂沙以淤淺近岸底床、灘面；突堤予以離岸、淺沒規劃，期望不致阻斷灘線附近沿岸漂沙，以免導致下游海岸嚴重侵蝕，亦可減少波浪作用力；突堤本體材料選用竹樁，期能降低對海岸景觀影響，進而可降低施工期間與工程經費。 經由數值模擬離岸淺沒式突堤布置與海岸線變化之結果顯示，以設置於水深-0.5到-1.5m間，頂部高程為平均潮位+0.061M，堤長60m之布置方案，對突堤後側及附近海岸灘面淤積情形較佳，而對下游海岸侵蝕之影響較低。 離岸潛沒式突堤之現地試驗於2013年10月10~19日期間進行現場施工，並監測鄰近水深地形；依據各次施工區水深地形侵淤分析結果，現地工法佈置後使原本近岸侵蝕情形已有趨緩並轉淤現象，瀕臨消失之灘線已回淤，部分地區回淤寬幅已達約30m，顯示離岸潛沒式突堤可達成預期灘面淤積之沙灘復育效果。 平面佈置方案研擬，經經以現地試驗之地形變化檢核灘線預測模式(GENESIS)後，模擬四種位置佈置，每種佈置細分7種透水率，一年期灘線變化結果，其中以透水率0.3之效果較佳。再以此透水率調整離岸潛沒突堤長度，進行分析。考量灘線之消長及對垃圾掩埋場鄰近藻礁區之干擾程度等，研選D方案，即於第一年度設置之離岸潛沒突堤東側佈置3座、西側佈置1座(堤長60m、透水率0.3)為較佳之佈置。 以SMC模式推算D方案佈置與現狀零方案之波流場及輸砂趨勢，分析結果顯示，D方案在近岸多數區域之波高及近岸流較零方案者均有降低成效，在離岸潛沒突堤群堤跟至海堤側區域之淤積趨勢亦較零方案者為佳。 以D方案佈置進行水工模型試驗，試驗結果顯示，D方案佈置在冬季波浪作用下，相較於零方案於本區之侵蝕有明顯改善；在夏季波浪作用下，於離岸潛沒突堤群堤頭段連線區段之淤積範圍較冬季波浪者擴大，且有往向岸方向推移情形，顯示D方案佈置對本段海岸具有相當之防護效果。 日後施做D方案佈置期間，應同時步進行水深地形監測，分析其成效，以供後續相關海岸防護應用之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030091</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303093</governmentpublicationsnumber><identifier>77002</identifier><internationalstandardbooknumber>9789860438512 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77002</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(總報告) Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(總報告)</title><yearidentifier>201412</yearidentifier></data><data><abstract>桃園海岸多濕地，底床坡度緩，潮間帶沙灘寬，近年常有近岸灘地大幅流失情形。往昔海岸保護設施多採剛性工法，或具防止波?越波、海水入侵及其後側土地沖失等功能，但工法設施反射波浪也常造成設施本體之基礎沖刷、前灘?失，也常導致下游海岸侵蝕情形，乃有沙灘復育之議，並期經由現場試驗與數值模擬、水工模型試驗校核，研擬平面布置方案，以為後續復育計畫參考應用。 由桃園海岸歷年水深地形侵淤分析結果顯示，北港海堤至垃圾掩埋場地區之灘線侵退最為嚴重，於2009年7月至2012年9月期間，灘線之後退幅度高達54~67m。因此，遂擇取該段海岸，作為進行沙灘復育方案之現地試驗場址。 沙灘復育方案經規劃採用離岸淺沒式突堤布置，希藉由突堤設施減少近岸底床沙灘流失，甚或阻滯、留存沿岸漂沙以淤淺近岸底床、灘面；突堤予以離岸、淺沒規劃，期望不致阻斷灘線附近沿岸漂沙，以免導致下游海岸嚴重侵蝕，亦可減少波浪作用力；突堤本體材料選用竹樁，期能降低對海岸景觀影響，進而可降低施工期間與工程經費。 經由數值模擬離岸淺沒式突堤布置與海岸線變化之結果顯示，以設置於水深-0.5到-1.5m間，頂部高程為平均潮位+0.061M，堤長60m之布置方案，對突堤後側及附近海岸灘面淤積情形較佳，而對下游海岸侵蝕之影響較低。 離岸潛沒式突堤之現地試驗於2013年10月10~19日期間進行現場施工，並監測鄰近水深地形；依據各次施工區水深地形侵淤分析結果，現地工法佈置後使原本近岸侵蝕情形已有趨緩並轉淤現象，瀕臨消失之灘線已回淤，部分地區回淤寬幅已達約30m，顯示離岸潛沒式突堤可達成預期灘面淤積之沙灘復育效果。 平面佈置方案研擬，經經以現地試驗之地形變化檢核灘線預測模式(GENESIS)後，模擬四種位置佈置，每種佈置細分7種透水率，一年期灘線變化結果，其中以透水率0.3之效果較佳。再以此透水率調整離岸潛沒突堤長度，進行分析。考量灘線之消長及對垃圾掩埋場鄰近藻礁區之干擾程度等，研選D方案，即於第一年度設置之離岸潛沒突堤東側佈置3座、西側佈置1座(堤長60m、透水率0.3)為較佳之佈置。 以SMC模式推算D方案佈置與現狀零方案之波流場及輸砂趨勢，分析結果顯示，D方案在近岸多數區域之波高及近岸流較零方案者均有降低成效，在離岸潛沒突堤群堤跟至海堤側區域之淤積趨勢亦較零方案者為佳。 以D方案佈置進行水工模型試驗，試驗結果顯示，D方案佈置在冬季波浪作用下，相較於零方案於本區之侵蝕有明顯改善；在夏季波浪作用下，於離岸潛沒突堤群堤頭段連線區段之淤積範圍較冬季波浪者擴大，且有往向岸方向推移情形，顯示D方案佈置對本段海岸具有相當之防護效果。 日後施做D方案佈置期間，應同時步進行水深地形監測，分析其成效，以供後續相關海岸防護應用之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030091</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303093</governmentpublicationsnumber><identifier>77003</identifier><internationalstandardbooknumber>9789860438512 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77003</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>海岸濕地砂灘復育新工法研究-以桃園海岸為例(總報告)-光碟版 Study on a new work for restoration of wetlands beach - for example at Taoyuan coast(總報告)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，臺南高雄地區近年之颱洪極端事件日益嚴重，降雨量及強度也越來越強大。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍會面臨淹水，而經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以降低或避免洪水期間可能發生之災害，實為必要之手段。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030024</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010302777</governmentpublicationsnumber><identifier>77004</identifier><internationalstandardbooknumber>9789860435566 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77004</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>103年度六河局轄區洪水預警及防汛整合作業--光碟版=Integration Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Managemant Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000336</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>77007</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77007</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告(含光碟) Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。102年則進一步擴展到水資源局及縣市政府，並建立了疏濬計畫管理整體架構，從疏濬計畫研擬、執行到結案都有完整之資訊管理機制。 本（103）年度計畫則進一步提升系統各項功能，完成提貨單管理運作模式之開發建置，包含縣市政府、水資源局、河川局端系統以及疏濬區現場系統之更新，透過提貨單管理收入標廠商，而車輛僅需一張卡片作為車籍區別即可，此模式已可供以提貨單進行管理之單位運用。本計畫亦積極朝向行動辦公室方向邁進，開發行動版疏濬作業管理系統，包含計畫查詢、執行管理及疏濬區表單查詢，並自動依據行動裝置尺寸變更展示方式，使用者可隨時隨地查詢疏濬計畫及執行進度相關資料，也可進行包含提貨期間、保全人員權限等重要之參數設定，達到行動辦公之目標。 在疏濬區端疏濬管理系統更新提升方面，本計畫開發離線資料交換模組，如疏濬區無網路環境服務或網路異常，可使用離線資料交換模組進行手動匯出匯入資料，進行手動資料同步。建立程式版本主動提醒下載更新機制。開發疏濬區日誌上傳及後端管理功能，由現場保全人員填寫，並可傳送到後端疏濬整合管理平台供承辦人員查詢閱覽。 在後端疏濬整合管理平台更新提升方面，本計畫開發砂石價格管理模組，系統用統計表及折線圖方式展現，並可查詢歷史資料，供使用者在進行疏濬計畫擬定砂石價格時參考。並發佈疏濬統計資料，包含疏濬執行統計、經費統計分析及速報單管理等功能。疏濬執行統計透過便捷之使用者介面，讓使用者能快速切換時間條件及單位條件，查詢所需之疏濬執行統計數據。經費統計分析則依據疏濬計畫填報之預算、目標量及月分配規劃量計算預估收益及成本，同時依據支出標、收入標之決標金額，以及實際疏濬量計算實際收益及支出，以統計圖表之方式讓使用者可快速瞭解疏濬作業之執行績效。速報單管理包含方案期別管理、目標量管理等模組，使用者透過速報單管理可快速產出速報單資料，供上級長官參酌。另外，本計畫完成疏濬區現場狀況整合展示模組，可將週邊設備狀況即時回傳到後端系統，讓管理人員可即時掌握現場儀器設備狀況。同時，為確保系統穩定運作，本年度計畫辦理系統移機及備援機制建置作業，目前已自動在台中文心機房及台北東七機房進行異地備援。 系統日常維護及輔導上線為重要之工作，本計畫透過歷次工作會議及教育訓練，瞭解使用者需求，進行包含系統功能介面調整、新增周邊設備規格測試納入及報表格式新增修改等工作。並持續辦理線上輔導作業，以電話、電子郵件或傳真等方式回覆處理使用者問題，本計畫執行迄今已處理581次線上輔導作業。另一方面，本計畫執行迄今已完成11次現地輔導作業，實地了解疏濬工區之狀況，協助各項軟硬體整合設定，確保疏濬工區能正常運作。在教育訓練方面，本計畫於10月28及10/29日完成教育訓練工作，參與人數為45人，教育訓練除讓各單位人員能快速瞭解系統操作運用，並能瞭解使用者之回饋意見，作為系統更新修正重要的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030110</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303020</governmentpublicationsnumber><identifier>77008</identifier><internationalstandardbooknumber>9789860436822 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77008</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>疏濬作業數位化管理系統後續維護及更新 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。102年則進一步擴展到水資源局及縣市政府，並建立了疏濬計畫管理整體架構，從疏濬計畫研擬、執行到結案都有完整之資訊管理機制。 本（103）年度計畫則進一步提升系統各項功能，完成提貨單管理運作模式之開發建置，包含縣市政府、水資源局、河川局端系統以及疏濬區現場系統之更新，透過提貨單管理收入標廠商，而車輛僅需一張卡片作為車籍區別即可，此模式已可供以提貨單進行管理之單位運用。本計畫亦積極朝向行動辦公室方向邁進，開發行動版疏濬作業管理系統，包含計畫查詢、執行管理及疏濬區表單查詢，並自動依據行動裝置尺寸變更展示方式，使用者可隨時隨地查詢疏濬計畫及執行進度相關資料，也可進行包含提貨期間、保全人員權限等重要之參數設定，達到行動辦公之目標。 在疏濬區端疏濬管理系統更新提升方面，本計畫開發離線資料交換模組，如疏濬區無網路環境服務或網路異常，可使用離線資料交換模組進行手動匯出匯入資料，進行手動資料同步。建立程式版本主動提醒下載更新機制。開發疏濬區日誌上傳及後端管理功能，由現場保全人員填寫，並可傳送到後端疏濬整合管理平台供承辦人員查詢閱覽。 在後端疏濬整合管理平台更新提升方面，本計畫開發砂石價格管理模組，系統用統計表及折線圖方式展現，並可查詢歷史資料，供使用者在進行疏濬計畫擬定砂石價格時參考。並發佈疏濬統計資料，包含疏濬執行統計、經費統計分析及速報單管理等功能。疏濬執行統計透過便捷之使用者介面，讓使用者能快速切換時間條件及單位條件，查詢所需之疏濬執行統計數據。經費統計分析則依據疏濬計畫填報之預算、目標量及月分配規劃量計算預估收益及成本，同時依據支出標、收入標之決標金額，以及實際疏濬量計算實際收益及支出，以統計圖表之方式讓使用者可快速瞭解疏濬作業之執行績效。速報單管理包含方案期別管理、目標量管理等模組，使用者透過速報單管理可快速產出速報單資料，供上級長官參酌。另外，本計畫完成疏濬區現場狀況整合展示模組，可將週邊設備狀況即時回傳到後端系統，讓管理人員可即時掌握現場儀器設備狀況。同時，為確保系統穩定運作，本年度計畫辦理系統移機及備援機制建置作業，目前已自動在台中文心機房及台北東七機房進行異地備援。 系統日常維護及輔導上線為重要之工作，本計畫透過歷次工作會議及教育訓練，瞭解使用者需求，進行包含系統功能介面調整、新增周邊設備規格測試納入及報表格式新增修改等工作。並持續辦理線上輔導作業，以電話、電子郵件或傳真等方式回覆處理使用者問題，本計畫執行迄今已處理581次線上輔導作業。另一方面，本計畫執行迄今已完成11次現地輔導作業，實地了解疏濬工區之狀況，協助各項軟硬體整合設定，確保疏濬工區能正常運作。在教育訓練方面，本計畫於10月28及10/29日完成教育訓練工作，參與人數為45人，教育訓練除讓各單位人員能快速瞭解系統操作運用，並能瞭解使用者之回饋意見，作為系統更新修正重要的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030110</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/13</date><governmentpublicationsnumber>1010303020</governmentpublicationsnumber><identifier>77009</identifier><internationalstandardbooknumber>9789860436822 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77009</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>疏濬作業數位化管理系統後續維護及更新-光碟版 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030248</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/14</date><governmentpublicationsnumber>1010302657</governmentpublicationsnumber><identifier>77025</identifier><internationalstandardbooknumber>9789860433289 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77025</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(3/3）(光碟版)The Program of Developing the Surface Water Availability Calculation System in Taiwan (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。     破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。     本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/14</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>77028</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77028</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/14</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>77029</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77029</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030307</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/14</date><governmentpublicationsnumber>1010302475</governmentpublicationsnumber><identifier>77031</identifier><internationalstandardbooknumber>9789860431827 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77031</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>河川情勢調查總檢討及作業規範研擬總報告(內附光碟)-Review the River Current Status Investigation and Develop Operation Standard</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010302426</governmentpublicationsnumber><identifier>77034</identifier><internationalstandardbooknumber>9789860430592 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77034</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究總報告=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。    破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。    本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>77035</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77035</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2)(內附光碟)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下： 1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>77036</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77036</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)成果報告書 Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下： 1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>77037</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77037</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書 Field Investigations and Analysis on Coastal Environment of Chang-Hua County</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。102年則進一步擴展到水資源局及縣市政府，並建立了疏濬計畫管理整體架構，從疏濬計畫研擬、執行到結案都有完整之資訊管理機制。 本（103）年度計畫則進一步提升系統各項功能，完成提貨單管理運作模式之開發建置，包含縣市政府、水資源局、河川局端系統以及疏濬區現場系統之更新，透過提貨單管理收入標廠商，而車輛僅需一張卡片作為車籍區別即可，此模式已可供以提貨單進行管理之單位運用。本計畫亦積極朝向行動辦公室方向邁進，開發行動版疏濬作業管理系統，包含計畫查詢、執行管理及疏濬區表單查詢，並自動依據行動裝置尺寸變更展示方式，使用者可隨時隨地查詢疏濬計畫及執行進度相關資料，也可進行包含提貨期間、保全人員權限等重要之參數設定，達到行動辦公之目標。 在疏濬區端疏濬管理系統更新提升方面，本計畫開發離線資料交換模組，如疏濬區無網路環境服務或網路異常，可使用離線資料交換模組進行手動匯出匯入資料，進行手動資料同步。建立程式版本主動提醒下載更新機制。開發疏濬區日誌上傳及後端管理功能，由現場保全人員填寫，並可傳送到後端疏濬整合管理平台供承辦人員查詢閱覽。 在後端疏濬整合管理平台更新提升方面，本計畫開發砂石價格管理模組，系統用統計表及折線圖方式展現，並可查詢歷史資料，供使用者在進行疏濬計畫擬定砂石價格時參考。並發佈疏濬統計資料，包含疏濬執行統計、經費統計分析及速報單管理等功能。疏濬執行統計透過便捷之使用者介面，讓使用者能快速切換時間條件及單位條件，查詢所需之疏濬執行統計數據。經費統計分析則依據疏濬計畫填報之預算、目標量及月分配規劃量計算預估收益及成本，同時依據支出標、收入標之決標金額，以及實際疏濬量計算實際收益及支出，以統計圖表之方式讓使用者可快速瞭解疏濬作業之執行績效。速報單管理包含方案期別管理、目標量管理等模組，使用者透過速報單管理可快速產出速報單資料，供上級長官參酌。另外，本計畫完成疏濬區現場狀況整合展示模組，可將週邊設備狀況即時回傳到後端系統，讓管理人員可即時掌握現場儀器設備狀況。同時，為確保系統穩定運作，本年度計畫辦理系統移機及備援機制建置作業，目前已自動在台中文心機房及台北東七機房進行異地備援。 系統日常維護及輔導上線為重要之工作，本計畫透過歷次工作會議及教育訓練，瞭解使用者需求，進行包含系統功能介面調整、新增周邊設備規格測試納入及報表格式新增修改等工作。並持續辦理線上輔導作業，以電話、電子郵件或傳真等方式回覆處理使用者問題，本計畫執行迄今已處理581次線上輔導作業。另一方面，本計畫執行迄今已完成11次現地輔導作業，實地了解疏濬工區之狀況，協助各項軟硬體整合設定，確保疏濬工區能正常運作。在教育訓練方面，本計畫於10月28及10/29日完成教育訓練工作，參與人數為45人，教育訓練除讓各單位人員能快速瞭解系統操作運用，並能瞭解使用者之回饋意見，作為系統更新修正重要的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030110</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010303020</governmentpublicationsnumber><identifier>77038</identifier><internationalstandardbooknumber>9789789860432 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77038</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>疏濬作業數位化管理系統後續維護及更新 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>77039</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77039</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)成果報告書 Field Investigations and Analysis on Coastal Environment of Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 經濟部水利署第四河川局為執行彰化海岸基本監測調查，以持續建立較完整之海岸防護基本資料，提供彰化海岸後續防護工程設計、規劃與維護管理之應用。舉辦本兩年度海岸監測調查計畫(102、103年)。第一年度(102年)工作項目包含(1)背景資料蒐集整理；(2)控制與地形水深測量；(3)海氣象觀測調查；(4)漂沙觀測調查；(5)水深地形侵淤分析與(6)潮間帶治理防護建議方案，並綜整調查工作結果提出海岸防護因應措施與建議。第一年度(102年)工作項目(2)、(3)與(4)三項現場調查皆於颱風前(3~5月)與颱風後(9~11月)完成。 依地形測量成果可知，地形等深線走向約為北北東-南南西，往南方向等深線有向外海偏離之趨勢。施測海域平均低潮線至離堤岸約2km~3.4km，海灘坡度約為1/1500，平均水位線至低潮位之坡度約1/700~1/1200，平均低潮位線至-10m水深之坡度較陡約為1/130~1/180，-10m水深至-20m水深之坡度約1/320~1/420，全斷面(岸邊至-20m水深)坡度約1/320~1/400。102年颱風前後地形顯示，近岸0m線以內侵淤變化不明顯；0m~-5m間則為侵淤互現；-5m線以外，北部海域則明顯侵蝕、南半部則為淤積現象。 海象觀測調查部分，由於施測期間多為東北季風期，因此測得海域波浪成分主要為風浪，且線西與芳苑外海所觀測到的波浪特性一致。而芳苑外海流速尺度大於彰濱線西外海，潮流所引起之流動為漲潮沿岸往東北，退潮往西南，週期半日。 由底質調查結果，漢寶海堤以及王功新生地海堤處高潮線底質粒徑明顯比其他區域大許多，顯示兩斷面高潮線處波浪能量較其他地區大，研判該區可能為海岸侵蝕潛在區域。捕沙桶調查結果顯示3m水深漂砂活動與波浪大小有明顯直接關係，於10m水深時漂砂活動則與波浪大小、流速流向無明顯之關係。由海岸斷面漂沙特性知海岸夏季呈現淤積，冬季則呈現侵蝕，全年則為侵蝕。海岸斷面侵淤特性分析與本年度漂砂調查結果可互為印證。 本計畫進一步以數值方式評估計畫區現有海堤防護能力，就大潮平均高潮位下50年颱風重現期波浪計算而言，彰濱工業區線西至鹿港西海堤與大城海堤，溯升高程超過現有堤頂高程，有越波現象，但溢流量尚在建議規範0.005 m3/m/sec之內。 針對彰化海域80年至101年地形資料進行侵淤分析，可知彰濱工業區崙尾海堤東北角外海及芳苑鄉北側近海於-5m~-15m間、芳苑鄉漢寶海堤外海於-5m~-15m間與濁水溪口南北兩岸為淤積分布；鹿港西海堤外海水深-5m~-10m間與王功新生地海堤及永興海埔地海堤近岸-10m內呈現侵蝕分布。土方侵蝕較嚴重區域有彰濱工業區線西海堤、漢寶海堤北段與王功海堤北段，單位面積土方侵蝕速率介於每月0.5~1.0 cm；外海區(-5m~-15m)除彰濱工業區線西海堤、漢寶段海堤與大城海堤呈淤積趨勢，其餘皆呈現侵蝕狀況，侵蝕速率介於每月0.2~1.1 cm。 計畫區整體潮間帶近21年(80~101年)來的規模變化為縮小的情形，由98年至101年低潮位線(-1.5m)至岸側距離變化顯示漢寶海堤外海低潮線向內縮退縮仍有約100m、王功新生地海堤北段退縮約200m，顯示該區位低潮線持續退縮中。王功新生地海堤南段外海潮間帶僅約1.2km，為計畫區潮間帶最窄處。 本計畫透過現況問題蒐集、數值模擬與本計畫兩季調查結果，歸納計畫區潛在問題並建議因應措施如下：  1.	由數值模擬結果與近3年(98~101年)地形侵淤分析顯示彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海側承受波浪作用力有變大趨勢，若堤前水深持續侵蝕恐發生掏空現象影響海堤防護能力。建議優先對彰濱工業園區崙尾西海堤至鹿港西海堤、永興海埔地海堤與大城鄉海段陸側至-15m等深線範圍定期舉辦海域地形量測。 2.	由民國90~101年間海堤高程歷年變化，知彰化沿海堤頂確受地層下陷所影響，然近3年地陷速率皆趨於穩定，高程變動值約為每年0.07cm，顯示地層下陷現象在計畫區並未加劇。 3.	海堤溯升分析顯示彰濱工業區崙尾海堤至鹿港西海堤波浪溯上高度最大達5.4~7.6m，餘裕不足0.4~0.72m，有越波情形發生但溢流量並未超過安全建議量(0.005m3/m/s)。而全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤溯升高程已相當接近堤頂高程，需持續觀測與進一步分析。建議優先對彰濱工業區崙尾海堤至鹿港西海堤海段、全興海堤、寓埔新生地海堤、永興海埔地海堤與大城海堤舉辦海堤堤頂高程測量。 4.	計畫區整體潮間帶近21年(80~101年)來的規模變化呈現小幅度向岸側退縮趨勢。全海岸現有潮間帶規模平均尚保持2km以上寬度。潮間帶規模縮小的現況並無造成立即性明顯負面影響。建議持續進行2~3年一次的地形監測，以掌握最新現象。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020119</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010203534</governmentpublicationsnumber><identifier>77040</identifier><internationalstandardbooknumber>9789860399462 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77040</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書 Field Investigations and Analysis on Coastal Environment of Chang-Hua County</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要針對高屏 溪?域管?委員會所選定 之14 個監測點，持續進? 河川水質監測工作，監測頻 ?為每季一次，並配合管委 會業務需求，另執?20 個 點次之?時?定期採樣檢 測工作，同時彙整?政院環 境保護署及經濟部水?署 南區水資源局之??性水 質監測資?，進?河川水體 整體品質之綜合評析。</abstract><author>財團法人成大研究發展基?會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010303151</governmentpublicationsnumber><identifier>77042</identifier><internationalstandardbooknumber>9789868282780 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77042</librarycollectiondetailsurl><price>650</price><publisher>高屏溪?域管?委員會</publisher><publishrocyear>103</publishrocyear><title>103??「高屏溪?域河川水質採樣檢測分析」工作計畫(內附光碟) Sampling and Analysis for the Water Quality of Kao-Ping River(2014)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030008</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010302913</governmentpublicationsnumber><identifier>77044</identifier><internationalstandardbooknumber>9789860436631 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77044</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>101-103年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(光碟版)(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>富岡漁港至豐里間海岸因鄰近台東市區，就海岸防護、親水或景觀等需求面皆屬於重要區段。而本段海岸地形變遷受卑南溪輸沙及海洋營力主導，在台東海濱公園至豐里設置有多座短突堤，藉以攔阻沿岸輸沙，防止岸線侵退；然部份突堤因受颱風波浪作用，現已散落，衝擊海岸整體景觀。為能掌握卑南溪河口輸砂對海岸影響範圍，以做為後續海岸防護設施維護及重整修復依據，本計畫擬針對卑南溪河口輸沙及流量、海岸地形及輸沙進行調查，並利用模擬分析全段海岸輸沙機制，最後評估現有突堤群及防護設施之成效，提出本段海岸輸砂平衡管理綜合分析及改善對策評估。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030023</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010302685</governmentpublicationsnumber><identifier>77045</identifier><internationalstandardbooknumber>9789860433500 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77045</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(1/2) The impact assessment of sediment transport in estuary of Beinan River and surrounding coastlines(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>地下水已成為水資源調配與管理策略中重要的保命水源，是維繫人類生活繼續維持高水準的重要環節，有效管理地下水資源是相當重要的。近年來因氣候變遷之故短期氣候變異加劇與極端氣候頻率增加，造成降雨與氣溫發生變化進而影響河川流量，同樣也對地下水造成影響。如降雨量變化引起河川流量變化，進而改變原本地表水與地下水之交互作用機制，影響河川對地下水之補注。因此，瞭解氣候變遷下臺灣地區地下水潛能變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。故本署研提本計畫，擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，以臺灣九大地下水資源區進行地下水潛能變化之研究及地下水文量評估，以提供未來臺灣九大地下水區之水資源管理策略參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030239</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/15</date><governmentpublicationsnumber>1010302354</governmentpublicationsnumber><identifier>77047</identifier><internationalstandardbooknumber>9789860429954 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77047</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究(1/2)tje Investigation of Groundwater Potential Variation unser Climate Change in the Nine Groundwater Resources Regions of Taiwan(1/2)</title><yearidentifier>201410</yearidentifier></data><data><abstract>富岡漁港至豐里間海岸因鄰近台東市區，就海岸防護、親水或景觀等需求面皆屬於重要區段。而本段海岸地形變遷受卑南溪輸沙及海洋營力主導，在台東海濱公園至豐里設置有多座短突堤，藉以攔阻沿岸輸沙，防止岸線侵退；然部份突堤因受颱風波浪作用，現已散落，衝擊海岸整體景觀。為能掌握卑南溪河口輸砂對海岸影響範圍，以做為後續海岸防護設施維護及重整修復依據，本計畫擬針對卑南溪河口輸沙及流量、海岸地形及輸沙進行調查，並利用模擬分析全段海岸輸沙機制，最後評估現有突堤群及防護設施之成效，提出本段海岸輸砂平衡管理綜合分析及改善對策評估。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030023</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302685</governmentpublicationsnumber><identifier>77055</identifier><internationalstandardbooknumber>9789860433500 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77055</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(1/2)內附光碟 the impact assessment of sediment transport in estuary of Beinan River and surrounding coastlines(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>一.為推廣運用及維護各河川局建立數位化資料庫,統一選擇相關重點位置定期及不定期拍攝相片以建立數位化相片,並匯入河川局例行防洪記載表,復建工程施工前中後相片等資料,以供查詢參考. 二.擴充影像查詢系統，可由使用者手機自行下載APP程式後，進行影像查詢或上傳，推廣至本署及各所屬機關相關同仁使用，為後續重要作業事項。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030325</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302659</governmentpublicationsnumber><identifier>77056</identifier><internationalstandardbooknumber>9781400074563 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77056</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>數位化河川管理系統推廣運用及維護--光碟版=Promotion and Maintenance of Digital River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>一.為推廣運用及維護各河川局建立數位化資料庫,統一選擇相關重點位置定期及不定期拍攝相片以建立數位化相片,並匯入河川局例行防洪記載表,復建工程施工前中後相片等資料,以供查詢參考. 二.擴充影像查詢系統，可由使用者手機自行下載APP程式後，進行影像查詢或上傳，推廣至本署及各所屬機關相關同仁使用，為後續重要作業事項。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030325</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302659</governmentpublicationsnumber><identifier>77057</identifier><internationalstandardbooknumber>9781400074563 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77057</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>數位化河川管理系統推廣運用及維護=Promotion and Maintenance of Digital River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要針對高屏溪?域管?委員會所選定之14 個監測點，持續進?河川水質監測工作，監測頻?為每季一次，並配合管委會業務需求，另執?20 個點次之?時?定期採樣檢測工作，同時彙整?政院環境保護署及經濟部水?署南區水資源局之??性水質監測資?，進?河川水體整體品質之綜合評析。</abstract><author>財團法人成大研究發展基?會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010303151</governmentpublicationsnumber><identifier>77058</identifier><internationalstandardbooknumber>9789868282780 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77058</librarycollectiondetailsurl><price>650</price><publisher>高屏溪?域管?委員會</publisher><publishrocyear>103</publishrocyear><title>103??「高屏溪?域河川水質採樣檢測分析」工作計畫 Sampling and Analysis for the Water Quality of Kao-Ping River(2014)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要針對高屏溪?域管?委員會所選定之14 個監測點，持續進?河川水質監測工作，監測頻?為每季一次，並配合管委會業務需求，另執?20 個點次之?時?定期採樣檢測工作，同時彙整?政院環境保護署及經濟部水?署南區水資源局之??性水質監測資?，進?河川水體整體品質之綜合評析。</abstract><author>財團法人成大研究發展基?會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010303151</governmentpublicationsnumber><identifier>77059</identifier><internationalstandardbooknumber>9789868282780 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77059</librarycollectiondetailsurl><price>650</price><publisher>高屏溪?域管?委員會</publisher><publishrocyear>103</publishrocyear><title>103??「高屏溪?域河川水質採樣檢測分析」工作計畫-光牒版 Sampling and Analysis for the Water Quality of Kao-Ping River(2014)</title><yearidentifier>201412</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。 現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。 由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。 前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030248</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302657</governmentpublicationsnumber><identifier>77062</identifier><internationalstandardbooknumber>9789860433289 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77062</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(3/3)(光碟版)The Program of Developing the Surface Water Availability Calculation System in Taiwan (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。 現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。 由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。 前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030248</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302657</governmentpublicationsnumber><identifier>77063</identifier><internationalstandardbooknumber>9789860433289 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77063</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫(3/3)The Program of Developing the Surface Water Availability Calculation System in Taiwan (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權量之核發除自需求面考量，依據水利法第17條規定應以其「事業所必需者」為限外，於供給面方面，亦須依據水利法第21條規定根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，仍足以供給申請人事業所必需者始能核給地面水水權。原水利法施行細則(58年8月5日修正頒布)第67條水源「通常保持之水量」規定為「逐年平均量」，93年水利法施行細則修正後，該施行細則第15條第2項將地面水「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署（前經濟部水資源局）於85至87年委辦「台灣地區各水系水源任一斷面潛能水量分析」計畫，以降雨—逕流模式建構各流量站河川流量之超越機率分布，並以克利金區域統計分析方法推估未設水文站位置之流量超越機率分布。本署於93年參酌前述計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。現有之「地面水潛能水量計算系統」建置時之時空背景為水利法施行細則尚未修正時，故其水源「通常保持之水量」仍以「逐年平均量」為準，為符合93年水利法施行細則修正後之規定，本署於98年辦理「地面水潛能水量計算模式改善與系統更新改善規劃之研究」計畫，進行水文資料更新，同時將水源「通常保持之水量」更新為「流量超越機率百分之八十五之水量」，此外，亦同時檢討現有「地面水潛能水量計算系統」之其他問題並提出改善建議。由於本署現有之「地面水潛能水量計算系統」受限於當時相關資料庫與地理資訊系統資訊技術等限制，尚有流量站觀測資料受到上游人為取水之影響造成紀錄值偏低問題及上、下游已核准水權水量檢核採用簡化方法問題。此外，其所採用之克利金區域統計分析方法由於未與其他推估方法比較，亦無法確立該方法之適切性。囿於前述問題，參考現有系統計算結果進行供給面之水源水量審核時，將有所限制。爰此，本署於99至100年委辦「地面水可用水量與水權管理技術檢討改善研究」計畫，以大安溪為示範案例，採動態資料庫進行流量站紀錄值之還原與校正工作，同時建置完成一包含水庫蓄水、水力發電及越域引水等引水狀況之上、下游已核准水權水量檢核功能之地理資訊系統（GIS作業）平台。在前述計畫中，就未設水文站位置之流量推估方法，亦具體與迴歸分析模式與物理模式（TOPMODEL）進行比較評估。前述計畫業已完成大安溪「地面水可用水量計算資訊雛形系統」之開發與測試工作，惟全台河川依據經濟部98年4月8日公告有中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系，為完整建置全台河川之「地面水可用水量計算資訊系統」，以利於同一時間上線，作為水權核辦人員於地面水水權核發上供給面之共同參酌依據，本計畫將完成前述118條水系之「全台各河川水系地,面水可用水量計算資訊系統」建置，並考量經費、人力與迫切性等因素，於前2年完成複雜度較高之中央管河川及跨省市河川26水系之系統上線，再於第3年則完成縣（市）管河川之系統上線工作，藉以健全水權科學化管理技術，提昇水權核辦實務。</abstract><author>淡江大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030248</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302718</governmentpublicationsnumber><identifier>77064</identifier><internationalstandardbooknumber>9789860434507 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77064</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>全台河川水系地面水可用水量計算資訊系統建置計畫總成果報告書 The Program of Developing the Surface Water Availability Calculation System in Taiwan (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。 目前，全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護計畫工作</abstract><author>數唯科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030227</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302952</governmentpublicationsnumber><identifier>77067</identifier><internationalstandardbooknumber>9789860432299 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77067</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>水權管理資訊系統維護與增修(光碟版)Maintenance and upgrading of the Management information System of Water Rights</title><yearidentifier>201412</yearidentifier></data><data><abstract>目前本署與所屬10個河川局及代管淡水河管理業務之新北市政府、基隆市政府及桃園縣政府等3個縣市政府，其河川排水及海堤管理業務承辦人員，運用本系統執行相關查報、管理、監督等業務，本系統為Web Application，伺服器則置於本署，使用者則以IE瀏覽器操作系統功能，為使本系統運轉順利符合最新規定，本（103）年度爰針對本系統改版上線後與相關之公文系統、河川巡防車衛星定位系統及公地圖籍系統進行資料匯轉或整合，以減少承辦人於辦理業務時，需同時開啟不同系統作資料查詢或登打之重複工作，且不同系統間之資料無法關聯，應進行相關系統整合，使承辦人更能提昇效率並便於管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030068</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302658</governmentpublicationsnumber><identifier>77068</identifier><internationalstandardbooknumber>9781400074785 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77068</librarycollectiondetailsurl><price></price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川管理資訊化系統功能提升與維護計畫(光碟版)Upgrade and Maintenance of River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030066</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77070</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77070</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2)(光碟版)Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030066</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/16</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77071</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77071</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2)宣導短片(光碟版)Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>蘭陽溪原名為宜蘭濁水溪，主流全長約40公里，以含砂豐富，水質混濁而得名，為宜蘭縣最大河川，屬中央管河川。現有防洪設施，迄至民國102年止，蘭陽溪主流部份計完成堤防50,724公尺，護岸790公尺。現況防洪構造物歷經多年風吹日曬、颱風豪雨及多次強弱地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。歷經民國101年蘇拉颱風等沖刷影響之後，造成堤防受損極需評估其安全性。然而全河段拆除重建工程經費龐大，且蘭陽溪堤防多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視蘭陽溪堤防之安全，以利後續維護管理。本計畫主要目的為暸解蘭陽溪堤防內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及含水狀況等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030348</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/19</date><governmentpublicationsnumber>1010302763</governmentpublicationsnumber><identifier>77075</identifier><internationalstandardbooknumber>9789860434422 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77075</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>蘭陽溪堤防安全性評估分析研究計畫(1/2)成果報告書(內附光碟)=Study Project on Safety Assessment and Analysis of Dike in Lanyang River (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣水文及民國101年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/19</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>77086</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77086</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年臺灣水文年報 總冊 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 TOTAL REPORT</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/19</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>77087</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77087</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國101年臺灣水文年報電子書(光碟片) HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012</title><yearidentifier>201306</yearidentifier></data><data><abstract>一.為推廣運用及維護各河川局建立數位化資料庫,統一選擇相關重點位置定期及不定期拍攝相片以建立數位化相片,並匯入河川局例行防洪記載表,復建工程施工前中後相片等資料,以供查詢參考. 二.擴充影像查詢系統，可由使用者手機自行下載APP程式後，進行影像查詢或上傳，推廣至本署及各所屬機關相關同仁使用，為後續重要作業事項。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030325</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302659</governmentpublicationsnumber><identifier>77093</identifier><internationalstandardbooknumber>9781400074563 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77093</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>數位化河川管理系統推廣運用及維護--光碟版=Promotion and Maintenance of Digital River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。102年則進一步擴展到水資源局及縣市政府，並建立了疏濬計畫管理整體架構，從疏濬計畫研擬、執行到結案都有完整之資訊管理機制。 本（103）年度計畫則進一步提升系統各項功能，完成提貨單管理運作模式之開發建置，包含縣市政府、水資源局、河川局端系統以及疏濬區現場系統之更新，透過提貨單管理收入標廠商，而車輛僅需一張卡片作為車籍區別即可，此模式已可供以提貨單進行管理之單位運用。本計畫亦積極朝向行動辦公室方向邁進，開發行動版疏濬作業管理系統，包含計畫查詢、執行管理及疏濬區表單查詢，並自動依據行動裝置尺寸變更展示方式，使用者可隨時隨地查詢疏濬計畫及執行進度相關資料，也可進行包含提貨期間、保全人員權限等重要之參數設定，達到行動辦公之目標。 在疏濬區端疏濬管理系統更新提升方面，本計畫開發離線資料交換模組，如疏濬區無網路環境服務或網路異常，可使用離線資料交換模組進行手動匯出匯入資料，進行手動資料同步。建立程式版本主動提醒下載更新機制。開發疏濬區日誌上傳及後端管理功能，由現場保全人員填寫，並可傳送到後端疏濬整合管理平台供承辦人員查詢閱覽。 在後端疏濬整合管理平台更新提升方面，本計畫開發砂石價格管理模組，系統用統計表及折線圖方式展現，並可查詢歷史資料，供使用者在進行疏濬計畫擬定砂石價格時參考。並發佈疏濬統計資料，包含疏濬執行統計、經費統計分析及速報單管理等功能。疏濬執行統計透過便捷之使用者介面，讓使用者能快速切換時間條件及單位條件，查詢所需之疏濬執行統計數據。經費統計分析則依據疏濬計畫填報之預算、目標量及月分配規劃量計算預估收益及成本，同時依據支出標、收入標之決標金額，以及實際疏濬量計算實際收益及支出，以統計圖表之方式讓使用者可快速瞭解疏濬作業之執行績效。速報單管理包含方案期別管理、目標量管理等模組，使用者透過速報單管理可快速產出速報單資料，供上級長官參酌。另外，本計畫完成疏濬區現場狀況整合展示模組，可將週邊設備狀況即時回傳到後端系統，讓管理人員可即時掌握現場儀器設備狀況。同時，為確保系統穩定運作，本年度計畫辦理系統移機及備援機制建置作業，目前已自動在台中文心機房及台北東七機房進行異地備援。 系統日常維護及輔導上線為重要之工作，本計畫透過歷次工作會議及教育訓練，瞭解使用者需求，進行包含系統功能介面調整、新增周邊設備規格測試納入及報表格式新增修改等工作。並持續辦理線上輔導作業，以電話、電子郵件或傳真等方式回覆處理使用者問題，本計畫執行迄今已處理581次線上輔導作業。另一方面，本計畫執行迄今已完成11次現地輔導作業，實地了解疏濬工區之狀況，協助各項軟硬體整合設定，確保疏濬工區能正常運作。在教育訓練方面，本計畫於10月28及10/29日完成教育訓練工作，參與人數為45人，教育訓練除讓各單位人員能快速瞭解系統操作運用，並能瞭解使用者之回饋意見，作為系統更新修正重要的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030110</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010303020</governmentpublicationsnumber><identifier>77094</identifier><internationalstandardbooknumber>9789789860432 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77094</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>疏濬作業數位化管理系統後續維護及更新 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署於101年度發展「疏濬作業數位化管理系統」，透過各種數位科技，對疏濬作業進行有效管理，同時水利署及各河川局可於疏濬數位管理系統中取得疏濬工區最新之疏濬數據，進一步達到資訊流通及提高疏濬業務執行效率之計畫目的。102年則進一步擴展到水資源局及縣市政府，並建立了疏濬計畫管理整體架構，從疏濬計畫研擬、執行到結案都有完整之資訊管理機制。 本（103）年度計畫則進一步提升系統各項功能，完成提貨單管理運作模式之開發建置，包含縣市政府、水資源局、河川局端系統以及疏濬區現場系統之更新，透過提貨單管理收入標廠商，而車輛僅需一張卡片作為車籍區別即可，此模式已可供以提貨單進行管理之單位運用。本計畫亦積極朝向行動辦公室方向邁進，開發行動版疏濬作業管理系統，包含計畫查詢、執行管理及疏濬區表單查詢，並自動依據行動裝置尺寸變更展示方式，使用者可隨時隨地查詢疏濬計畫及執行進度相關資料，也可進行包含提貨期間、保全人員權限等重要之參數設定，達到行動辦公之目標。 在疏濬區端疏濬管理系統更新提升方面，本計畫開發離線資料交換模組，如疏濬區無網路環境服務或網路異常，可使用離線資料交換模組進行手動匯出匯入資料，進行手動資料同步。建立程式版本主動提醒下載更新機制。開發疏濬區日誌上傳及後端管理功能，由現場保全人員填寫，並可傳送到後端疏濬整合管理平台供承辦人員查詢閱覽。 在後端疏濬整合管理平台更新提升方面，本計畫開發砂石價格管理模組，系統用統計表及折線圖方式展現，並可查詢歷史資料，供使用者在進行疏濬計畫擬定砂石價格時參考。並發佈疏濬統計資料，包含疏濬執行統計、經費統計分析及速報單管理等功能。疏濬執行統計透過便捷之使用者介面，讓使用者能快速切換時間條件及單位條件，查詢所需之疏濬執行統計數據。經費統計分析則依據疏濬計畫填報之預算、目標量及月分配規劃量計算預估收益及成本，同時依據支出標、收入標之決標金額，以及實際疏濬量計算實際收益及支出，以統計圖表之方式讓使用者可快速瞭解疏濬作業之執行績效。速報單管理包含方案期別管理、目標量管理等模組，使用者透過速報單管理可快速產出速報單資料，供上級長官參酌。另外，本計畫完成疏濬區現場狀況整合展示模組，可將週邊設備狀況即時回傳到後端系統，讓管理人員可即時掌握現場儀器設備狀況。同時，為確保系統穩定運作，本年度計畫辦理系統移機及備援機制建置作業，目前已自動在台中文心機房及台北東七機房進行異地備援。 系統日常維護及輔導上線為重要之工作，本計畫透過歷次工作會議及教育訓練，瞭解使用者需求，進行包含系統功能介面調整、新增周邊設備規格測試納入及報表格式新增修改等工作。並持續辦理線上輔導作業，以電話、電子郵件或傳真等方式回覆處理使用者問題，本計畫執行迄今已處理581次線上輔導作業。另一方面，本計畫執行迄今已完成11次現地輔導作業，實地了解疏濬工區之狀況，協助各項軟硬體整合設定，確保疏濬工區能正常運作。在教育訓練方面，本計畫於10月28及10/29日完成教育訓練工作，參與人數為45人，教育訓練除讓各單位人員能快速瞭解系統操作運用，並能瞭解使用者之回饋意見，作為系統更新修正重要的參考依據。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030110</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010303020</governmentpublicationsnumber><identifier>77095</identifier><internationalstandardbooknumber>9789789860432 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77095</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>疏濬作業數位化管理系統後續維護及更新-光碟版 Streamlined Dredging Management System Maintenance and Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>蘭陽溪原名為宜蘭濁水溪，主流全長約40公里，以含砂豐富，水質混濁而得名，為宜蘭縣最大河川，屬中央管河川。現有防洪設施，迄至民國102年止，蘭陽溪主流部份計完成堤防50,724公尺，護岸790公尺。 現況防洪構造物歷經多年風吹日曬、颱風豪雨及多次強弱地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 歷經民國101年蘇拉颱風等沖刷影響之後，造成堤防受損極需評估其安全性。然而全河段拆除重建工程經費龐大，且蘭陽溪堤防多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視蘭陽溪堤防之安全，以利後續維護管理。 本計畫主要目的為暸解蘭陽溪堤防內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及含水狀況等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030348</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302763</governmentpublicationsnumber><identifier>77099</identifier><internationalstandardbooknumber>9789860434422 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77099</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>蘭陽溪堤防安全性評估分析研究計畫(1/2)成果報告書(光碟版)Study Project on Safety Assessment and Analysis odf Dike in Lanyang River(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>富岡漁港至豐里間海岸因鄰近台東市區，就海岸防護、親水或景觀等需求面皆屬於重要區段。而本段海岸地形變遷受卑南溪輸沙及海洋營力主導，在台東海濱公園至豐里設置有多座短突堤，藉以攔阻沿岸輸沙，防止岸線侵退；然部份突堤因受颱風波浪作用，現已散落，衝擊海岸整體景觀。為能掌握卑南溪河口輸砂對海岸影響範圍，以做為後續海岸防護設施維護及重整修復依據，本計畫擬針對卑南溪河口輸沙及流量、海岸地形及輸沙進行調查，並利用模擬分析全段海岸輸沙機制，最後評估現有突堤群及防護設施之成效，提出本段海岸輸砂平衡管理綜合分析及改善對策評估。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030023</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302685</governmentpublicationsnumber><identifier>77100</identifier><internationalstandardbooknumber>9789860433500 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77100</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估--(光碟版)(1/2) The impact assessment of sediment transport in estuary of Beinan River and surrounding coastlines(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>富岡漁港至豐里間海岸因鄰近台東市區，就海岸防護、親水或景觀等需求面皆屬於重要區段。而本段海岸地形變遷受卑南溪輸沙及海洋營力主導，在台東海濱公園至豐里設置有多座短突堤，藉以攔阻沿岸輸沙，防止岸線侵退；然部份突堤因受颱風波浪作用，現已散落，衝擊海岸整體景觀。為能掌握卑南溪河口輸砂對海岸影響範圍，以做為後續海岸防護設施維護及重整修復依據，本計畫擬針對卑南溪河口輸沙及流量、海岸地形及輸沙進行調查，並利用模擬分析全段海岸輸沙機制，最後評估現有突堤群及防護設施之成效，提出本段海岸輸砂平衡管理綜合分析及改善對策評估。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030023</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302685</governmentpublicationsnumber><identifier>77101</identifier><internationalstandardbooknumber>9789860433500 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77101</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(1/2) the impact assessment of sediment transport in estuary of Beinan River and surrounding coastlines(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>去年度(101年)6月泰利颱風由台灣海峽南部直行而上，其帶來之颱風巨浪，造成台南北門及七股海埔地之海堤局部損壞，海水溢流入後側漁塭，引起當地民眾對海埔地防災安全之疑慮，幸及時進行搶險完成，而免於災情擴大，究其原因係堤前沙灘逐年流失所致。計畫範圍由八掌溪口至曾文溪口，並以該二段海埔地海岸為主重點，經由海氣象等相關基本資料蒐集分析、海岸地形水深測量，進行海岸侵淤變遷比較及特性分析，檢討本區位海岸變遷之影響，並提出相應防護之因應作為及對策，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030028</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302772</governmentpublicationsnumber><identifier>77110</identifier><internationalstandardbooknumber>9789860434002 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77110</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>台南海岸斷面測量監測計畫(1/2)=The Plan of Section Monitoring Survey at Tainan Coast (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030008</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010302913</governmentpublicationsnumber><identifier>77111</identifier><internationalstandardbooknumber>9789860436631 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77111</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>101-103年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(內附光碟)(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>地層下陷屬長期性的國土災害，一旦發生便無法回復，為紓緩地層下陷，並復育下陷環境，政府自84年起迄今戮力推動各項防治措施，先後推動第一及二期地層下陷防治執行方案，透過各式預防及管制作為來挽救下陷危機，全台持續下陷面積由方案實施前的1,616平方公里減少為101年的286.5平方公里；各項防治作為雖讓整體下陷情勢趨緩，然彰化、雲林及嘉義等地區卻仍有持續下陷情況，部分縣市下陷地區甚至由沿海延伸至內陸。防治工作須長期持續推動，且應標本兼治，爰此，為延續過去防治成效，98年度通過實施「地下水保育管理暨地層下陷防治計畫」，據以辦理現階段(98~103年)地層下陷防治工作，配合項下工作策略，本署於103年規劃教育宣導計畫並委外執行，今(103)年希冀藉由各項宣導作為，持續達成降低政府施政阻力、增進基層人員防治視野與技術、提高民眾愛水護土之觀念、強化防治觀念向下紮根等目標。經濟部水利署針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、文宣品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030229</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/20</date><governmentpublicationsnumber>1010303005</governmentpublicationsnumber><identifier>77115</identifier><internationalstandardbooknumber>9789860437393 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77115</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(臺北辦公區)</publisher><publishrocyear>103</publishrocyear><title>103年地層下陷防治推廣及宣導The Promotion Project of Land Subsidence Prevention Affairs,2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/21</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>77118</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77118</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業書成果報告書(內附光碟)2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>3810303277</governmentpublicationsnumber><identifier>77121</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77121</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>集集攔河堰設施維護決策支援系統規劃與建置成果報告書</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77127</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77127</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77130</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77130</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030066</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77133</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77133</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2)Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>目前本署與所屬10個河川局及代管淡水河管理業務之新北市政府、基隆市政府及桃園縣政府等3個縣市政府，其河川排水及海堤管理業務承辦人員，運用本系統執行相關查報、管理、監督等業務，本系統為Web Application，伺服器則置於本署，使用者則以IE瀏覽器操作系統功能，為使本系統運轉順利符合最新規定，本（103）年度爰針對本系統改版上線後與相關之公文系統、河川巡防車衛星定位系統及公地圖籍系統進行資料匯轉或整合，以減少承辦人於辦理業務時，需同時開啟不同系統作資料查詢或登打之重複工作，且不同系統間之資料無法關聯，應進行相關系統整合，使承辦人更能提昇效率並便於管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030068</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302658</governmentpublicationsnumber><identifier>77134</identifier><internationalstandardbooknumber>9781400074785 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77134</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川管理資訊化系統功能提升與維護計畫Upgrade and Maintenance of River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫為因應最新資訊及網路環境、法令規定的改變，及維持全國水權資料庫的完整性，對水權管理資訊系統及資料庫作持續性的維護改善。 目前，全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器則置於經濟部水利署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管以及配合本署資訊發展政策和水權核辦業務需求，特辦理本次系統維護計畫工作</abstract><author>數唯科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030227</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302952</governmentpublicationsnumber><identifier>77135</identifier><internationalstandardbooknumber>9789860432299 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77135</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>水權管理資訊系統維護與增修Maintenance and upgrading of the Management information System of Water Rights</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77136</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77136</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>志願服務的推動成效，除仰賴志工人力素質及實際執勤作為外，運用管理機關扮演了極為重要的角色，良善的管理方式可有效提升志工執勤效能並凝聚成員向心，藉由本計畫提升志願服務效能，讓志工同心為確保人民生命財產安全及對河川環境永續發展而努力，讓志工對參與服務的熱忱及對河川局的認同感加深，並映照出所有志願心的可敬與可貴！</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010303196</governmentpublicationsnumber><identifier>77143</identifier><internationalstandardbooknumber>9789860433562 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77143</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年防汛護水志工大隊服務實施計畫(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>志願服務的推動成效，除仰賴志工人力素質及實際執勤作為外，運用管理機關扮演了極為重要的角色，良善的管理方式可有效提升志工執勤效能並凝聚成員向心，藉由本計畫提升志願服務效能，讓志工同心為確保人民生命財產安全及對河川環境永續發展而努力，讓志工對參與服務的熱忱及對河川局的認同感加深，並映照出所有志願心的可敬與可貴！</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010303196</governmentpublicationsnumber><identifier>77144</identifier><internationalstandardbooknumber>9789860433562 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77144</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年防汛護水志工大隊服務實施計畫(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030228</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302710</governmentpublicationsnumber><identifier>77145</identifier><internationalstandardbooknumber>9789860434491 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77145</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(2/2) Review and  Improve the Criterion for the Apopropriate Quantities of Water for Different Purpose (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。 為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果： 一、	濁水溪水系基本資料之蒐集與彙整分析 就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。 二、	國內外水道治理計畫之界定過程與案例分析 蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。 三、	動床數模之檢定驗證 蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。 四、	濁水溪水系不同計畫河寬與河道變遷之關係 蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。 五、	現行計畫河寬制定原則之改善策略初步探討 利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77146</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77146</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。 為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果： 一、	濁水溪水系基本資料之蒐集與彙整分析 就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。 二、	國內外水道治理計畫之界定過程與案例分析 蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。 三、	動床數模之檢定驗證 蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。 四、	濁水溪水系不同計畫河寬與河道變遷之關係 蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。 五、	現行計畫河寬制定原則之改善策略初步探討 利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77147</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77147</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水權量之核發自需求面考量係依據水利法第17條規定應以其「事業所必需者」為限。本署於91年訂定發布「水權登記審查作業要點」，其間歷經95年及97年各2次修正，希冀辦理水權登記審查有可依循之程序規定與技術指導，同時亦訂有「地面水及地下水之水權及臨時用水登記申請手冊」，以供申請與審查之依循。前述登記手冊中附錄十一之「各用水標的事業所必需用水量參考資料」係為評估各用水標的事業所必需用水量之參考基準，95至97年已曾就其計算公式與標準進行檢討，惟為配合農業用水之變化及其用水特性之改變，擬通盤檢討農業用水之計算公式、計算標準等，以取得申請者與審查者之共識，並符合各事業發展趨勢。此外，將依據檢討成果建置一便捷的計算模組，並整合於現有相關之水權資訊系統，以提供審查時更便捷完整之資訊系統，提高行政作業效率。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030228</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302710</governmentpublicationsnumber><identifier>77150</identifier><internationalstandardbooknumber>9789860434491 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77150</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(2/2)(光碟版)Review and  Improve the Criterion for the Apopropriate Quantities of Water for Different Purpose (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030221</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302707</governmentpublicationsnumber><identifier>77151</identifier><internationalstandardbooknumber>9789860434521 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77151</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(2/2)River Monitoring Integration System and Demonstration(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030221</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010302707</governmentpublicationsnumber><identifier>77152</identifier><internationalstandardbooknumber>9789860434521 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77152</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(2/2)(光碟版) River Monitoring Integration System and Demonstration(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本報告為”彰化海岸防護基本資料調查計畫”第二年度(103年)成果，主要根據兩年度(102~103)所調查得到之海岸最新基本資料包含海域地形、波流、漂砂等，針對彰化沿岸海堤的防潮禦浪功能進行探討，並據以建議海岸防護因應措施。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030096</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010303153</governmentpublicationsnumber><identifier>77153</identifier><internationalstandardbooknumber>9789860438932 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77153</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本報告為”彰化海岸防護基本資料調查計畫”第二年度(103年)成果，主要根據兩年度(102~103)所調查得到之海岸最新基本資料包含海域地形、波流、漂砂等，針對彰化沿岸海堤的防潮禦浪功能進行探討，並據以建議海岸防護因應措施。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030096</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/22</date><governmentpublicationsnumber>1010303153</governmentpublicationsnumber><identifier>77154</identifier><internationalstandardbooknumber>9789860438932 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77154</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)(光碟版)Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第四河川局為配合內政部營建署之永續海岸整體發展方案及持續建立海岸防護基本資料，規劃兩年度(102、103年)海岸基本監測調查計畫，以提供彰化海岸後續防護工程設計、規劃與維護管理之應用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010303155</governmentpublicationsnumber><identifier>77159</identifier><internationalstandardbooknumber>9789860438925 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77159</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書(Field Investigations and Analysis on Coastal Environment off Chang-Hua County)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第四河川局為配合內政部營建署之永續海岸整體發展方案及持續建立海岸防護基本資料，規劃兩年度(102、103年)海岸基本監測調查計畫，以提供彰化海岸後續防護工程設計、規劃與維護管理之應用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010303155</governmentpublicationsnumber><identifier>77160</identifier><internationalstandardbooknumber>9789860438925 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77160</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書(Field Investigations and Analysis on Coastal Environment off Chang-Hua County)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77169</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77169</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。 為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果： 一、	濁水溪水系基本資料之蒐集與彙整分析 就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。 二、	國內外水道治理計畫之界定過程與案例分析 蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。 三、	動床數模之檢定驗證 蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。 四、	濁水溪水系不同計畫河寬與河道變遷之關係 蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。 五、	現行計畫河寬制定原則之改善策略初步探討 利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77170</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77170</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)Study on relation between stream width and stability in Choshui River(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77174</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77174</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料監測調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)光碟版</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。 為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果： 一、	濁水溪水系基本資料之蒐集與彙整分析 就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。 二、	國內外水道治理計畫之界定過程與案例分析 蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。 三、	動床數模之檢定驗證 蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。 四、	濁水溪水系不同計畫河寬與河道變遷之關係 蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。 五、	現行計畫河寬制定原則之改善策略初步探討 利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77175</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77175</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)Study on relation between stream width and stability in Choshui River(1/2)光碟電子書</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030008</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302913</governmentpublicationsnumber><identifier>77176</identifier><internationalstandardbooknumber>9789860436631 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77176</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>101-103年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(內附光碟)(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030008</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302913</governmentpublicationsnumber><identifier>77177</identifier><internationalstandardbooknumber>9789860436631 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77177</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>101-103年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(光碟版)(2012~2014) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第九河川局(以下簡稱九河局)於101年度起執行「九河局轄區洪水預報系統建立之先期規劃」，102年度持續辦理「九河局轄區洪水預警及防汛整合作業」計畫，目前已完成花蓮溪流域及秀姑巒溪流域洪水預報系統建置，颱洪時期可透過該系統即時掌握及分析預判水情。 本計畫在今年度(103)完成九河局轄內洪水預報系統秀姑巒溪103年最新測量斷面更新，同時收集各水位站101年度流量率定曲線可供模式模擬之參考。目前系統中各流域已利用102年天兔颱風完成參數檢定，並以今年麥德姆及?凰颱風進行驗證，由驗證結果可知，預報系統在高水位時有較佳的模擬能力。防汛地圖可依據水利署最新修正公告之「淹水雨量警戒值」及水位預報結果進行研判並警示，同時納入水尺及防汛備塊等圖層供防汛人員查詢。 介接花蓮縣政府9座雨量站21座水位站及33處CCTV影像資料，並於今年今年哈吉貝、麥德姆及?凰颱風期間提供九河局共計30次水情相關研判資料簡報，同時協助九河局提供18次水情彙整內容至水利署。本計畫完成佈設83處洪痕尺，並建置相關水尺資料，同時利用數值地形資料，可配合建置之水尺及洪痕尺快速由數值地型調查淹水範圍。計畫執行期間共更換7次洪痕水尺內所裝設之色紙。本報告完成麥德姆及?凰颱風期間預報分析成果檢討報告供後續改進參考，同時於前述颱風期間至九河局轄區內發生淹水地區進行初步調查。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030135</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302189</governmentpublicationsnumber><identifier>77178</identifier><internationalstandardbooknumber>9789860429305 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77178</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>103年度九河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2014</title><yearidentifier>201411</yearidentifier></data><data><abstract>經濟部水利署第九河川局(以下簡稱九河局)於101年度起執行「九河局轄區洪水預報系統建立之先期規劃」，102年度持續辦理「九河局轄區洪水預警及防汛整合作業」計畫，目前已完成花蓮溪流域及秀姑巒溪流域洪水預報系統建置，颱洪時期可透過該系統即時掌握及分析預判水情。 本計畫在今年度(103)完成九河局轄內洪水預報系統秀姑巒溪103年最新測量斷面更新，同時收集各水位站101年度流量率定曲線可供模式模擬之參考。目前系統中各流域已利用102年天兔颱風完成參數檢定，並以今年麥德姆及?凰颱風進行驗證，由驗證結果可知，預報系統在高水位時有較佳的模擬能力。防汛地圖可依據水利署最新修正公告之「淹水雨量警戒值」及水位預報結果進行研判並警示，同時納入水尺及防汛備塊等圖層供防汛人員查詢。 介接花蓮縣政府9座雨量站21座水位站及33處CCTV影像資料，並於今年今年哈吉貝、麥德姆及?凰颱風期間提供九河局共計30次水情相關研判資料簡報，同時協助九河局提供18次水情彙整內容至水利署。本計畫完成佈設83處洪痕尺，並建置相關水尺資料，同時利用數值地形資料，可配合建置之水尺及洪痕尺快速由數值地型調查淹水範圍。計畫執行期間共更換7次洪痕水尺內所裝設之色紙。本報告完成麥德姆及?凰颱風期間預報分析成果檢討報告供後續改進參考，同時於前述颱風期間至九河局轄區內發生淹水地區進行初步調查。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030135</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302189</governmentpublicationsnumber><identifier>77179</identifier><internationalstandardbooknumber>9789860429305 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77179</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>103年度九河局轄區洪水預警及防汛整合作業(光碟版)Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2014</title><yearidentifier>201411</yearidentifier></data><data><abstract>鑑於秀姑巒溪治?規劃報告乃完成於民國77 ?，迄今已20 餘?，且花東縱谷板塊運動頻仍，致使河川圖籍已與現況地形?符，造成河川治?與管?糾紛事件?斷；此外，考?氣候變遷、極端?雨事件及??變遷造 成的潛在風險，並須納入經常性損害河段之改善，以綜合治水??辦?檢討，以?後續河川管?及治?。故本局認為確有需要重新檢討秀姑巒溪水系整體治?規劃之必要，以作為後續治?工程施作依據，期能達到保護人民生命財產安全與河川永續?用之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030080</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302412</governmentpublicationsnumber><identifier>77180</identifier><internationalstandardbooknumber>9789860431339 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77180</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>秀姑巒溪水系治?規劃檢討（2/3）Review on the Regulation Planning of Xiuguluan River(2/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>鑑於秀姑巒溪治?規劃報告乃完成於民國77 ?，迄今已20 餘?，且花東縱谷板塊運動頻仍，致使河川圖籍已與現況地形?符，造成河川治?與管?糾紛事件?斷；此外，考?氣候變遷、極端?雨事件及??變遷造 成的潛在風險，並須納入經常性損害河段之改善，以綜合治水??辦?檢討，以?後續河川管?及治?。故本局認為確有需要重新檢討秀姑巒溪水系整體治?規劃之必要，以作為後續治?工程施作依據，期能達到保護人民生命財產安全與河川永續?用之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030080</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302412</governmentpublicationsnumber><identifier>77181</identifier><internationalstandardbooknumber>9789860431339 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77181</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>秀姑巒溪水系治?規劃檢討（2/3）Review on the Regulation Planning of Xiuguluan River(2/3)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>濁水溪沖積扇地下水區位於臺灣西部海岸之中段，為臺灣地下水資源蘊藏最豐富的地區之ㄧ，然而，因當地地質條件及產業結構之故，仰賴地下水資源比例偏重，大量抽取地下水的結果，引發嚴重地層下陷問題，引起社會高度的關注，該流域儼然成為地下水資源調配與管理之重要地點。近年來，受全球氣候變遷影響，豐水期與枯水期降雨量差距更大，進而影響地下水的補注，且在當地地下水抽用量尚未能掌控下，為能即時掌握及預測地下水位變動趨勢，即早針對未來可能發生地層下陷之區域，提出因應對策，故本署研提本計畫，擬建置濁水溪全流域上、中、下游的降雨、河川流量、地下水間關係與智慧型預測模式，俾作為中部地區地層下陷防治之參據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030427</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302753</governmentpublicationsnumber><identifier>77183</identifier><internationalstandardbooknumber>9789860434439 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77183</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>濁水溪地下水智慧型預測模式之研究Construction of Intelligent Groundwater Prediction models for Jhuoshuei River basin</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第九河川局（以下簡稱九河局）自73年起開始辦理花蓮市沿海地形變遷觀測計畫，為瞭解地形變遷原因，每年需持續觀測其變遷情況，並進行花蓮海岸防護調查等工作，以提供學術單位水工試驗以及興建海堤計畫之依據。此外，為因應沿岸國土保護需求及百姓生命財產安全，自91年起陸續增加監測範圍「七星潭海岸」、94年新增「水璉海岸」、95年新增「牛山海岸」、96年新增「東興至豐濱海岸」以及98年新增「環保公園海岸」，積極建置並整合歷年所得資料，提供海岸變遷研究、堤段復建與否之參考，並可作為日後海岸防護對策研擬之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030446</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302405</governmentpublicationsnumber><identifier>77186</identifier><internationalstandardbooknumber>9789860431346 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77186</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸變遷調查監測計畫成果報告書Investigation Plan of Coastal Change in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第九河川局（以下簡稱九河局）自73年起開始辦理花蓮市沿海地形變遷觀測計畫，為瞭解地形變遷原因，每年需持續觀測其變遷情況，並進行花蓮海岸防護調查等工作，以提供學術單位水工試驗以及興建海堤計畫之依據。此外，為因應沿岸國土保護需求及百姓生命財產安全，自91年起陸續增加監測範圍「七星潭海岸」、94年新增「水璉海岸」、95年新增「牛山海岸」、96年新增「東興至豐濱海岸」以及98年新增「環保公園海岸」，積極建置並整合歷年所得資料，提供海岸變遷研究、堤段復建與否之參考，並可作為日後海岸防護對策研擬之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030446</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302405</governmentpublicationsnumber><identifier>77187</identifier><internationalstandardbooknumber>9789860431346 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77187</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸變遷調查監測計畫Investigation Plan of Coastal Change in Hualien(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>秀姑巒溪水系河川大斷面樁完成於民國64年，歷年來因大部份斷面樁已遺失或受破壞，本局分別於民國85年、95年及99年辦理「秀姑巒溪水系(主流及5大支流)大斷面測量」工作，民國101年辦理秀姑巒溪水系次支流之大斷面測量，以因應河川警戒水位檢討與訂定及建立斷面資料庫，做為該水系河床變遷、沖淤之探討。由於103及104年度將持續辦理「秀姑巒溪水系治理規劃檢討」計畫，並須依該檢討成果完成秀姑巒溪水系治理計畫修正，故需取得本水系最新的大斷面測量相關成果資料，以利後續相關水文水理計算及檢討，並做為日後河川管理及河堤防構造物之設計或安全評估之參考及依據。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030079</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302427</governmentpublicationsnumber><identifier>77190</identifier><internationalstandardbooknumber>9789860431582 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77190</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>秀姑巒溪水系大斷面測量計畫成果報告書The Cross-section Survey for Hsiukuluan River</title><yearidentifier>201412</yearidentifier></data><data><abstract>秀姑巒溪水系河川大斷面樁完成於民國64年，歷年來因大部份斷面樁已遺失或受破壞，本局分別於民國85年、95年及99年辦理「秀姑巒溪水系(主流及5大支流)大斷面測量」工作，民國101年辦理秀姑巒溪水系次支流之大斷面測量，以因應河川警戒水位檢討與訂定及建立斷面資料庫，做為該水系河床變遷、沖淤之探討。由於103及104年度將持續辦理「秀姑巒溪水系治理規劃檢討」計畫，並須依該檢討成果完成秀姑巒溪水系治理計畫修正，故需取得本水系最新的大斷面測量相關成果資料，以利後續相關水文水理計算及檢討，並做為日後河川管理及河堤防構造物之設計或安全評估之參考及依據。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.689734</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030079</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302427</governmentpublicationsnumber><identifier>77192</identifier><internationalstandardbooknumber>9789860431582 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77192</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>秀姑巒溪水系大斷面測量計畫成果報告書The Cross-section Survey for Hsiukuluan River(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77194</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77194</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)The Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77195</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77195</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>士文水庫規劃興建於率芒溪支流士文溪上，計畫日供水量約20萬噸，可滿足屏東地區目標年民國120年需水量缺口，並可取代屏東地區地下水源之使用，及減緩地盤下陷、提升用水水質、提高屏東地區自來水普及率等目標。本所近年辦理士文水庫水砂調查相關計畫，並業於民國101年完成自記式水位站建置。為取得寶貴水砂資料，延續歷年水位流量監測成果，應持續進行水位站觀測維護，並蒐集莫拉克後率芒溪及其支流土砂環境變遷等相關資料。故本計畫辦理率芒溪流域相關之產砂評估、河道輸砂分析及對策研擬等，以期建立率芒溪流域完整之水砂環境資料，更新及補充水庫規劃重要參數，利於士文水庫後續規劃及推動。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030212</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302104</governmentpublicationsnumber><identifier>77197</identifier><internationalstandardbooknumber>9789860427028 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77197</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>士文溪水位站觀測維護及流域水砂調查分析Observation and Maintenance of the Shi-Wen Creek Stage Station and Study of Watershed Sediment</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利法是民國19年開始進行立法研究，至民國31年立法院通過，32年施行。民國34年隨著台灣光復，水利法開始於台灣施行。民國44年水利法進行第1次修正，至102年進行第11次修正。其中，修正條文較多的分別是民國52年、63年、72年、89年及92年等5次。 近年來，隨著經濟成長，社會對於減少水患的期待增加，對於防洪工作的要求提高；然而，流域內土地的持續開發，造成相同降雨量造成的逕流量不斷增加。相對的，環境保育意識抬頭，影響水資源開發計畫的持續推動；然而，對於工業用水的需求仍是不見減少。在在顯示對於水利事業必須要有突破性的作為，才能衝出目前的困境。而對於這些突破性的作為，必須要給予法律上的支持。 除了對於水利法持續推動修法外，本署同時研修水基本法、河川排水條例、水資源條例及再生水資源發展條例等新法律，多角度的在法律上給予新作為支持。本計畫是對於水基本法及3條例草案的已有研修成果給予進一步的精修並完成後續立法的準備工作，並對於水利法多年來所完成的解釋令及相關訴訟案件予以整理分析，做為後續修正水利法的預備工作。</abstract><author>國立臺灣大學</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030312</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302934</governmentpublicationsnumber><identifier>77198</identifier><internationalstandardbooknumber>9789860436501 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77198</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水利相關法令推動策略研析Analysis on Promoption Strategy of Water Related Laws</title><yearidentifier>201412</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如附圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至102年間陸續辦理可行性規劃相關計畫，惟涉及水庫整體防淤機制之集水區保育規劃、加高後壩軸下移與下游村落距離接近可能衍生之安置拆遷及跨域加值等議題尚未調查規劃，經102年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249840號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030278</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/23</date><governmentpublicationsnumber>1010302103</governmentpublicationsnumber><identifier>77199</identifier><internationalstandardbooknumber>9789860427042 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77199</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(1)(內附光碟)Planning for the Rehabilitation of Lu-Liao-Creek Reservoir –Supplementary Survey (1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>針對馬祖地區至目標年民國120年的水資源經營策略進行檢討，以因應馬祖地區未來生活、觀光及經濟發展用水需求。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030284</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302480</governmentpublicationsnumber><identifier>77209</identifier><internationalstandardbooknumber>9789860431834 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77209</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>馬祖地區水資源整體規劃檢討(1)--內附光碟=Review for the Integrated Strategies on Water Resources in Matsu Region(1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>針對馬祖地區至目標年民國120年的水資源經營策略進行檢討，以因應馬祖地區未來生活、觀光及經濟發展用水需求。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030284</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302480</governmentpublicationsnumber><identifier>77212</identifier><internationalstandardbooknumber>9789860431834 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77212</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>馬祖地區水資源整體規劃檢討(1)--光碟版=Review for the Integrated Strategies on Water Resources in Matsu Region(1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台南市黃金海岸位於台南市行政區域之西側，係一相當著名之濱海景點，早期沙灘寬闊，每當假日遊客絡繹不?。但近年來，受到安平商港防波堤突堤效應之影響，產生南侵北淤之變化，其船屋後側沙灘已逐漸消退，美景不再。人工養灘係目前主力推廣之海岸侵蝕防治工法，本局於102年已依據相關研究報告完成人工養灘之工程，本計畫擬檢討其養灘的成效，估算養灘沙源流失之情形，並評估養灘方案之調整配置及再養灘量，俾據以續辦各期人工養灘工程，恢復黃金海岸沙灘。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030026</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302948</governmentpublicationsnumber><identifier>77213</identifier><internationalstandardbooknumber>9789860436648 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77213</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>台南市黃金海岸養灘規劃及檢討分析=Review the effects of artificial beach nourishment at Golden Coast at Tainan City</title><yearidentifier>201412</yearidentifier></data><data><abstract>地層下陷屬長期性的國土災害，一旦發生便無法回復，為紓緩地層下陷，並復育下陷環境，政府自84年起迄今戮力推動各項防治措施，先後推動第一及二期地層下陷防治執行方案，透過各式預防及管制作為來挽救下陷危機，全台持續下陷面積由方案實施前的1,616平方公里減少為101年的286.5平方公里；各項防治作為雖讓整體下陷情勢趨緩，然彰化、雲林及嘉義等地區卻仍有持續下陷情況，部分縣市下陷地區甚至由沿海延伸至內陸。防治工作須長期持續推動，且應標本兼治，爰此，為延續過去防治成效，98年度通過實施「地下水保育管理暨地層下陷防治計畫」，據以辦理現階段(98~103年)地層下陷防治工作，配合項下工作策略，本署於103年規劃教育宣導計畫並委外執行，今(103)年希冀藉由各項宣導作為，持續達成降低政府施政阻力、增進基層人員防治視野與技術、提高民眾愛水護土之觀念、強化防治觀念向下紮根等目標。經濟部水利署針對各式族群已逐年完成諸多教育宣導作為，包括各式競賽辦理、網站建置維護管理、文宣品製作、宣導影帶拍攝、成立志工服務隊、辦理社區講座、各式教學活動、行動劇表演、創造教學資源暨推廣、全民運動、紀錄片拍攝及相關專業課程培訓等等，擬透過本計畫之辦理，延續過去成果，並新增創意宣導作為，將防治觀念深植民心，凝聚全民防治共識，持續減緩台灣地層持續下陷之情勢。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030229</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010303005</governmentpublicationsnumber><identifier>77217</identifier><internationalstandardbooknumber>9789860437393 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77217</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(臺北辦公區)</publisher><publishrocyear>103</publishrocyear><title>103年地層下陷防治推廣及宣導--光碟版=The Promotion Project of Land Subsidence Prevention Affairs,2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>未來新竹地區產業用水的增長與因應的水資源設施之配合將是未來本區水資源發展的重要關鍵，故有必要先就新竹地區現有的水資源設施之運用情形進行檢討，並面對未來水資源需求情勢，進行相關水資源開發個案的規劃以求因應。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030323</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302478</governmentpublicationsnumber><identifier>77222</identifier><internationalstandardbooknumber>9789860431759 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77222</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>新竹地區水資源開發潛能檢討(內附光碟)A Preliminary Assessment for Potential of Water Supply in Hsinchu</title><yearidentifier>201412</yearidentifier></data><data><abstract>富岡漁港至豐里間海岸因鄰近台東市區，就海岸防護、親水或景觀等需求面皆屬於重要區段。而本段海岸地形變遷受卑南溪輸沙及海洋營力主導，在台東海濱公園至豐里設置有多座短突堤，藉以攔阻沿岸輸沙，防止岸線侵退；然部份突堤因受颱風波浪作用，現已散落，衝擊海岸整體景觀。為能掌握卑南溪河口輸砂對海岸影響範圍，以做為後續海岸防護設施維護及重整修復依據，本計畫擬針對卑南溪河口輸沙及流量、海岸地形及輸沙進行調查，並利用模擬分析全段海岸輸沙機制，最後評估現有突堤群及防護設施之成效，提出本段海岸輸砂平衡管理綜合分析及改善對策評估。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030023</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302685</governmentpublicationsnumber><identifier>77224</identifier><internationalstandardbooknumber>9789860433500 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77224</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(1/2)內附光碟 the impact assessment of sediment transport in estuary of Beinan River and surrounding coastlines(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030066</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77231</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77231</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2)Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象且改善工作涉及環保、防風造林等領域，環保署奉行政院指示統籌各單位辦理相關揚塵防制，並提出「河川揚塵防制及改善推動方案」，透過中央相關部會與地方政府一起合作，共同改善揚塵問題。依上開方案由本署負責之中央管河川中下游河段斷面寬廣、揚塵潛勢區面積甚大，在有限經費下難以全面施作工程以抑制揚塵，因此本署對有關河川揚塵防制，原則上應以較具長期性成效、維護管理成本較低、操作較為簡易者為優先；其次採行以農民使用土地、經濟性收益之措施相結合較為有利者；至於短期性、季節性之應急措施，再次之，並輔以緊急應變措施，來減緩河川揚塵，故有必要就以往各已實施成效，予整體評析更適地經濟之防治措施，本計畫工作範圍包含本署河川局執行河川揚塵防治措施之觀測與成效分析、探討本署河川局執行揚塵改善工法與非工程方式及經濟效益分析、研析中央管河川揚塵潛在區位與建立調查及篩選分析方法、研擬中央管河川揚塵改善整體策略及協助執行「河川揚塵防制及改善推動方案」等。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030066</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/26</date><governmentpublicationsnumber>1010302776</governmentpublicationsnumber><identifier>77232</identifier><internationalstandardbooknumber>9789860435115 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77232</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川揚塵防治工法探討與策略評估(2/2)宣導短片(光碟版)Technique discussion and strategy evaluation for river fugitive dust control(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>強化各標的水權用水範圍登錄推展及管理整合作業</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030295</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302442</governmentpublicationsnumber><identifier>77233</identifier><internationalstandardbooknumber>9789860431384 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77233</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>水權用水範圍管理系統維護及改善Maintenance And Improvement of Uses Range Management System of Water Rights</title><yearidentifier>201412</yearidentifier></data><data><abstract>強化各標的水權用水範圍登錄推展及管理整合作業</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030295</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302442</governmentpublicationsnumber><identifier>77234</identifier><internationalstandardbooknumber>9789860431384 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77234</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>水權用水範圍管理系統維護及改善(光碟版)Maintenance And Improvement of Uses Range Management System of Water Rights</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成。鑑於當今北部地區用水需求增加，缺水風險提高，因此本所於民國100年開始針對前期規劃成果進行檢討，經檢討結果，雙溪流域水資源利用率低只有10％，雙溪水庫環境現況改變不大，淹沒區及集水區單純，壩址條件良好，值得積極推動本計畫。因此，本計畫配合水庫規劃針對雙溪集水區及下游河道治理進行相關規劃工作。加強水庫興建後集水區與下游河道水資源及自然生態環境之保育維護，促進水庫興建後之永續經營與利用，希冀維護自然生態環境，增加水源涵養、改善水質、延長水庫壽命，並減少乾旱危機，進而達到水庫永續利用之目標。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030265</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302477</governmentpublicationsnumber><identifier>77245</identifier><internationalstandardbooknumber>9789860431841 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77245</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-集水區及下游河道治理規劃(內附光碟) A Review of Feasibility Study of Shuangxi Reservoir (4) –The Planning for Watershed Conservation and Downstream Reach Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>77247</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77247</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業成果報告書2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>77249</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77249</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業成果報告書-光碟2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030221</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302707</governmentpublicationsnumber><identifier>77251</identifier><internationalstandardbooknumber>9789860434521 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77251</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(2/2)River Monitoring Integration System and Demonstration(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>「環境教育法」通過，開創我國環境保護的新頁，使我國在國際間，成為繼美、日、韓、巴西等，躋身少數對環境教育進行立法的國家。因應國家政策及推動方針，許多民眾、社區、機關、團體皆積極取得環境教育相關認證，而經濟部水利署水利規劃試驗所擁有全國數一數二水資源工程模型試驗場所之特色，且歷年來承辦國內許多重大水資源工程模型試驗工作，並長期辦理「水利人員專業訓練計畫」，無論軟硬體設備皆相當豐富，因此本計畫擬以水資源工程環境教育中心認證作為基礎，協助水規所申請環境教育機構認證，以及人員能力建構與培力，並研提相關建議。 本團隊於102年度水規所執行「水資源工程環境教育評估及規劃」委辦計畫中，已對水資源工程環境教育等相關專業領域，初步規劃「氣候變遷」及「環境及資源管理」等環境教育專業課程，103年將透過本計畫協助水規所更精進環境教育專業課程編撰及師資建立，並儘速協助水規所提出環境教育機構認證申請。</abstract><author>國立臺中教育大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030304</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302882</governmentpublicationsnumber><identifier>77256</identifier><internationalstandardbooknumber>9789860435917 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77256</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水資源工程環境教育中心認證輔導--內附光碟=Certification Guidance of Environmental Education Center of Water Resource Construction</title><yearidentifier>201412</yearidentifier></data><data><abstract>「環境教育法」通過，開創我國環境保護的新頁，使我國在國際間，成為繼美、日、韓、巴西等，躋身少數對環境教育進行立法的國家。因應國家政策及推動方針，許多民眾、社區、機關、團體皆積極取得環境教育相關認證，而經濟部水利署水利規劃試驗所擁有全國數一數二水資源工程模型試驗場所之特色，且歷年來承辦國內許多重大水資源工程模型試驗工作，並長期辦理「水利人員專業訓練計畫」，無論軟硬體設備皆相當豐富，因此本計畫擬以水資源工程環境教育中心認證作為基礎，協助水規所申請環境教育機構認證，以及人員能力建構與培力，並研提相關建議。 本團隊於102年度水規所執行「水資源工程環境教育評估及規劃」委辦計畫中，已對水資源工程環境教育等相關專業領域，初步規劃「氣候變遷」及「環境及資源管理」等環境教育專業課程，103年將透過本計畫協助水規所更精進環境教育專業課程編撰及師資建立，並儘速協助水規所提出環境教育機構認證申請。</abstract><author>國立臺中教育大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030304</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302882</governmentpublicationsnumber><identifier>77257</identifier><internationalstandardbooknumber>9789860435917 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77257</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水資源工程環境教育中心認證輔導(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要目的在營造海岸風華，海岸復育之對策、結合海岸侵蝕防治方法，推動海岸空間活化利用，原有海堤回復近自然海岸。涵蓋新北市之林口區、八里區、淡水區、三芝區、石門區、金山區、萬里區、瑞芳區及貢寮區，以及基隆市轄海岸，海岸總長度約140公里。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030347</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010303072</governmentpublicationsnumber><identifier>77258</identifier><internationalstandardbooknumber>9789860437867 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77258</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>台北海岸環境營造規劃總報告書--光碟版=Sustainable Regeneration of Taipei Coastal Environment Plans</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030014</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>77259</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77259</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(2/2)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030014</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>77260</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77260</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(2/2)(光碟版)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>2010203794</governmentpublicationsnumber><identifier>77261</identifier><internationalstandardbooknumber>9789860436976 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77261</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>103</publishrocyear><title>經濟部水利署臺北水源特定區管理局102年度工作年報(光碟版) Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2013 annual report</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77265</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77265</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫(2/2)=Improvement and Maintenance of Hydrological Observation System in the Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77266</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77266</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)(光碟版)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>77267</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77267</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/27</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>77268</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77268</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)(光碟版)Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030307</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302475</governmentpublicationsnumber><identifier>77271</identifier><internationalstandardbooknumber>9789860431827 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77271</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(光碟)-Review the River Current Status Investigation and Develop Operation Standard</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第九河川局(以下簡稱九河局)於101年度起執行「九河局轄區洪水預報系統建立之先期規劃」，102年度持續辦理「九河局轄區洪水預警及防汛整合作業」計畫，目前已完成花蓮溪流域及秀姑巒溪流域洪水預報系統建置，颱洪時期可透過該系統即時掌握及分析預判水情。本計畫在今年度(103)完成九河局轄內洪水預報系統秀姑巒溪103年最新測量斷面更新，同時收集各水位站101年度流量率定曲線可供模式模擬之參考。目前系統中各流域已利用102年天兔颱風完成參數檢定，並以今年麥德姆及?凰颱風進行驗證，由驗證結果可知，預報系統在高水位時有較佳的模擬能力。防汛地圖可依據水利署最新修正公告之「淹水雨量警戒值」及水位預報結果進行研判並警示，同時納入水尺及防汛備塊等圖層供防汛人員查詢。介接花蓮縣政府9座雨量站21座水位站及33處CCTV影像資料，並於今年今年哈吉貝、麥德姆及?凰颱風期間提供九河局共計30次水情相關研判資料簡報，同時協助九河局提供18次水情彙整內容至水利署。本計畫完成佈設83處洪痕尺，並建置相關水尺資料，同時利用數值地形資料，可配合建置之水尺及洪痕尺快速由數值地型調查淹水範圍。計畫執行期間共更換7次洪痕水尺內所裝設之色紙。本報告完成麥德姆及?凰颱風期間預報分析成果檢討報告供後續改進參考，同時於前述颱風期間至九河局轄區內發生淹水地區進行初步調查。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030135</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302189</governmentpublicationsnumber><identifier>77272</identifier><internationalstandardbooknumber>9789860429305 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77272</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>103年度九河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2014</title><yearidentifier>201411</yearidentifier></data><data><abstract>台南市黃金海岸位於台南市行政區域之西側，係一相當著名之濱海景點，早期沙灘寬闊，每當假日遊客絡繹不?。但近年來，受到安平商港防波堤突堤效應之影響，產生南侵北淤之變化，其船屋後側沙灘已逐漸消退，美景不再。人工養灘係目前主力推廣之海岸侵蝕防治工法，本局於102年已依據相關研究報告完成人工養灘之工程，本計畫擬檢討其養灘的成效，估算養灘沙源流失之情形，並評估養灘方案之調整配置及再養灘量，俾據以續辦各期人工養灘工程，恢復黃金海岸沙灘。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030026</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302948</governmentpublicationsnumber><identifier>77278</identifier><internationalstandardbooknumber>9789860436648 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77278</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>台南市黃金海岸養灘規劃及檢討分析--光碟版=Review the effects of artificial beach nourishment at Golden Coast at Tainan City</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77279</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77279</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料監測調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77280</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77280</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料監測調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)光碟電子書</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>77284</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77284</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業成果報告書(光碟版)2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>2010301829</governmentpublicationsnumber><identifier>77286</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77286</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年臺灣溫泉監測年報 TAIWAN HOT SPRING MONITORING 2013 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>2010103953</governmentpublicationsnumber><identifier>77287</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77287</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年臺灣溫泉監測季報 第四季 HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2013 THE FOURTH QUARTER</title><yearidentifier>201405</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>2010103960</governmentpublicationsnumber><identifier>77288</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77288</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第三季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE THIRD QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>2010103959</governmentpublicationsnumber><identifier>77289</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77289</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第二季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE SECOND QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>2010103958</governmentpublicationsnumber><identifier>77290</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77290</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第一季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE FIRST QUARTER</title><yearidentifier>201408</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫將檢討目前生態檢核制度,資料調查運用及生態檢核評估方法,協助水庫管理機關將生態保育工作作得更好</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030329</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303129</governmentpublicationsnumber><identifier>77291</identifier><internationalstandardbooknumber>9789860436402 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77291</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核制度檢討The Review of the Scheme of Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen, Nanhua and Wushantou</title><yearidentifier>201412</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫將檢討目前生態檢核制度,資料調查運用及生態檢核評估方法,協助水庫管理機關將生態保育工作作得更好</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030329</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303129</governmentpublicationsnumber><identifier>77292</identifier><internationalstandardbooknumber>9789860436402 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77292</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核制度檢討(光碟版)The Review of the Scheme of Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen, Nanhua and Wushantou</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署近年來建置水庫集水區相關資訊系統，適時提供資訊協助水庫集水區業辦人員，並為辦理重要水庫集水區劃設作業及水庫集水區查詢作業之需求，建立基層人員水庫集水區查詢作業機制及水庫管理單位集水區劃設作業推動，為推動上開業務順遂及即時更新系統資訊，爰辦理本計畫。本計畫主要包含系統維護、系統優化功能、資料庫擴充工作，以協助人員順利執行業務，達到水利署水庫集水區永續管理之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030217</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302811</governmentpublicationsnumber><identifier>77293</identifier><internationalstandardbooknumber>9789860435788 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77293</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度水庫集水區資訊系統維護計畫The Maintenance Project of Reservoir Conservation Information System</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利署近年來建置水庫集水區相關資訊系統，適時提供資訊協助水庫集水區業辦人員，並為辦理重要水庫集水區劃設作業及水庫集水區查詢作業之需求，建立基層人員水庫集水區查詢作業機制及水庫管理單位集水區劃設作業推動，為推動上開業務順遂及即時更新系統資訊，爰辦理本計畫。本計畫主要包含系統維護、系統優化功能、資料庫擴充工作，以協助人員順利執行業務，達到水利署水庫集水區永續管理之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030217</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010302811</governmentpublicationsnumber><identifier>77294</identifier><internationalstandardbooknumber>9789860435788 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77294</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度水庫集水區資訊系統維護計畫(光碟版)The Maintenance Project of Reservoir Conservation Information System</title><yearidentifier>201412</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業。自92年7月溫泉法施行迄今已逾10年，地方政府依溫泉法，據以核發溫泉開發許可、溫泉標章。但隨著科技日新月異、溫泉事業樣態多元化，許多非傳統溫泉區藉由鑿井科技進步，以鑿深井方式取得地熱溫泉水使用。由於屬深層地下水，其水質對人體影響常引起國人關切；另依據現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，規定鑿井超過600公尺應檢測重金屬含量，對於檢測出重金屬之後續管理，惟目前國內相關溫泉重金屬含量對使用者影響相關研究稀少，難窺全貌。 有鑑於此，冀藉由本計畫蒐集世界各國文獻，了解各國對溫泉重金屬之處理方式，此外，本計劃需針對我國目前各溫泉區或非溫泉區溫泉重金屬含量作背景值作調查與分析，建立資料庫，供後續本署、政府相關部門或民眾使用之參考。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030438</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303127</governmentpublicationsnumber><identifier>77295</identifier><internationalstandardbooknumber>9789860438901 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77295</librarycollectiondetailsurl><price>410</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉重金屬含量與溫泉使用影響之研究(1/2)Investigation of Heavy Metals and Usage for Taiwan Hot Spring(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業。自92年7月溫泉法施行迄今已逾10年，地方政府依溫泉法，據以核發溫泉開發許可、溫泉標章。但隨著科技日新月異、溫泉事業樣態多元化，許多非傳統溫泉區藉由鑿井科技進步，以鑿深井方式取得地熱溫泉水使用。由於屬深層地下水，其水質對人體影響常引起國人關切；另依據現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，規定鑿井超過600公尺應檢測重金屬含量，對於檢測出重金屬之後續管理，惟目前國內相關溫泉重金屬含量對使用者影響相關研究稀少，難窺全貌。 有鑑於此，冀藉由本計畫蒐集世界各國文獻，了解各國對溫泉重金屬之處理方式，此外，本計劃需針對我國目前各溫泉區或非溫泉區溫泉重金屬含量作背景值作調查與分析，建立資料庫，供後續本署、政府相關部門或民眾使用之參考。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030438</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303127</governmentpublicationsnumber><identifier>77296</identifier><internationalstandardbooknumber>9789860438901 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77296</librarycollectiondetailsurl><price>410</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉重金屬含量與溫泉使用影響之研究(1/2)(光碟版)Investigation of Heavy Metals and Usage for Taiwan Hot Spring(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業，也是觀光旅遊發展不可或缺的一環。但溫泉係屬天然資源，並非取之不盡，用之不竭，在假日旺季往往有供不應求的狀況，部分溫泉地區甚至偶有泉量不足、泉溫下降，甚至產生局部地層陷落等地質危害的情勢。 溫泉法自92年7月施行迄今已逾10年，地方政府依溫泉開發許可辦法，及本署「溫泉開發及使用計畫書編制參考手冊」審核業者所提「溫泉開發及使用計畫書」，據以核發許可時。惟因水文地質科技日新月異事業樣態多元化與法令變遷迅速，至手冊內容需再適時檢討修正。 依現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，有關「地質災害檢討」乙節，有必要配合地質法及相關環境敏感法規修正；另「溫泉開發影響評估說明」乙節，宜就溫泉區、非溫泉區之蘊藏量推估、開發總量管制、補助量推估、臨井影響評估之程序、方法、模式（公式），以最新之技術研究成果予以更新。「抽水試驗方法」除鑿井時要求現地五級試水外，在開發許可階段宜有情境模擬，以預為瞭解開發可能產生的衝擊。 本計畫所提出之內容並將以1處水井、地質、水位等相關資料充足之溫泉區現地資料驗證，做為於「溫泉開發及使用計畫書編制參考手冊」修正之基礎。</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030069</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303078</governmentpublicationsnumber><identifier>77297</identifier><internationalstandardbooknumber>9789860438406 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77297</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉開發及使用評估技術檢討A review on hot spring development and utilization</title><yearidentifier>201412</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業，也是觀光旅遊發展不可或缺的一環。但溫泉係屬天然資源，並非取之不盡，用之不竭，在假日旺季往往有供不應求的狀況，部分溫泉地區甚至偶有泉量不足、泉溫下降，甚至產生局部地層陷落等地質危害的情勢。 溫泉法自92年7月施行迄今已逾10年，地方政府依溫泉開發許可辦法，及本署「溫泉開發及使用計畫書編制參考手冊」審核業者所提「溫泉開發及使用計畫書」，據以核發許可時。惟因水文地質科技日新月異事業樣態多元化與法令變遷迅速，至手冊內容需再適時檢討修正。 依現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，有關「地質災害檢討」乙節，有必要配合地質法及相關環境敏感法規修正；另「溫泉開發影響評估說明」乙節，宜就溫泉區、非溫泉區之蘊藏量推估、開發總量管制、補助量推估、臨井影響評估之程序、方法、模式（公式），以最新之技術研究成果予以更新。「抽水試驗方法」除鑿井時要求現地五級試水外，在開發許可階段宜有情境模擬，以預為瞭解開發可能產生的衝擊。 本計畫所提出之內容並將以1處水井、地質、水位等相關資料充足之溫泉區現地資料驗證，做為於「溫泉開發及使用計畫書編制參考手冊」修正之基礎。</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030069</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/28</date><governmentpublicationsnumber>1010303078</governmentpublicationsnumber><identifier>77298</identifier><internationalstandardbooknumber>9789860438406 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77298</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉開發及使用評估技術檢討(光碟版)A review on hot spring development and utilization</title><yearidentifier>201412</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030029</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302751</governmentpublicationsnumber><identifier>77301</identifier><internationalstandardbooknumber>9789860434309 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77301</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>103年度二河局轄區洪水預警及防汛整合作業Integration Plan of Taoyuan,Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030366</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302754</governmentpublicationsnumber><identifier>77302</identifier><internationalstandardbooknumber>9789860434941 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77302</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>103年度八河局轄區洪水預警及防汛整合作業書成果報告書-內附光碟2014 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201412</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030029</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302751</governmentpublicationsnumber><identifier>77304</identifier><internationalstandardbooknumber>9789860434309 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77304</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>103年度二河局轄區洪水預警及防汛整合作業(光碟版)Integration Plan of Taoyuan,Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>頭前溪河口段受到外海波浪、潮汐、匯流段交會之水理輸砂影響，歷年來變遷頗為顯著。水利署水利規劃試驗所、第二河川局等單位自民國94年起，陸續辦理河口段之治理規劃檢討、物模試驗、數模研究及工程執行規劃等計畫，目前河口段相關工程已完工約一年，其中舊港島分流工、苦苓腳凹岸丁壩及河口段疏濬等之效益，值得持續評估探討與研究。此外，為了提升河川生態環境之維護與保育概念，結合水文、地文、人文、生物、空間利用，以頭前溪河口段為例，整合相關水利工程措施，營造浮覆地與生態棲地環境，並結合公眾參與，研擬頭前溪河口段生態水利整體規劃，作為未來國內河口治理規劃之參考。本計畫分兩年執行，藉由動床數模工具、生態與人文調查、公眾參與等，進行頭前溪河口段生態水利整體規劃，除了評估河口段舊港島分流工、相關工程措施之效益外，配合座談、說明會等各類型公眾參與型式，結合生態與人文基本調查資料與相關水利模擬分析，綜合呈現整體規劃意涵與風貌，以供相關治理規劃與決策參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030027</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302750</governmentpublicationsnumber><identifier>77305</identifier><internationalstandardbooknumber>9789860434293 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77305</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>頭前溪河口段生態水利整體規劃及舊港島分流工效益評估研究(1/2)Study on overall planning of eco-hydraulics and benefit assessment of diversion dike in Touchien River’s estuary (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>頭前溪河口段受到外海波浪、潮汐、匯流段交會之水理輸砂影響，歷年來變遷頗為顯著。水利署水利規劃試驗所、第二河川局等單位自民國94年起，陸續辦理河口段之治理規劃檢討、物模試驗、數模研究及工程執行規劃等計畫，目前河口段相關工程已完工約一年，其中舊港島分流工、苦苓腳凹岸丁壩及河口段疏濬等之效益，值得持續評估探討與研究。此外，為了提升河川生態環境之維護與保育概念，結合水文、地文、人文、生物、空間利用，以頭前溪河口段為例，整合相關水利工程措施，營造浮覆地與生態棲地環境，並結合公眾參與，研擬頭前溪河口段生態水利整體規劃，作為未來國內河口治理規劃之參考。本計畫分兩年執行，藉由動床數模工具、生態與人文調查、公眾參與等，進行頭前溪河口段生態水利整體規劃，除了評估河口段舊港島分流工、相關工程措施之效益外，配合座談、說明會等各類型公眾參與型式，結合生態與人文基本調查資料與相關水利模擬分析，綜合呈現整體規劃意涵與風貌，以供相關治理規劃與決策參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030027</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302750</governmentpublicationsnumber><identifier>77306</identifier><internationalstandardbooknumber>9789860434293 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77306</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>頭前溪河口段生態水利整體規劃及舊港島分流工效益評估研究(1/2)(光碟版)Study on overall planning of eco-hydraulics and benefit assessment of diversion dike in Touchien River’s estuary (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030064</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302809</governmentpublicationsnumber><identifier>77307</identifier><internationalstandardbooknumber>9789860435733 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77307</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度溫泉監測井網建置與觀測計畫The Project For the Network Development and Observation of Hot Spring Monitoring Wells in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030064</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302809</governmentpublicationsnumber><identifier>77308</identifier><internationalstandardbooknumber>9789860435733 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77308</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度溫泉監測井網建置與觀測計畫(光碟版)The Project For the Network Development and Observation of Hot Spring Monitoring Wells in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77312</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77312</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77314</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77314</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究光碟(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien光碟版</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77315</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77315</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien成果報告光碟版</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。為健全溫泉資源管理機制，落實溫泉資源總量管制為溫泉管理之主要工作，為落實前開目標，各縣市已陸續提報並核定「溫泉區管理計畫」作為依據，惟國內座落於溫泉區外之溫泉業者亦不在少數，如何建立有效的管理及水量管控機制，作為未來非溫泉區發展政策及保育規劃之參考，俾使臺灣溫泉資源永續利用與發展為本計畫之主要目的。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030067</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302810</governmentpublicationsnumber><identifier>77316</identifier><internationalstandardbooknumber>9789860435740 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77316</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>非溫泉區溫泉資源保育與管理(1/2)Hot Spring Resource Conservation and Management in Non Hot Spring Areas (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77317</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77317</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2) The Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。為健全溫泉資源管理機制，落實溫泉資源總量管制為溫泉管理之主要工作，為落實前開目標，各縣市已陸續提報並核定「溫泉區管理計畫」作為依據，惟國內座落於溫泉區外之溫泉業者亦不在少數，如何建立有效的管理及水量管控機制，作為未來非溫泉區發展政策及保育規劃之參考，俾使臺灣溫泉資源永續利用與發展為本計畫之主要目的。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030067</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302810</governmentpublicationsnumber><identifier>77318</identifier><internationalstandardbooknumber>9789860435740 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77318</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>非溫泉區溫泉資源保育與管理(1/2)(光碟版)Hot Spring Resource Conservation and Management in Non Hot Spring Areas (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年及99年至101年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關建置溫泉業務相關資料。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，需辦理後續系統功能維護擴充、單位查訪輔導以及教育訓練等維護工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。 溫泉取用量的總量管制為溫泉管理的重要工作，同時根據去年至今赴各溫泉地區辦理12場以上之座談會經驗，溫泉取用費申報亦為業者及地方政府常反映的問題之一，目前地方政府多無餘裕人力記錄及督查業者溫泉取用量申報是否詳實。為減少爭議，且考量103年1月以後溫泉取用費全額開徵，並落實業者確實申報，本計畫擬建立業者按月申報溫泉取用量之作業系統，一有逾期未申報或申報量與當初核可之開發量或水權量差異過大，則警示地方政府依溫泉法現地查核，以落實溫泉保育工作，確保各地區溫泉資源的永續發展。 另為因應目前行動版裝置普及使用之趨勢，本計畫第一年先選定宜蘭礁溪溫泉區作為試辦區域，開發溫泉取用量行動查報系統，並輔導溫泉業者進行取用量上網自主填報，第二年再將本查報系統推廣於其他縣市，以協助各縣市主管機關進行有效率的管控與查核。</abstract><author>聚禾工程顧問有限公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030308</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010203793</governmentpublicationsnumber><identifier>77319</identifier><internationalstandardbooknumber>9789860435757 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77319</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉取用量申報系統建置計畫(2/2)The Establishment of Hot Springs Water Using Declare System (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>志願服務的推動成效，除仰賴志工人力素質及實際執勤作為外，運用管理機關扮演了極為重要的角色，良善的管理方式可有效提升志工執勤效能並凝聚成員向心，藉由本計畫提升志願服務效能，讓志工同心為確保人民生命財產安全及對河川環境永續發展而努力，讓志工對參與服務的熱忱及對河川局的認同感加深，並映照出所有志願心的可敬與可貴</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010300104</governmentpublicationsnumber><identifier>77320</identifier><internationalstandardbooknumber>9789860403022 ; 9789860403</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77320</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年防汛護水志工大隊服務實施計畫正式成果報告書-內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract>依溫泉法第10條規定，地方主管機關應建立溫泉資源基本資料庫，必要時，應由中央主管機關予以協助。本署前於94年開發建置溫泉資源基本資料庫，並於95至97年及99年至101年辦理資料庫維護計畫，完成溫泉基本調查標準作業流程、全國溫泉資源基本資料庫及其系統平台，供地方主管機關建置溫泉業務相關資料。本資料庫係提供各縣市政府使用，為維持資料庫正常操作，需辦理後續系統功能維護擴充、單位查訪輔導以及教育訓練等維護工作，以使資料庫系統正常運作，並能隨時針對使用者需求調整修正。 溫泉取用量的總量管制為溫泉管理的重要工作，同時根據去年至今赴各溫泉地區辦理12場以上之座談會經驗，溫泉取用費申報亦為業者及地方政府常反映的問題之一，目前地方政府多無餘裕人力記錄及督查業者溫泉取用量申報是否詳實。為減少爭議，且考量103年1月以後溫泉取用費全額開徵，並落實業者確實申報，本計畫擬建立業者按月申報溫泉取用量之作業系統，一有逾期未申報或申報量與當初核可之開發量或水權量差異過大，則警示地方政府依溫泉法現地查核，以落實溫泉保育工作，確保各地區溫泉資源的永續發展。 另為因應目前行動版裝置普及使用之趨勢，本計畫第一年先選定宜蘭礁溪溫泉區作為試辦區域，開發溫泉取用量行動查報系統，並輔導溫泉業者進行取用量上網自主填報，第二年再將本查報系統推廣於其他縣市，以協助各縣市主管機關進行有效率的管控與查核。</abstract><author>聚禾工程顧問有限公司</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030308</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010203793</governmentpublicationsnumber><identifier>77321</identifier><internationalstandardbooknumber>9789860435757 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>溫泉取用量申報系統建置計畫(2/2)(光碟版)The Establishment of Hot Springs Water Using Declare System (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為達到溫泉資源保育與永續經營之情況下，需要精確推估補注量、安全出水量或永續開發量等做詳細調查研究。且未來面對極端氣候產生雨量型態改變下，將影響溫泉水資源補注或溫度改變。本計畫建立學理研究(補注量推估模式、水量水溫模式)、溫泉營運管理(系統動力模式)、溫泉監測預警管理機制三大方向進行著手，建立溫泉資源永續管理及經營之理念</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030138</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010303077</governmentpublicationsnumber><identifier>77322</identifier><internationalstandardbooknumber>9789860438390 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77322</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>含水層冷熱水交換與預警模式之研究(2/2) Investigation of cool-hot water exchange mechanism and early-warning model of aquifers(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為達到溫泉資源保育與永續經營之情況下，需要精確推估補注量、安全出水量或永續開發量等做詳細調查研究。且未來面對極端氣候產生雨量型態改變下，將影響溫泉水資源補注或溫度改變。本計畫建立學理研究(補注量推估模式、水量水溫模式)、溫泉營運管理(系統動力模式)、溫泉監測預警管理機制三大方向進行著手，建立溫泉資源永續管理及經營之理念</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030138</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010303077</governmentpublicationsnumber><identifier>77323</identifier><internationalstandardbooknumber>9789860438390 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77323</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>含水層冷熱水交換與預警模式之研究(2/2)(光碟版) Investigation of cool-hot water exchange mechanism and early-warning model of aquifers(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署於102年度「淨水場水質異常應變輔導改善計畫」委託服務計畫項下協助連江縣自來水水廠進行淨水場（包括莒光、勝利、儲水沃、板里及東湧等5座）總體檢，經研究發現馬祖地區自來水面臨水源水質惡化、水場單元操作效能不彰，以及供水管網管理弱化等問題，實有進一步改善之必要；另於該計畫內試辦102年度「簡易自來水管理業務輔導計畫」，分別至5個縣、市政府進行業務輔導，發現地方政府在簡易自來水管理業務上仍有持續改善之空間，以及推廣機關往年所研發之「簡易自來水系統薄膜過濾模組設備」，爰研提本計畫。</abstract><author>國立交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030213</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302798</governmentpublicationsnumber><identifier>77324</identifier><internationalstandardbooknumber>9789860434934 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77324</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>馬祖地區自來水管理制度之研究(1/2)The system of water supply management in Matsu area(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署於102年度「淨水場水質異常應變輔導改善計畫」委託服務計畫項下協助連江縣自來水水廠進行淨水場（包括莒光、勝利、儲水沃、板里及東湧等5座）總體檢，經研究發現馬祖地區自來水面臨水源水質惡化、水場單元操作效能不彰，以及供水管網管理弱化等問題，實有進一步改善之必要；另於該計畫內試辦102年度「簡易自來水管理業務輔導計畫」，分別至5個縣、市政府進行業務輔導，發現地方政府在簡易自來水管理業務上仍有持續改善之空間，以及推廣機關往年所研發之「簡易自來水系統薄膜過濾模組設備」，爰研提本計畫。</abstract><author>國立交通大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030213</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302798</governmentpublicationsnumber><identifier>77325</identifier><internationalstandardbooknumber>9789860434934 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77325</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>馬祖地區自來水管理制度之研究(1/2)(光碟版) The system of water supply management in Matsu area(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>自來水為民生基本物資，水價調整可能引發物價連動及影響產業競爭力之疑慮，基於穩定國內物價及經濟發展，水價已逾19年未作調整，然而目前水價未能與時俱進合理反映水資源實際成本與經濟價值，對提昇自來水品質及服務，長此以往將成隱憂；合理的水價不但可讓自來水事業得以投資改善、讓自來水的水質水量得以提昇，亦可提高用水人尤其企業大用水戶節水意願，而政府開發新水源的壓力亦可得以減輕，是民眾、產業及國家三贏的策略。 為顧及民眾日常生活感受及需求，水價合理調整之政策推動時間點十分重要，相關時機之評估研究有其必要；本研究擬就國內公用事業歷次價格調整引發之社會輿論及各項調價方案模式之利害關係人意見進行調查與研析，並蒐集國外水價調整之輿論影響及因應對策，進一步研提推動水價調整之調價模式建議，俾為後續政策推動之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030085</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302689</governmentpublicationsnumber><identifier>77326</identifier><internationalstandardbooknumber>9789860434446 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77326</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水價調整政策時機評估之研究A study of evaluating of the timing to the water tariff adjustment policy</title><yearidentifier>201412</yearidentifier></data><data><abstract>自來水為民生基本物資，水價調整可能引發物價連動及影響產業競爭力之疑慮，基於穩定國內物價及經濟發展，水價已逾19年未作調整，然而目前水價未能與時俱進合理反映水資源實際成本與經濟價值，對提昇自來水品質及服務，長此以往將成隱憂；合理的水價不但可讓自來水事業得以投資改善、讓自來水的水質水量得以提昇，亦可提高用水人尤其企業大用水戶節水意願，而政府開發新水源的壓力亦可得以減輕，是民眾、產業及國家三贏的策略。 為顧及民眾日常生活感受及需求，水價合理調整之政策推動時間點十分重要，相關時機之評估研究有其必要；本研究擬就國內公用事業歷次價格調整引發之社會輿論及各項調價方案模式之利害關係人意見進行調查與研析，並蒐集國外水價調整之輿論影響及因應對策，進一步研提推動水價調整之調價模式建議，俾為後續政策推動之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030085</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302689</governmentpublicationsnumber><identifier>77328</identifier><internationalstandardbooknumber>9789860434446 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77328</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水價調整政策時機評估之研究(光碟版)A study of evaluating of the timing to the water tariff adjustment policy</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，並進行檢測方法改進，以使蓄水庫管理單位了解藻毒發生之風險性，然為更進一步發展公共給水水源及水廠藻毒風險管理，並進行預警及處理對策研擬，以作為各公共給水單位運用來降低藻毒發生之風險，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030051</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302884</governmentpublicationsnumber><identifier>77329</identifier><internationalstandardbooknumber>9789860433333 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77329</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水水源及水廠藻毒風險預警及處理對策研究(1/2)Early Warning and Treatment Methods of Harmful Algae in Public Water Sources and Water Treatment Plants(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，並進行檢測方法改進，以使蓄水庫管理單位了解藻毒發生之風險性，然為更進一步發展公共給水水源及水廠藻毒風險管理，並進行預警及處理對策研擬，以作為各公共給水單位運用來降低藻毒發生之風險，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030051</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302884</governmentpublicationsnumber><identifier>77330</identifier><internationalstandardbooknumber>9789860433333 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77330</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水水源及水廠藻毒風險預警及處理對策研究(1/2)(光碟版)Early Warning and Treatment Methods of Harmful Algae in Public Water Sources and Water Treatment Plants(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>辦理後龍溪恭敬橋上游河中島河段測量、水文水理分析、防洪安全評估、防治工法基本設計及細部設計預算書圖，以利該河段防洪工程後續作為</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030351</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302563</governmentpublicationsnumber><identifier>77331</identifier><internationalstandardbooknumber>9789860432800 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>後龍溪恭敬橋上游河中島防洪安全評估Safety estimation of the flood preventing influence by the island at the upstream of Gong-Jing Bridge, 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>辦理後龍溪恭敬橋上游河中島河段測量、水文水理分析、防洪安全評估、防治工法基本設計及細部設計預算書圖，以利該河段防洪工程後續作為</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030351</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/29</date><governmentpublicationsnumber>1010302563</governmentpublicationsnumber><identifier>77332</identifier><internationalstandardbooknumber>9789860432800 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77332</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>103</publishrocyear><title>後龍溪恭敬橋上游河中島防洪安全評估(光碟版)Safety estimation of the flood preventing influence by the island at the upstream of Gong-Jing Bridge, 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030100</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302708</governmentpublicationsnumber><identifier>77333</identifier><internationalstandardbooknumber>9789860434514 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77333</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度河川監控管理整合平台維護及改善計畫The Maintenance and improvement of Integration Platform for River Monitoring and Management System 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030100</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302708</governmentpublicationsnumber><identifier>77334</identifier><internationalstandardbooknumber>9789860434514 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77334</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度河川監控管理整合平台維護及改善計畫(光碟版)The Maintenance and improvement of Integration Platform for River Monitoring and Management System 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>以落實中央及地方水權主管機關對於各用水標的用水範圍管理及審查程序，促進水資源的合理分配及有效利用，進而健全水資源的經營管理為計畫執行目的。自98年起執行家用及公共給水和農業用水之用水範圍管理業務，有逐年降低總引用水量趨勢。 本計畫除維持用水範圍管理系統、水權履勘系統正常維運外，蒐集並取得101年福衛二號影像及中央管河川之河川公地等資料及WMS服務，輔助系統相關功能執行。另配合行政院推動免附地籍謄本政策，聯繫各水權主管機關，宣導說明使用地政資訊網際網路服務查詢系統，已有水利署等13個水權主管機關使用；台北市、桃園縣使用其他地政資訊系統；基隆市等8個水權主管機關尚無使用需求。 另藉由各用水標的用水範圍資料填寫及系統操作之客服紀錄、教育訓練課程意見回饋，蒐集各方意見及實際案例狀況，進行水權用水範圍管理制度檢討及調整，以及調整資料正規化檢查及代碼轉換、合理性檢核、「農業用水」檢核規則等資料檢核程序，並擴充用水範圍管理系統之水權用水範圍佐證文件資訊分享機制等十幾項功能，以及水權履勘系統APP 功能手動新增履勘紀錄、單機版圖資轉入資料庫程式等功能開發。以利水權登記業務之有效管理。 另為強化水權人和水權主管機關之用水範圍管理觀念及系統操作能力，辦理「水權用水範圍管理作業推廣宣導及系統操作教育訓練」、「水權用水範圍表件填報宣導說明及系統操作教育訓練」及「水權履勘系統APP操作教育訓練」等課程，共9場次，計有197人次參加，課程安排與講師授課方面平均滿意度約85%，水權主管機關平均滿意度約80%，水權申請人平均滿意度約82%。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030295</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302442</governmentpublicationsnumber><identifier>77336</identifier><internationalstandardbooknumber>9789860431384 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77336</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>水權用水範圍管理系統維護及改善Maintenance And Improvement of Uses Range Management System of Water Rights</title><yearidentifier>201412</yearidentifier></data><data><abstract>以落實中央及地方水權主管機關對於各用水標的用水範圍管理及審查程序，促進水資源的合理分配及有效利用，進而健全水資源的經營管理為計畫執行目的。自98年起執行家用及公共給水和農業用水之用水範圍管理業務，有逐年降低總引用水量趨勢。 本計畫除維持用水範圍管理系統、水權履勘系統正常維運外，蒐集並取得101年福衛二號影像及中央管河川之河川公地等資料及WMS服務，輔助系統相關功能執行。另配合行政院推動免附地籍謄本政策，聯繫各水權主管機關，宣導說明使用地政資訊網際網路服務查詢系統，已有水利署等13個水權主管機關使用；台北市、桃園縣使用其他地政資訊系統；基隆市等8個水權主管機關尚無使用需求。 另藉由各用水標的用水範圍資料填寫及系統操作之客服紀錄、教育訓練課程意見回饋，蒐集各方意見及實際案例狀況，進行水權用水範圍管理制度檢討及調整，以及調整資料正規化檢查及代碼轉換、合理性檢核、「農業用水」檢核規則等資料檢核程序，並擴充用水範圍管理系統之水權用水範圍佐證文件資訊分享機制等十幾項功能，以及水權履勘系統APP 功能手動新增履勘紀錄、單機版圖資轉入資料庫程式等功能開發。以利水權登記業務之有效管理。 另為強化水權人和水權主管機關之用水範圍管理觀念及系統操作能力，辦理「水權用水範圍管理作業推廣宣導及系統操作教育訓練」、「水權用水範圍表件填報宣導說明及系統操作教育訓練」及「水權履勘系統APP操作教育訓練」等課程，共9場次，計有197人次參加，課程安排與講師授課方面平均滿意度約85%，水權主管機關平均滿意度約80%，水權申請人平均滿意度約82%。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030295</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302442</governmentpublicationsnumber><identifier>77337</identifier><internationalstandardbooknumber>9789860431384 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77337</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>水權用水範圍管理系統維護及改善Maintenance And Improvement of Uses Range Management System of Water Rights(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030221</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302707</governmentpublicationsnumber><identifier>77342</identifier><internationalstandardbooknumber>9789860434521 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77342</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(2/2)River Monitoring Integration System and Demonstration(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署各河川局監管中心已陸續於97年度至100年度間陸續設置完成，然因各河川局得標廠商不同，因此遠端監管系統架構、功能與所使用軟硬體皆有所差異，每年度各河川局須各自辦理系統維護計畫，於人力及經費等考量上較不經濟。本計畫以開發符合本署相關規範之監管中心系統軟體為目標，以整合本署各河川局及台北水源特定區管理局監管中心系統，並配合本署「遠端監控管理整合平台」提供系統開發整合與展示，除可減少本署與河川局間之軟硬體介面整合問題，未來將統一由本署辦理軟體維護及更新，減少河川局人力及經費負擔，提升各河川局遠端監管中心功能，並達科技化、數位化河川管理目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030221</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302707</governmentpublicationsnumber><identifier>77343</identifier><internationalstandardbooknumber>9789860434521 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77343</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署臺中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川監控系統開發整合與展示(2/2)(光碟版) River Monitoring Integration System and Demonstration(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近??，隨著全球暖化效應及海洋氣候變遷的影響，全球海水位的抬升以及 颱風頻繁的發生等問題已迫?攸關到我們所生存的環境，波?與?潮對人?活動 之影響也已引起各國政府和科學家的廣泛關注。臺灣每?夏秋季遭受颱風侵襲， 颱風?潮所產生?常水位常對臺灣沿海造成重大災害，造成臺灣海洋環境的發展 產生?極大的衝擊。唯有準確地掌握近岸區域之實際海氣象特性，才能使海象資 訊進一步發揮功效，並且提高防救災效?。為能審慎評估全球氣候變遷可能造成 之衝擊及相關調適策?，本計畫將進?氣候變遷對中部(雲彰中)與花東海岸防護 衝擊與調適之研究工作。本計畫為??期計畫 (103?~104?)，第一?? (103?) 計畫工作範圍為雲?縣、彰化縣、臺中市海岸地區；第二?? (104?) 計畫工作 範圍為花?縣、臺東縣海岸地區。 為達到上述目標，本計畫主要包含「調查及蒐集臺灣中部地區(雲?縣、彰化 縣、臺中市)及花東地區(花?縣、臺東縣)海岸防災現?」、「建?氣候變遷下水環 境因子情境分析模式」、「評估氣候變遷對中部(雲彰中)及花東沿海海岸災害之衝 擊分析」、「臺灣中部(雲彰中)及花東沿海地區氣候變遷下海岸災害之脆弱?及風 險評估」、「研擬因應氣候變遷臺灣中部(雲彰中)及花東沿海地區海岸災害調適策 ?及?動方案」等工作項目。本(103)??計畫將進?雲?縣、彰化縣、臺中市沿 海海岸地區於氣候變遷下各假設目標?之海岸災害因子情境分析，進?沿海地區 海岸災害之衝擊模擬、脆弱?與風險評估及地圖製作，並研擬因應之調適策?與 提出?動方案之效?分析，以供決策機關?考。 根據計畫期程所進?之分析與研究成果，歸納以下之結?： 1. 本計畫實際進?雲?縣、彰化縣、臺中市之海岸現地勘查(範圍為?港溪口至 大安溪口間之海岸)，就目前氣候條件下，評估雲?縣、彰化縣、臺中市現有 海岸防護設施功能性，以瞭解防止潮、?侵襲?況，以作為後續海堤改善依 據。依照調查結果，目前臺灣中部地區除?部分海堤因已位於內?或與快速 道?共構之外，其餘海岸消波工與海堤仍大部分保有該功能性。雲?海岸則 因地層下陷，需注意內水排除問題。 2. 為建?氣候變遷下雲?縣、彰化縣及臺中市水環境因子情境分析模式，本計 畫蒐集?雲?、彰化與臺中海岸的海、氣象基本資?進?分析，並以?值模 ii 式或物?模型校驗，模擬現階段海域之波?、?潮偏差及海水位上升情形。 為?能完整描述颱風侵襲之水位與波?變化，?用?值模式推算颱風波?及 ?潮，進一步以統計方式獲得現階段?同重現期設計波?與設計潮位。 3. 在海平面變遷趨勢估算方面，本計畫?用三種?同?值分析方法進?臺灣中 部海域海平面變遷分析，歸納出臺灣中部海域海平面均呈現整體性的抬升， 經綜合平均的推估分析得到臺灣中部海域(雲?、彰化、臺中海域)2020?至 2039?海平面變遷?之變動範圍為4.0公分至11.8公分，平均上升?為7.5公 分，換算出海平面平均上升速?為3.7mm/year。 4. 本計畫進一步蒐集1992?至2009?衛星資?，?用三種?同?值分析方法分 析2020?至2039?海平面變遷趨勢，以本計畫方法結果得到雲?、彰化、臺 中地區海平面上升平均變動範圍約在3.5至7.8公分，此分析結果可提供?考。 5. 在颱風波?與?潮位變遷趨勢估算方面，本計畫?用WWM風?模式與颱風 ?潮模式，模擬現階段(1980-1999)颱風以及目標情境?(2020-2039)颱風侵襲 時，大安溪、臺中港、烏溪、彰化(彰濱工業區南側)、濁水溪、雲?三條? 及?港溪附近海域之最大波高與最大?潮偏差，經本計畫方法分析結果得到 臺灣中部海域(雲?、彰化、臺中海域) 2020?至2039?颱風波?最大波高平 均可能增加59.14%(約2.4公尺)，颱風最大?潮偏差平均可能增加76.57%(約 0.605公尺)，潮位(天文潮+?潮偏差)平均可能增加15%～25%。 6. 本計畫建?溯升與越波水環境因子情境分析模式，分析臺灣在未?2020-2039 ?遭受全球氣候變遷影響，颱風波?入侵臺灣中部沿海各海堤所造成的波? 溯升與越波變化。分析結果顯示，?照美國海岸工程手冊的海堤安全標準， 本計畫情境模擬2020到2039?雲?縣四湖鄉?厝?海堤的平均越波?，已接 近海堤溢淹容許範圍，尤以臺中市大安區頂?殼海堤平均越波?已超越海堤 溢淹容許範圍最為顯著，由於?座海堤高程皆為5.5公尺，顯示現況海堤高程 設計相對其他海堤(6.0至6.6公尺)?為?足。 7. 在海堤安全性現況分析方面，中部地區(雲?、彰化與臺中)海岸由於多屬淤 積性海岸，許多海堤受沙洲或廣闊海灘遮蔽而未直接遭外海波?襲擊，或因 位於海埔新生地後側而受?好保護，除臺中頂?殼、高美海堤及彰化新街海 堤因堤頂高程?低，在100?重現期以上之颱風波?發生時無法滿足 0.02 cms/m 之溢??標準外，其餘海堤皆可滿足溢??標準，安全性佳。 8. 在考慮未?情境(2020~2039)有關氣候變遷下，中部地區(雲?、彰化與臺中) iii 海堤海堤安全性分析結果顯示，臺中與彰化海岸在未?情境下海堤大多面? 高??足之情況；雲?海岸則多為沙洲遮蔽，除臺西與三條?海堤以外，其 餘海堤均可滿足50?重現期以上之溢??標準，海堤安全性高。 9. 在氣候變遷下海岸災害之脆弱?評估方面，本計畫根據人為設施、環境地? 及社會經濟三個構面之指標因子，運用等權重與AHP加權模式進?分析，現 階段海岸災害脆弱?較高的地區(4、5級)為臺中市的梧棲區、彰化縣的?港 鎮及雲?縣的麥?鄉、臺西鄉。 10. 在氣候變遷下海岸災害之風險評估方面，災害潛勢危險因子之各指標權重上 以洪氾溢淹範圍較重要，洪氾溢淹深?次之，而影響海岸災害風險構面上， 則以脆弱?權重較高於災害潛勢。本計畫依海岸災害脆弱?分析結果與災害 潛勢之分析結果套疊得出海岸災害風險圖，根據風險矩陣方式所繪製的風險 圖，整體趨勢以雲?縣口湖鄉風險較高，為2至3級。以AHP加權方式所繪製 的風險圖，整體趨勢以臺中市梧棲區、彰化縣?港鎮及雲?縣麥?鄉、臺西 鄉風險較高，為為3至4級。 11. 本計畫彙整國內外因應氣候變遷之海岸災害調適策?相關資?，作為擬定本 計畫調適策?及?動方案之?考。綜整?同國家以及我國現有之海岸調適策 ?後發現，當前大多之調適策?可區分為：保護性策?、適應性策?以及後 撤性策?三?。 12. 根據雲?、彰化、臺中海岸地區之氣候變遷衝擊分析及風險評估結果，為有 效減緩未?氣候變遷衝擊，本計畫針對研究區域面?氣候變遷威脅所可能產 生的議題進?檢討，並歸納出?項關鍵議題： L1：海平面上升造成海岸地區淹水之衝擊。 L2：颱風?潮加劇造成海岸地區淹水之衝擊。 L3：波?強?增強造成海堤破壞或是堤面溯升越波衝擊。 L4：強?雨造成海岸低漥地區淹水之衝擊。 L5：氣候變遷綜合效應造成之海岸侵蝕以及生態衝擊。 L6：氣候變遷綜合效應造成未?海岸地區脆弱?之潛在威脅。 13. 本計畫針對研究區域所歸納之逐項氣候變遷威脅關鍵議題進?細部衝擊分 析、調適對策研擬後，再透過本計畫現場調查、觀測資?分析以及模式情境 模擬之結果為依據，進一步提出研究區域之具體調適策?建議包括： L1：(a)持續收集高??之海水位資?。(b)持續監控海堤功能，必要時須予 iv 以加高。 L2：(a)根據本計畫之颱風?潮模擬結果，臺灣中部海岸地區須嚴防?徑三 侵襲之颱風。(b)建?區域性?潮預警系統。(c)研擬天文潮高與?潮高 之複合海岸風險。 L3：(a)根據本計畫的海堤安全性之衝擊檢討結果，在未?情境?臺中的頂 ?殼海堤與彰化的蚵?、漢寶、新寶、新街等海堤，在5 ?重現期外 ?條件下無法滿足溢??標準。其中蚵?海堤位於彰濱工業區?側， 新街海堤後方則設有民?，建議優先針對這些海堤的防護功能進?進 一步之檢測。(b)未?進?臺灣中部海堤防護時，可考慮搭配自然地形 (沙灘、?岸沙洲等)之波?消能效果，藉以有效較低防護成本。(c)研 究區域內多為砂質海岸，為確保海堤之保護功能，需持續監控海堤前 塊石及消波塊是否持續下陷，必要時須強化堤址之保護。 L4：(a)根據本計畫?雨淹水模擬發現，在遭受200 ?重現期?雨條件下， 臺中市清水區及?井區的溢淹範圍較大，建議未?可優先改善排水系 統以及增設抽水設備。(b)雲?縣口湖鄉的淹水面積明顯較其他區域偏 高，因位於?港溪以及牛挑灣溪下游出海口附近，除改善排水系統 外，建議仍需強化該區域的河道疏浚以及河堤保護之工作。(c)彰化溪 州的地層下陷情況仍嚴重，且下陷中心南緣有高鐵通過，有必要針對 此區域地層下陷現象進?持續監測與防治。 L5：雲?麥?工業區南側的海豐島，呈現向南和向?遷移的趨勢。由於? 岸沙洲具有效削減波?能?之功用，建議須持續監測此一沙洲現象。 L6：(a)根據本計畫之脆弱?分析結果，臺中市梧棲區、彰化縣?港鎮及雲 ?縣麥?鄉、臺西鄉，是脆弱?地圖中整體脆弱?較高的區域(4 至5 級)。依照風險矩陣方式所繪製的風險圖，整體趨勢以雲?縣口湖鄉之 災害風險較高。其中梧棲區與?港鎮的人口密?偏高，撤?策?推動 ??，建議優先以海堤保護以及改善排水系統等調適策?為主。(b) 雲?縣麥?鄉、臺西鄉為嚴重地層下陷地區，建議持續針對地層下陷 地區進?防治。此外，?鄉鎮沿海之土地?用以?市計畫及工業區為 主，海堤保護以及改善排水系統仍為必要之策?。(c)?政院於民國103 ?6 月26 日將「海岸法草案」函送至?法院。建議主管機關及早因 應，藉以確保未?海岸地區管?工作推動之順?。 14. ?動方案係指為?有效執?策?所必須採取的一序?的步驟。本計畫針對所 研擬之調適對策提出所對應?動方案之面向、?動方案具體內容(以近程、中 程、遠程進?分?)、?動方案執?效果評估指標以及預期效?，藉此提供本 計畫研究區域因應氣候變遷具體調適工作之建議。 ?動方案之面向及其對應之具體內容綜整摘?如下： v (1). 海岸監測 近程：持續收集海水位資?。發展創新水位觀測技術，藉以在無法建置 岸邊水位觀測站之重要水域進?觀測。 中程：持續提升觀測技術及資?分析方法。 遠程：持續預測海平面變遷?並評估預測結果之信賴?。 (2). 海岸結構物安全 近程：檢討現?工程技術與設施運作，並建?氣候變遷下之海岸防護設 施設計標準手冊。提升高風險防護設施之防護強?全面檢討現有防護設 施並定期維護。 中程：積極國際合作以掌握國外最新海岸防護技術與經驗。 遠程：結合產官學界的資源，共同發展創新的海堤防護技術。 (3). 強化應變能? 近程：評估於高脆弱?地區劃定海岸緩衝區或是建置第二道海堤的可? 性。 中程：強化與當地民眾之溝通，讓民眾徹底?解政府之防災策?。 遠程：在近程方案確認可?的條件下，妥善規劃緩衝區內居民及產業管 ?。 (4). 預警系統整合 近程：發展區域性?潮預警模式。 中程：提高預警模式的時間以及空間解析?。 遠程：持續改進模式預測之準確?，並發展以鄉鎮為單位進?預警技術。 (5). 災害風險調查 近程：評估複合海岸災害的?合發生機?與其對應風險。編定沿海地區 災害風險地圖，並依據風險地圖結果執?海岸保護治?。 中程：持續?新相關資?。 vi 遠程：以?新資?為基礎，持續檢討風險地圖的可?用性，必要時再進 ??新。 (6). 預警資訊發布 近程：結合鄉?活動中心做為資訊發布管道。發展以智慧型手機軟體與 第四臺等平臺為基礎之警戒資訊發布技術。為避免過多的資訊管道對民 眾造成混淆，需確?提供統整後一致資訊的專屬單位。 中程：持續進?政府跨部會之間的資源整合，並協請各種可能的單位(區 公所、鄉?辦公室、警察局、消防局…等)作為協助發布預警資訊之平臺。 同時也須訓?當地居民擔任志工，協助進?資訊發布。 遠程：發展並評估其他可?資訊發布技術。 (7). ?低災害風險 近程：針對破堤風險較大之海堤進?強化。檢討排水系統設計標準。針 對淹水災害衝擊較明顯區域規劃布設緊急抽水設備。定期進?河道疏濬 清淤作業。 中程：持續進?海堤前方水域之調查與海堤風險評估。 遠程：鼓?低窪區住?採用高耐洪性設計建材。 (8). 地層下陷區之因應 近程：定期監測地層下陷速?。輔導地方產業轉型以?低地下水抽用 ?。實?地下水補注措施。 中程：持續監測地層下陷速?。 遠程：發展創新的地層下陷防治技術。 (9). 海岸之養護 近程：持續監控海岸或?岸沙洲之變遷。 中程：針對有侵蝕風險之海岸進?研擬與保護。 遠程：提升海岸環境自然容忍能?。 (10).海岸調查及生態保護 vii 近程：調查現有海岸生態特徵，並提出??於現有生態環境之因素。 中程：訓?志工宣導海岸保護工作，並限制??於當地生態發展之經濟 活動。 遠程：結合當地居民之??共同保護海岸生態。 (11).海岸開發與管?原則 近程：加速通過「海岸法」，以確?海岸管?之相關權責單位。檢討現 ?海岸地區治?相關法規。劃定應受嚴格保護的沿海地區。 中程：擬訂新制海岸法規且考慮氣候變遷衝擊。 遠程：持續檢討並修訂海岸法規，推動永續海岸環境發展計畫。 (12).海岸災害應變 近程：?實社區防災演?，定期演?災害應變?程，當地民眾須一同? 與演習。 中程：中央與地方協?健全海岸災害應變體系。 遠程：檢討並改善現?緊急災害撤??線與應變計畫。 (13).防災教育宣導 近程：定期於海岸地區活動中心舉辦防災教育課程。強化與當地民眾之 雙向溝通。 中程：與教育主管單位以及當地學校合作，定期舉辦防災課題之研習， 共同培育海岸防災教師資，將防災教育結合於地區中小學課程中。 遠程：邀集當地居民擔任種子志工，協助防災教育宣導。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030316</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302935</governmentpublicationsnumber><identifier>77344</identifier><internationalstandardbooknumber>9789860436518 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77344</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對中部（雲中彰）與花東海岸防護 衝擊與調適研究（1/2）(內附光碟)A sudy of Coastal Protective Impact and Adapation Due to Climate Change on Central(Yulin Taichung and Changhua)and Huatung Coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>目前本署與所屬10個河川局及代管淡水河管理業務之新北市政府、基隆市政府及桃園縣政府等3個縣市政府，其河川排水及海堤管理業務承辦人員，運用本系統執行相關查報、管理、監督等業務，本系統為Web Application，伺服器則置於本署，使用者則以IE瀏覽器操作系統功能，為使本系統運轉順利符合最新規定，本（103）年度爰針對本系統改版上線後與相關之公文系統、河川巡防車衛星定位系統及公地圖籍系統進行資料匯轉或整合，以減少承辦人於辦理業務時，需同時開啟不同系統作資料查詢或登打之重複工作，且不同系統間之資料無法關聯，應進行相關系統整合，使承辦人更能提昇效率並便於管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030068</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302658</governmentpublicationsnumber><identifier>77345</identifier><internationalstandardbooknumber>9781400074785 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77345</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川管理資訊化系統功能提升與維護計畫Upgrade and Maintenance of River Management System(二冊恕不分開借內含使用操作光碟一片)</title><yearidentifier>201412</yearidentifier></data><data><abstract>目前本署與所屬10個河川局及代管淡水河管理業務之新北市政府、基隆市政府及桃園縣政府等3個縣市政府，其河川排水及海堤管理業務承辦人員，運用本系統執行相關查報、管理、監督等業務，本系統為Web Application，伺服器則置於本署，使用者則以IE瀏覽器操作系統功能，為使本系統運轉順利符合最新規定，本（103）年度爰針對本系統改版上線後與相關之公文系統、河川巡防車衛星定位系統及公地圖籍系統進行資料匯轉或整合，以減少承辦人於辦理業務時，需同時開啟不同系統作資料查詢或登打之重複工作，且不同系統間之資料無法關聯，應進行相關系統整合，使承辦人更能提昇效率並便於管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030068</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302658</governmentpublicationsnumber><identifier>77348</identifier><internationalstandardbooknumber>9781400074785 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77348</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川管理資訊化系統功能提升與維護計畫(光碟版)Upgrade and Maintenance of River Management System</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區為容易發生土壤液化的沖積、回填區域，而自來水設備，包括取水、貯水、導水、淨水、送水、及配水等設備，其相關設備經管線串連建構一整體自來水系統，亦為重要維生系統管線之一，因此，強震後若能藉由地震早期損失評估的技術，第一時間提供自來水管線及設施損壞與損失的推估結果，藉以掌握各類管線與重要設施可能的損壞數量及分布情形，必有助於自來水主管機關與事業單位，在震後正確、快速地評估災情，並採取適切、有效的應變作為。 本署自民國99年迄今，持續推動有關自來水管線耐震分析、提升公共給水震損評估、自來水管材耐震測試環境規劃及震後緊急應變措施等科專計畫，目前已研發「自來水管線系統地震早期損失評估模組」，將宜蘭縣、基隆市、台北市、新北市、雲林縣、嘉義縣市、台南市、高雄市及屏東縣等地區等納入評估範圍，並建置該地區自來水管線系統地震災損模擬資料庫，本（103）年度除延續102年度工作成果外，仍將擴大評估範圍至少三縣市，另就公共給水系統自來水管線及各種重要設施(例如取水口、送水管、儲水池、水管橋、橋梁附掛管線、加壓泵等)相關GIS圖資彙整與校正，配合蒐集國內外既有設施的耐震性相關文獻，進行各類設施之結構耐震分類，初步研擬其耐震參數構想，提供未來完成可行震損評估模式，藉以提升震損評估之精度；另目前國內有關自來水管線與設備的相關耐震設計規範都不及建築物的耐震設計規範完善與周延，因此將探討地震災害潛勢因子及危害度分析，據以完成相關之地震災害潛勢圖，作為提升自來水管線接頭強度及變形能力之耐震設計需求之依據。 此外，本計畫期於震後極短時間內藉由中央氣象局所提供之地震震源參數等條件，於震後第一時間自動啟動震災早期評估，完成自來水管線損壞與損失分布推估，並進一步整合及建立自動通報技術，以手機簡訊(或其他行動通訊裝置之APP應用服務)及電子郵件方式，傳送產製地震災害潛勢、自來水管線與設施可能損壞及曝險分布等各種圖資資訊，提供自來水事業單位及主管機關之震災應變作業，並可應用於自來水系統的震災境況模擬、地震減災規劃與應變兵棋推演參考之用。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030158</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302510</governmentpublicationsnumber><identifier>77349</identifier><internationalstandardbooknumber>9789860432282 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77349</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水系統震災早期災損預警技術研究(2/2)A Study on Early Seismic Loss Estimation of Public Water Supply Systems (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣地狹人稠且工商發達，都市人口規模龐大，然位處環太平洋地震帶，尤其台灣遍佈四十多條活動斷層，許多盆地與平原地區為容易發生土壤液化的沖積、回填區域，而自來水設備，包括取水、貯水、導水、淨水、送水、及配水等設備，其相關設備經管線串連建構一整體自來水系統，亦為重要維生系統管線之一，因此，強震後若能藉由地震早期損失評估的技術，第一時間提供自來水管線及設施損壞與損失的推估結果，藉以掌握各類管線與重要設施可能的損壞數量及分布情形，必有助於自來水主管機關與事業單位，在震後正確、快速地評估災情，並採取適切、有效的應變作為。 本署自民國99年迄今，持續推動有關自來水管線耐震分析、提升公共給水震損評估、自來水管材耐震測試環境規劃及震後緊急應變措施等科專計畫，目前已研發「自來水管線系統地震早期損失評估模組」，將宜蘭縣、基隆市、台北市、新北市、雲林縣、嘉義縣市、台南市、高雄市及屏東縣等地區等納入評估範圍，並建置該地區自來水管線系統地震災損模擬資料庫，本（103）年度除延續102年度工作成果外，仍將擴大評估範圍至少三縣市，另就公共給水系統自來水管線及各種重要設施(例如取水口、送水管、儲水池、水管橋、橋梁附掛管線、加壓泵等)相關GIS圖資彙整與校正，配合蒐集國內外既有設施的耐震性相關文獻，進行各類設施之結構耐震分類，初步研擬其耐震參數構想，提供未來完成可行震損評估模式，藉以提升震損評估之精度；另目前國內有關自來水管線與設備的相關耐震設計規範都不及建築物的耐震設計規範完善與周延，因此將探討地震災害潛勢因子及危害度分析，據以完成相關之地震災害潛勢圖，作為提升自來水管線接頭強度及變形能力之耐震設計需求之依據。 此外，本計畫期於震後極短時間內藉由中央氣象局所提供之地震震源參數等條件，於震後第一時間自動啟動震災早期評估，完成自來水管線損壞與損失分布推估，並進一步整合及建立自動通報技術，以手機簡訊(或其他行動通訊裝置之APP應用服務)及電子郵件方式，傳送產製地震災害潛勢、自來水管線與設施可能損壞及曝險分布等各種圖資資訊，提供自來水事業單位及主管機關之震災應變作業，並可應用於自來水系統的震災境況模擬、地震減災規劃與應變兵棋推演參考之用。</abstract><author>國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030158</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302510</governmentpublicationsnumber><identifier>77350</identifier><internationalstandardbooknumber>9789860432282 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77350</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水系統震災早期災損預警技術研究(2/2)(光碟版) A Study on Early Seismic Loss Estimation of Public Water Supply Systems(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為辦理自來水管承裝商、自來水管承裝技工、自來水事業技術人員管理等業務，本署自民國93年陸續完成「自來水管承裝商管理系統」、「自來水管承裝技工考驗合格管理系統」、「自來水事業技術人員管理系統」與「自來水管承裝商技工語音服務系統」、「銀行代收繳款單列印系統」等系統），除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工及自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，本計畫將持續辦理上述該相關系統之維護改善、系統操作Q&amp;A教育訓練、銀行代收繳款單列印系統介面整合及完成國內7縣市政府之業務查訪工作與年度檢討會議。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030165</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010303015</governmentpublicationsnumber><identifier>77351</identifier><internationalstandardbooknumber>9789860436389 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77351</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫Maintenances of A Management Systems for Water-Supply-Pipes Installation Industry and Water Tehnical Staff Liccense Program in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>為辦理自來水管承裝商、自來水管承裝技工、自來水事業技術人員管理等業務，本署自民國93年陸續完成「自來水管承裝商管理系統」、「自來水管承裝技工考驗合格管理系統」、「自來水事業技術人員管理系統」與「自來水管承裝商技工語音服務系統」、「銀行代收繳款單列印系統」等系統），除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工及自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，本計畫將持續辦理上述該相關系統之維護改善、系統操作Q&amp;A教育訓練、銀行代收繳款單列印系統介面整合及完成國內7縣市政府之業務查訪工作與年度檢討會議。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030165</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010303015</governmentpublicationsnumber><identifier>77352</identifier><internationalstandardbooknumber>9789860436389 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77352</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫(光碟版)Maintenances of A Management Systems for Water-Supply-Pipes Installation Industry and Water Tehnical Staff Liccense Program in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>自來水法明定自來水事業人員應經考驗合格，始得執業，本署亦已通函各自來水事業單位105年起將落實執行。惟經研析102年度全國性自來水技術人員考驗結果(2次筆試測驗結果)，發現上述各類技術人員考驗通過率偏低，又以丙級技術人員之操作類(平均不合率84.65%)及管理類(平均不合格率40.15%)考驗不合格率最高。另探討其專業科目成績，其中管理類平均分數58.0分、操作類平均分數39.9分，顯示因為兩類專業科目考驗的內容偏重實務經驗的累積，報考人員易囿於工作範圍有限導致經驗累積不足而不易通過考驗。如何廣為彙整知識及技能文件，讓新進人員得以學習甚為迫切。 因此，為增進與輔導該類人員之專業知識與技能，本署於103年度優先針對管理及操作等2類領域所需具備之技能知識，進行彙整編撰成專業知識叢書，俾提供國內自來水事業在職人員或民間有意參與自來水事業工作有志之士，能有技術提升及進修學習管道，進而改善自來水事業單位基層人力體質，俾提升自來水事業發展與競爭力。另因該類知識源自於自來水設施及業務管理的實務操作，故將針對基層地方政府簡易自來水承辦人員與管理人員，辦理3場次自來水淨水處理設備現場技術觀摩，以建立處理水質管理正確觀念及操作方式，俾加深對自來水設施操作之專業知識，協助地方主管機關基層相關人員精進本質學能，進而降低給水風險。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030430</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302686</governmentpublicationsnumber><identifier>77353</identifier><internationalstandardbooknumber>9789860434347 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77353</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>自來水技術人員管理暨操作知識文件研究計畫To compile practical management and operation handbooks of water supply infrastructures</title><yearidentifier>201412</yearidentifier></data><data><abstract>自來水法明定自來水事業人員應經考驗合格，始得執業，本署亦已通函各自來水事業單位105年起將落實執行。惟經研析102年度全國性自來水技術人員考驗結果(2次筆試測驗結果)，發現上述各類技術人員考驗通過率偏低，又以丙級技術人員之操作類(平均不合率84.65%)及管理類(平均不合格率40.15%)考驗不合格率最高。另探討其專業科目成績，其中管理類平均分數58.0分、操作類平均分數39.9分，顯示因為兩類專業科目考驗的內容偏重實務經驗的累積，報考人員易囿於工作範圍有限導致經驗累積不足而不易通過考驗。如何廣為彙整知識及技能文件，讓新進人員得以學習甚為迫切。 因此，為增進與輔導該類人員之專業知識與技能，本署於103年度優先針對管理及操作等2類領域所需具備之技能知識，進行彙整編撰成專業知識叢書，俾提供國內自來水事業在職人員或民間有意參與自來水事業工作有志之士，能有技術提升及進修學習管道，進而改善自來水事業單位基層人力體質，俾提升自來水事業發展與競爭力。另因該類知識源自於自來水設施及業務管理的實務操作，故將針對基層地方政府簡易自來水承辦人員與管理人員，辦理3場次自來水淨水處理設備現場技術觀摩，以建立處理水質管理正確觀念及操作方式，俾加深對自來水設施操作之專業知識，協助地方主管機關基層相關人員精進本質學能，進而降低給水風險。</abstract><author>中華民國自來水協會</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030430</commissionedprojectidentifier><currency>NT$</currency><date>2015/1/30</date><governmentpublicationsnumber>1010302686</governmentpublicationsnumber><identifier>77354</identifier><internationalstandardbooknumber>9789860434347 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77354</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>自來水技術人員管理暨操作知識文件研究計畫(光碟版)To compile practical management and operation handbooks of water supply infrastructures</title><yearidentifier>201412</yearidentifier></data><data><abstract>氣候變遷中的全球暖化現象，會帶來農作物生產力的變化，進而影響糧食的供給，為因應全球未來糧食可能短缺，及國際糧食價格上漲，目前政府正積極推動提高糧食自給率等糧食安全相關措施，期能穩定國內糧食供給，以達農地有效利用，削減農業境內支持及營造永續經營農耕環境的多元利用目標。目前台灣地區在糧食安全上是否有安全的疑慮，有必要就主要糧食作物耕種現況、比例與分布情形，進行初步分析，再配合農業糧食政策就主要糧食作物產量及農地利用情形，進行作物調整分析。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030317</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302358</governmentpublicationsnumber><identifier>77355</identifier><internationalstandardbooknumber>9789860429817 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77355</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>氣候對水文環境影響下作物調整與田間水源管理之建議(內附光碟)Proposal of Crop Adjustment and Irrigation Management under Climate Change in Hydrology</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫針對國內水資源開發工程專案，以「全生命週期」之概念研擬碳排放管理制度。經濟部水利署近年來積極就氣候變遷對水環境的衝擊調適與減排進行相關策略研究，期望藉由擬定相關碳管理政策，減緩氣候變遷對水環境之衝擊。經濟部水利署水利規劃試驗所 (以下簡稱「水規所」) 於民國99年起開始針對水庫系統，進行一系列的水體與非水體碳排放調查，以及水庫全生命週期碳排放評估計畫 (以下簡稱「前期計畫」)，本計畫為延續前期計畫之調查成果，建構水資源工程計畫碳管理制度。本計畫同步蒐集國內外各種應用於水利設施之碳排放減量方法，評估水庫設施轉型為低碳設施方案可行性，並以案例水庫為對象，推估其潛勢減碳量。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030286</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302656</governmentpublicationsnumber><identifier>77356</identifier><internationalstandardbooknumber>9789860433951 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77356</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水資源工程計畫碳管?制?研究(1/2)(內附光碟)A Study on Carbon Management System of Water Resource Engineering (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。     破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。     本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302422</governmentpublicationsnumber><identifier>77358</identifier><internationalstandardbooknumber>9789860430585 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77358</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究(2/2))(內附光碟)=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河流係一動態系統，其河床演變受集水區來水來砂及河道附近之人為活動所影響。台灣地區河川坡陡流急、豐枯流量懸殊，其河性與國外常流型河川迥異，颱洪豪雨期間河床常劇烈變動，加上近年來氣候變遷引發極端降雨事件，造成河川堤防、路堤等之損壞頻傳，危及人民之生命財產安全。例如，93年敏督利颱風造成大安溪、大甲溪沿岸多處堤防損壞、98年莫拉克颱風中部濁水溪台16線集集水里段路堤7車15人落河、數間房屋毀損，以及南部曾文溪、高屏溪流域多處堤防遭水流沖刷損壞等。     破堤的原因頗多，其中河道短期一般沖刷扮演極為重要的角色。臺灣河道單場颱洪變量流期間所造成的短期一般沖刷，於洪水前後之河床高程差異可能不大，惟洪峰附近河床之沖刷深度可能相當可觀。例如，經濟部水利署水利規劃試驗所（以下簡稱本所）(2008)以沖刷磚柱法，量測辛樂克颱風台1線大甲溪公路橋下游河道深槽之颱洪最大一般沖刷深度高達4.5公尺，然退水回淤高程卻較颱洪前為高。因此，如何掌握颱洪期間河床之沖淤變動情形，提出適合本土河川一般沖刷深度之推估方法，供災後復建或新建工程之設計參考，誠為河川治理必須面對之一大課題。本計畫主要目的，乃針對颱洪期間河道之一般沖刷，研擬適當觀測技術，配合現場水理調查，獲致更充足實測資料，據以修正既有推估方式，提出適用於本土河川之經驗公式，俾利於現場工程實務之參考。     本計畫屬颱洪河道現場觀測研究工作，前置及量測作業頗耗費人力，加上動床觀測技術與分析需求，須借重專家學者及實作經驗者，據以提昇計畫品質及其完整性。本所囿於既有專業人力和技術考量，擬採委託專業服務方式辦理。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030046</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302426</governmentpublicationsnumber><identifier>77359</identifier><internationalstandardbooknumber>9789860430592 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77359</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>颱洪河道短期一般沖刷之觀測研究總報告--內附光碟=Field Study of Short-term Riverbed General Scour for Typhoon-induced Floods</title><yearidentifier>201412</yearidentifier></data><data><abstract>十河局於93年自行研發淡水河即時洪水預報系統(Real time flash flood forecasting model for Dansuie river, REFOR模式)，並於97~101年進行基礎資料更新與模擬功能的擴充，結合資料庫與GIS進行即時預報、事件模擬、決策支援、參數檢定等功能。預報範圍包含淡水河、基隆河、新店溪、景美溪、二重疏洪道及三峽河，降雨預報包含延續法、中央氣象局QPESUMS、颱風氣候法、颱洪中心系集預報等產品，配合水筒模式計算集水區逕流，河川水理模式計算河川水位與流量。展示分別以歷線圖表，以及結合平面地圖展示功能，於颱洪時期可協助預報人員進行研判與決策。此外，應用REFOR架構開發塔寮坑溪洪水預報系統雛形，為都市內水之區排系統開啟第一套運作化的洪水預報系統。 本計畫持續維護擴充REFOR洪水預報系統之功能，工作包括維護更新模式所需基礎資料、相關資料分析、以及電子書製作；彙整分析淹水調查作業之資料；塔寮坑溪系統現況資料更新及擴充；重新檢討與評估集水區代表雨量站；評估納入南勢溪河川水理演算；增加預報系統計算頻率；配合實際作業需求，進行地圖化展示介面功能擴充</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020271</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010203302</governmentpublicationsnumber><identifier>77360</identifier><internationalstandardbooknumber>9789860395587 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77360</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>102</publishrocyear><title>102年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>淡水河REFOR模式歷經多年數場颱洪事件考驗，證實具可靠之準確度、時效性及功能性等。於97年至101年辦理「淡水河即時洪水預報系統模式擴充及維護」計畫及102年辦理「十河局轄區洪水預警及防汛整合作業」計畫擴充模式功能為具備即時預報、事件模擬、參數檢定、決策支援功能，並引進中央氣象局QPESUMS產品，水利署颱風氣候法降雨預報結果，颱洪中心系集降雨預報產品，提供高解析度降雨預報資料。預報範圍更由原先的淡水河(後村堰至河口)、基隆河、新店溪，擴充到大漢溪上游(至石門後池)、景美溪、二重疏洪道、三峽河及南勢溪流域，使洪水預報之產品能夠更適切的描述整個淡水河流域的水情。針對集水分區及代表雨量站進行修改擴充及檢討評估，使集水區與河段架構更能合理反映流域現況。提高預報系統計算頻率為10分鐘，使其即時反應水位變化趨勢，且更符合小流域之水文反應實況。開發地圖化展示介面之相關圖資及功能，提供值勤人員視覺化水情預報資訊查訊，便於應用圖資迅速掌握流域現況。 本年度延續歷年成果，對REFOR模式以及塔寮坑溪子系統持續進行擴充與維護，並完整納入南勢溪水理演算，並測試納入後之系統穩定度及成果。協助整合轄內縣市政府水情資訊及淹水調查結果彙整，並將本局提供之最新淹水圖資套疊至地圖化展示介面，以供系統展示。評估塔寮坑溪龍壽滯洪池之模式開發建置可行性，並提出後續建議。開發洪水預報水情警戒資訊APP，使相關人員迅速掌握相關訊息。持續增加系統維護與操作之效率、增進洪水預報成果之準確性，提昇洪水預報之品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030083</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302602</governmentpublicationsnumber><identifier>77361</identifier><internationalstandardbooknumber>9789860429176 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77361</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度十河局轄區洪水預警及防汛整合作業 Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Tenth River Management Office in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030100</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302708</governmentpublicationsnumber><identifier>77363</identifier><internationalstandardbooknumber>9789860434514 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77363</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度河川監控管理整合平台維護及改善計畫The Maintenance and improvement of Integration Pklatgorm for River Monitoring and Management System 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要目的為檢討淡水河關渡橋至河口段之現況通洪能力，藉由瞭解河道特性及沿岸之淹水潛勢範圍，以掌握關鍵需保護區位可行之防洪保護策略，故研擬本計畫進行相關地形測量及平面二維水理模式評估分析淹水潛勢。目前關渡橋上游河段之臺北地區防洪計畫已幾近完成，淡水河關渡至河口河段右岸竹圍及左岸挖子尾紅樹林保護(留)區雖被劃入河川區域線內，但因水筆仔生存繁衍仰賴溼地環境，依?文化資產保護法?或相關規定應予妥善保護，為顧及保護(留)區生態維持，故該河段未布設治理工程，採低度保護方式，以管理手段代替工程治理手段降低對生態環境之擾動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030101</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/2</date><governmentpublicationsnumber>1010302481</governmentpublicationsnumber><identifier>77364</identifier><internationalstandardbooknumber>9789860431858 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77364</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河關渡至河口段防洪保護策略研究--光碟版= Structural and non-structural measures for mitigation the flood hazard in the reach between Guandu Bridge and river mouth of Tanshui River</title><yearidentifier>201411</yearidentifier></data><data><abstract>為期系統能提供前開各領域最妥適應用，需持續更新圖資，以保持資料正確性，爰依據大署100年10月19日「101年度委託服務預定計畫檢討會議」相關決議：「各主要河川環境航空測量數值資料101年度將全部建置完成，後續應檢討更新之頻率，並建立完善建置制度，用以推估每年所需檢討之預算規模，俾利事先匡列預算，並列入經常性工作，不需每年檢討計畫項目與經費。」辦理本局轄管淡水河系及海岸範圍航測數值圖資建置及既設系統圖資更新計畫。供後續辦理水系治理規劃檢討、河川管理及流域環境自然生態保育與環境營造之應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030070</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302331</governmentpublicationsnumber><identifier>77371</identifier><internationalstandardbooknumber>9789860428650 ; 9789860428</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77371</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>103年度淡水河、磺溪及新北市、基隆市海堤航空影像圖資更新建置計畫(光碟版)=Aviation Orthophotos Renew and Build Located Tamsui River, and Seawall in New Taipei City, Keelung in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本報告為”彰化海岸防護基本資料調查計畫”第二年度(103年)成果，主要根據兩年度(102~103)所調查得到之海岸最新基本資料包含海域地形、波流、漂砂等，針對彰化沿岸海堤的防潮禦浪功能進行探討，並據以建議海岸防護因應措施。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030096</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010303153</governmentpublicationsnumber><identifier>77374</identifier><internationalstandardbooknumber>9789860438932 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77374</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第四河川局為配合內政部營建署之永續海岸整體發展方案及持續建立海岸防護基本資料，規劃兩年度(102、103年)海岸基本監測調查計畫，以提供彰化海岸後續防護工程設計、規劃與維護管理之應用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010303155</governmentpublicationsnumber><identifier>77376</identifier><internationalstandardbooknumber>9789860438925 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77376</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書(Field Investigations and Analysis on Coastal Environment off Chang-Hua County)</title><yearidentifier>201412</yearidentifier></data><data><abstract>目前本署與所屬10個河川局及代管淡水河管理業務之新北市政府、基隆市政府及桃園縣政府等3個縣市政府，其河川排水及海堤管理業務承辦人員，運用本系統執行相關查報、管理、監督等業務，本系統為Web Application，伺服器則置於本署，使用者則以IE瀏覽器操作系統功能，為使本系統運轉順利符合最新規定，本（103）年度爰針對本系統改版上線後與相關之公文系統、河川巡防車衛星定位系統及公地圖籍系統進行資料匯轉或整合，以減少承辦人於辦理業務時，需同時開啟不同系統作資料查詢或登打之重複工作，且不同系統間之資料無法關聯，應進行相關系統整合，使承辦人更能提昇效率並便於管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030068</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302658</governmentpublicationsnumber><identifier>77377</identifier><internationalstandardbooknumber>9781400074785 ; 9781400074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77377</librarycollectiondetailsurl><price></price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>河川管理資訊化系統功能提升與維護計畫--內含光碟Upgrade and Maintenance of River Management System系統使用操作手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract>士文水庫規劃興建於率芒溪支流士文溪上，計畫日供水量約20萬噸，可滿足屏東地區目標年民國120年需水量缺口，並可取代屏東地區地下水源之使用，及減緩地盤下陷、提升用水水質、提高屏東地區自來水普及率等目標。本所近年辦理士文水庫水砂調查相關計畫，並業於民國101年完成自記式水位站建置。為取得寶貴水砂資料，延續歷年水位流量監測成果，應持續進行水位站觀測維護，並蒐集莫拉克後率芒溪及其支流土砂環境變遷等相關資料。故本計畫辦理率芒溪流域相關之產砂評估、河道輸砂分析及對策研擬等，以期建立率芒溪流域完整之水砂環境資料，更新及補充水庫規劃重要參數，利於士文水庫後續規劃及推動。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030212</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302104</governmentpublicationsnumber><identifier>77380</identifier><internationalstandardbooknumber>9789860427028 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77380</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>士文溪水位站觀測維護及流域水砂調查分析(光碟版)Observation and Maintenance of the Shi-Wen Creek Stage Station and Study of Watershed Sediment</title><yearidentifier>201412</yearidentifier></data><data><abstract>水利法是民國19年開始進行立法研究，至民國31年立法院通過，32年施行。民國34年隨著台灣光復，水利法開始於台灣施行。民國44年水利法進行第1次修正，至102年進行第11次修正。其中，修正條文較多的分別是民國52年、63年、72年、89年及92年等5次。 近年來，隨著經濟成長，社會對於減少水患的期待增加，對於防洪工作的要求提高；然而，流域內土地的持續開發，造成相同降雨量造成的逕流量不斷增加。相對的，環境保育意識抬頭，影響水資源開發計畫的持續推動；然而，對於工業用水的需求仍是不見減少。在在顯示對於水利事業必須要有突破性的作為，才能衝出目前的困境。而對於這些突破性的作為，必須要給予法律上的支持。 除了對於水利法持續推動修法外，本署同時研修水基本法、河川排水條例、水資源條例及再生水資源發展條例等新法律，多角度的在法律上給予新作為支持。本計畫是對於水基本法及3條例草案的已有研修成果給予進一步的精修並完成後續立法的準備工作，並對於水利法多年來所完成的解釋令及相關訴訟案件予以整理分析，做為後續修正水利法的預備工作。</abstract><author>國立臺灣大學</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030312</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302934</governmentpublicationsnumber><identifier>77382</identifier><internationalstandardbooknumber>9789860436501 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77382</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水利相關法令推動策略研析(光碟版)Analysis on Promoption Strategy of Water Related Laws</title><yearidentifier>201412</yearidentifier></data><data><abstract>去年度(101年)6月泰利颱風由台灣海峽南部直行而上，其帶來之颱風巨浪，造成台南北門及七股海埔地之海堤局部損壞，海水溢流入後側漁塭，引起當地民眾對海埔地防災安全之疑慮，幸及時進行搶險完成，而免於災情擴大，究其原因係堤前沙灘逐年流失所致。計畫範圍由八掌溪口至曾文溪口，並以該二段海埔地海岸為主重點，經由海氣象等相關基本資料蒐集分析、海岸地形水深測量，進行海岸侵淤變遷比較及特性分析，檢討本區位海岸變遷之影響，並提出相應防護之因應作為及對策，作為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030028</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302772</governmentpublicationsnumber><identifier>77383</identifier><internationalstandardbooknumber>9789860434002 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77383</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>台南海岸斷面測量監測計畫(光碟版)(1/2)The Plan of Section Monitoring Survey at Tainan Coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果：一、	濁水溪水系基本資料之蒐集與彙整分析就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。二、	國內外水道治理計畫之界定過程與案例分析蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。三、	動床數模之檢定驗證蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。四、	濁水溪水系不同計畫河寬與河道變遷之關係蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。五、	現行計畫河寬制定原則之改善策略初步探討利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>77384</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77384</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)=Study on relation between stream width and stability in Choshui River (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域水理與輸砂行為複雜。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂沙行為將會改變，將對海岸地形與景觀造成影響。因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上石門水庫防淤操作與相關構造物之興建，彼此間之泥砂供需平衡需評估與檢討，並提出可能之改善策略。 為瞭解淡水河口輸砂對鄰近海岸之影響，本計畫蒐集淡水河流域及相鄰海域之水文地文及海象資料，且在本計畫執行期間於淡水河口、淡水河口鄰近海岸灘線及海床進行床質採樣，以應用於河口輸砂模式分析使用，並於淡水河口處辦理河川流量調查，用以推估淡水河口流向、流量與輸砂量之關係。 另以CCHE2D之格網產生器配合數值高程劃分研究區域之格網。以CCHE1D模式配合颱風期間水庫放流量，模擬颱風期間關渡大橋之流量及泥砂濃度，作為CCHE2D-Coast模式之上游邊界條件，以模擬淡水河口輸砂對鄰近海岸之影響。將淡水河口各影響因子如石門水庫排沙C案具延伸管、D2案及淡江大橋橋墩落墩等分為六大方案進行模擬分析。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030056</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302757</governmentpublicationsnumber><identifier>77385</identifier><internationalstandardbooknumber>9789860433203 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77385</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估(1/2)(光碟版)Impact assessment of sediment transport at Tansui estuary on surrounding coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>濁水溪沖積扇地下水區位於臺灣西部海岸之中段，為臺灣地下水資源蘊藏最豐富的地區之ㄧ，然而，因當地地質條件及產業結構之故，仰賴地下水資源比例偏重，大量抽取地下水的結果，引發嚴重地層下陷問題，引起社會高度的關注，該流域儼然成為地下水資源調配與管理之重要地點。近年來，受全球氣候變遷影響，豐水期與枯水期降雨量差距更大，進而影響地下水的補注，且在當地地下水抽用量尚未能掌控下，為能即時掌握及預測地下水位變動趨勢，即早針對未來可能發生地層下陷之區域，提出因應對策，故本署研提本計畫，擬建置濁水溪全流域上、中、下游的降雨、河川流量、地下水間關係與智慧型預測模式，俾作為中部地區地層下陷防治之參據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030427</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>1010302753</governmentpublicationsnumber><identifier>77390</identifier><internationalstandardbooknumber>9789860434439 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77390</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>濁水溪地下水智慧型預測模式之研究--光碟版=Construction of Intelligent Groundwater Prediction models for Jhuoshuei River basin</title><yearidentifier>201412</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/3</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>77394</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77394</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一0二年臺灣水文年報 電子書－(光碟版)＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013</title><yearidentifier>201406</yearidentifier></data><data><abstract>近年台灣水資源供需問題趨於嚴峻，水庫開發及地下水汲取不易，但各類用水不斷增加，造成水資源供需日漸失衡。加上降雨異常頻仍，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。 就水資源供應觀點而論，台灣的水資源供水的可靠度較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。最後近十年來國際間人工增雨相關觀測能力和數值模式有顯著的進展，且對其物理過程也有更深的了解，因此各國政府進行人工增雨的作業越趨頻繁，此活動亦積極帶動相關設備和施放技術等工具的改進。 國內過去數十年來亦曾多次進行人工增雨作業，緊急時以空軍飛機進行空中種雲，民國93年中央氣象局也曾雇用北美氣象顧問公司進行空中造雨，惟仍應依國內實際需求，加強在地研發工作，爰辦理本計畫。</abstract><author>國立臺灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030169</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302856</governmentpublicationsnumber><identifier>77395</identifier><internationalstandardbooknumber>9789860435443 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77395</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>人工增雨技術精進研發計畫(2/2)The development and improvement of artificial rainfall enhancement techmiques(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年台灣水資源供需問題趨於嚴峻，水庫開發及地下水汲取不易，但各類用水不斷增加，造成水資源供需日漸失衡。加上降雨異常頻仍，雨季時降雨強度增加，旱季時不降雨天數拉長，增加水資源調度作業的困難。 就水資源供應觀點而論，台灣的水資源供水的可靠度較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。最後近十年來國際間人工增雨相關觀測能力和數值模式有顯著的進展，且對其物理過程也有更深的了解，因此各國政府進行人工增雨的作業越趨頻繁，此活動亦積極帶動相關設備和施放技術等工具的改進。 國內過去數十年來亦曾多次進行人工增雨作業，緊急時以空軍飛機進行空中種雲，民國93年中央氣象局也曾雇用北美氣象顧問公司進行空中造雨，惟仍應依國內實際需求，加強在地研發工作，爰辦理本計畫。</abstract><author>國立臺灣大學大氣資源與災害研究中心</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030169</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302856</governmentpublicationsnumber><identifier>77396</identifier><internationalstandardbooknumber>9789860435443 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77396</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>人工增雨技術精進研發計畫(2/2)(光碟版)The development and improvement of artificial rainfall enhancement techmiques(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協同各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署102年度防災值勤應變教育訓練，針對本署暨所屬單位，以及各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜。於大眾推廣部分，擬委託廠商協助本署開發多元教學型態，並持續經營規劃適當之教學場域，以利推廣政令，並展示新穎軟、硬體防災技術，以及災害防救觀念。除強化民眾對於水利防災議題的重視與關心，並向下深耕學生應具備之防災知能，建構正確的因應態度。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87   443.11   445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030178</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010303008</governmentpublicationsnumber><identifier>77397</identifier><internationalstandardbooknumber>9789860436914 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77397</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年提昇水利防災應變作業能力計畫(光碟版)Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program , 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來隨著全球氣候的極端變化，世界各地颱風、地震、海嘯等災難頻傳，100年時代雜誌更首次將複合式災難列為全球十大國際新聞事件，更可看出「救災」這議題之重要性。在災難發生之後，除了造成無法估計價值的民生損失之外，後續的民生安置更是嚴重問題，各國政府除了在第一時間伸出援手、啟動災難應變措施之外，民眾也須有防災應變的準備，受難災民要面臨的不僅是重建破碎的家園，更重要的是撐過災後可能發生無電無水無食物的日子。而台灣身處地震與颱風侵襲頻繁之地區，如何在災後提供給民眾潔淨安全之用水，避免民眾因水環境問題，導致生病(大規模病媒傳染)或死亡，因此研發緊急型淨水裝置可說是迫在眉梢。 急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區等地，故其機動性則顯的十分重要。因此，本計畫之多元化水源機動式緊急淨水模組應與車體或其他運輸工具結合，能在災難發生時立即將淨水設備輸送至有用水需求之地區，並針對當地水源特性不同，可快速抽換其淨水單元，具有處理河川水、湖泊水、泥水、海水之能力，處理水量設計為200 L/hr左右。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030179</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302789</governmentpublicationsnumber><identifier>77398</identifier><internationalstandardbooknumber>9789860434170 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77398</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>多元化水源機動式緊急淨水設備研發(2/2)(光碟版)The study of emergency water treatment mobile system for diverse water source (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。 此外有鑑於堰塞湖災害之發生日益嚴重，針對署內同仁先進行相關應變教育訓練，使未來發生時能從容應對，得使災情減至最低，為防範於未然堰塞湖應變教育實屬重要。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030163</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302683</governmentpublicationsnumber><identifier>77399</identifier><internationalstandardbooknumber>9789860433579 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77399</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年水災災情蒐集服務團計畫(光碟版)Survey Service Group of Flood Events in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>因極端降雨型態造成都市地區短時間內無法排除多餘雨量、區域排洪不及而淹水，經常造成巨大的經濟損失，因此水利署提出利用都市現有監視影像進行水情研究，進而發展出自動化都市淹水監測系統，期能對水情資訊作早期預警並提供防災之用途。計畫內容主要是發展一套擷取現有都市監視影像，進行自動化淹水監控、預警與即時線上導覽之系統。結合影像擷取、影像分析與處理、影像辨識、水深估算、地理資訊系統、簡訊傳輸、資料庫等技術，應用於監視影像分析，並將分析結果傳送至個人行動裝置以提供早期預警。藉由此一計畫進行都市區域自動化影像積淹水先期應用，期望能有效提升防災執行能力，提升防災人員掌握即時情資</abstract><author>義守大學</author><categoryidentifier>443.6   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030164</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302682</governmentpublicationsnumber><identifier>77400</identifier><internationalstandardbooknumber>9789860433586 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77400</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>積淹水影像監控技術應用先期規劃(光碟版)Preliminary Plan of Monitoring Technology for CCTV Flooding Images</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來，適值全球氣候變遷情形加劇，極端複合型災害雜沓紛呈且接踵而至；復以其規模逾常與猝不及防之勢，動輒踰越現階段防災體系所得及時因應妥處之能量範疇，而釀致重大災損。 爰此，為擬具今後數年間嚴謹具體且適切可行之中長程水旱災防救整體策略暨單項計畫，旁徵博引廣納諸端固有所需，去蕪存菁俾為己用尤屬至要。倘欲達此標的，國內各部會間乃至其所轄單位之現行防救災體系與執行成果實有可資綜覽疏理之處；而國外近年防救災政策方針之研訂趨勢亦殊堪援引借鏡。此外，本署近10年所賡續推動之防救災相關計畫亦應藉此機緣一併綜整盤點，並細究其執行得失與實際應用成效，俾為後續調整改善之重要依據。 以上述彙整精鍊與研析演繹之成果為基，冀釐清比對前揭各單位所執行各相關計畫實質內涵之優劣異同；復由提綱挈領盡悉其要旨，以免結構疊床架屋與資源重置虛擲之弊。而經審慎截長補短並擇其精要後，應有助歸納今後確適本署業務屬性之防災科技發展方略，進而引領未來水旱災防救科技領域之軌跡與進程。 綜上所述，本計畫乃藉由綜觀國內外水旱災防救科技趨勢及成果，精確掌握當前蓬勃發展之資訊、視訊、通訊等防災關鍵先驅技術，以利擬具發展策略暨行動計畫、提報中程綱要計畫，進而擘劃長期推動方針。倘其願景隨時日之遞進得以漸次落實，則應能建構更臻自動化、主動化與行動化之水旱災防救科技體系；從而有效提昇災防單位之應變能力，保障國人生命財產之安全。</abstract><author>國立成功大學</author><categoryidentifier>575.87   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030130</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010303035</governmentpublicationsnumber><identifier>77401</identifier><internationalstandardbooknumber>9789860437232 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77401</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水旱災防救科技落實應用及發展之研究(2/2)(光碟版)The research for reviewing the achievements and revising the roadmap in technological development of inundation and drought(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署近年持續發展之洪水預報系統，已歷經第一代分散式、第二代機率式，乃至第三代為搭配各類系集降雨預報工具所進行洪水預報系統之持續研發與改進，對於全臺中央管河川於颱洪期間之水位變化趨勢，提供即時之預報資訊。然目前各河川局所建置之洪水預報系統，於前端使用者介面、各類運算模組，乃至後端資料庫等部分，尚未適切整合，至現階段尚無法即時彙整於同一展示平台以供更深入全面之加值應用，以因應整體決策支援之需求。 本計畫之執行目的，在於將研發迄今之系集洪水預報系統持續更新並實際應用於各河川局現行相關預報系統；並於本署終端建立預報資訊整合查詢介面，以即時掌控各中央管河川及主要流域之水位預報成果。另為配合現行各類型系集降雨預報工具之持續發展，其資料供應格式、資訊傳輸介面，乃至與目前洪水預報系統之適配性等，均應審慎釐清，且經由適切調整以資實用，並應進行系統效能定性及定量之分析與檢討。 其後，為利現行自動化預報系統多元應用及後續開發彈性，並因應颱洪期間中央災害應變中心針對特定情境及設計降雨條件進行洪水預報之各類指示，本計畫將研擬降雨預報資料自動化輸入外之雨量資料輸入方案；該方案執行時應不得影響運作中之自動化模擬演算，冀使本預報系統得為颱洪期間防救災及時有效之應用工具。此外，於颱風豪雨期間應依本署需求提供以洪水預報系統演算求得之水位預報資訊，俾為情資研判暨應變決策之參據。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030151</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010303036</governmentpublicationsnumber><identifier>77403</identifier><internationalstandardbooknumber>9789860437249 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77403</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>系集洪水預報系統資訊整合及加值應用(光碟版)The Information Integeration and Application Expansion of the Ensemble Flood Forecast System</title><yearidentifier>201412</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，廣納民間人力成立志工服務隊，健全災害防救網絡，其重要推動歷程如下： 1.於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置。 2.於99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。 3.於100年度成立「民眾及防汛志工防災作業建置及策進」三年期計畫(100.7.1~102.12.20)，持續維繫志工熱情及健全組織運用管理機制，逐年強化民間防汛救災之力量，其中自101年起，本署所屬各式志工完成整併，防汛志工新增護水相關任務，服務隊亦更名為「防汛護水志工服務隊」。 防汛護水志工服務隊組成不易，為促使民眾參與水利公共事務及健全災害防救體系之重要突破，組織之永續發展有賴志工主管(推展)機關持續管理、輔導及資源挹注，爰此，103年度持續成立本計畫，俾利現有成果之延續及擴大。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030162</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302681</governmentpublicationsnumber><identifier>77404</identifier><internationalstandardbooknumber>9789860433562 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77404</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年防汛護水志工輔導及精進計畫(光碟版)2014 Assistance and Enrichment Program for Flood Control and Water Resources Preservation Volunteers</title><yearidentifier>201412</yearidentifier></data><data><abstract>就水資源供應觀點而論，台灣的水資源供水的可靠度相對較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030168</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302857</governmentpublicationsnumber><identifier>77405</identifier><internationalstandardbooknumber>9789860435412 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77405</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年人工增雨計畫(光碟版)Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201412</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、地震災害及淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另藉由水庫集水區降雨特性分析進行水庫入流量推估，進而提供決策者於防汛應變期間水庫防洪操作之參考。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030174</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302804</governmentpublicationsnumber><identifier>77406</identifier><internationalstandardbooknumber>9789860435085 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77406</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>流域防災資訊整合之研究(2/2)光碟版Study of the integrated information system for watershed disaster prevention(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>飲水中之新興污染物，長期而言對人體具有一定之健康風險，故本署前以4年計畫辦理調查、建立分佈與處理能力情形等工作，惟因檢驗方法所限，常需2星期方能檢驗完畢，無法及時知悉是否含有新興污染物，是以102及103年除擬對淨水場處理前後之水進行持續監測外，並擬開發快速檢測方法，以提供民眾更即時之用水資訊。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030052</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302623</governmentpublicationsnumber><identifier>77408</identifier><internationalstandardbooknumber>9789860432749 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77408</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水系統新興污染物監控與處理技術提昇研究(2/2)(光碟版)Promotion of the Monitoring and Control on Contaminants of Emerging Concern in Public Water Supply System(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之」，本署為自來水法主管機關，為落實上開法規之相關規定，因此自94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，其中94~98年度針對自來水事業單位舉辦5次已在職人員考驗，通過考驗合格者為6,062人，各事業單位聘僱之人員大致已取得證照，爰99年度起迄102年度已辦理4次全國性自來水事業技術人員考驗，報考資格並未限定自來水事業單位在職人員，通過考驗合格者為6,390人，故本考驗自94~102年度，通過考驗取得合格證書總計約為12,452人次，已逐步落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理103-104年度全國性自來水技術人員考驗相關事宜，每一年度規劃辦理1次筆試測驗及1次證照審查，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段之專業技能考驗，俾改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030161</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010302566</governmentpublicationsnumber><identifier>77409</identifier><internationalstandardbooknumber>9789860433012 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77409</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103-104年度自來水技術人員考驗(1/2)(光碟版)2014-2015 Technician Examinatiaon for Water Supply Enterprise(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水庫安全評估技術規範自民國97年公佈試行後，迄今已執行約5年時間，原規範擬定時，即預定辦理檢討工作，俾使未來規範執行時可更符合實際需求。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030010</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/4</date><governmentpublicationsnumber>1010303037</governmentpublicationsnumber><identifier>77411</identifier><internationalstandardbooknumber>9789860438154 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77411</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>水庫安全評估技術規範及相關法規檢討(1/2)(光碟版)Review of Technical Guidelines and Related Regulations for Reservoirs Safety Evaluation (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>77419</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77419</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>水利第21期-光碟</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>77420</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77420</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>節約用水季刊（第三十期）</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>77421</identifier><internationalstandardbooknumber>9789860038224 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77421</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南(日本河川整備中心知識管理合作計畫)叢書no.4.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>77422</identifier><internationalstandardbooknumber>9789860083217 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77422</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌(日本河川整備中心知識管理合作計畫)叢書no.3.</title><yearidentifier>200512</yearidentifier></data><data><abstract>本局主管台灣中部地區水資源工程規劃、設計、施工，與所轄鯉魚潭水庫、石岡壩及集集攔河堰之營運管理及區域水資源調配，轄區範圍北以中港溪為界，南至北港溪止，包括後龍溪、大安溪、大甲溪、烏溪、濁水溪等流域，行政區分屬苗栗縣、台中縣（市）、南投縣、彰化縣及雲林縣，總面積10,506.89平方公里，約佔台灣總面積之29％。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009803081</governmentpublicationsnumber><identifier>77423</identifier><internationalstandardbooknumber>9789860204636 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77423</librarycollectiondetailsurl><price>470</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署中區水資源局年報〈九十七年度〉</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>77424</identifier><internationalstandardbooknumber>9789860038255 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77424</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊(日本河川整備中心知識管理合作計畫)叢書no.5.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>77425</identifier><internationalstandardbooknumber>9789860038231 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77425</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生(日本河川整備中心知識管理合作計畫)叢書no.2.</title><yearidentifier>200512</yearidentifier></data><data><abstract>卑南溪防洪工程已大致完成,且能達到預期之防洪之功能,為早期堤防護岸工程施作時未能考量環境與景觀,固多少影響生態環境,因此未來卑南溪治理工作方針將在維持現有防洪安全基礎下營造河川環境景觀,達到兼具親水及生態多元的自然河川.未達成上述目的,本計劃將針對卑南溪河口段進行環境營造細部規劃,期能達到下列之目標:1.改善現有防洪設施,在防洪安全無慮前提下,兼顧環境景觀及親水可及性. 2.依據卑南溪河川情勢調查已將重要生態,自然地景資源充分運用並維護,創造卑南西河口段成為一具防洪安全性,生態多樣化,且景觀可親近賞玩之河川環境.</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009901475</governmentpublicationsnumber><identifier>77433</identifier><internationalstandardbooknumber>9789860232431 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77433</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>卑南西(河口段)河川環境營造細部規劃(2/2)=The Detail Plan of Environmental Construction in Estuary of Beinan River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980229</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009901475</governmentpublicationsnumber><identifier>77434</identifier><internationalstandardbooknumber>9789860232431 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77434</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(2/2) (光碟) The Detail Plan of Environmental Construction in Estuary of Beinan River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>近年來由於本署人事更迭及許多新血輪的加入，實有必要進行在職訓練，以期強本而後有所突破，乃藉透過不斷培訓的方式來提昇水利人員的素質，符合時代的需求並進而提高政府公共服務的品質；本計畫將利用完整的課程規劃，?整產、官、學界之卓見真知，一方面充實水利工作者之本職學能，一方面透過過課程研討及教材?編成正式報告，亦可成為本署防洪工程及水資源規劃推動之重要參考資料。</abstract><author>逢甲大學</author><categoryidentifier>554.6103</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970348</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009901354</governmentpublicationsnumber><identifier>77436</identifier><internationalstandardbooknumber>9789860231281 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77436</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水利人員專業訓練計畫(1/3) Staff Training Plan for the Water Resources Agency (1/3)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>蕭明治、王良行、姜柷山</author><categoryidentifier>601</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009202438</governmentpublicationsnumber><identifier>77440</identifier><internationalstandardbooknumber>9789570146271 ; 9789570146</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77440</librarycollectiondetailsurl><price>250</price><publisher>台東縣成功鎮公所</publisher><publishrocyear>92</publishrocyear><title>成功鎮志‧社會文化篇</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>孟祥瀚、王河盛</author><categoryidentifier>601</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009201977</governmentpublicationsnumber><identifier>77441</identifier><internationalstandardbooknumber>9789570143829 ; 9789570143</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77441</librarycollectiondetailsurl><price>250</price><publisher>台東縣成功鎮公所</publisher><publishrocyear>92</publishrocyear><title>成功鎮志‧歷史篇</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>77442</identifier><internationalstandardbooknumber>9789860024197 ; 9789860024</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77442</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署中區水資源局等</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(下冊)</title><yearidentifier>200510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009403061</governmentpublicationsnumber><identifier>77443</identifier><internationalstandardbooknumber>9789860024197 ; 9789860024</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77443</librarycollectiondetailsurl><price>630</price><publisher>經濟部水利署中區水資源局等</publisher><publishrocyear>94</publishrocyear><title>集集共同引水工程竣工報告(下冊)光碟</title><yearidentifier>200510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009402993</governmentpublicationsnumber><identifier>77444</identifier><internationalstandardbooknumber>9789860024173 ; 9789860024</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77444</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署中區水資源局等</publisher><publishrocyear>95</publishrocyear><title>集集共同引水工程竣工報告(上冊)</title><yearidentifier>200608</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局94年度業務統計資料年報</abstract><author>經濟部水利暑臺北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009502161</governmentpublicationsnumber><identifier>77445</identifier><internationalstandardbooknumber>9789860056785 ; 9789860056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77445</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署臺北水源特定區管理局94年度工作年報 Taipei Water Management Office Water Resources Agency Ministry of Economic Affairs 2005 annual job report</title><yearidentifier>200607</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第二河川局</author><categoryidentifier>351.3274</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009305047</governmentpublicationsnumber><identifier>77446</identifier><internationalstandardbooknumber>9789572851333 ; 9789572851</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77446</librarycollectiondetailsurl><price>300</price><publisher>台灣水利環境科技研發會</publisher><publishrocyear>93</publishrocyear><title>認識我們的鄉土：桃園新竹海岸城鄉三百年</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第二河川局</author><categoryidentifier>351.3274</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009305047</governmentpublicationsnumber><identifier>77447</identifier><internationalstandardbooknumber>9789572851333 ; 9789572851</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77447</librarycollectiondetailsurl><price>300</price><publisher>台灣水利環境科技研發會</publisher><publishrocyear>93</publishrocyear><title>認識我們的鄉土：桃園新竹海岸城鄉三百年光碟</title><yearidentifier>200412</yearidentifier></data><data><abstract>本參考手冊以執行生態工法的流程為基礎，利用「時間軸」的概念為章節架構，集水區為尺度，提供讀者對於生態工法全盤式觀念，全書分為五部分，十五章。</abstract><author>林鎮洋</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009301128</governmentpublicationsnumber><identifier>77449</identifier><internationalstandardbooknumber>9789577031051 ; 9789577031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77449</librarycollectiondetailsurl><price>850</price><publisher>明文書局股份有限公司</publisher><publishrocyear>93</publishrocyear><title>生態工法技術參考手冊 Ecological Engineering Methods Manual</title><yearidentifier>200405</yearidentifier></data><data><abstract>評估及研擬阿公店水庫之排淤策略，在不影響河防安全前提下，探討藉由平日水庫操作排放適當濃度之淤砂量，並配合於汛期透過水庫空庫洩洪排淤將平時可能堆積在河道中之泥砂沖走，同時對河川長期穩定可能影響加以分析。此外，並評估此一防淤操作對庫容及水資源利用之影響</abstract><author>國立交通大學</author><categoryidentifier>443.64229</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950249</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009503613</governmentpublicationsnumber><identifier>77451</identifier><internationalstandardbooknumber>9789860076660 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>阿公店水庫平時防淤操作對下游河道之影響研究= Impact Study pf A-Kung-Tien Reservoir's Off-Flood-Season Desilting Operation on Its Downstream Channel</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署、節約用水宣導與技術服務團</author><categoryidentifier>554.6105</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>2008500024</governmentpublicationsnumber><identifier>77452</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77452</librarycollectiondetailsurl><price>85</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>節約用水季刊（第三十一期）</title><yearidentifier>200309</yearidentifier></data><data><abstract>評估及研擬阿公店水庫之排淤策略，在不影響河防安全前提下，探討藉由平日水庫操作排放適當濃度之淤砂量，並配合於汛期透過水庫空庫洩洪排淤將平時可能堆積在河道中之泥砂沖走，同時對河川長期穩定可能影響加以分析。此外，並評估此一防淤操作對庫容及水資源利用之影響</abstract><author>國立交通大學</author><categoryidentifier>443.64229</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950249</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009503613</governmentpublicationsnumber><identifier>77453</identifier><internationalstandardbooknumber>9789860076660 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77453</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>阿公店水庫平時防淤操作對下游河道之影響研究= Impact Study pf A-Kung-Tien Reservoir's Off-Flood-Season Desilting Operation on Its Downstream Channel</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>77454</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77454</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉 The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>77455</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77455</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉附冊 The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計針對卑南溪口至利嘉溪口段約12KG長海岸，分兩年已分期分段方式進行水深地形測量及分段海岸潮流波、輸砂調查，並舉辦水工模型測驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>77457</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77457</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究〈2/2〉=Restoration of Sandy Coast at Taitung〈2/2〉</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>77458</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77458</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2):附錄-現場調查數據=Restoration of Sandy Coast at Taitung(2/2)Appendix</title><yearidentifier>200604</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>77459</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77459</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>77460</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77460</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究(光碟)＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>77461</identifier><internationalstandardbooknumber>9789860123210 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77461</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書＝Draf ting Reference Manual for Riverbed Material Sampling</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>77462</identifier><internationalstandardbooknumber>9789860123210 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77462</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書(光碟)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>77463</identifier><internationalstandardbooknumber>9789860123586 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77463</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>77464</identifier><internationalstandardbooknumber>9789860123586 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77464</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)－光碟版＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>77465</identifier><internationalstandardbooknumber>9789570195767 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77465</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>77466</identifier><internationalstandardbooknumber>9789570195767 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77466</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊 (光碟版)</title><yearidentifier>200412</yearidentifier></data><data><abstract>台東海岸〈香蘭段〉監測防護計畫〈2/2〉〈光碟版〉=Image Monitoring and Protection Program At Hsianlan Coast ,Taitung〈2/2〉</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600990</governmentpublicationsnumber><identifier>77467</identifier><internationalstandardbooknumber>9789860094183 ; 9789860094</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77467</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東海岸〈香蘭段〉監測防護計畫〈2/2〉=Image Monitoring and Protection Program At Hsianlan Coast ,Taitung〈2/2〉</title><yearidentifier>200704</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>77468</identifier><internationalstandardbooknumber>9789860145236 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77468</librarycollectiondetailsurl><price>1500</price><publisher>水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討(修正稿)＝The Preliminary  Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract>台灣西南部包括彰化縣、雲林縣、嘉義縣、台南縣、高雄縣及屏東縣、等六縣，因地層下陷，以致常發生淹水，在整治工作尚未完成前，每逢淹水皆需仰賴移動式抽水機協助排水。惟過去並未規劃移動式抽水機最佳抽排水位置的地點，因此發生災害時常因道路不通或地點不適，影響救災時效。本計畫主要目的即規劃移動式抽水機最佳抽排水地點及其動線，供救災單位參考。 本計畫亦評估以數位行動裝置（筆記型電腦及PDA內建全球定位系統及電子地圖）輔助人員救災之可行性。評估結果認為數位行動裝置優於一般1/5000航空相片基本圖，尤其在視線不加及風雨中，數位行動裝置更適合救災行動。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950432</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>1009600534</governmentpublicationsnumber><identifier>77469</identifier><internationalstandardbooknumber>9789860089998 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77469</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣西南部易淹水地區移動式抽水機進駐地點及最佳配置先期規劃評估＝Prior plan of the best sites for deploying mobile pumps in the easily inundant region of south-west Taiwan</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-095017</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/5</date><governmentpublicationsnumber>100960114</governmentpublicationsnumber><identifier>77470</identifier><internationalstandardbooknumber>9789860096026 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77470</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area (Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030256</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302726</governmentpublicationsnumber><identifier>77471</identifier><internationalstandardbooknumber>9789860434453 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77471</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>103年度多元化監測及整合技術應用於台北、彰化及雲林地區地層下陷監測(光碟版)Application of multi-sensor and integrated technologies to the  monitoring the subsidence in Taipei,Changhua and Yunlin area in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，辦理濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等。（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030244</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010303003</governmentpublicationsnumber><identifier>77473</identifier><internationalstandardbooknumber>9789860437386 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77473</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(1/3)(光碟版)Applying Intergrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management(1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>經濟部水利屬第十河川局</author><categoryidentifier>443.6   445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030062</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302473</governmentpublicationsnumber><identifier>77477</identifier><internationalstandardbooknumber>9789860431865 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77477</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利屬第十河川局</publisher><publishrocyear>103</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究(1/2)(光碟版) Study for the influence on flood by operation mechanism of weir at upstream Xindian river(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且亦已建置多口分層監測井，提供每月所累積之地層下陷壓密與月地下水位變化資料。近年來部份測站的地下水位呈現未明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢的增加。有鑑於地下水位變化與地層下陷量呈現複雜關係，水利署最近已進一步利用光纖光柵，進行更完整的地下水位及地層下陷監測。因此，有其必要分析光纖光柵所得之地下水位觀測資料，及檢核與校正地層下陷觀測資料，並進行不同量測方法所得地下水位及地層下陷觀測資料之比較與探討。此外，亦有必要依據地下水位及地層下陷監測資料，藉由建立一套由國人自行發展之多含水系統黏彈塑性地層下陷數值模式，解析台灣地區地下水位變化造成的複雜土壤變形機制。並且亦可藉由引入地下水變化不確定性之概念，進一步結合不確定性模擬方法，完成考量地下水位變化不確定性地層下陷機率數值模式之建立與應用測試，以期能更合理地預測地層下陷量。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030237</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302975</governmentpublicationsnumber><identifier>77478</identifier><internationalstandardbooknumber>9789860436419 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77478</librarycollectiondetailsurl><price>840</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>多含水層下黏彈塑性土層地層下陷數值模式建立之研究(1/2)(光碟版) Study on Development of Land Subusidence Numerical Model for Viscolastic-Plastic Soil in Multilayered Aquifer System(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030260</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302727</governmentpublicationsnumber><identifier>77479</identifier><internationalstandardbooknumber>9789860434484 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77479</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>103年度多元化監測及整合技術應用於宜蘭、嘉義、台南及屏東地區地層下陷監測(光碟版)Application of multi-sensor and integrated technologies to the monitoring of subsidence in Ilan,Chiayi,Tainan and Pintung area in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009300554</governmentpublicationsnumber><identifier>77484</identifier><internationalstandardbooknumber>9789570167719 ; 9789570167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77484</librarycollectiondetailsurl><price>800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>2003生態工法博覽會成果報告</title><yearidentifier>200303</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009300554</governmentpublicationsnumber><identifier>77485</identifier><internationalstandardbooknumber>9789570167719 ; 9789570167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77485</librarycollectiondetailsurl><price>800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>生態工法博覽會成果報告2003(光碟)</title><yearidentifier>200403</yearidentifier></data><data><abstract>本研究以雲林沿海平原地區之排水集水區為對象,建立設站觀測之模式/查詢網頁架構/數值模式聯結與建議設站後之管理機制,以供未來平地排水區域設置自記式水位流量觀測站之參考.</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.1029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>77486</identifier><internationalstandardbooknumber>9789570195323 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77486</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立、觀測分析研究(平地排水區域)=The Study on the Establishment,Measurement,and Analysis of Automatic Stage-Discharge Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract>【臺灣重要河川水庫總覽】（以下簡稱本總覽）選擇中央管河川24條及跨省（市）河川之淡水河、磺溪共26條，逐條分節說明各河川特性及現況，第一節流域概況包含河川水系主支流及流經範圍，流域內都會區域、經濟產業與交通概況，集水區內地形、地質環境。第二節說明氣象、水文與水質記錄。第三節則撰敘流域生態環境、文化古蹟與著名景觀地點等人文。第四節則整理該水系之防洪治理沿革，其中含洪災歷史回顧，河川治理規劃與現況是否已臻完備，至於更詳細的防洪、水文內容則以表格方式收錄於附冊。第五節摘錄各水系灌溉圳別、面積與灌溉水量。第六節說明該水系集水區內之水庫、攔河堰與水力發電等水資源利用情形，其中水庫、攔河堰等工程之較繁複工程數字，則收錄於本報告附錄二。 第二篇每條河川各論首頁，均先呈現該河川流域圖，並於第六節最後編排該河川流域代表性照片，其中包括河況景觀、防洪工程及水庫建設等。有關縣(市)管河川目前僅收錄各河川之起、迄點、河流長度、平均坡降及流域面積等河川基本資料，其餘將另行編撰成冊刊行，提供參考。另配合五都改制，部分縣管河川尚未配合公告為直轄市管河川 文敘中現有防洪工程統計資料係由各河川局提供，各水系治理基本計畫資料則直接引用已公告資料，至於尚未公告之治理基本計畫資料，則係蒐集自規劃單位，另灌溉系統資料來源係由各水利會提供，水庫及攔河堰資料係由水利署提供。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>77487</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77487</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽〈附冊〉</title><yearidentifier>201105</yearidentifier></data><data><abstract>本報告書內容為研究堰塞湖基本特性.現有堰塞湖現況成因探討.調查及監測資料分析.災害評估模式庫建立.堰塞湖與河川型態相互影響.潰決模式案例分堰塞湖分析及處理.防治對策之堰塞湖研擬.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>77488</identifier><internationalstandardbooknumber>9789570195750 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77488</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究 總報告=Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>77489</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77489</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究總報告(光碟版)Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>77490</identifier><internationalstandardbooknumber>9789570195743 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77490</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告=Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本報告書內容針對第二年度計畫所發展之天然壩潰決模式進行草嶺潭及九份二山堰塞湖為案例進行分析,並與地理資訊圖資建置與整合,並研擬處理防治對策與救災計畫綱要,以及編製堰塞湖防災作業手冊</abstract><author>交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009304375</governmentpublicationsnumber><identifier>77491</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77491</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究(3/3)第三年研究成果報告(光碟版)=Study on the Disaster Mitigation Strategies for Landslide Dams(3/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>經濟部水利署</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>77494</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77494</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範－防水、洩水建造物篇＝Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation －Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>鑒於「水利建造物檢查及安全評估辦法」公告實施，其針對水利建造物（含蓄水、引水、防水、洩水）等規定辦理安全檢查及安全評估項目，為規範各項水利建造物檢查項目、檢查重點、檢查時機等以為各水利建造物辦理檢查時所依循；此外，針對安全評估部分，亦針對各水利建造物分級訂定各級安全評估項目，以利各水利建造物管理單位據以辦理安全評估事宜。</abstract><author>經濟部水利署</author><categoryidentifier>443.38</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009603837</governmentpublicationsnumber><identifier>77495</identifier><internationalstandardbooknumber>9789860122312 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77495</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>水利建造物檢查及安全評估技術規範－防水、洩水建造物篇(光碟)＝Technical Guidelines for Hydraulic Structures Inspection and Safety Evaluation －Flood-Controlling and Sluice Structures</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>77496</identifier><internationalstandardbooknumber>9789860145236 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77496</librarycollectiondetailsurl><price>1500</price><publisher>水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討(光碟版)＝The Preliminary  Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77497</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77497</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77499</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77499</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>77501</identifier><internationalstandardbooknumber>9789860137958 ; 9789860137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77501</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>中華民國水力計師公會全國聯合會</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA-0950345</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>77503</identifier><internationalstandardbooknumber>9789860077650 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77503</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200612</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>中華民國水力計師公會全國聯合會</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>77504</identifier><internationalstandardbooknumber>9789860077650 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77504</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(光碟)=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>77507</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77507</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽</title><yearidentifier>201105</yearidentifier></data><data><abstract>【臺灣重要河川水庫總覽】（以下簡稱本總覽）選擇中央管河川24條及跨省（市）河川之淡水河、磺溪共26條，逐條分節說明各河川特性及現況，第一節流域概況包含河川水系主支流及流經範圍，流域內都會區域、經濟產業與交通概況，集水區內地形、地質環境。第二節說明氣象、水文與水質記錄。第三節則撰敘流域生態環境、文化古蹟與著名景觀地點等人文。第四節則整理該水系之防洪治理沿革，其中含洪災歷史回顧，河川治理規劃與現況是否已臻完備，至於更詳細的防洪、水文內容則以表格方式收錄於附冊。第五節摘錄各水系灌溉圳別、面積與灌溉水量。第六節說明該水系集水區內之水庫、攔河堰與水力發電等水資源利用情形，其中水庫、攔河堰等工程之較繁複工程數字，則收錄於本報告附錄二。 第二篇每條河川各論首頁，均先呈現該河川流域圖，並於第六節最後編排該河川流域代表性照片，其中包括河況景觀、防洪工程及水庫建設等。有關縣(市)管河川目前僅收錄各河川之起、迄點、河流長度、平均坡降及流域面積等河川基本資料，其餘將另行編撰成冊刊行，提供參考。另配合五都改制，部分縣管河川尚未配合公告為直轄市管河川 文敘中現有防洪工程統計資料係由各河川局提供，各水系治理基本計畫資料則直接引用已公告資料，至於尚未公告之治理基本計畫資料，則係蒐集自規劃單位，另灌溉系統資料來源係由各水利會提供，水庫及攔河堰資料係由水利署提供。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>77508</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77508</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽〈附冊〉</title><yearidentifier>201105</yearidentifier></data><data><abstract>水庫安全評估技術規範自民國97年公佈試行後，迄今已執行約5年時間，原規範擬定時，即預定辦理檢討工作，俾使未來規範執行時可更符合實際需求。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030010</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010303037</governmentpublicationsnumber><identifier>77509</identifier><internationalstandardbooknumber>9789860438154 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77509</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>水庫安全評估技術規範及相關法規檢討(1/2)Review of Technical Guidelines and Related Regulations for Reservoirs Safety Evaluation (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>77510</identifier><internationalstandardbooknumber>9789860145236 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77510</librarycollectiondetailsurl><price>1500</price><publisher>水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討(光碟版)＝The Preliminary  Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>77511</identifier><internationalstandardbooknumber>9789860137958 ; 9789860137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77511</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究(光碟版)─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77512</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77512</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃(光碟)─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>中華民國水力計師公會全國聯合會</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>77513</identifier><internationalstandardbooknumber>9789860077650 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77513</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77514</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77514</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫研究範圍涵蓋卑南溪利吉橋上游側至出海口河段(約7.0km)及台東市區(如圖1.1所示)。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，分析裸露灘地微粒逸散潛勢，檢討以往防治工法和策略，提出卑南溪河口段風砂改善策略初步研擬與佈置方案，以供日後風砂防治實質工程佈置及實施之參考。本計畫在現場調查方面計完成5個臨時微氣象站的設置、觀測，4季次以上的河床質粒徑含水量、市區風砂揚塵影響範圍、現場風砂剖面觀測與2次的微粒礦物組成分析、1次河床風砂移動螢光粒料調查。由調查資料分析結果顯示揚塵是影響市區空氣品質主要成分，範圍在中華路兩側，尤其是中華路與河岸、海岸間之市區之揚塵問題較為嚴重，其來源為北風、東北風吹起之卑南溪河口浮洲裸露河床、海岸砂灘微粒；而台東市靠利吉段者，其主要風向多為沿河道往下游之方向，揚塵來源多為右岸裸露河床微粒。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，配合地理分佈情形，將台東市區風砂揚塵治理劃分成卑南溪利吉、河口與台東市海岸等三個區段，進行綜合防治策略研擬，並依短期與中長程之治理策略進行規劃。同時就台東環保局空氣品質監測站之揚塵懸浮微粒監測資料，配合其氣象資料與本計畫微氣象站監測資料，探討揚塵懸浮微粒濃度與氣象條件關係，以作為台東市區飛砂揚塵預警系統設置參考。另就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009701529</governmentpublicationsnumber><identifier>77515</identifier><internationalstandardbooknumber>9789860145236 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77515</librarycollectiondetailsurl><price>1500</price><publisher>水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪河口段風砂問題改善對策初步探討＝The Preliminary  Improvement Strategy of Eolian From The Esturary of BeiNan Stream, Taitung</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>77516</identifier><internationalstandardbooknumber>9789860137958 ; 9789860137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77516</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>辦理民意問卷調查,宣導DVD製作及宣導文件出版品製作，作為重要河川環境營造計畫成果紀錄、成效評估教育宣導材料，期使未來施政方向更能反映民眾需求，增加重要河川環境營造計畫可行性。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009604183</governmentpublicationsnumber><identifier>77517</identifier><internationalstandardbooknumber>9789860125795 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77517</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>重要河川環境營造計畫成果宣導品製作及民意調查＝Propagation and Survey of the Achievements of the River Environment Construction Plan for Major Rivers</title><yearidentifier>200712</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>77518</identifier><internationalstandardbooknumber>9789860124811 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77518</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(下?)Study on Related Countermeasures of Sscour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>77519</identifier><internationalstandardbooknumber>9789860124811 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77519</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(下?)Study on Related Countermeasures of Sscour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>77520</identifier><internationalstandardbooknumber>9789860137958 ; 9789860137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77520</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>77521</identifier><internationalstandardbooknumber>9789860181364 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77521</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)－修正稿＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>摘要自民國85年賀伯颱風侵台，至民國96年聖帕及柯羅莎颱風等十多年間，第四河川局所轄管濁水溪水系，曾發生多次堤防沖刷潰決災害(例如：東埔蚋溪潰堤之木屐寮淹水災害事件)，當災害發生時往往造成相當程度的經濟損失或人命傷亡，故應適時並加強現有堤防(或護岸)等防洪構造物之維護管理、歲修養護、及定期或不定期辦理檢查等工作，以確保防洪功能。鑑於瞭解現場堤防沖刷災害的成因，可改善具沖刷潛勢堤段之防災能力與增進工程設計的信心。爰此，經濟部水利署第四河川局乃辦理「濁水溪常受損河段治理工法研究」。首先，本研究對於計畫河段之地質環境與治理計畫及防水建造物(堤防或護岸)等相關基本資料；受災歷史、河川水文與地質特性及航空照片等有關相關歷史資料，進行瞭解與蒐集分類建檔。然後針對防水建造物受災情形，將過去所蒐集調查之資料依不同時期(含各階段之颱洪前、颱洪中、颱洪後)予以分類建檔。此外，再就歷年來河道沖淤及流路變遷過程進行系統性探討。再者，對於防水建造物之沖刷災害原因調查、受災流程、河道變遷、及河床穩定坡度的估算與驗證、沖刷防治工法之生態環境考量，予以深入研究與分析探討，各項成果可作為未來辦理各項工程時之相關考量與設計依據。除研提符合生態環境考量之一般性防水建造物災後復建或復舊補強的沖刷防治工法外，並針對各堤段之重要關鍵課題提出治理改善對策與方案，其包含工程改善方案、河道整理(或疏濬)、及監視預警、緊急疏散等非工程手段之因應事項，可為研擬相關防救災策略與措施作業之參考。最後，將上述分類彙整之各堤防段歷史資料，數位化建置「濁水溪水系(常受損)堤防資料庫系統」，可供第四河川局爾後執行堤防養護維修業務的參考。此外，亦完成陳有蘭溪、清水溪、東埔蚋溪等三溪段的航拍及正射影像、及「濁水溪水系」與「東埔蚋溪專案整治計畫」多媒體影片及簡介摺頁等之製作。</abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960256</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009604152</governmentpublicationsnumber><identifier>77522</identifier><internationalstandardbooknumber>9789860124811 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77522</librarycollectiondetailsurl><price>400</price><publisher>水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>濁水溪常受損河段治理工法研究(光碟版)=Study on Related Countermeasures of Sscour Vulnerable Levees along Cho-Shui River</title><yearidentifier>200712</yearidentifier></data><data><abstract>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77523</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77523</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址〈金崙區〉海域環境基本資料調查計劃─The Essential Investigation  of  Envronment in  Search for  The  Potential  Site  for  The  Deep  Sea  Water  Plant in  Taitung  Area〈Jinlun〉</title><yearidentifier>200806</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>77524</identifier><internationalstandardbooknumber>9789860181364 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77524</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>77525</identifier><internationalstandardbooknumber>9789860181364 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77525</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)－（光碟版）＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>近年來隨著全球氣候的極端變化，世界各地颱風、地震、海嘯等災難頻傳，100年時代雜誌更首次將複合式災難列為全球十大國際新聞事件，更可看出「救災」這議題之重要性。在災難發生之後，除了造成無法估計價值的民生損失之外，後續的民生安置更是嚴重問題，各國政府除了在第一時間伸出援手、啟動災難應變措施之外，民眾也須有防災應變的準備，受難災民要面臨的不僅是重建破碎的家園，更重要的是撐過災後可能發生無電無水無食物的日子。而台灣身處地震與颱風侵襲頻繁之地區，如何在災後提供給民眾潔淨安全之用水，避免民眾因水環境問題，導致生病(大規模病媒傳染)或死亡，因此研發緊急型淨水裝置可說是迫在眉梢。 急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區等地，故其機動性則顯的十分重要。因此，本計畫之多元化水源機動式緊急淨水模組應與車體或其他運輸工具結合，能在災難發生時立即將淨水設備輸送至有用水需求之地區，並針對當地水源特性不同，可快速抽換其淨水單元，具有處理河川水、湖泊水、泥水、海水之能力，處理水量設計為200 L/hr左右。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030179</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302789</governmentpublicationsnumber><identifier>77527</identifier><internationalstandardbooknumber>9789860434170 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77527</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>多元化水源機動式緊急淨水設備研發(2/2)The study of emergency water treatment mobile system for diverse water source (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來，適值全球氣候變遷情形加劇，極端複合型災害雜沓紛呈且接踵而至；復以其規模逾常與猝不及防之勢，動輒踰越現階段防災體系所得及時因應妥處之能量範疇，而釀致重大災損。 爰此，為擬具今後數年間嚴謹具體且適切可行之中長程水旱災防救整體策略暨單項計畫，旁徵博引廣納諸端固有所需，去蕪存菁俾為己用尤屬至要。倘欲達此標的，國內各部會間乃至其所轄單位之現行防救災體系與執行成果實有可資綜覽疏理之處；而國外近年防救災政策方針之研訂趨勢亦殊堪援引借鏡。此外，本署近10年所賡續推動之防救災相關計畫亦應藉此機緣一併綜整盤點，並細究其執行得失與實際應用成效，俾為後續調整改善之重要依據。 以上述彙整精鍊與研析演繹之成果為基，冀釐清比對前揭各單位所執行各相關計畫實質內涵之優劣異同；復由提綱挈領盡悉其要旨，以免結構疊床架屋與資源重置虛擲之弊。而經審慎截長補短並擇其精要後，應有助歸納今後確適本署業務屬性之防災科技發展方略，進而引領未來水旱災防救科技領域之軌跡與進程。 綜上所述，本計畫乃藉由綜觀國內外水旱災防救科技趨勢及成果，精確掌握當前蓬勃發展之資訊、視訊、通訊等防災關鍵先驅技術，以利擬具發展策略暨行動計畫、提報中程綱要計畫，進而擘劃長期推動方針。倘其願景隨時日之遞進得以漸次落實，則應能建構更臻自動化、主動化與行動化之水旱災防救科技體系；從而有效提昇災防單位之應變能力，保障國人生命財產之安全。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030130</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010303035</governmentpublicationsnumber><identifier>77528</identifier><internationalstandardbooknumber>9789860437232 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77528</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水旱災防救科技落實應用及發展之研究(2/2)The research for reviewing the achievements and revising the roadmap in technological development of inundation and drought(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。行政院於民國89年成立災害防救委員會，並於90年制定「災害防救基本計畫」，明定各級政府機關在「民眾防災教育訓練及宣導」的相關權責，主要工作範疇涵括「防災意識之提升」、「防災知識之推廣」、「防災訓練之實施」及「企業防災之推動」等項目。為建立民眾防救災意識，降低災害損失並提升政府防救工作效能，本署依據災害防救法第二條、第二十二條及經濟部淹水災害通報要點，廣納民間人力成立志工服務隊，健全災害防救網絡，其重要推動歷程如下： 1.於98年度執行「98年水災防災基層即時通報體系建置計畫」，完成民間防汛志工的招募培訓以及「民眾與防汛志工水情通報平台」之建置。 2.於99年持續透過「99年水災防災基層即時通報計畫」項下工作，促使防汛志工於平時及颱風豪雨期間發揮服務效能，協助各相關機關強化災害應變作業以減低損失。 3.於100年度成立「民眾及防汛志工防災作業建置及策進」三年期計畫(100.7.1~102.12.20)，持續維繫志工熱情及健全組織運用管理機制，逐年強化民間防汛救災之力量，其中自101年起，本署所屬各式志工完成整併，防汛志工新增護水相關任務，服務隊亦更名為「防汛護水志工服務隊」。 防汛護水志工服務隊組成不易，為促使民眾參與水利公共事務及健全災害防救體系之重要突破，組織之永續發展有賴志工主管(推展)機關持續管理、輔導及資源挹注，爰此，103年度持續成立本計畫，俾利現有成果之延續及擴大。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030162</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302681</governmentpublicationsnumber><identifier>77529</identifier><internationalstandardbooknumber>9789860433562 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77529</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年防汛護水志工輔導及精進計畫(內附光碟)2014 Assistance and Enrichment Program for Flood Control and Water Resources Preservation Volunteers</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。 此外有鑑於堰塞湖災害之發生日益嚴重，針對署內同仁先進行相關應變教育訓練，使未來發生時能從容應對，得使災情減至最低，為防範於未然堰塞湖應變教育實屬重要。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314   443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030163</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302683</governmentpublicationsnumber><identifier>77530</identifier><internationalstandardbooknumber>9789860433579 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77530</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年水災災情蒐集服務團計畫Survey Service Group of Flood Events in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署近年持續發展之洪水預報系統，已歷經第一代分散式、第二代機率式，乃至第三代為搭配各類系集降雨預報工具所進行洪水預報系統之持續研發與改進，對於全臺中央管河川於颱洪期間之水位變化趨勢，提供即時之預報資訊。然目前各河川局所建置之洪水預報系統，於前端使用者介面、各類運算模組，乃至後端資料庫等部分，尚未適切整合，至現階段尚無法即時彙整於同一展示平台以供更深入全面之加值應用，以因應整體決策支援之需求。 本計畫之執行目的，在於將研發迄今之系集洪水預報系統持續更新並實際應用於各河川局現行相關預報系統；並於本署終端建立預報資訊整合查詢介面，以即時掌控各中央管河川及主要流域之水位預報成果。另為配合現行各類型系集降雨預報工具之持續發展，其資料供應格式、資訊傳輸介面，乃至與目前洪水預報系統之適配性等，均應審慎釐清，且經由適切調整以資實用，並應進行系統效能定性及定量之分析與檢討。 其後，為利現行自動化預報系統多元應用及後續開發彈性，並因應颱洪期間中央災害應變中心針對特定情境及設計降雨條件進行洪水預報之各類指示，本計畫將研擬降雨預報資料自動化輸入外之雨量資料輸入方案；該方案執行時應不得影響運作中之自動化模擬演算，冀使本預報系統得為颱洪期間防救災及時有效之應用工具。此外，於颱風豪雨期間應依本署需求提供以洪水預報系統演算求得之水位預報資訊，俾為情資研判暨應變決策之參據。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030151</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010303036</governmentpublicationsnumber><identifier>77531</identifier><internationalstandardbooknumber>9789860437249 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77531</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>系集洪水預報系統資訊整合及加值應用The Information Integeration and Application Expansion of the Ensemble Flood Forecast System</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協同各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署102年度防災值勤應變教育訓練，針對本署暨所屬單位，以及各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜。於大眾推廣部分，擬委託廠商協助本署開發多元教學型態，並持續經營規劃適當之教學場域，以利推廣政令，並展示新穎軟、硬體防災技術，以及災害防救觀念。除強化民眾對於水利防災議題的重視與關心，並向下深耕學生應具備之防災知能，建構正確的因應態度。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030178</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010303008</governmentpublicationsnumber><identifier>77532</identifier><internationalstandardbooknumber>9789860436914 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77532</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年提昇水利防災應變作業能力計畫Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program , 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、地震災害及淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另藉由水庫集水區降雨特性分析進行水庫入流量推估，進而提供決策者於防汛應變期間水庫防洪操作之參考。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030174</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302804</governmentpublicationsnumber><identifier>77533</identifier><internationalstandardbooknumber>9789860435085 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77533</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>流域防災資訊整合之研究(2/2)(內附光碟)Study of the integrated information system for watershed disaster prevention(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>就水資源供應觀點而論，台灣的水資源供水的可靠度相對較低，若能進行人工增雨適時增加降水量，除作為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030168</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302857</governmentpublicationsnumber><identifier>77534</identifier><internationalstandardbooknumber>9789860435412 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77534</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年人工增雨計畫Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201412</yearidentifier></data><data><abstract>因極端降雨型態造成都市地區短時間內無法排除多餘雨量、區域排洪不及而淹水，經常造成巨大的經濟損失，因此水利署提出利用都市現有監視影像進行水情研究，進而發展出自動化都市淹水監測系統，期能對水情資訊作早期預警並提供防災之用途。計畫內容主要是發展一套擷取現有都市監視影像，進行自動化淹水監控、預警與即時線上導覽之系統。結合影像擷取、影像分析與處理、影像辨識、水深估算、地理資訊系統、簡訊傳輸、資料庫等技術，應用於監視影像分析，並將分析結果傳送至個人行動裝置以提供早期預警。藉由此一計畫進行都市區域自動化影像積淹水先期應用，期望能有效提升防災執行能力，提升防災人員掌握即時情資</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030164</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302682</governmentpublicationsnumber><identifier>77535</identifier><internationalstandardbooknumber>9789860433586 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77535</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>積淹水影像監控技術應用先期規劃Preliminary Plan of Monitoring Technology for CCTV Flooding Images</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之」，本署為自來水法主管機關，為落實上開法規之相關規定，因此自94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，其中94~98年度針對自來水事業單位舉辦5次已在職人員考驗，通過考驗合格者為6,062人，各事業單位聘僱之人員大致已取得證照，爰99年度起迄102年度已辦理4次全國性自來水事業技術人員考驗，報考資格並未限定自來水事業單位在職人員，通過考驗合格者為6,390人，故本考驗自94~102年度，通過考驗取得合格證書總計約為12,452人次，已逐步落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理103-104年度全國性自來水技術人員考驗相關事宜，每一年度規劃辦理1次筆試測驗及1次證照審查，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段之專業技能考驗，俾改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030161</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302566</governmentpublicationsnumber><identifier>77536</identifier><internationalstandardbooknumber>9789860433012 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77536</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103-104年度自來水技術人員考驗(1/2)2014-2015 Technician Examinatiaon for Water Supply Enterprise(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>飲水中之新興污染物，長期而言對人體具有一定之健康風險，故本署前以4年計畫辦理調查、建立分佈與處理能力情形等工作，惟因檢驗方法所限，常需2星期方能檢驗完畢，無法及時知悉是否含有新興污染物，是以102及103年除擬對淨水場處理前後之水進行持續監測外，並擬開發快速檢測方法，以提供民眾更即時之用水資訊。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030052</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302623</governmentpublicationsnumber><identifier>77537</identifier><internationalstandardbooknumber>9789860432749 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77537</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>公共給水系統新興污染物監控與處理技術提昇研究(2/2)Promotion of the Monitoring and Control on Contaminants of Emerging Concern in Public Water Supply System(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫。經研究結果評估結果，台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。本計畫提出提出四規劃方案進行海岸環境營造，包括部份養灘、全面養灘、離岸堤及突堤養灘等方案，經優選結果以部份養灘案最佳。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA 097021</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1009800799</governmentpublicationsnumber><identifier>77540</identifier><internationalstandardbooknumber>9789860181067 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77540</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(1/2)(光碟)＝The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area )</title><yearidentifier>200904</yearidentifier></data><data><abstract>依據台灣自來水公司統計資料，目前欲提高自來水普及率1%，若採自來水延管工程所需經費約需250億元。爰欲全數改善，經費將高達數千億元，所需經費龐大。爰為求有限經費最佳效益運用，有必要全面檢視臺灣地區(不含臺北市)各縣市自來水系統設置及民眾申裝情形，並調查目前供水系統未到達地區之家戶數及研擬以工程方式供水改善機制與具體改善方案，俾後續無自來水地區供水改善工程計畫之務實推動。本案委託研究調查工作涉及自來水供應現況調查、普及率調查、尚未接飲自來水之家戶分布情形及裝設成本勘估、可行性評估及後續計畫之研擬等專業領域。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030412</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302931</governmentpublicationsnumber><identifier>77544</identifier><internationalstandardbooknumber>9789860436037 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77544</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣本島無自來水地區供水改善策略評估 Water Supply Improvement Strategies for Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據台灣自來水公司統計資料，目前欲提高自來水普及率1%，若採自來水延管工程所需經費約需250億元。爰欲全數改善，經費將高達數千億元，所需經費龐大。爰為求有限經費最佳效益運用，有必要全面檢視臺灣地區(不含臺北市)各縣市自來水系統設置及民眾申裝情形，並調查目前供水系統未到達地區之家戶數及研擬以工程方式供水改善機制與具體改善方案，俾後續無自來水地區供水改善工程計畫之務實推動。本案委託研究調查工作涉及自來水供應現況調查、普及率調查、尚未接飲自來水之家戶分布情形及裝設成本勘估、可行性評估及後續計畫之研擬等專業領域。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030412</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/6</date><governmentpublicationsnumber>1010302931</governmentpublicationsnumber><identifier>77545</identifier><internationalstandardbooknumber>9789860436037 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77545</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣本島無自來水地區供水改善策略評估(光碟版) Water Supply Improvement Strategies for Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201412</yearidentifier></data><data><abstract>1988年農委會補助台灣省水利局（前經濟部水利署、經濟部水利處）辦理研究計畫「台灣水文資料電腦檔應用之研究—(3)台灣地區各雨量測站物部公式之適用性研究」，曾就本署所屬雨量測站至1985年為止，觀測所得的雨量資料進行研究分析，建立各測站的降雨強度—延時Horner公式。現已時隔十餘年，本報告再補增本署所屬156站雨量站持續觀測至今的雨量資料，及中央氣象局的25站局屬氣象站，進行台灣地區各雨量測站降雨強度—延時Horner公式的分析與修正更新，以更適切地掌握台灣各地區的降雨強度延時特性。分析過程中特別注重資料的正確性、合理性查核，相信可提供水利工程規劃設計及相關研究參考。</abstract><author>經濟部水利署</author><categoryidentifier>328.647</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009200561</governmentpublicationsnumber><identifier>77546</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77546</librarycollectiondetailsurl><price>335</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>台灣地區雨量測站降雨強度－延時 Horner公式分析 (光碟版)</title><yearidentifier>200302</yearidentifier></data><data><abstract>河川砂石採取最主要之法令依據為「土石採取規則」及「河川管理辦法」。河川內之土石採取許可，申請人應依據土石採取規則第27-1條之規定，檢具應備書件向主管機關提出申請，使用河川公地部分移請河川管理機關核辦，取得河川管理機關核發土石採取使用河川許可書</abstract><author>黎明顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009104593</governmentpublicationsnumber><identifier>77547</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77547</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川砂石採取執行方式檢討評鑑報告書=d Gravel MininReview and Evaluation on River Sand ang Operation</title><yearidentifier>200212</yearidentifier></data><data><abstract>河川砂石採取最主要之法令依據為「土石採取規則」及「河川管理辦法」。河川內之土石採取許可，申請人應依據土石採取規則第27-1條之規定，檢具應備書件向主管機關提出申請，使用河川公地部分移請河川管理機關核辦，取得河川管理機關核發土石採取使用河川許可書</abstract><author>黎明顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009104593</governmentpublicationsnumber><identifier>77548</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77548</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>91</publishrocyear><title>河川砂石採取執行方式檢討評鑑報告書(光碟)=d Gravel MininReview and Evaluation on River Sand ang Operation</title><yearidentifier>200212</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030100</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1010302708</governmentpublicationsnumber><identifier>77552</identifier><internationalstandardbooknumber>9789860434514 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77552</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度河川監控管理整合平台維護及改善計畫The Maintenance and improvement of Integration Pklatgorm for River Monitoring and Management System 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合監控中心NOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。本計畫係以提升河川監控管理整合平台為主，使其功能更加完整性及加值化。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030100</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1010302708</governmentpublicationsnumber><identifier>77553</identifier><internationalstandardbooknumber>9789860434514 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77553</librarycollectiondetailsurl><price>1000</price><publisher>經濟部 水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度河川監控管理整合平台維護及改善計畫(光碟版)The Maintenance and improvement of Integration Pklatgorm for River Monitoring and Management System 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009200165</governmentpublicationsnumber><identifier>77554</identifier><internationalstandardbooknumber>9789570138016 ; 9789570138</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77554</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>石岡壩的故事石岡壩九二一震災紀念文集</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009200644</governmentpublicationsnumber><identifier>77555</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77555</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣現有地下水觀測及地盤下陷監測資料之整理與分析報告 第五期：新苗地區、台中地區、花東縱谷</title><yearidentifier>200302</yearidentifier></data><data><abstract>本局沿革組織、大事紀要、業務(水資源調查規劃、資訊業務、水資源開發工程、工務行政、品質管制、水庫集水維護及保育、水庫養護、水資源調度管理、北部地區水權管理概述、水庫資產管理、水庫運轉、觀光業務、事務管理檢核實錄、會計系統、人事管理、革新政風、行政革新與研究發展)</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.061058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>2009201694</governmentpublicationsnumber><identifier>77556</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77556</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十一年）</title><yearidentifier>200306</yearidentifier></data><data><abstract>為因應東台灣用水需求成長，調查分析台東地區水資源之現況及未來供需情形，檢討及研究各水源開發案，綜合評估該地區之水資源開發，擬定可行開發案之開發順序及時程，遠程滿足民國110年之用水需求為目標。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.6194</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009104899</governmentpublicationsnumber><identifier>77559</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77559</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台東地區水資源開發檢討報告 Report on Review of Water Resources Development in Taitung Area</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009200644</governmentpublicationsnumber><identifier>77560</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77560</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣現有地下水觀測及地盤下陷監測資料之整理與分析報告 第五期：新苗地區、台中地區、花東縱谷</title><yearidentifier>200302</yearidentifier></data><data><abstract>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>548.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/9</date><governmentpublicationsnumber>1009104589</governmentpublicationsnumber><identifier>77562</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77562</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/10</date><governmentpublicationsnumber>1009700815</governmentpublicationsnumber><identifier>77565</identifier><internationalstandardbooknumber>9789860137958 ; 9789860137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77565</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東海岸香蘭段防護對策研究─The Stregy  Of Coastal  Protection  At  Hsianlan. Taitung</title><yearidentifier>200804</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之台東縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過700公尺以上，非常適合深層海水的開發與相關產業之進駐，與花蓮、宜蘭海域同為全台極具開發潛力候選區域之一。 　　本年度計畫針對所選定之潛力場址（金崙地區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 　　本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 　　最後就海陸域地形與海域環境測量與調查成果中，於台東縣金崙潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.924</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960116</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/10</date><governmentpublicationsnumber>1009700861</governmentpublicationsnumber><identifier>77566</identifier><internationalstandardbooknumber>9789860139181 ; 9789860139</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77566</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>台東地區深層海水潛力場址(金崙區)海域環境基本資料調查計畫＝The Essential Investigation of Environment in Search for the Potential Site for The Deep Sea Water Plant in Taitung Area (Jinlun)</title><yearidentifier>200806</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>77569</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77569</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2):附錄-現場調查數據=Restoration of Sandy Coast at Taitung(2/2)Appendix</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計針對卑南溪口至利嘉溪口段約12KG長海岸，分兩年已分期分段方式進行水深地形測量及分段海岸潮流波、輸砂調查，並舉辦水工模型測驗，分段探討海岸之侵淤情形及溢淹特性，提出較佳之防護方法，進以研擬各分段海岸之復育對策。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>351.394</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>77572</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77572</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究〈2/2〉=Restoration of Sandy Coast at Taitung〈2/2〉</title><yearidentifier>200604</yearidentifier></data><data><abstract>公共工程建設旨在建立人民生活與產業發展的基礎環境,完善的公共建設不僅能避免災害的發生、提供人民健康又安全生活環境,更能夠帶動國家經濟建設的發展,強化國家的整體競爭力。河川工程是公共工程中相當重要的一部份,河川工程包括了各項水利工程與公路與鐵路之橋樑工程,公共工程大多由政府部門發包,由營造業者來承建。由於產品之多元性、複雜性及作業環境之多變性,許多工程在施工期間即面臨了較高的災害風險,而營造業者工程承攬與分包的經營型態也使得安全衛生在規劃階段不易進行,施工過程中管理困難。河川工程施工天然災害預警系統可整合各河川局及時水情資訊、地理資訊系統及無線電通訊網路,來對施工廠商提供及時之警訊息。</abstract><author>經濟部水利署、中華大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009204873</governmentpublicationsnumber><identifier>77575</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77575</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>河川工程施工安全管理問題探討之研究  Investigation of Construction Safety Management Issues for River Construction Projects</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2008300068</governmentpublicationsnumber><identifier>77578</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77578</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十ㄧ年度年報</title><yearidentifier>200311</yearidentifier></data><data><abstract>陳炎銘先生整理累積約一百六十則，每則「字對」或「字群」除有各字的解釋外並有例句比對說明，讓閱讀過的人都能更深一層認識該字的涵義而不會再誤用。</abstract><author>經濟部水利署</author><categoryidentifier>802.263</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009203749</governmentpublicationsnumber><identifier>77581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77581</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>92</publishrocyear><title>字詞辨正</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009001435</governmentpublicationsnumber><identifier>77587</identifier><internationalstandardbooknumber>9789570283099 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77587</librarycollectiondetailsurl><price>170</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第六篇(下冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract>經濟部水利處(原台灣省政府水利處)八十八年度年報</abstract><author>經濟部水利處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>8853880010</governmentpublicationsnumber><identifier>77590</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77590</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>經濟部水利處(原台灣省政府水利處)八十八年度年報</title><yearidentifier>199912</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1009203462</governmentpublicationsnumber><identifier>77593</identifier><internationalstandardbooknumber>9789570152876 ; 9789570152</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77593</librarycollectiondetailsurl><price>200</price><publisher>法務部</publisher><publishrocyear>92</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編(三)</title><yearidentifier>200310</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2010103958</governmentpublicationsnumber><identifier>77598</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77598</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年台灣溫泉監測季報 第一季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE FIRST QUARTER</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2010103959</governmentpublicationsnumber><identifier>77599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77599</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年台灣溫泉監測季報 第二季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE TSECOND QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2010103960</governmentpublicationsnumber><identifier>77600</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77600</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年台灣溫泉監測季報 第三季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE THIRD QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2010103953</governmentpublicationsnumber><identifier>77601</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77601</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年台灣溫泉監測季報 第四季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2013 THE FOURTH QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract>經濟部水利署年報(九十一年度) (內附光碟)</abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>2009201336</governmentpublicationsnumber><identifier>77606</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77606</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>91年度經濟部水利署年報(光碟版) Water Ressources Agency Ministry of Economic Affairs</title><yearidentifier>200307</yearidentifier></data><data><abstract>水庫泥砂課題涵蓋範圍相當廣，延伸至國內主要水庫淤積問題分析與解決策略評估，其每部分都相當複雜，不管在學術或實務面上，每一個面向，包含泥砂監測新技術、入庫泥砂監測，以至於入庫泥砂量推估，另外如水庫防淤與清淤技術，甚至於考量低環境衝擊下防淤與清淤策略等，其實都還是存在若干值得進一步深入探討的問題。集水區治理為水庫防淤之重要工作，而其首要目標應為瞭解集水區產砂量，以做為集水區土砂治理與庫區防淤操作策略擬定之依據。過去國內對於集水區產砂量分析多採前後期航照圖比對配合統計分析，但此法無法定量研判集水區在不同降雨條件下之土砂產量，亦無法瞭解崩塌潛勢之時間空間分布狀況。近年來國際上有部分研究提出模擬法以進行集水區土砂產量分析，此法可評估每一坡地於不同降雨條件之崩塌潛勢，包含崩塌時間與崩塌深度等，為集水區土砂治理與庫區防淤操作策略擬定提供更詳細之量化參考資訊。入庫泥砂監測對庫容影響而言，除了集水區產砂所帶來的高濃度泥砂問題外，另外一個重點為既有攔砂壩毀損後，原有攔蓄砂石運移進入庫區的問題。就減少水庫淤積的防淤與清淤策略而言，擬定防淤與清淤方案，評估防淤與清淤效率，檢討防淤與清淤操作時機是相對重要的研究課題。近年來已有諸多研究針對防淤與清淤課題進行深入探討，以目前成果來看，防淤方案擬定與各方案防淤效率評估已漸趨明確，惟防淤操作細部探討，仍有深入研究的必要性。經濟部水利署水利規劃試驗所(以下簡稱本所)依據經濟部水利署（以下簡稱  鈞署）於102年10月02日經水綜字第10214084250號函「103年度委託服務預訂計畫檢討會議」會議紀錄辦理，爰提本工作委託服務計畫書，俾利工展。另依據鈞署102年12月20日研商104年度水資源科技發展藍圖會議紀錄決議事項第一項第七點、產業用水合理性推估及管理研究計畫(2/4)，第3小點及水源經營組103年1月2日修正之工作內容及鈞署103年2月19日經水源字第10353024160號函示意見辦理。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030376</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/11</date><governmentpublicationsnumber>1010302655</governmentpublicationsnumber><identifier>77607</identifier><internationalstandardbooknumber>9789860433944 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77607</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水庫泥砂監測技術暨防淤操作策略研究(內附光碟)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>8944891971</governmentpublicationsnumber><identifier>77612</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77612</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>流域整體規劃河川集水區數值地形資訊系統建立(一)=Development of the Watershed Digital Topography Information System for Integrated Basin Management (I)</title><yearidentifier>200012</yearidentifier></data><data><abstract>經濟部水利署臺北水源特定區管理局94年度業務統計資料年報</abstract><author>經濟部水利暑臺北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009502161</governmentpublicationsnumber><identifier>77614</identifier><internationalstandardbooknumber>9789860056785 ; 9789860056</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77614</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署臺北水源特定區管理局94年度工作年報 = Taipei Water Management Office Water Resources Agency Ministry of Economic Affairs 2005 annual job report</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>77615</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77615</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)＝The Enviroment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>77618</identifier><internationalstandardbooknumber>9789860181364 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77618</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>政府採購法逐條釋例彙編(一)</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>38041890315</governmentpublicationsnumber><identifier>77619</identifier><internationalstandardbooknumber>9789570264999 ; 9789570264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77619</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>政府採購法逐條釋例彙編(一)</title><yearidentifier>200008</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>77620</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77620</librarycollectiondetailsurl><price>800</price><publisher>水利署水規所</publisher><publishrocyear>97</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(2/2)＝Overall  review of the river environment construction plan for major rivers and study of the strategies for improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>經濟部</author><categoryidentifier>553.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009100026</governmentpublicationsnumber><identifier>77621</identifier><internationalstandardbooknumber>9789570298161 ; 9789570298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77621</librarycollectiondetailsurl><price>200</price><publisher>經濟部法規委員會</publisher><publishrocyear>91</publishrocyear><title>經濟部法制作業手冊[修正五版]</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>鄧婉君、盧顯卿</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009504278</governmentpublicationsnumber><identifier>77625</identifier><internationalstandardbooknumber>9789860083279 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77625</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>蘭陽水絲路聽水說故事</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北水源特定區管理局</author><categoryidentifier>443.68</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009302636</governmentpublicationsnumber><identifier>77626</identifier><internationalstandardbooknumber>9789570182828 ; 9789570182</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77626</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署臺北水源特定區管理局九十二年度年報</title><yearidentifier>200410</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處  編印</author><categoryidentifier>443.6211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>77642</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77642</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處88年下半年及89年度年報</title><yearidentifier>200107</yearidentifier></data><data><abstract> </abstract><author>黃宣衛等合輯</author><categoryidentifier>601</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009100917</governmentpublicationsnumber><identifier>77645</identifier><internationalstandardbooknumber>9789570108927 ; 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QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE FIRST QUARTER</title><yearidentifier>201408</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009001434</governmentpublicationsnumber><identifier>77649</identifier><internationalstandardbooknumber>9789570283075 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77649</librarycollectiondetailsurl><price>270</price><publisher>臺灣省文獻委員會</publisher><publishrocyear>90</publishrocyear><title>臺灣地區水資源史  第五篇(上冊)</title><yearidentifier>200105</yearidentifier></data><data><abstract> </abstract><author>臺灣省文獻委員會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> 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9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77652</librarycollectiondetailsurl><price>380</price><publisher>台灣省文獻委員會</publisher><publishrocyear>89</publishrocyear><title>台灣地區水資源史第六篇上</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>2010103960</governmentpublicationsnumber><identifier>77653</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77653</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零三年台灣溫泉監測季報 第三季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE THIRD QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>2010103953</governmentpublicationsnumber><identifier>77654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77654</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年台灣溫泉監測季報 第四季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2013 THE FOURTH QUARTER</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>2010301829</governmentpublicationsnumber><identifier>77655</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77655</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國一百零二年台灣溫泉監測年報 TAIWAN HOT SPRING MONITORING 2013 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009001652</governmentpublicationsnumber><identifier>77656</identifier><internationalstandardbooknumber>9789570284553 ; 9789570284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77656</librarycollectiondetailsurl><price>1150</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣水之源:台澎金馬水庫壩堰簡介</title><yearidentifier>200112</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030307</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302475</governmentpublicationsnumber><identifier>77659</identifier><internationalstandardbooknumber>9789860431827 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77659</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>河川情勢調查總檢討及作業規範研擬--內附光碟=Review the River Current Status Investigation and Develop Operation Standard</title><yearidentifier>201412</yearidentifier></data><data><abstract>一、計畫緣起與目的 目前經濟部主管的台灣自來水股份有限公司（以下簡稱台水公司）供水區之自來水普及率達91.56%，相較於先進國家毫不遜色，惟估計國內仍約有54萬戶尚無自來水可用，若採自來水延管工程全數改善，所需經費龐大。本計畫目的爰為求有限經費最佳效益運用，全面檢視臺灣地區（不含臺北市）各縣市自來水系統設置及民眾申裝情形，並調查目前供水系統未到達地區之家戶數及研擬以工程方式供水改善機制與具體改善方案，俾後續無自來水地區供水改善工程計畫之務實推動。 二、基本資料蒐集分析 (一)	自來水普及率為評估一個國家或市鎮之社經指標之一，且為重要的維生基礎設施，先進國家如歐、美、日之自來水普及率已達95%以上。各國自來水普及率之定義皆以供水人口除以供水區域總人口計算，但對小系統（small system）簡易自來水是否納入普及率並不一致。  (二)	日本、歐盟及英國將簡易自來水供水人口納入自來水普及率計算作法，可作為國內參考。 (三)	台水公司民國102年統計年報內行政區域戶口與供水戶口資料顯示，台灣本島行政區域之戶數為673萬戶，人口數為1,930萬人，實際供水人口數約為1,767萬人，總普及率為91.56%。 (四)	國內目前共有簡易自來水場904處，供水戶數約10.9萬戶，供水人口數約36.6萬人左右，約佔行政人口1.9%左右。 (五)	自民國63年統計自來水用戶及普及率以來，自來水用戶由92.1萬戶成長至今673萬餘戶，供水普及率亦自41.03%增至目前91.56%，而無自來水戶亦自初期之145.6萬戶減少至53.8萬戶，惟期間仍有新增無自來水戶產生，其增加情形不但造成普及率上升速率減緩，無自來水戶數消減不易，致102年無自來水戶數量約與民國83年時戶數相當。 (六)	民國102年非自來水系統範圍無自來水戶約20.4萬戶、約63萬餘人尚未納入自來水供水區域。於自來水系統範圍內仍約有33.4萬戶、約99.9萬餘人尚未使用自來水，其數量甚且高於非自來水系統範圍內之無自來水戶。 (七)	各縣市政府在訂定簡易自來水事業管理時均針對管理單位、組織章程及營運管理辦法進行審核，對於供水區域及水質檢驗也須持續紀錄送交執行機關審核並備查。惟管理因各縣市標準有所差異，大多數縣市政府仍因民眾申請意願、未申請水權等因素導致事業登記進度停滯。 (八)	根據經濟部水利署101年「水資源開發利用總量管制策略推動規畫」，推估的各目標年每人每日生活用水量，配合水公司年報中一般用水佔用水種類中68.15%，以無自來水地區每戶4人，每人每日177公升，此方式估算全台無自來水地區總需求水量約為391,500 CMD。 三、台灣本島無自來水地區供水問題評析 (一)	國內無自來水地區接用自來水困難之主因可歸納為三點：(1)用戶地處偏遠山區、(2)用戶無力或無意願負擔配水管線接水費用、(3)用戶地處水源充足且良好地區自行接管取水容易等3種因素。 (二)	部份地區無使用自來水之原因：(1)地下水或山泉水水源取得方便，自來水接用費用高昂，居民無法或不願負擔。(2)輸水距離過長，用戶分散，水公司埋管及送水之經濟效益差。(3)輸水管線埋設須經私人用地，土地取得不易。(4)部份地區（如高地）管線施工困難。(5)自?水水費較高，居民無意申請接用。(6)部份地區違建住戶無法申請使用自來水。 (三)	偏遠地區居民通常使用自來水或地下水作為生活用水，與自來水配水系統之距離遠，輸水距離長，致管線工程成本高，經濟效益低，但多數位於容易取得水源區，供水量不穩定。 (四)	高地地區通常採用自來水或簡易自來水系統，兩種供水系統同時存在之地區較少，因居民需分擔工程改善費、操作維護費及其他一切必要之費用，法令無法強制居民請自來水事業代管，故居民意願成為關鍵影響因子。 (五)	經費補助與延管工程政策會間接影響簡易自來水改善成果。執行策略與方法之檢討方向建議： 1、考量財政與籌措財源，檢討經費補助制度。 2、檢討增訂延管工程計畫區應接用自來水之法令。 3、加強縣市簡易自來水管理業務查核。 4、推動非延管工程之簡易自來水由縣市政府公營，以健全營運。 (六)	無自來水地區用水問題與普及率影響因子，主要影響因子為居民意願、用水習慣、水費與政府財務能力等4項。 四、各縣市自來水普及率提升對策 (一)	「無自來水地區供水改善計畫」由水利署主辦推動，台灣自來水公司及地方政府執行，其工程規劃設計思維包括「自來水延管工程」及「簡易自來水系統改善工程」兩項。 (二)	在現有無自來水戶數量不再繼續增加之前提下，若台灣本島各縣市（原民區除外）所有無自來水戶全面以自來水延管方式改善，總工程費用約需3,020億元，其中一般地區無自來水戶全面延管改善費用約需2,851億元，水庫周邊無自來水戶全面延管改善費用約需169億元，其中自來水系統範圍內無自來水戶全面延管費用為55億元，非自來水系統範圍無自來水戶全面延管費用則為2,965億元。如此龐大經費不但不符合經濟原則，也實非國家財政所能負擔。 (三)	本計畫建議一般地區（含水庫周邊地區）自來水延管工程範圍將排除工程單位成本超過60萬/戶或需加壓兩段以上的區域，該區域將以簡易自來水改善維持其供水能力，如此一般地區無自來水地區改善延管工程經費可降至約274億元，連同簡易自來水改善工程則需經費332億元。原住民地區在同樣的經濟原則（費用低於60萬/戶，加壓兩段以內）下延管經費需求為11.9億元，連同簡易自來水改善工程費用（約4億元）共需經費約15.9億元。 (四)	針對目前供水所面臨之問題可分：(1) 非工程改善策略：從法規面的強制接用自來水、研議納入補助提升接水率，到政策面的將簡易自來水事業資料納入用水普及率計算、輔導簡易自來水系統成立簡易自來水事業等方式，(2) 工程改善策略：從經濟效益考量，妥善安排相關自來水延管的資源，編列公務預算由台水公司進行此類範圍內接水工程，以此提升自來水用水普及率。補助偏遠地區建設改善簡易自來水系統，推動各地方縣市政府制定事業登記之管理規定。 五、推動計畫研擬 (一)	基於區域公平原則，建議以分期分區執行： 1、	自來水延管計畫優先納入民國91年前已存在之無自來水戶。 2、	依無自來水戶所在區位分為一般地區、水庫周邊及原住民地區三類，一般地區再以普及率（50%）上下為界分成兩大區間，依無自來水戶延管單位成本由低而高核定補助改善順序。 (二)	建議民國91年以後至本期計畫核定前已存在之無自來水戶列入後期執行。如考慮二期間無自來水戶混居情形，則其工程預算額度分配比例可依據民國91年的普及率89.71％，57.4萬無自來水戶及民國101年的普及率91.32％，54.5萬無自來水戶估算，年度預算約採8：1比例分配。 (三)	在現有無自來水戶數量不再繼續增加之前提下，建議台灣本島地區（原民區除外）自來水延管工程分期（近、中、遠程）經費分別為46.3億元、53.5億元及174.7億元，預期受益戶數分別為8.8萬戶、7.4萬戶及13.5萬戶。簡易自來水改善近程輔導管理經費約5.23億元、改善工程經費7.34億元，合計約為12.57億元；中程輔導管理經費約3.57億元、改善工程經費14.67億元，合計約為18.24億元；遠程輔導管理經費約2.18億元、改善工程經費35.95億元，合計約為38.13億元。 (四)	依無自來水地區供水改善工程優先序位評比結果，研擬供水改善工程計畫包括自來水延管工程實施區位、延管工程內容、工程經費以及實施序位等；另並協調地方政府宣導或補助用戶外線費。簡易自來水改善工程計畫則依預算額度先行補助各縣市政府辦理轄區內簡易自來水輔導管理工作。 六、無自來水地區供水改善工程計畫管考機制研擬 (一)	依據本計畫管考需求，建置進度追蹤管考項目，作為實際執行時查詢管控參考，擬針對實際進度與預定進度兩者比對，以此了解並管控各計畫執行狀況。 (二)	延管工程完成後最少持續追蹤半年，掌握工程實際達成效益，追蹤辦法為維持每2個月營運狀況資料申報，確保計畫完成後實際達成效益，並提供後續政策執行修正方向。 (三)	規劃以資料庫系統（DBMS）整合模組作為管考工作輔助工具，加強管考機制功能發揮，亦協助管考人員提高處理之效率。除可複合式查詢外，亦可統合管理以加強進度管考。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030412</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302931</governmentpublicationsnumber><identifier>77661</identifier><internationalstandardbooknumber>9789860436037 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77661</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣本島無自來水地區供水改善策略評估(光碟版) Water Supply Improvement Strategies for Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>77663</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77663</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料監測調查(1/2)=Field Study on Coastal Monitoring and Investigation in Kimen (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式庫系統建立及探討堰塞湖與河川型態相互引響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析，並對其處理及防治對策得研擬，並編制就災計畫。本報告書為第一年計畫之期末研究成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>77664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77664</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030260</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302727</governmentpublicationsnumber><identifier>77665</identifier><internationalstandardbooknumber>9789860434484 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77665</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>103年度多元化監測及整合技術應用於宜蘭、嘉義、台南及屏東地區地層下陷監測=Application of multi-sensor and integrated technologies to the monitoring of subsidence in Ilan,Chiayi,Tainan and Pingtung area in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>77666</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77666</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究 第一年研究成果報告(內附光碟) Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200212</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>77667</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77667</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien</title><yearidentifier>201412</yearidentifier></data><data><abstract>本局企劃與研發業務係掌理水資源組織、制度、法規、及標準之研擬，節約用水之推動，健全水權管理方案推動，水資源科技發展、國際合作，水資源經濟、人力培訓等多項工作之成果分析報告。</abstract><author>經濟部水資源局</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>8374880680</governmentpublicationsnumber><identifier>77668</identifier><internationalstandardbooknumber>9789570253009 ; 9789570253</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77668</librarycollectiondetailsurl><price>210</price><publisher>經濟部水資源局</publisher><publishrocyear>88</publishrocyear><title>經濟部水資源局-民國八十七年工作年報00-綜-25</title><yearidentifier>199909</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/12</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>77673</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77673</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)=Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/13</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>77683</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77683</librarycollectiondetailsurl><price>120</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業指引</title><yearidentifier>201112</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>77694</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77694</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>77695</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77695</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)(光碟版)Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>石門水庫竣工至今已屆(40)年，隨著歲月的累積，水庫供水服務的地區，呈現嶄新的面貌。貧瘠的土地因灌溉而增產豐收，更藉了農業與農村的改善，而導致工廠林立，交通發達，經濟繁榮、人民生活水準提升。對此一發展與進步，當年石門水庫的興建，確實具有重大的貢獻。</abstract><author>郭雲樵</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>1009201038</governmentpublicationsnumber><identifier>77704</identifier><internationalstandardbooknumber>97012296X ; 97012296X</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77704</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>92</publishrocyear><title>石門水庫營運四十年特刊</title><yearidentifier>200305</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>77705</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77705</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>93</publishrocyear><title>中華民國94年潮汐表=TIDAL TABLES 2005</title><yearidentifier>200411</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030311</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>1010302421</governmentpublicationsnumber><identifier>77709</identifier><internationalstandardbooknumber>9789860430639 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>國家級防災監測及模式測試基地建置總報告Setup of national base for disaster prevention momnitoring and model testing</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。 檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030311</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/16</date><governmentpublicationsnumber>1010302421</governmentpublicationsnumber><identifier>77710</identifier><internationalstandardbooknumber>9789860430639 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77710</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>國家級防災監測及模式測試基地建置總報告--光碟版=Setup of national base for disaster prevention momnitoring and model testing</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣受全球氣候異常影響，高強度、長延時降雨帶來各種災害，對環境及人民生活之衝擊更是不可言喻。檢視現有流域系統內各類觀測站所能提供訊息，仍難充分掌握流域系統內之各項水情狀況，以作為緊急應變、平時防減災及提供水文、水理模式校驗等各種應用之依據。鑒此，應建置國家級防災監測及模式測試基地。針對選定流域，進行長期且全面之水文及地文資料之蒐集、監測、分析與整合，並利用相關資料作為水文水理數值模式之模擬驗證使用，以落實流域管理以達到防、減災之目的。本計畫目的為於選定測試基地中建置相關水文監測儀器與進行地文與災害調查，並完成基地水文資料庫，以提供基地內防災監測。此外將規劃建立模式測試應用平台，以提供模式驗證測試及提昇未來應用之準確性，助於水利防災之相關問題。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>445.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030311</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010302421</governmentpublicationsnumber><identifier>77712</identifier><internationalstandardbooknumber>9789860430639 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77712</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>國家級防災監測及模式測試基地建置總報告Setup of national base for disaster prevention momnitoring and model testing</title><yearidentifier>201412</yearidentifier></data><data><abstract>為達成金門地區穩定供水之目的，降低缺水風險，本計畫針對金門地區增建海水淡化廠之工程可行性進行規劃，以提升金門地區水源供應與調度之能力。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030277</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010302474</governmentpublicationsnumber><identifier>77713</identifier><internationalstandardbooknumber>9789860431742 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77713</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(1)(內附光碟)Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning(1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77720</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77720</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)Study Project on Safety Assessment and Analysis of Seawall in Yilan County (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77721</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77721</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)(光碟版)Study Project on Safety Assessment and Analysis of Seawall in Yilan County (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，因應未來異常氣候變遷之挑戰。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030309</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010303006</governmentpublicationsnumber><identifier>77722</identifier><internationalstandardbooknumber>9789860434958 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77722</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>台灣水文長期發展與綜合分析服務(1/2)(內附光碟)Long-term and Integrated Services for Hydrological Analysis in Taiwan (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，因應未來異常氣候變遷之挑戰。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030309</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/17</date><governmentpublicationsnumber>1010303006</governmentpublicationsnumber><identifier>77723</identifier><internationalstandardbooknumber>9789860434958 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77723</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>台灣水文長期發展與綜合分析服務(1/2)(光碟版)Long-term and Integrated Services for Hydrological Analysis in Taiwan (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處  編印</author><categoryidentifier>443.6211</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>2009001241</governmentpublicationsnumber><identifier>77727</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77727</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>經濟部水利處88年下半年及89年度年報</title><yearidentifier>200107</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77728</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77728</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)(光碟版)Study Project on Safety Assessment and Analysis of Seawall in</title><yearidentifier>201412</yearidentifier></data><data><abstract>「環境教育法」通過，開創我國環境保護的新頁，使我國在國際間，成為繼美、日、韓、巴西等，躋身少數對環境教育進行立法的國家。因應國家政策及推動方針，許多民眾、社區、機關、團體皆積極取得環境教育相關認證，而經濟部水利署水利規劃試驗所擁有全國數一數二水資源工程模型試驗場所之特色，且歷年來承辦國內許多重大水資源工程模型試驗工作，並長期辦理「水利人員專業訓練計畫」，無論軟硬體設備皆相當豐富，因此本計畫擬以水資源工程環境教育中心認證作為基礎，協助水規所申請環境教育機構認證，以及人員能力建構與培力，並研提相關建議。 本團隊於102年度水規所執行「水資源工程環境教育評估及規劃」委辦計畫中，已對水資源工程環境教育等相關專業領域，初步規劃「氣候變遷」及「環境及資源管理」等環境教育專業課程，103年將透過本計畫協助水規所更精進環境教育專業課程編撰及師資建立，並儘速協助水規所提出環境教育機構認證申請。</abstract><author>國立臺中教育大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030304</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010302882</governmentpublicationsnumber><identifier>77730</identifier><internationalstandardbooknumber>9789860435917 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77730</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水資源工程環境教育中心認證輔導=Certification Guidance of Environmental Education Center of Water Resource Construction(附錄十~附錄十二)</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77731</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77731</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2) Study Project on Safety Assessment and Analysis of Seawall in Yilan County(2/1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>77745</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77745</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2) 附冊=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940247</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>77746</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77746</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2) 本文=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>77749</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77749</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2):附錄-現場調查數據=Restoration of Sandy Coast at Taitung(2/2)Appendix</title><yearidentifier>200604</yearidentifier></data><data><abstract>本研究將透過現行水文氣象觀測整合平台，探討使用不同降雨資料來源及銜接不同水文分析模式之相關分析成果，另完成本署QPESUMS系統客製化建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030310</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010303004</governmentpublicationsnumber><identifier>77752</identifier><internationalstandardbooknumber>9789860435764 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77752</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>雷達觀測資料及多水文模式於水文氣象觀測整合平台之加值應用(1/2)The development of Value-added applications for Rainfall Radar Data and Multiple Hydrology Models based on FEWS_Taiwan(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本研究將透過現行水文氣象觀測整合平台，探討使用不同降雨資料來源及銜接不同水文分析模式之相關分析成果，另完成本署QPESUMS系統客製化建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030310</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010303004</governmentpublicationsnumber><identifier>77753</identifier><internationalstandardbooknumber>9789860435764 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77753</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>雷達觀測資料及多水文模式於水文氣象觀測整合平台之加值應用(1/2)(光碟版)The development of Value-added applications for Rainfall Radar Data and Multiple Hydrology Models based on FEWS_Taiwan(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>蔡金鼎</author><categoryidentifier>590.9933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/25</date><governmentpublicationsnumber>1010400133</governmentpublicationsnumber><identifier>77754</identifier><internationalstandardbooknumber>9789860442373 ; 9789860442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77754</librarycollectiondetailsurl><price>420</price><publisher>原住民族委員會</publisher><publishrocyear>104</publishrocyear><title>征億高砂義勇隊與國共戰爭時期原住民軍人口述歷史</title><yearidentifier>201502</yearidentifier></data><data><abstract>颱風、豪雨期間之洪水可能會造成人民生命財產嚴重損失，警戒水位訂定係為加強河防安全管理與提升防汛搶險之效能，因此於各河川重要河段建立預警機制，並提早發布可能洪災訊息，供各縣市政府針對保全對象進行避難、疏散，已屬於非工程防災之重要課題。本署目前於全台灣建置200多處水位站，分佈於中央管河川與中央管區域排水，101年度預定完成152站中央管河川警戒水位公告，其成果已為非工程防災之重要參考依據。台灣河川平均約3-5年即受到洪水侵襲，河床斷面會有明顯改變，加上近年來氣候變遷影響，降雨特性明顯改變，101年度北、中、南部地區均發生每小時降雨超過100mm之強降雨，使得洪水上漲速率有明顯增加趨勢。根據水利法第74條：「主管機關應酌量歷年水勢，決定設防之水位或日期。」因此每年汛期結束後，本署須對該年度流域之水文事件進行評估，作為隔年度警戒水位公告之參考，以符合實際狀況所需。此外為強化各河川局對河川警戒水位檢討與修訂之能力，藉由教育訓練與培訓各河川局訂定警戒水位之專責人員，以落實技術深植目的。本署洪水預報作業系統（FEWS）水文、水理參數內容，降雨逕流部分使用Sobek 軟體之Sacramento模式，該模式參數之率定超滲降雨量計算，包括蒸發散、入滲、滲透、土壤排水等物理機制，共包括17個參數；水理演算部分則有曼寧係數等參數；地文資料部分則包含集水區劃分子集水區數目對逕流量影響等，上述參數選用前已委託學術單位完成檢定與驗證，惟距今已有5年以上時間，考量近年降雨特性改變，且本署易淹水地區水患治理計畫已完成規劃報告，縣管河川或縣管區域排水其水文、地文資料或計畫流量已累積眾多資料可供查閱，洪水預報作業系統參數檢定實有重新辦理必要。另洪水預報作業系統（FEWS）現有水文分析流程中對於預報降雨量分析係使用劇烈大氣監測系統（QPESUMS），該系統可提供全台灣平均每1.69平方公里解析度（1.3km＊1.3km）之預報1至3小時預報降雨資訊，而搭配使用QPESUMS網格降雨資料與傳統雨量站進行分析，探討使用不同降雨資料來源、不同空間解析度、不同空間內插方式、與不同集水區邊界條件下，對於水文分析成果之影響性，另銜接不同水文分析模式，透過水文氣象觀測整合平台自動化執行機制，取得流域之流量系集模擬資訊進行研究等，近年本署已委託學術單位進行分析，惟其成果與歷年警戒水位訂定委辦計畫成果尚未建立關聯性。本計畫主要目的係使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失；另完成本署洪水預報作業系統（FEWS）參數檢定與驗證，支援QPESUMS網格降雨資料對流域流量系集模擬預報研究等。</abstract><author>國立交通大學</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030409</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1010302993</governmentpublicationsnumber><identifier>77755</identifier><internationalstandardbooknumber>9789860436921 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77755</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>洪水預報模式參數檢定與警戒水位檢討與訂定(2/2)Calibration of Flood Forecasting Model and Review and Establishment of Warning Stages (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>颱風、豪雨期間之洪水可能會造成人民生命財產嚴重損失，警戒水位訂定係為加強河防安全管理與提升防汛搶險之效能，因此於各河川重要河段建立預警機制，並提早發布可能洪災訊息，供各縣市政府針對保全對象進行避難、疏散，已屬於非工程防災之重要課題。本署目前於全台灣建置200多處水位站，分佈於中央管河川與中央管區域排水，101年度預定完成152站中央管河川警戒水位公告，其成果已為非工程防災之重要參考依據。台灣河川平均約3-5年即受到洪水侵襲，河床斷面會有明顯改變，加上近年來氣候變遷影響，降雨特性明顯改變，101年度北、中、南部地區均發生每小時降雨超過100mm之強降雨，使得洪水上漲速率有明顯增加趨勢。根據水利法第74條：「主管機關應酌量歷年水勢，決定設防之水位或日期。」因此每年汛期結束後，本署須對該年度流域之水文事件進行評估，作為隔年度警戒水位公告之參考，以符合實際狀況所需。此外為強化各河川局對河川警戒水位檢討與修訂之能力，藉由教育訓練與培訓各河川局訂定警戒水位之專責人員，以落實技術深植目的。本署洪水預報作業系統（FEWS）水文、水理參數內容，降雨逕流部分使用Sobek 軟體之Sacramento模式，該模式參數之率定超滲降雨量計算，包括蒸發散、入滲、滲透、土壤排水等物理機制，共包括17個參數；水理演算部分則有曼寧係數等參數；地文資料部分則包含集水區劃分子集水區數目對逕流量影響等，上述參數選用前已委託學術單位完成檢定與驗證，惟距今已有5年以上時間，考量近年降雨特性改變，且本署易淹水地區水患治理計畫已完成規劃報告，縣管河川或縣管區域排水其水文、地文資料或計畫流量已累積眾多資料可供查閱，洪水預報作業系統參數檢定實有重新辦理必要。另洪水預報作業系統（FEWS）現有水文分析流程中對於預報降雨量分析係使用劇烈大氣監測系統（QPESUMS），該系統可提供全台灣平均每1.69平方公里解析度（1.3km＊1.3km）之預報1至3小時預報降雨資訊，而搭配使用QPESUMS網格降雨資料與傳統雨量站進行分析，探討使用不同降雨資料來源、不同空間解析度、不同空間內插方式、與不同集水區邊界條件下，對於水文分析成果之影響性，另銜接不同水文分析模式，透過水文氣象觀測整合平台自動化執行機制，取得流域之流量系集模擬資訊進行研究等，近年本署已委託學術單位進行分析，惟其成果與歷年警戒水位訂定委辦計畫成果尚未建立關聯性。本計畫主要目的係使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失；另完成本署洪水預報作業系統（FEWS）參數檢定與驗證，支援QPESUMS網格降雨資料對流域流量系集模擬預報研究等。</abstract><author>國立交通大學</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030409</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1010302993</governmentpublicationsnumber><identifier>77756</identifier><internationalstandardbooknumber>9789860436921 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77756</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>洪水預報模式參數檢定與警戒水位檢討與訂定(2/2)(光碟版)Calibration of Flood Forecasting Model and Review and Establishment of Warning Stages (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77758</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77758</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)Study Project on Safety Assessment and Analysis of Seawall in</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>77760</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77760</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)(光碟版)Study Project on Safety Assessment and Analysis of Seawall in</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009404653</governmentpublicationsnumber><identifier>77762</identifier><internationalstandardbooknumber>9789860038231 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77762</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>鶴見川流域之再生(日本河川整備中心知識管理合作計畫)叢書no.2.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009404649</governmentpublicationsnumber><identifier>77763</identifier><internationalstandardbooknumber>9789860038248 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77763</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>日本河川整備中心相關出版品摘要簡錄</title><yearidentifier>200512</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>77765</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77765</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)生態工法設計要點參考手冊與分析模式使用手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>548.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009104589</governmentpublicationsnumber><identifier>77767</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77767</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署第十河川局災害防救業務計畫(九十二年更新版)</title><yearidentifier>200306</yearidentifier></data><data><abstract> </abstract><author>財團法人中興土木科技發展文教基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009500685</governmentpublicationsnumber><identifier>77768</identifier><internationalstandardbooknumber>9789860047103 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77768</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署『工程事務管理系統1/2』建置計畫成果報告</title><yearidentifier>200603</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009404660</governmentpublicationsnumber><identifier>77769</identifier><internationalstandardbooknumber>9789860038255 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77769</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川環境整備之經濟評價手冊(日本河川整備中心知識管理合作計畫)叢書no.5.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009404659</governmentpublicationsnumber><identifier>77770</identifier><internationalstandardbooknumber>9789860038224 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77770</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>保護河岸的工法指南(日本河川整備中心知識管理合作計畫)叢書no.4.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009404658</governmentpublicationsnumber><identifier>77771</identifier><internationalstandardbooknumber>9789860083217 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77771</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>結合河川改造城鄉風貌(日本河川整備中心知識管理合作計畫)叢書no.3.</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009300525</governmentpublicationsnumber><identifier>77777</identifier><internationalstandardbooknumber>9789570167436 ; 9789570167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77777</librarycollectiondetailsurl><price>350</price><publisher>行政院公共工程委員會</publisher><publishrocyear>93</publishrocyear><title>2004生態工法案例編選集</title><yearidentifier>200403</yearidentifier></data><data><abstract> </abstract><author>台北市七星農田水利研究發展基金會</author><categoryidentifier>443.3108</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/2/26</date><governmentpublicationsnumber>1009301306</governmentpublicationsnumber><identifier>77778</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77778</librarycollectiondetailsurl><price>工本費50</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「日本河川整備中心出版品推廣計畫」叢書NO.7 營造多元自然型河川 施工及現場的工夫</title><yearidentifier>200406</yearidentifier></data><data><abstract>近年來隨著全球氣候的極端變化，世界各地颱風、地震、海嘯等災難頻傳，100年時代雜誌更首次將複合式災難列為全球十大國際新聞事件，更可看出「救災」這議題之重要性。在災難發生之後，除了造成無法估計價值的民生損失之外，後續的民生安置更是嚴重問題，各國政府除了在第一時間伸出援手、啟動災難應變措施之外，民眾也須有防災應變的準備，受難災民要面臨的不僅是重建破碎的家園，更重要的是撐過災後可能發生無電無水無食物的日子。而台灣身處地震與颱風侵襲頻繁之地區，如何在災後提供給民眾潔淨安全之用水，避免民眾因水環境問題，導致生病(大規模病媒傳染)或死亡，因此研發緊急型淨水裝置可說是迫在眉梢。 急難救助用之緊急供水系統，需於短時間內設置於災區、受困部落、偏遠山區、偏遠村落、救難中心或臨建社區等地，故其機動性則顯的十分重要。因此，本計畫之多元化水源機動式緊急淨水模組應與車體或其他運輸工具結合，能在災難發生時立即將淨水設備輸送至有用水需求之地區，並針對當地水源特性不同，可快速抽換其淨水單元，具有處理河川水、湖泊水、泥水、海水之能力，處理水量設計為200 L/hr左右。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030179</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/2</date><governmentpublicationsnumber>1010302789</governmentpublicationsnumber><identifier>77794</identifier><internationalstandardbooknumber>9789860434170 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77794</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>多元化水源機動式緊急淨水設備研發(2/2)The study of emergency water treatment mobile system for diverse water source (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫擬於103年度施做二次淤積測量工作，預定於103年第一次豪大雨後辦理水面以下測量，以多音束測深儀量測水深，水面上以航拍技術配合空載光達（LiDAR），製作庫區數值地形模型及數值高程模型（DEM）等，量測範圍為EL.235M並再往外推100公尺水平範圍，應涵蓋水庫兩旁台三線道路，並包括大壩及溢洪道至落水池為止。另外於汛期過後須辦理水面下以測深儀量測水深，並進行水庫容積計算，以比較了解歷年之淤積情形。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030132</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/2</date><governmentpublicationsnumber>1010302987</governmentpublicationsnumber><identifier>77799</identifier><internationalstandardbooknumber>9789860436662 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77799</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度曾文水庫淤積測量工作正式報告書</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫擬於103年度施做二次淤積測量工作，預定於103年第一次豪大雨後辦理水面以下測量，以多音束測深儀量測水深，水面上以航拍技術配合空載光達（LiDAR），製作庫區數值地形模型及數值高程模型（DEM）等，量測範圍為EL.235M並再往外推100公尺水平範圍，應涵蓋水庫兩旁台三線道路，並包括大壩及溢洪道至落水池為止。另外於汛期過後須辦理水面下以測深儀量測水深，並進行水庫容積計算，以比較了解歷年之淤積情形。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030132</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/2</date><governmentpublicationsnumber>1010302987</governmentpublicationsnumber><identifier>77800</identifier><internationalstandardbooknumber>9789860436662 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77800</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度曾文水庫淤積測量工作正式報告書(光碟版)2014's Tseng Wen Reservoir sedimentation measurements</title><yearidentifier>201412</yearidentifier></data><data><abstract>受氣候變遷影響，異常降雨或極度乾旱型態加劇，使原本已受地形氣候條件限制，坡陡流短、降雨不均的水資源環境更為嚴峻，增加水資源運用困難度及水文不確定性，多年來防洪治水成果不斷受到氣候變遷衝擊。除了自身氣候變遷調適經驗累積，藉由資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，改善臺灣水資源政策工作。     為期能確實獲取最新資訊，本計畫蒐羅整理國內外水資源新聞，並持續追蹤相關議題，發展研析最新水資源議題新知與他國水資源政策，透過系統平台擴散分享資訊，厚植水利署同仁專業知識，藉以協助並增進水資源政策管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030279</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302594</governmentpublicationsnumber><identifier>77802</identifier><internationalstandardbooknumber>9789860432329 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77802</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年水利新知管理與服務計畫2014 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201412</yearidentifier></data><data><abstract>受氣候變遷影響，異常降雨或極度乾旱型態加劇，使原本已受地形氣候條件限制，坡陡流短、降雨不均的水資源環境更為嚴峻，增加水資源運用困難度及水文不確定性，多年來防洪治水成果不斷受到氣候變遷衝擊。除了自身氣候變遷調適經驗累積，藉由資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，改善臺灣水資源政策工作。     為期能確實獲取最新資訊，本計畫蒐羅整理國內外水資源新聞，並持續追蹤相關議題，發展研析最新水資源議題新知與他國水資源政策，透過系統平台擴散分享資訊，厚植水利署同仁專業知識，藉以協助並增進水資源政策管理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030279</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302594</governmentpublicationsnumber><identifier>77803</identifier><internationalstandardbooknumber>9789860432329 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77803</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年水利新知管理與服務計畫(光碟版) 2014 Management and Services of New Knowledge in Water Ressources</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，從系統歷史資料數據所形成之指標中，可歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，可向決策者及民眾提供決策訊息，除能反應公共政策問題，亦能做為政策計畫管理與調整之資訊。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030313</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302595</governmentpublicationsnumber><identifier>77804</identifier><internationalstandardbooknumber>9789860432336 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77804</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>102??水資源投資分析??報告編輯及系統維護The editing of annual report on the analysis of water resources investments for 2013 and system maintenance</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，從系統歷史資料數據所形成之指標中，可歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，可向決策者及民眾提供決策訊息，除能反應公共政策問題，亦能做為政策計畫管理與調整之資訊。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030313</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302595</governmentpublicationsnumber><identifier>77805</identifier><internationalstandardbooknumber>9789860432336 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77805</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>102??水資源投資分析??報告編輯及系統維護(光碟版)The editing of annual report on the analysis of water resources investments for 2013 and system maintenance</title><yearidentifier>201412</yearidentifier></data><data><abstract>水庫泥砂課題涵蓋範圍相當廣，延伸至國內主要水庫淤積問題分析與解決策略評估，其每部分都相當複雜，不管在學術或實務面上，每一個面向，包含泥砂監測新技術、入庫泥砂監測，以至於入庫泥砂量推估，另外如水庫防淤與清淤技術，甚至於考量低環境衝擊下防淤與清淤策略等，其實都還是存在若干值得進一步深入探討的問題。集水區治理為水庫防淤之重要工作，而其首要目標應為瞭解集水區產砂量，以做為集水區土砂治理與庫區防淤操作策略擬定之依據。過去國內對於集水區產砂量分析多採前後期航照圖比對配合統計分析，但此法無法定量研判集水區在不同降雨條件下之土砂產量，亦無法瞭解崩塌潛勢之時間空間分布狀況。近年來國際上有部分研究提出模擬法以進行集水區土砂產量分析，此法可評估每一坡地於不同降雨條件之崩塌潛勢，包含崩塌時間與崩塌深度等，為集水區土砂治理與庫區防淤操作策略擬定提供更詳細之量化參考資訊。入庫泥砂監測對庫容影響而言，除了集水區產砂所帶來的高濃度泥砂問題外，另外一個重點為既有攔砂壩毀損後，原有攔蓄砂石運移進入庫區的問題。就減少水庫淤積的防淤與清淤策略而言，擬定防淤與清淤方案，評估防淤與清淤效率，檢討防淤與清淤操作時機是相對重要的研究課題。近年來已有諸多研究針對防淤與清淤課題進行深入探討，以目前成果來看，防淤方案擬定與各方案防淤效率評估已漸趨明確，惟防淤操作細部探討，仍有深入研究的必要性。經濟部水利署水利規劃試驗所(以下簡稱本所)依據經濟部水利署（以下簡稱  鈞署）於102年10月02日經水綜字第10214084250號函「103年度委託服務預訂計畫檢討會議」會議紀錄辦理，爰提本工作委託服務計畫書，俾利工展。另依據鈞署102年12月20日研商104年度水資源科技發展藍圖會議紀錄決議事項第一項第七點、產業用水合理性推估及管理研究計畫(2/4)，第3小點及水源經營組103年1月2日修正之工作內容及鈞署103年2月19日經水源字第10353024160號函示意見辦理。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030376</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302655</governmentpublicationsnumber><identifier>77808</identifier><internationalstandardbooknumber>9789860433944 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77808</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水庫泥砂監測技術暨防淤操作策略研究(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水文基本資料係水資源調配利用、防災預警、各項用水供需研擬及水利工程規劃設計最重要之依據。本局流量資料之運用偏重低流量資料之蒐集，而各河川局則是重視高流量之防災預警，兩者屬性不同，為因應此一差異，茲研提本計畫，以為後續水資源調度之依據。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030054</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010303297</governmentpublicationsnumber><identifier>77810</identifier><internationalstandardbooknumber>9789860441550 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77810</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度中水局轄區測站流量測定Stream Flow Meansurement of Hydrostations in Central Water Resources Bureau in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>水文基本資料係水資源調配利用、防災預警、各項用水供需研擬及水利工程規劃設計最重要之依據。本局流量資料之運用偏重低流量資料之蒐集，而各河川局則是重視高流量之防災預警，兩者屬性不同，為因應此一差異，茲研提本計畫，以為後續水資源調度之依據。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030054</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010303297</governmentpublicationsnumber><identifier>77811</identifier><internationalstandardbooknumber>9789860441550 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77811</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度中水局轄區測站流量測定(光碟版)Stream Flow Meansurement of Hydrostations in Central Water Resources Bureau in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>經濟部水利屬第十河川局</author><categoryidentifier>443.6   445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030062</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302473</governmentpublicationsnumber><identifier>77812</identifier><internationalstandardbooknumber>9789860431865 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77812</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利屬第十河川局</publisher><publishrocyear>103</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究(1/2)Study for the influence on flood by operation mechanism of weir at upstream Xindian river(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030283</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/3</date><governmentpublicationsnumber>1010302476</governmentpublicationsnumber><identifier>77813</identifier><internationalstandardbooknumber>9789860431810 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77813</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-施工規劃(內附光碟)A Review of Feasibility Study of Shuangxi Reservoir (4) –The Planning for Engineering</title><yearidentifier>201412</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030060</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/4</date><governmentpublicationsnumber>1010400050</governmentpublicationsnumber><identifier>77830</identifier><internationalstandardbooknumber>9789860440140 ; 9789860440</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77830</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>104</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(1/2)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar (1/2)</title><yearidentifier>201501</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030060</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/4</date><governmentpublicationsnumber>1010400050</governmentpublicationsnumber><identifier>77831</identifier><internationalstandardbooknumber>9789860440140 ; 9789860440</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77831</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>104</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(1/2)(光碟版)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar (1/2)</title><yearidentifier>201501</yearidentifier></data><data><abstract>為擬訂淡水河流域整體治理下期實施計畫報行政院，本計畫將先檢討101~104年執行狀況，研擬改善策略，以擬訂下期實施計畫。因此經濟部水利署第十河川局（以下簡稱十河局）辦理本計畫，分2年辦理，本年度為第1年計畫</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/4</date><governmentpublicationsnumber>1010302890</governmentpublicationsnumber><identifier>77832</identifier><internationalstandardbooknumber>9789860436310 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77832</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>103</publishrocyear><title>淡水河流域整體治理綱要計畫(101-104年)執行檢討及改善策略研擬(1/2)(內附光碟) The implementation Review of the Master plan for Comprehensive Management of Tamsui River Basin and elaboration of improvement strategy(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10302592</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/4</date><governmentpublicationsnumber>1010302479</governmentpublicationsnumber><identifier>77833</identifier><internationalstandardbooknumber>9789860431919 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77833</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-替代方案研究(內附光碟)A Review of Feasibility Study of Shuangxi Reservoir(4)-Report on Alternative Scheme Study</title><yearidentifier>201412</yearidentifier></data><data><abstract>規劃中之雙溪水庫系計畫供應北部區域東北角地區之雙溪、貢寮、瑞芳，以及基隆地區公共給水及工業用水之重要規劃案。 水庫集水區位於臺灣東北部，基隆市東南方15公里之新北市東側。水庫主要水源為雙溪支流之丁子蘭溪並與貢寮攔河堰聯合運用，大壩位於新北市雙溪區魚行里丁子蘭坑，集水區面積約8.97平方公里、計畫淹沒區面積約0.55平方公里。 本計畫為雙溪水庫可行性規劃性總報告所羅列辦理之工作項目中之地震危害度分析繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030267</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/4</date><governmentpublicationsnumber>1010302420</governmentpublicationsnumber><identifier>77834</identifier><internationalstandardbooknumber>9789860430578 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77834</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-強地動儀維護觀測及分析(內附光碟)A Review of Feasibility Study of Shuangxi Reservoir(4)-Report of Strong Motion Seismograph Maintenance Observation and Analysis</title><yearidentifier>201412</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030060</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/5</date><governmentpublicationsnumber>1010400050</governmentpublicationsnumber><identifier>77835</identifier><internationalstandardbooknumber>9789860440140 ; 9789860440</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77835</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(1/2)Th3 effects on the protection works at Chia-yi coast by the changes of Wai-ding sandbar(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030060</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/5</date><governmentpublicationsnumber>1010400050</governmentpublicationsnumber><identifier>77836</identifier><internationalstandardbooknumber>9789860440140 ; 9789860440</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77836</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>104</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(1/2)(光碟版)Th3 effects on the protection works at Chia-yi coast by the changes of Wai-ding sandbar(1/2)</title><yearidentifier>201501</yearidentifier></data><data><abstract>政府採購法逐條釋例彙編(一)</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>38041890315</governmentpublicationsnumber><identifier>77843</identifier><internationalstandardbooknumber>9789570264999 ; 9789570264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77843</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>89</publishrocyear><title>政府採購法逐條釋例彙編(一)</title><yearidentifier>200008</yearidentifier></data><data><abstract>水，對任何人來說不能一日沒有它，但過多又會危害到生命及財產之安全，可說是既愛又害怕，也正因為如此水利事業機關在政府部門一直不容忽略，尤其近幾年來，全球氣候異常，乾旱、洪水發生頻率逐年上升，再加上台灣地形起伏變化極劇，集水區地勢陡峭不易涵養水份，以及降雨豐枯分布極為不平均等等因素，讓中央掌管水利事業之機關--水利署，除了致力於防治水患，減輕洪災損失外，同時面臨開發與調配水資源，並兼顧自然之親水環境與創造源源不絕之活水等多元化的挑戰。 考量21世紀之水資源經營管理，除須面對臺灣地區整體水環境變化之嚴峻考驗，另一方面則需考量我國加入世界貿易組織（WTO）後之產業結構轉變影響，並兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢，爰編訂「水資源白皮書」，其編訂內容架構以本署治水、利水、保水、親水及活水五大策略為基礎，展現現階段水資源建設成果，回顧先人蓽路藍縷之建設成就，並廣納「92年全國水利會議」之各界建言，擷取具永續性、多樣性、前瞻性及可行性之水資源政策，作為未來我國水資源業務推動之最高指導方針，俾供各界瞭解今後水資源事業努力方向，以期策勵共勉。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009404607</governmentpublicationsnumber><identifier>77845</identifier><internationalstandardbooknumber>9789860037814 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77845</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水資源白皮書(光碟版)</title><yearidentifier>200501</yearidentifier></data><data><abstract>水，對任何人來說不能一日沒有它，但過多又會危害到生命及財產之安全，可說是既愛又害怕，也正因為如此水利事業機關在政府部門一直不容忽略，尤其近幾年來，全球氣候異常，乾旱、洪水發生頻率逐年上升，再加上台灣地形起伏變化極劇，集水區地勢陡峭不易涵養水份，以及降雨豐枯分布極為不平均等等因素，讓中央掌管水利事業之機關--水利署，除了致力於防治水患，減輕洪災損失外，同時面臨開發與調配水資源，並兼顧自然之親水環境與創造源源不絕之活水等多元化的挑戰。 考量21世紀之水資源經營管理，除須面對臺灣地區整體水環境變化之嚴峻考驗，另一方面則需考量我國加入世界貿易組織（WTO）後之產業結構轉變影響，並兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢，爰編訂「水資源白皮書」，其編訂內容架構以本署治水、利水、保水、親水及活水五大策略為基礎，展現現階段水資源建設成果，回顧先人蓽路藍縷之建設成就，並廣納「92年全國水利會議」之各界建言，擷取具永續性、多樣性、前瞻性及可行性之水資源政策，作為未來我國水資源業務推動之最高指導方針，俾供各界瞭解今後水資源事業努力方向，以期策勵共勉。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009404607</governmentpublicationsnumber><identifier>77846</identifier><internationalstandardbooknumber>9789860037814 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77846</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源白皮書</title><yearidentifier>200601</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009400758</governmentpublicationsnumber><identifier>77847</identifier><internationalstandardbooknumber>9789860006506 ; 9789860006</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77847</librarycollectiondetailsurl><price>250</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>政府採購申訴案例彙編(三)〈法規叢書029-2〉</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>行政公共工程委員會</author><categoryidentifier>575.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009004466</governmentpublicationsnumber><identifier>77848</identifier><internationalstandardbooknumber>9789570296129 ; 9789570296</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77848</librarycollectiondetailsurl><price>415</price><publisher>行政公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>各機關辦理公有建築物作業手冊</title><yearidentifier>200112</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77858</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77858</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)(光碟版)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77859</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77859</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>吳憲雄、李崇清、洪海、林火木等32人</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>8852890438</governmentpublicationsnumber><identifier>77863</identifier><internationalstandardbooknumber>9789750265082 ; 9789750265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77863</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>水庫資料冊</title><yearidentifier>200007</yearidentifier></data><data><abstract>本研究為配合生態工法「 因地制宜就地取材」之原則，自行發展植生護岸安定分析模式外，亦蒐集整理適合台灣河川中下游之植物種類及特性，以期能提供未來在生態治河中河岸安定分析與植栽物種選者之參考。</abstract><author>交通大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>77867</identifier><internationalstandardbooknumber>9789570194593 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77867</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)分析模式使用操作手冊=The development of model and desingn guideline for ecological engineering methods (1/2)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究為配合生態工法「 因地制宜就地取材」之原則，自行發展植生護岸安定分析模式外，亦蒐集整理適合台灣河川中下游之植物種類及特性，以期能提供未來在生態治河中河岸安定分析與植栽物種選者之參考。</abstract><author>交通大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/6</date><governmentpublicationsnumber>1009304484</governmentpublicationsnumber><identifier>77868</identifier><internationalstandardbooknumber>9789570194593 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77868</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>生態工法分析模式及設計要點研究(1/2)=The development of model and desingn guideline for ecological engineering methods (1/2)光碟</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/9</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77873</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77873</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/9</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>77874</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77874</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)(光碟版)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>7101880018</governmentpublicationsnumber><identifier>77880</identifier><internationalstandardbooknumber>9789570234152 ; 9789570234</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77880</librarycollectiondetailsurl><price>1500</price><publisher>法務部</publisher><publishrocyear>88</publishrocyear><title>行政程序法</title><yearidentifier>199903</yearidentifier></data><data><abstract>一、國外先進國家開發出一種取代傳統回填料之新型水泥質材料，稱之為CLSM﹙Controlled Low Strength Materials﹚，CLSM是一種非常理想的回填材料，極具突破傳?施工品質與效率之潛力。二、本研究之目的乃將現地開挖之土壤充分的回收再利用，以製成CLSM之方式開發出以土壤為材料的RMSM，重新原她進行基礎回填，在最短時間內進行鋪面工程。內容依土壤粒度分類及工程性質要求，完成RMSM之配比設計並探討其物理性、耐久性及與AC間之黏結力，從而建立完整的RMSM概念。   目次： 第一章、緒論第二章、文獻回顧第三章、RMSM配比設計與拌製之試驗規畫第四章、RMSM各項試驗之結果與討論第五章、混凝土品檢技術第六章、結論與建議</abstract><author>國立中興大學</author><categoryidentifier>443.6798</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009404222</governmentpublicationsnumber><identifier>77888</identifier><internationalstandardbooknumber>9789860034455 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77888</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>現地開挖土壤之回收利用─CLSM 成果報告</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究擬以二年期間，分年依序收集國內外有關水災損失估算及評估之文獻資料，提出水災直接損失估算與評估之理論、方法及模式，建立水災損失與洪水發生頻率、淹水深度、土地使用分區類型、?業類型等之關係並將其模式化，據以建立水災災損評估系統，同時進行大臺北地區(含基隆市)九十年納莉颱風之災害損失資料調查收集，且依據災損資料之特性建立詳盡之基本資料文件，作?水災災損評估模式驗證之用。俟「民國九十年颱風、豪雨分析暨紀實」工作完成後，再進行災損評估系統之調查，考慮並入間接災損，做全盤合理之估算。</abstract><author>台大生物環境系</author><categoryidentifier>436.312</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST910013V1</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009104409</governmentpublicationsnumber><identifier>77889</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77889</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水災損失評估系統模式講習會  講義　Seminar fo Systematic Models for Flood Damage Evaluation</title><yearidentifier>200210</yearidentifier></data><data><abstract>本計畫針對台灣現有海岸常見之防護措施加以描述，統計目前各地現有各類防護工法隻數量與長度，顯是台灣有許多縣市幾乎已無自然海岸，於生態及景觀上具有嚴重之衝擊。</abstract><author>成功大學水利及海洋工程系、中興大學水土保持系</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009005266</governmentpublicationsnumber><identifier>77912</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77912</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸工法之新技術研發(2/4)=Technical Development in Coastal Protection Works (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署台北辦公區</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>77913</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77913</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>水利第15期</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009005240</governmentpublicationsnumber><identifier>77914</identifier><internationalstandardbooknumber>9789570298741 ; 9789570298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77914</librarycollectiondetailsurl><price>330</price><publisher>法務部</publisher><publishrocyear>90</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009903924</governmentpublicationsnumber><identifier>77923</identifier><internationalstandardbooknumber>9789860255614 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77923</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>水工模型試驗理論與案例研究分析暨模型試驗參考手冊擬定(1/2)(光碟)-=Theory of hydraulic physical modeling with case study analyses and preparation of Hydraulic Physical Model Handbook(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010301039</governmentpublicationsnumber><identifier>77925</identifier><internationalstandardbooknumber>9789860414721 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77925</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究（2/2）(光碟) An overall Review and Improvement Strategy Reserch on the Environment Building Plan of Important Rivers(2009-2014)(2/2)</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009903927</governmentpublicationsnumber><identifier>77926</identifier><internationalstandardbooknumber>9789860255591 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77926</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>流域地貌變遷對河床演變之影響〈2/3〉(光碟)The Influence of Basin Geomorphology Changes on River Morphology Evolution〈2/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>銳?科技公司；商嘉瑞、吳佳穎</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009904434</governmentpublicationsnumber><identifier>77927</identifier><internationalstandardbooknumber>9789860261127 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77927</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水文資訊系統擴充改善及整合計畫(3/3) (光碟)  Extension and Improvement of Hydrological Information System Project (3/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>防治河岸沖刷的工法需隨河岸曲直、水流強度、保護標的…等?設計或放置不同的剛性(不透水)與柔性(透水性)保護工法，以達到減輕河岸遭洪水衝擊、岸邊河床遭水流沖刷以及緩流促淤造灘的目的。為使水利工程師於設計堤防保護工時能有更多元化的保護工法可供選擇採用，達到因地制宜的效果。本計畫擬針對具透水性與導?性之筐網圓柱進行研究與分析，?用數值模式進行模擬，並以室內水工實驗之結果進行驗證，期能為水?工程界研發具學?基礎以及實地測試具可用性之新河岸保護工法，提供水利工程師於設計規劃時多一種工法的選擇，以減輕颱洪期間河川水流對河岸所成的破壞。</abstract><author>逢甲大學水利工程與資源保育學系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990308</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009903921</governmentpublicationsnumber><identifier>77928</identifier><internationalstandardbooknumber>9789860255621 ; 9789860255</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77928</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>研發透水性結構物以防制河岸沖刷之實驗與數值模擬〈1/3〉(光碟)=Study   on    Porous   Structure   for    River-Bank   Protection   by   Both   Experiments   and     Numerical    Simulation〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>依據95 ?5 月核定之「?淹水地區水患治?計畫」，為因應 ?雨日?減少及?雨?及強?逐漸增加之趨勢，未?將以?域 或系統內整體考?，除河道及排水等工程設施設計標準其目標 外，於人口密集地區或重大建設地區，將另增加規劃以搭配滯 洪、蓄洪、分洪、墊高基地等方式治?，以使地區外水保護程 ?達50～100 ?洪水重現期距為目標。如因現有地形或土地? 用無法充分達成時，則輔以避洪及減災規劃等非工程措施因 應。 (二)國外相關洪災管?制?對我國洪災管?的啟示 1、由美國「洪災保險」可得知僅靠工程措施無法完全避免洪 水災害，且?符國家社會資源有效運用原則。透過洪災保險 的推動可分散洪災風險，符合公共??，並實施洪氾區土地 管?。由?邦政府主導並結合民間保險公司共同實施洪災保 險，可提供人民較佳之保險保障，同時採取誘因與強制方式 增加投保保單。 2、日本「總合治水」治水工作結合各政府機關共同推動，並 透過法規建?相關主管機關間的平台。 3、奧地?透過「危險區地圖劃設」將危險地區劃設出?，並 加以限制?用，以避免民眾因資訊?足而遷入，造成災害擴 大或整治成本的遽增。將風險分攤、災害治?與土地使用管 制等相互結合，使當地居民必須衡?自身的安全與??，以 ?土地使用管制得以推動。 (三)?政院於民國89 ?7 月19 日正式公布實施的「災害防救法」 規定我國現?之防救災體系為中央、縣(市)、鄉鎮市區之三層 級，雖然政府在「災害防救法」的架構下??推動各樣防救災的工作，然而近??的水災災害仍沒有減輕的趨勢，其主要問 題包含環境因素、社會因素、防救災措施等三方面的問題。 1、環境因素包含全球氣候變遷造成極端?雨事件發生機會增 加；台灣多樣的地形增加定??雨預報的?確定性。 2、社會因素包含民眾普遍對工程措施存在依賴心態，?瞭解 工程措施的極限性；受災地區民眾普遍缺乏足夠的災害知? 與資訊，無法在災害??時採取適當的應變措施；水災受災 地區多?無防災社區的組織，無法有效結合當地居民採取有 效應變措施。 3、防救災措施包含災前減災工作多以工程措施為主，偏重災 害發生的防治；土地開發造成逕??增加，集?時間縮減， 加劇災害程?，應有適當土地(尤其低地)管?對策；執?減 災非工程措施相關權責單位間橫向?繫加強；目前水災災中 應變措施主要是採用移動式抽水機與防汛搶險器材?因應 為主，水?署於今(98)?建?「水災危險潛勢區域疏散避難 標準作業程序」，並推動水災危險潛勢區域疏散避難，應加 強當中的相關環節，使之?為完備；水災防災教育宣導僅侷 限於防災業務人員的專業訓?，缺乏對於社會大眾的水災防 災教育宣導。 本計畫以風險管?概?，依發生洪災的機?與損失程 ?，可將發生洪災的地區分為I 區(風險避免)、Ⅱ區(風險抑 制)、Ⅲ區(風險移轉)、Ⅳ區(風險承擔)，分別規劃適合台灣 地區的各項風險管?措施，並建?水患治?非工程措施整體 架構。 (四)水災危險區地圖劃設必須針對災害地區進?災害分析與調查， 透過集水區現場調查與?史災害調查，以科學性方法客觀的分析災害發生機?及程?。以分析的成果與現況背景資?進?套 疊，瞭解該地區?同的受災程?，以集水區為單位劃設河川區 域或排水設施範圍、洪氾區，在整體程序應包含技術程序與? 政程序。 (五)水災避災規劃與宣導包含水災避災規劃與宣導、水災避災警報 發佈、水災防災疏散避難演?、防災社區推動等部分。 1、於災前針對?淹水地區進?完整避災規劃，包含防災避難 圈、防災通道、防災據點、防災設施等。透過繪製水災防災 疏散避難圖的過程，與當地居民溝通，辦?宣導?明會，並 進?相關防災觀?之宣導。最後，將水災防災疏散避難圖、 150、300、450、600 毫米之淹水模擬範圍圖等資?分送當 地居民。 2、水災危險潛勢區域疏散避難作業整體程序可分成?階段-紅 色警報與黃色警報，可使淹水潛勢區居民容?瞭解，並提高 警覺。黃色警報定義為當中央氣象局預測?積雨?大於警戒 雨?或實際河川或潮位水位高於二級警戒水位，地方政府研 判當地氣候?況針對低窪地區進?疏散勸告。紅色警報定義 為當中央氣象局實際觀測?積雨?大於警戒雨?或實際河 川或潮位水位高於一級警戒水位，地方政府研判當地氣候? 況針對低窪地區進?強制疏散。 3、防災疏散避難主要重點在於災害發生時之危機處?與應變 搶救，透過防災演?的進?，讓保全住戶瞭解疏散方向、? 線與安全避難處所，以及地區災害防救單位瞭解災害應變決 策與提昇搶救災之效能。每?於訊期前，地方政府應針對? 淹水地區進?一次以上之演?。 4、由地方政府以委託專業團隊的方式針對?淹水地區的社區 iv 推動防災社區，於各社區內建?一套機制，讓減災成為地方 重要且持續進?的活動，以強化?淹水地區的抗災能?。 (?)減災措施包含土地使用管制、建築物防洪能?補強、集水區洪水出?管制、綜合天然災害保險、水災災害救助 1、土地使用管制與建築物防洪能?補強以水災危險區地圖為 基礎，在劃設河川區域與排水設施範圍時，將劃設河川區域 與排水設施範圍外之現況淹水範圍劃為洪氾區，透過建管程 序要求新建建築物應符合建物防洪技術規範，新建建築物的 高程應高於百?基準洪水位。為提高洪氾區內既有建築物進 ?建築物防洪能?補強，可以政府編?預算方式補助所需成 本之一定比?，提供其經濟誘因，以鼓?洪氾區內既有建築 物進?防洪能?補強。 2、集水區內之土地開發?為應嚴格遵循「開發後之洪峰?? 得超過開發前之洪峰?」。要求大型開發?為，於水道集水 區域內辦?土地開發?用、變?使用計畫或其他事由，致增 加水道之逕??者，應將排水計畫書送該水道之管?機關審 查同意後始得辦?。小型開發?為，開發人、設施所有人或 經營人得向主管機關申請，於與基地同一集水區內覓地設置 具相同洪水出?管制效能之滯蓄洪設施，其費用由申請人負 擔，簡稱為代?方案。既有開發區及建築設施，其位於?市 土地者，應由該管?市計畫主管機關分區規劃集中式滯蓄洪 設施，以管制各該地區之洪水出??。本措施需配合水?法 的修改。 3、綜合天然災害保險係整合台灣所面?天然巨災(包括地震、 颱風、洪水及土石?)於同一個天然巨災保險系統內，藉著 綜合之承保事故，運用空間與危險的分散，將?同之巨災作 v 為一個保險組合?分散風險，以求保險經營之穩健?。惟， 該措施應在其他避災與減災措施具體?實後，方可以綜合天 然災害保險的方式承擔剩餘的風險。否則，將會導致政府或 保險人沉重財務負擔，無法達到最有效之成本原則。在其他 避災與減災措施具體?實後，可針對洪氾區內已完成防洪能 ?補強之建築物，提供綜合天然災害保險水災部分之保費補 助，以提供洪氾區之建築物進?防洪能?補強之經濟誘因。 (七)水災防災教育與宣導分為專業人員訓?(包含災情通報訓?、專 業智能提升)與民眾教育宣導(包含推動學校水災防災教育、委 託媒體宣導、加強防汛期宣導、平時河川環境教育宣導)，本措 施應長期持續推動。 (八)水情預測與預報主要包含定??雨預測與洪水與淹水預報。前 者應以交通部中央氣象局執?，經濟部水?署配合方式辦?； 後者則應由經濟部水?署負責研發完整洪水與淹水預報系 統。本工作應長期持續推動，以提高預測與預警的效能。 (九)考?目前「?淹水地區水患治?計畫」的執?時效、經費、法 ?限制等因素，為在短期間可以直接減少人命財產的損失，建 議針對全台?淹水地區優先推動水災防災避難疏散圖繪製與 宣導、水災防災避難疏散警戒值訂定、水災防災疏散避難演 ?、防災社區推動、洪水與淹水預報系統建置與維護等五項工 作。全程計畫由民國100 至102 ?共4 ?。整體總經費估算約 需新台幣49,000 萬元。 (十)嘉義縣布袋鎮新塭地區以新民?作為單一防災避難圈規劃，規 劃避難地點為新塭國小，警戒雨?為?積?雨200 毫米。本區 建議採用土地使用管制與建築物防洪能?補強措施，以使洪氾 區的建築物達100 ?重現期之保護標準為目標。 vi (十一)花?縣美侖溪?域以?埔村、國富?、國??分別作為單一 防災避難圈規劃。?埔村規劃避難地點為大漢技術學院、國富 ?規劃避難地點為自強國中、國??規劃避難地點為國?國 小。警戒雨?為?積?雨150 毫米。建議採用土地使用管制與 建築物防洪能?補強措施，以使洪氾區的建築物達100 ?重現 期之保護標準為目標。未?針對洪氾區內的新建建築物，將透 過建管程序要求其高程應高於百?基準洪水位並符合建物防 洪技術規範。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009904703</governmentpublicationsnumber><identifier>77929</identifier><internationalstandardbooknumber>9789860264814 ; 9789860264</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77929</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>「易淹水地區水患治理計畫」第1階段實施計畫 易淹水地區水患治理之非工程措施規劃-(光碟)=Non-structural Measures Planning for Regulation Project of Flood-prone Area</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990103</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009904212</governmentpublicationsnumber><identifier>77930</identifier><internationalstandardbooknumber>9789860258240 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77930</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>近海水文站網營運與觀測技術提昇〈1/3〉(光碟)=Operayion    and    Technology    Improvement    of   the    Coastal    Ocean    Monitoring    Network〈1/3〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川流量觀測為水文觀測作業重要環節，鑒於流量觀測在氣候變遷研究及因應措施之角色上極為重要，但所需面臨之技術困難也最為嚴峻，因此，為避免政府投資浪費，在正式河川流量觀測技術研發作業前，宜有合適之先期評估作業，瞭解後續研發應注意之工作要項與可行之方向，俾利後續研擬合適之科技研發計畫。</abstract><author>巨延工程顧問股份有限公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEARA0990325</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009904633</governmentpublicationsnumber><identifier>77931</identifier><internationalstandardbooknumber>9789860263442 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77931</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷河川流量觀測技術研發及健置先期計劃(光碟)=The   early    research     and    development     plan   for    river    discharge    measurement    technology   in   response   to    climate    change</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫選擇台南及高雄海岸?個示範區域，進?動態人工岬灣機制的學?驗證及適用性研究。本計畫先從台南與高雄現場實測資?分析岬灣在颱風前後的動態變化，同時研發灘線變化之?值模式，由現場實測之灘線變化的校驗，進而模擬動態人工岬灣在各種?同波?條件作用下之灘線變化，特別是颱風前後的動態變化。從模擬結果瞭解颱風期間之海灘寬?是否足夠防禦海岸之安全，如?足以抵抗?潮巨?之侵襲則研擬妥適的海岸緩衝區，再藉由現場海域地形實測資料，瞭解增加緩衝區的岬灣在颱風前後的動態變化。本計畫並?用相關?值模式，依颱風重現期、潮位及海灘?徑，推導海岸緩衝帶迴歸經驗式，研擬合?的海岸緩衝帶，研判岬灣工法在台南及高雄海岸的適用性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990225</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009904297</governmentpublicationsnumber><identifier>77932</identifier><internationalstandardbooknumber>9789860258561 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77932</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>動態人工岬灣應用於台南高雄海岸之研究(光碟) Research on the Applicablity of Dynamic Headland-Bay Beaches to Tainan and Kaohsiung Coast</title><yearidentifier>201012</yearidentifier></data><data><abstract>河川為全民寶貴的資產，河川的開發利用，從過去單純的灌溉供水、農業生產、農村需求等逐漸演變到休閒遊憩、景觀與環境生態等。隨著經濟發展及社會的變遷，河川區域內之使用行為也日趨複雜，以本署各河川局有限之人力欲有效監控河川區域內違法之行為，有其實際之困難，尤其盜濫採砂石、毀損河防建造物、棄置廢土廢棄物等動態違規行為，更加困難。另中央管河川區域內違法行為一般係由轄管河川局巡防人員於查獲當時告發，唯因河川區域內地形地貌常隨水位變易產生極大之變化，或因缺乏客觀事實之比對，導致相關執法人員與違法行為者發生極多之衝突，亦對河川局執行取締業務產生諸多困擾。 爰此，如何透過一套完善的監測機制，以客觀、有效的方法掌握河川區域內地形地貌的現況及變遷的資訊，遂成為提昇河川管理成效重要的課題之一。近年來，由於遙測技術具有大地區的空間涵蓋特性，可以提供詳實且長時間的紀錄，並具有極佳的觀察能力，是快速獲取全面性最新國土資訊的調查及監測工具。尤其是93年5月21日我國自主衛星華衛二號成功發射之後，華衛二號衛星影像以其具有自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性，可用以迅速掌握地表改變狀況以做為全面性的土地利用監測工具。 本計畫將引入此一先進而成熟的遙測科學技術對中央管河川（含淡水河及磺溪水系）流域進行長期的監測，期望藉由其高時效與大範圍監測的特性，週期性地進行河川區域內之監測，並針對每一前、後期的遙測監測資料進行比對，將發現有異之區域分析結果，透過網路通報機制提供本署各河川局該變異點的座標及現場查證的相關輔助圖資，俾利進行實地的查核，減少河川局第一線工作同仁巡防取締之工作人力及壓力，提高河川巡防取締及管理成效並落實現代化之河川管理。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990001</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010002549</governmentpublicationsnumber><identifier>77933</identifier><internationalstandardbooknumber>9789860286861 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77933</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>100</publishrocyear><title>應用衛星遙測於中央管河川（含淡水河及磺溪水系）河川區域之監測與管理(光碟) Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshui and Huang River )</title><yearidentifier>201109</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009703074</governmentpublicationsnumber><identifier>77934</identifier><internationalstandardbooknumber>9789860164527 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77934</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果摘要彙編－水世紀新視界 (光碟)  Water Resources Agency Commissioned Projects Accomplishment Summary －Water century All new vision</title><yearidentifier>200812</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1009703074</governmentpublicationsnumber><identifier>77935</identifier><internationalstandardbooknumber>9789860164527 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77935</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>97</publishrocyear><title>水利署96年度委辦計畫成果摘要彙編－水世紀新視界(光碟)  Water Resources Agency Commissioned Projects Accomplishment Summary －Water century All new vision</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署自民國91年起執行河川情勢調查作業，目前已完成中央管河川花蓮溪、卑南溪、秀姑巒溪、淡水河、頭前溪、烏溪、八掌溪、烏溪、朴子溪、曾文溪、東港溪、濁水溪、中港溪、高屏溪、北港溪、二仁溪、蘭陽溪、阿公店溪、大甲溪、四重溪、後龍溪、鹽水溪等22條河川情勢調查，102年度預計辦理鳳山溪、急水溪、和平溪及磺溪等4條河川，第一階段中央管26條將完成河川情勢調查作業，由於為各河川局分別辦理，其成果是否一致，將作一檢討並提出改善建議，並研提下階段發展計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020245</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202911</governmentpublicationsnumber><identifier>77936</identifier><internationalstandardbooknumber>9789860392289 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77936</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>河川情勢調查總檢討及作業規範研擬(1/2)-(光碟) Review the river current status investigation and develop operation standard(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>近年水利署為維持現有水庫之蓄水功能，積極推動水庫更新改善及防淤工程，以期水庫淤積情形得以減緩；水庫下游河道也因此得到上游集水區泥砂之補注。目前台灣典型河川中下游河道河槽之下切、拓寬、側向變遷與縱向沖淤等行為研究，均著重於河防安全與河道穩定影響之探討，對於水庫排洪排砂兼顧下游河道河槽建立之關係較少著墨。因此基於流域整體土砂平衡概念，探討下游河道河槽建立與上游水砂關係，研擬兼顧水庫防淤操作與下游河道河槽建立之策略方案，來提升水庫壽命與河防安全，值得研究探討。 本計畫擬藉由歷年水文地文資料及動床數值模式，探討水庫排洪排砂與下游河道河槽建立之關係，研析水庫下游河道短期與長期之沖淤、河口段變遷、河防安全等影響，研擬合宜之水庫排洪排砂與下游河道動態穩定河槽建立策略方案；並提出維持下游河道動態穩定所需之上游來水來砂條件，以供河川、水庫堰壩規劃及管理單位參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020174</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202575</governmentpublicationsnumber><identifier>77938</identifier><internationalstandardbooknumber>9789860388602 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77938</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水庫排洪排砂兼顧下游河道河槽建立之研究(1/2) (光碟)-The study of flood discharging and desilting of reservior considering the morphology stabilization of the downstream channel(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020106</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202608</governmentpublicationsnumber><identifier>77939</identifier><internationalstandardbooknumber>9789860388954 ; 9789860388</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77939</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用(1/3)- (光碟) =Quasi-3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel(1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>77940</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77940</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業- (光碟) Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2013</title><yearidentifier>201401</yearidentifier></data><data><abstract>本計畫擬藉由國內區域排水整治環境營造案例調查與分析結果，以提出與水利工程相結合之植生保育計畫，並編撰「區域排水環境營造棲地植生保育技術參考手冊」(草案)，俾提供區域排水規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020038</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202713</governmentpublicationsnumber><identifier>77941</identifier><internationalstandardbooknumber>9789860390025 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77941</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>區域排水整治環境營造案例調查暨棲地植生保育技術之研究(1/2) (光碟)  Study on the environmental construction and habitat vegetation conservation technique of local drainage area(1/2)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202914</governmentpublicationsnumber><identifier>77942</identifier><internationalstandardbooknumber>9789860392395 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77942</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)(3/3) (光碟) - Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)(3/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫將研擬水利工程技術規範-區域排水治理篇(草案)，作為未來區域排水治理規劃之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020239</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010202915</governmentpublicationsnumber><identifier>77943</identifier><internationalstandardbooknumber>9789860392425 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77943</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>水利工程技術規範-區域排水治理篇計畫(草案)總報告(光碟) - Technical Guidelines of Hydraulic Engineering-Regional Drainage Regulation(DRAFT)</title><yearidentifier>201312</yearidentifier></data><data><abstract>計畫緣起 ?江縣海域潮差大，長期受颱風、季風海?沖刷及潮汐進退影響，每 逢颱風季節伴隨強風大??襲，又現有民?十分鄰近海堤，使?興村、津 沙村飽受海?之威脅，已嚴重影響人民生命財產安全。 本案期能透過詳盡的規劃與調查工作為?興村及津沙村海岸保護，提 出詳盡的建議方案及可?性評估，並結合城鄉風貌與彰顯地方特色，使休 閒遊憩空間及機能與民眾實質生活環境融為一體，進而改善當地居民生活 環境，找出景觀維護及海岸安全之間的平衡點。 本計畫主要內容為 1. 基地環境資?現況分析，2. 地形及水深測?工 作，3. 馬祖海堤20 處斷面測?，4. 津沙海堤及?興村沃口海堤改善方案 研提，5. 成果報告製作。 二、 背景環境資?收集及分析 ?明及彙整笨計畫範圍內之背景資?，並分析津沙海堤及?興村沃口 海堤面?之現況?明。 三、 地形、水深測? 本計畫除完成津沙海堤及?興村沃口海堤鄰近地區地形、水深測?外， 並完成馬祖地區20 處海堤之斷面測?。 四、 現況?值分析 本章?值模式主要針對津沙及?興海岸進??值模擬。由於目前堤後 越波?並無學術界一致認同之?值模式可供模擬，且相關越波?計算公式 多為實驗室平?斜坡堤或是直?堤所得，相關結果並?一定能完全適用實 際海岸。?考目前常用越波?公式（Van der Meer and Janssen，1994；TAW 2002；Hughes，2004；Goda，2009 等），輸入??除?外海波?條件、海 ?江縣南竿鄉津沙海堤及?興村沃口海堤整建規劃 期末報告書 喬?工程顧問股份有限公司 堤設計及底床坡?等條件外，堤前波高為另一重要控制??。故本章?值 模擬分別模擬現況及建議改善方案整體灣澳在?同回歸期颱風作用下波 場，並分析堤前波高變化情形，作為改善方案可?性之?明。。 五、 現況海堤安全分析 根據?興、津沙海岸及其保護工之型態，?考經濟部水?署水?規劃 試驗所發布之「海岸設施防護準則－海堤篇(草案)」及相關計畫及專業書 籍篩選多種波?溯升及越波?經驗公式，完成津沙海堤及?興村沃口海堤 現況之安全評估成果，該二處海堤經評估其溯升高程均低於現況海堤堤頂 高程，惟溢??之評估均未能達到評估之安全標準，建議應予改善。 ?、 改善方案研擬 分別針對津沙海堤及?興村沃口海堤進?改善方案研擬，各海堤均研 擬二種可?方案，初步評估建議採用緩波式海堤加人工養灘方式加以改善 為較佳方案。 七、 結?與建議 綜合彙整本計畫規劃成果，並摘?要點?明，並提出本計畫之建議。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010005075</governmentpublicationsnumber><identifier>77944</identifier><internationalstandardbooknumber>9789860312171 ; 9789860312</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77944</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>100</publishrocyear><title>連江縣南竿鄉公所津沙海堤及復興村沃口海堤整建規劃委託技術服務成果報告書 (光碟) The renovation programming for both the Jinsha Seawall in Jinsha village and the Woukou Seawall in Fuxing village at Nangan Township, Lianjiang County</title><yearidentifier>201112</yearidentifier></data><data><abstract>後龍溪下游段歷經921地震，加上近年颱風頻仍且挾帶強大豪雨，造成後龍溪流域諸多災害。由於地震及颱洪之作用，產生大量鬆散之砂石，河川輸砂特性因子改變，對於河道穩定產生極大之影響。後龍溪河道沖淤問題已成為河道穩定與防洪安全之關鍵要素，輸砂資料為河床沖淤變化與河川治理之重要參考依據，因此極有必要針對後龍溪水文及輸砂量進行量測，並據以推導研究河段之ㄧ般沖刷水深推估式，供防洪構造物設計及災害預警參考，以達防洪興利減災之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010004777</governmentpublicationsnumber><identifier>77945</identifier><internationalstandardbooknumber>9789860310351 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77945</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究 (2/2) (光碟) Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River（2/2）</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010003801</governmentpublicationsnumber><identifier>77946</identifier><internationalstandardbooknumber>9789860301823 ; 9789860301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77946</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台美合作案之技術引進及應用研究(3/4) (光碟) =Implementation and Application Study of the Achievements between WRA and USBR Cooperation(3/4)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/10</date><governmentpublicationsnumber>1010101259</governmentpublicationsnumber><identifier>77947</identifier><internationalstandardbooknumber>9789860328875 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77947</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(2/2) (光碟)The study causes of channel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>臺灣省政府水利處</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>30925880011</governmentpublicationsnumber><identifier>77951</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77951</librarycollectiondetailsurl><price>220</price><publisher>臺灣省政府水利處</publisher><publishrocyear>88</publishrocyear><title>中華民國八十七年臺灣省水利統計年報第二期=Statistics Year Book of Water Resources in Taiwan Province NO.2. 1998</title><yearidentifier>199906</yearidentifier></data><data><abstract>公共工程施工綱要規範(第二輯)(下)</abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>38054880438</governmentpublicationsnumber><identifier>77960</identifier><internationalstandardbooknumber>9789570243734 ; 9789570243</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77960</librarycollectiondetailsurl><price>400</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程施工綱要規範(第二輯)(下)</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>林信輝.歐辰雄</author><categoryidentifier>373.551</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009100432</governmentpublicationsnumber><identifier>77961</identifier><internationalstandardbooknumber>9789570106787 ; 9789570106</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77961</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>臺灣海岸地區應用植物</title><yearidentifier>200207</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局</author><categoryidentifier>383.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>837880524</governmentpublicationsnumber><identifier>77962</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77962</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>工業區環境綠美化規範</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>呂勝由等</author><categoryidentifier>435.79</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>8347880227</governmentpublicationsnumber><identifier>77963</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77963</librarycollectiondetailsurl><price>500</price><publisher>經濟部工業局</publisher><publishrocyear>88</publishrocyear><title>臺灣地區內陸型工業區綠化實用圖鑑</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>呂勝由等</author><categoryidentifier>435.79</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>8347870448</governmentpublicationsnumber><identifier>77964</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77964</librarycollectiondetailsurl><price>500</price><publisher>經濟部工業局</publisher><publishrocyear>87</publishrocyear><title>臺灣地區濱海型工業區綠化實用圖鑑</title><yearidentifier>199810</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>3641840026</governmentpublicationsnumber><identifier>77966</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77966</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>84</publishrocyear><title>公平交易法問答資料增訂三版</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>吳祖揚總編輯</author><categoryidentifier>443.058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>30921860038</governmentpublicationsnumber><identifier>77967</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77967</librarycollectiondetailsurl><price>516</price><publisher>省水利處</publisher><publishrocyear>86</publishrocyear><title>水利五十年</title><yearidentifier>199708</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局、中華民國水利技師公會全國聯合會、台灣省水利技師公會、</author><categoryidentifier>10020310 067</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>8379890050</governmentpublicationsnumber><identifier>77968</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77968</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>87</publishrocyear><title>雨水貯留與利用觀念、構想、.理論、實例</title><yearidentifier>199805</yearidentifier></data><data><abstract> </abstract><author>台灣省政府地政處</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>77971</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77971</librarycollectiondetailsurl><price>300</price><publisher>台灣省政府地政處</publisher><publishrocyear>90</publishrocyear><title>中區水資源九十年度年報</title><yearidentifier>200110</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001443</governmentpublicationsnumber><identifier>77972</identifier><internationalstandardbooknumber>9789570283327 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77972</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第三冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001436</governmentpublicationsnumber><identifier>77973</identifier><internationalstandardbooknumber>9789570283297 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77973</librarycollectiondetailsurl><price>250</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(精簡版)(全一冊)</title><yearidentifier>200110</yearidentifier></data><data><abstract>公共工程製圖手冊</abstract><author>行政院公共工程委員會</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>38054880369</governmentpublicationsnumber><identifier>77980</identifier><internationalstandardbooknumber>9789570232622 ; 9789570232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77980</librarycollectiondetailsurl><price>400</price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>公共工程製圖手冊</title><yearidentifier>199902</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441.33026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001438</governmentpublicationsnumber><identifier>77981</identifier><internationalstandardbooknumber>9789570283280 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77981</librarycollectiondetailsurl><price>150</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程綱要編碼</title><yearidentifier>200103</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001441</governmentpublicationsnumber><identifier>77982</identifier><internationalstandardbooknumber>9789570283310 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77982</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第二冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001440</governmentpublicationsnumber><identifier>77983</identifier><internationalstandardbooknumber>9789570283303 ; 9789570283</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77983</librarycollectiondetailsurl><price>1800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>90</publishrocyear><title>公共工程施工綱要規範(完整版)(第一冊)</title><yearidentifier>200108</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如附圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至102年間陸續辦理可行性規劃相關計畫，惟涉及水庫整體防淤機制之集水區保育規劃、加高後壩軸下移與下游村落距離接近可能衍生之安置拆遷及跨域加值等議題尚未調查規劃，經102年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249840號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030278</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1010302103</governmentpublicationsnumber><identifier>77986</identifier><internationalstandardbooknumber>9789860427042 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77986</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(1)(內附光碟)Planning for the Rehabilitation of Lu-Liao-Creek Reservoir –Supplementary Survey (1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>莫拉克颱風災後集水區內崩塌土石流入河川、野溪及水庫，在行政院核定之「加強河川野溪及水庫疏濬方案」（98.11～101.08）由中央各部、會及縣、市政府通力合作之下，已完成約2.5億立方公尺淤積土石之清除。惟中央管河川上游河段因位屬深山，如施設河床運輸便道，施作成本及難度過大，執行疏濬困難，且成效有限，故仍以瓶頸段、具保全對象河段辦理疏通為原則。然中央管河川上游集水區內仍有大量之土石位於山坡地上，可能再隨颱風豪雨沖刷而下，故中央管河川上游河段淤積土石恐不應單純以疏通方式辦理，爰成立本計畫研擬相關處理對策。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020359</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1010203109</governmentpublicationsnumber><identifier>77989</identifier><internationalstandardbooknumber>9789860394962 ; 9789860394</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77989</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>103</publishrocyear><title>中央管河川上游河段淤積土石處理對策(2/2) Disposal strategy for deposited sediment in the upstream reaches governed by the central government(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>集集共同引水工程計畫，除各項水工結構硬體設計外，尚建置有結合量測、遙測、通信、自動控制及資料處理等高科技的營運管理系統，藉由此系統的熟練有效運用，才能正確有效發揮計畫效益，此期與接續負營運管理的同仁共勉。期盼集集共同引水工程計畫蓄水通水，提供穩定充裕的水，能為國家社會，尤其是南投、彰化、雲林帶來生活條件環境的改善及農工企業的穩定發展安定繁榮。</abstract><author>經濟部水利處</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009003822</governmentpublicationsnumber><identifier>77990</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77990</librarycollectiondetailsurl><price>286</price><publisher>經濟部水利處</publisher><publishrocyear>91</publishrocyear><title>集集共同引水工程計畫蓄水通水紀念文集  開闢鴻荒的傳奇</title><yearidentifier>200201</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>38059870359</governmentpublicationsnumber><identifier>77991</identifier><internationalstandardbooknumber>957024670 ; 957024670</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_77991</librarycollectiondetailsurl><price></price><publisher>行政院公共工程委員會</publisher><publishrocyear>88</publishrocyear><title>基層公共工程基本圖彙編（第二版 V2.0）</title><yearidentifier>199908</yearidentifier></data><data><abstract>內容包含各河系一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、設及之都市計畫區域等資料，期能提供相關從業人員實際運用上之參考。</abstract><author>水利處</author><categoryidentifier>682.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>30922880018</governmentpublicationsnumber><identifier>78008</identifier><internationalstandardbooknumber>9789570244717 ; 9789570244</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78008</librarycollectiondetailsurl><price></price><publisher>經濟部水利處</publisher><publishrocyear>88</publishrocyear><title>台灣重要河川資料冊</title><yearidentifier>199906</yearidentifier></data><data><abstract>台灣水之源一台澎金馬水庫壩堰簡介</abstract><author>經濟部水利處</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/11</date><governmentpublicationsnumber>1009001652</governmentpublicationsnumber><identifier>78009</identifier><internationalstandardbooknumber>9789570284553 ; 9789570284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78009</librarycollectiondetailsurl><price>1150</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>台灣水之源一台澎金馬水庫壩堰簡介</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>波越重之 松室謙太郎</author><categoryidentifier>678.14/2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010303067</governmentpublicationsnumber><identifier>78021</identifier><internationalstandardbooknumber>9789860438369 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78021</librarycollectiondetailsurl><price>1200</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>台北州理蕃誌舊宜蘭廳(壹)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>波越重之 松室謙太郎</author><categoryidentifier>678.14/2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010303067</governmentpublicationsnumber><identifier>78022</identifier><internationalstandardbooknumber>9789860438369 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78022</librarycollectiondetailsurl><price>1200</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>台北州理蕃誌舊宜蘭廳(貳)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>波越重之 松室謙太郎</author><categoryidentifier>678.14/2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010303067</governmentpublicationsnumber><identifier>78023</identifier><internationalstandardbooknumber>9789860438369 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78023</librarycollectiondetailsurl><price>1200</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>台北州理蕃誌舊宜蘭廳(n?)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>波越重之 松室謙太郎</author><categoryidentifier>678.14/2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010303067</governmentpublicationsnumber><identifier>78024</identifier><internationalstandardbooknumber>9789860438369 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78024</librarycollectiondetailsurl><price>1200</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>台北州理蕃誌舊宜蘭廳(肆)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>波越重之 松室謙太郎</author><categoryidentifier>678.14/2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010303067</governmentpublicationsnumber><identifier>78025</identifier><internationalstandardbooknumber>9789860438369 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78025</librarycollectiondetailsurl><price>1200</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>台北州理蕃誌舊宜蘭廳參考圖籍</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>廖英杰</author><categoryidentifier>536.3311</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010302529</governmentpublicationsnumber><identifier>78026</identifier><internationalstandardbooknumber>9789860431490 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78026</librarycollectiondetailsurl><price>300</price><publisher>宜蘭縣史館 原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>Ska yulung 宜蘭泰雅竹族百年影像</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>詹素娟 康培德 李宜憲</author><categoryidentifier>536.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010301642</governmentpublicationsnumber><identifier>78027</identifier><internationalstandardbooknumber>9789860421491 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78027</librarycollectiondetailsurl><price>550</price><publisher>原住民族委員會</publisher><publishrocyear>103</publishrocyear><title>山海尋跡台灣原住民族文獻選介</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>78028</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78028</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--建國100年紀念專書 : 百年臺灣重大水利建設紀要(光碟)</title><yearidentifier>201207</yearidentifier></data><data><abstract>水利署第八河川局(以下稱本局)歷年辦理河川水文量測，限於人力及安全考量，高流量情況下之觀測有其困難。實際操作過程中，因天候不佳，視線不良，人員安全考量或橋梁封閉的情況下，難以實施全日人工觀測。加上受限於人力及設備，單次人工觀測的時間通常為2小時以上，每日能作業時間及得到的數據組數很少，難以充份掌握整個洪水流量變化過程，對於預警及事後檢討幫助有限。 自動化水文量測系統具有不受天候、視線、封橋、人員安全及疲睏問題等影響，所能量測資料之數量及品質優於人工方式，故建置自動化儀器為未來水文測驗工作發展之趨勢。 爰此，本計畫於本局所轄台東大橋水位流量站辦理固定式自動化水文觀測作業，進行水深、濁度、表面流速、河床沖刷量測及閉路電視(CCTV)回傳現場影像等工作，並使其於高流量下具自動化量測功能，冀能提高水文量測之能力及品質。 同時將固定式之概念整合水文觀測儀器於本局既有之水文工作車上，使其具備高度自動化之特性，達到「單人即可完成河川水文量測」之理想（基於安全理由，出外作業時仍以至少兩人為一組進行）。</abstract><author>臺灣大學氣候天氣災害研究中心</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010203090</governmentpublicationsnumber><identifier>78029</identifier><internationalstandardbooknumber>9789860392852 ; 9789860392</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78029</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利處第八河川局</publisher><publishrocyear>102</publishrocyear><title>卑南溪高流量觀測方法改善計畫(光碟) Improvement Plan of High Flow Discharge Oberservation Method for Beinan Creek</title><yearidentifier>201312</yearidentifier></data><data><abstract>濁水溪流域逕流測預報系統設置10組水位站、旁收中央氣象局49站雨量站及上游台電所屬水庫、發電廠等資料。本局水情中心於颱風豪雨期間配合緊急應變小組之開設，持續監控河川相關水情資料、修正預警資料及持續發佈水情資訊，並利用其測預報結果探討降雨逕流模式、洪水位演算與展示方式及彰化沿海低窪地區淹水情況。因業務日增及人力精簡，須借助民間資源與技術能力使本系統正常運轉，需委請熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020296</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010203132</governmentpublicationsnumber><identifier>78030</identifier><internationalstandardbooknumber>9789860395181 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78030</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>102</publishrocyear><title>102年度四河局轄區洪水預警及防汛整合作業(光碟)- Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2013</title><yearidentifier>201312</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，成立本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020120</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010202640</governmentpublicationsnumber><identifier>78031</identifier><internationalstandardbooknumber>9789860389456 ; 9789860389</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78031</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(1/3)(光碟) Implement and Application Study of CCHE3D Mobile-bed Model (1/3)</title><yearidentifier>201312</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>78033</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78033</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(光碟) A reserch plan fopr safety assessment of seawalls ar Chiayi coastal area</title><yearidentifier>201206</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101400</governmentpublicationsnumber><identifier>78034</identifier><internationalstandardbooknumber>9789860330502 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78034</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫(2/2)(光碟)A reserch plan fopr safety assessment of seawalls ar Chiayi coastal(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>78035</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78035</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2)(光碟) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>78036</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78036</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--建國100年紀念專書 : 百年臺灣重大水利建設紀要(光碟)</title><yearidentifier>201207</yearidentifier></data><data><abstract>為充分瞭解台東地區水資源含?及研擬各水源計畫之開發優先次序，本計畫分析台東地區地面及地下水的基本特性與利用現況，並建置台東地區地面與地下水聯合運用之數值模式，最後研擬地面地下水聯合運用策略及實施方法。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000454</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101247</governmentpublicationsnumber><identifier>78037</identifier><internationalstandardbooknumber>9789860328943 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78037</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台東地區地面地下水聯合運用可行性評估=(光碟)Feasibility Study on Conjunctive Utilization of Surface Water with Ground Water for Tai-Tung Area</title><yearidentifier>201206</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如附圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至102年間陸續辦理可行性規劃相關計畫，惟涉及水庫整體防淤機制之集水區保育規劃、加高後壩軸下移與下游村落距離接近可能衍生之安置拆遷及跨域加值等議題尚未調查規劃，經102年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249840號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030278</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010302103</governmentpublicationsnumber><identifier>78038</identifier><internationalstandardbooknumber>9789860427042 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78038</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(1)--光碟版=Planning for the Rehabilitation of Lu-Liao-Creek Reservoir –Supplementary Survey (1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為充分瞭解台東地區水資源含?及研擬各水源計畫之開發優先次序，本計畫分析台東地區地面及地下水的基本特性與利用現況，並建置台東地區地面與地下水聯合運用之數值模式，最後研擬地面地下水聯合運用策略及實施方法。</abstract><author>能邦科技顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000454</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101247</governmentpublicationsnumber><identifier>78039</identifier><internationalstandardbooknumber>9789860328943 ; 9789860328</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78039</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台東地區地面地下水聯合運用可行性評估(光碟)=Feasibility Study on Conjunctive Utilization of Surface Water with Ground Water for Tai-Tung Area</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>長榮大學土地管理與開發學系</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010101082</governmentpublicationsnumber><identifier>78040</identifier><internationalstandardbooknumber>9789860326833 ; 9789860326</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78040</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫濁水成因及淤泥層運移機制鑽探試驗分析(2/2)(光碟)=Core Drilling and Experimental Analysis for Understanding the Turbidity Formation Reason in the ShihmenReservoir(2/2)</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1009904159</governmentpublicationsnumber><identifier>78041</identifier><internationalstandardbooknumber>9789860257694 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78041</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究 (總報告) (光碟)  The observation and measurement of sediment transport and the studies of application and development of density current simulation model in Shihman Reservoir (Main Report)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計劃利用海堤構造物檢測結果，得知現有金門地區海堤之安全性及地質狀態，作為後續工程維修及設計海堤之參考依據。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>78042</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78042</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研究計畫(2/2)(光碟) SStudy of Safety Evaluation of Seawall in Taitung and Kinmen Area(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>水利署於民國100年起辦理「主動式民眾淹水預警通報系統」建置規劃與功能研發案，由本團隊陸續完成上網註冊民眾手機簡訊及市話語音淹水警戒通報功能，並配合經濟部水利署防災中心作業成立資通信服務團，整合自動化電話語音調查系統與GIS圖層功能，以圖示化方式快速調查彙整防汛志工與防汛夥伴回報之災區訊息，提供快速有效的淹水資訊蒐集以及淹水警戒的主動通報。 102年起本團隊在既有基礎上持續加強民眾淹水警戒通報系統應用技術之研發，透過目前電信業者散佈各地之既有電信傳輸設備，研發低成本自動化淹水偵測系統以達快速蒐集淹水情形之目的，並配合水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。 本計畫運用已研發完成之三種自動化淹水感測技術：電信交接箱、銅纜三段式水位及熱線式感測，並經由全區60點淹水感測器建置，歷經麥德姆颱風、87豪雨及鳳凰颱風等實證紀錄，均可顯示本案各型低成本淹水感測建置方式能有效偵測反映該點積淹水狀況。淹水感測回報系統不僅整合全區建置點位的淹水訊息，快速過濾出有效的告警資訊，並強化與主動式民眾淹水警戒系統間的自動化回報流程機制，降低誤告警率，以能將地區淹水資訊忠實呈現在GIS系統上。另一方面，進行淹水事件後續維運作業，以利提供後續精進規劃參考。 研發0800通報平台，建立一套防汛護水志工專屬通報系統，除整合各河川局0800通報專線外，系統亦可分層設定預設通報專線，並具備忙線語音留言及錄音調聽等功能。另一通報規劃，則結合企業GPS車隊管理系統研發新增淹水通報功能以介接民眾淹水警戒通報系統，提供多元性、機動的淹水通報管道。另外，完成辦理四場次多元化淹水訊息通報教育訓練，加強宣導防災避災工具之應用；亦辦理技術移轉教育訓練，確保防災應變小組可順利使用，並提供後續維運建議，包含人力需求及維護費用等。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030181</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010302794</governmentpublicationsnumber><identifier>78043</identifier><internationalstandardbooknumber>9789860434156 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78043</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>民眾淹水警戒通報系統應用技術之研發(2/2) The Research and Development of Flood Warning Notification System(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010000683</governmentpublicationsnumber><identifier>78044</identifier><internationalstandardbooknumber>9789860270075 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78044</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣重要河川水庫總覽(光碟)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010002282</governmentpublicationsnumber><identifier>78045</identifier><internationalstandardbooknumber>9789860285529 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78045</librarycollectiondetailsurl><price>805</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究－水工模型試驗研究(自辦計畫部分)(光碟)=Physical Model Test on Dajia River Bed Stabilizing Program for the Reach Downstream of the Shin-Kang Dam</title><yearidentifier>201107</yearidentifier></data><data><abstract>水利署於民國100年起辦理「主動式民眾淹水預警通報系統」建置規劃與功能研發案，由本團隊陸續完成上網註冊民眾手機簡訊及市話語音淹水警戒通報功能，並配合經濟部水利署防災中心作業成立資通信服務團，整合自動化電話語音調查系統與GIS圖層功能，以圖示化方式快速調查彙整防汛志工與防汛夥伴回報之災區訊息，提供快速有效的淹水資訊蒐集以及淹水警戒的主動通報。 102年起本團隊在既有基礎上持續加強民眾淹水警戒通報系統應用技術之研發，透過目前電信業者散佈各地之既有電信傳輸設備，研發低成本自動化淹水偵測系統以達快速蒐集淹水情形之目的，並配合水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。 本計畫運用已研發完成之三種自動化淹水感測技術：電信交接箱、銅纜三段式水位及熱線式感測，並經由全區60點淹水感測器建置，歷經麥德姆颱風、87豪雨及鳳凰颱風等實證紀錄，均可顯示本案各型低成本淹水感測建置方式能有效偵測反映該點積淹水狀況。淹水感測回報系統不僅整合全區建置點位的淹水訊息，快速過濾出有效的告警資訊，並強化與主動式民眾淹水警戒系統間的自動化回報流程機制，降低誤告警率，以能將地區淹水資訊忠實呈現在GIS系統上。另一方面，進行淹水事件後續維運作業，以利提供後續精進規劃參考。 研發0800通報平台，建立一套防汛護水志工專屬通報系統，除整合各河川局0800通報專線外，系統亦可分層設定預設通報專線，並具備忙線語音留言及錄音調聽等功能。另一通報規劃，則結合企業GPS車隊管理系統研發新增淹水通報功能以介接民眾淹水警戒通報系統，提供多元性、機動的淹水通報管道。另外，完成辦理四場次多元化淹水訊息通報教育訓練，加強宣導防災避災工具之應用；亦辦理技術移轉教育訓練，確保防災應變小組可順利使用，並提供後續維運建議，包含人力需求及維護費用等。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030181</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010302794</governmentpublicationsnumber><identifier>78046</identifier><internationalstandardbooknumber>9789860434156 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78046</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>民眾淹水警戒通報系統應用技術之研發(2/2)--光碟版 The Research and Development of Flood Warning Notification System(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，橋梁因沖刷恐將危及安全，且取水構造也因河床高程變動而需不斷改變取水位置，另石岡壩下游河床岩盤出露處河道明顯有持續刷深?勢。爰此，經濟部水利署水利規劃試驗所乃辦理「大甲溪石岡壩下游河段河床穩定方案之研究」，期望透過數值、模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010001154</governmentpublicationsnumber><identifier>78047</identifier><internationalstandardbooknumber>9789860280821 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78047</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究總報告(光碟)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River</title><yearidentifier>201106</yearidentifier></data><data><abstract>災害的形成必須具備致災體和受災體兩方面條件，前者是自然動力作用所造成的災害活動；後者是人類勞動創造的物質財富以及自然界提供給人類直接開發利用資源和環境，只有這兩方面同時具備時，才能出現災害過程。這兩方面條件不但決定災害是否發生，而且決定了成災規模的大小。 堰塞湖所造成災害具有突發性災害（潰壩洪水）及緩慢性災害（土砂、河道淤積問題）特性。其中突發性災害活動階段相當短暫，這類災害的評估主要是天然壩形成後（災前）的危險度和潰壩後的危害度，以防災減災工作角度，災前危險之危害度評估尤為重要，乃為堰塞湖防災的工作和研究重點。 由於科技進步，對於監測、分析及圖形資料的增加速率相當快速，如何有效率處理這些海量數據，GIS技術則提供這方面的支援。當堰塞湖發生，管理單位必須彙整相當多資料，快速分析出有用訊息提供決策者參考，因此需透過GIS整合圖資。此系統必須能提供訊息收集、儲存、管理、檢索、分析及編圖等全過程的電腦處理軟體工具系統。 水利規劃試驗所於91至93年完成「堰塞湖引致災害防治對策之研究」之計畫，此計畫成果可做為堰塞湖防災及處置之參考，鈞署亦參考該計畫成果訂定「堰塞湖防災作業手冊（緊急應變版）」。然堰塞湖形成後緊急應變若能有可供判斷的危險、危害度模型，及可供決策參考的資訊管理系統，對堰塞湖防災及處置將有極大助益。</abstract><author>交大防災及水環?研究中心</author><categoryidentifier>443.5029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990435</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010001211</governmentpublicationsnumber><identifier>78048</identifier><internationalstandardbooknumber>9789860281385 ; 9789860281</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78048</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>堰塞湖危險度、危害度評估方法與堰塞湖處置資訊管理系統建置(光碟) Evaluation of Landslide Dams Susceptibility and Hazard and Establishment of the Information Management System</title><yearidentifier>201106</yearidentifier></data><data><abstract>後龍溪過去幾年針對河道長期自然平衡或非平衡、水文地文基本資料調查蒐集分析、河道衝淤調查、地形變遷〈含合相〉成因分析、河道平衡與短長期橋基沖刷之相互影響、砂礫河床值交換機制、河床下刷〈含合到疏浚後〉對河到穩定之影響、蜿蜒河川水理特性、河床衝淤與合岸變遷對河防安全評估等課題，相關研究相當閥如。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980333</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010000568</governmentpublicationsnumber><identifier>78049</identifier><internationalstandardbooknumber>9789860274387 ; 9789860274</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78049</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計(2/2)成果報告(光碟) River  Stability  of  Channal  and  Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Houlong  River  at  the  Gueishan  Bridge (2/2)</title><yearidentifier>201103</yearidentifier></data><data><abstract>本計畫針對台灣現有海岸常見之防護措施加以描述，統計目前各地現有各類防護工法隻數量與長度，顯是台灣有許多縣市幾乎已無自然海岸，於生態及景觀上具有嚴重之衝擊。</abstract><author>成功大學水利及海洋工程系、中興大學水土保持系</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1009005266</governmentpublicationsnumber><identifier>78052</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78052</librarycollectiondetailsurl><price>700</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>海岸工法之新技術研發(2/4)(光碟)=Technical Development in Coastal Protection Works (2/4)</title><yearidentifier>200112</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>78057</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78057</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County (1/2)(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/12</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>78058</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78058</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)(光碟版)Field Investigation and Analysis Project at Coastal Area of Yunlin County (1/2)(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治及地下水保育管理計畫之實施，其目的為進行各地層下陷區之監測，以分析其下陷趨勢及範圍，並針對地層下陷潛勢地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果。利用地層下陷分層監測井、水準檢測及GPS固定測站等多重方式，並進行試驗分析，以釐清地層下陷發生機制，作為擬定防治對策之依據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030256</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010302726</governmentpublicationsnumber><identifier>78061</identifier><internationalstandardbooknumber>9789860434453 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78061</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>103年度多元化監測及整合技術應用於台北、彰化及雲林地區地層下陷監測=Application of multi-sensor and integrated technologies to the monitoring of subsidence in Taipei,Changhua and Yunlin area in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>78065</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78065</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(上冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation(DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水利科技發展事關國計民生、自然資源保育及生態環境之維護，國內外均有長久的水利科技演進歷史，近代發展尤其進步快速。我國水利科技發展雖頗具成效，惟為與國際接軌，促進國際水利科技交流及進一步提升水利科技水準，應有一致之譯名。本計畫之目的為透過水利相關領域專家學者彙整新近水利科技名詞，研訂中文與英文對照以促進國際交流並提升水利科技水準。</abstract><author>中國土木水利工程學會</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970310</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009703964</governmentpublicationsnumber><identifier>78067</identifier><internationalstandardbooknumber>9789860169249 ; 9789860169</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78067</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利科技名詞中英對照彙編手冊(初版)Terminology of Hydraulic Technology in English Corresponding to that in Chinese</title><yearidentifier>200812</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>78072</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78072</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)  An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>78073</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78073</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)  (光碟)An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>78074</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78074</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊一 重要河川環境營造計畫(98-103年)績效總評估報告(截止101年度)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>78075</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78075</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2) 附冊二 重要河川環境營造計畫(104-109年)(初稿)</title><yearidentifier>201303</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>78076</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78076</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究(1/2)=An Overall Review and Improvement Strategy Research on the Environment Building Plan of Important Rivers (2009-2014)(1/2)</title><yearidentifier>201303</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>78077</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78077</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫（98-103年）總檢討及改善策略研究（1/2）(成果資料光碟)</title><yearidentifier>201302</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>78078</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78078</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>海岸環境營造計畫(104~109年)</title><yearidentifier>201407</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>78079</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78079</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>海岸環境營造計畫(98~103年)總評估報告</title><yearidentifier>201302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78082</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78082</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利第20期(光碟)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。 台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。 另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>78083</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78083</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。 台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。 另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>78084</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78084</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬(光碟)＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>78085</identifier><internationalstandardbooknumber>9789860123586 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78085</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)(光碟版)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，辦理濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等。（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030244</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010303003</governmentpublicationsnumber><identifier>78086</identifier><internationalstandardbooknumber>9789860437386 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78086</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(1/3)=Applying intergrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management(1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>78087</identifier><internationalstandardbooknumber>9789860123210 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78087</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書(光碟)＝Draf ting Reference Manual for Riverbed Material Sampling</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010000871</governmentpublicationsnumber><identifier>78089</identifier><internationalstandardbooknumber>9789860277364 ; 9789860277</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78089</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>區域排水整治及環境營造計畫永續治水對策之探討(光碟) Study on the Sustainable Strategies for Flood Mitigation</title><yearidentifier>201104</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>78092</identifier><internationalstandardbooknumber>9789860117011 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78092</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)(光碟)＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，大甲溪下游段橋梁因沖刷將危及橋梁安全，且取水構造物也可能因河床高程變動而需不斷改變取水位置，另石岡壩下游河床沿盤出露處河道明顯有持續刷深趨勢，期望透過本計劃數值及模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>78093</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78093</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石崗壩下游河段河床穩定方案之研究〈4/4〉=Study  on  River  Bed  Stability  for  the Reach Downstream of  Shigang Dam  in  Dajia  River</title><yearidentifier>201106</yearidentifier></data><data><abstract>近年來大甲溪下游河段河床持續下降，大甲溪下游段橋梁因沖刷將危及橋梁安全，且取水構造物也可能因河床高程變動而需不斷改變取水位置，另石岡壩下游河床沿盤出露處河道明顯有持續刷深趨勢，期望透過本計劃數值及模型試驗研究，研提如何穩定河床之相關措施，以保護下游公共建設及居民生命財產安全。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990130</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010001153</governmentpublicationsnumber><identifier>78094</identifier><internationalstandardbooknumber>9789860280814 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78094</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪石崗壩下游河段河床穩定方案之研究〈4/4〉(光碟)=Study  on  River  Bed  Stability  for  the Reach Downstream of  Shigang Dam  in  Dajia  River</title><yearidentifier>201106</yearidentifier></data><data><abstract>本研究報告書為「石門水庫長期監測計畫與防淤操作模擬分析」總報告，主要目的為持續辦?石門水庫颱洪期間全洪程監測高濃?之水砂運移特性，探討?同規模之入庫水砂?線在水庫內?砂運移速?、沿程沖淤變化和縱橫分佈之水砂運移規?，並結合?值模擬與物?模型試驗，使?值模式充分?定及物?模型試驗結果得以有效解?，綜合現場觀測、?值模式及物?模型試驗成果，評估石門水庫整體之防洪防淤策?，並提出「石門水庫運用要點」及「石門水庫水門操作規定」修訂之建議事項。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010300630</governmentpublicationsnumber><identifier>78096</identifier><internationalstandardbooknumber>9789860410297 ; 9789860410</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78096</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析總報告(光碟) Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir</title><yearidentifier>201404</yearidentifier></data><data><abstract>自民國98年執行重要河川環境營造計畫以來，為評估其具體執行成效，遂成立本計畫，對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針，作為下一階段研提未來六年中程計畫之依據。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020292</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010301040</governmentpublicationsnumber><identifier>78097</identifier><internationalstandardbooknumber>9789860414738 ; 9789860414</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78097</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究總成果報告(光碟) Ooverall Review of the River  Environment  Construction Plan for Major River(2009-2014)and Study of the Strategies improvement</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>78098</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78098</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫（1/2）成果報告書(光碟)</title><yearidentifier>201106</yearidentifier></data><data><abstract>氣候變遷對臺灣的衝擊相當大，臺灣的水環境已出現「豐水期愈豐，枯水期愈枯」的現象，未來勢必將面對洪水、乾旱、土砂及海岸侵蝕等複合型災害的威脅。近年來水利署投入許多心力在水患治理上，未來的治水，將配合非工程的防災、應變、避難、撤離，朝「零犧牲、零傷亡」的目標邁進。莫拉克風災後，本署積極趕辦災後復建工程，在中央管河川方面，相關復建工程完工後，將可發揮功能，確保民眾安全；對於防汛應變措施，本署亦已完成大型移動式抽水機的全面檢查及中小型抽水機的抽檢工作。今年本署與各部會及縣市政府共同努力，投入不計其數人力經費，提前於5月19日達成河川野溪及水庫疏濬6,500萬立方公尺的目標。由於河川通洪斷面及原有機能的恢復，已通過今年5至10月的豪雨及颱風的考驗。而疏濬的土石也還土於民，無償提供土方，做為災後魚塭復養、農地改良、組合屋基地回填等。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>78099</identifier><internationalstandardbooknumber>20797966 ; 20797966</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78099</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>100</publishrocyear><title>99年度經濟部水利署年報(光碟版) Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201111</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且亦已建置多口分層監測井，提供每月所累積之地層下陷壓密與月地下水位變化資料。近年來部份測站的地下水位呈現未明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢的增加。有鑑於地下水位變化與地層下陷量呈現複雜關係，水利署最近已進一步利用光纖光柵，進行更完整的地下水位及地層下陷監測。因此，有其必要分析光纖光柵所得之地下水位觀測資料，及檢核與校正地層下陷觀測資料，並進行不同量測方法所得地下水位及地層下陷觀測資料之比較與探討。此外，亦有必要依據地下水位及地層下陷監測資料，藉由建立一套由國人自行發展之多含水系統黏彈塑性地層下陷數值模式，解析台灣地區地下水位變化造成的複雜土壤變形機制。並且亦可藉由引入地下水變化不確定性之概念，進一步結合不確定性模擬方法，完成考量地下水位變化不確定性地層下陷機率數值模式之建立與應用測試，以期能更合理地預測地層下陷量。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030237</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010302975</governmentpublicationsnumber><identifier>78100</identifier><internationalstandardbooknumber>9789860436419 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78100</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>多含水層下黏彈塑性土層地層下陷數值模式建立之研究(1/2)= Study on Development of Land Subusidence Numerical Model for Viscolastic-Plastic Soil in Multilayered Aquifer System(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>「大甲溪流域整體治理規劃檢討」委託技術服務案為期兩年，調查項目計：流域災害概述、降雨及洪水、崩塌地演變、河道沖淤比較、堰壩淤積、防洪、跨河建造物、排水系統及都市下水道系統、水資源利用、海岸砂源補助、水質、生態環境、聚落保全、維生管線與重要民生基礎建設、近年治理工程及成果等十四項。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990131</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010001155</governmentpublicationsnumber><identifier>78101</identifier><internationalstandardbooknumber>9789860280838 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78101</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討(2/2)=Review Report on Dajia River Basin Integrated Regulation Plan(2/2)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>78102</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78102</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告(光碟)=Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract>依水利法第21條規定，主管機關應考量上、下游既有水權人之權益，根據水文測驗結果計算該管區域內一定時期內之通常保持之水量（流量超越機率百分之八十五之水量）辦理地面水之水權登記。為落實上開水利法規定，經濟部水利署於93年即參酌前經濟部水資源局於87年之「台灣地區各水系水源任一斷面潛能水量分析」計畫成果，建置完成網路版「地面水潛能水量計算系統」，據以參考核發水權。該「地面水潛能水量計算系統」，因水文地文時空變異及科技資訊技術日新月異影響，為更精確掌握地面水可用水量，本計畫將進行計算系統之改善與功能擴充。計畫工作主軸分為三部分，分別為1.還原天然流量、2.推估未設站位置流量及3.模擬河川/水權/水庫。 天然流量（naturalized flow）指河川上未經人為影響時之流量，即現行水利法施行細則第15條定義之「水源通常保持水量」，目前以流量超越機率百分之八十五之水量為基準。由於既有流量站觀測資料受上游人為影響，所紀錄之流量可能低於實際天然流量，因此本計畫第1年（99年）將蒐集相關取水資料，並完成中部地區選定流域之天然流量還原方法之研究與資料分析，第2年（100年）完成驗證後，再依所建立之方法進行中部地區各流域流量站之天然流量還原工作。 由於申請水權位置通常未設有流量站，必須以特性相近之流量站資料進行推估，本項工作之重點包含1.以區域分析尋找特性相近之流量站、2.依據前述工作所還原之天然流量進行推估、3.以克利金（Kriging）區域分析方法、迴歸分析模式及地形指數模式（TOPMODEL）三種方法推估比較。其中，第1年（99年）工作主要進行克利金（Kriging）區域分析方法分析，以便與現有「地面水潛能水量計算系統」比較，第2年（100年）工作將完成迴歸分析模式及地形指數模式之建立，並進行三種方法之比較分析，以擇定推估中低流量結果較佳之模式。 天然流量扣除保留予既有水權人之消耗性用水、水利建造物蓄水及其他必要之保留水量後，河川上所剩餘之流量，為申請水權位置之可獲（用）水量（available water）。為模擬河川上取水及用水情形，必須將河川上之有效水權、水利建造物蓄水及其他必要之保留水量等加入模擬。本項工作之重點包含1.建構河川串列計算單元、2.建構自動化水權檢核模組、3.建構以GIS為展示平台之計算系統。建置河川串列計算單元之目的為快速連結與擷取該區段之地文、天然流量、上下游從屬關係等相關資料，使系統在連結有效水權資料後即可快速進行水權檢核計算，進而獲得地面水可用水量資訊，作為水權管理之參考。第1年（99年）工作主要完成GIS圖層蒐集、資料庫架構規劃建置、區段（次集水區）切割及編碼方法之建立，第2年（100年）再進一步撰寫自動化之切割及編碼程式，以供未來其他流域使用。水權檢核模組方面將水權類型分為一般情形（無蓄水）及增闢水源情形，增闢水源情形指透過設置水庫等蓄水設施，以人為方式增加可用水量。一般情形分為一般取水及水力用水2種檢核方式，增闢水源情形分為一般取水、水力用水及越域引水3種檢核方式。第1年（99年）工作主要完成檢核程序之建置，第2年（100年）再進一步與水權資料庫進行資料交換機制，以便自動讀取有效水權至系統中進行上、下游水權檢核。GIS展示平台雛形第1年（99年）工作已完成整體系統之規劃、展示平台介面及查詢模組建置，根據教育訓練各水權核辦人員對系統介面所提供之建議，第2年（100年）再進一步修正系統並完成各項功能測試。</abstract><author>國際灌溉排水協會中華民國國家委員會</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990026</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904457</governmentpublicationsnumber><identifier>78103</identifier><internationalstandardbooknumber>9789860261530 ; 9789860261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78103</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>地面水可用水量與水權管理技術檢討改善研究〈1/2〉(光碟)Research of Estimating Surface Water Availability and Water Rights Analysis Modeling System〈1/2〉</title><yearidentifier>201012</yearidentifier></data><data><abstract>一、計畫緣起與目的 頭前溪河口段???變遷頗為顯著，民國94年水利署水利規劃試驗所(以下簡稱水規所)進?頭前溪河口段檢討計畫，係針對河口段水?進?模擬評估；民國95、96年持續探討河口段地形之長、短期變遷及不同工程布置方案下，對河口段所造成之影響；民國97年水規所辦理頭前溪河口段檢討報告，研擬治理基本計畫；民國98年二河局再根據水規所檢討成果，辦理頭前溪河口段工程執行計畫規劃。本計畫工作內容主要係配合水規所執行之物模試驗(99年至100年底)，辦理頭前溪河口段長期穩定數值模擬與治理工程可能改善評估等相關工作，藉由水規所物模試驗搭配本計畫數模之成果，以提供工程執行計畫之修正與參考。  二、數模檢定驗證與敏感度分析 本研究數模雖已利用新竹漁港潮位、河口段歷年地形資料進行檢定驗證，但由於缺乏舊港橋、白地橋與竹港大橋之實測水位資料，因此模式在舊港島左右股流路分流量之推估仍有待物模或後續現場實測資料之獲得，以檢驗其正確性。 波浪與潮位變化之敏感度分析案例中，潮位對河口外之流速、水位變化較有影響，低潮位時，高流速範圍有往外海延伸之趨勢。底床沖淤部分，河口區域之底床沖淤無明顯差異，皆呈現淤積趨勢，僅淤積型態有些許不同。忽略波浪效應之沖淤影響範圍約至南寮漁港，潮位越低時，河口外海沖刷越明顯，若未來物模試驗範圍僅侷限於河口段，波浪與潮汐之影響可能延伸至河口治理計畫區域內。建議水規所物模試驗盡量考慮潮位週期變化之過程，而非採用固定水位進行試驗。  三、水工模型試驗之案例模擬 考慮與水規所物模試驗相同之初始、邊界條件，以98年地形為基礎，不考慮外海波浪、風力、疏濬規劃、舊港島分流工與苦苓腳凹岸丁埧之施做，分析在此簡化之物模條件下，現況河口地形之水理與輸砂特性。 Q100重現期距流量下舊港橋、白地橋之流量歷線圖，在低流量情況下，白地橋幾乎無流量通過；在洪峰流量情況下，舊港橋最大流量約為每秒6,200立方公尺、白地橋最大流量約為每秒2,100立方公尺。  四、丁埧、舊港島導流工之布置方案模擬 研擬數組不同角度、長度之舊港島分流工，進行二維動床分析，模擬結果如錯誤! 找不到參照來源。所示。各方案左右股流路之模擬水位均小於計畫洪水位與現況案水位，顯示實施疏濬後將有助於提升舊港島兩岸之河防安全。當分流工長度固定時，隨著右股流路開口角度越大，左股流路之水位降低、右股流路之水位增加。 由於現況案右股流路並未疏濬，因此上游流量須較大時水流才可通過右股流路，使得淤積量相對較少，而現況案與各方案皆呈現右股淤積、左股沖刷之趨勢。若以右股流路淤積之帶狀分布觀察，方案四、方案五與方案六為淤積量相對較少之方案。分流量部分，各方案隨著右股流路分流工開口角度越大，分流量有增加之趨勢，其中又以方案四為分流比最接近1之方案。 考慮舊港島兩岸河防安全、右股流路分流量與河口段回淤程度，本研究建議舊港島分流工以長度300公尺、角度55度者為最佳方案(方案四)，建議水規所後續以該方案進行物模試驗。  五、長期穩定模擬與可能改善評估 在長期模擬中，採用方案四分流工長度、角度布置進行連續7場颱風配合季風期潮位之長期模擬。整體來說，工程計畫可適當改善河口段長期淤積問題，使水流更加暢通，並增加通洪能力以提升舊港島兩岸之河防安全。 建議舊港島右股流路每隔二至三次汛期後可定期辦理一次疏濬作業，以維持水流暢通；而北寮嶼至新竹漁港沿岸區域，若無特別河防安全影響，建議每隔二至三次季風期後可視情況辦理疏濬作業。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990302</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010000042</governmentpublicationsnumber><identifier>78104</identifier><internationalstandardbooknumber>9789860262346 ; 9789860262</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78104</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪河口段工程模型試驗計畫〈數模〉(光碟)  Laboratory  Study  on  Estuary  Engineering  Layout  of  Touchien  River ( Numerical  Model )</title><yearidentifier>201012</yearidentifier></data><data><abstract>高含砂水流在近年的颱洪災害中，逐漸形成一不可忽視之課題。高含砂水流之流態特性及其對沉滓運移型態之影響迥異於一般常態低濃度含砂水流，在動床條件下，其流速、水深及剪力等變量對防洪設施規劃設計之影響恐較定床條件更為複雜。在過去之研究中，已以定床角度，建立流速、水深及剪力等物理特性與泥砂濃度、流變特性之間的簡易關係式，供規劃設計參考之用。但高含砂水流運移時的泥砂體積濃度變化、沿程落淤現象等，更必要以動床角度進行研析，以釐清高含砂水流對沖淤機制之影響及其對河道穩定影響之範圍，亦為本計畫執行的重點。茲將本年度之工作成果摘要說明如下。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904132</governmentpublicationsnumber><identifier>78105</identifier><internationalstandardbooknumber>9789860257328 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78105</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(2/3)(光碟) Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River(2/3)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904173</governmentpublicationsnumber><identifier>78106</identifier><internationalstandardbooknumber>9789860257519 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78106</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央河川高灘地水質淨化可行河段調查及環境營造研究總報告(光碟)=The Investigation of River Section Capable of Water Purification and Environmental onstruction Research in The River Marshs of Central Authorities Management Final Report</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990037</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904172</governmentpublicationsnumber><identifier>78107</identifier><internationalstandardbooknumber>9789860257526 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78107</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(2/2)(光碟)=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>台灣位處西太平洋颱風路徑之要衝，每於夏秋之際，常遭颱風的侵襲，颱風期間之暴潮巨浪直接侵襲臨海地區，波浪可能越過海堤堤頂而導致海水倒灌及沿海區域之溢淹。本計畫為推動東部海岸海岸溢淹潛勢圖資製作之研究，計畫期程為一年，計畫目的為以台灣東部宜蘭、花蓮、台東海岸可能發生海岸溢淹之保全海岸區域為工作範圍，進行海岸溢淹潛勢研究，建立台灣東部保全海岸區域溢淹潛勢圖資，以提供協助海岸防災救災決策之參考。 為達到上述目標，本計畫包含「東部海岸溢淹保全區域評估」、「歷史資料分析」、「地理資訊資料庫建立」、「近岸波揚、波浪溯升與越波情境模擬及分析」、「海岸溢淹模式建立、校驗與模擬」、「建立保全海岸區域之海岸溢淹潛勢圖資」等六項工作項目。計畫首先從東部海岸歷史災害紀錄，評估可能發生海岸溢淹之高風險地點；再根據當地海岸天文潮、暴潮、颱風波浪強度，模擬可能發生之越波、海水倒灌情況下之越波量，作為海岸溢淹模擬之輸入資料；建立海岸溢淹模式，並選擇引發保全海岸區海岸溢淹災害之颱風事件，進行模式校驗；最後進行不同重現期颱風波浪強度之海岸溢淹模擬，據此建立東部海岸溢淹潛勢圖資，並提出海岸溢淹保全計畫建議。計畫成果將可作為後續海岸溢淹災害評估與決策之參考，有助於水利署推動海岸溢淹防災業務。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990228</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904202</governmentpublicationsnumber><identifier>78108</identifier><internationalstandardbooknumber>9789860258684 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78108</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>東部海岸海岸溢淹潛勢圖資製作之研究(光碟) Research on Producing the Potential Maps of Coastal Floods at Eastern Coastal Area in Taiwan</title><yearidentifier>201012</yearidentifier></data><data><abstract>水利署「分散式洪水預報系統」 (Distributed Runoff And Inundation Nowcast System，簡稱DRAINS)於民國98年度將八掌溪流域預報系統移轉至本局，可於颱風時期自動化啟動，進行即時資料蒐集，颱風定量降雨趨勢預報，集水區逕流、河川變量流模擬，並透過圖形及表格進行展示。 由於98年度莫拉克颱風重創南臺灣，八掌溪流域於多處鄉鎮發生淹水，並造成部分河段大斷面改變。為能使系統後續應用符合流域實際狀況，並依本局颱洪期間使用狀況做必要之功能擴充，DRAINS系統需要配合最新之量測資料進行更新與維護，並進行必要之功能擴充，以增加系統維護與操作之效率，俾提昇洪水預報之品質</abstract><author>多采科技顧問公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990257</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009905086</governmentpublicationsnumber><identifier>78109</identifier><internationalstandardbooknumber>9789860271119 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78109</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>99年度八掌溪流域分散式洪水預報系統擴充及維護(光碟) Extension and Maintenance of Distributed Run-off and Inundation Nowcast System for Bajhang River in 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>百商數位科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010004174</governmentpublicationsnumber><identifier>78110</identifier><internationalstandardbooknumber>9789860305685 ; 9789860305</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78110</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台灣河川復育網站營運維護計畫(2/5)(光碟)=Operating and Naintenance Plan of Taiwan River Restoration Network Website(2/5)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010004548</governmentpublicationsnumber><identifier>78111</identifier><internationalstandardbooknumber>9789860309157 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78111</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(1/2)成果報告(光碟) Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，自日據時期至民國99年間統計防洪構造物總長度96,804公尺，經歷風吹日曬及颱風豪雨侵襲，已有老化及裂縫現象發生，其提身內部若隱藏有若面對防洪構造物的安全勢必造成影響，為了解提身是否完整及避免因提身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計劃。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>78112</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78112</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫(光碟)=A Research Plan for Bachang River Embankment Safety Analysis</title><yearidentifier>201104</yearidentifier></data><data><abstract>為因應新竹市及苗栗縣海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 研究範圍含蓋新竹市及苗栗縣之全部海岸共計長約67公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990236</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010002348</governmentpublicationsnumber><identifier>78114</identifier><internationalstandardbooknumber>9789860285604 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78114</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>竹苗海岸基本資料監測調查計畫(光碟) The Plan of Coastal Monitoring  and Investigation for Hsinchu City and Miaoli County</title><yearidentifier>201107</yearidentifier></data><data><abstract>以流體動力計算方法進行系統化數值模擬，分析該材料應用於堤防及護岸之應力；提出「滑動─單體」與「滑動─群體」兩種模式評估應用於堤防及護岸後之結構安全；該材料施工技術手冊草案及施工規範草稿擬定。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904226</governmentpublicationsnumber><identifier>78115</identifier><internationalstandardbooknumber>9789860258424 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78115</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究(2/2)(光碟) The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>多孔混凝土具有高孔隙率、高透水性、粗糙表面、質量輕及可植生之特點。若將其應用於堤內護坡與護岸坡面工等工程，安全性可符合需求且養護費用低、可進行植生，有節能減碳之效益，具有潛力之材料。</abstract><author>中華輕質骨材協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990269</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904224</governmentpublicationsnumber><identifier>78117</identifier><internationalstandardbooknumber>9789860258431 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78117</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>多孔混凝土應用於河川工程之研究總報告(光碟) The Application of Porous Concrete on River Engineering(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本計畫欲瞭解經莫?克颱風後，原(97年)「台東卑南溪下游攔河堰工程規劃檢討」規劃堰址之地形與水文水?特性改變後對工程方案之影響。檢討之工程方案主要針對穩定農業用水之攔河堰方案(含全斷面攔河堰方案、部分斷面攔河堰方案)。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990168</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904262</governmentpublicationsnumber><identifier>78118</identifier><internationalstandardbooknumber>9789860258936 ; 9789860258</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78118</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>台東卑南溪下游攔河堰規劃方案檢討(光碟) Review of Weir Planning in the Downstream of Beinan Riverin Taitung</title><yearidentifier>201012</yearidentifier></data><data><abstract>在民國93年艾利颱風時，南桃園穩定供水情況因原水高濁度而受到重創，其後增建了石門水庫增設取水工，以期能於颱洪期間取得石門水庫表層低濁度原水。惟依據93年艾利颱風後迄今共7年內實際濁度監測資料顯示，已有3年度發生表層原水濁度超過4,000NTU之情況(註：93年艾利颱風、94年馬莎颱風及96年柯羅莎颱風)，此將超過南桃園主要淨水場之濁度處理能力(註：龍潭場&amp;lt;1,000NTU、平鎮場&amp;lt;4,000NTU)。雖然在「石門水庫及其集水區整治計畫」內各項改善工程，包含電廠防淤及永久河道放水口(PRO)改善工程、石門水庫防洪防淤隧道工程等完成後，將可降低壩區表層原水濁度達一定程度，惟另考量未來氣候異常之變化及水文不確性，石門水庫集水區仍可能發生如莫拉克等級颱風而造成大量土砂入庫，及隨水庫營運年限拉長而壩區淤積日愈上升時等狀況，壩區表層原水濁度仍有升高機會，南桃園地區因濁度高而造成停水之供水風險仍將存在。為確保南桃園地區供水系統水源量於颱洪期間不致發生短缺情況，本計畫備援水池之規劃顯具必要性，是為本計畫之緣起及目的。清水坑鄰近石門水庫後池，位於龍潭鄉大平村、三林村與佳安村間之小谷地，本計畫擬於該處規劃一備援水池，納入石門水庫供水系統供備援使用，計畫位置如首頁之圖1所示，其間有打鐵坑溪流經，集水區面積約5.24平方公里，幹流總長度約5.90公里。經初步規劃結果，打鐵坑溪集水區小，常時無可增供水量，颱風期間低濁度可引總逕流量有限(過去經驗總量約8～24萬M3) ，及存在可供水時間可能晚於需求時間之風險，水源並不穩定。考量備援之重要性、穩定性及水質要乾淨之原則，備援水池將採常時於石門水庫高水位時引取石門水庫原水蓄存備用，而打鐵坑溪天然逕流量則保留給既有水權人，當颱洪期間石門水庫原水濁度過高時，再藉由石門大圳與三坑子加壓站，將備援水池內低濁度原水輸送至龍潭淨水場、平鎮淨水場或石門淨水場，達到全額備援供水或釋稀高濁度原水之功能，以維持淨水場出水能力，降低缺水危機。由於地方民意強烈反對設置高壩型態之備援水池、對環境衝擊較大(需環評)，本計畫採用人工湖式蓄水方式進行備援水池規劃，並將本計畫功能定位增加為「水源備援」及「水力發電」，以期能一併利用既有石門大圳配水量尚未開發之水力能源。經開發規模研究，備援水池之最小開發蓄水容量訂定為81萬立方公尺(以93年艾利颱風設計)，並擬定二組可行方案進行綜合比較，因本案用地90％以上面積皆為私有地，地方民眾對方案二(上游谷地開發案，有效蓄水量為85萬M3)似乎較能接受，惟方案一(最大規模開發案，有效蓄水量為200萬M3)具較大供水安全係數，並可因應全球氣候變遷影響及未來成長空間，又因本初步規劃階段對地方意見之深度及廣度尚無法完整掌握，本報告暫不選定建議方案，惟建議以朝最大開發規模、計畫效益最高之方案一為努力推動方向，並建議應於下階段可行性階段之詳細調查中，確實掌握地方意見，規劃能雙贏之備援水池區位及蓄水量方案為較適方案。本階段方案一備援水池初估之有效蓄水量為200萬M3，用地面積為35.6公頃(含私有地25.7公頃)，其整體佈置如圖7.3-4所示，佈置構想說明如下：1.	調整石門水庫增設取水工之定位由『備援運轉』為『常時運轉』，利用其取水口～石門大圳聯通管間水路設施做為本計畫前段引水路，並於石門大圳聯通管消能井前新設分引水路(一)至清水坑谷地內新設之電廠，以利用此段水力發電能源，電廠尾水再接回下游石門大圳，維持原石門大圳配水功能。2.	於進電廠主閥前設置一分岐引水路(二)，以導引原水至蓄水池內。蓄水池於石門水庫高水位時，將水池蓄滿供颱風期間備援使用。又常時於上游將打鐵坑溪逕流導引至蓄水池內，再以自由溢流方式溢流回下游打鐵坑溪渠道，可維持原天然逕流量，確保原打鐵坑溪水權人權益，並可讓蓄水池內水體保持流動，維持在較佳水質狀態，同時補注滲漏水量。3.	為避免颱風期間打鐵坑溪上游集水區濁度較高逕流混入備援水池內，修整原打鐵坑溪渠道並重新設置於谷地右岸，作為颱風期間打鐵坑溪上游集水區逕流排洪使用，以區隔清水與濁水。4.	考量颱風備援短暫期間田間灌溉需求可暫緩，故石門大圳1號渡槽～三坑子加壓站段可為備援水量輸送渠道，備援水池之輸水路將以銜接至石門大圳為設計，且備援水量輸送時間需協調石門農田水利會暫停由石門水庫內取水。本方案用地徵收範圍為35.6公頃(含私有地25.7公頃)，經詳實估算其總工程經費用約22.3億元(土地徵收費用以平均公告現值加4成計算)，計畫效益為1.48億元/年，益本比約1.14。未來本方案將配合環境營造，重新塑造新的未來願景，保留既有農田風貌，同時兼顧休憩功能，未來發展構想願景如圖7.8-2所示。綜合地方訪談及舉辦地方說明會等民情評價結果可知，目前地方上(如公所、地方發展協會、部分地主、一般民眾等)對本規劃案多持正面支持態度，惟其中多數地主皆以土地徵收價格需合理(與市價相當)為支持本案前提，故若欲讓本案持續推動，此一問題需妥適解決，以爭取地方認同。另對於其他不願遷離、不支持本案之民眾，需提出可行之安置計畫與耐心持續溝通，以爭取支持。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010000341</governmentpublicationsnumber><identifier>78119</identifier><internationalstandardbooknumber>9789860271959 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78119</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫清水坑備援水池工程初步規劃成果報告書(光碟)Preliminary Planning  of  Backup  Water Pond  at   Qin-Shuei-Ken near Shihmen Reservoir</title><yearidentifier>201102</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009904160</governmentpublicationsnumber><identifier>78120</identifier><internationalstandardbooknumber>9789860257687 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78120</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>石門水庫水砂運移監測與異重流模式開發及應用研究(2/2)(光碟) = The observation and mersurement of sediment  transport and the studies of application and development of density current simulation model in shihman Reservoir(2/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>曾文溪於洪流之水流湍急，中高流量下觀測垂線流速剖面不易，為準確推估洪水流量，需探求表面流速與垂線平均流速之關係，依據現地試驗成果，由觀測表面流速與垂線平均流速合理推求兩者比值，分析檢定適合曾文溪之河床阻力公式，提供本局未來決策之參考。</abstract><author>成大水利海洋發展基金會</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000177</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010004475</governmentpublicationsnumber><identifier>78122</identifier><internationalstandardbooknumber>9789860308105 ; 9789860308</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78122</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河段水文特性測驗成果報告(光碟)The Hydrological Characteristics Experiment of Tseng-Wen River</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010003126</governmentpublicationsnumber><identifier>78123</identifier><internationalstandardbooknumber>9789860259039 ; 9789860259</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78123</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>頭前溪中正橋河段沖刷防治工法規劃設計(光碟)</title><yearidentifier>201110</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010003834</governmentpublicationsnumber><identifier>78125</identifier><internationalstandardbooknumber>9789860302271 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78125</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究(2/2)(光碟)  Investigation of the Detection Techniques for the Eroded Cavings in the Embankment (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>78126</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78126</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究總報告(光碟) Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>78127</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78127</librarycollectiondetailsurl><price>650</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>103</publishrocyear><title>新期構造研究專輯(四)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>78128</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78128</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2) 光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract>強化【 淹水警戒、水庫警戒、河川高水位警戒】資訊正確性、一致性及完整性；精進【水庫及供水防汛作業】強化水庫資訊即時性及正確性；擴充【企業聯合防災合作】，加入相關產業，災情資訊之介接互通；新增【災情彙整功能介接服務】，提供淹水及水利設施災情彙整登打、統計及KML圖資介接服務、新增測試系統以確定新增系統功能運作正常、新增開設預警簡訊，更新【防災資訊服務網首頁】，提供多則動態輪播看版訊息及發布後台維護；整合防汛護水志工帳號納入【水情通報】App內。  此外，本署行動水情App於目前提昇智慧型手機服務，包括iOS、 Android及Windows phone 8(WP8)三作業平台，目前下載人數已超過8萬人次，一般民眾仍有反應操作及資訊過於複雜，故將推動精簡版(民眾版)行動水情及雨量鬧鐘App，提供親民版行動水情App。雨量鬧鐘App及行動水情App，可客製化適用於各尺寸之智慧型手機及平板裝置，以符合手機與平板裝置操作需求。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030171</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010303011</governmentpublicationsnumber><identifier>78129</identifier><internationalstandardbooknumber>9789860436945 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78129</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度防災應變系統更新及資訊網升級建置103 Year Disaster Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201412</yearidentifier></data><data><abstract>強化【 淹水警戒、水庫警戒、河川高水位警戒】資訊正確性、一致性及完整性；精進【水庫及供水防汛作業】強化水庫資訊即時性及正確性；擴充【企業聯合防災合作】，加入相關產業，災情資訊之介接互通；新增【災情彙整功能介接服務】，提供淹水及水利設施災情彙整登打、統計及KML圖資介接服務、新增測試系統以確定新增系統功能運作正常、新增開設預警簡訊，更新【防災資訊服務網首頁】，提供多則動態輪播看版訊息及發布後台維護；整合防汛護水志工帳號納入【水情通報】App內。  此外，本署行動水情App於目前提昇智慧型手機服務，包括iOS、 Android及Windows phone 8(WP8)三作業平台，目前下載人數已超過8萬人次，一般民眾仍有反應操作及資訊過於複雜，故將推動精簡版(民眾版)行動水情及雨量鬧鐘App，提供親民版行動水情App。雨量鬧鐘App及行動水情App，可客製化適用於各尺寸之智慧型手機及平板裝置，以符合手機與平板裝置操作需求。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030171</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010303011</governmentpublicationsnumber><identifier>78130</identifier><internationalstandardbooknumber>9789860436945 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78130</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度防災應變系統更新及資訊網升級建置(光碟版)103 Year Disaster Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201412</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603338</governmentpublicationsnumber><identifier>78132</identifier><internationalstandardbooknumber>9789860117011 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78132</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(2/2)＝First Step Research on Technical Guidelines of Hydraulic Engineering－River Regulatiion (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>2008年本署防災工作，除依據水利防災政策繼續推動外，並檢討2007年防災工作缺失，擬具年度行動方針。2008年水利防災行動方針策進重點為:落實經濟部為水災中央災害業務主管機關功能；行動主軸為強化全國性救災資源調度效能、提升水旱災減災及預警能力、強化水旱災情掌控能力，並且落實水利防災政策及2008年水旱災防就行動方針以達有效防災迅速救災的目的。</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009804727</governmentpublicationsnumber><identifier>78133</identifier><internationalstandardbooknumber>9789860225310 ; 9789860225</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78133</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>99</publishrocyear><title>2008水利防災年報=Flood and Drought Mitigation Annual Report</title><yearidentifier>201002</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於101及102年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。 本案計畫配合本署中央值班簡報所需擴充原有系統，提供更便利之	災中水情及災情資訊整合平臺，以利本署簡報作業順暢，並規劃設計互動式線上系統操作教學，供使用者學習操作，以推廣防災應變空間資訊系統供署內於災中快速應變及災後快速瞭解災情。並配合今年度Google發行新版本，需規劃整合專屬防災執行計畫所需圖資，統一歸併至防災專用之GEE私有球上，達到資料共享，提升資料使用效能。另外為確保系統穩定服務，規劃異地備援與定期備份工作。掌握與判斷今年度重要流域重大地震事件或颱洪事件前、後期比較圖資，俾利製作災害相關紀錄及報告，以做為掌握未來淹水範圍及河道淤積造成通水斷面減少風險的參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030172</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010303010</governmentpublicationsnumber><identifier>78134</identifier><internationalstandardbooknumber>9789860436952 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78134</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度多尺度遙測影像分析與展示平台擴充維護2014 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201412</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於101及102年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。 本案計畫配合本署中央值班簡報所需擴充原有系統，提供更便利之	災中水情及災情資訊整合平臺，以利本署簡報作業順暢，並規劃設計互動式線上系統操作教學，供使用者學習操作，以推廣防災應變空間資訊系統供署內於災中快速應變及災後快速瞭解災情。並配合今年度Google發行新版本，需規劃整合專屬防災執行計畫所需圖資，統一歸併至防災專用之GEE私有球上，達到資料共享，提升資料使用效能。另外為確保系統穩定服務，規劃異地備援與定期備份工作。掌握與判斷今年度重要流域重大地震事件或颱洪事件前、後期比較圖資，俾利製作災害相關紀錄及報告，以做為掌握未來淹水範圍及河道淤積造成通水斷面減少風險的參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030172</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010303010</governmentpublicationsnumber><identifier>78135</identifier><internationalstandardbooknumber>9789860436952 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78135</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度多尺度遙測影像分析與展示平台擴充維護(光碟版)2014 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201412</yearidentifier></data><data><abstract>本研究計畫以河床質調查作業參考手冊之研擬為主要工作目的，彙整河床質調查方法之比較研究計畫中試驗成果與理論基礎，並進行中港溪之河床質規劃調查，綜合研擬提出可適用臺灣多數河川之河床質調查作業程序。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1009603926</governmentpublicationsnumber><identifier>78136</identifier><internationalstandardbooknumber>9789860123210 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78136</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊之研擬專題報告書(＝Draf ting Reference Manual for Riverbed Material Sampling</title><yearidentifier>200712</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>78145</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78145</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)=Field Investigation and Analysis Project at Coastal Area of Yunlin County (1/2) (Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>78146</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78146</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)(光碟版)Field Investigation and Analysis Project at Coastal Area of</title><yearidentifier>201412</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.	水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.	超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.	監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6   445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030180</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010302800</governmentpublicationsnumber><identifier>78148</identifier><internationalstandardbooknumber>9789860434835 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78148</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度防災應變格網系統與水情影像監視站軟硬體擴充與維運2014 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，期能透過全面推動水患自主防災社區建立與運轉，達到全民防災觀念之建立與落實，以減輕水患對人民生活之衝擊。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000422</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010101308</governmentpublicationsnumber><identifier>78150</identifier><internationalstandardbooknumber>9789860329667 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78150</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水患治理非工程措施南區推動服務團期末報告書 The Southern Regional Non-Structural Flood Mitigation Measure Service Corp</title><yearidentifier>201206</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.	水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.	超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.	監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6   445.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030180</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/13</date><governmentpublicationsnumber>1010302800</governmentpublicationsnumber><identifier>78151</identifier><internationalstandardbooknumber>9789860434835 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78151</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度防災應變格網系統與水情影像監視站軟硬體擴充與維運(光碟版)2014 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來，台灣地區常發生大規模之複合型災害，颱風挾帶著豪雨，時雨量一再破台灣各地的記錄，造成淹水、土石流、水利設施損毀與堤防潰決等不容忽視的嚴重災情，水利署致力於災害之防救，同時，興建重大水利工程建設以減少災害的發生。當災害來臨時，災前、災中與災後的資訊蒐集與儲存極為重要，水利工程建設的興建過程亦須詳加記錄，所蒐集之資料可做為水利署未來在防救災、勘災、災害分析研判或興建重大水利工程時之重要參考依據。然而，在面對大範圍災害與大型水利建設時，傳統的資料擷取工具礙於精細度不足，往往無法同時蒐集到大範圍且又具高解析的影像，造成專家學者僅憑精細度受限的影像進行分析作業，對影像中所隱含的一些複雜資訊，往往會忽略不易察見而遺漏掉重要資訊，造成無法做到最精確之判斷。 為了有效解決大範圍災害與大型水利建設所需要之大範圍高精細影像資訊，本計畫藉由研發超解析影像處理技術，搭配全景影像技術，產生大範圍高精細影像資料。同時，本計畫藉由雲端技術建置水利災害雲端超解析展示系統，提供相關作業人員可在各地輕易觀看瀏覽水利災害超解析影像，透過超解析影像與多元化資訊，勢必能更廣泛且更精確地應用在水利災害實務作業上。 本計畫為為期二年的計畫，第一年計畫為研發超解析影像處理技術與雲端展示系統，協助大規模水利災害之資料蒐集，並提供專家學者更輕易地觀看高精細資訊，進行分析判讀。同時，開發互動式水利災害虛擬展示系統，提供更吸引民眾的展示系統，並研發水利災害幾何量測技術雛型，在未來可提供相關作業人員透過影像內容進行幾何量測之分析判斷。針對所蒐集之大量水利災害資訊，建置水利災害資訊儲存與查詢系統，保存資料做為珍貴的歷史記錄。為了達到防災教育宣導與推廣成效，整合超解析技術與立體動畫設計，製作防災教育立體動畫影片，加強民眾的防災意識觀念，進而了解水利署所做的努力。復考量此系統技術運用發展，並非單純學術研究，未來應用範疇將可推廣至水利署相關單位，將透過不定期之技術教育訓練，讓水利署相關同仁熟悉與使用此技術，以達到實務應用之目的。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030333</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010302799</governmentpublicationsnumber><identifier>78152</identifier><internationalstandardbooknumber>9789860434828 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78152</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>雲端超解析技術於水利災害應用之研發(1/2)Study of Cloud Super-resolution Technique for Water Hazard Application(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990254</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009905081</governmentpublicationsnumber><identifier>78153</identifier><internationalstandardbooknumber>9789860270808 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78153</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>99年度濁水溪流域逕流測預報系統擴充及維護(光碟) The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2010</title><yearidentifier>201012</yearidentifier></data><data><abstract>近年來，台灣地區常發生大規模之複合型災害，颱風挾帶著豪雨，時雨量一再破台灣各地的記錄，造成淹水、土石流、水利設施損毀與堤防潰決等不容忽視的嚴重災情，水利署致力於災害之防救，同時，興建重大水利工程建設以減少災害的發生。當災害來臨時，災前、災中與災後的資訊蒐集與儲存極為重要，水利工程建設的興建過程亦須詳加記錄，所蒐集之資料可做為水利署未來在防救災、勘災、災害分析研判或興建重大水利工程時之重要參考依據。然而，在面對大範圍災害與大型水利建設時，傳統的資料擷取工具礙於精細度不足，往往無法同時蒐集到大範圍且又具高解析的影像，造成專家學者僅憑精細度受限的影像進行分析作業，對影像中所隱含的一些複雜資訊，往往會忽略不易察見而遺漏掉重要資訊，造成無法做到最精確之判斷。 為了有效解決大範圍災害與大型水利建設所需要之大範圍高精細影像資訊，本計畫藉由研發超解析影像處理技術，搭配全景影像技術，產生大範圍高精細影像資料。同時，本計畫藉由雲端技術建置水利災害雲端超解析展示系統，提供相關作業人員可在各地輕易觀看瀏覽水利災害超解析影像，透過超解析影像與多元化資訊，勢必能更廣泛且更精確地應用在水利災害實務作業上。 本計畫為為期二年的計畫，第一年計畫為研發超解析影像處理技術與雲端展示系統，協助大規模水利災害之資料蒐集，並提供專家學者更輕易地觀看高精細資訊，進行分析判讀。同時，開發互動式水利災害虛擬展示系統，提供更吸引民眾的展示系統，並研發水利災害幾何量測技術雛型，在未來可提供相關作業人員透過影像內容進行幾何量測之分析判斷。針對所蒐集之大量水利災害資訊，建置水利災害資訊儲存與查詢系統，保存資料做為珍貴的歷史記錄。為了達到防災教育宣導與推廣成效，整合超解析技術與立體動畫設計，製作防災教育立體動畫影片，加強民眾的防災意識觀念，進而了解水利署所做的努力。復考量此系統技術運用發展，並非單純學術研究，未來應用範疇將可推廣至水利署相關單位，將透過不定期之技術教育訓練，讓水利署相關同仁熟悉與使用此技術，以達到實務應用之目的。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030333</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010302799</governmentpublicationsnumber><identifier>78154</identifier><internationalstandardbooknumber>9789860434828 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78154</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>雲端超解析技術於水利災害應用之研發(1/2)(光碟版)Study of Cloud Super-resolution Technique for Water Hazard Application(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>後龍溪下游段歷經921地震，加上近年颱風頻仍且挾帶強大豪雨，造成後龍溪流域諸多災害。由於地震及颱洪之作用，產生大量鬆散之砂石，河川輸砂特性因子改變，對於河道穩定產生極大之影響。後龍溪河道沖淤問題已成為河道穩定與防洪安全之關鍵要素，輸砂資料為河床沖淤變化與河川治理之重要參考依據，因此極有必要針對後龍溪水文及輸砂量進行量測，並據以推導研究河段之ㄧ般沖刷水深推估式，供防洪構造物設計及災害預警參考，以達防洪興利減災之目標。</abstract><author>逢甲大學</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000120</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010004778</governmentpublicationsnumber><identifier>78155</identifier><internationalstandardbooknumber>9789860310344 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78155</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>100</publishrocyear><title>後龍溪水文及輸砂量量測計畫(光碟) Field Measurements of Hydrological and Sediment Discharge for Houlong River</title><yearidentifier>201112</yearidentifier></data><data><abstract>本計畫發展新的地形處理技術得到較真的計算用地形，以及內、外水聯合運算之淹水模式和分區演算技術。擬利用區域淹水模擬技術，透過數學最佳化的方法重新分配流入流量，用以降低淹水災害；同時參考各國經驗，因應氣候變遷擬定洪災控管規劃參考架構。</abstract><author>國立臺灣大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000073</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010003854</governmentpublicationsnumber><identifier>78156</identifier><internationalstandardbooknumber>9789860302509 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78156</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>因應氣候變遷區域淹水模擬與災害管理規劃技術研究(2/3)(光碟) The Study of Flood Inundation Simulation and Damage Control Plan in Response to Climate Change(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030361</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010302792</governmentpublicationsnumber><identifier>78157</identifier><internationalstandardbooknumber>9789860434187 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78157</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度複合型災害經驗學習與防災智能提升103 The Experience Learning and Disaster Prevention smart impoving of the Compound Disaster</title><yearidentifier>201412</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030361</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010302792</governmentpublicationsnumber><identifier>78158</identifier><internationalstandardbooknumber>9789860434187 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78158</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度複合型災害經驗學習與防災智能提升(光碟版)103 The Experience Learning and Disaster Prevention smart impoving of the Compound Disaster</title><yearidentifier>201412</yearidentifier></data><data><abstract>臺灣水文及民國101年氣象與水文現況相關統計資料</abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>78159</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78159</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一○二年臺灣水文年報 總冊=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013 TOTAL REPORT</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>78160</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78160</librarycollectiondetailsurl><price>120</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業指引(光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract>石門水庫注釋，以新的思維模式和切入角度看待石門水庫的意義、觀點，及其與用水者之間的互動影響，並由親身到石門水庫體驗之際，或參與石門水庫集水區保育治理，建立一適切的環境教育化平台，以助石門水庫具有宏觀又整合的生態概念。</abstract><author>汪靜明</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009900857</governmentpublicationsnumber><identifier>78162</identifier><internationalstandardbooknumber>9789860226553 ; 9789860226</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78162</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>99</publishrocyear><title>石門水庫注釋(光碟)</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>78163</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78163</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造DVD (芙映清流─褔爾摩沙之水)</title><yearidentifier>200511</yearidentifier></data><data><abstract> </abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009404031</governmentpublicationsnumber><identifier>78164</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78164</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>河川海岸排水環境營造DVD (芙映清流─褔爾摩沙之水)</title><yearidentifier>200511</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009902192</governmentpublicationsnumber><identifier>78167</identifier><internationalstandardbooknumber>9789860241785 ; 9789860241</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78167</librarycollectiondetailsurl><price>275</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利法規彙編(光碟版)</title><yearidentifier>201008</yearidentifier></data><data><abstract>本研究以雲林沿海平原地區之排水集水區為對象,建立設站觀測之模式/查詢網頁架構/數值模式聯結與建議設站後之管理機制,以供未來平地排水區域設置自記式水位流量觀測站之參考.</abstract><author>逄甲大學營建及防災研究中心</author><categoryidentifier>443.1029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009304155</governmentpublicationsnumber><identifier>78168</identifier><internationalstandardbooknumber>9789570195323 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78168</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>自記水位流量站之設立、觀測分析研究(平地排水區域)(光碟版)=The Study on the Establishment,Measurement,and Analysis of Automatic Stage-Discharge Station (Plain Drainage Region)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本研究計畫主要目的為水利署所屬單位，在民國93~95年度期間，執行河川環境營造五年計畫所衍生的河川防護設施現況、管理維護類計畫及工程施類計畫進行評估與檢討、發現問題癥結，俾進而擬定改善策略；並據以提出次一階段(民國98~103年)河川營造之相關計畫</abstract><author>中興工程顧問公司</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009601066</governmentpublicationsnumber><identifier>78172</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78172</librarycollectiondetailsurl><price>800</price><publisher>水利署水規所</publisher><publishrocyear>97</publishrocyear><title>重要河川環境營造計畫總檢討及改善策略研究(2/2)(光碟版)＝Overall  review of the river environment construction plan for major rivers and study of the strategies for improvement</title><yearidentifier>200808</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-095017</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>100960114</governmentpublicationsnumber><identifier>78173</identifier><internationalstandardbooknumber>9789860096026 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78173</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫(光碟版)=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area (Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970212</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009800828</governmentpublicationsnumber><identifier>78174</identifier><internationalstandardbooknumber>9789860181364 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78174</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(尚武段)監測調查計畫(1/2)－（光碟版）＝In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈1/2〉</title><yearidentifier>200905</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>78175</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78175</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉(光碟版) The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009501879</governmentpublicationsnumber><identifier>78176</identifier><internationalstandardbooknumber>9789860058178 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78176</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東市海岸漂砂(螢光粒料)調查研究先期規劃(光碟版)=Preliminary Study of Fluorescent Tracer Scheme On Sediment lnvestigation at Taitung Coast</title><yearidentifier>200607</yearidentifier></data><data><abstract>收錄彙編96年5月31日以後結案至97年度5月31日前結案之委辦計畫共233件成果摘要彙編。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1009803220</governmentpublicationsnumber><identifier>78180</identifier><internationalstandardbooknumber>9789860206760 ; 9789860206</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78180</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果摘要彙編(光碟版)</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>2009205696</governmentpublicationsnumber><identifier>78182</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78182</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一○二年臺灣水文年報 第一部份－雨量=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013 PART Ⅰ – RAINFALL</title><yearidentifier>201406</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>78183</identifier><internationalstandardbooknumber>2575442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78183</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一○二年臺灣水文年報 第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013 PART ⅢⅠ - COASTAL HYDROLOGY</title><yearidentifier>201406</yearidentifier></data><data><abstract>依據「經濟部水利署水利志工管理要點」，以善用民間資源，協助推展防災工作，並提供民眾參與水利公共事業之機會，促進民眾對水利署及臺灣水資源與河川之瞭解為目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/16</date><governmentpublicationsnumber>1010303196</governmentpublicationsnumber><identifier>78186</identifier><internationalstandardbooknumber>9789860439373 ; 9789860439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78186</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度防汛護水志工大隊服務實施計畫成果報告The implementation plan of flood-protection volunteer brigade 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫目的乃依已公告並經權責單位提報有改善需求之區域排水為對象，針對區域排水工程第5期(98～103年度)辦理成效檢討，並提列未來6年(104～109年度)待改善排水整治及環境營造經費，以及辦理改善工程，且整合相關計畫，以確實減少淹水問題，促進社會繁榮。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010097</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1010103201</governmentpublicationsnumber><identifier>78190</identifier><internationalstandardbooknumber>9789860351248 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78190</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>區域排水整治及環境營造計畫第5期（98~103年）成效檢討及後續計畫（104~109年）之評估研究(1/2)--內附光碟 A Review of Effectiveness and Follow-Up for The 5th issue Project of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>78191</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78191</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(上冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation(DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>內容主要在規範工作程序步驟，應辦項目及範圍、須整合及整體考量事項，技術基準及各項得使用方法與公式等。有關分析計算方法的細節則未列入規範，使用者可參照既有工作手冊，配合本規範辦理。本項成果規範各篇之特色及主旨概要如下： 1.總則篇：規範河川治理整體概念及工作範疇。 2.調查篇：規範應蒐集調查基本資料項目內容及相關方法等。 3.測量篇：規範應測量項目、精度要求及相關方法等。 4.規劃篇：本篇規範規劃各環節的工作準則。以基本資料蒐集調查及河川所面臨的課題評析為基礎，確立河川治理各項目標。再透過綜合治水規劃研究、擬定多元治水措施、進行各項工程設施與非工程措施之規劃：過程中，有關防災、生態維護及環境營造維護等均納入整體考量。 5.設計篇：實質設計前的調查確認工作及各項治水設施的設計準則，為本篇規範重點。強調設計前應確認該設施在綜合治水方案中的功能角色，並確保依設計方案能達成計畫功能。 6.維護管理篇：河防安全維護、河川環境與生態維護及河川維護管理資訊系統與資料庫的建立等，為規範重點。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960041</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009603342</governmentpublicationsnumber><identifier>78192</identifier><internationalstandardbooknumber>9789860117066 ; 9789860117</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78192</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水利工程技術規範-河川治理篇(草案)(下冊)＝Technical Guidelines of Hydraulic Engineering－River Regulation(DRAFT)</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質之調查資料，廣泛應用於河川管理規劃之相關工作，鑑於國內頻繁進行的河床質調查作業目前並無適當之作業程序可資參考應用，故編撰此參考手冊作河床質調查作業之參考依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960289</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009603928</governmentpublicationsnumber><identifier>78194</identifier><internationalstandardbooknumber>9789860123586 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78194</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河床質調查作業參考手冊(草案)＝A Reference Manual for Riverbed Material Sampling (Draft)</title><yearidentifier>200712</yearidentifier></data><data><abstract>多摩川水系河川整備計畫:「日本河川治理知識管理合作計畫」叢書</abstract><author>台灣環境資源永續發展學會</author><categoryidentifier>443.6931</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009604202</governmentpublicationsnumber><identifier>78195</identifier><internationalstandardbooknumber>9789860126365 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78195</librarycollectiondetailsurl><price>690</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>多摩川水系河川整備計畫:「日本河川治理知識管理合作計畫」叢書</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>78197</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78197</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>94</publishrocyear><title>公共工程2005年刊=PUBLIC CONSTRUCTION COMMISSION 2005 ANNUAL REPORT</title><yearidentifier>200503</yearidentifier></data><data><abstract>收錄彙編96年5月31日以後結案至97年度5月31日前結案之委辦計畫共233件成果摘要彙編。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009803220</governmentpublicationsnumber><identifier>78199</identifier><internationalstandardbooknumber>9789860206760 ; 9789860206</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78199</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果摘要彙編</title><yearidentifier>200912</yearidentifier></data><data><abstract>本報告書收錄水利署96年度之委辦計畫成果發表會辦理實況、及水利署96年度之委辦計畫成果摘要彙編流程及調查分析及歸納水利署96年度委辦計畫成果產出與應用情形，為使這些成果能夠提供相關單位參考運用，本計畫已辦理完成並附梓印刷。除了方便產、官、學各界水資源相關從業人員經驗交流，更可提供國內圖書館典藏豐富國內水資源科技發展等研究知識庫，對未來水利事業發展趨勢、水資源有效利用及防救災體系等工作的推動與專業研究將會有實質的幫助。</abstract><author>巨鷗整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980083</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009803232</governmentpublicationsnumber><identifier>78200</identifier><internationalstandardbooknumber>9789860206753 ; 9789860206</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78200</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>98</publishrocyear><title>水利署97年度委辦計畫成果彙編暨發表會成果報告書  2008 Water Resources Agency Commissioned Projects Accomplishment Presentation Results Report</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川及水庫區域的監測是台灣水資源管理中一個重要的工作，但河川及水庫區域內的使用行為日趨複雜，以河川局及水資源局之有限人力與資源欲有效監控河川及水庫區域內違法之行為，有實際困難之處，故利用先進而成熟的遙測科學技術對河川流域進行長期的監測更顯為重要。本計畫以遙測衛星高時效與大範圍監測的特性，針對中央管河川(含淡水河及磺溪水系)和水庫蓄水範圍之變遷偵測；並透過網路通報每期變異點資訊至查報單位，而查報單位於現地調查後，再利用網路回報查報之結果。由於本計畫是常態性大範圍之變遷偵測，因此先進行電腦自動化變遷判釋，但考量河川巡防人員之實際工作情況，再配合光譜類別變化、形狀和紋理特徵及輔助圖資，以人工篩選方式進行變異點之過濾，如此可減少巡防人員之工作量。 本計畫執行期間需執行68期變遷監測影像接收與處理，於繳交期末初稿時(10/14/2013)已完成58期，共通報1151個變異點。本計畫之監測影像來源為福衛二號為主，SPOT-5為輔，計畫執行期間平均衛星影像分析率大約56%。在新技術研發方面，除了提升衛星影像變遷判釋之精準度外，同時也建立「線上互動式影像變遷偵測平台」(WIICAD，Web-based Image Interactive Change and Detection)，建置深槽成果及歷年使用之衛星影像資料庫，提供使用者查詢或比對不同時期的地貌，進而運用變遷分析的e化作業；數化多時期河川深槽流路，可調閱各時期河川及深槽的變化，除了可靜態地檢視各深槽的變遷樣貌，更可動態地同步播放不同時期深槽的變遷成果影片以提供各配合單位河道治理之參考。 因應各類應用程式走向微型應用程式（App）的商業模式，規劃及建置河川及水庫監測查報App，提供查報人員更為簡便的現地勘查之輔助工具。 本計畫執行後全力配合處理由各配合單位提出的11件緊急協助需求，提供之衛星影像可做為處理河川管理之緊急事件參考或判斷依據。 由執行成果顯示，本計畫能夠有效的協助巡防人員進行河川及水庫區域變異點查報，並提高河川及水庫巡防取締違法行為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010136</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1010203285</governmentpublicationsnumber><identifier>78203</identifier><internationalstandardbooknumber>9789860395570 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78203</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度應用衛星遙測於中央管河川(含淡水河及磺溪水系)河川區域之監測與管理- 2012 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Govvrnment ( including Danshui and Huang River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>河川及水庫區域的監測是台灣水資源管理中一個重要的工作，但河川及水庫區域內的使用行為日趨複雜，以河川局及水資源局之有限人力與資源欲有效監控河川及水庫區域內違法之行為，有實際困難之處，故利用先進而成熟的遙測科學技術對河川流域進行長期的監測更顯為重要。本計畫以遙測衛星高時效與大範圍監測的特性，針對中央管河川(含淡水河及磺溪水系)和水庫蓄水範圍之變遷偵測；並透過網路通報每期變異點資訊至查報單位，而查報單位於現地調查後，再利用網路回報查報之結果。由於本計畫是常態性大範圍之變遷偵測，因此先進行電腦自動化變遷判釋，但考量河川巡防人員之實際工作情況，再配合光譜類別變化、形狀和紋理特徵及輔助圖資，以人工篩選方式進行變異點之過濾，如此可減少巡防人員之工作量。 本計畫執行期間需執行68期變遷監測影像接收與處理，於繳交期末初稿時(10/14/2013)已完成58期，共通報1151個變異點。本計畫之監測影像來源為福衛二號為主，SPOT-5為輔，計畫執行期間平均衛星影像分析率大約56%。在新技術研發方面，除了提升衛星影像變遷判釋之精準度外，同時也建立「線上互動式影像變遷偵測平台」(WIICAD，Web-based Image Interactive Change and Detection)，建置深槽成果及歷年使用之衛星影像資料庫，提供使用者查詢或比對不同時期的地貌，進而運用變遷分析的e化作業；數化多時期河川深槽流路，可調閱各時期河川及深槽的變化，除了可靜態地檢視各深槽的變遷樣貌，更可動態地同步播放不同時期深槽的變遷成果影片以提供各配合單位河道治理之參考。 因應各類應用程式走向微型應用程式（App）的商業模式，規劃及建置河川及水庫監測查報App，提供查報人員更為簡便的現地勘查之輔助工具。 本計畫執行後全力配合處理由各配合單位提出的11件緊急協助需求，提供之衛星影像可做為處理河川管理之緊急事件參考或判斷依據。 由執行成果顯示，本計畫能夠有效的協助巡防人員進行河川及水庫區域變異點查報，並提高河川及水庫巡防取締違法行為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010136</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1010203285</governmentpublicationsnumber><identifier>78204</identifier><internationalstandardbooknumber>9789860395570 ; 9789860395</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78204</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>101年度應用衛星遙測於中央管河川(含淡水河及磺溪水系)河川區域之監測與管理(光碟)- 2012 Applications of Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Govvrnment ( including Danshui and Huang River)</title><yearidentifier>201312</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>78205</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78205</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)(光碟) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河及磺溪水系)等26條河川，監測頻率為每兩週一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變異點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變異點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。本計畫執行期間由98年6月25日至98年12月25日，共進行十二期的變遷偵測與通報(監測頻率為每兩週一次)。本計畫之監測影像來源是以福衛二號衛星為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足。因此於計畫執行期間，除了影像平均到位率可達到75%以上之外，亦可準時進行變遷偵測通報，以達每兩週一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間將變異區位相關的通報與查報等重要資料項目，提供至水利署「河川管理整合性資訊化系統」進行資訊交換整合。並多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變異點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980079</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009804019</governmentpublicationsnumber><identifier>78206</identifier><internationalstandardbooknumber>9789860215465 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78206</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>強化及落實運用衛星遙測於中央管河川(含淡水河及磺溪水系)河川 區域之變遷監測技術＝Enhance and Implement the Change Detection Technologies on Monitoring and Managing the Rivers Administered by Central Government(including Danshui and Huang River)via Sa</title><yearidentifier>200912</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950122</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009700021</governmentpublicationsnumber><identifier>78215</identifier><internationalstandardbooknumber>9789860121575 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78215</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以大甲溪、.烏溪、北港溪及二仁溪為例＝Applications of Satellite Remote Sensing Images on River Monitoring  and Managing-Examples of TaChia River,Wu River,PeiKang and Erhjen River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」成果、95年度「卑南溪水系河道大斷面測量計畫」成果、95年度「卑南溪水系河道大斷面測量計畫」之成果及96年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（1/2）」進行97年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（2/2）」河川水理演算，並配合既設防洪構造物現狀調查結果，檢討斷面6～斷面96，共58段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自卑南溪河口臺東大橋到上游池上大橋共埋設9支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。經現地調查結果與原設計圖說（CAD圖）顯示比較護坡正常基腳沒有裸露現象，部份護腳工處消波塊有沖刷、傾斜情形，約略分布於水理2維計算中流速較大的地方且與力學初步推估吻合（力學推估上因資料不足上多數參數均為預估值及平均值，其準確性尚須確認，建議作為參考依據。）；多數斷面之保護工消波塊有傾斜情形，然尚不至於危及堤防本身，可見保護工仍具相當的保護功能。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻三年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。96?八月?續三個颱風(帕布、梧提、聖帕)後進行柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫95年已完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。</abstract><author>聯聖工程顧問公司</author><categoryidentifier>443.68974</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009603751</governmentpublicationsnumber><identifier>78216</identifier><internationalstandardbooknumber>9789860120899 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78216</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫(2/2)＝The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>要： 摘 要本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」成果、95年度「卑南溪水系河道大斷面測量計畫」成果、95年度「卑南溪水系河道大斷面測量計畫」之成果及96年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（1/2）」進行97年度「卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫（2/2）」河川水理演算，並配合既設防洪構造物現狀調查結果，檢討斷面6～斷面96，共58段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。本計畫自卑南溪河口臺東大橋到上游池上大橋共埋設9支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。經現地調查結果與原設計圖說（CAD圖）顯示比較護坡正常基腳沒有裸露現象，部份護腳工處消波塊有沖刷、傾斜情形，約略分布於水理2維計算中流速較大的地方且與力學初步推估吻合（力學推估上因資料不足上多數參數均為預估值及平均值，其準確性尚須確認，建議作為參考依據。）；多數斷面之保護工消波塊有傾斜情形，然尚不至於危及堤防本身，可見保護工仍具相當的保護功能。新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻三年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。96?八月?續三個颱風(帕布、梧提、聖帕)後進行柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。經本計畫95年已完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 關鍵字︰河川治理、河川防護、安全評估、改善對策、生態工法、沖刷磚、大斷面測量、根系發展</abstract><author>聯聖工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-96-水八規</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009601114</governmentpublicationsnumber><identifier>78217</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78217</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈2/2〉〈光碟版〉The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>藉由國內外相關文獻蒐集，深入瞭解國內外河川治理思維與發展趨勢，依據國內相關法令規定，並參據既有相關研究成果，柔合防洪安全、生態景觀維護與空間利用需求，納入環境變遷趨勢因子，宏觀研訂河川治理技術準則。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950297</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009503536</governmentpublicationsnumber><identifier>78218</identifier><internationalstandardbooknumber>9789860076028 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78218</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區）</publisher><publishrocyear>95</publishrocyear><title>水利工程技術規範(河川治理篇)第一階段研擬(1/2)  First Step Research on Technical Guidelines of  Hydraulic Engineering─River Regulation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，倘若以河川局之有限之人力與資源，欲達到有時效性之監控與即時嚇阻河川區域內違法之行為，有其實際困難之處，故以先進而成熟的科學技術對河川流域進行長期的監測更顯為重要。有鑑於此，本計畫利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。本計畫的監測範圍包含中央管河川(含淡水河水系)等25條河川，監測頻率為每月一期；工作內容主要為每期進行河川區域的變遷偵測，透過網路通報的方式將變遷點的資訊即時傳遞至查報單位，經查報單位於現地調查後，再利用網路回報的方式將查報的結果上傳至網站。由於本計畫是常態性大區域之變遷偵測，因此第一階段的變遷點偵測是以電腦進行判釋，但考量到河川巡防人員之實際工作情況，再以人為判釋的方式進行變異點之過濾，如此可減少巡防人員之工作量。目前電腦判釋是利用變異向量分析法(CVA, Change Vector Analysis)與常態化差異植生指數(NDVI, Normalized Difference Vegetation Index)進行河砂開採及河川土地變異之監測；人為判釋則以實際變遷影像的光譜變化與紋理特徵，配合航空照片、向量地圖與土地利用圖等輔助圖資進行可疑變異點之篩選。 本計畫執行期間由97年6月12日至98年7月12日，共進行12期的變遷偵測與通報(監測頻率為每月一次)，通報之變異點共531點，回報率為94.4%，其中33點為非法變異點。監測影像來源以福衛二號為主，SPOT5衛星為輔，以彌補因為氣候所造成之福衛二號影像的不足；因此於計畫執行期間，除了影像平均到位率可達到92.8%之外，亦可準時進行變遷偵測的通報，以達每月一次監測頻率之需求。並基於資料共享、資源共用的角度，於計畫執行期間便將變異區位相關的通報與查報等重要資料項目，提供至本署「河川管理整合性資訊化系統」進行資訊交換整合。於計畫執行期間，多次依查報單位緊急事件之需求，配合提供衛星影像之相關資訊；且與查報單位有良好溝通管道，因此，可了解計畫執行中所需要配合及改進之處。本計畫執行成果顯示，能夠有效的協助巡防人員進行河川區域變遷點查報，並提高河川巡防取締違法作為之成效。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970289</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009801532</governmentpublicationsnumber><identifier>78225</identifier><internationalstandardbooknumber>9789860189803 ; 9789860189</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78225</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>98</publishrocyear><title>衛星遙測於中央管河川(含淡水河水系)河川區域之監測與管理＝Satellite Remote Sensing Images on Monitoring and Managing the Rivers Administered by Central Government (including Danshuei River)</title><yearidentifier>200907</yearidentifier></data><data><abstract>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009304939</governmentpublicationsnumber><identifier>78229</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78229</librarycollectiondetailsurl><price>350</price><publisher>經濟部 水利署</publisher><publishrocyear>93</publishrocyear><title>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</title><yearidentifier>200412</yearidentifier></data><data><abstract>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/17</date><governmentpublicationsnumber>1009304939</governmentpublicationsnumber><identifier>78230</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78230</librarycollectiondetailsurl><price>350</price><publisher>經濟部 水利署</publisher><publishrocyear>93</publishrocyear><title>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78239</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78239</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>92</publishrocyear><title>水利第十二期</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署〈台北辦公區〉</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78240</identifier><internationalstandardbooknumber>18148840 ; 18148840</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78240</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>95</publishrocyear><title>水利第十六期</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78241</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78241</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>96</publishrocyear><title>水利第17期</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78242</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78242</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公區〉</publisher><publishrocyear>96</publishrocyear><title>水利第17期(光碟)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78244</identifier><internationalstandardbooknumber>9771814884001 ; 9771814884</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78244</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>水利第19期(光碟)</title><yearidentifier>200912</yearidentifier></data><data><abstract>法令明細規定採購的標準依據</abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009104096</governmentpublicationsnumber><identifier>78248</identifier><internationalstandardbooknumber>9789570127461 ; 9789570127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78248</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>91</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author>台灣省政府研究發展者核委員會</author><categoryidentifier>120.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>30171850014</governmentpublicationsnumber><identifier>78249</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78249</librarycollectiondetailsurl><price>950</price><publisher>台灣省政府研究發展者核委員會</publisher><publishrocyear>85</publishrocyear><title>常用臺灣省研考法令彙編</title><yearidentifier>199612</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009103826</governmentpublicationsnumber><identifier>78250</identifier><internationalstandardbooknumber>9789570124835 ; 9789570124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78250</librarycollectiondetailsurl><price>150</price><publisher>法務部</publisher><publishrocyear>91</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編(二)</title><yearidentifier>200212</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009701833</governmentpublicationsnumber><identifier>78256</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78256</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>水利法規彙編</title><yearidentifier>200808</yearidentifier></data><data><abstract>收錄水利法、自來水法及溫泉法暨相關子法與行政規則，以及相關法規</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009902192</governmentpublicationsnumber><identifier>78257</identifier><internationalstandardbooknumber>9789860148602 ; 9789860148</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78257</librarycollectiondetailsurl><price>142</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利法規彙編</title><yearidentifier>201008</yearidentifier></data><data><abstract>民主法治國家，首重依法行政，公務人員執法時更應遵循行政法令及行政規則為依據。法與時轉則治，治與事宜則有功，法令是落實政策的工具，故水利人在執法時，水利法規實不能須臾離手。有鑑於此，本署自民國年、年、年及年均已編制水利法規彙編在案。今鑑於水利法、溫泉法等法令及其子法，另各項相關之法令及行政規則皆陸續修正，致原編印之法規已不符時需，爰需重新編訂付梓。期同仁能多予研讀、熟悉法令、依法行政，以最高尚的態度、最專業的技能執行，營造水利署廉明、效能之藍圖，實現愛水、惜水、親水以及減災、避災之願景。</abstract><author>經濟部水利署</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1010101984</governmentpublicationsnumber><identifier>78259</identifier><internationalstandardbooknumber>9789860337051 ; 9789860337</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78259</librarycollectiondetailsurl><price>370</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>水利法規彙編</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.17</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009503050</governmentpublicationsnumber><identifier>78262</identifier><internationalstandardbooknumber>9789789860074 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78262</librarycollectiondetailsurl><price>100</price><publisher>法務部</publisher><publishrocyear>95</publishrocyear><title>最高行政法院有關故意過失認定之裁判要旨彙編</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>2009103922</governmentpublicationsnumber><identifier>78263</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78263</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>92</publishrocyear><title>經濟部水利署中區水資源局九十一年度年報</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>法務部</author><categoryidentifier>588.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>7101880018</governmentpublicationsnumber><identifier>78265</identifier><internationalstandardbooknumber>9789570234152 ; 9789570234</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78265</librarycollectiondetailsurl><price>350</price><publisher>法務部</publisher><publishrocyear>89</publishrocyear><title>行政程序法</title><yearidentifier>200003</yearidentifier></data><data><abstract> </abstract><author>王瑞德總編輯</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1010101366</governmentpublicationsnumber><identifier>78267</identifier><internationalstandardbooknumber>9789860329780 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78267</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>水舞百年--建國100年紀念專書 : 百年臺灣重大水利建設紀要</title><yearidentifier>201207</yearidentifier></data><data><abstract>本研究將探討當前河川砂石盜濫採現況，首先採用文獻分析以釐清國內相關法規與判例對於濫採業者之法律約束:其次透過質性訪談方式嘹解河川砂石盜濫採之犯罪組織結構。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>78268</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78268</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜採濫採行為防治對策研究=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR LLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>554.127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1009204749</governmentpublicationsnumber><identifier>78286</identifier><internationalstandardbooknumber>9789570160567 ; 9789570160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78286</librarycollectiondetailsurl><price>250</price><publisher>內政部</publisher><publishrocyear>92</publishrocyear><title>非都市土地使用編定管制相關法規暨解釋函令彙編</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>台灣省政府水利處</author><categoryidentifier>443.69005</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>30921870015</governmentpublicationsnumber><identifier>78294</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78294</librarycollectiondetailsurl><price>150</price><publisher>台灣省政府水利處</publisher><publishrocyear>87</publishrocyear><title>台灣的水利 Water Management In Taiwan</title><yearidentifier>199801</yearidentifier></data><data><abstract>為達成金門地區穩定供水之目的，降低缺水風險，本計畫針對金門地區增建海水淡化廠之工程可行性進行規劃，以提升金門地區水源供應與調度之能力。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030277</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/19</date><governmentpublicationsnumber>1010302474</governmentpublicationsnumber><identifier>78300</identifier><internationalstandardbooknumber>9789860431742 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78300</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(1)(光碟版)Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning(1)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>78303</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78303</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>78304</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78304</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(光碟)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>78308</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78308</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(光碟)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>行政院公平交易委員會</author><categoryidentifier>553.42</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>3641840086</governmentpublicationsnumber><identifier>78311</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78311</librarycollectiondetailsurl><price>700</price><publisher>行政院公平交易委員會</publisher><publishrocyear>83</publishrocyear><title>認識公平交易法 增訂二版</title><yearidentifier>199406</yearidentifier></data><data><abstract>農發會水利特刊第五號 CAPD Water Conservancy Series No.5</abstract><author>行政院農業發展委員會</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>25234720010</governmentpublicationsnumber><identifier>78318</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78318</librarycollectiondetailsurl><price>600</price><publisher>行政院農業發展委員會</publisher><publishrocyear>72</publishrocyear><title>農業水利研究成果摘要彙編=Annotated Bibliography on Irrigation and Drainage Research Work in Taiwan</title><yearidentifier>198303</yearidentifier></data><data><abstract>臺灣水文及民國101年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>78321</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78321</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年臺灣水文年報電子書 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013</title><yearidentifier>201406</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署(台北辦公區)</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-44</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/20</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>78332</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78332</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國一０二年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2013 PART Ⅲ - GROUNDWATER</title><yearidentifier>201406</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030220</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/23</date><governmentpublicationsnumber>1010302704</governmentpublicationsnumber><identifier>78333</identifier><internationalstandardbooknumber>9789860434637 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78333</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗ˇ所</publisher><publishrocyear>103</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(1/2)(光碟版)Development of Wawraer Rersources Planning Module base on the Water Resources Planning Database Platform(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030220</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/23</date><governmentpublicationsnumber>1010302704</governmentpublicationsnumber><identifier>78334</identifier><internationalstandardbooknumber>9789860434637 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78334</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗ˇ所</publisher><publishrocyear>103</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(1/2)Development of Wawraer Rersources Planning Module base on the Water Resources Planning Database Platform(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來氣候變遷現象日益明顯，使得臺灣地區水資源環境呈現大幅變化，水資源問題轉趨複雜，傳統單純以滿足需要為開發要務之水資源規劃思維已然變革。以永續利用為導向，並輔以前瞻性與整體性的全方位水資源規劃，已成為為水利工程施政主軸。在常態供水總量管制前提下，水資源規劃如何兼顧中長期多元水資源規劃、短期緊急及枯旱缺水因應作為，並依實際情況擬定彈性之水資源開發計畫，已成為刻不容緩之重要議題。 隨著水資源系統日趨複雜，台灣地區未來多元化水源開發規劃及其調配運用勢必包括跨流域之多水源、多需求之情況；而全球氣候變遷可能造成之衝擊及調適模擬亦增加了水源調配之困難度；且隨氣候極端化等挑戰加劇，新興與雲端技術之應用需求亦日益顯著，未來水源調配分析應用已無法僅靠既有模式之模擬而滿足。為因應水資源規劃之挑戰及未來水資源開發之需求，並提供完善的模式及運用策略。亟需系統性、整合性及有效率的水資源規劃模式協助分析、規劃及調配策略。另外針對於水資源供水系統之開發、順序與其規模相互影響且複雜，需考量流域環境承載力下之開發排程，以建議水資源最適開發期程，以兼顧經濟發展及環境保護之需求，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030215</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/23</date><governmentpublicationsnumber>1010302703</governmentpublicationsnumber><identifier>78336</identifier><internationalstandardbooknumber>9789860434644 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78336</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>中部區域水資源規劃調配管理系統分析(2/2)(內附光碟)Developing Water Allocation System Models for Water Resources Planning and Management of Central Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫針對國內水資源開發工程專案，以「全生命週期」之概念研擬碳排放管理制度。經濟部水利署近年來積極就氣候變遷對水環境的衝擊調適與減排進行相關策略研究，期望藉由擬定相關碳管理政策，減緩氣候變遷對水環境之衝擊。經濟部水利署水利規劃試驗所 (以下簡稱「水規所」) 於民國99年起開始針對水庫系統，進行一系列的水體與非水體碳排放調查，以及水庫全生命週期碳排放評估計畫 (以下簡稱「前期計畫」)，本計畫為延續前期計畫之調查成果，建構水資源工程計畫碳管理制度。本計畫同步蒐集國內外各種應用於水利設施之碳排放減量方法，評估水庫設施轉型為低碳設施方案可行性，並以案例水庫為對象，推估其潛勢減碳量。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030286</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/24</date><governmentpublicationsnumber>1010302656</governmentpublicationsnumber><identifier>78340</identifier><internationalstandardbooknumber>9789860433951 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78340</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>水資源工程計畫碳管?制?研究(1/2)--光碟版=A Study on Carbon Management System of Water Resource Engineering (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>檔案管理局編</author><categoryidentifier>27.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/24</date><governmentpublicationsnumber>1010003538</governmentpublicationsnumber><identifier>78349</identifier><internationalstandardbooknumber>9789860298796 ; 9789860298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78349</librarycollectiondetailsurl><price>120</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>機關檔案編目作業指引(光碟)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>中央氣象局</author><categoryidentifier>328</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/24</date><governmentpublicationsnumber>2009003266</governmentpublicationsnumber><identifier>78353</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78353</librarycollectiondetailsurl><price>150</price><publisher>中央氣象局</publisher><publishrocyear>97</publishrocyear><title>天文日曆（民國97年)</title><yearidentifier>200811</yearidentifier></data><data><abstract>水資源管理工作可謂千頭萬緒，繁雜萬端，為求做好水資源管理工作，本局同仁秉持「主動」、「負責」、「創新」、「落實」之工作精神，竭盡心智，突破障礙，全力以赴積極推動各項業務，以求永續維護臺北水源特定區之水源、水質、水量之潔淨與安全。另為確切掌握業務執行成效，特自82年度起逐年編製前年業務執行成果工作年報，以為未來業務展望之檢討。</abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/24</date><governmentpublicationsnumber>1009801781</governmentpublicationsnumber><identifier>78355</identifier><internationalstandardbooknumber>9789860192872 ; 9789860192</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78355</librarycollectiondetailsurl><price>300</price><publisher>水利署臺北水源特定區管理局</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署臺北水源特定區管理局97年度工作年報＝Taipei Water Management Office, Water Resources Agency, Ministry of Economic Affairs 2008 annual job report</title><yearidentifier>200909</yearidentifier></data><data><abstract>以整合環境的構想，建置「河川監控管理整合平台」，提供水利署以統一入口整合河川局之監管資訊建立異常通報、查報、回報集中管理機制，並使其河川管理資料能提供水利署內各類資訊管理系統所應用，並達到資訊流通及提高業務執行效率之目的。 為確實加強河川異常狀況的掌握、異常狀況回傳確認及24小時輪值機制的建立，並落實異常事件通報的流程，使整體監測運作正常，並進行遠端監控中心RMNOC(Remote Monitor Network Operation Center)的成立，由全天候不間斷的值勤與應變執行監控系統運作，進行異常事件確認及通報流程事務，以維持河川監管之正常運作維護及監測工作。 為維持河川監控管理整合系統的營運，需有持續不斷的系統功能提升及擴充才能實現計畫目標，並配合遠端監控中心RMNOC成立運行及車牌辨識示範站功能擴充與資料辨識，調整流程架構與修正系統，俾利符合河川監控管理整合之業務需求及持續營運的概念。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010131</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/25</date><governmentpublicationsnumber>1010102743</governmentpublicationsnumber><identifier>78358</identifier><internationalstandardbooknumber>9789860345407 ; 9789860345</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78358</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川監控管理整合平台維護及改善計畫=The Maintenance and Improvement of Integration Platform for River Monitoring and Management System</title><yearidentifier>201211</yearidentifier></data><data><abstract>自96年起，本署各河川局陸續進行遠端監控系統之軟、硬體規劃及建置，由於各單位得標廠商不同，因此施作方式、硬體設備及軟體功能等，會因各單位之業務需求及環境限制而有所差異。署內的業務管理人員如欲查詢各河川局的相關業務，必須在各河川局間的系統進行切換，同時也需適應不同系統的操作介面，在管理上極為不便，因此，本計畫需建置「河川監控管理整合平台」，提供署內以統一入口調閱河川局之監管資訊，並與署內水資源資訊服務平台(WRISP)相互整合、介接，導入單一簽入機制，使其河川管理資料能提供署內各類資訊管理系統所應用，以達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000267</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/25</date><governmentpublicationsnumber>1010004878</governmentpublicationsnumber><identifier>78362</identifier><internationalstandardbooknumber>9789860306484 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78362</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川監控管理整合平台  Integration Platform for River Monitoring and Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>自96年起，本署各河川局陸續進行遠端監控系統之軟、硬體規劃及建置，由於各單位得標廠商不同，因此施作方式、硬體設備及軟體功能等，會因各單位之業務需求及環境限制而有所差異。署內的業務管理人員如欲查詢各河川局的相關業務，必須在各河川局間的系統進行切換，同時也需適應不同系統的操作介面，在管理上極為不便，因此，本計畫需建置「河川監控管理整合平台」，提供署內以統一入口調閱河川局之監管資訊，並與署內水資源資訊服務平台(WRISP)相互整合、介接，導入單一簽入機制，使其河川管理資料能提供署內各類資訊管理系統所應用，以達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000267</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/25</date><governmentpublicationsnumber>1010004878</governmentpublicationsnumber><identifier>78363</identifier><internationalstandardbooknumber>9789860306484 ; 9789860306</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78363</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署（台中辦公區）</publisher><publishrocyear>100</publishrocyear><title>河川監控管理整合平台(光碟)  Integration Platform for River Monitoring and Management Systems</title><yearidentifier>201112</yearidentifier></data><data><abstract>第一年度主要是理論與資料蒐集的基本工作，建置初步數值模式。第二年繼續數模發展及進行流變參數試驗，初步以實際案例進行模式應用，舉辦圓桌會議，提供數值模式繼續修正與整治規劃條件檢討方向。第三年研擬高含砂水流規劃設計，完成規劃設計手冊與輔助操作軟體，俾利於規劃設計單位參考使用</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703094</governmentpublicationsnumber><identifier>78380</identifier><internationalstandardbooknumber>9789860160444 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78380</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用總成果報告(光碟)Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫今年度主要藉由水槽試驗，驗證所發展之數值模式，並提出規劃設計流程，編?簡易參考手冊與輔助操作系統供實務單參考。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970220</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703095</governmentpublicationsnumber><identifier>78381</identifier><internationalstandardbooknumber>9789860160710 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78381</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>高含砂水流整治規劃條件檢討及計算模式研發應用(3/3)(光碟)＝Development and Application of Computation Model and Regulation Planning Rules for Hyperconcentrated Flow(3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫全程為二年，本年度為本計畫執行第一年，巳完成魚道類型、魚道水理試驗、魚道設計、魚道功能評估、台灣魚種、以及魚類泳能力等文獻資料。在現有魚道的觀測方面，以北勢溪坪林5號防砂之骨型魚道為研究案例，進行生態調查，以及河道與魚道之地形與水理量測，並探討水理是否滿足魚類上溯之需求。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970260</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703089</governmentpublicationsnumber><identifier>78382</identifier><internationalstandardbooknumber>9789860160390 ; 9789860160</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78382</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(1/2)(光碟)=The flow simulation and design principles of the stream corridors (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。 本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。 本計畫今年度主要完成工作內容： 一、	頭前溪流域基本資料補充分析 蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。 二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。 於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。 三、	頭前溪中正橋河段地形測量及地質鑽探 於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。 四、	中正橋河段沖刷防治工法方案模擬規劃 蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。 五、	沖刷防治工法數值模擬分析及模擬結果分析討論 由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。 六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析 (一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。 (二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。 七、	中正橋河段現地水砂觀測規劃 八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703330</governmentpublicationsnumber><identifier>78383</identifier><internationalstandardbooknumber>9789860162493 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78383</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(1/2)(光碟)   Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Tou-Cian  River  Channel  at  the  Jhong -- Jheng   Bridge  (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>306.833</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970222</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703139</governmentpublicationsnumber><identifier>78384</identifier><internationalstandardbooknumber>9789860161182 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78384</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>水科技博物館與防災指揮調度中心可行性規劃(光碟)=Feasibility study of Hydrotech museum and Water Harzard Mitigation Center</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫擬針對大甲溪流域卵礫石河段，選取適當觀測地點，進行三年颱洪水理、輸砂及河道沖刷觀測，以作為河道治理及相關水工與跨河構造物安全評估之參考</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970235</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703186</governmentpublicationsnumber><identifier>78385</identifier><internationalstandardbooknumber>9789860161502 ; 9789860161</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78385</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪河段輸砂關係試驗研究(1/3)(光碟)＝Field  Study  of  Sediment  Transport  Characteristics  for  Da-Chia  River.(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。為考量部份河道沖刷現象之影響，實有必要進行完整水砂平衡評估。故有必要針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970221</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009703220</governmentpublicationsnumber><identifier>78386</identifier><internationalstandardbooknumber>9789860162349 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78386</librarycollectiondetailsurl><price>620</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(2/2)(光碟)＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>卑南溪防洪工程已大致完成,且能達到預期之防洪之功能,為早期堤防護岸工程施作時未能考量環境與景觀,固多少影響生態環境,因此未來卑南溪治理工作方針將在維持現有防洪安全基礎下營造河川環境景觀,達到兼具親水及生態多元的自然河川.未達成上述目的,本計劃將針對卑南溪河口段進行環境營造細部規劃,期能達到下列之目標:1.改善現有防洪設施,在防洪安全無慮前提下,兼顧環境景觀及親水可及性. 2.依據卑南溪河川情勢調查已將重要生態,自然地景資源充分運用並維護,創造卑南西河口段成為一具防洪安全性,生態多樣化,且景觀可親近賞玩之河川環境.</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009901475</governmentpublicationsnumber><identifier>78388</identifier><internationalstandardbooknumber>9789860232431 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78388</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(2/2)(光碟)=The Detail Plan of Environmental Construction in Estuary of Beinan River(2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>78389</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78389</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬(光碟)＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>78390</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78390</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)(光碟)＝The Enviroment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>中央管河川濁水溪主流河川界點於民國96年2月，調整至濁水溪與塔羅灣溪匯流口，為了解調整後新增治理範圍之相關資訊，辦理該納入中央管河川治理範圍之河段治理規劃及治理基本計畫，以作為未來該河段河川治理及管理之依據。本計畫目的係針對流域範圍作整體之檢視與分析，同時建立相關水文量資料，確定河段保護標準及洪峰流量，以為整體規劃與治理方針，並作為後續治理工程實施依據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980236</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1009901481</governmentpublicationsnumber><identifier>78391</identifier><internationalstandardbooknumber>9789860232714 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78391</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系本流上游河段治理規劃報告(栗栖溪匯流前之濁水溪上游流域）</title><yearidentifier>201009</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1010001156</governmentpublicationsnumber><identifier>78392</identifier><internationalstandardbooknumber>9789860280845 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78392</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>大甲溪流域整體治理規劃檢討總報告(光碟)=Review Report on Dajia River Basin Integrated Regulation Plan</title><yearidentifier>201106</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/26</date><governmentpublicationsnumber>1010003495</governmentpublicationsnumber><identifier>78393</identifier><internationalstandardbooknumber>9789860297843 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78393</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(2/2) The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River (2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>依據「經濟部水利署水利志工管理要點」，以善用民間資源，協助推展防災工作，並提供民眾參與水利公共事業之機會，促進民眾對水利署及臺灣水資源與河川之瞭解為目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/27</date><governmentpublicationsnumber>1010303196</governmentpublicationsnumber><identifier>78399</identifier><internationalstandardbooknumber>9789860439373 ; 9789860439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78399</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度防汛護水志工大隊服務實施計畫成果報告(光碟版)The implementation plan of flood-protection volunteer brigade 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/30</date><governmentpublicationsnumber>1010203219</governmentpublicationsnumber><identifier>78403</identifier><internationalstandardbooknumber>9789860396300 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78403</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川管理資訊化系統改版建置計畫(2/2)--光碟版Revision Project of River Management Information System</title><yearidentifier>201312</yearidentifier></data><data><abstract>自民國85年賀伯颱風至民國98年莫拉克颱風十餘年間，濁水溪水系曾發生多次堤防沖刷潰決災害，造成相當程度的經濟損失或人命傷亡。故現行除應加強進行現有堤防(或護岸)等防洪構造物之維護管理，歲修養護，及定期或不定期辦理檢查等工作，以確保防洪功能外，亦有必要深入瞭解堤基沖刷深度，機制與堤防災害成因，以提供未來工程設計與改善具沖刷錢是堤段防災能力之參考應用，是為本計劃之緣起與目的。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>100C01040001104</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010004759</governmentpublicationsnumber><identifier>78406</identifier><internationalstandardbooknumber>9789860310870 ; 9789860310</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78406</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>濁水溪水系危險潛勢河段堤基沖刷之研究(1/2)(光碟版) Reserch in Foundation Erosion of Hazard Potential Levees in Jhuoshuei River(1/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009101903</governmentpublicationsnumber><identifier>78407</identifier><internationalstandardbooknumber>9789570114263 ; 9789570114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78407</librarycollectiondetailsurl><price>50</price><publisher>法務部</publisher><publishrocyear>92</publishrocyear><title>行政機關文書送達問答手冊</title><yearidentifier>200306</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>78411</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78411</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究(光碟)＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>78412</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78412</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川高灘地淤積砂石開採可行性評估研究＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>１、河川砂石資料調查與統計分析 ２、中央管河川囚砂區之研擬與設置 ３、疏濬計畫之擬訂與輔導 ４、河川(砂石)管理相關協助事項</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980117</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009901292</governmentpublicationsnumber><identifier>78413</identifier><internationalstandardbooknumber>9789860230895 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78413</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>河川管理業務之發展與推動(2/2) Development and Execution of River Management (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>因應近年來國內砂石供需失衡現象，針對河川砂石資料進行調查與統計分析、規劃建置國內河川砂石供需資料庫及地理資訊系統，並針對中央管河川砂石採取管理應有進一步之思維，如設置囚砂區進行規劃，以適時充分提供砂石料源，穩定砂石價格；另針對中央政府亟力推動之河川砂石採取販售制度（例如採售分離方式）進行宣導與輔導，對供需市場進行策略評估及對執行成果之檢討改善，藉以使得本署附屬機關及各縣（市）政府於辦理相關疏濬工程時有所依循，有效解決以往砂石標售所衍生之相關弊端。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOWAWRA0960366</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009704082</governmentpublicationsnumber><identifier>78414</identifier><internationalstandardbooknumber>9789860171006 ; 9789860171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78414</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>河川管理業務之發展與推動(1/2) Development and Execution of River Management (1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本研究將探討當前河川砂石盜濫採現況，首先採用文獻分析以釐清國內相關法規與判例對於濫採業者之法律約束:其次透過質性訪談方式嘹解河川砂石盜濫採之犯罪組織結構。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>78417</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78417</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜採濫採行為防治對策研究(電子書)=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR LLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract>本研究將探討當前河川砂石盜濫採現況，首先採用文獻分析以釐清國內相關法規與判例對於濫採業者之法律約束:其次透過質性訪談方式嘹解河川砂石盜濫採之犯罪組織結構。</abstract><author>中正大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009501790</governmentpublicationsnumber><identifier>78418</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78418</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>河川砂石盜採濫採行為防治對策研究=STUDY ON THE MANAGEMENT AND PREVENTION STRATEGY FOR LLEGAL RIVER SAND AND GRAVEL MINING</title><yearidentifier>200606</yearidentifier></data><data><abstract>本計畫區範圍為大武溪口北側至安朔溪口南側，沿岸長度共計約8公里；其研究目的希望藉由辦理本段海岸水深地形測量、海岸地形侵淤、海岸漂砂調查、台東香蘭段影像監測系統維護與資料蒐集等作業，進行海象基本資料建置，以供日後海岸防護改善對策整體規劃應用。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980228</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009901248</governmentpublicationsnumber><identifier>78419</identifier><internationalstandardbooknumber>9789860230055 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78419</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>台東海岸(尚武段)監測調查計畫(2/2) In Situ Investigation on Morphology and Coastal Sediment at Shang-Wu Coast, TaiTung 〈2/2〉</title><yearidentifier>201005</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。 台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。 另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>78423</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78423</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本年度計畫範圍涵蓋卑南溪臺東大橋至出海口河段及台東市區。位於卑南溪河口段南岸之台東素有砂城之稱，於每年冬季或颱風侵襲前，常因強勁之東北季風或颱風侵襲前之外圍環流影響，於台東地區造成嚴重之「風飛砂」災害。計畫工作擬藉由環境基本資料調查方式與風砂防治資料蒐集，探討風砂揚塵發生機制，針對以往防治工法和策略，並參照國內外相關之工法，擬定適合此地區風砂防治之方針，以供日後風砂防治實質工程佈置及實施之參考。 台東市區風砂防治策略方面，根據以往防治工法與策略檢討、歷次風砂揚塵現場調查與微氣象站分析資料，並經過與地方居民意見之溝通與交流，歸納出防制策略可分為長期性工法及短期性工法，長期包括自走式噴灌系統、噴水槍建置、擴大防風林種植等。短期則以植生工法、馬鞍藤植生、委外灑水、河床護甲化等以作為台東市區風砂防治之應用。 另外建議能建立飛砂揚塵預警系統設置參考，就治理策略與本計畫研究成果，提出卑南溪風砂揚塵治理預期效益、防治策略成效評估方式與後續需進行之工作建議。</abstract><author>國立嘉義大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980336</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009803866</governmentpublicationsnumber><identifier>78424</identifier><internationalstandardbooknumber>9789860213645 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78424</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>臺東市區風砂防治方針研擬(光碟)＝A Study on the Control for Wind and Sand Disaster in Taitung Area</title><yearidentifier>200912</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>572.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009101903</governmentpublicationsnumber><identifier>78428</identifier><internationalstandardbooknumber>9789570114263 ; 9789570114</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78428</librarycollectiondetailsurl><price>50</price><publisher>法務部</publisher><publishrocyear>92</publishrocyear><title>行政機關文書送達問答手冊</title><yearidentifier>200306</yearidentifier></data><data><abstract>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009304939</governmentpublicationsnumber><identifier>78430</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78430</librarycollectiondetailsurl><price>350</price><publisher>經濟部 水利署</publisher><publishrocyear>93</publishrocyear><title>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</title><yearidentifier>200412</yearidentifier></data><data><abstract>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(內附光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</abstract><author>逢甲大學</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009304939</governmentpublicationsnumber><identifier>78431</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78431</librarycollectiondetailsurl><price>350</price><publisher>經濟部 水利署</publisher><publishrocyear>93</publishrocyear><title>河川使用行為(土石採取除外)之行政及使用規費徵收標準研訂(光碟片)=INVESTIGATING  AND SETTING THE STANEARDARDS OF ADMINISTRATIVE FEES AND USER CHARGES FOR USING FLOODPLAIN</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-095017</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>100960114</governmentpublicationsnumber><identifier>78432</identifier><internationalstandardbooknumber>9789860096026 ; 9789860096</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78432</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>台東地區深層海水潛力場址(知本區)海域環境基本資料調查計畫=The essential investigation of environment in search for the potential site for the deep sea water plant in Taitung area (Chihpen)</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫為續延94年度之「訂定海堤及水門設施耐海嘯構造評估標準先期計畫」，並訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。 現階段耐海嘯構造評估標準訂定之評估原則為將海嘯視為獨立事件，海嘯強度與規模之分級依循Imamura- Iida海嘯規模分級表而定，海嘯波高係指在海堤堤肩線向外負五公尺等深線上(平均潮位)之海嘯高度。其中現階海嘯波高大小將以情境模擬方式取得，未來可由其他相關之上位計畫提供到或另案研究之。 至於在耐海嘯構造評估標準訂定之評估項目方面，首先，海嘯於岸灘之上?高度應為所有評估項目當中最重要者，當海嘯規模較小時，其?上高可能不致超過海堤高，同時假使其作用力亦未破壞海堤結構時，基本上不會造成災害；在另一方面，當海嘯規模大到某一級數時，一者越堤而過之水體將立即造成災害，其次海堤結構本身亦可能承受不住水流作用而崩毀，因此基本上在評估項目上將分成兩大類，第一類為?上水位與堤頂高程之評估，另一類則是在考慮規模條件下評估水力衝擊的部分；此外，針對水門的部分則另有其閉合操控性之評估。而有關耐海嘯構造評估標準訂定之評估方法，主要針對海嘯溯升高度及海嘯水力衝擊兩方面進行估算，兩者皆採用實用可行之經驗公式進行推算相關作用力或?升高。 最後參考國內外相關作業準則及本計畫相關研究成果，綜整歸納並條例說明相關實施耐海嘯構造評估標準時之評估原則、項目、方法，時機及相關工作事項，而訂定「海堤及水門設施耐海嘯構造評估標準訂及作業準則」(初稿)。</abstract><author>成大研究發展基會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950295</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009503840</governmentpublicationsnumber><identifier>78433</identifier><internationalstandardbooknumber>9789860078732 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78433</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(1/2)  On Establishing the Evaluation Standards and Procedures of the Sea-Dikes and Storm Gates under Tsunami Attack(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計劃利用海堤構造物檢測結果，得知現有金門地區海堤之安全性及地質狀態，作為後續工程維修及設計海堤之參考依據。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>78434</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78434</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研究計畫(2/2) SStudy of Safety Evaluation of Seawall in Taitung and Kinmen Area(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>本計劃利用海堤構造物檢測結果，得知現有金門地區海堤之安全性及地質狀態，作為後續工程維修及設計海堤之參考依據。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010003807</governmentpublicationsnumber><identifier>78435</identifier><internationalstandardbooknumber>9789860302028 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78435</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全評估分析研究計畫(2/2)(光碟) SStudy of Safety Evaluation of Seawall in Taitung and Kinmen Area(2/2)</title><yearidentifier>201111</yearidentifier></data><data><abstract>為因應東台灣用水需求成長，調查分析台東地區水資源之現況及未來供需情形，檢討及研究各水源開發案，綜合評估該地區之水資源開發，擬定可行開發案之開發順序及時程，遠程滿足民國110年之用水需求為目標。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>554.6194</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009104899</governmentpublicationsnumber><identifier>78437</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78437</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>台東地區水資源開發檢討報告 Report on Review of Water Resources Development in Taitung Area</title><yearidentifier>200312</yearidentifier></data><data><abstract>金門縣海岸線（含大金門、烈嶼）長度約一百餘公里，因受季風波浪及颱風影響，近年來沿岸多有破壞沖蝕及土地流失之情形。為避免持續沖蝕，金門縣政府自民國80年起陸續辦理海堤整建以保護海岸，至民國90年共計完成尚義海堤等12處一般性海堤（保護工）保護部分海岸。惟除該12處外，全縣海岸尚有多處陸續呈侵蝕現象。針對金門縣海岸之侵蝕情形，由於金門地區以往長年為軍事管制區域，海岸基本資料較為不足，缺乏長期觀測資料及系統性之分析，其侵蝕原因仍不明確，傳統海岸防護工法是否適用於計畫區尚待評估。     尚義～料羅段海岸位於大金門金湖鎮南側海岸，尚義海堤於民國98年4月底遭豪大雨沖刷以及強烈海浪侵蝕，導致海堤堤身下陷，西側末端之堤址遭沖刷掏空，目前破損約10～20公尺；山后～碧山段海岸位於大金門東側寒舍花與田浦海岸之間，因颱風或季風波浪侵襲，造成沿岸地形改變，砂土往岸上堆積成砂丘的現象，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況；東林～東岡段海岸位於小金門烈嶼鄉東南側海岸，目前現有海堤後方砂灘有流失現象，海堤恐有損壞之虞。     由於此區域海岸地形及海象資料相當缺乏，對於海岸地形侵蝕的原因並不瞭解，因此有必要針對水深、潮、波、流等海域環境資料等進行調查分析，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990234</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010001138</governmentpublicationsnumber><identifier>78439</identifier><internationalstandardbooknumber>9789860280043 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78439</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>金門海岸基本資料監測調查計畫 Field Study on Coastal Monitoring and Investigation in Kinmen</title><yearidentifier>201106</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970200</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009800804</governmentpublicationsnumber><identifier>78440</identifier><internationalstandardbooknumber>9789860181081 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78440</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(1/2)＝Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract>金門縣新湖漁村附近海域侵蝕主要原因為新湖漁港之興建，造成波浪場與流場改變而產生繞射與折射現象，形成新湖漁港東邊明顯堆積，新湖漁港西邊明顯侵蝕。本計畫依據「金門海岸防護對策暨漁村海岸復育可行性研究 (1/3)」之執行成果及建議，進一步以水工模型試驗配合數值模式計算，探討金門漁村海岸復育前、後之波流變化及地形變遷特性，研擬本計畫區最佳之海岸保護方案。在保護方案佈置下，最少需達到控制現況海岸不再侵蝕，最佳則恢復現況海岸至早期未侵蝕狀態。</abstract><author>中山大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980150</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009901403</governmentpublicationsnumber><identifier>78441</identifier><internationalstandardbooknumber>9789860231663 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78441</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>99</publishrocyear><title>金門漁村海岸復育水工模型試驗研究計畫(2/2) Experiment Study on Coastal Restoration Planning in Yu-Tsun Area, Kinmen (2/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>78442</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78442</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract>本?? (2012)計畫旨在針對臺東成功鎮麒麟及和平段海岸之基本資料進行監測調查，包括：海?域地形水深測量、海岸潮波流監測。同時蒐集區內相關氣象基本資?、?? 海岸線、環境概況及海岸輸砂變遷情形、海岸災害進?分析彙整，再配合以?值模式模擬進?海洋營力及近岸地形變遷機制之分析，進而研提整體海岸保護標準、防護及環境改善建議，可做為日後海岸防護工程施做改善設計及預期效?評估之參考。</abstract><author>環興科技股份有限公司</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010077</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010200803</governmentpublicationsnumber><identifier>78443</identifier><internationalstandardbooknumber>9789860366983 ; 9789860366</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78443</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>102</publishrocyear><title>臺東成功鎮麒?、和平及嘉平海岸基本資?監測調查計畫(2/2)(光碟) Field Investigation and Analysis Project at Coastal Area of Chi-lin,He-ping and Chia-ping in Chenggong Town, Taitung</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>高雄第一科技大學水資源保育及發展研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010000919</governmentpublicationsnumber><identifier>78444</identifier><internationalstandardbooknumber>9789860278118 ; 9789860278</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78444</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東及金門地區海堤安全性評估分析研究計畫〈1/2〉(光碟)  Study  of  Safety Evaluation  of  Seawall  in Taitung  and  Kinmen  Area〈1/2〉</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>78447</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78447</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970231</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009800796</governmentpublicationsnumber><identifier>78448</identifier><internationalstandardbooknumber>9789860181104 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78448</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>海岸環境防護及復育規劃?考手冊研擬(1/2)=Manual for Coastal Protection and Environmental Restoration Planning(1/2)</title><yearidentifier>200904</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象、地形及河川輸砂進?調查，並進?相關的氣象基本資?、??海岸災害及環境進?蒐集與分析，同時?用?值模式進?分析及評估海岸防護基準後，再研提整體海岸防護及環境營造改善計畫</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000185</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010001112</governmentpublicationsnumber><identifier>78449</identifier><internationalstandardbooknumber>9789860279351 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78449</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>台東海岸(太麻里段)環境營造改善計畫(1/2) The Environment Governance and Renovation Plan of the Taitung Coast(Taimali Area)</title><yearidentifier>201106</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>78450</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78450</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)＝The Enviroment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫，經研究結果評估以進行短期及長期性規劃。台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。根據現場調查及模擬結果，本計畫依海岸漂沙特性，將計畫區分區提出海堤改善及環境營造計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980227</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009803853</governmentpublicationsnumber><identifier>78451</identifier><internationalstandardbooknumber>9789860213638 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78451</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(2/2)(光碟)＝The Enviroment Governance and Renovation Plan of the Taitung Coast (Urban Area)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的是針對計畫區內之海氣象歷史基本資料進行分析，同時進行數值模擬，研究台東海堤市區段前砂灘消波塊移除的可行性以及評估計畫區裡各段突堤的攔砂成效。完成評估後再針對台東海堤市區段區域提出相關海岸環境營造計畫。經研究結果評估結果，台東海岸外海因淺灘距離短，外海波浪於風域產生傳遞至近岸能量的削減率較小，所以傳遞至近岸的波浪能量相對較大。本計畫提出提出四規劃方案進行海岸環境營造，包括部份養灘、全面養灘、離岸堤及突堤養灘等方案，經優選結果以部份養灘案最佳。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA 097021</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009800799</governmentpublicationsnumber><identifier>78452</identifier><internationalstandardbooknumber>9789860181067 ; 9789860181</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78452</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>台東海岸(市區段)海岸環境營造改善計畫(1/2)＝The Environment Governance and Renovation Plan of the Taitung Coast (Urban Area )</title><yearidentifier>200904</yearidentifier></data><data><abstract> </abstract><author>京揚工程科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-096027</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009604220</governmentpublicationsnumber><identifier>78459</identifier><internationalstandardbooknumber>9789860126105 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78459</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>桃竹苗海堤水門漂砂淤積調查與防淤策略評估成果報告=Evalution of the causes and countermeasures of drift-sand deposition at seawall gates along Tao-Chu-Miao coastline</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>京揚工程科技股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA-096027</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009604220</governmentpublicationsnumber><identifier>78461</identifier><internationalstandardbooknumber>9789860126105 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78461</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>桃竹苗海堤水門漂砂淤積調查與防淤策略評估成果報告(光碟)=Evalution of the causes and countermeasures of drift-sand deposition at seawall gates along Tao-Chu-Miao coastline</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫為訂定耐海嘯構造評估標準及作業準則，用以作為台灣地區海堤及水門受海嘯侵襲其安全程度評估檢討之依據，提供防救災單位研擬災害防救計畫之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960050</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009603336</governmentpublicationsnumber><identifier>78462</identifier><internationalstandardbooknumber>9788960116762 ; 9788960116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78462</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>海堤及水門設施耐海嘯構造評估標準及作業準則訂定(2/2)(光碟)  On Establishing the Evaluation Standards and Procedures of the Sea-dikes and Storm Gates under Tsunami Attack (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10302592</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010302479</governmentpublicationsnumber><identifier>78465</identifier><internationalstandardbooknumber>9789860431919 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78465</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-替代方案研究(光碟版)A Review of Feasibility Study of Shuangxi Reservoir(4)-Report on Alternative Scheme Study</title><yearidentifier>201412</yearidentifier></data><data><abstract>全球暖化衍生之氣候變遷，導致平均氣溫與海平面上升，極端降雨事件發生頻繁，民國98年莫拉克颱風挾帶超大豪雨，導致卑南溪山洪暴發、溪水暴漲，滾滾洪流伴隨大??沙及漂流木自上游奔瀉而下產生巨大撞擊力，造成多數堤防損毀。爰此，經濟部水利署第八河川局研擬本計畫檢討堤防毀損之可能原因，並提出工程設計改善建議，作為堤防補強或設計時之作業標準，期降低再次受損之風險。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010002164</governmentpublicationsnumber><identifier>78466</identifier><internationalstandardbooknumber>9789860284492 ; 9789860284</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78466</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>100</publishrocyear><title>莫拉克災後卑南溪堤防損害及改善方案研擬 Damage Causalities and Protection Strategies of the Riverbank in Pei-Nan River after Morakot Typhoon Disasters</title><yearidentifier>201107</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>78467</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78467</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫依據經濟部水利署第八河川局93年「卑南溪治理規劃檢討報告」之卑南溪流域各控制站洪峰流量成果及95年度「卑南溪水系河道大斷面測量計畫」之河道大斷面成果，進行河川水理演算，並配合既設防洪構造物現狀調查結果，參考日本(財)國土開發技術研究中心編「護岸之力學設計」內第5章設計外力之算定及護岸諸單元之安定性檢討方法，檢討斷面103～斷面41，共32段堤防、護岸等護坡工、基礎工及護腳工之安全評估及提出其改善對策。 本計畫自河口臺東大橋到上游池上大橋共埋設7支自河床面而下6公尺深之沖刷磚，以實際調查河床在不同洪水之沖刷深度。原先預定在本年度要開挖觀測二次。唯因天候因素自沖刷磚埋設完成後(八月底)就再無颱風豪大雨侵襲臺灣，而未達開挖觀測之設定洪水條件。故本年度洪水對河床沖刷實際觀測資料未能得到。唯該沖刷磚埋設過程全程錄影且其相對座標位置均有詳細記錄，該沖刷磚可供以後繼續觀測。 新興堤防柳枝工及木梢沈床自93年12月底完工至今已臻二年，且柳枝工已鬱鬱成林。經94年、95年兩年之洪水，二年來持續追蹤詳細觀察，比較水利署雨量站記錄資料與之第八河川局所分析暴雨頻率結果，93年底的豪大雨及94年8月中旬的珊瑚颱風，均未對堤防其造成沖刷破壞，顯見對洪水有消能作用，故可確保護岸安全。本計畫於8月及11月進行二次柳枝工根系之開挖，而觀察並瞭解根系之發展良好，且接近水邊之水柳之根纏繞著柳枝工之塊石，已形成根固定塊石之作用。 經本計畫完成之柳枝工、木梢沈床護岸生態調查，本次魚類多了鯰之種類，而兩棲類日本樹蛙，白頜樹蛙、盤古蟾蜍及鱉均在該河段出現，鳥類中番鵑、環頸雉、灰頭鷦鶯、白頭翁、紅鳩、棕三趾鶁均已在本段河邊林出現，並發現其巢穴。顯現本段生態工法已初具成效。 台東中低海拔山區，經調查發現關山電光里、長濱、知本等地區均有相思樹、水柳、九芎，唯九芎為保育樹種已禁採伐，另發現電光里約50公頃之燈稱花及台灣莢?其樹欉生，且材質?性適合做為柳枝工及木梢沈床工編柵使用。而有關石材方面，從日本案例得知日本原係採用河川天然卵石，後因天然卵石少，才採用陸地採石壓碎變成角石。而在台中筏子溪所設置之柳枝工及木梢沈床工之塊石，亦為天然卵石。依此確認卑南溪河川天然卵石可供為柳枝工及木梢沈床砌石之材料。 建立古河道模型及河川護岸工法博物館可結合卑南溪河川整治流域、生態及地區文化背景，除可更加確立卑南文化亦為利用海岸資源及濱河而居生活型態，並可做為河川生態護岸之學習教室，也可增加台東地區觀光景點，促進地方繁榮。</abstract><author>農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950261</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009600470</governmentpublicationsnumber><identifier>78468</identifier><internationalstandardbooknumber>9789860089660 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78468</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>96</publishrocyear><title>卑南溪河川防護工法安全性檢討評估及改善對策研擬計畫〈1/2〉附冊 The Study on the Methods for Safety Estimation and Contermesure of Improvement to Protect the Peinan River〈1/2〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫依據海岸環境營造計畫(98~103年)核定本內容，蒐集整理98~101年期間水利署各單位實際執行情形，並從計算執行數量、執行經費與執行內容等方面，分析計畫辦理成效，據此研提下一階段海岸環境營造計畫目標與推動策略。工作主要內容概分為三部份：(1)蒐集海岸環境營造計畫(98～103年)各執行單位計畫辦理成果，據以檢討各項計畫辦理成果與預期成效之差異；(2)組成海岸環境營造計畫學者專家服務團隊，至水利署十個河川局進行海岸環境勘查與研提相關建議；(4)研擬下一階段海岸環境營造計畫改善策略。</abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1010200057</governmentpublicationsnumber><identifier>78469</identifier><internationalstandardbooknumber>9789860357998 ; 9789860357</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78469</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>海岸環境營造計畫(104~109年)(核定本)</title><yearidentifier>201407</yearidentifier></data><data><abstract>本計畫範圍為卑南溪?域下游?吉大橋至河口段，河川管?辦法所指之河川區域，涵蓋防汛道?及相關附屬設施。計畫工作擬由基本資?蒐集分析、相關法?及計畫研析、環境資?調查分析生態環境問題分析及其發展限制、發展潛?分析等多面向資?收集、調查及分析，探討計畫區防洪安全性、生態維護策?及?育施、風砂防治策?及發展水岸觀光之潛?等課題，提出卑南溪河段環境營造規劃構想及初步佈置方案，以供日後工程提報及經費 ?之?考依據。 河川環境改善部分，考?計畫區資源分佈及發展潛?，建議分 為五個機能空間發展，分別為環境教育空間、運動遊憩空間、農 活動空間、自然休憩空間、及生態保護空間，工程經費約196,560,000元。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970217</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009801413</governmentpublicationsnumber><identifier>78472</identifier><internationalstandardbooknumber>9789860187748 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78472</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>98</publishrocyear><title>卑南溪(河口段)河川環境營造細部規劃(1/2)＝The Detail Plan of Environmental Construction in Estuary of Beinan River (1/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫係經濟部水利署第八河川局(以下簡稱八河局)為加強卑南溪規劃、管理工作，應用三維地理資訊系統以展現歷年規劃、管理成效。 本計畫先進行既設93年建置之卑南溪空間資料庫補充及更新，包含太平溪、台東海岸及台東縣管河川等資料補充更新，納入卑南溪空間資訊系統，擴充成6套Windows版系統、3套PDA子系統、1套IE版卑南溪三維地理資訊系統，並配合易淹水地區水患治理計畫太平溪水系 規劃成果，將太平溪航拍影像、規劃前後之工程佈置、不同重現期洪水可能到達區域範圍等圖資以3D方式展現。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6933029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970021</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/31</date><governmentpublicationsnumber>1009703476</governmentpublicationsnumber><identifier>78473</identifier><internationalstandardbooknumber>9789860164336 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78473</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>97</publishrocyear><title>卑南溪三維地理資訊系統建置計畫＝The Plan Building Beinan Riever Three-Dimensional Geographic Information System</title><yearidentifier>200812</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/1</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>78475</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78475</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統- Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署擬發展「疏濬作業數位化管理系統」，提出符合河川局轄管河川區域內疏濬工區疏濬作業之運作模式，並透過數位科技對人車進行有效管理，同時本署及各河川局可透過網際網路於管理系統中即時取得現場最新之數據，期以最少又最有效的人力運用，同時進行多區段疏濬作業管理工作。本署亦可透過此一平台即時取得目前各河川局疏濬作業執行現況，並以數位儀表版之展示方式，讓各項資訊一目了然，進一步達到資訊流通及提高業務執行效率之目的。</abstract><author>逢甲大學</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010387</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/1</date><governmentpublicationsnumber>1010103464</governmentpublicationsnumber><identifier>78476</identifier><internationalstandardbooknumber>9789860354003 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78476</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>疏濬作業數位化管理系統(光碟)- Streamlined Dredging Management System</title><yearidentifier>201212</yearidentifier></data><data><abstract>為加強水利工程施工安全及環境保護管理績效,本計畫收集分析水利署經辦之水利工程內容,並精緻各相關單位訪談、彙整現行相關工程管理作業規定及權責分工,已確切掌握目前水利工程安全及環境管理實施現況.引進OHSAS18001、ISO14001兩管理系統標準,預定已兩年期間,架構適合國內水利工程運用之施工安全及環境保護管理系統,並予教育宣導推廣運用.</abstract><author>台灣科技大學營造業職業災害防治中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980140</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/1</date><governmentpublicationsnumber>100990002</governmentpublicationsnumber><identifier>78488</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78488</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利工程安全及環境管理系統建構與實施計畫(2/2) 附冊II －水利工程環境保護管理系統文件手冊= Establishnent and Implementation of  the Construction Safety and Environment Management Systems for the Hydraulic Engineering(2/2)</title><yearidentifier>201003</yearidentifier></data><data><abstract>台灣西部河川部分區域地勢低窪，故抽水站具有抽水、排水的功能，抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。抽水站抽水機吸水管口的位置，對於抽水井設計考量佔有重要影響，須要考慮到水泵吸水管吸水口要求，管口的位置除了會影響進水的流況，也直接影響抽水站建築的土建成本。為確保抽水機運轉時有良好的均勻流況，借助數值模型及水工模型的試驗分析，觀察水流的流態，測量流速分布，評斷修正抽水站的設計。 本（99）年度蒐集彰化地區現行鹿港抽水站及興建中的芳苑抽水站、下海墘抽水站資料，計畫區彰化地區抽水站較少，現行抽水站僅有1座，但民國100年度將會陸續完成芳苑抽水站及下海墘抽水站；雲林地區沿海地勢低窪，擁有眾多抽水站設施共計91座，主要分佈於沿海鄉鎮及北港溪沿岸。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAMRA0990448</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010000235</governmentpublicationsnumber><identifier>78493</identifier><internationalstandardbooknumber>9789860270549 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78493</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(1/2)  Flow  field  simulation   of   the   pump   sump   structurein    Yunlin    and   Zhanghua〈1/2〉</title><yearidentifier>201101</yearidentifier></data><data><abstract>台灣西部河川部分區域地勢低窪，故抽水站具有抽水、排水的功能，抽水站分佈暨多且廣，對區域的防汛安全，扮演非常重要的角色。抽水站抽水機吸水管口的位置，對於抽水井設計考量佔有重要影響，須要考慮到水泵吸水管吸水口要求，管口的位置除了會影響進水的流況，也直接影響抽水站建築的土建成本。為確保抽水機運轉時有良好的均勻流況，借助數值模型及水工模型的試驗分析，觀察水流的流態，測量流速分布，評斷修正抽水站的設計。 本（99）年度蒐集彰化地區現行鹿港抽水站及興建中的芳苑抽水站、下海墘抽水站資料，計畫區彰化地區抽水站較少，現行抽水站僅有1座，但民國100年度將會陸續完成芳苑抽水站及下海墘抽水站；雲林地區沿海地勢低窪，擁有眾多抽水站設施共計91座，主要分佈於沿海鄉鎮及北港溪沿岸。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAMRA0990448</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010000235</governmentpublicationsnumber><identifier>78494</identifier><internationalstandardbooknumber>9789860270549 ; 9789860270</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78494</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>100</publishrocyear><title>雲彰地區抽水站抽水機械與抽水井構造物模擬及運轉效率研究(1/2)(光碟)  Flow  field  simulation   of   the   pump   sump   structurein    Yunlin    and   Zhanghua〈1/2〉</title><yearidentifier>201101</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960158</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1009700020</governmentpublicationsnumber><identifier>78502</identifier><internationalstandardbooknumber>9789860125757 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78502</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>應用衛星遙測於濁水溪及高屏溪河川區域之監測與管理＝Applications of Satellite Remote Sensing Images on Monitoring and Managing the jhuoshuei River and Gaoping River</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010308</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010102898</governmentpublicationsnumber><identifier>78504</identifier><internationalstandardbooknumber>9789860346619 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78504</librarycollectiondetailsurl><price>定價1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>101</publishrocyear><title>八河局轄區洪水預報系統建立之先期規劃 The Advance Planning For The Establishment Of A Flood Warning System For The Area Of The 8th River Management Office</title><yearidentifier>201212</yearidentifier></data><data><abstract>依院核定之國家氣候變遷行動調適綱領項下「維生系統領域」之調適策略-落實維生基礎設施維修養護，以提昇其於氣候變遷作用下之調適能力與研發基礎設施之氣候變遷調適新技術，故本計畫分析與評估氣候變遷下最大可能降雨情境，對於水資源設施影響，以作為其安全評估工作的參考，另亦協助相關單位盤查水源設施在氣候變遷衝擊下而不致失能或破壞之能力高低。     為此經濟部水利署已於民國99年辦理「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展，全程計畫為期四年，依據階段性研究成果滾動式修正水利署「因應氣候變遷調適策略及行動方案」，已獲致一定成果。自民國103年起，持續進行氣候變遷之衝擊、脆弱度及風險評估。     為因應台灣地區因氣候變遷所引發暴雨洪流，造成水源設施重大破壞而導致災害。本計畫擬以三年為期程，研究氣候變遷影響下最大可能降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。     本計畫於第一年（103年）蒐集國內外重大洪災事件、經驗公式、氣象數值模式及最大可能降雨推估等相關成果，評估因氣候變遷對降雨造成之影響與機制，進而建立模式，並以石門水庫、鯉魚潭水庫、曾文水庫為例模擬氣候變遷造成之影響。第二年（104年）進行最大降水量及流量估算方法研究，藉由蒐集相關方法、理論、模式，建置模式推估因氣候變遷影響下最大可能降雨與流量、並與國內常用的颱風模式法之結果比較，進而研提氣候變遷影響下，最大可能降雨與流量的推估方法。     本計畫亦擬於第二年起（104～105年）進行水源設施脆弱度盤查方法研究，蒐集國內外水源設施脆弱度評估與盤查方式、綜整氣候變遷對水源設施之影響因子、進而研提水庫與攔河堰的脆弱度指標與分級標準、並以石門水庫、鯉魚潭水庫、曾文水庫為例進行盤查；本計畫為延續性計畫，總期程預計分為3個年度執行，本（103）年度為第1年度。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030314</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010302418</governmentpublicationsnumber><identifier>78505</identifier><internationalstandardbooknumber>9789860430608 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78505</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究(1/3)--內附光碟=A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change (1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河川區域的監測是台灣水資源管理中一個重要的工作，然而河川區域內的使用行為日趨複雜，而土地不當使用的情形亦日趨嚴重。有鑑於此，本計劃利用高解析遙測資源衛星，以遙測衛星高時效與大範圍監測的特性，針對河川區域內進行常態性的變遷偵測。</abstract><author>國立中央大學太空及遙測研究中心</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950122</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1009700021</governmentpublicationsnumber><identifier>78506</identifier><internationalstandardbooknumber>9789860121575 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78506</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以大甲溪、.烏溪、北港溪及二仁溪為例＝Applications of Satellite Remote Sensing Images on River Monitoring  and Managing-Examples of TaChia River,Wu River,PeiKang and Erhjen River</title><yearidentifier>200712</yearidentifier></data><data><abstract>依院核定之國家氣候變遷行動調適綱領項下「維生系統領域」之調適策略-落實維生基礎設施維修養護，以提昇其於氣候變遷作用下之調適能力與研發基礎設施之氣候變遷調適新技術，故本計畫分析與評估氣候變遷下最大可能降雨情境，對於水資源設施影響，以作為其安全評估工作的參考，另亦協助相關單位盤查水源設施在氣候變遷衝擊下而不致失能或破壞之能力高低。     為此經濟部水利署已於民國99年辦理「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展，全程計畫為期四年，依據階段性研究成果滾動式修正水利署「因應氣候變遷調適策略及行動方案」，已獲致一定成果。自民國103年起，持續進行氣候變遷之衝擊、脆弱度及風險評估。     為因應台灣地區因氣候變遷所引發暴雨洪流，造成水源設施重大破壞而導致災害。本計畫擬以三年為期程，研究氣候變遷影響下最大可能降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。     本計畫於第一年（103年）蒐集國內外重大洪災事件、經驗公式、氣象數值模式及最大可能降雨推估等相關成果，評估因氣候變遷對降雨造成之影響與機制，進而建立模式，並以石門水庫、鯉魚潭水庫、曾文水庫為例模擬氣候變遷造成之影響。第二年（104年）進行最大降水量及流量估算方法研究，藉由蒐集相關方法、理論、模式，建置模式推估因氣候變遷影響下最大可能降雨與流量、並與國內常用的颱風模式法之結果比較，進而研提氣候變遷影響下，最大可能降雨與流量的推估方法。     本計畫亦擬於第二年起（104～105年）進行水源設施脆弱度盤查方法研究，蒐集國內外水源設施脆弱度評估與盤查方式、綜整氣候變遷對水源設施之影響因子、進而研提水庫與攔河堰的脆弱度指標與分級標準、並以石門水庫、鯉魚潭水庫、曾文水庫為例進行盤查；本計畫為延續性計畫，總期程預計分為3個年度執行，本（103）年度為第1年度。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030314</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010302418</governmentpublicationsnumber><identifier>78507</identifier><internationalstandardbooknumber>9789860430608 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78507</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究(1/3)--光碟版=A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change (1/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本署前身經濟部水資源局為因應北部地區未來水資源利用與調配問題，於民國80～86年間，分別辦理雙溪水庫初步規劃、可行性規劃及環境影響說明書，環境影響評估作業只完成第一階段，第二階段並未完成。鑑於當今北部地區用水需求增加，缺水風險提高，因此本所於民國100年開始針對前期規劃成果進行檢討，經檢討結果，雙溪流域水資源利用率低只有10％，雙溪水庫環境現況改變不大，淹沒區及集水區單純，壩址條件良好，值得積極推動本計畫。因此，本計畫配合水庫規劃針對雙溪集水區及下游河道治理進行相關規劃工作。加強水庫興建後集水區與下游河道水資源及自然生態環境之保育維護，促進水庫興建後之永續經營與利用，希冀維護自然生態環境，增加水源涵養、改善水質、延長水庫壽命，並減少乾旱危機，進而達到水庫永續利用之目標。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030265</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010302477</governmentpublicationsnumber><identifier>78509</identifier><internationalstandardbooknumber>9789860431841 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78509</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-集水區及下游河道治理規劃(光碟版) A Review of Feasibility Study of Shuangxi Reservoir (4) –The Planning for Watershed Conservation and Downstream Reach Improvement</title><yearidentifier>201412</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>中華民國水力計師公會全國聯合會</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>78514</identifier><internationalstandardbooknumber>9789860077650 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78514</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>95</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(光碟)=Closure Report of Keelung River Overall Improvement Project(Ealier Project)</title><yearidentifier>200612</yearidentifier></data><data><abstract>未來新竹地區產業用水的增長與因應的水資源設施之配合將是未來本區水資源發展的重要關鍵，故有必要先就新竹地區現有的水資源設施之運用情形進行檢討，並面對未來水資源需求情勢，進行相關水資源開發個案的規劃以求因應。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030323</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1010302478</governmentpublicationsnumber><identifier>78515</identifier><internationalstandardbooknumber>9789860431759 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78515</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>新竹地區水資源開發潛能檢討--光碟版=A Preliminary Assessment for Potential of Water Supply in Hsinchu</title><yearidentifier>201412</yearidentifier></data><data><abstract>基隆河整體治理計畫，係國內第一件以綜合治水、生態工程、多元工法觀念，並採整體規劃，同時分工執行之巨大河川治理計畫，在實施方式上則以訂定特別條例，並以特別預算支應所需費用 。由於計畫範疇、規劃工作及執行過程繁雜、艱鉅、龐大、工程內容資料分散相關部會、縣市，為能完整留存計畫工程資料，並依行政院公共工程委員會所研疑之「行政院所屬機關編撰公工程計畫結案報告作業原則(草案)，編撰本結案報告」</abstract><author>經濟部水利署</author><categoryidentifier>443.6897031</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950345</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/2</date><governmentpublicationsnumber>1009503528</governmentpublicationsnumber><identifier>78516</identifier><internationalstandardbooknumber>9789860077650 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78516</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>基隆河整體治理計畫(前期計畫)結案報告(附錄)=Closure Report of Keelung River Overall Improvement Project(Ealier Project)(Appendix)</title><yearidentifier>200802</yearidentifier></data><data><abstract> </abstract><author>馬奎斯.S.佛里</author><categoryidentifier>557.38339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/7</date><governmentpublicationsnumber>1010301904</governmentpublicationsnumber><identifier>78520</identifier><internationalstandardbooknumber>9789860424294 ; 9789860424</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78520</librarycollectiondetailsurl><price>600</price><publisher>交通部公路總局第四區養工處</publisher><publishrocyear>103</publishrocyear><title>飛越公路,海比司</title><yearidentifier>201410</yearidentifier></data><data><abstract>鑑於台灣蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業，為此，水利規劃試驗所已於去年度辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)」，亦獲致一定成果。 爰此，今年度續辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)」計畫，除依水源課需求，續辦至少3條河川流域數位圖資建置外（暫訂淡水河、大安溪、曾文溪流域，視水源課需求修改），並更新民國102年建置之作業平台及開發新模組功能，以提供可能壩(堰)址相關資訊，加速水資源開發與利用規劃作業之進行；計畫總期程預計分為2個年度執行，本（102）年度為第2年度。</abstract><author>國立台灣海洋大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030272</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/7</date><governmentpublicationsnumber>1010400002</governmentpublicationsnumber><identifier>78521</identifier><internationalstandardbooknumber>9789860431766 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78521</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)(內附光碟)Development of the Surveying and Planning Information Systems for Possible Dam Sites in Taiwan(2/2)</title><yearidentifier>201501</yearidentifier></data><data><abstract>鑑於台灣蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業，為此，水利規劃試驗所已於去年度辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)」，亦獲致一定成果。 爰此，今年度續辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)」計畫，除依水源課需求，續辦至少3條河川流域數位圖資建置外（暫訂淡水河、大安溪、曾文溪流域，視水源課需求修改），並更新民國102年建置之作業平台及開發新模組功能，以提供可能壩(堰)址相關資訊，加速水資源開發與利用規劃作業之進行；計畫總期程預計分為2個年度執行，本（102）年度為第2年度。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030272</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/7</date><governmentpublicationsnumber>1010400003</governmentpublicationsnumber><identifier>78522</identifier><internationalstandardbooknumber>9789860431773 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78522</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置總報告書(內附光碟)Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan</title><yearidentifier>201501</yearidentifier></data><data><abstract>鑑於台灣蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業，為此，水利規劃試驗所已於去年度辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)」，亦獲致一定成果。 爰此，今年度續辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)」計畫，除依水源課需求，續辦至少3條河川流域數位圖資建置外（暫訂淡水河、大安溪、曾文溪流域，視水源課需求修改），並更新民國102年建置之作業平台及開發新模組功能，以提供可能壩(堰)址相關資訊，加速水資源開發與利用規劃作業之進行；計畫總期程預計分為2個年度執行，本（102）年度為第2年度。</abstract><author>國立台灣海洋大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030272</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/8</date><governmentpublicationsnumber>1010400002</governmentpublicationsnumber><identifier>78524</identifier><internationalstandardbooknumber>9789860431766 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78524</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)--光碟版=Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan(2/2)</title><yearidentifier>201501</yearidentifier></data><data><abstract>鑑於台灣蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業，為此，水利規劃試驗所已於去年度辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)」，亦獲致一定成果。 爰此，今年度續辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)」計畫，除依水源課需求，續辦至少3條河川流域數位圖資建置外（暫訂淡水河、大安溪、曾文溪流域，視水源課需求修改），並更新民國102年建置之作業平台及開發新模組功能，以提供可能壩(堰)址相關資訊，加速水資源開發與利用規劃作業之進行；計畫總期程預計分為2個年度執行，本（102）年度為第2年度。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030272</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/8</date><governmentpublicationsnumber>1010400003</governmentpublicationsnumber><identifier>78525</identifier><internationalstandardbooknumber>9789860431773 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78525</librarycollectiondetailsurl><price>290</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置總報告--光碟版=Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan</title><yearidentifier>201501</yearidentifier></data><data><abstract>士文水庫規劃興建於率芒溪支流士文溪上，計畫日供水量約20萬噸，可滿足屏東地區目標年民國120年需水量缺口，並可取代屏東地區地下水源之使用，及減緩地盤下陷、提升用水水質、提高屏東地區自來水普及率等目標。本所近年辦理士文水庫水砂調查相關計畫，並業於民國101年完成自記式水位站建置。為取得寶貴水砂資料，延續歷年水位流量監測成果，應持續進行水位站觀測維護，並蒐集莫拉克後率芒溪及其支流土砂環境變遷等相關資料。故本計畫辦理率芒溪流域相關之產砂評估、河道輸砂分析及對策研擬等，以期建立率芒溪流域完整之水砂環境資料，更新及補充水庫規劃重要參數，利於士文水庫後續規劃及推動。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030212</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/9</date><governmentpublicationsnumber>1010302104</governmentpublicationsnumber><identifier>78529</identifier><internationalstandardbooknumber>9789860427028 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78529</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>士文溪水位站觀測維護及流域水砂調查分析--內附光碟=Observation and Maintenance of the Shi-Wen Creek Stage Station and Study of Watershed Sediment</title><yearidentifier>201412</yearidentifier></data><data><abstract>石岡壩於民國66年完工，其主要功能在調節大甲溪上游台電各發電廠之發電尾水及後段河流之天然流量，以提供大台中地區公共用水及農業灌溉用水。大甲溪流域因921地震造成地質鬆動，再因氣候變遷而引發高強度長延時之降雨，每經颱風豪雨沖刷挾帶大量泥砂流入致原水濁度過高而無法供水，造成水資源運用的衝擊。 由於河川輸砂率對水文及水庫管理之影響具有相當之重要性，且對於水利設施磨損等提供重要參考數據，其中河川及水庫懸浮載濃度之資料取得，扮演關鍵性角色，爰此，辦理本水質監測及河川含砂濃度量測等事項，對於水庫之水質狀況須隨時加以掌握，使水庫營運管理功能正常，以因應大台中地區逐年成長之公共用水及農業灌溉用水。 水質監測及河川含砂濃度量測工作事項涉及各種水質標準以及泥砂監測等相關專業知識及儀器設備，以往河川泥砂濃度觀測仰賴人工進行觀測，所獲得資料有限，且人工取樣以固定公式換算作紀錄資料，準確度易遭質疑，現有觀測設備可連續觀測，對於建立相關率定關係及估算輸砂量有其突破，為了維護水庫營運管理功能，委由技術顧問機構或學術機構執行，爰提本委託專業服務計畫書。 由於前期102年度「石岡壩懸浮固體濃度量測建置與水質監測委託專業服務」計畫中，國立交通大學協助泥砂觀測資料分析作業，已具有相當程度之瞭解，本次計畫由國立交通大學擔任主要執行角色，並協同永力工程顧問有限公司進行水質檢測簽證、基能科技有限公司負責泥砂觀測系統維護、三普環境分析股份有限公司負責水質採樣與 2</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030211</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/13</date><governmentpublicationsnumber>1010303324</governmentpublicationsnumber><identifier>78531</identifier><internationalstandardbooknumber>9789860444681 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78531</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度石岡壩水質濁度、濃度及含砂量監測委託專業服務總報告書2014 Water turbidity, suspended sediment concentration, and sediment load measurements at ShiGang Dam</title><yearidentifier>201412</yearidentifier></data><data><abstract>石岡壩於民國66年完工，其主要功能在調節大甲溪上游台電各發電廠之發電尾水及後段河流之天然流量，以提供大台中地區公共用水及農業灌溉用水。大甲溪流域因921地震造成地質鬆動，再因氣候變遷而引發高強度長延時之降雨，每經颱風豪雨沖刷挾帶大量泥砂流入致原水濁度過高而無法供水，造成水資源運用的衝擊。 由於河川輸砂率對水文及水庫管理之影響具有相當之重要性，且對於水利設施磨損等提供重要參考數據，其中河川及水庫懸浮載濃度之資料取得，扮演關鍵性角色，爰此，辦理本水質監測及河川含砂濃度量測等事項，對於水庫之水質狀況須隨時加以掌握，使水庫營運管理功能正常，以因應大台中地區逐年成長之公共用水及農業灌溉用水。 水質監測及河川含砂濃度量測工作事項涉及各種水質標準以及泥砂監測等相關專業知識及儀器設備，以往河川泥砂濃度觀測仰賴人工進行觀測，所獲得資料有限，且人工取樣以固定公式換算作紀錄資料，準確度易遭質疑，現有觀測設備可連續觀測，對於建立相關率定關係及估算輸砂量有其突破，為了維護水庫營運管理功能，委由技術顧問機構或學術機構執行，爰提本委託專業服務計畫書。 由於前期102年度「石岡壩懸浮固體濃度量測建置與水質監測委託專業服務」計畫中，國立交通大學協助泥砂觀測資料分析作業，已具有相當程度之瞭解，本次計畫由國立交通大學擔任主要執行角色，並協同永力工程顧問有限公司進行水質檢測簽證、基能科技有限公司負責泥砂觀測系統維護、三普環境分析股份有限公司負責水質採樣與 2</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6412</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030211</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/13</date><governmentpublicationsnumber>1010303324</governmentpublicationsnumber><identifier>78532</identifier><internationalstandardbooknumber>9789860444681 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78532</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>103</publishrocyear><title>103年度石岡壩水質濁度、濃度及含砂量監測委託專業服務總報告書(光碟版)2014 Water turbidity, suspended sediment concentration, and sediment load measurements at ShiGang Dam</title><yearidentifier>201412</yearidentifier></data><data><abstract>氣候變遷中的全球暖化現象，會帶來農作物生產力的變化，進而影響糧食的供給，為因應全球未來糧食可能短缺，及國際糧食價格上漲，目前政府正積極推動提高糧食自給率等糧食安全相關措施，期能穩定國內糧食供給，以達農地有效利用，削減農業境內支持及營造永續經營農耕環境的多元利用目標。目前台灣地區在糧食安全上是否有安全的疑慮，有必要就主要糧食作物耕種現況、比例與分布情形，進行初步分析，再配合農業糧食政策就主要糧食作物產量及農地利用情形，進行作物調整分析。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030317</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/13</date><governmentpublicationsnumber>1010302358</governmentpublicationsnumber><identifier>78533</identifier><internationalstandardbooknumber>9789860429817 ; 9789860429</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78533</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>氣候對水文環境影響下作物調整與田間水源管理之建議(光碟版)Proposal of Crop Adjustment and Irrigation Management under Climate Change in Hydrology</title><yearidentifier>201412</yearidentifier></data><data><abstract>鑑於台灣蓄水設施(水庫)抗旱能力不足，枯水期恐無法穩定供水。故實有需要進行可能水庫壩堰勘查及評估，來提出可能壩（堰）址優選方案。惟水庫壩堰勘查及評估的內、外業準備及後續工作甚為繁重，實有需要一完整作業平台來協助水資源規劃作業，為此，水利規劃試驗所已於去年度辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (1/2)」，亦獲致一定成果。 爰此，今年度續辦理「台灣地區可能壩堰址勘查規劃作業平台建置 (2/2)」計畫，除依水源課需求，續辦至少3條河川流域數位圖資建置外（暫訂淡水河、大安溪、曾文溪流域，視水源課需求修改），並更新民國102年建置之作業平台及開發新模組功能，以提供可能壩(堰)址相關資訊，加速水資源開發與利用規劃作業之進行；計畫總期程預計分為2個年度執行，本（102）年度為第2年度。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030272</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/13</date><governmentpublicationsnumber>1010400003</governmentpublicationsnumber><identifier>78534</identifier><internationalstandardbooknumber>9789860431773 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78534</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區可能壩堰址勘查規劃作業平台建置總報告書(光碟版)Development of the Surveying and Planning Information System for Possible Dam Sites in Taiwan</title><yearidentifier>201501</yearidentifier></data><data><abstract> </abstract><author>吳憲雄、李崇清、洪海、林火木等32人</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/14</date><governmentpublicationsnumber>8852890438</governmentpublicationsnumber><identifier>78547</identifier><internationalstandardbooknumber>9789750265082 ; 9789750265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78547</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>水庫資料冊</title><yearidentifier>200007</yearidentifier></data><data><abstract>讓我們看河去：台灣河川簡介(光碟版)</abstract><author>經濟部水利處</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/14</date><governmentpublicationsnumber>8852890636</governmentpublicationsnumber><identifier>78558</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78558</librarycollectiondetailsurl><price>100</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>讓我們看河去：台灣河川簡介(光碟版)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.32787</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940085</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/14</date><governmentpublicationsnumber>1009501126</governmentpublicationsnumber><identifier>78563</identifier><internationalstandardbooknumber>9789860051056 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78563</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>95</publishrocyear><title>台東海岸復育研究(2/2)(光碟)=Restoration of Sandy Coast at Taitung(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010133</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/14</date><governmentpublicationsnumber>1010103484</governmentpublicationsnumber><identifier>78565</identifier><internationalstandardbooknumber>9789860354256 ; 9789860354</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78565</librarycollectiondetailsurl><price></price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>101</publishrocyear><title>河川管理資訊化系統改版建置計畫(1/2)雛型系統操作維護手冊(光碟版) Revision Project of River Management Information System (1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本署依河川管理業務作業規範完成「河川管理資訊化系統」建置，其中包含各類申請使用案件、巡防日誌管理、違法處分案件、統計報表等業務功能，提供給各河川局承辦人上線作執行業務之使用，為達成建置本系統之目的，需予專業維護以維持本系統之正常運作。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020264</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/14</date><governmentpublicationsnumber>1010203220</governmentpublicationsnumber><identifier>78566</identifier><internationalstandardbooknumber>9789860396317 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78566</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>102年度河川管理資訊化系統維護計畫--光碟版 Maintenance of River Information Management System</title><yearidentifier>201312</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/15</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>78573</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78573</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)Field Investigation and Analysis Project at Coastal Area of</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年氣候變遷影響，臺灣常有超大豪雨與短時間強降雨事件，部份水文觀測儀器，在強降雨下，限於儀器特性與環境因素，影響觀測品質，恐延誤甚至誤判防災應變時機，而致危及生命財產安全。例如莫拉克颱洪期間，特別需要有準確之降雨觀測，更能加強掌握未來水庫入流與洩洪之研判。在強降雨下，其他如對於河川水位、抽水機布置、抽水站操作、淹水等等掌握，亦有需提昇水文觀測品質之必要。故如何掌握在強降雨下水文觀測之誤差，分析發展觀測前之檢校、觀測時之即時資料處理等等技術，並檢討分析相關配套，維繫與逐步提昇強降雨下水文觀測之資料品質，實值得研究。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030014</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/15</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>78576</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78576</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(2/2)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係依行政院核定之「台灣水文長期觀測發展計畫(99年~103年)」辦理，擬以102年至103年為辦理期程，辦理內容為維護管理本署既有之近海水文觀測資料庫，擴充本署現有海岸水情系統使其具有地理資訊功能，維護及改善本署近海水文觀測系統平台之功能，期以正確掌握一般性海堤區域即時水文情況，並產出準確之近海水文資料，做為本署辦理與執行一般性海堤安全防護建設之基石。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030012</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/15</date><governmentpublicationsnumber>1010302170</governmentpublicationsnumber><identifier>78577</identifier><internationalstandardbooknumber>9789860427325 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78577</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>近海水文觀測系統維護及功能擴充計畫 (2/2)Improvement and Maintenance of Hydrological Observation System in Sea Embankment Area(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030233</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/15</date><governmentpublicationsnumber>1010302808</governmentpublicationsnumber><identifier>78583</identifier><internationalstandardbooknumber>9789860431933 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78583</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(1/2)Study Project on Safety Assessment and Analysis of Seawall in</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/15</date><governmentpublicationsnumber>8944891971</governmentpublicationsnumber><identifier>78613</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78613</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>流域整體規劃河川集水區數值地形資訊系統建立(一)=Development of the Watershed Digital Topography Information System for Integrated Basin Management (I)</title><yearidentifier>200012</yearidentifier></data><data><abstract>為因應北部地區未來水資源利用與調配問題，經濟部水利署(以下簡稱本署)前身經濟部水資源局於民國80～87年間，陸續辦理雙溪水庫初步規劃、可行性規劃及環境影響評估等工作。有鑑於近年來氣候變遷，再加上基隆地區水資源設施不足，使得缺水風險提高，因此於民國100及101年度陸續檢討前期可行性規劃成果，經評估淹沒區及集水區單純(位置詳附圖1)，壩址條件良好，值得積極推動。 經檢討當雙溪水庫上場後與貢寮攔河堰聯合運用，將可滿足基隆地區中長程用水需求及備用水量、改善基隆地區公共給水供水水質、提高水庫下游雙溪地區防洪能力、提高台北及基隆地區雙向水源調度及備援能力、配合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能，本年度將持續進行雙溪水庫可行性規劃工作，提供未來計畫推動政策擬定上之參考。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030283</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1010302476</governmentpublicationsnumber><identifier>78622</identifier><internationalstandardbooknumber>9789860431810 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78622</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-施工規劃(光碟版)A Review of Feasibility Study of Shuangxi Reservoir (4) –The Planning for Engineering</title><yearidentifier>201412</yearidentifier></data><data><abstract>規劃中之雙溪水庫系計畫供應北部區域東北角地區之雙溪、貢寮、瑞芳，以及基隆地區公共給水及工業用水之重要規劃案。 水庫集水區位於臺灣東北部，基隆市東南方15公里之新北市東側。水庫主要水源為雙溪支流之丁子蘭溪並與貢寮攔河堰聯合運用，大壩位於新北市雙溪區魚行里丁子蘭坑，集水區面積約8.97平方公里、計畫淹沒區面積約0.55平方公里。 本計畫為雙溪水庫可行性規劃性總報告所羅列辦理之工作項目中之地震危害度分析繼續推動執行相關計畫，俾利後續可行性規劃工作之推展。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030267</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1010302420</governmentpublicationsnumber><identifier>78623</identifier><internationalstandardbooknumber>9789860430578 ; 9789860430</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78623</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-工程專題-強地動儀維護觀測及分析(光碟版)A Review of Feasibility Study of Shuangxi Reservoir(4)-Report of Strong Motion Seismograph Maintenance Observation and Analysis</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>史天元計畫主持</author><categoryidentifier>351.8113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1008900016</governmentpublicationsnumber><identifier>78628</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78628</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>89</publishrocyear><title>頭前溪流域基本屬性資料庫建立(1/3) 第一年=The Design and Construction of a GIS Database for The Watershed management of Toa-Chien Watershed (1/3)</title><yearidentifier>200012</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009005265</governmentpublicationsnumber><identifier>78629</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78629</librarycollectiondetailsurl><price>600</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>建立波潮流與海岸變遷模式 (2/6)=Establishment of Wave,Tidal Current and Coastal Evolution Models</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>443.689791</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009000055</governmentpublicationsnumber><identifier>78633</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78633</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利處</publisher><publishrocyear>90</publishrocyear><title>全省河川生態補充調查與資料庫建立研究計畫(1/4)(北部地區)Supplementary Investigation and Construction of Biological Databank for Streams in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract>海岸水文氣象為辦理海岸工程，及海岸研究計畫之中要基本資料。台灣地區水文氣象觀測，大多偏重於內陸，一般海岸地區相當缺乏，故自51年本省海岸陸續建立海岸氣象觀測站及潮位站，本九十年度繼續觀測崎頂、鹿港、後安寮、塭港、外傘頂、曾文等六個氣象站，及梗訪、芳苑、塭港、將軍、蟳廣嘴、富岡等六個潮位站。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>351.716058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009102948</governmentpublicationsnumber><identifier>78637</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78637</librarycollectiondetailsurl><price>240</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>海岸水文氣象年報=Annual Report on Coastal Hydrology and Meteorology(民國九十年)</title><yearidentifier>200209</yearidentifier></data><data><abstract> </abstract><author>國立成功大學土木系</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009000763</governmentpublicationsnumber><identifier>78639</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78639</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>非破壞性堤身中空調查技術之研究報告=The Study of Application of Nondestructive Testing Technology to Investigate the Voids of Embankment</title><yearidentifier>200103</yearidentifier></data><data><abstract>台灣地區河川型態調查研究(1/2)=Investigation of River Morphology in Taiwan</abstract><author>經濟部水利處水利規劃試驗所</author><categoryidentifier>351.819</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009000019</governmentpublicationsnumber><identifier>78644</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78644</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利處水利規劃試驗所</publisher><publishrocyear>90</publishrocyear><title>台灣地區河川型態調查研究(1/2)=Investigation of River Morphology in Taiwan</title><yearidentifier>200101</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009006140</governmentpublicationsnumber><identifier>78650</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78650</librarycollectiondetailsurl><price>155</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 摘要</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009006141</governmentpublicationsnumber><identifier>78651</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78651</librarycollectiondetailsurl><price>445</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 民國八十九年近海水文觀測資料年報</title><yearidentifier>200112</yearidentifier></data><data><abstract>90年度近海水文網基本站之建置</abstract><author>經濟部水資源局、成大近海水文中心</author><categoryidentifier>10020201 056</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009006135</governmentpublicationsnumber><identifier>78652</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78652</librarycollectiondetailsurl><price>895</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置（3/5） 第一冊　近海水文觀測站網建置 The Establishment of Coastal Hydrological Monitoring Network (3/5)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009006136</governmentpublicationsnumber><identifier>78653</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78653</librarycollectiondetailsurl><price>790</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 第二冊近海水文觀測站網維護作業</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>成功大學近海水文中心</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009006137</governmentpublicationsnumber><identifier>78654</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78654</librarycollectiondetailsurl><price>960</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海水文網基本站之建置(3/5) The Establishment of Coastal Hydrological Monitoring Network (3/5) 第三冊近海水文觀測資料品管分析</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009005240</governmentpublicationsnumber><identifier>78657</identifier><internationalstandardbooknumber>9789570298741 ; 9789570298</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78657</librarycollectiondetailsurl><price>330</price><publisher>法務部</publisher><publishrocyear>90</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編</title><yearidentifier>200112</yearidentifier></data><data><abstract>建立波潮流與海岸線變遷模式，用以模擬台灣四周海岸之水理特性與海岸線變遷模式綜合整理分類，取其重要之理念及經驗，作為國內研發模式之參考。本計畫並蒐集環島潮汐、波浪、近岸流場、海岸線變遷及河口動力特性模擬，以檢測各研發模式之執行能力及其適用情形。</abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950271</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>78661</identifier><internationalstandardbooknumber>9789860079951 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78661</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>建立波潮流與海岸線變遷模式(4/4)＝Establishment of Wave, Tidal Current and Coastal Evolution Models(4/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>建立波潮流與海岸線變遷模式，用以模擬台灣四周海岸之水理特性與海岸線變遷模式綜合整理分類，取其重要之理念及經驗，作為國內研發模式之參考。本計畫並蒐集環島潮汐、波浪、近岸流場、海岸線變遷及河口動力特性模擬，以檢測各研發模式之執行能力及其適用情形。</abstract><author>國立成功大學水利及海洋工程學系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950271</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>78663</identifier><internationalstandardbooknumber>9789860079951 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78663</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>建立波潮流與海岸線變遷模式(4/4)(光碟)＝Establishment of Wave, Tidal Current and Coastal Evolution Models(4/4)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫針對區排生態工法之規劃設計及其環境立地條件等作通盤性的探討研究，以編訂「區域排水生態工法規劃設計準則(草案)」，並依該準則完成六件排水規劃案之排水情勢調查，以作為各規劃案施設排水生態工法之依據。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009204975</governmentpublicationsnumber><identifier>78664</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78664</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>區域排水生態工法之研究及排水情勢調查=On Application of Ecological Measures on Regional Drainage Channel Design and Evaluation of Corresponding Current Status</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫目的係依據排水集水區條件,以本省西南沿海地層下陷低窪地區為實,以各種滯洪或蓄洪設施整合利用,減輕淹水問題,同時增加補注量,減緩地層下陷滯洪設施並可兼為休閒遊憩場所或為生物之棲地,期能達到排水整治兼顧生態環境保育之目標.</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009304154</governmentpublicationsnumber><identifier>78668</identifier><internationalstandardbooknumber>9789570195309 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78668</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>綜合治水與滯洪設施整合利用研究=Study on the lntegrated Regulation and Detention Devices Utilization</title><yearidentifier>200412</yearidentifier></data><data><abstract>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫(內附光碟)</abstract><author>成功大學水工試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940264</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404137</governmentpublicationsnumber><identifier>78672</identifier><internationalstandardbooknumber>9789860033892 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78672</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫</title><yearidentifier>200512</yearidentifier></data><data><abstract>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫(內附光碟)</abstract><author>成功大學水工試驗所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940264</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404137</governmentpublicationsnumber><identifier>78673</identifier><internationalstandardbooknumber>9789860033892 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78673</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>訂定海堤及水門設施之耐海嘯構造評估標準先期計畫(光碟)</title><yearidentifier>200512</yearidentifier></data><data><abstract>經濟部水利署近年來持續推動國土資訊系統之發展，已陸續建置多項地理資訊服務系統及地理資訊資料庫，且為了滿足每個單位各項業務之需求，逐年增加不同的圖資來源，藉以提昇資料的多元化與完整性。而隨著系統、圖資資料的成長，需建置一完善機制將圖資資料進行有效率的維護管理，並整合所有圖資資料、詮釋資料，提供完整且一致的地理資訊服務，因此水利署擬定四年期程計畫，規劃出後續執行辦理事項，提出一完善之解決方案。</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940021</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009403617</governmentpublicationsnumber><identifier>78674</identifier><internationalstandardbooknumber>9789860028706 ; 9789860028</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78674</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(2/4)＝Establishment of Hydraulic Web-Based Geographic Information Systems (2/4)</title><yearidentifier>200511</yearidentifier></data><data><abstract>本計劃藉由相關基本環境資料及地形水深之補充調查，進一步了解新策，研擬現有消波塊吊移與海堤環境等海岸景觀改善作法，期能在兼顧海海岸防災及景觀改善之前提下，研究出港南海岸消波塊調整及海堤整體景觀改善之可行性方案，提供新竹港南海岸環境工程及其他類似海岸之實務應用參考。</abstract><author>浩海工程公司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>78675</identifier><internationalstandardbooknumber>9789860034486 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78675</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃報告=The Planning of nvironment protection and promotion on Kang-Nan coang Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃藉由相關基本環境資料及地形水深之補充調查，進一步了解新策，研擬現有消波塊吊移與海堤環境等海岸景觀改善作法，期能在兼顧海海岸防災及景觀改善之前提下，研究出港南海岸消波塊調整及海堤整體景觀改善之可行性方案，提供新竹港南海岸環境工程及其他類似海岸之實務應用參考。</abstract><author>浩海工程公司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404266</governmentpublicationsnumber><identifier>78676</identifier><internationalstandardbooknumber>9789860034486 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78676</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>新竹港南海岸環境保護及營造計畫規劃報告(光碟)=The Planning of nvironment protection and promotion on Kang-Nan coang Hsin Chu city</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009403674</governmentpublicationsnumber><identifier>78677</identifier><internationalstandardbooknumber>9789860029246 ; 9789860029</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78677</librarycollectiondetailsurl><price>160</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(2/4)操作手冊=Expand the Supply System of Hydrological and Water Resource Data (2/4)</title><yearidentifier>200512</yearidentifier></data><data><abstract>確保荖溪河川水質潔淨，復育荖溪河川生態系統，朝向「生態治河親水建設」之目標旨在有效削減旱澇災害、保障民眾生命財產安全及產業發展；兼顧生態保育及親水空間營造，創造具安全性、多樣化、自然及親水之河川環境。本計畫係依據「荖溪治理規劃報告」成果，研提機能空間之營造計畫，為荖溪後續整治與管理之參考依據。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6897301</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404204</governmentpublicationsnumber><identifier>78678</identifier><internationalstandardbooknumber>9789860034707 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78678</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>94</publishrocyear><title>荖溪河川環境營造計畫規劃 The Environmental Rehabilitation and Planning for the Lau River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫目的在藉由試驗量測技術研發與應用、數值模式建立與模擬、虛擬實境展示，以探討水工構造物附近流場及底床沖刷特性。計畫以基隆河員山子分洪入口及水尾灣丁壩設置為主要研究對象，分二年進行研究。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>1009404347</governmentpublicationsnumber><identifier>78681</identifier><internationalstandardbooknumber>9789860035391 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78681</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水工構造物附近流場與底床沖刷特性觀測及數值模擬展示(2/2)總報告=The measurements,numerical simulations and virtual reaity displays for the flow field and bed scour characteristics around hydraulic structures(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>內政部國土測繪中心</author><categoryidentifier>554.43</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/17</date><governmentpublicationsnumber>2009704373</governmentpublicationsnumber><identifier>78685</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78685</librarycollectiondetailsurl><price>210</price><publisher>內政部國土測繪中心</publisher><publishrocyear>104</publishrocyear><title>內政部國土測繪中心103年業務年報</title><yearidentifier>201503</yearidentifier></data><data><abstract> </abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/20</date><governmentpublicationsnumber>1010302710</governmentpublicationsnumber><identifier>78687</identifier><internationalstandardbooknumber>9789860434491 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78687</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(2/2) Review and Improve the Criterion for the Appropriate Quantities of Water for Different Purpose(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/20</date><governmentpublicationsnumber>1010302710</governmentpublicationsnumber><identifier>78689</identifier><internationalstandardbooknumber>9789860434491 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78689</librarycollectiondetailsurl><price>460</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>各用水標的事業所需合理用水量檢討及其計算系統改善計畫(2/2)Review and Improve the Criterion for the Appropriate Quantities of Water for Different Purpose(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>78690</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78690</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(2/2)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>78691</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78691</librarycollectiondetailsurl><price>550</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>100</publishrocyear><title>台灣地層研究專輯</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009300776</governmentpublicationsnumber><identifier>78693</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78693</librarycollectiondetailsurl><price>40</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署標準化作業規範及流程表</title><yearidentifier>200403</yearidentifier></data><data><abstract>台灣地區由於地理位置的因素，每年常遭受颱風、豪雨所侵襲;而且由於地形的特殊關係，常造成河川水位在短時間內急速暴漲溢淹河岸兩旁土地，期間所帶來之災害，常常造成民眾重大之損失。</abstract><author>中央大學土木系</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009304676</governmentpublicationsnumber><identifier>78696</identifier><internationalstandardbooknumber>9789570195583 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78696</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>「水情即時影像監視及其應用系統之建置計畫」=Established Project for the Monitoring and applied system of Real-Time Flood Disaster Image</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>財團法人成大水利海洋研究發展基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>78703</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78703</librarycollectiondetailsurl><price>1500</price><publisher>經濟部 水利署 第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>財團法人成大水利海洋研究發展基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>78704</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78704</librarycollectiondetailsurl><price>1500</price><publisher>經濟部 水利署 第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段(光碟)─=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009504408</governmentpublicationsnumber><identifier>78709</identifier><internationalstandardbooknumber>9789860085174 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>95</publishrocyear><title>宜蘭河流域五十溪大湖溪及七張橋至鐵路橋段河川環境營造監測調查計畫(2/2)＝The Monitor and Investigation of  Construction Projects for the Yilan River Environment of the Wushih Creek Region,Tahu Creek Region,and Chichang Bridge to Railway Bridge A</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940247</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>78711</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78711</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2) 本文=The development of model and design guideline for ecological engineering methods(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>桃竹苗地區水情測預報系統之建置(內附光碟)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</abstract><author>工業技術研究院</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950126</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009504156</governmentpublicationsnumber><identifier>78712</identifier><internationalstandardbooknumber>9789860083019 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78712</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>桃竹苗地區水情測預報系統之建置＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</title><yearidentifier>200612</yearidentifier></data><data><abstract>桃竹苗地區水情測預報系統之建置(內附光碟)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</abstract><author>工業技術研究院</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950126</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009504156</governmentpublicationsnumber><identifier>78713</identifier><internationalstandardbooknumber>9789860083019 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78713</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>桃竹苗地區水情測預報系統之建置(光碟)＝The Establishment of Taoyuan , Hisn-Chu and Miaoli Area Flood Forecasting System</title><yearidentifier>200612</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床之?徑尺寸分佈資訊，以應用於水?之定床模擬、動床模擬之輸砂?及沖淤?等推估。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>78714</identifier><internationalstandardbooknumber>9789860124583 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78714</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫之目的為恢復花蓮溪口往日豐富的生態與生機，以及水鳥生態環境景觀，擬以「環境復育」為首要重點，包括動物及植物相資源調查、水鳥棲地－溼地回復改善計畫、河川環境多樣化之經營與改善等。同時，整體發展規劃著重分區使用，並提供永續經營策略與模式，期使對於這塊珍貴自然資源的最佳規劃與永續經營。 本計畫將朝向保育花蓮溪口濕地生態環境，復育濕地生物多樣性及濕地生態系統結構和功能的完整性為目標，並且提供東部河川生態教育與研究之場所，同時期能建構成為國際級溼地，提供生物多樣性的棲地環境以及一般民眾休閒遊憩之深度旅遊活動使用。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.8813</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950234</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009504117</governmentpublicationsnumber><identifier>78715</identifier><internationalstandardbooknumber>9789860082654 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78715</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮溪出海口溼地生態復育計畫＝The Rehabilitation and Planning of  the Wetland Ecology for the Estuary of Hualian River</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1010202454</governmentpublicationsnumber><identifier>78721</identifier><internationalstandardbooknumber>9789860386905 ; 9789860386</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78721</librarycollectiondetailsurl><price>500</price><publisher>行政院</publisher><publishrocyear>102</publishrocyear><title>民國102年災害防救白皮書(內附光碟)</title><yearidentifier>201310</yearidentifier></data><data><abstract>中華民國八十九年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2000</abstract><author>中央氣象局</author><categoryidentifier>328.1028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>2009001946</governmentpublicationsnumber><identifier>78722</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78722</librarycollectiondetailsurl><price>1000</price><publisher>中央氣象局</publisher><publishrocyear>91</publishrocyear><title>中華民國八十九年資料浮標觀測年報=DATA BUOY OBSERVATION DATA ANNUAL REPORT 2000</title><yearidentifier>200206</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89及90年度之北部及中部計畫成果，辦理南部區域之計畫工作，目前已彙整建置之GIS圖層資料共79項，水文、水庫、水質、河川斷面、水權等時序性資料39項，並以XML Web Service技術直接連結中央氣象局之氣候資料庫、台灣省自來水公司之供水量資料庫及水庫資料庫、十河局之即時河川水位、即時雨量以及翡翠水庫、石門水庫之水庫營運資料庫；同時，開發GIS查詢系統，提供圖形資料之套疊查詢及屬性資料之進階查詢。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910001V</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>78726</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78726</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域（1/2）系統操作及維護手冊Establish Management and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>水文、水資源資料為防洪、救災，以及水資源調配等各項研究、規劃、分析所需之重要資料，為整合各項資料，以利各單位應用，本署乃委託辦理「水文水資源資料管理供應系統」計畫。本年度係延續89及90年度之北部及中部計畫成果，辦理南部區域之計畫工作，目前已彙整建置之GIS圖層資料共79項，水文、水庫、水質、河川斷面、水權等時序性資料39項，並以XML Web Service技術直接連結中央氣象局之氣候資料庫、台灣省自來水公司之供水量資料庫及水庫資料庫、十河局之即時河川水位、即時雨量以及翡翠水庫、石門水庫之水庫營運資料庫；同時，開發GIS查詢系統，提供圖形資料之套疊查詢及屬性資料之進階查詢。</abstract><author>銳悌科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRB910001V</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/21</date><governmentpublicationsnumber>1009104840</governmentpublicationsnumber><identifier>78727</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78727</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署（台北辦公區）</publisher><publishrocyear>91</publishrocyear><title>水文水資源資料管理供應系統－南部及東部區域（1/2）Establish Management and Supply System of Hydrological and Water Resource Database for Southern and Eastern Region (1/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>九十年度水資源投資分析年報，資料收集之起迄時間為民國九十年一月一日至九十年十二月三十一日止，為期一年。 本年報引用41個單位調查之資料，就統計結果而言，九十年度建社經費與上一年度(一年之會計年度)相比，投資額縮減10.49%；研發費用縮減58.58%。</abstract><author>經濟部水利署</author><categoryidentifier>554.6127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/22</date><governmentpublicationsnumber>1009103858</governmentpublicationsnumber><identifier>78750</identifier><internationalstandardbooknumber>9789570126600 ; 9789570126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78750</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>91</publishrocyear><title>台灣地區水資源投資分析 九十年度報告</title><yearidentifier>200211</yearidentifier></data><data><abstract>台灣河川高流量的發生都為颱洪，觀測不易，致使可供運用之實測水位流量資料都偏低，嚴重影響水資源利用、管理及水利防洪等規劃成果之不確定性（Uncertainity）。因此，詳實評估台灣河川水文流量資料既有內涵與觀測現況，著手推導水位流量率定曲線新方法的評估與探討的研究工作，實是當務之急。爰此，本署特成立「理論水位流量率定曲線於台灣河川之應用評估探討─以基隆河流域水文站為例(2/2)」研究計畫，以甄選委託合宜研究團隊進行探討流量與水位之關係理論，並建立基隆河水文站之模式，以提供河防工作之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/22</date><governmentpublicationsnumber>1009105164</governmentpublicationsnumber><identifier>78756</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78756</librarycollectiondetailsurl><price>140</price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討－以基隆河流域水文站為例(2/2)=Evaluation of Theoretical Rating Curve for Natural Channel-Application on Keelung River (2/2)</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式庫系統建立及探討堰塞湖與河川型態相互引響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析，並對其處理及防治對策得研擬，並編制就災計畫。本報告書為第一年計畫之期末研究成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/22</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>78759</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78759</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告</title><yearidentifier>200212</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式庫系統建立及探討堰塞湖與河川型態相互引響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析，並對其處理及防治對策得研擬，並編制就災計畫。本報告書為第一年計畫之期末研究成果。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/22</date><governmentpublicationsnumber>1009104112</governmentpublicationsnumber><identifier>78760</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78760</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>91</publishrocyear><title>堰塞湖引致災害防治對策之研究第一年研究成果報告(光碟版)</title><yearidentifier>200212</yearidentifier></data><data><abstract>研訂調整金門地區水資源運用架構方向，並研提金門地區水資源運用策略推動建議，以供未來政策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030280</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1010400241</governmentpublicationsnumber><identifier>78796</identifier><internationalstandardbooknumber>9789860443639 ; 9789860443</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區水資源運用調整策略規劃(1)Planning for the Adjustment Strategies on Water Resources in Kimmen Region(1)</title><yearidentifier>201503</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.859</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>2009200490</governmentpublicationsnumber><identifier>78797</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78797</librarycollectiondetailsurl><price>1250</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>台灣地區地下水通訊(第一~六十九期合訂本)</title><yearidentifier>200301</yearidentifier></data><data><abstract>研訂調整金門地區水資源運用架構方向，並研提金門地區水資源運用策略推動建議，以供未來政策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030280</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1010400241</governmentpublicationsnumber><identifier>78798</identifier><internationalstandardbooknumber>9789860443639 ; 9789860443</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78798</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區水資源運用調整策略規劃(1)(光碟版)Planning for the Adjustment Strategies on Water Resources in Kimmen Region(1)</title><yearidentifier>201503</yearidentifier></data><data><abstract>洪氾區劃設管理課題之研究(光碟版)</abstract><author>河川規劃課</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>78811</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78811</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>78812</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78812</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究 =Study on Floodplain Delineation and  Management</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫主要針對經濟部水利署所屬各水資源局與各河川局進行水文觀測能力與品質之全面普查及評鑑，並編列經費加以改善，提升其素質。本年度擬以委辦計畫形式辦理該項評鑑計畫，邀集專家、學者、儀電人員組成工作團隊，協助各水文量測單位檢討及改進其量測品質，並將其改善經費，提列為水文觀測現代化第二期計畫之重點需求，以作為全面提升水文觀測品質保証之準備。 本委辦計畫工作項目除建立前述之普查評鑑制度，及其所需要之相關規定外，另需完成提升經濟部水利署所屬各水資源局與各河川局水文觀測能力與技術之改善計畫及其分年經費需求之擬訂，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.712</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204538</governmentpublicationsnumber><identifier>78813</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78813</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文觀測品質評鑑制度建立及其推動計畫之擬訂(2/2) =Establishment of an Quality Appraisal Institution for Hydrology Observation(2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>78814</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78814</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2) 操作及維護手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>78815</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78815</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2) 使用手冊</title><yearidentifier>200312</yearidentifier></data><data><abstract>依據行政院八十七年一月七日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一。因此，經濟部水利署將以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204535</governmentpublicationsnumber><identifier>78816</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78816</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>水文資訊網整合性服務系統之建立(2/2)=Established Integrative Service System of Hydrological Information (2/2)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>78820</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78820</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設準則及模式研究總報告=Study on Guidelines and Modeling for Floodplain Delineation</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫之主要目的在檢討愛河水系之排水問題，經詳細檢討分析後，研擬具體可行之改善方案，供為相關單位工程施設及維護管理之依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>78821</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78821</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究 =Study on Floodplain Delineation and  Management</title><yearidentifier>200312</yearidentifier></data><data><abstract>洪氾區劃設管理課題之研究(光碟版)</abstract><author>河川規劃課</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>78822</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78822</librarycollectiondetailsurl><price>220</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利地理資訊之各項資料及應用系統，對於水利業務之推動助益甚大，為整體且長期性之重點業務之一。本署目前已完成多項水利地理資訊相關計畫，並建立各資料庫及應用系統，供業務人員使用；惟各項計畫所建立的資料及系統眾多，亟需建立一整合型入口網站，彙整各項水利地理資訊計畫成果，令各單位透過此一入口網站了解各項計畫成果及進行資料檢索、瀏覽、下載與地理資訊技術交流，並連結國內外相關網站，以奠定貴署水利地理資訊系統永續發展之基礎，達成水利地理資料互通、共享與多目標加值應用之目標。</abstract><author>銳?科技公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204241</governmentpublicationsnumber><identifier>78823</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78823</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水利地理資訊系統整合型入口網站  Establish Integrated Portal Site of Hydrological Geographic Information System</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利地理資訊之各項資料及應用系統，對於水利業務之推動助益甚大，為整體且長期性之重點業務之一。本署目前已完成多項水利地理資訊相關計畫，並建立各資料庫及應用系統，供業務人員使用；惟各項計畫所建立的資料及系統眾多，亟需建立一整合型入口網站，彙整各項水利地理資訊計畫成果，令各單位透過此一入口網站了解各項計畫成果及進行資料檢索、瀏覽、下載與地理資訊技術交流，並連結國內外相關網站，以奠定貴署水利地理資訊系統永續發展之基礎，達成水利地理資料互通、共享與多目標加值應用之目標。</abstract><author>經濟部水利署、銳?科技公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204241</governmentpublicationsnumber><identifier>78824</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78824</librarycollectiondetailsurl><price>130</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>92</publishrocyear><title>建立水利地理資訊系統整合型入口網站－網站操作手冊 Establish Inntegratedn Portal nSite of  Hydrological  Geographic  Information  System</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>銳惕科技股份有限公司</author><categoryidentifier>445.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/29</date><governmentpublicationsnumber>1009204240</governmentpublicationsnumber><identifier>78827</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78827</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>水文水資源資料管理供應系統</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利第十三期</abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78833</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78833</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>92</publishrocyear><title>水利第十三期</title><yearidentifier>200312</yearidentifier></data><data><abstract>水利第十三期</abstract><author>經濟部水利署</author><categoryidentifier>443.05</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>2009200599</governmentpublicationsnumber><identifier>78834</identifier><internationalstandardbooknumber>9789570137101 ; 9789570137</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78834</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>92</publishrocyear><title>水利第十三期(光碟)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式系統建立及探討堰塞湖與河川型態相互影響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析、並對其處理及防治對策的研擬，並編制就災計畫。本報告書為計畫之研究成果。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>78837</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78837</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告 Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫為三年之延續性計畫，第一年研究堰塞湖之基本特性、現有堰塞湖現況成因探討、調查及監測資料分析、基本資料資料庫建構。第二年則研究災害評估模式系統建立及探討堰塞湖與河川型態相互影響作用。第三年則以第二年所開發的天然壩潰決模式進行案例分析、並對其處理及防治對策的研擬，並編制就災計畫。本報告書為計畫之研究成果。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009204483</governmentpublicationsnumber><identifier>78838</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78838</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>堰塞湖引致災害防治對策之研究(2/3)第二年研究成果報告(光碟) Study on the Disaster Mitigation Strategies for Landslide Dams(2/3)</title><yearidentifier>200312</yearidentifier></data><data><abstract>中華民國93年潮汐表=TIDAL TABLES 2004</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>78839</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78839</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>92</publishrocyear><title>中華民國93年潮汐表=TIDAL TABLES 2004</title><yearidentifier>200311</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.68058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009302777</governmentpublicationsnumber><identifier>78840</identifier><internationalstandardbooknumber>9789570182118 ; 9789570182</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78840</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>經濟部水利署台灣地區水資源投資分析九十二年度報告</title><yearidentifier>200409</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>78847</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78847</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>93</publishrocyear><title>中華民國94年潮汐表=TIDAL TABLES 2005</title><yearidentifier>200411</yearidentifier></data><data><abstract>網際水利地理資訊資料管理系統建置</abstract><author>逢甲大學地理資訊系統研究中心</author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304317</governmentpublicationsnumber><identifier>78848</identifier><internationalstandardbooknumber>9789570193541 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78848</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>網際水利地理資訊資料管理系統建置計畫(1/4〉</title><yearidentifier>200411</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304351</governmentpublicationsnumber><identifier>78868</identifier><internationalstandardbooknumber>9789570193527 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78868</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄下=Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4) Appendix II</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>78869</identifier><internationalstandardbooknumber>9789860038668 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78869</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)(光碟)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程公司</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>78870</identifier><internationalstandardbooknumber>9789860038668 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78870</librarycollectiondetailsurl><price>1380</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(1/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本手冊內容為說明堰塞湖形成前之減災.整備正確觀念,並列出堰塞湖形成後減災.整備與應變作業內容,包括緊急處置對策.調查與評估作業.以及後續工程及長期監測方法等.</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304381</governmentpublicationsnumber><identifier>78874</identifier><internationalstandardbooknumber>9789570195767 ; 9789570195</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78874</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究－堰塞湖防災作業手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract>為能完整提供水資源管理、河川整治、災害防救等施政決策及相關應用分析所需之資料，本署歷經四年期間，建置「水文水資源資料管理供應系統」，完成全國水文水資源相關業務所需之整體性資料庫，除提供豐富圖資與水資源資訊供本署內部同仁進行規劃分析外，更進一步開放予民眾查詢。為持續推動相關資料之供應服務，本年度賡續辦理系統功能擴充與資料維護更新，彙整納入河川管理相關圖資及影像資料，並進行系統版面修改、美化與調整，提升操作之便利性；在圖資申請方面，則整合本署電子表單系統，落實線上簽核流程；此外，為配合「營造英語生活環境」，並建置英文版「水文水資源資料管理供應系統」，期使本署水利資源管理的資訊化成果推廣至世界各國。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>78875</identifier><internationalstandardbooknumber>9789570193275 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78875</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)  Expand the Supply System of Hydrological and Water Resource Data (1/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>為完整發展「臺灣地區地下水文圖集」，水利署於民國92年度持續推行「臺灣地區地下水文圖集繪製工作」，期於四年時間內，分階段完成三張圖幅名稱暫定為「臺灣地區地下水文圖集－主要含水層流通係數圖」、「臺灣地區地下水文圖集－地下水污染潛勢圖」及「臺灣地區地下水文圖集－地下水水質現況圖」。</abstract><author>成功大學、成大水工所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304479</governmentpublicationsnumber><identifier>78876</identifier><internationalstandardbooknumber>9789570194272 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78876</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區）</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水文圖圖集繪製工作(2/4)  Compiling the  Groundwater Hydrological Atlas of Taiwan (2/4)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304348</governmentpublicationsnumber><identifier>78877</identifier><internationalstandardbooknumber>9789570193510 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78877</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄上=Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4) Appendix I</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304232</governmentpublicationsnumber><identifier>78878</identifier><internationalstandardbooknumber>9789570193275 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78878</librarycollectiondetailsurl><price>155</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>水文水資源資料管理供應系統功能擴充與資料更新(1/4)=Expand the Supply System of Hydrological and Water Resource Data (1/4) 使用手冊</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304383</governmentpublicationsnumber><identifier>78881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78881</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>堰塞湖引致災害防治對策之研究總報告Study on the Disaster Mitigation Strategies for Landslide Dams</title><yearidentifier>200412</yearidentifier></data><data><abstract>研擬水庫淤泥應用於河川保護及海岸國土保育之研究,並針對指定水庫之具體條件,因地制宜,擬訂具有最佳利用效率之方案.</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304090</governmentpublicationsnumber><identifier>78882</identifier><internationalstandardbooknumber>9789570194609 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78882</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>93</publishrocyear><title>水庫淤泥應用於國土保育之研究(1/3)=Utilization of Reservoir Sediment on National Land Conservation(1/3)</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫應用台灣區地下水觀測網作為採樣之調查井, 監測地下水水質以提供水資源單位調配地下水資源之依據。本(93)年度監測的範圍包含七個地區：高雄(33口井)、嘉南(99口井)、宜蘭(39口井)、屏東(134口井)、台北(12口井)、澎湖(6口井)及竹苗(45口井)，共計368口觀測井。原計劃381口，因其中有部份井移作地震水位觀測井，故實作368口。</abstract><author>台糖農場經營中心、地下水開發保育中心、台糖研究所</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304477</governmentpublicationsnumber><identifier>78883</identifier><internationalstandardbooknumber>9789570194265 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78883</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>臺灣地區地下水觀測網水質常態監測與調查分析(1/2) Groundwater Quality by the Taiwan Groundwater Monitoring Network</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫為經濟部水利署委辦之四年延續計畫，主要配合第二期地層下陷防治執行方案”之實施，應用水準測量及地層下陷監測井調查台灣地層下陷地區之下陷範圍、面積、速率及機制，以協助評估”第二期地層下陷防治執行方案”之實施績效，期有效掌握地層下陷之防治效果。 本年度為計畫實施第四年，主要工作項目包括(1)水準網檢測，實施地區為台北全區、彰化地區、雲林地區、嘉義地區、屏東地區及宜蘭(冬山鄉)地區，(2)監測井網維護與量測，(3)地層下陷資料整合及分析，(4)四年工作綜合檢討及建議，(5)地層下陷資料管理系統之維護及資料增添。</abstract><author>工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009304348</governmentpublicationsnumber><identifier>78888</identifier><internationalstandardbooknumber>9789570193510 ; 9789570193</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78888</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>93</publishrocyear><title>台灣地區地層下陷之監測、調查及分析(4/4)附錄上=Analysis, Monitoring and Investigation in Taiwan Subjected to Land Subsidence (4/4) Appendix I</title><yearidentifier>200412</yearidentifier></data><data><abstract>針對嘉義鰲鼓至曾文溪口間，海岸開發後對地形變遷影響機制問題進行分析研究，配合現場實測資料，進行波浪、潮汐、近岸流場、地形變遷與海岸線變化之數值模擬，研擬可能之海岸護工法，提出適當之海岸防護對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>78889</identifier><internationalstandardbooknumber>9789860032024 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78889</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口):成果報告書(總報告)=A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫為二年延續計畫之第一年部份，主要探討苗栗海岸之侵淤現況及提出其中四個指定海岸的合適保護方案。根據苗栗海岸的現地勘查結果發現苗栗海岸多為自然海岸，部分已有保護工程之海岸結構上大多無安全上之顧慮，本文以依分區之海岸特性建議出適合之處理方式。</abstract><author>中華大學</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/0940079</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>78890</identifier><internationalstandardbooknumber>9789860046434 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78890</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)=Study on coastal restoration in Miao-Li county (1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫為二年延續計畫之第一年部份，主要探討苗栗海岸之侵淤現況及提出其中四個指定海岸的合適保護方案。根據苗栗海岸的現地勘查結果發現苗栗海岸多為自然海岸，部分已有保護工程之海岸結構上大多無安全上之顧慮，本文以依分區之海岸特性建議出適合之處理方式。</abstract><author>中華大學</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/0940079</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009500566</governmentpublicationsnumber><identifier>78891</identifier><internationalstandardbooknumber>9789860046434 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78891</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>苗栗海岸復育研究計畫(1/2)(光碟)=Study on coastal restoration in Miao-Li county (1/2)</title><yearidentifier>200603</yearidentifier></data><data><abstract>本計畫研究範圍為屏東東港至枋寮沿岸長度約25km，其中第一年度(2004年)研究區段係從東港至塭豐，沿岸長度約13km；第二年度(2005年)為塭豐至枋寮，沿岸長度約12km。工作項目則依各年度之分段海岸進行水深地形測量及潮波流、輸砂調查，並於分段海岸選取迫切需要保護或較具代表性之海岸斷面，舉辦水工模型試驗，探討分段海岸之侵淤情形及溢淹特性，及提出較佳之防護方法，進以研擬各分段海岸之復育對策，提供第七河川局應用參考。 第一年度現場調查作業，於2004年6月與9月各進行一次水深測量控制點檢測作業，並於6月上旬與10月下旬分別完成本段海岸冬季與夏季波浪作用後之屏東東港至塭豐段水深地形測量與1m間距等深線之水深圖繪製與地形侵淤分析之工作。潮波流與輸砂調查作業方面，夏季於敏督利颱風(Mindulle)颱風前(6月29日)佈放定點潮波流儀進行定點波流觀測，同時根據高雄東西汕潮位站之預報潮位，在7月7~8日期間進行漲退潮時段浮標追蹤與輸砂調查工作，並於7月14日回收各定點波流觀測儀器；冬季波流則因漁訊期影響迄於2005年2月16日至3月8日間完成，其中於2月17、25日配合進行漲退潮時段浮標追蹤與漂砂調查。 海岸復育對策探討，除已完成海鷗公園段現有砂灘斷面方案(Case-2)三種試驗週期、波高由小至大之試驗成果外，並依據Case-2之試驗成果，針對可能造成本段海岸堤面溯上、堤後越波、堤前底床侵蝕與灘線後退情形較具危險性之波浪週期條件，進行離岸潛堤與潛堤配合人工養灘佈置之改善工法斷面試驗。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.3276</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009400871</governmentpublicationsnumber><identifier>78903</identifier><internationalstandardbooknumber>9789860007800 ; 9789860007</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78903</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東海岸復育研究計畫(1/2)─東港至塭豐段─(附?-現場調查數據)=Restoration of Sandy Coast at Pingtung (1/2)─Tunggang to Wenfong─</title><yearidentifier>200504</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>78915</identifier><internationalstandardbooknumber>9789860022162 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78915</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估(光碟)Tonquze Creak Watershed Integral Treatment  Assessment(成果光碟)</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>78916</identifier><internationalstandardbooknumber>9789860022162 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78916</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估Tonquze Creak Watershed Integral Treatment  Assessment(成果光碟)</title><yearidentifier>200508</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009402582</governmentpublicationsnumber><identifier>78917</identifier><internationalstandardbooknumber>9789860022162 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78917</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>東埔蚋溪流域整體治理成效評估 附件=Tonquze Creak Watershed Integral Treatment  Assessment  Appendix</title><yearidentifier>200508</yearidentifier></data><data><abstract>我國之水資源開發利用與保育，分別由不同性質之機關推動辦理，其水資源事業各標的之投資經費資料亦散處各機關，亟待統一彙整，有鑑於此，本署自民國70年起（前水資源局、前水資源統一規劃委員會），逐年蒐集歷年各標的投資資料，進行整理、歸納及統計分析，俾瞭解每年水資源之投資概況，並提供日後相關單位辦理水資源規劃之參考。本會計年度為民國93年1月1日至民國93年12月31日止。</abstract><author>經濟部水利署</author><categoryidentifier>554.617</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009402806</governmentpublicationsnumber><identifier>78918</identifier><internationalstandardbooknumber>9789860022094 ; 9789860022</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78918</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>經濟部水利署台灣地區水資源投資分析:93年度報告</title><yearidentifier>200509</yearidentifier></data><data><abstract>河川生態工法分析模式建立、河川生態工法設計參考手冊、河川生態工法設計要點</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009403945</governmentpublicationsnumber><identifier>78921</identifier><internationalstandardbooknumber>9789860031850 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78921</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>生態工法分析模式及設計要點研究(2/2)生態工法設計要點參考手冊與分析模式使用手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78923</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78923</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(總報告)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>都市河川應依永續經營之原則來整治，因此，除需考慮行洪能力外，也應兼顧河槽之定，及維護環境、生態、景觀與遊憩之價值。本研究計畫並將以台中大里溪為個案，規劃其復育方案，以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78924</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78924</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(總報告)(光碟)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404361</governmentpublicationsnumber><identifier>78926</identifier><internationalstandardbooknumber>9789860035445 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78926</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊研擬:總報告書Investigation for Technical Guide of River Morphology Classification in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract>水利署所屬之南勢角水工試驗室位於台北縣新店河畔，為國內辦理水利工程相關水工模型驗研究之重要機構。本試驗場對於國內水利工程的發展與推動可謂貢獻良多。為迎接新時代水利研究發展，以及讓試驗場地提升研究設備水準及功能，因而提出將本區規劃成水科技博物館大樓之構想。</abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>554.6106</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940071</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404401</governmentpublicationsnumber><identifier>78927</identifier><internationalstandardbooknumber>9789860036220 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78927</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>水科技博物館與水利生態研發試驗中心規劃=Planning of the Hydrotech Museum and Hydro -Ecology Research Center</title><yearidentifier>200512</yearidentifier></data><data><abstract>過去在海岸養殖漁業開發下，長年超限抽取地下水，使得本段海岸地層下陷嚴重、砂灘流失，海岸環境改變導致海水入侵、社區淹水等災害接踵而來，民國70年起台灣省水利處即以防災為前提之原則下，陸續增建大量離岸堤、海堤及堤趾保護工等工程，雖有效避免颱風期間劇烈海況作用之危害，且多處離岸堤背側已形成穩定的繫岸砂洲或砂舌地形，但同時也造成海岸景觀再一次地破壞；有鑑於此，近年來經濟部水利署第七河川局積極籌辦海岸景觀改善及海岸基本資料監測調查等相關工作，期望一方面持續充實海岸基本資料，另一方面仍可同時依現場實作、試驗之方式進行“面”的海岸防護工法。本計畫即以此為出發點，且為求海岸復育工作之時效性，在現階段缺乏完善、有力之基本資料及分析數據佐證之情況下，研擬最適當可行的海岸環境營造方案，以供後續離岸堤改善及海岸環境保護工作執行之參考。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>78928</identifier><internationalstandardbooknumber>9789860038675 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78928</librarycollectiondetailsurl><price>600</price><publisher>水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃(電子書)＝Environmental  Protection and Rehabilitation Planning For the Shoei-Lih- Tsuen and Wen-Fong Coastal Lines in PIng-Tunng</title><yearidentifier>200512</yearidentifier></data><data><abstract>過去在海岸養殖漁業開發下，長年超限抽取地下水，使得本段海岸地層下陷嚴重、砂灘流失，海岸環境改變導致海水入侵、社區淹水等災害接踵而來，民國70年起台灣省水利處即以防災為前提之原則下，陸續增建大量離岸堤、海堤及堤趾保護工等工程，雖有效避免颱風期間劇烈海況作用之危害，且多處離岸堤背側已形成穩定的繫岸砂洲或砂舌地形，但同時也造成海岸景觀再一次地破壞；有鑑於此，近年來經濟部水利署第七河川局積極籌辦海岸景觀改善及海岸基本資料監測調查等相關工作，期望一方面持續充實海岸基本資料，另一方面仍可同時依現場實作、試驗之方式進行“面”的海岸防護工法。本計畫即以此為出發點，且為求海岸復育工作之時效性，在現階段缺乏完善、有力之基本資料及分析數據佐證之情況下，研擬最適當可行的海岸環境營造方案，以供後續離岸堤改善及海岸環境保護工作執行之參考。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404492</governmentpublicationsnumber><identifier>78929</identifier><internationalstandardbooknumber>9789860038675 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78929</librarycollectiondetailsurl><price>600</price><publisher>水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>屏東水利村、塭豐海岸環境保護及營造計畫規劃＝Environmental  Protection and Rehabilitation Planning For the Shoei-Lih- Tsuen and Wen-Fong Coastal Lines in PIng-Tunng</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫旨在建立高屏溪水系河川環境管理計畫規劃之前置作業，以航 測技術建立高屏溪數值圖資。 本計畫為二年度計畫，本（94）年度為第二年計畫，工作範圍包括高 屏溪（出海口至里嶺大橋）與旗山溪（里嶺大橋至楠峰橋），全長高屏溪約 35公里，旗山溪約51公里，面積合計約13,500公頃。 工作項目包括：GPS控制測量、彩色航空攝影、航測空中三角測量、 數值正射影像、DEM製作及兩岸各往外150 公尺立體測繪1/2400 地形圖， 並將成果匯入93年度開發建置之「高屏溪水系GIS管理及查詢資訊系統」， 作為將來執行高屏溪河川環境改善規劃之先期作業，以期成果能達到河川規 劃、綜合運用管理之目的。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940050</commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404482</governmentpublicationsnumber><identifier>78930</identifier><internationalstandardbooknumber>9789860038668 ; 9789860038</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78930</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>94</publishrocyear><title>高屏溪水系河川環境改善規劃航拍作業計畫(2/2)=Implementation of Aerial Photographing for Environment Management Plan of Kao-Pin River(2/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。</abstract><author>中華顧問工程司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>78931</identifier><internationalstandardbooknumber>9789860033618 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78931</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>「新竹港南海岸生態工法之研擬(1)－人工養灘對底棲生物之影響」(光碟)=Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city (I)—Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。</abstract><author>中華顧問工程司</author><categoryidentifier>351.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404123</governmentpublicationsnumber><identifier>78932</identifier><internationalstandardbooknumber>9789860033618 ; 9789860033</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78932</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>「新竹港南海岸生態工法之研擬(1)－人工養灘對底棲生物之影響」=Study the Ecological Engineering Application on Kang-Nan coast along Hsin Chu city (I)—Impact of artificial Beach Nourishment to Benthos</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404646</governmentpublicationsnumber><identifier>78933</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78933</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之研究調查對象為位於宜蘭縣之蘭陽溪口附近海域。宜蘭縣位於本省東北部，面臨太平洋，海岸線全長約106公里，為全省海岸線多形態的縣分。早期各河川輸砂量豐沛可彌補沿岸之侵蝕，以及時代與環境的不同，鮮少引起注意，烏石港新建後，又因近年來工商發，各項建設發展迅速，各河川砂石隨之大量開採，造成河川輸砂量之減少；加上宜蘭海岸因地理環境的關係，常受到颱風巨浪侵襲，因此烏石港、蘭陽溪河口之附近海岸變化加劇，海岸線侵蝕嚴重，雖有沿岸砂堤保護，仍會引起居民恐慌，水利署第一河川局，經2001年起持續調查研究海灣流場及灘線進退規律與海象、氣象關聯性，在此基礎下，本計畫進行更精密波、潮、流、海氣象、輸砂、漂砂與地形等完整地調查研究，期能對本區域之海岸地形，尤其是河口地區，能有較完整之資訊來研判其長期變化趨勢</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009404644</governmentpublicationsnumber><identifier>78934</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78934</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(1)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area(1)</title><yearidentifier>200512</yearidentifier></data><data><abstract>河道水工構造物保護工法試驗研究總報告=  Model Studies of The Hydraulic Structure Protection Works in Streams</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/4/30</date><governmentpublicationsnumber>1009500332</governmentpublicationsnumber><identifier>78935</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78935</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>河道水工構造物保護工法試驗研究總報告=  Model Studies of The Hydraulic Structure Protection Works in Streams</title><yearidentifier>200512</yearidentifier></data><data><abstract>蘭陽溪流域下游地區包括羅東、五結、冬山及礁溪等地區，因有地層下陷問題使該等地區地勢低窪，當地區域排水無法靠重力順利宣洩豪雨，造成每遇豪大雨或颱風時期均有淹水災情，本局每於颱風時期均受宜蘭縣政府調度動員移動式抽水機支援該等地區抽水救災，而當地民眾更殷切政府能針對該地區有一即時之監測設施，俾使其能於颱風豪雨時期能獲知即時淹水情形。宜蘭縣政府於九十三年針對該地區發展完成一套淹水展示系統，惟無現場即時監測設備與之配合，又本局於颱風時期動員救災之時間點亦無法掌握，另宜蘭地區水文及洪水災害之資料調查及蒐集亦為本局之任務，爰此，本局期以本計畫於前揭易淹水地區建置淹水即時水位監測站，搭配宜蘭縣政府發展之淹水展示系統，發揮資料蒐集及救災之功能</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404640</governmentpublicationsnumber><identifier>78937</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78937</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽溪流域淹水區域即時監測站建置計畫＝Establish Real-time Monitoring System in Flood Area of Lan Yangchi Basin</title><yearidentifier>200512</yearidentifier></data><data><abstract>大里溪水系發源於台中縣大橫屏山，各支流進入台中地區後分別匯入幹流，而於烏日鄉注入烏溪。大里溪水系平地段河道分岐散亂而易生洪災。為防洪需要，大里溪自民國79年起執行「大里溪水系基本治理計畫」而將其幹流整治為微彎型之深槽，兩側整為平坦之洪灘，並以堤防保護沿岸地區。治理後，幹流於深槽內另外形成彎曲窄槽，其彎段之蠕動沖蝕深槽邊岸，甚至威脅堤防之安全。同時，河槽與洪灘也因此喪失多樣性棲地，品質變劣；廊道也失去景觀遊憩價值。另一方面，大里溪水系之水質也因沿岸社區與工廠排入廢污水而受到嚴重污染。大里溪幹流因持續惡化而需予以復育。本報告以大里溪為對象進行復育規劃，以做為台灣其他都市型河川復育之示範</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78939</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78939</librarycollectiondetailsurl><price>2700</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範(光碟)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>大里溪水系發源於台中縣大橫屏山，各支流進入台中地區後分別匯入幹流，而於烏日鄉注入烏溪。大里溪水系平地段河道分岐散亂而易生洪災。為防洪需要，大里溪自民國79年起執行「大里溪水系基本治理計畫」而將其幹流整治為微彎型之深槽，兩側整為平坦之洪灘，並以堤防保護沿岸地區。治理後，幹流於深槽內另外形成彎曲窄槽，其彎段之蠕動沖蝕深槽邊岸，甚至威脅堤防之安全。同時，河槽與洪灘也因此喪失多樣性棲地，品質變劣；廊道也失去景觀遊憩價值。另一方面，大里溪水系之水質也因沿岸社區與工廠排入廢污水而受到嚴重污染。大里溪幹流因持續惡化而需予以復育。本報告以大里溪為對象進行復育規劃，以做為台灣其他都市型河川復育之示範</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78940</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78940</librarycollectiondetailsurl><price>2700</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>大里溪水系發源於台中縣大橫屏山，各支流進入台中地區後分別匯入幹流，而於烏日鄉注入烏溪。大里溪水系平地段河道分岐散亂而易生洪災。為防洪需要，大里溪自民國79年起執行「大里溪水系基本治理計畫」而將其幹流整治為微彎型之深槽，兩側整為平坦之洪灘，並以堤防保護沿岸地區。治理後，幹流於深槽內另外形成彎曲窄槽，其彎段之蠕動沖蝕深槽邊岸，甚至威脅堤防之安全。同時，河槽與洪灘也因此喪失多樣性棲地，品質變劣；廊道也失去景觀遊憩價值。另一方面，大里溪水系之水質也因沿岸社區與工廠排入廢污水而受到嚴重污染。大里溪幹流因持續惡化而需予以復育。本報告以大里溪為對象進行復育規劃，以做為台灣其他都市型河川復育之示範</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78941</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78941</librarycollectiondetailsurl><price>2700</price><publisher>經濟部 水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究:沖淤數值模式使用手冊及大里溪復育之規劃示範(光碟)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>有鑑於不當的工程方法及景觀規劃對野生動植物與生態系之影響甚巨，在進行綜合治水與河川生態之整合時，應研擬一妥適的執行程序，由生物觀點歸納工程進行實務規劃時之生態考量因素，以有效處理當前面臨的治水課題，並因應水文、地文環境變遷及民眾對河川環境與生態保育意識提昇，應研提具整體性、前瞻性的二十一世紀治水策略，作為今後推動各項治水計畫的指導方針，以期全面改善台灣的河川風貌，達到河川生物多樣性，為本研究執行之目的</abstract><author>中興工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940096</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404642</governmentpublicationsnumber><identifier>78942</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>河川生態及治水功能整合性之研究計畫=A Study for Integrating River Ecology and Flood Control Measures</title><yearidentifier>200512</yearidentifier></data><data><abstract>雙溪河口為本島最負盛名之褔隆海水場所在，主要休閒遊憩場所為該河口海域之優美海灘，惟近年河口主深槽流路改變並導致河口砂洲流失，改變機制眾說紛紜；基於此，本計畫首在分析探討此一河口沙洲與主槽流路變動因素，分別考慮自然及人為影響所導致之情況，並提出?定對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689702</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>78943</identifier><internationalstandardbooknumber>9789860039931 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78943</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究計畫=An investigation on the morphological changes and stability strategy of Shuang Xi Estuary</title><yearidentifier>200512</yearidentifier></data><data><abstract>雙溪河口為本島最負盛名之褔隆海水場所在，主要休閒遊憩場所為該河口海域之優美海灘，惟近年河口主深槽流路改變並導致河口砂洲流失，改變機制眾說紛紜；基於此，本計畫首在分析探討此一河口沙洲與主槽流路變動因素，分別考慮自然及人為影響所導致之情況，並提出?定對策。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.689702</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404767</governmentpublicationsnumber><identifier>78944</identifier><internationalstandardbooknumber>9789860039931 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78944</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>雙溪河口流向變化影響機制及主槽流路長期穩定對策之研究計畫=An investigation on the morphological changes and stability strategy of Shuang Xi Estuary</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側之王功段現有養殖蚵架，南側新街段則為茂盛之紅樹林區，全段海岸生態環境極為良好，海岸生物系統豐富，若能妥為經營，將可成為為優良之生態保護區。惟現有防護設施係為防止立即性災害為目的，並未考量對生態之影響；目前生態環境亦未做適當管理，以致生態環境繼續遭到破壞。為拯救中西部海岸生態環境，並將潮間帶做妥善經營，以維護生物多樣性，爰成立本計畫，並以彰化芳苑海岸為示範區，以辦理自規劃、設計、實施、監測、評估、改進等整體性生態工法，用以經營潮間帶，並維護管理生態環境之完整性。</abstract><author>鼎興工程顧問有限公司</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404918</governmentpublicationsnumber><identifier>78949</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78949</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>生態工法應用於潮間帶經營之研究(以彰化芳苑海岸為例)=A Case Study on Application of Ecotechnology to Management and Operation in Intertidal Zone at Fang-Yuan Coast, Changhwa</title><yearidentifier>200512</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側之王功段現有養殖蚵架，南側新街段則為茂盛之紅樹林區，全段海岸生態環境極為良好，海岸生物系統豐富，若能妥為經營，將可成為為優良之生態保護區。惟現有防護設施係為防止立即性災害為目的，並未考量對生態之影響；目前生態環境亦未做適當管理，以致生態環境繼續遭到破壞。為拯救中西部海岸生態環境，並將潮間帶做妥善經營，以維護生物多樣性，爰成立本計畫，並以彰化芳苑海岸為示範區，以辦理自規劃、設計、實施、監測、評估、改進等整體性生態工法，用以經營潮間帶，並維護管理生態環境之完整性。</abstract><author>鼎興工程顧問有限公司</author><categoryidentifier>443.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940091</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404918</governmentpublicationsnumber><identifier>78950</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78950</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>生態工法應用於潮間帶經營之研究(以彰化芳苑海岸為例)(光碟)=A Case Study on Application of Ecotechnology to Management and Operation in Intertidal Zone at Fang-Yuan Coast, Changhwa</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對台中彰化及雲林海岸一般性海堤區域調查海域及陸域生態資料及建立資料庫,以提供作為海岸環境營造及改善基本參靠資料.</abstract><author>中華民國環境綠化協會</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404227</governmentpublicationsnumber><identifier>78951</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78951</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>海岸生態資料調查及資料庫建置(2/2)=The ecological investigation and database establishment of seashore areas</title><yearidentifier>200512</yearidentifier></data><data><abstract>針對台中彰化及雲林海岸一般性海堤區域調查海域及陸域生態資料及建立資料庫,以提供作為海岸環境營造及改善基本參靠資料.</abstract><author>中華民國環境綠化協會</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404227</governmentpublicationsnumber><identifier>78952</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78952</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>94</publishrocyear><title>海岸生態資料調查及資料庫建置(2/2)(光碟)=The ecological investigation and database establishment of seashore areas</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究計畫之目的乃在建立台灣地區26條主要河川之流域整體規劃地文與水文資訊查詢系統，以提供水利工程師於進行流域整體規劃過過程，能以快速簡潔的方式，求取歸劃設計所需之集水區各項地文與水文資訊。</abstract><author>海洋大學河海工程學系</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940069</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404532</governmentpublicationsnumber><identifier>78953</identifier><internationalstandardbooknumber>9789860037425 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78953</librarycollectiondetailsurl><price>175</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區主要河川流域整體規劃地文與水文資訊查詢系統建立=Development of geomorphic and hydrologic information inquiry  System for integrated basin Management of major rivers in Taiwan</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940046</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404415</governmentpublicationsnumber><identifier>78956</identifier><internationalstandardbooknumber>9789860036343 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78956</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>草嶺崩塌區及堰塞湖對下游河川影響之風險評估與研究A Risk Evaluation and Study on the Influence of Tsao-LinLandslide Area and Landslide Induced Lake on the Downstream River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940046</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404415</governmentpublicationsnumber><identifier>78957</identifier><internationalstandardbooknumber>9789860036343 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78957</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>草嶺崩塌區及堰塞湖對下游河川影響之風險評估與研究(光碟)A Risk Evaluation and Study on the Influence of Tsao-LinLandslide Area and Landslide Induced Lake on the Downstream River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009403862</governmentpublicationsnumber><identifier>78958</identifier><internationalstandardbooknumber>9789860032024 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78958</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>海岸開發後對地形變遷影響機制分析研究(鰲鼓至曾文溪口)(3/3) =A Study on Mechanism of Topographical Changes after Coastal Development from Aogu to Tsengwen Coast</title><yearidentifier>200512</yearidentifier></data><data><abstract>本研究之主旨在於探討如何有效應用淤泥砂包來處理浚渫後之大量淤泥。為使淤泥應用於國土保育能持續進行，著重之課題如下：1.泥砂包為新興科技，國外已有相關研究，是否優於傳統工法，探討淤泥砂包在台灣地區之應用可行性為何。2.淤泥砂包是否適用於台灣地區，需經過實驗室試驗及現場試驗，建立屬於台灣地區本土性質之技術。3.詳細評估應用淤泥砂包之經濟效益及環境影響，以便推廣淤泥砂包應用於國土保育。4.規劃推動水庫淤泥砂包應用於國土保育之實施計畫，考量供(水庫單位)需(國土保育執行單位)之平衡，方能確保淤泥應用於國土保育之流程不因某一部分之原因，而造成整體計畫之失敗。面對新興技術之推廣，建立標準之技術手冊，並舉辦研習會、研討會及建立相關網頁，提供工程人員施工之參考。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940214</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404256</governmentpublicationsnumber><identifier>78959</identifier><internationalstandardbooknumber>9789860036756 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78959</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>94</publishrocyear><title>水庫淤泥應用於國土保育之研究(2/3) Utilization of Reservoir Sediment on National Land Conservation(2/3)</title><yearidentifier>200512</yearidentifier></data><data><abstract>頭前溪河川環境營造計畫規劃(內附光碟)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404260</governmentpublicationsnumber><identifier>78960</identifier><internationalstandardbooknumber>9789860034424 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78960</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪河川環境營造計畫規劃Planning of Restoration and Reconstruction Plan for Tou-Cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>頭前溪河川環境營造計畫規劃(內附光碟)=Planning of Restoration and Reconstruction Plan for Tou-Cian River</abstract><author>巨廷工程顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404260</governmentpublicationsnumber><identifier>78961</identifier><internationalstandardbooknumber>9789860034424 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78961</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪河川環境營造計畫規劃(光碟)Planning of Restoration and Reconstruction Plan for Tou-Cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃針對蘭陽平原第一河川局之45口觀測井，為改善前揭問題，希望建立一套自動化之地下水位資料品質管理程序標準，該標準程序依據資料之合理性、連續性、關聯性及完整性進行品質檢核，每筆資料需通過該品管檢核程序，以獲得品管認證，再由系統自動上載至水利署資料庫中</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404636</governmentpublicationsnumber><identifier>78962</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78962</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽平原地下水位資料品質管理程序建立及系統開發=Proecedure Establishment and System Development of Quality Management for Groundwater Level in Lanyang Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計劃針對蘭陽平原第一河川局之45口觀測井，為改善前揭問題，希望建立一套自動化之地下水位資料品質管理程序標準，該標準程序依據資料之合理性、連續性、關聯性及完整性進行品質檢核，每筆資料需通過該品管檢核程序，以獲得品管認證，再由系統自動上載至水利署資料庫中</abstract><author>農業工程研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/5</date><governmentpublicationsnumber>1009404636</governmentpublicationsnumber><identifier>78963</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78963</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>94</publishrocyear><title>蘭陽平原地下水位資料品質管理程序建立及系統開發(光碟)=Proecedure Establishment and System Development of Quality Management for Groundwater Level in Lanyang Plain</title><yearidentifier>200512</yearidentifier></data><data><abstract>研訂調整金門地區水資源運用架構方向，並研提金門地區水資源運用策略推動建議，以供未來政策參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030280</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/6</date><governmentpublicationsnumber>1010400241</governmentpublicationsnumber><identifier>78966</identifier><internationalstandardbooknumber>9789860443639 ; 9789860443</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78966</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區水資源運用調整策略規劃(1)--內附光碟=Planning for the Adjustment Strategies on Water Resources in Kimmen Region(1)</title><yearidentifier>201503</yearidentifier></data><data><abstract>本研究計畫依此理念探討台灣都市型河川之復育方法，供臺灣規劃都市型河川復育之參考，並選擇大里溪為個案，規劃其復育方案以為示範。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009403861</governmentpublicationsnumber><identifier>78979</identifier><internationalstandardbooknumber>9789860031775 ; 9789860031</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78979</librarycollectiondetailsurl><price>2700</price><publisher>經濟部水利署.水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>都市河川復育之研究(2/2)=Urban Stream Restoration Study</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要目的旨在檢討頭前溪中正橋附近大峽谷河床之持續刷深問題，並研擬具體之改善策略，以盡可能恢復河道長期穩定之狀態，確保相關跨河及河防構造物之安全。</abstract><author>交通大學</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>78983</identifier><internationalstandardbooknumber>9789860034417 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78983</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(1/1)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940040</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404127</governmentpublicationsnumber><identifier>78984</identifier><internationalstandardbooknumber>9789860034417 ; 9789860034</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78984</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>94</publishrocyear><title>頭前溪中正橋段跨河及河防構造物對整體河性影響之研究(光碟)(1/1)=The Study on the Impact of Jhong-jheng Bridge and the Other Existing Flood Control Structures to the Overall Characteristics of Tou-cian River</title><yearidentifier>200512</yearidentifier></data><data><abstract>河相調查為河川整治之參考重點，為環保、生態與河流維持正常機能不可或缺之研究，本研究計畫以訂定務實易用且適合台灣本土之河川分類方法，並研擬河川型態之分類技術手冊，以期作河川規劃或整治參考之基礎。</abstract><author>中華水土保持學會</author><categoryidentifier>351.81026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404364</governmentpublicationsnumber><identifier>78985</identifier><internationalstandardbooknumber>9789860035452 ; 9789860035</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78985</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>台灣地區河川型態分類技術手冊</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要工作包括基本資料蒐集與補充調查分析、測量工作、水深地形變遷特性分析等，並藉由本計畫之監測調查與分析，可提供日後海岸規劃設計時之參考應用。</abstract><author>怡興工程顧問公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>78987</identifier><internationalstandardbooknumber>9789860040586 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78987</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)=Monitoring  of  Coastal  Topography  at  Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫之主要工作包括基本資料蒐集與補充調查分析、測量工作、水深地形變遷特性分析等，並藉由本計畫之監測調查與分析，可提供日後海岸規劃設計時之參考應用。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404923</governmentpublicationsnumber><identifier>78988</identifier><internationalstandardbooknumber>9789860040586 ; 9789860040</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78988</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>94</publishrocyear><title>彰化王功段海岸地形監測研究計畫(1/2)(光碟版)=Monitoring  of  Coastal  Topography  at  Wang-Gong,Chang-Hwa(1/2)</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫以朴子溪月眉潭橋上下游段為例，研擬適度疏浚方案，因應疏浚可能造成之河川地形改變，提出相關橋基安全輔助方案幫助下游面現有沖刷坑回淤，並達到橋樑改建前過渡期間橋基之保護。</abstract><author>交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009404812</governmentpublicationsnumber><identifier>78989</identifier><internationalstandardbooknumber>9789860039955 ; 9789860039</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78989</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>94</publishrocyear><title>橋樑上下游段適度疏浚對橋樑墩基礎沖刷影響研究 總報告=Scouring Effects Around Bridge Sites Due to the Excavation of Sediment Deposition in the Upstream and Downstream River Reach Report</title><yearidentifier>200512</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700665</governmentpublicationsnumber><identifier>78992</identifier><internationalstandardbooknumber>9789860136692 ; 9789860136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78992</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式(6/6)=Establishment of Wave,Tidal Current and Coastal Evolution Models(6/6)</title><yearidentifier>200803</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保護離島地區海岸時之參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業，並開發數值模式模擬成果之展示模組，以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.9629</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960046</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700666</governmentpublicationsnumber><identifier>78993</identifier><internationalstandardbooknumber>9789860136708 ; 9789860136</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78993</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>建立波潮流與海岸線變遷模式總報告=Establishment of Wave,Tidal Current and Coastal Evolution Models</title><yearidentifier>200803</yearidentifier></data><data><abstract>?整本計畫第1年及第2年研究成果，利用CCHED2D-Coast 等模式，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>78996</identifier><internationalstandardbooknumber>9789860132670 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78996</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>國內過去在河川及海岸之底床變遷研究已?積頗多經驗，但對河 口處之底床變遷少有探討。其主要原因為河口之流況極為複雜，須綜 合考量上游邊界之河川流量、輸砂量，下游邊界之天文潮、暴潮、海 流及漂砂量，以及河口地形，方能推估其變遷之趨勢。因此，本計畫 針對新竹外海、頭前溪與鳳山溪匯流河口段、頭前溪與鳳山溪河道進 行數值模擬，選用有限元素法海潮流數模模擬新竹外海潮流與風浪對 河口地區之暴潮影響，並提供EFA 動床模式與CCHE2D-Coast 河口模 式之下游邊界條件。EFA 動床數模模擬頭前溪與鳳山溪河道之沖淤行 為外，並提供CCHE2D-Coast 河口模式所需之上游邊界流量、輸砂量 等資訊，以供CCHE2D-Coast 河口模式推估河口段之地形變遷。</abstract><author>國立交通大學</author><categoryidentifier>443.6897.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700314</governmentpublicationsnumber><identifier>78997</identifier><internationalstandardbooknumber>9789860132670 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78997</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究總報告(光碟版)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers Summary Report</title><yearidentifier>200803</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>交通大學</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>78998</identifier><internationalstandardbooknumber>9789860132663 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78998</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>利用CCHED2D-Coast 等模式，考量計畫地區河道、河口段地形變遷等複雜環境因素，尋求河口穩定之較佳工程佈置，供後續規劃設計之參考依據。</abstract><author>交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970236</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009700313</governmentpublicationsnumber><identifier>78999</identifier><internationalstandardbooknumber>9789860132663 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_78999</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(2/2)(光碟版)=Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(2/2)</title><yearidentifier>200803</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河川特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中、用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009701250</governmentpublicationsnumber><identifier>79000</identifier><internationalstandardbooknumber>9789860142365 ; 9789860142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79000</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫＝ Predicting  Rock  Scour  in  Rivers</title><yearidentifier>200805</yearidentifier></data><data><abstract>本計畫主要為水利署與美國墾務局間之技術合作，依據臺灣西部河川特性，尋求適當之沖刷公式納入墾務局之河道沖刷數值模式中、用以預測台灣西部河川沖淤行為</abstract><author>美國內政部墾務局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009701250</governmentpublicationsnumber><identifier>79001</identifier><internationalstandardbooknumber>9789860142365 ; 9789860142</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79001</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>臺灣西部多砂河川沖淤模式研發及復育研究計畫(光碟)＝ Predicting  Rock  Scour  in  Rivers</title><yearidentifier>200805</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009701503</governmentpublicationsnumber><identifier>79002</identifier><internationalstandardbooknumber>9789860145557 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79002</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>石門水庫淤泥應用於桃園海岸之方案規劃及實施計畫(1/2)=The Planning for Shihmen Reservoir's Dredged Silts Applied to Taoyuan Coast(1/2)</title><yearidentifier>200806</yearidentifier></data><data><abstract>中華民國97年潮汐表</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>79003</identifier><internationalstandardbooknumber>18121535 ; 18121535</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79003</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>96</publishrocyear><title>中華民國97年潮汐表年刊第11期=TIDAL TABLES 2008</title><yearidentifier>200710</yearidentifier></data><data><abstract>本計畫旨在利用衛星遙測影像大範圍觀測從台北淡水河口至鵝鑾算之間東部海岸，透過衛星提供海岸區域適時性觀測與資訊蒐集，並利用遙測衛星對於水體與陸地波譜訊號差異特性萃取海岸線，進行1997與2007年相距十年東部海岸線變遷觀測。</abstract><author>國立中央大學通訊系統研究中心; 陳錕山. 廖宏儒</author><categoryidentifier>351.333</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970297</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703454</governmentpublicationsnumber><identifier>79004</identifier><internationalstandardbooknumber>9789860164282 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79004</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>遙測影像應用於東部海岸線變遷之研究＝Eastern Coastline Change Using Remote Sensing Images</title><yearidentifier>200812</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。河道邊界為河岸與河床所構成，河岸多岩石、沖積層卵礫石組成，河床則為鬆積土砂所構成。河道穩定多藉由河床演變及水中泥砂濃度之調整，進行河道能量平衡與穩定機制。為考量部份河道沖刷現象之影響，有必要進行流域整體水砂平衡評估，故另針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960272</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009603645</governmentpublicationsnumber><identifier>79006</identifier><internationalstandardbooknumber>9789860119787 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79006</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(1/2)－光碟版＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>頭前溪流域廣闊，為大新竹地區主要河川與水資源來源，經歷年整治，現有防洪設施已具規模，各主要地區多半獲得保護。河道邊界為河岸與河床所構成，河岸多岩石、沖積層卵礫石組成，河床則為鬆積土砂所構成。河道穩定多藉由河床演變及水中泥砂濃度之調整，進行河道能量平衡與穩定機制。為考量部份河道沖刷現象之影響，有必要進行流域整體水砂平衡評估，故另針對全流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以作為未來河道治理與管理之參據。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960272</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009603645</governmentpublicationsnumber><identifier>79007</identifier><internationalstandardbooknumber>9789860119787 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79007</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>頭前溪流域輸砂與河床沖淤穩定研究(1/2)＝The Study for Sediment Transport and River Stability of Tou-Cian River Basin(1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970128</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703048</governmentpublicationsnumber><identifier>79008</identifier><internationalstandardbooknumber>9789860164213 ; 9789860164</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79008</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>近海水文站網維護管理與資料分析(1/2)  Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的為進行新興農地迴歸水水量評估、水質檢測、區域潛在用水人之調查及各用途再生水之分析與成本評估。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970146</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703623</governmentpublicationsnumber><identifier>79009</identifier><internationalstandardbooknumber>9789860166231 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79009</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區\)</publisher><publishrocyear>97</publishrocyear><title>台灣地區農業迴歸水再利用調查潛勢分析與營運管理之研究(1/2)－=Study on Investigation, Asseneement and Operation Management of the Resuse of Agriculture Return Water in Taiwan(1/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水利署欲透過研究人員之經驗，評估再生水作為地下水補注用水，及抑止沿海地區海水入侵與地層下陷之可行性。</abstract><author>能邦科技顧問公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703617</governmentpublicationsnumber><identifier>79010</identifier><internationalstandardbooknumber>9789860166293 ; 9789860166</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79010</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公處)</publisher><publishrocyear>97</publishrocyear><title>廢污水處理回收補助地下水層再生利用之可行性先期研究計畫＝Feasibility Study for Recharging Aquifer with Reclaimed Wastewater</title><yearidentifier>200812</yearidentifier></data><data><abstract>水文資訊系統擴充改善及整合計畫(1/3)</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>10097036036</governmentpublicationsnumber><identifier>79011</identifier><internationalstandardbooknumber>9789860165739 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79011</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫(1/3)=Extension and Improvement of Hydrological Information System Project(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>水文資訊系統擴充改善及整合計畫(1/3)</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>10097036036</governmentpublicationsnumber><identifier>79012</identifier><internationalstandardbooknumber>9789860165739 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79012</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水文資訊系統擴充改善及整合計畫(1/3)(光碟)=Extension and Improvement of Hydrological Information System Project(1/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」提供相關技術支援及多元加值服務；水文年報製做自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係?數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質 。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970114</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703627</governmentpublicationsnumber><identifier>79013</identifier><internationalstandardbooknumber>9789860165722 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79013</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文現代化綜合技術服務〈1/2〉－  Integrated  Technology  Services  for  Hydrological  Modernization〈1/2〉</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫主要工作係環顧國內現況未來水環境營造規劃之任務需求，據以研擬下一階段水文現代化之實施策略及相關企劃；妥善規劃「水文實務設計應用資訊平台」提供相關技術支援及多元加值服務；水文年報製做自動化規劃與開發，提昇行政效率；針對台灣地區重要河川流域逐步建立本土化之水文、地文特性關係?數及指標方法；另應妥適規劃有系列、實務性之水文觀測專業訓練講習課程與現地演練等相關實習培訓內容，以提升水文觀測、水文治理規劃人員之專業技能與素質 。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970114</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703627</governmentpublicationsnumber><identifier>79014</identifier><internationalstandardbooknumber>9789860165722 ; 9789860165</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79014</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>水文現代化綜合技術服務〈1/2〉(光碟)－  Integrated  Technology  Services  for  Hydrological  Modernization〈1/2〉</title><yearidentifier>200812</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703340</governmentpublicationsnumber><identifier>79016</identifier><internationalstandardbooknumber>9789860162660 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79016</librarycollectiondetailsurl><price>650</price><publisher>水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究總成果報告Development of Information System for Planning and Design of River Eco-Engineering</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫目的包括三部分：（1）研擬「臺灣地區地下水資源保育與維護管理計畫(草案)」（2）編撰「台灣地區地下水觀測網成果彙編（81-97年）」（3）地下水資料庫更新及展示。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970011</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703877</governmentpublicationsnumber><identifier>79019</identifier><internationalstandardbooknumber>9789860168501 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79019</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>地下水觀測網執行成效及發展規劃(2/2)－  The Execution Performance, Development and Planning of Groundwater Monitoring Networks(2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫乃第二年之延續委託研究計畫。利用中央氣象局劇烈天氣監測系統(QPESUMS)的雨量估計產品與中尺度動力數值模式的雨量預報產品，持續針對災害性降水進行監測與預報技術的研發與改進，並提供台灣地區每3小時累積雨量之定量降水預報，做為水利署河川水位預測模式的輸入資訊之一，以輔助水利署對災害性降水威脅潛勢的預估與決策。</abstract><author>氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970045</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/7</date><governmentpublicationsnumber>1009703879</governmentpublicationsnumber><identifier>79020</identifier><internationalstandardbooknumber>9789860168778 ; 9789860168</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79020</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>97</publishrocyear><title>災害性降水之監測與預報技術研發與改進(2/2)  Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>鳥嘴潭攔水堰下游有南投農田水利會所轄阿罩霧第1、2、3、4圳、茄荖媽助圳及同安圳等6處取水口，灌溉面積達4,036公頃，水權登記量9.53 cms。為顧及南投農田水利會灌溉期間用水需求，故於前揭環境影響評估審查會議及於水利署102年1月28日召開之「中部地區水資源調配檢討座談會」會議紀錄表示略以「鳥嘴潭人工湖工程計畫位於本會轄區範圍內，承蒙水利規劃試驗所承諾會保障農民用水權益，惟其下游尚有無水權之河川公地農民灌溉需求，建議宜及早研議可行方案與措施因應。另外在環評審查時本會有提出三個工程改善方案，期望鳥嘴潭人工湖計畫完成後農業用水效率能予提升」。 且依據前揭「中部地區水資源調配檢討座談會」會議紀錄綜合討論第十二點  署長指示略以「所提相關研究規劃案，請本署水源組再洽水規所瞭解所需經費，以利該所辦理取水口工程改善研究穩定用水需求。」，故研提本計畫針對水利會所提阿罩霧一、二圳的聯絡渠道、茄荖媽助圳取水口向上游延伸與阿罩霧一圳共同引水，以及阿罩霧一圳固床工改善等改善工程，進行提高農業水資源利用效率之相關規劃，爰辦理本計畫研處。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6   443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030298</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/11</date><governmentpublicationsnumber>1010400299</governmentpublicationsnumber><identifier>79023</identifier><internationalstandardbooknumber>9789860444162 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79023</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>烏溪中游河段圳路改善提升水資源利用規劃(內附光碟)Planning for Wu River Middle Reaches Improvements to Enhance the Use of Water Resources</title><yearidentifier>201503</yearidentifier></data><data><abstract>近??，隨著全球暖化效應及海洋氣候變遷的影響，全球海水位的抬升以及 颱風頻繁的發生等問題已迫?攸關到我們所生存的環境，波?與?潮對人?活動 之影響也已引起各國政府和科學家的廣泛關注。臺灣每?夏秋季遭受颱風侵襲， 颱風?潮所產生?常水位常對臺灣沿海造成重大災害，造成臺灣海洋環境的發展 產生?極大的衝擊。唯有準確地掌握近岸區域之實際海氣象特性，才能使海象資 訊進一步發揮功效，並且提高防救災效?。為能審慎評估全球氣候變遷可能造成 之衝擊及相關調適策?，本計畫將進?氣候變遷對中部(雲彰中)與花東海岸防護 衝擊與調適之研究工作。本計畫為??期計畫 (103?~104?)，第一?? (103?) 計畫工作範圍為雲?縣、彰化縣、臺中市海岸地區；第二?? (104?) 計畫工作 範圍為花?縣、臺東縣海岸地區。 為達到上述目標，本計畫主要包含「調查及蒐集臺灣中部地區(雲?縣、彰化 縣、臺中市)及花東地區(花?縣、臺東縣)海岸防災現?」、「建?氣候變遷下水環 境因子情境分析模式」、「評估氣候變遷對中部(雲彰中)及花東沿海海岸災害之衝 擊分析」、「臺灣中部(雲彰中)及花東沿海地區氣候變遷下海岸災害之脆弱?及風 險評估」、「研擬因應氣候變遷臺灣中部(雲彰中)及花東沿海地區海岸災害調適策 ?及?動方案」等工作項目。本(103)??計畫將進?雲?縣、彰化縣、臺中市沿 海海岸地區於氣候變遷下各假設目標?之海岸災害因子情境分析，進?沿海地區 海岸災害之衝擊模擬、脆弱?與風險評估及地圖製作，並研擬因應之調適策?與 提出?動方案之效?分析，以供決策機關?考。 根據計畫期程所進?之分析與研究成果，歸納以下之結?： 1. 本計畫實際進?雲?縣、彰化縣、臺中市之海岸現地勘查(範圍為?港溪口至 大安溪口間之海岸)，就目前氣候條件下，評估雲?縣、彰化縣、臺中市現有 海岸防護設施功能性，以瞭解防止潮、?侵襲?況，以作為後續海堤改善依 據。依照調查結果，目前臺灣中部地區除?部分海堤因已位於內?或與快速 道?共構之外，其餘海岸消波工與海堤仍大部分保有該功能性。雲?海岸則 因地層下陷，需注意內水排除問題。 2. 為建?氣候變遷下雲?縣、彰化縣及臺中市水環境因子情境分析模式，本計 畫蒐集?雲?、彰化與臺中海岸的海、氣象基本資?進?分析，並以?值模 ii 式或物?模型校驗，模擬現階段海域之波?、?潮偏差及海水位上升情形。 為?能完整描述颱風侵襲之水位與波?變化，?用?值模式推算颱風波?及 ?潮，進一步以統計方式獲得現階段?同重現期設計波?與設計潮位。 3. 在海平面變遷趨勢估算方面，本計畫?用三種?同?值分析方法進?臺灣中 部海域海平面變遷分析，歸納出臺灣中部海域海平面均呈現整體性的抬升， 經綜合平均的推估分析得到臺灣中部海域(雲?、彰化、臺中海域)2020?至 2039?海平面變遷?之變動範圍為4.0公分至11.8公分，平均上升?為7.5公 分，換算出海平面平均上升速?為3.7mm/year。 4. 本計畫進一步蒐集1992?至2009?衛星資?，?用三種?同?值分析方法分 析2020?至2039?海平面變遷趨勢，以本計畫方法結果得到雲?、彰化、臺 中地區海平面上升平均變動範圍約在3.5至7.8公分，此分析結果可提供?考。 5. 在颱風波?與?潮位變遷趨勢估算方面，本計畫?用WWM風?模式與颱風 ?潮模式，模擬現階段(1980-1999)颱風以及目標情境?(2020-2039)颱風侵襲 時，大安溪、臺中港、烏溪、彰化(彰濱工業區南側)、濁水溪、雲?三條? 及?港溪附近海域之最大波高與最大?潮偏差，經本計畫方法分析結果得到 臺灣中部海域(雲?、彰化、臺中海域) 2020?至2039?颱風波?最大波高平 均可能增加59.14%(約2.4公尺)，颱風最大?潮偏差平均可能增加76.57%(約 0.605公尺)，潮位(天文潮+?潮偏差)平均可能增加15%～25%。 6. 本計畫建?溯升與越波水環境因子情境分析模式，分析臺灣在未?2020-2039 ?遭受全球氣候變遷影響，颱風波?入侵臺灣中部沿海各海堤所造成的波? 溯升與越波變化。分析結果顯示，?照美國海岸工程手冊的海堤安全標準， 本計畫情境模擬2020到2039?雲?縣四湖鄉?厝?海堤的平均越波?，已接 近海堤溢淹容許範圍，尤以臺中市大安區頂?殼海堤平均越波?已超越海堤 溢淹容許範圍最為顯著，由於?座海堤高程皆為5.5公尺，顯示現況海堤高程 設計相對其他海堤(6.0至6.6公尺)?為?足。 7. 在海堤安全性現況分析方面，中部地區(雲?、彰化與臺中)海岸由於多屬淤 積性海岸，許多海堤受沙洲或廣闊海灘遮蔽而未直接遭外海波?襲擊，或因 位於海埔新生地後側而受?好保護，除臺中頂?殼、高美海堤及彰化新街海 堤因堤頂高程?低，在100?重現期以上之颱風波?發生時無法滿足 0.02 cms/m 之溢??標準外，其餘海堤皆可滿足溢??標準，安全性佳。 8. 在考慮未?情境(2020~2039)有關氣候變遷下，中部地區(雲?、彰化與臺中) iii 海堤海堤安全性分析結果顯示，臺中與彰化海岸在未?情境下海堤大多面? 高??足之情況；雲?海岸則多為沙洲遮蔽，除臺西與三條?海堤以外，其 餘海堤均可滿足50?重現期以上之溢??標準，海堤安全性高。 9. 在氣候變遷下海岸災害之脆弱?評估方面，本計畫根據人為設施、環境地? 及社會經濟三個構面之指標因子，運用等權重與AHP加權模式進?分析，現 階段海岸災害脆弱?較高的地區(4、5級)為臺中市的梧棲區、彰化縣的?港 鎮及雲?縣的麥?鄉、臺西鄉。 10. 在氣候變遷下海岸災害之風險評估方面，災害潛勢危險因子之各指標權重上 以洪氾溢淹範圍較重要，洪氾溢淹深?次之，而影響海岸災害風險構面上， 則以脆弱?權重較高於災害潛勢。本計畫依海岸災害脆弱?分析結果與災害 潛勢之分析結果套疊得出海岸災害風險圖，根據風險矩陣方式所繪製的風險 圖，整體趨勢以雲?縣口湖鄉風險較高，為2至3級。以AHP加權方式所繪製 的風險圖，整體趨勢以臺中市梧棲區、彰化縣?港鎮及雲?縣麥?鄉、臺西 鄉風險較高，為為3至4級。 11. 本計畫彙整國內外因應氣候變遷之海岸災害調適策?相關資?，作為擬定本 計畫調適策?及?動方案之?考。綜整?同國家以及我國現有之海岸調適策 ?後發現，當前大多之調適策?可區分為：保護性策?、適應性策?以及後 撤性策?三?。 12. 根據雲?、彰化、臺中海岸地區之氣候變遷衝擊分析及風險評估結果，為有 效減緩未?氣候變遷衝擊，本計畫針對研究區域面?氣候變遷威脅所可能產 生的議題進?檢討，並歸納出?項關鍵議題： L1：海平面上升造成海岸地區淹水之衝擊。 L2：颱風?潮加劇造成海岸地區淹水之衝擊。 L3：波?強?增強造成海堤破壞或是堤面溯升越波衝擊。 L4：強?雨造成海岸低漥地區淹水之衝擊。 L5：氣候變遷綜合效應造成之海岸侵蝕以及生態衝擊。 L6：氣候變遷綜合效應造成未?海岸地區脆弱?之潛在威脅。 13. 本計畫針對研究區域所歸納之逐項氣候變遷威脅關鍵議題進?細部衝擊分 析、調適對策研擬後，再透過本計畫現場調查、觀測資?分析以及模式情境 模擬之結果為依據，進一步提出研究區域之具體調適策?建議包括： L1：(a)持續收集高??之海水位資?。(b)持續監控海堤功能，必要時須予 iv 以加高。 L2：(a)根據本計畫之颱風?潮模擬結果，臺灣中部海岸地區須嚴防?徑三 侵襲之颱風。(b)建?區域性?潮預警系統。(c)研擬天文潮高與?潮高 之複合海岸風險。 L3：(a)根據本計畫的海堤安全性之衝擊檢討結果，在未?情境?臺中的頂 ?殼海堤與彰化的蚵?、漢寶、新寶、新街等海堤，在5 ?重現期外 ?條件下無法滿足溢??標準。其中蚵?海堤位於彰濱工業區?側， 新街海堤後方則設有民?，建議優先針對這些海堤的防護功能進?進 一步之檢測。(b)未?進?臺灣中部海堤防護時，可考慮搭配自然地形 (沙灘、?岸沙洲等)之波?消能效果，藉以有效較低防護成本。(c)研 究區域內多為砂質海岸，為確保海堤之保護功能，需持續監控海堤前 塊石及消波塊是否持續下陷，必要時須強化堤址之保護。 L4：(a)根據本計畫?雨淹水模擬發現，在遭受200 ?重現期?雨條件下， 臺中市清水區及?井區的溢淹範圍較大，建議未?可優先改善排水系 統以及增設抽水設備。(b)雲?縣口湖鄉的淹水面積明顯較其他區域偏 高，因位於?港溪以及牛挑灣溪下游出海口附近，除改善排水系統 外，建議仍需強化該區域的河道疏浚以及河堤保護之工作。(c)彰化溪 州的地層下陷情況仍嚴重，且下陷中心南緣有高鐵通過，有必要針對 此區域地層下陷現象進?持續監測與防治。 L5：雲?麥?工業區南側的海豐島，呈現向南和向?遷移的趨勢。由於? 岸沙洲具有效削減波?能?之功用，建議須持續監測此一沙洲現象。 L6：(a)根據本計畫之脆弱?分析結果，臺中市梧棲區、彰化縣?港鎮及雲 ?縣麥?鄉、臺西鄉，是脆弱?地圖中整體脆弱?較高的區域(4 至5 級)。依照風險矩陣方式所繪製的風險圖，整體趨勢以雲?縣口湖鄉之 災害風險較高。其中梧棲區與?港鎮的人口密?偏高，撤?策?推動 ??，建議優先以海堤保護以及改善排水系統等調適策?為主。(b) 雲?縣麥?鄉、臺西鄉為嚴重地層下陷地區，建議持續針對地層下陷 地區進?防治。此外，?鄉鎮沿海之土地?用以?市計畫及工業區為 主，海堤保護以及改善排水系統仍為必要之策?。(c)?政院於民國103 ?6 月26 日將「海岸法草案」函送至?法院。建議主管機關及早因 應，藉以確保未?海岸地區管?工作推動之順?。 14. ?動方案係指為?有效執?策?所必須採取的一序?的步驟。本計畫針對所 研擬之調適對策提出所對應?動方案之面向、?動方案具體內容(以近程、中 程、遠程進?分?)、?動方案執?效果評估指標以及預期效?，藉此提供本 計畫研究區域因應氣候變遷具體調適工作之建議。 ?動方案之面向及其對應之具體內容綜整摘?如下： v (1). 海岸監測 近程：持續收集海水位資?。發展創新水位觀測技術，藉以在無法建置 岸邊水位觀測站之重要水域進?觀測。 中程：持續提升觀測技術及資?分析方法。 遠程：持續預測海平面變遷?並評估預測結果之信賴?。 (2). 海岸結構物安全 近程：檢討現?工程技術與設施運作，並建?氣候變遷下之海岸防護設 施設計標準手冊。提升高風險防護設施之防護強?全面檢討現有防護設 施並定期維護。 中程：積極國際合作以掌握國外最新海岸防護技術與經驗。 遠程：結合產官學界的資源，共同發展創新的海堤防護技術。 (3). 強化應變能? 近程：評估於高脆弱?地區劃定海岸緩衝區或是建置第二道海堤的可? 性。 中程：強化與當地民眾之溝通，讓民眾徹底?解政府之防災策?。 遠程：在近程方案確認可?的條件下，妥善規劃緩衝區內居民及產業管 ?。 (4). 預警系統整合 近程：發展區域性?潮預警模式。 中程：提高預警模式的時間以及空間解析?。 遠程：持續改進模式預測之準確?，並發展以鄉鎮為單位進?預警技術。 (5). 災害風險調查 近程：評估複合海岸災害的?合發生機?與其對應風險。編定沿海地區 災害風險地圖，並依據風險地圖結果執?海岸保護治?。 中程：持續?新相關資?。 vi 遠程：以?新資?為基礎，持續檢討風險地圖的可?用性，必要時再進 ??新。 (6). 預警資訊發布 近程：結合鄉?活動中心做為資訊發布管道。發展以智慧型手機軟體與 第四臺等平臺為基礎之警戒資訊發布技術。為避免過多的資訊管道對民 眾造成混淆，需確?提供統整後一致資訊的專屬單位。 中程：持續進?政府跨部會之間的資源整合，並協請各種可能的單位(區 公所、鄉?辦公室、警察局、消防局…等)作為協助發布預警資訊之平臺。 同時也須訓?當地居民擔任志工，協助進?資訊發布。 遠程：發展並評估其他可?資訊發布技術。 (7). ?低災害風險 近程：針對破堤風險較大之海堤進?強化。檢討排水系統設計標準。針 對淹水災害衝擊較明顯區域規劃布設緊急抽水設備。定期進?河道疏濬 清淤作業。 中程：持續進?海堤前方水域之調查與海堤風險評估。 遠程：鼓?低窪區住?採用高耐洪性設計建材。 (8). 地層下陷區之因應 近程：定期監測地層下陷速?。輔導地方產業轉型以?低地下水抽用 ?。實?地下水補注措施。 中程：持續監測地層下陷速?。 遠程：發展創新的地層下陷防治技術。 (9). 海岸之養護 近程：持續監控海岸或?岸沙洲之變遷。 中程：針對有侵蝕風險之海岸進?研擬與保護。 遠程：提升海岸環境自然容忍能?。 (10).海岸調查及生態保護 vii 近程：調查現有海岸生態特徵，並提出??於現有生態環境之因素。 中程：訓?志工宣導海岸保護工作，並限制??於當地生態發展之經濟 活動。 遠程：結合當地居民之??共同保護海岸生態。 (11).海岸開發與管?原則 近程：加速通過「海岸法」，以確?海岸管?之相關權責單位。檢討現 ?海岸地區治?相關法規。劃定應受嚴格保護的沿海地區。 中程：擬訂新制海岸法規且考慮氣候變遷衝擊。 遠程：持續檢討並修訂海岸法規，推動永續海岸環境發展計畫。 (12).海岸災害應變 近程：?實社區防災演?，定期演?災害應變?程，當地民眾須一同? 與演習。 中程：中央與地方協?健全海岸災害應變體系。 遠程：檢討並改善現?緊急災害撤??線與應變計畫。 (13).防災教育宣導 近程：定期於海岸地區活動中心舉辦防災教育課程。強化與當地民眾之 雙向溝通。 中程：與教育主管單位以及當地學校合作，定期舉辦防災課題之研習， 共同培育海岸防災教師資，將防災教育結合於地區中小學課程中。 遠程：邀集當地居民擔任種子志工，協助防災教育宣導。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030316</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/13</date><governmentpublicationsnumber>1010302935</governmentpublicationsnumber><identifier>79030</identifier><internationalstandardbooknumber>9789860436518 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79030</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對中部（雲中彰）與花東海岸防護 衝擊與調適研究（1/2）(光碟版)A sudy of Coastal Protective Impact and Adapation Due to Climate Change on Central(Yulin Taichung and Changhua)and Huatung Coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030297</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/13</date><governmentpublicationsnumber>1010303042</governmentpublicationsnumber><identifier>79031</identifier><internationalstandardbooknumber>9789860437379 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79031</librarycollectiondetailsurl><price>400</price><publisher>經濟水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對水環境衝擊與調適研究第三階段管理計畫(1/5)The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/5)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030297</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/13</date><governmentpublicationsnumber>1010303042</governmentpublicationsnumber><identifier>79032</identifier><internationalstandardbooknumber>9789860437379 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79032</librarycollectiondetailsurl><price>800</price><publisher>經濟水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對水環境衝擊與調適研究第3階段管理計畫(1/5)(光碟版)The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(1/5)</title><yearidentifier>201412</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/15</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>79049</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79049</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年臺灣水文年報 第一部份－雨量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅠ- RAINFALL</title><yearidentifier>201406</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/15</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>79050</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79050</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>103</publishrocyear><title>中華民國102年臺灣水文年報 第二部份－河川水位及流量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201406</yearidentifier></data><data><abstract>本手冊共八章，包括:總則、基本資料蒐集與調查、測量、水文分析、水理分析、洪氾區劃設成果製圖、水文水理不確定性分析及依風險考量之分析與設計等。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>79052</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79052</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究  洪氾區劃設計參考手冊(附本)</title><yearidentifier>200603</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>79054</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79054</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(總報告)(光碟)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940059</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>79055</identifier><internationalstandardbooknumber>9789860047478 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79055</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(總報告)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>79056</identifier><internationalstandardbooknumber>9789860047479 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79056</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(2/2)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>烏溪河系河川情勢調查總報告=Investigation of Current Status in Wu River System</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.689727</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500934</governmentpublicationsnumber><identifier>79058</identifier><internationalstandardbooknumber>9789860049237 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79058</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>烏溪河系河川情勢調查總報告=Investigation of Current Status in Wu River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>79059</identifier><internationalstandardbooknumber>9789860049220 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79059</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告=Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>曾文溪河川情勢調查為調查河川有關之基礎資料，包括人文、地文及水文資料、生物空間利用等之調查，並建立生態資料庫，並能提供水利工程人員適合曾文溪河系之生態工法規劃、設計所需資訊</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>351.8141</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500937</governmentpublicationsnumber><identifier>79060</identifier><internationalstandardbooknumber>9789860049220 ; 9789860049</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79060</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>曾文溪河系河川情勢調查總報告:附錄四、五、六、七=Investigation of Current Status In Tsengwen River System</title><yearidentifier>200604</yearidentifier></data><data><abstract>現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃設計所需，故需加以調查或補充現有資料之不足，整合提供各界參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940047</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009501855</governmentpublicationsnumber><identifier>79061</identifier><internationalstandardbooknumber>9789860051131 ; 9789860051</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79061</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪河系河川情勢調查計畫總報告=Investigation of stream status of Bajhang River</title><yearidentifier>200607</yearidentifier></data><data><abstract>本計畫歸納整理既有都市河川復育研究之成果，研擬都市型河川復育規劃參考手冊，以供都市型河川復育規畫之參考。本計畫報告中闡述參考手冊之重要內容、數學模式理論與建立及大里溪幹流復育規劃示範案例之說明。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503724</governmentpublicationsnumber><identifier>79064</identifier><internationalstandardbooknumber>9789860077841 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79064</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範研究=An I llustration Project of Urban Stream Restoration Planning</title><yearidentifier>200612</yearidentifier></data><data><abstract>目前國內對於滯洪設計流程並無一套可遵循的模式。而滯洪量的合理範圍，應在安全與經濟間權衡的綜合考量下設計。本報告提出一套建議模式，分水文、水理模式，先由水文模式進行滯洪體積的推估，再利用其結果進行水理模式，包括滯洪設施初步設計、滯洪池水庫演算、檢核與調整設計。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950237</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503896</governmentpublicationsnumber><identifier>79065</identifier><internationalstandardbooknumber>9789860079548 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79065</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>滯洪設施模式分析評估與規劃設計標準作業程序之研究(2/2)成果報告書 = Proposed  Standard of  Process for  Analysis   and  Assessment  in Detention Facilities Planning  and Design(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫即針對紅樹林自然保留區衍生的問題加以探討，並選擇適當地點(自然保留區外)進行現場紅樹林疏伐評估，包括洪效應、濕地陸域化及對底棲無脊椎動物、鳥類之衝擊進行評估。希望能獲得寶貴資料，作為未來相關單位在河川濕地管理上之參考。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>373.554</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950251</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503918</governmentpublicationsnumber><identifier>79066</identifier><internationalstandardbooknumber>9789860079944 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79066</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>淡水河系紅樹林溼地疏伐可行性評估研究〈1/2〉 On  Mangrove  Removal  Research  in  Tanshui  River  System〈1/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著土地利用密集的發展趨勢，在近年多次水利災害中，洪氾管理的必要性特別突顯出來。洪氾管理實施的目的，係運用非工程防措施之手段，以期減輕洪氾災害，繼以減少政府洪災損失之負擔。而綜關國內外洪氾管理之相關經驗，洪氾管理的內容主要包含三個要素，分別為洪氾劃設、土地管理與法制化三個要素。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009500701</governmentpublicationsnumber><identifier>79069</identifier><internationalstandardbooknumber>9789860047479 ; 9789860047</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79069</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>洪氾區劃設法制化與整合管理系統建置之研究(2/2)(光碟)=Legislative  Research on the Floodplain Management-Technically and Legally Defining the Floodplain Area and Planning the Land Management  Mechanism</title><yearidentifier>200603</yearidentifier></data><data><abstract>中央管河川流量量測規劃改善計畫及工法之擬訂 (1/2)附冊＝The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Goverment (1/2)</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950160</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009504394</governmentpublicationsnumber><identifier>79070</identifier><internationalstandardbooknumber>9789860084764 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79070</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂 (1/2)附冊  The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Goverment (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>水文觀測資料為水文分析之基礎，資料品質良莠攸關流域水資源利用及洪災降減之成效。現行河川流量觀測作業主要藉由水位流量率定關係而得，囿於觀測設備精度易受橋樑等跨河構造物干擾，且斷面變化過程掌握不易等因素，亟需逐步依河川流量特性，建置標準化流量觀測方法與評估技術，引進先進觀測儀器，提昇國內流量觀測技術與資料品質。 行政院核定之「台灣地區水文觀測現代化整體計畫第二期實施計畫」中，即規劃辦理流量觀測標準斷面建置工作，本署爰於94年度委辦先驅研究計畫，依據流量量測原理及渠道量測條件適合性，完成曾文溪及頭前溪流域示範河段選取、量測方法、設備及工程等可行性規劃工作。為能完成兩流域規劃之流量觀測示範站建置工作，並擴衍示範站建置及運作成果，持續推動中央管河川流量觀測環境改善工作，爰研提2年期計畫，衡諸各中央管河川之環境條件，規劃標準化流量量測站建置期程，並循序辦理各階段實施河川規劃及建置作業，以逐步達成全面提昇中央管河川流量觀測作業準確性之目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950160</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503941</governmentpublicationsnumber><identifier>79071</identifier><internationalstandardbooknumber>9789860081633 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79071</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂 (1/2)  The Plan of Flow Measurement Improvement and Technical Specification Study for the Rivers Administered by Central Goverment (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>河川之棲地生態環境極為複雜，且國外所發展之棲地模式及評估指標，無法完全適用於台灣地區，故須進行跨領域的整合研究，建立適合於臺灣地區河川棲地之評估方法。</abstract><author>行政院農委會特有生物研究保育中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095023</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503873</governmentpublicationsnumber><identifier>79073</identifier><internationalstandardbooknumber>9789860079487 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79073</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>臺灣地區河川棲地評估技術之研究〈2/2〉The  Study  of   Stream  Habitat  Evaluation  Techniques  in  Taiwan  Area〈2/2〉</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的係利用衛星雷達影像全天候優越特性，透過衛星雷達回波強度監測與分析，提供海岸區域適時性的觀測與資訊蒐集，由累積海域範圍，判識水陸特徵差異進行水線萃取以分析與探討海岸線變遷之觀測工作。</abstract><author>中央大學太空及遙測中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA095B010</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009504310</governmentpublicationsnumber><identifier>79074</identifier><internationalstandardbooknumber>9789860084139 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79074</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究(1/2)＝Coastal Change Detection on Taiwan Using Satellite SAR(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>透過國內外專家學者論壇之共同討論方式整合各方意見，以作為未來大甲溪流域聯合整體治理對策研擬執行之依據</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6225</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095031</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009503614</governmentpublicationsnumber><identifier>79075</identifier><internationalstandardbooknumber>9789860076677 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79075</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>大甲溪治理方案論壇＝Symposium on the Dajia River Basin Integrated Regulation Plan</title><yearidentifier>200612</yearidentifier></data><data><abstract>快速、客觀、有效的監測河川土地資源利用現況及變遷資訊，為河川區域監測管理工作上重要的課題之一。遙測技術具有長時間、大範圍觀測的特性，尤其是我國自主之「福爾摩沙衛星二號」成功發射之後，提供了台灣地區自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性的福衛二號遙測影像，適為迅速掌握地表改變狀況以監測管理河川區域的理想資料來源。本計畫以濁水溪、高屏溪為監測範圍，配合不同的優先與緊急取像排程，獲取監測區域大量的福衛二號原始影像，再應用「福衛二號影像自動處理系統」，快速而自動地產製高品質的彩色融合正射影像，並針對各期影像進行精準的空間對位處理及相對輻射強度校正，以進行變異分析。再根據河川區域變異的種種特徵，制訂了「河川區域變異監測標準作業程序」。又為求河川區域變異通報之準確性與時效性，建置了一套以網路為平台的「河川區域變異通報作業系統」，以利於每週監測流域變異通報之工作以及現地成果之查核與彙整，於計畫執行期間共進行四次教育訓練，與河川巡查人員實際交流，針對其需要不斷修改，該系統已臻實用而有效率之境界，運作正常，發揮預期之效能。 本計畫執行105天中，福衛二號對監測區域取像共計35天，扣除其中10天雲覆率過高之影像，共有25天的影像可供使用，完成了原訂監測頻率與範圍43.73%的影像拍攝工作。從這些有限的影像中共判釋出452筆「高度變異點」，以及808筆「一般變異點」資訊，並透過「河川區域變異通報作業系統」，快速提供第四及第七河川局巡查人員至現地進行查核並將結果回傳。本研究之結果顯示，善加利用福衛二號取像排程，確能達成監測區域每兩週至少進行一次變異分析，以及每月獲取至少一幅雲覆率低於20％衛星影像之需求。並可在收到原始影像後3.5天內即完成變異分析並將結果通報，未來將朝向應用平行化運算以提升處理速度，以及歸納整理變異區域查核結果以修正各種變異現象門檻值的兩大方向持續努力。</abstract><author>成大研究發展基金會</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950411</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009504374</governmentpublicationsnumber><identifier>79076</identifier><internationalstandardbooknumber>9789860084917 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79076</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以濁水溪及高屏溪為例=Applications of Satellite Remote Sensing on Monitoring and Managing the River Watershed Examples of Jhuoshuei River and Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>快速、客觀、有效的監測河川土地資源利用現況及變遷資訊，為河川區域監測管理工作上重要的課題之一。遙測技術具有長時間、大範圍觀測的特性，尤其是我國自主之「福爾摩沙衛星二號」成功發射之後，提供了台灣地區自主性高、影像解析度高、資料獲取週期短、價格較便宜等特性的福衛二號遙測影像，適為迅速掌握地表改變狀況以監測管理河川區域的理想資料來源。本計畫以濁水溪、高屏溪為監測範圍，配合不同的優先與緊急取像排程，獲取監測區域大量的福衛二號原始影像，再應用「福衛二號影像自動處理系統」，快速而自動地產製高品質的彩色融合正射影像，並針對各期影像進行精準的空間對位處理及相對輻射強度校正，以進行變異分析。再根據河川區域變異的種種特徵，制訂了「河川區域變異監測標準作業程序」。又為求河川區域變異通報之準確性與時效性，建置了一套以網路為平台的「河川區域變異通報作業系統」，以利於每週監測流域變異通報之工作以及現地成果之查核與彙整，於計畫執行期間共進行四次教育訓練，與河川巡查人員實際交流，針對其需要不斷修改，該系統已臻實用而有效率之境界，運作正常，發揮預期之效能。 本計畫執行105天中，福衛二號對監測區域取像共計35天，扣除其中10天雲覆率過高之影像，共有25天的影像可供使用，完成了原訂監測頻率與範圍43.73%的影像拍攝工作。從這些有限的影像中共判釋出452筆「高度變異點」，以及808筆「一般變異點」資訊，並透過「河川區域變異通報作業系統」，快速提供第四及第七河川局巡查人員至現地進行查核並將結果回傳。本研究之結果顯示，善加利用福衛二號取像排程，確能達成監測區域每兩週至少進行一次變異分析，以及每月獲取至少一幅雲覆率低於20％衛星影像之需求。並可在收到原始影像後3.5天內即完成變異分析並將結果通報，未來將朝向應用平行化運算以提升處理速度，以及歸納整理變異區域查核結果以修正各種變異現象門檻值的兩大方向持續努力。</abstract><author>成大研究發展基金會</author><categoryidentifier>328.886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950411</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009504374</governmentpublicationsnumber><identifier>79077</identifier><internationalstandardbooknumber>9789860084917 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79077</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星遙測於河川區域監測管理之應用－以濁水溪及高屏溪為例(光碟)=Applications of Satellite Remote Sensing on Monitoring and Managing the River Watershed Examples of Jhuoshuei River and Gaoping River</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫工作內容係屬「台灣地區水文觀測現代化整體計畫」第二期實施計畫項下所訂定實施要項，以期達成逐步改善區域水文站網密度，落實現代化觀測技術與儀器使用之本土化，及建立即時、穩定之水文資料傳輸系統，以提供整合性資訊服務與防災預警功能為目標，主要委辦目標為； 一、完成台灣東部地區雨量站網檢討與7站即時傳輸雨量站新建工作， 二、完成中南部區域5站水位流量站檢討與新設測站建置工作， 三、完成頭前溪及曾文溪標準斷面自動化水位流量站規劃設計工作， 四、完成高屏溪攔河堰多功能水文站規劃設計監造工作， 五、完成以第三、第六河川局為主，共35站雨量站與30站水位流量站傳輸設備改善工作</abstract><author>成功大學水工試驗所</author><categoryidentifier>351.7232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940140</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009404325</governmentpublicationsnumber><identifier>79079</identifier><internationalstandardbooknumber>9789860036169 ; 9789860036</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79079</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>94</publishrocyear><title>水文觀測站新建暨改善流量觀測工程規劃  The Report of Hydrologic Gauges Construction and Advanced Discharge Measurement Programming</title><yearidentifier>200512</yearidentifier></data><data><abstract>本計畫工作目標為調查研究宜蘭海岸地區主要河川河口附近海岸現況與研判未來可能之變化。利用現場調查、遙測與數模為手段，期能掌握河口地區之波、潮、流、地形與漂沙輸沙狀況。建立標準作業模式與河口資料庫，提供未來海岸研究治理與規劃設計之參考。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>351.372</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009601045</governmentpublicationsnumber><identifier>79080</identifier><internationalstandardbooknumber>9789860095180 ; 9789860095</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79080</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>宜蘭海岸地形與漂沙及波潮流監測調查計畫(2/2)=Topography,Sand Drift,Wave,Tide and Current In Situ Investigation Program In Yilan Coastal Area</title><yearidentifier>200704</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>79081</identifier><internationalstandardbooknumber>9789860100594 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79081</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫   Investigation  of  Current  Status  in  the Er-Jen  River  System</title><yearidentifier>200706</yearidentifier></data><data><abstract>為推展二仁溪河系河川事業、河川管理及提供水利工程單位對近自然工法規劃設計之參考依據，本計劃針對二仁溪河系進行包括人文、地文及水文資料、生物、空間利用等河川情勢進行調查工作，範圍包含二仁溪主流及其支流深坑子溪、松子腳溪與牛稠埔溪，調查河段全長約90公里。</abstract><author>成大研究發展基金會</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009601581</governmentpublicationsnumber><identifier>79082</identifier><internationalstandardbooknumber>9789860100594 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79082</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>二仁溪河川情勢調查計畫 〈光碟片〉  Investigation  of  Current  Status  in  the Er-Jen  River  System</title><yearidentifier>200706</yearidentifier></data><data><abstract>「水文業務現代化綜合計畫(2/2)」係延續「水文業務現代化綜合計畫(1/2)」計畫，持續針對水文觀測業務現代化之需求，進行水文觀測業務委外政策方案之評估與相關規範之檢討；同時蒐集最新之水文觀測資料進行水文資訊系統資料庫之更新，確保颱洪及乾旱水文情勢分析結果之正確性；並於颱洪、乾旱、水文設計及特殊水文專案上提供專業建議與分析，以符合本署及其相關附屬單位水文分析業務推動之需求；另為提昇水文觀測業務相關人員之專業技能與素質，亦舉辦相關培訓課程，期能藉由此計畫之執行，逐步達到水文業務現代化目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009603913</governmentpublicationsnumber><identifier>79083</identifier><internationalstandardbooknumber>9789860123081 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79083</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水文業務現代化綜合計畫(2/2)=Comprehensive Plan for Modernizing Hydrologic Affair(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>「水文業務現代化綜合計畫(2/2)」係延續「水文業務現代化綜合計畫(1/2)」計畫，持續針對水文觀測業務現代化之需求，進行水文觀測業務委外政策方案之評估與相關規範之檢討；同時蒐集最新之水文觀測資料進行水文資訊系統資料庫之更新，確保颱洪及乾旱水文情勢分析結果之正確性；並於颱洪、乾旱、水文設計及特殊水文專案上提供專業建議與分析，以符合本署及其相關附屬單位水文分析業務推動之需求；另為提昇水文觀測業務相關人員之專業技能與素質，亦舉辦相關培訓課程，期能藉由此計畫之執行，逐步達到水文業務現代化目標。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>351.733</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009603913</governmentpublicationsnumber><identifier>79084</identifier><internationalstandardbooknumber>9789860123081 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79084</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>水文業務現代化綜合計畫(2/2)(光碟)=Comprehensive Plan for Modernizing Hydrologic Affair(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>研擬河道治理及管理對策，作為後續各相關權責機關依其權責及管理範圍，辦理流域中各項整治、復育及保育工作之參考依據，達到流域整體治理防災工作具有成效之目標。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0960284</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>79085</identifier><internationalstandardbooknumber>9789860126006 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79085</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>?文溪及鹽水溪河床變動與防洪分析研究成果報告=Study on Riverbed Variations and Flood Preventions of Tseng-Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>研擬河道治理及管理對策，作為後續各相關權責機關依其權責及管理範圍，辦理流域中各項整治、復育及保育工作之參考依據，達到流域整體治理防災工作具有成效之目標。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0960284</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009604132</governmentpublicationsnumber><identifier>79086</identifier><internationalstandardbooknumber>9789860126006 ; 9789860126</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79086</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>?文溪及鹽水溪河床變動與防洪分析研究成果報告(光碟)=Study on Riverbed Variations and Flood Preventions of Tseng-Wen River and Yan-Shuei River</title><yearidentifier>200712</yearidentifier></data><data><abstract>本（96）年度計畫係延續95年度辦理之「中南東區中央管河川警戒水位檢討及訂定（1/2）」計畫，檢討中南東區之烏溪、北港溪、急水溪、曾文溪、東港溪、四重溪、卑南溪、秀姑巒溪等8條中央管河川警戒水位訂定之合理性及訂定警戒水位檢討參考手冊，並辦理中央管河川警戒水位檢討學理與實務應用講習會。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960039</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009603907</governmentpublicationsnumber><identifier>79087</identifier><internationalstandardbooknumber>9789860123074 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79087</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中南東區中央管河川警戒水位檢討及訂定(2/2)  Review and Establishment of Warning Stages under Central Authority in Central, Southern, and Eastern Regions of Taiwan (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要目的在建立台灣地區屬於中央管、直轄市管、縣市管區域排水之基本資料查詢系統，以及釐定排水分類原則與方法，除可供做國土資訊系統之基本資料外，也可供做相關水利工程施工規劃及設計、地盤下陷研究、國土開發利用及後續相關單位釐定排水改善及維護管理時引用或查詢參考。</abstract><author>逢甲大學營建及防災中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960192</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/20</date><governmentpublicationsnumber>1009604040</governmentpublicationsnumber><identifier>79088</identifier><internationalstandardbooknumber>9789860123814 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79088</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置(第二年)：高雄縣、屏東縣、台東縣、花蓮縣＝Multiformity Drainage Watershed Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200712</yearidentifier></data><data><abstract>為建立台灣地區之地下水觀測系統，收集長期、整體之水文地質、地下水水文及地下水水質等資料，由水利署及中央地質調查所共同辦理的「台灣地區地下水觀測網整體計畫」本(96)年度新設地下水觀測站井區域位於花東縱谷區，總計建置16站19口觀測井。花蓮地區設置地點包括：新城、北埔、慈濟大學、南華、大榮、長橋、大富及玉里等8站；台東地區設置地點包括池上、關山、月眉、瑞源、豐田、康樂、復興及豐里等8站。本計畫配合「96年度地下水觀測站井建置維護」工作，進行站井設計、監造等工作，並於各觀測站設置完成後，辦理相關配合工作，包括區域水文地質分析工作、水質檢驗、抽水試驗及測量等工作。</abstract><author>百成行工程顧問有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960113</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009700374</governmentpublicationsnumber><identifier>79089</identifier><internationalstandardbooknumber>9789860132045 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79089</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>97</publishrocyear><title>規劃設計、監造「96年度地下水觀測站井建置維護計畫」成果報告</title><yearidentifier>200801</yearidentifier></data><data><abstract>台灣東部海域由於先天地理環境特殊性，而擁有發展深層海水產業的絕對優勢。本局轄下之花蓮縣東側海域位處於海、陸板塊交接斜坡邊緣，其海岸坡度較西岸陡，向海離岸不遠處即為太平洋海溝區，水深幾乎均超過1,000公尺以上，非常適合深層海水的開發與相關產業之進駐，與宜蘭、台東同為全台極具開發潛力候選區域之一。 本年度計畫針對所選定之潛力場址（和平區）進行陸域及海域環境調查工作，辦理水深實測與收集海陸域地形測繪、海域水文（溫度、鹽度、密度）資料、海流流況（流速、流向）資料、海域水質與底質資料等環境條件現況調查，以建立該區域之基本環境資料。再將以上海域環境調查成果作一綜合研析，以期日後能迅速及便捷的提供本局或相關單位有關深層海水潛力場址之海洋環境條件與背景資料需求，以利後續投資之評估。 本計畫主要工作內容分成下列三大項目：(1)海陸域地形調查；(2)海域環境調查；(3)深層海水開發可行性先期規劃。 最後就海陸域地形與海域環境測量與調查成果中，於花蓮縣和平潛力場址區海域內初步規劃選定三條適合佈放取水管的路徑，作為取水管線之取水接收端，並就環境、技術與經濟三方面進行開發可行性的初步評估，除溫差發電（OTEC）初置成本較高暫不建議外，此區適合進行深層海水產業的開發。</abstract><author>自強工程顧問公司</author><categoryidentifier>351.918</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960119</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009700484</governmentpublicationsnumber><identifier>79090</identifier><internationalstandardbooknumber>9789860134377 ; 9789860134</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79090</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(2/2)＝The Essential Investigation of Environment in Search for The Potential Site for the Deep Sea Water Plant in Hualien Area(2/2)</title><yearidentifier>200804</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之短期沖淤變化，針對易受災結構物之保護需求，研提短期河床穩定方案，以提供河道短期治理計畫研擬之參考。</abstract><author>中興顧問公司</author><categoryidentifier>443.6325</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009701521</governmentpublicationsnumber><identifier>79091</identifier><internationalstandardbooknumber>9789860145274 ; 9789860145</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79091</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(1/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(1/4)</title><yearidentifier>200806</yearidentifier></data><data><abstract>一、計畫說明鳳山溪係中央管河川之ㄧ，每年遇颱洪期間常引發災害，兩岸雖已有堤防或護岸保護兩岸居民之生命財產，但近幾年仍常於颱洪期間受到大量洪水沖刷造成堤防或護岸基腳毀壞崩塌之情形，須重新修復損壞之堤防。因此，本計畫利用美國愛荷華大學所發展出之Iowa vane (因其浸沒在設計洪水位下而稱之為潛板submerged vane)理論應用於鳳山溪，針對河道斷面流路整理、潛板保護橋墩局部沖刷試驗與潛板在橋墩之2D-EFA模式發展進行研究。二、資料收集國外採用潛板工法之國家，如美國Iowa州之West Fork Cedar River採用鋼版樁材料進行設置，而在East Nishnabotna彎道上之整治，則採用木板；另外，在日本之潛板使用圓木樁排列而成。國內潛板工法則於鳳山溪與頭前溪有實際施作案例，在鳳山溪設置地點為舊港堤防、貓兒錠堤防與白地堤防三處，頭前溪設置地點為竹港大橋下游左岸與中正橋下游左岸，均為鋼版樁材料進行佈置。對潛板材料之選擇大致可採用鋼版樁、預力混凝土管樁、預力混凝土版樁、鋼筋混凝土板樁或木樁，其相關介紹參考2.2.3節。三、地形測量與河床質調查對既設潛板地點(鳳岡大橋下游之舊港堤防、貓兒錠彎道與白地堤防)進行地形及斷面測量，已於今年汛期結束(10月)測量完畢，以評估潛板設置後，地形經洪水後之變遷趨勢；另二處預定設置潛板河段(麻園堤防與犁頭山一號堤防)，亦進行地形與斷面測量已於今年7、8月測量完畢，以提供潛板設置所需之地形資料，其相關資料詳見附錄三。由河床質調查工作以了解五處(含既設及預定規劃設置潛板地點)之床質粒徑分佈情形，共10個試坑，可供數模進行河川水理、輸砂量及河床變遷等之模擬，其粒徑分析結果如摘表一。摘表一 鳳山溪各斷面河床質粒徑分析成果表斷面號 累距 (m) 代表粒徑(mm) 平均?徑 (mm) 最大粒徑 (mm) 砂質含量 *(％) D10 D20 D30 D35 D40 D50 D65 D75 D90 鳳 05-06 (深槽河岸) 2696 0.24 0.92 4.13 10.24 14.08 23.84 44.47 65.18 164.15 60.19 360 31.00 鳳 05-06 (鳳岡大橋06-深槽河岸) 2865 0.16 0.23 0.33 0.42 0.54 1.59 23.89 52.69 187.13 59.28 430 54.57 鳳 08-09 (深槽河岸) 3823 0.22 0.37 0.62 1.15 2.42 16.02 45.42 66.63 148.75 51.37 350 44.08 鳳 09-10 (高灘地) 4111 0.17 0.23 0.30 0.32 0.33 0.37 0.43 0.47 0.55 0.40 4.75 99.86 鳳 09-10 (高灘地) 4562 0.15 0.17 0.19 0.21 0.22 0.25 0.29 0.39 1.10 0.66 4.75 97.54 鳳 11-12 (沙洲) 5376 0.18 0.30 0.33 0.35 0.36 0.40 3.86 0.46 0.59 0.69 4.75 97.02 鳳14 (深槽河岸) 6600 0.29 0.46 5.42 16.06 24.04 42.48 75.91 114.81 211.95 83.06 650 29.81 鳳14-15 (高灘地) 6888 0.42 4.91 22.65 32.79 44.05 71.74 129.14 180.54 335.21 119.53 520 19.88 鳳21-22 (高灘地) 10351 0.34 0.51 1.88 3.83 6.76 20.62 54.51 98.94 214.22 73.62 400 36.65 鳳22-23.2 (褒忠大橋23.2-高灘地) 11126 0.17 0.24 0.33 0.38 0.45 0.74 34.69 99.21 292.69 81.83 460 56.39 * 通過#4篩之累積百分比 四、潛板在河川斷面流路整理之應用研究麻園堤防與犁頭山一號堤防河段流心偏移情況，可看出高灘地約佔了大部分的通水斷面，且流路均有偏向左岸情形，如遭遇颱洪期間，左岸底床必會不斷被水流沖刷，勢必威脅左岸堤防之安全性，而危及堤岸附近人民之生命財產，因此進行潛板之規劃佈置，以達到導引流心偏向河道中心之成效。另外，?了使潛板設計具一般化，故建立設計圖表(附錄四)，供工程人員據以佈置潛板。五、潛板應用於橋墩模型試驗之研究一般橋墩保護方式如固床工、拋石與蛇籠等，均需花費大量人力與金錢，且保護橋墩局部沖刷之成效有限，故研發新的橋墩保護工法有其必要性，因此藉由本計畫之執行，採用Iowa vane理論應用於橋墩保護試驗。造成橋墩局部沖刷的原因為水流沖向橋墩後所產生之向下水流(downflow)與馬蹄形渦流(horseshoe-vortex)，故減少此沖刷機制為試驗主要目的。本試驗採用兩片潛板矗立於橋墩前方，探討不同潛板佈置方案對橋墩局部沖刷影響，以歸納潛板對橋墩保護之效用。六、潛板在橋墩沖刷改善之數模初步研發 本EFA-2D為水深平均二維模式，已忽略水深方向之流場變化，故於水流沖擊橋墩所產生之向下流速現象無法模擬，因此依據Yen et al. (2001)所推導出之源匯項 導入程式中進行修正，而式中下向流速，則依據Hanger(2007)對橋墩模型試之數據之回歸經驗式。而潛板效應則依據潛板理論推求潛板產生之二次流流速(詳見附錄一)，藉由此效應降低橋墩向下水流，以達到減少沖刷之效用。七、手冊編撰與教育訓練 藉由潛板手冊編撰與教育訓練之實行，使河川局人員了解潛板工法之可行性與深刻之體認，並讓工程師施作潛板工法時有所依據。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970209</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009703277</governmentpublicationsnumber><identifier>79092</identifier><internationalstandardbooknumber>9789860162356 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79092</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>潛板在河川治理上之應用研究(2/2)＝Application Study of  Submerged Vanes on River Training (2/2)</title><yearidentifier>200812</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，展示其在河川生態工程規劃設計時之功能性與輔助性。     本研究為三年計畫，今年為第三年，主要工作項目為頭前溪、中港溪案例綜合檢討評估、區域排水生態工程規劃設計應用以及網路版輔助系統之建立。在中港溪與頭前溪綜合檢討評估方面，本研究選取頭前溪竹林大橋段以及中港溪三灣員林圳段與東興大橋段等，依「工法成效分析」、「河段未來演變」與「其他方案」等面向進行檢討，分析成果顯示頭前溪竹林大橋下游芎林堤防前以及中港溪三灣員林圳下游左岸崁頂寮堤防前若布設丁壩群，則對保護堤防基腳有顯著之成效，亦提供高水時期生物避難之空間；而中港溪東興大橋段之水理模擬結果顯示左岸疏浚對減緩堤腳與橋墩處之沖刷潛勢有正面之成效。     在區域排水生態工程應用方面，本研究選擇柯子湖溪關馨橋以下之下游段做為應用河段，藉由本研究所擬之工法安全性分析方法，初步歸納目前除斷面6因上下游落差大致使流速較高，以及局部椰纖護岸水流剪力過高外，其餘斷面在10年頻率洪水條件下發生破壞之風險均偏低；針對前述問題，本研究規劃設置6階跌水工於斷面6，並於彎道處佈設生態槽護岸工，分析結果顯示斷面6之流速可降低14%，有效減緩水流能量。     在彙整編修之參考手冊內容以及頭前溪與中港溪案例應用成果後，本年度除繼續增強單機版系統之穩定性與功能外，並進一步建立以成果查詢、展示與交流為主要目的之網路版系統，其功能包含：(1)線上系統說明；(2)研究成果下載；以及(3)查詢試算。期使本研究成果能藉由網路之易及性達到交流與推廣之成效。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970213</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009703318</governmentpublicationsnumber><identifier>79095</identifier><internationalstandardbooknumber>9789860162653 ; 9789860162</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79095</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>97</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究 (3/3)＝Development of Information System for Planning and Design of River Eco-Engineering (3/3)</title><yearidentifier>200812</yearidentifier></data><data><abstract>本計畫配合政府推動國土?育方案之施政方針，在創造河川空間多元性的?用同時，以自然保育之方式恢?自然生態，重塑河川之自然景觀與親水空間，並藉由瞭解土地使用、?史風土與自然環境特質等內涵，在人文發展與生態回?的模式下進?規劃研究，以做為爾後治?工程設計?考之依據，達成改善河川環境之目標。計畫範圍為中港溪頭份大橋至尖山大橋河段，全長約4.6公里。 針對計畫河段區域內生態及水質狀況，分別於豐水季（民國97年10月）、枯水季（民國97年12月）進行兩次生態及水質調查，調查點位分別位於上游頭份大橋及尖山大橋上游段。經調查在生態資源方面，陸域及水域各類物種之種類非常豐富，其中鳥類有記錄紅尾伯勞1種為應予保育的三級保育類物種；而在水質方面，於頭份大橋點位水體RPI值介於1~1.5之間，此顯示樣站水質為未（稍）受污染的狀況，WQI值為79（豐水季）及85（枯水季），此顯示樣站水體屬良好水質；尖山大橋上游段點位水體RPI值於豐、枯水季分別為2.0（未（稍）受污染）及1.5（輕度污染），而WQI值為82（良好）及82（良好）。故計畫河段水體水質於豐、枯水季介於良好水質至未受污染之間。 計畫彙整發展潛力分析及問卷調查之民眾意見及需求等資訊，將計畫區域劃分為三個環境營造主題區，分別為東興橋(含東興河濱公園)上游休閒水岸規劃、東興橋下游生態綠廊規劃、串連全區之自行車道及堤內坡構想。重點區位以腹地較寬廣之區域包括頭份大橋下游之頭份河濱公園、高台觀景區，尖山大橋上游之濕地生態區及東興堤頂步道，主要之營造構想除高灘地的佈設外，並針對低水護岸及堤內坡提出建議之工法以整體考量水岸環境空間之銜接，達到安全、舒適及考量生態機能的規劃方案。 總工程經費為234,000仟元（不含徵收費用），其中護岸工程占150,000仟元，綠美工程經費為84,000仟元，為有利計畫進行，將營造計畫分五個期程施作，各期工程依土地取得之可行性（公有地）為優先考量，其次為民眾及遊客需求性來加以分期。於本計畫之環境營造規劃有進行河道內土地之營造，若工程用地為私有地者，須辦理用地徵收，按民國97年度公告土地現值加四成進行徵收，徵收費用參表8-2，總用地徵收費用為478,941仟元。 第一期計畫工程費針對現有的東興河濱公園進行整建，計為40,000仟元，第二期計畫工程包括賞魚堤岸、高台觀景區及東興堤頂散步道及低水護岸工程，總計工程費為57,000仟元，第三期計畫施作頭份河濱公園公有地部分，總計工程費為25,000仟元。第四期工程為串連全區自行車道工程，工程經費為67,000仟元；第五期工程計畫包括溼地生態區及頭份河濱公園，不含徵收費之工程費用為45,000仟元。 計畫僅進行頭份鎮中港溪河段之環境營造規劃工作，故經濟效益的評估僅針對其他附加效益及不可計效益來進行分析討論。不可計效益包含景觀、休憩、區域發展、教育、綜合等效益；而附加效益經計算於規劃工程執行完畢後，每年約可帶來4,325萬元之經濟效益，而計畫年計成本約為2,332萬元，因此本計畫之經濟評價益本比約為1.85。在後續維護管理方面可透過苗栗縣政府、頭份鎮公所、苗栗農田水利會及地方團體等單位互相配合進行，並有賴當地居民及旅客配合維護，方可確保各項設施及環境之整潔及使用品質。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970328</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009800524</governmentpublicationsnumber><identifier>79096</identifier><internationalstandardbooknumber>9789860179033 ; 9789860179</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79096</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中港溪頭份大橋至尖山大橋河段環境營造＝Environment Constructing and Planning along the Jhonggang River between the Toufen Bridge and Jianshan Bridge</title><yearidentifier>200903</yearidentifier></data><data><abstract>本計畫研究範圍為二仁溪口至興達港與鳳鼻頭至高屏溪口兩段海岸，合計約13.5公里；其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護及環境營造計畫參考依據。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWWRA097036</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801097</governmentpublicationsnumber><identifier>79098</identifier><internationalstandardbooknumber>9789860184259 ; 9789860184</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79098</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>高雄海岸基本資料監測調查〈鳳鼻頭至高屏溪口及興達港至二仁溪口〉＝ In Situ Investigation on Morphology and Bed Material at Kaohsiung Coastal (From Feng-Bi-Tou harbor to Gao- Bing Stream, and From Xing-Da harbor to Er-Ren Stream)</title><yearidentifier>200905</yearidentifier></data><data><abstract>台灣地區雨水雖屬豐沛，但地勢陡峭，多高山及丘?，可用之水資源?足以因應台灣突飛猛進的高科技產業，及西南雲嘉等地的養殖業及農業。地下水因而成為常態性的備用水源。因此本計畫的執?，可提供水?署等相關單位以?解台灣地下水水質?況及?考依據。本計畫之水質採樣及檢測工作於4 月初業已完成，根據水質?據之統計分析與評估，並設定評估方向，包括?值差?、水質分級、PIPER 圖、主成分因子綜合評估等統計方法，以進?全台灣地下水水質探討。根據本??計畫成果，台灣地下水水質受到鹽害及海水污染的情況較為嚴重，導電?超過1500μS/cm 之觀測井有61 口，佔總檢測井口?的12.2 %。水質導電?超過1500 μS/cm 之觀測井，由於水質鹽害嚴重，建議?要使用，?使用有可能導致土染及作物鹽害的問題。除建議?要使用外，加強宣導目前超抽地下水而導致地層下陷與海水倒灌的窘境，提高人民用水的認知。此外輔導地層 下陷地區產業的轉移，減少地下水之使用，配合地下水補注區自然水質補注，以期使地下水水質朝淡化目標邁進。本??檢測報告中硝酸鹽氮污染情況未及氨氮污染。就簡?自?水標準(限值1mg/L)，地下水氨氮濃?共有182 口觀測井超過標準，佔本??總檢測井口?36.4%。但由於台灣政府積極的建設之下，民生用自?水普及?平均高.7%，其中最低的台東地區也有78.6%，地下水之使用?較低，因此民生用水上仍屬安全。 井體腐蝕趨勢方面台灣東部及?半部觀測井，井體較無碳酸鈣薄膜保護，當水質具有腐蝕性時，其井體較?受到腐蝕，西南部嘉南屏東地區，碳酸鈣?於沉澱於管壁當中，雖??受到腐蝕，但較?形成積垢而造成?水管阻?。目前觀測井井體材質多屬?鏽鋼材，部份鍍鋅鋼應注意井體腐蝕的情況，定期的井體攝影檢測，及時的井體維護為首要工作。嘉南屏東地區地下水水質?造成?水管阻?，此問題可搭配井體維護計畫進?井體篩檢並執?井體洗井作業。根據95 至97 ?水質因子分析結果顯示，屏東平原、嘉南平原、濁水溪沖積扇、竹苗沿海地區呈地下水鹽化情形。其中屏東平原沿海地區、嘉南平原、濁水溪沖積扇扇尾南翼具砷污染之虞，應持續監測砷濃?之時空變化。桃園中壢台地之水質結構以「鹽化因子」為主，針對本區域之水質?況，人為所造成之硝酸鹽氮污染，後續除針對大園地區加強監測外，對於水塘養殖業者應注意宣導地下水之抽用並檢討管制方法，畜產業者則需?意其??之使用及雞隻排洩與廢棄物之處?。台?盆地地下水水質結構特性以「鹽化殘?因子」之水質特徵為主，此外，?投觀測井之砷濃?較往??常偏高，相關單位應持續監測濃?變化；?陽平原壯圍及古亭觀測井附近?有鹽化跡象且扇尾地區遭受砷污染情況較為嚴重，澎湖之地下水水質?況以「海水鹽化因子」為本區之主要水質特徵，且澎南及湖西?測站，則出現海水入侵現象；花東縱谷地下水水質?況以「鹽化因子」之水質特徵為主，但鹽化輕微，大致上花東縱谷地下水水質?好適合使用。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970315</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801274</governmentpublicationsnumber><identifier>79099</identifier><internationalstandardbooknumber>9789860186345 ; 9789860186</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79099</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度台灣地區地下水質檢測分析與評估  Survey, Analysis and Assessment of Groundwater Quality in Taiwan Areas in 2008</title><yearidentifier>200905</yearidentifier></data><data><abstract>為因應整體大環境變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之需求，及落實生物多樣性，遵循自然法則，以確保河川保育之永續發展。並結合各河段之環境特性，分別導入區段兼具景觀暨遊憩機能之環境改善構想，以展現本計畫「結合人文環境景觀、溼地生態多樣性、建構旅遊廊道發展、北港溪畔新願景」之成果。</abstract><author>經濟部水利署第五河川局[編</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960276</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009800713</governmentpublicationsnumber><identifier>79100</identifier><internationalstandardbooknumber>9789860180060 ; 9789860180</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79100</librarycollectiondetailsurl><price>1200</price><publisher>水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>北港溪(復興鐵路橋至虎尾溪縱貫鐵路橋)水岸整建及景觀改善計畫</title><yearidentifier>200906</yearidentifier></data><data><abstract>為因應整體大環境變遷，河川治理應轉型為兼顧防災、生態、環境、親水、休閒等多目標之需求，及落實生物多樣性，遵循自然法則，以確保河川保育之永續發展。並結合各河段之環境特性，分別導入區段兼具景觀暨遊憩機能之環境改善構想，以展現本計畫「結合人文環境景觀、溼地生態多樣性、建構旅遊廊道發展、北港溪畔新願景」之成果。</abstract><author>經濟部水利署第五河川局[編</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960276</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009800713</governmentpublicationsnumber><identifier>79101</identifier><internationalstandardbooknumber>9789860180060 ; 9789860180</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79101</librarycollectiondetailsurl><price>1200</price><publisher>水利署第五河川局</publisher><publishrocyear>98</publishrocyear><title>北港溪(復興鐵路橋至虎尾溪縱貫鐵路橋)水岸整建及景觀改善計畫(內附光碟)</title><yearidentifier>200906</yearidentifier></data><data><abstract>桃園地區近年連續發生乾旱缺水事件，農業部門為因應民生及工業用水之需求，採取大面積休耕停灌，俾調用農業用水支援因應，復受颱風豪雨之影響，石門水庫受創不輕，影響桃園地區未來供水甚劇，桃園地區沿海地區地下水水位已有持續顯著之下降；另該地區產業用水需求亦有持續上揚之趨勢，故桃園地區有成為地層下陷潛勢區之虞，本計畫之目的為建立桃園地區地面地下水聯合管理整合模式，用以評估所研擬之策略，並提出較適合桃園地區之地面地下水管理策略。</abstract><author>台灣大學</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970178</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801688</governmentpublicationsnumber><identifier>79102</identifier><internationalstandardbooknumber>9789860191455 ; 9789860191</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79102</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>桃園地區地面地下水聯合管理整合模式評估與建構(2/2)  The Evaluation and Development of Integrated Surface Water and Groundwater Management Model in Toayuan Area (2/2)</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801329</governmentpublicationsnumber><identifier>79103</identifier><internationalstandardbooknumber>9789860187106 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79103</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(2/2)工作成果報告=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801329</governmentpublicationsnumber><identifier>79104</identifier><internationalstandardbooknumber>9789860187106 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79104</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估(2/2)工作成果報告(內附光碟)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801330</governmentpublicationsnumber><identifier>79105</identifier><internationalstandardbooknumber>9789860187090 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79105</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估總報告=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本計畫主要目的為調查及評估知本溪與金崙溪流域地下水資源，同時建立指標性的流域地下水資源調查準則(草案)，以提供有關地下水資源保育及管理利用所需資料，做為規劃未來經營管理及施政之參考</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970344</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801330</governmentpublicationsnumber><identifier>79106</identifier><internationalstandardbooknumber>9789860187090 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79106</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>知本溪、金崙溪流域地下水資源調查評估總報告(光碟)=Investigation of Groundwater Resources in Chih-Ben and Jin-Lun Creek Basins</title><yearidentifier>200906</yearidentifier></data><data><abstract>本期計畫乃藉由對河道以往及現況之調查分析，並經由數值模式模擬河床之長期沖淤變化，針對易受災結構物之保護需求，研提短中長期河床穩定方案，以提供河道短中長期治理計畫研擬之參考</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970215</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009801388</governmentpublicationsnumber><identifier>79107</identifier><internationalstandardbooknumber>9789860187359 ; 9789860187</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79107</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(2/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River (2/4)</title><yearidentifier>200907</yearidentifier></data><data><abstract>依據「台灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管?的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護；本計畫依據選井原則擬定105口觀測井資料，並配合水利署增列5口觀測井，以及結合水利署97年度委辦「97年度地下水觀測井體檢測與評估」計畫所分析檢測五河局轄內之45口觀測井，合計約155口井綜合分析研判其井體資訊，提出50口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。另外建置733口地下水觀測井基本資料(含地層圖收集)，以及建置75站周遭環境資料與儀器調查。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。 本計畫篩選之50口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有29口井況歸類為良好，可以繼續適用；另21口歸類為井況不佳，有濾水管積垢嚴重、井壁銹蝕、濾管出砂或變形等情形，仍無法有效改善，建議列入未來汰舊換新名單。本計畫針對已實施之井體攝影檢測資料判讀分析，其中40%歸類為井況良好之一級維護，藉由定期維護可以繼續使用；35%歸類為二級維護，藉由洗井維護保養作業，可以繼續使用；另外25%歸類為井況嚴重，建議規劃辦理汰舊換新工程。 本計畫根據歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，以維護各分區地下水觀測網井體與井況正常功能，建議持續辦?地下水觀測井網清洗與維護保養，並加強巡查與管?機制，建立定期回報與修??常?況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>聚泰科技工程有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970343</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009802167</governmentpublicationsnumber><identifier>79108</identifier><internationalstandardbooknumber>9789860196207 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79108</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度地下水觀測網井體清洗及維護保養成果報告  Well Development and Maintenance of Groundwater Monitoring Wells in 2008</title><yearidentifier>200908</yearidentifier></data><data><abstract>為確保荖濃溪攔河堰管柵取水工集水廊道與匯流池銜接段之設計達到功能要求(計畫最大取水量為50秒立方公尺)，乃進行水工模型試驗。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803049</governmentpublicationsnumber><identifier>79111</identifier><internationalstandardbooknumber>9789860204643 ; 9789860204</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79111</librarycollectiondetailsurl><price>740</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>曾文水庫越域引水工程計畫 ─荖濃溪攔河堰交差排列管柵取水工水理特性試驗研究＝Tseng-Wen Reservoir Transbasin Diversion Project ─Physical Model Tests of the Intake of Laonong River Weir</title><yearidentifier>200910</yearidentifier></data><data><abstract>排水及水土保持二項標的之投資額及減少幅度最為顯著，推究其原因為97年度開始實施第二期易淹水地區水患治理計畫，將於99年度納入決算進行統計。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009802881</governmentpublicationsnumber><identifier>79112</identifier><internationalstandardbooknumber>9789860203011 ; 9789860203</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79112</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>經濟部水利署台灣地區水資源投資分析97年度報告</title><yearidentifier>200910</yearidentifier></data><data><abstract>本計畫主要配合地層下陷防治執行方案第二期計畫及國土復育策略方案暨行動計畫之實施，其目的為持續進行各地層下陷區之監測及分析，以掌握其動態趨勢及地層壓縮機制，並針對地層下陷地區之地面沉陷背景資料進行建置，藉此以達到對地層下陷潛勢區發揮早期預警之效果，及對嚴重地層下陷區提供概念性防治建議。本年度之工作如下：（一）地層下陷區水準網檢測（二）地陷監測井及GPS固定站之觀測及維護（三）施測區域之資料整合分析（四）地層下陷資料庫與查詢系統之資料更新及維護（五）新監測技術研發</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970321</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803276</governmentpublicationsnumber><identifier>79114</identifier><internationalstandardbooknumber>9789860209617 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79114</librarycollectiondetailsurl><price>3500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>97年度宜蘭、苗栗、台中及嘉南高屏等地區地層下陷水準檢測及其相關分析 Leveling  Survey  and  the  Relevant  Analysis  to  Land  Subsidence  in  Yilan 、Miaoli 、Taichung 、Chiayi、Tainan、Kaohsiung   and   Pingtung  Area</title><yearidentifier>200911</yearidentifier></data><data><abstract>本研究利用九二一地震前後之像片基本圖、正射影像圖、河床平均高程及河床大斷面測量資料，探討因地震造成地貌改變，而引發後續河川型態變遷之影響。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980350</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803279</governmentpublicationsnumber><identifier>79115</identifier><internationalstandardbooknumber>9789860207644 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79115</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域地貌變遷對河床演變之影響(1/3)＝The Influence of Basin Geomorphology Changes on River Morphology Evolution (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究利用九二一地震前後之像片基本圖、正射影像圖、河床平均高程及河床大斷面測量資料，探討因地震造成地貌改變，而引發後續河川型態變遷之影響。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980350</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803279</governmentpublicationsnumber><identifier>79116</identifier><internationalstandardbooknumber>9789860207644 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79116</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>流域地貌變遷對河床演變之影響(1/3)(光碟)＝The Influence of Basin Geomorphology Changes on River Morphology Evolution (1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>79117</identifier><internationalstandardbooknumber>9789860207309 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79117</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803323</governmentpublicationsnumber><identifier>79118</identifier><internationalstandardbooknumber>9789860207309 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79118</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究(2/2)(光碟版)＝Study on the stable countermeasures of the channel lateral migration in sandy river (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周海岸已興建許多陡坡海堤，其親水性、景觀性與生態性均不足，本計畫冀經由青草崙北段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980268</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804039</governmentpublicationsnumber><identifier>79119</identifier><internationalstandardbooknumber>9789860215946 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79119</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>海岸生態工法研究--生態性海堤之研究(光碟版)(3/3)＝Coastal Eco-Technology--Ecology Dike Research(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣四周海岸已興建許多陡坡海堤，其親水性、景觀性與生態性均不足，本計畫冀經由青草崙北段海堤斷面之研究，研擬改善現有海堤斷面，以達成海岸防災與營造生態環境之雙重目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980268</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804039</governmentpublicationsnumber><identifier>79120</identifier><internationalstandardbooknumber>9789860215946 ; 9789860215</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79120</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>海岸生態工法研究--生態性海堤之研究(3/3)＝Coastal Eco-Technology--Ecology Dike Research(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>針對中央管區域排水受到內水、外水或潮汐等影響因素，根據區域排水集水區內之雨量與水位資料，藉由水文、水理模式模擬未來數小時內之水位變化，並針對開口堤防、防洪閘門、堤內保全地區研訂警戒雨量。此外，針對淹水區域內之鄰近橋樑、堤防或護岸劃設水尺、或因地制宜設置簡易告示牌等相關工作進行研擬與評估。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980138</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804085</governmentpublicationsnumber><identifier>79121</identifier><internationalstandardbooknumber>9789860216295 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79121</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>中央管區域排水警戒雨量訂定先期計畫</title><yearidentifier>200912</yearidentifier></data><data><abstract>「維持近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作」。完成本計畫可提供水利署即時、準確、可靠之近海水文資訊與其變化趨勢，為海岸保護和管理、禦潮防災業務，提供具體之科學依據。</abstract><author>成大研究發展基金會、成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980132</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803811</governmentpublicationsnumber><identifier>79122</identifier><internationalstandardbooknumber>9789860212631 ; 9789860212</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79122</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>近海水文站網維護管理與資料分析(2/2)  Maintenance, Management and Data Analysis of the Coastal Ocean Monitoring Network(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980302</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804014</governmentpublicationsnumber><identifier>79123</identifier><internationalstandardbooknumber>9789860216875 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79123</librarycollectiondetailsurl><price>1000</price><publisher>水利署第四河川局</publisher><publishrocyear>98</publishrocyear><title>98年度濁水溪流域逕流測預報系統擴充及維護＝The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803325</governmentpublicationsnumber><identifier>79124</identifier><internationalstandardbooknumber>9789860207323 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79124</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究總報告(光碟版)＝Study on the stable countermeasures of the channel lateral migration in sandy river</title><yearidentifier>200912</yearidentifier></data><data><abstract>濁水溪流經南投、嘉義、彰化、雲林等4縣21鄉鎮，沿岸人文社經活動居台灣關鍵地位；加強水患防災預警工作，除可保障社會、民眾生命財產安全外，並可提振地區經濟發展。本計畫實施將可更加健全洪水測預報系統模式運作，提昇測預報水準，並提供地方防災資訊。主要工作項目及內容包括：濁水溪流域水情中心資訊系統維護、濁水溪流域水情中心資訊系統升級改善、無線電傳輸通訊系統改善、流域降雨逕流預測結果綜合檢討、防汛預報諮詢及氣象水文資訊研判作業流程化、交辦事項、技術支援及其它、編撰成果報告及簡報等工作。各項工作成果如下： 1. 檢視近5年濁水溪流域較大颱風事件之降雨分布，顯示降雨中心多位於清水溪上游阿里山一帶及霧社水庫上游廬山一帶。 2. 分析自民國82年至民國97年間歷年的最大1HR及最大連續24HR降雨量變化，結果發現1HR降雨強度有略為增加之趨勢，但連續24HR降雨則呈現明顯增加趨勢，由於歷年連續24HR最大降雨多發生於颱風期間，此分析顯示颱風造成之暴雨有增強之趨勢。 3. 綜合本(98)年度三場颱風事件分析結果，蓮花颱風及芭瑪颱風事件，因未登陸台灣本島，且暴風圈亦未壟罩濁水溪流域，濁水溪流域降雨僅受颱風環流雲系通過帶來短暫之零星降雨，三種模式預測以QPESUMS較佳。莫拉克颱風其降雨延時長且強度大，分析結果顯示以灰色系統模式較佳。 4. 依雨量站所在之地形分析，QPESUMS明顯於平地段優於丘陵段優於山地段，其主要因QPESUMS是利用雷達回波訊息進行推估未來降雨，於山區雷達回波受地形干擾較嚴重，故山區之預測較平地差。灰色系統模式與類似降雨查詢法是利用過去之降雨資訊進行推估未來降雨，因此較不受地形之影響，反而是受降雨延時長短影響較大。 5. 確立颱風期間氣象水情資訊蒐集作業流程，可便於防汛緊急應變小組及相關人員防災作業參考應用。 6. 本(98)年度於颱洪期間之預警報作業，均能順利執行，計彙整7場颱風警報、豪雨特報之警戒過程，並依據各場颱風期間所蒐集、整理之國內外相關氣象網站資料，進行氣象水文資訊研判及濁水溪水情推估予值勤人員參考。對濁水溪流域而言，以蓮花颱風、莫拉克颱風及芭瑪颱風等所產生之洪水規模及災情較大。 7. 本(98)年度承續往年對於系統之維運管理，分別完成系統設備之巡檢及異常狀況之派修與修復、第1階段水情中心資訊系統升級改善(硬體購置與測試)、電力系統改善、無線電傳輸系統改善，使系統得以持續正常運作。 8. 為使逕流測預報系統得以順利運作，下年度應繼續辦理第2階段之水情中心資訊系統升級改善(實體轉換虛擬主機)作業。 9. 鑑於自動傳真系統因交換機主機故障致無法作業，而原建置廠商因停業且無原始設計文件，目前暫採人工手動方式替代，建議應重新檢討或建置預警報傳達系統。 10. 由於溫室效應影響造成全球氣候變遷，在面對這類極端暴雨事件，必須朝向預防、避災、減災等行動。故建議應強化民眾預警、防災、避難之觀念，以利於災害發生前進行疏散、撤離等行動。 11. 為建立濁水溪流域危險河段防洪預警機制，將來各主、支流預報模式應能提供各斷面水位預報結果，展示介面除與其水理演算之核心程式連結，並應能以縱、橫斷面等圖型方式展示其預測結果。關鍵字：預測、降雨、逕流、貯蓄函數法、淹水、灰色系統模式、 類似降雨查詢法、QPESUMS</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980302</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804014</governmentpublicationsnumber><identifier>79125</identifier><internationalstandardbooknumber>9789860216875 ; 9789860216</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79125</librarycollectiondetailsurl><price>1000</price><publisher>水利署第四河川局</publisher><publishrocyear>98</publishrocyear><title>98年度濁水溪流域逕流測預報系統擴充及維護(光碟)＝The Expanding and Maintaining for System of Observation and Forecast with Runoff within Jhuoshuei River Watershed during 2009</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究將探討多砂河川的流路擺蕩，由數值、模型試驗研究，提出可穩定河道邊坡的工法，並研究以河道整理引開主流回歸河道中央對河防構造物衝擊減輕之效果</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980152</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803325</governmentpublicationsnumber><identifier>79126</identifier><internationalstandardbooknumber>9789860207323 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79126</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>多砂河川流路變遷穩定工法之研究總報告＝Study on the stable countermeasures of the channel lateral migration in sandy river</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803277</governmentpublicationsnumber><identifier>79127</identifier><internationalstandardbooknumber>9789860207668 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79127</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬總報告＝The flow simulations and design principles of the stream corridors</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803277</governmentpublicationsnumber><identifier>79128</identifier><internationalstandardbooknumber>9789860207668 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79128</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬總報告(光碟)＝The flow simulations and design principles of the stream corridors</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980250</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803275</governmentpublicationsnumber><identifier>79129</identifier><internationalstandardbooknumber>9789860207675 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79129</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(2/2)＝The flow simulations and design principles of the stream corridors (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>計畫全程為二年，茲將全年度所完成之工作項目(如魚道、相關文獻回顧與資料?整，以北勢溪坪林5號防砂壩之魚骨型魚道為案例，並制訂驗證與維護管理計畫及水理模擬分析；透過教育訓練，進行魚道水理之二維與三維數值模擬演算教學。</abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980250</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803275</governmentpublicationsnumber><identifier>79130</identifier><internationalstandardbooknumber>9789860207675 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79130</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物通道水理模擬及其設計布置原則研擬(2/2)－光碟版＝The flow simulations and design principles of the stream corridors (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要為延續地層下陷防治執行方案第二期計畫及未來「地下水保育管理計畫」來實施，其目的為持續進行各地層下陷區之監測，以掌握下陷趨勢並分析其地層壓縮機制，以作為地層下陷防治執行方案績效之評估依據，並對嚴重地層下陷區提供概念性防治建議。本計畫之工作內容如下： (一)地層下陷區之水準網檢測 (二)地陷監測井之觀測與維護 (三)地層下陷區之資料整合分析 (四)地層下陷資料庫與查詢系統之維護與資料更新 (五)彰化縣伸港鄉、線西鄉及溪州鄉三鄉鎮水井清查</abstract><author>工業技術研究院</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980278</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804535</governmentpublicationsnumber><identifier>79131</identifier><internationalstandardbooknumber>9789860221114 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79131</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>台北及彰雲地層下陷區基礎資料監測與調查計畫 Fundamental  Data  Survey  and  Cross  Analysis  of  Land Subsidence in Taipei  Basin,  Chahwa   and   Yunlin  Area</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫係依據水利署配合行政院核定「國土復育策略方案暨行動計畫」內所推動實施計畫之工作項目辦理，主要針對地層下陷潛能地區監測其地層變化情形，以分析嚴重地層下陷區之地層下陷機制，作為日後地層下陷防治措施擬訂之參考外，並為該地區相關國土保育復育措施或工程、防災因應及管理措施執行之重要依據。 本年度之工作項目如下： (一)	於雲林縣四湖鄉、口湖鄉及虎尾鎮(高鐵與雲158線道交界處)等鄉鎮設置3口深度共900公尺之磁環分層式地層下陷監測井。 (二)	配合監測井施工過程，進行100公尺地質鑽探取樣、300組物性試驗、30組黏土單向壓密試驗及15組透水試驗。 (三)	整理過去歷年水文地質井測資料、監測井量測資料進行調查區地層分類標準及下陷評估。</abstract><author>工業技術研究院</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970327</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804363</governmentpublicationsnumber><identifier>79132</identifier><internationalstandardbooknumber>9789860219852 ; 9789860219</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79132</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷分層監測點評析建立及試驗分析計畫 Ιnstallation  of  multi-layer  land   subsidence  monitoring  sites  and  data  analysis  of  laboratory   tests</title><yearidentifier>200912</yearidentifier></data><data><abstract>透過現場調查及試驗結果顯示，透水四面體群以鈍頭迎水方式縱向串接，對於不連續帶附近之沖刷破壞可發揮減沖促淤之功效；對於柔性固床工，加強混凝土塊體間之支撐與適時保護間隙內之填縫料，確可減小塊體傾倒之機率。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803295</governmentpublicationsnumber><identifier>79133</identifier><internationalstandardbooknumber>9789860207682 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79133</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(2/2)＝Investigation of failure mechanism and new scour countermeasures at grade control structures (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>透過現場調查及試驗結果顯示，透水四面體群以鈍頭迎水方式縱向串接，對於不連續帶附近之沖刷破壞可發揮減沖促淤之功效；對於柔性固床工，加強混凝土塊體間之支撐與適時保護間隙內之填縫料，確可減小塊體傾倒之機率。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803295</governmentpublicationsnumber><identifier>79134</identifier><internationalstandardbooknumber>9789860207682 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79134</librarycollectiondetailsurl><price>500</price><publisher>水利署水規所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬(2/2)(光碟)＝Investigation of failure mechanism and new scour countermeasures at grade control structures (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計劃目的在蒐集桃竹苗中央管區域排水防洪設施各項地文、水文、歷史淹水及災害損失相關資料進行整理及分析，包括流域內區牌防洪特性之勘查、歷年來防洪設施規劃設計資料統整、現況防洪設施及功能性評估、施作工程地點及工法、區域歷年淹積水成因分析，損失調查及整災、備災及防災評估，如此便可推動非工程防洪策略外，另可提供劉育整體治理規劃與淹水災害防治時所需之各項水情資訊，並協助水災應變作業人員了解可能發生淹水之地點，據以研擬因應措施，加強民眾防災意識。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980146</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009803366</governmentpublicationsnumber><identifier>79137</identifier><internationalstandardbooknumber>9789860207576 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79137</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗中央管區域排水防洪設施及水情調查分析＝Assessment of Drainage and Flood Prevention Facilities and Flood Hazards in the Central Distract of Water Resources Agency(Covering the Countries of Taoyuan,Hsinchu,and Maoli)</title><yearidentifier>200912</yearidentifier></data><data><abstract>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究，本研究範圍為台南縣北門與七股潟湖沙洲兩段海岸，其目的期望藉由蒐集國內外潟湖沙洲防護措施資料、潟湖沙洲與沿海排水系統排水效能關係、潟湖沙洲防護之預期目標語系胡沙舟防護措施實行方式探討等工作，以探討台南縣沿海濱海潟湖沙洲地形變化及其與現行潟湖沙洲防護工程之關係，提出細乎沙洲防護預期目標與可應用於台南縣濱海潟湖沙洲防護措施，以供未來水患治理相關計畫之海岸防護措施規劃與實行之重要參考。</abstract><author>台南縣政府</author><categoryidentifier>433.5501</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/21</date><governmentpublicationsnumber>1009804648</governmentpublicationsnumber><identifier>79138</identifier><internationalstandardbooknumber>9789860222708 ; 9789860222</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79138</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>98</publishrocyear><title>易淹水地區水患治理計畫台南縣排水系統出海口與瀉湖砂洲防護整體研究=Regulation  Project  of  Flood-prone  Areas  Investigation  on  the  protection  of  barrier  island  of  lagoon  areas  and  drainage  system  of  coastland   in  Tainan  Count</title><yearidentifier>200912</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/25</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79139</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79139</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)(內附光碟)Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>為瞭解濁水溪流域相關水資源及利用情形，增加濁水溪水源開發利用，以補充供應本地區枯水期用水，本計畫將進行地下水調查規劃檢討，探討深層地下水可開發可行性、考量利用中游高灘地於洪水高水位時蓄水利用方式評估規劃，以及人工湖開發規模檢討，進一步釐清檢討濁水溪上中下游水資源設施與相關規劃方案可行性，作為未來區域水資源規劃開發運用之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030375</commissionedprojectidentifier><currency>NT$</currency><date>2015/5/26</date><governmentpublicationsnumber>1010400307</governmentpublicationsnumber><identifier>79142</identifier><internationalstandardbooknumber>9789860444391 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79142</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>濁水溪水資源開發利用規劃檢討(內附光碟)Review on Water Resources Planning and Rational Utilization in Choshui River</title><yearidentifier>201503</yearidentifier></data><data><abstract>本計畫主要針對桶頭攔河堰下游之清水溪及濁水溪區域蒐集其水文地質、河川流量、地下水水位、空氣品質等自然環境背景資料，並進行現地水文地質相關調查與試驗，據以評析及模擬桶頭攔河堰興建前後對清水溪與濁水溪流域環境之影響，並視狀況研擬因應對策。 截至第二年度期末報告為止，本計畫已完成桶頭攔河堰自然環境背景蒐集，如地形與地質、雨量、空氣品質以及含砂量等，供本計畫後續水文環境研究分析及模式建置所需參數；另完成國內外相關文獻資料蒐集，如經濟部中央地質調查所「濁水溪沖積扇清水溪下游水文地質調查」、經濟部中區水資源局「湖山水庫工程計畫環境影響調查報告書」等，作為本計畫工作執行之參考資料。外業工作部份，本計畫已完成清水溪河段地質鑽探、觀測井設置及地電阻探測作業、民國103年新設觀測井水位及清水溪流量監測，並完成桶頭攔河堰興建時期第1次航拍作業(範圍包括桶頭攔河堰上游瑞草橋至濁水溪與清水溪交界之南雲大橋以及湖山水庫等) 並於103年7月及9月針對桶頭攔河堰進行第2、3次航拍作業，以及清水溪河床質調查工作。 研究區域內河川水位與流量觀測結果顯示，各水文站水位及流量有類似變化趨勢，均有明顯之豐枯水期變化，且均因颱洪事件造成水位及流量明顯上升；由地下水水位等值圖可發現名竹盆地地區地下水水位大致與地形有相同之變化趨勢，原則以上游往下游遞減，而呈現往河川上游溯源分布則為典型之地表地下水交換頻繁之區域；地下水流向方面，則可看出名竹盆地濁水溪及清水溪沿岸均為兩岸往河道流動，竹山平原地下水流向則由竹山段丘群往鼻子頭隘路(隘口處)流動。 地面地下水數值模式建置方面，分別對枯水年、豐水年、平水年及近5年之水位情境進行模擬，根據模擬結果清水溪周遭沿岸之觀測井於各情境水位變動最大者為G10觀測井，設置攔河堰後其地下水位變動量介於0.5公尺至1.2公尺，其水位變動超過該觀測井最大值與最小值差值之10%，表示清水溪流量之改變會對清水溪河道周邊之地區造成影響，而名竹盆地與濁水溪沖積扇之觀測井，以M1及二水為例，此兩口觀測井水位變動介於0.03公尺皆在該水井水位最大值與最小值差值之10%內，顯示清水溪流量之改變對於名竹盆地及濁水溪沖積扇無明顯之影響。 依據地下水位相關性分析結果顯示，在考量區域沖積層厚度於下游處有越薄情形之下，未來於桶頭攔河堰設置並攔蓄河川水量後，在主要蘊藏地下水量之現代沖積層厚度不大，以及週邊地下水位連動影響之情形下，是否會造成區域地下水位大範圍下降，除藉由本年度模式模擬評估外，後續亦應持續收集建堰後之水位資料進行分析。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/5/27</date><governmentpublicationsnumber>1010400568</governmentpublicationsnumber><identifier>79144</identifier><internationalstandardbooknumber>9789860448153 ; 9789860448</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79144</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究第二年期末報告(103-104)Hushan Reservoir Project- Downstream River of Tongtou Weir Hydrological and Environment Monitoring</title><yearidentifier>201504</yearidentifier></data><data><abstract>對重要河川環境營造計畫執行之計畫成果、計畫功能、經濟效益、預算運用等成果做進一步檢討評估，提出改善策略並提出下一階段六年計畫（104~109年度）重要河川環境營造計畫方針。</abstract><author>中華民國水利技師公會全國聯合會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010163</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/2</date><governmentpublicationsnumber>1010200514</governmentpublicationsnumber><identifier>79158</identifier><internationalstandardbooknumber>9789860363524 ; 9789860363</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79158</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>重要河川環境營造計畫(98-103年)總檢討及改善策略研究 附冊一 重要河川環境營造計畫(98-103年)執行成效評估報告(截止102年度)</title><yearidentifier>201406</yearidentifier></data><data><abstract>為了解烏溪中上游水質現況及對本計畫取水影響，由本署水利規劃試驗所依行政程序研提計畫，以供後續工程設計之參考。</abstract><author>艾亦康工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030299</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/2</date><governmentpublicationsnumber>1010400526</governmentpublicationsnumber><identifier>79159</identifier><internationalstandardbooknumber>9789860447590 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79159</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鳥嘴潭人工湖計畫-取水口上游水質補充調查及模擬評估(內附光碟)Planning for Naiaozuitan Artificial Lake- Supplementary Water Quality Investigation and Simulation in Weir Upstream</title><yearidentifier>201504</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030191</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010400162</governmentpublicationsnumber><identifier>79167</identifier><internationalstandardbooknumber>9789860442830 ; 9789860442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79167</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>103年度集集攔河堰監測及安全檢查-環境生態監測成果報告(內附光碟)Chi-Chi Weir Monitoring and Security Checks in yr.2014 Environmental and Ecology Monitoring Report</title><yearidentifier>201502</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030191</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010400163</governmentpublicationsnumber><identifier>79168</identifier><internationalstandardbooknumber>9789860442823 ; 9789860442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79168</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>103年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟)Research on the efficiency assessment of fishway in Dou-Liou Weir 2014</title><yearidentifier>201502</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030220</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302704</governmentpublicationsnumber><identifier>79169</identifier><internationalstandardbooknumber>9789860434637 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79169</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃詴驗所</publisher><publishrocyear>103</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(1/2)(內附光碟)=Development of Water Resources Planning Module base on the Water Resources Planning Database Platform (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>水不但是人類賴以維生的必需品，更是國家不可或缺的基本要素，保有充裕優質而無害的水環境，自古即是社會安定、政治和諧、與經濟繁榮的關鍵基石。政府為了解決水資源在發展上有關利水、治水與親水、活水的問題，進行有計畫的水資源研究、規劃，以期滿足人類現在及未來之需求，並維護生態資源。 而水文、水資源等水資訊之基本資料蒐集、流通使用為國家整理發展之重要基礎工作，凡舉防洪、救災、水源調配分析、營運管理，皆需仰賴長期而且完整之水文、水資源觀測數據，同時政策決定、產業發展亦需以水文及水資源資訊為重要之決策資訊。國內水文水資源相關資料長年皆由各水利機關依業務需要分別建置管理，造成資訊傳遞、應用之不易，後續加值應用仍需採用人工或半自動方式處理，造成加值應用之不便。 為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，本計畫擬透過建置透過後端應用模組開發，提升資料交換效率及資料分析自動化速度，爰研提本計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030220</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302704</governmentpublicationsnumber><identifier>79170</identifier><internationalstandardbooknumber>9789860434637 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79170</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃詴驗所</publisher><publishrocyear>103</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(1/2)--光碟版=Development of Water Resources Planning Module base on the Water Resources Planning Database Platform (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年來氣候變遷現象日益明顯，使得臺灣地區水資源環境呈現大幅變化，水資源問題轉趨複雜，傳統單純以滿足需要為開發要務之水資源規劃思維已然變革。以永續利用為導向，並輔以前瞻性與整體性的全方位水資源規劃，已成為為水利工程施政主軸。在常態供水總量管制前提下，水資源規劃如何兼顧中長期多元水資源規劃、短期緊急及枯旱缺水因應作為，並依實際情況擬定彈性之水資源開發計畫，已成為刻不容緩之重要議題。 隨著水資源系統日趨複雜，台灣地區未來多元化水源開發規劃及其調配運用勢必包括跨流域之多水源、多需求之情況；而全球氣候變遷可能造成之衝擊及調適模擬亦增加了水源調配之困難度；且隨氣候極端化等挑戰加劇，新興與雲端技術之應用需求亦日益顯著，未來水源調配分析應用已無法僅靠既有模式之模擬而滿足。為因應水資源規劃之挑戰及未來水資源開發之需求，並提供完善的模式及運用策略。亟需系統性、整合性及有效率的水資源規劃模式協助分析、規劃及調配策略。另外針對於水資源供水系統之開發、順序與其規模相互影響且複雜，需考量流域環境承載力下之開發排程，以建議水資源最適開發期程，以兼顧經濟發展及環境保護之需求，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030215</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302703</governmentpublicationsnumber><identifier>79171</identifier><internationalstandardbooknumber>9789860434644 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79171</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>103</publishrocyear><title>中部區域水資源規劃調配管理系統分析(2/2)(光碟版)Developing Water Allocation System Models for Water Resources Planning and Management of Central Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030300</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302597</governmentpublicationsnumber><identifier>79172</identifier><internationalstandardbooknumber>9789860432756 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79172</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水再生利用策略研究整合管理計畫(3/3)Water Reuse Strategy Management Project (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為推動水再生利用風險管理技術研發計畫5年計畫，並檢討調整水再生利用推動政策，需定常幕僚協助辦理居中聯繫協調、策略評析、成果督導與彙整等智庫幕僚工作，強化業務推動效能，爰成立本管理計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030300</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302597</governmentpublicationsnumber><identifier>79173</identifier><internationalstandardbooknumber>9789860432756 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79173</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水再生利用策略研究整合管理計畫(3/3)(光碟版)Water Reuse Strategy Management Project (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>於現今科技高度發展之社會下，能源已然成為人民日常生活中不可或缺之一環，加之工商業之蓬勃發展，穩定及充足之能源供應是為國家發展重要之課題。近年隨環境意識抬頭，國家能源相關政策乃以能源安全、經濟發展與環境保護兼顧為首要目標，開發對環境友善的「潔淨能源」，亦成為未來努力之重點。 為響應國家節能減碳政策，且考量水資源輸配管線遍及各地、管內水流穩定，具結合微水力發電技術、進行小水利發電之潛力，爰成立本計畫，就國內淨水、污水、再生水等輸配管網裝設微水力發電設備進行可行性及經濟效益評估，以供輸配水系統或其他用途使用，達提升整體能源利用率、環境永續發展、能源循環利用之願景。</abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030428</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302992</governmentpublicationsnumber><identifier>79174</identifier><internationalstandardbooknumber>9789860437430 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79174</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>整合微水力發電技術於輸配水系統之可行性研究Feasibility Study of Integration of Micro Hydropower Technology in Water Distribution System</title><yearidentifier>201412</yearidentifier></data><data><abstract>於現今科技高度發展之社會下，能源已然成為人民日常生活中不可或缺之一環，加之工商業之蓬勃發展，穩定及充足之能源供應是為國家發展重要之課題。近年隨環境意識抬頭，國家能源相關政策乃以能源安全、經濟發展與環境保護兼顧為首要目標，開發對環境友善的「潔淨能源」，亦成為未來努力之重點。 為響應國家節能減碳政策，且考量水資源輸配管線遍及各地、管內水流穩定，具結合微水力發電技術、進行小水利發電之潛力，爰成立本計畫，就國內淨水、污水、再生水等輸配管網裝設微水力發電設備進行可行性及經濟效益評估，以供輸配水系統或其他用途使用，達提升整體能源利用率、環境永續發展、能源循環利用之願景。</abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030428</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/4</date><governmentpublicationsnumber>1010302992</governmentpublicationsnumber><identifier>79175</identifier><internationalstandardbooknumber>9789860437430 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79175</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>整合微水力發電技術於輸配水系統之可行性研究(光碟版)Feasibility Study of Integration of Micro Hydropower Technology in Water Distribution System</title><yearidentifier>201412</yearidentifier></data><data><abstract>由於桶頭攔河堰完工後可能會使清水溪下游輸砂能??低，為??解清水溪水文環境變化情況，故本計畫增加桶頭攔河堰興建前之河床質調查作業，以?瞭解桶頭攔河堰興建前清水溪河床質縱向及橫向變化趨勢。 本計畫主要於各河段各挑選一斷面進行河床質調查作業，分別為第25.01號斷面、第15號斷面及第9號斷面，而第25.01號斷面位於桶頭橋下游固床工至清水溪與加走寮溪匯流處，第15號斷面位於龍門橋至鯉魚橋間，第9號斷面位於鯉魚橋至南雲大橋之間。另為瞭解河床質粒徑分布在河道橫向上之變化趨勢，故本計畫於第25.01號斷面、第15號斷面及第9號斷面之左右岸及河道中心進行河床質採樣作業。 本調查根據現場勘查結果及採樣法之限制條件，分別於1月26號、1月27號、3月6號與3月9號，完成網格法及體積法共九處之河床質採樣作業，並接續於實驗室完成細骨材篩分析試驗。其中，因採樣區位現場狀況皆為中央有較高之灘地，而河道兩旁則為較低且有溪水流動之分布情形，故於接近河道兩旁之採樣點以網格法進行採樣，共計6處，河道中央較高之灘地則以體積法進行採樣，共計3處。 由調查成果可知，由於河道中央有較高之灘地，其多為細顆粒河床質沉積所形成之區域，因此相較於斷面左岸及右岸之粒徑皆有較小的分布情形。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010400567</governmentpublicationsnumber><identifier>79176</identifier><internationalstandardbooknumber>9789860448160 ; 9789860448</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79176</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究(河床質調查及分析報告)Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environment Monitoring</title><yearidentifier>201504</yearidentifier></data><data><abstract>由於桶頭攔河堰完工後可能會使清水溪下游輸砂能??低，為??解清水溪水文環境變化情況，故本計畫增加桶頭攔河堰興建前之河床質調查作業，以?瞭解桶頭攔河堰興建前清水溪河床質縱向及橫向變化趨勢。 本計畫主要於各河段各挑選一斷面進行河床質調查作業，分別為第25.01號斷面、第15號斷面及第9號斷面，而第25.01號斷面位於桶頭橋下游固床工至清水溪與加走寮溪匯流處，第15號斷面位於龍門橋至鯉魚橋間，第9號斷面位於鯉魚橋至南雲大橋之間。另為瞭解河床質粒徑分布在河道橫向上之變化趨勢，故本計畫於第25.01號斷面、第15號斷面及第9號斷面之左右岸及河道中心進行河床質採樣作業。 本調查根據現場勘查結果及採樣法之限制條件，分別於1月26號、1月27號、3月6號與3月9號，完成網格法及體積法共九處之河床質採樣作業，並接續於實驗室完成細骨材篩分析試驗。其中，因採樣區位現場狀況皆為中央有較高之灘地，而河道兩旁則為較低且有溪水流動之分布情形，故於接近河道兩旁之採樣點以網格法進行採樣，共計6處，河道中央較高之灘地則以體積法進行採樣，共計3處。 由調查成果可知，由於河道中央有較高之灘地，其多為細顆粒河床質沉積所形成之區域，因此相較於斷面左岸及右岸之粒徑皆有較小的分布情形。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010400567</governmentpublicationsnumber><identifier>79177</identifier><internationalstandardbooknumber>9789860448160 ; 9789860448</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79177</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究(河床質調查及分析報告)(光碟版)Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environment Monitoring</title><yearidentifier>201504</yearidentifier></data><data><abstract>受氣候變遷影響，水資源短缺之議題已成為各國關注之焦點，廢污水再生利用已然成為重要之替代水源。我國正值推行廢污水再生利用之初，雖國外已有廢污水再生利用之成功案例，然國內產業型態特殊，大用水戶對用水水質要求頗高，為有效提升國內業者使用再生水之意願，遂成立本計畫，藉使用再生水之風險調查與評估，供再生水使用端做參考。 目的： 1. 評估各供業製程合用之再生水水質 2. 釐清使用再生水可能之風險，供用水端參考 3. 達成本署120年再生水使用之政策目標量</abstract><author>象騰顧問有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030303</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010302697</governmentpublicationsnumber><identifier>79178</identifier><internationalstandardbooknumber>9789860433593 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79178</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>都市污水再生供工業使用風險評估計畫Risk Assessment of Urban Wastewater Reclamation for Industrial Use</title><yearidentifier>201412</yearidentifier></data><data><abstract>受氣候變遷影響，水資源短缺之議題已成為各國關注之焦點，廢污水再生利用已然成為重要之替代水源。我國正值推行廢污水再生利用之初，雖國外已有廢污水再生利用之成功案例，然國內產業型態特殊，大用水戶對用水水質要求頗高，為有效提升國內業者使用再生水之意願，遂成立本計畫，藉使用再生水之風險調查與評估，供再生水使用端做參考。 目的： 1. 評估各供業製程合用之再生水水質 2. 釐清使用再生水可能之風險，供用水端參考 3. 達成本署120年再生水使用之政策目標量</abstract><author>象騰顧問有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030303</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010302697</governmentpublicationsnumber><identifier>79179</identifier><internationalstandardbooknumber>9789860433593 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79179</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>都市污水再生供工業使用風險評估計畫(光碟版)Risk Assessment of Urban Wastewater Reclamation for Industrial Use</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030296</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010302837</governmentpublicationsnumber><identifier>79180</identifier><internationalstandardbooknumber>9789860435122 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79180</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水再生利用推動盤查與促動服務計畫(3/3)The Inventory and Promotion of Wastewater Reclamation/Reuse Project (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫目標為組成技術服務團，有系統地調查與釐清再生水設施運轉的現況，包括水再生量、水質、能源使用現況以及全國廢污水廠資料更新，並配合本署政策，遴選合宜單位進行輔導，提供可供後續施工推動之初步規劃報告，促動具有潛力都市污水廠放流水再生利用，藉以能在民國120年順利達成政策目標，並進行永續服務。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030296</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010302837</governmentpublicationsnumber><identifier>79181</identifier><internationalstandardbooknumber>9789860435122 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79181</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水再生利用推動盤查與促動服務計畫(3/3)(光碟版)The Inventory and Promotion of Wastewater Reclamation/Reuse Project (3/3)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>黃貴潮</author><categoryidentifier>539.5339</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/8</date><governmentpublicationsnumber>1010400358</governmentpublicationsnumber><identifier>79182</identifier><internationalstandardbooknumber>9789860442557 ; 9789860442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79182</librarycollectiondetailsurl><price>500</price><publisher>原住民族委員會</publisher><publishrocyear>104</publishrocyear><title>阿美族口傳文學集 O Sa'opo to kimakimad no 'Amis a tamdaw</title><yearidentifier>201503</yearidentifier></data><data><abstract> </abstract><author>張浵</author><categoryidentifier>783.3886</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/9</date><governmentpublicationsnumber>1010400642</governmentpublicationsnumber><identifier>79186</identifier><internationalstandardbooknumber>9789860449273 ; 9789860449</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79186</librarycollectiondetailsurl><price>600</price><publisher>交通補公路總局</publisher><publishrocyear>104</publishrocyear><title>台灣公路人-張浵回憶錄</title><yearidentifier>201505</yearidentifier></data><data><abstract>鳥嘴潭攔水堰下游有南投農田水利會所轄阿罩霧第1、2、3、4圳、茄荖媽助圳及同安圳等6處取水口，灌溉面積達4,036公頃，水權登記量9.53 cms。為顧及南投農田水利會灌溉期間用水需求，故於前揭環境影響評估審查會議及於水利署102年1月28日召開之「中部地區水資源調配檢討座談會」會議紀錄表示略以「鳥嘴潭人工湖工程計畫位於本會轄區範圍內，承蒙水利規劃試驗所承諾會保障農民用水權益，惟其下游尚有無水權之河川公地農民灌溉需求，建議宜及早研議可行方案與措施因應。另外在環評審查時本會有提出三個工程改善方案，期望鳥嘴潭人工湖計畫完成後農業用水效率能予提升」。 且依據前揭「中部地區水資源調配檢討座談會」會議紀錄綜合討論第十二點  署長指示略以「所提相關研究規劃案，請本署水源組再洽水規所瞭解所需經費，以利該所辦理取水口工程改善研究穩定用水需求。」，故研提本計畫針對水利會所提阿罩霧一、二圳的聯絡渠道、茄荖媽助圳取水口向上游延伸與阿罩霧一圳共同引水，以及阿罩霧一圳固床工改善等改善工程，進行提高農業水資源利用效率之相關規劃，爰辦理本計畫研處。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030298</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/10</date><governmentpublicationsnumber>1010400299</governmentpublicationsnumber><identifier>79192</identifier><internationalstandardbooknumber>9789860444162 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79192</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>烏溪中游河段圳路改善提升水資源利用規劃--光碟版=Planning for Wu River Middle Reaches Improvements to Enhance the Use of Water Resources</title><yearidentifier>201503</yearidentifier></data><data><abstract>本計畫主要針對桶頭攔河堰下游之清水溪及濁水溪區域蒐集其水文地質、河川流量、地下水水位、空氣品質等自然環境背景資料，並進行現地水文地質相關調查與試驗，據以評析及模擬桶頭攔河堰興建前後對清水溪與濁水溪流域環境之影響，並視狀況研擬因應對策。 截至第二年度期末報告為止，本計畫已完成桶頭攔河堰自然環境背景蒐集，如地形與地質、雨量、空氣品質以及含砂量等，供本計畫後續水文環境研究分析及模式建置所需參數；另完成國內外相關文獻資料蒐集，如經濟部中央地質調查所「濁水溪沖積扇清水溪下游水文地質調查」、經濟部中區水資源局「湖山水庫工程計畫環境影響調查報告書」等，作為本計畫工作執行之參考資料。外業工作部份，本計畫已完成清水溪河段地質鑽探、觀測井設置及地電阻探測作業、民國103年新設觀測井水位及清水溪流量監測，並完成桶頭攔河堰興建時期第1次航拍作業(範圍包括桶頭攔河堰上游瑞草橋至濁水溪與清水溪交界之南雲大橋以及湖山水庫等) 並於103年7月及9月針對桶頭攔河堰進行第2、3次航拍作業，以及清水溪河床質調查工作。 研究區域內河川水位與流量觀測結果顯示，各水文站水位及流量有類似變化趨勢，均有明顯之豐枯水期變化，且均因颱洪事件造成水位及流量明顯上升；由地下水水位等值圖可發現名竹盆地地區地下水水位大致與地形有相同之變化趨勢，原則以上游往下游遞減，而呈現往河川上游溯源分布則為典型之地表地下水交換頻繁之區域；地下水流向方面，則可看出名竹盆地濁水溪及清水溪沿岸均為兩岸往河道流動，竹山平原地下水流向則由竹山段丘群往鼻子頭隘路(隘口處)流動。 地面地下水數值模式建置方面，分別對枯水年、豐水年、平水年及近5年之水位情境進行模擬，根據模擬結果清水溪周遭沿岸之觀測井於各情境水位變動最大者為G10觀測井，設置攔河堰後其地下水位變動量介於0.5公尺至1.2公尺，其水位變動超過該觀測井最大值與最小值差值之10%，表示清水溪流量之改變會對清水溪河道周邊之地區造成影響，而名竹盆地與濁水溪沖積扇之觀測井，以M1及二水為例，此兩口觀測井水位變動介於0.03公尺皆在該水井水位最大值與最小值差值之10%內，顯示清水溪流量之改變對於名竹盆地及濁水溪沖積扇無明顯之影響。 依據地下水位相關性分析結果顯示，在考量區域沖積層厚度於下游處有越薄情形之下，未來於桶頭攔河堰設置並攔蓄河川水量後，在主要蘊藏地下水量之現代沖積層厚度不大，以及週邊地下水位連動影響之情形下，是否會造成區域地下水位大範圍下降，除藉由本年度模式模擬評估外，後續亦應持續收集建堰後之水位資料進行分析。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/11</date><governmentpublicationsnumber>1010400568</governmentpublicationsnumber><identifier>79193</identifier><internationalstandardbooknumber>9789860448153 ; 9789860448</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79193</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究第二年期末報告(103-104)(光碟版)Hushan Reservoir Project- Downstream River of Tongtou Weir Hydrological and Environment Monitoring</title><yearidentifier>201504</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/11</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79194</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79194</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)Planning Stage Results Report Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning附冊</title><yearidentifier>201503</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/11</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79195</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79195</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)(內附光碟)Planning Stage Results Report Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/12</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79196</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79196</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)--光碟版=Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/12</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79197</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79197</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)附冊(內附光碟)Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，期能透過水患自主防災社區之建立及洪水與淹水預警系統建置等減災避洪措施，減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030173</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/15</date><governmentpublicationsnumber>1010400467</governmentpublicationsnumber><identifier>79200</identifier><internationalstandardbooknumber>9789860315677 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79200</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>全民自主防災能力提升及精進計畫Enhancement and Improvement of Self-Precaution Ability for Disaster Prevention</title><yearidentifier>201503</yearidentifier></data><data><abstract>「天花湖水庫工程環境影響評估報告書」經環保署環境影響評估委員會第201次會議決議：「有條件通過環境影響評估審查」，其中訂有生態保措施及環境監測計畫；自民國101年起先行辦理前期的調查與保育評估工作，主要工作包括生態包括生態資源調查分析及資料庫建置、攔河堰周邊環境營造規劃、生態保育規劃等作業。</abstract><author>中華民國魚類學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030281</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/15</date><governmentpublicationsnumber>1010400404</governmentpublicationsnumber><identifier>79201</identifier><internationalstandardbooknumber>9789860445718 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79201</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(1)-淺山溪流生態系統保育調查評估(1/2)(內附光碟)The Plan of Water Environmental Observation and Investigation in Houlung River (I) - The Investigation and Assessment of Rivulet Ecology Conservation (1/2)</title><yearidentifier>201504</yearidentifier></data><data><abstract>天花湖水庫為經濟部水利署水利規劃試驗所推動中之重要水資源工程計畫。為瞭解天花湖水庫建設對集水區及周邊森林生態系統可能的衝擊並研擬相關保育對策，水規所除執行環境影響評估工作之外，在民國100年7月完成「天花湖水庫推動計畫(3)-計畫區域生態資源調查分析及保育評估」、民國102年12月完成「後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估(2/2)」。本計畫就水庫工程用地、水庫蓄水範圍、水庫集水區持續進行淺山森林生態系統之生態資源調查，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030275</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/15</date><governmentpublicationsnumber>1010400402</governmentpublicationsnumber><identifier>79202</identifier><internationalstandardbooknumber>9789860374124 ; 9789860374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79202</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(1)-淺山森林生態系統保育調查評估(1/2)(內附光碟)The Plan of Water Environmental Observation and Investigation in Houlung River(I)-The Investigation and Assessment of Hill Ecology  Conservation(1/2)</title><yearidentifier>201504</yearidentifier></data><data><abstract>有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，擬辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助，並辦理環境教育人員核心課程研習。而環境教育已成為近年來世界各國之熱門議題及討論焦點，故本計畫亦將辦理環境教育國際交流研討會，以使得本署之環境教育業務與世界接軌；另本署近年來推動環境教業有初步成果，擬將整合近年來本署推展環境教育之相關績效與成果，並將極力爭取國家環境教育獎之殊榮。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030266</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010303082</governmentpublicationsnumber><identifier>79204</identifier><internationalstandardbooknumber>9789860437898 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79204</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年推動水資源環境教育與環教設施整合計畫The Project of 103 years to promote environmental education for water resources and environmental education facilities integration</title><yearidentifier>201412</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國各行各業落實推動節約用水之成效，本署依當年度所訂定「全國政府機關、公立學校暨國營事業節水評比活動要點」及「經濟部水利署表揚節約用水績優單位及個人實施要點」，分別針對機關學校及商業產業用水辦理節水評比競賽及節水績優選拔活動。 機關學校主藉由「政府機關及學校節約用水填報」系統，進行用水量分析及用水管理，考核全國政府機關、公立學校暨國營事業推動節約用水之成效考核評比。另國內商業及產業節水推動之成果，將邀請科學園區及工業區之相關單位參與，節水績優選拔活動，獎勵及表揚節水具體績效者，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030246</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010302518</governmentpublicationsnumber><identifier>79205</identifier><internationalstandardbooknumber>9789860432312 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79205</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年機關學校節水評比與節水績優選拔計畫The Program of Water Conservation Competition on Institutes, Schools and Outstanding Performance Selection in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>因應板新地區供水改善計畫第二期工程完工，及北北基行政區域整併之可能，亟需就大臺北地區甚至全台自來水營管模式及水價結構加以深入研討，另相關議題涉及水資源整體利用效率的提昇，並影響到既有自來水事業的營運，更關係到地方政府對公共給水權益的爭取，牽涉層面相當廣泛，為求客觀慎重起見，擬進行社會意見調查，並辦理自來水事業整合之座談會/說明會，俾尋求最適之區域自來水事業整合方案，作為後續相關政策推動之參考。 另經建會於102年5月30日召開行政院離島建設指導委員會工作小組第67次會議，其中有關本署103年度離島建設基金補助計畫綜審意見，要求研議將金門地區納入台灣自來水公司營運範圍；本署於95年雖已進行相關先期研究，惟因時空環境調整，確有再深入研究探討之需要。鑑於連江縣與金門縣同屬離島地區，供水環境嚴峻，擬一併納入計畫範圍研究，並增加併入臺北自來水事業處營運範圍之可行性研議，俾尋求穩定供水品質，保障民生基本用水需求之最佳整合方式。</abstract><author>淡江大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030082</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010302752</governmentpublicationsnumber><identifier>79206</identifier><internationalstandardbooknumber>9789860435207 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79206</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>區域自?水事業整合效?研析(1/2)A Study on Benefits of Regional Water Corporations Integrating (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生用水需求提高之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校檢漏節水推動服務團」之成立，對國內的機關及學校用水戶提供運用水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。   為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，將由「機關學校檢漏節水推動服務團」協助訓練節水專責人員，完訓後核發合格證書，以建立用水管理、節水檢漏之專業人才，落實機關學校自主檢漏防漏工作，擴大節水檢漏成效。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030249</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010303188</governmentpublicationsnumber><identifier>79207</identifier><internationalstandardbooknumber>9789860438604 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79207</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年機關學校檢漏節水推動服務團Institutional and School Water Leakage and Water Reduction Service Crops</title><yearidentifier>201412</yearidentifier></data><data><abstract>為全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，並使目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續辦理省水標章審查作業，核發符合省水標章產品規格之證書；同時辦理申請省水標章衍生之檢測費補助及鼓勵民間參與省水技術研發等相關工作推動，提升省水標章普及化，落實「三全」節水運動，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030242</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010302517</governmentpublicationsnumber><identifier>79208</identifier><internationalstandardbooknumber>9789860432305 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79208</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103 年省水標章推廣調查及審核作業計畫The Promotion and Survey and Product Certification for Water Conservation Mark Program in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡。目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡後的重要環境標示之一。國內亦有數十家企業完成產品水足跡的估算並通過查證，其中部分企業更以水足跡估算過程中的盤查分析結果，做為研擬節水措施的依據，大幅提昇企業的用水效率。 氣候變遷改變了水文循環，導致全球水資源日益稀少，而臺灣的降雨量雖豐沛，但在時間和區域上的分佈不均，可用的水資源相當稀少，故提升水資源利用效率及節約用水更成為本署重要的水資源政策之ㄧ。由水足跡在企業間的推廣和應用情形來看，若能善用水足跡使其成為水資源管理工具，將有助於工商業用水效率的提升。 本署預定「水足跡」政策之推動工作，包括知識擴散、估算方法訂定、資料庫建立與評估、水足跡盤查機制及運用政策推動等項目。目前除以先期計畫建立知識儲備、宣導水足跡概念及於去(102)年推動自來水水足跡之計算外，尚須進一步建構企業以水足跡做為水資源管理工具的機制，以完備「水足跡」政策萌芽期之推動工作。 本計畫之目的為建立產品水足跡盤查分析準則，供企業評估水足跡時參考，逐步建立企業用水資訊分析能力，並做為本署評估企業合理用水之輔助工具。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030257</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010303118</governmentpublicationsnumber><identifier>79209</identifier><internationalstandardbooknumber>9789860438468 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79209</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>企業水足跡盤查機制建立及推動策略之研究(1/2)The Study of Corporate Water Footprint Inventory Mechanism and Related Policy Promotion(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>103年愛水節水月宣導活動，將延續「水合作」的精神，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優表揚及評比競賽頒獎典禮，以激勵節水成效卓著單位與人員。另外辦理節水作文徵選比賽及夏令營，讓節水概念深入學子，並製作愛水節水歌曲MV，讓一般民眾由歌曲而行動，達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030270</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010303034</governmentpublicationsnumber><identifier>79210</identifier><internationalstandardbooknumber>9789860437409 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79210</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年愛水節水月宣導活動計畫The Promotion Project of Water Conservarion Month,2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>制定合理用水指標，是用水科學管理的基礎工作，而用水量基準值的制定亦需考量科學性、先進性及經濟合理性，除此之外更應力行簡便易行，提高用水效率基準，並促進用水合理利用和科學管理。近年國內服務業及商業發展蓬勃、營業額逐年增加，因以人為服務對象，是一個用水密集之場所，但國內有關商業用水資料相對較為貧乏。 本計畫將針對國內綜合商品零售業(百貨公司、量販店等)、住宿服務業(國際觀光旅館、一般觀光旅館、一般旅館等)、醫療保健服務業(醫學中心、區域醫院、地區醫院等)及遊樂園和主題樂園等商業大用水戶進行調查，以了解各用水戶之用水特性與用水現況。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030274</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/17</date><governmentpublicationsnumber>1010303154</governmentpublicationsnumber><identifier>79211</identifier><internationalstandardbooknumber>9789860438611 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79211</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>商業大用水戶用水調查與合理用水量估算技術之研究計畫(1/2)A Study on Investigation and Rational Estimation of Commerical Water Use(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，期能透過水患自主防災社區之建立及洪水與淹水預警系統建置等減災避洪措施，減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030173</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/22</date><governmentpublicationsnumber>1010400467</governmentpublicationsnumber><identifier>79213</identifier><internationalstandardbooknumber>9789860315677 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79213</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>全民自主防災能力提升及精進計畫(光碟版)Enhancement and Improvement of Self-Precaution Ability for Disaster Prevention</title><yearidentifier>201503</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，期能透過水患自主防災社區之建立及洪水與淹水預警系統建置等減災避洪措施，減輕水患對人民生活之衝擊。</abstract><author>逢甲大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030173</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/22</date><governmentpublicationsnumber>1010400467</governmentpublicationsnumber><identifier>79214</identifier><internationalstandardbooknumber>9789860315677 ; 9789860315</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79214</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>全民自主防災能力提升及精進計畫(光碟版)Enhancement and Improvement of Seil-Precaution Ability for Disaster Prevention</title><yearidentifier>201503</yearidentifier></data><data><abstract>本局所轄曾文水庫集水區範圍遼闊，區內環境地質脆弱、山坡陡峭、溪流湍急、地質構造複雜、岩性脆弱、土壤鬆軟、年雨量大而集中，加以近十數年來我國經濟繁榮，促使山區迅速開發，農用開墾、開路等情事日益增多，加速造成坡地崩塌及表土沖蝕，每遇颱風豪雨，上游大量泥砂被沖入水庫，水庫面臨快速淤積之困境，勢將嚴重影響水庫功能與永續利用。 由於水庫集水區之違規事項，可能對水庫操作管理或水庫蓄水範圍產生影響，因此水庫集水區土地之管理工作首重防範於未然，在不當開發、非法開發利用尚未擴大之前，或者各種天災發生之後，可以迅速了解災害位置與範圍，於第一時間制止或即時進行水土保持、復原等工作，有必要對曾文水庫集水區內土地開發利用情形進行長期監測，並於天災發生後，即時分析與評估災害範圍與位置，以利現場查報與勘查作業的進行。 莫拉克颱風後，水庫面臨各項問題之困境益形嚴峻，為治理曾文、南化、烏山頭水及穩定南部地區供水，99年5月12日總統公布「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」，各權責機關積極執行曾文水庫集水區保育治理等工作，為釐清各機關治理、災害形成及民眾開發造成集水區地形地物變動，有必要以現地查勘及巡查等方式，並配合衛星影像定期監測，除可遏止集水區違規事項外，並同時暸解集水區各機關治理工程之成效，此外辦理教育宣導，教導民眾勿濫墾、濫伐及濫建，防範於未然。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030253</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/23</date><governmentpublicationsnumber>1010340002</governmentpublicationsnumber><identifier>79216</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79216</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>104</publishrocyear><title>103年度曾文水庫集水區巡查管理暨衛星監測計畫 Zengwen Reservoir WatershedGround Patrol Management and Satellite Monitoring Project In 2014</title><yearidentifier>201502</yearidentifier></data><data><abstract>本局所轄曾文水庫集水區範圍遼闊，區內環境地質脆弱、山坡陡峭、溪流湍急、地質構造複雜、岩性脆弱、土壤鬆軟、年雨量大而集中，加以近十數年來我國經濟繁榮，促使山區迅速開發，農用開墾、開路等情事日益增多，加速造成坡地崩塌及表土沖蝕，每遇颱風豪雨，上游大量泥砂被沖入水庫，水庫面臨快速淤積之困境，勢將嚴重影響水庫功能與永續利用。 由於水庫集水區之違規事項，可能對水庫操作管理或水庫蓄水範圍產生影響，因此水庫集水區土地之管理工作首重防範於未然，在不當開發、非法開發利用尚未擴大之前，或者各種天災發生之後，可以迅速了解災害位置與範圍，於第一時間制止或即時進行水土保持、復原等工作，有必要對曾文水庫集水區內土地開發利用情形進行長期監測，並於天災發生後，即時分析與評估災害範圍與位置，以利現場查報與勘查作業的進行。 莫拉克颱風後，水庫面臨各項問題之困境益形嚴峻，為治理曾文、南化、烏山頭水及穩定南部地區供水，99年5月12日總統公布「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」，各權責機關積極執行曾文水庫集水區保育治理等工作，為釐清各機關治理、災害形成及民眾開發造成集水區地形地物變動，有必要以現地查勘及巡查等方式，並配合衛星影像定期監測，除可遏止集水區違規事項外，並同時暸解集水區各機關治理工程之成效，此外辦理教育宣導，教導民眾勿濫墾、濫伐及濫建，防範於未然。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.642723</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030253</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/23</date><governmentpublicationsnumber>1010340002</governmentpublicationsnumber><identifier>79218</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79218</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>104</publishrocyear><title>103年度曾文水庫集水區巡查管理暨衛星監測計畫 (光碟版)Zengwen Reservoir WatershedGround Patrol Management and Satellite Monitoring Project In 2014</title><yearidentifier>201502</yearidentifier></data><data><abstract>水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。旱災災害應變處置著重於水資源之開源及節流，需專業人力定期評估氣候與水情分析；水災災害應變處置著重於防救災資源之預佈及災中依據氣象資訊進行淹水潛勢評估以及早發布避災預警之緊急處置。其災害防救與緊急應變過程所需之人力、專業視該年旱象、颱風、豪雨或各類型災害發生之次數、期間而具有短時間高需求量之特點，故如何有效提供及運用專業人力以協助本署於枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、水庫蓄洪評估等一系列工作，以協助掌握災情狀況、且於災後迅速提供應變檢討資訊及撰寫應變處置報告。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030167</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/23</date><governmentpublicationsnumber>1010401037</governmentpublicationsnumber><identifier>79225</identifier><internationalstandardbooknumber>9789860447668 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79225</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>104</publishrocyear><title>103年經濟部水利署災害緊急應變小組服務團計畫(內附光碟)2014 Service Corps of Disaster Emergency Operation Team of WRA, MOEA</title><yearidentifier>201503</yearidentifier></data><data><abstract> </abstract><author>蔡惠卿</author><categoryidentifier>367</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/23</date><governmentpublicationsnumber>4310303113</governmentpublicationsnumber><identifier>79226</identifier><internationalstandardbooknumber>9789860439885 ; 9789860439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79226</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會林務局</publisher><publishrocyear>103</publishrocyear><title>臺灣桃花源看見里山</title><yearidentifier>201412</yearidentifier></data><data><abstract>水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。旱災災害應變處置著重於水資源之開源及節流，需專業人力定期評估氣候與水情分析；水災災害應變處置著重於防救災資源之預佈及災中依據氣象資訊進行淹水潛勢評估以及早發布避災預警之緊急處置。其災害防救與緊急應變過程所需之人力、專業視該年旱象、颱風、豪雨或各類型災害發生之次數、期間而具有短時間高需求量之特點，故如何有效提供及運用專業人力以協助本署於枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、水庫蓄洪評估等一系列工作，以協助掌握災情狀況、且於災後迅速提供應變檢討資訊及撰寫應變處置報告。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030167</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010401037</governmentpublicationsnumber><identifier>79229</identifier><internationalstandardbooknumber>9789860447668 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79229</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>104</publishrocyear><title>103年經濟部水利署災害緊急應變小組服務團計畫(光碟版)2014 Service Corps of Disaster Emergency Operation Team of WRA, MOEA</title><yearidentifier>201503</yearidentifier></data><data><abstract>為全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，並使目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續辦理省水標章審查作業，核發符合省水標章產品規格之證書；同時辦理申請省水標章衍生之檢測費補助及鼓勵民間參與省水技術研發等相關工作推動，提升省水標章普及化，落實「三全」節水運動，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030242</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010302517</governmentpublicationsnumber><identifier>79231</identifier><internationalstandardbooknumber>9789860432305 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79231</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103 年省水標章推廣調查及審核作業計畫(光碟版)The Promotion and Survey and Product Certification for Water Conservation Mark Program in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>103年愛水節水月宣導活動，將延續「水合作」的精神，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優表揚及評比競賽頒獎典禮，以激勵節水成效卓著單位與人員。另外辦理節水作文徵選比賽及夏令營，讓節水概念深入學子，並製作愛水節水歌曲MV，讓一般民眾由歌曲而行動，達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030270</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010303034</governmentpublicationsnumber><identifier>79232</identifier><internationalstandardbooknumber>9789860437409 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79232</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年愛水節水月宣導活動計畫(光碟版)The Promotion Project of Water Conservarion Month,2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>制定合理用水指標，是用水科學管理的基礎工作，而用水量基準值的制定亦需考量科學性、先進性及經濟合理性，除此之外更應力行簡便易行，提高用水效率基準，並促進用水合理利用和科學管理。近年國內服務業及商業發展蓬勃、營業額逐年增加，因以人為服務對象，是一個用水密集之場所，但國內有關商業用水資料相對較為貧乏。 本計畫將針對國內綜合商品零售業(百貨公司、量販店等)、住宿服務業(國際觀光旅館、一般觀光旅館、一般旅館等)、醫療保健服務業(醫學中心、區域醫院、地區醫院等)及遊樂園和主題樂園等商業大用水戶進行調查，以了解各用水戶之用水特性與用水現況。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030274</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010303154</governmentpublicationsnumber><identifier>79233</identifier><internationalstandardbooknumber>9789860438611 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79233</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>商業大用水戶用水調查與合理用水量估算技術之研究計畫(1/2)(光碟版))A Study on Investigation and Rational Estimation of Commerical Water Use(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，擬辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助，並辦理環境教育人員核心課程研習。而環境教育已成為近年來世界各國之熱門議題及討論焦點，故本計畫亦將辦理環境教育國際交流研討會，以使得本署之環境教育業務與世界接軌；另本署近年來推動環境教業有初步成果，擬將整合近年來本署推展環境教育之相關績效與成果，並將極力爭取國家環境教育獎之殊榮。</abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030266</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010303082</governmentpublicationsnumber><identifier>79234</identifier><internationalstandardbooknumber>9789860437898 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79234</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年推動水資源環境教育與環教設施整合計畫(光碟版)The Project of 103 years to promote environmental education for water resources and environmental education facilities integration</title><yearidentifier>201412</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡。目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡後的重要環境標示之一。國內亦有數十家企業完成產品水足跡的估算並通過查證，其中部分企業更以水足跡估算過程中的盤查分析結果，做為研擬節水措施的依據，大幅提昇企業的用水效率。 氣候變遷改變了水文循環，導致全球水資源日益稀少，而臺灣的降雨量雖豐沛，但在時間和區域上的分佈不均，可用的水資源相當稀少，故提升水資源利用效率及節約用水更成為本署重要的水資源政策之ㄧ。由水足跡在企業間的推廣和應用情形來看，若能善用水足跡使其成為水資源管理工具，將有助於工商業用水效率的提升。 本署預定「水足跡」政策之推動工作，包括知識擴散、估算方法訂定、資料庫建立與評估、水足跡盤查機制及運用政策推動等項目。目前除以先期計畫建立知識儲備、宣導水足跡概念及於去(102)年推動自來水水足跡之計算外，尚須進一步建構企業以水足跡做為水資源管理工具的機制，以完備「水足跡」政策萌芽期之推動工作。 本計畫之目的為建立產品水足跡盤查分析準則，供企業評估水足跡時參考，逐步建立企業用水資訊分析能力，並做為本署評估企業合理用水之輔助工具。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030257</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010303118</governmentpublicationsnumber><identifier>79235</identifier><internationalstandardbooknumber>9789860438468 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79235</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>企業水足跡盤查機制建立及推動策略之研究(1/2)(光碟版)The Study of Corporate Water Footprint Inventory Mechanism and Related Policy Promotion(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>因應板新地區供水改善計畫第二期工程完工，及北北基行政區域整併之可能，亟需就大臺北地區甚至全台自來水營管模式及水價結構加以深入研討，另相關議題涉及水資源整體利用效率的提昇，並影響到既有自來水事業的營運，更關係到地方政府對公共給水權益的爭取，牽涉層面相當廣泛，為求客觀慎重起見，擬進行社會意見調查，並辦理自來水事業整合之座談會/說明會，俾尋求最適之區域自來水事業整合方案，作為後續相關政策推動之參考。 另經建會於102年5月30日召開行政院離島建設指導委員會工作小組第67次會議，其中有關本署103年度離島建設基金補助計畫綜審意見，要求研議將金門地區納入台灣自來水公司營運範圍；本署於95年雖已進行相關先期研究，惟因時空環境調整，確有再深入研究探討之需要。鑑於連江縣與金門縣同屬離島地區，供水環境嚴峻，擬一併納入計畫範圍研究，並增加併入臺北自來水事業處營運範圍之可行性研議，俾尋求穩定供水品質，保障民生基本用水需求之最佳整合方式。</abstract><author>淡江大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030082</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010302752</governmentpublicationsnumber><identifier>79236</identifier><internationalstandardbooknumber>9789860435207 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79236</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>區域自?水事業整合效?研析(1/2)(光碟版)A Study on Benefits of Regional Water Corporations Integrating (1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>鑒於水資源供應不確定性升高與國內民生用水需求提高之趨勢，落實節約用水有其實質急切性與可預期之顯著績效。故擬藉由「機關學校檢漏節水推動服務團」之成立，對國內的機關及學校用水戶提供運用水資源效率提昇輔導與檢漏服務，期能合理且有效率地利用有限的水資源。   為使機關學校提高漏水之警覺，除加強教育宣導，呼籲定期檢查供水管線、儲水(蓄水)設備及各項衛生設備是否漏水，將由「機關學校檢漏節水推動服務團」協助訓練節水專責人員，完訓後核發合格證書，以建立用水管理、節水檢漏之專業人才，落實機關學校自主檢漏防漏工作，擴大節水檢漏成效。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030249</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/25</date><governmentpublicationsnumber>1010303188</governmentpublicationsnumber><identifier>79237</identifier><internationalstandardbooknumber>9789860438604 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79237</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年機關學校檢漏節水推動服務團(光碟版)Institutional and School Water Leakage and Water Reduction Service Crops</title><yearidentifier>201412</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國各行各業落實推動節約用水之成效，本署依當年度所訂定「全國政府機關、公立學校暨國營事業節水評比活動要點」及「經濟部水利署表揚節約用水績優單位及個人實施要點」，分別針對機關學校及商業產業用水辦理節水評比競賽及節水績優選拔活動。 機關學校主藉由「政府機關及學校節約用水填報」系統，進行用水量分析及用水管理，考核全國政府機關、公立學校暨國營事業推動節約用水之成效考核評比。另國內商業及產業節水推動之成果，將邀請科學園區及工業區之相關單位參與，節水績優選拔活動，獎勵及表揚節水具體績效者，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030246</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/26</date><governmentpublicationsnumber>1010302518</governmentpublicationsnumber><identifier>79240</identifier><internationalstandardbooknumber>9789860432312 ; 9789860432</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79240</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年機關學校節水評比與節水績優選拔計畫(光碟版)The Program of Water Conservation Competition on Institutes, Schools and Outstanding Performance Selection in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>「天花湖水庫工程環境影響評估報告書」經環保署環境影響評估委員會第201次會議決議：「有條件通過環境影響評估審查」，其中訂有生態保措施及環境監測計畫；自民國101年起先行辦理前期的調查與保育評估工作，主要工作包括生態包括生態資源調查分析及資料庫建置、攔河堰周邊環境營造規劃、生態保育規劃等作業。</abstract><author>中華民國魚類學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030281</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/26</date><governmentpublicationsnumber>1010400404</governmentpublicationsnumber><identifier>79241</identifier><internationalstandardbooknumber>9789860445718 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79241</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(1)-淺山溪流生態系統保育調查評估(1/2)(光碟版)The Plan of Water Environmental Observation and Investigation in Houlung River (I) - The Investigation and Assessment of Rivulet Ecology Conservation (1/2)</title><yearidentifier>201504</yearidentifier></data><data><abstract>天花湖水庫為經濟部水利署水利規劃試驗所推動中之重要水資源工程計畫。為瞭解天花湖水庫建設對集水區及周邊森林生態系統可能的衝擊並研擬相關保育對策，水規所除執行環境影響評估工作之外，在民國100年7月完成「天花湖水庫推動計畫(3)-計畫區域生態資源調查分析及保育評估」、民國102年12月完成「後龍溪水資源開發推動計畫(3)-淺山森林生態系統保育調查評估(2/2)」。本計畫就水庫工程用地、水庫蓄水範圍、水庫集水區持續進行淺山森林生態系統之生態資源調查，以做為未來移地保育或水庫下游生態補償用地復育工程規劃設計之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030275</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/26</date><governmentpublicationsnumber>1010400402</governmentpublicationsnumber><identifier>79242</identifier><internationalstandardbooknumber>9789860374124 ; 9789860374</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79242</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(1)-淺山森林生態系統保育調查評估(1/2)(光碟版)The Plan of Water Environmental Observation and Investigation in Houlung River(I)-The Investigation and Assessment of Hill Ecology  Conservation(1/2)</title><yearidentifier>201504</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/26</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>79243</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79243</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)(光碟版)Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>青草湖水庫位於新竹市南區客雅溪中游，為新竹地區早期兼具灌溉及觀光功能之水庫與著名風景區。庫區上游係屬山谷地形，流域裸露之地層有上新世卓蘭層與更新世之沖積層，土質鬆軟易受沖蝕，汛期易造成土方量流失流入青草湖，使蓄水容量逐年銳減，致使防洪和灌溉功能喪失，目前僅保留觀光遊憩功能，並由新竹市政府負責管理。 本計畫目的係透過評估青草湖上游河道漂浮物攔阻設置方案與設置位置可行性，分析是否有適合之攔阻工法與設置位置以減少漂浮物（如：竹子）進入青草湖。並對繞庫排砂方案應用於青草湖之排砂效益進行綜合分析，評估以繞庫排砂方案減少泥砂入流進入青草湖之可行性。各工作項目概述如下： 一、 客雅溪上游河道漂浮物攔阻設置方案評估 (一) 青草湖上游既有之河道地形資料調查蒐集 調查蒐集計畫區內坡向、坡?、高程以及2005、2008與2012年之斷面等資料蒐集。 (二) 青草湖週邊地質資料調查蒐集 調查蒐集客雅溪與青草湖之土壤、地層、地質構造與斷層等資料。 (三) 河道漂浮物（如：竹子）攔阻工法之蒐集整理 蒐集整理河道漂浮物攔阻工法，主要可分為格柵攔截設施（包含全斷面、潛壩型以及簡易格柵）與攔污索。 (四) 客雅溪上游河道適當之漂浮物攔阻工法設置地點選定分析 考量客雅溪上游河道漂流物主要來源、河道寬度、淹水潛勢災害區段、設置地點之地層與地質條件以及生態保育等因素，初步規劃客雅溪上游河道漂浮物攔阻工法設置地點方案。 (五) 設置漂浮物攔阻工法對客雅溪上游河道各重現期流量之水位及通洪能力影響分析 本計畫以HEC-RAS模式模擬漂浮物攔阻工法方案，於各重現期流量條件下，客雅溪上游河道之水位及通洪能力影響分析。 二、 青草湖繞庫排砂效益分析 (一) 針對國內、外或中國大陸相關繞庫排砂工法進行蒐集整理 蒐集整理國內、外與中國大陸相關繞庫排砂工法。 (二) 分析探討青草湖減淤與排砂方案（含繞庫排砂）於各重現期流量條件下，對客雅溪上、下游河道之沖淤變化與防洪安全影響 本計畫規劃青草湖減淤與排砂方案（含繞庫排砂），並針對可能方案（沉砂區清淤）進行模擬，探討可能方案對客雅溪上、下游河道之沖淤變化與防洪安全影響。 (三) 青草湖附近的地籍圖資料蒐集整理 蒐集整理青草湖附近的地籍圖資料，供青草湖減淤與排砂方案（含繞庫排砂）之土地取得經費概估。 (四) 針對各種青草湖減淤與排砂方案（含繞庫排砂），進行初步工程佈置規劃及經費估算 本計畫針對各種青草湖減淤與排砂方案（含繞庫排砂），進行初步工程佈置規劃及經費估算。 (五) 青草湖減淤與排砂方案（含繞庫排砂）應用於青草湖之效益分析 本計畫針對各青草湖減淤與排砂方案（含繞庫排砂），考量各方案之工程與清淤費用、經濟效益、方案之優缺點、設置可行性，探討各方案之優先順序。</abstract><author>逢甲大學</author><categoryidentifier>443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>103B02000901000</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/29</date><governmentpublicationsnumber>1010400397</governmentpublicationsnumber><identifier>79245</identifier><internationalstandardbooknumber>9789860445596 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79245</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>103年度客雅溪上游河道漂浮物攔阻設置方案評估與青草湖繞庫排砂效益分析Floating Debris Intercept Scheme Evaluation on Ke-ya River Upstream and Sediment Bypassing Benefit Analysis of Green Grass Lake in 2014</title><yearidentifier>201503</yearidentifier></data><data><abstract>青草湖水庫位於新竹市南區客雅溪中游，為新竹地區早期兼具灌溉及觀光功能之水庫與著名風景區。庫區上游係屬山谷地形，流域裸露之地層有上新世卓蘭層與更新世之沖積層，土質鬆軟易受沖蝕，汛期易造成土方量流失流入青草湖，使蓄水容量逐年銳減，致使防洪和灌溉功能喪失，目前僅保留觀光遊憩功能，並由新竹市政府負責管理。 本計畫目的係透過評估青草湖上游河道漂浮物攔阻設置方案與設置位置可行性，分析是否有適合之攔阻工法與設置位置以減少漂浮物（如：竹子）進入青草湖。並對繞庫排砂方案應用於青草湖之排砂效益進行綜合分析，評估以繞庫排砂方案減少泥砂入流進入青草湖之可行性。各工作項目概述如下： 一、 客雅溪上游河道漂浮物攔阻設置方案評估 (一) 青草湖上游既有之河道地形資料調查蒐集 調查蒐集計畫區內坡向、坡?、高程以及2005、2008與2012年之斷面等資料蒐集。 (二) 青草湖週邊地質資料調查蒐集 調查蒐集客雅溪與青草湖之土壤、地層、地質構造與斷層等資料。 (三) 河道漂浮物（如：竹子）攔阻工法之蒐集整理 蒐集整理河道漂浮物攔阻工法，主要可分為格柵攔截設施（包含全斷面、潛壩型以及簡易格柵）與攔污索。 (四) 客雅溪上游河道適當之漂浮物攔阻工法設置地點選定分析 考量客雅溪上游河道漂流物主要來源、河道寬度、淹水潛勢災害區段、設置地點之地層與地質條件以及生態保育等因素，初步規劃客雅溪上游河道漂浮物攔阻工法設置地點方案。 (五) 設置漂浮物攔阻工法對客雅溪上游河道各重現期流量之水位及通洪能力影響分析 本計畫以HEC-RAS模式模擬漂浮物攔阻工法方案，於各重現期流量條件下，客雅溪上游河道之水位及通洪能力影響分析。 二、 青草湖繞庫排砂效益分析 (一) 針對國內、外或中國大陸相關繞庫排砂工法進行蒐集整理 蒐集整理國內、外與中國大陸相關繞庫排砂工法。 (二) 分析探討青草湖減淤與排砂方案（含繞庫排砂）於各重現期流量條件下，對客雅溪上、下游河道之沖淤變化與防洪安全影響 本計畫規劃青草湖減淤與排砂方案（含繞庫排砂），並針對可能方案（沉砂區清淤）進行模擬，探討可能方案對客雅溪上、下游河道之沖淤變化與防洪安全影響。 (三) 青草湖附近的地籍圖資料蒐集整理 蒐集整理青草湖附近的地籍圖資料，供青草湖減淤與排砂方案（含繞庫排砂）之土地取得經費概估。 (四) 針對各種青草湖減淤與排砂方案（含繞庫排砂），進行初步工程佈置規劃及經費估算 本計畫針對各種青草湖減淤與排砂方案（含繞庫排砂），進行初步工程佈置規劃及經費估算。 (五) 青草湖減淤與排砂方案（含繞庫排砂）應用於青草湖之效益分析 本計畫針對各青草湖減淤與排砂方案（含繞庫排砂），考量各方案之工程與清淤費用、經濟效益、方案之優缺點、設置可行性，探討各方案之優先順序。</abstract><author>逢甲大學</author><categoryidentifier>443.689715</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/6/29</date><governmentpublicationsnumber>1010400397</governmentpublicationsnumber><identifier>79246</identifier><internationalstandardbooknumber>9789860445596 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79246</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>103年度客雅溪上游河道漂浮物攔阻設置方案評估與青草湖繞庫排砂效益分析(光碟版)Floating Debris Intercept Scheme Evaluation on Ke-ya River Upstream and Sediment Bypassing Benefit Analysis of Green Grass Lake in 2014</title><yearidentifier>201503</yearidentifier></data><data><abstract>水源保育與回饋費自95年1月1日開徵以來，有關水源保育與回饋費徵收之管理、運用及其他回饋作業均仰賴目前建置之「水源保育與回饋費業務系統及網頁」，以控管各地方政府所提計畫及執行經費。另為因應本署水質水量保護區違反管制事項協調會報，提供平台供保護區劃設單位暨各地方政府更新查報最新辦理情形，於本年度計畫，為因應自來水法第12條之4增修，於系統外增加建置水源保育與回饋費繳回及控管作業功能，故為維護該系統運作及配合業務政策變動，爰提本項系統及網頁維護管理計畫。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030050</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/30</date><governmentpublicationsnumber>1010302805</governmentpublicationsnumber><identifier>79249</identifier><internationalstandardbooknumber>9789860435771 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79249</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度水源保育與回饋業務系統與網頁管理、更新及擴充The Expanding renewal and Management Program of The Administrative Business of Water Resources Conservation and Compensation Fee in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>水源保育與回饋費自95年1月1日開徵以來，有關水源保育與回饋費徵收之管理、運用及其他回饋作業均仰賴目前建置之「水源保育與回饋費業務系統及網頁」，以控管各地方政府所提計畫及執行經費。另為因應本署水質水量保護區違反管制事項協調會報，提供平台供保護區劃設單位暨各地方政府更新查報最新辦理情形，於本年度計畫，為因應自來水法第12條之4增修，於系統外增加建置水源保育與回饋費繳回及控管作業功能，故為維護該系統運作及配合業務政策變動，爰提本項系統及網頁維護管理計畫。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030050</commissionedprojectidentifier><currency>NT$</currency><date>2015/6/30</date><governmentpublicationsnumber>1010302805</governmentpublicationsnumber><identifier>79250</identifier><internationalstandardbooknumber>9789860435771 ; 9789860435</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79250</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>103年度水源保育與回饋業務系統與網頁管理、更新及擴充(光碟版)The Expanding renewal and Management Program of The Administrative Business of Water Resources Conservation and Compensation Fee in 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年受到氣候變遷的影響，水資源穩定供應的挑戰更劇，水資源保育的工作愈顯重要。惟在水資源保育上，常需限制人民之權利，產生管理衝突與困擾，因此，如何在水資源保育及人民權利維護上取得平衡，係水質水量保護區(以下簡稱保護區)管理上之重要課題。 保護區係依自來水法第11條規定管理，且保護區範圍內亦有水源保育與回饋之機制。惟因保護區範圍廣大，受到相關單位管理人力有限、水資源環境變遷等影響，既有法令管理方式有待檢討，且歷年在水源保育與回饋之使用上屢生爭議，亦宜有妥適之因應對策。 保護區之管理，除政府機關之努力外，民眾對於在地環境之認同與關心，亦為重要之因素。以近期本署積極推動保護區範圍巡查作業為例，如能運用當地居民對於在地環境之認同感與責任感組成志工隊進行巡查，往往能大幅增加巡查效率並降低政府人力負擔。因此，保護區之管理，如能以環境信託之方式，結合在地或相關有志於環境保育團體之能量，應能更強化民眾對於環境及保育工作之認同，並有助於保護區之管理效率。 近年國內已有相關環境信託之案例，例如宜蘭縣雙連埤溼地運動、台中市新社區生態溼地園區、新竹縣自然股環境園區等等，惟皆因受限於經費來源、整合不足及欠缺法令依據等因素不易推動，或推動成效有限，且相關運作經驗與保護區之需求不同。因此，對於保護區納入環境信託機制之必要性或可行性為何？環境信託內容及如何與自來水法接軌？所需經費如何與籌措？既有水源保育與回饋費運作應如何調整？相關法令應如何配合修正或訂定等，皆須探討，亦為本研究重點。為能釐清相關問題及環境信託之可行性，特成立本計畫，並將以位於台北水源特定區都市計畫範圍之新店溪青潭水質水量保護區為分析案例。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030166</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/1</date><governmentpublicationsnumber>1010303007</governmentpublicationsnumber><identifier>79251</identifier><internationalstandardbooknumber>9789860437676 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79251</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水源保育與回饋環境信託制度研究(1/2)Environmental trust in water sources conservation and compensation policy(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>近年受到氣候變遷的影響，水資源穩定供應的挑戰更劇，水資源保育的工作愈顯重要。惟在水資源保育上，常需限制人民之權利，產生管理衝突與困擾，因此，如何在水資源保育及人民權利維護上取得平衡，係水質水量保護區(以下簡稱保護區)管理上之重要課題。 保護區係依自來水法第11條規定管理，且保護區範圍內亦有水源保育與回饋之機制。惟因保護區範圍廣大，受到相關單位管理人力有限、水資源環境變遷等影響，既有法令管理方式有待檢討，且歷年在水源保育與回饋之使用上屢生爭議，亦宜有妥適之因應對策。 保護區之管理，除政府機關之努力外，民眾對於在地環境之認同與關心，亦為重要之因素。以近期本署積極推動保護區範圍巡查作業為例，如能運用當地居民對於在地環境之認同感與責任感組成志工隊進行巡查，往往能大幅增加巡查效率並降低政府人力負擔。因此，保護區之管理，如能以環境信託之方式，結合在地或相關有志於環境保育團體之能量，應能更強化民眾對於環境及保育工作之認同，並有助於保護區之管理效率。 近年國內已有相關環境信託之案例，例如宜蘭縣雙連埤溼地運動、台中市新社區生態溼地園區、新竹縣自然股環境園區等等，惟皆因受限於經費來源、整合不足及欠缺法令依據等因素不易推動，或推動成效有限，且相關運作經驗與保護區之需求不同。因此，對於保護區納入環境信託機制之必要性或可行性為何？環境信託內容及如何與自來水法接軌？所需經費如何與籌措？既有水源保育與回饋費運作應如何調整？相關法令應如何配合修正或訂定等，皆須探討，亦為本研究重點。為能釐清相關問題及環境信託之可行性，特成立本計畫，並將以位於台北水源特定區都市計畫範圍之新店溪青潭水質水量保護區為分析案例。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030166</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/1</date><governmentpublicationsnumber>1010303007</governmentpublicationsnumber><identifier>79252</identifier><internationalstandardbooknumber>9789860437676 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79252</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水源保育與回饋環境信託制度研究(1/2)(光碟版)Environmental trust in water sources conservation and compensation policy(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>為保育自來水水源、水質，水質水量保護區內土地開發及使用行 為受到相當管制，基於「受益者付費，受限者得償」之精神，自來水 法訂有相關之保育與回饋機制。 因應水源保育與回饋制度之推動，經濟部水利署(以下統稱水利署 或本署)自民國94 年開發「水源保育與回饋業務系統」，並於民國95 年1 月起開徵水源保育與回饋費，由自來水水質水量保護區(以下統稱 水質水量保護區)提報水源保育與回饋相關計畫，專款專用，並針對業 務執行之專戶運用小組、小組行政機關及水質水量保護區民眾辦理相 關推廣宣導與教育訓練。 推動至今十年將至，各方面制度已初具完備，除累積豐富之水源 保育與回饋制度執行成果及經驗，並完成業務輔助系統建置，以提升 效率。為持續落實水源保育與回饋制度推動，本計畫擬彙整各水質水 量保護區歷年業務執行成果，水源保育與回饋計畫、經費使用、活動 辦理及相關案件等資料，經分類整理分析檢討，編撰輯成成果彙編， 可為水資源保育未來相關業務推動之參考，期逐年改進，以臻完善。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/2</date><governmentpublicationsnumber>1010303014</governmentpublicationsnumber><identifier>79253</identifier><internationalstandardbooknumber>9789860437652 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79253</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水質水量保護區水源保育與回饋執行成果彙編Compilation Results of Implementing on Water Conservation and Feedback for Water Quality and Quanity Protection Areas</title><yearidentifier>201412</yearidentifier></data><data><abstract>為保育自來水水源、水質，水質水量保護區內土地開發及使用行 為受到相當管制，基於「受益者付費，受限者得償」之精神，自來水 法訂有相關之保育與回饋機制。 因應水源保育與回饋制度之推動，經濟部水利署(以下統稱水利署 或本署)自民國94 年開發「水源保育與回饋業務系統」，並於民國95 年1 月起開徵水源保育與回饋費，由自來水水質水量保護區(以下統稱 水質水量保護區)提報水源保育與回饋相關計畫，專款專用，並針對業 務執行之專戶運用小組、小組行政機關及水質水量保護區民眾辦理相 關推廣宣導與教育訓練。 推動至今十年將至，各方面制度已初具完備，除累積豐富之水源 保育與回饋制度執行成果及經驗，並完成業務輔助系統建置，以提升 效率。為持續落實水源保育與回饋制度推動，本計畫擬彙整各水質水 量保護區歷年業務執行成果，水源保育與回饋計畫、經費使用、活動 辦理及相關案件等資料，經分類整理分析檢討，編撰輯成成果彙編， 可為水資源保育未來相關業務推動之參考，期逐年改進，以臻完善。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/2</date><governmentpublicationsnumber>1010303014</governmentpublicationsnumber><identifier>79254</identifier><internationalstandardbooknumber>9789860437652 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79254</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水質水量保護區水源保育與回饋執行成果彙編(光碟版)Compilation Results of Implementing on Water Conservation and Feedback for Water Quality and Quanity Protection Areas</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區經劃定公告之自來水水質水量保護區計有113處，面積達8,990平方公里，約佔台灣地區土地面積之25％；為保育自來水水源、水質，保護區內土地開發及使用行為受到相當管制，基於「受益者付費，受限者得償」之精神，自來水法訂有相關之保育與回饋機制。因應保育與回饋制度之推動，本署自94年開發「水源保育與回饋業務系統」，於95年1月起開徵水源保育與回饋費，由保護區提報保育與回饋相關計畫，專款專用，並針對業務執行之專戶運用小組、小組行政機關及保護區民眾辦理相關推廣宣導與教育訓練。推動至今十年將至，各方面制度已初具完備，除累積豐富之水源保育與回饋制度執行成果及經驗，並完成業務輔助系統建置，以提升效率。 為持續落實水源保育與回饋制度推動，本計畫擬彙整各保護區歷年業務執行成果，水源保育與回饋計畫、經費使用、活動辦理、圖資及相關案件等資料，經分類整理，分析檢討，編撰輯成成果彙編，可為未來業務推動之參考，圖集總覽作為各項業務執行之輔弼，並有助於本署水資源保育相關業務之推動，期逐年改進，以臻完善。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030206</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/2</date><governmentpublicationsnumber>1010303013</governmentpublicationsnumber><identifier>79255</identifier><internationalstandardbooknumber>9789860437669 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79255</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水質水量保護區水源保育與回饋業務推動成果彙編Compilation Results of Promoting Services on Water Conservation and Feedback for Water Quality and Quantity Protection Areas</title><yearidentifier>201412</yearidentifier></data><data><abstract>台灣地區經劃定公告之自來水水質水量保護區計有113處，面積達8,990平方公里，約佔台灣地區土地面積之25％；為保育自來水水源、水質，保護區內土地開發及使用行為受到相當管制，基於「受益者付費，受限者得償」之精神，自來水法訂有相關之保育與回饋機制。因應保育與回饋制度之推動，本署自94年開發「水源保育與回饋業務系統」，於95年1月起開徵水源保育與回饋費，由保護區提報保育與回饋相關計畫，專款專用，並針對業務執行之專戶運用小組、小組行政機關及保護區民眾辦理相關推廣宣導與教育訓練。推動至今十年將至，各方面制度已初具完備，除累積豐富之水源保育與回饋制度執行成果及經驗，並完成業務輔助系統建置，以提升效率。 為持續落實水源保育與回饋制度推動，本計畫擬彙整各保護區歷年業務執行成果，水源保育與回饋計畫、經費使用、活動辦理、圖資及相關案件等資料，經分類整理，分析檢討，編撰輯成成果彙編，可為未來業務推動之參考，圖集總覽作為各項業務執行之輔弼，並有助於本署水資源保育相關業務之推動，期逐年改進，以臻完善。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030206</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/2</date><governmentpublicationsnumber>1010303013</governmentpublicationsnumber><identifier>79256</identifier><internationalstandardbooknumber>9789860437669 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79256</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>水質水量保護區水源保育與回饋業務推動成果彙編(光碟版)Compilation Results of Promoting Services on Water Conservation and Feedback for Water Quality and Quantity Protection Areas</title><yearidentifier>201412</yearidentifier></data><data><abstract>計畫目的為進行「河川管理資訊化系統」之改版作業，重新檢討現行資訊系統架構，設計較具彈性的資料架構、更人性化使用介面，以因應河川管理資訊的安全與控管以及配合本署核辦業務程序需求。使系統功能及效用更加提昇與改善，透過網路科技技術提供各業務單位作業應用所需資訊，強化系統管理界面，整合統計、管理及查詢服務，以達資源共享提升使用效率，並使本署能充分掌握及監督各河川局河川管理業務推動成果為辦理河川管理資訊化系統改版建置，爰成立本計畫。全程工作期限預計為期2年。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010203219</governmentpublicationsnumber><identifier>79265</identifier><internationalstandardbooknumber>9789860396300 ; 9789860396</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79265</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>102</publishrocyear><title>河川管理資訊化系統改版建置計畫(2/2)--Revision Project of River Management Information System正式報告書</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302933</governmentpublicationsnumber><identifier>79268</identifier><internationalstandardbooknumber>9789860437041 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79268</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>食品製造業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302932</governmentpublicationsnumber><identifier>79269</identifier><internationalstandardbooknumber>9789860436884 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79269</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>染整業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302926</governmentpublicationsnumber><identifier>79270</identifier><internationalstandardbooknumber>9789860436839 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79270</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>化學材料製造業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302938</governmentpublicationsnumber><identifier>79271</identifier><internationalstandardbooknumber>9789860437102 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79271</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>電鍍業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302930</governmentpublicationsnumber><identifier>79272</identifier><internationalstandardbooknumber>9789860436877 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79272</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>印刷電路板業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>經濟部工業局,  財團法人環境與發展基金會</author><categoryidentifier>445.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/6</date><governmentpublicationsnumber>1010302937</governmentpublicationsnumber><identifier>79273</identifier><internationalstandardbooknumber>9789860437089 ; 9789860437</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79273</librarycollectiondetailsurl><price>300</price><publisher>經濟部工業局,  財團法人環境與發展基金會:環境與發展基金會</publisher><publishrocyear>103</publishrocyear><title>紙漿、紙及紙製品製造業污染防治法規與處理技術手冊</title><yearidentifier>201412</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/7</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79274</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79274</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/7</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79275</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79275</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業(光碟版)Flood Early Warning and Flood C ontrol Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/10</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79276</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79276</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業(光碟版)Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/10</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79277</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79277</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>內政部</author><categoryidentifier>515.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/13</date><governmentpublicationsnumber>2006300016</governmentpublicationsnumber><identifier>79278</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79278</librarycollectiondetailsurl><price>750</price><publisher>內政部</publisher><publishrocyear>103</publishrocyear><title>中華民國人口統計年刊（民國一O三年）－內附光碟</title><yearidentifier>201406</yearidentifier></data><data><abstract>為了解烏溪中上游水質現況及對本計畫取水影響，由本署水利規劃試驗所依行政程序研提計畫，以供後續工程設計之參考。</abstract><author>艾亦康工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030299</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/14</date><governmentpublicationsnumber>1010400526</governmentpublicationsnumber><identifier>79282</identifier><internationalstandardbooknumber>9789860447590 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79282</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鳥嘴潭人工湖計畫-取水口上游水質補充調查及模擬評估(光碟版)Planning for Naiaozuitan Artificial Lake- Supplementary Water Quality Investigation and Simulation in Weir Upstream</title><yearidentifier>201504</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/16</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79295</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79295</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood C ontrol Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>為加速知識轉變成為實際運用的過程，使成熟之研發成果可迅速商品化，建立新興產業；使既有產業因降低成本、提高附加價值而提升競爭力；使推動知識運用而創造新市場需求，成為孕育新興產業的溫床，以帶動知識密集型產業之發展。基此，經濟部水利署於91年推動「輔導知識型水利產業發展計畫」，並成立『水利產業知識化育成中心』，冀期以知識經濟發展為主軸，運用「產、官、學、研」整體資源，全方位輔導水利產業知識化，迅速整合國內外水利專業技術與各界精英，進行輔導水利產業相關廠商，e化水利產業資源資料庫，建構水利產業技術交流平台，促進水利產業升級，再造新興水利產業，並帶動國內水利產業之發展。 本計畫工作成果包含（1）水利產業知識管理暨資訊交流平台維護管理與資訊新增；（2）輔導育成水利產業相關廠商；（3）協助學研單位提出1件專利申請；（4）蒐集97-98年國內水利產業相關之專利，並辦理1場次專利發表說明會；（5）辦理4場次水利產業相關之創新技術、行銷管理技術等說明會或專題講座；（6）協助8家廠商參與2場次水科技或商品展；（7）協助配合推動水利產業育成網絡。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990404</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/17</date><governmentpublicationsnumber>1009904846</governmentpublicationsnumber><identifier>79300</identifier><internationalstandardbooknumber>9789860266368 ; 9789860266</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79300</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>水利產業育成輔導與技術推廣計畫</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>林蔚 李寄嵎  楊小青 陳正宏</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/23</date><governmentpublicationsnumber>1010000160</governmentpublicationsnumber><identifier>79307</identifier><internationalstandardbooknumber>9789860269444 ; 9789860269</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79307</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>100</publishrocyear><title>五萬分之一台灣地質圖說明書：金門地區</title><yearidentifier>201101</yearidentifier></data><data><abstract> </abstract><author>劉桓吉 高銘健</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/23</date><governmentpublicationsnumber>1009904956</governmentpublicationsnumber><identifier>79308</identifier><internationalstandardbooknumber>9789860268102 ; 9789860268</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79308</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>99</publishrocyear><title>五萬分之一台灣地質圖說明書.圖幅第十九號梨山</title><yearidentifier>201012</yearidentifier></data><data><abstract>雙溪水庫(以下簡稱本水庫)位於新北市雙溪區丁子蘭溪與其主流雙溪之匯流口南方約800公尺處(詳圖1)，其開發規模已達應實施環境影響評估之門檻，故前經濟部水資源統一規劃委員會於民國85年擬妥「臺灣地區北部區域雙溪水庫計畫環境影響說明書」提送審查，經環保署第30次委員會決議應繼續進行第二階段環境影響評估，惟當時未依環境影響評估法之規定續辦後續事宜。 本署於民國100年重新推動雙溪水庫計畫，鑒於民國85年環境影響說明書及民國86年範疇界定作業至今已間隔逾15年，時空變化與法令要求不同，爰依照現行法令規定，重新辦理環境影響說明書(併同民國101年「環境現況補充調查分析」)公開陳列及公開說明會等程序，並填具範疇界定指引表，函送環保署再次召開範疇界定會議，並於民國102年4月9日及5月15日完成範疇界定審查，確認可行之替代方案及應進行環境影響評估之項目。由於工程規畫檢討尚未完成，相關課題仍待評估，考量影響環境評估作業時程，故本年度先行辦理部分環境因子調查作業，提供未來後續及第二階段環境影響評估之參考。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030263</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/23</date><governmentpublicationsnumber>1010401025</governmentpublicationsnumber><identifier>79309</identifier><internationalstandardbooknumber>9789860452716 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79309</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-環境、生態專題-環境因子調查(內附光碟)A Review of Feasibility Study of Shuangxi Reservoir (4) – Environmental and Ecological Topic –Environmental Factor Investigation</title><yearidentifier>201506</yearidentifier></data><data><abstract> </abstract><author>林啟文、林偉雄、高銘健</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/29</date><governmentpublicationsnumber>1010001111</governmentpublicationsnumber><identifier>79321</identifier><internationalstandardbooknumber>9789860279719 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79321</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>103</publishrocyear><title>五萬分之一台灣地質圖說明書.圖幅第六十二號潮州</title><yearidentifier>201407</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/7/29</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>79322</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79322</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>99</publishrocyear><title>新期構造研究專輯(二)</title><yearidentifier>201004</yearidentifier></data><data><abstract>為瞭解濁水溪流域相關水資源及利用情形，增加濁水溪水源開發利用，以補充供應本地區枯水期用水，本計畫將進行地下水調查規劃檢討，探討深層地下水可開發可行性、考量利用中游高灘地於洪水高水位時蓄水利用方式評估規劃，以及人工湖開發規模檢討，進一步釐清檢討濁水溪上中下游水資源設施與相關規劃方案可行性，作為未來區域水資源規劃開發運用之參考。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030375</commissionedprojectidentifier><currency>NT$</currency><date>2015/7/30</date><governmentpublicationsnumber>1010400307</governmentpublicationsnumber><identifier>79333</identifier><internationalstandardbooknumber>9789860444391 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79333</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>濁水溪水資源開發利用規劃檢討--光碟版=Review on Water Resources Planning and Rational Utilization in Choshui River</title><yearidentifier>201503</yearidentifier></data><data><abstract>近??，隨著全球暖化效應及海洋氣候變遷的影響，全球海水位的抬升以及 颱風頻繁的發生等問題已迫?攸關到我們所生存的環境，波?與?潮對人?活動 之影響也已引起各國政府和科學家的廣泛關注。臺灣每?夏秋季遭受颱風侵襲， 颱風?潮所產生?常水位常對臺灣沿海造成重大災害，造成臺灣海洋環境的發展 產生?極大的衝擊。唯有準確地掌握近岸區域之實際海氣象特性，才能使海象資 訊進一步發揮功效，並且提高防救災效?。為能審慎評估全球氣候變遷可能造成 之衝擊及相關調適策?，本計畫將進?氣候變遷對中部(雲彰中)與花東海岸防護 衝擊與調適之研究工作。本計畫為??期計畫 (103?~104?)，第一?? (103?) 計畫工作範圍為雲?縣、彰化縣、臺中市海岸地區；第二?? (104?) 計畫工作 範圍為花?縣、臺東縣海岸地區。 為達到上述目標，本計畫主要包含「調查及蒐集臺灣中部地區(雲?縣、彰化 縣、臺中市)及花東地區(花?縣、臺東縣)海岸防災現?」、「建?氣候變遷下水環 境因子情境分析模式」、「評估氣候變遷對中部(雲彰中)及花東沿海海岸災害之衝 擊分析」、「臺灣中部(雲彰中)及花東沿海地區氣候變遷下海岸災害之脆弱?及風 險評估」、「研擬因應氣候變遷臺灣中部(雲彰中)及花東沿海地區海岸災害調適策 ?及?動方案」等工作項目。本(103)??計畫將進?雲?縣、彰化縣、臺中市沿 海海岸地區於氣候變遷下各假設目標?之海岸災害因子情境分析，進?沿海地區 海岸災害之衝擊模擬、脆弱?與風險評估及地圖製作，並研擬因應之調適策?與 提出?動方案之效?分析，以供決策機關?考。 根據計畫期程所進?之分析與研究成果，歸納以下之結?： 1. 本計畫實際進?雲?縣、彰化縣、臺中市之海岸現地勘查(範圍為?港溪口至 大安溪口間之海岸)，就目前氣候條件下，評估雲?縣、彰化縣、臺中市現有 海岸防護設施功能性，以瞭解防止潮、?侵襲?況，以作為後續海堤改善依 據。依照調查結果，目前臺灣中部地區除?部分海堤因已位於內?或與快速 道?共構之外，其餘海岸消波工與海堤仍大部分保有該功能性。雲?海岸則 因地層下陷，需注意內水排除問題。 2. 為建?氣候變遷下雲?縣、彰化縣及臺中市水環境因子情境分析模式，本計 畫蒐集?雲?、彰化與臺中海岸的海、氣象基本資?進?分析，並以?值模 ii 式或物?模型校驗，模擬現階段海域之波?、?潮偏差及海水位上升情形。 為?能完整描述颱風侵襲之水位與波?變化，?用?值模式推算颱風波?及 ?潮，進一步以統計方式獲得現階段?同重現期設計波?與設計潮位。 3. 在海平面變遷趨勢估算方面，本計畫?用三種?同?值分析方法進?臺灣中 部海域海平面變遷分析，歸納出臺灣中部海域海平面均呈現整體性的抬升， 經綜合平均的推估分析得到臺灣中部海域(雲?、彰化、臺中海域)2020?至 2039?海平面變遷?之變動範圍為4.0公分至11.8公分，平均上升?為7.5公 分，換算出海平面平均上升速?為3.7mm/year。 4. 本計畫進一步蒐集1992?至2009?衛星資?，?用三種?同?值分析方法分 析2020?至2039?海平面變遷趨勢，以本計畫方法結果得到雲?、彰化、臺 中地區海平面上升平均變動範圍約在3.5至7.8公分，此分析結果可提供?考。 5. 在颱風波?與?潮位變遷趨勢估算方面，本計畫?用WWM風?模式與颱風 ?潮模式，模擬現階段(1980-1999)颱風以及目標情境?(2020-2039)颱風侵襲 時，大安溪、臺中港、烏溪、彰化(彰濱工業區南側)、濁水溪、雲?三條? 及?港溪附近海域之最大波高與最大?潮偏差，經本計畫方法分析結果得到 臺灣中部海域(雲?、彰化、臺中海域) 2020?至2039?颱風波?最大波高平 均可能增加59.14%(約2.4公尺)，颱風最大?潮偏差平均可能增加76.57%(約 0.605公尺)，潮位(天文潮+?潮偏差)平均可能增加15%～25%。 6. 本計畫建?溯升與越波水環境因子情境分析模式，分析臺灣在未?2020-2039 ?遭受全球氣候變遷影響，颱風波?入侵臺灣中部沿海各海堤所造成的波? 溯升與越波變化。分析結果顯示，?照美國海岸工程手冊的海堤安全標準， 本計畫情境模擬2020到2039?雲?縣四湖鄉?厝?海堤的平均越波?，已接 近海堤溢淹容許範圍，尤以臺中市大安區頂?殼海堤平均越波?已超越海堤 溢淹容許範圍最為顯著，由於?座海堤高程皆為5.5公尺，顯示現況海堤高程 設計相對其他海堤(6.0至6.6公尺)?為?足。 7. 在海堤安全性現況分析方面，中部地區(雲?、彰化與臺中)海岸由於多屬淤 積性海岸，許多海堤受沙洲或廣闊海灘遮蔽而未直接遭外海波?襲擊，或因 位於海埔新生地後側而受?好保護，除臺中頂?殼、高美海堤及彰化新街海 堤因堤頂高程?低，在100?重現期以上之颱風波?發生時無法滿足 0.02 cms/m 之溢??標準外，其餘海堤皆可滿足溢??標準，安全性佳。 8. 在考慮未?情境(2020~2039)有關氣候變遷下，中部地區(雲?、彰化與臺中) iii 海堤海堤安全性分析結果顯示，臺中與彰化海岸在未?情境下海堤大多面? 高??足之情況；雲?海岸則多為沙洲遮蔽，除臺西與三條?海堤以外，其 餘海堤均可滿足50?重現期以上之溢??標準，海堤安全性高。 9. 在氣候變遷下海岸災害之脆弱?評估方面，本計畫根據人為設施、環境地? 及社會經濟三個構面之指標因子，運用等權重與AHP加權模式進?分析，現 階段海岸災害脆弱?較高的地區(4、5級)為臺中市的梧棲區、彰化縣的?港 鎮及雲?縣的麥?鄉、臺西鄉。 10. 在氣候變遷下海岸災害之風險評估方面，災害潛勢危險因子之各指標權重上 以洪氾溢淹範圍較重要，洪氾溢淹深?次之，而影響海岸災害風險構面上， 則以脆弱?權重較高於災害潛勢。本計畫依海岸災害脆弱?分析結果與災害 潛勢之分析結果套疊得出海岸災害風險圖，根據風險矩陣方式所繪製的風險 圖，整體趨勢以雲?縣口湖鄉風險較高，為2至3級。以AHP加權方式所繪製 的風險圖，整體趨勢以臺中市梧棲區、彰化縣?港鎮及雲?縣麥?鄉、臺西 鄉風險較高，為為3至4級。 11. 本計畫彙整國內外因應氣候變遷之海岸災害調適策?相關資?，作為擬定本 計畫調適策?及?動方案之?考。綜整?同國家以及我國現有之海岸調適策 ?後發現，當前大多之調適策?可區分為：保護性策?、適應性策?以及後 撤性策?三?。 12. 根據雲?、彰化、臺中海岸地區之氣候變遷衝擊分析及風險評估結果，為有 效減緩未?氣候變遷衝擊，本計畫針對研究區域面?氣候變遷威脅所可能產 生的議題進?檢討，並歸納出?項關鍵議題： L1：海平面上升造成海岸地區淹水之衝擊。 L2：颱風?潮加劇造成海岸地區淹水之衝擊。 L3：波?強?增強造成海堤破壞或是堤面溯升越波衝擊。 L4：強?雨造成海岸低漥地區淹水之衝擊。 L5：氣候變遷綜合效應造成之海岸侵蝕以及生態衝擊。 L6：氣候變遷綜合效應造成未?海岸地區脆弱?之潛在威脅。 13. 本計畫針對研究區域所歸納之逐項氣候變遷威脅關鍵議題進?細部衝擊分 析、調適對策研擬後，再透過本計畫現場調查、觀測資?分析以及模式情境 模擬之結果為依據，進一步提出研究區域之具體調適策?建議包括： L1：(a)持續收集高??之海水位資?。(b)持續監控海堤功能，必要時須予 iv 以加高。 L2：(a)根據本計畫之颱風?潮模擬結果，臺灣中部海岸地區須嚴防?徑三 侵襲之颱風。(b)建?區域性?潮預警系統。(c)研擬天文潮高與?潮高 之複合海岸風險。 L3：(a)根據本計畫的海堤安全性之衝擊檢討結果，在未?情境?臺中的頂 ?殼海堤與彰化的蚵?、漢寶、新寶、新街等海堤，在5 ?重現期外 ?條件下無法滿足溢??標準。其中蚵?海堤位於彰濱工業區?側， 新街海堤後方則設有民?，建議優先針對這些海堤的防護功能進?進 一步之檢測。(b)未?進?臺灣中部海堤防護時，可考慮搭配自然地形 (沙灘、?岸沙洲等)之波?消能效果，藉以有效較低防護成本。(c)研 究區域內多為砂質海岸，為確保海堤之保護功能，需持續監控海堤前 塊石及消波塊是否持續下陷，必要時須強化堤址之保護。 L4：(a)根據本計畫?雨淹水模擬發現，在遭受200 ?重現期?雨條件下， 臺中市清水區及?井區的溢淹範圍較大，建議未?可優先改善排水系 統以及增設抽水設備。(b)雲?縣口湖鄉的淹水面積明顯較其他區域偏 高，因位於?港溪以及牛挑灣溪下游出海口附近，除改善排水系統 外，建議仍需強化該區域的河道疏浚以及河堤保護之工作。(c)彰化溪 州的地層下陷情況仍嚴重，且下陷中心南緣有高鐵通過，有必要針對 此區域地層下陷現象進?持續監測與防治。 L5：雲?麥?工業區南側的海豐島，呈現向南和向?遷移的趨勢。由於? 岸沙洲具有效削減波?能?之功用，建議須持續監測此一沙洲現象。 L6：(a)根據本計畫之脆弱?分析結果，臺中市梧棲區、彰化縣?港鎮及雲 ?縣麥?鄉、臺西鄉，是脆弱?地圖中整體脆弱?較高的區域(4 至5 級)。依照風險矩陣方式所繪製的風險圖，整體趨勢以雲?縣口湖鄉之 災害風險較高。其中梧棲區與?港鎮的人口密?偏高，撤?策?推動 ??，建議優先以海堤保護以及改善排水系統等調適策?為主。(b) 雲?縣麥?鄉、臺西鄉為嚴重地層下陷地區，建議持續針對地層下陷 地區進?防治。此外，?鄉鎮沿海之土地?用以?市計畫及工業區為 主，海堤保護以及改善排水系統仍為必要之策?。(c)?政院於民國103 ?6 月26 日將「海岸法草案」函送至?法院。建議主管機關及早因 應，藉以確保未?海岸地區管?工作推動之順?。 14. ?動方案係指為?有效執?策?所必須採取的一序?的步驟。本計畫針對所 研擬之調適對策提出所對應?動方案之面向、?動方案具體內容(以近程、中 程、遠程進?分?)、?動方案執?效果評估指標以及預期效?，藉此提供本 計畫研究區域因應氣候變遷具體調適工作之建議。 ?動方案之面向及其對應之具體內容綜整摘?如下： v (1). 海岸監測 近程：持續收集海水位資?。發展創新水位觀測技術，藉以在無法建置 岸邊水位觀測站之重要水域進?觀測。 中程：持續提升觀測技術及資?分析方法。 遠程：持續預測海平面變遷?並評估預測結果之信賴?。 (2). 海岸結構物安全 近程：檢討現?工程技術與設施運作，並建?氣候變遷下之海岸防護設 施設計標準手冊。提升高風險防護設施之防護強?全面檢討現有防護設 施並定期維護。 中程：積極國際合作以掌握國外最新海岸防護技術與經驗。 遠程：結合產官學界的資源，共同發展創新的海堤防護技術。 (3). 強化應變能? 近程：評估於高脆弱?地區劃定海岸緩衝區或是建置第二道海堤的可? 性。 中程：強化與當地民眾之溝通，讓民眾徹底?解政府之防災策?。 遠程：在近程方案確認可?的條件下，妥善規劃緩衝區內居民及產業管 ?。 (4). 預警系統整合 近程：發展區域性?潮預警模式。 中程：提高預警模式的時間以及空間解析?。 遠程：持續改進模式預測之準確?，並發展以鄉鎮為單位進?預警技術。 (5). 災害風險調查 近程：評估複合海岸災害的?合發生機?與其對應風險。編定沿海地區 災害風險地圖，並依據風險地圖結果執?海岸保護治?。 中程：持續?新相關資?。 vi 遠程：以?新資?為基礎，持續檢討風險地圖的可?用性，必要時再進 ??新。 (6). 預警資訊發布 近程：結合鄉?活動中心做為資訊發布管道。發展以智慧型手機軟體與 第四臺等平臺為基礎之警戒資訊發布技術。為避免過多的資訊管道對民 眾造成混淆，需確?提供統整後一致資訊的專屬單位。 中程：持續進?政府跨部會之間的資源整合，並協請各種可能的單位(區 公所、鄉?辦公室、警察局、消防局…等)作為協助發布預警資訊之平臺。 同時也須訓?當地居民擔任志工，協助進?資訊發布。 遠程：發展並評估其他可?資訊發布技術。 (7). ?低災害風險 近程：針對破堤風險較大之海堤進?強化。檢討排水系統設計標準。針 對淹水災害衝擊較明顯區域規劃布設緊急抽水設備。定期進?河道疏濬 清淤作業。 中程：持續進?海堤前方水域之調查與海堤風險評估。 遠程：鼓?低窪區住?採用高耐洪性設計建材。 (8). 地層下陷區之因應 近程：定期監測地層下陷速?。輔導地方產業轉型以?低地下水抽用 ?。實?地下水補注措施。 中程：持續監測地層下陷速?。 遠程：發展創新的地層下陷防治技術。 (9). 海岸之養護 近程：持續監控海岸或?岸沙洲之變遷。 中程：針對有侵蝕風險之海岸進?研擬與保護。 遠程：提升海岸環境自然容忍能?。 (10).海岸調查及生態保護 vii 近程：調查現有海岸生態特徵，並提出??於現有生態環境之因素。 中程：訓?志工宣導海岸保護工作，並限制??於當地生態發展之經濟 活動。 遠程：結合當地居民之??共同保護海岸生態。 (11).海岸開發與管?原則 近程：加速通過「海岸法」，以確?海岸管?之相關權責單位。檢討現 ?海岸地區治?相關法規。劃定應受嚴格保護的沿海地區。 中程：擬訂新制海岸法規且考慮氣候變遷衝擊。 遠程：持續檢討並修訂海岸法規，推動永續海岸環境發展計畫。 (12).海岸災害應變 近程：?實社區防災演?，定期演?災害應變?程，當地民眾須一同? 與演習。 中程：中央與地方協?健全海岸災害應變體系。 遠程：檢討並改善現?緊急災害撤??線與應變計畫。 (13).防災教育宣導 近程：定期於海岸地區活動中心舉辦防災教育課程。強化與當地民眾之 雙向溝通。 中程：與教育主管單位以及當地學校合作，定期舉辦防災課題之研習， 共同培育海岸防災教師資，將防災教育結合於地區中小學課程中。 遠程：邀集當地居民擔任種子志工，協助防災教育宣導。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030316</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/7</date><governmentpublicationsnumber>1010302935</governmentpublicationsnumber><identifier>79404</identifier><internationalstandardbooknumber>9789860436518 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79404</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>氣候變遷對中部（雲中彰）與花東海岸防護衝擊與調適研究（1/2）=A sudy of Coastal Protective Impact and Adapation Due to Climate Change on Central(Yulin Taichung and Changhua)and Huatung Coast(1/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/12</date><governmentpublicationsnumber>1010401021</governmentpublicationsnumber><identifier>79420</identifier><internationalstandardbooknumber>9789860452440 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79420</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年水利統計 STATISTIC OF WATER RESOURCES 2014</title><yearidentifier>201507</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401048</governmentpublicationsnumber><identifier>79430</identifier><internationalstandardbooknumber>9789860452969 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79430</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業(內附光碟)Report of Preliminary Process of Investigation Planning for Available Yield of Groundwater Zones and Hyporheic Flow in Taiwan</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401048</governmentpublicationsnumber><identifier>79431</identifier><internationalstandardbooknumber>9789860452969 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79431</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業(光碟版)Report of Preliminary Process of Investigation Planning for Available Yield of Groundwater Zones and Hyporheic Flow in Taiwan</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401049</governmentpublicationsnumber><identifier>79432</identifier><internationalstandardbooknumber>9789860452976 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79432</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊一)台灣地下水區可用水量調查分析參考手冊草案(內附光碟)Reference Manual of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401049</governmentpublicationsnumber><identifier>79433</identifier><internationalstandardbooknumber>9789860452976 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79433</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊一)台灣地下水區可用水量調查分析參考手冊草案(光碟版)Reference Manual of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401054</governmentpublicationsnumber><identifier>79434</identifier><internationalstandardbooknumber>9789860453119 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79434</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊二)台灣地下水區可用水量調查分析計畫草案(光碟版)Plan of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401054</governmentpublicationsnumber><identifier>79435</identifier><internationalstandardbooknumber>9789860453119 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79435</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊二)台灣地下水區可用水量調查分析計畫草案(內附光碟)Plan of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401057</governmentpublicationsnumber><identifier>79436</identifier><internationalstandardbooknumber>9789860453126 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79436</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊三)台灣地區伏流水調查規劃參考手冊(內附光碟)Reference Manual of Investigation and Plan for Hyporheic Flow in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401057</governmentpublicationsnumber><identifier>79437</identifier><internationalstandardbooknumber>9789860453126 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79437</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區地下水資源及伏流水之調查規劃先期作業成果報告(附冊三)台灣地區伏流水調查規劃參考手冊(光碟版)Reference Manual of Investigation and Plan for Hyporheic Flow in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/13</date><governmentpublicationsnumber>1010401021</governmentpublicationsnumber><identifier>79438</identifier><internationalstandardbooknumber>9789860452440 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79438</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年水利統計 STATISTIC OF WATER RESOURCES 2014(光碟版)</title><yearidentifier>201507</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/18</date><governmentpublicationsnumber>1010401048</governmentpublicationsnumber><identifier>79440</identifier><internationalstandardbooknumber>9789860452969 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79440</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(內附光碟)=Report of Preliminary Process of Investigation Planning for Available Yield of Groundwater Zones and Hyporheic Flow in Taiwan</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/18</date><governmentpublicationsnumber>1010401048</governmentpublicationsnumber><identifier>79441</identifier><internationalstandardbooknumber>9789860452969 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79441</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告--光碟版=Report of Preliminary Process of Investigation Planning for Available Yield of Groundwater Zones and Hyporheic Flow in Taiwan</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/19</date><governmentpublicationsnumber>1010401049</governmentpublicationsnumber><identifier>79443</identifier><internationalstandardbooknumber>9789860452976 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79443</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊一)臺灣地下水區可用水量調查分析參考手冊(草案)--內附光碟=Reference Manual of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/19</date><governmentpublicationsnumber>1010401049</governmentpublicationsnumber><identifier>79444</identifier><internationalstandardbooknumber>9789860452976 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79444</librarycollectiondetailsurl><price>360</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊一)臺灣地下水區可用水量調查分析參考手冊(草案)--光碟版=Reference Manual of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401054</governmentpublicationsnumber><identifier>79447</identifier><internationalstandardbooknumber>9789860453119 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79447</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊二)臺灣地下水區可用水量調查分析計畫(草案)--內附光碟=Plan of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401054</governmentpublicationsnumber><identifier>79448</identifier><internationalstandardbooknumber>9789860453119 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79448</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊二)臺灣地下水區可用水量調查分析計畫(草案)--光碟版=Plan of Investigation and Analysis for Available Yield of Groundwater Zones in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401057</governmentpublicationsnumber><identifier>79449</identifier><internationalstandardbooknumber>9789860453126 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79449</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊三)臺灣地區伏流水調查規劃參考手冊(草案)--內附光碟=Reference Manual of Investigation and Plan for Hyporheic Flow in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫係為全台灣地區地下水及伏流水資源調查工作之先期計畫，將綜整既有文獻及研究成果，就地下水及伏流水資源開發所應具備之前期資訊建立規範，提出因地制宜之作業流程，以作為後續台灣地區(含台灣北段山區及離島)地下水及伏流水資源調查規劃工作推動之參據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030238</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401057</governmentpublicationsnumber><identifier>79450</identifier><internationalstandardbooknumber>9789860453126 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79450</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業成果報告(附冊三)臺灣地區伏流水調查規劃參考手冊(草案)--光碟版=Reference Manual of Investigation and Plan for Hyporheic Flow in Taiwan﹙Draft﹚</title><yearidentifier>201506</yearidentifier></data><data><abstract>近年來，傳統水資源開發因環保意識抬頭、開發難度高與成本增加等問題，導致新水源開發日益困難，為因應產業用水需求增加，及提高枯旱年供水穩定，除加強推動節水措施外，水資源開發更需朝多元化發展，其中海水淡化因具興建時程短、供水擴充彈性大，且能提供穩定與潔淨水源等優勢，已成為一重要新興水源。 鑒於桃園地區近年因產業迅速朝向高科技工業轉型，用水需求遽增且高科技產業對於缺水的容忍度低，面臨缺水時之潛在損失亦大。民國92年11月26日行政院第2867次會議通過「新十大建設」之「平地水庫海淡廠桃竹地區新興水源開發計畫」中，為因應桃園地區新興工業區之開發及高科技產業用水需求，擬於桃園地區推動民間參與海水淡化廠計畫，以穩定供應該地區新興工業區開發及高科技產業用水的需求，確保未來地方經濟順利發展。 經濟部水利署北區水資源局（以下簡稱北水局）完成「民間參與桃園海水淡化廠計畫」可行性評估及先期計畫書，並奉行政院民國96年1月18日院臺經字第0960001952號函核定據以辦理。惟因桃園科技工業園區用水需求未如預期，桃園科技工業園區海水淡化廠因而延後興建。後又因法令政策改變，致「民間參與桃園海水淡化廠計畫」終止辦理。而後依行政院經濟建設委員會101年12月12日部字第1010005531號函，函示「鑒於本案工程會已列為水資源案中以PFI制度重新辦理之新案，請經濟部重新研擬桃園海水淡化廠PFI策略、執行構想及計畫書」。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401060</governmentpublicationsnumber><identifier>79451</identifier><internationalstandardbooknumber>9789856045325 ; 9789856045</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>桃園科技工業園區海水淡化廠政府自辦與PFI之比較分析研究Comparative Study of Government Purchase and PFI for the Desalination Plant in Taoyuan Hi-Tech Industrial Park</title><yearidentifier>201506</yearidentifier></data><data><abstract>近年來，傳統水資源開發因環保意識抬頭、開發難度高與成本增加等問題，導致新水源開發日益困難，為因應產業用水需求增加，及提高枯旱年供水穩定，除加強推動節水措施外，水資源開發更需朝多元化發展，其中海水淡化因具興建時程短、供水擴充彈性大，且能提供穩定與潔淨水源等優勢，已成為一重要新興水源。 鑒於桃園地區近年因產業迅速朝向高科技工業轉型，用水需求遽增且高科技產業對於缺水的容忍度低，面臨缺水時之潛在損失亦大。民國92年11月26日行政院第2867次會議通過「新十大建設」之「平地水庫海淡廠桃竹地區新興水源開發計畫」中，為因應桃園地區新興工業區之開發及高科技產業用水需求，擬於桃園地區推動民間參與海水淡化廠計畫，以穩定供應該地區新興工業區開發及高科技產業用水的需求，確保未來地方經濟順利發展。 經濟部水利署北區水資源局（以下簡稱北水局）完成「民間參與桃園海水淡化廠計畫」可行性評估及先期計畫書，並奉行政院民國96年1月18日院臺經字第0960001952號函核定據以辦理。惟因桃園科技工業園區用水需求未如預期，桃園科技工業園區海水淡化廠因而延後興建。後又因法令政策改變，致「民間參與桃園海水淡化廠計畫」終止辦理。而後依行政院經濟建設委員會101年12月12日部字第1010005531號函，函示「鑒於本案工程會已列為水資源案中以PFI制度重新辦理之新案，請經濟部重新研擬桃園海水淡化廠PFI策略、執行構想及計畫書」。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA102C03</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/20</date><governmentpublicationsnumber>1010401060</governmentpublicationsnumber><identifier>79452</identifier><internationalstandardbooknumber>9789856045325 ; 9789856045</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79452</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>桃園科技工業園區海水淡化廠政府自辦與PFI之比較分析研究(光碟版)Comparative Study of Government Purchase and PFI for the Desalination Plant in Taoyuan Hi-Tech Industrial Park</title><yearidentifier>201506</yearidentifier></data><data><abstract>一、臺灣光復後，政府全力進行復員與建設工作之際，臺灣省水利局    首先從事興建水庫的初步研究工作，地方政府與社會人士也組成促進委員會，繼而陳故副總統辭修先生之遠見與決心，為造福人民，推動石門水庫之興建，遂於43年5月成立「石門水庫設計委員會」，即為興建水庫所設立的第一個組織。二、44年7月於石門水庫設計委員會提出興建計畫報告後，成立「石門水庫籌備委員會」負責籌措經費及設計施工。45年7月成立「石門水庫建設委員會」，展開施工。三、石門水庫管理委員會於52年8月成立。石門水庫全部工程於53年6月竣工後「石門水庫建設委員會」即宣告結束，整個工程移交「臺灣省石門水庫管理委員會」(53年6月改隸臺灣省政府)接管。四、53年7月臺灣省石門水庫管理委員會下設「石門水庫管理局」（59年9月改隸臺灣省政府建設廳），專責石門水庫維護、管理及營運。五、86年臺灣省政府調整省屬水利機關組織，臺灣省石門水庫管理局與臺灣省水利局第十工程處於87年1月23日合併改制成立「臺灣省水利處北區水資源局」，專責新竹以北地區水資源開發維護管理及經營事項。六、88年7月1日依「臺灣省政府組織暨功能調整方案」改隸經濟部，更名為「經濟部水利處北區水資源局」。七、88年11月16日因經濟部水利處第十河川局成立，掌理淡水河防洪等相關業務，本局仍轄管石門水庫營運、集水區整治及北區水資源管理調配及開發工程相關業務。八、91年3月28日經濟部水利署成立，機關改制為經濟部水利署北區水資源局，調整本局組織通則與業務迄今。九、為提升政府效能，行政院組織改造法案陸續於99年1月及100年4月間完成立法，確認新的行政院組織架構由37個部會精簡為29個機關，未來本局將改隸於新部會「環境資源部」，成立「環境資源部水利署北區水資源分署」，賡續致力於攸關國計民生之水資源工作。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/24</date><governmentpublicationsnumber>1010301366</governmentpublicationsnumber><identifier>79456</identifier><internationalstandardbooknumber>9789860418606 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79456</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>經濟部水利署北區水資源局一百零三年度年報</title><yearidentifier>201508</yearidentifier></data><data><abstract> </abstract><author>法務部法律事務司</author><categoryidentifier>588.933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/24</date><governmentpublicationsnumber>1010401055</governmentpublicationsnumber><identifier>79457</identifier><internationalstandardbooknumber>9789860453195 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79457</librarycollectiondetailsurl><price>120</price><publisher>法務部</publisher><publishrocyear>104</publishrocyear><title>政府機關有關政府資訊公開法第18條敗訴案例彙編</title><yearidentifier>201506</yearidentifier></data><data><abstract>雙溪水庫(以下簡稱本水庫)位於新北市雙溪區丁子蘭溪與其主流雙溪之匯流口南方約800公尺處(詳圖1)，其開發規模已達應實施環境影響評估之門檻，故前經濟部水資源統一規劃委員會於民國85年擬妥「臺灣地區北部區域雙溪水庫計畫環境影響說明書」提送審查，經環保署第30次委員會決議應繼續進行第二階段環境影響評估，惟當時未依環境影響評估法之規定續辦後續事宜。 本署於民國100年重新推動雙溪水庫計畫，鑒於民國85年環境影響說明書及民國86年範疇界定作業至今已間隔逾15年，時空變化與法令要求不同，爰依照現行法令規定，重新辦理環境影響說明書(併同民國101年「環境現況補充調查分析」)公開陳列及公開說明會等程序，並填具範疇界定指引表，函送環保署再次召開範疇界定會議，並於民國102年4月9日及5月15日完成範疇界定審查，確認可行之替代方案及應進行環境影響評估之項目。由於工程規畫檢討尚未完成，相關課題仍待評估，考量影響環境評估作業時程，故本年度先行辦理部分環境因子調查作業，提供未來後續及第二階段環境影響評估之參考。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030263</commissionedprojectidentifier><currency>NT$</currency><date>2015/8/24</date><governmentpublicationsnumber>1010401025</governmentpublicationsnumber><identifier>79458</identifier><internationalstandardbooknumber>9789860452716 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79458</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(4)-環境、生態專題-環境因子調查--光碟版=A Review of Feasibility Study of Shuangxi Reservoir (4) – Environmental and Ecological Topic –Environmental Factor Investigation</title><yearidentifier>201506</yearidentifier></data><data><abstract> </abstract><author>吳宗榮</author><categoryidentifier>445.133/127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/8/24</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>79460</identifier><internationalstandardbooknumber>9789860447293 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79460</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>104</publishrocyear><title>大台南 工程新視界 台南市政府工務建設特刊 第3期</title><yearidentifier>201506</yearidentifier></data><data><abstract>水，對任何人來說不能一日沒有它，但過多又會危害到生命及財產之安全，可說是既愛又害怕，也正因為如此水利事業機關在政府部門一直不容忽略，尤其近幾年來，全球氣候異常，乾旱、洪水發生頻率逐年上升，再加上台灣地形起伏變化極劇，集水區地勢陡峭不易涵養水份，以及降雨豐枯分布極為不平均等等因素，讓中央掌管水利事業之機關--水利署，除了致力於防治水患，減輕洪災損失外，同時面臨開發與調配水資源，並兼顧自然之親水環境與創造源源不絕之活水等多元化的挑戰。 考量21世紀之水資源經營管理，除須面對臺灣地區整體水環境變化之嚴峻考驗，另一方面則需考量我國加入世界貿易組織（WTO）後之產業結構轉變影響，並兼顧經濟發展、環境保育、社會公平正義與民眾參與等永續發展趨勢，爰編訂「水資源白皮書」，其編訂內容架構以本署治水、利水、保水、親水及活水五大策略為基礎，展現現階段水資源建設成果，回顧先人蓽路藍縷之建設成就，並廣納「92年全國水利會議」之各界建言，擷取具永續性、多樣性、前瞻性及可行性之水資源政策，作為未來我國水資源業務推動之最高指導方針，俾供各界瞭解今後水資源事業努力方向，以期策勵共勉。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009404607</governmentpublicationsnumber><identifier>79471</identifier><internationalstandardbooknumber>9789860037814 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79471</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源白皮書</title><yearidentifier>200601</yearidentifier></data><data><abstract>頭前溪為新竹縣、市境內的主要河川，近年來因環保意識抬頭，民眾對環境保護需求殷切，因此河川治理除了維持其河川正常機能外，並兼顧河川生態環境之維護保育。為推展頭前溪河系河川事業、河川管理及提供水利單位對生態工法規劃設計之參考依據，而對頭前溪河系河川有關之基礎資料，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查。現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故本校自2004年4月起受經濟部水利署第二河川局委託辦理為期兩年的頭前溪河系情勢調查計畫一案，2004年為第一年，2005年為第二年。2004年的調查中共發現有264種植物，其中台灣大豆歸屬於第三級之稀有植物；哺乳類的調查發現13種，其中名列為珍貴稀有保育類的山羌以及小麝鼩兩種；鳥類94種，其中鳳頭蒼鷹、大冠鷲、紅隼、彩鷸、領角鴞、黃嘴角鴞、八色鳥、台灣畫眉等八種珍貴稀有保育類，特有種生物則僅有台灣紫嘯鶇一種；爬蟲類20種，其中屬保育類的有眼鏡蛇、龜殼花、雨傘節及台灣草蜥等；12種的兩棲類，其中保育類的有貢德氏赤蛙、面天樹蛙和褐樹蛙；蝶類及蜻蜓調查中，共記錄了5科58種的蝴蝶及5科13種蜻蜓；水域部分共發現39種魚類，其中保育類僅有鱸?一種，主要的優勢種為底棲性的蝦虎魚科魚類明潭吻蝦虎魚（Rinogobius candidianus）和游泳性的鯉科魚類台灣石（Acrossocheilus paradoxus）及粗首?（Zacco pachycephalus），但以明潭吻蝦虎魚的分布最廣；蝦類共發現3科9種，粗糙沼蝦為分佈最廣的優勢蝦種；蟹類則發現3科5種，分佈最廣之蟹種為日本絨螯蟹。另外針對頭前溪生態保育及治理計畫也已提出相關的建議供水利單位參考。 2004年調查成果雖然相當豐碩，但僅有一年之調查資料仍略嫌不足，所以2005年針對頭前溪持續辦理相關的河川情勢調查。今年主要工作目的除為持續蒐集頭前溪河系，包括頭前溪主流及二條支流（上坪溪、油羅溪）現有之河川情勢調查資料，並彙整第一年之資料，以提供給相關單位參考，其調查結果可讓未來的通盤治理計畫有更多可參考的生態資料。</abstract><author>國立清華大學</author><categoryidentifier>367.88113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009500641</governmentpublicationsnumber><identifier>79473</identifier><internationalstandardbooknumber>9789860046786 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79473</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>頭前溪河系情勢調查(2/2)＝Investigation of Current Status in Toucian River System</title><yearidentifier>200603</yearidentifier></data><data><abstract>頭前溪為新竹縣、市境內的主要河川，近年來因環保意識抬頭，民眾對環境保護需求殷切，因此河川治理除了維持其河川正常機能外，並兼顧河川生態環境之維護保育。為推展頭前溪河系河川事業、河川管理及提供水利單位對生態工法規劃設計之參考依據，而對頭前溪河系河川有關之基礎資料，包括人文、地文及水文資料、生物、空間利用等之河川情勢調查。現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故本校自2004年4月起受經濟部水利署第二河川局委託辦理為期兩年的頭前溪河系情勢調查計畫一案，2004年為第一年，2005年為第二年。2004年的調查中共發現有264種植物，其中台灣大豆歸屬於第三級之稀有植物；哺乳類的調查發現13種，其中名列為珍貴稀有保育類的山羌以及小麝鼩兩種；鳥類94種，其中鳳頭蒼鷹、大冠鷲、紅隼、彩鷸、領角鴞、黃嘴角鴞、八色鳥、台灣畫眉等八種珍貴稀有保育類，特有種生物則僅有台灣紫嘯鶇一種；爬蟲類20種，其中屬保育類的有眼鏡蛇、龜殼花、雨傘節及台灣草蜥等；12種的兩棲類，其中保育類的有貢德氏赤蛙、面天樹蛙和褐樹蛙；蝶類及蜻蜓調查中，共記錄了5科58種的蝴蝶及5科13種蜻蜓；水域部分共發現39種魚類，其中保育類僅有鱸?一種，主要的優勢種為底棲性的蝦虎魚科魚類明潭吻蝦虎魚（Rinogobius candidianus）和游泳性的鯉科魚類台灣石（Acrossocheilus paradoxus）及粗首?（Zacco pachycephalus），但以明潭吻蝦虎魚的分布最廣；蝦類共發現3科9種，粗糙沼蝦為分佈最廣的優勢蝦種；蟹類則發現3科5種，分佈最廣之蟹種為日本絨螯蟹。另外針對頭前溪生態保育及治理計畫也已提出相關的建議供水利單位參考。 2004年調查成果雖然相當豐碩，但僅有一年之調查資料仍略嫌不足，所以2005年針對頭前溪持續辦理相關的河川情勢調查。今年主要工作目的除為持續蒐集頭前溪河系，包括頭前溪主流及二條支流（上坪溪、油羅溪）現有之河川情勢調查資料，並彙整第一年之資料，以提供給相關單位參考，其調查結果可讓未來的通盤治理計畫有更多可參考的生態資料。</abstract><author>國立清華大學</author><categoryidentifier>367.88113</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009500641</governmentpublicationsnumber><identifier>79474</identifier><internationalstandardbooknumber>9789860046786 ; 9789860046</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79474</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>頭前溪河系情勢調查(2/2)(光碟)＝Investigation of Current Status in Toucian River System</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中興工程顧問公司</author><categoryidentifier>351.8134</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940053</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501067</governmentpublicationsnumber><identifier>79477</identifier><internationalstandardbooknumber>9789860052510 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79477</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>秀姑巒溪河系情勢調查(2/2) Investigation of Current Status in Shiuguluan River System(2/2)</title><yearidentifier>200604</yearidentifier></data><data><abstract>本計畫範圍係從青山漁港西南航道至頂頭額汕間約10km海岸段(含面積約17km2之七股潟湖)。希藉由本段海岸砂洲及潟湖內資料蒐集、地形水深測量、潮波流與漂砂調查分析等工作，探討七股潟湖砂洲變遷之物理機制及消退原因，繼以數值模式及現場試驗方法進行方案成效評估，研擬七股潟湖保護砂洲的對策及方案，提供防護工作實施時之依據。</abstract><author>成功大學水利海洋研究發展基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940082</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>79478</identifier><internationalstandardbooknumber>9789860052220 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79478</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利局第六河川局</publisher><publishrocyear>95</publishrocyear><title>七股潟湖保護對策研究(2/2)=Conservation Strategies for Sand Bar Of Chi-Gu Lagoon(2/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計劃藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>79480</identifier><internationalstandardbooknumber>9789860052239 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79480</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究〈2/2〉下冊=Restoration of Sandy Coast at Tainan and Kaohsiung 〈2/2〉 下冊</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計劃藉由本段海岸及二仁溪河口段資料蒐集、地形水深測量、潮波流與漂砂調查分析，探討二仁溪河口淤淺之物理機制及原因，繼以數值模式及水工試驗方法進行方案成效評估，在考量同時能兼顧鄰近海岸防護原則下，研擬二仁溪河口淤淺改善之對策及鄰近海岸侵蝕防護之方案，以及此鄰近海岸環境及景觀改善之方案。</abstract><author>成功大學水利海洋研究發展文教基金會</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940081</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501225</governmentpublicationsnumber><identifier>79482</identifier><internationalstandardbooknumber>9789860052239 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79482</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>95</publishrocyear><title>台南高雄海岸復育研究〈2/2〉上冊=Restoration of Sandy Coast at Tainan and Kaohsiung 〈2/2〉</title><yearidentifier>200605</yearidentifier></data><data><abstract>政府在進行擬定水利政策、興辦水利作業、推動水利業務、災治旱澇災害及水資源之開發管理與保育等工作時，都需要詳實的水資源基本資料及相關的資訊應用系統之輔助，以資周詳決策之參考。有鑑於此，經濟部水利署遂研訂「水資源資料格式標準」，建立具完整架構與共通格式的資料庫及資料互通、資源共享之環境，提供各界快捷的資訊，並藉以提升水資源規劃與管理之效率。</abstract><author>銳?科技股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950105</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009502858</governmentpublicationsnumber><identifier>79483</identifier><internationalstandardbooknumber>9789860069440 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79483</librarycollectiondetailsurl><price>420</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水資源資料格式標準</title><yearidentifier>200611</yearidentifier></data><data><abstract>本計畫為第二年之延續性計畫，第一年研究範圍包括中港溪主流及其支流南河與東河。第二年包括中港溪支流南港溪、峨眉溪、大平溪。計畫主要工作項目為中港溪河系的情勢資料調查，並將收集資料結果建立中港 溪河系GIS生態資料庫。利用河川情事調查文獻集現況調查所獲得資料，提供適合本研究何系之生態工法規劃設計應注意事項及設計所需資訊。</abstract><author>水利處第二河川局</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/0940039</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501247</governmentpublicationsnumber><identifier>79484</identifier><internationalstandardbooknumber>9789860052398 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79484</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>中港溪河川情勢調查(1/2)=Invedtion of Current Status in Zhong-Gang River System(1/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract>本計畫為第二年之延續性計畫，第一年研究範圍包括中港溪主流及其支流南河與東河。第二年包括中港溪支流南港溪、峨眉溪、大平溪。計畫主要工作項目為中港溪河系的情勢資料調查，並將收集資料結果建立中港 溪河系GIS生態資料庫。利用河川情事調查文獻集現況調查所獲得資料，提供適合本研究何系之生態工法規劃設計應注意事項及設計所需資訊。</abstract><author>水利處第二河川局</author><categoryidentifier>443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA/0940039</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009501247</governmentpublicationsnumber><identifier>79485</identifier><internationalstandardbooknumber>9789860052398 ; 9789860052</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79485</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利處第二河川局</publisher><publishrocyear>95</publishrocyear><title>中港溪河川情勢調查(1/2)(光碟)=Invedtion of Current Status in Zhong-Gang River System(1/2)</title><yearidentifier>200605</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>79486</identifier><internationalstandardbooknumber>9789860069921 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79486</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009502895</governmentpublicationsnumber><identifier>79487</identifier><internationalstandardbooknumber>9789860069921 ; 9789860069</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79487</librarycollectiondetailsurl><price>990</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>經濟部水利署水利規劃試驗所九十四年度工作成果年報</title><yearidentifier>200610</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>79488</identifier><internationalstandardbooknumber>9789860083439 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79488</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(1/2)報告書＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Hualien Area(1/2)</title><yearidentifier>200708</yearidentifier></data><data><abstract> </abstract><author>自強工程顧問有限公司</author><categoryidentifier>351.98</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009504229</governmentpublicationsnumber><identifier>79489</identifier><internationalstandardbooknumber>9789860083439 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79489</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>花蓮地區深層海水潛力場址海域環境基本資料調查計畫(1/2)報告書(光碟)＝The Essential Investigation of Environment in Search for the Potential Site for the Deep Sea Water Plant in Hualien Area(1/2)</title><yearidentifier>200708</yearidentifier></data><data><abstract>本計畫旨在驗核“南北濱及化仁海岸環境及景觀改善規劃”報告(2004年10月)中提出之以二突堤為灘線控制點之養灘規劃案能否達到預期效果。計畫以該規劃報告為基本參考，利用資料收集與現場調查補強背景資料，再利用水工模型試驗驗證原規劃養灘方案配置之可行性。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>351.982</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950285</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009504150</governmentpublicationsnumber><identifier>79490</identifier><internationalstandardbooknumber>9789860082968 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79490</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>花蓮北濱海岸(養灘)改善方案驗核分析研究＝Investigations on Evaluating the Performance of the Beach Nourishment Plans Proposed for the Bei-Bin Coast, Hualien (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫提出以水力旋流漏斗排砂構想，於試驗室進行二年之水力旋流排砂試驗，將高濃度含砂水流引入水力旋流器，利用離心力與重力交互作用，將泥砂顆粒由漏斗底部之排砂孔排出，而表層含砂濃度低之水流則流入導水路以茲利用。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA095039</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503879</governmentpublicationsnumber><identifier>79491</identifier><internationalstandardbooknumber>9789860079500 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79491</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水力旋流漏斗排砂之試驗研究(1/2)＝Experimental Study of  Vortex Chamber Type Extractor on Sediment Removal(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本手冊之目的在於闡釋都市型河川復育之基本理念及規劃之原則與方法。其中復育之基本理念包括河川之演變機理、河川廊道之生物棲地架構等要件；復育規劃方法則包括復育團隊之組織與運作、公聽會、復育措施之設計與佈置、復育計畫之執行、執行後之監測與改善等項目</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950250</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503724</governmentpublicationsnumber><identifier>79492</identifier><internationalstandardbooknumber>9789860077841 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79492</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台灣都市型河川復育規劃示範手冊=An I llustration Project of Urban Stream Restoration Handbook</title><yearidentifier>200612</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>台灣海洋大學河海工程系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>79493</identifier><internationalstandardbooknumber>9789860077803 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79493</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)＝Development of Integrated Basin Management and Inundation Information System (1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>擬定河川生態復育目標，並藉由個體生態矩陣、生態水文特性之探討，來發展多目標河川流量管理策略。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950246</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503612</governmentpublicationsnumber><identifier>79494</identifier><internationalstandardbooknumber>9789860076639 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79494</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(1/3)＝Integration  of the Optimum Managing Water Resources in Stream Ecological (1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>民國95年最新之數值高程與衛星遙測資料進行集水區地文因子推估，並增加河道水理分析與區域淹水分析等功能，建置流域整體治理規劃與淹水資訊系統所需之相關地文與水文資訊</abstract><author>台灣海洋大學河海工程系</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503747</governmentpublicationsnumber><identifier>79495</identifier><internationalstandardbooknumber>9789860077803 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79495</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>流域整體治理規劃與淹水資訊系統建置計畫(1/3)＝Development of Integrated Basin Management and Inundation Information System (1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503320</governmentpublicationsnumber><identifier>79497</identifier><internationalstandardbooknumber>9789860074195 ; 9789860074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79497</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(1/2)＝The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Cosat</title><yearidentifier>200611</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503479</governmentpublicationsnumber><identifier>79498</identifier><internationalstandardbooknumber>9789860075809 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79498</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河床質調查方法之比較研究專題報告書=Comparison Study of Sampling Methods for Grain -Size Distribution of Riverbed Materials</title><yearidentifier>200612</yearidentifier></data><data><abstract>主要目的在於針對不同河床質調查方法進行探討與瞭解，藉由現地河床質調查試驗所得成果?合進行分析比較，並由比較討探中提出符合臺灣河川特性之河床質調查方法之規劃與調查建議。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950239</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503479</governmentpublicationsnumber><identifier>79499</identifier><internationalstandardbooknumber>9789860075809 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79499</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河床質調查方法之比較研究專題報告書 〈光碟版〉 Comparison  Study  of  Sampling  Methods  for  Grain-Size  Distribution  of  Riverbed  Materials</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉由國內外河川與海岸地文環境與水文條件，及其生態工法演進、推動與成果等相關文獻資料蒐集，針對本署所施作河川、海岸生態工法之推動成果深入評析，研擬國內河川、海岸推動生態工法之策略，並提出本署推動河川、海岸生態工法說帖。</abstract><author>水利技師公會全國聯合會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503387</governmentpublicationsnumber><identifier>79502</identifier><internationalstandardbooknumber>9789860075007 ; 9789860075</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79502</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>95</publishrocyear><title>生態工法演進、推動、實施成果評估＝Evaluation for Process、Impel and Execution of Ecotechnology</title><yearidentifier>200612</yearidentifier></data><data><abstract>經濟部水利署第四河川局為持續建立彰化海岸基礎背景資料，乃研擬兩年之延續性計畫，本年度(2006年)除持續進行地形監測作業外，並進一步以海岸平面、斷面侵淤圖、相關經驗公式及波流場數值模擬，加以分析王功地區水深地形變遷之特性。</abstract><author>怡興工程顧問公司</author><categoryidentifier>351.392</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009504259</governmentpublicationsnumber><identifier>79503</identifier><internationalstandardbooknumber>9789860083149 ; 9789860083</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79503</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>彰化王功段海岸地形監測研究計畫(2/2)＝Monitoring of Coastal Topography at Wang-Gong, Chang-Hwa(2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>藉集水區洪水出流管制，以控制洪水峰值及體積值，使集水區較能有效經營，並維護既有設施防災能力，成為一積極研擬而較有突破性的作法。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950240</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/2</date><governmentpublicationsnumber>1009503615</governmentpublicationsnumber><identifier>79505</identifier><internationalstandardbooknumber>9789860076615 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79505</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>集水區洪水出流管制之評析及初步規劃(1/2)＝Assessment and Preliminary Planning on the Flood Control Strategies of Watersheds(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/9</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>79511</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79511</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>103</publishrocyear><title>行政院農業委員會農業試驗所中華民國102年年報</title><yearidentifier>201411</yearidentifier></data><data><abstract>石門水庫歷經極端颱洪事件後，103年水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。藉由阿姆坪防淤隧道工程，加速水庫清淤及增加水力排砂能力。本隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池及浮覆地堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，減少水庫泥砂淤積。  本報告為經濟部水利署北區水資源局辦理阿姆坪隧道可行性規劃階段之總報告。 北水局於民國99年辦理「石門水庫阿姆坪防洪防淤工程可行性規劃」工作，完成地質鑽探12孔，總深度1,000公尺，並進行隧道沿線4,200公尺地電阻影像剖面探測，考量有部份地質疑慮尚待釐清，北水局爰辦理「石門水庫防淤隧道工程(第1階段)補充地質及地下水調查」，以為後續基本設計之依據。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WRANB103C39</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/9</date><governmentpublicationsnumber>1010401218</governmentpublicationsnumber><identifier>79512</identifier><internationalstandardbooknumber>9789860455458 ; 9789860455</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79512</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道可行性規劃總報告 Feasibility Study of Amouping Desilting Tunnel Project for Shimen Reservoir Summart Report</title><yearidentifier>201507</yearidentifier></data><data><abstract>石門水庫歷經極端颱洪事件後，103年水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。藉由阿姆坪防淤隧道工程，加速水庫清淤及增加水力排砂能力。本隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池及浮覆地堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，減少水庫泥砂淤積。  本報告為經濟部水利署北區水資源局辦理阿姆坪隧道可行性規劃階段之總報告。 北水局於民國99年辦理「石門水庫阿姆坪防洪防淤工程可行性規劃」工作，完成地質鑽探12孔，總深度1,000公尺，並進行隧道沿線4,200公尺地電阻影像剖面探測，考量有部份地質疑慮尚待釐清，北水局爰辦理「石門水庫防淤隧道工程(第1階段)補充地質及地下水調查」，以為後續基本設計之依據。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/9/9</date><governmentpublicationsnumber>1010401218</governmentpublicationsnumber><identifier>79513</identifier><internationalstandardbooknumber>9789860455458 ; 9789860455</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79513</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道可行性規劃總報告 (光碟版)Feasibility Study of Amouping Desilting Tunnel Project for Shimen Reservoir Summart Report</title><yearidentifier>201507</yearidentifier></data><data><abstract>受氣候變遷影響，水資源短缺之議題已成為各國關注之焦點，廢污水再生利用已然成為重要之替代水源。我國正值推行廢污水再生利用之初，雖國外已有廢污水再生利用之成功案例，然國內產業型態特殊，大用水戶對用水水質要求頗高，為有效提升國內業者使用再生水之意願，遂成立本計畫，藉使用再生水之風險調查與評估，供再生水使用端做參考。 目的： 1. 評估各供業製程合用之再生水水質 2. 釐清使用再生水可能之風險，供用水端參考 3. 達成本署120年再生水使用之政策目標量</abstract><author>象騰顧問有限公司</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030303</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/10</date><governmentpublicationsnumber>1010302697</governmentpublicationsnumber><identifier>79514</identifier><internationalstandardbooknumber>9789860433593 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79514</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>都市污水再生供工業使用風險評估計畫--內附光碟=Risk Assessment of Urban Wastewater Reclamation for Industrial Use</title><yearidentifier>201412</yearidentifier></data><data><abstract>雙溪水資源利用率只有10%，相較大漢溪60%、新店溪45%、基隆河14%皆較低，故擬構思如何提高雙溪水資源利用率，期能提升對基隆地區的水資源貢獻度。經現勘及由1/5000航照圖研判，貢寮淨水場上游有多處河川高灘地，若規劃人工湖配合下游既有淨水場聯合運用，研擬是否有水資源常態及備援之效益，俾提供北區基本計畫近程的研究方案。為瞭解貢寮人工湖地形及地質條件，爰提『貢寮人工湖初步規劃-地形測量及地質調查』工作委託服務計畫書，俾利工展。</abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030452</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/15</date><governmentpublicationsnumber>1010401112</governmentpublicationsnumber><identifier>79518</identifier><internationalstandardbooknumber>9789860453829 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79518</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>貢寮人工湖初步規劃-地形測量及地質調查(內附光碟)=Preliminary planning of the Gong-Liao artificial lake topographic survey and geolo9gical investigation</title><yearidentifier>201507</yearidentifier></data><data><abstract>石門水庫歷經極端颱洪事件後，103年水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。藉由阿姆坪防淤隧道工程，加速水庫清淤及增加水力排砂能力。本隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池及浮覆地堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，減少水庫泥砂淤積。  本報告為經濟部水利署北區水資源局辦理阿姆坪隧道可行性規劃階段之總報告。 北水局於民國99年辦理「石門水庫阿姆坪防洪防淤工程可行性規劃」工作，完成地質鑽探12孔，總深度1,000公尺，並進行隧道沿線4,200公尺地電阻影像剖面探測，考量有部份地質疑慮尚待釐清，北水局爰辦理「石門水庫防淤隧道工程(第1階段)補充地質及地下水調查」，以為後續基本設計之依據。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WRANB103C39</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/15</date><governmentpublicationsnumber>1010401218</governmentpublicationsnumber><identifier>79519</identifier><internationalstandardbooknumber>9789860455458 ; 9789860455</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79519</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道可行性規劃總報告(光碟版) Feasibility Study of Amouping Desilting Tunnel Project for Shimen Reservoir Summart Report</title><yearidentifier>201507</yearidentifier></data><data><abstract>本計畫延續94年衛星災害監測及預警機制建立(1/2)計畫，應用衛星遙測影像進行90-95年石門水庫、頭前溪、大甲溪、高屏溪上源集水區裸露崩塌地判釋，計畫首先藉由實驗樣區植生分析，制定出崩塌判釋標準流程，並應用數值地形模型探討崩塌發生的區位特徵；為利於崩塌地的持續監測及現地勘查，研究中彙整集水區中大型崩塌地屬性資料。在資料的比對驗證上，則藉由現地調查及航照判釋資料進行。 在集水區淤沙推估上，首先制定泥沙沖刷演算流程，其中非點源式的表土沖刷以通用土壤流失公式進行推估，點源式的淤砂來源則以判釋崩塌區及崩塌深度進行分析，再藉由泥沙遞移概念演算進入庫區或集水區出流點的砂石總量。經由比較分析，歷年表土沖刷變化與年降雨量呈現相關，而在空間分布上，高表土流失區域與裸露崩塌區位相符合。分析結果顯示石門水庫及高屏溪流域分別於2004年及2005年有明顯增加的趨勢，與艾利、馬莎颱風造成影響有關 在河床高程變遷的研究上，計畫中應用ERS-2，ENVISAT雷達衛星資料，以差分干涉技術分析大甲溪、高屏溪、及蘭陽溪因河砂淤積沖刷造成的河床高程變化，經由與SRTM及水利署河床斷面資料相比較皆獲致一致成果。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950040</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/16</date><governmentpublicationsnumber>1009503849</governmentpublicationsnumber><identifier>79520</identifier><internationalstandardbooknumber>9789860079029 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79520</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>衛星災害監測及預警機制建立(2/2)=Disaster Monitoring Using Satellite Imagery (2/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>富岡漁港至利嘉溪間海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。由於本段海岸地形變遷主要係受卑南溪輸沙及海洋營力主導，加上外海水深坡度較陡，近岸入射波浪能量消散有限，每至颱風期間，大浪侵襲海岸，容易造成灘岸沖刷、流失入海；而為避免本段海岸遭海浪侵蝕，在臺東海濱公園至豐里段沿海段，已設置多座消波塊短突堤進行保護，藉以攔阻沿岸輸沙，防止海岸線侵退。然現況部份突堤因受颱風波浪作用，已散落於沿岸灘面，不僅降低海岸防禦能力，亦對整體海岸整體景觀造成衝擊。為能掌握卑南溪河口輸砂供給對鄰近海岸地形影響之範圍，以做為後續海岸防護設施維護及修復整建之依據，本計畫擬先針對卑南溪河口河道底質、鄰近海岸底質及水深地形進行現場調查，搭配海、氣象基本資料蒐集分析，並以數值模式輔助研判全段海岸受卑南溪河口輸砂之地形變遷與近岸動力機制；最後，依據前述調查與分析結果，評估現有突堤群及防護設施之成效，並研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040209</commissionedprojectidentifier><currency>NT$</currency><date>2015/9/23</date><governmentpublicationsnumber>1010401411</governmentpublicationsnumber><identifier>79523</identifier><internationalstandardbooknumber>9789860457001 ; 9789860457</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79523</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八 河川局</publisher><publishrocyear>104</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(2/2)(內附光碟) The impact assessment of sediment transport in estuary of Beinan River and Surrounding coastlines(2/2)</title><yearidentifier>201508</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/13</date><governmentpublicationsnumber>1010400541</governmentpublicationsnumber><identifier>79535</identifier><internationalstandardbooknumber>9789860445350 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79535</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>104</publishrocyear><title>103年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2014</title><yearidentifier>201506</yearidentifier></data><data><abstract> </abstract><author>李寄嵎、林建偉、葉恩肇、陳正宏</author><categoryidentifier>356.23</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/16</date><governmentpublicationsnumber>1010401344</governmentpublicationsnumber><identifier>79536</identifier><internationalstandardbooknumber>9789860456752 ; 9789860456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79536</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>104</publishrocyear><title>二萬五千分之一臺灣地質圖說明書.馬祖地區</title><yearidentifier>201508</yearidentifier></data><data><abstract>本計畫係依據本局102年度辦理「鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估」確認鹽水溪大昌橋(斷面63)上游河道內180平方公尺範圍之「大昌橋遺址」屬距今約4800~4200年大坌坑文化，因該遺址位於鹽水溪河道內，為避免影響後續大昌橋上游新建堤防工程期程及日後河流沖刷擾動破壞遺留文物，故本局依據遺址監管保護辦法第8條規定及 鈞署103年3月18日經水河字第10351028520號同意函辦理搶救發掘，俾利相關防洪工程施設接續推行。</abstract><author>蔗古文創事業股份有限公司</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030424</commissionedprojectidentifier><currency>NT$</currency><date>2015/10/20</date><governmentpublicationsnumber>1010400923</governmentpublicationsnumber><identifier>79543</identifier><internationalstandardbooknumber>9789860450910 ; 9789860450</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79543</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>鹽水溪大昌橋遺址搶救發掘The Salvage Excavation of Dachang Bridge Site Lying on the Yanshui Stream Bed</title><yearidentifier>201508</yearidentifier></data><data><abstract>本計畫係依據本局102年度辦理「鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估」確認鹽水溪大昌橋(斷面63)上游河道內180平方公尺範圍之「大昌橋遺址」屬距今約4800~4200年大坌坑文化，因該遺址位於鹽水溪河道內，為避免影響後續大昌橋上游新建堤防工程期程及日後河流沖刷擾動破壞遺留文物，故本局依據遺址監管保護辦法第8條規定及 鈞署103年3月18日經水河字第10351028520號同意函辦理搶救發掘，俾利相關防洪工程施設接續推行。</abstract><author>蔗古文創事業股份有限公司</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030424</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010400923</governmentpublicationsnumber><identifier>79544</identifier><internationalstandardbooknumber>9789860450910 ; 9789860450</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79544</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>鹽水溪大昌橋遺址搶救發掘(光碟版)The Salvage Excavation of Dachang Bridge Site Lying on the Yanshui Stream Bed</title><yearidentifier>201508</yearidentifier></data><data><abstract> </abstract><author>行政院秘書處</author><categoryidentifier>553.976</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/23</date><governmentpublicationsnumber>1009300574</governmentpublicationsnumber><identifier>79545</identifier><internationalstandardbooknumber>9789570167788 ; 9570167785</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79545</librarycollectiondetailsurl><price>80</price><publisher>行政院秘書處</publisher><publishrocyear>93</publishrocyear><title>文書處理手冊</title><yearidentifier>200404</yearidentifier></data><data><abstract> </abstract><author>法部法律事務司</author><categoryidentifier>588.135</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/26</date><governmentpublicationsnumber>1009103826</governmentpublicationsnumber><identifier>79546</identifier><internationalstandardbooknumber>9789570124835 ; 9570124830</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79546</librarycollectiondetailsurl><price>150</price><publisher>法務部</publisher><publishrocyear>91</publishrocyear><title>行政程序法解釋及諮詢小組會議紀錄彙編(二)</title><yearidentifier>200212</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>554.61729</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/26</date><governmentpublicationsnumber>1009102866</governmentpublicationsnumber><identifier>79547</identifier><internationalstandardbooknumber>9789570119886 ; 9570119888</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79547</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>91</publishrocyear><title>我們的濁水溪-集集共同引水工程紀念文集The Chou-Shui River</title><yearidentifier>200210</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2015/10/27</date><governmentpublicationsnumber>1010401311</governmentpublicationsnumber><identifier>79549</identifier><internationalstandardbooknumber>9789860456431 ; 9789860456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79549</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-102年度各標的用水統計年報The Water Consumption for 2013</title><yearidentifier>201508</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2015/10/27</date><governmentpublicationsnumber>1010401311</governmentpublicationsnumber><identifier>79550</identifier><internationalstandardbooknumber>9789860456431 ; 9789860456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79550</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-102年度各標的用水統計年報(光碟版)The Water Consumption for 2013</title><yearidentifier>201508</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2015/10/27</date><governmentpublicationsnumber>1010401314</governmentpublicationsnumber><identifier>79551</identifier><internationalstandardbooknumber>9789860456448 ; 9789860456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79551</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-102年用水統計年報彙編(光碟版)The Compiled Annual Report on Watrer Consumption for 2013</title><yearidentifier>201508</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2015/10/27</date><governmentpublicationsnumber>1010401314</governmentpublicationsnumber><identifier>79552</identifier><internationalstandardbooknumber>9789860456448 ; 9789860456</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79552</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-102年用水統計年報彙編The Compiled Annual Report on Watrer Consumption for 2013</title><yearidentifier>201508</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/28</date><governmentpublicationsnumber>1010202858</governmentpublicationsnumber><identifier>79554</identifier><internationalstandardbooknumber>9789860391664 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79554</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>104</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/28</date><governmentpublicationsnumber>1010202858</governmentpublicationsnumber><identifier>79555</identifier><internationalstandardbooknumber>9789860391664 ; 9789860391</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79555</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>104</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/10/29</date><governmentpublicationsnumber>1010401699</governmentpublicationsnumber><identifier>79556</identifier><internationalstandardbooknumber>9789860458992 ; 9789860458</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79556</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>104</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201510</yearidentifier></data><data><abstract>台灣地區39個地點及中國大陸3個港口之全年潮汐預報表</abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/12</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>79561</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79561</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>105</publishrocyear><title>中華民國106年潮汐表年刊第20期--光碟版=TIDAL TABLES 2017</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/11/13</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>79563</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79563</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>臺灣地區水資源投資分析103年度報告(內附光碟)</title><yearidentifier>201510</yearidentifier></data><data><abstract>雙溪水資源利用率只有10%，相較大漢溪60%、新店溪45%、基隆河14%皆較低，故擬構思如何提高雙溪水資源利用率，期能提升對基隆地區的水資源貢獻度。經現勘及由1/5000航照圖研判，貢寮淨水場上游有多處河川高灘地，若規劃人工湖配合下游既有淨水場聯合運用，研擬是否有水資源常態及備援之效益，俾提供北區基本計畫近程的研究方案。為瞭解貢寮人工湖地形及地質條件，爰提『貢寮人工湖初步規劃-地形測量及地質調查』工作委託服務計畫書，俾利工展。</abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030452</commissionedprojectidentifier><currency>NT$</currency><date>2015/11/18</date><governmentpublicationsnumber>1010401112</governmentpublicationsnumber><identifier>79568</identifier><internationalstandardbooknumber>9789860453829 ; 9789860453</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79568</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>貢寮人工湖初步規劃-地形測量及地質調查--光碟版=Preliminary planning of the Gong-Liao artificial lake topographic survey and geolo9gical investigation</title><yearidentifier>201507</yearidentifier></data><data><abstract>落實水利建設物檢查及河道清淤之工作外，並加強建置防災預警機制及中小型移動事抽水機調度等颱風豪雨期間之防災應變作為。</abstract><author>經濟部水利署</author><categoryidentifier>443.6933061   443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/11/27</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>79574</identifier><internationalstandardbooknumber>9772079796009 ; 20797966</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79574</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>103年度經濟部水利署年報(內附光碟)=Water Ressources Agency Ministry of Economic Affairs</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會編著</author><categoryidentifier>581.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/1</date><governmentpublicationsnumber>1010401676</governmentpublicationsnumber><identifier>79575</identifier><internationalstandardbooknumber>9789860457148 ; 9789860457</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79575</librarycollectiondetailsurl><price>400</price><publisher>行政院大陸委員會</publisher><publishrocyear>104</publishrocyear><title>大陸事務法規彙編</title><yearidentifier>201509</yearidentifier></data><data><abstract>目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 123123123座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 (以下簡稱本所 以下簡稱本所 )於民國 100~101100~101100~101100~101100~101100~101100~101?辦 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 （大灣坪 C案及阿姆坪 案及阿姆坪 案及阿姆坪 D案，如摘圖 1）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 於單案 (大灣坪 C案)之防淤功能， 之防淤功能， 水利署 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 C案異 重流水力防淤 重流水力防淤 (針對細顆粒泥砂問題 針對細顆粒泥砂問題 針對細顆粒泥砂問題 )，阿姆坪 ，阿姆坪 D案(以下稱為阿姆坪防 以下稱為阿姆坪防 以下稱為阿姆坪防 淤隧道 )隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 (針對已淤積較粗顆 針對已淤積較粗顆 針對已淤積較粗顆 粒泥砂問題 粒泥砂問題 )。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/15</date><governmentpublicationsnumber>1010402526</governmentpublicationsnumber><identifier>79636</identifier><internationalstandardbooknumber>9789860467116 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79636</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道水工模型試驗研究103年度成果報告(內附光碟)</title><yearidentifier>201511</yearidentifier></data><data><abstract>石門水庫為具有灌溉、發電、給水、防洪及觀光等多目標水利設施，自民國53年6月14日竣工起營運迄今，歷經極端颱洪事件後，依據103年調查成果，水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。面臨氣候變遷致極端水文事件，強降雨之頻率已然驟增，加強石門水庫防淤及排洪能力已刻不容緩，應予以重視並提出對策。 經濟部水利署(以下簡稱水利署)研擬「石門水庫防淤隧道工程計畫」，於水庫蓄水範圍內阿姆坪及大灣坪等2處增設防淤隧道(位置詳摘圖1)，水利署在考量整體工程計畫之必要性、急迫性及施工條件，將工程計畫分2階段實施，第1階段優先推動阿姆坪隧道，並俟阿姆坪隧道完成後再檢討推動第2階段大灣坪隧道，規劃藉由功能屬性不同之2條隧道工程，加速水庫清淤及增加水力排砂能力 阿姆坪隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，大灣坪隧道則利用颱洪期間水量進行水力排砂操作，藉由水庫異重流到達時將高濃度泥流排放至水庫下游，以提升石門水庫防淤能力，減少水庫泥砂淤積。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/15</date><governmentpublicationsnumber>1010401863</governmentpublicationsnumber><identifier>79648</identifier><internationalstandardbooknumber>9789860460728 ; 9789860460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79648</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫防淤隧道工程計畫(第1階段)阿姆坪隧道基本設計報告Desilting Tunnel of Shimen Reservoir (First Stage) The Basic Design Report of Amouping Tunnel</title><yearidentifier>201510</yearidentifier></data><data><abstract>石門水庫為具有灌溉、發電、給水、防洪及觀光等多目標水利設施，自民國53年6月14日竣工起營運迄今，歷經極端颱洪事件後，依據103年調查成果，水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。面臨氣候變遷致極端水文事件，強降雨之頻率已然驟增，加強石門水庫防淤及排洪能力已刻不容緩，應予以重視並提出對策。 經濟部水利署(以下簡稱水利署)研擬「石門水庫防淤隧道工程計畫」，於水庫蓄水範圍內阿姆坪及大灣坪等2處增設防淤隧道(位置詳摘圖1)，水利署在考量整體工程計畫之必要性、急迫性及施工條件，將工程計畫分2階段實施，第1階段優先推動阿姆坪隧道，並俟阿姆坪隧道完成後再檢討推動第2階段大灣坪隧道，規劃藉由功能屬性不同之2條隧道工程，加速水庫清淤及增加水力排砂能力 阿姆坪隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，大灣坪隧道則利用颱洪期間水量進行水力排砂操作，藉由水庫異重流到達時將高濃度泥流排放至水庫下游，以提升石門水庫防淤能力，減少水庫泥砂淤積。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/15</date><governmentpublicationsnumber>1010401863</governmentpublicationsnumber><identifier>79649</identifier><internationalstandardbooknumber>9789860460728 ; 9789860460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79649</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫防淤隧道工程計畫(第1階段)阿姆坪隧道基本設計報告(光碟版)Desilting Tunnel of Shimen Reservoir (First Stage) The Basic Design Report of Amouping Tunnel</title><yearidentifier>201510</yearidentifier></data><data><abstract>石門水庫為具有灌溉、發電、給水、防洪及觀光等多目標水利設施，自民國53年6月14日竣工起營運迄今，歷經極端颱洪事件後，依據103年調查成果，水庫總容量已從原設計3.09億立方公尺減少為2.01億立方公尺，使得穩定供水及防洪操作之風險提高。面臨氣候變遷致極端水文事件，強降雨之頻率已然驟增，加強石門水庫防淤及排洪能力已刻不容緩，應予以重視並提出對策。 經濟部水利署(以下簡稱水利署)研擬「石門水庫防淤隧道工程計畫」，於水庫蓄水範圍內阿姆坪及大灣坪等2處增設防淤隧道(位置詳摘圖1)，水利署在考量整體工程計畫之必要性、急迫性及施工條件，將工程計畫分2階段實施，第1階段優先推動阿姆坪隧道，並俟阿姆坪隧道完成後再檢討推動第2階段大灣坪隧道，規劃藉由功能屬性不同之2條隧道工程，加速水庫清淤及增加水力排砂能力 阿姆坪隧道於平時作為水庫土石清淤輸送通道，由佈設於隧道上方之抽泥(砂)管輸送至隧道出口沖淤池堆置，於颱洪期間利用該通道排洪水量將沖淤池內可沖淤料排放至下游河道，不可沖淤料部分則進行標售，大灣坪隧道則利用颱洪期間水量進行水力排砂操作，藉由水庫異重流到達時將高濃度泥流排放至水庫下游，以提升石門水庫防淤能力，減少水庫泥砂淤積。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/15</date><governmentpublicationsnumber>1010401863</governmentpublicationsnumber><identifier>79650</identifier><internationalstandardbooknumber>9789860460728 ; 9789860460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79650</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道工程計劃(第1階段)阿姆坪隧道基本設計圖</title><yearidentifier>201510</yearidentifier></data><data><abstract>目前石門水庫上游集區123座攔砂壩與水庫備淤量已大致淤滿，加上部分攔砂壩損毀，如何強石門水庫清淤 、沖淤與水力防淤能力實為，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。經濟部水利署規劃試驗所 (以下簡稱本所 以下簡稱本所 )於民國 100~101?辦 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案（大灣坪 C案及阿姆坪D案，如摘圖 1）同時進行水力防淤操作會低於單案 (大灣坪 C案)之防淤功能， 之防淤功能， 水利署會議決採用大灣坪C案異重流水力防淤(針對細顆粒泥砂問題 )，阿姆坪 D案(以下稱為阿姆坪防淤隧道 )隧道規模縮小以抽泥、清淤及沖淤道(針對已淤積較粗顆粒泥砂問題 )。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/16</date><governmentpublicationsnumber>1010402526</governmentpublicationsnumber><identifier>79651</identifier><internationalstandardbooknumber>9789860467116 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79651</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道水工模型試驗研究103年度成果報告(內附光碟)=Hydraulic model srudy on Amuping desilting tunnel of Shihmen reservoir (2014)</title><yearidentifier>201511</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/21</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>79657</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79657</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>104</publishrocyear><title>行政院農業委員會農業試驗所2014年報</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2015/12/28</date><governmentpublicationsnumber>1010403066</governmentpublicationsnumber><identifier>79681</identifier><internationalstandardbooknumber>9789860473452 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79681</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>104</publishrocyear><title>經濟部水利署臺北水源特定區管理局103年度工作年報（光碟片）</title><yearidentifier>201511</yearidentifier></data><data><abstract>南化水庫位於台南市南化區，鄰近曾文水庫與楠梓仙溪，水資源來自曾文溪支流後堀溪、高屏溪支流旗山溪(越域引水)及其相關集水區，為南部地區重要的水源設施，主要供應台南與高雄之公共給水，為台灣公共給水單一目標最大之水庫。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)依循水源開發規劃作業規範(草案)於99~101年度完成初步規劃階段相關調查工作，並自102年度起辦理可行性規劃階段工作，已完成築壩材料調查、環境現況分析、開發規模評估、地形測量、淹沒區及工程用地補償調查等工作。 本(104)年度依循水源開發規劃作業規範(草案)於可行性規劃階段賡續辦理大壩主體工程可行性檢討、附屬工程方案研擬及水力發電評估等工作，並針對前期左壩座地質破碎部份補充地質調查及試驗，俾提供後續施工階段之對策及建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2015/12/28</date><governmentpublicationsnumber>1010402311</governmentpublicationsnumber><identifier>79682</identifier><internationalstandardbooknumber>9789860464924 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79682</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估(內附光碟)Water Resources Development and Feasibility Planning of Upstream of Nan-Hua Reservoir - Report on Review of Dam and Subsidiary Structure and Hydropower Evaluation</title><yearidentifier>201512</yearidentifier></data><data><abstract>後龍溪水系支流汶水溪原為苗栗縣縣管河川，自虎山吊橋下游100公尺起至與後龍溪匯流處止，於民國88年由苗栗縣政府完成治理基本計畫並奉前台灣省政府核定公告。民國89年時改列為中央管河川，水利署水利規劃試驗所於95年辦理虎山吊橋以上規劃，惟治理計畫並未核定公告。 本溪自民國88年規劃迄今已歷時15載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理後龍溪水系支流汶水溪治理規劃檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040184</commissionedprojectidentifier><currency>NT$</currency><date>2015/12/29</date><governmentpublicationsnumber>1010402778</governmentpublicationsnumber><identifier>79684</identifier><internationalstandardbooknumber>9789860470116 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79684</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>後龍溪水系支流汶水溪原為苗栗縣縣管河川，自虎山吊橋下游100公尺起至與後龍溪匯流處止，於民國88年由苗栗縣政府完成治理基本計畫並奉前台灣省政府核定公告。民國89年時改列為中央管河川，水利署水利規劃試驗所於95年辦理虎山吊橋以上規劃，惟治理計畫並未核定公告。 本溪自民國88年規劃迄今已歷時15載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理後龍溪水系支流汶水溪治理規劃檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040184</commissionedprojectidentifier><currency>NT$</currency><date>2015/12/29</date><governmentpublicationsnumber>1010402778</governmentpublicationsnumber><identifier>79686</identifier><internationalstandardbooknumber>9789860470116 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79686</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討(2/2)-光碟版</title><yearidentifier>201512</yearidentifier></data><data><abstract>基於氣候變遷的影響，未來所面對的環境將更為嚴峻，因此水庫管理人員除應具備基本的專業能力外，亦需定期接受專業職能訓練。為建立一套系統性訓練課程及制度，本署爰辦理本計畫並分兩年期推動執行，除要求水庫單位應派新進人員參訓基礎課程外，亦應定期參加回訓以提升專業職能，並登錄訓練人員訓練時數，以利後續追蹤訓練及回訓情形，未來將有助於水庫管理人員士氣與專業能力之強化與提升。</abstract><author>國立交通大學</author><categoryidentifier>443.6   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040126</commissionedprojectidentifier><currency>NT$</currency><date>2015/12/30</date><governmentpublicationsnumber>1010403138</governmentpublicationsnumber><identifier>79689</identifier><internationalstandardbooknumber>9789860473759 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79689</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台中辦公室</publisher><publishrocyear>104</publishrocyear><title>水庫管理人員專業職能訓練委託服務計畫(1/2)(內附光碟)Initation of Occupational Training Programs for Reservoir Management (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 位人員素質及確保檢查安全評估之品。 1. 蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全6月 11 日仁義 潭水庫與蘭、 6月 15 日永和山水庫、 6月 17 日曾文水庫；第 二次安全複查： 二次安全複查： 11 月 18 日烏山頭水庫、 日烏山頭水庫、 11 月 25 日桂山壩與阿玉， 共 7座水庫。 2. 水庫安全評估報告審查：完成 水庫安全評估報告審查：完成 水庫安全評估報告審查：完成 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池2次安全評估」、「青潭堰第 次安全評估」、「青潭堰第 次安全評估」、「青潭堰第 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四評估」 及「湖山水庫使用前安全複核報告共 7份專案報告初審與 6場專案審查會議。 3. 蓄水與引建造物檢查及安全評估專業知識教育訓練：於 10 月 6日 於交通大學， 10 月 7日於石門水庫現地舉行。 課程內容涵蓋： (1) 水利建造物檢查及安全評估法規概述 (2) 翡翠水庫安全檢查及監測概況 (3) 仁義潭水庫溢洪道災損事件緊急應變及復建 (4) 緊急事件處理案例 -以虎頭埤水庫為例 (5) 石門水庫進口潛伕下檢查及清淤作業 (6) 石門水庫安全檢查及監測概況 (7) 石門水庫工機械操作及維護概況 (8) 石門水庫安全檢查、監測及抽泥船現地觀摩 4. 水庫安全監測設施妥適性探討 (1) 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部摘-2分儀器須做補充或改善。 (2) 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用其壩頂及上下游表面沉陷點、量水堰等，輔助觀測。 (3) 部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理，但建議管人員仍需具備基礎判釋能力，並確實記錄及維護。 (4) 初步提出二、三級水庫常見安全重點問題 (如表 5-4) ，後續可針對 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 討。 5. 蓄水與引建造物安全相關技術諮詢、緊 蓄水與引建造物安全相關技術諮詢、緊 蓄水與引建造物安全相關技術諮詢、緊 急事件現勘及其它與 蓄水引水建造物檢查及安全評估相關工作之技術行政協助事項： 引水建造物檢查及安全評估相關工作之技術行政協助事項： 8月 13 日「蘇迪勒颱風新店溪上游堰壩及 護岸安全勘查」8月 27 日美國 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 詢。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040119</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/8</date><governmentpublicationsnumber>1010402569</governmentpublicationsnumber><identifier>79712</identifier><internationalstandardbooknumber>9789860467895 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79712</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>104~106年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)(內附光碟) (2015~2017)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 本計畫旨在提供水利署辦理蓄與引建造物檢查及安全評估相關 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 工作之專業協助，以有效掌握各蓄水與引建造物安全狀況、提升管理單 位人員素質及確保檢查安全評估之品。 1. 蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全蓄水與引建造物複查之專業協助： 第一次安全6月 11 日仁義 潭水庫與蘭、 6月 15 日永和山水庫、 6月 17 日曾文水庫；第 二次安全複查： 二次安全複查： 11 月 18 日烏山頭水庫、 日烏山頭水庫、 11 月 25 日桂山壩與阿玉， 共 7座水庫。 2. 水庫安全評估報告審查：完成 水庫安全評估報告審查：完成 水庫安全評估報告審查：完成 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 「尖山埤水庫第四次安全評估」、明德 水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池水庫第 五次安全評估」、「明潭下池2次安全評估」、「青潭堰第 次安全評估」、「青潭堰第 次安全評估」、「青潭堰第 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 五次安全評估」、「直 潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四潭壩第五次安全 評估」、「鹿寮溪水庫四評估」 及「湖山水庫使用前安全複核報告共 7份專案報告初審與 6場專案審查會議。 3. 蓄水與引建造物檢查及安全評估專業知識教育訓練：於 10 月 6日 於交通大學， 10 月 7日於石門水庫現地舉行。 課程內容涵蓋： (1) 水利建造物檢查及安全評估法規概述 (2) 翡翠水庫安全檢查及監測概況 (3) 仁義潭水庫溢洪道災損事件緊急應變及復建 (4) 緊急事件處理案例 -以虎頭埤水庫為例 (5) 石門水庫進口潛伕下檢查及清淤作業 (6) 石門水庫安全檢查及監測概況 (7) 石門水庫工機械操作及維護概況 (8) 石門水庫安全檢查、監測及抽泥船現地觀摩 4. 水庫安全監測設施妥適性探討 (1) 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 一級水庫之監測設備數量、項目及配置等，大致屬合宜。僅部 摘-2 分儀器須做補充或改善。 (2) 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 土石壩由於埋設體內之監測儀器雖損壞甚多，但大致可利用 其壩頂及上下游表面沉陷點、量水堰等，輔助觀測。 (3) 部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管部分水庫監測資料之評析為委託顧問公司辦理 ，但建議管人員仍需具備基礎判釋能力，並確實記錄及維護。 (4) 初步提出二、三級水庫常見安全重點問題 (如表 5-4) ，後續可針對 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 其現有安全監測規劃涵蓋重點問題所需對應之項目進行檢 討。 5. 蓄水與引建造物安全相關技術諮詢、緊 蓄水與引建造物安全相關技術諮詢、緊 蓄水與引建造物安全相關技術諮詢、緊 急事件現勘及其它與 蓄水引水建造物檢查及安全評估相關工作之技術行政協助事項： 引水建造物檢查及安全評估相關工作之技術行政協助事項： 8月 13 日「蘇迪勒颱風新店溪上游堰壩及 護岸安全勘查」8月 27 日美國 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 墾務局技術團來台「了解六甲斷層對烏山頭水庫安全之影響」諮 詢。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040119</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/11</date><governmentpublicationsnumber>1010402569</governmentpublicationsnumber><identifier>79718</identifier><internationalstandardbooknumber>9789860467895 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79718</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>106-106年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)(光碟版)(2015~2017) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report (1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/12</date><governmentpublicationsnumber>1010403066</governmentpublicationsnumber><identifier>79720</identifier><internationalstandardbooknumber>9789860473452 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79720</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>104</publishrocyear><title>經濟部水利署臺北水源特定區管理局103年度工作年報(光碟版) Taipei Water Management Office, Water Resources Agency, Ministry of Economic Affairs 2014 annual job report</title><yearidentifier>201511</yearidentifier></data><data><abstract>為了加強區域水資源有效調度及減輕石門水庫供水壓力，水利署積極辦理「板新地區供水改善計畫」、「板新大漢溪水源南調桃園」等相關計畫，使新店溪及大漢溪水源可相互調配支援，對整體水資源調度之穩定度大有助益。 在環境因素改變及上述相關計畫加入後，需就前述各項計畫投入前、後之水資源開發、跨水系調度及經營管理進行檢討，以提升石門水庫水資源利用以及有效管理。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040091</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010403241</governmentpublicationsnumber><identifier>79727</identifier><internationalstandardbooknumber>9789860475500 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79727</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫調蓄潛能檢討及跨水系經營策略規劃Analysis of Water Supply Potential and Planning of Cross-Basin Water Resources Management for Shimen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>為了加強區域水資源有效調度及減輕石門水庫供水壓力，水利署積極辦理「板新地區供水改善計畫」、「板新大漢溪水源南調桃園」等相關計畫，使新店溪及大漢溪水源可相互調配支援，對整體水資源調度之穩定度大有助益。 在環境因素改變及上述相關計畫加入後，需就前述各項計畫投入前、後之水資源開發、跨水系調度及經營管理進行檢討，以提升石門水庫水資源利用以及有效管理。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040091</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010403241</governmentpublicationsnumber><identifier>79728</identifier><internationalstandardbooknumber>9789860475500 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79728</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>石門水庫調蓄潛能檢討及跨水系經營策略規劃(光碟版)Analysis of Water Supply Potential and Planning of Cross-Basin Water Resources Management for Shimen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>79729</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79729</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>79730</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79730</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)(光碟版)Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>79731</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79731</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告(光碟版)Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>79732</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79732</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告=Implement and Application Study of CCHE3D mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>79733</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79733</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)附冊一 CCHE3D模式使用手冊中文版Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>張炎憲</author><categoryidentifier>177.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/14</date><governmentpublicationsnumber>1009504509</governmentpublicationsnumber><identifier>79734</identifier><internationalstandardbooknumber>9789860085761 ; 9789860085</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79734</librarycollectiondetailsurl><price>200</price><publisher>國史館</publisher><publishrocyear>95</publishrocyear><title>徐金錫、甘俊二訪談錄</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫係依據本局102年度辦理「鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估」確認鹽水溪大昌橋(斷面63)上游河道內180平方公尺範圍之「大昌橋遺址」屬距今約4800~4200年大坌坑文化，因該遺址位於鹽水溪河道內，為避免影響後續大昌橋上游新建堤防工程期程及日後河流沖刷擾動破壞遺留文物，故本局依據遺址監管保護辦法第8條規定及 鈞署103年3月18日經水河字第10351028520號同意函辦理搶救發掘，俾利相關防洪工程施設接續推行。</abstract><author>蔗古文創事業股份有限公司</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030424</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010400923</governmentpublicationsnumber><identifier>79744</identifier><internationalstandardbooknumber>9789860450910 ; 9789860450</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79744</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>鹽水溪大昌橋遺址搶救發掘</title><yearidentifier>201508</yearidentifier></data><data><abstract>本計畫係依據本局102年度辦理「鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估」確認鹽水溪大昌橋(斷面63)上游河道內180平方公尺範圍之「大昌橋遺址」屬距今約4800~4200年大坌坑文化，因該遺址位於鹽水溪河道內，為避免影響後續大昌橋上游新建堤防工程期程及日後河流沖刷擾動破壞遺留文物，故本局依據遺址監管保護辦法第8條規定及 鈞署103年3月18日經水河字第10351028520號同意函辦理搶救發掘，俾利相關防洪工程施設接續推行。</abstract><author>蔗古文創事業股份有限公司</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030424</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010400923</governmentpublicationsnumber><identifier>79745</identifier><internationalstandardbooknumber>9789860450910 ; 9789860450</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79745</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>鹽水溪大昌橋遺址搶救發掘(光碟版)The Salvage Excavation of Dachang Bridge Site Lying on the Yanshui Stream Bed</title><yearidentifier>201508</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>79753</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79753</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(內附光碟)Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣每逢颱風豪雨河川泥砂濃度即迅速飆升，而高濁度之水流往往對下游地區之水資源利用、河道穩定、河中構造物安全與生態系統等產生嚴重衝擊，因此瞭解颱洪期間河川泥砂濃度於時間與空間之變化實為重要課題。本計畫主要建立以物理概念為基礎之颱洪期間河川泥砂濃度歷線推估架構與方法，並配合時域反射法(Time Domain Reflectometry, TDR)河川泥砂濃度觀測資料以利於相關模式之建立、檢定與驗證。但由目前實務觀測經驗發現，現場感測器避免雜物干擾與落淤等限制需要克服，此外對於提供河川橫斷面泥砂濃度量測規劃與驗證仍須進一步探討。 基於上述需求，本計畫除持續維護既有固定式自動化泥砂觀測示範站穩定運作外，並針對實務應用所面臨之問題持續改善相關設備，包含透過碳纖維探棒改良，以及微型化感測器研發，以提升TDR量測準確度；另外現場測站常見問題改善則包含提出保護鋼管開槽改善，以及浮桶式觀測方法之規劃建議。目前本計畫已取得數場颱洪時期河川即時泥砂濃度歷線分析，其中以里嶺大橋為例，配合現場人工取樣除作為校正資料外，透過橋墩與深槽區取樣結果，初步研判於小流量下之空間濃度變異性不高。因此本計畫除完成以TDR沖刷纜線為主體之橫斷面泥砂濃度量測機制與初步實務安裝圖說，並預計將於下年度進行現場實際安裝與測試。因應上述河川橫斷面泥砂濃度量測機制建置，現有資訊平台之網頁繪圖Flash模組之功能於升級後之模組可提供兩組以上SSC歷線同時繪圖，以及不同現場物理量比較，另外也提供單一垂直濃度剖面繪圖，並提出河川橫斷面泥砂濃度繪圖機制規劃與初步測試成果。 關於泥砂產量與歷線推估部分，本計畫已選定泥砂濃度歷線推估之應用流域並蒐集相關資料，同時蒐集並彙整不同泥砂生產機制之泥砂產量推估方法。而根據相關資料，已研擬泥砂濃度歷線推估整體架構以及詳細流程。本推估架構是由多個具不同目的之方法或模式所組合而言，而在組合過程又牽涉時間與空間因素，因此模擬時刻與子集水區劃分之選擇將可能影響分析結果。建議後續在針對整個高屏溪流域進行分析並與TDR量測資料比對前，仍應先以一小集水區進行架構之測試與檢討，以利實際應用時能有效率地完成模式率定與驗證之工作。</abstract><author>國立交通大學</author><categoryidentifier>443.13</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040063</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010403036</governmentpublicationsnumber><identifier>79756</identifier><internationalstandardbooknumber>9789860473360 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79756</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>河川含砂濃度全洪程觀測與含砂濃度歷線推估模式建構(2/2) Full Runoff River Suspended Sediment Concentration Monitoring and Development of the Sediment Hydrograph Modelling</title><yearidentifier>201512</yearidentifier></data><data><abstract>自民國93年艾利颱風過後，石門水庫產生大量淤積導致庫容減少，同時高含砂濃度入流亦影響民生供水能力，水庫泥砂的問題開始被凸顯出來，近年來在政府特別預算的支持下，相關研究成果提出了改善與治理的對策，亦已對石門水庫的活化產生很大的貢獻。但在水庫泥砂課題涵蓋範圍相當廣，且每部分都相當複雜的情況下，不管在學術或實務面上，每一個面向其實都還是存在若干值得進一步深入探討的問題，尤其在本計畫隸屬於科專經費的前提下，更凸顯技術突破的需要性，其中水庫泥砂監測技術研發改良，建立適合臺灣使用之監測調查方法為水庫防淤問題中首先要解決之課題。在台灣有進行泥砂監測之水庫中，以石門水庫之泥砂監測資料比較齊全利於量測成果比對，爰此成立本計畫進行研究與探討，以提供水庫防淤策略研擬與操作參考。為評估水庫最佳防淤策略，水庫的來水來砂特性為重要關鍵，對於洪水監測，各水庫已施作多年，但泥砂監測資料目前僅石門與曾文水庫有較多資料，其他水庫並不完整，且泥砂監測過程中問題頗多，故建立水庫泥砂資料是目前水庫整體防淤策略重要基本工作，依據「水庫泥砂監測技術暨防淤操作策略研究」計畫之水庫入庫泥砂監測技術初步規劃，各水庫泥砂濃度觀測儀器設置之步驟，主要先從入庫邊界渾水明渠流之緩流區及各排放口開始，原因在於水庫管理單位希望能掌握入庫含砂濃度進而得知入庫總砂量，以及得知各排放口或取水工附近高泥砂濃度變化情形，進而調整水庫放水與取水時間。石門水庫羅浮站在右岸斜坡建置分層抽水取樣設施及懸浮質濃度自動化觀測點，雖已提供較有根據的入庫泥砂估計，但受邊壁效應影響使其量測之河道泥砂濃度可能存在相當程度的變異性，如何獲得斷面代表性的含砂濃度，為河道輸砂觀測相當重要但較欠缺的一環。因此本研究擬配合羅浮既有側岸幫浦、TDR含砂濃度與光學濁度設備，嘗試於主深槽建置一觀測樁，以提供主深槽的分層取樣與即時觀測，內部將包含分層抽水幫浦以及TDR含砂濃度等自動化觀測設備；並以觀測樁作為中繼固定點，規劃設計岸壁至觀測樁間的鋼索道（cableway）取樣量測系統，提供斷面泥砂濃度量測作業所需之設備(如附圖1~圖3)，預計此透水觀測樁直徑至少16英吋、厚度8mm，基礎最深點至少要接近原始河床標高接近EL.230公尺，穩定的鋼索要與現有結構結合(如圖4)。透過上述工作，可評估主深槽與河岸、不同量測系統測定結果的變異性，並研擬如何率定側岸或觀測樁量測點結果以獲得斷面代表性濃度，期能提供更精確的水庫上游入庫砂量推估及粒徑組成。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040165</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/15</date><governmentpublicationsnumber>1010402888</governmentpublicationsnumber><identifier>79758</identifier><internationalstandardbooknumber>9789860470987 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79758</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水庫泥砂監測技術研發及現場測試評估以石門水庫為例(內附光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>79760</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79760</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」Feasibility study of applying building information modeling to support dike design in 2015 正式報告書(內附光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>「員山子分洪建造物」其功能為將員山子上游集水區部分洪水利用分洪隧道排放至東海，使得基隆河中下游地區之洪水水位得以下降，達到防洪效果。</abstract><author>聯合大地顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010103342</governmentpublicationsnumber><identifier>79764</identifier><internationalstandardbooknumber>9789860352023 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79764</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>101</publishrocyear><title>101年度員山子分洪建造物檢查及評估計畫服務工作</title><yearidentifier>201212</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域有複雜之水理與輸砂行為。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂砂行為將會改變。目前仍缺乏對河口段及臨近海域變遷之影響評估，因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上水庫操作策略與構造物之興建，彼此間的泥砂供需平衡需評估並檢討，因此成立本兩年研究計畫分析評估，進行問題探討與改善對策評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040211</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010403148</governmentpublicationsnumber><identifier>79768</identifier><internationalstandardbooknumber>9789860474329 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79768</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估(2/2)(內附光碟)Impact assessment of sediment transport at Tansui estuary on surrounding coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域有複雜之水理與輸砂行為。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂砂行為將會改變。目前仍缺乏對河口段及臨近海域變遷之影響評估，因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上水庫操作策略與構造物之興建，彼此間的泥砂供需平衡需評估並檢討，因此成立本兩年研究計畫分析評估，進行問題探討與改善對策評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040211</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010403146</governmentpublicationsnumber><identifier>79772</identifier><internationalstandardbooknumber>9789860474336 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79772</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估總報告(內附光碟)Impact assessment of sediment transport at Tansui estuary on surrounding coast</title><yearidentifier>201512</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010401021</governmentpublicationsnumber><identifier>79779</identifier><internationalstandardbooknumber>9789860452440 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79779</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年水利統計 STATISTIC OF WATER RESOURCES 2014</title><yearidentifier>201507</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/19</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>79792</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79792</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>臺灣地區水資源投資分析103年度報告--內附光碟</title><yearidentifier>201510</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域有複雜之水理與輸砂行為。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂砂行為將會改變。目前仍缺乏對河口段及臨近海域變遷之影響評估，因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上水庫操作策略與構造物之興建，彼此間的泥砂供需平衡需評估並檢討，因此成立本兩年研究計畫分析評估，進行問題探討與改善對策評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040211</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/19</date><governmentpublicationsnumber>1010403146</governmentpublicationsnumber><identifier>79804</identifier><internationalstandardbooknumber>9789860474336 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79804</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估總報告(內附光碟)Impact assessment of sediment transport at Tansui estuary on surrounding coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>一、臺灣光復後，政府全力進行復員與建設工作之際，臺灣省水利局     首先從事興建水庫的初步研究工作，地方政府與社會人士也組成促進委員會，繼而陳故副總統辭修先生之遠見與決心，為造福人民，推動石門水庫之興建，遂於43年5月成立「石門水庫設計委員會」，即為興建水庫所設立的第一個組織。  二、44年7月於石門水庫設計委員會提出興建計畫報告後，成立「石門水庫籌備委員會」負責籌措經費及設計施工。45年7月成立「石門水庫建設委員會」，展開施工。  三、石門水庫管理委員會於52年8月成立。石門水庫全部工程於53年6月竣工後「石門水庫建設委員會」即宣告結束，整個工程移交「臺灣省石門水庫管理委員會」(53年6月改隸臺灣省政府)接管。  四、53年7月臺灣省石門水庫管理委員會下設「石門水庫管理局」（59年9月改隸臺灣省政府建設廳），專責石門水庫維護、管理及營運。  五、86年臺灣省政府調整省屬水利機關組織，臺灣省石門水庫管理局與臺灣省水利局第十工程處於87年1月23日合併改制成立「臺灣省水利處北區水資源局」，專責新竹以北地區水資源開發維護管理及經營事項。  六、88年7月1日依「臺灣省政府組織暨功能調整方案」改隸經濟部，更名為「經濟部水利處北區水資源局」。  七、88年11月16日因經濟部水利處第十河川局成立，掌理淡水河防洪等相關業務，本局仍轄管石門水庫營運、集水區整治及北區水資源管理調配及開發工程相關業務。  八、91年3月28日經濟部水利署成立，機關改制為經濟部水利署北區水資源局，調整本局組織通則與業務迄今。  九、為提升政府效能，行政院組織改造法案陸續於99年1月及100年4月間完成立法，確認新的行政院組織架構由37個部會精簡為29個機關，未來本局將改隸於新部會「環境資源部」，成立「環境資源部水利署北區水資源分署」，賡續致力於攸關國計民生之水資源工作。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/19</date><governmentpublicationsnumber>1010301366</governmentpublicationsnumber><identifier>79809</identifier><internationalstandardbooknumber>9789860418606 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79809</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>經濟部水利署北區水資源局一百零三年度年報</title><yearidentifier>201508</yearidentifier></data><data><abstract>本年度將以卑南溪及四重溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040188</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/20</date><governmentpublicationsnumber>1010403197</governmentpublicationsnumber><identifier>79817</identifier><internationalstandardbooknumber>9789860473797 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79817</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>中央管河川流域地質資料查核-卑南溪及四重溪--內附光碟=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Beinan and Sizhong River</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度將以卑南溪及四重溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040188</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/20</date><governmentpublicationsnumber>1010403197</governmentpublicationsnumber><identifier>79821</identifier><internationalstandardbooknumber>9789860473797 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79821</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>中央管河川流域地質資料查核-卑南溪及四重溪--光碟版=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Beinan and Sizhong River</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河水系河川情勢調查，前期調查於2005年辦理完畢，本計畫為第二輪的調查。除應辦理項目外，加入淡水河通洪能力分析，因為淡水河雖有多處自然保留區，但對於通洪影響為何? 可否兩全? 需辨明分析。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/1/21</date><governmentpublicationsnumber>1010403151</governmentpublicationsnumber><identifier>79830</identifier><internationalstandardbooknumber>9789860474541 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79830</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河水系河川情勢調查(1/3)(內附光碟)IInvestigation of Current Status of Tamsui River System(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/21</date><governmentpublicationsnumber>1010402894</governmentpublicationsnumber><identifier>79831</identifier><internationalstandardbooknumber>9789860472059 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79831</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海岸基本資料調查(2/2)(內附光碟)Field Study on Coastal Monitoring and Investigation in Kinmen(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/21</date><governmentpublicationsnumber>1010402895</governmentpublicationsnumber><identifier>79832</identifier><internationalstandardbooknumber>9789860472042 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79832</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海堤設施環境改善規劃(內附光碟)The Plan of Facility Environmental Improvement at Kinmen Seawalls(South and Northeast Coast)</title><yearidentifier>201512</yearidentifier></data><data><abstract>配合雙溪水庫規劃工作結合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能。在配合以混凝土壩興建之規劃原則下，針對淹沒區可能築壩材料之料源區進行調查，可減少外購材料及增加水庫庫容，增加計畫整體效益。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040137</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/25</date><governmentpublicationsnumber>1010402975</governmentpublicationsnumber><identifier>79843</identifier><internationalstandardbooknumber>9789860472479 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79843</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-築壩材料調查與試驗--內附光碟=Feasibility Planning on Shunang-Xi Reservoir (5)- Report on Material Investigation and Testing of Dam</title><yearidentifier>201512</yearidentifier></data><data><abstract>配合雙溪水庫規劃工作結合生態環境與地方特色，促進水庫及地方永續經營發展及增加水力發電綠色能源等功能。在配合以混凝土壩興建之規劃原則下，針對淹沒區可能築壩材料之料源區進行調查，可減少外購材料及增加水庫庫容，增加計畫整體效益。</abstract><author>世合工程技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040137</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/25</date><governmentpublicationsnumber>1010402975</governmentpublicationsnumber><identifier>79844</identifier><internationalstandardbooknumber>9789860472479 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79844</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-築壩材料調查與試驗--光碟版=Feasibility Planning on Shunang-Xi Reservoir (5)- Report on Material Investigation and Testing of Dam</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/27</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>79863</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79863</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」(內附光碟)Feasibility study of applying building information modeling to support dike design in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署依水利法規定負有一般性海堤區域禦潮任務，需於一般性海堤區域辦理海堤工程等相關禦潮作為。海堤堤前的水域屬海水與工程結構物交界且交互作用的區域，近岸水動力條件極為複雜，亦增加設計與施工作業之不確定性。 近岸水動力係指涉與近海海域上各種時空尺度的海水流動、波動與紊流現象，包括了水平及垂直流動（沿岸流、離岸流、湧升沈降等輸送）；紊流及其引致的沈積物懸浮、陸源物質攪拌與混合；以及波動（波浪、亞重力波、邊緣波等）。這些海水動力特性，包括波浪場與流場的理解與掌握，對於海堤設計而言是極其重要的。由於近岸水動力特性在時間上是非定常，空間上為非均勻，故傳統單點式之水文技術進行觀測獲得的單點與離散性資訊，對於掌握近岸水動力的連續時空特性係仍不足。為提供海堤設計連續完整之近岸水動力相關資訊。 本計畫擬應用移動式岸基同調(Coherent)微波雷達，可機動性擷取具時空連續性之海表面流場與波浪場等資訊，以及觀測成本與維護作業風險較低等特性，擇定本署第一河川局所轄宜蘭地區侵蝕現象顯著之海堤區域，以此水文技術進行周邊近岸流流場與波浪場的觀測，探討不同條件下之潮流與洋流相互作用影響下，造成海堤區域內近岸流場的變化特性，冀以提昇海堤設計所需觀測數據之質與量，作為海岸侵蝕災害成因探討、減災與應變策略研擬的依據。</abstract><author>國立中央大學水文與海洋科學研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040072</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/29</date><governmentpublicationsnumber>1010402549</governmentpublicationsnumber><identifier>79900</identifier><internationalstandardbooknumber>9789860467697 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79900</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>以水文技術提昇海堤設計之研究(1/2)(光碟版)On the Advance of Sea Dike Design Using Innovative Hydrological Technologies(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署依水利法規定負有一般性海堤區域禦潮任務，需於一般性海堤區域辦理海堤工程等相關禦潮作為。海堤堤前的水域屬海水與工程結構物交界且交互作用的區域，近岸水動力條件極為複雜，亦增加設計與施工作業之不確定性。 近岸水動力係指涉與近海海域上各種時空尺度的海水流動、波動與紊流現象，包括了水平及垂直流動（沿岸流、離岸流、湧升沈降等輸送）；紊流及其引致的沈積物懸浮、陸源物質攪拌與混合；以及波動（波浪、亞重力波、邊緣波等）。這些海水動力特性，包括波浪場與流場的理解與掌握，對於海堤設計而言是極其重要的。由於近岸水動力特性在時間上是非定常，空間上為非均勻，故傳統單點式之水文技術進行觀測獲得的單點與離散性資訊，對於掌握近岸水動力的連續時空特性係仍不足。為提供海堤設計連續完整之近岸水動力相關資訊。 本計畫擬應用移動式岸基同調(Coherent)微波雷達，可機動性擷取具時空連續性之海表面流場與波浪場等資訊，以及觀測成本與維護作業風險較低等特性，擇定本署第一河川局所轄宜蘭地區侵蝕現象顯著之海堤區域，以此水文技術進行周邊近岸流流場與波浪場的觀測，探討不同條件下之潮流與洋流相互作用影響下，造成海堤區域內近岸流場的變化特性，冀以提昇海堤設計所需觀測數據之質與量，作為海岸侵蝕災害成因探討、減災與應變策略研擬的依據。</abstract><author>國立中央大學水文與海洋科學研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040072</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/29</date><governmentpublicationsnumber>1010402549</governmentpublicationsnumber><identifier>79914</identifier><internationalstandardbooknumber>9789860467697 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79914</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>以水文技術提昇海堤設計之研究(1/2)On the Advance of Sea Dike Design Using Innovative Hydrological Technologies(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水文觀測是後續逕流計算、水文分析、水庫防洪運轉操作、洪水預警，防洪工程設計等等之最基本的依據，因此觀測品質之掌握至為重要。由於水文觀測品質影響因素，除了基本之檢校技術外，尚包括現場之檢校安裝與操作，以及人員之基本訓練。因此，擬針對本署現況使用之水文觀測儀器，如傾斗式雨量計、微波雷達表面流速儀、非接觸式水位計等，於現場檢校、安裝操作等研析相關作業程序，並就水文觀測人員驗證作業可行性進行評估。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040061</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/29</date><governmentpublicationsnumber>1010402887</governmentpublicationsnumber><identifier>79915</identifier><internationalstandardbooknumber>9789860471441 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79915</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水文觀測檢校作業制度之研析Research and Analysis of Calibration Work system for Hydrologic Observation</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>79918</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79918</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)附冊一 CCHE3D模式使用手冊中文版Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>79919</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79919</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>79920</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79920</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)=Implement and Application Study of CCHE3D Mobile-bed Model (3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>79925</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79925</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(內附光碟)Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>水文觀測是後續逕流計算、水文分析、水庫防洪運轉操作、洪水預警，防洪工程設計等等之最基本的依據，因此觀測品質之掌握至為重要。由於水文觀測品質影響因素，除了基本之檢校技術外，尚包括現場之檢校安裝與操作，以及人員之基本訓練。因此，擬針對本署現況使用之水文觀測儀器，如傾斗式雨量計、微波雷達表面流速儀、非接觸式水位計等，於現場檢校、安裝操作等研析相關作業程序，並就水文觀測人員驗證作業可行性進行評估。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040061</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010402887</governmentpublicationsnumber><identifier>79926</identifier><internationalstandardbooknumber>9789860471441 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79926</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水文觀測檢校作業制度之研析(光碟版) Research and Analysis of Calibration Work system for Hydrologic Observation</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，辦理濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等。（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040065</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/30</date><governmentpublicationsnumber>1010403083</governmentpublicationsnumber><identifier>79929</identifier><internationalstandardbooknumber>9789860473803 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79929</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(2/3)(光碟版)Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management(2/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且亦已建置多口分層監測井，提供每月所累積之地層下陷壓密與月地下水位變化資料。近年來部份測站的地下水位呈現未明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢的增加。有鑑於地下水位變化與地層下陷量呈現複雜關係，水利署最近已進一步利用光纖光柵，進行更完整的地下水位及地層下陷監測。因此，有其必要分析光纖光柵所得之地下水位觀測資料，及檢核與校正地層下陷觀測資料，並進行不同量測方法所得地下水位及地層下陷觀測資料之比較與探討。此外，亦有必要依據地下水位及地層下陷監測資料，藉由建立一套由國人自行發展之多含水系統黏彈塑性地層下陷數值模式，解析台灣地區地下水位變化造成的複雜土壤變形機制。並且亦可藉由引入地下水變化不確定性之概念，進一步結合不確定性模擬方法，完成考量地下水位變化不確定性地層下陷機率數值模式之建立與應用測試，以期能更合理地預測地層下陷量。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040066</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/1</date><governmentpublicationsnumber>1010403084</governmentpublicationsnumber><identifier>79931</identifier><internationalstandardbooknumber>9789860473353 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79931</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>多含水層下黏彈塑性土層地層下陷數值模式建立之研究(2/2)(光碟版)Study on Development of Land Subsidence Numerical Model for Viscoelastic-Plastic Soil in Multilayered Aquifer System (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫延續前期計畫賡續辦?「馬祖地區水資源整體規劃檢討(2)」，其中以既有水資源設施功能維持與恢復評估為重要課題，此外，藉現地調查東莒地區的地下水水位、水質，以確實掌握東莒地下水現況，並分析含水層儲蓄?及不同降雨條件下之安全出水?及福正水庫改善供水後之地面、地下水?合運用的供水能?，進而檢討東莒的供需情勢，及評估多元化水資源開發之可行性，以提升該地區之供水穩定度。另檢核馬祖地區水資源供需情勢及各島特性，據以擬定水資源營運管?與實施方案，俾穩定供水並提供政策?考。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040164</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402771</governmentpublicationsnumber><identifier>79935</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79935</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>馬祖地區水資源整體規劃檢討(2) Review for the Integrated Strategies on Water Resources in Matsu Region(2)(含光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業。自92年7月溫泉法施行迄今已逾10年，地方政府依溫泉法，據以核發溫泉開發許可、溫泉標章。但隨著科技日新月異、溫泉事業樣態多元化，許多非傳統溫泉區藉由鑿井科技進步，以鑿深井方式取得地熱溫泉水使用。由於屬深層地下水，其水質對人體影響常引起國人關切；另依據現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，規定鑿井超過600公尺應檢測重金屬含量，對於檢測出重金屬之後續管理，惟目前國內相關溫泉重金屬含量對使用者影響相關研究稀少，難窺全貌。 有鑑於此，冀藉由本計畫蒐集世界各國文獻，了解各國對溫泉重金屬之處理方式，此外，本計劃需針對我國目前各溫泉區或非溫泉區溫泉重金屬含量作背景值作調查與分析，建立資料庫，供後續本署、政府相關部門或民眾使用之參考。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040262</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010403405</governmentpublicationsnumber><identifier>79936</identifier><internationalstandardbooknumber>9789860476323 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79936</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>溫泉重金屬含量與溫泉使用影響之研究(2/2)(光碟版)Investigation of Heavy Metals and Usage for Taiwan Hor Spring(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040170</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010403068</governmentpublicationsnumber><identifier>79942</identifier><internationalstandardbooknumber>9789860473766 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79942</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度用水計畫書查核服務 The Achievement of Verifying the Ratified Water Use Prospectus 2015 (光碟版)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均近年來因氣候變遷之故，台灣地區降雨量漸出現 分布不均象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發象，加上台灣地形特殊不易 匯集水資源之性以及開發等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 等因素，當前政府水資源策已逐漸加強管理面之制除持續推動 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 工業與民生節約用水外，對於各開發案件計畫書之審查以及後 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。 續進度之追蹤，亦是掌握與管制用水需求重要措施。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040170</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010403068</governmentpublicationsnumber><identifier>79943</identifier><internationalstandardbooknumber>9789860473766 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79943</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度用水計畫書查核服務 The Achievement of Verifying the Ratified Water Use Prospectus 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>自民國93年艾利颱風過後，石門水庫產生大量淤積導致庫容減少，同時高含砂濃度入流亦影響民生供水能力，水庫泥砂的問題開始被凸顯出來，近年來在政府特別預算的支持下，相關研究成果提出了改善與治理的對策，亦已對石門水庫的活化產生很大的貢獻。但在水庫泥砂課題涵蓋範圍相當廣，且每部分都相當複雜的情況下，不管在學術或實務面上，每一個面向其實都還是存在若干值得進一步深入探討的問題，尤其在本計畫隸屬於科專經費的前提下，更凸顯技術突破的需要性，其中水庫泥砂監測技術研發改良，建立適合臺灣使用之監測調查方法為水庫防淤問題中首先要解決之課題。在台灣有進行泥砂監測之水庫中，以石門水庫之泥砂監測資料比較齊全利於量測成果比對，爰此成立本計畫進行研究與探討，以提供水庫防淤策略研擬與操作參考。為評估水庫最佳防淤策略，水庫的來水來砂特性為重要關鍵，對於洪水監測，各水庫已施作多年，但泥砂監測資料目前僅石門與曾文水庫有較多資料，其他水庫並不完整，且泥砂監測過程中問題頗多，故建立水庫泥砂資料是目前水庫整體防淤策略重要基本工作，依據「水庫泥砂監測技術暨防淤操作策略研究」計畫之水庫入庫泥砂監測技術初步規劃，各水庫泥砂濃度觀測儀器設置之步驟，主要先從入庫邊界渾水明渠流之緩流區及各排放口開始，原因在於水庫管理單位希望能掌握入庫含砂濃度進而得知入庫總砂量，以及得知各排放口或取水工附近高泥砂濃度變化情形，進而調整水庫放水與取水時間。石門水庫羅浮站在右岸斜坡建置分層抽水取樣設施及懸浮質濃度自動化觀測點，雖已提供較有根據的入庫泥砂估計，但受邊壁效應影響使其量測之河道泥砂濃度可能存在相當程度的變異性，如何獲得斷面代表性的含砂濃度，為河道輸砂觀測相當重要但較欠缺的一環。因此本研究擬配合羅浮既有側岸幫浦、TDR含砂濃度與光學濁度設備，嘗試於主深槽建置一觀測樁，以提供主深槽的分層取樣與即時觀測，內部將包含分層抽水幫浦以及TDR含砂濃度等自動化觀測設備；並以觀測樁作為中繼固定點，規劃設計岸壁至觀測樁間的鋼索道（cableway）取樣量測系統，提供斷面泥砂濃度量測作業所需之設備(如附圖1~圖3)，預計此透水觀測樁直徑至少16英吋、厚度8mm，基礎最深點至少要接近原始河床標高接近EL.230公尺，穩定的鋼索要與現有結構結合(如圖4)。透過上述工作，可評估主深槽與河岸、不同量測系統測定結果的變異性，並研擬如何率定側岸或觀測樁量測點結果以獲得斷面代表性濃度，期能提供更精確的水庫上游入庫砂量推估及粒徑組成。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040165</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402888</governmentpublicationsnumber><identifier>79947</identifier><internationalstandardbooknumber>9789860470987 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79947</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水庫泥砂監測技術研發及現場測試評估以石門水庫為例(光碟版)</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前國內環保法規尚未對各類工程開發專案的碳排放進行管制，惟碳排放評估與減量承諾已為目前環境影響評估的常見要求之一。行政院公共工程委員會自102年3月起即責成六種工程類別主管機關提出碳排放估算及盤查作業試辦案例，水資源工程亦為其中之一。另「行政院所屬各機關中長程個案計畫編審要點」第六項亦已揭示「中長程個案計畫應納入碳中和概念」。</abstract><author>財團法人中興顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040412</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402784</governmentpublicationsnumber><identifier>79950</identifier><internationalstandardbooknumber>9789860469325 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79950</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源工程計畫碳管理制度研究(2/2)(內附光碟) The Study on Carbon Management System of Water Resource Engineering(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前國內環保法規尚未對各類工程開發專案的碳排放進行管制，惟碳排放評估與減量承諾已為目前環境影響評估的常見要求之一。行政院公共工程委員會自102年3月起即責成六種工程類別主管機關提出碳排放估算及盤查作業試辦案例，水資源工程亦為其中之一。另「行政院所屬各機關中長程個案計畫編審要點」第六項亦已揭示「中長程個案計畫應納入碳中和概念」。</abstract><author>財團法人中興顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040412</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402784</governmentpublicationsnumber><identifier>79952</identifier><internationalstandardbooknumber>9789860469325 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79952</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源工程計畫碳管理制度研究(2/2)(光碟版)The Study on Carbon Management System of Water Resource Engineering(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前國內環保法規尚未對各類工程開發專案的碳排放進行管制，惟碳排放評估與減量承諾已為目前環境影響評估的常見要求之一。行政院公共工程委員會自102年3月起即責成六種工程類別主管機關提出碳排放估算及盤查作業試辦案例，水資源工程亦為其中之一。另「行政院所屬各機關中長程個案計畫編審要點」第六項亦已揭示「中長程個案計畫應納入碳中和概念」。</abstract><author>財團法人中興顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040412</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402786</governmentpublicationsnumber><identifier>79953</identifier><internationalstandardbooknumber>9789860469332 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79953</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源工程計畫碳管理制度研究總報告書(光碟版)so4The Study on Carbon Management System of Water Resource Engineering Final Report</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>79954</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79954</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告 Long-Term Monitoring of Sediment Transport in Shihmen Reservoir(含光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前國內環保法規尚未對各類工程開發專案的碳排放進行管制，惟碳排放評估與減量承諾已為目前環境影響評估的常見要求之一。行政院公共工程委員會自102年3月起即責成六種工程類別主管機關提出碳排放估算及盤查作業試辦案例，水資源工程亦為其中之一。另「行政院所屬各機關中長程個案計畫編審要點」第六項亦已揭示「中長程個案計畫應納入碳中和概念」。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040412</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402786</governmentpublicationsnumber><identifier>79955</identifier><internationalstandardbooknumber>9789860469332 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79955</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源工程計畫碳管理制度研究總報告書(內附光碟) The Study on Carbon Management System of Water Resource Engineering Final Report</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>行政院莫拉克颱風災後重建推動委員會</author><categoryidentifier>575.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010203651</governmentpublicationsnumber><identifier>79964</identifier><internationalstandardbooknumber>9789860400625 ; 9789860400</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79964</librarycollectiondetailsurl><price></price><publisher>行政院莫拉克颱風災後重建推動委員會</publisher><publishrocyear>102</publishrocyear><title>山路橋河共治災後基礎重建成某紀實</title><yearidentifier>201312</yearidentifier></data><data><abstract>地下水已成為水資源調配與管理策略中重要的保命水源，是維繫人類生活繼續維持高水準的重要環節，有效管理地下水資源是相當重要的。近年來因氣候變遷之故短期氣候變異加劇與極端氣候頻率增加，造成降雨與氣溫發生變化進而影響河川流量，同樣也對地下水造成影響。如降雨量變化引起河川流量變化，進而改變原本地表水與地下水之交互作用機制，影響河川對地下水之補注。因此，瞭解氣候變遷下臺灣地區地下水潛能變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。故本署研提本計畫，擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，以臺灣九大地下水資源區進行地下水潛能變化之研究及地下水文量評估，以提供未來臺灣九大地下水區之水資源管理策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040059</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402589</governmentpublicationsnumber><identifier>79965</identifier><internationalstandardbooknumber>9789860467871 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79965</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究(2/2)The Investigationof Groundwater Potential Variation under Climate Change in the Nine Groundwater Regions of Taiwan(2/2)</title><yearidentifier>201511</yearidentifier></data><data><abstract>地下水已成為水資源調配與管理策略中重要的保命水源，是維繫人類生活繼續維持高水準的重要環節，有效管理地下水資源是相當重要的。近年來因氣候變遷之故短期氣候變異加劇與極端氣候頻率增加，造成降雨與氣溫發生變化進而影響河川流量，同樣也對地下水造成影響。如降雨量變化引起河川流量變化，進而改變原本地表水與地下水之交互作用機制，影響河川對地下水之補注。因此，瞭解氣候變遷下臺灣地區地下水潛能變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。故本署研提本計畫，擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，以臺灣九大地下水資源區進行地下水潛能變化之研究及地下水文量評估，以提供未來臺灣九大地下水區之水資源管理策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040059</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010402589</governmentpublicationsnumber><identifier>79966</identifier><internationalstandardbooknumber>9789860467871 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79966</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究(2/2)(光碟版)The Investigationof Groundwater Potential Variation under Climate Change in the Nine Groundwater Regions of Taiwan(2/2)</title><yearidentifier>201511</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010203505</governmentpublicationsnumber><identifier>79967</identifier><internationalstandardbooknumber>9789860398649 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79967</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置成果報告書--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>費立沅、中興工程顧問股份有限公司、亞新工程顧問有限公司.....等</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>1010203506</governmentpublicationsnumber><identifier>79968</identifier><internationalstandardbooknumber>9789860398632 ; 9789860398</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79968</librarycollectiondetailsurl><price>800</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>102</publishrocyear><title>易淹水地區上游集水區地質調查及資料庫建置圖冊--內附光碟</title><yearidentifier>201312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>00-H-30-42</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/2</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>79969</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79969</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>102</publishrocyear><title>中華民國一０一年臺灣水文年報電子書=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2012</title><yearidentifier>201306</yearidentifier></data><data><abstract>完整的水利資料為水資源管理與決策之重要參考來源之一，為掌握我國水資源實際利用情形，期能作為未來水利相關工作之啟發及推動參考，預計於民國104年至108年，針對資料掌握較佳者採盤查方式，而資料掌握相對較不足者，則採實地調查方式，全面掌握水利資料。 水利資料項目繁多，經本先期計畫檢討各項目中，以各標的用水量與其來源最為缺乏，其需要性亦最為急迫。普查工作以「用水調查統計」為重點，優先執行。本先期計畫主要針對各標的用水統計方法論進行研擬，為驗證抽樣調查方法可行性及執行可能面臨問題，另案辦理試辦計畫，以利驗證並修正調查方法，供後續水利普查計畫調查作業執行參據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030285</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/3</date><governmentpublicationsnumber>1010402879</governmentpublicationsnumber><identifier>79976</identifier><internationalstandardbooknumber>9789860470598 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79976</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水利普查作業先期規劃評估(內附光碟)=Planning and Assessment for Pilot Task of Water Census</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/3</date><governmentpublicationsnumber>1010402894</governmentpublicationsnumber><identifier>79982</identifier><internationalstandardbooknumber>9789860472059 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79982</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海岸基本資料調查(2/2)(光碟版)Field Study on Coastal Monitoring and Investigation in Kinmen(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/3</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>79984</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79984</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>103</publishrocyear><title>104年度一河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood C ontrol Integration. Project under the Jurisdiction of the First River. Management Office in 2015</title><yearidentifier>201412</yearidentifier></data><data><abstract>金門地區水資源主要以湖庫蓄水及地下水為主，海水淡化為輔，為因應金門地區相關計畫之推動及觀光與常住人口之成長引致之供水缺口，政府除積極辦理湖庫水質改善與清淤工程外，亦推動海水淡化廠功能提昇改善計畫。然睽諸金門湖庫集水區土地利用發展之型態所肇致之環境污染與水文變異特性，湖庫水質改善需面臨投資成本日增而效益愈減，供水穩定度愈降之課題，致水資源供給面依賴地下水甚深，不利金門水資源永續發展。 盱衡金門地區供水水源結構之變化，本所103年度茲委託辦理「金門地區水資源運用調整策略規劃(1)」(以下簡稱前期計畫)，期衡酌區位環境特性及供水水源結構，考量產業用水需求條件，通盤檢討水資源運用架構，訂定水資源運用調整策略方向。基於前期計畫成果，大幅調整既有水資源結構，在考量成本、制度面等因素有其推動侷限性，建議擇定合適區位示範推動，為強化相關策略推動需賡續研擬可行配套措施。另地下水管理為金門水資源管理之關鍵，應通盤考量區域(金東、金西)供水水源穩定性與潛在風險，並適時進行金門水資源管理策略研析，爰續辦理「金門地區水資源運用調整策略規劃(2)」。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040163</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/4</date><governmentpublicationsnumber>1010402769</governmentpublicationsnumber><identifier>79995</identifier><internationalstandardbooknumber>9789860469363 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_79995</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區水資源運用調整策略規劃(2)--內附光碟=Planning for the Adjustment Strategies on Water Resources in Kinmen Region (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.6   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030025</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/4</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>80000</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80000</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>東埔蚋溪滯洪池環境教育暨場所認證規劃案Environment Education and Environmental Education Facility Certification Program of Tonpuze Creek Detention Pond</title><yearidentifier>201506</yearidentifier></data><data><abstract>台灣位於環太平洋地震帶，強烈地震對於大型公共建設之威脅不容忽視，因此規劃水庫的同時必須考量地區性之地震因素。區域性地震研究奠基在長時間連續且高品質之現地地震觀測作業，有鑑於此，水利署於民國96年在士文場址區域裝設2部強地動儀，並於102年再增設1部強地動儀，其間所蒐錄之高品質強地動紀錄與所建置之強地動資料庫，為大壩規劃設計及相關設施耐震設計之重要參考資料。為使現地地震觀測作業不致中斷，本年度亦持續辦理計畫壩址地區強地動儀維護觀測及資料整理作業，建立士文水庫地區強地動資料庫，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030208</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402720</governmentpublicationsnumber><identifier>80025</identifier><internationalstandardbooknumber>9789860468946 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80025</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(103~104年)--內附光碟=Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2014~2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣位於環太平洋地震帶，強烈地震對於大型公共建設之威脅不容忽視，因此規劃水庫的同時必須考量地區性之地震因素。區域性地震研究奠基在長時間連續且高品質之現地地震觀測作業，有鑑於此，水利署於民國96年在士文場址區域裝設2部強地動儀，並於102年再增設1部強地動儀，其間所蒐錄之高品質強地動紀錄與所建置之強地動資料庫，為大壩規劃設計及相關設施耐震設計之重要參考資料。為使現地地震觀測作業不致中斷，本年度亦持續辦理計畫壩址地區強地動儀維護觀測及資料整理作業，建立士文水庫地區強地動資料庫，俾利後續可行性規劃工作之推展。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030208</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402720</governmentpublicationsnumber><identifier>80026</identifier><internationalstandardbooknumber>9789860468946 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80026</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>士文水庫可行性規劃-強地動儀維護觀測及資料整理(103~104年)--光碟版=Feasibility Study of Shi-Wen Reservoir-Report of Strong Motion Seismograph Maintenance Observation and Data Analysis(2014~2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>433.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040212</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010403258</governmentpublicationsnumber><identifier>80028</identifier><internationalstandardbooknumber>9789860475623 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80028</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬(2/3)Planning of the Response of River Channel Stabilizing and Seediment Management for the Danshuei River(2/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>433.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040212</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010403258</governmentpublicationsnumber><identifier>80029</identifier><internationalstandardbooknumber>9789860475623 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80029</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬(2/3)(光碟版)Planning of the Response of River Channel Stabilizing and Seediment Management for the Danshuei River(2/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>高屏溪流域，水資源相當豐沛，廣厚地下含水層透水性良好，為台灣主要地下水資源地區之一，惟因降雨時空分布極不平均，造成豐枯水期變化明顯，加上近年來氣候變遷的因素，豐枯水期降雨差距更大，降雨特性的改變，直接或間接影響地下水補注效益，爰地下水資源管理亟需有所因應與規劃。 本署在高屏溪流域具有眾多長期的地面水及地下水監測資料，若能透過加值分析，提供實用性的資訊，分析萃取地面/地下水資源交互作用機制，藉由資訊整合平台展示集水區水文資訊，即時掌握及預測地下水位變化趨勢，將能即早針對當地地下水文情勢，提出因應對策。本計畫藉由蒐集與整理高屏溪流域內眾多流量站、地下水觀測站、水文地質等長期觀測資料，分析全流域的降雨、河川流量、地下水間的關係，利用資料探勘技術建置全流域智慧型長短期預測模式，並開發展示於資訊整合平台，俾作為台灣地下水資源管理方式之參考依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040062</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010403004</governmentpublicationsnumber><identifier>80030</identifier><internationalstandardbooknumber>9789860472318 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80030</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>建置高屏溪地下水位查詢展示與預測模式(1/2)Construct a web-based query system and forecast models of groundwater levels for Gaoping River basin</title><yearidentifier>201512</yearidentifier></data><data><abstract>高屏溪流域，水資源相當豐沛，廣厚地下含水層透水性良好，為台灣主要地下水資源地區之一，惟因降雨時空分布極不平均，造成豐枯水期變化明顯，加上近年來氣候變遷的因素，豐枯水期降雨差距更大，降雨特性的改變，直接或間接影響地下水補注效益，爰地下水資源管理亟需有所因應與規劃。 本署在高屏溪流域具有眾多長期的地面水及地下水監測資料，若能透過加值分析，提供實用性的資訊，分析萃取地面/地下水資源交互作用機制，藉由資訊整合平台展示集水區水文資訊，即時掌握及預測地下水位變化趨勢，將能即早針對當地地下水文情勢，提出因應對策。本計畫藉由蒐集與整理高屏溪流域內眾多流量站、地下水觀測站、水文地質等長期觀測資料，分析全流域的降雨、河川流量、地下水間的關係，利用資料探勘技術建置全流域智慧型長短期預測模式，並開發展示於資訊整合平台，俾作為台灣地下水資源管理方式之參考依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040062</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010403004</governmentpublicationsnumber><identifier>80031</identifier><internationalstandardbooknumber>9789860472318 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80031</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>建置高屏溪地下水位查詢展示與預測模式(1/2)(光碟版)Construct a web-based query system and forecast models of groundwater levels for Gaoping River basin</title><yearidentifier>201512</yearidentifier></data><data><abstract>水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，而系統應用加值開發則可由歷史資料數據所形成之指標中，歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，向決策者及民眾提供決策訊息，除可適度反應公共政策問題外，亦能做為政策計畫管理與調整之資訊。臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。為能持續綜整及更新歷年水資源投資資料及更深入各標的別之指標研析，特委託辦理本計畫俾利協助本署進行臺灣地區水資源投資分析年報資料蒐整、檢核、編輯與建構系統加值應用功能，以提供本署及有關單位未來相關施政參酌。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040035</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402912</governmentpublicationsnumber><identifier>80038</identifier><internationalstandardbooknumber>9789860468359 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80038</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水資源投資分析指標研析與年報管理系統(1/2)The analysis of water resources investment indicators in system interface devised annitional features(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，而系統應用加值開發則可由歷史資料數據所形成之指標中，歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，向決策者及民眾提供決策訊息，除可適度反應公共政策問題外，亦能做為政策計畫管理與調整之資訊。臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。為能持續綜整及更新歷年水資源投資資料及更深入各標的別之指標研析，特委託辦理本計畫俾利協助本署進行臺灣地區水資源投資分析年報資料蒐整、檢核、編輯與建構系統加值應用功能，以提供本署及有關單位未來相關施政參酌。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040035</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402912</governmentpublicationsnumber><identifier>80039</identifier><internationalstandardbooknumber>9789860468359 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80039</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水資源投資分析指標研析與年報管理系統(1/2)(光碟版)The analysis of water resources investment indicators in system interface devised annitional features(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>在如此環境變遷複雜、資訊傳遞快速、競爭激烈的巨量（Big Data）知識時代，傳統層級節制的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為掌握全球水利事務之政策情勢，並提升我國水資源管理與政策之廣度，本計畫蒐彙翻譯國外重要水利新知報告，由探討不同國家創新性政策，並研提適合本土妥適性之策略建議，俾利作為台灣在進行水利政策規劃時的參考，並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，藉以協助組織增進水資源管理之跨域治理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040030</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402914</governmentpublicationsnumber><identifier>80040</identifier><internationalstandardbooknumber>9789860468366 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80040</librarycollectiondetailsurl><price>490</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年水利新知管理與服務計畫2015 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201512</yearidentifier></data><data><abstract>在如此環境變遷複雜、資訊傳遞快速、競爭激烈的巨量（Big Data）知識時代，傳統層級節制的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為掌握全球水利事務之政策情勢，並提升我國水資源管理與政策之廣度，本計畫蒐彙翻譯國外重要水利新知報告，由探討不同國家創新性政策，並研提適合本土妥適性之策略建議，俾利作為台灣在進行水利政策規劃時的參考，並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，藉以協助組織增進水資源管理之跨域治理能力。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040030</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402914</governmentpublicationsnumber><identifier>80041</identifier><internationalstandardbooknumber>9789860468366 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80041</librarycollectiondetailsurl><price>490</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年水利新知管理與服務計畫(光碟版)2015 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201512</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰持續辦理本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040181</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402432</governmentpublicationsnumber><identifier>80057</identifier><internationalstandardbooknumber>9789860466218 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80057</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究(3/3)=Keelung River Comprehensive Improvement Plan (1st Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰持續辦理本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040181</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402432</governmentpublicationsnumber><identifier>80058</identifier><internationalstandardbooknumber>9789860466218 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80058</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究(3/3)--光碟版=Keelung River Comprehensive Improvement Plan (1st Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰持續辦理本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040181</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402434</governmentpublicationsnumber><identifier>80059</identifier><internationalstandardbooknumber>9789860466218 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80059</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究總報告=Keelung River Comprehensive Improvement Plan (1st Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes</title><yearidentifier>201512</yearidentifier></data><data><abstract>基隆河整體治理計畫(前期計畫)已於民國95年底完成所有防洪相關計畫，已完成相同於大台北防洪計畫重現期距200年洪峰流量並達防範納莉颱洪之保護程度，並經本所於民國98年完成「基隆河整體治理計畫後續追蹤及成效評估(3/3)」研究，前期計畫已達成原定之目標與效益。而行政院於民國101年4月26日院臺經字第1010022776號函中提示照經建會意見辦理，經由經建會審議「基隆河整體治理計畫後續追蹤及成效評估」綜提意見，由於基隆河整體治理計畫（前期計畫）完成後尚未遭逢類似納莉颱風強度之重大颱洪事件，相關工程措施等成果仍需實際颱洪事件進行檢驗，故需持續進行監測、分析及檢討，視需要進行相關方案之研究，爰持續辦理本計畫案。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040181</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010402434</governmentpublicationsnumber><identifier>80060</identifier><internationalstandardbooknumber>9789860466218 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80060</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>基隆河整體治理計畫(前期計畫)追蹤評估及後續方案分析研究總報告--光碟版=Keelung River Comprehensive Improvement Plan (1st Phase Plan) - Evaluation of Previous Works and Analysis of Subsequent Schemes</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/16</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>80061</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80061</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」Feasibility study of applying building information modeling to support dike design in 2015 正式報告書(內附光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030025</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/16</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>80063</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80063</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>東埔蚋溪滯洪池環境教育暨場所認證規劃案=Environment Education and Environmental Education Facility Certification Program of Tonpuze Creek Detention Pond</title><yearidentifier>201506</yearidentifier></data><data><abstract>士文水庫計畫至民國102年2月業已依環保署100年7月5日範疇界定會議決議本案應繼續補充調查之環境因子並依有關專家學者及相關機關、團體所提意見之評估調查成果完成「環境影響評估報告書(初稿)」。惟因計畫區域位於原住民族土地為因應「原住民族基本法」規定，本計畫應應諮詢並取得原住民族同意或參與，因此針對當地民眾關切議題加強落實公眾參與及資訊透明之方式加強與居民、地方人士與意見領袖之說明與溝通且持續相關環境背景資料更新調查，使環境影響評估報告書更臻完妥，提供士文水庫計畫後續推動。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030193</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402722</governmentpublicationsnumber><identifier>80073</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80073</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>士文水庫可行性規劃－補充調查與推動策略研擬FFeasibility Study of Shi-Wen Reservoir supply mentary survey and actuation approaxh exploration</title><yearidentifier>201512</yearidentifier></data><data><abstract>士文水庫計畫至民國102年2月業已依環保署100年7月5日範疇界定會議決議本案應繼續補充調查之環境因子並依有關專家學者及相關機關、團體所提意見之評估調查成果完成「環境影響評估報告書(初稿)」。惟因計畫區域位於原住民族土地為因應「原住民族基本法」規定，本計畫應應諮詢並取得原住民族同意或參與，因此針對當地民眾關切議題加強落實公眾參與及資訊透明之方式加強與居民、地方人士與意見領袖之說明與溝通且持續相關環境背景資料更新調查，使環境影響評估報告書更臻完妥，提供士文水庫計畫後續推動。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030193</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402722</governmentpublicationsnumber><identifier>80074</identifier><internationalstandardbooknumber>9789860468953 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80074</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>士文水庫可行性規劃－補充調查與推動策略研擬(光碟版)Feasibility Study of Shi-Wen Reservoir - supplymentary survey and actuation approach exploration</title><yearidentifier>201512</yearidentifier></data><data><abstract>金門地區因湖庫水質惡化、集水區保育不易、地下水超抽、傳統水源開發不易，現有水源供給能力，恐無法因應金門地區未來生活、觀光及經濟發展所需。為解決金門地區用水需求，102年行政院核定「金門地區整體供水改善綱要計畫」長期供水方案，以大陸引水及增建海水淡化廠二方案較為可行，經評估現階段大陸引水方案在經濟、環境及成本較優於增建海淡廠方案，因此目前優先推動自大陸引水方案，增建海淡廠則列為替代方案。 考量戰略安全及穩定金門地區長期供水，應強化自主性水源供給及供水應變力，金門地區增建海水淡化廠評估是必要的。本所業已經調查規劃評估結果尚具可行性，有必要繼續辦理資料補充調查及綜合評析工程可行性。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040166</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402741</governmentpublicationsnumber><identifier>80075</identifier><internationalstandardbooknumber>9789860469356 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80075</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(2)(內附光碟)Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>金門地區因湖庫水質惡化、集水區保育不易、地下水超抽、傳統水源開發不易，現有水源供給能力，恐無法因應金門地區未來生活、觀光及經濟發展所需。為解決金門地區用水需求，102年行政院核定「金門地區整體供水改善綱要計畫」長期供水方案，以大陸引水及增建海水淡化廠二方案較為可行，經評估現階段大陸引水方案在經濟、環境及成本較優於增建海淡廠方案，因此目前優先推動自大陸引水方案，增建海淡廠則列為替代方案。 考量戰略安全及穩定金門地區長期供水，應強化自主性水源供給及供水應變力，金門地區增建海水淡化廠評估是必要的。本所業已經調查規劃評估結果尚具可行性，有必要繼續辦理資料補充調查及綜合評析工程可行性。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040166</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402741</governmentpublicationsnumber><identifier>80076</identifier><internationalstandardbooknumber>9789860469356 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80076</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(2)(光碟版)Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬針對可能開發場址進行外業調查與工程規劃等工作，以進行工程技術可行性之評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040157</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402959</governmentpublicationsnumber><identifier>80077</identifier><internationalstandardbooknumber>9789860471571 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80077</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭工程初步規劃(內附光碟)Prelimianry Study on Dajia River Basin for Water Resource Integration and Utilization-Preliminary Planning of Tungshihtan Artificial Lake</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬針對可能開發場址進行外業調查與工程規劃等工作，以進行工程技術可行性之評估。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040157</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402959</governmentpublicationsnumber><identifier>80078</identifier><internationalstandardbooknumber>9789860471571 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80078</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭工程初步規劃(光碟版)Prelimianry Study on Dajia River Basin for Water Resource Integration and Utilization-Preliminary Planning of Tungshihtan Artificial Lake</title><yearidentifier>201512</yearidentifier></data><data><abstract>屏南地區長期由牡丹水庫供應主要水源，惟牡丹水庫歷經莫拉克風災等事件，庫容淤積逐漸增加，且無適當之替代水源，遇有高濁度之情況則須停止供水，長期而言，面臨氣候變遷可能帶來之衝擊，必須有適當之因應策略及方案以穩定供水。 屏南地區未來規劃由牡丹水庫與士文水庫聯合運用以因應該地區長期水資源需求，目前士文水庫尚推動中，為能有效掌握水資源情勢並妥善運用，亦應對鄰近流域之可能供水方案進行分析評估。爰此，本計畫針對隘寮溪、林邊溪、士文溪及牡丹水庫進行水資源聯合運用規劃，以期善用其水資源，以使屏東地區未來供水穩定無虞。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040124</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402716</governmentpublicationsnumber><identifier>80079</identifier><internationalstandardbooknumber>9789860468922 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80079</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>隘寮溪、林邊溪、士文溪及牡丹水庫水資源聯合運用規劃(內附光碟)Planning for conjunctive utilization of surface water from Ailiao River, Linbian River, Shihwen Creek and Mudan Reservoir and groundwater in the Pingtung Plain</title><yearidentifier>201512</yearidentifier></data><data><abstract>屏南地區長期由牡丹水庫供應主要水源，惟牡丹水庫歷經莫拉克風災等事件，庫容淤積逐漸增加，且無適當之替代水源，遇有高濁度之情況則須停止供水，長期而言，面臨氣候變遷可能帶來之衝擊，必須有適當之因應策略及方案以穩定供水。 屏南地區未來規劃由牡丹水庫與士文水庫聯合運用以因應該地區長期水資源需求，目前士文水庫尚推動中，為能有效掌握水資源情勢並妥善運用，亦應對鄰近流域之可能供水方案進行分析評估。爰此，本計畫針對隘寮溪、林邊溪、士文溪及牡丹水庫進行水資源聯合運用規劃，以期善用其水資源，以使屏東地區未來供水穩定無虞。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040124</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402716</governmentpublicationsnumber><identifier>80080</identifier><internationalstandardbooknumber>9789860468922 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80080</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>隘寮溪、林邊溪、士文溪及牡丹水庫水資源聯合運用規劃(光碟版)Planning for conjunctive utilization of surface water from Ailiao River, Linbian River, Shihwen Creek and Mudan Reservoir and groundwater in the Pingtung Plain</title><yearidentifier>201512</yearidentifier></data><data><abstract>完整的水利資料為水資源管理與決策之重要參考來源之一，為掌握我國水資源實際利用情形，期能作為未來水利相關工作之啟發及推動參考，預計於民國104年至108年，針對資料掌握較佳者採盤查方式，而資料掌握相對較不足者，則採實地調查方式，全面掌握水利資料。 水利資料項目繁多，經本先期計畫檢討各項目中，以各標的用水量與其來源最為缺乏，其需要性亦最為急迫。普查工作以「用水調查統計」為重點，優先執行。本先期計畫主要針對各標的用水統計方法論進行研擬，為驗證抽樣調查方法可行性及執行可能面臨問題，另案辦理試辦計畫，以利驗證並修正調查方法，供後續水利普查計畫調查作業執行參據。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030285</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/17</date><governmentpublicationsnumber>1010402879</governmentpublicationsnumber><identifier>80083</identifier><internationalstandardbooknumber>9789860470598 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80083</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水利普查作業先期規劃評估--光碟版=Planning and Assessment for Pilot Task of Water Census</title><yearidentifier>201512</yearidentifier></data><data><abstract>南化水庫位於台南市南化區，鄰近曾文水庫與楠梓仙溪，水資源來自曾文溪支流後堀溪、高屏溪支流旗山溪(越域引水)及其相關集水區，為南部地區重要的水源設施，主要供應台南與高雄之公共給水，為台灣公共給水單一目標最大之水庫。民國98年莫拉克颱風來襲，造成南化水庫壩前淤積，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所(以下簡稱本所)依循水源開發規劃作業規範(草案)於99~101年度完成初步規劃階段相關調查工作，並自102年度起辦理可行性規劃階段工作，已完成築壩材料調查、環境現況分析、開發規模評估、地形測量、淹沒區及工程用地補償調查等工作。 本(104)年度依循水源開發規劃作業規範(草案)於可行性規劃階段賡續辦理大壩主體工程可行性檢討、附屬工程方案研擬及水力發電評估等工作，並針對前期左壩座地質破碎部份補充地質調查及試驗，俾提供後續施工階段之對策及建議。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/18</date><governmentpublicationsnumber>1010402311</governmentpublicationsnumber><identifier>80085</identifier><internationalstandardbooknumber>9789860464924 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80085</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估(光碟版)Water Resources Development and Feasibility Planning of Upstream of Nan-Hua Reservoir - Report on Review of Dam and Subsidiary Structure and Hydropower Evaluation</title><yearidentifier>201512</yearidentifier></data><data><abstract>南化水庫位於臺南市南化區，水資源來自曾文溪支流後堀溪、高屏溪支流旗山溪(越域引水)及其相關集水區，民國98年莫拉克颱風來襲造成南化水庫壩前淤積，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所於99~101年度完成初步規劃階段相關調查工作，並自102年度起辦理南化第二水庫可行性規劃階段工作。 本(104)年度水規所依循「水源開發規劃作業規範」(草案)於可行性規劃階段賡續辦理大壩主體工程可行性檢討、附屬工程方案研擬及水力發電評估等工作，本專題報告係針對前期左壩座地質破碎部分進行補充地質調查及試驗。工作項目包含補充地質調查鑽探3孔，總深度160公尺，壩址地質鑽探施作現地岩盤透水試驗，並取岩心送至室內實驗室進行岩石單壓試驗及岩石靜彈性試驗。 依據鑽探及試驗結果，鑽孔104-BH-1及鑽孔104-BH-2透水值均仍屬正常，且此兩鑽孔頁岩夾砂岩(Sh-Ss3)岩段之岩心均甚為完整，RQD多在90~100之間，故推測前期調查之破碎帶可能為頁岩夾砂岩(Sh-Ss3)岩段中局部存在之現象，壩址左岸之水密性應仍屬尚佳。 依前期及本期地質鑽探調查資料所推估之隧道沿線地質剖面圖得知，導水隧道沿線通過之地層推估依序為崩積層(Qc)、頁岩夾砂岩(Sh-Ss3)、泥質砂岩夾頁岩(Mss-Sh2)、泥質砂岩與頁岩互層(Mss/Sh2)、泥質砂岩夾頁岩(Mss-Sh1)。里程0K+000至0K+150間頂拱附近可能均為未固結崩積層(Qc)且多位於地下水面以下，初步研判該段隧道開挖時在未補強及止水狀況下極易發生湧水及抽坍等狀況。另依既有地質資料顯示隧道洞口附近岩層傾斜方向均向隧道前進方向傾斜，且岩層傾角對隧道開挖甚為有利。既有鑽孔資料顯示隧道沿線岩體大致尚稱良好完整，惟部分頁岩夾砂岩(Sh-Ss3)岩段略為破碎。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/18</date><governmentpublicationsnumber>1010402315</governmentpublicationsnumber><identifier>80086</identifier><internationalstandardbooknumber>9789860464948 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80086</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估補充地質調查及試驗專題報告(光碟版)Special Subject Report for Supplemental Geological Investigation and Test</title><yearidentifier>201512</yearidentifier></data><data><abstract>南化水庫位於臺南市南化區，水資源來自曾文溪支流後堀溪、高屏溪支流旗山溪(越域引水)及其相關集水區，民國98年莫拉克颱風來襲造成南化水庫壩前淤積，嚴重影響水庫運轉操作及供水。為穩定南部水資源調度、防止南化水庫持續淤積及因應未來新水源需求，經濟部水利署水利規劃試驗所於99~101年度完成初步規劃階段相關調查工作，並自102年度起辦理南化第二水庫可行性規劃階段工作。 本(104)年度水規所依循「水源開發規劃作業規範」(草案)於可行性規劃階段賡續辦理大壩主體工程可行性檢討、附屬工程方案研擬及水力發電評估等工作，本專題報告係針對前期左壩座地質破碎部分進行補充地質調查及試驗。工作項目包含補充地質調查鑽探3孔，總深度160公尺，壩址地質鑽探施作現地岩盤透水試驗，並取岩心送至室內實驗室進行岩石單壓試驗及岩石靜彈性試驗。 依據鑽探及試驗結果，鑽孔104-BH-1及鑽孔104-BH-2透水值均仍屬正常，且此兩鑽孔頁岩夾砂岩(Sh-Ss3)岩段之岩心均甚為完整，RQD多在90~100之間，故推測前期調查之破碎帶可能為頁岩夾砂岩(Sh-Ss3)岩段中局部存在之現象，壩址左岸之水密性應仍屬尚佳。 依前期及本期地質鑽探調查資料所推估之隧道沿線地質剖面圖得知，導水隧道沿線通過之地層推估依序為崩積層(Qc)、頁岩夾砂岩(Sh-Ss3)、泥質砂岩夾頁岩(Mss-Sh2)、泥質砂岩與頁岩互層(Mss/Sh2)、泥質砂岩夾頁岩(Mss-Sh1)。里程0K+000至0K+150間頂拱附近可能均為未固結崩積層(Qc)且多位於地下水面以下，初步研判該段隧道開挖時在未補強及止水狀況下極易發生湧水及抽坍等狀況。另依既有地質資料顯示隧道洞口附近岩層傾斜方向均向隧道前進方向傾斜，且岩層傾角對隧道開挖甚為有利。既有鑽孔資料顯示隧道沿線岩體大致尚稱良好完整，惟部分頁岩夾砂岩(Sh-Ss3)岩段略為破碎。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/18</date><governmentpublicationsnumber>1010402315</governmentpublicationsnumber><identifier>80087</identifier><internationalstandardbooknumber>9789860464948 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80087</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估-補充地質調查及試驗專題報告(內附光碟)Special Subject Report for Supplemental Geological Investigation and Test</title><yearidentifier>201512</yearidentifier></data><data><abstract>本報告係針對南化第二水庫(以下簡稱南化二庫)水力發電可行性進行檢討評估，包含水力發電方案及規模、水力發電工程規劃及佈置、工程經費估算、電力研究、經濟評估及財務分析等工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/18</date><governmentpublicationsnumber>1010402324</governmentpublicationsnumber><identifier>80088</identifier><internationalstandardbooknumber>9789860464931 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80088</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估水力發電評估專題報告(內附光碟)Special Subject Report for Hydropwer Evaluation</title><yearidentifier>201512</yearidentifier></data><data><abstract>本報告係針對南化第二水庫(以下簡稱南化二庫)水力發電可行性進行檢討評估，包含水力發電方案及規模、水力發電工程規劃及佈置、工程經費估算、電力研究、經濟評估及財務分析等工作。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6424</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040141</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/18</date><governmentpublicationsnumber>1010402324</governmentpublicationsnumber><identifier>80089</identifier><internationalstandardbooknumber>9789860464931 ; 9789860464</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80089</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>南化水庫上游水資源開發可行性規劃-大壩及附屬工程規劃檢討與水力發電評估水力發電評估專題報告(光碟版)Special Subject Report for Hydropwer Evaluation</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處，民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉及拋石料調查、地質鑽探及地形測量等議題尚須補充調查規劃，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040145</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402553</governmentpublicationsnumber><identifier>80095</identifier><internationalstandardbooknumber>9789860467086 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80095</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(2)(內附光碟)Lu-Liau Reservoir Renewal Improvement Planning – Supplementary Survey (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處，民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉及拋石料調查、地質鑽探及地形測量等議題尚須補充調查規劃，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040145</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402553</governmentpublicationsnumber><identifier>80096</identifier><internationalstandardbooknumber>9789860467086 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80096</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(2)(光碟版)Lu-Liau Reservoir Renewal Improvement Planning – Supplementary Survey (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉工程規劃檢討、施工計畫規劃及經濟分析檢討等議題尚須檢討，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040146</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402568</governmentpublicationsnumber><identifier>80097</identifier><internationalstandardbooknumber>9789860467093 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80097</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-工程補充檢討(1)(內附光碟) Planning for the Rehabilitation of Lu-Liao-Creek Reservoir - Engineering Supplementary Review (1)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉工程規劃檢討、施工計畫規劃及經濟分析檢討等議題尚須檢討，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040146</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402568</governmentpublicationsnumber><identifier>80098</identifier><internationalstandardbooknumber>9789860467093 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80098</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-工程補充檢討(1)(光碟版) Planning for the Rehabilitation of Lu-Liao-Creek Reservoir - Engineering Supplementary Review (1)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處，民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉及拋石料調查、地質鑽探及地形測量等議題尚須補充調查規劃，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040145</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/22</date><governmentpublicationsnumber>1010402553</governmentpublicationsnumber><identifier>80110</identifier><internationalstandardbooknumber>9789860467086 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80110</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-補充調查(2)(內附光碟)so4zj4Lu-Liou Reservoir Renewal Improvement Planning -Supplementary Survey(2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」已將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫。 本署南水局及本所於民國95年至103年間陸續辦理可行性規劃相關計畫，惟涉工程規劃檢討、施工計畫規劃及經濟分析檢討等議題尚須檢討，經103年度計畫檢討，建議上述工作優先辦理。爰辦理本計畫，以利後續推動。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040146</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/22</date><governmentpublicationsnumber>1010402568</governmentpublicationsnumber><identifier>80111</identifier><internationalstandardbooknumber>9789860467093 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80111</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-工程補充檢討(1)(內附光碟) Planning for the Rehabilitation of Lu-0Liao -Creek Reservoir -Engineering Supplementary Review(1)</title><yearidentifier>201512</yearidentifier></data><data><abstract>金門地區水資源主要以湖庫蓄水及地下水為主，海水淡化為輔，為因應金門地區相關計畫之推動及觀光與常住人口之成長引致之供水缺口，政府除積極辦理湖庫水質改善與清淤工程外，亦推動海水淡化廠功能提昇改善計畫。然睽諸金門湖庫集水區土地利用發展之型態所肇致之環境污染與水文變異特性，湖庫水質改善需面臨投資成本日增而效益愈減，供水穩定度愈降之課題，致水資源供給面依賴地下水甚深，不利金門水資源永續發展。 盱衡金門地區供水水源結構之變化，本所103年度茲委託辦理「金門地區水資源運用調整策略規劃(1)」(以下簡稱前期計畫)，期衡酌區位環境特性及供水水源結構，考量產業用水需求條件，通盤檢討水資源運用架構，訂定水資源運用調整策略方向。基於前期計畫成果，大幅調整既有水資源結構，在考量成本、制度面等因素有其推動侷限性，建議擇定合適區位示範推動，為強化相關策略推動需賡續研擬可行配套措施。另地下水管理為金門水資源管理之關鍵，應通盤考量區域(金東、金西)供水水源穩定性與潛在風險，並適時進行金門水資源管理策略研析，爰續辦理「金門地區水資源運用調整策略規劃(2)」。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040163</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/22</date><governmentpublicationsnumber>1010402769</governmentpublicationsnumber><identifier>80112</identifier><internationalstandardbooknumber>9789860469363 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80112</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區水資源運用調整策略規劃(2)--光碟版=Planning for the Adjustment Strategies onWater Resources in Kinmen Region (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前國內環保法規尚未對各類工程開發專案的碳排放進行管制，惟碳排放評估與減量承諾已為目前環境影響評估的常見要求之一。行政院公共工程委員會自102年3月起即責成六種工程類別主管機關提出碳排放估算及盤查作業試辦案例，水資源工程亦為其中之一。另「行政院所屬各機關中長程個案計畫編審要點」第六項亦已揭示「中長程個案計畫應納入碳中和概念」。</abstract><author>財團法人中興顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040412</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/22</date><governmentpublicationsnumber>1010402786</governmentpublicationsnumber><identifier>80117</identifier><internationalstandardbooknumber>9789860469332 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80117</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源工程計畫碳管理制度研究(總報告書)(光碟版)</title><yearidentifier>201512</yearidentifier></data><data><abstract>依院核定之國家氣候變遷行動調適綱領項下「維生系統領域」之調適策略-落實維生基礎設施維修養護，以提昇其於氣候變遷作用下之調適能力與研發基礎設施之氣候變遷調適新技術，故本計畫分析與評估氣候變遷下最大可能降雨情境，對於水資源設施影響，以作為其安全評估工作的參考，另亦協助相關單位盤查水源設施在氣候變遷衝擊下而不致失能或破壞之能力高低。     為此經濟部水利署已於民國99年辦理「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展，全程計畫為期四年，依據階段性研究成果滾動式修正水利署「因應氣候變遷調適策略及行動方案」，已獲致一定成果。自民國103年起，持續進行氣候變遷之衝擊、脆弱度及風險評估。     為因應台灣地區因氣候變遷所引發暴雨洪流，造成水源設施重大破壞而導致災害。本計畫擬以三年為期程，研究氣候變遷影響下最大可能降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。     本計畫於第一年（103年）蒐集國內外重大洪災事件、經驗公式、氣象數值模式及最大可能降雨推估等相關成果，評估因氣候變遷對降雨造成之影響與機制，進而建立模式，並以石門水庫、鯉魚潭水庫、曾文水庫為例模擬氣候變遷造成之影響。第二年（104年）進行最大降水量及流量估算方法研究，藉由蒐集相關方法、理論、模式，建置模式推估因氣候變遷影響下最大可能降雨與流量、並與國內常用的颱風模式法之結果比較，進而研提氣候變遷影響下，最大可能降雨與流量的推估方法。     本計畫亦擬於第二年起（104～105年）進行水源設施脆弱度盤查方法研究，蒐集國內外水源設施脆弱度評估與盤查方式、綜整氣候變遷對水源設施之影響因子、進而研提水庫與攔河堰的脆弱度指標與分級標準、並以石門水庫、鯉魚潭水庫、曾文水庫為例進行盤查；本計畫為延續性計畫，總期程預計分為3個年度執行，本（103）年度為第1年度。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040032</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/22</date><governmentpublicationsnumber>1010402794</governmentpublicationsnumber><identifier>80118</identifier><internationalstandardbooknumber>9789860469844 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80118</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究(2/3)光碟版A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change(2/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水文觀測是後續逕流計算、水文分析、水庫防洪運轉操作、洪水預警，防洪工程設計等等之最基本的依據，因此觀測品質之掌握至為重要。由於水文觀測品質影響因素，除了基本之檢校技術外，尚包括現場之檢校安裝與操作，以及人員之基本訓練。因此，擬針對本署現況使用之水文觀測儀器，如傾斗式雨量計、微波雷達表面流速儀、非接觸式水位計等，於現場檢校、安裝操作等研析相關作業程序，並就水文觀測人員驗證作業可行性進行評估。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040061</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402887</governmentpublicationsnumber><identifier>80122</identifier><internationalstandardbooknumber>9789860471441 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80122</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水文觀測檢校作業制度之研析Research and Analysis of Calibration Work system for Hydrologic Observation</title><yearidentifier>201512</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>80123</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80123</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六.河川局</publisher><publishrocyear>104</publishrocyear><title>104年度六河局轄區洪水預警及防汛整合作業Integration Plan of Flood Forecasting System  &amp;  Flood  Prevention  for 6th  River  Managemant  Office   in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>澎湖地區氣候因素豐枯季節顯著，降雨量在時間分布上不平均，加以地形條件限制，地面水源開發不敷，為解決澎湖地區用水問題，自民國60~82年已陸續在澎湖各鄉、市建置多座水庫，對本區用水有相當之助益。於民國84年研提「澎湖地區水資源後續開發計畫」，以改善、興建地面及地下水蓄水設施增加水源，並興建海水淡化廠，以多元化方式滿足本區至民國100年用水需求。另為穩定提供本區生活用水及未來觀光發展需求，並保育日趨枯竭及鹽化的地下水源，於民國95年提出「離島地區供水改善計畫－澎湖地區」，全面檢討並調整澎湖地區供水計畫內容，以確保澎湖地區至民國110年用水需求。 由於近年之產業轉型效應、土地利用以及社經環境快速變化，使水資源之運用面臨用水環境、氣候變遷、設施永續、用水效率、調度管理、水利產業發展、地下水保育與緊急備援等問題。為降低澎湖地區水資源問題及追求水資源永續利用，爰辦理本計畫。</abstract><author>象騰顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040159</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402746</governmentpublicationsnumber><identifier>80127</identifier><internationalstandardbooknumber>9789860469370 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80127</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>離島區域家戶二元供水系統推動計畫規劃-澎湖地區(內附光碟)Planning of Household Dual Water distribution System Promotion Project in Taiwan Offshore Island-Penghu Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>澎湖地區氣候因素豐枯季節顯著，降雨量在時間分布上不平均，加以地形條件限制，地面水源開發不敷，為解決澎湖地區用水問題，自民國60~82年已陸續在澎湖各鄉、市建置多座水庫，對本區用水有相當之助益。於民國84年研提「澎湖地區水資源後續開發計畫」，以改善、興建地面及地下水蓄水設施增加水源，並興建海水淡化廠，以多元化方式滿足本區至民國100年用水需求。另為穩定提供本區生活用水及未來觀光發展需求，並保育日趨枯竭及鹽化的地下水源，於民國95年提出「離島地區供水改善計畫－澎湖地區」，全面檢討並調整澎湖地區供水計畫內容，以確保澎湖地區至民國110年用水需求。 由於近年之產業轉型效應、土地利用以及社經環境快速變化，使水資源之運用面臨用水環境、氣候變遷、設施永續、用水效率、調度管理、水利產業發展、地下水保育與緊急備援等問題。為降低澎湖地區水資源問題及追求水資源永續利用，爰辦理本計畫。</abstract><author>象騰顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040159</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402746</governmentpublicationsnumber><identifier>80128</identifier><internationalstandardbooknumber>9789860469370 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80128</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>離島區域家戶二元供水系統推動計畫規劃-澎湖地區(光碟版)Planning of Household Dual Water distribution System Promotion Project in Taiwan Offshore Island-Penghu Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬進一步針對可能開發場址周邊之環境生態調查，以瞭解本計畫區域之環境生態及開發建設對大甲溪溪流生態系統可能之衝擊。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040158</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402963</governmentpublicationsnumber><identifier>80129</identifier><internationalstandardbooknumber>9789860471588 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80129</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭環境生態調查(1/2)(內附光碟)Preliminary Study on Dajia River Basin for Water Resource Integration and Utilization-Ecological Survey of Tungshihtan Artificial Lake(14/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬進一步針對可能開發場址周邊之環境生態調查，以瞭解本計畫區域之環境生態及開發建設對大甲溪溪流生態系統可能之衝擊。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040158</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402963</governmentpublicationsnumber><identifier>80130</identifier><internationalstandardbooknumber>9789860471588 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80130</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭環境生態調查(1/2)(光碟版)Preliminary Study on Dajia River Basin for Water Resource Integration and Utilization-Ecological Survey of Tungshihtan Artificial Lake(14/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹽港溪大斷面測量</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040081</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010403196</governmentpublicationsnumber><identifier>80133</identifier><internationalstandardbooknumber>9789860474909 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80133</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>鹽港溪大斷面測量The achievement report of a cross-section survey for the Yan-Gang-Si Drainage</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹽港溪大斷面測量</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040081</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010403196</governmentpublicationsnumber><identifier>80134</identifier><internationalstandardbooknumber>9789860474909 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80134</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>鹽港溪大斷面測量(光碟版)The achievement report of a cross-section survey for the Yan-Gang-Si Drainage</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫延續前期計畫賡續辦?「馬祖地區水資源整體規劃檢討(2)」，其中以既有水資源設施功能維持與恢復評估為重要課題，此外，藉現地調查東莒地區的地下水水位、水質，以確實掌握東莒地下水現況，並分析含水層儲蓄?及不同降雨條件下之安全出水?及福正水庫改善供水後之地面、地下水?合運用的供水能?，進而檢討東莒的供需情勢，及評估多元化水資源開發之可行性，以提升該地區之供水穩定度。另檢核馬祖地區水資源供需情勢及各島特性，據以擬定水資源營運管?與實施方案，俾穩定供水並提供政策?考。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040164</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/23</date><governmentpublicationsnumber>1010402771</governmentpublicationsnumber><identifier>80135</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80135</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>馬祖地區水資源整體規劃檢討(2)--光碟版=Review for the Integrated Strategies on Water Resources in Matsu Region(2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>天花湖水庫(以下簡稱本水庫)為經濟部水利署水利規劃試驗所(以下簡稱本所)於中部區域規劃中之重要水資源工程計畫，水庫採離槽式之永續水庫規劃，大壩座落苗栗縣頭屋鄉沙河溪支流飛鳳溪上，集水區面積約693公頃、計畫淹沒區面積約220公頃；水庫水源主要取自後龍溪中游打鹿坑攔河堰，計畫攔河堰位於打鹿坑水文站下游約228公尺處，計畫取水量每秒22立方公尺，其中2立方公尺供給穿龍圳，餘20立方公尺則經由引水隧道輸送至水庫地區蓄存運用。 前期相關人文生態調查及保育規劃過程，均著重於水庫淹沒區居民第二專長培訓、人文生態調查及保育規劃，對於越域攔河堰上游調查規劃成果相對水庫淹沒區少，考量越域引水隧道及攔河堰上游居民對本計畫了解程度不夠，及調查攔河堰上游人文生態演變，將加強與民眾溝通，透過計畫相關成果介紹，闡述計畫之正面效益，期化解民眾疑慮，達到提升居民對計畫認同。並進行當地社會人文生態的調查評估規劃，達到生活、生產與生態三生合一的永續經營目的。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040150</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402880</governmentpublicationsnumber><identifier>80145</identifier><internationalstandardbooknumber>9789860470581 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80145</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(2)-人文生態調查保育暨民眾溝通宣導(內附光碟)Environmental Survey for Water Resources in Houlung River (Ⅱ)- Communication, Advocacy and Investigation of Humanities Ecosystem Conservation</title><yearidentifier>201512</yearidentifier></data><data><abstract>水文觀測是後續逕流計算、水文分析、水庫防洪運轉操作、洪水預警，防洪工程設計等等之最基本的依據，因此觀測品質之掌握至為重要。由於水文觀測品質影響因素，除了基本之檢校技術外，尚包括現場之檢校安裝與操作，以及人員之基本訓練。因此，擬針對本署現況使用之水文觀測儀器，如傾斗式雨量計、微波雷達表面流速儀、非接觸式水位計等，於現場檢校、安裝操作等研析相關作業程序，並就水文觀測人員驗證作業可行性進行評估。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040061</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402887</governmentpublicationsnumber><identifier>80152</identifier><internationalstandardbooknumber>9789860471441 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80152</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水文觀測檢校作業制度之研析Research and Analysis of Calibration Work system for Hydrologic Observation光碟版</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>80154</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80154</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(內附光碟)Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署依水利法規定負有一般性海堤區域禦潮任務，需於一般性海堤區域辦理海堤工程等相關禦潮作為。海堤堤前的水域屬海水與工程結構物交界且交互作用的區域，近岸水動力條件極為複雜，亦增加設計與施工作業之不確定性。 近岸水動力係指涉與近海海域上各種時空尺度的海水流動、波動與紊流現象，包括了水平及垂直流動（沿岸流、離岸流、湧升沈降等輸送）；紊流及其引致的沈積物懸浮、陸源物質攪拌與混合；以及波動（波浪、亞重力波、邊緣波等）。這些海水動力特性，包括波浪場與流場的理解與掌握，對於海堤設計而言是極其重要的。由於近岸水動力特性在時間上是非定常，空間上為非均勻，故傳統單點式之水文技術進行觀測獲得的單點與離散性資訊，對於掌握近岸水動力的連續時空特性係仍不足。為提供海堤設計連續完整之近岸水動力相關資訊。 本計畫擬應用移動式岸基同調(Coherent)微波雷達，可機動性擷取具時空連續性之海表面流場與波浪場等資訊，以及觀測成本與維護作業風險較低等特性，擇定本署第一河川局所轄宜蘭地區侵蝕現象顯著之海堤區域，以此水文技術進行周邊近岸流流場與波浪場的觀測，探討不同條件下之潮流與洋流相互作用影響下，造成海堤區域內近岸流場的變化特性，冀以提昇海堤設計所需觀測數據之質與量，作為海岸侵蝕災害成因探討、減災與應變策略研擬的依據。</abstract><author>國立中央大學水文與海洋科學研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040072</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402549</governmentpublicationsnumber><identifier>80155</identifier><internationalstandardbooknumber>9789860467697 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80155</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>以水文技術提昇海堤設計之研究(1/2)(光碟版)On the Advance of Sea Dike Design Using Innovative Hydrological Technologies(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>80157</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80157</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六.河川局</publisher><publishrocyear>104</publishrocyear><title>104年度六河局轄區洪水預警及防汛整合作業Integration Plan of Flood Forecasting System  &amp;  Flood  Prevention  for 6th  River  Managemant  Office   in 2015(光碟版)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>80158</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80158</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告(光碟版)Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>80159</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80159</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)(光碟版)Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>雙溪水庫(以下簡稱本水庫)位於新北市雙溪區丁子蘭溪與其主流雙溪之匯流口南方約800公尺處(詳圖1)，為規劃中之重要水資源設施。近年來民眾民主意識與日遽增，以及人類對環境倫理的覺醒，導致社會上抗爭事件層出不窮，使得傳統興建水庫在推動上日益困難。鑑此，本計畫藉由深入計畫當地地區調查、評估、溝通成果，體察民意制訂策略，透過相關成果介紹或案例參訪以闡述計畫正面效益、期化解民眾疑慮，提升政府形象並爭取認同，化解開發阻力。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040153</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402911</governmentpublicationsnumber><identifier>80169</identifier><internationalstandardbooknumber>9789860471328 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80169</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-社經專題-溝通宣導計畫A Review of Feasibility Study for Shuangxi Reservoir (5) – Socio-economic Topics – Communication and Advocacy Plan</title><yearidentifier>201512</yearidentifier></data><data><abstract>雙溪水庫(以下簡稱本水庫)位於新北市雙溪區丁子蘭溪與其主流雙溪之匯流口南方約800公尺處(詳圖1)，為規劃中之重要水資源設施。近年來民眾民主意識與日遽增，以及人類對環境倫理的覺醒，導致社會上抗爭事件層出不窮，使得傳統興建水庫在推動上日益困難。鑑此，本計畫藉由深入計畫當地地區調查、評估、溝通成果，體察民意制訂策略，透過相關成果介紹或案例參訪以闡述計畫正面效益、期化解民眾疑慮，提升政府形象並爭取認同，化解開發阻力。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040153</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402911</governmentpublicationsnumber><identifier>80170</identifier><internationalstandardbooknumber>9789860471328 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80170</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-社經專題-溝通宣導計畫(光碟版)A Review of Feasibility Study for Shuangxi Reservoir (5) – Socio-economic Topics – Communication and Advocacy Plan</title><yearidentifier>201512</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 km  2.3 km）。臺南海水淡化廠經多面向綜 合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選擇台 南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域段取 水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線長約 0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋管式 取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍及外 海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402548</governmentpublicationsnumber><identifier>80171</identifier><internationalstandardbooknumber>9789860467079 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80171</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-廠區、取排水管線及整體景觀意象之3D建模展示專題報告 Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for The 3-dimensional model representation of Seawater Desalination Plant, water intake a</title><yearidentifier>201512</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 km  2.3 km）。臺南海水淡化廠經多面向綜 合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選擇台 南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域段取 水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線長約 0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋管式 取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍及外 海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402548</governmentpublicationsnumber><identifier>80172</identifier><internationalstandardbooknumber>9789860467079 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80172</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-廠區、取排水管線及整體景觀意象之3D建模展示專題報告(光碟版) Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for The 3-dimensional model representation of Seawater Desalination Plant, water int</title><yearidentifier>201512</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 公里  2.3 公里）。臺南海水淡化廠經多面 向綜合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選 擇台南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域 段取水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線 長約0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋 管式取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍 及外海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402538</governmentpublicationsnumber><identifier>80173</identifier><internationalstandardbooknumber>9789860467062 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80173</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-地形測量與海岸變遷分析專題報告(光碟版) Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for Topographic Surve and Coastal Change Analysis</title><yearidentifier>201512</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 公里  2.3 公里）。臺南海水淡化廠經多面 向綜合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選 擇台南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域 段取水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線 長約0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋 管式取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍 及外海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/25</date><governmentpublicationsnumber>1010402538</governmentpublicationsnumber><identifier>80174</identifier><internationalstandardbooknumber>9789860467062 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80174</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-地形測量與海岸變遷分析專題報告 Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for Topographic Surve and Coastal Change Analysis</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.6   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030025</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>80182</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80182</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>東埔蚋溪滯洪池環境教育暨場所認證規劃案(光碟版)Environment Education and Environmental Education Facility Certification Program of Tonpuze Creek Detention Pond</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.6   443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>80183</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80183</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>竹山鎮東埔蚋溪木屐寮滯洪池生態區防災生態人文環境教育宣導影片DVD(光碟版)</title><yearidentifier>201506</yearidentifier></data><data><abstract>依院核定之國家氣候變遷行動調適綱領項下「維生系統領域」之調適策略-落實維生基礎設施維修養護，以提昇其於氣候變遷作用下之調適能力與研發基礎設施之氣候變遷調適新技術，故本計畫分析與評估氣候變遷下最大可能降雨情境，對於水資源設施影響，以作為其安全評估工作的參考，另亦協助相關單位盤查水源設施在氣候變遷衝擊下而不致失能或破壞之能力高低。     為此經濟部水利署已於民國99年辦理「氣候變遷對水環境之衝擊與調適研究計畫」科技研究發展，全程計畫為期四年，依據階段性研究成果滾動式修正水利署「因應氣候變遷調適策略及行動方案」，已獲致一定成果。自民國103年起，持續進行氣候變遷之衝擊、脆弱度及風險評估。     為因應台灣地區因氣候變遷所引發暴雨洪流，造成水源設施重大破壞而導致災害。本計畫擬以三年為期程，研究氣候變遷影響下最大可能降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。     本計畫於第一年（103年）蒐集國內外重大洪災事件、經驗公式、氣象數值模式及最大可能降雨推估等相關成果，評估因氣候變遷對降雨造成之影響與機制，進而建立模式，並以石門水庫、鯉魚潭水庫、曾文水庫為例模擬氣候變遷造成之影響。第二年（104年）進行最大降水量及流量估算方法研究，藉由蒐集相關方法、理論、模式，建置模式推估因氣候變遷影響下最大可能降雨與流量、並與國內常用的颱風模式法之結果比較，進而研提氣候變遷影響下，最大可能降雨與流量的推估方法。     本計畫亦擬於第二年起（104～105年）進行水源設施脆弱度盤查方法研究，蒐集國內外水源設施脆弱度評估與盤查方式、綜整氣候變遷對水源設施之影響因子、進而研提水庫與攔河堰的脆弱度指標與分級標準、並以石門水庫、鯉魚潭水庫、曾文水庫為例進行盤查；本計畫為延續性計畫，總期程預計分為3個年度執行，本（103）年度為第1年度。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040032</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010402794</governmentpublicationsnumber><identifier>80189</identifier><internationalstandardbooknumber>9789860469844 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80189</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究(2/3)A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change(2/3)(內附光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區因現有蓄水設施(水庫)應變、備源能力不足，需進行可能水庫壩堰勘查及評估，以提出可能壩(堰)址優選方案或進行跨流域水源調度來預做準備。為此，水利規劃試驗所(以下簡稱本所)已於民國102年至103年間，辦理「台灣地區可能壩堰址勘查規劃作業平台建置」計畫，建置含地文、雨量、流量及水庫壽命等分析模組之系統平台，提供可能壩(堰)址初步勘查規劃時所需之分析，亦獲得相當成果。 為快速的獲得水資源設施於可行性規劃階段所需之相關資訊，以簡化並協助水資源規劃作業，本所擬辦理「規劃作業平台建置─集水區水源應用結合空間環域分析研究」計畫，在前期計畫建置之分析模組與平台基礎上，結合各取水點時間、空間分布特性及其用水資訊，分析河川網路任一位置點剩餘水量及供水能力，建置上、下游取水點空間自動化分析模組與剩餘水量空間自動化分析模組，並辦理1年三條河川流域數位圖資建置，以利水資源規劃作業之進行並加速水資源開發；計畫總期程預計分3年期執行，本年度(104年)為第1年度。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040162</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010402796</governmentpublicationsnumber><identifier>80190</identifier><internationalstandardbooknumber>9789860469820 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80190</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>規劃作業平台建置─集水區水源應用結合空間環域分析研究(1/3)(內附光碟)Development of Water Resource Planning Platform-A Study of Water Resource Applications Based on Spatial and Buffer Zone Analyses(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區因現有蓄水設施(水庫)應變、備源能力不足，需進行可能水庫壩堰勘查及評估，以提出可能壩(堰)址優選方案或進行跨流域水源調度來預做準備。為此，水利規劃試驗所(以下簡稱本所)已於民國102年至103年間，辦理「台灣地區可能壩堰址勘查規劃作業平台建置」計畫，建置含地文、雨量、流量及水庫壽命等分析模組之系統平台，提供可能壩(堰)址初步勘查規劃時所需之分析，亦獲得相當成果。 為快速的獲得水資源設施於可行性規劃階段所需之相關資訊，以簡化並協助水資源規劃作業，本所擬辦理「規劃作業平台建置─集水區水源應用結合空間環域分析研究」計畫，在前期計畫建置之分析模組與平台基礎上，結合各取水點時間、空間分布特性及其用水資訊，分析河川網路任一位置點剩餘水量及供水能力，建置上、下游取水點空間自動化分析模組與剩餘水量空間自動化分析模組，並辦理1年三條河川流域數位圖資建置，以利水資源規劃作業之進行並加速水資源開發；計畫總期程預計分3年期執行，本年度(104年)為第1年度。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040162</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010402796</governmentpublicationsnumber><identifier>80191</identifier><internationalstandardbooknumber>9789860469820 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80191</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>規劃作業平台建置─集水區水源應用結合空間環域分析研究(1/3)(光碟版)Development of Water Resource Planning Platform-A Study of Water Resource Applications Based on Spatial and Buffer Zone Analyses(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>海水淡化技術因水利產業不斷研發與創新，產水及能源回收效率益加精進，致產水成本有逐年降低之趨勢，又不受天候、降雨分佈等水文條件限制，使得國際上海水淡化之建廠規模與產水量日益增加，在缺水地區，已成為水資源發展趨勢。 民國98年之莫拉克風災重創南部，導致水庫淤積，嚴重影響既有水庫容量，造成高雄、台南地區水資源調度及供應的危機。為因應發展所需及在極端降雨下穩定供水，仍應積極投資興辦水資源基礎建設及推動相關措施方能確保水源穩定供應，以配合達成國家發展願景目標。 爰此，在「台灣南部區域水資源經理基本計畫」即將高雄海水淡化廠納入多元開發方案之一，本委託服務案為辦理調查規劃工作，主要工作有海水淡化之需要性評估、技術探討、廠址選擇、成本估算、經濟效益分析及興辦方式評析等，以初步勾劃出計畫的藍圖。預計分兩年辦理，本年度為第1年計畫。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030139</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010402570</governmentpublicationsnumber><identifier>80192</identifier><internationalstandardbooknumber>9789860467109 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80192</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>高雄海水淡化廠調查規劃(內附光碟)Investigation Planning of Seawater Desalination Plant in Kaohsiung</title><yearidentifier>201512</yearidentifier></data><data><abstract>海水淡化技術因水利產業不斷研發與創新，產水及能源回收效率益加精進，致產水成本有逐年降低之趨勢，又不受天候、降雨分佈等水文條件限制，使得國際上海水淡化之建廠規模與產水量日益增加，在缺水地區，已成為水資源發展趨勢。 民國98年之莫拉克風災重創南部，導致水庫淤積，嚴重影響既有水庫容量，造成高雄、台南地區水資源調度及供應的危機。為因應發展所需及在極端降雨下穩定供水，仍應積極投資興辦水資源基礎建設及推動相關措施方能確保水源穩定供應，以配合達成國家發展願景目標。 爰此，在「台灣南部區域水資源經理基本計畫」即將高雄海水淡化廠納入多元開發方案之一，本委託服務案為辦理調查規劃工作，主要工作有海水淡化之需要性評估、技術探討、廠址選擇、成本估算、經濟效益分析及興辦方式評析等，以初步勾劃出計畫的藍圖。預計分兩年辦理，本年度為第1年計畫。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030139</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/26</date><governmentpublicationsnumber>1010402570</governmentpublicationsnumber><identifier>80193</identifier><internationalstandardbooknumber>9789860467109 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80193</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>高雄海水淡化廠調查規劃(光碟版)Investigation Planning of Seawater Desalination Plant in Kaohsiung</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹽港溪大斷面測量</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040081</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/1</date><governmentpublicationsnumber>1010403196</governmentpublicationsnumber><identifier>80196</identifier><internationalstandardbooknumber>9789860474909 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80196</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>鹽港溪大斷面測量The achievement report of a cross-section survey for tje Yan-Gang-Si Drainage</title><yearidentifier>201512</yearidentifier></data><data><abstract>鹽港溪大斷面測量</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040081</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/1</date><governmentpublicationsnumber>1010403196</governmentpublicationsnumber><identifier>80197</identifier><internationalstandardbooknumber>9789860474909 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80197</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>鹽港溪大斷面測量(光碟版)The achievement report of a cross-section survey for tje Yan-Gang-Si Drainage</title><yearidentifier>201512</yearidentifier></data><data><abstract>本委託計畫旨在定期保養和維護設置於天花湖水庫計畫壩址處之3部強震儀，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040148</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/2</date><governmentpublicationsnumber>1010402913</governmentpublicationsnumber><identifier>80202</identifier><internationalstandardbooknumber>9789860471311 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80202</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫-強地動儀維護觀測及資料整理(民國103-104年)總報告(內附光碟)Environmental Survey for Water Resources in Houlung River-General Report on Strong Motion Seismograph Maintenance Observation and Data Analysis(2014-2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本委託計畫旨在定期保養和維護設置於天花湖水庫計畫壩址處之3部強震儀，使之維持正常運轉功能，而持續收錄地震資料；並就所收錄之地震資料加以分析，做為大壩工程設計之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040148</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/2</date><governmentpublicationsnumber>1010402913</governmentpublicationsnumber><identifier>80203</identifier><internationalstandardbooknumber>9789860471311 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80203</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫-強地動儀維護觀測及資料整理(民國103-104年)總報告(光碟版)Environmental Survey for Water Resources in Houlung River-General Report on Strong Motion Seismograph Maintenance Observation and Data Analysis(2014-2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣近年常受氣候變遷衝擊及地震因素，導致後續堤防工程等一再因地質因素辦理變更設計，為統一堤防工程地質調查程序，明確調查內容、方法和要求，保證調查成果品質，因此提報本計畫制定參考手冊，以增進河防構造物地質調查準確性及效率。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040189</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/3</date><governmentpublicationsnumber>1010402890</governmentpublicationsnumber><identifier>80210</identifier><internationalstandardbooknumber>9789860470970 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80210</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>地質調查於河防構造物應用與參考手冊之建立(內附光碟)The drafting of the site-investigation manual for flood-protection structures</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣近年常受氣候變遷衝擊及地震因素，導致後續堤防工程等一再因地質因素辦理變更設計，為統一堤防工程地質調查程序，明確調查內容、方法和要求，保證調查成果品質，因此提報本計畫制定參考手冊，以增進河防構造物地質調查準確性及效率。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040189</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/3</date><governmentpublicationsnumber>1010402890</governmentpublicationsnumber><identifier>80211</identifier><internationalstandardbooknumber>9789860470970 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80211</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>地質調查於河防構造物應用與參考手冊之建立(光碟版)The drafting of the site-investigation manual for flood-protection structures</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/4</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>80218</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80218</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(光碟版)Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>雙溪水庫(以下簡稱本水庫)位於新北市雙溪區丁子蘭溪與其主流雙溪之匯流口南方約800公尺處(詳圖1)，為規劃中之重要水資源設施。近年來民眾民主意識與日遽增，以及人類對環境倫理的覺醒，導致社會上抗爭事件層出不窮，使得傳統興建水庫在推動上日益困難。鑑此，本計畫藉由深入計畫當地地區調查、評估、溝通成果，體察民意制訂策略，透過相關成果介紹或案例參訪以闡述計畫正面效益、期化解民眾疑慮，提升政府形象並爭取認同，化解開發阻力。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040153</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/5</date><governmentpublicationsnumber>1010402911</governmentpublicationsnumber><identifier>80219</identifier><internationalstandardbooknumber>9789860471328 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80219</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-社經專題-溝通宣導計畫--內附光碟=A Review of Feasibility Study for Shuangxi Reservoir (5) – Socio-economic Topics – Communication and Advocacy Plan</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫擬搜集國內外經驗與相關文獻，建立綠屋頂水文模式與社區地表逕流模式，就集水、貯存、淨化與回用等水資源永續利用技術作一分析與建議，建構水資源永續型社區評估指標、系統與評估方法，進行水資源安全與風險評析，針對建置水資源永續型社區之成本效益進行評估，建置相關維護管理方法，並以計畫相關成果進行教育訓練，於台灣北部地區 (宜蘭縣、台北市、新北市、桃園市、新竹縣(市))擇一示範案例進行評估，作為社區水資源永續利用參考，爰提『水資源永續型社區評估指標、系統、方法及再利用技術研討(1)』工作計畫書，俾利工展。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040169</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010402795</governmentpublicationsnumber><identifier>80237</identifier><internationalstandardbooknumber>9789860469837 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80237</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源永續型社區評估指標、系統、方法及再利用技術研討(1)Definition and Systematic Assessment Guidance of Water Self-Sustained Community(含光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫擬搜集國內外經驗與相關文獻，建立綠屋頂水文模式與社區地表逕流模式，就集水、貯存、淨化與回用等水資源永續利用技術作一分析與建議，建構水資源永續型社區評估指標、系統與評估方法，進行水資源安全與風險評析，針對建置水資源永續型社區之成本效益進行評估，建置相關維護管理方法，並以計畫相關成果進行教育訓練，於台灣北部地區 (宜蘭縣、台北市、新北市、桃園市、新竹縣(市))擇一示範案例進行評估，作為社區水資源永續利用參考，爰提『水資源永續型社區評估指標、系統、方法及再利用技術研討(1)』工作計畫書，俾利工展。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040169</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010402795</governmentpublicationsnumber><identifier>80238</identifier><internationalstandardbooknumber>9789860469837 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80238</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源永續型社區評估指標、系統、方法及再利用技術研討(1)(光碟版)Definition and Systematic Assessment Guidance of Water Self-Sustained Community</title><yearidentifier>201512</yearidentifier></data><data><abstract>基於法制作業及因應組織改造、政策與業務推動等之需要，爰擬成立本計畫推動相關法令之研訂、修正及策略研析工作，委託緣由臚列如下： 1.各國水法修正有不同方式，逐次修正數條，亦或同時頒佈新水法並廢止舊水法者，為利本署立法策略之研析與推動，有必要瞭解不同案例其作法及原因。 2.組織改造後本署將改隸於環境資源部，基於組改後權責、分工異動之可能，需及早分析各法規間可能競合或需填補、修正之處，以提出修法腹案。 3.本署持續進行防洪排水條例、水資源條例及再生水資源發展條例等新法律之推動，需要配合行政作業，研擬修正相關法令條文及立法文件。 4.針對103年度已完成水利法解釋函令及相關會議紀錄之整理內容，需進一步篩選與確認，以利後續相關業務參考。 5.將進一步進行水利法施行細則解釋函文之整理分析。 6.103年度完成違反水利法事件訴訟，主管機關敗訴之案例整理與分析。本年度將進一步整理分析主管機關勝訴之案例。 本署負責水利法相關業務，前述相關事由事涉法律專業，需要法律諮詢，以協助立法推動及行政業務。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040048</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010403202</governmentpublicationsnumber><identifier>80241</identifier><internationalstandardbooknumber>9789860475128 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80241</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>流域綜合治理及水利相關法令推動策略研析Analysis on Promotion Stratgy of Integrated River Basin Governance and Water Related Laws</title><yearidentifier>201512</yearidentifier></data><data><abstract>基於法制作業及因應組織改造、政策與業務推動等之需要，爰擬成立本計畫推動相關法令之研訂、修正及策略研析工作，委託緣由臚列如下： 1.各國水法修正有不同方式，逐次修正數條，亦或同時頒佈新水法並廢止舊水法者，為利本署立法策略之研析與推動，有必要瞭解不同案例其作法及原因。 2.組織改造後本署將改隸於環境資源部，基於組改後權責、分工異動之可能，需及早分析各法規間可能競合或需填補、修正之處，以提出修法腹案。 3.本署持續進行防洪排水條例、水資源條例及再生水資源發展條例等新法律之推動，需要配合行政作業，研擬修正相關法令條文及立法文件。 4.針對103年度已完成水利法解釋函令及相關會議紀錄之整理內容，需進一步篩選與確認，以利後續相關業務參考。 5.將進一步進行水利法施行細則解釋函文之整理分析。 6.103年度完成違反水利法事件訴訟，主管機關敗訴之案例整理與分析。本年度將進一步整理分析主管機關勝訴之案例。 本署負責水利法相關業務，前述相關事由事涉法律專業，需要法律諮詢，以協助立法推動及行政業務。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040048</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010403202</governmentpublicationsnumber><identifier>80242</identifier><internationalstandardbooknumber>9789860475128 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80242</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>流域綜合治理及水利相關法令推動策略研析(光碟版)Analysis on Promotion Stratgy of Integrated River Basin Governance and Water Related Laws</title><yearidentifier>201512</yearidentifier></data><data><abstract>地下水已成為水資源調配與管理策略中重要的保命水源，是維繫人類生活繼續維持高水準的重要環節，有效管理地下水資源是相當重要的。近年來因氣候變遷之故短期氣候變異加劇與極端氣候頻率增加，造成降雨與氣溫發生變化進而影響河川流量，同樣也對地下水造成影響。如降雨量變化引起河川流量變化，進而改變原本地表水與地下水之交互作用機制，影響河川對地下水之補注。因此，瞭解氣候變遷下臺灣地區地下水潛能變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。故本署研提本計畫，擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，以臺灣九大地下水資源區進行地下水潛能變化之研究及地下水文量評估，以提供未來臺灣九大地下水區之水資源管理策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040059</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010402591</governmentpublicationsnumber><identifier>80245</identifier><internationalstandardbooknumber>9789860467888 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80245</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究總報告The Investigationof Groundwater Potential Variation under Climate Change in the Nine Groundwater Regions of Taiwan Final Report</title><yearidentifier>201511</yearidentifier></data><data><abstract>地下水已成為水資源調配與管理策略中重要的保命水源，是維繫人類生活繼續維持高水準的重要環節，有效管理地下水資源是相當重要的。近年來因氣候變遷之故短期氣候變異加劇與極端氣候頻率增加，造成降雨與氣溫發生變化進而影響河川流量，同樣也對地下水造成影響。如降雨量變化引起河川流量變化，進而改變原本地表水與地下水之交互作用機制，影響河川對地下水之補注。因此，瞭解氣候變遷下臺灣地區地下水潛能變化，將有助於面對未來氣候變遷可能造成臺灣地區之水資源問題。故本署研提本計畫，擬針對臺灣地區過去氣候狀況與未來氣候變遷情境，以臺灣九大地下水資源區進行地下水潛能變化之研究及地下水文量評估，以提供未來臺灣九大地下水區之水資源管理策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040059</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010402591</governmentpublicationsnumber><identifier>80246</identifier><internationalstandardbooknumber>9789860467888 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80246</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷下臺灣九大地下水資源區地下水潛能變化之研究總報告(光碟版)The Investigationof Groundwater Potential Variation under Climate Change in the Nine Groundwater Regions of Taiwan Final Report</title><yearidentifier>201511</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域有複雜之水理與輸砂行為。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂砂行為將會改變。目前仍缺乏對河口段及臨近海域變遷之影響評估，因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上水庫操作策略與構造物之興建，彼此間的泥砂供需平衡需評估並檢討，因此成立本兩年研究計畫分析評估，進行問題探討與改善對策評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040211</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010403148</governmentpublicationsnumber><identifier>80249</identifier><internationalstandardbooknumber>9789860474329 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80249</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估(2/2)(光碟版)Impact assessment of sediment transport at Tansui estuary on surrounding coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河系為感潮河段，河口與臨近海域有複雜之水理與輸砂行為。因淡水河輸砂、石門水庫防淤策略、臺北港擴建與未來淡江大橋興建，對於河口與臨近海岸之漂砂行為將會改變。目前仍缺乏對河口段及臨近海域變遷之影響評估，因淡水河之供砂量與外海波浪之推移，將影響河口與臨近海域之沖淤狀態，加上水庫操作策略與構造物之興建，彼此間的泥砂供需平衡需評估並檢討，因此成立本兩年研究計畫分析評估，進行問題探討與改善對策評估。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040211</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/9</date><governmentpublicationsnumber>1010403146</governmentpublicationsnumber><identifier>80250</identifier><internationalstandardbooknumber>9789860474336 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80250</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河口輸砂對鄰近海岸之影響評估總報告(光碟版)Impact assessment of sediment transport at Tansui estuary on surrounding coast</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效監測地層下陷行為，以積極有效之作為減緩地層下陷之發生，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度），應用水準測量、磁環式分層監測井及GPS等多元監測技術，持續進行臺北、嘉義、高雄及屏東地區地層下陷監測，並針對新興異常沈陷與嚴重地層下陷地區之相關發生機制進行深入探討，及時研擬有效因應措施，防止地層下陷情況惡化。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040054</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403087</governmentpublicationsnumber><identifier>80264</identifier><internationalstandardbooknumber>9789860473773 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80264</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析Monitoring and Analyzing Subsidence of Taipei,Chiaya,Kaohsiung and Pingtung Area in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效監測地層下陷行為，以積極有效之作為減緩地層下陷之發生，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度），應用水準測量、磁環式分層監測井及GPS等多元監測技術，持續進行臺北、嘉義、高雄及屏東地區地層下陷監測，並針對新興異常沈陷與嚴重地層下陷地區之相關發生機制進行深入探討，及時研擬有效因應措施，防止地層下陷情況惡化。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040054</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403087</governmentpublicationsnumber><identifier>80265</identifier><internationalstandardbooknumber>9789860473773 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80265</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析(光碟版)Monitoring and Analyzing Subsidence of Taipei,Chiaya,Kaohsiung and Pingtung Area in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>鑑於雲林、彰化地區之地層下陷問題，已由早期主要分布於沿海區域，近年來逐漸轉變為分布於內陸地區之趨勢，例如彰化溪州及雲林虎尾、土庫等地區，不僅易造成該地區逢雨成災，且已引發高鐵行車安全疑慮，未來隨著工商業進一步發展及重大投資開發行為，問題恐將更為嚴重。　　為有效監測彰化及雲林地區之地層下陷行為，持續減緩地層下陷發生，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度），持續辦理彰化及雲林地層下陷區之嚴密監測，並整合資料進行分析探討，相關成果將作為執行地下水保育管理及地層下陷防治策略之參據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040053</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403086</governmentpublicationsnumber><identifier>80266</identifier><internationalstandardbooknumber>9789860473780 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80266</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>鑑於雲林、彰化地區之地層下陷問題，已由早期主要分布於沿海區域，近年來逐漸轉變為分布於內陸地區之趨勢，例如彰化溪州及雲林虎尾、土庫等地區，不僅易造成該地區逢雨成災，且已引發高鐵行車安全疑慮，未來隨著工商業進一步發展及重大投資開發行為，問題恐將更為嚴重。 　　為有效監測彰化及雲林地區之地層下陷行為，持續減緩地層下陷發生，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度），持續辦理彰化及雲林地層下陷區之嚴密監測，並整合資料進行分析探討，相關成果將作為執行地下水保育管理及地層下陷防治策略之參據。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040053</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403086</governmentpublicationsnumber><identifier>80267</identifier><internationalstandardbooknumber>9789860473780 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80267</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度彰化及雲林地區地層下陷監測及分析(光碟版)Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。為健全溫泉資源管理機制，落實溫泉資源總量管制為溫泉管理之主要工作，為落實前開目標，各縣市已陸續提報並核定「溫泉區管理計畫」作為依據，惟國內座落於溫泉區外之溫泉業者亦不在少數，如何建立有效的管理及水量管控機制，作為未來非溫泉區發展政策及保育規劃之參考，俾使臺灣溫泉資源永續利用與發展為本計畫之主要目的。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040253</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403010</governmentpublicationsnumber><identifier>80268</identifier><internationalstandardbooknumber>9789860472325 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>非溫泉區溫泉資源保育與管理(2/2)Hot Spring Resource Conservation and Mangement in Non-Designation Hot Spring Areas(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，辦理濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等。（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040065</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403083</governmentpublicationsnumber><identifier>80269</identifier><internationalstandardbooknumber>9789860473803 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80269</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(2/3)Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management(2/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且亦已建置多口分層監測井，提供每月所累積之地層下陷壓密與月地下水位變化資料。近年來部份測站的地下水位呈現未明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢的增加。有鑑於地下水位變化與地層下陷量呈現複雜關係，水利署最近已進一步利用光纖光柵，進行更完整的地下水位及地層下陷監測。因此，有其必要分析光纖光柵所得之地下水位觀測資料，及檢核與校正地層下陷觀測資料，並進行不同量測方法所得地下水位及地層下陷觀測資料之比較與探討。此外，亦有必要依據地下水位及地層下陷監測資料，藉由建立一套由國人自行發展之多含水系統黏彈塑性地層下陷數值模式，解析台灣地區地下水位變化造成的複雜土壤變形機制。並且亦可藉由引入地下水變化不確定性之概念，進一步結合不確定性模擬方法，完成考量地下水位變化不確定性地層下陷機率數值模式之建立與應用測試，以期能更合理地預測地層下陷量。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040066</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/11</date><governmentpublicationsnumber>1010403084</governmentpublicationsnumber><identifier>80270</identifier><internationalstandardbooknumber>9789860473353 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80270</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>多含水層下黏彈塑性土層地層下陷數值模式建立之研究(2/2)Study on Development of Land Subsidence Numerical Model for Viscoelastic-Plastic Soil in Multilayered Aquifer System (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/16</date><governmentpublicationsnumber>1010401021</governmentpublicationsnumber><identifier>80276</identifier><internationalstandardbooknumber>9789860452440 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80276</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年水利統計 STATISTIC OF WATER RESOURCES 2014</title><yearidentifier>201507</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/16</date><governmentpublicationsnumber>1010500125</governmentpublicationsnumber><identifier>80277</identifier><internationalstandardbooknumber>9789860478945 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80277</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-103年度各標的用水統計年報The  Water  Consumption for 2014</title><yearidentifier>201601</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/16</date><governmentpublicationsnumber>1010500125</governmentpublicationsnumber><identifier>80278</identifier><internationalstandardbooknumber>9789860478945 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80278</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-103年度各標的用水統計年報(光碟版)The Waterl Consumption for 2014</title><yearidentifier>201601</yearidentifier></data><data><abstract>為減少二氧化碳氣體排放量，降低溫室效應，以有效控制全球氣候變遷問 題，世界各國紛紛採取「節能減碳」及「發展新能源科技」等行動策略，以提 升能源使用效率、發展替代能源，以及開發再生能源，水力發電即為其中之一 環，政府為積極開發再生能源以符合世界能源發展之潮流趨勢，訂定小水力發 電屬推廣階段之再生能源項目。</abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040117</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500143</governmentpublicationsnumber><identifier>80281</identifier><internationalstandardbooknumber>9789860439878 ; 9789860439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80281</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>105</publishrocyear><title>石門水庫及寶山第二水庫附屬設施小(微)水力發電潛能評估(1/2) Small (Micro) Hydropower Potential Assessment of the Shihmen Reservoir and the Second Baoshan Reservoir Affiliated Facilities (1/2)</title><yearidentifier>201602</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040117</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500143</governmentpublicationsnumber><identifier>80282</identifier><internationalstandardbooknumber>9789860439878 ; 9789860439</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80282</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>105</publishrocyear><title>石門水庫及寶山第二水庫附屬設施小(微)水力發電潛能評估(1/2) Small (Micro) Hydropower Potential Assessment of the Shihmen Reservoir and the Second Baoshan Reservoir Affiliated Facilities (1/2)(光碟版)</title><yearidentifier>201602</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500126</governmentpublicationsnumber><identifier>80283</identifier><internationalstandardbooknumber>9789860478938 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80283</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-103年用水統計年報彙編(光碟版)The Compiled Annual Report on Water Consumption for 2014</title><yearidentifier>201601</yearidentifier></data><data><abstract>水資源依其用水型態可分為生活用水、工業用水及農業用水(包含灌溉用水、畜牧用水及養殖用水)，用水來源多為河川水、地下水及蓄水設施所提供，經濟部水利署今年度所出版的102年用水統計報告包括：「農業用水量統計報告」、「工業用水量統計報告」、「生活用水量統計報告」、「各標的用水統計報告」外，為與歷年資料呈現連續性，另行增補「蓄水設施水量營運統計報告」，並建置「用水量統計資料庫」提供社會大眾、政府機關及學術單位數位化網路諮詢服務。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040168</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500126</governmentpublicationsnumber><identifier>80284</identifier><internationalstandardbooknumber>9789860478938 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80284</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>「102及103年用水統計年報彙編」成果報告-103年用水統計年報彙編The Compiled Annual Report on Water Consumption for 2014</title><yearidentifier>201601</yearidentifier></data><data><abstract>民國100年行政院核定之「臺灣南部區域水資源經理基本計畫」將臺南海淡廠計畫列於中程水資源開發計畫，預計產水規模10萬立方公尺。水利署水利規劃試驗所（以下簡稱本所）於民國100~102年辦理「臺南海水淡化廠工程可行性規劃」相關調查與規劃，評估於臺南地區設置海水淡化廠之工程可行性規劃相關取排水管線與海淡廠整體規劃，產出淡化水擬併入自來水管網系統，以就近供給臺南市臨海地區公共給水與區域調度使用，並於103年開始辦理各項環境現況調查以及環境影響評估作業。 惟因台灣地區現正遭遇六十多年來最嚴重枯旱，加上既有水庫淤積嚴重，可排淤量受清淤方式、條件與時空環境所限，目前南部兩主要水庫-曾文水庫與南化水庫之蓄水量已剩18%及23%。經濟部水利署除了陸續推動各項節水措施之外，考量區域供水穩定與未來用水需求，目前檢討臺南海淡廠之開發規模，初議擬由原10萬CMD擴大增加產水量，俾利於南部區域之抗旱整備與用水調度需求，原規劃工程如相關取排水管線規劃、廠區配置、鹵水排放模擬、開發期程、輸水方案等，皆需因應產水規模之擴增而重作檢討。此外，原辦理中之環境影響評估作業亦須配合產水規模之增加而因應調整，而為延長對廠址附近環境生態狀態之監測，增進對區域生態現況之瞭解，於本計畫內增加2季次之海域及陸域生態補充監測工作，以納入未來環評送件報告內作更完整之評析，爰辦理本計畫。 本所依水利署民國104年4月8日經水源字第10415043130號號函-檢送本署104年3月27日「曾文南化烏山頭水庫治理及穩定南部地區供水計畫－水庫更新改善暨新水源開發工作分組」104年度第1次會會議紀錄，爰提本工作委託服務計畫書，俾利工展。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040448</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500089</governmentpublicationsnumber><identifier>80285</identifier><internationalstandardbooknumber>9789860478525 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80285</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>臺南海水淡化廠興辦計畫檢討與環境生態補充監測Eco-environmental complementary monitoring and criticism review of development plan for Tainan desalination plant</title><yearidentifier>201602</yearidentifier></data><data><abstract>民國100年行政院核定之「臺灣南部區域水資源經理基本計畫」將臺南海淡廠計畫列於中程水資源開發計畫，預計產水規模10萬立方公尺。水利署水利規劃試驗所（以下簡稱本所）於民國100~102年辦理「臺南海水淡化廠工程可行性規劃」相關調查與規劃，評估於臺南地區設置海水淡化廠之工程可行性規劃相關取排水管線與海淡廠整體規劃，產出淡化水擬併入自來水管網系統，以就近供給臺南市臨海地區公共給水與區域調度使用，並於103年開始辦理各項環境現況調查以及環境影響評估作業。 惟因台灣地區現正遭遇六十多年來最嚴重枯旱，加上既有水庫淤積嚴重，可排淤量受清淤方式、條件與時空環境所限，目前南部兩主要水庫-曾文水庫與南化水庫之蓄水量已剩18%及23%。經濟部水利署除了陸續推動各項節水措施之外，考量區域供水穩定與未來用水需求，目前檢討臺南海淡廠之開發規模，初議擬由原10萬CMD擴大增加產水量，俾利於南部區域之抗旱整備與用水調度需求，原規劃工程如相關取排水管線規劃、廠區配置、鹵水排放模擬、開發期程、輸水方案等，皆需因應產水規模之擴增而重作檢討。此外，原辦理中之環境影響評估作業亦須配合產水規模之增加而因應調整，而為延長對廠址附近環境生態狀態之監測，增進對區域生態現況之瞭解，於本計畫內增加2季次之海域及陸域生態補充監測工作，以納入未來環評送件報告內作更完整之評析，爰辦理本計畫。 本所依水利署民國104年4月8日經水源字第10415043130號號函-檢送本署104年3月27日「曾文南化烏山頭水庫治理及穩定南部地區供水計畫－水庫更新改善暨新水源開發工作分組」104年度第1次會會議紀錄，爰提本工作委託服務計畫書，俾利工展。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040448</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010500089</governmentpublicationsnumber><identifier>80286</identifier><internationalstandardbooknumber>9789860478525 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80286</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>臺南海水淡化廠興辦計畫檢討與環境生態補充監測(光碟版)Eco-environmental complementary monitoring and criticism review of development plan for Tainan desalination plant</title><yearidentifier>201602</yearidentifier></data><data><abstract>天花湖水庫(以下簡稱本水庫)為經濟部水利署水利規劃試驗所(以下簡稱本所)於中部區域規劃中之重要水資源工程計畫，水庫採離槽式之永續水庫規劃，大壩座落苗栗縣頭屋鄉沙河溪支流飛鳳溪上，集水區面積約693公頃、計畫淹沒區面積約220公頃；水庫水源主要取自後龍溪中游打鹿坑攔河堰，計畫攔河堰位於打鹿坑水文站下游約228公尺處，計畫取水量每秒22立方公尺，其中2立方公尺供給穿龍圳，餘20立方公尺則經由引水隧道輸送至水庫地區蓄存運用。 前期相關人文生態調查及保育規劃過程，均著重於水庫淹沒區居民第二專長培訓、人文生態調查及保育規劃，對於越域攔河堰上游調查規劃成果相對水庫淹沒區少，考量越域引水隧道及攔河堰上游居民對本計畫了解程度不夠，及調查攔河堰上游人文生態演變，將加強與民眾溝通，透過計畫相關成果介紹，闡述計畫之正面效益，期化解民眾疑慮，達到提升居民對計畫認同。並進行當地社會人文生態的調查評估規劃，達到生活、生產與生態三生合一的永續經營目的。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040150</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010402880</governmentpublicationsnumber><identifier>80287</identifier><internationalstandardbooknumber>9789860470581 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80287</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(2)-人文生態調查保育暨民眾溝通宣導--光碟版=Environmental Survey for Water Resources in Houlung River (Ⅱ)- Communication, Advocacy and Investigation of Humanities Ecosystem Conservation</title><yearidentifier>201512</yearidentifier></data><data><abstract>地層下陷相關決策資訊包含各鄉鎮水井清查、水準高程測量、GPS監測、地陷井監測、INSAR影像、地質剖面、地下水質及加值分析等，因往年相關資訊並無資訊系統及資料庫進行管理及展示，本署爰於100年度辦理「地層下陷資訊整合服務系統規劃建置」計畫，建置資料庫及開發地層下陷資訊整合系統。 本署地層下陷相關檢、監測測站、水準樁及觀測設備，目前尚無相關介面可供統一管理，且資料庫資料如需更新，仍須由資訊商後端處理，考量地層下陷檢、監測資訊及相關圖資均為例行年度產出，應可開發介面提供勞務廠商批次匯入，以達到資訊最新化及測站管理最佳化等目標，擬開發資料庫後端對應管理平台；此外，既有地層下陷資訊整合系統功能，經3年實際操作後，尚須擴充系統部分功能及強化GIS圖層套疊能力；另除本署建置GPS測站外，尚有中央氣象局等6個單位亦建有255GPS測站，如能旁收其監測資訊，將有利於本署分析地層下陷情勢。綜上，爰辦理本計畫。</abstract><author>逸奇科技股份有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040055</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010403136</governmentpublicationsnumber><identifier>80288</identifier><internationalstandardbooknumber>9789860474459 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80288</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>地層下陷資訊整合系統維護及管理The Maintenance and Mangement of Land Subsiednce Integrated Information System</title><yearidentifier>201512</yearidentifier></data><data><abstract>地層下陷相關決策資訊包含各鄉鎮水井清查、水準高程測量、GPS監測、地陷井監測、INSAR影像、地質剖面、地下水質及加值分析等，因往年相關資訊並無資訊系統及資料庫進行管理及展示，本署爰於100年度辦理「地層下陷資訊整合服務系統規劃建置」計畫，建置資料庫及開發地層下陷資訊整合系統。 本署地層下陷相關檢、監測測站、水準樁及觀測設備，目前尚無相關介面可供統一管理，且資料庫資料如需更新，仍須由資訊商後端處理，考量地層下陷檢、監測資訊及相關圖資均為例行年度產出，應可開發介面提供勞務廠商批次匯入，以達到資訊最新化及測站管理最佳化等目標，擬開發資料庫後端對應管理平台；此外，既有地層下陷資訊整合系統功能，經3年實際操作後，尚須擴充系統部分功能及強化GIS圖層套疊能力；另除本署建置GPS測站外，尚有中央氣象局等6個單位亦建有255GPS測站，如能旁收其監測資訊，將有利於本署分析地層下陷情勢。綜上，爰辦理本計畫。</abstract><author>逸奇科技股份有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040055</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010403136</governmentpublicationsnumber><identifier>80289</identifier><internationalstandardbooknumber>9789860474459 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80289</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>地層下陷資訊整合系統維護及管理(光碟版)The Maintenance and Mangement of Land Subsiednce Integrated Information System</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040254</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010403011</governmentpublicationsnumber><identifier>80290</identifier><internationalstandardbooknumber>9789860472332 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80290</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度溫泉監測井網與管理資料庫建置計畫The Project For the Network Development and Observation of Hot Spring Monitoring Wells in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040254</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/17</date><governmentpublicationsnumber>1010403011</governmentpublicationsnumber><identifier>80291</identifier><internationalstandardbooknumber>9789860472332 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80291</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度溫泉監測井網與管理資料庫建置計畫(光碟版) The Project For the Network Development and Observation of Hot Spring Monitoring Wells in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>水利規劃試驗所(以下簡稱本所)為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，提升資料交換效率及資料分析自動化速度，於民國100年~102年依WRASIM-E模組及天花湖水庫規劃成果資料，設計及建立水資源規劃資料庫平台、資料庫展示及查詢圖台、水資源規劃應用平台(WRASIM-E)。該資料庫平台定位為水資源規劃與研究工作所需資料之管理與供應平台，長期願景為建立含現有、施工中、規劃中水資源設施之調查、觀測、分析、規劃、設計、施工與營運等資料，俾利隨時供未來規劃研究、設計及管理之參考。 本計畫目的係延續既有資料庫平台之維護管理，輔導相關計畫產出資料回饋作業，進行功能微調及擴充。並配合水資源業務重點調整、整體架構研擬及既有地面地下水聯合運用模組資料整合需求，增加相關資料源之蒐集與擴充。期望透過資料源整合，強化資料應用範圍、提升規劃作業之效率。 另鑑於政府資訊公開政策及本所全球網站改版構想，調整原定位為內部規劃人員及規劃模式使用之資料庫平台之定位，提出朝向可提供水資源相關資訊之發展構想。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040172</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/22</date><governmentpublicationsnumber>1010402952</governmentpublicationsnumber><identifier>80302</identifier><internationalstandardbooknumber>9789860471304 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80302</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(2/2)(內附光碟)Development of Water Resources Planning Module base on the Water Resources Planning Database Platform(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水利規劃試驗所(以下簡稱本所)為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，提升資料交換效率及資料分析自動化速度，於民國100年~102年依WRASIM-E模組及天花湖水庫規劃成果資料，設計及建立水資源規劃資料庫平台、資料庫展示及查詢圖台、水資源規劃應用平台(WRASIM-E)。該資料庫平台定位為水資源規劃與研究工作所需資料之管理與供應平台，長期願景為建立含現有、施工中、規劃中水資源設施之調查、觀測、分析、規劃、設計、施工與營運等資料，俾利隨時供未來規劃研究、設計及管理之參考。 本計畫目的係延續既有資料庫平台之維護管理，輔導相關計畫產出資料回饋作業，進行功能微調及擴充。並配合水資源業務重點調整、整體架構研擬及既有地面地下水聯合運用模組資料整合需求，增加相關資料源之蒐集與擴充。期望透過資料源整合，強化資料應用範圍、提升規劃作業之效率。 另鑑於政府資訊公開政策及本所全球網站改版構想，調整原定位為內部規劃人員及規劃模式使用之資料庫平台之定位，提出朝向可提供水資源相關資訊之發展構想。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040172</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/22</date><governmentpublicationsnumber>1010402954</governmentpublicationsnumber><identifier>80303</identifier><internationalstandardbooknumber>9789860471298 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80303</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(內附光碟) Development of Water Resources Planning Module base on the Water Resources Planning Database Platform</title><yearidentifier>201512</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/22</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>80305</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80305</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國一0三年臺灣水文年報 電子書－(光碟版)＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014</title><yearidentifier>201506</yearidentifier></data><data><abstract>士文水庫計畫至民國102年2月業已依環保署100年7月5日範疇界定會議決議本案應繼續補充調查之環境因子並依有關專家學者及相關機關、團體所提意見之評估調查成果完成「環境影響評估報告書(初稿)」。惟因計畫區域位於原住民族土地為因應「原住民族基本法」規定，本計畫應應諮詢並取得原住民族同意或參與，因此針對當地民眾關切議題加強落實公眾參與及資訊透明之方式加強與居民、地方人士與意見領袖之說明與溝通且持續相關環境背景資料更新調查，使環境影響評估報告書更臻完妥，提供士文水庫計畫後續推動。</abstract><author>國立屏東科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030193</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/22</date><governmentpublicationsnumber>1010402722</governmentpublicationsnumber><identifier>80307</identifier><internationalstandardbooknumber>9789860468953 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80307</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>士文水庫可行性規劃－補充調查與推動策略研擬--內附光碟=Feasibility Planning of the Shi-Wen Reservoir - supplymentary survey and actuation approach exploration</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度共執行2次第行水深測量，冬季波浪作用測量範圍為急水溪口至曾文溪口之臨外海側海岸段共約30公里，夏季波浪作用後測量範圍為北門瀉湖及七股瀉湖內海。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010403185</governmentpublicationsnumber><identifier>80312</identifier><internationalstandardbooknumber>9789860472349 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80312</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫(2/2)The Plan of Section Monitoring Survey at Tainan Coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010403186</governmentpublicationsnumber><identifier>80313</identifier><internationalstandardbooknumber>9789860472355 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80313</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域 管理委員會所選定之14 個監測 點，持續進行河川水質監測工作， 監測頻率為每季一次，並配合管委 會業務需求，另執行20個點次之臨 時不定期採樣檢測工作，同時彙整 行政院環境保護署及經濟部水利 署南區水資源局之例行性水質監 測資料，進行河川水體整體品質之 綜合評析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010403311</governmentpublicationsnumber><identifier>80314</identifier><internationalstandardbooknumber>9789868282797 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80314</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>104</publishrocyear><title>104年度「高屏溪流域河川水質採樣檢測分析」工作計畫(內附光碟) Sampling and Analysis for the Water Quality of Kao-Pin River (2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水利署依水利法規定負有水利事業興辦之任務，本計畫擬以104年至105年為辦理期程，辦理內容包含維護及改善本署近海水文觀測系統平台之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及擴充本署現有海岸水情系統使其具有地理資訊功能等，期以正確掌握一般性海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為水利署辦理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基石。為能持續提昇水災害防救災效率，水利署依據行政院核定之「台灣地區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完成，且獲得階段性的成就。有鑑於近年全球氣候異常徵兆持續的浮現，未來所將面對的水文環境具高度之不確定性，並考?政府施政之一貫性及延續性，經濟部爰提本項「台灣水文觀測長期發展計畫第二期(104 ?~109?）」，據以銜接現代化整體計畫及「台灣水文觀測長期發展計畫（99 ?~103 ?）」成果，協助水利署落實海岸地區的禦潮防災工作。本(104)年度為第一年計畫，計畫目標為『維持近海水文站網正常作業化觀測，收集高品質資料與其變化趨勢供禦潮防災決策與海岸防護工程應用；強化資料應用，並產出各項資訊供海岸管理及海洋資源開發利用』。本計畫協助水利署管理、保養並維護之測站共計22站，包括7座資料浮標、1座岸基雷達站、12座潮位站及2座資訊展示站。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040049</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010402708</governmentpublicationsnumber><identifier>80316</identifier><internationalstandardbooknumber>9789860469318 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80316</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(1/2)=Operation Maintenance of Coastal Monitoring Network in the Sea Embankment Area (2015 to 2016)(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040077</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010403075</governmentpublicationsnumber><identifier>80317</identifier><internationalstandardbooknumber>9789860468496 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80317</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(1/2)=Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040237</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010402915</governmentpublicationsnumber><identifier>80318</identifier><internationalstandardbooknumber>9789860470918 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80318</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(2/2)Study Project on Safety Assessment and Analysis of Seawall in Yilan County(2/2)成果報告書</title><yearidentifier>201512</yearidentifier></data><data><abstract>水資源為民生必需之生活要素，其非取之不盡、用之不竭之自然資源。除面臨用水需求日益提升外，全球化氣候異常亦加劇水資源規劃及管理之難度；有關水資源之開發、利用、保育、防災及管理皆與民生息息相關，亦關係到國家社會整體發展。 此外，隨著社會經濟發展成熟，跨國競爭日益激烈，國民對公共建設與服務之品質要求提升，且越加重視社會公平；為因應公共建設存在之資金需求龐大、效益外溢、周邊配套發展、財源整合及資源配置等諸多課題，亟需以「跨域加值」整合並化解眾多民生問題，提升民眾滿意度，以增加國民所得，強化國家競爭力。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030451</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/23</date><governmentpublicationsnumber>1010402008</governmentpublicationsnumber><identifier>80319</identifier><internationalstandardbooknumber>9789860462746 ; 9789860462</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80319</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源開發規劃跨域加值方案可行性研究評估(內附光碟) Feasibility Study of Cross-Field Value-Adding in Water Resources Planning</title><yearidentifier>201511</yearidentifier></data><data><abstract>計畫預期成果可輔助目前執行河川生物通道試驗研究或現地調查之相關課題，包括精確的水理數值模擬及建置虛擬實境展示系統；該成果以供未來權責單位辦理各項魚道設計、數值模式在試驗室或現地調查之資料相互檢定驗証、工程實務、保育工作及藉 由虛擬實境互動立體技術教育宣導，有效展現水利業務之具體成果。</abstract><author>國立台灣大學 水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950243</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503780</governmentpublicationsnumber><identifier>80321</identifier><internationalstandardbooknumber>9789860078893 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80321</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(1/2)=The numerical simulateons and virtual reality display system establishment for flow field in the stream corridors(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。 本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華工程顧問工程司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950232</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>80322</identifier><internationalstandardbooknumber>9789860078053 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80322</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)人工養灘對底棲生物之影響 =Study the Ecological  Engineering  Application on Kang-Nan coast  along Hsin Chu city(2)-Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫建構一套完整之河川物理性棲地環境調查程序及評估模式，以順應河性建構適當之河川工程、減少河川工程對當地物理性棲地環境破壞與加速其環境復育為目標，研發出不同河川物理性棲地之復育方針，以供政府決策、管理與施工單位之參考。</abstract><author>中華水土保持學會</author><categoryidentifier>443.68979</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503875</governmentpublicationsnumber><identifier>80323</identifier><internationalstandardbooknumber>9789860079470 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80323</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川型態應用於棲地環境復育之研究(1/2)=River Morphology Applied to River Habitats Restoration(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>中華工程顧問工程司</author><categoryidentifier>443.391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503762</governmentpublicationsnumber><identifier>80325</identifier><internationalstandardbooknumber>9789860078053 ; 9789860078</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80325</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>新竹港南海岸生態工法之研擬(2)人工養灘對底棲生物之影響(光碟)=Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City(2)Impact of Artificial Beach Nourishment to Benthos</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。 台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。 94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。  本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>80327</identifier><internationalstandardbooknumber>9789860081664 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80327</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)使用手冊＝Improvement and Integration of Hydrological Information Transmission and Service(1/2) Users' Manual</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。 台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。 94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。  本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>80328</identifier><internationalstandardbooknumber>9789860081664 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80328</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)系統操作及維護手冊＝Improvement and Integration of Hydrological Information Transmission and Service(1/2) Handbook of Management and Maintenance</title><yearidentifier>200612</yearidentifier></data><data><abstract>依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統，為其重要計畫目標之一；而資料之傳輸、處理、運用及資訊服務，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。經濟部水利署以目前最新之資訊網路技術，整合水文資料之供需單位及相關系統，推動水文資訊之整合性服務系統，建立水文資料自蒐集、傳輸、建檔、供應之資訊化作業機制，並針對「台灣地區水文觀測現代化整體計畫」中重點之水文科技研究計畫，如：水庫入庫流量預報作業、水文豐枯情勢分析、水文設計應用規範、防災應變規劃等，透過資訊化、網路化加以整合，結合水文知識與資訊管理的技術，擴大水文資訊提供服務之對象與範疇，達到有效利用共享水文網路資源之目標。 台灣地區水文觀測現代化整體計畫主要工作項目分別已於91及92年完成。第91年上半年的工作中，本計畫已完成水文資料庫與資訊環境分析整合規劃，並研提「水文資料庫與資訊環境分析整合規劃」報告及「水文資訊流通作業規範」草案，完成「水文資訊網整合性服務系統」系統之規劃與設計。在下半年的工作中，完成本計畫「水文資訊網整合性服務系統」與「水文資訊與防災科技整合運用之研究」計畫之「水文資訊系統」的整合架構；完成「水文資訊網整合性服務系統」初期建立之系統開發工作，包括「系統作業維護管理子系統」、「水文豐枯情勢分析子系統」、「水文資訊應用子系統」、「水文設計應用手冊子系統」、「水利防災水情子系統」、「加值水文資料申請子系統」、「水文資料查詢子系統」等七個子系統。92年為相關系統擴充建置，重點在於水文資訊環境之擴充與各應用系統之完整建置規劃，年度作業著重於1、建置水文資料傳輸、建檔、供應資訊化系統之垂直整合；2、擴充水文資訊應用系統，包括自動計算集水區範圍及各式平均雨量分析、河川水位與流量率定曲線Web應用系統、河川斷面潛能水量Web應用系統等；3、整合「水文資訊與防災科技整合運用之研究」研究成果。 94年的工作內容主要是在「水文資訊網整合性服務系統」以及「水文資訊傳輸管理維護系統」架構上新增各項加值功能，包含PDA水情資料查詢、水文年報自動化產出功能、地下水水質輸入等。  本年的工作內容主要是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作，預期完成後可以真正落實自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503945</governmentpublicationsnumber><identifier>80329</identifier><internationalstandardbooknumber>9789860081664 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80329</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(1/2)＝Improvement and Integration of Hydrological Information Transmission and Service(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>80330</identifier><internationalstandardbooknumber>9789860079517 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)=River Corridor and Habiat Restoration-Principles and Practices system(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503903</governmentpublicationsnumber><identifier>80331</identifier><internationalstandardbooknumber>9789860079517 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(3/3)=River Corridor and Habiat Restoration-Principles and Practices system(3/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950327</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009504130</governmentpublicationsnumber><identifier>80332</identifier><internationalstandardbooknumber>9789860082951 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80332</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>鱉溪河川生態調查及復育規劃(1/2)＝The investigation of  the ecological environment and the rehabilitation planning of the Bie River (1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>為落實卓溪河川生態環境之營造與復育利用，期能有效削減洪澇災害，保障民眾生命財產安全及產業發展，並兼顧生態保育及親水空間之營造，結合河川治理、水質改善及河道垃圾清理等成效，創造具安全性、多樣性、自然親水之河川環境。針對河川物化環境、生態環境、人文環境及河道環境，將河川環境使用作最適當之分區，以融合當地自然與人文環境特色，除可改善卓溪河川生態與景觀環境之外，並可結合上游卓溪鄉公所行政轄區之卓溪下部落與現有休閒設施整體規劃，落實民意需求與社區參與。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950403</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009504140</governmentpublicationsnumber><identifier>80333</identifier><internationalstandardbooknumber>9789860082975 ; 9789860082</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80333</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>95</publishrocyear><title>卓溪河川生態環境營造及景觀規劃＝The Enviornmental Rehabilitation and Landscape Planning for the Zhuo River</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣地區由於天然地形河川流短坡陡，復因土地開發利用密度增加、環境及氣候變遷，颱洪暴雨期間雨量於時間分布相當集中且降雨強度甚大，往往造成許多重大洪災損失。對於颱洪仍可能頻發生之情勢下，為保障人民生命財產安全及減少洪災造成社會成本之損失，本署結合自動化電腦設備與網路即時傳輸功能於蘭陽溪、烏溪及曾文溪流域完成即時水文防洪系統之建構。惟於先期研究階段未將各流域建置於共同平台，鑑於水文防洪預測模式為防災應變決策重要資訊之一，資料、模式與軟體之整合有其必要性。爰於本(95)年度擬整合已建置之各流域水文防洪預測模式，將前述水文預測系統及本署所屬單位建置之水文防洪預測模式整合於一共通平台並配合地理資訊架構全台中央管重要河川之水文防洪系統雛型，提供洪汛期所需之即時水文資訊。</abstract><author>台灣大學生物環境系統工程學系</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950091</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503943</governmentpublicationsnumber><identifier>80335</identifier><internationalstandardbooknumber>9789860081640 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80335</librarycollectiondetailsurl><price>280</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>95</publishrocyear><title>流域水文防洪預測模式整合應用  Integration of River Basin Flood Forecasting Models</title><yearidentifier>200612</yearidentifier></data><data><abstract>隨著河川生態工法之興起，國內已有部分河川採行生態工法治河，然多數之工程設計人員仍對生態工法有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工法相關研究資料，擬定與編修河川生態工法規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工法規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪，以展示其在河川生態工法規劃設計時之功能性與輔助性。</abstract><author>交通大學防災工程研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503845</governmentpublicationsnumber><identifier>80336</identifier><internationalstandardbooknumber>9789860080803 ; 9789860080</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80336</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>95</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(1/3)=Development  of  Information  System for  Planning  and  Design  of  River  Eco─Engineering(1/3)</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫為利管理及研究單位之現場觀測，擬引進超音波儀器在量測上具有之優點，結合水深、流速與泥砂濃度觀測，進行適用觀測本土含砂濃度特性之儀器研發，期達到水庫庫精確量測之目的。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503878</governmentpublicationsnumber><identifier>80337</identifier><internationalstandardbooknumber>9789860079494 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80337</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>水庫泥砂濃度及流速超音波量測設備測試研發(1/2)＝The Study on the Design and Development of the Ultrasonic Suspended Load Concentration and Flow Velocity Measuring Instrument for Reservoir(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>如何使河川環境較符合生態保育的原則，有賴棲地改善的規劃與設計。第一、二年以台北縣的南勢溪(新店溪支流)、第三年以南投縣的北港溪(烏溪支流)作為河川環境規劃的案例，俾使水利單位後續的規劃案例有參考依據。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503904</governmentpublicationsnumber><identifier>80340</identifier><internationalstandardbooknumber>9789860079524 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80340</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>河川廊道棲地改善復育技術及對策之研擬(總報告)=River Corridor and Habiat Restoration-Principles and Practices system(Final Report)</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>中華顧問工程司</author><categoryidentifier>351.32762</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950269</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503915</governmentpublicationsnumber><identifier>80342</identifier><internationalstandardbooknumber>9789860079968 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80342</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>台南海岸復育規劃(1/2) (急水溪至曾文溪口)＝The Beach Restoration Planning form Chi-shui River to Tseng-wen River in Tainan County</title><yearidentifier>200612</yearidentifier></data><data><abstract>建立一套適合台灣離島附近海域波潮流與海岸線變遷模式，以利未來規劃保離島地區海岸時參考，並結合地理資訊系統功能利用數值高程模式之強大計算能力進行陸域與水深資料前處理作業,並開發數值模式模擬成果之展示模組,以提供決策單位防災預報參考。</abstract><author>台大工程科學及海洋工程系</author><categoryidentifier>351.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950271</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503914</governmentpublicationsnumber><identifier>80343</identifier><internationalstandardbooknumber>9789860079951 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80343</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>建立波潮流與海岸線變遷模式(5/6)＝Establishment of Wave, Tidal Current and Coastal Evolution Models(5/6)</title><yearidentifier>200612</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>80344</identifier><internationalstandardbooknumber>9789860077810 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80344</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置第一年專題報告書Multiformity Drainage Watershd Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>以現地調查方式建立宜蘭、台北、桃園、新竹、苗栗、台中、嘉義等七縣市中央管及縣市(含直轄市)管區域排水之排水系統空間資料庫，並針對排水管理辦法第四條研擬其排水分類原則及方法</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.689793</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503722</governmentpublicationsnumber><identifier>80346</identifier><internationalstandardbooknumber>9789860077810 ; 9789860077</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80346</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水集水區特性及排水分類原則與系統圖建置第一年專題報告書(光碟)Multiformity Drainage Watershd Characteristics and Drainage System Categorization and Systematic Chorography</title><yearidentifier>200612</yearidentifier></data><data><abstract>本報告為台灣地區北部區域雙溪水庫可行性規劃檢討(5)之工程專題報 告之一， 係針對雙溪主流及支流丁子蘭溪進行水砂調查分析，主要包含基 本資?蒐集彙整、水位站維護、觀測及資?整理、流域產砂情境分析及下 游河道沖淤分析等，以建立完整的水砂環境資?庫，更新及補充水庫規劃 重要參數。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040143</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1010402874</governmentpublicationsnumber><identifier>80349</identifier><internationalstandardbooknumber>9789860470222 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80349</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地區北部區域雙溪水庫可行性規劃檢討(5)-工程專題-水砂調查(內附光碟) A Review of Feasibility Study of Shuangxi Reservoir(5) - Report on Investigation for Flow and Sediment Transport</title><yearidentifier>201512</yearidentifier></data><data><abstract>新竹地區自民國69 年設置科學園區後，整體產業結構及人口結構 開始產生急遽變化，近年來伴隨高鐵通車以及新竹科學園區設置所帶 動的產業聚落效應，產業用水的增長與水資源設施之配合因應，將是 未來新竹地區水資源發展的重要關鍵。 為瞭解鳳山溪可開發之伏流水水源量與區位，針對103 年規劃設 堰取水位置進行現場調查與試驗(摘圖1)，據以進行伏流水開發評估與 水資源運用方案分析，並依分析與調查結果，進行水資源開發規劃， 供後續鳳山溪水資源開發方案推動之?考。 另為開發油羅溪水源，前期選定豐田人工湖進行規劃工作，然民 國103 年發現湖址開發利用狀況日盛，有鑑於國內水資源工程開發用 地取得費用逐漸提升而造成建造成本與原水成本過高，且用地取得、 民意接受度、環境影響等議題造成工程推動不易，乃於油羅溪下游橫 山地區勘選低度開發之人工湖址，進行人工湖工程調查規劃。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040156</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1010402871</governmentpublicationsnumber><identifier>80350</identifier><internationalstandardbooknumber>9789860470239 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80350</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>新竹地區鳳山溪水資源開發方案調查規劃 (內附光碟)Survey and Planning of Fongshan Hsi Basin Water Resources Development in Hsinchu Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>規劃中之雙溪水庫係計畫供應北部區域基隆供水區之重要規劃 案，水庫集水區位於新北市雙溪區。水庫主要水源為雙溪支流之丁子 蘭溪並與貢寮淨水場攔河堰聯合運用，大壩位於新北市雙溪區魚行里 丁子蘭坑，集水區面積約8.97 平方公里、計畫淹沒區面積約0.58 平方 公里。地點位置詳圖如圖1-1 所示。 台灣位於環太平洋地震帶，強?地震對於大型公共建設之威脅? 容忽視，妥適之水庫地震安全規劃必須針對地區性之地震特性進行考 量，而區域性的地震研究必須奠基在長時間?續且高品質之現地地震 觀測紀錄。有鑑於此，於民國102 ?在雙溪水庫場址區域裝設3 部強 地動儀，為使現地地震觀測作業?致中斷，本(104)?? 持續辦?計畫 壩址地區強地動儀維護觀測及資?分析作業，建?雙溪水庫地區強地 動資?庫，俾?後續可?性規劃工作之推展。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040154</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1010402831</governmentpublicationsnumber><identifier>80351</identifier><internationalstandardbooknumber>9789860470208 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80351</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-工程專題-強地動儀維護觀測及分析(內附光碟) A Review of Feasibility Study of Shuangxi Reservoir (5) – Report of Strong Motion Seismograph Maintenance Observation and Analysis</title><yearidentifier>201512</yearidentifier></data><data><abstract>蒐集水文、地文資料，河床地質探鑽並檢討本河段沖刷機制、河性及計畫河段河床定之趨勢，研析沖淤定坡降，提出最佳治理方案並定治理計畫措施及原則，推估工程經費及工程實施期程，並將可能衝擊及分工權責介面劃定做說明。</abstract><author>黎明工程顧問公司</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950256</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009504096</governmentpublicationsnumber><identifier>80352</identifier><internationalstandardbooknumber>9789860081459 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80352</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>八掌溪仁義潭(攔河堰)下游沖刷河段治理方案之研析=Study on Control Plan in the Downstream Scour Channel Section of Jen Yi Tan (Weir) for Pa Chang Chi</title><yearidentifier>200612</yearidentifier></data><data><abstract>河口流況複雜，上游邊界流量、輸砂量，下游邊界天文潮、暴潮等影響，以河口地形考量下，推估變遷趨勢。</abstract><author>交通大學</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503616</governmentpublicationsnumber><identifier>80353</identifier><internationalstandardbooknumber>9789860076622 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80353</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>頭前溪與鳳山溪匯流河口段變遷研究(1/2)＝Study on Estuarine Morphological Change at Confluence of Touchien and Fengshan Rivers(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>中興土木科技發展文教基金會</author><categoryidentifier>351.8129</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWERA095025</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009503812</governmentpublicationsnumber><identifier>80354</identifier><internationalstandardbooknumber>9789860079135 ; 9789860079</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80354</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>濁水溪河川情勢調查計畫=Investigation of Current Status in Jhuoshuei River System</title><yearidentifier>200612</yearidentifier></data><data><abstract>台灣中西部海岸，以彰化芳苑海岸為例，地勢平坦、潮差大，潮間帶寬可達3公里以上。北側王功段現有養殖蚵架，南側新街段為茂盛之紅樹林區，全段海岸生態極為豐富，若能妥為經營，將可成為優良之生態保護區。惟現有防護設施係以防止天然災害為目的，並未考量對生態、景觀之影響。目前潮間帶亦無適當管理，導致生態環境持續遭到破壞。而芳苑海岸潮間帶外緣兩道長形沙洲，近年來呈現侵蝕現象，連帶影響其陸側之潮間帶與海岸防護設施。 本計畫第一年已針對彰化芳苑海岸潮間帶進行規劃、設計、監測、評估、改進等整體性生態工法規劃研究，用以經營潮間帶，並維護管理生態環境之完整性。 第二年針對第一年成果做持續性之研究及檢討，以獲得真正適合現地生態環境的規劃方案。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA096024</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009604187</governmentpublicationsnumber><identifier>80355</identifier><internationalstandardbooknumber>9789860125955 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80355</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(2/2)=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast〈2/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>政府民國94年1月核定「國土復育策略方案暨行動計畫」推動劃定「國土復育促進地區」及推動復育計畫，故先檢討台灣地區八條中央管河川可能的復育促進河段位置，及評估優先辦理的三條復育促進河段，最後列出一處優先辦理河段，及研擬復育計畫，並編制河川復育促進河段規劃作業要點。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>095-R-01010-60</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603955</governmentpublicationsnumber><identifier>80356</identifier><internationalstandardbooknumber>9789860123258 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80356</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>復育河段評定及復育計劃擬定=River Restoration Project Assessment ent and Planning Preparation</title><yearidentifier>200711</yearidentifier></data><data><abstract>本計畫主要目的為進行河川流量管理之多目標最佳化研究，利用相關水文、地文及魚類資料整理分析及配合水庫操作方式，以建立臺灣生態水文指標及擴充魚類個體生態矩陣，並擬定河川生態系統的管理目標，供國內水利相關人員之參考應用。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960228</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603924</governmentpublicationsnumber><identifier>80357</identifier><internationalstandardbooknumber>9789860123364 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80357</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水資源最佳化管理於河川生態復育之研究(2/3)＝Integration  of  the optimum managing water resources in stream ecological reconstruction〈2/3〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫以彰化芳苑海岸為研究對象，為二?計畫。第一?是針對彰化芳苑海岸潮間帶進?調查、分析、評估等整體性生態工程之規劃研究。第二年?主要工作項目為持續第一年度之?用動植物生態與水質及底質等調查與分析，建?生態指標、生物棲地定性、定?模式，以及經由水質和底質相關性研究、水生植物?育研究與沙洲、人工潮溝及人工潟湖可?性研究，與當地居民訪談，進?實質生態工程與景觀工法之分析與規劃。 彰化芳苑海岸，其地勢平坦、潮差大，潮間帶寬可達3公里以上，北側永興海堤現有養殖蚵架，南側芳苑市區海堤段為茂盛之紅樹林區。水質底質受到養殖廢水汙染，生物多樣性低落，但全區海岸生物數量極為豐富，若能妥為經營，將可成為優良之生態保護區；現有海岸設施係以防止天然災害為目的，除了永興海堤以外，其餘並未考量對生態、親水和景觀之影響，因此有重新規劃之必要。 水質底質遭受到污染的問題，將使用生態工程去除，以工程技術構築人類與自然互利共存的生態系，其手法包括利用潮間帶生態系統、水生植物、海水交換等，在淨化後以復育指標生物為目標，在提高生物多樣性的前提下，發展賞鳥觀光及近岸漁業經濟價值。 海岸設施之規劃重建當以海堤為優先，利用生態工程中緩坡、多孔隙及塊石潛沒化三種手法來達到生態、親水和防災三個目標，另再配合陸域植生部份，將海岸陸側營造為富有生態景觀的區域，再與潮間帶生態工程結合，成為以永續經營為目標的整合型海岸工程。</abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960243</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009604360</governmentpublicationsnumber><identifier>80358</identifier><internationalstandardbooknumber>9789860127256 ; 9789860127</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80358</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>96</publishrocyear><title>芳苑海岸潮間帶生態工法之研究總報告=The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast</title><yearidentifier>200712</yearidentifier></data><data><abstract>彙整統合歷年完成河川情勢資料，以期對於河川水資源之管理，生態環境之維護、及水利工程規劃之需求，提供不同使用者有效率的操作界面。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960262</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009604063</governmentpublicationsnumber><identifier>80359</identifier><internationalstandardbooknumber>9789860124507 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80359</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川情勢調查資料庫管理系統(1/2) The Database Management Information System of River's Investigation〈1/2〉</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度為計畫執行的第二年，工作項目包括：(1)二維與三維水流模式之檢定驗證券市(2)不同生物通道設計方案水理模擬分析 (3)虛擬實境系統建置與水理模擬之整合(4)檢討模擬與分析結果 (5)既有魚道及新設魚道水理模擬檢討與評估改善建議方案(6)教育訓練及技術轉移</abstract><author>臺灣大學水工試驗所</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960226</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603877</governmentpublicationsnumber><identifier>80360</identifier><internationalstandardbooknumber>9789860123241 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80360</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川生物通道流場模擬與虛擬實境展示系統建置(2/2)＝The  numerical simulations and virtual reality display system establishment for flow field in the stream corridors(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603672</governmentpublicationsnumber><identifier>80361</identifier><internationalstandardbooknumber>9789860120103 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80361</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於台灣海岸線變遷之研究總報告＝Coastal Change Detection on Taiwan Using Satellite SAR (General Report )</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部海岸組成多以沙質沉積物為主，台灣海峽地形效應衍生各地潮流，潮差均不相同，另外台灣主要河流的整治與海岸結構物的興建，加上自然地理環境的影與全球變遷等因素，成海岸地形地線的急遽變化。</abstract><author>中央大學太空及遙測研究中心</author><categoryidentifier>351.984</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603670</governmentpublicationsnumber><identifier>80362</identifier><internationalstandardbooknumber>9789860120110 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80362</librarycollectiondetailsurl><price>870</price><publisher>經濟部f水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>衛星雷達影像應用於臺灣海岸線變遷之研究(2/2)＝Coastal Change Detection on Taiwan Using Satellite SAR (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫針對基隆河水影響之監測資料，審慎提出建議，作為基隆河整體治理計畫防洪成效評估之基礎。是以針對基隆河整體淢理計畫之後續追蹤與成效評估工作，需依長期實測資料進行流域追蹤監測模式之建置，並具體分析各項防洪工程之效益，以作為執行基隆河整治後續改善之依據。</abstract><author>聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960287</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603894</governmentpublicationsnumber><identifier>80363</identifier><internationalstandardbooknumber>9789860122268 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80363</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(1/3) Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to Integrated Flood Control Plan at Keelung River(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>隨著河川生態工程之興起，國內已有部分河川採行生態工程治河，然多數之工程設計人員仍對生態工程有設計困難及安全性不足之疑慮，有鑑於此，本計畫之目的在廣泛蒐集過往河川生態工程相關研究資料，擬定與編修河川生態工程規劃設計流程、要點與參考手冊等，據此利用地理資訊系統(Geographic Information System, GIS)，建立河川生態工程規劃設計輔助資訊系統，以解決第一線工程師設計時所面臨之難題，並將研訂之規劃設計參考手冊與輔助系統應用於頭前溪與中港溪，以展示其在河川生態工程規劃設計時之功能性與輔助性。     本研究為三年度計畫，今年為第二年，主要工作項目為中港溪生態工程規劃設計應用以及單機板輔助系統之建立。藉由中港溪基本資料之廣泛搜集，包含河川特性、生態環境以及過往災害等，本研究以河川分類(Rosgen, 1994)的概念出發，對中港溪進行河段之分類，配合現場探勘與數值模擬之結果探討中港溪既有工程對河川特性與環境之影響，並進一步評估過往洪災之成因，據此研擬局部河段之解決策略。初步分析結果顯示，中港溪洪災主要肇因於地勢低窪排水不易、防洪工程設施尚未健全以及洪水流速過大直衝防洪構造物。     依據前段中港溪現況之探討，本研究研選了新中港溪橋段、三灣員林圳段以及南河溪福南橋上游段等三個河段進行生態工程規劃設計之應用，並據以編修生態工程設計參考手冊。初步應用成果顯示，生態工程規劃設計流程架構上並無修改之必要，故參考國內外常見工法，在設計要點上，本研究以簡易圖表化之方式，新增了詳細之工法選用對照表以及景觀生態槽護岸工之適用條件及其安全性分析方法，以配合系統之建立達到降低生態工程規劃設計之難度。</abstract><author>交通大學防災研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA/WRA096022</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603565</governmentpublicationsnumber><identifier>80364</identifier><internationalstandardbooknumber>9789860118735 ; 9789860118</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80364</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>河川生態工法規劃設計輔助資訊系統建置研究(2/3) ＝Development of Informantion System for Planning and Design of River Eco-Engineering</title><yearidentifier>200712</yearidentifier></data><data><abstract>如何有效減低水流含砂濃度是水資源利用中很重要之課題。此外，噴灌是改善灌溉水源缺乏的好方法，但是若水中含砂量過或含砂過粗，易造成噴頭堵塞，因此為避免砂方石堵塞噴頭導致無法供水灌溉，在農業取水之前，有效排除較粗之泥顆粒是非常重要的。</abstract><author>成大研究發展基金會</author><categoryidentifier>433.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960190</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603932</governmentpublicationsnumber><identifier>80365</identifier><internationalstandardbooknumber>9789860123234 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80365</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水力旋流漏斗排砂之試驗研究(2/2)＝Experimental Study of  Vortex Chamber Type Extractor on Sediment Removal(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構與作業流程等進行修正，提升現有之成本效分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/24</date><governmentpublicationsnumber>1009603710</governmentpublicationsnumber><identifier>80366</identifier><internationalstandardbooknumber>9789860121100 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80366</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>防洪工程經濟效益評估之檢討修正(1/3)＝ A Study on Review and Revision of Economic Evaluation of Flood-Control Projevt(1/3)</title><yearidentifier>200712</yearidentifier></data><data><abstract>(一)雙溪水庫位於新北市雙溪區，為政府規劃中之重要水資源設施。為 提高民眾對於本水庫工程內容及未來願景的瞭解，乃成立本計畫， 以多媒體影音光碟對民眾釋疑同時進行宣導。 (二)本計畫以新北市雙溪區及貢寮區為工作範圍，工作內容包括基本資 料蒐集與分析、周邊環境營造規劃、環境營造經費估算及效益評估、 工程計畫多媒體、工作簡報及報告書編印等項。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040155</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/28</date><governmentpublicationsnumber>1010402836</governmentpublicationsnumber><identifier>80375</identifier><internationalstandardbooknumber>9789860470215 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80375</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-環境、生態專題-環境營造與多媒體簡介(內附光碟) A Review of Feasibility Study for Shuangxi Reservoir (5)- Environmental and Ecological Topic- Landscape Planning &amp; Multimedia Brochure</title><yearidentifier>201512</yearidentifier></data><data><abstract>由於河川輸砂率對水文及水庫管理之影響具有相當之重要性，且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度之資料取得，扮演關鍵性角色，爰此，辦理本計畫水質監測及河川含砂濃度量測等事項，對於水庫之水質狀況須隨時加以掌握，以維水庫營運管理功能。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040090</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/29</date><governmentpublicationsnumber>1010500338</governmentpublicationsnumber><identifier>80393</identifier><internationalstandardbooknumber>9789860482614 ; 9789860482</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80393</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>104年度石岡壩水質濁度、濃度及含砂量監測委託服務 2015 Water turbidty,suspended sediment concentration and sediment load measurements at ShiGang Dam</title><yearidentifier>201512</yearidentifier></data><data><abstract>由於河川輸砂率對水文及水庫管理之影響具有相當之重要性，且對於水利設施磨損等提供重要參據，其中河川及水庫懸浮載濃度之資料取得，扮演關鍵性角色，爰此，辦理本計畫水質監測及河川含砂濃度量測等事項，對於水庫之水質狀況須隨時加以掌握，以維水庫營運管理功能。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040090</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/29</date><governmentpublicationsnumber>1010500338</governmentpublicationsnumber><identifier>80394</identifier><internationalstandardbooknumber>9789860482614 ; 9789860482</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80394</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>104年度石岡壩水質濁度、濃度及含砂量監測委託服務(光碟版) 2015 Water turbidty,suspended sediment concentration and sediment load measurements at ShiGang Dam</title><yearidentifier>201512</yearidentifier></data><data><abstract>ㄧ、計畫緣起及目的 (ㄧ)計畫緣起 由於國家基礎建設之高度需求下，台灣地區河川砂石長期大量開採，造成西部部分中央管河川河床下降，橋樑基礎裸露，河防構造物基腳屢遭淘空沖毀，危害公共安全情事逐漸浮現。為此，行政院遂於92年核定『遏止砂石盜濫採行為改進方案』，其政策目標係為加速進口砂石及推動砂石多元化供應，取代河川砂石，並逐年降低河川砂石採取供應量，以舒緩河川砂石開採所衍生出之諸多不利影響。惟於95年中期因進口砂石來源可能減量或中斷，引發國內營建砂石供應失衡而導致價格浮動，遂有開採河川高灘地砂石之聲浪，以提高河川砂石供應量。然而，河川高灘地屬於河川之一部分，大規模的外力介入干預，除了高灘地本身可能產生河防及環境衝擊外，其改變必然會連帶地引起河川機能之各種變化和影響，故有必要深入分析探討。 (二)計畫目的 承上所述，本計畫目的係以河川高灘地砂石開採為主軸，除了從各種面向探討高灘地本身因砂石開採而可能引發之影響外，亦將從較大尺度出發，以24條中央管河川為對象，蒐集分析近十年來之河床沖淤、海岸線及流路流向等現況，從而評估各中央管河川高灘地砂石開採之可行性。最後將研究分析結果，通過三場說明會及一場成果發表會暨座談會進行技術和意見交流，以作為爾後處理河川高灘地砂石開採許可之參考。  二、工作項目與內容 (ㄧ)基本資料蒐集分析及國內外研究文獻檢討 本計畫已蒐集各中央管河川之河道治理規劃報告、河川情勢調查報告、河道砂石開採相關法規、河川歷年大斷面測量資料、近年中央管河川航照圖及國內外研究文獻檢討…等。 (二)24條中央管河川近10年之河道沖淤變化分析 藉由分析河床沖淤變化，探討河川在自然與人為因素作用下之水流和泥砂間的互制影響，可以表徵河川泥砂的運移特性，以作為砂石開採之依據。經蒐集近十餘年來24條中央管河川大斷面測量資料分析結果顯示，多數河川下游河床呈現下降之趨勢，而上游河床則以上升為主。經研判，這可能是肇因於以往砂石開採過量，或水庫(或攔河堰)將上游泥砂攔阻所致。由於下游河川砂石蘊藏量銳減，而上游河川蘊藏砂石又因交通運輸、民眾生活機能、山區觀光產業及環境生態等諸多因素考量，砂石供應方式朝向陸地砂石開採及進口，可能是未來的發展趨勢。 (三)24條中央管河川近10年之河道深水槽變遷分析 河川流路流向係表徵其穩定性之重要指標之一。根據分析結果，除了大甲溪下游、濁水溪中下游、卑南溪全河段及秀姑巒溪中下游等屬於不穩定河段外，其餘多數河川均呈穩定或部分穩定。從河床演變角度分析，當河川坡度、斷面型態及河床質已能適應上游的來水來砂條件，或河川兩岸高灘地可以將洪流範束在一固定範圍內自由擺盪，或較少的人為干預介入，均能夠促使河川流路流向較為穩定，不會有大幅度之變遷而危及河防安全。但是，按河床沖淤分析結果，目前多數河川河床高程均呈現上游抬升和下游下降之趨勢，形成與上游來水來砂無法平衡之現況，加上或多或少的人為外力干預，故維持現況流路流向穩定或部分穩定的重要因素，自然是河川兩岸存在之高灘地所塑造的穩定流路。  (四)24條中央管河川之海岸線變化分析 海岸線變化分析係以探討河口陸地或沙洲之變化為主，它與河川泥沙供給和潮汐息息相關。就大部份海岸而言，海岸漂沙之最主要來源不外乎就是河川所輸出之泥沙。當河川自上游集水區匯集大量坡地沖蝕之土壤，形成土石流伴隨洪水攜帶至河口，因河口底床坡度較緩且通水斷面積較大，使得水流流速變慢，相對輸砂能力也因此降低，大量泥沙將沉積於出海口及其近岸。而注入海中的沙，將隨著潮流、沿岸流及波浪等搬運作用成為沿岸漂沙，係為各綿長海岸線主要之沙源。如河川供應之輸沙量甚為充沛，遠大於因潮流、沿岸流及波浪之輸沙作用，則易於出海口形成河口三角洲或於沿岸流速變緩處形成堆積海岸，反之則將造成海岸的侵蝕，如表4為中央管河川海岸線分析成果表。表中顯示，多數河川河口已明顯遭到侵蝕或高程下降，這與多數河川下游河床呈現下降之現況相吻合。    (五)高灘地開採方式及開採之標準與方法評估通則 高灘地砂石開採依其開採方式可以約略區分為層式開採、低水流路拓寬開採、池式開採、複式斷面開採及混合型開採等五種型式。並依據所蒐集之河川高灘地土石採取方法及相關法規研析結果，本計畫初步研擬河川高灘地土石採取標準及方法評估草案與河川高灘地不宜劃為土石可採區，提供主管機關參採。 (六)高灘地砂石開採之影響評估 高灘地具有多種功能，包括調節泥砂水流、主流與河防構造物間緩衝帶、作物栽培、休閒遊憩…等。同時考量多數中央管河川已呈現下游河床下降、 流路不穩、海岸線激烈變化等諸多問題，使得高灘地砂石開採之影響層面應有較全面性的評估。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MORAWRA0950408</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009600418</governmentpublicationsnumber><identifier>80396</identifier><internationalstandardbooknumber>9789860089127 ; 9789860089</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80396</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川砂石開採面面觀-河川高灘地淤積砂石開採可行性評估研究(成果摘要)＝A feasiblity  assessment study on sand extracting for flood plain</title><yearidentifier>200702</yearidentifier></data><data><abstract>辦理水利規劃試驗所四十週年慶系列活動三大研討會，將先輩們之經驗心血留存為論文專輯。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960313</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603927</governmentpublicationsnumber><identifier>80397</identifier><internationalstandardbooknumber>9789860123227 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80397</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>承先啟後繼往開來：水利規劃經驗傳承研討會成果報告＝A link  between the past and future：a seminar on the experience concerning water conservancy plans</title><yearidentifier>200712</yearidentifier></data><data><abstract>辦理水利規劃試驗所四十週年慶系列活動三大研討會，將先輩們之經驗心血留存為論文專輯。</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.065</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960313</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603927</governmentpublicationsnumber><identifier>80398</identifier><internationalstandardbooknumber>9789860123227 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80398</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>承先啟後繼往開來：水利規劃經驗傳承研討會成果報告(光碟)＝A link  between the past and future：a seminar on the experience concerning water conservancy plans</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.68932</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009504120</governmentpublicationsnumber><identifier>80401</identifier><internationalstandardbooknumber>9789860081473 ; 9789860081</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80401</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署北區水資源局年報（民國九十五年）</title><yearidentifier>200710</yearidentifier></data><data><abstract>台灣近年來遭受風災、水災不斷，每當災害來時，經常導致河川溪水暴漲，在短時間內造成民命財產與損失。目前全台灣對於河川水位變化監測系統大多採用固定式水位計觀測；另外，於出海口處的潮位高程變化量測也非岸邊潮位計、波高計可以勝任，且成本較高。因此，對於上述在河川或近海岸某處提供點形式水位資料，其餘地區則僅能採用外插方式獲取水位資料的方法，並無法即時提供大範圍的面狀的水位資料，例如對於無設置水位計的河川某區段或河川出海口的面狀水位資料。 目前GPS均為接收直接訊號並應用於各種定位應用，其定位精度可達公分等級。唯近幾年來，由於GPS反射訊號具極佳的機動性且可以提供大範圍、高頻率、近即時性、長期觀測、低成本的遙測資訊，故分析GPS的反射訊號（Reflected GPS signal, R-GPS）用於遙測地表資訊的技術逐漸受到重視。其中R-GPS用來輔助水面水位、海面高程變化的量測，將對河川、海岸監測、整治管理提供極佳的觀測數據。 本計畫之研究目的是建立一套機動式R-GPS河川水位和近岸潮位觀測系統，試驗對象為本局管轄之水系區段及其出海口附近。希望藉此計劃之經驗，改善目前水位變化觀測方法，提升海岸研究治理與規劃設計之成效，將災害損傷降到最低，普及於其他河段。</abstract><author>嘉南藥理科技大學空間科技研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009604016</governmentpublicationsnumber><identifier>80402</identifier><internationalstandardbooknumber>9789860124576 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80402</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>GPS反射訊號(RGPS)應用於近岸水位量測之研究=Research of reflected GPS signal that apply to near shore water level measurement</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣近年來遭受風災、水災不斷，每當災害來時，經常導致河川溪水暴漲，在短時間內造成民命財產與損失。目前全台灣對於河川水位變化監測系統大多採用固定式水位計觀測；另外，於出海口處的潮位高程變化量測也非岸邊潮位計、波高計可以勝任，且成本較高。因此，對於上述在河川或近海岸某處提供點形式水位資料，其餘地區則僅能採用外插方式獲取水位資料的方法，並無法即時提供大範圍的面狀的水位資料，例如對於無設置水位計的河川某區段或河川出海口的面狀水位資料。 目前GPS均為接收直接訊號並應用於各種定位應用，其定位精度可達公分等級。唯近幾年來，由於GPS反射訊號具極佳的機動性且可以提供大範圍、高頻率、近即時性、長期觀測、低成本的遙測資訊，故分析GPS的反射訊號（Reflected GPS signal, R-GPS）用於遙測地表資訊的技術逐漸受到重視。其中R-GPS用來輔助水面水位、海面高程變化的量測，將對河川、海岸監測、整治管理提供極佳的觀測數據。 本計畫之研究目的是建立一套機動式R-GPS河川水位和近岸潮位觀測系統，試驗對象為本局管轄之水系區段及其出海口附近。希望藉此計劃之經驗，改善目前水位變化觀測方法，提升海岸研究治理與規劃設計之成效，將災害損傷降到最低，普及於其他河段。</abstract><author>嘉南藥理科技大學空間科技研究中心</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009604016</governmentpublicationsnumber><identifier>80403</identifier><internationalstandardbooknumber>9789860124576 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80403</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>GPS反射訊號(RGPS)應用於近岸水位量測之研究(光碟)=Research of reflected GPS signal that apply to near shore water level measurement</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。  台灣地區水文觀測現代化整體計畫主要工作項目已於91至94年逐期完成；95年度開始的「水文資訊傳輸及服務系統更新改善整合計畫」針對既有之資料傳輸架構加以擴充與增強，95年度工作內容是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作。  本年度將以95年度工作成果為基礎，除了繼續強化各系統之功能外，針對前端觀測儀器即時傳輸管道進行評比與檢討，作為未來新一代水文觀測傳輸管道之初期規劃；另外則是將「水文資訊網整合性服務系統」進行整體的改版與功能維護，改版後之系統將區分署內版本與一般民眾版本，上線後可以擴大水文分析與資訊應用的層面，落實水文資料E化的目的，邁向自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960037</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603861</governmentpublicationsnumber><identifier>80404</identifier><internationalstandardbooknumber>9789860122978 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80404</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(2/2)  Improvement and Integration of Hydrological Information Transmission and Services(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫是依據行政院87年1月7日核定經濟部陳報之「台灣地區水文觀測現代化整體計畫」，建立整合性之水文資訊服務系統之後續擴充工作。該整體計畫將資料之傳輸、處理、運用及資訊服務作為其重點項目之一，亦為強化電子化政府之施政方針。為便利水文資料傳送與取得，同時建立即時資訊傳輸功能，應加強規劃建置網路服務系統之內容，以提供完整水文相關資訊。  台灣地區水文觀測現代化整體計畫主要工作項目已於91至94年逐期完成；95年度開始的「水文資訊傳輸及服務系統更新改善整合計畫」針對既有之資料傳輸架構加以擴充與增強，95年度工作內容是在「水文資訊傳輸管理系統」後續擴充維護，「水文年報」產製作業自動化、「水文資訊申請服務」系統擴充、「水文資訊服務網」功能規劃與調整，與水文資訊傳輸接收系統功能軟硬體改善等工作。  本年度將以95年度工作成果為基礎，除了繼續強化各系統之功能外，針對前端觀測儀器即時傳輸管道進行評比與檢討，作為未來新一代水文觀測傳輸管道之初期規劃；另外則是將「水文資訊網整合性服務系統」進行整體的改版與功能維護，改版後之系統將區分署內版本與一般民眾版本，上線後可以擴大水文分析與資訊應用的層面，落實水文資料E化的目的，邁向自動化、多元化、結構化的水文資訊環境。</abstract><author>銳?科技公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960037</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603861</governmentpublicationsnumber><identifier>80405</identifier><internationalstandardbooknumber>9789860122978 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80405</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文資訊傳輸及服務系統更新改善整合計畫(2/2)(光碟)  Improvement and Integration of Hydrological Information Transmission and Services(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫目的為落實鱉溪環境與生態之永續發展,期能在削減洪澇災害之餘,兼顧生態保育與環境復育,利用生態工法實施河川治理與生態環境營造,在符合河川永續發展目標與尊重自然環境特色及配合地方民眾需求之情況下,結合河川治理與生態環境復育,創造具安全性、多樣化、自然及親水之環境。</abstract><author>怡興工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960327</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603322</governmentpublicationsnumber><identifier>80406</identifier><internationalstandardbooknumber>9789860121780 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80406</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>96</publishrocyear><title>鱉溪河川生態調查及復育規劃(2/2)＝The investigation of  the ecological environment and the rehabilitation planning of the Bie River (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本工作成果年報經各業務提後歸類整理後，精簡扼要的陳述方式呈現，豐碩之成果供相關水利機關施行參據，以期最終營造出自然與人文共生的河海環境</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009602962</governmentpublicationsnumber><identifier>80407</identifier><internationalstandardbooknumber>9789860113525 ; 9789860113</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80407</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>經濟部水利署水利規劃試驗所九十五年度工作成果年報＝Summary report of year 2006 projects</title><yearidentifier>200709</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601696</governmentpublicationsnumber><identifier>80408</identifier><internationalstandardbooknumber>9789860101652 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80408</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查(2/2) =Investigation of Current Status  in Jhong-Gang River System(2/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601696</governmentpublicationsnumber><identifier>80409</identifier><internationalstandardbooknumber>9789860101652 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80409</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查(2/2)(光碟) =Investigation of Current Status  in Jhong-Gang River System(2/2)</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601697</governmentpublicationsnumber><identifier>80410</identifier><internationalstandardbooknumber>9789860101669 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80410</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查總報告=Investigation  of  Current  Status  in  Jhong-Gang  River  System〈內附光碟〉</title><yearidentifier>200706</yearidentifier></data><data><abstract>台灣早期河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，並整合提供各界參考。</abstract><author>中華大學、李麗雪</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601697</governmentpublicationsnumber><identifier>80411</identifier><internationalstandardbooknumber>9789860101669 ; 9789860101</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80411</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>中港溪河川情勢調查總報告=Investigation  of  Current  Status  in  Jhong-Gang  River  System〈光碟〉</title><yearidentifier>200706</yearidentifier></data><data><abstract>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告</abstract><author>黎明工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601568</governmentpublicationsnumber><identifier>80412</identifier><internationalstandardbooknumber>9789860000600 ; 9789860000</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80412</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告</title><yearidentifier>200706</yearidentifier></data><data><abstract>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告</abstract><author>黎明工程顧問公司</author><categoryidentifier>367.881</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601568</governmentpublicationsnumber><identifier>80413</identifier><internationalstandardbooknumber>9789860000600 ; 9789860000</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80413</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>96</publishrocyear><title>北港溪河系河川情勢調查計畫(1/2) =Investion of stream ststus of  Bei-gang River成果報告(光碟)</title><yearidentifier>200706</yearidentifier></data><data><abstract>新竹地區自民國69 年設置科學園區後，整體產業結構及人口結構 開始產生急遽變化，近年來伴隨高鐵通車以及新竹科學園區設置所帶 動的產業聚落效應，產業用水的增長與水資源設施之配合因應，將是 未來新竹地區水資源發展的重要關鍵。 為瞭解鳳山溪可開發之伏流水水源量與區位，針對103 年規劃設 堰取水位置進行現場調查與試驗(摘圖1)，據以進行伏流水開發評估與 水資源運用方案分析，並依分析與調查結果，進行水資源開發規劃， 供後續鳳山溪水資源開發方案推動之?考。 另為開發油羅溪水源，前期選定豐田人工湖進行規劃工作，然民 國103 年發現湖址開發利用狀況日盛，有鑑於國內水資源工程開發用 地取得費用逐漸提升而造成建造成本與原水成本過高，且用地取得、 民意接受度、環境影響等議題造成工程推動不易，乃於油羅溪下游橫 山地區勘選低度開發之人工湖址，進行人工湖工程調查規劃。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040156</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1010402871</governmentpublicationsnumber><identifier>80414</identifier><internationalstandardbooknumber>9789860470239 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80414</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>新竹地區鳳山溪水資源開發方案調查規劃 (光碟版 )Survey and Planning of Fongshan Hsi Basin Water Resources Development in Hsinchu Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫為了延續與落實「生態工法應用於海岸復育之研究」計畫的研究成果與精神，進一步在青草崙海岸南段自然海岸沙丘區進行海岸植生與人工沙丘復育之現場試驗，並進行北段海堤斷面改善試驗研究.</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009601086</governmentpublicationsnumber><identifier>80415</identifier><internationalstandardbooknumber>9789789860098 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80415</librarycollectiondetailsurl><price>1000</price><publisher>水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>青草崙海岸復育試驗研究＝Research of rehabilitation  experiments at Ching-Tsao-Luu coastal area</title><yearidentifier>200705</yearidentifier></data><data><abstract>本計畫藉由高雄縣林園鄉海域地形水深的監測成果，探討海岸結構物興築對海岸保護的成效。??地形水深資?分析可?此海域地形變遷主要由呈?種變遷型態，一為沿岸興築的?岸堤群改變極近岸區漂砂?為；其次，沿岸潛沒砂洲的運移。尤其後者對大範圍地形變遷影響?是明顯。中芸港以南東西汕海堤海域，??至目前為止地形變遷分析顯示現況的?岸堤配置中，在間距大於40m且無其它砂源補充的部份，堤後淤砂效果較?顯著。</abstract><author>成大研究發展基金會</author><categoryidentifier>351.393</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950279</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009600618</governmentpublicationsnumber><identifier>80416</identifier><internationalstandardbooknumber>9789860090659 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80416</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>96</publishrocyear><title>高雄海岸(鳳鼻頭至高屏溪口)基本資料監測調查=Field lnvestigation and Analysis on the Coastal Topography and Bed Material at Offshore Area of Kaohsiung County (from Fongbitou to Gaoping River)</title><yearidentifier>200704</yearidentifier></data><data><abstract>水文資料係水資源開發調配利用、水患防治預警等規劃設計之依據，為獲得高品質水文資料，穩定且持續性水文觀測業務為基本要素；而維持觀測儀器正常穩定運作，水文觀測作業程序標準化與相關管理制度建立，又為其不可或缺之重要環節。另為提昇觀測資料品質，水位流量站網與雨量站網實有必要進行整體規劃與評估，並透過目前已開發雨量及地下水位觀測資料收集之介面－行動數位助理(personal digital assistant, PDA)之Pocket PC作業系統，以提供觀測人員便捷之作業環境。又隨著通訊技術發展，以目前透過撥接遠端收集水文觀測資料之傳輸系統，對於水利防洪與水資源利用所需之即時水文資訊而言，亟待規劃以新的通訊技術，建立新一代即時水文傳輸系統。另水文觀測儀器系統正確且穩定運作，實有賴定常性保養與維護工作，本署自八十八年度起陸續於各河川局轄區裝設超音波水位站及數位式雨量計之量測設備，原建置廠商提供保固期間已屆期，擬以本計畫持續辦理觀測系統相容且正常運作之儀器定常保養維護計畫，並提供各觀測儀器所需之汰換更新之儀器。透過本項計畫推動，以三年為期辦理本署十個河川局水文測站現地品質評鑑工作，持續擴充行動數位水文觀測系統與新一代通訊傳輸系統規劃與示範站建置，並進行觀測儀器維護保養計畫，及汰換更新或新設儀器建置等，協助本署統合綜理水文觀測作業規劃顧問之支援工作。以維持穩定高品質之水文資料的取得。而行動數位水文觀測系統擴充與整合，可提昇水文觀測作業之能力並強化本土化水文觀測儀器開發，並從水文觀測站網規劃與評估，及前瞻性即時水文傳輸系統規劃，落實「台灣地區水文觀測現代化整體計畫」第二期計畫目標之達成。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950075</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009503940</governmentpublicationsnumber><identifier>80417</identifier><internationalstandardbooknumber>9789860090819 ; 9789860090</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80417</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署(台北辦公室)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)＝Quality Appraisal and Conserve Project Give an Impetus to Hydrology Observation System(3/3)</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>80418</identifier><internationalstandardbooknumber>9789860032710 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80418</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)附錄五、經濟部水利署水文觀測品質評鑑實施要點〈草案〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>80419</identifier><internationalstandardbooknumber>9789860122206 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80419</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)(內附光碟)＝Experimental study of sediment transport relationships for the lower Cho-Shui River after the 921 Chi-Chi Erarthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫共執行2年，主要工作內容為河道輸砂機制探討、921地震前後濁水溪基本水文及地文資料彙整、水理及泥砂觀測技術研擬、颱洪現場輸砂試驗、研究河段泥砂運移公式適用性評估及教育訓練等。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960227</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603908</governmentpublicationsnumber><identifier>80420</identifier><internationalstandardbooknumber>9789860122206 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80420</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>921地震後濁水溪下游輸砂關係之試驗研究(2/2)資料光碟＝Experimental study of sediment transport relationships for the lower Cho-Shui River after the 921 Chi-Chi rarthquake(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603634</governmentpublicationsnumber><identifier>80422</identifier><internationalstandardbooknumber>9789860119763 ; 9789860119</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80422</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬(3/4)－人工養灘對底棲生物之影響 ＝Study the Ecological Engineering Application on Kang-Nan Coast along Hsin Chu City (3/4)－ Impact  of  Artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學/郭一羽</author><categoryidentifier>383.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950233</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009503320</governmentpublicationsnumber><identifier>80423</identifier><internationalstandardbooknumber>9789860074192 ; 9789860074</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80423</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>95</publishrocyear><title>芳苑海岸潮間帶生態工法之研究(1/2) The Study of Application of Ecotechnology to tidal Zone at Fang-Yuan Coast(光碟)</title><yearidentifier>200612</yearidentifier></data><data><abstract>(一)雙溪水庫位於新北市雙溪區，為政府規劃中之重要水資源設施。為 提高民眾對於本水庫工程內容及未來願景的瞭解，乃成立本計畫， 以多媒體影音光碟對民眾釋疑同時進行宣導。 (二)本計畫以新北市雙溪區及貢寮區為工作範圍，工作內容包括基本資 料蒐集與分析、周邊環境營造規劃、環境營造經費估算及效益評估、 工程計畫多媒體、工作簡報及報告書編印等項。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040155</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1010402836</governmentpublicationsnumber><identifier>80424</identifier><internationalstandardbooknumber>9789860470215 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80424</librarycollectiondetailsurl><price>520</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-環境、生態專題-環境營造與多媒體簡介(光碟版) A Review of Feasibility Study for Shuangxi Reservoir (5)- Environmental and Ecological Topic- Landscape Planning &amp; Multimedia Brochure</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫藉由本段海岸資料蒐集、地形水深測量、水質及生態調查，繼以數值模式分析進行各種方案成效評估，在考量能同時兼顧生態及景觀的原則下，研擬新竹港南海岸侵蝕防治對策，作為推動港南海岸生態及景觀環境改善之依據，以期達到港南海岸優質環境資源永續發展之目標。本計畫綜合94及95年度的結果提出方案一(94年度)－離岸砂洲人工養灘、方案二(94年度)－離岸潛堤工法配合人工養灘、方案三(94年度)－離岸岬島工法配合人工養灘及方案四(95年度)－迂迴供沙人工養灘四項方案。</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960235</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009604390</governmentpublicationsnumber><identifier>80425</identifier><internationalstandardbooknumber>9789860128109 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80425</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>新竹港南海岸生態工法之研擬─人工養灘對底棲生物之影響總報告＝Study the Ecological Engineering Application on  Kang-Nan Coast along Hsin Chu City -Impact  of  artificial Beach Nourishment to Benthos</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫主要為落實經濟部水利署所推動「台灣地區水文觀測現代化整體計畫」之執行目標，進行水文觀測能力與資料品質評鑑制度建立及其相關推動工作。因此，建立提昇水文觀測能力所需穩定觀測系統維持，及水文觀測品質評鑑工作的執行，為本計畫二個主要執行工作。透過本計畫執行，協助各水文量測單位檢討及改進其量測品質，並將其改善需求，做為未來水文觀測現代化的重點規劃方向，為全面提升水文觀測品質保證之準備，以落實水文觀測現代化整體計畫目標之達成。</abstract><author>中興工程顧問公司</author><categoryidentifier>440.94</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009403614</governmentpublicationsnumber><identifier>80426</identifier><internationalstandardbooknumber>9789860032710 ; 9789860032</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80426</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文觀測評鑑制度推動及水文觀測系統維護計畫(3/3)附錄六、地面水水文觀測站維護保養標準作業程序〈稿  〉</title><yearidentifier>200703</yearidentifier></data><data><abstract>本計畫針對嘉義縣省道台19線以西之區域，辦理整體性水土環境復育及永續發展規劃，規劃內容包括地層下陷地區國土復育及利用、產業轉型建議、溼地環境營造及復育等。</abstract><author>台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960193</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603880</governmentpublicationsnumber><identifier>80427</identifier><internationalstandardbooknumber>9789860122244 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80427</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>嘉義沿海地區國土復育及永續發展規劃成果報告書 Master Planning for Environmental Restoration and Sustainable Revitalization in Chiayi Coast Region</title><yearidentifier>200712</yearidentifier></data><data><abstract>河床質?徑採樣工作的最主要目的是在於獲得河床之?徑尺寸分佈資訊，以應用於水?之定床模擬、動床模擬之輸砂?及沖淤?等推估。而一般河床質採樣調查之方法有體積法、網格法與面積法三種。在水?工程上常用方法以體積法進?採樣，調查工作?龐大，需花費大量的時間、金錢及人力，而調查範圍僅限於小面積，而網格法與面積法可以有效掌握河床質的變異性，並提昇工作效?及擴大調查範圍，對於河床質調查頗有助益。鑑於近??照相技術與影像處?軟體進步非常快速，發展應用於河床質採樣之面積調查方法，似具發展潛力且適合單人操作，本計畫既在評估應用影像處?技術之可行性，以蘭陽溪流域為例。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>356.232</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009604015</governmentpublicationsnumber><identifier>80428</identifier><internationalstandardbooknumber>9789860124583 ; 9789860124</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80428</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>96</publishrocyear><title>影像處理在蘭陽溪河床質調查之可行性研究(光碟)=Investigation on bed material at Lanyang Stream by image processing</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>世曦工程顧問公司</author><categoryidentifier>443.689741</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603789</governmentpublicationsnumber><identifier>80429</identifier><internationalstandardbooknumber>9789860121490 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80429</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(急水溪至曾文溪口)總報告＝The Beach Restoration planning from Chishui River to Tsengwen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>現行泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960038</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603865</governmentpublicationsnumber><identifier>80430</identifier><internationalstandardbooknumber>9789860122985 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80430</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(2/2) Improving Sediment Monitoring Technique and Establishing Pilot Monitoring Stations (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>現行泥砂之觀測雖然可以由人工觀測進行，但重大暴雨事件發生頻率不高且不容易預測，且暴雨期間具有人力動員、山區道路崩塌、觀測風險等困難，因此實務上無法仰賴不定期人工觀測獲得可靠的泥砂運移資料。積極推動自動化的泥砂觀測技術有其必要性，但目前尚無可靠的泥砂含量直接量測的現地方法，光學濁度、超音波衰減特性、電學性質等參數皆與泥砂濃度具有間接的高度相關性，若能利用這些參數的連續自動觀測，回饋與結合人工或自動取樣的取樣時機，應可提高泥砂觀測的效能與時間解析度。</abstract><author>國立交通大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960038</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603865</governmentpublicationsnumber><identifier>80431</identifier><internationalstandardbooknumber>9789860122985 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80431</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>河川泥砂觀測技術改善及示範站建置計畫(光碟)(2/2) Improving Sediment Monitoring Technique and Establishing Pilot Monitoring Stations (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學水工試驗所</author><categoryidentifier>443.6407</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603912</governmentpublicationsnumber><identifier>80432</identifier><internationalstandardbooknumber>9789860122190 ; 9789860122</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80432</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>水庫泥砂濃度及流速超音波量測 設備測試研發〈2/2〉The  Study on the  Desing and Development  of  the Ultrasonic  Suspended  Load  Concentration  and  Flow  V elocity  Measuring Instrument  for  Reservoir(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣地區近年來飽受颱風豪雨肆虐及淹水及土石流災害，水利單位對於定量降水估計具有迫切的需求，如何利用先進的雷達技術改善定量降水估計提供洪水預警及水資源管理，並作為國土復育所需之基本資料調查是未來工作的重點。 本署從2004至2006年持續辦理提升雷達降水估計及預報能力的相關委託計畫，委託中央大學大氣科學系雷達氣象實驗室，並由中央大學、國科會、氣象局、民航局、中科院共同協助支持下，以中正機場汰舊都卜勒雷達進行雙偏極化升級的工作，已於2004年11月底前完成雙偏極化功能升級，同時在台灣北部協助本署架設雨滴譜儀網。2005-2006年進行北部雙偏極化雷達及雨滴譜儀網降水系統觀測，其中包括梅雨及颱風時期的豪大雨個案，同時發展資料處理、降水估計方法，經過本署雨滴譜儀網及雨量計網的驗證，證實雨量估計的準確性大為提高。經過兩年計畫配合本署雨滴譜儀網的觀測驗證，證實雙偏極化雷達的降雨即時觀測，可以提供高時間、空間解析度精確降水估計，是針對水患防救災及水資源管理十分重要並無可取代的工具。因此本署擬透過此委託計畫在2007年持續取得即時自動雙偏極化都卜勒雷達之最佳降水產品，並將資料納入本署與氣象局共同使用之QPESUMS系統，提供本署及相關防救災單位應用。 由於雙偏極化雷達觀測降水的優越性已經獲得本署及其他相關作業及災防單位的認可，並透過行政院災害防救專家諮詢委員會積極推動，在重要颱洪災害潛勢地區評估精密降雨雷達網之效益，因此本年度本署亦將因應此發展方向，委託具有偏極化降雨雷達的專長之單位，評估規劃未來建設台灣精密降水雷達網可行性。</abstract><author>中央大學大氣物理所</author><categoryidentifier>328.885</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960314</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603910</governmentpublicationsnumber><identifier>80433</identifier><internationalstandardbooknumber>9789860123036 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80433</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>台灣精密降雨雷達網建立先期評估計畫(1/2)＝The feasibility study of the precipitation radar network in Taiwan (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本年度工作係擴衍95年度頭前溪及曾文溪自動化流量測站建置經驗及運作成果，循序推動「中央管河川自動化流量站建置實施計畫」第一階段12條中央管河川自動化流量站建置工作，及另11條中央管河川自動化流量站規劃設計作業，並依據工作推動成果辦理成效檢討作業，做為修正後續自動化流量測站運作方式之依據，逐步達成提昇中央管河川流量觀測技術及資料品質之目標。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960040</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603906</governmentpublicationsnumber><identifier>80434</identifier><internationalstandardbooknumber>9789860123098 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80434</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>中央管河川流量量測規劃改善計畫及工法之擬訂 (2/2)  The Plan of Flow Measurement Improvement and Technical Specification Study for The Rivers Administered by Central Government (2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>主要以各類型之生態物理性棲地，建立以河相為基礎之誘導式棲地復育流程，建構河川型態與棲地復育之相關性及其調查研究程序並開設棲地環境復育調查程序技術轉移訓練班。以及配合完整之現地調查資料及照片，建構完整之河川資料庫。</abstract><author>中華水土保持學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960242</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603905</governmentpublicationsnumber><identifier>80435</identifier><internationalstandardbooknumber>9789860123517 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80435</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>河川型態應用於棲地環境復育之研究(2/2)=River Morphology  Applied to River Habitats Restoration(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫工作為近海水文站網之操作與品管及近海水文資料分析與應用研究，合計共包含22工作項目，包含例行性、研發性與應用性方面之工作。例行性工作是從事近海水文站網之維護管理與更新工作；研發性之工作為現有觀測系統之改良並研究發展新式觀測技術；應用性的工作則是推廣觀測資料之應用，提昇在防災減災上之應用，創造觀測資料附加價值。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960002</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603915</governmentpublicationsnumber><identifier>80436</identifier><internationalstandardbooknumber>9789860123043 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80436</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(2/2)  Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>本計畫工作為近海水文站網之操作與品管及近海水文資料分析與應用研究，合計共包含22工作項目，包含例行性、研發性與應用性方面之工作。例行性工作是從事近海水文站網之維護管理與更新工作；研發性之工作為現有觀測系統之改良並研究發展新式觀測技術；應用性的工作則是推廣觀測資料之應用，提昇在防災減災上之應用，創造觀測資料附加價值。</abstract><author>成大研究發展基金會、成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960002</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1009603915</governmentpublicationsnumber><identifier>80438</identifier><internationalstandardbooknumber>9789860123043 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80438</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>近海水文觀測技術提昇與資料分析研究(2/2)附冊  Improvement of Coastal Ocean Monitoring Technology and Study on Observation Data(2/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>規劃中之雙溪水庫係計畫供應北部區域基隆供水區之重要規劃 案，水庫集水區位於新北市雙溪區。水庫主要水源為雙溪支流之丁子 蘭溪並與貢寮淨水場攔河堰聯合運用，大壩位於新北市雙溪區魚行里 丁子蘭坑，集水區面積約8.97 平方公里、計畫淹沒區面積約0.58 平方 公里。地點位置詳圖如圖1-1 所示。 台灣位於環太平洋地震帶，強?地震對於大型公共建設之威脅? 容忽視，妥適之水庫地震安全規劃必須針對地區性之地震特性進行考 量，而區域性的地震研究必須奠基在長時間?續且高品質之現地地震 觀測紀錄。有鑑於此，於民國102 ?在雙溪水庫場址區域裝設3 部強 地動儀，為使現地地震觀測作業?致中斷，本(104)?? 持續辦?計畫 壩址地區強地動儀維護觀測及資?分析作業，建?雙溪水庫地區強地 動資?庫，俾?後續可?性規劃工作之推展。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040154</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1010402831</governmentpublicationsnumber><identifier>80440</identifier><internationalstandardbooknumber>9789860470208 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80440</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>台灣地區北部區域雙溪水庫可行性規劃檢討(5)-工程專題-強地動儀維護觀測及分析(光碟版) A Review of Feasibility Study of Shuangxi Reservoir (5) – Report of Strong Motion Seismograph Maintenance Observation and Analysis</title><yearidentifier>201512</yearidentifier></data><data><abstract>本報告為台灣地區北部區域雙溪水庫可行性規劃檢討(5)之工程專題報 告之一， 係針對雙溪主流及支流丁子蘭溪進行水砂調查分析，主要包含基 本資?蒐集彙整、水位站維護、觀測及資?整理、流域產砂情境分析及下 游河道沖淤分析等，以建立完整的水砂環境資?庫，更新及補充水庫規劃 重要參數。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040143</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/30</date><governmentpublicationsnumber>1010402874</governmentpublicationsnumber><identifier>80442</identifier><internationalstandardbooknumber>9789860470222 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80442</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺灣地區北部區域雙溪水庫可行性規劃檢討(5)-工程專題-水砂調查(光碟版) A Review of Feasibility Study of Shuangxi Reservoir(5) - Report on Investigation for Flow and Sediment Transport</title><yearidentifier>201512</yearidentifier></data><data><abstract>欲因應近年來劇烈變異氣候導致之洪泛及乾旱災害，爰藉由水文及氣象觀測結合，進行資訊整合共享，提昇劇烈變異氣候及長期氣候預報能力，提昇水情預報系統及相關技術。</abstract><author>國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>328.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960330</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009604170</governmentpublicationsnumber><identifier>80450</identifier><internationalstandardbooknumber>9789860125801 ; 9789860125</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80450</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>水文氣象觀測整合平台擴充建置計畫(1/2)－  Extended development of platform to integrate hydrologic and meteorologic observation (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>台灣西部雲嘉南海岸地區近年來由於大環境變遷，海埔地開發及河川上游之整治影響，使得海岸線變遷迅速。擬在兼顧安全、生態、景觀及國土復育的目標下，在整性分析評估後，以各海岸特性劃定分區，並規劃各分區海域防護方案(海堤、離岸堤或柔性工法)，以為未來海岸環境改善之參考。</abstract><author>台灣世曦工程顧問公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960241</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009603788</governmentpublicationsnumber><identifier>80451</identifier><internationalstandardbooknumber>9789860121506 ; 9789860121</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80451</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>96</publishrocyear><title>台南海岸復育規劃(2/2)急水溪至曾文溪口 The beach  restoration planning from Chi-shui River to Tseng-wen River in Tainan County</title><yearidentifier>200712</yearidentifier></data><data><abstract>本研究計畫針對災害性（如颱風、梅雨鋒面系統與雷暴系統等）降水，利用中央氣象局雷達網及雨量站資料，由水利署與氣象局共同發展高解析度自動降雨監測系統(QPESUMS)的雨量估計產品，監測台灣地區各重要河川流域及主要都會區之降水，與利用現代化中尺度動力模式之高解析度（5公里）定量降雨預報產品，進行監測與預報技術研發。首先建立定量降雨之校驗，然後回饋監測與預報技術的改進。獲得預報之雨量值，可透過水利署河川水位預測模式的輸入值，並作為水利署災害性降水威脅潛勢預估與決策之輔助。 所建立之高解析度降雨動力模擬系統，將提供高時空分布之定量降雨預報產品，時效每12小時一次，以集水區或河川流域為主之每3小時累積雨量。另外，由QPESUMS所進行降雨動態之即時監測資料，可作為模式預報產品即時校驗之基礎，強化及改進模式產品應用之依據。</abstract><author>氣象應用推廣基金會</author><categoryidentifier>328.888</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0960184</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009603845</governmentpublicationsnumber><identifier>80452</identifier><internationalstandardbooknumber>9789860123104 ; 9789860123</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80452</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>96</publishrocyear><title>災害性降水之監測與預報技術研發與改進(1/2)  Monitoring and Forecasting of Disastrous Precipitation in the Taiwan area (1/2)</title><yearidentifier>200712</yearidentifier></data><data><abstract>水利規劃試驗所(以下簡稱本所)為因應新型態的應用與挑戰，強化資料加值應用及使用端應用之基礎資料，提升資料交換效率及資料分析自動化速度，於民國100年~102年依WRASIM-E模組及天花湖水庫規劃成果資料，設計及建立水資源規劃資料庫平台、資料庫展示及查詢圖台、水資源規劃應用平台(WRASIM-E)。該資料庫平台定位為水資源規劃與研究工作所需資料之管理與供應平台，長期願景為建立含現有、施工中、規劃中水資源設施之調查、觀測、分析、規劃、設計、施工與營運等資料，俾利隨時供未來規劃研究、設計及管理之參考。 本計畫目的係延續既有資料庫平台之維護管理，輔導相關計畫產出資料回饋作業，進行功能微調及擴充。並配合水資源業務重點調整、整體架構研擬及既有地面地下水聯合運用模組資料整合需求，增加相關資料源之蒐集與擴充。期望透過資料源整合，強化資料應用範圍、提升規劃作業之效率。 另鑑於政府資訊公開政策及本所全球網站改版構想，調整原定位為內部規劃人員及規劃模式使用之資料庫平台之定位，提出朝向可提供水資源相關資訊之發展構想。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040172</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1010402954</governmentpublicationsnumber><identifier>80461</identifier><internationalstandardbooknumber>9789860471298 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80461</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源整合資料庫平台下水資源規劃模組建置(光碟版) Development of Water Resources Planning Module base on the Water Resources Planning Database Platform</title><yearidentifier>201512</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域人為干擾過於頻繁，洪氾區域土地過度開發等因素，兩岸地勢較低處每遇颱洪即易造成洪氾災害，人民生命財產面臨很大的威脅。爰此，建立水情測報系統，經由雨量、流量、水位、潮位即時監測及氣象資料進行洪水水情預警作業，於缺水時期提供水源調度決策輔助參考，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。針對經濟部水利署第二河川局(以下簡稱二河局)管轄流域的範圍，二河局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行轄區預警系統之技術面工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點工作包括預警系統擴充建置、決策資源參考資源擴充建置、系統與防汛作業演練與落實規劃、教育訓練與技術轉移。去年度(97年度)已完成第一年的工作，本年度(98年度)為第二年工作，期望藉由此計畫完成洪水預警系統與防汛作業整合演練與落實作業的目標，讓相關作業人員明瞭在防汛過程中所應擔當的責任與扮演的角色，並熟悉防汛流程，使相關研究成果達到實際落實的標的。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.62029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980135</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803231</governmentpublicationsnumber><identifier>80466</identifier><internationalstandardbooknumber>9789860207965 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80466</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>桃竹苗地區洪水預警與防汛作業整合演練與落實規劃(2/2)＝Integration Plan of Taoyuan, HsinChu and Miaoli Area Flood Forecasting System and Flood-Protection dill and Practice(2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立台灣大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980063</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803678</governmentpublicationsnumber><identifier>80467</identifier><internationalstandardbooknumber>9789860211351 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80467</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>中央管河川高灘地水質淨化可行河段調查及環境營造研究(1/2)=The Investigation of River Section Capable of Water Purification and Environmental Construction Research in The River Marshs of Central Authorities Management(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。 本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。 本計畫今年度主要完成工作內容： 一、	頭前溪流域基本資料補充分析 蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。 二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。 於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。 三、	頭前溪中正橋河段地形測量及地質鑽探 於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。 四、	中正橋河段沖刷防治工法方案模擬規劃 蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。 五、	沖刷防治工法數值模擬分析及模擬結果分析討論 由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。 六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析 (一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。 (二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。 七、	中正橋河段現地水砂觀測規劃 八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009804132</governmentpublicationsnumber><identifier>80469</identifier><internationalstandardbooknumber>9789860217520 ; 9789860217</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80469</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(2/2)＝Engineering  Design  and  essment  oAssf  Erossion  Prevention  of  the  Tou-Cian  River  Channel  at  the  Jhong -- Jheng   Bridge  (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪中正橋為新竹縣芎?鄉與竹東鎮重要之?絡橋樑，由於過去長?大?砂石開採與洪?沖刷，導致本橋下游處主河道河床嚴重刷深，岩盤盡皆??。又因本河段岩盤多為?岩、頁岩及砂岩層所構成，易受水流沖刷、?割形成蝕溝地形。而河床持續的刷深嚴重影響橋樑安全，經濟部水利署第二河川局遂於民國75 ?起即多次進?橋樑基礎保護工程，惟經幾次颱洪事件，溪水除?次沖毀消能鼎塊外，中正橋下游主河道亦逐漸刷深成為一?差極大之峽谷。目前，為保護橋樑安全，橋樑管理單位於中正橋下游主河道建造以混凝土封底方式之固床工，其雖可短期保護橋墩，卻使河水?經時?速加快，沖刷潛能增加，導致有向上游側刷深河床之趨勢。 本河段因河道變動及橋樑局部沖刷及橋樑保護固床工等成因，造成此處河道斷面高程極大落差，並仍具有持續沖刷潛勢，故極有必要進行各方案數值模擬比較，並進行防治工法研擬、規劃及設計，以供第二河川局後續整治規劃之參考。 本計畫今年度主要完成工作內容： 一、	頭前溪流域基本資料補充分析 蒐集彙整頭前溪流域集水區現況、歷年河道斷面測量資料、航照影像資料、河床質調查採樣及相關研究規劃資料等補充分析。 二、	頭前溪流域泥砂產量、水文補充調查分析及中正橋河段水位-流量及輸砂量資料分析。 於頭前溪主流斷面30～斷面33進行4處明坑採樣分析；2007年2月與2008年3月頭前溪流域衛星影像推估流域泥砂產量；歷年水文補充調查分析；過去中正橋水位、流量及輸砂量資料蒐集彙整，並於今年度辛樂克、薔蜜颱風後進行懸移質採樣分析工作。 三、	頭前溪中正橋河段地形測量及地質鑽探 於頭前溪斷面29～中正橋斷面間，進行3D雷射掃描地形測量工作；並於斷面30與斷面31間，進行1處地質鑽探工作，鑽探深度為15公尺。 四、	中正橋河段沖刷防治工法方案模擬規劃 蒐集整理國內外相關案例經驗，並規劃沖刷防治工法，進行數值模擬率定及驗證工作。 五、	沖刷防治工法數值模擬分析及模擬結果分析討論 由前揭率定驗證結果，以不同防治工法、參數條件進行數值模擬，就其結果予以分析討論，並綜合研訂中正橋河段沖刷防治工法方案。 六、沖刷防治工法方案基本設計、綜合分析及經濟效益分析 (一)	擬定基本設計方案—完成本工程及相關設施之基本設計圖說、施工方案於特定颱洪事件之穩定分析，提出平面、立面、剖面及簡要說明。並提出工作計畫書(包括說明及訂定工期及預定工程完成期限)。 (二)	財務及時程計畫—工程費用概算及工期預估(施工計畫及網狀圖)。 七、	中正橋河段現地水砂觀測規劃 八、	教育訓練及技術轉移</abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009804132</governmentpublicationsnumber><identifier>80470</identifier><internationalstandardbooknumber>9789860217520 ; 9789860217</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80470</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪中正橋河段沖刷防治工法評估與設計(2/2)(光碟)＝Engineering  Design  and  essment  oAssf  Erossion  Prevention  of  the  Tou-Cian  River  Channel  at  the  Jhong -- Jheng   Bridge  (2/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫爰針對現有防洪計畫之經濟效益評估所需之基本內涵、架構、與作業流程等進行修正，提升現有之成本效益分析功能，期能提供本所在流域河川治理與淹水災害防治計畫在評估經濟可行性時有所遵循，以及主管機關審核之參考。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980244</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803855</governmentpublicationsnumber><identifier>80471</identifier><internationalstandardbooknumber>9789860213966 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80471</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>防洪工程經濟效益評估之檢討修正(3/3)＝A Study on Review and Revision of Economic Evaluation of Flood-Control Projects(3/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980285</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009804417</governmentpublicationsnumber><identifier>80472</identifier><internationalstandardbooknumber>9789860220261 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80472</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識服務計畫The Intellectual  Project of Land Subsidence Prevention and Reclamation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980285</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009804417</governmentpublicationsnumber><identifier>80473</identifier><internationalstandardbooknumber>9789860220261 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80473</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識服務計畫(光碟)The Intellectual  Project of Land Subsidence Prevention and Reclamation</title><yearidentifier>200912</yearidentifier></data><data><abstract>本團隊執行海岸構造物與生態棲地多樣性關係研究，分別於2009年6月26日、8月28日與9月25日共進行3次近岸域及礁區實地調查(含潛水觀測、ROV水下攝影、浮游動植物採樣與水文資料)、3次河口域調查及2次沿岸消波塊和沙灘域調查。調查範圍為美崙溪至花蓮溪間，水域深度從近岸潛堤處至水深50m處。</abstract><author>國立台灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980068</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803847</governmentpublicationsnumber><identifier>80476</identifier><internationalstandardbooknumber>9789860213102 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80476</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>98</publishrocyear><title>海岸構造物與生態棲地多樣性關係研究＝Investigation on the Coastal Structure associated with the Biodiversity</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來隨著河川生態工程概念之興起，國內已有為數不少之河川採行生態工程治河，然多數之規劃設計研究仍著重於保護工法之材料選用以及河防安全等，各項工法布置完成後對河川物理棲地條件之長期影響則較少有嚴謹之探討。有鑑於此，本計畫之目的在研選適合進行河川物理棲地條件評估之一維與二維河川水理輸砂模式，並以頭前溪與鳳山溪為例，分別於上、中與下游選取應用河段進行生態工程規劃，同時利用研選之模式評估河川保護工法對物理棲地條件之短期與長期影響。本研究為二年計畫，今年為第一年，主要工作項目為頭前溪生態工程規劃、頭前溪現況河川棲地條件評估、以及河川保護工法對物理棲地條件影響。在頭前溪生態工程規劃方面，本計畫於今年度共針對上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段進行生態工程規劃設計，分析成果顯示，針對上坪溪軟橋堤防堤腳遭受流路直衝之問題，建議於右岸布置7座籠工丁壩群，可使堤腳處河道游沖刷趨勢轉變為淤積，亦即可自然營造出堤腳前之高灘地以保護堤防。而在頭前溪竹林大橋部分，其右岸芎林堤防位於橋梁下游彎道之頂點，水流直衝現象嚴重，建議於芎林堤防前佈設7座籠工丁壩群，2年頻率洪水之模擬結果顯示丁壩佈設後芎林堤防前之流速可大幅下降至1 m/s以內。另頭前溪鐵路橋若修復現存之固床工，則鐵路橋至頭前溪大橋間之沖刷趨勢將有減緩之跡象。在頭前溪現況河川棲地條件評估方面，巨棲地條件評估成果顯示在洪水時期，頭前溪流域之流況均集中於深流，意謂在高水時期生物避難空間較為缺乏，建議後續於河川環境改善相關規劃中可思考如何營造生物之避難空間。在相同季節時，支流油羅溪與上坪溪之歧異度均明顯高於頭前溪本流，顯示上游水域環境較多樣化，可提供較豐富之水生生物棲息與活動空間。微棲地條件評估成果顯示若考慮明潭吻蝦虎、粗首?與台灣石魚賓為指標物種，則上坪溪軟橋堤防、頭前溪竹林大橋與鐵路橋等三個河段之較佳流量區間分別為Qopt  4.85 cms、4.85 cms  Qopt  21.8 cms、以及2.5 cms  Qopt  27.5 cms，其中軟橋堤防與竹林大橋河段在冬季時流量介於較佳區間之發生機率偏低，建議後續可思考以管理方法增加冬季時流量 4.85 cms之發生機率，例如以燥樹排攔河堰進行水量之調節。在河川保護工法對物理棲地條件影響方面，依據微棲地評估成果顯示，軟橋堤防河段布置7座丁壩群後，在常流量之條件下，明潭吻蝦虎、粗首?與台灣石魚賓之可用棲地面積比皆有增加之趨勢，且將使較佳流量區間之範圍增加，因此在不同月份河川實際流量介於較佳流量區間之發生機率亦相形提高，其中尤以冬季之提高幅度最大。另外在鐵路橋治頭前溪大橋河段中，若修復現有之固床工，則在經過長期之沖淤變化後，頭前溪大橋所在斷面之流況歧異度將顯著優於不修復固床工時之歧異度，淺瀨與淺流之比例將分別增加32%與24%。由分析案例可發現，固床工與丁壩工之設置對水域物理棲地條件均具有正面之影響，然此結論是否適用於頭前溪其他河段或台灣其他河川則仍須持續之調查與研究。本研究嘗試利用物理棲地評估方法預測選定規劃段研擬之工程布置方案對棲地條件之影響，初步成果顯示此規劃流程與採用方法應具有實務應用之可行性，建議相關單位後續進行河川治理規劃時，亦可參考本計畫之規劃流程與方法，以期在順應河川特性下營造整體環境永續發展。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980328</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803415</governmentpublicationsnumber><identifier>80477</identifier><internationalstandardbooknumber>9789860208627 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80477</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>河川生態工程對水域流場與物理棲地條件影響之評估與研究：以頭前溪與鳳山溪為例 (1/2) ＝The Investigation for the Effects of River Eco-Engineering on the Flow Pattern and Physical Habitat-case study on Touchien and Fengshan River(1/2)</title><yearidentifier>200912</yearidentifier></data><data><abstract>頭前溪河口段屬感潮河段，舊港島橫亙於斷面2至斷面5間之河道中，常有洪災之虞，需進行整體河口段治理之規劃。民國97年10月經水利署水利規劃試驗所(以下簡稱水規所)評估諸多方案後，決定依現有水道治理計畫線搭配舊港島遷移為較佳技術及安全方案，惟舊港島居民20幾年來始終反對遷移，故河口段防洪工程急需辦理者一直受阻延宕，未能落實計畫實施。爰此，水利署責成第二河川局參酌民國97年11月26日水規所完成修訂之『頭前溪河口段檢討報告』，配合行政院頭前溪河口段行動方案，依本河段特性及地方要求，研提合適之工程執計畫規劃。計畫規劃執行期間首先針對頭前溪流域之河川流量、潮汐、河口段變遷情形、河川特性及分流工之工法等資料進行蒐集與分析，並對於頭前溪河口段計畫範圍進行測量、地質、河床質及管線調查與相關試驗；另外，亦完成民眾意向問卷調查與用地及地上物調查。再根據蒐集之各項基本資料，進行河口段水理分析，作為工程設計之參考資料，並據以針對舊港島適度保護之防災、減災、救災進行適當之規劃。本計畫配合「頭前溪河口段（斷面6至河口）治理基本計畫」之規劃及水理分析成果進行工程規劃設計工作，於頭前溪河口段辦理河道整治工程、堤防護岸工程、整流及固腳工程三大項，主要工程內容有河道疏濬作業(含A、B、C、D區疏濬)、浮覆地填築工程、新建苦苓腳堤防、舊港島環島護岸、四座丁壩、導流堤及分流工。河道疏濬之各斷面疏濬高程於0k+500之前為EL.-1.00m，自0k+500~1k+500由EL.-1.00m漸變至EL.-0.83m，1k+500~2k+550間則由EL.-0.83m漸變至EL.-0.62m。疏濬土方量A區35.5萬立方公尺、B區52.3萬立方公尺、C區66.4萬立方公尺、D區35.6萬立方公尺。A、B區之疏濬土方將左岸浮覆地填至計畫堤頂高，填築面積約11.5公頃，填方量約68.7萬立方公尺。苦苓腳堤防工程之型式採格框砌石坡面，全長約1,270.21公尺；四座丁壩工沿新建堤防平均設置於河口至竹港大橋間，合計長度406公尺；並於舊港橋至竹港大橋間設長343公尺之導流工、舊港島上游設榪槎分流工340公尺。舊港島環島護岸堤防型式採格框砌石坡面，整體工程分三個工區施作，第一工區施作長度為578.56公尺、第二工區為689.88公尺、第三工區為540.50公尺。全部工程預計於民國100年底前完成，其中舊港島環島護岸第一工區於98年度辦理，河道A區、B區疏濬配合浮覆地之填築、舊港島環島護岸第二工區工程及第三工區、河道C區疏濬等工程於民國99年度辦理，民國100年度則繼續辦理河道A區、B區疏濬配合浮覆地之填築之後續工程、舊港島環島護岸第三工區後續工程、新建苦苓腳堤防工程河道D區疏濬等工程；包括工程建造成本及用地取得費等，估計整體工程經費約需57,429萬元。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980331</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803508</governmentpublicationsnumber><identifier>80478</identifier><internationalstandardbooknumber>9789860209334 ; 9789860209</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80478</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>頭前溪河口段工程執行計畫規劃＝Planning for Engineering Project Implementation in the River Mouth of Toucian River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究選擇頭前溪進行魚類微棲地及生活史調查，並建立指標魚種棲地適合度曲線，提供水利工程專家進行棲地改善、復育時之參考。</abstract><author>行政院農夜委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980065</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803674</governmentpublicationsnumber><identifier>80479</identifier><internationalstandardbooknumber>9789860211337 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80479</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河川生物指標物種分析及其適合度曲線研究(1/3) 正式報告書＝ A Study of Biotic Indicators and Habitat Suitability Curves(1/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>大甲溪流域屬卵礫石河床，九二一大地震後石岡壩附近河床抬升，其下游沖刷勢能驟增致河床護甲層卵礫石起動運移，河床持續下降泥岩裸露危及壩體及橋樑安全。故針對此河段進行颱洪時河道水理、輸砂及沖刷觀測，極其重要。</abstract><author>國立中興大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980248</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803281</governmentpublicationsnumber><identifier>80480</identifier><internationalstandardbooknumber>9789860207613 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80480</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>大甲溪河段輸砂特性試驗研究(2/3)－＝Field Study of Sediment Transport Characteristics for Da-Chia River(2/3)</title><yearidentifier>200912</yearidentifier></data><data><abstract>台灣河川因地理環境因素，多危坡陡流急之河相，而颱風、豪雨頻繁，常造成山坡地崩塌及沖蝕，土石大量衝移至河道中，造成何到通水面積減少，影響河川正常之排洪能力。疏浚河道可提升通洪能力，幫助洪水宣洩，降低洪水災損。然而過度之疏浚與缺乏適當之規劃，常會造成河床面下降，河道面呈現不穩定，進而危及堤防、護岸及跨河構造物等之安全。</abstract><author>交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980327</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803263</governmentpublicationsnumber><identifier>80482</identifier><internationalstandardbooknumber>9789860207507 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80482</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>中央管河川疏浚潛能及對河床變遷影響之評估研究(1/2)－以頭前溪、中港溪為對象＝Evaluation Study on Dredge Potential of Central Authority's Rivers and its Impact on Bed Migration(1/2):Application to Touchien and Jhonggang Rivers</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究調查分析國內外柔性固床工相關受災資料，歸納受災原因，除針對主要災因進行水工模型試驗外，並於現場安裝沖刷觀測設備進行沖刷深度量測，最後並根據研究，初步提出減沖促淤之方法。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803298</governmentpublicationsnumber><identifier>80483</identifier><internationalstandardbooknumber>9789860207699 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80483</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬總報告＝Investigation of failure mechanism and new scour countermeasures at grade control structures</title><yearidentifier>200912</yearidentifier></data><data><abstract>本研究調查分析國內外柔性固床工相關受災資料，歸納受災原因，除針對主要災因進行水工模型試驗外，並於現場安裝沖刷觀測設備進行沖刷深度量測，最後並根據研究，初步提出減沖促淤之方法。</abstract><author>國立中興大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980251</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803298</governmentpublicationsnumber><identifier>80484</identifier><internationalstandardbooknumber>9789860207699 ; 9789860207</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80484</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>河道固床工破壞機制與減沖促淤新工法研擬總報告(光碟)＝Investigation of failure mechanism and new scour countermeasures at grade control structures</title><yearidentifier>200912</yearidentifier></data><data><abstract>水資源為民生必需之生活要素，其非取之不盡、用之不竭之自然資源。除面臨用水需求日益提升外，全球化氣候異常亦加劇水資源規劃及管理之難度；有關水資源之開發、利用、保育、防災及管理皆與民生息息相關，亦關係到國家社會整體發展。此外，隨著社會經濟發展成熟，跨國競爭日益激烈，國民對公共建設與服務之品質要求提升，且越加重視社會公平；為因應公共建設存在之資金需求龐大、效益外溢、周邊配套發展、財源整合及資源配置等諸多課題，亟需以「跨域加值」整合並化解眾多民生問題，提升民眾滿意度，以增加國民所得，強化國家競爭力。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030451</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1010402008</governmentpublicationsnumber><identifier>80486</identifier><internationalstandardbooknumber>9789860462746 ; 9789860462</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80486</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源開發規劃跨域加值方案可行性研究評估(內附光碟) Feasibility Study of Cross-Field Value-Adding in Water Resources Planning</title><yearidentifier>201511</yearidentifier></data><data><abstract>本計畫將藉由高含砂水流動床試驗建立高高含砂水流挾砂能力經驗公式，釐清高含砂水流流動特性；並發展一動床數值模式，解析高含砂水流沖淤機制，提供規劃參考。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803676</governmentpublicationsnumber><identifier>80491</identifier><internationalstandardbooknumber>9789860211344 ; 9789860211</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80491</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>98</publishrocyear><title>高含砂水流河道沖淤模擬及試驗研究(1/3)＝Simulation and Experiment Studies for Bed Evolution in Hyper-concentrated Flow River</title><yearidentifier>200912</yearidentifier></data><data><abstract>本計畫主要目的在依水利署業務需要，提供必要技術幕僚支援，及協助推動各項地層下陷防治相關業務。本年度協助推動辦理主要工作成果包括：一、協助推動辦理地層下陷防治業務及工作 (一)協助召開第5次地層下陷防治推動委員會議與署內相關討論或工作會議。 (二)協助經濟部水利署籌備召開地層下陷防治、國土保安復育相關會議，並配合出席跨部會會議及協助準備會議資料。 (三)協助完成「第二期地層下陷防治執行方案97年度成效檢討報告初稿」及編撰地層下陷防治Q/A文件初稿。 (四)協助彙整歷年監察院、審計部及立法院等單位函詢意見及答覆內容，以供水利署各級長官及相關業務單位參考。 (五)持續蒐整各地層下陷縣市之防治相關資訊與工作動態，以供後續協助研議防治措施參考。 (六)協助完成「地下水保育管理計畫（98-103年度）」提報行政院核定程序。 (七)持續協助蒐集、彙整地層下陷相關背景資料及研析地層下陷原因，並依需要進行現地勘查，掌握動態資訊。二、地下水管制辦法檢討修訂 (一)協助水利署完成地下水管制辦法初稿修正工作，並提供相關會議討論書圖文件資料。 (二)協助依現行地下水管制區劃定作業規範檢討全台各地區應納入地下水管制區範圍，特別討論桃園、苗栗及台中等地區之管制範圍與後續檢討建議。 (三)持續維護及更新地下水管制區劃定作業模組及嚴重地層下陷地區劃定作業模組之圖層展示功能。三、地層下陷相關資料彙整及資訊維護更新 (一)持續維護及更新水利署既有水井調查資料庫系統之查詢、統計等功能，並完成彙整97年水井調查鄉鎮新增資料與向台電公司依查得電號洽購用電量資料等工作。 (二)以ACCESS開發水井調查資料輸入介面，供水井調查單位使用，以建置一致性資料輸入標準及自動偵錯功能，降低調查資料輸入錯誤機率。 (三)完成「水井調查作業手冊」檢討修訂工作，定案稿已由水利署函送各地方政府於未來辦理水井調查作業時參考。 (四)完成「地層下陷防治資訊模組」規劃開發工作，附掛於水利署網站首頁，供社會大眾查詢防治資訊與各地層下陷地區之下陷動態，以落實教育宣導工作。四、協助推動地層下陷相關專案計畫 (一)協助完成「雲林縣境高鐵沿線3公里範圍內公有合法水井封移實施計畫97年成效檢討報告初稿」，並完成報經濟部備查程序。 (二)協助彙整及掌握「彰化縣大城鄉公有合法水井封停實施計畫」執行進度及各主辦機關提報資料。 (三)完成高鐵沿線抽水影響範圍評估工作。經初步評估各沿線地區之抽水影響範圍分別為台北地區0.3公里、桃園地區0.3公里、新竹地區0.3公里、苗栗地區0.2公里、台中地區0.9公里、彰化地區1.6公里、雲林地區1.5公里、嘉義地區1.0公里、台南地區0.4公里及高雄地區0.2公里。五、地下水補注區研擬及補注機制探討 (一)與相關地下水補注區調查、評估計畫研究成果之整合，釐清自然補注與人工補注水文及地文條件，進而釐訂潛勢補注區與補注機制評估原則。 (二)辦理濁水溪沖積扇選定地下水補注區之現地勘察作業及邀請河川局、相關計畫主持人、地方政府水利及環保單位、公有土地管理機關、水利會等單位派員會勘決定，各評估潛勢補注區之推動優序及操作方式(補注範圍及方式)，以作為後續推動補注計畫配置相關工程及設施參考。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0970345</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009804499</governmentpublicationsnumber><identifier>80492</identifier><internationalstandardbooknumber>9789860220599 ; 9789860220</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80492</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>98</publishrocyear><title>地層下陷防治智識建構及推廣計畫  The Knowledge Construction and Publicity for Land Subsidence Prevention Affairs</title><yearidentifier>200912</yearidentifier></data><data><abstract>後龍溪過去幾年針對河道長期自然平衡或非平衡、水文地文基本資料調查蒐集分析、河道衝淤調查、地形變遷〈含合相〉成因分析、河道平衡與短長期橋基沖刷之相互影響、砂礫河床值交換機制、河床下刷〈含合到疏浚後〉對河到穩定之影響、蜿蜒河川水理特性、河床衝淤與合岸變遷對河防安全評估等課題，相關研究相當閥如。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980333</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803445</governmentpublicationsnumber><identifier>80493</identifier><internationalstandardbooknumber>9789860208634 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80493</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計〈1/2〉＝River  Stability  of  Channal  and  Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Houlong  River  at  the  Gueishan  Bridge〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>後龍溪過去幾年針對河道長期自然平衡或非平衡、水文地文基本資料調查蒐集分析、河道衝淤調查、地形變遷〈含合相〉成因分析、河道平衡與短長期橋基沖刷之相互影響、砂礫河床值交換機制、河床下刷〈含合到疏浚後〉對河到穩定之影響、蜿蜒河川水理特性、河床衝淤與合岸變遷對河防安全評估等課題，相關研究相當閥如。</abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980333</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009803445</governmentpublicationsnumber><identifier>80494</identifier><internationalstandardbooknumber>9789860208634 ; 9789860208</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80494</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>98</publishrocyear><title>後龍溪河道穩定分析及龜山橋段沖刷防治工法評估與基本設計〈1/2〉(光碟)＝River  Stability  of  Channal  and  Engineering  Design  and  Assessment  of  Erossion  Prevention  of  the  Houlong  River  at  the  Gueishan  Bridge〈1/2〉</title><yearidentifier>200912</yearidentifier></data><data><abstract>近年來臺灣已開始重視非點源污染之管制,非點源污染是影響水庫永續經營之最主要因素,考量以集水區為尺度之非點源污染削減措施為一有效且必須之管理策略.本研究即以整個集水區為範圍,建立一非點源污染削減方案分析模式,決定集水區內非點源削減策略.本研究以翡翠水庫集水區為例,推估非點源污染物總磷輸出量,計算達到水庫貧養水質標準所需之削減量,規劃BMP配置策略,所獲致之結果可提供翡翠水庫集水區未來實施非點源污染管制時之參考.</abstract><author>台北科大水環境研究中心</author><categoryidentifier>443.6403</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/3/31</date><governmentpublicationsnumber>1009404502</governmentpublicationsnumber><identifier>80496</identifier><internationalstandardbooknumber>9789860037524 ; 9789860037</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80496</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署台北水源特定區管理局</publisher><publishrocyear>94</publishrocyear><title>翡翠水庫集水區非點源污染削減措施整體規劃之研究=Research of Non-Point Source Pollution Reduce and Control Integrated Strategy on Feitsui Reservoir Catchment Area</title><yearidentifier>200512</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫將檢討目前生態檢核制度,資料調查運用及生態檢核評估方法,協助水庫管理機關將生態保育工作作得更好</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040256</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/1</date><governmentpublicationsnumber>1010403242</governmentpublicationsnumber><identifier>80518</identifier><internationalstandardbooknumber>9789860475524 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80518</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核平台建置計畫Establishment of the Communication Platform for Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen Nanhua Wushantou</title><yearidentifier>201512</yearidentifier></data><data><abstract>曾文南化及烏山頭水庫目前正辦理治理計畫,為避免或減輕工程施工對生態及環境之負面影響,因此推動水庫集水區治理工程辦理生態檢覈及評估,邀請生態專家及在地民眾參與工程規劃設計施工及維護管理,針對生態環境保護提供意見,創造住民,工程,環境及生態共贏局面.本計畫將檢討目前生態檢核制度,資料調查運用及生態檢核評估方法,協助水庫管理機關將生態保育工作作得更好</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040256</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/1</date><governmentpublicationsnumber>1010403242</governmentpublicationsnumber><identifier>80519</identifier><internationalstandardbooknumber>9789860475524 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80519</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核平台建置計畫(光碟版)Establishment of the Communication Platform for Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen Nanhua Wushantou</title><yearidentifier>201512</yearidentifier></data><data><abstract>溫泉是台灣珍貴的資源，溫泉產業更是台灣最重要的特色產業。自92年7月溫泉法施行迄今已逾10年，地方政府依溫泉法，據以核發溫泉開發許可、溫泉標章。但隨著科技日新月異、溫泉事業樣態多元化，許多非傳統溫泉區藉由鑿井科技進步，以鑿深井方式取得地熱溫泉水使用。由於屬深層地下水，其水質對人體影響常引起國人關切；另依據現行本署編撰之「溫泉開發及使用計畫書編制參考手冊」中，規定鑿井超過600公尺應檢測重金屬含量，對於檢測出重金屬之後續管理，惟目前國內相關溫泉重金屬含量對使用者影響相關研究稀少，難窺全貌。 有鑑於此，冀藉由本計畫蒐集世界各國文獻，了解各國對溫泉重金屬之處理方式，此外，本計劃需針對我國目前各溫泉區或非溫泉區溫泉重金屬含量作背景值作調查與分析，建立資料庫，供後續本署、政府相關部門或民眾使用之參考。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040262</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/6</date><governmentpublicationsnumber>1010403405</governmentpublicationsnumber><identifier>80524</identifier><internationalstandardbooknumber>9789860476323 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80524</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>溫泉重金屬含量與溫泉使用影響之研究(2/2)Investigation of Heavy Metals and Usage for Taiwan Hor Spring(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，為保育及永續利用溫泉，爰於92年7月2日制定公布溫泉法，並自94年7月1日施行。為健全溫泉資源管理機制，落實溫泉資源總量管制為溫泉管理之主要工作，為落實前開目標，各縣市已陸續提報並核定「溫泉區管理計畫」作為依據，惟國內座落於溫泉區外之溫泉業者亦不在少數，如何建立有效的管理及水量管控機制，作為未來非溫泉區發展政策及保育規劃之參考，俾使臺灣溫泉資源永續利用與發展為本計畫之主要目的。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040253</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/6</date><governmentpublicationsnumber>1010403010</governmentpublicationsnumber><identifier>80525</identifier><internationalstandardbooknumber>9789860472325 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80525</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>非溫泉區溫泉資源保育與管理(2/2)(光碟版)Hot Spring Resource Conservation and Mangement in Non-Designation Hot Spring Areas(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/7</date><governmentpublicationsnumber>2010103962</governmentpublicationsnumber><identifier>80536</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80536</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>中華民國一百零四年臺灣溫泉監測季報 第一季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2015 THE FIRST QUARTER</title><yearidentifier>201512</yearidentifier></data><data><abstract>計畫河寬為濁水溪水系治理計畫之重要項目，因其關係到計畫洪水能否在河道計畫範圍內安全通過，且河道經長年洪水作用下，仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標。現行計畫河寬之分析依據，主要有臺灣水利規劃總隊、日本京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫河段在安全通洪及沖淤穩定條件下之所需河寬。不過，錢寧 (1984)認為上述公式僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)在河道縱方向產生變化之現象存有差異，故過去常見計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/8</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80540</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80540</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2)=Study on relation between stream width and stability in Choshui River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/8</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80541</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80541</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) Study on relation between stream width and stability in Choshui River (2/2) 光碟電子書</title><yearidentifier>201512</yearidentifier></data><data><abstract>計畫河寬為濁水溪水系治理計畫之重要項目，因其關係到計畫洪水能否在河道計畫範圍內安全通過，且河道經長年洪水作用下，仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標。現行計畫河寬之分析依據，主要有臺灣水利規劃總隊、日本京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫河段在安全通洪及沖淤穩定條件下之所需河寬。不過，錢寧 (1984)認為上述公式僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)在河道縱方向產生變化之現象存有差異，故過去常見計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/8</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80542</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80542</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) Study on relation between stream width and stability in Choshui River (2/2) 光碟電子書</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學/葉克家</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/8</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80543</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80543</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) Study on relation between stream width and stability in Choshui River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/11</date><governmentpublicationsnumber>2010103963</governmentpublicationsnumber><identifier>80547</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80547</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>中華民國一百零四年臺灣溫泉監測季報 第二季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2015 THE SECOND QUARTER</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/11</date><governmentpublicationsnumber>2010103964</governmentpublicationsnumber><identifier>80548</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80548</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>中華民國一百零四年臺灣溫泉監測季報 第三季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2015 THE THIRD QUARTER</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/11</date><governmentpublicationsnumber>2010103961</governmentpublicationsnumber><identifier>80549</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80549</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>中華民國一百零三年臺灣溫泉監測季報 第四季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2014 THE FOURTH QUARTER</title><yearidentifier>201506</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/11</date><governmentpublicationsnumber>2010303339</governmentpublicationsnumber><identifier>80550</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80550</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>中華民國一百零三年臺灣溫泉監測年報 TAIWAN HOT- SPRING MONITORING 2014 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/11</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80551</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80551</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) 操作手冊 Study on relation between stream width and stability in Choshui River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>研究都會區利用地下含水層滯洪的理論與現地實驗，探討應用於台灣的可行性。 全球氣候變遷，極端降雨事件頻仍發生，以及都會地區的快速發展，人口過度集中，不透水地表面積增加等原因，導致災害的風險與強度增加，都市防洪必須採取多元策略與手段以期妥適因應此一自然與人為所造成的雙重挑戰。一般而言，都市防洪的對象是指短期時間降雨所造成的大量地表水，而其處置的策略則採用工程措施或非工程措施，或二者相互兼用之，以避免或減低洪水災害。另就整體水文循環過程來看，降雨形成地表逕流最終排入海洋，尚有一部份的水量，除蒸發散之外，其餘是透過入滲現象而成為地下水之來源，故地下含水層可視為天然蓄水庫。因此，現代都市防洪策略的發展，除採用傳統工程措施於河川上游興建水庫或在局部地區設置滯洪池等大小規模的人工設施來蓄集地表水或遲滯地表逕流，在受限的都會空間環境中將都會地區之地表水透過適當方法導入地下含水層，調節減少地表逕流進而降低洪災風險，應是一具有應用價值並可兼顧水資源永續利用的重要可研究發展、評估效益之課題。 本研究之目的主要係藉由都會地區地下水層之現地試驗之設計以及地表水文模式與地下水數值模式聯合之應用，以評估當汛期豪大雨事件發生時將地表水透過適當方式補注於都會地區地下含水層之滯洪效益與其可行性，並提出都會地區地下含水層滯洪之適用、應用原則與檢討建議，俾使都市防洪策略擬定時，能有多方面的選擇，以實現都市防洪減災與水資源永續利用相互兼顧的預期目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040248</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/12</date><governmentpublicationsnumber>1010402967</governmentpublicationsnumber><identifier>80555</identifier><internationalstandardbooknumber>9789860471564 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80555</librarycollectiondetailsurl><price>定價1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>都會區地下含水層滯洪效益研究 總報告書--內附光碟=Study on Utilizing Infiltration into Aquifer for Flood Detention in Urban Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>研究都會區利用地下含水層滯洪的理論與現地實驗，探討應用於台灣的可行性。 全球氣候變遷，極端降雨事件頻仍發生，以及都會地區的快速發展，人口過度集中，不透水地表面積增加等原因，導致災害的風險與強度增加，都市防洪必須採取多元策略與手段以期妥適因應此一自然與人為所造成的雙重挑戰。一般而言，都市防洪的對象是指短期時間降雨所造成的大量地表水，而其處置的策略則採用工程措施或非工程措施，或二者相互兼用之，以避免或減低洪水災害。另就整體水文循環過程來看，降雨形成地表逕流最終排入海洋，尚有一部份的水量，除蒸發散之外，其餘是透過入滲現象而成為地下水之來源，故地下含水層可視為天然蓄水庫。因此，現代都市防洪策略的發展，除採用傳統工程措施於河川上游興建水庫或在局部地區設置滯洪池等大小規模的人工設施來蓄集地表水或遲滯地表逕流，在受限的都會空間環境中將都會地區之地表水透過適當方法導入地下含水層，調節減少地表逕流進而降低洪災風險，應是一具有應用價值並可兼顧水資源永續利用的重要可研究發展、評估效益之課題。 本研究之目的主要係藉由都會地區地下水層之現地試驗之設計以及地表水文模式與地下水數值模式聯合之應用，以評估當汛期豪大雨事件發生時將地表水透過適當方式補注於都會地區地下含水層之滯洪效益與其可行性，並提出都會地區地下含水層滯洪之適用、應用原則與檢討建議，俾使都市防洪策略擬定時，能有多方面的選擇，以實現都市防洪減災與水資源永續利用相互兼顧的預期目標。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040248</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/12</date><governmentpublicationsnumber>1010402967</governmentpublicationsnumber><identifier>80557</identifier><internationalstandardbooknumber>9789860471564 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80557</librarycollectiondetailsurl><price>定價1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>都會區地下含水層滯洪效益研究 總報告書--光碟版=Study on Utilizing Infiltration into Aquifer for Flood Detention in Urban Area</title><yearidentifier>201512</yearidentifier></data><data><abstract>水資源為民生必需之生活要素，其非取之不盡、用之不竭之自然資源。除面臨用水需求日益提升外，全球化氣候異常亦加劇水資源規劃及管理之難度；有關水資源之開發、利用、保育、防災及管理皆與民生息息相關，亦關係到國家社會整體發展。 此外，隨著社會經濟發展成熟，跨國競爭日益激烈，國民對公共建設與服務之品質要求提升，且越加重視社會公平；為因應公共建設存在之資金需求龐大、效益外溢、周邊配套發展、財源整合及資源配置等諸多課題，亟需以「跨域加值」整合並化解眾多民生問題，提升民眾滿意度，以增加國民所得，強化國家競爭力。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030451</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/15</date><governmentpublicationsnumber>1010402008</governmentpublicationsnumber><identifier>80590</identifier><internationalstandardbooknumber>9789860462746 ; 9789860462</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80590</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>水資源開發規劃跨域加值方案可行性研究評估(光碟版) Feasibility Study of Cross-Field Value-Adding in Water Resources Planning</title><yearidentifier>201511</yearidentifier></data><data><abstract>水利署依水利法規定負有水利事業興辦之任務，本計畫擬以104年至 105年為辦理期程，辦理內容包含維護及改善本署近海水文觀測系統平台 之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及擴 充本署現有海岸水情系統使其具有地理資訊功能等，期以正確掌握一般性 海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為水利署辦 理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基 石。為能持續提昇水災害防救災效率，水利署依據行政院核定之「台灣地 區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完 成，且獲得階段性的成就。有鑑於近年全球氣候異常徵兆持續的浮現，未 來所將面對的水文環境具高度之不確定性，並考?政府施政之一貫性及延 續性，經濟部爰提本項「台灣水文觀測長期發展計畫第二期(104 ?~109 ?）」，據以銜接現代化整體計畫及「台灣水文觀測長期發展計畫（99 ? ~103 ?）」成果，協助水利署落實海岸地區的禦潮防災工作。本(104)年 度為第一年計畫，計畫目標為『維持近海水文站網正常作業化觀測，收集 高品質資料與其變化趨勢供禦潮防災決策與海岸防護工程應用；強化資料 應用，並產出各項資訊供海岸管理及海洋資源開發利用』。本計畫協助水 利署管理、保養並維護之測站共計22站，包括7座資料浮標、1座岸基雷達 站、12座潮位站及2座資訊展示站。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040049</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/19</date><governmentpublicationsnumber>1010402708</governmentpublicationsnumber><identifier>80604</identifier><internationalstandardbooknumber>9789860469318 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80604</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(1/2)(光碟版) Operation  Maintenance  of  Coastal  Monitoring  Network  in  the  Sea  Embankment  Area  (2015  to  2016)(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要目的有三，一為汛期後河川警戒水位訂修與檢討、可提供各河川局於隔年汛期前警戒水位公告之參考。二為建置第二種變量流水理模式作為水利署之洪水預報作業系統於汛期間使用，藉以達到系集預報水位預報功能、三為中央管河川之一維河道動床模式建置、檢定與驗證，並協助二條中央管河川之河道動床模式銜接至本署洪水預報作業系統平台，支援與擴充中央管河川水位系集模擬預報研究等相關工作。</abstract><author>國立交通大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040067</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/19</date><governmentpublicationsnumber>1010403285</governmentpublicationsnumber><identifier>80611</identifier><internationalstandardbooknumber>9789860475173 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80611</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>系集水理模式庫建置與警戒水位訂定研究(1/2)Study on Ensemble Hydraulic Model Database and Establishment of Warning Stages (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要目的有三，一為汛期後河川警戒水位訂修與檢討、可提供各河川局於隔年汛期前警戒水位公告之參考。二為建置第二種變量流水理模式作為水利署之洪水預報作業系統於汛期間使用，藉以達到系集預報水位預報功能、三為中央管河川之一維河道動床模式建置、檢定與驗證，並協助二條中央管河川之河道動床模式銜接至本署洪水預報作業系統平台，支援與擴充中央管河川水位系集模擬預報研究等相關工作。</abstract><author>國立交通大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040067</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/19</date><governmentpublicationsnumber>1010403285</governmentpublicationsnumber><identifier>80612</identifier><internationalstandardbooknumber>9789860475173 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80612</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>系集水理模式庫建置與警戒水位訂定研究(1/2)(光碟版)Study on Ensemble Hydraulic Model Database and Establishment of Warning Stages (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>1.為因應近年金門用水面臨湖庫水質不佳、地下水超抽、用水需求量增加等問題，評估除辦理既有海水淡化廠及湖庫更新改善外，尚需有穩定水源增供，始能解決前開問題，可行方案包括金門自大陸引水與興建海水淡化廠增加供水。 2.上述新建海淡廠調查規劃已由經濟部水利署水利規劃試驗所(以下簡稱本所)辦理中，金門自大陸引水政策亦已納入「金門地區整體供水改善綱要計畫」，惟尚需對相關工程技術、經濟效益及法規政策等層面進行檢討，並研擬後續推動程序，以作為未來政策執行之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020382</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/20</date><governmentpublicationsnumber>1010202763</governmentpublicationsnumber><identifier>80619</identifier><internationalstandardbooknumber>9789860390797 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80619</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門自大陸引水策略檢討評估--內附光碟=Evaluation of Strategies for Water Imported and Transfer from Coastal Cities in Fujian Province to Kinmen</title><yearidentifier>201312</yearidentifier></data><data><abstract>1.為因應近年金門用水面臨湖庫水質不佳、地下水超抽、用水需求量增加等問題，評估除辦理既有海水淡化廠及湖庫更新改善外，尚需有穩定水源增供，始能解決前開問題，可行方案包括金門自大陸引水與興建海水淡化廠增加供水。 2.上述新建海淡廠調查規劃已由經濟部水利署水利規劃試驗所(以下簡稱本所)辦理中，金門自大陸引水政策亦已納入「金門地區整體供水改善綱要計畫」，惟尚需對相關工程技術、經濟效益及法規政策等層面進行檢討，並研擬後續推動程序，以作為未來政策執行之參考。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020382</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/20</date><governmentpublicationsnumber>1010202763</governmentpublicationsnumber><identifier>80620</identifier><internationalstandardbooknumber>9789860390797 ; 9789860390</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80620</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>金門自大陸引水策略檢討評估--光碟版=Evaluation of Strategies for Water Imported and Transfer from Coastal Cities in Fujian Province to Kinmen</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/20</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>80623</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80623</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)=Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/21</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>80625</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80625</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--內附光碟=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/21</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>80626</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80626</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--光碟版=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract>本研究將透過現行水文氣象觀測整合平台，探討使用不同降雨資料來源及銜接不同水文分析模式之相關分析成果，另完成本署QPESUMS系統客製化建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040050</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/21</date><governmentpublicationsnumber>1010403044</governmentpublicationsnumber><identifier>80632</identifier><internationalstandardbooknumber>9789860473414 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80632</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>雷達觀測資料及多水文模式於水文氣象觀測整合平台之加值應用(2/2)The development of Value-added applications for Rainfall Rader Data and Multiple Hydrology Models based on FEWS Taiwan (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本研究將透過現行水文氣象觀測整合平台，探討使用不同降雨資料來源及銜接不同水文分析模式之相關分析成果，另完成本署QPESUMS系統客製化建置。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040050</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/21</date><governmentpublicationsnumber>1010403044</governmentpublicationsnumber><identifier>80633</identifier><internationalstandardbooknumber>9789860473414 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80633</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>雷達觀測資料及多水文模式於水文氣象觀測整合平台之加值應用(2/2)(光碟版)The development of Value-added applications for Rainfall Rader Data and Multiple Hydrology Models based on FEWS Taiwan (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，因應未來異常氣候變遷之挑戰。</abstract><author>淡江大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040060</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/22</date><governmentpublicationsnumber>1010402948</governmentpublicationsnumber><identifier>80653</identifier><internationalstandardbooknumber>9789860471137 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80653</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>台灣水文長期發展與綜合分析服務(2/2)(內附光碟)Long-term and Integrated Services for Hydrological Analysis in Taiwan (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，因應未來異常氣候變遷之挑戰。</abstract><author>淡江大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040060</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/22</date><governmentpublicationsnumber>1010402948</governmentpublicationsnumber><identifier>80654</identifier><internationalstandardbooknumber>9789860471137 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80654</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>台灣水文長期發展與綜合分析服務(2/2)(光碟版)Long-term and Integrated Services for Hydrological Analysis in Taiwan (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>中港溪位於台灣西北部苗栗縣境內，為經濟部水利署第二河川局轄管中央管河川之ㄧ，介於頭前溪及後龍溪之間，主流發源於南庄南方土地，共分為兩支，東河出自家裡山山脈鹿場大山，標高2,616公尺，經由鹿場向北流至東河在折向西流至南庄經由鹿場向北流至東河在折向西流至南;而此計畫為建置中港溪水系基本資料庫，配合GIS強大功能將產製及收集數值圖資有效利用，並結合水利署自民國94年開始執行[國土復育策略方案暨行動計畫先期作業]分之[開發建置中央管河川空間資訊系統計劃]成果應用以作為業務查詢、展示應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900080</governmentpublicationsnumber><identifier>80656</identifier><internationalstandardbooknumber>9789860221404 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80656</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪河川環境航空測量數值資料製作 (光碟版) To  Produce  the  Jhoggang  River  Environment  Digital  Data  by  Aerial  Photogrammetry</title><yearidentifier>201001</yearidentifier></data><data><abstract>中港溪位於台灣西北部苗栗縣境內，為經濟部水利署第二河川局轄管中央管河川之ㄧ，介於頭前溪及後龍溪之間，主流發源於南庄南方土地，共分為兩支，東河出自家裡山山脈鹿場大山，標高2,616公尺，經由鹿場向北流至東河在折向西流至南庄經由鹿場向北流至東河在折向西流至南;而此計畫為建置中港溪水系基本資料庫，配合GIS強大功能將產製及收集數值圖資有效利用，並結合水利署自民國94年開始執行[國土復育策略方案暨行動計畫先期作業]分之[開發建置中央管河川空間資訊系統計劃]成果應用以作為業務查詢、展示應用。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900080</governmentpublicationsnumber><identifier>80657</identifier><internationalstandardbooknumber>9789860221404 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80657</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>中港溪河川環境航空測量數值資料製作 (To  Produce  the  Jhoggang  River  Environment  Digital  Data  by  Aerial  Photogrammetry)</title><yearidentifier>201001</yearidentifier></data><data><abstract>後龍溪位於台灣中北部，東北鄰龍溪流域，東南與大安溪為界，西傍西湖溪流域，為苗栗縣進內最大河川。主流發源於加裡山山脈之鹿場大山(標高2,616公尺)溪流成汶水溪，於桂竹林匯合發源於東洗水山(2,342公尺)之大湖西後撐後龍溪，由福基流入平地，貫穿苗栗市，在於頭屋匯合老田寮溪及沙河後，經後龍於公司寮附近出海，幹流長度約58.3公里，流域面積約537平方公里，為貴局轄管中央管河川之ㄧ。</abstract><author>中興測量有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900079</governmentpublicationsnumber><identifier>80658</identifier><internationalstandardbooknumber>9789860221398 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80658</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>後龍溪暨老田寮溪河川環境航空測量數值資料製作(光碟版) The  Development  Digital  Environment  Database  for  HoLong  River  in  2009</title><yearidentifier>201001</yearidentifier></data><data><abstract>後龍溪位於台灣中北部，東北鄰龍溪流域，東南與大安溪為界，西傍西湖溪流域，為苗栗縣進內最大河川。主流發源於加裡山山脈之鹿場大山(標高2,616公尺)溪流成汶水溪，於桂竹林匯合發源於東洗水山(2,342公尺)之大湖西後撐後龍溪，由福基流入平地，貫穿苗栗市，在於頭屋匯合老田寮溪及沙河後，經後龍於公司寮附近出海，幹流長度約58.3公里，流域面積約537平方公里，為貴局轄管中央管河川之ㄧ。</abstract><author>中興測量有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900079</governmentpublicationsnumber><identifier>80659</identifier><internationalstandardbooknumber>9789860221398 ; 9789860221</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80659</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>後龍溪暨老田寮溪河川環境航空測量數值資料製作 The  Development  Digital  Environment  Database  for  HoLong  River  in  2009</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009803885</governmentpublicationsnumber><identifier>80660</identifier><internationalstandardbooknumber>9789860213478 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80660</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估總報告書(光碟版) Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWR0980247</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009803885</governmentpublicationsnumber><identifier>80661</identifier><internationalstandardbooknumber>9789860213478 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80661</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估總報告書 Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009803883</governmentpublicationsnumber><identifier>80662</identifier><internationalstandardbooknumber>9789860213485 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80662</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(3/3)計畫成果資料(光碟版)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River (3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract>針對基隆河整治理計畫之防洪成效，研提前期計畫完成後之後續追蹤與成效評估工作，並規劃流域追蹤監測模式之建置，具體分析各項工程之防洪成效，以作為執行基隆河整治後續改善之依據。</abstract><author>國立聯合大學災害防救科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980247</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009803883</governmentpublicationsnumber><identifier>80663</identifier><internationalstandardbooknumber>9789860213485 ; 9789860213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80663</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>基隆河整體治理計畫後續追蹤及成效評估(3/3)＝Continued Assessment and Monitoring for the Effects of Flood Disaster Reduction to the Integrated Flood Control Plan at Keelung River (3/3)</title><yearidentifier>201001</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利洋研究發展文教基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901265</governmentpublicationsnumber><identifier>80666</identifier><internationalstandardbooknumber>9789860230543 ; 9789860230</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80666</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>攔蓄河口輸砂減緩海岸侵蝕對策研究-以八掌溪為例總報告=Strategy for Migrate Coastal Erosion by Catch the Esturary Sand Drifts-Case by Bajhang River</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980066</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>80667</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80667</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究(1/2)=The Technique of Ecological Habitat Evaluation in the Coast Region(1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract> </abstract><author>國立交通大學土木系</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901197</governmentpublicationsnumber><identifier>80669</identifier><internationalstandardbooknumber>9789860229554 ; 9789860229</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80669</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>海岸生態棲地評估技術研究成果報告(光碟)(1/2)=The Technique of Ecological Habitat Evaluation in the Coast Region(1/2)</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author> </author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA098034</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>80670</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80670</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討=Revise of Feasibility Plan OF Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫(雲林海岸環境營造及海堤改善可行性檢討)是依據上述執行準則,討論雲林地區一般性海堤是否有過度保護及研提海岸景觀營造改善方案,透過地方座談會取得民眾共識後,在據以憑辦後續改善措施,經優選過程後,本年度計畫以四湖鄉及口湖鄉裡四處海堤包括林厝寮,三條寮,新港以及台子村海堤進行海提改善及環境營造計畫。計畫區海岸潮間帶寬廣屬泥、砂質海岸，灘地波度平緩，因攤地間有機質較為豐富，育成較為豐富之生物相，整體泥攤地生態棲地復育為整體海岸環境營照所需考量要素之一。</abstract><author> </author><categoryidentifier>351.375</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEA WRA098034</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009900903</governmentpublicationsnumber><identifier>80671</identifier><internationalstandardbooknumber>9789860231045 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80671</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>99</publishrocyear><title>雲林海岸環境營造及海堤改善可行性檢討(光碟)=Revise of Feasibility Plan OF Yun-Lin Coastal Environment and Dike Improvement</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>80674</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80674</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規 劃 =Report on River Planning of Cing -Shuei River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川清水溪主流原治理規劃河段為與濁水溪匯流口起至行正橋且因河川界點於96年2月調整至乾坑溪匯流口，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂濁水溪支流清水溪上游河段治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901329</governmentpublicationsnumber><identifier>80675</identifier><internationalstandardbooknumber>9789860231076 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80675</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系支流清水溪上游河段(行正橋至與乾坑溪匯流口)治理規劃〈?附光碟〉 =Report on River Planning of Cing -Shuei River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>80676</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80676</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃　Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>中央管河川阿里山溪河川界點調整於社興橋處，對於調整後新增治理流域範圍之相關資訊較為缺乏；且該河段近年來歷經卡玫基、辛樂克及薔蜜等颱風侵襲後造成本流域地文環境變動甚大，保全對象與標準急待規劃擬定，且以往於91年度辦理之「清水溪草嶺堰塞湖下游段治理規劃」有重行檢討之必要，遂擬訂阿里山溪治理規劃計畫，以作為未來該河段河川治理及管理之依據。 本計畫執行目的係針對流域內自然水土環境、土地利用情況及歷年水土災害情況等因素，進行治理規劃河段水文、水理及河性分析，並從水理、經濟、防洪安全及人民權益維護等觀點，研擬適當之水道治理計畫線與治理措施，以減少中下游河段之洪水及土砂災害，並提供後續河川管理與治理計畫實施之依據。</abstract><author>禹安工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980237</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901330</governmentpublicationsnumber><identifier>80677</identifier><internationalstandardbooknumber>9789860231069 ; 9789860231</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80677</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>濁水溪水系清水溪支流阿里山溪治理規劃〈?附光碟〉　Report on River Planning of A-Li-Shan River, Tributary of Jhuo-Shuei River</title><yearidentifier>201004</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>80678</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80678</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究(1/2)=Protection Strategy for Erosion of West Seawall at Chigu Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為七股潟湖南潮口至新浮崙汕南端間長約7公里,計畫研究目的係以七股西堤線仍呈現侵蝕之海堤段為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,研擬整體海岸環境改善對策,本年度計畫主要工作項目為基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸沙灘侵蝕原因探討及規劃海岸沙灘侵蝕防護初步布置方案。計畫執行單位已於2009年5月25~27日完成平面與水準控制點檢測作業,於6月中旬即11月上旬完成颱風季前及颱風季後之地形水測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980234</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901484</governmentpublicationsnumber><identifier>80679</identifier><internationalstandardbooknumber>9789860232677 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80679</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>七股西堤海岸侵蝕防治之研究〈?附光碟〉(1/2)=Protection Strategy for Erosion of West Seawall at Chigu Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>80680</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80680</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究(1/2)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>80681</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80681</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)光碟版=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901921</governmentpublicationsnumber><identifier>80682</identifier><internationalstandardbooknumber>9789860237320 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80682</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪流域整體治理規劃檢討(1/2)=Review Report on Dajia River Basin Integrated Regulation Plan(1/2)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計畫為兩年度計畫,其研究範圍為安平商港難防波提至二仁溪口間長約6公里之台南市黃金海岸船形屋至二仁溪口間成侵蝕趨勢之海岸段為計畫研究重點範圍,本計劃研究目的以台南市黃金海岸為研究標的,藉由基本資料蒐集與分析,海岸漂沙與地形調查分析,海岸生態調查分析,水工模型試驗及海岸侵蝕防治方案之現地試驗規劃等作業之執行,在海岸安全前提下,同時兼顧親水性與景觀性,以人工養灘柔性工法為主軸,研擬整體海岸環境改善對策。本年度計畫報告業以蒐集彙整本段海岸往昔潮位、波浪、海流、漂砂、海岸地形以及河川水文等資料。有關第行水深測量與分析作業方面,計畫執行單位已於2009年5月26~27日完成平面與水準控制點檢測作業,於5月下旬及11月上旬完成颱風季前及颱風季後之地形水深測量工作。</abstract><author>成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980151</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901485</governmentpublicationsnumber><identifier>80683</identifier><internationalstandardbooknumber>9789860232684 ; 9789860232</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80683</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>99</publishrocyear><title>人工養灘工法應用於台南海岸保護之研究〈?附光碟〉(1/2)=Applying Artificial Beach Nourishment for Coastal Protection at Tainan Coast(1/2)</title><yearidentifier>201005</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980242</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>80684</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80684</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(3/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980242</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009901922</governmentpublicationsnumber><identifier>80685</identifier><internationalstandardbooknumber>9789860237337 ; 9789860237</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80685</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>99</publishrocyear><title>大甲溪石岡壩下游河段河床穩定方案之研究(光碟)(3/4)=Study on River Bed Stability for the Reach Downstream of Shigang Dam in Dajia River(3/4)</title><yearidentifier>201006</yearidentifier></data><data><abstract>本計劃以指標生物法、生物群聚指數及底棲生物整合整數探討彰化海岸生態之變遷。並透過棲地評價程序整合生物及環及指標，建立棲地事宜度指數之生態評估模式。根據本計劃生態調查及評估結果，發現新街海堤一帶因水質不佳，亦使得該區域潮間帶生態狀況不佳；魚寮溪口一帶則因為底質過於泥濘，而不適合底棲生物生存。彰化海濱有互花米草、銀膠菊等入侵植物，由於其具有耐鹼、耐潮汐淹沒、繁殖力等特性強，可能造成當地植物生態之威脅。本計劃亦對期生態特性與散佈狀態進行分析，並提出是當的防除策略。</abstract><author>中興大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0980240</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902522</governmentpublicationsnumber><identifier>80686</identifier><internationalstandardbooknumber>9789860242775 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80686</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸生態調查計畫成果報告書=The Ecological Investigation of Chang-hua Coast</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計劃以指標生物法、生物群聚指數及底棲生物整合整數探討彰化海岸生態之變遷。並透過棲地評價程序整合生物及環及指標，建立棲地事宜度指數之生態評估模式。根據本計劃生態調查及評估結果，發現新街海堤一帶因水質不佳，亦使得該區域潮間帶生態狀況不佳；魚寮溪口一帶則因為底質過於泥濘，而不適合底棲生物生存。彰化海濱有互花米草、銀膠菊等入侵植物，由於其具有耐鹼、耐潮汐淹沒、繁殖力等特性強，可能造成當地植物生態之威脅。本計劃亦對期生態特性與散佈狀態進行分析，並提出是當的防除策略。</abstract><author>中興大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0980240</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902522</governmentpublicationsnumber><identifier>80687</identifier><internationalstandardbooknumber>9789860242775 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80687</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸生態調查計畫成果報告書(光碟C1)=The Ecological Investigation of Chang-hua Coast</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計劃以指標生物法、生物群聚指數及底棲生物整合整數探討彰化海岸生態之變遷。並透過棲地評價程序整合生物及環及指標，建立棲地事宜度指數之生態評估模式。根據本計劃生態調查及評估結果，發現新街海堤一帶因水質不佳，亦使得該區域潮間帶生態狀況不佳；魚寮溪口一帶則因為底質過於泥濘，而不適合底棲生物生存。彰化海濱有互花米草、銀膠菊等入侵植物，由於其具有耐鹼、耐潮汐淹沒、繁殖力等特性強，可能造成當地植物生態之威脅。本計劃亦對期生態特性與散佈狀態進行分析，並提出是當的防除策略。</abstract><author>中興大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWAR0980240</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902522</governmentpublicationsnumber><identifier>80688</identifier><internationalstandardbooknumber>9789860242775 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80688</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>99</publishrocyear><title>彰化海岸生態調查計畫成果報告書(光碟C2)=The Ecological Investigation of Chang-hua Coast</title><yearidentifier>201007</yearidentifier></data><data><abstract>本計畫工作範圍含蓋桃竹苗4縣市之海岸共計長約110公里，本次監測及調查重點為桃園縣觀音海岸段約20公里、新竹縣竹北尚義海岸段約3.5公里、新竹市港南海岸段約8.5公里、苗栗縣青天泉海岸段約8.5公里及後龍出海口以南段海岸約5.5公里合計長約46公里。現場地形測量及潮波流與漂沙調查(含底質調查)工作於98年7~8月間及99年5~6月間各進行1次，藉由現場監測調查成果了解地形侵淤變化情況，並以2維數值模式分析短期海岸侵淤變化，以1維模式分析長期海岸變化之趨勢，以便作為本局研擬桃竹苗海岸防護策略之研判依據。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0980332</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902531</governmentpublicationsnumber><identifier>80689</identifier><internationalstandardbooknumber>9789860242577 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80689</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>桃竹苗海岸基本資料監測調查計畫 The Plan of Coastal Monitoring and Investigation for Taoyuan, Hsinchu and Miaoli County</title><yearidentifier>201007</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009904738</governmentpublicationsnumber><identifier>80690</identifier><internationalstandardbooknumber>9789860265330 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80690</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(1/2) Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63704</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009904738</governmentpublicationsnumber><identifier>80691</identifier><internationalstandardbooknumber>9789860265330 ; 9789860265</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80691</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>99</publishrocyear><title>頭前溪中正橋至竹林大橋河段河道穩定與監測研究(光碟)(1/2) Research of Riverbed Stabilizing and River Monitoring between Jhong-Jheng and Zhu-Lin Bridges of Tou-Cian River(1/2)</title><yearidentifier>201012</yearidentifier></data><data><abstract>本署目前共建置156處水位站，其中有83處水位站訂定警戒水位並公告在案，未訂定警戒水位者共計73站。惟莫拉克颱風後，各界對於警戒水位之應用有更高之期望，因此，實有必要對已訂定警戒水位之水位站重新進行警戒水位檢討，並對未訂定警戒水位之水位站評估是否須新增訂定警戒水位。 本署預定於99年度於中央管河川及區域排水增設約48處水位站，亦須配合新訂警戒水位。 另本署於98年度完成第五河川局之中央管區域排水警戒雨量訂定，包括北港溪支流三疊溪之興安排水、朴子溪之嘉義、麻魚寮排水與八掌溪之後庄與湖子內排水，今（99）年度應於汛期間進行颱洪事件之檢驗，經檢討評估後方能實際應用公告實施。</abstract><author>交通大學防災與水環境研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990132</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009904605</governmentpublicationsnumber><identifier>80694</identifier><internationalstandardbooknumber>9789860263466 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80694</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署〈台北辦公室〉</publisher><publishrocyear>99</publishrocyear><title>河川警戒水位與區域排水警戒雨量之檢討與應用 Review and Application of River Warning Stages and Drainage Warning Rainfall</title><yearidentifier>201012</yearidentifier></data><data><abstract>為因應氣候變遷，本署擬針對雨量、水位流量、河川含砂量、蒸發散量、地下水位、潮位、波浪等水文資料之監測方法、監測站分布位置及資料頻率分析方法進行研究與評析。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990326</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009904603</governmentpublicationsnumber><identifier>80697</identifier><internationalstandardbooknumber>9789860263459 ; 9789860263</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80697</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>99</publishrocyear><title>因應氣候變遷水文監測能量評析 Hydrological monitoring and assessment in response to climate change</title><yearidentifier>201012</yearidentifier></data><data><abstract>北港溪支流部分河段歷年河床淤積現象屢現，雖未嚴重影響防洪安全，但地方民眾對河床淤積現象可能影響河防迭有反映。為顧及淤積河段之河床泥砂平衡，並適度回應地方開發需求，兼利用河川中有限之砂石資源，故有必要評估河床淤積成因，並評估部分河段之河床利用疏濬方式清淤後所可能造成之影響。惟天然河川泥砂演變特性複雜，疏濬後雖局部河段有效通水斷面增加，水流挾砂能力驟增，但上游輸送至下游之泥砂待水流挾砂能力回復正常後，泥砂亦可能逐漸落淤於更下游段。故疏濬後之河道演變及疏濬作業對防洪安全、自然環境所可能造成之影響，亟有必要重新審視現有環境條件，進行詳細之專業評估。</abstract><author>逢甲大學海峽兩岸科技研究中心</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990312</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010003494</governmentpublicationsnumber><identifier>80698</identifier><internationalstandardbooknumber>9789860297850 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80698</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>北港溪支流淤積原因及河道穩定之研究(總成果)=The Research in the Cause of Sediment Deposition and the Balance of Channel's Sediment Regimes for the Branches of Beigang River</title><yearidentifier>201111</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>80699</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80699</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)(光碟版)  A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>80700</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80700</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(1/2)成果報告書  A Research Plan for Safety Assessment of Seawall at Yunlin Coastal Area (1/2)</title><yearidentifier>201110</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>80701</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80701</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(1/2)The study causes of cjannel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River(1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>80702</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80702</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃 Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6429</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902500</governmentpublicationsnumber><identifier>80703</identifier><internationalstandardbooknumber>9789860242355 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80703</librarycollectiondetailsurl><price>定價500</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>阿公店水庫集水區整體治理規劃(光碟) Integrated Watershed Management Plan for A-Kung-Tien Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902510</governmentpublicationsnumber><identifier>80704</identifier><internationalstandardbooknumber>9789860242362 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80704</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>牡丹水庫集水區整體治理規劃 Integrated Watershed Management Plan for Mu-Tan Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6432</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1009902510</governmentpublicationsnumber><identifier>80705</identifier><internationalstandardbooknumber>9789860242362 ; 9789860242</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80705</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>100</publishrocyear><title>牡丹水庫集水區整體治理規劃(光碟) Integrated Watershed Management Plan for Mu-Tan Reservoir</title><yearidentifier>201104</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>80706</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80706</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署99年度委辦計畫成果摘要彙編（創造水歷史期待水未來）2010  Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010004006</governmentpublicationsnumber><identifier>80707</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80707</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>經濟部水利署99年度委辦計畫成果摘要彙編（創造水歷史期待水未來）(光碟)2010  Commissioned  Projects  Accomplishment  Presentation</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>2010003710</governmentpublicationsnumber><identifier>80710</identifier><internationalstandardbooknumber>22190996 ; 22190996</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80710</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>臺灣地區水資源投資分析99年度報告</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>328.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010100433</governmentpublicationsnumber><identifier>80716</identifier><internationalstandardbooknumber>9789860320046 ; 9789860320</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80716</librarycollectiondetailsurl><price>200</price><publisher>交通部中央氣象局</publisher><publishrocyear>101</publishrocyear><title>臺灣氣象觀測要素排序集</title><yearidentifier>201203</yearidentifier></data><data><abstract>濁水溪水系大斷面測量計畫約每3年辦理一次，本局曾於93及96年辦理完成全面性之「濁水溪水系大斷面測量計畫」，並與以往斷面資料套繪分析主支流河道之沖淤變化情形；另經濟部水利署亦曾於96及97年分二年完成「開發建置中央管河川空間資訊系統計畫」，並納入既設之「中央管河川三維網際網路地理資訊系統」作為業務查詢與展示之應用，該計畫亦包含濁水溪水系主支流各河段之數值地形資料建置。且本局於99年辦理「濁水溪水系中上游河段數值高程模型建置計畫」及經濟部水利署水利規劃試驗所於99年辦理「濁水溪(河口至玉峰大橋上游)數值高程模型建置計畫」，其範圍幾近包含本局全部所轄河川治理規劃範圍。 由於濁水溪水系近年遭受卡玫基、莫拉克、凡那比等颱風豪雨侵襲，各主支流河道內之地文條件變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，本計畫除配合空載光達(LiDAR)技術產製正射影像、數值高程模型(DEM)及立體測繪大斷面等資料外，並蒐集濁水溪水系??各項?值圖資與斷面資?，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用，遂擬訂本計畫。</abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000418</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101419</governmentpublicationsnumber><identifier>80720</identifier><internationalstandardbooknumber>9789860330427 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80720</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪水系數值高程模型建置計畫正式成果報告Construction Project of Digital Elevation Model in Watershed of Chuo-Shuei River</title><yearidentifier>201206</yearidentifier></data><data><abstract>濁水溪水系大斷面測量計畫約每3年辦理一次，本局曾於93及96年辦理完成全面性之「濁水溪水系大斷面測量計畫」，並與以往斷面資料套繪分析主支流河道之沖淤變化情形；另經濟部水利署亦曾於96及97年分二年完成「開發建置中央管河川空間資訊系統計畫」，並納入既設之「中央管河川三維網際網路地理資訊系統」作為業務查詢與展示之應用，該計畫亦包含濁水溪水系主支流各河段之數值地形資料建置。且本局於99年辦理「濁水溪水系中上游河段數值高程模型建置計畫」及經濟部水利署水利規劃試驗所於99年辦理「濁水溪(河口至玉峰大橋上游)數值高程模型建置計畫」，其範圍幾近包含本局全部所轄河川治理規劃範圍。 由於濁水溪水系近年遭受卡玫基、莫拉克、凡那比等颱風豪雨侵襲，各主支流河道內之地文條件變化甚鉅，為迅速取得及加強了解歷年河道地形之沖淤情形，本計畫除配合空載光達(LiDAR)技術產製正射影像、數值高程模型(DEM)及立體測繪大斷面等資料外，並蒐集濁水溪水系??各項?值圖資與斷面資?，進行歷年河道地形與斷面變化之沖淤分析，以提供未來河川相關規劃、研究、治理及管理業務之推行與應用，遂擬訂本計畫。</abstract><author>新陸國土測繪有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000418</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101419</governmentpublicationsnumber><identifier>80721</identifier><internationalstandardbooknumber>9789860330427 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80721</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪水系數值高程模型建置計畫正式成果報告(光碟)Construction Project of Digital Elevation Model in Watershed of Chuo-Shuei River</title><yearidentifier>201206</yearidentifier></data><data><abstract>民國100年是值得紀念的一年，是建國百年，同時也是本局成立20周年。配合國家社會及產業政策，提供中部區域穩定、安全的水源是本局首要任務，相關事項包括流域水資源管理、水資源規劃、工程開發、水源設施管理及水資源分配。</abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.6933061</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101588</governmentpublicationsnumber><identifier>80722</identifier><internationalstandardbooknumber>9789860332766 ; 9789860332</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80722</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>經濟部水利署中區水資源局100年年報</title><yearidentifier>201208</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>80723</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80723</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010141</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102717</governmentpublicationsnumber><identifier>80724</identifier><internationalstandardbooknumber>9789860344745 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80724</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析(3/3)(光碟)Effect of Migration Behavior of Sand/rock Bed on Channel Stability(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10102141</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>80725</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80725</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析總報告書=Effect of Migration Behavior of Sand/rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA10102141</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102716</governmentpublicationsnumber><identifier>80726</identifier><internationalstandardbooknumber>9789860344752 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80726</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>砂岩層河床深槽沖刷偏移對河道穩定之影響分析總報告書(光碟)=Effect of Migration Behavior of Sand/rock Bed on Channel Stability</title><yearidentifier>201212</yearidentifier></data><data><abstract>二仁溪流域地表起伏大，流域大都為台灣西南部泥岩分布。下游兩岸陸續開發，如高鐵台南站區。又因氣候變遷，颱風豪雨期間雨量動則大於200年頻率，超過二仁溪保護標準，且泥岩地形易沖刷進入河道，造成淤積之傾向。二仁溪河口至縱貫鐵路橋間之河段堤防完成整治，為評估河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，有必要針對流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之參據。 本計畫第一年主要工作目標為彙整相關模擬成果、河川特性及現地觀測，瞭解計畫區內之水工構造物及跨河構造物受災機制，作為初步研擬沖刷防治工法之參考；第二年則為透過水理輸砂模式模擬不同重現期距年流量及長期流量下對河道沖淤模擬，評估河床穩定性，並綜合兩年成果，提出整體沖淤防治策略。本流域於中下游地區主要問題為河道受到淤積，通水斷面減少，常有淹水情形發生，本河段歷年已多次進行疏濬；上游部分，二仁溪主流蜿蜒而行，部分凹岸地區受到沖刷導致邊坡崩落、土砂流失。 經由歷年資料進行河床穩定性探討顯示，經由98年大斷面比較二仁溪寬深比(W/D)推估二仁溪河口至舊二層橋河段屬寬淺型河道，二仁溪其餘河段皆為窄深型。由深槽偏移變化率來看，二仁溪流路左右擺盪，為多砂河川常見類型，進入縱貫鐵路橋後，因受堤防束縮，因而流路較為穩定。比較民國90年及98年全斷面資料，二仁溪主流累積沖刷量約為43萬m3，河床平均高程略為下降0.04m。從橫向/縱向穩定指標得知，二仁溪河道由於流路蜿蜒河道窄深且河床質粒徑較細，河床變動較快，穩定性欠佳。 經由二維輸砂模擬結果顯示，主要沖刷河段為斷面5至斷面6、斷面10至斷面12、斷面44、斷面63至斷面66、斷面81至斷面92、斷面99、斷面103至斷面104、跳橋上游(斷面119至120)等，究其原因可能為流速增大或地形變化所致。除此之外，整體河道大多屬淤積河段，主要受到上游泥岩地形沖刷至下游及輸砂量變大導致。整體而言，二仁溪為蜿蜒不定河川，易造成上游局部性的沖刷，導致下游淤積特性，而沖刷區域範圍多屬上游且鄰近地區較無保全對象並已施設相關保護工法。本計畫針對易淤積段布置三囚砂區，分別為斷面24至斷面25、斷面44至斷面45及斷面53至斷面54，疏濬量分別為20萬、10萬及15萬立方公尺，推估疏濬周期分別為2至3年、4至5年及8至10年。 就防洪能力探討而言，疏濬可有效降低水位，提升防洪能力。經由減淤比及減淤效率之評估，歷年已疏濬區案例以中路橋上下游疏濬案例為較佳之疏濬河段，相對減淤效果較為顯著。未來可疏濬區段評估探討得知，斷面23至斷面26之方案一，疏濬型式及規模為較佳之疏濬案例。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010162</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102847</governmentpublicationsnumber><identifier>80727</identifier><internationalstandardbooknumber>9789860347067 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80727</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(2/2)--  Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>二仁溪流域地表起伏大，流域大都為台灣西南部泥岩分布。下游兩岸陸續開發，如高鐵台南站區。又因氣候變遷，颱風豪雨期間雨量動則大於200年頻率，超過二仁溪保護標準，且泥岩地形易沖刷進入河道，造成淤積之傾向。二仁溪河口至縱貫鐵路橋間之河段堤防完成整治，為評估河道防洪能力、河床泥砂平衡狀況及長期河床發展趨勢，以瞭解其沖刷成因，有必要針對流域之產砂、河道輸砂量及河床穩定趨勢，詳加調查並進行模擬評估，以研擬防治策略，作為未來河道治理與管理之參據。 本計畫第一年主要工作目標為彙整相關模擬成果、河川特性及現地觀測，瞭解計畫區內之水工構造物及跨河構造物受災機制，作為初步研擬沖刷防治工法之參考；第二年則為透過水理輸砂模式模擬不同重現期距年流量及長期流量下對河道沖淤模擬，評估河床穩定性，並綜合兩年成果，提出整體沖淤防治策略。本流域於中下游地區主要問題為河道受到淤積，通水斷面減少，常有淹水情形發生，本河段歷年已多次進行疏濬；上游部分，二仁溪主流蜿蜒而行，部分凹岸地區受到沖刷導致邊坡崩落、土砂流失。 經由歷年資料進行河床穩定性探討顯示，經由98年大斷面比較二仁溪寬深比(W/D)推估二仁溪河口至舊二層橋河段屬寬淺型河道，二仁溪其餘河段皆為窄深型。由深槽偏移變化率來看，二仁溪流路左右擺盪，為多砂河川常見類型，進入縱貫鐵路橋後，因受堤防束縮，因而流路較為穩定。比較民國90年及98年全斷面資料，二仁溪主流累積沖刷量約為43萬m3，河床平均高程略為下降0.04m。從橫向/縱向穩定指標得知，二仁溪河道由於流路蜿蜒河道窄深且河床質粒徑較細，河床變動較快，穩定性欠佳。 經由二維輸砂模擬結果顯示，主要沖刷河段為斷面5至斷面6、斷面10至斷面12、斷面44、斷面63至斷面66、斷面81至斷面92、斷面99、斷面103至斷面104、跳橋上游(斷面119至120)等，究其原因可能為流速增大或地形變化所致。除此之外，整體河道大多屬淤積河段，主要受到上游泥岩地形沖刷至下游及輸砂量變大導致。整體而言，二仁溪為蜿蜒不定河川，易造成上游局部性的沖刷，導致下游淤積特性，而沖刷區域範圍多屬上游且鄰近地區較無保全對象並已施設相關保護工法。本計畫針對易淤積段布置三囚砂區，分別為斷面24至斷面25、斷面44至斷面45及斷面53至斷面54，疏濬量分別為20萬、10萬及15萬立方公尺，推估疏濬周期分別為2至3年、4至5年及8至10年。 就防洪能力探討而言，疏濬可有效降低水位，提升防洪能力。經由減淤比及減淤效率之評估，歷年已疏濬區案例以中路橋上下游疏濬案例為較佳之疏濬河段，相對減淤效果較為顯著。未來可疏濬區段評估探討得知，斷面23至斷面26之方案一，疏濬型式及規模為較佳之疏濬案例。</abstract><author>逢甲大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010162</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102847</governmentpublicationsnumber><identifier>80728</identifier><internationalstandardbooknumber>9789860347067 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80728</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>莫拉克風災後二仁溪河道淤積疏濬與防洪排淤計畫(2/2)-(光碟)-  Dredging,Flood Prevention, and Sediment Removal Plans in the ErJen River Channel After Typhoon Morakot (2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101653</governmentpublicationsnumber><identifier>80729</identifier><internationalstandardbooknumber>9789860333855 ; 9789860333</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80729</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫上游主河道分洪防淤工程初步規劃及水工模型試驗研究-水工模型試驗報告=Hydraulic model studies for sediment sluicing and flood diversion engineering of Shihman reservoir</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>80730</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80730</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告(光碟版)Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>80731</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80731</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討成果報告Review of thje Embankment Alignment along Puzih River at Xiashuansi River Section</title><yearidentifier>201208</yearidentifier></data><data><abstract>後旦溪為曾文溪上游支流河川水系，面對全球氣候變遷所帶來的極端降雨事件，本計劃除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，近一步瞭解氣候變遷下土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會，另一方面讓區域排水道能適當的重獲生機與活力。     計畫執行的另一目的則為趁此機會重新調整河川防洪功能，以因應劇烈降雨事件和塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然歡境的規劃手段，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000321</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101781</governmentpublicationsnumber><identifier>80732</identifier><internationalstandardbooknumber>9789860335279 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80732</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪支流後旦溪環境營造規劃 Environmental Rehabilitation Project of Houdan River</title><yearidentifier>201208</yearidentifier></data><data><abstract>後旦溪為曾文溪上游支流河川水系，面對全球氣候變遷所帶來的極端降雨事件，本計劃除確保防洪安全之機能外，環境營造將建立在生活、生態與休憩的基礎上，近一步瞭解氣候變遷下土地使用、歷史風土、未來計畫與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃。一方面能讓民眾擁有更高品質生活環境與休憩機會，另一方面讓區域排水道能適當的重獲生機與活力。     計畫執行的另一目的則為趁此機會重新調整河川防洪功能，以因應劇烈降雨事件和塑造嶄新的面容與整體意象，並反應區域的獨特性及其人文、歷史與社會多變的風貌；再則希望以自然歡境的規劃手段，配合水岸土地利用及整體開放空間系統架構，與周邊綠地、廣場與商業空間做適當的結合，為民眾塑造新的自然景觀親水空間。</abstract><author>怡興工程顧問公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000321</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010101781</governmentpublicationsnumber><identifier>80733</identifier><internationalstandardbooknumber>9789860335279 ; 9789860335</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80733</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>曾文溪支流後旦溪環境營造規劃 (光碟)Environmental Rehabilitation Project of Houdan River</title><yearidentifier>201208</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)管理臺灣西南海岸地區內約90km海岸線，其間含括台南市與高雄市所屬之一般性海堤。由於轄區內之海岸線大致呈西北-東南走向，每逢夏秋兩季易直接遭受到西南季風或是颱風西南氣流等天氣系統的影響，致使海岸防護的工作相對嚴峻。再加上相關海堤整建設計標準已使用逾30多年，在全球氣候變遷以及海平面上升等潛在因素威脅下，現有海堤的海岸保護能力應有進一步分析檢討之必要。本計畫工作為期一年，其目的為協助本局進行轄區內海岸防護標準檢討分析以及建置一套作業化海氣象觀測系統，以提供日後海岸規劃設計時更完整之依據及參考。本計畫已完成下述之工作：海氣象基本資料蒐集與統計分析、海岸變遷人為與自然因素調查、未來海象條件之推算、海岸變遷分析與地形變化之預估、颱風期間海堤安全性之檢討與評估以及海氣象觀測系統的建置與布放工作。透過這些工作之成果，可協助本局掌握臺灣西南海岸地區過去以及目前之海岸環境與海氣象特徵之特性，藉以作為日後海岸防護工作及環境營造計畫之重要參考依據。</abstract><author>成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010385</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103046</governmentpublicationsnumber><identifier>80734</identifier><internationalstandardbooknumber>9789860347494 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80734</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南高雄海岸防護標準檢討分析與海氣象觀測系統建置 Assessment of Coastal Protection Standards and Establishment of Coastal Monitoring System along Tainan and Kaohsiung Coasts</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>80735</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80735</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇Operation and Technology Improvement of the Coastal Ocean Monitoring Network 總結報告</title><yearidentifier>201212</yearidentifier></data><data><abstract>美福排水係屬蘭陽溪水系宜蘭河之支流，屬平原地形，其中台9線以東地區高程介於0~2m間，大部分位於低窪易淹水地區，本計畫將以美福排水集水區為範圍建置地表數值高程模型(DEM)資料，並透過淹水數值模式模擬分析淹水狀況，再配合本局100年度「宜蘭縣自計式水位監測系統設立與淹水災損地理資訊系統整合規劃」計畫委託案之淹水分析成果進行驗證，另配合即時雨量資訊及水災潛勢分析，使淹水監測具有預警功能，以利颱洪時掌控即時資訊與研判淹水災情，可搭配宜蘭縣水災保全計畫以提供緊急應變中心水災應變決策之最佳參考</abstract><author>國立宜蘭大學</author><categoryidentifier>443.68971</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010350</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103267</governmentpublicationsnumber><identifier>80736</identifier><internationalstandardbooknumber>9789860351958 ; 9789860351</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80736</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>蘭陽溪流域淹水範圍監測系統建置 Planning and construction of geographic information system for flood assessment in Lan-Yang River</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>80737</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80737</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析1/2)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102417</governmentpublicationsnumber><identifier>80738</identifier><internationalstandardbooknumber>9789860342406 ; 9789860342</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80738</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>石門水庫長期監測計畫與防淤操作模擬分析(光碟)1/2)=Long-Term measurement of sediment transport and density current simulation in Shihman Reservoir(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>80739</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80739</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040361</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010403071</governmentpublicationsnumber><identifier>80740</identifier><internationalstandardbooknumber>9789860472035 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80740</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>104年度八河局轄區洪水預警及防汛整合作業(內附光碟)2015 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010001075</governmentpublicationsnumber><identifier>80741</identifier><internationalstandardbooknumber>9789860279665 ; 9789860279</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80741</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>100</publishrocyear><title>曾文溪河道沖刷成因調查監測及防治策略研究(光碟)(1/2)The study causes of cjannel erosion through monitoring investigation and the prevention strategies of the Tseng-Wen River(1/2)</title><yearidentifier>201105</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>80742</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80742</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040361</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010403071</governmentpublicationsnumber><identifier>80743</identifier><internationalstandardbooknumber>9789860472035 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80743</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>104年度八河局轄區洪水預警及防汛整合作業(光碟版)2015 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010176</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103125</governmentpublicationsnumber><identifier>80744</identifier><internationalstandardbooknumber>9789860350470 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80744</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究(光碟)(4/4)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103126</governmentpublicationsnumber><identifier>80745</identifier><internationalstandardbooknumber>9789860350487 ; 9789860350</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80745</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>台美合作案之技術引進及應用研究 總報告(光碟)=Implementation and Application Study of the Achievement between WRA and USBR Cooperation(4/4)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102823</governmentpublicationsnumber><identifier>80746</identifier><internationalstandardbooknumber>9789860346749 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80746</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響(2/2)=Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration(2/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>80747</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80747</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(2/3) The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>台灣區域重點河川示範水?工程之生態檢核機制制定、案?操作、勘查與研選、情勢調查之生態資?彙整、快速棲地生態評估方法案?操作、棲地生態影像紀?及彙整分析、?位棲地生態圖庫建置、棲地生態資訊推廣應用於台灣河川?育網站擴充、水?工程人員之快速棲地生態評估及影像記?研習、水?工程人員重點河川水?工程之生態檢核機制研習等。並以曾文及濁水?大河川?域作為重點河川示範區域。</abstract><author>中華生態資訊暨環境教育協會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010328</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102991</governmentpublicationsnumber><identifier>80748</identifier><internationalstandardbooknumber>9789860347746 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80748</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>棲地生態資訊整合應用於水利工程生態檢核與河川棲地保育措施(光碟)(2/3) The Application of Eco-Information Integration on Hydraulic Engineering Ecological Check and River Habitat Conservation (2/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫依院核定「台灣水文長期觀測發展計畫(99年~103年)」辦理，辦理期程為3年度，為99年及101年度，本(100)年度為第2年度，目的為持續維持水利署近海水文站網正常作業化觀測，收集高品質即時資料供禦潮防災與海岸管理應用，強化資料之推廣工作，提供即時、準確、可靠之近海水文資訊與其變化趨勢，以及海岸保護和管理、海洋資源開發利用。除此之外，藉由本計畫提供水利署持續推動及提升近海水文觀測技術。</abstract><author>成大研究發展基金會. 成大近海水文中心</author><categoryidentifier>351.93029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010001</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102625</governmentpublicationsnumber><identifier>80749</identifier><internationalstandardbooknumber>9789860344417 ; 9789860344</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80749</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>近海水文站網營運與觀測技術提昇(3/3) Operation and Technology Improvement of the Coastal Ocean Monitoring Network (3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫研究範圍為台南市將軍中心漁港(現稱為將軍漁港，本報告後續均以漁港現名稱之)至七股離岸堤間長約14公里之海岸(含潟湖及各河口)。其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤變遷比較及特性分析、海岸結構物影響與其防護成效之檢討，作為日後海岸防護工作及環境營造計畫之參考依據。 本計畫蒐集將軍漁港至七股離岸堤段海岸與鄰近海域之海氣象、海岸漂砂、河川水文、海岸地形及環境生態等基本資料，並逐項彙整其特性。 於2012年2月14、16與18日以及2月2~22日分別完成平面與水準控制點檢測。於3月16日~4月7日、9月11~23日完成冬、夏季波浪作用後之地形水深檢測工作，同時依據地形水深監測成果，進行冬季波浪作用後之地形水深資料分析與地形水深等深線；同時蒐集往昔地形水深監測資料，進行季節性與長期之地形水深平面與斷面侵淤分析，另蒐集早期海岸線資料，進行長期海岸線變遷分析。 有關灘線與底床質粒徑調查作業，於2012年2月底~3月初執行第一季(冬季)調查作業，而第二季(夏季)調查作業則於8月期間完成，並依據調查結果彙整高低潮灘線砂灘與底床質(海域與河川)粒徑分佈特性。 海岸結構物影響與防護成效檢討方面，已就現場海岸勘查結果說明本段海岸環境情形，並依據規劃海岸代表斷面，進行海岸平衡剖面分析；其次依各段之歷次地形水深資料，參照海岸防護結構物興建時間，分析海岸結構物影響區之地形水深土方量變化，檢討各段海岸結構物對地形水深之影響與功效。最後，以波浪溯上水理模式進行現況海岸安全性檢討，依日本海堤重要性選擇50年或100年重現期波浪條件，以海堤溯上不超越堤頂發生越波為準則，評估現況海岸可調整空間，配合現場海岸勘查結果，提出現況海岸環境改善建議。</abstract><author>成大水利海洋研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010152</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103045</governmentpublicationsnumber><identifier>80750</identifier><internationalstandardbooknumber>9789860347500 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80750</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>101</publishrocyear><title>台南海岸(將軍中心漁港至七股離岸堤)基本資料監測調查分析 In Situ Investigation on Morphology and Bed Material at Tainan Coast (from Jiang-Jun Harbor to Detached Breakwater at Chi-Gu)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>80751</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80751</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告 Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103002</governmentpublicationsnumber><identifier>80752</identifier><internationalstandardbooknumber>9789860347784 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80752</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬 總報告(光碟) Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>80753</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80753</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)(光碟)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102827</governmentpublicationsnumber><identifier>80754</identifier><internationalstandardbooknumber>9789860346787 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80754</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>研發透水性結構物以防治河岸沖刷之實驗與數值模擬(3/3)=Study on Porous Structure for River-Bank Protection by Both Experiments and Numerical Simulation(3/3)</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>80756</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80756</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊--Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>針對具透水性與導流性之結構物作更深入之了解，利用數學模型為基礎，以物理模型作驗證，期能為水利工程界研發有系統且具學理基礎之新河川工法，以因應目前極端氣候帶給河川環境之種種變數。</abstract><author>逢甲大學</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010153</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103327</governmentpublicationsnumber><identifier>80757</identifier><internationalstandardbooknumber>9789860352665 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80757</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>防治河岸沖刷之透水性結構物規劃設計參考手冊(光碟)--Guideline Reference for Designing Porous Structure as A Measure to Enhance River-Bank Protection</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「臺灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管理的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護，本計畫依據選井原則辦理165口觀測井資料綜合分析研判其井體資訊，提出25口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。 本計畫已完成第二、三、四、五、六、七、八、九、十河川局共計165口地下水觀測井現場調查工作，彙整包括基本資料、地層柱狀圖、觀測井站房現況及井體攝影檢測。依據井況分級判讀：一級井況良好計47口；二級洗井維護計保固井86口；三級井濾管扭曲變形、濾管?壞、井體腐蝕嚴重等列入汰舊換新或廢井部份計32口。 本計畫篩選之25口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有24口井況歸類為良好，可以繼續使用；另1口歸類為井況不佳，建議持續觀察。 本計畫完成統計752口已實施之井體攝影檢測資料，其中濾管積垢30％以下，含水層流動性佳，藉由定期維護可以繼續使用，歸類為一級井況約576口，佔整體比例77%；濾管積垢介於30-80％，含水層流動趨緩，必須藉由洗井維護保養作業後，可以繼續使用，歸類為二級井況約60口，佔整體觀測井比例8%；濾管積垢達80％以上，井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂，歸類為三級井況約116口，佔整體比例15%，建議規劃辦理汰舊換新工程。 水利署為瞭解地下含水層井濾管地下水流動情況，並加強水利署業務相關人員專業技能，特於101年09月21日假國立高雄第一科技大學管理學院演講廳，辦理地下水觀測井與生產井井況分析技術研習會，上午辦理三堂課程研討，下午課程為井體攝影檢測技術模擬解析。藉由地下水觀測井井體攝影技術，檢測井體是否需要進行洗井維護保養，由井體攝影顯像的技術探討地下水含水層流動情況、觀測井井體內水質所衍生之積垢腐蝕，以及地下水井濾管扭曲變形因素探討。 由歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，維護各分區地下水觀測網井體與井況正常功能，建議持續辦理地下水觀測井網清洗與維護保養，並加強巡查與管理機制，建立定期回報與修復異常狀況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010010</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103555</governmentpublicationsnumber><identifier>80758</identifier><internationalstandardbooknumber>9789860355017 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80758</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度定常性地下水觀測網井體清洗及維護保養－ Regular well cleaning and maintenance for groundwater monitoring networks in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>依據「臺灣地區地下水觀測網整體計畫」，地下水觀測井清洗與維護保養係地下水觀測站網運作管理的重要項目之一。針對已建置之地下水觀測井進行井體攝影檢測及洗井維護，本計畫依據選井原則辦理165口觀測井資料綜合分析研判其井體資訊，提出25口觀測井進行井體清洗維護保養作業，並分析觀測井之洗井前後成效評估。此外本計畫亦針對地下水觀測井研擬後續改善對策與建議方案。 本計畫已完成第二、三、四、五、六、七、八、九、十河川局共計165口地下水觀測井現場調查工作，彙整包括基本資料、地層柱狀圖、觀測井站房現況及井體攝影檢測。依據井況分級判讀：一級井況良好計47口；二級洗井維護計保固井86口；三級井濾管扭曲變形、濾管?壞、井體腐蝕嚴重等列入汰舊換新或廢井部份計32口。 本計畫篩選之25口井體洗井維護名單，經井體清洗維護保養作業完成後，其中有24口井況歸類為良好，可以繼續使用；另1口歸類為井況不佳，建議持續觀察。 本計畫完成統計752口已實施之井體攝影檢測資料，其中濾管積垢30％以下，含水層流動性佳，藉由定期維護可以繼續使用，歸類為一級井況約576口，佔整體比例77%；濾管積垢介於30-80％，含水層流動趨緩，必須藉由洗井維護保養作業後，可以繼續使用，歸類為二級井況約60口，佔整體觀測井比例8%；濾管積垢達80％以上，井管接頭積垢腐蝕、井管及濾管嚴重變形、偏斜、破裂，歸類為三級井況約116口，佔整體比例15%，建議規劃辦理汰舊換新工程。 水利署為瞭解地下含水層井濾管地下水流動情況，並加強水利署業務相關人員專業技能，特於101年09月21日假國立高雄第一科技大學管理學院演講廳，辦理地下水觀測井與生產井井況分析技術研習會，上午辦理三堂課程研討，下午課程為井體攝影檢測技術模擬解析。藉由地下水觀測井井體攝影技術，檢測井體是否需要進行洗井維護保養，由井體攝影顯像的技術探討地下水含水層流動情況、觀測井井體內水質所衍生之積垢腐蝕，以及地下水井濾管扭曲變形因素探討。 由歷年地下水觀測井影像資料、水質與水位變化，以及現況評估，提出未來維護改善建議與方案，維護各分區地下水觀測網井體與井況正常功能，建議持續辦理地下水觀測井網清洗與維護保養，並加強巡查與管理機制，建立定期回報與修復異常狀況作業規範，此外規劃分區地下水觀測井汰舊換新工程，強化地下水觀測井體設施與定期維護站房設備環境。</abstract><author>禹順科技有限公司</author><categoryidentifier>443.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010010</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103555</governmentpublicationsnumber><identifier>80759</identifier><internationalstandardbooknumber>9789860355017 ; 9789860355</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80759</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101年度定常性地下水觀測網井體清洗及維護保養(光碟)－ Regular well cleaning and maintenance for groundwater monitoring networks in 2012</title><yearidentifier>201212</yearidentifier></data><data><abstract>由於地表可用的水資源有限，且為了滿足日益增加的農業、工業及民生等用水標的之需求量，除了開發地面水水源之外，地下水亦為台灣重要的水資源。有鑑於此，經濟部水利署自民國81年起執行台灣地區地下水觀測網整體計畫，分三階段共17年之規劃與建置，透過長期系統性水文地質調查、重要地區地下水調查、地層下陷監測調查及地下水水質資料管理等相關工作，達到地下水永續發展的目標，本計畫針對台灣各地下水分區進行地下水水質檢測分析與評估，以了解台灣地下水水質狀況，並提供水利署及產官學研各界作為地下水開發、保育、與研究之參考依據。本年度主要針對濁水溪沖積扇、蘭陽平原共251口觀測井進行28項水質檢測，利用各類水質標準的比對與統計分析，了解台灣地下水質狀況，並針對主要的水質問題歸納形成原因與因應對策，本年度具體成果如下： 1.	銅、鉛、鋅、鉻與鎳污染情形皆屬零星個案，重金屬污染的可能原因包括受到地層沉積物溶解釋出及井管材質內鎘含量溶出至地下水。 2.	濁水溪沖積扇扇頂第一含水層硝酸鹽氮污染明顯較第二含水層嚴重，且應與當地旱作大量使用氮肥與有機肥料有關，而豐水期硝酸鹽氮較枯水期高，主要則受到水文地質條件與地下水流向影響。 3.	濁水溪沖積扇沿海部分地區亦受海水感潮影響而出現鹽化。受還原環境影響，導致氨氮、鐵與錳濃度偏高，造成雲林沿海與蘭陽平原下游地區出現砷污染。 未來工作應著重於各地下水分區已受重金屬污染的觀測井持續辦理水質檢測並釐清發生原因，而發生海水入侵之鹽化區域，應加強取締違法私井，避免水質持續劣化，濁水溪沖積扇扇頂地區則應針對地面水體進行檢測分析，以達地下水觀測站網永續經營之目標。</abstract><author>農業工程研究中心</author><categoryidentifier>351.85</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010056</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103299</governmentpublicationsnumber><identifier>80760</identifier><internationalstandardbooknumber>9789860352016 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80760</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>101至103年度地下水水質檢測分析與評估(1/3) Survey,Analysis and Assessment of Groundwater Quality of Taiwan in 2012-2014</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域自莫拉克颱洪後已施設完成許多復建及防災減災之丁壩工程，且根據上、下游河段之特性不同施設不同之工法種類(饅頭型、手槍型、排樁式丁壩…等)。為了解現行之丁壩工法對於抵抗側向侵蝕及縱向沖刷之效能及成效，並從中檢討未來沖刷防治工法之改善對策與方案，提昇工程設計之能力與信心，遂辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010190</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103371</governmentpublicationsnumber><identifier>80761</identifier><internationalstandardbooknumber>9789860352030 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80761</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(1/2) Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour/Deposoition(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>濁水溪流域自莫拉克颱洪後已施設完成許多復建及防災減災之丁壩工程，且根據上、下游河段之特性不同施設不同之工法種類(饅頭型、手槍型、排樁式丁壩…等)。為了解現行之丁壩工法對於抵抗側向侵蝕及縱向沖刷之效能及成效，並從中檢討未來沖刷防治工法之改善對策與方案，提昇工程設計之能力與信心，遂辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1010190</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103371</governmentpublicationsnumber><identifier>80762</identifier><internationalstandardbooknumber>9789860352030 ; 9789860352</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80762</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>101</publishrocyear><title>濁水溪現行丁壩工法於側向侵蝕與縱向沖刷之效能檢討(光碟)(1/2) Effciency Evaluation of Choshui River's Existing Spur Dikes for Protecting Lateral Erosion and Longitudinal Scour/Deposoition(1/2)</title><yearidentifier>201212</yearidentifier></data><data><abstract>本計畫探討複式河槽河道穩定及其深槽變遷過程，藉由研究河段基本資?之蒐集與?用一維、二維動床?模工具，分析評估相對穩定關係，並綜合???同案?之分析成果，提出河道穩定相關評估作業?程與改善策?建議，以供有關單位治?規劃之?據。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102824</governmentpublicationsnumber><identifier>80763</identifier><internationalstandardbooknumber>9789860346732 ; 9789860346</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>深槽流量增加對河床沖刷與河道變遷之影響 總成果報告 Influence of Discharge Increase of Main Channel on Bed Erosion and Channel Migration</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>國立台灣大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010103481</governmentpublicationsnumber><identifier>80764</identifier><internationalstandardbooknumber>9789860353662 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80764</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>101</publishrocyear><title>氣候變遷下台灣地區地下水資源補注之影響評估 Climate Change Impacts on Taiwan Groundwater Recharge</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>80765</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80765</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010102830</governmentpublicationsnumber><identifier>80766</identifier><internationalstandardbooknumber>9789860347036 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80766</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>集水區防砂壩及橫向水利建造物除役對水環境復育先期研究(光碟)=Preliminary Study on Decommission of Horizontal Hydraulic Structures in Watershed</title><yearidentifier>201212</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>80772</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80772</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood C ontrol Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>在政府人力精簡、業務日漸擴充及有限人力狀態下，為期使系統順利運轉，及適當的系統維修管理外，同時需具熟悉精通水文、水理、洪水預報及系統工程專業技術人員在洪水期間處理分析相關資料。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030090</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010302928</governmentpublicationsnumber><identifier>80773</identifier><internationalstandardbooknumber>9789860434057 ; 9789860434</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80773</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>103年度四河局轄區洪水預警及防汛整合作業(光碟)Flood Early Warning and Flood C ontrol Integration. Project under the Jurisdiction of the Fourth River. Management 2014</title><yearidentifier>201412</yearidentifier></data><data><abstract>颱風、豪雨期間之洪水可能會造成人民生命財產嚴重損失，警戒水位訂定係為加強河防安全管理與提升防汛搶險之效能，因此於各河川重要河段建立預警機制，並提早發布可能洪災訊息，供各縣市政府針對保全對象進行避難、疏散，已屬於非工程防災之重要課題。本署目前於全台灣建置200多處水位站，分佈於中央管河川與中央管區域排水，101年度預定完成152站中央管河川警戒水位公告，其成果已為非工程防災之重要參考依據。台灣河川平均約3-5年即受到洪水侵襲，河床斷面會有明顯改變，加上近年來氣候變遷影響，降雨特性明顯改變，101年度北、中、南部地區均發生每小時降雨超過100mm之強降雨，使得洪水上漲速率有明顯增加趨勢。根據水利法第74條：「主管機關應酌量歷年水勢，決定設防之水位或日期。」因此每年汛期結束後，本署須對該年度流域之水文事件進行評估，作為隔年度警戒水位公告之參考，以符合實際狀況所需。此外為強化各河川局對河川警戒水位檢討與修訂之能力，藉由教育訓練與培訓各河川局訂定警戒水位之專責人員，以落實技術深植目的。本署洪水預報作業系統（FEWS）水文、水理參數內容，降雨逕流部分使用Sobek 軟體之Sacramento模式，該模式參數之率定超滲降雨量計算，包括蒸發散、入滲、滲透、土壤排水等物理機制，共包括17個參數；水理演算部分則有曼寧係數等參數；地文資料部分則包含集水區劃分子集水區數目對逕流量影響等，上述參數選用前已委託學術單位完成檢定與驗證，惟距今已有5年以上時間，考量近年降雨特性改變，且本署易淹水地區水患治理計畫已完成規劃報告，縣管河川或縣管區域排水其水文、地文資料或計畫流量已累積眾多資料可供查閱，洪水預報作業系統參數檢定實有重新辦理必要。另洪水預報作業系統（FEWS）現有水文分析流程中對於預報降雨量分析係使用劇烈大氣監測系統（QPESUMS），該系統可提供全台灣平均每1.69平方公里解析度（1.3km＊1.3km）之預報1至3小時預報降雨資訊，而搭配使用QPESUMS網格降雨資料與傳統雨量站進行分析，探討使用不同降雨資料來源、不同空間解析度、不同空間內插方式、與不同集水區邊界條件下，對於水文分析成果之影響性，另銜接不同水文分析模式，透過水文氣象觀測整合平台自動化執行機制，取得流域之流量系集模擬資訊進行研究等，近年本署已委託學術單位進行分析，惟其成果與歷年警戒水位訂定委辦計畫成果尚未建立關聯性。本計畫主要目的係使河川警戒水位於防汛期間發揮其功效，並將相關資訊傳送各地方政府防災指揮中心，藉以降低淹水災害損失；另完成本署洪水預報作業系統（FEWS）參數檢定與驗證，支援QPESUMS網格降雨資料對流域流量系集模擬預報研究等。</abstract><author>國立交通大學</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030409</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010302993</governmentpublicationsnumber><identifier>80774</identifier><internationalstandardbooknumber>9789860436921 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80774</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>洪水預報模式參數檢定與警戒水位檢討與訂定(2/2)Calibration of Flood Forecasting Model and Review and Establishment of Warning Stages (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>80777</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80777</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(光碟(2/2)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010302174</governmentpublicationsnumber><identifier>80778</identifier><internationalstandardbooknumber>9789860427349 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80778</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>臺灣強降雨下提昇水文觀測品質之檢校技術發展應用(2/2)Research and Development of Calibration Technologies for Hydrologic Observation Work during the High Rainfall Intrensity Scenario in Taiwan(2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>80783</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80783</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(林厝寮海堤至台子村海堤)Field Investigation and Analysis Project at Coastal Area of</title><yearidentifier>201412</yearidentifier></data><data><abstract>摘要 一、計畫概述 (一)計畫緣起與目的 雲林海岸北起濁水溪出口，南至北港溪出口，海岸線總長約55公里，本段海岸近年來由於沿岸砂源減少，海岸呈現顯著侵蝕現象，沿岸海灘、防風林地急遽消退，嚴重者達百餘公尺。本計畫藉由辦理雲林海岸之基本資料蒐集分析、水深地形測量及海域調查分析等工作，建立與更新本段海岸基本資料，以作為日後海岸規劃與設計之應用參考。 (二)計畫工作範圍 本計畫將針對雲林海岸進行海岸基本資料調查，第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7.8公里。 二、基本資料蒐集分析 (一)地理位置 雲林海岸線長達55公里，屬砂質海岸。本段海岸較具規模之砂洲包括自台西附近箔子寮砂洲以及雲林縣西南端之外傘頂砂洲。因有外海砂洲之阻隔，外海浪潮不易直接入侵，故早年沿海保護工雖甚簡陋，但仍勉強可以禦潮。近年來由於工業區開發、河川整治與地層下陷等之影響，致使海岸補充砂源減少。 (二)人文社經 沿海麥寮、台西、口湖及四湖四鄉戶數為36,052戶，約佔全縣人口15%。各鄉鎮中之耕地面積以古坑鄉最多(占全縣11.7%)，惟多為旱田。雲林縣的工廠總數為1,428家，主要以食品製造業為主，占全縣工廠登記數之30%。水產養殖概分為淺海養殖、鹹水養殖與淡水養殖3類，全縣以口湖鄉之養殖面積最大，約佔全縣養殖面積之42%。家禽主要以雞、鴨、鵝及火雞為主，其中又以雞為最大宗。 (三)氣象 蒐集計畫區內麥寮站資料統計結果，海岸風力以冬季的東北季風最為顯著，全年平均風速約5.97m/sec，冬季期間平均風速值7.31m/sec，夏季期間平均風速值4.65m/sec。月平均溫度大致介於16.1~28.3℃之間，全年平均溫度為攝氏23.1度。全年平均氣壓為1011.6百帕。全年平均相對溼度介於80.0%～87.8%之間，全年蒸發量介於29.5mm~94mm之間，其中以當年9月94mm為最高。各年每月降雨天數集中在每年4月及6-8月間，84年至101年間之年降雨平均值約為1,627公釐。颱風為威脅臺灣地區最嚴重之自然災害，對雲林海岸可能產生直接影響或危害的颱風侵台路徑為第三類、第七類及第九類侵台路徑颱風，過去117年(1897年?2013年) 共412個颱風，上述路徑之颱風共有110次，約佔侵臺颱風總數之26.70%，平均每年發生0.94次。 (四)海象 每年最高潮位都發生於夏秋季之大潮期間，每年最低潮位都發生於冬季之大潮期間。雲林近岸海域海流漲潮時往北~東北、退潮往南~東南，主流向受到風驅流與洋流影響東北季風往南、夏季往北。漲(退)潮期間流速較大，各月速度皆於62.5~75公分/秒；潮流為潮汐漲退所引起之沿岸半日週期流動。潮流以往復運動為主，淨流於夏季時期之軌跡較為平順，無東北季風期受風應力致軌跡往偏向南轉折之現象。海氣象條件主要隨季節轉換而呈現週期變化，冬季受東北季風影響，月平均示性波高介於1～2米，週期約5～7秒，波向以西北～北為主。夏季月平均波高僅約0.5米，週期約4～6秒，波向以西～南為主 (五)河川水文及主要河川輸砂量 雲林縣位於台灣中部，受季風、颱風、地理位置、中央山脈及天然地形之影響，境內河川7成以上的年逕流量集中於每年4~10月。在本計畫區位內最大河川輸砂砂源為北面之濁水溪及南面之北港溪。以平均含砂量、最大含砂量及平均輸砂量而言，濁水溪皆遠高於北港溪。 (六)海岸防護設施 雲林海岸長度約55公里，屬砂質海岸，一般性海岸防護設施則約有36公里，尚未有防護設施之地區包括麥寮鄉麥寮海埔新生地及口湖鄉開南島兩地，海岸防護措施計有後安寮海堤等13處海堤，海堤長度約36,000m 及另有防潮堤共16,716m，。沿岸海堤之沉陷速率約為每年5~10cm/年；其中海口海堤從83年整建後至目前下陷量約為1.535~1.730m，下陷速率約為10cm/年，其餘海堤下陷速率約每年下陷4~7cm。由於部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷、海水位上升及海岸線變遷等各項不利因素，恐降低海堤之安全性與防護性。 (七)地層下陷 雲林地區為我國地層下陷相當嚴重之行政區，雲林地區的長期壓縮速率超過每年3cm之地陷監測井主要集中在內陸，包括龍岩國小、土庫國中、秀潭國小、元長國小、客厝國小及內寮派駐站；而沿海一帶地層下陷速率約小於每年2cm。依據經濟部水利署雲林地區水準樁點檢測資料顯示，民國81年至88年主要累積下陷量乃集中在沿海鄉鎮，民國85年以後雲林地區地層下陷中心主要位於內陸虎尾、土庫、元長及褒忠一帶，民國92年至95年間均逾10cm/年以上。而95-102年間最大沉陷速度約為6.7cm/年。而沿海一帶地層下陷速率約小於每年2公分。 (八)海岸地貌變遷 雲林縣海岸河川輸砂之多寡為當地海岸變遷主要因素之一；濁水溪為主要之砂源。影響沿岸漂砂之因素主要有二項因素: 1.人為活動 約1980年雲林縣海岸線地形即略呈灘地縮減之情況，顯示此一時期起海埔地圍墾開發等人為活動略已影響沿岸漂砂活動。港口與防波堤的興建，亦會對海岸漂砂特性造成某一程度的影響。 2.自然營力作用 波浪、潮流作用產生南向優勢漂砂活動導致本計畫區海岸沿岸砂洲持續向南遷徙，以及湧浪與風砂運動產生砂洲向內陸側後退。主要受冬季東北季風波浪及颱風所影響。 三、控制測量 在執行本計畫海岸地形測量作業之前，需先完成陸上平面及高程控制測量工作，以確保所引用之控制基準無誤，相關作業包含海岸控制樁埋設及航標點布設、已知平面及高程控制點檢測、新設控制點(海岸控制樁及航標點)平面及高程控制測量、臨時驗潮站高程聯測及測量平差計算等工作。為考量後續海岸地形監測之需求，在本計畫區海堤以平均1公里之間距，共佈設7座海岸控制樁(點號為「YL01~YL07」)，以作為後續海岸地形監測之控制基礎。 四、海岸地形測量 (一)陸域地形測量 本次作業以航空攝影同機搭配空載光達LiDAR(空載雷射掃瞄)方式測繪，施測範圍擴大至二年度計畫區(包含第一年度箔子寮漁港至台子村海堤、第二年度林厝寮海堤至箔子寮漁港)，以利更完整掌握二年度計畫區之海岸變遷情資。 (二)海域地形測量 本年(103年)度地形水深測量範圍為箔子寮漁港至台子村海堤段海域，於年度冬季與夏季波浪作用後(2014年4月及10月)各進行一次。並利用兩次測量成果進行海岸地形侵淤分析。經由本年度兩次詳細之海域地形調查分析顯示，計畫範圍內仍持續發生侵蝕，砂洲仍持續南移。 五、水深地形侵淤分析 (一)全域地形水深侵淤分析 比較本年度冬季及夏季季風作用過後之地形差異，0m以下之體積在夏季波浪作用過後約減少3,324,485立方公尺，較4月份減少1.09%，近岸0 ~ -1m水深處流失約4.55%(約21萬立方公尺)，而水深1 ~ 3m處合計體積增加約9.1%(約74萬立方公尺)；而水深6m以深之外海則全部呈現侵蝕；無論就體積變化及平均刷深深度而言，冬季波浪作用所造成之地形變化遠大於夏季波浪之作用，且自102/10~103/09間整體是呈現侵蝕行為，淨侵淤量約為侵蝕3,450萬立方公尺，約較102/10之體積短少10.3%，外海侵蝕情況仍然持續中；侵蝕的主因以短期行為而言，應是與當地自然營力(東北季風所引起風浪流交互作用)及補充砂源短缺；長期行為除了上述兩項因素外，長期人為活動及海岸構造物之影響也是主因之一。 (二)海岸斷面特性分析 本團隊於本區執行前期計劃時已在本區(箔子村漁港~台子村海堤段)規畫10條測線進行海岸斷面特性分析，如概略地將Sec.38~40、Sec.41~43、Sec.44~47分別代表計畫範圍內北段、中段及南段，觀察後即可發現本區之南段為侵蝕較為嚴重之區域；補充砂源短少及強烈之冬季季風作用均是可能之原因；藉由地形剖面分析也顯示，大部分之侵蝕行為發生於冬季季風作用期間。 (三)長期砂洲變遷分析 根據資料年份及砂洲輪廓相似性可以將箔子寮砂洲之變化概分為三個時期；1993年~2003年(10年間)、2003年~2010年(7年間)及2011年~2014年。在1993年~2003年間，砂洲之形狀逐漸向南移動外，外海之小砂洲也逐漸南移。自2003年後，砂洲外形逐漸成形，最內側與最外側之灘線已然固定；2011年之後，外灘線均無太大變外，砂洲外形逐年變長。可以很明顯觀察出箔子寮砂洲往南遷移及向內陸靠攏之趨勢，同時外海之小砂洲在2001年已不復見。 長期分析砂洲變遷可發現，其最南端位置N座標位移(或偏差)與年代之關聯性為一簡單之線性關係，由此可推估年平均移動速率約為321公尺/年；長期變遷趨勢為砂洲往南遷移，以及往東向陸地靠攏，其中砂洲向南遷移的情況相當明顯，與時間呈現高度負相關性，而水平位移與時間之相關性較不明顯。砂洲之南移反映出南北向漂砂行為甚為明顯，也成為外傘頂洲之砂源之一，箔子寮砂洲持續南移，未來有可能與外傘頂砂洲合併，而將箔子寮至台子村之間形成一個淺內海。砂洲體積流失範圍集中在箔子寮漁港外及箔子寮砂洲之南段(左右兩側，左側較右側流失嚴重)，而箔子寮砂洲中段及箔子寮漁港北側則呈現堆積。從侵淤分佈可以觀察侵蝕最為嚴重之區域是砂洲西南側；而從平面面積及外觀變化可知，砂洲北端左右兩側灘線仍維持不變，但砂洲南端之外形略為頸縮，兩側均有侵蝕現象發生，砂洲持續向南增長。故可以得知，近一年來因砂洲南端在季風作用後侵蝕現象較為強烈，故砂洲體積及面積減少。 冬季季風及夏季季風(含西南氣流及颱風事件)為主要之漂砂活動時期；大部分之侵蝕現象均在冬季波浪作用期間發生。颱風否影響本區之地形變化則是與颱風路徑及規模有關 六、漂沙調查分析 本年度計畫需於箔子寮漁港至台子村海堤段海域，在冬季與夏季波浪作用後各進行乙次海岸漂砂調查分析工作。 (一)底床質採樣調查分析 本年度海域底床質砂樣，需於箔子寮漁港至台子村海堤海域範圍內至少每500m一個斷面，採樣水深預定分別為-2m、-5m、-8m及-12m，以及高、低潮灘線砂樣。砂洲靠海岸內側有以及外海12m水深處有較細，除砂洲內側區域外，計畫區粒徑大小空間分布與水深相當一致，兩季空間分布差異不大。兩季底質比較可見，砂洲內側之細底質區域有向南移動趨勢。 (二)底床懸浮載採樣調查分析 底床懸浮載採樣點位需配合最近之地形水深資料，規劃選取4條海岸漂砂調查斷面，每一斷面依水深設置3處採樣點位。冬季季風作用觀測期間，優勢漂砂方向主要為向岸方向及南向漂砂為主。夏季季風作用後全方位輸砂?觀測結果主要以南向為主，於砂洲前後側位則為離岸優勢方向。利用實測之潮位及海流資料，模擬當地波流場之變化。 冬季季風作用後，計算結果顯示箔子寮南側砂洲後方屬於良好之遮蔽區域，於漲退潮時段都獲得良好之遮蔽效果，在季風波浪作用下在近岸地區有持續近岸流作用，而近岸流之產生與波高(波能)有關，計算結果顯示波高大於2m時，箔子寮外側近岸地區始有明顯近岸流活動。由於計畫區與南側外傘頂洲南向波浪皆不大；根據實測結果，大於2m之波浪皆為北向波浪，在碎波造成南向沿岸流，進而造成近岸漂砂往南。夏季季風作用後由季風波浪造成之水動力結果觀之，夏季季風時計畫區沿岸砂洲地帶地形變化不會太大。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030058</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010400074</governmentpublicationsnumber><identifier>80784</identifier><internationalstandardbooknumber>9789860441208 ; 9789860441</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80784</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>雲林海岸基本資料調查(1/2)(光碟)(林厝寮海堤至台子村海堤)Field Investigation and Analysis Project at Coastal Area of</title><yearidentifier>201412</yearidentifier></data><data><abstract>水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。旱災災害應變處置著重於水資源之開源及節流，需專業人力定期評估氣候與水情分析；水災災害應變處置著重於防救災資源之預佈及災中依據氣象資訊進行淹水潛勢評估以及早發布避災預警之緊急處置。其災害防救與緊急應變過程所需之人力、專業視該年旱象、颱風、豪雨或各類型災害發生之次數、期間而具有短時間高需求量之特點，故如何有效提供及運用專業人力以協助本署於枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、水庫蓄洪評估等一系列工作，以協助掌握災情狀況、且於災後迅速提供應變檢討資訊及撰寫應變處置報告。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040335</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010500458</governmentpublicationsnumber><identifier>80786</identifier><internationalstandardbooknumber>9789860483925 ; 9789860483</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80786</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>105</publishrocyear><title>104年經濟部水利署災害緊急應變小組服務團計畫(內附光碟)2015 Service Corps of Disaster Emergency Operation Team of WRA</title><yearidentifier>201603</yearidentifier></data><data><abstract>經濟部民國95 年公布施行的水患治理特別條例，編列特別預算 1,160 億元辦理「易淹水地區水患治理計畫」，水患自主防災社區輔導 成立為該計畫工作項目之一，該計畫與條例於103 年1 月28 日屆滿， 續輔導改由縣市政府負責推動，為使水患自主防災社區能順?進行， 故成立本計畫以協助水?署、河川局以及縣市政府，以落實全民自主 防災能力提升之目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040334</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010500295</governmentpublicationsnumber><identifier>80787</identifier><internationalstandardbooknumber>9789860481921 ; 9789860481</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80787</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>105</publishrocyear><title>104年全民自主防災能力提升及精進計畫Improvement for Community-Based Flood Risk Management of 2015</title><yearidentifier>201603</yearidentifier></data><data><abstract>經濟部民國95 年公布施行的水患治理特別條例，編列特別預算 1,160 億元辦理「易淹水地區水患治理計畫」，水患自主防災社區輔導 成立為該計畫工作項目之一，該計畫與條例於103 年1 月28 日屆滿， 續輔導改由縣市政府負責推動，為使水患自主防災社區能順?進行， 故成立本計畫以協助水?署、河川局以及縣市政府，以落實全民自主 防災能力提升之目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040334</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/27</date><governmentpublicationsnumber>1010500295</governmentpublicationsnumber><identifier>80788</identifier><internationalstandardbooknumber>9789860481921 ; 9789860481</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80788</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>105</publishrocyear><title>104年全民自主防災能力提升及精進計畫(光碟版) Improvement for Community-Based Flood Risk Management of 2015</title><yearidentifier>201603</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>80808</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80808</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國一0三年臺灣水文年報 －＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014</title><yearidentifier>201506</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010400541</governmentpublicationsnumber><identifier>80813</identifier><internationalstandardbooknumber>9789860445350 ; 9789860445</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80813</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>104</publishrocyear><title>103年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2014</title><yearidentifier>201506</yearidentifier></data><data><abstract>富岡漁港至利嘉溪間海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。由於本段海岸地形變遷主要係受卑南溪輸沙及海洋營力主導，加上外海水深坡度較陡，近岸入射波浪能量消散有限，每至颱風期間，大浪侵襲海岸，容易造成灘岸沖刷、流失入海；而為避免本段海岸遭海浪侵蝕，在臺東海濱公園至豐里段沿海段，已設置多座消波塊短突堤進行保護，藉以攔阻沿岸輸沙，防止海岸線侵退。然現況部份突堤因受颱風波浪作用，已散落於沿岸灘面，不僅降低海岸防禦能力，亦對整體海岸整體景觀造成衝擊。為能掌握卑南溪河口輸砂供給對鄰近海岸地形影響之範圍，以做為後續海岸防護設施維護及修復整建之依據，本計畫擬先針對卑南溪河口河道底質、鄰近海岸底質及水深地形進行現場調查，搭配海、氣象基本資料蒐集分析，並以數值模式輔助研判全段海岸受卑南溪河口輸砂之地形變遷與近岸動力機制；最後，依據前述調查與分析結果，評估現有突堤群及防護設施之成效，並研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040209</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010401411</governmentpublicationsnumber><identifier>80814</identifier><internationalstandardbooknumber>9789860457001 ; 9789860457</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80814</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八 河川局</publisher><publishrocyear>104</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(2/2)The impact assessment of sediment transport in estuary of Beinan River and Surrounding coastlines(2/2)</title><yearidentifier>201508</yearidentifier></data><data><abstract>富岡漁港至利嘉溪間海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。由於本段海岸地形變遷主要係受卑南溪輸沙及海洋營力主導，加上外海水深坡度較陡，近岸入射波浪能量消散有限，每至颱風期間，大浪侵襲海岸，容易造成灘岸沖刷、流失入海；而為避免本段海岸遭海浪侵蝕，在臺東海濱公園至豐里段沿海段，已設置多座消波塊短突堤進行保護，藉以攔阻沿岸輸沙，防止海岸線侵退。然現況部份突堤因受颱風波浪作用，已散落於沿岸灘面，不僅降低海岸防禦能力，亦對整體海岸整體景觀造成衝擊。為能掌握卑南溪河口輸砂供給對鄰近海岸地形影響之範圍，以做為後續海岸防護設施維護及修復整建之依據，本計畫擬先針對卑南溪河口河道底質、鄰近海岸底質及水深地形進行現場調查，搭配海、氣象基本資料蒐集分析，並以數值模式輔助研判全段海岸受卑南溪河口輸砂之地形變遷與近岸動力機制；最後，依據前述調查與分析結果，評估現有突堤群及防護設施之成效，並研提整體海岸穩定及防護改善之對策方針，以期能達到防護岸線，符合現階段海岸環境永續經營理念。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040209</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010401411</governmentpublicationsnumber><identifier>80815</identifier><internationalstandardbooknumber>9789860457001 ; 9789860457</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80815</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八 河川局</publisher><publishrocyear>104</publishrocyear><title>卑南溪河口輸砂對臨近海岸之影響評估(2/2)-光碟-The impact assessment of sediment transport in estuary of Beinan River and Surrounding coastlines(2/2)</title><yearidentifier>201508</yearidentifier></data><data><abstract>一、臺灣光復後，政府全力進行復員與建設工作之際，臺灣省水利局     首先從事興建水庫的初步研究工作，地方政府與社會人士也組成促進委員會，繼而陳故副總統辭修先生之遠見與決心，為造福人民，推動石門水庫之興建，遂於43年5月成立「石門水庫設計委員會」，即為興建水庫所設立的第一個組織。  二、44年7月於石門水庫設計委員會提出興建計畫報告後，成立「石門水庫籌備委員會」負責籌措經費及設計施工。45年7月成立「石門水庫建設委員會」，展開施工。  三、石門水庫管理委員會於52年8月成立。石門水庫全部工程於53年6月竣工後「石門水庫建設委員會」即宣告結束，整個工程移交「臺灣省石門水庫管理委員會」(53年6月改隸臺灣省政府)接管。  四、53年7月臺灣省石門水庫管理委員會下設「石門水庫管理局」（59年9月改隸臺灣省政府建設廳），專責石門水庫維護、管理及營運。  五、86年臺灣省政府調整省屬水利機關組織，臺灣省石門水庫管理局與臺灣省水利局第十工程處於87年1月23日合併改制成立「臺灣省水利處北區水資源局」，專責新竹以北地區水資源開發維護管理及經營事項。  六、88年7月1日依「臺灣省政府組織暨功能調整方案」改隸經濟部，更名為「經濟部水利處北區水資源局」。  七、88年11月16日因經濟部水利處第十河川局成立，掌理淡水河防洪等相關業務，本局仍轄管石門水庫營運、集水區整治及北區水資源管理調配及開發工程相關業務。  八、91年3月28日經濟部水利署成立，機關改制為經濟部水利署北區水資源局，調整本局組織通則與業務迄今。  九、為提升政府效能，行政院組織改造法案陸續於99年1月及100年4月間完成立法，確認新的行政院組織架構由37個部會精簡為29個機關，未來本局將改隸於新部會「環境資源部」，成立「環境資源部水利署北區水資源分署」，賡續致力於攸關國計民生之水資源工作。</abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010301366</governmentpublicationsnumber><identifier>80816</identifier><internationalstandardbooknumber>9789860418606 ; 9789860418</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80816</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>104</publishrocyear><title>經濟部水利署北區水資源局一百零三年度年報</title><yearidentifier>201508</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010401699</governmentpublicationsnumber><identifier>80819</identifier><internationalstandardbooknumber>9789860458992 ; 9789860458</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80819</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員水土保持局</publisher><publishrocyear>104</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>80822</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80822</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>臺灣地區水資源投資分析103年度報告--</title><yearidentifier>201510</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>80823</identifier><internationalstandardbooknumber>9772219099007 ; 9772219099</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80823</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>臺灣地區水資源投資分析103年度報告--光碟</title><yearidentifier>201510</yearidentifier></data><data><abstract>目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 123123123座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 (以下簡稱本所 以下簡稱本所 )於民國 100~101100~101100~101100~101100~101100~101100~101?辦 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 （大灣坪 C案及阿姆坪 案及阿姆坪 案及阿姆坪 D案，如摘圖 1）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 於單案 (大灣坪 C案)之防淤功能， 之防淤功能， 水利署 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 C案異 重流水力防淤 重流水力防淤 (針對細顆粒泥砂問題 針對細顆粒泥砂問題 針對細顆粒泥砂問題 )，阿姆坪 ，阿姆坪 D案(以下稱為阿姆坪防 以下稱為阿姆坪防 以下稱為阿姆坪防 淤隧道 )隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 (針對已淤積較粗顆 針對已淤積較粗顆 針對已淤積較粗顆 粒泥砂問題 粒泥砂問題 )。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402526</governmentpublicationsnumber><identifier>80825</identifier><internationalstandardbooknumber>9789860467116 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80825</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道水工模型試驗研究103年度成果報告Hydraullic model srudy on Amuping desiliting tunnel of Shihmen reservoir(2014)</title><yearidentifier>201511</yearidentifier></data><data><abstract>目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 目前石門水庫上游集區 123123123座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致座攔砂壩與水庫備淤 容量已大致滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防滿，加上部分攔砂壩損毀如何強石門水庫清淤 、沖與力防能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 能力實為刻不容緩課題。 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 經濟部水利署規劃試驗所 (以下簡稱本所 以下簡稱本所 )於民國 100~101100~101100~101100~101100~101100~101100~101?辦 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 理石門水庫防洪淤工程可行性模型試驗，結果顯示兩方案 （大灣坪 C案及阿姆坪 案及阿姆坪 案及阿姆坪 D案，如摘圖 1）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 ）同時進行水力防淤操作會低 於單案 (大灣坪 C案)之防淤功能， 之防淤功能， 水利署 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 會議決採用大灣坪 C案異 重流水力防淤 重流水力防淤 (針對細顆粒泥砂問題 針對細顆粒泥砂問題 針對細顆粒泥砂問題 )，阿姆坪 ，阿姆坪 D案(以下稱為阿姆坪防 以下稱為阿姆坪防 以下稱為阿姆坪防 淤隧道 )隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 隧道規模縮小以抽泥、清淤及沖通為主 (針對已淤積較粗顆 針對已淤積較粗顆 針對已淤積較粗顆 粒泥砂問題 粒泥砂問題 )。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402526</governmentpublicationsnumber><identifier>80826</identifier><internationalstandardbooknumber>9789860467116 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80826</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫阿姆坪防淤隧道水工模型試驗研究103年度成果報告-光碟-Hydraullic model srudy on Amuping desiliting tunnel of Shihmen reservoir(2014)</title><yearidentifier>201511</yearidentifier></data><data><abstract> </abstract><author>吳宗榮</author><categoryidentifier>445.133/127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>80827</identifier><internationalstandardbooknumber>9789860447293 ; 9789860447</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80827</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>104</publishrocyear><title>大台南 工程新視界 台南市政府工務建設特刊 第3期</title><yearidentifier>201506</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402894</governmentpublicationsnumber><identifier>80828</identifier><internationalstandardbooknumber>9789860472059 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80828</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海岸基本資料調查(2/2)-Field Study on Coastal Monitoring and Investigation in Kinmen(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402894</governmentpublicationsnumber><identifier>80829</identifier><internationalstandardbooknumber>9789860472059 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80829</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海岸基本資料調查-光碟-(2/2)-Field Study on Coastal Monitoring and Investigation in Kinmen(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402895</governmentpublicationsnumber><identifier>80830</identifier><internationalstandardbooknumber>9789860472042 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80830</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海堤設施環境改善規劃-The Plan of Facility Environmental Improvement at Kinmen Seawalls(South and Northeast Coast)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402895</governmentpublicationsnumber><identifier>80831</identifier><internationalstandardbooknumber>9789860472042 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80831</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海堤設施環境改善規劃--光碟-The Plan of Facility Environmental Improvement at Kinmen Seawalls(South and Northeast Coast)</title><yearidentifier>201512</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040237</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402915</governmentpublicationsnumber><identifier>80832</identifier><internationalstandardbooknumber>9789860470918 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80832</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(2/2)Study Project on Safety Assessment and Analysis of Seawall in(2/2)成果報告</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>80838</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80838</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告-Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>80840</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80840</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告-光碟--Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040361</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403071</governmentpublicationsnumber><identifier>80859</identifier><internationalstandardbooknumber>9789860472035 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80859</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>104年度八河局轄區洪水預警及防汛整合作業2015 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201512</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040361</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403071</governmentpublicationsnumber><identifier>80860</identifier><internationalstandardbooknumber>9789860472035 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80860</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>104年度八河局轄區洪水預警及防汛整合作業-光碟-2015 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040077</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403075</governmentpublicationsnumber><identifier>80873</identifier><internationalstandardbooknumber>9789860468496 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80873</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南高雄海堤溢淹越坡預警系統驗證及建置(1/2)Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>金門地區因湖庫水質惡化、集水區保育不易、地下水超抽、傳統水源開發不易，現有水源供給能力，恐無法因應金門地區未來生活、觀光及經濟發展所需。為解決金門地區用水需求，102年行政院核定「金門地區整體供水改善綱要計畫」長期供水方案，以大陸引水及增建海水淡化廠二方案較為可行，經評估現階段大陸引水方案在經濟、環境及成本較優於增建海淡廠方案，因此目前優先推動自大陸引水方案，增建海淡廠則列為替代方案。 考量戰略安全及穩定金門地區長期供水，應強化自主性水源供給及供水應變力，金門地區增建海水淡化廠評估是必要的。本所業已經調查規劃評估結果尚具可行性，有必要繼續辦理資料補充調查及綜合評析工程可行性。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040166</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402741</governmentpublicationsnumber><identifier>80875</identifier><internationalstandardbooknumber>9789860469356 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80875</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(2)Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>金門地區因湖庫水質惡化、集水區保育不易、地下水超抽、傳統水源開發不易，現有水源供給能力，恐無法因應金門地區未來生活、觀光及經濟發展所需。為解決金門地區用水需求，102年行政院核定「金門地區整體供水改善綱要計畫」長期供水方案，以大陸引水及增建海水淡化廠二方案較為可行，經評估現階段大陸引水方案在經濟、環境及成本較優於增建海淡廠方案，因此目前優先推動自大陸引水方案，增建海淡廠則列為替代方案。 考量戰略安全及穩定金門地區長期供水，應強化自主性水源供給及供水應變力，金門地區增建海水淡化廠評估是必要的。本所業已經調查規劃評估結果尚具可行性，有必要繼續辦理資料補充調查及綜合評析工程可行性。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040166</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402741</governmentpublicationsnumber><identifier>80876</identifier><internationalstandardbooknumber>9789860469356 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80876</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>金門地區增建海水淡化廠可行性規劃-工程可行性規劃(2)-光碟-Feasibility Planning of Additional Desalination Plant in Kinmen-Engineering Feasibility Planning (2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度共執行2次第行水深測量，冬季波浪作用測量範圍為急水溪口至曾文溪口之臨外海側海岸段共約30公里，夏季波浪作用後測量範圍為北門瀉湖及七股瀉湖內海。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403185</governmentpublicationsnumber><identifier>80877</identifier><internationalstandardbooknumber>9789860472349 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80877</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫(2/2)The Plan of Section Monitoring Survey at Tainan Coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度將以卑南溪及四重溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040188</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403197</governmentpublicationsnumber><identifier>80878</identifier><internationalstandardbooknumber>9789860473797 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80878</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>中央管河川流域地質資料查核-卑南溪及四重溪-=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Beinan and Sizhong River</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度將以卑南溪及四重溪流域為計畫範圍，以建置河川流域地質資訊系統理念，進行地質調查及建立地質詮釋，並將資料充分展示於地質資料系統中，提供後續各河川流域之管理規劃參考應用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040188</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403197</governmentpublicationsnumber><identifier>80879</identifier><internationalstandardbooknumber>9789860473797 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80879</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>中央管河川流域地質資料查核-卑南溪及四重溪-光碟--=Field Verification of Geological Data for the Basins of Rivers Administered by Central Government Beinan and Sizhong River</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>80883</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80883</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>東埔蚋溪滯洪池環境教育暨場所認證規劃案Environment Education and Environmental Education Facility Certification Program of Tonpuze Creek Detention Pond</title><yearidentifier>201506</yearidentifier></data><data><abstract>本計畫研究範圍為八掌溪口至曾文溪口海岸，沿岸長約35公里，海岸地形水深測量範圍原依契約規定系由急水溪口至曾文溪口(不包括港口及潟湖區)之臨外海側海岸段共約15公里，惟考量計畫完整分析地形水深變遷特性，於104年增測港口及潟湖區臨外海測範圍，測量岸線長約30公里並於夏季波浪作用後增測北門潟湖及七股潟湖內海。其研究目的係期望藉由相關基本資料蒐集分析、航拍或衛星影像岸線萃取、地行水深測量等調查工作，進行地形水深侵淤變遷特性分析、海岸結構物保全措施、海域底床值粒徑分析及將軍外海抽沙養灘之探討，做為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403186</governmentpublicationsnumber><identifier>80886</identifier><internationalstandardbooknumber>9789860472355 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80886</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫The Plan of Section Monitoring Survey at TainanCoast</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>80892</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80892</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」Feasibility study of applying building information modeling to support dike design in 2015 正式報告書</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>80893</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80893</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」-光碟--Feasibility study of applying building information modeling to support dike design in 2015 正式報告書</title><yearidentifier>201512</yearidentifier></data><data><abstract>水文觀測是後續逕流計算、水文分析、水庫防洪運轉操作、洪水預警，防洪工程設計等等之最基本的依據，因此觀測品質之掌握至為重要。由於水文觀測品質影響因素，除了基本之檢校技術外，尚包括現場之檢校安裝與操作，以及人員之基本訓練。因此，擬針對本署現況使用之水文觀測儀器，如傾斗式雨量計、微波雷達表面流速儀、非接觸式水位計等，於現場檢校、安裝操作等研析相關作業程序，並就水文觀測人員驗證作業可行性進行評估。</abstract><author>台灣大學水工試驗所</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040061</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402887</governmentpublicationsnumber><identifier>80894</identifier><internationalstandardbooknumber>9789860471441 ; 9789860471</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80894</librarycollectiondetailsurl><price>170</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水文觀測檢校作業制度之研析Research and Analysis of Calibration Work system for Hydrologic Observation</title><yearidentifier>201512</yearidentifier></data><data><abstract>水利署依水利法規定負有水利事業興辦之任務，本計畫擬以104年至 105年為辦理期程，辦理內容包含維護及改善本署近海水文觀測系統平台 之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及擴 充本署現有海岸水情系統使其具有地理資訊功能等，期以正確掌握一般性 海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為水利署辦 理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基 石。為能持續提昇水災害防救災效率，水利署依據行政院核定之「台灣地 區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完 成，且獲得階段性的成就。有鑑於近年全球氣候異常徵兆持續的浮現，未 來所將面對的水文環境具高度之不確定性，並考?政府施政之一貫性及延 續性，經濟部爰提本項「台灣水文觀測長期發展計畫第二期(104 ?~109 ?）」，據以銜接現代化整體計畫及「台灣水文觀測長期發展計畫（99 ? ~103 ?）」成果，協助水利署落實海岸地區的禦潮防災工作。本(104)年 度為第一年計畫，計畫目標為『維持近海水文站網正常作業化觀測，收集 高品質資料與其變化趨勢供禦潮防災決策與海岸防護工程應用；強化資料 應用，並產出各項資訊供海岸管理及海洋資源開發利用』。本計畫協助水 利署管理、保養並維護之測站共計22站，包括7座資料浮標、1座岸基雷達 站、12座潮位站及2座資訊展示站。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040049</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/28</date><governmentpublicationsnumber>1010402708</governmentpublicationsnumber><identifier>80895</identifier><internationalstandardbooknumber>9789860469318 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80895</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(1/2) Operation  Maintenance  of  Coastal  Monitoring  Network  in  the  Sea  Embankment  Area  (2015  to  2016)(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>80902</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80902</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--光碟版=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>80903</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80903</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author>國立交通大學/葉克家</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>80905</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80905</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) Study on relation between stream width and stability in Choshui River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司編著</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>80911</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80911</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>六河局轄區洪水預警及防汛整合作業Integratiion Plan of Flood Forecasting System&amp;Flood Prevention for 6th River Management Office Area in 2015.</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>440.58</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>2008700190</governmentpublicationsnumber><identifier>80915</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80915</librarycollectiondetailsurl><price>300</price><publisher>行政院公共工程委員會</publisher><publishrocyear>95</publishrocyear><title>公共工程2006年刊=PUBLIC CONSTRUCTION COMMISSION 2005 ANNUAL REPORT</title><yearidentifier>200603</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>80921</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80921</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>80922</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80922</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)附冊一 CCHE3D模式使用手冊中文版Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/4/29</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>80923</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80923</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫壩堰、水庫集水區保育、溫泉資源保育、節約用水、 知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共18章，合計71表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010401021</governmentpublicationsnumber><identifier>80930</identifier><internationalstandardbooknumber>9789860452440 ; 9789860452</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80930</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年水利統計 STATISTIC OF WATER RESOURCES 2014</title><yearidentifier>201507</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>80935</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80935</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--=Experimental Study on Toe Scour and Protection for River Embankment(內附光碟)</title><yearidentifier>201601</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>80942</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80942</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)-光碟Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>80943</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80943</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告-光碟Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣近年常受氣候變遷衝擊及地震因素，導致後續堤防工程等一再因地質因素辦理變更設計，為統一堤防工程地質調查程序，明確調查內容、方法和要求，保證調查成果品質，因此提報本計畫制定參考手冊，以增進河防構造物地質調查準確性及效率。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040189</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010402890</governmentpublicationsnumber><identifier>80944</identifier><internationalstandardbooknumber>9789860470970 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80944</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>地質調查於河防構造物應用與參考手冊之建立(光碟版)The drafting of the site-investigation manual for flood-protection structures</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署第六河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010403186</governmentpublicationsnumber><identifier>80948</identifier><internationalstandardbooknumber>9789860472355 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80948</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫-光碟</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度共執行2次第行水深測量，冬季波浪作用測量範圍為急水溪口至曾文溪口之臨外海側海岸段共約30公里，夏季波浪作用後測量範圍為北門瀉湖及七股瀉湖內海。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010403185</governmentpublicationsnumber><identifier>80949</identifier><internationalstandardbooknumber>9789860472349 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80949</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫(2/2)-光碟The Plan of Section Monitoring Survey at Tainan Coast(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040077</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010403075</governmentpublicationsnumber><identifier>80951</identifier><internationalstandardbooknumber>9789860468496 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80951</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南高雄海堤溢淹越坡預警系統驗證及建置(1/2)-光碟Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司編著</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>80955</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80955</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>六河局轄區洪水預警及防汛整合作業-光碟Integratiion Plan of Flood Forecasting System&amp;Flood Prevention for 6th River Management Office Area in 2015.</title><yearidentifier>201512</yearidentifier></data><data><abstract>強化各標的水權用水範圍登錄推展及管理整合作業</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040308</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/2</date><governmentpublicationsnumber>1010402848</governmentpublicationsnumber><identifier>80971</identifier><internationalstandardbooknumber>9789860469745 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80971</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>水權用水範圍管理系統維護及功能擴充Maintain and Functional expansion of Uses Range Management System of Water Rights</title><yearidentifier>201512</yearidentifier></data><data><abstract>強化各標的水權用水範圍登錄推展及管理整合作業</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040308</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010402848</governmentpublicationsnumber><identifier>80972</identifier><internationalstandardbooknumber>9789860469745 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80972</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>水權用水範圍管理系統維護及功能擴充(光碟版) Maintain and Functional expansion of Uses Range Management System of Water Rights</title><yearidentifier>201512</yearidentifier></data><data><abstract>颱洪高流量觀測為河川治理規劃之重要參考依據，對水文觀測資料蒐集來說極為重要。有鑑於以傳統侵入式人工觀測方式進行颱洪流量觀測，耗時費力、危險度高且資料有限，往往需透過多年多場次的颱洪事件觀測，方能獲得較具代表性的水位－流量率定關係。透過經濟部水利署於2011~2013年執行三年之「河川流量自動化觀測科技發展計畫」，成功研發本土化的自動化雷達波流速與水位觀測儀器。本計畫採用水利署研發之雷達波觀測儀器建置自動化流量站，以推廣水利署計畫之研發成果與本土化研發之觀測儀器。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403145</governmentpublicationsnumber><identifier>80973</identifier><internationalstandardbooknumber>9789860473605 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80973</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪自動化流量觀測站規劃建置Planning and construction  of automatic flow observatory on Houlong river</title><yearidentifier>201512</yearidentifier></data><data><abstract>颱洪高流量觀測為河川治理規劃之重要參考依據，對水文觀測資料蒐集來說極為重要。有鑑於以傳統侵入式人工觀測方式進行颱洪流量觀測，耗時費力、危險度高且資料有限，往往需透過多年多場次的颱洪事件觀測，方能獲得較具代表性的水位－流量率定關係。透過經濟部水利署於2011~2013年執行三年之「河川流量自動化觀測科技發展計畫」，成功研發本土化的自動化雷達波流速與水位觀測儀器。本計畫採用水利署研發之雷達波觀測儀器建置自動化流量站，以推廣水利署計畫之研發成果與本土化研發之觀測儀器。</abstract><author>逢甲大學</author><categoryidentifier>443.6029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403145</governmentpublicationsnumber><identifier>80974</identifier><internationalstandardbooknumber>9789860473605 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80974</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪自動化流量觀測站規劃建置(光碟版)Planning and construction  of automatic flow observatory on Houlong river</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030232</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403349</governmentpublicationsnumber><identifier>80975</identifier><internationalstandardbooknumber>9789860475685 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80975</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(3/3)(內附光碟)The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030232</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403349</governmentpublicationsnumber><identifier>80976</identifier><internationalstandardbooknumber>9789860475685 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80976</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(3/3)(光碟版)The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030232</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403351</governmentpublicationsnumber><identifier>80977</identifier><internationalstandardbooknumber>9789860475692 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80977</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(3/3)三年期總成果報告(光碟版)The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為有效紓緩彰雲地區地層下陷情勢，行政院於100年3月16日核定經建會所提「雲彰地區長期地層下陷具體解決方案」，吳院長另指派李政務委員鴻源召集專案檢討工作，於100年5月16日、6月17日、及7月25日先後召開3次專案會議，經邀集農委會、經濟部、交通部、內政部、縣政府(雲林及彰化縣政府)等機關共同研商確認「雲彰地區地層下陷具體解決方案暨行動計畫」內容(已於100年8月16日奉行政院核定)，由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，俾建構「節水型社會」。 鑑於超抽地下水之問題，涉及國土利用、區域產業(工業及農業)發展，以及地方政府之地下水管理等面相，應由各層面協調辦理，才能徹底解決，而健全水井管理為其中重要環節，上開行動計畫中為逐步落實水井及其用水管理，爰規劃以二年為期全面重新清查雲彰地區水井，由經濟部協助彰化縣及雲林縣政府清查民生及工業用水井，農委會協助兩縣政府清查農業(農、林、漁、牧)用水井。為改善往昔水井調查工作未逮之處，經濟部水利署(以下簡稱本署)期藉由查獲水井裝置辨識標籤方式，以利現場巡查人員立即確認井籍相關資料，俾作為新設或既有違法水井之辨識依據，以及健全水井井籍管理之基礎。而此清查作業之推動與後續管理作為之定位息息相關，故尚需建構整體水井管理配套措施與策略方可克盡其功。緣此，本署爰辦理本委託服務計畫，期以3年期間，以彰雲地區為主要實施範圍，就健全水井管理相關策略與措施進行研擬、協商、試行、檢討與修正，另就水井辨識標籤現地安裝及後續相應查察管理介面系統建置進行測試、修正與維護相關作業，俾提供健全水井管理重要基本資訊與實務推動之技術、行政支援輔助系統工具，提高水井管理作業效能。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030232</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/3</date><governmentpublicationsnumber>1010403351</governmentpublicationsnumber><identifier>80978</identifier><internationalstandardbooknumber>9789860475692 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80978</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>健全水井管理策略與查察管理技術提昇研究計畫(3/3)三年期總成果報告The Study of Integrated Management Strategies and Advanced Investigation and Monitoring Technologies for Drafting Wells(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>黎彥均計畫主持.文字編輯，統一數位翻譯英文翻譯.校對</author><categoryidentifier>733.9/137.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/4</date><governmentpublicationsnumber>1009802045</governmentpublicationsnumber><identifier>80988</identifier><internationalstandardbooknumber>9789860194395 ; 9789860194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_80988</librarycollectiondetailsurl><price>100</price><publisher>交通部觀光局東部海岸國家風景區管理處</publisher><publishrocyear>98</publishrocyear><title>慢走漫遊：東海岸原鄉部落山海情</title><yearidentifier>200907</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040179</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403062</governmentpublicationsnumber><identifier>81015</identifier><internationalstandardbooknumber>9789860473629 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81015</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究(2/2)Study for the influence on flood by operation mechanism of weir at upstream Xindian River(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040179</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403062</governmentpublicationsnumber><identifier>81016</identifier><internationalstandardbooknumber>9789860473629 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81016</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究(2/2)(光碟版)Study for the influence on flood by operation mechanism of weir at upstream Xindian River(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040179</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403059</governmentpublicationsnumber><identifier>81017</identifier><internationalstandardbooknumber>9789860473636 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81017</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究總報告(光碟版)Study for the influence on flood by operation mechanism of weir at upstream Xindian River</title><yearidentifier>201512</yearidentifier></data><data><abstract>新店溪中上游段設有青潭、直潭、屈尺及桂山等堰壩，其操作方式影響上游水位甚鉅，又因新店溪中上游段之治理基本計畫考量維持該河段自然特性，故未計畫施作堤防保護，近年來數場颱洪事件均造成堰壩上游屈尺、廣興地區有淹水情事，因此擬透過本計畫了解青潭堰、直潭堰、粗坑壩及桂山壩平時及颱洪期間操作機制，建立一套河道及堰壩閘門操作之變量流模式，以了解各堰壩在不同操作方式對於重要聚落之洪水位影響，提供相關聚落防洪保護措施及因應策略。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040179</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403059</governmentpublicationsnumber><identifier>81018</identifier><internationalstandardbooknumber>9789860473636 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81018</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>新店溪中上游段堰壩操作機制對於洪水位影響分析研究總報告Study for the influence on flood by operation mechanism of weir at upstream Xindian River</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河水系河川情勢調查，前期調查於2005年辦理完畢，本計畫為第二輪的調查。除應辦理項目外，加入淡水河通洪能力分析，因為淡水河雖有多處自然保留區，但對於通洪影響為何? 可否兩全? 需辨明分析。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403151</governmentpublicationsnumber><identifier>81019</identifier><internationalstandardbooknumber>9789860474541 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81019</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河水系河川情勢調查(1/3)(光碟版)Investigation of Current Status of Tamsui River System(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪本流進行基本資料蒐集、河川棲地、生物及生態資源補充調查，資料庫之建立及生態工法之建議，及未來河川區域環境規劃，以作為後續頭前溪本流規劃檢討報告參考之依據。 因過去針對本溪生態情勢調查資料已距離現今久遠，且河道原有的生態及景觀受當地居民重視，如何兼顧河防安全、親水空間、環境營造及生態保護等，已是刻不容緩的工作，以作為河川治理規劃之重要參據。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040185</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403120</governmentpublicationsnumber><identifier>81020</identifier><internationalstandardbooknumber>9789860468120 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81020</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪主流河川情勢補充調查及河川環境營造規劃(1/2)Investigation of Current Status and Environmental construction plan in Tao-Chien River basin(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>針對頭前溪本流進行基本資料蒐集、河川棲地、生物及生態資源補充調查，資料庫之建立及生態工法之建議，及未來河川區域環境規劃，以作為後續頭前溪本流規劃檢討報告參考之依據。 因過去針對本溪生態情勢調查資料已距離現今久遠，且河道原有的生態及景觀受當地居民重視，如何兼顧河防安全、親水空間、環境營造及生態保護等，已是刻不容緩的工作，以作為河川治理規劃之重要參據。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6   443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040185</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010403120</governmentpublicationsnumber><identifier>81021</identifier><internationalstandardbooknumber>9789860468120 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81021</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪主流河川情勢補充調查及河川環境營造規劃(1/2)(光碟版)Investigation of Current Status and Environmental construction plan in Tao-Chien River basin(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>頭前溪河口段受到外海波浪、潮汐、匯流段交會之水理輸砂影響，歷年來變遷頗為顯著。水利署水利規劃試驗所、第二河川局等單位自民國94年起，陸續辦理河口段之治理規劃檢討、物模試驗、數模研究及工程執行規劃等計畫，目前河口段相關工程已完工約一年，其中舊港島分流工、苦苓腳凹岸丁壩及河口段疏濬等之效益，值得持續評估探討與研究。此外，為了提升河川生態環境之維護與保育概念，結合水文、地文、人文、生物、空間利用，以頭前溪河口段為例，整合相關水利工程措施，營造浮覆地與生態棲地環境，並結合公眾參與，研擬頭前溪河口段生態水利整體規劃，作為未來國內河口治理規劃之參考。本計畫分兩年執行，藉由動床數模工具、生態與人文調查、公眾參與等，進行頭前溪河口段生態水利整體規劃，除了評估河口段舊港島分流工、相關工程措施之效益外，配合座談、說明會等各類型公眾參與型式，結合生態與人文基本調查資料與相關水利模擬分析，綜合呈現整體規劃意涵與風貌，以供相關治理規劃與決策參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040194</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/5</date><governmentpublicationsnumber>1010402987</governmentpublicationsnumber><identifier>81022</identifier><internationalstandardbooknumber>9789860472660 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81022</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪河口段生態水利整體規劃及舊港島分流工效益評估研究(2/2)Study on overall planning of eco-hydraulics and benefit assessment of diversion dike in Touchien River's estuary(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>頭前溪河口段受到外海波浪、潮汐、匯流段交會之水理輸砂影響，歷年來變遷頗為顯著。水利署水利規劃試驗所、第二河川局等單位自民國94年起，陸續辦理河口段之治理規劃檢討、物模試驗、數模研究及工程執行規劃等計畫，目前河口段相關工程已完工約一年，其中舊港島分流工、苦苓腳凹岸丁壩及河口段疏濬等之效益，值得持續評估探討與研究。此外，為了提升河川生態環境之維護與保育概念，結合水文、地文、人文、生物、空間利用，以頭前溪河口段為例，整合相關水利工程措施，營造浮覆地與生態棲地環境，並結合公眾參與，研擬頭前溪河口段生態水利整體規劃，作為未來國內河口治理規劃之參考。本計畫分兩年執行，藉由動床數模工具、生態與人文調查、公眾參與等，進行頭前溪河口段生態水利整體規劃，除了評估河口段舊港島分流工、相關工程措施之效益外，配合座談、說明會等各類型公眾參與型式，結合生態與人文基本調查資料與相關水利模擬分析，綜合呈現整體規劃意涵與風貌，以供相關治理規劃與決策參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040194</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/6</date><governmentpublicationsnumber>1010402987</governmentpublicationsnumber><identifier>81024</identifier><internationalstandardbooknumber>9789860472660 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81024</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪河口段生態水利整體規劃及舊港島分流工效益評估研究(2/2)(光碟版)Study on overall planning of eco-hydraulics and benefit assessment of diversion dike in Touchien River's estuary(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至99年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040401</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/6</date><governmentpublicationsnumber>1010500207</governmentpublicationsnumber><identifier>81025</identifier><internationalstandardbooknumber>9789860480412 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81025</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>104年度集集攔河堰監測及安全檢查-環境生態監測成果報告(內附光碟)Chi-Chi Weir Monitoring and Security Checks in yr.2015 Environmental and Ecology Monitoring Report</title><yearidentifier>201602</yearidentifier></data><data><abstract>斗六堰即為原斗六大圳進水口，由於原斗六大圳進水口設備已相 當老舊，同時要能夠提供緊急時期之取水功能，所以政府於民國90 年 配合集集共同引水計畫，進行本進水口更新改善工程。在此同時，為 了考量生態保育之重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供洄游生物之利用以達到保育河川生態的目的。 惟在魚道興建之後，並沒有針對本項工程之效益以及生態現況進 行後續追蹤研究，因此主管機關中區水資源局特地從民國95 年起，專 案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道改善研 究和工程。本報告係延續95~103 年度之工作，進行魚道改修後的生態 監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040401</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/6</date><governmentpublicationsnumber>1010500208</governmentpublicationsnumber><identifier>81026</identifier><internationalstandardbooknumber>9789860480429 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81026</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>104年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟)Research on the efficiency assessment of fishway in Dou-Liou Weir 2015</title><yearidentifier>201602</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>1010500264</governmentpublicationsnumber><identifier>81029</identifier><internationalstandardbooknumber>9789860480801 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81029</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(2/2)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar(2/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>1010500264</governmentpublicationsnumber><identifier>81030</identifier><internationalstandardbooknumber>9789860480801 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81030</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(2/2)(光碟版)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar(2/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>雨量相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>2009205695</governmentpublicationsnumber><identifier>81031</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81031</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第一部份－雨量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTⅠ- RAINFALL</title><yearidentifier>201506</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>81032</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81032</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第二部份－河川水位及流量 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201506</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>2009205698</governmentpublicationsnumber><identifier>81033</identifier><internationalstandardbooknumber>02575442 ; 02575442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81033</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第三部份－地下水＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTⅢ-GROUNDWATER</title><yearidentifier>201506</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>2009205699</governmentpublicationsnumber><identifier>81034</identifier><internationalstandardbooknumber>02575442 ; 02575442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81034</librarycollectiondetailsurl><price>2100</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第四部份－近海水文＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTIIII-COASTAL HYDROLOGY</title><yearidentifier>201506</yearidentifier></data><data><abstract>臺灣水文及民國101年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>2009205700</governmentpublicationsnumber><identifier>81035</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81035</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 總冊 HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 TOTAL REPORT</title><yearidentifier>201506</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>1010500265</governmentpublicationsnumber><identifier>81036</identifier><internationalstandardbooknumber>9789860480818 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81036</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(總報告)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>1010500265</governmentpublicationsnumber><identifier>81037</identifier><internationalstandardbooknumber>9789860480818 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81037</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(總報告)(光碟版)The effects on the protection works at Chia-yi coast by the changes of Wai-san-ding sandbar</title><yearidentifier>201603</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040371</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/9</date><governmentpublicationsnumber>1010402986</governmentpublicationsnumber><identifier>81038</identifier><internationalstandardbooknumber>9789860472677 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81038</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度二河局轄區洪水預警及防汛整合作業Integration Plan of Taoyuan Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040371</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010402986</governmentpublicationsnumber><identifier>81039</identifier><internationalstandardbooknumber>9789860472677 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81039</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度二河局轄區洪水預警及防汛整合作業(光碟版)Integration Plan of Taoyuan Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域 管理委員會所選定之14 個監測 點，持續進行河川水質監測工作， 監測頻率為每季一次，並配合管委 會業務需求，另執行20個點次之臨 時不定期採樣檢測工作，同時彙整 行政院環境保護署及經濟部水利 署南區水資源局之例行性水質監 測資料，進行河川水體整體品質之 綜合評析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010403311</governmentpublicationsnumber><identifier>81041</identifier><internationalstandardbooknumber>9789868282797 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81041</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>104</publishrocyear><title>104年度「高屏溪流域河川水質採樣檢測分析」工作計畫(光碟版) Sampling and Analysis for the Water Quality of Kao-Pin River (2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>中正大橋河段現況呈現大範圍軟弱岩質河床裸露現象並持續擴大範圍，軟弱岩質河床沖蝕特性與沖積型河床並不相同，本署水利規劃試驗所近年曾辦理軟岩質河床沖蝕行為研究並建立河道模擬評估工具，其相關成果可應用於本河段進行河道動床模擬，並針對中正大橋改建後河段沖淤影響及變遷趨勢進行評估。 	對於河道地形快速下切變動之河段，常用穩定工法包含利用固床工、表層灌漿、鼎塊堆置等方式進行軟弱岩質河床之沖蝕保護，但成效常受到軟岩沖蝕作用之影響而不如預期。部份固結灌漿工法於國外文獻已有多年之應用，但於國內則尚無實際應用案例，其工法特性與施作要點可加以研究，評估應用於穩定本河段軟弱岩質河床之沖蝕作用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040200</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010403149</governmentpublicationsnumber><identifier>81042</identifier><internationalstandardbooknumber>9789860474527 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81042</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪中正大橋岩床河段河道變遷趨勢與穩定策略(1/2)Rock Riverbed Channel Migration and its Countermeasures at Area of the Jhong-jheng Bridge the Tou-chien River(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>中正大橋河段現況呈現大範圍軟弱岩質河床裸露現象並持續擴大範圍，軟弱岩質河床沖蝕特性與沖積型河床並不相同，本署水利規劃試驗所近年曾辦理軟岩質河床沖蝕行為研究並建立河道模擬評估工具，其相關成果可應用於本河段進行河道動床模擬，並針對中正大橋改建後河段沖淤影響及變遷趨勢進行評估。 	對於河道地形快速下切變動之河段，常用穩定工法包含利用固床工、表層灌漿、鼎塊堆置等方式進行軟弱岩質河床之沖蝕保護，但成效常受到軟岩沖蝕作用之影響而不如預期。部份固結灌漿工法於國外文獻已有多年之應用，但於國內則尚無實際應用案例，其工法特性與施作要點可加以研究，評估應用於穩定本河段軟弱岩質河床之沖蝕作用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040200</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010403149</governmentpublicationsnumber><identifier>81043</identifier><internationalstandardbooknumber>9789860474527 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81043</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>頭前溪中正大橋岩床河段河道變遷趨勢與穩定策略(1/2)(光碟版)Rock Riverbed Channel Migration and its Countermeasures at Area of the Jhong-jheng Bridge the Tou-chien River(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010402575</governmentpublicationsnumber><identifier>81044</identifier><internationalstandardbooknumber>9789860467956 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81044</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫(2/2)The project of shoreline change monitoring and investigation at Miaoli coastal area(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010402575</governmentpublicationsnumber><identifier>81045</identifier><internationalstandardbooknumber>9789860467956 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81045</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫(2/2)(光碟版) The project of shoreline change monitoring and investigation at Miaoli coastal area(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010403141</governmentpublicationsnumber><identifier>81046</identifier><internationalstandardbooknumber>9789860473124 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81046</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫(光碟版) The project of shoreline change monitoring and investigation at Miaoli coastal area</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/10</date><governmentpublicationsnumber>1010403141</governmentpublicationsnumber><identifier>81047</identifier><internationalstandardbooknumber>9789860473124 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81047</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫 The project of shoreline change monitoring and investigation at Miaoli coastal area總報告</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器設置於本署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管，以及配合水權核辦業務需求。 本計畫係為因應最新資訊及網路環境、法令規定的改變及維持全國水權資料庫的完整性，有必要對水權管理資訊系統及資料庫作持續性的維護改善。另配合「水權登記審查作業要點」草案修改內容調整系統相關功能。 為使地下水鑿井業核辦系統之操作及核辦流程更契合實際使用需求，重新改版建置地下水鑿井業資訊網及核辦系統，以提昇核辦效率、有效管理業者相關資訊。</abstract><author>數唯科技有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040310</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/11</date><governmentpublicationsnumber>1010402892</governmentpublicationsnumber><identifier>81057</identifier><internationalstandardbooknumber>9789860472028 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81057</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>水權管理資訊系統維護及功能擴充Maintenance and Feature Enhance of the Management Information System of Water Rights</title><yearidentifier>201512</yearidentifier></data><data><abstract>目前全國共有26個水權主管機關，業務承辦人使用之水權核辦各相關系統均為Web Application，伺服器設置於本署，為使水權核辦各相關系統運轉順利、加強水權資訊的安全與控管，以及配合水權核辦業務需求。 本計畫係為因應最新資訊及網路環境、法令規定的改變及維持全國水權資料庫的完整性，有必要對水權管理資訊系統及資料庫作持續性的維護改善。另配合「水權登記審查作業要點」草案修改內容調整系統相關功能。 為使地下水鑿井業核辦系統之操作及核辦流程更契合實際使用需求，重新改版建置地下水鑿井業資訊網及核辦系統，以提昇核辦效率、有效管理業者相關資訊。</abstract><author>數唯科技有限公司</author><categoryidentifier>443.682</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040310</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/11</date><governmentpublicationsnumber>1010402892</governmentpublicationsnumber><identifier>81058</identifier><internationalstandardbooknumber>9789860472028 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81058</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>水權管理資訊系統維護及功能擴充(光碟版)Maintenance and Feature Enhance of the Management Information System of Water Rights</title><yearidentifier>201512</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/16</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81070</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81070</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(2/2)(林厝寮海堤至臺子村海堤)=Field Investigation and Analysis Project at Coastal Area of Yunlin County (2/2)(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/16</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81071</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81071</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(2/2)(林厝寮海堤至臺子村海堤)(光碟版)Field Investigation and Analysis Project at Coastal Area of Yunlin County(2/2)(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract> </abstract><author>洪國騰</author><categoryidentifier>356</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010402399</governmentpublicationsnumber><identifier>81073</identifier><internationalstandardbooknumber>9789860465914 ; 9789860465</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81073</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>104</publishrocyear><title>五萬分之一 臺灣地質圖說明書 圖幅第一號：三芝 (第二版)</title><yearidentifier>201512</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500265</governmentpublicationsnumber><identifier>81075</identifier><internationalstandardbooknumber>9789860480818 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81075</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(總報告)The effects on the protection works at Chia-yi coast by the changes of Waisan-ding sandbar</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500264</governmentpublicationsnumber><identifier>81076</identifier><internationalstandardbooknumber>9789860480801 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81076</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(2/2)The effects on the protection works at Chia-yi coast by the changes of Waisan-ding sandbar(2/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500265</governmentpublicationsnumber><identifier>81077</identifier><internationalstandardbooknumber>9789860480818 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81077</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(總報告)(光碟版)The effects on the protection works at Chia-yi coast by the changes of Waisan-ding sandbar</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為台子村(外汕頂洲北側3公里)至北門(急水溪口南側1公里)，沿岸長度約34公里。計畫區外海之外傘頂洲位於東石港西方海上約14公里，長約20公里，寬度1~3公里，面積約100餘公頃，呈東北、西南走向，為台灣最大沙洲，也是嘉義沿海地區之天然屏障。 由於外傘頂洲之侵蝕與變遷，嘉義沿海地區之天然屏障逐漸消失，必然衝擊嘉義沿海地區之防護作為，是故本局未雨綢繆，期藉由本計畫之基本資料蒐集分析、海岸波流與近岸地形變遷模擬，檢討外傘頂洲變遷對沿線海堤安全性影響及既有設施因應改善對策，以作為未來本段海岸防護規劃與設計之應用參考。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040241</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500264</governmentpublicationsnumber><identifier>81078</identifier><internationalstandardbooknumber>9789860480801 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81078</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>外傘頂洲變遷對嘉義海岸防護之影響分析研究(2/2)(光碟版)The effects on the protection works at Chia-yi coast by the changes of Waisan-ding sandbar(2/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500240</governmentpublicationsnumber><identifier>81080</identifier><internationalstandardbooknumber>9789860480306 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81080</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(林厝寮海堤至臺子村海堤)=Field Investigation and Analysis Project at Coastal Area of Yunlin County (Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010500240</governmentpublicationsnumber><identifier>81081</identifier><internationalstandardbooknumber>9789860480306 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81081</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(林厝寮海堤至臺子村海堤)(光碟版)Field Investigation and Analysis Project at Coastal Area of Yunlin County(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，本研究乃針對中港溪水系之主支流進行基本資料蒐集、河川區域調查、生物調查、生態資源資料庫之建立及生態工法建議，補充現有資料之不足，並整合提供各界參考。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040419</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010402998</governmentpublicationsnumber><identifier>81087</identifier><internationalstandardbooknumber>9789860470543 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81087</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>中港溪水系河川情勢調查(1/2)=Investigation of Current Status in Zhanggang River</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，本研究乃針對中港溪水系之主支流進行基本資料蒐集、河川區域調查、生物調查、生態資源資料庫之建立及生態工法建議，補充現有資料之不足，並整合提供各界參考。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040419</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/18</date><governmentpublicationsnumber>1010402998</governmentpublicationsnumber><identifier>81088</identifier><internationalstandardbooknumber>9789860470543 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81088</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>中港溪水系河川情勢調查(1/2)--光碟版=Investigation of Current Status in Zhanggang River</title><yearidentifier>201512</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權引用水量之審核除自需求面考量應以其「事業所必需者」為限（水利法第17條）外，於供給面方面，亦須根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，是否足以供給申請人事業所必需者（水利法第21條）。同法細則第15條第2項將地面水之「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點亦明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。簡言之，地面水水權之審核，於供給面需綜合考慮申請引水位置之水文狀況、與其上下游有關係之已核准水權水量、環保基流量等資料。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署已於101至103年委託辦理完成「全台河川水系地面水可用水量計算資訊系統」建置計畫，完成公告之全台中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系之地面水可用水量GIS作業平台計算資訊系統建置。該系統依據前述水利法規定之水文分析、水權檢核原則，提供河川水權管理區段位置每日更新之水權及可用水量資訊，此外亦提供不同流量超越機率水量推估結果及臨時使用權核算參考等功能。 為因應前述系統之後續工作，本計畫除將持續維護「地面水可用水量計算系統」之各項功能，並提供其更穩定化與便利之使用介面，同時因應縣市改制相關管理機關之調整，擴大系統相關推廣服務範圍，使中央及地方政府核辦人員熟悉系統之操作。此外，在中央管河川及跨省市河川26水系中，其中17水系有水庫壩堰增闢水源或調節運用情形，為完善可用水量計算之每個環節，擬於本年度探討增闢水源水權核辦機制，建立具理論基礎與實務考量之檢核方法，俾作為主管機關施政之參考。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040311</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010403239</governmentpublicationsnumber><identifier>81090</identifier><internationalstandardbooknumber>9789860475531 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81090</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>地面水增闢水源水權核辦機制探討及可用水量計算系統推動維護=Investigating the Mechanism of Issuing Water Rights to Augmented Water Resources and Maintenance of the Surface Water Availability Calculation System</title><yearidentifier>201512</yearidentifier></data><data><abstract>基於水資源之永續利用及考量原有各水權人權益，同時兼顧河川生態環境，水權引用水量之審核除自需求面考量應以其「事業所必需者」為限（水利法第17條）外，於供給面方面，亦須根據水文測驗結果，考量區域內水源之水量水源在一定時期內之通常保持之水量，是否足以供給申請人事業所必需者（水利法第21條）。同法細則第15條第2項將地面水之「通常保持之水量」修正為「流量超越機率百分之八十五之水量」。另水權登記審查作業要點第4點亦明訂水權水量核准之各項條件，即主管機關審核水權之引用水量時，應參酌引水地點之各月水文狀況、其上、下游已核准水權水量、環保基流量及事業所需用水量覈實核給。簡言之，地面水水權之審核，於供給面需綜合考慮申請引水位置之水文狀況、與其上下游有關係之已核准水權水量、環保基流量等資料。 為落實上開水利法規定，並建立科學化之供給面水量審核參考基準，本署已於101至103年委託辦理完成「全台河川水系地面水可用水量計算資訊系統」建置計畫，完成公告之全台中央管河川24水系、跨省市河川2水系及縣（市）管河川92水系之地面水可用水量GIS作業平台計算資訊系統建置。該系統依據前述水利法規定之水文分析、水權檢核原則，提供河川水權管理區段位置每日更新之水權及可用水量資訊，此外亦提供不同流量超越機率水量推估結果及臨時使用權核算參考等功能。 為因應前述系統之後續工作，本計畫除將持續維護「地面水可用水量計算系統」之各項功能，並提供其更穩定化與便利之使用介面，同時因應縣市改制相關管理機關之調整，擴大系統相關推廣服務範圍，使中央及地方政府核辦人員熟悉系統之操作。此外，在中央管河川及跨省市河川26水系中，其中17水系有水庫壩堰增闢水源或調節運用情形，為完善可用水量計算之每個環節，擬於本年度探討增闢水源水權核辦機制，建立具理論基礎與實務考量之檢核方法，俾作為主管機關施政之參考。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040311</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010403239</governmentpublicationsnumber><identifier>81091</identifier><internationalstandardbooknumber>9789860475531 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81091</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>地面水增闢水源水權核辦機制探討及可用水量計算系統推動維護--光碟版=Investigating the Mechanism of Issuing Water Rights to Augmented Water Resources and Maintenance of the Surface Water Availability Calculation System</title><yearidentifier>201512</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目，並可用以了解河道通洪能力、現有堤防高程及河道變動情形等，遂擬訂本次「104年度後龍溪水系大斷面測量暨河川特性分析計畫」計畫。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040079</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010402779</governmentpublicationsnumber><identifier>81093</identifier><internationalstandardbooknumber>9789860470123 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81093</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度後龍溪水系大斷面測量暨河川特性分析計畫=The Cross-Section Survey and Characteristic Analysis Plan for the Ho-Lung River in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>河川測量為治理與管理必要工作，測量業務中，大斷面測量更屬必須定期辦理之項目，並可用以了解河道通洪能力、現有堤防高程及河道變動情形等，遂擬訂本次「104年度後龍溪水系大斷面測量暨河川特性分析計畫」計畫。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040079</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010402779</governmentpublicationsnumber><identifier>81094</identifier><internationalstandardbooknumber>9789860470123 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81094</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度後龍溪水系大斷面測量暨河川特性分析計畫--光碟版=The Cross-Section Survey and Characteristic Analysis Plan for the Ho-Lung River in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>後龍溪水系支流汶水溪原為苗栗縣縣管河川，自虎山吊橋下游100公尺起至與後龍溪匯流處止，於民國88年由苗栗縣政府完成治理基本計畫並奉前台灣省政府核定公告。民國89年時改列為中央管河川，水利署水利規劃試驗所於95年辦理虎山吊橋以上規劃，惟治理計畫並未核定公告。 本溪自民國88年規劃迄今已歷時15載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理後龍溪水系支流汶水溪治理規劃檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040184</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010402778</governmentpublicationsnumber><identifier>81095</identifier><internationalstandardbooknumber>9789860470116 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81095</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討=Review on the River Improvement Planning of Wen-shui River</title><yearidentifier>201512</yearidentifier></data><data><abstract>後龍溪水系支流汶水溪原為苗栗縣縣管河川，自虎山吊橋下游100公尺起至與後龍溪匯流處止，於民國88年由苗栗縣政府完成治理基本計畫並奉前台灣省政府核定公告。民國89年時改列為中央管河川，水利署水利規劃試驗所於95年辦理虎山吊橋以上規劃，惟治理計畫並未核定公告。 本溪自民國88年規劃迄今已歷時15載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理後龍溪水系支流汶水溪治理規劃檢討。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040184</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>1010402778</governmentpublicationsnumber><identifier>81096</identifier><internationalstandardbooknumber>9789860470116 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81096</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>後龍溪水系支流汶水溪治理規劃檢討--光碟版=Review on the River Improvement Planning of Wen-shui River</title><yearidentifier>201512</yearidentifier></data><data><abstract>臺灣水文及民國101年氣象與水文現況相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/19</date><governmentpublicationsnumber>2009801352</governmentpublicationsnumber><identifier>81097</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81097</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報電子書(光碟版) HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014</title><yearidentifier>201506</yearidentifier></data><data><abstract>蘭陽溪原名為宜蘭濁水溪，主流全長約40公里，以含砂豐富，水質混濁而得名，為宜蘭縣最大河川，屬中央管河川。現有防洪設施，迄至民國102年止，蘭陽溪主流部份計完成堤防50,724公尺，護岸790公尺。現況防洪構造物歷經多年風吹日曬、颱風豪雨及多次強弱地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。歷經民國101年蘇拉颱風等沖刷影響之後，造成堤防受損極需評估其安全性。然而全河段拆除重建工程經費龐大，且蘭陽溪堤防多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視蘭陽溪堤防之安全，以利後續維護管理。本計畫主要目的為暸解蘭陽溪堤防內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及含水狀況等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040216</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/20</date><governmentpublicationsnumber>1010402916</governmentpublicationsnumber><identifier>81101</identifier><internationalstandardbooknumber>9789860470901 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81101</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>蘭陽溪堤防安全性評估分析研究計畫(2/2)成果報告書=Study Project on Safety Assessment and Analysis of Dike in Lanyang River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>蘭陽溪原名為宜蘭濁水溪，主流全長約40公里，以含砂豐富，水質混濁而得名，為宜蘭縣最大河川，屬中央管河川。現有防洪設施，迄至民國102年止，蘭陽溪主流部份計完成堤防50,724公尺，護岸790公尺。 現況防洪構造物歷經多年風吹日曬、颱風豪雨及多次強弱地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況防洪構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 歷經民國101年蘇拉颱風等沖刷影響之後，造成堤防受損極需評估其安全性。然而全河段拆除重建工程經費龐大，且蘭陽溪堤防多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視蘭陽溪堤防之安全，以利後續維護管理。 本計畫主要目的為暸解蘭陽溪堤防內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫及含水狀況等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040216</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/20</date><governmentpublicationsnumber>1010402916</governmentpublicationsnumber><identifier>81102</identifier><internationalstandardbooknumber>9789860470901 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81102</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>蘭陽溪堤防安全性評估分析研究計畫(2/2)--光碟版=Study Project on Safety Assessment and Analysis of Dike in Lanyang River (2/2)成果報告書</title><yearidentifier>201512</yearidentifier></data><data><abstract>宜蘭地區海岸構造物林立，以致破壞海岸漂砂平衡，海岸線往內陸退縮。另外，海岸之細顆粒帶向離岸淤積，產生侵蝕性離岸波灘線，易使海堤護坦工下沉、傾斜，減弱波浪消能效果，使堤身填方流失，堤腳淘刷、堤坡破裂。 現況海岸構造物歷經多年風吹日曬、颱風豪雨及大小地震影響，已有略呈堤頂下陷、淘空滲砂與材料劣化等現象發生，對於現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。 然而全段拆除重建工程經費龐大，且宜蘭縣海堤多屬老舊堤防，為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視宜蘭縣海堤(12座，約10,500公尺)及突堤海岸保護工(計7處，共78座)之安全，以利後續維護管理。 本計畫主要目的為暸解宜蘭縣海堤內容結構現況，採用非破壞檢測方式，檢查堤防構造物之使用狀況與內部損壞狀態，包含結構體內部裂縫、含水狀況及管路情形等情形，以便未來做為堤防管理、維護之參考依據，以及尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040237</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/20</date><governmentpublicationsnumber>1010402915</governmentpublicationsnumber><identifier>81103</identifier><internationalstandardbooknumber>9789860470918 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81103</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>104</publishrocyear><title>宜蘭縣海堤安全性評估分析研究計畫(2/2)--光碟版=Study Project on Safety Assessment and Analysis of Seawall in Yilan County(2/2)成果報告</title><yearidentifier>201512</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/20</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81105</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81105</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(1/2)=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/20</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81106</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81106</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(1/2)--光碟版=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040077</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010403075</governmentpublicationsnumber><identifier>81107</identifier><internationalstandardbooknumber>9789860468496 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81107</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(1/2)--光碟版=Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402895</governmentpublicationsnumber><identifier>81108</identifier><internationalstandardbooknumber>9789860472042 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81108</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海堤設施環境改善規劃(南岸、東北角)--內附光碟=The Plan of Facility Environmental Improvement at Kinmen Seawalls(South and Northeast Coast)</title><yearidentifier>201512</yearidentifier></data><data><abstract>古寧頭～嚨口於大金門西北側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040222</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402895</governmentpublicationsnumber><identifier>81109</identifier><internationalstandardbooknumber>9789860472042 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81109</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>104</publishrocyear><title>金門海堤設施環境改善規劃(南岸、東北角)--光碟版=The Plan of Facility Environmental Improvement at Kinmen Seawalls(South and Northeast Coast)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402575</governmentpublicationsnumber><identifier>81111</identifier><internationalstandardbooknumber>9789860467956 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81111</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫(2/2)The project of shoreline change monitoring and investigation at Miaoli coastal area(2/2)摘要式報告</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來苗栗海岸受海埔地開發、海岸結構物及河川輸沙量減少等影響，海岸多處呈現侵蝕後退之情形。經往年沿岸水深地形測量之結果顯示，部份海岸如苗栗青天泉等海岸呈現明顯侵蝕現象，為因應苗栗海岸防災減災整體性功能之發揮及檢討現有海岸防護設施的成效，擬進行相關調查研究及工程規劃，確定未來該段海岸環境復育具體方向，並事先研擬部份局部重點海岸地區的防護措施與具體改善對策，作為未來改善工程實施的依據。 海岸防護規劃需先進行海岸基本資料觀測調查作業，含括地形水深測量、波潮流觀測調查及漂沙觀測調查等，藉以分析本海岸地形侵淤變化特性，繼而據以研擬相關之對策作為日後實施防護工作之依據。 本計畫測量範圍為苗栗縣海岸北起後龍鎮南至苑裡鎮鄉縣界止之海岸線，本段海岸線共計長約40公里。</abstract><author>經濟部水利署第二河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040240</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402575</governmentpublicationsnumber><identifier>81112</identifier><internationalstandardbooknumber>9789860467956 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81112</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>苗栗海岸變遷監測調查計畫(2/2)The project of shoreline change monitoring and investigation at Miaoli coastal area(2/2)成果簡冊</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要針對高屏溪流域 管理委員會所選定之14 個監測 點，持續進行河川水質監測工作， 監測頻率為每季一次，並配合管委 會業務需求，另執行20個點次之臨 時不定期採樣檢測工作，同時彙整 行政院環境保護署及經濟部水利 署南區水資源局之例行性水質監 測資料，進行河川水體整體品質之 綜合評析。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010403311</governmentpublicationsnumber><identifier>81113</identifier><internationalstandardbooknumber>9789868282797 ; 9789868282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81113</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>104</publishrocyear><title>104年度「高屏溪流域河川水質採樣檢測分析」工作計畫=Sampling and Analysis for the Water Quality of Kao-Pin River (2015)</title><yearidentifier>201512</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040370</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>81114</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81114</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>104年度六河局轄區洪水預警及防汛整合作業=Integratiion Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office in 2015.</title><yearidentifier>201512</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040370</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/21</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>81115</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81115</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>104年度六河局轄區洪水預警及防汛整合作業--光碟版=Integratiion Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office Area in 2015.</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人國家實驗研究院、國家高速網路與計算中心</author><categoryidentifier>441.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/23</date><governmentpublicationsnumber>1010101394</governmentpublicationsnumber><identifier>81116</identifier><internationalstandardbooknumber>9789860330687 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81116</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>石門水庫排洪隧道3維水理數值模擬及不確定性分析(內含光碟) 3D numerical flow simulation and uncertainty analysis on flood diversion tunnels of Shihmen reservoir</title><yearidentifier>201206</yearidentifier></data><data><abstract> </abstract><author>賴伯勳</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/23</date><governmentpublicationsnumber>1010101494</governmentpublicationsnumber><identifier>81117</identifier><internationalstandardbooknumber>9789860331677 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81117</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>中庄調整池工程計畫攔河堰工程基本設計報告(內含光碟) The Project of JhongJhuang Bank-Side Reservoir Basic Design Report of the Weir Engineering</title><yearidentifier>201207</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>545.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/23</date><governmentpublicationsnumber>1010200939</governmentpublicationsnumber><identifier>81118</identifier><internationalstandardbooknumber>9789860369038 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81118</librarycollectiondetailsurl><price>500</price><publisher> </publisher><publishrocyear>102</publishrocyear><title>中庄調整池工程計畫基本及細部設計報告(內含光碟) The Project of JhongJhuang Bank-Side Reservoir Basic Design and Detailed Design Report</title><yearidentifier>201305</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司暨國立台灣大學水工試驗所</author><categoryidentifier>448.618</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/23</date><governmentpublicationsnumber>1010200937</governmentpublicationsnumber><identifier>81121</identifier><internationalstandardbooknumber>9789860369021 ; 9789860369</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81121</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>101</publishrocyear><title>中庄調整池工程計畫 中庄攔河堰水工模型試驗報告(內含光碟) The JhongJhuang Adjustment Lake Engineering Project The Hydraulic Model Study of JhongJhuang Weir</title><yearidentifier>201211</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040228</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403168</governmentpublicationsnumber><identifier>81124</identifier><internationalstandardbooknumber>9789860474350 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81124</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(1/2)=A study of the environmental sustainable regeneration and the adaptive protected strategy due to global climate change at Tainan coast (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。 過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。 由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。 104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。 本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040228</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403168</governmentpublicationsnumber><identifier>81125</identifier><internationalstandardbooknumber>9789860474350 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81125</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(1/2)--光碟版=A study of the environmental sustainable regeneration and the adaptive protected strategy due to global climate change at Tainan coast (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度共執行2次第行水深測量，冬季波浪作用測量範圍為急水溪口至曾文溪口之臨外海側海岸段共約30公里，夏季波浪作用後測量範圍為北門瀉湖及七股瀉湖內海。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040227</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403185</governmentpublicationsnumber><identifier>81126</identifier><internationalstandardbooknumber>9789860472349 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81126</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫(2/2)=The Plan of Section Monitoring Survey at Tainan Coast (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本年度共執行2次第行水深測量，冬季波浪作用測量範圍為急水溪口至曾文溪口之臨外海側海岸段共約30公里，夏季波浪作用後測量範圍為北門瀉湖及七股瀉湖內海。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040227</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403185</governmentpublicationsnumber><identifier>81127</identifier><internationalstandardbooknumber>9789860472349 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81127</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫(2/2)--光碟版=The Plan of Section Monitoring Survey at Tainan Coast (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫研究範圍為八掌溪口至曾文溪口海岸，沿岸長約35公里，海岸地形水深測量範圍原依契約規定系由急水溪口至曾文溪口(不包括港口及潟湖區)之臨外海側海岸段共約15公里，惟考量計畫完整分析地形水深變遷特性，於104年增測港口及潟湖區臨外海測範圍，測量岸線長約30公里並於夏季波浪作用後增測北門潟湖及七股潟湖內海。其研究目的係期望藉由相關基本資料蒐集分析、航拍或衛星影像岸線萃取、地行水深測量等調查工作，進行地形水深侵淤變遷特性分析、海岸結構物保全措施、海域底床值粒徑分析及將軍外海抽沙養灘之探討，做為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040227</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403186</governmentpublicationsnumber><identifier>81128</identifier><internationalstandardbooknumber>9789860472356 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81128</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫=The Plan of Section Monitoring Survey at Tainan Coast</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫研究範圍為八掌溪口至曾文溪口海岸，沿岸長約35公里，海岸地形水深測量範圍原依契約規定系由急水溪口至曾文溪口(不包括港口及潟湖區)之臨外海側海岸段共約15公里，惟考量計畫完整分析地形水深變遷特性，於104年增測港口及潟湖區臨外海測範圍，測量岸線長約30公里並於夏季波浪作用後增測北門潟湖及七股潟湖內海。其研究目的係期望藉由相關基本資料蒐集分析、航拍或衛星影像岸線萃取、地行水深測量等調查工作，進行地形水深侵淤變遷特性分析、海岸結構物保全措施、海域底床值粒徑分析及將軍外海抽沙養灘之探討，做為日後海岸防護工作及環境營造計畫之參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040227</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010403186</governmentpublicationsnumber><identifier>81129</identifier><internationalstandardbooknumber>9789860472356 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81129</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南海岸斷面測量監測計畫--光碟版=The Plan of Section Monitoring Survey at Tainan Coast</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/24</date><governmentpublicationsnumber>1010100303</governmentpublicationsnumber><identifier>81133</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81133</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>100</publishrocyear><title>石門水庫集水區移地復育在地民眾參與生態監測及成效評估〈1/2〉正式報告書〈內附光碟片〉Ex-situ restoration,ecological monitor and evaluation on fish stock through local resident conservation workshops involved in Shihmen Reservoir watershed〈1/2〉</title><yearidentifier>201112</yearidentifier></data><data><abstract> </abstract><author>林信輝</author><categoryidentifier>432.037</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/25</date><governmentpublicationsnumber>1009602907</governmentpublicationsnumber><identifier>81141</identifier><internationalstandardbooknumber>9789860116199 ; 9789860116</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81141</librarycollectiondetailsurl><price>400</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>96</publishrocyear><title>坡地植生工程暨植生調查應用手冊 Manual of Slopeland Vegetation Engineering and Investigation Method</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>台灣藍色東港溪保育協會</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030383</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/25</date><governmentpublicationsnumber>101030009</governmentpublicationsnumber><identifier>81144</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81144</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>103</publishrocyear><title>東港溪水環境課題公民參與計畫The Citizen Participation Initiative Project of Water Enviroment Issues of Donggang River</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/25</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81146</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81146</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract> </abstract><author>孔祥嘉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/25</date><governmentpublicationsnumber>1010500468</governmentpublicationsnumber><identifier>81147</identifier><internationalstandardbooknumber>9789860483918 ; 9789860483</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81147</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>上善若水守護嘉雲南：經濟部水利署第五河川局治水80週年紀念冊</title><yearidentifier>201603</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/26</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81149</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書第一年成果報告(內附光碟)Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/26</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81155</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81155</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)(光碟版)Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本(第1期)3年計畫目的係針對卵、礫石及砂質河床，進行30度斜向水流之基腳沖刷與保護水工模型基本試驗，相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/27</date><governmentpublicationsnumber>1010500083</governmentpublicationsnumber><identifier>81159</identifier><internationalstandardbooknumber>9789860478570 ; 9789860478</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81159</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第1期)--內附光碟=Experimental Study on Toe Scour and Protection for River Embankment</title><yearidentifier>201601</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 公里  2.3 公里）。臺南海水淡化廠經多面 向綜合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選 擇台南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域 段取水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線 長約0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋 管式取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍 及外海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/27</date><governmentpublicationsnumber>1010402538</governmentpublicationsnumber><identifier>81160</identifier><internationalstandardbooknumber>9789860467062 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81160</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-地形測量與海岸變遷分析專題報告 Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for Topographic Surve and Coastal Change Analysis</title><yearidentifier>201512</yearidentifier></data><data><abstract>由歷年計畫針對臺南海水淡化廠之興辦評估各項工程可行性、環 境現況調查與環境影響評估等工作，評估於臺南地區設置海水淡化廠 已具可行性。期間曾於民國101 年5 月辦理1 次取排水設施所在海域 之地形測量（海測範圍約3 km  2.3 km）。臺南海水淡化廠經多面向綜 合評估，迴避鄰近國家公園、河口濕地、潟湖等生態敏感區，選擇台 南市將軍區廢棄鹽田為廠址，占地約23 公頃。取水系統規劃陸域段取 水管線沿青山漁港北防波堤埋設，長約3 公里；海域端取水管線長約 0.6 公里，埋設於海床下至少1~2 公尺深，整體取水系統採離岸埋管式 取用海水並考量避開南側青山漁港航道、台江國家公園海域範圍及外 海電纜、油管管線等可能限制條件。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040147</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/27</date><governmentpublicationsnumber>1010402548</governmentpublicationsnumber><identifier>81161</identifier><internationalstandardbooknumber>9789860467079 ; 9789860467</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81161</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>臺南海水淡化廠可行性規劃-廠區、取排水管線及整體景觀意象之3D建模展示專題報告 Feasibility Study of Tainan Seawater Desalination Plant - Special Subject Report for The 3-dimensional model representation of Seawater Desalination Plant, water intake a</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/27</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81167</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81167</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書第一年成果報告(內附光碟)Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81169</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81169</librarycollectiondetailsurl><price>500</price><publisher> </publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)(光碟版)</title><yearidentifier>201603</yearidentifier></data><data><abstract>本計畫辦理花蓮溪水系防洪構造物測量及調查、數值地形圖修測及水閘門測量及調查等工作。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040195</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402527</governmentpublicationsnumber><identifier>81172</identifier><internationalstandardbooknumber>9789860468472 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81172</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>花蓮溪水系河防構造物補充調查成果報告書=The Hualien River flood control structures supplementary investigation</title><yearidentifier>201511</yearidentifier></data><data><abstract>本計畫辦理花蓮溪水系防洪構造物測量及調查、數值地形圖修測及水閘門測量及調查等工作。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040195</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402527</governmentpublicationsnumber><identifier>81173</identifier><internationalstandardbooknumber>9789860468472 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81173</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>花蓮溪水系河防構造物補充調查--光碟版=The Hualien River flood control structures supplementary investigation</title><yearidentifier>201511</yearidentifier></data><data><abstract>鑑於秀姑巒溪治理規劃報告乃完成於民國77 年，迄今已20 餘年，且花東縱谷板塊運動頻繁，致使河川圖籍已與現況地形?符，造成河川治理與管理問題；此外，考量極端降雨事件及流路變遷造成的潛在風險，並須納入經常性損害河段之改善，以綜合治水理念辦理檢討，以利後續河川管理及治理。故本署第九河川局認為確有需要重新檢討秀姑巒溪水系整體治理規劃之必要，以作為後續治理工程施作依據，期能達到保護人民生命財產安全與河川永續利用之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040817</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402585</governmentpublicationsnumber><identifier>81174</identifier><internationalstandardbooknumber>9789860468885 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81174</librarycollectiondetailsurl><price>3500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>秀姑巒溪水系治理規劃檢討(3/3)=Review on the Regulation Planning of Xiuguluan River(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>鑑於秀姑巒溪治理規劃報告乃完成於民國77 年，迄今已20 餘年，且花東縱谷板塊運動頻繁，致使河川圖籍已與現況地形?符，造成河川治理與管理問題；此外，考量極端降雨事件及流路變遷造成的潛在風險，並須納入經常性損害河段之改善，以綜合治水理念辦理檢討，以利後續河川管理及治理。故本署第九河川局認為確有需要重新檢討秀姑巒溪水系整體治理規劃之必要，以作為後續治理工程施作依據，期能達到保護人民生命財產安全與河川永續利用之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040817</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402585</governmentpublicationsnumber><identifier>81175</identifier><internationalstandardbooknumber>9789860468885 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81175</librarycollectiondetailsurl><price>3500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>秀姑巒溪水系治理規劃檢討(3/3)--光碟版=Review on the Regulation Planning of Xiuguluan River(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040376</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402613</governmentpublicationsnumber><identifier>81176</identifier><internationalstandardbooknumber>9789860469257 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81176</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>104年度九河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040376</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402613</governmentpublicationsnumber><identifier>81177</identifier><internationalstandardbooknumber>9789860469257 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81177</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>104年度九河局轄區洪水預警及防汛整合作業--光碟版=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>檢討海岸生態潛堤環境整體營造成效及擬訂改善策略</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040221</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402580</governmentpublicationsnumber><identifier>81178</identifier><internationalstandardbooknumber>9789860468854 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81178</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(2/2)=The Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien. (2/2)</title><yearidentifier>201511</yearidentifier></data><data><abstract>檢討海岸生態潛堤環境整體營造成效及擬訂改善策略</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040221</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/30</date><governmentpublicationsnumber>1010402580</governmentpublicationsnumber><identifier>81179</identifier><internationalstandardbooknumber>9789860468854 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81179</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>104</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(2/2)--光碟版=The Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien. (2/2)</title><yearidentifier>201511</yearidentifier></data><data><abstract> </abstract><author>張延光</author><categoryidentifier>443.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/6/1</date><governmentpublicationsnumber>1010103488</governmentpublicationsnumber><identifier>81180</identifier><internationalstandardbooknumber>9789860353808 ; 9789860353</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81180</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>101</publishrocyear><title>新北水漾無微不誌：新竹市政府水利局局誌</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>張延光</author><categoryidentifier>443.69</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010004797</governmentpublicationsnumber><identifier>81191</identifier><internationalstandardbooknumber>9789860311334 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81191</librarycollectiondetailsurl><price></price><publisher>新北市水利局</publisher><publishrocyear>100</publishrocyear><title>新北水漾：新竹市政府水利局年報</title><yearidentifier>201112</yearidentifier></data><data><abstract>為全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，並使目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續辦理省水標章審查作業，核發符合省水標章產品規格之證書；同時辦理申請省水標章衍生之檢測費補助及鼓勵民間參與省水技術研發等相關工作推動，提升省水標章普及化，落實「三全」節水運動，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040274</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403021</governmentpublicationsnumber><identifier>81194</identifier><internationalstandardbooknumber>9789860472851 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81194</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年省水標章產品標準審查作業計畫The Program of Product Criteria and Certification Operation for Waer Conservation Mark in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>為全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，並使目前市場上已具省水效能之產品納入省水標章產品，以擴大省水產品之範疇，並持續辦理省水標章審查作業，核發符合省水標章產品規格之證書；同時辦理申請省水標章衍生之檢測費補助及鼓勵民間參與省水技術研發等相關工作推動，提升省水標章普及化，落實「三全」節水運動，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040274</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403021</governmentpublicationsnumber><identifier>81195</identifier><internationalstandardbooknumber>9789860472851 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81195</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年省水標章產品標準審查作業計畫(光碟版)The Program of Product Criteria and Certification Operation for Waer Conservation Mark in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而在101、102及103年本署則持續推動水資源環境教育及環境教育平台與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，擬持續辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助。另本署近年來在環境教育推動上略有收穫，為使本署可更進一步落實環境教育之目標，將彙整本署暨所屬機關環境教育相關資源，進行整合性水資源環境教育推動，並研擬本署中、長程環境教育工作計畫。</abstract><author>財團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040280</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403169</governmentpublicationsnumber><identifier>81196</identifier><internationalstandardbooknumber>9789860473742 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81196</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年推動水資源環境教育與環教設施整合計畫The project of 104 years to promote environmental  education for water resources and environmental education facilities integration</title><yearidentifier>201512</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而在101、102及103年本署則持續推動水資源環境教育及環境教育平台與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 有鑒於行政院組織改造後，水利署將併入環境資源部，整體行政體系之人員更應提升對環境、生態之基礎認識，故今年度仍持續辦理水資源環境教育之推動，且為協助建立環境教育專業制度及環境教育設施整合，擬持續辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助。另本署近年來在環境教育推動上略有收穫，為使本署可更進一步落實環境教育之目標，將彙整本署暨所屬機關環境教育相關資源，進行整合性水資源環境教育推動，並研擬本署中、長程環境教育工作計畫。</abstract><author>財團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040280</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403169</governmentpublicationsnumber><identifier>81197</identifier><internationalstandardbooknumber>9789860473742 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81197</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年推動水資源環境教育與環教設施整合計畫(光碟版)The project of 104 years to promote environmental  education for water resources and environmental education facilities integration</title><yearidentifier>201512</yearidentifier></data><data><abstract>因應全球氣候變遷，造成豐枯期日益導致各地區缺水風險提高，已逐漸影響經濟發展及生活水準，對於徵收水資源費政策已成為各國水資源永續經營的趨勢。 依據本署修正自來水法-訂定節約用水專章，針對一定規模以上之用水者，其用水量逾合理用水量時，開徵水資源稅費，研究相關產業合理用水標準及建立用水管理制度指標。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040278</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403132</governmentpublicationsnumber><identifier>81198</identifier><internationalstandardbooknumber>9789860472974 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81198</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>耗水費推動之研究A Study on Impulsion of Water Conservation Fee</title><yearidentifier>201512</yearidentifier></data><data><abstract>因應全球氣候變遷，造成豐枯期日益導致各地區缺水風險提高，已逐漸影響經濟發展及生活水準，對於徵收水資源費政策已成為各國水資源永續經營的趨勢。 依據本署修正自來水法-訂定節約用水專章，針對一定規模以上之用水者，其用水量逾合理用水量時，開徵水資源稅費，研究相關產業合理用水標準及建立用水管理制度指標。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040278</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403132</governmentpublicationsnumber><identifier>81199</identifier><internationalstandardbooknumber>9789860472974 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81199</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>耗水費推動之研究(光碟版)A Study on Impulsion of Water Conservation Fee</title><yearidentifier>201512</yearidentifier></data><data><abstract>制定合理用水指標，是用水科學管理的基礎工作，而用水量基準值的制定亦需考量科學性、先進性及經濟合理性，除此之外更應力行簡便易行，提高用水效率基準，並促進用水合理利用和科學管理。近年國內服務業及商業發展蓬勃、營業額逐年增加，因以人為服務對象，是一個用水密集之場所，但國內有關商業用水資料相對較為貧乏。 本計畫將針對國內綜合商品零售業(百貨公司、量販店等)、住宿服務業(國際觀光旅館、一般觀光旅館、一般旅館等)、醫療保健服務業(醫學中心、區域醫院、地區醫院等)及遊樂園和主題樂園等商業大用水戶進行調查，以了解各用水戶之用水特性與用水現況。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040277</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403027</governmentpublicationsnumber><identifier>81200</identifier><internationalstandardbooknumber>9789860472967 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81200</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>商業大用水戶用水調查與合理用水量估算技術之研究計畫(2/2)A Study on Investigation and Rational Estimation of Commerical Water Use(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>制定合理用水指標，是用水科學管理的基礎工作，而用水量基準值的制定亦需考量科學性、先進性及經濟合理性，除此之外更應力行簡便易行，提高用水效率基準，並促進用水合理利用和科學管理。近年國內服務業及商業發展蓬勃、營業額逐年增加，因以人為服務對象，是一個用水密集之場所，但國內有關商業用水資料相對較為貧乏。 本計畫將針對國內綜合商品零售業(百貨公司、量販店等)、住宿服務業(國際觀光旅館、一般觀光旅館、一般旅館等)、醫療保健服務業(醫學中心、區域醫院、地區醫院等)及遊樂園和主題樂園等商業大用水戶進行調查，以了解各用水戶之用水特性與用水現況。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040277</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403027</governmentpublicationsnumber><identifier>81201</identifier><internationalstandardbooknumber>9789860472967 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81201</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>商業大用水戶用水調查與合理用水量估算技術之研究計畫(2/2)(光碟版)A Study on Investigation and Rational Estimation of Commerical Water Use(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國各行各業落實推動節約用水之成效，本(104)年度將擴大辦理節水績優選拔活動，原僅針對私立學校、產業類、商業類及水利會與個人等類別，重新檢討納入全國政府機關、公立學校暨國營事業單位等，重新修正績優選活動之類別，並修正公告「經濟部水利署表揚節約用水績優單位及個人實施要點」。 配合政府機關及學校四省專案計畫，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，彙整提供用水資料，並進行用水量分析及用水管理。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，可報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040276</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403019</governmentpublicationsnumber><identifier>81202</identifier><internationalstandardbooknumber>9789860472950 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81202</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年機關學校節約用水暨節水績優選拔計畫The Program of Water Conservationon on Institutes, Schools and Qutstanding Performance Selection in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>為提倡總統「三全(全國、全民、全面)節水運動」，並鼓勵全國各行各業落實推動節約用水之成效，本(104)年度將擴大辦理節水績優選拔活動，原僅針對私立學校、產業類、商業類及水利會與個人等類別，重新檢討納入全國政府機關、公立學校暨國營事業單位等，重新修正績優選活動之類別，並修正公告「經濟部水利署表揚節約用水績優單位及個人實施要點」。 配合政府機關及學校四省專案計畫，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，彙整提供用水資料，並進行用水量分析及用水管理。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，可報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040276</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010403019</governmentpublicationsnumber><identifier>81203</identifier><internationalstandardbooknumber>9789860472950 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81203</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年機關學校節約用水暨節水績優選拔計畫(光碟版)The Program of Water Conservationon on Institutes, Schools and Qutstanding Performance Selection in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>林宏遠</author><categoryidentifier>448.09</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/6/6</date><governmentpublicationsnumber>1010500503</governmentpublicationsnumber><identifier>81204</identifier><internationalstandardbooknumber>9789860484397 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81204</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>105</publishrocyear><title>點亮臺灣70年</title><yearidentifier>201604</yearidentifier></data><data><abstract>水利法第39條規定水權人應在取水地點裝置量水設備，並將全年之逐月用水情形、實用水量，填具用水紀錄表報查。為落實法規要求，本署前曾於87年委託辦理「水權人裝置自記式量水設備規格及作業規範研究」專案計畫，廣泛調查各標的用水事業單位量水設施及量測儀器設備之尺寸及型式，並分析歸納量水設施型式(管流、渠流)及類別型式，及其功能特性及釐清儀器之檢校體系與規範配合問題，進而參酌國內外量水設備相關標準規範，針對常用之明渠及管流量水設備，研訂完成「水權人裝置自記式量水設備規格及作業規範(草案)」並綜合行政面及技術面管理需求研訂「水權人裝置量水設備審核暨檢查基準(草案)」及「水權人裝置量水設備技術規範(草案)」，期供各水權(申請)人選用裝置量水設備及各水權主管機關查核准駁之參考依據，然因水權人引水使用方法之環境條件、形式、規模不一，其技術層面問題增添水權人選用裝置量水設備及主管機關准駁之複雜度及專業簽證課題，加以量水設備之裝置操作成本及維護難易度亦攸關水權(申請)人對政策之接受程度，凡此種種實務推動可能面臨之阻力肇致歷年來僅持續針對水權人裝置量水設備審查相關行政程序進行研商討論而遲未落實推動。 本署於98年再推動「研訂推動水權人取水計量管理策略及配套措施」計畫，衡酌水權人取水計量管理工作推動面臨之課題，研訂可行因應對策，以作為後續落實推動之依據，包括訂定水權人裝置量水設備與計量方法參考手冊、用水紀錄填報與查核機制、作業辦法，及相關策略與配套措施等。惟各項措施因面臨實務面及政策面等複雜因素，至今仍未能落實有效推動。因應近年水文觀測資料之日益健全，擬進一步推動大用水戶之水權人優先裝置量水設備並建置資料傳遞機制，同時透過推動示範案之作法，逐步落實各階段計量工作之推動。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040305</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403257</governmentpublicationsnumber><identifier>81205</identifier><internationalstandardbooknumber>9789860475661 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81205</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>水權人裝置量水設備實務規劃--內附光碟=The programming of practical procedure for water-right holders to deploy the discharge-measurement equipments</title><yearidentifier>201512</yearidentifier></data><data><abstract>水利法第39條規定水權人應在取水地點裝置量水設備，並將全年之逐月用水情形、實用水量，填具用水紀錄表報查。為落實法規要求，本署前曾於87年委託辦理「水權人裝置自記式量水設備規格及作業規範研究」專案計畫，廣泛調查各標的用水事業單位量水設施及量測儀器設備之尺寸及型式，並分析歸納量水設施型式(管流、渠流)及類別型式，及其功能特性及釐清儀器之檢校體系與規範配合問題，進而參酌國內外量水設備相關標準規範，針對常用之明渠及管流量水設備，研訂完成「水權人裝置自記式量水設備規格及作業規範(草案)」並綜合行政面及技術面管理需求研訂「水權人裝置量水設備審核暨檢查基準(草案)」及「水權人裝置量水設備技術規範(草案)」，期供各水權(申請)人選用裝置量水設備及各水權主管機關查核准駁之參考依據，然因水權人引水使用方法之環境條件、形式、規模不一，其技術層面問題增添水權人選用裝置量水設備及主管機關准駁之複雜度及專業簽證課題，加以量水設備之裝置操作成本及維護難易度亦攸關水權(申請)人對政策之接受程度，凡此種種實務推動可能面臨之阻力肇致歷年來僅持續針對水權人裝置量水設備審查相關行政程序進行研商討論而遲未落實推動。 本署於98年再推動「研訂推動水權人取水計量管理策略及配套措施」計畫，衡酌水權人取水計量管理工作推動面臨之課題，研訂可行因應對策，以作為後續落實推動之依據，包括訂定水權人裝置量水設備與計量方法參考手冊、用水紀錄填報與查核機制、作業辦法，及相關策略與配套措施等。惟各項措施因面臨實務面及政策面等複雜因素，至今仍未能落實有效推動。因應近年水文觀測資料之日益健全，擬進一步推動大用水戶之水權人優先裝置量水設備並建置資料傳遞機制，同時透過推動示範案之作法，逐步落實各階段計量工作之推動。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040305</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403257</governmentpublicationsnumber><identifier>81206</identifier><internationalstandardbooknumber>9789860475661 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81206</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>水權人裝置量水設備實務規劃--光碟版=The programming of practical procedure for water-right holders to deploy the discharge-measurement equipments</title><yearidentifier>201512</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡。目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡後的重要環境標示之一。國內亦有數十家企業完成產品水足跡的估算並通過查證，其中部分企業更以水足跡估算過程中的盤查分析結果，做為研擬節水措施的依據，大幅提昇企業的用水效率。 氣候變遷改變了水文循環，導致全球水資源日益稀少，而臺灣的降雨量雖豐沛，但在時間和區域上的分佈不均，可用的水資源相當稀少，故提升水資源利用效率及節約用水更成為本署重要的水資源政策之ㄧ。由水足跡在企業間的推廣和應用情形來看，若能善用水足跡使其成為水資源管理工具，將有助於工商業用水效率的提升。 本署預定「水足跡」政策之推動工作，包括知識擴散、估算方法訂定、資料庫建立與評估、水足跡盤查機制及運用政策推動等項目。目前除以先期計畫建立知識儲備、宣導水足跡概念及於102年推動自來水水足跡之計算外，尚須進一步建構企業以水足跡做為水資源管理工具的機制，以完備「水足跡」政策萌芽期之推動工作。 本計畫之目的為建立產品水足跡盤查分析準則，供企業評估水足跡時參考，逐步建立企業用水資訊分析能力，並做為本署評估企業合理用水之輔助工具。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040275</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403157</governmentpublicationsnumber><identifier>81207</identifier><internationalstandardbooknumber>9789860473643 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81207</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>企業水足跡盤查機制建立及推動策略之研究(2/2)The Study of Corporate Water Footprint Inventory Mechanism and Related Policy Promotion(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>「水足跡」概念在2002年提出之後已快速成為重要的用水指標，並已有不少的國內外企業完成或正進行評估產品或企業水足跡。目前國際組織和國際大型企業都積極推動水足跡的評估，預計未來水足跡將成為國際上繼碳足跡後的重要環境標示之一。國內亦有數十家企業完成產品水足跡的估算並通過查證，其中部分企業更以水足跡估算過程中的盤查分析結果，做為研擬節水措施的依據，大幅提昇企業的用水效率。 氣候變遷改變了水文循環，導致全球水資源日益稀少，而臺灣的降雨量雖豐沛，但在時間和區域上的分佈不均，可用的水資源相當稀少，故提升水資源利用效率及節約用水更成為本署重要的水資源政策之ㄧ。由水足跡在企業間的推廣和應用情形來看，若能善用水足跡使其成為水資源管理工具，將有助於工商業用水效率的提升。 本署預定「水足跡」政策之推動工作，包括知識擴散、估算方法訂定、資料庫建立與評估、水足跡盤查機制及運用政策推動等項目。目前除以先期計畫建立知識儲備、宣導水足跡概念及於102年推動自來水水足跡之計算外，尚須進一步建構企業以水足跡做為水資源管理工具的機制，以完備「水足跡」政策萌芽期之推動工作。 本計畫之目的為建立產品水足跡盤查分析準則，供企業評估水足跡時參考，逐步建立企業用水資訊分析能力，並做為本署評估企業合理用水之輔助工具。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040275</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403157</governmentpublicationsnumber><identifier>81208</identifier><internationalstandardbooknumber>9789860473643 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81208</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>企業水足跡盤查機制建立及推動策略之研究(2/2)(光碟版)The Study of Corporate Water Footprint Inventory Mechanism and Related Policy Promotion(2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>因應板新地區供水改善計畫第二期工程完工，及北北基行政區域整併之可能，亟需就大臺北地區甚至全台自來水營管模式及水價結構加以深入研討，另相關議題涉及水資源整體利用效率的提昇，並影響到既有自來水事業的營運，更關係到地方政府對公共給水權益的爭取，牽涉層面相當廣泛，為求客觀慎重起見，擬進行社會意見調查，並辦理自來水事業整合之座談會/說明會，俾尋求最適之區域自來水事業整合方案，作為後續相關政策推動之參考。 另經建會於102年5月30日召開行政院離島建設指導委員會工作小組第67次會議，其中有關本署103年度離島建設基金補助計畫綜審意見，要求研議將金門地區納入台灣自來水公司營運範圍；本署於95年雖已進行相關先期研究，惟因時空環境調整，確有再深入研究探討之需要。鑑於連江縣與金門縣同屬離島地區，供水環境嚴峻，擬一併納入計畫範圍研究，並增加併入臺北自來水事業處營運範圍之可行性研議，俾尋求穩定供水品質，保障民生基本用水需求之最佳整合方式。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040255</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403040</governmentpublicationsnumber><identifier>81209</identifier><internationalstandardbooknumber>9789860472592 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81209</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>區域自來水事業整合效益研析(2/2)A Study on Benefits of Regional Water Corporations Integrating (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>因應板新地區供水改善計畫第二期工程完工，及北北基行政區域整併之可能，亟需就大臺北地區甚至全台自來水營管模式及水價結構加以深入研討，另相關議題涉及水資源整體利用效率的提昇，並影響到既有自來水事業的營運，更關係到地方政府對公共給水權益的爭取，牽涉層面相當廣泛，為求客觀慎重起見，擬進行社會意見調查，並辦理自來水事業整合之座談會/說明會，俾尋求最適之區域自來水事業整合方案，作為後續相關政策推動之參考。 另經建會於102年5月30日召開行政院離島建設指導委員會工作小組第67次會議，其中有關本署103年度離島建設基金補助計畫綜審意見，要求研議將金門地區納入台灣自來水公司營運範圍；本署於95年雖已進行相關先期研究，惟因時空環境調整，確有再深入研究探討之需要。鑑於連江縣與金門縣同屬離島地區，供水環境嚴峻，擬一併納入計畫範圍研究，並增加併入臺北自來水事業處營運範圍之可行性研議，俾尋求穩定供水品質，保障民生基本用水需求之最佳整合方式。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040255</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403040</governmentpublicationsnumber><identifier>81210</identifier><internationalstandardbooknumber>9789860472592 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81210</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>區域自來水事業整合效益研析(2/2)(光碟版)A Study on Benefits of Regional Water Corporations Integrating (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，並進行檢測方法改進，以使蓄水庫管理單位了解藻毒發生之風險性，然為更進一步發展公共給水水源及水廠藻毒風險管理，並進行預警及處理對策研擬，以作為各公共給水單位運用來降低藻毒發生之風險，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040257</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403042</governmentpublicationsnumber><identifier>81211</identifier><internationalstandardbooknumber>9789860472608 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81211</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>公共給水水源及水廠藻毒風險預警及處理對策研究(2/2)Early Warning and Treatment Methods of Harmful Algae in Public Water Sources and Water Treatment Plants (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，並進行檢測方法改進，以使蓄水庫管理單位了解藻毒發生之風險性，然為更進一步發展公共給水水源及水廠藻毒風險管理，並進行預警及處理對策研擬，以作為各公共給水單位運用來降低藻毒發生之風險，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040257</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403042</governmentpublicationsnumber><identifier>81212</identifier><internationalstandardbooknumber>9789860472608 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81212</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>公共給水水源及水廠藻毒風險預警及處理對策研究(2/2)(光碟版)Early Warning and Treatment Methods of Harmful Algae in Public Water Sources and Water Treatment Plants (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040265</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403101</governmentpublicationsnumber><identifier>81213</identifier><internationalstandardbooknumber>9789860472844 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81213</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫(1/3)Maintenances of a Management System for Water-Supply-Pipes Installation Industry and Water Technical Staff License(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040265</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403101</governmentpublicationsnumber><identifier>81214</identifier><internationalstandardbooknumber>9789860472844 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81214</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫(1/3)(光碟版)Maintenances of a Management System for Water-Supply-Pipes Installation Industry and Water Technical Staff License(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶，中、大規模地震平均十數年發生一次。公共給水(自來水)系統為重要維生線系統之一，震後倘若無法有效供水，除造成災區民眾生活不便、經濟機能降低之外，也會影響消防、醫療、衛生等其他部門的運作。強震之後，若能藉由地震早期損失評估技術，有助於自來水主管機關與事業單位，正確、快速地評估災情，並採取適切、有效的應變作為。 本署自民國99年迄今，持續推動有關公共給水(自來水)系統之地震損失評估、震後緊急應變措施、管材耐震測試標準程序與環境規劃，以及管材耐震設計方法與耐震性能基準值研擬等科專計畫，已研發「自來水系統地震早期損失評估系統」，並逐年將台灣各地的自來水供水系統納入評估範圍，建置地震災損模擬資料庫，目前除台灣自來水公司第二(桃園縣)、九(花蓮縣)、十(台東縣)區管理處之管線GIS圖資尚未納入外，其餘縣市均已納入。該系統可於強震之後，立即提供管線災損推估結果，讓自來水事業做為相關應變之參考。 本(104年)期計畫，加強收集中部地區自來水設施基本資料，並收集、分析九二一地震當時這些設施的損害程度及原因。如此，除可充實自來水設施地震暴險之模擬資料庫外，亦可藉由各設施的建造年代、結構特性、耐震設計水準與座標等資訊，推估未來地震時自來水設施的可能損害數量與分布。藉此，除有助於掌握自來水重要設施的結構耐震屬性資料，校正其耐震易損性曲線之參數值外，並可作為未來自來水系統地震風險評估的依據。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040264</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403081</governmentpublicationsnumber><identifier>81215</identifier><internationalstandardbooknumber>9789860472578 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81215</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>公共給水系統震災風險評估技術之研究A Study on the Technology of Seismic Risk Assessment of Public Water Supply Systems</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶，中、大規模地震平均十數年發生一次。公共給水(自來水)系統為重要維生線系統之一，震後倘若無法有效供水，除造成災區民眾生活不便、經濟機能降低之外，也會影響消防、醫療、衛生等其他部門的運作。強震之後，若能藉由地震早期損失評估技術，有助於自來水主管機關與事業單位，正確、快速地評估災情，並採取適切、有效的應變作為。 本署自民國99年迄今，持續推動有關公共給水(自來水)系統之地震損失評估、震後緊急應變措施、管材耐震測試標準程序與環境規劃，以及管材耐震設計方法與耐震性能基準值研擬等科專計畫，已研發「自來水系統地震早期損失評估系統」，並逐年將台灣各地的自來水供水系統納入評估範圍，建置地震災損模擬資料庫，目前除台灣自來水公司第二(桃園縣)、九(花蓮縣)、十(台東縣)區管理處之管線GIS圖資尚未納入外，其餘縣市均已納入。該系統可於強震之後，立即提供管線災損推估結果，讓自來水事業做為相關應變之參考。 本(104年)期計畫，加強收集中部地區自來水設施基本資料，並收集、分析九二一地震當時這些設施的損害程度及原因。如此，除可充實自來水設施地震暴險之模擬資料庫外，亦可藉由各設施的建造年代、結構特性、耐震設計水準與座標等資訊，推估未來地震時自來水設施的可能損害數量與分布。藉此，除有助於掌握自來水重要設施的結構耐震屬性資料，校正其耐震易損性曲線之參數值外，並可作為未來自來水系統地震風險評估的依據。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040264</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403081</governmentpublicationsnumber><identifier>81216</identifier><internationalstandardbooknumber>9789860472578 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81216</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>公共給水系統震災風險評估技術之研究(光碟版)A Study on the Technology of Seismic Risk Assessment of Public Water Supply Systems</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之」，本署為自來水法主管機關，為落實上開法規之相關規定，因此自94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，其中94~98年度針對自來水事業單位舉辦5次已在職人員考驗，通過考驗合格者為6,062人，各事業單位聘僱之人員大致已取得證照，爰99年度起迄102年度已辦理4次全國性自來水事業技術人員考驗，報考資格並未限定自來水事業單位在職人員，通過考驗合格者為6,390人，故本考驗自94~102年度，通過考驗取得合格證書總計約為12,452人次，已逐步落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040263</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403077</governmentpublicationsnumber><identifier>81217</identifier><internationalstandardbooknumber>9789860472561 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81217</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>103-104年度自來水技術人員考驗(2/2) 2014-2015 Technician Examination for Water Supply Enterprise (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。前項考驗辦法由中央主管機關訂定之」，本署為自來水法主管機關，為落實上開法規之相關規定，因此自94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，其中94~98年度針對自來水事業單位舉辦5次已在職人員考驗，通過考驗合格者為6,062人，各事業單位聘僱之人員大致已取得證照，爰99年度起迄102年度已辦理4次全國性自來水事業技術人員考驗，報考資格並未限定自來水事業單位在職人員，通過考驗合格者為6,390人，故本考驗自94~102年度，通過考驗取得合格證書總計約為12,452人次，已逐步落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。 自來水事業具專營權性質，為提升自來水事業整體營運績效，亟需改善自來水事業人力體質，而從業人員均能具備自來水事業各類級技術與相關知識，經由專業證照制度之建立，增進技術人員專業知能，以確保自來水供應品質，維護國人用水衛生與安全。本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，針對自來水事業從業人員，全面性地由水源水質保護、取水輸水設施與淨水場設備操作維護、工程施工、水質化驗、供配水與用戶服務管理等不同層面與階段，改善自來水事業人力體質，提升自來水事業整體營運績效。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040263</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403077</governmentpublicationsnumber><identifier>81218</identifier><internationalstandardbooknumber>9789860472561 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81218</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>103-104年度自來水技術人員考驗(2/2)(光碟版) 2014-2015 Technician Examination for Water Supply Enterprise (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署於102年度「淨水場水質異常應變輔導改善計畫」委託服務計畫項下協助連江縣自來水水廠進行淨水場（包括莒光、勝利、儲水沃、板里及東湧等5座）總體檢，經研究發現馬祖地區自來水面臨水源水質惡化、水場單元操作效能不彰，以及供水管網管理弱化等問題，實有進一步改善之必要；另於該計畫內試辦102年度「簡易自來水管理業務輔導計畫」，分別至5個縣、市政府進行業務輔導，發現地方政府在簡易自來水管理業務上仍有持續改善之空間，以及推廣機關往年所研發之「簡易自來水系統薄膜過濾模組設備」，爰研提本計畫。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040260</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403045</governmentpublicationsnumber><identifier>81219</identifier><internationalstandardbooknumber>9789860472639 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81219</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>馬祖地區自來水管理制度之研究(2/2)The system of water supply management in Matsu area (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署於102年度「淨水場水質異常應變輔導改善計畫」委託服務計畫項下協助連江縣自來水水廠進行淨水場（包括莒光、勝利、儲水沃、板里及東湧等5座）總體檢，經研究發現馬祖地區自來水面臨水源水質惡化、水場單元操作效能不彰，以及供水管網管理弱化等問題，實有進一步改善之必要；另於該計畫內試辦102年度「簡易自來水管理業務輔導計畫」，分別至5個縣、市政府進行業務輔導，發現地方政府在簡易自來水管理業務上仍有持續改善之空間，以及推廣機關往年所研發之「簡易自來水系統薄膜過濾模組設備」，爰研提本計畫。</abstract><author>國立交通大學防災與水環境研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040260</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/8</date><governmentpublicationsnumber>1010403045</governmentpublicationsnumber><identifier>81220</identifier><internationalstandardbooknumber>9789860472639 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81220</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>馬祖地區自來水管理制度之研究(2/2)(光碟版)The system of water supply management in Matsu area (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區水資源開發日益困難，為降低缺水風險，近年來政府積極朝「開源」與「節流」的方向推動相關措施。其中節流部分，為了提升水資源利用效率，除持續進行自來水輸配水管線漏水改善工程外，如何提升自來水處理過程中水的利用效率，便成為極重要的一環。 自來水處理程序中，原水經淨水場各處理單元後，會產生部分水量及能源的消耗，此部分之損耗與淨水處理單元操作類型有關，而單元操作效能是否正常發揮亦會影響出水水質及供水穩定性。此外，淨水程序中產生之廢水回收與否，甚至廢水回收方式，也與淨水場用水效率密切相關。故加強淨水場用水效能的管理，避免不必要的水資源浪費，實為淨水場管理之首要目標。 本署以往有關對於淨水場管理之相關研究，著重於淨水場操作資訊化、設備管理、水質處理、人員訓練等方面的研究，但尚未轉換為標準作業程序。另正值氣候變遷與旱澇加劇之際，淨水場中有關「水的利用效率」亦未曾研究，爰研提本計畫，擬研究建立淨水場水量、水質及能源管理指標與評估督導機制，以強化淨水場管理績效。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040266</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/13</date><governmentpublicationsnumber>1010403046</governmentpublicationsnumber><identifier>81222</identifier><internationalstandardbooknumber>9789860472622 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81222</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>提升淨水場用水效能策略之先期研究Strategy for Increasing Water Efficiency in Water Treatment Plants Preliminary Study</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣地區水資源開發日益困難，為降低缺水風險，近年來政府積極朝「開源」與「節流」的方向推動相關措施。其中節流部分，為了提升水資源利用效率，除持續進行自來水輸配水管線漏水改善工程外，如何提升自來水處理過程中水的利用效率，便成為極重要的一環。 自來水處理程序中，原水經淨水場各處理單元後，會產生部分水量及能源的消耗，此部分之損耗與淨水處理單元操作類型有關，而單元操作效能是否正常發揮亦會影響出水水質及供水穩定性。此外，淨水程序中產生之廢水回收與否，甚至廢水回收方式，也與淨水場用水效率密切相關。故加強淨水場用水效能的管理，避免不必要的水資源浪費，實為淨水場管理之首要目標。 本署以往有關對於淨水場管理之相關研究，著重於淨水場操作資訊化、設備管理、水質處理、人員訓練等方面的研究，但尚未轉換為標準作業程序。另正值氣候變遷與旱澇加劇之際，淨水場中有關「水的利用效率」亦未曾研究，爰研提本計畫，擬研究建立淨水場水量、水質及能源管理指標與評估督導機制，以強化淨水場管理績效。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040266</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/13</date><governmentpublicationsnumber>1010403046</governmentpublicationsnumber><identifier>81223</identifier><internationalstandardbooknumber>9789860472622 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81223</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>提升淨水場用水效能策略之先期研究(光碟版)Strategy for Increasing Water Efficiency in Water Treatment Plants Preliminary Study</title><yearidentifier>201512</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/23</date><governmentpublicationsnumber>1010500240</governmentpublicationsnumber><identifier>81225</identifier><internationalstandardbooknumber>9789860480306 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81225</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(林厝寮海堤至臺子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/23</date><governmentpublicationsnumber>1010500240</governmentpublicationsnumber><identifier>81226</identifier><internationalstandardbooknumber>9789860480306 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81226</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(林厝寮海堤至臺子村海堤)(光碟版)Field Investigation and Analysis Project at Coastal Area of Yunlin County(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>河川水位、河川流量及河川懸移載相關統計資料</abstract><author>經濟部水利署</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/6/23</date><governmentpublicationsnumber>2009205697</governmentpublicationsnumber><identifier>81227</identifier><internationalstandardbooknumber>02575442 ; 02575442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81227</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>中華民國103年臺灣水文年報 第二部份－河川水位及流量＝HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 2014 PARTⅡ-RIVER STAGE &amp; DISCHARGE</title><yearidentifier>201506</yearidentifier></data><data><abstract>在民生用水需求及推動經濟建設發展上，自來水是一日不可或缺之重要資源，至103年底全台灣自來水普及率為91.81%，已達先進國家水準，惟仍有部分地區民眾因位處偏遠或其他因素，尚未使用自來水，為瞭解尚未接用自來水地區的用水情形，以為後續作為改善民眾用水環境的依據，爰研提本計畫，先就苗栗縣及屏東縣轄區內，調查分析台灣自來水公司供水範圍內，未接用自來水的地區與探討民眾未接用自來水之原因；另亦蒐集分析台灣自來水公司供水範圍外民眾的用水情況。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040436</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/27</date><governmentpublicationsnumber>1010403079</governmentpublicationsnumber><identifier>81232</identifier><internationalstandardbooknumber>9789860472585 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81232</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>台灣地區未接用自來水區域調查作業Survey of Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201512</yearidentifier></data><data><abstract>在民生用水需求及推動經濟建設發展上，自來水是一日不可或缺之重要資源，至103年底全台灣自來水普及率為91.81%，已達先進國家水準，惟仍有部分地區民眾因位處偏遠或其他因素，尚未使用自來水，為瞭解尚未接用自來水地區的用水情形，以為後續作為改善民眾用水環境的依據，爰研提本計畫，先就苗栗縣及屏東縣轄區內，調查分析台灣自來水公司供水範圍內，未接用自來水的地區與探討民眾未接用自來水之原因；另亦蒐集分析台灣自來水公司供水範圍外民眾的用水情況。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040436</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/27</date><governmentpublicationsnumber>1010403079</governmentpublicationsnumber><identifier>81233</identifier><internationalstandardbooknumber>9789860472585 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81233</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>104</publishrocyear><title>台灣地區未接用自來水區域調查作業(光碟版)Survey of Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201512</yearidentifier></data><data><abstract>為維持穩定與永續發展的公共給水，除了持續於相關設施進行更新與改善外，公共給水系統的永續管理亦為管理層面上相當重要的環節。考量「水」是一個非常重要的資源，如何用的最省，讓對整體環境造成的影響最低，以達到「永續利用」的目的，在推動公共給水系統的管理優化時，便必須加以考慮。為建構安全永續的公共給水系統，透過評估體系的建置與可行性研究，將有助於公共給水系統的發展與績效，爰推動本計畫。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040443</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/28</date><governmentpublicationsnumber>1010403078</governmentpublicationsnumber><identifier>81234</identifier><internationalstandardbooknumber>9789860472615 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81234</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>建構安全永續公共給水系統評估體系之研究Development of the Evaluation System for Security and Sustainability of Water Supply System</title><yearidentifier>201512</yearidentifier></data><data><abstract>為維持穩定與永續發展的公共給水，除了持續於相關設施進行更新與改善外，公共給水系統的永續管理亦為管理層面上相當重要的環節。考量「水」是一個非常重要的資源，如何用的最省，讓對整體環境造成的影響最低，以達到「永續利用」的目的，在推動公共給水系統的管理優化時，便必須加以考慮。為建構安全永續的公共給水系統，透過評估體系的建置與可行性研究，將有助於公共給水系統的發展與績效，爰推動本計畫。</abstract><author>國立台灣大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040443</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/28</date><governmentpublicationsnumber>1010403078</governmentpublicationsnumber><identifier>81235</identifier><internationalstandardbooknumber>9789860472615 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81235</librarycollectiondetailsurl><price>185</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>建構安全永續公共給水系統評估體系之研究(光碟版) Development of the Evaluation System for Security and Sustainability of Water Supply System</title><yearidentifier>201512</yearidentifier></data><data><abstract>因極端降雨型態造成都市地區短時間內無法排除多餘雨量、區域排洪不及而淹水，經常造成巨大的經濟損失，因此本署提出利用現有監視影像進行水情研究，進而發展出自動化都市淹水監測系統，期能藉由此一計畫進行自動化影像積淹水應用，有效提升防災執行能力，以利防災人員掌握即時情資。 另對於已建置河川水位影像監視站，除了提供洪水期即時影像監看外，亦可透過影像辨識技術，進一步量化影像成警戒水位數據，可提供水利防災業務需求之水文資訊外，另可作為日後校正水位，同時進行長期性影像資料收集之任務。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040381</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/28</date><governmentpublicationsnumber>1010402878</governmentpublicationsnumber><identifier>81236</identifier><internationalstandardbooknumber>9789860469295 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81236</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>監視影像辨識技術應用Application of image processing technique by using monitoring system</title><yearidentifier>201512</yearidentifier></data><data><abstract>因極端降雨型態造成都市地區短時間內無法排除多餘雨量、區域排洪不及而淹水，經常造成巨大的經濟損失，因此本署提出利用現有監視影像進行水情研究，進而發展出自動化都市淹水監測系統，期能藉由此一計畫進行自動化影像積淹水應用，有效提升防災執行能力，以利防災人員掌握即時情資。 另對於已建置河川水位影像監視站，除了提供洪水期即時影像監看外，亦可透過影像辨識技術，進一步量化影像成警戒水位數據，可提供水利防災業務需求之水文資訊外，另可作為日後校正水位，同時進行長期性影像資料收集之任務。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040381</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/29</date><governmentpublicationsnumber>1010402878</governmentpublicationsnumber><identifier>81237</identifier><internationalstandardbooknumber>9789860469295 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81237</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>監視影像辨識技術應用(光碟版)Application of image processing technique by using monitoring system</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署目前正辦理第三代淹水潛勢圖之更新繪製作業。現行淹水潛勢圖係以設計雨型為輸入條件進行模擬所得，俾為災前整備應變之用；然針對災中預警及決策支援之所需，尚無法提供更為即時有效之資訊。故本計畫之執行，將納入脆弱度及風險機率之概念，將既有及未來預計產出之淹水潛勢圖進行加值應用，以提供颱洪期間預警及應變之充足資訊。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040351</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/29</date><governmentpublicationsnumber>1010403028</governmentpublicationsnumber><identifier>81238</identifier><internationalstandardbooknumber>9789860470932 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81238</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水災潛勢風險圖資更新研發及加值應用Development and value-added application of flood potential risk maps</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署目前正辦理第三代淹水潛勢圖之更新繪製作業。現行淹水潛勢圖係以設計雨型為輸入條件進行模擬所得，俾為災前整備應變之用；然針對災中預警及決策支援之所需，尚無法提供更為即時有效之資訊。故本計畫之執行，將納入脆弱度及風險機率之概念，將既有及未來預計產出之淹水潛勢圖進行加值應用，以提供颱洪期間預警及應變之充足資訊。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040351</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/29</date><governmentpublicationsnumber>1010403028</governmentpublicationsnumber><identifier>81239</identifier><internationalstandardbooknumber>9789860470932 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81239</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水災潛勢風險圖資更新研發及加值應用(光碟版) Development and value-added application of flood potential risk maps</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署近年持續發展之洪水預報系統，已歷經第一代分散式、第二代機率式，乃至第三代為搭配各類系集降雨預報工具所進行洪水預報系統之持續研發與改進，對於全臺中央管河川於颱洪期間之水位變化趨勢，提供即時之預報資訊。然目前各河川局所建置之洪水預報系統，於前端使用者介面、各類運算模組，乃至後端資料庫等部分，尚未適切整合，至現階段尚無法即時彙整於同一展示平台以供更深入全面之加值應用，以因應整體決策支援之需求。 本計畫之執行目的，在於將研發迄今之系集洪水預報系統持續更新並實際應用於各河川局現行相關預報系統；並於本署終端建立預報資訊整合查詢介面，以即時掌控各中央管河川及主要流域之水位預報成果。另為配合現行各類型系集降雨預報工具之持續發展，其資料供應格式、資訊傳輸介面，乃至與目前洪水預報系統之適配性等，均應審慎釐清，且經由適切調整以資實用，並應進行系統效能定性及定量之分析與檢討。 其後，為利現行自動化預報系統多元應用及後續開發彈性，並因應颱洪期間中央災害應變中心針對特定情境及設計降雨條件進行洪水預報之各類指示，本計畫將研擬降雨預報資料自動化輸入外之雨量資料輸入方案；該方案執行時應不得影響運作中之自動化模擬演算，冀使本預報系統得為颱洪期間防救災及時有效之應用工具。此外，於颱風豪雨期間應依本署需求提供以洪水預報系統演算求得之水位預報資訊，俾為情資研判暨應變決策之參據。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040373</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/29</date><governmentpublicationsnumber>1010403029</governmentpublicationsnumber><identifier>81240</identifier><internationalstandardbooknumber>9789860470949 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81240</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>系集洪水預報決策支援服務之研發應用The Application of the Ensemble Flood Forecast Decision Support Service</title><yearidentifier>201512</yearidentifier></data><data><abstract>本署近年持續發展之洪水預報系統，已歷經第一代分散式、第二代機率式，乃至第三代為搭配各類系集降雨預報工具所進行洪水預報系統之持續研發與改進，對於全臺中央管河川於颱洪期間之水位變化趨勢，提供即時之預報資訊。然目前各河川局所建置之洪水預報系統，於前端使用者介面、各類運算模組，乃至後端資料庫等部分，尚未適切整合，至現階段尚無法即時彙整於同一展示平台以供更深入全面之加值應用，以因應整體決策支援之需求。 本計畫之執行目的，在於將研發迄今之系集洪水預報系統持續更新並實際應用於各河川局現行相關預報系統；並於本署終端建立預報資訊整合查詢介面，以即時掌控各中央管河川及主要流域之水位預報成果。另為配合現行各類型系集降雨預報工具之持續發展，其資料供應格式、資訊傳輸介面，乃至與目前洪水預報系統之適配性等，均應審慎釐清，且經由適切調整以資實用，並應進行系統效能定性及定量之分析與檢討。 其後，為利現行自動化預報系統多元應用及後續開發彈性，並因應颱洪期間中央災害應變中心針對特定情境及設計降雨條件進行洪水預報之各類指示，本計畫將研擬降雨預報資料自動化輸入外之雨量資料輸入方案；該方案執行時應不得影響運作中之自動化模擬演算，冀使本預報系統得為颱洪期間防救災及時有效之應用工具。此外，於颱風豪雨期間應依本署需求提供以洪水預報系統演算求得之水位預報資訊，俾為情資研判暨應變決策之參據。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040373</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/29</date><governmentpublicationsnumber>1010403029</governmentpublicationsnumber><identifier>81241</identifier><internationalstandardbooknumber>9789860470949 ; 9789860470</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81241</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>系集洪水預報決策支援服務之研發應用(光碟版)The Application of the Ensemble Flood Forecast Decision Support Service</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要係為新增改善本署災害應變時使用之作業系統之功能，自94年度起，各年度即依不同目標辦理應變系統不同功能之新增改善及加值，「104年度防災資訊服務行動版系統更新及資訊網升級建置」，其主要工作項目如下: 1、新建災害緊急應變系統 (1)精進水庫及供水防汛作業 A.更新「水庫即時資訊」之水庫出流量計算與呈現方式：確認各水庫管理單位自動介接及自行填報之欄位資料，與應變系統欄位資料之對應關係，俾自動產出小計欄位。 B.增加新版「水庫流量歷線圖」及「水庫水位歷線圖」：「水庫流量歷線圖」增加「放流量」資訊，且水庫流量、水位與「時間」應以適當區間表示以利辨識。 C.增加新版「水庫整備情形表」：包含整備情形填寫、整備情形上報、前次災情處理、障礙物清除、水利設施檢查、機具器材整備、填報狀況。 D.增加新版「水庫資訊分析」：包含「集水區累積降雨量」、「有效蓄水變化量」、「有效蓄水量」、「進\放水量」查詢功能。 E.增加新版「歷史水庫資訊」：包含「水庫預計洩洪與洩洪中歷程列表」及「曾經預計洩洪之水庫－預計洩洪及洩洪中歷程列表」。 F.提供防汛重點水庫管理單位填報「水庫整備情形表」權限。 (2)新增發送淹水警戒、河川水位警戒之各級警戒數量查詢及統計功能 A.淹水警戒:針對縣市政府及鄉鎮市區發送各級淹水警戒數量，提供查詢及產製統計表功能。 B.河川水位警戒:針對縣市政府及鄉鎮市區發送各級河川水位警戒數量，提供查詢及產製統計表功能。 (3)新增氣象局提供之QPESUMS資料來源中斷或格式錯誤時之手機簡訊或電子郵件異常通知功能 (4)新增通訊錄之匯入與匯出功能，並重新設計通訊錄使用者介面 A.提供excel檔(或其他類似格式)匯出及匯入通訊錄，以利快速更新電話簿。 B.重新設計通訊錄使用者介面。 (5)新增新版「水利設施檢查填報」 A.新增新版防汛缺口填報、防汛缺口總表及防汛缺口統計表。 B.新增新版破堤案件填報、破堤案件總表及破堤案件統計表。 C.提供破堤案件及防汛缺口可於平時填報功能(不限開設事件時)。 (6)針對氣象局發佈災害性天氣預警訊息、地震與海嘯情資，建置傳真自動轉發功能；並新增海嘯情資之簡訊自動轉發功能 A.建置傳真自動轉發功能。 B.建置海嘯情資自動轉發功能。 (7)針對地方政府填報之水利設施細表及淹水細表，提供管轄河川局查詢及編修功能 (8)新增「員山子分洪表」資料介接服務 (9)新增各單位填報災情通報之統計功能 A.水利設施統計查詢。 B.淹水通報統計查詢。 (10)新增防災避災工具使用人數查詢功能 A.指定期間查詢行動水情APP使用人數。 B.指定期間查詢防災資訊服務網瀏覽人數。 (11)因應政府組織再造或桃園縣升格直轄市，配合修正系統相關名稱 2、防災資訊服務網提升 (1)配合新版防災資訊服務網首頁變更，其子頁面進行規劃及新增如下：(名稱與項目可與本署討論後調整之) A.警戒地圖：以google map 代替flash，可於行動裝置及電腦裝置上正常顯示，包含淹水警戒、河川水位警戒及水庫放流警戒。 B.行政區警戒與防災空間資訊查詢：包含行政區淹水警戒、河川水位警戒、水庫放流警戒等查詢功能，並提供防災空間資訊KML檔下載。 C.防汛整備：包含防汛演習、教育訓練、地方政府防汛備料等。 D.自主防災：包含防汛志工、自主防災社區。 E.水利防災知識館：包含防災年報、防災知識館、百萬水學堂、人工增雨、影音看板。 F.淹水救助專區：包含水利防災政策、水災災害救助法規、淹水救助問答集。 G.防汛相關網站及防災工具：包含相關部會網站、防汛作業平台、防災避災工具。 (2)設計新版防災資訊服務網的問卷，並進行使用者滿意度調查 (3)新增新版「員山子分洪表」，達跨瀏覽器呈現功能(如IE、Safari) (4)因應政府組織再造或桃園縣升格直轄市，配合修正系統相關名稱 (5)提供客服專線協助民眾釐清問題，並定期提供問題處理紀錄表 3、精進本署防災APP相關功能 (1)就現有行動水情APP加以改版增加雨量鬧鐘功能(含IOS、Android及Windows phone 8等版本)，其中雨量鬧鐘應提供基本功能如下： A.雨量鬧鐘設定：可設定多個行政區(或雨量站)及自訂雨量警戒值，並提供警戒時段設定。 B.結合適地性(LBS)服務：依據QPESUMS網格資料及GPS位置資料，提供下一小時雨量預測功能。 C.提供雨量鬧鐘推播服務：達到警戒值時，會主動通知前端警示。 (2)協助行動水情Lite版上架，並利用相關調查取得回饋意見。 4、修正CAP格式相關警戒之發送頻率、資料格式與示警範圍 (1)檢討CAP格式之淹水警戒、水位警戒、水庫警戒發送頻率。 (2)修正CAP資料格式與示警範圍。 5、更新應變系統各項基礎資訊 (1)更新測站基本資料：更新雨量站、河川水位站等各項基本資料。 (2)更新通訊錄：依據本署災害防救聯絡電話簿，更新人員基本資料。 (3)更新警戒行政區值及各項警戒資訊表(含警戒值變更)：依據淹水、河川水位及水庫警戒資訊，更新對應警戒行政區值及各項警戒資訊表。 (4)更新防汛備料資料。 6、確保「水利設施地震災害通報系統」正常運作 7、配合本年度新增功能，強化應變系統各項備援作業 (1)新增功能備援：建置相關備援服務機制。 (2)定期搬移檔案至備援硬體：因應系統會產製大量圖資影像檔案，提供防災相關單位介接使用，定期搬移歷史圖資影像檔案至備援硬體機制，確保系統有效空間容量達到20%以上。 (3)定期檢查及修復：資料庫、檢視表及預存程序，以提昇及改善效能。 8、配合本署其他教育練課程，合併辦理本計畫系統操作教育訓練(至少10場次，本計畫配合授課之講師鐘點費及交通費等費用由本計畫支出) 9、配合本署颱風豪雨值勤作業及推廣活動(本項經費以總經費5%為原則) (1)配合本署相關值勤作業： A.颱風廠商進駐：廠商應於本年度發佈海上颱風警報4小時內配合本署值勤至海上陸上颱風解除為止，以解決系統問題。 B.豪雨期間本署二級開設時，廠商應配合本署值勤豪雨特報解除為止，以解決系統問題。 (2)配合本署參與防災推廣活動：因應本署主辦或配合其他機關辦理推廣活動時，出席參與並解說。 (3)報名參加國內資訊相關領域比賽活動，以增加成果知名度及服務之推廣(唯須經水利署同意，如有獎金則依水利署相關辦法處理)。 10、配合辦理災情通報演練或相關演練時，協助系統操作及障礙排除。 11、系統測試與資通安全：本系統規劃、開發及維運須依據水利署網站(http://www.wra.gov.tw)政府資訊公開/資訊委辦項下所作【資訊相關系統開發注意事項】規定辦理。另本案所產製地理資訊相關圖資，請依「經濟部水利署及所屬機關地理資訊圖資管理作業規範」回饋本署地理資訊倉儲中心。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040332</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/30</date><governmentpublicationsnumber>1010402909</governmentpublicationsnumber><identifier>81244</identifier><internationalstandardbooknumber>9789860472301 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81244</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度防災應變系統更新及資訊網升級建置104 Year Disaster Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫主要係為新增改善本署災害應變時使用之作業系統之功能，自94年度起，各年度即依不同目標辦理應變系統不同功能之新增改善及加值，「104年度防災資訊服務行動版系統更新及資訊網升級建置」，其主要工作項目如下: 1、新建災害緊急應變系統 (1)精進水庫及供水防汛作業 A.更新「水庫即時資訊」之水庫出流量計算與呈現方式：確認各水庫管理單位自動介接及自行填報之欄位資料，與應變系統欄位資料之對應關係，俾自動產出小計欄位。 B.增加新版「水庫流量歷線圖」及「水庫水位歷線圖」：「水庫流量歷線圖」增加「放流量」資訊，且水庫流量、水位與「時間」應以適當區間表示以利辨識。 C.增加新版「水庫整備情形表」：包含整備情形填寫、整備情形上報、前次災情處理、障礙物清除、水利設施檢查、機具器材整備、填報狀況。 D.增加新版「水庫資訊分析」：包含「集水區累積降雨量」、「有效蓄水變化量」、「有效蓄水量」、「進\放水量」查詢功能。 E.增加新版「歷史水庫資訊」：包含「水庫預計洩洪與洩洪中歷程列表」及「曾經預計洩洪之水庫－預計洩洪及洩洪中歷程列表」。 F.提供防汛重點水庫管理單位填報「水庫整備情形表」權限。 (2)新增發送淹水警戒、河川水位警戒之各級警戒數量查詢及統計功能 A.淹水警戒:針對縣市政府及鄉鎮市區發送各級淹水警戒數量，提供查詢及產製統計表功能。 B.河川水位警戒:針對縣市政府及鄉鎮市區發送各級河川水位警戒數量，提供查詢及產製統計表功能。 (3)新增氣象局提供之QPESUMS資料來源中斷或格式錯誤時之手機簡訊或電子郵件異常通知功能 (4)新增通訊錄之匯入與匯出功能，並重新設計通訊錄使用者介面 A.提供excel檔(或其他類似格式)匯出及匯入通訊錄，以利快速更新電話簿。 B.重新設計通訊錄使用者介面。 (5)新增新版「水利設施檢查填報」 A.新增新版防汛缺口填報、防汛缺口總表及防汛缺口統計表。 B.新增新版破堤案件填報、破堤案件總表及破堤案件統計表。 C.提供破堤案件及防汛缺口可於平時填報功能(不限開設事件時)。 (6)針對氣象局發佈災害性天氣預警訊息、地震與海嘯情資，建置傳真自動轉發功能；並新增海嘯情資之簡訊自動轉發功能 A.建置傳真自動轉發功能。 B.建置海嘯情資自動轉發功能。 (7)針對地方政府填報之水利設施細表及淹水細表，提供管轄河川局查詢及編修功能 (8)新增「員山子分洪表」資料介接服務 (9)新增各單位填報災情通報之統計功能 A.水利設施統計查詢。 B.淹水通報統計查詢。 (10)新增防災避災工具使用人數查詢功能 A.指定期間查詢行動水情APP使用人數。 B.指定期間查詢防災資訊服務網瀏覽人數。 (11)因應政府組織再造或桃園縣升格直轄市，配合修正系統相關名稱 2、防災資訊服務網提升 (1)配合新版防災資訊服務網首頁變更，其子頁面進行規劃及新增如下：(名稱與項目可與本署討論後調整之) A.警戒地圖：以google map 代替flash，可於行動裝置及電腦裝置上正常顯示，包含淹水警戒、河川水位警戒及水庫放流警戒。 B.行政區警戒與防災空間資訊查詢：包含行政區淹水警戒、河川水位警戒、水庫放流警戒等查詢功能，並提供防災空間資訊KML檔下載。 C.防汛整備：包含防汛演習、教育訓練、地方政府防汛備料等。 D.自主防災：包含防汛志工、自主防災社區。 E.水利防災知識館：包含防災年報、防災知識館、百萬水學堂、人工增雨、影音看板。 F.淹水救助專區：包含水利防災政策、水災災害救助法規、淹水救助問答集。 G.防汛相關網站及防災工具：包含相關部會網站、防汛作業平台、防災避災工具。 (2)設計新版防災資訊服務網的問卷，並進行使用者滿意度調查 (3)新增新版「員山子分洪表」，達跨瀏覽器呈現功能(如IE、Safari) (4)因應政府組織再造或桃園縣升格直轄市，配合修正系統相關名稱 (5)提供客服專線協助民眾釐清問題，並定期提供問題處理紀錄表 3、精進本署防災APP相關功能 (1)就現有行動水情APP加以改版增加雨量鬧鐘功能(含IOS、Android及Windows phone 8等版本)，其中雨量鬧鐘應提供基本功能如下： A.雨量鬧鐘設定：可設定多個行政區(或雨量站)及自訂雨量警戒值，並提供警戒時段設定。 B.結合適地性(LBS)服務：依據QPESUMS網格資料及GPS位置資料，提供下一小時雨量預測功能。 C.提供雨量鬧鐘推播服務：達到警戒值時，會主動通知前端警示。 (2)協助行動水情Lite版上架，並利用相關調查取得回饋意見。 4、修正CAP格式相關警戒之發送頻率、資料格式與示警範圍 (1)檢討CAP格式之淹水警戒、水位警戒、水庫警戒發送頻率。 (2)修正CAP資料格式與示警範圍。 5、更新應變系統各項基礎資訊 (1)更新測站基本資料：更新雨量站、河川水位站等各項基本資料。 (2)更新通訊錄：依據本署災害防救聯絡電話簿，更新人員基本資料。 (3)更新警戒行政區值及各項警戒資訊表(含警戒值變更)：依據淹水、河川水位及水庫警戒資訊，更新對應警戒行政區值及各項警戒資訊表。 (4)更新防汛備料資料。 6、確保「水利設施地震災害通報系統」正常運作 7、配合本年度新增功能，強化應變系統各項備援作業 (1)新增功能備援：建置相關備援服務機制。 (2)定期搬移檔案至備援硬體：因應系統會產製大量圖資影像檔案，提供防災相關單位介接使用，定期搬移歷史圖資影像檔案至備援硬體機制，確保系統有效空間容量達到20%以上。 (3)定期檢查及修復：資料庫、檢視表及預存程序，以提昇及改善效能。 8、配合本署其他教育練課程，合併辦理本計畫系統操作教育訓練(至少10場次，本計畫配合授課之講師鐘點費及交通費等費用由本計畫支出) 9、配合本署颱風豪雨值勤作業及推廣活動(本項經費以總經費5%為原則) (1)配合本署相關值勤作業： A.颱風廠商進駐：廠商應於本年度發佈海上颱風警報4小時內配合本署值勤至海上陸上颱風解除為止，以解決系統問題。 B.豪雨期間本署二級開設時，廠商應配合本署值勤豪雨特報解除為止，以解決系統問題。 (2)配合本署參與防災推廣活動：因應本署主辦或配合其他機關辦理推廣活動時，出席參與並解說。 (3)報名參加國內資訊相關領域比賽活動，以增加成果知名度及服務之推廣(唯須經水利署同意，如有獎金則依水利署相關辦法處理)。 10、配合辦理災情通報演練或相關演練時，協助系統操作及障礙排除。 11、系統測試與資通安全：本系統規劃、開發及維運須依據水利署網站(http://www.wra.gov.tw)政府資訊公開/資訊委辦項下所作【資訊相關系統開發注意事項】規定辦理。另本案所產製地理資訊相關圖資，請依「經濟部水利署及所屬機關地理資訊圖資管理作業規範」回饋本署地理資訊倉儲中心。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040332</commissionedprojectidentifier><currency>NT$</currency><date>2016/6/30</date><governmentpublicationsnumber>1010402909</governmentpublicationsnumber><identifier>81245</identifier><internationalstandardbooknumber>9789860472301 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81245</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度防災應變系統更新及資訊網升級建置(光碟版) 104 Year Disaster Response system upgrade and Renew Disaster Information Website</title><yearidentifier>201512</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040333</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/1</date><governmentpublicationsnumber>1010403124</governmentpublicationsnumber><identifier>81246</identifier><internationalstandardbooknumber>9789860473391 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81246</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度防災應變格網系統與水情影像監視站軟硬體擴充與維運2015 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201512</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040333</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/1</date><governmentpublicationsnumber>1010403124</governmentpublicationsnumber><identifier>81248</identifier><internationalstandardbooknumber>9789860473391 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81248</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度防災應變格網系統與水情影像監視站軟硬體擴充與維運(光碟版)2015 Extension, Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040336</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/4</date><governmentpublicationsnumber>1010402877</governmentpublicationsnumber><identifier>81249</identifier><internationalstandardbooknumber>9789860469264 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81249</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年水災災情蒐集服務團計畫Survey Service Group of Flood Events in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040336</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/4</date><governmentpublicationsnumber>1010402877</governmentpublicationsnumber><identifier>81250</identifier><internationalstandardbooknumber>9789860469264 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81250</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年水災災情蒐集服務團計畫(光碟版)Survey Service Group of Flood Events in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040338</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/4</date><governmentpublicationsnumber>1010403125</governmentpublicationsnumber><identifier>81251</identifier><internationalstandardbooknumber>9789860472868 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81251</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度複合型災害經驗學習與防災智能提升104 The Experience Learning and Disaster Prevention smart improving of the Compound Disaster</title><yearidentifier>201512</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040338</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/4</date><governmentpublicationsnumber>1010403125</governmentpublicationsnumber><identifier>81252</identifier><internationalstandardbooknumber>9789860472868 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81252</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度複合型災害經驗學習與防災智能提升(光碟版)104 The Experience Learning and Disaster Prevention smart improving of the Compound Disaster</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協助各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署103年度防災值勤應變教育訓練，針對本署暨所屬單位，以及協助各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜，並培訓防汛教育種子教師及數位教材編撰。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040337</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/6</date><governmentpublicationsnumber>1010403177</governmentpublicationsnumber><identifier>81257</identifier><internationalstandardbooknumber>9789860474930 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81257</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年提昇水利防災應變作業能力計畫Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協助各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署103年度防災值勤應變教育訓練，針對本署暨所屬單位，以及協助各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜，並培訓防汛教育種子教師及數位教材編撰。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040337</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/6</date><governmentpublicationsnumber>1010403177</governmentpublicationsnumber><identifier>81258</identifier><internationalstandardbooknumber>9789860474930 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81258</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年提昇水利防災應變作業能力計畫(光碟版)Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>「天花湖水庫工程環境影響評估報告書」經環保署環境影響評估委員會第201次會議決議：「有條件通過環境影響評估審查」，其中訂有生態保措施及環境監測計畫；自民國101年起先行辦理前期的調查與保育評估工作，主要工作包括生態包括生態資源調查分析及資料庫建置、攔河堰周邊環境營造規劃、生態保育規劃等作業。</abstract><author>中華民國魚類學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040149</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/7</date><governmentpublicationsnumber>1010500775</governmentpublicationsnumber><identifier>81263</identifier><internationalstandardbooknumber>9789860487084 ; 9789860487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81263</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>後龍溪水資源環境觀測及調查計畫－淺山溪流生態系統保育調查評估 總報告--內附光碟=The Plan of Water Environmental Observation and Investigation in Houlung River – The General Report on Investigation and Assessment of Rivulet Ecology Conservation</title><yearidentifier>201605</yearidentifier></data><data><abstract>「天花湖水庫工程環境影響評估報告書」經環保署環境影響評估委員會第201次會議決議：「有條件通過環境影響評估審查」，其中訂有生態保措施及環境監測計畫；自民國101年起先行辦理前期的調查與保育評估工作，主要工作包括生態包括生態資源調查分析及資料庫建置、攔河堰周邊環境營造規劃、生態保育規劃等作業。</abstract><author>中華民國魚類學會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040149</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/7</date><governmentpublicationsnumber>1010500775</governmentpublicationsnumber><identifier>81264</identifier><internationalstandardbooknumber>9789860487084 ; 9789860487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81264</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>後龍溪水資源環境觀測及調查計畫－淺山溪流生態系統保育調查評估 總報告--光碟版=The Plan of Water Environmental Observation and Investigation in Houlung River – The General Report on Investigation and Assessment of Rivulet Ecology Conservation</title><yearidentifier>201605</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040350</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/7</date><governmentpublicationsnumber>1010402876</governmentpublicationsnumber><identifier>81265</identifier><internationalstandardbooknumber>9789860469301 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81265</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年防汛護水志工輔導及精進計畫(內附光碟)2015 Assistance and Enrichment Program for Flood Control and Water Resources Preservation Volunteers</title><yearidentifier>201512</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040350</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/7</date><governmentpublicationsnumber>1010402876</governmentpublicationsnumber><identifier>81266</identifier><internationalstandardbooknumber>9789860469301 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81266</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年防汛護水志工輔導及精進計畫(光碟版)2015 Assistance and Enrichment Program for Flood Control and Water Resources Preservation Volunteers</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，臺灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等4項避災工具，讓民眾及早獲得水情資訊，減少水災損失。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040341</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/12</date><governmentpublicationsnumber>1010403417</governmentpublicationsnumber><identifier>81270</identifier><internationalstandardbooknumber>9789860477023 ; 9789860477</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81270</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水利防災資通訊警戒系統應用技術之研發(1/2)The Research and Development of Flood Warning System (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，臺灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等4項避災工具，讓民眾及早獲得水情資訊，減少水災損失。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040341</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/12</date><governmentpublicationsnumber>1010403417</governmentpublicationsnumber><identifier>81271</identifier><internationalstandardbooknumber>9789860477023 ; 9789860477</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81271</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水利防災資通訊警戒系統應用技術之研發(1/2)(光碟版)The Research and Development of Flood Warning System (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>就水資源供應觀點而論，台灣的水資源供水的可靠度相對較低，若進行人工增雨適時增加降水量，期能達到預防、延遲或紓緩旱象程度。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040340</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/13</date><governmentpublicationsnumber>1010403123</governmentpublicationsnumber><identifier>81272</identifier><internationalstandardbooknumber>9789860472998 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81272</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年人工增雨計畫Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201512</yearidentifier></data><data><abstract>就水資源供應觀點而論，台灣的水資源供水的可靠度相對較低，若進行人工增雨適時增加降水量，期能達到預防、延遲或紓緩旱象程度。目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 實施人工增雨改造降雨環境、增加降雨量，除做為緊急因應乾旱之防救措施外，亦是提高水源供應可靠度的方法；加上近年乾旱頻常，民眾在每次旱象消息公佈後，亦會促請政府實施人工增雨作業以增加降雨。因此，持續辦理人工增雨實作，除有預防及延緩旱象之實質效益外，亦有助於政府形象之塑造。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040340</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/13</date><governmentpublicationsnumber>1010403123</governmentpublicationsnumber><identifier>81273</identifier><internationalstandardbooknumber>9789860472998 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81273</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年人工增雨計畫(光碟版)Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201512</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於101至103年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」及「103年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040339</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/13</date><governmentpublicationsnumber>1010402907</governmentpublicationsnumber><identifier>81274</identifier><internationalstandardbooknumber>9789860472295 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81274</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度多尺度遙測影像分析與展示平台擴充維護2015 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201512</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於101至103年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」及「103年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040339</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/13</date><governmentpublicationsnumber>1010402907</governmentpublicationsnumber><identifier>81275</identifier><internationalstandardbooknumber>9789860472295 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81275</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度多尺度遙測影像分析與展示平台擴充維護(光碟版)2015 Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201512</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另鑑於工程措施有其侷限性，水利署持續推動減災避洪相關非工程措施，為使相關計畫得以順利推動，減輕水患對人民生活之衝擊。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040433</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403128</governmentpublicationsnumber><identifier>81282</identifier><internationalstandardbooknumber>9789860473407 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81282</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>流域防災資訊整合暨避洪減災措施效益評估Study of the Integrated Information for River Basin Disaster Prevertion, and Benfit Assessment of Non-Construction Protection to Reduce Flood  Disaster</title><yearidentifier>201512</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另鑑於工程措施有其侷限性，水利署持續推動減災避洪相關非工程措施，為使相關計畫得以順利推動，減輕水患對人民生活之衝擊。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040433</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403128</governmentpublicationsnumber><identifier>81283</identifier><internationalstandardbooknumber>9789860473407 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81283</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>流域防災資訊整合暨避洪減災措施效益評估(光碟版)Study of the Integrated Information for River Basin Disaster Prevertion, and Benfit Assessment of Non-Construction Protection to Reduce Flood  Disaster</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫針對汛期及平時所使用之移動式抽水機遠端監控應用，包含GPS定位、GPRS通訊、影像傳輸及通話、抽水量監測及遠端控制之整合與運用，在救災任務中可透過網路、APP或簡訊方式，隨時管理與追蹤移動式抽水機的位置、運作狀況，並可控制移動式抽水機開關及抽水量，讓救災應變中心之指揮與調度上更為靈活，能有效提高第一時間之救災時效。另結合緊急淨水技術進行推廣，俾廣泛應用於國內外缺水偏遠地區，或救災時之緊急淨水設備。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040449</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403416</governmentpublicationsnumber><identifier>81291</identifier><internationalstandardbooknumber>9789860477016 ; 9789860477</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81291</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>應用遠端監控於水利防災研發測試計畫(1/2)Application and davelopment of remote monitoring on water hazard mitigation(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>本計畫針對汛期及平時所使用之移動式抽水機遠端監控應用，包含GPS定位、GPRS通訊、影像傳輸及通話、抽水量監測及遠端控制之整合與運用，在救災任務中可透過網路、APP或簡訊方式，隨時管理與追蹤移動式抽水機的位置、運作狀況，並可控制移動式抽水機開關及抽水量，讓救災應變中心之指揮與調度上更為靈活，能有效提高第一時間之救災時效。另結合緊急淨水技術進行推廣，俾廣泛應用於國內外缺水偏遠地區，或救災時之緊急淨水設備。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040449</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403416</governmentpublicationsnumber><identifier>81292</identifier><internationalstandardbooknumber>9789860477016 ; 9789860477</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81292</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>應用遠端監控於水利防災研發測試計畫(1/2)(光碟版)Application and davelopment of remote monitoring on water hazard mitigation(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>淡水河水系河川情勢調查，前期調查於2005年辦理完畢，本計畫為第二輪的調查。除應辦理項目外，加入淡水河通洪能力分析，因為淡水河雖有多處自然保留區，但對於通洪影響為何? 可否兩全? 需辨明分析。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403151</governmentpublicationsnumber><identifier>81293</identifier><internationalstandardbooknumber>9789860474541 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81293</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>104</publishrocyear><title>淡水河水系河川情勢調查(1/3) Investigation of Current Status of Tamsui River System(1/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年來，台灣地區常發生大規模之複合型災害，颱風挾帶著豪雨，時雨量一再破台灣各地的記錄，造成淹水、土石流、水利設施損毀與堤防潰決等不容忽視的嚴重災情，水利署致力於災害之防救，同時，興建重大水利工程建設以減少災害的發生。當災害來臨時，災前、災中與災後的資訊蒐集與儲存極為重要，水利工程建設的興建過程亦須詳加記錄，所蒐集之資料可做為水利署未來在防救災、勘災、災害分析研判或興建重大水利工程時之重要參考依據。然而，在面對大範圍災害與大型水利建設時，傳統的資料擷取工具礙於精細度不足，往往無法同時蒐集到大範圍且又具高解析的影像，造成專家學者僅憑精細度受限的影像進行分析作業，對影像中所隱含的一些複雜資訊，往往會忽略不易察見而遺漏掉重要資訊，造成無法做到最精確之判斷。 為了有效解決大範圍災害與大型水利建設所需要之大範圍高精細影像資訊，本計畫藉由研發超解析影像處理技術，搭配全景影像技術，產生大範圍高精細影像資料。同時，本計畫藉由雲端技術建置水利災害雲端超解析展示系統，提供相關作業人員可在各地輕易觀看瀏覽水利災害超解析影像，透過超解析影像與多元化資訊，勢必能更廣泛且更精確地應用在水利災害實務作業上。 本計畫為為期二年的計畫，第一年計畫為研發超解析影像處理技術與雲端展示系統，協助大規模水利災害之資料蒐集，並提供專家學者更輕易地觀看高精細資訊，進行分析判讀。同時，開發互動式水利災害虛擬展示系統，提供更吸引民眾的展示系統，並研發水利災害幾何量測技術雛型，在未來可提供相關作業人員透過影像內容進行幾何量測之分析判斷。針對所蒐集之大量水利災害資訊，建置水利災害資訊儲存與查詢系統，保存資料做為珍貴的歷史記錄。為了達到防災教育宣導與推廣成效，整合超解析技術與立體動畫設計，製作防災教育立體動畫影片，加強民眾的防災意識觀念，進而了解水利署所做的努力。復考量此系統技術運用發展，並非單純學術研究，未來應用範疇將可推廣至水利署相關單位，將透過不定期之技術教育訓練，讓水利署相關同仁熟悉與使用此技術，以達到實務應用之目的。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040379</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403415</governmentpublicationsnumber><identifier>81295</identifier><internationalstandardbooknumber>9789860476996 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81295</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>雲端超解析技術於水利災害應用之研發(2/2)Study of Cloud Super-resolution Technique for Water Hazard Application (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>104年愛水節水月宣導活動，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優及節水評比競賽成果發表會，以激勵節水成效卓著單位與人員。另外將辦理愛水節水創意海報徵選活動及節水夏令營等，推廣愛水節水理念於社會大眾，讓愛水節水觀念與行動能夠深耕落實，進而達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040279</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403181</governmentpublicationsnumber><identifier>81297</identifier><internationalstandardbooknumber>9789860473810 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81297</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年愛水節水月宣導活動計畫The Promotion Project of Water Conservation Month,2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年受全球氣候變遷影響，國內水資源豐枯程度與頻度加劇，為免影響國民生活及工商業發展，穩定供水乃為未來努力之重點。都市污水廠放流水因水質水量穩定，且不受氣候所影響，已為國際間評定為一有效之調適策略，本署業已將廢污水再生利用視為未來舒緩旱象之重要水源。目前相關計畫中已完成大致的再生水使用風險清單，惟尚未針對再生水管線做詳細風險評估，考慮再生水水質不一，遂藉此計畫提出再生水配水管線防腐蝕策略，以降低使用上之風險，增加管線使用年限，並規劃再生水管線清洗、維護策略，作為後續再生水管線維護管理上方向之依循。</abstract><author>國立暨南國際大學</author><categoryidentifier>545.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040042</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403221</governmentpublicationsnumber><identifier>81298</identifier><internationalstandardbooknumber>9789860475142 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81298</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>再生水管線風險評估與管控 Risk assessment and control for reclaimed water system</title><yearidentifier>201512</yearidentifier></data><data><abstract>近年受全球氣候變遷影響，國內水資源豐枯程度與頻度加劇，為免影響國民生活及工商業發展，穩定供水乃為未來努力之重點。都市污水廠放流水因水質水量穩定，且不受氣候所影響，已為國際間評定為一有效之調適策略，本署業已將廢污水再生利用視為未來舒緩旱象之重要水源。目前相關計畫中已完成大致的再生水使用風險清單，惟尚未針對再生水管線做詳細風險評估，考慮再生水水質不一，遂藉此計畫提出再生水配水管線防腐蝕策略，以降低使用上之風險，增加管線使用年限，並規劃再生水管線清洗、維護策略，作為後續再生水管線維護管理上方向之依循。</abstract><author>國立暨南國際大學</author><categoryidentifier>545.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040042</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403221</governmentpublicationsnumber><identifier>81299</identifier><internationalstandardbooknumber>9789860475142 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81299</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>再生水管線風險評估與管控(光碟版) Risk assessment and control for reclaimed water system</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040039</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403224</governmentpublicationsnumber><identifier>81300</identifier><internationalstandardbooknumber>9789860475166 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81300</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(2/5) The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/5)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040039</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/14</date><governmentpublicationsnumber>1010403224</governmentpublicationsnumber><identifier>81302</identifier><internationalstandardbooknumber>9789860475166 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81302</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(2/5)(光碟版) The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(2/5)</title><yearidentifier>201512</yearidentifier></data><data><abstract>104年愛水節水月宣導活動，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優及節水評比競賽成果發表會，以激勵節水成效卓著單位與人員。另外將辦理愛水節水創意海報徵選活動及節水夏令營等，推廣愛水節水理念於社會大眾，讓愛水節水觀念與行動能夠深耕落實，進而達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040279</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/18</date><governmentpublicationsnumber>1010403181</governmentpublicationsnumber><identifier>81310</identifier><internationalstandardbooknumber>9789860473810 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81310</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年愛水節水月宣導活動計畫--光碟版=The Promotion Project of Water Conservation Month,2015</title><yearidentifier>201512</yearidentifier></data><data><abstract>我國近年因旱澇交替，導致水資源分配不均，在人口持續成長以及產業結構改變的影響下，使得民生與工業用水量逐年增加，各標的用水已呈現不敷調配；又因傳統水資源開發成本漸高，加上環境及民情等因素，開發日益困難，新興水資源之利用逐漸受到重視。本署自民國90年起持續推動各類廢污水再生，輔導相關水利產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度，並搭配水資源調配管理策略，減少天然水資源開發及污染排放，俾提高水資源總體利用率。 依本署草擬中新興水源發展條例定義，再生水係指污水或廢水經處理所產生可再利用之水，其中最主要4股水源包含從下述4項水源中取用，經再生處理後符合各類用途水質標準後之水 － (1)都市污水處理廠放流水；(2)工業區廢水處理廠放流水；(3)工業用水大戶將預定放流或納管之廢水加以回收所產製之水；(4)生活污水大戶受環評要求所需自行回收使用之水量。 十年來，透過各類產業用水效率提升輔導計畫、放流水再生模廠先期規劃、模廠試驗驗證以及教育宣導，廢污水再生發展新興水資源觀念逐漸普及，預期在民國120年達到每日120萬噸之再生水使用量；惟目前未系統性地建置再生水使用資料庫，再生水利用相關資訊不完整或分散於各主管機關，亦無持續性之追蹤調查，需建置整合性再生水使用分布資料，掌握發展現況，以作為水再生政策推動成效評估依據。 另「節能減碳」已蔚為全球趨勢，再生水因涉及較多機電設備處理，用電相較於傳統水源之開發高，在國內目前電力開發受到侷限的現況下，再生水使用量逐年成長後，能源消耗以及占國內能源結構之比例，將成為關注焦點議題；有必要盤查現有再生水利用案例之能源運用情形，導入技術服務輔導能量，協助研析減少能耗方案，俾利推動水再生政策以及水資源運用效率。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040041</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403215</governmentpublicationsnumber><identifier>81311</identifier><internationalstandardbooknumber>9789860475135 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81311</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水再生利用促動與技術服務計畫(1/2) The Promotion and Technical Services on Wastewater Reclanation/Reuse Project (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>我國近年因旱澇交替，導致水資源分配不均，在人口持續成長以及產業結構改變的影響下，使得民生與工業用水量逐年增加，各標的用水已呈現不敷調配；又因傳統水資源開發成本漸高，加上環境及民情等因素，開發日益困難，新興水資源之利用逐漸受到重視。本署自民國90年起持續推動各類廢污水再生，輔導相關水利產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度，並搭配水資源調配管理策略，減少天然水資源開發及污染排放，俾提高水資源總體利用率。 依本署草擬中新興水源發展條例定義，再生水係指污水或廢水經處理所產生可再利用之水，其中最主要4股水源包含從下述4項水源中取用，經再生處理後符合各類用途水質標準後之水 － (1)都市污水處理廠放流水；(2)工業區廢水處理廠放流水；(3)工業用水大戶將預定放流或納管之廢水加以回收所產製之水；(4)生活污水大戶受環評要求所需自行回收使用之水量。 十年來，透過各類產業用水效率提升輔導計畫、放流水再生模廠先期規劃、模廠試驗驗證以及教育宣導，廢污水再生發展新興水資源觀念逐漸普及，預期在民國120年達到每日120萬噸之再生水使用量；惟目前未系統性地建置再生水使用資料庫，再生水利用相關資訊不完整或分散於各主管機關，亦無持續性之追蹤調查，需建置整合性再生水使用分布資料，掌握發展現況，以作為水再生政策推動成效評估依據。 另「節能減碳」已蔚為全球趨勢，再生水因涉及較多機電設備處理，用電相較於傳統水源之開發高，在國內目前電力開發受到侷限的現況下，再生水使用量逐年成長後，能源消耗以及占國內能源結構之比例，將成為關注焦點議題；有必要盤查現有再生水利用案例之能源運用情形，導入技術服務輔導能量，協助研析減少能耗方案，俾利推動水再生政策以及水資源運用效率。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040041</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403215</governmentpublicationsnumber><identifier>81312</identifier><internationalstandardbooknumber>9789860475135 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81312</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水再生利用促動與技術服務計畫(1/2)(光碟版) The Promotion and Technical Services on Wastewater Reclanation/Reuse Project (1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可減少天然水資源開發及污水之排放，IPCC (聯合國政府間氣候變遷委員會，International Panel on Climate Change) 於2007年發表評估報告，將水再生利用列為因應氣候變遷之有效調適策略，世界各國亦已逐漸將其規劃供作民生次級用水、工業用水及乾旱時期之救急水源。本署於過去5年執行「水再生利用產業發展科技計畫 (96-100年)」，從事我國水再生技術之研發、模廠建置與研究及產業扶植等工作，成果斐然。為提升國人對使用再生水之信心、營造相關產業友善發展之環境，遂延續上階段水再生利用產業發展科技計畫，訂定未來5年之「水再生利用風險管理技術研發計畫」，以營造友善環境、研發綠能系統、扶植本土套裝技術及風險管控評析等為計畫執行主軸。為有利於掌握各計畫成果，並依時勢隨時檢討、修正水再生推動策略，需定常設幕僚協助辦理居中聯繫、協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040040</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403188</governmentpublicationsnumber><identifier>81313</identifier><internationalstandardbooknumber>9789860474923 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81313</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水再生利用策略推動與執行管理計畫 (1/2) Water Reuse Policcy Promotion and Implement Management Project(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可減少天然水資源開發及污水之排放，IPCC (聯合國政府間氣候變遷委員會，International Panel on Climate Change) 於2007年發表評估報告，將水再生利用列為因應氣候變遷之有效調適策略，世界各國亦已逐漸將其規劃供作民生次級用水、工業用水及乾旱時期之救急水源。本署於過去5年執行「水再生利用產業發展科技計畫 (96-100年)」，從事我國水再生技術之研發、模廠建置與研究及產業扶植等工作，成果斐然。為提升國人對使用再生水之信心、營造相關產業友善發展之環境，遂延續上階段水再生利用產業發展科技計畫，訂定未來5年之「水再生利用風險管理技術研發計畫」，以營造友善環境、研發綠能系統、扶植本土套裝技術及風險管控評析等為計畫執行主軸。為有利於掌握各計畫成果，並依時勢隨時檢討、修正水再生推動策略，需定常設幕僚協助辦理居中聯繫、協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040040</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403188</governmentpublicationsnumber><identifier>81314</identifier><internationalstandardbooknumber>9789860474923 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81314</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>水再生利用策略推動與執行管理計畫 (1/2)(光碟版) Water Reuse Policcy Promotion and Implement Management Project(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>為配合101年度行政院核定「跨域加值公共建設財務規劃方案」，以推動公共工程設施活化與跨域加值政策，期以創新思維之財務規劃方式，透過整合型開發計畫，從規劃面、土地面、基金面、審議面等多元面向，將外部效益內部化，提高計畫自償性、挹注公共建設經費及籌措未來營運財源，以達成減輕政府財政負擔。 本計畫將針對防洪水利設施(如堤防、防洪牆、護岸、防水門及其附屬建造物等)進行空間活化或加值利用研究，擬蒐集國外防洪水利設施(或空間)活化或加值利用之相關案例；再以國內既有防洪水利設施(或空間)探討相關設施活化或跨域加值方式之可行性，規劃國內防洪水利設施(或空間)之設施活化或加值利用方式，以評估防洪水利設施跨域加值對於臺灣地區之適用性，作為未來本署推動相關示範計畫之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040046</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403206</governmentpublicationsnumber><identifier>81315</identifier><internationalstandardbooknumber>9789860475111 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81315</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>因應氣候變遷防洪水利設施跨域加值之研究 Research of Cross-Field Value-Adding in Flood Mitigation Facilities for Climate Change</title><yearidentifier>201512</yearidentifier></data><data><abstract>為配合101年度行政院核定「跨域加值公共建設財務規劃方案」，以推動公共工程設施活化與跨域加值政策，期以創新思維之財務規劃方式，透過整合型開發計畫，從規劃面、土地面、基金面、審議面等多元面向，將外部效益內部化，提高計畫自償性、挹注公共建設經費及籌措未來營運財源，以達成減輕政府財政負擔。 本計畫將針對防洪水利設施(如堤防、防洪牆、護岸、防水門及其附屬建造物等)進行空間活化或加值利用研究，擬蒐集國外防洪水利設施(或空間)活化或加值利用之相關案例；再以國內既有防洪水利設施(或空間)探討相關設施活化或跨域加值方式之可行性，規劃國內防洪水利設施(或空間)之設施活化或加值利用方式，以評估防洪水利設施跨域加值對於臺灣地區之適用性，作為未來本署推動相關示範計畫之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040046</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403206</governmentpublicationsnumber><identifier>81316</identifier><internationalstandardbooknumber>9789860475111 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81316</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>因應氣候變遷防洪水利設施跨域加值之研究(光碟版) Research of Cross-Field Value-Adding in Flood Mitigation Facilities for Climate Change</title><yearidentifier>201512</yearidentifier></data><data><abstract>前期計畫已完成西南、西北及東北海岸地區相關水文因子情境設定、衝擊評估、脆弱度及風險評估，為完整推動臺灣海岸防護調適，因此進行評估氣候變遷對中部與花東海岸的衝擊、脆弱度與風險分析，以規劃臺灣中部與花東海岸防護調適行動方案。本年度針對中部(台中、彰化、雲林)地區海岸進行相關研究，強化中部地區海岸災害調適能力之研究工作，並提供水利署因應氣候變遷海岸災害調適能力供決策機關參考。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040038</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403223</governmentpublicationsnumber><identifier>81317</identifier><internationalstandardbooknumber>9789860475159 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81317</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷對中部(雲中彰)與花東海岸防護衝擊與調適研究(2/2) A Study of Coastal Protective Impact and Adaptation Due to Climate Change on Central (Yunlin,Taichung and Changnua)and Huatung Coasts (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>前期計畫已完成西南、西北及東北海岸地區相關水文因子情境設定、衝擊評估、脆弱度及風險評估，為完整推動臺灣海岸防護調適，因此進行評估氣候變遷對中部與花東海岸的衝擊、脆弱度與風險分析，以規劃臺灣中部與花東海岸防護調適行動方案。本年度針對中部(台中、彰化、雲林)地區海岸進行相關研究，強化中部地區海岸災害調適能力之研究工作，並提供水利署因應氣候變遷海岸災害調適能力供決策機關參考。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040038</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/19</date><governmentpublicationsnumber>1010403223</governmentpublicationsnumber><identifier>81318</identifier><internationalstandardbooknumber>9789860475159 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81318</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>氣候變遷對中部(雲中彰)與花東海岸防護衝擊與調適研究(2/2)(光碟版) A Study of Coastal Protective Impact and Adaptation Due to Climate Change on Central (Yunlin,Taichung and Changnua)and Huatung Coasts (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另鑑於工程措施有其侷限性，水利署持續推動減災避洪相關非工程措施，為使相關計畫得以順利推動，減輕水患對人民生活之衝擊。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040433</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/25</date><governmentpublicationsnumber>1010403128</governmentpublicationsnumber><identifier>81333</identifier><internationalstandardbooknumber>9789860473407 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81333</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>流域防災資訊整合暨避洪減災措施效益評估--內附光碟=Study of the Integrated Information for River Basin Disaster Prevertion, and Benfit Assessment of Non-Construction Protection to Reduce Flood  Disaster</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/7/26</date><governmentpublicationsnumber>101031194</governmentpublicationsnumber><identifier>81339</identifier><internationalstandardbooknumber>9789860416237 ; 9789860416</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81339</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>103</publishrocyear><title>中華民國102年水利統計 STATISTIC OF WATER RESOURCES 2013</title><yearidentifier>201407</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象與改善作為涉及環保、造林等領域，環保署奉行政院指示成立跨部會專案小組，統籌各機關辦理相關揚塵防制，並提出101年至104年執行「河川揚塵防制及改善推動方案」；由環保署統籌建立制度與監測督導，本署負責中央管河川區域內揚塵改善措施，林務局檢討保安林重建及林木培育，地方政府等相關單位亦參與相關工作，期透過中央相關部會與地方政府一起合作，共同改善揚塵問題。 目前本署所屬河川局執行重點以蘭陽溪、和平溪、大安溪、大甲溪、烏溪、濁水溪、高屏溪、卑南溪、花蓮溪及秀姑巒溪等進行中央管河川揚塵改善工作，於101年至104年間針對河川區域內易產生揚塵之裸露地，以植生綠覆蓋、水覆蓋或其他等措施，來減抑河川揚塵之發生。本(104)年度為「河川揚塵防制及改善推動方案」執行最後一年，故有必要就河川局執行成果做整體檢討與分析，並參考本署103年河川揚麈防治工法探討與策略評估研究成果，以因地因時制宜之原則，規劃後續本署執行中央管河川揚塵改善推動執行之合宜方式，以落實達成減抑河川揚塵之功效，提升鄰近河川沿岸居民之生活品質。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040313</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/26</date><governmentpublicationsnumber>1010501059</governmentpublicationsnumber><identifier>81343</identifier><internationalstandardbooknumber>9789860491326 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81343</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>中央管河川揚塵改善評估分析Evaluation and analysis of fugitive dust improvement for rivers administered by central government</title><yearidentifier>201606</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象與改善作為涉及環保、造林等領域，環保署奉行政院指示成立跨部會專案小組，統籌各機關辦理相關揚塵防制，並提出101年至104年執行「河川揚塵防制及改善推動方案」；由環保署統籌建立制度與監測督導，本署負責中央管河川區域內揚塵改善措施，林務局檢討保安林重建及林木培育，地方政府等相關單位亦參與相關工作，期透過中央相關部會與地方政府一起合作，共同改善揚塵問題。 目前本署所屬河川局執行重點以蘭陽溪、和平溪、大安溪、大甲溪、烏溪、濁水溪、高屏溪、卑南溪、花蓮溪及秀姑巒溪等進行中央管河川揚塵改善工作，於101年至104年間針對河川區域內易產生揚塵之裸露地，以植生綠覆蓋、水覆蓋或其他等措施，來減抑河川揚塵之發生。本(104)年度為「河川揚塵防制及改善推動方案」執行最後一年，故有必要就河川局執行成果做整體檢討與分析，並參考本署103年河川揚麈防治工法探討與策略評估研究成果，以因地因時制宜之原則，規劃後續本署執行中央管河川揚塵改善推動執行之合宜方式，以落實達成減抑河川揚塵之功效，提升鄰近河川沿岸居民之生活品質。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040313</commissionedprojectidentifier><currency>NT$</currency><date>2016/7/26</date><governmentpublicationsnumber>1010501059</governmentpublicationsnumber><identifier>81344</identifier><internationalstandardbooknumber>9789860491326 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81344</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>中央管河川揚塵改善評估分析(光碟版)Evaluation and analysis of fugitive dust improvement for rivers administered by central government</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>610.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/7/28</date><governmentpublicationsnumber>1010501083</governmentpublicationsnumber><identifier>81354</identifier><internationalstandardbooknumber>9789860491494 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81354</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>口述歷史-歷任正副首長訪談集</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/7/29</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81357</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81357</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查2/2(林厝寮海堤至臺子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County2/2(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/7/29</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81358</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81358</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查2/2(林厝寮海堤至臺子村海堤)光碟版Field Investigation and Analysis Project at Coastal Area of Yunlin County2/2(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>90</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/8/4</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>81368</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81368</librarycollectiondetailsurl><price>100</price><publisher> </publisher><publishrocyear>105</publishrocyear><title>104年度年報</title><yearidentifier>201606</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計69 表。 二、本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R」表示數字修正 五、本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；至於「水資源運用」單 元中「水資源供需概況」為全國資料，「水資源調度概況-農田休耕面 積」不含臺北市、金門縣及連江縣資料，其餘資料則不含金門縣及連 江縣；另「地層下陷」為實施水準檢測之縣市資料；「河川、排水、海 堤公地許可使用」不含臺北市、金門縣及連江縣資料。 六、本刊各項工程數量統計數皆以決算數為準。 七、本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/8/19</date><governmentpublicationsnumber>1010501090</governmentpublicationsnumber><identifier>81410</identifier><internationalstandardbooknumber>9789860491555 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81410</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計 STATISTIC OF WATER RESOURCES 2015</title><yearidentifier>201607</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計69 表。 二、本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R」表示數字修正 五、本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；至於「水資源運用」單 元中「水資源供需概況」為全國資料，「水資源調度概況-農田休耕面 積」不含臺北市、金門縣及連江縣資料，其餘資料則不含金門縣及連 江縣；另「地層下陷」為實施水準檢測之縣市資料；「河川、排水、海 堤公地許可使用」不含臺北市、金門縣及連江縣資料。 六、本刊各項工程數量統計數皆以決算數為準。 七、本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/8/19</date><governmentpublicationsnumber>1010502511</governmentpublicationsnumber><identifier>81411</identifier><internationalstandardbooknumber>9789860491555 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81411</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計 STATISTIC OF WATER RESOURCES 2015(光碟版)</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>孔祥嘉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/8/22</date><governmentpublicationsnumber>1010500468</governmentpublicationsnumber><identifier>81412</identifier><internationalstandardbooknumber>9789860483918 ; 9789860483</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81412</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>上善若水守護嘉雲南：經濟部水利署第五河川局治水80週年紀念冊</title><yearidentifier>201603</yearidentifier></data><data><abstract>經濟部南區水資源局執行「曾文南化烏山頭水庫治理及穩定南區供水計畫」，為因應曾文水庫排砂工程及作業所可能發生於曾文溪河道及周邊造成之變化，對於生態及環境之影響進行評估。 台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，其成果可作為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫、水庫排砂對下游河道影響及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030420</commissionedprojectidentifier><currency>NT$</currency><date>2016/8/24</date><governmentpublicationsnumber>1010500793</governmentpublicationsnumber><identifier>81415</identifier><internationalstandardbooknumber>9789860488074 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81415</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>曾文水庫放淤對曾文溪下游河道及海岸監測影響分析總報告The Impact Analysis of the Zengwen Reversoir Silt Disposal Operation Strategy on the Downstream Channel and Coastal Monitorin</title><yearidentifier>201605</yearidentifier></data><data><abstract>經濟部南區水資源局執行「曾文南化烏山頭水庫治理及穩定南區供水計畫」，為因應曾文水庫排砂工程及作業所可能發生於曾文溪河道及周邊造成之變化，對於生態及環境之影響進行評估。 台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，其成果可作為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫、水庫排砂對下游河道影響及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030420</commissionedprojectidentifier><currency>NT$</currency><date>2016/8/24</date><governmentpublicationsnumber>1010500793</governmentpublicationsnumber><identifier>81416</identifier><internationalstandardbooknumber>9789860488074 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81416</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>曾文水庫放淤對曾文溪下游河道及海岸監測影響分析總報告(光碟版)The Impact Analysis of the Zengwen Reversoir Silt Disposal Operation Strategy on the Downstream Channel and Coastal Monitorin</title><yearidentifier>201605</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/8/29</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81420</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81420</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告(光碟版)Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/8/29</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81421</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81421</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/8/31</date><governmentpublicationsnumber>1010501090</governmentpublicationsnumber><identifier>81424</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81424</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計 STATISTIC OF WATER RESOURCES 2015(光碟版)</title><yearidentifier>201607</yearidentifier></data><data><abstract> </abstract><author>中央氣象局、中央研究院地球科學研究所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/2</date><governmentpublicationsnumber>90898100081</governmentpublicationsnumber><identifier>81429</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81429</librarycollectiondetailsurl><price></price><publisher>中央氣象局、中央研究院地球科學研究所</publisher><publishrocyear>80</publishrocyear><title>地震季報 第三十八卷 第二號</title><yearidentifier>199106</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/2</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>81435</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81435</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>105</publishrocyear><title>行政院農業委員會特有生物研究保育中心104年度年報</title><yearidentifier>201606</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/7</date><governmentpublicationsnumber>1010500808</governmentpublicationsnumber><identifier>81482</identifier><internationalstandardbooknumber>9789860487787 ; 9789860487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81482</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>105</publishrocyear><title>104年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2015</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/7</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>81491</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81491</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>105</publishrocyear><title>台灣水土保持季?NO.14 守護土地生命力2016防災備忘錄-特別企劃</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/7</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81494</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81494</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查2/2(林厝寮海堤至臺子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County2/2(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/7</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81495</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81495</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查2/2(林厝寮海堤至臺子村海堤)光碟版Field Investigation and Analysis Project at Coastal Area of Yunlin County2/2(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201601</yearidentifier></data><data><abstract> </abstract><author>彭啟明</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/9/8</date><governmentpublicationsnumber>1010400339</governmentpublicationsnumber><identifier>81500</identifier><internationalstandardbooknumber>9789860444650 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81500</librarycollectiondetailsurl><price>500</price><publisher>行政院環境保護署</publisher><publishrocyear>104</publishrocyear><title>氣候變遷圖解小百科</title><yearidentifier>201502</yearidentifier></data><data><abstract>為提振國內消費，行政院核定辦理「消費提振措施」，請本署參照民國99年經驗，配合開辦「補助民眾購置省水器材」方案，為使補助作業順暢，將相關後勤支援作業特以本計畫予以委辦，。 本計畫係依據行政院通過「消費提振措施」之「補助民眾購置省水產品實施計畫」，協助經濟部水利署辦理「補助民眾購置省水產品」行政作業支援相關工作，透過補助家庭用水戶購置具省水標章與節能標章洗衣機及具省水標章省水馬桶，除達到提振消費的目的，並兼具省水標章產品宣導功能。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040477</commissionedprojectidentifier><currency>NT$</currency><date>2016/10/4</date><governmentpublicationsnumber>1010500898</governmentpublicationsnumber><identifier>81514</identifier><internationalstandardbooknumber>9789860489057 ; 9789860489</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81514</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104年-105年「補助民眾購置省水產品」行政作業支援=The Project of Administrative Support of Subsidy of People Purchase for Water Conservation Mark Products During 2015 and 2016</title><yearidentifier>201606</yearidentifier></data><data><abstract>為提振國內消費，行政院核定辦理「消費提振措施」，請本署參照民國99年經驗，配合開辦「補助民眾購置省水器材」方案，為使補助作業順暢，將相關後勤支援作業特以本計畫予以委辦，。 本計畫係依據行政院通過「消費提振措施」之「補助民眾購置省水產品實施計畫」，協助經濟部水利署辦理「補助民眾購置省水產品」行政作業支援相關工作，透過補助家庭用水戶購置具省水標章與節能標章洗衣機及具省水標章省水馬桶，除達到提振消費的目的，並兼具省水標章產品宣導功能。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040477</commissionedprojectidentifier><currency>NT$</currency><date>2016/10/4</date><governmentpublicationsnumber>1010500898</governmentpublicationsnumber><identifier>81515</identifier><internationalstandardbooknumber>9789860489057 ; 9789860489</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81515</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104年-105年「補助民眾購置省水產品」行政作業支援--光碟版=The Project of Administrative Support of Subsidy of People Purchase for Water Conservation Mark Products During 2015 and 2016</title><yearidentifier>201606</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/10/6</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81517</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81517</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告(光碟版)Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/10/6</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81519</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81519</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>23.24</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/10/17</date><governmentpublicationsnumber>4510501159</governmentpublicationsnumber><identifier>81528</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81528</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>105</publishrocyear><title>國道四十年節能新開始(光碟)</title><yearidentifier>201608</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/10/27</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>81529</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81529</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>105</publishrocyear><title>中華民國104年 年報 TARI ANNUAL REPORT 2015</title><yearidentifier>201608</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/10/28</date><governmentpublicationsnumber>1010501832</governmentpublicationsnumber><identifier>81530</identifier><internationalstandardbooknumber>9789860485516 ; 9789860485</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81530</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>海岸防護設施規劃設計手冊(附光碟)</title><yearidentifier>201609</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/7</date><governmentpublicationsnumber>1010501832</governmentpublicationsnumber><identifier>81534</identifier><internationalstandardbooknumber>9789860485516 ; 9789860485</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81534</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>海岸防護設施規劃設計手冊(附光碟)</title><yearidentifier>201609</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/7</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81536</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81536</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract>經濟部南區水資源局執行「曾文南化烏山頭水庫治理及穩定南區供水計畫」，為因應曾文水庫排砂工程及作業所可能發生於曾文溪河道及周邊造成之變化，對於生態及環境之影響進行評估。 台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，其成果可作為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫、水庫排砂對下游河道影響及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030420</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/7</date><governmentpublicationsnumber>1010500793</governmentpublicationsnumber><identifier>81541</identifier><internationalstandardbooknumber>9789860488074 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81541</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>曾文水庫放淤對曾文溪下游河道及海岸監測影響分析總報告The Impact Analysis of the Zengwen Reversoir Silt Disposal Operation Strategy on the Downstream Channel and Coastal Monitorin</title><yearidentifier>201605</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象與改善作為涉及環保、造林等領域，環保署奉行政院指示成立跨部會專案小組，統籌各機關辦理相關揚塵防制，並提出101年至104年執行「河川揚塵防制及改善推動方案」；由環保署統籌建立制度與監測督導，本署負責中央管河川區域內揚塵改善措施，林務局檢討保安林重建及林木培育，地方政府等相關單位亦參與相關工作，期透過中央相關部會與地方政府一起合作，共同改善揚塵問題。 目前本署所屬河川局執行重點以蘭陽溪、和平溪、大安溪、大甲溪、烏溪、濁水溪、高屏溪、卑南溪、花蓮溪及秀姑巒溪等進行中央管河川揚塵改善工作，於101年至104年間針對河川區域內易產生揚塵之裸露地，以植生綠覆蓋、水覆蓋或其他等措施，來減抑河川揚塵之發生。本(104)年度為「河川揚塵防制及改善推動方案」執行最後一年，故有必要就河川局執行成果做整體檢討與分析，並參考本署103年河川揚麈防治工法探討與策略評估研究成果，以因地因時制宜之原則，規劃後續本署執行中央管河川揚塵改善推動執行之合宜方式，以落實達成減抑河川揚塵之功效，提升鄰近河川沿岸居民之生活品質。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040313</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/7</date><governmentpublicationsnumber>1010501059</governmentpublicationsnumber><identifier>81542</identifier><internationalstandardbooknumber>9789860491326 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81542</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>中央管河川揚塵改善評估分析Evaluation and analysis of fugitive dust improvement for rivers administered by central government</title><yearidentifier>201606</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/8</date><governmentpublicationsnumber>1010501832</governmentpublicationsnumber><identifier>81543</identifier><internationalstandardbooknumber>9789860485516 ; 9789860485</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81543</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>海岸防護設施規劃設計手冊(內附光碟)</title><yearidentifier>201609</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>23.24</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/8</date><governmentpublicationsnumber>4510501159</governmentpublicationsnumber><identifier>81544</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81544</librarycollectiondetailsurl><price></price><publisher>交通部台灣區國道高速公路局北區工程處</publisher><publishrocyear>105</publishrocyear><title>國道四十年節能新開始(光碟)</title><yearidentifier>201608</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/8</date><governmentpublicationsnumber>1010500240</governmentpublicationsnumber><identifier>81549</identifier><internationalstandardbooknumber>9789860480306 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81549</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(林厝寮海堤至臺子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>計畫範圍為雲林林厝寮海堤至台子村海堤海域，其中第一年度地形水深測量範圍為箔子寮漁港至台子村海堤海域，沿岸長度約7公里，沿岸長度約15公里，第二年度地形水深測量範圍為林厝寮海堤至箔子寮漁港海域，沿岸長度約9.5公里。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040414</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/8</date><governmentpublicationsnumber>1010500241</governmentpublicationsnumber><identifier>81550</identifier><internationalstandardbooknumber>9789860480313 ; 9789860480</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81550</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>雲林海岸基本資料調查(2/2)(林厝寮海堤至臺子村海堤)Field Investigation and Analysis Project at Coastal Area of Yunlin County(2/2)(Lincuoliao Seawall to Taizih Seawall)</title><yearidentifier>201603</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。    本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81555</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81555</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告=Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel</title><yearidentifier>201606</yearidentifier></data><data><abstract>天然河道水系多屬蜿蜒，而蜿蜒渠段水理泥砂之運動型態較為複雜，且常為致災亟需保護之處。主要乃因水流通過彎道時，二次流造成凹岸處河床淘刷及凸岸處之淤積，進而造成凹岸之崩塌退縮以及凸岸之淤積成長；此外，於支流匯入主流之河道交匯處，由於流量變化、動量交換與能量型態轉換，導致流況轉為複雜，往往造成水位劇烈之變化，且河道輸砂能力也受到水流變化影響，可能導致河床過度的沖刷或淤積，進而危及河川水工結構物。因此，對於河道之整治與治理規劃考量，實需針對蜿蜒河道之二次流效應或水流交匯所造成的局部沖淤行為進一步分析探討。     本計畫將發展一擬似三維動床模式，該模式需能兼具全河段、局部底床沖淤及河岸退縮等模擬功能，藉以模擬探討蜿蜒河道中所產生的二次流效應及側入流影響所引起的局部沖刷行為。綜觀國內、外相關水槽試驗，目前雖有蜿蜒渠道動床相關試驗數據可供模式比對，卻無較完整之岸壁退縮水槽試驗。因此本計畫將進行一系列相關蜿蜒渠槽試驗，提供模式發展建置與比對測試，以探討模式之適用性，解析蜿蜒渠道底床沖淤及岸壁沖刷之發展機制及行為，最後將模式應用於實際案例，以展現模式之實用性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040208</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010500810</governmentpublicationsnumber><identifier>81556</identifier><internationalstandardbooknumber>9789860488005 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81556</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>蜿蜒河道沖淤行為擬三維模擬試驗及應用總成果報告Quasi -3D Simulation and Experimental Study on Scour and Deposition Behavior of Meandering Channel(光碟)</title><yearidentifier>201606</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象與改善作為涉及環保、造林等領域，環保署奉行政院指示成立跨部會專案小組，統籌各機關辦理相關揚塵防制，並提出101年至104年執行「河川揚塵防制及改善推動方案」；由環保署統籌建立制度與監測督導，本署負責中央管河川區域內揚塵改善措施，林務局檢討保安林重建及林木培育，地方政府等相關單位亦參與相關工作，期透過中央相關部會與地方政府一起合作，共同改善揚塵問題。 目前本署所屬河川局執行重點以蘭陽溪、和平溪、大安溪、大甲溪、烏溪、濁水溪、高屏溪、卑南溪、花蓮溪及秀姑巒溪等進行中央管河川揚塵改善工作，於101年至104年間針對河川區域內易產生揚塵之裸露地，以植生綠覆蓋、水覆蓋或其他等措施，來減抑河川揚塵之發生。本(104)年度為「河川揚塵防制及改善推動方案」執行最後一年，故有必要就河川局執行成果做整體檢討與分析，並參考本署103年河川揚麈防治工法探討與策略評估研究成果，以因地因時制宜之原則，規劃後續本署執行中央管河川揚塵改善推動執行之合宜方式，以落實達成減抑河川揚塵之功效，提升鄰近河川沿岸居民之生活品質。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040313</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010501059</governmentpublicationsnumber><identifier>81561</identifier><internationalstandardbooknumber>9789860491326 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81561</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>中央管河川揚塵改善評估分析Evaluation and analysis of fugitive dust improvement for rivers administered by central government</title><yearidentifier>201606</yearidentifier></data><data><abstract>由於揚塵造成空氣污染現象與改善作為涉及環保、造林等領域，環保署奉行政院指示成立跨部會專案小組，統籌各機關辦理相關揚塵防制，並提出101年至104年執行「河川揚塵防制及改善推動方案」；由環保署統籌建立制度與監測督導，本署負責中央管河川區域內揚塵改善措施，林務局檢討保安林重建及林木培育，地方政府等相關單位亦參與相關工作，期透過中央相關部會與地方政府一起合作，共同改善揚塵問題。 目前本署所屬河川局執行重點以蘭陽溪、和平溪、大安溪、大甲溪、烏溪、濁水溪、高屏溪、卑南溪、花蓮溪及秀姑巒溪等進行中央管河川揚塵改善工作，於101年至104年間針對河川區域內易產生揚塵之裸露地，以植生綠覆蓋、水覆蓋或其他等措施，來減抑河川揚塵之發生。本(104)年度為「河川揚塵防制及改善推動方案」執行最後一年，故有必要就河川局執行成果做整體檢討與分析，並參考本署103年河川揚麈防治工法探討與策略評估研究成果，以因地因時制宜之原則，規劃後續本署執行中央管河川揚塵改善推動執行之合宜方式，以落實達成減抑河川揚塵之功效，提升鄰近河川沿岸居民之生活品質。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040313</commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010501059</governmentpublicationsnumber><identifier>81562</identifier><internationalstandardbooknumber>9789860491326 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81562</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>中央管河川揚塵改善評估分析Evaluation and analysis of fugitive dust improvement for rivers administered by central government(光碟)</title><yearidentifier>201606</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81564</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81564</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)Investigation of stream status in Puzih River System(1/2)</title><yearidentifier>201603</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 須注意之事項，供工程單位規劃設計人員參考以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/11</date><governmentpublicationsnumber>1010500502</governmentpublicationsnumber><identifier>81565</identifier><internationalstandardbooknumber>9789860484441 ; 9789860484</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81565</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(1/2)正式報告書(第一年成果報告)Investigation of stream status in Puzih River System(1/2)(光碟)</title><yearidentifier>201603</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/16</date><governmentpublicationsnumber>1010501580</governmentpublicationsnumber><identifier>81579</identifier><internationalstandardbooknumber>9789860497519 ; 9789860497</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81579</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>105</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201609</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/11/28</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>81581</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81581</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析104年度報告(內附光碟)</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/12/6</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>81587</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81587</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析104年度報告(內附光碟)</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>433.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/12/19</date><governmentpublicationsnumber>1010303011</governmentpublicationsnumber><identifier>81599</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81599</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>104</publishrocyear><title>104年度中區水情中心系統資訊傳輸與維護</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>433.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/12/20</date><governmentpublicationsnumber>1010502630</governmentpublicationsnumber><identifier>81607</identifier><internationalstandardbooknumber>9789860509823 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81607</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究=Husan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Mpnitoring</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>433.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/12/20</date><governmentpublicationsnumber>1010501166</governmentpublicationsnumber><identifier>81612</identifier><internationalstandardbooknumber>9789860493764 ; 9789860493</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81612</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(2)-跨域加值整合與方案研究評估(含光碟)=Environmental Survey for Water Resources in Houlong River(II)-Assessment of Cross-Field Value-Adding Integration</title><yearidentifier>201608</yearidentifier></data><data><abstract>天花湖水庫工程計畫主要為供應苗栗地區之公共給水需求。政府為解決財政困窘，近來推出跨域加值計畫政策，以祈紓解籌措公共建設財源壓力，採取「跨域加值」概念推動公共建設，整合開發方式達到更高的效益成果，「跨域」概念不只跨部會合作，還可以跨縣市、跨產業合作，「加值」係指運用政策整體規劃，創造更高價值。 本研究之目的為就天花湖水庫與周邊產業及資源，作異業結合考量，並對其產生之效益、影響、財務、風險及推動方式等項目，進行有系統之評估。作為天花湖水庫將來進行推動跨域加值方案之參考，爰辦理本計畫研處。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040160</commissionedprojectidentifier><currency>NT$</currency><date>2016/12/21</date><governmentpublicationsnumber>1010501166</governmentpublicationsnumber><identifier>81629</identifier><internationalstandardbooknumber>9789860493764 ; 9789860493</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81629</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(2)-跨域加值整合與方案研究評估--內附光碟=Environmental Survey for Water Resources in Houlong River(II) – Assessment of Cross-Field Value-Adding Integration</title><yearidentifier>201608</yearidentifier></data><data><abstract>天花湖水庫工程計畫主要為供應苗栗地區之公共給水需求。政府為解決財政困窘，近來推出跨域加值計畫政策，以祈紓解籌措公共建設財源壓力，採取「跨域加值」概念推動公共建設，整合開發方式達到更高的效益成果，「跨域」概念不只跨部會合作，還可以跨縣市、跨產業合作，「加值」係指運用政策整體規劃，創造更高價值。 本研究之目的為就天花湖水庫與周邊產業及資源，作異業結合考量，並對其產生之效益、影響、財務、風險及推動方式等項目，進行有系統之評估。作為天花湖水庫將來進行推動跨域加值方案之參考，爰辦理本計畫研處。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040160</commissionedprojectidentifier><currency>NT$</currency><date>2016/12/21</date><governmentpublicationsnumber>1010501166</governmentpublicationsnumber><identifier>81630</identifier><internationalstandardbooknumber>9789860493764 ; 9789860493</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81630</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>後龍溪水資源環境觀測及調查計畫(2)-跨域加值整合與方案研究評估--光碟版=Environmental Survey for Water Resources in Houlong River(II) – Assessment of Cross-Field Value-Adding Integration</title><yearidentifier>201608</yearidentifier></data><data><abstract>本所於貢寮淨水場上游河川高灘地規劃人工湖配合下游既有淨水場聯合運作，可提供北區水資源經理基本計畫近程方案之參考，估算單位原水成本約10~15元，具開發效益。104年度辦理「貢寮人工湖初步規劃—地形測量及地質調查」計畫，由地質調查成果獲知岩盤面整體平均約在地表下20公尺深度，利用岩盤面為天然阻水層之可能性大幅降低。但在地層中含有厚度約1公尺之低透水性材料，若能掌握此低透水性材料之分佈與滲透特性，則可作為天然阻水材料，以降低工程開發成本。於因此，確有必要探查調整池位置之沖積層材料相關性質，評估其滲漏問題，以作為後續規劃之參考依據</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040476</commissionedprojectidentifier><currency>NT$</currency><date>2016/12/22</date><governmentpublicationsnumber>1010502172</governmentpublicationsnumber><identifier>81636</identifier><internationalstandardbooknumber>9789860503944 ; 9789860503</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81636</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>貢寮調整池補充地質調查及數值模擬分析(內附光碟) Konliao Regulation Pond Supplementary Geological Investigation and Numerical Simulation</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2016/12/27</date><governmentpublicationsnumber>101050003</governmentpublicationsnumber><identifier>81638</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81638</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>105</publishrocyear><title>105年度臺北水源特定區污水下水道系統營運管理及技術顧問委託服務計畫Educational and Promotional Project for Water Resources Conservation in Taipei Water Source District(2016)光碟版</title><yearidentifier>201612</yearidentifier></data><data><abstract>水庫安全評估技術規範自民國97年公佈試行後，迄今已執行約5年時間，原規範擬定時，即預定辦理檢討工作，俾使未來規範執行時可更符合實際需求。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040429</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010403038</governmentpublicationsnumber><identifier>81657</identifier><internationalstandardbooknumber>9789860473384 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81657</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫安全評估技術規範及相關法規檢討(2/2)Review of Technical Guidelines and Related Regulations for Reservoirs Safety Evaluation (2/2) 104 年度成果報告</title><yearidentifier>201604</yearidentifier></data><data><abstract>水庫管理人員為水庫管理機關(構)辦理水庫設施營運操作維護所需、以確保水庫安全及發揮功能效益之工作人員，其職能所需專業含括廣泛，採用基礎訓練課程以及回訓課程系統性持續提升其專業職能。在基礎訓練課程中以通識性專業為主，不同職掌之專業由回訓課程進行。 本計畫建立更具效率與系統性之水庫管理人員專業職能訓練機制，提供專用教材，並有效追蹤水庫管理人員後續回訓情形，透過訂定專業職能訓練作業要點(草案)以供後續作業依循，有助於降低水庫管理之風險。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050120</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010502920</governmentpublicationsnumber><identifier>81658</identifier><internationalstandardbooknumber>9789860513646 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81658</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫管理人員專業職能訓練基礎課程訓練教材</title><yearidentifier>201612</yearidentifier></data><data><abstract>水庫安全評估技術規範自民國97年公佈試行後，迄今已執行約5年時間，原規範擬定時，即預定辦理檢討工作，俾使未來規範執行時可更符合實際需求。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040429</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010403038</governmentpublicationsnumber><identifier>81659</identifier><internationalstandardbooknumber>9789860473384 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81659</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫安全評估技術規範及相關法規檢討(2/2)--光碟版=Review of Technical Guidelines and Related Regulations for Reservoirs Safety Evaluation (2/2) 104 年度成果報告</title><yearidentifier>201604</yearidentifier></data><data><abstract>水庫管理人員為水庫管理機關(構)辦理水庫設施營運操作維護所需、以確保水庫安全及發揮功能效益之工作人員，其職能所需專業含括廣泛，採用基礎訓練課程以及回訓課程系統性持續提升其專業職能。在基礎訓練課程中以通識性專業為主，不同職掌之專業由回訓課程進行。 本計畫建立更具效率與系統性之水庫管理人員專業職能訓練機制，提供專用教材，並有效追蹤水庫管理人員後續回訓情形，透過訂定專業職能訓練作業要點(草案)以供後續作業依循，有助於降低水庫管理之風險。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050120</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010502920</governmentpublicationsnumber><identifier>81660</identifier><internationalstandardbooknumber>9789860513646 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81660</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫管理人員專業職能訓練委託服務計畫(2/2)(含光碟) Initiation of Occupational Training Programs for Reservoir Management (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>方文村等</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>105022727</governmentpublicationsnumber><identifier>81661</identifier><internationalstandardbooknumber>9789868553026 ; 9789868553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81661</librarycollectiondetailsurl><price></price><publisher>財團法人農業工程研究中心</publisher><publishrocyear>105</publishrocyear><title>桃機淹水看暴雨事件之威脅與衝擊</title><yearidentifier>201612</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計69 表。 二、本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R」表示數字修正 五、本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；至於「水資源運用」單 元中「水資源供需概況」為全國資料，「水資源調度概況-農田休耕面 積」不含臺北市、金門縣及連江縣資料，其餘資料則不含金門縣及連 江縣；另「地層下陷」為實施水準檢測之縣市資料；「河川、排水、海 堤公地許可使用」不含臺北市、金門縣及連江縣資料。 六、本刊各項工程數量統計數皆以決算數為準。 七、本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897028</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010501090</governmentpublicationsnumber><identifier>81666</identifier><internationalstandardbooknumber>9789860491555 ; 9789860491</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81666</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計 STATISTIC OF WATER RESOURCES 2015(光碟版)</title><yearidentifier>201607</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計69 表。 二、本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R」表示數字修正 五、本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；至於「水資源運用」單 元中「水資源供需概況」為全國資料，「水資源調度概況-農田休耕面 積」不含臺北市、金門縣及連江縣資料，其餘資料則不含金門縣及連 江縣；另「地層下陷」為實施水準檢測之縣市資料；「河川、排水、海 堤公地許可使用」不含臺北市、金門縣及連江縣資料。 六、本刊各項工程數量統計數皆以決算數為準。 七、本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010502511</governmentpublicationsnumber><identifier>81667</identifier><internationalstandardbooknumber>9789860507232 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81667</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計(修訂版) STATISTIC OF WATER RESOURCES (REVISED EDITION) 2015</title><yearidentifier>201611</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計69 表。 二、本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R」表示數字修正 五、本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；至於「水資源運用」單 元中「水資源供需概況」為全國資料，「水資源調度概況-農田休耕面 積」不含臺北市、金門縣及連江縣資料，其餘資料則不含金門縣及連 江縣；另「地層下陷」為實施水準檢測之縣市資料；「河川、排水、海 堤公地許可使用」不含臺北市、金門縣及連江縣資料。 六、本刊各項工程數量統計數皆以決算數為準。 七、本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010502511</governmentpublicationsnumber><identifier>81668</identifier><internationalstandardbooknumber>9789860507232 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81668</librarycollectiondetailsurl><price>定價300</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>中華民國104年水利統計(修訂版) STATISTIC OF WATER RESOURCES (REVISED EDITION) 2015(光碟版)</title><yearidentifier>201611</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/4</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81669</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81669</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2)(光碟版) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81674</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81674</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81676</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81676</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(光碟版) Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 (以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 )為釐清湖 為釐清湖 為釐清湖 為釐清湖 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 對</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502630</governmentpublicationsnumber><identifier>81677</identifier><internationalstandardbooknumber>9789860509823 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81677</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究=Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring 第三年度期末報告</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 經濟部水利署中區資源局 (以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 以下簡稱中區水資源局 )為釐清湖 為釐清湖 為釐清湖 為釐清湖 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 山水庫引工程中桶頭攔河堰蓄清溪是否會造成及濁 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 水溪中下游地環境影響，故針對桶頭攔河堰清進行興 建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料建前後之地下水文觀測作業， 並蒐集濁溪流域既有環境監資料藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 藉以分析興建桶頭攔河堰對濁水溪流域環境之影響，進而研擬因應 對</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.6416</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502630</governmentpublicationsnumber><identifier>81678</identifier><internationalstandardbooknumber>9789860509823 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81678</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>湖山水庫工程計畫-桶頭攔河堰下游河段水文環境監測及研究--光碟版=Hushan Reservoir Project-Downstream River of Tongtou Weir Hydrological and Environmental Monitoring 第三年度期末報告</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81681</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81681</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81682</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81682</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2)(光碟版) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81683</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81683</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(光碟版) Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/5</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81684</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81684</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查 Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>受極端氣候影響，世界各國近年不斷遭遇「多水」或「缺水」衝擊，且以歷史未見的強度襲來：103年8月娜克莉颱風橫掃日本四國和九州，雨量刷新當地觀測紀錄，超過30萬居民必須撤離避難；同年美國加州經歷前所未有的乾旱危機，預計損失超過22億美元。臺灣因地理環境及人口稠密等因素，面對的水資源問題更為險峻，近年也在暴雨和乾旱兩個極端間擺盪！98年莫拉克颱風為50年來最嚴重水患，而103年麥德姆颱風過後，臺灣地區降雨不如預期，平均年雨量與歷年相較約少23.5％，下半年各地陸續出現旱象，乃實施供水總量管制，並由水庫調水支援維持穩定供水。中央及地方均成立抗旱應變小組。面對氣候環境變化，水資源運用及管理已成為全球各國必須積極重視，及尋求精進的課題！屬於水資源匱乏的臺灣，面臨社經環境變化快速、用水需求成長、缺水風險加劇等現實條件，推動水利工作必須以全面之視野、全新的觀念及作法，深謀遠慮，在現有基礎上進行補強與改善。近年本署持續加強集水區治理、水庫清淤、節約用水推廣、漏水率改善、區域彈性調度、流域整體規劃、水資源開發總量管制及水患災害防救等工程及非工程措施，參考國外先進國家新興水資源運用經驗，積極開發再生水、海淡水及雨水貯留等技術，並融入氣候變遷情境模擬、檢討現行政策推動成果，重新研修新紀元水利施政綱領草案及其綱要計畫(102~111年)，強化國土規劃、出流管制、用水管理、合理水價、災害預警、土地取得行政效能等策略，以滿足國家整體發展所需，其政策主張包含：1.強化源頭管理，推動國土、環境資源合理開發；2.強化跨域協調，推動流域管理與治理；3.強化多元策略，迎戰氣候變遷衝擊；4.促進公民參與，共創諧和治水關係；5.以安全為前提，優化水環境、營造水文化。雖配合組織改造期程尚未報院核定，然仍為本署暨所屬機關施政計畫擬定之依循。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897   443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/9</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>81697</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81697</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>105</publishrocyear><title>104年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>81698</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81698</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析104年度報告</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>81699</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81699</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析104年度報告(光碟)</title><yearidentifier>201610</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>81703</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81703</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104年度經濟部水利署年報(光碟) Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010501580</governmentpublicationsnumber><identifier>81704</identifier><internationalstandardbooknumber>9789860497519 ; 9789860497</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81704</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>105</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201609</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502668</governmentpublicationsnumber><identifier>81711</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81711</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>105年度八河局轄區洪水預警及防汛整合作業 2016Floof Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office正式成果報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>環興科技股份有限公司</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502668</governmentpublicationsnumber><identifier>81712</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81712</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>105年度八河局轄區洪水預警及防汛整合作業(光碟) 2016Floof Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office正式成果報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 (1/2)(1/2)(1/2)(1/2)(1/2)」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 次 調查工作，本 調查工作，本 調查工作，本 年度 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 (2/2)/2)/2)」將延續進行 將延續進行 第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689735</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81713</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81713</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2)正式報告書Investigation of stream status in Puzih River System(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 (1/2)(1/2)(1/2)(1/2)(1/2)」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 次 調查工作，本 調查工作，本 調查工作，本 年度 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 (2/2)/2)/2)」將延續進行 將延續進行 第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.689735</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81714</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81714</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2)(光碟)正式報告書Investigation of stream status in Puzih River System(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.68976</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010600014</governmentpublicationsnumber><identifier>81715</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81715</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料調查(1/2)正式成果報告書 Field Survey and Assessment on Coastal defenses at Green Island and Orchid Island</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.68976</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010600014</governmentpublicationsnumber><identifier>81716</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81716</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料調查(1/2)正式成果報告書(光碟) Field Survey and Assessment on Coastal defenses at Green Island and Orchid Island</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>677.336</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502831</governmentpublicationsnumber><identifier>81718</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81718</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>台東海岸防護基本資料調查(1/2) Field Survey and Assessment on Coastal Defenses at Taitung (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>詮華國土測繪有限公司</author><categoryidentifier>677.336</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502831</governmentpublicationsnumber><identifier>81719</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81719</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>台東海岸防護基本資料調查(1/2)(光碟) Field Survey and Assessment on Coastal Defenses at Taitung (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>今周刊代編部</author><categoryidentifier>546.814</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>81722</identifier><internationalstandardbooknumber>9789860488937 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81722</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>105</publishrocyear><title>台南市政府工務建設特刊第4期 織錦工程(美好台南之歌)</title><yearidentifier>201608</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>81731</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81731</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>105</publishrocyear><title>台灣水土保持季?NO.16 守護土地生命力 跨域整合推動土石流自主防災 土石流防災科普教育校園扎根-特別企劃</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81735</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81735</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查 Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署各河川局所轄雨量計之檢校，目前係以輪校方式，送中央氣象局檢校實驗室或經TAF認證之檢校單位校驗，受限於人力、經費及檢校能量，平均每個雨量計約2至3年可輪校一次。惟因雨量計多設於野外，易受天候環境因素影響設備觀測品質。為確保雨量計可持續提供可靠的觀測資料，除定期對於測站儀器進行維護與保養工作外，透過簡易的現地校驗儀具，可在短時間內研判儀器觀測不確定度是否超過標準，俾安排該雨量計優先送實驗室校驗，以提升觀測系統之觀測品值。 此外，隨著測站建置周遭環境變遷，雨量計易受包括植栽、建物等因素遮蔽影響，因此有必要將雨量計受環境遮蔽情形透過科學方法建立量化指標，俾供查核、長期記錄並分析雨量站環境變遷可能對雨量觀測的影響。同時，由於降雨之空間分布不均（受地形變化，季節性對流、滯流鋒面等降雨型態…等因素影響），如何以有限測站來推估具代表性平均雨量之計算方法亦有必要進行檢討評估。</abstract><author>國立臺灣大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050362</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502971</governmentpublicationsnumber><identifier>81736</identifier><internationalstandardbooknumber>9789860514308 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81736</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>降雨觀測技術改良之先期研究=A preliminary study on improvement for employing rainfall measurements</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81737</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81737</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查 Investigation of stream status in Puzih River System 總報告書(光碟)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署各河川局所轄雨量計之檢校，目前係以輪校方式，送中央氣象局檢校實驗室或經TAF認證之檢校單位校驗，受限於人力、經費及檢校能量，平均每個雨量計約2至3年可輪校一次。惟因雨量計多設於野外，易受天候環境因素影響設備觀測品質。為確保雨量計可持續提供可靠的觀測資料，除定期對於測站儀器進行維護與保養工作外，透過簡易的現地校驗儀具，可在短時間內研判儀器觀測不確定度是否超過標準，俾安排該雨量計優先送實驗室校驗，以提升觀測系統之觀測品值。 此外，隨著測站建置周遭環境變遷，雨量計易受包括植栽、建物等因素遮蔽影響，因此有必要將雨量計受環境遮蔽情形透過科學方法建立量化指標，俾供查核、長期記錄並分析雨量站環境變遷可能對雨量觀測的影響。同時，由於降雨之空間分布不均（受地形變化，季節性對流、滯流鋒面等降雨型態…等因素影響），如何以有限測站來推估具代表性平均雨量之計算方法亦有必要進行檢討評估。</abstract><author>國立臺灣大學</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050362</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502971</governmentpublicationsnumber><identifier>81738</identifier><internationalstandardbooknumber>9789860514308 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81738</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>降雨觀測技術改良之先期研究--光碟版=A preliminary study on improvement for employing rainfall measurements</title><yearidentifier>201612</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050059</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/10</date><governmentpublicationsnumber>1010502668</governmentpublicationsnumber><identifier>81741</identifier><internationalstandardbooknumber>9789860510508 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81741</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>105</publishrocyear><title>105年度八河局轄區洪水預警及防汛整合作業(內附光碟)2016 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署與中央氣象局合作發展多重觀測工具之定量降水估計與分類技術(QPESUMS)，可有效利用雷達、衛星及雨量計等觀測資料，推測定量降雨數值預報及其空間分布趨勢，為有效加值應用該相關資料，爰辦理本計畫。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050255</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502743</governmentpublicationsnumber><identifier>81744</identifier><internationalstandardbooknumber>9789860510546 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81744</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>雷達降雨資料與水文分析作業於水文氣象觀測整合平台之整合應用(1/2)=The Application of Hydrologic Analysis Using Radar Rainfall Data on FEWS_Taiwan (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署與中央氣象局合作發展多重觀測工具之定量降水估計與分類技術(QPESUMS)，可有效利用雷達、衛星及雨量計等觀測資料，推測定量降雨數值預報及其空間分布趨勢，為有效加值應用該相關資料，爰辦理本計畫。</abstract><author>國立臺北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050255</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502743</governmentpublicationsnumber><identifier>81745</identifier><internationalstandardbooknumber>9789860510546 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81745</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>雷達降雨資料與水文分析作業於水文氣象觀測整合平台之整合應用(1/2)--光碟版=The Application of Hydrologic Analysis Using Radar Rainfall Data on FEWS_Taiwan (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管?與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050251</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502746</governmentpublicationsnumber><identifier>81746</identifier><internationalstandardbooknumber>9789860510539 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81746</librarycollectiondetailsurl><price>600</price><publisher>經濟部水?署</publisher><publishrocyear>105</publishrocyear><title>水文綜合分析服務及作業平台之規劃與應用(1/2)--內附光碟=The Planning and Application for Taiwan Hydrological Analysis and Integrated Service Platform (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>淡江大學水資源管?與政策研究中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050251</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502746</governmentpublicationsnumber><identifier>81747</identifier><internationalstandardbooknumber>9789860510539 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81747</librarycollectiondetailsurl><price>600</price><publisher>經濟部水?署</publisher><publishrocyear>105</publishrocyear><title>水文綜合分析服務及作業平台之規劃與應用(1/2)--光碟版=The Planning and Application for Taiwan Hydrological Analysis and Integrated Service Platform (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫主要目的有三，一為汛期後河川警戒水位訂修與檢討、可提供各河川局於隔年汛期前警戒水位公告之參考。二為建置第二種變量流水理模式作為水利署之洪水預報作業系統於汛期間使用，藉以達到系集預報水位預報功能、三為中央管河川之一維河道動床模式建置、檢定與驗證，並協助二條中央管河川之河道動床模式銜接至本署洪水預報作業系統平台，支援與擴充中央管河川水位系集模擬預報研究等相關工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050235</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010503035</governmentpublicationsnumber><identifier>81752</identifier><internationalstandardbooknumber>9789860514292 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81752</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>系集水理模式庫建置與警戒水位訂定研究(2/2)=Study on Ensemble Hydraulic Model Database and Establishment of Warning Stages (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫主要目的有三，一為汛期後河川警戒水位訂修與檢討、可提供各河川局於隔年汛期前警戒水位公告之參考。二為建置第二種變量流水理模式作為水利署之洪水預報作業系統於汛期間使用，藉以達到系集預報水位預報功能、三為中央管河川之一維河道動床模式建置、檢定與驗證，並協助二條中央管河川之河道動床模式銜接至本署洪水預報作業系統平台，支援與擴充中央管河川水位系集模擬預報研究等相關工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050235</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010503035</governmentpublicationsnumber><identifier>81753</identifier><internationalstandardbooknumber>9789860514292 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81753</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>系集水理模式庫建置與警戒水位訂定研究(2/2)--光碟版=Study on Ensemble Hydraulic Model Database and Establishment of Warning Stages (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署依水利法規定負有水資源營運與一般性海堤區域禦潮等任務，故需辦理相關公共工程建設作為。本計畫係依「台灣水文長期觀測發展計畫(104年~109年)」辦理，擬執行期程為2年度，分為104年及105年度。105年度為第2年度，辦理內容包含維護及更新改善本署近海水文觀測系統平台之功能使其正常運作，維護管理本署既有之近海水文觀測資料庫，以及近海水文觀測資料應用與加值資訊產出等，期以正確掌握並提供本署辦理與執行海水淡化等水資源開發，與一般性海堤安全防護等公共工程建設所需之最佳品質即時近海水文資料與訊息。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050048</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502263</governmentpublicationsnumber><identifier>81754</identifier><internationalstandardbooknumber>9789860505276 ; 9789860505</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81754</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(2/2)=Operation and Maintenance of Coastal Ocean Monitoring Network in the Sea Embankment Area (2015 to 2016)(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水文觀測資料係政府在防災應變、水資源利用等重要決策上最主要之依據。因此，持續提昇水文觀測技術，並確保觀測儀器準確度，為當前最關鍵與最具急迫性的任務之一。為有效應用有限之資源，本計畫著眼河川表面自動化流速量測，除可滿足當前急迫性需求外，亦可獲兼顧作業人員安全、本土化研發等特色。</abstract><author>國?中央大學水文與海洋科學研究所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050241</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/11</date><governmentpublicationsnumber>1010502391</governmentpublicationsnumber><identifier>81756</identifier><internationalstandardbooknumber>9789860506228 ; 9789860506</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81756</librarycollectiondetailsurl><price>320</price><publisher>經濟部水?署</publisher><publishrocyear>105</publishrocyear><title>河川表面流速接觸式自動化量測新技術之研發(1/2)=Automation of The Riverine Surface Current In-Situ Measurement (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>81764</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81764</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>104</publishrocyear><title>行政院農業委員會特有生物研究保育中心103年度年報</title><yearidentifier>201506</yearidentifier></data><data><abstract>海堤前方水域以及河口水域之水文條件極為複雜，卻也是本署防汛期間溢淹預警與防治的重點區域。為能落實溢淹預警與防治的工作，常須借助數值模式進行水理演算以及溢淹之預測。然而不論是河口或是海堤前方水域的數值水理模式演算，都需要準確的地形資料作為依據，為有效落實海岸侵蝕防治工作，海岸相關權責單位過去曾透入大量的人物力出海進行海岸地形水深之現場量測工作。非接觸式觀測技術在岸邊即可進行，可大幅降低海上進行量測作業的成本與風險，且研發成果能提供後端數值水理模式演算所需之地形資料，藉以作為準確溢淹預警的依據。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050244</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>1010502262</governmentpublicationsnumber><identifier>81768</identifier><internationalstandardbooknumber>9789860505283 ; 9789860505</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81768</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>海堤堤前與河口水深地形非接觸式觀測科技之研發(1/2)=Development of Coastal Bathymetry Monitoring Technology by Remote Sensing (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台灣近年之颱洪極端事件日益嚴重，降雨量及降雨強度亦呈增加趨勢。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍有面臨淹水的可能。 水利署目前已經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間發布淹水預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 惟目前水利署之洪水預警系統多屬一維模擬模式，如今隨著模式演算法則精進，以及電腦運算速度不斷提升，具有穩定排程作業能力與快速平行計算架構的高效能計算整合平台，將可以縮短大量的資料準備時間與數值模擬計算時間，故即時二維淹水模式實仍未來防災工作的下一個努力的方向。 水利署之「水文氣象規劃整合平台」多年來已整合氣海象、雷達、雨量水位等水文資料，亦已完成整合多個水文水理模式。而本所目前已陸續推動全臺之二維淹水模擬，為將本所模擬之模組納入水利署之平台以期能完成二維即時淹水模擬，增加未來防災之應變能力，爰辦理本計畫。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050132</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>1010502737</governmentpublicationsnumber><identifier>81782</identifier><internationalstandardbooknumber>9789860510553 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81782</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高效能二維淹水模擬應用於整合平台(內附光碟)Integrated platform for application of high-performance2D inundation simulation</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署進?海岸防護減災時，必須明確掌握現場水動?條件因子。由於近岸波?場與?場等水動?特性在時間上非定常、空間上為非均勻，以傳統應用單點式水文觀測技術，所獲得的資訊過於片面與?散，難以掌握近岸水動?的?續時空特徵。計畫??採用移動式岸基同調微波?達，可機動性擷取具時空?續性之海表面?場與波?場等資訊。相對其他方式具有觀測成本與維護作業風險較低優勢，是近?有高?潛?的近海水文監測技術。 本計畫將獲得各種天候條件下侵蝕海岸週邊海域潮?、海??場特性，據此分析近岸水動?所受人工結構物等之影響，冀以藉新的水文技術提升海堤與海岸防護設計。以水?署第一河川局所轄宜?地區侵蝕現象顯著之區域為對象，?用移動式岸基同調微波?達進?周邊海域近岸?場與波?場的觀測與實驗。???中觀測最大波高約5 公尺，最大週期約有9 秒，皆出現於今?莫?蒂颱風登?期間。以?場?況??，今??三場觀測海??向皆由東?往西南，在颱風時受風場影響?向較?一致。 今??在分析?場資?與探討中發現以往未曾多加考慮的因素主導?本地區?況，在沒有考慮這些機制下，貿然進?海岸防護設計與施作將導致較高風險。特別是黑潮水團入侵的現象，對於?陽溪口周邊懸浮?沙輸送影響可能很大，但目前尚未具體瞭解。相對地，以往工程設計著重的潮汐與潮?，在本海域相對扮演次要角色。掌握海水動?特性，建議於頭城海岸建?長期?續觀測站，?達測站以雙站法交叉計算可獲得真正的向??場，同時應增加S-band ?達的應用，以減少?雨時期波?與海?資?的缺失。</abstract><author>國?中央大學水文與海洋科學研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050249</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>1010502394</governmentpublicationsnumber><identifier>81783</identifier><internationalstandardbooknumber>9789860506310 ; 9789860506</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81783</librarycollectiondetailsurl><price>200</price><publisher>經濟部水?署</publisher><publishrocyear>105</publishrocyear><title>以水文技術提昇海堤設計之研究(2/2)=On the Advance of Sea Dike Design Using Innovative Hydrological Technologies (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050053</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>1010502584</governmentpublicationsnumber><identifier>81792</identifier><internationalstandardbooknumber>9789860508857 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81792</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>105年度二河局轄區洪水預警及防汛整合作業=Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050053</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/12</date><governmentpublicationsnumber>1010502584</governmentpublicationsnumber><identifier>81793</identifier><internationalstandardbooknumber>9789860508857 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81793</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>105年度二河局轄區洪水預警及防汛整合作業--光碟版=Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為期未來能參與世界水文化資產系統(World Water Heritage Systems, WHS)認證，本計畫將進行國內已具百年或即將百年歷史且現今仍延續功用之水利事業文化資產(水利設施)清查與詮釋紀錄工作，並研擬參與世界水文化資產系統之推動，有機會能夠讓臺灣重新為國際所看見。 註：世界水文化資產系統(World Water Heritage Systems, WHS)由國際灌溉排水協會ICID、聯合國教育科學文化組織UNESCO、聯合國糧食及農業組織FAO，於2015年共同宣布成立</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050449</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/13</date><governmentpublicationsnumber>1010502588</governmentpublicationsnumber><identifier>81796</identifier><internationalstandardbooknumber>9789860508796 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>參與世界水文化資產系統策略規劃(內附光碟)Strategical Planning for Engaging World Water System Heritage Program</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前河川、區域排水與雨水下水道等不同排洪系統所因設計基準之不同，於規劃設計時採用不同之水文分析方法作為規劃設計之依據。然而，於同一排洪系統中採不同之水文分析方法容易造成排洪系統間銜接之差異。本計主要係探討於同一排洪系統中將水文分析方法予以整合之可行性研究。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050143</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/16</date><governmentpublicationsnumber>1010502774</governmentpublicationsnumber><identifier>81803</identifier><internationalstandardbooknumber>9789860510812 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81803</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>排洪系統水文分析方法整合之研究(內附光碟)The Study of Hydrologiv Analysis Methods for Flood and Drainage Systemes and their Integration and Improvement</title><yearidentifier>201612</yearidentifier></data><data><abstract>自民國93年艾利颱風過後，石門水庫產生大量淤積導致庫容減少，同時高含砂濃度入流亦影響民生供水能力，水庫泥砂的問題開始被凸顯出來，近年來在政府特別預算的支持下，相關研究成果提出了改善與治理的對策，亦已對石門水庫的活化產生很大的貢獻。但在水庫泥砂課題涵蓋範圍相當廣，且每部分都相當複雜的情況下，不管在學術或實務面上，每一個面向其實都還是存在若干值得進一步深入探討的問題，尤其在本計畫隸屬於科專經費的前提下，更凸顯技術突破的需要性，其中水庫泥砂監測技術研發改良，建立適合臺灣使用之監測調查方法為水庫防淤問題中首先要解決之課題。在台灣有進行泥砂監測之水庫中，以石門水庫之泥砂監測資料比較齊全利於量測成果比對，爰此成立本計畫進行研究與探討，以提供水庫防淤策略研擬與操作參考。 為評估水庫最佳防淤策略，水庫的來水來砂特性為重要關鍵，對於洪水監測，各水庫已施作多年，但泥砂監測資料目前僅石門與曾文水庫有較多資料，其他水庫並不完整，且泥砂監測過程中問題頗多，故建立水庫泥砂資料是目前水庫整體防淤策略重要基本工作，依據「水庫泥砂監測技術暨防淤操作策略研究」計畫之水庫入庫泥砂監測技術初步規劃，各水庫泥砂濃度觀測儀器設置之步驟，主要先從入庫邊界渾水明渠流之緩流區及各排放口開始，原因在於水庫管理單位希望能掌握入庫含砂濃度進而得知入庫總砂量，以及得知各排放口或取水工附近高泥砂濃度變化情形，進而調整水庫放水與取水時間。石門水庫羅浮站在右岸斜坡建置分層抽水取樣設施及懸浮質濃度自動化觀測點，雖已提供較有根據的入庫泥砂估計，但受邊壁效應影響使其量測之河道泥砂濃度可能存在相當程度的變異性，如何獲得斷面代表性的含砂濃度，為河道輸砂觀測相當重要但較欠缺的一環。 因此本研究擬延續前期計畫成果，評估既有羅浮測站與新建主深槽觀測樁之差異性，精確量化入庫泥砂濃度歷線，建立全洪程水庫水砂運移規律，有效掌握水庫防淤操作時機及提升防淤效率。同時進行探討集水區崩坍面積與入庫流木量及泥砂量之關係，跨域協調林業主管機關與水土保持主管機關聯合預防土砂災害，彙整土砂來源與林木資源化之參考。最後入庫邊界掌控集水區水砂資源控制站，提升水庫穩定供水與防淤功能，整合集水區相關治理單位，確實掌握土砂主要源頭，達到土砂管理與林木資源之分工合作。</abstract><author>國立交通大學</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050356</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/16</date><governmentpublicationsnumber>1010502651</governmentpublicationsnumber><identifier>81808</identifier><internationalstandardbooknumber>9789860510003 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81808</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫垂直分層泥砂濃度監測技術研發及現場測試評估(內附光碟) Shihmen Reservoir suspended sediment concentration vertically layered monitoring technique development and field evaluation</title><yearidentifier>201612</yearidentifier></data><data><abstract>為減少二氧化碳氣體排放量，降低溫室效應，以有效控制全球氣候變遷問題，世界各國紛紛採取「節能減碳」及「發展新能源科技」等行動策略，以提升能源使用效率、發展替代能源，以及開發再生能源，水力發電即為其中之一環。政府為積極開發再生能源以符合世界能源發展之潮流趨勢，將小水力發電訂為推廣階段中再生能源項目之一。 本計畫針對石門水庫及寶山第二水庫等附屬設施進行小（微）水力發電可行性及經濟效益評估，計畫分2年度辦理。第1年度除蒐集整理分析國內外之法令、案例及產業技術等資料外，並探討規劃桃園大圳取水口及圳路、後池堰排砂道等小（微）水力發電之可行性分析與經濟評估，做為未來推動小（微）水力發電之參考依據。第2年度工作內容為探討規劃石門大圳、分層取水工、寶山第二水庫引水路與放水口等小（微）水力發電之可行性分析與經濟評估，做為未來推動小（微）水力發電之參考依據</abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050279</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/17</date><governmentpublicationsnumber>1010502991</governmentpublicationsnumber><identifier>81815</identifier><internationalstandardbooknumber>9789860514100 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81815</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>105</publishrocyear><title>石門水庫及寶山第二水庫附屬設施小（微）水力發電潛能評估（2/2）Small (Micro) Hydropower Potential Assessment of the Shihmen Reservoir and the Second Baoshan Reservoir Affiliated Facilities (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為減少二氧化碳氣體排放量，降低溫室效應，以有效控制全球氣候變遷問題，世界各國紛紛採取「節能減碳」及「發展新能源科技」等行動策略，以提升能源使用效率、發展替代能源，以及開發再生能源，水力發電即為其中之一環。政府為積極開發再生能源以符合世界能源發展之潮流趨勢，將小水力發電訂為推廣階段中再生能源項目之一。 本計畫針對石門水庫及寶山第二水庫等附屬設施進行小（微）水力發電可行性及經濟效益評估，計畫分2年度辦理。第1年度除蒐集整理分析國內外之法令、案例及產業技術等資料外，並探討規劃桃園大圳取水口及圳路、後池堰排砂道等小（微）水力發電之可行性分析與經濟評估，做為未來推動小（微）水力發電之參考依據。第2年度工作內容為探討規劃石門大圳、分層取水工、寶山第二水庫引水路與放水口等小（微）水力發電之可行性分析與經濟評估，做為未來推動小（微）水力發電之參考依據</abstract><author>逢甲大學</author><categoryidentifier>448.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050279</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/17</date><governmentpublicationsnumber>1010502991</governmentpublicationsnumber><identifier>81816</identifier><internationalstandardbooknumber>9789860514100 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81816</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>105</publishrocyear><title>石門水庫及寶山第二水庫附屬設施小（微）水力發電潛能評估（2/2）(光碟版) Small (Micro) Hydropower Potential Assessment of the Shihmen Reservoir and the Second Baoshan Reservoir Affiliated Facilities (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/17</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>81822</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81822</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告(內附光碟) Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/18</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>81828</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81828</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查 Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050256</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/19</date><governmentpublicationsnumber>1010502997</governmentpublicationsnumber><identifier>81831</identifier><internationalstandardbooknumber>9789860514261 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81831</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>105</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬(3/3)(內附光碟)Planning of the Response of River Channel Stabilizing and Sediment Management for the Danshuei River(3/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050159</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/19</date><governmentpublicationsnumber>1010502593</governmentpublicationsnumber><identifier>81833</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81833</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域地質資訊系統之維護更新及應用(1/2)(含光碟)=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201612</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050151</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/19</date><governmentpublicationsnumber>1010502706</governmentpublicationsnumber><identifier>81843</identifier><internationalstandardbooknumber>9789860510478 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81843</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(2/2)=Study on Environment Sustainable Regeneration and Adaptive Strategy to Climate Change at Tainan Coast (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。 過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。 由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。 104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。 本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050151</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/19</date><governmentpublicationsnumber>1010502706</governmentpublicationsnumber><identifier>81844</identifier><internationalstandardbooknumber>9789860510478 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81844</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(2/2)--光碟版=Study on Environment Sustainable Regeneration and Adaptive Strategy to Climate Change at Tainan Coast (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>行政院性別平等處</author><categoryidentifier>544.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/20</date><governmentpublicationsnumber>1010503002</governmentpublicationsnumber><identifier>81850</identifier><internationalstandardbooknumber>9789860514551 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81850</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>105</publishrocyear><title>性別與人口、婚姻與家庭</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>行政院性別平等處</author><categoryidentifier>544.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/20</date><governmentpublicationsnumber>1010503004</governmentpublicationsnumber><identifier>81851</identifier><internationalstandardbooknumber>9789860514568 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81851</librarycollectiondetailsurl><price></price><publisher>行政院</publisher><publishrocyear>105</publishrocyear><title>性別與環境、能源與科技</title><yearidentifier>201612</yearidentifier></data><data><abstract>為改善計畫用地及提高防洪功能，可結合閒置公有(營)土地做為滯洪設施，除了推動排水防洪功能外，並創造更高的土地附加價值，達到完善的防洪治水與土地活化等多目標需求，提高土地價值。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050139</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/20</date><governmentpublicationsnumber>1010502748</governmentpublicationsnumber><identifier>81852</identifier><internationalstandardbooknumber>9789860510584 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81852</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域綜合治理計畫-運用閒置公有(營)土地做為滯洪設施之研究(內附光碟)A Study on Using Idle Public Land as Detention Facilities</title><yearidentifier>201612</yearidentifier></data><data><abstract>花蓮溪為東部中央管河川之一，發源於中央山脈丹大山支脈之拔子山，主流流經花蓮縣較富裕之鄉鎮市，於花蓮市南郊吉安鄉境注入太平洋。 該溪水系河川大斷面樁於民國67年完成，後續分別於民國82、93、94年及97年辦理重測；後續於100年所測成果至今已逾5年餘，為更新河川斷面測量資料及因應各項工程設計、警戒水位之探討，同時配合105花蓮溪遊系整體河道沖淤比對及相關水文水理分析等工作之需，爰於105年辦理。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050121</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/20</date><governmentpublicationsnumber>1010502694</governmentpublicationsnumber><identifier>81855</identifier><internationalstandardbooknumber>9789860511857 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81855</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>花蓮溪水系大斷面測量及全水系水理及沖淤變化計畫成果報告書(附件光碟)The Hualien River cross-section survey hydrographic analysis erosion and deposition change plan of the whole river system</title><yearidentifier>201612</yearidentifier></data><data><abstract>花蓮溪為東部中央管河川之一，發源於中央山脈丹大山支脈之拔子山，主流流經花蓮縣較富裕之鄉鎮市，於花蓮市南郊吉安鄉境注入太平洋。 該溪水系河川大斷面樁於民國67年完成，後續分別於民國82、93、94年及97年辦理重測；後續於100年所測成果至今已逾5年餘，為更新河川斷面測量資料及因應各項工程設計、警戒水位之探討，同時配合105花蓮溪遊系整體河道沖淤比對及相關水文水理分析等工作之需，爰於105年辦理。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050121</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/20</date><governmentpublicationsnumber>1010502694</governmentpublicationsnumber><identifier>81856</identifier><internationalstandardbooknumber>9789860511857 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81856</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>花蓮溪水系大斷面測量及全水系水理及沖淤變化計畫成果報告書(光碟版)The Hualien River cross-section survey hydrographic analysis erosion and deposition change plan of the whole river system</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 (1/2)(1/2)(1/2)(1/2)(1/2)」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 次 調查工作，本 調查工作，本 調查工作，本 年度 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 (2/2)/2)/2)」將延續進行 將延續進行 第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/23</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>81858</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81858</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。 過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。 由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。 104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。 本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050151</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/23</date><governmentpublicationsnumber>1010502706</governmentpublicationsnumber><identifier>81865</identifier><internationalstandardbooknumber>9789860510478 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81865</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(2/2)--光碟版=Study on Environment Sustainable Regeneration and Adaptive Strategy to Climate Change at Tainan Coast (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台南海岸西臨台灣海峽，部份區域有沙灘及離岸沙洲做為屏障，削減入射波浪能量，部份區域則設置海堤減少災害威脅，然近年來，台南海岸部份區段及離岸沙洲呈明顯侵退的情形，侵蝕趨勢造成灘地面積縮小，間接影響波浪能量之自然消能，颱風期間嚴峻海象條件下，沿海防護設施面臨波浪直接侵襲，缺乏天然沙灘為屏障的海堤，儼然成為第一道防線，亦曾造成老舊堤防發生潰堤之事件，海水入侵影響堤後人車通阻，威脅居住安全。雖然目前水利署轄管海堤能有效降低海岸潮浪災害機率，但是受到海岸侵蝕、沿海地層下陷與全球氣候變遷衝擊等因素影響，沿海潮浪災害仍無法完全避免。 過去興建海堤方法過於強調防災功能，長久觀察後顯示部分海堤生態環境呈現劣化，並有海岸線退縮情形。民國96年行政院核定「永續海岸整體發展方案」，提出自然海岸線比例不再降低作之海岸永續發展理念，水利署遂逐漸將海岸防護工作提升至海岸環境整體改善，並自民國93年起開始推動「海岸環境營造計畫」，歷經十餘年，海堤防護工作辦理內容已經由防災減災功能，逐漸轉為同時兼顧防災與環境復育功能之環境改善計畫。 由於海堤興建已完成階段性任務，針對海岸防護需求，水利署依據行政院民國102年2月核定「永續海岸整體發展方案」(第二期)，以「推動自然海岸線比例不再降低作之海岸永續發展理念」，同時納入「國家氣候變遷調適政策綱領」(行政院於民國101年6月核定)，因應未來氣候變遷衝擊策略上，以保護海岸自然環境，降低受災潛勢，減輕海岸災害損失為調適目標。再者104年2月4日海岸管理法公布實施，預計兩年內配合內政部公告實施包含一、二級海岸防護區的「整體海岸管理計畫」，使海岸防護工作更有法理可依循。 104～109年海岸環境營造計畫水利署以「陽光海岸，安全家園」為計畫願景，藉由「因應氣候變遷衝擊，規劃推動海岸防護適應策略」、「加強工法研發，提升海岸防護技術能力」、「善用海岸自然特性，展現特色海岸風華」、「維護海堤安全，確保應有防護功能」與「活化海堤空間利用，改善海岸棲地環境」等五大策略，達成「強化海岸防護能力，降低災害損失」、「加速海岸環境復育，營造優質海岸」與「落實海岸防護工法研發應用，維護海堤設施功能」三大計畫目標。 本計畫針對台南海岸進行海岸環境營造規劃及氣候變遷因應措施進行研究，計畫分為兩年進行：104年研究範圍為急水溪口至曾文溪口；105年研究範圍為曾文溪口至二仁溪口。針對台南海岸進行現階段及未來氣候變遷情境下，海岸防護功能檢討與環境特性分析，並於各區選擇一區段需改善海岸，依據其海岸環境特色，研提海堤環境營造規劃，以利適應未來環境狀況，期在海岸防護基本功能下，達成上述三大計畫目標。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050151</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/23</date><governmentpublicationsnumber>1010502706</governmentpublicationsnumber><identifier>81866</identifier><internationalstandardbooknumber>9789860510478 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81866</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南海岸環境營造規劃及氣候變遷因應研究(2/2)=Study on Environment Sustainable Regeneration and Adaptive Strategy to Climate Change at Tainan Coast (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>445.985</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010502455</governmentpublicationsnumber><identifier>81871</identifier><internationalstandardbooknumber>9789860507553 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81871</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭環境生態調查 總報告(含光碟)=Preliminary Study on Dajia River Basin for Water Resource Integration Utilization - Ecological Survey of Tungshihtan Artificial Lake</title><yearidentifier>201612</yearidentifier></data><data><abstract>為期未來能參與世界水文化資產系統(World Water Heritage Systems, WHS)認證，本計畫將進行國內已具百年或即將百年歷史且現今仍延續功用之水利事業文化資產(水利設施)清查與詮釋紀錄工作，並研擬參與世界水文化資產系統之推動，有機會能夠讓臺灣重新為國際所看見。 註：世界水文化資產系統(World Water Heritage Systems, WHS)由國際灌溉排水協會ICID、聯合國教育科學文化組織UNESCO、聯合國糧食及農業組織FAO，於2015年共同宣布成立</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050449</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010502588</governmentpublicationsnumber><identifier>81873</identifier><internationalstandardbooknumber>9789860508796 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81873</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>參與世界水文化資產系統策略規劃--光碟版=Strategical Planning for Engaging World Water System Heritage Program</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040370</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>81874</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81874</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>105年度六河局轄區洪水預警及防汛整合作業--光碟版=Integratiion Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office  in 2016.</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署第六河川局(以下簡稱本局)轄區中央管河川曾文溪、鹽水溪、二仁溪、阿公店溪、目前已完成建置洪水預報系統模式，以利颱風豪雨應變期間進行計時資料蒐集，定量降雨趨勢預報，集水區逕流、水庫演算、河川水理模擬，並透過圖形及表格進行展示，提供水情分析研判，提早預警已達減災及避災功效。</abstract><author>環興科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040370</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010402985</governmentpublicationsnumber><identifier>81875</identifier><internationalstandardbooknumber>9789860472684 ; 9789860472</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81875</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>105年度六河局轄區洪水預警及防汛整合作業--光碟版=Integratiion Plan of Flood Forecasting System &amp; Flood Prevention for 6th River Management Office  in 2016.</title><yearidentifier>201612</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，另外，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050159</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010502593</governmentpublicationsnumber><identifier>81876</identifier><internationalstandardbooknumber>9789860509175 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81876</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域地質資訊系統之維護更新及應用(1/2)--內附光碟=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201612</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，另外，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050159</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/24</date><governmentpublicationsnumber>1010502593</governmentpublicationsnumber><identifier>81877</identifier><internationalstandardbooknumber>9789860509175 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81877</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域地質資訊系統之維護更新及應用(1/2)--光碟版=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201612</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬進一步針對可能開發場址周邊之環境生態調查，以瞭解本計畫區域之環境生態及開發建設對大甲溪溪流生態系統可能之衝擊。</abstract><author>?明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050380</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/25</date><governmentpublicationsnumber>1010502455</governmentpublicationsnumber><identifier>81880</identifier><internationalstandardbooknumber>9789860507553 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81880</librarycollectiondetailsurl><price>800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭環境生態調查 總報告--內附光碟=Preliminary Study on Dajia River Basin for Water Resource Integration and Utilization - Ecological Survey of Tungshihtan Artificial Lake</title><yearidentifier>201612</yearidentifier></data><data><abstract>為能穩定供水及強化中部區域水資源運用與管理，以滿足大台中地區民國130年用水需求，經進行大甲溪流域水資源開發評估後，初步勘選出東勢潭之可能開發場址，本計畫擬進一步針對可能開發場址周邊之環境生態調查，以瞭解本計畫區域之環境生態及開發建設對大甲溪溪流生態系統可能之衝擊。</abstract><author>?明工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050380</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/25</date><governmentpublicationsnumber>1010502455</governmentpublicationsnumber><identifier>81881</identifier><internationalstandardbooknumber>9789860507553 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81881</librarycollectiondetailsurl><price>800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>大甲溪流域水資源整合運用初步規劃-東勢潭環境生態調查 總報告--光碟版=Preliminary Study on Dajia River Basin for Water Resource Integration and Utilization - Ecological Survey of Tungshihtan Artificial Lake</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>臺灣艾奕康工程股份有限公司/歐文松</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050383</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/25</date><governmentpublicationsnumber>1010502797</governmentpublicationsnumber><identifier>81884</identifier><internationalstandardbooknumber>9789860511772 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81884</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>水利建設跨域加值檢討評估 (含光碟)Feasibility Study of Cross-Field Value-Adding in Water Resources Construction</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署臺北水源特定區管理局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/2/2</date><governmentpublicationsnumber>1010502802</governmentpublicationsnumber><identifier>81886</identifier><internationalstandardbooknumber>9789860510423 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81886</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署臺北水源特定區管理局</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺北水源特定區管理局104年度工作年報Taipei Water Management Office. Water Resources Agency. Ministry of Economic Affairs 2015 annual job report (光碟版)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/3</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>81899</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81899</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告(內附光碟)=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫期望透過區域排水防洪及水資源工程開發規劃跨域加值方案案例之研析，檢討評估跨域加值公共建設財務規劃，調整規劃作業流程，研提相關法規增修建議，計畫自償率等工作，以期望透過整體性評估，作為後續相關開發方案進行跨域加值規劃之參考。</abstract><author>臺灣艾奕康工程股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050383</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010502797</governmentpublicationsnumber><identifier>81903</identifier><internationalstandardbooknumber>9789860511772 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81903</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>水利建設跨域加值檢討評估--內附光碟=Feasibility Study of Cross-Field Value-Adding in Water Resources Construction</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫期望透過區域排水防洪及水資源工程開發規劃跨域加值方案案例之研析，檢討評估跨域加值公共建設財務規劃，調整規劃作業流程，研提相關法規增修建議，計畫自償率等工作，以期望透過整體性評估，作為後續相關開發方案進行跨域加值規劃之參考。</abstract><author>臺灣艾奕康工程股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050383</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010502797</governmentpublicationsnumber><identifier>81904</identifier><internationalstandardbooknumber>9789860511772 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81904</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>水利建設跨域加值檢討評估--光碟版=Feasibility Study of Cross-Field Value-Adding in Water Resources Construction</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81905</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81905</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2)--光碟版=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(2/2)成果資料</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81906</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81906</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(總報告)光碟版=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81907</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81907</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(總報告)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>81908</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81908</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>自民國93年艾利颱風過後，石門水庫產生大量淤積導致庫容減少，同時高含砂濃度入流亦影響民生供水能力，水庫泥砂的問題開始被凸顯出來，近年來在政府特別預算的支持下，相關研究成果提出了改善與治理的對策，亦已對石門水庫的活化產生很大的貢獻。但在水庫泥砂課題涵蓋範圍相當廣，且每部分都相當複雜的情況下，不管在學術或實務面上，每一個面向其實都還是存在若干值得進一步深入探討的問題，尤其在本計畫隸屬於科專經費的前提下，更凸顯技術突破的需要性，其中水庫泥砂監測技術研發改良，建立適合臺灣使用之監測調查方法為水庫防淤問題中首先要解決之課題。在台灣有進行泥砂監測之水庫中，以石門水庫之泥砂監測資料比較齊全利於量測成果比對，爰此成立本計畫進行研究與探討，以提供水庫防淤策略研擬與操作參考。為評估水庫最佳防淤策略，水庫的來水來砂特性為重要關鍵，對於洪水監測，各水庫已施作多年，但泥砂監測資料目前僅石門與曾文水庫有較多資料，其他水庫並不完整，且泥砂監測過程中問題頗多，故建立水庫泥砂資料是目前水庫整體防淤策略重要基本工作，依據「水庫泥砂監測技術暨防淤操作策略研究」計畫之水庫入庫泥砂監測技術初步規劃，各水庫泥砂濃度觀測儀器設置之步驟，主要先從入庫邊界渾水明渠流之緩流區及各排放口開始，原因在於水庫管理單位希望能掌握入庫含砂濃度進而得知入庫總砂量，以及得知各排放口或取水工附近高泥砂濃度變化情形，進而調整水庫放水與取水時間。石門水庫羅浮站在右岸斜坡建置分層抽水取樣設施及懸浮質濃度自動化觀測點，雖已提供較有根據的入庫泥砂估計，但受邊壁效應影響使其量測之河道泥砂濃度可能存在相當程度的變異性，如何獲得斷面代表性的含砂濃度，為河道輸砂觀測相當重要但較欠缺的一環。因此本研究擬延續前期計畫成果，評估既有羅浮測站與新建主深槽觀測樁之差異性，精確量化入庫泥砂濃度歷線，建立全洪程水庫水砂運移規律，有效掌握水庫防淤操作時機及提升防淤效率。同時進行探討集水區崩坍面積與入庫流木量及泥砂量之關係，跨域協調林業主管機關與水土保持主管機關聯合預防土砂災害，彙整土砂來源與林木資源化之參考。最後入庫邊界掌控集水區水砂資源控制站，提升水庫穩定供水與防淤功能，整合集水區相關治理單位，確實掌握土砂主要源頭，達到土砂管理與林木資源之分工合作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050356</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010502651</governmentpublicationsnumber><identifier>81909</identifier><internationalstandardbooknumber>9789860510003 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81909</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫垂直分層泥砂濃度監測技術研發及現場測試評估(內附光碟)</title><yearidentifier>201612</yearidentifier></data><data><abstract>自民國93年艾利颱風過後，石門水庫產生大量淤積導致庫容減少，同時高含砂濃度入流亦影響民生供水能力，水庫泥砂的問題開始被凸顯出來，近年來在政府特別預算的支持下，相關研究成果提出了改善與治理的對策，亦已對石門水庫的活化產生很大的貢獻。但在水庫泥砂課題涵蓋範圍相當廣，且每部分都相當複雜的情況下，不管在學術或實務面上，每一個面向其實都還是存在若干值得進一步深入探討的問題，尤其在本計畫隸屬於科專經費的前提下，更凸顯技術突破的需要性，其中水庫泥砂監測技術研發改良，建立適合臺灣使用之監測調查方法為水庫防淤問題中首先要解決之課題。在台灣有進行泥砂監測之水庫中，以石門水庫之泥砂監測資料比較齊全利於量測成果比對，爰此成立本計畫進行研究與探討，以提供水庫防淤策略研擬與操作參考。 為評估水庫最佳防淤策略，水庫的來水來砂特性為重要關鍵，對於洪水監測，各水庫已施作多年，但泥砂監測資料目前僅石門與曾文水庫有較多資料，其他水庫並不完整，且泥砂監測過程中問題頗多，故建立水庫泥砂資料是目前水庫整體防淤策略重要基本工作，依據「水庫泥砂監測技術暨防淤操作策略研究」計畫之水庫入庫泥砂監測技術初步規劃，各水庫泥砂濃度觀測儀器設置之步驟，主要先從入庫邊界渾水明渠流之緩流區及各排放口開始，原因在於水庫管理單位希望能掌握入庫含砂濃度進而得知入庫總砂量，以及得知各排放口或取水工附近高泥砂濃度變化情形，進而調整水庫放水與取水時間。石門水庫羅浮站在右岸斜坡建置分層抽水取樣設施及懸浮質濃度自動化觀測點，雖已提供較有根據的入庫泥砂估計，但受邊壁效應影響使其量測之河道泥砂濃度可能存在相當程度的變異性，如何獲得斷面代表性的含砂濃度，為河道輸砂觀測相當重要但較欠缺的一環。 因此本研究擬延續前期計畫成果，評估既有羅浮測站與新建主深槽觀測樁之差異性，精確量化入庫泥砂濃度歷線，建立全洪程水庫水砂運移規律，有效掌握水庫防淤操作時機及提升防淤效率。同時進行探討集水區崩坍面積與入庫流木量及泥砂量之關係，跨域協調林業主管機關與水土保持主管機關聯合預防土砂災害，彙整土砂來源與林木資源化之參考。最後入庫邊界掌控集水區水砂資源控制站，提升水庫穩定供水與防淤功能，整合集水區相關治理單位，確實掌握土砂主要源頭，達到土砂管理與林木資源之分工合作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050356</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/6</date><governmentpublicationsnumber>1010502651</governmentpublicationsnumber><identifier>81910</identifier><internationalstandardbooknumber>9789860510003 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81910</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫垂直分層泥砂濃度監測技術研發及現場測試評估【計畫成果資料】(光碟版) Shihmen Reservoir suspended sediment concentration vertically layered monitoring technique development and field evaluation</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/7</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>81911</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81911</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告--內附光碟=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/7</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>81912</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81912</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告--光碟版=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本所於貢寮淨水場上游河川高灘地規劃人工湖配合下游既有淨水場聯合運作，可提供北區水資源經理基本計畫近程方案之參考，估算單位原水成本約10~15元，具開發效益。104年度辦理「貢寮人工湖初步規劃—地形測量及地質調查」計畫，由地質調查成果獲知岩盤面整體平均約在地表下20公尺深度，利用岩盤面為天然阻水層之可能性大幅降低。但在地層中含有厚度約1公尺之低透水性材料，若能掌握此低透水性材料之分佈與滲透特性，則可作為天然阻水材料，以降低工程開發成本。於因此，確有必要探查調整池位置之沖積層材料相關性質，評估其滲漏問題，以作為後續規劃之參考依據</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040476</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/7</date><governmentpublicationsnumber>1010502172</governmentpublicationsnumber><identifier>81917</identifier><internationalstandardbooknumber>9789860503944 ; 9789860503</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81917</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>貢寮調整池補充地質調查及數值模擬分析--內附光碟=Konliao Regualtion Pond Supplementary Geological Investigation and Numerical Simulation</title><yearidentifier>201610</yearidentifier></data><data><abstract>本所於貢寮淨水場上游河川高灘地規劃人工湖配合下游既有淨水場聯合運作，可提供北區水資源經理基本計畫近程方案之參考，估算單位原水成本約10~15元，具開發效益。104年度辦理「貢寮人工湖初步規劃—地形測量及地質調查」計畫，由地質調查成果獲知岩盤面整體平均約在地表下20公尺深度，利用岩盤面為天然阻水層之可能性大幅降低。但在地層中含有厚度約1公尺之低透水性材料，若能掌握此低透水性材料之分佈與滲透特性，則可作為天然阻水材料，以降低工程開發成本。於因此，確有必要探查調整池位置之沖積層材料相關性質，評估其滲漏問題，以作為後續規劃之參考依據</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040476</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/7</date><governmentpublicationsnumber>1010502172</governmentpublicationsnumber><identifier>81918</identifier><internationalstandardbooknumber>9789860503944 ; 9789860503</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81918</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>貢寮調整池補充地質調查及數值模擬分析--光碟版=Konliao Regualtion Pond Supplementary Geological Investigation and Numerical Simulation</title><yearidentifier>201610</yearidentifier></data><data><abstract>埔里盆地的形成為臺灣島受造山運動的構造活動影響，於北港溪和濁水溪間形成了埔里盆地群；埔里盆地群由北至南包括埔里盆地、魚池盆地、日月潭、頭社盆地與銃櫃盆地等五處，其中面積最大、海拔最低者為埔里盆地，其南北長約10公里，寬約6公里，面積約為60平方公里，填滿了巨厚的礫石沈積物，蘊藏豐富的地下水。 經濟部中央地質調查所97年度執行「台灣山區地下水資源調查研究先期計畫」，以埔里盆地為調查研究區域，包括進行岩心鑽探、沉積環境分析、地電阻探測、電磁探測、井測及試水分析，並綜整分析以釐定埔里盆地之水文地質架構；該所曾於埔里盆地中心進行深達350公尺鑽探，仍未鑽遇基盤，全程幾乎皆為礫石層堆積，此厚層的未固結沈積層提供地下水絕佳儲存空間。此外，該所於101年度執行「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」計畫，於烏溪流域之地下水資源調查成果發現，位於台灣中段山區的埔里盆地，在單位地下水位洩降下，其地下水可開發潛能量分別為每年2600萬噸。 水利署在埔里盆地設置觀測井以便觀測該區之地下水動態變化。透過水利署地理資訊倉儲中心查詢，該區域地下水觀測井共6站7口，分別是自記式地下水觀測井（埔里一、埔里二）及五口普通觀測井（溪尾、藍仔城、水頭、虎子山及中峰）。 水利署透過與中央地質調查所合作機制，就該所之「台灣山區地下水資源調查研究先期計畫」與「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」相關成果進行可開發水量評估及研擬後續使用方案；位於台灣中段山區的埔里盆地，具有豐沛的地下水資源及絕佳的水質，其供水潛能均可滿足局部區域用水之需求，未來只要擬定適切的地下水資源開發管理方案，將可作為山區聚落或觀光遊憩區之補充或替代水資源。因此，基於中央地質調查所對埔里盆地進行相關地下水資源調查成果基礎下，更深入調查該區域地下水資源情況，且考量在經濟及社會環境條件下，評估該區域地下水資源開發潛能。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040478</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/9</date><governmentpublicationsnumber>1010502525</governmentpublicationsnumber><identifier>81937</identifier><internationalstandardbooknumber>9789860508383 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81937</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>埔里盆地地下水資源調查開發評估(光碟版)Assessment of Groundwater Survey and Development in Puli Basin</title><yearidentifier>201611</yearidentifier></data><data><abstract>埔里盆地的形成為臺灣島受造山運動的構造活動影響，於北港溪和濁水溪間形成了埔里盆地群；埔里盆地群由北至南包括埔里盆地、魚池盆地、日月潭、頭社盆地與銃櫃盆地等五處，其中面積最大、海拔最低者為埔里盆地，其南北長約10公里，寬約6公里，面積約為60平方公里，填滿了巨厚的礫石沈積物，蘊藏豐富的地下水。 經濟部中央地質調查所97年度執行「台灣山區地下水資源調查研究先期計畫」，以埔里盆地為調查研究區域，包括進行岩心鑽探、沉積環境分析、地電阻探測、電磁探測、井測及試水分析，並綜整分析以釐定埔里盆地之水文地質架構；該所曾於埔里盆地中心進行深達350公尺鑽探，仍未鑽遇基盤，全程幾乎皆為礫石層堆積，此厚層的未固結沈積層提供地下水絕佳儲存空間。此外，該所於101年度執行「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」計畫，於烏溪流域之地下水資源調查成果發現，位於台灣中段山區的埔里盆地，在單位地下水位洩降下，其地下水可開發潛能量分別為每年2600萬噸。 水利署在埔里盆地設置觀測井以便觀測該區之地下水動態變化。透過水利署地理資訊倉儲中心查詢，該區域地下水觀測井共6站7口，分別是自記式地下水觀測井（埔里一、埔里二）及五口普通觀測井（溪尾、藍仔城、水頭、虎子山及中峰）。 水利署透過與中央地質調查所合作機制，就該所之「台灣山區地下水資源調查研究先期計畫」與「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」相關成果進行可開發水量評估及研擬後續使用方案；位於台灣中段山區的埔里盆地，具有豐沛的地下水資源及絕佳的水質，其供水潛能均可滿足局部區域用水之需求，未來只要擬定適切的地下水資源開發管理方案，將可作為山區聚落或觀光遊憩區之補充或替代水資源。因此，基於中央地質調查所對埔里盆地進行相關地下水資源調查成果基礎下，更深入調查該區域地下水資源情況，且考量在經濟及社會環境條件下，評估該區域地下水資源開發潛能。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040478</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502525</governmentpublicationsnumber><identifier>81952</identifier><internationalstandardbooknumber>9789860508383 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81952</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>埔里盆地地下水資源調查開發評估--內附光碟=Assessment of Groundwater Survey and Development in Puli Basin</title><yearidentifier>201611</yearidentifier></data><data><abstract>埔里盆地的形成為臺灣島受造山運動的構造活動影響，於北港溪和濁水溪間形成了埔里盆地群；埔里盆地群由北至南包括埔里盆地、魚池盆地、日月潭、頭社盆地與銃櫃盆地等五處，其中面積最大、海拔最低者為埔里盆地，其南北長約10公里，寬約6公里，面積約為60平方公里，填滿了巨厚的礫石沈積物，蘊藏豐富的地下水。 經濟部中央地質調查所97年度執行「台灣山區地下水資源調查研究先期計畫」，以埔里盆地為調查研究區域，包括進行岩心鑽探、沉積環境分析、地電阻探測、電磁探測、井測及試水分析，並綜整分析以釐定埔里盆地之水文地質架構；該所曾於埔里盆地中心進行深達350公尺鑽探，仍未鑽遇基盤，全程幾乎皆為礫石層堆積，此厚層的未固結沈積層提供地下水絕佳儲存空間。此外，該所於101年度執行「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」計畫，於烏溪流域之地下水資源調查成果發現，位於台灣中段山區的埔里盆地，在單位地下水位洩降下，其地下水可開發潛能量分別為每年2600萬噸。 水利署在埔里盆地設置觀測井以便觀測該區之地下水動態變化。透過水利署地理資訊倉儲中心查詢，該區域地下水觀測井共6站7口，分別是自記式地下水觀測井（埔里一、埔里二）及五口普通觀測井（溪尾、藍仔城、水頭、虎子山及中峰）。 水利署透過與中央地質調查所合作機制，就該所之「台灣山區地下水資源調查研究先期計畫」與「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」相關成果進行可開發水量評估及研擬後續使用方案；位於台灣中段山區的埔里盆地，具有豐沛的地下水資源及絕佳的水質，其供水潛能均可滿足局部區域用水之需求，未來只要擬定適切的地下水資源開發管理方案，將可作為山區聚落或觀光遊憩區之補充或替代水資源。因此，基於中央地質調查所對埔里盆地進行相關地下水資源調查成果基礎下，更深入調查該區域地下水資源情況，且考量在經濟及社會環境條件下，評估該區域地下水資源開發潛能。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040478</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502525</governmentpublicationsnumber><identifier>81960</identifier><internationalstandardbooknumber>9789860508383 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81960</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>埔里盆地地下水資源調查開發評估--光碟版=Assessment of Groundwater Survey and Development in Puli Basin</title><yearidentifier>201611</yearidentifier></data><data><abstract>埔里盆地的形成為臺灣島受造山運動的構造活動影響，於北港溪和濁水溪間形成了埔里盆地群；埔里盆地群由北至南包括埔里盆地、魚池盆地、日月潭、頭社盆地與銃櫃盆地等五處，其中面積最大、海拔最低者為埔里盆地，其南北長約10公里，寬約6公里，面積約為60平方公里，填滿了巨厚的礫石沈積物，蘊藏豐富的地下水。 經濟部中央地質調查所97年度執行「台灣山區地下水資源調查研究先期計畫」，以埔里盆地為調查研究區域，包括進行岩心鑽探、沉積環境分析、地電阻探測、電磁探測、井測及試水分析，並綜整分析以釐定埔里盆地之水文地質架構；該所曾於埔里盆地中心進行深達350公尺鑽探，仍未鑽遇基盤，全程幾乎皆為礫石層堆積，此厚層的未固結沈積層提供地下水絕佳儲存空間。此外，該所於101年度執行「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」計畫，於烏溪流域之地下水資源調查成果發現，位於台灣中段山區的埔里盆地，在單位地下水位洩降下，其地下水可開發潛能量分別為每年2600萬噸。 水利署在埔里盆地設置觀測井以便觀測該區之地下水動態變化。透過水利署地理資訊倉儲中心查詢，該區域地下水觀測井共6站7口，分別是自記式地下水觀測井（埔里一、埔里二）及五口普通觀測井（溪尾、藍仔城、水頭、虎子山及中峰）。 水利署透過與中央地質調查所合作機制，就該所之「台灣山區地下水資源調查研究先期計畫」與「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」相關成果進行可開發水量評估及研擬後續使用方案；位於台灣中段山區的埔里盆地，具有豐沛的地下水資源及絕佳的水質，其供水潛能均可滿足局部區域用水之需求，未來只要擬定適切的地下水資源開發管理方案，將可作為山區聚落或觀光遊憩區之補充或替代水資源。因此，基於中央地質調查所對埔里盆地進行相關地下水資源調查成果基礎下，更深入調查該區域地下水資源情況，且考量在經濟及社會環境條件下，評估該區域地下水資源開發潛能。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040478</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502525</governmentpublicationsnumber><identifier>81961</identifier><internationalstandardbooknumber>9789860508383 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81961</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>埔?盆地地下水資源調查開發評估 附錄-地下水利用工程計畫書(稿)</title><yearidentifier>201611</yearidentifier></data><data><abstract>埔里盆地的形成為臺灣島受造山運動的構造活動影響，於北港溪和濁水溪間形成了埔里盆地群；埔里盆地群由北至南包括埔里盆地、魚池盆地、日月潭、頭社盆地與銃櫃盆地等五處，其中面積最大、海拔最低者為埔里盆地，其南北長約10公里，寬約6公里，面積約為60平方公里，填滿了巨厚的礫石沈積物，蘊藏豐富的地下水。 經濟部中央地質調查所97年度執行「台灣山區地下水資源調查研究先期計畫」，以埔里盆地為調查研究區域，包括進行岩心鑽探、沉積環境分析、地電阻探測、電磁探測、井測及試水分析，並綜整分析以釐定埔里盆地之水文地質架構；該所曾於埔里盆地中心進行深達350公尺鑽探，仍未鑽遇基盤，全程幾乎皆為礫石層堆積，此厚層的未固結沈積層提供地下水絕佳儲存空間。此外，該所於101年度執行「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」計畫，於烏溪流域之地下水資源調查成果發現，位於台灣中段山區的埔里盆地，在單位地下水位洩降下，其地下水可開發潛能量分別為每年2600萬噸。 水利署在埔里盆地設置觀測井以便觀測該區之地下水動態變化。透過水利署地理資訊倉儲中心查詢，該區域地下水觀測井共6站7口，分別是自記式地下水觀測井（埔里一、埔里二）及五口普通觀測井（溪尾、藍仔城、水頭、虎子山及中峰）。 水利署透過與中央地質調查所合作機制，就該所之「台灣山區地下水資源調查研究先期計畫」與「台灣山區地下水資源調查研究整體計畫-第一期臺灣中段山區地下水資源調查與評估」相關成果進行可開發水量評估及研擬後續使用方案；位於台灣中段山區的埔里盆地，具有豐沛的地下水資源及絕佳的水質，其供水潛能均可滿足局部區域用水之需求，未來只要擬定適切的地下水資源開發管理方案，將可作為山區聚落或觀光遊憩區之補充或替代水資源。因此，基於中央地質調查所對埔里盆地進行相關地下水資源調查成果基礎下，更深入調查該區域地下水資源情況，且考量在經濟及社會環境條件下，評估該區域地下水資源開發潛能。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040478</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502525</governmentpublicationsnumber><identifier>81962</identifier><internationalstandardbooknumber>9789860508383 ; 9789860508</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81962</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>埔?盆地地下水資源調查開發評估 附錄-歷次審查會議意見及處理情形說明</title><yearidentifier>201611</yearidentifier></data><data><abstract>淡水河系自78年禁止採砂後部分河段已有逐漸回淤之情況，部分河段亦因河道轉彎、支流匯入及灘地陸化等因素改變流路影響河防構造物安全，本計畫透過水理輸砂數值模式進行分析，了解淡水河系各河段之沖淤趨勢析，評估各河段的沖淤潛勢，以瞭解河道長期穩定程度與未來變動趨勢等河川特性，進而提出治理及疏濬對策，以供本局未來河川治理之參考。</abstract><author>逢甲大學</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050256</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502998</governmentpublicationsnumber><identifier>81967</identifier><internationalstandardbooknumber>9789860514278 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81967</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>105</publishrocyear><title>淡水河水系河道穩定與土砂管理及其因應措施研擬總報告(內附光碟)Planning of the Response of River Channel Stabilizing and Sediment Management for the Danshuei River</title><yearidentifier>201612</yearidentifier></data><data><abstract>頭前溪河口段受外海波浪與河川流量交匯等複雜因素影響，歷來變遷頗為顯著。水利署第二河川局(以下簡稱二河局)為確保河口段之河防安全與落實分流治理規劃，於101年完成辦理河口段治理工程，包括舊港島護岸與分流工、苦苓腳凹岸堤防與丁壩群及河口段疏濬等措施。完工迄今河床已有回淤情形，故二河局於103~104年度辦理各項工程之效益評估研究，並整合水文、地文、生物、空間利用及相關水利工程措施，研擬頭前溪河口段生態水利整體規劃，提出改善建議。然治理工程完工後，河道水理輸砂條件改變加上外海波浪推移作用，對於河口與臨近海域沖淤之影響尚待評估研究。此外，河口段河道整治工程完工後仍有待相關監測資料收集，以進一步評估與驗證，且整治工程對於溝貝、豆子埔溪等排水之影響亦須進行評估。爰此，成立本委託專業服務計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050286</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502958</governmentpublicationsnumber><identifier>81971</identifier><internationalstandardbooknumber>9789860513714 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81971</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(1/2)(內附光碟)Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>頭前溪河口段受外海波浪與河川流量交匯等複雜因素影響，歷來變遷頗為顯著。水利署第二河川局(以下簡稱二河局)為確保河口段之河防安全與落實分流治理規劃，於101年完成辦理河口段治理工程，包括舊港島護岸與分流工、苦苓腳凹岸堤防與丁壩群及河口段疏濬等措施。完工迄今河床已有回淤情形，故二河局於103~104年度辦理各項工程之效益評估研究，並整合水文、地文、生物、空間利用及相關水利工程措施，研擬頭前溪河口段生態水利整體規劃，提出改善建議。然治理工程完工後，河道水理輸砂條件改變加上外海波浪推移作用，對於河口與臨近海域沖淤之影響尚待評估研究。此外，河口段河道整治工程完工後仍有待相關監測資料收集，以進一步評估與驗證，且整治工程對於溝貝、豆子埔溪等排水之影響亦須進行評估。爰此，成立本委託專業服務計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050286</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502958</governmentpublicationsnumber><identifier>81972</identifier><internationalstandardbooknumber>9789860513714 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81972</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(1/2)(光碟版)Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>中正大橋河段現況呈現大範圍軟弱岩質河床裸露現象並持續擴大範圍，軟弱岩質河床沖蝕特性與沖積型河床並不相同，本署水利規劃試驗所近年曾辦理軟岩質河床沖蝕行為研究並建立河道模擬評估工具，其相關成果可應用於本河段進行河道動床模擬，並針對中正大橋改建後河段沖淤影響及變遷趨勢進行評估。 	對於河道地形快速下切變動之河段，常用穩定工法包含利用固床工、表層灌漿、鼎塊堆置等方式進行軟弱岩質河床之沖蝕保護，但成效常受到軟岩沖蝕作用之影響而不如預期。部份固結灌漿工法於國外文獻已有多年之應用，但於國內則尚無實際應用案例，其工法特性與施作要點可加以研究，評估應用於穩定本河段軟弱岩質河床之沖蝕作用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050283</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502957</governmentpublicationsnumber><identifier>81973</identifier><internationalstandardbooknumber>9789860513080 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81973</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪中正大橋岩床河段河道變遷趨勢與穩定策略(2/2)(內附光碟)Rock Riverbed Channel Migration and its Countermeasures at the Area of the Jhong-Jheng Bridge, the Tou-chien River (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>中正大橋河段現況呈現大範圍軟弱岩質河床裸露現象並持續擴大範圍，軟弱岩質河床沖蝕特性與沖積型河床並不相同，本署水利規劃試驗所近年曾辦理軟岩質河床沖蝕行為研究並建立河道模擬評估工具，其相關成果可應用於本河段進行河道動床模擬，並針對中正大橋改建後河段沖淤影響及變遷趨勢進行評估。 	對於河道地形快速下切變動之河段，常用穩定工法包含利用固床工、表層灌漿、鼎塊堆置等方式進行軟弱岩質河床之沖蝕保護，但成效常受到軟岩沖蝕作用之影響而不如預期。部份固結灌漿工法於國外文獻已有多年之應用，但於國內則尚無實際應用案例，其工法特性與施作要點可加以研究，評估應用於穩定本河段軟弱岩質河床之沖蝕作用。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050283</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/10</date><governmentpublicationsnumber>1010502957</governmentpublicationsnumber><identifier>81974</identifier><internationalstandardbooknumber>9789860513080 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81974</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪中正大橋岩床河段河道變遷趨勢與穩定策略(2/2)(光碟版)Rock Riverbed Channel Migration and its Countermeasures at the Area of the Jhong-Jheng Bridge the Tou-cjien River(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050090</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/13</date><governmentpublicationsnumber>1010503136</governmentpublicationsnumber><identifier>81978</identifier><internationalstandardbooknumber>9789869261609 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81978</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>105</publishrocyear><title>105年度高屏溪流域河川水質採樣檢測分析工作計畫Sampling and Analysis for the Water Quality of Kao-Ping River(2016)</title><yearidentifier>201612</yearidentifier></data><data><abstract>過去洪泛模擬常因計算量太大，而採用低解析度的地形資料作為計算格網的建置；然而近年來高解析度地形資料如5米以下，已經運用於3維街景地理資訊的應用。近年來電腦運算速度不斷提升及利用高效能新的演算法架構，使得洪泛模擬也能應用高解析度地形資料，則有助於往後高精度都市洪泛模擬的發展。此外高時空解析度洪泛模擬結果在3維視覺展示的應用，也需要一併進行先期研究，才能充分發揮高解析地形資料的助益，提供決策者更直接且立體的資料呈現。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050133</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/14</date><governmentpublicationsnumber>1010502750</governmentpublicationsnumber><identifier>81994</identifier><internationalstandardbooknumber>9789860510577 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81994</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利ˇ署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高時空解析度淹水模擬結合三維視覺展示研究(內附光碟)Application Study on High Spatiial Resolution Flood Inundaation Modeling and 3d Visualization</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署103年8月28日函頒修正之「中央管區域排水排水計畫書審查作業要點」，已規範中央管區域排水排水計畫書的送審時機、審查流程、內容、檢核標準等做為土地利用及開發行為出流管制之手段，落實土地開發不增加區域排水尖峰流量之目的。依據該要點，土地開發達2公頃以上即需依規定之格式提報排水計畫書，然而在實務執行上，由於土地開發案之面積差異甚大，對於較大規模的開發案，因較容易找到合適的滯蓄洪空間，操作上較容易達到該要點之要求；對於較小規模的開發而言，則在操作上相對困難。另外，排水計畫書中允許排放量決定(計畫流量之比流量推估與水文分析推算)與減洪設施檢核原則(100年重現期距24小時暴雨之標準計算為原則，排放流量不得大於允許排放量)規定尚有部分疑義，可進一步檢討。因此，本計畫將參考國內外之相關制度，研擬土地開發排水計畫書實務上精進之作法，以利後續排水計畫書編撰及審查作業之推動。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/2/14</date><governmentpublicationsnumber>1010502738</governmentpublicationsnumber><identifier>81995</identifier><internationalstandardbooknumber>9789860510560 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81995</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>土地開發排水計畫書實務檢討與精進之研究(內附光碟)The Study of the Enchancement and Improvement in the Pratice of Drainage Plan for Land Development Project</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫調查地點為淡水河，上游為大漢溪、新店溪及基隆河，大漢溪在江子翠會合新店溪後，成為淡水河主流。主流至關渡和基隆河匯流後，於淡水鎮油車口附近注入臺灣海峽。淡水河系分佈數個重要濕地，生物相豐富。另大漢溪上游石門水庫近年已完成電廠1 號鋼管排砂工程，也刻正辦理排洪減淤相關工程；因此本計畫將另針對石門水庫排洪減淤工程對生態及防洪等面向所遭遇的問題加以分析探討。</abstract><author>國立台灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050231</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/14</date><governmentpublicationsnumber>1010503018</governmentpublicationsnumber><identifier>81999</identifier><internationalstandardbooknumber>9789860514469 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_81999</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>105</publishrocyear><title>淡水河水系河川情勢調查(2/3)(內附光碟)Investigation of Current Status in Tamsui River System(2/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/15</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82002</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82002</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業(內附光碟) Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/15</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82003</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82003</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業 附冊一：湖山水庫地物監測電學自動化設備系統操作手冊 Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/15</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82004</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82004</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業 附冊二：湖山水庫壩體地球物理監測作業手冊 Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/16</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>82023</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82023</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告--內附光碟=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/2/17</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>82042</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82042</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析104年度報告(內附光碟)</title><yearidentifier>201610</yearidentifier></data><data><abstract>1.海淡模組廠設備單元調整改善並連續操作試驗2.調整操作模式以連續淡化運轉操作試驗及維護3.產水水質檢驗及驗證4.海淡水試用規劃5.辦理試用宣傳、專題講座或公聽會等相關宣導活動(2場)及宣傳網頁維護。6.試驗數據研析、資料庫(及相關網頁)之建立與維護7.模組廠區之運用計畫。8.廠區及環境維護管理。9.工作簡報及報告編印10.其他補充</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050093</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/17</date><governmentpublicationsnumber>1010600150</governmentpublicationsnumber><identifier>82044</identifier><internationalstandardbooknumber>9789860518122 ; 9789860518</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82044</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>106</publishrocyear><title>105年度新竹海淡模組廠後續操作試驗(內附光碟) The Subsequent Experimental Project of Hsinchu Seawater Desalination Pilot Plant 2016</title><yearidentifier>201701</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>82071</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82071</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>107</publishrocyear><title>中華民國108年潮汐表年刊第22期--光碟版=TIDAL TABLES 2019</title><yearidentifier>201808</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/20</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>82076</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82076</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告-=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/20</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>82077</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82077</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告(光碟)-=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>過去洪泛模擬常因計算量太大，而採用低解析度的地形資料作為計算格網的建置；然而近年來高解析度地形資料如5米以下，已經運用於3維街景地理資訊的應用。近年來電腦運算速度不斷提升及利用高效能新的演算法架構，使得洪泛模擬也能應用高解析度地形資料，則有助於往後高精度都市洪泛模擬的發展。此外高時空解析度洪泛模擬結果在3維視覺展示的應用，也需要一併進行先期研究，才能充分發揮高解析地形資料的助益，提供決策者更直接且立體的資料呈現。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050133</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502750</governmentpublicationsnumber><identifier>82099</identifier><internationalstandardbooknumber>9789860510577 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82099</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高時空解析度淹水模擬結合三維視覺展示研究--內附光碟=Application Study on High Spatial Resolution Flood Inundation Modeling and 3D Visualization</title><yearidentifier>201612</yearidentifier></data><data><abstract>過去洪泛模擬常因計算量太大，而採用低解析度的地形資料作為計算格網的建置；然而近年來高解析度地形資料如5米以下，已經運用於3維街景地理資訊的應用。近年來電腦運算速度不斷提升及利用高效能新的演算法架構，使得洪泛模擬也能應用高解析度地形資料，則有助於往後高精度都市洪泛模擬的發展。此外高時空解析度洪泛模擬結果在3維視覺展示的應用，也需要一併進行先期研究，才能充分發揮高解析地形資料的助益，提供決策者更直接且立體的資料呈現。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050133</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502750</governmentpublicationsnumber><identifier>82100</identifier><internationalstandardbooknumber>9789860510577 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82100</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高時空解析度淹水模擬結合三維視覺展示研究--光碟版=Application Study on High Spatial Resolution Flood Inundation Modeling and 3D Visualization</title><yearidentifier>201612</yearidentifier></data><data><abstract>為改善計畫用地及提高防洪功能，可結合閒置公有(營)土地做為滯洪設施，除了推動排水防洪功能外，並創造更高的土地附加價值，達到完善的防洪治水與土地活化等多目標需求，提高土地價值。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050139</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502748</governmentpublicationsnumber><identifier>82101</identifier><internationalstandardbooknumber>9789860510584 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82101</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域綜合治理計畫-運用閒置公有(營)土地做為滯洪設施之研究--內附光碟=A Study on Using Idle Public Land as Detention Facilities</title><yearidentifier>201612</yearidentifier></data><data><abstract>為改善計畫用地及提高防洪功能，可結合閒置公有(營)土地做為滯洪設施，除了推動排水防洪功能外，並創造更高的土地附加價值，達到完善的防洪治水與土地活化等多目標需求，提高土地價值。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050139</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502748</governmentpublicationsnumber><identifier>82102</identifier><internationalstandardbooknumber>9789860510584 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82102</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>流域綜合治理計畫-運用閒置公有(營)土地做為滯洪設施之研究--光碟版=A Study on Using Idle Public Land as Detention Facilities</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台灣近年之颱洪極端事件日益嚴重，降雨量及降雨強度亦呈增加趨勢。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍有面臨淹水的可能。 水利署目前已經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間發布淹水預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 惟目前水利署之洪水預警系統多屬一維模擬模式，如今隨著模式演算法則精進，以及電腦運算速度不斷提升，具有穩定排程作業能力與快速平行計算架構的高效能計算整合平台，將可以縮短大量的資料準備時間與數值模擬計算時間，故即時二維淹水模式實仍未來防災工作的下一個努力的方向。 水利署之「水文氣象規劃整合平台」多年來已整合氣海象、雷達、雨量水位等水文資料，亦已完成整合多個水文水理模式。而本所目前已陸續推動全臺之二維淹水模擬，為將本所模擬之模組納入水利署之平台以期能完成二維即時淹水模擬，增加未來防災之應變能力，爰辦理本計畫。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050132</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502737</governmentpublicationsnumber><identifier>82105</identifier><internationalstandardbooknumber>9789860510553 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82105</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高效能二維淹水模擬應用於整合平台--內附光碟=Integrated platform for application of high-performance 2D inundation simulation</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於全球氣候變遷效應影響，台灣近年之颱洪極端事件日益嚴重，降雨量及降雨強度亦呈增加趨勢。面對此問題，需認知防洪工程有其保護極限，水文降雨條件超過保護標準時，仍有面臨淹水的可能。 水利署目前已經由雨量、流量、水位、潮位等即時監測進行洪水預報作業，於洪水期間發布淹水預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 惟目前水利署之洪水預警系統多屬一維模擬模式，如今隨著模式演算法則精進，以及電腦運算速度不斷提升，具有穩定排程作業能力與快速平行計算架構的高效能計算整合平台，將可以縮短大量的資料準備時間與數值模擬計算時間，故即時二維淹水模式實仍未來防災工作的下一個努力的方向。 水利署之「水文氣象規劃整合平台」多年來已整合氣海象、雷達、雨量水位等水文資料，亦已完成整合多個水文水理模式。而本所目前已陸續推動全臺之二維淹水模擬，為將本所模擬之模組納入水利署之平台以期能完成二維即時淹水模擬，增加未來防災之應變能力，爰辦理本計畫。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050132</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502737</governmentpublicationsnumber><identifier>82106</identifier><internationalstandardbooknumber>9789860510553 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82106</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>高效能二維淹水模擬應用於整合平台--光碟版=Integrated platform for application of high-performance 2D inundation simulation</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前河川、區域排水與雨水下水道等不同排洪系統所因設計基準之不同，於規劃設計時採用不同之水文分析方法作為規劃設計之依據。然而，於同一排洪系統中採不同之水文分析方法容易造成排洪系統間銜接之差異。本計主要係探討於同一排洪系統中將水文分析方法予以整合之可行性研究。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050143</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502774</governmentpublicationsnumber><identifier>82107</identifier><internationalstandardbooknumber>9789860510812 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82107</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>排洪系統水文分析方法整合之研究--內附光碟=The Study of Hydrologic Analysis Methods for Flood and Drainage Systems and their Integration and Improvement</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前河川、區域排水與雨水下水道等不同排洪系統所因設計基準之不同，於規劃設計時採用不同之水文分析方法作為規劃設計之依據。然而，於同一排洪系統中採不同之水文分析方法容易造成排洪系統間銜接之差異。本計主要係探討於同一排洪系統中將水文分析方法予以整合之可行性研究。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050143</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502774</governmentpublicationsnumber><identifier>82108</identifier><internationalstandardbooknumber>9789860510812 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82108</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>排洪系統水文分析方法整合之研究--光碟版=The Study of Hydrologic Analysis Methods for Flood and Drainage Systems and their Integration and Improvement</title><yearidentifier>201612</yearidentifier></data><data><abstract>地層下陷相關決策資訊包含各鄉鎮水井清查、水準高程測量、GPS監測、地陷井監測...等，因往年相關資訊並無資訊系統及資料庫進行管理及展示，本署爰於100年度辦理「地層下陷資訊整合服務系統規劃建置」計畫，建置資料庫及開發地層下陷資訊整合系統。此外，為強化測站及監測資料管理目標，以及提高GIS圖層套疊彈性，另於104年辦理「地層下陷資訊整合服務系統維護及管理」。 本計畫兩項系統並之測站及監測資料管理功能已逐步完成，並提供使用者綜合展示檢、監測資訊，以初步分析地層下陷成因。為使本系統更臻精進，以及輔助本署辦理地層下陷相關業務，後續將朝加值應用分析進行開發，例如即時產出GPS測站監測資訊下陷等值圖、開發行動版介面、地下水與下陷關係視覺化...等，並改善系統圖表可再編輯功能，俾利使用者可彈性運用製作簡報。</abstract><author>巨葳資訊故份有限公司</author><categoryidentifier>354.7   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050175</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/22</date><governmentpublicationsnumber>1010502662</governmentpublicationsnumber><identifier>82109</identifier><internationalstandardbooknumber>9789860510485 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82109</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度地層下陷監測資訊整合系統維護及管理(光碟版)2016 Maintenance and Management of Integrated Information System for Land Subsidence Monitoring</title><yearidentifier>201611</yearidentifier></data><data><abstract>經濟部水利署103年8月28日函頒修正之「中央管區域排水排水計畫書審查作業要點」，已規範中央管區域排水排水計畫書的送審時機、審查流程、內容、檢核標準等做為土地利用及開發行為出流管制之手段，落實土地開發不增加區域排水尖峰流量之目的。依據該要點，土地開發達2公頃以上即需依規定之格式提報排水計畫書，然而在實務執行上，由於土地開發案之面積差異甚大，對於較大規模的開發案，因較容易找到合適的滯蓄洪空間，操作上較容易達到該要點之要求；對於較小規模的開發而言，則在操作上相對困難。另外，排水計畫書中允許排放量決定(計畫流量之比流量推估與水文分析推算)與減洪設施檢核原則(100年重現期距24小時暴雨之標準計算為原則，排放流量不得大於允許排放量)規定尚有部分疑義，可進一步檢討。因此，本計畫將參考國內外之相關制度，研擬土地開發排水計畫書實務上精進之作法，以利後續排水計畫書編撰及審查作業之推動。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050144</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/23</date><governmentpublicationsnumber>1010502738</governmentpublicationsnumber><identifier>82110</identifier><internationalstandardbooknumber>9789860510560 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82110</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>土地開發排水計畫書實務檢討與精進之研究--內附光碟=The Study of the Enhancement and Improvement in the Practice of Drainage Plan for Land Development Project</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署103年8月28日函頒修正之「中央管區域排水排水計畫書審查作業要點」，已規範中央管區域排水排水計畫書的送審時機、審查流程、內容、檢核標準等做為土地利用及開發行為出流管制之手段，落實土地開發不增加區域排水尖峰流量之目的。依據該要點，土地開發達2公頃以上即需依規定之格式提報排水計畫書，然而在實務執行上，由於土地開發案之面積差異甚大，對於較大規模的開發案，因較容易找到合適的滯蓄洪空間，操作上較容易達到該要點之要求；對於較小規模的開發而言，則在操作上相對困難。另外，排水計畫書中允許排放量決定(計畫流量之比流量推估與水文分析推算)與減洪設施檢核原則(100年重現期距24小時暴雨之標準計算為原則，排放流量不得大於允許排放量)規定尚有部分疑義，可進一步檢討。因此，本計畫將參考國內外之相關制度，研擬土地開發排水計畫書實務上精進之作法，以利後續排水計畫書編撰及審查作業之推動。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>445.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050144</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/23</date><governmentpublicationsnumber>1010502738</governmentpublicationsnumber><identifier>82114</identifier><internationalstandardbooknumber>9789860510560 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82114</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>土地開發排水計畫書實務檢討與精進之研究--光碟版=The Study of the Enhancement and Improvement in the Practice of Drainage Plan for Land Development Project</title><yearidentifier>201612</yearidentifier></data><data><abstract>為因應 臺灣 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 破壞而導致災害， 破壞而導致災害， 破壞而導致災害， 破壞而導致災害， 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 (103~105 (103~105 年)為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 變遷影響下可能最大降雨 變遷影響下可能最大降雨 變遷影響下可能最大降雨 變遷影響下可能最大降雨 (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP)、可能 、可能 、可能 最大洪水 最大洪水 (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF)(Probable Maximum Flood, PMF)(Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 ，惟 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 所列 討論範圍中 討論範圍中 討論範圍中 討論範圍中 討論範圍中 。同時依據研 。同時依據研 。同時依據研 。同時依據研 。同時依據研 。同時依據研 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘</abstract><author>財團法人成大研究發展基金會/游保杉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050276</commissionedprojectidentifier><currency>NT$</currency><date>2017/2/24</date><governmentpublicationsnumber>1010502609</governmentpublicationsnumber><identifier>82117</identifier><internationalstandardbooknumber>9789860509151 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82117</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究總報告(含光碟) A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫主要為瞭解後龍溪主流堤防內結構現況，採用非破壞檢測方式，檢查建造物之使用狀況與內部損壞狀態，以便未來整體規劃或工程設計時利用。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050404</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/1</date><governmentpublicationsnumber>1010503070</governmentpublicationsnumber><identifier>82119</identifier><internationalstandardbooknumber>9789860515046 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82119</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>105年度後龍溪主流水利建造物結構安全檢測計畫(內附光碟)Test Program on Safety of Hydraulic Structure at Main Stream of Houlong River</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫主要為瞭解後龍溪主流堤防內結構現況，採用非破壞檢測方式，檢查建造物之使用狀況與內部損壞狀態，以便未來整體規劃或工程設計時利用。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050404</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/1</date><governmentpublicationsnumber>1010503070</governmentpublicationsnumber><identifier>82120</identifier><internationalstandardbooknumber>9789860515046 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82120</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>105年度後龍溪主流水利建造物結構安全檢測計畫(光碟版)Test Program on Safety of Hydraulic Structure at Main Stream of Houlong River</title><yearidentifier>201612</yearidentifier></data><data><abstract>為因應 臺灣 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 地區因氣候變遷所引發暴雨洪流，造成水源設施重大 破壞而導致災害， 破壞而導致災害， 破壞而導致災害， 破壞而導致災害， 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 為此，本計畫以三年 (103~105 (103~105 年)為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 為期程，研究氣候 變遷影響下可能最大降雨 變遷影響下可能最大降雨 變遷影響下可能最大降雨 變遷影響下可能最大降雨 (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP)(Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP) (Probable Maximum Precipitation, PMP)、可能 、可能 、可能 最大洪水 最大洪水 (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF)(Probable Maximum Flood, PMF)(Probable Maximum Flood, PMF) (Probable Maximum Flood, PMF) 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 的改變，並研擬評估水源設施 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨風險 ，惟 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 氣候變遷引起之乾旱情況，不在本計畫 所列 討論範圍中 討論範圍中 討論範圍中 討論範圍中 討論範圍中 。同時依據研 。同時依據研 。同時依據研 。同時依據研 。同時依據研 。同時依據研 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 究成果，彙編各推估方法之參考手冊以建立標準化作業流程並供 相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘相關單位參考應用。茲將三年期程之工作大項流圖 呈列如摘</abstract><author>財團法人成大研究發展基金會/游保杉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050276</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/1</date><governmentpublicationsnumber>1010502609</governmentpublicationsnumber><identifier>82127</identifier><internationalstandardbooknumber>9789860509151 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82127</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究總報告(光碟版) A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/1</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82128</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82128</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業(光碟版) Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為分布於內陸地區（例如彰化溪州及雲林虎尾、土庫等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050248</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/6</date><governmentpublicationsnumber>1010503017</governmentpublicationsnumber><identifier>82136</identifier><internationalstandardbooknumber>9789860514483 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82136</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度彰化及雲林地區地層下陷監測及分析(光碟版)Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍為經濟部水利局第四河川局集集辦公室及東埔蚋溪木屐寮滯洪生態區。下圖1-1中本局集集辦公室為展示中心；東埔蚋溪木屐寮滯洪生態區為進行環境教育場所之認證可行性評估。</abstract><author>國立臺中科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030025</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/7</date><governmentpublicationsnumber>1010401944</governmentpublicationsnumber><identifier>82149</identifier><internationalstandardbooknumber>9789860461008 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82149</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>東埔蚋溪滯洪池環境教育暨場所認證規劃案Environment Education and Environmental Education Facility Certification Program of Tonpuze Creek Detention Pond</title><yearidentifier>201506</yearidentifier></data><data><abstract>水文觀測資料係政府在防災應變、水資源利用等重要決策上最主要之依據。因此，持續提昇水文觀測技術，並確保觀測儀器準確度，為當前最關鍵與最具急迫性的任務之一。為有效應用有限之資源，本計畫著眼河川表面自動化流速量測，除可滿足當前急迫性需求外，亦可獲兼顧作業人員安全、本土化研發等特色。</abstract><author>國?中央大學水文與海洋科學研究所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050241</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/8</date><governmentpublicationsnumber>1010502391</governmentpublicationsnumber><identifier>82157</identifier><internationalstandardbooknumber>9789860506228 ; 9789860506</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82157</librarycollectiondetailsurl><price>320</price><publisher>經濟部水?署</publisher><publishrocyear>105</publishrocyear><title>河川表面流速接觸式自動化量測新技術之研發(1/2)--光碟版=Automation of The Riverine Surface Current In-Situ Measurement (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>海堤前方水域以及河口水域之水文條件極為複雜，卻也是本署防汛期間溢淹預警與防治的重點區域。為能落實溢淹預警與防治的工作，常須借助數值模式進行水理演算以及溢淹之預測。然而不論是河口或是海堤前方水域的數值水理模式演算，都需要準確的地形資料作為依據，為有效落實海岸侵蝕防治工作，海岸相關權責單位過去曾透入大量的人物力出海進行海岸地形水深之現場量測工作。非接觸式觀測技術在岸邊即可進行，可大幅降低海上進行量測作業的成本與風險，且研發成果能提供後端數值水理模式演算所需之地形資料，藉以作為準確溢淹預警的依據。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050244</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/8</date><governmentpublicationsnumber>1010502262</governmentpublicationsnumber><identifier>82158</identifier><internationalstandardbooknumber>9789860505283 ; 9789860505</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82158</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>海堤堤前與河口水深地形非接觸式觀測科技之研發(1/2)--光碟版=Development of Coastal Bathymetry Monitoring Technology by Remote Sensing (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署依水利法規定負有水資源營運與一般性海堤區域禦潮等任務，故需辦理相關公共工程建設作為。本計畫係依「台灣水文長期觀測發展計畫(104年~109年)」辦理，擬執行期程為2年度，分為104年及105年度。105年度為第2年度，辦理內容包含維護及更新改善本署近海水文觀測系統平台之功能使其正常運作，維護管理本署既有之近海水文觀測資料庫，以及近海水文觀測資料應用與加值資訊產出等，期以正確掌握並提供本署辦理與執行海水淡化等水資源開發，與一般性海堤安全防護等公共工程建設所需之最佳品質即時近海水文資料與訊息。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050048</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/8</date><governmentpublicationsnumber>1010502263</governmentpublicationsnumber><identifier>82159</identifier><internationalstandardbooknumber>9789860505276 ; 9789860505</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82159</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(2/2)--光碟版=Operation and Maintenance of Coastal Ocean Monitoring Network in the Sea Embankment Area (2015 to 2016)(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署進?海岸防護減災時，必須明確掌握現場水動?條件因子。由於近岸波?場與?場等水動?特性在時間上非定常、空間上為非均勻，以傳統應用單點式水文觀測技術，所獲得的資訊過於片面與?散，難以掌握近岸水動?的?續時空特徵。計畫??採用移動式岸基同調微波?達，可機動性擷取具時空?續性之海表面?場與波?場等資訊。相對其他方式具有觀測成本與維護作業風險較低優勢，是近?有高?潛?的近海水文監測技術。 本計畫將獲得各種天候條件下侵蝕海岸週邊海域潮?、海??場特性，據此分析近岸水動?所受人工結構物等之影響，冀以藉新的水文技術提升海堤與海岸防護設計。以水?署第一河川局所轄宜?地區侵蝕現象顯著之區域為對象，?用移動式岸基同調微波?達進?周邊海域近岸?場與波?場的觀測與實驗。???中觀測最大波高約5 公尺，最大週期約有9 秒，皆出現於今?莫?蒂颱風登?期間。以?場?況??，今??三場觀測海??向皆由東?往西南，在颱風時受風場影響?向較?一致。 今??在分析?場資?與探討中發現以往未曾多加考慮的因素主導?本地區?況，在沒有考慮這些機制下，貿然進?海岸防護設計與施作將導致較高風險。特別是黑潮水團入侵的現象，對於?陽溪口周邊懸浮?沙輸送影響可能很大，但目前尚未具體瞭解。相對地，以往工程設計著重的潮汐與潮?，在本海域相對扮演次要角色。掌握海水動?特性，建議於頭城海岸建?長期?續觀測站，?達測站以雙站法交叉計算可獲得真正的向??場，同時應增加S-band ?達的應用，以減少?雨時期波?與海?資?的缺失。</abstract><author>國?中央大學水文與海洋科學研究所</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050249</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/8</date><governmentpublicationsnumber>1010502394</governmentpublicationsnumber><identifier>82160</identifier><internationalstandardbooknumber>9789860506310 ; 9789860506</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82160</librarycollectiondetailsurl><price>200</price><publisher>經濟部水?署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>以水文技術提昇海堤設計之研究(2/2)--光碟版=On the Advance of Sea Dike Design Using Innovative Hydrological Technologies (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 本計畫工作範圍包含主流朴子溪及其支牛稠、獅頭濁 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 水溪及清等，本計畫之目的為進行河川情勢調查以建置生態資源 資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議資料庫， 並依據本河系環境生態及物棲地提出川管理建議掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 掌握生物環境現況，了解在河川復育工作中未來水利程規劃設計 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 須注意之事項，供工程單位規劃設計人員 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 參考，以降低將 來治理工作 來治理工作 對生態環境之衝擊。 對生態環境之衝擊。 對生態環境之衝擊。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/10</date><governmentpublicationsnumber>1010502640</governmentpublicationsnumber><identifier>82173</identifier><internationalstandardbooknumber>9789860510072 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82173</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查 Investigation of stream status in Puzih River System 總報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 台灣早期之河川發展與管理工作較偏重 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 於治水與利的設 施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對施，較少考量整體環境 生態近年來保育觀念抬頭民眾對保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行保護需求殷切，然而現有之河川生態 資料無法滿足工程單位進行環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 環境保護規劃、設計之需要，故必須調查或補充現有資料不足並 整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫整合提供各界做為河川環境 規劃、訂定管理計畫營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設營造計 畫、河川保育復及治理工程規劃布置設及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 及施工時生態維護考量之參資料。 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 本計畫之目的為進行河川情勢調查以建置生態資源料庫，並依 據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握據本水系環境 生態及物棲地提出河川管理建議，掌握現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 現況，了解在河川復育工作中未來水利程規 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 劃設計須注意之事 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 項，供工程單位規劃設計人員參考以降低將來治理作對生態環境 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 之衝擊。上年度計畫「朴子溪水系河川情勢調查 (1/2)(1/2)(1/2)(1/2)(1/2)」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 」，已完成三 次 調查工作，本 調查工作，本 調查工作，本 年度 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 計畫「朴子溪水系河川情勢調查 (2/2)/2)/2)」將延續進行 將延續進行 第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等第四次調查工作 ，並完成資料分析與總報告書撰寫等。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050376</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/10</date><governmentpublicationsnumber>1010502629</governmentpublicationsnumber><identifier>82174</identifier><internationalstandardbooknumber>9789860509915 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82174</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>朴子溪水系河川情勢調查(2/2) Investigation of stream status in Puzih River System(2/2) 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於枯水期分配不均因此有賴各大小庫及水工結構物之調蓄源，以滿足農業、民生等用需求； 依據「水利建造物檢查及安全評估辦法」規定，中央主管機關經濟部水利署目前最新公告 引建造物共計 蓄水與引建造物 共計 95座， 各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上五一次評估以確保設施安全及供水正常，滿足人民生活需求。  上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌1月底前提送主管機關 備查，安全評估報告則由各理單位辦完成後請提送主管機關備查.安全評估報告則由各理單位辦完成後請審核；本計畫目的為配合水利署業務需要委託專機構協助辦理蓄與引建 造物檢查及安全. 評估相關工作專業協助，以有效掌握各蓄水與引建狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構確保檢查及安全評估之品質。透過專業機構協助，除有效掌握各建造物安全狀況及時發現可能之問題提出改善議協助，並針複查及安全評估報告審提供專業整合性意見送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量工作所需之專業知識及新補充，故擬委託機構辦理教育訓練工作以提升實際 辦理相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050034</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/13</date><governmentpublicationsnumber>1010503128</governmentpublicationsnumber><identifier>82182</identifier><internationalstandardbooknumber>9789860513653 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82182</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104~106年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)(內附光碟) (2015~2017) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report(2/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為因應近年全球氣候變遷影響加劇，極端降雨事件頻繁，水災災害應變作業頻繁，如何以目前有限之人力物力資源策進當前防災作為，以降低水災災損，為當前水災災害防救之重要課題。期透過盤點本署近年所推各項避洪減災非工程措施相關計畫執行成果，擘劃水災防災發展藍圖，注入嶄新的防救災思維，以厚植本署防救災能量；另藉由前述發展藍圖規畫成果，強化現有之水災防災資訊整合系統，以充份掌握颱風豪雨期間流域內水情災情資訊，提供本署防災應變期間決策資源，減輕颱風豪雨期間人力負擔。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050073</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/15</date><governmentpublicationsnumber>1010502764</governmentpublicationsnumber><identifier>82188</identifier><internationalstandardbooknumber>9789860510744 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82188</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年避洪減災資訊整合及績效評估(光碟版)2016 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>技佳工程顧問有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050379</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/16</date><governmentpublicationsnumber>1010503082</governmentpublicationsnumber><identifier>82190</identifier><internationalstandardbooknumber>9789860515244 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82190</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度用水計畫書查核服務(光碟版)The Achievement of Verifying the Ratified Water Use Prospectus 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於枯水期分配不均因此有賴各大小庫及水工結構物之調蓄源，以滿足農業、民生等用需求.依據「水利建造物檢查及安全評估辦法」規定，中央主管機關經濟部水利署目前最新公告 建造物檢查及安全評估辦法」規定，蓄水與引建造物共計95座， 各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上五一次評估以確保設施安全及供水正常，滿足人民生活需求。 上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌1月底前 提送主管機關 備查，安全評估報告則由各理單位辦完成後請審核；本計畫目的為配合水利署業務需要委託專機構協助辦理蓄與引建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引建狀況、提升管理單位人員素質. 確保檢查及安全評估之品質。透過專業機構確保檢查及安全評估之品質。透過專業機構協助，除有效掌握各建造物安全狀況及時發現可能之問題提出改善議對策，並針複查及安全評估報告審提供專業整合性意見送「經濟部水利 建造物檢查及安全評估小組」委員會議討論。同時考量工作所 建造物檢查及安全評估小組」委員會議討論。同時考量工作所需之專業知識及新補充，故擬委託機構辦理教育訓練工作以提升實際所需之專業知識及新補充，故擬委託機構辦理教育訓練工作以提升實際辦理相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050034</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/16</date><governmentpublicationsnumber>1010503128</governmentpublicationsnumber><identifier>82193</identifier><internationalstandardbooknumber>9789860513653 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82193</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104~106年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)(光碟版) (2015~2017) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report(2/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於流量觀測為河川治理規劃之重要參考依據，特別是颱洪時期之高流量 觀測。有鑑於以傳統侵入式人工觀測方式進行颱洪流量觀測，耗時費力、危險 度高且資料有限，往往需透過多年多場次的颱洪事件觀測，方可獲得較具代表 性的水位流量率定關係。故本計畫擬於中港溪進行4 測站之自動化流量站建 置，期望可透過非侵入式的雷達波表面流速自動化測站建置，降低傳統人工觀 測的危險性，增加颱洪期間的流量觀測資料。並續辦後龍溪恭敬橋、國光橋與 北勢大橋等3 測站之自動化流量觀測正確性持續驗證。</abstract><author>逢甲大學</author><categoryidentifier>443.6   443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050213</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502867</governmentpublicationsnumber><identifier>82195</identifier><internationalstandardbooknumber>9789860511871 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82195</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪自動化流量觀測站規劃建置Planning and  Inatallation for Automatic flow measuring stations on Jhong-Gang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於流量觀測為河川治理規劃之重要參考依據，特別是颱洪時期之高流量 觀測。有鑑於以傳統侵入式人工觀測方式進行颱洪流量觀測，耗時費力、危險 度高且資料有限，往往需透過多年多場次的颱洪事件觀測，方可獲得較具代表 性的水位流量率定關係。故本計畫擬於中港溪進行4 測站之自動化流量站建 置，期望可透過非侵入式的雷達波表面流速自動化測站建置，降低傳統人工觀 測的危險性，增加颱洪期間的流量觀測資料。並續辦後龍溪恭敬橋、國光橋與 北勢大橋等3 測站之自動化流量觀測正確性持續驗證。</abstract><author>逢甲大學</author><categoryidentifier>443.6   443.689717</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050213</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502867</governmentpublicationsnumber><identifier>82196</identifier><internationalstandardbooknumber>9789860511871 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82196</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪自動化流量觀測站規劃建置(光碟版)Planning and  Inatallation for Automatic flow measuring stations on Jhong-Gang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署第二河川局為了解桃園海岸防災減災整體性功能之發 揮及檢討現有海岸防護設施的成效，故辦理「桃園海岸變遷監測調查計 畫」，擬進行完整之基本資料調查，以為後續保護及防護規劃之依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050265</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502868</governmentpublicationsnumber><identifier>82197</identifier><internationalstandardbooknumber>9789860511888 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82197</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>桃園海岸變遷監測調查計畫The Project of Shoreline Change Monitoring and Investigation at  Taoyuan Coastal Area</title><yearidentifier>201612</yearidentifier></data><data><abstract>經濟部水利署第二河川局為了解桃園海岸防災減災整體性功能之發 揮及檢討現有海岸防護設施的成效，故辦理「桃園海岸變遷監測調查計 畫」，擬進行完整之基本資料調查，以為後續保護及防護規劃之依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050265</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502868</governmentpublicationsnumber><identifier>82198</identifier><internationalstandardbooknumber>9789860511888 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82198</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>桃園海岸變遷監測調查計畫(光碟版)The Project of Shoreline Change Monitoring and Investigation at  Taoyuan Coastal Area</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較 少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求 殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護 之規劃、設計，本計畫乃針對頭前溪流域主流進行基本資料蒐集、河川區 域調查、生物調查、生態資源資料庫之建立及生態工法建議，補充現有資 料之不足，並整合提供各界參考。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050263</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502856</governmentpublicationsnumber><identifier>82199</identifier><internationalstandardbooknumber>9789860512915 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82199</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪主流河川情勢補充調查及河川環境營造規劃(2/2) Investigation of Current Status and Environmental construction plan in Tao-Chien River basin (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較 少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求 殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護 之規劃、設計，本計畫乃針對頭前溪流域主流進行基本資料蒐集、河川區 域調查、生物調查、生態資源資料庫之建立及生態工法建議，補充現有資 料之不足，並整合提供各界參考。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050263</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502856</governmentpublicationsnumber><identifier>82200</identifier><internationalstandardbooknumber>9789860512915 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82200</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪主流河川情勢補充調查及河川環境營造規劃(2/2)(光碟版) Investigation of Current Status and Environmental construction plan in Tao-Chien River basin (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少 整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷 切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規 劃、設計，第二河川局於民國94~95 年曾辦理『中港溪河川情勢調查(1/2)』 及『中港溪河川情勢調查(2/2)』，針對中港溪水系之主、支流進行基本資料蒐 集、河川區域調查、生物調查、生態資源資料庫之建立及生態工法建議，補 充現有資料之不足，並整合提供各界參考；民國96 年則是針對中港溪流域之 河川情勢進行調查統整及分析，並將調查資料彙整後建立生態資料庫，並完 成『中港溪河川情勢調查總報告』，以作為河川生態環境保育、設計、規劃之 準則。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050260</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502945</governmentpublicationsnumber><identifier>82201</identifier><internationalstandardbooknumber>9789860511826 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82201</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪水系河川情勢調查(2/2)內含光碟 Investigation of  Current Status in Zhanggang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少 整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷 切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規 劃、設計，第二河川局於民國94~95 年曾辦理『中港溪河川情勢調查(1/2)』 及『中港溪河川情勢調查(2/2)』，針對中港溪水系之主、支流進行基本資料蒐 集、河川區域調查、生物調查、生態資源資料庫之建立及生態工法建議，補 充現有資料之不足，並整合提供各界參考；民國96 年則是針對中港溪流域之 河川情勢進行調查統整及分析，並將調查資料彙整後建立生態資料庫，並完 成『中港溪河川情勢調查總報告』，以作為河川生態環境保育、設計、規劃之 準則。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050260</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502945</governmentpublicationsnumber><identifier>82202</identifier><internationalstandardbooknumber>9789860511826 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82202</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪水系河川情勢調查(2/2)(光碟版) Investigation of  Current Status in Zhanggang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>南港溪位於苗栗縣境內，為中央管河川中港溪下游支流，保護標準為 25年重現期距洪水。本溪發源於八角崠山山脈之北緣，蜿蜒於竹南丘陵地 上，於尖山附近?入中港溪，本溪治理範圍自劍潭水庫至與中港溪?流口 止，治理河段全長8.95公里，流域面積為69.5平方公里，河道坡度約為 0.0249。 本溪自民國85年公告迄今已歷時20載，期間歷經民國88年921大地震 及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化 及社會發展需求，故辦理中港溪水系支流南港溪通洪能力檢討及改善對策 研擬。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050266</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502947</governmentpublicationsnumber><identifier>82203</identifier><internationalstandardbooknumber>9789860512557 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82203</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪水系支流南港溪通洪能力檢討及治理對策研擬 On Evaluating the Capability for Water Conveyance of Nangang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>南港溪位於苗栗縣境內，為中央管河川中港溪下游支流，保護標準為 25年重現期距洪水。本溪發源於八角崠山山脈之北緣，蜿蜒於竹南丘陵地 上，於尖山附近?入中港溪，本溪治理範圍自劍潭水庫至與中港溪?流口 止，治理河段全長8.95公里，流域面積為69.5平方公里，河道坡度約為 0.0249。 本溪自民國85年公告迄今已歷時20載，期間歷經民國88年921大地震 及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化 及社會發展需求，故辦理中港溪水系支流南港溪通洪能力檢討及改善對策 研擬。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050266</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502947</governmentpublicationsnumber><identifier>82204</identifier><internationalstandardbooknumber>9789860512557 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82204</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>中港溪水系支流南港溪通洪能力檢討及治理對策研擬 (光碟版)On Evaluating the Capability for Water Conveyance of Nangang River</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050283</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502957</governmentpublicationsnumber><identifier>82205</identifier><internationalstandardbooknumber>9789860513080 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82205</librarycollectiondetailsurl><price></price><publisher>經濟</publisher><publishrocyear>105</publishrocyear><title>頭前溪中正大橋岩床河段河道變遷趨勢與穩定策略(2/2)內含光碟 Rock Riverbed Channel Migration and its Countermeasures at the Area of the Jhong-jheng Bridge, the Tou-chien River(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050286</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/20</date><governmentpublicationsnumber>1010502958</governmentpublicationsnumber><identifier>82206</identifier><internationalstandardbooknumber>9789860513714 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82206</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>105</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(1/2)內含光碟 Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/3/21</date><governmentpublicationsnumber>1010502841</governmentpublicationsnumber><identifier>82211</identifier><internationalstandardbooknumber>9789860512700 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82211</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>104年用水統計年報彙編成果報告=The Compiled Annial Report on Water Consumption for 2015</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050269</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/21</date><governmentpublicationsnumber>1010502842</governmentpublicationsnumber><identifier>82212</identifier><internationalstandardbooknumber>9789860512717 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82212</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>104年各標的用水統計年報成果報告=The Water Consumption for 2015</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>劉格非總編輯</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/3/24</date><governmentpublicationsnumber>104020009</governmentpublicationsnumber><identifier>82245</identifier><internationalstandardbooknumber>9789860461114 ; 9789860461</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82245</librarycollectiondetailsurl><price></price><publisher>內政部營建署</publisher><publishrocyear>104</publishrocyear><title>水資源低衝擊開發設施操作手冊</title><yearidentifier>201512</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050269</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/28</date><governmentpublicationsnumber>1010502841</governmentpublicationsnumber><identifier>82250</identifier><internationalstandardbooknumber>9789860512700 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82250</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中 辦公區</publisher><publishrocyear>105</publishrocyear><title>104年用水統計年報彙編成果報告The Compiled Annual Report on Water Consumption for 2015</title><yearidentifier>201612</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050269</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/28</date><governmentpublicationsnumber>1010502841</governmentpublicationsnumber><identifier>82251</identifier><internationalstandardbooknumber>9789860512700 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82251</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中 辦公區</publisher><publishrocyear>105</publishrocyear><title>104年用水統計年報彙編成果報告(光碟版)The Compiled Annual Report on Water Consumption for 2015</title><yearidentifier>201612</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050269</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/28</date><governmentpublicationsnumber>1010502842</governmentpublicationsnumber><identifier>82253</identifier><internationalstandardbooknumber>9789860512717 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82253</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台中 辦公區</publisher><publishrocyear>105</publishrocyear><title>104年各標的用水統計年報成果報告(內附光碟)The Water Consumption for 2015</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/3/30</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>82254</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82254</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告(內附光碟)=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方 公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟 石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺， 佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容 量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤 滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十 年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落 淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期 間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上 游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常 以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來? 及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢 而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水 庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理， 實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/3/31</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>82255</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82255</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告(光碟版) Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來隨著民眾環境生態意識的抬頭，不只重視既存的生態環境，也期望優質工程的開發，因此本(水利)署對於水庫集水區管理與治理，更要求能盡量降低工程對環境生態衝擊。自98年辦理石門水庫整治計畫，開始發展生態檢核機制，99年各工程主辦單位(如水土保持局、林務局、公路總局)於石門水庫上游集水區內保育治理工程全面填寫生態檢核表。100年起於曾文南化烏山頭水庫部分治理工程試辦生態檢核工作，並研析運用成效，以作為改善之基礎。 自101年起，原則於曾文南化烏山頭水庫集水區內新建工程均應辦理生態檢核作業，於102年全面執行功能生態檢核機制，至104年底已累積112件工程生態檢核案例，共擬定379項工程生態保育對策，有鑑於「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」之水庫集水區保育治理工作時程將屆期滿，需針對輔導工程案例進行科學化及系統性之成效追蹤及評估，為本計畫之執行重點工作。 本計畫將以歷年辦理曾文、南化、烏山頭水庫整治計畫辦理經驗，以輔導工程主辦機關辦理工程生態檢核工作，進行水庫集水區工程生態檢核成效追蹤，辦理成果展示推廣及教育訓練，並更新曾文、南化及烏山頭等水庫集水區工程運用生態檢核成果展示圖，藉由生態專業團隊提供棲地及物種特性，釐清可能生態議題，並在既有之工程生態檢核基礎上，強化文化資產保存之功能，進行影響預測與減輕對策研擬，以落實工程生態保育與人文資產底蘊共存的環境。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050271</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/31</date><governmentpublicationsnumber>1010502989</governmentpublicationsnumber><identifier>82258</identifier><internationalstandardbooknumber>9789860513622 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82258</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核作業計畫Implementation of Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen ,Nanhua  and Wushantou</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來隨著民眾環境生態意識的抬頭，不只重視既存的生態環境，也期望優質工程的開發，因此本(水利)署對於水庫集水區管理與治理，更要求能盡量降低工程對環境生態衝擊。自98年辦理石門水庫整治計畫，開始發展生態檢核機制，99年各工程主辦單位(如水土保持局、林務局、公路總局)於石門水庫上游集水區內保育治理工程全面填寫生態檢核表。100年起於曾文南化烏山頭水庫部分治理工程試辦生態檢核工作，並研析運用成效，以作為改善之基礎。 自101年起，原則於曾文南化烏山頭水庫集水區內新建工程均應辦理生態檢核作業，於102年全面執行功能生態檢核機制，至104年底已累積112件工程生態檢核案例，共擬定379項工程生態保育對策，有鑑於「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」之水庫集水區保育治理工作時程將屆期滿，需針對輔導工程案例進行科學化及系統性之成效追蹤及評估，為本計畫之執行重點工作。 本計畫將以歷年辦理曾文、南化、烏山頭水庫整治計畫辦理經驗，以輔導工程主辦機關辦理工程生態檢核工作，進行水庫集水區工程生態檢核成效追蹤，辦理成果展示推廣及教育訓練，並更新曾文、南化及烏山頭等水庫集水區工程運用生態檢核成果展示圖，藉由生態專業團隊提供棲地及物種特性，釐清可能生態議題，並在既有之工程生態檢核基礎上，強化文化資產保存之功能，進行影響預測與減輕對策研擬，以落實工程生態保育與人文資產底蘊共存的環境。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050271</commissionedprojectidentifier><currency>NT$</currency><date>2017/3/31</date><governmentpublicationsnumber>1010502989</governmentpublicationsnumber><identifier>82259</identifier><internationalstandardbooknumber>9789860513622 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82259</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>曾文南化及烏山頭水庫集水區保育治理工程生態檢核作業成果報告(光碟版)Implementation of Ecological Check on Engineering Projects in Reservoir Catchment Areas of Zengwen, Nanhua and Wushantou</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050129</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/6</date><governmentpublicationsnumber>1010502917</governmentpublicationsnumber><identifier>82261</identifier><internationalstandardbooknumber>9789860511833 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82261</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度溫泉監測井網與管理資料庫維護計畫The Network Developmemt and Management Database Maintenance Plan of Hor Spring Monitoring Wells in 2016 正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050129</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/6</date><governmentpublicationsnumber>1010502917</governmentpublicationsnumber><identifier>82262</identifier><internationalstandardbooknumber>9789860511833 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82262</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度溫泉監測井網與管理資料庫維護計畫(光碟版)The Network Developmemt and Management Database Maintenance Plan of Hor Spring Monitoring Wells in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為使溫泉資源永續利用，近年來本署已逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉溫、泉質及水位狀況，本計畫擬針對既有溫泉監測資料進行更有效的管理與加值處理，包括監測數據自動化處理與圖表輸出、監測資料加值分析，以強化監測資料處理效率，並掌握溫泉抽取與補注水量之關聯性。同時本署近年辦理各縣市溫泉管理工作查核，其中縣市政府溫泉資源監測及管理工作有待加強，本計畫擬對縣市政府承辦同仁及業者進行溫泉監測系統建置規劃與自主監測相關輔導與協助。</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050130</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/6</date><governmentpublicationsnumber>1010502918</governmentpublicationsnumber><identifier>82263</identifier><internationalstandardbooknumber>9789860511840 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82263</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>溫泉資源監測及管理技術提昇之研究The Study of technical improvement in monitoring and management of hot-spring resources</title><yearidentifier>201612</yearidentifier></data><data><abstract>為使溫泉資源永續利用，近年來本署已逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉溫、泉質及水位狀況，本計畫擬針對既有溫泉監測資料進行更有效的管理與加值處理，包括監測數據自動化處理與圖表輸出、監測資料加值分析，以強化監測資料處理效率，並掌握溫泉抽取與補注水量之關聯性。同時本署近年辦理各縣市溫泉管理工作查核，其中縣市政府溫泉資源監測及管理工作有待加強，本計畫擬對縣市政府承辦同仁及業者進行溫泉監測系統建置規劃與自主監測相關輔導與協助。</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050130</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/6</date><governmentpublicationsnumber>1010502918</governmentpublicationsnumber><identifier>82264</identifier><internationalstandardbooknumber>9789860511840 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82264</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>溫泉資源監測及管理技術提昇之研究(光碟版)The Study of technical improvement in monitoring and management of hot-spring resources</title><yearidentifier>201612</yearidentifier></data><data><abstract>水利署為配合內政部102年10月公告之全國區域計畫，第五章第二節國土保育環境敏感地區土地使用指導原則：位於水庫集水區（供家用或公共給水）內非屬水資源保育直接相關之環境敏感地區範圍，申請辦理非都市土地設施型使用分區變更或使用地變更編定之開發案件，開發者先行承諾「開發過程應實施生態檢核作業」方予核准開發，後續由本署會商開發主管機關、地方政府水利主管機關查核是否落實（上述簡稱為本政策）。 為落實本政策，水利署已初擬運作機制，並預劃「水庫集水區（供家用及公共給水）開發案件生態檢核查核作業要點（草案）」 （詳附件），內容包括開發者實施生態檢核事項、政府相關部門審查要項及查核作業流程等程序，由於涉及非都市土地開發案件、生態檢核管理資訊系統、跨部會、中央與地方分工權責，以及政策推動時之配套措施，如人員教育訓練、政策宣導、效益評估指標、可能遭遇風險分析等，具複雜性與挑戰性，為臻完善，爰辦理本計畫。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050318</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>1010502990</governmentpublicationsnumber><identifier>82269</identifier><internationalstandardbooknumber>9789860513615 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82269</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水庫集水區保育治理工程生態檢核知識平台服務計畫成果報告書The Management Platform of Ecological Check on Engineering Projects in Reservoir Catchment Areas</title><yearidentifier>201612</yearidentifier></data><data><abstract>水利署為配合內政部102年10月公告之全國區域計畫，第五章第二節國土保育環境敏感地區土地使用指導原則：位於水庫集水區（供家用或公共給水）內非屬水資源保育直接相關之環境敏感地區範圍，申請辦理非都市土地設施型使用分區變更或使用地變更編定之開發案件，開發者先行承諾「開發過程應實施生態檢核作業」方予核准開發，後續由本署會商開發主管機關、地方政府水利主管機關查核是否落實（上述簡稱為本政策）。 為落實本政策，水利署已初擬運作機制，並預劃「水庫集水區（供家用及公共給水）開發案件生態檢核查核作業要點（草案）」 （詳附件），內容包括開發者實施生態檢核事項、政府相關部門審查要項及查核作業流程等程序，由於涉及非都市土地開發案件、生態檢核管理資訊系統、跨部會、中央與地方分工權責，以及政策推動時之配套措施，如人員教育訓練、政策宣導、效益評估指標、可能遭遇風險分析等，具複雜性與挑戰性，為臻完善，爰辦理本計畫。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050318</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>1010502990</governmentpublicationsnumber><identifier>82271</identifier><internationalstandardbooknumber>9789860513615 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82271</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水庫集水區保育治理工程生態檢核知識平台服務計畫成果報告(光碟版)The Management Platform of Ecological Check on Engineering Projects in Reservoir Catchment Areas</title><yearidentifier>201612</yearidentifier></data><data><abstract>行政院95年核定「水庫集水區保育綱要」，綱要依據「新世紀水資源政策綱領」及「國土復育策略方案暨行動計畫」的精神，以順應自然、尊重自然為出發點，積極推動水庫集水區保育，維護水庫功能，以管理重於治理之原則，結合水、土、林各方功能作整體有效之經營，突破傳統上在水庫集水區管理、治理層面的思維，擬訂相關策略，以作為水庫集水區保育的執行依據。施行後分別由主管機關等依業務權責及專長分工治理，有關水庫集水區之土地使用管制亦由各主管機關依現行相關法令及權責辦理，經濟部（水利署）陸續彙整各水庫具體之保育實施計畫，報院後實施。近年隨氣候變遷之影響，以及政府組織改造之調整，水庫集水區保育應檢討管理機制，建立全新思維，以因應現今環境條件與社會需要。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050371</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>1010502923</governmentpublicationsnumber><identifier>82272</identifier><internationalstandardbooknumber>9789860512526 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82272</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水庫集水區保育保水策略之研究(內附光碟) A Study on Environment and Water Conservation Strategies of Reservoir Watersheds</title><yearidentifier>201612</yearidentifier></data><data><abstract>行政院95年核定「水庫集水區保育綱要」，綱要依據「新世紀水資源政策綱領」及「國土復育策略方案暨行動計畫」的精神，以順應自然、尊重自然為出發點，積極推動水庫集水區保育，維護水庫功能，以管理重於治理之原則，結合水、土、林各方功能作整體有效之經營，突破傳統上在水庫集水區管理、治理層面的思維，擬訂相關策略，以作為水庫集水區保育的執行依據。施行後分別由主管機關等依業務權責及專長分工治理，有關水庫集水區之土地使用管制亦由各主管機關依現行相關法令及權責辦理，經濟部（水利署）陸續彙整各水庫具體之保育實施計畫，報院後實施。近年隨氣候變遷之影響，以及政府組織改造之調整，水庫集水區保育應檢討管理機制，建立全新思維，以因應現今環境條件與社會需要。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050371</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>1010502923</governmentpublicationsnumber><identifier>82273</identifier><internationalstandardbooknumber>9789860512526 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82273</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水庫集水區保育保水策略之研究(光碟版)A Study on Environment and Water Conservation Strategies of Reservoir Watersheds</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>2010103968</governmentpublicationsnumber><identifier>82274</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82274</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零五年臺灣溫泉監測季報 第一季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2016 THE FIRST QUARTER</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>2010103969</governmentpublicationsnumber><identifier>82275</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82275</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零五年臺灣溫泉監測季報 第二季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2016 THE SECOND QUARTER</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>2010103970</governmentpublicationsnumber><identifier>82276</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82276</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零五年臺灣溫泉監測季報 第三季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2016 THE THIRD QUARTER</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>2010103971</governmentpublicationsnumber><identifier>82277</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82277</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零五年臺灣溫泉監測季報 第四季 HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA 2016 THE FOURTH QUARTER</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/10</date><governmentpublicationsnumber>2010303341</governmentpublicationsnumber><identifier>82278</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82278</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零五年臺灣溫泉監測年報 TAIWAN  HOT- SPRING  MONITORING 2015 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201609</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。旱災災害應變處置著重於水資源之開源及節流，需專業人力定期評估氣候與水情分析；水災災害應變處置著重於防救災資源之預佈及災中依據氣象資訊進行淹水潛勢評估以及早發布避災預警之緊急處置。其災害防救與緊急應變過程所需之人力、專業視該年旱象、颱風、豪雨或各類型災害發生之次數、期間而具有短時間高需求量之特點，故如何有效提供及運用專業人力以協助本署於枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、水庫蓄洪評估等一系列工作，以協助掌握災情狀況、且於災後迅速提供應變檢討資訊及撰寫應變處置報告。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050063</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/12</date><governmentpublicationsnumber>1010600293</governmentpublicationsnumber><identifier>82302</identifier><internationalstandardbooknumber>9789860519433 ; 9789860519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82302</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>105年水利署災害緊急應變小組服務團計畫2016 Service Corps of Disaster Emergency Operation Team of  WRA</title><yearidentifier>201703</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。旱災災害應變處置著重於水資源之開源及節流，需專業人力定期評估氣候與水情分析；水災災害應變處置著重於防救災資源之預佈及災中依據氣象資訊進行淹水潛勢評估以及早發布避災預警之緊急處置。其災害防救與緊急應變過程所需之人力、專業視該年旱象、颱風、豪雨或各類型災害發生之次數、期間而具有短時間高需求量之特點，故如何有效提供及運用專業人力以協助本署於枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢、河川水位預估、淹水潛勢、水庫蓄洪評估等一系列工作，以協助掌握災情狀況、且於災後迅速提供應變檢討資訊及撰寫應變處置報告。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050063</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/12</date><governmentpublicationsnumber>1010600293</governmentpublicationsnumber><identifier>82303</identifier><internationalstandardbooknumber>9789860519433 ; 9789860519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82303</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>105年水利署災害緊急應變小組服務團計畫(光碟版)2016 Service Corps of Disaster Emergency Operation Team of  WRA</title><yearidentifier>201703</yearidentifier></data><data><abstract> </abstract><author>中華民國環境綠化協會</author><categoryidentifier>554.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/13</date><governmentpublicationsnumber>8347880524</governmentpublicationsnumber><identifier>82309</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82309</librarycollectiondetailsurl><price> </price><publisher>經濟部工業局</publisher><publishrocyear>88</publishrocyear><title>工業區環境綠美化規範</title><yearidentifier>199906</yearidentifier></data><data><abstract>為掌握氣候變遷對水環境影響，水利署自98年啟動氣候變遷相關科研工作，並引用聯合國氣候變遷專門委員會(IPCC)之第四次評估報告情境模式進行降雨量之推估，惟目前IPCC已於103年提出第五次評估報告(AR5)，因AR4與AR5使用情境假設不同，為一步了解，兩者於臺灣氣候推估之差異性，及對原AR4所模擬的降雨量之影響，爰研擬本計畫對AR4與AR5降雨量之時空變異性分析及評估可能之衝擊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050215</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/18</date><governmentpublicationsnumber>1010502865</governmentpublicationsnumber><identifier>82317</identifier><internationalstandardbooknumber>9789860513035 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82317</librarycollectiondetailsurl><price>600</price><publisher>機竟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷降雨量情境差異對洪旱衝擊評估(1/2)Impact Assessment of Rainfall Variation under Different Climate Change Scenarios on Flood and Drought(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為掌握氣候變遷對水環境影響，水利署自98年啟動氣候變遷相關科研工作，並引用聯合國氣候變遷專門委員會(IPCC)之第四次評估報告情境模式進行降雨量之推估，惟目前IPCC已於103年提出第五次評估報告(AR5)，因AR4與AR5使用情境假設不同，為一步了解，兩者於臺灣氣候推估之差異性，及對原AR4所模擬的降雨量之影響，爰研擬本計畫對AR4與AR5降雨量之時空變異性分析及評估可能之衝擊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050215</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/18</date><governmentpublicationsnumber>1010502865</governmentpublicationsnumber><identifier>82318</identifier><internationalstandardbooknumber>9789860513035 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82318</librarycollectiondetailsurl><price>600</price><publisher>機竟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷降雨量情境差異對洪旱衝擊評估(1/2)(光碟版)Impact Assessment of Rainfall Variation under Different Climate Change Scenarios on Flood and Drought(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年受氣候變遷影響，臺灣降雨型態漸趨極端，致使乾旱災害發生頻率周期逐漸縮短，甚至每年上半年皆有旱象，對水資源供應已形成威脅，亦提高供水風險。據各國研究顯示，面對氣候變遷對水環境的挑戰，傳統單一領域策略已難以因應，必須建立跨領域合作機制，亦即相關部會共同研擬調適策略，方能有效面對水資源供水風險。由於農業用水占我國整體水資源供應量之7成，實有必要針對水資源運用之情勢，協調水利與農業領域之需求，在降低供水風險與不影響糧食安全下，共創雙贏。故本計畫優先探討水資源與灌區節餘水潛力，並為雙方重要議題之合作機制建立基礎。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050295</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/18</date><governmentpublicationsnumber>1010502861</governmentpublicationsnumber><identifier>82319</identifier><internationalstandardbooknumber>9789860513073 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82319</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷調適水利與農業跨域合作之探討Evaluation of Cooperation for Improving Water Resource and Irrigation Management Associated with Climate Change Adaptation</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年受氣候變遷影響，臺灣降雨型態漸趨極端，致使乾旱災害發生頻率周期逐漸縮短，甚至每年上半年皆有旱象，對水資源供應已形成威脅，亦提高供水風險。據各國研究顯示，面對氣候變遷對水環境的挑戰，傳統單一領域策略已難以因應，必須建立跨領域合作機制，亦即相關部會共同研擬調適策略，方能有效面對水資源供水風險。由於農業用水占我國整體水資源供應量之7成，實有必要針對水資源運用之情勢，協調水利與農業領域之需求，在降低供水風險與不影響糧食安全下，共創雙贏。故本計畫優先探討水資源與灌區節餘水潛力，並為雙方重要議題之合作機制建立基礎。</abstract><author>財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050295</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/18</date><governmentpublicationsnumber>1010502861</governmentpublicationsnumber><identifier>82320</identifier><internationalstandardbooknumber>9789860513073 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82320</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷調適水利與農業跨域合作之探討(光碟版)Evaluation of Cooperation for Improving Water Resource and Irrigation Management Associated with Climate Change Adaptation</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050065</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/20</date><governmentpublicationsnumber>1010502680</governmentpublicationsnumber><identifier>82321</identifier><internationalstandardbooknumber>9789860510102 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82321</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年水災災情蒐集服務團計畫Survey Service Group of Flood Events in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050065</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/20</date><governmentpublicationsnumber>1010502680</governmentpublicationsnumber><identifier>82322</identifier><internationalstandardbooknumber>9789860510102 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82322</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年水災災情蒐集服務團計畫(光碟版)Survey Service Group of Flood Events in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年執行「氣候變遷對水環境之衝擊與調適研究」計畫，在防洪策略部份，迄今已完成因應氣候變遷臺灣五大流域(淡水河、大甲溪、濁水溪、曾文溪、高屏溪) 等相關研究。惟面對氣候變遷的挑戰，歐美日等先進國家都積極推動多元防洪策略，其中包含將排水系統與交通路網整合，以提升都市(或地區)防洪能力。 臺灣山高地小，河川陡長流急，近年都市高度發展下，已嚴重壓縮防洪空間，尤其氣候變遷影響下，水太多之極端水文現象頻仍，實宜參考國外將排水系統與交通路網整合之經驗，爰此成立本計畫，以進一步研究分析此方法如何在地化，並使水利與交通領域建立整合機制。</abstract><author>國立臺灣大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050212</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/21</date><governmentpublicationsnumber>1010502915</governmentpublicationsnumber><identifier>82326</identifier><internationalstandardbooknumber>9789860513585 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82326</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷防洪策略之排水系統與交通路網整合方案研究(1/2)Drainage system and transportation road neetwork integration research for hydraulic flood control strategy in response to climate change(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年執行「氣候變遷對水環境之衝擊與調適研究」計畫，在防洪策略部份，迄今已完成因應氣候變遷臺灣五大流域(淡水河、大甲溪、濁水溪、曾文溪、高屏溪) 等相關研究。惟面對氣候變遷的挑戰，歐美日等先進國家都積極推動多元防洪策略，其中包含將排水系統與交通路網整合，以提升都市(或地區)防洪能力。 臺灣山高地小，河川陡長流急，近年都市高度發展下，已嚴重壓縮防洪空間，尤其氣候變遷影響下，水太多之極端水文現象頻仍，實宜參考國外將排水系統與交通路網整合之經驗，爰此成立本計畫，以進一步研究分析此方法如何在地化，並使水利與交通領域建立整合機制。</abstract><author>國立臺灣大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050212</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/21</date><governmentpublicationsnumber>1010502915</governmentpublicationsnumber><identifier>82327</identifier><internationalstandardbooknumber>9789860513585 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82327</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷防洪策略之排水系統與交通路網整合方案研究(1/2)(光碟版)Drainage system and transportation road network integration research for hydraulic flood control strategy in response to climate change(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>海岸地區因地勢低窪，排水能力先天上受到限制，常於颱風侵襲期間，因海水暴潮位抬升，內水難以順利排出致淹水災害，甚至海水位可能超過海堤防護高度，發生海水溢淹災害頻傳。近年氣候變遷下，海岸災害之程度與不確定性俱增加，故國際間多依照海岸災害特性，採取工程與非工程的調適手段，以降低海岸災害的損失。 為掌握氣候變遷對於臺灣海岸地區之影響，本署於99年～103年已完成臺灣地區氣候變遷海岸地區衝擊、風險評估及調適策略初步研擬。接續必需進一步評估調適策略於海岸高風險地區的可行性。爰成立本計畫，先指認氣候變遷影響下可能的高風險的海岸地區，再選擇案例地點評估調適方案可行性(含工程與非工程)，以為未來持續推動海岸地區氣候變遷調適方案之基礎。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/21</date><governmentpublicationsnumber>1010503030</governmentpublicationsnumber><identifier>82328</identifier><internationalstandardbooknumber>9789860513820 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82328</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷下海岸高風險地區調適方案可行性研究(光碟版)Adaptive Plans for High Risk Coastal Areas due to Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>海岸地區因地勢低窪，排水能力先天上受到限制，常於颱風侵襲期間，因海水暴潮位抬升，內水難以順利排出致淹水災害，甚至海水位可能超過海堤防護高度，發生海水溢淹災害頻傳。近年氣候變遷下，海岸災害之程度與不確定性俱增加，故國際間多依照海岸災害特性，採取工程與非工程的調適手段，以降低海岸災害的損失。 為掌握氣候變遷對於臺灣海岸地區之影響，本署於99年～103年已完成臺灣地區氣候變遷海岸地區衝擊、風險評估及調適策略初步研擬。接續必需進一步評估調適策略於海岸高風險地區的可行性。爰成立本計畫，先指認氣候變遷影響下可能的高風險的海岸地區，再選擇案例地點評估調適方案可行性(含工程與非工程)，以為未來持續推動海岸地區氣候變遷調適方案之基礎。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/21</date><governmentpublicationsnumber>1010503030</governmentpublicationsnumber><identifier>82329</identifier><internationalstandardbooknumber>9789860513820 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82329</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷下海岸高風險地區調適方案可行性研究 Adaptive Plans for High Risk Coastal Areas due to Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年啟動「氣候變遷對水環境之衝擊與調適研究」，迄今已完成臺灣北、中、南、東與離島等地區水資源之情境模擬、衝擊評估、風險分析與調適策略草案研擬。 近年氣候變遷調適研究越來越受到各國重視，惟如何評估調適策略的執行成效，觀歐美等先進國家係建立調適指標方式，如英國已於2012～2014年，陸續建立各領域(水、農業與林業、野生生物、泥炭地與海岸、維生基礎設施與商業等)的調適指標系統。爰此，研擬一套水資源高風險地區調適指標衡量調適工作，再根據評估結果改善、精進調適作為，以檢視本署對氣候變遷調適進度，實為氣候變遷研究之重要工作，故據以研擬本計畫，以建立臺灣水資源高風險地區調適指標。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050344</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502862</governmentpublicationsnumber><identifier>82330</identifier><internationalstandardbooknumber>9789860512854 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82330</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>臺灣水資源高風險地區調適指標研究A study on the adaptation indicators for the high water resource risk area in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年啟動「氣候變遷對水環境之衝擊與調適研究」，迄今已完成臺灣北、中、南、東與離島等地區水資源之情境模擬、衝擊評估、風險分析與調適策略草案研擬。 近年氣候變遷調適研究越來越受到各國重視，惟如何評估調適策略的執行成效，觀歐美等先進國家係建立調適指標方式，如英國已於2012～2014年，陸續建立各領域(水、農業與林業、野生生物、泥炭地與海岸、維生基礎設施與商業等)的調適指標系統。爰此，研擬一套水資源高風險地區調適指標衡量調適工作，再根據評估結果改善、精進調適作為，以檢視本署對氣候變遷調適進度，實為氣候變遷研究之重要工作，故據以研擬本計畫，以建立臺灣水資源高風險地區調適指標。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050344</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502862</governmentpublicationsnumber><identifier>82331</identifier><internationalstandardbooknumber>9789860512854 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>臺灣水資源高風險地區調適指標研究(光碟版)A study on the adaptation indicators for the high water resource risk area in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>為遵循再生水資源發展條例立法意旨及確立可行作法，以落實本條例營造再生水友善發展環境，有必要從法律面及實務面詳予研議分析，俾提出具體建議，以作為制定本條例第四條(水源供應短缺之虞地區強制使用再生水辦法)、第九條(再生水經營業各項許可申請辦法、第十一條(下水道系統廢(污)水或放流水供自行取用申請辦法)、第十七條(再生水經營業及自行取用案檢查及申報辦法)等之參據(以上授權子法名稱為暫定)，爰委託辦理本條例相關配套法規命令草案之研究。</abstract><author>環宇法律事務所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040446</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502229</governmentpublicationsnumber><identifier>82333</identifier><internationalstandardbooknumber>9789860504231 ; 9789860504</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82333</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>再生水資源發展條例授權子法之研究A Study on the Delegated Regulations of the Reclaimed Water Resources Development Act</title><yearidentifier>201610</yearidentifier></data><data><abstract>為遵循再生水資源發展條例立法意旨及確立可行作法，以落實本條例營造再生水友善發展環境，有必要從法律面及實務面詳予研議分析，俾提出具體建議，以作為制定本條例第四條(水源供應短缺之虞地區強制使用再生水辦法)、第九條(再生水經營業各項許可申請辦法、第十一條(下水道系統廢(污)水或放流水供自行取用申請辦法)、第十七條(再生水經營業及自行取用案檢查及申報辦法)等之參據(以上授權子法名稱為暫定)，爰委託辦理本條例相關配套法規命令草案之研究。</abstract><author>環宇法律事務所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040446</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502229</governmentpublicationsnumber><identifier>82334</identifier><internationalstandardbooknumber>9789860504231 ; 9789860504</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82334</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>再生水資源發展條例授權子法之研究(光碟版)A Study on the Delegated Regulations of the Reclaimed Water Resources Development Act</title><yearidentifier>201610</yearidentifier></data><data><abstract>都市污水廠放流水再生利用係以電能換取水資源，近年來因溫室效應及全球對二氧化碳排放的關注，先進國家日漸重視污水處理與再生水廠能源的消耗，再生水之開發必須面臨如何節省能耗之課題，尋找新興、潔淨之再生能源已成為各國所致力的目標。 因此本計畫對於國內未來發展再生水廠可應用能源提出整體規劃，包含利用廢熱或太陽能之薄膜蒸餾水再生技術、放流渠道的小水力發電技術、以及低耗能的正滲透技術等技術，以達降低能源使用及友善環境之目標，同時可促進各界對再生能源之重視。</abstract><author>國立臺北科技大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050369</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502900</governmentpublicationsnumber><identifier>82335</identifier><internationalstandardbooknumber>9789860513059 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82335</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>污(廢)水與廢熱之能資源整合盤查及研析Assessment and Investigation of Energy and Resource Integration in Sewage Treatment and Waste Heat Recovery</title><yearidentifier>201612</yearidentifier></data><data><abstract>都市污水廠放流水再生利用係以電能換取水資源，近年來因溫室效應及全球對二氧化碳排放的關注，先進國家日漸重視污水處理與再生水廠能源的消耗，再生水之開發必須面臨如何節省能耗之課題，尋找新興、潔淨之再生能源已成為各國所致力的目標。 因此本計畫對於國內未來發展再生水廠可應用能源提出整體規劃，包含利用廢熱或太陽能之薄膜蒸餾水再生技術、放流渠道的小水力發電技術、以及低耗能的正滲透技術等技術，以達降低能源使用及友善環境之目標，同時可促進各界對再生能源之重視。</abstract><author>國立臺北科技大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050369</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/24</date><governmentpublicationsnumber>1010502900</governmentpublicationsnumber><identifier>82336</identifier><internationalstandardbooknumber>9789860513059 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82336</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>污(廢)水與廢熱之能資源整合盤查及研析(光碟版)Assessment and Investigation of Energy and Resource Integration in Sewage Treatment and Waste Heat Recovery</title><yearidentifier>201612</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可減少天然水資源開發及污水之排放，IPCC (聯合國政府間氣候變遷委員會，International Panel on Climate Change) 於2007年發表評估報告，將水再生利用列為因應氣候變遷之有效調適策略，世界各國亦已逐漸將其規劃供作民生次級用水、工業用水及乾旱時期之救急水源。本署於過去5年執行「水再生利用產業發展科技計畫 (96-100年)」，從事我國水再生技術之研發、模廠建置與研究及產業扶植等工作，成果斐然。為提升國人對使用再生水之信心、營造相關產業友善發展之環境，遂延續上階段水再生利用產業發展科技計畫，訂定未來5年之「水再生利用風險管理技術研發計畫」，以營造友善環境、研發綠能系統、扶植本土套裝技術及風險管控評析等為計畫執行主軸。為有利於掌握各計畫成果，並依時勢隨時檢討、修正水再生推動策略，需定常設幕僚協助辦理居中聯繫、協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050347</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502901</governmentpublicationsnumber><identifier>82343</identifier><internationalstandardbooknumber>9789860512236 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82343</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水再生利用策略推動與執行管理計畫(2/2)(光碟版)Water Reuse Policy Promotion and Implement Management (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水再生利用不受天候影響，水量大且穩定，可減少天然水資源開發及污水之排放，IPCC (聯合國政府間氣候變遷委員會，International Panel on Climate Change) 於2007年發表評估報告，將水再生利用列為因應氣候變遷之有效調適策略，世界各國亦已逐漸將其規劃供作民生次級用水、工業用水及乾旱時期之救急水源。本署於過去5年執行「水再生利用產業發展科技計畫 (96-100年)」，從事我國水再生技術之研發、模廠建置與研究及產業扶植等工作，成果斐然。為提升國人對使用再生水之信心、營造相關產業友善發展之環境，遂延續上階段水再生利用產業發展科技計畫，訂定未來5年之「水再生利用風險管理技術研發計畫」，以營造友善環境、研發綠能系統、扶植本土套裝技術及風險管控評析等為計畫執行主軸。為有利於掌握各計畫成果，並依時勢隨時檢討、修正水再生推動策略，需定常設幕僚協助辦理居中聯繫、協調及督導支援等工作，強化業務推動效能，爰成立本計畫。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050347</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502901</governmentpublicationsnumber><identifier>82344</identifier><internationalstandardbooknumber>9789860512236 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82344</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水再生利用策略推動與執行管理計畫(2/2)Water Reuse Policy Promotion and Implement Management (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050195</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502863</governmentpublicationsnumber><identifier>82347</identifier><internationalstandardbooknumber>9789860512823 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82347</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(3/5)The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(3/5)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050195</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502863</governmentpublicationsnumber><identifier>82348</identifier><internationalstandardbooknumber>9789860512823 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82348</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(3/5)(光碟版)The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(3/5)</title><yearidentifier>201612</yearidentifier></data><data><abstract>我國近年因旱澇交替，導致水資源分配不均，在人口持續成長以及產業結構改變的影響下，使得民生與工業用水量逐年增加，各標的用水已呈現不敷調配；又因傳統水資源開發成本漸高，加上環境及民情等因素，開發日益困難，新興水資源之利用逐漸受到重視。本署自民國90年起持續推動各類廢污水再生，輔導相關水利產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度，並搭配水資源調配管理策略，減少天然水資源開發及污染排放，俾提高水資源總體利用率。 依本署草擬中新興水源發展條例定義，再生水係指污水或廢水經處理所產生可再利用之水，其中最主要4股水源包含從下述4項水源中取用，經再生處理後符合各類用途水質標準後之水 － (1)都市污水處理廠放流水；(2)工業區廢水處理廠放流水；(3)工業用水大戶將預定放流或納管之廢水加以回收所產製之水；(4)生活污水大戶受環評要求所需自行回收使用之水量。 十年來，透過各類產業用水效率提升輔導計畫、放流水再生模廠先期規劃、模廠試驗驗證以及教育宣導，廢污水再生發展新興水資源觀念逐漸普及，預期在民國120年達到每日120萬噸之再生水使用量；惟目前未系統性地建置再生水使用資料庫，再生水利用相關資訊不完整或分散於各主管機關，亦無持續性之追蹤調查，需建置整合性再生水使用分布資料，掌握發展現況，以作為水再生政策推動成效評估依據。 另「節能減碳」已蔚為全球趨勢，再生水因涉及較多機電設備處理，用電相較於傳統水源之開發高，在國內目前電力開發受到侷限的現況下，再生水使用量逐年成長後，能源消耗以及占國內能源結構之比例，將成為關注焦點議題；有必要盤查現有再生水利用案例之能源運用情形，導入技術服務輔導能量，協助研析減少能耗方案，俾利推動水再生政策以及水資源運用效率。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050351</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502994</governmentpublicationsnumber><identifier>82349</identifier><internationalstandardbooknumber>9789860514490 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82349</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水再生利用促動與技術服務計畫(2/2)The Promotion and Technical Services on Wastewater Reclamation/Reuse Project (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>我國近年因旱澇交替，導致水資源分配不均，在人口持續成長以及產業結構改變的影響下，使得民生與工業用水量逐年增加，各標的用水已呈現不敷調配；又因傳統水資源開發成本漸高，加上環境及民情等因素，開發日益困難，新興水資源之利用逐漸受到重視。本署自民國90年起持續推動各類廢污水再生，輔導相關水利產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度，並搭配水資源調配管理策略，減少天然水資源開發及污染排放，俾提高水資源總體利用率。 依本署草擬中新興水源發展條例定義，再生水係指污水或廢水經處理所產生可再利用之水，其中最主要4股水源包含從下述4項水源中取用，經再生處理後符合各類用途水質標準後之水 － (1)都市污水處理廠放流水；(2)工業區廢水處理廠放流水；(3)工業用水大戶將預定放流或納管之廢水加以回收所產製之水；(4)生活污水大戶受環評要求所需自行回收使用之水量。 十年來，透過各類產業用水效率提升輔導計畫、放流水再生模廠先期規劃、模廠試驗驗證以及教育宣導，廢污水再生發展新興水資源觀念逐漸普及，預期在民國120年達到每日120萬噸之再生水使用量；惟目前未系統性地建置再生水使用資料庫，再生水利用相關資訊不完整或分散於各主管機關，亦無持續性之追蹤調查，需建置整合性再生水使用分布資料，掌握發展現況，以作為水再生政策推動成效評估依據。 另「節能減碳」已蔚為全球趨勢，再生水因涉及較多機電設備處理，用電相較於傳統水源之開發高，在國內目前電力開發受到侷限的現況下，再生水使用量逐年成長後，能源消耗以及占國內能源結構之比例，將成為關注焦點議題；有必要盤查現有再生水利用案例之能源運用情形，導入技術服務輔導能量，協助研析減少能耗方案，俾利推動水再生政策以及水資源運用效率。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050351</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502994</governmentpublicationsnumber><identifier>82350</identifier><internationalstandardbooknumber>9789860514490 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82350</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水再生利用促動與技術服務計畫(2/2)(光碟版)The Promotion and Technical Services on Wastewater Reclamation/Reuse Project (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水與能源為人民日常生活中不可或缺之一環，穩定及充足之能源供給亦為國家發展之重要課題。近年隨環境意識抬頭，且響應國家節能減碳政策，考量再生水來源穩定且水量豐沛，利用再生水系統結合微水力發電技術，具發展低能耗及降低處理成本之「潔淨能源」；同時亦可促進國內綠色產業蓬勃發展、活絡相關節能產業，邁向企業永續經營之目標。 目前國內已規劃推動臺中福田與豐原、臺南永康與安平、高雄鳳山溪與臨海等共6座再生水示範廠設置，為結合應用微水力發電技術，本計畫將針對再生水廠設置微水力發電機組進行相關評估及規劃，並以模擬測試方式評估合適地點、合適微水力發電機組、運轉效能與發電潛能，研提完整之「微水力發電應用於再生水廠輸配水管線建議報告書」，作為再生水廠操作、興建或規劃單位作為設置微水力發電系統之參考，期達到能源循環利用與環境永續發展之願景。</abstract><author>逢甲大學</author><categoryidentifier>448.15   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050188</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502870</governmentpublicationsnumber><identifier>82351</identifier><internationalstandardbooknumber>9789860513042 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82351</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>微水力發電應用於再生水廠評估建置計畫(2/2)Evaluation and Building Plan of Micro Hydropower Applied to Water Reuse plant (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水與能源為人民日常生活中不可或缺之一環，穩定及充足之能源供給亦為國家發展之重要課題。近年隨環境意識抬頭，且響應國家節能減碳政策，考量再生水來源穩定且水量豐沛，利用再生水系統結合微水力發電技術，具發展低能耗及降低處理成本之「潔淨能源」；同時亦可促進國內綠色產業蓬勃發展、活絡相關節能產業，邁向企業永續經營之目標。 目前國內已規劃推動臺中福田與豐原、臺南永康與安平、高雄鳳山溪與臨海等共6座再生水示範廠設置，為結合應用微水力發電技術，本計畫將針對再生水廠設置微水力發電機組進行相關評估及規劃，並以模擬測試方式評估合適地點、合適微水力發電機組、運轉效能與發電潛能，研提完整之「微水力發電應用於再生水廠輸配水管線建議報告書」，作為再生水廠操作、興建或規劃單位作為設置微水力發電系統之參考，期達到能源循環利用與環境永續發展之願景。</abstract><author>逢甲大學</author><categoryidentifier>448.15   554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050188</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502870</governmentpublicationsnumber><identifier>82353</identifier><internationalstandardbooknumber>9789860513042 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82353</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>微水力發電應用於再生水廠評估建置計畫(2/2)(光碟版)Evaluation and Building Plan of Micro Hydropower Applied to Water Reuse plant (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣地區近年來旱澇加劇、雨量分佈不均，且因地形特性不易匯集，造成水資源供應之危機，加上工業用水大幅成長，尤其是高耗水產業(如高科技及石化產業)產值比例增高，「缺水」將成為台灣未來所需面臨的問題。因此本署除持續傳統水資源開發、加強區域水資源調度外，同時也開始積極推動新興水源的開發，同時亦是水處理及相關應用服務產業之發展契機。 惟新興水源無論是海水淡化或再生水，均需耗用能源以支持之，臺灣屬能源高度依賴進口國家，能源不足將阻窒新興水源發展，爰為利新興水源政策之落實執行，並促進水利產業的多元發展，擬優先整合推動水與綠色能源(如太陽能、水力、風力潮汐及地熱等)產業，除掌握產業發展情勢及動態，同時媒合水處理及綠色能源整合技術與研發、推廣宣導、人才培訓及研擬修訂相關法規等工作，期建構水處理及綠色能源技術整合開發與應用之溝通需求平台，促進相關次產業之能力建構，以利其產業發展並落實於國內水利施政、爭取國際市場進入優勢，並使該平台經驗能廣泛推廣與應用於水利產業相關領域各界。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040037</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010503029</governmentpublicationsnumber><identifier>82356</identifier><internationalstandardbooknumber>9789860513592 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82356</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利產業能力建構計畫The Project to Establish the Capability of water Industry</title><yearidentifier>201611</yearidentifier></data><data><abstract>臺灣地區近年來旱澇加劇、雨量分佈不均，且因地形特性不易匯集，造成水資源供應之危機，加上工業用水大幅成長，尤其是高耗水產業(如高科技及石化產業)產值比例增高，「缺水」將成為台灣未來所需面臨的問題。因此本署除持續傳統水資源開發、加強區域水資源調度外，同時也開始積極推動新興水源的開發，同時亦是水處理及相關應用服務產業之發展契機。 惟新興水源無論是海水淡化或再生水，均需耗用能源以支持之，臺灣屬能源高度依賴進口國家，能源不足將阻窒新興水源發展，爰為利新興水源政策之落實執行，並促進水利產業的多元發展，擬優先整合推動水與綠色能源(如太陽能、水力、風力潮汐及地熱等)產業，除掌握產業發展情勢及動態，同時媒合水處理及綠色能源整合技術與研發、推廣宣導、人才培訓及研擬修訂相關法規等工作，期建構水處理及綠色能源技術整合開發與應用之溝通需求平台，促進相關次產業之能力建構，以利其產業發展並落實於國內水利施政、爭取國際市場進入優勢，並使該平台經驗能廣泛推廣與應用於水利產業相關領域各界。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040037</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010503029</governmentpublicationsnumber><identifier>82357</identifier><internationalstandardbooknumber>9789860513592 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82357</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利產業能力建構計畫(光碟版)The Project to Establish the Capability of Water Industry</title><yearidentifier>201611</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050066</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502681</governmentpublicationsnumber><identifier>82358</identifier><internationalstandardbooknumber>9789860510119 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82358</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年防汛護水志工輔導及精進計畫(內附光碟)2016Assistance and Enrichment Program for Flood Control and Water Resources Preservation volunteers</title><yearidentifier>201612</yearidentifier></data><data><abstract>面對極端氣候的挑戰，防救災之思維與策略均需有所調整，社會大眾對於水災損失減低均企盼於政府各項治水措施之推動與執行，然部份工程或手段必須長期執行方能逐漸發揮成效，又因極端水文事件使得工程設施防禦效果降低，防救災工作不能全然仰賴政府負責，而必須納入民間力量共同推動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050066</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/25</date><governmentpublicationsnumber>1010502681</governmentpublicationsnumber><identifier>82359</identifier><internationalstandardbooknumber>9789860510119 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82359</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年防汛護水志工輔導及精進計畫(光碟版)2016Assistance and Enrichment Program for Flood Control and Water Resources Preservation volunteers</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，臺灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等4項避災工具，讓民眾及早獲得水情資訊，減少水災損失。 期能在本署開發之「主動式民眾淹水預警通報系統」基礎上，持續提升相關平台功能，達到與本署【災害緊急應變系統】整合的目標。近年來，民眾及企業參與政府防災的意願逐漸增強，提供簡單的淹水回報方式，例如透過免付費電話回報，或者透過拍攝水尺淹水照片，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。以拍攝水尺淹水照片為例說明，民眾可透過拍攝水尺淹水照片上傳至影像辨識平台，內、外水之智慧型水尺設計需同時符合自動辨識與人工辨識之需求，透過影像自動化辨識水尺技術，結合GPS定位，自動辨識產生淹水地點及淹水深度，整合至GIS圖示系統上。再透過技術的創新研發，平台的整合及精進，以及多元化淹水通報應用推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合「經濟部水利署災害緊急應變小組」作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司台灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050076</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/26</date><governmentpublicationsnumber>1010502766</governmentpublicationsnumber><identifier>82362</identifier><internationalstandardbooknumber>9789860510768 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82362</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利防災資通訊警戒系統應用技術之研發(2/2)The Research and Development of Flood Warning System(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，臺灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等4項避災工具，讓民眾及早獲得水情資訊，減少水災損失。 期能在本署開發之「主動式民眾淹水預警通報系統」基礎上，持續提升相關平台功能，達到與本署【災害緊急應變系統】整合的目標。近年來，民眾及企業參與政府防災的意願逐漸增強，提供簡單的淹水回報方式，例如透過免付費電話回報，或者透過拍攝水尺淹水照片，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。以拍攝水尺淹水照片為例說明，民眾可透過拍攝水尺淹水照片上傳至影像辨識平台，內、外水之智慧型水尺設計需同時符合自動辨識與人工辨識之需求，透過影像自動化辨識水尺技術，結合GPS定位，自動辨識產生淹水地點及淹水深度，整合至GIS圖示系統上。再透過技術的創新研發，平台的整合及精進，以及多元化淹水通報應用推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合「經濟部水利署災害緊急應變小組」作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司台灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050076</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/26</date><governmentpublicationsnumber>1010502766</governmentpublicationsnumber><identifier>82363</identifier><internationalstandardbooknumber>9789860510768 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82363</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利防災資通訊警戒系統應用技術之研發(2/2)(光碟版)The Research and Development of Flood Warning System(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署於103年與104年度已陸續研發「淹水預警分析研判」、「河川洪水預報」、「降雨預報」及「水庫狀態填報」等資訊展示平台。颱洪期間依據中央氣象局所提供之數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情之發展趨勢，擬定最佳防災整備與應變調度之決策支援方案。 上述各平台目前已初步完成設計與開發工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊；惟目前各平台係獨立作業，並未進行資訊彙綜與介面整合。爰本計畫之目標係於既有系統之開發基礎上，進行展示平台之適切統整與水情資訊之精進提供。本計畫將開發水情預警平台入口網頁，以利應變決策單位快速綜覽各項水情預警資訊；研發自動化預報雨量與河川水位流量之頻率分析功能；開發手機版展示網頁，並提升既有網頁展示效能；建置自動化水情預警整合之簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報產品之彙整、解析與提供等作業。此外，颱風豪雨時期將彙整各河川局所提供之河川洪水預報資訊，俾供災害應變情資研判之用。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050077</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/26</date><governmentpublicationsnumber>1010502688</governmentpublicationsnumber><identifier>82366</identifier><internationalstandardbooknumber>9789860510133 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82366</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>洪水預報決策支援服務建置及加值應用The Establishment of Flood Forecast Decision Support and Value-added Application Services</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署於103年與104年度已陸續研發「淹水預警分析研判」、「河川洪水預報」、「降雨預報」及「水庫狀態填報」等資訊展示平台。颱洪期間依據中央氣象局所提供之數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情之發展趨勢，擬定最佳防災整備與應變調度之決策支援方案。 上述各平台目前已初步完成設計與開發工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊；惟目前各平台係獨立作業，並未進行資訊彙綜與介面整合。爰本計畫之目標係於既有系統之開發基礎上，進行展示平台之適切統整與水情資訊之精進提供。本計畫將開發水情預警平台入口網頁，以利應變決策單位快速綜覽各項水情預警資訊；研發自動化預報雨量與河川水位流量之頻率分析功能；開發手機版展示網頁，並提升既有網頁展示效能；建置自動化水情預警整合之簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報產品之彙整、解析與提供等作業。此外，颱風豪雨時期將彙整各河川局所提供之河川洪水預報資訊，俾供災害應變情資研判之用。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050077</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/26</date><governmentpublicationsnumber>1010502688</governmentpublicationsnumber><identifier>82367</identifier><internationalstandardbooknumber>9789860510133 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82367</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>洪水預報決策支援服務建置及加值應用(光碟版)The Establishment of Flood Forecast Decision Support and Value-added Application Services</title><yearidentifier>201612</yearidentifier></data><data><abstract>「災害防救基本計畫」鼓勵企業進行各項防減災工作，建立夥伴關係，分擔社會責任之觀念。如何導入企業的愛心及資源，有效整合政府執行災前整備、災中應變及災後復原之能量，成為目前面對天然與人為災害非常重要的課題。 行政院災防辦100年10月27日召開「民間企業（統一超商）參與災情通報合作會議」，開啟企業進行防救災合作。經濟部101年2月16日第1076次部務會議決議，增納24小時營運之中油加油站、台糖加油站、工業區及加工出口區廠商，共同參與災情通報合作機制。102年與民間企業(統一超商)合作於POS系統立即得知淹水防災資訊。103年舉辦「水利防災-企業論壇」，透過與民間企業、學術單位合作交流，擴大社會大眾對防災減災之討論，強化防汛抗旱的應變能力。104年規劃逐步落實企業參與災情查通報、水患自主社區、防災觀念宣導等機制，並針對企業認養意願進行調查，引入專家學者陪伴指導，而後召開說明會議及辦理成果宣導，達到促進民間團體參與水利防災推動各項合作制度及機制之建立。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050393</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/27</date><governmentpublicationsnumber>1010502687</governmentpublicationsnumber><identifier>82373</identifier><internationalstandardbooknumber>9789860510157 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82373</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度建立民間及企業參與水利防災制度之研究(1/2)A Study of Establish the System about Enterprises Participate in Disaster Prevention of Flood</title><yearidentifier>201612</yearidentifier></data><data><abstract>「災害防救基本計畫」鼓勵企業進行各項防減災工作，建立夥伴關係，分擔社會責任之觀念。如何導入企業的愛心及資源，有效整合政府執行災前整備、災中應變及災後復原之能量，成為目前面對天然與人為災害非常重要的課題。 行政院災防辦100年10月27日召開「民間企業（統一超商）參與災情通報合作會議」，開啟企業進行防救災合作。經濟部101年2月16日第1076次部務會議決議，增納24小時營運之中油加油站、台糖加油站、工業區及加工出口區廠商，共同參與災情通報合作機制。102年與民間企業(統一超商)合作於POS系統立即得知淹水防災資訊。103年舉辦「水利防災-企業論壇」，透過與民間企業、學術單位合作交流，擴大社會大眾對防災減災之討論，強化防汛抗旱的應變能力。104年規劃逐步落實企業參與災情查通報、水患自主社區、防災觀念宣導等機制，並針對企業認養意願進行調查，引入專家學者陪伴指導，而後召開說明會議及辦理成果宣導，達到促進民間團體參與水利防災推動各項合作制度及機制之建立。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050393</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/27</date><governmentpublicationsnumber>1010502691</governmentpublicationsnumber><identifier>82374</identifier><internationalstandardbooknumber>9789860510157 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82374</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>建立民間及企業參與水利防災制度之研究(1/2)(光碟版)A Study of Establish the System about Enterprises Participate in Disaster prevention of Flood</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣亦屢屢面臨旱災情境，若能適時進行人工增雨增加降水量，期能達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050084</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502678</governmentpublicationsnumber><identifier>82375</identifier><internationalstandardbooknumber>9789860510089 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82375</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年人工增雨計畫Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣亦屢屢面臨旱災情境，若能適時進行人工增雨增加降水量，期能達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050084</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502678</governmentpublicationsnumber><identifier>82376</identifier><internationalstandardbooknumber>9789860510089 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82376</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年人工增雨計畫(光碟版)Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署目前正辦理新版(第三代)淹水潛勢圖資之更新繪製作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除最大淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生人命傷亡與財產損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。 為使加值後之水災風險圖資能更有效掌握易受災區域，其產製過程所包含脆弱度因子修訂、風險定性絕對分級方法，以及持續納入各縣市之新版(第三代)淹水潛勢圖資以更新既有系統等作業，均應持續推動。此外，災前整備應變階段所需提供之各類資訊，其涵蓋不同呈現型態，故建置快速與便利之查詢功能屬當務之急。本決策支援系統可結合颱洪期間降雨預報資訊，即時評估水災風險，以提供災中預警及決策支援之充足資訊。 本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050078</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502687</governmentpublicationsnumber><identifier>82377</identifier><internationalstandardbooknumber>9789860510140 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82377</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水災風險圖資決策支援服務建置及應用(1/2)Development and Application of Decision-making Support Services for Flood Risk Maps(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署目前正辦理新版(第三代)淹水潛勢圖資之更新繪製作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除最大淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生人命傷亡與財產損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。 為使加值後之水災風險圖資能更有效掌握易受災區域，其產製過程所包含脆弱度因子修訂、風險定性絕對分級方法，以及持續納入各縣市之新版(第三代)淹水潛勢圖資以更新既有系統等作業，均應持續推動。此外，災前整備應變階段所需提供之各類資訊，其涵蓋不同呈現型態，故建置快速與便利之查詢功能屬當務之急。本決策支援系統可結合颱洪期間降雨預報資訊，即時評估水災風險，以提供災中預警及決策支援之充足資訊。 本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050078</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502687</governmentpublicationsnumber><identifier>82378</identifier><internationalstandardbooknumber>9789860510140 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82378</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水災風險圖資決策支援服務建置及應用(1/2)(光碟版) Development and Application of Decision-making Support Services for Flood Risk Maps(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣身處地震與颱風侵襲頻繁之地區，如何在災後快速提供給民眾潔淨安全用水，本署已研發「Qwater」及「Mobile water」緊急淨水技術，可針對災區各種不同水質條件的多元化水源進行淨化，使水質達飲用水標準。目前已完成緊急淨水設備研發及效能驗證工作，期以繼續辦理維運將緊急淨水技術擴大推廣應用。 本計畫針對汛期及平時所使用之移動式抽水機遠端監控應用，包含GPS定位、GPRS通訊、影像傳輸及通話、抽水量監測及遠端控制之整合與運用，在救災任務中可透過網路、APP或簡訊方式，隨時管理與追蹤移動式抽水機的位置、運作狀況，並可控制移動式抽水機開關及抽水量，讓救災應變中心之指揮與調度上更為靈活，能有效提高第一時間之救災時效。另結合緊急淨水技術進行推廣，俾廣泛應用於國內外缺水偏遠地區，或救災時之緊急淨水設備。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050079</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502765</governmentpublicationsnumber><identifier>82379</identifier><internationalstandardbooknumber>9789860510751 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82379</librarycollectiondetailsurl><price>500</price><publisher>經濟水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>應用遠端監控於水利防災研發測試計畫(2/2)Applicatiion and development of remote monitoring on water hazard mitigation(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣身處地震與颱風侵襲頻繁之地區，如何在災後快速提供給民眾潔淨安全用水，本署已研發「Qwater」及「Mobile water」緊急淨水技術，可針對災區各種不同水質條件的多元化水源進行淨化，使水質達飲用水標準。目前已完成緊急淨水設備研發及效能驗證工作，期以繼續辦理維運將緊急淨水技術擴大推廣應用。 本計畫針對汛期及平時所使用之移動式抽水機遠端監控應用，包含GPS定位、GPRS通訊、影像傳輸及通話、抽水量監測及遠端控制之整合與運用，在救災任務中可透過網路、APP或簡訊方式，隨時管理與追蹤移動式抽水機的位置、運作狀況，並可控制移動式抽水機開關及抽水量，讓救災應變中心之指揮與調度上更為靈活，能有效提高第一時間之救災時效。另結合緊急淨水技術進行推廣，俾廣泛應用於國內外缺水偏遠地區，或救災時之緊急淨水設備。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050079</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502765</governmentpublicationsnumber><identifier>82380</identifier><internationalstandardbooknumber>9789860510751 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82380</librarycollectiondetailsurl><price>500</price><publisher>經濟水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>應用遠端監控於水利防災研發測試計畫(2/2)(光碟版)Applicatiion and development of remote monitoring on water hazard mitigation(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050068</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502692</governmentpublicationsnumber><identifier>82381</identifier><internationalstandardbooknumber>9789860510171 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82381</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度複合型災害經驗學習與防災智能提升The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050068</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502692</governmentpublicationsnumber><identifier>82382</identifier><internationalstandardbooknumber>9789860510171 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82382</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度複合型災害經驗學習與防災智能提升(光碟版)The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於102至104年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」及「103及104年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050069</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502685</governmentpublicationsnumber><identifier>82383</identifier><internationalstandardbooknumber>9789860510201 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82383</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度多尺度遙測影像分析與展示平台擴充維護2016Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201612</yearidentifier></data><data><abstract>受到全球氣候急遽變遷之影響，臺灣地區水環境快速變化，洪澇災害頻率與規模，損失之廣度與深度均有加大的趨勢，嚴重威脅著臺灣地區民眾的生命與財產安全。而近年來許多重大災害之應變經驗均顯現，快速蒐集、分析、發佈與應用各種遙測空間資訊，可提供災害緊急應變與決策支援工作之關鍵資訊，並協助預警疏散、減災及救助災民損失。 本署已於102至104年度分別以「多尺度遙測空間資訊蒐集與災害展示遙測空間平臺建置」及「102年度多尺度遙測影像分析與展示平台擴充維護」及「103及104年度多尺度遙測影像分析與展示平台擴充維護」計畫中蒐集整合各種向量及影像圖資，以及部分區域之災前、災中與災後圖資，並發佈於所建置之「防災應變空間資訊系統」，提供災害評估與災後勘查之依據。有鑑於此計畫建置之系統對於防災應變確實提供了關鍵時空的重要資訊，對於決策支援深具應用潛力，實有必要持續擴充建置與維護。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050069</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502685</governmentpublicationsnumber><identifier>82384</identifier><internationalstandardbooknumber>9789860510201 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82384</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度多尺度遙測影像分析與展示平台擴充維護(光碟版)2016Multi-Stage Remote Sensing Data Analysis and Disaster Display Platform Expansion and Maintenance</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前各類水利防災業務資料均歷經長期蒐集時程，但相關資料形式繁複並散置各處，資料類型各異且未經系統化之梳理綜整；而災害事件發生時，各類水情與災情資訊紛至沓來，無不亟需快速彙整分析，擷取必要資訊以作出及時有效之研判與處置。為契合未來水利防災以任務導向、決策支援與即時應變為主軸之整體發展趨勢，現階段各項資訊之應用現況與研發架構勢將作出必要之因應調整，冀使各類資訊之取得、分析與呈現，均能精準對應使用者所處時空環境之應用需求，並以現地訊息之偵蒐反饋機制，裨益整體系統之精進研發。     為此，本計畫將引入巨量資料分析儲存架構、雲端資訊運算服務，以及物聯網與智慧整合感控系統等近年來高速發展之觀念及技術，期使今後水利防災之推動面向，能以自動化、行動化與智慧化為基調，以於瞬息萬變之災害情勢中主動掌握防救之契機，並作出適切之應變處置。     首先，有鑑於水利防災各業務所涵蓋大量(Volume)、多元(Variety)、與即時(Velocity)屬性之諸多資訊，傳統結構化資料庫之保存與分析方式已不敷需求，故將引入巨量資料介接整合之倉儲系統與分析運用之軟體架構。其後，本計畫將建置雲端資訊服務系統，執行雲端儲存伺服器及雲端資料庫之架構建立與實作應用，並建構視覺化雲端服務環境與開發展示查詢介面。此外，將執行水利防災智慧整合感控系統之規劃設計，引入物聯網及信息通訊技術概念與框架；除與前述巨量資料分析及雲端運算架構進行相關資訊之整體應用外，並將執行水利防災相關案例實作與即時研判輔助功能之系統化研發。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050070</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502763</governmentpublicationsnumber><identifier>82385</identifier><internationalstandardbooknumber>9789860510737 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82385</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利防災巨量資料加值應用與雲端服務導入之研究(1/2)Study on Value-Added Service of Big Data and Cloud Service Adoptability for Flood Preventation(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前各類水利防災業務資料均歷經長期蒐集時程，但相關資料形式繁複並散置各處，資料類型各異且未經系統化之梳理綜整；而災害事件發生時，各類水情與災情資訊紛至沓來，無不亟需快速彙整分析，擷取必要資訊以作出及時有效之研判與處置。為契合未來水利防災以任務導向、決策支援與即時應變為主軸之整體發展趨勢，現階段各項資訊之應用現況與研發架構勢將作出必要之因應調整，冀使各類資訊之取得、分析與呈現，均能精準對應使用者所處時空環境之應用需求，並以現地訊息之偵蒐反饋機制，裨益整體系統之精進研發。     為此，本計畫將引入巨量資料分析儲存架構、雲端資訊運算服務，以及物聯網與智慧整合感控系統等近年來高速發展之觀念及技術，期使今後水利防災之推動面向，能以自動化、行動化與智慧化為基調，以於瞬息萬變之災害情勢中主動掌握防救之契機，並作出適切之應變處置。     首先，有鑑於水利防災各業務所涵蓋大量(Volume)、多元(Variety)、與即時(Velocity)屬性之諸多資訊，傳統結構化資料庫之保存與分析方式已不敷需求，故將引入巨量資料介接整合之倉儲系統與分析運用之軟體架構。其後，本計畫將建置雲端資訊服務系統，執行雲端儲存伺服器及雲端資料庫之架構建立與實作應用，並建構視覺化雲端服務環境與開發展示查詢介面。此外，將執行水利防災智慧整合感控系統之規劃設計，引入物聯網及信息通訊技術概念與框架；除與前述巨量資料分析及雲端運算架構進行相關資訊之整體應用外，並將執行水利防災相關案例實作與即時研判輔助功能之系統化研發。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050070</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502763</governmentpublicationsnumber><identifier>82386</identifier><internationalstandardbooknumber>9789860510737 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82386</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水利防災巨量資料加值應用與雲端服務導入之研究(1/2)(光碟版)Study on Value-Added Service of Big Data and Cloud Service Adoptability for Flood Preventation(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至104年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050103</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010600324</governmentpublicationsnumber><identifier>82387</identifier><internationalstandardbooknumber>9789860520033 ; 9789860520</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82387</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>105</publishrocyear><title>105年度集集攔河堰監測及安全檢查-環境生態監測成果報告Chi-Chi Weir Monitoring and Security Checks in yr.2016 Environmental and Ecology Monitoring Report</title><yearidentifier>201612</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至104年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050103</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010600323</governmentpublicationsnumber><identifier>82388</identifier><internationalstandardbooknumber>9789860520033 ; 9789860520</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82388</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>105年度集集攔河堰監測及安全檢查-環境生態監測成果報告(光碟版)Chi-Chi Weir Monitoring and Security Checks in yr.2016 Environmental and Ecology Monitoring Report</title><yearidentifier>201702</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能 夠提供緊急時期之取水功能，所以政府於民國90 年配合集集共同引水 計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之 重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供 洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95 年 起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道 改善研究和工程。本報告係延續95~104 年度後續之工作，進行魚道改 修後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010600324</governmentpublicationsnumber><identifier>82389</identifier><internationalstandardbooknumber>9789860519990 ; 9789860519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>斗六堰魚道功能監測及水域生態監測成果報告Research on the efficiency assessment of fishway in /dou-liou Weir 2016</title><yearidentifier>201702</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能 夠提供緊急時期之取水功能，所以政府於民國90 年配合集集共同引水 計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之 重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供 洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95 年 起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道 改善研究和工程。本報告係延續95~104 年度後續之工作，進行魚道改 修後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010600324</governmentpublicationsnumber><identifier>82390</identifier><internationalstandardbooknumber>9789860519990 ; 9789860519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82390</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>斗六堰魚道功能監測及水域生態監測成果報告(光碟版)Research on the efficiency assessment of fishway in /dou-liou Weir 2016</title><yearidentifier>201702</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050050</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502686</governmentpublicationsnumber><identifier>82391</identifier><internationalstandardbooknumber>9789860510195 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82391</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度防災應變系統更新及資訊網升級建置105 Year Disaster Response system upgrade and renew Disaster Information Website</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050050</commissionedprojectidentifier><currency>NT$</currency><date>2017/4/28</date><governmentpublicationsnumber>1010502686</governmentpublicationsnumber><identifier>82392</identifier><internationalstandardbooknumber>9789860510195 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82392</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度防災應變系統更新及資訊網升級建置(光碟版)105 Year Disaster Response system upgrade and renew Disaster Information Website</title><yearidentifier>201612</yearidentifier></data><data><abstract>為因應近年全球氣候變遷影響加劇，極端降雨事件頻繁，水災災害應變作業頻繁，如何以目前有限之人力物力資源策進當前防災作為，以降低水災災損，為當前水災災害防救之重要課題。期透過盤點本署近年所推各項避洪減災非工程措施相關計畫執行成果，擘劃水災防災發展藍圖，注入嶄新的防救災思維，以厚植本署防救災能量；另藉由前述發展藍圖規畫成果，強化現有之水災防災資訊整合系統，以充份掌握颱風豪雨期間流域內水情災情資訊，提供本署防災應變期間決策資源，減輕颱風豪雨期間人力負擔。</abstract><author>淡江大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050073</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502764</governmentpublicationsnumber><identifier>82393</identifier><internationalstandardbooknumber>9789860510744 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82393</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年避洪減災資訊整合及績效評估2016 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201612</yearidentifier></data><data><abstract>對於現有都市路口以及河川監視鏡頭進行影像積淹水判釋之應用；目前已開發即時影像水位判釋技術，也進行了相關防災應用。由於先前已規範可分析影像之篩選方式，以及規劃合適影像分析之演算法與儲存方式，以利後續水位估算及防災應用；然而，對於精進CCTV影像之創新技術仍有必要繼續精進，以因應及面對極端氣候的挑戰。 對於已建置河川水位影像監視站，除了提供洪水期即時影像監看，亦可透過縮時攝影技術，除提供水利防災業務需求，亦可作為日後長期性影像資料變化之參考。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050075</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502684</governmentpublicationsnumber><identifier>82394</identifier><internationalstandardbooknumber>9789860510126 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82394</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年監視影像辨識技術精進及應用The Improvement and Application of CCTV Detection Technology</title><yearidentifier>201612</yearidentifier></data><data><abstract>對於現有都市路口以及河川監視鏡頭進行影像積淹水判釋之應用；目前已開發即時影像水位判釋技術，也進行了相關防災應用。由於先前已規範可分析影像之篩選方式，以及規劃合適影像分析之演算法與儲存方式，以利後續水位估算及防災應用；然而，對於精進CCTV影像之創新技術仍有必要繼續精進，以因應及面對極端氣候的挑戰。 對於已建置河川水位影像監視站，除了提供洪水期即時影像監看，亦可透過縮時攝影技術，除提供水利防災業務需求，亦可作為日後長期性影像資料變化之參考。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050075</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502684</governmentpublicationsnumber><identifier>82395</identifier><internationalstandardbooknumber>9789860510126 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82395</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年監視影像辨識技術精進及應用(光碟版)The Improvement and Application of CCTV Detection Technology</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協助各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署105年度防災值勤應變教育訓練，針對本署暨所屬單位，以及協助各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜，並培訓防汛教育種子教師及數位教材編撰。</abstract><author>國立台灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050067</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502689</governmentpublicationsnumber><identifier>82396</identifier><internationalstandardbooknumber>9789860510164 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82396</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年提昇水利防災應變作業能力計畫Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，並配合中央災害應變中心，協助各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業能力，以因應全球氣候變遷影響下汛期應變作業，爰辦理本署105年度防災值勤應變教育訓練，針對本署暨所屬單位，以及協助各直轄市、縣市政府應變值勤人員辦理防汛教育訓練。 本計畫主要工作內容為結合當前災害防救重大課題，結合專業知識與經驗執行專業課程與相關辦理流程，以充分達到經驗傳承與世代交流之目的，爰擬委託廠商協助本署辦理加強經濟部、本署及各直轄市、縣（市）政府相關人員防汛值勤作業人員應變專業教育訓練，並配合相關部會辦理防汛教育訓練及宣導，協助本署蒐集及準備相關資料，以及協助本署辦理講座人員教育訓練相關事宜，並培訓防汛教育種子教師及數位教材編撰。</abstract><author>國立台灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050067</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502689</governmentpublicationsnumber><identifier>82398</identifier><internationalstandardbooknumber>9789860510164 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82398</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年提昇水利防災應變作業能力計畫(光碟版)Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502666</governmentpublicationsnumber><identifier>82403</identifier><internationalstandardbooknumber>9789860510454 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82403</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2)=In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502666</governmentpublicationsnumber><identifier>82404</identifier><internationalstandardbooknumber>9789860510454 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82404</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2)(光碟版)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502667</governmentpublicationsnumber><identifier>82405</identifier><internationalstandardbooknumber>9789860510461 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82405</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析總報告(光碟版)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/1</date><governmentpublicationsnumber>1010502667</governmentpublicationsnumber><identifier>82406</identifier><internationalstandardbooknumber>9789860510461 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82406</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析總報告 In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64.25</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050103</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/2</date><governmentpublicationsnumber>1010600324</governmentpublicationsnumber><identifier>82413</identifier><internationalstandardbooknumber>9789860519990 ; 9789860519</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82413</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>105年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟)=Research on the efficiency assessment of fishway in Dou-Liou Weir 2016</title><yearidentifier>201702</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64.151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050103</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/2</date><governmentpublicationsnumber>1010600323</governmentpublicationsnumber><identifier>82414</identifier><internationalstandardbooknumber>9789860520033 ; 9789860520</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82414</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>105年度集集攔河堰監測及安全檢查-環境生態監測成果報告(內附光碟)=Chi-Chi Weir Monitoring and Security Checks in yr.2016 Environmental and Ecology Monitoring Report</title><yearidentifier>201702</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/2</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82420</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82420</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業--內附光碟=Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/2</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82421</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82421</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業--光碟版=Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/3</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82422</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82422</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業=Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir 附冊一：湖山水庫地物監測電學自動化設備系統操作手冊</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫擬藉由國內外罕見難得的空庫初始值之建立，透過數值模擬方法預先評估後續蓄水階段後地球物理方法資料判釋可能之盲點，提升應用之信心，以將地球物理探測技術作為後續壩體安全監測之輔助項目。湖山水庫目前甫進入蓄水階段，有必要延續前期成果辦理地球物理方法於壩體之持續性監測作業，並基於前期所開發之自動化監測系統延伸應用，因此規劃辦理此計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050422</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/4</date><governmentpublicationsnumber>1010502461</governmentpublicationsnumber><identifier>82425</identifier><internationalstandardbooknumber>9789860507539 ; 9789860507</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82425</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>湖山水庫蓄水階段壩體地球物理監測作業=Geophysical Regular Monitoring during Water Filling Stage in Hushan Reservoir 附冊二：湖山水庫壩體地球物理監測作業手冊</title><yearidentifier>201612</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸等區域之海岸監測作業，103年辦理崇德至豐濱海岸變遷，歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸段斷面監測。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>444.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050294</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/4</date><governmentpublicationsnumber>1010502715</governmentpublicationsnumber><identifier>82430</identifier><internationalstandardbooknumber>9789860511932 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82430</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>花蓮海岸基本資料調查監測(1/2)正式報告書</title><yearidentifier>201612</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸等區域之海岸監測作業，103年辦理崇德至豐濱海岸變遷，歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸段斷面監測。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>444.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050294</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/4</date><governmentpublicationsnumber>1010502715</governmentpublicationsnumber><identifier>82431</identifier><internationalstandardbooknumber>9789860511932 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82431</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>花蓮海岸基本資料調查監測(1/2)正式報告書(光碟版)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫以三年為期，研究氣候變遷影響下可能最大降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。 民國103年(第1年)蒐集國內外重大洪災事件、經驗公式、氣象數值模式及可能最大降雨推估等相關成果，評估因氣候變遷之影響，並建立可能最大降雨(PMP)模式與可能最大流量(PMF)模式，以翡翠水庫、石門水庫、鯉魚潭水庫、曾文水庫為例。 民國104年(第2年)進行之主要工作範圍有二：1、PMP、PMF推估方法研究：建置模式，推估因氣候變遷影響下之PMP、PMF，並與颱風模式法進行比較，進而研提氣候變遷影響下，PMP、PMF推估方法。2、水源設施脆弱度盤查方法研究：蒐集國內外水源設施脆弱度評估與盤查方式，初步研擬水庫與攔河堰的脆弱度指標與分級標準。 本(105)年度(第3年)主要工作範圍有二：1、延續前期研究成果，藉由召開專家座談會議來精進本計畫研提之PMP、PMF推估方法，並進行推估方法參考手冊彙編。2、建置水庫與攔河堰脆弱度指標與分級標準，以石門水庫、鯉魚潭水庫、曾文水庫為案例進行盤查，並藉以彙編脆弱度盤查方法參考手冊，供水利署相關單位參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050276</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502609</governmentpublicationsnumber><identifier>82443</identifier><internationalstandardbooknumber>9789860509151 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82443</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究總報告--內附光碟=A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫以三年為期，研究氣候變遷影響下可能最大降雨、流量的改變，並研擬評估水源設施脆弱度盤查的方法，以確實掌握氣候變遷下水源設施面臨的風險。 民國103年(第1年)蒐集國內外重大洪災事件、經驗公式、氣象數值模式及可能最大降雨推估等相關成果，評估因氣候變遷之影響，並建立可能最大降雨(PMP)模式與可能最大流量(PMF)模式，以翡翠水庫、石門水庫、鯉魚潭水庫、曾文水庫為例。 民國104年(第2年)進行之主要工作範圍有二：1、PMP、PMF推估方法研究：建置模式，推估因氣候變遷影響下之PMP、PMF，並與颱風模式法進行比較，進而研提氣候變遷影響下，PMP、PMF推估方法。2、水源設施脆弱度盤查方法研究：蒐集國內外水源設施脆弱度評估與盤查方式，初步研擬水庫與攔河堰的脆弱度指標與分級標準。 本(105)年度(第3年)主要工作範圍有二：1、延續前期研究成果，藉由召開專家座談會議來精進本計畫研提之PMP、PMF推估方法，並進行推估方法參考手冊彙編。2、建置水庫與攔河堰脆弱度指標與分級標準，以石門水庫、鯉魚潭水庫、曾文水庫為案例進行盤查，並藉以彙編脆弱度盤查方法參考手冊，供水利署相關單位參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050276</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502609</governmentpublicationsnumber><identifier>82444</identifier><internationalstandardbooknumber>9789860509151 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82444</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>因應氣候變遷水源設施脆弱度盤查方法研究總報告--光碟版=A Study on Vulnerability Assessment of Water Supply Facilities under Climate Change</title><yearidentifier>201612</yearidentifier></data><data><abstract>澎湖地區氣候深受大區域氣候影響，年平均蒸發量大於年平均降雨量，可知其水文條件極不利地表水資源之利用，因此，地下水成為澎湖地區長期仰賴的水資源來源。然而地下水持續過度的開發，已造成澎湖地區海水入侵及地下水鹽化等問題。由本署以往研究成果亦顯示，澎湖本島海水入侵量約佔深層地下水儲存量之2.8%，倘每一單位之入侵海水可鹽化36倍的地下水儲藏量，將嚴重影響澎湖地區水資源調配利用，因此，自來水公司為因應澎湖地區地下水鹽化問題，雖提出地下水減輪抽計畫，以避免海水楔持續入侵，同時逐漸將地下水轉為備用水源，以保育地下水資源，然其成效仍顯有限。 另外，為保育地下水環境，依本署訂定之地下水管制區劃定作業規範規定檢討，澎湖地區目前公告之地下水管制區包括馬公市全區、白沙鄉及西嶼鄉部分地段，限制區內地下水之使用。而依現行劃定作業規範規定，離島地區地下水管制區檢討係以水位、水質，以及高程等為主要評分因子，意即僅考量海水入侵潛在範圍，但因澎湖地區既有之地下水位觀測井密度稍顯不均，除增設地下水觀測井，並透過空間內插方式以取得更細緻網格評分資料外，亦可嘗試透過數值計算方式，模擬海水入侵邊界，以供地下水管制區範圍檢討相互比對驗證參考。爰此，基於地下水管制區劃定檢討及地下水資源保育管理需要，遂委託辦理本「澎湖地區海水入侵評析與防制策進措施」計畫，以澎湖本島之馬公市、湖西鄉、白沙鄉以及西嶼鄉為工作範圍，期可透過地下水水流及傳輸模擬分析，更進一步掌握海水入侵邊界，以利在空間上提高地下水管制區檢討評分精度，同時藉由地下保育措施，確保澎湖地區地下水資源之永續利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050378</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502975</governmentpublicationsnumber><identifier>82445</identifier><internationalstandardbooknumber>9789860514322 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82445</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>澎湖地區地下水海水入侵與防治措施評析A quantitative investigation on sea water intrusions in the Penghu area and its related remediation strategy</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，已完成濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年與水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050043</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502974</governmentpublicationsnumber><identifier>82446</identifier><internationalstandardbooknumber>9789860514315 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82446</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(3/3)Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management (3/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，已完成濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年與水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050043</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502972</governmentpublicationsnumber><identifier>82447</identifier><internationalstandardbooknumber>9789860514339 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82447</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究-濁水溪沖積扇與屏東平原總報告(光碟版)Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management - Zhuoshui River Alluvial Fan and Pingtung Allu</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，已完成濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年與水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050043</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502974</governmentpublicationsnumber><identifier>82448</identifier><internationalstandardbooknumber>9789860514315 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82448</librarycollectiondetailsurl><price>560</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究(3/3)(光碟版)Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management (3/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本計畫目的在使用地表地下水耦合模擬模式應用於地下水資源潛能評估，並以濁水溪沖積扇與屏東平原為示範區。（1）103年度配合本署「彰雲地區地下水補注推動計畫」、「台灣西部河槽地下水補注設施實施計畫」推動，已完成濁水溪沖積扇北港溪地下水補注潛能河段補注評估、地下水對豐枯水年與水文極端事件之敏感度分析與長期	人為抽取地下水之衝擊評估等（2）104年度則配合中央地質調查所「台灣南段山區地下水資源調查」之103年度「台灣南段山區地下水資源調查與評估」邊界條件側向補注量研究成果，辦理屏東平原水文地質3D模型、地表、地下水整合性數值模式建置與大潮州人工湖尚未完工營運前之地下水補注方案與成效之情境模擬等。（3）105年度執行屏東平原地下水對豐枯水年水文極端事件之敏感度分析、長期	人為抽取地下水之衝擊評估與配合大潮州人工湖於104年底第一階段50公頃完工營運後，使用地表地下水耦合模擬模式評估實際補注效益，另賴旱期氣候資訊之充分掌握，以避免過度開發使用地下水源，結合季節性預報進行模擬分析，以預先掌握枯水期地下水情勢，豐水期則應依據優勢補注區位，規劃人工補注方式，減緩枯水期超抽之衝擊等。</abstract><author>國立中央大學</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050043</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502972</governmentpublicationsnumber><identifier>82449</identifier><internationalstandardbooknumber>9789860514339 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82449</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地表地下水整合數值模式於地下水資源管理應用之研究-濁水溪沖積扇與屏東平原總報告Applying Integrated Numerical Modeling of Surface Water and Subsurface Water to Study Groundwater Resources Management - Zhuoshui River Alluvial Fan and Pingtung Alluvial</title><yearidentifier>201612</yearidentifier></data><data><abstract>澎湖地區氣候深受大區域氣候影響，年平均蒸發量大於年平均降雨量，可知其水文條件極不利地表水資源之利用，因此，地下水成為澎湖地區長期仰賴的水資源來源。然而地下水持續過度的開發，已造成澎湖地區海水入侵及地下水鹽化等問題。由本署以往研究成果亦顯示，澎湖本島海水入侵量約佔深層地下水儲存量之2.8%，倘每一單位之入侵海水可鹽化36倍的地下水儲藏量，將嚴重影響澎湖地區水資源調配利用，因此，自來水公司為因應澎湖地區地下水鹽化問題，雖提出地下水減輪抽計畫，以避免海水楔持續入侵，同時逐漸將地下水轉為備用水源，以保育地下水資源，然其成效仍顯有限。 另外，為保育地下水環境，依本署訂定之地下水管制區劃定作業規範規定檢討，澎湖地區目前公告之地下水管制區包括馬公市全區、白沙鄉及西嶼鄉部分地段，限制區內地下水之使用。而依現行劃定作業規範規定，離島地區地下水管制區檢討係以水位、水質，以及高程等為主要評分因子，意即僅考量海水入侵潛在範圍，但因澎湖地區既有之地下水位觀測井密度稍顯不均，除增設地下水觀測井，並透過空間內插方式以取得更細緻網格評分資料外，亦可嘗試透過數值計算方式，模擬海水入侵邊界，以供地下水管制區範圍檢討相互比對驗證參考。爰此，基於地下水管制區劃定檢討及地下水資源保育管理需要，遂委託辦理本「澎湖地區海水入侵評析與防制策進措施」計畫，以澎湖本島之馬公市、湖西鄉、白沙鄉以及西嶼鄉為工作範圍，期可透過地下水水流及傳輸模擬分析，更進一步掌握海水入侵邊界，以利在空間上提高地下水管制區檢討評分精度，同時藉由地下保育措施，確保澎湖地區地下水資源之永續利用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050378</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502975</governmentpublicationsnumber><identifier>82450</identifier><internationalstandardbooknumber>9789860514322 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82450</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>澎湖地區地下水海水入侵與防治措施評析(光碟版)A quantitative investigation on sea water intrusions in the Penghu area and its related remediation strategy</title><yearidentifier>201612</yearidentifier></data><data><abstract>歷年檢測資料顯示地層下陷趨勢已獲紓緩，惟近年來全球氣候變遷造成旱澇極端事件頻仍，對地層下陷防治工作亦形成新的挑戰，本計畫協助經濟部地層下陷防治推動委員會之祕書業務，以利統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」及「地下水保育管理暨地層下陷防治第2期計畫(104~109年度)」各部會執行情形，並協助地層下陷顯著縣(市)政府推動相關防治工作，以整合相關資源推動防治工作；此外，為期進一步釐清相關問題癥結，辦理地層下陷顯著地區成因與對策研析、地下水管制區及嚴重地層下陷地區檢討作業、地層下陷量測機制探討與作業規範訂定及雲彰地區納管水井抽水量現場測定作業，完成納管水井複查作業鄉鎮「灌溉水井抽水用電參數對照表」，做為灌溉水井用電量推估其地下水抽用量之依據，以促進地下水合理利用及持續紓緩地層下陷情勢，提供專業人力、技術、行政資源，協助推動上開工作。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050218</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502850</governmentpublicationsnumber><identifier>82451</identifier><internationalstandardbooknumber>9789860512878 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82451</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度地層下陷防治專案服務計畫(內附光碟)The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>歷年檢測資料顯示地層下陷趨勢已獲紓緩，惟近年來全球氣候變遷造成旱澇極端事件頻仍，對地層下陷防治工作亦形成新的挑戰，本計畫協助經濟部地層下陷防治推動委員會之祕書業務，以利統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」及「地下水保育管理暨地層下陷防治第2期計畫(104~109年度)」各部會執行情形，並協助地層下陷顯著縣(市)政府推動相關防治工作，以整合相關資源推動防治工作；此外，為期進一步釐清相關問題癥結，辦理地層下陷顯著地區成因與對策研析、地下水管制區及嚴重地層下陷地區檢討作業、地層下陷量測機制探討與作業規範訂定及雲彰地區納管水井抽水量現場測定作業，完成納管水井複查作業鄉鎮「灌溉水井抽水用電參數對照表」，做為灌溉水井用電量推估其地下水抽用量之依據，以促進地下水合理利用及持續紓緩地層下陷情勢，提供專業人力、技術、行政資源，協助推動上開工作。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050218</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010502850</governmentpublicationsnumber><identifier>82452</identifier><internationalstandardbooknumber>9789860512878 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82452</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度地層下陷防治專案服務計畫(光碟版)The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且已建置多口分層監測井，提供每月所累積之地層下陷壓密與地下水位變化資料。近年來部份測站的地下水位雖未呈現明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢增加。有鑑於地下水位變化與地層下陷量呈現複雜交互關係，本計畫將探討地下水位與地層下陷交互關係之文獻蒐集與探討，並建立載重及抽水作用下地層下陷數值模式；以濁水溪沖積扇為例根據地層下陷潛勢模擬結果，配合地下水位變化趨勢，進行地層下陷警示之評估探討與流程建立，以供地下水管理之參考。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050211</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010503040</governmentpublicationsnumber><identifier>82453</identifier><internationalstandardbooknumber>9789860514711 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82453</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>載重及抽水作用下地層下陷數值模式之建立與應用Development and Application of Land subsidence Numerical Model due to Surface Loading and Groundwater Pumping</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區自民國84年推動地層下陷防治執行方案以來，已累積多年的地下水位及地層下陷監測資料，且已建置多口分層監測井，提供每月所累積之地層下陷壓密與地下水位變化資料。近年來部份測站的地下水位雖未呈現明顯下降趨勢之週期性震盪變化，但地層下陷量卻仍緩慢增加。有鑑於地下水位變化與地層下陷量呈現複雜交互關係，本計畫將探討地下水位與地層下陷交互關係之文獻蒐集與探討，並建立載重及抽水作用下地層下陷數值模式；以濁水溪沖積扇為例根據地層下陷潛勢模擬結果，配合地下水位變化趨勢，進行地層下陷警示之評估探討與流程建立，以供地下水管理之參考。</abstract><author>國立嘉義大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050211</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010503040</governmentpublicationsnumber><identifier>82454</identifier><internationalstandardbooknumber>9789860514711 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82454</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>載重及抽水作用下地層下陷數值模式之建立與應用(光碟版)Development and Application of Land subsidence Numerical Model due to Surface Loading and Groundwater Pumping</title><yearidentifier>201612</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、嘉義、高雄及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050250</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010503016</governmentpublicationsnumber><identifier>82455</identifier><internationalstandardbooknumber>9789860514476 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82455</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析Monitoring and Analyzing Subsidence of Taipei,Chiayi, Kaohsiung, and Pingtung Area in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、嘉義、高雄及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050250</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/5</date><governmentpublicationsnumber>1010503016</governmentpublicationsnumber><identifier>82456</identifier><internationalstandardbooknumber>9789860514476 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82456</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析(光碟版)Monitoring and Analyzing Subsidence of Taipei,Chiayi, Kaohsiung, and Pingtung Area in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/5/8</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>82459</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82459</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告--內附光碟=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/5/8</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>82460</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82460</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告--光碟版=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>地層下陷相關決策資訊包含各鄉鎮水井清查、水準高程測量、GPS監測、地陷井監測...等，因往年相關資訊並無資訊系統及資料庫進行管理及展示，本署爰於100年度辦理「地層下陷資訊整合服務系統規劃建置」計畫，建置資料庫及開發地層下陷資訊整合系統。此外，為強化測站及監測資料管理目標，以及提高GIS圖層套疊彈性，另於104年辦理「地層下陷資訊整合服務系統維護及管理」。 本計畫兩項系統並之測站及監測資料管理功能已逐步完成，並提供使用者綜合展示檢、監測資訊，以初步分析地層下陷成因。為使本系統更臻精進，以及輔助本署辦理地層下陷相關業務，後續將朝加值應用分析進行開發，例如即時產出GPS測站監測資訊下陷等值圖、開發行動版介面、地下水與下陷關係視覺化...等，並改善系統圖表可再編輯功能，俾利使用者可彈性運用製作簡報。</abstract><author>巨葳資訊故份有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050175</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/9</date><governmentpublicationsnumber>1010502662</governmentpublicationsnumber><identifier>82466</identifier><internationalstandardbooknumber>9789860510485 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82466</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度地層下陷監測資訊整合系統維護及管理2016 Maintenance and Management of Integrated Information System for Land Subsidence Monitoring</title><yearidentifier>201611</yearidentifier></data><data><abstract>目前國內對於地層縱向深度之變形監測，主要採用磁環式分層監測井，其優點是用地小，並可同時掌握高達20餘個不同深度之土層壓密變化量，但其缺點為必須透過人工以感測器感應磁環位置，無法紀錄連續資料。近年來國內雖亦有自主研發儀器，例如利用光纖技術感測壓密變形及地下水水壓變化，然亦須藉由人工操作儀器接收訊號據以推算，尚無法自動、連續紀錄不同土層深度之相對壓密變形量；而深層樁之優點雖可連續記錄鑿設深度內之變形量，但如為達到與磁感應環、光纖同樣數量之不同監測深度，其用地及經費將相當龐大。為嘗試運用現代化科技技術，以建構可自動量測記錄地層下陷分層變形量資料之量測儀器，爰委託本新型地層下陷監測機制研究及量測儀器研發計畫，期藉由現代化科技或設備之整合運用或研發，建置可自動量測、紀錄及傳輸之定點式地層下陷多層監測設備，並透過現地試驗驗證其可行性，以作為本署後續推動建置地層下陷定點多土層監測參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050176</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/9</date><governmentpublicationsnumber>1010502948</governmentpublicationsnumber><identifier>82467</identifier><internationalstandardbooknumber>9789860513790 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82467</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地層下陷自記式分層監測機制之研究Study on the Auto-Measuring System for Multi-Level Compaction Monitoring Wells</title><yearidentifier>201612</yearidentifier></data><data><abstract>目前國內對於地層縱向深度之變形監測，主要採用磁環式分層監測井，其優點是用地小，並可同時掌握高達20餘個不同深度之土層壓密變化量，但其缺點為必須透過人工以感測器感應磁環位置，無法紀錄連續資料。近年來國內雖亦有自主研發儀器，例如利用光纖技術感測壓密變形及地下水水壓變化，然亦須藉由人工操作儀器接收訊號據以推算，尚無法自動、連續紀錄不同土層深度之相對壓密變形量；而深層樁之優點雖可連續記錄鑿設深度內之變形量，但如為達到與磁感應環、光纖同樣數量之不同監測深度，其用地及經費將相當龐大。為嘗試運用現代化科技技術，以建構可自動量測記錄地層下陷分層變形量資料之量測儀器，爰委託本新型地層下陷監測機制研究及量測儀器研發計畫，期藉由現代化科技或設備之整合運用或研發，建置可自動量測、紀錄及傳輸之定點式地層下陷多層監測設備，並透過現地試驗驗證其可行性，以作為本署後續推動建置地層下陷定點多土層監測參考。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050176</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/9</date><governmentpublicationsnumber>1010502948</governmentpublicationsnumber><identifier>82468</identifier><internationalstandardbooknumber>9789860513790 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82468</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地層下陷自記式分層監測機制之研究--光碟版=Study on the Auto-Measuring System for Multi-Level Compaction Monitoring Wells</title><yearidentifier>201612</yearidentifier></data><data><abstract>「水價計算公式及詳細項目」之成本項目中包括原水費用、淨水費用、供水費用、業務費用、管理費用、財務費用、其他營業費用等7項，依據104年7月28日「經濟部自來水水價評議委員會第2次會議」決議，後續本署將進行台水公司「水價計算公式及詳細項目」修正，因應水價計算公式及詳細項目修正後，擬藉由本計畫對於前述各項費用研究合理的推估方式，進而研提台水公司合理水價策略方案及影響評估，並研擬水價調整之績效評估指標。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050299</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502919</governmentpublicationsnumber><identifier>82471</identifier><internationalstandardbooknumber>9789860512847 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82471</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>合理水價各項成本計算及績效指標之研究The Research of the Cost of Reasonable Water Prices Calculated and the Performance Indicators</title><yearidentifier>201612</yearidentifier></data><data><abstract>「水價計算公式及詳細項目」之成本項目中包括原水費用、淨水費用、供水費用、業務費用、管理費用、財務費用、其他營業費用等7項，依據104年7月28日「經濟部自來水水價評議委員會第2次會議」決議，後續本署將進行台水公司「水價計算公式及詳細項目」修正，因應水價計算公式及詳細項目修正後，擬藉由本計畫對於前述各項費用研究合理的推估方式，進而研提台水公司合理水價策略方案及影響評估，並研擬水價調整之績效評估指標。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050299</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502919</governmentpublicationsnumber><identifier>82472</identifier><internationalstandardbooknumber>9789860512847 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82472</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>合理水價各項成本計算及績效指標之研究(光碟版)The Research of the Cost of Reasonable Water Prices Calculated and the Performance Indicators</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有必要謀求節約用水之政策訂定；其中經濟學以價制量之理論，是以經濟機制來達到降低用水量之方法之一，然究竟應如何對水資源予以定價並評估，以使得達到降低用水量外，既不會影響產業發展，亦會促進產業升級，是一項重要之關鍵。因此擬以本計畫建立節水政策與水資源定價策略間之模型，以提供政策擬定之參考。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050322</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502786</governmentpublicationsnumber><identifier>82473</identifier><internationalstandardbooknumber>9789860510720 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82473</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>節水政策與水資源定價策略之研究 The Research of Water Saving Policy and Water Pricing Strategies</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有必要謀求節約用水之政策訂定；其中經濟學以價制量之理論，是以經濟機制來達到降低用水量之方法之一，然究竟應如何對水資源予以定價並評估，以使得達到降低用水量外，既不會影響產業發展，亦會促進產業升級，是一項重要之關鍵。因此擬以本計畫建立節水政策與水資源定價策略間之模型，以提供政策擬定之參考。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050322</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502786</governmentpublicationsnumber><identifier>82474</identifier><internationalstandardbooknumber>9789860510720 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82474</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>節水政策與水資源定價策略之研究(光碟版)The Research of Water Saving Policy and Water Pricing Strategies</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年因全球氣候異常大幅增加天然災害頻率，亦對臺灣地區自來水供水系統營運帶來潛在威脅與額外負擔，如颱風來襲時超高濁度原水處理及常態極端降雨造成原水的水質不穩定等，更直接影響民眾用水品質。 有鑑於104年蘇迪勒颱風發生南勢溪水源水質混濁問題及105年0206美濃震災造成供水問題，皆突顯發生天災時，自來水供水系統對於災害的調適及因應能力仍有許多不足之處。因此，建構淨水場因應天然災害調適策略之必要性顯而易見，故擬辦理建構淨水場因應天然災害調適策略計畫，期提升國內淨水場因應天然災害處理問題之能力。</abstract><author>國立台灣大學環境工程學研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050444</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502893</governmentpublicationsnumber><identifier>82475</identifier><internationalstandardbooknumber>9789860512502 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82475</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>建構淨水場因應天然災害調適策略 Development of water treatment plant adaptation strategies to natural disasters</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年因全球氣候異常大幅增加天然災害頻率，亦對臺灣地區自來水供水系統營運帶來潛在威脅與額外負擔，如颱風來襲時超高濁度原水處理及常態極端降雨造成原水的水質不穩定等，更直接影響民眾用水品質。 有鑑於104年蘇迪勒颱風發生南勢溪水源水質混濁問題及105年0206美濃震災造成供水問題，皆突顯發生天災時，自來水供水系統對於災害的調適及因應能力仍有許多不足之處。因此，建構淨水場因應天然災害調適策略之必要性顯而易見，故擬辦理建構淨水場因應天然災害調適策略計畫，期提升國內淨水場因應天然災害處理問題之能力。</abstract><author>國立台灣大學環境工程學研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050444</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502893</governmentpublicationsnumber><identifier>82476</identifier><internationalstandardbooknumber>9789860512502 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82476</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>建構淨水場因應天然災害調適策略(光碟版) Development of water treatment plant adaptation strategies to natural disasters</title><yearidentifier>201612</yearidentifier></data><data><abstract>面對全球氣候變遷及溫室效應的影響，極端氣候發生的頻率日益增高，以及水資源開發日益困難的事實，經濟部已將「提升自來水事業供水能力，持續推動降低自來水漏水率，提升供水普及率。」 列為「新紀元水利政策綱領」的政策目標。 展望國際上在物聯網及大數據之軟硬體開發產業正蓬勃發，因此如何利用物聯網及大數據分析的技術，有效掌控自來水的管理、營運、調配等供水環節，達到公共給水最佳化操作，以有效使用水資源的構想，其在國內推動的可行性，尚有進一步評估之必要。 本計畫將蒐集國內、外有關公共給水系統智慧管理之案例與經驗，就我國發展公共給水系統智慧管理之產業鏈進行分析及評估其技術成熟度、可行性，進而擬訂我國發展公共給水系統智慧管理之策略、目標，做為後續政策推動的依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050400</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502992</governmentpublicationsnumber><identifier>82480</identifier><internationalstandardbooknumber>9789860512861 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82480</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水系統智慧管理先期研究計畫 Preliminary Planning for Smart Management of Potable Water System</title><yearidentifier>201612</yearidentifier></data><data><abstract>面對全球氣候變遷及溫室效應的影響，極端氣候發生的頻率日益增高，以及水資源開發日益困難的事實，經濟部已將「提升自來水事業供水能力，持續推動降低自來水漏水率，提升供水普及率。」 列為「新紀元水利政策綱領」的政策目標。 展望國際上在物聯網及大數據之軟硬體開發產業正蓬勃發，因此如何利用物聯網及大數據分析的技術，有效掌控自來水的管理、營運、調配等供水環節，達到公共給水最佳化操作，以有效使用水資源的構想，其在國內推動的可行性，尚有進一步評估之必要。 本計畫將蒐集國內、外有關公共給水系統智慧管理之案例與經驗，就我國發展公共給水系統智慧管理之產業鏈進行分析及評估其技術成熟度、可行性，進而擬訂我國發展公共給水系統智慧管理之策略、目標，做為後續政策推動的依據。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050400</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502992</governmentpublicationsnumber><identifier>82481</identifier><internationalstandardbooknumber>9789860512861 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82481</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水系統智慧管理先期研究計畫(光碟版) Preliminary Planning for Smart Management of Potable Water System</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶，中、大規模地震平均十數年發生一次。九二一地震造成台灣中部地區嚴重災情，除了地形地貌大幅改變、大量建築物受損之外，公共給水管線及設施也受損嚴重，造成災區居民的生活極度不便，受災城鎮的都市機能顯著下降。該次地震的經驗和災情調查資料，可作為未來整備和應變的參考。 本署自民國99年迄今，持續推動有關公共給水(自來水)系統之地震損失評估、震後緊急應變、管材耐震性能測試與標準程序、管材耐震設計需求研擬，以及自來水設施易損性曲線參數研擬等研究項目。其中，研發成果「自來水系統地震早期損失評估系統」，目前已可提供全國性的自來水管線地震早期損失評估之通報服務，於強震後立即提供管線災損推估結果，落實應用於公共給水系統之緊急應變作業。 本計畫，加強收集九二一地震中部災區自來水災損與復原資料，研擬缺水率、停水戶數推估模式，並進行一示範區重要想定地震事件之情境模擬分析。為進一步強化自來水系統之震災風險管理工作，亟須發展自來水系統受震害衝擊的損害暨損失的推估程序，以期日後有助於各級政府與事業單位作好地震減災應變之施政作為。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050316</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502892</governmentpublicationsnumber><identifier>82483</identifier><internationalstandardbooknumber>9789860512519 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82483</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水系統地震災害衝擊模擬技術之研究 A Study on the Seismic Scenario Simulation Technology for Public Water Supply Systems</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣位處環太平洋地震帶，中、大規模地震平均十數年發生一次。九二一地震造成台灣中部地區嚴重災情，除了地形地貌大幅改變、大量建築物受損之外，公共給水管線及設施也受損嚴重，造成災區居民的生活極度不便，受災城鎮的都市機能顯著下降。該次地震的經驗和災情調查資料，可作為未來整備和應變的參考。 本署自民國99年迄今，持續推動有關公共給水(自來水)系統之地震損失評估、震後緊急應變、管材耐震性能測試與標準程序、管材耐震設計需求研擬，以及自來水設施易損性曲線參數研擬等研究項目。其中，研發成果「自來水系統地震早期損失評估系統」，目前已可提供全國性的自來水管線地震早期損失評估之通報服務，於強震後立即提供管線災損推估結果，落實應用於公共給水系統之緊急應變作業。 本計畫，加強收集九二一地震中部災區自來水災損與復原資料，研擬缺水率、停水戶數推估模式，並進行一示範區重要想定地震事件之情境模擬分析。為進一步強化自來水系統之震災風險管理工作，亟須發展自來水系統受震害衝擊的損害暨損失的推估程序，以期日後有助於各級政府與事業單位作好地震減災應變之施政作為。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050316</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/12</date><governmentpublicationsnumber>1010502892</governmentpublicationsnumber><identifier>82484</identifier><internationalstandardbooknumber>9789860512519 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82484</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水系統地震災害衝擊模擬技術之研究(光碟版) A Study on the Seismic Scenario Simulation Technology for Public Water Supply Systems</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水資源開發日益困難，為降低缺水風險，提升水資源利用效率，除持續推動自來水輸配水管線減漏技術外，如何加強簡易自來水管理業務績效及提升自來水事業淨水效能，便成為極重要的一環。 為達成前揭政策目標，本署於102-104年度辦理地方政府簡易自來水管理業務查核及管理操作示範觀摩；於104年度「提升淨水場用水效能策略之先期研究」，針對淨水場造水效能、水質處理及能耗三面向，提出操作及管理效能評估之指標。 本計畫將延續以往研究成果，除賡續辦理簡易自來水管理業務查核及維護管理技術提升外，將試辦自來水淨水場操作及管理效能指標應用於國內自來水事業之評核作業，並辦理簡易自來水之輔導與人員訓練；另有鑑於自來水輸配水管線水壓管理對於降低漏水率相當重要，因此本計畫亦將以馬祖地區為案例檢討水壓管理技術運用於自來水供水管網之降低漏水率成效，爰提本計畫。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050284</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/15</date><governmentpublicationsnumber>1010502898</governmentpublicationsnumber><identifier>82486</identifier><internationalstandardbooknumber>9789860512489 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82486</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>自來水事業用水效能提升計畫 Water -use efficiency improvements in water supply industry</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區水資源開發日益困難，為降低缺水風險，提升水資源利用效率，除持續推動自來水輸配水管線減漏技術外，如何加強簡易自來水管理業務績效及提升自來水事業淨水效能，便成為極重要的一環。 為達成前揭政策目標，本署於102-104年度辦理地方政府簡易自來水管理業務查核及管理操作示範觀摩；於104年度「提升淨水場用水效能策略之先期研究」，針對淨水場造水效能、水質處理及能耗三面向，提出操作及管理效能評估之指標。 本計畫將延續以往研究成果，除賡續辦理簡易自來水管理業務查核及維護管理技術提升外，將試辦自來水淨水場操作及管理效能指標應用於國內自來水事業之評核作業，並辦理簡易自來水之輔導與人員訓練；另有鑑於自來水輸配水管線水壓管理對於降低漏水率相當重要，因此本計畫亦將以馬祖地區為案例檢討水壓管理技術運用於自來水供水管網之降低漏水率成效，爰提本計畫。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050284</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/15</date><governmentpublicationsnumber>1010502898</governmentpublicationsnumber><identifier>82487</identifier><internationalstandardbooknumber>9789860512489 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82487</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>自來水事業用水效能提升計畫(光碟版)Water -use efficiency improvements in water supply industry</title><yearidentifier>201612</yearidentifier></data><data><abstract>在民生用水需求及推動經濟建設發展上，自來水是一日不可或缺之重要資源，至103年底全台灣自來水普及率為91.81%，已達先進國家水準，惟仍有部分地區民眾因位處偏遠或其他因素，尚未使用自來水，為瞭解尚未接用自來水地區的用水情形，以為後續作為改善民眾用水環境的依據，爰研提本計畫，先就三縣市轄區內，調查分析台灣自來水公司供水範圍內，未接用自來水的地區與探討民眾未接用自來水之原因；另亦蒐集分析台灣自來水公司供水範圍外民眾的用水情況。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050225</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/15</date><governmentpublicationsnumber>1010502897</governmentpublicationsnumber><identifier>82488</identifier><internationalstandardbooknumber>9789860512496 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82488</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>105年台灣地區未接用自來水區域調查作業105 Years Survey of Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>在民生用水需求及推動經濟建設發展上，自來水是一日不可或缺之重要資源，至103年底全台灣自來水普及率為91.81%，已達先進國家水準，惟仍有部分地區民眾因位處偏遠或其他因素，尚未使用自來水，為瞭解尚未接用自來水地區的用水情形，以為後續作為改善民眾用水環境的依據，爰研提本計畫，先就三縣市轄區內，調查分析台灣自來水公司供水範圍內，未接用自來水的地區與探討民眾未接用自來水之原因；另亦蒐集分析台灣自來水公司供水範圍外民眾的用水情況。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050225</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/15</date><governmentpublicationsnumber>1010502897</governmentpublicationsnumber><identifier>82489</identifier><internationalstandardbooknumber>9789860512496 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82489</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年台灣地區未接用自來水區域調查作業(光碟版)105 Years Survey of Areas not Serviced by Public Water Systems in Taiwan</title><yearidentifier>201612</yearidentifier></data><data><abstract>在民生用水需求及推動經濟建設發展上，自來水是一日不可或缺之重要資源，至103年底全台灣自來水普及率為91.81%，已達先進國家水準，惟仍有部分地區民眾因位處偏遠或其他因素，尚未使用自來水，為瞭解尚未接用自來水地區的用水情形，以為後續作為改善民眾用水環境的依據，爰研提本計畫，先就三縣市轄區內，調查分析台灣自來水公司供水範圍內，未接用自來水的地區與探討民眾未接用自來水之原因；另亦蒐集分析台灣自來水公司供水範圍外民眾的用水情況。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050225</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/15</date><governmentpublicationsnumber>1010502897</governmentpublicationsnumber><identifier>82490</identifier><internationalstandardbooknumber>9789860512496 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82490</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>105年台灣地區未接用自來水區域調查作業(別冊)105 Years Survey of Areas not Serviced by Public Water Systems in Taiwan(Appendix)</title><yearidentifier>201612</yearidentifier></data><data><abstract>由於彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為分布於內陸地區（例如彰化溪州及雲林虎尾、土庫等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050248</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/17</date><governmentpublicationsnumber>1010503017</governmentpublicationsnumber><identifier>82494</identifier><internationalstandardbooknumber>9789860514483 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82494</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度彰化及雲林地區地層下陷監測及分析Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為加速後續整體海岸管理計畫之落實推展，本計畫現階段乃依據過去執行轄內海岸防護之經驗，進行全臺東海岸之防護基本資料蒐集與補充調查。計畫分兩年度執行，以東河鄉馬武溪口為界分為北段及南段分年執行。本計畫擬就現有海岸發展與災害情勢，進行海岸防護區段之初步規劃，並就岸段防護區進行防護檢討，研擬相關防護改善建議，做為後續臺東海岸防護計畫擬定執行時之參考依據。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050044</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/17</date><governmentpublicationsnumber>1010502831</governmentpublicationsnumber><identifier>82495</identifier><internationalstandardbooknumber>9789860511406 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82495</librarycollectiondetailsurl><price>800</price><publisher>經濟部水?署第八河川局</publisher><publishrocyear>105</publishrocyear><title>台東海岸防護基本資料調查(1/2)--內附光碟=Field Survey and Assessment on Coastal Defenses at Taitung (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>有鑑於過去本局並未對綠島、蘭嶼進行任何系統性的調查，為維持海岸防護之功能、海岸侵蝕防治及保護居民生命財產安全之成效，亟需對兩島海岸之變遷特性、人文、地文、海象環境之潮汐、波浪流及漂砂等資料進行追蹤調查研究，藉以分析本海岸防護設施安全性以及地形侵淤變化特性。 爰此，擬依「海岸環境營造計畫(104 年~109 年)」之規劃，採分年分期進行調查研究方式，藉由現場資料之蒐集、調查、監測與量測分析…等工作，做為日後綠島、蘭嶼海岸復育政策實施應用及海堤設計與管理維護提供更具完整性之參考與建議。</abstract><author>國?成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050045</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/18</date><governmentpublicationsnumber>1010600014</governmentpublicationsnumber><identifier>82499</identifier><internationalstandardbooknumber>9789860511413 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82499</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水?署第八河川局</publisher><publishrocyear>105</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料調查(1/2)--內附光碟=Field Survey and Assessment on Coastal defenses at Green Island and Orchid Island (1/2)正式成果報告</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050224</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/24</date><governmentpublicationsnumber>1010502878</governmentpublicationsnumber><identifier>82501</identifier><internationalstandardbooknumber>9789860511468 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82501</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>104-106年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(2/3)Maintenances of A Management Systems for Water-Supply-Pipes Installation Industry and WAter technical staff License(2/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050224</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/24</date><governmentpublicationsnumber>1010502878</governmentpublicationsnumber><identifier>82502</identifier><internationalstandardbooknumber>9789860511468 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82502</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>104-106年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(2/3)(光碟版)Maintenances of A Management Systems for Water-Supply-Pipes Installation Industry and Water technical staff License(2/3)</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自民國94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至104年度，通過考驗取得合格證書總計約為14,207人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行將落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050319</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/24</date><governmentpublicationsnumber>1010502875</governmentpublicationsnumber><identifier>82503</identifier><internationalstandardbooknumber>9789860511451 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82503</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>「105-106年度自來水技術人員考驗(1/2)」2016-2017 National Examination for Technician Certificate of Water Supply Enterprise(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自民國94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至104年度，通過考驗取得合格證書總計約為14,207人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行將落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050319</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/24</date><governmentpublicationsnumber>1010502875</governmentpublicationsnumber><identifier>82504</identifier><internationalstandardbooknumber>9789860511451 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82504</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>「105-106年度自來水技術人員考驗(1/2)」(光碟版)2016-2017 National Examination for Technician Certificate of Water Supply Enterprise(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，以使蓄水庫管理單位了解藻毒發生之風險性，現為更進一步了解國內、外有害藻類與代謝物之監測及淨水處理情形，並評析國內本島及離島淨水場主要淨水程序對於藻毒之處理能力，並針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供相關建議，爰辦理本計畫。</abstract><author>國立成功大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050321</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/26</date><governmentpublicationsnumber>1010502877</governmentpublicationsnumber><identifier>82521</identifier><internationalstandardbooknumber>9789860511444 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82521</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水有害藻類及代謝物監測與緊急應變處理技術之研究 Monitoring and Response Technologies for Harmful Algae and Metabolites in Public Water Supply</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，以使蓄水庫管理單位了解藻毒發生之風險性，現為更進一步了解國內、外有害藻類與代謝物之監測及淨水處理情形，並評析國內本島及離島淨水場主要淨水程序對於藻毒之處理能力，並針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供相關建議，爰辦理本計畫。</abstract><author>國立成功大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050321</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/26</date><governmentpublicationsnumber>1010502877</governmentpublicationsnumber><identifier>82524</identifier><internationalstandardbooknumber>9789860511444 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82524</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>公共給水有害藻類及代謝物監測與緊急應變處理技術之研究(光碟版)Monitoring and Response Technologies for Harmful Algae and Metabolites in Public Water Supply</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050085</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/26</date><governmentpublicationsnumber>1010600452</governmentpublicationsnumber><identifier>82527</identifier><internationalstandardbooknumber>9789860521559 ; 9789860521</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82527</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>105年全民自主防災能力提升及精進計畫Improvement for Community-Based Flood Risk Management of 2016</title><yearidentifier>201703</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050085</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/26</date><governmentpublicationsnumber>1010600452</governmentpublicationsnumber><identifier>82528</identifier><internationalstandardbooknumber>9789860521559 ; 9789860521</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82528</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>105年全民自主防災能力提升及精進計畫(光碟版)Improvement for Community-Based Flood Risk Management of 2016</title><yearidentifier>201703</yearidentifier></data><data><abstract>在環境變遷複雜、資訊傳遞快速、競爭激烈的巨量（Big Data）知識時代，傳統層級節制的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為有效地回應變遷迅速之環境，透過向外學習汲取各國水資源政策、各項水資源新知議題與技術長處，彌補未來不可知之挑戰風險，將擴大為水利領域，更廣泛蒐集相關水利資料，萃取重要資訊，並規劃建置水利知識庫，進而推動知識加值、應用及擴散。提供本署現階段水資源重點工作之參考，並期水資源技術及政策得與世界接軌，降低天然災害發生風險及傷害，建立水資源利用的永續平衡狀態，俾利作為台灣在進行水利政策規劃時的參考；並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，以協助組織增進水資源管理之跨域治理能力。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050156</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/31</date><governmentpublicationsnumber>1010503059</governmentpublicationsnumber><identifier>82541</identifier><internationalstandardbooknumber>9789860515015 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82541</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年水利新知管理與服務計畫2016Management and Services of New Knowledge in Water REsources</title><yearidentifier>201612</yearidentifier></data><data><abstract>在環境變遷複雜、資訊傳遞快速、競爭激烈的巨量（Big Data）知識時代，傳統層級節制的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過資訊蒐集研析，了解各國水資源政策，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為有效地回應變遷迅速之環境，透過向外學習汲取各國水資源政策、各項水資源新知議題與技術長處，彌補未來不可知之挑戰風險，將擴大為水利領域，更廣泛蒐集相關水利資料，萃取重要資訊，並規劃建置水利知識庫，進而推動知識加值、應用及擴散。提供本署現階段水資源重點工作之參考，並期水資源技術及政策得與世界接軌，降低天然災害發生風險及傷害，建立水資源利用的永續平衡狀態，俾利作為台灣在進行水利政策規劃時的參考；並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，以協助組織增進水資源管理之跨域治理能力。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050156</commissionedprojectidentifier><currency>NT$</currency><date>2017/5/31</date><governmentpublicationsnumber>1010503059</governmentpublicationsnumber><identifier>82542</identifier><internationalstandardbooknumber>9789860515015 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82542</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年水利新知管理與服務計畫(光碟版)2016Management and Services of New Knowledge in Water REsources</title><yearidentifier>201612</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.61   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/2</date><governmentpublicationsnumber>1010502804</governmentpublicationsnumber><identifier>82579</identifier><internationalstandardbooknumber>9789860512427 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82579</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>105年度五河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office In 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.61   443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/2</date><governmentpublicationsnumber>1010502804</governmentpublicationsnumber><identifier>82580</identifier><internationalstandardbooknumber>9789860512427 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82580</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>105年度五河局轄區洪水預警及防汛整合作業(光碟版)Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office In 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，而系統應用加值開發則可由歷史資料數據所形成之指標中，歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，向決策者及民眾提供決策訊息，除可適度反映公共政策問題外，亦能做為政策計畫管理與調整之資訊。臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。為能持續綜整及更新歷年水資源投資資料及更深入各標的別之指標研析，特委託辦理本計畫，俾利協助本署進行臺灣地區水資源投資分析年報資料蒐整、檢核、編輯與建構系統加值應用功能，以提供本署及有關單位未來相關施政參酌。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050003</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/2</date><governmentpublicationsnumber>1010502672</governmentpublicationsnumber><identifier>82583</identifier><internationalstandardbooknumber>9789860510898 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82583</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水資源投資分析指標研析與年報管理系統(2/2)The analysis of water resources investement indicators in system-interface devised additional features(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水資源投資分析之目的為呈現每一年度臺灣地區水資源事業投資概況，而系統應用加值開發則可由歷史資料數據所形成之指標中，歸納整理出趨勢型態，利用指標與指標間之層次性、相關性與簡明性，向決策者及民眾提供決策訊息，除可適度反映公共政策問題外，亦能做為政策計畫管理與調整之資訊。臺灣水資源開發利用及保育係由不同機關共同推動辦理，為掌握各年度水資源投資概況，本計畫擬收集各機關單位對於水資源投資資訊，以呈現每年臺灣水資源投資情況，並將各類別資料進行系統化整理、歸納與統計。為能持續綜整及更新歷年水資源投資資料及更深入各標的別之指標研析，特委託辦理本計畫，俾利協助本署進行臺灣地區水資源投資分析年報資料蒐整、檢核、編輯與建構系統加值應用功能，以提供本署及有關單位未來相關施政參酌。</abstract><author>淡江大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050003</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/2</date><governmentpublicationsnumber>1010502672</governmentpublicationsnumber><identifier>82584</identifier><internationalstandardbooknumber>9789860510898 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82584</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>水資源投資分析指標研析與年報管理系統(2/2)(光碟版)The analysis of water resources investement indicators in system-interface devised additional features(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>技佳工程顧問有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050379</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/3</date><governmentpublicationsnumber>1010503082</governmentpublicationsnumber><identifier>82599</identifier><internationalstandardbooknumber>9789860515244 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82599</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度用水計畫書查核服務The Achievement of Verifying the Ratified Water Use Prospectus 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050090</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/5</date><governmentpublicationsnumber>1010503136</governmentpublicationsnumber><identifier>82606</identifier><internationalstandardbooknumber>9789869261609 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82606</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>105</publishrocyear><title>105年度高屏溪流域河川水質採樣檢測分析工作計畫(光碟版)Sampling and Analysis for the Water Quality of Kao-Pin River(2016)</title><yearidentifier>201612</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050051</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/6</date><governmentpublicationsnumber>1010502690</governmentpublicationsnumber><identifier>82609</identifier><internationalstandardbooknumber>9789860510096 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82609</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>105年度防災應變格網系統與水情影像監視站軟硬體擴充與維運2016 Extension,Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201612</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050051</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/6</date><governmentpublicationsnumber>1010502690</governmentpublicationsnumber><identifier>82610</identifier><internationalstandardbooknumber>9789860510096 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82610</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>105年度防災應變格網系統與水情影像監視站軟硬體擴充與維運(光碟版)2016 Extension,Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201612</yearidentifier></data><data><abstract>為提供本局台南高雄海堤災害預測資訊，本計畫擬建置海堤作業化海岸防災資訊系統，展示海堤區域波潮演變與溢堤越波預測資訊。主要工作內容乃根據國際公認氣象組織所發布之海氣象條件，模擬臺灣沿海波潮變化，作業化產出台南高雄海堤區域的波潮資訊，同時應用國際常見海岸工程手冊，估算台南高雄海堤在颱風侵臺期間的最大溯升高度與平均越波量。為提高預測系統準確性，擬觀測颱風侵臺期間的堤前波潮演變及堤面溯升高度，用以校驗數值波潮模式與堤面溯升高度估算結果。計畫成果將透過視窗網頁作業化展示，於台南高雄海堤颱風侵臺期間海堤區域波潮資訊、堤面溯升高度以及越波量預測結果，作為本局未來規劃海岸防災治理之參考。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050114</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/6</date><governmentpublicationsnumber>1010503042</governmentpublicationsnumber><identifier>82611</identifier><internationalstandardbooknumber>9789860514520 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82611</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(2/2)Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為提供本局台南高雄海堤災害預測資訊，本計畫擬建置海堤作業化海岸防災資訊系統，展示海堤區域波潮演變與溢堤越波預測資訊。主要工作內容乃根據國際公認氣象組織所發布之海氣象條件，模擬臺灣沿海波潮變化，作業化產出台南高雄海堤區域的波潮資訊，同時應用國際常見海岸工程手冊，估算台南高雄海堤在颱風侵臺期間的最大溯升高度與平均越波量。為提高預測系統準確性，擬觀測颱風侵臺期間的堤前波潮演變及堤面溯升高度，用以校驗數值波潮模式與堤面溯升高度估算結果。計畫成果將透過視窗網頁作業化展示，於台南高雄海堤颱風侵臺期間海堤區域波潮資訊、堤面溯升高度以及越波量預測結果，作為本局未來規劃海岸防災治理之參考。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050114</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/6</date><governmentpublicationsnumber>1010503042</governmentpublicationsnumber><identifier>82612</identifier><internationalstandardbooknumber>9789860514520 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82612</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(2/2)(光碟版)Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>為提供本局台南高雄海堤災害預測資訊，本計畫擬建置海堤作業化海岸防災資訊系統，展示海堤區域波潮演變與溢堤越波預測資訊。主要工作內容乃根據國際公認氣象組織所發布之海氣象條件，模擬臺灣沿海波潮變化，作業化產出台南高雄海堤區域的波潮資訊，同時應用國際常見海岸工程手冊，估算台南高雄海堤在颱風侵臺期間的最大溯升高度與平均越波量。為提高預測系統準確性，擬觀測颱風侵臺期間的堤前波潮演變及堤面溯升高度，用以校驗數值波潮模式與堤面溯升高度估算結果。計畫成果將透過視窗網頁作業化展示，於台南高雄海堤颱風侵臺期間海堤區域波潮資訊、堤面溯升高度以及越波量預測結果，作為本局未來規劃海岸防災治理之參考。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050114</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/7</date><governmentpublicationsnumber>1010503043</governmentpublicationsnumber><identifier>82613</identifier><internationalstandardbooknumber>9789860514537 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82613</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung</title><yearidentifier>201612</yearidentifier></data><data><abstract>為提供本局台南高雄海堤災害預測資訊，本計畫擬建置海堤作業化海岸防災資訊系統，展示海堤區域波潮演變與溢堤越波預測資訊。主要工作內容乃根據國際公認氣象組織所發布之海氣象條件，模擬臺灣沿海波潮變化，作業化產出台南高雄海堤區域的波潮資訊，同時應用國際常見海岸工程手冊，估算台南高雄海堤在颱風侵臺期間的最大溯升高度與平均越波量。為提高預測系統準確性，擬觀測颱風侵臺期間的堤前波潮演變及堤面溯升高度，用以校驗數值波潮模式與堤面溯升高度估算結果。計畫成果將透過視窗網頁作業化展示，於台南高雄海堤颱風侵臺期間海堤區域波潮資訊、堤面溯升高度以及越波量預測結果，作為本局未來規劃海岸防災治理之參考。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050114</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/7</date><governmentpublicationsnumber>1010503043</governmentpublicationsnumber><identifier>82614</identifier><internationalstandardbooknumber>9789860514537 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82614</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(光碟版)Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung</title><yearidentifier>201612</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050202</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/8</date><governmentpublicationsnumber>1010502833</governmentpublicationsnumber><identifier>82621</identifier><internationalstandardbooknumber>9789860510232 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82621</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估(1/2)Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050202</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/8</date><governmentpublicationsnumber>1010502833</governmentpublicationsnumber><identifier>82622</identifier><internationalstandardbooknumber>9789860510232 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82622</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估(1/2)(光碟版)Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>高屏溪流域，水資源相當豐沛，廣厚地下含水層透水性良好，為台灣主要地下水資源地區之一，惟因降雨時空分布極不平均，造成豐枯水期變化明顯，加上近年來氣候變遷的因素，豐枯水期降雨差距更大，降雨特性的改變，直接或間接影響地下水補注效益，爰地下水資源管理亟需有所因應與規劃。 本署在高屏溪流域具有眾多長期的地面水及地下水監測資料，若能透過加值分析，提供實用性的資訊，分析萃取地面/地下水資源交互作用機制，藉由資訊整合平台展示集水區水文資訊，即時掌握及預測地下水位變化趨勢，將能即早針對當地地下水文情勢，提出因應對策。本計畫藉由蒐集與整理高屏溪流域內眾多流量站、地下水觀測站、水文地質等長期觀測資料，分析全流域的降雨、河川流量、地下水間的關係，利用資料探勘技術建置全流域智慧型長短期預測模式，並開發展示於資訊整合平台，俾作為台灣地下水資源管理方式之參考依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050206</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/8</date><governmentpublicationsnumber>1010502835</governmentpublicationsnumber><identifier>82623</identifier><internationalstandardbooknumber>9789860510225 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82623</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>建置高屏溪地下水位查詢展示與預測模式(2/2)Construct a web-based query system and forecast models of groundwater levels for Gaoping River basin</title><yearidentifier>201612</yearidentifier></data><data><abstract>高屏溪流域，水資源相當豐沛，廣厚地下含水層透水性良好，為台灣主要地下水資源地區之一，惟因降雨時空分布極不平均，造成豐枯水期變化明顯，加上近年來氣候變遷的因素，豐枯水期降雨差距更大，降雨特性的改變，直接或間接影響地下水補注效益，爰地下水資源管理亟需有所因應與規劃。 本署在高屏溪流域具有眾多長期的地面水及地下水監測資料，若能透過加值分析，提供實用性的資訊，分析萃取地面/地下水資源交互作用機制，藉由資訊整合平台展示集水區水文資訊，即時掌握及預測地下水位變化趨勢，將能即早針對當地地下水文情勢，提出因應對策。本計畫藉由蒐集與整理高屏溪流域內眾多流量站、地下水觀測站、水文地質等長期觀測資料，分析全流域的降雨、河川流量、地下水間的關係，利用資料探勘技術建置全流域智慧型長短期預測模式，並開發展示於資訊整合平台，俾作為台灣地下水資源管理方式之參考依據。</abstract><author>臺灣大學生物環境系統工程學系</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050206</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/8</date><governmentpublicationsnumber>1010502835</governmentpublicationsnumber><identifier>82624</identifier><internationalstandardbooknumber>9789860510225 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82624</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>建置高屏溪地下水位查詢展示與預測模式(2/2)(光碟版)Construct a web-based query system and forecast models of groundwater levels for Gaoping River basin</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣地區地下水資源豐沛，不計離島地區，共有九大地下水區具有地下水資源潛能，由於地下水具有水量穩定及水質良好之優點，因此，地下水資源已成為我國僅次於地面水之重要水資源。 地下水賦存於地表之下，對於其流動行為及蘊藏量不如地面水易為掌握，且其存在於地表下地質材料孔隙或裂隙之間，含水層水文地質特性對其流動行為及蘊藏量具有關鍵性之影響，而水文地質特性因其不同沉積條件或母岩型態具固有之不均質特性，加上地下水來源多由降雨或地面水體經入滲至含水層所形成，水文地質條件及地下水補注行為均直接影響區域地下水資源潛能，欲充份掌握地下水資源特性，需藉由大量現地試驗及長期觀測資料進行分析評估，有鑑於資源有限，目前對於各地下水區之地下水資源評估仍多以平均行為之水平衡分析或數值模型模擬分析為之，不論水平衡分析或數值模型模擬方法均需了解各項可能影響因子，包含各項水文因子及人為影響因子等，目前各項因子尚無法有效釐清，使得對於地下水資源之評估仍有其顯著之不確定性。 民國81年推動之地下水觀測網整體計畫為臺灣地下水資源調查觀測重要里程碑，於總計三期長達17年之調查試驗及觀測網建置工作之後，對於臺灣各地下水區之特性已可初步掌握，此外，長達20年以上之地下水水位觀測資料可作為評析地下水資源重要之基礎，如何加值應用珍貴地下水水位資料，並用以防範如地層下陷及海水入受等地下水超抽所衍生之不良影響，為未來地下水資源管理及永續利用重要課題，如何使地下水成為我國穩定之供水來源，並且避免可能的不良危害，則為地下水資源管理之目標。 地下水與地面水相同具流域上、中、下游分區特性，其自補注區起始逐步往下游區域移動，期間任何因素均可能影響地下水流場之變化，其中最為重要之因素為人為抽水行為，人為抽水行為將使抽水區域產生水位洩降，造成區域性水力梯度之變化，進而改變區域地下水流向及流速，影響下游地下水補充，因此，地下水管理應採用與地面水類似之流域綜合管理概念，掌握地下水上、中、下游流場變化行為，分析上、中、下游之相互關係，並於上、中、下游採取不同之管理策略，始可有效管理地下水資源，預判不良影響可發生地點，即早實施必要之管理作為，以避免不良危害之發生。 地下水觀測網水位觀測資料長度部份已可達20年以上，自計式測站之觀測頻率可達每小時一筆水位之情況，如有效應用此等重要資料，進行空間及時間變化分析，配合其他佐證資料如地層下陷監測資料等，可分析探討地下水區內地下水流場歷史變化，及其所引發之影響，以地下水區整體治理為目標，提出不同區位之管理策略，以達到地下水有效管理之目標。 濁水溪沖積扇為臺灣九大地下水區內觀測站井密度最高之區域，且歷史相關研究成果豐碩，對於水文地質特性之了解亦較為充足，為一適宜辦理地下水區整體治理之優先地下水區，兼以濁水溪沖積扇尚有地層下陷持續下陷之情況，地下水管理刻不容緩，因此，本計畫擬以濁水溪沖積扇為研究範圍，利用歷史地下水水位資料，建立空間三維及時間一維之整合地下水四維流場模型，配合各項其他佐證資料，評析濁水溪沖積扇地下水流場歷史變化行為，研判發生地層下陷發生原因，及地下水超抽所產生之影響，預測未來可能變化趨勢，藉由擬定濁水溪沖積扇地下水區整體治理策略，以達地下水資源保育及永續利用之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050164</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/9</date><governmentpublicationsnumber>1010502846</governmentpublicationsnumber><identifier>82634</identifier><internationalstandardbooknumber>9789860512885 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82634</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地下水四維動態流場模型-濁水溪沖積扇(1/2)The Establishment of Four-dimensional (4D) Dynamic Groundwater Stream Information System:Cho-Shui River Alluvial Fan (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣地區地下水資源豐沛，不計離島地區，共有九大地下水區具有地下水資源潛能，由於地下水具有水量穩定及水質良好之優點，因此，地下水資源已成為我國僅次於地面水之重要水資源。 地下水賦存於地表之下，對於其流動行為及蘊藏量不如地面水易為掌握，且其存在於地表下地質材料孔隙或裂隙之間，含水層水文地質特性對其流動行為及蘊藏量具有關鍵性之影響，而水文地質特性因其不同沉積條件或母岩型態具固有之不均質特性，加上地下水來源多由降雨或地面水體經入滲至含水層所形成，水文地質條件及地下水補注行為均直接影響區域地下水資源潛能，欲充份掌握地下水資源特性，需藉由大量現地試驗及長期觀測資料進行分析評估，有鑑於資源有限，目前對於各地下水區之地下水資源評估仍多以平均行為之水平衡分析或數值模型模擬分析為之，不論水平衡分析或數值模型模擬方法均需了解各項可能影響因子，包含各項水文因子及人為影響因子等，目前各項因子尚無法有效釐清，使得對於地下水資源之評估仍有其顯著之不確定性。 民國81年推動之地下水觀測網整體計畫為臺灣地下水資源調查觀測重要里程碑，於總計三期長達17年之調查試驗及觀測網建置工作之後，對於臺灣各地下水區之特性已可初步掌握，此外，長達20年以上之地下水水位觀測資料可作為評析地下水資源重要之基礎，如何加值應用珍貴地下水水位資料，並用以防範如地層下陷及海水入受等地下水超抽所衍生之不良影響，為未來地下水資源管理及永續利用重要課題，如何使地下水成為我國穩定之供水來源，並且避免可能的不良危害，則為地下水資源管理之目標。 地下水與地面水相同具流域上、中、下游分區特性，其自補注區起始逐步往下游區域移動，期間任何因素均可能影響地下水流場之變化，其中最為重要之因素為人為抽水行為，人為抽水行為將使抽水區域產生水位洩降，造成區域性水力梯度之變化，進而改變區域地下水流向及流速，影響下游地下水補充，因此，地下水管理應採用與地面水類似之流域綜合管理概念，掌握地下水上、中、下游流場變化行為，分析上、中、下游之相互關係，並於上、中、下游採取不同之管理策略，始可有效管理地下水資源，預判不良影響可發生地點，即早實施必要之管理作為，以避免不良危害之發生。 地下水觀測網水位觀測資料長度部份已可達20年以上，自計式測站之觀測頻率可達每小時一筆水位之情況，如有效應用此等重要資料，進行空間及時間變化分析，配合其他佐證資料如地層下陷監測資料等，可分析探討地下水區內地下水流場歷史變化，及其所引發之影響，以地下水區整體治理為目標，提出不同區位之管理策略，以達到地下水有效管理之目標。 濁水溪沖積扇為臺灣九大地下水區內觀測站井密度最高之區域，且歷史相關研究成果豐碩，對於水文地質特性之了解亦較為充足，為一適宜辦理地下水區整體治理之優先地下水區，兼以濁水溪沖積扇尚有地層下陷持續下陷之情況，地下水管理刻不容緩，因此，本計畫擬以濁水溪沖積扇為研究範圍，利用歷史地下水水位資料，建立空間三維及時間一維之整合地下水四維流場模型，配合各項其他佐證資料，評析濁水溪沖積扇地下水流場歷史變化行為，研判發生地層下陷發生原因，及地下水超抽所產生之影響，預測未來可能變化趨勢，藉由擬定濁水溪沖積扇地下水區整體治理策略，以達地下水資源保育及永續利用之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050164</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/9</date><governmentpublicationsnumber>1010502846</governmentpublicationsnumber><identifier>82635</identifier><internationalstandardbooknumber>9789860512885 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82635</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>地下水四維動態流場模型-濁水溪沖積扇(1/2)(光碟版)The Establishment of Four-dimensional (4D) Dynamic Groundwater Stream Information System:Cho-Shui River Alluvial Fan (1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>臺灣水文豐枯差異顯著，降雨多集中於5月至10月豐水期間，係由梅雨鋒面及颱風所帶降雨為主，然而因全球暖化所產生氣候變遷日益加劇，依據相關研究指出，未來降雨型態將呈現降雨日數減少降雨強度增加之情況，雖整體降雨量不至減少，惟降雨過度集中，加上臺灣整體蓄水空間不足，將使水資源調度運用更為困難，發生於枯水期之乾旱情況亦將更為頻繁，因應未來可能乾旱缺水問題，應尋求緊急備援用水，以避免對於經濟民生產生過大之衝擊。 臺灣地區地下水資源豐沛，已為我國重要水資源之一，然而地下水使用需考量超量使用所可能帶來之危害，如地層下陷或海水入侵等。地下水具有水量穩定及水質良好等優點，因此，於乾旱發生時，地下水可作為緊急備援用水，穩定水資源之供應，惟考量地下水超抽可能帶來危害，需設定各項限制條件，評析可供備援用水之地下水取水地點及餘裕量，以作為乾旱應變決策之參考。 臺灣地區現有完善地下水觀測網，對於地下水水位資料掌握甚為完整，藉由水位觀測資料配合歷史水位統計分析成果，可據以研判地下水情勢，亦可作為評估乾旱應變備援用水之方法，因此，善用地下水觀測網水位觀測資料，提昇其應用之可能，增加其附加價值，並建立自動化乾旱時期備援用水評估系統，將可有效提昇我國因應乾旱之應變能力，使相關決策作為更具科學根據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050193</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/13</date><governmentpublicationsnumber>1010502597</governmentpublicationsnumber><identifier>82675</identifier><internationalstandardbooknumber>9789860509236 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82675</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>臺灣地區乾旱時期地下水備援用水評估系統建置Establishment of an Evaluation System for Groundwater Resources as Supportive Water Supply Sources During the Drought Period in Taiwan</title><yearidentifier>201611</yearidentifier></data><data><abstract>臺灣水文豐枯差異顯著，降雨多集中於5月至10月豐水期間，係由梅雨鋒面及颱風所帶降雨為主，然而因全球暖化所產生氣候變遷日益加劇，依據相關研究指出，未來降雨型態將呈現降雨日數減少降雨強度增加之情況，雖整體降雨量不至減少，惟降雨過度集中，加上臺灣整體蓄水空間不足，將使水資源調度運用更為困難，發生於枯水期之乾旱情況亦將更為頻繁，因應未來可能乾旱缺水問題，應尋求緊急備援用水，以避免對於經濟民生產生過大之衝擊。 臺灣地區地下水資源豐沛，已為我國重要水資源之一，然而地下水使用需考量超量使用所可能帶來之危害，如地層下陷或海水入侵等。地下水具有水量穩定及水質良好等優點，因此，於乾旱發生時，地下水可作為緊急備援用水，穩定水資源之供應，惟考量地下水超抽可能帶來危害，需設定各項限制條件，評析可供備援用水之地下水取水地點及餘裕量，以作為乾旱應變決策之參考。 臺灣地區現有完善地下水觀測網，對於地下水水位資料掌握甚為完整，藉由水位觀測資料配合歷史水位統計分析成果，可據以研判地下水情勢，亦可作為評估乾旱應變備援用水之方法，因此，善用地下水觀測網水位觀測資料，提昇其應用之可能，增加其附加價值，並建立自動化乾旱時期備援用水評估系統，將可有效提昇我國因應乾旱之應變能力，使相關決策作為更具科學根據。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050193</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/13</date><governmentpublicationsnumber>1010502597</governmentpublicationsnumber><identifier>82676</identifier><internationalstandardbooknumber>9789860509236 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82676</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>臺灣地區乾旱時期地下水備援用水評估系統建置(光碟版)Establishment of an Evaluation System for Groundwater Resources as Supportive Water Supply Sources During the Drought Period in Taiwan</title><yearidentifier>201611</yearidentifier></data><data><abstract>依「臺灣南部區域水資源經理基本計畫」臺南地區現況水源供給能力約每日82.4萬噸，主要來源有曾文、烏山頭水庫每日29.8萬噸、南化水庫每日49.6萬噸、玉峰堰每日3.0萬噸。民國120年中成長用水需求預估為每日120.1萬噸，不足量為每日37.7萬噸，如以民國120年台南地區節水中成長需求水量每日110.9萬噸分析，不足水量為每日28.5萬噸。莫拉克風災後，供應民生用水之曾文及南化水庫庫容大減，影響現有供水潛能，又因曾文水庫越域引水計畫停工檢討，致中長期缺水風險大增。 玉峰堰水庫位於曾文溪下游臺南市山上區，屬台灣自來水股份有限公司管理，並由其第六區管理處負責營運，攔河堰旁設置山上淨水場設計出水量4.5萬CMD，引取玉峰堰原水處理後送潭頂淨水場再次處理後提供台南地區民生及產業用水使用。為配合各區域水資源經理基本計畫推動，以「有效管理」、「彈性調度」及「多元開發」原則辦理水資源規劃工作，初步檢討玉峰堰水源運用情形，?設以工業用水專用管路輸送至相關工業園區供應產業使用，屆時潭頂淨水場則可增加每日4.5萬噸淨水能力，枯旱時可引用曾文-烏山頭水庫系統水源，能降低南化水庫供水壓力，提高水資源調度彈性並提升臺南地區供水穩定性，考量在全球氣候變遷下，水資源管理及營運應朝更具效率及效能方向推動，透過本計畫檢討玉峰堰水源運用情形，辦理工業用水專管規劃工作，以利有效管理，彈性調度降低缺水風險。 爰此，本局成立「玉峰堰水源運用檢討及工業用水專管規劃」委託技術服務案辦理相關水源運用檢討、可行性方案研擬及評估、調查及工程規劃事宜。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050424</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/16</date><governmentpublicationsnumber>1010600691</governmentpublicationsnumber><identifier>82696</identifier><internationalstandardbooknumber>9789860525090 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82696</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>106</publishrocyear><title>玉峰堰水源運用檢討及工業用水專管細部規劃(可行性研究評估報告)Review on water resources operation of Yufong weir and detail planning of industrial water supply pipeline(Plan feasibility study and assessment report)</title><yearidentifier>201705</yearidentifier></data><data><abstract>依「臺灣南部區域水資源經理基本計畫」臺南地區現況水源供給能力約每日82.4萬噸，主要來源有曾文、烏山頭水庫每日29.8萬噸、南化水庫每日49.6萬噸、玉峰堰每日3.0萬噸。民國120年中成長用水需求預估為每日120.1萬噸，不足量為每日37.7萬噸，如以民國120年台南地區節水中成長需求水量每日110.9萬噸分析，不足水量為每日28.5萬噸。莫拉克風災後，供應民生用水之曾文及南化水庫庫容大減，影響現有供水潛能，又因曾文水庫越域引水計畫停工檢討，致中長期缺水風險大增。 玉峰堰水庫位於曾文溪下游臺南市山上區，屬台灣自來水股份有限公司管理，並由其第六區管理處負責營運，攔河堰旁設置山上淨水場設計出水量4.5萬CMD，引取玉峰堰原水處理後送潭頂淨水場再次處理後提供台南地區民生及產業用水使用。為配合各區域水資源經理基本計畫推動，以「有效管理」、「彈性調度」及「多元開發」原則辦理水資源規劃工作，初步檢討玉峰堰水源運用情形，?設以工業用水專用管路輸送至相關工業園區供應產業使用，屆時潭頂淨水場則可增加每日4.5萬噸淨水能力，枯旱時可引用曾文-烏山頭水庫系統水源，能降低南化水庫供水壓力，提高水資源調度彈性並提升臺南地區供水穩定性，考量在全球氣候變遷下，水資源管理及營運應朝更具效率及效能方向推動，透過本計畫檢討玉峰堰水源運用情形，辦理工業用水專管規劃工作，以利有效管理，彈性調度降低缺水風險。 爰此，本局成立「玉峰堰水源運用檢討及工業用水專管規劃」委託技術服務案辦理相關水源運用檢討、可行性方案研擬及評估、調查及工程規劃事宜。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050424</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/16</date><governmentpublicationsnumber>1010600691</governmentpublicationsnumber><identifier>82697</identifier><internationalstandardbooknumber>9789860525090 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82697</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>106</publishrocyear><title>玉峰堰水源運用檢討及工業用水專管細部規劃(可行性研究評估報告)(光碟版)Review on water resources operation of Yufong weir and detail planning of industrial water supply pipeline(Plan feasibility study and assessment report)</title><yearidentifier>201705</yearidentifier></data><data><abstract>馬鞍溪下游左岸的萬榮堤防，緊鄰鳳林環保科技園區，鄰近並有萬榮聚落、林田山文化園區等重要遊憩據點，加上附近有台九線經過，交通便利，遊客可及性高。自去(2014)年開始，花蓮縣政府積極投入建設經費，將鳳林環保科技園區轉型為以兒童遊憩與戲水為重點的主題園區，且因成效顯著，未來將成為常態性主題活動舉辦場地。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050019</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502716</governmentpublicationsnumber><identifier>82765</identifier><internationalstandardbooknumber>9789860510515 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82765</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>馬鞍溪環境景觀規劃The Environmental Landscape Planning of the maan River</title><yearidentifier>201612</yearidentifier></data><data><abstract>馬鞍溪下游左岸的萬榮堤防，緊鄰鳳林環保科技園區，鄰近並有萬榮聚落、林田山文化園區等重要遊憩據點，加上附近有台九線經過，交通便利，遊客可及性高。自去(2014)年開始，花蓮縣政府積極投入建設經費，將鳳林環保科技園區轉型為以兒童遊憩與戲水為重點的主題園區，且因成效顯著，未來將成為常態性主題活動舉辦場地。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.68973</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050019</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502716</governmentpublicationsnumber><identifier>82766</identifier><internationalstandardbooknumber>9789860510515 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82766</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>馬鞍溪環境景觀規劃(光碟版)The Environmental Landscape Planning of the maan River</title><yearidentifier>201612</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050060</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502639</governmentpublicationsnumber><identifier>82767</identifier><internationalstandardbooknumber>9789860511062 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82767</librarycollectiondetailsurl><price>1200</price><publisher>經濟水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>105年度九河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050060</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502639</governmentpublicationsnumber><identifier>82768</identifier><internationalstandardbooknumber>9789860511062 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82768</librarycollectiondetailsurl><price>1200</price><publisher>經濟水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>105年度九河局轄區洪水預警及防汛整合作業(光碟版)Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>河川治理以往主要以防洪安全為功能，但於著重環境美化、生態保育及休閒遊憩之今日，整合美化區域環境，拓展民眾之生活空間，重視區域環境藍帶之美感與生命力，已是時勢所趨。因而在盡可能降低對河防安全的影響，確保防洪排水之基本目標下，尋求「治水」、「利水」、「親水」及「活水」之機能，並積極對河川流域空間多元化利用。 鱉溪位於花蓮縣境內，因昔日甲魚（鱉）蹤跡隨處可見而得名，其發源於海岸山脈，為秀姑巒溪上游長流性支流，主流沿山谷北流，並於富裏鄉石平橋附近匯入秀姑巒溪。主流長16.91 公里，流域面積47.96平方公里河道蜿蜒曲折，沿線散佈著大小不一的河谷平原，平原區面積合計約4.7 平方公里，佔全流域面積的10%左右。中上游坡度陡峭，週邊林相覆蓋良好，流域土地多屬於山坡地保留區。主流於石門附近進入花東縱谷平原，坡度減緩，河道型態轉為蜿蜒曲折，河幅也較寬。 鱉溪流域終年水量豐沛，水域生態十分豐富，有臺東間爬岩鰍、菊池氏細鯽、大吻?虎等臺灣東部原生魚種。然為滿足農業取水、土地利用，興建不少防砂壩、攔河堰、護岸工程，河道內棲地逐漸退化，鱉類與居民與河川之親密關係不再，且鑒於本流域前業已辦理相關生態調查及復育規劃等作業，為讓理論與實務結合爰辦理本計畫，期透過整體環境營造規劃與檢視，並擇約500公尺河段實際進行生態、景觀及環境營造工程，以實現生態復育，重建社區與鱉溪的日常連繫，削減河道內災害之目的。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6897341</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050375</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502697</governmentpublicationsnumber><identifier>82769</identifier><internationalstandardbooknumber>9789860511864 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82769</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>鱉溪環境營造規劃(1/2)The Environmental Rehabilitation and Planning for the Bie River(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>河川治理以往主要以防洪安全為功能，但於著重環境美化、生態保育及休閒遊憩之今日，整合美化區域環境，拓展民眾之生活空間，重視區域環境藍帶之美感與生命力，已是時勢所趨。因而在盡可能降低對河防安全的影響，確保防洪排水之基本目標下，尋求「治水」、「利水」、「親水」及「活水」之機能，並積極對河川流域空間多元化利用。 鱉溪位於花蓮縣境內，因昔日甲魚（鱉）蹤跡隨處可見而得名，其發源於海岸山脈，為秀姑巒溪上游長流性支流，主流沿山谷北流，並於富裏鄉石平橋附近匯入秀姑巒溪。主流長16.91 公里，流域面積47.96平方公里河道蜿蜒曲折，沿線散佈著大小不一的河谷平原，平原區面積合計約4.7 平方公里，佔全流域面積的10%左右。中上游坡度陡峭，週邊林相覆蓋良好，流域土地多屬於山坡地保留區。主流於石門附近進入花東縱谷平原，坡度減緩，河道型態轉為蜿蜒曲折，河幅也較寬。 鱉溪流域終年水量豐沛，水域生態十分豐富，有臺東間爬岩鰍、菊池氏細鯽、大吻?虎等臺灣東部原生魚種。然為滿足農業取水、土地利用，興建不少防砂壩、攔河堰、護岸工程，河道內棲地逐漸退化，鱉類與居民與河川之親密關係不再，且鑒於本流域前業已辦理相關生態調查及復育規劃等作業，為讓理論與實務結合爰辦理本計畫，期透過整體環境營造規劃與檢視，並擇約500公尺河段實際進行生態、景觀及環境營造工程，以實現生態復育，重建社區與鱉溪的日常連繫，削減河道內災害之目的。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6897341</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050375</commissionedprojectidentifier><currency>NT$</currency><date>2017/6/26</date><governmentpublicationsnumber>1010502697</governmentpublicationsnumber><identifier>82770</identifier><internationalstandardbooknumber>9789860511864 ; 9789860511</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82770</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>105</publishrocyear><title>鱉溪環境營造規劃(1/2)(光碟版)The Environmental Rehabilitation and Planning for the Bie River(1/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>區域排水的生態與環境品質優劣對民眾生活影響格外顯著,因此區域排水環境營造除需包含鄰近地區空間.綠地與遊憩動線規劃.親水活動及景觀休憩空間規劃之外,亦應包含排水棲地改善與保育等生態考量</abstract><author>經濟部水利署水利規劃試驗所--顧玉蓉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/1</date><governmentpublicationsnumber>1010600872</governmentpublicationsnumber><identifier>82834</identifier><internationalstandardbooknumber>9789860528053 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82834</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>區域排水生態指標及評估檢核方法之研究=Study on Ecological Indicators and Evaluation Methods of Regional Drainage</title><yearidentifier>201707</yearidentifier></data><data><abstract>台灣主要溫泉地區共有23處,其中以四重溪.礁溪.北投及關子嶺的溫泉取用量較高.為了瞭解溫泉資源使用狀況,以達永續利用之目的,水位及水溫之長期監測實屬必要.目前設有監測井及露頭監測儀器有北投.烏來.礁溪.蘇澳.關子領.四重溪.谷關.知本及瑞穗等溫泉區,本季報整理及統計溫泉監測數據,以做為管理之?考.</abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/1</date><governmentpublicationsnumber>2010103965</governmentpublicationsnumber><identifier>82835</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82835</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>中華民國一百零四年台灣溫泉監測季報第四季=HOT-SPRING QUARTERLY REPORT OF TAIWAN REPUBLIC OF CHINA 2015 THE FORUTH QUARTER</title><yearidentifier>201609</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/14</date><governmentpublicationsnumber>1010500808</governmentpublicationsnumber><identifier>82911</identifier><internationalstandardbooknumber>9789860487787 ; 9789860487</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82911</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>106</publishrocyear><title>105年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2016</title><yearidentifier>201706</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2017/8/15</date><governmentpublicationsnumber>1010003834</governmentpublicationsnumber><identifier>82915</identifier><internationalstandardbooknumber>9789860302271 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82915</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤淘空檢測方法之研究(2/2)(內附光碟)=Investigation of the Detection Techniques for the Eroded Cavings in the Embankment (2/2)</title><yearidentifier>201112</yearidentifier></data><data><abstract>曾文溪流域部份堤防現勘、調查報告書</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000280</commissionedprojectidentifier><currency>NT$</currency><date>2017/8/15</date><governmentpublicationsnumber>1010003835</governmentpublicationsnumber><identifier>82916</identifier><internationalstandardbooknumber>9789860302288 ; 9789860302</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82916</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>河堤掏空檢測方法之研究總報告(內附光碟) = Investigation of the Detection Techniques for the Eroded Cavings in the Embankment</title><yearidentifier>201112</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計70 表。</abstract><author>經濟部水利署主計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/21</date><governmentpublicationsnumber>1010503233</governmentpublicationsnumber><identifier>82919</identifier><internationalstandardbooknumber>9789860530630 ; 9789860530</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82919</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>106</publishrocyear><title>中華民國105年水利統計STATISTIC OF WATER RESOURCES 2016</title><yearidentifier>201707</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織及其他共17 章，合計70 表。</abstract><author>經濟部水利署主計室</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/21</date><governmentpublicationsnumber>1010503233</governmentpublicationsnumber><identifier>82920</identifier><internationalstandardbooknumber>9789860530630 ; 9789860530</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82920</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>106</publishrocyear><title>中華民國105年水利統計STATISTIC OF WATER RESOURCES 2016(光碟版)</title><yearidentifier>201707</yearidentifier></data><data><abstract> </abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/21</date><governmentpublicationsnumber>1010600794</governmentpublicationsnumber><identifier>82929</identifier><internationalstandardbooknumber>9789860526912 ; 9789860526</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82929</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續水利故事集</title><yearidentifier>201705</yearidentifier></data><data><abstract>水利人物傳洽是一部三百餘年台灣水利史的縮影,不僅本身就是無形文化資產的一部分,亦有助於為台灣水文化的建置提供更多歷史細節。本書撰述了清代至當代 46位水利人物的生平。這些不同性格、思維、風範、態度的水利人,或投入畢生心血在水利事業上,或貢獻一生所學於各種水利岡位上,成就了自古至今台灣水利建設的風貌。期望本書能讓水利人從中找到使命與認同,史學家從中得到論述靈感,大眾讀者也能從中更理解水利建設的內涵。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/21</date><governmentpublicationsnumber>1010600704</governmentpublicationsnumber><identifier>82931</identifier><internationalstandardbooknumber>9789860525120 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82931</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續水利人的足跡</title><yearidentifier>201705</yearidentifier></data><data><abstract>民國36 年（1947）中央成立水利部，同年7 月臺灣省建設廳水利局成立，至今發展為經濟部水利署，已歷經70 個寒暑。期間，相關機構主掌臺灣的水資源政策、法令、制度，亦肩負水資源建設、營運與管理的重責大任，並須面對防災、救災的種種挑戰。本書旨在回顧70 年來的臺灣水利建設發展歷程，以啟發水利人因應環境變遷的新思維，並讓更多社會大眾理解人與水、國家發展與水利建設的密切關係。本書涵蓋主題極廣，受限於篇幅而無法鉅細靡遺。此外，100 年以前，經濟部水利署曾編纂《水利五十年》、《臺灣地區水資源史》、《水躍60 風采一甲子》以及《水舞百年—百年臺灣重大水利建設紀要》等專書，對各年代之各項水利設施及制度已有詳細而完整的記錄，故本書將採行略古詳今之撰寫方式，從上述專書中摘錄水利發展及建設之要點，著重說明100 年以後至今具代表性之發展</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/21</date><governmentpublicationsnumber>1010600702</governmentpublicationsnumber><identifier>82932</identifier><internationalstandardbooknumber>9789860525137 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82932</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續70年水利建設</title><yearidentifier>201705</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。 水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/23</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>82943</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82943</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告(內附光碟)=Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservoir (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。  水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443.6   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/23</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>82944</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82944</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告(光碟版) Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservoir (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>面對都市洪災威脅,都市減洪規劃逐漸受到重視。惟其有賴全區整體思考透過調整土地使用分區、使用管制,訂定雨水下滲、貯流規劃設計原則等手段,由公、私有土地共同分擔減洪工作,達到土地開發逕流零增量的目標,因此必須在現行通檢基礎上預以增補。本篇首先介紹現行都市防災規劃程序與內容,其次再說明如何在現行防災規劃架構中增加減洪調適策略,並簡要說明都市防災計畫中減洪分類計畫之作業步驟,期讓讀者可以快速掌握減洪調適策略的內涵與規劃步驟。</abstract><author>內政部建築研究所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/24</date><governmentpublicationsnumber>1010600827</governmentpublicationsnumber><identifier>82957</identifier><internationalstandardbooknumber>9789860527230 ; 9789860527</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82957</librarycollectiondetailsurl><price>220</price><publisher>內政部建築研究所</publisher><publishrocyear>106</publishrocyear><title>都市計畫通盤檢討-減洪調適策略規劃手冊</title><yearidentifier>201706</yearidentifier></data><data><abstract> </abstract><author>Niki J.P.Alsford</author><categoryidentifier>536.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0940001</commissionedprojectidentifier><currency>NT$</currency><date>2017/8/28</date><governmentpublicationsnumber>1010601031</governmentpublicationsnumber><identifier>82988</identifier><internationalstandardbooknumber>9789860530919 ; 9789860530</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82988</librarycollectiondetailsurl><price>350</price><publisher>原住民族委員會</publisher><publishrocyear>106</publishrocyear><title>塵封的瑰寶:倫敦大學亞非學院特藏臺灣原住民族檔案 Buried Treasures</title><yearidentifier>201708</yearidentifier></data><data><abstract>本所第二階段計畫完成白河水庫防淤隧道調整方案設計試驗，成果並提供設計單位修訂參考。本計畫配合南水局辦理白河水庫原庫區防淤隧道規劃方案，依本所前期第一階段試驗結果顯示，在隧道出水口段與溢洪道洩槽右岸交接處有溢流情況，水理條件不佳，另因隧道工程功能以水庫防洪及防淤為主，檢討在不考量未來繞庫排砂隧道及既有出水工之洩水能力下，辦理本期第二階段新的開發尺度並調整線型，主要試驗工作項目包括庫區防淤隧道水工模型模擬發生莫拉克颱洪事件加砂試驗及舖設浚渫砂量1,100萬立方公尺後庫容動床地形空庫排砂試驗。</abstract><author>經濟部水利署水利規劃試驗所/許彥響、 謝天元 、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/29</date><governmentpublicationsnumber>1010601045</governmentpublicationsnumber><identifier>82989</identifier><internationalstandardbooknumber>9789860531121 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82989</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>白河水庫更新改善防淤工程水工模型試驗 第二階段總報告(內附光碟)=Physical Model Experiments on the New Flush Tunnel of Baihe Reservoir (stage Ⅱ) Summarizing Report</title><yearidentifier>201707</yearidentifier></data><data><abstract>本所第二階段計畫完成白河水庫防淤隧道調整方案設計試驗，成果並提供設計單位修訂參考。 本計畫配合南水局辦理白河水庫原庫區防淤隧道規劃方案，依本所前期第一階段試驗結果顯示，在隧道出水口段與溢洪道洩槽右岸交接處有溢流情況，水理條件不佳，另因隧道工程功能以水庫防洪及防淤為主，檢討在不考量未來繞庫排砂隧道及既有出水工之洩水能力下，辦理本期第二階段新的開發尺度並調整線型，主要試驗工作項目包括庫區防淤隧道水工模型模擬發生莫拉克颱洪事件加砂試驗及舖設浚渫砂量1,100萬立方公尺後庫容動床地形空庫排砂試驗。</abstract><author>許彥響、 謝天元 、陳春宏</author><categoryidentifier>443.6   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/29</date><governmentpublicationsnumber>1010601045</governmentpublicationsnumber><identifier>82990</identifier><internationalstandardbooknumber>9789860531121 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82990</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>白河水庫更新改善防淤工程水工模型試驗 第二階段總報告(光碟版) Physical Model Experiments on the New Flush Tunnel of Baihe Reservoir (stage Ⅱ) Summarizing Report</title><yearidentifier>201707</yearidentifier></data><data><abstract>2016年是保育界與特有生物研究保育中心繁忙又充實的一年。在全球生物多樣性公約的愛知目標、里山唱議與2016年生物多樣性日主題「生物多樣性主流化;永續人類及他們的生計」等方針的指導及激勵下,大家兢兢業業,共同為維護永續人類及生計而努力。在研究及行政支援的人力配合下,本中心2016年執行完成且以有具體成果的研究計畫共有13項,其中動物保育研究3項、植物保育研究4項、棲地生態研究3項、經營管理研究1項、生物多樣性教育研究2項,並在相關學術期刊及研討會中發表104篇報告。每一個研究計畫都是研究人員無數心血與毅力的結晶,由發現問題、形成研究構想、試驗設計、現地與實驗室工作、蒐集分析數據、綜合整理及撰寫報告,都需要縝密的思慮、對於科學與真理的堅持、默默的付出與耐心的等待,但是這些研究成果,是認識台灣生物多樣性、建置基礎資料及採取具體保育行動的依據。</abstract><author>林旭宏</author><categoryidentifier>393.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/30</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>82996</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82996</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>106</publishrocyear><title>行政院農業委員會特有生物研究保育中心105年度年報</title><yearidentifier>201706</yearidentifier></data><data><abstract>1.思源,傳承,創新  2.肯定,期許,精進  3.奉獻,分享,致敬  4.生產,生活,生態  5.榮耀,鼓舞,展望</abstract><author>字裡行間工作室</author><categoryidentifier>431.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/30</date><governmentpublicationsnumber>105021068</governmentpublicationsnumber><identifier>82997</identifier><internationalstandardbooknumber>9789868553019 ; 9789868553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_82997</librarycollectiondetailsurl><price></price><publisher>財團法人農業工程研究中心</publisher><publishrocyear>105</publishrocyear><title>永利永續農業向前行45周年紀念專刊</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/30</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>83014</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83014</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>106</publishrocyear><title>行政院農業委員會特有生物研究保育中心105年度年報</title><yearidentifier>201706</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。  水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/31</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>83016</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83016</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告(內附光碟)=Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservior (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>本計畫旨在以「隧道施工技術專輯」為主軸,系統化地呈現隧道施工技術之精隨,另冀望於經驗傳承與教學上更具深度與廣度,乃以專輯內容為主要架構,編撰本圖冊並製作融合專輯與圖冊成果之電子書。在章節編排上,主要包括「一般隧道施工」、「TBM 開挖施工」、「特殊處理與困難施工」及「豎井施工」四篇:而於施工照片及資料之彙整工作上,除國道工程之第二高速公路計畫、北宜高速公路計畫、國道六號等重大工程外,亦廣納台電公司、水利署、鐵路局、捷運局、工路總局等主管機關所主辦之隧道案例。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/8/31</date><governmentpublicationsnumber>1009500452</governmentpublicationsnumber><identifier>83018</identifier><internationalstandardbooknumber>9789860045444 ; 9789860045</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83018</librarycollectiondetailsurl><price>800</price><publisher>交通部台灣區國道新建工程局</publisher><publishrocyear>95</publishrocyear><title>隧道工程-施工技術解說圖冊</title><yearidentifier>200603</yearidentifier></data><data><abstract>教材目錄:1.公共工程施工品質管理制度、法令及品質查核結果介紹 2.規劃設計相關作業 3.工程發包作業 4.公共工程履約管理 5.鋼筋、模板、混凝土施工注意事項 6.建築物機水電工程監工實務</abstract><author>行政院公共工程委員會</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/4</date><governmentpublicationsnumber>1009902817</governmentpublicationsnumber><identifier>83032</identifier><internationalstandardbooknumber>9789860245592 ; 9789860245</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83032</librarycollectiondetailsurl><price>130</price><publisher>行政院公共工程委員會</publisher><publishrocyear>99</publishrocyear><title>提升非工程人員工程管理訓練教材</title><yearidentifier>201010</yearidentifier></data><data><abstract>近年來隨著環球溫室效應、氣候大幅變遷的影響,台灣於颱風過境本島期間常於不同地區降下破歷年紀錄的雨量,並帶來極為驚人的洪水急流;復因九二一大地震之震動大地,造成山區岩壁之破裂及邊坡之滑移,乃引致許多原未有土石流災情之山區溪流陸續發生土石流災害,繼而嚴重影響位在這些山區的公路與橋梁安全,甚至路斷橋毀的災情。至於位在河川中下游、且緊鄰溪畔或堤防共構之公路橋梁,則因坡陡流急、水流過彎之凹案沖刷或辮狀分叉流路之頂沖影響,已造成國內多件高速公路或快速公路遭受水流沖刷而致災的事件。 由於氣候之巨幅變異與地震所帶來之水文環境變遷、大量雨量與洪水規模、及土石流災害皆迥異於往常之經驗,而溪流河性之變化極不規律,對於從事國內公路與橋梁之規劃、選線、設計、施工、運轉通車各階段均形成極大的考驗。此外,如何將目前國內由南至北、由東至西、由縣道或省道而至國道多起之歷史災害及相關因應措施,予以系統化地蒐集分類與研究探討,再參酌國外先進國家之規範準則(或注意事項),予以釐定相關之設計基準或考量準則,已是刻不容緩之要務。爰此,國道新建工程局上網公告招標「台中生活圈 4號線南段工程設計暨配合工作專案研究計畫(本計畫) 」時,乃將「河川變遷、堤防保護與橋墩基礎型選擇之整合研究(子計畫)」納入工作項目中辦理,以避免本計畫發生上述災害情事及供設計參考依據。本研究工作內容包括:一、河川水文環境變遷及設計基準檢討  二、擬訂河川水理及河川變遷對橋梁設計之注意事項  三、研擬高灘地上橋墩基礎設計考量準則或注意事項  四、訂定橋梁與堤防共構設計之考量準則或注意事項  五、擬定橋梁設計須考量河川地形沖蝕之注意事項或考量準則  六、探討橋梁段上下游河床變化檢測與橋梁維護之關係</abstract><author>林呈</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/6</date><governmentpublicationsnumber>1009503232</governmentpublicationsnumber><identifier>83040</identifier><internationalstandardbooknumber>9789860072778 ; 9789860072</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83040</librarycollectiondetailsurl><price>500</price><publisher>交通部台灣區國道新建工程局</publisher><publishrocyear>95</publishrocyear><title>河川變遷、堤防保護與橋墩基礎型式選擇之整合研究</title><yearidentifier>200612</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/7</date><governmentpublicationsnumber>1009701160</governmentpublicationsnumber><identifier>83043</identifier><internationalstandardbooknumber>9789860141283 ; 9789860141</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83043</librarycollectiondetailsurl><price>100</price><publisher> </publisher><publishrocyear>97</publishrocyear><title>政府採購法令彙編(第 21 版)</title><yearidentifier>200805</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/7</date><governmentpublicationsnumber>10140000321</governmentpublicationsnumber><identifier>83044</identifier><internationalstandardbooknumber>9789860271843 ; 9789860271</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83044</librarycollectiondetailsurl><price>100</price><publisher> </publisher><publishrocyear>100</publishrocyear><title>政府採購法令彙編(第 25 版)</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/7</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>83046</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83046</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>台灣水土保持季?NO.17 水土保持守護土地生命力-工程裡的自然綠光</title><yearidentifier>201704</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>83051</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83051</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>83052</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83052</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告-光碟=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010502804</governmentpublicationsnumber><identifier>83060</identifier><internationalstandardbooknumber>9789860512427 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83060</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>105年度五河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office In 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010502804</governmentpublicationsnumber><identifier>83069</identifier><internationalstandardbooknumber>9789860512427 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83069</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>105年度五河局轄區洪水預警及防汛整合作業-光碟-Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office In 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010502666</governmentpublicationsnumber><identifier>83070</identifier><internationalstandardbooknumber>9789860510454 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83070</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2) In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/8</date><governmentpublicationsnumber>1010502666</governmentpublicationsnumber><identifier>83071</identifier><internationalstandardbooknumber>9789860510454 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83071</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(2/2)-光碟- In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>民國36 年（1947）中央成立水利部，同年7 月臺灣省建設廳水利局成立，至今發展為經濟部水利署，已歷經70 個寒暑。期間，相關機構主掌臺灣的水資源政策、法令、制度，亦肩負水資源建設、營運與管理的重責大任，並須面對防災、救災的種種挑戰。本書旨在回顧70 年來的臺灣水利建設發展歷程，以啟發水利人因應環境變 遷的新思維，並讓更多社會大眾理解人與水、國家發展與水利建設的密切關係。本書 涵蓋主題極廣，受限於篇幅而無法鉅細靡遺。此外，100 年以前，經濟部水利署曾編 纂《水利五十年》、《臺灣地區水資源史》、《水躍60 風采一甲子》以及《水舞百年— 百年臺灣重大水利建設紀要》等專書，對各年代之各項水利設施及制度已有詳細而完 整的記錄，故本書將採行略古詳今之撰寫方式，從上述專書中摘錄水利發展及建設之 要點，著重說明100 年以後至今具代表性之發展</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/12</date><governmentpublicationsnumber>1010600702</governmentpublicationsnumber><identifier>83075</identifier><internationalstandardbooknumber>9789860525137 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83075</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續70年水利建設(光碟版)</title><yearidentifier>201705</yearidentifier></data><data><abstract>水利人物傳洽是一部三百餘年台灣水利史的縮影,不僅本身就是無形文化資產的一部分,亦有助於為台灣水文化的建置提供更多歷史細節。本書撰述了清代至當代 46位水利人物的生平。這些不同性格、思維、風範、態度的水利人,或投入畢生心血在水利事業上,或貢獻一生所學於各種水利岡位上,成就了自古至今台灣水利建設的風貌。期望本書能讓水利人從中找到使命與認同,史學家從中得到論述靈感,大眾讀者也能從中更理解水利建設的內涵。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/12</date><governmentpublicationsnumber>1010600704</governmentpublicationsnumber><identifier>83076</identifier><internationalstandardbooknumber>9789860525120 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83076</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續水利人的足跡(光碟版)</title><yearidentifier>201705</yearidentifier></data><data><abstract>甫接承辦重任，惶惶恐恐，終日未安，幸得眾人奧援，遂成本書。 自光復以降，水利雜聞，茶餘軼事，凡七十篇，盡收納之。 回想半載辛勤，其辛酸苦處難以言喻，杜甫詩云：「人生七十古來 稀」，匯聚七十寒暑精華，以才疏學淺、平庸之質，難盡全功，雖日以繼 夜，焚膏繼晷，力猶未逮，難免疏漏，尚望各界賢達見諒；復因篇數與時 間有限，遺珠之憾者尚待能人再續。 道德經云：「上善若水，水善利萬物而不爭。」興水利如此，歷來 前輩亦如是，撰文以紀念之。</abstract><author>財團法人台灣水利環境科技研究發展教育基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/12</date><governmentpublicationsnumber>1010600794</governmentpublicationsnumber><identifier>83077</identifier><internationalstandardbooknumber>9789860526912 ; 9789860526</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83077</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>回顧七十前瞻永續水利故事集(光碟版)</title><yearidentifier>201705</yearidentifier></data><data><abstract>本書係節錄自本處歷年來規劃之重要河川防洪資料,並經本處實際?與規劃工作之附屬單位(水利規劃試驗所、第一 ~ 十河川局、北、中、南區水資源局),及本處河川組、水政組提供補充資料彙整成冊。內容包括淡水河及二十四條中央管河川各河系一般概況、流量分析、治理沿革、河川治理、河川區域公告、治理計畫公告、涉及之都市計畫區域等資料,期能提供相關從業人員實際運用上之?考。</abstract><author>經濟部水利處</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/13</date><governmentpublicationsnumber>8852890130</governmentpublicationsnumber><identifier>83078</identifier><internationalstandardbooknumber>9789570259162 ; 9570259167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83078</librarycollectiondetailsurl><price>80</price><publisher>經濟部水利處</publisher><publishrocyear>89</publishrocyear><title>台灣重要河川(資料冊-修正版)</title><yearidentifier>200004</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/14</date><governmentpublicationsnumber>1010502667</governmentpublicationsnumber><identifier>83101</identifier><internationalstandardbooknumber>9789860510461 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83101</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析總報告(光碟版)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>83106</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83106</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>台灣水土保持季?NO.18 水土保持守護土地生命力-大河節奏曲</title><yearidentifier>201706</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>83107</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83107</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>台灣水土保持季?NO.19 水土保持守護土地生命力-一場梅雨的啟示</title><yearidentifier>201709</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。  水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>83108</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83108</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告=Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservior (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。  水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>83109</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83109</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告(光碟)=Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservior (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050128</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>1010502667</governmentpublicationsnumber><identifier>83110</identifier><internationalstandardbooknumber>9789860510461 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83110</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析總報告-In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking</title><yearidentifier>201612</yearidentifier></data><data><abstract>課程:(1)生態工程:生態友善式的工程或保育方法---林鎮洋   (2)水域生態及水利設計原則---梁文盛   (3)河溪生態工程材料之應用---林信輝   (4)生態工程招標驗收制度---吳建興   (5)生態工程設計與施工實務檢討-河溪工程   (6)營造工程安全實務---彭瑞麟</abstract><author>行政院公共工程委員會</author><categoryidentifier>441</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/15</date><governmentpublicationsnumber>1009501829</governmentpublicationsnumber><identifier>83117</identifier><internationalstandardbooknumber>9789860057737 ; 9789860057</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83117</librarycollectiondetailsurl><price>200</price><publisher>行政院公共工程委員會</publisher><publishrocyear>95</publishrocyear><title>公共建設相關專業人員生態工程講習-河溪水域班(內附光碟)</title><yearidentifier>200607</yearidentifier></data><data><abstract>為因應全球氣候變遷，有效進行水資源永續利用管理，須對各標的用水及其來源有通盤完整的了解與掌握，才能掌握問題核心。本計畫為驗證前期計畫所提出之調查方法及作業流程之可行性，擇定雲林縣虎尾鎮作為試辦區域，依據前述方法實際辦理調查作業，掌握虎尾鎮內各標的用水量及地面地下水源分配情形，同時建立地下水數值模型，依區域限制條件定訂地下水可用水量。</abstract><author>美商傑明工程顧問(股)台灣分公司 /朱文生、劉文堯</author><categoryidentifier>443.8   445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040466</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/18</date><governmentpublicationsnumber>1010600906</governmentpublicationsnumber><identifier>83135</identifier><internationalstandardbooknumber>9789860528411 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83135</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>用水調查統計暨地下水可用水量調查分析試辦計畫(內附光碟)=Trail Implementation plan for Water Use Survey and Analysis of available Groundwater yield</title><yearidentifier>201706</yearidentifier></data><data><abstract>為因應全球氣候變遷，有效進行水資源永續利用管理，須對各標的用水及其來源有通盤完整的了解與掌握，才能掌握問題核心。本計畫為驗證前期計畫所提出之調查方法及作業流程之可行性，擇定雲林縣虎尾鎮作為試辦區域，依據前述方法實際辦理調查作業，掌握虎尾鎮內各標的用水量及地面地下水源分配情形，同時建立地下水數值模型，依區域限制條件定訂地下水可用水量。</abstract><author>美商傑明工程顧問(股)台灣分公司 /朱文生、劉文堯</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040466</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/18</date><governmentpublicationsnumber>1010600906</governmentpublicationsnumber><identifier>83136</identifier><internationalstandardbooknumber>9789860528411 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83136</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>用水調查統計暨地下水可用水量調查分析試辦計畫(光碟版)=Trail Implementation plan for Water Use Survey and Analysis of available Groundwater yield</title><yearidentifier>201706</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/18</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>83138</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83138</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>106</publishrocyear><title>行政院農業委員會特有生物研究保育中心105年度年報</title><yearidentifier>201706</yearidentifier></data><data><abstract>臺灣地區因地狹人稠，能源供應吃緊，國內適宜再生能源發展之土地有限，惟臺灣湖庫等水資源設施，具有占地範圍廣闊特性，應有發展太陽能光電潛能，且此技術國外已有多起成功案例，裝置容量從數百kW至數MW不等；為了解臺灣湖庫(包括水庫、調整池、後池、?洪池、埤塘等)水面型太陽能光電設施之潛能，本計畫期藉系統化流程研訂適合設置場域之篩選原則，並就適合場域、可開發規模及設置方式提出初步規劃建議，探討太陽能光電設施之營運對水資源設施既有功能性及安全性之影響。 綜上，考量國內湖庫多面臨地形、氣候與天然災害之獨特性，且亦須釐清國內相關法規限制、經濟效益、臺電電網限制等因素，實有進一步評析之必要。鑑此，本計畫以不影響湖庫設施既有功能性及安全性為前提，研提臺灣適合發展湖庫太陽能光電設施之場域、開發規模、後續推動藍圖及營運管理指引，俾創造更多元之附加價值，達成推動綠能之政策目標。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050451</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/19</date><governmentpublicationsnumber>1010600908</governmentpublicationsnumber><identifier>83157</identifier><internationalstandardbooknumber>9789860528428 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83157</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣地區湖庫設置太陽能光電設施初步規劃評估(內附光碟)The Preliminary Assessment of Implementing  Photovoltaic Facilities in Lake reservoirs of Taiwan</title><yearidentifier>201706</yearidentifier></data><data><abstract>本研究為經濟部水利署水利規劃試驗所執行「臺灣地區湖庫設置太陽能光電設施初步規劃評估」。目的為在不影響湖庫設施既有功能性及安全性為前提下，評估臺灣地區水庫、?洪池及埤塘設置水域型太陽能光電設施之開發潛能，釐清國內相關法規限制、經濟效益、併聯台灣電力公司電網限制等因素。以研提適合臺灣湖庫水面型太陽能光電設施之場域、設置方式、後續推動規劃及營運管理操作準則，俾創造更多元之附加價值，達成推動綠能發電占比之政策目標。</abstract><author>經濟部水利署水利規劃試驗所、光宇工程顧問股份有限公司、杜明臨</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050451</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/27</date><governmentpublicationsnumber>1010600908</governmentpublicationsnumber><identifier>83200</identifier><internationalstandardbooknumber>9789860528428 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83200</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣地區湖庫設置太陽能光電設施初步規劃評估(光碟版)=The Preliminary Assessment of Implementing  Photovoltaic Facilities in Lake reservoirs of Taiwan</title><yearidentifier>201706</yearidentifier></data><data><abstract>多元自然型河川的營造,雖然是依循調查、計畫、設計、施工、維護管理、維修的程序進行,但是,對於維護、恢復河川的多元化自然環境,以及營造豐富自然河川為目標的多元自然型河川而言,為期每一階段流程都有重要的意義,有必要確立各階段的技術。在營造多元自然型河川時,不僅必須把計畫及設計的意念,正確傳達至現場,也必須因應現場狀況的變化,兼顧計畫及設計階段的意念,彈性調整因應現場需求。</abstract><author>財團法人台北市七星農田水利研究發展基金會</author><categoryidentifier>445</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/28</date><governmentpublicationsnumber>1009301306</governmentpublicationsnumber><identifier>83221</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83221</librarycollectiondetailsurl><price>50</price><publisher>經濟部水利署</publisher><publishrocyear>96</publishrocyear><title>營造多元自然形河川施工及現場的工夫「日本河川整備中心出版品推廣計畫」叢書NO 7</title><yearidentifier>200706</yearidentifier></data><data><abstract>本書係將「全跨預鑄吊裝工法」之箱型梁施作步驟與技術以及各種運吊裝方式概述與檢討,並輔以代表性照片與圖表編輯完成。</abstract><author>交通部高速鐵路工程局</author><categoryidentifier>442.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/9/28</date><governmentpublicationsnumber>1009301034</governmentpublicationsnumber><identifier>83232</identifier><internationalstandardbooknumber>9789570171211 ; 9789570171</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83232</librarycollectiondetailsurl><price>650</price><publisher>交通部高速鐵路工程局</publisher><publishrocyear>93</publishrocyear><title>全跨預鑄吊裝工法概述</title><yearidentifier>200405</yearidentifier></data><data><abstract>臺灣地區因地狹人稠，能源供應吃緊，國內適宜再生能源發展之土地有限，惟臺灣湖庫等水資源設施，具有占地範圍廣闊特性，應有發展太陽能光電潛能，且此技術國外已有多起成功案例，裝置容量從數百kW至數MW不等；為了解臺灣湖庫(包括水庫、調整池、後池、?洪池、埤塘等)水面型太陽能光電設施之潛能，本計畫期藉系統化流程研訂適合設置場域之篩選原則，並就適合場域、可開發規模及設置方式提出初步規劃建議，探討太陽能光電設施之營運對水資源設施既有功能性及安全性之影響。 綜上，考量國內湖庫多面臨地形、氣候與天然災害之獨特性，且亦須釐清國內相關法規限制、經濟效益、臺電電網限制等因素，實有進一步評析之必要。鑑此，本計畫以不影響湖庫設施既有功能性及安全性為前提，研提臺灣適合發展湖庫太陽能光電設施之場域、開發規模、後續推動藍圖及營運管理指引，俾創造更多元之附加價值，達成推動綠能之政策目標。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050451</commissionedprojectidentifier><currency>NT$</currency><date>2017/9/29</date><governmentpublicationsnumber>1010600908</governmentpublicationsnumber><identifier>83245</identifier><internationalstandardbooknumber>9789860528428 ; 9789860528</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83245</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣地區湖庫設置太陽能光電設施初步規劃評估(光碟版)The Preliminary Assessment of Implementing  Photovoltaic Facilities in Lake reservoirs of Taiwan</title><yearidentifier>201706</yearidentifier></data><data><abstract>本計畫調查地點為淡水河，上游為大漢溪、新店溪及基隆河，大漢溪在江子翠會合新店溪後，成為淡水河主流。主流至關渡和基隆河匯流後，於淡水鎮油車口附近注入臺灣海峽。淡水河系分佈數個重要濕地，生物相豐富。另大漢溪上游石門水庫近年已完成電廠1 號鋼管排砂工程，也刻正辦理排洪減淤相關工程；因此本計畫將另針對石門水庫排洪減淤工程對生態及防洪等面向所遭遇的問題加以分析探討。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060259</commissionedprojectidentifier><currency>NT$</currency><date>2017/10/12</date><governmentpublicationsnumber>1010601244</governmentpublicationsnumber><identifier>83286</identifier><internationalstandardbooknumber>9789860532432 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83286</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>淡水河水系河川情勢調查成果總報告書(內附光碟)Investigation of Current Status in Tamsui River System</title><yearidentifier>201708</yearidentifier></data><data><abstract>本計畫調查地點為淡水河，上游為大漢溪、新店溪及基隆河，大漢溪在江子翠會合新店溪後，成為淡水河主流。主流至關渡和基隆河匯流後，於淡水鎮油車口附近注入臺灣海峽。淡水河系分佈數個重要濕地，生物相豐富。另大漢溪上游石門水庫近年已完成電廠1 號鋼管排砂工程，也刻正辦理排洪減淤相關工程；因此本計畫將另針對石門水庫排洪減淤工程對生態及防洪等面向所遭遇的問題加以分析探討。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060259</commissionedprojectidentifier><currency>NT$</currency><date>2017/10/18</date><governmentpublicationsnumber>1010601243</governmentpublicationsnumber><identifier>83290</identifier><internationalstandardbooknumber>9789860532425 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83290</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>淡水河水系河川情勢調查成果報告書(3/3)(內附光碟)Investigation of Current Status in Tamsui River System(3/3)</title><yearidentifier>201708</yearidentifier></data><data><abstract>本計畫調查地點為淡水河，上游為大漢溪、新店溪及基隆河，大漢溪在江子翠會合新店溪後，成為淡水河主流。主流至關渡和基隆河匯流後，於淡水鎮油車口附近注入臺灣海峽。淡水河系分佈數個重要濕地，生物相豐富。另大漢溪上游石門水庫近年已完成電廠1 號鋼管排砂工程，也刻正辦理排洪減淤相關工程；因此本計畫將另針對石門水庫排洪減淤工程對生態及防洪等面向所遭遇的問題加以分析探討。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060259</commissionedprojectidentifier><currency>NT$</currency><date>2017/10/18</date><governmentpublicationsnumber>1010601243</governmentpublicationsnumber><identifier>83291</identifier><internationalstandardbooknumber>9789860532425 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83291</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>淡水河水系河川情勢調查成果報告書(3/3)(光碟版)Investigation of Current Status in Tamsui River System(3/3)</title><yearidentifier>201708</yearidentifier></data><data><abstract>本計畫調查地點為淡水河，上游為大漢溪、新店溪及基隆河，大漢溪在江子翠會合新店溪後，成為淡水河主流。主流至關渡和基隆河匯流後，於淡水鎮油車口附近注入臺灣海峽。淡水河系分佈數個重要濕地，生物相豐富。另大漢溪上游石門水庫近年已完成電廠1 號鋼管排砂工程，也刻正辦理排洪減淤相關工程；因此本計畫將另針對石門水庫排洪減淤工程對生態及防洪等面向所遭遇的問題加以分析探討。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060259</commissionedprojectidentifier><currency>NT$</currency><date>2017/10/18</date><governmentpublicationsnumber>1010601244</governmentpublicationsnumber><identifier>83292</identifier><internationalstandardbooknumber>9789860532432 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83292</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>淡水河水系河川情勢調查成果總報告書(光碟版)Investigation of Current Status in Tamsui River System</title><yearidentifier>201708</yearidentifier></data><data><abstract>英國境內分成18個河域區,11個在英格蘭和威爾斯,3個在蘇格蘭,4個則在北愛爾蘭。英國的河川流域治理計畫有清楚的系統操作流程。從流域範圍的確認開始,再依據水體的自然特徵(脆弱度、易致災程度等)與保護區的使用類別(飲用水源、珍貴物種棲息地等),確認水資源類型與保護區域。評估水資源可能面臨的壓力與可能阻礙達成目標的風險因素,並檢討流域目前以及未來可能遭遇之課題。水資源監控的部分則參考整體流域治理目標,設立監控之項目,例如物種水文物理化學狀態(污染)等等指標。參考風險評估與指標檢驗,在環境目標與水資源分級系統標準中,所謂的目標不一定都是使水資源恢復到「自然狀態」。為了讓計畫能夠符合最新的流域發展及保育的需求,每六年重新檢討河川流域治理計畫的執形狀況、環境程受的壓力、可能採取的行動計畫、以及行動可達成的效果等等。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83293</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83293</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-英國篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>台灣的河流分為重要河川與縣市管河川,其中淡水河流域、大甲溪流域、濁水溪流域、高屏溪流域,為四大優先推動流域綜合治理的重要河川流域。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83294</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83294</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-台灣篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>西元1977年修訂河川法,訂定日本的河川治理架構,以治水、利水和環境作為三大目標,並且提供一個完整的制度落實這三大目標。西元2001年的修法和行政組織重組,更進一步在國土交通省下設置河川局,負責河川治理,包括制定河川環境的保全政策、水相關之防災政策、建設與管理局規格堤防、水壩等河川工程,並劃分清楚各級河川行政管理權限的歸屬。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83295</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83295</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-日本篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>美國的水資源與流域管理,在一般政府體系中,是屬於分散管理的方式。聯邦政府負責訂定全國的水資源規劃與管理的制度和法規等事項,州政府則負責水資源發展計畫的擬定用水分配水權許可等地方水資源的管理工作,聯邦政府也會協助協調各州之間的水資源利用事務。聯邦政府的行政部門中,與水資源或流域管理相關的有「農業部」、「交通部」、「住宅與都市發展部」等。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83296</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83296</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-美國篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>德國的流域管理規劃散布在相關的水資源、汙染、防洪、保護區、交通土地利用規劃等計畫中,但是各個計畫通常能夠明確指出必須採取的措施,因此具有高度可操作性,政策落實的工具及措施包含四項:執行活動、法規工具、經濟工具、溝通工具。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83297</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83297</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-德國篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>由於荷蘭低地面臨全球暖化下海平面上升的威脅,防洪空間、永續飲用水供應、以及反應氣候變遷的都市發展成為中央政府與水資源管理單位關注的議題。中央政府與水資源相關管理單位負責水資源系統的管理,包含共同研擬全國水資源計畫,整合水資源政策及國土規劃政策。所謂水資源系統包含荷蘭周圍海域、主要河川、西南側三角洲地區以及主要運河。為了避免洪災帶來的重大損失,都市地區及工業區土地利用規劃必須遵照短長程的水資源管理政策。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83298</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83298</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-荷蘭篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>永續管理是流域治理的最大目標,由於流域內不可避免地有各種利益上的衝突,為了解決衝突,常常衍生出合作的模式。從具體的規劃面向來看,這些衝突經常被定義為生態、經濟和社會三方面之間的不平衡狀態。因應流域環境的特殊性,認為面對這樣的狀況,一種合作決策的模式,應該使決議的行動能夠達到提升水質水量的目標,並且均衡考量社會政治公平性、生態活力和經濟發展,才能解決流域潛在的衝突。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83299</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83299</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 流域治理-總論篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract>世界各國之自然環境、社會經濟與國情有極大差異,故會影響各國在經營治理集水區方針,例如美國、歐洲等資源豐富並且地廣人稀的國家,與日本和台灣屬於資源缺乏並且地狹人稠的國家,在集水區的治理策略上有相當程度的差別。</abstract><author>洪嘉宏、鄒克萬、葉昭憲</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>1010300522</governmentpublicationsnumber><identifier>83300</identifier><internationalstandardbooknumber>9789860409017 ; 9789860409</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83300</librarycollectiondetailsurl><price>1100</price><publisher>內政部營建署城鄉發展分署</publisher><publishrocyear>103</publishrocyear><title>流域治理及集水區規劃流域治理  ( 集水區規劃-總論篇)</title><yearidentifier>201406</yearidentifier></data><data><abstract> </abstract><author>陳俊誠</author><categoryidentifier>445.133/127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>83302</identifier><internationalstandardbooknumber>9789860532074 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83302</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>106</publishrocyear><title>台南市政府工務建設特刊 第5期- 旅人在路上(台南的素描工程)</title><yearidentifier>201708</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/19</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>83304</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83304</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>106</publishrocyear><title>行政院農業委員會農業試驗所年報(中華民國105年) TARI ANNUAL REPORT 2016</title><yearidentifier>201708</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>564.72023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/24</date><governmentpublicationsnumber>1009201244</governmentpublicationsnumber><identifier>83337</identifier><internationalstandardbooknumber>9789570139778 ; 9570139773</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83337</librarycollectiondetailsurl><price>100</price><publisher>行政院公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>政府採購法令彙編</title><yearidentifier>200307</yearidentifier></data><data><abstract> </abstract><author>台大水工試驗所</author><categoryidentifier>443.689703</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/27</date><governmentpublicationsnumber>1009005246</governmentpublicationsnumber><identifier>83371</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83371</librarycollectiondetailsurl><price>350</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>洪水預警報標準作業程序規劃－以淡水河為例計畫  期末報告</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>台大近海防災研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/27</date><governmentpublicationsnumber>1009006053</governmentpublicationsnumber><identifier>83372</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83372</librarycollectiondetailsurl><price>230</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>近海防災科技研究中心（九十年度）營運計畫子計畫一：海岸結構物及海床穩定之研究及防災技術評估-東北部海岸(1/3)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author>交大防災中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRBST900029V1</commissionedprojectidentifier><currency>NT$</currency><date>2017/10/27</date><governmentpublicationsnumber>1009005256</governmentpublicationsnumber><identifier>83373</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83373</librarycollectiondetailsurl><price>100</price><publisher>經濟部水資源局</publisher><publishrocyear>90</publishrocyear><title>理論水位流量率定曲線於台灣河川之應用評估探討-以基隆河流域水文站為例(1/2) Evaluation of Theoretical Rating Curve for Natural Channel -Application on Keelung River(1/2)</title><yearidentifier>200112</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.681</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/10/30</date><governmentpublicationsnumber>1010601125</governmentpublicationsnumber><identifier>83377</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83377</librarycollectiondetailsurl><price>400</price><publisher> </publisher><publishrocyear>106</publishrocyear><title>臺灣地區與大陸地區人民關係條例暨施行細則解釋彙編</title><yearidentifier>201708</yearidentifier></data><data><abstract>本年度報告引用78 個單位調查之資料，105 年度建設經費之投資額約為721.2億元，較上年度增加87.7 億元，增加幅度達13.84%，其中以排水投資額增加幅度最為顯著，其投資額高達152.4 億；105 年度研發經費之投資額約為18.3 億元，與上年度相較約減少2.5%，其中以排水投資額減少幅度最大，約達65.02%。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/7</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>83402</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83402</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>106</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析105年度報告(內附光碟)</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>財團法人古都保存再生文教基金會</author><categoryidentifier>541.27026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/10</date><governmentpublicationsnumber>1009601670</governmentpublicationsnumber><identifier>83410</identifier><internationalstandardbooknumber>9789860100839 ; 9789860100</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83410</librarycollectiondetailsurl><price>100</price><publisher>行政院文化建設委員會</publisher><publishrocyear>96</publishrocyear><title>文化性資產清查操作參考手冊</title><yearidentifier>200706</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/17</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>83445</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83445</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析105年度報告(內附光碟)</title><yearidentifier>201710</yearidentifier></data><data><abstract>針對後龍溪伏流水進行調查規劃，成果包括後龍溪流域水文、水質及地文資料調查分析(包含鑽探、水質分析、流量、地下水位等)，以及伏流水潛能量與可用水量模擬、伏流水開發方案評估及初步規劃等。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050391</commissionedprojectidentifier><currency>NT$</currency><date>2017/11/22</date><governmentpublicationsnumber>1010601127</governmentpublicationsnumber><identifier>83464</identifier><internationalstandardbooknumber>9789860532302 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83464</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>後龍溪流域伏流水調查規劃(內附光碟)=Survey Planning on Hyporheic Flow of Houlong River Basin</title><yearidentifier>201709</yearidentifier></data><data><abstract>針對後龍溪伏流水進行調查規劃，成果包括後龍溪流域水文、水質及地文資料調查分析(包含鑽探、水質分析、流量、地下水位等)，以及伏流水潛能量與可用水量模擬、伏流水開發方案評估及初步規劃等。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/22</date><governmentpublicationsnumber>1010601127</governmentpublicationsnumber><identifier>83465</identifier><internationalstandardbooknumber>9789860532302 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83465</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>後龍溪流域伏流水調查規劃(光碟版)=Survey Planning on Hyporheic Flow of Houlong River Basin</title><yearidentifier>201709</yearidentifier></data><data><abstract> </abstract><author>謝光照、戴宏宇、陳裕儒</author><categoryidentifier>434.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/29</date><governmentpublicationsnumber>1010601807</governmentpublicationsnumber><identifier>83487</identifier><internationalstandardbooknumber>9789860539554 ; 9789860539</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83487</librarycollectiondetailsurl><price>300</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>106</publishrocyear><title>雜糧作物試驗研究年報-民國104年 ANNUAL REPORT OF DRYLAND FOOD CROPS IMPROVEMENT 2015</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/11/30</date><governmentpublicationsnumber>1010102885</governmentpublicationsnumber><identifier>83498</identifier><internationalstandardbooknumber>9789860347562 ; 9789860347</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83498</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>101</publishrocyear><title>烏溪下游河段水資源再利用工程可行性規劃=Engineering Feasibility Planning on Wu River Downstream Water Resource Reuse</title><yearidentifier>201211</yearidentifier></data><data><abstract>本年度報告引用78 個單位調查之資料，105 年度建設經費之投資額約為721.2 億元，較上年度增加87.7 億元，增加幅度達13.84%，其中以排水投資額增加幅 度最為顯著，其投資額高達152.4 億；105 年度研發經費之投資額約為18.3 億元， 與上年度相較約減少2.5%，其中以排水投資額減少幅度最大，約達65.02%。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>83600</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83600</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析105年度報告(內附光碟)</title><yearidentifier>201710</yearidentifier></data><data><abstract>石門水庫於民國52 年5 月開始蓄水，原設計總容量30,912 萬立方公尺，具有灌溉、給水、發電、防洪及觀光等多目標之水利工程。惟石門水庫運轉至民國104 年3 月水庫淤積量已達10,193 萬立方公尺，佔總庫容之32.97％，加上歷年水庫浚渫約1,714 萬立方公尺，佔總容量之5.54％，水庫年平均淤積量229 萬立方公尺。 水庫原設計之備淤容量5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國96 年巴陵壩（總容量1,047 萬立方公尺）損毀，近十年淤積縱剖面上升集中在水庫的中上游段，即水庫中上游段明顯地落淤升高且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕流挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃度渾水逕流，常以底層渾水?重流方式運移。當渾水?重流到達大壩且下層通道來?及排放時，逐漸?積形成渾水潭潛沒取水口，高濃度渾水層沉降緩慢而影響該時期下層取水口穩定供水與水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及流木攔阻與集水區保育等多元化經營治理，實為刻?容緩的課題。</abstract><author>經濟部水利署水利規劃試驗所/吳慶現，謝天元，陳春宏</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>1010503130</governmentpublicationsnumber><identifier>83604</identifier><internationalstandardbooknumber>9789860515985 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83604</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究104年度成果報告--內附光碟=Hydraulic model study on Amuping desilting tunnel basic design of Shihmen reservoir (2015)</title><yearidentifier>201612</yearidentifier></data><data><abstract>石門水庫於民國 52 年5 月開始蓄水，原設計總容量 30,912 萬立方公尺，具有灌溉、給水、發電、防洪、環境教育及觀光等多目標之水利工程。惟石門水庫運轉至民國105年3月水庫淤積量已達 10,441萬立方公尺，佔總庫容之33.78％，加上累計民國 66 年至 105 年 10 月水庫浚渫量 1, 908 萬立方公尺 ，佔總容量之 6.17 ％，水庫年平均淤積量 233 萬立方公尺。  水庫原設計之備淤容量 5,724 萬立方公尺及集水區攔砂壩大致淤滿，再加上民國 96 年巴陵壩（總容量 1,047 萬立方公尺)，再加上水庫水力防淤操作 。因此，近十年淤積縱剖面上升集中在水庫的中上游段，即進入水庫較粗顆粒明顯增加且淤積三角洲逐漸下移。根據調查試驗研究結果顯示，颱風期間洪水逕?挾帶大量泥砂與流木進入庫區，較粗顆粒泥砂與活立木在水庫中上游段水力篩選落淤形成三角洲，細顆粒泥砂形成高濃?渾水逕流,常以底層混水?重?方式運移。當渾水?重?到達大壩且下層通道來?及排放時，會逐漸?積形成渾水潭潛沒取水口，高濃?渾水層沉降緩慢而且影響該時期下層取水口，無法穩定供水與增加水庫淤積問題。如何加強石門水庫水力防淤、清淤、沖淤及?木攔阻與集水區治理保育等多元化 保育等多元化經營治理，實為刻?容緩的課題 。</abstract><author>經濟部水利署水利規劃試驗所 / 吳慶現、謝天元、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>1010601046</governmentpublicationsnumber><identifier>83605</identifier><internationalstandardbooknumber>9789860531138 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83605</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>石門水庫阿姆坪防淤隧道基本設計水工模型試驗研究105年度成果報告(內附光碟)=Hydraulic Model Study on Amuping Desilting Tunnel Basic Design of Shihmen Reservior (2016)</title><yearidentifier>201707</yearidentifier></data><data><abstract>本所第二階段計畫完成白河水庫防淤隧道調整方案設計試驗，成果並提供設計單位修訂參考。 本計畫配合南水局辦理白河水庫原庫區防淤隧道規劃方案，依本所前期第一階段試驗結果顯示，在隧道出水口段與溢洪道洩槽右岸交接處有溢流情況，水理條件不佳，另因隧道工程功能以水庫防洪及防淤為主，檢討在不考量未來繞庫排砂隧道及既有出水工之洩水能力下，辦理本期第二階段新的開發尺度並調整線型，主要試驗工作項目包括庫區防淤隧道水工模型模擬發生莫拉克颱洪事件加砂試驗及舖設浚渫砂量1,100萬立方公尺後庫容動床地形空庫排砂試驗。</abstract><author>許彥響、 謝天元 、陳春宏</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>1010601045</governmentpublicationsnumber><identifier>83606</identifier><internationalstandardbooknumber>9789860531121 ; 9789860531</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83606</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>白河水庫更新改善防淤工程水工模型試驗 第二階段總報告(內附光碟)=Physical Model Experiments on the New Flush Tunnel of Baihe Reservoir (stage Ⅱ) Summarizing Report</title><yearidentifier>201707</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、嘉義、高雄及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050250</commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>1010503016</governmentpublicationsnumber><identifier>83609</identifier><internationalstandardbooknumber>9789860514476 ; 9789860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83609</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析Monitoring and Analyzing Subsidence of Taipei,Chiayi, Kaohsiung, and Pingtung Area in 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050301</commissionedprojectidentifier><currency>NT$</currency><date>2017/12/22</date><governmentpublicationsnumber>1010502804</governmentpublicationsnumber><identifier>83611</identifier><internationalstandardbooknumber>9789860512427 ; 9789860512</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83611</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>105年度五河局轄區洪水預警及防汛整合作業Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office In 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>頭前溪河口段受外海波浪與河川流量交匯等複雜因素影響，歷來變遷頗為顯著。水利署第二河川局(以下簡稱二河局)為確保河口段之河防安全與落實分流治理規劃，於101年完成辦理河口段治理工程，包括舊港島護岸與分流工、苦苓腳凹岸堤防與丁壩群及河口段疏濬等措施。完工迄今河床已有回淤情形，故二河局於103~104年度辦理各項工程之效益評估研究，並整合水文、地文、生物、空間利用及相關水利工程措施，研擬頭前溪河口段生態水利整體規劃，提出改善建議。然治理工程完工後，河道水理輸砂條件改變加上外海波浪推移作用，對於河口與臨近海域沖淤之影響尚待評估研究。此外，河口段河道整治工程完工後仍有待相關監測資料收集，以進一步評估與驗證，且整治工程對於溝貝、豆子埔溪等排水之影響亦須進行評估。爰此，成立本委託專業服務計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060182</commissionedprojectidentifier><currency>NT$</currency><date>2017/12/27</date><governmentpublicationsnumber>1010602473</governmentpublicationsnumber><identifier>83620</identifier><internationalstandardbooknumber>9789860546934 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83620</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(2/2)Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>頭前溪河口段受外海波浪與河川流量交匯等複雜因素影響，歷來變遷頗為顯著。水利署第二河川局(以下簡稱二河局)為確保河口段之河防安全與落實分流治理規劃，於101年完成辦理河口段治理工程，包括舊港島護岸與分流工、苦苓腳凹岸堤防與丁壩群及河口段疏濬等措施。完工迄今河床已有回淤情形，故二河局於103~104年度辦理各項工程之效益評估研究，並整合水文、地文、生物、空間利用及相關水利工程措施，研擬頭前溪河口段生態水利整體規劃，提出改善建議。然治理工程完工後，河道水理輸砂條件改變加上外海波浪推移作用，對於河口與臨近海域沖淤之影響尚待評估研究。此外，河口段河道整治工程完工後仍有待相關監測資料收集，以進一步評估與驗證，且整治工程對於溝貝、豆子埔溪等排水之影響亦須進行評估。爰此，成立本委託專業服務計畫。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060182</commissionedprojectidentifier><currency>NT$</currency><date>2017/12/27</date><governmentpublicationsnumber>1010602473</governmentpublicationsnumber><identifier>83621</identifier><internationalstandardbooknumber>9789860546934 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83621</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(2/2)(光碟版)Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>經濟部水資源局</author><categoryidentifier>351.7058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/3</date><governmentpublicationsnumber>8374890370</governmentpublicationsnumber><identifier>83631</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83631</librarycollectiondetailsurl><price></price><publisher>經濟部水資源局</publisher><publishrocyear>89</publishrocyear><title>中華民國八十八年臺灣水文年報--光碟版=HYDROLOGICAL YEAR BOOK OF TAIWAN REPUBLIC OF CHINA 1999</title><yearidentifier>200010</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/4</date><governmentpublicationsnumber>1009200440</governmentpublicationsnumber><identifier>83645</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83645</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>中部地區水資源整體規劃檢討-中部地區水資源供需檢討(含光碟)=Review of Water Resources Overall Planning for Central Region-Review of Water Resources Supply and Demand in Central Region</title><yearidentifier>200302</yearidentifier></data><data><abstract> </abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/4</date><governmentpublicationsnumber>1009100402</governmentpublicationsnumber><identifier>83650</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83650</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>91</publishrocyear><title>集集共同引水計畫南岸聯絡渠道小型水力電廠可行性研究</title><yearidentifier>200203</yearidentifier></data><data><abstract> </abstract><author>國立成功大學水利及海洋工程學系(研究所)</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/5</date><governmentpublicationsnumber>6404780224</governmentpublicationsnumber><identifier>83666</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83666</librarycollectiondetailsurl><price></price><publisher>台北縣政府台灣漁業技術顧問社</publisher><publishrocyear>78</publishrocyear><title>磺溪改道研究報告</title><yearidentifier>198911</yearidentifier></data><data><abstract>台東海岸線狹長，自長濱鄉樟原村至大武鄉達仁村約172公里，略呈東北～西南走向，沿岸多屬山岩峭壁，砂岸間雜於岬角間，但底床多陡峭，砂灘狹窄，加上面臨太平洋，受深海巨浪直接衝擊，在海岸地區自然條件上屬於高致災潛勢區域；此外，因沿岸可供開發腹地有限，過去海岸社經發展多呈零星、分散型態，防護需求與整體防護效益難以兼顧，更增加海岸防護及管理工作的困難度。因此，在本局有限的人力與資源情況下，過去實施之海岸防護工作，普遍僅能就具有明確保全對象或災害好發區段，採取因地制宜之防護措施因應。同時，就所轄岸段依據海岸防護與環境營造改善需求，進行相關監測調查工作。整體而言，對於以往所轄管範圍的海岸防護及基本資料監測調查工作，本局多已依據海岸發展情勢，持續進行必要之因應與檢討。</abstract><author>詮華國土測繪有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060067</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/12</date><governmentpublicationsnumber>1010602368</governmentpublicationsnumber><identifier>83692</identifier><internationalstandardbooknumber>9789860544107 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83692</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>台東海岸防護基本資料調查(2/2)(內附光碟)=Field Survey and Assessment on Coastal Defenses at Taitung(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>綠島、蘭嶼位於台東離島，座落於太平洋深海區域。因近岸地形坡度較陡，入射波浪能量消散有限，海岸範圍易受大浪侵襲。早期沿海區域開發有限，縱有波浪營力作用，影響居民範圍相對較小。隨著觀光資源開發及沿海基礎建設完工，沿海區域人口密度增加，每遇颱風侵襲，則增加釀災之機率，威脅沿海居民生命財產安全。如101年颱風天秤兩度經過台灣東南部海域，於綠島造成多處環島公路邊坡受損，著名觀光景點朝日溫泉及人權公園等多處設施也遭巨浪衝擊損壞。至於蘭嶼部分，機場跑道旁海堤地基則受颱風波浪沖刷淘空。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060068</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/12</date><governmentpublicationsnumber>1010602366</governmentpublicationsnumber><identifier>83693</identifier><internationalstandardbooknumber>9789860544602 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83693</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料調查(2/2)正式成果報告書(內附光碟)=Fidle Survey and Assessment on Coastal defenses at Green Island and Orchid Island(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.689751</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060177</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/12</date><governmentpublicationsnumber>1010602691</governmentpublicationsnumber><identifier>83694</identifier><internationalstandardbooknumber>9789869261616 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83694</librarycollectiondetailsurl><price>650</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>106</publishrocyear><title>106年度高屏溪流域河川水質採樣檢測分析工作計畫--光碟版=Samplig and Analysis for the Water Quality of Kao-Pin River(2017)</title><yearidentifier>201712</yearidentifier></data><data><abstract>計畫河寬為濁水溪水系治理計畫之重要項目，因其關係到計畫洪水能否在河道計畫範圍內安全通過，且河道經長年洪水作用下，仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標。現行計畫河寬之分析依據，主要有臺灣水利規劃總隊、日本京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫河段在安全通洪及沖淤穩定條件下之所需河寬。不過，錢寧 (1984)認為上述公式僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)在河道縱方向產生變化之現象存有差異，故過去常見計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040203</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/12</date><governmentpublicationsnumber>1010403424</governmentpublicationsnumber><identifier>83696</identifier><internationalstandardbooknumber>9789860476859 ; 9789860476</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83696</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>104</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(2/2) Study on relation between stream width and stability in Choshui River (2/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>屏東楓港海堤面臨臺灣西南部海域，屬於混凝土緩坡海堤，常於颱風期間遭受強風引起的大浪侵襲，產生較大溯升高甚至越堤，乃至於海堤遭沖毀的情形發生。過去發生溯升情形大多以居民口述或蒐集現場跡象推估而得。為觀測該海堤區域發生溯升現象之資訊，進而評估未來予以作業化預測溯升演進及越波與否之可行性，研提適用於混凝土緩坡海堤溯升現象之觀測技術，期能提供本署未來持續執行楓港海堤區域海岸防護規劃等業務之參考資訊。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>440.327   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060300</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602281</governmentpublicationsnumber><identifier>83714</identifier><internationalstandardbooknumber>9789860543858 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83714</librarycollectiondetailsurl><price>250</price><publisher>經濟郭水利署</publisher><publishrocyear>106</publishrocyear><title>混凝土緩坡海堤溯升觀測系統建置—以屏東楓港海堤為例</title><yearidentifier>201712</yearidentifier></data><data><abstract>屏東楓港海堤面臨臺灣西南部海域，屬於混凝土緩坡海堤，常於颱風期間遭受強風引起的大浪侵襲，產生較大溯升高甚至越堤，乃至於海堤遭沖毀的情形發生。過去發生溯升情形大多以居民口述或蒐集現場跡象推估而得。為觀測該海堤區域發生溯升現象之資訊，進而評估未來予以作業化預測溯升演進及越波與否之可行性，研提適用於混凝土緩坡海堤溯升現象之觀測技術，期能提供本署未來持續執行楓港海堤區域海岸防護規劃等業務之參考資訊。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060300</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602281</governmentpublicationsnumber><identifier>83715</identifier><internationalstandardbooknumber>9789860543858 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83715</librarycollectiondetailsurl><price>250</price><publisher>經濟郭水利署</publisher><publishrocyear>106</publishrocyear><title>混凝土緩坡海堤溯升觀測系統建置—以屏東楓港海堤為例--光碟版</title><yearidentifier>201712</yearidentifier></data><data><abstract>海堤前方水域以及河口水域之水文條件極為複雜，卻也是本署防汛期間溢淹預警與防治的重點區域。為能落實溢淹預警與防治的工作，常須借助數值模式進行水理演算以及溢淹之預測。然而不論是河口或是海堤前方水域的數值水理模式演算，都需要準確的地形資料作為依據，為有效落實海岸侵蝕防治工作，海岸相關權責單位過去曾透入大量的人物力出海進行海岸地形水深之現場量測工作。非接觸式觀測技術在岸邊即可進行，可大幅降低海上進行量測作業的成本與風險，且研發成果能提供後端數值水理模式演算所需之地形資料，藉以作為準確溢淹預警的依據。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060049</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602279</governmentpublicationsnumber><identifier>83716</identifier><internationalstandardbooknumber>9789860543865 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83716</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>海堤堤前與河口水深地形非接觸式觀測科技之研發(2/2)=Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>海堤前方水域以及河口水域之水文條件極為複雜，卻也是本署防汛期間溢淹預警與防治的重點區域。為能落實溢淹預警與防治的工作，常須借助數值模式進行水理演算以及溢淹之預測。然而不論是河口或是海堤前方水域的數值水理模式演算，都需要準確的地形資料作為依據，為有效落實海岸侵蝕防治工作，海岸相關權責單位過去曾透入大量的人物力出海進行海岸地形水深之現場量測工作。非接觸式觀測技術在岸邊即可進行，可大幅降低海上進行量測作業的成本與風險，且研發成果能提供後端數值水理模式演算所需之地形資料，藉以作為準確溢淹預警的依據。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060049</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602279</governmentpublicationsnumber><identifier>83717</identifier><internationalstandardbooknumber>9789860543865 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83717</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>海堤堤前與河口水深地形非接觸式觀測科技之研發(2/2)--光碟版=Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水文觀測資料係政府在防災應變、水資源利用等重要決策上最主要之依據。因此，持續提昇水文觀測技術，並確保觀測儀器準確度，為當前最關鍵與最具急迫性的任務之一。為有效應用有限之資源，本計畫著眼河川表面自動化流速量測，除可滿足當前急迫性需求外，亦可獲兼顧作業人員安全、本土化研發等特色。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060047</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602353</governmentpublicationsnumber><identifier>83718</identifier><internationalstandardbooknumber>9789860544985 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83718</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>河川表面流速接觸式自動化量測新技術之研發(2/2)=Automation of The Riverine Surface Current In-Situ Measurement(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水文觀測資料係政府在防災應變、水資源利用等重要決策上最主要之依據。因此，持續提昇水文觀測技術，並確保觀測儀器準確度，為當前最關鍵與最具急迫性的任務之一。為有效應用有限之資源，本計畫著眼河川表面自動化流速量測，除可滿足當前急迫性需求外，亦可獲兼顧作業人員安全、本土化研發等特色。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060047</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602353</governmentpublicationsnumber><identifier>83719</identifier><internationalstandardbooknumber>9789860544985 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83719</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>河川表面流速接觸式自動化量測新技術之研發(2/2)--光碟版=Automation of The Riverine Surface Current In-Situ Measurement(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署依水利法規定負有水利事業興辦之任務，本計畫辦理內容包含維護及改善本署近海水文觀測系統平台之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及本署現有海岸水情系統等，期以正確掌握一般性海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為本署辦理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基石。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060054</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602355</governmentpublicationsnumber><identifier>83721</identifier><internationalstandardbooknumber>9789860544954 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83721</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度近海水文觀測站網維護管理與運作=Operation and Maintenance of Coastal Ocean Monitoring Network in the Sea Embankment Area(2017)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署依水利法規定負有水利事業興辦之任務，本計畫辦理內容包含維護及改善本署近海水文觀測系統平台之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及本署現有海岸水情系統等，期以正確掌握一般性海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為本署辦理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基石。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060054</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602355</governmentpublicationsnumber><identifier>83722</identifier><internationalstandardbooknumber>9789860544954 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83722</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度近海水文觀測站網維護管理與運作--光碟版=Operation and Maintenance of Coastal Ocean Monitoring Network in the Sea Embankment Area(2017)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060406</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602713</governmentpublicationsnumber><identifier>83725</identifier><internationalstandardbooknumber>9789860550054 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83725</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(4/5)=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(4/5)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060406</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/16</date><governmentpublicationsnumber>1010602713</governmentpublicationsnumber><identifier>83726</identifier><internationalstandardbooknumber>9789860550054 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83726</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(4/5)--光碟版=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(4/5)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署已執行一系列有系統的研究評估氣候變遷對全臺灣海堤設施的衝擊，並且分析全臺灣沿海地區暴潮溢淹的風險。而自然海岸侵蝕與近岸沙洲變遷問題則因為觀測資料較少，且模擬技術也尚未發展成熟，所以尚未評估。未來在全球氣候變遷現象的影響下，臺灣的自然海岸侵蝕與近岸沙洲變遷問題可能更為嚴重。因此，有必要在既有資料的基礎上，探討可能的衝擊與因應對策。為評估氣候變遷下臺灣自然海岸侵蝕與近岸沙洲變遷對沿海地區的衝擊，以預先規劃因應策略，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060412</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602627</governmentpublicationsnumber><identifier>83727</identifier><internationalstandardbooknumber>9789860548785 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83727</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷對臺灣自然海岸與近岸沙洲之衝擊研究(1/2)=A Study of Nearshore Sandbars and Natural Coastal Systems Impact Due to Climate Change in Taiwan(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署已執行一系列有系統的研究評估氣候變遷對全臺灣海堤設施的衝擊，並且分析全臺灣沿海地區暴潮溢淹的風險。而自然海岸侵蝕與近岸沙洲變遷問題則因為觀測資料較少，且模擬技術也尚未發展成熟，所以尚未評估。未來在全球氣候變遷現象的影響下，臺灣的自然海岸侵蝕與近岸沙洲變遷問題可能更為嚴重。因此，有必要在既有資料的基礎上，探討可能的衝擊與因應對策。為評估氣候變遷下臺灣自然海岸侵蝕與近岸沙洲變遷對沿海地區的衝擊，以預先規劃因應策略，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060412</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602627</governmentpublicationsnumber><identifier>83728</identifier><internationalstandardbooknumber>9789860548785 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83728</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷對臺灣自然海岸與近岸沙洲之衝擊研究(1/2)--光碟版=A Study of Nearshore Sandbars and Natural Coastal Systems Impact Due to Climate Change in Taiwan(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為因應水資源環境永續發展需求，落實水利產業關聯技術產業自主化，以提升水利產業經濟規模，促進民間資金投入政府水資源建設，促進相關技術產業化策略加速水利產業發展，以達成智慧水資源環境管理之目標。 依現行國內外水利產業現況及展望，檢討目前國內水利產業類別是否適當，並盤查國內既有產業能力於國際產業鏈之定位與優勢；再產業通常係由許多不同的個別事業協力組成，應進一步剖析各類水利產業，找出其中具市場潛力及優勢技術之關鍵事業，發掘需求進而協助，培育及強化其競爭力是現階段推動國內水利產業發展重點工作。 透過國內外水利產業市場研究，解析國內產業定位及優劣勢，並進而評估國際市場水利產業需求及產值，配合政府政策及市場需求結合我國較具優勢之事業，研提我國具技術優勢且存有市場價值之優先前進地區之建議及推動策略。 為持續營造產業協力氛圍，透過定常國內外水利產業資訊之互動交流及技術研討，有助於同業或異業間技術與市場資訊之整合，強化市場整體競爭力。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060405</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602587</governmentpublicationsnumber><identifier>83729</identifier><internationalstandardbooknumber>9789860548358 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83729</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利產業多元推廣計畫(內附光碟)=The diversity promotion project of water industry</title><yearidentifier>201712</yearidentifier></data><data><abstract>為因應水資源環境永續發展需求，落實水利產業關聯技術產業自主化，以提升水利產業經濟規模，促進民間資金投入政府水資源建設，促進相關技術產業化策略加速水利產業發展，以達成智慧水資源環境管理之目標。 依現行國內外水利產業現況及展望，檢討目前國內水利產業類別是否適當，並盤查國內既有產業能力於國際產業鏈之定位與優勢；再產業通常係由許多不同的個別事業協力組成，應進一步剖析各類水利產業，找出其中具市場潛力及優勢技術之關鍵事業，發掘需求進而協助，培育及強化其競爭力是現階段推動國內水利產業發展重點工作。 透過國內外水利產業市場研究，解析國內產業定位及優劣勢，並進而評估國際市場水利產業需求及產值，配合政府政策及市場需求結合我國較具優勢之事業，研提我國具技術優勢且存有市場價值之優先前進地區之建議及推動策略。 為持續營造產業協力氛圍，透過定常國內外水利產業資訊之互動交流及技術研討，有助於同業或異業間技術與市場資訊之整合，強化市場整體競爭力。</abstract><author>國立成功大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060405</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602587</governmentpublicationsnumber><identifier>83730</identifier><internationalstandardbooknumber>9789860548358 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83730</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利產業多元推廣計畫--光碟版=The diversity promotion project of water industry</title><yearidentifier>201712</yearidentifier></data><data><abstract>為營造再生水友善發展環境，促進水資源永續利用及推動產業發展，爰建立「再生水資源媒合服務平台」與「再生水資源資訊服務平台」，提供整合性再生水使用分布資料，強化資料整合匯流與加值應用，提供產業輔導、宣傳及媒合等資訊服務，配合本計畫推動相關產業發展。 鑒於立法院已於民國104年12月三讀通過「再生水資源發展條例」，賦予廢污水及放流水回收利用的明確法律框架，條例相關授權子法亦於105年11月完成公告，爰需建立「再生水稽核服務系統」之類的輔助系統，藉由互動測試、除錯及回饋，最後再統合相關研究成果，建置「再生水資源管理系統」，提升再生水資源利用效率及使用意願。 為達民國120年每日132萬噸之再生水利用量目標，據以提出我國區域性再生水利用推動藍圖，俾利做為我國長期推動再生水利用之參考依據；另亦將建構通用性用水平衡圖，輔助與規範再生水之開發與使用。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060403</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602429</governmentpublicationsnumber><identifier>83736</identifier><internationalstandardbooknumber>9789860546606 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83736</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>建置再生水媒合與稽核系統及產業推動服務(1/2)=Development of Matchmaking and Auditing System for Reclamation Water and Stimulation of the Relevant Industries(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為營造再生水友善發展環境，促進水資源永續利用及推動產業發展，爰建立「再生水資源媒合服務平台」與「再生水資源資訊服務平台」，提供整合性再生水使用分布資料，強化資料整合匯流與加值應用，提供產業輔導、宣傳及媒合等資訊服務，配合本計畫推動相關產業發展。 鑒於立法院已於民國104年12月三讀通過「再生水資源發展條例」，賦予廢污水及放流水回收利用的明確法律框架，條例相關授權子法亦於105年11月完成公告，爰需建立「再生水稽核服務系統」之類的輔助系統，藉由互動測試、除錯及回饋，最後再統合相關研究成果，建置「再生水資源管理系統」，提升再生水資源利用效率及使用意願。 為達民國120年每日132萬噸之再生水利用量目標，據以提出我國區域性再生水利用推動藍圖，俾利做為我國長期推動再生水利用之參考依據；另亦將建構通用性用水平衡圖，輔助與規範再生水之開發與使用。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060403</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602429</governmentpublicationsnumber><identifier>83737</identifier><internationalstandardbooknumber>9789860546606 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83737</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>建置再生水媒合與稽核系統及產業推動服務(1/2)--光碟版=Development of Matchmaking and Auditing System for Reclamation Water and Stimulation of the Relevant Industries(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據IPCC的研究結果，全球氣候變遷已經是正在發生的事實。為因應氣候變遷對水資源造成之衝擊，本署自民國99年起陸續完成全臺灣北中南各區因應氣候變遷水資源管理調適能力研究；然而，以物理模型為基礎之研究雖有功效，亦有其限制，尤其近年隨資通訊技術的快速發展，極大量、多元的資料數量或資料類型之掌握已非難事，故現為運用分析相關大數據資料，以作為水利相關支援決策之時機。 水資源管理涉及的資料量與種類非常龐大且複雜，在諸多自然因子(如降雨量、溫度)之外更亦與區域發展、用水標的等社經因子相關，故已有不少國家關注如何將大數據技術應用於水資源管理決策領域。如以色列即成功以大數據概念，廣泛蒐集、分析天氣變化、用水習慣、社區差異性等因子，搭配裝載超音波發射器的水錶，將全國自來水管線漏水率降低至百分之十以下。 鑒於資通訊技術的快速發展，並運用大數據作為政策決策支援之是國際發展潮流，故研擬本計畫，蒐集與分析水相關之大數據資料，並藉以推估近期水資源供需情勢，以為支援本署水資源管理決策之參考。</abstract><author>國際氣候發展智庫學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060410</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602777</governmentpublicationsnumber><identifier>83738</identifier><internationalstandardbooknumber>9789860551105 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83738</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷應用大數據推估水資源供需情勢研究(1/2)=Research on the Application of Big Data Technology to Estimating Supply and Demand of Water Resources for Climate Change(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據IPCC的研究結果，全球氣候變遷已經是正在發生的事實。為因應氣候變遷對水資源造成之衝擊，本署自民國99年起陸續完成全臺灣北中南各區因應氣候變遷水資源管理調適能力研究；然而，以物理模型為基礎之研究雖有功效，亦有其限制，尤其近年隨資通訊技術的快速發展，極大量、多元的資料數量或資料類型之掌握已非難事，故現為運用分析相關大數據資料，以作為水利相關支援決策之時機。 水資源管理涉及的資料量與種類非常龐大且複雜，在諸多自然因子(如降雨量、溫度)之外更亦與區域發展、用水標的等社經因子相關，故已有不少國家關注如何將大數據技術應用於水資源管理決策領域。如以色列即成功以大數據概念，廣泛蒐集、分析天氣變化、用水習慣、社區差異性等因子，搭配裝載超音波發射器的水錶，將全國自來水管線漏水率降低至百分之十以下。 鑒於資通訊技術的快速發展，並運用大數據作為政策決策支援之是國際發展潮流，故研擬本計畫，蒐集與分析水相關之大數據資料，並藉以推估近期水資源供需情勢，以為支援本署水資源管理決策之參考。</abstract><author>國際氣候發展智庫學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060410</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602777</governmentpublicationsnumber><identifier>83739</identifier><internationalstandardbooknumber>9789860551105 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83739</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷應用大數據推估水資源供需情勢研究(1/2)--光碟版=Research on the Application of Big Data Technology to Estimating Supply and Demand of Water Resources for Climate Change(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署自96-100年「水再生利用產業發展科技計畫」及101-105年「水再生利用風險管理技術研發計畫」共執行兩期各五年之水再生科專計畫，已完成「再生水資源發展條例」以及相關子法之公告、推動六座再生水示範廠、提升國人對使用再生水之信心，惟我國陸續仍需持續以科專技術扎根再生水產業、扶植產業行銷國際，並培訓相關人才、建立訓練制度等。 本署已訂定106-110年「環境友善型水處理科技發展計畫」，以水再生利用友善環境營造、本土性再生水風險評估與管控技術開發、水資源與能源整合型系統研發、及再生水經濟與環境效益研究等為計畫執行主軸，俾利我國再生水除有政策及法令的支持外，能再以科專技術紮根發展再生水產業。 本計畫成立目的為辦理再生水科專各子計畫督導，以及再生水相關政策之研擬，擔任水利署之常定幕僚，依時勢之變遷，整合各計畫成果及應用，隨時檢討、修正水再生推動策略及未來相關計畫之內容與方向。主要的工作項目為建立再生水科專計畫管考機制、科專研究方向之擬定、人才培訓與國外再生水技術蒐集、參加國內、外國際水展、提出再生水事業推動策略並進行國際接軌。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060400</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602597</governmentpublicationsnumber><identifier>83740</identifier><internationalstandardbooknumber>9789860548549 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83740</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水再生環境友善推動管理計畫(1/2)=Promotion of Environment-friendly Water Recycling Management plan(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署自96-100年「水再生利用產業發展科技計畫」及101-105年「水再生利用風險管理技術研發計畫」共執行兩期各五年之水再生科專計畫，已完成「再生水資源發展條例」以及相關子法之公告、推動六座再生水示範廠、提升國人對使用再生水之信心，惟我國陸續仍需持續以科專技術扎根再生水產業、扶植產業行銷國際，並培訓相關人才、建立訓練制度等。 本署已訂定106-110年「環境友善型水處理科技發展計畫」，以水再生利用友善環境營造、本土性再生水風險評估與管控技術開發、水資源與能源整合型系統研發、及再生水經濟與環境效益研究等為計畫執行主軸，俾利我國再生水除有政策及法令的支持外，能再以科專技術紮根發展再生水產業。 本計畫成立目的為辦理再生水科專各子計畫督導，以及再生水相關政策之研擬，擔任水利署之常定幕僚，依時勢之變遷，整合各計畫成果及應用，隨時檢討、修正水再生推動策略及未來相關計畫之內容與方向。主要的工作項目為建立再生水科專計畫管考機制、科專研究方向之擬定、人才培訓與國外再生水技術蒐集、參加國內、外國際水展、提出再生水事業推動策略並進行國際接軌。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060400</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602597</governmentpublicationsnumber><identifier>83741</identifier><internationalstandardbooknumber>9789860548549 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83741</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水再生環境友善推動管理計畫(1/2)--光碟版=Promotion of Environment-friendly Water Recycling Management plan(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>民國104年，「聯合國氣候變遷綱要公約組織(UNFCCC)」第21屆締約方大會(COP21)在法國巴黎召開，世界各國代表已充分體認氣候變遷已經是正在發生的事實，必需共同因應，因此簽署「巴黎協定」，要求各國提交「國家自定貢獻」，促使各國積極推動減碳。我國已公布「溫室氣體減量及管理法」，明訂「國家溫室氣體長期減量目標為中華民國139年溫室氣體排放量降為中華民國94年溫室氣體排放量50%以下」，並積極推動各部門的碳管理。而碳管理的目的則是在於藉由「碳盤查」，瞭解排碳量，進而規劃推動「碳減量」專案，抵減排碳量，以期能達成「碳中和」(抵減後排碳量為零)的目標。 各部門的碳管理主要分為兩大部分，第1部分是部門計畫的碳管理，特別是工程計畫、運輸計畫、能源計畫等；而第2部分則是所轄機關設施的碳管理，包括：辦公廳舍、電力系統、交通工具用油、衛生設施(含化糞池)、機械器具等。近期水利署已陸續針對水資源工程開發計畫的碳管理進行研究，但是尚未規劃所轄機關設施的碳管理工作。機關設施的碳盤查是非常繁瑣而且非常細緻的工作，而推動「碳減量」專案，進而達成「碳中和」，更是必需事先就有完整的規劃，加上執行人員長期持續配合，才能順利完成。 為評估本署及所轄機關達成碳中和的潛力，並且選擇1個達成碳中和潛力較高的機關作為案例，預先規劃案例機關未來10年的碳盤查與碳減量工作，作為本署未來推動機關設施碳管理示範案例的參考，爰辦理本計畫。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060411</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602591</governmentpublicationsnumber><identifier>83742</identifier><internationalstandardbooknumber>9789860548334 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83742</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利署及其所轄機關設施碳中和潛力評估研究=Assessment of Carbon Neutral Potential for the Authority of Water Resources Agency,MOEA</title><yearidentifier>201712</yearidentifier></data><data><abstract>民國104年，「聯合國氣候變遷綱要公約組織(UNFCCC)」第21屆締約方大會(COP21)在法國巴黎召開，世界各國代表已充分體認氣候變遷已經是正在發生的事實，必需共同因應，因此簽署「巴黎協定」，要求各國提交「國家自定貢獻」，促使各國積極推動減碳。我國已公布「溫室氣體減量及管理法」，明訂「國家溫室氣體長期減量目標為中華民國139年溫室氣體排放量降為中華民國94年溫室氣體排放量50%以下」，並積極推動各部門的碳管理。而碳管理的目的則是在於藉由「碳盤查」，瞭解排碳量，進而規劃推動「碳減量」專案，抵減排碳量，以期能達成「碳中和」(抵減後排碳量為零)的目標。 各部門的碳管理主要分為兩大部分，第1部分是部門計畫的碳管理，特別是工程計畫、運輸計畫、能源計畫等；而第2部分則是所轄機關設施的碳管理，包括：辦公廳舍、電力系統、交通工具用油、衛生設施(含化糞池)、機械器具等。近期水利署已陸續針對水資源工程開發計畫的碳管理進行研究，但是尚未規劃所轄機關設施的碳管理工作。機關設施的碳盤查是非常繁瑣而且非常細緻的工作，而推動「碳減量」專案，進而達成「碳中和」，更是必需事先就有完整的規劃，加上執行人員長期持續配合，才能順利完成。 為評估本署及所轄機關達成碳中和的潛力，並且選擇1個達成碳中和潛力較高的機關作為案例，預先規劃案例機關未來10年的碳盤查與碳減量工作，作為本署未來推動機關設施碳管理示範案例的參考，爰辦理本計畫。</abstract><author>國立臺北科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060411</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602591</governmentpublicationsnumber><identifier>83743</identifier><internationalstandardbooknumber>9789860548334 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83743</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利署及其所轄機關設施碳中和潛力評估研究--光碟版=Assessment of Carbon Neutral Potential for the Authority of Water Resources Agency,MOEA</title><yearidentifier>201712</yearidentifier></data><data><abstract>為掌握氣候變遷對水環境影響，水利署自98年啟動氣候變遷相關科研工作，並引用聯合國氣候變遷專門委員會(IPCC)之第四次評估報告情境模式進行降雨量之推估，惟目前IPCC已於103年提出第五次評估報告(AR5)，因AR4與AR5使用情境假設不同，為一步了解，兩者於臺灣氣候推估之差異性，及對原AR4所模擬的降雨量之影響，爰研擬本計畫對AR4與AR5降雨量之時空變異性分析及評估可能之衝擊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060408</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602700</governmentpublicationsnumber><identifier>83744</identifier><internationalstandardbooknumber>9789860549874 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83744</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷降雨量情境差異對洪旱衝擊評估(2/2)=Impact Assessment of Rainfall Variation under Different Climate Change Scenarios on Flood and Drought(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為掌握氣候變遷對水環境影響，水利署自98年啟動氣候變遷相關科研工作，並引用聯合國氣候變遷專門委員會(IPCC)之第四次評估報告情境模式進行降雨量之推估，惟目前IPCC已於103年提出第五次評估報告(AR5)，因AR4與AR5使用情境假設不同，為一步了解，兩者於臺灣氣候推估之差異性，及對原AR4所模擬的降雨量之影響，爰研擬本計畫對AR4與AR5降雨量之時空變異性分析及評估可能之衝擊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060408</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602700</governmentpublicationsnumber><identifier>83745</identifier><internationalstandardbooknumber>9789860549874 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83745</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷降雨量情境差異對洪旱衝擊評估(2/2)--光碟版=Impact Assessment of Rainfall Variation under Different Climate Change Scenarios on Flood and Drought(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院大陸委員會</author><categoryidentifier>581.26</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010601282</governmentpublicationsnumber><identifier>83746</identifier><internationalstandardbooknumber>9789860532753 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83746</librarycollectiondetailsurl><price>400</price><publisher>行政院大陸委員會</publisher><publishrocyear>106</publishrocyear><title>大陸事務法規彙編</title><yearidentifier>201709</yearidentifier></data><data><abstract>為創造新經濟動能，促進經濟更加活絡與強韌，總統揭示2017年政府將從「加速推動經濟結構轉型」及「全面擴大基礎建設投資」兩大面向切入。「全面擴大基礎建設投資」除積極盤點地方建設需求，優先推動促進地方整體發展與區域平衡之重要基礎建設外，亦需針對六項下一個世代基礎建設進行盤點，提出完整且具前瞻性基礎建設計畫，作為未來推動依據。其中第三項即為因應氣候變遷的防洪及抗旱工程。另外，為因應全球氣候變遷，總統指示，除強化現有防災體系，更需預先籌劃災害防救相關措施，並持續精進災害應變與加強危機管理能力，當面臨災變時方能使人民生命財產損失降至最低。前述因應氣候變遷的防洪及抗旱工程，與面臨災害應變與危機管理能力即為提升區域水韌性(water resilience)之務實作為，故透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法(國土計畫法、海岸管理法與濕地保育法)提出需強化韌性地區之完整且具前瞻性的調適策略，有其必要性。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060413</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602702</governmentpublicationsnumber><identifier>83748</identifier><internationalstandardbooknumber>9789860550047 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83748</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>韌性水城市評估與調適研究(1/2)=A Study on Assessment Framework and Adaptation Strategies for Water Resilient Cities(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為創造新經濟動能，促進經濟更加活絡與強韌，總統揭示2017年政府將從「加速推動經濟結構轉型」及「全面擴大基礎建設投資」兩大面向切入。「全面擴大基礎建設投資」除積極盤點地方建設需求，優先推動促進地方整體發展與區域平衡之重要基礎建設外，亦需針對六項下一個世代基礎建設進行盤點，提出完整且具前瞻性基礎建設計畫，作為未來推動依據。其中第三項即為因應氣候變遷的防洪及抗旱工程。另外，為因應全球氣候變遷，總統指示，除強化現有防災體系，更需預先籌劃災害防救相關措施，並持續精進災害應變與加強危機管理能力，當面臨災變時方能使人民生命財產損失降至最低。前述因應氣候變遷的防洪及抗旱工程，與面臨災害應變與危機管理能力即為提升區域水韌性(water resilience)之務實作為，故透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法(國土計畫法、海岸管理法與濕地保育法)提出需強化韌性地區之完整且具前瞻性的調適策略，有其必要性。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060413</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602702</governmentpublicationsnumber><identifier>83749</identifier><internationalstandardbooknumber>9789860550047 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83749</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>韌性水城市評估與調適研究(1/2)--光碟版=A Study on Assessment Framework and Adaptation Strategies for Water Resilient Cities(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年執行「氣候變遷對水環境之衝擊與調適研究」計畫，在防洪策略部份，迄今已完成因應氣候變遷臺灣五大流域(淡水河、大甲溪、濁水溪、曾文溪、高屏溪) 等相關研究。惟面對氣候變遷的挑戰，歐美日等先進國家都積極推動多元防洪策略，其中包含將排水系統與交通路網整合，以提升都市(或地區)防洪能力。 臺灣山高地小，河川陡長流急，近年都市高度發展下，已嚴重壓縮防洪空間，尤其氣候變遷影響下，水太多之極端水文現象頻仍，實宜參考國外將排水系統與交通路網整合之經驗，爰此成立本計畫，以進一步研究分析此方法如何在地化，並使水利與交通領域建立整合機制。</abstract><author>國立臺灣大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060407</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602715</governmentpublicationsnumber><identifier>83750</identifier><internationalstandardbooknumber>9789860550283 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83750</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷防洪策略之排水系統與交通路網整合方案研究(2/2)=Drainage system and transportation road network integration research for hydraulic flood control strategy in response to climate change(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為釐清氣候變遷對水環境的影響程度，據以規劃與推動調適策略，並建立跨域整合機制，本(水利)署自98年執行「氣候變遷對水環境之衝擊與調適研究」計畫，在防洪策略部份，迄今已完成因應氣候變遷臺灣五大流域(淡水河、大甲溪、濁水溪、曾文溪、高屏溪) 等相關研究。惟面對氣候變遷的挑戰，歐美日等先進國家都積極推動多元防洪策略，其中包含將排水系統與交通路網整合，以提升都市(或地區)防洪能力。 臺灣山高地小，河川陡長流急，近年都市高度發展下，已嚴重壓縮防洪空間，尤其氣候變遷影響下，水太多之極端水文現象頻仍，實宜參考國外將排水系統與交通路網整合之經驗，爰此成立本計畫，以進一步研究分析此方法如何在地化，並使水利與交通領域建立整合機制。</abstract><author>國立臺灣大學</author><categoryidentifier>445.48</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060407</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602715</governmentpublicationsnumber><identifier>83751</identifier><internationalstandardbooknumber>9789860550283 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83751</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷防洪策略之排水系統與交通路網整合方案研究(2/2)--光碟版=Drainage system and transportation road network integration research for hydraulic flood control strategy in response to climate change(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本科專計畫將建立電容去離子技術之系統，同時發展電能轉換裝置，開發適合的貯能電能系統，並搭配信息通信技術，完成智慧新節能型水再生系統之建置，並進行其生命週期評估、經濟效益分析及實施計畫建議。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060402</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602629</governmentpublicationsnumber><identifier>83753</identifier><internationalstandardbooknumber>9789860549560 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83753</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>貯能型水再生系統(1/2)=Establishment of Energy Storage Water Reclamation System</title><yearidentifier>201712</yearidentifier></data><data><abstract>本科專計畫將建立電容去離子技術之系統，同時發展電能轉換裝置，開發適合的貯能電能系統，並搭配信息通信技術，完成智慧新節能型水再生系統之建置，並進行其生命週期評估、經濟效益分析及實施計畫建議。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060402</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602629</governmentpublicationsnumber><identifier>83754</identifier><internationalstandardbooknumber>9789860549560 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83754</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>貯能型水再生系統(1/2)--光碟版=Establishment of Energy Storage Water Reclamation System</title><yearidentifier>201712</yearidentifier></data><data><abstract>創新發展計畫將首度運用物聯網與大數據新科技，開發創新智慧水管理產業研發新興水利技術，發展多元永續的供水系統，智慧管理與彈性調度水源，同時將研究成果朝向商品化建立可行性之商業模式加值應用至其他地區，及解決我國全面性水問題的管理需求，並且累積經驗與精進技術以建立水利科技產業技術。以滿足推動藉由內需與外銷並重，有效強化經濟體質及加速產業轉型。 為達成創新發展計畫之目標，本委託服務計畫主要推動策略包括(A)相關計畫產出專利與技術轉移；(B)水利產業技術人才培育與諮詢服務；(C)計畫執行聯絡協調、整合及產業推動作業，同時為促進產業交流及合作，將成立智慧水管理產業服務平台，透過國內人才培訓、國際展覽交流與行銷，期望將台灣水利產業進一步推向國際市場。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060450</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602592</governmentpublicationsnumber><identifier>83756</identifier><internationalstandardbooknumber>9789860548310 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83756</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>智慧水管理產業創新發展計畫管理及產業推動服務(1/4)=Industry Innovation Development and Promotion Plans for Smart Water Management(1/4)</title><yearidentifier>201712</yearidentifier></data><data><abstract>創新發展計畫將首度運用物聯網與大數據新科技，開發創新智慧水管理產業研發新興水利技術，發展多元永續的供水系統，智慧管理與彈性調度水源，同時將研究成果朝向商品化建立可行性之商業模式加值應用至其他地區，及解決我國全面性水問題的管理需求，並且累積經驗與精進技術以建立水利科技產業技術。以滿足推動藉由內需與外銷並重，有效強化經濟體質及加速產業轉型。 為達成創新發展計畫之目標，本委託服務計畫主要推動策略包括(A)相關計畫產出專利與技術轉移；(B)水利產業技術人才培育與諮詢服務；(C)計畫執行聯絡協調、整合及產業推動作業，同時為促進產業交流及合作，將成立智慧水管理產業服務平台，透過國內人才培訓、國際展覽交流與行銷，期望將台灣水利產業進一步推向國際市場。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060450</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602592</governmentpublicationsnumber><identifier>83757</identifier><internationalstandardbooknumber>9789860548310 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83757</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>智慧水管理產業創新發展計畫管理及產業推動服務(1/4)--光碟版=Industry Innovation Development and Promotion Plans for Smart Water Management(1/4)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署於104-105年辦理「再生能源於再生水廠之應用研究」，建立0.2 CMD級平板式薄膜蒸餾(MD)系統，並以迪化污水處理廠實廠持續操作四個月取得相關研發數據，完成其產水成本、水質評估，達成造水與節能之目標。 由於能源及資源未來將成為重要之戰略物資，因此本計畫除著重於再生水廠除造水與節能外，並以開發為具有造水、節能、創能與能資源之全回收系統，另結合研發單位、系統製造商、用水端開發具本土智財權薄膜，以商品化為前提進行噸級模廠設計及測試，加強各界對我國再生水科技的印象，以促進再生水產業發展。 本計畫考量目前商業化RO產水率仍有約50-70%的濃排液，如能將MD運用於提升再生水廠或海淡廠中RO濃縮液之濃度，除可將濃排液進一步減量，並更可與正滲透(FO)系統搭配成為壓力延遲滲透(PRO)系統，利用滲透壓差提高濃液之位能，再藉由高度差進行發電，除了可以降低再生水廠或海淡廠用電量，達到減碳效果，另也可再利用支撐式液態薄膜(SLM)將MD與RO濃排液中的有價金屬資源進行回收，惟目前我國並無上述整合各技術之系統及試驗成果，故本計畫針對RO濃排液再利用、發電以及有價資源回收之發展進行研究。</abstract><author>中原大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060401</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602594</governmentpublicationsnumber><identifier>83760</identifier><internationalstandardbooknumber>9789860548532 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83760</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水及能資源全回收低排碳薄膜系統(1/2)=Membrane technology for water,energy and resource recovery and low-carbon full-recycling systems(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署於104-105年辦理「再生能源於再生水廠之應用研究」，建立0.2 CMD級平板式薄膜蒸餾(MD)系統，並以迪化污水處理廠實廠持續操作四個月取得相關研發數據，完成其產水成本、水質評估，達成造水與節能之目標。 由於能源及資源未來將成為重要之戰略物資，因此本計畫除著重於再生水廠除造水與節能外，並以開發為具有造水、節能、創能與能資源之全回收系統，另結合研發單位、系統製造商、用水端開發具本土智財權薄膜，以商品化為前提進行噸級模廠設計及測試，加強各界對我國再生水科技的印象，以促進再生水產業發展。 本計畫考量目前商業化RO產水率仍有約50-70%的濃排液，如能將MD運用於提升再生水廠或海淡廠中RO濃縮液之濃度，除可將濃排液進一步減量，並更可與正滲透(FO)系統搭配成為壓力延遲滲透(PRO)系統，利用滲透壓差提高濃液之位能，再藉由高度差進行發電，除了可以降低再生水廠或海淡廠用電量，達到減碳效果，另也可再利用支撐式液態薄膜(SLM)將MD與RO濃排液中的有價金屬資源進行回收，惟目前我國並無上述整合各技術之系統及試驗成果，故本計畫針對RO濃排液再利用、發電以及有價資源回收之發展進行研究。</abstract><author>中原大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060401</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602594</governmentpublicationsnumber><identifier>83762</identifier><internationalstandardbooknumber>9789860548532 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83762</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水及能資源全回收低排碳薄膜系統(1/2)--光碟版=Membrane technology for water,energy and resource recovery and low-carbon full-recycling systems(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫延續第一階段之萬榮堤防改善，運用50公尺寬之堤頂空間，分段種植不同季節特性且具香氣之喬灌木(四季變化的景觀植栽、可散發香氣的植栽、誘蝶誘鳥的植栽)，營造香氛、活氧的水岸綠廊道，並串聯區內外自行車道，提供舒適、健康的水岸樂休閒空間豐富馬鞍溪下游水岸視覺景觀特色，強調綠色環境的保全與連結。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060420</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602499</governmentpublicationsnumber><identifier>83763</identifier><internationalstandardbooknumber>9789860548136 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83763</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>馬鞍溪環境景觀規劃後續計畫The successive landscape planning of the Maan River</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫延續第一階段之萬榮堤防改善，運用50公尺寬之堤頂空間，分段種植不同季節特性且具香氣之喬灌木(四季變化的景觀植栽、可散發香氣的植栽、誘蝶誘鳥的植栽)，營造香氛、活氧的水岸綠廊道，並串聯區內外自行車道，提供舒適、健康的水岸樂休閒空間豐富馬鞍溪下游水岸視覺景觀特色，強調綠色環境的保全與連結。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060420</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/17</date><governmentpublicationsnumber>1010602499</governmentpublicationsnumber><identifier>83764</identifier><internationalstandardbooknumber>9789860548136 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83764</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>馬鞍溪環境景觀規劃後續計畫(光碟版)The successive landscape planning of the Maan River</title><yearidentifier>201712</yearidentifier></data><data><abstract>全台依據自來水法共劃設113處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。 本署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區辦理水源保育社區相關計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 民國104年度於高屏溪水質水量保護區辦理水源保育社區推動計畫，盤點保護區水源保育議題，透過社區參與討論，擬訂社區水源保育願景及目標，及研擬「在地行動，守護水源」中程推動計畫，完成以水源保育課程的學習、共同巡守、環境友善產業推廣、配合地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區的規劃，計畫推動過程獲得社區及居民認同與支持。 本(105)年度擬辦理中部地區水源保育社區推動計畫，期望透過不同地域的水源保育社區種子培植，繁衍更多人文與保育兼具的水源保育社區，由公私協力共同保育珍貴的水源。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060233</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602354</governmentpublicationsnumber><identifier>83789</identifier><internationalstandardbooknumber>9789860544992 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83789</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推動計畫(中部地區)=Central of Taiwan Community Program : Water Resources Protection 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>全台依據自來水法共劃設113處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。 本署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區辦理水源保育社區相關計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 民國104年度於高屏溪水質水量保護區辦理水源保育社區推動計畫，盤點保護區水源保育議題，透過社區參與討論，擬訂社區水源保育願景及目標，及研擬「在地行動，守護水源」中程推動計畫，完成以水源保育課程的學習、共同巡守、環境友善產業推廣、配合地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區的規劃，計畫推動過程獲得社區及居民認同與支持。 本(105)年度擬辦理中部地區水源保育社區推動計畫，期望透過不同地域的水源保育社區種子培植，繁衍更多人文與保育兼具的水源保育社區，由公私協力共同保育珍貴的水源。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060233</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602354</governmentpublicationsnumber><identifier>83790</identifier><internationalstandardbooknumber>9789860544992 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83790</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推動計畫(中部地區)--光碟版=Central of Taiwan Community Program : Water Resources Protection 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>經濟部自93年起推動水源保育與回饋機制之立法，陸續完成自來水法第12-1條、第12-2條、第12-3條及第12-4條增訂及相關法令頒訂，並於95年1月1日起開徵水源保育與回饋費，專供地方政府於水質水量保護區內辦理水資源保育與環境生態保育基礎設施、居民公共福利回饋及受限土地補償之用。 為辦理水源保育與回饋業務，本署已建置「水庫集水區暨自來水水質水量保護區查詢系統」、「水源保育與回饋業務系統」及「水質水量保護區巡查系統」，內容包含水質水量保護區圖資建立及範圍查詢、水源保育與回饋費徵收及分配運用及水質水量保護區巡查管理等業務。 為使水源保育與回饋各項業務推動順遂，今年度將配合政府資訊公開、相關法規修正及業務需求，精進提升上述各系統功能，並做持續性的維護工作。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060273</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602243</governmentpublicationsnumber><identifier>83796</identifier><internationalstandardbooknumber>9789860544244 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育與回饋業務系統維護及精進計畫=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>經濟部自93年起推動水源保育與回饋機制之立法，陸續完成自來水法第12-1條、第12-2條、第12-3條及第12-4條增訂及相關法令頒訂，並於95年1月1日起開徵水源保育與回饋費，專供地方政府於水質水量保護區內辦理水資源保育與環境生態保育基礎設施、居民公共福利回饋及受限土地補償之用。 為辦理水源保育與回饋業務，本署已建置「水庫集水區暨自來水水質水量保護區查詢系統」、「水源保育與回饋業務系統」及「水質水量保護區巡查系統」，內容包含水質水量保護區圖資建立及範圍查詢、水源保育與回饋費徵收及分配運用及水質水量保護區巡查管理等業務。 為使水源保育與回饋各項業務推動順遂，今年度將配合政府資訊公開、相關法規修正及業務需求，精進提升上述各系統功能，並做持續性的維護工作。</abstract><author>逢甲大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060273</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602243</governmentpublicationsnumber><identifier>83797</identifier><internationalstandardbooknumber>9789860544244 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83797</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育與回饋業務系統維護及精進計畫--光碟版=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫主要整合水源保育與管理等相關業務辦理經驗及執行成果，以建置知識共享機制提供相關業務整合交流，並進一步擘劃未來推動策略與執行方向。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060278</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602356</governmentpublicationsnumber><identifier>83801</identifier><internationalstandardbooknumber>9789860544213 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83801</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水資源保育管理知識共享計畫=The Project of Water Resources Conservation Management and Knowledge Sharing Program</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫主要整合水源保育與管理等相關業務辦理經驗及執行成果，以建置知識共享機制提供相關業務整合交流，並進一步擘劃未來推動策略與執行方向。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060278</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602356</governmentpublicationsnumber><identifier>83802</identifier><internationalstandardbooknumber>9789860544213 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83802</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水資源保育管理知識共享計畫--光碟版=The Project of Water Resources Conservation Management and Knowledge Sharing Program</title><yearidentifier>201712</yearidentifier></data><data><abstract>11條規定劃設管理，且亦有水源保育與回饋之機制。惟在水資源保育上，常需限制人民之權利，產生管理衝突與困擾，因此，如何在水資源保育及人民權利維護上取得平衡，係保護區管理上之重要課題。 有鑑於劃設保護區後，依法禁止或限制相關貽害水質水量之行為，爰水質水量保護區相關資料調查建立、管理精進政策及法規檢討確有其必要性；另針對外部法規修正規定對保護區管理所帶來之衝擊，自來水事業水價調整可能方案與耗水費、水污染防治費及國土保育費等費用開徵，檢討水源保育與回饋業務及推動配套措施是為當前要務。 本年度將針對自來水水質水量保護區劃設、管理、管制及水源保育與回饋費徵收、運用業務進行彙整分析，據以研提精進建議，並配合其他相關法令實施推動配套措施，以利推展保護區相關業務。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060230</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602447</governmentpublicationsnumber><identifier>83805</identifier><internationalstandardbooknumber>9789860546972 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83805</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育與回饋業務服務團計畫=2017 service crop for water resources conservation and compensation fee project</title><yearidentifier>201712</yearidentifier></data><data><abstract>11條規定劃設管理，且亦有水源保育與回饋之機制。惟在水資源保育上，常需限制人民之權利，產生管理衝突與困擾，因此，如何在水資源保育及人民權利維護上取得平衡，係保護區管理上之重要課題。 有鑑於劃設保護區後，依法禁止或限制相關貽害水質水量之行為，爰水質水量保護區相關資料調查建立、管理精進政策及法規檢討確有其必要性；另針對外部法規修正規定對保護區管理所帶來之衝擊，自來水事業水價調整可能方案與耗水費、水污染防治費及國土保育費等費用開徵，檢討水源保育與回饋業務及推動配套措施是為當前要務。 本年度將針對自來水水質水量保護區劃設、管理、管制及水源保育與回饋費徵收、運用業務進行彙整分析，據以研提精進建議，並配合其他相關法令實施推動配套措施，以利推展保護區相關業務。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060230</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602447</governmentpublicationsnumber><identifier>83806</identifier><internationalstandardbooknumber>9789860546972 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83806</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育與回饋業務服務團計畫--光碟版=2017 service crop for water resources conservation and compensation fee project</title><yearidentifier>201712</yearidentifier></data><data><abstract>為強化水質水量保護區之管理，促進保護區內水資源涵養以及水源保育與回饋費之合理運用，以前年度已完成水資源環境信託之先期研究與規劃，為能持續推展，特於106年度辦理試辦計畫，期能成為後續推廣之示範計畫。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>436.283</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060234</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602446</governmentpublicationsnumber><identifier>83808</identifier><internationalstandardbooknumber>9789860547115 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83808</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水源保育環境信託試辦計畫=Environmental Trust for Water Sources Conservation Pilot Project</title><yearidentifier>201712</yearidentifier></data><data><abstract>為強化水質水量保護區之管理，促進保護區內水資源涵養以及水源保育與回饋費之合理運用，以前年度已完成水資源環境信託之先期研究與規劃，為能持續推展，特於106年度辦理試辦計畫，期能成為後續推廣之示範計畫。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>436.283</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060234</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602446</governmentpublicationsnumber><identifier>83809</identifier><internationalstandardbooknumber>9789860547115 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83809</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水源保育環境信託試辦計畫--光碟版=Environmental Trust for Water Sources Conservation Pilot Project</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署掌理全國水利、自來水、河川流域、水資源政策、水利資訊、水旱災害防救以及有關之水利行政等事項，近來因社會、資訊、經濟與自然環境變化急速加劇，極端氣候造成臺灣地區更多的水旱災害等水資源相關問題，於105年水利署舉辦全國水論壇廣邀各政府機關、專家學者、民間團體等，以「水與安全」、「水與發展」、「水與環境」、「水與契機」為主題，其中有關「涓滴珍惜、水源永續」之管理即為水利署未來業務發展之重點。 水利署自民國100年起於水質水量保護區辦理水源保育社區計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，以在地需求考量，推動適域性的保育措施，由在地民眾共同參與水源保育行動。 歸納水利署歷年水源保育社區之辦理情形，水源保育社區辦理之工作項目包括: 水源巡守保護、環境友善農業、農業減廢、點源及非點源污染之改善、環境綠美化、合理化施肥、水源保育宣導、生態旅遊、社區培力自主檢測水質、湧泉溪流認養、生態保育及復育、節約用水等。 為持續推廣社區參與水源保育，藉由公私協力及逐步推廣水源保育社區來喚醒社會對水資源之重視，繁衍更多在地特色與保育兼具的水源保育社區，以達水資源永續利用之目標，爰本計畫參考水利署過去辦理社區參與水源保育的基礎上，先擇定高雄、屏東地區逐步推廣。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060427</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602352</governmentpublicationsnumber><identifier>83810</identifier><internationalstandardbooknumber>9789860545005 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83810</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推廣計畫-高雄及屏東地區=Promotion Program of Water Resource Conservation Community in 2017-Kaohsiung and Pingtung Areas</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署掌理全國水利、自來水、河川流域、水資源政策、水利資訊、水旱災害防救以及有關之水利行政等事項，近來因社會、資訊、經濟與自然環境變化急速加劇，極端氣候造成臺灣地區更多的水旱災害等水資源相關問題，於105年水利署舉辦全國水論壇廣邀各政府機關、專家學者、民間團體等，以「水與安全」、「水與發展」、「水與環境」、「水與契機」為主題，其中有關「涓滴珍惜、水源永續」之管理即為水利署未來業務發展之重點。 水利署自民國100年起於水質水量保護區辦理水源保育社區計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，以在地需求考量，推動適域性的保育措施，由在地民眾共同參與水源保育行動。 歸納水利署歷年水源保育社區之辦理情形，水源保育社區辦理之工作項目包括: 水源巡守保護、環境友善農業、農業減廢、點源及非點源污染之改善、環境綠美化、合理化施肥、水源保育宣導、生態旅遊、社區培力自主檢測水質、湧泉溪流認養、生態保育及復育、節約用水等。 為持續推廣社區參與水源保育，藉由公私協力及逐步推廣水源保育社區來喚醒社會對水資源之重視，繁衍更多在地特色與保育兼具的水源保育社區，以達水資源永續利用之目標，爰本計畫參考水利署過去辦理社區參與水源保育的基礎上，先擇定高雄、屏東地區逐步推廣。</abstract><author>國立高雄第一科技大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060427</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602352</governmentpublicationsnumber><identifier>83811</identifier><internationalstandardbooknumber>9789860545005 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83811</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推廣計畫-高雄及屏東地區--光碟版=Promotion Program of Water Resource Conservation Community in 2017-Kaohsiung and Pingtung Areas</title><yearidentifier>201712</yearidentifier></data><data><abstract>經濟部依據自來水法規定共劃設113處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。為尋求可以兼顧水源保育與居民生計的雙贏措施，本署自民國100年起辦理水源保育社區相關計畫，以「在地行動 守護水源」為目標，透過走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 民國104年度以高屏溪水質水量保護區為規劃區域，盤點高屏溪水源保育議題，並擇定屏東縣里港鄉荖濃溪畔的信國社區為「在地行動，守護水源」計畫試辦社區，透過社區自主參與，擬定社區願景、水源保育工作目標及4年期的行動計畫。 本(105)年度擬辦理信國社區「在地行動，守護水源」第1年行動計畫，期望社區透過水源保育課程的學習、共同巡守、及本計畫協助推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>財團法人高雄市美濃農村田野學會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060235</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602350</governmentpublicationsnumber><identifier>83812</identifier><internationalstandardbooknumber>9789860545272 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83812</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推動計畫(南部地區)=Promotion Program of Water resource Conservation Community in 2017 (southern Taiwan)</title><yearidentifier>201712</yearidentifier></data><data><abstract>經濟部依據自來水法規定共劃設113處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。為尋求可以兼顧水源保育與居民生計的雙贏措施，本署自民國100年起辦理水源保育社區相關計畫，以「在地行動 守護水源」為目標，透過走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 民國104年度以高屏溪水質水量保護區為規劃區域，盤點高屏溪水源保育議題，並擇定屏東縣里港鄉荖濃溪畔的信國社區為「在地行動，守護水源」計畫試辦社區，透過社區自主參與，擬定社區願景、水源保育工作目標及4年期的行動計畫。 本(105)年度擬辦理信國社區「在地行動，守護水源」第1年行動計畫，期望社區透過水源保育課程的學習、共同巡守、及本計畫協助推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>財團法人高雄市美濃農村田野學會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060235</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602350</governmentpublicationsnumber><identifier>83813</identifier><internationalstandardbooknumber>9789860545272 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83813</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度水源保育社區推動計畫(南部地區)--光碟版=Promotion Program of Water resource Conservation Community in 2017 (southern Taiwan)</title><yearidentifier>201712</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060422</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602512</governmentpublicationsnumber><identifier>83814</identifier><internationalstandardbooknumber>9789860547788 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83814</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估(1/2)(內附光碟)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>由於全球氣候變遷導致台灣降雨逐漸呈現降雨延時縮短、強度增加的趨勢，水資源管理機關面臨區域水資源調度壓力加劇、地下水使用量增加、水庫防洪操作、防洪安全及低窪地區防汛應變整備時效急迫等課題。然而，隨著科技趨勢的發展，透過物聯網、資訊與通信科技、雲端運算與大數據等科技為現今所面臨之課題提供一個有效的解決方案。 智慧水管理是以政府、學術、民間、產業單位所提供之公共用水的開放資料(open data)為基礎，由大數據資料中擷取、探勘出重要且有意義的資訊，再進而分析出重要的知識，以進行智慧的管理。大數據分析對智慧水管理、規劃、決策、研究至關重要，蒐集及協調不同來源的水利大數據，將有助於政府、民生、農業、工業、及學術研究等領域整合大數據，並進一步有效利用大數據，開發水資源兼顧防洪安全的新知識、產品、服務、進行智慧管理。 本計畫將研擬國內之水資源物聯網及數據庫基礎架構，提出一整合現有水資源兼顧防洪安全相關資料產品與服務合適架構，以提昇相關水資源研究能量與產業之發展。並架構整體智慧水管理的全新水資源管理模式，包括水資源綜合管理、水利防災，透過水管理科技減少地域間水資源短缺的差異，確保各種水資源有效生產、傳輸與分配，以及減少水災對於人民生命財產的損失。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060310</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602151</governmentpublicationsnumber><identifier>83815</identifier><internationalstandardbooknumber>9789860542998 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83815</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>智慧水管理整體建構規劃(內附光碟) Integrated Planning of Smart Water Management</title><yearidentifier>201712</yearidentifier></data><data><abstract>由於全球氣候變遷導致台灣降雨逐漸呈現降雨延時縮短、強度增加的趨勢，水資源管理機關面臨區域水資源調度壓力加劇、地下水使用量增加、水庫防洪操作、防洪安全及低窪地區防汛應變整備時效急迫等課題。然而，隨著科技趨勢的發展，透過物聯網、資訊與通信科技、雲端運算與大數據等科技為現今所面臨之課題提供一個有效的解決方案。 智慧水管理是以政府、學術、民間、產業單位所提供之公共用水的開放資料(open data)為基礎，由大數據資料中擷取、探勘出重要且有意義的資訊，再進而分析出重要的知識，以進行智慧的管理。大數據分析對智慧水管理、規劃、決策、研究至關重要，蒐集及協調不同來源的水利大數據，將有助於政府、民生、農業、工業、及學術研究等領域整合大數據，並進一步有效利用大數據，開發水資源兼顧防洪安全的新知識、產品、服務、進行智慧管理。 本計畫將研擬國內之水資源物聯網及數據庫基礎架構，提出一整合現有水資源兼顧防洪安全相關資料產品與服務合適架構，以提昇相關水資源研究能量與產業之發展。並架構整體智慧水管理的全新水資源管理模式，包括水資源綜合管理、水利防災，透過水管理科技減少地域間水資源短缺的差異，確保各種水資源有效生產、傳輸與分配，以及減少水災對於人民生命財產的損失。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060310</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602151</governmentpublicationsnumber><identifier>83816</identifier><internationalstandardbooknumber>9789860542998 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83816</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>智慧水管理整體建構規劃--光碟版=Integrated Planning of Smart Water Management</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602304</governmentpublicationsnumber><identifier>83820</identifier><internationalstandardbooknumber>9789860545289 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83820</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>106年度石門水庫泥砂運移監測設施維護與全洪程觀測(內附光碟)=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602304</governmentpublicationsnumber><identifier>83822</identifier><internationalstandardbooknumber>9789860545289 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83822</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>106年度石門水庫泥砂運移監測設施維護與全洪程觀測--光碟版=Sediment Transport Monitoring Facility Maintenance and Flood Event Observation in Shihmen Reservoir</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2017/1/19</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>83823</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83823</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)Implement and Application Study of CCHE3D Mobile-bed Model(3/3)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402429</governmentpublicationsnumber><identifier>83824</identifier><internationalstandardbooknumber>9789860466195 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83824</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究(3/3)附冊一 CCHE3D模式使用手冊中文版Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060075</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602367</governmentpublicationsnumber><identifier>83825</identifier><internationalstandardbooknumber>9789860545791 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83825</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>彎道堤防基腳沖刷之動態觀測(1/2)(內附光碟)=Real-time Monitoring for Embankment Scour along River Bends(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣西部多砂河川河道沖刷與穩定工法為近年有關單位持續關注之重要議題，特別是堰壩下游劇烈沖刷行為導致岩盤裸露，危及相關水工及防洪構造物安全，本所過去針對集集堰下游進行之二維數模與物模試驗研究，可作為穩定方案布置原則，惟礙於二維水深平均模式理論限制及模型比例效應，關於局部沖淤及堰區下游複雜流況，尚待進一步研究探討。 國內目前常見之動床模式，多以一維或二維為主，對於複雜三維流場與局部沖刷問題，如橋墩、丁壩、固床工、水庫等，均採用一維或二維模式計算，因其對於水深方向之平均假設，成果常有其限制或不確定性，須藉由更精進之三維模式以獲得更客觀之評估成果。然而由於三維模式之開發與應用較具有技術門檻，且國內切入該領域時間較短，現有模式大多仍於研發階段，有鑑於目前亟需解決之河工治理問題頻仍，考量模式應用之迫切性與現地模擬之可靠度，仍須藉助於國外先進三維動床模式。 CCHE3D模式為美國國家計算水科學及工程中心所研發，為一套基於有限元素法之三維模式，適用於複雜自然環境下之自由液面紊流、泥砂傳輸、河床變遷、汙染傳輸與水質等問題之探討，模式曾藉由多筆實驗室與現場案例完成檢定驗證工作，近年更對於模式時間尺度進行研發改良，使其更適用於模擬現場案例問題。本所曾於民國96年至98年間成立計畫與前該中心進行實質之技術交流，其引進之CCHE1D與CCHE2D動床數值模式現今於台灣水利界之獲廣泛應用，包括石門水庫、濁水溪、高屏溪、卑南溪等流域，有效提升國內數值模擬之技術能力，爰此，持續本委託計畫，進行CCHE3D三維動床數值模式引進及應用研究，以強化國內對河道局部沖淤及三維複雜流況分析能力，作為河川整體治理規劃及河道穩定工法分析之工具。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040215</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/19</date><governmentpublicationsnumber>1010402430</governmentpublicationsnumber><identifier>83826</identifier><internationalstandardbooknumber>9789860466201 ; 9789860466</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83826</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>美國國家水科中心河道三維動床數值模式之引進及應用研究總報告Implement and Application Study of CCHE3D Mobile-bed Model</title><yearidentifier>201512</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060075</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/19</date><governmentpublicationsnumber>1010602367</governmentpublicationsnumber><identifier>83827</identifier><internationalstandardbooknumber>9789860545791 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83827</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>彎道堤防基腳沖刷之動態觀測(1/2)--光碟版=Real-time Monitoring for Embankment Scour along River Bends(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為有效監測地層下陷行為，以積極有效之作為減緩地層下陷之發生，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度），應用水準測量、磁環式分層監測井及GPS等多元監測技術，持續進行臺北、嘉義、高雄及屏東地區地層下陷監測，並針對新興異常沈陷與嚴重地層下陷地區之相關發生機制進行深入探討，及時研擬有效因應措施，防止地層下陷情況惡化。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040054</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/25</date><governmentpublicationsnumber>1010403087</governmentpublicationsnumber><identifier>83841</identifier><internationalstandardbooknumber>9789860473773 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83841</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>104</publishrocyear><title>104年度臺北、嘉義、高雄及屏東地區地層下陷監測及分析Monitoring and Analyzing Subsidence of Taipei,Chiaya,Kaohsiung and Pingtung Area in 2015</title><yearidentifier>201512</yearidentifier></data><data><abstract> </abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060394</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602479</governmentpublicationsnumber><identifier>83842</identifier><internationalstandardbooknumber>9789860547184 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83842</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>新竹港南海岸環境營造規劃(1/2)The Planning of Sustainable Environmental Regeneration at Kang-Nan coast, Hsinchu City(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060178</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602523</governmentpublicationsnumber><identifier>83845</identifier><internationalstandardbooknumber>9789860547320 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83845</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪自動化流量觀測站規劃建置 =Planning and Construction of Automatic flow Observation Stations on Touqian River</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060182</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602473</governmentpublicationsnumber><identifier>83847</identifier><internationalstandardbooknumber>9789860546934 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83847</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(2/2) Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060086</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602464</governmentpublicationsnumber><identifier>83848</identifier><internationalstandardbooknumber>9789860546262 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83848</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>106年度二河局轄區洪水預警及防汛整合作業=Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫為經濟部水利署第二河川局每年持續辦理的防汛相關計畫，工作重點除了每年應持續辦理的例行性防汛業務外，並配合二河局重點業務需求，進行預警機制與防汛作業精進作為的分析工作，以協助相關防汛工作的規劃與推動，儘可能降低二河局轄區洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEARWA1060086</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602464</governmentpublicationsnumber><identifier>83849</identifier><internationalstandardbooknumber>9789860546262 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83849</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>106年度二河局轄區洪水預警及防汛整合作業(光碟版)=Integration Plan of Taoyuan, Hsinchu and Miaoli Area Flood Forecasting System and Flood-Protection Drill and Practice in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>以樂工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060266</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602480</governmentpublicationsnumber><identifier>83850</identifier><internationalstandardbooknumber>9789860547351 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83850</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>中港溪水系南庄溪支流南河溪通洪能力檢討及治理對策研擬=The examination of the flood conveyance capacity and management strategies in the Nanhe river</title><yearidentifier>201712</yearidentifier></data><data><abstract>南河溪(又名蓬萊溪)位於苗栗縣東北部南庄鄉境內，屬中港溪上游河段南庄溪支流之一，發源於加里山(EL.2,220公尺)，向北流經紅毛館而抵達南庄，於南庄鄉公所與東來之東河溪?流而成南庄溪。南河溪河道主幹流長約13.8公里，河川界點自上游與八卦力溪?流處至與東河溪?流處止，長約7.86公里，流域面積約50.14平方公里，多屬山丘區。計畫範圍河道平均坡降約為1/28至1/57，坡陡流急。南河溪原屬苗栗縣政府管轄，而後於民國89年列入中央管河川，隸屬經濟部水利署第二河川局管轄。苗栗縣政府曾於民國88年5月完成治理基本計畫，但並未辦理公告程序，迄今已歷時18載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理「中港溪水系南庄溪支流南河溪通洪能力檢討及治理對策研擬」，以供後續治理與管理依據，南河溪採用25年重現期距洪水量為保護標準。</abstract><author>以樂工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060266</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602480</governmentpublicationsnumber><identifier>83851</identifier><internationalstandardbooknumber>9789860547351 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83851</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>中港溪水系南庄溪支流南河溪通洪能力檢討及治理對策研擬(光碟版)=The examination of the flood conveyance capacity and management strategies in the Nanhe river</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>銓華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060254</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602191</governmentpublicationsnumber><identifier>83852</identifier><internationalstandardbooknumber>9789860542585 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83852</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>後龍溪水系治理規劃檢討測量調查計畫=Topographic Survey and Regulation Planning Project in Houlong River</title><yearidentifier>201712</yearidentifier></data><data><abstract>南河溪(又名蓬萊溪)位於苗栗縣東北部南庄鄉境內，屬中港溪上游河段南庄溪支流之一，發源於加里山(EL.2,220公尺)，向北流經紅毛館而抵達南庄，於南庄鄉公所與東來之東河溪?流而成南庄溪。南河溪河道主幹流長約13.8公里，河川界點自上游與八卦力溪?流處至與東河溪?流處止，長約7.86公里，流域面積約50.14平方公里，多屬山丘區。計畫範圍河道平均坡降約為1/28至1/57，坡陡流急。南河溪原屬苗栗縣政府管轄，而後於民國89年列入中央管河川，隸屬經濟部水利署第二河川局管轄。苗栗縣政府曾於民國88年5月完成治理基本計畫，但並未辦理公告程序，迄今已歷時18載，期間歷經民國88年921大地震及數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，辦理「中港溪水系南庄溪支流南河溪通洪能力檢討及治理對策研擬」，以供後續治理與管理依據，南河溪採用25年重現期距洪水量為保護標準。</abstract><author>銓華國土測繪有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060254</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602191</governmentpublicationsnumber><identifier>83853</identifier><internationalstandardbooknumber>9789860542585 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83853</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>後龍溪水系治理規劃檢討測量調查計畫成果報告(光碟版)=Topographic Survey and Regulation Planning Project in Houlong River</title><yearidentifier>201712</yearidentifier></data><data><abstract>1.秀姑巒溪水系治理規劃檢討報告業於105年5月備查，刻正辦理治理計畫修正中，其檢討範圍包括主流及25條公告主次支流；主流及富源溪、紅葉溪、豐坪溪、卓溪與樂樂溪等5支流分於95、99及103(另包括富興溪及鱉溪)等年度依大斷面3至5年檢測原則辦理，餘支流除於101年度「秀姑巒溪治理規劃檢討－先期外業測量計畫」辦理過測量外，均未曾辦理，故對河床變化情形等無法進行比對與分析，爰提報計畫辦理，俾利治理計畫之檢討與修正。 2測量成果將結合103年度已完之主流及7條支流大斷面資料進行秀姑巒溪河道沖淤分析比對之資料來源外，並提供防洪工程施設、河川警戒水位檢討及河道疏濬作業之辦理依據。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060080</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602497</governmentpublicationsnumber><identifier>83854</identifier><internationalstandardbooknumber>9789860548570 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83854</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>秀姑巒溪水系次支流大斷面測量及水理與沖淤變化計畫=The Hsiukuluan River system tributaries cross-section survey、hydrographic analysis、erosion and deposition change plan</title><yearidentifier>201712</yearidentifier></data><data><abstract>1.秀姑巒溪水系治理規劃檢討報告業於105年5月備查，刻正辦理治理計畫修正中，其檢討範圍包括主流及25條公告主次支流；主流及富源溪、紅葉溪、豐坪溪、卓溪與樂樂溪等5支流分於95、99及103(另包括富興溪及鱉溪)等年度依大斷面3至5年檢測原則辦理，餘支流除於101年度「秀姑巒溪治理規劃檢討－先期外業測量計畫」辦理過測量外，均未曾辦理，故對河床變化情形等無法進行比對與分析，爰提報計畫辦理，俾利治理計畫之檢討與修正。 2測量成果將結合103年度已完之主流及7條支流大斷面資料進行秀姑巒溪河道沖淤分析比對之資料來源外，並提供防洪工程施設、河川警戒水位檢討及河道疏濬作業之辦理依據。</abstract><author>群立科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060080</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602497</governmentpublicationsnumber><identifier>83855</identifier><internationalstandardbooknumber>9789860548570 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83855</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>秀姑巒溪水系次支流大斷面測量及水理與沖淤變化計畫--光碟版=The Hsiukuluan River system tributaries cross-section survey、hydrographic analysis、erosion and deposition change plan</title><yearidentifier>201712</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸等區域之海岸監測作業，103年辦理崇德至豐濱海岸變遷，104辦理花蓮海岸基本資料調查監測(1/2)歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸段斷面監測。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060053</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602504</governmentpublicationsnumber><identifier>83856</identifier><internationalstandardbooknumber>9789860547979 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83856</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>花蓮海岸基本資料調查監測計畫(2/2)=Basic information collecting and survey monitoring of Hualien Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸等區域之海岸監測作業，103年辦理崇德至豐濱海岸變遷，104辦理花蓮海岸基本資料調查監測(1/2)歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸段斷面監測。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060053</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602504</governmentpublicationsnumber><identifier>83857</identifier><internationalstandardbooknumber>9789860547979 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83857</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>花蓮海岸基本資料調查監測計畫(2/2)--光碟版=Basic information collecting and survey monitoring of Hualien Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060093</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602357</governmentpublicationsnumber><identifier>83858</identifier><internationalstandardbooknumber>9789860546699 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83858</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>106年度九河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060302</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602525</governmentpublicationsnumber><identifier>83859</identifier><internationalstandardbooknumber>9789860544411 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83859</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>106年度中港溪水系堤防結構安全檢測=Test on Safety of Levee Structure at Jhonggang River Watershed in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060093</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602357</governmentpublicationsnumber><identifier>83860</identifier><internationalstandardbooknumber>9789860546699 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83860</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>106年度九河局轄區洪水預警及防汛整合作業--光碟版=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來因全球氣溫暖化，導致世界各地極端氣候不斷發生，颱風豪雨帶來嚴重的洪水災害，以致堤防（護岸）發生破壞。本計畫採用非破壞檢測方式，檢查中港溪堤防之使用狀況與內部損壞狀態，主要工作內容包括河堤(護岸)構造物設施目視檢查、非破壞性檢測工作包含透地雷達檢測及敲擊回音試驗；另河堤現況結構強度調查則採用混凝土鑽心抗壓試驗；綜整各項檢測成果後進行堤防現況綜合性評估，續依各段評估結果擬定改善及管理對策。</abstract><author>喬聯技術顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060302</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602525</governmentpublicationsnumber><identifier>83861</identifier><internationalstandardbooknumber>9789860544411 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83861</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>106年度中港溪水系堤防結構安全檢測(光碟版)=Test on Safety of Levee Structure at Jhonggang River Watershed in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060079</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602501</governmentpublicationsnumber><identifier>83862</identifier><internationalstandardbooknumber>9789860547955 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83862</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(1/3)年度成果報告=Investigation of Stream Status in Hualien River (Including Mainstream and 10 Major and Minor Tributaries)(1/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060079</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602501</governmentpublicationsnumber><identifier>83863</identifier><internationalstandardbooknumber>9789860547955 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83863</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(1/3)年度成果報告--光碟版=Investigation of Stream Status in Hualien River (Including Mainstream and 10 Major and Minor Tributaries)(1/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>1. 河川治理以往以防洪安全為其主要功能，但在現今社會愈趨著重環境美化、生態保育及休閒遊憩之今日，如何整合區域環境及拓展民眾生活空間，已是時勢所趨。因而在確保河防安全的原則下，尋求「治水」、「利水」、「親水」及「活水」之機能，達到河川流域空間跨域加值及多元化利用為目標是本計畫重點工作。  2. 木瓜溪位於花蓮縣境內，其下游自銅門大橋以下，為遊客由花蓮進入鯉魚潭的必經路線，中游左岸榕樹部落的榕樹堤防段，為進入著名慕谷慕魚的入口門戶，遊客經常停留聚集，鯉魚潭風景區因其具有天然的湖光山色，長期以來為花蓮當地居民及各地遊客所喜愛之景點之一，據統計自100至104年平均年遊客量已超過140萬人次，故位於台九丙區域的木瓜溪沿線，亦為遊客進出必經的路徑，榕樹堤防周邊也成為遊客停留聚集的區域，然木瓜溪原規劃計畫，主要為河川治理與防災為主，缺乏整體水岸環境、生態及親水機能，為提昇河岸環境景觀、增加遊客休憩空間，本計畫以確保防洪需求之前提，兼顧環境景觀整體規劃最後提出具體可行方案及管理策略，作為後續執行依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060421</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602505</governmentpublicationsnumber><identifier>83864</identifier><internationalstandardbooknumber>9789860548167 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83864</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>木瓜溪環境景觀規劃=The environmental Iandscape planning of the Mugua River</title><yearidentifier>201712</yearidentifier></data><data><abstract>1. 河川治理以往以防洪安全為其主要功能，但在現今社會愈趨著重環境美化、生態保育及休閒遊憩之今日，如何整合區域環境及拓展民眾生活空間，已是時勢所趨。因而在確保河防安全的原則下，尋求「治水」、「利水」、「親水」及「活水」之機能，達到河川流域空間跨域加值及多元化利用為目標是本計畫重點工作。  2. 木瓜溪位於花蓮縣境內，其下游自銅門大橋以下，為遊客由花蓮進入鯉魚潭的必經路線，中游左岸榕樹部落的榕樹堤防段，為進入著名慕谷慕魚的入口門戶，遊客經常停留聚集，鯉魚潭風景區因其具有天然的湖光山色，長期以來為花蓮當地居民及各地遊客所喜愛之景點之一，據統計自100至104年平均年遊客量已超過140萬人次，故位於台九丙區域的木瓜溪沿線，亦為遊客進出必經的路徑，榕樹堤防周邊也成為遊客停留聚集的區域，然木瓜溪原規劃計畫，主要為河川治理與防災為主，缺乏整體水岸環境、生態及親水機能，為提昇河岸環境景觀、增加遊客休憩空間，本計畫以確保防洪需求之前提，兼顧環境景觀整體規劃最後提出具體可行方案及管理策略，作為後續執行依據。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060421</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602505</governmentpublicationsnumber><identifier>83865</identifier><internationalstandardbooknumber>9789860548167 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83865</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>木瓜溪環境景觀規劃--光碟版=The environmental Iandscape planning of the Mugua River</title><yearidentifier>201712</yearidentifier></data><data><abstract>河川治理以往主要以防洪安全為功能，但於著重環境美化、生態保育及休閒遊憩之今日，整合美化區域環境，拓展民眾之生活空間，重視區域環境藍帶之美感與生命力，已是時勢所趨。因而在盡可能降低對河防安全的影響，確保防洪排水之基本目標下，尋求「治水」、「利水」、「親水」及「活水」之機能，並積極對河川流域空間多元化利用。 鱉溪位於花蓮縣境內，因昔日甲魚（鱉）蹤跡隨處可見而得名，其發源於海岸山脈，為秀姑巒溪上游長流性支流，主流沿山谷北流，並於富裏鄉石平橋附近匯入秀姑巒溪。主流長16.91 公里，流域面積47.96平方公里河道蜿蜒曲折，沿線散佈著大小不一的河谷平原，平原區面積合計約4.7 平方公里，佔全流域面積的10%左右。中上游坡度陡峭，週邊林相覆蓋良好，流域土地多屬於山坡地保留區。主流於石門附近進入花東縱谷平原，坡度減緩，河道型態轉為蜿蜒曲折，河幅也較寬。 鱉溪流域終年水量豐沛，水域生態十分豐富，有臺東間爬岩鰍、菊池氏細鯽、大吻?虎等臺灣東部原生魚種。然為滿足農業取水、土地利用，興建不少防砂壩、攔河堰、護岸工程，河道內棲地逐漸退化，鱉類與居民與河川之親密關係不再，且鑒於本流域前業已辦理相關生態調查及復育規劃等作業，為讓理論與實務結合爰辦理本計畫，期透過整體環境營造規劃與檢視，並擇約500公尺河段實際進行生態、景觀及環境營造工程，以實現生態復育，重建社區與鱉溪的日常連繫，削減河道內災害之目的。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060052</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602498</governmentpublicationsnumber><identifier>83866</identifier><internationalstandardbooknumber>9789860547962 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83866</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>鱉溪環境營造規劃(2/2)=The Environmental Rehabilitation and Planning for the Bie River(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>河川治理以往主要以防洪安全為功能，但於著重環境美化、生態保育及休閒遊憩之今日，整合美化區域環境，拓展民眾之生活空間，重視區域環境藍帶之美感與生命力，已是時勢所趨。因而在盡可能降低對河防安全的影響，確保防洪排水之基本目標下，尋求「治水」、「利水」、「親水」及「活水」之機能，並積極對河川流域空間多元化利用。 鱉溪位於花蓮縣境內，因昔日甲魚（鱉）蹤跡隨處可見而得名，其發源於海岸山脈，為秀姑巒溪上游長流性支流，主流沿山谷北流，並於富裏鄉石平橋附近匯入秀姑巒溪。主流長16.91 公里，流域面積47.96平方公里河道蜿蜒曲折，沿線散佈著大小不一的河谷平原，平原區面積合計約4.7 平方公里，佔全流域面積的10%左右。中上游坡度陡峭，週邊林相覆蓋良好，流域土地多屬於山坡地保留區。主流於石門附近進入花東縱谷平原，坡度減緩，河道型態轉為蜿蜒曲折，河幅也較寬。 鱉溪流域終年水量豐沛，水域生態十分豐富，有臺東間爬岩鰍、菊池氏細鯽、大吻?虎等臺灣東部原生魚種。然為滿足農業取水、土地利用，興建不少防砂壩、攔河堰、護岸工程，河道內棲地逐漸退化，鱉類與居民與河川之親密關係不再，且鑒於本流域前業已辦理相關生態調查及復育規劃等作業，為讓理論與實務結合爰辦理本計畫，期透過整體環境營造規劃與檢視，並擇約500公尺河段實際進行生態、景觀及環境營造工程，以實現生態復育，重建社區與鱉溪的日常連繫，削減河道內災害之目的。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060052</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602498</governmentpublicationsnumber><identifier>83867</identifier><internationalstandardbooknumber>9789860547962 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83867</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>106</publishrocyear><title>鱉溪環境營造規劃(2/2)--光碟版=The Environmental Rehabilitation and Planning for the Bie River(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>83872</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83872</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立(內附光碟)=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/22</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>83873</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83873</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立--光碟版=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣水文豐枯差異顯著，導致水資源調配供應日益艱困，而臺灣部分區域地下水資源豐沛，其具有水量穩定及水質良好之優勢，已成為臺灣地區重要水資源之一；然而，雲彰地區產業型態轉換不易，長期超量抽取地下水已成為嚴重地層下陷地區，且伴隨著地層下陷以及豪大雨發生，雲彰地區亦時常傳出淹水災情，足見地層下陷已非單純之國土流失問題，更可能威脅民眾生命財產安全。 近年來，政府為防範地層下陷所造成之危害，著手進行「雲彰地區地層下陷具體解決方案暨行動計畫」，分由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，並訂定在民國109年計畫完成後，達成農業用水減抽3.3億噸、公共用水減抽1.2億噸，增加可利用水源2億噸，強化地下水補注1.5億噸，確保各項交通及維生系統安全無虞，並以100年為基期，雲彰持續地層下陷面積由449平方公里減少一半以上等為目標。其中雲彰地區應強化地下水補注量達1.5億噸，然雲彰地區於易淹水地區水患治理計畫已完成甚多滯(蓄)設施，而此等滯(蓄)洪設施於平時亦可發揮地下水補注之功能，且目前持續推動之流域綜合治理計畫，已規劃於雲彰地區持續設置滯(蓄)洪設施，如可配合滯(蓄)洪設區之設置，合理推估地下水補注效益，另針對規劃中之設施，於設置區位同步考量地下水補注面向，即可於有限經費下增加雲彰地區地下水補注量，為一經濟且有效之思考方向。 爰此，本計畫擬根據歷年雲彰地區已執行之「易淹水地區水患治理計畫」提出的滯(蓄)洪池設施規模與型式，彙整相關計畫內容並協助評估其設施操作情形下，估算可能產生之地下水補注水量，並配合中央地質調查所公告訂定之「地下水補注地質敏感區」，評估地下水補注優選地區，提供後續流域綜合治理計畫規劃之參考。此外，針對於民國81年推動之地下水觀測網整體計畫，總計三期長達17年之調查試驗及觀測網建置工作成果進行營運現況綜整分析與觀測網密度檢討及增補建議，期望藉由本計畫之推動，彙集各相關工作推動之成效進行評估與建議，作為未來地下水補注相關政策與推動工作之基礎，達到永續發展之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060170</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602578</governmentpublicationsnumber><identifier>83881</identifier><internationalstandardbooknumber>9789860546156 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83881</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>台灣地區地下水觀測網整體計畫成果彙編(81~105年)=The Essential Report of “Groundwater Monitoring Network Plan, Taiwan”(1992-2016)</title><yearidentifier>201712</yearidentifier></data><data><abstract>地下水對於人民生活、工業發展與農業生產有十分密切的關係，隨著經濟發 展，?斷出現大量利用地下水而衍生許多環境水文地質問題，如水位持續下降、 水量枯竭、水質污染、海水入侵、地層下陷等災害，帶給人民生活上及工農業建 設上及土地利用管理上嚴重影響和損失。經濟部水利署自民國81 年起執行「臺 灣地區地下水觀測網整體計畫」(以下簡稱前期計畫)分三階段17 年規劃與建置， 獲得各地下水區之地下水水位、水文地質、地下水水質等相關資料。 前期計畫針對臺灣地區的九大地下水區(現代沖積層)分3 階段(第一期為民 國81-87 年，主要以地層下陷災害嚴重地區為優先進行；第二期為民國88-92 年， 以地下水災害次級區域及經濟發展重點地區為考量；第三期為民國93-97 年，針 對其他區域建置以建構全省完整地下水觀測網)進行長期且有系統地水文地質調 查、重要地區地下水調查與補注試驗、地層下陷監測調查以及地下水水質資料管 理等相關工作，期充分掌握臺灣地區水文地質狀況，獲取正確可靠之地下水資 訊，以資作為訂定地下水水資源政策管理的依據。 經濟部水利署自民國81 年起推動地下水觀測站網迄今已獲致相當之成果， 包括對地下水分區之水文地質概況、地下水含水層劃分、地下水補注區之瞭解、 地下水水質分析、地下水水位監測紀錄及水文資料庫建置等。相關之成果應用包 括地震地下水水位分析、土壤液化潛能分析、地下水水資源圖繪製、地層下陷監 測與分析、地下結構物安全評估、地下水管制區之劃設、乾旱時期地下水緊急用 水潛能評估、地下水補注量估算、溫泉資源調查與開發利用、地下水管理與保育 原則制定、地面水與地下水聯合運用、山區地下水水資源調查與利用及相關出版 品等。其他相關水資源開發利用，地下水觀測網資料均能提供即時完整的分析與 協助。另外對於國家進行國土復育計畫、相關治水計畫、重大經濟建設計畫等， 地下水觀測網之資料亦能提供進行各項計畫規劃前之重要參考資料。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602578</governmentpublicationsnumber><identifier>83882</identifier><internationalstandardbooknumber>9789860546156 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83882</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>台灣地區地下水觀測網整體計畫成果彙編(81~105年)--光碟版=The Essential Report of “Groundwater Monitoring Network Plan, Taiwan”(1992-2016)</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣地區地下水資源豐沛，不計離島地區，共有九大地下水區具有地下水資源潛能，由於地下水具有水量穩定及水質良好之優點，因此，地下水資源已成為我國僅次於地面水之重要水資源。 地下水賦存於地表之下，對於其流動行為及蘊藏量不如地面水易為掌握，且其存在於地表下地質材料孔隙或裂隙之間，含水層水文地質特性對其流動行為及蘊藏量具有關鍵性之影響，而水文地質特性因其不同沉積條件或母岩型態具固有之不均質特性，加上地下水來源多由降雨或地面水體經入滲至含水層所形成，水文地質條件及地下水補注行為均直接影響區域地下水資源潛能，欲充份掌握地下水資源特性，需藉由大量現地試驗及長期觀測資料進行分析評估，有鑑於資源有限，目前對於各地下水區之地下水資源評估仍多以平均行為之水平衡分析或數值模型模擬分析為之，不論水平衡分析或數值模型模擬方法均需了解各項可能影響因子，包含各項水文因子及人為影響因子等，目前各項因子尚無法有效釐清，使得對於地下水資源之評估仍有其顯著之不確定性。 民國81年推動之地下水觀測網整體計畫為臺灣地下水資源調查觀測重要里程碑，於總計三期長達17年之調查試驗及觀測網建置工作之後，對於臺灣各地下水區之特性已可初步掌握，此外，長達20年以上之地下水水位觀測資料可作為評析地下水資源重要之基礎，如何加值應用珍貴地下水水位資料，並用以防範如地層下陷及海水入受等地下水超抽所衍生之不良影響，為未來地下水資源管理及永續利用重要課題，如何使地下水成為我國穩定之供水來源，並且避免可能的不良危害，則為地下水資源管理之目標。 地下水與地面水相同具流域上、中、下游分區特性，其自補注區起始逐步往下游區域移動，期間任何因素均可能影響地下水流場之變化，其中最為重要之因素為人為抽水行為，人為抽水行為將使抽水區域產生水位洩降，造成區域性水力梯度之變化，進而改變區域地下水流向及流速，影響下游地下水補充，因此，地下水管理應採用與地面水類似之流域綜合管理概念，掌握地下水上、中、下游流場變化行為，分析上、中、下游之相互關係，並於上、中、下游採取不同之管理策略，始可有效管理地下水資源，預判不良影響可發生地點，即早實施必要之管理作為，以避免不良危害之發生。 地下水觀測網水位觀測資料長度部份已可達20年以上，自計式測站之觀測頻率可達每小時一筆水位之情況，如有效應用此等重要資料，進行空間及時間變化分析，配合其他佐證資料如地層下陷監測資料等，可分析探討地下水區內地下水流場歷史變化，及其所引發之影響，以地下水區整體治理為目標，提出不同區位之管理策略，以達到地下水有效管理之目標。 濁水溪沖積扇為臺灣九大地下水區內觀測站井密度最高之區域，且歷史相關研究成果豐碩，對於水文地質特性之了解亦較為充足，為一適宜辦理地下水區整體治理之優先地下水區，兼以濁水溪沖積扇尚有地層下陷持續下陷之情況，地下水管理刻不容緩，因此，本計畫擬以濁水溪沖積扇為研究範圍，利用歷史地下水水位資料，建立空間三維及時間一維之整合地下水四維流場模型，配合各項其他佐證資料，評析濁水溪沖積扇地下水流場歷史變化行為，研判發生地層下陷發生原因，及地下水超抽所產生之影響，預測未來可能變化趨勢，藉由擬定濁水溪沖積扇地下水區整體治理策略，以達地下水資源保育及永續利用之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.86   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060229</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602704</governmentpublicationsnumber><identifier>83883</identifier><internationalstandardbooknumber>9789860549621 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83883</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>地下水四維動態流場模型-濁水溪沖積扇(2/2)=The Establishment of Four-dimensional (4D) Dynamic Groundwater Stream Information System:Cho-Shui River Alluvial Fan(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣地區地下水資源豐沛，不計離島地區，共有九大地下水區具有地下水資源潛能，由於地下水具有水量穩定及水質良好之優點，因此，地下水資源已成為我國僅次於地面水之重要水資源。 地下水賦存於地表之下，對於其流動行為及蘊藏量不如地面水易為掌握，且其存在於地表下地質材料孔隙或裂隙之間，含水層水文地質特性對其流動行為及蘊藏量具有關鍵性之影響，而水文地質特性因其不同沉積條件或母岩型態具固有之不均質特性，加上地下水來源多由降雨或地面水體經入滲至含水層所形成，水文地質條件及地下水補注行為均直接影響區域地下水資源潛能，欲充份掌握地下水資源特性，需藉由大量現地試驗及長期觀測資料進行分析評估，有鑑於資源有限，目前對於各地下水區之地下水資源評估仍多以平均行為之水平衡分析或數值模型模擬分析為之，不論水平衡分析或數值模型模擬方法均需了解各項可能影響因子，包含各項水文因子及人為影響因子等，目前各項因子尚無法有效釐清，使得對於地下水資源之評估仍有其顯著之不確定性。 民國81年推動之地下水觀測網整體計畫為臺灣地下水資源調查觀測重要里程碑，於總計三期長達17年之調查試驗及觀測網建置工作之後，對於臺灣各地下水區之特性已可初步掌握，此外，長達20年以上之地下水水位觀測資料可作為評析地下水資源重要之基礎，如何加值應用珍貴地下水水位資料，並用以防範如地層下陷及海水入受等地下水超抽所衍生之不良影響，為未來地下水資源管理及永續利用重要課題，如何使地下水成為我國穩定之供水來源，並且避免可能的不良危害，則為地下水資源管理之目標。 地下水與地面水相同具流域上、中、下游分區特性，其自補注區起始逐步往下游區域移動，期間任何因素均可能影響地下水流場之變化，其中最為重要之因素為人為抽水行為，人為抽水行為將使抽水區域產生水位洩降，造成區域性水力梯度之變化，進而改變區域地下水流向及流速，影響下游地下水補充，因此，地下水管理應採用與地面水類似之流域綜合管理概念，掌握地下水上、中、下游流場變化行為，分析上、中、下游之相互關係，並於上、中、下游採取不同之管理策略，始可有效管理地下水資源，預判不良影響可發生地點，即早實施必要之管理作為，以避免不良危害之發生。 地下水觀測網水位觀測資料長度部份已可達20年以上，自計式測站之觀測頻率可達每小時一筆水位之情況，如有效應用此等重要資料，進行空間及時間變化分析，配合其他佐證資料如地層下陷監測資料等，可分析探討地下水區內地下水流場歷史變化，及其所引發之影響，以地下水區整體治理為目標，提出不同區位之管理策略，以達到地下水有效管理之目標。 濁水溪沖積扇為臺灣九大地下水區內觀測站井密度最高之區域，且歷史相關研究成果豐碩，對於水文地質特性之了解亦較為充足，為一適宜辦理地下水區整體治理之優先地下水區，兼以濁水溪沖積扇尚有地層下陷持續下陷之情況，地下水管理刻不容緩，因此，本計畫擬以濁水溪沖積扇為研究範圍，利用歷史地下水水位資料，建立空間三維及時間一維之整合地下水四維流場模型，配合各項其他佐證資料，評析濁水溪沖積扇地下水流場歷史變化行為，研判發生地層下陷發生原因，及地下水超抽所產生之影響，預測未來可能變化趨勢，藉由擬定濁水溪沖積扇地下水區整體治理策略，以達地下水資源保育及永續利用之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060229</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602704</governmentpublicationsnumber><identifier>83884</identifier><internationalstandardbooknumber>9789860549621 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83884</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>地下水四維動態流場模型-濁水溪沖積扇(2/2)--光碟版=The Establishment of Four-dimensional (4D) Dynamic Groundwater Stream Information System:Cho-Shui River Alluvial Fan(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣水文豐枯差異顯著，導致水資源調配供應日益艱困，而臺灣部分區域地下水資源豐沛，其具有水量穩定及水質良好之優勢，已成為臺灣地區重要水資源之一；然而，雲彰地區產業型態轉換不易，長期超量抽取地下水已成為嚴重地層下陷地區，且伴隨著地層下陷以及豪大雨發生，雲彰地區亦時常傳出淹水災情，足見地層下陷已非單純之國土流失問題，更可能威脅民眾生命財產安全。近年來，政府為防範地層下陷所造成之危害，著手進行「雲彰地區地層下陷具體解決方案暨行動計畫」，分由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，並訂定在民國109年計畫完成後，達成農業用水減抽3.3億噸、公共用水減抽1.2億噸，增加可利用水源2億噸，強化地下水補注1.5億噸，確保各項交通及維生系統安全無虞，並以100年為基期，雲彰持續地層下陷面積由449平方公里減少一半以上等為目標。其中雲彰地區應強化地下水補注量達1.5億噸，然雲彰地區於易淹水地區水患治理計畫已完成甚多滯(蓄)設施，而此等滯(蓄)洪設施於平時亦可發揮地下水補注之功能，且目前持續推動之流域綜合治理計畫，已規劃於雲彰地區持續設置滯(蓄)洪設施，如可配合滯(蓄)洪設區之設置，合理推估地下水補注效益，另針對規劃中之設施，於設置區位同步考量地下水補注面向，即可於有限經費下增加雲彰地區地下水補注量，為一經濟且有效之思考方向。爰此，本計畫擬根據歷年雲彰地區已執行之「易淹水地區水患治理計畫」提出的滯(蓄)洪池設施規模與型式，彙整相關計畫內容並協助評估其設施操作情形下，估算可能產生之地下水補注水量，並配合中央地質調查所公告訂定之「地下水補注地質敏感區」，評估地下水補注優選地區，提供後續流域綜合治理計畫規劃之參考。此外，針對於民國81年推動之地下水觀測網整體計畫，總計三期長達17年之調查試驗及觀測網建置工作成果進行營運現況綜整分析與觀測網密度檢討及增補建議，期望藉由本計畫之推動，彙集各相關工作推動之成效進行評估與建議，作為未來地下水補注相關政策與推動工作之基礎，達到永續發展之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060170</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602577</governmentpublicationsnumber><identifier>83885</identifier><internationalstandardbooknumber>9789860546170 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83885</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>雲彰地區水利工程之地下水補注功能調查及研析=The Investigation of Groundwater Recharge Potential of Water Conservancy Projects in Yunlin and Changhua Counties</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣水文豐枯差異顯著，導致水資源調配供應日益艱困，而臺灣部分區域地下水資源豐沛，其具有水量穩定及水質良好之優勢，已成為臺灣地區重要水資源之一；然而，雲彰地區產業型態轉換不易，長期超量抽取地下水已成為嚴重地層下陷地區，且伴隨著地層下陷以及豪大雨發生，雲彰地區亦時常傳出淹水災情，足見地層下陷已非單純之國土流失問題，更可能威脅民眾生命財產安全。 近年來，政府為防範地層下陷所造成之危害，著手進行「雲彰地區地層下陷具體解決方案暨行動計畫」，分由減抽地下水增供地面水、地下水環境復育、加強管理、國土規劃等4大層面著手，研擬9大工作重點，並訂定32項具體解決措施，以推動雲彰地區用水合理化、確保國土安全及減緩地層下陷對高鐵之衝擊，並訂定在民國109年計畫完成後，達成農業用水減抽3.3億噸、公共用水減抽1.2億噸，增加可利用水源2億噸，強化地下水補注1.5億噸，確保各項交通及維生系統安全無虞，並以100年為基期，雲彰持續地層下陷面積由449平方公里減少一半以上等為目標。其中雲彰地區應強化地下水補注量達1.5億噸，然雲彰地區於易淹水地區水患治理計畫已完成甚多滯(蓄)設施，而此等滯(蓄)洪設施於平時亦可發揮地下水補注之功能，且目前持續推動之流域綜合治理計畫，已規劃於雲彰地區持續設置滯(蓄)洪設施，如可配合滯(蓄)洪設區之設置，合理推估地下水補注效益，另針對規劃中之設施，於設置區位同步考量地下水補注面向，即可於有限經費下增加雲彰地區地下水補注量，為一經濟且有效之思考方向。 爰此，本計畫擬根據歷年雲彰地區已執行之「易淹水地區水患治理計畫」提出的滯(蓄)洪池設施規模與型式，彙整相關計畫內容並協助評估其設施操作情形下，估算可能產生之地下水補注水量，並配合中央地質調查所公告訂定之「地下水補注地質敏感區」，評估地下水補注優選地區，提供後續流域綜合治理計畫規劃之參考。此外，針對於民國81年推動之地下水觀測網整體計畫，總計三期長達17年之調查試驗及觀測網建置工作成果進行營運現況綜整分析與觀測網密度檢討及增補建議，期望藉由本計畫之推動，彙集各相關工作推動之成效進行評估與建議，作為未來地下水補注相關政策與推動工作之基礎，達到永續發展之目標。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060170</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602577</governmentpublicationsnumber><identifier>83886</identifier><internationalstandardbooknumber>9789860546170 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83886</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>雲彰地區水利工程之地下水補注功能調查及研析--光碟版=The Investigation of Groundwater Recharge Potential of Water Conservancy Projects in Yunlin and Changhua Counties</title><yearidentifier>201712</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060167</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602574</governmentpublicationsnumber><identifier>83887</identifier><internationalstandardbooknumber>9789860546194 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83887</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估(2/2)=Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds (2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060167</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602574</governmentpublicationsnumber><identifier>83888</identifier><internationalstandardbooknumber>9789860546194 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83888</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估(2/2)--光碟版=Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds (2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060167</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602576</governmentpublicationsnumber><identifier>83889</identifier><internationalstandardbooknumber>9789860546200 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83889</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估總報告=Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds</title><yearidentifier>201712</yearidentifier></data><data><abstract>受到全球氣候變遷影響，臺灣的地面水文環境產生極大的變化，已影響到系統性的水文循環，降雨集中以及降雨強度變化，造成水資源匱乏以及災害現象益加明顯，地下水文環境同時也受嚴重影響。加上人口增加、經濟成長、生態環境變遷，過度使用造成部分區域地下水資源儲量減少，水質污染問題日趨惡化，且近年來民眾環境意識高漲，致使水庫或集水設施興建進度受阻，水資源調配明顯捉襟見肘。在政府提倡多水源多系統聯合經營區域性水資源策略下，傳統地下水分區之水資源規劃已見不足，從集水區觀點切入之水資源整體規劃，綜合考量山區以及平原之地下水系統管理，已成未來水資源之發展趨向。 因應地下水資源之保育及開發，經濟部水利署與經濟部中央地質調查所共同推動「臺灣地區地下水觀測網整體計畫(81-97年)」以臺灣九大地下水分區為主要標的進行水文地質測勘與地下水位觀測資料庫建置，成為臺灣地區地下水管理以及研究之重要依據。而為了解本島地區山區地下水賦存量、滲流通道以及監測其變動，經濟部中央地質調查所於99-102年完成?臺灣山區地下水資源調查研究整體計畫-第一期 臺灣中段山區地下水資源調查與評估」，以及目前執行中之「臺灣南段山區地下水資源調查與評估(103-106年)」計畫，針對山區地下水資源進行基本調查、匯整分析，建構水文地質架構及概念模式等重要工作，顯示對整體水資源之評估概念，已由傳統地下水分區延伸至集水區範圍。 高屏與嘉南集水區包含臺灣南部最主要二大地下水分區(嘉南平原與屏東平原)，同時為南部人口稠密區，水資源需求量高而臺灣南部乾濕季降雨差異甚大，造就濕季地面水量豐沛而乾季不足，如何有效運用地下水資源已成水資源規劃上最大之課題。高屏集水區用水以高屏溪地面水資源為主，在近年來氣候異常狀態下，降雨分配不均狀態更易造成水資源匱乏；嘉南集水區面積廣大，而乾濕季降雨同樣差異甚大，曾文水庫與烏山頭水庫為本區主要水資源來源，但於2014年之乾旱事件中，同樣面臨水資源不足之窘境。高屏與嘉南集水區同具台灣南部重要都會區與人口稠密區，在線今之氣候狀態下，須考量在水資源匱乏時，應有其他備援水資援系統可供支應。故本計畫選定高屏與嘉南集水區進行集水區尺度下地水資源評估，預期由河川流量資料推估地下水儲水指標以及潛能量變化，配合既有水利設施操作情況，以及地下水相關限制條件下綜合分析地下水開發場址區位，並估算地下水潛能開發量以及聯合運用可行性案例探討。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060167</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/23</date><governmentpublicationsnumber>1010602576</governmentpublicationsnumber><identifier>83890</identifier><internationalstandardbooknumber>9789860546200 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83890</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高屏與嘉南集水區地下水開發區位及其可開發量評估總報告--光碟版=Assessment of groundwater potential exploiting zones and groundwater yields in Gaoping and Chianan Watersheds</title><yearidentifier>201712</yearidentifier></data><data><abstract>高雄海岸北起二仁溪河口與台南市相鄰，南至高屏溪河口與屏東縣為界，早期即有海岸方面之災害發生，但經多年海堤興建及消坡塊拋置保護，並逐年投入相當多經費興建離岸堤加以保護海岸，目前沿岸尚無重大災情傳出，可謂已達成防止海岸災害之階段性任務。由於離岸堤建構後部分海岸段固沙功效顯著，但在波浪與颱風浪連續作用下，部分海岸段呈現掏刷情形，在海岸侵淤不斷的消長變化下，離岸堤的建構工程常因地方民眾之要求而增建，形成離岸堤建構密度與長度缺乏一致性考量之情形，在新舊離岸堤層層疊疊、疏疏密密的情況下，除形成本海岸段特殊的景觀外，更影響各海岸段海岸保護的成效差異。 本計畫主要針對高雄海岸監測調查及離岸堤沉陷原因進行分析，以取得對於整體海岸段較為一致性的保護，研究範圍為二仁溪口至典寶溪口與鳳鼻頭至高屏溪口兩段海岸，其研究目的係期望藉由海氣象等相關基本資料蒐集分析、海岸地形水深測量、灘線與底床質粒徑調查分析工作，進行海岸侵淤比較、離岸堤沉陷原因分析、改善方案及效益評估，作為日後海岸防護及環境營造計畫參考之依據。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040245</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/23</date><governmentpublicationsnumber>1010403129</governmentpublicationsnumber><identifier>83898</identifier><internationalstandardbooknumber>9789860474343 ; 9789860474</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83898</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>高雄海岸監測調查及離岸堤沉陷原因分析(1/2)In-Situ Investigation of Bed Material and Morphology of Kaohsiung Coast and Analysis on Detached Breakwater Sinking(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>有關區域排水的環境及生態管理的作業方法及規定較缺乏，目前多準用河川相關規定辦理，似有其不足之處。因此，本計畫將以未來區域排水環境管理及營造的需求為目標，配合台灣地區的區域排水特性，參酌相關法規及作業要點，研訂區域排水情勢調查的方法及作業流程，並以一中央管區域排水為測試案例(106年預定以新竹縣市客雅溪排水為案例)，進行該方法及作業流程的實地測試，據以調整及修正該流程，最後完成區域排水情勢調查作業手冊，作為未來區域排水環境管理及營造之用。</abstract><author>禾唐工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060256</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/25</date><governmentpublicationsnumber>1010602706</governmentpublicationsnumber><identifier>83903</identifier><internationalstandardbooknumber>9789860545807 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83903</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>研訂區域排水情勢調查及作業手冊(內附光碟)=Regional Drainage Current Status Investigation and Handbook</title><yearidentifier>201712</yearidentifier></data><data><abstract>有關區域排水的環境及生態管理的作業方法及規定較缺乏，目前多準用河川相關規定辦理，似有其不足之處。因此，本計畫將以未來區域排水環境管理及營造的需求為目標，配合台灣地區的區域排水特性，參酌相關法規及作業要點，研訂區域排水情勢調查的方法及作業流程，並以一中央管區域排水為測試案例(106年預定以新竹縣市客雅溪排水為案例)，進行該方法及作業流程的實地測試，據以調整及修正該流程，最後完成區域排水情勢調查作業手冊，作為未來區域排水環境管理及營造之用。</abstract><author>禾唐工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060256</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/25</date><governmentpublicationsnumber>1010602706</governmentpublicationsnumber><identifier>83906</identifier><internationalstandardbooknumber>9789860545807 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83906</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>研訂區域排水情勢調查及作業手冊--光碟版=Regional Drainage Current Status Investigation and Handbook</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署自民國93年開始推動重要河川環境營造工作，並於民國95年及99年分別研擬「河川廊道復育手冊」及「河川環境管理規劃技術手冊」，作為河川環境規劃之參考。唯現有的河川環境規劃案多為單點或小區域之河川環境營造工程，尚無以大尺度的景觀生態學面向進行深入論述。本計畫將以景觀生態學角度對現有之河川環境規劃案例進行探討並提出改善對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060369</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/25</date><governmentpublicationsnumber>1010602298</governmentpublicationsnumber><identifier>83913</identifier><internationalstandardbooknumber>9789860544589 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83913</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>景觀生態學應用於河川環境規劃之研究(3/3)(內附光碟)=Applying Landscape Ecology in River Environment Planning(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署自民國93年開始推動重要河川環境營造工作，並於民國95年及99年分別研擬「河川廊道復育手冊」及「河川環境管理規劃技術手冊」，作為河川環境規劃之參考。唯現有的河川環境規劃案多為單點或小區域之河川環境營造工程，尚無以大尺度的景觀生態學面向進行深入論述。本計畫將以景觀生態學角度對現有之河川環境規劃案例進行探討並提出改善對策。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060369</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/25</date><governmentpublicationsnumber>1010602298</governmentpublicationsnumber><identifier>83914</identifier><internationalstandardbooknumber>9789860544589 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83914</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>景觀生態學應用於河川環境規劃之研究(3/3)--光碟版=Applying Landscape Ecology in River Environment Planning(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>頭前溪流域主要支流為油羅溪及上坪溪等，為新竹縣及新竹市境內重要河川之一，近年來工商業發展迅速，人口激增，都市不斷擴大，為新竹地區人文、經濟活動重要之區域。 由於流量觀測為河川治理規劃之重要參考依據，特別是颱洪時期之高流量觀測。有鑑於以傳統侵入式人工觀測方式進行颱洪流量觀測，耗時費力、危險度高且資料有限，往往需透過多年多場次的颱洪事件觀測，方可獲得較具代表性的水位流量率定關係。故本計畫擬於頭前溪經國大橋、中正大橋、竹林橋、昌惠大橋及義興橋設計5站自動化流量站建置，期望可透過非侵入式的雷達波表面流速自動化測站建置，降低傳統人工觀測的危險性，增加颱洪期間的流量觀測資料。並續辦後龍溪恭敬、國光、北勢大橋等3站及中港溪永興橋、銅富大橋、平安橋與東興橋等4站共計7站人工流量觀測及橫向、垂直流速分布率定。 經濟部水利署於2011～2013年執行三年之「河川流量自動化觀測科技發展計畫」，成功研發本土化的自動化雷達波流速與水位觀測儀器。本計畫擬採用水利署研發之雷達波觀測儀器建置自動化流量站，以推廣水利署計畫之研發成</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060178</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/25</date><governmentpublicationsnumber>1010602523</governmentpublicationsnumber><identifier>83916</identifier><internationalstandardbooknumber>9789860547320 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83916</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪自動化流量觀測站規劃建置--光碟版 =Planning and Construction of Automatic flow Observation Stations on Touqian River</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060182</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602473</governmentpublicationsnumber><identifier>83918</identifier><internationalstandardbooknumber>9789860546934 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83918</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>頭前溪河口輸砂對鄰近海岸之影響評估(2/2)--光碟版= Impact Assessment of Sediment Transport at Touchien Estuary on Surrounding Coast(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>近??，新竹海岸受大型海工結構物(漁港)及河川輸砂?減少等影 響，海岸多處呈現侵蝕後退之情形。其中，港南海岸因受新竹漁港及 客雅水資源回收中心(海埔地)影響，造成海岸侵蝕，且現有港南海堤南 段已有損毀，目前亟須完整之海岸防護與環境營造規劃。此外，「海岸 管理法」已於民國104年2月6日公布施行，依「整體海岸管理計畫」(106 年2月公告)，本計畫範圍(新竹縣新豐鄉至苗栗縣竹南鎮，海岸段岸線 長約40公里)，共涉及4段二級海岸防護區位。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060394</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602479</governmentpublicationsnumber><identifier>83919</identifier><internationalstandardbooknumber>9789860547184 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83919</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>新竹港南海岸環境營造規劃(1/2)--光碟版=The Planning of Sustainable Environmental Regeneration at Kang-Nan coast, Hsinchu City(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為水資源有效及永續利用，因應全球氣候變遷導致缺水風險提高，避免影響經濟發展及民眾生活品質，將針對用水戶使用超過一定水量者予以課徵耗水費，以促進耗用大量水資源者採取更積極性之節約用水措施，並藉以提升其用水效率及產業競爭力。 耗水費徵收之法源已於105年5月25日總統令公布施行，為因應耗水費開徵對產業用水大戶之衝擊影響，擬藉由推動產業用水大戶節水輔導工作，提供對水回收技術、綠色工廠、清潔生產、資源再生綠色產品與水足跡等項目的專業技術輔導，給予用水大戶專業與務實之協助與建議，推動各項節約用水方案，促成用水大戶實質採取節水改善技術及措施，以提升用水效率，並合理且有效率地利用有限的水資源。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060462</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602645</governmentpublicationsnumber><identifier>83922</identifier><internationalstandardbooknumber>9789860548280 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83922</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年推動產業用水大戶節水輔導工作計畫=Commercial and Industrial Water Conservation Program 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為水資源有效及永續利用，因應全球氣候變遷導致缺水風險提高，避免影響經濟發展及民眾生活品質，將針對用水戶使用超過一定水量者予以課徵耗水費，以促進耗用大量水資源者採取更積極性之節約用水措施，並藉以提升其用水效率及產業競爭力。 耗水費徵收之法源已於105年5月25日總統令公布施行，為因應耗水費開徵對產業用水大戶之衝擊影響，擬藉由推動產業用水大戶節水輔導工作，提供對水回收技術、綠色工廠、清潔生產、資源再生綠色產品與水足跡等項目的專業技術輔導，給予用水大戶專業與務實之協助與建議，推動各項節約用水方案，促成用水大戶實質採取節水改善技術及措施，以提升用水效率，並合理且有效率地利用有限的水資源。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060462</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602645</governmentpublicationsnumber><identifier>83923</identifier><internationalstandardbooknumber>9789860548280 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83923</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年推動產業用水大戶節水輔導工作計畫--光碟版=Commercial and Industrial Water Conservation Program 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為鼓勵全國各行各業落實推動節約用水之成效，本署依當年度所訂定「全國政府機關公立學校暨國營事業節水評比活動要點」及「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校及商業產業用水等機關單位，辦理節水評比與節水績優選拔活動。 配合政府節約用水政策，由各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行用水量分析及用水管理。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，可報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚，為因應未來耗水費開徵，對於節水績優獲獎者亦有減徵之鼓勵，評估將有更多單位報名選拔活動，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060322</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602224</governmentpublicationsnumber><identifier>83924</identifier><internationalstandardbooknumber>9789860540680 ; 9789860540</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83924</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年機關學校節水評比及績優選拔計畫=The Program of Water Conservation Competition on Institutes,Schools and Outstanding Performance Selection Contest in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為鼓勵全國各行各業落實推動節約用水之成效，本署依當年度所訂定「全國政府機關公立學校暨國營事業節水評比活動要點」及「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校及商業產業用水等機關單位，辦理節水評比與節水績優選拔活動。 配合政府節約用水政策，由各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行用水量分析及用水管理。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，可報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚，為因應未來耗水費開徵，對於節水績優獲獎者亦有減徵之鼓勵，評估將有更多單位報名選拔活動，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060322</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602224</governmentpublicationsnumber><identifier>83925</identifier><internationalstandardbooknumber>9789860540680 ; 9789860540</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83925</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年機關學校節水評比及績優選拔計畫--光碟版=The Program of Water Conservation Competition on Institutes,Schools and Outstanding Performance Selection Contest in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署歷年來全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，目前已開放11項省水器材項目，截至目前總計核發約5千餘件省水標章產品使用證書，每年使用標章數量平均約3百萬枚，顯見國內省水標章市場已日趨成熟完備。為持續辦理省水標章審查、核(補、換)發符合省水標章產品規格核定函(或證書)等作業，並同時配合辦理省水標章產品抽驗測試及鼓勵民間參與省水技術研發等相關工作推動，落實省水標章普及化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060320</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602225</governmentpublicationsnumber><identifier>83926</identifier><internationalstandardbooknumber>9789860540673 ; 9789860540</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83926</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年省水標章產品標準審查作業計畫=The Program of Product Criteria and Certification Operation for Water Efficiency Label in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署歷年來全力推動省水標章制度，鼓勵消費者選用省水產品，落實全民效率節水並促進業界研發省水器材，目前已開放11項省水器材項目，截至目前總計核發約5千餘件省水標章產品使用證書，每年使用標章數量平均約3百萬枚，顯見國內省水標章市場已日趨成熟完備。為持續辦理省水標章審查、核(補、換)發符合省水標章產品規格核定函(或證書)等作業，並同時配合辦理省水標章產品抽驗測試及鼓勵民間參與省水技術研發等相關工作推動，落實省水標章普及化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060320</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602225</governmentpublicationsnumber><identifier>83927</identifier><internationalstandardbooknumber>9789860540673 ; 9789860540</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83927</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年省水標章產品標準審查作業計畫--光碟版=The Program of Product Criteria and Certification Operation for Water Efficiency Label in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為加強推動節約用水，提出禁止銷售非省水標章產品自來水法修正案，已經立法院通過並於105年5月4日總統公告施行，將依國內產業技術及省水器材市占率現況，規劃分年分項分階段實施，第一階段政策將以市占率最高之洗衣機與馬桶優先，有望淘汰低省水效率產品，以達到省水之目的。 另為提升省水產品效能，檢討現行之11項省水產品，省水產品標準需配合國家標準之修正一併檢討精進，經查104年8月20日標準檢驗局公布CNS60456家用洗衣機－性能量測法，此項措施因更改目前之檢測方式，相關的省水標準將需重新訂定。現行省水標章洗衣機之測試係依照JIS 之試驗方法，而本署為配合國家標準，並考量政策之延續性，了解現行標準與CNS60456相關特性之試驗方法，檢討省水標章洗衣機產品規格，以利後續規畫推動省水標章產品之策略。故有研究建立省水產品新標準提升省水產業技術之必要。</abstract><author>財團法人台灣大電力研究試驗中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060324</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602399</governmentpublicationsnumber><identifier>83928</identifier><internationalstandardbooknumber>9789860542837 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83928</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>建立產品新標準提升節水產業技術之研究=A Study of Establishing New Product Standard and Promoting Water Saving Industry Technology</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為加強推動節約用水，提出禁止銷售非省水標章產品自來水法修正案，已經立法院通過並於105年5月4日總統公告施行，將依國內產業技術及省水器材市占率現況，規劃分年分項分階段實施，第一階段政策將以市占率最高之洗衣機與馬桶優先，有望淘汰低省水效率產品，以達到省水之目的。 另為提升省水產品效能，檢討現行之11項省水產品，省水產品標準需配合國家標準之修正一併檢討精進，經查104年8月20日標準檢驗局公布CNS60456家用洗衣機－性能量測法，此項措施因更改目前之檢測方式，相關的省水標準將需重新訂定。現行省水標章洗衣機之測試係依照JIS 之試驗方法，而本署為配合國家標準，並考量政策之延續性，了解現行標準與CNS60456相關特性之試驗方法，檢討省水標章洗衣機產品規格，以利後續規畫推動省水標章產品之策略。故有研究建立省水產品新標準提升省水產業技術之必要。</abstract><author>財團法人台灣大電力研究試驗中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060324</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602399</governmentpublicationsnumber><identifier>83929</identifier><internationalstandardbooknumber>9789860542837 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83929</librarycollectiondetailsurl><price>260</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>建立產品新標準提升節水產業技術之研究--光碟版=A Study of Establishing New Product Standard and Promoting Water Saving Industry Technology</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署歷年推動並鼓勵消費者選用省水產品，除落實全民節水外，並可促進業界投入研發省水器材，藉以擴大省水標長產品之種類與範疇，本署自民國87年起即全力推動省水標章制度，目前已開放11項省水器材項目，截至目前總計核發約5千餘件省水標章產品使用證書，每年使用標章數量平均約3百萬枚，顯見國內省水標章市場已日趨成熟完備。 基於全球氣候變遷影響，台灣豐枯情勢變化劇烈常造成水資源不足之情事，為落實國內節水常態化，及參考國際間推動省水標章產品制度，本署經過歷年推動節約用水，已於105年5月4日經總統公布通過自來水法部分條文修正，其中第九十五條之一規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章。」，故未來經中央主管機關將逐步公告應具省水標章之產品，於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。 為因應自來水法修正後，配合推動省水標章產品後市場調查管理及推估節水量，需建置規範省水標章之標示、有效期限、展延、廢止、撤銷、銷售與裝設之查核及其他應遵行事項，本計畫係協助本署完成各項先期工作(包含廠商、公會、通路商及縣市政府等13場次說明會)，俾順利推動自來水法有關強制使用省水標章產品之規定，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050466</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010601809</governmentpublicationsnumber><identifier>83931</identifier><internationalstandardbooknumber>9789860538502 ; 9789860538</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83931</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>省水標章產品後市場調查管理先期規劃=The advanced research on post-market survey and management for water efficiency label products</title><yearidentifier>201710</yearidentifier></data><data><abstract>本署歷年推動並鼓勵消費者選用省水產品，除落實全民節水外，並可促進業界投入研發省水器材，藉以擴大省水標長產品之種類與範疇，本署自民國87年起即全力推動省水標章制度，目前已開放11項省水器材項目，截至目前總計核發約5千餘件省水標章產品使用證書，每年使用標章數量平均約3百萬枚，顯見國內省水標章市場已日趨成熟完備。 基於全球氣候變遷影響，台灣豐枯情勢變化劇烈常造成水資源不足之情事，為落實國內節水常態化，及參考國際間推動省水標章產品制度，本署經過歷年推動節約用水，已於105年5月4日經總統公布通過自來水法部分條文修正，其中第九十五條之一規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章。」，故未來經中央主管機關將逐步公告應具省水標章之產品，於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。 為因應自來水法修正後，配合推動省水標章產品後市場調查管理及推估節水量，需建置規範省水標章之標示、有效期限、展延、廢止、撤銷、銷售與裝設之查核及其他應遵行事項，本計畫係協助本署完成各項先期工作(包含廠商、公會、通路商及縣市政府等13場次說明會)，俾順利推動自來水法有關強制使用省水標章產品之規定，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050466</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010601809</governmentpublicationsnumber><identifier>83932</identifier><internationalstandardbooknumber>9789860538502 ; 9789860538</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83932</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>省水標章產品後市場調查管理先期規劃--光碟版=The advanced research on post-market survey and management for water efficiency label products</title><yearidentifier>201710</yearidentifier></data><data><abstract>本署103年及104年完成「製造業產品水足跡盤查研究手冊」和「服務業服務水足跡盤查研究手冊」，以ISO 14046:2014為藍本，輔以Water Footprint Network的水足跡評估手冊（Water Footprint Assessment Manual）和國內案例水足跡試算輔導分析結果。手冊內容包括產品（服務）水足跡盤查研究原則與作業規範、方法、步驟與案例分析。前述手冊基本上係針對產品（包含產品和服務）水足跡之盤查研究進行訂定。實務上，進行流域（或區域）水足跡，對水利署的水資源管理而言，由供給面盤點流域內之水資源總量，未來對於流域(或區域)水資源管理、產業發展、節水策略皆能提供政策決策之參考。 另配合節水政策，本署積極向企業推動水足跡盤查評估，唯目前國內企業尚無自行計算水足跡之能力，需由水足跡輔導、查證及驗證單位之協助完成水足跡盤查及評估，但不同輔導單位恐產出不同水足跡盤查評估之結果，為確保在評估水足跡之一致性，擬訂定管理原則或策略，並配合組織及產品水足跡盤查研究手冊，提供產業界水足跡計算通用模式。 因此，今年度計畫將研議流域（或區域）水足跡盤查研究原則、方法與步驟，並擬訂水足跡運用管理原則，以利國內推行水足跡，並提供本署水資源管理之重要資訊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060206</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602696</governmentpublicationsnumber><identifier>83935</identifier><internationalstandardbooknumber>9789860549522 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83935</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水足跡應用推廣之研究=A Study on Applications and Promotion of Water Footprint</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署103年及104年完成「製造業產品水足跡盤查研究手冊」和「服務業服務水足跡盤查研究手冊」，以ISO 14046:2014為藍本，輔以Water Footprint Network的水足跡評估手冊（Water Footprint Assessment Manual）和國內案例水足跡試算輔導分析結果。手冊內容包括產品（服務）水足跡盤查研究原則與作業規範、方法、步驟與案例分析。前述手冊基本上係針對產品（包含產品和服務）水足跡之盤查研究進行訂定。實務上，進行流域（或區域）水足跡，對水利署的水資源管理而言，由供給面盤點流域內之水資源總量，未來對於流域(或區域)水資源管理、產業發展、節水策略皆能提供政策決策之參考。 另配合節水政策，本署積極向企業推動水足跡盤查評估，唯目前國內企業尚無自行計算水足跡之能力，需由水足跡輔導、查證及驗證單位之協助完成水足跡盤查及評估，但不同輔導單位恐產出不同水足跡盤查評估之結果，為確保在評估水足跡之一致性，擬訂定管理原則或策略，並配合組織及產品水足跡盤查研究手冊，提供產業界水足跡計算通用模式。 因此，今年度計畫將研議流域（或區域）水足跡盤查研究原則、方法與步驟，並擬訂水足跡運用管理原則，以利國內推行水足跡，並提供本署水資源管理之重要資訊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060206</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602696</governmentpublicationsnumber><identifier>83936</identifier><internationalstandardbooknumber>9789860549522 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83936</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水足跡應用推廣之研究--光碟版=A Study on Applications and Promotion of Water Footprint</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費；但目前大用水戶之用水來源包括自行引水(地面水、地下水)、自來水、契約供水…等，究竟大用水戶之實際用水量為何，須加以調查，並配合耗水費之開徵，規劃相關作業體系，爰擬以本計畫辦理相關工作。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050467</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602644</governmentpublicationsnumber><identifier>83938</identifier><internationalstandardbooknumber>9789860547108 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83938</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>大用水戶調查與查認暨作業規劃=Operational Planning in Major Water Users Investigation</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費；但目前大用水戶之用水來源包括自行引水(地面水、地下水)、自來水、契約供水…等，究竟大用水戶之實際用水量為何，須加以調查，並配合耗水費之開徵，規劃相關作業體系，爰擬以本計畫辦理相關工作。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050467</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602644</governmentpublicationsnumber><identifier>83939</identifier><internationalstandardbooknumber>9789860547108 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83939</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>大用水戶調查與查認暨作業規劃--光碟版=Operational Planning in Major Water Users Investigation</title><yearidentifier>201712</yearidentifier></data><data><abstract>世界水資源日的起源來自1992年於巴西里約熱內盧所舉行的聯合國環境與發展研討會，選定3月22日為世界水資源日，其旨在推動對水資源進行綜合性統籌規劃和管理，加強水資源保護，解決日益嚴峻的缺乏淡水問題，開展廣泛的宣傳以提高公眾對開發和保護水資源的認識；而4月22日的世界地球日，則是1970年當代環境運動起源的年度紀念日。 為了建立全民節水意識，提高全民對珍惜水資源之重視，並使得愛水節水觀念及行動普及化，進而落實節水型社會，本署已自102年起於世界水資源日及世界地球日期間(3/22~4/22間)，舉辦愛水節水宣導月活動凝聚全民共識，並獲得相當大的響應。106年本署將持續配合世界水資源日及世界地球日期間舉辦愛水節水月宣導活動，並與各縣市政府及相關單位合作，以結合地方力量擴大宣導之範疇。 106年愛水節水月宣導活動，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優及節水評比競賽成果發表會，以激勵節水成效卓著單位與人員。另外將辦理節水夏令營等，推廣及紮根愛水節水理念於國小學童，讓愛水節水觀念與行動能夠深耕落實，進而達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060209</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602556</governmentpublicationsnumber><identifier>83940</identifier><internationalstandardbooknumber>9789860546989 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83940</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年愛水節水月宣導活動計畫=The Promotion Project of Water Conservation Month,2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>世界水資源日的起源來自1992年於巴西里約熱內盧所舉行的聯合國環境與發展研討會，選定3月22日為世界水資源日，其旨在推動對水資源進行綜合性統籌規劃和管理，加強水資源保護，解決日益嚴峻的缺乏淡水問題，開展廣泛的宣傳以提高公眾對開發和保護水資源的認識；而4月22日的世界地球日，則是1970年當代環境運動起源的年度紀念日。 為了建立全民節水意識，提高全民對珍惜水資源之重視，並使得愛水節水觀念及行動普及化，進而落實節水型社會，本署已自102年起於世界水資源日及世界地球日期間(3/22~4/22間)，舉辦愛水節水宣導月活動凝聚全民共識，並獲得相當大的響應。106年本署將持續配合世界水資源日及世界地球日期間舉辦愛水節水月宣導活動，並與各縣市政府及相關單位合作，以結合地方力量擴大宣導之範疇。 106年愛水節水月宣導活動，本署將辦理啟動記者會及大型節約用水宣導活動各1場，以喚起民眾在生活的每一天，力行節水行動的熱情，並將於年底辦理節水績優及節水評比競賽成果發表會，以激勵節水成效卓著單位與人員。另外將辦理節水夏令營等，推廣及紮根愛水節水理念於國小學童，讓愛水節水觀念與行動能夠深耕落實，進而達成省水(Save)、查漏(Check)、作回收(Do)的目標。</abstract><author>麗水策略整合行銷有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060209</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602556</governmentpublicationsnumber><identifier>83941</identifier><internationalstandardbooknumber>9789860546989 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83941</librarycollectiondetailsurl><price>390</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年愛水節水月宣導活動計畫--光碟版=The Promotion Project of Water Conservation Month,2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而自101年起本署則持續推動水資源環境教育與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 為使水資源環境教育能永續發展，除了落實環境教育課程外，更需將水資源環境教育課程推廣至學校以藉由教育手法協助推動，故今年度將持續辦理水資源環境教育之推動及協助建立環境教育專業制度與環境教育設施資源整合，及持續辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助，並收集本署及所屬機關相關資料編撰水資源、水利、防洪及防災等相關議題之環境教育講義與簡報，以利後續與學校共同合作推廣及運用。</abstract><author>財團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060211</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602643</governmentpublicationsnumber><identifier>83942</identifier><internationalstandardbooknumber>9789860546965 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83942</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年推動水資源環境教育與環教設施整合計畫=The 2017 project of promoting water resources environmental education and its facilities integration</title><yearidentifier>201712</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而自101年起本署則持續推動水資源環境教育與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 為使水資源環境教育能永續發展，除了落實環境教育課程外，更需將水資源環境教育課程推廣至學校以藉由教育手法協助推動，故今年度將持續辦理水資源環境教育之推動及協助建立環境教育專業制度與環境教育設施資源整合，及持續辦理評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及協助，並收集本署及所屬機關相關資料編撰水資源、水利、防洪及防災等相關議題之環境教育講義與簡報，以利後續與學校共同合作推廣及運用。</abstract><author>財團法人中華生態資訊暨環境教育協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060211</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/26</date><governmentpublicationsnumber>1010602643</governmentpublicationsnumber><identifier>83943</identifier><internationalstandardbooknumber>9789860546965 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83943</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年推動水資源環境教育與環教設施整合計畫--光碟版=The 2017 project of promoting water resources environmental education and its facilities integration</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區水庫集水區地質條件不佳，加上全球氣候變遷引發高強度與長延時之降雨趨勢，使得水庫面臨颱洪期間原水濁度過高無法供水，大量入庫淤泥與流木阻塞進水口攔污柵影響供水、發電與結構安全，同時造成水庫大量淤積等問題。如民國93年石門水庫艾莉颱風事件，集水區平均累計降雨量973mm，造成土石大量崩塌，累計8月23日至9月2日11天入庫水量8.35億立方公尺，水庫打撈5萬多噸流木，水庫淤積量增加2,788萬立方公尺，水庫有效容量減少11%影響水庫壽命。 民國97年卡玫基颱風及98年莫拉克颱風也類似地重創南部水庫，超大洪水量接近水庫設計最大洪水。莫拉克颱風帶來驚人雨量，破了台灣有史以來的紀錄，極端的降雨型態未來可能更為常見，如何因應水庫防洪安全、流木、泥砂淤積與高濁度對於水庫之影響，已是目前水庫迫切需要研究的議題。 因應石門水庫集水區保育、水庫防淤功能改善及穩定供水等問題，政府編列特別預算，積極推動石門水庫及其集水區整治計畫。由於入庫泥砂量龐大，難以完全藉由疏浚清淤方式排除，利用汛期水力防淤操作已成為石門水庫整治計畫中非常重要的一環。其規劃與相關研究除了改善石門水庫防淤成效，也將成為其他水庫解決泥砂問題之重要參考指標。水庫防淤功能之關鍵問題係如何新增防洪防淤隧道、攔阻流木與擴增水庫下層防淤通道能力，順勢導引排放上游入庫高濃度渾水與異重流。因此，如何監測全洪程入庫水砂歷線與異重流運移特性，提供水庫及時防洪防淤操作與導引排放高濃度渾水之參考，冀期水庫達到「清渾分治」、「蓄清排渾」及「水庫永續」等目標，實為當前相當重要的研究課題。 以往相關計畫「石門水庫水砂運移監測與異重流模式開發及應用研究」、「石門水庫長期監測計畫與防淤操作模擬分析」與「石門水庫颱洪期間泥砂運移長期監測計畫」已完成颱洪期間羅浮站入庫(包含岸壁及河道觀測樁)與出庫泥砂之取樣觀測站建置與全洪程觀測，並建立庫區異重流自動化觀測系統（包括斷面24攔污索、斷面20大溪坪、斷面15龍珠灣、斷面12大灣坪、斷面7排洪隧道前及斷面3壩前），於計畫期間（民國97年至104年）進行11場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。 本計畫執行期間自民國105年1月01日簽約至民國105年12月15日止，包括入庫羅浮測站觀測屋維護及屋頂補強、羅浮站岸壁人工測站及自動化觀測系統維護、庫區TDR自動化觀測浮台維護、下游排水口各人工測站及自動化觀測系統維護、颱洪期間全洪程入庫與出庫泥砂濃度人工觀測與分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050223</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010502769</governmentpublicationsnumber><identifier>83945</identifier><internationalstandardbooknumber>9789860510805 ; 9789860510</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83945</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>105</publishrocyear><title>105年度石門水庫泥砂運移監測設施維護與全洪程觀測報告(內附光碟) Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201612</yearidentifier></data><data><abstract>台灣地區降雨量因時空分布不均、優良壩址越來越少且開發不易，當前水資源開發政策之管理工作相對更形重要，目前除加強節約用水外，各開發案用水計畫書之審查與後續之追蹤，亦是掌握未來用水需求之重要措施。為掌握已核定各開發案用水計畫書之實際執行現況，提供用水計畫書審查業務之參考依據。同時配合經濟部頒「用水計畫書審查作業要點」規定，受理機關為了解已核定用水計畫書之用水現況，得針對原核定計畫用水量或節約用水相關承諾相關事項進行查核，督導追蹤開發單位之用水及節水現況，以適時反應開發單位實際現況用水、節約用水措施及回收率之執行情形，有效掌握區域水源開發與調控，促進國家整體水資源之有效利用。</abstract><author>技佳工程顧問有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050379</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010503082</governmentpublicationsnumber><identifier>83946</identifier><internationalstandardbooknumber>9789860515244 ; 9789860515</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83946</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>105</publishrocyear><title>105年度用水計畫書查核服務The Achievement of Verifying the Ratified Water Use Prospectus 2016</title><yearidentifier>201612</yearidentifier></data><data><abstract>水庫管理人員為水庫管理機關(構)辦理水庫設施營運操作維護所需、以確保水庫安全及發揮功能效益之工作人員，其職能所需專業含括廣泛，採用基礎訓練課程以及回訓課程系統性持續提升其專業職能。在基礎訓練課程中以通識性專業為主，不同職掌之專業由回訓課程進行。 本計畫建立更具效率與系統性之水庫管理人員專業職能訓練機制，提供專用教材，並有效追蹤水庫管理人員後續回訓情形，透過訂定專業職能訓練作業要點(草案)以供後續作業依循，有助於降低水庫管理之風險。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050120</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010502920</governmentpublicationsnumber><identifier>83952</identifier><internationalstandardbooknumber>9789860513646 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83952</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫管理人員專業職能訓練委託服務計畫(2/2)(含光碟) Initiation of Occupational Training Programs for Reservoir Management (2/2)</title><yearidentifier>201612</yearidentifier></data><data><abstract>水庫管理人員為水庫管理機關(構)辦理水庫設施營運操作維護所需、以確保水庫安全及發揮功能效益之工作人員，其職能所需專業含括廣泛，採用基礎訓練課程以及回訓課程系統性持續提升其專業職能。在基礎訓練課程中以通識性專業為主，不同職掌之專業由回訓課程進行。 本計畫建立更具效率與系統性之水庫管理人員專業職能訓練機制，提供專用教材，並有效追蹤水庫管理人員後續回訓情形，透過訂定專業職能訓練作業要點(草案)以供後續作業依循，有助於降低水庫管理之風險。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050120</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010502920</governmentpublicationsnumber><identifier>83953</identifier><internationalstandardbooknumber>9789860513646 ; 9789860513</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83953</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>105</publishrocyear><title>水庫管理人員專業職能訓練基礎課程訓練教材</title><yearidentifier>201612</yearidentifier></data><data><abstract>依「臺灣南部區域水資源經理基本計畫」臺南地區現況水源供給能力約每日82.4萬噸，主要來源有曾文、烏山頭水庫每日29.8萬噸、南化水庫每日49.6萬噸、玉峰堰每日3.0萬噸。民國120年中成長用水需求預估為每日120.1萬噸，不足量為每日37.7萬噸，如以民國120年台南地區節水中成長需求水量每日110.9萬噸分析，不足水量為每日28.5萬噸。莫拉克風災後，供應民生用水之曾文及南化水庫庫容大減，影響現有供水潛能，又因曾文水庫越域引水計畫停工檢討，致中長期缺水風險大增。 玉峰堰水庫位於曾文溪下游臺南市山上區，屬台灣自來水股份有限公司管理，並由其第六區管理處負責營運，攔河堰旁設置山上淨水場設計出水量4.5萬CMD，引取玉峰堰原水處理後送潭頂淨水場再次處理後提供台南地區民生及產業用水使用。為配合各區域水資源經理基本計畫推動，以「有效管理」、「彈性調度」及「多元開發」原則辦理水資源規劃工作，初步檢討玉峰堰水源運用情形，?設以工業用水專用管路輸送至相關工業園區供應產業使用，屆時潭頂淨水場則可增加每日4.5萬噸淨水能力，枯旱時可引用曾文-烏山頭水庫系統水源，能降低南化水庫供水壓力，提高水資源調度彈性並提升臺南地區供水穩定性，考量在全球氣候變遷下，水資源管理及營運應朝更具效率及效能方向推動，透過本計畫檢討玉峰堰水源運用情形，辦理工業用水專管規劃工作，以利有效管理，彈性調度降低缺水風險。 爰此，本局成立「玉峰堰水源運用檢討及工業用水專管規劃」委託技術服務案辦理相關水源運用檢討、可行性方案研擬及評估、調查及工程規劃事宜。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050424</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010600691</governmentpublicationsnumber><identifier>83954</identifier><internationalstandardbooknumber>9789860525090 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83954</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>106</publishrocyear><title>玉峰堰水源運用檢討及工業用水專管細部規劃(可行性研究評估報告)(光碟版)Review on water resources operation of Yufong weir and detail planning of industrial water supply pipeline(Plan feasibility study and assessment report)</title><yearidentifier>201705</yearidentifier></data><data><abstract>依「臺灣南部區域水資源經理基本計畫」臺南地區現況水源供給能力約每日82.4萬噸，主要來源有曾文、烏山頭水庫每日29.8萬噸、南化水庫每日49.6萬噸、玉峰堰每日3.0萬噸。民國120年中成長用水需求預估為每日120.1萬噸，不足量為每日37.7萬噸，如以民國120年台南地區節水中成長需求水量每日110.9萬噸分析，不足水量為每日28.5萬噸。莫拉克風災後，供應民生用水之曾文及南化水庫庫容大減，影響現有供水潛能，又因曾文水庫越域引水計畫停工檢討，致中長期缺水風險大增。 玉峰堰水庫位於曾文溪下游臺南市山上區，屬台灣自來水股份有限公司管理，並由其第六區管理處負責營運，攔河堰旁設置山上淨水場設計出水量4.5萬CMD，引取玉峰堰原水處理後送潭頂淨水場再次處理後提供台南地區民生及產業用水使用。為配合各區域水資源經理基本計畫推動，以「有效管理」、「彈性調度」及「多元開發」原則辦理水資源規劃工作，初步檢討玉峰堰水源運用情形，?設以工業用水專用管路輸送至相關工業園區供應產業使用，屆時潭頂淨水場則可增加每日4.5萬噸淨水能力，枯旱時可引用曾文-烏山頭水庫系統水源，能降低南化水庫供水壓力，提高水資源調度彈性並提升臺南地區供水穩定性，考量在全球氣候變遷下，水資源管理及營運應朝更具效率及效能方向推動，透過本計畫檢討玉峰堰水源運用情形，辦理工業用水專管規劃工作，以利有效管理，彈性調度降低缺水風險。 爰此，本局成立「玉峰堰水源運用檢討及工業用水專管規劃」委託技術服務案辦理相關水源運用檢討、可行性方案研擬及評估、調查及工程規劃事宜。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050424</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010600691</governmentpublicationsnumber><identifier>83955</identifier><internationalstandardbooknumber>9789860525090 ; 9789860525</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83955</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>106</publishrocyear><title>玉峰堰水源運用檢討及工業用水專管細部規劃(可行性研究評估報告)Review on water resources operation of Yufong weir and detail planning of industrial water supply pipeline(Plan feasibility study and assessment report)</title><yearidentifier>201705</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>83961</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83961</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)(內附光碟)Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>鹿寮溪水庫位於台南市白河區馬稠後與嘉義縣水上鄉牛稠埔溪交界處（水庫位置如圖1所示），民國100年4月核定之「臺灣南部區域水資源經理基本計畫」將鹿寮溪水庫更新改善計畫列於中程水資源開發計畫(稱本計畫)，目前本計畫已完成相關工程可行性規劃。 依本計畫加高高度及水庫清淤土方去化之規劃，已達依行政院環境保護署民國102年9月12日所修正之「開發行為應實施環境影響評估細目及範圍認定標準」第12條第2款之規定，「蓄水工程擴建或洩洪道加高工程符合前款第一目至第六目規定之一，或加高高度二公尺以上」應實施環境影響評估。本工作係配合工程可行性規劃內容進行環境影響評估第一階段之環境影響說明書撰寫及提報環保署相關審查作業。 本計畫書係依據鈞署102年11月11日經水源字第10215143700號函，「曾文南化烏山頭水庫治理及穩定南部地區供水計畫」相關監測、調查及工程先期作業委辦計畫會議紀錄，及102年11月13日經水源字第10253249790號函辦理，爰提本工作委託服務計畫書，俾利工展。</abstract><author>光宇工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030258</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/28</date><governmentpublicationsnumber>1010400342</governmentpublicationsnumber><identifier>83962</identifier><internationalstandardbooknumber>9789860444728 ; 9789860444</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83962</librarycollectiondetailsurl><price>1800</price><publisher>經濟部水?署水?規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>鹿寮溪水庫更新改善規劃-環境影響評估成果報告書(規劃階段)附冊Planning Stage Results Report, Environmental Impact Assessment of Lu-Liau Reservoir Renewal Improvement Planning</title><yearidentifier>201503</yearidentifier></data><data><abstract>本書旨在以本所過去至今整理的日治時期治水圖資為對象，藉文獻資料及口述歷史還原其生產背景，並說明圖資之內容與價值所在，提供水利界、史學界及社會大眾活化利用，共構臺灣的水文化。</abstract><author>顧雅文</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/29</date><governmentpublicationsnumber>1010602303</governmentpublicationsnumber><identifier>83963</identifier><internationalstandardbooknumber>9789860544534 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83963</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>測繪河流—近代化下臺灣河川調查與治理規劃圖籍</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>顏詒星、陳建成</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/1/29</date><governmentpublicationsnumber>1010600646</governmentpublicationsnumber><identifier>83964</identifier><internationalstandardbooknumber>9789860524123 ; 9789860524</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83964</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>湖山水庫紀念文輯</title><yearidentifier>201705</yearidentifier></data><data><abstract>本計畫 接續 以往相關計畫 以往相關計畫 以往相關計畫 2007~2011年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 年「石門水庫砂運移監測與?重 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 ?模式開發及應用研究」與 2012~2013年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 年「石門水庫長期監測計畫與防淤操 作模擬分析」 作模擬分析」 作模擬分析」 ，持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 持續維護石門水庫長期 觀測站 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ，颱洪期間進行全程觀測 ， 以水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程水庫泥砂運移自動化監測與 傳輸系統，即時掌握全洪程異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 異重流資訊，提供水庫防洪淤操作運轉之參考數據。另外全程 人工 觀測 掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在掌握每小時入庫 水砂歷線與各排放口，以及異重流在區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案區之運移特性，據以量化檢討水 庫現況防淤功能利評估規劃設計案庫更新改善防淤功能。 庫更新改善防淤功能。 庫更新改善防淤功能。 庫</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030364</commissionedprojectidentifier><currency>NT$</currency><date>2016/1/18</date><governmentpublicationsnumber>1010403235</governmentpublicationsnumber><identifier>83968</identifier><internationalstandardbooknumber>9789860475234 ; 9789860475</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83968</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>104</publishrocyear><title>石門水庫颱洪期間泥砂運移長期監測報告(內附光碟)Long-Term Monitoring of Sediment Transport in Shihmen Reservoir</title><yearidentifier>201512</yearidentifier></data><data><abstract>防洪工程建造物損壞後之地質成因調查，除一般性之調查原則外，更需注意不穩定河段地質條件之特殊性，諸如軟弱地層之液化問題、易沖刷河段之基腳沖刷問題等。由於堤防護岸等防洪工程建造物為構築於固定堤線上之線型構造物，基地穿越軟弱土層之可能性高，再加上地形、水文條件影響，部分堤段常常重複損毀，地層液化與基腳沖刷與為造成防洪工程建造物損毀之主要因素，因此確有其必要性進行後續研究，針對重複發生災害之河段進行研究，以河川水理、地形、土地利用、地質等觀點勘選代表性堤段，針對代表性堤段損壞之地質成因調查與改善策略進行研究探討。配合現地勘查擬定地質調查作業並進行實作，探討改善因應策略與適用之基礎型式，納入「防洪工程建造物地質調查作業參考手冊」以增加其實用性與應用性，作為河川管理單位相關工程之應用參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060025</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/29</date><governmentpublicationsnumber>1010601852</governmentpublicationsnumber><identifier>83973</identifier><internationalstandardbooknumber>9789860539905 ; 9789860539</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83973</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>地質造成防洪工程建造物損壞之成因改善及策略研究(內附光碟)=Damages of Flood-control structures Attributed to Geology - Various Causes and Improved Strategies</title><yearidentifier>201712</yearidentifier></data><data><abstract>防洪工程建造物損壞後之地質成因調查，除一般性之調查原則外，更需注意不穩定河段地質條件之特殊性，諸如軟弱地層之液化問題、易沖刷河段之基腳沖刷問題等。由於堤防護岸等防洪工程建造物為構築於固定堤線上之線型構造物，基地穿越軟弱土層之可能性高，再加上地形、水文條件影響，部分堤段常常重複損毀，地層液化與基腳沖刷與為造成防洪工程建造物損毀之主要因素，因此確有其必要性進行後續研究，針對重複發生災害之河段進行研究，以河川水理、地形、土地利用、地質等觀點勘選代表性堤段，針對代表性堤段損壞之地質成因調查與改善策略進行研究探討。配合現地勘查擬定地質調查作業並進行實作，探討改善因應策略與適用之基礎型式，納入「防洪工程建造物地質調查作業參考手冊」以增加其實用性與應用性，作為河川管理單位相關工程之應用參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060025</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/29</date><governmentpublicationsnumber>1010601852</governmentpublicationsnumber><identifier>83974</identifier><internationalstandardbooknumber>9789860539905 ; 9789860539</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83974</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>地質造成防洪工程建造物損壞之成因改善及策略研究--光碟版=Damages of Flood-control structures Attributed to Geology - Various Causes and Improved Strategies</title><yearidentifier>201712</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等，完成流域地質資訊系統之維護更新、強化系統平台應用性及透過教育訓練推廣利用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060024</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602270</governmentpublicationsnumber><identifier>83979</identifier><internationalstandardbooknumber>9789860544565 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83979</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>流域地質資訊系統之維護更新及應用(2/2)(內附光碟)=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201712</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等，完成流域地質資訊系統之維護更新、強化系統平台應用性及透過教育訓練推廣利用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060024</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602270</governmentpublicationsnumber><identifier>83980</identifier><internationalstandardbooknumber>9789860544565 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83980</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>流域地質資訊系統之維護更新及應用(2/2)--光碟版=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫係藉由與國內外著名之輸砂學者合作，以臺灣河川泥砂運移特性為案例，擴充建置本土化輸砂公式，並結合現有數值模式，以臺灣5大流域為案例進行河道穩定與流域土砂運移與管理研究。整體工作架構包括臺灣河川基本資料現地補充調查、國際合作研發本土化輸砂公式、及本土化輸砂公式結合數值模式進行應用研究等三大部分。</abstract><author>國立交通大學</author><categoryidentifier>443.6   443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060397</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602299</governmentpublicationsnumber><identifier>83984</identifier><internationalstandardbooknumber>9789860545029 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83984</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣河川輸砂公式建置及應用研究(內附光碟)=Developement and Application Study of Sediment Transport Formula in Taiwan’s Rivers</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>83988</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83988</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立(內附光碟)=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>83989</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_83989</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立--光碟版=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫係藉由與國內外著名之輸砂學者合作，以臺灣河川泥砂運移特性為案例，擴充建置本土化輸砂公式，並結合現有數值模式，以臺灣5大流域為案例進行河道穩定與流域土砂運移與管理研究。整體工作架構包括臺灣河川基本資料現地補充調查、國際合作研發本土化輸砂公式、及本土化輸砂公式結合數值模式進行應用研究等三大部分。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060397</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/30</date><governmentpublicationsnumber>1010602299</governmentpublicationsnumber><identifier>84001</identifier><internationalstandardbooknumber>9789860545029 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84001</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣河川輸砂公式建置及應用研究--光碟版=Developement and Application Study of Sediment Transport Formula in Taiwan’s Rivers</title><yearidentifier>201712</yearidentifier></data><data><abstract>針對頭前溪主流進行基本資料蒐集、探討BIM與數值地形測量資料整合之可行性、探討BIM支援河海堤工程設計工作之可行性、探討BIM支援產出河海堤工程設計圖之可行性、探討BIM支援產出河海堤工程預算書之可行性。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040451</commissionedprojectidentifier><currency>NT$</currency><date>2016/2/15</date><governmentpublicationsnumber>1010403060</governmentpublicationsnumber><identifier>84002</identifier><internationalstandardbooknumber>9789860473612 ; 9789860473</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84002</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>104</publishrocyear><title>104年度「BIM技術導入河海堤工程設計可行性研究」Feasibility study of applying building information modeling to support dike design in 2015 正式報告書(內附光碟)</title><yearidentifier>201512</yearidentifier></data><data><abstract>由於彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為分布於內陸地區（例如彰化溪州及雲林虎尾、土庫等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060348</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602518</governmentpublicationsnumber><identifier>84009</identifier><internationalstandardbooknumber>9789860547139 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84009</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>由於彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為分布於內陸地區（例如彰化溪州及雲林虎尾、土庫等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060348</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602518</governmentpublicationsnumber><identifier>84010</identifier><internationalstandardbooknumber>9789860547139 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84010</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度彰化及雲林地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Subsidence of Changhua and Yunlin Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、桃園、嘉義、臺南及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060351</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602515</governmentpublicationsnumber><identifier>84011</identifier><internationalstandardbooknumber>9789860547177 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84011</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度臺北、桃園、嘉義、臺南及屏東地區地層下陷監測及分析=Monitoring and Analyzing Subsidence of Taipei,Taoyuan,Chiayi,Tainan and Pingtung Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、桃園、嘉義、臺南及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060351</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602515</governmentpublicationsnumber><identifier>84012</identifier><internationalstandardbooknumber>9789860547177 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84012</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度臺北、桃園、嘉義、臺南及屏東地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Subsidence of Taipei,Taoyuan,Chiayi,Tainan and Pingtung Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>雷達衛星影像含有豐富的地表資訊，較傳統水準測量於地形觀測時空分布資料建立更為迅速寬廣，且近年來因雷達衛星解像能力與分析技術之提升，已可提供地形水平距離及垂直高程之變化資訊。 由於不同衛星波長不同，故衛星可偵測極限亦不相同。現今多時域雷達干涉技術已有多種方法(如PSInSAR、SBAS、TCPInSAR等)被廣泛應用於地層下陷監測，因此本計畫期能詳細回顧與整理國內外相關文獻，並詳盡比較各種InSAR分析方法及建置地層下陷相關資料，例如：土壤地質、日降雨量、日地下水位、多元地層下陷測量資料、高解析度網格數值高程、多年期農作物分布資料、土地利用資料、社會經濟資料(農漁工商等)，及評估目前應用多時域雷達干涉技術(Multi-temporal InSAR)於地層下陷偵測的方法優缺點與精確度。另為瞭解地層下陷時序性之變化，尚需融合/整合地陷井、地表GPS等觀測資料，利用時空資訊融合或整合技術建構地層下陷區有關地形變化完整輪廓，使用干涉雷達影像來定期監測彰雲地區地層下陷時間與空間的變異狀況，實施地層下陷常態性與全面性監測機制，適時提供相關重點變異地區進行現地勘測，並提供主管單位關於地層下陷變異區位之資訊與相關影響因子，及地層下陷相關政策研擬如國土利用規劃與高鐵行車安全等之參考，以保護民眾生命財產安全並降低經濟損害。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060345</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602560</governmentpublicationsnumber><identifier>84013</identifier><internationalstandardbooknumber>9789860547498 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84013</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>多時域雷達干涉技術應用於地層下陷監測之研究=Application of multi-temporal InSAR methods for land subsidence monitoring</title><yearidentifier>201712</yearidentifier></data><data><abstract>雷達衛星影像含有豐富的地表資訊，較傳統水準測量於地形觀測時空分布資料建立更為迅速寬廣，且近年來因雷達衛星解像能力與分析技術之提升，已可提供地形水平距離及垂直高程之變化資訊。 由於不同衛星波長不同，故衛星可偵測極限亦不相同。現今多時域雷達干涉技術已有多種方法(如PSInSAR、SBAS、TCPInSAR等)被廣泛應用於地層下陷監測，因此本計畫期能詳細回顧與整理國內外相關文獻，並詳盡比較各種InSAR分析方法及建置地層下陷相關資料，例如：土壤地質、日降雨量、日地下水位、多元地層下陷測量資料、高解析度網格數值高程、多年期農作物分布資料、土地利用資料、社會經濟資料(農漁工商等)，及評估目前應用多時域雷達干涉技術(Multi-temporal InSAR)於地層下陷偵測的方法優缺點與精確度。另為瞭解地層下陷時序性之變化，尚需融合/整合地陷井、地表GPS等觀測資料，利用時空資訊融合或整合技術建構地層下陷區有關地形變化完整輪廓，使用干涉雷達影像來定期監測彰雲地區地層下陷時間與空間的變異狀況，實施地層下陷常態性與全面性監測機制，適時提供相關重點變異地區進行現地勘測，並提供主管單位關於地層下陷變異區位之資訊與相關影響因子，及地層下陷相關政策研擬如國土利用規劃與高鐵行車安全等之參考，以保護民眾生命財產安全並降低經濟損害。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060345</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602560</governmentpublicationsnumber><identifier>84014</identifier><internationalstandardbooknumber>9789860547498 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84014</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>多時域雷達干涉技術應用於地層下陷監測之研究--光碟版=Application of multi-temporal InSAR methods for land subsidence monitoring</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」與「地下水保育管理暨地層下陷防治第2期計畫」各部會執行情形，並協助整合地層下陷防治工作。另辦理地層下陷防治工作體檢與建議、地層下陷監測方法精進與檢討、深層地質壓密潛勢評估及雲彰地區灌溉水井抽水量推估模式與現地驗證等工作，以促進地下水保育利用及持續紓緩地層下陷情勢，爰成立「106年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060280</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602520</governmentpublicationsnumber><identifier>84015</identifier><internationalstandardbooknumber>9789860547122 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84015</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度地層下陷防治專案服務計畫(內附光碟)=The Porject for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」與「地下水保育管理暨地層下陷防治第2期計畫」各部會執行情形，並協助整合地層下陷防治工作。另辦理地層下陷防治工作體檢與建議、地層下陷監測方法精進與檢討、深層地質壓密潛勢評估及雲彰地區灌溉水井抽水量推估模式與現地驗證等工作，以促進地下水保育利用及持續紓緩地層下陷情勢，爰成立「106年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060280</commissionedprojectidentifier><currency>NT$</currency><date>2018/1/31</date><governmentpublicationsnumber>1010602520</governmentpublicationsnumber><identifier>84016</identifier><internationalstandardbooknumber>9789860547122 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84016</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度地層下陷防治專案服務計畫--光碟版=The Porject for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、桃園、嘉義、臺南及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060351</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/1</date><governmentpublicationsnumber>1010602515</governmentpublicationsnumber><identifier>84024</identifier><internationalstandardbooknumber>9789860547177 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84024</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度臺北、桃園、嘉義、臺南及屏東地區地層下陷監測及分析=Monitoring and Analyzing Subsidence of Taipei,Taoyuan,Chiayi,Tainan and Pingtung Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續規劃辦理臺北、桃園、嘉義、臺南及屏東地區地層下陷監測，並維護宜蘭、桃園、嘉義、臺南、高雄及屏東等地區19口地層下陷監測井，同時整合相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060351</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/1</date><governmentpublicationsnumber>1010602515</governmentpublicationsnumber><identifier>84029</identifier><internationalstandardbooknumber>9789860547177 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84029</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度臺北、桃園、嘉義、臺南及屏東地區地層下陷監測及分析=Monitoring and Analyzing Subsidence of Taipei,Taoyuan,Chiayi,Tainan and Pingtung Area in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>司法院</author><categoryidentifier>572.96</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/2</date><governmentpublicationsnumber>1010001126</governmentpublicationsnumber><identifier>84035</identifier><internationalstandardbooknumber>9789860280326 ; 9789860280</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84035</librarycollectiondetailsurl><price>定價400</price><publisher>司法院</publisher><publishrocyear>100</publishrocyear><title>行政訴訟二級二審制-實施十週年回顧論文集</title><yearidentifier>201106</yearidentifier></data><data><abstract> </abstract><author>司法院行政訴訟及懲戒廳</author><categoryidentifier>588.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/2</date><governmentpublicationsnumber>1009303470</governmentpublicationsnumber><identifier>84037</identifier><internationalstandardbooknumber>9789570194173 ; 9789570194</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84037</librarycollectiondetailsurl><price>定價600</price><publisher>司法院</publisher><publishrocyear>93</publishrocyear><title>公務員懲戒制度相關論文彙編</title><yearidentifier>200412</yearidentifier></data><data><abstract> </abstract><author>司法院行政訴訟及懲戒廳</author><categoryidentifier>572.47</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/2</date><governmentpublicationsnumber>1010004805</governmentpublicationsnumber><identifier>84038</identifier><internationalstandardbooknumber>9789860311105 ; 9789860311</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84038</librarycollectiondetailsurl><price>定價450</price><publisher>司法院</publisher><publishrocyear>97</publishrocyear><title>公務員懲戒制度相關論文彙編-第4輯</title><yearidentifier>200811</yearidentifier></data><data><abstract> </abstract><author>司法院行政訴訟及懲戒廳</author><categoryidentifier>572.47</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/2</date><governmentpublicationsnumber>1010502579</governmentpublicationsnumber><identifier>84039</identifier><internationalstandardbooknumber>9789860509045 ; 9789860509</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84039</librarycollectiondetailsurl><price>定價300</price><publisher>司法院</publisher><publishrocyear>105</publishrocyear><title>公務員懲戒制度相關論文彙編-第6輯</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>司法院行政訴訟及懲戒廳</author><categoryidentifier>588.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/5</date><governmentpublicationsnumber>1009603722</governmentpublicationsnumber><identifier>84047</identifier><internationalstandardbooknumber>9789860120738 ; 9789860120</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84047</librarycollectiondetailsurl><price>定價480</price><publisher>司法院</publisher><publishrocyear>96</publishrocyear><title>行政訴訟制度相關論文彙編-第5輯</title><yearidentifier>200712</yearidentifier></data><data><abstract> </abstract><author>司法院行政訴訟及懲戒廳</author><categoryidentifier>588.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/5</date><governmentpublicationsnumber>1009903061</governmentpublicationsnumber><identifier>84048</identifier><internationalstandardbooknumber>9789860246537 ; 9789860246</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84048</librarycollectiondetailsurl><price>定價360</price><publisher>司法院</publisher><publishrocyear>99</publishrocyear><title>行政訴訟制度相關論文彙編-第7輯</title><yearidentifier>201009</yearidentifier></data><data><abstract>水利署依水利法規定負有水利事業興辦之任務，本計畫擬以104年至 105年為辦理期程，辦理內容包含維護及改善本署近海水文觀測系統平台 之功能使之正常運作，維護管理本署既有之近海水文觀測資料庫，以及擴 充本署現有海岸水情系統使其具有地理資訊功能等，期以正確掌握一般性 海堤區域即時水文情況，並產出最佳品質之近海水文資料，做為水利署辦 理與執行一般性海堤安全防護，以及相關水資源開發公共工程建設之基 石。為能持續提昇水災害防救災效率，水利署依據行政院核定之「台灣地 區水文觀測現代化整體計畫」，推動近海水文觀測業務，並已於98年度完 成，且獲得階段性的成就。有鑑於近年全球氣候異常徵兆持續的浮現，未 來所將面對的水文環境具高度之不確定性，並考?政府施政之一貫性及延 續性，經濟部爰提本項「台灣水文觀測長期發展計畫第二期(104 ?~109 ?）」，據以銜接現代化整體計畫及「台灣水文觀測長期發展計畫（99 ? ~103 ?）」成果，協助水利署落實海岸地區的禦潮防災工作。本(104)年 度為第一年計畫，計畫目標為『維持近海水文站網正常作業化觀測，收集 高品質資料與其變化趨勢供禦潮防災決策與海岸防護工程應用；強化資料 應用，並產出各項資訊供海岸管理及海洋資源開發利用』。本計畫協助水 利署管理、保養並維護之測站共計22站，包括7座資料浮標、1座岸基雷達 站、12座潮位站及2座資訊展示站。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040049</commissionedprojectidentifier><currency>NT$</currency><date>2016/3/28</date><governmentpublicationsnumber>1010402708</governmentpublicationsnumber><identifier>84049</identifier><internationalstandardbooknumber>9789860469318 ; 9789860469</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84049</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>104</publishrocyear><title>104-105年度近海水文觀測站網維護管理與運作(1/2) Operation  Maintenance  of  Coastal  Monitoring  Network  in  the  Sea  Embankment  Area  (2015  to  2016)(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>台南市黃金海岸位於台南市行政區域之西側，係一相當著名之濱海景點，早期沙灘寬闊，每當假日遊客絡繹不?。但近年來，受到安平商港防波堤突堤效應之影響，產生南侵北淤之變化，其船屋後側沙灘已逐漸消退，美景不再。人工養灘係目前主力推廣之海岸侵蝕防治工法，本局於102年已依據相關研究報告完成人工養灘之工程，本計畫擬檢討其養灘的成效，估算養灘沙源流失之情形，並評估養灘方案之調整配置及再養灘量，俾據以續辦各期人工養灘工程，恢復黃金海岸沙灘。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030026</commissionedprojectidentifier><currency>NT$</currency><date>2015/3/18</date><governmentpublicationsnumber>1010302948</governmentpublicationsnumber><identifier>84050</identifier><internationalstandardbooknumber>9789860436648 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84050</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>103</publishrocyear><title>台南市黃金海岸養灘規劃及檢討分析=Review the effects of artificial beach nourishment at Golden Coast at Tainan City</title><yearidentifier>201412</yearidentifier></data><data><abstract>本計畫係藉由與國內外著名之輸砂學者合作，以臺灣河川泥砂運移特性為案例，擴充建置本土化輸砂公式，並結合現有數值模式，以臺灣5大流域為案例進行河道穩定與流域土砂運移與管理研究。整體工作架構包括臺灣河川基本資料現地補充調查、國際合作研發本土化輸砂公式、及本土化輸砂公式結合數值模式進行應用研究等三大部分。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060397</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/6</date><governmentpublicationsnumber>1010602299</governmentpublicationsnumber><identifier>84061</identifier><internationalstandardbooknumber>9789860545029 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84061</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣河川輸砂公式建置及應用研究(內附光碟)=Developement and Application Study of Sediment Transport Formula in Taiwan’s Rivers</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/6</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>84063</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84063</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立(內附光碟)=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>顏一勤 李寄嵎</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602109</governmentpublicationsnumber><identifier>84069</identifier><internationalstandardbooknumber>9789860542561 ; 9789860542</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84069</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>106</publishrocyear><title>五萬分之一臺灣地質圖說明書圖幅第七十三號(吉貝嶼)圖幅第七十四號(馬公)圖幅第七十五號(望安島)圖幅第七十六號(虎井)澎湖群島</title><yearidentifier>201712</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編105年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「105年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060158</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602595</governmentpublicationsnumber><identifier>84070</identifier><internationalstandardbooknumber>9789860549010 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84070</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>105年用水統計年報彙編=Compilation of Annual Water Consumption</title><yearidentifier>201712</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編105年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「105年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060158</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602598</governmentpublicationsnumber><identifier>84071</identifier><internationalstandardbooknumber>9789860549003 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84071</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>105年各標的用水統計年報=Annual Water Consumption Report for 2016</title><yearidentifier>201712</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編105年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「105年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>逢甲大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060158</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602595</governmentpublicationsnumber><identifier>84072</identifier><internationalstandardbooknumber>9789860549010 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84072</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>105年用水統計年報彙編--光碟版=Compilation of Annual Water Consumption</title><yearidentifier>201712</yearidentifier></data><data><abstract>一、基本資料蒐集整理分析 二、地形補充調查 三、波潮流觀測調查 四、設施防護功能檢討及改善措施 五、海岸環境營造規劃設計</abstract><author>鴻威國際工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060248</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602332</governmentpublicationsnumber><identifier>84074</identifier><internationalstandardbooknumber>9789860545265 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84074</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>海岸環境營造計畫卑南溪口至利嘉溪口海岸段環境營造規劃設計=Sustainable Regeneration of Beinan Estuary to Lijia Estuary Coastal Environment Plans</title><yearidentifier>201712</yearidentifier></data><data><abstract>一、基本資料蒐集整理分析 二、地形補充調查 三、波潮流觀測調查 四、設施防護功能檢討及改善措施 五、海岸環境營造規劃設計</abstract><author>鴻威國際工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060248</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/9</date><governmentpublicationsnumber>1010602332</governmentpublicationsnumber><identifier>84075</identifier><internationalstandardbooknumber>9789860545265 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84075</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>海岸環境營造計畫卑南溪口至利嘉溪口海岸段環境營造規劃設計--光碟版=Sustainable Regeneration of Beinan Estuary to Lijia Estuary Coastal Environment Plans</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060148</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/12</date><governmentpublicationsnumber>1010602690</governmentpublicationsnumber><identifier>84081</identifier><internationalstandardbooknumber>9789860549881 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84081</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>104-106年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)(內附光碟)=(2015~2017)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060148</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/12</date><governmentpublicationsnumber>1010602690</governmentpublicationsnumber><identifier>84083</identifier><internationalstandardbooknumber>9789860549881 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84083</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>104-106年蓄水與引水建造物檢查及安全評估專業服務計畫(3/3)--光碟版=(2015~2017)Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Evaluation Report(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等，完成流域地質資訊系統之維護更新、強化系統平台應用性及透過教育訓練推廣利用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060024</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/12</date><governmentpublicationsnumber>1010602270</governmentpublicationsnumber><identifier>84109</identifier><internationalstandardbooknumber>9789860544565 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84109</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>流域地質資訊系統之維護更新及應用(2/2)(內附光碟)=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201712</yearidentifier></data><data><abstract>防洪工程建造物損壞後之地質成因調查，除一般性之調查原則外，更需注意不穩定河段地質條件之特殊性，諸如軟弱地層之液化問題、易沖刷河段之基腳沖刷問題等。由於堤防護岸等防洪工程建造物為構築於固定堤線上之線型構造物，基地穿越軟弱土層之可能性高，再加上地形、水文條件影響，部分堤段常常重複損毀，地層液化與基腳沖刷與為造成防洪工程建造物損毀之主要因素，因此確有其必要性進行後續研究，針對重複發生災害之河段進行研究，以河川水理、地形、土地利用、地質等觀點勘選代表性堤段，針對代表性堤段損壞之地質成因調查與改善策略進行研究探討。配合現地勘查擬定地質調查作業並進行實作，探討改善因應策略與適用之基礎型式，納入「防洪工程建造物地質調查作業參考手冊」以增加其實用性與應用性，作為河川管理單位相關工程之應用參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060025</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/12</date><governmentpublicationsnumber>1010601852</governmentpublicationsnumber><identifier>84110</identifier><internationalstandardbooknumber>9789860539905 ; 9789860539</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84110</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>地質造成防洪工程建造物損壞之成因改善及策略研究(內附光碟)=Damages of Flood-control structures Attributed to Geology - Various Causes and Improved Strategies</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫係依據本局102年度辦理「鹽水溪(大昌橋至八甲橋)疑似遺址調查鑽探評估」確認鹽水溪大昌橋(斷面63)上游河道內180平方公尺範圍之「大昌橋遺址」屬距今約4800~4200年大坌坑文化，因該遺址位於鹽水溪河道內，為避免影響後續大昌橋上游新建堤防工程期程及日後河流沖刷擾動破壞遺留文物，故本局依據遺址監管保護辦法第8條規定及 鈞署103年3月18日經水河字第10351028520號同意函辦理搶救發掘，俾利相關防洪工程施設接續推行。</abstract><author>蔗古文創事業股份有限公司</author><categoryidentifier>443.689743</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030424</commissionedprojectidentifier><currency>NT$</currency><date>2015/11/18</date><governmentpublicationsnumber>1010400923</governmentpublicationsnumber><identifier>84118</identifier><internationalstandardbooknumber>9789860450910 ; 9789860450</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84118</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>鹽水溪大昌橋遺址搶救發掘The Salvage Excavation of Dachang Bridge Site Lying on the Yanshui Stream Bed</title><yearidentifier>201508</yearidentifier></data><data><abstract> </abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040077</commissionedprojectidentifier><currency>NT$</currency><date>2016/5/25</date><governmentpublicationsnumber>1010403075</governmentpublicationsnumber><identifier>84125</identifier><internationalstandardbooknumber>9789860468496 ; 9789860468</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84125</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>104</publishrocyear><title>台南高雄海堤溢淹越波預警系統驗證及建置(1/2)Demonstration and Construction of Warning System for Wave Runup and Overtopping at Seawalls in Tainan and Kaohsiung(1/2)</title><yearidentifier>201512</yearidentifier></data><data><abstract>防洪工程建造物損壞後之地質成因調查，除一般性之調查原則外，更需注意不穩定河段地質條件之特殊性，諸如軟弱地層之液化問題、易沖刷河段之基腳沖刷問題等。由於堤防護岸等防洪工程建造物為構築於固定堤線上之線型構造物，基地穿越軟弱土層之可能性高，再加上地形、水文條件影響，部分堤段常常重複損毀，地層液化與基腳沖刷與為造成防洪工程建造物損毀之主要因素，因此確有其必要性進行後續研究，針對重複發生災害之河段進行研究，以河川水理、地形、土地利用、地質等觀點勘選代表性堤段，針對代表性堤段損壞之地質成因調查與改善策略進行研究探討。配合現地勘查擬定地質調查作業並進行實作，探討改善因應策略與適用之基礎型式，納入「防洪工程建造物地質調查作業參考手冊」以增加其實用性與應用性，作為河川管理單位相關工程之應用參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060025</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/13</date><governmentpublicationsnumber>1010601852</governmentpublicationsnumber><identifier>84145</identifier><internationalstandardbooknumber>9789860539905 ; 9789860539</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84145</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>地質造成防洪工程建造物損壞之成因改善及策略研究(內附光碟)=Damages of Flood-control structures Attributed to Geology - Various Causes and Improved Strategies</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣由於降雨特性及地形因素，颱洪時期高強度瞬時洪峰常對河道深槽造成劇烈衝擊，垂直向侵蝕導致河槽刷深，而側向沖刷改變河道岸壁邊界，可能造成河道深槽偏移，危及堤防、護岸等構造物安全及兩岸土地安定。若能在颱洪發生前，估算堤防、護岸等防洪構造物之破壞機率，釐清易致災河段位置，在颱洪期間以可靠度為依歸，藉由即時監測、風險分析，進行防洪構造物破壞之預警作為，便可能即時應變或做補強措施，降低防洪構造物破壞之機率及減少破壞後造成之損失。 本計畫欲探討颱洪期間易致災河段防洪構造物破壞機制與成因，挑選河段進行防洪構造物即時安全監測系統之研發、設計與安裝，以掌握防洪構造物破壞前臨界狀態之條件，另藉由風險分析估算防洪構造物於颱洪發生前之破壞機率，釐清易致災河段位置。結合風險分析架構與即時監測結果，提出河川防洪構造物破壞警戒參考值，並分析預警之可靠度，未來颱洪期間便可進行預警作為，以即時降低河川防洪構造物破壞可能帶來之損失，並研提易致災河段治理對策，供未來規劃設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060332</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602255</governmentpublicationsnumber><identifier>84203</identifier><internationalstandardbooknumber>9789860544510 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84203</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>易致災河段潛勢分析及安全監測之研究(內附光碟)=The Monitoring System Design and Failure Probability Analysis for River Dikes on Disaster Prone Reach</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣由於降雨特性及地形因素，颱洪時期高強度瞬時洪峰常對河道深槽造成劇烈衝擊，垂直向侵蝕導致河槽刷深，而側向沖刷改變河道岸壁邊界，可能造成河道深槽偏移，危及堤防、護岸等構造物安全及兩岸土地安定。若能在颱洪發生前，估算堤防、護岸等防洪構造物之破壞機率，釐清易致災河段位置，在颱洪期間以可靠度為依歸，藉由即時監測、風險分析，進行防洪構造物破壞之預警作為，便可能即時應變或做補強措施，降低防洪構造物破壞之機率及減少破壞後造成之損失。 本計畫欲探討颱洪期間易致災河段防洪構造物破壞機制與成因，挑選河段進行防洪構造物即時安全監測系統之研發、設計與安裝，以掌握防洪構造物破壞前臨界狀態之條件，另藉由風險分析估算防洪構造物於颱洪發生前之破壞機率，釐清易致災河段位置。結合風險分析架構與即時監測結果，提出河川防洪構造物破壞警戒參考值，並分析預警之可靠度，未來颱洪期間便可進行預警作為，以即時降低河川防洪構造物破壞可能帶來之損失，並研提易致災河段治理對策，供未來規劃設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060332</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602255</governmentpublicationsnumber><identifier>84204</identifier><internationalstandardbooknumber>9789860544510 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84204</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>易致災河段潛勢分析及安全監測之研究--光碟版=The Monitoring System Design and Failure Probability Analysis for River Dikes on Disaster Prone Reach</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣近年來強降雨發生頻繁，每逢暴雨即可能發生大規模之土砂災害，除了威脅鄰近居民之生命財產安全外，超高濁度之泥水亦對下游蓄水取水設施之運用產生嚴重衝，由此顯示全國水庫集水區保育工作之重要，例如104年蘇迪勒颱風不僅重創烏來地區，更嚴重影響大台北地區供水之穩定度與用水品質。近年國家發展委員會審查水庫集水區保育實施計畫，即已建議需因地制宜採用多元方法改善集水區優養化問題，例如於水庫臨界處附近栽種「培地茅」等生態植物以吸納磷、氮等養份並淨化水質，兼且避免過度改變水流流速，達到加速土沙汰選與淤積作用；另外亦建議可在既有工程技術上，檢討並研擬創新模式和變革作法，俾提升集水區永續治理成效。考量近年低衝擊開發(LID)之概念蓬勃發展，國內對其應用於都市防洪之相關研究與案例漸趨成熟，惟在集水區土砂管理方面則付之闕如，有鑑於此，爰辦理本計畫以探討低衝擊開發於集水區土砂管理之適用措施，研擬其對土砂防治之成效評估架構及不確定性分析方法，並以新店溪青潭堰上游流域為例，分析集水區產砂及運移特性，探討低衝擊開發之影響以期有效實施集水區保育治理。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060349</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602204</governmentpublicationsnumber><identifier>84207</identifier><internationalstandardbooknumber>9789860543346 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84207</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>低衝擊開發設施效能評估-以新店溪上游流域為例=Evaluation of the low impact development - an application in the upstream basin of Xindian River</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣近年來強降雨發生頻繁，每逢暴雨即可能發生大規模之土砂災害，除了威脅鄰近居民之生命財產安全外，超高濁度之泥水亦對下游蓄水取水設施之運用產生嚴重衝，由此顯示全國水庫集水區保育工作之重要，例如104年蘇迪勒颱風不僅重創烏來地區，更嚴重影響大台北地區供水之穩定度與用水品質。近年國家發展委員會審查水庫集水區保育實施計畫，即已建議需因地制宜採用多元方法改善集水區優養化問題，例如於水庫臨界處附近栽種「培地茅」等生態植物以吸納磷、氮等養份並淨化水質，兼且避免過度改變水流流速，達到加速土沙汰選與淤積作用；另外亦建議可在既有工程技術上，檢討並研擬創新模式和變革作法，俾提升集水區永續治理成效。考量近年低衝擊開發(LID)之概念蓬勃發展，國內對其應用於都市防洪之相關研究與案例漸趨成熟，惟在集水區土砂管理方面則付之闕如，有鑑於此，爰辦理本計畫以探討低衝擊開發於集水區土砂管理之適用措施，研擬其對土砂防治之成效評估架構及不確定性分析方法，並以新店溪青潭堰上游流域為例，分析集水區產砂及運移特性，探討低衝擊開發之影響以期有效實施集水區保育治理。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060349</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602204</governmentpublicationsnumber><identifier>84208</identifier><internationalstandardbooknumber>9789860543346 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84208</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>低衝擊開發設施效能評估-以新店溪上游流域為例--光碟版=Evaluation of the low impact development - an application in the upstream basin of Xindian River</title><yearidentifier>201712</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，建立溫泉區之監測系統，乃為一不可或缺之重要工作。但伴隨著科技的進步，監測系統已發展為可即時紀錄與回控管理。因此，本計畫冀由此項科技發展，對於溫泉區總量管制問題，能有效控管與即時反應泉量、泉溫不足問題。此外，由於智慧水管理屬新興科技，在於應用上仍屬理論，為免未來貿然投入高額智慧管理監測系統，由於民眾配合度不佳，或所得資訊管理應用不佳等問題，爰本次先提初步規劃案，從設備規範、監控管理作業流程、管理系統軟體整合，以及法規修正、檢討等四部分整體規劃。本研究目的在於規劃建構溫泉區溫泉水自動管理系統，有效且即時監測地下水位與溫度變化，並結合溫泉資源管理模式，隨時掌握資訊，必要時能合理分配溫泉抽取時間，並以大數據分析溫泉資源保育經濟效益評估，永續溫泉產業。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060244</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602309</governmentpublicationsnumber><identifier>84209</identifier><internationalstandardbooknumber>9789860544282 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84209</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>溫泉水智慧管理系統建置規劃=Study of using of hot spring on Smart management system</title><yearidentifier>201712</yearidentifier></data><data><abstract>溫泉資源資料為溫泉管理之重要科學依據，為落實溫泉資源總量管制，建立溫泉區之監測系統，乃為一不可或缺之重要工作。但伴隨著科技的進步，監測系統已發展為可即時紀錄與回控管理。因此，本計畫冀由此項科技發展，對於溫泉區總量管制問題，能有效控管與即時反應泉量、泉溫不足問題。此外，由於智慧水管理屬新興科技，在於應用上仍屬理論，為免未來貿然投入高額智慧管理監測系統，由於民眾配合度不佳，或所得資訊管理應用不佳等問題，爰本次先提初步規劃案，從設備規範、監控管理作業流程、管理系統軟體整合，以及法規修正、檢討等四部分整體規劃。本研究目的在於規劃建構溫泉區溫泉水自動管理系統，有效且即時監測地下水位與溫度變化，並結合溫泉資源管理模式，隨時掌握資訊，必要時能合理分配溫泉抽取時間，並以大數據分析溫泉資源保育經濟效益評估，永續溫泉產業。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>992.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060244</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602309</governmentpublicationsnumber><identifier>84210</identifier><internationalstandardbooknumber>9789860544282 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84210</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>溫泉水智慧管理系統建置規劃--光碟版=Study of using of hot spring on Smart management system</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060340</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602483</governmentpublicationsnumber><identifier>84212</identifier><internationalstandardbooknumber>9789860544695 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84212</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度溫泉監測井網觀測計畫正式報告書=Taiwan's hot spring monitoring report 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫擬蒐集並整合各縣市政府與本署監測資料，統合建置於本署全國溫泉資源基本資料庫系統，另透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉藥學校財團法人嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060340</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602483</governmentpublicationsnumber><identifier>84213</identifier><internationalstandardbooknumber>9789860544695 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84213</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度溫泉監測井網觀測計畫正式報告書--光碟版=Taiwan's hot spring monitoring report 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫擬針對既有溫泉監測資料進行更有效的管理與加值處理，透過溫泉模擬模式的建立，檢核確認溫泉的蘊藏量、抽用量、補注量與溫泉溫度傳遞分布情形，並研提水位與水溫管理標準，以強化溫泉資源保育及管理工作。</abstract><author>國立台灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060343</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602484</governmentpublicationsnumber><identifier>84214</identifier><internationalstandardbooknumber>9789860544688 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84214</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>溫泉監測資訊加值處理分析之研究=Research on Value-added Analysis of Hot-spring Monitoring Data</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫擬針對既有溫泉監測資料進行更有效的管理與加值處理，透過溫泉模擬模式的建立，檢核確認溫泉的蘊藏量、抽用量、補注量與溫泉溫度傳遞分布情形，並研提水位與水溫管理標準，以強化溫泉資源保育及管理工作。</abstract><author>國立台灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060343</commissionedprojectidentifier><currency>NT$</currency><date>2018/2/27</date><governmentpublicationsnumber>1010602484</governmentpublicationsnumber><identifier>84215</identifier><internationalstandardbooknumber>9789860544688 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84215</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>溫泉監測資訊加值處理分析之研究--光碟版=Research on Value-added Analysis of Hot-spring Monitoring Data</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣地區現有95座公告水庫，其集水區面積合計1萬2,151平方公里，佔全臺國土面積34%，目前依自來水法劃設之水質水量保護區共113處，面積約為8,972平方公里，佔台灣總面積之25%，水庫集水區面積幾乎涵蓋水質水量保護區，其中32座公共給水水庫，提供消耗性用水約64億立方公尺(24%)，其中灌溉用水佔47%、工業用水佔4%、公共給水佔49%，為重要水源。但臺灣地形山高流急，每年地震、颱風災害常造成的土石崩塌，危害聚落、公共設施安全且造成供水中斷風險；又地狹人稠，水庫集水區開發壓力高，衍生水質污染風險增加。 為確保水源穩定及水質純淨，在相關法規已有規範，如自來水法劃設「自來水水質水量保護區」及飲用水管理條例劃設「飲用水水源水質保護區」，從嚴禁止或限制貽害或汙染水質水量之行為；水土保持法劃設「特定水土保持區」及區域計畫法(全國區域計畫)管制土地變更與開發行為，各項土地開發更須依環境影響評估法實施環評影響評估。 鑒於水庫集水區人為開發導致之污染行為管控，現行「飲用水水源水質保護區」、「自來水水質水量保護區」及環評影響評估制度已趨完備，而經濟部依行政院95年「水庫集水區保育綱要」，陸續訂定各水庫集水區保育實施計畫積極防制，加上民眾環境保護意識抬頭，自主管理行動積極，水庫集水區水質污染風險，僅存村落之生活污水及傳統農業行為尚存之施肥、農藥等非點源污染問題，仍待強化。但104年蘇迪勒颱風新店溪上游集水區災害顯示，水庫集水區大規模的土砂崩塌災害潛勢尚未全然降低，如何精緻化、良善化管制集水區土地，以達水源保育之效，須提出新的思維與做法。 造成水庫集水區問題之原因可概分為地文狀況等內在條件、降雨和地震等外在環境、人為開發和維護狀況等後天影響。並藉由不同問題的現象或徵兆來評估水庫集水區是否有相對應之問題。如可由集水區之土壤沖蝕量、崩塌量、崩蝕率、含砂濃度等現象來評估是否有土壤泥砂流失問題；由集水區之比流量、降雨量、逕流率等現象來評估是否有水文流量問題；由集水區之水質指標、綠覆率、汙水接管率來評估是否有水質污染問題。 本計畫將先針對現有公告95座水庫之集水區，進行基本環境資料收集，並就整體水庫集水區問題提出診斷，再建立檢查模式評估健康狀況，辦理專家學者諮詢會議，使執行單位及早發現遭遇問題，提出有效之因應策略，達到水源保育永續之成效。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060426</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010502923</governmentpublicationsnumber><identifier>84216</identifier><internationalstandardbooknumber>9789860550276 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84216</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>全國水庫集水區水源保護總體檢計畫=The plan of Water Source Conservation Examination on Resevoir Watershed</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣地區現有95座公告水庫，其集水區面積合計1萬2,151平方公里，佔全臺國土面積34%，目前依自來水法劃設之水質水量保護區共113處，面積約為8,972平方公里，佔台灣總面積之25%，水庫集水區面積幾乎涵蓋水質水量保護區，其中32座公共給水水庫，提供消耗性用水約64億立方公尺(24%)，其中灌溉用水佔47%、工業用水佔4%、公共給水佔49%，為重要水源。但臺灣地形山高流急，每年地震、颱風災害常造成的土石崩塌，危害聚落、公共設施安全且造成供水中斷風險；又地狹人稠，水庫集水區開發壓力高，衍生水質污染風險增加。 為確保水源穩定及水質純淨，在相關法規已有規範，如自來水法劃設「自來水水質水量保護區」及飲用水管理條例劃設「飲用水水源水質保護區」，從嚴禁止或限制貽害或汙染水質水量之行為；水土保持法劃設「特定水土保持區」及區域計畫法(全國區域計畫)管制土地變更與開發行為，各項土地開發更須依環境影響評估法實施環評影響評估。 鑒於水庫集水區人為開發導致之污染行為管控，現行「飲用水水源水質保護區」、「自來水水質水量保護區」及環評影響評估制度已趨完備，而經濟部依行政院95年「水庫集水區保育綱要」，陸續訂定各水庫集水區保育實施計畫積極防制，加上民眾環境保護意識抬頭，自主管理行動積極，水庫集水區水質污染風險，僅存村落之生活污水及傳統農業行為尚存之施肥、農藥等非點源污染問題，仍待強化。但104年蘇迪勒颱風新店溪上游集水區災害顯示，水庫集水區大規模的土砂崩塌災害潛勢尚未全然降低，如何精緻化、良善化管制集水區土地，以達水源保育之效，須提出新的思維與做法。 造成水庫集水區問題之原因可概分為地文狀況等內在條件、降雨和地震等外在環境、人為開發和維護狀況等後天影響。並藉由不同問題的現象或徵兆來評估水庫集水區是否有相對應之問題。如可由集水區之土壤沖蝕量、崩塌量、崩蝕率、含砂濃度等現象來評估是否有土壤泥砂流失問題；由集水區之比流量、降雨量、逕流率等現象來評估是否有水文流量問題；由集水區之水質指標、綠覆率、汙水接管率來評估是否有水質污染問題。 本計畫將先針對現有公告95座水庫之集水區，進行基本環境資料收集，並就整體水庫集水區問題提出診斷，再建立檢查模式評估健康狀況，辦理專家學者諮詢會議，使執行單位及早發現遭遇問題，提出有效之因應策略，達到水源保育永續之成效。</abstract><author>國立台北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060426</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010502923</governmentpublicationsnumber><identifier>84217</identifier><internationalstandardbooknumber>9789860550276 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84217</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>全國水庫集水區水源保護總體檢計畫--光碟版=The plan of Water Source Conservation Examination on Resevoir Watershed</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來台灣強降雨發生頻繁，加上地震使土石鬆動，造成水庫集水區每逢暴雨即可能發生大規模之土砂災害，加上社會經濟快速發展及人口急遽成長，水庫集水區土地利用及水源污染有日益增加之趨勢，因此水庫集水區保育工作為刻不容緩之工作。然而水庫集水區保育實施計畫內容常涉及跨部會權責事項眾多，相關保育工程及經費投入時，如能針對經濟效益及財務計畫等進行評估，對於治理績效目標的達成與管考，有正面之助益；且保育實施計畫完成後之執行成效與績效評估，是下期計畫提報重要參考依據，為能以科學基礎進行經濟效益評估，強化計算基準與論述，爰擬由本計畫研究建立水庫集水區水環境保育總體經濟效益評估方式，作為各水庫管理單位於未來研擬相關治理計畫之參考，以及提出執行成效與績效評估報告之指導原則。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>445.99</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060353</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010602205</governmentpublicationsnumber><identifier>84218</identifier><internationalstandardbooknumber>9789860543377 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84218</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水庫集水區水環境保育總體經濟效益評估之研究=The Economic Benefit analysis of reservoirs Watershed Conservation</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來台灣強降雨發生頻繁，加上地震使土石鬆動，造成水庫集水區每逢暴雨即可能發生大規模之土砂災害，加上社會經濟快速發展及人口急遽成長，水庫集水區土地利用及水源污染有日益增加之趨勢，因此水庫集水區保育工作為刻不容緩之工作。然而水庫集水區保育實施計畫內容常涉及跨部會權責事項眾多，相關保育工程及經費投入時，如能針對經濟效益及財務計畫等進行評估，對於治理績效目標的達成與管考，有正面之助益；且保育實施計畫完成後之執行成效與績效評估，是下期計畫提報重要參考依據，為能以科學基礎進行經濟效益評估，強化計算基準與論述，爰擬由本計畫研究建立水庫集水區水環境保育總體經濟效益評估方式，作為各水庫管理單位於未來研擬相關治理計畫之參考，以及提出執行成效與績效評估報告之指導原則。</abstract><author>財團法人台灣綜合研究院</author><categoryidentifier>445.99</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060353</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010602205</governmentpublicationsnumber><identifier>84219</identifier><internationalstandardbooknumber>9789860543377 ; 9789860543</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84219</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水庫集水區水環境保育總體經濟效益評估之研究--光碟版=The Economic Benefit analysis of reservoirs Watershed Conservation</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫將以歷年辦理石門、曾文、南化、烏山頭水庫整治計畫辦理經驗，先以新店溪上游南勢溪流域進行生態資訊蒐集與盤點，彙整生態課題並與在地社群建立夥伴關係及溝通管道，並輔導臺北水源特定區管理局辦理工程生態檢核工作，及辦理工程生態檢核機制推廣教育訓練，藉由生態專業團隊提供棲地及物種特性，釐清可能生態議題，並在既有之工程生態檢核基礎上，強化文化資產保存之功能，進行減輕對策研擬，以落實工程生態保育與人文資產底蘊共存的環境。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060292</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010602431</governmentpublicationsnumber><identifier>84220</identifier><internationalstandardbooknumber>9789860546217 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84220</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>新店溪上游集水區保育治理工程生態檢核推廣計畫=Publicity and Promotion Project for Ecological Check for Engineering Projects of Reservoir Watershed of Xindian River Upper Reaches</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫將以歷年辦理石門、曾文、南化、烏山頭水庫整治計畫辦理經驗，先以新店溪上游南勢溪流域進行生態資訊蒐集與盤點，彙整生態課題並與在地社群建立夥伴關係及溝通管道，並輔導臺北水源特定區管理局辦理工程生態檢核工作，及辦理工程生態檢核機制推廣教育訓練，藉由生態專業團隊提供棲地及物種特性，釐清可能生態議題，並在既有之工程生態檢核基礎上，強化文化資產保存之功能，進行減輕對策研擬，以落實工程生態保育與人文資產底蘊共存的環境。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060292</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010602431</governmentpublicationsnumber><identifier>84221</identifier><internationalstandardbooknumber>9789860546217 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84221</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>新店溪上游集水區保育治理工程生態檢核推廣計畫--光碟版=Publicity and Promotion Project for Ecological Check for Engineering Projects of Reservoir Watershed of Xindian River Upper Reaches</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>2010303342</governmentpublicationsnumber><identifier>84222</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84222</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>中華民國一百零五年臺灣溫泉監測年報=TAIWAN  HOT- SPRING  MONITORING 2016 ANNUAL REPORT REPUBLIC OF CHINA</title><yearidentifier>201708</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>2010103973</governmentpublicationsnumber><identifier>84223</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84223</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>臺灣溫泉監測季報中華民國一百零六年 第一季=HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA THE FIRST QUARTER,2017</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>2010103974</governmentpublicationsnumber><identifier>84224</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84224</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>臺灣溫泉監測季報中華民國一百零六年 第二季=HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA THE SECOND QUARTER,2017</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>2010103975</governmentpublicationsnumber><identifier>84225</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84225</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>臺灣溫泉監測季報中華民國一百零六年 第三季=HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA THE THIRD QUARTER,2017</title><yearidentifier>201711</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>2010103971</governmentpublicationsnumber><identifier>84226</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84226</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>臺灣溫泉監測季報中華民國一百零五年 第四季=HOT- SPRING  QUARTERLY REPORT OF TAIWAN   REPUBLIC OF CHINA THE FOURTH QUARTER,2017</title><yearidentifier>201708</yearidentifier></data><data><abstract>本所於民國100~102年辦理「臺南海水淡化廠可行性規劃」，評估於臺南將軍區鹽田設置海水淡化廠之可行性；經評估結果，其產出淡化水可併入自來水管網系統就近供給臺南市沿海地區民生及工業用水方案已具可行性，並於民國103年開始辦理將軍區鹽田廠址各項環境現況補充調查及環境影響評估等相關作業。本年度針對取排水管線規劃路線區域，進行海床地形、地貌調查及地質調查，以供環境影響評估及工程規劃參考。</abstract><author>中華民國地球物理學會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060344</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010601653</governmentpublicationsnumber><identifier>84229</identifier><internationalstandardbooknumber>9789860537901 ; 9789860537</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84229</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>台南海淡廠取出水管海域沿線地球物理探測(內附光碟)=Geophysical Exploration Along the In-take and Out-let Pipes of Tainan Desalination Plant</title><yearidentifier>201710</yearidentifier></data><data><abstract>本所於民國100~102年辦理「臺南海水淡化廠可行性規劃」，評估於臺南將軍區鹽田設置海水淡化廠之可行性；經評估結果，其產出淡化水可併入自來水管網系統就近供給臺南市沿海地區民生及工業用水方案已具可行性，並於民國103年開始辦理將軍區鹽田廠址各項環境現況補充調查及環境影響評估等相關作業。本年度針對取排水管線規劃路線區域，進行海床地形、地貌調查及地質調查，以供環境影響評估及工程規劃參考。</abstract><author>中華民國地球物理學會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060344</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/1</date><governmentpublicationsnumber>1010601653</governmentpublicationsnumber><identifier>84230</identifier><internationalstandardbooknumber>9789860537901 ; 9789860537</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84230</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>台南海淡廠取出水管海域沿線地球物理探測--光碟版=Geophysical Exploration Along the In-take and Out-let Pipes of Tainan Desalination Plant</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/2</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>84235</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84235</librarycollectiondetailsurl><price>定價600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>106</publishrocyear><title>105年度經濟部水利署年報(內附光碟)=Water Resources Agency Ministry of Economic Affairs</title><yearidentifier>201712</yearidentifier></data><data><abstract>臺灣由於降雨特性及地形因素，颱洪時期高強度瞬時洪峰常對河道深槽造成劇烈衝擊，垂直向侵蝕導致河槽刷深，而側向沖刷改變河道岸壁邊界，可能造成河道深槽偏移，危及堤防、護岸等構造物安全及兩岸土地安定。若能在颱洪發生前，估算堤防、護岸等防洪構造物之破壞機率，釐清易致災河段位置，在颱洪期間以可靠度為依歸，藉由即時監測、風險分析，進行防洪構造物破壞之預警作為，便可能即時應變或做補強措施，降低防洪構造物破壞之機率及減少破壞後造成之損失。 本計畫欲探討颱洪期間易致災河段防洪構造物破壞機制與成因，挑選河段進行防洪構造物即時安全監測系統之研發、設計與安裝，以掌握防洪構造物破壞前臨界狀態之條件，另藉由風險分析估算防洪構造物於颱洪發生前之破壞機率，釐清易致災河段位置。結合風險分析架構與即時監測結果，提出河川防洪構造物破壞警戒參考值，並分析預警之可靠度，未來颱洪期間便可進行預警作為，以即時降低河川防洪構造物破壞可能帶來之損失，並研提易致災河段治理對策，供未來規劃設計參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060332</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/6</date><governmentpublicationsnumber>1010602255</governmentpublicationsnumber><identifier>84236</identifier><internationalstandardbooknumber>9789860544510 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84236</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>易致災河段潛勢分析及安全監測之研究(內附光碟)=The Monitoring System Design and Failure Probability Analysis for River Dikes on Disaster Prone Reach</title><yearidentifier>201712</yearidentifier></data><data><abstract>為維繫自然系統、確保自然海岸零損失、因應氣候變遷、防治海岸災害與環境破壞、保護與復育海岸資源、推動海岸整合管理，並促進海岸地區之永續發展，「海岸管理法」已於104年2月4日公布施行。本署為海岸侵蝕、洪氾溢淹、暴潮溢淹、地層下陷等4種海岸災害之中央目的事業主管機關，且未來需針對「整體海岸管理計畫」指定之一級防護區，訂定海岸防護計畫。 而在法令公布施行至「整體海岸管理計畫」公告施行之兩年過渡期間，內政部希望「海岸保護計畫」、「海岸防護計畫」及「整體海岸管理計畫」能同時執行擬訂作業。故本計畫將依據「海岸管理法」規定及立法精神，參考內政部研擬中之「整體海岸管理計畫」，探討海岸防護區劃設原則與方式，據以完成海岸防護區位劃設。同時，檢視101年依據前版「海岸法(草案)」所預擬之「海岸防護計畫規劃參考手冊(草案)」妥適性，並以宜蘭海岸為例，進行海岸防護計畫規劃工作，藉此規劃過程，修正調整手冊內容。 最後，透過教育訓練及諮詢服務團方式，讓本署各河川局同仁能瞭解海岸防護計畫規劃的程序及方式，以利海岸防護計畫擬訂前之規劃作業推動。 經濟部水利署水利規劃試驗所(以下簡稱本所)依據 經濟部水利署（以下簡稱  鈞署）於104年3月23日經水河字第10416034970號函，爰提本計畫書，俾利工展。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040447</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/8</date><governmentpublicationsnumber>1010602527</governmentpublicationsnumber><identifier>84240</identifier><internationalstandardbooknumber>9789860548211 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84240</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>海岸防護計畫規劃作業檢討-以宜蘭為例(內附光碟)=A Review of Integrated Coastal Protection Planning and Coastal Protection Plan -A Case Study of Yilan Coast</title><yearidentifier>201801</yearidentifier></data><data><abstract>辦理台東海岸防護整合規畫工作，以提供台東縣政府擬訂海岸防護計畫及第八河川局之權責分工參考。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060064_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/28</date><governmentpublicationsnumber>1010701997</governmentpublicationsnumber><identifier>84257</identifier><internationalstandardbooknumber>9789860572728 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84257</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>台東海岸防護整合規劃(初稿)(內附光碟)=Coastal Protection Integration Planning (Preliminary Report)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應氣候變遷下可能發生極端乾旱事件造成之供水風險，有必要進行水源設施乾旱供水風險評估研究，以充分掌握因氣候異常導致之乾旱供水風險等資訊(如最小入庫流量之發生頻率與嚴重程度、水源設施面臨不同發生頻率與嚴重程度乾旱時之供水能力與調適能力等)；另因受台灣特殊水文環境影響(豐、枯水年交替頻繁與年內豐枯水期分明)，水源設施係採用平均年缺水率概念之缺水指數(SI)演算研訂供水能力，而如何因應枯水期之水資源調配，實有必要更進一步深入探討。 為此，本計畫目標擬以兩年(106~107年)期程完成水源設施乾旱供水風險評估之研究，以充分掌握水源設施供水區域於現況與氣候變遷下面臨的乾旱供水風險，據以研提相關因應策略。 本計畫第1(106)年將探討水源設施年最小入庫流量變化趨勢，並建置現況與氣候變遷下乾旱(低流量)頻率分析模式，推估不同頻率年案例水庫之年最小入庫流量，以掌握現況與未來氣候變遷下，水源設施面臨乾旱可能發生機率與嚴重程度。並進行水文變異對缺水指數(SI)之不確定性分析並探討缺水指數(SI)與缺水指標，應用於臺灣特殊水文環境之初步評析。 第2(107)年探討及研提枯旱時期適用之缺水指標，並結合第1年計畫乾旱頻率分析成果，推估現況與未來氣候變遷下水源設施面臨不同程度乾旱時之供水風險，據以尋找適合之缺水指標、乾旱頻率模式並研擬乾旱時期水資源調配策略，提供相關決策單位規劃及研擬調適策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060455</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/14</date><governmentpublicationsnumber>1010602069</governmentpublicationsnumber><identifier>84262</identifier><internationalstandardbooknumber>9789860541540 ; 9789860541</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84262</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷水源設施乾旱供水風險評估(1/2)(內附光碟)=Drought Risk Assessment of Water Resources Facilities under Climate Change Scenarios(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為因應氣候變遷下可能發生極端乾旱事件造成之供水風險，有必要進行水源設施乾旱供水風險評估研究，以充分掌握因氣候異常導致之乾旱供水風險等資訊(如最小入庫流量之發生頻率與嚴重程度、水源設施面臨不同發生頻率與嚴重程度乾旱時之供水能力與調適能力等)；另因受台灣特殊水文環境影響(豐、枯水年交替頻繁與年內豐枯水期分明)，水源設施係採用平均年缺水率概念之缺水指數(SI)演算研訂供水能力，而如何因應枯水期之水資源調配，實有必要更進一步深入探討。 為此，本計畫目標擬以兩年(106~107年)期程完成水源設施乾旱供水風險評估之研究，以充分掌握水源設施供水區域於現況與氣候變遷下面臨的乾旱供水風險，據以研提相關因應策略。 本計畫第1(106)年將探討水源設施年最小入庫流量變化趨勢，並建置現況與氣候變遷下乾旱(低流量)頻率分析模式，推估不同頻率年案例水庫之年最小入庫流量，以掌握現況與未來氣候變遷下，水源設施面臨乾旱可能發生機率與嚴重程度。並進行水文變異對缺水指數(SI)之不確定性分析並探討缺水指數(SI)與缺水指標，應用於臺灣特殊水文環境之初步評析。 第2(107)年探討及研提枯旱時期適用之缺水指標，並結合第1年計畫乾旱頻率分析成果，推估現況與未來氣候變遷下水源設施面臨不同程度乾旱時之供水風險，據以尋找適合之缺水指標、乾旱頻率模式並研擬乾旱時期水資源調配策略，提供相關決策單位規劃及研擬調適策略參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060455</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/14</date><governmentpublicationsnumber>1010602069</governmentpublicationsnumber><identifier>84263</identifier><internationalstandardbooknumber>9789860541540 ; 9789860541</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84263</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>因應氣候變遷水源設施乾旱供水風險評估(1/2)--光碟版=Drought Risk Assessment of Water Resources Facilities under Climate Change Scenarios(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>彰化與雲林位於濁水溪沖積扇，為台灣主要地層下陷區，其中彰化地區在99年度最大下陷速率約6.4公分/年，持續下陷面積約138.9平方公里，且下陷面積持續增加。為減緩彰化地區的地層下陷問題，尋找替代地下水的水源為重要項目之一。因此「烏溪水資源開發分期推動計畫」於民國94年開始推動，於民國96、97年進行烏溪鳥嘴潭攔河堰初步規劃，進行場址的地質調查與區域地下水文調查，民國98～100年進行工程可行性規劃、環境影響評估、民意調查等工作。烏溪鳥嘴潭人工湖預定工址位於草屯鎮北勢里(如圖1)，此人工湖主要為了滿足草屯及彰化地區民國120年之公共供水所需，冀望藉由烏溪地面水與彰化現有地下水源聯合運用，取代彰化地區部份地下水資源之取用，以使該地區之地下水資源能獲得休養，並減緩地下水超抽引起之地層下陷問題。 鳥嘴潭人工湖之設置截取了烏溪上游的水源，其對地下水資源的補注將可能造成負面之影響，也可能引起如集集攔河堰造成濁水溪下游之農業灌溉地表水減少，與河床沉積物減少引起之橋墩外露等問題。考量鳥嘴潭人工湖之設計與供取水情形對彰化地區地下水資源與地層下陷問題的影響尚未有較完整的評估工作，因此本計畫擬針對鳥嘴潭人工湖的建立，對彰化地區的地下水資源與地層下陷問題做進一步的分析與評估，辦理二年期計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020111</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/14</date><governmentpublicationsnumber>1010203468</governmentpublicationsnumber><identifier>84264</identifier><internationalstandardbooknumber>9789860399011 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84264</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>102</publishrocyear><title>鳥嘴潭人工湖設置對彰化地區地層下陷防制之研究總報告(內附光碟)=The Prevention of Subsidence in Changhua Area after the Development of Niaozueitan Artificial Lake General Report</title><yearidentifier>201312</yearidentifier></data><data><abstract>本計畫範圍為三峽河左岸斷面第10B號至第10-1號計約425公尺，因考量當地人文背景、經濟活動及民眾觀感，秀川段護岸改善方案需滿足各項需求，故需提出各種方案進行可行性評估，與當地民眾及非政府組織(Non-Governmental Organization,以下簡稱NGO)進行對話，藉由工作坊形式互動完成民眾參與，以達成民眾之訴求並解決當地洪泛問題；另協助召開地方說明會詳細傳達各種資訊給民眾了解，資訊公開透明化，最後完成工程設計圖說、預算書，現況及工程設計完成面利用多媒體結合成果展示。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060227</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/15</date><governmentpublicationsnumber>1010602614</governmentpublicationsnumber><identifier>84265</identifier><internationalstandardbooknumber>9789860549140 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84265</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>三峽河秀川段護岸環境營造規劃成果報告(內附光碟)=The Planning of Environmental Rehabilitation of Hsiuchuan Embankment in the Sanhsia River</title><yearidentifier>201712</yearidentifier></data><data><abstract>三峽河治理規劃於民國77年完成迄今已逾20年，另於民國100年完成規劃檢討，檢討至今歷經數次颱洪及相關工程措施（三峽橡皮壩於102年4月拆除），河道地形及周邊環境均有變化，依102至104年大斷面測量成果可見三峽河河道持續刷深，為瞭解整體河道水理特性變化及土砂沖淤影響，實有重新檢討三峽河通洪能力及輸砂變動趨勢之必要，以維持河道正常排洪機能，減少兩岸洪災損失，供河川管理及防洪工程實施之依據。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060232</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/15</date><governmentpublicationsnumber>1010602615</governmentpublicationsnumber><identifier>84266</identifier><internationalstandardbooknumber>9789860549157 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84266</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>淡水河水系大漢溪支流三峽河通洪能力檢討及治理對策研擬(1/2)成果報告(內附光碟)=The examination of the flood conveyance capacity and management strategies in the Sanxia river(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>顏詒星、陳建成</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/3/15</date><governmentpublicationsnumber>1010600646</governmentpublicationsnumber><identifier>84268</identifier><internationalstandardbooknumber>9789860524123 ; 9789860524</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84268</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>106</publishrocyear><title>湖山水庫紀念文輯--光碟版</title><yearidentifier>201705</yearidentifier></data><data><abstract>本所於民國100~102年辦理「臺南海水淡化廠可行性規劃」，評估於臺南將軍區鹽田設置海水淡化廠之可行性；經評估結果，其產出淡化水可併入自來水管網系統就近供給臺南市沿海地區民生及工業用水方案已具可行性，並於民國103年開始辦理將軍區鹽田廠址各項環境現況補充調查及環境影響評估等相關作業。本年度針對取排水管線規劃路線區域，進行海床地形、地貌調查及地質調查，以供環境影響評估及工程規劃參考。</abstract><author>中華民國地球物理學會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060344</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/21</date><governmentpublicationsnumber>1010601653</governmentpublicationsnumber><identifier>84298</identifier><internationalstandardbooknumber>9789860537901 ; 9789860537</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84298</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>台南海淡廠取出水管海域沿線地球物理探測(光碟版)=Geophysical Exploration Along the In-take and Out-let Pipes of Tainan Desalination Plant</title><yearidentifier>201710</yearidentifier></data><data><abstract>曾文水庫於民國98年8月8日遭受莫拉克颱風侵襲後，其水庫上游集水區邊坡崩坍嚴重，加速水庫淤積惡化情形，並嚴重影響水庫容量及水庫防洪運轉操作。為治理曾文、南化與烏山頭水庫及穩定南部地區供水，並緊急辦理相關水源設施之清淤、整建與新（擴）建工程及水庫集水區環境保育之相關措施，立法院通過「曾文南化烏山頭水庫治理及穩定南部地區供水特別條例」。為使曾文水庫後續相關治理計畫能維持水庫營運功能、保育上游集水區水域環境及穩定水庫供水能力，爰此，提出曾文水庫防洪防淤整體綱要計畫，針對上、中、下游防洪防淤整體計畫提出策略與建議，俾利作為後續計畫實施之參據。 經濟部水利署水利規劃試驗所(以下簡稱本所)依據經濟部水利署（以下簡稱  鈞署）民國100年2月1日經水源字第10015000710號函及民國100年3月24日經水源字第10015001770號函修正計畫名稱為「曾文水庫防洪防淤整體綱要計畫」，民國100年5月5日經水源字第10051076750號函修正計畫經費及期程，爰提本工作委託服務計畫書（修定稿），俾利工展。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000223</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/22</date><governmentpublicationsnumber>1010101269</governmentpublicationsnumber><identifier>84303</identifier><internationalstandardbooknumber>9789860329070 ; 9789860329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84303</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>101</publishrocyear><title>曾文水庫防洪防淤整體綱要計畫=Integrated Master Plan for Flood and Siltation Control of Tsengwen Reservoir</title><yearidentifier>201206</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至105年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060117</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/27</date><governmentpublicationsnumber>1010700097</governmentpublicationsnumber><identifier>84333</identifier><internationalstandardbooknumber>9789860551976 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84333</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度集集攔河堰監測及安全檢查-環境生態監測成果報告(內附光碟)=Chi-Chi Weir Monitoring and Security Checks in yr.2017 Environmental and Ecology Monitoring Report</title><yearidentifier>201802</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至105年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060117</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/27</date><governmentpublicationsnumber>1010700098</governmentpublicationsnumber><identifier>84334</identifier><internationalstandardbooknumber>9789860551969 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84334</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟)=Research on the efficiency assessment of fishway in Dou-Liou Weir 2017</title><yearidentifier>201802</yearidentifier></data><data><abstract>為維繫自然系統、確保自然海岸零損失、因應氣候變遷、防治海岸災害與環境破壞、保護與復育海岸資源、推動海岸整合管理，並促進海岸地區之永續發展，「海岸管理法」已於104年2月4日公布施行。本署為海岸侵蝕、洪氾溢淹、暴潮溢淹、地層下陷等4種海岸災害之中央目的事業主管機關，且未來需針對「整體海岸管理計畫」指定之一級防護區，訂定海岸防護計畫。而在法令公布施行至「整體海岸管理計畫」公告施行之兩年過渡期間，內政部希望「海岸保護計畫」、「海岸防護計畫」及「整體海岸管理計畫」能同時執行擬訂作業。故本計畫將依據「海岸管理法」規定及立法精神，參考內政部研擬中之「整體海岸管理計畫」，探討海岸防護區劃設原則與方式，據以完成海岸防護區位劃設。同時，檢視101年依據前版「海岸法(草案)」所預擬之「海岸防護計畫規劃參考手冊(草案)」妥適性，並以宜蘭海岸為例，進行海岸防護計畫規劃工作，藉此規劃過程，修正調整手冊內容。最後，透過教育訓練及諮詢服務團方式，讓本署各河川局同仁能瞭解海岸防護計畫規劃的程序及方式，以利海岸防護計畫擬訂前之規劃作業推動。經濟部水利署水利規劃試驗所(以下簡稱本所)依據 經濟部水利署（以下簡稱  鈞署）於104年3月23日經水河字第10416034970號函，爰提本計畫書，俾利工展。</abstract><author>中華民國海洋及水下技術協會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1040447</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/29</date><governmentpublicationsnumber>1010602527</governmentpublicationsnumber><identifier>84346</identifier><internationalstandardbooknumber>9789860548211 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84346</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>海岸防護計畫規劃作業檢討–以宜蘭為例(內附光碟)=A Review of Integrated Coastal Protection Planning and Coastal Protection Plan–A Case Study of Yilan Coast</title><yearidentifier>201801</yearidentifier></data><data><abstract>「災害防救基本計畫」鼓勵企業進行各項防減災工作，建立夥伴關係，分擔社會責任之觀念。如何導入企業的愛心及資源，有效整合政府執行災前整備、災中應變及災後復原之能量，成為目前面對天然與人為災害非常重要的課題。 行政院災防辦100年10月27日召開「民間企業（統一超商）參與災情通報合作會議」，開啟企業進行防救災合作。經濟部101年2月16日第1076次部務會議決議，增納24小時營運之中油加油站、台糖加油站、工業區及加工出口區廠商，共同參與災情通報合作機制。102年與民間企業(統一超商)合作於POS系統立即得知淹水防災資訊。103年舉辦「水利防災-企業論壇」，透過與民間企業、學術單位合作交流，擴大社會大眾對防災減災之討論，強化防汛抗旱的應變能力。104年規劃逐步落實企業參與災情查通報、水患自主社區、防災觀念宣導等機制，並針對企業認養意願進行調查，引入專家學者陪伴指導，而後召開說明會議及辦理成果宣導，達到促進民間團體參與水利防災推動各項合作制度及機制之建立。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060132</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602478</governmentpublicationsnumber><identifier>84360</identifier><internationalstandardbooknumber>9789860546224 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84360</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度建立民間及企業參與水利防災制度之研究(2/2)=Study on Establishing the System of Enterprises' Participation in Flood Disaster Prevention(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>「災害防救基本計畫」鼓勵企業進行各項防減災工作，建立夥伴關係，分擔社會責任之觀念。如何導入企業的愛心及資源，有效整合政府執行災前整備、災中應變及災後復原之能量，成為目前面對天然與人為災害非常重要的課題。 行政院災防辦100年10月27日召開「民間企業（統一超商）參與災情通報合作會議」，開啟企業進行防救災合作。經濟部101年2月16日第1076次部務會議決議，增納24小時營運之中油加油站、台糖加油站、工業區及加工出口區廠商，共同參與災情通報合作機制。102年與民間企業(統一超商)合作於POS系統立即得知淹水防災資訊。103年舉辦「水利防災-企業論壇」，透過與民間企業、學術單位合作交流，擴大社會大眾對防災減災之討論，強化防汛抗旱的應變能力。104年規劃逐步落實企業參與災情查通報、水患自主社區、防災觀念宣導等機制，並針對企業認養意願進行調查，引入專家學者陪伴指導，而後召開說明會議及辦理成果宣導，達到促進民間團體參與水利防災推動各項合作制度及機制之建立。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060132</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602478</governmentpublicationsnumber><identifier>84361</identifier><internationalstandardbooknumber>9789860546224 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84361</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度建立民間及企業參與水利防災制度之研究(2/2)--光碟版=Study on Establishing the System of Enterprises' Participation in Flood Disaster Prevention(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>「災害防救基本計畫」鼓勵企業進行各項防減災工作，建立夥伴關係，分擔社會責任之觀念。如何導入企業的愛心及資源，有效整合政府執行災前整備、災中應變及災後復原之能量，成為目前面對天然與人為災害非常重要的課題。 行政院災防辦100年10月27日召開「民間企業（統一超商）參與災情通報合作會議」，開啟企業進行防救災合作。經濟部101年2月16日第1076次部務會議決議，增納24小時營運之中油加油站、台糖加油站、工業區及加工出口區廠商，共同參與災情通報合作機制。102年與民間企業(統一超商)合作於POS系統立即得知淹水防災資訊。103年舉辦「水利防災-企業論壇」，透過與民間企業、學術單位合作交流，擴大社會大眾對防災減災之討論，強化防汛抗旱的應變能力。104年規劃逐步落實企業參與災情查通報、水患自主社區、防災觀念宣導等機制，並針對企業認養意願進行調查，引入專家學者陪伴指導，而後召開說明會議及辦理成果宣導，達到促進民間團體參與水利防災推動各項合作制度及機制之建立。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060132</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602478</governmentpublicationsnumber><identifier>84362</identifier><internationalstandardbooknumber>9789860546224 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84362</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>建立民間及企業參與水利防災制度之研究總報告=Study on Establishing the System of Enterprises' Participation in Flood Disaster Prevention</title><yearidentifier>201712</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060140</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602568</governmentpublicationsnumber><identifier>84363</identifier><internationalstandardbooknumber>9789860547085 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84363</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年人工增雨計畫=Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201712</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060140</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602568</governmentpublicationsnumber><identifier>84364</identifier><internationalstandardbooknumber>9789860547085 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84364</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年人工增雨計畫--光碟版=Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據聯合國資料顯示，過去20年來與氣候相關的災難與日俱增，世界各國除了探討氣候變遷議題之重要性，對於救災技術與設備之精進更是刻不容緩，為解決每次颱風豪雨後，災區的淨水廠常因無法處理高濁度原水而停止供水，所造成民眾生活上的不便，或是因為停電停水而造成偏遠地區民眾用水出現問題。本署已研發Qwater模組淨水技術與設備可針對災區各種不同水質條件的多元化水源進行淨化，去除水中懸浮固體與致病微生物，在物資匱乏災區建立安全衛生的環境，提供即時、足夠與符合衛生及水質標準之飲用水。     對各種不同特性之高濁度水源，在經過淨水設備處理後，可保水質符合飲用水水質要求標準，達到可靠、衛生、可飲用之優質純淨飲用水，並應用於無自來水供應地區作為分散式飲用水套裝設備，或作為災區緊急淨水設備 。又在實際救災任務執行中，常遭遇原水濁度過高、淨水設備重量過重無法以人工搬運等問題，故計劃將研發一高濁度原水前處理單元，可降低淨水設備處理負荷。此外，將淨水設備單元輕量化，使人員可用背負及徒手搬運方式，於道路中斷之狀況下運送設備至災區或缺水偏遠地區，提供災民用水需求，期以將緊急淨水技術擴大推廣應用。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060131</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602585</governmentpublicationsnumber><identifier>84365</identifier><internationalstandardbooknumber>9789860547481 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84365</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高機動節能淨水模組於水利防災應用之研發(1/2)=The study of mobile and energy-saving water treatment system on water hazard mitigation(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據聯合國資料顯示，過去20年來與氣候相關的災難與日俱增，世界各國除了探討氣候變遷議題之重要性，對於救災技術與設備之精進更是刻不容緩，為解決每次颱風豪雨後，災區的淨水廠常因無法處理高濁度原水而停止供水，所造成民眾生活上的不便，或是因為停電停水而造成偏遠地區民眾用水出現問題。本署已研發Qwater模組淨水技術與設備可針對災區各種不同水質條件的多元化水源進行淨化，去除水中懸浮固體與致病微生物，在物資匱乏災區建立安全衛生的環境，提供即時、足夠與符合衛生及水質標準之飲用水。     對各種不同特性之高濁度水源，在經過淨水設備處理後，可保水質符合飲用水水質要求標準，達到可靠、衛生、可飲用之優質純淨飲用水，並應用於無自來水供應地區作為分散式飲用水套裝設備，或作為災區緊急淨水設備 。又在實際救災任務執行中，常遭遇原水濁度過高、淨水設備重量過重無法以人工搬運等問題，故計劃將研發一高濁度原水前處理單元，可降低淨水設備處理負荷。此外，將淨水設備單元輕量化，使人員可用背負及徒手搬運方式，於道路中斷之狀況下運送設備至災區或缺水偏遠地區，提供災民用水需求，期以將緊急淨水技術擴大推廣應用。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060131</commissionedprojectidentifier><currency>NT$</currency><date>2018/3/31</date><governmentpublicationsnumber>1010602585</governmentpublicationsnumber><identifier>84366</identifier><internationalstandardbooknumber>9789860547481 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84366</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>高機動節能淨水模組於水利防災應用之研發(1/2)--光碟版=The study of mobile and energy-saving water treatment system on water hazard mitigation(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另鑑於工程措施有其侷限性，水利署持續推動減災避洪相關非工程措施，為使相關計畫得以順利推動，減輕水患對人民生活之衝擊，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060122</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602735</governmentpublicationsnumber><identifier>84367</identifier><internationalstandardbooknumber>9789860549850 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84367</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年避洪減災資訊整合及績效評估=2017 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201712</yearidentifier></data><data><abstract>面對氣候變遷影響，極端降雨事件頻繁，台灣未來無可避免的將面臨嚴峻的暴雨及日益頻繁之大規模複合型災害。鑑於防災資訊之多元化、即時性與資源分散整合的需求，期透過本計畫執行，以流域管理考量，整合分散於各單位之相關防災資訊，如土石流預警、道路封閉、封橋預警、淹水及河川水位預警等，並透過資訊平台，充份掌握颱風豪雨期間流域系統內之各種預警及災害資訊，進而提供本署防災應變期間決策者相關決策資源；另鑑於工程措施有其侷限性，水利署持續推動減災避洪相關非工程措施，為使相關計畫得以順利推動，減輕水患對人民生活之衝擊，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060122</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602735</governmentpublicationsnumber><identifier>84368</identifier><internationalstandardbooknumber>9789860549850 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84368</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年避洪減災資訊整合及績效評估--光碟版=2017 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府及相關公共事業，應實施災害防救訓練及演習，水利署（以下簡稱本署）為實施災害防救訓練與加強本署暨所屬單位防汛應變（值勤）作業人員專業能力，另所訓練之防汛應變（值勤）作業人員並能協助或擔任各直轄市、縣（市）政府防汛值勤作業教育訓練課程講師，爰辦理本委託服務計畫，針對本署暨所屬單位應變（值勤）作業人員規劃辦理本署106年度災害防救教育訓練。 為因應當前災害防救重大課題，擬委託廠商蒐集歷年災害案例及相關防災應變資料，並得訪談本署退休人員或現職人員，了解本署災害來臨前（中、後）時其應變作為，據此製作防汛教育簡報課程內容與課程規劃，並聘請優秀講師授課，藉由教育訓練以充分達到防汛經驗傳承目的。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060120</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602572</governmentpublicationsnumber><identifier>84369</identifier><internationalstandardbooknumber>9789860547566 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84369</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年提升水利防災應變作業能力計畫=Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據「災害防救法」第二十五條規定，各級政府及相關公共事業，應實施災害防救訓練及演習，水利署（以下簡稱本署）為實施災害防救訓練與加強本署暨所屬單位防汛應變（值勤）作業人員專業能力，另所訓練之防汛應變（值勤）作業人員並能協助或擔任各直轄市、縣（市）政府防汛值勤作業教育訓練課程講師，爰辦理本委託服務計畫，針對本署暨所屬單位應變（值勤）作業人員規劃辦理本署106年度災害防救教育訓練。 為因應當前災害防救重大課題，擬委託廠商蒐集歷年災害案例及相關防災應變資料，並得訪談本署退休人員或現職人員，了解本署災害來臨前（中、後）時其應變作為，據此製作防汛教育簡報課程內容與課程規劃，並聘請優秀講師授課，藉由教育訓練以充分達到防汛經驗傳承目的。</abstract><author>國立台灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060120</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602572</governmentpublicationsnumber><identifier>84370</identifier><internationalstandardbooknumber>9789860547566 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84370</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年提升水利防災應變作業能力計畫--光碟版=Enhance the Capacity for Water Disaster Prevention and Emergency Response Operations Program,2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署目前正辦理新版(第三代)淹水潛勢圖資之更新繪製作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除最大淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生人命傷亡與財產損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。 為使加值後之水災風險圖資能更有效掌握易受災區域，其產製過程所包含脆弱度因子修訂、風險定性絕對分級方法，以及持續納入各縣市之新版(第三代)淹水潛勢圖資以更新既有系統等作業，均應持續推動。此外，災前整備應變階段所需提供之各類資訊，其涵蓋不同呈現型態，故建置快速與便利之查詢功能屬當務之急。本決策支援系統可結合颱洪期間降雨預報資訊，即時評估水災風險，以提供災中預警及決策支援之充足資訊。 本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060130</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602621</governmentpublicationsnumber><identifier>84371</identifier><internationalstandardbooknumber>9789860548372 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84371</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水災風險圖資決策支援服務建置及應用(2/2)=Development and Application of Decision-making Support Services for Flood Risk Maps(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署目前正辦理新版(第三代)淹水潛勢圖資之更新繪製作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除最大淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生人命傷亡與財產損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。 為使加值後之水災風險圖資能更有效掌握易受災區域，其產製過程所包含脆弱度因子修訂、風險定性絕對分級方法，以及持續納入各縣市之新版(第三代)淹水潛勢圖資以更新既有系統等作業，均應持續推動。此外，災前整備應變階段所需提供之各類資訊，其涵蓋不同呈現型態，故建置快速與便利之查詢功能屬當務之急。本決策支援系統可結合颱洪期間降雨預報資訊，即時評估水災風險，以提供災中預警及決策支援之充足資訊。 本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060130</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602621</governmentpublicationsnumber><identifier>84372</identifier><internationalstandardbooknumber>9789860548372 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84372</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水災風險圖資決策支援服務建置及應用(2/2)--光碟版=Development and Application of Decision-making Support Services for Flood Risk Maps(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判適時陳報經濟部災害緊急應變小組，發布水情通報與洪水預警報」。為因應水情預警報決策支援所需，本署於103年至105年度陸續研發「雨量預報」、「淹水預警」、「河川水位預警」及「水庫放流預警」水情展示平台。颱洪期間，依據中央氣象局所提供數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，評估未來水情與災情之發展趨勢，俾擬定最佳防災整備與應變調度之決策支援方案。 上述各平台目前已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。 為持續精進現行平台整體效能、分析模組及展示介面，本計畫預計辦理包含水情預警整合平台資料與網頁之維護更新、颱洪時期洪水預警演算成果之強化彙整、降雨資料管理伺服器更新維護與備援系統建置，並開發洪水預警手機版展示網頁，以利颱洪時期提供水災災害應變單位快速綜覽各項水情預警資訊，並作出精準確當之整備調度與應變決策。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060129</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602624</governmentpublicationsnumber><identifier>84373</identifier><internationalstandardbooknumber>9789860548297 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84373</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年洪水預警決策支援服務技術研發及加值應用=Technology Developments and Value-Added Applications for the Services of the Flood Forecast Decision-Support System in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判適時陳報經濟部災害緊急應變小組，發布水情通報與洪水預警報」。為因應水情預警報決策支援所需，本署於103年至105年度陸續研發「雨量預報」、「淹水預警」、「河川水位預警」及「水庫放流預警」水情展示平台。颱洪期間，依據中央氣象局所提供數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，評估未來水情與災情之發展趨勢，俾擬定最佳防災整備與應變調度之決策支援方案。 上述各平台目前已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。 為持續精進現行平台整體效能、分析模組及展示介面，本計畫預計辦理包含水情預警整合平台資料與網頁之維護更新、颱洪時期洪水預警演算成果之強化彙整、降雨資料管理伺服器更新維護與備援系統建置，並開發洪水預警手機版展示網頁，以利颱洪時期提供水災災害應變單位快速綜覽各項水情預警資訊，並作出精準確當之整備調度與應變決策。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060129</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602624</governmentpublicationsnumber><identifier>84374</identifier><internationalstandardbooknumber>9789860548297 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84374</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年洪水預警決策支援服務技術研發及加值應用--光碟版=Technology Developments and Value-Added Applications for the Services of the Flood Forecast Decision-Support System in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>利用現有都市及河川監視鏡頭進行影像積淹水判釋應用，可用於災前現況整理收集、災中水情變化以及災後回復等輔助影像圖資。同時，能提供沒有水位計站點估算水位。然而，新型網路鏡頭(IP-CAM)具有網路操控便利性且能提供全景影像服務，提升災中水位變化現況掌握。對於監視影像辨識技術郤帶來極大挑戰，因此調校監視鏡頭回復參數，針對現地情況進行調查、篩選、擷取可用判釋影像進行分析，期能擴大應用本技術於新型鏡頭；使得影像辨識技術能使用現有鏡頭進行應用。爰此精進影像創新技術仍須繼續精進與開發，加強防災情資與圖資完整性，有利於未來防災之準備與挑戰。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060127</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602528</governmentpublicationsnumber><identifier>84375</identifier><internationalstandardbooknumber>9789860545968 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84375</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年監視影像辨識技術精進及應用=The Enhancement and Application for Detection Technology of CCTV Images</title><yearidentifier>201712</yearidentifier></data><data><abstract>利用現有都市及河川監視鏡頭進行影像積淹水判釋應用，可用於災前現況整理收集、災中水情變化以及災後回復等輔助影像圖資。同時，能提供沒有水位計站點估算水位。然而，新型網路鏡頭(IP-CAM)具有網路操控便利性且能提供全景影像服務，提升災中水位變化現況掌握。對於監視影像辨識技術郤帶來極大挑戰，因此調校監視鏡頭回復參數，針對現地情況進行調查、篩選、擷取可用判釋影像進行分析，期能擴大應用本技術於新型鏡頭；使得影像辨識技術能使用現有鏡頭進行應用。爰此精進影像創新技術仍須繼續精進與開發，加強防災情資與圖資完整性，有利於未來防災之準備與挑戰。</abstract><author>義守大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060127</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602528</governmentpublicationsnumber><identifier>84376</identifier><internationalstandardbooknumber>9789860545968 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84376</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年監視影像辨識技術精進及應用--光碟版=The Enhancement and Application for Detection Technology of CCTV Images</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫期能藉由以往相關之研究透過目前電信業者既有電信傳輸設備，研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，還要能達到連續式淹水偵測目的並提出專利申請。另外，LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，積淹水感測若能藉由研發低成本感測器加上LPWAN傳輸技術，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，期能提供簡單的淹水回報方式，比如透過水情通報APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過技術的創新研發，平台的整合及精進，以及防災避災觀念推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060128</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602476</governmentpublicationsnumber><identifier>84377</identifier><internationalstandardbooknumber>9789860546248 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84377</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>資通訊技術應用於水利防災之研究及推廣(1/2)=Research and Promotion of Information and Communication Technology on Flood Warning System (1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫期能藉由以往相關之研究透過目前電信業者既有電信傳輸設備，研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，還要能達到連續式淹水偵測目的並提出專利申請。另外，LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，積淹水感測若能藉由研發低成本感測器加上LPWAN傳輸技術，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，期能提供簡單的淹水回報方式，比如透過水情通報APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過技術的創新研發，平台的整合及精進，以及防災避災觀念推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060128</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602476</governmentpublicationsnumber><identifier>84378</identifier><internationalstandardbooknumber>9789860546248 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84378</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>資通訊技術應用於水利防災之研究及推廣(1/2)--光碟版=Research and Promotion of Information and Communication Technology on Flood Warning System (1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年受氣候變遷影響，極端降雨事件頻傳，往往造成重大洪災損失，為保障人民生命財產安全及減少洪災造成社會成本之損失，水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。 為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。鑑於數值淹水模擬模式在定量降雨模擬的精確度上有相當的精進提升，惟仍須花費大量運算時間，尚無法達到即時預報功效與洪災防救應變之效。考量物聯網需搭配智慧服務，因人工智慧技術具高度學習能力、能處理巨量資訊，運算時間短等優點，透過防汛網絡之水情、災情資訊，於颱風或豪雨期間，即時產製淹水預報結果，以提供防災單位參考應用。  另台灣在智慧防災具有先進的技術與人才，在技術方面具有極大的優勢與潛力，智慧區域淹水預報系統模式如果在國內能運作成功，後續亦可將技術輸出到其他國家，如有嚴重淹水災害之馬來西亞、印尼、菲律賓等東南亞國家，促使南進產業發展。爰此，建置高解析度即時動態區域淹水預報系統以提供智慧化服務有其必要性。</abstract><author>淡江大學水環境資訊研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060468</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602600</governmentpublicationsnumber><identifier>84379</identifier><internationalstandardbooknumber>9789860547542 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84379</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>智慧即時動態區域淹水預報系統開發與應用(1/2)=Development and Application of an Intelligent Real-Time Dynamic Regional Flood Inundation Nowcasting System (1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年受氣候變遷影響，極端降雨事件頻傳，往往造成重大洪災損失，為保障人民生命財產安全及減少洪災造成社會成本之損失，水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。 為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。鑑於數值淹水模擬模式在定量降雨模擬的精確度上有相當的精進提升，惟仍須花費大量運算時間，尚無法達到即時預報功效與洪災防救應變之效。考量物聯網需搭配智慧服務，因人工智慧技術具高度學習能力、能處理巨量資訊，運算時間短等優點，透過防汛網絡之水情、災情資訊，於颱風或豪雨期間，即時產製淹水預報結果，以提供防災單位參考應用。  另台灣在智慧防災具有先進的技術與人才，在技術方面具有極大的優勢與潛力，智慧區域淹水預報系統模式如果在國內能運作成功，後續亦可將技術輸出到其他國家，如有嚴重淹水災害之馬來西亞、印尼、菲律賓等東南亞國家，促使南進產業發展。爰此，建置高解析度即時動態區域淹水預報系統以提供智慧化服務有其必要性。</abstract><author>淡江大學水環境資訊研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060468</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602600</governmentpublicationsnumber><identifier>84380</identifier><internationalstandardbooknumber>9789860547542 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84380</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>智慧即時動態區域淹水預報系統開發與應用(1/2)--光碟版=Development and Application of an Intelligent Real-Time Dynamic Regional Flood Inundation Nowcasting System (1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060118</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602575</governmentpublicationsnumber><identifier>84381</identifier><internationalstandardbooknumber>9789860547092 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84381</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年水災災情蒐集服務團計畫=Survey Service Group of Flood Events in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能的成因，進行水災災情量化與災因分析的探討並提供後續災害治理與管理的參考。為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議為本計畫之主要目的。 此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060118</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602575</governmentpublicationsnumber><identifier>84382</identifier><internationalstandardbooknumber>9789860547092 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84382</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年水災災情蒐集服務團計畫--光碟版=Survey Service Group of Flood Events in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060121</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602477</governmentpublicationsnumber><identifier>84383</identifier><internationalstandardbooknumber>9789860546361 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84383</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度複合型災害經驗學習與防災智能提升=The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060121</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/2</date><governmentpublicationsnumber>1010602477</governmentpublicationsnumber><identifier>84384</identifier><internationalstandardbooknumber>9789860546361 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84384</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度複合型災害經驗學習與防災智能提升--光碟版=The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2017</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060072</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602623</governmentpublicationsnumber><identifier>84385</identifier><internationalstandardbooknumber>9789860548419 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84385</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度防災應變系統更新及資訊網升級建置=106 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060072</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602623</governmentpublicationsnumber><identifier>84386</identifier><internationalstandardbooknumber>9789860548419 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84386</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度防災應變系統更新及資訊網升級建置--光碟版=106 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來，隨著全球氣候變遷情形加劇，導致複合型災害頻繁發生；尤以每年夏秋之際，颱風挾帶暴雨來襲，其規模頻率動輒逾越過往設計保護標準，除釀成重大災損外，更造成防災應變上的艱鉅挑戰。水利署基於業務職掌，多年來致力於水旱災防救作業，而面對日益嚴峻之極端氣候與環境條件，為達成精確、迅速且有效之研判決策與防救災資源之最佳化調配，各類監測、運算以及歷史資料之彙綜分析與多元應用實屬不可或缺。 目前各類水利防災業務資料均歷經長期蒐集時程，但相關資料形式繁複並散置各處，資料類型各異且未經系統化之梳理綜整；而災害事件發生時，各類水情與災情資訊紛至沓來，無不亟需快速彙整分析，擷取必要資訊以作出及時有效之研判與處置。然囿於現行水利防災資料傳輸型態、儲存模式及資訊系統之靈活性與延展性實有不足，致其縱向加值與橫向聯結等層面均推動維艱且難符實效。為契合未來水利防災以任務導向、決策支援與即時應變為主軸之整體發展趨勢，現階段各項資訊之應用現況與研發架構勢將作出必要之因應調整，冀使各類資訊之取得、分析與呈現，均能精準對應使用者所處時空環境之應用需求，並以現地訊息之偵蒐反饋機制，裨益整體系統之精進研發。 為此，本計畫將引入巨量資料分析儲存架構、雲端資訊運算服務，以及物聯網與智慧整合感控系統等近年來高速發展之觀念及技術，期使今後水利防災之推動面向，能以自動化、行動化與智慧化為基調，以於瞬息萬變之災害情勢中主動掌握防救之契機，並作出適切之應變處置。 首先，有鑑於水利防災各業務所涵蓋大量(Volume)、多元(Variety)、與即時(Velocity)屬性之諸多資訊，傳統結構化資料庫之保存與分析方式已不敷需求，故將引入巨量資料介接整合之倉儲系統與分析運用之軟體架構。其後，本計畫將建置雲端資訊服務系統，執行雲端儲存伺服器及雲端資料庫之架構建立與實作應用，並建構視覺化雲端服務環境與開發展示查詢介面。此外，將執行水利防災智慧整合感控系統之規劃設計，引入物聯網及信息通訊技術概念與框架；除與前述巨量資料分析及雲端運算架構進行相關資訊之整體應用外，並將執行水利防災相關案例實作與即時研判輔助功能之系統化研發。 本計畫執行完竣後，於未來水利防災廣域監控、預警、通報、應變等實務作業上，將產製更多元化、多面相之情資研判訊息；除對防救災調度決策提供更精準確當之研判資訊，且可針對不同時空方位之使用者提供最適化之水情災情訊息，並進而擬定最佳化之防災應變建議方案。上述計畫執行綜效如能積極彰顯，或將為今後自動化、行動化與智慧化水利防災業務之賡續精進揭櫫一全新之推動方向。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060126</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602662</governmentpublicationsnumber><identifier>84387</identifier><internationalstandardbooknumber>9789860548426 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84387</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利防災巨量資料加值應用與雲端服務導入之研究(2/2)成果報告=Study on Value-Added Service of Big Data and Cloud Service Adoptablility for Flood Prevention (2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>近年來，隨著全球氣候變遷情形加劇，導致複合型災害頻繁發生；尤以每年夏秋之際，颱風挾帶暴雨來襲，其規模頻率動輒逾越過往設計保護標準，除釀成重大災損外，更造成防災應變上的艱鉅挑戰。水利署基於業務職掌，多年來致力於水旱災防救作業，而面對日益嚴峻之極端氣候與環境條件，為達成精確、迅速且有效之研判決策與防救災資源之最佳化調配，各類監測、運算以及歷史資料之彙綜分析與多元應用實屬不可或缺。 目前各類水利防災業務資料均歷經長期蒐集時程，但相關資料形式繁複並散置各處，資料類型各異且未經系統化之梳理綜整；而災害事件發生時，各類水情與災情資訊紛至沓來，無不亟需快速彙整分析，擷取必要資訊以作出及時有效之研判與處置。然囿於現行水利防災資料傳輸型態、儲存模式及資訊系統之靈活性與延展性實有不足，致其縱向加值與橫向聯結等層面均推動維艱且難符實效。為契合未來水利防災以任務導向、決策支援與即時應變為主軸之整體發展趨勢，現階段各項資訊之應用現況與研發架構勢將作出必要之因應調整，冀使各類資訊之取得、分析與呈現，均能精準對應使用者所處時空環境之應用需求，並以現地訊息之偵蒐反饋機制，裨益整體系統之精進研發。 為此，本計畫將引入巨量資料分析儲存架構、雲端資訊運算服務，以及物聯網與智慧整合感控系統等近年來高速發展之觀念及技術，期使今後水利防災之推動面向，能以自動化、行動化與智慧化為基調，以於瞬息萬變之災害情勢中主動掌握防救之契機，並作出適切之應變處置。 首先，有鑑於水利防災各業務所涵蓋大量(Volume)、多元(Variety)、與即時(Velocity)屬性之諸多資訊，傳統結構化資料庫之保存與分析方式已不敷需求，故將引入巨量資料介接整合之倉儲系統與分析運用之軟體架構。其後，本計畫將建置雲端資訊服務系統，執行雲端儲存伺服器及雲端資料庫之架構建立與實作應用，並建構視覺化雲端服務環境與開發展示查詢介面。此外，將執行水利防災智慧整合感控系統之規劃設計，引入物聯網及信息通訊技術概念與框架；除與前述巨量資料分析及雲端運算架構進行相關資訊之整體應用外，並將執行水利防災相關案例實作與即時研判輔助功能之系統化研發。 本計畫執行完竣後，於未來水利防災廣域監控、預警、通報、應變等實務作業上，將產製更多元化、多面相之情資研判訊息；除對防救災調度決策提供更精準確當之研判資訊，且可針對不同時空方位之使用者提供最適化之水情災情訊息，並進而擬定最佳化之防災應變建議方案。上述計畫執行綜效如能積極彰顯，或將為今後自動化、行動化與智慧化水利防災業務之賡續精進揭櫫一全新之推動方向。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060126</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602662</governmentpublicationsnumber><identifier>84388</identifier><internationalstandardbooknumber>9789860548426 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84388</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水利防災巨量資料加值應用與雲端服務導入之研究(2/2)成果報告--光碟版=Study on Value-Added Service of Big Data and Cloud Service Adoptablility for Flood Prevention (2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060107</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602467</governmentpublicationsnumber><identifier>84389</identifier><internationalstandardbooknumber>9789860546248 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84389</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年防災應變格網系統與水情影像監視站軟硬體擴充與維運=2017 Extension,Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201712</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>445.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060107</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/3</date><governmentpublicationsnumber>1010602467</governmentpublicationsnumber><identifier>84390</identifier><internationalstandardbooknumber>9789860546248 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84390</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年防災應變格網系統與水情影像監視站軟硬體擴充與維運--光碟版=2017 Extension,Operation and Maintenance of Hazard Mitigation and Emergency Response Grid and Flood Watching System</title><yearidentifier>201712</yearidentifier></data><data><abstract>為維持海岸防護之功能、海岸侵蝕防治及保護居民生命財產安全之成效，亟需對綠島與蘭嶼海岸之變遷特性、人文、地文、海象環境之潮汐、波浪流及漂砂等資料進行更完整的追蹤調查研究，藉以分析本海岸防護設施安全性以及地形侵淤變化特性。 爰此，擬依「海岸環境營造計畫(104 年~109 年)」之規劃，為使綠島及蘭嶼地區海岸概況、基本資料更加完善，本計畫採分年分期進行調查研究方式，藉由現場資料之蒐集、調查、監測與量測分析…等工作，做為日後綠島、蘭嶼海岸復育政策實施應用及海堤設計與管理維護提供更具完整性之參考與建議。</abstract><author>國立成功大學</author><categoryidentifier>443.3   443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070133</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702379</governmentpublicationsnumber><identifier>84402</identifier><internationalstandardbooknumber>9789860578065 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84402</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料補充調查(綠島地區)正式成果報告書(內附光碟)=Supplementary Field Survey and Assessment on Coastal Defenses at Green Island and Orchid Island (Green Island)</title><yearidentifier>201812</yearidentifier></data><data><abstract>歷史洪流早已步入21世紀,水利署自1947年的臺灣省政府建設廳水利局到2002年正式成立經濟部水利署,跨越新舊世紀已走過60個年頭,由當年一片山窮惡水,至今日各項水利設施欣欣向榮,前人披荊斬蕀、篳路藍縷、胼手胝足,終為臺灣水利史寫下許多璀璨之新頁,回顧水利一甲子,除瞭解機關變革、執掌與水利大事紀外,更重要的是向前輩首長致敬,並同時揭襲新世紀的水資源政策,期能讓大家體認到創業維艱、守成不易,並籍著緬懷過去,策動未來...。</abstract><author>經濟部水利署</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/11</date><governmentpublicationsnumber>9.79E+11</governmentpublicationsnumber><identifier>84408</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84408</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>97</publishrocyear><title>水躍60風采一甲子經濟部水利署60周年紀代專刊</title><yearidentifier>200801</yearidentifier></data><data><abstract>頭前溪流域經由各單位歷年治理情形下，沿岸治理成效良好且具有豐富生態環境，唯近河口段之舊港島，缺乏整體排水調查規劃和景觀環境營造，且隨著民眾對於周遭之河川水域環境品質要求日愈提升，因此如何在兼顧河防安全的前提下，透過排水調查和友善之水域環境營造，再造河川多元性之水域，以達到豐富河川生態、閒置空間再利用及提高居民生活品質之目的。 本計畫針對舊港島進行基本資料補充蒐集與調查、環境調查與分析、發展潛力分析、現況水理與河床穩定分析檢討、環境營造計畫和經營管理與實施計畫，重塑自然景觀與親水空間，並藉由瞭解土地使用與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃研究，以做為爾後治理工程設計參考之依據，達成改善河川環境之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060414</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/13</date><governmentpublicationsnumber>1010602613</governmentpublicationsnumber><identifier>84410</identifier><internationalstandardbooknumber>9789860548228 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84410</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>舊港島環境營造規劃=Environmental Management Plan of Old Port Island</title><yearidentifier>201712</yearidentifier></data><data><abstract>頭前溪流域經由各單位歷年治理情形下，沿岸治理成效良好且具有豐富生態環境，唯近河口段之舊港島，缺乏整體排水調查規劃和景觀環境營造，且隨著民眾對於周遭之河川水域環境品質要求日愈提升，因此如何在兼顧河防安全的前提下，透過排水調查和友善之水域環境營造，再造河川多元性之水域，以達到豐富河川生態、閒置空間再利用及提高居民生活品質之目的。 本計畫針對舊港島進行基本資料補充蒐集與調查、環境調查與分析、發展潛力分析、現況水理與河床穩定分析檢討、環境營造計畫和經營管理與實施計畫，重塑自然景觀與親水空間，並藉由瞭解土地使用與自然環境特質等內涵，在人文發展與生態回復的模式下進行規劃研究，以做為爾後治理工程設計參考之依據，達成改善河川環境之目標。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060414</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/13</date><governmentpublicationsnumber>1010602613</governmentpublicationsnumber><identifier>84411</identifier><internationalstandardbooknumber>9789860548228 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84411</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>106</publishrocyear><title>舊港島環境營造規劃--光碟版=Environmental Management Plan of Old Port Island</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>孔祥嘉</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/24</date><governmentpublicationsnumber>1010500468</governmentpublicationsnumber><identifier>84466</identifier><internationalstandardbooknumber>9789860483918 ; 9789860483</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84466</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>上善若水守護嘉雲南：經濟部水利署第五河川局治水80週年紀念冊</title><yearidentifier>201603</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/24</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>84476</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84476</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>台灣水土保持季?NO.20水土保持守護土地生命力-我的酷農時代</title><yearidentifier>201712</yearidentifier></data><data><abstract>本年度報告引用78 個單位調查之資料，105 年度建設經費之投資額約為721.2 億元，較上年度增加87.7 億元，增加幅度達13.84%，其中以排水投資額增加幅 度最為顯著，其投資額高達152.4 億；105 年度研發經費之投資額約為18.3 億元， 與上年度相較約減少2.5%，其中以排水投資額減少幅度最大，約達65.02%。</abstract><author>經濟部水利署</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/24</date><governmentpublicationsnumber>2009106013</governmentpublicationsnumber><identifier>84478</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84478</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>經濟部水利署臺灣地區水資源投資分析105年度報告(內附光碟)</title><yearidentifier>201710</yearidentifier></data><data><abstract> </abstract><author>陳俊誠</author><categoryidentifier>445.133/127</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/24</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>84482</identifier><internationalstandardbooknumber>9789860532074 ; 9789860532</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84482</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>106</publishrocyear><title>台南市政府工務建設特刊 第5期- 旅人在路上(台南的素描工程)</title><yearidentifier>201708</yearidentifier></data><data><abstract>台台灣地區水資源開發日益困難，為降低缺水風險，提升水資源利用效率、加強簡易自來水管理及提升自來水事業淨水效能，便成為極重要的一環。 為達成前揭政策目標，本署於102-105年度辦理地方政府簡易自來水管理業務查核及操作管理示範觀摩；於104-105年度針對淨水場造水效能、水質處理及能耗三面向，提出操作及管理效能評估之指標。 本計畫將延續以往研究成果，建立自來水淨水場操作及管理平台，針對全台之自來水淨水場之淨水效能進行管理，並成立公共給水(含簡易自來水)工作服務團辦理簡易自來水管理業務輔導、維護管理技術提升及簡易自來水管理人員操作輔導與訓練，爰提本計畫。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060258</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602459</governmentpublicationsnumber><identifier>84511</identifier><internationalstandardbooknumber>9789860546835 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84511</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>公共給水(含簡易自來水)之用水效率技術提升計畫=Water-use efficiency improvements in public water supply system (including small water treatment facilities)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台台灣地區水資源開發日益困難，為降低缺水風險，提升水資源利用效率、加強簡易自來水管理及提升自來水事業淨水效能，便成為極重要的一環。 為達成前揭政策目標，本署於102-105年度辦理地方政府簡易自來水管理業務查核及操作管理示範觀摩；於104-105年度針對淨水場造水效能、水質處理及能耗三面向，提出操作及管理效能評估之指標。 本計畫將延續以往研究成果，建立自來水淨水場操作及管理平台，針對全台之自來水淨水場之淨水效能進行管理，並成立公共給水(含簡易自來水)工作服務團辦理簡易自來水管理業務輔導、維護管理技術提升及簡易自來水管理人員操作輔導與訓練，爰提本計畫。</abstract><author>國立交通大學環境科技及智慧系統研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060258</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602459</governmentpublicationsnumber><identifier>84512</identifier><internationalstandardbooknumber>9789860546835 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84512</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>公共給水(含簡易自來水)之用水效率技術提升計畫--光碟版=Water-use efficiency improvements in public water supply system (including small water treatment facilities)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自民國98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，以使蓄水庫管理單位了解藻毒發生之風險性，並更進一步了解國內、外有害藻類與代謝物之監測及淨水處理情形及評析國內本島及離島淨水場主要淨水程序對於藻毒之處理能力，且針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供相關建議，本年度主要針對毒素研究由微囊藻毒素、柱孢藻毒素、土味及霉味物質之藻類代謝物，提升至蛤蚌毒素，並針對離島有害藻類好發期間代謝物趨勢及控制技術應用進行研究，以了解其成長趨勢及風險評析，另探討氧化劑對有害藻及其代謝物之控制成效，並針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供進一步整理及相關建議，爰辦理本計畫。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060048</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602590</governmentpublicationsnumber><identifier>84513</identifier><internationalstandardbooknumber>9789860547535 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84513</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水庫有害藻類好發期間代謝物監測及控制技術之應用研究=Applications of monitoring and control technologies for harmful cyanobacteria and their metabolites in reservoirs</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區公共給水系統提供民眾得以穩定用水，其中水庫是重要的水源，其水質就顯得十分重要，然而由於天然環境因素及人為的活動，對蓄水庫提供許多營養鹽，在加上溫度及水流環境，使得藻類得以在蓄水庫中生長，進而成群形成藻華，甚至產生毒素，對公共給水造成影響；所以自民國98年以來，針對此問題陸續辦理相關計畫，從台灣地區蓄水庫藻類及藻毒現況開始，進而研究其特性，以使蓄水庫管理單位了解藻毒發生之風險性，並更進一步了解國內、外有害藻類與代謝物之監測及淨水處理情形及評析國內本島及離島淨水場主要淨水程序對於藻毒之處理能力，且針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供相關建議，本年度主要針對毒素研究由微囊藻毒素、柱孢藻毒素、土味及霉味物質之藻類代謝物，提升至蛤蚌毒素，並針對離島有害藻類好發期間代謝物趨勢及控制技術應用進行研究，以了解其成長趨勢及風險評析，另探討氧化劑對有害藻及其代謝物之控制成效，並針對本署各水資源局水庫各類水質疑慮事件應變計畫與臨時供水措施提供進一步整理及相關建議，爰辦理本計畫。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060048</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602590</governmentpublicationsnumber><identifier>84514</identifier><internationalstandardbooknumber>9789860547535 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84514</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>水庫有害藻類好發期間代謝物監測及控制技術之應用研究--光碟版=Applications of monitoring and control technologies for harmful cyanobacteria and their metabolites in reservoirs</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060223</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602588</governmentpublicationsnumber><identifier>84517</identifier><internationalstandardbooknumber>9789860547757 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84517</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫(3/3)=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060223</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602588</governmentpublicationsnumber><identifier>84518</identifier><internationalstandardbooknumber>9789860547757 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84518</librarycollectiondetailsurl><price>150</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>自來水管承裝商暨自來水技術人員證照管理系統維護計畫(3/3)--光碟版=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(3/3)</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署在過往公共給水系統耐震研究中，已建置完成台灣地區自來水送配水與給水管線之圖資，與部分區域之供水設施資料庫，研擬相應之地震損害評估模式，並開發地震早期損失評估雲端通報技術，提供雲端通報服務。為完善公共給水系統之地震防災與應變工作，理應進一步納入原水管道(含隧道、渠道及管線)之考量，收集資料並研擬地震損害評估模式，應用於：(1)整體公共給水系統之地震情境分析；(2)地震早期損失評估雲端通報。如此，將可作為公共給水原水導管耐震改善，以及震後緊急應變與災情研判之參考依據，對公共給水系統耐震安全之提升當有所助益。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060241</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602461</governmentpublicationsnumber><identifier>84521</identifier><internationalstandardbooknumber>9789860546392 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84521</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>公共給水原水導管地震風險評估技術之研究=A study on seismic risk assessment technology for public water supply systems with raw water aqueducts</title><yearidentifier>201712</yearidentifier></data><data><abstract>水利署在過往公共給水系統耐震研究中，已建置完成台灣地區自來水送配水與給水管線之圖資，與部分區域之供水設施資料庫，研擬相應之地震損害評估模式，並開發地震早期損失評估雲端通報技術，提供雲端通報服務。為完善公共給水系統之地震防災與應變工作，理應進一步納入原水管道(含隧道、渠道及管線)之考量，收集資料並研擬地震損害評估模式，應用於：(1)整體公共給水系統之地震情境分析；(2)地震早期損失評估雲端通報。如此，將可作為公共給水原水導管耐震改善，以及震後緊急應變與災情研判之參考依據，對公共給水系統耐震安全之提升當有所助益。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060241</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602461</governmentpublicationsnumber><identifier>84522</identifier><internationalstandardbooknumber>9789860546392 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84522</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>公共給水原水導管地震風險評估技術之研究--光碟版=A study on seismic risk assessment technology for public water supply systems with raw water aqueducts</title><yearidentifier>201712</yearidentifier></data><data><abstract>面對全球氣候變遷及溫室效應的影響，極端氣候發生的頻率日益增高，以及水資源開發日益困難的事實，經濟部於105年5月25日修正水利法，增訂用水計畫、耗水費法源及節約用水等相關條文，藉由強化外部系統再生水及內部循環用水之再利用，以提升水資源之使用效率。 經濟部(水利署)為達成前揭目標，向「行政院國家科學技術發展基金管理會」提出「智慧水管理創新產業發展計畫(106-109年)」，其中「創新水管理產業發展研究及發展」項下，擬將水資源(源頭)之監控與管理系統整合至物聯網，並藉由數據遠距傳輸系統架構，鏈結前端感知層與後端平台應用層，進而發展具有智慧決策功能的創新智慧水管理系統。 本計畫將銜接前揭計畫之精神，以自來水事業供水管網為對象，探討公共給水(後端使用者)利用物聯網及大數據分析的技術，有效掌控自來水的管理、營運、調配等供水環節，建構加值型之公共給水服務平台，俾以提供水資源管理者及民眾用水之資訊服務，達成政府智慧水城市之政策目標，爰提本計畫。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060253</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602601</governmentpublicationsnumber><identifier>84523</identifier><internationalstandardbooknumber>9789860547528 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84523</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>都會智慧水務技術之研究=The Study of Urban Smart Water Techniques</title><yearidentifier>201712</yearidentifier></data><data><abstract>面對全球氣候變遷及溫室效應的影響，極端氣候發生的頻率日益增高，以及水資源開發日益困難的事實，經濟部於105年5月25日修正水利法，增訂用水計畫、耗水費法源及節約用水等相關條文，藉由強化外部系統再生水及內部循環用水之再利用，以提升水資源之使用效率。 經濟部(水利署)為達成前揭目標，向「行政院國家科學技術發展基金管理會」提出「智慧水管理創新產業發展計畫(106-109年)」，其中「創新水管理產業發展研究及發展」項下，擬將水資源(源頭)之監控與管理系統整合至物聯網，並藉由數據遠距傳輸系統架構，鏈結前端感知層與後端平台應用層，進而發展具有智慧決策功能的創新智慧水管理系統。 本計畫將銜接前揭計畫之精神，以自來水事業供水管網為對象，探討公共給水(後端使用者)利用物聯網及大數據分析的技術，有效掌控自來水的管理、營運、調配等供水環節，建構加值型之公共給水服務平台，俾以提供水資源管理者及民眾用水之資訊服務，達成政府智慧水城市之政策目標，爰提本計畫。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060253</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602601</governmentpublicationsnumber><identifier>84524</identifier><internationalstandardbooknumber>9789860547528 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84524</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>都會智慧水務技術之研究--光碟版=The Study of Urban Smart Water Techniques</title><yearidentifier>201712</yearidentifier></data><data><abstract>據統計全國目前有945個簡易自來水系統，因簡易自來水系統大多位處偏遠地區，其位置、處理設備、水源取水及用地取得等基本資料不易掌握，目前無相關作業平台可整合全國資訊，爰此，為利管理全國簡易自來水事業，本委辦計畫將彙整國外先進國家簡易自來水系統之管理機制，據以探討我國目前相關管理規定並尋求改善策略，另建置基本資料庫檢核並更新全台簡易自來水事業資料，以期提升國內簡易自來水系統管理效率及作業。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060044</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602599</governmentpublicationsnumber><identifier>84525</identifier><internationalstandardbooknumber>9789860547504 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84525</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>簡易自來水管理機制之探討=Discussion on Management Mechanism of Small Water Supply Facilities</title><yearidentifier>201712</yearidentifier></data><data><abstract>據統計全國目前有945個簡易自來水系統，因簡易自來水系統大多位處偏遠地區，其位置、處理設備、水源取水及用地取得等基本資料不易掌握，目前無相關作業平台可整合全國資訊，爰此，為利管理全國簡易自來水事業，本委辦計畫將彙整國外先進國家簡易自來水系統之管理機制，據以探討我國目前相關管理規定並尋求改善策略，另建置基本資料庫檢核並更新全台簡易自來水事業資料，以期提升國內簡易自來水系統管理效率及作業。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060044</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602599</governmentpublicationsnumber><identifier>84526</identifier><internationalstandardbooknumber>9789860547504 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84526</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>簡易自來水管理機制之探討--光碟版=Discussion on Management Mechanism of Small Water Supply Facilities</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自民國94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至105年度，通過考驗取得合格證書總計約為15,201人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行將落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060425</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602457</governmentpublicationsnumber><identifier>84527</identifier><internationalstandardbooknumber>9789860546408 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84527</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度自來水技術人員考驗=2017 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201712</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自民國94年度起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至105年度，通過考驗取得合格證書總計約為15,201人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行將落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>逢甲大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060425</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010602457</governmentpublicationsnumber><identifier>84528</identifier><internationalstandardbooknumber>9789860546408 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84528</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>106年度自來水技術人員考驗--光碟版=2017 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201712</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 105年歷經5場颱風及79場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060125</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010700316</governmentpublicationsnumber><identifier>84530</identifier><internationalstandardbooknumber>9789860554656 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84530</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年水利署災害緊急應變小組服務團計畫(內附光碟)=2017 Service Corps of Disaster Emergency Operation Team of WRA</title><yearidentifier>201803</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 105年歷經5場颱風及79場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060125</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010700316</governmentpublicationsnumber><identifier>84531</identifier><internationalstandardbooknumber>9789860554656 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84531</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年水利署災害緊急應變小組服務團計畫--光碟版=2017 Service Corps of Disaster Emergency Operation Team of WRA</title><yearidentifier>201803</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060147</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010700317</governmentpublicationsnumber><identifier>84536</identifier><internationalstandardbooknumber>9789860554663 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84536</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年全民自主防災能力提升及精進計畫=Improvement for Community-Based Flood Risk Management of 2017</title><yearidentifier>201803</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060147</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/26</date><governmentpublicationsnumber>1010700317</governmentpublicationsnumber><identifier>84537</identifier><internationalstandardbooknumber>9789860554663 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84537</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年全民自主防災能力提升及精進計畫--光碟版=Improvement for Community-Based Flood Risk Management of 2017</title><yearidentifier>201803</yearidentifier></data><data><abstract> </abstract><author>鴻威國際工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060248</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602332</governmentpublicationsnumber><identifier>84542</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84542</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>「海岸環境營造計畫」卑南溪口至利嘉溪口海岸段環境營造規劃設計Sustaiinable Regeneration of Beinan Estuary to Lijia Estuary Coastal Environment Plans(內附光碟)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>鴻威國際工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060248</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602332</governmentpublicationsnumber><identifier>84543</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84543</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>「海岸環境營造計畫」卑南溪口至利嘉溪口海岸段環境營造規劃設計Sustaiinable Regeneration of Beinan Estuary to Lijia Estuary Coastal Environment Plans正式成果報告書-光碟版</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>84544</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84544</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立(內附光碟)=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>84545</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84545</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立--光碟版=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>本書旨在以本所過去至今整理的日治時期治水圖資為對象，藉文獻資料及口述歷史還原其生產背景，並說明圖資之內容與價值所在，提供水利界、史學界及社會大眾活化利用，共構臺灣的水文化。</abstract><author>顧雅文</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602303</governmentpublicationsnumber><identifier>84546</identifier><internationalstandardbooknumber>9789860544534 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84546</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>測繪河流—近代化下臺灣河川調查與治理規劃圖籍</title><yearidentifier>201712</yearidentifier></data><data><abstract>以歷年查核及建立的流域地質資訊系統為基礎，週期性現地複查系統內26條流域河道狀況、土石災害並更新地質鑽探、正射影像、斷面資料、河床質粒徑…等成果，持續性納入新蒐集之圖資並補充地質詮釋資料，並進一步加值應用平台資訊，如軟岩質河段沖刷潛勢評估、易致災河段邊坡岩性組成資料調查評估等，完成流域地質資訊系統之維護更新、強化系統平台應用性及透過教育訓練推廣利用。</abstract><author>國立交通大學</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060024</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602270</governmentpublicationsnumber><identifier>84547</identifier><internationalstandardbooknumber>9789860544565 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84547</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>流域地質資訊系統之維護更新及應用(2/2)(內附光碟)=Maintenance and Application of the Watershed Geological Information System</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫係藉由與國內外著名之輸砂學者合作，以臺灣河川泥砂運移特性為案例，擴充建置本土化輸砂公式，並結合現有數值模式，以臺灣5大流域為案例進行河道穩定與流域土砂運移與管理研究。整體工作架構包括臺灣河川基本資料現地補充調查、國際合作研發本土化輸砂公式、及本土化輸砂公式結合數值模式進行應用研究等三大部分。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060397</commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602299</governmentpublicationsnumber><identifier>84551</identifier><internationalstandardbooknumber>9789860545029 ; 9789860545</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84551</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>臺灣河川輸砂公式建置及應用研究(內附光碟)=Developement and Application Study of Sediment Transport Formula in Taiwan’s Rivers</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84555</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84555</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊工程篇土石流篇</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84557</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84557</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊農藝篇植生篇</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84558</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84558</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊總論篇基本資料調查與分析篇</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/4/27</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>84569</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84569</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>台灣水土保持季?NO.21水土保持.南向出擊</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/1</date><governmentpublicationsnumber>1010700373</governmentpublicationsnumber><identifier>84586</identifier><internationalstandardbooknumber>9789860556100 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>大甲溪石岡壩下游河道整理布置水工模型試驗研究總報告(內附光碟)=Hydraulic Model Experiment on Riverbed Stability Study for the Downstream Reach of Shigang Dam in Dajia River</title><yearidentifier>201803</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/3</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84611</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84611</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊總論篇基本資料調查與分析篇</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/3</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84612</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84612</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊農藝篇植生篇</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/3</date><governmentpublicationsnumber>1010602832</governmentpublicationsnumber><identifier>84613</identifier><internationalstandardbooknumber>9789860553444 ; 9789860553</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84613</librarycollectiondetailsurl><price>1000</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>106</publishrocyear><title>水土保持手冊工程篇土石流篇</title><yearidentifier>201712</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060092</commissionedprojectidentifier><currency>NT$</currency><date>2018/5/4</date><governmentpublicationsnumber>1010602437</governmentpublicationsnumber><identifier>84616</identifier><internationalstandardbooknumber>9789860546507 ; 9789860546</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84616</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>106</publishrocyear><title>106年度八河局轄區洪水預警及防汛整合作業正式成果報告書(內附光碟)=2017 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/10</date><governmentpublicationsnumber>1009600083</governmentpublicationsnumber><identifier>84630</identifier><internationalstandardbooknumber>9789860084207 ; 9789860084</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84630</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>95</publishrocyear><title>中區水資源調配管理系統系統分析與規劃設計報告書</title><yearidentifier>200612</yearidentifier></data><data><abstract>本計畫致力於水資源與環境利用的雙重結合，兼顧區域排水的防洪灌溉、生態保護與休閒遊憩功能性的改善</abstract><author>逢甲大學營建及防災研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0950356</commissionedprojectidentifier><currency>NT$</currency><date>2018/5/10</date><governmentpublicationsnumber>1009503569</governmentpublicationsnumber><identifier>84635</identifier><internationalstandardbooknumber>9789860076493 ; 9789860076</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84635</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>95</publishrocyear><title>區域排水整治及環境營造第5期6年計畫(1/2)(內附光碟)=The 5th Six-Year Planning of Drainage Improvement and Environment Rehabilitation(1/2)</title><yearidentifier>200612</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6   433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070044</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702380</governmentpublicationsnumber><identifier>84651</identifier><internationalstandardbooknumber>9789860574128 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84651</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>107年度八河局轄區洪水預警及防汛整合作業正式成果報告書(內附光碟)=2018 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/17</date><governmentpublicationsnumber>1010700376</governmentpublicationsnumber><identifier>84653</identifier><internationalstandardbooknumber>9789860556117 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84653</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道全域水工模型試驗第二階段成果報告=Physical Model Experiment on the Desilting Tunnel of Tzengwen Reservoir Final Report-The Second Stage</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/17</date><governmentpublicationsnumber>1010700376</governmentpublicationsnumber><identifier>84654</identifier><internationalstandardbooknumber>9789860556117 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84654</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道全域水工模型試驗第二階段成果報告--光碟版=Physical Model Experiment on the Desilting Tunnel of Tzengwen Reservoir Final Report-The Second Stage</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.5</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/22</date><governmentpublicationsnumber>1009304013</governmentpublicationsnumber><identifier>84661</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84661</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>93</publishrocyear><title>多功能人工湖永續經營研究技術移轉教育訓練課程講義=Investigation on Sustainable Utilization of Multi-purposes Artificial Lakes</title><yearidentifier>200412</yearidentifier></data><data><abstract>本計畫係配合排水系統綜合治水規劃辦理，調查分析區域內之排水情勢，含生態調查分析、水質污染評析及防治建議等，提出水域周邊環境營造願景規劃成果，以營造優質的水岸環境，達到治水與環境營造之功效。</abstract><author>連鼎工程顧問有限公司</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/5/28</date><governmentpublicationsnumber>1009700259</governmentpublicationsnumber><identifier>84752</identifier><internationalstandardbooknumber>9789860132182 ; 9789860132</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84752</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>97</publishrocyear><title>易淹水地區水患治理計畫第一階段實施計畫-嘉義縣朴子溪支流排水系統環境營造規劃(光碟版)</title><yearidentifier>200802</yearidentifier></data><data><abstract>本報告書為「台中盆地地下水資源利用調查評估」計畫的第三年度報告，內容主要為台中盆地地下水水文地質調查、地下水資源整體評價、地下水開發策略、地下水開發工程規劃、地下水資源管理策略及水文地質環境資料庫建置。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.86</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000368</commissionedprojectidentifier><currency>NT$</currency><date>2018/5/28</date><governmentpublicationsnumber>1010003591</governmentpublicationsnumber><identifier>84753</identifier><internationalstandardbooknumber>9789860299687 ; 9789860299</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84753</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>台中盆地地下水資源利用調查評估(3/3)(正式報告書修正稿)=Investigation and evaluation for groundwater resources utilization in Taichung basin(3/3)</title><yearidentifier>201111</yearidentifier></data><data><abstract> </abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA101A2001</commissionedprojectidentifier><currency>NT$</currency><date>2018/6/5</date><governmentpublicationsnumber>1010700401</governmentpublicationsnumber><identifier>84857</identifier><internationalstandardbooknumber>9789860555127 ; 9789860555</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84857</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道工程計畫-施工環境監測及評估總結報告=Zengwen Reservoir Sediment-Sluice Tunnel Project- Environmental Monitoring and Assessment During Construction</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA101A2001</commissionedprojectidentifier><currency>NT$</currency><date>2018/6/5</date><governmentpublicationsnumber>1010700401</governmentpublicationsnumber><identifier>84858</identifier><internationalstandardbooknumber>9789860555127 ; 9789860555</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84858</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道工程計畫-施工環境監測及評估總結報告--光碟版=Zengwen Reservoir Sediment-Sluice Tunnel Project- Environmental Monitoring and Assessment During Construction</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>林昶宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/6/26</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>84969</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_84969</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>107</publishrocyear><title>106年度年報Annual Report 2017</title><yearidentifier>201806</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/6/28</date><governmentpublicationsnumber>1010502872</governmentpublicationsnumber><identifier>85029</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85029</librarycollectiondetailsurl><price>250</price><publisher> </publisher><publishrocyear>105</publishrocyear><title>阿公的暑假作業</title><yearidentifier>201612</yearidentifier></data><data><abstract>近年全球氣候劇烈變遷，極端氣候屢屢發生，加上水資源開發日益困難，國內水資源政策已將節水及再生水資源發展列為重點。本署於兼顧供水安全、產業發展與社會正義的前提下，已著手規劃具前瞻性且務實可行的水資源配置、循環利用與管理架構，目前正積極推動「智慧水管理創新產業發展計畫(106-109年)」，將水資源之監控與管理系統整合至物聯網(IoT)，並藉由數據遠距傳輸系統架構，鏈結前端感知設備與後端資訊應用平台，進而發展具有智慧決策功能的創新智慧水管理系統。 考量再生水系統建置可能發生之各類風險前提下，探討及規劃再生水系統之進水端、處理端及供水管線端等導入智慧管理技術並透過實廠測試，確認智慧管理技術之可行性，並據以研擬再生水廠智慧管理系統建置規範。此外，亦將探討再生水與其他關連領域連結之跨域加值應用及運用大數據分析及物聯網技術之可行方式，爰辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060469</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/11</date><governmentpublicationsnumber>1010700808</governmentpublicationsnumber><identifier>85074</identifier><internationalstandardbooknumber>9789860560763 ; 9789860560</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85074</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>再生水廠智慧管理科技應用探討及規劃=Investigation and Planning on Technical Application of Smart Water Reclamation Plant Management System</title><yearidentifier>201805</yearidentifier></data><data><abstract>近年全球氣候劇烈變遷，極端氣候屢屢發生，加上水資源開發日益困難，國內水資源政策已將節水及再生水資源發展列為重點。本署於兼顧供水安全、產業發展與社會正義的前提下，已著手規劃具前瞻性且務實可行的水資源配置、循環利用與管理架構，目前正積極推動「智慧水管理創新產業發展計畫(106-109年)」，將水資源之監控與管理系統整合至物聯網(IoT)，並藉由數據遠距傳輸系統架構，鏈結前端感知設備與後端資訊應用平台，進而發展具有智慧決策功能的創新智慧水管理系統。 考量再生水系統建置可能發生之各類風險前提下，探討及規劃再生水系統之進水端、處理端及供水管線端等導入智慧管理技術並透過實廠測試，確認智慧管理技術之可行性，並據以研擬再生水廠智慧管理系統建置規範。此外，亦將探討再生水與其他關連領域連結之跨域加值應用及運用大數據分析及物聯網技術之可行方式，爰辦理本計畫。</abstract><author>國立交通大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060469</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/11</date><governmentpublicationsnumber>1010700808</governmentpublicationsnumber><identifier>85075</identifier><internationalstandardbooknumber>9789860560763 ; 9789860560</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85075</librarycollectiondetailsurl><price>定價400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>再生水廠智慧管理科技應用探討及規劃--光碟版=Investigation and Planning on Technical Application of Smart Water Reclamation Plant Management System</title><yearidentifier>201805</yearidentifier></data><data><abstract>水資源回收中心除水資源外另有能源及資源等過去忽略之可回收能資源再利用，其可扮演節能、創能及資源循環再生具附加價值再利用之角色，國外已漸朝能資源整合之方向規劃設計及操作維護方式加以管理，創造能資源整合型環境友善之水資源回收中心，本計畫成立目的為蒐集國內水資源回收中心案例參考評估規畫，提出開發能資源整合循環型水資源回收中心之經濟決策分析與評估規劃。</abstract><author>國立臺北科技大學</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060474</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/11</date><governmentpublicationsnumber>1010700862</governmentpublicationsnumber><identifier>85076</identifier><internationalstandardbooknumber>9789860561067 ; 9789860561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85076</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>能資源整合循環型水資源回收中心規劃之研究(1/2)=The Planning of the Energy-Resources Circular Style Water Reclamation Center(1/2)</title><yearidentifier>201805</yearidentifier></data><data><abstract>水資源回收中心除水資源外另有能源及資源等過去忽略之可回收能資源再利用，其可扮演節能、創能及資源循環再生具附加價值再利用之角色，國外已漸朝能資源整合之方向規劃設計及操作維護方式加以管理，創造能資源整合型環境友善之水資源回收中心，本計畫成立目的為蒐集國內水資源回收中心案例參考評估規畫，提出開發能資源整合循環型水資源回收中心之經濟決策分析與評估規劃。</abstract><author>國立臺北科技大學</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060474</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/11</date><governmentpublicationsnumber>1010700862</governmentpublicationsnumber><identifier>85077</identifier><internationalstandardbooknumber>9789860561067 ; 9789860561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85077</librarycollectiondetailsurl><price>定價800</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>能資源整合循環型水資源回收中心規劃之研究(1/2)--光碟版=The Planning of the Energy-Resources Circular Style Water Reclamation Center(1/2)</title><yearidentifier>201805</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合耗水費之開徵所需之作業支援，，爰擬以本計畫辦理相關工作。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060305</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/18</date><governmentpublicationsnumber>1010700538</governmentpublicationsnumber><identifier>85083</identifier><internationalstandardbooknumber>9789860558326 ; 9789860558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85083</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年度耗水費徵收行政作業支援計畫=The Administrative Support Plan for Levying of Water Conservation Charge in 2017</title><yearidentifier>201804</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合耗水費之開徵所需之作業支援，，爰擬以本計畫辦理相關工作。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060305</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/18</date><governmentpublicationsnumber>1010700538</governmentpublicationsnumber><identifier>85084</identifier><internationalstandardbooknumber>9789860558326 ; 9789860558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85084</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年度耗水費徵收行政作業支援計畫--光碟版=The Administrative Support Plan for Levying of Water Conservation Charge in 2017</title><yearidentifier>201804</yearidentifier></data><data><abstract>民國105年5月4日總統公布通過自來水法部分條文修正，其中第九十五條之一規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章。」，故未來中央主管機關將公告應具省水標章之產品，日後若於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。  為因應上述自來水法部分條文修正案，本署已完成「省水標章管理辦法」，目前本署規劃馬桶及洗衣機2項列為優先推動應具省水標章產品，後續將逐步檢討其他省水標章產品之推動；因此將針對上述優先推動省水標章之相關製造商、進口商及經銷通路商等，辦理抽查及稽查輔導與宣導等作業，並就辦理情形檢討未來廠商及經銷通路商後市場之查核機制，俾利未來持續性地推動省水標章查核業務，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060472</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/18</date><governmentpublicationsnumber>1010700523</governmentpublicationsnumber><identifier>85085</identifier><internationalstandardbooknumber>9789860558050 ; 9789860558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85085</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>省水標章產品輔導及宣導計畫=The Program of Product Counseling and propaganda for Water Efficiency Label</title><yearidentifier>201804</yearidentifier></data><data><abstract>民國105年5月4日總統公布通過自來水法部分條文修正，其中第九十五條之一規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章。」，故未來中央主管機關將公告應具省水標章之產品，日後若於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。  為因應上述自來水法部分條文修正案，本署已完成「省水標章管理辦法」，目前本署規劃馬桶及洗衣機2項列為優先推動應具省水標章產品，後續將逐步檢討其他省水標章產品之推動；因此將針對上述優先推動省水標章之相關製造商、進口商及經銷通路商等，辦理抽查及稽查輔導與宣導等作業，並就辦理情形檢討未來廠商及經銷通路商後市場之查核機制，俾利未來持續性地推動省水標章查核業務，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060472</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/18</date><governmentpublicationsnumber>1010700523</governmentpublicationsnumber><identifier>85086</identifier><internationalstandardbooknumber>9789860558050 ; 9789860558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85086</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>省水標章產品輔導及宣導計畫--光碟版=The Program of Product Counseling and propaganda for Water Efficiency Label</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/7/23</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>85143</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85143</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>台灣水土保持季?NO.22水土保持.南向出擊</title><yearidentifier>201807</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計70 表。</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/7/26</date><governmentpublicationsnumber>1010700948</governmentpublicationsnumber><identifier>85196</identifier><internationalstandardbooknumber>9789860562170 ; 9789860562</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85196</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>107</publishrocyear><title>中華民國106年水利統計STATISTIC OF WATER RESOURCES 2017</title><yearidentifier>201807</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、節約用水、知識型水利產業、海 水淡化、地層下陷、水文觀測、天然災害損失概況、河川防洪工程、 禦潮(海堤)工程、區域排水工程、河川、排水、海堤公地許可使用、水 權登記、自來水事業、行政組織及其他共17 章，合計70 表。</abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/7/26</date><governmentpublicationsnumber>1010700948</governmentpublicationsnumber><identifier>85197</identifier><internationalstandardbooknumber>9789860562170 ; 9789860562</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85197</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>107</publishrocyear><title>中華民國106年水利統計(光碟版)STATISTIC OF WATER RESOURCES 2017</title><yearidentifier>201807</yearidentifier></data><data><abstract>在環境變遷複雜、資訊傳遞快速、競爭激烈的巨量知識時代，傳統層級的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過全球資訊蒐集研析，了解各國水資源政策(包括河川環境改善措施、防減災等)，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為有效地回應變遷迅速之環境，透過向外學習汲取各國水資源政策、各項水資源新知議題與技術長處，彌補未來不可知之挑戰風險。為擴大水利領域，更廣泛蒐集相關水利資料(包括河川環境改善措施、防減災等)，萃取重要資訊，並規劃水利知識庫，進而推動知識加值、應用及擴散。提供本署現階段水資源重點工作之參考，並期水資源技術及政策得與世界接軌，降低天然災害發生風險及傷害，建立水資源利用的永續平衡狀態，俾利作為台灣在進行水利政策規劃時的參考；並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，以協助組織增進水資源管理之跨域治理能力。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060389</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/27</date><governmentpublicationsnumber>1010602701</governmentpublicationsnumber><identifier>85213</identifier><internationalstandardbooknumber>9789860549867 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85213</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>106年水利新知管理與服務計畫(光碟版)2017 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201712</yearidentifier></data><data><abstract>文建會近年積極推動行政院各機關部會文化性資產的清查、宣導、教育訓練等工作，希望藉此能在環境變遷、機關單位更替、技術不斷改進下的過程中，保存國內公有的產業文化資產；經過文建會文化資產小組的多次會議討論，直接進入各機關單位內，以專業輔導協助的角色，幫助大家進行產業文化資產的清查，為該項工作的共識，也藉由培訓「種籽」清查人員，期待能將產業文化資產的清查工作紮根下去。</abstract><author>中原大學</author><categoryidentifier>541.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/7/30</date><governmentpublicationsnumber>1009702183</governmentpublicationsnumber><identifier>85219</identifier><internationalstandardbooknumber>9789860151732 ; 9789860151</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85219</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>97</publishrocyear><title>經濟部水利署文化性資產清查委託服務計畫  The Consignable Service Plan of the Survey of the cultural Heritage,Water Resources Agency,Ministry of Economic</title><yearidentifier>200808</yearidentifier></data><data><abstract>民國67年，時經濟部水資源統一規劃委員會考量臺灣地區水資源開發利用與保育分由不同性質之機關推動辦理，各標的建設投資經費資料散處各機關，亟待統一彙整，遂逐年編印「台灣地區水資源投資分析年度報告」供水資源規劃之參考；期後，為豐富年報內容，同時展示政府投資成效，98年開始規劃及建立水資源公共建設投資評估指標系統，提供水資源投資景況及未來施政推動參考，同時建立水資源投資分析年報資料管理系統，透過網路填報各項資料，節省公文往返之時間及減少資料印製之作業。 近年來，水資源投資經費已從建設經費為主，逐漸轉向維護、更新及管理經費，使得水資源投資效益評估應由剛性之堤防建設長度、淨水廠處理能量、水污染整治長度等工程建設面向出發，逐步納入既有設施維持經費彙整，並與政府政策目標結合，以衡量投資符合投資目標，並與國際相關指標進行評比，使得指標之量化數字轉化為民眾易於瞭解之意義，且可瞭解水資源投資是否符合國際潮流。 為協助本署能持續建立各目的事業主管機關及事業單位於水資源投資經費資料，並更新指標相關水資源投資，以出版105年度「台灣地區水資源投資分析年度報告」，同時考量政府投資變遷及網路技術，針對既有年度報告及其資料管理系統，進行蒐集標的定義、年報架構、內容呈現、填報方式及系統功能調整之修正或改版建議，且針對投資效益呈現，應針對數個指標或政府需求進行研究、分析，以提供水資源施政之參考，特委託辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060346</commissionedprojectidentifier><currency>NT$</currency><date>2018/7/31</date><governmentpublicationsnumber>1010602631</governmentpublicationsnumber><identifier>85227</identifier><internationalstandardbooknumber>9789860549171 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85227</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>水資源投資效益研析與水資源投資分析年度報告出版作業(光碟版)the benefit analysis of water resources incestment and its annual reportr publication</title><yearidentifier>201712</yearidentifier></data><data><abstract>本書旨在以本所過去至今整理的日治時期治水圖資為對象，藉文獻資料及口述歷史還原其生產背景，並說明圖資之內容與價值所在，提供水利界、史學界及社會大眾活化利用，共構臺灣的水文化。</abstract><author>顧雅文</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/2</date><governmentpublicationsnumber>1010602303</governmentpublicationsnumber><identifier>85240</identifier><internationalstandardbooknumber>9789860544534 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85240</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>測繪河流—近代化下臺灣河川調查與治理規劃圖籍(光碟版)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/7</date><governmentpublicationsnumber>1010701109</governmentpublicationsnumber><identifier>85261</identifier><internationalstandardbooknumber>9789789860562 ; 9789860564</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85261</librarycollectiondetailsurl><price>定價250</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>中華民國106年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>201808</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/7</date><governmentpublicationsnumber>1010701109</governmentpublicationsnumber><identifier>85262</identifier><internationalstandardbooknumber>9789789860562 ; 9789789860</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85262</librarycollectiondetailsurl><price>定價250</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>中華民國106年度各直轄市、縣市重要水利統計指標分析--光碟版</title><yearidentifier>201808</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/20</date><governmentpublicationsnumber>1010503189</governmentpublicationsnumber><identifier>85364</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85364</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>105</publishrocyear><title>八掌溪種區域等級分級劃設計書</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>林昶宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/20</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>85366</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85366</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>107</publishrocyear><title>106年度年報Annual Report 2017</title><yearidentifier>201806</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060307</commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>101060265</governmentpublicationsnumber><identifier>85371</identifier><internationalstandardbooknumber>9789860548556 ; 9789860548</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85371</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>106</publishrocyear><title>中央管河川與區域排水警戒水位資料庫建置（1/2）Study Database Setup of Warning Stage for River and Drainage systems Adminisered by Central Government（1/2）</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85379</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85379</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>432.57</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>1010503189</governmentpublicationsnumber><identifier>85387</identifier><internationalstandardbooknumber>9789860517064 ; 9789860517</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85387</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>八掌溪種區域等級分級劃設計畫(光碟)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85388</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85388</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)光碟</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85389</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85389</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)光碟</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/8/21</date><governmentpublicationsnumber>1010503031</governmentpublicationsnumber><identifier>85395</identifier><internationalstandardbooknumber>9879860514438 ; 9879860514</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85395</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>105</publishrocyear><title>水土保持工程導入生態保育-生態檢核之運用</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050107</commissionedprojectidentifier><currency>NT$</currency><date>2018/9/12</date><governmentpublicationsnumber>1010503189</governmentpublicationsnumber><identifier>85409</identifier><internationalstandardbooknumber>9789860517064 ; 9789860517</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85409</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>八掌溪種植區域等級分級劃設計畫 Classification of the planting area and level for the floodplain of the Bazhang River(附光碟)</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1050107</commissionedprojectidentifier><currency>NT$</currency><date>2018/8/27</date><governmentpublicationsnumber>1010503189</governmentpublicationsnumber><identifier>85411</identifier><internationalstandardbooknumber>9789860517064 ; 9789860517</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85411</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>105</publishrocyear><title>八掌溪種植區域等級分級劃設計畫(光碟版) Classification of the planting area and level for the floodplain of the Bazhang River</title><yearidentifier>201612</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/3</date><governmentpublicationsnumber>1010701138</governmentpublicationsnumber><identifier>85414</identifier><internationalstandardbooknumber>9789860564150 ; 9789860564</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85414</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>107</publishrocyear><title>106年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2017</title><yearidentifier>201807</yearidentifier></data><data><abstract>洪氾區劃設準則及模式研究總報告</abstract><author>國立交通大學防災工程研究中心</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/7</date><governmentpublicationsnumber>1009204422</governmentpublicationsnumber><identifier>85428</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85428</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設準則及模式研究總報告(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>水文氣象觀測站基本資料</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.62058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/7</date><governmentpublicationsnumber>1009204425</governmentpublicationsnumber><identifier>85431</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85431</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>洪氾區劃設管理課題之研究(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract>因應我國加入WTO後，須開放國內技術或專業服務採購業務於國際廠商，同時參與WTO會員國間之採購。因此政府為掌握國內水利服務部門間之業務可適合國外廠商執行之業務及我國廠商之技術能力與他國競爭的優劣勢，以維持我國產業經濟永續發展及提昇國家競爭力。本研究目標乃透過對國內外廠商及政府部門在水利服務業的調查，以掌握政府可提供開放WTO會員國採購之項目及技術，同時提供我國可向WTO會員國採購之項目及技術，俾促進我國產業競爭力及永續發展。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/7</date><governmentpublicationsnumber>1009204560</governmentpublicationsnumber><identifier>85439</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85439</librarycollectiondetailsurl><price>320</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>水源開發之投資及水服務之全球化研究--光碟版=A Study on Globalized Investment Services and Development of Water Resources</title><yearidentifier>200312</yearidentifier></data><data><abstract>本計畫旨在引進先進之廢水回收再利用高級處理技術進行工業廢水回收再利用之可行性規劃，初期以新竹工業區為例，進行廢水回用模廠的設置與操作，來驗證模廠各處理程序對各種污染物的削減能力及出水水質，並據以評估廢水回收再利用之可行性。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.9391</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/7</date><governmentpublicationsnumber>1009204477</governmentpublicationsnumber><identifier>85441</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85441</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>新竹工業區廢水回收再利用規劃--光碟版=The Planning of Effluent Reclamation and Reuse of Wastewater Treatment Plant in Hsinchu Industrial Park</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立雲林科技大學.水土資源及防災科技研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/7</date><governmentpublicationsnumber>1009205214</governmentpublicationsnumber><identifier>85444</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85444</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>92</publishrocyear><title>雲林科技大學水土資源及防災科技研究中心九十二年度工作推動計畫補助計畫--光碟版=Project of 2003 at the Research Center for Soil &amp; Water Resources and Natural Disaster Prevention ,National Yunlin University of Science &amp; Technology總報告</title><yearidentifier>200312</yearidentifier></data><data><abstract>為能有效推動地層下陷防治工作，落實教育宣導是必須且深具影響，藉以多元且周全的作為，發揮協調與教育之功能。今（92）年地層下陷防治教育宣導分別從專業技術訓練、教育宣導推廣、防治網站宣傳、全國性競賽、宣導品創作等活動。</abstract><author>淡江大學水資源管理與政策研究中心</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/13</date><governmentpublicationsnumber>1009204640</governmentpublicationsnumber><identifier>85449</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85449</librarycollectiondetailsurl><price>369</price><publisher>經濟部水利署(台中辦公區)</publisher><publishrocyear>92</publishrocyear><title>地層下陷防治專業技術訓練講習及宣導(2/3)總報告--光碟版=Training Session and Propaganda for Land Subsidence Prevention Technology</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/13</date><governmentpublicationsnumber>1009204374</governmentpublicationsnumber><identifier>85450</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85450</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>92</publishrocyear><title>九二一地震土壤液化區防災規劃總報告(光碟版)</title><yearidentifier>200312</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/9/19</date><governmentpublicationsnumber>1010700373</governmentpublicationsnumber><identifier>85457</identifier><internationalstandardbooknumber>9789860556100 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85457</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>大甲溪石岡壩下游河道整理布置水工模型試驗研究總報告(光碟版)=Hydraulic Model Experiment on Riverbed Stability Study for the Downstream Reach of Shigang Dam in Dajia River</title><yearidentifier>201803</yearidentifier></data><data><abstract>為辦理重要河川環境營造計畫相關資訊之發布並處理相關計畫業務之需，透過本署全球資訊服務網站、流域綜合治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站、永續公共工程專屬網站、曾文南化烏山頭水庫治理及穩定南部地區供水計畫宣導網站之功能維護及管理機制提升，期使網站能持續符合無障礙環境及國家發展委員會相關規定。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060076</commissionedprojectidentifier><currency>NT$</currency><date>2018/9/20</date><governmentpublicationsnumber>101060043</governmentpublicationsnumber><identifier>85462</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85462</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>106</publishrocyear><title>106年度水利署全球資訊網站及相關專屬網站功能增修與維護計畫(光碟版)2017 Functional Amendment and Maintenance Program of Water Resources Agency's Global Information Network and Relevant Exclusive Websites</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院公共工程委員會</author><categoryidentifier>441.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/10/3</date><governmentpublicationsnumber>1009300554</governmentpublicationsnumber><identifier>85498</identifier><internationalstandardbooknumber>9789570167719 ; 9789570167</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85498</librarycollectiondetailsurl><price>800</price><publisher>行政院公共工程委員會</publisher><publishrocyear>92</publishrocyear><title>2003生態工法博覽會成果報告--光碟版</title><yearidentifier>200303</yearidentifier></data><data><abstract>在環境變遷複雜、資訊傳遞快速、競爭激烈的巨量知識時代，傳統層級的組織結構似乎已無力應付接踵而至的衝擊與挑戰，必須不斷地在個人、團隊及組織層面創新學習，尋求突破。除了自身對環境變遷調適經驗累積外，透過全球資訊蒐集研析，了解各國水資源政策(包括河川環境改善措施、防減災等)，汲取他國長處與融合國外成功經驗，藉以提供改善臺灣水資源政策推動參考。 為有效地回應變遷迅速之環境，透過向外學習汲取各國水資源政策、各項水資源新知議題與技術長處，彌補未來不可知之挑戰風險。為擴大水利領域，更廣泛蒐集相關水利資料(包括河川環境改善措施、防減災等)，萃取重要資訊，並規劃水利知識庫，進而推動知識加值、應用及擴散。提供本署現階段水資源重點工作之參考，並期水資源技術及政策得與世界接軌，降低天然災害發生風險及傷害，建立水資源利用的永續平衡狀態，俾利作為台灣在進行水利政策規劃時的參考；並透過系統平台擴散分享資訊，厚植水利署同仁跨領域專業知識，以協助組織增進水資源管理之跨域治理能力。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060389</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/8</date><governmentpublicationsnumber>1010602701</governmentpublicationsnumber><identifier>85515</identifier><internationalstandardbooknumber>9789860549867 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85515</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>106年水利新知管理與服務計畫2017 Management and Services of New Knowledge in Water Resources</title><yearidentifier>201712</yearidentifier></data><data><abstract>本計畫主要係探討海岸地區溢淹災害致災因子(如颱風暴潮、波浪及洪水量等)，應用不確定性概念，分析各種組合，以瞭解災害可能的影響程度，作為後續相關防護策略研擬依據。</abstract><author>臺灣大學</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060331</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/8</date><governmentpublicationsnumber>1010602500</governmentpublicationsnumber><identifier>85529</identifier><internationalstandardbooknumber>9789860547801 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85529</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>海岸防護規劃不確定性應用研究(內附光碟)Application of Uncertainty Assessment to Coastal Planning and Protection</title><yearidentifier>201712</yearidentifier></data><data><abstract>為辦理重要河川環境營造計畫相關資訊之發布並處理相關計畫業務之需，透過本署全球資訊服務網站、流域綜合治理計畫專屬網站、石門水庫及其集水區整治計畫專屬網站、永續公共工程專屬網站、曾文南化烏山頭水庫治理及穩定南部地區供水計畫宣導網站之功能維護及管理機制提升，期使網站能持續符合無障礙環境及國家發展委員會相關規定。</abstract><author>凌網科技股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060076</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/9</date><governmentpublicationsnumber>101060043</governmentpublicationsnumber><identifier>85536</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85536</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署台中辦公區</publisher><publishrocyear>106</publishrocyear><title>106年度水利署全球資訊網站及相關專屬網站功能增修與維護計畫 2017 Functional Amendment and Maintenance Program of Water Resources Agency's Global Information Network and Relevant Exclusive Websites</title><yearidentifier>201712</yearidentifier></data><data><abstract>民國67年，時經濟部水資源統一規劃委員會考量臺灣地區水資源開發利用與保育分由不同性質之機關推動辦理，各標的建設投資經費資料散處各機關，亟待統一彙整，遂逐年編印「台灣地區水資源投資分析年度報告」供水資源規劃之參考；期後，為豐富年報內容，同時展示政府投資成效，98年開始規劃及建立水資源公共建設投資評估指標系統，提供水資源投資景況及未來施政推動參考，同時建立水資源投資分析年報資料管理系統，透過網路填報各項資料，節省公文往返之時間及減少資料印製之作業。 近年來，水資源投資經費已從建設經費為主，逐漸轉向維護、更新及管理經費，使得水資源投資效益評估應由剛性之堤防建設長度、淨水廠處理能量、水污染整治長度等工程建設面向出發，逐步納入既有設施維持經費彙整，並與政府政策目標結合，以衡量投資符合投資目標，並與國際相關指標進行評比，使得指標之量化數字轉化為民眾易於瞭解之意義，且可瞭解水資源投資是否符合國際潮流。 為協助本署能持續建立各目的事業主管機關及事業單位於水資源投資經費資料，並更新指標相關水資源投資，以出版105年度「台灣地區水資源投資分析年度報告」，同時考量政府投資變遷及網路技術，針對既有年度報告及其資料管理系統，進行蒐集標的定義、年報架構、內容呈現、填報方式及系統功能調整之修正或改版建議，且針對投資效益呈現，應針對數個指標或政府需求進行研究、分析，以提供水資源施政之參考，特委託辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060346</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/11</date><governmentpublicationsnumber>1010602631</governmentpublicationsnumber><identifier>85550</identifier><internationalstandardbooknumber>9789860549171 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85550</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>106</publishrocyear><title>水資源投資效益研析與水資源投資分析年度報告出版作業the benefit analysis of water resources incestment and its annual reportr publication</title><yearidentifier>201712</yearidentifier></data><data><abstract>為掌握氣候變遷對水環境影響，水利署自98年啟動氣候變遷相關科研工作，並引用聯合國氣候變遷專門委員會(IPCC)之第四次評估報告情境模式進行降雨量之推估，惟目前IPCC已於103年提出第五次評估報告(AR5)，因AR4與AR5使用情境假設不同，為一步了解，兩者於臺灣氣候推估之差異性，及對原AR4所模擬的降雨量之影響，爰研擬本計畫對AR4與AR5降雨量之時空變異性分析及評估可能之衝擊。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060408</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/15</date><governmentpublicationsnumber>1010602700</governmentpublicationsnumber><identifier>85575</identifier><internationalstandardbooknumber>9789860549874 ; 9789860549</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85575</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷降雨量情境差異對洪旱衝擊評估(2/2)=Impact Assessment of Rainfall Variation under Different Climate Change Scenarios on Flood and Drought(2/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>為能審慎評估全球氣候變遷可能造成之衝擊及相關調適策略，詳予考慮我國國情、體制、資源、與研發及實務工作之人力及本署應有作為，以為因應全球氣候變遷可能對水資源管理、洪水防護、土砂管理及海岸防護等涉及本署掌理事項造成之衝擊及其調適策略奠定基礎。 水利署業已於98~102年推動「氣候變遷對水環境之衝擊與調適研究計畫」科技發展計畫(第一、二階段)，並已完成水資源管理、洪水防護、土砂管理及海岸防護四大主軸的關鍵課題與熱點地區相關研究工作(洪水防護與土砂管理-大甲溪流域預訂103年完成、海岸防護-中部(雲中彰)與花東海岸預訂104年完成)，且完成四大主軸衝擊評估之風險及擬訂調適策略草案，現(第三)階段則規劃推動跨主軸與跨領域之總和調適策略，故規劃「氣候變遷對水環境之衝擊與調適研究計畫(第三階段)」科技發展計畫，為協助統籌與推動前揭科技發展計畫，及配合增修調適策略、行動方案，展示與推廣計畫成果，爰此，規劃氣候變遷對水環境之衝擊與調適研究第3階段管理計畫。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060406</commissionedprojectidentifier><currency>NT$</currency><date>2018/10/15</date><governmentpublicationsnumber>1010602713</governmentpublicationsnumber><identifier>85576</identifier><internationalstandardbooknumber>9789860550054 ; 9789860550</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85576</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>106</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(4/5)附錄=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(4/5)</title><yearidentifier>201712</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>440.8026</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/10/22</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>85588</identifier><internationalstandardbooknumber>16079329 ; 16079329</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85588</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>台灣水土保持季?NO.23水土保持.專題報導:金牌農村放洋去．德國見學大公開</title><yearidentifier>201809</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/1</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>85622</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85622</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>107</publishrocyear><title>106年年報TARI ANNUAL REPORT 2017</title><yearidentifier>201808</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署中區水資源局</author><categoryidentifier>443.641633</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/7</date><governmentpublicationsnumber>1009802168</governmentpublicationsnumber><identifier>85635</identifier><internationalstandardbooknumber>9789860196214 ; 9789860196</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85635</librarycollectiondetailsurl><price></price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>98</publishrocyear><title>湖山水庫工程計畫環境影響差異分析報告(定稿本)</title><yearidentifier>200910</yearidentifier></data><data><abstract> </abstract><author>經濟部水資會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/7</date><governmentpublicationsnumber>8373840180</governmentpublicationsnumber><identifier>85636</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85636</librarycollectiondetailsurl><price></price><publisher>經濟部水資會</publisher><publishrocyear>84</publishrocyear><title>民國八十四年版台灣地區之水資源</title><yearidentifier>199511</yearidentifier></data><data><abstract> </abstract><author>新北市政府水利局</author><categoryidentifier>443.92</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/7</date><governmentpublicationsnumber>1010103517</governmentpublicationsnumber><identifier>85638</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85638</librarycollectiondetailsurl><price></price><publisher>新北市政府水利局</publisher><publishrocyear>101</publishrocyear><title>2012年新北市政府水利局年報2012Annual Report</title><yearidentifier>201212</yearidentifier></data><data><abstract> </abstract><author>至盛國土科技顧問有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/15</date><governmentpublicationsnumber>101051005</governmentpublicationsnumber><identifier>85653</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85653</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第七河川局</publisher><publishrocyear>105</publishrocyear><title>東港溪高屏溪流域大斷面觀測調查-成果報告 The observation and investigation of cross sections in the valley of Donggang River and Gaoping River</title><yearidentifier>201612</yearidentifier></data><data><abstract> </abstract><author>台南市政府工務局</author><categoryidentifier>992.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/16</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>85658</identifier><internationalstandardbooknumber>9789860561227 ; 9789860561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85658</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>107</publishrocyear><title>優勝美地四季台南的美好日常</title><yearidentifier>201808</yearidentifier></data><data><abstract>經濟部南區水資源局執行「曾文南化烏山頭水庫治理及穩定南區供水計畫」，為因應曾文水庫排砂工程及作業所可能發生於曾文溪河道及周邊造成之變化，對於生態及環境之影響進行評估。 台灣早期之河川發展與管理工作較偏重於治水、利水的水利設施，較少整體環境生態的考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足水利工程單位進行生態環境保護之規劃、設計，故亟需在短時間內加以調查或補充現有資料之不足，其成果可作為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫、水庫排砂對下游河道影響及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。</abstract><author>逢甲大學</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030420</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010500793</governmentpublicationsnumber><identifier>85673</identifier><internationalstandardbooknumber>9789860488074 ; 9789860488</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85673</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第六河川局</publisher><publishrocyear>105</publishrocyear><title>曾文水庫放淤對曾文溪下游河道及海岸監測影響分析總報告(光碟版)The Impact Analysis of the Zengwen Reversoir Silt Disposal Operation Strategy on the Downstream Channel and Coastal Monitorin</title><yearidentifier>201605</yearidentifier></data><data><abstract>藉由蒐集河川與當地歷史文化資料，建立河川與社區發展的互動關係及與其它文化資產的關聯性，促進社區及權益關係人參與河川環境營造規劃，將河川環境營造規劃納入人文及文化要素，以建構人與自然和諧共生的新思維。</abstract><author>貳本規劃設計顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060056</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010602301</governmentpublicationsnumber><identifier>85675</identifier><internationalstandardbooknumber>9789860544596 ; 9789860544</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85675</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>「河川環境營造規劃」人文及文化元素機制建立--光碟版=The Establishment of Human and Cultural Element Mechanism in River Environment Construction Planning</title><yearidentifier>201712</yearidentifier></data><data><abstract>海堤前的水域屬海水與工程結構物交界且交互作用的區域，水文條件極為複雜。此一區域也是防汛期間的溢淹預警與防治的關鍵區域。複雜的自然環境因素致使此一區域的水文環境調查以及治水工作相對更為困難。檢討現有海域調查技術之適用範圍，當前長期作業化近海水文觀測技術主要都是使用在超過5m水深之海域，然而本署所管轄之堤前水域僅至水深5m或是海堤堤肩線向外150m處，為免除觀測人之作業風險，仍需持續發展海堤堤前水域非接觸式觀測新興技術以及透過數值模式技術解析海堤前的水理特徵，藉此整合現有近海水文觀測技術，並透過更完整的資料來評估海堤之安全性與可能的淹水潛勢，發揮水文觀測資料應有之價值。本計畫之工作內容將聚焦於海堤前水域非接觸式觀測技術以及近岸波浪於海堤上溯升越波預測技術之開發，以期能夠更有效地掌握該地區最直接的水文環境特徵，藉以提供本署進行更縝密的海堤後方溢淹預警與海堤構造物維護管理等工作。</abstract><author>成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030013</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010302172</governmentpublicationsnumber><identifier>85676</identifier><internationalstandardbooknumber>9789860427332 ; 9789860427</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85676</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>103</publishrocyear><title>海堤區域非接觸式水文觀測及越波溢堤預測新興技術之研發(2/2)(光碟版)Innovation of Technologies for Indirect Hydrologic Observation and Overtopping Prediction in Sea Embankment Area (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>慈堤～水頭商港北堤以北海岸位於大金門西側，因颱風或季風波浪侵襲，造成沿岸地形改變，經金門縣政府與當地居民反映，現況灘面較以往呈現侵蝕狀況。 由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立中山大學</author><categoryidentifier>351.9</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030136</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010302784</governmentpublicationsnumber><identifier>85677</identifier><internationalstandardbooknumber>9789860433494 ; 9789860433</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85677</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>103</publishrocyear><title>金門海岸基本資料監測調查(1/2)Field Study on Coastal Monitoring and Investigation in Kimen(1/2)光碟電子書</title><yearidentifier>201412</yearidentifier></data><data><abstract>花蓮海岸的海象條件特殊，屬於侵蝕性海岸，海岸保護措施有其必要性。過去第九河川局研擬多年的計畫，透過新工法研擬、生態調查、構造物與棲地多樣性間之關聯、海岸環境營造及海堤改善等計畫逐步推動進行，至今於南濱及化仁共建置16座離岸潛堤，以此保護岸。 潛堤建置完成後，在南濱及化仁海岸潛堤發現大規模的蟲礁，而且分布密度甚高，包覆在消波塊表面，形成天然屏障，對消波塊具有相當的保護作用。而外界對與結構物興建，常持有負面之生態影響，眾說紛紜。除蟲礁生態調查外，對於生態潛堤設置所形成之特殊生態，及其生態演替機制尚未能夠完全掌握。因此，多年來各項計畫所完成的工作是否達成原目標，實有必要進一步予以檢討。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030081</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010302419</governmentpublicationsnumber><identifier>85679</identifier><internationalstandardbooknumber>9789860431575 ; 9789860431</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85679</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>103</publishrocyear><title>花蓮海岸生態潛堤環境整體營造計畫總檢討及改善策略研究(1/2)A Comprehensive Assessment and Strategy Research on Sustainable Regeneration of Coastal Ecology with Offshore Breakwater in Hualien(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract>河道計畫範圍界定一直為濁水溪水系治理計畫之重要項目。因其關係到計畫洪水能否在河道計畫範圍內安全流動，並在長年流水後，計畫河道仍能保持河床沖淤幅度為最小、對沿岸河防建造物產生之致災風險為最低等目標；而目前河道計畫範圍界定之依據，主要來自計畫河寬。濁水溪水系現常用於推算計畫河寬之經驗式有：臺灣水利規畫總隊、京都大學及日本建設省等經驗式；上述經驗式之特點係以計畫洪水量為基礎，推算計畫區域在安全暢洪及沖淤穩定條件下之所需河寬。惟錢寧 (1984)認為因上述公式仍僅止於反映單一橫斷面條下之幾何形態變化 (flow geometry)，與實際河槽型態(channel geometry)會在河道縱方向產生變化之現象，存有差異，故過去可見因計畫河寬訂定值與現場人員認知有落差，而引發爭議及討論。 為瞭解濁水溪現行河道計畫範圍界定過程，與河道實際縱橫向沖淤變化之關係，本計畫係先彙整歷年濁水溪水系之治理規畫報告，並參考國內外有關於河道計畫範圍界定之參考文獻，評析既有最新之水道治理計畫，是否滿足河防安全及河道穩定之要求，並進一步藉由分析數據，搭配福岡捷二 (2010)斷面河槽型態沿河道縱方向之變化理論，建立一更適用於濁水溪水系之計畫河寬經驗式。同時，另透過動床數模工具，分析各計畫河段在不同重現期洪水條件下，河道平面之流場與沖淤變化，並據此擬定未來可能之計畫河寬改善策略。以下簡述本計畫成果： 一、	濁水溪水系基本資料之蒐集與彙整分析 就濁水溪本流及兩條主要支流陳有蘭溪及清水溪之流域背景資料進行瞭解與分析，其內容包含：歷年治理規劃資料、河道縱向及橫向穩定指標評析、歷年航拍圖及河道縱剖面比對、河床質粒徑資料分析等。由分析結果可知，濁水溪主流因歷經多次重大颱洪沖刷及921集集大地震影響，自集集攔河堰下游社寮堤防段(濁斷111)以下河段，河床多有明顯沖刷情形且流路橫向擺盪變遷明顯，造成河床大幅下降及主河道深槽化，進而導致常有河防建造物沖刷災害情事發生，惟民國 98年莫拉克颱風後，河道漸以淤積為主。陳有蘭溪因所屬山區河道，常有邊坡土體鬆裂、危岩塌陷崩落等現象發生，致使其河性極?穩定，深槽線變遷快速，河床仍有持續淤高趨勢。清水溪坡陡水急且流路蜿蜒分歧，主槽流路變化頻繁，流路不甚穩定；主深槽位於山區河段及部分直線段相當明確，然於河道轉彎處、支流匯流處及下游段易形成辮狀河槽。 二、	國內外水道治理計畫之界定過程與案例分析 蒐集美國、日本及臺灣等國對河道寬度之決定方法。根據文獻蒐集成果，由於各國地文水情不一，故各自發展之水道治理計畫常有設計概念上之差異。以大陸型國家為例，因其河川水情多屬常流性河川，故確保河道能在建槽流量或年平均流量條件下，維持穩定，便為水道治理計畫之首要考量；但對狹長島嶼國家而言，因河川水情多屬間歇性陡坡河川(intermittent river)，洪水漲落迅速，河道短期沖淤深度，遠大於常流性河川(perernnial river)之下游緩坡細砂質河段，及其上游山區陡坡卵礫石河川(mountain river)，故為考量高水期間沿岸之河防安全，勢得從計畫流量著眼，劃設適宜之水道治理計畫，以容納河道驟漲之洪水，並降低洪水沖擊沿岸堤防之風險。 三、	動床數模之檢定驗證 蒐集民國 99、100年濁水溪水系最新之航拍圖及DEM資料，用以檢定驗證 CCHE2D模式之水理、輸砂參數；同時，藉由完成檢定驗證之模式，進行後續分析。模式檢定驗證內容包含：(1)底床載調適長度L、(2) 懸浮載調適係數α、及 (3)混合層厚度等。另模式檢定驗證河段包含：(1) 濁水溪主流香園腳至林內堤段、(2) 陳有蘭溪興隆堤防與新山護岸、(3) 陳有蘭溪農富坪護岸至明德堤防河段[因研究河段長度甚長，故本計畫係將本河段按歷年災損位置，區分為農富坪與羅娜護岸河段，及豐丘護岸河段等]、及 (4)清水溪?南堤防至坪頂護岸河段。 四、	濁水溪水系不同計畫河寬與河道變遷之關係 蒐集濁水溪水系歷年之防洪紀載表、緊急搶修工程資料及各式空拍、航拍圖等，用以分析歷年計畫河寬變化與河道變遷之關係，並據此說明濁水溪水系常用之臺灣水利規畫總隊、京都大學及日本建設省等計畫河寬經驗式，何者於濁水溪水系之推算成果較為合理。另鑑於臺灣本土尚未出現河槽型態沿河道縱方向變化之計畫河寬經驗式，本計畫係藉由河道基本數據，搭配福岡捷二 (2010)理論，建立一更適用於濁水溪水系之計畫河寬經驗式，並可供後續用於探討不同計畫河寬與河道水理、輸砂量之關係。 五、	現行計畫河寬制定原則之改善策略初步探討 利用完成檢定驗證之動床模式，以相關研究河段為對象，分析其在不同重現期洪水條件下，二維平面流場及動床沖淤之變化情形，並據此搭配歷年水道治理計畫成果，分析既有策略是否有改善空間，若有則進一步提出未來可能之改善策略，供權責單位參採。</abstract><author>國立交通大學</author><categoryidentifier>443.64151</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030120</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010302893</governmentpublicationsnumber><identifier>85680</identifier><internationalstandardbooknumber>9789860436440 ; 9789860436</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85680</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>濁水溪水系河道範圍與沖淤平衡關係研究(1/2)Study on relation between stream width and stability in Choshui River(1/2)光碟電子書</title><yearidentifier>201412</yearidentifier></data><data><abstract>本報告為”彰化海岸防護基本資料調查計畫”第二年度(103年)成果，主要根據兩年度(102~103)所調查得到之海岸最新基本資料包含海域地形、波流、漂砂等，針對彰化沿岸海堤的防潮禦浪功能進行探討，並據以建議海岸防護因應措施。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1030096</commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010303153</governmentpublicationsnumber><identifier>85683</identifier><internationalstandardbooknumber>9789860438932 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85683</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查(2/2)(光碟版)Field Investigations and Analysis on Coastal Environment off Chang-Hua County (2/2)</title><yearidentifier>201412</yearidentifier></data><data><abstract>經濟部水利署第四河川局為配合內政部營建署之永續海岸整體發展方案及持續建立海岸防護基本資料，規劃兩年度(102、103年)海岸基本監測調查計畫，以提供彰化海岸後續防護工程設計、規劃與維護管理之應用。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/22</date><governmentpublicationsnumber>1010303155</governmentpublicationsnumber><identifier>85684</identifier><internationalstandardbooknumber>9789860438925 ; 9789860438</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85684</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第四河川局</publisher><publishrocyear>103</publishrocyear><title>彰化海岸防護基本資料調查總報告書(Field Investigations and Analysis on Coastal Environment off Chang-Hua County)(光碟版)</title><yearidentifier>201412</yearidentifier></data><data><abstract> </abstract><author>周廷彰</author><categoryidentifier>733.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/29</date><governmentpublicationsnumber>1010701865</governmentpublicationsnumber><identifier>85685</identifier><internationalstandardbooknumber>9789860572636 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85685</librarycollectiondetailsurl><price>1000</price><publisher>臺中市政府</publisher><publishrocyear>107</publishrocyear><title>飛閱大甲溪-探訪臺中的母親之河(內附光碟)=Flying Over and Discovering Taichung's Mother River, the Dajia River</title><yearidentifier>201811</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/11/29</date><governmentpublicationsnumber>1010701609</governmentpublicationsnumber><identifier>85686</identifier><internationalstandardbooknumber>9789860569254 ; 9789860569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85686</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201810</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.27</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/13</date><governmentpublicationsnumber>1010701609</governmentpublicationsnumber><identifier>85687</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85687</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201810</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/18</date><governmentpublicationsnumber>1010701749</governmentpublicationsnumber><identifier>85688</identifier><internationalstandardbooknumber>9789860571196 ; 9789860571</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85688</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河道伏流水取水布置試驗研究=Experiments on Subsurface Water Intake Configuration</title><yearidentifier>201811</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/18</date><governmentpublicationsnumber>1010701749</governmentpublicationsnumber><identifier>85689</identifier><internationalstandardbooknumber>9789860571196 ; 9789860571</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85689</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河道伏流水取水布置試驗研究--光碟版=Experiments on Subsurface Water Intake Configuration</title><yearidentifier>201811</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/24</date><governmentpublicationsnumber>1010701609</governmentpublicationsnumber><identifier>85692</identifier><internationalstandardbooknumber>9789860569254 ; 9789860569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85692</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>201810</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/24</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>85696</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85696</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>107</publishrocyear><title>行政院農業委員會農業試驗所年報(中華民國106年)</title><yearidentifier>201808</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2018/12/27</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85702</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85702</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2) The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2018/12/27</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85703</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85703</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)--光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/2</date><governmentpublicationsnumber>1010702607</governmentpublicationsnumber><identifier>85707</identifier><internationalstandardbooknumber>9789860580945 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85707</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office. Water Resources Agency Ministry of Economic Affairs. 2017 Statistics Yearbook.</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>台南市政府工務局</author><categoryidentifier>445.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>85713</identifier><internationalstandardbooknumber>9789860561227 ; 9789860561</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85713</librarycollectiondetailsurl><price></price><publisher> </publisher><publishrocyear>107</publishrocyear><title>優勝美地四季台南的美好日常</title><yearidentifier>201808</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010701609</governmentpublicationsnumber><identifier>85716</identifier><internationalstandardbooknumber>9789860569254 ; 9789860569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85716</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>水土保持季刊</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010701609</governmentpublicationsnumber><identifier>85717</identifier><internationalstandardbooknumber>9789860569254 ; 9789860569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85717</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>107</publishrocyear><title>水土保持季刊</title><yearidentifier>201809</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85719</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85719</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2)--光碟版=The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>國立交通大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990034</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010002283</governmentpublicationsnumber><identifier>85720</identifier><internationalstandardbooknumber>9789860285659 ; 9789860285</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85720</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>海岸生態棲地評估技術研究(2/2) The Technique of Ecological Habitat Evaluation in the Coast Region(2/2)</title><yearidentifier>201107</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010702607</governmentpublicationsnumber><identifier>85721</identifier><internationalstandardbooknumber>9789860580945 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85721</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office. Water Resources Agency Ministry of Economic Affairs. 2017 Statistics Yearbook.</title><yearidentifier>201812</yearidentifier></data><data><abstract>淡水河系近年部分河道及高灘地有逐年淤積趨勢，未來恐需要經常性進行河道疏浚及植生整理，以保持足夠的通洪斷面，及適度維持河道粗糙度，以因應氣候變遷之防洪需求；另文資法與溼地法等相關法令可能影響對防洪治理之進行，應有專案適切研究。而根據淡水河系河川情勢調查結果及相關生態調查報告指出，淡水河系蘊藏豐富的生態資源，故在進行河道整理、疏浚或植生檢討等工作，應該針對河川清疏工作，研擬更全面且具體可行的對策，相關之清疏技術也需因地制宜研究評估。 淡水河系早年位於台北防洪計畫範圍，除社子島及五股疏左地區因屬洪水平原管制或限制發展區，其餘地區已完成台北防洪計畫保護標準，但是近年來高灘地高度利用，及河道回淤速度受天候自然輸砂及人為排砂等因素，回淤速度有逐年加速之情勢，因此應針對特定河段或區域進行補充調查，及清疏評估方法、技術的研發，本案主要針對現況大漢溪（三峽河匯流口至出口間）河段進行包括河道及高灘地河相變遷、高灘地植生分布及生長情形等，分析工作則是同時由地景生態學、棲地生態學、河相學、水理學等角度，建構本計畫所需之相關理論及模式，並評估各種可行的清疏方法；二重疏洪道分析現況與台北防洪計畫通洪斷面差異，並考量維護生態環境，提出清疏方案初步策略；新店溪（斷面Ｈ017至秀朗橋）評估疏濬工程對生態之影響並提出生態維護之建議。藉此提出適用計畫範圍的河川生態清疏對策，以確保淡水河系容洪、通洪、防洪功能，並維護河川及濕地生態功能。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070073</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010702270</governmentpublicationsnumber><identifier>85726</identifier><internationalstandardbooknumber>9789860577525 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85726</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>臺北防洪計畫(大漢溪、新店溪及二重疏洪道河段)清疏以維生態策略研擬=Tradeoff analysis of river flood control and ecological conservation on aspects of ecosystem services considering ecological dredging and vegetation thinning</title><yearidentifier>201811</yearidentifier></data><data><abstract>淡水河系近年部分河道及高灘地有逐年淤積趨勢，未來恐需要經常性進行河道疏浚及植生整理，以保持足夠的通洪斷面，及適度維持河道粗糙度，以因應氣候變遷之防洪需求；另文資法與溼地法等相關法令可能影響對防洪治理之進行，應有專案適切研究。而根據淡水河系河川情勢調查結果及相關生態調查報告指出，淡水河系蘊藏豐富的生態資源，故在進行河道整理、疏浚或植生檢討等工作，應該針對河川清疏工作，研擬更全面且具體可行的對策，相關之清疏技術也需因地制宜研究評估。 淡水河系早年位於台北防洪計畫範圍，除社子島及五股疏左地區因屬洪水平原管制或限制發展區，其餘地區已完成台北防洪計畫保護標準，但是近年來高灘地高度利用，及河道回淤速度受天候自然輸砂及人為排砂等因素，回淤速度有逐年加速之情勢，因此應針對特定河段或區域進行補充調查，及清疏評估方法、技術的研發，本案主要針對現況大漢溪（三峽河匯流口至出口間）河段進行包括河道及高灘地河相變遷、高灘地植生分布及生長情形等，分析工作則是同時由地景生態學、棲地生態學、河相學、水理學等角度，建構本計畫所需之相關理論及模式，並評估各種可行的清疏方法；二重疏洪道分析現況與台北防洪計畫通洪斷面差異，並考量維護生態環境，提出清疏方案初步策略；新店溪（斷面Ｈ017至秀朗橋）評估疏濬工程對生態之影響並提出生態維護之建議。藉此提出適用計畫範圍的河川生態清疏對策，以確保淡水河系容洪、通洪、防洪功能，並維護河川及濕地生態功能。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070073</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/4</date><governmentpublicationsnumber>1010702270</governmentpublicationsnumber><identifier>85727</identifier><internationalstandardbooknumber>9789860577525 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85727</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>臺北防洪計畫(大漢溪、新店溪及二重疏洪道河段)清疏以維生態策略研擬--光碟版=Tradeoff analysis of river flood control and ecological conservation on aspects of ecosystem services considering ecological dredging and vegetation thinning</title><yearidentifier>201811</yearidentifier></data><data><abstract> </abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/7</date><governmentpublicationsnumber>1010702646</governmentpublicationsnumber><identifier>85728</identifier><internationalstandardbooknumber>9789860582369 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85728</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>重生-石門水庫整治成果紀實</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>社團法人中華生態資訊暨環境教育協會</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060372</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/7</date><governmentpublicationsnumber>1010702646</governmentpublicationsnumber><identifier>85729</identifier><internationalstandardbooknumber>9789860582369 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85729</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>重生-石門水庫整治成果紀實--光碟版</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫主要係探討海岸地區溢淹災害致災因子(如颱風暴潮、波浪及洪水量等)，應用不確定性概念，分析各種組合，以瞭解災害可能的影響程度，作為後續相關防護策略研擬依據。</abstract><author>臺灣大學</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060331</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/7</date><governmentpublicationsnumber>1010602500</governmentpublicationsnumber><identifier>85730</identifier><internationalstandardbooknumber>9789860547801 ; 9789860547</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85730</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>106</publishrocyear><title>海岸防護規劃不確定性應用研究--光碟版=Application of Uncertainty Assessment to Coastal Planning and Protection</title><yearidentifier>201712</yearidentifier></data><data><abstract>海岸開發行為若未整體考量，將改變當地波流特性及輸砂機制，進而影響位於其上下游側海堤防護設施安全，爰此有必要就此探討已受影響之海岸段，釐清其影響機制，並建議配套補償措施，以利整體海岸穩定。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070159</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702198</governmentpublicationsnumber><identifier>85747</identifier><internationalstandardbooknumber>9789860577105 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85747</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>海岸開發對防護設施之影響及補償措施研究總報告(內附光碟)</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702607</governmentpublicationsnumber><identifier>85750</identifier><internationalstandardbooknumber>9789860580945 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85750</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office. Water Resources Agency Ministry of Economic Affairs. 2017 Statistics Yearbook.</title><yearidentifier>201812</yearidentifier></data><data><abstract>經濟部依據自來水法規定共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。為尋求可以兼顧水源保育與居民生計的雙贏措施，本署自100年起辦理水源保育社區相關計畫，104年以高屏溪水質水量保護區為規劃區域，盤點高屏溪水源保育議題，並擇定屏東縣里港鄉荖濃溪畔的信國社區為「在地行動，守護水源」計畫試辦社區，透過社區自主參與，擬定社區願景、水源保育工作目標及4年期的行動計畫，透過走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施；105年以從邊區異域到河畔原鄉為主題，完成成立國雷巡守隊、推廣特色生態農業及水源保育社區形象營造工作；106年度社區水環境巡守組織強化及制度化、建置水源保育生態社區解說。本(107)年度擬辦理信國等四村社區「在地行動，守護水源」第3年行動計畫，期望社區透過社區水環境巡守組織強化及制度化、建構水源保育生態社區、發展無毒生態友善產業，打造人文與保育兼具的水源保育社區。</abstract><author>社團法人高雄市美濃農村田野學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070331</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702527</governmentpublicationsnumber><identifier>85751</identifier><internationalstandardbooknumber>9789860580341 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85751</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(信國等四村)=Promotion Program of Water resource Conservation Community in 2018 (Shin-Kuo and other three villages)</title><yearidentifier>201812</yearidentifier></data><data><abstract>經濟部依據自來水法規定共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。為尋求可以兼顧水源保育與居民生計的雙贏措施，本署自100年起辦理水源保育社區相關計畫，104年以高屏溪水質水量保護區為規劃區域，盤點高屏溪水源保育議題，並擇定屏東縣里港鄉荖濃溪畔的信國社區為「在地行動，守護水源」計畫試辦社區，透過社區自主參與，擬定社區願景、水源保育工作目標及4年期的行動計畫，透過走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施；105年以從邊區異域到河畔原鄉為主題，完成成立國雷巡守隊、推廣特色生態農業及水源保育社區形象營造工作；106年度社區水環境巡守組織強化及制度化、建置水源保育生態社區解說。本(107)年度擬辦理信國等四村社區「在地行動，守護水源」第3年行動計畫，期望社區透過社區水環境巡守組織強化及制度化、建構水源保育生態社區、發展無毒生態友善產業，打造人文與保育兼具的水源保育社區。</abstract><author>社團法人高雄市美濃農村田野學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070331</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702527</governmentpublicationsnumber><identifier>85752</identifier><internationalstandardbooknumber>9789860580341 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85752</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(信國等四村)--光碟版=Promotion Program of Water resource Conservation Community in 2018 (Shin-Kuo and other three villages)</title><yearidentifier>201812</yearidentifier></data><data><abstract>集水區水源保育範圍長期以來之違規開發、超限利用及颱風豪雨造成坡地崩塌及土石滑動等土砂災害，常直接或間接影響水源水質或造成嚴重水庫淤積，威脅水資源之運用與永續，目前集水區內土地之管理，採各權責單位定時巡查有無違規利用情形，以維護集水區之生態保育，惟集水區水源保育範圍廣大，為能加強管理，本計畫將建置水源保育智慧影像管理平台，發展智慧影像判釋技術，進行影像資料彙整及違規開發資料判讀，協助水源保育與土地利用管理。 另本計畫使用無人載具攝影機和後端的影像數據處理，配合疑似土地違規利用案例或集水區水源、水質水量關注議題，取影像資料後透過影像數據處理及分析，作為後續相關案件輔助參考。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070426</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702442</governmentpublicationsnumber><identifier>85753</identifier><internationalstandardbooknumber>9789860579437 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85753</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧影像判釋技術於集水區水源保育之管理應用=Application of Intelligent Image Interpretation Technology to Water Resources Management of Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>集水區水源保育範圍長期以來之違規開發、超限利用及颱風豪雨造成坡地崩塌及土石滑動等土砂災害，常直接或間接影響水源水質或造成嚴重水庫淤積，威脅水資源之運用與永續，目前集水區內土地之管理，採各權責單位定時巡查有無違規利用情形，以維護集水區之生態保育，惟集水區水源保育範圍廣大，為能加強管理，本計畫將建置水源保育智慧影像管理平台，發展智慧影像判釋技術，進行影像資料彙整及違規開發資料判讀，協助水源保育與土地利用管理。 另本計畫使用無人載具攝影機和後端的影像數據處理，配合疑似土地違規利用案例或集水區水源、水質水量關注議題，取影像資料後透過影像數據處理及分析，作為後續相關案件輔助參考。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070426</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702442</governmentpublicationsnumber><identifier>85754</identifier><internationalstandardbooknumber>9789860579437 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85754</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧影像判釋技術於集水區水源保育之管理應用--光碟版=Application of Intelligent Image Interpretation Technology to Water Resources Management of Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自民國100年起於水質水量保護區辦理水源保育社區計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，以在地需求考量，推動適域性的保育措施，由在地民眾共同參與水源保育行動；105年水利署舉辦全國水論壇廣邀各政府機關、專家學者、民間團體等，以「水與安全」、「水與發展」、「水與環境」、「水與契機」為主題，其中有關「涓滴珍惜、水源永續」之管理即為水利署未來業務發展之重點。 歸納水利署歷年水源保育社區之辦理情形，水源保育社區辦理之工作項目包括：水源巡守保護、環境友善農業、農業減廢、點源及非點源污染之改善、環境綠美化、合理化施肥、水源保育宣導、生態旅遊、社區培力自主檢測水質、湧泉溪流認養、生態保育及復育、節約用水等。 本(107)年度以106年度所擇定之3個社區辦理「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，本計畫亦納入湧泉保育行動，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立高雄科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070248</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702298</governmentpublicationsnumber><identifier>85755</identifier><internationalstandardbooknumber>9789860577839 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85755</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推廣計畫-高雄及屏東地區=Promotion Program of Water Resource Conservation Community in 2018-Kaohsiung and Pingtung Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自民國100年起於水質水量保護區辦理水源保育社區計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，以在地需求考量，推動適域性的保育措施，由在地民眾共同參與水源保育行動；105年水利署舉辦全國水論壇廣邀各政府機關、專家學者、民間團體等，以「水與安全」、「水與發展」、「水與環境」、「水與契機」為主題，其中有關「涓滴珍惜、水源永續」之管理即為水利署未來業務發展之重點。 歸納水利署歷年水源保育社區之辦理情形，水源保育社區辦理之工作項目包括：水源巡守保護、環境友善農業、農業減廢、點源及非點源污染之改善、環境綠美化、合理化施肥、水源保育宣導、生態旅遊、社區培力自主檢測水質、湧泉溪流認養、生態保育及復育、節約用水等。 本(107)年度以106年度所擇定之3個社區辦理「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，本計畫亦納入湧泉保育行動，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立高雄科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070248</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702298</governmentpublicationsnumber><identifier>85756</identifier><internationalstandardbooknumber>9789860577839 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85756</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推廣計畫-高雄及屏東地區--光碟版=Promotion Program of Water Resource Conservation Community in 2018-Kaohsiung and Pingtung Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>為依自來法辦理自來水水質水量保護區之查詢、巡查與管理、水源保育與回饋費之徵收及運用等相關事項，本署已建置「水源保育與回饋業務系統」、「水庫集水區暨自來水水質水量保護區查詢系統」及「水質水量保護區巡查系統」與對外網頁協助水源保育與回饋業務之執行。 今年度除持續維護上述系統並配合各項行政協助外，部分系統功能將改用HTML5語法、設計使用者差異化面板及提醒應辦事項等，並優先就「水源保育與回饋業務系統」進行系統重構，特別是涉及專戶運用小組辦理委員聘任、經費分配、經費核撥等各項行政作業，以及地方政府辦理水源保育與回饋計畫、水資源保育計畫及五年繳還撥交等提報、撥款、成果填報及缺失改正作業、本署與水資源局各項管理等作業需求，將多年來所累積龐雜資料庫重新彙整，以利各級使用者操作。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070250</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702407</governmentpublicationsnumber><identifier>85757</identifier><internationalstandardbooknumber>9789860578829 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85757</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育與回饋業務系統維護及精進計畫=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為依自來法辦理自來水水質水量保護區之查詢、巡查與管理、水源保育與回饋費之徵收及運用等相關事項，本署已建置「水源保育與回饋業務系統」、「水庫集水區暨自來水水質水量保護區查詢系統」及「水質水量保護區巡查系統」與對外網頁協助水源保育與回饋業務之執行。 今年度除持續維護上述系統並配合各項行政協助外，部分系統功能將改用HTML5語法、設計使用者差異化面板及提醒應辦事項等，並優先就「水源保育與回饋業務系統」進行系統重構，特別是涉及專戶運用小組辦理委員聘任、經費分配、經費核撥等各項行政作業，以及地方政府辦理水源保育與回饋計畫、水資源保育計畫及五年繳還撥交等提報、撥款、成果填報及缺失改正作業、本署與水資源局各項管理等作業需求，將多年來所累積龐雜資料庫重新彙整，以利各級使用者操作。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070250</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702407</governmentpublicationsnumber><identifier>85758</identifier><internationalstandardbooknumber>9789860578829 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85758</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育與回饋業務系統維護及精進計畫--光碟版=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為辦理自來水水質水量保護區劃設、管理及區內相關管制案件，需委託服務團配合本署保護區管理需求，協助提供圖資套繪、分析與媒體輿情等相關情資蒐集，並協助保護區審議會以及管制事項協調會報等行政事宜。另協助辦理水源保育與回饋運用之相關業務，提供保育與回饋計畫初審意見，參與水權抽查及回饋計畫執行成果抽查等。同時為因應政治、法規、民意等變化，需委託協助檢視可能之風險潛勢，預為研擬相關之控制作業，或研提因應處置方案，以降低保護區管理或回饋費運用之風險，並利保護區相關業務推展。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070382</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702531</governmentpublicationsnumber><identifier>85759</identifier><internationalstandardbooknumber>9789860580334 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85759</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育與回饋業務服務團計畫=2018 service corps for water resources conservation and compensation fee project</title><yearidentifier>201812</yearidentifier></data><data><abstract>為辦理自來水水質水量保護區劃設、管理及區內相關管制案件，需委託服務團配合本署保護區管理需求，協助提供圖資套繪、分析與媒體輿情等相關情資蒐集，並協助保護區審議會以及管制事項協調會報等行政事宜。另協助辦理水源保育與回饋運用之相關業務，提供保育與回饋計畫初審意見，參與水權抽查及回饋計畫執行成果抽查等。同時為因應政治、法規、民意等變化，需委託協助檢視可能之風險潛勢，預為研擬相關之控制作業，或研提因應處置方案，以降低保護區管理或回饋費運用之風險，並利保護區相關業務推展。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070382</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702531</governmentpublicationsnumber><identifier>85760</identifier><internationalstandardbooknumber>9789860580334 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85760</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育與回饋業務服務團計畫--光碟版=2018 service corps for water resources conservation and compensation fee project</title><yearidentifier>201812</yearidentifier></data><data><abstract>全臺依據自來水法共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。 水利署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區辦理水源保育社區相關計畫，以「在地行動，守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 105年度於烏溪、濁水溪兩大流域辦理水源保育社區推動計畫，藉由盤點烏溪、濁水溪流域水源保育議題，106年度辦理南投縣東光社區「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，亦包含中部地區湧泉保育議題調查。 本(107)年度為東光社區「在地行動，守護水源」第2年行動計畫，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助保護湧泉資源、推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070329</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702296</governmentpublicationsnumber><identifier>85761</identifier><internationalstandardbooknumber>9789860577518 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85761</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(中部地區)=The Project To Advance The Water Resources Reservation Community of Central Taiwan in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>全臺依據自來水法共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。 水利署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區辦理水源保育社區相關計畫，以「在地行動，守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 105年度於烏溪、濁水溪兩大流域辦理水源保育社區推動計畫，藉由盤點烏溪、濁水溪流域水源保育議題，106年度辦理南投縣東光社區「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，亦包含中部地區湧泉保育議題調查。 本(107)年度為東光社區「在地行動，守護水源」第2年行動計畫，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助保護湧泉資源、推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070329</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702296</governmentpublicationsnumber><identifier>85762</identifier><internationalstandardbooknumber>9789860577518 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85762</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(中部地區)--光碟版=The Project To Advance The Water Resources Reservation Community of Central Taiwan in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫延續106年試辦場址持續推動外，另擇取試辦場址1處推動，並依信託法研提經營管理計畫且提出申請，以作為後續推廣之示範，並利後續推廣。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070352</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702444</governmentpublicationsnumber><identifier>85763</identifier><internationalstandardbooknumber>9789860579413 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85763</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育環境信託試辦與推動計畫=Environmental Trust for Water Sources Conservation Pilot Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫延續106年試辦場址持續推動外，另擇取試辦場址1處推動，並依信託法研提經營管理計畫且提出申請，以作為後續推廣之示範，並利後續推廣。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070352</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702444</governmentpublicationsnumber><identifier>85764</identifier><internationalstandardbooknumber>9789860579413 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85764</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育環境信託試辦與推動計畫--光碟版=Environmental Trust for Water Sources Conservation Pilot Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第11條明定劃定公告水質水量保護區，保護區內禁止或限制貽害水質與水量行為，迄今已有114處，並基於使用者付費、受限者得償精神，93年增訂第12條之2、第12條之3，建立保育與回饋機制，自95年1月1日開徵水源保育與回饋費，96年度開始辦理保育回饋作業。惟在保護區管理與保育回饋制度屢有衝突，因此，如何在水資源保育及人民權利維護上取得平衡，為水源保育重要課題。上述制度建立已有十餘年，因應相關外部法規變動、新興環保議題產生，宜有通盤、前瞻且同時符合水源保育需求之法規研究。 水庫集水區尚無中央目的事業主管機關，其管理層面由各主管機關依現行法令及權責辦理，惟其已為環保、土地、農業等相關法規引用之要件，近年因應全國區域計畫、國土計畫議題屢有爭議。爰藉由本計畫協助檢視、評估衝擊，預為研擬相關因應對策或研提修正方向，以利水源保護相關業務推展。</abstract><author>和鼎律師事務所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070350</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702464</governmentpublicationsnumber><identifier>85765</identifier><internationalstandardbooknumber>9789860579772 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85765</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育回饋制度及水庫集水區管理法規研析計畫=The Study of Water Resources Conservation, Compensation Institution and Reservoir Watershed Areas Governing Regulations in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第11條明定劃定公告水質水量保護區，保護區內禁止或限制貽害水質與水量行為，迄今已有114處，並基於使用者付費、受限者得償精神，93年增訂第12條之2、第12條之3，建立保育與回饋機制，自95年1月1日開徵水源保育與回饋費，96年度開始辦理保育回饋作業。惟在保護區管理與保育回饋制度屢有衝突，因此，如何在水資源保育及人民權利維護上取得平衡，為水源保育重要課題。上述制度建立已有十餘年，因應相關外部法規變動、新興環保議題產生，宜有通盤、前瞻且同時符合水源保育需求之法規研究。 水庫集水區尚無中央目的事業主管機關，其管理層面由各主管機關依現行法令及權責辦理，惟其已為環保、土地、農業等相關法規引用之要件，近年因應全國區域計畫、國土計畫議題屢有爭議。爰藉由本計畫協助檢視、評估衝擊，預為研擬相關因應對策或研提修正方向，以利水源保護相關業務推展。</abstract><author>和鼎律師事務所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070350</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/8</date><governmentpublicationsnumber>1010702464</governmentpublicationsnumber><identifier>85766</identifier><internationalstandardbooknumber>9789860579772 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85766</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育回饋制度及水庫集水區管理法規研析計畫--光碟版=The Study of Water Resources Conservation, Compensation Institution and Reservoir Watershed Areas Governing Regulations in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為評估全球氣候變遷對台灣水環境可能造成之衝擊與影響，進而詳予考慮我國國情、體制、資源、研發及實務工作之人力，並研擬相關調適策略，本署自98年度推動「氣候變遷對水環境之衝擊與調適研究計畫」，已初步完成面對氣候變遷對水環境熱點區域風險的掌握，並研擬「洪水防護」、「土砂管理」、「水資源管理」及「海岸防護」等面相調適策略；惟從以往研究成果與經驗顯示，水資源-糧食-能源、防洪-國土-交通，水利工程-碳中和等彼此相互關連，必須共同探討分析，才能有效解決氣候變遷對水環境之衝擊與影響。 依據行政院101年函頒之「氣候變遷調適政策綱領」及103年函頒之「國家氣候變遷調適行動計畫」，本署除負責管理執行水資源管理領域，且協助其他領域主政機關執行該領域工作(如海岸、土地等) ，故為延續、擴大研究成果及配合「氣候變遷調適政策綱領」與「國家氣候變遷調適行動計畫」，本署持續推動五年期「氣候變遷對水環境之衝擊與調適研究計畫」(103~107年)。考量前述綱要計畫執行期間每年預計辦理8項以上之子計畫，且水環境涉及領域相當寬廣且繁多，為順利推動及整合各項子計畫成果，爰此，成立本計畫蒐集與交流國內外的調適作為，除指導與管理各子計畫推動方向外，亦擬訂科研規劃藍圖與成果報告(含展示與推廣)等相關工作，另強化民眾氣候變遷調適意識，進而凝聚共識。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070412</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702581</governmentpublicationsnumber><identifier>85775</identifier><internationalstandardbooknumber>9789860581003 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85775</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(5/5)=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(5/5)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為評估全球氣候變遷對台灣水環境可能造成之衝擊與影響，進而詳予考慮我國國情、體制、資源、研發及實務工作之人力，並研擬相關調適策略，本署自98年度推動「氣候變遷對水環境之衝擊與調適研究計畫」，已初步完成面對氣候變遷對水環境熱點區域風險的掌握，並研擬「洪水防護」、「土砂管理」、「水資源管理」及「海岸防護」等面相調適策略；惟從以往研究成果與經驗顯示，水資源-糧食-能源、防洪-國土-交通，水利工程-碳中和等彼此相互關連，必須共同探討分析，才能有效解決氣候變遷對水環境之衝擊與影響。 依據行政院101年函頒之「氣候變遷調適政策綱領」及103年函頒之「國家氣候變遷調適行動計畫」，本署除負責管理執行水資源管理領域，且協助其他領域主政機關執行該領域工作(如海岸、土地等) ，故為延續、擴大研究成果及配合「氣候變遷調適政策綱領」與「國家氣候變遷調適行動計畫」，本署持續推動五年期「氣候變遷對水環境之衝擊與調適研究計畫」(103~107年)。考量前述綱要計畫執行期間每年預計辦理8項以上之子計畫，且水環境涉及領域相當寬廣且繁多，為順利推動及整合各項子計畫成果，爰此，成立本計畫蒐集與交流國內外的調適作為，除指導與管理各子計畫推動方向外，亦擬訂科研規劃藍圖與成果報告(含展示與推廣)等相關工作，另強化民眾氣候變遷調適意識，進而凝聚共識。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070412</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702581</governmentpublicationsnumber><identifier>85777</identifier><internationalstandardbooknumber>9789860581003 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85777</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(5/5)--光碟版=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(5/5)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為營造再生水友善發展環境，促進水資源永續利用及推動產業發展，爰建立「再生水資源媒合服務平台」與「再生水資源資訊服務平台」，提供整合性再生水使用分布資料，強化資料整合匯流與加值應用，提供產業輔導、宣傳及媒合等資訊服務，配合本計畫推動相關產業發展。 鑒於立法院已於民國104年12月三讀通過「再生水資源發展條例」，賦予廢污水及放流水回收利用的明確法律框架，條例相關授權子法亦於105年11月完成公告，爰需建立「再生水稽核服務系統」之類的輔助系統，藉由互動測試、除錯及回饋，最後再統合相關研究成果，建置「再生水資源管理系統」，提升再生水資源利用效率及使用意願。 為達民國120年每日132萬噸之再生水利用量目標，據以提出我國區域性再生水利用推動藍圖，俾利做為我國長期推動再生水利用之參考依據；另亦將建構通用性用水平衡圖，輔助與規範再生水之開發與使用。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070009</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702333</governmentpublicationsnumber><identifier>85782</identifier><internationalstandardbooknumber>9789860578966 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85782</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>建置再生水媒合與稽核系統及產業推動服務(2/2)=Development of Matchmaking and Auditing System for Reclamation Water and Stimulation of the Relevant Industries(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為營造再生水友善發展環境，促進水資源永續利用及推動產業發展，爰建立「再生水資源媒合服務平台」與「再生水資源資訊服務平台」，提供整合性再生水使用分布資料，強化資料整合匯流與加值應用，提供產業輔導、宣傳及媒合等資訊服務，配合本計畫推動相關產業發展。 鑒於立法院已於民國104年12月三讀通過「再生水資源發展條例」，賦予廢污水及放流水回收利用的明確法律框架，條例相關授權子法亦於105年11月完成公告，爰需建立「再生水稽核服務系統」之類的輔助系統，藉由互動測試、除錯及回饋，最後再統合相關研究成果，建置「再生水資源管理系統」，提升再生水資源利用效率及使用意願。 為達民國120年每日132萬噸之再生水利用量目標，據以提出我國區域性再生水利用推動藍圖，俾利做為我國長期推動再生水利用之參考依據；另亦將建構通用性用水平衡圖，輔助與規範再生水之開發與使用。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070009</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702333</governmentpublicationsnumber><identifier>85783</identifier><internationalstandardbooknumber>9789860578966 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85783</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>建置再生水媒合與稽核系統及產業推動服務(2/2)--光碟版=Development of Matchmaking and Auditing System for Reclamation Water and Stimulation of the Relevant Industries(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署已執行一系列有系統的研究評估氣候變遷對全臺灣海堤設施的衝擊，並且分析全臺灣沿海地區暴潮溢淹的風險。而自然海岸侵蝕與近岸沙洲變遷問題則因為觀測資料較少，且模擬技術也尚未發展成熟，所以尚未評估。未來在全球氣候變遷現象的影響下，臺灣的自然海岸侵蝕與近岸沙洲變遷問題可能更為嚴重。因此，有必要在既有資料的基礎上，探討可能的衝擊與因應對策。為評估氣候變遷下臺灣自然海岸侵蝕與近岸沙洲變遷對沿海地區的衝擊，以預先規劃因應策略，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070163</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702437</governmentpublicationsnumber><identifier>85787</identifier><internationalstandardbooknumber>9789860579093 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85787</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對臺灣自然海岸與近岸沙洲之衝擊研究(2/2)正式報告書=A Study of Nearshore Sandbars and Natural Coastal Systems Impact Due to Climate Change in Taiwan(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署已執行一系列有系統的研究評估氣候變遷對全臺灣海堤設施的衝擊，並且分析全臺灣沿海地區暴潮溢淹的風險。而自然海岸侵蝕與近岸沙洲變遷問題則因為觀測資料較少，且模擬技術也尚未發展成熟，所以尚未評估。未來在全球氣候變遷現象的影響下，臺灣的自然海岸侵蝕與近岸沙洲變遷問題可能更為嚴重。因此，有必要在既有資料的基礎上，探討可能的衝擊與因應對策。為評估氣候變遷下臺灣自然海岸侵蝕與近岸沙洲變遷對沿海地區的衝擊，以預先規劃因應策略，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070163</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702437</governmentpublicationsnumber><identifier>85788</identifier><internationalstandardbooknumber>9789860579093 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85788</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對臺灣自然海岸與近岸沙洲之衝擊研究(2/2)正式報告書--光碟版=A Study of Nearshore Sandbars and Natural Coastal Systems Impact Due to Climate Change in Taiwan(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>衡盱國內水利事業範疇下各事業發展，顯示防災、水資源管理等產業因市場需求，於技術及運用上較具優勢，再配合國家數位經濟發展及國際市場發展趨勢，可進一步結合「雲移物大智網」(「雲」是雲端運算、「移」是移動裝置、「物」是物聯網 、「大」是大數據、「智」是智能、「網」是網路)的概念打造智慧水務的市場商機。另國內節水三法的公布實施，營造了再生水產業環境，爰本計畫以「智慧水務產業」與「再生水產業」等二類水利產業作為此次推動之水利產業主軸，其中智慧水務產業之範疇為水網、灌溉、地下水、防汛及水庫等，而再生水產業之範疇為再生水及工業製程節水等。 基於國內廠商多為中小企業，為避免國外大廠憑藉技術及設備優勢鯨吞國內市場，將藉由產業調查，充分瞭解相關廠商分布、能力與競爭優勢，積極推動國內產業結盟，並辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練等活動，以培育產業環境及人才競爭力，提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 成功的商業模式其生存動力來自於市場，結合我國優勢產業，扶植優秀企業，藉由市場行銷擴大國內市場，並透過參與國內外重要產業展覽與國際產業多元交流溝通，積極行銷及拓展我國產業較具優勢之東南亞國家市場。為利達到上揭各項預定目標，亟需具產業調查、市場調查分析、經貿推廣、產業拓銷等具專門知識、經驗之團隊辦理相關專業調查分析及展覽企劃，爰擬委託辦理本「智慧水務與再生水產業發展環境培育及市場促動計畫」，以推動與促進水利產業發展等工作。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070278</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702598</governmentpublicationsnumber><identifier>85793</identifier><internationalstandardbooknumber>9789860581096 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85793</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧水務與再生水產業發展環境培育及市場促動計畫=Development and Market Promotion of Smart Water and Reclaimed Water Industries</title><yearidentifier>201812</yearidentifier></data><data><abstract>衡盱國內水利事業範疇下各事業發展，顯示防災、水資源管理等產業因市場需求，於技術及運用上較具優勢，再配合國家數位經濟發展及國際市場發展趨勢，可進一步結合「雲移物大智網」(「雲」是雲端運算、「移」是移動裝置、「物」是物聯網 、「大」是大數據、「智」是智能、「網」是網路)的概念打造智慧水務的市場商機。另國內節水三法的公布實施，營造了再生水產業環境，爰本計畫以「智慧水務產業」與「再生水產業」等二類水利產業作為此次推動之水利產業主軸，其中智慧水務產業之範疇為水網、灌溉、地下水、防汛及水庫等，而再生水產業之範疇為再生水及工業製程節水等。 基於國內廠商多為中小企業，為避免國外大廠憑藉技術及設備優勢鯨吞國內市場，將藉由產業調查，充分瞭解相關廠商分布、能力與競爭優勢，積極推動國內產業結盟，並辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練等活動，以培育產業環境及人才競爭力，提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 成功的商業模式其生存動力來自於市場，結合我國優勢產業，扶植優秀企業，藉由市場行銷擴大國內市場，並透過參與國內外重要產業展覽與國際產業多元交流溝通，積極行銷及拓展我國產業較具優勢之東南亞國家市場。為利達到上揭各項預定目標，亟需具產業調查、市場調查分析、經貿推廣、產業拓銷等具專門知識、經驗之團隊辦理相關專業調查分析及展覽企劃，爰擬委託辦理本「智慧水務與再生水產業發展環境培育及市場促動計畫」，以推動與促進水利產業發展等工作。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070278</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702598</governmentpublicationsnumber><identifier>85794</identifier><internationalstandardbooknumber>9789860581096 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85794</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧水務與再生水產業發展環境培育及市場促動計畫--光碟版=Development and Market Promotion of Smart Water and Reclaimed Water Industries</title><yearidentifier>201812</yearidentifier></data><data><abstract>IPCC AR4(2014)指出全球水資源主管機關應加強水資源調適措施，尤其是水資源供給之科學預測、風險管理及衝擊評估。而台灣雖有豐沛降雨，惟蓄存能力不足，加上氣候變遷影響加劇，使得水資源面臨嚴峻挑戰。以往研究多著重於工程技術，甚少探討水資源價值、環境成本、社會偏好等，更無法估算缺水所帶來的損失。 中部地區目前面臨用水環境需強化、用水效率待提升等，如雲彰地區各標的用水過度依賴地下水，使地層下陷嚴重。因此，除既有主要水源設施外，尚有多項施工中與規劃中之水源設施，如大安大甲聯合運用計畫、鳥嘴潭人工湖及再生水等。惟若要確保各項水源設施可妥適推動，除目前的供給/需求等技術面考量外，亦應將水資源價值、環境影響及社會認同等因子整合納入評估，規劃符合社會大眾偏好的最佳水資源供給組合，以提升政策的社會接受度與可行性。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070407</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702438</governmentpublicationsnumber><identifier>85795</identifier><internationalstandardbooknumber>9789860578973 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85795</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷影響下中部地區最適水資源供給組合研究=The Study of Optimal Water Supply Portfolio for Central Region of Taiwan under the Impact of Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract>IPCC AR4(2014)指出全球水資源主管機關應加強水資源調適措施，尤其是水資源供給之科學預測、風險管理及衝擊評估。而台灣雖有豐沛降雨，惟蓄存能力不足，加上氣候變遷影響加劇，使得水資源面臨嚴峻挑戰。以往研究多著重於工程技術，甚少探討水資源價值、環境成本、社會偏好等，更無法估算缺水所帶來的損失。 中部地區目前面臨用水環境需強化、用水效率待提升等，如雲彰地區各標的用水過度依賴地下水，使地層下陷嚴重。因此，除既有主要水源設施外，尚有多項施工中與規劃中之水源設施，如大安大甲聯合運用計畫、鳥嘴潭人工湖及再生水等。惟若要確保各項水源設施可妥適推動，除目前的供給/需求等技術面考量外，亦應將水資源價值、環境影響及社會認同等因子整合納入評估，規劃符合社會大眾偏好的最佳水資源供給組合，以提升政策的社會接受度與可行性。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070407</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702438</governmentpublicationsnumber><identifier>85796</identifier><internationalstandardbooknumber>9789860578973 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85796</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷影響下中部地區最適水資源供給組合研究--光碟版=The Study of Optimal Water Supply Portfolio for Central Region of Taiwan under the Impact of Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署於104-105年辦理「再生能源於再生水廠之應用研究」，建立0.2 CMD級平板式薄膜蒸餾(MD)系統，並以迪化污水處理廠實廠持續操作四個月取得相關研發數據，完成其產水成本、水質評估，達成造水與節能之目標。 由於能源及資源未來將成為重要之戰略物資，因此本計畫除著重於再生水廠除造水與節能外，並以開發為具有造水、節能、創能與能資源之全回收系統，另結合研發單位、系統製造商、用水端開發具本土智財權薄膜，以商品化為前提進行噸級模廠設計及測試，加強各界對我國再生水科技的印象，以促進再生水產業發展。 本計畫考量目前商業化RO產水率仍有約50-70%的濃排液，如能將MD運用於提升再生水廠或海淡廠中RO濃縮液之濃度，除可將濃排液進一步減量，並更可與正滲透(FO)系統搭配成為壓力延遲滲透(PRO)系統，利用滲透壓差提高濃液之位能，再藉由高度差進行發電，除了可以降低再生水廠或海淡廠用電量，達到減碳效果，另也可再利用支撐式液態薄膜(SLM)將MD與RO濃排液中的有價金屬資源進行回收，惟目前我國並無上述整合各技術之系統及試驗成果，故本計畫針對RO濃排液再利用、發電以及有價資源回收之發展進行研究。</abstract><author>中原大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070007</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702412</governmentpublicationsnumber><identifier>85797</identifier><internationalstandardbooknumber>9789860579659 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85797</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水及能資源全回收低排碳薄膜系統(2/2)=Membrane technology for water,energy and resource recovery and full-recycling systems (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署於104-105年辦理「再生能源於再生水廠之應用研究」，建立0.2 CMD級平板式薄膜蒸餾(MD)系統，並以迪化污水處理廠實廠持續操作四個月取得相關研發數據，完成其產水成本、水質評估，達成造水與節能之目標。 由於能源及資源未來將成為重要之戰略物資，因此本計畫除著重於再生水廠除造水與節能外，並以開發為具有造水、節能、創能與能資源之全回收系統，另結合研發單位、系統製造商、用水端開發具本土智財權薄膜，以商品化為前提進行噸級模廠設計及測試，加強各界對我國再生水科技的印象，以促進再生水產業發展。 本計畫考量目前商業化RO產水率仍有約50-70%的濃排液，如能將MD運用於提升再生水廠或海淡廠中RO濃縮液之濃度，除可將濃排液進一步減量，並更可與正滲透(FO)系統搭配成為壓力延遲滲透(PRO)系統，利用滲透壓差提高濃液之位能，再藉由高度差進行發電，除了可以降低再生水廠或海淡廠用電量，達到減碳效果，另也可再利用支撐式液態薄膜(SLM)將MD與RO濃排液中的有價金屬資源進行回收，惟目前我國並無上述整合各技術之系統及試驗成果，故本計畫針對RO濃排液再利用、發電以及有價資源回收之發展進行研究。</abstract><author>中原大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070007</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702412</governmentpublicationsnumber><identifier>85798</identifier><internationalstandardbooknumber>9789860579659 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85798</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水及能資源全回收低排碳薄膜系統(2/2)--光碟版=Membrane technology for water,energy and resource recovery and full-recycling systems (2/2)--</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自96-100年「水再生利用產業發展科技計畫」及101-105年「水再生利用風險管理技術研發計畫」共執行兩期各五年之水再生科專計畫，已完成「再生水資源發展條例」以及相關子法之公告、推動六座再生水示範廠、提升國人對使用再生水之信心，惟我國陸續仍需持續以科專技術扎根再生水產業、扶植產業行銷國際，並培訓相關人才、建立訓練制度等。本署已訂定106-110年「環境友善型水處理科技發展計畫」，以水再生利用友善環境營造、本土性再生水風險評估與管控技術開發、水資源與能源整合型系統研發、及再生水經濟與環境效益研究等為計畫執行主軸，俾利我國再生水除有政策及法令的支持外，能再以科專技術紮根發展再生水產業。 本計畫成立目的為辦理再生水科專各子計畫督導，以及再生水相關政策之研擬，擔任水利署之常定幕僚，依時勢之變遷，整合各計畫成果及應用，隨時檢討、修正水再生推動策略及未來相關計畫之內容與方向。主要的工作項目為建立再生水科專計畫管考機制、科專研究方向之擬定、人才培訓與國外再生水技術蒐集、參加國內、外國際水展、提出再生水事業推動策略並進行國際接軌。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070010</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702561</governmentpublicationsnumber><identifier>85799</identifier><internationalstandardbooknumber>9789860580792 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85799</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水再生環境友善推動管理計畫(2/2)=The Management Project of Implementing Friendly Environment for Wastewater Reclamation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自96-100年「水再生利用產業發展科技計畫」及101-105年「水再生利用風險管理技術研發計畫」共執行兩期各五年之水再生科專計畫，已完成「再生水資源發展條例」以及相關子法之公告、推動六座再生水示範廠、提升國人對使用再生水之信心，惟我國陸續仍需持續以科專技術扎根再生水產業、扶植產業行銷國際，並培訓相關人才、建立訓練制度等。本署已訂定106-110年「環境友善型水處理科技發展計畫」，以水再生利用友善環境營造、本土性再生水風險評估與管控技術開發、水資源與能源整合型系統研發、及再生水經濟與環境效益研究等為計畫執行主軸，俾利我國再生水除有政策及法令的支持外，能再以科專技術紮根發展再生水產業。 本計畫成立目的為辦理再生水科專各子計畫督導，以及再生水相關政策之研擬，擔任水利署之常定幕僚，依時勢之變遷，整合各計畫成果及應用，隨時檢討、修正水再生推動策略及未來相關計畫之內容與方向。主要的工作項目為建立再生水科專計畫管考機制、科專研究方向之擬定、人才培訓與國外再生水技術蒐集、參加國內、外國際水展、提出再生水事業推動策略並進行國際接軌。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070010</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702561</governmentpublicationsnumber><identifier>85800</identifier><internationalstandardbooknumber>9789860580792 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85800</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水再生環境友善推動管理計畫(2/2)--光碟版=The Management Project of Implementing Friendly Environment for Wastewater Reclamation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為創造新經濟動能，促進經濟更加活絡與強韌，總統揭示2017年政府將從「加速推動經濟結構轉型」及「全面擴大基礎建設投資」兩大面向切入。「全面擴大基礎建設投資」除積極盤點地方建設需求，優先推動促進地方整體發展與區域平衡之重要基礎建設外，亦需針對六項下一個世代基礎建設進行盤點，提出完整且具前瞻性基礎建設計畫，作為未來推動依據。其中第三項即為因應氣候變遷的防洪及抗旱工程。另外，為因應全球氣候變遷，總統指示，除強化現有防災體系，更需預先籌劃災害防救相關措施，並持續精進災害應變與加強危機管理能力，當面臨災變時方能使人民生命財產損失降至最低。前述因應氣候變遷的防洪及抗旱工程，與面臨災害應變與危機管理能力即為提升區域水韌性(water resilience)之務實作為，故透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法(國土計畫法、海岸管理法與濕地保育法)提出需強化韌性地區之完整且具前瞻性的調適策略，有其必要性。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070381</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702579</governmentpublicationsnumber><identifier>85802</identifier><internationalstandardbooknumber>9789860580990 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85802</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>韌性水城市評估與調適研究(2/2)=A Study on Assessment Framework and Adaptation Strategies for Water Resilient Cities (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為創造新經濟動能，促進經濟更加活絡與強韌，總統揭示2017年政府將從「加速推動經濟結構轉型」及「全面擴大基礎建設投資」兩大面向切入。「全面擴大基礎建設投資」除積極盤點地方建設需求，優先推動促進地方整體發展與區域平衡之重要基礎建設外，亦需針對六項下一個世代基礎建設進行盤點，提出完整且具前瞻性基礎建設計畫，作為未來推動依據。其中第三項即為因應氣候變遷的防洪及抗旱工程。另外，為因應全球氣候變遷，總統指示，除強化現有防災體系，更需預先籌劃災害防救相關措施，並持續精進災害應變與加強危機管理能力，當面臨災變時方能使人民生命財產損失降至最低。前述因應氣候變遷的防洪及抗旱工程，與面臨災害應變與危機管理能力即為提升區域水韌性(water resilience)之務實作為，故透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法(國土計畫法、海岸管理法與濕地保育法)提出需強化韌性地區之完整且具前瞻性的調適策略，有其必要性。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070381</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702579</governmentpublicationsnumber><identifier>85803</identifier><internationalstandardbooknumber>9789860580990 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85803</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>韌性水城市評估與調適研究(2/2)--光碟版=A Study on Assessment Framework and Adaptation Strategies for Water Resilient Cities (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本科專計畫將建立電容去離子技術之系統，同時發展電能轉換裝置，開發適合的貯能電能系統，並搭配信息通信技術，完成智慧新節能型水再生系統之建置，並進行其生命週期評估、經濟效益分析及實施計畫建議。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070008</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702408</governmentpublicationsnumber><identifier>85804</identifier><internationalstandardbooknumber>9789860578386 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85804</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>貯能型水再生系統(2/2)=Establishment of Energy Storage Water Reclamation System</title><yearidentifier>201812</yearidentifier></data><data><abstract>本科專計畫將建立電容去離子技術之系統，同時發展電能轉換裝置，開發適合的貯能電能系統，並搭配信息通信技術，完成智慧新節能型水再生系統之建置，並進行其生命週期評估、經濟效益分析及實施計畫建議。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070008</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702408</governmentpublicationsnumber><identifier>85805</identifier><internationalstandardbooknumber>9789860578386 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85805</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>貯能型水再生系統(2/2)--光碟版=Establishment of Energy Storage Water Reclamation System</title><yearidentifier>201812</yearidentifier></data><data><abstract>全球重視氣候變遷對水環境影響包括水資源及洪災管理等，目前台灣已針對氣候變遷對水環境領域進行相關研究；然氣候變遷之時間及空間動態變異性逐年增大，且趨於複雜及更具未確定性，加上跨政府層級的水資源調適及防洪減災等可操作技術及技術等缺口，另隨著科技的進步，近年來許多新興技術及新興的管理概念逐漸發展也已應用至各領域。因此，評估新興策略導入與結合新興技術之開發與應用，以期達成更有效的因應氣候變遷對水環境之衝擊，為新階段的重要國家課題。 有鑑於此，水環境跨領域調適需要有新的思維，需要發展因應台灣特殊水環境條件下之創新水資源跨領域動態調適技術，也考量國內特殊之水文環境變遷，以及國家動態發展與國際趨勢，不同GDP情境下各產業別之水源需求量，如考量水-糧食-能源鏈結下的跨領域動態調適技術。水資源及防洪減災跨領域動態調適技術，包含啟動調適時機，可降低風險之調適策略，規劃不同調適選項之排程，不同調適選項的退場機制，以及不同調適選項的成本估算，而且需滿足跨領域調適的需求。評估界定之跨領域動態調適選項，量化評估降低氣候變遷水資源跨領域風險之成效，並提出最佳之調適選項動態組合。此外，水環境有地域特性，如同供水系統與用水需求及區域排水的特性也因地域不同而有異，因此跨層級調適路徑需要有動態調適的彈性，在規劃面，需考慮跨領域以及跨層級治理的動態調適路徑，在執行層面，則需考量可操作的水資源跨層級治理，需要怎樣的政策與管理面來支撐可行性，需要創新的水資源跨領域管理策略與方針。 最後，透過智慧水數位基礎建設的建置提供之大量且即時的各種水資源訊息，利用新興技術如大數據方法、人工智慧或是區塊鏈等自動偵檢與評估採用之調適路徑與選項，是否有效降低風險，也包含自動啟動替代方案，以降低未來風險。當所有擬定之動態調適仍無法有效降低風險期望值，應進行回饋分析重新鑑別與設定調適選項，並檢討智慧水監測項目缺口或是智慧水管理知識缺口，跨領域的可調適選項缺口，重新啟動分析工作。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070452</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702596</governmentpublicationsnumber><identifier>85808</identifier><internationalstandardbooknumber>9789860582024 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85808</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷下水環境跨領域動態策略技術評析與規劃(內附光碟)=Technical Analysis and Planning of Transdisciplinary Dynamic Strategies in Water Environment under Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract>全球重視氣候變遷對水環境影響包括水資源及洪災管理等，目前台灣已針對氣候變遷對水環境領域進行相關研究；然氣候變遷之時間及空間動態變異性逐年增大，且趨於複雜及更具未確定性，加上跨政府層級的水資源調適及防洪減災等可操作技術及技術等缺口，另隨著科技的進步，近年來許多新興技術及新興的管理概念逐漸發展也已應用至各領域。因此，評估新興策略導入與結合新興技術之開發與應用，以期達成更有效的因應氣候變遷對水環境之衝擊，為新階段的重要國家課題。 有鑑於此，水環境跨領域調適需要有新的思維，需要發展因應台灣特殊水環境條件下之創新水資源跨領域動態調適技術，也考量國內特殊之水文環境變遷，以及國家動態發展與國際趨勢，不同GDP情境下各產業別之水源需求量，如考量水-糧食-能源鏈結下的跨領域動態調適技術。水資源及防洪減災跨領域動態調適技術，包含啟動調適時機，可降低風險之調適策略，規劃不同調適選項之排程，不同調適選項的退場機制，以及不同調適選項的成本估算，而且需滿足跨領域調適的需求。評估界定之跨領域動態調適選項，量化評估降低氣候變遷水資源跨領域風險之成效，並提出最佳之調適選項動態組合。此外，水環境有地域特性，如同供水系統與用水需求及區域排水的特性也因地域不同而有異，因此跨層級調適路徑需要有動態調適的彈性，在規劃面，需考慮跨領域以及跨層級治理的動態調適路徑，在執行層面，則需考量可操作的水資源跨層級治理，需要怎樣的政策與管理面來支撐可行性，需要創新的水資源跨領域管理策略與方針。 最後，透過智慧水數位基礎建設的建置提供之大量且即時的各種水資源訊息，利用新興技術如大數據方法、人工智慧或是區塊鏈等自動偵檢與評估採用之調適路徑與選項，是否有效降低風險，也包含自動啟動替代方案，以降低未來風險。當所有擬定之動態調適仍無法有效降低風險期望值，應進行回饋分析重新鑑別與設定調適選項，並檢討智慧水監測項目缺口或是智慧水管理知識缺口，跨領域的可調適選項缺口，重新啟動分析工作。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070452</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702596</governmentpublicationsnumber><identifier>85810</identifier><internationalstandardbooknumber>9789860582024 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85810</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷下水環境跨領域動態策略技術評析與規劃--光碟版=Technical Analysis and Planning of Transdisciplinary Dynamic Strategies in Water Environment under Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>85813</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85813</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/9</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>85814</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85814</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測--光碟版=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070105</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/10</date><governmentpublicationsnumber>1010702586</governmentpublicationsnumber><identifier>85815</identifier><internationalstandardbooknumber>9789860581256 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85815</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107~109年蓄水與引水建造物檢查及安全評估專業服務計畫(1/3)(內附光碟)=(2018~2020) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Assessment Report (1/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>後龍溪下游段(福基至河口)治理基本計畫於民國71年奉 經濟部核定民國72年省府公告，上游段(社寮角橋頭至福基)於民國81年辦理河川治理規劃，並於民國85年奉 經濟部核定，民國86年省府公告治理基本計畫，水利規劃試驗所於民國96年完成『後龍溪治理規劃檢討』。而支流打馬溝溪迄今並未有相關治理規劃。 後龍溪流本流民國70年公告迄今已歷時35載，期間歷經民國88年921大地震及數次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理後龍溪水系治理規劃檢討，</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070300</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/10</date><governmentpublicationsnumber>1010702474</governmentpublicationsnumber><identifier>85822</identifier><internationalstandardbooknumber>9789860577983 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85822</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>後龍溪水系治理規劃檢討(1/2)=Review on the River Improvement Planning of Hou-long River (1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>後龍溪下游段(福基至河口)治理基本計畫於民國71年奉 經濟部核定民國72年省府公告，上游段(社寮角橋頭至福基)於民國81年辦理河川治理規劃，並於民國85年奉 經濟部核定，民國86年省府公告治理基本計畫，水利規劃試驗所於民國96年完成『後龍溪治理規劃檢討』。而支流打馬溝溪迄今並未有相關治理規劃。 後龍溪流本流民國70年公告迄今已歷時35載，期間歷經民國88年921大地震及數次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理後龍溪水系治理規劃檢討，</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070300</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/10</date><governmentpublicationsnumber>1010702474</governmentpublicationsnumber><identifier>85823</identifier><internationalstandardbooknumber>9789860577983 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85823</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>後龍溪水系治理規劃檢討(1/2)--光碟版=Review on the River Improvement Planning of Hou-long River (1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>106年度工作1.海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（春、秋季各一次測量調查）。2.海岸防護計畫（初步）3.海岸環境營造規劃（初步） 107年度工作1.重點位置海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（第3次調查）。2. 海岸防護計畫。3. 海岸環境營造規劃（完整包含工程佈設）</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070003</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702523</governmentpublicationsnumber><identifier>85845</identifier><internationalstandardbooknumber>9789860581034 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85845</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>新竹港南海岸環境營造規劃(2/2)=The Planning of Sustainable Environmental Regeneration at Kang-Nan Coast, Hsinchu City (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>106年度工作1.海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（春、秋季各一次測量調查）。2.海岸防護計畫（初步）3.海岸環境營造規劃（初步） 107年度工作1.重點位置海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（第3次調查）。2. 海岸防護計畫。3. 海岸環境營造規劃（完整包含工程佈設）</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070003</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702523</governmentpublicationsnumber><identifier>85846</identifier><internationalstandardbooknumber>9789860581034 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85846</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>新竹港南海岸環境營造規劃(2/2)--光碟版=The Planning of Sustainable Environmental Regeneration at Kang-Nan Coast, Hsinchu City (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>「頭前溪河川環境管理規劃」計畫期能檢討評估現今頭前溪主流使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對頭前溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060502</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702453</governmentpublicationsnumber><identifier>85847</identifier><internationalstandardbooknumber>9789860578911 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85847</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>頭前溪河川環境管理規劃=River Environmental Management Plan of Touqian River</title><yearidentifier>201812</yearidentifier></data><data><abstract>「頭前溪河川環境管理規劃」計畫期能檢討評估現今頭前溪主流使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對頭前溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060502</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702453</governmentpublicationsnumber><identifier>85848</identifier><internationalstandardbooknumber>9789860578911 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85848</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>頭前溪河川環境管理規劃--光碟版=River Environmental Management Plan of Touqian River</title><yearidentifier>201812</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070038</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702400</governmentpublicationsnumber><identifier>85849</identifier><internationalstandardbooknumber>9789860579338 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85849</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>107年度二河局轄區洪水預警及防汛整合作業=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070038</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702400</governmentpublicationsnumber><identifier>85850</identifier><internationalstandardbooknumber>9789860579338 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85850</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>107年度二河局轄區洪水預警及防汛整合作業--光碟版=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣河川坡陡流急、沖淤劇烈，常有河道變遷與河岸沖刷問題，進而影響堤防基腳或護岸之穩定與安全，如本局管轄之後龍溪銅鑼護岸河段、芎蕉灣河段等，有河岸沖刷潛勢、堤防與護岸重複致災等問題。惟目前在河岸沖刷之保護工法，常見者包括丁壩、蛇籠、拋石、消能塊等，其施工不便且費時又未必能達到最佳效果，因此研究新的保護工法有其必要性。此外，隨著物聯網時代之來臨，透過動態監測技術之資料擷取及通訊能力，連結實體物件與監測數據，進行各種控制、監測、預警及管理等。台灣過去在河岸沖刷保護工法之相關研究中，因缺乏合適之動床數值模式，多以水工模型試驗進行探討，對局部流場與沖刷機制之研究尚嫌不足。隨著先進二維與三維動床數模之應用趨於成熟，利用數模配合現地河岸保護工之規劃設計，以物聯網整合動態監測與數模，有其推廣之應用價值。爰此，成立本委託計畫。本計畫以後龍溪銅鑼護岸河段為研究對象，進行河岸保護工之規劃、設計與試做，再整合物聯網與動態監測相關技術，利用二維與三維動床數模，進行河岸保護工布置區域局部流場與沖刷模擬驗證，並檢討河岸保護工之布置原則、材料與形式等，以作為河川治理規劃之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070396</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702471</governmentpublicationsnumber><identifier>85852</identifier><internationalstandardbooknumber>9789860577976 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85852</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>動態監測技術運用於後龍溪河岸保護工法=Application of Real-Time Monitoring System to Bank Protection Works of Houlung River</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣河川坡陡流急、沖淤劇烈，常有河道變遷與河岸沖刷問題，進而影響堤防基腳或護岸之穩定與安全，如本局管轄之後龍溪銅鑼護岸河段、芎蕉灣河段等，有河岸沖刷潛勢、堤防與護岸重複致災等問題。惟目前在河岸沖刷之保護工法，常見者包括丁壩、蛇籠、拋石、消能塊等，其施工不便且費時又未必能達到最佳效果，因此研究新的保護工法有其必要性。此外，隨著物聯網時代之來臨，透過動態監測技術之資料擷取及通訊能力，連結實體物件與監測數據，進行各種控制、監測、預警及管理等。 台灣過去在河岸沖刷保護工法之相關研究中，因缺乏合適之動床數值模式，多以水工模型試驗進行探討，對局部流場與沖刷機制之研究尚嫌不足。隨著先進二維與三維動床數模之應用趨於成熟，利用數模配合現地河岸保護工之規劃設計，以物聯網整合動態監測與數模，有其推廣之應用價值。爰此，成立本委託計畫。 本計畫以後龍溪銅鑼護岸河段為研究對象，進行河岸保護工之規劃、設計與試做，再整合物聯網與動態監測相關技術，利用二維與三維動床數模，進行河岸保護工布置區域局部流場與沖刷模擬驗證，並檢討河岸保護工之布置原則、材料與形式等，以作為河川治理規劃之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070396</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702471</governmentpublicationsnumber><identifier>85853</identifier><internationalstandardbooknumber>9789860577976 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85853</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>動態監測技術運用於後龍溪河岸保護工法--光碟版=Application of Real-Time Monitoring System to Bank Protection Works of Houlung River</title><yearidentifier>201812</yearidentifier></data><data><abstract>峨眉溪為中央管河川中港溪支流，上游屬新竹縣，下游屬苗栗縣。本溪發源於雪山山脈，南以鵝公髻山、獅頭山為分水嶺，與南庄溪流域相鄰，東以五指山為界，北隔寶山丘陵與客雅溪流域相鄰。自發源地由南向北流，於北埔西折至富興後再南迴，在苗栗縣三灣鄉之銅鑼圈與南庄溪匯合為中港溪，為一迂迴曲折之山地河川。流域面積116.6平方公里，河長33公里，全河道平均坡降為1/760，本溪治理範圍自大埔水庫洩洪道出口起至中港溪匯流處止，長度計約5.5公里。 本溪自民國94年6月由本局完成治理基本計畫並公告，迄今已歷時12年，期間歷經數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理本計畫。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070298</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702475</governmentpublicationsnumber><identifier>85855</identifier><internationalstandardbooknumber>9789860580181 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85855</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>中港溪水系支流峨眉溪通洪能力檢討及治理對策研擬=The examination of the flood conveyance capacity and suggestion of management stratagies in the Emei river.</title><yearidentifier>201812</yearidentifier></data><data><abstract>峨眉溪為中央管河川中港溪支流，上游屬新竹縣，下游屬苗栗縣。本溪發源於雪山山脈，南以鵝公髻山、獅頭山為分水嶺，與南庄溪流域相鄰，東以五指山為界，北隔寶山丘陵與客雅溪流域相鄰。自發源地由南向北流，於北埔西折至富興後再南迴，在苗栗縣三灣鄉之銅鑼圈與南庄溪匯合為中港溪，為一迂迴曲折之山地河川。流域面積116.6平方公里，河長33公里，全河道平均坡降為1/760，本溪治理範圍自大埔水庫洩洪道出口起至中港溪匯流處止，長度計約5.5公里。 本溪自民國94年6月由本局完成治理基本計畫並公告，迄今已歷時12年，期間歷經數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理本計畫。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070298</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702475</governmentpublicationsnumber><identifier>85856</identifier><internationalstandardbooknumber>9789860580181 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85856</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>中港溪水系支流峨眉溪通洪能力檢討及治理對策研擬--光碟版=The examination of the flood conveyance capacity and suggestion of management stratagies in the Emei river.</title><yearidentifier>201812</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續於94、95、96、98、102、103、104、105、106年辦理海岸基本資料、斷面測量及岸變遷調查計畫，所得資料均整合建置亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸調查監測計劃。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070161</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702577</governmentpublicationsnumber><identifier>85874</identifier><internationalstandardbooknumber>9789860582185 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85874</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度花蓮海岸調查監測計畫=Survey and monitoring for the Hualien Coast in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續於94、95、96、98、102、103、104、105、106年辦理海岸基本資料、斷面測量及岸變遷調查計畫，所得資料均整合建置亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸調查監測計劃。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070161</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702577</governmentpublicationsnumber><identifier>85875</identifier><internationalstandardbooknumber>9789860582185 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85875</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度花蓮海岸調查監測計畫--光碟版=Survey and monitoring for the Hualien Coast in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>萬里溪流域沿線為花蓮中區重要的產業與遊憩核心，上游鄰近享富盛名的林田山林業文化園區，長期以來一直深當地居民及外來遊客所喜愛，中游萬榮溫泉（又稱鴛鴦谷溫泉）、萬榮飛行傘基地亦是重要的觀光景點，而鳳林鎮也於104年通過審查成為國際慢活組織(Cittasolw International)會員，下游兩岸多為台糖或內政部營建署城鄉發展分署之公有土地等。為提昇河岸景觀美質、增加遊客休憩品質，提升防洪構造物之利用效益，本計畫擬在保育萬里溪水資源的前提下，進一步營造各式慢活產業的發展機制及空間，並提出環境景觀整體規劃理念、與週邊社區產業及遊憩據點共享共榮之具體可行方案及管理策略，作為後續執行之參考依據 。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070134</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702231</governmentpublicationsnumber><identifier>85877</identifier><internationalstandardbooknumber>9789860578140 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85877</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>萬里溪水環境營造規劃(1/2)=The Water Environment Planning Of The Wanli River(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>萬里溪流域沿線為花蓮中區重要的產業與遊憩核心，上游鄰近享富盛名的林田山林業文化園區，長期以來一直深當地居民及外來遊客所喜愛，中游萬榮溫泉（又稱鴛鴦谷溫泉）、萬榮飛行傘基地亦是重要的觀光景點，而鳳林鎮也於104年通過審查成為國際慢活組織(Cittasolw International)會員，下游兩岸多為台糖或內政部營建署城鄉發展分署之公有土地等。為提昇河岸景觀美質、增加遊客休憩品質，提升防洪構造物之利用效益，本計畫擬在保育萬里溪水資源的前提下，進一步營造各式慢活產業的發展機制及空間，並提出環境景觀整體規劃理念、與週邊社區產業及遊憩據點共享共榮之具體可行方案及管理策略，作為後續執行之參考依據 。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070134</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702231</governmentpublicationsnumber><identifier>85878</identifier><internationalstandardbooknumber>9789860578140 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85878</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>萬里溪水環境營造規劃(1/2)--光碟版=The Water Environment Planning Of The Wanli River(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據「海岸管理法」規定及立法精神，參考內政部研擬中之「整體海岸管理計畫」及本署水利規劃試驗所「海岸防護計畫規劃參考手冊(草案)辦理花蓮海岸防護計畫規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060078</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702420</governmentpublicationsnumber><identifier>85879</identifier><internationalstandardbooknumber>9789860580402 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85879</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮海岸防護整合規劃報告=Integrated Planning of Coast Protection in Hualian county</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據「海岸管理法」規定及立法精神，參考內政部研擬中之「整體海岸管理計畫」及本署水利規劃試驗所「海岸防護計畫規劃參考手冊(草案)辦理花蓮海岸防護計畫規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060078</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702420</governmentpublicationsnumber><identifier>85880</identifier><internationalstandardbooknumber>9789860580402 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85880</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮海岸防護整合規劃報告--光碟版=Integrated Planning of Coast Protection in Hualian county</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫河川環境營造計畫之執行策略，將加強河川環境管理列為重要措施。另依據河川管理辦法第27條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，爰此，訂定河川環境管理計畫將成為本局於河川管理上主要長程計畫之一。 綜上，「花蓮溪河川環境管理規劃」計畫期能檢討評估現今花蓮溪流域內使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對花蓮溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060495</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702415</governmentpublicationsnumber><identifier>85881</identifier><internationalstandardbooknumber>9789860579567 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85881</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪河川環境管理規劃成果報告=River Environmental Management Plan of Hualien River</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫河川環境營造計畫之執行策略，將加強河川環境管理列為重要措施。另依據河川管理辦法第27條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，爰此，訂定河川環境管理計畫將成為本局於河川管理上主要長程計畫之一。 綜上，「花蓮溪河川環境管理規劃」計畫期能檢討評估現今花蓮溪流域內使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對花蓮溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060495</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702415</governmentpublicationsnumber><identifier>85882</identifier><internationalstandardbooknumber>9789860579567 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85882</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪河川環境管理規劃成果報告--光碟版=River Environmental Management Plan of Hualien River</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>林昶宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>85883</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85883</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>107</publishrocyear><title>106年度年報Annual Report 2017</title><yearidentifier>201806</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070045</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702414</governmentpublicationsnumber><identifier>85884</identifier><internationalstandardbooknumber>9789860580037 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85884</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度九河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070045</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702414</governmentpublicationsnumber><identifier>85885</identifier><internationalstandardbooknumber>9789860580037 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85885</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度九河局轄區洪水預警及防汛整合作業--光碟版=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070004</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702409</governmentpublicationsnumber><identifier>85886</identifier><internationalstandardbooknumber>9789860580020 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85886</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(2/3)=Investigation and Evaluation of Current Status in Hualien River (Inclunding Mainstream and 10 Tributaries) (2/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070004</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/11</date><governmentpublicationsnumber>1010702409</governmentpublicationsnumber><identifier>85887</identifier><internationalstandardbooknumber>9789860580020 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85887</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(2/3)--光碟版=Investigation and Evaluation of Current Status in Hualien River (Inclunding Mainstream and 10 Tributaries) (2/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070057</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702542</governmentpublicationsnumber><identifier>85889</identifier><internationalstandardbooknumber>9789860579802 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85889</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利防災視訊及水情影像智慧化維運管理與擴充=2018 Intellectual management and extinctions of Flood Communication and Monitoring System</title><yearidentifier>201812</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070057</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702542</governmentpublicationsnumber><identifier>85890</identifier><internationalstandardbooknumber>9789860579802 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85890</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利防災視訊及水情影像智慧化維運管理與擴充--光碟版=2018 Intellectual management and extinctions of Flood Communication and Monitoring System</title><yearidentifier>201812</yearidentifier></data><data><abstract>移動式抽水機是積淹水清除的重要應變設備，每當颱風豪雨發生時，為因應各地淹水情勢，移動式抽水機必須互相支援，靈活調度以求設備效能有效發揮。因此應用發展成熟之全球衛星定位系統、無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。規劃建構「移動式抽水管理系統計畫」，以即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可於即時通報特定單位相關訊息，俾利掌握搶救先機。      本年度辦理本署暨代辦臺北市及桃園市政府大型移動式抽水機裝設車載機監控模組，可即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可即時通報特定單位相關訊息，俾利掌握搶救先機。</abstract><author>昕傳科技股份有限公司</author><categoryidentifier>575.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070074</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702731</governmentpublicationsnumber><identifier>85891</identifier><internationalstandardbooknumber>9789860582536 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85891</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年租賃移動式抽水機監控系統暨管理服務計畫=2018 Leased Water Pumping Machine Tracking system &amp; management services</title><yearidentifier>201812</yearidentifier></data><data><abstract>移動式抽水機是積淹水清除的重要應變設備，每當颱風豪雨發生時，為因應各地淹水情勢，移動式抽水機必須互相支援，靈活調度以求設備效能有效發揮。因此應用發展成熟之全球衛星定位系統、無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。規劃建構「移動式抽水管理系統計畫」，以即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可於即時通報特定單位相關訊息，俾利掌握搶救先機。      本年度辦理本署暨代辦臺北市及桃園市政府大型移動式抽水機裝設車載機監控模組，可即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可即時通報特定單位相關訊息，俾利掌握搶救先機。</abstract><author>昕傳科技股份有限公司</author><categoryidentifier>575.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070074</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702731</governmentpublicationsnumber><identifier>85892</identifier><internationalstandardbooknumber>9789860582536 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85892</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年租賃移動式抽水機監控系統暨管理服務計畫--光碟版=2018 Leased Water Pumping Machine Tracking system &amp; management services</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署於颱洪期間依據中央氣象局所提供之數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情發展趨勢，以及提供擬定最佳防災整備與應變調度方案之參考。上述各平台目前已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。本計畫之目標為協助本署彙整與呈現各項水情預報資訊，工作重點包括於颱洪期間負責接收與彙整河川洪水預報成果、更新維護降雨資訊供應網絡暨水情預報資訊整合展示平台、協助驗證本署高屏地區既有雨量站淹水預警模式、雨量警戒門檻之合理性、建置高屏地區高效率即時淹水預報系統以及開發類似路徑歷史颱風專家預警系統。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070081</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702554</governmentpublicationsnumber><identifier>85893</identifier><internationalstandardbooknumber>9789860579529 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85893</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年洪水預警決策支援服務技術研發及加值應用=Technology Developments and Value-Added Applications for the Services of the Flood Forecast Decision-Support System in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署於颱洪期間依據中央氣象局所提供之數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情發展趨勢，以及提供擬定最佳防災整備與應變調度方案之參考。 上述各平台目前已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。 本計畫之目標為協助本署彙整與呈現各項水情預報資訊，工作重點包括於颱洪期間負責接收與彙整河川洪水預報成果、更新維護降雨資訊供應網絡暨水情預報資訊整合展示平台、協助驗證本署高屏地區既有雨量站淹水預警模式、雨量警戒門檻之合理性、建置高屏地區高效率即時淹水預報系統以及開發類似路徑歷史颱風專家預警系統。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070081</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702554</governmentpublicationsnumber><identifier>85894</identifier><internationalstandardbooknumber>9789860579529 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85894</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年洪水預警決策支援服務技術研發及加值應用--光碟版=Technology Developments and Value-Added Applications for the Services of the Flood Forecast Decision-Support System in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070070</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702541</governmentpublicationsnumber><identifier>85895</identifier><internationalstandardbooknumber>9789860579796 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85895</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度複合型災害經驗學習與防災智能提升(內附光碟)=The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070070</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702541</governmentpublicationsnumber><identifier>85896</identifier><internationalstandardbooknumber>9789860579796 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85896</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度複合型災害經驗學習與防災智能提升--光碟版=The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 另依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，針對本署暨所屬單位應變值勤人員辦理防汛教育訓練。 106年歷經4場颱風及16場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統及可能淹水區域預判，並於汛期前協助本署辦理應變值勤人員教育訓練等相關事宜；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070067</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702565</governmentpublicationsnumber><identifier>85898</identifier><internationalstandardbooknumber>9789860579710 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85898</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利署災害應變服務計畫=Disaster Response Service of WRA 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 另依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，針對本署暨所屬單位應變值勤人員辦理防汛教育訓練。 106年歷經4場颱風及16場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統及可能淹水區域預判，並於汛期前協助本署辦理應變值勤人員教育訓練等相關事宜；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070067</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702565</governmentpublicationsnumber><identifier>85900</identifier><internationalstandardbooknumber>9789860579710 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85900</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利署災害應變服務計畫--光碟版=Disaster Response Service of WRA 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>藉由系統性之現場資料蒐集、調查、監測與測量分析…等工作，做為日後海岸復育及海岸防護政策參考與建議。</abstract><author>經濟部水利署第八河川局</author><categoryidentifier>351.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702379</governmentpublicationsnumber><identifier>85903</identifier><internationalstandardbooknumber>9789860578065 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85903</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料補充調查(綠島地區)(內含光碟)</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能成因，進行水災災情量化、災因分析的探討，以提供後續治理與管理的參考。同時為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議，為本計畫之主要目的。     由於水災災害為台灣地區發生頻率較高的天然災害，近年來政府也逐步推動「易淹水地區治理計畫」及「流域綜合治理計畫」，為提供相關治理計畫規劃與管理作為的推動，各區域過去水災受災歷史資料的整理與資料庫的建置，將有助於整體水災防減災作為的參考，本計畫透過歷史災害的蒐集建立各村里受災履歷及其相關水文背景資料，期透過村里災害履歷能提供流域綜合治理計畫及防災整備應用之參考。     此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070068</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702558</governmentpublicationsnumber><identifier>85906</identifier><internationalstandardbooknumber>9789860579703 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85906</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災災情蒐集服務團計畫=Survey Service Group of Flood Events in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能成因，進行水災災情量化、災因分析的探討，以提供後續治理與管理的參考。同時為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議，為本計畫之主要目的。     由於水災災害為台灣地區發生頻率較高的天然災害，近年來政府也逐步推動「易淹水地區治理計畫」及「流域綜合治理計畫」，為提供相關治理計畫規劃與管理作為的推動，各區域過去水災受災歷史資料的整理與資料庫的建置，將有助於整體水災防減災作為的參考，本計畫透過歷史災害的蒐集建立各村里受災履歷及其相關水文背景資料，期透過村里災害履歷能提供流域綜合治理計畫及防災整備應用之參考。     此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070068</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702558</governmentpublicationsnumber><identifier>85907</identifier><internationalstandardbooknumber>9789860579703 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85907</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災災情蒐集服務團計畫--光碟版=Survey Service Group of Flood Events in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070088</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702574</governmentpublicationsnumber><identifier>85909</identifier><internationalstandardbooknumber>9789860579741 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85909</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年人工增雨計畫=Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070088</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702574</governmentpublicationsnumber><identifier>85910</identifier><internationalstandardbooknumber>9789860579741 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85910</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年人工增雨計畫--光碟版=Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受氣候變遷影響，極端降雨事件頻傳，往往造成重大洪災損失，為保障人民生命財產安全及減少洪災造成社會成本之損失，水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。 為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。鑑於數值淹水模擬模式在定量降雨模擬的精確度上有相當的精進提升，惟仍須花費大量運算時間，尚無法達到即時預報功效與洪災防救應變之效。考量物聯網需搭配智慧服務，因人工智慧技術具高度學習能力、能處理巨量資訊，運算時間短等優點，透過防汛網絡之水情、災情資訊，於颱風或豪雨期間，即時產製淹水預報結果，以提供防災單位參考應用。  另台灣在智慧防災具有先進的技術與人才，在技術方面具有極大的優勢與潛力，智慧區域淹水預報系統模式如果在國內能運作成功，後續亦可將技術輸出到其他國家，如有嚴重淹水災害之馬來西亞、印尼、菲律賓等東南亞國家，促使南進產業發展。爰此，建置高解析度即時動態區域淹水預報系統以提供智慧化服務有其必要性。</abstract><author>淡江大學水環境資訊研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070095</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702653</governmentpublicationsnumber><identifier>85913</identifier><internationalstandardbooknumber>9789860581188 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85913</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧即時動態區域淹水預報系統開發與應用(2/2)=Development and Application of an Intelligent Real-Time Dynamic Regional Flood Inundation Nowcasting System</title><yearidentifier>201812</yearidentifier></data><data><abstract>掌握利嘉溪、知本溪、太麻里溪河口輸砂供給對鄰近海岸地形影響之範圍及變遷趨勢</abstract><author>經濟部水利署第八河川局</author><categoryidentifier>432.265</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702378</governmentpublicationsnumber><identifier>85914</identifier><internationalstandardbooknumber>9789860578102 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85914</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>河口輸砂調查及砂源對沿岸供砂之可行性評估(含利嘉溪、知本溪、太麻里溪)(1/2)(內含光碟)</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受氣候變遷影響，極端降雨事件頻傳，往往造成重大洪災損失，為保障人民生命財產安全及減少洪災造成社會成本之損失，水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。 為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。鑑於數值淹水模擬模式在定量降雨模擬的精確度上有相當的精進提升，惟仍須花費大量運算時間，尚無法達到即時預報功效與洪災防救應變之效。考量物聯網需搭配智慧服務，因人工智慧技術具高度學習能力、能處理巨量資訊，運算時間短等優點，透過防汛網絡之水情、災情資訊，於颱風或豪雨期間，即時產製淹水預報結果，以提供防災單位參考應用。  另台灣在智慧防災具有先進的技術與人才，在技術方面具有極大的優勢與潛力，智慧區域淹水預報系統模式如果在國內能運作成功，後續亦可將技術輸出到其他國家，如有嚴重淹水災害之馬來西亞、印尼、菲律賓等東南亞國家，促使南進產業發展。爰此，建置高解析度即時動態區域淹水預報系統以提供智慧化服務有其必要性。</abstract><author>淡江大學水環境資訊研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070095</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702653</governmentpublicationsnumber><identifier>85915</identifier><internationalstandardbooknumber>9789860581188 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85915</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧即時動態區域淹水預報系統開發與應用(2/2)--光碟版=Development and Application of an Intelligent Real-Time Dynamic Regional Flood Inundation Nowcasting System</title><yearidentifier>201812</yearidentifier></data><data><abstract>颱洪期間透過本系統掌握及分析預判水情，以提供災害防救業務相關單位研擬減災應變及決策之參考。</abstract><author>經濟部水利署第八河川局</author><categoryidentifier>433.16</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702380</governmentpublicationsnumber><identifier>85917</identifier><internationalstandardbooknumber>9789860574128 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85917</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>107年度八河局轄區洪水預警及防汛整合作業</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據聯合國資料顯示，過去20年來與氣候相關的災難與日俱增，世界各國除了探討氣候變遷議題之重要性，對於救災技術與設備之精進更是刻不容緩，為解決每次颱風豪雨後，災區的淨水廠常因無法處理高濁度原水而停止供水，所造成民眾生活上的不便，或是因為停電停水而造成偏遠地區民眾用水出現問題。本署已研發Qwater模組淨水技術與設備可針對災區各種不同水質條件的多元化水源進行淨化，去除水中懸浮固體與致病微生物，在物資匱乏災區建立安全衛生的環境，提供即時、足夠與符合衛生及水質標準之飲用水。   標準規格之Qwater淨水設備每天出水量為5 m3及15 m3，另外可針對原水水質條件增加活性碳、離子交換樹脂、RO逆滲透等淨水單元，使其具有處理半鹹水、海水之能力，出水水質符合飲用水標準。目前Qwater淨水設備已具備功能如下：可搭載車體或船體，在災時可快速移動增加機動性；可處理災區高濁度(3,000 NTU)原水；處理地表水(溪水、湖水、河水)及地下水，僅需1 kwh之耗電量，若需處理半鹹水及海水，耗電量為4 kwh；設備可全自動化操作，並具有遠端控制功能。   但在實際救災任務執行中，常遭遇原水濁度過高、淨水設備重量過重無法以人工搬運、電力供應有限等問題，故計劃將研發一高濁度原水前處理單元，可降低淨水設備處理負荷。此外，將淨水設備單元輕量化，使人員可用背負及徒手搬運方式，於道路中斷之狀況下運送設備至災區或缺水偏遠地區，最後整合低耗能之脫鹽淨水單元，以降低淨水設備之耗電量，延長其運作時間並增加其出水量，穩定提供災民飲用水需求。期能精進Qwater淨水設備效能，將緊急淨水技術擴大推廣落實應用。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070083</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702655</governmentpublicationsnumber><identifier>85918</identifier><internationalstandardbooknumber>9789860581768 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85918</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>高機動節能淨水模組於水利防災應用之研發(2/2)=The study of mobile and energy-saving water treatment system on water hazard mitigation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據聯合國資料顯示，過去20年來與氣候相關的災難與日俱增，世界各國除了探討氣候變遷議題之重要性，對於救災技術與設備之精進更是刻不容緩，為解決每次颱風豪雨後，災區的淨水廠常因無法處理高濁度原水而停止供水，所造成民眾生活上的不便，或是因為停電停水而造成偏遠地區民眾用水出現問題。本署已研發Qwater模組淨水技術與設備可針對災區各種不同水質條件的多元化水源進行淨化，去除水中懸浮固體與致病微生物，在物資匱乏災區建立安全衛生的環境，提供即時、足夠與符合衛生及水質標準之飲用水。   標準規格之Qwater淨水設備每天出水量為5 m3及15 m3，另外可針對原水水質條件增加活性碳、離子交換樹脂、RO逆滲透等淨水單元，使其具有處理半鹹水、海水之能力，出水水質符合飲用水標準。目前Qwater淨水設備已具備功能如下：可搭載車體或船體，在災時可快速移動增加機動性；可處理災區高濁度(3,000 NTU)原水；處理地表水(溪水、湖水、河水)及地下水，僅需1 kwh之耗電量，若需處理半鹹水及海水，耗電量為4 kwh；設備可全自動化操作，並具有遠端控制功能。   但在實際救災任務執行中，常遭遇原水濁度過高、淨水設備重量過重無法以人工搬運、電力供應有限等問題，故計劃將研發一高濁度原水前處理單元，可降低淨水設備處理負荷。此外，將淨水設備單元輕量化，使人員可用背負及徒手搬運方式，於道路中斷之狀況下運送設備至災區或缺水偏遠地區，最後整合低耗能之脫鹽淨水單元，以降低淨水設備之耗電量，延長其運作時間並增加其出水量，穩定提供災民飲用水需求。期能精進Qwater淨水設備效能，將緊急淨水技術擴大推廣落實應用。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070083</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702655</governmentpublicationsnumber><identifier>85919</identifier><internationalstandardbooknumber>9789860581768 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85919</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>高機動節能淨水模組於水利防災應用之研發(2/2)--光碟版=The study of mobile and energy-saving water treatment system on water hazard mitigation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等四項避災工具，讓民眾及早獲得水情資訊，減少水災損失！ 本計畫期能藉由以往相關之研究透過目前電信業者既有電信傳輸設備，研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，還要能達到連續式淹水偵測目的並提出專利申請。另外，LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，積淹水感測若能藉由研發低成本感測器加上LPWAN傳輸技術，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，期能提供簡單的淹水回報方式，比如透過水情通報APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過技術的創新研發，平台的整合及精進，以及防災避災觀念推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070080</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702543</governmentpublicationsnumber><identifier>85923</identifier><internationalstandardbooknumber>9789860579727 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85923</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>資通訊技術應用於水利防災之研究及推廣(2/2)=Reasearch and Promotion of Information and Communication Technology on Flood Warning System(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等四項避災工具，讓民眾及早獲得水情資訊，減少水災損失！ 本計畫期能藉由以往相關之研究透過目前電信業者既有電信傳輸設備，研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，還要能達到連續式淹水偵測目的並提出專利申請。另外，LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，積淹水感測若能藉由研發低成本感測器加上LPWAN傳輸技術，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，期能提供簡單的淹水回報方式，比如透過水情通報APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過技術的創新研發，平台的整合及精進，以及防災避災觀念推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070080</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702543</governmentpublicationsnumber><identifier>85924</identifier><internationalstandardbooknumber>9789860579727 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85924</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>資通訊技術應用於水利防災之研究及推廣(2/2)--光碟版=Reasearch and Promotion of Information and Communication Technology on Flood Warning System(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特、莫蘭蒂颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070058</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702652</governmentpublicationsnumber><identifier>85925</identifier><internationalstandardbooknumber>9789860581171 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85925</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度防災應變系統更新及資訊網升級建置=107 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特、莫蘭蒂颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070058</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702652</governmentpublicationsnumber><identifier>85926</identifier><internationalstandardbooknumber>9789860581171 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85926</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度防災應變系統更新及資訊網升級建置--光碟版=107 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>受全球暖化效應及氣候變遷的影響，根據中央氣象局所公布的颱風數據，近十年侵台颱風之年最低氣壓有逐年降低的趨勢，而近颱風中心最大風速則有逐年增大的趨勢，顯示颱風的強度與發生頻率都較以往有較明顯的改變。統計過去1911至2016年的資料，平均每年約3至4個颱風侵襲台灣，若觀察近十年狀況，則有5至6個颱風，颱風所帶來的影響不僅是風災，尚有不可輕忽挾帶的豪雨。而汛期期間的豪雨特報與致災次數，觀察近五年統計數據，從105年起的豪雨與致災次數都較過去增加近一倍。雖然目前已較少大規模淹水事件發生，但這些颱風豪雨事件帶來的累積降雨或短延時強降雨卻屢創新高，近期常見因豪雨之雨量超過都市排水設施之設計標準致使局部地區造成積淹水災情，顯示目前洪災仍對台灣威脅甚巨。 本署針對積淹水警戒發布作業已持續多年，主要以雨量站即時觀測資料輔以訂定的警戒值(1、3、6小時累積雨量)對鄉(鎮、市、區)發布警戒，雖然訂定的警戒值係依據各鄉鎮市區以往易淹水區淹水災情，並搭配降雨紀錄統計分析而得，但因資料來源仰賴即時雨量觀測，可預期一旦發布警戒時，供防災應變的時間極為有限，另方面雨量站位置的異動或雨量站的密度不足皆可能影響警戒發布區域。由於積淹水預警所需考量的致災因子眾多且複雜，本研究將以QPESUMS等網格式雨量資料與歷史災情資料為基礎，找出各種可能的預警指標並進行敏感度分析，最終透過各類預警指標的整合以訂出預警值。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070395</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702555</governmentpublicationsnumber><identifier>85928</identifier><internationalstandardbooknumber>9789860579734 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85928</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>以歷史水情及災情為導向之積淹水預警研究=A Study of Inundation Warning Based on Historical Inundation Disaster and Hydrologic Information</title><yearidentifier>201812</yearidentifier></data><data><abstract>受全球暖化效應及氣候變遷的影響，根據中央氣象局所公布的颱風數據，近十年侵台颱風之年最低氣壓有逐年降低的趨勢，而近颱風中心最大風速則有逐年增大的趨勢，顯示颱風的強度與發生頻率都較以往有較明顯的改變。統計過去1911至2016年的資料，平均每年約3至4個颱風侵襲台灣，若觀察近十年狀況，則有5至6個颱風，颱風所帶來的影響不僅是風災，尚有不可輕忽挾帶的豪雨。而汛期期間的豪雨特報與致災次數，觀察近五年統計數據，從105年起的豪雨與致災次數都較過去增加近一倍。雖然目前已較少大規模淹水事件發生，但這些颱風豪雨事件帶來的累積降雨或短延時強降雨卻屢創新高，近期常見因豪雨之雨量超過都市排水設施之設計標準致使局部地區造成積淹水災情，顯示目前洪災仍對台灣威脅甚巨。 本署針對積淹水警戒發布作業已持續多年，主要以雨量站即時觀測資料輔以訂定的警戒值(1、3、6小時累積雨量)對鄉(鎮、市、區)發布警戒，雖然訂定的警戒值係依據各鄉鎮市區以往易淹水區淹水災情，並搭配降雨紀錄統計分析而得，但因資料來源仰賴即時雨量觀測，可預期一旦發布警戒時，供防災應變的時間極為有限，另方面雨量站位置的異動或雨量站的密度不足皆可能影響警戒發布區域。由於積淹水預警所需考量的致災因子眾多且複雜，本研究將以QPESUMS等網格式雨量資料與歷史災情資料為基礎，找出各種可能的預警指標並進行敏感度分析，最終透過各類預警指標的整合以訂出預警值。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070395</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702555</governmentpublicationsnumber><identifier>85929</identifier><internationalstandardbooknumber>9789860579734 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85929</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>以歷史水情及災情為導向之積淹水預警研究--光碟版=A Study of Inundation Warning Based on Historical Inundation Disaster and Hydrologic Information</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署目前已完成新版(第三代)淹水潛勢圖資之更新作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生災害損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070082</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702552</governmentpublicationsnumber><identifier>85930</identifier><internationalstandardbooknumber>9789860579604 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85930</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災風險圖資決策支援技術精進研發=2018 Renew and Development of Decision-making Support Services for Flood Risk Maps</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署目前已完成新版(第三代)淹水潛勢圖資之更新作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生災害損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070082</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702552</governmentpublicationsnumber><identifier>85931</identifier><internationalstandardbooknumber>9789860579604 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85931</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災風險圖資決策支援技術精進研發--光碟版=2018 Renew and Development of Decision-making Support Services for Flood Risk Maps</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應近年全球氣候變遷影響加劇，極端降雨事件頻繁，水災災害應變作業頻繁，如何以目前有限之人力物力資源策進當前防災作為，以降低水災災損，為當前水災災害防救之重要課題。本計畫期透過協助所屬(河川局及水資源局)建立所轄各項防災資源、災害危險地區及歷史災害應變操作流程等資料庫並盤點本署所推各項避洪減災非工程措施相關計畫執行成果，以強化現有之水災防災資訊整合系統，藉充份掌握颱風豪雨期間流域內水情災情資訊，進而提供本署防災應變期間快速及正確之決策資源，減輕颱風豪雨期間人力負擔，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070071</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702563</governmentpublicationsnumber><identifier>85934</identifier><internationalstandardbooknumber>9789860580358 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85934</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年避洪減災資訊整合及績效評估=2018 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應近年全球氣候變遷影響加劇，極端降雨事件頻繁，水災災害應變作業頻繁，如何以目前有限之人力物力資源策進當前防災作為，以降低水災災損，為當前水災災害防救之重要課題。本計畫期透過協助所屬(河川局及水資源局)建立所轄各項防災資源、災害危險地區及歷史災害應變操作流程等資料庫並盤點本署所推各項避洪減災非工程措施相關計畫執行成果，以強化現有之水災防災資訊整合系統，藉充份掌握颱風豪雨期間流域內水情災情資訊，進而提供本署防災應變期間快速及正確之決策資源，減輕颱風豪雨期間人力負擔，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070071</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702563</governmentpublicationsnumber><identifier>85935</identifier><internationalstandardbooknumber>9789860580358 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85935</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年避洪減災資訊整合及績效評估--光碟版=2018 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201812</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070155</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702546</governmentpublicationsnumber><identifier>85940</identifier><internationalstandardbooknumber>9789860576948 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85940</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年用水統計年報彙編=Compilation of Annual Water Consumption</title><yearidentifier>201812</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070155</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702546</governmentpublicationsnumber><identifier>85941</identifier><internationalstandardbooknumber>9789860576948 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85941</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年用水統計年報彙編--光碟版=Compilation of Annual Water Consumption</title><yearidentifier>201812</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070155</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010702547</governmentpublicationsnumber><identifier>85942</identifier><internationalstandardbooknumber>9789860576917 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85942</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年各標的用水統計年報=Annual Water Consumption Report for 2017</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>557.54</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/14</date><governmentpublicationsnumber>1010701628</governmentpublicationsnumber><identifier>85946</identifier><internationalstandardbooknumber>9789860569605 ; 9789860569</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85946</librarycollectiondetailsurl><price></price><publisher>台南市政府工務局</publisher><publishrocyear>107</publishrocyear><title>看見築跡工務8年築夢台南</title><yearidentifier>201810</yearidentifier></data><data><abstract>利嘉溪口海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。而影響本段海岸地形變遷機制以利嘉溪河川輸砂及波浪營力為主。有鑑於未來海岸防護應善用海岸自然特性，提升海堤防災功能，減少以永久性之結構物進行海岸防護，以達回復自然海岸之目標，掌握利嘉溪河口輸砂供給對鄰近海岸地形影響之範圍，為目前本段海岸防護治理之首要工作，相關成果可做為後續海岸防護設施維護、河口疏浚及養灘量體研定之依據。本計畫主要為瞭解利嘉溪輸砂對鄰近海岸地形變遷、海岸漂沙趨勢與海岸防護設施成效等，並研提計畫區海岸整體穩定與防護對策、利嘉溪輸砂平衡管理策略、河口疏濬及養灘之具體方案，以期達到利嘉溪河口海岸防護及環境永續經營之目標。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070132</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702378</governmentpublicationsnumber><identifier>85961</identifier><internationalstandardbooknumber>9789860578102 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85961</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>河口輸砂調查及砂源對沿岸供砂之可行性評估(含利嘉溪、知本溪、太麻里溪)(1/2)(內附光碟)=The investigations of the fluvial sediments and the Feasibility study evaluating estuarine sediment supply to the coasts (Case studies of Lijia, Chihpen and Taimal (1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>針對桃園海岸一般海堤區域環境情勢調查跨年106-107年辦理總經費400萬</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060181</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702503</governmentpublicationsnumber><identifier>85986</identifier><internationalstandardbooknumber>9789860579130 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85986</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園海岸一般性海堤區域環境情勢調查=The Coastal Situation Investigation of Taoyuan City coastline</title><yearidentifier>201812</yearidentifier></data><data><abstract>針對桃園海岸一般海堤區域環境情勢調查跨年106-107年辦理總經費400萬</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060181</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702503</governmentpublicationsnumber><identifier>85987</identifier><internationalstandardbooknumber>9789860579130 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85987</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園海岸一般性海堤區域環境情勢調查--光碟版=The Coastal Situation Investigation of Taoyuan City coastline</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫將依據「海岸管理法」規定及立法精神，內政部「整體海岸管理計畫(草案)」擬定桃園市、新竹縣、新竹市及苗栗縣海岸之二級防護區沿岸範圍，並參考水利規劃試驗所「海岸防護整合規劃及海岸防護計畫擬訂參考手冊(草案)」，辦理桃園市、新竹縣、新竹市及苗栗縣海岸防護整合規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060180</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702537</governmentpublicationsnumber><identifier>85989</identifier><internationalstandardbooknumber>9789860580389 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85989</librarycollectiondetailsurl><price>4800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園、新竹及苗栗海岸防護計畫規劃(精簡報告)=Coastal Protection Project and Planning in Taoyuan, Hsinchu and Miaoli (Summary Report)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫將依據「海岸管理法」規定及立法精神，內政部「整體海岸管理計畫(草案)」擬定桃園市、新竹縣、新竹市及苗栗縣海岸之二級防護區沿岸範圍，並參考水利規劃試驗所「海岸防護整合規劃及海岸防護計畫擬訂參考手冊(草案)」，辦理桃園市、新竹縣、新竹市及苗栗縣海岸防護整合規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060180</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702537</governmentpublicationsnumber><identifier>85994</identifier><internationalstandardbooknumber>9789860580389 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85994</librarycollectiondetailsurl><price>4800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園、新竹及苗栗海岸防護計畫規劃--光碟版=Coastal Protection Project and Planning in Taoyuan, Hsinchu and Miaoli</title><yearidentifier>201812</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>南台灣環境科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070195</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/16</date><governmentpublicationsnumber>1010702661</governmentpublicationsnumber><identifier>85996</identifier><internationalstandardbooknumber>9789869261623 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_85996</librarycollectiondetailsurl><price>600</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>107</publishrocyear><title>107年度高屏溪流域河川水質採樣檢測分析工作計畫(光碟版)sampling and Analysis for the Water Quality of Kao-Ping River(2018)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本案依據預計於106年完成之區排情勢調查中的一般調查（民眾參與）及105年已完成區域排水生態指標及評估檢核方法之研究等，實際推動民眾參與區域排水簡易自主環境調查，除一併檢討一般調查作業方式、手冊的操作性之外，並將區排健康評估納入民眾參與的實地操作中，有助於區排廣泛的長期環境資料累積，而不受專業調查頻度低、經費高之限制；並期建立區排民眾參與的長期可執行模式，落實公私協力，並將此類調查成果回饋至資料庫中，增加資料再應用的機會。</abstract><author>禾唐工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070330</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/18</date><governmentpublicationsnumber>1010702394</governmentpublicationsnumber><identifier>86016</identifier><internationalstandardbooknumber>9789860579369 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86016</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>民眾參與區域排水環境營造推動計畫(3)-參與式調查(內附光碟)=A Promotion Plan of Public Participation and Environmental Improvement for Regional Drainages (3) - Public Participant Observations</title><yearidentifier>201812</yearidentifier></data><data><abstract>本案依據預計於106年完成之區排情勢調查中的一般調查（民眾參與）及105年已完成區域排水生態指標及評估檢核方法之研究等，實際推動民眾參與區域排水簡易自主環境調查，除一併檢討一般調查作業方式、手冊的操作性之外，並將區排健康評估納入民眾參與的實地操作中，有助於區排廣泛的長期環境資料累積，而不受專業調查頻度低、經費高之限制；並期建立區排民眾參與的長期可執行模式，落實公私協力，並將此類調查成果回饋至資料庫中，增加資料再應用的機會。</abstract><author>禾唐工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070330</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/18</date><governmentpublicationsnumber>1010702394</governmentpublicationsnumber><identifier>86021</identifier><internationalstandardbooknumber>9789860579369 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86021</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>民眾參與區域排水環境營造推動計畫(3)-參與式調查--光碟版=A Promotion Plan of Public Participation and Environmental Improvement for Regional Drainages (3) - Public Participant Observations</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/18</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>86024</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86024</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測--光碟版=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/18</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>86025</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86025</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>利嘉溪口海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。而影響本段海岸地形變遷機制以利嘉溪河川輸砂及波浪營力為主。有鑑於未來海岸防護應善用海岸自然特性，提升海堤防災功能，減少以永久性之結構物進行海岸防護，以達回復自然海岸之目標，掌握利嘉溪河口輸砂供給對鄰近海岸地形影響之範圍，為目前本段海岸防護治理之首要工作，相關成果可做為後續海岸防護設施維護、河口疏浚及養灘量體研定之依據。 本計畫主要為瞭解利嘉溪輸砂對鄰近海岸地形變遷、海岸漂沙趨勢與海岸防護設施成效等，並研提計畫區海岸整體穩定與防護對策、利嘉溪輸砂平衡管理策略、河口疏濬及養灘之具體方案，以期達到利嘉溪河口海岸防護及環境永續經營之目標。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070132</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/18</date><governmentpublicationsnumber>1010702378</governmentpublicationsnumber><identifier>86028</identifier><internationalstandardbooknumber>9789860578102 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86028</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>河口輸砂調查及砂源對沿岸供砂之可行性評估(含利嘉溪、知本溪、太麻里溪)(1/2)(內附光碟)=The investigations of the fluvial sediments and the Feasibility study evaluating estuarine sediment supply to the coasts (Case studies of Lijia, Chihpen and Taimal</title><yearidentifier>201812</yearidentifier></data><data><abstract>過去在治理規劃過程中，許多調查或分析資料（如：計畫流量、流路變遷、河床質調查、地形測量...）尚無資料庫做有效管理。許多資料需要快速分析工具（如：歷年縱斷面及橫斷面變化，或沖淤變化），還有相關資料需要能整批匯出（如：雨量站位置、年限）以利規劃人員加值運用。因此本計畫將建置河川環境基本資料庫以河川規劃人員為主要使用對象，整合現有資源(「河川情勢調查綜合利用管理系統」及「臺灣原生魚類適合度曲線資料庫系統」)，提供資料管理並強化分析與資料加值運用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070006</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/21</date><governmentpublicationsnumber>1010702340</governmentpublicationsnumber><identifier>86053</identifier><internationalstandardbooknumber>9789860579116 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86053</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川環境資料庫建置(內附光碟)=The Establishment of River Environmental Database</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/21</date><governmentpublicationsnumber>1010702546</governmentpublicationsnumber><identifier>86059</identifier><internationalstandardbooknumber>9789860576948 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86059</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年用水統計年報彙編(內附光碟)</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/21</date><governmentpublicationsnumber>1010702547</governmentpublicationsnumber><identifier>86061</identifier><internationalstandardbooknumber>9789860576917 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86061</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年各標的用水統計年報</title><yearidentifier>201812</yearidentifier></data><data><abstract>宜蘭縣位於東北季風迎風面及颱風頻繁地區，為台灣降雨量最多地區之一，但宜蘭縣為一個農業縣，擁有廣大農田是最佳的天然滯洪池，雖然經歷多次超大的降雨，都未造成嚴重的災害，但北宜高速公路通車之後，帶來人口移入，近年來興建大量的農舍，使原本可以儲蓄水份的土地逐年消失，在加上氣候的變遷，會使得未來蘭陽溪洪水量增加及未完成的低窪地區的淹水將更為嚴重，為了提早因應，本計畫將從土地利用變遷對蘭陽溪流域水文、水理的影響，提出蘭陽溪流域涵容能力提升的策略之研擬，促進蘭陽溪流域環境資源之永續利用。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000301</commissionedprojectidentifier><currency>NT$</currency><date>2013/3/1</date><governmentpublicationsnumber>1010103896</governmentpublicationsnumber><identifier>86084</identifier><internationalstandardbooknumber>9789860359473 ; 9789860359</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86084</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第一河川局</publisher><publishrocyear>101</publishrocyear><title>宜蘭地區綜合治水計畫檢討報告=Review for the integrated flood control plan in YiLan</title><yearidentifier>201212</yearidentifier></data><data><abstract>近年水理輸砂模式日趨完整，本所過去亦引進或開發相關模式，透過本計畫希望能整合並加強部份模式的使用性。因此包含以下三大部分： 1.彙整相關模式的模式程式、使用案例以及相關學習資源。 2.以QGIS為平台開發SRH 2/3D的視窗化界面。 3.依據模式屬性透過網頁技術，提供網頁界面的操作使用與成果展示。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070005</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/24</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>86115</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86115</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置(光碟版)Establishment of Numerical Models Platform for River Planning and Regulation</title><yearidentifier>201812</yearidentifier></data><data><abstract>過去在治理規劃過程中，許多調查或分析資料（如：計畫流量、流路變遷、河床質調查、地形測量...）尚無資料庫做有效管理。許多資料需要快速分析工具（如：歷年縱斷面及橫斷面變化，或沖淤變化），還有相關資料需要能整批匯出（如：雨量站位置、年限）以利規劃人員加值運用。因此本計畫將建置河川環境基本資料庫以河川規劃人員為主要使用對象，整合現有資源(「河川情勢調查綜合利用管理系統」及「臺灣原生魚類適合度曲線資料庫系統」)，提供資料管理並強化分析與資料加值運用。</abstract><author>陶林數值測量工程有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070006</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/24</date><governmentpublicationsnumber>1010702340</governmentpublicationsnumber><identifier>86122</identifier><internationalstandardbooknumber>9789860579116 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86122</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川環境資料庫建置(光碟版)=The Establishment of River Environmental Database</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>86136</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86136</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>107</publishrocyear><title>中華民國108年潮汐表年刊第22期=Tide Tables 2019</title><yearidentifier>201808</yearidentifier></data><data><abstract>辦理台東海岸防護整合規畫工作，以提供台東縣政府擬訂海岸防護計畫及第八河川局之權責分工參考。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3   363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060064_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>1010701997</governmentpublicationsnumber><identifier>86140</identifier><internationalstandardbooknumber>9789860572728 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86140</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>台東海岸防護整合規劃(初稿)(內附光碟)=Coastal Protection Integration Planning (Preliminary Report)</title><yearidentifier>201812</yearidentifier></data><data><abstract>金門海岸防護規劃主要為防治海岸災害、預防海水倒灌、國土流失，確保海岸地區居民生活品質及引導土地合理利用。</abstract><author>國立中山大學</author><categoryidentifier>443.6   363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060065_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>1010701998</governmentpublicationsnumber><identifier>86142</identifier><internationalstandardbooknumber>9789860572735 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86142</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>金門海岸防護計畫規劃=Coastal Protection Integration Planning in Kinmen</title><yearidentifier>201812</yearidentifier></data><data><abstract>金門海岸防護規劃主要為防治海岸災害、預防海水倒灌、國土流失，確保海岸地區居民生活品質及引導土地合理利用。</abstract><author>國立中山大學</author><categoryidentifier>443.6   363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060065_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>1010701998</governmentpublicationsnumber><identifier>86143</identifier><internationalstandardbooknumber>9789860572735 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86143</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>附冊一金門海岸防護整合規劃(一般性海堤)=Coastal Protection Integration Planning in Kinmen</title><yearidentifier>201812</yearidentifier></data><data><abstract>透過海岸基本資料調查監測與地方座談會，來研提海岸防護策略。</abstract><author>國立中山大學</author><categoryidentifier>443.6   363.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060065_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/25</date><governmentpublicationsnumber>1010701998</governmentpublicationsnumber><identifier>86144</identifier><internationalstandardbooknumber>9789860572735 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86144</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>附冊二海岸防護基本資料調查(新湖至料羅海岸段)=Investigating Basic Information of Coastal protection in Kinmen</title><yearidentifier>201812</yearidentifier></data><data><abstract>金門海岸防護規劃主要為防治海岸災害、預防海水倒灌、國土流失，確保海岸地區居民生活品質及引導土地合理利用。</abstract><author>國立中山大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060065_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/28</date><governmentpublicationsnumber>1010701998</governmentpublicationsnumber><identifier>86153</identifier><internationalstandardbooknumber>9789860572735 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86153</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>金門海岸防護計畫規劃--光碟版=Coastal Protection Integration Planning in Kinmen</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合所需之作業，爰擬以本計畫辦理相關工作。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070231</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702468</governmentpublicationsnumber><identifier>86163</identifier><internationalstandardbooknumber>9789860580679 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86163</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度大用水戶用水查認作業計畫=2018 Operational Planning of Investigation in Major Water Users</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合所需之作業，爰擬以本計畫辦理相關工作。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070231</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702468</governmentpublicationsnumber><identifier>86164</identifier><internationalstandardbooknumber>9789860580679 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86164</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度大用水戶用水查認作業計畫--光碟版=2018 Operational Planning of Investigation in Major Water Users</title><yearidentifier>201812</yearidentifier></data><data><abstract>查目前國內企業尚無自行計算水足跡之能力，需依賴輔導單位協助水足跡盤查作業，並由輔導單位協助取得第三方查證。水足跡查證工作係由國內驗證執行，驗證機構必須先通過認證機構對其資格和能力的認可，方可具有公信力之查證資格。為確保水足跡盤查之正確性，水利署今(107)年度將編撰組織水足跡盤查指引供企業盤查水足跡時依循，協助廠商進行試算及取得水足跡查證聲明書，並將案例試算結果作為水足跡盤查範例，以提供企業盤查組織水足跡之參考。另外，為了提升水足跡查證人員和輔導人員的素質，亦將先行試辦教育訓練，除可提升水足跡輔導和查證品質，確保水足跡盤查的正確性外，亦可儲備輔導和查證人才，以利國內企業實施水足跡盤查和認證，並提供本署水資源管理之重要資訊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070333</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702462</governmentpublicationsnumber><identifier>86172</identifier><internationalstandardbooknumber>9789860580129 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86172</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水足跡認證技術機制之研究=A Study on Building a Verification Mechanism for Water Footprint Inventory</title><yearidentifier>201812</yearidentifier></data><data><abstract>查目前國內企業尚無自行計算水足跡之能力，需依賴輔導單位協助水足跡盤查作業，並由輔導單位協助取得第三方查證。水足跡查證工作係由國內驗證執行，驗證機構必須先通過認證機構對其資格和能力的認可，方可具有公信力之查證資格。為確保水足跡盤查之正確性，水利署今(107)年度將編撰組織水足跡盤查指引供企業盤查水足跡時依循，協助廠商進行試算及取得水足跡查證聲明書，並將案例試算結果作為水足跡盤查範例，以提供企業盤查組織水足跡之參考。另外，為了提升水足跡查證人員和輔導人員的素質，亦將先行試辦教育訓練，除可提升水足跡輔導和查證品質，確保水足跡盤查的正確性外，亦可儲備輔導和查證人才，以利國內企業實施水足跡盤查和認證，並提供本署水資源管理之重要資訊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070333</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702462</governmentpublicationsnumber><identifier>86173</identifier><internationalstandardbooknumber>9789860580129 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86173</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水足跡認證技術機制之研究--光碟版=A Study on Building a Verification Mechanism for Water Footprint Inventory</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應氣候變遷及配合國家水資源政策，鼓勵全國各行各業自主落實推動節約用水之成效，本署依106年10月24日經濟部函頒「機關學校常態節水行動獎勵原則」及106年8月3日修正「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校、商業及產業用水等機關單位，辦理常態節水評比與節水績優選拔活動。 配合政府節約用水政策，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行各單位每年評比期間用水量分析及用水管理，對於成效優良者給予獎勵，不佳者將透過教育訓練予以輔導。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，亦將透過報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070366</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702341</governmentpublicationsnumber><identifier>86180</identifier><internationalstandardbooknumber>9789860574173 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86180</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年機關學校常態節水及績優選拔計畫=The Program of Conventional Water Conservation on Institutes, Schools and Outstanding Performance Selection Contest in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應氣候變遷及配合國家水資源政策，鼓勵全國各行各業自主落實推動節約用水之成效，本署依106年10月24日經濟部函頒「機關學校常態節水行動獎勵原則」及106年8月3日修正「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校、商業及產業用水等機關單位，辦理常態節水評比與節水績優選拔活動。 配合政府節約用水政策，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行各單位每年評比期間用水量分析及用水管理，對於成效優良者給予獎勵，不佳者將透過教育訓練予以輔導。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，亦將透過報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070366</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702341</governmentpublicationsnumber><identifier>86181</identifier><internationalstandardbooknumber>9789860574173 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86181</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年機關學校常態節水及績優選拔計畫--光碟版=The Program of Conventional Water Conservation on Institutes, Schools and Outstanding Performance Selection Contest in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，行政院已核定通過「前瞻基礎建設計畫」，並將「水環境建設」納入五大建設之一。故本署透過「前瞻基礎建設計畫-水環境建設」中「推廣水資源智慧管理系統及節水技術」項下子計畫「產業用水輔導計畫」，除依產業型態不同辦理各項專業技術輔導外，亦透過節水評比與績優表揚，提升產業節水，另透過節水教育宣導及省水標章產品推廣分享交流，以擴大整體節水效率。 有鑑於「節約用水」措施亦是水資源運用管理中不可或缺的一環，故為落實節約用水常態化政策目標，政府全面推動省水標章產品以提升整體用水之運用管理，將可加速臺灣成為節水型社會；本署歷年來即全力推動省水標章制度，一方面由全國各機關學校優先採用省水器材產品做為表率，另一方面亦鼓勵消費者選用省水產品，進而促進產業升級研發更多元省水器材產品，以落實全民效率節水目標，並於民國105年5月4日總統公布通過自來水法部分條文修正，其中第九十五條之一規定，日後若於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告，主要是規範省水標章之核發、標示、有效期限、展延、廢止、撤銷、銷售與裝設之查核及其他應遵行事項之辦法，另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部業已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品，後續將逐步檢討其他省水標章產品之推動事宜。 經查目前有11項省水標章產品項目，截至目前總計約3,800餘件省水標章使用許可，每年使用標章數量平均約3百萬枚，顯見國內省水標章法規及市場已日趨成熟完備。為持續辦理省水標章審查、核(補、換)發省水標章使用許可、產品抽驗測試、後市場管理業務等作業，並同時配合辦理鼓勵民間參與省水技術研發與國外省水標章事務交流座談等相關工作推動，期許能落實省水標章生活化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070367</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702342</governmentpublicationsnumber><identifier>86185</identifier><internationalstandardbooknumber>9789860574166 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年省水標章審查及後市場管理計畫=The program of certification operation and post-market management for Water Efficiency Label in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，行政院已核定通過「前瞻基礎建設計畫」，並將「水環境建設」納入五大建設之一。故本署透過「前瞻基礎建設計畫-水環境建設」中「推廣水資源智慧管理系統及節水技術」項下子計畫「產業用水輔導計畫」，除依產業型態不同辦理各項專業技術輔導外，亦透過節水評比與績優表揚，提升產業節水，另透過節水教育宣導及省水標章產品推廣分享交流，以擴大整體節水效率。 有鑑於「節約用水」措施亦是水資源運用管理中不可或缺的一環，故為落實節約用水常態化政策目標，政府全面推動省水標章產品以提升整體用水之運用管理，將可加速臺灣成為節水型社會；本署歷年來即全力推動省水標章制度，一方面由全國各機關學校優先採用省水器材產品做為表率，另一方面亦鼓勵消費者選用省水產品，進而促進產業升級研發更多元省水器材產品，以落實全民效率節水目標，並於民國105年5月4日總統公布通過自來水法部分條文修正，其中第九十五條之一規定，日後若於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告，主要是規範省水標章之核發、標示、有效期限、展延、廢止、撤銷、銷售與裝設之查核及其他應遵行事項之辦法，另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部業已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品，後續將逐步檢討其他省水標章產品之推動事宜。 經查目前有11項省水標章產品項目，截至目前總計約3,800餘件省水標章使用許可，每年使用標章數量平均約3百萬枚，顯見國內省水標章法規及市場已日趨成熟完備。為持續辦理省水標章審查、核(補、換)發省水標章使用許可、產品抽驗測試、後市場管理業務等作業，並同時配合辦理鼓勵民間參與省水技術研發與國外省水標章事務交流座談等相關工作推動，期許能落實省水標章生活化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070367</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/29</date><governmentpublicationsnumber>1010702342</governmentpublicationsnumber><identifier>86186</identifier><internationalstandardbooknumber>9789860574166 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86186</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年省水標章審查及後市場管理計畫--光碟版=The program of certification operation and post-market management for Water Efficiency Label in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>1.伏流水與地下水資源於枯旱或緊急情況下作為備援水源角色日趨重要 2.盤點評估烏溪流域伏流水可能開發利用區位 3.評估作為高濁度時中部地區備援水源或與地面水聯合運用增供常態水源 4.擇選優良位置進行初步評估</abstract><author>睿泰工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070193</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/30</date><governmentpublicationsnumber>1010702515</governmentpublicationsnumber><identifier>86187</identifier><internationalstandardbooknumber>9789860580976 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86187</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>臺灣中部烏溪流域備援伏流水開發調查規劃(內附光碟)=Survey Planning for Backup Development of Hyporheic Flow in Wuxi River in Central Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>1.伏流水與地下水資源於枯旱或緊急情況下作為備援水源角色日趨重要 2.盤點評估烏溪流域伏流水可能開發利用區位 3.評估作為高濁度時中部地區備援水源或與地面水聯合運用增供常態水源 4.擇選優良位置進行初步評估</abstract><author>睿泰工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070193</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/30</date><governmentpublicationsnumber>1010702515</governmentpublicationsnumber><identifier>86188</identifier><internationalstandardbooknumber>9789860580976 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86188</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>臺灣中部烏溪流域備援伏流水開發調查規劃--光碟版=Survey Planning for Backup Development of Hyporheic Flow in Wuxi River in Central Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>1.伏流水與地下水資源於枯旱或緊急情況下作為備援水源角色日趨重要 2.盤點評估烏溪流域伏流水可能開發利用區位 3.評估作為高濁度時中部地區備援水源或與地面水聯合運用增供常態水源 4.擇選優良位置進行初步評估</abstract><author>睿泰工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070193</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/30</date><governmentpublicationsnumber>1010702515</governmentpublicationsnumber><identifier>86189</identifier><internationalstandardbooknumber>9789860580976 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86189</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>臺灣中部烏溪流域備援伏流水開發調查規劃附冊=Survey Planning for Backup Development of Hyporheic Flow in Wuxi River in Central Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/31</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>86208</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86208</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>在颱洪期間，為了讓防災單位能超前部署，及民眾能預先整備，以期減少洪災損失，防洪工作可化被動為主動，藉由事前掌握颱風豪雨之氣象預報資訊，透過淹水預報系統模擬推估可能淹水範圍，達到思患預防之效。 本所於今年度(106年)完成臺中市及臺南市淹水預報系統建置，可每小時預報未來3小時可能淹水範圍，系統經數場颱洪事件測試後運作良好。為提升系統之效益，本計畫後續將完成高雄市及屏東縣之淹水預報系統，並同時優化系統平臺提高預報準確性及資訊傳遞效率。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070085</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/31</date><governmentpublicationsnumber>1010702562</governmentpublicationsnumber><identifier>86212</identifier><internationalstandardbooknumber>9789860581782 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86212</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>淹水預警功能之測試與運作(內附光碟)=Operational Testing of Flood Early Warning System</title><yearidentifier>201812</yearidentifier></data><data><abstract>在颱洪期間，為了讓防災單位能超前部署，及民眾能預先整備，以期減少洪災損失，防洪工作可化被動為主動，藉由事前掌握颱風豪雨之氣象預報資訊，透過淹水預報系統模擬推估可能淹水範圍，達到思患預防之效。 本所於今年度(106年)完成臺中市及臺南市淹水預報系統建置，可每小時預報未來3小時可能淹水範圍，系統經數場颱洪事件測試後運作良好。為提升系統之效益，本計畫後續將完成高雄市及屏東縣之淹水預報系統，並同時優化系統平臺提高預報準確性及資訊傳遞效率。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070085</commissionedprojectidentifier><currency>NT$</currency><date>2019/1/31</date><governmentpublicationsnumber>1010702562</governmentpublicationsnumber><identifier>86213</identifier><internationalstandardbooknumber>9789860581782 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86213</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>淹水預警功能之測試與運作--光碟版=Operational Testing of Flood Early Warning System</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為水災災中應變需要，於106年執行「高時空解析度淹水模式之應用研究」，可於短時間內提供未來數小時高精度之淹水模擬，經測試結果顯示模擬效果良好。為使模擬成果更為細緻，本所於106年起與內政部地政司合作，產製適合水理模式之水利數值地形資料，以擴大細緻化淹水模擬之應用。 本計畫將因應水利數值地形資料之產製，訂定相關細部規格供內政部地政司參考並完成測試；同時為實際應用於淹水模擬，故建置一縣市之細緻化淹水模式並於防汛期間進行最佳化測試；為使模擬結果資訊化，需完成資訊展示並產製相關圖文簡報。另外，本計畫亦辦理教育訓練推廣細緻化淹水模式，並使本所同仁學習模式建置與操作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070415</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/1</date><governmentpublicationsnumber>1010702559</governmentpublicationsnumber><identifier>86214</identifier><internationalstandardbooknumber>9789860581775 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86214</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>水利數值地形資料應用於細緻化淹水模擬之研究(內附光碟)=Application of Hydro Digital Elevation Model on High Resolution Inundation Modeling</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為水災災中應變需要，於106年執行「高時空解析度淹水模式之應用研究」，可於短時間內提供未來數小時高精度之淹水模擬，經測試結果顯示模擬效果良好。為使模擬成果更為細緻，本所於106年起與內政部地政司合作，產製適合水理模式之水利數值地形資料，以擴大細緻化淹水模擬之應用。 本計畫將因應水利數值地形資料之產製，訂定相關細部規格供內政部地政司參考並完成測試；同時為實際應用於淹水模擬，故建置一縣市之細緻化淹水模式並於防汛期間進行最佳化測試；為使模擬結果資訊化，需完成資訊展示並產製相關圖文簡報。另外，本計畫亦辦理教育訓練推廣細緻化淹水模式，並使本所同仁學習模式建置與操作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070415</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/1</date><governmentpublicationsnumber>1010702559</governmentpublicationsnumber><identifier>86215</identifier><internationalstandardbooknumber>9789860581775 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86215</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>水利數值地形資料應用於細緻化淹水模擬之研究--光碟版=Application of Hydro Digital Elevation Model on High Resolution Inundation Modeling</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區因水文、地文條件嚴峻，加上氣候變遷影響導致降雨呈現延時短、強度高之趨勢，使管理機關面對水資源調度壓力劇增，惟臺灣地區傳統水資源開發工程已近飽和且推動不易，為支持經濟持續發展，穩定生活環境，水資源政策須基於既有水資源設施基礎上，以精進管理方式適度滿足各標的用水需求。因此在地面水源開發受限條件下，如何以多元水源穩定供應及有效管理水資源為當前重要課題。 行政院於106年4月5日院臺經字第1060009184號函核定通過「前瞻基礎建設計畫-數位建設」項下「水資源物聯網計畫」，冀透過運用物聯網科技加值水利資訊，藉此整合雲端運算與大數據分析等技術，預期將帶給水資源管理嶄新且有效的解決方案，並帶動產業升級，研發更便利及創新之水利服務。 本所已於106年度委託辦理「多元水源智慧調控-1.水資源資料盤查及數據整合」計畫(以下簡稱多元1計畫)，彙整國內外多元水源盤查技術及智慧管理應用相關文獻，盤點國內多元水源及各標的用水供需現況，以掌握為達到多元水源智慧調控目標所需之關鍵技術缺口，並初步建議示範場域。 由多元1計畫盤點成果顯示，供水端：水庫供水資料相對完整；川流取水量及地下水可用水量、抽水量及補注量等尚待突破。需水端：各標的合理需求量估算及實際用水量等，尚待精進。此等皆為後續計畫發展重點。在瞭解供、需端的水量後，對於重要氣象資訊，包括降雨量、蒸發散量等亦需要有所掌握，俾透過水文模型進行水平衡分析模擬，連結供需調配，提升整體水資源管理效能。為達此目的，相關物理量的掌握至關重要，此部分已由「多元水源智慧調控-2.水資源物聯網感測技術創新研發」(以下簡稱多元2計畫，預計107.8公告上網，計畫執行至108.12)主導感測技術研發及整合，期產出符合物聯網概念之關鍵感測設備及技術，預計以地面流量、地下水抽水量、水平衡推估為發展主軸。有關示範區建議，透過多元供水條件、智慧化資源相對集中、能突顯計畫效益、現有資料質與量、可獲得性、相關單位配合意願等因素綜合考量後，初步建議選擇石門水庫供水區(詳參考資料)。 為達到「隨需而供、動態調配」之願景目標，本計畫期彙整相關歷史與即時資料，並就資訊不足處新設物聯網感測設備，透過大量物聯網感測器的布設，快速取得、累積即時且多樣化水資訊；以混合模式的概念，整合動態物理模式、資料驅動、環境感測之優點，進行多元水源智慧調控模式開發，藉即時資料持續回饋修正，降低不確定性及決策風險；並結合多目標管理，同時考量供需、防洪、排淤、發電、生態、經濟等需求，即時提出最佳化水源調控決策建議，並進行未來水資源情勢預估。同時擇一示範區實際整合感測網絡(既有及新設)及智慧調控模式，進行模試驗證及效益評估。 爰此，本計畫將透過蒐整相關多元水源調度、機械學習、深度學習等國內外相關文獻及案例，建立資料探勘及分析方法、管理及輔助決策模式(包含排洪及抗旱調度模式等)，並進行多元水源智慧調控模式研發，再透過示範區進行系統測試、驗證、優化及效能評估等，並研提調度管理營運及後續推廣方案。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/12</date><governmentpublicationsnumber>1010702472</governmentpublicationsnumber><identifier>86218</identifier><internationalstandardbooknumber>9789860580778 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86218</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>多元水源智慧調控-1.水資源資料盤查及數據整合(內附光碟)=Smart Allocation of Multiple Water Resources-1.Inventory of Water Resources Information and Data Integratio</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區因水文、地文條件嚴峻，加上氣候變遷影響導致降雨呈現延時短、強度高之趨勢，使管理機關面對水資源調度壓力劇增，惟臺灣地區傳統水資源開發工程已近飽和且推動不易，為支持經濟持續發展，穩定生活環境，水資源政策須基於既有水資源設施基礎上，以精進管理方式適度滿足各標的用水需求。因此在地面水源開發受限條件下，如何以多元水源穩定供應及有效管理水資源為當前重要課題。 行政院於106年4月5日院臺經字第1060009184號函核定通過「前瞻基礎建設計畫-數位建設」項下「水資源物聯網計畫」，冀透過運用物聯網科技加值水利資訊，藉此整合雲端運算與大數據分析等技術，預期將帶給水資源管理嶄新且有效的解決方案，並帶動產業升級，研發更便利及創新之水利服務。 本所已於106年度委託辦理「多元水源智慧調控-1.水資源資料盤查及數據整合」計畫(以下簡稱多元1計畫)，彙整國內外多元水源盤查技術及智慧管理應用相關文獻，盤點國內多元水源及各標的用水供需現況，以掌握為達到多元水源智慧調控目標所需之關鍵技術缺口，並初步建議示範場域。 由多元1計畫盤點成果顯示，供水端：水庫供水資料相對完整；川流取水量及地下水可用水量、抽水量及補注量等尚待突破。需水端：各標的合理需求量估算及實際用水量等，尚待精進。此等皆為後續計畫發展重點。在瞭解供、需端的水量後，對於重要氣象資訊，包括降雨量、蒸發散量等亦需要有所掌握，俾透過水文模型進行水平衡分析模擬，連結供需調配，提升整體水資源管理效能。為達此目的，相關物理量的掌握至關重要，此部分已由「多元水源智慧調控-2.水資源物聯網感測技術創新研發」(以下簡稱多元2計畫，預計107.8公告上網，計畫執行至108.12)主導感測技術研發及整合，期產出符合物聯網概念之關鍵感測設備及技術，預計以地面流量、地下水抽水量、水平衡推估為發展主軸。有關示範區建議，透過多元供水條件、智慧化資源相對集中、能突顯計畫效益、現有資料質與量、可獲得性、相關單位配合意願等因素綜合考量後，初步建議選擇石門水庫供水區(詳參考資料)。 為達到「隨需而供、動態調配」之願景目標，本計畫期彙整相關歷史與即時資料，並就資訊不足處新設物聯網感測設備，透過大量物聯網感測器的布設，快速取得、累積即時且多樣化水資訊；以混合模式的概念，整合動態物理模式、資料驅動、環境感測之優點，進行多元水源智慧調控模式開發，藉即時資料持續回饋修正，降低不確定性及決策風險；並結合多目標管理，同時考量供需、防洪、排淤、發電、生態、經濟等需求，即時提出最佳化水源調控決策建議，並進行未來水資源情勢預估。同時擇一示範區實際整合感測網絡(既有及新設)及智慧調控模式，進行模試驗證及效益評估。 爰此，本計畫將透過蒐整相關多元水源調度、機械學習、深度學習等國內外相關文獻及案例，建立資料探勘及分析方法、管理及輔助決策模式(包含排洪及抗旱調度模式等)，並進行多元水源智慧調控模式研發，再透過示範區進行系統測試、驗證、優化及效能評估等，並研提調度管理營運及後續推廣方案。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/12</date><governmentpublicationsnumber>1010702472</governmentpublicationsnumber><identifier>86219</identifier><internationalstandardbooknumber>9789860580778 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86219</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>多元水源智慧調控-1.水資源資料盤查及數據整合--光碟版=Smart Allocation of Multiple Water Resources-1.Inventory of Water Resources Information and Data Integratio</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區因水文、地文條件嚴峻，加上氣候變遷影響導致降雨呈現延時短、強度高之趨勢，使管理機關面對水資源調度壓力劇增，惟臺灣地區傳統水資源開發工程已近飽和且推動不易，為支持經濟持續發展，穩定生活環境，水資源政策須基於既有水資源設施基礎上，以精進管理方式適度滿足各標的用水需求。因此在地面水源開發受限條件下，如何以多元水源穩定供應及有效管理水資源為當前重要課題。 行政院於106年4月5日院臺經字第1060009184號函核定通過「前瞻基礎建設計畫-數位建設」項下「水資源物聯網計畫」，冀透過運用物聯網科技加值水利資訊，藉此整合雲端運算與大數據分析等技術，預期將帶給水資源管理嶄新且有效的解決方案，並帶動產業升級，研發更便利及創新之水利服務。 本所已於106年度委託辦理「多元水源智慧調控-1.水資源資料盤查及數據整合」計畫(以下簡稱多元1計畫)，彙整國內外多元水源盤查技術及智慧管理應用相關文獻，盤點國內多元水源及各標的用水供需現況，以掌握為達到多元水源智慧調控目標所需之關鍵技術缺口，並初步建議示範場域。 由多元1計畫盤點成果顯示，供水端：水庫供水資料相對完整；川流取水量及地下水可用水量、抽水量及補注量等尚待突破。需水端：各標的合理需求量估算及實際用水量等，尚待精進。此等皆為後續計畫發展重點。在瞭解供、需端的水量後，對於重要氣象資訊，包括降雨量、蒸發散量等亦需要有所掌握，俾透過水文模型進行水平衡分析模擬，連結供需調配，提升整體水資源管理效能。為達此目的，相關物理量的掌握至關重要，此部分已由「多元水源智慧調控-2.水資源物聯網感測技術創新研發」(以下簡稱多元2計畫，預計107.8公告上網，計畫執行至108.12)主導感測技術研發及整合，期產出符合物聯網概念之關鍵感測設備及技術，預計以地面流量、地下水抽水量、水平衡推估為發展主軸。有關示範區建議，透過多元供水條件、智慧化資源相對集中、能突顯計畫效益、現有資料質與量、可獲得性、相關單位配合意願等因素綜合考量後，初步建議選擇石門水庫供水區(詳參考資料)。 為達到「隨需而供、動態調配」之願景目標，本計畫期彙整相關歷史與即時資料，並就資訊不足處新設物聯網感測設備，透過大量物聯網感測器的布設，快速取得、累積即時且多樣化水資訊；以混合模式的概念，整合動態物理模式、資料驅動、環境感測之優點，進行多元水源智慧調控模式開發，藉即時資料持續回饋修正，降低不確定性及決策風險；並結合多目標管理，同時考量供需、防洪、排淤、發電、生態、經濟等需求，即時提出最佳化水源調控決策建議，並進行未來水資源情勢預估。同時擇一示範區實際整合感測網絡(既有及新設)及智慧調控模式，進行模試驗證及效益評估。 爰此，本計畫將透過蒐整相關多元水源調度、機械學習、深度學習等國內外相關文獻及案例，建立資料探勘及分析方法、管理及輔助決策模式(包含排洪及抗旱調度模式等)，並進行多元水源智慧調控模式研發，再透過示範區進行系統測試、驗證、優化及效能評估等，並研提調度管理營運及後續推廣方案。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070311</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/12</date><governmentpublicationsnumber>1010702472</governmentpublicationsnumber><identifier>86220</identifier><internationalstandardbooknumber>9789860580778 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86220</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>多元水源智慧調控-1.水資源資料盤查及數據整合附冊=Smart Allocation of Multiple Water Resources-1.Inventory of Water Resources Information and Data Integratio</title><yearidentifier>201812</yearidentifier></data><data><abstract>警戒水位相關資訊與運用。</abstract><author>國立交通大學</author><categoryidentifier>677.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/2/13</date><governmentpublicationsnumber>1010702399</governmentpublicationsnumber><identifier>86225</identifier><internationalstandardbooknumber>9789860579789 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86225</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>中央管河川與區域排水警戒水位資料庫建置（2/2）Study on Database Setup of Warning Stage for River and Drainage systems Administered by Central Government(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/2/14</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>86231</identifier><internationalstandardbooknumber>9.77E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86231</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>107</publishrocyear><title>106水利年報(內附光碟)=Annual Report</title><yearidentifier>201812</yearidentifier></data><data><abstract>河川治理工作對於深槽演變尺度之探討極為重要性，不僅止於在決定通洪能力之思維，故如何使水量與泥砂維持長期動態平衡，為目前河川治理規劃頗具挑戰性之課題；實務上，河川治理法線係考量既有或計畫待建河防建造物、計畫洪水位到達範圍及沿岸保護標的等據以訂定高水治理下之計畫河寬，有待進一步探討河川深槽各種尺度演變對於既有河川治理法線之影響。河川治理之工程措施需考量河相與河性，因地制宜，達成減災並兼顧生態需求及環境品質提升。工程實施需瞭解河川不同時間、空間尺度之物理特性，純以洪水位探討堤頂高不足之高水治理思維，無法根本解決土砂不平衡之沖淤問題，亦無法減少流速、流向造成河防設施之破壞，間接影響高水治理之效果。故藉由深槽水理特性分析與應用，河川有效因勢利導，進一步完成防洪減災之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070279</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/15</date><governmentpublicationsnumber>1010702430</governmentpublicationsnumber><identifier>86245</identifier><internationalstandardbooknumber>9789860580198 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86245</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>深槽水理特性分析應用於治理規劃之研究(內附光碟)=Application Study on the Flow Characteristics Analysis of the Main Channel for River Regulation and Planning</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/18</date><governmentpublicationsnumber>1010702186</governmentpublicationsnumber><identifier>86254</identifier><internationalstandardbooknumber>9789860576351 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86254</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估(2/2)(內附光碟)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/18</date><governmentpublicationsnumber>1010702188</governmentpublicationsnumber><identifier>86255</identifier><internationalstandardbooknumber>9789860576368 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86255</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估總報告(內附光碟)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年水理輸砂模式日趨完整，本所過去亦引進或開發相關模式，透過本計畫希望能整合並加強部份模式的使用性。因此包含以下三大部分： 1.彙整相關模式的模式程式、使用案例以及相關學習資源。 2.以QGIS為平台開發SRH 2/3D的視窗化界面。 3.依據模式屬性透過網頁技術，提供網頁界面的操作使用與成果展示。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070005</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/19</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>86258</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86258</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置=Establishment of Numerical Models Platform for River Planning and Regulation</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署與中央氣象局合作發展多重觀測工具之定量降水估計與分類技術(QPESUMS)，可有效利用雷達、衛星及雨量計等觀測資料，推測定量降雨數值預報及其空間分布趨勢，為有效加值應用該相關資料，爰辦理本計畫。</abstract><author>台北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070235</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/19</date><governmentpublicationsnumber>1010702344</governmentpublicationsnumber><identifier>86264</identifier><internationalstandardbooknumber>9789860574265 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86264</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>雷達降雨網格資料於水文氣象觀測整合平台之多元加值應用(1/2)(光碟版)The Application of Multi Value-added in OPESUMS Grid-based Precipitation on FEWS-Taiwan(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>台灣水資源與農業研究院教育基金會</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070232</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/19</date><governmentpublicationsnumber>1010702346</governmentpublicationsnumber><identifier>86269</identifier><internationalstandardbooknumber>9789860574111 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86269</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>水文觀測作業評核與綜合分析服務(1/2)(光碟版)Hydrological Observations Assessment and Comprehensive Analysis Services(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>警戒水位相關資訊與運用。</abstract><author>國立交通大學</author><categoryidentifier>677.32</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070344</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/20</date><governmentpublicationsnumber>1010702399</governmentpublicationsnumber><identifier>86273</identifier><internationalstandardbooknumber>9789860579789 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86273</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>中央管河川與區域排水警戒水位資料庫建置（2/2）(光碟版)Study on Database Setup of Warning Stage for River and Drainage systems Administered by Central Government(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測，並維護相關監測設備（包含4站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070175</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702599</governmentpublicationsnumber><identifier>86282</identifier><internationalstandardbooknumber>9789860581126 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86282</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>107</publishrocyear><title>107年度臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Taipei, Miaoli, Taichung, Chiayi, Pingtung and Ilan Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測，並維護相關監測設備（包含4站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070175</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702599</governmentpublicationsnumber><identifier>86283</identifier><internationalstandardbooknumber>9789860581126 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86283</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>107</publishrocyear><title>107年度臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測及分析(光碟版)=Monitoring and Analyzing Land Subsidence of Taipei, Miaoli, Taichung, Chiayi, Pingtung and Ilan Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070174</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702600</governmentpublicationsnumber><identifier>86287</identifier><internationalstandardbooknumber>9789860581119 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86287</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070174</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702600</governmentpublicationsnumber><identifier>86289</identifier><internationalstandardbooknumber>9789860581119 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86289</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度彰化及雲林地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>以往相關計畫於計畫期間（民國97年至106年）進行15場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。本計畫執行期間自決標日次日(如決標日早於民國107年1月15日則以1月15日為履約起始日)起至民國107年12月15日止。包括入庫羅浮測站岸壁與觀測樁觀測站系統維護、庫區浮台TDR自動化觀測浮台維護、壩頂分層觀測系統、下游各排水口人工測站及自動化觀測系統維護，以及颱洪期間全洪程入庫與出庫泥砂濃度之人工觀測與自動化量測分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070028</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702232</governmentpublicationsnumber><identifier>86303</identifier><internationalstandardbooknumber>9789860577808 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86303</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>107年度石門水庫泥砂運移監測設施維護與全洪程觀測=Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201812</yearidentifier></data><data><abstract>以往相關計畫於計畫期間（民國97年至106年）進行15場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。本計畫執行期間自決標日次日(如決標日早於民國107年1月15日則以1月15日為履約起始日)起至民國107年12月15日止。包括入庫羅浮測站岸壁與觀測樁觀測站系統維護、庫區浮台TDR自動化觀測浮台維護、壩頂分層觀測系統、下游各排水口人工測站及自動化觀測系統維護，以及颱洪期間全洪程入庫與出庫泥砂濃度之人工觀測與自動化量測分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070028</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702232</governmentpublicationsnumber><identifier>86305</identifier><internationalstandardbooknumber>9789860577808 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86305</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>107年度石門水庫泥砂運移監測設施維護與全洪程觀測(光碟版)=Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702188</governmentpublicationsnumber><identifier>86325</identifier><internationalstandardbooknumber>9789860576368 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86325</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估總報告(光碟版)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/22</date><governmentpublicationsnumber>1010702186</governmentpublicationsnumber><identifier>86326</identifier><internationalstandardbooknumber>9789860576351 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86326</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估(2/2)(光碟版)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070174</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/26</date><governmentpublicationsnumber>1010702600</governmentpublicationsnumber><identifier>86368</identifier><internationalstandardbooknumber>9789860581119 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86368</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測，並維護相關監測設備（包含4站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070175</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/26</date><governmentpublicationsnumber>1010702599</governmentpublicationsnumber><identifier>86369</identifier><internationalstandardbooknumber>9789860581126 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86369</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Taipei, Miaoli, Taichung, Chiayi, Pingtung and Ilan Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」與「地下水保育管理暨地層下陷防治第2期計畫」各部會執行情形，並協助整合相關地層下陷防治工作。為促進地下水合理利用及持續紓緩地層下陷情勢，爰辦理地下水抽水對分層土壤壓密之影響機制探討、地層下陷防治計畫執行內容體檢與後續防治工作研擬、自記式地層下陷分層監測系統應用效益評估及地層下陷防治成效評估與策進作為研擬等工作，爰成立本計畫，協助提供本署推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070214</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/26</date><governmentpublicationsnumber>1010702601</governmentpublicationsnumber><identifier>86371</identifier><internationalstandardbooknumber>9789860581102 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86371</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度地層下陷防治專案服務計畫(內附光碟)=The Porject for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」與「地下水保育管理暨地層下陷防治第2期計畫」各部會執行情形，並協助整合相關地層下陷防治工作。為促進地下水合理利用及持續紓緩地層下陷情勢，爰辦理地下水抽水對分層土壤壓密之影響機制探討、地層下陷防治計畫執行內容體檢與後續防治工作研擬、自記式地層下陷分層監測系統應用效益評估及地層下陷防治成效評估與策進作為研擬等工作，爰成立本計畫，協助提供本署推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070214</commissionedprojectidentifier><currency>NT$</currency><date>2019/2/26</date><governmentpublicationsnumber>1010702601</governmentpublicationsnumber><identifier>86372</identifier><internationalstandardbooknumber>9789860581102 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86372</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度地層下陷防治專案服務計畫--光碟版=The Porject for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水規所規劃，河川水理數值模組之初步整合，並建置計畫說明網站，以利使用者了解。</abstract><author>多采科技有限公司</author><categoryidentifier>328.884</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/3/4</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>86397</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86397</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置</title><yearidentifier>201812</yearidentifier></data><data><abstract>水規所規劃，河川水理數值模組之初步整合，並建置計畫說明網站，以利使用者了解。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6   328.884</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070005</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/5</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>86431</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86431</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置(內附光碟)=Establishment of Numerical Models Platform for River Planning and Regulation</title><yearidentifier>201812</yearidentifier></data><data><abstract>本為近年來本署已逐步建構溫泉監測井網，以實際了解各溫泉區溫泉水位及水溫狀況，範圍包括北投、烏來、谷關、關子嶺、四重溪、礁溪、蘇澳、瑞穗、知本等9處溫泉區，並於105年及106年以礁溪溫泉為示範區，進行資料加值分析，初步獲得礁溪溫泉區之抽水與補注特性，作為溫泉管理之參考，本計畫將持續進行其他溫泉區資料加值分析，以掌握不同溫泉之抽水與補注特性，並因地制宜地提出合適之溫泉管理策略</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070023</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702683</governmentpublicationsnumber><identifier>86434</identifier><internationalstandardbooknumber>9789860581966 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86434</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測資訊加值利用之研究=2018 Research on Value-added Analysis of Hot Spring Monitoring Data</title><yearidentifier>201812</yearidentifier></data><data><abstract>本為近年來本署已逐步建構溫泉監測井網，以實際了解各溫泉區溫泉水位及水溫狀況，範圍包括北投、烏來、谷關、關子嶺、四重溪、礁溪、蘇澳、瑞穗、知本等9處溫泉區，並於105年及106年以礁溪溫泉為示範區，進行資料加值分析，初步獲得礁溪溫泉區之抽水與補注特性，作為溫泉管理之參考，本計畫將持續進行其他溫泉區資料加值分析，以掌握不同溫泉之抽水與補注特性，並因地制宜地提出合適之溫泉管理策略</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070023</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702683</governmentpublicationsnumber><identifier>86435</identifier><internationalstandardbooknumber>9789860581966 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86435</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測資訊加值利用之研究--光碟版=2018 Research on Value-added Analysis of Hot Spring Monitoring Data</title><yearidentifier>201812</yearidentifier></data><data><abstract>河川治理工作對於深槽演變尺度之探討極為重要性，不僅止於在決定通洪能力之思維，故如何使水量與泥砂維持長期動態平衡，為目前河川治理規劃頗具挑戰性之課題；實務上，河川治理法線係考量既有或計畫待建河防建造物、計畫洪水位到達範圍及沿岸保護標的等據以訂定高水治理下之計畫河寬，有待進一步探討河川深槽各種尺度演變對於既有河川治理法線之影響。河川治理之工程措施需考量河相與河性，因地制宜，達成減災並兼顧生態需求及環境品質提升。工程實施需瞭解河川不同時間、空間尺度之物理特性，純以洪水位探討堤頂高不足之高水治理思維，無法根本解決土砂不平衡之沖淤問題，亦無法減少流速、流向造成河防設施之破壞，間接影響高水治理之效果。故藉由深槽水理特性分析與應用，河川有效因勢利導，進一步完成防洪減災之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070279</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702430</governmentpublicationsnumber><identifier>86437</identifier><internationalstandardbooknumber>9789860580198 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86437</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>深槽水理特性分析應用於治理規劃之研究(內附光碟)=Application Study on the Flow Characteristics Analysis of the Main Channel for River Regulation and Planning</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。惟據調查結果顯示，國內大部分溫泉地區已達中高度開發，溫泉資源逐漸減少並面臨枯竭危機。 為使溫泉資源永續經營與利用，逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉質及水位狀況，是為保護溫泉資源之ㄧ大工作項目。 目前由縣市政府設置監測井之地區包括北投、烏來、礁溪、蘇澳、瑞穗等地區，另本署於四重溪、礁溪、北投、知本、谷關、關子嶺及寶來亦進行溫泉監測作業。為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070379</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702684</governmentpublicationsnumber><identifier>86438</identifier><internationalstandardbooknumber>9789860581959 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86438</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測井網觀測計畫正式報告書=Taiwan's hot spring monitoring report 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。惟據調查結果顯示，國內大部分溫泉地區已達中高度開發，溫泉資源逐漸減少並面臨枯竭危機。 為使溫泉資源永續經營與利用，逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉質及水位狀況，是為保護溫泉資源之ㄧ大工作項目。 目前由縣市政府設置監測井之地區包括北投、烏來、礁溪、蘇澳、瑞穗等地區，另本署於四重溪、礁溪、北投、知本、谷關、關子嶺及寶來亦進行溫泉監測作業。為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070379</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702684</governmentpublicationsnumber><identifier>86439</identifier><internationalstandardbooknumber>9789860581959 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86439</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測井網觀測計畫正式報告書--光碟版=Taiwan's hot spring monitoring report 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區公告水庫計95座，水庫集水區面積總計約12,000平方公里，佔國土面積1/3，面積廣大，且大部分位屬於山區或河川上游地區，為生態資源相對豐富之地區。為維護水庫集水區生態環境，本署自98年度起研擬生態檢核機制，推廣落實於水庫集水區相關工程，以期減輕集水區內工程興辦時對棲地環境及生態之衝擊，此外，近年來本署各水資源局並積極透過環境教育場域認證，以水庫及其環境作為教育場域，擴大推廣水資源及環境保育教育。依據「水庫集水區保育綱要」揭示之目標，水源環境生態化為水庫集水區保育計畫主要目標之一，為完備水庫集水區生態保育相關工作，本計畫擬先擇定重要水庫集水區進行生態保育工作成果盤點，了解歷年相關工作辦理情形，並擬定中長程水庫集水區生態保育工作願景及目標，再據以研擬相關行動計畫，以為後續辦理參據。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070304</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702694</governmentpublicationsnumber><identifier>86441</identifier><internationalstandardbooknumber>9789860582222 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86441</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區生態保育策略及行動計畫研究成果報告書=The Reservoir watershed conservation strategy and action plan</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區公告水庫計95座，水庫集水區面積總計約12,000平方公里，佔國土面積1/3，面積廣大，且大部分位屬於山區或河川上游地區，為生態資源相對豐富之地區。為維護水庫集水區生態環境，本署自98年度起研擬生態檢核機制，推廣落實於水庫集水區相關工程，以期減輕集水區內工程興辦時對棲地環境及生態之衝擊，此外，近年來本署各水資源局並積極透過環境教育場域認證，以水庫及其環境作為教育場域，擴大推廣水資源及環境保育教育。依據「水庫集水區保育綱要」揭示之目標，水源環境生態化為水庫集水區保育計畫主要目標之一，為完備水庫集水區生態保育相關工作，本計畫擬先擇定重要水庫集水區進行生態保育工作成果盤點，了解歷年相關工作辦理情形，並擬定中長程水庫集水區生態保育工作願景及目標，再據以研擬相關行動計畫，以為後續辦理參據。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070304</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/6</date><governmentpublicationsnumber>1010702694</governmentpublicationsnumber><identifier>86442</identifier><internationalstandardbooknumber>9789860582222 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86442</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區生態保育策略及行動計畫研究成果報告書--光碟版=The Reservoir watershed conservation strategy and action plan</title><yearidentifier>201812</yearidentifier></data><data><abstract>「健康流域」是指所有排水渠到特定的溪流、河流或海灣，所有土地從最原始保護區到最密集發達之城市街區，都是流域一部分。我國對水環境之保育與管理，已逐漸由過去之污染整治/防治，轉型成整合式流域管理（Comprehensive Watershed Management），促使水、土、林等各層面相互協調，另一方面，「綠色基礎設施」(Green Infrastructure)亦漸成為實踐健康流域之手段之一，綠色基礎設施具有調節洪水逕流、淨化以減少流域污染物負荷的功能。本計畫基於永續水環境發展目標，期透過建置健康流域管理體系與評量指標，整合河川流域上下游的環境規劃，充分考量綠色基礎設施連線性，重視自然生態環境，以提出最佳化流域管理措施，再選定適合示範場址研擬集水區管理相關措施、策略及評鑑基準等。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070458</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702695</governmentpublicationsnumber><identifier>86443</identifier><internationalstandardbooknumber>9789860582208 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86443</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>健康流域綜合治理評量制度研究=Development of Integrated and Comprehensive Performance Plan of Healthy Watershed Management</title><yearidentifier>201812</yearidentifier></data><data><abstract>「健康流域」是指所有排水渠到特定的溪流、河流或海灣，所有土地從最原始保護區到最密集發達之城市街區，都是流域一部分。我國對水環境之保育與管理，已逐漸由過去之污染整治/防治，轉型成整合式流域管理（Comprehensive Watershed Management），促使水、土、林等各層面相互協調，另一方面，「綠色基礎設施」(Green Infrastructure)亦漸成為實踐健康流域之手段之一，綠色基礎設施具有調節洪水逕流、淨化以減少流域污染物負荷的功能。本計畫基於永續水環境發展目標，期透過建置健康流域管理體系與評量指標，整合河川流域上下游的環境規劃，充分考量綠色基礎設施連線性，重視自然生態環境，以提出最佳化流域管理措施，再選定適合示範場址研擬集水區管理相關措施、策略及評鑑基準等。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070458</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702695</governmentpublicationsnumber><identifier>86444</identifier><internationalstandardbooknumber>9789860582208 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86444</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>健康流域綜合治理評量制度研究--光碟版=Development of Integrated and Comprehensive Performance Plan of Healthy Watershed Management</title><yearidentifier>201812</yearidentifier></data><data><abstract>「加強水庫集水區保育治理計畫」計畫期程共計4年，其計畫內容涵蓋「崩塌處理」、「野溪整治」、「水土災害預警應變」、「削減集水區生活與農業污染，設置合併式淨化槽或低衝擊開發設施(LID)」及「監測護水」等工作，其中有關低衝擊開發設施部分，係近年國內積極推廣概念與措施，雖已有相關研究及操作手冊可參考，惟實際推動於水庫集水區之案例仍較為缺乏。爰此，成立本計畫以辦理適合場址及示範場址推動規劃之評估，以利後續推動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060520</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702751</governmentpublicationsnumber><identifier>86445</identifier><internationalstandardbooknumber>9789860582918 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86445</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區低衝擊開發設施規劃與推廣=The plan and promotion of Low Impact Development in Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract>「加強水庫集水區保育治理計畫」計畫期程共計4年，其計畫內容涵蓋「崩塌處理」、「野溪整治」、「水土災害預警應變」、「削減集水區生活與農業污染，設置合併式淨化槽或低衝擊開發設施(LID)」及「監測護水」等工作，其中有關低衝擊開發設施部分，係近年國內積極推廣概念與措施，雖已有相關研究及操作手冊可參考，惟實際推動於水庫集水區之案例仍較為缺乏。爰此，成立本計畫以辦理適合場址及示範場址推動規劃之評估，以利後續推動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060520</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702751</governmentpublicationsnumber><identifier>86446</identifier><internationalstandardbooknumber>9789860582918 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86446</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區低衝擊開發設施規劃與推廣--光碟版=The plan and promotion of Low Impact Development in Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract>隨極端氣候日益明顯與強降雨及颱風等氣候災害事件頻傳，水資源的保育措施勢在必行，加之我國儘管位居亞熱帶區域雨量豐沛，但歸因於降雨時間與空間以及地形高度落差大，流域水流湍急入海不易留住水源，須建置水庫以達蓄豐濟枯之目的，故我國水庫集水區的存在係以舒緩水資源供需與空間以及時間上的差異。 惟各水庫集水區保育計畫面臨的狀況及執行情形不盡相同，本計畫預期參考美國工兵團經濟發展程序手冊，需透過持續蒐集與更新彙整國內外該議題之成本效益分析模式，規劃本土經濟參數資料庫，俾利對國內水庫集水區保育實施計畫進行檢討並提出改善作法建議。 與以往經濟分析計畫差異益性，本計畫以參考美國工兵團經濟發展程序手冊方式，規劃並檢討現行參酌之國發會「公共建設計畫經濟效益評估及財務計畫作業手冊」方式，並嘗試規劃及試辦本土經濟參數可行性，以期提出全面、具體且可操作性並適用於所有水庫集水區保育實施計畫之成本效益評估的分析方法、原則、步驟與改善建議等及參數資料庫規劃，俾利後續於各水庫管理單位於未來保育計畫研擬之參酌。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070438</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702544</governmentpublicationsnumber><identifier>86447</identifier><internationalstandardbooknumber>9789860579765 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86447</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區保育計畫之經濟效益評估研究=Economic Benefits Assessment for Reservoir Watershed Conservation Strategy</title><yearidentifier>201812</yearidentifier></data><data><abstract>隨極端氣候日益明顯與強降雨及颱風等氣候災害事件頻傳，水資源的保育措施勢在必行，加之我國儘管位居亞熱帶區域雨量豐沛，但歸因於降雨時間與空間以及地形高度落差大，流域水流湍急入海不易留住水源，須建置水庫以達蓄豐濟枯之目的，故我國水庫集水區的存在係以舒緩水資源供需與空間以及時間上的差異。 惟各水庫集水區保育計畫面臨的狀況及執行情形不盡相同，本計畫預期參考美國工兵團經濟發展程序手冊，需透過持續蒐集與更新彙整國內外該議題之成本效益分析模式，規劃本土經濟參數資料庫，俾利對國內水庫集水區保育實施計畫進行檢討並提出改善作法建議。 與以往經濟分析計畫差異益性，本計畫以參考美國工兵團經濟發展程序手冊方式，規劃並檢討現行參酌之國發會「公共建設計畫經濟效益評估及財務計畫作業手冊」方式，並嘗試規劃及試辦本土經濟參數可行性，以期提出全面、具體且可操作性並適用於所有水庫集水區保育實施計畫之成本效益評估的分析方法、原則、步驟與改善建議等及參數資料庫規劃，俾利後續於各水庫管理單位於未來保育計畫研擬之參酌。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070438</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702544</governmentpublicationsnumber><identifier>86448</identifier><internationalstandardbooknumber>9789860579765 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86448</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區保育計畫之經濟效益評估研究--光碟版=Economic Benefits Assessment for Reservoir Watershed Conservation Strategy</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受到氣候變遷之影響，極端氣候日益明顯，致水庫集水區土砂災害頻傳，進而造成水庫淤積或設施損壞，影響水庫壽命；另由於相關經濟發展之需求，亦衍生水質污染之風險。有鑑於此，行政院於106年7月11日核定前瞻基礎建設計畫-水環境建設-「加強水庫集水區保育治理計畫」，針對特別需要治理之水庫集水區，包含淤積率大、環保署認屬須優先特予保護水庫水體、國有林班地、山坡地、野溪及既有崩塌地或具有崩塌潛勢範圍，以及水質確已優養化或存在劣化趨勢與風險之水庫集水區，辦理相關整治工作，以改善水庫集水區土砂崩塌入庫與水質優氧問題。 「加強水庫集水區保育治理計畫」第一期計畫期程共計4年(106-110年)，其計畫內容涵蓋「崩塌地處理」、「野溪整治」、「水土災害預警應變」、「削減生活與農業污染」及「監測護水」等工作，分別由環保署、農委會(林務局、水保局)及經濟部(水利署)共同執行，並設置「前瞻基礎建設水環境計畫推動小組」與「水與發展複評及考核小組」，辦理相關跨部會審查、政策協商及績效管制考核等工作，水利署擔任幕僚單位。 另外， 104年蘇迪勒颱風造成新店溪上游嚴重災害，行政院105年1月26日核定「新店溪上游流域保育治理及區域穩定供水綱要計畫」，期程8年(104-110年)綱要計畫區分為「建立流域災害監測預警系統」、「加速集水區保育治理與管理」、「加強河川規劃、治理與非工程措施」及「建構高濁度因應處理及備援能力」四大工作區塊，以強化防災預警、保育集水區土地、改善防洪能力、降低濁度影響，保障居民生命財產安全，及產業合理發展，確保臺北地區之水源水質水量，相關工作目前仍持續辦理中。 本計畫為配合「加強水庫集水區保育治理計畫」及「新店溪上游流域保育治理及區域穩定供水綱要計畫」執行，彙整相關計畫推動成果與評估計畫成效，並藉由通盤研析，進而規劃後續執行方針及策略。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070409</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702545</governmentpublicationsnumber><identifier>86449</identifier><internationalstandardbooknumber>9789860579758 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86449</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育治理重大計畫技術服務團=2018 Water Conservation Strategy for Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受到氣候變遷之影響，極端氣候日益明顯，致水庫集水區土砂災害頻傳，進而造成水庫淤積或設施損壞，影響水庫壽命；另由於相關經濟發展之需求，亦衍生水質污染之風險。有鑑於此，行政院於106年7月11日核定前瞻基礎建設計畫-水環境建設-「加強水庫集水區保育治理計畫」，針對特別需要治理之水庫集水區，包含淤積率大、環保署認屬須優先特予保護水庫水體、國有林班地、山坡地、野溪及既有崩塌地或具有崩塌潛勢範圍，以及水質確已優養化或存在劣化趨勢與風險之水庫集水區，辦理相關整治工作，以改善水庫集水區土砂崩塌入庫與水質優氧問題。 「加強水庫集水區保育治理計畫」第一期計畫期程共計4年(106-110年)，其計畫內容涵蓋「崩塌地處理」、「野溪整治」、「水土災害預警應變」、「削減生活與農業污染」及「監測護水」等工作，分別由環保署、農委會(林務局、水保局)及經濟部(水利署)共同執行，並設置「前瞻基礎建設水環境計畫推動小組」與「水與發展複評及考核小組」，辦理相關跨部會審查、政策協商及績效管制考核等工作，水利署擔任幕僚單位。 另外， 104年蘇迪勒颱風造成新店溪上游嚴重災害，行政院105年1月26日核定「新店溪上游流域保育治理及區域穩定供水綱要計畫」，期程8年(104-110年)綱要計畫區分為「建立流域災害監測預警系統」、「加速集水區保育治理與管理」、「加強河川規劃、治理與非工程措施」及「建構高濁度因應處理及備援能力」四大工作區塊，以強化防災預警、保育集水區土地、改善防洪能力、降低濁度影響，保障居民生命財產安全，及產業合理發展，確保臺北地區之水源水質水量，相關工作目前仍持續辦理中。 本計畫為配合「加強水庫集水區保育治理計畫」及「新店溪上游流域保育治理及區域穩定供水綱要計畫」執行，彙整相關計畫推動成果與評估計畫成效，並藉由通盤研析，進而規劃後續執行方針及策略。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070409</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702545</governmentpublicationsnumber><identifier>86450</identifier><internationalstandardbooknumber>9789860579758 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86450</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育治理重大計畫技術服務團--光碟版=2018 Water Conservation Strategy for Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育係長期且持續進行的工作，目前各水庫集水區主要面臨土砂沖蝕及水質污染問題，然而個別水庫集水區的關鍵問題亦受座落區位有所差異，本計畫擬建立水庫集水區保育工作問題分析及解決方案之作業機制，並以本島32座公共給水水庫中選定6座水庫、以及金門、連江及澎湖地區水庫之集水區保育計畫為案例進行實際操作，計畫工作包括盤點水庫集水區現況資料、保育議題、保育工作辦理情形及未來發展趨勢，建立關鍵問題診斷評析方法，確認水庫集水區保育關鍵課題、研擬水庫集水區保育工作之願景、目標、短、中、長程保育策略，並擬定量化績效指標。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070364</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702369</governmentpublicationsnumber><identifier>86451</identifier><internationalstandardbooknumber>9789860575620 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86451</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育課題研析及策略規劃=Analysis and Strategic Planning of Conservation Project for Reservoir Watershed in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育係長期且持續進行的工作，目前各水庫集水區主要面臨土砂沖蝕及水質污染問題，然而個別水庫集水區的關鍵問題亦受座落區位有所差異，本計畫擬建立水庫集水區保育工作問題分析及解決方案之作業機制，並以本島32座公共給水水庫中選定6座水庫、以及金門、連江及澎湖地區水庫之集水區保育計畫為案例進行實際操作，計畫工作包括盤點水庫集水區現況資料、保育議題、保育工作辦理情形及未來發展趨勢，建立關鍵問題診斷評析方法，確認水庫集水區保育關鍵課題、研擬水庫集水區保育工作之願景、目標、短、中、長程保育策略，並擬定量化績效指標。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070364</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702369</governmentpublicationsnumber><identifier>86452</identifier><internationalstandardbooknumber>9789860575620 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86452</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育課題研析及策略規劃--光碟版=Analysis and Strategic Planning of Conservation Project for Reservoir Watershed in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育實施計畫的推動，需持之以恆的積極進行，由於全國水庫多達95座，分屬15個機關（構）轄管，且各水庫集水區內權責機關眾多，集水區面積廣大，且特性差異大，各水庫所面臨問題不盡相同，為落實保育綱要規定，全面檢討各水庫集水區問題及訂定治理策略為首要工作，並利後續管制考核，爰辦理本委託專業服務計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060523</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702367</governmentpublicationsnumber><identifier>86453</identifier><internationalstandardbooknumber>9789860575637 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86453</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106-107年水庫集水區保育策略及技術服務團=2017-2018 Conservation Planning Strategies and Technical Services Group for Reservoir Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育實施計畫的推動，需持之以恆的積極進行，由於全國水庫多達95座，分屬15個機關（構）轄管，且各水庫集水區內權責機關眾多，集水區面積廣大，且特性差異大，各水庫所面臨問題不盡相同，為落實保育綱要規定，全面檢討各水庫集水區問題及訂定治理策略為首要工作，並利後續管制考核，爰辦理本委託專業服務計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060523</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/7</date><governmentpublicationsnumber>1010702367</governmentpublicationsnumber><identifier>86454</identifier><internationalstandardbooknumber>9789860575637 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86454</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106-107年水庫集水區保育策略及技術服務團--光碟版=2017-2018 Conservation Planning Strategies and Technical Services Group for Reservoir Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>9.79E+12</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070028</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/18</date><governmentpublicationsnumber>1010702232</governmentpublicationsnumber><identifier>86484</identifier><internationalstandardbooknumber>9789860577808 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86484</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>107年度石門水庫泥砂運移監測設施維護與全洪程觀測(內含光碟)=Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201812</yearidentifier></data><data><abstract>9.79E+12</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070028</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/18</date><governmentpublicationsnumber>1010702232</governmentpublicationsnumber><identifier>86485</identifier><internationalstandardbooknumber>9789860577808 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86485</librarycollectiondetailsurl><price></price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>107年度石門水庫泥砂運移監測設施維護與全洪程觀測附冊=Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201812</yearidentifier></data><data><abstract>9.79E+12</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070005</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/18</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>86488</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86488</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置(含光碟)=Establishment of Numerical Models Platform for River Planning and Regulation</title><yearidentifier>201812</yearidentifier></data><data><abstract>9.79E+12</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070174</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/18</date><governmentpublicationsnumber>1010702600</governmentpublicationsnumber><identifier>86489</identifier><internationalstandardbooknumber>9789860581119 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86489</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度彰化及雲林地區地層下陷監測及分析(含光碟)=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>以往相關計畫於計畫期間（民國97年至106年）進行15場颱風之全洪程觀測，完整地掌握入庫泥砂量與過庫泥砂量，以及異重流之運移特性，提供水庫防淤操作之即時資訊、水工模型與數值模擬分析所需輸入與率定資料以及全洪程之泥砂運移行為。由於經驗模式之建立需要累積較多不同規模颱洪事件之觀測資料，且水庫防淤工程建置完成後之減淤操作需要可靠之泥砂觀測資料回饋。因此擬續辦石門水庫之全洪程泥砂運移觀測，累積不同颱洪事件全洪程觀測資料，並配合研擬中之防洪防淤方案位置，改善既有之異重流自動化監測系統，使其達到足夠之空間變化資訊及符合操作運轉所需之準確度與穩定性，並逐步降低全洪程觀測所需之人力。本計畫執行期間自決標日次日(如決標日早於民國107年1月15日則以1月15日為履約起始日)起至民國107年12月15日止。包括入庫羅浮測站岸壁與觀測樁觀測站系統維護、庫區浮台TDR自動化觀測浮台維護、壩頂分層觀測系統、下游各排水口人工測站及自動化觀測系統維護，以及颱洪期間全洪程入庫與出庫泥砂濃度之人工觀測與自動化量測分析等工作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070028</commissionedprojectidentifier><currency>NT$</currency><date>2019/3/25</date><governmentpublicationsnumber>1010702232</governmentpublicationsnumber><identifier>86506</identifier><internationalstandardbooknumber>9789860577808 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86506</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>107年度石門水庫泥砂運移監測設施維護與全洪程觀測(光碟版)=Sediment Transport Monitoring Facility Maintenance and Flood Event Observations in Shihmen Reservoir</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第2期計畫目的係針對卵、礫石及砂質河床，進行60度斜向水流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到30度~60度斜向水流衝擊下，以異型塊或格框護坦丁壩工做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/4/11</date><governmentpublicationsnumber>1010800366</governmentpublicationsnumber><identifier>86560</identifier><internationalstandardbooknumber>9789860587685 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86560</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第2期)(內附光碟)=Experimental Study on Toe Scour and Protection for River Embankment (Phase II)</title><yearidentifier>201902</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第2期計畫目的係針對卵、礫石及砂質河床，進行60度斜向水流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到30度~60度斜向水流衝擊下，以異型塊或格框護坦丁壩工做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/4/11</date><governmentpublicationsnumber>1010800366</governmentpublicationsnumber><identifier>86561</identifier><internationalstandardbooknumber>9789860587685 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86561</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第2期)--光碟版=Experimental Study on Toe Scour and Protection for River Embankment (Phase II)</title><yearidentifier>201902</yearidentifier></data><data><abstract>臺灣身為國際之一員，歷年來科技研究及水利治理成果已累積豐富經驗，解決所面臨之水旱災問題，各項科技研發應用的層次極具水準，且相關學術論文發表專利在國際上也有出色表現。過去投入之計畫多為解決國內面臨之問題，較少進行水利技術與相關產業輸出。與臺灣地理位置相近之東南亞及南亞國家，經常面臨嚴重水患問題，國內推動治水經驗與研究成果，可助益於改善新南向國家之水患災害。 本計畫旨將國內之水利技術與經驗，作為國際交流與教育訓練之基礎，並透過國際合作交流分享及宣傳臺灣水利經驗，提升臺灣國際能見度。同時，配合政府新南向政策，對於未來新南向國家水利國際交流行動或水利產業輸出提供策略整體規劃。</abstract><author>國立臺灣大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070199</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/16</date><governmentpublicationsnumber>1010702636</governmentpublicationsnumber><identifier>86583</identifier><internationalstandardbooknumber>9789860582307 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86583</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>水利新南向國際交流合作行動策略(內附光碟)=Action Strategies Project for The Water Resource of International Communication and Cooperation in New Southbound Countries</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣河川坡陡急流，且缺乏相關現場調查資料，本計畫目的是針對卵、礫石及砂質河床，進行60度斜向水流之基腳沖刷與保護基本試驗，以供各單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.11</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/4/17</date><governmentpublicationsnumber>1010800366</governmentpublicationsnumber><identifier>86590</identifier><internationalstandardbooknumber>9789860587685 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86590</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第2期)(含光碟)</title><yearidentifier>201902</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至106年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/23</date><governmentpublicationsnumber>1010800314</governmentpublicationsnumber><identifier>86597</identifier><internationalstandardbooknumber>9789860586893 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86597</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度集集攔河堰監測及安全檢查-環境生態監測成果報告=JiJi Weir Monitoring and Security Checks in yr.2018 Environmental and Ecology Monitoring Report</title><yearidentifier>201902</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至106年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/23</date><governmentpublicationsnumber>1010800314</governmentpublicationsnumber><identifier>86598</identifier><internationalstandardbooknumber>9789860586893 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86598</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度集集攔河堰監測及安全檢查-環境生態監測成果報告--光碟版=JiJi Weir Monitoring and Security Checks in yr.2018 Environmental and Ecology Monitoring Report</title><yearidentifier>201902</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能夠提供緊急時期之取水功能，所以政府於民國90年配合集集共同引水計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95年起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道改善研究和工程。本報告係延續95～106年度之工作，進行魚道改修後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/23</date><governmentpublicationsnumber>1010800315</governmentpublicationsnumber><identifier>86599</identifier><internationalstandardbooknumber>9789860586909 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86599</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度斗六堰魚道功能監測及水域生態監測成果報告=Research on the efficiency assessment of fishway in Dou-Liou Weir 2018</title><yearidentifier>201902</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能夠提供緊急時期之取水功能，所以政府於民國90年配合集集共同引水計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95年起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道改善研究和工程。本報告係延續95～106年度之工作，進行魚道改修後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/23</date><governmentpublicationsnumber>1010800315</governmentpublicationsnumber><identifier>86600</identifier><internationalstandardbooknumber>9789860586909 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86600</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度斗六堰魚道功能監測及水域生態監測成果報告--光碟版=Research on the efficiency assessment of fishway in Dou-Liou Weir 2018</title><yearidentifier>201902</yearidentifier></data><data><abstract>臺灣河川坡陡流急，颱風暴雨洪水時，河道堤防基腳常遭水流淘空傾倒，甚而破堤致災。綜觀各破壞原因，斜向水流衝擊為其重要的影響因素。由於缺乏相關現場調查驗證，對於堤防設計與復建完成後的堤防抗洪成效仍難掌握。本第2期計畫目的係針對卵、礫石及砂質河床，進行60度斜向水流之基腳沖刷與保護水工模型基本試驗。動床試驗成果，提出之無因次基腳最大沖刷深度與水深及無因次來流一般沖刷深度與水深各經驗式，迴歸結果之相關性良好；保護試驗成果，初步提出河道堤防在受到30度~60度斜向水流衝擊下，以異型塊或格框護坦丁壩工做為基腳保護工時之建議布置方式。以上相關試驗成果期能提供規劃、設計與工程管理單位執行時之參考。</abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/4/23</date><governmentpublicationsnumber>1010800366</governmentpublicationsnumber><identifier>86601</identifier><internationalstandardbooknumber>9789860587685 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86601</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河道堤防之基腳沖刷與保護試驗研究(第2期)-內附光碟=Experimental Study on Toe Scour and Protection for River Embankment (Phase II)</title><yearidentifier>201902</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測，並維護相關監測設備（包含4站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070175</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702599</governmentpublicationsnumber><identifier>86614</identifier><internationalstandardbooknumber>9789860581126 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86614</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測及分析(光碟版)=Monitoring and Analyzing Land Subsidence of Taipei, Miaoli, Taichung, Chiayi, Pingtung and Ilan Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070338</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702530</governmentpublicationsnumber><identifier>86616</identifier><internationalstandardbooknumber>9789860580365 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86616</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(1/3)=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(1/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070338</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702530</governmentpublicationsnumber><identifier>86617</identifier><internationalstandardbooknumber>9789860580365 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86617</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(1/3)--光碟版=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(1/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」與「地下水保育管理暨地層下陷防治第2期計畫」各部會執行情形，並協助整合相關地層下陷防治工作。為促進地下水合理利用及持續紓緩地層下陷情勢，爰辦理地下水抽水對分層土壤壓密之影響機制探討、地層下陷防治計畫執行內容體檢與後續防治工作研擬、自記式地層下陷分層監測系統應用效益評估及地層下陷防治成效評估與策進作為研擬等工作，爰成立本計畫，協助提供本署推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070214</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702601</governmentpublicationsnumber><identifier>86618</identifier><internationalstandardbooknumber>9789860581102 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86618</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度地層下陷防治專案服務計畫--光碟版=The Porject for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第110條規定略以：每日供水量在3,000立方公尺以下之簡易自來水事業，由直轄市及縣（市）主管機關另行訂定自治法規管理之；但因簡易自來水系統多處山區（或偏遠地區），常遭遇管理人員專業能力不足（或無人管理）、水費收取不易等問題。 為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫擬探討簡易自來水智慧管理技術及機制，評估成立區域簡易自來水管理模式及可行性；另本計畫將協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070063</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702514</governmentpublicationsnumber><identifier>86619</identifier><internationalstandardbooknumber>9789860580686 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86619</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>簡易自來水智慧管理推動計畫=Smart Management Promotional Project of Small Water Supply Facilities</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第110條規定略以：每日供水量在3,000立方公尺以下之簡易自來水事業，由直轄市及縣（市）主管機關另行訂定自治法規管理之；但因簡易自來水系統多處山區（或偏遠地區），常遭遇管理人員專業能力不足（或無人管理）、水費收取不易等問題。 為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫擬探討簡易自來水智慧管理技術及機制，評估成立區域簡易自來水管理模式及可行性；另本計畫將協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070063</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702514</governmentpublicationsnumber><identifier>86620</identifier><internationalstandardbooknumber>9789860580686 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86620</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>簡易自來水智慧管理推動計畫--光碟版=Smart Management Promotional Project of Small Water Supply Facilities</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自94年起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至105年止，通過考驗取得合格證書總計約為15,201人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行以落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070336</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702571</governmentpublicationsnumber><identifier>86621</identifier><internationalstandardbooknumber>9789860581263 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86621</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度自來水技術人員考驗計畫=2018 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自94年起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至105年止，通過考驗取得合格證書總計約為15,201人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行以落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070336</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702571</governmentpublicationsnumber><identifier>86622</identifier><internationalstandardbooknumber>9789860581263 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86622</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度自來水技術人員考驗計畫--光碟版=2018 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201812</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至106年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010800314</governmentpublicationsnumber><identifier>86623</identifier><internationalstandardbooknumber>9789860586893 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86623</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度集集攔河堰監測及安全檢查-環境生態監測成果報告--光碟版=JiJi Weir Monitoring and Security Checks in yr.2018 Environmental and Ecology Monitoring Report</title><yearidentifier>201902</yearidentifier></data><data><abstract>目前依自來水法劃設之水質水量保護區面積約為9,059.6平方公里，佔台灣總面積之25%，水質水量保護區管理所涉及之議題十分廣泛，其中與本署保育事業組密切相關者，包括水庫集水區治理及管理、自來水事業管理、保水護水愛水節水珍水等多種事項，亟需整合水利署建置或固定使用之相關資訊系統，以利管理或輔助業務之執行；惟相關系統如涉及跨業務介面時，往往因資料尺度、標準或格式未統一結果，造成資訊龐雜、重複填列及解讀困難，無法即時供決策依據。 為強化水源保育與資訊整合決策之效率，保育事業組已完成整合重點業務資訊建置，並開發保育決策APP供同仁上線使用；今年度擬強化業務資訊系統整合，擴充「水資源保育管理知識平臺」，期望透過該平臺進行跨域整合應用，並搭配行動化業務整合資訊APP，提供使用者各類重點資訊。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070335</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702513</governmentpublicationsnumber><identifier>86624</identifier><internationalstandardbooknumber>9789860578492 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86624</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水資源保育管理知識共享計畫=The Project of Water Resources Conservation Management and Knowledge Sharing Program,2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>目前依自來水法劃設之水質水量保護區面積約為9,059.6平方公里，佔台灣總面積之25%，水質水量保護區管理所涉及之議題十分廣泛，其中與本署保育事業組密切相關者，包括水庫集水區治理及管理、自來水事業管理、保水護水愛水節水珍水等多種事項，亟需整合水利署建置或固定使用之相關資訊系統，以利管理或輔助業務之執行；惟相關系統如涉及跨業務介面時，往往因資料尺度、標準或格式未統一結果，造成資訊龐雜、重複填列及解讀困難，無法即時供決策依據。 為強化水源保育與資訊整合決策之效率，保育事業組已完成整合重點業務資訊建置，並開發保育決策APP供同仁上線使用；今年度擬強化業務資訊系統整合，擴充「水資源保育管理知識平臺」，期望透過該平臺進行跨域整合應用，並搭配行動化業務整合資訊APP，提供使用者各類重點資訊。</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070335</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702513</governmentpublicationsnumber><identifier>86625</identifier><internationalstandardbooknumber>9789860578492 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86625</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水資源保育管理知識共享計畫--光碟版=The Project of Water Resources Conservation Management and Knowledge Sharing Program,2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物，提供水庫管理單位了解有害藻類發生的風險性；該系列計畫並收集國內外水庫及水廠藻類、毒素及臭味監測及控制技術，提供本署水庫管理單位有關藻類管理及應變的諮詢。 本年度計畫主要包括藻類代謝物監測技術的提升，由現有的微囊藻毒素、柱孢藻毒素、蛤蚌毒素、土味及霉味物質之藻類代謝物，增加最新神經毒素BMAA的監測以及微囊藻毒素基因表現的監測，除了定期監測藻類危害的風險度外，並彙整歷年資料、評估各水庫藻類風險潛勢，以提供更精確的藻類毒素及臭味物質風險趨勢及變化，作為水庫有害藻類管理的依據。本年度亦將針對水庫有害藻類監測編撰監測指引手冊，搭配技術培訓訓練，協助各水庫管理單位建立自主監測之能力。最後協助本署各水資源局，在面臨水庫有害藻類疑慮事件時之應變計畫與相關措施，以及相關建議諮詢。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070341</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702505</governmentpublicationsnumber><identifier>86626</identifier><internationalstandardbooknumber>9789860579451 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86626</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>公共給水水庫藻類毒物監測應變及檢測技術提升之研究=Improvement of monitoring and response technologies for harmful cyanobacteria in public water supply systems and reservoirs</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物，提供水庫管理單位了解有害藻類發生的風險性；該系列計畫並收集國內外水庫及水廠藻類、毒素及臭味監測及控制技術，提供本署水庫管理單位有關藻類管理及應變的諮詢。 本年度計畫主要包括藻類代謝物監測技術的提升，由現有的微囊藻毒素、柱孢藻毒素、蛤蚌毒素、土味及霉味物質之藻類代謝物，增加最新神經毒素BMAA的監測以及微囊藻毒素基因表現的監測，除了定期監測藻類危害的風險度外，並彙整歷年資料、評估各水庫藻類風險潛勢，以提供更精確的藻類毒素及臭味物質風險趨勢及變化，作為水庫有害藻類管理的依據。本年度亦將針對水庫有害藻類監測編撰監測指引手冊，搭配技術培訓訓練，協助各水庫管理單位建立自主監測之能力。最後協助本署各水資源局，在面臨水庫有害藻類疑慮事件時之應變計畫與相關措施，以及相關建議諮詢。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070341</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702505</governmentpublicationsnumber><identifier>86627</identifier><internationalstandardbooknumber>9789860579451 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86627</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>公共給水水庫藻類毒物監測應變及檢測技術提升之研究--光碟版=Improvement of monitoring and response technologies for harmful cyanobacteria in public water supply systems and reservoirs</title><yearidentifier>201812</yearidentifier></data><data><abstract>斗六堰原稱斗六大圳進水口，由於其設備已相當老舊，同時要能夠提供緊急時期之取水功能，所以政府於民國90年配合集集共同引水計畫，進行本進水口更新改善工程。在此同時，為了考量生態保育之重要性，亦增設一座水池隔壁式魚道(Ice Harbor Type fishway)，以提供洄游生物之利用以達到保育河川生態的目的。中水局特地從民國95年起，專案辦理相關的生態調查和魚道效益評估，同時進行相關的魚道改善研究和工程。本報告係延續95～106年度之工作，進行魚道改修後的生態監測和效益評估，以瞭解目前清水溪生物廊道的暢通情況。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070123</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010800315</governmentpublicationsnumber><identifier>86628</identifier><internationalstandardbooknumber>9789860586909 ; 9789860586</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86628</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度斗六堰魚道功能監測及水域生態監測成果報告--光碟版=Research on the efficiency assessment of fishway in Dou-Liou Weir 2018</title><yearidentifier>201902</yearidentifier></data><data><abstract>鑒於近年來多次發生管線爆裂事件，導致停水及影響公共安全，為降低此類事件頻率，有效管控風險，經濟部106年7月18日公告「與公共安全及供水風險影響重大之自來水設備項目」要求自來水事業就各供水系統中影響重大的設備，建立類似水庫安全評估之定期檢查與評估機制，及主管機關複查、評核之機制，涵蓋內容含設備數量及位置等基本資料、評估頻率、評估項目及內容、評估或檢驗方式、改善措施、其他有關安全及供水風險等事項。惟為近一步協助自來水事業提出影響重大設備的安全評估計畫，及建立長期穩定運作機制，爰提出本計畫。 自來水屬重要維生管線系統之一，所涵蓋的設備(管線與設施)數量龐大、分布廣泛且耐災能力差異極大。不論是地震、颱洪等天然災害，或是人禍(戰爭、恐怖攻擊)、人為疏失(操作失當、第三方原因)，或是結構面的缺陷及老劣化因素，均可能造成重要管線與設施的不預期損害與失效，影響所及，是大範圍地區的限水或停水。造成居民生活極度不便，是屬於供水之風險；另外重要管線與設施的損害，造成淹水等二次災害，甚至可能構成鄰近居民生命財產安全的威脅，則屬於公共安全之風險。 因此，本計畫期針對公共安全或是供水風險作盤點，根據天然及人為災害的潛勢，或是結構面與環境面的肇因，以及管線與設施一旦損害或失效的可能影響等，據以標定影響重大之自來水設備，進而施以風險管理，透過風險抑低、阻絕或分散等方式，以有效降低甚至避免其損害或失效的影響，並以地震災害為例，進行相關風險韌性示範評估。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070342</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702440</governmentpublicationsnumber><identifier>86629</identifier><internationalstandardbooknumber>9789860578508 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86629</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>公共安全及供水風險影響重大之自來水設備地震風險韌性評估之研究=A study on the assessment of criticality of water supply facilities to public safety and serviceability risk</title><yearidentifier>201812</yearidentifier></data><data><abstract>鑒於近年來多次發生管線爆裂事件，導致停水及影響公共安全，為降低此類事件頻率，有效管控風險，經濟部106年7月18日公告「與公共安全及供水風險影響重大之自來水設備項目」要求自來水事業就各供水系統中影響重大的設備，建立類似水庫安全評估之定期檢查與評估機制，及主管機關複查、評核之機制，涵蓋內容含設備數量及位置等基本資料、評估頻率、評估項目及內容、評估或檢驗方式、改善措施、其他有關安全及供水風險等事項。惟為近一步協助自來水事業提出影響重大設備的安全評估計畫，及建立長期穩定運作機制，爰提出本計畫。 自來水屬重要維生管線系統之一，所涵蓋的設備(管線與設施)數量龐大、分布廣泛且耐災能力差異極大。不論是地震、颱洪等天然災害，或是人禍(戰爭、恐怖攻擊)、人為疏失(操作失當、第三方原因)，或是結構面的缺陷及老劣化因素，均可能造成重要管線與設施的不預期損害與失效，影響所及，是大範圍地區的限水或停水。造成居民生活極度不便，是屬於供水之風險；另外重要管線與設施的損害，造成淹水等二次災害，甚至可能構成鄰近居民生命財產安全的威脅，則屬於公共安全之風險。 因此，本計畫期針對公共安全或是供水風險作盤點，根據天然及人為災害的潛勢，或是結構面與環境面的肇因，以及管線與設施一旦損害或失效的可能影響等，據以標定影響重大之自來水設備，進而施以風險管理，透過風險抑低、阻絕或分散等方式，以有效降低甚至避免其損害或失效的影響，並以地震災害為例，進行相關風險韌性示範評估。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070342</commissionedprojectidentifier><currency>NT$</currency><date>2019/4/25</date><governmentpublicationsnumber>1010702440</governmentpublicationsnumber><identifier>86630</identifier><internationalstandardbooknumber>9789860578508 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86630</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>公共安全及供水風險影響重大之自來水設備地震風險韌性評估之研究--光碟版=A study on the assessment of criticality of water supply facilities to public safety and serviceability risk</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣身為國際之一員，歷年來科技研究及水利治理成果已累積豐富經驗，解決所面臨之水旱災問題，各項科技研發應用的層次極具水準，且相關學術論文發表專利在國際上也有出色表現。過去投入之計畫多為解決國內面臨之問題，較少進行水利技術與相關產業輸出。與臺灣地理位置相近之東南亞及南亞國家，經常面臨嚴重水患問題，國內推動治水經驗與研究成果，可助益於改善新南向國家之水患災害。 本計畫旨將國內之水利技術與經驗，作為國際交流與教育訓練之基礎，並透過國際合作交流分享及宣傳臺灣水利經驗，提升臺灣國際能見度。同時，配合政府新南向政策，對於未來新南向國家水利國際交流行動或水利產業輸出提供策略整體規劃。</abstract><author>國立臺灣大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070199</commissionedprojectidentifier><currency>NT$</currency><date>2019/5/2</date><governmentpublicationsnumber>1010702636</governmentpublicationsnumber><identifier>86662</identifier><internationalstandardbooknumber>9789860582307 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86662</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>水利新南向國際交流合作行動策略(光碟版)=Action Strategies Project for The Water Resource of International Communication and Cooperation in New Southbound Countries</title><yearidentifier>201812</yearidentifier></data><data><abstract>樹湖溪位於花蓮縣壽豐鄉境內，集水面積約38.41平方公里，流經樹湖、溪口、豐山、壽豐、共和、光榮、豐裡及豐坪等村，相關支流如豐坪、豐裡、森本、四支一分線、豐田與豐山等排水，終皆匯入樹湖溪右岸，惟沼田溝（壽豐鄉雨水下水道）匯入樹湖溪左岸；樹湖溪於壽豐養殖區東北角匯入荖溪右岸，為花蓮溪水系荖溪之支流，屬於花蓮縣管區域排水。本計畫提出兩種綜合治水方案進行二維淹水模擬演算，並依其工程內容、用地面積、功能性、維護管理、下游淹水改善效果、土地問題、協調問題及工程費用等進行比較後，擇定採下游分洪道及現有漁塭滯洪、分洪方案、中游段滯洪池(編號15、17～21)方案及農田區灌溉制水閘門設置方案施作，以優先改善壽豐村與共和村淹水問題，另於上游段佈設一系列滯洪池，減輕中、下游排水負擔；此外，豐田車站南側地下道局部積淹問題，採豐田車站抽水機組更新方案進行改善。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/5/6</date><governmentpublicationsnumber>1009604392</governmentpublicationsnumber><identifier>86665</identifier><internationalstandardbooknumber>9789860128901 ; 9789860128</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86665</librarycollectiondetailsurl><price>1500</price><publisher>水利署第九河川局</publisher><publishrocyear>97</publishrocyear><title>「易淹水地區水患治理計畫」花蓮縣管區域排水樹湖溪排水系統規劃報告＝Regulation Project of Flood-prone Areas Report of Shu-hu Creek of Hwalian Regional Drainage System</title><yearidentifier>200812</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500毫米，為世界平均值的2.5倍，然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070094</commissionedprojectidentifier><currency>NT$</currency><date>2019/5/7</date><governmentpublicationsnumber>1010800408</governmentpublicationsnumber><identifier>86666</identifier><internationalstandardbooknumber>9789860587661 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86666</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年全民自主防災能力提升及精進計畫(內附光碟)=Improvement for Communitiy-Based Flood Risk Managment of 2018</title><yearidentifier>201903</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500毫米，為世界平均值的2.5倍，然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070094</commissionedprojectidentifier><currency>NT$</currency><date>2019/5/7</date><governmentpublicationsnumber>1010800408</governmentpublicationsnumber><identifier>86667</identifier><internationalstandardbooknumber>9789860587661 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86667</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年全民自主防災能力提升及精進計畫--光碟版=Improvement for Communitiy-Based Flood Risk Managment of 2018</title><yearidentifier>201903</yearidentifier></data><data><abstract>9.79E+12</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070174</commissionedprojectidentifier><currency>NT$</currency><date>2019/5/7</date><governmentpublicationsnumber>1010702600</governmentpublicationsnumber><identifier>86669</identifier><internationalstandardbooknumber>9789860581119 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86669</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度彰化及雲林地區地層下陷監測及分析(光碟)=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部中央地質調查所</author><categoryidentifier>354.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/5/13</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>86681</identifier><internationalstandardbooknumber>10163042 ; 10163042</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86681</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>107</publishrocyear><title>構造地質與活動大地構造專輯</title><yearidentifier>201811</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/10</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>86740</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86740</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>108</publishrocyear><title>水土保持季刊25期</title><yearidentifier>201905</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>南台灣環境科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070195</commissionedprojectidentifier><currency>NT$</currency><date>2019/6/17</date><governmentpublicationsnumber>1010702661</governmentpublicationsnumber><identifier>86756</identifier><internationalstandardbooknumber>9789869261623 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86756</librarycollectiondetailsurl><price>600</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>107</publishrocyear><title>107年度高屏溪流域河川水質採樣檢測分析工作計畫sampling and Analysis for the Water Quality of Kao-Ping River(2018)</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>台灣水資源與農業研究院教育基金會</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070232</commissionedprojectidentifier><currency>NT$</currency><date>2019/6/17</date><governmentpublicationsnumber>1010702346</governmentpublicationsnumber><identifier>86759</identifier><internationalstandardbooknumber>9789860574111 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86759</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>水文觀測作業評核與綜合分析服務(1/2) Hydrological Observations Assessment and Comprehensive Analysis Services(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>301.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/18</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>86770</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86770</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>108</publishrocyear><title>107年度年報</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>王勝平等作李育琴主編</author><categoryidentifier>360.15</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/20</date><governmentpublicationsnumber>1010800060</governmentpublicationsnumber><identifier>86779</identifier><internationalstandardbooknumber>9789860583014 ; 9789860583</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86779</librarycollectiondetailsurl><price>280</price><publisher>農委會林務局, 台灣環境資訊協會</publisher><publishrocyear>108</publishrocyear><title>愛知目標全球行動</title><yearidentifier>201905</yearidentifier></data><data><abstract> </abstract><author>林旭宏</author><categoryidentifier>383.52058</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/25</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>86786</identifier><internationalstandardbooknumber>16089413 ; 16089413</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86786</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>108</publishrocyear><title>行政院農業委員會特有生物研究保育中心107年度年報</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.627</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/25</date><governmentpublicationsnumber>1009302234</governmentpublicationsnumber><identifier>86787</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86787</librarycollectiondetailsurl><price>104</price><publisher>經濟部水利署</publisher><publishrocyear>93</publishrocyear><title>基隆河治理基本計畫(員山子分洪入口至侯硐介壽橋段-第一次修訂)(光碟版)</title><yearidentifier>200407</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/6/28</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>86790</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86790</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>108</publishrocyear><title>水土保持季刊26期</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>383.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/10</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>86834</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86834</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>108</publishrocyear><title>行政院農業委員會特有生物研究保育中心107年度年報</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>澤皓工程顧問有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/12</date><governmentpublicationsnumber>1010302785</governmentpublicationsnumber><identifier>86949</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86949</librarycollectiondetailsurl><price></price><publisher>台灣省苗栗縣政府</publisher><publishrocyear>85</publishrocyear><title>汶水溪治理規劃報告</title><yearidentifier>199612</yearidentifier></data><data><abstract> </abstract><author>澤皓工程顧問有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/12</date><governmentpublicationsnumber>1010302785</governmentpublicationsnumber><identifier>86950</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86950</librarycollectiondetailsurl><price></price><publisher>台灣省苗栗縣政府</publisher><publishrocyear>87</publishrocyear><title>汶水溪治理規劃報告</title><yearidentifier>199810</yearidentifier></data><data><abstract>書內容為柯子湖溪治理基本方針</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/12</date><governmentpublicationsnumber>1009601864</governmentpublicationsnumber><identifier>86985</identifier><internationalstandardbooknumber>9789860103359 ; 9789860103</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86985</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水治理計畫 Ke-Zi-Hu-Si drainage regulation  project</title><yearidentifier>200707</yearidentifier></data><data><abstract>一、計畫緣起與目的本計畫雖前期於79年完成「寶山水庫下游河道(柯子湖溪)改善規劃報告」，另科學工業園區管理局於92年6月完成「新竹柯子湖溪水岸規劃」，但因規劃成果缺乏綜合治水及經營管理之分析，且為因應排水管理辦法(92.10.1頒布實施)規定中央管區域排水集水區域及堤防預定線（用地範圍）之公告，故於排水管理辦法實施後提列94年度計畫重新辦理規劃。本計畫已於94年12月完成「柯子湖溪排水整治及環境營造規劃」報告，以作為水利署河川勘測隊辦理劃定堤防預定線（用地範圍）與本局編訂治理規劃報告及治理計劃的依據，並後續完成排水管理辦法規定之應公告事項，以作為權責單位執行排水業務的規範。二、計畫範圍本計畫係柯子湖溪排水全長10.6公里的水岸整治及結合周邊環境之景觀改善規劃。三、主要工作及方法柯子湖溪排水依據「區域排水整治及環境營造計畫」規劃作業流程，第一階段先完成排水治理規劃報告，並依地形圖劃定排水集水區域及符合環境營造需求的排水整治用地範圍，第二階段彙編完成「排水治理計畫」(含排水集水區域圖及本署河川勘測隊套繪地籍所劃定之堤防預定線（用地範圍）圖)，經召開地方說明會，並報署提請「經濟部水利署河川治理基本計畫審議小組」核定後公告。四、集水區特性柯子湖溪排水發源於新竹縣香山湖村的北緣，往北流經竹東鎮柯湖里，流至新竹市金山里、關東里之後成為縣市的界河，繼續往西北側成為新竹縣員山里與新竹市千甲里的界河。柯子湖溪排水流域面積13.383平方公里，水庫集水區面積3.245平方公里，自寶山水庫下游溢洪道出口至柯子湖溪排水匯入頭前溪排水路之主幹線及其支、分線，主幹線全長10.6公里。地形呈東南向北傾斜，柯子湖溪排水幹線由南向北流，於頭前溪大斷面23處之九甲埔堤防與麻園肚堤防間匯入頭前溪。整個流域呈狹長型，河幅狹窄，河道縱坡降陡，水流湍急，有很明顯之河槽，河道寬窄不一(約15-40m)蜿蜒曲折，雜草竹木叢生，關東橋以上屬丘陵區之排水溝，關東橋以下屬農田排水形式。依河川型態概分屬辮狀流，河心流路較不穩定。目前柯子湖溪排水的河床質在福龍橋上游，大多為較大型之河川石，至關東橋以中型之河川石與鵝卵石相間之石質為主，其它由上往下漸小分佈，至匯入頭前溪的出水口處，則為小型鵝卵石及細砂河床為主。五、水文及計畫排水量 (一)水文分析降雨頻率分析係以中央氣象局新竹雨量站之雨量資料進行分析，以極端值一型分佈、一般極端值分佈、皮爾遜三型分佈、對數皮爾遜三型分佈及三參數對數常態分佈等五種進行，另參酌水文設計應用手冊分析新竹雨量站頻率分析成果，而選用之最佳統計分佈為皮爾遜三型分佈做為暴雨量各重現期距暴雨量推算方法。 (二)計畫排水量柯子湖溪排水洪峰流量推估，本計畫基於安全性及長期治理考量，本規劃擬採用三角形單位歷線法年最大24小時所推得之洪峰流量，作為後續水理分析、檢討與規劃之設計流量。六、排水路通水能力及淹水災害原因現況排水路無法容納重現期距25年洪水之斷面計有斷面0、2、17、20-1、21、22-1、23、32、33、34、35、48、49、57、63、64、69、76、77、83、84、91、92、93、94、95、98-1、100、106、107、117及142等32處，其中餘裕出口高不足超過1m以上者，僅有斷面2，而其餘31處餘裕出水高不足均在1m內。斷面0位處頭前溪洪水平原，建議不做任何工程措施，另斷面2(東西向快速道路橋下排水箱涵)已於95年度配合新甲一號橋下游段石籠護岸施作一併改建。造成曾屋橋餘裕出水高度不足原因，除鄰近地區護岸高度不足外，橋樑樑底標高亦較低，造成排水路通洪斷面不足及回水壅高所致，建議曾屋橋改建及鄰近護岸一併施作以增加通洪斷面。關馨橋至復興橋段等人口密度高及高科技重鎮渠段，僅部分通水斷面不足，且餘裕出水高度不足均在0.5m以內，其餘斷面護岸高度均能達到排水保護標準。柯子湖溪整治的思維上，除了關東橋至關馨橋之人口密集地區強化護岸設施強度及河道整理來調整流速，其餘河段則依據水理分析結果，針對河道護岸高度不足部分予以加高修建，以降低災害的發生。七、治水對策依據集水區之排水特性融合當地景觀、環境及構造物，避免造成視覺障礙，結合當地文化背景及觀光特色，營造具地方特性之環境，並針對現況排水問題與考慮未來可能發生暴雨極端事件，考量現有設施與相關計畫（生態或親水渠段）之配合，擬定治水原則與對策。 (一)外水倒灌之防止匯流處之頭前溪計畫堤頂高為EL. 38.88 m與本計畫起點之計畫堤頂高仍有落差，故本計畫建議以背水堤方式銜接柯子湖溪排水與頭前溪，以防止為防止頭前溪外水倒灌影響堤內地區。 (二)內水之排除考量極端值暴雨洪水事件或寶山水庫緊急排洪，關東橋至新甲一號橋之中游河段，護岸型式建議採用以防洪為主，生態為輔之預鑄混凝土植生槽護岸；華邦電子至關東橋及新甲一號橋以下部分配合既設護岸及加強景觀與生態，護岸型式建議採用石籠護岸。根據現況排水路之需求管理，適時清淤，使排水路保持暢通，主要清除人為傾倒廢棄土、大型垃圾及高莖植物，保留挺水性水生植物，以維河川自然淨化功能。八、排水整治方案柯子湖溪排水整治保護標準以能宣洩10年重現期距之洪峰流量為原則，護岸高度則至少滿足25年重現期距洪水位。全線配合現地環境特色、資源特性及可利用腹地，依地方特色針對其相關資源擬定發展方向，發展不同的遊憩體驗，結合堤岸整治及環境營造設施發展本區多樣化的遊憩體驗。綜上所述計畫區段可分為五個區段，由上游至下游依序為水源涵養段、休閒農業體驗段、地方特色體驗段、河堤綠化段及河口親水段。排水整治規劃用地範圍劃定原則：(一)都市計畫使用分區有河道用地或溝渠用地者，依其用地範圍為限。(二)非都市計畫區或都市計畫無規劃河道用地者，依現況河道內公有地中心為準平順劃定，如無公有地則大致依現況河道中心為準劃定；如為環境營造需單邊擴大用地範圍者，依規劃需要範圍劃定。(三)堤岸設有灌溉取水口者，水路整治時予以改建，並應維持其取水功能。(四)現有橋樑無阻礙排水者予以留用，需改建之橋樑則配合護岸施作時一併完成。九、工程計畫概要柯子湖溪排水全線護岸建議之整治長度約1,723公尺，環境營造方面有三期安遷戶及匯流口等二處公有地提供規劃。包括防洪工程為128,906仟元、用地費為51,076仟元、景觀工程為9,500仟元，總工程經費共計196,155仟元。十、計畫評價本計畫就防災、景觀休憩及社區營造、生態教育等綜合評估後，其所需總工程費約196,155仟元，年計效益18,872仟元，年計工程成本17,584仟元，益本比為1.07，且計畫完成後，可達到正面提昇的效果，激起地方居民愛鄉、愛土及保護環境的同理心。後續建議方面，希望各地方相關單位可配合執行，及由地方團體、廠商認養渠道的整理與環境維護，共同為地方發展付出心力。十一、管理及配合措施柯子湖溪排水沿線都市計畫公園綠地及公有地分佈，配合防洪及休閒、生態功能，依河道轉彎處易淹水段或配合整體發展需求，並將規劃成果需提供予新竹市政府都市計畫單位，作為後續辦理都市計畫檢討之參考。水質改善部分需配合新竹縣、市政府環保局及其下水道規劃管理單位配合辦理，目前家庭污水可望於污水下水道系統完成建設後得到改善。有關區域排水應公告事項、排水管理事項及其權責機關均依「排水管理辦法」規定。</abstract><author>黎明工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/12</date><governmentpublicationsnumber>1009601860</governmentpublicationsnumber><identifier>86986</identifier><internationalstandardbooknumber>9789860103359 ; 9789860103</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_86986</librarycollectiondetailsurl><price>800</price><publisher>水利署第二河川局</publisher><publishrocyear>96</publishrocyear><title>柯子湖溪排水整治及環境營造治理規劃報告 Ke-Zi-Hu-Si drainage regulation  and environment rehabilitation project</title><yearidentifier>200707</yearidentifier></data><data><abstract>本計畫主要目標預計選擇本局轄區內高度淹水潛勢區域，以頭前溪公告行水區內之舊港島及中港溪米粉街堤防無法建置河段為主要應用案例，規劃設計適合之佈建數量與方法，經由期始評估成果作為未來淹水警戒通報、淹水範圍調查與災情評估等參考，其涵蓋面向更廣的現場即時監測與未來預測資訊，以利早期預警快速反應及處置，並將監測與模擬數據進行系統性的加值整合，以視覺化展示方式呈現，讓決策者及相關單位可以直觀、有效率掌握所需資訊，更是智慧河川管理上實質掌控的重點。整體而言，智慧型物聯網監測與預警機制之結合，將提昇本局邁向智慧河川管理目標。</abstract><author>工業技術研究院</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070269</commissionedprojectidentifier><currency>NT$</currency><date>2019/7/16</date><governmentpublicationsnumber>1010801058</governmentpublicationsnumber><identifier>87022</identifier><internationalstandardbooknumber>9789860595208 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87022</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>頭前溪智慧河川建置計畫第一期The First Phase of the Construction Plan for Touqian River Intelligent River</title><yearidentifier>201906</yearidentifier></data><data><abstract>本計畫主要目標預計選擇本局轄區內高度淹水潛勢區域，以頭前溪公告行水區內之舊港島及中港溪米粉街堤防無法建置河段為主要應用案例，規劃設計適合之佈建數量與方法，經由期始評估成果作為未來淹水警戒通報、淹水範圍調查與災情評估等參考，其涵蓋面向更廣的現場即時監測與未來預測資訊，以利早期預警快速反應及處置，並將監測與模擬數據進行系統性的加值整合，以視覺化展示方式呈現，讓決策者及相關單位可以直觀、有效率掌握所需資訊，更是智慧河川管理上實質掌控的重點。整體而言，智慧型物聯網監測與預警機制之結合，將提昇本局邁向智慧河川管理目標。</abstract><author>工業技術研究院</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070269</commissionedprojectidentifier><currency>NT$</currency><date>2019/7/16</date><governmentpublicationsnumber>1010801058</governmentpublicationsnumber><identifier>87023</identifier><internationalstandardbooknumber>9789860595208 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87023</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>頭前溪智慧河川建置計畫第一期(光碟版)The First Phase of the Construction Plan for Touqian River Intelligent River</title><yearidentifier>201906</yearidentifier></data><data><abstract>本計畫主要目標預計選擇本局轄區內高度淹水潛勢區域，以頭前溪公告行水區內之舊港島及中港溪米粉街堤防無法建置河段為主要應用案例，規劃設計適合之佈建數量與方法，經由期始評估成果作為未來淹水警戒通報、淹水範圍調查與災情評估等參考，其涵蓋面向更廣的現場即時監測與未來預測資訊，以利早期預警快速反應及處置，並將監測與模擬數據進行系統性的加值整合，以視覺化展示方式呈現，讓決策者及相關單位可以直觀、有效率掌握所需資訊，更是智慧河川管理上實質掌控的重點。整體而言，智慧型物聯網監測與預警機制之結合，將提昇本局邁向智慧河川管理目標。</abstract><author>工業技術研究院</author><categoryidentifier>443.689713</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070269</commissionedprojectidentifier><currency>NT$</currency><date>2019/7/23</date><governmentpublicationsnumber>1010801058</governmentpublicationsnumber><identifier>87049</identifier><internationalstandardbooknumber>9789860595208 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87049</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>頭前溪智慧河川建置計畫第一期(光碟版)The First Phase of the Construction Plan for Touqian River Intelligent River</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>洪慶宜作</author><categoryidentifier>443.689745</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/7/23</date><governmentpublicationsnumber>1010702162</governmentpublicationsnumber><identifier>87051</identifier><internationalstandardbooknumber>9789860576924 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87051</librarycollectiondetailsurl><price>690</price><publisher>行政院環境保護署</publisher><publishrocyear>107</publishrocyear><title>蛻變重生的二仁溪: 環境與人文變遷影像集</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署與中央氣象局合作發展多重觀測工具之定量降水估計與分類技術(QPESUMS)，可有效利用雷達、衛星及雨量計等觀測資料，推測定量降雨數值預報及其空間分布趨勢，為有效加值應用該相關資料，爰辦理本計畫。</abstract><author>台北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070235</commissionedprojectidentifier><currency>NT$</currency><date>2019/8/8</date><governmentpublicationsnumber>1010702344</governmentpublicationsnumber><identifier>87081</identifier><internationalstandardbooknumber>9789860574265 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87081</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>雷達降雨網格資料於水文氣象觀測整合平台之多元加值應用(1/2)The Application of Multi Value-added in OPESUMS Grid-based Precipitation on FEWS-Taiwan(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>A. 基本資料蒐集及分析 B. 海岸特性及災害風險分析 C. 防護標的及目的。 D. 防護區範圍劃設。 E. 禁止及相容使用評估。 F. 防護措施及方法擬訂。 G. 防護防設施之種類，規模及配置。 H. 事業及財務計畫擬訂。 I. 其他與海岸防護計畫有關之事項</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060226</commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010800927</governmentpublicationsnumber><identifier>87086</identifier><internationalstandardbooknumber>9789860580921 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87086</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>台北海岸防護整合規劃=Integrated Planning of Taipei Coastal Protection</title><yearidentifier>201906</yearidentifier></data><data><abstract>A. 基本資料蒐集及分析 B. 海岸特性及災害風險分析 C. 防護標的及目的。 D. 防護區範圍劃設。 E. 禁止及相容使用評估。 F. 防護措施及方法擬訂。 G. 防護防設施之種類，規模及配置。 H. 事業及財務計畫擬訂。 I. 其他與海岸防護計畫有關之事項</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060226</commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010800927</governmentpublicationsnumber><identifier>87087</identifier><internationalstandardbooknumber>9789860580921 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87087</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>台北海岸防護整合規劃--光碟版=Integrated Planning of Taipei Coastal Protection</title><yearidentifier>201906</yearidentifier></data><data><abstract>本指標分析之年度及年度資料均採普通歷年制，係自當年1月1日開始至12月底止。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010801175</governmentpublicationsnumber><identifier>87088</identifier><internationalstandardbooknumber>9789860596687 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87088</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>中華民國107年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>201908</yearidentifier></data><data><abstract>本指標分析之年度及年度資料均採普通歷年制，係自當年1月1日開始至12月底止。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010801175</governmentpublicationsnumber><identifier>87089</identifier><internationalstandardbooknumber>9789860596687 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87089</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>中華民國107年度各直轄市、縣市重要水利統計指標分析(光碟版)</title><yearidentifier>201908</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010801129</governmentpublicationsnumber><identifier>87090</identifier><internationalstandardbooknumber>9789860596045 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87090</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>中華民國107年水利統計=STATISTIC OF WATER RESOURCES 2018</title><yearidentifier>201908</yearidentifier></data><data><abstract>本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/9</date><governmentpublicationsnumber>1010801129</governmentpublicationsnumber><identifier>87091</identifier><internationalstandardbooknumber>9789860596045 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87091</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>中華民國107年水利統計--光碟版=STATISTIC OF WATER RESOURCES 2018</title><yearidentifier>201908</yearidentifier></data><data><abstract> </abstract><author>行政院農業員會經費補助</author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/12</date><governmentpublicationsnumber>30864870086</governmentpublicationsnumber><identifier>87100</identifier><internationalstandardbooknumber>9789570213669 ; 9789570213</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87100</librarycollectiondetailsurl><price>300</price><publisher>台灣省林業試驗所</publisher><publishrocyear>88</publishrocyear><title>台灣森林土壤調查報告(四) 八仙山事業區</title><yearidentifier>199906</yearidentifier></data><data><abstract> </abstract><author>李錦發</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/8/14</date><governmentpublicationsnumber>1010702582</governmentpublicationsnumber><identifier>87127</identifier><internationalstandardbooknumber>9789860580891 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87127</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>107</publishrocyear><title>五萬分之一台灣地質圖說明書圖幅第一十七號大甲</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫工作範圍本局轄區，包含花蓮溪水系、秀姑巒溪水系及花蓮海岸。 1.基本資料調查搜尋與分析 A.水文觀測設備盤點 B.水利建造物盤點 D.警示設備布設評估與規劃 E.流域現地感測器布設示範 3.流域智慧河川通訊網架構規劃 4.前端感測設備通訊規劃 5. 花蓮溪、秀姑巒溪流域及花蓮海岸管理作業智慧化規劃</abstract><author>中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070494</commissionedprojectidentifier><currency>NT$</currency><date>2019/8/21</date><governmentpublicationsnumber>1010801097</governmentpublicationsnumber><identifier>87149</identifier><internationalstandardbooknumber>9789860596113 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87149</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>第九河川局智慧河川建置整體規劃Planning of Intellectual Stream Management System for 9th River Management Bureau</title><yearidentifier>201906</yearidentifier></data><data><abstract>本計畫工作範圍本局轄區，包含花蓮溪水系、秀姑巒溪水系及花蓮海岸。 1.基本資料調查搜尋與分析 A.水文觀測設備盤點 B.水利建造物盤點 D.警示設備布設評估與規劃 E.流域現地感測器布設示範 3.流域智慧河川通訊網架構規劃 4.前端感測設備通訊規劃 5. 花蓮溪、秀姑巒溪流域及花蓮海岸管理作業智慧化規劃</abstract><author>中興工程顧問社</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070494</commissionedprojectidentifier><currency>NT$</currency><date>2019/8/22</date><governmentpublicationsnumber>1010801097</governmentpublicationsnumber><identifier>87150</identifier><internationalstandardbooknumber>9789860596113 ; 9789860596</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87150</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>第九河川局智慧河川建置整體規劃(光碟版)Planning of Intellectual Stream Management System for 9th River Management Bureau</title><yearidentifier>201906</yearidentifier></data><data><abstract>台灣豐枯不均，每逢豐水期降雨表現不佳時，乾旱災情便陸續發生。亦因水情豐枯日益明顯，使水源調配更加艱困。本計畫，擬以科學化預報為基礎，結合氣象局相關預報模式，研發定量流量預報，並據以改善旱災應變之不確定性、強化旱災應變能力及供主管機關抗旱決策時之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070453</commissionedprojectidentifier><currency>NT$</currency><date>2019/9/5</date><governmentpublicationsnumber>1010801066</governmentpublicationsnumber><identifier>87170</identifier><internationalstandardbooknumber>9789860595420 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87170</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>科學化流量預報與旱災決策輔助研發(內附光碟) A Study on Scientific Inflow Forecasting and Descision Support for Drought Disaster</title><yearidentifier>201906</yearidentifier></data><data><abstract>台灣豐枯不均，每逢豐水期降雨表現不佳時，乾旱災情便陸續發生。亦因水情豐枯日益明顯，使水源調配更加艱困。本計畫，擬以科學化預報為基礎，結合氣象局相關預報模式，研發定量流量預報，並據以改善旱災應變之不確定性、強化旱災應變能力及供主管機關抗旱決策時之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070453</commissionedprojectidentifier><currency>NT$</currency><date>2019/9/5</date><governmentpublicationsnumber>1010801066</governmentpublicationsnumber><identifier>87171</identifier><internationalstandardbooknumber>9789860595420 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87171</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>科學化流量預報與旱災決策輔助研發(光碟版) A Study on Scientific Inflow Forecasting and Descision Support for Drought Disaster</title><yearidentifier>201906</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/9/6</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>87172</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87172</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>108</publishrocyear><title>行政院農業委員會農業試驗所年報(中華民國107年)=TARI ANNUAL REPORT 2018</title><yearidentifier>201908</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/10/1</date><governmentpublicationsnumber>1010801234</governmentpublicationsnumber><identifier>87199</identifier><internationalstandardbooknumber>9789860597752 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87199</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>108</publishrocyear><title>107年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2018</title><yearidentifier>201907</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/4</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>87205</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87205</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測--光碟版=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>國立科學工藝博物館</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/10/5</date><governmentpublicationsnumber>1010801182</governmentpublicationsnumber><identifier>87206</identifier><internationalstandardbooknumber>9789860597431 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87206</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>希望．未來莫拉克風災教會我們的事</title><yearidentifier>201907</yearidentifier></data><data><abstract>水資源回收中心泛指污水處理廠及水再生利用設施，一般而言，水資源回收係以電換水之過程，雖能再生水資源，但耗能為其缺點，惟循環經濟之推動已為大勢所趨，水資源回收中心另有能源、資源等過去忽略之可回收能資源可供利用，因此，水資源回收中心可扮演節能、創能及資源循環再生具附加價值再利用之角色，國外已漸朝能資源整合之方向規劃設計及操作維護方式加以管理，引進太陽能、風力、小水力及生物能源，並將污泥予以能源化、肥料化及材料化再利用，創造能資源整合型環境友善之水資源回收中心，成功的將鄰避設施轉型為受歡迎設施，此種節能、造水與創能的能資源整合循環型水資源回收中心之轉變，未來勢將成為水與資源保育重要政策及方向。</abstract><author>國立臺北科技大學</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070202</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/8</date><governmentpublicationsnumber>1010801039</governmentpublicationsnumber><identifier>87208</identifier><internationalstandardbooknumber>9789860593464 ; 9789860593</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87208</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>能資源整合循環型水資源回收中心規劃之研究(2/2)=The Planning of the Energy-Resources Circular Style Water Reclamation Center (2/2)</title><yearidentifier>201905</yearidentifier></data><data><abstract>水資源回收中心泛指污水處理廠及水再生利用設施，一般而言，水資源回收係以電換水之過程，雖能再生水資源，但耗能為其缺點，惟循環經濟之推動已為大勢所趨，水資源回收中心另有能源、資源等過去忽略之可回收能資源可供利用，因此，水資源回收中心可扮演節能、創能及資源循環再生具附加價值再利用之角色，國外已漸朝能資源整合之方向規劃設計及操作維護方式加以管理，引進太陽能、風力、小水力及生物能源，並將污泥予以能源化、肥料化及材料化再利用，創造能資源整合型環境友善之水資源回收中心，成功的將鄰避設施轉型為受歡迎設施，此種節能、造水與創能的能資源整合循環型水資源回收中心之轉變，未來勢將成為水與資源保育重要政策及方向。</abstract><author>國立臺北科技大學</author><categoryidentifier>544.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070202</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/8</date><governmentpublicationsnumber>1010801039</governmentpublicationsnumber><identifier>87209</identifier><internationalstandardbooknumber>9789860593464 ; 9789860593</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87209</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>能資源整合循環型水資源回收中心規劃之研究(2/2)--光碟版=The Planning of the Energy-Resources Circular Style Water Reclamation Center (2/2)</title><yearidentifier>201905</yearidentifier></data><data><abstract>鑒於以往水利建造物檢查僅單點式針對檢造物本身是否受損，預防因建造物損壞所造成的災害，無法全面性的檢視潛在危險，加以防範避免災害的發生。因此導入風險管理之觀念，猶如全流域健檢，藉由流域水系之風險評估，以了解高風險河段之致災原因，並考量環境可用資源，擬定可行的對策及計畫，依計畫分年分期執行，並隨時檢討執行的成果作為後續精進的參考，以達減低災害發生的目標。 為此水利署已於107年6月20日召開「研商河川水系風險評估相關事宜」會議，經決議擬定危險因子及脆弱因子資料庫，提供各河川局依轄區流域的特性選擇影響流域風險的因子，並套入風險=危險度*脆弱度的分析公式，依1.風險辨識2.風險分析3.風險評量4.風險處理四個步驟辦理風險評估。 由風險評估結果，可針對急要段依次防範處理，俾利經費及資源作最有效率的利用，並增進人民生命財產安全的保障。爰此，成立本委託計畫。</abstract><author>瑞晟技術顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070502</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/17</date><governmentpublicationsnumber>1010801462</governmentpublicationsnumber><identifier>87216</identifier><internationalstandardbooknumber>9789860599541 ; 9789860599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87216</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>後龍溪水系風險評估--光碟版=Risk Assessment of Houlong River System</title><yearidentifier>201908</yearidentifier></data><data><abstract>鑒於以往水利建造物檢查僅單點式針對檢造物本身是否受損，預防因建造物損壞所造成的災害，無法全面性的檢視潛在危險，加以防範避免災害的發生。因此導入風險管理之觀念，猶如全流域健檢，藉由流域水系之風險評估，以了解高風險河段之致災原因，並考量環境可用資源，擬定可行的對策及計畫，依計畫分年分期執行，並隨時檢討執行的成果作為後續精進的參考，以達減低災害發生的目標。 為此水利署已於107年6月20日召開「研商河川水系風險評估相關事宜」會議，經決議擬定危險因子及脆弱因子資料庫，提供各河川局依轄區流域的特性選擇影響流域風險的因子，並套入風險=危險度*脆弱度的分析公式，依1.風險辨識2.風險分析3.風險評量4.風險處理四個步驟辦理風險評估。 由風險評估結果，可針對急要段依次防範處理，俾利經費及資源作最有效率的利用，並增進人民生命財產安全的保障。爰此，成立本委託計畫。</abstract><author>瑞晟技術顧問股份有限公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070502</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/17</date><governmentpublicationsnumber>1010801462</governmentpublicationsnumber><identifier>87217</identifier><internationalstandardbooknumber>9789860599541 ; 9789860599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87217</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>後龍溪水系風險評估=Risk Assessment of Houlong River System</title><yearidentifier>201908</yearidentifier></data><data><abstract>鑒於以往水利建造物檢查僅單點式針對檢造物本身是否受損，預防因建造物損壞所造成的災害，無法全面性的檢視潛在危險，加以防範避免災害的發生。因此導入風險管理之觀念，猶如全流域健檢，藉由流域水系之風險評估，以了解高風險河段之致災原因，並考量環境可用資源，擬定可行的對策及計畫，依計畫分年分期執行，並隨時檢討執行的成果作為後續精進的參考，以達減低災害發生的目標。 為此水利署已於107年6月20日召開「研商河川水系風險評估相關事宜」會議，經決議擬定危險因子及脆弱因子資料庫，提供各河川局依轄區流域的特性選擇影響流域風險的因子，並套入風險=危險度*脆弱度的分析公式，依1.風險辨識2.風險分析3.風險評量4.風險處理四個步驟辦理風險評估。 由風險評估結果，可針對急要段依次防範處理，俾利經費及資源作最有效率的利用，並增進人民生命財產安全的保障。爰此，成立本委託計畫。</abstract><author>瑞晟技術顧問股份有公司</author><categoryidentifier>443.689719</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070502</commissionedprojectidentifier><currency>NT$</currency><date>2019/10/30</date><governmentpublicationsnumber>1010801462</governmentpublicationsnumber><identifier>87237</identifier><internationalstandardbooknumber>9789860599541 ; 9789860599</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87237</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>後龍溪水系風險評估(光碟版)Risk Assessment of Houlong River System</title><yearidentifier>201908</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。 本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070297</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/5</date><governmentpublicationsnumber>1010801265</governmentpublicationsnumber><identifier>87257</identifier><internationalstandardbooknumber>9789860598209 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87257</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第一期</title><yearidentifier>201909</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。 本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070297</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/5</date><governmentpublicationsnumber>1010801265</governmentpublicationsnumber><identifier>87258</identifier><internationalstandardbooknumber>9789860598209 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87258</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第一期(光碟版)</title><yearidentifier>201909</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。 本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070297</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/11</date><governmentpublicationsnumber>1010801265</governmentpublicationsnumber><identifier>87290</identifier><internationalstandardbooknumber>9789860598209 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87290</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第一期(光碟版)</title><yearidentifier>201909</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至105年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060117</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/22</date><governmentpublicationsnumber>1010700097</governmentpublicationsnumber><identifier>87296</identifier><internationalstandardbooknumber>9789860551976 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87296</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度集集攔河堰監測及安全檢查-環境生態監測成果報告(內附光碟)=Chi-Chi Weir Monitoring and Security Checks in yr.2017 Environmental and Ecology Monitoring Report光碟版</title><yearidentifier>201802</yearidentifier></data><data><abstract>集集共同引水工程計畫於90年完工，91年起集集攔河堰正式邁入營運階段，營運期間環境管理監測作業始自民國91年底至105年，為掌握水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益，須持續辦理，為及早因應，掌握平時之變化，以維護營運期間之下游水域環境，延續營運期間環境監測工作，爰擬本計畫。 本案為環評承諾之延續性之必要計畫。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060117</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/22</date><governmentpublicationsnumber>1010700098</governmentpublicationsnumber><identifier>87297</identifier><internationalstandardbooknumber>9789860551969 ; 9789860551</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87297</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>107</publishrocyear><title>106年度斗六堰魚道功能監測及水域生態監測成果報告(內附光碟)=Research on the efficiency assessment of fishway in Dou-Liou Weir 2017光碟版</title><yearidentifier>201802</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 105年歷經5場颱風及79場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統，並進行災害規模及可能淹水區域預判；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060125</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/26</date><governmentpublicationsnumber>1010700316</governmentpublicationsnumber><identifier>87299</identifier><internationalstandardbooknumber>9789860554656 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87299</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年水利署災害緊急應變小組服務團計畫--光碟版=2017 Service Corps of Disaster Emergency Operation Team of WRA</title><yearidentifier>201803</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500公釐，為世界平均值的2.5倍。然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060147</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/26</date><governmentpublicationsnumber>1010700317</governmentpublicationsnumber><identifier>87300</identifier><internationalstandardbooknumber>9789860554663 ; 9789860554</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87300</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年全民自主防災能力提升及精進計畫--光碟版=Improvement for Community-Based Flood Risk Management of 2017</title><yearidentifier>201803</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/11/26</date><governmentpublicationsnumber>1010700373</governmentpublicationsnumber><identifier>87301</identifier><internationalstandardbooknumber>9789860556100 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87301</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>大甲溪石岡壩下游河道整理布置水工模型試驗研究總報告(光碟版)=Hydraulic Model Experiment on Riverbed Stability Study for the Downstream Reach of Shigang Dam in Dajia River</title><yearidentifier>201803</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/11/26</date><governmentpublicationsnumber>1010700376</governmentpublicationsnumber><identifier>87302</identifier><internationalstandardbooknumber>9789860556117 ; 9789860556</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87302</librarycollectiondetailsurl><price>定價700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道全域水工模型試驗第二階段成果報告--光碟版=Physical Model Experiment on the Desilting Tunnel of Tzengwen Reservoir Final Report-The Second Stage</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA101A2001</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/27</date><governmentpublicationsnumber>1010700401</governmentpublicationsnumber><identifier>87303</identifier><internationalstandardbooknumber>9789860555127 ; 9789860555</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87303</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>107</publishrocyear><title>曾文水庫防淤隧道工程計畫-施工環境監測及評估總結報告--光碟版=Zengwen Reservoir Sediment-Sluice Tunnel Project- Environmental Monitoring and Assessment During Construction</title><yearidentifier>201804</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合耗水費之開徵所需之作業支援，，爰擬以本計畫辦理相關工作。</abstract><author>艾奕康工程顧問股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060305</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010700538</governmentpublicationsnumber><identifier>87304</identifier><internationalstandardbooknumber>9789860558326 ; 9789860558</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87304</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年度耗水費徵收行政作業支援計畫--光碟版=The Administrative Support Plan for Levying of Water Conservation Charge in 2017</title><yearidentifier>201804</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署水利規劃試驗所</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010701749</governmentpublicationsnumber><identifier>87305</identifier><internationalstandardbooknumber>9789860571196 ; 9789860571</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87305</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河道伏流水取水布置試驗研究--光碟版=Experiments on Subsurface Water Intake Configuration</title><yearidentifier>201811</yearidentifier></data><data><abstract>辦理台東海岸防護整合規畫工作，以提供台東縣政府擬訂海岸防護計畫及第八河川局之權責分工參考。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060064_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010701997</governmentpublicationsnumber><identifier>87306</identifier><internationalstandardbooknumber>9789860572728 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87306</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>台東海岸防護整合規劃(初稿)(內附光碟)=Coastal Protection Integration Planning (Preliminary Report)</title><yearidentifier>201812</yearidentifier></data><data><abstract>金門海岸防護規劃主要為防治海岸災害、預防海水倒灌、國土流失，確保海岸地區居民生活品質及引導土地合理利用。</abstract><author>國立中山大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060065_107</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010701998</governmentpublicationsnumber><identifier>87307</identifier><internationalstandardbooknumber>9789860572735 ; 9789860572</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87307</librarycollectiondetailsurl><price>3000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>金門海岸防護計畫規劃--光碟版=Coastal Protection Integration Planning in Kinmen</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702186</governmentpublicationsnumber><identifier>87308</identifier><internationalstandardbooknumber>9789860576351 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87308</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估(2/2)(光碟版)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>新店溪支流南勢溪集水區於蘇迪勒颱風後崩坍地大幅增加，預期土砂可能逐年向下遞移，而桂山壩位處烏來老街下游，本次計畫目的係如何利用水力排砂以減緩水庫囚砂率，並評估颱洪時配合南勢溪整治將泥砂排放至下游，以減南勢溪渠底清淤疏浚量，使河床風貌重塑，恢復往日湖光山色景緻，達成增進休閒遊憩及環境營造之目標</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070242</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702188</governmentpublicationsnumber><identifier>87309</identifier><internationalstandardbooknumber>9789860576368 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87309</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估總報告(光碟版)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年水理輸砂模式日趨完整，本所過去亦引進或開發相關模式，透過本計畫希望能整合並加強部份模式的使用性。因此包含以下三大部分： 1.彙整相關模式的模式程式、使用案例以及相關學習資源。 2.以QGIS為平台開發SRH 2/3D的視窗化界面。 3.依據模式屬性透過網頁技術，提供網頁界面的操作使用與成果展示。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070005</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702193</governmentpublicationsnumber><identifier>87310</identifier><internationalstandardbooknumber>9789860577112 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87310</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>河川規劃水理數值模式工作平台建置(光碟版)Establishment of Numerical Models Platform for River Planning and Regulation</title><yearidentifier>201812</yearidentifier></data><data><abstract>海岸開發行為若未整體考量，將改變當地波流特性及輸砂機制，進而影響位於其上下游側海堤防護設施安全，爰此有必要就此探討已受影響之海岸段，釐清其影響機制，並建議配套補償措施，以利整體海岸穩定。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070159</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702198</governmentpublicationsnumber><identifier>87312</identifier><internationalstandardbooknumber>9789860577105 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87312</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>海岸開發對防護設施之影響及補償措施研究總報告(內附光碟)=The Study of Compensation Measures for Coastal Development Affecting The Protective Facility光碟版</title><yearidentifier>201812</yearidentifier></data><data><abstract>萬里溪流域沿線為花蓮中區重要的產業與遊憩核心，上游鄰近享富盛名的林田山林業文化園區，長期以來一直深當地居民及外來遊客所喜愛，中游萬榮溫泉（又稱鴛鴦谷溫泉）、萬榮飛行傘基地亦是重要的觀光景點，而鳳林鎮也於104年通過審查成為國際慢活組織(Cittasolw International)會員，下游兩岸多為台糖或內政部營建署城鄉發展分署之公有土地等。為提昇河岸景觀美質、增加遊客休憩品質，提升防洪構造物之利用效益，本計畫擬在保育萬里溪水資源的前提下，進一步營造各式慢活產業的發展機制及空間，並提出環境景觀整體規劃理念、與週邊社區產業及遊憩據點共享共榮之具體可行方案及管理策略，作為後續執行之參考依據 。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070134</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702231</governmentpublicationsnumber><identifier>87313</identifier><internationalstandardbooknumber>9789860578140 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87313</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>萬里溪水環境營造規劃(1/2)--光碟版=The Water Environment Planning Of The Wanli River(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣位於環西太平洋地震帶，地質脆弱，降雨集中於梅雨及颱風時期，河道屬間歇河性、坡陡流急。洪汛期間單場颱洪之河道短期沖淤激烈，加上河川行水區內設置各項水工構造物等人為干擾，加深防洪沖刷治理之複雜性。尤其，全球暖化氣候異常，降雨分布更趨於高強度集中降雨及長延時，921大地震後抬升中部主要流域河床，加促泥岩裸露，長期及短期一般沖刷更趨急遽，河道穩定及沖刷問題嚴峻。例如大甲溪客庄堤防於2001年桃芝颱洪、2004年敏督利颱洪後72水災及2008年辛樂克颱洪等之毀堤，重複修堤影響民眾對工程設計及防災信心。濁水溪2009年莫拉克颱洪沖刷台16線水里集集段路堤，人車落河危害人民生命財產安全；2012年610梅雨水災水底寮堤防及集集共同引水南岸聯絡渠道毀損，影響水資源調度。鑑於河道深槽渠化，導致颱洪彎道斜向流基腳沖刷日益嚴重，亟須釐清沖刷物理機制，掌握防災抗洪關鍵。本計畫主要目的，係就長期一般沖刷顯著河段，進行颱洪彎道堤基之動態沖刷觀測，據以瞭解台灣間歇河性之彎道沖刷過程，提供物模試驗分析之率定驗證與堤防基腳及其保護工設計之工程實務參考。</abstract><author>財團法人國家實驗研究院台灣颱風洪水研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070020</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702248</governmentpublicationsnumber><identifier>87314</identifier><internationalstandardbooknumber>9789860577990 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87314</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>彎道堤防基腳沖刷之動態觀測--光碟版=Real-time Monitoring for Embankment Scour along River Bends</title><yearidentifier>201812</yearidentifier></data><data><abstract>淡水河系近年部分河道及高灘地有逐年淤積趨勢，未來恐需要經常性進行河道疏浚及植生整理，以保持足夠的通洪斷面，及適度維持河道粗糙度，以因應氣候變遷之防洪需求；另文資法與溼地法等相關法令可能影響對防洪治理之進行，應有專案適切研究。而根據淡水河系河川情勢調查結果及相關生態調查報告指出，淡水河系蘊藏豐富的生態資源，故在進行河道整理、疏浚或植生檢討等工作，應該針對河川清疏工作，研擬更全面且具體可行的對策，相關之清疏技術也需因地制宜研究評估。 淡水河系早年位於台北防洪計畫範圍，除社子島及五股疏左地區因屬洪水平原管制或限制發展區，其餘地區已完成台北防洪計畫保護標準，但是近年來高灘地高度利用，及河道回淤速度受天候自然輸砂及人為排砂等因素，回淤速度有逐年加速之情勢，因此應針對特定河段或區域進行補充調查，及清疏評估方法、技術的研發，本案主要針對現況大漢溪（三峽河匯流口至出口間）河段進行包括河道及高灘地河相變遷、高灘地植生分布及生長情形等，分析工作則是同時由地景生態學、棲地生態學、河相學、水理學等角度，建構本計畫所需之相關理論及模式，並評估各種可行的清疏方法；二重疏洪道分析現況與台北防洪計畫通洪斷面差異，並考量維護生態環境，提出清疏方案初步策略；新店溪（斷面Ｈ017至秀朗橋）評估疏濬工程對生態之影響並提出生態維護之建議。藉此提出適用計畫範圍的河川生態清疏對策，以確保淡水河系容洪、通洪、防洪功能，並維護河川及濕地生態功能。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070073</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/28</date><governmentpublicationsnumber>1010702270</governmentpublicationsnumber><identifier>87315</identifier><internationalstandardbooknumber>9789860577525 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87315</librarycollectiondetailsurl><price>1100</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>107</publishrocyear><title>臺北防洪計畫(大漢溪、新店溪及二重疏洪道河段)清疏以維生態策略研擬--光碟版=Tradeoff analysis of river flood control and ecological conservation on aspects of ecosystem services considering ecological dredging and vegetation thinning</title><yearidentifier>201811</yearidentifier></data><data><abstract>全臺依據自來水法共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。 水利署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區辦理水源保育社區相關計畫，以「在地行動，守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施，由在地民眾共同參與保育行動。 105年度於烏溪、濁水溪兩大流域辦理水源保育社區推動計畫，藉由盤點烏溪、濁水溪流域水源保育議題，106年度辦理南投縣東光社區「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，亦包含中部地區湧泉保育議題調查。 本(107)年度為東光社區「在地行動，守護水源」第2年行動計畫，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助保護湧泉資源、推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070329</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702296</governmentpublicationsnumber><identifier>87316</identifier><internationalstandardbooknumber>9789860577518 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87316</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(中部地區)--光碟版=The Project To Advance The Water Resources Reservation Community of Central Taiwan in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自民國100年起於水質水量保護區辦理水源保育社區計畫，以「在地行動 守護水源」為目標，藉由走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，以在地需求考量，推動適域性的保育措施，由在地民眾共同參與水源保育行動；105年水利署舉辦全國水論壇廣邀各政府機關、專家學者、民間團體等，以「水與安全」、「水與發展」、「水與環境」、「水與契機」為主題，其中有關「涓滴珍惜、水源永續」之管理即為水利署未來業務發展之重點。 歸納水利署歷年水源保育社區之辦理情形，水源保育社區辦理之工作項目包括：水源巡守保護、環境友善農業、農業減廢、點源及非點源污染之改善、環境綠美化、合理化施肥、水源保育宣導、生態旅遊、社區培力自主檢測水質、湧泉溪流認養、生態保育及復育、節約用水等。 本(107)年度以106年度所擇定之3個社區辦理「在地行動，守護水源」第1年行動計畫，並為強化「涓滴珍惜、水源永續」之管理，本計畫亦納入湧泉保育行動，期望社區透過水源(含湧泉)保育課程的學習、共同巡守、及本計畫協助推廣環境友善產業、地方特色經濟及環境綠美化，逐步打造人文與保育兼具的水源保育社區。</abstract><author>國立高雄科技大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070248</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702298</governmentpublicationsnumber><identifier>87317</identifier><internationalstandardbooknumber>9789860577839 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87317</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推廣計畫-高雄及屏東地區--光碟版=Promotion Program of Water Resource Conservation Community in 2018-Kaohsiung and Pingtung Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>為營造再生水友善發展環境，促進水資源永續利用及推動產業發展，爰建立「再生水資源媒合服務平台」與「再生水資源資訊服務平台」，提供整合性再生水使用分布資料，強化資料整合匯流與加值應用，提供產業輔導、宣傳及媒合等資訊服務，配合本計畫推動相關產業發展。 鑒於立法院已於民國104年12月三讀通過「再生水資源發展條例」，賦予廢污水及放流水回收利用的明確法律框架，條例相關授權子法亦於105年11月完成公告，爰需建立「再生水稽核服務系統」之類的輔助系統，藉由互動測試、除錯及回饋，最後再統合相關研究成果，建置「再生水資源管理系統」，提升再生水資源利用效率及使用意願。 為達民國120年每日132萬噸之再生水利用量目標，據以提出我國區域性再生水利用推動藍圖，俾利做為我國長期推動再生水利用之參考依據；另亦將建構通用性用水平衡圖，輔助與規範再生水之開發與使用。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070009</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702333</governmentpublicationsnumber><identifier>87318</identifier><internationalstandardbooknumber>9789860578966 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87318</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>建置再生水媒合與稽核系統及產業推動服務(2/2)--光碟版=Development of Matchmaking and Auditing System for Reclamation Water and Stimulation of the Relevant Industries(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應氣候變遷及配合國家水資源政策，鼓勵全國各行各業自主落實推動節約用水之成效，本署依106年10月24日經濟部函頒「機關學校常態節水行動獎勵原則」及106年8月3日修正「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校、商業及產業用水等機關單位，辦理常態節水評比與節水績優選拔活動。 配合政府節約用水政策，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行各單位每年評比期間用水量分析及用水管理，對於成效優良者給予獎勵，不佳者將透過教育訓練予以輔導。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，亦將透過報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070366</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702341</governmentpublicationsnumber><identifier>87319</identifier><internationalstandardbooknumber>9789860574173 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87319</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年機關學校常態節水及績優選拔計畫--光碟版=The Program of Conventional Water Conservation on Institutes, Schools and Outstanding Performance Selection Contest in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，行政院已核定通過「前瞻基礎建設計畫」，並將「水環境建設」納入五大建設之一。故本署透過「前瞻基礎建設計畫-水環境建設」中「推廣水資源智慧管理系統及節水技術」項下子計畫「產業用水輔導計畫」，除依產業型態不同辦理各項專業技術輔導外，亦透過節水評比與績優表揚，提升產業節水，另透過節水教育宣導及省水標章產品推廣分享交流，以擴大整體節水效率。 有鑑於「節約用水」措施亦是水資源運用管理中不可或缺的一環，故為落實節約用水常態化政策目標，政府全面推動省水標章產品以提升整體用水之運用管理，將可加速臺灣成為節水型社會；本署歷年來即全力推動省水標章制度，一方面由全國各機關學校優先採用省水器材產品做為表率，另一方面亦鼓勵消費者選用省水產品，進而促進產業升級研發更多元省水器材產品，以落實全民效率節水目標，並於民國105年5月4日總統公布通過自來水法部分條文修正，其中第九十五條之一規定，日後若於國內銷售未具省水標章之產品，依據自來水法第九十八條之一規定，將處罰鍰，並限期改善，屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告，主要是規範省水標章之核發、標示、有效期限、展延、廢止、撤銷、銷售與裝設之查核及其他應遵行事項之辦法，另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部業已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品，後續將逐步檢討其他省水標章產品之推動事宜。 經查目前有11項省水標章產品項目，截至目前總計約3,800餘件省水標章使用許可，每年使用標章數量平均約3百萬枚，顯見國內省水標章法規及市場已日趨成熟完備。為持續辦理省水標章審查、核(補、換)發省水標章使用許可、產品抽驗測試、後市場管理業務等作業，並同時配合辦理鼓勵民間參與省水技術研發與國外省水標章事務交流座談等相關工作推動，期許能落實省水標章生活化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070367</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702342</governmentpublicationsnumber><identifier>87320</identifier><internationalstandardbooknumber>9789860574166 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87320</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年省水標章審查及後市場管理計畫--光碟版=The program of certification operation and post-market management for Water Efficiency Label in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署與中央氣象局合作發展多重觀測工具之定量降水估計與分類技術(QPESUMS)，可有效利用雷達、衛星及雨量計等觀測資料，推測定量降雨數值預報及其空間分布趨勢，為有效加值應用該相關資料，爰辦理本計畫。</abstract><author>台北科技大學</author><categoryidentifier>328.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070235</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702344</governmentpublicationsnumber><identifier>87321</identifier><internationalstandardbooknumber>9789860574265 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87321</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>雷達降雨網格資料於水文氣象觀測整合平台之多元加值應用(1/2)(光碟版)The Application of Multi Value-added in OPESUMS Grid-based Precipitation on FEWS-Taiwan(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據台灣水文觀測長期發展計畫內容，持續推動水文觀測業務及水文資訊多元應用等工作，進而提供水資源管理與河川治理規劃及防災預警之最基礎資料，並達成符合前瞻性與長期性國家施政所需之水文多元資訊環境。</abstract><author>台灣水資源與農業研究院教育基金會</author><categoryidentifier>351.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070232</commissionedprojectidentifier><currency>NT$</currency><date>2019/11/29</date><governmentpublicationsnumber>1010702346</governmentpublicationsnumber><identifier>87322</identifier><internationalstandardbooknumber>9789860574111 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87322</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署台北辦公區</publisher><publishrocyear>107</publishrocyear><title>水文觀測作業評核與綜合分析服務(1/2)(光碟版)Hydrological Observations Assessment and Comprehensive Analysis Services(1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育實施計畫的推動，需持之以恆的積極進行，由於全國水庫多達95座，分屬15個機關（構）轄管，且各水庫集水區內權責機關眾多，集水區面積廣大，且特性差異大，各水庫所面臨問題不盡相同，為落實保育綱要規定，全面檢討各水庫集水區問題及訂定治理策略為首要工作，並利後續管制考核，爰辦理本委託專業服務計畫。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060523</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/2</date><governmentpublicationsnumber>1010702367</governmentpublicationsnumber><identifier>87323</identifier><internationalstandardbooknumber>9789860575637 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87323</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106-107年水庫集水區保育策略及技術服務團--光碟版=2017-2018 Conservation Planning Strategies and Technical Services Group for Reservoir Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫集水區保育係長期且持續進行的工作，目前各水庫集水區主要面臨土砂沖蝕及水質污染問題，然而個別水庫集水區的關鍵問題亦受座落區位有所差異，本計畫擬建立水庫集水區保育工作問題分析及解決方案之作業機制，並以本島32座公共給水水庫中選定6座水庫、以及金門、連江及澎湖地區水庫之集水區保育計畫為案例進行實際操作，計畫工作包括盤點水庫集水區現況資料、保育議題、保育工作辦理情形及未來發展趨勢，建立關鍵問題診斷評析方法，確認水庫集水區保育關鍵課題、研擬水庫集水區保育工作之願景、目標、短、中、長程保育策略，並擬定量化績效指標。</abstract><author>國立台北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070364</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/2</date><governmentpublicationsnumber>1010702369</governmentpublicationsnumber><identifier>87324</identifier><internationalstandardbooknumber>9789860575620 ; 9789860575</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87324</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育課題研析及策略規劃--光碟版=Analysis and Strategic Planning of Conservation Project for Reservoir Watershed in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>利嘉溪口海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。而影響本段海岸地形變遷機制以利嘉溪河川輸砂及波浪營力為主。有鑑於未來海岸防護應善用海岸自然特性，提升海堤防災功能，減少以永久性之結構物進行海岸防護，以達回復自然海岸之目標，掌握利嘉溪河口輸砂供給對鄰近海岸地形影響之範圍，為目前本段海岸防護治理之首要工作，相關成果可做為後續海岸防護設施維護、河口疏浚及養灘量體研定之依據。 本計畫主要為瞭解利嘉溪輸砂對鄰近海岸地形變遷、海岸漂沙趨勢與海岸防護設施成效等，並研提計畫區海岸整體穩定與防護對策、利嘉溪輸砂平衡管理策略、河口疏濬及養灘之具體方案，以期達到利嘉溪河口海岸防護及環境永續經營之目標。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070132</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/2</date><governmentpublicationsnumber>1010702378</governmentpublicationsnumber><identifier>87325</identifier><internationalstandardbooknumber>9789860578102 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87325</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>河口輸砂調查及砂源對沿岸供砂之可行性評估(含利嘉溪、知本溪、太麻里溪)(1/2)(內附光碟)=The investigations of the fluvial sediments and the Feasibility study evaluating estuarine sediment supply to the coasts (Case studies of Lijia, Chihpen and Taimal</title><yearidentifier>201812</yearidentifier></data><data><abstract>為維持海岸防護之功能、海岸侵蝕防治及保護居民生命財產安全之成效，亟需對綠島與蘭嶼海岸之變遷特性、人文、地文、海象環境之潮汐、波浪流及漂砂等資料進行更完整的追蹤調查研究，藉以分析本海岸防護設施安全性以及地形侵淤變化特性。 爰此，擬依「海岸環境營造計畫(104 年~109 年)」之規劃，為使綠島及蘭嶼地區海岸概況、基本資料更加完善，本計畫採分年分期進行調查研究方式，藉由現場資料之蒐集、調查、監測與量測分析…等工作，做為日後綠島、蘭嶼海岸復育政策實施應用及海堤設計與管理維護提供更具完整性之參考與建議。</abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070133</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/2</date><governmentpublicationsnumber>1010702379</governmentpublicationsnumber><identifier>87326</identifier><internationalstandardbooknumber>9789860578065 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87326</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料補充調查(綠島地區)正式成果報告書(內附光碟)=Supplementary Field Survey and Assessment on Coastal Defenses at Green Island and Orchid Island (Green Island)光碟版</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>李鎮洋</author><categoryidentifier>568.895</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/12/2</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>87327</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87327</librarycollectiondetailsurl><price>50</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>108</publishrocyear><title>水土保持.28</title><yearidentifier>201912</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，並提供防汛期水情資訊研判簡報及淹水調查報告，以提升洪水預報之作業成果與品質。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070044</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/3</date><governmentpublicationsnumber>1010702380</governmentpublicationsnumber><identifier>87330</identifier><internationalstandardbooknumber>9789860574128 ; 9789860574</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87330</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>107</publishrocyear><title>107年度八河局轄區洪水預警及防汛整合作業正式成果報告書(內附光碟)=2018 Flood Forecasting And Integrated Flood Prevention for The Area of The 8th River Management Office光碟</title><yearidentifier>201812</yearidentifier></data><data><abstract>本案依據預計於106年完成之區排情勢調查中的一般調查（民眾參與）及105年已完成區域排水生態指標及評估檢核方法之研究等，實際推動民眾參與區域排水簡易自主環境調查，除一併檢討一般調查作業方式、手冊的操作性之外，並將區排健康評估納入民眾參與的實地操作中，有助於區排廣泛的長期環境資料累積，而不受專業調查頻度低、經費高之限制；並期建立區排民眾參與的長期可執行模式，落實公私協力，並將此類調查成果回饋至資料庫中，增加資料再應用的機會。</abstract><author>禾唐工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070330</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/3</date><governmentpublicationsnumber>1010702394</governmentpublicationsnumber><identifier>87331</identifier><internationalstandardbooknumber>9789860579369 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87331</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>民眾參與區域排水環境營造推動計畫(3)-參與式調查--光碟版=A Promotion Plan of Public Participation and Environmental Improvement for Regional Drainages (3) - Public Participant Observations</title><yearidentifier>201812</yearidentifier></data><data><abstract>桃竹苗地區的頭前溪、鳳山溪、中港溪、後龍溪等流域集水區域社會經濟高度發展，人口密集，因此如何於洪水災害前早期預警，儘可能降低人民生命與財產損失，實為水利單位施政的重點工作之ㄧ。爰此，建立水情測報系統，經由雨量、流量、水位、潮位等即時監測與預測資料進行洪水水情預警作業，於洪水期間透過預警報傳輸設備發布預警報至防災體系之相關單位及告知民眾，以期降低或避免洪水期間可能發生之災害。 針對本局管轄流域的範圍，本局已於94、95年度分別辦理【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，執行桃竹苗洪水預警系統(FEWS_TAIWAN)之技術面建置工作，完成水情中心的第一階段目標。為續完備水情中心之內涵，於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作。97年度開始辦理【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】兩年期計畫，計畫重點主要將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務(如防汛相關設備、系統與手冊的維護、防汛應變落實作業、防汛志工相關業務等)外，每年亦配合本局的重點業務需求，協助預警機制與防汛作為精進之規劃與推動。 本年度持續辦理本例行性的防汛作業計畫，期望藉由此例行性防汛計畫的推動，協助本局防汛業務之推動，並使防汛工作順利進行，儘可能降低洪災的風險，強化防汛作業的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070038</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/3</date><governmentpublicationsnumber>1010702400</governmentpublicationsnumber><identifier>87332</identifier><internationalstandardbooknumber>9789860579338 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87332</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>107年度二河局轄區洪水預警及防汛整合作業--光碟版=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本科專計畫將建立電容去離子技術之系統，同時發展電能轉換裝置，開發適合的貯能電能系統，並搭配信息通信技術，完成智慧新節能型水再生系統之建置，並進行其生命週期評估、經濟效益分析及實施計畫建議。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070008</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/3</date><governmentpublicationsnumber>1010702408</governmentpublicationsnumber><identifier>87333</identifier><internationalstandardbooknumber>9789860578386 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87333</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>貯能型水再生系統(2/2)--光碟版=Establishment of Energy Storage Water Reclamation System</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070004</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/6</date><governmentpublicationsnumber>1010702409</governmentpublicationsnumber><identifier>87337</identifier><internationalstandardbooknumber>9789860580020 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87337</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(2/3)--光碟版=Investigation and Evaluation of Current Status in Hualien River (Inclunding Mainstream and 10 Tributaries) (2/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署於104-105年辦理「再生能源於再生水廠之應用研究」，建立0.2 CMD級平板式薄膜蒸餾(MD)系統，並以迪化污水處理廠實廠持續操作四個月取得相關研發數據，完成其產水成本、水質評估，達成造水與節能之目標。 由於能源及資源未來將成為重要之戰略物資，因此本計畫除著重於再生水廠除造水與節能外，並以開發為具有造水、節能、創能與能資源之全回收系統，另結合研發單位、系統製造商、用水端開發具本土智財權薄膜，以商品化為前提進行噸級模廠設計及測試，加強各界對我國再生水科技的印象，以促進再生水產業發展。 本計畫考量目前商業化RO產水率仍有約50-70%的濃排液，如能將MD運用於提升再生水廠或海淡廠中RO濃縮液之濃度，除可將濃排液進一步減量，並更可與正滲透(FO)系統搭配成為壓力延遲滲透(PRO)系統，利用滲透壓差提高濃液之位能，再藉由高度差進行發電，除了可以降低再生水廠或海淡廠用電量，達到減碳效果，另也可再利用支撐式液態薄膜(SLM)將MD與RO濃排液中的有價金屬資源進行回收，惟目前我國並無上述整合各技術之系統及試驗成果，故本計畫針對RO濃排液再利用、發電以及有價資源回收之發展進行研究。</abstract><author>中原大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070007</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/6</date><governmentpublicationsnumber>1010702412</governmentpublicationsnumber><identifier>87338</identifier><internationalstandardbooknumber>9789860579659 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87338</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水及能資源全回收低排碳薄膜系統(2/2)--光碟版=Membrane technology for water,energy and resource recovery and full-recycling systems (2/2)--</title><yearidentifier>201812</yearidentifier></data><data><abstract>轄管洪水預報系統擴充及維護，除採用最新水文地文資料進行系統更新並維護既有功能之外，將持續參數檢定驗證，並針對洪水預報時期所需功能進行擴充，以提升九河局洪水預報之作業成果與品質。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070045</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/6</date><governmentpublicationsnumber>1010702414</governmentpublicationsnumber><identifier>87339</identifier><internationalstandardbooknumber>9789860580037 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87339</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度九河局轄區洪水預警及防汛整合作業--光碟版=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Ninth River Management Office in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫河川環境營造計畫之執行策略，將加強河川環境管理列為重要措施。另依據河川管理辦法第27條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，爰此，訂定河川環境管理計畫將成為本局於河川管理上主要長程計畫之一。 綜上，「花蓮溪河川環境管理規劃」計畫期能檢討評估現今花蓮溪流域內使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對花蓮溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060495</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/6</date><governmentpublicationsnumber>1010702415</governmentpublicationsnumber><identifier>87340</identifier><internationalstandardbooknumber>9789860579567 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87340</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮溪河川環境管理規劃成果報告--光碟版=River Environmental Management Plan of Hualien River</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據「海岸管理法」規定及立法精神，參考內政部研擬中之「整體海岸管理計畫」及本署水利規劃試驗所「海岸防護計畫規劃參考手冊(草案)辦理花蓮海岸防護計畫規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060078</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/6</date><governmentpublicationsnumber>1010702420</governmentpublicationsnumber><identifier>87341</identifier><internationalstandardbooknumber>9789860580402 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87341</librarycollectiondetailsurl><price>980</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>花蓮海岸防護整合規劃報告--光碟版=Integrated Planning of Coast Protection in Hualian county</title><yearidentifier>201812</yearidentifier></data><data><abstract>河川治理工作對於深槽演變尺度之探討極為重要性，不僅止於在決定通洪能力之思維，故如何使水量與泥砂維持長期動態平衡，為目前河川治理規劃頗具挑戰性之課題；實務上，河川治理法線係考量既有或計畫待建河防建造物、計畫洪水位到達範圍及沿岸保護標的等據以訂定高水治理下之計畫河寬，有待進一步探討河川深槽各種尺度演變對於既有河川治理法線之影響。河川治理之工程措施需考量河相與河性，因地制宜，達成減災並兼顧生態需求及環境品質提升。工程實施需瞭解河川不同時間、空間尺度之物理特性，純以洪水位探討堤頂高不足之高水治理思維，無法根本解決土砂不平衡之沖淤問題，亦無法減少流速、流向造成河防設施之破壞，間接影響高水治理之效果。故藉由深槽水理特性分析與應用，河川有效因勢利導，進一步完成防洪減災之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070279</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/9</date><governmentpublicationsnumber>1010702430</governmentpublicationsnumber><identifier>87342</identifier><internationalstandardbooknumber>9789860580198 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87342</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>深槽水理特性分析應用於治理規劃之研究(內附光碟)=Application Study on the Flow Characteristics Analysis of the Main Channel for River Regulation and Planning光碟版</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署已執行一系列有系統的研究評估氣候變遷對全臺灣海堤設施的衝擊，並且分析全臺灣沿海地區暴潮溢淹的風險。而自然海岸侵蝕與近岸沙洲變遷問題則因為觀測資料較少，且模擬技術也尚未發展成熟，所以尚未評估。未來在全球氣候變遷現象的影響下，臺灣的自然海岸侵蝕與近岸沙洲變遷問題可能更為嚴重。因此，有必要在既有資料的基礎上，探討可能的衝擊與因應對策。為評估氣候變遷下臺灣自然海岸侵蝕與近岸沙洲變遷對沿海地區的衝擊，以預先規劃因應策略，爰辦理本計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070163</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/9</date><governmentpublicationsnumber>1010702437</governmentpublicationsnumber><identifier>87343</identifier><internationalstandardbooknumber>9789860579093 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87343</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對臺灣自然海岸與近岸沙洲之衝擊研究(2/2)正式報告書--光碟版=A Study of Nearshore Sandbars and Natural Coastal Systems Impact Due to Climate Change in Taiwan(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>IPCC AR4(2014)指出全球水資源主管機關應加強水資源調適措施，尤其是水資源供給之科學預測、風險管理及衝擊評估。而台灣雖有豐沛降雨，惟蓄存能力不足，加上氣候變遷影響加劇，使得水資源面臨嚴峻挑戰。以往研究多著重於工程技術，甚少探討水資源價值、環境成本、社會偏好等，更無法估算缺水所帶來的損失。 中部地區目前面臨用水環境需強化、用水效率待提升等，如雲彰地區各標的用水過度依賴地下水，使地層下陷嚴重。因此，除既有主要水源設施外，尚有多項施工中與規劃中之水源設施，如大安大甲聯合運用計畫、鳥嘴潭人工湖及再生水等。惟若要確保各項水源設施可妥適推動，除目前的供給/需求等技術面考量外，亦應將水資源價值、環境影響及社會認同等因子整合納入評估，規劃符合社會大眾偏好的最佳水資源供給組合，以提升政策的社會接受度與可行性。</abstract><author>象騰顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070407</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/10</date><governmentpublicationsnumber>1010702438</governmentpublicationsnumber><identifier>87344</identifier><internationalstandardbooknumber>9789860578973 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87344</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷影響下中部地區最適水資源供給組合研究--光碟版=The Study of Optimal Water Supply Portfolio for Central Region of Taiwan under the Impact of Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract>集水區水源保育範圍長期以來之違規開發、超限利用及颱風豪雨造成坡地崩塌及土石滑動等土砂災害，常直接或間接影響水源水質或造成嚴重水庫淤積，威脅水資源之運用與永續，目前集水區內土地之管理，採各權責單位定時巡查有無違規利用情形，以維護集水區之生態保育，惟集水區水源保育範圍廣大，為能加強管理，本計畫將建置水源保育智慧影像管理平台，發展智慧影像判釋技術，進行影像資料彙整及違規開發資料判讀，協助水源保育與土地利用管理。 另本計畫使用無人載具攝影機和後端的影像數據處理，配合疑似土地違規利用案例或集水區水源、水質水量關注議題，取影像資料後透過影像數據處理及分析，作為後續相關案件輔助參考。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070426</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/10</date><governmentpublicationsnumber>1010702442</governmentpublicationsnumber><identifier>87345</identifier><internationalstandardbooknumber>9789860579437 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87345</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧影像判釋技術於集水區水源保育之管理應用--光碟版=Application of Intelligent Image Interpretation Technology to Water Resources Management of Catchment Areas</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫延續106年試辦場址持續推動外，另擇取試辦場址1處推動，並依信託法研提經營管理計畫且提出申請，以作為後續推廣之示範，並利後續推廣。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070352</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/10</date><governmentpublicationsnumber>1010702444</governmentpublicationsnumber><identifier>87346</identifier><internationalstandardbooknumber>9789860579413 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87346</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育環境信託試辦與推動計畫--光碟版=Environmental Trust for Water Sources Conservation Pilot Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>「頭前溪河川環境管理規劃」計畫期能檢討評估現今頭前溪主流使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對頭前溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>逢甲大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060502</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702453</governmentpublicationsnumber><identifier>87347</identifier><internationalstandardbooknumber>9789860578911 ; 9789860578</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87347</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>頭前溪河川環境管理規劃--光碟版=River Environmental Management Plan of Touqian River</title><yearidentifier>201812</yearidentifier></data><data><abstract>查目前國內企業尚無自行計算水足跡之能力，需依賴輔導單位協助水足跡盤查作業，並由輔導單位協助取得第三方查證。水足跡查證工作係由國內驗證執行，驗證機構必須先通過認證機構對其資格和能力的認可，方可具有公信力之查證資格。為確保水足跡盤查之正確性，水利署今(107)年度將編撰組織水足跡盤查指引供企業盤查水足跡時依循，協助廠商進行試算及取得水足跡查證聲明書，並將案例試算結果作為水足跡盤查範例，以提供企業盤查組織水足跡之參考。另外，為了提升水足跡查證人員和輔導人員的素質，亦將先行試辦教育訓練，除可提升水足跡輔導和查證品質，確保水足跡盤查的正確性外，亦可儲備輔導和查證人才，以利國內企業實施水足跡盤查和認證，並提供本署水資源管理之重要資訊。</abstract><author>財團法人台灣經濟研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070333</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702462</governmentpublicationsnumber><identifier>87348</identifier><internationalstandardbooknumber>9789860580129 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87348</librarycollectiondetailsurl><price>700</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水足跡認證技術機制之研究--光碟版=A Study on Building a Verification Mechanism for Water Footprint Inventory</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第11條明定劃定公告水質水量保護區，保護區內禁止或限制貽害水質與水量行為，迄今已有114處，並基於使用者付費、受限者得償精神，93年增訂第12條之2、第12條之3，建立保育與回饋機制，自95年1月1日開徵水源保育與回饋費，96年度開始辦理保育回饋作業。惟在保護區管理與保育回饋制度屢有衝突，因此，如何在水資源保育及人民權利維護上取得平衡，為水源保育重要課題。上述制度建立已有十餘年，因應相關外部法規變動、新興環保議題產生，宜有通盤、前瞻且同時符合水源保育需求之法規研究。 水庫集水區尚無中央目的事業主管機關，其管理層面由各主管機關依現行法令及權責辦理，惟其已為環保、土地、農業等相關法規引用之要件，近年因應全國區域計畫、國土計畫議題屢有爭議。爰藉由本計畫協助檢視、評估衝擊，預為研擬相關因應對策或研提修正方向，以利水源保護相關業務推展。</abstract><author>和鼎律師事務所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070350</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702464</governmentpublicationsnumber><identifier>87349</identifier><internationalstandardbooknumber>9789860579772 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87349</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育回饋制度及水庫集水區管理法規研析計畫--光碟版=The Study of Water Resources Conservation, Compensation Institution and Reservoir Watershed Areas Governing Regulations in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此立法院於105年5月6日三讀通過增訂水利法第84條之1，對於一定水量以上之大用水戶開徵耗水費，配合所需之作業，爰擬以本計畫辦理相關工作。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070231</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702468</governmentpublicationsnumber><identifier>87350</identifier><internationalstandardbooknumber>9789860580679 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87350</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度大用水戶用水查認作業計畫--光碟版=2018 Operational Planning of Investigation in Major Water Users</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣河川坡陡流急、沖淤劇烈，常有河道變遷與河岸沖刷問題，進而影響堤防基腳或護岸之穩定與安全，如本局管轄之後龍溪銅鑼護岸河段、芎蕉灣河段等，有河岸沖刷潛勢、堤防與護岸重複致災等問題。惟目前在河岸沖刷之保護工法，常見者包括丁壩、蛇籠、拋石、消能塊等，其施工不便且費時又未必能達到最佳效果，因此研究新的保護工法有其必要性。此外，隨著物聯網時代之來臨，透過動態監測技術之資料擷取及通訊能力，連結實體物件與監測數據，進行各種控制、監測、預警及管理等。 台灣過去在河岸沖刷保護工法之相關研究中，因缺乏合適之動床數值模式，多以水工模型試驗進行探討，對局部流場與沖刷機制之研究尚嫌不足。隨著先進二維與三維動床數模之應用趨於成熟，利用數模配合現地河岸保護工之規劃設計，以物聯網整合動態監測與數模，有其推廣之應用價值。爰此，成立本委託計畫。 本計畫以後龍溪銅鑼護岸河段為研究對象，進行河岸保護工之規劃、設計與試做，再整合物聯網與動態監測相關技術，利用二維與三維動床數模，進行河岸保護工布置區域局部流場與沖刷模擬驗證，並檢討河岸保護工之布置原則、材料與形式等，以作為河川治理規劃之參考。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070396</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702471</governmentpublicationsnumber><identifier>87351</identifier><internationalstandardbooknumber>9789860577976 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87351</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>動態監測技術運用於後龍溪河岸保護工法--光碟版=Application of Real-Time Monitoring System to Bank Protection Works of Houlung River</title><yearidentifier>201812</yearidentifier></data><data><abstract>後龍溪下游段(福基至河口)治理基本計畫於民國71年奉 經濟部核定民國72年省府公告，上游段(社寮角橋頭至福基)於民國81年辦理河川治理規劃，並於民國85年奉 經濟部核定，民國86年省府公告治理基本計畫，水利規劃試驗所於民國96年完成『後龍溪治理規劃檢討』。而支流打馬溝溪迄今並未有相關治理規劃。 後龍溪流本流民國70年公告迄今已歷時35載，期間歷經民國88年921大地震及數次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理後龍溪水系治理規劃檢討，</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070300</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702474</governmentpublicationsnumber><identifier>87352</identifier><internationalstandardbooknumber>9789860577983 ; 9789860577</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87352</librarycollectiondetailsurl><price>1300</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>後龍溪水系治理規劃檢討(1/2)--光碟版=Review on the River Improvement Planning of Hou-long River (1/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>峨眉溪為中央管河川中港溪支流，上游屬新竹縣，下游屬苗栗縣。本溪發源於雪山山脈，南以鵝公髻山、獅頭山為分水嶺，與南庄溪流域相鄰，東以五指山為界，北隔寶山丘陵與客雅溪流域相鄰。自發源地由南向北流，於北埔西折至富興後再南迴，在苗栗縣三灣鄉之銅鑼圈與南庄溪匯合為中港溪，為一迂迴曲折之山地河川。流域面積116.6平方公里，河長33公里，全河道平均坡降為1/760，本溪治理範圍自大埔水庫洩洪道出口起至中港溪匯流處止，長度計約5.5公里。 本溪自民國94年6月由本局完成治理基本計畫並公告，迄今已歷時12年，期間歷經數十次颱洪，河道地形及周邊環境均有變化，為配合河道地形環境變化及社會發展需求，故辦理本計畫。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070298</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702475</governmentpublicationsnumber><identifier>87353</identifier><internationalstandardbooknumber>9789860580181 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87353</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>中港溪水系支流峨眉溪通洪能力檢討及治理對策研擬--光碟版=The examination of the flood conveyance capacity and suggestion of management stratagies in the Emei river.</title><yearidentifier>201812</yearidentifier></data><data><abstract>針對桃園海岸一般海堤區域環境情勢調查跨年106-107年辦理總經費400萬</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060181</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702503</governmentpublicationsnumber><identifier>87354</identifier><internationalstandardbooknumber>9789860579130 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87354</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園海岸一般性海堤區域環境情勢調查--光碟版=The Coastal Situation Investigation of Taoyuan City coastline</title><yearidentifier>201812</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物，提供水庫管理單位了解有害藻類發生的風險性；該系列計畫並收集國內外水庫及水廠藻類、毒素及臭味監測及控制技術，提供本署水庫管理單位有關藻類管理及應變的諮詢。 本年度計畫主要包括藻類代謝物監測技術的提升，由現有的微囊藻毒素、柱孢藻毒素、蛤蚌毒素、土味及霉味物質之藻類代謝物，增加最新神經毒素BMAA的監測以及微囊藻毒素基因表現的監測，除了定期監測藻類危害的風險度外，並彙整歷年資料、評估各水庫藻類風險潛勢，以提供更精確的藻類毒素及臭味物質風險趨勢及變化，作為水庫有害藻類管理的依據。本年度亦將針對水庫有害藻類監測編撰監測指引手冊，搭配技術培訓訓練，協助各水庫管理單位建立自主監測之能力。最後協助本署各水資源局，在面臨水庫有害藻類疑慮事件時之應變計畫與相關措施，以及相關建議諮詢。</abstract><author>國立成功大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070341</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702505</governmentpublicationsnumber><identifier>87355</identifier><internationalstandardbooknumber>9789860579451 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87355</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>公共給水水庫藻類毒物監測應變及檢測技術提升之研究--光碟版=Improvement of monitoring and response technologies for harmful cyanobacteria in public water supply systems and reservoirs</title><yearidentifier>201812</yearidentifier></data><data><abstract>自來水法第110條規定略以：每日供水量在3,000立方公尺以下之簡易自來水事業，由直轄市及縣（市）主管機關另行訂定自治法規管理之；但因簡易自來水系統多處山區（或偏遠地區），常遭遇管理人員專業能力不足（或無人管理）、水費收取不易等問題。 為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫擬探討簡易自來水智慧管理技術及機制，評估成立區域簡易自來水管理模式及可行性；另本計畫將協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070063</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702514</governmentpublicationsnumber><identifier>87356</identifier><internationalstandardbooknumber>9789860580686 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87356</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>簡易自來水智慧管理推動計畫--光碟版=Smart Management Promotional Project of Small Water Supply Facilities</title><yearidentifier>201812</yearidentifier></data><data><abstract>106年度工作1.海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（春、秋季各一次測量調查）。2.海岸防護計畫（初步）3.海岸環境營造規劃（初步） 107年度工作1.重點位置海岸地形水深、波、潮、流、漂砂、底質粒徑等基本資料（第3次調查）。2. 海岸防護計畫。3. 海岸環境營造規劃（完整包含工程佈設）</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070003</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/11</date><governmentpublicationsnumber>1010702523</governmentpublicationsnumber><identifier>87359</identifier><internationalstandardbooknumber>9789860581034 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87359</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>新竹港南海岸環境營造規劃(2/2)--光碟版=The Planning of Sustainable Environmental Regeneration at Kang-Nan Coast, Hsinchu City (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>經濟部依據自來水法規定共劃設114處水質水量保護區，面積約佔國土的四分之一，區內禁止或限制各項貽害水質水量之行為，保護區劃設雖可積極保育水資源，實際上卻限制了區內的土地利用及居民生活。為尋求可以兼顧水源保育與居民生計的雙贏措施，本署自100年起辦理水源保育社區相關計畫，104年以高屏溪水質水量保護區為規劃區域，盤點高屏溪水源保育議題，並擇定屏東縣里港鄉荖濃溪畔的信國社區為「在地行動，守護水源」計畫試辦社區，透過社區自主參與，擬定社區願景、水源保育工作目標及4年期的行動計畫，透過走入社區、培力社區、居民參與、深化保育觀念、鼓勵環境友善農業等，從在地需求，推動適域性的保育措施；105年以從邊區異域到河畔原鄉為主題，完成成立國雷巡守隊、推廣特色生態農業及水源保育社區形象營造工作；106年度社區水環境巡守組織強化及制度化、建置水源保育生態社區解說。本(107)年度擬辦理信國等四村社區「在地行動，守護水源」第3年行動計畫，期望社區透過社區水環境巡守組織強化及制度化、建構水源保育生態社區、發展無毒生態友善產業，打造人文與保育兼具的水源保育社區。</abstract><author>社團法人高雄市美濃農村田野學會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070331</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702527</governmentpublicationsnumber><identifier>87360</identifier><internationalstandardbooknumber>9789860580341 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87360</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育社區推動計畫(信國等四村)--光碟版=Promotion Program of Water resource Conservation Community in 2018 (Shin-Kuo and other three villages)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)、「自來水管承裝商技工語音服務系統」，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070338</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702530</governmentpublicationsnumber><identifier>87361</identifier><internationalstandardbooknumber>9789860580365 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87361</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(1/3)--光碟版=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(1/3)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為辦理自來水水質水量保護區劃設、管理及區內相關管制案件，需委託服務團配合本署保護區管理需求，協助提供圖資套繪、分析與媒體輿情等相關情資蒐集，並協助保護區審議會以及管制事項協調會報等行政事宜。另協助辦理水源保育與回饋運用之相關業務，提供保育與回饋計畫初審意見，參與水權抽查及回饋計畫執行成果抽查等。同時為因應政治、法規、民意等變化，需委託協助檢視可能之風險潛勢，預為研擬相關之控制作業，或研提因應處置方案，以降低保護區管理或回饋費運用之風險，並利保護區相關業務推展。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070382</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702531</governmentpublicationsnumber><identifier>87362</identifier><internationalstandardbooknumber>9789860580334 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87362</librarycollectiondetailsurl><price>720</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水源保育與回饋業務服務團計畫--光碟版=2018 service corps for water resources conservation and compensation fee project</title><yearidentifier>201812</yearidentifier></data><data><abstract>本計畫將依據「海岸管理法」規定及立法精神，內政部「整體海岸管理計畫(草案)」擬定桃園市、新竹縣、新竹市及苗栗縣海岸之二級防護區沿岸範圍，並參考水利規劃試驗所「海岸防護整合規劃及海岸防護計畫擬訂參考手冊(草案)」，辦理桃園市、新竹縣、新竹市及苗栗縣海岸防護整合規劃工作。</abstract><author>財團法人成大水利海洋研究發展文教基金會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060180</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702537</governmentpublicationsnumber><identifier>87363</identifier><internationalstandardbooknumber>9789860580389 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87363</librarycollectiondetailsurl><price>4800</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>107</publishrocyear><title>桃園、新竹及苗栗海岸防護計畫規劃--光碟版=Coastal Protection Project and Planning in Taoyuan, Hsinchu and Miaoli</title><yearidentifier>201812</yearidentifier></data><data><abstract>在台灣，因為極端性氣候所帶來的複合型災害，造成大量生命財產損失，其重大者應屬2009年莫拉克颱風。在莫拉克颱風之後，針對災後重建與災害防治體系更新與改進，行政院以跨部會多項計畫持續推動，其中針對極端性氣候與複合型災害之長期性調整，即為行政院所推動的「低碳永續家園」，該計畫賦予相關部會「低碳城鄉環境調適及災害防救推動措施」相關分工職責。本署在此一分工架構下，肩負責任包括「提供災害(水災)防救相關宣導資源」、「協助建置適合鄉（鎮市區）及村里參與使用之防救災資訊交流平台」、「研究全球氣候變遷趨勢下巨災型洪災之對策」等相關工作。 有鑑於此，本署近三年來不斷致力於各項多元的災害預警措施，如:防災資訊服務網、行動水情App、LBS預警系統等，並藉由與民間企業、機關的結合，提升、強化防汛抗旱的組織應變能力與速度，以期望達到災害風險的有效管控，降低災害的影響性。 本計畫的目標，在於透過多元訊息傳達通路整合應用，結合民間團體自主性力量，與網路互動溝通無遠弗屆的傳播能量，將防汛抗旱的觀念與各種汛情預警系統加以推廣，同時展現政府與民間共同面對極端性氣候複合型災害的努力成果。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070070</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702541</governmentpublicationsnumber><identifier>87364</identifier><internationalstandardbooknumber>9789860579796 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87364</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度複合型災害經驗學習與防災智能提升--光碟版=The Experience Learning and Disaster Prevention smart improving of the Compound Disaster in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>有鑑於防災資訊之多元化、即時性與資源分散整合的需求，本中心自93年至102年間委託國網中心執行防災應變格網系統建置、擴充與維運之相關計畫，除了維持系統正常運作之外每年更依據上年度執行狀況持續擴充與改善系統功能，在歷年汛期與颱風豪大雨期間，協助水利署於防災作業時提供大量且即時的水情監測影像與數據以及水利署內跨局處的視訊溝通會議。 103年將依據過往執行狀況持續調整功能改善並維持系統正常運作，因此除了防災應變格網系統以及水情影像監視站維運之外，本年度計畫主要目標有三，如下所述： 1.水情監測格網系統功能擴充部份 整合縣市政府以及台電公司有助於防災作業的監視影像畫面於防災應變格網系統裏；開發水域覆蓋範圍影像辯識，充份利用水情影像資料，輔助水位之監測；水情行動監視功能擴充，除原有影像功能外新增可上傳與記錄現場音訊之功能；熱感應等非傳統監視設備於防災之應用研究，探討既有監視器之於大雨夜間視線不佳之問題與改善建議。 2.超級視訊格網系統功能擴充部份 依往年使用情況改善操作介面，擴充超級視訊格網功能，包括，改善視訊影音串流平台，可串接本署內外網的視訊使用者，讓無法即時回到工作崗位之同仁可於署外參與視訊會議；依去年度簡易型視訊會議備援系統使用狀況，協助水利署所屬單位進行備援系統的採購與建置驗收。 3.監視設備維護部份 整併軟硬體維護(運)之工作，提昇整體妥善率。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070057</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702542</governmentpublicationsnumber><identifier>87365</identifier><internationalstandardbooknumber>9789860579802 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87365</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利防災視訊及水情影像智慧化維運管理與擴充--光碟版=2018 Intellectual management and extinctions of Flood Communication and Monitoring System</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等四項避災工具，讓民眾及早獲得水情資訊，減少水災損失！ 本計畫期能藉由以往相關之研究透過目前電信業者既有電信傳輸設備，研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，還要能達到連續式淹水偵測目的並提出專利申請。另外，LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，積淹水感測若能藉由研發低成本感測器加上LPWAN傳輸技術，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，期能提供簡單的淹水回報方式，比如透過水情通報APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過技術的創新研發，平台的整合及精進，以及防災避災觀念推廣，提升民眾參與淹水資訊回報意願，能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070080</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702543</governmentpublicationsnumber><identifier>87366</identifier><internationalstandardbooknumber>9789860579727 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87366</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>資通訊技術應用於水利防災之研究及推廣(2/2)--光碟版=Reasearch and Promotion of Information and Communication Technology on Flood Warning System(2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>隨極端氣候日益明顯與強降雨及颱風等氣候災害事件頻傳，水資源的保育措施勢在必行，加之我國儘管位居亞熱帶區域雨量豐沛，但歸因於降雨時間與空間以及地形高度落差大，流域水流湍急入海不易留住水源，須建置水庫以達蓄豐濟枯之目的，故我國水庫集水區的存在係以舒緩水資源供需與空間以及時間上的差異。 惟各水庫集水區保育計畫面臨的狀況及執行情形不盡相同，本計畫預期參考美國工兵團經濟發展程序手冊，需透過持續蒐集與更新彙整國內外該議題之成本效益分析模式，規劃本土經濟參數資料庫，俾利對國內水庫集水區保育實施計畫進行檢討並提出改善作法建議。 與以往經濟分析計畫差異益性，本計畫以參考美國工兵團經濟發展程序手冊方式，規劃並檢討現行參酌之國發會「公共建設計畫經濟效益評估及財務計畫作業手冊」方式，並嘗試規劃及試辦本土經濟參數可行性，以期提出全面、具體且可操作性並適用於所有水庫集水區保育實施計畫之成本效益評估的分析方法、原則、步驟與改善建議等及參數資料庫規劃，俾利後續於各水庫管理單位於未來保育計畫研擬之參酌。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070438</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702544</governmentpublicationsnumber><identifier>87367</identifier><internationalstandardbooknumber>9789860579765 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87367</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區保育計畫之經濟效益評估研究--光碟版=Economic Benefits Assessment for Reservoir Watershed Conservation Strategy</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受到氣候變遷之影響，極端氣候日益明顯，致水庫集水區土砂災害頻傳，進而造成水庫淤積或設施損壞，影響水庫壽命；另由於相關經濟發展之需求，亦衍生水質污染之風險。有鑑於此，行政院於106年7月11日核定前瞻基礎建設計畫-水環境建設-「加強水庫集水區保育治理計畫」，針對特別需要治理之水庫集水區，包含淤積率大、環保署認屬須優先特予保護水庫水體、國有林班地、山坡地、野溪及既有崩塌地或具有崩塌潛勢範圍，以及水質確已優養化或存在劣化趨勢與風險之水庫集水區，辦理相關整治工作，以改善水庫集水區土砂崩塌入庫與水質優氧問題。 「加強水庫集水區保育治理計畫」第一期計畫期程共計4年(106-110年)，其計畫內容涵蓋「崩塌地處理」、「野溪整治」、「水土災害預警應變」、「削減生活與農業污染」及「監測護水」等工作，分別由環保署、農委會(林務局、水保局)及經濟部(水利署)共同執行，並設置「前瞻基礎建設水環境計畫推動小組」與「水與發展複評及考核小組」，辦理相關跨部會審查、政策協商及績效管制考核等工作，水利署擔任幕僚單位。 另外， 104年蘇迪勒颱風造成新店溪上游嚴重災害，行政院105年1月26日核定「新店溪上游流域保育治理及區域穩定供水綱要計畫」，期程8年(104-110年)綱要計畫區分為「建立流域災害監測預警系統」、「加速集水區保育治理與管理」、「加強河川規劃、治理與非工程措施」及「建構高濁度因應處理及備援能力」四大工作區塊，以強化防災預警、保育集水區土地、改善防洪能力、降低濁度影響，保障居民生命財產安全，及產業合理發展，確保臺北地區之水源水質水量，相關工作目前仍持續辦理中。 本計畫為配合「加強水庫集水區保育治理計畫」及「新店溪上游流域保育治理及區域穩定供水綱要計畫」執行，彙整相關計畫推動成果與評估計畫成效，並藉由通盤研析，進而規劃後續執行方針及策略。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070409</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702545</governmentpublicationsnumber><identifier>87368</identifier><internationalstandardbooknumber>9789860579758 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87368</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度水庫集水區保育治理重大計畫技術服務團--光碟版=2018 Water Conservation Strategy for Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract>一、各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於台灣地區各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告彙編。106年主要以完成用水統計項目、內容、方式改善之研議。計畫期間並因應實際年報出刊需要，每年仍將出版各項用水原有之四本年報彙編本。茲將工作內容分列如下：(1)彙編106年度各標的用水統計年報(含工業用水量、農業用水量、生活用水量統計)。 (2)彙編「106年用水統計年報彙編」總報告。 (3)用水統計資料庫系統資料更新及維護。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070155</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702546</governmentpublicationsnumber><identifier>87369</identifier><internationalstandardbooknumber>9789860576948 ; 9789860576</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87369</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>106年用水統計年報彙編--光碟版=Compilation of Annual Water Consumption</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署目前已完成新版(第三代)淹水潛勢圖資之更新作業，依據水文分析求得之設計雨型及潮位條件建立多種情境下之淹水潛勢圖資，俾為災前整備應變之用。然災中預警及決策支援所需之資訊除淹水深度及淹水範圍外，亦需掌握較易受災區域，方能及早進行防救災資源之部署。 水災風險地圖係考量各縣市轄區之水災脆弱度，加值淹水潛勢圖資產製而成。透過水災風險地圖之產製，可呈現各縣市轄區遭遇不同降雨情境時，易發生災害損失之鄉鎮。本署目前研發之水災風險圖資應用服務系統，可提供既有(第二代)及新版(第三代)淹水潛勢圖資及水災風險圖資展示查詢服務；此外，亦建置即時評估水災風險之決策支援功能，可提供中央災害應變中心情資研判之重要參考。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070082</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702552</governmentpublicationsnumber><identifier>87370</identifier><internationalstandardbooknumber>9789860579604 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87370</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災風險圖資決策支援技術精進研發--光碟版=2018 Renew and Development of Decision-making Support Services for Flood Risk Maps</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，颱洪期間於災害緊急應變小組成立後，係負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署於颱洪期間依據中央氣象局所提供之數值化網格降雨預報資訊，進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情發展趨勢，以及提供擬定最佳防災整備與應變調度方案之參考。 上述各平台目前已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。 本計畫之目標為協助本署彙整與呈現各項水情預報資訊，工作重點包括於颱洪期間負責接收與彙整河川洪水預報成果、更新維護降雨資訊供應網絡暨水情預報資訊整合展示平台、協助驗證本署高屏地區既有雨量站淹水預警模式、雨量警戒門檻之合理性、建置高屏地區高效率即時淹水預報系統以及開發類似路徑歷史颱風專家預警系統。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070081</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702554</governmentpublicationsnumber><identifier>87371</identifier><internationalstandardbooknumber>9789860579529 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87371</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年洪水預警決策支援服務技術研發及加值應用--光碟版=Technology Developments and Value-Added Applications for the Services of the Flood Forecast Decision-Support System in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>受全球暖化效應及氣候變遷的影響，根據中央氣象局所公布的颱風數據，近十年侵台颱風之年最低氣壓有逐年降低的趨勢，而近颱風中心最大風速則有逐年增大的趨勢，顯示颱風的強度與發生頻率都較以往有較明顯的改變。統計過去1911至2016年的資料，平均每年約3至4個颱風侵襲台灣，若觀察近十年狀況，則有5至6個颱風，颱風所帶來的影響不僅是風災，尚有不可輕忽挾帶的豪雨。而汛期期間的豪雨特報與致災次數，觀察近五年統計數據，從105年起的豪雨與致災次數都較過去增加近一倍。雖然目前已較少大規模淹水事件發生，但這些颱風豪雨事件帶來的累積降雨或短延時強降雨卻屢創新高，近期常見因豪雨之雨量超過都市排水設施之設計標準致使局部地區造成積淹水災情，顯示目前洪災仍對台灣威脅甚巨。 本署針對積淹水警戒發布作業已持續多年，主要以雨量站即時觀測資料輔以訂定的警戒值(1、3、6小時累積雨量)對鄉(鎮、市、區)發布警戒，雖然訂定的警戒值係依據各鄉鎮市區以往易淹水區淹水災情，並搭配降雨紀錄統計分析而得，但因資料來源仰賴即時雨量觀測，可預期一旦發布警戒時，供防災應變的時間極為有限，另方面雨量站位置的異動或雨量站的密度不足皆可能影響警戒發布區域。由於積淹水預警所需考量的致災因子眾多且複雜，本研究將以QPESUMS等網格式雨量資料與歷史災情資料為基礎，找出各種可能的預警指標並進行敏感度分析，最終透過各類預警指標的整合以訂出預警值。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070395</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/12</date><governmentpublicationsnumber>1010702555</governmentpublicationsnumber><identifier>87372</identifier><internationalstandardbooknumber>9789860579734 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87372</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>以歷史水情及災情為導向之積淹水預警研究--光碟版=A Study of Inundation Warning Based on Historical Inundation Disaster and Hydrologic Information</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年來隨全球暖化極端氣候的變化，極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能成因，進行水災災情量化、災因分析的探討，以提供後續治理與管理的參考。同時為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，並針對各次災害進行災情進行蒐集分析與討論，提出後續各項應變措施及治理規劃建議，為本計畫之主要目的。     由於水災災害為台灣地區發生頻率較高的天然災害，近年來政府也逐步推動「易淹水地區治理計畫」及「流域綜合治理計畫」，為提供相關治理計畫規劃與管理作為的推動，各區域過去水災受災歷史資料的整理與資料庫的建置，將有助於整體水災防減災作為的參考，本計畫透過歷史災害的蒐集建立各村里受災履歷及其相關水文背景資料，期透過村里災害履歷能提供流域綜合治理計畫及防災整備應用之參考。     此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區內受崩塌影響很容易引發堰塞湖的災害型態；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁對於瞭解堰塞湖災害特性與熟悉應變流程乃刻不容緩，使應變期間能循序漸進地完成堰塞湖應變處置工作。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070068</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702558</governmentpublicationsnumber><identifier>87378</identifier><internationalstandardbooknumber>9789860579703 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87378</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水災災情蒐集服務團計畫--光碟版=Survey Service Group of Flood Events in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署為水災災中應變需要，於106年執行「高時空解析度淹水模式之應用研究」，可於短時間內提供未來數小時高精度之淹水模擬，經測試結果顯示模擬效果良好。為使模擬成果更為細緻，本所於106年起與內政部地政司合作，產製適合水理模式之水利數值地形資料，以擴大細緻化淹水模擬之應用。 本計畫將因應水利數值地形資料之產製，訂定相關細部規格供內政部地政司參考並完成測試；同時為實際應用於淹水模擬，故建置一縣市之細緻化淹水模式並於防汛期間進行最佳化測試；為使模擬結果資訊化，需完成資訊展示並產製相關圖文簡報。另外，本計畫亦辦理教育訓練推廣細緻化淹水模式，並使本所同仁學習模式建置與操作。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070415</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702559</governmentpublicationsnumber><identifier>87379</identifier><internationalstandardbooknumber>9789860581775 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87379</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>水利數值地形資料應用於細緻化淹水模擬之研究--光碟版=Application of Hydro Digital Elevation Model on High Resolution Inundation Modeling</title><yearidentifier>201812</yearidentifier></data><data><abstract>水利署自96-100年「水再生利用產業發展科技計畫」及101-105年「水再生利用風險管理技術研發計畫」共執行兩期各五年之水再生科專計畫，已完成「再生水資源發展條例」以及相關子法之公告、推動六座再生水示範廠、提升國人對使用再生水之信心，惟我國陸續仍需持續以科專技術扎根再生水產業、扶植產業行銷國際，並培訓相關人才、建立訓練制度等。本署已訂定106-110年「環境友善型水處理科技發展計畫」，以水再生利用友善環境營造、本土性再生水風險評估與管控技術開發、水資源與能源整合型系統研發、及再生水經濟與環境效益研究等為計畫執行主軸，俾利我國再生水除有政策及法令的支持外，能再以科專技術紮根發展再生水產業。 本計畫成立目的為辦理再生水科專各子計畫督導，以及再生水相關政策之研擬，擔任水利署之常定幕僚，依時勢之變遷，整合各計畫成果及應用，隨時檢討、修正水再生推動策略及未來相關計畫之內容與方向。主要的工作項目為建立再生水科專計畫管考機制、科專研究方向之擬定、人才培訓與國外再生水技術蒐集、參加國內、外國際水展、提出再生水事業推動策略並進行國際接軌。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070010</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702561</governmentpublicationsnumber><identifier>87380</identifier><internationalstandardbooknumber>9789860580792 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87380</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水再生環境友善推動管理計畫(2/2)--光碟版=The Management Project of Implementing Friendly Environment for Wastewater Reclamation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>在颱洪期間，為了讓防災單位能超前部署，及民眾能預先整備，以期減少洪災損失，防洪工作可化被動為主動，藉由事前掌握颱風豪雨之氣象預報資訊，透過淹水預報系統模擬推估可能淹水範圍，達到思患預防之效。 本所於今年度(106年)完成臺中市及臺南市淹水預報系統建置，可每小時預報未來3小時可能淹水範圍，系統經數場颱洪事件測試後運作良好。為提升系統之效益，本計畫後續將完成高雄市及屏東縣之淹水預報系統，並同時優化系統平臺提高預報準確性及資訊傳遞效率。</abstract><author>國立臺北科技大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070085</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702562</governmentpublicationsnumber><identifier>87381</identifier><internationalstandardbooknumber>9789860581782 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87381</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>107</publishrocyear><title>淹水預警功能之測試與運作--光碟版=Operational Testing of Flood Early Warning System</title><yearidentifier>201812</yearidentifier></data><data><abstract>為因應近年全球氣候變遷影響加劇，極端降雨事件頻繁，水災災害應變作業頻繁，如何以目前有限之人力物力資源策進當前防災作為，以降低水災災損，為當前水災災害防救之重要課題。本計畫期透過協助所屬(河川局及水資源局)建立所轄各項防災資源、災害危險地區及歷史災害應變操作流程等資料庫並盤點本署所推各項避洪減災非工程措施相關計畫執行成果，以強化現有之水災防災資訊整合系統，藉充份掌握颱風豪雨期間流域內水情災情資訊，進而提供本署防災應變期間快速及正確之決策資源，減輕颱風豪雨期間人力負擔，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070071</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702563</governmentpublicationsnumber><identifier>87382</identifier><internationalstandardbooknumber>9789860580358 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87382</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年避洪減災資訊整合及績效評估--光碟版=2018 Information Integration and Performance Evaluation of Avoiding and Reduce Flood Disaster</title><yearidentifier>201812</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。 另依據「災害防救法」第二十五條規定，各級政府應依權責實施災害防救教育、訓練及觀念宣導。本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，針對本署暨所屬單位應變值勤人員辦理防汛教育訓練。 106年歷經4場颱風及16場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統及可能淹水區域預判，並於汛期前協助本署辦理應變值勤人員教育訓練等相關事宜；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070067</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702565</governmentpublicationsnumber><identifier>87383</identifier><internationalstandardbooknumber>9789860579710 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87383</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年水利署災害應變服務計畫--光碟版=Disaster Response Service of WRA 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自94年起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至105年止，通過考驗取得合格證書總計約為15,201人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行以落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070336</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702571</governmentpublicationsnumber><identifier>87384</identifier><internationalstandardbooknumber>9789860581263 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87384</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度自來水技術人員考驗計畫--光碟版=2018 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201812</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070088</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702574</governmentpublicationsnumber><identifier>87385</identifier><internationalstandardbooknumber>9789860579741 ; 9789860579</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87385</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年人工增雨計畫--光碟版=Supporting Program on Cloud Seeding in Taiwan</title><yearidentifier>201812</yearidentifier></data><data><abstract>鑑於花蓮海岸位於臺灣東部，又是每年颱風侵襲較為頻繁地區，為因應沿岸國土保護需求及百姓生命財產安全考量下，本局陸續辦理海岸防護工程，如吊放混凝土消波塊、興建離岸潛堤、導流堤及凸堤等設施，除達到防災減災功能外亦確保沿岸居民之生命財產安全。為瞭解各區域防護設施之功效，並監控海岸灘線之變化，自75年起至今均持續辦理南北濱及化仁海岸監測調查計畫，並自91年起陸續於94、95、96、98、102、103、104、105、106年辦理海岸基本資料、斷面測量及岸變遷調查計畫，所得資料均整合建置亦將上述區域之監測資料分析比對，以作為日後海岸防護對策研擬之參考依據，爰今年亦持續辦理各海岸調查監測計劃。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070161</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702577</governmentpublicationsnumber><identifier>87386</identifier><internationalstandardbooknumber>9789860582185 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87386</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>107</publishrocyear><title>107年度花蓮海岸調查監測計畫--光碟版=Survey and monitoring for the Hualien Coast in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>為創造新經濟動能，促進經濟更加活絡與強韌，總統揭示2017年政府將從「加速推動經濟結構轉型」及「全面擴大基礎建設投資」兩大面向切入。「全面擴大基礎建設投資」除積極盤點地方建設需求，優先推動促進地方整體發展與區域平衡之重要基礎建設外，亦需針對六項下一個世代基礎建設進行盤點，提出完整且具前瞻性基礎建設計畫，作為未來推動依據。其中第三項即為因應氣候變遷的防洪及抗旱工程。另外，為因應全球氣候變遷，總統指示，除強化現有防災體系，更需預先籌劃災害防救相關措施，並持續精進災害應變與加強危機管理能力，當面臨災變時方能使人民生命財產損失降至最低。前述因應氣候變遷的防洪及抗旱工程，與面臨災害應變與危機管理能力即為提升區域水韌性(water resilience)之務實作為，故透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法(國土計畫法、海岸管理法與濕地保育法)提出需強化韌性地區之完整且具前瞻性的調適策略，有其必要性。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。 區域水韌性係指區域(或城市)面臨洪旱災時具備災前防備、災時應變及災後迅速恢復生活機能與進行重建能力之韌性。目前國際上重要城市(如歐盟國家與荷蘭鹿特丹、丹麥哥本哈根與日本東京等城市)已致力於推動城市面臨不同災害時之韌性檢驗與評估工作，以助於整合不同防災工程設施、天然環境、土地使用、交通運輸、都市設計與公共設施規劃等，尋求可與氣候變遷、環境變遷及災害共存之調適策略。為提升臺灣都市在面對氣候變遷洪旱威脅下之韌性，爰成立本計畫，執行水韌性城市評估與調適研究，透過評估區域水韌性來盤點因應氣候變遷的防洪及抗旱工程，以及面臨災害應變與危機管理能力，參酌國土三法提出需強化韌性地區之完整且具前瞻性的跨領域調適策略，以提升因應氣候變遷防洪及抗旱之能力。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070381</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702579</governmentpublicationsnumber><identifier>87387</identifier><internationalstandardbooknumber>9789860580990 ; 9789860580</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87387</librarycollectiondetailsurl><price>650</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>韌性水城市評估與調適研究(2/2)--光碟版=A Study on Assessment Framework and Adaptation Strategies for Water Resilient Cities (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為評估全球氣候變遷對台灣水環境可能造成之衝擊與影響，進而詳予考慮我國國情、體制、資源、研發及實務工作之人力，並研擬相關調適策略，本署自98年度推動「氣候變遷對水環境之衝擊與調適研究計畫」，已初步完成面對氣候變遷對水環境熱點區域風險的掌握，並研擬「洪水防護」、「土砂管理」、「水資源管理」及「海岸防護」等面相調適策略；惟從以往研究成果與經驗顯示，水資源-糧食-能源、防洪-國土-交通，水利工程-碳中和等彼此相互關連，必須共同探討分析，才能有效解決氣候變遷對水環境之衝擊與影響。 依據行政院101年函頒之「氣候變遷調適政策綱領」及103年函頒之「國家氣候變遷調適行動計畫」，本署除負責管理執行水資源管理領域，且協助其他領域主政機關執行該領域工作(如海岸、土地等) ，故為延續、擴大研究成果及配合「氣候變遷調適政策綱領」與「國家氣候變遷調適行動計畫」，本署持續推動五年期「氣候變遷對水環境之衝擊與調適研究計畫」(103~107年)。考量前述綱要計畫執行期間每年預計辦理8項以上之子計畫，且水環境涉及領域相當寬廣且繁多，為順利推動及整合各項子計畫成果，爰此，成立本計畫蒐集與交流國內外的調適作為，除指導與管理各子計畫推動方向外，亦擬訂科研規劃藍圖與成果報告(含展示與推廣)等相關工作，另強化民眾氣候變遷調適意識，進而凝聚共識。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070412</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702581</governmentpublicationsnumber><identifier>87388</identifier><internationalstandardbooknumber>9789860581003 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87388</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷對水環境之衝擊與調適研究第3階段管理計畫(5/5)--光碟版=The Third Stage Management Project of Climate Change Impacts and Adaptation on Water Environment(5/5)</title><yearidentifier>201812</yearidentifier></data><data><abstract>全球重視氣候變遷對水環境影響包括水資源及洪災管理等，目前台灣已針對氣候變遷對水環境領域進行相關研究；然氣候變遷之時間及空間動態變異性逐年增大，且趨於複雜及更具未確定性，加上跨政府層級的水資源調適及防洪減災等可操作技術及技術等缺口，另隨著科技的進步，近年來許多新興技術及新興的管理概念逐漸發展也已應用至各領域。因此，評估新興策略導入與結合新興技術之開發與應用，以期達成更有效的因應氣候變遷對水環境之衝擊，為新階段的重要國家課題。 有鑑於此，水環境跨領域調適需要有新的思維，需要發展因應台灣特殊水環境條件下之創新水資源跨領域動態調適技術，也考量國內特殊之水文環境變遷，以及國家動態發展與國際趨勢，不同GDP情境下各產業別之水源需求量，如考量水-糧食-能源鏈結下的跨領域動態調適技術。水資源及防洪減災跨領域動態調適技術，包含啟動調適時機，可降低風險之調適策略，規劃不同調適選項之排程，不同調適選項的退場機制，以及不同調適選項的成本估算，而且需滿足跨領域調適的需求。評估界定之跨領域動態調適選項，量化評估降低氣候變遷水資源跨領域風險之成效，並提出最佳之調適選項動態組合。此外，水環境有地域特性，如同供水系統與用水需求及區域排水的特性也因地域不同而有異，因此跨層級調適路徑需要有動態調適的彈性，在規劃面，需考慮跨領域以及跨層級治理的動態調適路徑，在執行層面，則需考量可操作的水資源跨層級治理，需要怎樣的政策與管理面來支撐可行性，需要創新的水資源跨領域管理策略與方針。 最後，透過智慧水數位基礎建設的建置提供之大量且即時的各種水資源訊息，利用新興技術如大數據方法、人工智慧或是區塊鏈等自動偵檢與評估採用之調適路徑與選項，是否有效降低風險，也包含自動啟動替代方案，以降低未來風險。當所有擬定之動態調適仍無法有效降低風險期望值，應進行回饋分析重新鑑別與設定調適選項，並檢討智慧水監測項目缺口或是智慧水管理知識缺口，跨領域的可調適選項缺口，重新啟動分析工作。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070452</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/16</date><governmentpublicationsnumber>1010702596</governmentpublicationsnumber><identifier>87390</identifier><internationalstandardbooknumber>9789860582024 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87390</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>氣候變遷下水環境跨領域動態策略技術評析與規劃--光碟版=Technical Analysis and Planning of Transdisciplinary Dynamic Strategies in Water Environment under Climate Change</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>432.73</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/12/17</date><governmentpublicationsnumber>2008100035</governmentpublicationsnumber><identifier>87392</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87392</librarycollectiondetailsurl><price></price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>108</publishrocyear><title>水土保持季刊.23</title><yearidentifier>201909</yearidentifier></data><data><abstract>衡盱國內水利事業範疇下各事業發展，顯示防災、水資源管理等產業因市場需求，於技術及運用上較具優勢，再配合國家數位經濟發展及國際市場發展趨勢，可進一步結合「雲移物大智網」(「雲」是雲端運算、「移」是移動裝置、「物」是物聯網 、「大」是大數據、「智」是智能、「網」是網路)的概念打造智慧水務的市場商機。另國內節水三法的公布實施，營造了再生水產業環境，爰本計畫以「智慧水務產業」與「再生水產業」等二類水利產業作為此次推動之水利產業主軸，其中智慧水務產業之範疇為水網、灌溉、地下水、防汛及水庫等，而再生水產業之範疇為再生水及工業製程節水等。 基於國內廠商多為中小企業，為避免國外大廠憑藉技術及設備優勢鯨吞國內市場，將藉由產業調查，充分瞭解相關廠商分布、能力與競爭優勢，積極推動國內產業結盟，並辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練等活動，以培育產業環境及人才競爭力，提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 成功的商業模式其生存動力來自於市場，結合我國優勢產業，扶植優秀企業，藉由市場行銷擴大國內市場，並透過參與國內外重要產業展覽與國際產業多元交流溝通，積極行銷及拓展我國產業較具優勢之東南亞國家市場。為利達到上揭各項預定目標，亟需具產業調查、市場調查分析、經貿推廣、產業拓銷等具專門知識、經驗之團隊辦理相關專業調查分析及展覽企劃，爰擬委託辦理本「智慧水務與再生水產業發展環境培育及市場促動計畫」，以推動與促進水利產業發展等工作。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070278</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702598</governmentpublicationsnumber><identifier>87395</identifier><internationalstandardbooknumber>9789860581096 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87395</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧水務與再生水產業發展環境培育及市場促動計畫--光碟版=Development and Market Promotion of Smart Water and Reclaimed Water Industries</title><yearidentifier>201812</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測，並維護相關監測設備（包含4站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070175</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702599</governmentpublicationsnumber><identifier>87396</identifier><internationalstandardbooknumber>9789860581126 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87396</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度臺北、苗栗、臺中、嘉義、屏東及宜蘭地區地層下陷監測及分析(光碟版)=Monitoring and Analyzing Land Subsidence of Taipei, Miaoli, Taichung, Chiayi, Pingtung and Ilan Area in 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>石門水庫於民國53年6月竣工，初始設計之主要功能係以桃園地區農田灌溉為主，培育北台灣大糧倉，並同步發展發電、給水、觀光、防洪及環境教育等多目標功能，更成為水利建設之典範。53年來，由於社會經濟快速發展，石門水庫供水形勢逐漸由灌溉轉向民生及工業用水並重。93年艾利颱風襲擊北台灣，石門水庫原水濁度飆高，超出自來水廠淨水能力，導致桃園民生用水停水18天，使得水庫供水問題成為各界關注焦點，進而催生了「石門水庫及其集水區整治特別條例」，編列特別預算經費250億元，進行多項改造工程。如分層取水工的完成，穩定了颱風期間桃園地區的供水；全國首座既有發電設施改造為排砂設施，使水庫達到「蓄清排渾」之效果。歷經10年我們仍將秉持前人精神，努力不懈，期藉由整治及改善水庫供水能力，達到穩定供水、延長水庫壽命及水資源永續利用之目的。時值石門水庫及其集水區整治計畫完工前夕歷史時刻，為了見證整治計畫實施歷程一路走過的蓽路藍縷，回顧前人建設辛勞及近年來改善成果，特編撰「石門水庫及其集水區整治成果專刊（特刊）」計畫，紀錄整治計畫完整歷程，以傳承工程</abstract><author>中華生態資訊暨環境教協會</author><categoryidentifier>443.6405</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060372</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702646</governmentpublicationsnumber><identifier>87397</identifier><internationalstandardbooknumber>9789860582369 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87397</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>107</publishrocyear><title>石門水庫整治成果紀實(光碟版)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特、莫蘭蒂颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070058</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702652</governmentpublicationsnumber><identifier>87398</identifier><internationalstandardbooknumber>9789860581171 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87398</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度防災應變系統更新及資訊網升級建置--光碟版=107 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201812</yearidentifier></data><data><abstract>近年受氣候變遷影響，極端降雨事件頻傳，往往造成重大洪災損失，為保障人民生命財產安全及減少洪災造成社會成本之損失，水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。 為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。鑑於數值淹水模擬模式在定量降雨模擬的精確度上有相當的精進提升，惟仍須花費大量運算時間，尚無法達到即時預報功效與洪災防救應變之效。考量物聯網需搭配智慧服務，因人工智慧技術具高度學習能力、能處理巨量資訊，運算時間短等優點，透過防汛網絡之水情、災情資訊，於颱風或豪雨期間，即時產製淹水預報結果，以提供防災單位參考應用。  另台灣在智慧防災具有先進的技術與人才，在技術方面具有極大的優勢與潛力，智慧區域淹水預報系統模式如果在國內能運作成功，後續亦可將技術輸出到其他國家，如有嚴重淹水災害之馬來西亞、印尼、菲律賓等東南亞國家，促使南進產業發展。爰此，建置高解析度即時動態區域淹水預報系統以提供智慧化服務有其必要性。</abstract><author>淡江大學水環境資訊研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070095</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702653</governmentpublicationsnumber><identifier>87399</identifier><internationalstandardbooknumber>9789860581188 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87399</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>智慧即時動態區域淹水預報系統開發與應用(2/2)--光碟版=Development and Application of an Intelligent Real-Time Dynamic Regional Flood Inundation Nowcasting System</title><yearidentifier>201812</yearidentifier></data><data><abstract>依據聯合國資料顯示，過去20年來與氣候相關的災難與日俱增，世界各國除了探討氣候變遷議題之重要性，對於救災技術與設備之精進更是刻不容緩，為解決每次颱風豪雨後，災區的淨水廠常因無法處理高濁度原水而停止供水，所造成民眾生活上的不便，或是因為停電停水而造成偏遠地區民眾用水出現問題。本署已研發Qwater模組淨水技術與設備可針對災區各種不同水質條件的多元化水源進行淨化，去除水中懸浮固體與致病微生物，在物資匱乏災區建立安全衛生的環境，提供即時、足夠與符合衛生及水質標準之飲用水。   標準規格之Qwater淨水設備每天出水量為5 m3及15 m3，另外可針對原水水質條件增加活性碳、離子交換樹脂、RO逆滲透等淨水單元，使其具有處理半鹹水、海水之能力，出水水質符合飲用水標準。目前Qwater淨水設備已具備功能如下：可搭載車體或船體，在災時可快速移動增加機動性；可處理災區高濁度(3,000 NTU)原水；處理地表水(溪水、湖水、河水)及地下水，僅需1 kwh之耗電量，若需處理半鹹水及海水，耗電量為4 kwh；設備可全自動化操作，並具有遠端控制功能。   但在實際救災任務執行中，常遭遇原水濁度過高、淨水設備重量過重無法以人工搬運、電力供應有限等問題，故計劃將研發一高濁度原水前處理單元，可降低淨水設備處理負荷。此外，將淨水設備單元輕量化，使人員可用背負及徒手搬運方式，於道路中斷之狀況下運送設備至災區或缺水偏遠地區，最後整合低耗能之脫鹽淨水單元，以降低淨水設備之耗電量，延長其運作時間並增加其出水量，穩定提供災民飲用水需求。期能精進Qwater淨水設備效能，將緊急淨水技術擴大推廣落實應用。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070083</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702655</governmentpublicationsnumber><identifier>87400</identifier><internationalstandardbooknumber>9789860581768 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87400</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>高機動節能淨水模組於水利防災應用之研發(2/2)--光碟版=The study of mobile and energy-saving water treatment system on water hazard mitigation (2/2)</title><yearidentifier>201812</yearidentifier></data><data><abstract>為瞭解高屏溪流域河川水質遭受污染情形，針對重要污染點進行水質採樣檢測，據以策劃、管考、協調改善確保水資源之清潔，以維護生態體系，改善生活環境及大高雄地區引用高屏溪水源供應飲用水之水質水量問題，並以檢測結果作為加強及稽查以後年度持續辦理之依據。</abstract><author>南台灣環境科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070195</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702661</governmentpublicationsnumber><identifier>87401</identifier><internationalstandardbooknumber>9789869261623 ; 9789869261</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87401</librarycollectiondetailsurl><price>600</price><publisher>高屏溪流域管理委員會</publisher><publishrocyear>107</publishrocyear><title>107年度高屏溪流域河川水質採樣檢測分析工作計畫(光碟版)sampling and Analysis for the Water Quality of Kao-Ping River(2018)</title><yearidentifier>201812</yearidentifier></data><data><abstract>本為近年來本署已逐步建構溫泉監測井網，以實際了解各溫泉區溫泉水位及水溫狀況，範圍包括北投、烏來、谷關、關子嶺、四重溪、礁溪、蘇澳、瑞穗、知本等9處溫泉區，並於105年及106年以礁溪溫泉為示範區，進行資料加值分析，初步獲得礁溪溫泉區之抽水與補注特性，作為溫泉管理之參考，本計畫將持續進行其他溫泉區資料加值分析，以掌握不同溫泉之抽水與補注特性，並因地制宜地提出合適之溫泉管理策略</abstract><author>國立臺灣大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070023</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702683</governmentpublicationsnumber><identifier>87402</identifier><internationalstandardbooknumber>9789860581966 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87402</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測資訊加值利用之研究--光碟版=2018 Research on Value-added Analysis of Hot Spring Monitoring Data</title><yearidentifier>201812</yearidentifier></data><data><abstract>台灣地區溫泉資源豐富，隨著國民生活品質提升以及政策性推動國內觀光發展，泡湯已蔚為國內休閒風潮主流。惟據調查結果顯示，國內大部分溫泉地區已達中高度開發，溫泉資源逐漸減少並面臨枯竭危機。 為使溫泉資源永續經營與利用，逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉質及水位狀況，是為保護溫泉資源之ㄧ大工作項目。 目前由縣市政府設置監測井之地區包括北投、烏來、礁溪、蘇澳、瑞穗等地區，另本署於四重溪、礁溪、北投、知本、谷關、關子嶺及寶來亦進行溫泉監測作業。為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070379</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702684</governmentpublicationsnumber><identifier>87403</identifier><internationalstandardbooknumber>9789860581959 ; 9789860581</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87403</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年度溫泉監測井網觀測計畫正式報告書--光碟版=Taiwan's hot spring monitoring report 2018</title><yearidentifier>201812</yearidentifier></data><data><abstract>臺灣地區公告水庫計95座，水庫集水區面積總計約12,000平方公里，佔國土面積1/3，面積廣大，且大部分位屬於山區或河川上游地區，為生態資源相對豐富之地區。為維護水庫集水區生態環境，本署自98年度起研擬生態檢核機制，推廣落實於水庫集水區相關工程，以期減輕集水區內工程興辦時對棲地環境及生態之衝擊，此外，近年來本署各水資源局並積極透過環境教育場域認證，以水庫及其環境作為教育場域，擴大推廣水資源及環境保育教育。依據「水庫集水區保育綱要」揭示之目標，水源環境生態化為水庫集水區保育計畫主要目標之一，為完備水庫集水區生態保育相關工作，本計畫擬先擇定重要水庫集水區進行生態保育工作成果盤點，了解歷年相關工作辦理情形，並擬定中長程水庫集水區生態保育工作願景及目標，再據以研擬相關行動計畫，以為後續辦理參據。</abstract><author>觀察家生態顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070304</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702694</governmentpublicationsnumber><identifier>87404</identifier><internationalstandardbooknumber>9789860582222 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87404</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區生態保育策略及行動計畫研究成果報告書--光碟版=The Reservoir watershed conservation strategy and action plan</title><yearidentifier>201812</yearidentifier></data><data><abstract>「健康流域」是指所有排水渠到特定的溪流、河流或海灣，所有土地從最原始保護區到最密集發達之城市街區，都是流域一部分。我國對水環境之保育與管理，已逐漸由過去之污染整治/防治，轉型成整合式流域管理（Comprehensive Watershed Management），促使水、土、林等各層面相互協調，另一方面，「綠色基礎設施」(Green Infrastructure)亦漸成為實踐健康流域之手段之一，綠色基礎設施具有調節洪水逕流、淨化以減少流域污染物負荷的功能。本計畫基於永續水環境發展目標，期透過建置健康流域管理體系與評量指標，整合河川流域上下游的環境規劃，充分考量綠色基礎設施連線性，重視自然生態環境，以提出最佳化流域管理措施，再選定適合示範場址研擬集水區管理相關措施、策略及評鑑基準等。</abstract><author>國立臺灣大學環境工程學研究所</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070458</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702695</governmentpublicationsnumber><identifier>87405</identifier><internationalstandardbooknumber>9789860582208 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87405</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>健康流域綜合治理評量制度研究--光碟版=Development of Integrated and Comprehensive Performance Plan of Healthy Watershed Management</title><yearidentifier>201812</yearidentifier></data><data><abstract>移動式抽水機是積淹水清除的重要應變設備，每當颱風豪雨發生時，為因應各地淹水情勢，移動式抽水機必須互相支援，靈活調度以求設備效能有效發揮。因此應用發展成熟之全球衛星定位系統、無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。規劃建構「移動式抽水管理系統計畫」，以即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可於即時通報特定單位相關訊息，俾利掌握搶救先機。      本年度辦理本署暨代辦臺北市及桃園市政府大型移動式抽水機裝設車載機監控模組，可即時提供抽水機動向及勤務工作狀態紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，監控中心執勤人員可即時通報特定單位相關訊息，俾利掌握搶救先機。</abstract><author>昕傳科技股份有限公司</author><categoryidentifier>575.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070074</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/18</date><governmentpublicationsnumber>1010702731</governmentpublicationsnumber><identifier>87406</identifier><internationalstandardbooknumber>9789860582536 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87406</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>107年租賃移動式抽水機監控系統暨管理服務計畫--光碟版=2018 Leased Water Pumping Machine Tracking system &amp; management services</title><yearidentifier>201812</yearidentifier></data><data><abstract>「加強水庫集水區保育治理計畫」計畫期程共計4年，其計畫內容涵蓋「崩塌處理」、「野溪整治」、「水土災害預警應變」、「削減集水區生活與農業污染，設置合併式淨化槽或低衝擊開發設施(LID)」及「監測護水」等工作，其中有關低衝擊開發設施部分，係近年國內積極推廣概念與措施，雖已有相關研究及操作手冊可參考，惟實際推動於水庫集水區之案例仍較為缺乏。爰此，成立本計畫以辦理適合場址及示範場址推動規劃之評估，以利後續推動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1060520</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/19</date><governmentpublicationsnumber>1010702751</governmentpublicationsnumber><identifier>87408</identifier><internationalstandardbooknumber>9789860582918 ; 9789860582</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87408</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>107</publishrocyear><title>水庫集水區低衝擊開發設施規劃與推廣--光碟版=The plan and promotion of Low Impact Development in Reservoir Watershed</title><yearidentifier>201812</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2019/12/19</date><governmentpublicationsnumber>2010004041</governmentpublicationsnumber><identifier>87421</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87421</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107水利年報(內附光碟)=Annual Report</title><yearidentifier>201912</yearidentifier></data><data><abstract>歷年已有研究計畫針對濁水溪沖積扇平原可用水量進行分析，惟其並沒有實際抽水量數據，故僅能假設抽水量並以觀測水位與模擬水位進行擬合，其可用水量為概估數值於「用水調查統計暨地下水可用水量調查分析試辦計畫」中驗證前期「臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業」可行性：辦理用水調查及現地試驗取得所需參數，提高地下水數值模型精確度，考量不同水文條件、永續利用及環境限制條件下完成各地下水分層每月可用水量估算，本計畫擬進一步計算各觀測井為中心之分區可用水量；未來可透過無線傳輸技術，將水位資料即時傳輸至資料庫平台，以掌握地下水動態訊息，當其低於管理水位時，啟動減抽或緩抽等管制作業，達到智慧地下水動態管理目標。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070281</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/20</date><governmentpublicationsnumber>1010801627</governmentpublicationsnumber><identifier>87440</identifier><internationalstandardbooknumber>9789865442132 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87440</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>地下水可用水量調查分析-濁水溪沖積扇=Analysis of available Groundwater yield in Choushui River alluvial fan</title><yearidentifier>201909</yearidentifier></data><data><abstract>歷年已有研究計畫針對濁水溪沖積扇平原可用水量進行分析，惟其並沒有實際抽水量數據，故僅能假設抽水量並以觀測水位與模擬水位進行擬合，其可用水量為概估數值於「用水調查統計暨地下水可用水量調查分析試辦計畫」中驗證前期「臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業」可行性：辦理用水調查及現地試驗取得所需參數，提高地下水數值模型精確度，考量不同水文條件、永續利用及環境限制條件下完成各地下水分層每月可用水量估算，本計畫擬進一步計算各觀測井為中心之分區可用水量；未來可透過無線傳輸技術，將水位資料即時傳輸至資料庫平台，以掌握地下水動態訊息，當其低於管理水位時，啟動減抽或緩抽等管制作業，達到智慧地下水動態管理目標。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070281</commissionedprojectidentifier><currency>NT$</currency><date>2019/12/20</date><governmentpublicationsnumber>1010801627</governmentpublicationsnumber><identifier>87441</identifier><internationalstandardbooknumber>9789865442132 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87441</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>地下水可用水量調查分析-濁水溪沖積扇--光碟版=Analysis of available Groundwater yield in Choushui River alluvial fan</title><yearidentifier>201909</yearidentifier></data><data><abstract>本局桃竹苗轄區中央管河川頭前溪、鳳山溪、中港溪，及後龍溪等流域集水區域，社會經濟高度發展且人口密集，倘能於颱洪澇災來臨發生前提前預警，則能避免人民生命財產損失。因此，建立水情測預報系統，經由雨量、流量、水位、潮位等即時監測與預測等資料，進行洪水水情預警作業，於洪水期間透過預警(報)傳輸設備，發布預警(報)至防災體系相關單位並告知民眾，期以降低或避免洪水期間可能發生之災害。 針對本局轄管流域範圍始於94、95年度，分別辦理完成【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，前開為完成桃竹苗洪水預警系統技術面建置第一階段性目標，賡續為完備水情中心相關系統及設備，續於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作，及97年度開始辦理為期兩年的計畫【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】，計畫重點主要係將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，另於99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務，例如：防汛相關設備與系統維護及檢測、防汛應變落實作業、防汛志工相關業務等外，每年亦配合本局的重點業務需求，精進預警機制與防汛作為相關規劃與推動。 本年度除配合前年度計畫成果外，並持續辦理例行性防汛作業計畫，希冀藉由此例行性防汛計畫的推動，達到防汛業務等綜合有關工作順利進行，以減低颱洪災害的風險，並強化防汛的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080042</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/2</date><governmentpublicationsnumber>1010802507</governmentpublicationsnumber><identifier>87507</identifier><internationalstandardbooknumber>9789865442811 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87507</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>108年度二河局轄區洪水預警及防汛整合作業正式報告書=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局桃竹苗轄區中央管河川頭前溪、鳳山溪、中港溪，及後龍溪等流域集水區域，社會經濟高度發展且人口密集，倘能於颱洪澇災來臨發生前提前預警，則能避免人民生命財產損失。因此，建立水情測預報系統，經由雨量、流量、水位、潮位等即時監測與預測等資料，進行洪水水情預警作業，於洪水期間透過預警(報)傳輸設備，發布預警(報)至防災體系相關單位並告知民眾，期以降低或避免洪水期間可能發生之災害。 針對本局轄管流域範圍始於94、95年度，分別辦理完成【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，前開為完成桃竹苗洪水預警系統技術面建置第一階段性目標，賡續為完備水情中心相關系統及設備，續於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作，及97年度開始辦理為期兩年的計畫【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】，計畫重點主要係將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，另於99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務，例如：防汛相關設備與系統維護及檢測、防汛應變落實作業、防汛志工相關業務等外，每年亦配合本局的重點業務需求，精進預警機制與防汛作為相關規劃與推動。 本年度除配合前年度計畫成果外，並持續辦理例行性防汛作業計畫，希冀藉由此例行性防汛計畫的推動，達到防汛業務等綜合有關工作順利進行，以減低颱洪災害的風險，並強化防汛的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080042</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/2</date><governmentpublicationsnumber>1010802507</governmentpublicationsnumber><identifier>87508</identifier><internationalstandardbooknumber>9789865442811 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87508</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>108年度二河局轄區洪水預警及防汛整合作業正式報告書--光碟版=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣河川多為多砂河川，河川沖淤變化大，因此常有疏濬需求以維河川通洪能力，但現行的河川及水庫疏濬相關規範均尚未納入生態考量，河道減糙及疏濬能有效維持河川的通洪、容洪功能，但也可能破壞重要棲地環境或減損生態系統功能。以淡水河系為例，近年部分渠段之河道及高灘地有逐年淤積趨勢，需要經常性進行河道疏濬及植生整理，以保持足夠的通洪斷面，及適度維持河道粗糙度，且為因應氣候變遷之嚴峻防洪需求，此項工作尤其重要及迫切。然根據淡水河系河川情勢調查結果及相關生態調查報告指出，淡水河系蘊藏豐富的生態資源，故進行河道整理、疏濬或植生檢討等工作時，勢需針對上述之河川及濕地生態清疏工作，提出更全面且具體可行的對策。早年位於台北防洪計畫範圍，除社子島及五股疏左地區因屬洪水平原管制或限制發展區，其餘地區已完成台北防洪計畫保護標準，但是近年來高灘地高度利用，及河道回淤速度受天候自然輸砂及人為排砂等因素，回淤速度有逐年加速之情勢，因此應進行補充調查，及清疏方式、技術的研究，本案本計畫是以生態系統功能及服務的角度，針對計畫範圍進行包括河道及高灘地河相變遷、高灘地植生分布及生長情形評估，將通疏洪能力納入其中的「調節」功能及服務項中，評估不同河道減糙或疏濬方案的生態系功能權衡關係（trade-off），包括河防安全、景觀生態、棲地生態等，提出有效且可行的河道減糙及疏濬策略，以有效強化淡水河及周邊河道容洪、通洪、防洪能力，並能確保計畫河段之生態功能。 107年已針對臺北防洪計畫大漢溪、二重疏洪道與新店溪部分河段進行清疏兼顧生態之策略研擬，108年主要將針對淡水河主流，並將107年研究範圍尚待進一步探討部份納入計畫內深入研究。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080114</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/6</date><governmentpublicationsnumber>1010802275</governmentpublicationsnumber><identifier>87521</identifier><internationalstandardbooknumber>9789865442361 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87521</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>淡水河主流及其周邊河道減糙及疏濬策略研擬(內附光碟)=Effects of Vegetation Management and Waterway Excavation on Flood Regulation and Ecological Conservation in Tanshui River System</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣河川多為多砂河川，河川沖淤變化大，因此常有疏濬需求以維河川通洪能力，但現行的河川及水庫疏濬相關規範均尚未納入生態考量，河道減糙及疏濬能有效維持河川的通洪、容洪功能，但也可能破壞重要棲地環境或減損生態系統功能。以淡水河系為例，近年部分渠段之河道及高灘地有逐年淤積趨勢，需要經常性進行河道疏濬及植生整理，以保持足夠的通洪斷面，及適度維持河道粗糙度，且為因應氣候變遷之嚴峻防洪需求，此項工作尤其重要及迫切。然根據淡水河系河川情勢調查結果及相關生態調查報告指出，淡水河系蘊藏豐富的生態資源，故進行河道整理、疏濬或植生檢討等工作時，勢需針對上述之河川及濕地生態清疏工作，提出更全面且具體可行的對策。早年位於台北防洪計畫範圍，除社子島及五股疏左地區因屬洪水平原管制或限制發展區，其餘地區已完成台北防洪計畫保護標準，但是近年來高灘地高度利用，及河道回淤速度受天候自然輸砂及人為排砂等因素，回淤速度有逐年加速之情勢，因此應進行補充調查，及清疏方式、技術的研究，本案本計畫是以生態系統功能及服務的角度，針對計畫範圍進行包括河道及高灘地河相變遷、高灘地植生分布及生長情形評估，將通疏洪能力納入其中的「調節」功能及服務項中，評估不同河道減糙或疏濬方案的生態系功能權衡關係（trade-off），包括河防安全、景觀生態、棲地生態等，提出有效且可行的河道減糙及疏濬策略，以有效強化淡水河及周邊河道容洪、通洪、防洪能力，並能確保計畫河段之生態功能。 107年已針對臺北防洪計畫大漢溪、二重疏洪道與新店溪部分河段進行清疏兼顧生態之策略研擬，108年主要將針對淡水河主流，並將107年研究範圍尚待進一步探討部份納入計畫內深入研究。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080114</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/6</date><governmentpublicationsnumber>1010802275</governmentpublicationsnumber><identifier>87522</identifier><internationalstandardbooknumber>9789865442361 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87522</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>淡水河主流及其周邊河道減糙及疏濬策略研擬--光碟版=Effects of Vegetation Management and Waterway Excavation on Flood Regulation and Ecological Conservation in Tanshui River System</title><yearidentifier>201912</yearidentifier></data><data><abstract>1.水利署107年9月5日「淡水河水系大漢溪治理計畫(由石門水庫後池堰起至三峽河匯流口止)(第一次修正)」及圖籍(大溪橋至武嶺橋、溪州大橋至崁津大橋河段)」第三次審議會議決議第2點，大溪橋至武嶺橋左岸，依水利規劃試驗所所提方案為維持原公告，且左岸仍有沖刷現象，河道尚未穩定，並考量下游中?攔河堰影響，後續仍須辦理相關研究調查作業，俟有河道穩定及具體科學證明，再依相關規定由本局辦理局部變更作業。 2.復依水利署107年11月30日經水河字第10716154760號函指示本局續辦監測調查作業，再依成果據以研辦局部檢討變更，並請視需求提報計畫至署；及水利署107年12月28日經水河字第10716166450號函指示本局於108年10月底前提出監測調查評估報告書，以掌握現階段依科學數據所分析河道穩定情形，據以研辦水道治理計畫線及用地範圍線局部變更作業，並視經費需求提報辦理監測調查評估作業。 3.基於上述，為辦理相關研究調查及河道穩定評估作業，爰成立本計畫。 4.內容涉及河道地形監測調查、軟岩河床特性、河川輸砂、水理分析、河道穩定評估等領域，極具專業性且技術層面廣泛，非本局現有人力所能完成，且由不同廠商供應之勞務，於技術、品質、功能及效益有所差異，不宜採最低標，避免低價搶標，造成服務品質低落，爰依政府採購法第22條第1項第9款規定採限制性招標，以準用最有利標方式辦理公開評選優勝廠商。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080467</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/6</date><governmentpublicationsnumber>1010802377</governmentpublicationsnumber><identifier>87523</identifier><internationalstandardbooknumber>9789865442521 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87523</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>大漢溪崁津橋至武嶺橋下游中庄攔河堰河段監測調查及河道穩定評估(內附光碟)=Basic data investigation and channel stability evaluation of Tahan River in the reach of Kanchin Bridge to Chungchuang Weir</title><yearidentifier>201912</yearidentifier></data><data><abstract>1.水利署107年9月5日「淡水河水系大漢溪治理計畫(由石門水庫後池堰起至三峽河匯流口止)(第一次修正)」及圖籍(大溪橋至武嶺橋、溪州大橋至崁津大橋河段)」第三次審議會議決議第2點，大溪橋至武嶺橋左岸，依水利規劃試驗所所提方案為維持原公告，且左岸仍有沖刷現象，河道尚未穩定，並考量下游中?攔河堰影響，後續仍須辦理相關研究調查作業，俟有河道穩定及具體科學證明，再依相關規定由本局辦理局部變更作業。 2.復依水利署107年11月30日經水河字第10716154760號函指示本局續辦監測調查作業，再依成果據以研辦局部檢討變更，並請視需求提報計畫至署；及水利署107年12月28日經水河字第10716166450號函指示本局於108年10月底前提出監測調查評估報告書，以掌握現階段依科學數據所分析河道穩定情形，據以研辦水道治理計畫線及用地範圍線局部變更作業，並視經費需求提報辦理監測調查評估作業。 3.基於上述，為辦理相關研究調查及河道穩定評估作業，爰成立本計畫。 4.內容涉及河道地形監測調查、軟岩河床特性、河川輸砂、水理分析、河道穩定評估等領域，極具專業性且技術層面廣泛，非本局現有人力所能完成，且由不同廠商供應之勞務，於技術、品質、功能及效益有所差異，不宜採最低標，避免低價搶標，造成服務品質低落，爰依政府採購法第22條第1項第9款規定採限制性招標，以準用最有利標方式辦理公開評選優勝廠商。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080467</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/6</date><governmentpublicationsnumber>1010802377</governmentpublicationsnumber><identifier>87524</identifier><internationalstandardbooknumber>9789865442521 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87524</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>大漢溪崁津橋至武嶺橋下游中庄攔河堰河段監測調查及河道穩定評估--光碟版=Basic data investigation and channel stability evaluation of Tahan River in the reach of Kanchin Bridge to Chungchuang Weir</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年在氣候變遷之影響下，臺灣所面臨之極端氣候災害衝擊已漸趨常態，例如107年0823水災，因受熱帶低壓滯留影響，長延時高強度暴雨造成嘉義、臺南、高雄、屏東等縣市嚴重的淹水災害。因此，未來重要之防洪治水理念，將以打造『透水』、『海綿』、『韌性』、『抗災』環境為目標；尤其在極端降雨下，未來規劃設計時應將「水排不出去」或「來不及排出去」等因素納入考量。另根據近年來的災害分析，由於洪災韌性不足導致之淹水風險遽增，並非為臺灣所獨有，而係全球性之共同課題，各國亦積極構思解決良方。故本計畫之研提，目的在於同時考量民眾需求與治水工程下，推動洪災韌性作為，以期在極端氣下減少民眾受災並加速災後復原之韌性；並綜述當前臺灣韌性管理上的議題與未來研究與實務之可能方針。期透過本計畫了解韌性提升政策在地化之整體樣貌，激發更多元領域之投入，一齊豐富韌性研究之內涵，並拓展其應用與實踐之整體範疇。 本計畫以既有之氣候變遷洪災風險評估成果為基礎，配合國際趨勢以評估臺灣面臨洪災時之災前預防、災中應變與災後復原階段需強化之韌性能力，期達成不怕災之韌性目標。此外，針對國內洪災示範區透過規劃研析提升其防洪韌性，並結合民眾需求與工程手段，設計符合民眾期待的在地化韌性提升方法，冀為整體洪災韌性提升政策之建構參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080320</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/9</date><governmentpublicationsnumber>1010802483</governmentpublicationsnumber><identifier>87547</identifier><internationalstandardbooknumber>9789865442965 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87547</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷洪災韌性提升策略建構(1/2)=Construction strategies for flood resilience enhancement under climate change(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年在氣候變遷之影響下，臺灣所面臨之極端氣候災害衝擊已漸趨常態，例如107年0823水災，因受熱帶低壓滯留影響，長延時高強度暴雨造成嘉義、臺南、高雄、屏東等縣市嚴重的淹水災害。因此，未來重要之防洪治水理念，將以打造『透水』、『海綿』、『韌性』、『抗災』環境為目標；尤其在極端降雨下，未來規劃設計時應將「水排不出去」或「來不及排出去」等因素納入考量。另根據近年來的災害分析，由於洪災韌性不足導致之淹水風險遽增，並非為臺灣所獨有，而係全球性之共同課題，各國亦積極構思解決良方。故本計畫之研提，目的在於同時考量民眾需求與治水工程下，推動洪災韌性作為，以期在極端氣下減少民眾受災並加速災後復原之韌性；並綜述當前臺灣韌性管理上的議題與未來研究與實務之可能方針。期透過本計畫了解韌性提升政策在地化之整體樣貌，激發更多元領域之投入，一齊豐富韌性研究之內涵，並拓展其應用與實踐之整體範疇。 本計畫以既有之氣候變遷洪災風險評估成果為基礎，配合國際趨勢以評估臺灣面臨洪災時之災前預防、災中應變與災後復原階段需強化之韌性能力，期達成不怕災之韌性目標。此外，針對國內洪災示範區透過規劃研析提升其防洪韌性，並結合民眾需求與工程手段，設計符合民眾期待的在地化韌性提升方法，冀為整體洪災韌性提升政策之建構參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080320</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/9</date><governmentpublicationsnumber>1010802483</governmentpublicationsnumber><identifier>87549</identifier><internationalstandardbooknumber>9789865442965 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87549</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷洪災韌性提升策略建構(1/2)--光碟版=Construction strategies for flood resilience enhancement under climate change(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨著全球化的發展，社會、經濟與自然環境間具有交互影響的關係，而全球暖化下的氣候變遷情勢，使跨域水資源管理、環境污染等議題也從而顯現。臺灣經濟型態亦深受全球化效應影響，民眾更易聚集於經濟活動較頻繁的區域，使得都市化的情況加劇；而極端氣候條件下的降雨事件，其強度與頻率均較以往劇烈，進而衍生更為嚴峻的區域淹水問題，107年0823熱帶低壓暴雨引致的南部地區淹水災情即是明證。此外，由於氣候變遷不確定性因素較多，因此評估降低氣候變遷所造成的影響時，應以風險管控為出發點，並採取分散式的調適策略為宜。 遙連結(Telecoupling)為一瞭解全球超聯結之物理與社會現象，以及實現其永續發展的研究方法。其概念最早起源於氣候科學研究，探討某地區氣候受其他遙遠地區自然作用的影響；而後社會科學將其延伸應用於人與環境間的遠距複合關係，如結合遙連結於自然科學與社會科學，以研究人類與自然環境間的互動與整合關係。遙連結的種類可包含社會-生態系統、社會-環境系統、社經-生態系統、人口-環境系統等。因此，可透過遙連結框架深入分析、釐清與區別距離甚遠的多個系統間的複雜關係。而為瞭解影響區域尺度到全球尺度永續性的各類因子，則需建立一套全面性的空間分析工具，以描述並量化遠距的多種社會經濟與環境的相互作用，進而探討系統交流與跨距整合等課題。 以全球化導致整體環境的改變為例，藉由結合遙連與全球經濟模式，可分析不同經濟活動對氣候及土地利用改變之影響，有助瞭解未來氣候在區域及全球尺度的變異；而結合遙連結與氣候模式，則可探討氣候及經濟活動對未來區域降雨型態與淹水特性的影響，進而規劃氣候變遷下之新興治水策略。 縱觀當前氣候變遷衝擊下之全球環境，浮現於各領域表象間之關鍵課題，其內涵實存在繁複之連動關係，非單一面向之應對措施所能含括；而應以跨域視野綜覽全局，方能以研擬整體因應策略。因此，本計畫之研提，目的為利用遙連結之宏觀體系與分析方法，結合全球經濟模式及氣候模式，探討區域遙連結對未來都會區土地利用及降雨特性之影響，針對不同土地利用情境討論可能的淹水情況；再透過分散式治水架構的研析建立，以風險分攤的概念探討降低風險的可行性，並評估因應國土規劃的新興治水策略。</abstract><author>國立臺灣大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080421</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/9</date><governmentpublicationsnumber>1010802487</governmentpublicationsnumber><identifier>87550</identifier><internationalstandardbooknumber>9789865442972 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87550</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷遙連結應用於新興治水策略之研究(1/2)=The application of telecoupling in emerging water management strategy under climate change</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨著全球化的發展，社會、經濟與自然環境間具有交互影響的關係，而全球暖化下的氣候變遷情勢，使跨域水資源管理、環境污染等議題也從而顯現。臺灣經濟型態亦深受全球化效應影響，民眾更易聚集於經濟活動較頻繁的區域，使得都市化的情況加劇；而極端氣候條件下的降雨事件，其強度與頻率均較以往劇烈，進而衍生更為嚴峻的區域淹水問題，107年0823熱帶低壓暴雨引致的南部地區淹水災情即是明證。此外，由於氣候變遷不確定性因素較多，因此評估降低氣候變遷所造成的影響時，應以風險管控為出發點，並採取分散式的調適策略為宜。 遙連結(Telecoupling)為一瞭解全球超聯結之物理與社會現象，以及實現其永續發展的研究方法。其概念最早起源於氣候科學研究，探討某地區氣候受其他遙遠地區自然作用的影響；而後社會科學將其延伸應用於人與環境間的遠距複合關係，如結合遙連結於自然科學與社會科學，以研究人類與自然環境間的互動與整合關係。遙連結的種類可包含社會-生態系統、社會-環境系統、社經-生態系統、人口-環境系統等。因此，可透過遙連結框架深入分析、釐清與區別距離甚遠的多個系統間的複雜關係。而為瞭解影響區域尺度到全球尺度永續性的各類因子，則需建立一套全面性的空間分析工具，以描述並量化遠距的多種社會經濟與環境的相互作用，進而探討系統交流與跨距整合等課題。 以全球化導致整體環境的改變為例，藉由結合遙連與全球經濟模式，可分析不同經濟活動對氣候及土地利用改變之影響，有助瞭解未來氣候在區域及全球尺度的變異；而結合遙連結與氣候模式，則可探討氣候及經濟活動對未來區域降雨型態與淹水特性的影響，進而規劃氣候變遷下之新興治水策略。 縱觀當前氣候變遷衝擊下之全球環境，浮現於各領域表象間之關鍵課題，其內涵實存在繁複之連動關係，非單一面向之應對措施所能含括；而應以跨域視野綜覽全局，方能以研擬整體因應策略。因此，本計畫之研提，目的為利用遙連結之宏觀體系與分析方法，結合全球經濟模式及氣候模式，探討區域遙連結對未來都會區土地利用及降雨特性之影響，針對不同土地利用情境討論可能的淹水情況；再透過分散式治水架構的研析建立，以風險分攤的概念探討降低風險的可行性，並評估因應國土規劃的新興治水策略。</abstract><author>國立臺灣大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080421</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/9</date><governmentpublicationsnumber>1010802487</governmentpublicationsnumber><identifier>87551</identifier><internationalstandardbooknumber>9789865442972 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87551</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷遙連結應用於新興治水策略之研究(1/2)--光碟版=The application of telecoupling in emerging water management strategy under climate change</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年世界各地極端氣候頻傳，旱災發生頻率增加，影響層面深遠，經常造成嚴重經濟損失。103年臺灣各地秋冬期間降雨偏少，導致長達9個月之枯旱情況，水情惡劣時期新北市板新、林口地區、桃園市及高雄地區被迫實施第三階段限水，採取供五停二措施以控制水源運用，旱象直至5月底梅雨鋒面抵達才逐漸舒緩。 面臨極端天氣，除強化現有之防災體系與因應作為，更需預先執行衝擊評估與風險分析，使災時損失降至最低，並提升抗旱韌性。為強化因應氣候變遷之抗旱手段與面對災變之危機處理能力，故研提本計畫；除分析可能水文情境，以探討惡劣條件下之水源枯旱風險與管理機制，並配合經濟分析，推估水源枯旱可能造成之經濟損失，以作為決策支援之參考資訊。此外，透過盤點計畫區域內相關因應措施，以舒緩枯旱之衝擊與影響，於未來嚴重枯旱發生時，可提供水資源運用之重要參考。其中，因應措施可考量「開源、節流、調度、備援」四大策略，並藉由風險管控、細緻管理機制、水文枯旱預警與超前布署機制等精進作為，以未來於104年情境下不進入三階限水為整體抗旱目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080330</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802504</governmentpublicationsnumber><identifier>87552</identifier><internationalstandardbooknumber>9789865442958 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87552</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷水源供應與經濟影響研究(1/2)=The Adaptation to Climate Change Impact on Water Supply and Economy(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年世界各地極端氣候頻傳，旱災發生頻率增加，影響層面深遠，經常造成嚴重經濟損失。103年臺灣各地秋冬期間降雨偏少，導致長達9個月之枯旱情況，水情惡劣時期新北市板新、林口地區、桃園市及高雄地區被迫實施第三階段限水，採取供五停二措施以控制水源運用，旱象直至5月底梅雨鋒面抵達才逐漸舒緩。 面臨極端天氣，除強化現有之防災體系與因應作為，更需預先執行衝擊評估與風險分析，使災時損失降至最低，並提升抗旱韌性。為強化因應氣候變遷之抗旱手段與面對災變之危機處理能力，故研提本計畫；除分析可能水文情境，以探討惡劣條件下之水源枯旱風險與管理機制，並配合經濟分析，推估水源枯旱可能造成之經濟損失，以作為決策支援之參考資訊。此外，透過盤點計畫區域內相關因應措施，以舒緩枯旱之衝擊與影響，於未來嚴重枯旱發生時，可提供水資源運用之重要參考。其中，因應措施可考量「開源、節流、調度、備援」四大策略，並藉由風險管控、細緻管理機制、水文枯旱預警與超前布署機制等精進作為，以未來於104年情境下不進入三階限水為整體抗旱目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080330</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802504</governmentpublicationsnumber><identifier>87553</identifier><internationalstandardbooknumber>9789865442958 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87553</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷水源供應與經濟影響研究(1/2)--光碟版=The Adaptation to Climate Change Impact on Water Supply and Economy(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>面對氣候變遷所帶來的衝擊，為確保水資源穩定供應，須以多元方式開發水資源，其中推動再生水已成為國際趨勢，而國際上於再生水技術已朝節能省能方向發展，水利署亦致力推動再生水及興新再生水技術，於前期研究已完成電容去離子技術的實驗室模組系統，以脫鹽程序處理達高品質工業製程用的再生水水質，且其產水能耗小，具有貯能、省能以及產水之功效。 水利署續依據技術發展里程碑與成熟度，將進行電容去離子技術的系統證明，建立電容去離子實廠應用原型組件，搭配前處理與相關處理單元，完成整合的試驗性系統，並以產業推廣為前提，進行相關測試，評估應用於非系統再生水程序之可行性。同時建立電容去離子技術之量化永續性設計，以系統化考量技術設置與運轉期間之能資源投入，提出貯能型再生水系統之發展路徑及應用。同時配合各項展覽之展出，推廣台灣的水科技與水利產業。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080350</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802449</governmentpublicationsnumber><identifier>87554</identifier><internationalstandardbooknumber>9789865442903 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87554</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>貯能型再生水技術系統整合精進與研析=Integrated Development of Energy Storage-Based Water Reuse System</title><yearidentifier>201912</yearidentifier></data><data><abstract>面對氣候變遷所帶來的衝擊，為確保水資源穩定供應，須以多元方式開發水資源，其中推動再生水已成為國際趨勢，而國際上於再生水技術已朝節能省能方向發展，水利署亦致力推動再生水及興新再生水技術，於前期研究已完成電容去離子技術的實驗室模組系統，以脫鹽程序處理達高品質工業製程用的再生水水質，且其產水能耗小，具有貯能、省能以及產水之功效。 水利署續依據技術發展里程碑與成熟度，將進行電容去離子技術的系統證明，建立電容去離子實廠應用原型組件，搭配前處理與相關處理單元，完成整合的試驗性系統，並以產業推廣為前提，進行相關測試，評估應用於非系統再生水程序之可行性。同時建立電容去離子技術之量化永續性設計，以系統化考量技術設置與運轉期間之能資源投入，提出貯能型再生水系統之發展路徑及應用。同時配合各項展覽之展出，推廣台灣的水科技與水利產業。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080350</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802449</governmentpublicationsnumber><identifier>87555</identifier><internationalstandardbooknumber>9789865442903 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87555</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>貯能型再生水技術系統整合精進與研析--光碟版=Integrated Development of Energy Storage-Based Water Reuse System</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣近年接連面臨2009年莫拉克風災及2018年0823水災造成的嚴重損失，世界各地也同樣面對極端氣候衝擊，其帶來降雨強度已經超過工程與非工程的防治手段，因此我們宜積極建構一個更韌性的韌性城市。近來，氣候變遷影響加劇，國際許多城市所遭受之天然災害衝擊往往已超過工程與非工程防治的極限。因此我們必須體認，未來面臨極端氣候造成的水患時，城市恐難單純透過工程與非工程保護措施而倖免於災害衝擊。基此，城市除了在「抗災」的投入之外，更宜從「預防災害發生」與「減低災害衝擊」等方向來努力，據以建構一座更具有「韌性水城市」，使城市能在極端氣候的巨大衝擊後迅速調適並重新站起來，並能從災害中學習，使城市更具有韌性。本計畫之目的在於成立韌性服務團隊，協助地方政府積極推動水韌性相關政策，透過協助韌性分析、策略檢討、推動行動方案等方式，加速地方政府更有效且即時地提升城市水韌性；同時考量全臺灣各縣市長期推動韌性之需求，應建立種子服務團隊培訓制度與發展定期評估之規劃，以期在極端氣候下能減少受災並加速災後復原之韌性。 　　本計畫以水利署韌性水城市評估與調適研究所發展的韌性水城市評估參考手冊為基礎，成立韌性服務團隊，以更全面的方式協助地方政府一步步地進行韌性水城市評估。根據水韌性評估指標提供地方政府瞭解自身城市的狀態，協助自我評估當面臨水災時之災前預防、災中應變及災後復原與重建需強化之韌性能力；進而接軌國際提升城市面臨極端氣候影響下的水韌性能力，以達成不怕災之韌性目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080457</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802523</governmentpublicationsnumber><identifier>87560</identifier><internationalstandardbooknumber>9789865330064 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87560</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應極端氣候之水韌性提升與推動(1/2)=Enhancement and Action Promotion of Water Resilience in Response to Extreme Climates(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣近年接連面臨2009年莫拉克風災及2018年0823水災造成的嚴重損失，世界各地也同樣面對極端氣候衝擊，其帶來降雨強度已經超過工程與非工程的防治手段，因此我們宜積極建構一個更韌性的韌性城市。近來，氣候變遷影響加劇，國際許多城市所遭受之天然災害衝擊往往已超過工程與非工程防治的極限。因此我們必須體認，未來面臨極端氣候造成的水患時，城市恐難單純透過工程與非工程保護措施而倖免於災害衝擊。基此，城市除了在「抗災」的投入之外，更宜從「預防災害發生」與「減低災害衝擊」等方向來努力，據以建構一座更具有「韌性水城市」，使城市能在極端氣候的巨大衝擊後迅速調適並重新站起來，並能從災害中學習，使城市更具有韌性。本計畫之目的在於成立韌性服務團隊，協助地方政府積極推動水韌性相關政策，透過協助韌性分析、策略檢討、推動行動方案等方式，加速地方政府更有效且即時地提升城市水韌性；同時考量全臺灣各縣市長期推動韌性之需求，應建立種子服務團隊培訓制度與發展定期評估之規劃，以期在極端氣候下能減少受災並加速災後復原之韌性。 　　本計畫以水利署韌性水城市評估與調適研究所發展的韌性水城市評估參考手冊為基礎，成立韌性服務團隊，以更全面的方式協助地方政府一步步地進行韌性水城市評估。根據水韌性評估指標提供地方政府瞭解自身城市的狀態，協助自我評估當面臨水災時之災前預防、災中應變及災後復原與重建需強化之韌性能力；進而接軌國際提升城市面臨極端氣候影響下的水韌性能力，以達成不怕災之韌性目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080457</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802523</governmentpublicationsnumber><identifier>87562</identifier><internationalstandardbooknumber>9789865330064 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87562</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應極端氣候之水韌性提升與推動(1/2)--光碟版=Enhancement and Action Promotion of Water Resilience in Response to Extreme Climates(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署因應水環境永續發展，藉由關鍵技術產業本土化及擴大產業內需市場的策略，配合產業行銷手段，爭取水利產業海外商機，刺激更多的產業廠商投入市場，形成良性循環圈，積極推動國內水利產業的創新發展。 本計畫除延續107年推動重點「智慧水務產業」與「再生水產業」等二類水利產業類別之推動成果外，鑒於國內水利產業創新市場正蓬勃發展，爰擴大推動範疇至水利新創產業，藉以引入創新觀念結合現有推動成果，以產生更具經濟價值的商業模式。而在產業發展策略部分，藉由市場調查方法，檢視國內水利產業估算產值之分布與代表性，以充分瞭解相關廠商分布、能力與競爭優勢。藉由前開產業分析，推動國內優勢異業產業結盟，並視本署業界水利科技專案補助規範推動情形，辦理業界水利科技專案補助行政作業，經由結盟與輔導來促成廠商合作與互補。 另為提升產業行銷能力，也將辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練及產業人才供需調查等，以培育產業環境及人才競爭力，並瞭解人才供需差異，藉以提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 國內水利產業多為中小企業，較為欠缺產業行銷管道及概念，因此提供適當的行銷管道，藉由市場行銷手段擴大國內市場，並透過籌辦台灣國際水週及參與國外產業展覽方式與國際產業多元交流溝通，積極行銷及拓展我國水利產業，打開國際市場的商機。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080358</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802554</governmentpublicationsnumber><identifier>87568</identifier><internationalstandardbooknumber>9789865330132 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87568</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水利產業創新發展推動及市場行銷=Innovative Development and Marketing Promotion of Water Industry</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署因應水環境永續發展，藉由關鍵技術產業本土化及擴大產業內需市場的策略，配合產業行銷手段，爭取水利產業海外商機，刺激更多的產業廠商投入市場，形成良性循環圈，積極推動國內水利產業的創新發展。 本計畫除延續107年推動重點「智慧水務產業」與「再生水產業」等二類水利產業類別之推動成果外，鑒於國內水利產業創新市場正蓬勃發展，爰擴大推動範疇至水利新創產業，藉以引入創新觀念結合現有推動成果，以產生更具經濟價值的商業模式。而在產業發展策略部分，藉由市場調查方法，檢視國內水利產業估算產值之分布與代表性，以充分瞭解相關廠商分布、能力與競爭優勢。藉由前開產業分析，推動國內優勢異業產業結盟，並視本署業界水利科技專案補助規範推動情形，辦理業界水利科技專案補助行政作業，經由結盟與輔導來促成廠商合作與互補。 另為提升產業行銷能力，也將辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練及產業人才供需調查等，以培育產業環境及人才競爭力，並瞭解人才供需差異，藉以提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 國內水利產業多為中小企業，較為欠缺產業行銷管道及概念，因此提供適當的行銷管道，藉由市場行銷手段擴大國內市場，並透過籌辦台灣國際水週及參與國外產業展覽方式與國際產業多元交流溝通，積極行銷及拓展我國水利產業，打開國際市場的商機。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080358</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802554</governmentpublicationsnumber><identifier>87569</identifier><internationalstandardbooknumber>9789865330132 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87569</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水利產業創新發展推動及市場行銷--光碟版=Innovative Development and Marketing Promotion of Water Industry</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨氣候變遷所帶來的衝擊，為滿足社會及經濟發展用水需求，降低缺水風險，達到水資源調適的策略目標，本署積極推動多元化水資源開發，自民國90年起持續推動各類廢污水再生利用，輔導相關再生水產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度。隨著「再生水資源發展條例」完成立法，賦予廢污水及放流水回收利用的明確法律框架，以及國內首座萬噸級再生水廠-鳳山案第一期工程完工通水，正式宣告我國再生水資源的利用，已邁入新的里程碑。 為使國內再生水資源及產業蓬勃發展，以擴大再生水資源之利用，有必要定期追蹤各推動案執行情形，並適時提出相關因應之策略及措施，以及探討再生水之多元化發展與媒合推動模式，提出策略性之建議。此外，考量再生水資源已為我國新興水資源之重要一環，需提升再生水資源整合性管理服務，強化再生水相關資料整合匯流與加值應用，以提供各界查詢再生水相關資訊，爰辦理本計畫。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080340</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802631</governmentpublicationsnumber><identifier>87570</identifier><internationalstandardbooknumber>9789865330286 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87570</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>再生水多元化發展與整合推動模式=Diversified Development and Integrated Promotion for Reclaimed Water</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨氣候變遷所帶來的衝擊，為滿足社會及經濟發展用水需求，降低缺水風險，達到水資源調適的策略目標，本署積極推動多元化水資源開發，自民國90年起持續推動各類廢污水再生利用，輔導相關再生水產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度。隨著「再生水資源發展條例」完成立法，賦予廢污水及放流水回收利用的明確法律框架，以及國內首座萬噸級再生水廠-鳳山案第一期工程完工通水，正式宣告我國再生水資源的利用，已邁入新的里程碑。 為使國內再生水資源及產業蓬勃發展，以擴大再生水資源之利用，有必要定期追蹤各推動案執行情形，並適時提出相關因應之策略及措施，以及探討再生水之多元化發展與媒合推動模式，提出策略性之建議。此外，考量再生水資源已為我國新興水資源之重要一環，需提升再生水資源整合性管理服務，強化再生水相關資料整合匯流與加值應用，以提供各界查詢再生水相關資訊，爰辦理本計畫。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080340</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802631</governmentpublicationsnumber><identifier>87571</identifier><internationalstandardbooknumber>9789865330286 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87571</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>再生水多元化發展與整合推動模式--光碟版=Diversified Development and Integrated Promotion for Reclaimed Water</title><yearidentifier>201912</yearidentifier></data><data><abstract>氣候變遷影響下，臺灣海岸將面臨不確定性的災害衝擊(如海岸溢淹、地形變遷)，而海岸因應災害之韌性不足時，易導致海岸居民安全與財產受到威脅(如波浪衝擊岸邊建物、海岸溢淹危害、內陸淹水無法排放至外海)。海岸韌性可分為容許力與恢復力兩個層面，容許力主要為海岸面對災害衝擊時(如颱風、強降雨)，讓海岸災情最小化之能力；恢復力則代表海岸受到衝擊後恢復，並達到新平衡的能力，而「海岸數值模擬」則為提升海岸韌性的重要工具。透過合理的海岸數值模擬，可較精確地預測致災情況(如海水溢淹)，其資訊可提供海岸防災策略研擬與災後復原政策訂定之重要參考。 過去研諸多究成果已顯示，氣候變遷將導致平均海水面上升與颱風規模增強，均會提升海岸溢淹致災風險。此外，於強降雨情況下，潮位漲退影響亦可能導致內陸淹水無法排出外海，致使海岸地區或較低窪處發生「滯水不退」之情況，此並非傳統僅考量「海岸溢淹」之數值模式所能夠評估之現象。為促進海岸韌性提升並強化海岸災害之預測能力，需辦理包含國內歷史海岸災害相關資料蒐集、國外海岸韌性防災案例之深入分析、以氣候變遷情境進行海岸數值模擬、更新既有海岸溢淹風險地圖，以及氣候變遷衝擊對海岸韌性影響評估等作業，爰成立本計畫，以期提供相關工作推動執行時之專業技術支援。</abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080412</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802502</governmentpublicationsnumber><identifier>87572</identifier><internationalstandardbooknumber>9789865442941 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87572</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷之海岸風險評估(1/2)=Assessment of coastal risks to climate change-related impacts(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>氣候變遷影響下，臺灣海岸將面臨不確定性的災害衝擊(如海岸溢淹、地形變遷)，而海岸因應災害之韌性不足時，易導致海岸居民安全與財產受到威脅(如波浪衝擊岸邊建物、海岸溢淹危害、內陸淹水無法排放至外海)。海岸韌性可分為容許力與恢復力兩個層面，容許力主要為海岸面對災害衝擊時(如颱風、強降雨)，讓海岸災情最小化之能力；恢復力則代表海岸受到衝擊後恢復，並達到新平衡的能力，而「海岸數值模擬」則為提升海岸韌性的重要工具。透過合理的海岸數值模擬，可較精確地預測致災情況(如海水溢淹)，其資訊可提供海岸防災策略研擬與災後復原政策訂定之重要參考。 過去研諸多究成果已顯示，氣候變遷將導致平均海水面上升與颱風規模增強，均會提升海岸溢淹致災風險。此外，於強降雨情況下，潮位漲退影響亦可能導致內陸淹水無法排出外海，致使海岸地區或較低窪處發生「滯水不退」之情況，此並非傳統僅考量「海岸溢淹」之數值模式所能夠評估之現象。為促進海岸韌性提升並強化海岸災害之預測能力，需辦理包含國內歷史海岸災害相關資料蒐集、國外海岸韌性防災案例之深入分析、以氣候變遷情境進行海岸數值模擬、更新既有海岸溢淹風險地圖，以及氣候變遷衝擊對海岸韌性影響評估等作業，爰成立本計畫，以期提供相關工作推動執行時之專業技術支援。</abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080412</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802502</governmentpublicationsnumber><identifier>87573</identifier><internationalstandardbooknumber>9789865442941 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87573</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷之海岸風險評估(1/2)--光碟版=Assessment of coastal risks to climate change-related impacts(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>為延續歷年技術研發成果，本署於106-110年辦理「環境友善型水處理科技發展計畫」，主要研究方向脈絡為先行奠基政策與法規建置、再針對再生水使用進行媒合及以綠能/節能為目標進行系統性的研究，後期再逐漸收斂至發展節能、創能、產水、資源回收之能資源整合型再生水科技，並且針對具發展潛力之先進再生水科技盤點規劃後續研究資源投注之方向，也積極推動歷年研發之技術能實際運用於產業界，以提升國內再生水的技術層級，藉以帶動國內再生水產業的發展。 本計畫藉由對我國再生水既有技術之基礎調查，以盤點出我國既有優勢技術並實施技術媒合提升國內技術實力，另也針對國外再生水先進技術進行盤查，及研析適合我國未來投注發展的新進技術方向，並研擬與國內產業研究鏈結建構我國再生水發展與技術潛勢藍圖。 循環經濟是未來再生水發展的趨勢，計畫將藉由永續循環評比機制的評估分析，讓各廠估算其水再生率、能源自給率和資源再生率的潛能，研擬出相對應的改善方案，並結合營建署、環保署、工業局等單位加以適當輔導推動，以提升廠方努力升級改善的誘因及動力，藉由持續精進的改善過程，可進一步協助產業創新，帶動並活絡再生水、再生能源、再生資源產業。另經由成立再生水能資源整合技術聯盟及建立輔導模式，協助水資源回收中心及再生水廠升級轉型，並提供再生水產業發展政策規劃上參考之依據。 另本計畫尚需協助再生水科專研究方向之擬定及再生水相關政策之研擬，並辦理人才培訓、協助參加國內、外國際水展及相關配合推動再生水業務所需措施等相關工作。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080352</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802431</governmentpublicationsnumber><identifier>87574</identifier><internationalstandardbooknumber>9789865442873 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87574</librarycollectiondetailsurl><price>430</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>先進再生水科技研發架構研擬暨推動計畫=The Promotion Project of Advanced Reclaimed Water Technology Development Structure</title><yearidentifier>201912</yearidentifier></data><data><abstract>為延續歷年技術研發成果，本署於106-110年辦理「環境友善型水處理科技發展計畫」，主要研究方向脈絡為先行奠基政策與法規建置、再針對再生水使用進行媒合及以綠能/節能為目標進行系統性的研究，後期再逐漸收斂至發展節能、創能、產水、資源回收之能資源整合型再生水科技，並且針對具發展潛力之先進再生水科技盤點規劃後續研究資源投注之方向，也積極推動歷年研發之技術能實際運用於產業界，以提升國內再生水的技術層級，藉以帶動國內再生水產業的發展。 本計畫藉由對我國再生水既有技術之基礎調查，以盤點出我國既有優勢技術並實施技術媒合提升國內技術實力，另也針對國外再生水先進技術進行盤查，及研析適合我國未來投注發展的新進技術方向，並研擬與國內產業研究鏈結建構我國再生水發展與技術潛勢藍圖。 循環經濟是未來再生水發展的趨勢，計畫將藉由永續循環評比機制的評估分析，讓各廠估算其水再生率、能源自給率和資源再生率的潛能，研擬出相對應的改善方案，並結合營建署、環保署、工業局等單位加以適當輔導推動，以提升廠方努力升級改善的誘因及動力，藉由持續精進的改善過程，可進一步協助產業創新，帶動並活絡再生水、再生能源、再生資源產業。另經由成立再生水能資源整合技術聯盟及建立輔導模式，協助水資源回收中心及再生水廠升級轉型，並提供再生水產業發展政策規劃上參考之依據。 另本計畫尚需協助再生水科專研究方向之擬定及再生水相關政策之研擬，並辦理人才培訓、協助參加國內、外國際水展及相關配合推動再生水業務所需措施等相關工作。</abstract><author>台灣水環境再生協會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080352</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/10</date><governmentpublicationsnumber>1010802431</governmentpublicationsnumber><identifier>87575</identifier><internationalstandardbooknumber>9789865442873 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87575</librarycollectiondetailsurl><price>430</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>先進再生水科技研發架構研擬暨推動計畫--光碟版=The Promotion Project of Advanced Reclaimed Water Technology Development Structure</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨循環經濟世代的來臨，本署於104-107年辦理水及能資源整合技術研發工作，取得薄膜蒸餾(MD)及支撐式液態薄膜(SLM)之實驗室及模廠驗證，惟新技術欲廣為業界接受及使用，尚需有充分的實廠驗證資料，以佐證新技術於產業之適用性，因此本計畫將延續前期研發成果，於國內產業界進行實廠驗證並進行推廣，以及開發能源自主性之小型化薄膜蒸餾純水產製系統，並建立結合研發單位、系統製造商、工程設計公司及用水端之產業鏈。 此外，因國內環保法規逐步加嚴，產業將面臨含氨氮廢水處理與回收之問題，由於MD技術亦可應用於氨氮廢水處理並產製資源化之產物，本計畫將研究適當MD程序設計，除提高廢水處理效率外，並擴大回收產物之產量，進而推廣至業界使用。</abstract><author>中原大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080341</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802632</governmentpublicationsnumber><identifier>87578</identifier><internationalstandardbooknumber>9789865330279 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87578</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜水處理及資源回收技術應用及推廣之研究(1/2)=Membrane technology application and promotion for water treatment and resource recovery(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨循環經濟世代的來臨，本署於104-107年辦理水及能資源整合技術研發工作，取得薄膜蒸餾(MD)及支撐式液態薄膜(SLM)之實驗室及模廠驗證，惟新技術欲廣為業界接受及使用，尚需有充分的實廠驗證資料，以佐證新技術於產業之適用性，因此本計畫將延續前期研發成果，於國內產業界進行實廠驗證並進行推廣，以及開發能源自主性之小型化薄膜蒸餾純水產製系統，並建立結合研發單位、系統製造商、工程設計公司及用水端之產業鏈。 此外，因國內環保法規逐步加嚴，產業將面臨含氨氮廢水處理與回收之問題，由於MD技術亦可應用於氨氮廢水處理並產製資源化之產物，本計畫將研究適當MD程序設計，除提高廢水處理效率外，並擴大回收產物之產量，進而推廣至業界使用。</abstract><author>中原大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080341</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802632</governmentpublicationsnumber><identifier>87579</identifier><internationalstandardbooknumber>9789865330279 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87579</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜水處理及資源回收技術應用及推廣之研究(1/2)--光碟版=Membrane technology application and promotion for water treatment and resource recovery(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>國內水資源回收中心傳統處理程序，採前處理單元、初沉、生物活性污泥反應、終沉及消毒等程序，將生活污水處理至放流水水質後予以排放，由於水資源回中心土地面積有限，近年國內、外發展出薄膜生物反應器 (membrane bio-reactor, MBR)，可同時具備生物活性污泥反應及薄膜過濾程序，除減少用地空間外，處理後之水質已可達超濾膜過濾之水質，可節省將放流水處理為再生水(RO軟水)之成本，例如臨海再生水示範案。由於國內再生水廠將陸續推動興建，水資源回收中心污水處理單元採用MBR程序機會將增加，惟MBR約有70%的能源消耗用於曝氣過程，如能透過對曝氣氣泡流體動力機制之研究，反饋至曝氣操作模式中，進而在能耗與效率間取得一個平衡點，以掌握MBR之曝氣系統最佳操作參數及設計，可有效降低未來再生水造水成本，爰辦理本委託服務計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080446</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802581</governmentpublicationsnumber><identifier>87580</identifier><internationalstandardbooknumber>9789789653300 ; 9789653301</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87580</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜生物反應器曝氣抗垢與節能最佳化操作之研究(1/2)=A research on the optimized operation of a MBR aeration system for energy savings(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>國內水資源回收中心傳統處理程序，採前處理單元、初沉、生物活性污泥反應、終沉及消毒等程序，將生活污水處理至放流水水質後予以排放，由於水資源回中心土地面積有限，近年國內、外發展出薄膜生物反應器 (membrane bio-reactor, MBR)，可同時具備生物活性污泥反應及薄膜過濾程序，除減少用地空間外，處理後之水質已可達超濾膜過濾之水質，可節省將放流水處理為再生水(RO軟水)之成本，例如臨海再生水示範案。由於國內再生水廠將陸續推動興建，水資源回收中心污水處理單元採用MBR程序機會將增加，惟MBR約有70%的能源消耗用於曝氣過程，如能透過對曝氣氣泡流體動力機制之研究，反饋至曝氣操作模式中，進而在能耗與效率間取得一個平衡點，以掌握MBR之曝氣系統最佳操作參數及設計，可有效降低未來再生水造水成本，爰辦理本委託服務計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080446</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802581</governmentpublicationsnumber><identifier>87581</identifier><internationalstandardbooknumber>9789789653300 ; 9789789653</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87581</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜生物反應器曝氣抗垢與節能最佳化操作之研究(1/2)--光碟版=A research on the optimized operation of a MBR aeration system for energy savings(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區水庫集水區由於人為活動高度介入發展，造成自然環境的改變，集水區土砂崩落與水質惡化跟隨發生，嚴重影響水資源的利用；尤其近年來氣候變遷，旱澇極端天氣頻仍，水庫淤積、水質優養化問題日益明顯，又民眾逐步重視水庫集水區環境營造、生態保育、公民參與及資訊公開等議題，水資源永續利用的目標將面臨複雜多面向之經營考量。 參酌先進國家集水區流域管理經驗，係以「綠色基礎設施」(Green Infrastructure)具有調節洪水逕流、淨化水質及棲地保育等功能之空間規畫觀念來進行管理，強調由自然環境決定土地使用，重視生態維護自然，改善水環境、營造親水空間；將流域開發融入自然環境中，建立系統性、整體性而非零碎單一的功能結構，使水、土、林等各層面相互協調，恢復人與水的關係。 爰本委辦計畫擬導入「綠色基礎設施」(Green Infrastructure)觀念於國內水庫集水區管理，蒐集國內外相關研究、案例，探討提出國內合宜的運用方式及擇定對象實際操作，同時彙整檢視本署以往低衝擊開發、工程生態檢核推動成果並持續推動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080221</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802287</governmentpublicationsnumber><identifier>87582</identifier><internationalstandardbooknumber>9789865442545 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87582</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水庫集水區綠色基礎設施推廣計畫=The Promotional Plan of Green Infrastructure in the Reservoir Watershed</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區水庫集水區由於人為活動高度介入發展，造成自然環境的改變，集水區土砂崩落與水質惡化跟隨發生，嚴重影響水資源的利用；尤其近年來氣候變遷，旱澇極端天氣頻仍，水庫淤積、水質優養化問題日益明顯，又民眾逐步重視水庫集水區環境營造、生態保育、公民參與及資訊公開等議題，水資源永續利用的目標將面臨複雜多面向之經營考量。 參酌先進國家集水區流域管理經驗，係以「綠色基礎設施」(Green Infrastructure)具有調節洪水逕流、淨化水質及棲地保育等功能之空間規畫觀念來進行管理，強調由自然環境決定土地使用，重視生態維護自然，改善水環境、營造親水空間；將流域開發融入自然環境中，建立系統性、整體性而非零碎單一的功能結構，使水、土、林等各層面相互協調，恢復人與水的關係。 爰本委辦計畫擬導入「綠色基礎設施」(Green Infrastructure)觀念於國內水庫集水區管理，蒐集國內外相關研究、案例，探討提出國內合宜的運用方式及擇定對象實際操作，同時彙整檢視本署以往低衝擊開發、工程生態檢核推動成果並持續推動。</abstract><author>國立臺灣大學</author><categoryidentifier>443.642</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080221</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802287</governmentpublicationsnumber><identifier>87583</identifier><internationalstandardbooknumber>9789865442545 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87583</librarycollectiondetailsurl><price>580</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水庫集水區綠色基礎設施推廣計畫--光碟版=The Promotional Plan of Green Infrastructure in the Reservoir Watershed</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來本署逐步建構溫泉監測井網，蒐集監測各主要溫泉區溫泉水位及水溫狀況，並進行資料加值分析，期瞭解溫泉資源之變化情形，以提供相關單位保育、開發、管理或研究之運用參考。本計畫擬以非破壞性探測技術－低頻電磁波探測技術，進行溫泉資源探勘，運用該探測技術具備低成本、快速、連續、資訊豐富及可移動作業等優勢，期透過與既有監測井網監測資料之精準調校，探討以低頻電磁波探測技術建置溫泉監測輔助井之可行性，另外，亦擬透過全範圍探測成果，建立溫泉區地下地層、含水層及地溫變化之三維模型，以進一步解析及評估溫泉蘊藏量、流動方向、補助來源及管制總量。</abstract><author>財團法人空間及環境科技文教基金會</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080171</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802383</governmentpublicationsnumber><identifier>87584</identifier><internationalstandardbooknumber>9789865442804 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87584</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>低頻電磁波探測技術運用於溫泉資源保育及管理之研究=Study on the Hot Spring Resources conservation and Management by using the Technique of Ultra-Low Frequency Electromagnetic Waves</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來本署逐步建構溫泉監測井網，蒐集監測各主要溫泉區溫泉水位及水溫狀況，並進行資料加值分析，期瞭解溫泉資源之變化情形，以提供相關單位保育、開發、管理或研究之運用參考。本計畫擬以非破壞性探測技術－低頻電磁波探測技術，進行溫泉資源探勘，運用該探測技術具備低成本、快速、連續、資訊豐富及可移動作業等優勢，期透過與既有監測井網監測資料之精準調校，探討以低頻電磁波探測技術建置溫泉監測輔助井之可行性，另外，亦擬透過全範圍探測成果，建立溫泉區地下地層、含水層及地溫變化之三維模型，以進一步解析及評估溫泉蘊藏量、流動方向、補助來源及管制總量。</abstract><author>財團法人空間及環境科技文教基金會</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080171</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802383</governmentpublicationsnumber><identifier>87585</identifier><internationalstandardbooknumber>9789865442804 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87585</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>低頻電磁波探測技術運用於溫泉資源保育及管理之研究--光碟版=Study on the Hot Spring Resources conservation and Management by using the Technique of Ultra-Low Frequency Electromagnetic Waves</title><yearidentifier>201912</yearidentifier></data><data><abstract>地層導熱係數是地下傳熱的基本重要控制因素，溫泉觀測井常有自湧現象，因而產生溫度的變化，利用此溫度差，可推求地層導熱係數。本計畫擬先在礁溪溫泉進行現地地層導熱係數研究，此方法確立後也可應用於其他溫泉區，各溫泉區或地熱區之開發，其溫度變化乃受到地層導熱係數之控制，了解地層導熱係數之空間分布，為溫泉地熱開發管理的基礎。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080323</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802389</governmentpublicationsnumber><identifier>87586</identifier><internationalstandardbooknumber>9789865442637 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87586</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>利用溫泉井水溫觀測資料推估地層導熱係數之研究=Using temperature time series data to estimate in-situ thermal parameters in monitoring wells</title><yearidentifier>201912</yearidentifier></data><data><abstract>地層導熱係數是地下傳熱的基本重要控制因素，溫泉觀測井常有自湧現象，因而產生溫度的變化，利用此溫度差，可推求地層導熱係數。本計畫擬先在礁溪溫泉進行現地地層導熱係數研究，此方法確立後也可應用於其他溫泉區，各溫泉區或地熱區之開發，其溫度變化乃受到地層導熱係數之控制，了解地層導熱係數之空間分布，為溫泉地熱開發管理的基礎。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080323</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802389</governmentpublicationsnumber><identifier>87587</identifier><internationalstandardbooknumber>9789865442637 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87587</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>利用溫泉井水溫觀測資料推估地層導熱係數之研究--光碟版=Using temperature time series data to estimate in-situ thermal parameters in monitoring wells</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨極端氣候日益明顯與強降雨及颱風等氣候災害事件頻傳，水資源的保育措施勢在必行，加之我國儘管位居亞熱帶區域雨量豐沛，但歸因於降雨時間與空間以及地形高度落差大，流域水流湍急入海不易留住水源，須建置水庫以達蓄豐濟枯之目的，故我國水庫集水區的存在係以舒緩水資源供需與空間以及時間上的差異。 臺灣水庫集水區目前保育治理計畫之執行策略為「植樹防砂保土」、「監測巡查護水」、「削污減肥保源」和「強化民眾參與」，而整體工作目標，又以多以減少水庫集水區土砂災害為水利署主要工作項目，檢視過去相關集水區保育工作，其佔金額比重最高者，多為野溪整治、崩塌地處理、水庫蓄水範圍含保護帶及集水區主流河道之護岸、邊坡等為主要工作項目。 本署為評估保育治理計畫之經濟效益，於107年執行『水庫集水區保育計畫之經濟效益評估研究』對於相關工作之評估，也主要以替代方案成本進行估計效益，惟對於相關工程之規劃目的、期望效果、預期目標等並未進一步詳細檢視。防砂保土相關水土保持整治工程其於集水區保育之規劃上效果如何，值得就目前規劃工作進行分析探討，相關設計是否符合集水區保育尺度架構均應予以說明，一來可使民眾瞭解，二來可以作為集水區保育經濟效益評估之參考，相關工程於集水區保育工作規劃時，進行估計可能其困難，如何在反應原有物理機制下，簡化相關保育工程分析，提出可供運用的分析量化方法，為本計畫之主要目標。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080209</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802191</governmentpublicationsnumber><identifier>87588</identifier><internationalstandardbooknumber>9789865442279 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87588</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水庫集水區保育計畫之經濟效益評估研究=Economic Benefits Assessment for Reservoir Watershed Conservation Strategy in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨極端氣候日益明顯與強降雨及颱風等氣候災害事件頻傳，水資源的保育措施勢在必行，加之我國儘管位居亞熱帶區域雨量豐沛，但歸因於降雨時間與空間以及地形高度落差大，流域水流湍急入海不易留住水源，須建置水庫以達蓄豐濟枯之目的，故我國水庫集水區的存在係以舒緩水資源供需與空間以及時間上的差異。 臺灣水庫集水區目前保育治理計畫之執行策略為「植樹防砂保土」、「監測巡查護水」、「削污減肥保源」和「強化民眾參與」，而整體工作目標，又以多以減少水庫集水區土砂災害為水利署主要工作項目，檢視過去相關集水區保育工作，其佔金額比重最高者，多為野溪整治、崩塌地處理、水庫蓄水範圍含保護帶及集水區主流河道之護岸、邊坡等為主要工作項目。 本署為評估保育治理計畫之經濟效益，於107年執行『水庫集水區保育計畫之經濟效益評估研究』對於相關工作之評估，也主要以替代方案成本進行估計效益，惟對於相關工程之規劃目的、期望效果、預期目標等並未進一步詳細檢視。防砂保土相關水土保持整治工程其於集水區保育之規劃上效果如何，值得就目前規劃工作進行分析探討，相關設計是否符合集水區保育尺度架構均應予以說明，一來可使民眾瞭解，二來可以作為集水區保育經濟效益評估之參考，相關工程於集水區保育工作規劃時，進行估計可能其困難，如何在反應原有物理機制下，簡化相關保育工程分析，提出可供運用的分析量化方法，為本計畫之主要目標。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080209</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802191</governmentpublicationsnumber><identifier>87589</identifier><internationalstandardbooknumber>9789865442279 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87589</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水庫集水區保育計畫之經濟效益評估研究--光碟版=Economic Benefits Assessment for Reservoir Watershed Conservation Strategy in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年受到氣候變遷之影響，極端氣候日益明顯，致水庫集水區土砂災害頻傳，進而造成水庫淤積或設施損壞，影響水庫壽命；另由於相關經濟發展之需求，亦衍生水質污染之風險。有鑑於此，行政院於106年7月11日核定前瞻基礎建設計畫-水環境建設-「加強水庫集水區保育治理計畫」，針對特別需要治理之水庫集水區，包含淤積率大、環保署認屬須優先特予保護水庫水體、國有林班地、山坡地、野溪及既有崩塌地或具有崩塌潛勢範圍，以及水質確已優養化或存在劣化趨勢與風險之水庫集水區，辦理相關整治工作，以改善水庫集水區土砂崩塌入庫與水質優氧問題。 「加強水庫集水區保育治理計畫」第一期計畫期程共計4年(106-110年)，其計畫內容涵蓋「崩塌地處理」、「野溪整治」、「水土災害預警應變」、「削減生活與農業污染」及「監測護水」等工作，分別由環保署、農委會(林務局、水保局)及經濟部(水利署)共同執行，並設置「前瞻基礎建設水環境計畫推動小組」與「水與發展複評及考核小組」，辦理相關跨部會審查、政策協商及績效管制考核等工作，水利署擔任幕僚單位。 另外， 104年蘇迪勒颱風造成新店溪上游嚴重災害，行政院105年1月26日核定「新店溪上游流域保育治理及區域穩定供水綱要計畫」，期程8年(104-110年)，綱要計畫區分為「建立流域災害監測預警系統」、「加速集水區保育治理與管理」、「加強河川規劃、治理與非工程措施」及「建構高濁度因應處理及備援能力」四大工作區塊，以強化防災預警、保育集水區土地、改善防洪能力、降低濁度影響，保障居民生命財產安全，及產業合理發展，確保臺北地區之水源水質水量，相關工作目前仍持續辦理中。 本計畫為配合「加強水庫集水區保育治理計畫」及「新店溪上游流域保育治理及區域穩定供水綱要計畫」執行，彙整相關計畫推動成果與評估計畫成效，並藉由通盤研析，進而規劃後續執行方針及策略。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080191</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802193</governmentpublicationsnumber><identifier>87590</identifier><internationalstandardbooknumber>9789865442286 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87590</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108-109年度水庫集水區保育治理重大計畫成效評估(1/2)=2019-2020 Water Conservation Strategy for Reservoir Watershed(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年受到氣候變遷之影響，極端氣候日益明顯，致水庫集水區土砂災害頻傳，進而造成水庫淤積或設施損壞，影響水庫壽命；另由於相關經濟發展之需求，亦衍生水質污染之風險。有鑑於此，行政院於106年7月11日核定前瞻基礎建設計畫-水環境建設-「加強水庫集水區保育治理計畫」，針對特別需要治理之水庫集水區，包含淤積率大、環保署認屬須優先特予保護水庫水體、國有林班地、山坡地、野溪及既有崩塌地或具有崩塌潛勢範圍，以及水質確已優養化或存在劣化趨勢與風險之水庫集水區，辦理相關整治工作，以改善水庫集水區土砂崩塌入庫與水質優氧問題。 「加強水庫集水區保育治理計畫」第一期計畫期程共計4年(106-110年)，其計畫內容涵蓋「崩塌地處理」、「野溪整治」、「水土災害預警應變」、「削減生活與農業污染」及「監測護水」等工作，分別由環保署、農委會(林務局、水保局)及經濟部(水利署)共同執行，並設置「前瞻基礎建設水環境計畫推動小組」與「水與發展複評及考核小組」，辦理相關跨部會審查、政策協商及績效管制考核等工作，水利署擔任幕僚單位。 另外， 104年蘇迪勒颱風造成新店溪上游嚴重災害，行政院105年1月26日核定「新店溪上游流域保育治理及區域穩定供水綱要計畫」，期程8年(104-110年)，綱要計畫區分為「建立流域災害監測預警系統」、「加速集水區保育治理與管理」、「加強河川規劃、治理與非工程措施」及「建構高濁度因應處理及備援能力」四大工作區塊，以強化防災預警、保育集水區土地、改善防洪能力、降低濁度影響，保障居民生命財產安全，及產業合理發展，確保臺北地區之水源水質水量，相關工作目前仍持續辦理中。 本計畫為配合「加強水庫集水區保育治理計畫」及「新店溪上游流域保育治理及區域穩定供水綱要計畫」執行，彙整相關計畫推動成果與評估計畫成效，並藉由通盤研析，進而規劃後續執行方針及策略。</abstract><author>國立臺北科技大學水環境研究中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080191</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802193</governmentpublicationsnumber><identifier>87591</identifier><internationalstandardbooknumber>9789865442286 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87591</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108-109年度水庫集水區保育治理重大計畫成效評估(1/2)--光碟版=2019-2020 Water Conservation Strategy for Reservoir Watershed(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>為使溫泉資源永續經營與利用，逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉質及水位狀況，是為保護溫泉資源之ㄧ大工作項目。 目前由縣市政府設置監測井之地區包括北投、烏來、礁溪、蘇澳、瑞穗等地區，另本署於四重溪、礁溪、北投、知本、谷關、關子嶺及寶來亦進行溫泉監測作業。為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080167</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802291</governmentpublicationsnumber><identifier>87592</identifier><internationalstandardbooknumber>9789865442552 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87592</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度溫泉監測井網觀測計畫=Taiwan's hot spring monitoring report 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為使溫泉資源永續經營與利用，逐步建構溫泉監測井網，以實際了解各溫泉區溫泉泉質及水位狀況，是為保護溫泉資源之ㄧ大工作項目。 目前由縣市政府設置監測井之地區包括北投、烏來、礁溪、蘇澳、瑞穗等地區，另本署於四重溪、礁溪、北投、知本、谷關、關子嶺及寶來亦進行溫泉監測作業。為能確實掌握全台各地之溫泉監測資料，本計畫擬蒐集並整合各縣市政府與本署監測資料，透過各區溫泉可使用量及相關監測資料，提供研擬開發及管制措施之參考，以確保溫泉資源得以永續利用。</abstract><author>嘉南藥理大學</author><categoryidentifier>354.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080167</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/13</date><governmentpublicationsnumber>1010802291</governmentpublicationsnumber><identifier>87593</identifier><internationalstandardbooknumber>9789865442552 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87593</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度溫泉監測井網觀測計畫--光碟版=Taiwan's hot spring monitoring report 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能成因，進行水災災情資訊的蒐集，以提供後續治理與管理的參考。同時為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，為本計畫之主要目的。     此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區受崩塌影響易引發堰塞湖的災害；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁瞭解堰塞湖災害特性與熟悉應變流程，使應變期間能循序漸進地完成堰塞湖應變處置工作。 另本署針對積淹水警戒發布作業已持續多年，主要以雨量站即時觀測資料輔以訂定的警戒值(1、3、6小時累積雨量)對鄉(鎮、市、區)發布警戒，現行淹水警戒值係依據各鄉鎮市區以往淹水災情資料搭配降雨紀錄統計分析而得，但因僅以即時觀測雨量為單一預警指標，對於部分易淹水地區或沿海低窪地區而言，積淹水預警可能需考量更多的致災因子。本研究將以QPESUMS等網格式雨量資料與歷史災情資料為基礎，找出各種可能的預警指標並進行敏感度分析，最終透過各類預警指標的整合以訂出預警值。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080064</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802270</governmentpublicationsnumber><identifier>87614</identifier><internationalstandardbooknumber>9789865442606 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87614</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水災災情蒐集服務團計畫=Survey Service Group of Flood Events in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來，災害保險已在國際上被普遍建議為因應氣候變遷的有效調適工具之一。台灣目前雖然已有商業的颱風洪水保單(火災保險附加保單)，可供民眾投保；但除了因為民眾的風險意識以及其對颱風洪水保險的認識不足之外，因為淹水災害具有高度的逆選擇(Adverse Selection)的特性，保險公司承保颱風洪水保險亦較為謹慎小心，往往拒?承保高淹水潛勢區的保單。如前述的原因，現行的商業颱風洪水保險，並沒有充分發揮其功能。因此政府以適當的角色介入，推動公私合作夥伴關係(PPP, Public Private Partnership)的洪水災害保險，以提高保險公司參與度和民眾投保意願，提高民眾受災後可以得到的財務損失補償，減少水災對民眾生活的衝擊，並?定政府的財政支出的功能，進而增強整體社會的抗災能力。</abstract><author>國立臺灣大學</author><categoryidentifier>563.759</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080103</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802628</governmentpublicationsnumber><identifier>87615</identifier><internationalstandardbooknumber>9789865330293 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87615</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>洪災保險制度規劃與推動=The Planning and Implementation of Flood Insurance System in Taiwan</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來，災害保險已在國際上被普遍建議為因應氣候變遷的有效調適工具之一。台灣目前雖然已有商業的颱風洪水保單(火災保險附加保單)，可供民眾投保；但除了因為民眾的風險意識以及其對颱風洪水保險的認識不足之外，因為淹水災害具有高度的逆選擇(Adverse Selection)的特性，保險公司承保颱風洪水保險亦較為謹慎小心，往往拒?承保高淹水潛勢區的保單。如前述的原因，現行的商業颱風洪水保險，並沒有充分發揮其功能。因此政府以適當的角色介入，推動公私合作夥伴關係(PPP, Public Private Partnership)的洪水災害保險，以提高保險公司參與度和民眾投保意願，提高民眾受災後可以得到的財務損失補償，減少水災對民眾生活的衝擊，並?定政府的財政支出的功能，進而增強整體社會的抗災能力。</abstract><author>國立臺灣大學</author><categoryidentifier>563.759</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080103</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802628</governmentpublicationsnumber><identifier>87616</identifier><internationalstandardbooknumber>9789865330293 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87616</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>洪災保險制度規劃與推動--光碟版=The Planning and Implementation of Flood Insurance System in Taiwan</title><yearidentifier>201912</yearidentifier></data><data><abstract>水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。有了物聯網大量資料即時傳輸，後端應有智慧化服務、大數據分析，人工智慧技術具高度學習能力、需要物聯網快速傳輸資料之後援、能根據大量資料與即時監測資料，預測未來淹水災情，於颱風或豪雨期間，持續的雨量、淹水監測資料回傳，可即時處理資料、進行淹水預報。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080195</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802272</governmentpublicationsnumber><identifier>87617</identifier><internationalstandardbooknumber>9789865442538 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87617</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>人工智慧技術結合淹水即時觀測資料在都會區淹水預報研究=Using Artificial Intelligence Techniques with Real-Time Flooding Data for the Metropolitan Flood Inundation Forecast</title><yearidentifier>201912</yearidentifier></data><data><abstract>水利署近年積極推動科技防災，協助地方政府建置水情、災情監測、感測設施，加密防災資訊網絡，即時取得多元防災資訊，以強化防災體系之應變措施及淹水預警機制。為整合防災相關資訊，提供智慧化服務，水利署現階段並推動智慧水管理，建置以物聯網為骨幹之智慧防汛網。有了物聯網大量資料即時傳輸，後端應有智慧化服務、大數據分析，人工智慧技術具高度學習能力、需要物聯網快速傳輸資料之後援、能根據大量資料與即時監測資料，預測未來淹水災情，於颱風或豪雨期間，持續的雨量、淹水監測資料回傳，可即時處理資料、進行淹水預報。</abstract><author>淡江大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080195</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802272</governmentpublicationsnumber><identifier>87618</identifier><internationalstandardbooknumber>9789865442538 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87618</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>人工智慧技術結合淹水即時觀測資料在都會區淹水預報研究--光碟版=Using Artificial Intelligence Techniques with Real-Time Flooding Data for the Metropolitan Flood Inundation Forecast</title><yearidentifier>201912</yearidentifier></data><data><abstract>迄今世界上有超過一半以上的人口因為飲用水受到污染而罹病，每天超過6,000人而死亡，可見淨水處理技術之重要性。台灣颱風發生頻率極高、區域降雨不均、坡陡流急，為一常發生缺水之國家，而國外發生天災之頻率也日趨頻繁，水為維持生物生命之必需，故基於人道救援考量，研發高科技之技術來解決急難時的用水問題，確有其必要性與急迫性。 根據聯合國資料統計，2017年全球人口超過千萬以上的城市已超過47個，城市人口伴隨著經濟發展大幅成長，但也帶來既有土地能資源消耗、污染等衝擊，近年來全球氣候異常，多數城市面臨著洪水、颱風、地震等巨大天災威脅，喚起人民不得不重視防災救災議題的重要性。 緊急淨水設備所使用之水源多為高濁度水，因緊急災難發生時災區河流水或水源水質濁度會逐漸飆高，本機械化緊急淨水模組設備可立即前往災區投入淨水作業，然而，薄膜過濾必須藉由電力驅動泵浦加壓濾水，但急難地點不定且無法確保電力來源，且若為使原水可藉自然重力過濾而增加膜孔孔徑，若無法提供濾水水質而無法引用，為解決上述供水問題並使抽水設備減少體積及輕量化，故研發製作折疊式小型槽體，使槽體更為輕便且容易收納，適合救災任務應用，引進可上浮之輕量型抽水泵架設在推車上款式搭合發電機進行整合應用，利於攜型方便災區使用，以投入災區提供民眾潔淨水使用。 研發機械化緊急淨水模組之載具，以快速投入救災工作進行安置或收取，並迅速移動至車輛運輸工具上，在進行調度移位更為節省時間爭取時效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080074</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802553</governmentpublicationsnumber><identifier>87619</identifier><internationalstandardbooknumber>9789865330118 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87619</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>機械化緊急淨水模組於水利防災應用之研發=The study of mechanized emergency water treatment system on water hazard mitigation</title><yearidentifier>201912</yearidentifier></data><data><abstract>迄今世界上有超過一半以上的人口因為飲用水受到污染而罹病，每天超過6,000人而死亡，可見淨水處理技術之重要性。台灣颱風發生頻率極高、區域降雨不均、坡陡流急，為一常發生缺水之國家，而國外發生天災之頻率也日趨頻繁，水為維持生物生命之必需，故基於人道救援考量，研發高科技之技術來解決急難時的用水問題，確有其必要性與急迫性。 根據聯合國資料統計，2017年全球人口超過千萬以上的城市已超過47個，城市人口伴隨著經濟發展大幅成長，但也帶來既有土地能資源消耗、污染等衝擊，近年來全球氣候異常，多數城市面臨著洪水、颱風、地震等巨大天災威脅，喚起人民不得不重視防災救災議題的重要性。 緊急淨水設備所使用之水源多為高濁度水，因緊急災難發生時災區河流水或水源水質濁度會逐漸飆高，本機械化緊急淨水模組設備可立即前往災區投入淨水作業，然而，薄膜過濾必須藉由電力驅動泵浦加壓濾水，但急難地點不定且無法確保電力來源，且若為使原水可藉自然重力過濾而增加膜孔孔徑，若無法提供濾水水質而無法引用，為解決上述供水問題並使抽水設備減少體積及輕量化，故研發製作折疊式小型槽體，使槽體更為輕便且容易收納，適合救災任務應用，引進可上浮之輕量型抽水泵架設在推車上款式搭合發電機進行整合應用，利於攜型方便災區使用，以投入災區提供民眾潔淨水使用。 研發機械化緊急淨水模組之載具，以快速投入救災工作進行安置或收取，並迅速移動至車輛運輸工具上，在進行調度移位更為節省時間爭取時效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080074</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802553</governmentpublicationsnumber><identifier>87620</identifier><internationalstandardbooknumber>9789865330118 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87620</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>機械化緊急淨水模組於水利防災應用之研發--光碟版=The study of mechanized emergency water treatment system on water hazard mitigation</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，並肩負管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施之責，因管轄範圍遍佈全國，需透過「防災應變格網系統」於非汛期期間進行長期水文相關之觀測，有利防災相關之研究；並於汛期及颱風期間大量提供全國各地即時且穩定的水情資料與影像畫面，即時串連本署所屬單位，讓相關作業人員得以於短時間內回報當地狀況，並且可即時得知中央與地方縣市政府之防救災資訊以爭取防救災之時效。 隨著資訊科技的發展，包括AI人工智慧、大資料、影像辨識以及IoT等技術，皆可提升防災業務之效率與準確率，故辦理相關功能之擴充與研發確有其必要性。本計畫相關系統需持續研發、擴充與維運，在非汛期時可進行系統與監視站等相關維護整備之工作，完成系統研究與測試所需之事前準備工作，以提升汛期期間本署災害應變執勤能力。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080056</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802225</governmentpublicationsnumber><identifier>87622</identifier><internationalstandardbooknumber>9789865442446 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87622</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水情影像系統維運管理與加值應用成果報告=19' Intellectual management and extinctions of Flood Monitoring System</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，並肩負管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施之責，因管轄範圍遍佈全國，需透過「防災應變格網系統」於非汛期期間進行長期水文相關之觀測，有利防災相關之研究；並於汛期及颱風期間大量提供全國各地即時且穩定的水情資料與影像畫面，即時串連本署所屬單位，讓相關作業人員得以於短時間內回報當地狀況，並且可即時得知中央與地方縣市政府之防救災資訊以爭取防救災之時效。 隨著資訊科技的發展，包括AI人工智慧、大資料、影像辨識以及IoT等技術，皆可提升防災業務之效率與準確率，故辦理相關功能之擴充與研發確有其必要性。本計畫相關系統需持續研發、擴充與維運，在非汛期時可進行系統與監視站等相關維護整備之工作，完成系統研究與測試所需之事前準備工作，以提升汛期期間本署災害應變執勤能力。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080056</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802225</governmentpublicationsnumber><identifier>87623</identifier><internationalstandardbooknumber>9789865442446 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87623</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水情影像系統維運管理與加值應用成果報告--光碟版=19' Intellectual management and extinctions of Flood Monitoring System</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，並肩負管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施之責，其管轄範圍遍佈全國，除借助各式水位雨量等感測器外，亦採用遠端監視影像以掌控各地水情，並利用如Line等即時通訊軟體來進行自動化的通報。 由於本署自建以及介接其他單位的影像數量眾多達2千個畫面，難以利用人工來監看，近幾年雖已導入各類影像辨識技術協助本署進行水位流速等水情監測，仍無法掌控道路積淹水狀況，因此進行以深度學習技術結合公路總局既有交通監視影像來進行道路積淹水的偵測，但因所利用的影像是以交通需求為主，淹水深度資訊仍無法自動判讀。由於目前大多是以民眾通報方式來得知淹水狀況，因此除公路總局道路積淹水影像辨識偵測之外，有必要結合縣市政府路口監視以及AI技術，針對特定已知高度之標的物進行道路淹水深度影像辨識技術開發以有效掌握地方淹水狀況。 除發展影像辨識技術外，亦將影像辨識技術雲端化並提供API服務，提供河川局或地方政府等防救災單位使用，可自行發展自身所需之應用，提升本計畫技術之可用性與未來技轉的可行性。本計畫將以Line為雲端API應用範例，進行群組內道路積淹水照片影像辨識功能開發，未來志工或民眾可透過Line群組平台提供各地災情影像，並自動進行淹水深度影像辨識，最後將整合即時通訊軟體自動推播功能，進行影像辨識結果的自動通報，以利方便在防災群組內進行應變討論。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080435</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802224</governmentpublicationsnumber><identifier>87624</identifier><internationalstandardbooknumber>9789865442453 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87624</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>積淹水影像辨識與雲端服務整合研究計畫成果報告=A Research Project of Flooding Water Image Recognition and Cloud Service Integration</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，並肩負管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施之責，其管轄範圍遍佈全國，除借助各式水位雨量等感測器外，亦採用遠端監視影像以掌控各地水情，並利用如Line等即時通訊軟體來進行自動化的通報。 由於本署自建以及介接其他單位的影像數量眾多達2千個畫面，難以利用人工來監看，近幾年雖已導入各類影像辨識技術協助本署進行水位流速等水情監測，仍無法掌控道路積淹水狀況，因此進行以深度學習技術結合公路總局既有交通監視影像來進行道路積淹水的偵測，但因所利用的影像是以交通需求為主，淹水深度資訊仍無法自動判讀。由於目前大多是以民眾通報方式來得知淹水狀況，因此除公路總局道路積淹水影像辨識偵測之外，有必要結合縣市政府路口監視以及AI技術，針對特定已知高度之標的物進行道路淹水深度影像辨識技術開發以有效掌握地方淹水狀況。 除發展影像辨識技術外，亦將影像辨識技術雲端化並提供API服務，提供河川局或地方政府等防救災單位使用，可自行發展自身所需之應用，提升本計畫技術之可用性與未來技轉的可行性。本計畫將以Line為雲端API應用範例，進行群組內道路積淹水照片影像辨識功能開發，未來志工或民眾可透過Line群組平台提供各地災情影像，並自動進行淹水深度影像辨識，最後將整合即時通訊軟體自動推播功能，進行影像辨識結果的自動通報，以利方便在防災群組內進行應變討論。</abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080435</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802224</governmentpublicationsnumber><identifier>87625</identifier><internationalstandardbooknumber>9789865442453 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87625</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>積淹水影像辨識與雲端服務整合研究計畫成果報告--光碟版=A Research Project of Flooding Water Image Recognition and Cloud Service Integration</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力及閃電資料運用於對流性降雨預警之可行性評估。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080088</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802478</governmentpublicationsnumber><identifier>87626</identifier><internationalstandardbooknumber>9789865330002 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87626</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年人工增雨計畫與閃電資料運用</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力及閃電資料運用於對流性降雨預警之可行性評估。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080088</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/14</date><governmentpublicationsnumber>1010802478</governmentpublicationsnumber><identifier>87627</identifier><internationalstandardbooknumber>9789865330002 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87627</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年人工增雨計畫與閃電資料運用--光碟版</title><yearidentifier>201912</yearidentifier></data><data><abstract>根據臺灣氣候變遷科學報告2017研究，臺灣百年來的降雨量雖沒有明顯改變，但乾濕季節的差異越來越明顯。極端事件研究推估在最嚴重情況下，極端降雨事件的雨量增加20%，颱風帶來的降雨強度也增強超過20%，水利災害之規模與損失有加大的趨勢。 經濟部水利署(以下簡稱本署)除透過硬性的工程措施，提高區域防減災能力，並以流域綜合治理觀念，加強風險管理、上中下游防災減災、禦潮等工作，以降低淹水災損，保障人民生命財產安全，提升水岸安全兼具改善週遭環境品質。近年來更不斷致力於各項多元的災害預警措施，如：防災資訊服務網、行動水情App、LBS簡訊廣播系統、淹水預警之簡訊功能及水情通App等，自民眾個體、家庭、企業、校園至社區，有系統地分階段分族群推廣防災智能，經由多元化行銷方式，落實「離災優於防災、防災重於救災」的理念，以有形與無形之媒介推行於社會大眾日常生活中，提升及強化防汛抗旱的組織應變能力與速度，以期達到災害風險的有效管控，降低災害的影響性。除此之外，為擴散水利災害學習經驗並有效提升防減災智能，本署以擴大宣導深度與廣度為目標，將宣導工作納入教育體系常軌，結合既有教育體系資源及科普教育資源，將防減災宣導工作納入教育體系常軌，向下紮根宣導防災避災之觀念與知識。 為能在現有計畫成果基礎上，持續辦理防減災宣導與知識推廣，同時落實將宣導工作向下紮根，本(108)年度計畫除須整合歷年宣導成果，持續辦理宣導活動，藉由社群行銷、互動式教具推廣等方式，以擴大社會大眾參與層面，達到防汛知識傳遞、推廣教育等多重目的外，並期望可結合社區環境狀況，推廣在地化防災教育，辦理教師防災教育課程，以強化校園防災能力，改善防災人才培育不易及防災經驗難以傳承困境。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080065</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802223</governmentpublicationsnumber><identifier>87628</identifier><internationalstandardbooknumber>9789865442460 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87628</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水利防災經驗學習與智能提升計畫(內附光碟)=The Experience Learning and Intelligence Improving of the Water Disaster Prevention and Mitigation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>根據臺灣氣候變遷科學報告2017研究，臺灣百年來的降雨量雖沒有明顯改變，但乾濕季節的差異越來越明顯。極端事件研究推估在最嚴重情況下，極端降雨事件的雨量增加20%，颱風帶來的降雨強度也增強超過20%，水利災害之規模與損失有加大的趨勢。 經濟部水利署(以下簡稱本署)除透過硬性的工程措施，提高區域防減災能力，並以流域綜合治理觀念，加強風險管理、上中下游防災減災、禦潮等工作，以降低淹水災損，保障人民生命財產安全，提升水岸安全兼具改善週遭環境品質。近年來更不斷致力於各項多元的災害預警措施，如：防災資訊服務網、行動水情App、LBS簡訊廣播系統、淹水預警之簡訊功能及水情通App等，自民眾個體、家庭、企業、校園至社區，有系統地分階段分族群推廣防災智能，經由多元化行銷方式，落實「離災優於防災、防災重於救災」的理念，以有形與無形之媒介推行於社會大眾日常生活中，提升及強化防汛抗旱的組織應變能力與速度，以期達到災害風險的有效管控，降低災害的影響性。除此之外，為擴散水利災害學習經驗並有效提升防減災智能，本署以擴大宣導深度與廣度為目標，將宣導工作納入教育體系常軌，結合既有教育體系資源及科普教育資源，將防減災宣導工作納入教育體系常軌，向下紮根宣導防災避災之觀念與知識。 為能在現有計畫成果基礎上，持續辦理防減災宣導與知識推廣，同時落實將宣導工作向下紮根，本(108)年度計畫除須整合歷年宣導成果，持續辦理宣導活動，藉由社群行銷、互動式教具推廣等方式，以擴大社會大眾參與層面，達到防汛知識傳遞、推廣教育等多重目的外，並期望可結合社區環境狀況，推廣在地化防災教育，辦理教師防災教育課程，以強化校園防災能力，改善防災人才培育不易及防災經驗難以傳承困境。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080065</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802223</governmentpublicationsnumber><identifier>87629</identifier><internationalstandardbooknumber>9789865442460 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87629</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水利防災經驗學習與智能提升計畫--光碟版=The Experience Learning and Intelligence Improving of the Water Disaster Prevention and Mitigation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署目前已完成第三代淹水潛勢圖資之更新作業，依據水文分析求得之假想設計雨型及潮位條件建立各延時多種降雨情境之淹水潛勢圖資，用於災前整備應變。但近年來由於氣候異常，降雨型態改變，短延時強降雨之暴雨情況發生頻繁，都會區或低窪地區因排水不及或排水能力不足導致淹(積)水發生，且以假想之設計雨型所製作的淹水潛勢圖資與真實暴雨事件時空分布有所不同，因此，導致淹水潛勢圖評估的淹水位置有所誤差，故淹水潛勢圖無法也不宜被應用於即時防災作業。 近年的淹水事件常因1-3小時短延時強降雨造成淹(積)水事件發生，而現今的淹水潛勢圖又缺乏1-3小時的圖資，因此本計畫將蒐集歷史暴雨事件觀測降雨量的時間與空間分布，建立暴雨事件大數據資料庫、暴雨事件降雨量時空分布序率模擬模式，再結合水文、水理及淹水模擬產製暴雨事件淹水時空分布資料庫，並計算每一模擬網格點各種淹水深度之淹水機率，以製作防災淹水機率圖資；並可以搭配氣象局發佈之雨量預報，針對淹水機率較高(例如淹水機率達 0.5 以上)之區域發布淹水預警， 達到早期預警之功效。 此外，將防災淹水機率圖資與本署已建置水災風險決策支援平台結合，可提供中央災害應變中心情資研判之重要參考。且本決策支援系統可結合颱洪期間降雨預報資訊，即時展示防災淹水機率圖，以期提供災中預警及決策支援之充足資訊。本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080073</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802118</governmentpublicationsnumber><identifier>87630</identifier><internationalstandardbooknumber>9879865442330 ; 9879865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87630</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>防災淹水機率圖資產製及應用服務系統精進=Stochastic Flood Inundation Mapping Program and Its Decision-Making Support Services</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署目前已完成第三代淹水潛勢圖資之更新作業，依據水文分析求得之假想設計雨型及潮位條件建立各延時多種降雨情境之淹水潛勢圖資，用於災前整備應變。但近年來由於氣候異常，降雨型態改變，短延時強降雨之暴雨情況發生頻繁，都會區或低窪地區因排水不及或排水能力不足導致淹(積)水發生，且以假想之設計雨型所製作的淹水潛勢圖資與真實暴雨事件時空分布有所不同，因此，導致淹水潛勢圖評估的淹水位置有所誤差，故淹水潛勢圖無法也不宜被應用於即時防災作業。 近年的淹水事件常因1-3小時短延時強降雨造成淹(積)水事件發生，而現今的淹水潛勢圖又缺乏1-3小時的圖資，因此本計畫將蒐集歷史暴雨事件觀測降雨量的時間與空間分布，建立暴雨事件大數據資料庫、暴雨事件降雨量時空分布序率模擬模式，再結合水文、水理及淹水模擬產製暴雨事件淹水時空分布資料庫，並計算每一模擬網格點各種淹水深度之淹水機率，以製作防災淹水機率圖資；並可以搭配氣象局發佈之雨量預報，針對淹水機率較高(例如淹水機率達 0.5 以上)之區域發布淹水預警， 達到早期預警之功效。 此外，將防災淹水機率圖資與本署已建置水災風險決策支援平台結合，可提供中央災害應變中心情資研判之重要參考。且本決策支援系統可結合颱洪期間降雨預報資訊，即時展示防災淹水機率圖，以期提供災中預警及決策支援之充足資訊。本計畫將持續推動水災風險圖資應用服務系統之研發與精進，優化本系統之各項服務功能，俾供颱洪期間災害應變情資研判之用。</abstract><author>國立臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080073</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802118</governmentpublicationsnumber><identifier>87631</identifier><internationalstandardbooknumber>9879865442330 ; 9879865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87631</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>防災淹水機率圖資產製及應用服務系統精進--光碟版=Stochastic Flood Inundation Mapping Program and Its Decision-Making Support Services</title><yearidentifier>201912</yearidentifier></data><data><abstract>大型移動式抽水機是清除積淹水的重要應變工具，每當颱風豪雨發生時，為因應各地淹水情勢，靈活調度以求設備效能有效發揮，配合縣市政府間簽屬相互支援協定，尋求未積水水地區之抽水機支援。利用發展成熟之全球衛星定位系統結合無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。即時提供抽水機動向及勤務工作狀態並紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，倘因豪雨或颱風期間發生淹水災情時受災地區遍及全島地勢低漥區域，故掌握抽水機資訊以規劃調度救災搶險作業。 近年來極端氣候發生機率大增，降雨型態多轉變成短延時高強度型態，此等降雨型態變化嚴重衝擊排水系統，降雨量於高於防洪標準情況下，常發生洪水宣洩不及造成區域淹水災害，故於易淹水地區治理計畫及流域綜合治理計畫之推動下建置排水系統防洪功能，已有效提高區域整體防洪保護能力，但仍無法抵禦極端氣候所引致強降雨於淹水事件，除固定式抽水站啟動抽排洪水入河海外，在颱洪災害中所夾帶過多地表逕流水無法處理時，則移動式抽水機成為非工程措施救災搶險工具。 有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為，因此，移動式抽水機於淹水災害發生時可否順利發揮功能為減少淹水損失甚為關鍵條件。移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化我國於淹水災害應變能量。 本計畫係結合抽水機檢查作業、法規編纂、智慧調度系統、系統介接、操作維護手冊等工作。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為。又移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，導入智慧化管理，強化災中調度管理功能，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化動式抽水機管理調度效率及災害應變能量。 爰此，本計畫擬由大型移動式抽水機平時保養維護、災前整體查檢及災中管理調度等面向之實務需求建立標準化之作業程序及操作表單，並就現行相關法規及規範進行檢視，再依實際需求進行編修。此外，為強化災中管理調度效率，將大型移動式抽水機GPS車機及導入智慧化管理，建立智慧管理資訊系統，強化災中調度管理功能。</abstract><author>國立雲林科技大學水土資源防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080256</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802674</governmentpublicationsnumber><identifier>87632</identifier><internationalstandardbooknumber>9789865330309 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87632</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年大型移動式抽水機檢整督導暨遠端監控系統計畫(內附光碟)=The Project of Inspection Management,Deployment and Remote Monitoring System Development for Mobile Pump 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>大型移動式抽水機是清除積淹水的重要應變工具，每當颱風豪雨發生時，為因應各地淹水情勢，靈活調度以求設備效能有效發揮，配合縣市政府間簽屬相互支援協定，尋求未積水水地區之抽水機支援。利用發展成熟之全球衛星定位系統結合無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。即時提供抽水機動向及勤務工作狀態並紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，倘因豪雨或颱風期間發生淹水災情時受災地區遍及全島地勢低漥區域，故掌握抽水機資訊以規劃調度救災搶險作業。 近年來極端氣候發生機率大增，降雨型態多轉變成短延時高強度型態，此等降雨型態變化嚴重衝擊排水系統，降雨量於高於防洪標準情況下，常發生洪水宣洩不及造成區域淹水災害，故於易淹水地區治理計畫及流域綜合治理計畫之推動下建置排水系統防洪功能，已有效提高區域整體防洪保護能力，但仍無法抵禦極端氣候所引致強降雨於淹水事件，除固定式抽水站啟動抽排洪水入河海外，在颱洪災害中所夾帶過多地表逕流水無法處理時，則移動式抽水機成為非工程措施救災搶險工具。 有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為，因此，移動式抽水機於淹水災害發生時可否順利發揮功能為減少淹水損失甚為關鍵條件。移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化我國於淹水災害應變能量。 本計畫係結合抽水機檢查作業、法規編纂、智慧調度系統、系統介接、操作維護手冊等工作。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為。又移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，導入智慧化管理，強化災中調度管理功能，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化動式抽水機管理調度效率及災害應變能量。 爰此，本計畫擬由大型移動式抽水機平時保養維護、災前整體查檢及災中管理調度等面向之實務需求建立標準化之作業程序及操作表單，並就現行相關法規及規範進行檢視，再依實際需求進行編修。此外，為強化災中管理調度效率，將大型移動式抽水機GPS車機及導入智慧化管理，建立智慧管理資訊系統，強化災中調度管理功能。</abstract><author>國立雲林科技大學水土資源防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080256</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802674</governmentpublicationsnumber><identifier>87633</identifier><internationalstandardbooknumber>9789865330309 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87633</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年大型移動式抽水機檢整督導暨遠端監控系統計畫--光碟版=The Project of Inspection Management,Deployment and Remote Monitoring System Development for Mobile Pump 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為因應全球氣候變遷影響加劇，極端及短延時強降雨事件日趨頻繁，水災應變作業勢將更加頻繁及艱鉅，如何有效運用有限人力及資源策進水災防災相關作為，以提升水災防災效能及降低災損，為當前水災防救之重要課題。本計畫期透過協助本署暨所屬(河川局及水資源局)建立各項防災資源、防汛熱點及防災作業流程等資料庫，並協助本署盤點各項水災防災相關計畫執行成果及落實應用，同時應用現有之流域水災防災資訊整合平台建立水災防災相關決策支援功能，以提升本署水災防救作業效能及颱風豪雨期間快速及正確之決策資訊應用，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080061</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802413</governmentpublicationsnumber><identifier>87635</identifier><internationalstandardbooknumber>9789865442866 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87635</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水災防災效能提升服務與應用計畫(內附光碟)=Performance Improvement Service for Non-structural Flood Management Measures 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為因應全球氣候變遷影響加劇，極端及短延時強降雨事件日趨頻繁，水災應變作業勢將更加頻繁及艱鉅，如何有效運用有限人力及資源策進水災防災相關作為，以提升水災防災效能及降低災損，為當前水災防救之重要課題。本計畫期透過協助本署暨所屬(河川局及水資源局)建立各項防災資源、防汛熱點及防災作業流程等資料庫，並協助本署盤點各項水災防災相關計畫執行成果及落實應用，同時應用現有之流域水災防災資訊整合平台建立水災防災相關決策支援功能，以提升本署水災防救作業效能及颱風豪雨期間快速及正確之決策資訊應用，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080061</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802413</governmentpublicationsnumber><identifier>87636</identifier><internationalstandardbooknumber>9789865442866 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87636</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水災防災效能提升服務與應用計畫--光碟版=Performance Improvement Service for Non-structural Flood Management Measures 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨著使用者習慣的改變，通訊軟體的使用率已逐漸超過社群軟體、APP、網頁等其他平台。而以通訊軟體為隨著使用者習慣的改變，通訊軟體的使用率已逐漸超過社群軟體、APP、網頁等其他平台。而以通訊軟體為平台所建置之對話機器人，伴隨著人工智慧技術的發展，逐漸在各領域中被廣泛地應用。本署為提升應變時的資訊查詢及應用效率，自107年完成「智慧防災應答機器人」系統原型建置，並初步完成資料庫建置規劃及符合行動裝置的介面設計，及與水利災害應變學習中心整合，可依關鍵字回應學習中心歷史資料。 然目前「智慧防災應答機器人」並未進行資訊彙綜與介面整合，無法於汛期間提供水利防災應變需求，爰本計畫之目標係於既有系統之開發基礎上，進行展示介面之適切統整與水利防災資訊之精進提供。本計畫將從水利防汛應變資料面及功能面應對智慧防災應答機器人進行加值應用。透過資料管理流程設計與客製功能開發，讓防災智慧應答機器人讓能更加貼近使用者業務需求，強化署內防災人員對應變之處置及資訊蒐整判斷能量，進而提升防汛應變整體之效率。 另本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，在本計畫中針對本署暨所屬單位應變值勤人員辦理防汛教育訓練，進行防汛經驗交流及應變作業協調，以強化防汛應變統合能力。</abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080111</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802332</governmentpublicationsnumber><identifier>87638</identifier><internationalstandardbooknumber>9789865442668 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87638</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年智慧應答機器人研發(內附光碟)=2019 Development of Intelligence Response Robot</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨著使用者習慣的改變，通訊軟體的使用率已逐漸超過社群軟體、APP、網頁等其他平台。而以通訊軟體為隨著使用者習慣的改變，通訊軟體的使用率已逐漸超過社群軟體、APP、網頁等其他平台。而以通訊軟體為平台所建置之對話機器人，伴隨著人工智慧技術的發展，逐漸在各領域中被廣泛地應用。本署為提升應變時的資訊查詢及應用效率，自107年完成「智慧防災應答機器人」系統原型建置，並初步完成資料庫建置規劃及符合行動裝置的介面設計，及與水利災害應變學習中心整合，可依關鍵字回應學習中心歷史資料。 然目前「智慧防災應答機器人」並未進行資訊彙綜與介面整合，無法於汛期間提供水利防災應變需求，爰本計畫之目標係於既有系統之開發基礎上，進行展示介面之適切統整與水利防災資訊之精進提供。本計畫將從水利防汛應變資料面及功能面應對智慧防災應答機器人進行加值應用。透過資料管理流程設計與客製功能開發，讓防災智慧應答機器人讓能更加貼近使用者業務需求，強化署內防災人員對應變之處置及資訊蒐整判斷能量，進而提升防汛應變整體之效率。 另本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，在本計畫中針對本署暨所屬單位應變值勤人員辦理防汛教育訓練，進行防汛經驗交流及應變作業協調，以強化防汛應變統合能力。</abstract><author>國立臺灣科技大學</author><categoryidentifier>448.992029</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080111</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802332</governmentpublicationsnumber><identifier>87639</identifier><internationalstandardbooknumber>9789865442668 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87639</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年智慧應答機器人研發--光碟版=2019 Development of Intelligence Response Robot</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，於颱洪期間成立災害緊急應變小組，負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署依據中央氣象局所提供之數值化網格降雨預報資訊，供予所屬各河川局進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情發展趨勢，以及提供擬定最佳防災整備與應變調度方案之參考。 上述各系統平台已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080072</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802120</governmentpublicationsnumber><identifier>87641</identifier><internationalstandardbooknumber>9789865442323 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87641</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年洪水預警服務支援及智慧防汛系統研發應用=Development and Application of Flood Warning Service and Intelligent Flood Prevention System in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署為經濟部災害緊急應變小組之水災防救幕僚機關，於颱洪期間成立災害緊急應變小組，負責執行「蒐集氣象、水文、蓄水庫現況與水災災情等資訊，經分析研判後適時陳報經濟部災害緊急應變小組，並發布水情通報與洪水預警報」。為因應水情預警報決策支援之需要，本署依據中央氣象局所提供之數值化網格降雨預報資訊，供予所屬各河川局進行各類水情資訊之水文分析與水理演算；並以網頁方式呈現即時水情預警資訊，俾據以評估未來水情與災情發展趨勢，以及提供擬定最佳防災整備與應變調度方案之參考。 上述各系統平台已陸續完成研發與建置工作，主要成果係以地圖化方式呈現全臺各鄉鎮市及河川流域之即時水情預報資訊，並於既有平台開發基礎上，建置水情預警系統入口網頁，以進行展示介面之適切統整與水情資訊之精進提供。此外，亦研發自動化預報雨量與河川水位流量之頻率分析功能；開發雨量預報與淹水預警之手機版展示網頁；另建置自動化水情預警簡報產製功能，俾為災情預警與情資研判時輔助之用；協助進行降雨預報之綜整、解析與提供等作業。此外，颱風豪雨時期則彙整各河川局所提供河川洪水預報資訊，俾供災害應變情資研判之用。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080072</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802120</governmentpublicationsnumber><identifier>87642</identifier><internationalstandardbooknumber>9789865442323 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87642</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年洪水預警服務支援及智慧防汛系統研發應用--光碟版=Development and Application of Flood Warning Service and Intelligent Flood Prevention System in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前本署於水災、旱災應變值勤時，主要利用「災害緊急應變系統」進行預警、監控、通報、訊息彙整 等多項任務，實質有效 輔助本 署 進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。惟本 署現有數據資料龐大，須搭配現今技術潮流與未來發展之技術，以 GIS圖像化呈現水利防救災大數據資料。此外，跨系統間的運作流程需要盤點及優化，如此才能有效掌握防救災資源狀況，以達到平時進行確實演練與災時精準救災之目的。</abstract><author>國家中山科學研究院資訊通信研究所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080443</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802616</governmentpublicationsnumber><identifier>87643</identifier><internationalstandardbooknumber>9789865330170 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87643</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>次世代水利防災決策輔助系統先期規劃案(1/2)=The Preliminary Design for the Next Generation Flood Disaster Prevention and Relief Aiding System (1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>國家中山科學研究院資訊通信研究所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080443</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802616</governmentpublicationsnumber><identifier>87644</identifier><internationalstandardbooknumber>9789865330170 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87644</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>次世代水利防災決策輔助系統先期規劃案(1/2)--光碟版=The Preliminary Design for the Next Generation Flood Disaster Prevention and Relief Aiding System (1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等四項避災工具，讓民眾及早獲得水情資訊，減少水災損失！ 本署透過目前電信業者既有電信傳輸設備，已研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，亦包含連續式淹水感測器，並已提出專利申請。另外，因LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，本署已研發與LPWAN傳輸技術結合之積淹水感測器，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，為能提供簡單的淹水回報方式，本署已開發透過APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過持續的技術創新研發、平台的整合及精進，以能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080071</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802260</governmentpublicationsnumber><identifier>87647</identifier><internationalstandardbooknumber>9789865442514 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87647</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>資通訊技術應用於淹水感測通報之研究及推廣=Research and Promotion of Application of Information and Communication Technology in Flood Notification</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來由於全球氣候變遷現象越來越明顯，台灣最近發生之颱洪災害有愈來愈嚴重之趨勢。為了減少生命財產傷亡，疏散避難成為最有效的防災策略，成功之疏散避難有賴於預警系統，除了淹水預警值之設定，如何快速得知淹水情形，以及迅速有效預警系統的通知淹水區域民眾是重要的課題。為此本署已開發「主動式民眾淹水預警通報系統」，利用整合自動化電話語音調查系統快速調查彙整防汛志工與防災夥伴回報之災區訊息，以及利用具傳輸能力之既有設施應用在淹水偵測上，以低建置成本即可達到快速搜集淹水情形之目的，並以圖示化方式提供快速有效的淹水資訊收集，透過本署開發「防災資訊服務網、行動水情App、上網登門號、防汛抗旱粉絲團」等四項避災工具，讓民眾及早獲得水情資訊，減少水災損失！ 本署透過目前電信業者既有電信傳輸設備，已研發低成本自動化淹水偵測系統，除了三段淹水深度偵測之外，亦包含連續式淹水感測器，並已提出專利申請。另外，因LPWAN技術具有低功耗遠距傳輸的特性，相當適合物聯網的應用場域，本署已研發與LPWAN傳輸技術結合之積淹水感測器，可偵測積淹水範圍將更廣泛，包含行動網及固網難以到達區域，都能藉LPWAN技術達到自動化淹水偵測目的，可有效降低颱風豪雨期間的巡查人力，以及確保防災人員的安全。 近幾年來，民眾及企業參與政府防災的意願逐漸增強，為能提供簡單的淹水回報方式，本署已開發透過APP拍攝積淹水地點智慧水尺淹水照片上傳，或者無智慧水尺地點拍攝現場照片填報災情，即可提供防汛志工、防汛夥伴甚至所有民眾都能夠輕鬆便利的回報淹水資訊，對於防災單位即時掌握積淹水資訊，以及對於淹水潛勢區域後續災害防治有很大助益。 本計畫期能透過持續的技術創新研發、平台的整合及精進，以能夠更快速有效的蒐集淹水資訊，不僅可節省大量水位偵測建置及維護成本，更可藉由大眾的力量與政府一起防災。另需配合經濟部水利署災害緊急應變小組作業，啟動主動式民眾淹水預警通報系統運作，以便及早進行災區的人員疏散、防災整備、資源調度與救災派遣等作業，將災害可能造成之損失降至最低。</abstract><author>中華電信股份有限公司臺灣南區電信分公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080071</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802260</governmentpublicationsnumber><identifier>87648</identifier><internationalstandardbooknumber>9789865442514 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87648</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>資通訊技術應用於淹水感測通報之研究及推廣--光碟版=Research and Promotion of Application of Information and Communication Technology in Flood Notification</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年來極端水文事件頻傳對台灣地區造成嚴重的影響，水災災害的規模、特性與發生頻率不斷的增加，為瞭解災害的影響範圍、特性與可能成因，進行水災災情資訊的蒐集，以提供後續治理與管理的參考。同時為強化水災災害期間的應變工作與災後的復建規劃，完善記錄各次災害資料並開發水災災情量化與展示工具，協助災情資料庫與展示平台的建置以供各歷史水災災害資訊的查詢，為本計畫之主要目的。     此外隨著雨量強度及延時的改變，集水區內崩塌的規模與頻率也較以往為嚴重，集水區受崩塌影響易引發堰塞湖的災害；在各河川局轄管範圍內發生堰塞湖災害，由於發生的位置與規模的不確定性，造成災害應變工作上的難題，有鑑於此一特殊災害的應變作業，實應加強相關同仁瞭解堰塞湖災害特性與熟悉應變流程，使應變期間能循序漸進地完成堰塞湖應變處置工作。 另本署針對積淹水警戒發布作業已持續多年，主要以雨量站即時觀測資料輔以訂定的警戒值(1、3、6小時累積雨量)對鄉(鎮、市、區)發布警戒，現行淹水警戒值係依據各鄉鎮市區以往淹水災情資料搭配降雨紀錄統計分析而得，但因僅以即時觀測雨量為單一預警指標，對於部分易淹水地區或沿海低窪地區而言，積淹水預警可能需考量更多的致災因子。本研究將以QPESUMS等網格式雨量資料與歷史災情資料為基礎，找出各種可能的預警指標並進行敏感度分析，最終透過各類預警指標的整合以訂出預警值。</abstract><author>國立成功大學</author><categoryidentifier>548.314</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080064</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802270</governmentpublicationsnumber><identifier>87649</identifier><internationalstandardbooknumber>9789865442606 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87649</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水災災情蒐集服務團計畫--光碟版=Survey Service Group of Flood Events in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特、莫蘭蒂、尼莎、海棠颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080058</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802329</governmentpublicationsnumber><identifier>87650</identifier><internationalstandardbooknumber>9789865442651 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87650</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度防災應變系統更新及資訊網升級建置=108 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署掌管全國河川、水庫等水資源，以及管理維護全國河岸堤防、海岸堤防、水門、抽水站等水利設施，每當豪大雨、颱風、旱災發生時，本署即成立經濟部水利署緊急應變小組，並針對全國性的水情即時監控、災害受損情形掌握及防救災資源的調度處理。 目前本署於水災、旱災應變值勤時，主要利用災害緊急應變系統進行預警、監控、通報、訊息彙整等多項任務，本系統歷經敏督利、艾利、辛樂克、莫拉克、凡那比、梅姬、南瑪督、蘇拉、天秤、蘇芮、潭美、鳳凰、蘇迪勒、尼伯特、莫蘭蒂、尼莎、海棠颱風等考驗，實質有效輔助水利署進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。然隨著本署相關計畫的實施及資訊科技的發展，災害緊急應變系統、防災資訊服務網亦應與時俱進，故辦理相關功能升級確有其必要性。</abstract><author>資拓宏宇國際股份有限公司</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080058</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802329</governmentpublicationsnumber><identifier>87651</identifier><internationalstandardbooknumber>9789865442651 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87651</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度防災應變系統更新及資訊網升級建置--光碟版=108 Year's Disaster Response System Upgrade and Renew Disaster Information Website Project</title><yearidentifier>201912</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。另本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，針對本署暨所屬單位應變值勤人員辦理防汛整備會議及高司演練。 截至107年10月底，歷經2場颱風及28場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統及可能淹水區域預判，並於汛期前協助本署辦理應變值勤人員整備會議及高司演練等相關事宜；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080059</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802330</governmentpublicationsnumber><identifier>87654</identifier><internationalstandardbooknumber>9789865442675 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87654</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水利署災害應變服務計畫=2019 Disaster Response Service of WRA</title><yearidentifier>201912</yearidentifier></data><data><abstract>依『災害防救法』第三條第二款規定，經濟部為水（旱）災中央災害防救業務主管機關，負責指揮、督導及協調水（旱）災災害防救各級相關行政機關及公共事業執行及各項水災災害預防、緊急應變及災後復原重建工作。 水(旱)災災害防救業務除平時之減災整備外，災害預警及應變工作為緊急事件之處置，與一般經常性業務於執行方法及作業時間上皆存在極大之差異。如何有效提供及運用專業人力以協助本署於颱風豪雨或枯旱期間進行氣候、水資源分析及防汛期間進行災害應變、預警及前置作業，係當前刻不容緩之重要課題。另本署為加強經濟部、本署暨所屬單位防汛應變作業人員專業能力，以因應全球氣候變遷影響下汛期應變作業，針對本署暨所屬單位應變值勤人員辦理防汛整備會議及高司演練。 截至107年10月底，歷經2場颱風及28場豪雨應變，除水利署人員外，尚需具備氣象及防災等專業人力，本計畫研擬運用專業機構之專業能力及充足人力資源，平時進行氣候及水資源分析，即時監測與守視颱風或豪雨天氣系統及可能淹水區域預判，並於汛期前協助本署辦理應變值勤人員整備會議及高司演練等相關事宜；於災中進行颱風或大豪雨侵襲潛勢，以協助掌握災情狀況，並於災後提供應變檢討資訊及撰寫應變處置報告，以利應變作業順遂。</abstract><author>國立臺灣大學氣候天氣災害研究中心</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080059</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802330</governmentpublicationsnumber><identifier>87655</identifier><internationalstandardbooknumber>9789865442675 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87655</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水利署災害應變服務計畫--光碟版=2019 Disaster Response Service of WRA</title><yearidentifier>201912</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、嘉義、臺南及屏東地區地層下陷監測，並維護相關監測設備（包含5站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080326</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802550</governmentpublicationsnumber><identifier>87666</identifier><internationalstandardbooknumber>9789865330026 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87666</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度臺北、嘉義、臺南及屏東地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Taipei, Chiayi, Tainan and Pingtung Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、嘉義、臺南及屏東地區地層下陷監測，並維護相關監測設備（包含5站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080326</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802550</governmentpublicationsnumber><identifier>87667</identifier><internationalstandardbooknumber>9789865330026 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87667</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度臺北、嘉義、臺南及屏東地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Taipei, Chiayi, Tainan and Pingtung Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080322</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802562</governmentpublicationsnumber><identifier>87669</identifier><internationalstandardbooknumber>9789865330019 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87669</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080322</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802562</governmentpublicationsnumber><identifier>87670</identifier><internationalstandardbooknumber>9789865330019 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87670</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度彰化及雲林地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>國立臺灣大學</author><categoryidentifier>3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010602512</governmentpublicationsnumber><identifier>87671</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87671</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>106</publishrocyear><title>南勢溪防洪減淤與桂山壩水力排砂之評估(1/2)【計畫成果資料】(光碟版)=Strategies of Flood Control and Sediment Reduction for Nanshi River with Guishan Dam Sluicing Operation(1/2)</title><yearidentifier>201712</yearidentifier></data><data><abstract>台灣地區過去因為產業發展、土地利用與水資源供應三者之間缺乏適當協調規劃，加上地質條件影響導致部分地區發生嚴重地層下陷，不僅會加重淹水災害規模，對於交通行車與堤防構造安全亦可能造成嚴重威脅。為積極改善地層下陷問題，歷年行政院陸續核定「地層下陷防治執行方案」等計畫，由各部辦理相關防治工作。由歷年檢測資料顯示，下陷趨勢雖已經獲得紓緩，但部分地區的地層下陷發展趨勢，仍深受地面水情波動影響，特別是雲林、嘉義與屏東等地區。在各類產業發展與環境保育的用水需求下，加上近年來全球氣候變遷造成頻繁旱澇事件，不僅水資源調配運用備受考驗，地下水需求壓力日增，亦加重地層下陷防治工作所面臨的挑戰。 本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」各部會執行情形與經濟部執行「地下水保育管理暨地層下陷防治第2期計畫」內容，並協助整合相關單位之地層下陷防治工作，以利資源有效應用。為掌握地層下陷發展趨勢研擬策進作為，仍須辦理淺層地下水抽取對地層下陷影響機制評析、地層下陷預警機制評估與深層壓縮機制探討、地下水與地層下陷監測整合管理模式研擬及地層下陷防治成效評估與策進作為建議等工作，爰成立「108年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080266</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802548</governmentpublicationsnumber><identifier>87673</identifier><internationalstandardbooknumber>9789865330033 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87673</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度地層下陷防治專案服務計畫=The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區過去因為產業發展、土地利用與水資源供應三者之間缺乏適當協調規劃，加上地質條件影響導致部分地區發生嚴重地層下陷，不僅會加重淹水災害規模，對於交通行車與堤防構造安全亦可能造成嚴重威脅。為積極改善地層下陷問題，歷年行政院陸續核定「地層下陷防治執行方案」等計畫，由各部辦理相關防治工作。由歷年檢測資料顯示，下陷趨勢雖已經獲得紓緩，但部分地區的地層下陷發展趨勢，仍深受地面水情波動影響，特別是雲林、嘉義與屏東等地區。在各類產業發展與環境保育的用水需求下，加上近年來全球氣候變遷造成頻繁旱澇事件，不僅水資源調配運用備受考驗，地下水需求壓力日增，亦加重地層下陷防治工作所面臨的挑戰。 本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」各部會執行情形與經濟部執行「地下水保育管理暨地層下陷防治第2期計畫」內容，並協助整合相關單位之地層下陷防治工作，以利資源有效應用。為掌握地層下陷發展趨勢研擬策進作為，仍須辦理淺層地下水抽取對地層下陷影響機制評析、地層下陷預警機制評估與深層壓縮機制探討、地下水與地層下陷監測整合管理模式研擬及地層下陷防治成效評估與策進作為建議等工作，爰成立「108年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080266</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/15</date><governmentpublicationsnumber>1010802548</governmentpublicationsnumber><identifier>87674</identifier><internationalstandardbooknumber>9789865330033 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87674</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度地層下陷防治專案服務計畫--光碟版=The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/16</date><governmentpublicationsnumber>1010802546</governmentpublicationsnumber><identifier>87707</identifier><internationalstandardbooknumber>9789865330095 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87707</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年用水統計年報彙編=Compilation of Annual Water Consumption</title><yearidentifier>201912</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/16</date><governmentpublicationsnumber>1010802546</governmentpublicationsnumber><identifier>87708</identifier><internationalstandardbooknumber>9789865330095 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87708</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年用水統計年報彙編--光碟版=Compilation of Annual Water Consumption</title><yearidentifier>201912</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/16</date><governmentpublicationsnumber>1010802545</governmentpublicationsnumber><identifier>87709</identifier><internationalstandardbooknumber>9789865330101 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87709</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年各標的用水統計年報=Annual Water Consumption Report for 2018</title><yearidentifier>201912</yearidentifier></data><data><abstract>本計畫為提高整體水資源環境之掌握，從整體水文地質之觀點，以降雨量、河川流量以及地下水位進行綜合探討，利用地下水觀測井網既有地下水位資料，建置標準化地下水位指標瞭解地下水現狀枯旱程度，另配合即時綜合標準化降雨指標及標準化河川乾旱指標，建置整合型之地下水管理水位與枯旱度預測系統，以掌握地下水位變動並預測枯旱風險，俾利未來地下水資源保育及智慧管理。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080297</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1010802450</governmentpublicationsnumber><identifier>87722</identifier><internationalstandardbooknumber>9789865442910 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87722</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>動態地下水管理標準整合與枯旱度預測系統建置總報告=Immediacy Groundwater Management Level and Prediction of Groundwater Drought Index</title><yearidentifier>201912</yearidentifier></data><data><abstract>本計畫為提高整體水資源環境之掌握，從整體水文地質之觀點，以降雨量、河川流量以及地下水位進行綜合探討，利用地下水觀測井網既有地下水位資料，建置標準化地下水位指標瞭解地下水現狀枯旱程度，另配合即時綜合標準化降雨指標及標準化河川乾旱指標，建置整合型之地下水管理水位與枯旱度預測系統，以掌握地下水位變動並預測枯旱風險，俾利未來地下水資源保育及智慧管理。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080297</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1010802450</governmentpublicationsnumber><identifier>87723</identifier><internationalstandardbooknumber>9789865442910 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87723</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>動態地下水管理標準整合與枯旱度預測系統建置總報告--光碟版=Immediacy Groundwater Management Level and Prediction of Groundwater Drought Index</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904156</governmentpublicationsnumber><identifier>87748</identifier><internationalstandardbooknumber>9789860257274 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87748</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全總論</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904158</governmentpublicationsnumber><identifier>87749</identifier><internationalstandardbooknumber>9789860257267 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87749</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904186</governmentpublicationsnumber><identifier>87750</identifier><internationalstandardbooknumber>9789860257250 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87750</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊【第六冊。外牆石材工程】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904183</governmentpublicationsnumber><identifier>87751</identifier><internationalstandardbooknumber>9789860257236 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87751</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊鋼構組配工程</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904184</governmentpublicationsnumber><identifier>87752</identifier><internationalstandardbooknumber>9789860257243 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87752</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊【第五冊。模板工程】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904180</governmentpublicationsnumber><identifier>87753</identifier><internationalstandardbooknumber>9789860257212 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87753</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊開挖支撐工程</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904179</governmentpublicationsnumber><identifier>87754</identifier><internationalstandardbooknumber>9789860257205 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87754</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊【第一冊。連續壁工程】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.527</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/20</date><governmentpublicationsnumber>1009904182</governmentpublicationsnumber><identifier>87755</identifier><internationalstandardbooknumber>9789860257229 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87755</librarycollectiondetailsurl><price>100</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>建築工程施工安全管理手冊【第三冊。施工架工程】</title><yearidentifier>201012</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>87776</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87776</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>順應河相之河川廊道範圍初步規劃研究=A Preliminary Study for Planning the Extent of Fluvial Corridors Based on Geomorphological Principles</title><yearidentifier>201912</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>87777</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87777</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>順應河相之河川廊道範圍初步規劃研究--光碟版=A Preliminary Study for Planning the Extent of Fluvial Corridors Based on Geomorphological Principles</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>臺南市政府工務局</author><categoryidentifier>445.133</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>2010101707</governmentpublicationsnumber><identifier>87781</identifier><internationalstandardbooknumber>9789860595826 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87781</librarycollectiondetailsurl><price></price><publisher>臺南市政府工務局</publisher><publishrocyear>108</publishrocyear><title>夢工城 作動的工程 躍動的未來：臺南市政府工務建設特刊.第7期</title><yearidentifier>201908</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010100752</governmentpublicationsnumber><identifier>87782</identifier><internationalstandardbooknumber>9789860297560 ; 9789860297</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87782</librarycollectiondetailsurl><price>250</price><publisher>行政院勞工委員會</publisher><publishrocyear>101</publishrocyear><title>橋樑下構工程施工安全總論</title><yearidentifier>201203</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>442.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010301668</governmentpublicationsnumber><identifier>87783</identifier><internationalstandardbooknumber>9789860421408 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87783</librarycollectiondetailsurl><price>200</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>103</publishrocyear><title>道路工程施工安全管理手冊</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>442.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010301667</governmentpublicationsnumber><identifier>87784</identifier><internationalstandardbooknumber>9789860421392 ; 9789860421</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87784</librarycollectiondetailsurl><price>250</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>103</publishrocyear><title>道路工程施工安全總論</title><yearidentifier>201411</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1009904187</governmentpublicationsnumber><identifier>87787</identifier><internationalstandardbooknumber>9789860257175 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87787</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>橋梁上構場鑄工法施工安全管理手冊【第一冊。就地支撐工法】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1009904190</governmentpublicationsnumber><identifier>87788</identifier><internationalstandardbooknumber>9789860257199 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87788</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>橋梁上構場鑄工法施工安全管理手冊【第三冊。平衡懸臂工法】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1009904189</governmentpublicationsnumber><identifier>87789</identifier><internationalstandardbooknumber>9789860257182 ; 9789860257</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87789</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>橋梁上構場鑄工法施工安全管理手冊【第二冊。支撐先進工法】</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1009903765</governmentpublicationsnumber><identifier>87790</identifier><internationalstandardbooknumber>9789860252170 ; 9789860252</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87790</librarycollectiondetailsurl><price>350</price><publisher>行政院勞工委員會</publisher><publishrocyear>99</publishrocyear><title>橋梁上構場鑄工法施工安全總論</title><yearidentifier>201012</yearidentifier></data><data><abstract> </abstract><author>行政院勞工委員會</author><categoryidentifier>441.618</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/21</date><governmentpublicationsnumber>1010202409</governmentpublicationsnumber><identifier>87791</identifier><internationalstandardbooknumber>9789860382099 ; 9789860382</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87791</librarycollectiondetailsurl><price>250</price><publisher>行政院勞工委員會</publisher><publishrocyear>102</publishrocyear><title>管道工程施工安全管理手冊</title><yearidentifier>201310</yearidentifier></data><data><abstract>為能整體與有效率的推動「產業用水輔導節水計畫」，相關工作已規劃將全國分區來推動，並成立總管理團隊來統籌制定輔導內容、輔導對象選定原則、成果展現方式、並辦理執行溝通分享營、控管各區輔導執行進度、審定成效機制、訪視查核原則等事項，除讓各區執行單位據以執行外，並讓輔導節水之機制與成果能有一致性，使得所有輔導節水工作有完整性之呈現；另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 總管理團隊除辦理上述工作外，亦將針對北部地區(宜蘭縣、基隆市、臺北市、新北市、花蓮縣、連江縣及澎湖縣等縣市)進行該區域內輔導節水工作，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080223</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802301</governmentpublicationsnumber><identifier>87805</identifier><internationalstandardbooknumber>9789865442576 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87805</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度北區大用水戶輔導節水工作暨總管理團隊計畫節水服務團總管理團隊工作=Project of Consulting on Water Saving for Major Water Users in Northern Taiwan and Management Team 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為能整體與有效率的推動「產業用水輔導節水計畫」，相關工作已規劃將全國分區來推動，並成立總管理團隊來統籌制定輔導內容、輔導對象選定原則、成果展現方式、並辦理執行溝通分享營、控管各區輔導執行進度、審定成效機制、訪視查核原則等事項，除讓各區執行單位據以執行外，並讓輔導節水之機制與成果能有一致性，使得所有輔導節水工作有完整性之呈現；另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 總管理團隊除辦理上述工作外，亦將針對北部地區(宜蘭縣、基隆市、臺北市、新北市、花蓮縣、連江縣及澎湖縣等縣市)進行該區域內輔導節水工作，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080223</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802301</governmentpublicationsnumber><identifier>87806</identifier><internationalstandardbooknumber>9789865442576 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87806</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度北區大用水戶輔導節水工作暨總管理團隊計畫節水服務團總管理團隊工作--光碟版=Project of Consulting on Water Saving for Major Water Users in Northern Taiwan and Management Team 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為能整體與有效率的推動「產業用水輔導節水計畫」，相關工作已規劃將全國分區來推動，並成立總管理團隊來統籌制定輔導內容、輔導對象選定原則、成果展現方式、並辦理執行溝通分享營、控管各區輔導執行進度、審定成效機制、訪視查核原則等事項，除讓各區執行單位據以執行外，並讓輔導節水之機制與成果能有一致性，使得所有輔導節水工作有完整性之呈現；另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 總管理團隊除辦理上述工作外，亦將針對北部地區(宜蘭縣、基隆市、臺北市、新北市、花蓮縣、連江縣及澎湖縣等縣市)進行該區域內輔導節水工作，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。</abstract><author>國立交通大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080223</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802301</governmentpublicationsnumber><identifier>87807</identifier><internationalstandardbooknumber>9789865442576 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87807</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度北區大用水戶輔導節水工作暨總管理團隊計畫北區大用水戶輔導節水工作=Project of Consulting on Water Saving for Major Water Users in Northern Taiwan and Management Team 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>(一)委託計畫之緣由 水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，面對氣候變遷的挑戰，要做到不淹水、不缺水及親近水目標，水環境建設必須提前做、加速完成，爰提出「前瞻基礎建設計畫」，將水環境建設納入「前瞻基礎建設計畫」八大建設之一。 由於水源開發有限，除須強化既有水源的管理外，「節約用水」亦是不可或缺的措施，目前政府以推動強制安裝省水器材為政策重點，但對大用水戶節水，有必要透過輔導方式來提高廠商投資節水設備的信心。故於「前瞻基礎建設計畫-水環境建設」中，將「產業用水輔導」工作納入推動並擴大辦理，除可大幅提升整體產業用水之效率，更期使臺灣在民國120年成為節水型社會。 全國每月平均用水量1,000度以上之產業大用水戶戶數約8,000家，其中工業戶數約5,000家、商業戶數約3,000家，為加速完成產業大用水戶輔導節水工作，針對南部地區(彰化縣、南投縣、雲林縣、嘉義縣市、台南市、高雄市、屏東縣及台東縣等縣市)將委託南區大用水戶節水服務團進行該區域內輔導節水工作，並針對2家廠商提供水資源循環再利用示範深入輔導，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 本年度除了持續辦理產業大用水戶輔導節水工作外，另並擴及應具省水標章產品進行後市場調查，讓節水工作不僅針對產業大用水戶，並深化省水標章產品推展。  (二)計畫之委託原因（無法自辦及不宜採最低標之理由）及執行困難度。 本計畫期能健全用水管理與制度，並整合受輔導對象之用水現勘、用水資料蒐集、繪製水平衡圖、完成組織水足跡水資源數據盤查表(至少3年)、用水回收率計算及效率用水方案規劃、評估節水潛力及效益等；並運用效率用水指標比對檢視，以掌握節水空間等用水管理專業能力，且針對2家廠商提供水資源循環再利用示範深入輔導及應具省水標章產品進行後市場調查，並舉辦績優觀摩研習會及節水推動成果發表會等，非本署現有人力及專業能力所負荷，擬將本計畫工作委託專業服務辦理，藉以提升本計畫成果品質及完整性。另本計畫屬公告金額以上之委託專業服務，為免因廠商低價搶標而損及技術服務品質，擬依採購法第22條第1項第9款規定，採限制性招標方式辦理。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080288</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802295</governmentpublicationsnumber><identifier>87808</identifier><internationalstandardbooknumber>9789865442590 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87808</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度南區大用水戶輔導節水工作計畫=Conservation Program for Major Water Consumers in Southern Taiwan 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>(一)委託計畫之緣由 水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，面對氣候變遷的挑戰，要做到不淹水、不缺水及親近水目標，水環境建設必須提前做、加速完成，爰提出「前瞻基礎建設計畫」，將水環境建設納入「前瞻基礎建設計畫」八大建設之一。 由於水源開發有限，除須強化既有水源的管理外，「節約用水」亦是不可或缺的措施，目前政府以推動強制安裝省水器材為政策重點，但對大用水戶節水，有必要透過輔導方式來提高廠商投資節水設備的信心。故於「前瞻基礎建設計畫-水環境建設」中，將「產業用水輔導」工作納入推動並擴大辦理，除可大幅提升整體產業用水之效率，更期使臺灣在民國120年成為節水型社會。 全國每月平均用水量1,000度以上之產業大用水戶戶數約8,000家，其中工業戶數約5,000家、商業戶數約3,000家，為加速完成產業大用水戶輔導節水工作，針對南部地區(彰化縣、南投縣、雲林縣、嘉義縣市、台南市、高雄市、屏東縣及台東縣等縣市)將委託南區大用水戶節水服務團進行該區域內輔導節水工作，並針對2家廠商提供水資源循環再利用示範深入輔導，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 本年度除了持續辦理產業大用水戶輔導節水工作外，另並擴及應具省水標章產品進行後市場調查，讓節水工作不僅針對產業大用水戶，並深化省水標章產品推展。  (二)計畫之委託原因（無法自辦及不宜採最低標之理由）及執行困難度。 本計畫期能健全用水管理與制度，並整合受輔導對象之用水現勘、用水資料蒐集、繪製水平衡圖、完成組織水足跡水資源數據盤查表(至少3年)、用水回收率計算及效率用水方案規劃、評估節水潛力及效益等；並運用效率用水指標比對檢視，以掌握節水空間等用水管理專業能力，且針對2家廠商提供水資源循環再利用示範深入輔導及應具省水標章產品進行後市場調查，並舉辦績優觀摩研習會及節水推動成果發表會等，非本署現有人力及專業能力所負荷，擬將本計畫工作委託專業服務辦理，藉以提升本計畫成果品質及完整性。另本計畫屬公告金額以上之委託專業服務，為免因廠商低價搶標而損及技術服務品質，擬依採購法第22條第1項第9款規定，採限制性招標方式辦理。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080288</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802295</governmentpublicationsnumber><identifier>87809</identifier><internationalstandardbooknumber>9789865442590 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87809</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度南區大用水戶輔導節水工作計畫--光碟版=Conservation Program for Major Water Consumers in Southern Taiwan 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010502179</governmentpublicationsnumber><identifier>87810</identifier><internationalstandardbooknumber>9789860499131 ; 9789860499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87810</librarycollectiondetailsurl><price>200</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>105</publishrocyear><title>大地工程施工安全管理手冊</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>441.12</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010502176</governmentpublicationsnumber><identifier>87811</identifier><internationalstandardbooknumber>9789860499124 ; 9789860499</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87811</librarycollectiondetailsurl><price>200</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>105</publishrocyear><title>大地工程施工安全總論</title><yearidentifier>201611</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010401847</governmentpublicationsnumber><identifier>87812</identifier><internationalstandardbooknumber>9789860460179 ; 9789860460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87812</librarycollectiondetailsurl><price>200</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>104</publishrocyear><title>水利工程施工安全管理手冊</title><yearidentifier>201511</yearidentifier></data><data><abstract> </abstract><author>勞動部職業安全衛生署</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010401846</governmentpublicationsnumber><identifier>87813</identifier><internationalstandardbooknumber>9789860460186 ; 9789860460</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87813</librarycollectiondetailsurl><price>250</price><publisher>勞動部職業安全衛生署</publisher><publishrocyear>104</publishrocyear><title>水利工程施工安全總論</title><yearidentifier>201511</yearidentifier></data><data><abstract>全國每月平均用水量1,000度以上之產業大用水戶戶數約8,000家，其中工業戶數約5,000家、商業戶數約3,000家，為加速完成產業大用水戶輔導節水工作，針對中部地區(桃園市、新竹縣市、苗栗縣、台中市及金門縣等縣市)將委託中區大用水戶節水服務團進行該區域內輔導節水工作，並針對2家廠商提供水資源循環再利用示範深入輔導，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 本年度除了持續辦理產業大用水戶輔導節水工作外，另並擴及應具省水標章產品進行後市場調查，讓節水工作不僅針對產業大用水戶，並深化省水標章產品推展。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080287</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802299</governmentpublicationsnumber><identifier>87814</identifier><internationalstandardbooknumber>9789865442583 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87814</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度中區大用水戶輔導節水工作計畫成果報告書=Project of Consulting on Water Saving for Major Water Users in Central Taiwan 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>全國每月平均用水量1,000度以上之產業大用水戶戶數約8,000家，其中工業戶數約5,000家、商業戶數約3,000家，為加速完成產業大用水戶輔導節水工作，針對中部地區(桃園市、新竹縣市、苗栗縣、台中市及金門縣等縣市)將委託中區大用水戶節水服務團進行該區域內輔導節水工作，並針對2家廠商提供水資源循環再利用示範深入輔導，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 本年度除了持續辦理產業大用水戶輔導節水工作外，另並擴及應具省水標章產品進行後市場調查，讓節水工作不僅針對產業大用水戶，並深化省水標章產品推展。</abstract><author>環興科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080287</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802299</governmentpublicationsnumber><identifier>87815</identifier><internationalstandardbooknumber>9789865442583 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87815</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度中區大用水戶輔導節水工作計畫成果報告書--光碟版=Project of Consulting on Water Saving for Major Water Users in Central Taiwan 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為鼓勵全國各行各業自主落實推動節約用水之成效，本署依106年10月24日經濟部函頒「機關學校常態節水行動獎勵原則」及106年8月3日修正「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校、商業及產業用水等機關單位，辦理常態節水評比與節水績優選拔活動。配合政府節約用水政策，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行各單位每年評比期間用水量分析及用水管理，對於成效優良者給予獎勵，不佳者將透過教育訓練予以輔導。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，亦將透過報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080290</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802289</governmentpublicationsnumber><identifier>87816</identifier><internationalstandardbooknumber>9789865442439 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87816</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年機關學校常態節水及績優選拔計畫=The Program of Conventional Water Conservation on Institutes, Schools and Outstanding Preformance Selection Contest in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為鼓勵全國各行各業自主落實推動節約用水之成效，本署依106年10月24日經濟部函頒「機關學校常態節水行動獎勵原則」及106年8月3日修正「經濟部水利署表揚節約用水績優單位及節水達人實施要點」，分別針對全國各機關學校、商業及產業用水等機關單位，辦理常態節水評比與節水績優選拔活動。配合政府節約用水政策，各機關、學校及國營事業單位透過「政府機關及學校節約用水填報」系統，落實汰換老舊非省水標章器材及彙整提供用水資料，並進行各單位每年評比期間用水量分析及用水管理，對於成效優良者給予獎勵，不佳者將透過教育訓練予以輔導。另對於國內各機關學校、商業及產業(各製造業、科學園區或工業區)等單位有具體節水績效者，亦將透過報名年度節水績優選拔活動，對於成效卓著得獎者，將給予獎勵及表揚。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080290</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/22</date><governmentpublicationsnumber>1010802289</governmentpublicationsnumber><identifier>87817</identifier><internationalstandardbooknumber>9789865442439 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87817</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年機關學校常態節水及績優選拔計畫--光碟版=The Program of Conventional Water Conservation on Institutes, Schools and Outstanding Preformance Selection Contest in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此為掌握大用水戶用水資訊，配合所需之作業，爰擬以本計畫辦理相關工作</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080193</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802318</governmentpublicationsnumber><identifier>87820</identifier><internationalstandardbooknumber>9789865442644 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87820</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度大用水戶用水查認作業計畫=Operational Planning of Investigation in Major Water Users 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區年雨量不少，但受地形及季節性之影響，可用水量並不豐沛，近年來由於蓄水設施建設遇到瓶頸，及各項用水之激增，水資源已有不足之現象，再加上全球氣候變遷之影響，使得形勢更加嚴峻，因此有積極強化節約用水推動之必要；其中大用水戶之總戶數雖低，總用水量卻極大，如能促進其節水，將有所助益，因此為掌握大用水戶用水資訊，配合所需之作業，爰擬以本計畫辦理相關工作</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080193</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802318</governmentpublicationsnumber><identifier>87821</identifier><internationalstandardbooknumber>9789865442644 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87821</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度大用水戶用水查認作業計畫--光碟版=Operational Planning of Investigation in Major Water Users 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>智慧水管理為前瞻計畫中的一環，藉由自動化科技產業的軟體、硬體技術，整合水管理技術發展，可促進智慧水管理的達成。水與生活中的行為息息相關，不論在家庭、機關或學校，用水為每天持續發生之行為，用水量的多寡、使用時段、時間長短都反應了生活用水習慣。透過計量之數據資料進行用戶用水行為模式的研究，可觀察用水行為的變化，對於用水合理使用與管理方面有極大的助益。 本計畫針對家庭生活用水行為，進行家庭用水設備(例：馬桶、洗衣機、水龍頭、蓮蓬頭…等)之用水流量歷線分析，蒐集各項用水設備之單一使用及組合使用的用水流量歷線資料。透過用水流量歷線資料的彙整、歸納與解析，建立家庭生活用水設備之用水流量歷線標準型態與家庭生活用水行為之判讀技術，藉由示範場域(大廈型住宅、公寓型住宅與透天型住宅)的驗證測試，進行比對分析及差異性比較，作為智慧水管理後續各種應用之評估。</abstract><author>恆知科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080367</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802456</governmentpublicationsnumber><identifier>87822</identifier><internationalstandardbooknumber>9789865442569 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87822</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>生活用水設備之用水型態分析與應用(1/2)=Water Consumption Analysis and Application of Domestic Water Equipments</title><yearidentifier>201912</yearidentifier></data><data><abstract>智慧水管理為前瞻計畫中的一環，藉由自動化科技產業的軟體、硬體技術，整合水管理技術發展，可促進智慧水管理的達成。水與生活中的行為息息相關，不論在家庭、機關或學校，用水為每天持續發生之行為，用水量的多寡、使用時段、時間長短都反應了生活用水習慣。透過計量之數據資料進行用戶用水行為模式的研究，可觀察用水行為的變化，對於用水合理使用與管理方面有極大的助益。 本計畫針對家庭生活用水行為，進行家庭用水設備(例：馬桶、洗衣機、水龍頭、蓮蓬頭…等)之用水流量歷線分析，蒐集各項用水設備之單一使用及組合使用的用水流量歷線資料。透過用水流量歷線資料的彙整、歸納與解析，建立家庭生活用水設備之用水流量歷線標準型態與家庭生活用水行為之判讀技術，藉由示範場域(大廈型住宅、公寓型住宅與透天型住宅)的驗證測試，進行比對分析及差異性比較，作為智慧水管理後續各種應用之評估。</abstract><author>恆知科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080367</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802456</governmentpublicationsnumber><identifier>87823</identifier><internationalstandardbooknumber>9789865442569 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87823</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>生活用水設備之用水型態分析與應用(1/2)--光碟版=Water Consumption Analysis and Application of Domestic Water Equipments</title><yearidentifier>201912</yearidentifier></data><data><abstract>為落實節約用水常態化政策目標，政府自民國87年著手推動省水標章制度，並透過機關學校優先採用省水器材產品、鼓勵消費者選用省水產品等方式，促進相關產業升級與研發更多元省水器材產品，以落實全民效率節水目標。之後，民國105年5月4日公布之自來水法第95條之1規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章?，違反者，依據自來水法第98條之1規定，處新臺幣4萬元以上20萬元以下罰鍰，並令其限期改善；屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告。另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部亦已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品。 本署為進一步推動省水標章產品分級制度，馬桶與洗衣機已完成「金級」及「普級」二類分級。為落實常態節水政策，擬就現行省水標章產品(包含馬桶與洗衣機)，分析產品分級的標準與需檢測的項目(例如蓮蓬頭分級後需進行的測試方法與標準，或者馬桶是否可由「金級」及「普級」二級，再區分為三級等)，以做為後續推動之依據。 查目前有11項省水標章產品項目，其中「洗衣機」、「一段式省水馬桶」、及「兩段式省水馬桶」依耗水量分為「金級」及「普級」，為陸續推動所有省水標章產品之分級制，以及檢討現行「金級」及「普級」二級制之精進作為，規劃未來省水標章分級之可能措施與推動期程，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080404</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802294</governmentpublicationsnumber><identifier>87824</identifier><internationalstandardbooknumber>9789865442415 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87824</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>省水標章產品分級標準評估與分期推動規劃=Evaluation of classified standards of water efficiency label products and phased promotion planning</title><yearidentifier>201912</yearidentifier></data><data><abstract>為落實節約用水常態化政策目標，政府自民國87年著手推動省水標章制度，並透過機關學校優先採用省水器材產品、鼓勵消費者選用省水產品等方式，促進相關產業升級與研發更多元省水器材產品，以落實全民效率節水目標。之後，民國105年5月4日公布之自來水法第95條之1規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章?，違反者，依據自來水法第98條之1規定，處新臺幣4萬元以上20萬元以下罰鍰，並令其限期改善；屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告。另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部亦已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品。 本署為進一步推動省水標章產品分級制度，馬桶與洗衣機已完成「金級」及「普級」二類分級。為落實常態節水政策，擬就現行省水標章產品(包含馬桶與洗衣機)，分析產品分級的標準與需檢測的項目(例如蓮蓬頭分級後需進行的測試方法與標準，或者馬桶是否可由「金級」及「普級」二級，再區分為三級等)，以做為後續推動之依據。 查目前有11項省水標章產品項目，其中「洗衣機」、「一段式省水馬桶」、及「兩段式省水馬桶」依耗水量分為「金級」及「普級」，為陸續推動所有省水標章產品之分級制，以及檢討現行「金級」及「普級」二級制之精進作為，規劃未來省水標章分級之可能措施與推動期程，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080404</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802294</governmentpublicationsnumber><identifier>87825</identifier><internationalstandardbooknumber>9789865442415 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87825</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>省水標章產品分級標準評估與分期推動規劃--光碟版=Evaluation of classified standards of water efficiency label products and phased promotion planning</title><yearidentifier>201912</yearidentifier></data><data><abstract>水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，行政院已核定通過「前瞻基礎建設計畫」，並將「水環境建設」納入五大建設之一。其中本署透過「前瞻基礎建設計畫-水環境建設」中「推廣水資源智慧管理系統及節水技術」項下子計畫「產業用水輔導計畫」，除依產業型態不同辦理各項專業技術輔導外，亦透過節水評比與績優表揚，提升產業節水，另透過節水教育宣導及省水標章產品推廣分享交流，以擴大整體節水效率。 為落實節約用水常態化政策目標，政府自民國87年著手推動省水標章制度，並透過機關學校優先採用省水器材產品、鼓勵消費者選用省水產品等方式，促進相關產業升級與研發更多元省水器材產品，以落實全民效率節水目標。之後，民國105年5月4日公布之自來水法第95條之1規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章?，違反者，依據自來水法第98條之1規定，處新臺幣4萬元以上20萬元以下罰鍰，並令其限期改善；屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告。另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部亦已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品。 經查目前有11項省水標章產品項目，截至目前總計約3,800餘件省水標章使用許可，每年使用標章數量平均約3百萬枚，顯見國內省水標章法規及市場已日趨成熟完備。為持續依「省水標章管理辦法」辦理省水標章審查、核(補、換)發省水標章使用許可、產品抽驗測試、後市場管理業務等作業，並同時配合辦理鼓勵民間參與省水技術研發與國外省水標章事務交流座談等相關工作推動，期許能落實省水標章生活化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080285</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802293</governmentpublicationsnumber><identifier>87826</identifier><internationalstandardbooknumber>9789865442422 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87826</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年省水標章管理計畫=The program of management for Water Efficiency Label in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，行政院已核定通過「前瞻基礎建設計畫」，並將「水環境建設」納入五大建設之一。其中本署透過「前瞻基礎建設計畫-水環境建設」中「推廣水資源智慧管理系統及節水技術」項下子計畫「產業用水輔導計畫」，除依產業型態不同辦理各項專業技術輔導外，亦透過節水評比與績優表揚，提升產業節水，另透過節水教育宣導及省水標章產品推廣分享交流，以擴大整體節水效率。 為落實節約用水常態化政策目標，政府自民國87年著手推動省水標章制度，並透過機關學校優先採用省水器材產品、鼓勵消費者選用省水產品等方式，促進相關產業升級與研發更多元省水器材產品，以落實全民效率節水目標。之後，民國105年5月4日公布之自來水法第95條之1規定「法人、團體、個人於國內銷售中央主管機關指定之用水設備、衛生設備或其他設備之產品，該產品應具省水標章?，違反者，依據自來水法第98條之1規定，處新臺幣4萬元以上20萬元以下罰鍰，並令其限期改善；屆期未改善者，得按次處罰。 為因應上述自來水法部分條文修正公告，相關子法「省水標章管理辦法」亦已於106年6月7日公告。另對於「應具省水標章之用水設備、衛生設備或其他設備之產品」經濟部亦已於106年09月21日公告馬桶(包含一段式及二段式)及洗衣機2項產品，自107年4月1日起列為應具省水標章產品。 經查目前有11項省水標章產品項目，截至目前總計約3,800餘件省水標章使用許可，每年使用標章數量平均約3百萬枚，顯見國內省水標章法規及市場已日趨成熟完備。為持續依「省水標章管理辦法」辦理省水標章審查、核(補、換)發省水標章使用許可、產品抽驗測試、後市場管理業務等作業，並同時配合辦理鼓勵民間參與省水技術研發與國外省水標章事務交流座談等相關工作推動，期許能落實省水標章生活化，共同創造節水型社會，爰辦理本計畫。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080285</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802293</governmentpublicationsnumber><identifier>87827</identifier><internationalstandardbooknumber>9789865442422 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87827</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年省水標章管理計畫--光碟版=The program of management for Water Efficiency Label in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而自101年起本署則持續推動水資源環境教育與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 為使水資源環境教育能永續發展，除了落實環境教育課程外，更需將水資源環境教育相關資訊整合並藉由相關平台展示，故今(108)年度將持續辦理本署水資源環境教育課程之研習活動，評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及行政支援協助等，並規劃構思本署環境教育平台，完成初步之環境教育平台介面設計。</abstract><author>鼎澤科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080215</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802376</governmentpublicationsnumber><identifier>87828</identifier><internationalstandardbooknumber>9789865442781 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87828</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年環境教育計畫=The Project of Environmental Education in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>環境教育法於99年6月5日制定完成，自100年6月5日起實施，依據環境教育法第19條規定，本署應於機關內部推展環境教育。100年推動本署環境教育之初，以實體講授「環境教育課程」之方式，強化機關整體人力對水環境教育之認識與重視；而自101年起本署則持續推動水資源環境教育與環教設施整合計畫，依據人力之專長規劃符合其需求之課程類型，同時依據環境教育法第19條納入演講、討論、網路學習、體驗、實驗（習）、戶外學習、參訪、影片觀賞、實作及其他活動等多元課程之規劃，俾利落實環境理念於施政工作中。 為使水資源環境教育能永續發展，除了落實環境教育課程外，更需將水資源環境教育相關資訊整合並藉由相關平台展示，故今(108)年度將持續辦理本署水資源環境教育課程之研習活動，評估本署及所屬機關之相關人力與資源等，進行環境教育人員、機構及設施場所認證等相關諮詢及行政支援協助等，並規劃構思本署環境教育平台，完成初步之環境教育平台介面設計。</abstract><author>鼎澤科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080215</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>1010802376</governmentpublicationsnumber><identifier>87829</identifier><internationalstandardbooknumber>9789865442781 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87829</librarycollectiondetailsurl><price>380</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年環境教育計畫--光碟版=The Project of Environmental Education in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>約翰‧杜爾</author><categoryidentifier>23.1</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/1/30</date><governmentpublicationsnumber>9.79E+11</governmentpublicationsnumber><identifier>87839</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87839</librarycollectiondetailsurl><price>450</price><publisher>遠見天下文化出版股份有限公司</publisher><publishrocyear>108</publishrocyear><title>OKR：做最重要的事</title><yearidentifier>201901</yearidentifier></data><data><abstract>本計畫遵照「海岸環境營造計畫(104 年~109 年)」之規劃，採分年分期進行調查研究，藉由現場資料之蒐集、調查、監測與量測分析…等更新綠島及蘭嶼海岸之基本資料，做為日後綠島、蘭嶼海岸復育政策實施應用、海堤設計與管理維護及海岸防護計畫提供完整之資訊及參考。全程延續性計畫共2年，工作範圍為臺東縣綠島鄉及蘭嶼鄉。本年度(第二年)針對蘭嶼地區進行調查與規劃，計畫區範圍包含西側椰油海岸(坦克岩至涼亭段、饅頭岩至機場南側段)、東側海岸(母雞岩情人洞段)、東南及西南側(野銀灘頭至蘭嶼國小間海岸)，海岸長度約23公里。工作項目為基本資料蒐集分析、水深地形測量、波潮流觀測調查、漂砂觀測調查及海岸防護策略研擬。</abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070133</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/31</date><governmentpublicationsnumber>1010802397</governmentpublicationsnumber><identifier>87867</identifier><internationalstandardbooknumber>9789865442736 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87867</librarycollectiondetailsurl><price>1400</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>108</publishrocyear><title>綠島與蘭嶼地區海岸防護基本資料補充調查(蘭嶼地區)正式成果報告書告書(內附光碟)=Supplementary Field Survey and Assessment on Coastal Defenses at Green Island and Orchid Island(Orchid Island)</title><yearidentifier>201912</yearidentifier></data><data><abstract>因颱風或季風波浪侵襲，造成烈嶼黃厝至南山頭段沿岸地形改變，現況灘面較以往呈現侵蝕狀況。由於此區域過去較少進行水深地形及波浪調查，因此有必要針對海象、地形水深、波浪及底質等進行調查，以供未來擬定海岸防護對策參考之依據。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.3   44.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080152</commissionedprojectidentifier><currency>NT$</currency><date>2020/1/31</date><governmentpublicationsnumber>1010802400</governmentpublicationsnumber><identifier>87868</identifier><internationalstandardbooknumber>9789865442729 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87868</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>108</publishrocyear><title>金門海岸防護(烈嶼黃厝至南山頭段)監測計畫(內附光碟)=Field Survey and Assessment on Coastal Defenses in Kinmen (Case studies of Lieyu Coastal from Huangcuo to Nanshantou)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/2/3</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>87881</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87881</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>108</publishrocyear><title>行政院農業委員會農業試驗所年報(中華民國107年)=TARI ANNUAL REPORT 2018</title><yearidentifier>201908</yearidentifier></data><data><abstract> </abstract><author>國立科學工藝博物館</author><categoryidentifier>328.55</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/2/3</date><governmentpublicationsnumber>1010801182</governmentpublicationsnumber><identifier>87891</identifier><internationalstandardbooknumber>9789860597431 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87891</librarycollectiondetailsurl><price>120</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>希望．未來莫拉克風災教會我們的事</title><yearidentifier>201907</yearidentifier></data><data><abstract>台灣豐枯不均，每逢豐水期降雨表現不佳時，乾旱災情便陸續發生。亦因水情豐枯日益明顯，使水源調配更加艱困。本計畫，擬以科學化預報為基礎，結合氣象局相關預報模式，研發定量流量預報，並據以改善旱災應變之不確定性、強化旱災應變能力及供主管機關抗旱決策時之參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070453</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/3</date><governmentpublicationsnumber>1010801066</governmentpublicationsnumber><identifier>87892</identifier><internationalstandardbooknumber>9789860595420 ; 9789860595</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87892</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>科學化流量預報與旱災決策輔助研發(內附光碟) A Study on Scientific Inflow Forecasting and Descision Support for Drought Disaster</title><yearidentifier>201906</yearidentifier></data><data><abstract>為切實掌握臺灣砂石供需情形，透過整合特定區域之生產結構、產銷變動及營運情況等資料，提供相關產業發展、產銷統計及供需策略之釐訂準據。</abstract><author>經濟部礦務局土石管理組</author><categoryidentifier>355.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/2/3</date><governmentpublicationsnumber>1010801234</governmentpublicationsnumber><identifier>87893</identifier><internationalstandardbooknumber>9789860597752 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87893</librarycollectiondetailsurl><price>360</price><publisher>經濟部礦務局</publisher><publishrocyear>108</publishrocyear><title>107年度砂土石產銷調查報告=Marketing Survey Report of Sand and Gravel , 2018</title><yearidentifier>201907</yearidentifier></data><data><abstract>利嘉溪口海岸因鄰近臺東市區，不論就海岸防護、親水或景觀等需求面而言，皆屬於重要區段。而影響本段海岸地形變遷機制以利嘉溪河川輸砂及波浪營力為主。有鑑於未來海岸防護應善用海岸自然特性，提升海堤防災功能，減少以永久性之結構物進行海岸防護，以達回復自然海岸之目標，掌握利嘉溪河口輸砂供給對鄰近海岸地形影響之範圍，為目前本段海岸防護治理之首要工作，相關成果可做為後續海岸防護設施維護、河口疏浚及養灘量體研定之依據。本計畫主要為瞭解利嘉溪輸砂對鄰近海岸地形變遷、海岸漂沙趨勢與海岸防護設施成效等，並研提計畫區海岸整體穩定與防護對策、利嘉溪輸砂平衡管理策略、河口疏濬及養灘之具體方案，以期達到利嘉溪河口海岸防護及環境永續經營之目標。</abstract><author>國立臺灣海洋大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080147</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802398</governmentpublicationsnumber><identifier>87899</identifier><internationalstandardbooknumber>9789865442743 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87899</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第八河川局</publisher><publishrocyear>108</publishrocyear><title>河口輸砂調查及砂源對沿岸供砂之可行性評估(含利嘉溪、知本溪、太麻里溪)(2/2)(內附光碟)=The investigations of the fluvial sediments and the Feasibility study evaluating estuarine sediment supply to the coasts (Case studies of Lijia, Chihpen and Taimali rivers) (2/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣主要地下水分區如屏東平原及濁水溪沖積扇，由於富涵地下水資源故早已成為重要地下水資源區，迄今已投入相當資源進行水文地質架構釐清與地下水位觀測，並已完成豐碩之地下水資源相關評估工作。惟不同計畫受工作區域、評估時間以及方法限制，於地下水分區之邊界條件設定不盡相同，對於統合各地下水分區困難度高，故為建立地下水模擬分析條件之標準與共識，俾利未來地下水管理相關工作推動與執行。本計畫針對主要地下水分區的天然邊界：含麓山帶邊界、河川沖積扇及海岸邊界等，進行邊界條件釐清及研討，瞭解地下水分區邊界區域上地下水之動態以及補注或流出來源，藉由調查所得之現場資料說明主要河川與地下水之及地下水與海洋之交互作用關係，配合既有地下水位站、河川流量站等資料進行綜合評估，並於工作期間邀請學者專家，完成地下水分區邊界條件評估標準建置，作為後續相關模擬分析設定基準。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080284</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802526</governmentpublicationsnumber><identifier>87903</identifier><internationalstandardbooknumber>9789865330088 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87903</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>屏東平原地下水分區邊界條件之研訂總報告=Assessment of hydrological model boundary in PingTung Plain</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣主要地下水分區如屏東平原及濁水溪沖積扇，由於富涵地下水資源故早已成為重要地下水資源區，迄今已投入相當資源進行水文地質架構釐清與地下水位觀測，並已完成豐碩之地下水資源相關評估工作。惟不同計畫受工作區域、評估時間以及方法限制，於地下水分區之邊界條件設定不盡相同，對於統合各地下水分區困難度高，故為建立地下水模擬分析條件之標準與共識，俾利未來地下水管理相關工作推動與執行。本計畫針對主要地下水分區的天然邊界：含麓山帶邊界、河川沖積扇及海岸邊界等，進行邊界條件釐清及研討，瞭解地下水分區邊界區域上地下水之動態以及補注或流出來源，藉由調查所得之現場資料說明主要河川與地下水之及地下水與海洋之交互作用關係，配合既有地下水位站、河川流量站等資料進行綜合評估，並於工作期間邀請學者專家，完成地下水分區邊界條件評估標準建置，作為後續相關模擬分析設定基準。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080284</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802526</governmentpublicationsnumber><identifier>87904</identifier><internationalstandardbooknumber>9789865330088 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87904</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>屏東平原地下水分區邊界條件之研訂總報告--光碟版=Assessment of hydrological model boundary in PingTung Plain</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區雖然雨量豐沛，惟由於豐枯水期分配不均，因此有賴各大小水庫及水工結構物之調蓄水源，以滿足農業、民生及工業等用水需求；目前現有蓄水與引水建造物達百餘座，依據「水利建造物檢查及安全評估辦法」規定，各蓄水建造物每年需辦理安全檢查，公告為水庫者原則上每五年需辦理一次安全評估，以確保設施安全及供水正常，滿足人民生活需求。 上述各蓄水建造物年度檢查報告依據辦法規定由管理單位於翌年1月底前提送主管機關備查，安全評估報告則由各管理單位辦理完成後，報請主管機關審核；本計畫目的為配合本署業務需要委託專業機構協助辦理蓄水與引水建造物檢查及安全評估相關工作專業協助，以有效掌握各蓄水與引水建造物安全狀況、提升管理單位人員素質，確保檢查及安全評估之品質。 透過專業機構之協助，除有效掌握各建造物安全狀況，及時發現可能之問題，提出改善建議及對策，並針對複查及安全評估報告審查提供專業整合性意見提送「經濟部水利建造物檢查及安全評估小組」委員會議討論。同時考量檢查及安全評估工作所需之專業知識及新知補充，故擬委託專業機構辦理教育訓練工作，以提升實際進行相關工作人員業務執行素質。</abstract><author>國立交通大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080128</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802624</governmentpublicationsnumber><identifier>87908</identifier><internationalstandardbooknumber>9789865330255 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87908</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107~109年蓄水與引水建造物檢查及安全評估專業服務計畫(2/3)(內附光碟)=(2018~2020) Technical Consultation on the Appraisal of Reservoirs Inspection and Safety Assessment Report (2/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802139</governmentpublicationsnumber><identifier>87914</identifier><internationalstandardbooknumber>9789865442347 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87914</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>大漢溪水利家族=Hydraulic Facility Family of Dahan River</title><yearidentifier>201911</yearidentifier></data><data><abstract>為了維護居民生命財產安全及發展經濟，多年來興設許水利構造物，無形中卻也影響河川環境生態。為降低工程的負面影響，水利署近幾年來努力尋找生物與環境間的關係，即是希望透過此一關係瞭解工程設置或相關管理措施對生物所造成的影響。過去曾嘗試辦理魚類適合度曲線的相關研究，以流速、水深及底床粒徑等工程人員孰悉的參數，透過調查、統計建立魚類適合度(喜好)的關係曲線，水利工程人員僅需透過水理模式即可瞭解工程設施對水理條件的影響進而推求魚類適合度的變化，相關曲線目前已有相當廣泛的應用。惟過去僅針對頭前溪、烏溪、楠梓仙溪等建置魚類適合度曲線，未能含括多數的臺灣原生魚類，且相同魚類在不同溪流亦有不同的曲線，因此本計畫將擴大辦理，並增加魚類生活史的探討，瞭解原生魚種生殖周期與對於自然棲地的選擇及偏好，以補充水理參數外的相關資訊，作為水利工程規劃及河川經營管理亟需的基本生物參數。除將相關成果建置資料庫以方便管理使用外，也將研擬魚類棲地適合度調查技術作業手冊，使調查方法與努力量標準化，讓後續的調查能有一定的品質要求與依據。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080315</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>87915</identifier><internationalstandardbooknumber>9789865442699 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87915</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河川原生魚種及棲地適合度曲線調查與資料庫建置=A Study of River Native Fish Habitat Suitability Curves and Establishment of Database</title><yearidentifier>201912</yearidentifier></data><data><abstract>為了維護居民生命財產安全及發展經濟，多年來興設許水利構造物，無形中卻也影響河川環境生態。為降低工程的負面影響，水利署近幾年來努力尋找生物與環境間的關係，即是希望透過此一關係瞭解工程設置或相關管理措施對生物所造成的影響。過去曾嘗試辦理魚類適合度曲線的相關研究，以流速、水深及底床粒徑等工程人員孰悉的參數，透過調查、統計建立魚類適合度(喜好)的關係曲線，水利工程人員僅需透過水理模式即可瞭解工程設施對水理條件的影響進而推求魚類適合度的變化，相關曲線目前已有相當廣泛的應用。惟過去僅針對頭前溪、烏溪、楠梓仙溪等建置魚類適合度曲線，未能含括多數的臺灣原生魚類，且相同魚類在不同溪流亦有不同的曲線，因此本計畫將擴大辦理，並增加魚類生活史的探討，瞭解原生魚種生殖周期與對於自然棲地的選擇及偏好，以補充水理參數外的相關資訊，作為水利工程規劃及河川經營管理亟需的基本生物參數。除將相關成果建置資料庫以方便管理使用外，也將研擬魚類棲地適合度調查技術作業手冊，使調查方法與努力量標準化，讓後續的調查能有一定的品質要求與依據。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080315</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/4</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>87916</identifier><internationalstandardbooknumber>9789865442699 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87916</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河川原生魚種及棲地適合度曲線調查與資料庫建置--光碟版=A Study of River Native Fish Habitat Suitability Curves and Establishment of Database</title><yearidentifier>201912</yearidentifier></data><data><abstract>大武崙溪排水為基隆河支流排水路之一，集水面積共約15.69平方公里、排水主幹線流長約11.1公里，於中、下游流經人口密集區。民國106年6月1日起陸續受西南氣流及滯留鋒面影響，造成北台灣各地區發生超大豪雨，造成嚴重淹水包含基隆市安樂區基金一路、二路及武嶺街附近地區。依據106年9月基隆市政府檢討報告，分別提出短、中、長期之改善方案。長期改善方案內容係規劃於集水區上游設置分洪隧道，截流上游內寮里之雨水下水道及山區逕流，往澳底漁港附近排放至外木山海域，分洪隧道長度約1.7公里，初步規劃方案位置詳如圖一所示。緣此，為瞭解分洪隧道的工程地質特性，針對計畫進行調查，以供後續辦理規劃檢討之參酌。爰提出本工作計畫書。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080016</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/5</date><governmentpublicationsnumber>1010802552</governmentpublicationsnumber><identifier>87917</identifier><internationalstandardbooknumber>9789865330125 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87917</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>基隆市管區域排水大武崙溪分洪道工程地質調查工作=The Engineering Geological Investigation of Dawulun Creek Flood Diversion Tunnel of Keelung Regional Drainage</title><yearidentifier>201912</yearidentifier></data><data><abstract>大武崙溪排水為基隆河支流排水路之一，集水面積共約15.69平方公里、排水主幹線流長約11.1公里，於中、下游流經人口密集區。民國106年6月1日起陸續受西南氣流及滯留鋒面影響，造成北台灣各地區發生超大豪雨，造成嚴重淹水包含基隆市安樂區基金一路、二路及武嶺街附近地區。依據106年9月基隆市政府檢討報告，分別提出短、中、長期之改善方案。長期改善方案內容係規劃於集水區上游設置分洪隧道，截流上游內寮里之雨水下水道及山區逕流，往澳底漁港附近排放至外木山海域，分洪隧道長度約1.7公里，初步規劃方案位置詳如圖一所示。緣此，為瞭解分洪隧道的工程地質特性，針對計畫進行調查，以供後續辦理規劃檢討之參酌。爰提出本工作計畫書。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080016</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/5</date><governmentpublicationsnumber>1010802552</governmentpublicationsnumber><identifier>87918</identifier><internationalstandardbooknumber>9789865330125 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87918</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>基隆市管區域排水大武崙溪分洪道工程地質調查工作--光碟版=The Engineering Geological Investigation of Dawulun Creek Flood Diversion Tunnel of Keelung Regional Drainage</title><yearidentifier>201912</yearidentifier></data><data><abstract>集水區水源保育範圍可能因違規開發、超限利用或颱風豪雨造成坡地崩塌及土石滑動等土砂災害，常直接或間接影響水源水質或造成嚴重水庫淤積，威脅水資源之運用與永續，目前集水區內土地之管理，採各權責單位定時巡查有無違規利用情形，以維護集水區之生態保育，惟集水區水源保育範圍廣大，為能加強管理，本計畫將進行水源保育智慧影像管理平台擴充與升級、精進智慧影像技術（如影像技術應用於土地利用判釋、水質判定等），協助水源保育與土地利用管理。 另本計畫使用無人載具攝影機和後端的影像數據處理，配合疑似土地違規利用案例或集水區保育之關注議題，在取得影像資料後透過影像數據處理及分析，作為後續相關案件輔助參考，並嘗試採用虛擬實境VR或擴增實境AR技術，掌握集水區水源保育案件之變化。</abstract><author>易圖科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080028</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802017</governmentpublicationsnumber><identifier>87935</identifier><internationalstandardbooknumber>9789865442224 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87935</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度智慧影像判識技術於集水區水源保育之管理運用計畫=The Project of Application of intelligent image determination in reservoir conservation and management in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>集水區水源保育範圍可能因違規開發、超限利用或颱風豪雨造成坡地崩塌及土石滑動等土砂災害，常直接或間接影響水源水質或造成嚴重水庫淤積，威脅水資源之運用與永續，目前集水區內土地之管理，採各權責單位定時巡查有無違規利用情形，以維護集水區之生態保育，惟集水區水源保育範圍廣大，為能加強管理，本計畫將進行水源保育智慧影像管理平台擴充與升級、精進智慧影像技術（如影像技術應用於土地利用判釋、水質判定等），協助水源保育與土地利用管理。 另本計畫使用無人載具攝影機和後端的影像數據處理，配合疑似土地違規利用案例或集水區保育之關注議題，在取得影像資料後透過影像數據處理及分析，作為後續相關案件輔助參考，並嘗試採用虛擬實境VR或擴增實境AR技術，掌握集水區水源保育案件之變化。</abstract><author>易圖科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080028</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802017</governmentpublicationsnumber><identifier>87936</identifier><internationalstandardbooknumber>9789865442224 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87936</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度智慧影像判識技術於集水區水源保育之管理運用計畫--光碟版=The Project of Application of intelligent image determination in reservoir conservation and management in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本計畫為輔導水源保育社區參與微水力發電以配合國家綠能政策，規劃輔導水源保育社區參與微水力發電、凝聚潛力社區共識、增加民間、企業與地方政府參與機制、落實小水力向下扎根與培植創新產業能力、結合環教或生態教育等議題，暨彙整相關法令規範及場址調查規劃等以做為輔導其他社區型參與小水力發電之參考依據。 本計畫另將延續辦理小型水力發電設計競賽，擴大推廣小水力發電觀念，以激發本土小水力發電技術研發的創新潛能。為能順利推動小水力發電競賽、製作「小水力發電廠設置參考手冊」以及協助輔導水源保育社區參與等相關工作，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080035</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802002</governmentpublicationsnumber><identifier>87937</identifier><internationalstandardbooknumber>9789865442217 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87937</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>輔導水源保育社區參與微水力發電專案計畫=Counseling Water Conservation Community to Participate in Micro Hydropower Generation</title><yearidentifier>201912</yearidentifier></data><data><abstract>本計畫為輔導水源保育社區參與微水力發電以配合國家綠能政策，規劃輔導水源保育社區參與微水力發電、凝聚潛力社區共識、增加民間、企業與地方政府參與機制、落實小水力向下扎根與培植創新產業能力、結合環教或生態教育等議題，暨彙整相關法令規範及場址調查規劃等以做為輔導其他社區型參與小水力發電之參考依據。 本計畫另將延續辦理小型水力發電設計競賽，擴大推廣小水力發電觀念，以激發本土小水力發電技術研發的創新潛能。為能順利推動小水力發電競賽、製作「小水力發電廠設置參考手冊」以及協助輔導水源保育社區參與等相關工作，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080035</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802002</governmentpublicationsnumber><identifier>87938</identifier><internationalstandardbooknumber>9789865442217 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87938</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>輔導水源保育社區參與微水力發電專案計畫--光碟版=Counseling Water Conservation Community to Participate in Micro Hydropower Generation</title><yearidentifier>201912</yearidentifier></data><data><abstract>為依自來水法辦理自來水水質水量保護區之查詢、巡查與管理、水源保育與回饋費之徵收及運用等相關事項，本署已建置「水源保育與回饋業務系統」、「水庫集水區暨自來水水質水量保護區查詢系統」及「水質水量保護區巡查系統」與對外網頁協助水源保育與回饋業務之執行。 今年度除持續維護上述系統並配合各項行政協助外，將針對徵收業務進行功能改版與版面調整作業；另為使獎勵造林業務能順利執行，配合執行單位需求進行系統功能調整，擴增巡查系統功能，以利作業人員辦理保護區巡查業務</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080025</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802018</governmentpublicationsnumber><identifier>87939</identifier><internationalstandardbooknumber>9789865442231 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87939</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育與回饋業務系統維護及精進計畫=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>為依自來水法辦理自來水水質水量保護區之查詢、巡查與管理、水源保育與回饋費之徵收及運用等相關事項，本署已建置「水源保育與回饋業務系統」、「水庫集水區暨自來水水質水量保護區查詢系統」及「水質水量保護區巡查系統」與對外網頁協助水源保育與回饋業務之執行。 今年度除持續維護上述系統並配合各項行政協助外，將針對徵收業務進行功能改版與版面調整作業；另為使獎勵造林業務能順利執行，配合執行單位需求進行系統功能調整，擴增巡查系統功能，以利作業人員辦理保護區巡查業務</abstract><author>天思數位科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080025</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802018</governmentpublicationsnumber><identifier>87940</identifier><internationalstandardbooknumber>9789865442231 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87940</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育與回饋業務系統維護及精進計畫--光碟版=The Project of Extension and Maintaining for Water Resource Conservation and Compensation System in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>自來水法第11條明定水質水量保護區之劃定與管制，並基於使用者付費、受限者得償精神，自第12條至第12之4條建立保育與回饋費及補償制度。為落實執行上述法定事項，主管機關須辦理水質水量保護區劃設與管理、圖資套繪與分析、水源保育與回饋費運用相關業務。同時為因應政治、法規、民意等變化，屢有因應潛在風險潛勢，預為研擬相關內部控制作業或研提因應處置方案需求，以降低保護區管理或回饋費運用之風險。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080030</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802174</governmentpublicationsnumber><identifier>87941</identifier><internationalstandardbooknumber>9789865442293 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87941</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育與回饋業務服務團計畫=2019 service corps for water resources conservation and compensation fee project</title><yearidentifier>201912</yearidentifier></data><data><abstract>自來水法第11條明定水質水量保護區之劃定與管制，並基於使用者付費、受限者得償精神，自第12條至第12之4條建立保育與回饋費及補償制度。為落實執行上述法定事項，主管機關須辦理水質水量保護區劃設與管理、圖資套繪與分析、水源保育與回饋費運用相關業務。同時為因應政治、法規、民意等變化，屢有因應潛在風險潛勢，預為研擬相關內部控制作業或研提因應處置方案需求，以降低保護區管理或回饋費運用之風險。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080030</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802174</governmentpublicationsnumber><identifier>87942</identifier><internationalstandardbooknumber>9789865442293 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87942</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育與回饋業務服務團計畫--光碟版=2019 service corps for water resources conservation and compensation fee project</title><yearidentifier>201912</yearidentifier></data><data><abstract>自來水法第11條明定劃定公告水質水量保護區，保護區內禁止或限制貽害水質與水量行為，並基於使用者付費、受限者得償精神，建立保育與回饋機制。然水質水量保護區多因天然條件、經濟發展或農業活動等，面臨土砂淤積及水質劣化情況，加以近年氣候變遷影響，情勢將趨嚴峻，人民受限補償訴求新異多元，及考量行政程序完備與簡便效率，水源保育與回饋工作愈顯重要。自來水法相關授權子法及行政規則眾多，又因應政治、外部法規、民意、新興環保議題產生等變動，及透過都市計畫法劃定特定區之需，屢有檢討評析法規之需，爰藉由本計畫盤點、案例評析、召開法規諮詢會議，並預為研擬相關因應對策或研提修正方向，以利水源保護相關業務推展。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080041</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802173</governmentpublicationsnumber><identifier>87943</identifier><internationalstandardbooknumber>9789865442309 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87943</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水源保育管理相關法規之研究=The Study of Water Resources Conservaion Management Governing Regulations</title><yearidentifier>201912</yearidentifier></data><data><abstract>自來水法第11條明定劃定公告水質水量保護區，保護區內禁止或限制貽害水質與水量行為，並基於使用者付費、受限者得償精神，建立保育與回饋機制。然水質水量保護區多因天然條件、經濟發展或農業活動等，面臨土砂淤積及水質劣化情況，加以近年氣候變遷影響，情勢將趨嚴峻，人民受限補償訴求新異多元，及考量行政程序完備與簡便效率，水源保育與回饋工作愈顯重要。自來水法相關授權子法及行政規則眾多，又因應政治、外部法規、民意、新興環保議題產生等變動，及透過都市計畫法劃定特定區之需，屢有檢討評析法規之需，爰藉由本計畫盤點、案例評析、召開法規諮詢會議，並預為研擬相關因應對策或研提修正方向，以利水源保護相關業務推展。</abstract><author>開巨技術顧問有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080041</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802173</governmentpublicationsnumber><identifier>87944</identifier><internationalstandardbooknumber>9789865442309 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87944</librarycollectiondetailsurl><price>550</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水源保育管理相關法規之研究--光碟版=The Study of Water Resources Conservaion Management Governing Regulations</title><yearidentifier>201912</yearidentifier></data><data><abstract>全臺依據自來水法共劃設114處水質水量保護區，面積約佔國土的四分之一，水利署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區推動水源保育社區，以「在地行動，守護水源」為目標，採公私協力方式以結合在地產業、居民生活及在地巡守等方式守護水源。 為融合水資源保育、地方產業與居民行動，以精進保育社區推動策略，爰成立本委託服務計畫，藉由整合性之規劃、追蹤與管理，綜整歷年執行成果、效益歸納及關懷社區現況，研提保育策進建議，並舉辦一場次共識營，據以研訂適域性推動水源保育社區教案手冊，作為後續培力參考。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080034</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802535</governmentpublicationsnumber><identifier>87945</identifier><internationalstandardbooknumber>9789865442262 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87945</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育社區整合管理推動計畫=Promotion Program of Water Resources Protection</title><yearidentifier>201912</yearidentifier></data><data><abstract>全臺依據自來水法共劃設114處水質水量保護區，面積約佔國土的四分之一，水利署為尋求兼顧水源保育與區內居民生計的雙贏措施，自民國100年起於水質水量保護區推動水源保育社區，以「在地行動，守護水源」為目標，採公私協力方式以結合在地產業、居民生活及在地巡守等方式守護水源。 為融合水資源保育、地方產業與居民行動，以精進保育社區推動策略，爰成立本委託服務計畫，藉由整合性之規劃、追蹤與管理，綜整歷年執行成果、效益歸納及關懷社區現況，研提保育策進建議，並舉辦一場次共識營，據以研訂適域性推動水源保育社區教案手冊，作為後續培力參考。</abstract><author>國立雲林科技大學水土資源及防災科技研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080034</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/10</date><governmentpublicationsnumber>1010802535</governmentpublicationsnumber><identifier>87946</identifier><internationalstandardbooknumber>9789865442262 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87946</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度水源保育社區整合管理推動計畫--光碟版=Promotion Program of Water Resources Protection</title><yearidentifier>201912</yearidentifier></data><data><abstract>蓮海岸北起和平溪口南至秀姑巒溪口旁之三富溪口，全長118公里，其範圍位於颱風侵襲頻繁路徑地區，依照地理環境約可分為3段，第一段為和平溪口至立霧溪口；第二段為立霧溪口至花蓮溪口；第三段為花蓮溪口至秀姑巒溪口；在國土保護原則下，本局陸續興建離岸潛堤、導流堤及突堤等海岸防護措施，以確保海岸防減災功能及沿岸居民之生命財產安全。為瞭解各區域防護設施之功效及監控海岸灘線之變化趨勢。 本局自75年開始辦理「南北濱及化仁海岸監測調查計畫」，並持續至90年，自91年始因應各海岸段之資料蒐集，陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸、105年鹽寮海岸監測等海岸監測作業等，總計106~107年度監測海岸長度約40餘公里，30餘年監測所得相關資料逐年納入資料庫建置與分析比對，提供日後海岸防護規劃及對策研擬參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080122</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802559</governmentpublicationsnumber><identifier>87962</identifier><internationalstandardbooknumber>9789865330262 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87962</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>108年度花蓮海岸調查監測計畫正式報告書=Survey and monitoring for the Hualien Coast in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>蓮海岸北起和平溪口南至秀姑巒溪口旁之三富溪口，全長118公里，其範圍位於颱風侵襲頻繁路徑地區，依照地理環境約可分為3段，第一段為和平溪口至立霧溪口；第二段為立霧溪口至花蓮溪口；第三段為花蓮溪口至秀姑巒溪口；在國土保護原則下，本局陸續興建離岸潛堤、導流堤及突堤等海岸防護措施，以確保海岸防減災功能及沿岸居民之生命財產安全。為瞭解各區域防護設施之功效及監控海岸灘線之變化趨勢。 本局自75年開始辦理「南北濱及化仁海岸監測調查計畫」，並持續至90年，自91年始因應各海岸段之資料蒐集，陸續增加新城鄉七星潭海岸、94年壽豐鄉水璉海岸、95年壽豐鄉牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸、105年鹽寮海岸監測等海岸監測作業等，總計106~107年度監測海岸長度約40餘公里，30餘年監測所得相關資料逐年納入資料庫建置與分析比對，提供日後海岸防護規劃及對策研擬參考依據。</abstract><author>自強工程顧問有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080122</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802559</governmentpublicationsnumber><identifier>87963</identifier><internationalstandardbooknumber>9789865330262 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87963</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>108年度花蓮海岸調查監測計畫正式報告書--光碟版=Survey and monitoring for the Hualien Coast in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>萬里溪流域沿線為花蓮中區重要的產業與遊憩核心，上游鄰近享富盛名的林田山林業文化園區，長期以來一直深當地居民及外來遊客所喜愛，中游萬榮溫泉（又稱鴛鴦谷溫泉）、萬榮飛行傘基地亦是重要的觀光景點，而鳳林鎮也於104年通過審查成為國際慢活組織(Cittasolw International)會員，下游兩岸多為台糖或內政部營建署城鄉發展分署之公有土地等。為提昇河岸景觀美質、增加遊客休憩品質，提升防洪構造物之利用效益，本計畫擬在保育萬里溪水資源的前提下，進一步營造各式慢活產業的發展機制及空間，並提出環境景觀整體規劃理念、與週邊社區產業及遊憩據點共享共榮之具體可行方案及管理策略，作為後續執行之參考依據 。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080014</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802373</governmentpublicationsnumber><identifier>87964</identifier><internationalstandardbooknumber>9789865442859 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87964</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>萬里溪水環境營造規劃(2/2)=The Water Environment Planning Of The Wanli River(2/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>萬里溪流域沿線為花蓮中區重要的產業與遊憩核心，上游鄰近享富盛名的林田山林業文化園區，長期以來一直深當地居民及外來遊客所喜愛，中游萬榮溫泉（又稱鴛鴦谷溫泉）、萬榮飛行傘基地亦是重要的觀光景點，而鳳林鎮也於104年通過審查成為國際慢活組織(Cittasolw International)會員，下游兩岸多為台糖或內政部營建署城鄉發展分署之公有土地等。為提昇河岸景觀美質、增加遊客休憩品質，提升防洪構造物之利用效益，本計畫擬在保育萬里溪水資源的前提下，進一步營造各式慢活產業的發展機制及空間，並提出環境景觀整體規劃理念、與週邊社區產業及遊憩據點共享共榮之具體可行方案及管理策略，作為後續執行之參考依據 。</abstract><author>怡興工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080014</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802373</governmentpublicationsnumber><identifier>87965</identifier><internationalstandardbooknumber>9789865442859 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87965</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>萬里溪水環境營造規劃(2/2)--光碟版=The Water Environment Planning Of The Wanli River(2/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>花蓮海岸位於臺灣東部，每年颱風侵襲頻繁，為保護沿岸國土及百姓生命財產安全，本局除辦理相關海岸防護措施外，並於民國75年起持續迄今辦理南北濱及化仁海岸監測調查計畫，並自91起陸續增加七星潭海岸、94年水璉海岸、95年牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸、105年鹽寮海岸等，其監測調查主要工作項目為0m灘線至斷面樁後10m之陸域測量、南北濱與化仁海岸(-150m)及餘計畫範圍(-100m)之水深測量、灘線變化分析等，歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為後續海岸防護對策研擬之參考依據。 然花蓮海岸因受天然地形地勢影響，現場波、潮、流、海氣象、漂沙、輸砂及海床地形等資料蒐集不易，且考量本局於重要海岸如七星潭(北埔安檢所)、北濱(忘憂亭)及南濱(守望哨)等陸續完成即時影像監視站建置，爰嘗試以非接觸式遙測及影像比對等技術，進行表面流場、流速、海浪溯升及灘線變化等分析，進而與傳統觀測或數值模擬結果等進行比對驗證，以期提升海岸觀測技術及掌握海岸現況水文環境；另花蓮海岸溢淹問題常受波浪溯升影響，惟現階段之海岸波浪溯升計算方式如推估方法及受地形或結構物影響之削減係數等仍待分析及驗證，故本案除現場波流場之觀測與資料蒐集外，亦期建立與修訂花蓮海岸(陡坡、礫石、灘崖與不同形式防護措施)之波浪溯升推估模式，俾提高波浪溯升預測之準確度。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080345</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802363</governmentpublicationsnumber><identifier>87966</identifier><internationalstandardbooknumber>9789865442842 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87966</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>108年度花蓮海床地形與海堤溯升觀測調查研究=Bathymetry and Wave Run-up Monitoring within the Hualien Coast in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>花蓮海岸位於臺灣東部，每年颱風侵襲頻繁，為保護沿岸國土及百姓生命財產安全，本局除辦理相關海岸防護措施外，並於民國75年起持續迄今辦理南北濱及化仁海岸監測調查計畫，並自91起陸續增加七星潭海岸、94年水璉海岸、95年牛山海岸、96年東興至豐濱海岸、98年環保公園海岸、102年崇德與新城海岸、105年鹽寮海岸等，其監測調查主要工作項目為0m灘線至斷面樁後10m之陸域測量、南北濱與化仁海岸(-150m)及餘計畫範圍(-100m)之水深測量、灘線變化分析等，歷年所得資料，除積極整合建置外，亦將上述區域之監測資料分析比對，以作為後續海岸防護對策研擬之參考依據。 然花蓮海岸因受天然地形地勢影響，現場波、潮、流、海氣象、漂沙、輸砂及海床地形等資料蒐集不易，且考量本局於重要海岸如七星潭(北埔安檢所)、北濱(忘憂亭)及南濱(守望哨)等陸續完成即時影像監視站建置，爰嘗試以非接觸式遙測及影像比對等技術，進行表面流場、流速、海浪溯升及灘線變化等分析，進而與傳統觀測或數值模擬結果等進行比對驗證，以期提升海岸觀測技術及掌握海岸現況水文環境；另花蓮海岸溢淹問題常受波浪溯升影響，惟現階段之海岸波浪溯升計算方式如推估方法及受地形或結構物影響之削減係數等仍待分析及驗證，故本案除現場波流場之觀測與資料蒐集外，亦期建立與修訂花蓮海岸(陡坡、礫石、灘崖與不同形式防護措施)之波浪溯升推估模式，俾提高波浪溯升預測之準確度。</abstract><author>財團法人成大研究發展基金會成功大學近海水文中心</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080345</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802363</governmentpublicationsnumber><identifier>87967</identifier><internationalstandardbooknumber>9789865442842 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87967</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>108年度花蓮海床地形與海堤溯升觀測調查研究--光碟版=Bathymetry and Wave Run-up Monitoring within the Hualien Coast in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802720</governmentpublicationsnumber><identifier>87968</identifier><internationalstandardbooknumber>9789865330361 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87968</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)106~108年河川情勢調查=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries) in 2017~2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802720</governmentpublicationsnumber><identifier>87969</identifier><internationalstandardbooknumber>9789865330361 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87969</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)106~108年河川情勢調查--光碟版=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries) in 2017~2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802720</governmentpublicationsnumber><identifier>87970</identifier><internationalstandardbooknumber>9789865330361 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87970</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)106~108年河川情勢調查(附錄)=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries) in 2017~2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802242</governmentpublicationsnumber><identifier>87971</identifier><internationalstandardbooknumber>9789865442682 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87971</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(3/3)=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries)(3/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802242</governmentpublicationsnumber><identifier>87972</identifier><internationalstandardbooknumber>9789865442682 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87972</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(3/3)--光碟版=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries)(3/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年來生態保育觀念抬頭，民眾對環境保護需求殷切，然而現有之河川生態資料無法滿足工程單位進行生態環境保護規劃、設計之需求，故需調查或補充現有資料之不足，並整合提供各界做為河川環境規劃、訂定河川環境管理計畫、河川環境營造計畫、河川保育復育計畫及河川治理計畫工程規劃、布置、設計及施工時生態維護考量之參考資料。 「河川管理辦法」於民國91年5月訂定發布後，賦予河川管理當局訂定「河川環境管理計畫」之權責，將河川管理帶進兼顧防災減災與環境保育之新紀元。爰此，水利署水利規劃試驗所於民國91年著手規劃河川情勢調查工作，引入日本的「河川水邊國勢調查」及「河川整備基本方針」等環境基礎資料調查作法，利用詳盡的生態調查與河川調查，進而辦理工程環境分析，來提升生態治河工程品質，期能達到永續發展的最終目標。另水利署為規範各所屬機關辦理所轄中央管河川情勢調查作業之項目、方法及要求，以建立一致性的河川環境基本資料，業於104年1月16日以經水河字第10316166710號函頒「河川情勢調查作業要點  」作為辦理河川情勢調查之參據。 花蓮溪水系位於台灣東部花蓮縣境內，為中央管河川，主流發源於中央山脈丹大山支脈之拔子山(海拔高1,755公尺)，主流全長約57.28公里，集水面積約1507.09平方公里，平均河川陂降約1/285，流域範圍則涵蓋萬榮鄉、光復鄉、壽豐鄉、萬榮鄉、鳳林鎮、秀林鄉及吉安鄉等6鄉鎮。花蓮溪水系生物資源豐富，水利規劃試驗所於民國91及92年針對花蓮溪主流及木瓜溪、壽豐溪、萬里溪、馬太鞍溪、光復溪等5大支流進行河川情勢調查，惟經年已久，為瞭解河川環境及生物特性之長期變化、充實現有之河川生態資料，並掌握自民國92年至105年間河川治理之影響，爰於106年度起分3年再次就本水系進行全面性生態環境及河川情勢之調查，以瞭解水系環境及生態變遷。</abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080006</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802242</governmentpublicationsnumber><identifier>87973</identifier><internationalstandardbooknumber>9789865442682 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87973</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(含主流及10條主次支流)河川情勢調查(3/3)(附錄)=Investigation and Evaluation of Current Status in HualienRiver (Inclunding Mainstream and 10 Tributaries)(3/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫河川環境營造計畫之執行策略，將加強河川環境管理列為重要措施。另依據河川管理辦法第27條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，爰此，訂定河川環境管理計畫將成為本局於河川管理上主要長程計畫之一。 綜上，「花蓮溪河川環境管理規劃」計畫期能檢討評估現今花蓮溪流域內使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對花蓮溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080135</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802388</governmentpublicationsnumber><identifier>87974</identifier><internationalstandardbooknumber>9789865442897 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87974</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(10條主次支流)河川環境管理規劃(1/2)成果報告=River Environmental Management Plan of Hualien River System (10 tributaries) (1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣早期之河川發展與管理工作較偏重於治水與利水的水利設施，較少整體環境生態考量，近年河川管理觀念已轉變為要求提升河川之環境品質、資源利用及環境生態之永續發展，而此觀念亦已融入水利署中長程計畫河川環境營造計畫之執行策略，將加強河川環境管理列為重要措施。另依據河川管理辦法第27條：「管理機關得依河川治理計畫，並參酌所轄河川水土資源、生態環境、自然景觀、河川沿岸土地發展及其相關情事，訂定河川環境管理計畫報經其主管機關核定之」，爰此，訂定河川環境管理計畫將成為本局於河川管理上主要長程計畫之一。 綜上，「花蓮溪河川環境管理規劃」計畫期能檢討評估現今花蓮溪流域內使用行為與管理作為外，亦將朝維護水流正常功能，確保水資源永續發展，維護生態環境及促進河川區域內土地整合使用等目標邁進。本局將針對花蓮溪固有特色及在地民眾需求，據以完成河川環境管理規劃，再依河川治理計畫及施政方針訂定河川環境管理計畫，從事有計畫的河川環境管理。</abstract><author>以樂工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080135</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/13</date><governmentpublicationsnumber>1010802388</governmentpublicationsnumber><identifier>87975</identifier><internationalstandardbooknumber>9789865442897 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87975</librarycollectiondetailsurl><price>950</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>108</publishrocyear><title>花蓮溪水系(10條主次支流)河川環境管理規劃(1/2)成果報告--光碟版=River Environmental Management Plan of Hualien River System (10 tributaries) (1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>余淑敏、蔡雅如、林榮梓、經濟部水利署水利規劃試驗所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/2/15</date><governmentpublicationsnumber>1010802240</governmentpublicationsnumber><identifier>87979</identifier><internationalstandardbooknumber>9789865442491 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87979</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>水邊樂校區域排水環境教育教案</title><yearidentifier>201912</yearidentifier></data><data><abstract>為了維護居民生命財產安全及發展經濟，多年來興設許水利構造物，無形中卻也影響河川環境生態。為降低工程的負面影響，水利署近幾年來努力尋找生物與環境間的關係，即是希望透過此一關係瞭解工程設置或相關管理措施對生物所造成的影響。過去曾嘗試辦理魚類適合度曲線的相關研究，以流速、水深及底床粒徑等工程人員孰悉的參數，透過調查、統計建立魚類適合度(喜好)的關係曲線，水利工程人員僅需透過水理模式即可瞭解工程設施對水理條件的影響進而推求魚類適合度的變化，相關曲線目前已有相當廣泛的應用。惟過去僅針對頭前溪、烏溪、楠梓仙溪等建置魚類適合度曲線，未能含括多數的臺灣原生魚類，且相同魚類在不同溪流亦有不同的曲線，因此本計畫將擴大辦理，並增加魚類生活史的探討，瞭解原生魚種生殖周期與對於自然棲地的選擇及偏好，以補充水理參數外的相關資訊，作為水利工程規劃及河川經營管理亟需的基本生物參數。除將相關成果建置資料庫以方便管理使用外，也將研擬魚類棲地適合度調查技術作業手冊，使調查方法與努力量標準化，讓後續的調查能有一定的品質要求與依據。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080315</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/17</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>87996</identifier><internationalstandardbooknumber>9789865442699 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87996</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河川原生魚種及棲地適合度曲線調查與資料庫建置【計畫成果資料】--光碟版=A Study of River Native Fish Habitat Suitability Curves and Establishment of Database</title><yearidentifier>201912</yearidentifier></data><data><abstract>為了維護居民生命財產安全及發展經濟，多年來興設許水利構造物，無形中卻也影響河川環境生態。為降低工程的負面影響，水利署近幾年來努力尋找生物與環境間的關係，即是希望透過此一關係瞭解工程設置或相關管理措施對生物所造成的影響。過去曾嘗試辦理魚類適合度曲線的相關研究，以流速、水深及底床粒徑等工程人員孰悉的參數，透過調查、統計建立魚類適合度(喜好)的關係曲線，水利工程人員僅需透過水理模式即可瞭解工程設施對水理條件的影響進而推求魚類適合度的變化，相關曲線目前已有相當廣泛的應用。惟過去僅針對頭前溪、烏溪、楠梓仙溪等建置魚類適合度曲線，未能含括多數的臺灣原生魚類，且相同魚類在不同溪流亦有不同的曲線，因此本計畫將擴大辦理，並增加魚類生活史的探討，瞭解原生魚種生殖周期與對於自然棲地的選擇及偏好，以補充水理參數外的相關資訊，作為水利工程規劃及河川經營管理亟需的基本生物參數。除將相關成果建置資料庫以方便管理使用外，也將研擬魚類棲地適合度調查技術作業手冊，使調查方法與努力量標準化，讓後續的調查能有一定的品質要求與依據。</abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080315</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/18</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>87997</identifier><internationalstandardbooknumber>9789865442699 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87997</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>魚類棲地適合度曲線調查技術手冊=Ecological survey technical manual of Fish Habitat Suitability Curves</title><yearidentifier>201912</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/18</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>87998</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_87998</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河相學應用於河川治理規劃參考手冊(草案)= Handbook for Applying Fluvial Geomorphology in Flood Control Planning</title><yearidentifier>201912</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/2/20</date><governmentpublicationsnumber>1010802545</governmentpublicationsnumber><identifier>88007</identifier><internationalstandardbooknumber>9789865330101 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88007</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年各標的用水統計年報(光碟版)=Annual Water Consumption Report for 2018</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/3/2</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>88051</identifier><internationalstandardbooknumber>0802360 ; 0802360</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88051</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>順應河相之河川廊道範圍初步規畫研究</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/3/2</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>88052</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88052</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河相學應用於河川治理規畫參考手冊(草案)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/3/2</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>88053</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88053</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河川原生魚種及棲地適合度曲線調查與資料庫建置</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/3/2</date><governmentpublicationsnumber>1010802358</governmentpublicationsnumber><identifier>88054</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88054</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>魚類棲地適合度曲線調查技術手冊</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/3/3</date><governmentpublicationsnumber>1010802711</governmentpublicationsnumber><identifier>88058</identifier><internationalstandardbooknumber>9789865330354 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88058</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>老檔案裡的石門水庫(附光碟)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台台北海岸一般性構造物過去受季節風及颱風侵害，造成海岸侵蝕退縮，自台北港興建後淡水河以南海岸沙灘回淤，以北之海岸有侵蝕，海堤及保護工略呈下陷、材料劣化等現象發生，對於一般性海堤多屬老舊堤防現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視台北海岸(包含新北市及基隆市轄區海堤28座等，約9,913公尺)含海岸保護工之安全，以利後續維護管理。 為能掌握整體海岸變遷情形，藉由海岸資料調查與蒐集分析本區段海岸變遷情形。擬委外辦理一般性構造物安全性評估、海岸資料調查與蒐集分析及研擬改善方案，供為日後研擬海岸防護對策之參考之依據。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070388</commissionedprojectidentifier><currency>NT$</currency><date>2020/3/3</date><governmentpublicationsnumber>1010802619</governmentpublicationsnumber><identifier>88059</identifier><internationalstandardbooknumber>9789865330248 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88059</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>台北海岸一般性海堤功能評估及防護基本資料調查成果報告書=Study Project on General Seawall Function Assessment and Coastal Monitoring and Investigation in Taipei</title><yearidentifier>201912</yearidentifier></data><data><abstract>台台北海岸一般性構造物過去受季節風及颱風侵害，造成海岸侵蝕退縮，自台北港興建後淡水河以南海岸沙灘回淤，以北之海岸有侵蝕，海堤及保護工略呈下陷、材料劣化等現象發生，對於一般性海堤多屬老舊堤防現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視台北海岸(包含新北市及基隆市轄區海堤28座等，約9,913公尺)含海岸保護工之安全，以利後續維護管理。 為能掌握整體海岸變遷情形，藉由海岸資料調查與蒐集分析本區段海岸變遷情形。擬委外辦理一般性構造物安全性評估、海岸資料調查與蒐集分析及研擬改善方案，供為日後研擬海岸防護對策之參考之依據。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070388</commissionedprojectidentifier><currency>NT$</currency><date>2020/3/3</date><governmentpublicationsnumber>1010802619</governmentpublicationsnumber><identifier>88060</identifier><internationalstandardbooknumber>9789865330248 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88060</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>台北海岸一般性海堤功能評估及防護基本資料調查成果報告書--光碟版=Study Project on General Seawall Function Assessment and Coastal Monitoring and Investigation in Taipei</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，接續第一期建置計畫所規劃之成果及發展方向，遂提出第二期計畫。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080069</commissionedprojectidentifier><currency>NT$</currency><date>2020/3/18</date><governmentpublicationsnumber>1010802399</governmentpublicationsnumber><identifier>88108</identifier><internationalstandardbooknumber>9789865442828 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88108</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第二期=Beigang River, Puzi River, Bazhang River and Jiushui River Basin Smart River Construction Project Phase II</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，接續第一期建置計畫所規劃之成果及發展方向，遂提出第二期計畫。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080069</commissionedprojectidentifier><currency>NT$</currency><date>2020/3/18</date><governmentpublicationsnumber>1010802399</governmentpublicationsnumber><identifier>88109</identifier><internationalstandardbooknumber>9789865442828 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88109</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第二期--光碟版=Beigang River, Puzi River, Bazhang River and Jiushui River Basin Smart River Construction Project Phase II</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/4/7</date><governmentpublicationsnumber>1010802697</governmentpublicationsnumber><identifier>88156</identifier><internationalstandardbooknumber>9789865330330 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88156</librarycollectiondetailsurl><price>200</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>北水風華從石建會到北水局(內附光碟)</title><yearidentifier>201912</yearidentifier></data><data><abstract>辦理集集攔河堰環評報告內所承諾之施工及營運期間監測項目(含水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益等)，於報告註明之監測地點進行監測與檢討分析工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080206</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/8</date><governmentpublicationsnumber>1010900244</governmentpublicationsnumber><identifier>88157</identifier><internationalstandardbooknumber>9789865330422 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88157</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>109</publishrocyear><title>108年度集集攔河堰監測及安全檢查-環境生態監測成果報告=Chi-Chi Weir Monitoring and Security Checks in yr.2019 Environmental and Ecology Monitoring Report</title><yearidentifier>202001</yearidentifier></data><data><abstract>辦理集集攔河堰環評報告內所承諾之施工及營運期間監測項目(含水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益等)，於報告註明之監測地點進行監測與檢討分析工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080206</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/8</date><governmentpublicationsnumber>1010900244</governmentpublicationsnumber><identifier>88158</identifier><internationalstandardbooknumber>9789865330422 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88158</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>109</publishrocyear><title>108年度集集攔河堰監測及安全檢查-環境生態監測成果報告--光碟版=Chi-Chi Weir Monitoring and Security Checks in yr.2019 Environmental and Ecology Monitoring Report</title><yearidentifier>202001</yearidentifier></data><data><abstract>辦理集集攔河堰環評報告內所承諾之施工及營運期間監測項目(含水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益等)，於報告註明之監測地點進行監測與檢討分析工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080206</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/8</date><governmentpublicationsnumber>1010900245</governmentpublicationsnumber><identifier>88159</identifier><internationalstandardbooknumber>9789865330415 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88159</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>109</publishrocyear><title>108年度斗六堰魚道功能監測及水域生態監測成果報告=Research on the efficiency assessment of fishway in Dou-Liou Weir 2019</title><yearidentifier>202001</yearidentifier></data><data><abstract>辦理集集攔河堰環評報告內所承諾之施工及營運期間監測項目(含水質狀況、水域生態環境變化情形及集集堰和斗六堰魚道使用效益等)，於報告註明之監測地點進行監測與檢討分析工作。</abstract><author>巨廷工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080206</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/8</date><governmentpublicationsnumber>1010900245</governmentpublicationsnumber><identifier>88160</identifier><internationalstandardbooknumber>9789865330415 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88160</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署中區水資源局</publisher><publishrocyear>109</publishrocyear><title>108年度斗六堰魚道功能監測及水域生態監測成果報告--光碟版=Research on the efficiency assessment of fishway in Dou-Liou Weir 2019</title><yearidentifier>202001</yearidentifier></data><data><abstract> </abstract><author>楊顓伊、林弘毅、呂錦綸、陳宗儒(標竿數位文化工作室)</author><categoryidentifier>369.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/4/10</date><governmentpublicationsnumber>1010802711</governmentpublicationsnumber><identifier>88161</identifier><internationalstandardbooknumber>9789865330354 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88161</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>老檔案裡的石門水庫</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>楊顓伊、曾美鳳、黃瀚聖、陳皇志(禪鍵有限公司)</author><categoryidentifier>369.52</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/4/10</date><governmentpublicationsnumber>1010802679</governmentpublicationsnumber><identifier>88162</identifier><internationalstandardbooknumber>9789865330334 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88162</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>北水風華-從石建會到北水局</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author> </author><categoryidentifier>677.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/4/13</date><governmentpublicationsnumber>1010802697</governmentpublicationsnumber><identifier>88164</identifier><internationalstandardbooknumber>9789865330330 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88164</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>北水風華</title><yearidentifier>201912</yearidentifier></data><data><abstract>水利署為彙整淡水河流域內各項水情資訊，以提供相關作業單位參考，特於本局設立水情中心，透過ADSL、光纖、數據專線、VPN、微波以及無線電等方式傳輸相關水情資料，提供相關作業單位決策參考。惟受限於水文測站數量及位置，對於本局轄區河段之流速、流量等相關水文資訊，及防汛熱點與易淹水地區之淹水掌握能力，仍有精進空間。 為使水情中心傳輸機制更加完備，爰本案計劃以物聯網概念應用於水情系統功能強化，評估與既有傳輸模式組成雙通道資料傳輸模式，並行運作或作為備援。依據歷年淹水紀錄、淹水潛勢圖資與防汛熱點等相關水文資料，試辦布設淹水感測設備，強化本局外水掌握能力，以及整合相關內外水資訊於水利署建置之雲端作業平臺，提供加值服務，與民眾共享防災資訊。另規劃流域內適合新增水文(含流速、水位等)儀器之位置，及製作流量率定曲線，將水情監測設備智慧化並提升效能。</abstract><author>昕傳科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070485</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/13</date><governmentpublicationsnumber>1010801485</governmentpublicationsnumber><identifier>88168</identifier><internationalstandardbooknumber>9789865442033 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88168</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>第十河川局水情監測設備智慧化應用及效能提升先期規劃成果報告書=Water Monitoring Equipment intellectual Application and Performance Up-front Planning of 10th River Management Office,WRA</title><yearidentifier>201908</yearidentifier></data><data><abstract>水利署為彙整淡水河流域內各項水情資訊，以提供相關作業單位參考，特於本局設立水情中心，透過ADSL、光纖、數據專線、VPN、微波以及無線電等方式傳輸相關水情資料，提供相關作業單位決策參考。惟受限於水文測站數量及位置，對於本局轄區河段之流速、流量等相關水文資訊，及防汛熱點與易淹水地區之淹水掌握能力，仍有精進空間。 為使水情中心傳輸機制更加完備，爰本案計劃以物聯網概念應用於水情系統功能強化，評估與既有傳輸模式組成雙通道資料傳輸模式，並行運作或作為備援。依據歷年淹水紀錄、淹水潛勢圖資與防汛熱點等相關水文資料，試辦布設淹水感測設備，強化本局外水掌握能力，以及整合相關內外水資訊於水利署建置之雲端作業平臺，提供加值服務，與民眾共享防災資訊。另規劃流域內適合新增水文(含流速、水位等)儀器之位置，及製作流量率定曲線，將水情監測設備智慧化並提升效能。</abstract><author>昕傳科技股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070485</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/13</date><governmentpublicationsnumber>1010801485</governmentpublicationsnumber><identifier>88169</identifier><internationalstandardbooknumber>9789865442033 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88169</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署第十河川局</publisher><publishrocyear>108</publishrocyear><title>第十河川局水情監測設備智慧化應用及效能提升先期規劃成果報告書--光碟版=Water Monitoring Equipment intellectual Application and Performance Up-front Planning of 10th River Management Office,WRA</title><yearidentifier>201908</yearidentifier></data><data><abstract>目前全世界水庫泥砂淤積之速率已超過新建水庫所能增加之庫容，即水庫可儲存利用之有效庫容逐漸減少，水庫永續利用亟需有效之水砂經營管理來推動。惟臺灣地質脆弱、地形陡峻及颱風豪雨事件頻傳，經常造成水庫集水區大量崩塌與沖蝕，導致全洪程渾水逕流挾帶大量泥砂、流木與雜物進入水庫，凸顯水庫泥砂淤積問題，以及水庫高濁度對穩定供水之影響。如何減少集水區泥砂進入水庫，以及利用汛期水力防淤、減緩水庫落淤量，同時操作水庫蓄清排渾兼具穩定供水之功能，加上搭配枯水期清淤浚渫與多元化土砂經營管理，冀期水庫達到永續利用之目標。目前國內有關水庫防淤管理與技術應用資料雖然不少，惟大部分為較早期案例介紹，尚未更新到近期發展與有系統地彙整。爰此，經濟部水利署水利規劃試驗所(以下簡稱本所)研提「水庫防淤管理與技術應用專書」計畫，彙整國內外相關文獻與經驗，並與國內外水庫防淤及生態專家交流合作，綜整水庫防淤之經營管理策略，以提供水庫管理單位營運操作與水庫更新改善工程之參考。目前水利署已積極推動曾文水庫、南化水庫及石門水庫之新增防淤隧道，且水庫防淤措施亦納入行政院推動前瞻基礎建設中水環境建設之重要項目，期能減緩水庫淤積、永續經營臺灣水資源。 然水庫整體防淤策略可分為經營管理面與工程面，其中包含臺灣水庫淤積現況與成因探討、水庫清淤現況與困難、水庫防淤措施及流域土砂管理對策等。本計畫重點在於綜整國內重要水庫淤積問題，擬定水庫防淤經營管理策略，明確水庫防淤工法之名詞定義，蒐集國內外相關水庫泥砂監測調查技術之方法與成效，彙整國內水庫防淤之水工模型試驗技術與應用，國內外水庫防淤模式之分析與應用，國內水庫集水區土砂管理及下游河道泥砂運移分析與生態影響，以及國內外案例分析，辦理水庫防淤經營管理教育訓練，並強化臺灣與國際間交流合作，協助訓練提升水庫管理單位人員專業能力。 本計畫彙編「水庫防淤管理與技術應用專書」，內容包含中英文版專書之撰寫，提供國內相關專業人員了解臺灣水庫防淤經營管理及技術應用之發展現況，並藉英文版專書的出版，讓國際瞭解臺灣水庫防淤現階段發展之經驗與成果。依據經濟部水利署107年11月19日經水綜字第10714072090號函「本署108年度委託服務計畫核定清冊」，爰提本計畫書。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080311</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802170</governmentpublicationsnumber><identifier>88174</identifier><internationalstandardbooknumber>9789865442385 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88174</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>水庫防淤管理與技術應用</title><yearidentifier>202002</yearidentifier></data><data><abstract>目前全世界水庫泥砂淤積之速率已超過新建水庫所能增加之庫容，即水庫可儲存利用之有效庫容逐漸減少，水庫永續利用亟需有效之水砂經營管理來推動。惟臺灣地質脆弱、地形陡峻及颱風豪雨事件頻傳，經常造成水庫集水區大量崩塌與沖蝕，導致全洪程渾水逕流挾帶大量泥砂、流木與雜物進入水庫，凸顯水庫泥砂淤積問題，以及水庫高濁度對穩定供水之影響。如何減少集水區泥砂進入水庫，以及利用汛期水力防淤、減緩水庫落淤量，同時操作水庫蓄清排渾兼具穩定供水之功能，加上搭配枯水期清淤浚渫與多元化土砂經營管理，冀期水庫達到永續利用之目標。目前國內有關水庫防淤管理與技術應用資料雖然不少，惟大部分為較早期案例介紹，尚未更新到近期發展與有系統地彙整。爰此，經濟部水利署水利規劃試驗所(以下簡稱本所)研提「水庫防淤管理與技術應用專書」計畫，彙整國內外相關文獻與經驗，並與國內外水庫防淤及生態專家交流合作，綜整水庫防淤之經營管理策略，以提供水庫管理單位營運操作與水庫更新改善工程之參考。目前水利署已積極推動曾文水庫、南化水庫及石門水庫之新增防淤隧道，且水庫防淤措施亦納入行政院推動前瞻基礎建設中水環境建設之重要項目，期能減緩水庫淤積、永續經營臺灣水資源。 然水庫整體防淤策略可分為經營管理面與工程面，其中包含臺灣水庫淤積現況與成因探討、水庫清淤現況與困難、水庫防淤措施及流域土砂管理對策等。本計畫重點在於綜整國內重要水庫淤積問題，擬定水庫防淤經營管理策略，明確水庫防淤工法之名詞定義，蒐集國內外相關水庫泥砂監測調查技術之方法與成效，彙整國內水庫防淤之水工模型試驗技術與應用，國內外水庫防淤模式之分析與應用，國內水庫集水區土砂管理及下游河道泥砂運移分析與生態影響，以及國內外案例分析，辦理水庫防淤經營管理教育訓練，並強化臺灣與國際間交流合作，協助訓練提升水庫管理單位人員專業能力。 本計畫彙編「水庫防淤管理與技術應用專書」，內容包含中英文版專書之撰寫，提供國內相關專業人員了解臺灣水庫防淤經營管理及技術應用之發展現況，並藉英文版專書的出版，讓國際瞭解臺灣水庫防淤現階段發展之經驗與成果。依據經濟部水利署107年11月19日經水綜字第10714072090號函「本署108年度委託服務計畫核定清冊」，爰提本計畫書。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080311</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802170</governmentpublicationsnumber><identifier>88175</identifier><internationalstandardbooknumber>9789865442385 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88175</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>水庫防淤管理與技術應用--光碟版</title><yearidentifier>202002</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080311</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802176</governmentpublicationsnumber><identifier>88176</identifier><internationalstandardbooknumber>9789865442378 ; 9789865442</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88176</librarycollectiondetailsurl><price></price><publisher>Water Resources Planning Institute, Water resources agency, Ministry of Economic Affair, R.O.C</publisher><publishrocyear>109</publishrocyear><title>RESERVOIR DESILTATION Technology and Management</title><yearidentifier>202002</yearidentifier></data><data><abstract> </abstract><author>Water Resources Agency</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080311</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802176</governmentpublicationsnumber><identifier>88177</identifier><internationalstandardbooknumber>9789865442378 ; 9789865442</internationalstandardbooknumber><language>eng</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88177</librarycollectiondetailsurl><price></price><publisher>Water Resources Planning Institute, Water resources agency, Ministry of Economic Affair, R.O.C</publisher><publishrocyear>109</publishrocyear><title>RESERVOIR DESILTATION Technology and Management--光碟版</title><yearidentifier>202002</yearidentifier></data><data><abstract>根據國際自來水協會(IWA ) 於西元 2000 年提出水平衡（water balance）概念，自來水漏水率的定義為： 漏水率 = [（配水量 - 抄見量 - 有效無計費水量）]/配水量 * 100% ， 其中抄見量為收費水量或售水量；有效無計費水量包括消防用水量、水表不感量、工程用水及違章竊水量等。 鑒於目前國內消防用水量統計多為估計值或由使用單位填報，缺乏科學而有效率統計資料可做為自來水漏水分析使用，本計畫將透過選定示範區域與消防單位合作，於實際救災出勤消防車裝設水表計量，進行用水量統計分析，據以提出符合國內消防救災特性之消防用水量，另探討水表不感量對漏水率之影響及推廣自來水管抗震NS接頭技術，作為自來水降漏技術評估及管材選用之參考。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080333</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802460</governmentpublicationsnumber><identifier>88181</identifier><internationalstandardbooknumber>9789865442880 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88181</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>建立有效無計費水量-消防用水量及水表不感量分析技術之研究=Develop Analytical Techniques for Fire-fighting Consumptions and Customer Meter Inaccuracies</title><yearidentifier>201912</yearidentifier></data><data><abstract>根據國際自來水協會(IWA ) 於西元 2000 年提出水平衡（water balance）概念，自來水漏水率的定義為： 漏水率 = [（配水量 - 抄見量 - 有效無計費水量）]/配水量 * 100% ， 其中抄見量為收費水量或售水量；有效無計費水量包括消防用水量、水表不感量、工程用水及違章竊水量等。 鑒於目前國內消防用水量統計多為估計值或由使用單位填報，缺乏科學而有效率統計資料可做為自來水漏水分析使用，本計畫將透過選定示範區域與消防單位合作，於實際救災出勤消防車裝設水表計量，進行用水量統計分析，據以提出符合國內消防救災特性之消防用水量，另探討水表不感量對漏水率之影響及推廣自來水管抗震NS接頭技術，作為自來水降漏技術評估及管材選用之參考。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080333</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802460</governmentpublicationsnumber><identifier>88182</identifier><internationalstandardbooknumber>9789865442880 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88182</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>建立有效無計費水量-消防用水量及水表不感量分析技術之研究--光碟版=Develop Analytical Techniques for Fire-fighting Consumptions and Customer Meter Inaccuracies</title><yearidentifier>201912</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。 因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物。本年度除持續辦理監測作業外，另將提升藻類代謝物監測技術。作為水庫有害藻類管理的依據及提供本署各水資源局管理之水庫有害藻類疑慮事件應變計畫之藻毒管理及應變相關作業諮詢。 另因辨識科技進步，植物辦別或人臉辨識等雲端運用已多有成果，為讓水庫管理單位人工操作判視作業，可以提升。且減少時間及人力等因素，本計畫將作水庫有害藻類智慧辨識系統可行性評估及架構規劃。並將歷年藻類圖鑑等資料，建置成資料庫，以利未來操作上之應用。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080229</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802503</governmentpublicationsnumber><identifier>88183</identifier><internationalstandardbooknumber>9789865442989 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88183</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水庫有毒藻類監測及智慧辨識技術初期研究=Development and improvement of image recognition and monitoring technologies for harmful cyanobacteria in reservoirs</title><yearidentifier>201912</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。 因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物。本年度除持續辦理監測作業外，另將提升藻類代謝物監測技術。作為水庫有害藻類管理的依據及提供本署各水資源局管理之水庫有害藻類疑慮事件應變計畫之藻毒管理及應變相關作業諮詢。 另因辨識科技進步，植物辦別或人臉辨識等雲端運用已多有成果，為讓水庫管理單位人工操作判視作業，可以提升。且減少時間及人力等因素，本計畫將作水庫有害藻類智慧辨識系統可行性評估及架構規劃。並將歷年藻類圖鑑等資料，建置成資料庫，以利未來操作上之應用。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080229</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802503</governmentpublicationsnumber><identifier>88184</identifier><internationalstandardbooknumber>9789865442989 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88184</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水庫有毒藻類監測及智慧辨識技術初期研究--光碟版=Development and improvement of image recognition and monitoring technologies for harmful cyanobacteria in reservoirs</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署歷年在公共給水系統之震損評估與災害衝擊情境模擬相關研究中，已完成自來水送/配水管、大型原水管道及部分重要設施(台水四區、八區與北水處) 於地震後缺水率、停水戶數等災害衝擊情境模擬，提供即時管線災損和設施風險暴露之評估結果的雲端通報服務等。  台灣地區歷經自民國88年9月20日集集大地震後，陸續發生105年2 月6 日高雄美濃地震及107 年2 月6 日花蓮外海地震，對於原有之公共給水地震損失評估系統之想定地震設定，實有重新檢討之必要，以進一步提升公共給水震損失評估系統之準確性。因此，本計畫將檢討公共給水系統震災風險評估模式，探討想定地震設定之方法，以及檢討擴大地震早期損失評估項目(如淨水場或配水池等)，改善雲端通報服務介面，以滿足震後災情研判和應變資源調派之需求。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080314</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802350</governmentpublicationsnumber><identifier>88185</identifier><internationalstandardbooknumber>9789865442507 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88185</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>公共給水系統地震災害影響評估之研究=A Study on Earthquake Scenarios and Early Seismic Loss Estimation for Water Supply Systems</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署歷年在公共給水系統之震損評估與災害衝擊情境模擬相關研究中，已完成自來水送/配水管、大型原水管道及部分重要設施(台水四區、八區與北水處) 於地震後缺水率、停水戶數等災害衝擊情境模擬，提供即時管線災損和設施風險暴露之評估結果的雲端通報服務等。  台灣地區歷經自民國88年9月20日集集大地震後，陸續發生105年2 月6 日高雄美濃地震及107 年2 月6 日花蓮外海地震，對於原有之公共給水地震損失評估系統之想定地震設定，實有重新檢討之必要，以進一步提升公共給水震損失評估系統之準確性。因此，本計畫將檢討公共給水系統震災風險評估模式，探討想定地震設定之方法，以及檢討擴大地震早期損失評估項目(如淨水場或配水池等)，改善雲端通報服務介面，以滿足震後災情研判和應變資源調派之需求。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080314</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802350</governmentpublicationsnumber><identifier>88186</identifier><internationalstandardbooknumber>9789865442507 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88186</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>公共給水系統地震災害影響評估之研究--光碟版=A Study on Earthquake Scenarios and Early Seismic Loss Estimation for Water Supply Systems</title><yearidentifier>201912</yearidentifier></data><data><abstract>為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫將輔導直轄市及縣（市）主管機關應用可行之智慧管理技術於簡易自來水系統管理上，並協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水、自來水用戶設備外線)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080283</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802499</governmentpublicationsnumber><identifier>88187</identifier><internationalstandardbooknumber>9789865330040 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88187</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度簡易自來水智慧管理輔導計畫=2019 Annual Guidance Project of Smart Management in Small Water Supply Facilities</title><yearidentifier>201912</yearidentifier></data><data><abstract>為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫將輔導直轄市及縣（市）主管機關應用可行之智慧管理技術於簡易自來水系統管理上，並協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水、自來水用戶設備外線)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080283</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802499</governmentpublicationsnumber><identifier>88188</identifier><internationalstandardbooknumber>9789865330040 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88188</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度簡易自來水智慧管理輔導計畫--光碟版=2019 Annual Guidance Project of Smart Management in Small Water Supply Facilities</title><yearidentifier>201912</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自94年起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至106年止，通過考驗取得合格證書總計約為16,672人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行以落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080228</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802505</governmentpublicationsnumber><identifier>88189</identifier><internationalstandardbooknumber>9789865442996 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88189</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度自來水技術人員考驗計畫=2019 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201912</yearidentifier></data><data><abstract>依據自來水法第57條規定：「自來水事業所聘僱之總工程師、工程師，均以登記合格之工程技師為限。其他施工、管理、化驗、操作等人員，應具有專科之技術，並經考驗合格。」，本署為自來水法主管機關，為落實上開法規之相關規定，自94年起，每年均舉辦自來水事業技術人員考驗，分為施工、管理、化驗、操作等四類，並分為甲、乙、丙三級，故至106年止，通過考驗取得合格證書總計約為16,672人次。 本計畫乃為委託辦理全國性自來水技術人員考驗相關事宜，改善自來水事業人力素質，提升自來水事業整體營運績效，通過計畫之執行以落實自來水法及相關子法之規定，建立專業證照制度，強化節約用水理念及經營管理效率，以確保自來水供水品質，維護國人用水衛生與安全。</abstract><author>弘光科技大學</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080228</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802505</governmentpublicationsnumber><identifier>88190</identifier><internationalstandardbooknumber>9789865442996 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88190</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度自來水技術人員考驗計畫--光碟版=2019 National Examination for Technician Certificate of Water Supply Enterprise</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080227</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802384</governmentpublicationsnumber><identifier>88191</identifier><internationalstandardbooknumber>9789865442798 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88191</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(2/3)=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(2/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080227</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010802384</governmentpublicationsnumber><identifier>88192</identifier><internationalstandardbooknumber>9789865442798 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88192</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(2/3)--光碟版=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(2/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500毫米，為世界平均值的2.5倍，然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080099</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010900326</governmentpublicationsnumber><identifier>88193</identifier><internationalstandardbooknumber>9789865330538 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88193</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108年全民自主防災能力提升及精進計畫成果報告書=Improvement for Community-Based Flood Risk Management of 2019</title><yearidentifier>202003</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500毫米，為世界平均值的2.5倍，然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080099</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/14</date><governmentpublicationsnumber>1010900326</governmentpublicationsnumber><identifier>88194</identifier><internationalstandardbooknumber>9789865330538 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88194</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>108年全民自主防災能力提升及精進計畫成果報告書--光碟版=Improvement for Community-Based Flood Risk Management of 2019</title><yearidentifier>202003</yearidentifier></data><data><abstract> </abstract><author>禹安工程顧問股份有限公司</author><categoryidentifier>443.6933</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2012/2/3</date><governmentpublicationsnumber>1010004235</governmentpublicationsnumber><identifier>88199</identifier><internationalstandardbooknumber>9789860309805 ; 9789860309</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88199</librarycollectiondetailsurl><price>2500</price><publisher>經濟部水利署第九河川局</publisher><publishrocyear>100</publishrocyear><title>花蓮溪水系治理規劃檢討(2/3)成果報告(光碟版)=Review on Hualien River Improvement Plan(2/3)</title><yearidentifier>201112</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080051</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/17</date><governmentpublicationsnumber>1010802401</governmentpublicationsnumber><identifier>88206</identifier><internationalstandardbooknumber>9789865442835 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88206</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>108年度五河局轄區洪水預警及防汛整合作業=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局「五河局轄區洪水預報系統」(Distributed Runoff And Inundation Nowcast System for Bajhang River，簡稱DRAINS)於民國98年自水利署「分散式洪水預報系統」完成系統移轉，目前已完成轄區內四條主要水系之洪水預報系統，可透過該系統即時掌握預報水情資訊，同時開發網頁化預報展示平台，以供資訊傳遞。防汛地圖彙整轄區內雨情、水情觀測資訊，整合過去淹水調查紀錄與縣市政府雨量計、水位計及CCTV，提高轄區內資訊廣度的水平整合。未來，本計畫續以轄區內整體防汛整合作業為導向，除提高汛期時期資訊提供品質外，同時提昇本局相關洪水預警及防汛作業之效能。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080051</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/17</date><governmentpublicationsnumber>1010802401</governmentpublicationsnumber><identifier>88207</identifier><internationalstandardbooknumber>9789865442835 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88207</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>108年度五河局轄區洪水預警及防汛整合作業--光碟版=Flood Early Warning and Flood Control Integration Project under the Jurisdiction of the Fifth River Management Office in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>歷年已有研究計畫針對濁水溪沖積扇平原可用水量進行分析，惟其並沒有實際抽水量數據，故僅能假設抽水量並以觀測水位與模擬水位進行擬合，其可用水量為概估數值於「用水調查統計暨地下水可用水量調查分析試辦計畫」中驗證前期「臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業」可行性：辦理用水調查及現地試驗取得所需參數，提高地下水數值模型精確度，考量不同水文條件、永續利用及環境限制條件下完成各地下水分層每月可用水量估算，本計畫擬進一步計算各觀測井為中心之分區可用水量；未來可透過無線傳輸技術，將水位資料即時傳輸至資料庫平台，以掌握地下水動態訊息，當其低於管理水位時，啟動減抽或緩抽等管制作業，達到智慧地下水動態管理目標。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070281</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/20</date><governmentpublicationsnumber>1010801627</governmentpublicationsnumber><identifier>88214</identifier><internationalstandardbooknumber>9789865442132 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88214</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>地下水可用水量調查分析-濁水溪沖積扇=Analysis of available Groundwater yield in Choushui River alluvial fan</title><yearidentifier>201909</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/20</date><governmentpublicationsnumber>1010802545</governmentpublicationsnumber><identifier>88232</identifier><internationalstandardbooknumber>9789865330101 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88232</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年各標的用水統計年報=Annual Water Consumption Report for 2018</title><yearidentifier>201912</yearidentifier></data><data><abstract>各標的用水之運用情形，長久以來皆為經建、水利相關單位及各學術研究單位所重視，為使政府對於各項用水量，能有明確之統計數據，以利於各項用水政策的訂定，及各界進行水資源規劃之參考，本水利署為提供大眾此項寶貴資訊，固定每年出版用水統計報告。前揭統計年報之統計、編寫方式已沿用多年，近年來水資源開發及應用情勢變化日趨多元，而水資源管理亦日趨精緻化，藉由107年各標的用水量及水源來源透過有限資料進行統計估算，以作為水資源規劃管理參據。</abstract><author>建敦科技有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080268</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/20</date><governmentpublicationsnumber>1010802546</governmentpublicationsnumber><identifier>88233</identifier><internationalstandardbooknumber>9789865330095 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88233</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年用水統計年報彙編=Compilation of Annual Water Consumption</title><yearidentifier>201912</yearidentifier></data><data><abstract>大型移動式抽水機是清除積淹水的重要應變工具，每當颱風豪雨發生時，為因應各地淹水情勢，靈活調度以求設備效能有效發揮，配合縣市政府間簽屬相互支援協定，尋求未積水水地區之抽水機支援。利用發展成熟之全球衛星定位系統結合無線通訊與地理資訊系統等現代科技，以提昇移動式抽水機管理。即時提供抽水機動向及勤務工作狀態並紀錄資料，相關紀錄並可作為日後路線規劃及輔助決策之參考，倘因豪雨或颱風期間發生淹水災情時受災地區遍及全島地勢低漥區域，故掌握抽水機資訊以規劃調度救災搶險作業。 近年來極端氣候發生機率大增，降雨型態多轉變成短延時高強度型態，此等降雨型態變化嚴重衝擊排水系統，降雨量於高於防洪標準情況下，常發生洪水宣洩不及造成區域淹水災害，故於易淹水地區治理計畫及流域綜合治理計畫之推動下建置排水系統防洪功能，已有效提高區域整體防洪保護能力，但仍無法抵禦極端氣候所引致強降雨於淹水事件，除固定式抽水站啟動抽排洪水入河海外，在颱洪災害中所夾帶過多地表逕流水無法處理時，則移動式抽水機成為非工程措施救災搶險工具。 有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為，因此，移動式抽水機於淹水災害發生時可否順利發揮功能為減少淹水損失甚為關鍵條件。移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化我國於淹水災害應變能量。 本計畫係結合抽水機檢查作業、法規編纂、智慧調度系統、系統介接、操作維護手冊等工作。有效利用移動式抽水機將過多內水順利排入排水系統或入海則為具機動性且立即有效之應變作為。又移動式抽水機功能確保則端賴平時維護保養、災前整備查檢及災中管理調度等層面，導入智慧化管理，強化災中調度管理功能，並由法規面、操作面及管理面制定完善作業程序以供依循，始可於淹水災害發生時充份發揮功能，強化動式抽水機管理調度效率及災害應變能量。 爰此，本計畫擬由大型移動式抽水機平時保養維護、災前整體查檢及災中管理調度等面向之實務需求建立標準化之作業程序及操作表單，並就現行相關法規及規範進行檢視，再依實際需求進行編修。此外，為強化災中管理調度效率，將大型移動式抽水機GPS車機及導入智慧化管理，建立智慧管理資訊系統，強化災中調度管理功能。</abstract><author>國立雲林科技大學水土資源防災科技研究中心</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080256</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/20</date><governmentpublicationsnumber>1010802674</governmentpublicationsnumber><identifier>88234</identifier><internationalstandardbooknumber>9789865330309 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88234</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年大型移動式抽水機檢整督導暨遠端監控系統計畫--光碟版=The Project of Inspection Management,Deployment and Remote Monitoring System Development for Mobile Pump 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨循環經濟世代的來臨，本署於104-107年辦理水及能資源整合技術研發工作，取得薄膜蒸餾(MD)及支撐式液態薄膜(SLM)之實驗室及模廠驗證，惟新技術欲廣為業界接受及使用，尚需有充分的實廠驗證資料，以佐證新技術於產業之適用性，因此本計畫將延續前期研發成果，於國內產業界進行實廠驗證並進行推廣，以及開發能源自主性之小型化薄膜蒸餾純水產製系統，並建立結合研發單位、系統製造商、工程設計公司及用水端之產業鏈。 此外，因國內環保法規逐步加嚴，產業將面臨含氨氮廢水處理與回收之問題，由於MD技術亦可應用於氨氮廢水處理並產製資源化之產物，本計畫將研究適當MD程序設計，除提高廢水處理效率外，並擴大回收產物之產量，進而推廣至業界使用。</abstract><author>中原大學</author><categoryidentifier>445.93</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080341</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/20</date><governmentpublicationsnumber>1010802632</governmentpublicationsnumber><identifier>88235</identifier><internationalstandardbooknumber>9789865330279 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88235</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜水處理及資源回收技術應用及推廣之研究(1/2)--光碟版=Membrane technology application and promotion for water treatment and resource recovery(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>面臨氣候變遷所帶來的衝擊，為滿足社會及經濟發展用水需求，降低缺水風險，達到水資源調適的策略目標，本署積極推動多元化水資源開發，自民國90年起持續推動各類廢污水再生利用，輔導相關再生水產業發展，促進地區發展替代性區域儲備水源，以提升整體供水可靠度。隨著「再生水資源發展條例」完成立法，賦予廢污水及放流水回收利用的明確法律框架，以及國內首座萬噸級再生水廠-鳳山案第一期工程完工通水，正式宣告我國再生水資源的利用，已邁入新的里程碑。 為使國內再生水資源及產業蓬勃發展，以擴大再生水資源之利用，有必要定期追蹤各推動案執行情形，並適時提出相關因應之策略及措施，以及探討再生水之多元化發展與媒合推動模式，提出策略性之建議。此外，考量再生水資源已為我國新興水資源之重要一環，需提升再生水資源整合性管理服務，強化再生水相關資料整合匯流與加值應用，以提供各界查詢再生水相關資訊，爰辦理本計畫。</abstract><author>財團法人中興工程顧問社</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080340</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/27</date><governmentpublicationsnumber>1010802631</governmentpublicationsnumber><identifier>88246</identifier><internationalstandardbooknumber>9789865330286 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88246</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>再生水多元化發展與整合推動模式--光碟版=Diversified Development and Integrated Promotion for Reclaimed Water</title><yearidentifier>201912</yearidentifier></data><data><abstract>台台北海岸一般性構造物過去受季節風及颱風侵害，造成海岸侵蝕退縮，自台北港興建後淡水河以南海岸沙灘回淤，以北之海岸有侵蝕，海堤及保護工略呈下陷、材料劣化等現象發生，對於一般性海堤多屬老舊堤防現況海岸構造物的安全性影響極大，故有必要針對堤防構造物進行調查及檢測。為能尋求有效維修與補強方案，擬藉由安全性評估計畫來全面檢視台北海岸(包含新北市及基隆市轄區海堤28座等，約9,913公尺)含海岸保護工之安全，以利後續維護管理。 為能掌握整體海岸變遷情形，藉由海岸資料調查與蒐集分析本區段海岸變遷情形。擬委外辦理一般性構造物安全性評估、海岸資料調查與蒐集分析及研擬改善方案，供為日後研擬海岸防護對策之參考之依據。</abstract><author>經濟部水利署第十河川局</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070388</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/27</date><governmentpublicationsnumber>1010802619</governmentpublicationsnumber><identifier>88247</identifier><internationalstandardbooknumber>9789865330248 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88247</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>台北海岸一般性海堤功能評估及防護基本資料調查成果報告書--光碟版=Study Project on General Seawall Function Assessment and Coastal Monitoring and Investigation in Taipei</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前本署於水災、旱災應變值勤時，主要利用「災害緊急應變系統」進行預警、監控、通報、訊息彙整 等多項任務，實質有效 輔助本 署 進行防災應變作業，並提供予本署及所屬機關與防災相關單位使用。惟本 署現有數據資料龐大，須搭配現今技術潮流與未來發展之技術，以 GIS圖像化呈現水利防救災大數據資料。此外，跨系統間的運作流程需要盤點及優化，如此才能有效掌握防救災資源狀況，以達到平時進行確實演練與災時精準救災之目的。</abstract><author>國家中山科學研究院資訊通信研究所</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080443</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/27</date><governmentpublicationsnumber>1010802616</governmentpublicationsnumber><identifier>88248</identifier><internationalstandardbooknumber>9789865330170 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88248</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>次世代水利防災決策輔助系統先期規劃案(1/2)--光碟版=The Preliminary Design for the Next Generation Flood Disaster Prevention and Relief Aiding System (1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>國內水資源回收中心傳統處理程序，採前處理單元、初沉、生物活性污泥反應、終沉及消毒等程序，將生活污水處理至放流水水質後予以排放，由於水資源回中心土地面積有限，近年國內、外發展出薄膜生物反應器 (membrane bio-reactor, MBR)，可同時具備生物活性污泥反應及薄膜過濾程序，除減少用地空間外，處理後之水質已可達超濾膜過濾之水質，可節省將放流水處理為再生水(RO軟水)之成本，例如臨海再生水示範案。由於國內再生水廠將陸續推動興建，水資源回收中心污水處理單元採用MBR程序機會將增加，惟MBR約有70%的能源消耗用於曝氣過程，如能透過對曝氣氣泡流體動力機制之研究，反饋至曝氣操作模式中，進而在能耗與效率間取得一個平衡點，以掌握MBR之曝氣系統最佳操作參數及設計，可有效降低未來再生水造水成本，爰辦理本委託服務計畫。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080446</commissionedprojectidentifier><currency>NT$</currency><date>2020/4/27</date><governmentpublicationsnumber>1010802581</governmentpublicationsnumber><identifier>88249</identifier><internationalstandardbooknumber>9789789653300 ; 9789789653</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88249</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>薄膜生物反應器曝氣抗垢與節能最佳化操作之研究(1/2)--光碟版=A research on the optimized operation of a MBR aeration system for energy savings(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>歷年已有研究計畫針對濁水溪沖積扇平原可用水量進行分析，惟其並沒有實際抽水量數據，故僅能假設抽水量並以觀測水位與模擬水位進行擬合，其可用水量為概估數值於「用水調查統計暨地下水可用水量調查分析試辦計畫」中驗證前期「臺灣地下水區可用水量調查分析及伏流水調查規劃先期作業」可行性：辦理用水調查及現地試驗取得所需參數，提高地下水數值模型精確度，考量不同水文條件、永續利用及環境限制條件下完成各地下水分層每月可用水量估算，本計畫擬進一步計算各觀測井為中心之分區可用水量；未來可透過無線傳輸技術，將水位資料即時傳輸至資料庫平台，以掌握地下水動態訊息，當其低於管理水位時，啟動減抽或緩抽等管制作業，達到智慧地下水動態管理目標。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070281</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010801627</governmentpublicationsnumber><identifier>88260</identifier><internationalstandardbooknumber>9789865442132 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88260</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>地下水可用水量調查分析-濁水溪沖積扇=Analysis of available Groundwater yield in Choushui River alluvial fan-內附光碟</title><yearidentifier>201909</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080322</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010802562</governmentpublicationsnumber><identifier>88263</identifier><internationalstandardbooknumber>9789865330019 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88263</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度彰化及雲林地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署因應水環境永續發展，藉由關鍵技術產業本土化及擴大產業內需市場的策略，配合產業行銷手段，爭取水利產業海外商機，刺激更多的產業廠商投入市場，形成良性循環圈，積極推動國內水利產業的創新發展。 本計畫除延續107年推動重點「智慧水務產業」與「再生水產業」等二類水利產業類別之推動成果外，鑒於國內水利產業創新市場正蓬勃發展，爰擴大推動範疇至水利新創產業，藉以引入創新觀念結合現有推動成果，以產生更具經濟價值的商業模式。而在產業發展策略部分，藉由市場調查方法，檢視國內水利產業估算產值之分布與代表性，以充分瞭解相關廠商分布、能力與競爭優勢。藉由前開產業分析，推動國內優勢異業產業結盟，並視本署業界水利科技專案補助規範推動情形，辦理業界水利科技專案補助行政作業，經由結盟與輔導來促成廠商合作與互補。 另為提升產業行銷能力，也將辦理相關產業、市場拓銷經驗分享、技術媒合、人才訓練及產業人才供需調查等，以培育產業環境及人才競爭力，並瞭解人才供需差異，藉以提高國內水相關之系統、技術、設備等產業之市場競爭力，協助國內廠商擴大國內市場並進而開拓國際市場。 國內水利產業多為中小企業，較為欠缺產業行銷管道及概念，因此提供適當的行銷管道，藉由市場行銷手段擴大國內市場，並透過籌辦台灣國際水週及參與國外產業展覽方式與國際產業多元交流溝通，積極行銷及拓展我國水利產業，打開國際市場的商機。</abstract><author>財團法人商業發展研究院</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080358</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010802554</governmentpublicationsnumber><identifier>88264</identifier><internationalstandardbooknumber>9789865330132 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88264</librarycollectiondetailsurl><price>450</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水利產業創新發展推動及市場行銷--光碟版=Innovative Development and Marketing Promotion of Water Industry</title><yearidentifier>201912</yearidentifier></data><data><abstract>迄今世界上有超過一半以上的人口因為飲用水受到污染而罹病，每天超過6,000人而死亡，可見淨水處理技術之重要性。台灣颱風發生頻率極高、區域降雨不均、坡陡流急，為一常發生缺水之國家，而國外發生天災之頻率也日趨頻繁，水為維持生物生命之必需，故基於人道救援考量，研發高科技之技術來解決急難時的用水問題，確有其必要性與急迫性。 根據聯合國資料統計，2017年全球人口超過千萬以上的城市已超過47個，城市人口伴隨著經濟發展大幅成長，但也帶來既有土地能資源消耗、污染等衝擊，近年來全球氣候異常，多數城市面臨著洪水、颱風、地震等巨大天災威脅，喚起人民不得不重視防災救災議題的重要性。 緊急淨水設備所使用之水源多為高濁度水，因緊急災難發生時災區河流水或水源水質濁度會逐漸飆高，本機械化緊急淨水模組設備可立即前往災區投入淨水作業，然而，薄膜過濾必須藉由電力驅動泵浦加壓濾水，但急難地點不定且無法確保電力來源，且若為使原水可藉自然重力過濾而增加膜孔孔徑，若無法提供濾水水質而無法引用，為解決上述供水問題並使抽水設備減少體積及輕量化，故研發製作折疊式小型槽體，使槽體更為輕便且容易收納，適合救災任務應用，引進可上浮之輕量型抽水泵架設在推車上款式搭合發電機進行整合應用，利於攜型方便災區使用，以投入災區提供民眾潔淨水使用。 研發機械化緊急淨水模組之載具，以快速投入救災工作進行安置或收取，並迅速移動至車輛運輸工具上，在進行調度移位更為節省時間爭取時效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080074</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010802553</governmentpublicationsnumber><identifier>88265</identifier><internationalstandardbooknumber>9789865330118 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88265</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>機械化緊急淨水模組於水利防災應用之研發--光碟版=The study of mechanized emergency water treatment system on water hazard mitigation</title><yearidentifier>201912</yearidentifier></data><data><abstract>大武崙溪排水為基隆河支流排水路之一，集水面積共約15.69平方公里、排水主幹線流長約11.1公里，於中、下游流經人口密集區。民國106年6月1日起陸續受西南氣流及滯留鋒面影響，造成北台灣各地區發生超大豪雨，造成嚴重淹水包含基隆市安樂區基金一路、二路及武嶺街附近地區。依據106年9月基隆市政府檢討報告，分別提出短、中、長期之改善方案。長期改善方案內容係規劃於集水區上游設置分洪隧道，截流上游內寮里之雨水下水道及山區逕流，往澳底漁港附近排放至外木山海域，分洪隧道長度約1.7公里，初步規劃方案位置詳如圖一所示。緣此，為瞭解分洪隧道的工程地質特性，針對計畫進行調查，以供後續辦理規劃檢討之參酌。爰提出本工作計畫書。</abstract><author>聯合大地工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080016</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010802552</governmentpublicationsnumber><identifier>88266</identifier><internationalstandardbooknumber>9789865330125 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88266</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>基隆市管區域排水大武崙溪分洪道工程地質調查工作--光碟版=The Engineering Geological Investigation of Dawulun Creek Flood Diversion Tunnel of Keelung Regional Drainage</title><yearidentifier>201912</yearidentifier></data><data><abstract>為有效監測地層下陷行為，及時掌握地層下陷之發生趨勢，依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）持續辦理臺北、嘉義、臺南及屏東地區地層下陷監測，並維護相關監測設備（包含5站GPS固定式監測站、20口地層下陷監測井及1支深層水準樁），同時蒐集相關監測資料進行分析探討，釐清下陷發生機制，據以研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080326</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/4</date><governmentpublicationsnumber>1010802550</governmentpublicationsnumber><identifier>88267</identifier><internationalstandardbooknumber>9789865330026 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88267</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度臺北、嘉義、臺南及屏東地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Taipei, Chiayi, Tainan and Pingtung Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>交通部中央氣象局</author><categoryidentifier>351.97</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/7</date><governmentpublicationsnumber>2008600080</governmentpublicationsnumber><identifier>88289</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88289</librarycollectiondetailsurl><price>300</price><publisher>交通部中央氣象局</publisher><publishrocyear>106</publishrocyear><title>中華民國107年潮汐表年刊第21期--光碟版=TIDAL TABLES 2018</title><yearidentifier>201708</yearidentifier></data><data><abstract> </abstract><author>楊顓伊、林弘毅、呂錦綸、陳宗儒(標竿數位文化工作室)</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/8</date><governmentpublicationsnumber>1010802711</governmentpublicationsnumber><identifier>88293</identifier><internationalstandardbooknumber>9789865330354 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88293</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>老檔案裡的石門水庫</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>楊顓伊、林弘毅、呂錦綸、陳宗儒(標竿數位文化工作室)</author><categoryidentifier>677.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/8</date><governmentpublicationsnumber>1010802697</governmentpublicationsnumber><identifier>88294</identifier><internationalstandardbooknumber>9789865330330 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88294</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>北水風華從石建會到北水局</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>吳佩修 郭世文(翰堂設計事業有限公司)</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/8</date><governmentpublicationsnumber>1010801182</governmentpublicationsnumber><identifier>88299</identifier><internationalstandardbooknumber>9789860597431 ; 9789860597</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88299</librarycollectiondetailsurl><price>工本費120</price><publisher>經濟部水利署/國立科學工藝博物館</publisher><publishrocyear>108</publishrocyear><title>希望.未來 莫拉克風災教會我們的事</title><yearidentifier>201907</yearidentifier></data><data><abstract>本計畫為提高整體水資源環境之掌握，從整體水文地質之觀點，以降雨量、河川流量以及地下水位進行綜合探討，利用地下水觀測井網既有地下水位資料，建置標準化地下水位指標瞭解地下水現狀枯旱程度，另配合即時綜合標準化降雨指標及標準化河川乾旱指標，建置整合型之地下水管理水位與枯旱度預測系統，以掌握地下水位變動並預測枯旱風險，俾利未來地下水資源保育及智慧管理。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080297</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/8</date><governmentpublicationsnumber>1010802450</governmentpublicationsnumber><identifier>88302</identifier><internationalstandardbooknumber>9789865442910 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88302</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>動態地下水管理標準整合與枯旱度預測系統建置總報告</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/8</date><governmentpublicationsnumber>1010802534</governmentpublicationsnumber><identifier>88306</identifier><internationalstandardbooknumber>9.79E+12</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88306</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度經濟部水利署北區水資源局統計年報=Northern Region Water Resources Office,Water Resources Agency Ministry of Economic Affairs,2018 Statistics Yearbook</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區過去因為產業發展、土地利用與水資源供應三者之間缺乏適當協調規劃，加上地質條件影響導致部分地區發生嚴重地層下陷，不僅會加重淹水災害規模，對於交通行車與堤防構造安全亦可能造成嚴重威脅。為積極改善地層下陷問題，歷年行政院陸續核定「地層下陷防治執行方案」等計畫，由各部辦理相關防治工作。由歷年檢測資料顯示，下陷趨勢雖已經獲得紓緩，但部分地區的地層下陷發展趨勢，仍深受地面水情波動影響，特別是雲林、嘉義與屏東等地區。在各類產業發展與環境保育的用水需求下，加上近年來全球氣候變遷造成頻繁旱澇事件，不僅水資源調配運用備受考驗，地下水需求壓力日增，亦加重地層下陷防治工作所面臨的挑戰。 本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」各部會執行情形與經濟部執行「地下水保育管理暨地層下陷防治第2期計畫」內容，並協助整合相關單位之地層下陷防治工作，以利資源有效應用。為掌握地層下陷發展趨勢研擬策進作為，仍須辦理淺層地下水抽取對地層下陷影響機制評析、地層下陷預警機制評估與深層壓縮機制探討、地下水與地層下陷監測整合管理模式研擬及地層下陷防治成效評估與策進作為建議等工作，爰成立「108年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080266</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/11</date><governmentpublicationsnumber>1010802548</governmentpublicationsnumber><identifier>88313</identifier><internationalstandardbooknumber>9789865330033 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88313</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度地層下陷防治專案服務計畫--光碟版</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣地區過去因為產業發展、土地利用與水資源供應三者之間缺乏適當協調規劃，加上地質條件影響導致部分地區發生嚴重地層下陷，不僅會加重淹水災害規模，對於交通行車與堤防構造安全亦可能造成嚴重威脅。為積極改善地層下陷問題，歷年行政院陸續核定「地層下陷防治執行方案」等計畫，由各部辦理相關防治工作。由歷年檢測資料顯示，下陷趨勢雖已經獲得紓緩，但部分地區的地層下陷發展趨勢，仍深受地面水情波動影響，特別是雲林、嘉義與屏東等地區。在各類產業發展與環境保育的用水需求下，加上近年來全球氣候變遷造成頻繁旱澇事件，不僅水資源調配運用備受考驗，地下水需求壓力日增，亦加重地層下陷防治工作所面臨的挑戰。 本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」各部會執行情形與經濟部執行「地下水保育管理暨地層下陷防治第2期計畫」內容，並協助整合相關單位之地層下陷防治工作，以利資源有效應用。為掌握地層下陷發展趨勢研擬策進作為，仍須辦理淺層地下水抽取對地層下陷影響機制評析、地層下陷預警機制評估與深層壓縮機制探討、地下水與地層下陷監測整合管理模式研擬及地層下陷防治成效評估與策進作為建議等工作，爰成立「108年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080266</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/11</date><governmentpublicationsnumber>1010802548</governmentpublicationsnumber><identifier>88314</identifier><internationalstandardbooknumber>9789865330033 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88314</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度地層下陷防治專案服務計畫=The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/12</date><governmentpublicationsnumber>1010802534</governmentpublicationsnumber><identifier>88317</identifier><internationalstandardbooknumber>9789865442934 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88317</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度經濟部水利署北區水資源局統計年報(內附光碟)=Northern Region Water Resources Office,Water Resources Agency Ministry of Economic Affairs,2018 Statistics Yearbook</title><yearidentifier>201912</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443.689792</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080322</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/12</date><governmentpublicationsnumber>1010802562</governmentpublicationsnumber><identifier>88322</identifier><internationalstandardbooknumber>9789865330019 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88322</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度彰化及雲林地區地層下陷監測及分析--光碟版=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>彰化及雲林地區之主要地層下陷地區早期分布於沿海區域，近年已逐漸轉變為內陸地區（例如彰化溪湖鎮、溪州鄉，以及雲林虎尾鎮、土庫鎮、元長鄉、褒忠鄉等地區），不僅容易造成該等地區逢雨成災，且有高鐵行車安全顧慮，若無及時監測其變化情勢，問題恐將更為嚴重。 為有效監測彰化及雲林地區之地層下陷行為，減緩地層下陷之發生趨勢，本計畫依據地下水保育管理暨地層下陷防治第2期計畫（104～109年度）之因應策略，持續辦理彰化及雲林地區地層下陷監測工作，並整合相關監測資料進行分析探討，釐清下陷發生機制，及時研擬因應對策，有效達成地層下陷之防治目標。</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443.689792</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080322</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/12</date><governmentpublicationsnumber>1010802562</governmentpublicationsnumber><identifier>88323</identifier><internationalstandardbooknumber>9789865330019 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88323</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度彰化及雲林地區地層下陷監測及分析=Monitoring and Analyzing Land Subsidence of Changhua and Yunlin Area in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>108年度臺北、嘉義、臺南及屏東地區地層下陷監測及分析</abstract><author>綠環工程技術顧問有限公司</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/12</date><governmentpublicationsnumber>1010802550</governmentpublicationsnumber><identifier>88324</identifier><internationalstandardbooknumber>9789865330026 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88324</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度臺北、嘉義、臺南及屏東地區地層下陷監測及分析</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，接續第一期建置計畫所規劃之成果及發展方向，遂提出第二期計畫。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080069</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/13</date><governmentpublicationsnumber>1010802399</governmentpublicationsnumber><identifier>88329</identifier><internationalstandardbooknumber>9789865442828 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88329</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第二期--光碟版=Beigang River, Puzi River, Bazhang River and Jiushui River Basin Smart River Construction Project Phase II</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，接續第一期建置計畫所規劃之成果及發展方向，遂提出第二期計畫。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080069</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/13</date><governmentpublicationsnumber>1010802399</governmentpublicationsnumber><identifier>88330</identifier><internationalstandardbooknumber>9789865442828 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88330</librarycollectiondetailsurl><price>1200</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第二期=Beigang River, Puzi River, Bazhang River and Jiushui River Basin Smart River Construction Project Phase II</title><yearidentifier>201912</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/13</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>88331</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88331</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>順應河相之河川廊道範圍初步規劃研究--光碟版=A Preliminary Study for Planning the Extent of Fluvial Corridors Based on Geomorphological Principles</title><yearidentifier>201912</yearidentifier></data><data><abstract>河相學(fluvial geomorphology，又譯為河流地形學)為地理學之分支，係基於自然營力描述河川不同尺度的形貌生成與變動機制。臺灣於產業發展時對水資源需求大幅提昇，且對防災之需求日益增高，因此建設水利工程以維護河防安全。國內過去相關研究雖由不同尺度探討河川形態分類方法，唯尚未連結至河川規劃實務之應用(如河川區域線及治理計畫線劃設等)。另河川周邊之開發壓縮河川空間，使河川無法透過其原有之潭、瀨、自然堤(natural levee)等地形特徵，發揮自行穩定的功能。本計畫由地理學之河相觀點，探討河川廊道之合理範圍，並提出河相學應用於河川治理規劃之流程及相關說明，使河川空間能在最少量的工程介入下，兼顧河防安全與環境生態。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080015</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/13</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>88332</identifier><internationalstandardbooknumber>9789865442705 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88332</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>順應河相之河川廊道範圍初步規劃研究=A Preliminary Study for Planning the Extent of Fluvial Corridors Based on Geomorphological Principles</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/13</date><governmentpublicationsnumber>1010802360</governmentpublicationsnumber><identifier>88333</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88333</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>河相學應用於河川治理規畫參考手冊(草案)</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。 本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070297</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010801265</governmentpublicationsnumber><identifier>88339</identifier><internationalstandardbooknumber>9789860598209 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88339</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第一期(光碟版)</title><yearidentifier>201909</yearidentifier></data><data><abstract>本局所轄北港溪、朴子溪、八掌溪及急水溪流域幅原面積遼闊，易淹水面積廣大，目前以派員現場調查或於災後運用洪痕及訪談等為主要淹水資訊取得方式，調查時效緩慢且精準度不佳。防汛救災資源如抽水機、防汛塊等之調度往往因欠缺數據分析而無法做最佳的安排。另外，淹水原因判斷的細緻度不足，亦使得決策者無法做出最正確的判斷。可見淹水資訊取得方式的落後常常造成人民生命財產的巨大的損失，近年來，物聯網（Internet of Things,簡稱IoT）技術與應用日益成熟，感測器技術朝著整合性、智慧化、低成本、標準化等方向發展，運用該技術獲取相關資訊，並加以運用於淹水應變之各項分析，將可增進防汛作業效率與精度，遂提出本計畫。 本計畫以災前提前預佈、災中減少災損及災後研擬復建及改善措施為原則，運用物聯網技術取得即時淹水資料，配合相關資料的蒐集及更新進行應變資訊分析，進而獲得淹水範圍、更新淹水模式、淹水潛勢預警及研擬應變措施、淹水事件原因分析並研擬改善措施以及製作相關簡報範本，最後將成果以應用程式、資料庫伺服器以及展示平台呈現並提供防汛夥伴介接。經由本計畫建置之系統可建立轄區所需內水監測資料、自動化警示與通報作業，整合展示並提供決策研擬方案、提供淹水範圍與水文分析基礎、快速掌握淹水範圍及災損狀況、並可發展轄區結合氣象預報資訊運算淹水範圍研判與預佈作業等預期效果。</abstract><author>多采工程顧問有限公司</author><categoryidentifier>443.6897</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070297</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010801265</governmentpublicationsnumber><identifier>88340</identifier><internationalstandardbooknumber>9789860598209 ; 9789860598</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88340</librarycollectiondetailsurl><price>2000</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>108</publishrocyear><title>北港溪、朴子溪、八掌溪及急水溪流域智慧河川建置計畫第一期</title><yearidentifier>201909</yearidentifier></data><data><abstract>台灣地區過去因為產業發展、土地利用與水資源供應三者之間缺乏適當協調規劃，加上地質條件影響導致部分地區發生嚴重地層下陷，不僅會加重淹水災害規模，對於交通行車與堤防構造安全亦可能造成嚴重威脅。為積極改善地層下陷問題，歷年行政院陸續核定「地層下陷防治執行方案」等計畫，由各部辦理相關防治工作。由歷年檢測資料顯示，下陷趨勢雖已經獲得紓緩，但部分地區的地層下陷發展趨勢，仍深受地面水情波動影響，特別是雲林、嘉義與屏東等地區。在各類產業發展與環境保育的用水需求下，加上近年來全球氣候變遷造成頻繁旱澇事件，不僅水資源調配運用備受考驗，地下水需求壓力日增，亦加重地層下陷防治工作所面臨的挑戰。 本署為經濟部地層下陷防治推動委員會之幕僚，統籌追蹤管考行政院核定「雲彰地區地層下陷具體解決方案暨行動計畫」各部會執行情形與經濟部執行「地下水保育管理暨地層下陷防治第2期計畫」內容，並協助整合相關單位之地層下陷防治工作，以利資源有效應用。為掌握地層下陷發展趨勢研擬策進作為，仍須辦理淺層地下水抽取對地層下陷影響機制評析、地層下陷預警機制評估與深層壓縮機制探討、地下水與地層下陷監測整合管理模式研擬及地層下陷防治成效評估與策進作為建議等工作，爰成立「108年度地層下陷防治專案服務計畫」，協助提供推動上開工作之專業人力及技術服務。</abstract><author>國立成功大學</author><categoryidentifier>354.7</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080266</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802548</governmentpublicationsnumber><identifier>88341</identifier><internationalstandardbooknumber>9789865330033 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88341</librarycollectiondetailsurl><price>1500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度地層下陷防治專案服務計畫--光碟版=The Project for Annual Work Plan of Land-Subsidence Prevention and Reclamation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>臺灣近年接連面臨2009年莫拉克風災及2018年0823水災造成的嚴重損失，世界各地也同樣面對極端氣候衝擊，其帶來降雨強度已經超過工程與非工程的防治手段，因此我們宜積極建構一個更韌性的韌性城市。近來，氣候變遷影響加劇，國際許多城市所遭受之天然災害衝擊往往已超過工程與非工程防治的極限。因此我們必須體認，未來面臨極端氣候造成的水患時，城市恐難單純透過工程與非工程保護措施而倖免於災害衝擊。基此，城市除了在「抗災」的投入之外，更宜從「預防災害發生」與「減低災害衝擊」等方向來努力，據以建構一座更具有「韌性水城市」，使城市能在極端氣候的巨大衝擊後迅速調適並重新站起來，並能從災害中學習，使城市更具有韌性。本計畫之目的在於成立韌性服務團隊，協助地方政府積極推動水韌性相關政策，透過協助韌性分析、策略檢討、推動行動方案等方式，加速地方政府更有效且即時地提升城市水韌性；同時考量全臺灣各縣市長期推動韌性之需求，應建立種子服務團隊培訓制度與發展定期評估之規劃，以期在極端氣候下能減少受災並加速災後復原之韌性。 　　本計畫以水利署韌性水城市評估與調適研究所發展的韌性水城市評估參考手冊為基礎，成立韌性服務團隊，以更全面的方式協助地方政府一步步地進行韌性水城市評估。根據水韌性評估指標提供地方政府瞭解自身城市的狀態，協助自我評估當面臨水災時之災前預防、災中應變及災後復原與重建需強化之韌性能力；進而接軌國際提升城市面臨極端氣候影響下的水韌性能力，以達成不怕災之韌性目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080457</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802523</governmentpublicationsnumber><identifier>88342</identifier><internationalstandardbooknumber>9789865330064 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88342</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應極端氣候之水韌性提升與推動(1/2)--光碟版=Enhancement and Action Promotion of Water Resilience in Response to Extreme Climates(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年世界各地極端氣候頻傳，旱災發生頻率增加，影響層面深遠，經常造成嚴重經濟損失。103年臺灣各地秋冬期間降雨偏少，導致長達9個月之枯旱情況，水情惡劣時期新北市板新、林口地區、桃園市及高雄地區被迫實施第三階段限水，採取供五停二措施以控制水源運用，旱象直至5月底梅雨鋒面抵達才逐漸舒緩。 面臨極端天氣，除強化現有之防災體系與因應作為，更需預先執行衝擊評估與風險分析，使災時損失降至最低，並提升抗旱韌性。為強化因應氣候變遷之抗旱手段與面對災變之危機處理能力，故研提本計畫；除分析可能水文情境，以探討惡劣條件下之水源枯旱風險與管理機制，並配合經濟分析，推估水源枯旱可能造成之經濟損失，以作為決策支援之參考資訊。此外，透過盤點計畫區域內相關因應措施，以舒緩枯旱之衝擊與影響，於未來嚴重枯旱發生時，可提供水資源運用之重要參考。其中，因應措施可考量「開源、節流、調度、備援」四大策略，並藉由風險管控、細緻管理機制、水文枯旱預警與超前布署機制等精進作為，以未來於104年情境下不進入三階限水為整體抗旱目標。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080330</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802504</governmentpublicationsnumber><identifier>88346</identifier><internationalstandardbooknumber>9789865442958 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88346</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷水源供應與經濟影響研究(1/2)--光碟版=The Adaptation to Climate Change Impact on Water Supply and Economy(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>水庫為台灣地區公共給水系統中最重要的水源，然而由於天然環境因素以及集水區內人為的活動，增加水庫中營養鹽的濃度，再加上氣候變遷的影響，使得藻類在水庫中大量的生長，導致許多水庫常有水質優養化的現象，進而衍生出藍綠藻及其代謝物的問題，影響公共給水的安全。 因此本署自民國98年起，陸續辦理有害藻類的相關計畫，從研發與建立藻類毒素與有害微生物的快速分析技術，進而增加例行性監測有害藻類及其代謝物。本年度除持續辦理監測作業外，另將提升藻類代謝物監測技術。作為水庫有害藻類管理的依據及提供本署各水資源局管理之水庫有害藻類疑慮事件應變計畫之藻毒管理及應變相關作業諮詢。 另因辨識科技進步，植物辦別或人臉辨識等雲端運用已多有成果，為讓水庫管理單位人工操作判視作業，可以提升。且減少時間及人力等因素，本計畫將作水庫有害藻類智慧辨識系統可行性評估及架構規劃。並將歷年藻類圖鑑等資料，建置成資料庫，以利未來操作上之應用。</abstract><author>國立成功大學</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080229</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802503</governmentpublicationsnumber><identifier>88348</identifier><internationalstandardbooknumber>9789865442989 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88348</librarycollectiondetailsurl><price>750</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>水庫有毒藻類監測及智慧辨識技術初期研究--光碟版=Development and improvement of image recognition and monitoring technologies for harmful cyanobacteria in reservoirs</title><yearidentifier>201912</yearidentifier></data><data><abstract>氣候變遷影響下，臺灣海岸將面臨不確定性的災害衝擊(如海岸溢淹、地形變遷)，而海岸因應災害之韌性不足時，易導致海岸居民安全與財產受到威脅(如波浪衝擊岸邊建物、海岸溢淹危害、內陸淹水無法排放至外海)。海岸韌性可分為容許力與恢復力兩個層面，容許力主要為海岸面對災害衝擊時(如颱風、強降雨)，讓海岸災情最小化之能力；恢復力則代表海岸受到衝擊後恢復，並達到新平衡的能力，而「海岸數值模擬」則為提升海岸韌性的重要工具。透過合理的海岸數值模擬，可較精確地預測致災情況(如海水溢淹)，其資訊可提供海岸防災策略研擬與災後復原政策訂定之重要參考。 過去研諸多究成果已顯示，氣候變遷將導致平均海水面上升與颱風規模增強，均會提升海岸溢淹致災風險。此外，於強降雨情況下，潮位漲退影響亦可能導致內陸淹水無法排出外海，致使海岸地區或較低窪處發生「滯水不退」之情況，此並非傳統僅考量「海岸溢淹」之數值模式所能夠評估之現象。為促進海岸韌性提升並強化海岸災害之預測能力，需辦理包含國內歷史海岸災害相關資料蒐集、國外海岸韌性防災案例之深入分析、以氣候變遷情境進行海岸數值模擬、更新既有海岸溢淹風險地圖，以及氣候變遷衝擊對海岸韌性影響評估等作業，爰成立本計畫，以期提供相關工作推動執行時之專業技術支援。</abstract><author>國立成功大學</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080412</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802502</governmentpublicationsnumber><identifier>88349</identifier><internationalstandardbooknumber>9789865442941 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88349</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷之海岸風險評估(1/2)--光碟版=Assessment of coastal risks to climate change-related impacts(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>為協助直轄市及縣（市）政府推動簡易自來水事業管理業務，落實簡易自來水事業自主管理，以確保簡易自來水用水安全，本計畫將輔導直轄市及縣（市）主管機關應用可行之智慧管理技術於簡易自來水系統管理上，並協助本署辦理簡易自來水相關行政業務，以及更新本署既有之自來水(含簡易自來水、自來水用戶設備外線)系統營運管理平台，以期進一步提升簡易自來水管理技術。</abstract><author>美華環境科技股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080283</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802499</governmentpublicationsnumber><identifier>88350</identifier><internationalstandardbooknumber>9789865330040 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88350</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度簡易自來水智慧管理輔導計畫--光碟版=2019 Annual Guidance Project of Smart Management in Small Water Supply Facilities</title><yearidentifier>201912</yearidentifier></data><data><abstract>隨著全球化的發展，社會、經濟與自然環境間具有交互影響的關係，而全球暖化下的氣候變遷情勢，使跨域水資源管理、環境污染等議題也從而顯現。臺灣經濟型態亦深受全球化效應影響，民眾更易聚集於經濟活動較頻繁的區域，使得都市化的情況加劇；而極端氣候條件下的降雨事件，其強度與頻率均較以往劇烈，進而衍生更為嚴峻的區域淹水問題，107年0823熱帶低壓暴雨引致的南部地區淹水災情即是明證。此外，由於氣候變遷不確定性因素較多，因此評估降低氣候變遷所造成的影響時，應以風險管控為出發點，並採取分散式的調適策略為宜。 遙連結(Telecoupling)為一瞭解全球超聯結之物理與社會現象，以及實現其永續發展的研究方法。其概念最早起源於氣候科學研究，探討某地區氣候受其他遙遠地區自然作用的影響；而後社會科學將其延伸應用於人與環境間的遠距複合關係，如結合遙連結於自然科學與社會科學，以研究人類與自然環境間的互動與整合關係。遙連結的種類可包含社會-生態系統、社會-環境系統、社經-生態系統、人口-環境系統等。因此，可透過遙連結框架深入分析、釐清與區別距離甚遠的多個系統間的複雜關係。而為瞭解影響區域尺度到全球尺度永續性的各類因子，則需建立一套全面性的空間分析工具，以描述並量化遠距的多種社會經濟與環境的相互作用，進而探討系統交流與跨距整合等課題。 以全球化導致整體環境的改變為例，藉由結合遙連與全球經濟模式，可分析不同經濟活動對氣候及土地利用改變之影響，有助瞭解未來氣候在區域及全球尺度的變異；而結合遙連結與氣候模式，則可探討氣候及經濟活動對未來區域降雨型態與淹水特性的影響，進而規劃氣候變遷下之新興治水策略。 縱觀當前氣候變遷衝擊下之全球環境，浮現於各領域表象間之關鍵課題，其內涵實存在繁複之連動關係，非單一面向之應對措施所能含括；而應以跨域視野綜覽全局，方能以研擬整體因應策略。因此，本計畫之研提，目的為利用遙連結之宏觀體系與分析方法，結合全球經濟模式及氣候模式，探討區域遙連結對未來都會區土地利用及降雨特性之影響，針對不同土地利用情境討論可能的淹水情況；再透過分散式治水架構的研析建立，以風險分攤的概念探討降低風險的可行性，並評估因應國土規劃的新興治水策略。</abstract><author>國立臺灣大學</author><categoryidentifier>443</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080421</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802487</governmentpublicationsnumber><identifier>88351</identifier><internationalstandardbooknumber>9789865442972 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88351</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷遙連結應用於新興治水策略之研究(1/2)--光碟版=The application of telecoupling in emerging water management strategy under climate change</title><yearidentifier>201912</yearidentifier></data><data><abstract>近年在氣候變遷之影響下，臺灣所面臨之極端氣候災害衝擊已漸趨常態，例如107年0823水災，因受熱帶低壓滯留影響，長延時高強度暴雨造成嘉義、臺南、高雄、屏東等縣市嚴重的淹水災害。因此，未來重要之防洪治水理念，將以打造『透水』、『海綿』、『韌性』、『抗災』環境為目標；尤其在極端降雨下，未來規劃設計時應將「水排不出去」或「來不及排出去」等因素納入考量。另根據近年來的災害分析，由於洪災韌性不足導致之淹水風險遽增，並非為臺灣所獨有，而係全球性之共同課題，各國亦積極構思解決良方。故本計畫之研提，目的在於同時考量民眾需求與治水工程下，推動洪災韌性作為，以期在極端氣下減少民眾受災並加速災後復原之韌性；並綜述當前臺灣韌性管理上的議題與未來研究與實務之可能方針。期透過本計畫了解韌性提升政策在地化之整體樣貌，激發更多元領域之投入，一齊豐富韌性研究之內涵，並拓展其應用與實踐之整體範疇。 本計畫以既有之氣候變遷洪災風險評估成果為基礎，配合國際趨勢以評估臺灣面臨洪災時之災前預防、災中應變與災後復原階段需強化之韌性能力，期達成不怕災之韌性目標。此外，針對國內洪災示範區透過規劃研析提升其防洪韌性，並結合民眾需求與工程手段，設計符合民眾期待的在地化韌性提升方法，冀為整體洪災韌性提升政策之建構參考。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080320</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/14</date><governmentpublicationsnumber>1010802483</governmentpublicationsnumber><identifier>88353</identifier><internationalstandardbooknumber>9789865442965 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88353</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>因應氣候變遷洪災韌性提升策略建構(1/2)--光碟版=Construction strategies for flood resilience enhancement under climate change(1/2)</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前全球都同樣面臨水資源不均的問題，且有超過25個國家已投入人工增雨之研究和進行常態作業，包括美國、以色列和中國大陸等。 就水資源供應觀點而論，台灣的水資源供水可靠度相對較低，近年台灣屢屢面臨旱災情境，104年年初亦遭逢67年最嚴峻旱災，期間實施多次人工增雨作業，期透過人工增雨增加降水量，達到預防、延遲或紓緩旱象程度。本計畫期透過協力團隊守視適合施作人工增雨時機，水庫管理單位配合施作地面增雨作業，共同為增加水庫集水區降雨量而努力及閃電資料運用於對流性降雨預警之可行性評估。是以，持續投入辦理國內人工增雨作業確有其必要性，爰辦理本計畫。</abstract><author>國立臺灣大學</author><categoryidentifier>328.89</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080088</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/18</date><governmentpublicationsnumber>1010802478</governmentpublicationsnumber><identifier>88366</identifier><internationalstandardbooknumber>9789865330002 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88366</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年人工增雨計畫與閃電資料運用--光碟版</title><yearidentifier>201912</yearidentifier></data><data><abstract>朴子溪流域面積427平方公里，主流全長約76公里，屬中央管河川。本局治理界點由河口至竹崎鄉金福橋全長約60公里，兩側現況防洪構造物興建日期不一，由日據時期至民國96年統計，現有堤防72,500公尺、護岸6,431公尺。     現況防洪構造物歷經多年風吹日曬、颱風豪雨後，已有堤頂下陷、淘空滲砂與材料劣化等現象一一發生，尤其在嘉義市廬山橋至華興橋段因興建防洪構造物後，天然河道塑縮，河槽的橫斷面與縱斷面產生極大變化，深槽低點至堤頂高約有15公尺的高差，對於現況防洪構造物的安全性影響極大。     歷經民國98年88水災等沖刷影響之後，造成堤防嚴重受損亟需評估其安全性。 然而整河段拆除重建工程經費龐大，為能尋求有效維修與補強方案，擬委外辦理安全性評估分析及研擬改善方案。</abstract><author>中興工程顧問公司</author><categoryidentifier>443.689765</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990128</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/21</date><governmentpublicationsnumber>1010000755</governmentpublicationsnumber><identifier>88387</identifier><internationalstandardbooknumber>9789860275407 ; 9789860275</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88387</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>朴子溪堤防安全性評估分析研究計畫(檢測成果報告書)上下冊</title><yearidentifier>201104</yearidentifier></data><data><abstract>對於海堤構造物而言，除易受土壤鹽化影響，而導致當地海堤結構物產生腐蝕情形外，再加上潮、浪侵襲與土體滲流情形，亦會造成海堤底部沖刷，進而發生淘空現象，尤其嘉義海岸地層下陷及海水位上升等潛在因素，更加危及海堤之結構安全性，影響所及為整體海域及當地民眾生命財產安全，故有必要針對海堤構造物進行調查及檢測。本計畫主要目的為暸解嘉義縣沿岸海堤現況內容結構狀態，主要採用非破壞式透地雷達檢測，檢測海堤構造物之結構體狀況與內部損壞狀態，包含結構體內部裂縫及孔洞，含水狀況以及滲流等情形，以便未來做為海堤維護管理之參考依據，以及研擬改善方案與對策。</abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000138</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/21</date><governmentpublicationsnumber>1010101401</governmentpublicationsnumber><identifier>88391</identifier><internationalstandardbooknumber>9789860330533 ; 9789860330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88391</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫服務建議書</title><yearidentifier>201105</yearidentifier></data><data><abstract>本計畫依據河道沖蝕機制，建立軟岩沖蝕模式及河岸拓寬模式，並研擬軟岩河道沖蝕評估流程與因應策略。</abstract><author>國立交通大學</author><categoryidentifier>443.62</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000291</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/21</date><governmentpublicationsnumber>1010003940</governmentpublicationsnumber><identifier>88392</identifier><internationalstandardbooknumber>9789860303162 ; 9789860303</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88392</librarycollectiondetailsurl><price>850</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>100</publishrocyear><title>軟岩質河床沖蝕模式之建立(1/3) Development of the erosion rate model for weak rock river bed</title><yearidentifier>201112</yearidentifier></data><data><abstract>建置符合本局所需之預報功能模組，以增加系統維護與操作之效率，提昇洪水預報之品質。</abstract><author>多采科技有限公司</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1020346</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/21</date><governmentpublicationsnumber>1010203504</governmentpublicationsnumber><identifier>88398</identifier><internationalstandardbooknumber>9789860399165 ; 9789860399</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88398</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>103</publishrocyear><title>102年度五河局轄區洪水預警及防汛整合作業(光碟)</title><yearidentifier>201401</yearidentifier></data><data><abstract> </abstract><author>喬聯工程顧問股份有限公司</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/21</date><governmentpublicationsnumber>1010002004</governmentpublicationsnumber><identifier>88399</identifier><internationalstandardbooknumber>9789860282252 ; 9789860282</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88399</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>嘉義海岸海堤安全性評估分析研究計畫（1/2）成果報告書(含光碟)</title><yearidentifier>201105</yearidentifier></data><data><abstract>朴子溪下雙溪堤段（斷面23~32右岸）為本局辦理之「朴子溪治理基本計畫第三次修定」計畫範圍之一部分。 近年來地方多次陳情本局，依公告堤線興建下雙溪堤防4500公尺，惟因全球氣候變遷，極端水文日增，本堤段因位於河道凹岸，歷經多次颱洪後河川深槽位置改變，致目前原公告部分堤線位於深槽中，如據以興建堤防，恐日後造成維護、管理上的困難。 民國98年莫拉克颱風造成大橋頭部落淹水逾50公分，為防洪、減災之需要，擬儘速變更水道治理計畫線、用地範圍線，俾利後續治理工程推展，以維護該地人民生命與財產安全。</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1000265</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/22</date><governmentpublicationsnumber>1010101480</governmentpublicationsnumber><identifier>88407</identifier><internationalstandardbooknumber>9789860331615 ; 9789860331</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88407</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>朴子溪下雙溪堤段堤線檢討(光碟版)</title><yearidentifier>201208</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/22</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>88409</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88409</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(2/2))(光碟版)</title><yearidentifier>201210</yearidentifier></data><data><abstract>雲林海堤因興建年代較為久遠，部分海堤構造物長期受到潮、浪侵襲與土體滲流產生淘空與表面老劣化現象，另加上地層下陷及海水位上升等潛在因素，恐降低海堤之安全性與防護性，影響當地居民生命財產安全。有鑑於此，經濟部水利署第五河川局為詳細瞭解雲林海堤堤身現況及受損情形，並擬定完整評估修復對策，以利掌握整體海岸防護，俾保障堤內居民生命財產安全，進而提供未來海岸整建規劃設計與環境營造之參考應用，是故辦理本計畫。 本案調查內容以外業目視調查及堤頂高程測量、並搭配透地雷達等非破壞檢測等方式，針對雲林海堤進行全面性現況檢測。經由本案建立之海堤現況綜合指標評估系統，進行海堤整體現況評估，評估結果如列為「重點檢查」層級以上海堤建請能寬籌經費修復，俾免既有破壞點繼續擴大危及海堤安全。</abstract><author>台灣省水利技師公會</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/25</date><governmentpublicationsnumber>1010003349</governmentpublicationsnumber><identifier>88415</identifier><internationalstandardbooknumber>9789860295887 ; 9789860295</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88415</librarycollectiondetailsurl><price>1600</price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(光碟版)</title><yearidentifier>201210</yearidentifier></data><data><abstract>急水溪流域範圍處台南市一帶，民國98年莫拉克風災為台灣各地區帶來驚人的雨量，多處地區流量紀錄皆超過重現期距100年之設計標準，時有進行堤防全面性檢查之必要，惟因堤防拆除重建經費龐大，故冀以非破壞檢測方式尋求最經濟之維修對策，是故辦理本計劃。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.63</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/25</date><governmentpublicationsnumber>1010002390</governmentpublicationsnumber><identifier>88416</identifier><internationalstandardbooknumber>9789860286021 ; 9789860286</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88416</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>100</publishrocyear><title>急水溪堤防安全性評估分析研究計畫-成果報告書</title><yearidentifier>201107</yearidentifier></data><data><abstract>八掌溪流域面積474.74平方公里，自日據時期至民國99年間統計防洪構造物總長度96,804公尺，經歷風吹日曬及颱風豪雨侵襲，已有老化及裂縫現象發生，其提身內部若隱藏有若面對防洪構造物的安全勢必造成影響，為了解提身是否完整及避免因提身缺陷造成災害，既有堤防之安全性有必要予以檢視評估，故辦理本計劃。</abstract><author>經濟部水利署第五河川局</author><categoryidentifier>443.689737</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA0990123</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/25</date><governmentpublicationsnumber>1010000802</governmentpublicationsnumber><identifier>88418</identifier><internationalstandardbooknumber>9789860276541 ; 9789860276</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88418</librarycollectiondetailsurl><price></price><publisher>經濟部水利署</publisher><publishrocyear>100</publishrocyear><title>八掌溪堤防安全性評估分析研究計畫檢測成果報告書</title><yearidentifier>201105</yearidentifier></data><data><abstract>雲林海岸海堤安全性評估分析研究計畫(2/2)</abstract><author>經濟部水利署</author><categoryidentifier>443.3</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/25</date><governmentpublicationsnumber>1010102398</governmentpublicationsnumber><identifier>88425</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88425</librarycollectiondetailsurl><price></price><publisher>經濟部水利署第五河川局</publisher><publishrocyear>101</publishrocyear><title>雲林海岸海堤安全性評估分析研究計畫(2/2)</title><yearidentifier>201210</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/27</date><governmentpublicationsnumber>1010802710</governmentpublicationsnumber><identifier>88427</identifier><internationalstandardbooknumber>9789865330347 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88427</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>石門水庫水文化初探(含光碟)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/5/27</date><governmentpublicationsnumber>1010802683</governmentpublicationsnumber><identifier>88428</identifier><internationalstandardbooknumber>9789865330316 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88428</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>水起，引水思源石門水庫建設時期檔案故事(含光碟)</title><yearidentifier>201912</yearidentifier></data><data><abstract>(一)委託計畫之緣由 水資源為國家經濟發展重要基礎，攸關全民安全及生活品質，面對氣候變遷的挑戰，要做到不淹水、不缺水及親近水目標，水環境建設必須提前做、加速完成，爰提出「前瞻基礎建設計畫」，將水環境建設納入「前瞻基礎建設計畫」八大建設之一。 由於水源開發有限，除須強化既有水源的管理外，「節約用水」亦是不可或缺的措施，目前政府以推動強制安裝省水器材為政策重點，但對大用水戶節水，有必要透過輔導方式來提高廠商投資節水設備的信心。故於「前瞻基礎建設計畫-水環境建設」中，將「產業用水輔導」工作納入推動並擴大辦理，除可大幅提升整體產業用水之效率，更期使臺灣在民國120年成為節水型社會。 全國每月平均用水量1,000度以上之產業大用水戶戶數約8,000家，其中工業戶數約5,000家、商業戶數約3,000家，為加速完成產業大用水戶輔導節水工作，針對南部地區(彰化縣、南投縣、雲林縣、嘉義縣市、台南市、高雄市、屏東縣及台東縣等縣市)將委託南區大用水戶節水服務團進行該區域內輔導節水工作，並針對2家廠商提供水資源循環再利用示範深入輔導，另並透過節水推動成果發表會(含績優觀摩)來推廣分享交流，以擴大效益。 本年度除了持續辦理產業大用水戶輔導節水工作外，另並擴及應具省水標章產品進行後市場調查，讓節水工作不僅針對產業大用水戶，並深化省水標章產品推展。  (二)計畫之委託原因（無法自辦及不宜採最低標之理由）及執行困難度。 本計畫期能健全用水管理與制度，並整合受輔導對象之用水現勘、用水資料蒐集、繪製水平衡圖、完成組織水足跡水資源數據盤查表(至少3年)、用水回收率計算及效率用水方案規劃、評估節水潛力及效益等；並運用效率用水指標比對檢視，以掌握節水空間等用水管理專業能力，且針對2家廠商提供水資源循環再利用示範深入輔導及應具省水標章產品進行後市場調查，並舉辦績優觀摩研習會及節水推動成果發表會等，非本署現有人力及專業能力所負荷，擬將本計畫工作委託專業服務辦理，藉以提升本計畫成果品質及完整性。另本計畫屬公告金額以上之委託專業服務，為免因廠商低價搶標而損及技術服務品質，擬依採購法第22條第1項第9款規定，採限制性招標方式辦理。</abstract><author>財團法人台灣產業服務基金會</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080288</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/28</date><governmentpublicationsnumber>1010802295</governmentpublicationsnumber><identifier>88432</identifier><internationalstandardbooknumber>9789865442590 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88432</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年度南區大用水戶輔導節水工作計畫=Conservation Program for Major Water Consumers in Southern Taiwan 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>根據臺灣氣候變遷科學報告2017研究，臺灣百年來的降雨量雖沒有明顯改變，但乾濕季節的差異越來越明顯。極端事件研究推估在最嚴重情況下，極端降雨事件的雨量增加20%，颱風帶來的降雨強度也增強超過20%，水利災害之規模與損失有加大的趨勢。 經濟部水利署(以下簡稱本署)除透過硬性的工程措施，提高區域防減災能力，並以流域綜合治理觀念，加強風險管理、上中下游防災減災、禦潮等工作，以降低淹水災損，保障人民生命財產安全，提升水岸安全兼具改善週遭環境品質。近年來更不斷致力於各項多元的災害預警措施，如：防災資訊服務網、行動水情App、LBS簡訊廣播系統、淹水預警之簡訊功能及水情通App等，自民眾個體、家庭、企業、校園至社區，有系統地分階段分族群推廣防災智能，經由多元化行銷方式，落實「離災優於防災、防災重於救災」的理念，以有形與無形之媒介推行於社會大眾日常生活中，提升及強化防汛抗旱的組織應變能力與速度，以期達到災害風險的有效管控，降低災害的影響性。除此之外，為擴散水利災害學習經驗並有效提升防減災智能，本署以擴大宣導深度與廣度為目標，將宣導工作納入教育體系常軌，結合既有教育體系資源及科普教育資源，將防減災宣導工作納入教育體系常軌，向下紮根宣導防災避災之觀念與知識。 為能在現有計畫成果基礎上，持續辦理防減災宣導與知識推廣，同時落實將宣導工作向下紮根，本(108)年度計畫除須整合歷年宣導成果，持續辦理宣導活動，藉由社群行銷、互動式教具推廣等方式，以擴大社會大眾參與層面，達到防汛知識傳遞、推廣教育等多重目的外，並期望可結合社區環境狀況，推廣在地化防災教育，辦理教師防災教育課程，以強化校園防災能力，改善防災人才培育不易及防災經驗難以傳承困境。</abstract><author>國立成功大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080065</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/28</date><governmentpublicationsnumber>1010802223</governmentpublicationsnumber><identifier>88434</identifier><internationalstandardbooknumber>9789865442460 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88434</librarycollectiondetailsurl><price>350</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水利防災經驗學習與智能提升計畫=The Experience Learning and Intelligence Improving of the Water Disaster Prevention and Mitigation in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>目前全世界水庫泥砂淤積之速率已超過新建水庫所能增加之庫容，即水庫可儲存利用之有效庫容逐漸減少，水庫永續利用亟需有效之水砂經營管理來推動。惟臺灣地質脆弱、地形陡峻及颱風豪雨事件頻傳，經常造成水庫集水區大量崩塌與沖蝕，導致全洪程渾水逕流挾帶大量泥砂、流木與雜物進入水庫，凸顯水庫泥砂淤積問題，以及水庫高濁度對穩定供水之影響。如何減少集水區泥砂進入水庫，以及利用汛期水力防淤、減緩水庫落淤量，同時操作水庫蓄清排渾兼具穩定供水之功能，加上搭配枯水期清淤浚渫與多元化土砂經營管理，冀期水庫達到永續利用之目標。目前國內有關水庫防淤管理與技術應用資料雖然不少，惟大部分為較早期案例介紹，尚未更新到近期發展與有系統地彙整。爰此，經濟部水利署水利規劃試驗所(以下簡稱本所)研提「水庫防淤管理與技術應用專書」計畫，彙整國內外相關文獻與經驗，並與國內外水庫防淤及生態專家交流合作，綜整水庫防淤之經營管理策略，以提供水庫管理單位營運操作與水庫更新改善工程之參考。目前水利署已積極推動曾文水庫、南化水庫及石門水庫之新增防淤隧道，且水庫防淤措施亦納入行政院推動前瞻基礎建設中水環境建設之重要項目，期能減緩水庫淤積、永續經營臺灣水資源。 然水庫整體防淤策略可分為經營管理面與工程面，其中包含臺灣水庫淤積現況與成因探討、水庫清淤現況與困難、水庫防淤措施及流域土砂管理對策等。本計畫重點在於綜整國內重要水庫淤積問題，擬定水庫防淤經營管理策略，明確水庫防淤工法之名詞定義，蒐集國內外相關水庫泥砂監測調查技術之方法與成效，彙整國內水庫防淤之水工模型試驗技術與應用，國內外水庫防淤模式之分析與應用，國內水庫集水區土砂管理及下游河道泥砂運移分析與生態影響，以及國內外案例分析，辦理水庫防淤經營管理教育訓練，並強化臺灣與國際間交流合作，協助訓練提升水庫管理單位人員專業能力。 本計畫彙編「水庫防淤管理與技術應用專書」，內容包含中英文版專書之撰寫，提供國內相關專業人員了解臺灣水庫防淤經營管理及技術應用之發展現況，並藉英文版專書的出版，讓國際瞭解臺灣水庫防淤現階段發展之經驗與成果。依據經濟部水利署107年11月19日經水綜字第10714072090號函「本署108年度委託服務計畫核定清冊」，爰提本計畫書。</abstract><author>臺灣大學</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080311</commissionedprojectidentifier><currency>NT$</currency><date>2020/5/28</date><governmentpublicationsnumber>1010802170</governmentpublicationsnumber><identifier>88439</identifier><internationalstandardbooknumber>9789865442385 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88439</librarycollectiondetailsurl><price>540</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>水庫防淤管理與技術應用專書彙編(2/2)Compilationn of Reservoir Desiltation Management and Technology Application</title><yearidentifier>202002</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802534</governmentpublicationsnumber><identifier>88474</identifier><internationalstandardbooknumber>9789865442934 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88474</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>107年度經濟部水利署北區水資源局統計年報(光碟版)=Northern Region Water Resources Office,Water Resources Agency Ministry of Economic Affairs,2018 Statistics Yearbook</title><yearidentifier>201912</yearidentifier></data><data><abstract>智慧水管理為前瞻計畫中的一環，藉由自動化科技產業的軟體、硬體技術，整合水管理技術發展，可促進智慧水管理的達成。水與生活中的行為息息相關，不論在家庭、機關或學校，用水為每天持續發生之行為，用水量的多寡、使用時段、時間長短都反應了生活用水習慣。透過計量之數據資料進行用戶用水行為模式的研究，可觀察用水行為的變化，對於用水合理使用與管理方面有極大的助益。 本計畫針對家庭生活用水行為，進行家庭用水設備(例：馬桶、洗衣機、水龍頭、蓮蓬頭…等)之用水流量歷線分析，蒐集各項用水設備之單一使用及組合使用的用水流量歷線資料。透過用水流量歷線資料的彙整、歸納與解析，建立家庭生活用水設備之用水流量歷線標準型態與家庭生活用水行為之判讀技術，藉由示範場域(大廈型住宅、公寓型住宅與透天型住宅)的驗證測試，進行比對分析及差異性比較，作為智慧水管理後續各種應用之評估。</abstract><author>恆知科技有限公司</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080367</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802456</governmentpublicationsnumber><identifier>88475</identifier><internationalstandardbooknumber>9789865442569 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88475</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>生活用水設備之用水型態分析與應用(1/2)--光碟版=Water Consumption Analysis and Application of Domestic Water Equipments</title><yearidentifier>201912</yearidentifier></data><data><abstract>本計畫為提高整體水資源環境之掌握，從整體水文地質之觀點，以降雨量、河川流量以及地下水位進行綜合探討，利用地下水觀測井網既有地下水位資料，建置標準化地下水位指標瞭解地下水現狀枯旱程度，另配合即時綜合標準化降雨指標及標準化河川乾旱指標，建置整合型之地下水管理水位與枯旱度預測系統，以掌握地下水位變動並預測枯旱風險，俾利未來地下水資源保育及智慧管理。</abstract><author>財團法人成大研究發展基金會</author><categoryidentifier>443.8</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080297</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802450</governmentpublicationsnumber><identifier>88476</identifier><internationalstandardbooknumber>9789865442910 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88476</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>108</publishrocyear><title>動態地下水管理標準整合與枯旱度預測系統建置總報告--光碟版=Immediacy Groundwater Management Level and Prediction of Groundwater Drought Index</title><yearidentifier>201912</yearidentifier></data><data><abstract>為因應全球氣候變遷影響加劇，極端及短延時強降雨事件日趨頻繁，水災應變作業勢將更加頻繁及艱鉅，如何有效運用有限人力及資源策進水災防災相關作為，以提升水災防災效能及降低災損，為當前水災防救之重要課題。本計畫期透過協助本署暨所屬(河川局及水資源局)建立各項防災資源、防汛熱點及防災作業流程等資料庫，並協助本署盤點各項水災防災相關計畫執行成果及落實應用，同時應用現有之流域水災防災資訊整合平台建立水災防災相關決策支援功能，以提升本署水災防救作業效能及颱風豪雨期間快速及正確之決策資訊應用，爰辦理本計畫。</abstract><author>財團法人台灣水資源與農業研究院教育基金會</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080061</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802413</governmentpublicationsnumber><identifier>88477</identifier><internationalstandardbooknumber>9789865442866 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88477</librarycollectiondetailsurl><price>800</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>108年水災防災效能提升服務與應用計畫--光碟版=Performance Improvement Service for Non-structural Flood Management Measures 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署為辦理自來水管承裝商及自來水管技工等管理業務陸續建置「自來水管承裝商管理系統」(含自來水管承裝技工管理子系統與銀行代收繳款單列印子系統)，除提供國內21縣市政府承辦自來水管承裝商業務外，亦包含本署承辦承裝商技工證書核(補、換)發等作業；另為管理自來水事業技術人員，亦建置「自來水事業技術人員管理系統」，以辦理自來水事業技術人員管理與證書核(補、換)發等作業。 為使各管理系統正常運作及使用者介面維護，並能隨時針對各縣市政府或本署承辦人員之需求調整修正，爰辦理本計畫，就上述各系統之維護改善、系統擴充及操作維護。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080227</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802384</governmentpublicationsnumber><identifier>88478</identifier><internationalstandardbooknumber>9789865442798 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88478</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107-109年度自來水管承裝商暨自來水技術人員證照管理系統維護計畫(2/3)--光碟版=Maintenances of A Management Systems for Water-Supply-Pipes Installation Contractor and Water technical staff License(2/3)</title><yearidentifier>201912</yearidentifier></data><data><abstract>本署歷年在公共給水系統之震損評估與災害衝擊情境模擬相關研究中，已完成自來水送/配水管、大型原水管道及部分重要設施(台水四區、八區與北水處) 於地震後缺水率、停水戶數等災害衝擊情境模擬，提供即時管線災損和設施風險暴露之評估結果的雲端通報服務等。  台灣地區歷經自民國88年9月20日集集大地震後，陸續發生105年2 月6 日高雄美濃地震及107 年2 月6 日花蓮外海地震，對於原有之公共給水地震損失評估系統之想定地震設定，實有重新檢討之必要，以進一步提升公共給水震損失評估系統之準確性。因此，本計畫將檢討公共給水系統震災風險評估模式，探討想定地震設定之方法，以及檢討擴大地震早期損失評估項目(如淨水場或配水池等)，改善雲端通報服務介面，以滿足震後災情研判和應變資源調派之需求。</abstract><author>財團法人國家實驗研究院國家地震工程研究中心</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080314</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010802350</governmentpublicationsnumber><identifier>88479</identifier><internationalstandardbooknumber>9789865442507 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88479</librarycollectiondetailsurl><price>400</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>公共給水系統地震災害影響評估之研究--光碟版=A Study on Earthquake Scenarios and Early Seismic Loss Estimation for Water Supply Systems</title><yearidentifier>201912</yearidentifier></data><data><abstract>台灣全島雨量豐沛，年平均降雨量高達2,500毫米，為世界平均值的2.5倍，然而降雨集中於5月至10月之間，佔全年雨量的四分之三，且大部分為颱風帶來的豪雨。由於降雨於時空間上分佈不均，因此極易發生水災，經常對台灣各地區造成嚴重災情。 鑑於工程措施確有其侷限性，近年自主防災社區的成立已有降低災中傷亡之成效，藉由推動水患自主防災社區相關工作，以增加民眾對水災防災認識並藉由社區實際之水災防災作為，減輕水患對人民生活之衝擊，達到零傷亡之目標。</abstract><author>國立臺灣大學</author><categoryidentifier>575.87</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070094</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/2</date><governmentpublicationsnumber>1010800408</governmentpublicationsnumber><identifier>88480</identifier><internationalstandardbooknumber>9789860587661 ; 9789860587</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88480</librarycollectiondetailsurl><price>600</price><publisher>經濟部水利署</publisher><publishrocyear>108</publishrocyear><title>107年全民自主防災能力提升及精進計畫--光碟版=Improvement for Communitiy-Based Flood Risk Managment of 2018</title><yearidentifier>201903</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/6/3</date><governmentpublicationsnumber>1010802710</governmentpublicationsnumber><identifier>88488</identifier><internationalstandardbooknumber>9789865330347 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88488</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>石門水庫水文化初探=Learning Water Heritage from Shihmen Reservoir</title><yearidentifier>201912</yearidentifier></data><data><abstract>本局桃竹苗轄區中央管河川頭前溪、鳳山溪、中港溪，及後龍溪等流域集水區域，社會經濟高度發展且人口密集，倘能於颱洪澇災來臨發生前提前預警，則能避免人民生命財產損失。因此，建立水情測預報系統，經由雨量、流量、水位、潮位等即時監測與預測等資料，進行洪水水情預警作業，於洪水期間透過預警(報)傳輸設備，發布預警(報)至防災體系相關單位並告知民眾，期以降低或避免洪水期間可能發生之災害。 針對本局轄管流域範圍始於94、95年度，分別辦理完成【建置頭前溪流域水情測預報系統計畫】與【桃竹苗地區水情測預報系統之建置計畫】，前開為完成桃竹苗洪水預警系統技術面建置第一階段性目標，賡續為完備水情中心相關系統及設備，續於96年度辦理【洪水預警與防汛作業整合】，初步完成第二階段預警系統與防汛作業整合工作，及97年度開始辦理為期兩年的計畫【桃竹苗地區洪水預警與防汛作業整合演練與落實規劃】，計畫重點主要係將歷年相關成果落實於整個防汛工作。至此，本局已大致完成洪水預警與防汛作業的整合與落實規劃，在此基礎下，另於99年度起開始辦理的防汛作業計畫，重點工作除了每年應持續辦理的例行性業務，例如：防汛相關設備與系統維護及檢測、防汛應變落實作業、防汛志工相關業務等外，每年亦配合本局的重點業務需求，精進預警機制與防汛作為相關規劃與推動。 本年度除配合前年度計畫成果外，並持續辦理例行性防汛作業計畫，希冀藉由此例行性防汛計畫的推動，達到防汛業務等綜合有關工作順利進行，以減低颱洪災害的風險，並強化防汛的成效。</abstract><author>財團法人工業技術研究院</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080042</commissionedprojectidentifier><currency>NT$</currency><date>2020/6/5</date><governmentpublicationsnumber>1010802507</governmentpublicationsnumber><identifier>88505</identifier><internationalstandardbooknumber>9789865442811 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88505</librarycollectiondetailsurl><price>900</price><publisher>經濟部水利署第二河川局</publisher><publishrocyear>108</publishrocyear><title>108年度二河局轄區洪水預警及防汛整合作業正式報告書=Flood Warning and Flood Prevention Integration Plan for The 2nd River Management Office WRA in 2019</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會特有生物研究保育中心</author><categoryidentifier>545.917</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/6/12</date><governmentpublicationsnumber>2009103032</governmentpublicationsnumber><identifier>88515</identifier><internationalstandardbooknumber>9771608941002 ; 9771608941</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88515</librarycollectiondetailsurl><price>100</price><publisher>行政院農業委員會特有生物研究保育中心</publisher><publishrocyear>109</publishrocyear><title>108年度年報=Annual Report 2019 Endemic Species Research Institute,COA</title><yearidentifier>202006</yearidentifier></data><data><abstract> </abstract><author>何恭睿 劉佳玫 陳柔妃 羅偉</author><categoryidentifier>356.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/6/19</date><governmentpublicationsnumber>1010802403</governmentpublicationsnumber><identifier>88539</identifier><internationalstandardbooknumber>9789865442712 ; 9789865442</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88539</librarycollectiondetailsurl><price>600</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>108</publishrocyear><title>五萬分之一台灣地質圖圖幅第二十號環山</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>林啟文等</author><categoryidentifier>353.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/6/19</date><governmentpublicationsnumber>2007100034</governmentpublicationsnumber><identifier>88540</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88540</librarycollectiondetailsurl><price>500</price><publisher>經濟部中央地質調查所</publisher><publishrocyear>108</publishrocyear><title>經濟部中央地質調查所特刊第三十四號 構造地質與活動大地構造專輯(二)</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>桃園市政府水務局 財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080422</commissionedprojectidentifier><currency>NT$</currency><date>2020/7/1</date><governmentpublicationsnumber>1010802524</governmentpublicationsnumber><identifier>88567</identifier><internationalstandardbooknumber>9789865330071 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88567</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>108</publishrocyear><title>桃園市智慧節水管理系統研發與水資源多元應用計畫Development of Smart Water-saving Management System and Multiple Application of Water Resources in Taoyuan City</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>桃園市政府水務局 財團法人農業工程研究中心</author><categoryidentifier>554.61</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1080422</commissionedprojectidentifier><currency>NT$</currency><date>2020/7/1</date><governmentpublicationsnumber>1010802524</governmentpublicationsnumber><identifier>88568</identifier><internationalstandardbooknumber>9789865330071 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88568</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署(台北辦公區)</publisher><publishrocyear>108</publishrocyear><title>桃園市智慧節水管理系統研發與水資源多元應用計畫(光碟版)Development of Smart Water-saving Management System and Multiple Application of Water Resources in Taoyuan City</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/7/14</date><governmentpublicationsnumber>1010802710</governmentpublicationsnumber><identifier>88597</identifier><internationalstandardbooknumber>9789865330347 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88597</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>石門水庫水文化初探--光碟版=Learning Water Heritage from Shihmen Reservoir</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/7/14</date><governmentpublicationsnumber>1010802683</governmentpublicationsnumber><identifier>88598</identifier><internationalstandardbooknumber>9789865330316 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88598</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>水起，引水思源(光碟版)</title><yearidentifier>201912</yearidentifier></data><data><abstract>一、 本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。 二、 本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、 本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、 本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R 」表示數字修正 五、 本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；「水源調度概況-農田停 灌面積」不含臺北市、金門縣及連江縣資料；另「地層下陷」為實施 水準檢測之縣市資料；「河川、排水、海堤公地許可使用」不含臺北市、 金門縣及連江縣資料。 六、 本刊各項工程數量統計數皆以決算數為準。 七、 本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、 本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/8/6</date><governmentpublicationsnumber>1010900903</governmentpublicationsnumber><identifier>88627</identifier><internationalstandardbooknumber>9789865330583 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88627</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>中華民國108年水利統計STATISIC OF WATER RESOURCES 2019</title><yearidentifier>202008</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/8/6</date><governmentpublicationsnumber>1010901042</governmentpublicationsnumber><identifier>88628</identifier><internationalstandardbooknumber>9789865330606 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88628</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>中華民國108年度各直轄市、縣市重要水利統計指標分析</title><yearidentifier>202008</yearidentifier></data><data><abstract>一、 本刊係以數字陳示水利工程建設與水利行政措施之成果，內容分為水 資源運用、水庫、水庫集水區保育、海水淡化、地層下陷、水文觀測、 天然災害損失概況、河川防洪工程、禦潮(海堤)工程、區域排水工程、 河川、排水、海堤公地許可使用、水權登記、自來水事業、行政組織 及其他共15 章，合計67 表。 二、 本刊資料取材於本署公務統計報表，並參酌本署各相關組室及各附屬 機關、台灣自來水股份有限公司、臺北自來水事業處、金門縣自來水 廠、連江縣自來水廠及各農田水利會所提供之資料，予以彙整。各項 資料來源均分別在各表下端註明，若有特殊情形均有附註。 三、 本刊表內度量衡單位，一律以公制為準，尾數計算採四捨五入法。 四、 本刊使用符號代表意義如下： 「－」表示無數字 「…」表示數字不詳或尚未產生數字 「0」表示有數字而不及半單位 「○E 」表示估計數字 「○R 」表示數字修正 五、 本刊各項資料中澎湖縣、金門縣、連江縣因無河堤設施，南投縣、嘉 義市、臺北市無海堤設施，故各無該項資料；「水源調度概況-農田停 灌面積」不含臺北市、金門縣及連江縣資料；另「地層下陷」為實施 水準檢測之縣市資料；「河川、排水、海堤公地許可使用」不含臺北市、 金門縣及連江縣資料。 六、 本刊各項工程數量統計數皆以決算數為準。 七、 本刊所載歷年資料，凡與前期數字不同者，悉以本期數字為準。 八、 本刊出刊後，如有修正情形，以即時更新之本署全球資訊網「水利統 計」資料為準。</abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/8/10</date><governmentpublicationsnumber>1010900903</governmentpublicationsnumber><identifier>88631</identifier><internationalstandardbooknumber>9789865330583 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88631</librarycollectiondetailsurl><price>300</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>中華民國108年水利統計(光碟版)STATISIC OF WATER RESOURCES 2019</title><yearidentifier>202008</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署</author><categoryidentifier>443.6</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/8/10</date><governmentpublicationsnumber>1010901042</governmentpublicationsnumber><identifier>88632</identifier><internationalstandardbooknumber>9789865330606 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88632</librarycollectiondetailsurl><price>250</price><publisher>經濟部水利署</publisher><publishrocyear>109</publishrocyear><title>中華民國108年度各直轄市、縣市重要水利統計指標分析(光碟版)</title><yearidentifier>202008</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/9/14</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>88662</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88662</librarycollectiondetailsurl><price>定價200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>109</publishrocyear><title>中華民國108年年報=TARI ANNUAL REPORT 2019</title><yearidentifier>202008</yearidentifier></data><data><abstract> </abstract><author>天下編輯群</author><categoryidentifier>733.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/10/15</date><governmentpublicationsnumber>1010800284</governmentpublicationsnumber><identifier>88680</identifier><internationalstandardbooknumber>9789863984061 ; 9789863984</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88680</librarycollectiondetailsurl><price>定價480</price><publisher>天下雜誌股份有限公司</publisher><publishrocyear>108</publishrocyear><title>浪漫台三線人文足跡款款行-----行腳。樟之細路</title><yearidentifier>201903</yearidentifier></data><data><abstract> </abstract><author>天下編輯群作</author><categoryidentifier>733.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/10/15</date><governmentpublicationsnumber>1010800285</governmentpublicationsnumber><identifier>88681</identifier><internationalstandardbooknumber>9789863984085 ; 9789863984</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88681</librarycollectiondetailsurl><price>定價480</price><publisher>天下雜誌股份有限公司</publisher><publishrocyear>108</publishrocyear><title>浪漫台三線產業足跡款款行 喚醒。老舖創生</title><yearidentifier>201903</yearidentifier></data><data><abstract> </abstract><author>天下編輯群作</author><categoryidentifier>733.4</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/10/15</date><governmentpublicationsnumber>1010800286</governmentpublicationsnumber><identifier>88682</identifier><internationalstandardbooknumber>9789863984078 ; 9789863984</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88682</librarycollectiondetailsurl><price>定價480</price><publisher>天下雜誌設份有限公司</publisher><publishrocyear>108</publishrocyear><title>浪漫台三線心靈足跡款款行---探訪。心適原鄉</title><yearidentifier>201903</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會水土保持局</author><categoryidentifier>434.273023</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/10/28</date><governmentpublicationsnumber>1010901127</governmentpublicationsnumber><identifier>88687</identifier><internationalstandardbooknumber>9789865449216 ; 9789865449</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88687</librarycollectiondetailsurl><price>250</price><publisher>行政院農業委員會水土保持局</publisher><publishrocyear>109</publishrocyear><title>水土保持相關法規彙編</title><yearidentifier>202008</yearidentifier></data><data><abstract> </abstract><author>財?法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6433   443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/11/27</date><governmentpublicationsnumber>1010901605</governmentpublicationsnumber><identifier>88724</identifier><internationalstandardbooknumber>9789865330750 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88724</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>109</publishrocyear><title>石門水庫後池三維數值模型應用於後池臨時放淤實測驗證及應用分析=Simulations of 3D numerical model for field data verification and analysis due to short sediment venting in after bay of Shihmen reservoir</title><yearidentifier>202011</yearidentifier></data><data><abstract> </abstract><author>財團法人國家實驗研究院國家高速網路與計算中心</author><categoryidentifier>443.6433   443.64</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>WRANB108C15</commissionedprojectidentifier><currency>NT$</currency><date>2020/11/27</date><governmentpublicationsnumber>1010901605</governmentpublicationsnumber><identifier>88726</identifier><internationalstandardbooknumber>9789865330750 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88726</librarycollectiondetailsurl><price>500</price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>109</publishrocyear><title>石門水庫後池三維數值模型應用於後池臨時放淤實測驗證及應用分析--光碟版=Simulations of 3D numerical model for field data verification and analysis due to short sediment venting in after bay of Shihmen reservoir</title><yearidentifier>202011</yearidentifier></data><data><abstract>藉由調查區域現況搭配外業試驗調查區位，評估地下水補注區位以及既有水利及灌溉設施等補注效益，透過前述調查成果建立補注成效之數值模式，同時建議補注工程方案，辦理工程規設地方座談會或說明會，充分達到意見交流與確保資訊公開透明</abstract><author>中興工程顧問股份有限公司</author><categoryidentifier>445.2</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier>MOEAWRA1070495</commissionedprojectidentifier><currency>NT$</currency><date>2020/12/10</date><governmentpublicationsnumber>1010901241</governmentpublicationsnumber><identifier>88740</identifier><internationalstandardbooknumber>9789865330675 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88740</librarycollectiondetailsurl><price>1000</price><publisher>經濟部水利署水利規劃試驗所</publisher><publishrocyear>109</publishrocyear><title>高雄美濃地區地下水復育工程調查及規劃(內附光碟)</title><yearidentifier>202009</yearidentifier></data><data><abstract> </abstract><author>行政院農業委員會農業試驗所</author><categoryidentifier>430.33</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/14</date><governmentpublicationsnumber>2003500012</governmentpublicationsnumber><identifier>88753</identifier><internationalstandardbooknumber> </internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88753</librarycollectiondetailsurl><price>200</price><publisher>行政院農業委員會農業試驗所</publisher><publishrocyear>108</publishrocyear><title>行政院農業委員會農業試驗所年報(中華民國108年)=TARI ANNUAL REPORT 2019</title><yearidentifier>201908</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/14</date><governmentpublicationsnumber>1010802710</governmentpublicationsnumber><identifier>88757</identifier><internationalstandardbooknumber>9789865330347 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88757</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>石門水庫水文化初探=Learning Water Heritage from Shihmen Reservoir</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>443.642705</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/14</date><governmentpublicationsnumber>1010802683</governmentpublicationsnumber><identifier>88758</identifier><internationalstandardbooknumber>9789865330316 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88758</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>水起，引水思源石門水庫建設時期檔案故事</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>楊顓伊、林弘毅、呂錦綸、陳宗儒(標竿數位文化工作室)</author><categoryidentifier>443.6433</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/14</date><governmentpublicationsnumber>1010802711</governmentpublicationsnumber><identifier>88774</identifier><internationalstandardbooknumber>9789865330354 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88774</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>老檔案裡的石門水庫</title><yearidentifier>201912</yearidentifier></data><data><abstract> </abstract><author>經濟部水利署北區水資源局</author><categoryidentifier>677.72</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/14</date><governmentpublicationsnumber>1010802697</governmentpublicationsnumber><identifier>88775</identifier><internationalstandardbooknumber>9789865330330 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88775</librarycollectiondetailsurl><price></price><publisher>經濟部水利署北區水資源局</publisher><publishrocyear>108</publishrocyear><title>北水風華從石建會到北水局</title><yearidentifier>201912</yearidentifier></data><data><abstract>「文化」 一詞 泛指人類活動過程 中所創造的一切成果 換旬話說 沒有人類就沒有 文化。舉凡文學、科學、飲食、制度、藝 術、東敦信仰、思想體系、民俗都是文化 當我們仔細攤開並一一檢視這 些事物 將驚 異於人類的創造力。文化也會依人類所處環境的不同 展現各自的特色 。沒有人就沒有文化  同樣地，沒有水也不 會有人類文明，世界知名古文明皆傍水而 生 。水是人類賴以維生的資源  人類的觀念 和想法會受到水環境影響在能力所及的情況下，也會試圖改造水環境以符合自身利 益  凡此種種與水有關的創造 事物，就稱為『＊文化」。這些文化事物都是人類智慧和 經臨的結晶，在傳承的過程中 有些事物會 消失 而幸運保留下來的部分 就是人類活 動的足跡，它提醒著後人歷史是如何演變 的。近年來 z 全球暖化所導致的氣候變遷 讓 洪患及缺水這兩種現摯的對比益加明顯 水環境的變化直接影響了人類生存。我們一設法解決旱灣問題 一面尋求與水環境共 之道  終極目標是實現水環境的自然平衡 以確保水資源白色永續供應。要做到這些， 要所有人類攜手努力 而前提就是要對水 境和水資源擁有足夠的認識，以及對所處地有相當程度的認 同屬 ：另一方面 我們 可以從隱藏在先人文化創造中的智慧和經 驗 獲取解決問題的靈厲 。曾文溪流域的先民為了解決缺水、洪患 問題，建造7形形色色的水利設施 像是 井、埠＃ 、堤防等，其中，以日治時期完的烏山頭水庫與嘉南大圳水利系統最具代 性 號稱當時亞洲的最大工程 它刺用烏 嶺引水腫道自曾文漢取水，灌溉嘉南平原 16萬公填農地。而戰後時期完工的曾文  庫 與烏山頭水庫串聯使用，滿足嘉南地的灌溉、民生、發電等需求，至今仍是南部最重要的供水來源 。</abstract><author>高視文化科技有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/16</date><governmentpublicationsnumber>1010901390</governmentpublicationsnumber><identifier>88790</identifier><internationalstandardbooknumber>9789865330705 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88790</librarycollectiondetailsurl><price></price><publisher>經濟部水利署南區水資源局、臺南市政府文化局</publisher><publishrocyear>109</publishrocyear><title>青瞑蛇物語：從曾文溪到南方水學的100個鏈結: 從曾文溪到南方水學的100個鏈結</title><yearidentifier>202010</yearidentifier></data><data><abstract>「文化」 一詞 泛指人類活動過程 中所創造的一切成果 換旬話說 沒有人類就沒有 文化。舉凡文學、科學、飲食、制度、藝 術、東敦信仰、思想體系、民俗都是文化 當我們仔細攤開並一一檢視這 些事物 將驚 異於人類的創造力。文化也會依人類所處環境的不同 展現各自的特色 。沒有人就沒有文化  同樣地，沒有水也不 會有人類文明，世界知名古文明皆傍水而 生 。水是人類賴以維生的資源  人類的觀念 和想法會受到水環境影響在能力所及的情況下，也會試圖改造水環境以符合自身利 益  凡此種種與水有關的創造 事物，就稱為『＊文化」。這些文化事物都是人類智慧和 經臨的結晶，在傳承的過程中 有些事物會 消失 而幸運保留下來的部分 就是人類活 動的足跡，它提醒著後人歷史是如何演變 的。近年來 z 全球暖化所導致的氣候變遷 讓 洪患及缺水這兩種現摯的對比益加明顯 水環境的變化直接影響了人類生存。我們一 設法解決旱灣問題 一面尋求與水環境共 之道  終極目標是實現水環境的自然平衡 以確保水資源白色永續供應。要做到這些， 要所有人類攜手努力 而前提就是要對水 境和水資源擁有足夠的認識，以及對所處地有相當程度的認 同屬 ：另一方面 我們 可以從隱藏在先人文化創造中的智慧和經 驗 獲取解決問題的靈厲 。曾文溪流域的先民為了解決缺水、洪患 問題，建造7形形色色的水利設施 像是 井、埠＃ 、堤防等，其中，以日治時期完的烏山頭水庫與嘉南大圳水利系統最具代 性 號稱當時亞洲的最大工程 它刺用烏 嶺引水腫道自曾文漢取水，灌溉嘉南平原 16萬公填農地。而戰後時期完工的曾文  庫 與烏山頭水庫串聯使用，滿足嘉南地的灌溉、民生、發電等需求，至今仍是南部最重要的供水來源 。</abstract><author>高視文化科技有限公司</author><categoryidentifier>443.6423</categoryidentifier><class>政府出版品</class><commissionedprojectidentifier> </commissionedprojectidentifier><currency>NT$</currency><date>2020/12/16</date><governmentpublicationsnumber>1010901390</governmentpublicationsnumber><identifier>88791</identifier><internationalstandardbooknumber>9789865330705 ; 9789865330</internationalstandardbooknumber><language>chi</language><librarycollectiondetailsurl>https://web.wra.gov.tw/wralib/WraLib/wSite/books_88791</librarycollectiondetailsurl><price></price><publisher>經濟部水利署南區水資源局</publisher><publishrocyear>109</publishrocyear><title>青瞑蛇物語: 從曾文溪到南方水學的100個鏈結(光碟版)</title><yearidentifier>202010</yearidentifier></data></content>
